PACS Routine Phase Calibration Plan Page 1

Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 1

PACS Routine Phase Calibration Plan

PACS ICC Calibration Working Group: Ulrich Klaas (MPIA), Markus Nielbock (MPIA), Bruno Altieri (ESAC), Zoltan Balog (MPIA), Joris Blommaert (KUL), Alessandra Contursi (MPE), Vanessa Doublier Pritchard (MPE), Helmut Feuchtgruber (MPE), Dieter Lutz (MPE), Thomas Müller(MPE), Koryo Okumura (CEA), Pierre Royer (KUL), Marc Sauvage (CEA), Bart Vandenbussche (KUL) and Roland Vavrek (ESAC) custodians: Ulrich Klaas & Markus Nielbock Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 2 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 3

Change Record

Version Date Changes Remarks Issue 0.05 January 16, 2009 − New document Issue 0.07 March 29, 2009 5 Add more calibration items 4 Extend overview on celestial standards 8.1 Overview from model PV iteration 2 timeline added Issue 0.08 April 21, 2009 3.2 Add contents 1.3.2 Add ref. doc 4.1.1 Add visibility plots Issue 0.10 May 13, 2009 3.2.4 Update 4.1.1 Update visibility plots 4.1.3 Add info on faint standards 4.3 Add info on dark field 5 Add overview table 5.2 Add details 5.3 Add details 5.4 Add details 5.6 Add details 5.7 Add details 5.8 Add details 5.9 Add details 7 Add overview table Issue 0.20 December 21, 2009 Glossary Extension 1.3 Update document list 2 Update objectives 3.1 Routine Phase minimum – maximum duration 3 Added role of Planning Group 3.3.4 Update of Procedures 4.1.1 Update of fiducial primary stars list Addition of asteroid flux quality info Addition of planet model description 4 Visibility plots update and extension 5 New section Calibration Plan Overview 6.2 New subsection Photometer Flux Reproducibility 6.3 Extension to chopped PS and scan PS Confine to high quality standards 6.4 New subsection Photometer Flat-Field 6.6 Conditional constraint added 6.7 Revision to latest AOR design 9 Complete revision 10 New section Extension of PV Phase Programs 11 Add section of lifeboat-OD design 12 Start overview on RP timeline 12.1 Routine Phase trace matrix 12.2 Routine Phase timeline Issue 0.21 January 05, 2010 12.1 Update RP trace matrix for cycle 5 12.2 Update RP timeline for cycle 5 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 4

Version Date Changes Remarks Issue 0.25 January 28, 2010 1.3.1 Update 4.1.1 Visibilities & SAAs for important SSOs 5.1 Update time overview 6.2 Update 6.7 Update 6.8 Update 9.1 Update execution status 10.1 New item pointing verification/calibration 10.2 New item Parallel mode photometric validation/calibration 10.5 Extension 12.1 Extend trace matrix for cycle 7 input 12.2 Extend RP timeline for cycle 7 input Issue 0.30 February 15, 2010 1.3.1 Update document list 5.1 Update time overview 6.2 Update 6.3 Update 6.7 Update 6.8 Update 6.9 Update 9.1,9.2 Update 10.1 Extension 10.3 New item spectrometer pointing verification with and without STR interlacing 10.5 Update 10.6 Update 12.1 Extend trace matrix for cycle 8 input 12.2 Extend RP timeline for cycle 8 input Issue 0.31 February 17, 2010 12.1 Complete trace matrix foc cycle 8 input (not released) 12.2 Complete RP timeline for cycle 8 input Issue 0.40 March 4, 2010 6 & 10 Implement recommendations from PACS-ICC review at ICC meeting#34 cover Update of author list 4 Include SAA plots for all non-SSO standards 5.2 Update Include table with no. of AORs and time per RP cal proposal 6.1 Revised according to review recommendations 6.2 Update 6.3 Update 6.4 Update 6.5 Revised according to review recommendations 6.6 Revised according to review recommendations 6.7 Update 6.8 Update 6.9 Update 6.10 Revised according to review recommendations 10.1 Update 10.2 New section on photometer PSF calibration 10.3 New section on photometer AOT validation 10.8 Update 12 Description of 28-day cycle included 12.1 Extend trace matrix for cycle 9 input 12.2 Extend RP timeline for cycle 9 input Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 5

Version Date Changes Remarks Issue 0.45 March 12, 2010 5.2 Update 6.2 Update 6.3 Update 6.7 Update 6.8 Update 10.1 Update 10.3 Update 10.5 Update 10.8 Update 12.1 Extend trace matrix for cycles 10 & 11 input 12.2 Extend RP timeline for cycles 10 & 11 input Issue 0.50 April 8, 2010 4.1.1 Update of planet and asteroid visibility 2010 table Inclusion of table with Planck observing times of SSOs, starting from April 2010 5.2 Update of overview tables 6.2 Update AOR status 6.3 Update AORs, reference to sect. 10.5 6.4 Update observing parameters and scheduling info 6.7 Update AOR status 6.8 Update AOR status 10.1 Update overview Addition of AORs from 0320 0002.SIAM verification 10.2 Update AOR status 10.5 New section photometer cross-calibration Herschel-Planck 10.6 Update overview Addition of AORs from 0320 0002.SIAM verification Addition of extended FPG & skew angle program for ODs 345/348 10.8 Update AOR status 10.9 Update AOR status for program not executed on OD 329 due to SIAM recovery activities 10.8 Update 12 Update of 28 OD standard cycle overview according to planning meeting decision on 24-Mar-2010 12.1 Complete trace matrix for cycle 10 & 11 input Extend trace matrix for cycle 12 input 12.2 Complete RP timeline for cycle 10 & 11 input Extend timeline for cycle 12 input 12.2.10 Add timeline info for SIAM re-verification programs on ODs 330 & 335 Flag skipped OD 329 (due to SIAM recovery re-planning) spectrometer AOT validation program for new cycle allocation Move skipped OD 329 spectrometer flux reproducibility program to cycle#12 Issue 0.55 April 14, 2010 5.2 Update of overview tables 6.3 Update 6.9 Update 7.3 Update 10.9 Add unchopped line spectroscopy on faint extended target 12.1 Complete trace matrix for cycle 12 input 12.2 Complete RP timeline for cycle 12 input Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 6

Version Date Changes Remarks Issue 0.60 May 1, 2010 5.2 Update of overview tables 6.2 Update 6.3 Update 6.4 Update 6.7 Update 6.8 Update 6.9 Update 9.1 Update 10.1 Add verification program on spectrometer pointing calibrators 10.5 Update 10.6 Update 10.8 Update 11 New section Engineering Programs in Support of Scientific Observing Modes 13 New 28 OD cycle structure valid from cycle 14 onward Update overview of calibration cycles up to cycle 19 13.1 Complete trace matrix for cycle 13 input Extend trace matrix for cycle 14 input 13.2 Extend timeline for cycles 13 & 14 input Complete RP timeline for cycle 13 input Issue 0.65 May 28, 2010 5.2 Update 6.2 Update 6.3 Update 6.7 Update 6.8 Update 6.9 Update 7.3 Update 8.1 Update 9.1 Update 10.5 Update 10.9 Update 13.1 Complete trace matrix for cycle 14 input Extend trace matrix for cycle 15 input Complete trace matrix for cycle 15 input Extend trace matrix for cycle 16 input 13.2 Complete RP timeline for cycle 14 input Extend timeline for cycle 15 input Complete RP timeline for cycle 15 input Extend timeline for cycle 16 input new section Herschel Observatory pointing monitoring Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 7

Version Date Changes Remarks Issue 0.70 June 18, 2010 4.1.1 Include plots showing ﬂuxes and constraints of 12 brightest calibration asteroids for 2010, 2011, 2012 5.2 Update 6.2 Update 6.3 Update 6.8 Update 6.9 Update 9.1 Update, PV rest program completed 10.5 Update 10.9 Update 13.1 Extend overview to cycle#24 Add overview on actual PACS-P, PACS-S & SPPar ODs because of deviations from 28 OD allocation lay-out 13.1 Complete trace matrix for cycle 16 input Extend trace matrix for cycle 17 input 13.2 Complete RP timeline for cycle 16 input Extend timeline for cycle 17 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 0.75 June 25, 2010 4.1.1 Update Herschel-Planck cross-calibration up to Dec-2010 5.2 Update 6.1 Update 6.2 Update 6.3 Update 6.7 Update 6.8 Update 6.9 Update 8.1 Update 10.5 Update 10.8 Update 13.1 Complete trace matrix for cycle 17 input Extend trace matrix for cycle 18 input 13.2 Complete RP timeline for cycle 17 input Extend timeline for cycle 18 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 0.80 July 06, 2010 5.2 Update 6.1 Update 6.2 Update 6.4 Update 6.5 Update 6.7 Update 6.8 Update 6.9 Update 10.5 Update 13.1 Complete trace matrix for cycle 18 input Extend trace matrix for cycle 19 input 13.2 Complete RP timeline for cycle 18 input Extend timeline for cycle 19 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 8

Version Date Changes Remarks Issue 0.85 August 09, 2010 5.2 Update 6.1 Update 6.2 Update 6.3 Update 6.4 Update 6.5 Update 6.7 Update 6.8 Update 6.9 Update 7.3 Update 10.5 Update 10.8 New item Spectral Ghost Assessment 10.9 Update 10.10 Update 13.1 Extend overview to cycle#28 Correct trace matrix for schedule rearrangements due to PACS anomaly on OD 421, failure investigation and recovery Extend trace matrix for cycles 20 & 21 input Complete trace matrix for cycles 19 & 20 input 13.2 Correct time lines for schedule rearrangements due to PACS anomaly on OD 421, failure investigation and recovery Extend timeline for cycles 20 & 21 input Complete RP timeline for cycles 19 & 20 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 0.90 August 19, 2010 5.2 Update 6.2 Update 6.3 Update 6.7 Update 6.8 Update 6.9 Update 10.5 Update 10.9 Update 13.1 Extend trace matrix for cycle 22 input Complete trace matrix for cycle 21 input 13.2 Extend timeline for cycle 22 input Complete RP timeline for cycle 21 input Update Herschel Observatory pointing monitoring overview Issue 0.95 September 16, 2010 5.2 Update 6.3 Update 6.8 Update 6.9 Update 6.10 Update 10.1 Include gyro nodding mode performance assessment 10.5 Update 10.9 Update 13.1 Complete trace matrix for cycle 22 input Update instrument OD allocation per cycle for cycles 23 – 26 Extend trace matrix for cycles 23 & 24 input 13.2 Complete RP timeline for cycles 22 & 23 input Extend timeline for cycles 23 & 24 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 9

Version Date Changes Remarks Issue 1.00 November 18, 2010 3.1 Update, adopt Routine Phase duration of 3 years (EOL November 2012) 4.1.1 Tables with SSO visibilities in SAA ranges for 2010, 2011 and 2012 5.2 Update 6.2 Update 6.3 Update Flux range and source trace matrixes for blue/green/red filters of both point source modes 6.3.1 New subsection on detailed tracing of non-linear part of bolometer flux calibration curve 6.6 old Removed monitoring of spectrometer dark current 6.6 new Update 6.7 Update 6.8 Update 6.11 Removed monitoring of spectrometer flat-field 7.3 Update 7.4 New subsection on EDAC single memory failure address monitoring 8.2 New subsection check of CRE capacitance ratios 10.1 Update gyro nodding mode performance assessment 10.2 Update scan & cross-scan PSF maps 10.3 New subsection photometer spatial ghost assessment 10.6 Update 10.9 Update 10.10 Update 10.11 New subsection spectrometer flat-field generation at key wavelengths 11.2 New subsection on chopper performance test following a DMC base plate temperature adjustment 13.1 Extend overview to cycle#45 Complete trace matrix for cycles 23, 24, 25, 26 & 27 input Extend trace matrix for cycles 25, 26, 27 & 28 input 13.2 Complete RP timeline for cycles 23, 24, 25, 26 & 27 input Extend timeline for cycles 25, 26, 27 & 28 input 13.2 Update Herschel Observatory pointing monitoring overview 13.2 Add list of failed / not executed PACS calibration AORs Issue 1.05 November 26, 2010 4.1.1 Update Planck cross-calibration target list 5.2 Update 6.3 Update 6.7 Update 6.8 Update 6.9 Update 7.3 Update 7.4 Update 10.6 Update 10.10 Update 13.1 Update overview Complete trace matrix for cycle 28 input Extend trace matrix for cycle 29 input 13.2 Complete RP timeline for cycle 28 input Extend timeline for cycle 29 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 10

Version Date Changes Remarks Issue 1.10 December 10, 2010 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.10 Update 13.1 Complete trace matrix for cycle 29 input Extend trace matrix for cycle 30 input 13.2 Complete RP timeline for cycle 29 input Extend timeline for cycle 30 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.15 January 12, 2011 1.3.1 Add Herschel Cross Calibration Plan to applicable documents 4.1.1 Update of table with Planck observing times of SSOs, until August 2011 New subsection of asteroid encounters with other asteroids, planets or stars for parallel calibration 5.2 Update 6.2 Update 6.3 Update 6.7 Update 6.8 Update 6.9 Update 7.4 Update 10.6 Update 10.10 Update 10.13 New subsection PACS-S – SPIRE-S – HIFI cross-calibration 13 Update of cycle OD allocation 13.1 Complete trace matrix for cycle 30 & 31 input Extend trace matrix for cycle 31 & 32 input 13.2 Complete RP timeline for cycle 30 & 31 input Extend timeline for cycle 31 & 32 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.20 January 26, 2011 5.2 Update 6.3 Update 6.3.1 Update 6.7 Update 6.8 Update 7.4 Update 10.1 Update with 2nd gyro nodding raster test details 10.5 Update 10.6 Update 10.10 Update 13 Update of cycle OD allocation 13.1 Complete trace matrix for cycle 32 input Extend trace matrix for cycle 33 input 13.2 Complete RP timeline for cycle 32 input Extend timeline for cycle 33 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 11

Version Date Changes Remarks Issue 1.25 February 03, 2011 5.2 Update 6.1 Update 6.2 Update 6.3 Update 6.5 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.2 Update 10.13 Update 13.1 Extend overview to cycle#50 Complete trace matrix for cycle 33 input Extend trace matrix for cycle 34 input 13.2 Complete RP timeline for cycle 33 input Extend timeline for cycle 34 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.30 February 17, 2011 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.2 Update 10.6 Update 10.12 Update: unchopped bright line mode tests 13.1 Complete trace matrix for cycle 34 input Extend trace matrix for cycle 35 input 13.2 Complete RP timeline for cycle 34 input Extend timeline for cycle 35 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.35 March 09, 2011 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.6 Update 10.10 Update 13 Update of cycle OD allocation 13.1 Complete trace matrix for cycle 35 input Extend trace matrix for cycle 36 input 13.2 Complete RP timeline for cycle 35 input Extend timeline for cycle 36 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 12

Version Date Changes Remarks Issue 1.40 March 18, 2011 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.6 Update 10.10 Update 10.13 Update 13.1 Complete trace matrix for cycle 36 input Extend trace matrix for cycle 37 input 13.2 Complete RP timeline for cycle 36 input Extend timeline for cycle 37 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.45 April 08, 2011 4.1.1 Update of SSO visibilities Include calibration asteroid ﬂux ranges for 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 8.2 Update 10.6 Update 10.7 Include PACS-S gyro nodding test #1 10.10 Update Include photometer measurements 10.11 More Neptune rasters for PSF generation 13.1 Extend overview to cycle#55 Complete trace matrix for cycle 37 input Extend trace matrix for cycle 38 input 13.2 Complete RP timeline for cycle 37 input Extend timeline for cycle 38 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.50 April 18, 2011 5.2 Update 6.3 Update 6.3.1 Update 6.7 Update 6.8 Update 7.4 Update 8.2 Update 10.2 Update 10.6 Update 10.7 Include PACS-S gyro nodding test #2 10.10 Update 13 Update of cycle OD allocation 13.1 Complete trace matrix for cycle 38 input Extend trace matrix for cycle 39 input 13.2 Complete RP timeline for cycle 38 input Extend timeline for cycle 39 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 13

Version Date Changes Remarks Issue 1.55 May 04, 2011 5.2 Update 6.2 Update 6.3.1 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 8.1 Update 8.2 Update 10.6 Update 10.7 PACS-S gyro nodding test #2 suspended 13.1 Complete trace matrix for cycle 39 input Extend trace matrix for cycle 40 input 13.2 Complete RP timeline for cycle 39 input Extend timeline for cycle 40 input 13.2 Update Herschel Observatory pointing monitoring overview STR-2 - STR-1 cross-calibration program Issue 1.60 May 18, 2011 5.2 Update 6.3 Update 6.3.1 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 8.1 Update 10.6 Update 10.7 Update gyro nodding tests 10.10 Update 10.11 Update 13.1 Complete trace matrix for cycle 40 input Extend trace matrix for cycle 41 input 13.2 Complete RP timeline for cycle 40 input Extend timeline for cycle 41 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.65 May 24, 2011 5.2 Update 6.2 Update 6.3.1 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 8.1 Update 10.6 Update 13.1 Complete trace matrix for cycle 41 input Extend trace matrix for cycle 42 input 13.2 Complete RP timeline for cycle 41 input Extend timeline for cycle 42 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 14

Version Date Changes Remarks Issue 1.70 June 09, 2011 5.2 Update 6.2 Update 6.3 Update 6.4 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.2 Update 10.6 Update 10.10 Update 13.1 Extend overview to cycle#60 Complete trace matrix for cycle 42 input Extend trace matrix for cycle 43 input 13.2 Complete RP timeline for cycle 42 input Extend timeline for cycle 43 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.75 June 27, 2011 4.1.1 Update of table with Planck observing times 5.2 Update 6.1 Update 6.2 Update 6.3 Update 6.5 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.6 Update 10.10 Update 13.1 Complete trace matrix for cycle 43 input Extend trace matrix for cycle 44 input 13.2 Complete RP timeline for cycle 43 input Extend timeline for cycle 44 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.80 July 21, 2011 3.1 Adopt end of February 2013 as Herschel EOL 5.2 Update 6 Update of monitoring program overview wrt. EOL 6.1 Update 6.2 Update 6.3 Update 6.5 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.6 Update 10.10 Update 13.1 Complete trace matrix for cycle 44 & 45 input Extend trace matrix for cycle 45 & 46 input 13.2 Complete RP timeline for cycle 44 & 45 input Extend timeline for cycle 45 & 46 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 15

Version Date Changes Remarks Issue 1.85 August 05, 2011 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.6 Update 10.10 Update 13.1 Complete trace matrix for cycle 46 input Extend trace matrix for cycle 47 input 13.2 Complete RP timeline for cycle 46 input Extend timeline for cycle 47 input 13.2 Update Herschel Observatory pointing monitoring overview 13.2 Update non executed calibration AORs Issue 1.90 August 17, 2011 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.6 Update 13.1 Complete trace matrix for cycle 47 input Extend trace matrix for cycle 48 input 13.2 Complete RP timeline for cycle 47 input Extend timeline for cycle 48 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 1.95 September 13, 2011 5.2 Update 6.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.2 Include Mars PSF wing maps 10.6 Update 10.10 Update 10.11 Include extended PSF wing mapping on Mars 13.1 Complete trace matrix for cycle 48 & 49 input Extend trace matrix for cycle 49 & 50 input 13.2 Complete RP timeline for cycle 48 & 49 input Extend timeline for cycle 49 & 50 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 16

Version Date Changes Remarks Issue 2.00 September 29, 2011 4.1.1 Table with SSO visibilities in SAA ranges for 1st quarter 2013 4.2 Extension 4.3 New section on PACS-S – HIFI cross-calibration sources 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 8.2 Update 10.3 Update with Mars ghost/reflection measurements 10.6 Update 10.10 Update 10.13 Additional cross-calibration program with HIFI 13.1 Complete trace matrix for cycle 49 & 50 input Extend trace matrix for cycle 51 input 13.2 Complete RP timeline for cycle 49 & 50 input Extend timeline for cycle 51 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.05 October 13, 2011 4.1.1 Update primary standards definition section 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 8.2 Update 10.3 Update 10.13 Update 13.1 Complete trace matrix for cycle 51 input Extend trace matrix for cycle 52 input 13.2 Complete RP timeline for cycle 51 input Extend timeline for cycle 52 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 17

Version Date Changes Remarks Issue 2.10 October 27, 2011 5.2 Update 6.1 Update 6.2 Update 6.3 Update 6.5 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 8.1 Update 8.2 Update 10.2 Update 10.6 Update 10.10 Update 10.13 Update 13.1 Extend overview to cycle#75 Complete trace matrix for cycle 52 input Extend trace matrix for cycle 53 input 13.2 Complete RP timeline for cycle 52 input Extend timeline for cycle 53 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.15 November 18, 2011 5.2 Update 6.2 Update 6.3 Update, layout chop-nod & scan map cycles 61–75 6.3.1 Update, ﬁnalize non-linearity program in cycles 71–76 6.3.2 New section on simultaneous photometry of 2 prime standards 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 10.6 Update 10.10 Update 10.13 Closer coordination with HIFI observations 13.1 Complete trace matrix for cycle 53 & 54 input Extend trace matrix for cycle 54 input 13.2 Complete RP timeline for cycle 53 & 54 input Extend timeline for cycle 54 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 18

Version Date Changes Remarks Issue 2.20 December 01, 2011 5.2 Update 6.3 Update 6.7 Update 6.8 Update, layout chop-nod & unchopped key wavelength measurements cycles 61–75 7.3 Update 7.4 Update 10.6 Update 10.10 Update, layout chop-nod & unchopped SED scans cycles 61–75 10.12 Include 52 µm performance test cases 13.1 Complete trace matrix for cycle 54 & 55 input Extend trace matrix for cycle 55 input 13.2 Complete RP timeline for cycle 54 & 55 input Extend timeline for cycle 55 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.25 December 21, 2011 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.1 Update, add 4 Hz STR pointing quality test 10.2 New section on bolometer matrix precision position measurement 10.7 Update 10.13 Update 13.1 Complete trace matrix for cycle 55 & 56 input Extend trace matrix for cycle 56, 57 & 58 input 13.2 Complete RP timeline for cycle 55 & 56 input Extend timeline for cycle 56, 57 & 58 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.30 January 13, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.2 Update 10.8 Update, spectrometer pointing quality verﬁcation program after 2D STR update on OD 866 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 57 & 58 input Extend trace matrix for cycle 59 input 13.2 Complete RP timeline for cycle 57 & 58 input Extend timeline for cycle 59 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 19

Version Date Changes Remarks Issue 2.35 January 31, 2012 5.2 Update 6.2 Update 6.3 Update, include scan maps on Titan for 25-Jun-2012T17:00Z 6.6 Update 6.7 Update 6.8 Update, include flux range and source trace matrix 7.4 Update 10.11 Update, include flux range and source trace matrix 10.14 Update 13.1 Complete trace matrix for cycle 58 & 59 input Extend trace matrix for cycle 60 input 13.2 Complete RP timeline for cycle 58 & 59 input Extend timeline for cycle 60 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.40 February 21, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 13.1 Complete trace matrix for cycle 59 & 60 input Extend trace matrix for cycle 61 input 13.2 Complete RP timeline for cycle 59 & 60 input Extend timeline for cycle 61 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.45 March 01, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.14 Update 13.1 Extend overview to cycle#80 Complete trace matrix for cycle 61 input Extend trace matrix for cycle 62 input 13.2 Complete RP timeline for cycle 61 input Extend timeline for cycle 62 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.50 March 16, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.14 Update 13.1 Complete trace matrix for cycle 62 input Extend trace matrix for cycle 63 input 13.2 Complete RP timeline for cycle 62 input Extend timeline for cycle 63 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 20

Version Date Changes Remarks Issue 2.55 April 02, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 8.2 Update 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 62 & 63 input Extend trace matrix for cycle 64 input 13.2 Complete RP timeline for cycle 62 & 63 input Extend timeline for cycle 64 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.60 April 13, 2012 5.2 Update 6.3 Update 6.3.2 Update, details of 4 Vesta – α Tau encounter on 05-Aug-2012 & observational strategy ﬁlled in 6.7 Update 6.8 Update 7.4 Update 8.2 Update 10.6 Update, parallel mode observations of 4 Vesta – α Tau encounter on 05-Aug-2012 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 64 input Extend trace matrix for cycle 65 input 13.2 Complete RP timeline for cycle 64 input Extend timeline for cycle 65 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.65 April 26, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.1 Update, pointing jitter re-assessment after APE improvement due to full STR focal length update 10.11 Update 13.1 Complete trace matrix for cycle 65 input Extend trace matrix for cycle 66 input 13.2 Complete RP timeline for cycle 65 input Extend timeline for cycle 66 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 21

Version Date Changes Remarks Issue 2.70 May 10, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 66 input Extend trace matrix for cycle 67 input 13.2 Complete RP timeline for cycle 66 input Extend timeline for cycle 67 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.75 May 23, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 8.1 Update, completed 10.8 Update 10.11 Update 13.1 Complete trace matrix for cycle 67 input Extend trace matrix for cycle 68 input 13.2 Complete RP timeline for cycle 67 input Extend timeline for cycle 68 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.80 June 08, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.3 Update 10.8 Update 10.14 Update 13.1 Complete trace matrix for cycle 68 input Extend trace matrix for cycle 69 input 13.2 Complete RP timeline for cycle 68 input Extend timeline for cycle 69 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 22

Version Date Changes Remarks Issue 2.85 June 22, 2012 5.2 Update 6.2 Update 6.3 Update 6.3.2 Update, ﬁnal planning 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.14 Update 13.1 Extend overview to cycle#85 Complete trace matrix for cycle 69 input Extend trace matrix for cycle 70 input 13.2 Complete RP timeline for cycle 69 input Extend timeline for cycle 70 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 2.90 August 02, 2012 3.1 Update Planning up to cycle#88 (02-April-2013) 5.2 Update 6.1 Update, completed 6.2 Update, adjust time forecast 6.3 Update, adjust time forecast 6.3.1 Update 6.3.2 Update, completed 6.5 Update, completed 6.6 Update, adjust time forecast 6.7 Update, adjust time forecast 6.8 Update, adjsut time forecast 6.9 Update, adjust time forecast 62 µm RSRF feature characterization included 7.4 Update 10.8 Update, adjust time forecast 10.11 Update, adjust time forecast 10.14 Update 13.1 Extend overview to cycle#88 Complete trace matrix for cycle 70, 71, 72 & 73 input Extend trace matrix for cycle 71, 72 & 73 input 13.2 Complete RP timeline for cycle 70, 71, 72 & 73 input Extend timeline for cycle 71, 72 & 73 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 23

Version Date Changes Remarks Issue 2.95 August 13, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.11 Update 10.14 Update, add imaging program 13.1 Complete trace matrix for cycle 73 input Extend trace matrix for cycle 74 input 13.2 Complete RP timeline for cycle 73 input Extend timeline for cycle 74 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.00 September 19, 2012 5.2 Update 6.2 Update 6.3 Update 6.3.1 Update, completed 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.1 Update, add additional pointing jitter assessment measurements in support of gyro reconstruction 10.3 Update, completed 10.8 Update 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 74, 75 & 76 input Extend trace matrix for cycle 75 & 76 input 13.2 Complete RP timeline for cycle 74, 75 & 76 input Extend timeline for cycle 75 & 76 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.05 September 26, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 8.2 Update 10.8 Update 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 76 input Extend trace matrix for cycle 77 input 13.2 Complete RP timeline for cycle 76 input Extend timeline for cycle 77 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 24

Version Date Changes Remarks Issue 3.10 October 16, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 8.2 Update, completed 10.8 Update 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 77 input Extend trace matrix for cycle 78 input 13.2 Complete RP timeline for cycle 77 input Extend timeline for cycle 78 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.15 November 07, 2012 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 10.2 Update 10.8 Update 10.11 Update 10.14 Update 13.1 Complete trace matrix for cycle 78 & 79 input Extend trace matrix for cycle 79 & 80 input 13.2 Complete RP timeline for cycle 78 & 79 input Extend timeline for cycle 79 & 80 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.20 November 27, 2012 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.1 Update 10.8 Update 10.11 Update 10.12 Update 10.14 Update 13.1 Complete trace matrix for cycle 80 & 81 input Extend trace matrix for cycle 81 input 13.2 Complete RP timeline for cycle 80 & 81 input Extend timeline for cycle 81 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 25

Version Date Changes Remarks Issue 3.25 December 05, 2012 4.1.1 Update SSO visibility 2013 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update, completed 7.4 Update 10.8 Update 13.1 Complete trace matrix for cycle 81 input Extend trace matrix for cycle 82 input 13.2 Complete RP timeline for cycle 81 input Extend timeline for cycle 82 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.30 December 19, 2012 4.1.1 Update fiducial star fluxes 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.10 Update, 2nd pass 2nd order leakage ghost assessment 10.11 Update 10.13 Update, faint line on strong continuum performance & comparison assessment 10.14 Update, completed 13.1 Include reference to overview sections in trace matrix Complete trace matrix for cycle 82 input Extend trace matrix for cycle 83 & 84 input 13.2 Complete RP timeline for cycle 82 input Extend timeline for cycle 83 & 84 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.35 January 21, 2013 5.2 Update 6.3 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.11 Update 10.13 Update, faint line on strong continuum 13.1 Complete trace matrix for cycle 83 & 84 input Extend trace matrix for cycle 85 input 13.2 Complete RP timeline for cycle 83 & 84 input Extend timeline for cycle 85 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 26

Version Date Changes Remarks Issue 3.40 February 05, 2013 5.2 Update 6.2 Update 6.3 Update 6.3.2 Update, add 87 Sylvia – 1 Ceres encounter 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.11 Update 13.1 Complete trace matrix for cycle 85 input Extend trace matrix for cycle 86 input 13.2 Complete RP timeline for cycle 85 input Extend timeline for cycle 86 input 13.2 Update Herschel Observatory pointing monitoring overview Issue 3.45 March 12, 2013 5.2 Update 6.2 Update 6.3 Update 6.3.2 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 8.1 Update, completed 10.2 Update 10.8 Update 10.11 Update 10.12 Update, beam refinement on vignetted modules 4 & 9 13.1 Complete trace matrix for cycle 86, 87 & 88 input Extend trace matrix for cycle 87 & 88 input Correct trace matrix for failed, not executed & re-scheduled items due to PACS autonomous switch-off & subsequent re-planning 13.2 Complete RP timeline for cycle 86, 87 & 88 input Extend timeline for cycle 87 & 88 input Correct timeline for failed, not executed & re-scheduled AORs due to PACS autonomous switch-off & subsequent re-planning 13.2 Update Herschel Observatory pointing monitoring overview 13.2 Update overview of lost / not executed PACS calibration AORs due to PACS switch-off on OD 1381 (AR-103) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 27

Version Date Changes Remarks Issue 3.50 March 22, 2013 5.2 Update 6.2 Update 6.3 Update 6.6 Update 6.7 Update 6.8 Update 7.4 Update 10.8 Update 10.11 Update 10.12 Update 13.1 Complete trace matrix for cycle 88 input Extend trace matrix for cycle 89 input 13.2 Complete RP timeline for cycle 88 input Extend timeline for cycle 89 input 13.2 Update Herschel Observatory pointing monitoring overview Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 28

Version Date Changes Remarks Issue 4.00 May 13, 2013 1.3.1 Update final 1.3.2 Update end-of-mission 2 Update version 3.1 Update 3.2 Update 4.1 Update 4.3 Update 5.2 Update 6.1 Update 6.2 Update 6.3 Update 6.4 Update 6.5 Update 6.6 Update 6.7 Update 6.8 Update 7.3 Update 7.4 Update 8.1 Update 8.2 Update 9.2 Update 10.1 Update 10.2 Update 10.3 Update 10.4 Update 10.5 New subsection on FOV characterization photometer Numbers of subsequent section 10 subsections increased by +1 10.6 Update 10.7 Update 10.8 Update 10.9 Update 10.10 Update 10.11 Update 10.12 Update 10.13 Update 10.14 Update 10.15 Update 11.1 Update 11.2 Update 12 Removed section on design of lifeboat OD, since never implemented Replaced by post-He ACMS test overview 13.1 Complete trace matrix for cycle 89, 90 & 100 (post-He) input Extend trace matrix for cycle 90 input Extend trace matrix for cycle 100 (post-He) input 13.2 Complete RP timeline for cycle 89, 90 & 100 (post-He) input Extend timeline for cycle 90 input Extend timeline for cycle 100 (post-He) input 13.2 Update Herschel Observatory pointing monitoring overview Issue 4.01 May 8, 2014 6.3 Flagging of erroneous filter setting and mis-match with filter indicator in file name Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 29

Glossary

ACF Attitude Control Frame ACMS Attitude and Control Measurement System AOR Astronomical Observation Request AOT Astronomical Observation Template APE Absolute Pointing Error CAP Calibration Analysis Procedure CalU Calibration Up-Link Tables CIP Calibration Implementation Procedure CUS Common Up-Link System DTCP Daily Tele-Communications Period HCalSG Herschel Calibration Steering Group HK HouseKeeping (instrument engineering data) HSC Herschel Science Centre HSpot Herschel Observation Planning Tool ICC Instrument Control Centre ILT Instrument Level Test IST Integrated System Test LEOP Launch and Early Orbit Phase MTL Mission TimeLine MTL-UU Mission TimeLine Uplink Unit OD Operational Day PACS Photometric Array Camera and Spectrometer PCD PACS Calibration Document (Requirements and high level implementation and analysis procedures) PCSS PACS Common Software System PTA PACS Trend Analysis PV Performance Verification QLA Quick Look Analysis RP Routine Phase RPE Relative Pointing Error SAA Solar Aspect Angle SCOE Science Centre Operations Engineer SCOM Science Centre Operations Manager SMPS Scientific Mission Planning System SPG Standard Product Generation (automatic and interactive) SPIRE Spectral and Photometric Imaging REceiver SRPE Spatial Relative Pointing Error STR Star Tracker SVR Science Verification Review TC Tele-Command TM TeleMetry (satellite and instrument housekeeping, satellite pointing and instrument scientific data) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 30

Contents

1 Introduction 35 1.1 Scope...... 35 1.2 Structure of the document...... 35 1.3 Documents...... 35 1.3.1 Applicable Documents...... 35 1.3.2 Reference Documents...... 35

2 Objectives of Routine Phase Calibration 36

3 Operational Framework / Assumptions 37 3.1 Spacecraft Operations...... 37 3.2 Planning Group...... 37 3.3 PACS Operation...... 38 3.3.1 PACS Team Management...... 38 3.3.2 Staﬃng...... 38 3.3.3 Tools...... 38 3.3.4 Procedures...... 41

4 Overview on PACS Celestial Standards 42 4.1 Photometric Standards...... 42 4.1.1 Primary Standards...... 42 4.1.2 Faint Flux Calibrators...... 77 4.1.3 Secondary Standards...... 81 4.2 Wavelength Calibration Standards...... 85 4.3 PACS-S – HIFI cross-calibration sources...... 88 4.4 Blank/Dark Sky Fields...... 89

5 PACS Routine Phase Calibration Plan Overview 90 5.1 Calibration Philosophy...... 90 5.2 PACS Routine Phase Calibration Overview Tables...... 90

6 Long-term Reproducibility and Stability 92 6.1 Monitor the bolometers responsivity and noise equivalent power...... 93 6.2 Monitor the photometer flux reproducibility...... 96 6.3 Monitor the photometer linearity, absolute flux calibration...... 104 6.3.1 Detailed tracing of non-linear part of bolometer flux calibration curve...... 147 6.3.2 Simultaneous Observation of Two Calibration Sources...... 151 6.4 Monitor the photometer’s flat-field on external sources...... 155 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 31

6.5 Monitor the photometer signal dependence on chopper frequency...... 157 6.6 Monitoring of wavelength stability of PACS spectrometer...... 159 6.7 Monitor the absolute ﬂux calibration reproducibility of the spectrometer on external sources... 163 6.8 Monitor linearity with ﬂux of the spectrometer...... 175 6.9 Monitor the relative spectral response function of the spectrometer...... 193

7 Long Term Trends 195 7.1 PACS Orbit Prologues...... 196 7.1.1 Photometer Prologues...... 196 7.1.2 Spectrometer Prologues...... 196 7.2 Internal Calibration Measurements per AOR...... 196 7.2.1 Photometer Detector Gain Drift Monitoring...... 196 7.2.2 Spectrometer Detector Responsivity Monitoring...... 196 7.3 Monitoring of the seasonal trends of the telecope background...... 197 7.4 Monitoring the EDAC addresses of single memory failures...... 201

8 Check for Aging Eﬀects 205 8.1 Check of chopper drive parameters...... 206 8.2 Check of CRE capacitance ratios...... 208

9 Observations Deferred from PV Phase 212 9.1 Observations with sources invisible during PV...... 213 9.2 Observations failed during PV Phase...... 215

10 Extension of PV Phase Calibration Programs 216 10.1 Herschel pointing verification/calibration with PACS photometer...... 219 10.2 Bolometer matrix precision position measurement...... 238 10.3 Photometer PSF calibration...... 241 10.4 Photometer spatial ghost assessment...... 246 10.5 FOV characterization photometer...... 248 10.6 Follow-up issues of photometer AOT validation...... 250 10.7 Parallel mode photometric validation/calibration...... 252 10.8 Photometer cross-calibration Herschel-Planck...... 254 10.9 Spectrometer pointing accuracy and focal plane geometry verification...... 262 10.10Spectrometer wavelength calibration...... 275 10.11Spectrometer spectral ghost assessment...... 277 10.12Cross-calibration of point-source fluxes between PACS spectrometer and photometer...... 279 10.13Spectrometer flat-field & PSF generation at key wavelengths...... 291 10.14Follow-up issues of spectrometer AOT validation...... 300 10.15Cross-calibration PACS spectrometer versus SPIRE-S and HIFI in overlapping wavelength ranges 314 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 32

11 Engineering Programs in Support of Scientiﬁc Observing Modes 318 11.1 Overwrite of DMC sequence 18 to synchronize grating for wave-switching mode...... 319 11.2 Chopper performance test following a lowering of the DMC base plate temperature...... 321

12 Post-He ACMS Tests 323

13 PACS Routine Phase Calibration Timeline 327 13.1 Trace matrix of proposal blocks and allocation on RP ODs...... 338 13.2 Routine Phase Timeline...... 361 13.2.1 Cycle#1 (ODs 203-208)...... 361 13.2.2 Cycle#2 (ODs 211-220)...... 362 13.2.3 Cycle#3 (ODs 221-230)...... 363 13.2.4 Cycle#4 (ODs 231-240)...... 364 13.2.5 Cycle#5 (ODs 241-250)...... 365 13.2.6 Cycle#7 (ODs 258-273)...... 366 13.2.7 Cycle#8 (ODs 274-290)...... 368 13.2.8 Cycle#9 (ODs 291-304)...... 372 13.2.9 Cycle#10 (ODs 305-323)...... 376 13.2.10 Cycle#11 (ODs 324-340)...... 378 13.2.11 Cycle#12 (ODs 341-355)...... 379 13.2.12 Cycle#13 (ODs 356-370)...... 381 13.2.13 Cycle#14 (ODs 371-384)...... 382 13.2.14 Cycle#15 (ODs 385-398)...... 383 13.2.15 Cycle#16 (ODs 399-412)...... 385 13.2.16 Cycle#17 (ODs 413-426)...... 386 13.2.17 Cycle#18 (ODs 427-440)...... 388 13.2.18 Cycle#19 (ODs 441-454)...... 389 13.2.19 Cycle#20 (ODs 455-468)...... 390 13.2.20 Cycle#21 (ODs 469-482)...... 392 13.2.21 Cycle#22 (ODs 483-496)...... 393 13.2.22 Cycle#23 (ODs 497-510)...... 394 13.2.23 Cycle#24 (ODs 511-524)...... 395 13.2.24 Cycle#25 (ODs 525-538)...... 396 13.2.25 Cycle#26 (ODs 539-552)...... 397 13.2.26 Cycle#27 (ODs 553-566)...... 398 13.2.27 Cycle#28 (ODs 567-580)...... 399 13.2.28 Cycle#29 (ODs 581-594)...... 400 13.2.29 Cycle#30 (ODs 595-608)...... 401 13.2.30 Cycle#31 (ODs 609-622)...... 402 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 33

13.2.31 Cycle#32 (ODs 623-636)...... 403 13.2.32 Cycle#33 (ODs 637-650)...... 404 13.2.33 Cycle#34 (ODs 651-664)...... 405 13.2.34 Cycle#35 (ODs 665-678)...... 406 13.2.35 Cycle#36 (ODs 679-692)...... 407 13.2.36 Cycle#37 (ODs 693-706)...... 409 13.2.37 Cycle#38 (ODs 707-720)...... 410 13.2.38 Cycle#39 (ODs 721-734)...... 411 13.2.39 Cycle#40 (ODs 735-748)...... 412 13.2.40 Cycle#41 (ODs 749-762)...... 414 13.2.41 Cycle#42 (ODs 763-776)...... 415 13.2.42 Cycle#43 (ODs 777-790)...... 416 13.2.43 Cycle#44 (ODs 791-804)...... 418 13.2.44 Cycle#45 (ODs 805-818)...... 419 13.2.45 Cycle#46 (ODs 819-832)...... 420 13.2.46 Cycle#47 (ODs 833-846)...... 421 13.2.47 Cycle#48 (ODs 847-860)...... 422 13.2.48 Cycle#49 (ODs 861-874)...... 423 13.2.49 Cycle#50 (ODs 875-888)...... 424 13.2.50 Cycle#51 (ODs 889-902)...... 425 13.2.51 Cycle#52 (ODs 903-916)...... 426 13.2.52 Cycle#53 (ODs 917-930)...... 427 13.2.53 Cycle#54 (ODs 931-944)...... 428 13.2.54 Cycle#55 (ODs 945-958)...... 429 13.2.55 Cycle#56 (ODs 959-972)...... 431 13.2.56 Cycle#57 (ODs 973-986)...... 432 13.2.57 Cycle#58 (ODs 987-1000)...... 433 13.2.58 Cycle#59 (ODs 1001-1014)...... 434 13.2.59 Cycle#60 (ODs 1015-1028)...... 435 13.2.60 Cycle#61 (ODs 1029-1042)...... 436 13.2.61 Cycle#62 (ODs 1043-1056)...... 437 13.2.62 Cycle#63 (ODs 1057-1070)...... 438 13.2.63 Cycle#64 (ODs 1071-1084)...... 439 13.2.64 Cycle#65 (ODs 1085-1098)...... 440 13.2.65 Cycle#66 (ODs 1099-1112)...... 441 13.2.66 Cycle#67 (ODs 1113-1126)...... 442 13.2.67 Cycle#68 (ODs 1127-1140)...... 444 13.2.68 Cycle#69 (ODs 1141-1154)...... 445 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 34

13.2.69 Cycle#70 (ODs 1155-1168)...... 446 13.2.70 Cycle#71 (ODs 1169-1182)...... 447 13.2.71 Cycle#72 (ODs 1183-1196)...... 448 13.2.72 Cycle#73 (ODs 1197-1210)...... 449 13.2.73 Cycle#74 (ODs 1211-1224)...... 450 13.2.74 Cycle#75 (ODs 1225-1238)...... 451 13.2.75 Cycle#76 (ODs 1239-1252)...... 452 13.2.76 Cycle#77 (ODs 1253-1266)...... 453 13.2.77 Cycle#78 (ODs 1267-1280)...... 454 13.2.78 Cycle#79 (ODs 1281-1294)...... 455 13.2.79 Cycle#80 (ODs 1295-1308)...... 456 13.2.80 Cycle#81 (ODs 1309-1322)...... 457 13.2.81 Cycle#82 (ODs 1323-1336)...... 459 13.2.82 Cycle#83 (ODs 1337-1350)...... 460 13.2.83 Cycle#84 (ODs 1351-1364)...... 461 13.2.84 Cycle#85 (ODs 1365-1378)...... 463 13.2.85 Cycle#86 (ODs 1379-1392)...... 464 13.2.86 Cycle#87 (ODs 1393-1406)...... 466 13.2.87 Cycle#88 (ODs 1407-1420)...... 468 13.2.88 Cycle#89 (ODs 1421-1434)...... 470 13.2.89 Cycle#90 (ODs 1435-1448)...... 471 13.2.90 Post-He Cycle#100 (ODs 1447-1491)...... 472 13.2.91 Herschel Observatory Pointing Monitoring...... 473 13.2.92 Overview of lost / not executed PACS calibration AORs...... 499 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 35

1 Introduction

1.1 Scope

This document addresses all aspects of the in-ﬂight calibration of the Herschel-PACS instrument during the Routine Phase when the nominal Observatory operation is performed. It is meant as the central reference document, though detailed information on some aspects, like spectral energy distributions of celestial standards, will not be presented here, but at least pointers to this information.

1.2 Structure of the document

The document

• provides the links to other important documents for Routine Phase calibration planning. • lists the general objectives of and prerequisites for a successful Routine Phase calibration. • establishes the traceability between instrument performance requirements, calibration up-link and calibration processing tables with the calibration articles of the PACS Calibration Document which provides a high level description and ranking of all PACS calibration activities. • constructs the detailed observations per test/calibration block and estimates the necessary time.

1.3 Documents

1.3.1 Applicable Documents

AD1 PACS Calibration Document (PACS-MA-GS-001), Issue 1.0, 7-Aug-2008 AD2 PACS Performance Veriﬁcation Phase Plan (PICC-MA-PL-001), Issue 1.7, 18-Jan-2010 AD3 PACS Pointing Calibration Sources (PICC-MA-TN-003), Issue 1.4, 27-Jul-2009 AD4 Herschel Cross Calibration Plan and Use Cases (HERSCHEL-HSC-DOC-1720), Issue 0.1, 25-Aug-2010 AD5 Herschel Cross Calibration Plan Supplement: Additional Observations Proposal (HERSCHEL-HSC-DOC- 1879), Issue 1.0, 27-Sep-2011

1.3.2 Reference Documents

RD1 The PCSS Common Software System - A high level overview (PICC-ME-DS-003), Issue 0.2, 06-Nov-2007 RD2 HSC-ICC Interactions Document (HERSCHEL-HSC-DOC-1184), Issue 1.4, 15-Dec-2009 RD3 Herschel Routine Phase Observatory Calibration Plan (HERSCHEL-HSC-DOC-1614), Issue 1.0, 22-Feb-2010 RD4 Herschel Routine Phase Pointing Calibration Plan (HERSCHEL-HSC-DOC-1622), Issue 0.1, 12-Feb-2010 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 36

2 Objectives of Routine Phase Calibration

The Routine Phase calibration has to address:

• The repetition of non-optimum PV Phase observations. • The completion of PV Phase calibration programs targeting celestial standards not visible during PV Phase proper.

• The extension of PV calibration programs, e.g. wrt. - the flux ranges of celestial standards; - better characterization of the focal plane geometry and beams; - better characterization of the telescope pointing performance and impact on the observation quality and accuracy; - the parameter space of AOT settings. • The refinement of calibration observation procedures along the progress in data processing (e.g. more sensitive set-up, design of measurement to avoid/minimize disturbing effects). • The robustness of calibration, i.e. verification with a relatively large set of celestial standards in order to cancel out systematic calibration offsets possibly introduced by individual standard sources. • The long-term reproducibility and stability. • The check for environmental changes (space wheather) and possible adaptation of instrument set-up due to increased solar activity.

• The check for aging eﬀects, e.g. of mechanical elements during the mission. • Internal calibration consistency between the PACS photometer and spectrometer channels. • Cross-calibration with the two other Herschel instruments SPIRE and HIFI, and with other space tele- scopes covering the PACS wavelength range (e.g. IRAS, ISO, Spitzer). Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 37

3 Operational Framework / Assumptions

3.1 Spacecraft Operations

• The Routine Phase calibration time amounts to 1/7 of the total Routine Phase time equally split among the three Herschel instruments. Taking into account the Helium lifetime predictions derived from SPIRE/PACS cooler recyclings and special DLCM thermal data for planning purposes - deliveries have to be made 3 weeks in advance of execution - and hence the calibration time forecast, we adopt a Routine Phase duration of 3.33 yr from end of November 2009 to end of March 2013. With an average of 21 h of instrument operation per OD, this gives ≈1215 h as PACS Routine Phase calibration time. • The standard operation is 1 instrument per Operational Day. This means a mix of calibration observations with the science program, which is in particular true for the regular monitoring observations. • Calibration observations may require a fixed time status/ scheduling preference and long slews to/from the calibration targets may have to be accepted. In order to minimize those by selection of suitably located calibration targets the long-term mission implementation strategy needs to be known to the ICCs (which instrument on which OD). • For time uncritical items, e.g. “filling up the parameter space”, calibration observations may be accumu- lated into a specific calibration day.

• A mechanism must be installed for granting “engineering time”, should a calibration deﬁcit require more than the average allocated calibration time.

3.2 Planning Group

The Planning Group is composed of members from HSC (chair), the ICCs and MOC.

• The Planning Group shall coordinate the uplink calibration deliveries.

• Routine Phase planning will be coupled to an instrument cycle of approximately 2 weeks in length. Hence meetings of the Planning Group will be held every 2 weeks. • Right after the PV Phase the Planning Group will still meet on weekly basis until the planning will be in synch with the 2 weeks cycle. • HSC will identify beforehand which OD will be allocated to which instrument/subinstrument, i.e. PACS- ICC will know in advance which ODs will be planned for photometer and which ones for spectrometer. • At the meetings calibration periods which are 4 to 7 weeks ahead of time will be discussed and consolidated. Deliveries are due 1 week later to agree with the 3 weeks advanced planning and deliveries to MOC during the Routine Phase. In exceptional cases faster reactions for special calibrations are possible.

• Need for DTCP manual commanding activities, instrument checks, spacecraft checks, special data-taking days are also coordinated by this group. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 38

3.3 PACS Operation

3.3.1 PACS Team Management

Overall responsibility is held by the PACS PI and PACS ICC Manager. The coordination and planning of the Routine Phase calibration activities will be the responsibility of the Calibration Working Group and AOT Working Group Leaders with regard to the central calibration program and AOT validation aspects beyond PV Phase, respectively. The PACS Calibration Working Group will meet frequently (bi-weekly in the beginning and monthly lateron, review the status of the calibration, like availability of calibration ﬁles, calibration algorithms, calibration accuracies and completeness of calibration program, and decide on the program for the next period, possibly also decide to submit an engineering proposal to close a calibration deﬁcit. The Observation Planning Team will then implement the observations and prepare the schedules according to the decided program.

3.3.2 Staﬃng

• The PACS Calibration Working Group has a specialist group each for the photometer and the spectrometer. These specialist groups will organize the regular meetings and also take care of the data evaluation to be presented and reviewed at these meetings. There will be also regular meetings with the software development group to define upgrades of the calibration processing in DP-PACS. The PACS Calibra- tion Working Group will also support the scientific validation including definition of suitable validation observations and assessment of calibration accuracies of the standard PACS observing modes. • The Observation Planning Team takes care of the implementation of calibration observations and the preparation of the delivery according to the high level plan.

3.3.3 Tools

Here we give a short overview on the main tools used by the individual teams:

• Observation Planning Team The tools of this team and the interface to the Herschel Science Centre are illustrated in Fig.1. 1) Expert Herschel Observation Planning Tool (HSpot) for the definition of both standard AOT and non-standard CUS calibration and engineering observations 2) Scientific Mission Planning System (MPS) for accurate assembling of the observation time-line. 3) Visibility tables of celestial standards 4) Celestial calibration source database. An impression of the status of the common data base of all three Herschel instruments coordinated by the HCalSG can be seen on the Wiki page: http://www.herschel.be/twiki/bin/view/HCalSG/WebHome (please register) • Data Evaluation Teams The tools of these teams are also functionalities of the PACS Common Software System (PCSS), see RD1 for a concise overview: 1) Standard Product Generation (SPG) Part of the data reduction will run in pipeline mode, e.g. the initial decompression of the TM. A soon as certain processing steps will be properly consolidated and calibrated the automatic processing will be extended. Otherwise data reduction is in interactive mode with visualisation of individual processing steps. 2) Instrument calibration Processing along specific Calibration Analysis Procedures and production of calibration files or tables. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 39

3) Access to the ground calibration reference data base (ILT, IST tests). 4) Instrument Simulation Test data reduction steps on simulated data. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 40 Figure 1: ICC tools for calibration planning and interfaces with the Herschel Science Centre for calibration observation deliveries (from RD2). Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 41

3.3.4 Procedures

For a proper execution of the individual steps in generating a calibration proposal a number of procedures have been deﬁned which are compiled in the PACS ICC Operations Manual (IOM), cf. http://www.herschel.be/twiki/bin/view/Pacs/Iom

1) Creating and updating AOT CUS code and up-link tables in the PACS ICC Operational Data Base (PIOD) http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0602CreateGenerateCUSscripts 2) Creating and updating Cal CUS code and up-link tables in the PACS ICC Operational Data Base http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0702CreateUpdateCALCUScode

3) Making AOT CUS code in the PACS ICC Operational Data Base visible to Expert HSpot http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0603GeneratingGenericAOT 4) Making calibration CUS code in the PACS ICC Operational Data Base visible to Expert HSpot http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0703

5) Installation of Expert HSpot http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0902HspotInstallation 6) Creating PACS calibration observations in the PACS ICC Operational Data Base via HSpot http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0802HspotAddingCalMeasurements 7) Retrieve and install mission planning input ﬁles http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0803InstallMissionPlanningInputFiles 8) Proposal Handling: enabling calibration observations in the PACS Operational Data Base for scheduling http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0804ProposalHandling 9) Creating a schedule using the Mission Planning System http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0805MissionPlanning 10) Delivery procedure for new Calibration CUS code and up-link tables http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0704DeliveryCalCus 11) ICC delivery procedure for PACS Routine Phase Calibration Observations http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0807CalObsDeliveryRP

12) ICC delivery procedure for SPIRE-PACS Parallel Mode Observations http://www.herschel.be/twiki/bin/view/Pacs/PacsIom08BSpirePacsParallelDelivery 13) Approval of HSC generated SSF and POS ﬁle http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0808HscSsfPosVeriﬁcation

14) Proposal Recovery Procedure http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0809ProposalRecovery 15) Tracking scheduled calibration observations http://www.herschel.be/twiki/bin/view/Pacs/PacsIom0810TrackingScheduledCalibrationObservations Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 42

4 Overview on PACS Celestial Standards

The HCSS will oﬀer a Calibration Sources Database implemented with PAL and accessible through IA. How-to’s and a tutorial are provided on the Wiki page http://www.herschel.be/twiki/bin/view/HCalSG/HCalSGQuickS. It also contains PACS celestial standards.

4.1 Photometric Standards

Planets, asteroids and stars are the main FIR photometric calibrators. Planets cover the high (differential) flux range, stars the low flux range, asteroids provide the largest range from intermediate to low fluxes.

4.1.1 Primary Standards

Definition: Primary standards are used for accurate absolute flux calibration. Hence their spectral flux must be known and modelled with high accuracy for the PACS wavelength range. For stars, this includes the verification that there is no FIR flux excess due to possible disks (Vega phenomenon) or chromospheric emission. The sources must not be variable or in the case of the asteroids their variability must be well predictable, taking into account their rotational phase and thermal inertia. Stars A consolidated list of 6 fiducial prime photometric stars is presented in Table1 (cf. Dehaes et al. 2011, A&A 533, A107). Fig.2 shows their SEDs as provided by Leen Decin et al. (KUL). Fig.3 shows their visibility all over the mission. γ Dra is always visible. α Boo, α Tau, β Peg and γ Dra are also confirmed prime standards for SPIRE and hence suitable for cross-calibration purposes. The fluxes of β UMi have been re-scaled with a factor of 1.18 based on a better K-band photometry value than used previously.

Table 1: List of ﬁducial prime photometric stars. The ﬂuxes are taken from the model spectra presented in Fig.2.

HR HD ID Name Coordinates (J2000) Sp type f70 f100 f160 R. A. Dec. (mJy) (mJy) (mJy) 337 6860 β And Mirach 01:09:43.9236 +35:37:14.008 M0III 5730 2811 1094 911 18884 α Cet Menkar 03:02:16.8 +04:05:24.0 M1.5IIIa 4995 2450 953 1457 29139 α Tau Aldebaran 04:35:55.2387 +16:30:33.485 K5III 14312 7006 2720 2491 48915 α CMa Sirius 06:45:08.92 -16:42:58.0 A1V 2955 1427 545 5340 124897 α Boo Arcturus 14:15:39.6720 +19:10:56.677 K1.5III 15855 7737 2990 5563 131871 β UMi Kochab 14:50:42.2 +74:09:20.0 K4III 3200 1572 607 6705 164058 γ Dra Etamin 17:56:36.3699 +51:29:20.022 K5III 3348 1639 636 8775 217906 β Peg Scheat 23:03:46.4575 +28:04:58.041 M2.5II-III 8585 4208 1635 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 43 = 4000 (Bauwens et al., 2008, Herschel λ λ ∆ ˚ A and delivered at a resolution of = 0.5 λ Figure 2: SEDsphotometry. of the The 8 fiducial SEDs stars are split computed into short at and a long resolution wavelength part. of The ∆ spectra are absolutely calibrated using ‘Vega’ and Selby K-band Calibration Workshop #2). Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 44

Figure 3: Visibilities of the ﬁducial prime photometric standard stars. The red vertical lines mark the start of PV Phase at OD 64 and the approximate end at OD 200. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 45

Figure 4: Solar aspect angles of the ﬁducial prime photometric standard stars. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 46

Asteroids Table2 shows the list of the 55 Herschel calibration asteroids. Flux density estimates, based on the Standard Thermal Model (STM), at the central photometer wavelengths during the visibility periods are provided in form of graphs (file ast stm.ps), an example is shown in Fig.6. Fluxes can change by up to a factor of 20 during one visibility period. Table2 lists the maximum and minimum fluxes for the central wavelength of each filter band. Tables3 to5 give the respective flux ranges per year 2010, 2011, and 2012. Figs.8 to 12 give an overview on their visibility, problematic periods due to crossing of the galactic plane are indicated, too. Refined and more accurate flux predictions based on the Thermophysical Model (TPM) will be calculated by Thomas Müller (MPE) for the exact observation day. Since asteroids move on the sky, carefulness should be spent on checking the background for the actual observing date to avoid confusion by bright and highly structured backgrounds of the galactic plane (see Figs. 17 and 18 for examples). The sky coverage by the calibration asteroids is shown in Fig. 19. 100 µm flux densities with time and visibilities of the 12 brightest main belt asteroids for 2010, 2011, and 2012 are shown in Figs. 13 to 15, respectively. Slow motion periods as well as times of high background periods are indicated. Coverage of flux ranges statistics:

• 4 asteroids reach fluxes > 100 Jy at 70 µm (1, 2, 4, 324) • 151 asteroids reach fluxes > 10 Jy at 70 µm • 679 asteroids reach fluxes > 1 Jy at 70 µm • 18 asteroids reach fluxes > 10 Jy at 160 µm

For the 55 Herschel ﬂux calibration asteroids, the achieved ﬂux accuracy is currently the following:

• 7 asteroids have currently ﬂux quality A (enough data; accuracy 5%); • 5 have ﬂux quality A-B (enough data; accuracy 5-10%);

• 21 have flux quality B (accuracy 5-10%); • 12 have flux quality B-C (accuracy 5-15%); • 6 have flux quality C (accuracy 10-15%);

• 4 have ﬂux quality D (>15%).

This quality label is based on the robustness of the effective diameter Deff and geometric albedo pV, the quality of the shape model and the spin-vector solution, and the availability of thermal data. This quality is given in Fig.5 for each individual asteroid. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 47

Table 2: Minimum and maximum ﬂuxes of the Herschel calibration asteroids for the central wavelengths of the three PACS photometric bands during their visibility periods between 01-Nov-2008 and 31-Dec-2013.

Asteroid ﬂux prediction for Herschel mission time f70 (Jy) f100 (Jy) f160 (Jy) 1 Ceres 164.84 – 560.04 94.45 – 316.82 42.10 – 139.75 2 Pallas 37.61 – 279.67 21.82 – 156.23 9.82 – 68.20 3 Juno 7.45 – 65.63 4.33 – 36.71 1.95 – 16.04 4 Vesta 68.38 – 276.75 39.03 – 155.98 17.34 – 68.60 6 Hebe 6.42 – 56.42 3.69 – 31.38 1.65 – 13.65 7 Iris 7.71 – 53.64 4.42 – 29.92 1.97 – 13.05 8 Flora 4.79 – 33.81 2.72 – 18.77 1.20 – 8.15 9 Metis 8.70 – 44.95 4.94 – 25.07 2.19 – 10.93 10 Hygiea 21.24 – 78.71 12.32 – 44.82 5.55 – 19.87 12 Victoria 2.59 – 20.28 1.48 – 11.27 0.66 – 4.90 17 Thetis 1.70 – 8.70 0.97 – 4.87 0.43 – 2.13 18 Melpomene 4.07 – 42.18 2.33 – 23.35 1.04 – 10.12 19 Fortuna 8.40 – 51.28 4.79 – 28.56 2.12 – 12.43 20 Massalia 4.77 – 23.06 2.72 – 12.91 1.21 – 5.65 21 Lutetia 1.87 – 11.86 1.07 – 6.62 0.48 – 2.89 23 Thalia 1.67 – 16.20 0.97 – 9.03 0.43 – 3.94 24 Themis 4.71 – 15.51 2.74 – 8.87 1.24 – 3.95 28 Bellona 2.22 – 11.64 1.28 – 6.55 0.58 – 2.88 29 Amphitrite 9.98 – 35.17 5.69 – 19.81 2.53 – 8.71 31 Euphrosyne 6.39 – 40.69 3.74 – 23.00 1.70 – 10.14 37 Fides 1.91 – 12.12 1.10 – 6.79 0.49 – 2.97 40 Harmonia 3.65 – 12.52 2.06 – 7.01 0.91 – 3.07 41 Daphne 3.70 – 33.99 2.15 – 18.99 0.97 – 8.29 42 Isis 1.80 – 18.83 1.03 – 10.44 0.46 – 4.53 47 Aglaja 2.34 – 10.90 1.35 – 6.16 0.61 – 2.71 48 Doris 6.82 – 20.44 3.95 – 11.67 1.77 – 5.19 52 Europa 11.93 – 42.85 6.92 – 24.40 3.11 – 10.82 54 Alexandra 4.07 – 24.90 2.35 – 13.97 1.05 – 6.12 56 Melete 1.97 – 16.28 1.14 – 9.07 0.51 – 3.95 65 Cybele 5.63 – 15.12 3.30 – 8.74 1.50 – 3.92 69 Hesperia 2.38 – 12.85 1.38 – 7.26 0.62 – 3.20 85 Io 3.87 – 25.10 2.22 – 14.04 1.00 – 6.14 88 Thisbe 8.16 – 48.32 4.70 – 27.11 2.11 – 11.88 93 Minerva 3.28 – 15.94 1.88 – 8.97 0.84 – 3.94 94 Aurora 5.39 – 17.30 3.12 – 9.88 1.41 – 4.39 106 Dione 2.29 – 11.42 1.34 – 6.48 0.61 – 2.87 165 Loreley 3.20 – 9.96 1.85 – 5.69 0.83 – 2.53 173 Ino 3.38 – 25.32 1.95 – 14.15 0.88 – 6.18 196 Philomela 2.82 – 6.29 1.63 – 3.62 0.73 – 1.62 230 Athamantis 3.16 – 11.69 1.79 – 6.56 0.79 – 2.87 241 Germania 3.95 – 13.75 2.29 – 7.83 1.03 – 3.47 283 Emma 2.72 – 12.46 1.58 – 7.06 0.71 – 3.12 313 Chaldaea 2.03 – 14.98 1.15 – 8.31 0.51 – 3.61 334 Chicago 2.23 – 4.25 1.32 – 2.49 0.60 – 1.13 360 Carlova 1.62 – 8.47 0.94 – 4.79 0.42 – 2.11 372 Palma 3.24 – 25.47 1.90 – 14.35 0.87 – 6.31 423 Diotima 6.79 – 16.79 3.91 – 9.61 1.75 – 4.28 451 Patientia 7.22 – 21.15 4.17 – 12.07 1.87 – 5.37 471 Papagena 2.06 – 17.18 1.20 – 9.65 0.54 – 4.23 505 Cava 1.83 – 18.54 1.06 – 10.31 0.48 – 4.48 511 Davida 11.02 – 60.13 6.45 – 34.08 2.92 – 15.05 532 Herculina 7.12 – 45.34 4.12 – 25.47 1.85 – 11.17 690 Wratislavia 1.92 – 9.84 1.12 – 5.58 0.51 – 2.47 704 Interamnia 12.25 – 56.98 7.12 – 32.28 3.21 – 14.26 776 Berbericia 3.00 – 13.36 1.74 – 7.57 0.78 – 3.34 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 48

Table 3: Minimum and maximum ﬂuxes of the Herschel calibration asteroids for the central wavelengths of the three PACS photometric bands during their visibility periods in 2010.

Asteroid total visibility ﬂux prediction for 2010 in 2010 (d) f70 (Jy) f100 (Jy) f160 (Jy) 1 Ceres 130 173.5 – 366.9 99.2 – 209.0 44.2 – 92.7 2 Pallas 149 46.5 – 131.8 26.7 – 74.9 12.0 – 33.1 3 Juno 99 15.8 – 36.8 8.9 – 20.5 3.9 – 9.0 4 Vesta 77 92.6 – 188.5 52.3 – 106.8 23.0 – 47.1 6 Hebe 122 12.5 – 45.6 7.0 – 25.4 3.1 – 11.0 7 Iris 83 21.9 – 46.5 12.1 – 25.9 5.3 – 11.3 8 Flora 130 6.8 – 27.9 3.8 – 15.5 1.7 – 6.7 9 Metis 108 8.7 – 21.7 5.0 – 12.2 2.2 – 5.4 10 Hygiea 65 29.6 – 49.3 16.9 – 28.3 7.6 – 12.6 12 Victoria 155 4.0 – 17.4 2.3 – 9.6 1.0 – 4.2 17 Thetis 129 1.7 – 3.9 1.0 – 2.2 0.4 – 1.0 18 Melpomene 126 5.1 – 25.5 2.9 – 14.2 1.3 – 6.1 19 Fortuna 103 9.4 – 33.5 5.3 – 18.7 2.4 – 8.2 20 Massalia 101 7.7 – 16.6 4.3 – 9.3 1.9 – 4.1 21 Lutetia 69 2.1 – 3.7 1.2 – 2.1 0.5 – 0.9 23 Thalia 96 2.5 – 12.3 1.4 – 6.9 0.6 – 3.0 24 Themis 121 4.7 – 8.3 2.7 – 4.8 1.2 – 2.2 28 Bellona 100 3.0 – 9.3 1.7 – 5.2 0.8 – 2.3 29 Amphitrite 134 10.0 – 21.2 5.7 – 12.1 2.5 – 5.3 31 Euphrosyne 136 6.9 – 14.0 4.1 – 8.1 1.8 – 3.7 37 Fides 80 3.9 – 9.9 2.2 – 5.6 1.0 – 2.4 40 Harmonia 145 3.7 – 8.9 2.1 – 5.0 0.9 – 2.2 41 Daphne 76 3.7 – 6.0 2.1 – 3.5 1.0 – 1.6 42 Isis 99 2.2 – 5.6 1.3 – 3.1 0.6 – 1.4 47 Aglaja 123 2.5 – 5.6 1.4 – 3.2 0.6 – 1.4 48 Doris 124 6.8 – 11.9 3.9 – 6.9 1.8 – 3.1 52 Europa 107 18.6 – 37.6 10.6 – 21.4 4.7 – 9.5 54 Alexandra 113 9.7 – 21.6 5.5 – 12.1 2.4 – 5.3 56 Melete 105 2.0 – 3.7 1.1 – 2.1 0.5 – 0.9 65 Cybele 71 6.2 – 9.6 3.6 – 5.6 1.6 – 2.5 69 Hesperia 73 4.6 – 10.2 2.6 – 5.8 1.2 – 2.6 85 Io 72 3.9 – 6.6 2.2 – 3.8 1.0 – 1.7 88 Thisbe 74 11.2 – 18.7 6.4 – 10.7 2.8 – 4.8 93 Minerva 111 3.3 – 6.1 1.9 – 3.5 0.8 – 1.5 94 Aurora 65 6.2 – 11.2 3.6 – 6.4 1.6 – 2.9 106 Dione 95 4.6 – 7.9 2.6 – 4.5 1.2 – 2.0 165 Loreley 65 3.8 – 6.4 2.2 – 3.7 1.0 – 1.6 173 Ino 121 5.3 – 15.5 3.0 – 8.7 1.3 – 3.8 196 Philomela 96 2.9 – 4.9 1.7 – 2.8 0.7 – 1.3 230 Athamantis 138 3.2 – 7.3 1.8 – 4.1 0.8 – 1.8 241 Germania 98 4.3 – 7.1 2.5 – 4.1 1.1 – 1.8 283 Emma 126 3.6 – 9.3 2.1 – 5.3 0.9 – 2.3 313 Chaldaea 89 4.6 – 12.5 2.6 – 6.9 1.1 – 3.0 334 Chicago 115 2.2 – 3.4 1.3 – 2.0 0.6 – 0.9 360 Carlova 122 2.3 – 6.1 1.3 – 3.5 0.6 – 1.5 372 Palma 120 3.6 – 7.3 2.1 – 4.3 0.9 – 1.9 423 Diotima 123 6.8 – 11.9 3.9 – 6.8 1.8 – 3.1 451 Patientia 125 7.3 – 13.6 4.2 – 7.8 1.9 – 3.5 471 Papagena 113 4.5 – 14.7 2.6 – 8.2 1.1 – 3.6 505 Cava 73 3.0 – 7.2 1.7 – 4.0 0.7 – 1.8 511 Davida 122 11.7 – 22.6 6.8 – 13.1 3.1 – 5.9 532 Herculina 94 15.9 – 38.1 8.9 – 21.4 3.9 – 9.4 690 Wratislavia 68 4.4 – 7.8 2.5 – 4.4 1.1 – 2.0 704 Interamnia 125 12.3 – 22.0 7.1 – 12.8 3.2 – 5.7 776 Berbericia 83 3.0 – 5.6 1.7 – 3.3 0.8 – 1.5 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 49

Table 4: Minimum and maximum ﬂuxes of the Herschel calibration asteroids for the central wavelengths of the three PACS photometric bands during their visibility periods in 2011.

Asteroid total visibility ﬂux prediction for 2011 in 2011 (d) f70 (Jy) f100 (Jy) f160 (Jy) 1 Ceres 112 164.7 – 307.8 94.4 – 176.2 42.1 – 78.5 2 Pallas 140 37.6 – 61.8 21.8 – 35.9 9.8 – 16.2 3 Juno 76 8.9 – 26.0 5.1 – 14.8 2.3 – 6.6 4 Vesta 153 83.0 – 235.9 47.1 – 132.9 20.8 – 58.5 6 Hebe 118 9.0 – 27.5 5.1 – 15.3 2.2 – 6.7 7 Iris 75 10.6 – 28.0 6.0 – 15.8 2.7 – 6.9 8 Flora 93 6.3 – 15.3 3.6 – 8.5 1.6 – 3.7 9 Metis 138 8.7 – 21.2 4.9 – 12.0 2.2 – 5.3 10 Hygiea 134 34.8 – 68.4 19.9 – 39.0 8.8 – 17.3 12 Victoria 69 4.4 – 7.7 2.5 – 4.4 1.1 – 1.9 17 Thetis 74 2.6 – 5.0 1.5 – 2.8 0.6 – 1.2 18 Melpomene 83 4.1 – 8.8 2.3 – 5.0 1.0 – 2.2 19 Fortuna 101 8.4 – 16.7 4.8 – 9.5 2.1 – 4.2 20 Massalia 86 5.9 – 18.9 3.3 – 10.6 1.5 – 4.6 21 Lutetia 158 2.8 – 9.9 1.6 – 5.5 0.7 – 2.4 23 Thalia 90 4.4 – 13.1 2.5 – 7.3 1.1 – 3.2 24 Themis 102 4.7 – 8.5 2.7 – 4.9 1.2 – 2.2 28 Bellona 75 4.5 – 10.0 2.5 – 5.6 1.1 – 2.5 29 Amphitrite 75 13.1 – 29.5 7.4 – 16.6 3.3 – 7.3 31 Euphrosyne 68 12.8 – 27.9 7.3 – 15.9 3.3 – 7.0 37 Fides 104 2.8 – 10.1 1.6 – 5.6 0.7 – 2.5 40 Harmonia 80 4.5 – 10.5 2.5 – 5.9 1.1 – 2.6 41 Daphne 126 3.9 – 10.2 2.3 – 5.8 1.0 – 2.6 42 Isis 93 1.8 – 3.3 1.0 – 1.9 0.5 – 0.8 47 Aglaja 90 2.3 – 4.0 1.4 – 2.3 0.6 – 1.0 48 Doris 102 7.8 – 15.7 4.5 – 9.0 2.0 – 4.0 52 Europa 90 15.0 – 32.2 8.6 – 18.4 3.9 – 8.2 54 Alexandra 99 4.8 – 9.7 2.7 – 5.5 1.2 – 2.4 56 Melete 90 3.7 – 6.8 2.1 – 3.9 0.9 – 1.7 65 Cybele 116 5.6 – 9.1 3.3 – 5.3 1.5 – 2.4 69 Hesperia 125 2.6 – 5.6 1.5 – 3.2 0.7 – 1.4 85 Io 126 4.9 – 12.7 2.8 – 7.2 1.2 – 3.2 88 Thisbe 122 8.1 – 15.7 4.7 – 9.0 2.1 – 4.0 93 Minerva 108 3.3 – 6.0 1.9 – 3.4 0.8 – 1.5 94 Aurora 122 5.4 – 9.2 3.1 – 5.3 1.4 – 2.4 106 Dione 108 2.7 – 6.4 1.6 – 3.7 0.7 – 1.6 165 Loreley 121 3.2 – 5.8 1.9 – 3.4 0.8 – 1.5 173 Ino 78 3.4 – 7.0 2.0 – 4.0 0.9 – 1.8 196 Philomela 96 3.1 – 5.4 1.8 – 3.1 0.8 – 1.4 230 Athamantis 85 4.2 – 9.8 2.3 – 5.5 1.0 – 2.4 241 Germania 129 4.9 – 10.4 2.8 – 5.9 1.2 – 2.6 283 Emma 96 2.7 – 5.0 1.6 – 2.9 0.7 – 1.3 313 Chaldaea 137 2.0 – 5.1 1.2 – 2.9 0.5 – 1.3 334 Chicago 99 2.3 – 3.5 1.3 – 2.0 0.6 – 0.9 360 Carlova 85 3.5 – 7.4 2.0 – 4.2 0.9 – 1.8 372 Palma 86 7.1 – 22.5 4.1 – 12.7 1.8 – 5.6 423 Diotima 74 7.2 – 12.3 4.1 – 7.1 1.8 – 3.2 451 Patientia 91 9.1 – 18.6 5.2 – 10.6 2.3 – 4.7 471 Papagena 112 4.4 – 10.1 2.5 – 5.6 1.1 – 2.5 505 Cava 121 1.8 – 3.4 1.1 – 2.0 0.5 – 0.9 511 Davida 118 11.0 – 17.8 6.4 – 10.4 2.9 – 4.7 532 Herculina 129 8.0 – 19.1 4.6 – 10.9 2.1 – 4.9 690 Wratislavia 123 2.4 – 6.2 1.4 – 3.5 0.6 – 1.6 704 Interamnia 131 16.6 – 39.4 9.5 – 22.4 4.3 – 10.0 776 Berbericia 122 3.0 – 5.8 1.8 – 3.3 0.8 – 1.5 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 50

Table 5: Minimum and maximum ﬂuxes of the Herschel calibration asteroids for the central wavelengths of the three PACS photometric bands during their visibility periods in 2012.

Asteroid total visibility ﬂux prediction for 2012 in 2012 (d) f70 (Jy) f100 (Jy) f160 (Jy) 1 Ceres 86 178.0 – 397.7 101.8 – 226.1 45.3 – 100.1 2 Pallas 102 43.4 – 108.2 25.0 – 61.8 11.2 – 27.5 3 Juno 122 7.5 – 12.2 4.4 – 7.1 2.0 – 3.2 4 Vesta 68 70.4 – 136.8 40.1 – 78.1 17.8 – 34.7 6 Hebe 65 6.6 – 12.6 3.8 – 7.2 1.7 – 3.2 7 Iris 125 7.7 – 13.6 4.4 – 7.8 2.0 – 3.5 8 Flora 88 4.8 – 11.8 2.7 – 6.7 1.2 – 2.9 9 Metis 80 15.2 – 37.3 8.5 – 20.8 3.7 – 9.1 10 Hygiea 125 24.8 – 51.6 14.3 – 29.6 6.4 – 13.2 12 Victoria 125 2.6 – 5.6 1.5 – 3.2 0.7 – 1.4 17 Thetis 150 2.4 – 7.4 1.4 – 4.1 0.6 – 1.8 18 Melpomene 146 4.9 – 18.2 2.8 – 10.2 1.2 – 4.5 19 Fortuna 139 9.8 – 28.9 5.6 – 16.2 2.5 – 7.1 20 Massalia 130 4.8 – 8.9 2.7 – 5.1 1.2 – 2.3 21 Lutetia 68 2.9 – 5.3 1.7 – 3.0 0.7 – 1.3 23 Thalia 125 1.8 – 4.2 1.0 – 2.4 0.5 – 1.1 24 Themis 83 5.4 – 11.9 3.2 – 6.8 1.4 – 3.0 28 Bellona 130 2.5 – 6.0 1.5 – 3.4 0.7 – 1.5 29 Amphitrite 127 12.3 – 30.0 7.0 – 16.9 3.1 – 7.4 31 Euphrosyne 125 16.8 – 35.5 9.5 – 20.1 4.2 – 8.9 37 Fides 100 2.0 – 4.7 1.2 – 2.7 0.5 – 1.2 40 Harmonia 114 3.7 – 9.5 2.1 – 5.4 0.9 – 2.3 41 Daphne 68 9.3 – 14.9 5.2 – 8.4 2.3 – 3.7 42 Isis 105 2.6 – 5.7 1.5 – 3.2 0.7 – 1.4 47 Aglaja 99 3.2 – 5.5 1.8 – 3.1 0.8 – 1.4 48 Doris 92 9.2 – 17.9 5.3 – 10.2 2.4 – 4.6 52 Europa 121 12.0 – 21.2 7.0 – 12.3 3.1 – 5.5 54 Alexandra 120 4.1 – 7.8 2.4 – 4.5 1.1 – 2.0 56 Melete 121 5.1 – 14.0 2.9 – 7.8 1.3 – 3.4 65 Cybele 116 6.0 – 11.0 3.5 – 6.4 1.6 – 2.9 69 Hesperia 120 2.4 – 3.9 1.4 – 2.3 0.6 – 1.0 85 Io 99 9.8 – 21.4 5.5 – 12.0 2.4 – 5.2 88 Thisbe 63 9.2 – 15.2 5.3 – 8.7 2.4 – 3.9 93 Minerva 87 5.3 – 9.4 3.0 – 5.3 1.3 – 2.4 94 Aurora 123 5.6 – 10.2 3.2 – 5.9 1.5 – 2.6 106 Dione 76 2.3 – 4.2 1.4 – 2.4 0.6 – 1.1 165 Loreley 98 3.3 – 5.4 1.9 – 3.1 0.9 – 1.4 173 Ino 111 3.7 – 6.0 2.1 – 3.5 1.0 – 1.6 196 Philomela 127 3.1 – 5.5 1.8 – 3.2 0.8 – 1.4 230 Athamantis 130 3.5 – 8.7 2.0 – 4.9 0.9 – 2.1 241 Germania 89 6.4 – 12.1 3.6 – 6.9 1.6 – 3.0 283 Emma 87 2.9 – 4.6 1.7 – 2.6 0.7 – 1.2 313 Chaldaea 106 2.1 – 5.1 1.2 – 2.9 0.5 – 1.3 334 Chicago 78 2.4 – 3.6 1.4 – 2.1 0.6 – 1.0 360 Carlova 94 2.1 – 6.0 1.2 – 3.4 0.6 – 1.5 372 Palma 127 9.4 – 20.1 5.3 – 11.3 2.3 – 5.0 423 Diotima 121 8.1 – 14.4 4.6 – 8.3 2.1 – 3.7 451 Patientia 109 10.5 – 18.8 6.0 – 10.7 2.7 – 4.8 471 Papagena 78 2.2 – 5.2 1.3 – 3.0 0.6 – 1.4 505 Cava 124 2.0 – 4.7 1.2 – 2.7 0.5 – 1.2 511 Davida 125 13.1 – 28.0 7.6 – 16.2 3.4 – 7.2 532 Herculina 92 7.2 – 12.3 4.1 – 7.1 1.9 – 3.2 690 Wratislavia 79 1.9 – 3.3 1.1 – 1.9 0.5 – 0.9 704 Interamnia 75 25.9 – 49.7 14.7 – 28.2 6.5 – 12.4 776 Berbericia 141 4.6 – 11.8 2.6 – 6.7 1.2 – 2.9 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 51

Figure 5: Flux quality overview of the 55 Herschel ﬂux calibration asteroids. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 52

Figure 6: Flux ranges of Ceres over the Herschel mission for diﬀerent wavelengths. Solid line parts indicate visibility periods. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 53

Figure 7: Visibility, Flux ranges, sky background, speed for Ceres in 2010. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 54 Figure 8: Visibility of calibration asteroids 1. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 55 Figure 9: Visibility of calibration asteroids 2. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 56 Figure 10: Visibility of calibration asteroids 3. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 57 Figure 11: Visibility of calibration asteroids 4. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 58 Figure 12: Visibility of calibration asteroids 5. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 59 m flux densities with time and visibilities of the 12 brightest main belt asteroids for 2010. Slow motion periods (thick symbols) as µ Figure 13: 100 well as times of high background periods (thinnest symbols) are indicated. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 60 m flux densities with time and visibilities of the 12 brightest main belt asteroids for 2011. Slow motion periods (thick symbols) as µ Figure 14: 100 well as times of high background periods (thinnest symbols) are indicated. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 61 m flux densities with time and visibilities of the 12 brightest main belt asteroids for 2012. Slow motion periods (thick symbols) as µ Figure 15: 100 well as times of high background periods (thinnest symbols) are indicated. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 62

Figure 16: 350 µm ﬂux densities with time of the 12 brightest main belt asteroids for 2010 - 2012. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 63

Figure 17: Position of 2 Pallas in equatorial coordinates for the period 2008 to 2013. Visibility periods are indicated as well as passages of critical sky background areas.

Figure 18: Position of 9 Metis in equatorial coordinates for the period 2008 to 2013. Visibility periods are indicated as well as passages of critical sky background areas. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 64

Figure 19: Sky coverage of the 55 calibration asteroids during their visibility and restricted to areas with a confusion noise limit at 160 µm < 5 mJy. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 65

Planets Planet models and models of planet satellites have been provided by Rapahael Moreno (LESIA). The latest models have a short cut wavelength of 15 µm. Models are provided in 2 diﬀerent resolutions:

• The ﬁles with ”* 1*” have a spectral resolution of 1 MHz. • The ﬁles with ”* 2*” have a spectral resolution of 1 GHz.

General parameters used for the models have been compiled in Table6.

Table 6: Parameters used for the planet models and models of planet satellites. Diam = Average angular diameter of the planet; Dg = geocentric distance; = average radius seen at P = 1 bar or surface (varies with sub-earth-point latitude); Compounds = list used in the simulation.

Planet Diam Compounds km km (”) Mars 0 3386.2 1.746031E+08 8.0000 CO,H2O,isotopes (Fouchet lat+45) Jupiter 0 69134.1 7.129966E+08 40.0000 CO,HCN,CS,H2O(hybe),CH4,PH3,NH3 Saturn 0 57239.9 1.311842E+09 18.0000 H2O,CH4,PH3,NH3 Uranus 0 25264.3 2.977792E+09 3.5000 H2O,CH4,NH3 Neptune 28 24599.8 4.412237E+09 2.3000 CO,HCN,H2O,CH4,NH3 Callisto 0 2409.3 7.129966E+08 1.3940 eps = 1.2, r=0, Spencer 2L Ganymede 0 2632.3 7.129966E+08 1.5230 eps = 3.1, r=0, Spencer 2L Europa 0 1560.8 7.376671E+08 0.8728 eps = 1.0, r=0, Spencer 2L Io 0 1821.3 7.376671E+08 1.0185 eps = 1.0, r=0, Spencer 2L Titan 0 2575.0 1.311842E+09 0.8097 CO,HCN,H2O,CH4,HC3N,CH3CN

Units of the data sets are frequency (in GHz), brightness temperature (in K), total flux density (in Jy) and Rayleigh-Jeans temeperature (in K). The actual flux has to be scaled according to the true distance flux = 2 Dg0 flux0 × Dg , where flux0 and Dg0 are the listed figures in the SED files, respectively. When the objects are spatially resolved (Jupiter, Saturn and Mars), a beam convolution is needed to get the flux per instrument aperture (pixel). The sky background structure of the main photometric planet standards Uranus and Neptune is shown in Fig. 21. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 66

Figure 20: Visibilities of the major planets. The red vertical lines mark the start of PV Phase at OD 64 and the approximate end at OD 200. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 67

Figure 21: 100µm sky background for the photometric and PSF calibrators Neptune (top) and Uranus (bottom). The white lines indicate the tracks of the planets for the period 2008 – 2013. The background maps are IRAS Sky Atlas Maps with the Zodiacal Light subtracted. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 68

Visibilities and SAAs of SSOs in 2010

Table 7: Visibilities and SAAs of calibration SSOs in 2010

SSO warm side appearance cold side appearance comment 119.2o 110.0o 60.8o 60.8o 110.0o 119.2o Mars Mar 23 Apr 03 Jul 06 Jupiter May 20 Jul 14 Jul 24 Nov 17 Nov 27 Saturn Jan 13 Jan 22 May 20 May 30 Jul 20 Dec 09 Uranus Jan 11 May 23 Jul 11 Jul 21 Nov 21 Nov 30 Neptune Apr 20 Jun 08 Jun 17 Oct 21 Oct 30 Dec 16 1 Ceres Feb 10 Apr 12 Apr 22 Aug 15 Aug 26 Oct 26 2 Pallas Mar 04 Mar 17 Jun 17 Jul 01 Sep 18 3 Juno Feb 12 Nov 07 4 Vesta Apr 12 Apr 23 Jul 04 6 Hebe Apr 20 Jul 11 Jul 23 Nov 15 Nov 28 8 Flora Apr 12 Jul 01 Jul 14 Nov 06 Nov 18 10 Hygiea Apr 02 Apr 12 Jun 12 20 Massalia Feb 02 Oct 30 21 Lutetia Jan 10 Apr 27 May 08 Jul 10 29 Amphitrite Feb 22 Apr 26 May 07 Aug 29 Sep 08 Nov 11 47 Aglaja Jan 05 Jan 15 Mar 14 Sep 28 Nov 24 Dec 04 52 Europa Feb 11 Feb 21 Apr 23 Nov 23 54 Alexandra May 05 Jul 19 Jul 31 Nov 19 Nov 30 65 Cybele Jan 08 Jul 08 Sep 03 Sep 13 88 Thisbe Jan 08 Aug 14 Oct 13 Oct 23 93 Minerva Feb 15 Sep 01 Oct 30 Nov 09 423 Diotima Jan 17 Jan 27 Mar 24 Oct 06 Dec 03 Dec 13 704 Interamnia Jan 03 Mar 01 Mar 11 Jun 29 Jul 10 Sep 08 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 69

Visibilities and SAAs of SSOs in 2011

Table 8: Visibilities and SAAs of calibration SSOs in 2011

SSO warm side appearance cold side appearance comment 119.2o 110.0o 60.8o 60.8o 110.0o 119.2o Mars Oct 02 Jupiter Jan 17 Jun 28 Aug 22 Aug 31 Dec 23 Saturn Jan 26 Feb 04 Jun 03 Jun 13 Aug 03 Dec 21 Uranus Jan 15 May 27 Jul 16 Jul 25 Nov 24 Dec 03 Neptune Apr 22 Jun 10 Jun 20 Oct 22 Nov 01 Dec 19 1 Ceres May 09 Jul 12 Jul 23 Nov 08 Nov 19 2 Pallas Mar 21 May 30 Jun 12 Sep 15 Sep 27 Nov 30 3 Juno Jan 08 Jan 18 May 06 May 16 Jul 18 4 Vesta Mar 14 May 28 Jun 08 Sep 30 Oct 11 Dec 22 6 Hebe Feb 20 Oct 27 Dec 28 8 Flora Feb 09 Nov 13 10 Hygiea Jan 04 Mar 06 Mar 16 Jul 11 Jul 22 Sep 26 20 Massalia Jan 09 Jan 19 May 10 May 21 Aug 01 21 Lutetia Feb 12 Apr 23 May 05 Aug 30 Sep 11 Dec 01 29 Amphitrite Jun 19 Aug 31 Sep 11 Dec 29 47 Aglaja Mar 21 Mar 31 May 29 Dec 05 52 Europa Jan 21 Jan 31 May 23 Jun 02 Aug 05 54 Alexandra Feb 04 Aug 27 Oct 27 Nov 06 65 Cybele Jan 02 Jan 12 Mar 06 Sep 01 Oct 28 Nov 07 88 Thisbe Feb 08 Feb 17 Apr 16 Oct 25 Dec 22 93 Minerva Feb 24 Mar 05 May 03 Nov 17 423 Diotima Mar 31 Apr 10 Jun 11 Dec 24 704 Interamnia Mar 11 May 11 May 21 Sep 11 Sep 21 Nov 26 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 70

Visibilities and SAAs of SSOs in 2012

Table 9: Visibilities and SAAs of calibration SSOs in 2012

SSO warm side appearance cold side appearance comment 119.2o 110.0o 60.8o 60.8o 110.0o 119.2o Mars Jan 01 Jan 12 Apr 24 May 06 Aug 17 Jupiter Jan 02 Feb 23 Aug 03 Sep 28 Oct 07 Saturn Feb 08 Feb 17 Jun 14 Jun 24 Aug 16 Uranus Jan 21 May 29 Jul 20 Jul 30 Nov 27 Dec 06 Neptune Apr 23 Jun 13 Jun 23 Oct 24 Nov 02 Dec 21 1 Ceres Jan 20 Aug 10 Oct 15 Oct 25 2 Pallas May 22 Jul 23 Aug 02 Nov 14 Nov 23 3 Juno Jan 18 Mar 17 Mar 27 Jul 13 Jul 23 Sep 23 4 Vesta Aug 01 Oct 07 Oct 17 6 Hebe Jan 07 Apr 20 Apr 30 Jul 05 8 Flora Jan 18 Jan 28 May 12 May 23 Aug 10 10 Hygiea Apr 11 Jun 15 Jun 26 Oct 16 Oct 26 Dec 25 20 Massalia Feb 27 May 01 May 11 Aug 31 Sep 10 Nov 13 21 Lutetia Aug 14 Oct 21 Oct 31 29 Amphitrite Jan 09 Mar 17 Nov 05 47 Aglaja Feb 02 Feb 12 May 31 Jun 11 Aug 15 52 Europa Feb 08 Apr 07 Apr 17 Aug 08 Aug 18 Oct 18 54 Alexandra Feb 18 Feb 28 Apr 27 Nov 01 Dec 30 65 Cybele Feb 22 Mar 03 Apr 29 Oct 27 Dec 24 88 Thisbe Jan 01 Apr 16 Apr 26 Jun 28 93 Minerva Jan 18 Jan 27 May 15 May 25 Aug 02 423 Diotima Feb 23 Mar 04 Jun 24 Jul 05 Sep 08 704 Interamnia Jun 29 Sep 11 Sep 23 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 71

Visibilities and SAAs of SSOs in 1st half of 2013

Table 10: Visibilities and SAAs of calibration SSOs in 1st half of 2013 (until July 30)

SSO warm side appearance cold side appearance comment 119.2o 105.0o 60.8o 60.8o 105.0o 119.2o Mars Jupiter Jan 27 Feb 10 Mar 30 Saturn Jan 01 Feb 14 Feb 28 Jun 27 Jul 12 Jul 30 Uranus Jan 24 Jun 03 Jul 19 Jul 30 Neptune Apr 25 Jun 10 Jun 25 1 Ceres Feb 09 Feb 24 Apr 25 2 Pallas Jan 24 3 Juno Mar 24 May 23 Jun 09 4 Vesta Jan 30 Feb 14 Apr 14 6 Hebe Jan 15 Mar 14 Mar 31 Jul 16 Jul 30 8 Flora Mar 02 May 06 May 24 10 Hygiea Jun 27 Jul 30 20 Massalia Jun 12 Jul 30 21 Lutetia Feb 13 Mar 01 Apr 28 29 Amphitrite Jan 03 Jan 18 May 06 May 22 Jul 24 47 Aglaja Mar 08 May 12 May 30 52 Europa Apr 12 Jun 07 Jun 23 54 Alexandra Jan 09 Apr 24 May 10 Jul 09 65 Cybele Jan 02 Apr 21 May 06 Jul 02 88 Thisbe Jan 11 Mar 10 Mar 27 Jul 18 Jul 30 93 Minerva Mar 16 May 24 Jun 11 423 Diotima Mar 20 May 19 Jun 05 704 Interamnia Jan 07 Jan 23 Mar 22 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 72

Cross-calibration Herschel-Planck with SSOs From April 2010 onwards, a cross-calibration program between Planck and Herschel with SSOs will start. At the times when Planck will have certain SSOs in the FOV of its HFI instrument, SPIRE and PACS will try to observe them as simultaneously as possible. The Planck observing times of planets and 36 asteroids which reach 200 mJy in the SPIRE 350 µm band are listed below. Planck sightings of asteroids are also ﬂagged in Figs.8 to 12 together with the information on possible high background level.

FD [Jy] April 2010 start-time end-time 100 350 29 Amphitrite 2010-04-02 19:29:52 2010-04-03 11:09:46 8.2 0.85 48 Doris 2010-04-08 03:05:19 2010-04-08 17:49:07 5.3 0.56 499 Mars 2010-04-12 04:13:36 2010-04-12 23:40:37 very bright 451 Patientia 2010-04-14 05:25:20 2010-04-14 21:29:25 5.7 0.60 69 Hesperia 2010-04-18 07:47:26 2010-04-19 00:21:38 5.1 0.53 10 Hygiea 2010-04-18 21:20:30 2010-04-19 12:28:06 26.2 2.7 24 Themis 2010-04-19 10:11:42 2010-04-20 02:54:36 3.8 0.41 85 Io 2010-04-22 02:32:02 2010-04-22 17:17:11 3.5 0.37 505 Cava 2010-04-26 18:44:08 2010-04-27 14:58:51 3.5 0.37 4 Vesta 2010-04-30 12:11:11 2010-05-01 08:18:35 95.0 9.7

FD [Jy] May 2010 start-time end-time 100 350 372 Palma 2010-05-05 00:35:01 2010-05-05 21:37:13 2.8 0.30 94 Aurora 2010-05-06 15:17:36 2010-05-07 10:53:08 5.8 0.62 21 Lutetia 2010-05-16 15:56:19 2010-05-17 13:37:46 1.9 0.20 899 Neptune 2010-05-20 06:51:22 2010-05-21 02:14:45 very bright 31 Euphrosyne 2010-05-25 07:30:06 2010-05-26 15:34:01 5.8 0.62

FD [Jy] June 2010 start-time end-time 100 350 776 Berbericia 2010-06-06 22:06:25 2010-06-08 01:34:04 2.5 0.26 532 Herculina 2010-06-11 00:44:50 2010-06-12 13:31:46 15.6 1.6 8 Flora 2010-06-12 19:16:31 2010-06-14 09:09:32 8.0 0.81 360 Carlova 2010-06-13 23:58:58 2010-06-15 03:29:41 2.2 0.23 699 Saturn 2010-06-14 02:16:38 2010-06-14 22:54:47 very bright 6 Hebe 2010-06-27 14:19:30 2010-06-29 00:29:05 16.7 1.7

FD [Jy] July 2010 start-time end-time 100 350 799 Uranus 2010-07-03 08:41:13 2010-07-04 03:01:31 very bright 241 Germania 2010-07-03 09:42:33 2010-07-04 10:07:20 3.3 0.35 599 Jupiter 2010-07-06 13:14:50 2010-07-07 09:01:04 very bright 54 Alexandra 2010-07-09 19:24:30 2010-07-10 20:17:19 10.5 1.0 471 Papagena 2010-07-10 08:50:12 2010-07-11 08:38:06 5.5 0.57 9 Metis 2010-07-12 10:04:53 2010-07-13 09:24:33 7.4 0.76 2 Pallas 2010-07-31 02:29:16 2010-07-31 21:23:46 40.3 4.

FD [Jy] August 2010 start-time end-time 100 350 511 Davida 2010-08-01 02:06:20 2010-08-01 17:44:55 9.0 0.97 704 Interamnia 2010-08-03 22:21:23 2010-08-04 15:57:19 10.2 1.1 12 Victoria 2010-08-16 02:21:02 2010-08-16 21:27:14 6.8 0.68 65 Cybele 2010-08-24 22:40:53 2010-08-25 11:36:05 5.1 0.55 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 73

40 Harmonia 2010-08-26 22:49:54 2010-08-27 15:01:50 3.7 0.38 41 Daphne 2010-08-28 01:08:11 2010-08-28 13:54:59 3.1 0.33

FD [Jy] September 2010 start-time end-time 100 350 165 Loreley 2010-09-01 02:09:26 2010-09-01 16:07:07 3.3 0.35 37 Fides 2010-09-05 16:01:33 2010-09-06 07:49:42 4.4 0.44 1 Ceres 2010-09-11 00:39:42 2010-09-11 14:24:01 151.0 15.73 29 Amphitrite 2010-09-21 22:14:03 2010-09-22 12:00:44 10.1 1.05 48 Doris 2010-09-22 20:32:48 2010-09-23 09:41:03 6.1 0.65 88 Thisbe 2010-09-25 01:09:53 2010-09-25 15:00:33 8.8 0.92

FD [Jy] October 2010 start-time end-time 100 350 24 Themis 2010-10-03 15:28:10 2010-10-04 04:57:25 4.1 0.44 93 Minerva 2010-10-09 13:10:26 2010-10-10 02:59:07 2.6 0.27 106 Dione 2010-10-12 23:13:08 2010-10-13 14:40:18 3.6 0.37 28 Bellona 2010-10-13 16:47:00 2010-10-14 10:24:57 3.6 0.37 23 Thalia 2010-10-16 08:36:07 2010-10-17 03:56:17 4.3 0.43 7 Iris 2010-10-23 12:18:25 2010-10-24 10:05:10 18.3 1.83 42 Isis 2010-10-23 15:18:10 2010-10-24 07:49:36 1.7 0.17 31 Euphrosyne 2010-10-24 07:04:25 2010-10-24 22:09:52 7.5 0.80

FD [Jy] November 2010 start-time end-time 100 350 47 Aglaja 2010-11-01 03:38:57 2010-11-01 21:20:26 1.9 0.20 899 Neptune 2010-11-04 18:47:50 2010-11-05 09:44:25 bright 173 Ino 2010-11-22 00:28:40 2010-11-22 23:58:30 4.0 0.42 17 Thetis 2010-11-29 15:36:40 2010-11-30 17:36:05 1.7 0.17

FD [Jy] December 2010 start-time end-time 100 350 8 Flora 2010-12-01 03:00:07 2010-12-02 13:39:19 12.4 1.24 599 Jupiter 2010-12-08 22:27:37 2010-12-09 20:03:06 very bright 799 Uranus 2010-12-12 12:55:06 2010-12-13 08:22:22 bright 6 Hebe 2010-12-14 11:21:48 2010-12-16 06:25:32 19.2 1.92 54 Alexandra 2010-12-21 16:03:47 2010-12-22 20:16:02 6.2 0.64 20 Massalia 2010-12-28 14:49:24 2010-12-28 18:48:06 9.0 0.90 3 Juno 2010-12-30 17:06:49 2010-12-31 13:32:34 13.3 1.37

FD [Jy] January 2011 start-time end-time 100 350 18 Melpomene 2011-01-06 01:34:21 2011-01-06 20:45:39 4.5 0.5 56 Melete 2011-01-10 23:38:45 2011-01-11 17:53:27 2.4 0.2 52 Europa 2011-01-14 08:14:06 2011-01-15 02:42:21 16.6 1.7 699 Saturn 2011-01-20 07:26:08 2011-01-20 22:30:00 very bright 196 Philomela 2011-01-22 05:55:59 2011-01-22 23:03:45 2.7 0.3 19 Fortuna 2011-01-26 17:09:11 2011-01-27 08:53:24 8.6 0.9

FD [Jy] February 2011 start-time end-time 100 350 65 Cybele 2011-02-02 10:08:58 2011-02-03 01:06:32 5.0 0.5 94 Aurora 2011-02-18 05:03:38 2011-02-18 17:31:33 5.0 0.5 10 Hygiea 2011-02-22 23:05:23 2011-02-23 12:40:06 30.0 3.0 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 74

FD [Jy] March 2011 start-time end-time 100 350 88 Thisbe 2011-03-03 12:46:31 2011-03-03 20:41:30 7.0 0.8 21 Lutetia 2011-03-29 20:31:19 2011-03-30 13:14:11 2.7 0.3

FD [Jy] April 2011 start-time end-time 100 350 511 Davida 2011-04-01 04:13:02 2011-04-01 17:43:35 8.0 1.0 23 Thalia 2011-04-08 09:23:42 2011-04-09 05:04:46 6.0 0.6 7 Iris 2011-04-08 12:54:11 2011-04-09 04:22:28 10.0 1.0 423 Diotima 2011-04-16 02:54:23 2011-04-16 19:11:56 6.0 0.7 704 Interamnia 2011-04-16 04:23:03 2011-04-16 21:25:36 14.0 1.5 9 Metis 2011-04-23 20:39:58 2011-04-24 16:23:21 7.0 0.8 532 Herculina 2011-04-24 01:23:13 2011-04-24 19:33:30 9.0 0.9 4 Vesta 2011-04-28 04:50:16 2011-04-29 04:38:51 90.0 8.0

FD [Jy] May 2011 start-time end-time 100 350 2 Pallas 2011-05-02 01:12:17 2011-05-02 19:55:20 30.0 3.0 899 Neptune 2011-05-23 04:55:32 2011-05-23 23:47:04 very bright 3 Juno 2011-05-27 22:53:09 2011-05-28 22:50:54 8.0 1.0

FD [Jy] June 2011 start-time end-time 100 350 20 Massalia 2011-06-05 00:31:54 2011-06-06 07:15:56 6.0 0.7 52 Europa 2011-06-22 18:33:09 2011-06-23 21:05:46 13.0 1.5

FD [Jy] July 2011 start-time end-time 100 350 1 Ceres 2011-07-03 07:39:53 2011-07-04 05:03:17 150.0 16.0 19 Fortuna 2011-07-03 07:39:53 2011-07-04 08:05:48 7.0 0.8 799 Uranus 2011-07-08 05:30:00 2011-07-09 05:00:00 very bright 48 Doris 2011-07-08 13:24:41 2011-07-09 11:42:06 7.0 0.7 451 Patientia 2011-07-28 05:42:55 2011-07-28 21:51:18 8.0 1.0 85 Io 2011-07-30 19:21:57 2011-07-31 13:31:56 6.0 0.6

FD [Jy] August 2011 start-time end-time 100 350 10 Hygiea 2011-08-04 20:22:35 2011-08-05 10:23:54 33.0 3.4

FD [Jy] September 2011 start-time end-time 100 350 21 Lutetia 2011-09-19 21:04:03 2011-09-20 18:58:24 4.9 0.5

FD [Jy] October 2011 start-time end-time 100 350 2 Pallas 2011-10-14 10:27:34 2011-10-15 12:40:17 30.0 3.2 4 Vesta 2011-10-27 15:02:11 2011-10-28 21:52:20 86.0 9.0

FD [Jy] November 2011 start-time end-time 100 350 899 Neptune 2011-11-19 21:00:00 2011-11-20 22:00:00 very bright Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 75

FD [Jy] December 2011 start-time end-time 100 350 1 Ceres 2011-12-14 02:10:35 2011-12-14 20:56:49 135.0 14.0 88 Thisbe 2011-12-15 19:18:29 2011-12-16 09:22:46 7.3 0.8 6 Hebe 2011-12-21 10:18:42 2011-12-22 00:29:22 8.0 0.8 799 Uranus 2011-12-23 20:00:00 2011-12-24 13:00:00 very bright

FD [Jy] January 2012 start-time end-time 100 350 8 Flora 2012-01-08 04:55:48 2012-01-08 19:06:13 5.5 0.6 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 76

Close encounters of prime calibrators: asteroid–asteroid, asteroid–planet, asteroid–star In this section encounters of prime calibrators are listed which provide the opportunity to perform a ﬂux calibration measurement on two calibrators simultaneously in a single scan map. These are encounters among the asteroid calibrators, an encounter of an asteroid calibrator with a planet calibrator and an encounter of an asteroid calibrator with a prime stellar calibrator.

1) encounters between the 55 calibration asteroids a) 241 Germania (11/6/3 Jy) with 511 Davida (18/10/4 Jy) Period of encounter: 2011-Aug-22 ... 2011-Sep-04 min. visible distance: 0.24 deg or about 14 arcmin

b) 37 Fides (3.0/1.8/0.8 Jy) with 47 Aglaja (2.8/1.6/0.8 Jy) Period of encounter: 2011-Dec-05 ... 2012-Jan-01 min. visible distance: 0.14 deg or about 9 arcmin

c) 8 Flora (8.0/4.6/2.0 Jy) with 106 Dione (3.2/1.9/0.9 Jy) Period of encounter: 2011-Dec-10 ... 2011-Dec-25 min. visible distance: 0.14 deg or about 8 arcmin

d) 9 Metis (19/10/5 Jy) with 21 Lutetia (3.3/1.9/0.9 Jy) Period of encounter: 2012-Aug-30 ... 2012-Sep-17 min. visible distance: 0.12 deg or about 7 arcmin

e) 12 Victoria (1.6/1.5/0.6 Jy) with 230 Athamantis (3/2/1 Jy) Period of encounter: 2012-Oct-28 ... 2012-Nov-03 min. visible distance: 0.24 deg or about 14 arcmin

2) asteroid - planet encounters a) 24 Themis (8/5/2 Jy) with 799 Uranus Period of encounter: 2011-Jul-14 ... 2011-Jul-27 min. visible distance: 0.49 deg or about 30 arcmin

3) asteroid - fiducial star encounters a) 12 Victoria (4.0/2.5/1.1 Jy) with alphaTau (14/7/3 Jy) Period of encounter: 2012-Feb-24 ... 2012-Mar-04 min. visible distance: 0.18 deg or about 11 arcmin

b) 4 Vesta (70/40/18 Jy) with alphaTau (14/7/3 Jy) Period of encounter: 2012-Aug-03 ... 2012-Aug-08 min. visible distance: 0.24 deg or about 14 arcmin Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 77

4.1.2 Faint Flux Calibrators

Faint ﬂux calibrators with ﬂux densities between 10 and 100 mJy are needed to verify the linearity and the sensitivity achieved by the various photometer AOT modes. A reliable reference for faint calibration stars is the publication by Gordon et al. (2007, PASP, 119, 1019) “Absolute Calibration and Characterisation of the Multiband Imaging Photometer for Spitzer. II. 70 µm Imaging”. We extracted the 12 faintest stars from this paper and list them in Tab. 11.

In addition, the list of standard stars by Kiss, Moór,& Abrahám(2006)´ based on ISOPHOT observations provides a compilation of faint flux standards checked for confusion noise (see Tab. 12). Their visibilities are shown in Fig. 22. Long term monitoring faint standards are HD 15008, HD 39608, HD 43834, HD 53501, HD 126660, HD 138265, HD 152222, HD 159048, HD 159330, HD,170693, HD,173398, HD 185144, and HD 203280.

Table 11: List of faint ﬂux calibration stars.

Coordinates (J2000.0) Proper motion expected HD Epoch 2000.0 Spectral ∆R.A. ∆Dec. F (70 µm) R.A. Dec. Type [mas/yr] [mas/yr] [mJy] 15008 02:21:44.9427 -68:39:33.905 A3V -50.07 2.38 22.0 173398 18:40:56.4096 +62:44:58.078 K0III 9.36 53.87 23.9 159048 17:23:34.5215 +76:03:18.180 K0 -13.12 -27.34 26.9 39608 05:49:36.4578 -60:40:34.648 K5III 9.39 11.88 29.7 152222 16:47:04.6187 +67:16:00.541 K2 9.6 -33.84 37.9 159330 17:30:43.5737 +57:52:36.565 K2III 12.32 -13.83 61.7 102870 11:50:41.7185 +01:45:52.985 F9V 740.95 -271.18 108.1 138265 15:27:51.4231 +60:40:12.780 K5III -16.9 -3.14 111.4 209952 22:08:13.9855 -46:57:39.512 B6V 127.6 -147.91 112.7 110304 12:41:31.0386 -48:57:35.598 A1IV+ -187.28 -1.2 119.8 53501 06:59:50.5361 -67:54:59.194 K3III -27 234.21 143.3 170693 18:25:59.1381 +65:33:48.530 K1.5III 106.52 -27.07 147.7

Table 12: List of faint ﬂux calibration stars from ISOPHOT sorted by their ﬂux density at λ = 70 µm.

Coordinates (J2000.0) expected ﬂux density HR HD ID Epoch 2000.0 Spectral F (70 µm) F (100 µm) F (160 µm) R.A. Dec. Type [mJy] [mJy] [mJy] 2261 43834 α Men 06:10:14.4735 -74:45:10.963 G7V 37.42 18.15 7.18 1729 34411 λ Aur 05:19:08.4745 +40:05:56.586 G1.5IV-V 41.33 19.97 7.90 7936 197692 ψ Cap 20:46:05.7330 -25:16:15.231 F5V 46.38 22.51 8.97 7061 173667 110 Her 18:45:39.7254 +20:32:46.708 F6V 48.79 23.72 9.45 9072 224617 ω Psc 23:59:18.6896 +06:51:47.956 F4IV 52.69 25.53 10.17 8181 203608 γ Pav 21:26:26.6056 -65:21:58.314 F9Vfe 53.95 26.14 10.41 8969 222368 ι Psc 23:39:57.0409 +05:37:34.650 F7V 55.68 26.98 10.77 458 9826 υ And 01:36:47.8428 +41:24:19.652 F8V 58.55 28.31 11.25 5404 126660 θ Boo 14:25:11.7964 +51:51:02.677 F7V 59.92 29.04 11.48 7462 185144 σ Dra 19:32:21.5908 +69:39:40.232 K0V 64.74 31.34 12.44 937 19373 ι Per 03:09:04.0197 +49:36:47.799 G0V 71.06 34.49 13.64 5933 142860 γ Ser 15:56:27.1828 +15:39:41.821 F6IV 71.86 34.85 13.88 1983 38393 γ Lep 05:44:27.7904 -22:26:54.176 F6.5V 89.77 43.44 17.23 1325 26965 o2 Eri 04:15:16.3201 -07:39:10.336 K0.5V 92.87 45.01 17.82 8387 209100 ε Ind 22:03:21.6571 -56:47:09.514 K4Vk 122.14 59.17 23.33 8162 203280 α Cep 21:18:34.7715 +62:35:08.061 A7IV 129.38 62.68 25.00 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 78

Figure 22: Visibilities of the faint ﬂux calibration stars. The red vertical lines mark the start of PV Phase at OD 64 and the approximate end at OD 200. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 79

Figure 23: Solar aspect angles of the faint ﬂux calibration stars. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 80

Figure 24: Solar aspect angles of the faint ﬂux calibration stars continued. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 81

4.1.3 Secondary Standards

Definition: The absolute flux of secondary standards need not to be known with such high accuracy as that of primary standards. The emphasis to use a secondary standard is on the reproducibility, that means the relative flux calibration. Secondary flux standards must not be variable in the PACS wavelength range. Agreed bright secondary standards with an accuracy of predicted fluxes in the order of 10 – 15% are:

1) the 4 stellar sources, mostly Herbig Ae/Be stars, HD 141569, HD 142666, HD 163296, MWC 349 (high visibility) 2) the 4 ULIRGs Mrk 231, Arp 220, IRAS 17208-0014 and IRAS 22491-1808

Table 13: List of secondary photometric standards.

Name Coordinates (J2000) R. A. Dec. HD 141569 15:49:57.7489 -03:55:16.360 HD 142666 15:56:40.0231 -22:01:40.013 HD 163296 17:56:21.2879 -21:57:21.880 MWC 349 20:32:45.53 +40:39:36.6 Mrk 231 12:54:05.0057 +57:08:38.297 Arp 220 15:34:57.116 +23:30:11.47 IRAS 17208-0014 17:23:21.955 -00:17:00.94 IRAS 22491-1808 22:51:49.264 -17:52:23.46

The list of ISO calibration stars of Cohen (1996, AJ, 112, 2274)1 ﬁnally not considered as prime Herschel standards can build the list of secondary stellar calibrators. HD 8810, HD 33872, HD 128000, θ UMi, γ Dra, and δ Dra are always visible.

Table 14: List of secondary photometric ISO calibration stars.

HR HD ID Name Coordinates (J2000) Sp type f70 f100 f160 R. A. Dec. (mJy) (mJy) (mJy) 420 8810 SAO 248381 01:25:05.3067 -64:22:10.120 K5III 146 713 28 617 12929 α Ari Hamal 02:07:10.4071 +23:27:44.723 K2III 1707 831 321 1654 32887 ε Lep 05:05:27.6643 -22:22:15.717 K4III 1182 576 223 1699 33872 05:11:35.8375 -37:23:43.012 K5III 119 58 22 2131 41047 06:01:16.2979 -33:54:42.608 K5III 196 95 37 2990 62509 β Gem Pollux 07:45:18.9503 +28:01:34.315 K0IIIb 2457 1190 456 3748 81797 α Hya Alphard 09:27:35.2433 -08:39:30.969 K3II-III 2876 1402 542 4763 108903 γ Cru 12:31:09.9593 -57:06:47.562 M3.5III 19780 9634 3720 5442 128000 IRC+60228 14:32:30.9356 +55:23:52.835 K5III 139 68 26 5826 139669 θ Umi 15:31:24.9293 +77:20:57.667 K5III 286 140 54 7310 180711 δ Dra 19:12:33.3000 +67:39:41.549 G9III 429 208 80 7980 198542 ω Cap 20:51:49.2910 -26:55:08.877 M0III 858 418 162 8685 216149 22:51:02.1594 -39:09:24.601 M0III 136 66 26

1http://iso.esac.esa.int/users/expl lib/ISO/wwwcal/isoprep/cohen/ Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 82

Figure 25: Visibilities of secondary photometric calibration standards. The red vertical lines mark the start of PV Phase at OD 64 and the approximate end at OD 200. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 83

Figure 26: Solar aspect angles of secondary photometric calibration standards. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 84

Figure 27: Solar aspect angles of secondary photometric calibration standards continued. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 85

4.2 Wavelength Calibration Standards

For the full wavelength calibration a dense “net of lines” is of advantage. For this purpose, the giant planets Jupiter and Saturn with a wealth of molecular lines, see Table6, have been used. For wavelength monitoring the ﬁne structure lines of bright PNe are suﬃcient and best suited. They are bright and not blended. Table 15 provides a list of targets with their properties. More information is available in “Planetary Nebulae to be used as ISO–SWS Astronomical Calibration Sources”, ISO 95-015, Issue 1.0 from August 9, 1995, authors: H.W.W. Spoon, K.A. van der Hucht, D. Lutz & SWS-SIDT (only available as hardcopy). The prime wavelength monitoring standard of PACS is NGC 6543. Lines monitored are [NIII]57.33, [OI]63.19, [OIII]88.36, [NII]121.80, [OI]145.54, [CII]157.54 µm.

Table 15: Wavelength monitor calibrators. All of them are PNe.

calibrator name other name optical diameter 60 µm ﬂux (“) (Jy) IC 2501 IRAS 09373-5951 2.0 19.0 PN G281.0-05.6 NGC 40 IRAS 00102+7214 48.0 64.8 PN G120.0+09.8 NGC 3918 IRAS 11478-5654 36.0 54.0 PN G294.6+04.7 NGC 5882 IRAS 15134-4527 39.0 49.5 PN G327.8+10.0 NGC 6302 IRAS 17103-3702 >155 849.7 PN G349.5+01.0 NGC 6543 IRAS F17584+6638 19.5 158.0 PN G096.4+29.9 NGC 6572 IRAS 18096+0650 stellar 95.4 PN G034.6+11.8 NGC 6826 IRAS F19434+5024 25.0 46.8 PN G083.5+12.7 NGC 7027 PN G084.9-03.4 14.0 573.0 NGC 7662 IRAS 23234+4215 17.0 37.4 PN G106.5-17.6 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 86

Figure 28: Visibilities of wavelength monitoring standards. The red vertical lines mark the start of PV Phase at OD 64 and the approximate end at OD 200. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 87

Figure 29: Solar aspect angles of wavelength monitoring standards. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 88

4.3 PACS-S – HIFI cross-calibration sources

A coordinated cross-calibration program is described in [AD5]. Table 16 lists the commonly adopted coordinates and important line and continuum ﬂux information of the sources, which have been selected for cross-calibration between PACS-S and HIFI in the overlapping wavelength regime 157 – 210 µm.

Table 16: List of PACS-S – HIFI cross-calibration sources.

1) 2) 3) 4) 5) Name alternative names Coordinates (J2000) vLSR CO (16-15) C+ f160 R. A. Dec. (km s−1) (W m−2) (W m−2) (Jy) AFGL 2688 V1610 Cyg, Egg Nebula 21:02:18.78 36:41:41.20 -34 2.70 10−15 – 488 IRC +10216 CW Leo, Peanut Nebua 09:47:57.38 13:16:43.70 26 7.50 10−15 1.00 10−15 610 NGC 7027 HD 201272 21:07:01.59 42:14:10.20 25 1.50 10−15 3.60 10−14 90 CRL 618 V353 Aur, Westbrook Nebula 04:42:53.64 36:06:53.40 -22 3.40 10−15 1.00 10−15 196 IK Tau IRC +10050, NML Tau 03:53:28.89 11:24:21.88 34 6.00 10−16 8.40 10−16 27.6 R Dor HIP 21479 04:36:45.59 -62:04:37.80 7 2.30 10−16 8.40 10−16 32.7 VY CMa HIP 35793, AFGL 1111 07:22:58.33 -25:46:03.20 21 1.30 10−15 4.70 10−15 137 o Cet Mira 02:19:20.79 -02:58:39.50 46 1.90 10−16 – 35.2 NGC 6302 HD 155520, Bug Nebula 17:13:44.21 -37:06:15.90 -40 5.10 10−16 2.50 10−14 400 EP Aqr HD 207076, AFGL 2806 21:46:31.85 -02:12:45.90 -34 ? ? 4.14

1) from HIFI–ICC / APEX line pointing catalog (http://www.apex-telescope.org/observing/pointing/lpoint/) 2) from APEX line pointing catalog 3) from HIFI–ICC / ISO–LWS archive spectra 4) from ISO–LWS archive spectra 5) from Groenewegen et al. 2011, A&A, 526, A162

Table 17: Visibility of PACS-S – HIFI cross-calibration sources.

Name alternative names visibility periods period 1 period 2 period 3 AFGL 2688 V1610 Cyg, Egg Nebula 25Oct11-14Jan12 03Apr-28Jun2012 24Oct12-14Jan13 IRC +10216 CW Leo, Peanut Nebua 19Oct-07Dec2011 24Apr-14Jun2012 18Oct-06Dec2012 NGC 7027 HD 201272 27Oct11-28Jan12 31Mar-07Jul2012 26Oct12-27Jan13 CRL 618 V353 Aur, Westbrook Nebula 13Feb-02Apr2012 06Aug-26Sep2012 12Feb-03Apr2013 IK Tau IRC +10050, NML Tau 29Jan-17Mar2012 22Jul-10Sep2012 28Jan-18Mar2013 R Dor HIP 21479 always visible VY CMa HIP 35793, AFGL 1111 04Sep-20Nov2011 18Mar-04Jun2012 04Sep-19Sep2012 o Cet Mira 02Jan-21Feb2012 22Jun-14Aug2012 01Jan-20Feb2013 NGC 6302 HD 155520, Bug Nebula 10Feb-30Mar2012 23Aug-13Oct2012 09Feb-31Mar2013 EP Aqr HD 207076, AFGL 2806 31Oct-20Dec2011 18Apr-08Jun2012 31Oct-19Dec2012 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 89

4.4 Blank/Dark Sky Fields

Some calibration measurements do not require pointing on a specific celestial standard, because they make only use of the internal calibration sources or they use the telescope background as reference. In this case it is preferential to point to a relatively dark sky position which does not impose too much additional and possibly variable flux onto the detectors. Such a field is shown in Fig. 30 with a 100µm ISM background of ≈1 MJy sr−1 (ZL contribution subtracted). The DSS image shows only faint stellar-type objects in this area. Due to its location close to the Ecliptic North Pole it is visible during all time of the mission. The bright point source 20’ to the N is IRAS 17499+7009, asso- ciated with the galaxy NGC 6503 (UGC 11012, with FSC fluxes: 12µm: 0.446 Jy, 25µm: 0.502 Jy, 60µm: 7.58 Jy, 100µm: 25.9 Jy).

Table 18: List of blank/dark sky reference ﬁelds.

# Name Coordinates (J2000) B100 R. A. Dec. (MJy sr−1) 1 ISOPHOT dark ﬁeld 17:49:10.0 +69:48:26 ≈1 (original position) 17:51:03.49 +69:28:22.1

Figure 30: Dark field (at 100µm) close to the Ecliptic North Pole which can serve as reference field with low sky background over the full mission. Left: 100 µm ISSA image with the field-of-view of a photometer point source AOT marked. Right: DSS image of the inner part, again with the field-of-view of a photometer point source AOT marked. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 90

5 PACS Routine Phase Calibration Plan Overview

5.1 Calibration Philosophy

The calibration philosophy is to

1) Regularly check and verify the stability and reproducibility of the main full system calibrations for both photometer and spectrometer established during Performance Verification Phase. 2) Check for trends on time scales longer than the PV Phase or due to changes in the environmental conditions of the Observatory. 3) Complement PV Phase calibration items to complete a calibration subject. 4) React to any significant temporal change of a calibration aspect by defining an adequate measurement program and establishing the proper time dependence of a calibration step.

5.2 PACS Routine Phase Calibration Overview Tables

Table 19 provides an overview of the currently allocated time per Routine Phase calibration aspect. It is a forecast up to the end of the mission, including the post-He engineering test activities.

Table 19: Time request per Routine Phase calibration aspect. Status May 8, 2014.

RP calibration aspect time request (h) Long-term reproducibility and stability 448.1 photometer (217.9) spectrometer (230.2) Long-term trends 35.2 Check for aging eﬀects 5.3 Observations deferred from PV Phase 4.5 photometer (4.5) spectrometer (0.0) Extension of PV Phase calibration programs 469.3 photometer calibration (35.1) AOT validation follow-up photometer (3.9) spectrometer calibration (90.9) AOT validation follow-up spectrometer (59.6) parallel mode (16.4) PACS internal cross-calibration (86.6) cross-calibration PACS–HIFI–SPIRE (40.3) cross-calibration Herschel-Planck (15.4) pointing calibration photometer (45.5) pointing calibration spectrometer (75.6) RP total 962.4 Post-He ACMS tests 48.6 total 1011.0

Table 20 lists the total times and number of AORs per Routine Phase calibration proposal that have been delivered and executed before Helium boil-off. AORs that failed or were finally not executed are not counted here. For an overview of the failed and delivered but finally not excuted AORs, see Section 13.2.92. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 91

Table 20: Number and total times of executed Routine Phase AORs per RP calibration proposal up to end of liquid Helium plus post-He ACMS test AORs.

Proposal RP calibration activity time (h) no. AORs RPPhotFPG Herschel Pointing Calibration & PACS photometer Focal Plane Geometry special programmes 51.1463 343 RPPhotBol Bolometer basic detector settings reproducibility 42.1092 45 RPPhotSpatial Angular & spatial calibration, FOV characterisation photometer special programmes 24.9856 45 RPPhotFlux Photometric calibration photometer reproducibility 188.8270 1030 special programmes 4.3684 31 RPPhotAOTVal Photometer AOT validation special programmes 3.8736 8 RPParAOTVal SPIRE/PACS parallel mode AOT validation/calibration special programmes 16.2818 21 RPSpecFPG PACS spectrometer Focal Plane Geometry reproducibility 2.8696 34 special programmes 84.1578 91 RPSpecGeGa Spectrometer detector setting calibration special programmes 3.8164 64 RPSpecWave Wavelength calibration spectrometer reproducibility 41.4540 84 special programmes 22.7661 12 RPSpecFlux Photometric calibration spectrometer reproducibility 173.6891 667 special programmes 226.7743 423 RPSpecAOTVal Spectrometer AOT validation special programmes 58.5754 79 RPSpecSetup Spectrometer engineering special programmes 0.1375 4 RPMechChop Chopper mechanism monitoring trend 1.3379 5 RPElecEDAC EDAC single memory failure address monitoring trend 0.1343 79 total RP 947.3043 3065 PMPhotFPG Herschel Pointing Calibration post-He ACMS test 48.4934 24 total 995.7977 3089 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 92

6 Long-term Reproducibility and Stability

The long-term reproducibility and stability program either verifies the reproducibility/stability of calibration relations established during the baseline calibration in PV Phase or initializes a re-calibration program should significant differences occur.

Table 21: Overview on the long-term reproducibility and stability monitoring programs

Activity Repetition Total Time of Program (h) Photometer responsivity & NEP monitoring 3 × every 12 months 33.9 Photometer flux reproducibility monitoring 43 × every month 18.1 Photometer linearity monitoring 6 × every 30 weeks 148.4 (absolute flux calibration) scan map point source (118.0) chop/nod point source (only subset) (30.4) Photometer flat-field monitoring 4 × during mission 8.5 Photometer frequency response monitoring 3 × every 12 months 9.0 Spectrometer wavelength monitoring 40 × every month 40.0 Spectrometer flux reproducibility monitoring 115 × every 10 days 77.0 Spectrometer flux linearity monitoring 6 × every 30 weeks 104.7 +individual checks Spectrometer RSRF monitoring 6 × every 6 months 8.5 (frequency for RSRF covered by Sect. 10.12) total sum of all monitoring programs 448.1 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 93 80 Jy > sources Sect. 4.1.1 Sect. 4.1.3 for all filters + off-position Flux calibrator of flux calibrator target like in PVP (h) 33.9 total time frequency every 12 months (h) 11.3 basic duration CUS CUS AOT/CUS 3.2.1 Derive photometer nominal responsivity 0.2 V 1.1.12 Measure the bolometers noise equivalent power (NEP) ± 4 for SSOs) × 1.1.1b Control optimum pixel bias settings; Determination of optimum settings for responsivity/NEP 4 raster (9 × Measurement description high gain bias optimisation8 Responsivity 13”(y), 13”(z) chopping within FoV duringdirect raster mode high gain bias optimisationstaring Noise (off-position of raster) optimum polarisation bias 2.6 V (blue detector) 2.0 V (red detector) 2 blue filters 4 bias voltages neededthis to with fulfill available AOT for blue and red2.2 detector V (blue) / 1.82.4 V V (red) (blue) / 2.02.6 V V (red (blue opt) opt) /2.8 V 2.2 V (blue) (red) / 2.4 V (red) ID: RPPhotBol A Table 22: Observational details of photometer responsivity and NEP monitoring. The total estimated time of this test block is 33.9 h. 6.1 Monitor the bolometers responsivity and noise equivalent power This measurement block verifies the photometer bias settings for optimum responsivity/noise performance and the dynamic flux range. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 94 observing constraints cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#19 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 cycle#45, OD 806 (h) duration 0.0006 1.4028 1.4028 1.4028 1.4028 0.0006 0.0006 1.4028 1.4028 1.4028 1.4028 0.0006 0.0006 1.4028 1.4028 1.4028 1.4028 0.0006 0.0006 1.4028 1.4028 1.4028 1.4028 0.0006 0001 0002 0001 0002 0001 0001 0001 0001 0002 0002 0002 0002 0001 0001 0001 0001 0002 0002 0002 0002 0001 0002 0003 0004 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 bluInitDrct blu22Drct blu24Drct blu26Drct blu28Drct FinDrct grnInitDrct grn22Drct grn24Drct grn26Drct grn28Drct FinDrct bluInitDrct blu22Drct blu24Drct blu26Drct blu28Drct FinDrct grnInitDrct grn22Drct grn24Drct grn26Drct grn28Drct FinDrct AOR labels nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol 0.2 V ± 4 for SSOs) 1.1.1b Control optimum pixel bias settings; Determination of optimum settings for responsivity/NEP × Table 23: Summary of AORs for the photometer responsivity and NEP monitoring. The final total time is 33.6744 h. 4 raster (9 × Measurement description high gain bias optimisation8 Responsivity 13”(y), 13”(z) chopping within FoV duringdirect raster mode high gain bias optimisationstaring Noise (off-position of raster) optimum polarisation bias 2.6 V blue detector 2.0 V red detector 2 blue filters 4 bias voltages neededthis to with fulfill available AOT for blue and red2.2 detector V (blue) / 1.82.4 V V (red) (blue) / 2.02.6 V V (red (blue opt) opt) /2.8 V 2.2 V (blue) (red) / 2.4 V (red) ID: RPPhotBol A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 95 observing constraints cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 cycle#71, OD 1171 (h) duration 0.0006 1.4028 1.4028 1.4028 1.4028 0.0006 0.0006 1.4028 1.4028 1.4028 1.4028 0.0006 0003 0003 0003 0003 0003 0003 0003 0003 0003 0003 0005 0006 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 bluInitDrct blu22Drct blu24Drct blu26Drct blu28Drct FinDrct grnInitDrct grn22Drct grn24Drct grn26Drct grn28Drct FinDrct AOR labels nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster nStdRaster 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA 111bisA RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol Table 23: continued. Summary of AORs for the photometer responsivity and NEP monitoring. 1.1.1b Control optimum pixel bias settings; Determination of optimum settings for responsivity/NEP Measurement description ID: RPPhotBol Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 96 sources Sect. 4.1.1 one fiducial prime star 4.3 0.7 1.9 (h) 11.2 total time frequency of 2.5 ODs of 2.5 ODs every month every month 7 times over the 7 times over the maximum cooler hold time maximum cooler hold time 0.1 (h) 0.27 0.25 0.26 0.26 basic duration 3.2.1 Absolute flux calibration AOT AOT AOT/CUS 1.1.5 Monitor detector temperature variations with time 1.1.5 Monitor detector temperature variations with time 1.1.4/3.2.2 Monitor nominal responsivity variations with time 1.1.6 Calibrate the variation of pixel offset with detector temperature 1.1.6 Calibrate the variation of pixel offset with detector temperature Measurement description chopped point source photometry high gain, dithered scan map photometry high gain, PS mode8 (63,117 deg) legs, 4’ length,(cycle#2 4” – sep. cycle#7) high gain, PS mode10 (70,110 deg) legs, 2.5’ length,(from 4” cycle#8) sep. high gain, PS mode10 (70,110 deg) legs, 3’ length,(from 4” cycle#16) sep. Table 24: Observational details of photometer flux reproducibility monitoring. The total estimated time of this test block is 18.1 h. ID: RPPhotFlux A B 6.2 Monitor the photometer flux reproducibility This measurement block provides the photometer relative flux uncertainty. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 97 observing constraints cycle#2 cycle#5 cycle#8 cycle#9 cycle#10 cycle#12 cycle#14 cycle#16 cycle#18 cycle#20 cycle#22 cycle#24 cycle#26 cycle#27, OD 566 cycle#30 cycle#32 cycle#34 cycle#36 cycle#38 cycle#40 cycle#42 cycle#44 cycle#46 cycle#48 cycle#50 cycle#52 cycle#54 cycle#56 cycle#58 cycle#60 cycle#62 (h) duration 0.0947 0.0947 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0001 0002 0003 0004 0005 0006 0007 0008 0017 0018 0019 0020 0021 0022 0023 0024 0025 0026 0027 0028 0029 0030 0031 0032 0033 0034 0035 0036 0037 0038 0039 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro AOR labels cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 3.2.1 Absolute flux calibration RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due toin instrument period anomaly ODs & 421RPPhotFlux investigation – 434 RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 1.1.4/3.2.2 Monitor nominal responsivity variations with time Table 25: Summary of AORs for the photometer flux reproducibilty monitoring. The final total time is 18.3258 h. Measurement description chopped point source photometry high gain, dithered ID: RPPhotFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 98 observing constraints cycle#64 cycle#66 cycle#68 cycle#70 cycle#72 cycle#74 cycle#76 cycle#78 cycle#80 cycle#82 cycle#84 cycle#86 cycle#88 cycle#89 cycle#90 cycle#91 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0040 0041 0042 0043 0044 0045 0046 0047 0048 0049 0050 0051 0052 0053 0054 0055 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro AOR labels cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 3.2.1 Absolute flux calibration 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A 321A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux delivered but not executed due to end-LHe in DTCP-1447 1.1.4/3.2.2 Monitor nominal responsivity variations with time Table 25: continued. Summary of AORs for the photometer flux reproducibilty monitoring. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 99 observing constraints cycle#17, OD 413#1 cycle#17, OD 413#2 cycle#17, OD 413#3 cycle#17, OD 414#1 cycle#17, OD 414#2 cycle#17, OD 414#3 cycle#17, OD 415#1 cycle#17, OD 415#2 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0009 0010 0011 0012 0013 0014 0015 0016 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro cPS cPS cPS cPS cPS cPS cPS cPS AOR labels 321A 321A 321A 321A 321A 321A 321A 321A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 1.1.5 Monitor detector temperature variations with time 1.1.6 Calibrate the variation of pixel offset with detector temperature Table 25: continued. Summary of AORs for the photometer flux reproducibilty monitoring. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 100 observing constraints cycle#2 cycle#2 cycle#5 cycle#5 cycle#8 cycle#8 cycle#9 cycle#9 cycle#10 cycle#10 cycle#12 cycle#12 cycle#14 cycle#14 cycle#16 cycle#16 cycle#18 cycle#18 cycle#20 cycle#20 cycle#22 cycle#22 cycle#24 cycle#24 cycle#26 cycle#26 cycle#27, OD 566 cycle#27, OD 566 cycle#30 cycle#30 (h) duration 0.1347 0.1347 0.1347 0.1347 0.1239 0.1239 0.1239 0.1239 0.1239 0.1239 0.1239 0.1239 0.1239 0.1239 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0007 0007 0008 0008 0017 0017 0018 0018 0019 0019 0020 0020 0021 0021 0022 0022 0023 0023 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro 063 117 063 117 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 3.2.1 Absolute flux calibration 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due toin instrument period anomaly ODs & 421RPPhotFlux investigation – 434 RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 1.1.4/3.2.2 Monitor nominal responsivity variations with time Table 25: continued. Summary of AORs for the photometer flux reproducibilty monitoring. Measurement description scan map photometry high gain, PS mode 8 legs, 4’ length,63,117 4” deg sep. up to cycle#7 10 legs, 2.5’ length,70,110 4” deg sep. from cycle#8 10 legs, 3’ length,70,110 4” deg sep. from cycle#16 ID: RPPhotFlux B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 101 observing constraints cycle#32 cycle#32 cycle#34 cycle#34 cycle#36 cycle#36 cycle#38 cycle#38 cycle#40 cycle#40 cycle#42 cycle#42 cycle#44 cycle#44 cycle#46 cycle#46 cycle#48 cycle#48 cycle#50 cycle#50 cycle#52 cycle#52 cycle#54 cycle#54 cycle#56 cycle#56 cycle#58 cycle#58 cycle#60 cycle#60 cycle#62 cycle#62 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0024 0024 0025 0025 0026 0026 0027 0027 0028 0028 0029 0029 0030 0030 0031 0031 0032 0032 0033 0033 0034 0034 0035 0035 0036 0036 0037 0037 0038 0038 0039 0039 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 3.2.1 Absolute flux calibration RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 1.1.4/3.2.2 Monitor nominal responsivity variations with time Table 25: continued. Summary of AORs for the photometer flux reproducibilty monitoring. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 102 observing constraints cycle#64 cycle#64 cycle#66 cycle#66 cycle#68 cycle#68 cycle#70 cycle#70 cycle#72 cycle#72 cycle#74 cycle#74 cycle#76 cycle#76 cycle#78 cycle#78 cycle#80 cycle#80 cycle#82 cycle#82 cycle#84 cycle#84 cycle#86 cycle#86 cycle#88 cycle#88 cycle#89 cycle#89 cycle#90 cycle#90 cycle#91 cycle#91 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0040 0040 0041 0041 0042 0042 0043 0043 0044 0044 0045 0045 0046 0046 0047 0047 0048 0048 0049 0049 0050 0050 0051 0051 0052 0052 0053 0053 0054 0054 0055 0055 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 3.2.1 Absolute flux calibration 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux delivered but not executed due to end-LHe in DTCP-1447 1.1.4/3.2.2 Monitor nominal responsivity variations with time Table 25: continued. Summary of AORs for the photometer flux reproducibilty monitoring. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 103 observing constraints cycle#17, OD 413#1 cycle#17, OD 413#1 cycle#17, OD 413#2 cycle#17, OD 413#2 cycle#17, OD 413#3 cycle#17, OD 413#3 cycle#17, OD 414#1 cycle#17, OD 414#1 cycle#17, OD 414#2 cycle#17, OD 414#2 cycle#17, OD 414#3 cycle#17, OD 414#3 cycle#17, OD 415#1 cycle#17, OD 415#1 cycle#17, OD 415#2 cycle#17, OD 415#2 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0009 0009 0010 0010 0011 0011 0012 0012 0013 0013 0014 0014 0015 0015 0016 0016 gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro repro 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 321B 1.1.5 Monitor detector temperature variations with time RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 1.1.6 Calibrate the variation of pixel offset with detector temperature Table 25: continued. Summary of AORs for the photometer flux reproducibilty monitoring. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 104 100 Jy. While the mini scan map point source mode is the only recommended science observing mode, ≈ 6.3 Monitor the photometer linearity, absolute fluxof calibration a few 100non-linear part Jy of provide the a calibrationthe curve flux chop/nod above grid point source which observing also mode allows provides to an check independent the verification detector of linearity the over calibration. this flux range. Special attention is given to outline the This is the central program of the photometer absolute flux calibration. A range of standards from a few mJy brightness up to the saturation level Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 105

Table 26: Chop/nod point source mode ﬂux range and source trace matrix for blue ﬁlter. This comprises observations labelled 321A, 321C and 324A.

ﬂux range period 1 period 2 period 3 period 4 period 5 period 6 (Jy) cycle#1-15 cycle#16-30 cycle#31-45 cycle#46-60 cycle#61-75 cycle#76-88 0.01–0.05 HD 15008 HD 152222 0.05–0.10 0.10–0.50 HD 138265 HD 139669 δ Dra 0.50–1.00 1.00–5.00 γ Dra(7×) γ Dra(8×) γ Dra(7×) γ Dra(8×) γ Dra(7×) γ Dra(9×) Sirius Sirius α Cet(2×) α Cet α Cet α Cet α Cet α Cet Lutetia Lutetia Lutetia Lutetia Lutetia β Gem 5.00-10.0 β And β And β And β And β And β And β Peg(2×) β Peg Aglaja Diotima Cybele 10.0–50.0 α Boo(2×) α Boo α Boo α Boo α Boo α Boo α Tau α Tau α Tau α Tau α Tau α Tau Cybele Massalia Massalia Massalia Massalia Amphitrite Hebe Hebe Hebe Hebe Hebe Hebe Flora Flora Flora Flora Europa Europa Europa Europa Juno Juno Juno Juno Interamnia Interamnia Interamnia Thisbe Thisbe Thisbe 50.0–100. Europa Juno Juno Hygiea Hygiea(2×) Hygiea Hygiea Hygiea Pallas Pallas Pallas Pallas Pallas 100.–500. Ceres Ceres Ceres(5×) Ceres Ceres Ceres(2×) Pallas Vesta Vesta(6×) Vesta Vesta(2×) Vesta Neptune Neptune Neptune >500. Uranus Uranus Uranus Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 106

Table 27: Chop/nod point source mode ﬂux range and source trace matrix for green ﬁlter. This comprises observations labelled 321A, 321C, 323A and 324A.

ﬂux range period 1 period 2 period 3 period 4 period 5 period 6 (Jy) cycle#1-15 cycle#16-30 cycle#31-45 cycle#46-60 cycle#61-75 cycle#76-88 0.01–0.05 HD 159330 0.05–0.10 HD 138265 HD 41047 0.10–0.50 0.50–1.00 ε Lep 1.00–5.00 γ Dra γ Dra γ Dra γ Dra γ Dra γ Dra α Cet(2×) α Cet α Cet α Cet α Cet α Cet β And β And β And β And β And β And β Peg(2×) β Peg Sirius Lutetia Lutetia Lutetia Lutetia Lutetia Aglaja Cybele β Gem 5.00-10.0 α Boo(2×) α Boo α Boo α Boo α Boo α Boo α Tau α Tau α Tau α Tau α Tau α Tau Diotima Cybele Massalia Massalia Massalia Massalia Amphitrite Thisbe Thisbe Thisbe Flora Flora Flora 10.0–50.0 Hygiea Hygiea Hygiea Hygiea Hygiea Hebe Hebe Hebe Hebe Hebe Hebe Juno Juno Juno Juno Juno Juno Europa Europa Europa Europa Europa Flora Pallas Pallas Pallas Pallas Pallas Vesta(2×) Ceres(1×) Interamnia Interamnia Interamnia 50.0–100. Pallas 100.–500. Ceres Ceres Ceres(4×) Ceres Ceres Ceres(2×) Neptune Neptune Neptune Neptune Vesta Vesta(2×) Vesta Vesta Vesta >500. Uranus Uranus Uranus Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 107

Table 28: Chop/nod point source mode ﬂux range and source trace matrix for red ﬁlter. This comprises observations labelled 321A, 321C, 323A and 324A.

flux range period 1 period 2 period 3 period 4 period 5 period 6 (Jy) cycle#1-15 cycle#16-30 cycle#31-45 cycle#46-60 cycle#61-75 cycle#76-90 0.001–0.005 HD 15008 0.005–0.10 HD 152222 0.01–0.05 HD 159330 HD 138265 HD 41047 0.05–0.10 HD 139669 δ Dra 0.10–0.50 ε Lep β Gem 0.50–1.00 γ Dra(7×) γ Dra(8×) γ Dra(8×) γ Dra(9×) γ Dra(8×) γ Dra(10×) Sirius Sirius α Cet(2×) α Cet α Cet α Cet α Cet α Cet Lutetia Lutetia Lutetia Lutetia Lutetia 1.00–5.00 β And β And β And β And β And β And β Peg(2×) β Peg α Boo(2×) α Boo α Boo α Boo α Boo α Boo α Tau α Tau α Tau α Tau α Tau α Tau Aglaja Diotima Cybele Cybele Massalia Massalia Massalia Massalia Amphitrite Thisbe Thisbe Thisbe 5.00-10.0 Hebe Hebe Hebe Hebe Hebe Hebe Flora Flora Flora Flora Europa Europa Europa Europa Juno Juno Juno Juno Interamnia Interamnia Interamnia 10.0–50.0 Pallas Pallas Pallas Pallas Pallas Pallas Juno Juno Vesta Vesta(8×) Hygiea Hygiea(2×) Hygiea Hygiea Hygiea Europa Ceres(4×) 50.0–100. Ceres Ceres Ceres(6×) Ceres Ceres Ceres(2×) Vesta(2×) Vesta Vesta(2×) Vesta 100.–500. Neptune Neptune Neptune Neptune >500. Uranus Uranus Uranus Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 108 planets sources asteroids Sect. 4.1.1 Sect. 4.1.2 Sect. 6.3.1 Sect. 6.3.1 fiducial stars faint flux calibrators 1.9 1.9 1.4 2.4 0.6 0.2 0.2 1.0 2.4 1.5 0.5 4.2 4.2 1.2 1.0 1.2 1.2 0.3 0.3 1.7 1.1 (h) 30.4 total time × × × × × × × × × × × × × × × × × × × – – 1 1 1 1 1 1 1 5 6 5 1 6 6 6 5 6 6 3 3 frequency 500 Jy > 100 Jy ≈ (h) 1.9 (1 source) 1.9 (1 source) 0.2 (1 source) 0.2 (1 source) 0.1 (1 source) 0.1 (1 source) 1.4 (2 sources) 2.4 (3 sources) 0.6 (3 sources) 0.2 (2 sources) 0.4 (4 sources) 0.3 (3 sources) 0.5 (5 sources) 0.7 (7 sources) 0.7 (7 sources) 0.2 (2 sources) 0.2 (2 sources) 0.2 (2 sources) 0.2 (2 sources) 1.7 (3 sources) 1.1 (2 sources) basic duration AOT AOT/CUS 3.2.1 Absolute flux calibration non-linear range starts at 30 1.1.14 Establish the detector linearity 30 > red filter is covered from 5 mJy to > 30 3.2.4 Establish the linearity of the full system 30 30 30 30 > 30 30 > > 30 30 > 30 > 30 30 > > 30 30 30 > > > 30 30 > > > > > > > 500 Jy range, blue, S/N 500 Jy range, green, S/N Measurement description chopped point source photometry high gain, dithered different standards on flux10 grid – 50 mJy range,10 blue, – S/N 50 mJy = range,50 30 green, – S/N 100 mJy = range,50 30 green, – S/N 100 mJy range,100 blue, – S/N 500 mJy range,100 blue, – S/N 500 mJy range,0.5 green, – S/N 1 Jy range,1 green, – S/N 5 Jy range,1 blue, – S/N 5 Jy range,5 green, – S/N 10 Jy range,5 blue, – S/N 10 Jy range,10 green, – S/N 50 Jy range,10 blue, – S/N 50 Jy range,50 green, – S/N 100 Jy range,50 blue, – S/N 100 Jy range,100 green, – S/N 500 Jy range,100 blue, – S/N 500 Jy range,> green, S/N > non-linearity assessment, blue, S/N non-linearity assessment, green, S/N ID: RPPhotFlux A 30.4 h. Sources fainter than 1 Jy are restricted to only the 1st period. Table 29: Observational details of photometer linearity monitoring for chop nod point source mode. The total estimated time of this test block is Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 109 observing constraints cycle#10 cycle#10 cycle#9 cycle#9 cycle#9 cycle#9 cycle#8 cycle#5 cycle#8 cycle#22 cycle#3 cycle#36 cycle#9 cycle#22 cycle#36 (h) duration 1.9011 1.9011 0.8733 0.8733 0.8733 0.4622 0.4622 0.2256 0.1333 0.1744 0.0969 0.1744 0.0922 0.1744 0.1744 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0002 0003 0003 0001 0002 HD41047 epsLep Sirius Lutetia HD138265 delDra HD159330 HD138265 HD139669 HD15008 HD152222 blu grn blu grn red red betGem Sirius Sirius betGem blu grn blu grn red grn blu blu blu 20mJy 20mJy 50mJy 50mJy 50mJy 100mJy 100mJy 500mJy 500mJy 500mJy 500mJy 1Jy 2Jy 2Jy 2Jy AOR labels cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 3.2.1 Absolute flux calibration 1.1.14 Establish the detector linearity RPPhotFlux RPPhotFlux covered by 50 mJy, green (HD138265) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by 500 mJy blue (del Dra) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 3.2.4 Establish the linearity of the full system 30 30 30 30 30 30 30 30 > > > > > > > 30 > 30 30 > > > 20 mJy standard, blue, S/N=30 20 mJy standard, green, S/N=30 20 mJy standard, red, S/N=30 50 mJy standard, blue, S/N 50 mJy standard, green,S/N 50 mJy standard, red,S/N 100 mJy standard, blue, S/N 100 mJy standard, green,S/N 100 mJy standard, red, S/N 500 mJy standard, blue, S/N 500 mJy standard, green,S/N 500 mJy standard, red, S/N 1 Jy standard, green, S/N 2 Jy standard, blue, S/N Measurement description chopped point source photometry high gain, dithered ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ID: RPPhotFlux A Table 30: Summary of AORs for the photometer linearity monitoring in chop/nod point source mode. The final total time is 26.1300 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 110 observing constraints cycle#9 cycle#30 cycle#35 cycle#48 cycle#68 cycle#82 cycle#3 cycle#36 cycle#48 cycle#73 cycle#87 cycle#5 cycle#20 cycle#31 cycle#45 cycle#45 cycle#58 cycle#71 cycle#84 cycle#30 cycle#43 cycle#57 cycle#70 cycle#83 cycle#8 cycle#3 cycle#34 cycle#3 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0969 0.0950 0.0950 0.0950 0.0950 0.0969 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0950 0.0969 0.0950 0.0969 0001 0001 0002 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0001 0003 0004 0005 0006 0001 0003 0001 0001 0002 0003 0003 0004 0005 0006 gamDra gamDra gamDra gamDra gamDra gamDra Lutetia Lutetia Lutetia Lutetia Lutetia Aglaja alfCet alfCet alfCet alfCet alfCet alfCet alfCet betAnd betAnd betAnd betAnd betAnd Diotima Cybele Cybele Massalia grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn red red red red 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS AOR labels 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by 10 Jy, blueRPPhotFlux (betPeg) RPPhotFlux RPPhotFlux RPPhotFlux 30 > 30 > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 2 Jy standard, green, S/N 2 Jy standard, red, S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 111 observing constraints cycle#20 cycle#31 cycle#45 cycle#58 cycle#71 cycle#84 cycle#30 cycle#43 cycle#57 cycle#70 cycle#83 cycle#36 cycle#48 cycle#73 cycle#87 cycle#14 cycle#28, OD 579 cycle#44, OD 792 cycle#61 cycle#75 cycle#3 cycle#34 cycle#3 cycle#44, OD 792 cycle#61 cycle#75 cycle#14 cycle#28, OD 579 cycle#5 cycle#8 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0950 0.0950 0.0950 0.0950 0.0922 0.0922 0.0950 0.0950 0.0950 0.0969 0.0950 0.0969 0.0950 0.0950 0.0950 0.0922 0.0922 0.0969 0.0950 0001 0003 0004 0005 0001 0003 0004 0005 0001 0002 0001 0003 0001 0002 0003 0004 0005 0006 0003 0004 0005 0006 0001 0002 0001 0002 0003 0004 0005 0006 Cybele Cybele Massalia Massalia Massalia Massalia betPeg betPeg Aglaja Diotima betPeg betPeg Massalia Massalia Massalia alfCet alfCet alfCet alfCet alfCet alfCet betAnd betAnd betAnd betAnd betAnd Lutetia Lutetia Lutetia Lutetia blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu grn grn grn grn grn 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS AOR labels 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by 10 Jy green RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 30 30 > > 30 > > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 5 Jy standard, blue, S/N 5 Jy standard, green, S/N 5 Jy standard, red, S/N 10 Jy standard, blue, S/N Measurement description ≈ ≈ ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 112 observing constraints cycle#17 cycle#29 cycle#43 cycle#56, OD 969 cycle#69, OD 1148 cycle#84, OD 1356 cycle#8 cycle#31, OD 613 cycle#59, OD 1007 cycle#74, OD 1216 cycle#90, OD 1442 cycle#8 cycle#20 cycle#33 cycle#46, OD 826 cycle#60, OD 1028 cycle#85 cycle#23 cycle#27, OD 566 cycle#56, OD 969 cycle#67 cycle#87 cycle#29, OD 593 cycle#40 cycle#59, OD 1002 cycle#72, OD 1184 cycle#89, OD 1428 cycle#50 cycle#69 cycle#84 cycle#55, OD 947 cycle#66, OD 1110 cycle#83, OD 1346 cycle#3 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0950 0.0950 0.0950 0.0950 0.0950 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0969 0002 0004 0005 0006 0001 0003 0004 0005 0006 0004 0005 0006 0001 0002 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0002 0004 0005 0006 0002 0003 0004 0005 0006 0001 alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo Europa Europa Europa Europa Europa alfTau alfTau alfTau alfTau alfTau alfTau Amphitrite Flora Flora Flora Flora Juno Juno Juno Juno Juno Interamnia Interamnia Interamnia Thisbe Thisbe Thisbe Juno grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn red 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS AOR labels 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux =30 > 30 > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 10 Jy standard, green, S/N 10 Jy standard, red, S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 113 observing constraints cycle#8 cycle#20 cycle#33 cycle#46, OD 826 cycle#60, OD 1028 cycle#85 cycle#8 cycle#31, OD 613 cycle#59, OD 1007 cycle#74, OD 1216 cycle#90, OD 1442 cycle#17 cycle#29 cycle#43 cycle#56, OD 969 cycle#69, OD 1148 cycle#84, OD 1356 cycle#23 cycle#27, OD 566 cycle#56, OD 969 cycle#67 cycle#87 cycle#29, OD 593 cycle#40 cycle#59, OD 1002 cycle#72, OD 1184 cycle#89, OD 1428 cycle#50 cycle#69 cycle#84 cycle#55, OD 947 cycle#66, OD 1110 cycle#83, OD 1346 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0950 0.0950 0.0950 0.0950 0.0950 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0002 0004 0005 0006 0001 0003 0004 0005 0006 0004 0005 0006 0001 0002 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0002 0004 0005 0006 0002 0003 0004 0005 0006 alfTau alfTau alfTau alfTau alfTau alfTau Europa Europa Europa Europa Europa alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo Amphitrite Flora Flora Flora Flora Juno Juno Juno Juno Juno Interamnia Interamnia Interamnia Thisbe Thisbe Thisbe blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS AOR labels 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 20 Jy standard, blue, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 114 observing constraints cycle#12 cycle#33 cycle#45, OD 810 cycle#48 cycle#64, OD 1083 cycle#78, OD 1275 cycle#17 cycle#28, OD 579 cycle#32 cycle#55, OD 957 cycle#66, OD 1103 cycle#84, OD 1351 cycle#25 cycle#3 cycle#12 cycle#33 Sect. 6.3.1 cycle#45, OD 810 cycle#48 cycle#64, OD 1083 cycle#78, OD 1275 cycle#17 cycle#28, OD 579 cycle#32 cycle#55, OD 957 cycle#66, OD 1103 cycle#84, OD 1351 cycle#25 (h) duration 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0969 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 03 Hygiea c33 0001 0003 0004 00r4 0005 0006 0001 0003 0004 00r4 0005 0006 blu 0001 0002 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0001 0002 0002 52Jy Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hebe Hebe Hebe Hebe Hebe Hebe Iris Juno Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hebe Hebe Hebe Hebe Hebe Hebe Iris cPS grn grn grn grn grn grn grn grn grn grn grn grn grn blu blu blu blu blu blu blu blu blu blu blu blu blu blu AOR labels 323A 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery ofRPPhotFlux from cooler failure hold on time OD 807RPPhotFlux (AR-87) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due to PACS switch-off on ODRPPhotFlux 523 (AR-76) RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery ofRPPhotFlux from cooler failure hold on time OD 807RPPhotFlux (AR-87) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due to PACS switch-off on OD 523 (AR-76) 30 30 > > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 20 Jy standard, green, S/N 50 Jy standard, blue, S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 115 observing constraints cycle#5 cycle#19 cycle#36 cycle#51, OD 889 cycle#68, OD 1139 cycle#80, OD 1295 cycle#12 Sect. 6.3.1 cycle#51, OD 900 cycle#71, OD 1181 cycle#85, OD 1377 cycle#8 cycle#22 Sect. 6.3.1 cycle#55, OD 947 Sect. 6.3.1 cycle#86, OD 1385 cycle#88, OD 1420 cycle#5 cycle#19 cycle#36 cycle#51, OD 889 cycle#68, OD 1139 cycle#80, OD 1295 (h) duration 0.0969 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0969 0.0950 0.0950 0.0950 0.0969 0.0950 0.0950 0.0950 0.0950 0.0950 03 03 05 Vesta Ceres Ceres c39 c41 c75 grn blu blu 0001 0002 0003 0004 0005 0006 0001 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0007 0001 0002 0003 0004 0005 0006 100Jy 202Jy 274Jy Vesta Vesta Vesta Vesta Vesta Ceres Ceres Ceres Ceres Ceres Ceres Ceres Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas cPS cPS cPS grn grn grn grn grn blu blu blu blu blu blu blu blu blu blu blu blu blu red red red red red red 323A 323A 323A 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 100Jy 100Jy 100Jy 100Jy 100Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy AOR labels cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux not executed due toRPPhotFlux PACS switch-off on ODRPPhotFlux 1381 (AR-103) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 30 > > 30 > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 50 Jy standard, red, S/N 100 Jy standard, green, S/N 200 Jy standard, blue, S/N Measurement description ≈ ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 116 observing constraints cycle#12 Sect. 6.3.1 cycle#51, OD 900 Sect. 6.3.1 cycle#85, OD 1377 cycle#8 cycle#22 Sect. 6.3.1 cycle#55, OD 947 Sect. 6.3.1 cycle#86, OD 1385 cycle#88, OD 1420 cycle#26 cycle#38 cycle#53, OD 919 cycle#14 cycle#26 cycle#38 cycle#53, OD 919 cycle#28, OD 579 cycle#28, OD 579 cycle#43, OD 789 cycle#43, OD 789 cycle#55, OD 957 cycle#55, OD 957 (h) duration 0.0950 0.0950 0.0950 0.0969 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 03 05 03 05 Ceres Ceres Vesta Vesta c43 c75 c40 0002 0003 0004 0002 0003 0004 c71 0002 0003 0004 0001 0002 0003 0004 blu grn grn 0001 0002 0003 0004 0005 0006 0007 0001 0003 0004 0005 0006 blu Uranus Uranus Uranus Uranus Uranus Uranus 211Jy 71Jy 144Jy 156Jy Ceres Ceres Ceres Ceres Ceres Ceres Ceres Neptune Neptune Neptune Neptune Neptune Neptune Neptune Vesta Vesta Vesta Vesta Vesta blu grn blu grn blu grn cPS cPS cPS cPS blu blu blu blu blu grn grn grn grn grn grn grn grn grn grn red red red red 323A 323A 323A 323A 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy lo1000Jy lo1000Jy lo1000Jy lo1000Jy lo1000Jy lo1000Jy AOR labels cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A 324A RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux not executed due toRPPhotFlux PACS switch-off on ODRPPhotFlux 1381 (AR-103) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > 30 > Table 30: continued. Summary of AORs for the photometer linearity monitoring. 30 > 200 Jy standard, blue, continued 200 Jy standard, green, S/N 200 Jy standard, red, S/N 1000 Jy standard, blue, green Measurement description ≈ ≈ ≈ ≈ red, S/N ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 117

Table 31: Scan map point source mode ﬂux range and source trace matrix for blue ﬁlter. This comprises observations labelled 321B, 321D, 323B and 324B.

ﬂux range period 1 period 2 period 3 period 4 period 5 period 6 (Jy) cycle#1-15 cycle#16-30 cycle#31-45 cycle#46-60 cycle#61-75 cycle#76-90 0.01–0.05 HD 15008 HD 152222 HD152222 HD 39608 0.05–0.10 HD 159330 0.10–0.50 HD 139669 HD 138265 HD 170693 HD 170693 δ Dra δ Dra δ Dra δ Dra δ Dra δ Dra 0.50–1.00 ω Cap ω Cap ω Cap ω Cap 1.00–5.00 γ Dra(7×) γ Dra(8×) γ Dra(7×) γ Dra(8×) γ Dra(7×) γ Dra(9×) Sirius Sirius Sirius α Cet(2×) α Cet α Cet α Cet α Cet α Cet ε Lep ε Lep ε Lep ε Lep Lutetia Lutetia Lutetia Lutetia Lutetia Minerva α Ari α Ari α Ari α Ari β Gem β Gem β Gem β Gem 5.00-10.0 β And β And β And β And β And β And β Peg β Peg Aglaja Aglaja Diotima Cybele Flora Flora Flora 10.0–50.0 α Boo(2×) α Boo α Boo α Boo α Boo α Boo α Tau α Tau α Tau α Tau α Tau(2×) α Tau Cybele Cybele Hebe Hebe Hebe Hebe Hebe Hebe Juno Juno Juno Juno Juno Juno Massalia Massalia Massalia Massalia Alexandra Thisbe Thisbe Thisbe Thisbe Interamnia Interamnia Interamnia Interamnia Interamnia Amphitrite Europa Europa Europa Europa Davida 50.0–100. Europa Pallas Pallas(2×) Pallas Pallas Pallas Hygiea(2×) Hygiea Hygiea Hygiea 100.–500. Ceres Ceres Ceres(5×) Ceres Ceres Ceres(2×) Neptune Neptune Neptune(2×) Neptune Neptune Neptune(2×) Pallas Vesta Vesta(6×) Vesta Vesta(2×) Vesta Titan >500. Uranus Uranus Uranus Uranus Uranus Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 118

Table 32: Scan map point source mode ﬂux range and source trace matrix for green ﬁlter. This comprises observations labelled 321B, 321D, 323B and 324B.

ﬂux range period 1 period 2 period 3 period 4 period 5 period 6 (Jy) cycle#1-15 cycle#16-30 cycle#31-45 cycle#46-60 cycle#61-75 cycle#76-90 0.01–0.05 HD 159330 HD 159330 HD 39608 HD152222 0.05–0.10 HD 138265 HD 41047 HD 170693 HD 170693 0.10–0.50 δ Dra δ Dra δ Dra δ Dra δ Dra ω Cap ω Cap ω Cap ω Cap 0.50–1.00 ε Lep ε Lep ε Lep ε Lep ε Lep ε Lep α Ari α Ari α Ari α Ari 1.00–5.00 γ Dra γ Dra γ Dra γ Dra γ Dra γ Dra α Cet α Cet α Cet α Cet α Cet α Cet β Peg β Peg β And β And β And β And β And β And Sirius Sirius Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Aglaja Aglaja Minerva Cybele β Gem β Gem β Gem β Gem 5.00-10.0 α Boo(2×) α Boo α Boo α Boo α Boo α Boo α Tau α Tau α Tau α Tau α Tau(2×) α Tau Cybele Cybele Diotima Massalia Massalia Massalia Massalia Alexandra Thisbe Thisbe Thisbe Thisbe Amphitrite Davida Flora Flora Flora 10.0–50.0 Hebe Hebe Hebe Hebe Hebe Hebe Europa Europa Europa Europa Europa Juno Juno Juno Juno Juno Juno Interamnia Interamnia Interamnia Interamnia Interamnia Pallas Pallas Pallas(2×) Pallas Pallas Pallas Hygiea Hygiea Hygiea Hygiea 50.0–100. Vesta(2×) Ceres(1×) Titan 100.–500. Ceres Ceres Ceres(4×) Ceres Ceres Ceres(2×) Neptune Neptune Neptune(2×) Neptune Neptune Neptune(2×) Vesta Vesta(2×) Vesta Vesta Vesta >500. Uranus Uranus Uranus Uranus Uranus Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 119

Table 33: Scan map point source mode ﬂux range and source trace matrix for red ﬁlter. This comprises observations labelled 321B, 321D, 323B and 324B.

flux range period 1 period 2 period 3 period 4 period 5 period 6 (Jy) cycle#1-15 cycle#16-30 cycle#31-45 cycle#46-60 cycle#61-75 cycle#76-90 0.001–0.005 HD 15008 0.005–0.01 HD 152222 HD152222 HD 39608 0.01–0.05 HD 159330 HD 159330 HD 138265 HD 41047 HD 170693 HD 170693 0.05–0.10 HD 139669 δ Dra δ Dra δ Dra δ Dra δ Dra δ Dra 0.10–0.50 ε Lep ε Lep ε Lep ε Lep ε Lep ε Lep ω Cap ω Cap ω Cap ω Cap α Ari α Ari α Ari α Ari β Gem β Gem β Gem β Gem 0.50–1.00 γ Dra(7×) γ Dra(8×) γ Dra(8×) γ Dra(9×) γ Dra(8×) γ Dra(10×) Sirius Sirius Sirius α Cet α Cet α Cet α Cet α Cet α Cet Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia 1.00–5.00 β And β And β And β And β And β And β Peg β Peg α Boo(2×) α Boo α Boo α Boo α Boo α Boo α Tau α Tau α Tau α Tau α Tau(2×) α Tau Aglaja Aglaja Cybele Cybele Cybele Diotima Massalia Massalia Massalia Massalia Minerva Alexandra Thisbe Thisbe Thisbe Thisbe Amphitrite Davida Flora Flora Flora 5.00-10.0 Interamnia Interamnia Interamnia Interamnia Interamnia Europa Europa Europa Europa Juno Juno Juno Juno Hebe Hebe Hebe Hebe 10.0–50.0 Hebe Hebe Pallas Pallas Pallas(2×) Pallas Pallas Pallas Europa Juno Juno Vesta Vesta(5×) Vesta Vesta(2×) Vesta Hygiea(2×) Hygiea Hygiea Hygiea Ceres(2×) 50.0–100. Ceres Ceres Ceres(3×) Ceres Ceres Ceres(2×) Vesta(1×) Titan 100.–500. Neptune Neptune Neptune(2×) Neptune Neptune Neptune(2×) >500. Uranus Uranus Uranus Uranus Uranus Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 120 planets sources asteroids Sect. 4.1.1 Sect. 4.1.2 Sect. 6.3.1 Sect. 6.3.1 fiducial stars faint flux calibrators 6.8 7.4 4.8 9.0 4.0 4.8 9.3 7.2 2.7 7.5 9.3 3.0 0.3 0.6 2.4 2.6 0.6 0.6 4.8 3.3 (h) 16.2 10.8 118.0 total time × × × × × × × × × × × × × × × × × × × × – – 2 2 1 1 3 6 5 6 6 6 3 6 6 3 1 1 4 4 2 2 frequency 500 Jy > 100 Jy ≈ (h) 0.3 (1 source) 0.3 (1 source) 4.8 (3 sources) 3.3 (2 sources) basic duration 0.30 (1 source) 3.40 (2 sources) 8.10 (3 sources) 10.8 (3 sources) 7.40 (2 sources) 1.60 (3 sources) 1.50 (3 sources) 0.80 (2 sources) 0.80 (2 sources) 1.55 (6 sources) 1.20 (6 sources) 0.90 (3 sources) 1.25 (5 sources) 1.55 (6 sources) 1.00 (3 sources) 0.60 (2 sources) 0.60 (2 sources) 0.65 (2 sources) AOT AOT/CUS 3.2.1 Absolute flux calibration non-linear range starts at 1.1.14 Establish the detector linearity 30 30 red filter is covered from 5 mJy to > > 3.2.4 Establish the linearity of the full system 30 30 30 30 30 > 30 30 > > 30 30 > 30 > 30 30 > > 30 30 30 30 > > > 30 30 > > > > > > > > 500 Jy range, blue, S/N 500 Jy range, green, S/N Measurement description PS scan map photometry,8 high legs, gain 4’ length,63,117 4” deg sep. up to cycle#7 10 legs, 2.5’ length,70,110 4” deg sep. from cycle#8 different standards on flux10 grid – 50 mJy range,10 blue, – S/N 50 mJy = range,50 30 green, – S/N 100 mJy = range,50 30 blue, – S/N 100 mJy range,100 green, – S/N 500 mJy range,100 blue, – S/N 500 mJy range,0.5 green, – S/N 1 Jy range,0.5 blue, – S/N 1 Jy range,1 green, – S/N 5 Jy range,1 blue, – S/N 5 Jy range,5 green, – S/N 10 Jy range,5 blue, – S/N 10 Jy range,10 green, – S/N 50 Jy range,10 blue, – S/N 50 Jy range,50 green, – S/N 100 Jy range,50 blue, – S/N 100 Jy range,100 green, – S/N 500 Jy range,100 blue, – S/N 500 Jy range,> green, S/N > non-linearity assessment, blue, S/N non-linearity assessment, green, S/N ID: RPPhotFlux B 118.0 h. This test block is supplemented by the Herschel-Planck cross-calibration program, see Sect. . 10.8 Table 34: Observational details of photometer linearity monitoring for scan map point source mode. The total estimated time of this test block is Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 121 observing constraints cycle#5 cycle#5 cycle#16 cycle#16 cycle#4 cycle#4 cycle#32 cycle#32 cycle#16 cycle#16 cycle#47 cycle#47 cycle#9 cycle#9 cycle#60 cycle#60 cycle#32 cycle#32 cycle#9 cycle#9 (h) duration 0.8458 0.8458 0.8317 0.8317 0.9347 0.9347 1.2233 1.2233 2.7900 2.7900 2.6333 2.6333 0.5017 0.5017 0.5183 0.5183 0.5183 0.5183 0.5017 0.5017 0002 0001 0001 0003 0003 0004 0004 0001 0001 0001 0001 0004 0004 0003 0003 0002 0001 0001 0002 0002 HD39608 HD159330 HD159330 HD159330 HD159330 HD39608 HD152222 HD152222 HD138265 HD138265 HD15008 HD15008 HD39608 HD39608 HD152222 HD152222 HD152222 HD152222 HD159330 HD159330 grn blu blu blu blu grn grn grn grn grn grn grn blu blu blu blu blu blu grn grn 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 20mJy 50mJy 50mJy 50mJy 50mJy 50mJy 50mJy 50mJy 50mJy 110 063 117 070 110 063 117 070 110 070 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 3.2.1 Absolute flux calibration 1.1.14 Establish the detector linearity RPPhotFlux 3.2.4 Establish the linearity of the full system RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux ⇒ erroneously performed in blue/red filterRPPhotFlux setting RPPhotFlux covered by 100 mJy, blue (HD138265, HD170693) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 30 > > 20 mJy standard, blue, S/N=30 20 mJy standard, green, S/N=30 20 mJy standard, red, S/N=30 50 mJy standard, blue, S/N 50 mJy standard, green,S/N Measurement description PS scan map photometry,8 high legs, gain 4’ length,63,117 4” deg sep. up to cycle#7 10 legs, 2.5’ length,70,110 4” deg sep. from cycle#8 10 legs, 3’ length,70,110 4” deg sep. from cycle#14 ≈ ≈ ≈ ≈ ≈ ID: RPPhotFlux B Table 35: Summary of AORs for the photometer linearity monitoring in mini scan map point source mode. The final total time is 110.1354 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 122 observing constraints cycle#9 cycle#9 cycle#4 cycle#4 cycle#20 cycle#20 cycle#63 cycle#63 cycle#8 cycle#8 cycle#20 cycle#20 cycle#63 cycle#63 cycle#25 cycle#25 cycle#30 cycle#30 cycle#41 cycle#41 cycle#54 cycle#54 cycle#73 cycle#73 cycle#82 cycle#82 (h) duration 0.5017 0.5017 1.9125 1.9125 1.6150 1.6150 1.6150 1.6150 0.2750 0.2750 1.6150 1.6150 1.6150 1.6150 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0002 0002 0005 0005 0001 0001 0002 0002 0005 0005 0001 0001 0001 0001 0002 0002 00r2 00r2 0003 0003 0004 0004 0005 0005 0006 0006 HD41047 HD41047 HD170693 HD170693 HD170693 HD170693 delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra HD138265 HD138265 HD170693 HD170693 HD170693 HD170693 HD139669 HD139669 blu blu blu blu blu blu grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn red red 50mJy 50mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 100mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 200mJy 070 110 063 117 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by 500 mJy blue (del Dra) RPPhotFlux RPPhotFlux not executed due toRPPhotFlux PACS switch-off on ODRPPhotFlux 523 (AR-76) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 30 30 30 > > > 30 > > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 50 mJy standard, red, S/N 100 mJy standard, blue, S/N 100 mJy standard, green,S/N 100 mJy standard, red, S/N 200 mJy standard, green,S/N Measurement description ≈ ≈ ≈ ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 123 observing constraints cycle#5 cycle#5 cycle#25 cycle#25 cycle#30 cycle#30 cycle#41 cycle#41 cycle#54 cycle#54 cycle#73 cycle#73 cycle#82 cycle#82 cycle#8 cycle#8 cycle#23 cycle#23 cycle#33 cycle#33 cycle#47 cycle#47 cycle#61 cycle#61 cycle#85 cycle#85 cycle#37 cycle#37 cycle#51 cycle#51 cycle#63 cycle#63 cycle#77 cycle#77 (h) duration 0.1347 0.1347 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.1347 0.1347 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 00r2 00r2 0003 0003 0004 0004 0005 0005 0006 0006 epsLep epsLep epsLep epsLep epsLep epsLep epsLep epsLep epsLep epsLep epsLep epsLep omeCap omeCap omeCap omeCap omeCap omeCap omeCap omeCap delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra delDra blu blu blu blu blu blu blu blu blu blu blu blu blu blu grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 063 117 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due toRPPhotFlux PACS switch-off on ODRPPhotFlux 523 (AR-76) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 30 > > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 500 mJy standard, blue, S/N 500 mJy standard, green,S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 124 observing constraints cycle#3 cycle#3 cycle#16 cycle#16 cycle#22 cycle#22 cycle#90 cycle#90 cycle#23 cycle#23 cycle#47 cycle#47 cycle#61 cycle#61 cycle#85 cycle#85 cycle#37 cycle#37 cycle#51 cycle#51 cycle#63 cycle#63 cycle#77 cycle#77 cycle#31 cycle#31 cycle#57 cycle#57 cycle#70 cycle#70 cycle#83 cycle#83 (h) duration 0.1375 0.1375 0.1294 0.1294 0.2833 0.2833 0.2833 0.2833 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0001 0001 0002 0002 0002 0002 0006 0006 0003 0003 0004 0004 0005 0005 0006 0006 0002 0002 0004 0004 0005 0005 0006 0006 0003 0003 0004 0004 0005 0005 0006 0006 Lutetia Lutetia Lutetia Lutetia Sirius Sirius Sirius Sirius red red red red red red red red alfAri alfAri alfAri alfAri alfAri alfAri alfAri alfAri epsLep epsLep epsLep epsLep epsLep epsLep epsLep epsLep omeCap omeCap omeCap omeCap omeCap omeCap omeCap omeCap blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu grn grn grn grn grn grn grn grn 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 500mJy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 063 117 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > 30 30 > > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 500 mJy standard, red, S/N 1 Jy standard, blue, S/N 1 Jy standard, green, S/N Measurement description ≈ ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 125 observing constraints cycle#36 cycle#36 cycle#49 cycle#49 cycle#62 cycle#62 cycle#76 cycle#76 cycle#9 cycle#9 cycle#22 cycle#22 cycle#90 cycle#90 cycle#31 cycle#31 cycle#57 cycle#57 cycle#70 cycle#70 cycle#83 cycle#83 cycle#36 cycle#36 cycle#49 cycle#49 cycle#62 cycle#62 cycle#76 cycle#76 (h) duration 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.1239 0.1239 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0.2833 0003 0003 0004 0004 0005 0005 0006 0006 0003 0003 0004 0004 0005 0005 0006 0006 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0006 0006 betGem betGem betGem betGem betGem betGem betGem betGem Sirius Sirius Sirius Sirius Sirius Sirius alfAri alfAri alfAri alfAri alfAri alfAri alfAri alfAri betGem betGem betGem betGem betGem betGem betGem betGem grn grn grn grn grn grn grn grn blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 1Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS AOR labels 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 1 Jy standard, green, continued 2 Jy standard, blue, S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 126 observing constraints cycle#9 cycle#9 cycle#27 cycle#27 cycle#35 cycle#35 cycle#48 cycle#48 cycle#68 cycle#68 cycle#82 cycle#82 cycle#3 cycle#3 cycle#16 cycle#16 cycle#36 cycle#36 Sect. 10.8 Sect. 10.8 cycle#73 cycle#73 cycle#87 cycle#87 cycle#5 cycle#5 cycle#24 cycle#24 (h) duration 0.1239 0.1239 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1375 0.1375 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1375 0.1375 0.1294 0.1294 0001 0001 Lutetia Lutetia grn grn 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 Planck Planck gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra gamDra Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Aglaja Aglaja Aglaja Aglaja 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn sPS sPS 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy AOR labels 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 063 117 070 110 070 110 070 110 070 110 070 110 063 117 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 2 Jy standard, green, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 127 observing constraints cycle#30 cycle#30 cycle#43 cycle#43 cycle#57 cycle#57 cycle#70 cycle#70 cycle#83 cycle#83 cycle#20 cycle#20 cycle#31 cycle#31 cycle#45 cycle#45 cycle#58 cycle#58 cycle#71 cycle#71 cycle#84 cycle#84 cycle#22 cycle#22 cycle#8 cycle#8 cycle#3 cycle#3 cycle#3 cycle#3 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1294 0.1294 0.1267 0.1267 0.1375 0.1375 0.1375 0.1375 0001 0001 0002 0002 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 betAnd betAnd betAnd betAnd betAnd betAnd betAnd betAnd betAnd betAnd alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet Minerva Minerva Diotima Diotima Cybele Cybele Massalia Massalia grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn red red red red red red 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 2Jy 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 063 117 063 117 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux also covered by 10RPPhotFlux Jy, blue RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 2 Jy standard, green, continued 2 Jy standard, red, S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 128 observing constraints cycle#20 cycle#20 cycle#31 cycle#31 cycle#45 cycle#45 cycle#58 cycle#58 cycle#71 cycle#71 cycle#84 cycle#84 cycle#30 cycle#30 cycle#43 cycle#43 cycle#57 cycle#57 cycle#70 cycle#70 cycle#83 cycle#83 cycle#36 cycle#36 Sect. 10.8 Sect. 10.8 cycle#73 cycle#73 cycle#87 cycle#87 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 Lutetia Lutetia blu blu 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 Planck Planck alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet alfCet betAnd betAnd betAnd betAnd betAnd betAnd betAnd betAnd betAnd betAnd Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia Lutetia 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu sPS sPS 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy AOR labels 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 5 Jy standard, blue, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 129 observing constraints cycle#22 cycle#22 cycle#24 cycle#24 cycle#14 cycle#14 cycle#28, OD 579 cycle#28, OD 579 cycle#20 cycle#20 cycle#34 cycle#34 cycle#44, OD 792 cycle#44, OD 792 cycle#61 cycle#61 cycle#75 cycle#75 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1267 0.1267 0.1267 0.1267 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0003 0003 0004 0004 0005 0005 0002 0002 0001 0001 0002 0002 0002 0002 0003 0003 0002 0002 betPeg betPeg betPeg betPeg Cybele Cybele Cybele Cybele Massalia Massalia Massalia Massalia Massalia Massalia Minerva Minerva Aglaja Aglaja blu blu blu blu grn grn grn grn grn grn grn grn grn grn grn grn grn grn 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 5Jy 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by 10 Jy, green 30 > 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 5 Jy standard, blue, continued 5 Jy standard, green, S/N 5 Jy standard, red, S/N Measurement description ≈ ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 130 observing constraints cycle#14 cycle#14 cycle#28, OD 579 cycle#28, OD 579 cycle#5 cycle#5 cycle#8 cycle#8 cycle#3 cycle#3 cycle#20 cycle#20 cycle#34 cycle#34 cycle#44, OD 792 cycle#44, OD 792 cycle#61 cycle#61 cycle#75 cycle#75 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1375 0.1375 0.1267 0.1267 0.1375 0.1375 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0003 0003 0004 0004 0005 0005 0001 0001 0001 0001 0002 0002 0001 0001 0002 0002 0003 0003 0001 0001 betPeg betPeg betPeg betPeg Aglaja Aglaja Diotima Diotima Cybele Cybele Cybele Cybele Cybele Cybele Massalia Massalia Massalia Massalia Massalia Massalia blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 070 110 070 110 063 117 070 110 063 117 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 10 Jy standard, blue, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 131 observing constraints cycle#17 cycle#17 cycle#29 cycle#29 cycle#43 cycle#43 cycle#56, OD 969 cycle#56, OD 969 cycle#69, OD 1148 cycle#69, OD 1148 cycle#84, OD 1356 cycle#84, OD 1356 cycle#8 cycle#8 Sect. 10.8 Sect. 10.8 cycle#59, OD 1007 cycle#59, OD 1007 cycle#74, OD 1216 cycle#74, OD 1216 cycle#90, OD 1442 cycle#90, OD 1442 cycle#8 cycle#8 cycle#20 cycle#20 cycle#33 cycle#33 cycle#46, OD 826 cycle#46, OD 826 cycle#60, OD 1028 cycle#60, OD 1028 cycle#85 cycle#85 (h) duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1239 0.1239 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0001 0001 Europa Europa grn grn 0001 0001 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 Planck Planck alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo Europa Europa Europa Europa Europa Europa Europa Europa Europa Europa alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn sPS sPS 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy AOR labels 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 10 Jy standard, green, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 132 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#50 cycle#50 cycle#69 cycle#69 cycle#84 cycle#84 cycle#21 cycle#21 Sect. 10.8 Sect. 10.8 cycle#66, OD 1110 cycle#66, OD 1110 cycle#83, OD 1346 cycle#83, OD 1346 Sect. 10.8 Sect. 10.8 cycle#16 cycle#16 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0001 0001 0002 0002 0001 0001 Interamnia Interamnia Interamnia Interamnia Thisbe Thisbe Amphitrite Amphitrite 0002 0002 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0002 0002 grn grn grn grn grn grn grn grn 0002 0002 0004 0004 0005 0005 0006 0006 Planck Planck Planck Planck Planck Planck Planck Planck Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Thisbe Thisbe Thisbe Thisbe Thisbe Thisbe Thisbe Thisbe Amphitrite Amphitrite Alexandra Alexandra 070 110 070 110 070 110 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn sPS sPS sPS sPS sPS sPS sPS sPS 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy AOR labels 631A 631A 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux Table 35: continued. Summary of AORs for the photometer linearity monitoring. 10 Jy standard, green, continued Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 133 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#67 cycle#67 cycle#87 cycle#87 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#59, OD 1002 cycle#59, OD 1002 cycle#72, OD 1184 cycle#72, OD 1184 cycle#89, OD 1428 cycle#89, OD 1428 cycle#3 cycle#3 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1375 0.1375 0001 0001 0002 0002 0001 0001 0002 0002 Flora Flora Flora Flora Juno Juno Juno Juno grn grn grn grn grn grn grn grn 0002 0002 0004 0004 0005 0005 0006 0006 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 Planck Planck Planck Planck Planck Planck Planck Planck Flora Flora Flora Flora Flora Flora Flora Flora Juno Juno Juno Juno Juno Juno Juno Juno Juno Juno Juno Juno 070 110 070 110 070 110 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn red red sPS sPS sPS sPS sPS sPS sPS sPS 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy 10Jy AOR labels 631A 631A 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 063 117 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux also covered by 20 Jy green 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 10 Jy standard, green, continued 10 Jy standard, red, S/N Measurement description ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 134 observing constraints cycle#8 cycle#8 cycle#20 cycle#20 cycle#33 cycle#33 cycle#46, OD 826 cycle#46, OD 826 cycle#60, OD 1028 cycle#60, OD 1028 cycle#85 cycle#85 cycle#8 cycle#8 Sect. 10.8 Sect. 10.8 cycle#59, OD 1007 cycle#59, OD 1007 cycle#74, OD 1216 cycle#74, OD 1216 cycle#90, OD 1442 cycle#90, OD 1442 cycle#17 cycle#17 cycle#29 cycle#29 cycle#43 cycle#43 cycle#56, OD 969 cycle#56, OD 969 cycle#69, OD 1148 cycle#69, OD 1148 cycle#84, OD 1356 cycle#84, OD 1356 (h) duration 0.1239 0.1239 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0001 0001 Europa Europa blu blu 0001 0001 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 Planck Planck alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau alfTau Europa Europa Europa Europa Europa Europa Europa Europa Europa Europa alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo alfBoo 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu sPS sPS 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy AOR labels 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 20 Jy standard, blue, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 135 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#50 cycle#50 cycle#69 cycle#69 cycle#84 cycle#84 cycle#21 cycle#21 Sect. 10.8 Sect. 10.8 cycle#66, OD 1110 cycle#66, OD 1110 cycle#83, OD 1346 cycle#83, OD 1346 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#67 cycle#67 cycle#87 cycle#87 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0002 0002 0001 0001 0001 0001 0002 0002 Interamnia Interamnia Interamnia Interamnia Thisbe Thisbe Flora Flora Flora Flora 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 blu blu blu blu blu blu blu blu blu blu 0002 0002 0004 0004 0005 0005 0006 0006 0002 0002 0004 0004 0005 0005 0006 0006 Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Interamnia Thisbe Thisbe Thisbe Thisbe Thisbe Thisbe Thisbe Thisbe Flora Flora Flora Flora Flora Flora Flora Flora 070 110 070 110 070 110 070 110 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy AOR labels 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Table 35: continued. Summary of AORs for the photometer linearity monitoring. 20 Jy standard, blue, continued Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 136 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#59, OD 1002 cycle#59, OD 1002 cycle#72, OD 1184 cycle#72, OD 1184 cycle#89, OD 1428 cycle#89, OD 1428 cycle#16 cycle#16 Sect. 10.8 Sect. 10.8 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0001 0001 0002 0002 Amphitrite Juno Juno Juno Juno Amphitrite 0002 0002 0002 0002 blu blu blu blu blu grn 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 Planck Planck Planck Planck Planck Planck Juno Juno Juno Juno Juno Juno Juno Juno Juno Juno Alexandra Alexandra Amphitrite Amphitrite 070 110 070 110 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu sPS sPS sPS sPS sPS sPS 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy AOR labels 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux Table 35: continued. Summary of AORs for the photometer linearity monitoring. 20 Jy standard, blue, continued Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 137 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#32 cycle#32 Sect. 10.8 Sect. 10.8 cycle#66, OD 1103 cycle#66, OD 1103 cycle#84, OD 1351 cycle#84, OD 1351 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#48 cycle#48 cycle#64, OD 1083 cycle#64, OD 1083 cycle#78, OD 1275 cycle#78, OD 1275 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0002 0002 0001 0001 0002 0002 0003 0003 Hebe Hebe Hebe Hebe Hebe Hebe Hygiea Hygiea Hygiea Hygiea grn grn grn grn grn grn grn grn grn grn 0003 0003 0004 0004 00r4 00r4 0005 0005 0006 0006 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea 070 110 070 110 070 110 070 110 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy 20Jy AOR labels 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery ofRPPhotFlux from cooler failure hold on time OD 807covered by (AR-87) RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery ofRPPhotFlux from cooler failure hold on time OD 807RPPhotFlux (AR-87) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 20 Jy standard, green, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 138 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#32 cycle#32 Sect. 10.8 Sect. 10.8 cycle#66, OD 1103 cycle#66, OD 1103 cycle#84, OD 1351 cycle#84, OD 1351 Sect. 6.3.1 Sect. 6.3.1 Sect. 10.8 Sect. 10.8 cycle#48 cycle#48 cycle#64, OD 1083 cycle#64, OD 1083 cycle#78, OD 1275 cycle#78, OD 1275 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 03 03 0002 0002 0002 0003 0001 0001 0002 0003 Hygiea Hygiea Hebe Hebe Hebe Hebe Hebe Hebe Hygiea Hygiea c33 c33 blu blu blu grn blu grn blu blu 0003 0003 0004 0004 00r4 00r4 0005 0005 0006 0006 blu blu 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 Planck Planck Planck Planck Planck Planck Planck Planck 52Jy 52Jy Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hebe Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea 070 110 070 110 070 110 070 110 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy AOR labels 631A 631A 631A 631A 631A 631A 323B 323B 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery ofRPPhotFlux from cooler failure hold on time OD 807covered by (AR-87) RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery ofRPPhotFlux from cooler failure hold on time OD 807RPPhotFlux (AR-87) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 50 Jy standard, blue, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 139 observing constraints cycle#3 cycle#3 cycle#5 cycle#5 Sect. 10.8 Sect. 10.8 cycle#36 cycle#36 Sect. 10.8 Sect. 10.8 cycle#68, OD 1139 cycle#68, OD 1139 cycle#80, OD 1295 cycle#80, OD 1295 cycle#68, around DTCP-1139 cycle#68, around DTCP-1139 (h) duration 0.1375 0.1375 0.1375 0.1375 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0003 0003 Pallas Pallas Pallas Pallas grn grn grn grn 0005 0005 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 Planck Planck Planck Planck Titan Titan Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Juno Juno 070 110 070 110 blu blu blu blu red red red red red red red red red red red red sPS sPS sPS sPS 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 50Jy 100Jy 100Jy AOR labels 631A 631A 631A 631A 063 117 063 117 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > 30 Table 35: continued. Summary of AORs for the photometer linearity monitoring. > 50 Jy standard, blue, continued 50 Jy standard, red, S/N 100 Jy standard, blue, S/N Measurement description ≈ ≈ ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 140 observing constraints Sect. 10.8 Sect. 10.8 Sect. 6.3.1 Sect. 6.3.1 Sect. 10.8 Sect. 10.8 Sect. 6.3.2 Sect. 6.3.2 cycle#85, OD 1377 cycle#85, OD 1377 cycle#68, around DTCP-1139 cycle#68, around DTCP-1139 (h) 0.1294 0.1294 0.1294 0.1294 duration 03 03 01 01 0001 0001 0003 0003 Vesta Vesta Vesta Vesta Vesta Vesta alpTau alpTau c39 c39 grn grn grn grn grn grn 0005 0005 0001 0001 0003 0003 0004 0004 0005 0005 0006 0006 Vesta Vesta grn grn Planck Planck Planck Planck 100Jy Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Titan Titan 100Jy 070 110 070 110 110 grn grn grn grn grn grn grn grn grn grn grn grn 169sky 169sky sPS sPS sPS sPS s s sPS070 sPS 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy 100Jy AOR labels 631A 631A 323B 323B 631A 631A 324C 324C 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 100 Jy standard, green, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 141 observing constraints Sect. 10.8 Sect. 10.8 Sect. 6.3.1 Sect. 6.3.1 Sect. 10.8 Sect. 10.8 Sect. 6.3.2 Sect. 6.3.2 cycle#85, OD 1377 cycle#85, OD 1377 cycle#5 cycle#5 Sect. 10.8 Sect. 10.8 cycle#36 cycle#36 Sect. 10.8 Sect. 10.8 cycle#68, OD 1139 cycle#68, OD 1139 cycle#80, OD 1295 cycle#80, OD 1295 (h) duration 0.1294 0.1294 0.1375 0.1375 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 03 03 01 01 0001 0001 0003 0003 0001 0001 0003 0001 Vesta Vesta Vesta Vesta Vesta Vesta Pallas Pallas Pallas Pallas alpTau alpTau c40 c40 blu blu blu blu blu blu blu blu blu blu 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0001 0001 0003 0003 0004 0004 0005 0005 0006 0006 Vesta Vesta blu blu Planck Planck Planck Planck Planck Planck Planck Planck 211Jy 211Jy Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas Pallas 070 110 070 110 070 110 070 110 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu 169sky 169sky sPS sPS sPS sPS sPS sPS sPS sPS s s sPS sPS 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy AOR labels 631A 631A 323B 323B 631A 631A 324C 324C 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 063 117 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 200 Jy standard, blue, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 142 observing constraints cycle#8 cycle#8 Sect. 10.8 Sect. 10.8 Sect. 6.3.1 Sect. 6.3.1 Sect. 10.8 Sect. 10.8 Sect. 6.3.1 Sect. 6.3.1 cycle#86, OD 1387 cycle#86, OD 1387 cycle#88, OD 1420 cycle#88, OD 1420 (h) duration 0.1375 0.1375 0.1294 0.1294 03 03 05 05 0001 0001 0003 0003 Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres c41 c41 c75 c75 blu blu blu blu blu blu blu blu 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0007 0007 Planck Planck Planck Planck 202Jy 202Jy 274Jy 274Jy Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres 070 110 070 110 070 110 070 110 blu blu blu blu blu blu blu blu blu blu blu blu blu blu sPS sPS sPS sPS sPS sPS sPS sPS 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy AOR labels 631A 631A 323B 323B 631A 631A 323B 323B 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux not executed due toRPPhotFlux PACS switch-off on ODRPPhotFlux 1381 (AR-103) Table 35: continued. Summary of AORs for the photometer linearity monitoring. 200 Jy standard, blue, continued Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 143 observing constraints cycle#8 cycle#8 Sect. 10.8 Sect. 10.8 Sect. 6.3.1 Sect. 6.3.1 Sect. 10.8 Sect. 10.8 Sect. 6.3.1 Sect. 6.3.1 cycle#86, OD 1387 cycle#86, OD 1387 cycle#88, OD 1420 cycle#88, OD 1420 (h) duration 0.1375 0.1375 0.1294 0.1294 03 03 05 05 0001 0001 0003 0003 Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres c43 c43 c75 c75 grn grn grn grn grn grn grn grn 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0007 0007 Planck Planck Planck Planck 144Jy 144Jy 156Jy 156Jy Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres 070 110 070 110 070 110 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn sPS sPS sPS sPS sPS sPS sPS sPS 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy AOR labels 631A 631A 323B 323B 631A 631A 323B 323B 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux not executed due toRPPhotFlux PACS switch-off on ODRPPhotFlux 1381 (AR-103) 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 200 Jy standard, green, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 144 observing constraints cycle#38 cycle#38 Sect. 10.8 Sect. 10.8 cycle#65, OD 1097 cycle#65, OD 1097 cycle#67, OD 1119 cycle#67, OD 1119 cycle#79, OD 1287 cycle#79, OD 1287 cycle#90, OD 1447 cycle#90, OD 1447 cycle#91, OD 1454 cycle#91, OD 1454 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0004 0004 Neptune Neptune 0003 0003 0004 0004 0005 0005 r0005 r0005 0006 0006 0007 0007 0008 0008 grn grn Planck Planck Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune 070 110 grn grn grn grn grn grn grn grn grn grn grn grn grn grn sPS sPS 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy AOR labels 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux partially failed due toRPPhotFlux PACS SPU-S anomaly (AR-98) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux delivered but not executed due to end-LHe in DTCP-1447 Table 35: continued. Summary of AORs for the photometer linearity monitoring. 200 Jy standard, green, continued Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 145 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#38 cycle#38 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#65, OD 1097 cycle#65, OD 1097 cycle#67, OD 1119 cycle#67, OD 1119 cycle#79, OD 1287 cycle#79, OD 1287 cycle#90, OD 1447 cycle#90, OD 1447 cycle#91, OD 1454 cycle#91, OD 1454 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0002 0002 0004 0004 0001 0001 0002 0002 0004 0004 Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 r0005 r0005 0006 0006 0007 0007 0008 0008 blu grn blu grn blu grn blu grn blu grn blu grn Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune 070 070 110 110 070 070 110 110 070 070 110 110 red red red red red red red red red red red red red red red red red red sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy 200Jy AOR labels 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux partially failed due toRPPhotFlux PACS SPU-S anomaly (AR-98) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux delivered but not executed due to end-LHe in DTCP-1447 30 > Table 35: continued. Summary of AORs for the photometer linearity monitoring. 200 Jy standard, red, S/N Measurement description ≈ ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 146 observing constraints Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 Sect. 10.8 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0001 0001 0002 0002 0003 0003 0001 0001 0002 0002 0003 0003 Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus 0003 0003 0004 0004 0005 0005 0006 0006 0003 0003 0004 0004 0005 0005 0006 0006 blu blu grn grn blu blu grn grn blu blu grn grn 0002 0002 0002 0002 lo lo lo lo lo lo lo lo lo lo lo lo Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn lo lo lo lo lo lo lo lo lo lo lo lo lo lo lo lo 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy 1000Jy AOR labels 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B 324B RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Table 35: continued. Summary of AORs for the photometer linearity monitoring. 30 > 1000 Jy standard, blue, green Measurement description ≈ red, S/N ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 147

6.3.1 Detailed tracing of non-linear part of bolometer ﬂux calibration curve

The PACS bolometer flux calibration starts to become non-linear around fluxes of 100 Jy. In order to trace this non-linear part in fine detail, a number of asteroids can be used which change their brightness with time, thus allowing to probe the non-linear part of the calibration curve in fine steps. Suitable asteroids are 10 Hygiea, 4 Vesta and 1 Ceres.

Table 36: Fluxes of asteroid 10 Hygiea during visibility periods. Green marked ﬂuxes are useful for coverage of the non-linear part of the calibration curve

70 µm flux 100 µm flux 160 µm flux cal. cycle date DOY (Jy) (Jy) (Jy) 35 20 8.8 30 04-Jan-2011 004 39 22.4 9.9 31 18-Jan-2011 018 44 25 11 32 01-Feb-2011 032 52 30 13.3 33 15-Feb-2011 046 61 35 15.5 34 01-Mar-2011 060

Table 37: Fluxes of asteroid 4 Vesta during visibility periods. Green marked ﬂuxes are useful for coverage of the non-linear part of the calibration curve

70 µm flux 100 µm flux 160 µm flux cal. cycle date DOY (Jy) (Jy) (Jy) 106 60 26 35 15-Mar-2011 074 120 68 30 36 29-Mar-2011 088 132 75 33 37 12-Apr-2011 102 159 90 40 38 26-Apr-2011 116 176 100 44 39 10-May-2011 130 211 120 53 40 24-May-2011 144 71 40 17 71 07-Aug-2012 220 88 50 22 73 01-Sep-2012 245

Table 38: Fluxes of asteroid 1 Ceres during visibility periods. Green marked ﬂuxes are useful for coverage of the non-linear part of the calibration curve

70 µm flux 100 µm flux 160 µm flux cal. cycle date DOY (Jy) (Jy) (Jy) 166 95 42 39 10-May-2011 130 174 100 45 40 24-May-2011 144 202 116 52 41 07-Jun-2011 158 222 127 57 42 21-Jun-2011 172 251 144 64 43 06-Jul-2011 186 274 156 69 75 26-Sep-2012 270 313 178 79 75/76 03-Oct-2012 277 370 210 93 76 09-Oct-2012 285 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 148 observing constraints cycle#33 cycle#34 cycle#35 cycle#36 cycle#37 cycle#38 cycle#39, OD 726 cycle#40, OD 743 cycle#71, OD 1181 cycle#73, OD 1202 cycle#39, OD 726 cycle#40, OD 743 cycle#41, OD 759 cycle#42, OD 769 cycle#43, OD 782 cycle#75, OD 1237 cycle#76, OD 1244 cycle#37 cycle#38 cycle#39, OD 726 cycle#40, OD 743 cycle#39, OD 726 cycle#40, OD 743 cycle#41, OD 759 cycle#42, OD 769 cycle#43, OD 782 cycle#75, OD 1237 cycle#76, OD 1244 (h) duration 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 0.0950 03 03 03 03 03 03 05 06 03 03 03 03 03 03 03 05 06 03 03 03 03 03 03 03 03 03 05 05 Vesta Vesta Ceres Ceres Ceres Ceres Ceres Ceres Vesta Vesta Vesta Vesta Vesta Vesta Ceres Ceres Ceres Ceres Ceres Ceres Ceres Vesta Vesta Ceres Hygiea Hygiea Vesta Vesta c39 c40 c40 c41 c42 c43 c75 c76 c35 c36 c37 c38 c39 c40 c39 c40 c41 c42 c43 c75 c76 c37 c38 c39 c33 c34 c71 c73 blu blu blu blu blu blu blu blu blu blu blu blu blu grn grn grn grn grn grn grn grn blu blu blu blu grn grn grn 52Jy 61Jy 106Jy 120Jy 132Jy 159Jy 176Jy 211Jy 71Jy 88Jy 166Jy 174Jy 202Jy 222Jy 251Jy 274Jy 370Jy 75Jy 90Jy 100Jy 120Jy 95Jy 100Jy 116Jy 127Jy 144Jy 156Jy 210Jy cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS AOR labels 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 323A 3.2.1 Absolute flux calibration 1.1.14 Establish the detector linearity RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 3.2.4 Establish the linearity of the full system 3.2.3 Calibrate the photometer’s non-linearity 50 – 250 Jy Measurement description chopped point source photometry high gain, dithered blue, green & redcovered filter flux range in≈ each filter ID: RPPhotFlux A Table 39: Summary of AORs for the photometer non-linearity assessment in chop/nod point source mode. The final total time is 2.6600 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 149 observing constraints cycle#33 cycle#33 cycle#34 cycle#34 cycle#35 cycle#35 cycle#36 cycle#36 cycle#37 cycle#37 cycle#38 cycle#38 cycle#39, OD 726 cycle#39, OD 726 cycle#40, OD 743 cycle#40, OD 743 Sect. 6.3.2 Sect. 6.3.2 cycle#73, OD 1202 cycle#73, OD 1202 cycle#39, OD 726 cycle#39, OD 726 cycle#40, OD 743 cycle#40, OD 743 cycle#41, OD 759 cycle#41, OD 759 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 01 01 alpTau alpTau 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 05 05 05 05 Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta Ceres Ceres Ceres Ceres Ceres Ceres Hygiea Hygiea Hygiea Hygiea Vesta Vesta Vesta Vesta blu blu c35 c35 c36 c36 c37 c37 c38 c38 c39 c39 c40 c40 c39 c39 c40 c40 c41 c41 c33 c33 c34 c34 c71 c71 c73 c73 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu 169sky 169sky s s 52Jy 52Jy 61Jy 61Jy 106Jy 106Jy 120Jy 120Jy 132Jy 132Jy 159Jy 159Jy 176Jy 176Jy 211Jy 211Jy 71Jy 71Jy 88Jy 88Jy 166Jy 166Jy 174Jy 174Jy 202Jy 202Jy 324C 324C AOR labels 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 3.2.1 Absolute flux calibration 1.1.14 Establish the detector linearity 3.2.4 Establish the linearity of the full system 3.2.3 Calibrate the photometer’s non-linearity RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 50 – 250 Jy Measurement description PS scan map photometry,10 high legs, gain 3’ length,70,110 4” deg sep. blue, green & redcovered filter flux range in≈ each filter ID: RPPhotFlux B Table 40: Summary of AORs for the photometer non-linearity assessment in scan map point source mode. The final total time is 6.9876 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 150 observing constraints cycle#42, OD 769 cycle#42, OD 769 cycle#43, OD 782 cycle#43, OD 782 cycle#75, OD 1237 cycle#75, OD 1237 cycle#76, OD 1244 cycle#76, OD 1244 cycle#37 cycle#37 cycle#38 cycle#38 cycle#39, OD 726 cycle#39, OD 726 cycle#40, OD 743 cycle#40, OD 743 cycle#39, OD 726 cycle#39, OD 726 cycle#40, OD 743 cycle#40, OD 743 cycle#41, OD 759 cycle#41, OD 759 cycle#42, OD 769 cycle#42, OD 769 cycle#43, OD 782 cycle#43, OD 782 cycle#75, OD 1237 cycle#75, OD 1237 cycle#76, OD 1244 cycle#76, OD 1244 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 03 03 03 03 03 03 03 03 05 05 06 06 03 03 03 03 03 03 03 03 05 05 06 06 03 03 03 03 03 03 Vesta Vesta Vesta Vesta Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Vesta Vesta Vesta Vesta Ceres Ceres c39 c39 c40 c40 c40 c40 c41 c41 c42 c42 c43 c43 c75 c75 c76 c76 c42 c42 c43 c43 c75 c75 c76 c76 c37 c37 c38 c38 c39 c39 blu blu blu blu blu blu blu blu grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn grn 222Jy 222Jy 251Jy 251Jy 274Jy 274Jy 370Jy 370Jy 75Jy 75Jy 90Jy 90Jy 100Jy 100Jy 120Jy 120Jy 95Jy 95Jy 100Jy 100Jy 116Jy 116Jy 127Jy 127Jy 144Jy 144Jy 156Jy 156Jy 210Jy 210Jy 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 323B 3.2.1 Absolute flux calibration 1.1.14 Establish the detector linearity 3.2.4 Establish the linearity of the full system 3.2.3 Calibrate the photometer’s non-linearity RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Measurement description ID: RPPhotFlux Table 40: continued. Summary of AORs for the photometer non-linearity assessment in scan map point source mode. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 151

6.3.2 Simultaneous Observation of Two Calibration Sources

Simultaneous Observation of Two Prime Standards Beginning of August 2012 asteroid 4 Vesta will pass within less than 14’ north of the star α Tau. This gives the opportunity to observe both sources in one measurement for a direct ﬂux comparison of one of the stellar prime standards and one of the reliable asteroid calibrators. The moment of closest encounter is around 2012-Aug-05 14:20 UT with Vesta at RA = 68.95093 deg and DEC = +16.72790 deg.

For diﬀerent time periods around the encounter, Vesta has the following distances to α Tau:

13.28’: 2012-Aug-05 12:56 ... 2012-Aug-05 15:47 15.00’: 2012-Aug-05 06:09 ... 2012-Aug-05 22:35 18.00’: 2012-Aug-05 00:12 ... 2012-Aug-06 04:34 20.00’: 2012-Aug-04 20:58 ... 2012-Aug-06 07:49

The observations are the last ones on OD 1179. The time line of the observations on OD 1179 (2012-08-05T) is the following (timings are approximate, since ﬁnal slew to DTCP-1180 initial pointing has to be included, 500 s duration are assumed here):

1) PACS/SPIRE parallel mode observation start 12:50:20, duration 1854 s (+30:54 min) 2) PACS prime mode 70+160 µm observation start 13:22:13, duration 1576 s (+26:16 min) 3) PACS prime mode 100+160 µm observation start 13:49:28, duration 1576 s (+26:16 min) 4) ﬁnal slew to DTCP-1180 start position ﬁnished on 2012-08-05T14:24:04 (DTCP-1180 start)

With α Tau at RA = 68.980166 deg, Dec = +16.509302 deg, the mid-positions between both targets for the mid-AOR times are:

1) RA = 68.95563 deg, DEC = +16.61740 deg RA = 04h35m49.35s, DEC = +16d37m02.6s 2) RA = 68.96047 deg, DEC = +16.61798 deg RA = 04h35m50.51s, DEC = +16d37m04.7s 3) RA = 68.96431 deg, DEC = +16.61845 deg RA = 04h35m51.43s, DEC = +16d37m06.4s with position angle = 79.0 deg and solar aspect angle = 63.5 deg (for 2012-Aug-05 14:20). The lay-out of the observational strategy for mapping the encounter both in PACS-P prime mode and in SPIRE- P/PACS-P parallel mode is shown by the coverage maps depicted in Fig. 31. For an optimum execution of the PACS-P prime map, there is only a slot of 2 h, whereas for the parallel mode map there is a flexibility of 34.5 h. Details of the PACS prime mode observations are listed below in Tables 41 and 42, while the parallel mode observations are listed and described in Sect. 10.7. Close Encounter between Asteroids 1 Ceres & 87 Sylvia End of February 2013 asteroid 87 Sylvia will pass prime standard asteroid 1 Ceres within about 30”. This gives the opportunity to observe both sources in one measurement for a direct flux comparison of one of the reliable asteroid calibrators with another asteroid, for which a flux prediction can be done. The encounter will be imaged at two different distances allowing to test PSF photometry tools. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 152

Figure 31: Lay-out of the observational strategy for mapping the encounter both in PACS-P prime mode (top) and SPIRE-P/PACS-P parallel mode (bottom). Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 153 Tau α 4 Vesta sources of reliable with stellar close encounter close encounter prime standard asteroid 1 Ceres asteroid standard of asteroid 87 Sylvia with prime standard 1.0 0.5 (h) total time once once frequency blue & green filter blue & green filter (red simultaneous) (red simultaneous) 0.5 (h) 0.25 basic duration AOT AOT AOT/CUS (N-S) o 14:20Z 66” sep. 3.2.4 Establish the linearity of the full system o ≈ separation ≈ separation (medium) (medium) 00 00 /s /s 00 00 leg, 20 legs, 5 leg, 20 legs, 4 0 0 Measurement description specially designed scan map taking into account constellation at given date asteroid passes north ofon star 05-Aug-2012 at scan speed 20 1 repetition 20 orientation on sky 169.7/171.7 no cross-scan specially designed scan map taking into account constellation at given date asteroid Sylvia at scan speed 20 5 array orientation 20 no cross-scan ID: RPPhotFlux C D Table 41: Observational details of photometer simulataneous measurement of 2 prime standards. The total estimated time of this test block is 1.5 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 154 observing constraints cycle#71, OD 1179 cycle#71, OD 1179 cycle#86, OD 1386 cycle#86, OD 1386 (h) duration 0.4878 0.4878 01 01 01 01 alpTau alpTau Ceres+Sylvia Ceres+Sylvia blu grn Vesta Vesta blue grn 200Jy 200Jy 020 020 AOR labels 169sky 169sky sPS sPS s s 324C 324C 324D 324D 3.2.4 Establish the linearity of the full system RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due to PACS switch-off on OD 1381 (AR-103) (N-S) Observations are designed for scheduling at the very end of OD 1179 Observations are designed for scheduling at the very end of OD 1386 o 14:30Z 66” sep. o ≈ separation ≈ separation (medium) (medium) 00 00 /s /s 00 00 leg, 20 legs, 5 leg, 20 legs, 4 0 0 Measurement description specially designed scan map taking into account constellation at given date asteroid passes north ofon star 05-Aug-2012 at blue & green filter scan speed 20 1 repetition 20 orientation on sky 169.7/171.7 specially designed scan map taking into account constellation at given date asteroid Sylvia at blue & green filter scan speed 20 1 repetition 5 array orientation 20 ID: RPPhotFlux C D Table 42: Summary of AORs for the photometer simultaneous measurement of 2 prime standards with scan maps. The final total time is 0.9756 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 155 100 Jy) > sources FIR sources bright ( 6.6 1.9 (h) total time 3 times frequency one-time test 1.9 2.8 1.9 (h) basic duration CUS AOT/CUS AOT/CUS 3.2.8 Measure the photometer full system flat-field separation orientation separation (low) 00 ◦ 00 /s 00 leg, 66 legs, 3 leg, 100 legs, 2 0 0 Measurement description non-standard scan map photometry scan speed 10 inst. ref. with1 90 repetition blue & green filter6 (red simultaneous) (up to cycle#19) 6 (from cycle#43) test in cycle#30: 2 maps shifted byto 1.5” each relative other forpixel better coverage by a compact source From HSpot 5.0 onwards in non-standard CUS mode, since 10”/s scan speed has been deprecated for PacsPhoto AOT Table 43: Observational details of photometer flat-field monitoring. The total estimated time of this test block is 8.5 h. ID: RPPhotFlux A 6.4 Monitor the photometer’s flat-field on external sources This program builds up the photometer in-flight flat-field. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 156 observing constraints cycle#12 cycle#12 cycle#19 cycle#19 cycle#43 cycle#43 cycle#30, OD 607 cycle#30, OD 607 (h) duration 0.9653 0.9653 0.9150 0.9150 1.3872 1.3872 0.9150 0.9150 0003 0003 03 03 0001 0001 0002 0002 Arp220 Arp220 NGC6543 NGC6543 1 2 NGC6543 Arp220 NGC6543 Arp220 blu grn blu blu blu grn blu grn FlatField FlatField FlatField FlatField FlatField FlatField FlatField FlatField AOR labels StdScan StdScan StdScan StdScan nStdScan nStdScan nStdScan nStdScan 328A 328A 328A 328A 328A 328A 328A 328A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 3.2.8 Measure the photometer full system flat-field orientation separation separation (low) ◦ 00 00 /s 00 Table 44: Summary of AORs for the photometer flat-field monitoring. The final total time is 8.3650 h. 100 Jy) source > From HSpot 5.0 onwards in non-standard CUS mode, since 10”/s scan speed has been deprecated for PacsPhoto AOT leg, 66 legs, 3 leg,100 legs, 2 0 0 Measurement description scan map photometry scan speed 10 inst. ref. withblue 90 & green filteron (red bright simultaneous) ( 6 (up to cycle#19) 6 (from cycle#43) test in cycle#30: 2 maps shifted byto 1.5” each relative other forpixel better coverage by a compact source ID: RPPhotFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 157 sources Sect. 4.4 dark sky field 9.0 (h) total time frequency every 12 months 1.0 (h) basic duration CUS AOT/CUS 1.1.16 Measure the signal dependence on chopping frequency selection of blue filter and CS depends on actual flux contrast found in-orbit measurement must be split into several entities scheduled on different ODs to avoid TM excess Measurement description chop between CS andchopper sky throw off-centre TBD (e.g.buffer 21196 transmission – mode 7134) (24 min per setting) 1 blue and reddirect filter mode 3 bias settings low, nominal, high bias 7 chopper frequencies 40, 2, 3, 4,read-outs 6, per 8, chopper 10, plateau 16 (40 Hz sampling) ID: RPPhotBol B 6.5 Monitor the photometer signal dependence on chopper frequency 9.0 h. This programs verifies the constancy of theTable bolometer 45: time constants. Observational details of photometer signal dependence on chopper frequency monitoring. The total estimated time of this test block is Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 158 observing constraints cycle#20 cycle#20 cycle#20 cycle#46, OD 830 cycle#46, OD 831 cycle#46, OD 832 cycle#72, OD 1193 cycle#72, OD 1194 cycle#72, OD 1195 (h) duration 0.9372 0.9372 0.9372 0.9372 0.9372 0.9372 0.9372 0.9372 0.9372 0001 0001 0002 0002 0003 0003 0001 0002 0003 Lbias Nbias Hbias Lbias Nbias Hbias Lbias Nbias Hbias DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField timeConst timeConst timeConst timeConst timeConst timeConst timeConst timeConst timeConst AOR labels nStd nStd nStd nStd nStd nStd nStd nStd nStd 1116B 1116B 1116B 1116B 1116B 1116B 1116B 1116B 1116B RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol RPPhotBol schedule related with responsivity AORs, cf. Tab 23 1.1.16 Measure the signal dependence on chopping frequency selection of blue filter and CS depends on actual flux contrast found in-orbit measurement split into 1 h entities to be scheduled on different ODs to avoid TM excess Measurement description chop between CS andchopper sky throw off-centre TBD (e.g.buffer 21196 transmission – mode 7134) (24 min per setting) 1 blue and reddirect filter mode 3 bias settings low, nominal, high bias 7 chopper frequencies 40, 2, 3, 4,read-outs 6, per 8, chopper 10, plateau 16 (40 Hz sampling) Table 46: Summary of AORs for the photometer signal dependence on chopper frequency monitoring. The final total time is 8.4348 h. ID: RPPhotBol B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 159 PN sources Sect. 4.2 (h) 40.0 total time frequency every month 1.0 (h) basic duration AOT AOT/CUS 4.2.1 Grating wavelength calibration m m µ µ Measurement description standard chopped line scans for 6 fine structurein lines ranges A andA: B 57.33, 63.19, 145.54 B: 88.36, 121.80, 157.54 chopper throw L ID: RPSpecWave A Table 47: Observational details of spectrometer wavelength monitoring. The total estimated time of this test block is 40.0 h. 6.6 Monitoring of wavelength stability of PACStarget, spectrometer the intensity distribution in a PACS-S spaxel is varying with time. This measurement provides the spectrometer relative wavelength uncertainty. Note, that due to the rotation of the focal plane wrt. the celestial Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 160 observing constraints cycle#4 cycle#4 cycle#8 cycle#8 cycle#10 cycle#10 cycle#12 cycle#12 cycle#14 cycle#14 cycle#16 cycle#16 cycle#20 cycle#20 cycle#22 cycle#22 cycle#25 cycle#25 cycle#26 cycle#26 cycle#28 cycle#28 cycle#30 cycle#30 cycle#32 cycle#32 cycle#34 cycle#34 cycle#36 cycle#36 cycle#38 cycle#38 (h) duration 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 0012 0013 0014 0015 0016 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 0012 0013 0014 0015 0016 A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 AOR labels StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 4.2.1 Grating wavelength calibration RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave not executed due toRPSpecWave PACS switch-off on ODRPSpecWave 523 (AR-76) RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave m m µ µ Measurement description standard chopped line scans for 6 fine structurein lines ranges A andA: B 57.33, 63.19, 145.54 B: 88.36, 121.80, 157.54 chopper throw L ID: RPSpecWave A Table 48: Summarywere of scheduled AORs every of two weeks, spectrometer which wavelength leads monitoring. to The a final slight total time time excess is wrt. 41.4540 the h. estimation. Towards the end of the mission the AORs Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 161 observing constraints cycle#40 cycle#40 cycle#42 cycle#42 cycle#44 cycle#44 cycle#46 cycle#46 cycle#48 cycle#48 cycle#50 cycle#50 cycle#52 cycle#52 cycle#54 cycle#54 cycle#56 cycle#56 cycle#58 cycle#58 cycle#60 cycle#60 cycle#62 cycle#62 cycle#64 cycle#64 cycle#67 cycle#67 cycle#68 cycle#68 cycle#70 cycle#70 (h) duration 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0017 0018 0019 0020 0021 0022 0023 0024 0025 0026 0027 0028 0029 0030 0031 0032 0017 0018 0019 0020 0021 0022 0023 0024 0025 0026 0027 0028 0029 0030 0031 0032 A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS AOR labels 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 4.2.1 Grating wavelength calibration RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave postponed due to PACS SPU-SRPSpecWave anomaly (AR-98) RPSpecWave RPSpecWave RPSpecWave Table 48: continued. Summary of AORs of spectrometer wavelength monitoring. Measurement description ID: RPSpecWave Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 162 observing constraints cycle#72 cycle#72 cycle#74 cycle#74 cycle#76 cycle#76 cycle#78 cycle#78 cycle#80 cycle#80 cycle#82 cycle#82 cycle#84 cycle#84 cycle#87 cycle#87 cycle#88 cycle#88 cycle#89 cycle#89 cycle#90 cycle#90 cycle#91 cycle#91 (h) duration 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0.5014 0.4856 0033 0034 0035 0036 0037 0038 0039 0040 0041 0042 0043 0044 0033 0034 0035 0036 0037 0038 0039 0040 0041 0042 0043 0044 A B A B A B A B A B A B A B A B A B A B A B A B NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 NGC6543 AOR labels StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 421A 4.2.1 Grating wavelength calibration RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave postponed due to PACS switch-offRPSpecWave on OD 1381RPSpecWave (AR-103) RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave delivered but not executed due to end-LHe in DTCP-1447 Table 48: continued. Summary of AORs of spectrometer wavelength monitoring. Measurement description ID: RPSpecWave Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 163 sources Sect. 4.1.3 secondary standard (h) 77.0 total time per cycle frequency once and 2 times 3 times per month alternating between (h) 0.67 basic duration AOT AOT/CUS 4.3.4 Flux reproducibility external sources, spectrometer Measurement description standard range scan at 3 key wavelengthB2A: combinations 60(2nd order)/120(1st order) B2B: 75(2nd order)/150(1st order) B3A: 60(3rd order)/180(1st order) 1 always visible, non-variable bright star ID: RPSpecFlux A Table 49: Observational details of spectrometer absolute flux calibration monitoring. The total estimated time of this test block is 77.0 h. 6.7 Monitor the absolute flux calibration reproducibility of the spectrometer on external sources variations of the Ge:Ga detectors and pointing offsets. This measurement block provides the spectrometer relative flux uncertainty. Uncertainties in the flux calibratiion are introduced both by responsivity Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 164 observing constraints cycle#2 cycle#2 cycle#2 cycle#4 cycle#4 cycle#4 cycle#5 cycle#5 cycle#5 cycle#7 cycle#7 cycle#7 cycle#8 cycle#8 cycle#8 cycle#9 cycle#9 cycle#9 cycle#10 cycle#10 cycle#10 cycle#12 cycle#12 cycle#12 cycle#14 cycle#14 cycle#14 cycle#15 cycle#15 cycle#15 cycle#16 cycle#16 cycle#16 (h) duration 0.2267 0.2261 0.2255 0.2267 0.2261 0.2255 0.2267 0.2261 0.2255 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0006 0006 0007 0007 0008 0008 0009 0009 0010 0010 0011 0011 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.4 Flux reproducibility external sources, spectrometer Table 50: Summary of AORs for the spectrometer absolute flux calibration monitoring. The final total time is 74.4921 h. Measurement description standard range scans at 3 key wavelengthB2A: combinations 60(2nd order)/120(1st order) B2B: 75(2nd order)/150(1st order) B3A: 60(3rd order)/180(1st order) ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 165 observing constraints cycle#17 cycle#17 cycle#17 cycle#18 cycle#18 cycle#18 cycle#19 cycle#19 cycle#19 cycle#20 cycle#20 cycle#20 cycle#21 cycle#21 cycle#21 cycle#22 cycle#22 cycle#22 cycle#24, OD 516 cycle#24, OD 516 cycle#24, OD 516 cycle#25, OD 526 cycle#25, OD 526 cycle#25, OD 526 cycle#25 cycle#25 cycle#25 cycle#25 cycle#25 cycle#25 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0012 0012 0013 0013 0014 0014 0015 0015 0016 0016 0017 0017 0018 0018 0019 0019 0020 0020 0021 0021 0012 0013 0014 0015 0016 0017 0018 0019 0020 0021 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toin instrument period anomaly ODs & 421RPSpecFlux investigation – 434 RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toRPSpecFlux PACS switch-off on ODRPSpecFlux 523 (AR-76) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 166 observing constraints cycle#26 cycle#26 cycle#26 cycle#27 cycle#27 cycle#27 cycle#28, OD 570 cycle#28, OD 570 cycle#28, OD 570 cycle#28, OD 580 cycle#28, OD 580 cycle#28, OD 580 cycle#29, OD 589 cycle#29, OD 589 cycle#29, OD 589 cycle#30, OD 598 cycle#30, OD 598 cycle#30, OD 598 cycle#30, OD 608 cycle#30, OD 608 cycle#30, OD 608 cycle#31, OD 617 cycle#31, OD 617 cycle#31, OD 617 cycle#32, OD 629 cycle#32, OD 629 cycle#32, OD 629 cycle#33, OD 637 cycle#33, OD 637 cycle#33, OD 637 cycle#33, OD 649 cycle#33, OD 649 cycle#33, OD 649 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0022 0022 0023 0023 0024 0024 0025 0025 0026 0026 0027 0027 0028 0028 0029 0029 0030 0030 0031 0031 0032 0032 0022 0023 0024 0025 0026 0027 0028 0029 0030 0031 0032 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 167 observing constraints cycle#34, OD 656 cycle#34, OD 656 cycle#34, OD 656 cycle#35, OD 665 cycle#35, OD 665 cycle#35, OD 665 cycle#35, OD 677 cycle#35, OD 677 cycle#35, OD 677 cycle#36, OD 686 cycle#36, OD 686 cycle#36, OD 686 cycle#37, OD 697 cycle#37, OD 697 cycle#37, OD 697 cycle#37, OD 706 cycle#37, OD 706 cycle#37, OD 706 cycle#38, OD 716 cycle#38, OD 716 cycle#38, OD 716 cycle#39, OD 726 cycle#39, OD 726 cycle#39, OD 726 cycle#39, OD 734 cycle#39, OD 734 cycle#39, OD 734 cycle#40, OD 745 cycle#40, OD 745 cycle#40, OD 745 cycle#41, OD 755 cycle#41, OD 755 cycle#41, OD 755 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0033 0033 0034 0034 0035 0035 0036 0036 0037 0037 0038 0038 0039 0039 0040 0040 0041 0041 0042 0042 0043 0043 0033 0034 0035 0036 0037 0038 0039 0040 0041 0042 0043 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 168 observing constraints cycle#42, OD 764 cycle#42, OD 764 cycle#42, OD 764 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#43, OD 783 cycle#43, OD 783 cycle#43, OD 783 cycle#44, OD 792 cycle#44, OD 792 cycle#44, OD 792 cycle#44, OD 802 cycle#44, OD 802 cycle#44, OD 802 cycle#45, OD 812 cycle#45, OD 812 cycle#45, OD 812 cycle#46, OD 822 cycle#46, OD 822 cycle#46, OD 822 cycle#46, OD 830 cycle#46, OD 830 cycle#46, OD 830 cycle#47, OD 839 cycle#47, OD 839 cycle#47, OD 839 cycle#48, OD 850 cycle#48, OD 850 cycle#48, OD 850 cycle#48, OD 860 cycle#48, OD 860 cycle#48, OD 860 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0044 0044 0045 0045 0046 0046 0047 0047 0048 0048 0049 0049 0050 0050 0051 0051 0052 0052 0053 0053 0054 0054 0044 0045 0046 0047 0048 0049 0050 0051 0052 0053 0054 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 169 observing constraints cycle#49, OD 867 cycle#49, OD 867 cycle#49, OD 867 cycle#49, OD 874 cycle#49, OD 874 cycle#49, OD 874 cycle#50, OD 884 cycle#50, OD 884 cycle#50, OD 884 cycle#51, OD 894 cycle#51, OD 894 cycle#51, OD 894 cycle#51, OD 902 cycle#51, OD 902 cycle#51, OD 902 cycle#52, OD 912 cycle#52, OD 912 cycle#52, OD 912 cycle#53, OD 920 cycle#53, OD 920 cycle#53, OD 920 cycle#53, OD 928 cycle#53, OD 928 cycle#53, OD 928 cycle#54, OD 938 cycle#54, OD 938 cycle#54, OD 938 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 958 cycle#55, OD 958 cycle#55, OD 958 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0055 0055 0056 0056 0057 0057 0058 0058 0059 0059 0060 0060 0061 0061 0062 0062 0063 0063 0064 0064 0065 0065 0055 0056 0057 0058 0059 0060 0061 0062 0063 0064 0065 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 170 observing constraints cycle#56, OD 966 cycle#56, OD 966 cycle#56, OD 966 cycle#57, OD 975 cycle#57, OD 975 cycle#57, OD 975 cycle#57, OD 984 cycle#57, OD 984 cycle#57, OD 984 cycle#58, OD 992 cycle#58, OD 992 cycle#58, OD 992 cycle#59, OD 1002 cycle#59, OD 1002 cycle#59, OD 1002 cycle#59, OD 1013 cycle#59, OD 1013 cycle#59, OD 1013 cycle#60, OD 1021 cycle#60, OD 1021 cycle#60, OD 1021 cycle#60, OD 1028 cycle#60, OD 1028 cycle#60, OD 1028 cycle#61, OD 1036 cycle#61, OD 1036 cycle#61, OD 1036 cycle#62, OD 1046 cycle#62, OD 1046 cycle#62, OD 1046 cycle#63, OD 1059 cycle#63, OD 1059 cycle#63, OD 1059 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0066 0066 0067 0067 0068 0068 0069 0069 0070 0070 0071 0071 0072 0072 0073 0073 0074 0074 0075 0075 0076 0076 0066 0067 0068 0069 0070 0071 0072 0073 0074 0075 0076 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 171 observing constraints cycle#63, OD 1068 cycle#63, OD 1068 cycle#63, OD 1068 cycle#64, OD 1076 cycle#64, OD 1076 cycle#64, OD 1076 cycle#64, OD 1084 cycle#64, OD 1084 cycle#64, OD 1084 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#66, OD 1104 cycle#66, OD 1104 cycle#66, OD 1104 cycle#67, OD 1113 cycle#67, OD 1113 cycle#67, OD 1113 cycle#67, OD 1124 cycle#67, OD 1124 cycle#67, OD 1124 cycle#68, OD 1133 cycle#68, OD 1133 cycle#68, OD 1133 cycle#69, OD 1143 cycle#69, OD 1143 cycle#69, OD 1143 cycle#69, OD 1153 cycle#69, OD 1153 cycle#69, OD 1153 cycle#70, OD 1163 cycle#70, OD 1163 cycle#70, OD 1163 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0077 0077 0078 0078 0079 0079 0080 0080 0081 0081 0082 0082 0083 0083 0084 0084 0085 0085 0086 0086 0087 0087 0077 0078 0079 0080 0081 0082 0083 0084 0085 0086 0087 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 172 observing constraints cycle#71, OD 1172 cycle#71, OD 1172 cycle#71, OD 1172 cycle#71, OD 1181 cycle#71, OD 1181 cycle#71, OD 1181 cycle#72, OD 1188 cycle#72, OD 1188 cycle#72, OD 1188 cycle#73, OD 1198 cycle#73, OD 1198 cycle#73, OD 1198 cycle#73, OD 1209 cycle#73, OD 1209 cycle#73, OD 1209 cycle#74, OD 1217 cycle#74, OD 1217 cycle#74, OD 1217 cycle#75, OD 1230 cycle#75, OD 1230 cycle#75, OD 1230 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#76, OD 1246 cycle#76, OD 1246 cycle#76, OD 1246 cycle#77, OD 1256 cycle#77, OD 1256 cycle#77, OD 1256 cycle#77, OD 1266 cycle#77, OD 1266 cycle#77, OD 1266 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0088 0088 0089 0089 0090 0090 0091 0091 0092 0092 0093 0093 0094 0094 0095 0095 0096 0096 0097 0097 0098 0098 0088 0089 0090 0091 0092 0093 0094 0095 0096 0097 0098 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 173 observing constraints cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#80, OD 1295 cycle#80, OD 1295 cycle#80, OD 1295 cycle#80, OD 1306 cycle#80, OD 1306 cycle#80, OD 1306 cycle#81, OD 1312 cycle#81, OD 1312 cycle#81, OD 1312 cycle#81, OD 1322 cycle#81, OD 1322 cycle#81, OD 1322 cycle#82, OD 1334 cycle#82, OD 1334 cycle#82, OD 1334 cycle#83, OD 1342 cycle#83, OD 1342 cycle#83, OD 1342 cycle#84, OD 1351 cycle#84, OD 1351 cycle#84, OD 1351 cycle#84, OD 1362 cycle#84, OD 1362 cycle#84, OD 1362 cycle#85, OD 1370 cycle#85, OD 1370 cycle#85, OD 1370 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0099 0099 0100 0100 0101 0101 0102 0102 0103 0103 0104 0104 0105 0105 0106 0106 0107 0107 0108 0108 0109 0109 0099 0100 0101 0102 0103 0104 0105 0106 0107 0108 0109 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 174 observing constraints cycle#86, OD 1382 cycle#86, OD 1382 cycle#86, OD 1382 cycle#86, OD 1391 cycle#86, OD 1391 cycle#86, OD 1391 cycle#87, OD 1401 cycle#87, OD 1401 cycle#87, OD 1401 cycle#88, OD 1412 cycle#88, OD 1412 cycle#88, OD 1412 cycle#89, OD 1423 cycle#89, OD 1423 cycle#89, OD 1423 cycle#89, OD 1432 cycle#89, OD 1432 cycle#89, OD 1432 cycle#90, OD 1442 cycle#90, OD 1442 cycle#90, OD 1442 cycle#91, OD 1449 cycle#91, OD 1449 cycle#91, OD 1449 cycle#91, OD 1462 cycle#91, OD 1462 cycle#91, OD 1462 (h) duration 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0.2242 0.2236 0.2231 0110 0110 0111 0111 0112 0112 0113 0113 0114 0114 0115 0115 0116 0116 0117 0117 0118 0118 0110 0111 0112 0113 0114 0115 0116 0117 0118 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 HD161796 RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A RepFluxB2A RepFluxB2B RepFluxB3A AOR labels nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 434A 4.3.4 Flux reproducibility external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux not executed due toRPSpecFlux PACS switch-off on ODRPSpecFlux 1381 (AR-103) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux delivered but not executed due to end-LHe in DTCP-1447 Table 50: continued. Summary of AORs for the spectrometer absolute flux calibration monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 175 ) × ) ) ) ) × ) ) × (21 × × × (4 × (3 (2 (3 Hebe Vesta Thisbe Hygiea Europa Boo period 6 Juno(2 Pallas(2 Ceres α cycle#76-88 Uranus Neptune HD 161796 ) × ) ) ) ) ) × × (23 × × × (2 (2 (3 (2 Tau Dra Juno Hebe Vesta γ α Pallas Thisbe Europa Boo period 5 Ceres α Hygiea(2 cycle#61-75 Uranus Neptune HD 161796 ) × ) ) ) ) × ) × (24 × × (2 × (2 (2 Cet Dra Juno Hebe α Vesta γ Ceres Pallas Tau(4 Hygiea Europa Boo period 4 α α Thisbe(2 cycle#46-60 Uranus Neptune HD 161796 ) ) × ) ) ) ) × ) ) × × × × (3 × × (3 (3 Cet Tau Hebe α α Pallas Boo Callisto period 3 Vesta(3 Ceres(2 α Hygiea(3 Europa(2 cycle#31-45 Uranus Neptune HD 161796(21 ) × ) ) ) × (18 × × (2 (4 Cet Peg Tau Dra Hebe α β γ α Pallas Thisbe Boo period 2 Neptune Ceres(2 α cycle#16-30 Uranus HD 161796 ) × ) ) ) m) and source trace matrix for spectrometer absolute flux and linearity calibration at key wavelengths. Sources in (11 × × × µ (2 Vesta Tau(2 Peg period 1 Ceres(2 α β cycle#1-15 HD 161796 300. (Jy) > 3.00-10.0 1.00–3.00 10.0–30.0 30.0–100. 100.–300. flux range 6.8 Monitor linearity with flux of the spectrometer provide measurement redundancy. Theeach measurements observation are on the range internal scans calibration around sources. the The key sources wavelengths, the arebold listed type are in of used Table measurement51 . for which both is chop/nod executed and for unchopped calibration. This comprises observations labelled 433A, 433B and 434A(cf. Sect 6.7 ). This is the centralwhich program also of allows the to spectrometer check absolute the flux detector calibration. linearity over A this range flux of range. standards from Measurements few onTable Jy the 51: up same to standards about Flux are 1000 repeated range Jy on (at provide longer a 100 time flux intervals grid to Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 176 planets sources Mrk 231 asteroids Sect. 4.1.1 Sect. 4.1.1 Sect. 4.1.3 fiducial stars fiducial stars secondary standard 2.0 (h) 50.4 23.2 19.9 total time ) × 3 ≈ 1 source 4 sources frequency 12 sources 2 faint sources every 6 months every 6 months AOT validation 2 fainter sources cross-calibration 2 brighter sources occasionally( with chopped mode unchopped line scan 0.7 9.2 3.7 5.5 (h) 0.11 0.67 (0.11) 0.11/0.16 4.3.5 Linearity with flux basic duration CUS AOT AOT (CUS) AOT/CUS 4.3.3 Absolute flux calibration external sources, spectrometer m) m) m) µ µ µ 1 Jy) ≈ m m m µ µ µ Measurement description chop/nod range scan at 3 key wavelengths A: B3A - R1A: (60 B2A - R1B: (120 B2B - R1high (75 sampling density fainter sources: 2 range repetitions 1 chop/nod cycle bright sources: 1 range repetition 1 chop/nod cycle faint source ( 2 chop/nod cycles 4 range repetitions 3 chop/nod cycles 4 range repetitions unchopped range scan at 3 key wavelengths B2A, B2B, B3A high sampling density 2 range repetitions +off-position per key wavelength unchopped line scan 3 lines [NII] 122 [NIII] 57 [OIII] 88 on/off nod pattern ID: RPSpecFlux A B C Table 52: Observational details of spectrometer flux linearity monitoring. The total estimated time of this test block is 104.7 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 177 sources Mrk 231 Sect. 6.6 same source as for wavelength monitoring 1.8 0.9 (h) total time 1 source 1 source frequency AOT validation line flux calibration unchopped line scan unchopped line scan 0.6 0.9 (h) basic duration AOT AOT AOT/CUS 4.3.3 Absolute flux calibration external sources, spectrometer m m µ µ Table 53: continued. Observational details of spectrometer flux linearity monitoring. m m µ µ m µ Measurement description unchopped line scan 3 lines [CII] 158 [OI] 63 [OIII] 88 on/off nod pattern various off-positions unchopped line scan for 6 fine structurein lines ranges A andA: B 57.33, 63.19, 145.54 B: 88.36, 121.80, 157.54 1 grating scan 1 – 2 lineoff: repetitions ∆ RA = 3’, ∆ DEC = 3’ ID: RPSpecFlux D E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 178 R Dor sources same source as for F 1.9 2.0 1.2 1.4 (h) total time range) range) frequency comparison comparison (several lines inside (several lines inside line flux comparison line flux comparison line & continuum flux line & continuum flux chopped vs. unchopped chopped vs. unchopped unchopped vs. chopped unchopped vs. chopped 1.5 0.4 0.4 0.7 0.9 0.9 0.3 0.3 0.5 0.6 (h) basic duration AOT AOT AOT AOT AOT/CUS 4.3.3 Absolute flux calibration external sources, spectrometer Table 54: continued. Observational details of spectrometer flux linearity monitoring. m (1st order) m (1st order) µ µ m (3rd order) & m (2nd order) m (3rd order) & m (2nd order) µ µ µ µ Measurement description chopped range scan medium chopper throw high density sampling 1 repetition ranges: 55.6 – 58.4 111.2 – 116.8 89.2 – 90.7 chopped SED scan medium chopper throw 1 repetition ranges: B2A B2B B3A unchopped range scan + off-position ∆ DEC =high +3’ density sampling 1 repetition ranges: 55.6 – 58.4 111.2 – 116.8 89.2 – 90.7 unchopped SED scan + off-position ∆ DEC =1 +3’ repetition ranges: B2A B2B B3A ID: RPSpecFlux F G Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 179 observing constraints cycle#30 cycle#30 cycle#49 cycle#49 cycle#70 cycle#70 cycle#20 cycle#20 cycle#31 cycle#31 cycle#58 cycle#58 cycle#15 cycle#15 cycle#27 cycle#27 cycle#17 cycle#17 cycle#20 cycle#20 cycle#28 cycle#28 cycle#43 cycle#43 cycle#56, OD 969 cycle#56, OD 969 cycle#69, OD 1148 cycle#69, OD 1148 cycle#71 cycle#71 cycle#84, OD 1356 cycle#84, OD 1356 (h) 2.1031 1.5569 2.1031 1.5569 2.1031 1.5569 0.5719 0.4314 3.1292 2.3097 3.1292 2.3097 0.5719 0.4314 0.5719 0.4314 0.5719 0.4314 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 duration 0001 0002 0003 0001 0002 0003 0001 0002 0003 0004 0005 0006 0007 0008 0001 0002 0003 0004 0005 0006 0007 0008 0001 0002 0001 0002 0001 0002 0003 0001 0002 0003 GammaDra GammaDra GammaDra alpCet alpCet alpCet betPeg betPeg AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo GammaDra GammaDra GammaDra alpCet alpCet alpCet betPeg betPeg AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AlphaBoo AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux m) m) m) µ µ µ Measurement description chop/nod range scan at 3 key wavelengths A: B3A - R1A: (60 B2A - R1B: (120 B2B - R1high (75 sampling density fainter sources: 1 chop/nod cycle 2 range repetitions bright sources: 1 chop/nod cycle 1 range repetition faintest sources 2 – 3 chop/nod4 cycles range repetitions ID: RPSpecFlux A Table 55: Summary of AORs for the spectrometer flux linearity monitoring in chopped mode. The final total time is 74.6708 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 180 observing constraints cycle#8 cycle#8 cycle#9 cycle#9 cycle#22 cycle#22 cycle#23 cycle#23 cycle#46, OD 826 cycle#46, OD 826 cycle#48 cycle#48 cycle#49 cycle#49 cycle#60, OD 1028 cycle#60, OD 1028 cycle#61 cycle#61 cycle#28 cycle#28 cycle#32 cycle#32 cycle#55, OD 957 cycle#55, OD 957 cycle#66, OD 1103 cycle#66, OD 1103 cycle#84, OD 1351 cycle#84, OD 1351 (h) duration 0.5719 0.4314 0.5719 0.4314 0.5719 0.4314 0.5719 0.4314 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 0.3192 0.2447 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0001 0002 0003 0004 0005 0006 0007 0008 0009 0001 0002 0003 0004 0005 0006 0007 0008 0009 0001 0002 0003 0004 0005 0001 0002 0003 0004 0005 AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau Hebe Hebe Hebe Hebe Hebe AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau AlphaTau Hebe Hebe Hebe Hebe Hebe AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toin DECMEC period FPGA ODs anomaly 496RPSpecFlux (AR-70) – 510 RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.3 Absolute flux calibration external sources, spectrometer Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in chop nod mode. Measurement description ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 181 observing constraints cycle#31 cycle#31 cycle#42, OD 771 cycle#42, OD 771 cycle#59, OD 1007 cycle#59, OD 1007 cycle#74, OD 1216 cycle#74, OD 1216 cycle#90, OD 1442 cycle#90, OD 1442 cycle#20 cycle#20 cycle#52 cycle#52 cycle#55, OD 947 cycle#55, OD 947 cycle#66, OD 1110 cycle#66, OD 1110 cycle#83, OD 1346 cycle#83, OD 1346 cycle#33, OD 649 cycle#33, OD 649 cycle#34 cycle#34 cycle#45, OD 810 cycle#45, OD 810 cycle#47 cycle#47 cycle#63, OD 1068 cycle#63, OD 1068 cycle#64, OD 1083 cycle#64, OD 1083 cycle#78, OD 1275 cycle#78, OD 1275 (h) duration 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0001 0002 0003 0004 0005 0001 0002 0003 0004 0005 0001 0002 0003 0004 0005 0006 0007 0001 0002 0003 0004 0005 0001 0002 0003 0004 0005 0006 0007 0001 0002 0003 0004 0005 Europa Europa Europa Europa Europa Thisbe Thisbe Thisbe Thisbe Thisbe Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Europa Europa Europa Europa Europa Thisbe Thisbe Thisbe Thisbe Thisbe Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea Hygiea AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.3 Absolute flux calibration external sources, spectrometer Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in chop/nod mode. Measurement description ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 182 observing constraints cycle#59, OD 1002 cycle#59, OD 1002 cycle#72, OD 1184 cycle#72, OD 1184 cycle#88, OD 1412 cycle#88, OD 1412 cycle#89, OD 1428 cycle#89, OD 1428 cycle#14 cycle#14 cycle#35 cycle#35 cycle#36 cycle#36 cycle#37 cycle#37 cycle#51, OD 900 cycle#51, OD 900 cycle#73, OD 1202 cycle#73, OD 1202 cycle#85, OD 1377 cycle#85, OD 1377 cycle#19 cycle#19 cycle#36 cycle#36 cycle#51, OD 889 cycle#51, OD 889 cycle#68, OD 1139 cycle#68, OD 1139 cycle#80, OD 1295 cycle#80, OD 1295 cycle#82 cycle#82 (h) duration 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.5719 0.4314 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0001 0002 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0001 0002 0003 0004 0005 0006 0007 0001 0002 0003 0004 0005 0006 0007 0001 0002 0003 0004 0001 0002 0003 0004 Juno Juno Juno Juno Vesta Vesta Vesta Vesta Vesta Vesta Vesta Pallas Pallas Pallas Pallas Pallas Pallas Juno Juno Juno Juno Vesta Vesta Vesta Vesta Vesta Vesta Vesta Pallas Pallas Pallas Pallas Pallas Pallas AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.3 Absolute flux calibration external sources, spectrometer Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in chop/nod mode. Measurement description ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 183 observing constraints cycle#9 cycle#9 cycle#9 cycle#9 cycle#22 cycle#22 cycle#24, OD 516 cycle#24, OD 516 cycle#25, OD 526 cycle#25, OD 526 cycle#39 cycle#39 cycle#41, OD 759 cycle#41, OD 759 cycle#55, OD 947 cycle#55, OD 947 cycle#75, OD 1237 cycle#75, OD 1237 cycle#86, OD 1384 cycle#86, OD 1384 cycle#87 cycle#87 cycle#88, OD 1420 cycle#88, OD 1420 cycle#31, OD 610 cycle#31, OD 610 (h) duration 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0001 0001 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 0012 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 0012 Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Callisto Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Ceres Callisto AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toRPSpecFlux PACS switch-off on ODRPSpecFlux 523 (AR-76) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toRPSpecFlux PACS switch-off on ODRPSpecFlux 1381 (AR-103) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in chop/nod mode. for maximum elongation from Jupiter, Callisto observations should take place around 2011-01-14T08:00:00Z Measurement description ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 184 observing constraints cycle#26 cycle#26 cycle#38 cycle#38 cycle#40, OD 739 cycle#40, OD 739 cycle#53, OD 919 cycle#53, OD 919 cycle#54 cycle#54 cycle#65, OD 1097 cycle#65, OD 1097 cycle#67, OD 1118 cycle#67, OD 1118 cycle#79, OD 1287 cycle#79, OD 1287 cycle#90, OD 1445 cycle#90, OD 1445 cycle#90, OD 1446 cycle#90, OD 1446 cycle#91, OD 1451 cycle#91, OD 1451 cycle#91, OD 1454 cycle#91, OD 1454 cycle#91, OD 1455 cycle#91, OD 1455 cycle#91, OD 1459 cycle#91, OD 1459 cycle#91, OD 1462 cycle#91, OD 1462 (h) duration 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0001 0002 0003 0004 0005 0006 r0006 0007 0008 0009 0010 0011 0012 0013 0014 0001 0002 0003 0004 0005 0006 r0006 0007 0008 0009 0010 0011 0012 0013 0014 Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux partially failed due toRPSpecFlux PACS SPU-S anomaly (AR-98) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux delivered but not executed due to end-LHe in DTCP-1447 4.3.3 Absolute flux calibration external sources, spectrometer Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in chop/nod mode. Measurement description ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 185 observing constraints cycle#28, OD 579 cycle#28, OD 579 cycle#41 cycle#41 cycle#43, OD 789 cycle#43, OD 789 cycle#55, OD 957 cycle#55, OD 957 cycle#57, OD 975 cycle#57, OD 975 cycle#67, OD 1121 cycle#67, OD 1121 cycle#81, OD 1310 cycle#81, OD 1310 cycle#82 cycle#82 (h) duration 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0.3219 0.2475 0001 0002 0003 0004 0005 0006 0007 0008 0001 0002 0003 0004 0005 0006 0007 0008 Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus Uranus AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AbsFluxA AbsFluxB AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 4.3.5 Linearity with flux 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A 433A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.3 Absolute flux calibration external sources, spectrometer Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in chop/nod mode. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 186 observing constraints cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#17 cycle#17 cycle#17 cycle#17 cycle#17 cycle#17 cycle#47 cycle#47 cycle#47 cycle#47 cycle#47 cycle#47 cycle#62 cycle#62 cycle#62 cycle#62 cycle#62 cycle#62 cycle#77 cycle#77 cycle#77 (h) duration 0.1017 0.1017 0.1022 0.1022 0.1044 0.1044 0.1017 0.1017 0.1022 0.1022 0.1044 0.1044 0.1017 0.1017 0.1022 0.1022 0.1044 0.1044 0.1028 0.1028 0.1508 0.1508 0.1544 0.1544 0.1028 0.1028 0.1508 0.1508 0.1544 0.1544 0.1028 0.1028 0.1508 0001 0001 0002 0002 0001 0002 0001 0001 0002 0002 0001 0001 0001 0002 0001 03 03 03 4 4 5 4 0001 0001 0001 03 03 04 04 05 03 04 05 BetPeg BetPegOff BetPeg BetPegOff HD161796 HD161796Off HD161796 HD161796Off HD161796 HD161796Off HD161796 HD161796Off BetPeg BetPegOff HD161796 HD161796Off HD161796 HD161796Off HD161796 HD161796Off HD161796 HD161796Off HD161796 HD161796O HD161796 HD161796O HD161796 HD161796O HD161796 HD161796Off HD161796 HD161796O HD161796 UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A AOR labels UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B selected independent measurements in unchopped mode 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Measurement description unchopped range scan at 3 key wavelengths B2A, B2B, B3A high sampling density 2 range repetitions +off-position per key wavelength Table 55: Summary of AORs for the spectrometer flux linearity monitoring in unchopped mode. The final total time is 16.4633 h. ID: RPSpecFlux B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 187 observing constraints cycle#77 cycle#77 cycle#77 cycle#17 cycle#17 cycle#17 cycle#17 cycle#17 cycle#17 cycle#43 cycle#43 cycle#43 cycle#43 cycle#43 cycle#43 cycle#56, OD 969 cycle#56, OD 969 cycle#56, OD 969 cycle#56, OD 969 cycle#56, OD 969 cycle#56, OD 969 cycle#69, OD 1148 cycle#69, OD 1148 cycle#69, OD 1148 cycle#69, OD 1148 cycle#69, OD 1148 cycle#69, OD 1148 cycle#84, OD 1356 cycle#84, OD 1356 cycle#84, OD 1356 cycle#84, OD 1356 cycle#84, OD 1356 cycle#84, OD 1356 (h) duration 0.1508 0.1544 0.1544 0.1017 0.1017 0.1022 0.1022 0.1044 0.1044 0.1028 0.1028 0.1522 0.1522 0.1544 0.1544 0.1028 0.1028 0.1508 0.1508 0.1544 0.1544 0.1028 0.1028 0.1508 0.1508 0.1544 0.1544 0.1028 0.1028 0.1508 0.1508 0.1544 0.1544 0001 0001 0001 0002 0002 0002 0001 0001 5 0001 5 0002 0002 0002 0003 0003 0004 0004 0005 0005 0003 0004 0005 05 0003 0003 0004 0004 0005 0005 0003 0004 0005 AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff HD161796 HD161796O AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff HD161796O AlpBoo AlpBooOff AlpBoo AlpBooOff AlpBoo AlpBooOff UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A AOR labels UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A StdRS StdRS StdRS nStdRange nStdRange nStdRange nStdRange nStdRange nStdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B selected independent measurements in unchopped mode 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in unchopped mode. Measurement description ID: RPSpecFlux B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 188 observing constraints cycle#29 cycle#29 cycle#29 cycle#29 cycle#29 cycle#29 cycle#43, OD 789 cycle#43, OD 789 cycle#43, OD 789 cycle#43, OD 789 cycle#43, OD 789 cycle#43, OD 789 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 (h) duration 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 01 01 02 02 03 03 04 04 05 05 01 02 03 04 05 0001 0001 0002 0002 0003 0003 0004 0004 0005 0005 0001 0002 0003 0004 0005 Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff Uranus UranusOff UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B selected independent measurements in unchopped mode 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in unchopped mode. Measurement description ID: RPSpecFlux B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 189 observing constraints cycle#40, OD 739 cycle#40, OD 739 cycle#40, OD 739 cycle#40, OD 739 cycle#40, OD 739 cycle#40, OD 739 cycle#53, OD 919 cycle#53, OD 919 cycle#53, OD 919 cycle#53, OD 919 cycle#53, OD 919 cycle#53, OD 919 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 (h) duration 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 01 01 02 02 03 03 01 02 03 r3 r3 04 04 r3 04 0001 0001 0002 0002 0003 0003 r03 r03 0004 0004 0001 0002 0003 r03 0004 Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptunOff Neptune NeptunOff Neptune NeptunOff Neptune NeptunOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptunOff Neptune NeptunOff UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B selected independent measurements in unchopped mode 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux partially failed due toRPSpecFlux PACS SPU-S anomaly (AR-98) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in unchopped mode. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 190 observing constraints cycle#91, OD 1454 cycle#91 OD 1454 cycle#91 OD 1454 cycle#91 OD 1454 cycle#91 OD 1454 cycle#91, OD 1287 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 (h) duration 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 0.1055 0.1028 0.1550 0.1522 0.1572 0.1544 05 05 05 01 01 02 02 03 03 01 02 03 0005 0005 0005 0001 0001 0002 0002 0003 0003 0001 0002 0003 Neptune NeptunOff Neptune NeptunOff Ceres CeresOff Ceres CeresOff Ceres CeresOff Ceres CeresOff Ceres CeresOff Ceres CeresOff Neptune NeptunOff Ceres CeresOff Ceres CeresOff Ceres CeresOff UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A UnchopFluxB2A UnchopFluxB2A UnchopFluxB2B UnchopFluxB2B UnchopFluxB3A UnchopFluxB3A AOR labels StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange StdRange 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B 433B selected independent measurements in unchopped mode 4.3.3 Absolute flux calibration external sources, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux delivered but not executedRPSpecFlux due to end-LHe inRPSpecFlux DTCP-1447 RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toRPSpecFlux PACS switch-off on ODRPSpecFlux 1381 (AR-103) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Table 55: continued. Summary of AORs for the spectrometer flux linearity monitoring in unchopped mode. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 191 observing constraints cycle#15 cycle#15 cycle#15 cycle#17 cycle#17 cycle#17 cycle#18 cycle#18 cycle#18 cycle#24 cycle#24 (h) duration 0.6669 0.6658 0.6658 0.5978 0.5975 0.5956 0.4392 0.4394 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Mkn231 Mkn231 Mkn231 Mkn231 Arp220 Mkn231 Mkn231 Arp220 Arp220 NGC6543 NGC6543 N122 N57 O88 O63 C158 O88 O63 O88 C158 A B Unchop Unchop Unchop Unchop Unchop Unchop Unchop Unchop Unchop Unchop Unchop AOR labels stdLine stdLine stdLine stdLine stdLine stdLine nStdLine nStdLine nStdLine stdLine stdLine 433C 433C 433C 433D 433D 433D 433D 433D 433D 433E 433E RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due towas instrument scheduled anomaly on on OD 422 RPSpecFlux OD 421 RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.3 Absolute flux calibration external sources, spectrometer selected independent line flux calibration verification in unchopped mode m m µ µ m m m m m µ µ µ µ µ m µ Measurement description unchopped line scan 3 lines [NII] 122 [NIII] 57 [OIII] 88 on/off nod pattern unchopped line scan 3 lines [CII] 158 [OI] 63 [OIII] 88 on/off nod pattern various off-positions unchopped line scan for 6 fine structurein lines ranges A andA: B 57.33, 63.19, 145.54 B: 88.36, 121.80, 157.54 1 grating scan 1 – 2 lineoff: repetitions ∆ RA = 3’, ∆ DEC = 3’ Table 55: Summary of AORs for the spectrometer line flux calibration in unchopped mode. The final total time is 4.6680 h. ID: RPSpecFlux C D E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 192 observing constraints cycle#43 cycle#43 cycle#49 cycle#49 cycle#49 cycle#43 cycle#43 cycle#43 cycle#43 cycle#49 cycle#49 cycle#49 cycle#49 cycle#49 cycle#49 (h) duration 1.4111 0.3944 0.3653 0.6786 0.8653 0.4531 0.4531 0.1517 0.1517 0.1442 0.1442 0.2358 0.2358 0.2908 0.2908 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 RDor RDorOff RDor RDorOff RDor RDorOff RDor RDorOff RDor RDorOff RDor RDor RDor RDor RDor UnChop UnChop UnChop UnChop Chop Chop UnChop UnChop UnChop UnChop UnChop UnChop Chop Chop Chop A A A B B B2B B2B B B2B B2A B2A B2B B2B B3A B3A B2A B2B B3A AOR labels StdRange StdRange StdRange StdRange StdSED StdSED StdSED StdSED StdSED StdSED StdRange StdRange StdSED StdSED StdSED 433F 433F 433F 433F 433F 433G 433G 433G 433G 433G 433G 433G 433G 433G 433G RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 4.3.3 Absolute flux calibration external sources, spectrometer selected measurements for comparison chopped vs. unchopped mode m (1st order) m (1st order) µ µ m (3rd order) & m (2nd order) m (3rd order) & m (2nd order) µ µ µ µ Measurement description chopped range scan medium chopper throw high density sampling, 155.6 repetition – 58.4 111.2 – 116.8 89.2 – 90.7 chopped SED scan, 1medium repetition chopper throw B2A B2B B3A unchopped range scan + off-position ∆ DEC =high +3’ density sampling, 155.6 repetition – 58.4 111.2 – 116.8 89.2 – 90.7 unchopped SED scan, 1+ repetition off-position ∆ DEC =B2A +3’ B2B B3A ID: RPSpecFlux F G Table 55: Summary of AORs for the chopped vs. unchopped spectrometer range & SED flux comparison. The final total time is 6.2659 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 193 Ceres planets planets sources asteroids asteroids 100 Jy flux Sect. 4.1.1 Sect. 4.1.1 ≥ fiducial stars bright point source 3.8 1.4 3.3 (h) total time frequency Sect. 10.12 Sect. 10.12 flux standard 1 high quality 1 high quality flux standards every 6 months every 6 months covered by program in covered by program in 1.4 3.3 (h) 1.95 basic duration m RSRF feature characterization µ 62 AOT AOT AOT 4.3.8 Relative spectral response function, spectrometer AOT/CUS m µ 5 chop/nod raster × Measurement description chopped SED scans orders B2A, B2B, B3A Nyquist sampling small chopper throw unchopped SED scans orders B2A, B2B, B3A Nyquist sampling 1 off position per band 5 2” step size standard range scan 60 – 64 Nyquist sampling 2 range repetitions large chopper throw ID: RPSpecFlux A B C Table 56: Observational details of spectrometer relative spectral response function monitoring. The total estimated time of this test block is 8.5 h. 6.9 Monitor the relative spectral responseis function also of addressed the byRSRF the spectrometer at spectrometer special vs. wavelengths, where photometer features cross-calibration may program occur. (Sect. 10.12 ). It also addresses the detailed characterization of the This measurement block supports the relative calibration with wavelength tied to the absolute calibration at key wavelengths. This calibration aspect Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 194 observing constraints cycle#24 cycle#24 cycle#24 cycle#31, OD 610 cycle#31, OD 610 cycle#31, OD 610 cycle#29 cycle#29 cycle#29 cycle#29 cycle#29 cycle#29 cycle 73 (h) duration 0.3167 0.6300 0.8167 0.3667 0.6800 0.8667 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 3.2900 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Uranus UranusOff Uranus UranusOff Uranus UranusOff 0001 0001 0001 Ceres sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a Ceres Callisto Ceres Ceres Callisto Callisto 62um 5x5 sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a nochop nochop nochop nochop nochop nochop AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdRange StdSED StdSED StdSED StdSED StdSED StdSED m RSRF feature characterization µ 438A 438A 438A 438A 438A 438A 438B 438B 438B 438B 438B 438B 438C 62 4.3.8 Relative spectral response function, spectrometer RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux m µ for maximum elongation from Jupiter, Callisto observations should take place around 2011-01-14T08:00:00Z 5 chop/nod raster × Measurement description chopped SED scans orders B2A, B2B, B3A Nyquist sampling small chopper throw unchopped SED scans orders B2A, B2B, B3A Nyquist sampling 1 off position per band 5 2” step size standard range scan 60 – 64 Nyquist sampling 2 range repetitions large chopper throw ID: RPSpecFlux A B C Table 57: Summary of AORs for the spectrometer relative spectral response function monitoring. The final total time is 8.3167 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 195

7 Long Term Trends

Variations of the S/C environment, in particular the change of the ionizing radiation level when approaching the solar cycle maximum can lead to systematic changes in calibration constants or references. This may need an adjustment in instrument/detector set-up or a re-calibration. Also the telescope background is not constant, but undergoes seasonal variations between Earth perihelion (close to winter solstice) and aphelion (close to summer solstice) superimposed by possible shorter term trends depending on the dominance of a certain SAA range during a bunch of ODs. Furthermore, this section addresses provisions to monitor the stability of the memory of the warm electronic units.

Table 58: Overview on the long-term trend monitoring programs

Activity Repetition Total Time of Program (h) Orbit prologues every PACS OD – Photometer gain drift monitoring every PACS AOR (internal cal) – Spectrometer responsivity monitoring every PACS AOR (internal cal) – Telescope background monitoring 7 × every 6 months 35.0 EDAC single failure address monitoring 1–2 × every calibration cycle 0.2 total sum of all long term trend programs 35.2 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 196

7.1 PACS Orbit Prologues

Both the photometer and spectrometer orbit prologues which are used to set-up the corresponding subinstrument for observations, including stabilization times for the internal calibration sources and the detector/read-out chains provide useful data for long-term detector trends. They do not require extra calibration time, since they are self-contained and make use of stabilization times as measurement periods.

7.1.1 Photometer Prologues

The photometer prologues have been designed in several options:

1) The VRL option: The VRL bias provides a reference signal instead of the bolometer signal. It is used to adjust the read-out electronic range to the expected incoming ﬂux level.

2) The 40Hz option: This is a raw frame read-out mode without on-board averaging and can be used for glitch behaviour analysis. 3) The Just Wait option: No detector data are gathered. It is usually used for mixed ODs when the PACS internal calibration sources remain on, because it provides the shortest stabilization times.

7.1.2 Spectrometer Prologues

There are two versions of spectrometer prologues, the so-called classic, including the heat-up of the PACS internal calibration sources and the CSon, which is used on mixed ODs, when the calibration sources are not switched-off at the end of the photometer part. The prologue is actulayy split into two modules, one with the actual set-up, called SetupFlex, and one with the measurement part called SpuSetupAndReset. SpuSetupAn- dReset can have variable length between 3000 s at minimum, to allow for calibration source and detector/CRE stabilization and about 8100 s to fill the whole DTCP period available for instruments. This prologue module produces detector data in the standard way (fitted ramps and raw ramps for 3 pixels).

7.2 Internal Calibration Measurements per AOR

Also the measurements on the PACS internal calibration sources can provide long term monitoring of the detector responsivities. Trends and events encountered in these measurements can be related/correlated with the S/C SREM data.

7.2.1 Photometer Detector Gain Drift Monitoring

Drifts of the bolometer gains can be monitored via the internal calibration source measurements which are currently part of each executed AOR (at the start). This will be later relaxed to less frequent checks on longer time scales. The internal calibration sources provide a highly reproducible illumination. Therefore, these measurements serve as interpolation points for gain drift corrections.

7.2.2 Spectrometer Detector Responsivity Monitoring

The actual Ge:Ga detector reposnivity level can be monitored at the key wavelengths. This can reveal long term trends with space weather activities leading to a re-settling of the responsivity plateau the PACS spectrometer detectors are operated on without any curing except the re-laxation of the telescope background, which can also vary with time (seasonal trend of telescope mirrors). Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 197 sources Sect. 4.4 dark field (h) 35.0 total time frequency every 6 months (minimum, maximum) (h) 5.005 basic duration AOT AOT/CUS 7.2.1 Monitor the Herschel telecope background during the cool-down phase and the mission Measurement description medium resolution SED scan covering ranges B2A, B2B,at B3A the 3 mains(mall), chopper m(edium), throws l(arge) ID: RPSpecFlux A Table 59: Observational details of telescope background seasonal trend monitoring. The total estimated time of this test block is 35.0 h. 7.3 Monitoring of theDue to seasonal the trends differenceof of of the the Sun–Earth Herschel distance telescope telecopethe in mirrors background dynamic aphelion and range hence (152.1 of their millionarrays. the thermal km) bolometers Hence, background and of it level perihelion the is is (147.3 PACS important expected. photometer million to cameras The km) monitor and telescope a the the background seasonal absolute responsivity level flux trend determines plateau level in level the and of the lower the end the temperatures fluctuations of PACS spectrometer that Ge:Ga can detector be assigned to the telescope background. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 198 observing constraints cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#2, OD 222 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#16, OD 408 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 cycle#29, OD 590 (h) duration 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0001 0002 0003 0001 0001 0002 0002 0003 0003 0001 0002 0003 0001 0001 0002 0002 0003 0003 0001 0002 0003 0001 0001 0002 0002 0003 0003 DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField s m l s m l s m l s s m m l l s s m m l l s s m m l l sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 7.2.1 Monitor the Herschel telecope background during the cool-down phase and the mission Table 60: Summary of AORs for the telecope background seasonal trend monitoring. The final total time is 35.0343 h. Measurement description medium resolution SED scan covering ranges B2A, B2B,at B3A the 3 mains(mall), chopper m(edium), throws l(arge) ID: RPSpecFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 199 observing constraints cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#42, OD 774 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#55, OD 950 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 cycle#68, OD 1140 (h) duration 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0004 0005 0006 0004 0004 0005 0005 0006 0006 0004 0005 0006 0004 0004 0005 0005 0006 0006 0004 0005 0006 0004 0004 0005 0005 0006 0006 DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField s m l s m l s m l s s m m l l s s m m l l s s m m l l sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A 721A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 7.2.1 Monitor the Herschel telecope background during the cool-down phase and the mission Table 60: continued. Summary of AORs for the telecope background seasonal trend monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 200 observing constraints cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 cycle#82, OD 1329 (h) duration 0.3042 0.7547 0.6036 0.3064 0.7569 0.6058 0.3078 0.7583 0.6072 0007 0007 0007 0007 0007 0007 0007 0007 0007 DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField DarkField s m l s s m m l l sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 721A 721A 721A 721A 721A 721A 721A 721A 721A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 7.2.1 Monitor the Herschel telecope background during the cool-down phase and the mission Table 60: continued. Summary of AORs for the telecope background seasonal trend monitoring. Measurement description ID: RPSpecFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 201 sources dummy engineering at any time observation can be scheduled 0.2 (h) total time 10 addresses × frequency starting from cycle#29 covering 2 once to twice every cycle (depends on frequency of failures detected by EDAC) (h) 0.0017 basic duration CUS AOT/CUS 8.1.1 Monitor the EDAC mapping of the addresses of single memory failures Measurement description write EDAC failure addresses into PACS configurable HK 10 addresses as specifiedstart by address and offset ID: RPElecEDAC A Table 61: Observational details of monitoring of EDAC single memory failure addresses. The total estimated time of this test block is 0.2 h. 7.4 Monitoring the EDAC addresses of single memory failures For flexibility in theparameters. address mapping, the absolute address, which is at present 0x0005476A and an incremental offset N can be specified as AOT The addresses of single memoryThis failures, will which allow are to stored distinguish automatically between on-board arbitray by hits the by EDAC, shall ionizing be radiation regularly and mapped addresses into which the may configurable be HK. affected repeatedly by other problems. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 202 observing constraints cycle#29 cycle#30, OD 597 cycle#30, OD 608 cycle#31, OD 609 cycle#31, OD 622 cycle#32, OD 627 cycle#32, OD 636 cycle#33, OD 637 cycle#33, OD 650 cycle#34, OD 653 cycle#34, OD 664 cycle#35, OD 665 cycle#35, OD 678 cycle#36, OD 684 cycle#36, OD 692 cycle#37, OD 697 cycle#37, OD 706 cycle#38, OD 717 cycle#38, OD 720 cycle#39, OD 723 cycle#40, OD 735 cycle#41, OD 755 cycle#42, OD 764 cycle#43, OD 779 cycle#44, OD 792 cycle#45, OD 807 cycle#46, OD 819 cycle#47, OD 833 cycle#47, OD 833 (h) duration 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 0012 0013 0014 0015 0016 0017 0018 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 na na na na na na na na na na na na na na na na na na na na na na na na na na na na na 0 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 10 10 10 10 10 10 10 10 10 0 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A AOR labels 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A feedback from analysis needed RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC EDAC counter addresses resetPACS following power cycling (AR-87) in DTCP-809 start address and/or increment have to be adjusted with time 8.1.1 Monitor the EDAC mapping of the addresses of single memory failures Measurement description write EDAC failure addresses into PACS configurable HK 10 addresses as specifiedstart by address and/or increment ID: RPElecEDAC A Table 62: Summary of AORs for the EDAC single memory failure address monitoring. The final total time is 0.1343 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 203 observing constraints cycle#48, OD 852 cycle#49, OD 867 cycle#50, OD 884 cycle#51, OD 891 cycle#52, OD 906 cycle#53, OD 922 cycle#54, OD 933 cycle#55, OD 947 cycle#55, OD 951 cycle#56, OD 959 cycle#56, OD 962 cycle#57, OD 975 cycle#57, OD 984 cycle#58, OD 987 cycle#58, OD 999 cycle#59, OD 1004 cycle#59, OD 1007 cycle#60, OD 1021 cycle#60, OD 1028 cycle#61, OD 1034 cycle#61, OD 1040 cycle#62, OD 1047 cycle#62, OD 1055 cycle#63, OD 1060 cycle#63, OD 1068 cycle#64, OD 1076 cycle#64, OD 1084 cycle#65, OD 1087 cycle#66, OD 1100 cycle#67, OD 1113 (h) duration 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0019 0020 0021 0022 0023 0024 0025 0026 0027 0028 0029 0030 0031 0012 0013 0014 0015 0016 0017 0018 0019 0020 0021 0022 0023 0024 0025 0026 0027 0028 na na na na na na na na na na na na na na na na na na na na na na na na na na na na na na 0 0 0 0 0 0 0 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 10 10 10 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A AOR labels 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A feedback from analysis needed RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC skipped due to PACSRPElecEDAC AR-98 re-scheduling start address and/or increment have to be adjusted with time 8.1.1 Monitor the EDAC mapping of the addresses of single memory failures Table 62: continued. Summary of AORs for the EDAC single memory failure address monitoring. Measurement description ID: RPElecEDAC Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 204 observing constraints cycle#68, OD 1127 cycle#69, OD 1143 cycle#70, OD 1163 cycle#71, OD 1173 cycle#72, OD 1184 cycle#73, OD 1198 cycle#74, OD 1217 cycle#75, OD 1230 cycle#76, OD 1240 cycle#77, OD 1258 cycle#78, OD 1268 cycle#79, OD 1287 cycle#80, OD 1295 cycle#81, OD 1312 cycle#82, OD 1329 cycle#83, OD 1339 cycle#84, OD 1351 cycle#85, OD 1370 cycle#86, OD 1384 cycle#87, OD 1397 cycle#88, OD 1408 cycle#89, OD 1425 cycle#90, OD 1436 cycle#91, OD 1449 (h) duration 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0.0017 0029 0030 0031 0032 0033 0034 0035 0036 0037 0038 0039 0040 0041 0042 0043 0044 0045 0046 0047 0048 0049 0050 0051 0052 na na na na na na na na na na na na na na na na na na na na na na na na 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 AOR labels 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A 5476A feedback from analysis needed 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A 811A start address and/or increment have to be adjusted with time EDAC counter addresses resetPACS following power cycling (AR-98)RPElecEDAC in DTCP-1098 RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC RPElecEDAC not executed due toRPElecEDAC PACS switch-off on ODRPElecEDAC 1381 (AR-103) RPElecEDAC RPElecEDAC RPElecEDAC delivered but not executed due to end-LHe in DTCP-1447 8.1.1 Monitor the EDAC mapping of the addresses of single memory failures Table 62: continued. Summary of AORs for the EDAC single memory failure address monitoring. Measurement description ID: RPElecEDAC Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 205

8 Check for Aging Eﬀects

Baseline drifts in electronic components or fatigue of mechanical elements can lead to a loss of calibration relations established on ground and veriﬁed at the begin of the mission. Occasional checks shall verify the healthiness of the component, or, if deviations are found, a re-calibration must be initiated.

Table 63: Overview on age eﬀect check programs

Activity Repetition Total Time of Program (h) Chopper drive parameters check 4 × every year 1.4 CRE capacitance ratios 6 × every 6 months 3.9 total sum of all age effect check programs 5.3 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 206 sources dummy engineering observation can be scheduled at any time 1.4 (h) total time frequency every year (h) 0.33 basic duration CUS AOT/CUS 2.3.1 Angular calibration of the focal plane chopper Measurement description incremental sequence of chopper movements in open loopthe over entire angular range one complete up- and down-sequence ID: RPMechChop A Table 64: Observational details of chopper drive parameter monitoring. The total estimated time of this test block is 1.4 h. 8.1 Check of chopper drive parameters Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 207 observing constraints cycle#16, OD 400 cycle#42, OD 769 cycle#68, OD 1127 cycle#87, OD 1404 (h) duration 0.3283 0.3283 0.3283 0.3283 0001 0002 0003 0004 na na na na OpenLoopFullRange OpenLoopFullRange OpenLoopFullRange OpenLoopFullRange AOR labels nStd nStd nStd nStd 231A 231A 231A 231A schedule before orbit prologue RPMechChop RPMechChop RPMechChop RPMechChop 2.3.1 Angular calibration of the focal plane chopper Table 65: Summary of AORs for the chopper drive parameter monitoring. The final total time is 1.3132 h. Measurement description incremental sequence of chopper movements in open loopthe over entire angular range one complete up- and down-sequence ID: RPMechChop A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 208 sources Sect. 4.4 dark field same as A 3.5 0.4 (h) total time frequency application every 6 months once only for 1st after 1 year of RP (h) 0.058 0.101 basic duration CUS CUS AOT/CUS 1.2.3 Dynamic range per selected integration capacitor CS2) CS2) ↔ ↔ m (2nd order) m (3rd order) m (2nd order) m (2nd order) µ µ µ µ Measurement description internal calibration block chopped (CS1 at key wavelengths: 60/120 60/180 75/150 all 4 capacitances 1/8 s reset interval slope fitting nominal chopper frequency internal calibration block chopped (CS1 at key wavelengh 75/150 all 4 capacitances 1/8 s reset interval slope fitting 1/8 of nominal chop freq. ID: RPSpecGeGa A B Table 66: Observational details of CRE capacitance ratio monitoring. The total estimated time of this test block is 3.9 h. 8.2 Check of CRE capacitance ratios Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 209 observing constraints cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#27 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#40, OD 735 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 (h) duration 0.0581 0.0581 0.0581 0.0581 0.0558 0.0558 0.0558 0.0558 0.0567 0.0567 0.0567 0.0567 0.0581 0.0581 0.0581 0.0581 0.0558 0.0558 0.0558 0.0558 0.0567 0.0567 0.0567 0.0567 0.0581 0.0581 0.0581 0.0581 0.0558 0.0558 0.0558 0.0558 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0002 0002 0002 0002 0002 0002 0002 0002 0002 0002 0002 0002 0003 0003 0003 0003 0003 0003 0003 0003 DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField 60-2 60-2 60-2 60-2 60-3 60-3 60-3 60-3 75-2 75-2 75-2 75-2 60-2 60-2 60-2 60-2 60-3 60-3 60-3 60-3 75-2 75-2 75-2 75-2 60-2 60-2 60-2 60-2 60-3 60-3 60-3 60-3 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 AOR labels nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 1.2.3 Dynamic range per selected integration capacitor RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa CS2) ↔ Table 67: Summary of AORs for the CRE capacitance monitoring. The final total time is 3.8164 h. m (2nd order) m (3rd order) m (2nd order) µ µ µ Measurement description internal calibration block chopped (CS1 at key wavelengths 60/120 60/180 75/150 all 4 capacitances 1/8 s reset interval on-board slope fitting nominal chopper frequency ID: RPSpecGeGa A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 210 observing constraints cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#52, OD 914 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#65, OD 1094 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 cycle#78, OD 1277 (h) duration 0.0567 0.0567 0.0567 0.0567 0.0581 0.0581 0.0581 0.0581 0.0558 0.0558 0.0558 0.0558 0.0567 0.0567 0.0567 0.0567 0.0581 0.0581 0.0581 0.0581 0.0558 0.0558 0.0558 0.0558 0.0567 0.0567 0.0567 0.0567 0003 0003 0003 0003 0004 0004 0004 0004 0004 0004 0004 0004 0004 0004 0004 0004 0005 0005 0005 0005 0005 0005 0005 0005 0005 0005 0005 0005 DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField DField 75-2 75-2 75-2 75-2 60-2 60-2 60-2 60-2 60-3 60-3 60-3 60-3 75-2 75-2 75-2 75-2 60-2 60-2 60-2 60-2 60-3 60-3 60-3 60-3 75-2 75-2 75-2 75-2 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 Cf00 Cf08 Cf04 Cf12 AOR labels nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock nStdCalBlock 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A 123A schedule right after PACS Spectro orbit prologue 1.2.3 Dynamic range per selected integration capacitor RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa Table 68: continued. Summary of AORs for the CRE capacitance monitoring. Measurement description ID: RPSpecGeGa Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 211 observing constraints cycle#27 cycle#27 cycle#27 cycle#27 (h) duration 0.1011 0.1011 0.1011 0.1011 0001 0001 0001 0001 DField DField DField DField 75 75 75 75 C00 C08 C04 C12 AOR labels nStdCalBlockSlow nStdCalBlockSlow nStdCalBlockSlow nStdCalBlockSlow 123B 123B 123B 123B 1.2.3 Dynamic range per selected integration capacitor RPSpecGeGa RPSpecGeGa RPSpecGeGa RPSpecGeGa Table 69: continued. Summary of AORs for the CRE capacitance monitoring. CS2) ↔ m (2nd order) µ Measurement description internal calibration block chopped (CS1 at key wavelength 75/150 all 4 capacitances 1/8 s reset interval on-board slope fitting 1/8 of nominal chop freq. ID: RPSpecGeGa B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 212

9 Observations Deferred from PV Phase

Table 70: Overview on programs deferred from PV Phase

Activity Reason Total Time of Program (h) Photometer flux calibration non-visibility of standards 3.7 Photometer flux calibration wrong gain setting 0.8 total sum of all PV completion programs 4.5 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 213 reason for change cycle#2 cycle#2 cycle#7 cycle#7 cycle#17 cycle#17 cycle#2 cycle#2 new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode 0.0947 0.0947 0.0947 0.0947 0.0922 0.0922 0.0947 0.0947 0.1347 0.1347 0.1347 0.1347 0.1347 0.1347 0.1347 0.1347 0.1267 0.1267 duration 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 alfBoo alfBoo alfCet alfCet alfBoo alfBoo alfCet alfCet betAnd betAnd alfBoo alfCet betAnd betPeg alfBoo alfCet betAnd betPeg blu blu grn grn blu blu grn grn blu blu blu grn blu grn blu grn blu grn pcal pcal pcal pcal pcal pcal pcal pcal pcal pcal photcal photcal photcal photcal photcal photcal photcal photcal 063 117 063 117 063 117 063 117 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS cPS cPS cPS cPS cPS cPS cPS cPS 321C 321C 321C 321C 321C 321C 321C 321C 321D 321D 321D 321D 321D 321D 321D 321D 321D 321D RP AOR name RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 0.0947 0.0947 0.0947 0.0947 0.0947 0.0947 0.0947 0.0947 0.0969 0.0969 0.0969 0.0969 0.0969 0.0969 0.0969 0.0969 0.0969 0.0969 duration 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 alfBoo alfBoo alfCet alfCet alfBoo alfBoo alfCet alfCet betAnd betAnd alfBoo alfCet betAnd betPeg alfBoo alfCet betAnd betPeg blu blu grn grn blu blu grn grn blu blu blu grn blu grn blu grn blu grn pcal pcal pcal pcal pcal pcal pcal pcal pcal pcal 045 135 045 135 045 135 045 135 045 135 photcal photcal photcal photcal photcal photcal photcal photcal StdScan StdScan StdScan StdScan StdScan StdScan StdScan StdScan StdScan StdScan StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS 321C 321C 321C 321C 321C 321C 321C 321C 321D 321D 321D 321D 321D 321D 321D 321D 321D 321D PV AOR name PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux 9.1 Observations with sources invisible during PV be executed during the Routine Phase Period. The PV program has been completed with cycle#17. Table 71 summarizes the proposal parts of the PV Plan (AD2)Table which 71: could not be PartsThe scheduled of total in estimated PV the time proper proposals of PV which this period cannot test up be block to scheduled is OD195 into 3.6278h. and the hence PV must Phase period because of non-visibility of the required celestial standard. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 214 – reason for change new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode new scan PS mode 0.1267 0.1267 0.1347 0.1347 0.1347 0.1347 0.7408 duration 0001 0001 0001 0001 0001 0001 0001 Arp220 red betAnd betAnd betPeg betPeg betPeg betPeg grn grn blu blu grn grn FlatField pcal pcal pcal pcal pcal pcal 070 110 063 117 063 117 sPS sPS sPS sPS sPS sPS StdScan 321D 321D 321D 321D 321D 321D 328A RP AOR name RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 0.0969 0.0969 0.0969 0.0969 0.0969 0.0969 0.7408 duration 0001 0001 0001 0001 0001 0001 0001 Arp220 betAnd betAnd betPeg betPeg betPeg betPeg red grn grn blu blu grn grn pcal pcal pcal pcal pcal pcal 045 135 045 135 045 135 FlatField StdScan StdScan StdScan StdScan StdScan StdScan StdScan 321D 321D 321D 321D 321D 321D 328A PV AOR name PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux standard. Table 71: continued. Parts of PV proposals which cannot be scheduled into the PV Phase period because of non-visibility of the required celestial Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 215 reason for repetition performed in low gain performed in low gain performed in low gain performed in low gain performed in low gain performed in low gain 0.0975 0.0975 0.1375 0.1375 0.1375 0.1375 duration 0001 0001 0001 0001 0001 0001 Neptune Neptune Neptune Neptune Neptune Neptune blu blu grn grn blu grn pcal pcal pcal pcal photcal photcal 063 117 063 117 sPS sPS sPS sPS cPS cPS 321C 321C 321D 321D 321D 321D RP AOR name RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 0.0975 0.0975 0.1375 0.1375 0.1375 0.1375 duration 0001 0001 0001 0001 0001 0001 Neptune Neptune Neptune Neptune Neptune Neptune blu blu grn grn blu grn pcal pcal pcal pcal 045 135 045 135 photcal photcal StdScan StdScan StdScan StdScan StdPS StdPS 321C 321C 321D 321D 321D 321D PV AOR name PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux PVPhotFlux 9.2 Observations failed during PV Phase Table 72 summarizes the proposal parts of the PV PlanTable (AD2) 72: which have PartsThe to of final be total PV repeated time proposals due of which to this cannot non-perfect test be performance block scheduled during is into the 0.745h. the Performance PV Phase period because of non-visibility of the required celestial standard. Verification Phase. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 216

10 Extension of PV Phase Calibration Programs

As a consequence of detailed PV analysis, some calibration aspects may need reﬁned/extended observations, which are listed under this section. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 217

Table 73: Overview on extended programs of PV calibration

Activity Reason Total Time of Program (h) Spectrometer wavelength calibration better illumination of all 15.2 spectrometer spaxels independent verification on 2nd source Spectrometer spectral ghost assessment investigation of nature/origin 6.8 of 108 & 123 µm features 2nd pass 2nd order leakage 0.9 spectral & spatial ghost Spectrometer flat-field & PSF generation finely sampled raster maps 24.0 at key wavelengths very fine sampled central PSF 6.4 very fine sampled PSF on vignetted border spaxels 7.5 coarse raster map on Mars wings 2.1 Spectrometer AOT Validation follow-up issue line spectroscopy 0.3 faint line vs. bright line mode chop/nod pattern symmetry 7.2 wave-switching vs. unchopped 1.2 line spectroscopy on very bright source range spectroscopy performance at 52 µm 1.8 Performance assessment & comparison 8.9 faint lines on strong continuum unchopped line spectroscopy 0.6 on & off vs. wave-switching for faint extended target validation of unchopped line spectroscopy 22.4 validation of unchopped SED spectroscopy 17.2 Spectrometer pointing verification impact of pointing accuracy 12.6 on line asymetries generated by chop/nod cycles and hance flux uncertainty SIAM update verification 55.0 skew angle verification for all chopper throws gyro nodding performance 3.4 pointing quality performance 10.0 verification after 2D STR update monitor impact of chop-nod angle 2.7 rotation with time on line spectroscopy after 2D STR update skew angle calibration verification 3.1 with best APE pointing performance Special test case for PACS-S pointing 1.4 offset determination & correction algorithm Spectrometer vs. photometer point-source flux check flux consistency between 102.0 cross-calibration both subinstruments Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 218

Table 73: continued.

Activity Reason Total Time of Program (h) Spectrometer cross-calibration with SPIRE-S check line and continuum flux 40.0 and HIFI in overlapping wavelength ranges consistency between all 3 Herschel instruments imaging of selected targets 0.3 to assess beam effects Parallel mode photometric validation/calibration independent flux verification 16.4 direct comparison wih prime mode Photometer PSF calibration additional scan orientations 11.9 in particular for parallel mode scan and cross-scan for convolution of standard maps scan and cross-scan slow speed to support early observing programs with this later deprecated speed extended maps on Mars for PSF wings 8.8 Photometer ghost assessment mapping of extremely bright sources 5.2 placing source everywhere on and near array FoV Photometer field-of-view characterization check for changes by end of mission 0.6 wrt. PV phase Photometer AOT validation combination of high and low gain 3.9 scan maps for dynamic range extension Cross-calibration Herschel-Planck (photometer) consolidation of SSO prime standard 15.4 models Bolometer matrices metrology establish precise relative 8.6 positions of matrices Pointing verification/calibration STR operational temperature change 45.5 (from pointing calibration budget) offset verification for STR interlacing vs. non-interlacing mode SIAM update verification offsets & spatial structure of spectrometer pointing calibrators gyro nodding mode commissioning STR 4 Hz pointing quality check pointing jitter re-assessment after full STR focal length update and APE improvement RPE assessment and re-construction from gyro information pointing jitter assessment for PACS-S nod mode simulated with photometer total sum of all PV extension programs 469.3 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 219 C, o C and STR o C did not have any effect. Therefore, this o C. Because a noticable offset was found, this o C may not prohibit so-called “fireflies”, i.e. pixels o C to 13 o C and -10 o C), However, the effects on the alignment were unknown, and o C and verify the STR behaviour after each step by STR dumps and an o 0001.SIAM, another smaller SIAM verification program was performed on OD 330 for the C and kept for a full OD. Towards the end of the OD a pointing calibration of the same o C (due to heating control disabled), and therefore the reduction by 7 o 0002.SIAM. 1) Are there seasonal effects due2) toDo change of pointings the with thermal STR environment? interlacing have a systematic offset from pointings without STR interlacing? therefore it was decided to perform the temperature decrease in steps of 7 led to a bulk correction of all SIAM apertures. program. Due to the wrong sign in the correction for 0320 measure was to lower the operational temperature of the CCD (target temperature 0 10.1 Herschel pointing verification/calibrationInvestigation of with the PACS STR photometer behaviour indicated that an operational temperature of the CCD of 20 the actual one wasmeasurement 13.5 could besteps, considered the as STR a dumpsdump verification following was of already a the executed lowering pointing during of with DTCP-259. the the CCD standard temperature operational were decoupled STR from temperature the since pointing launch. verification. For A the reduction further to 6 On OD 299 the STR CCD temperature was set to -10 CP raster, to possiblysequence. improve the SRPE when moving under gyro controlpointing which TM. is For repeatedly thisframe re-calibrated test, by during 4 frame Hz an via STR off-pointingthe a pointing pointing in scan TM information the map. with may nodding the This occur. highest allowed to time verify resolution the was on-board provided. pointing The algorithms source and was to bright check enough under to which trace circumstances discontinuities its in path upgraded 0320 volume as performed on OD 274 was executed to determine any offset between STR at 13.5 This new SIAM was used from OD 320 onwards. Its correct implementation was checked with a smaller PACS photometer pointing verification with signals discrepant from the STR catalogue which likely cause STR to gyro inconsistencies and occasional scan velocity variations. A counter- was not meaningful enough in this respect. This is important, because these very bright sources are usually no normal stars. APE pointing verification with PACS. A first test of this type was performed on OD 258. However, it was found that, although the nominal STR CCD temperature was set to 20 Another aspect of continuing pointing verification during Routine Phase are the following issues: A meaningful statistical test was executed on OD 274. The test on OD 258 originally meant as a pointing verification after STR temperature change, Another aspect of pointing calibration activities is toAnother verify aspect the of offsets pointing and calibration spatial activities shapes was the of initial very performance bright verification pointing of calibrators theAnother for gyro aspect the nodding of spectrometer. pointing the mode, pointing making calibration use activities of was the the S/C verification and continuity of the APE pointingA quality re-assessment provided of by theAPE. the pointing Extended ACMS investigation jitter in of amplitudes the the (RPE) pointing was jitter done is after done the to find full recipes STR reconstructing focal it length from update gyro corrections information. improving considerqably the Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 220 allowed to verify the source position for each frame and compare with the gyro pointing jitter reconstruction. A performance assessment of pointing jitter for the PACS spectrometer nod pattern was simulated with the photometer array on a bright star which Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 221 sources from [AD3] from [AD3] from [AD3] from [AD3] from [AD3] Pointing Calibrator Pointing Calibrator Pointing Calibrator Pointing Calibrator Pointing Calibrator 2.4 9.9 3.2 1.8 (h) 10.7 C total time o 14 stars) 15 stars) 14 stars) 14 stars) C ≤ ≤ ≤ ≤ 17 stars) 17 stars) 17 stars) 17 stars) C o o ≥ ≥ ≥ ≥ repetitions [-20 deg,+30 deg] [-20 deg,+30 deg] [-20 deg,+30 deg] [-20 deg,+30 deg] [-20 deg,+30 deg] 11 STR interlacing parameter variations 25 stars in SAA range 33 stars in SAA range 18 stars in SAA range 104 stars in SAA range 112 stars in SAA range 14 STR non-interlacing 52 STR interlacing(i, 58 STR interlacing(i, 17 STR interlacing(i, 12 STR interlacing(i, 6 STR non-interlacing(ni, 52 STR non-interlacing(ni, 54 STR non-interlacing(ni, 16 STR non-interlacing(ni, (h) 0.095 0.095 0.095 0.095 0.095 0002 update verification at STR temperature of -10.0 2.6.1 Absolute pointing error basic duration 0001 & 0320 A: pointing verification at STR temperature of 13.5 AOT AOT AOT AOT AOT B: pointing re-calibration at STR temperature of -10.0 AOT/CUS C: SIAM 0320 0001.SIAM) 0002.SIAM) Measurement description standard point source photometry blue filter high gain, dithered on OD 258 standard point source photometry blue filter high gain, dithered on OD 274 standard point source photometry blue filter high gain, dithered on OD 299 standard point source photometry blue filter high gain, dithered on OD 320 (0320 standard point source photometry blue filter high gain, dithered on OD 330 (0320 Table 74: Observational details of extended PACS pointing verification/calibration. The total estimated time of this test block is 45.5 h. ID: RPPhotFPG A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 222 Bright sources from [AD3] from [AD3] from [AD3] Very bright Very bright same source as B pointing calibrators pointing calibrators pointing calibrators visible in DTCP area suitable for spectrometer suitable for spectrometer 0.6 2.8 0.8 4.2 (h) total time ) × (1 2 AB or BA repetitions IRAS 22134+5834 16 chop-nod cycles pointing calibrators pointing calibrators pointing calibrators to check for possible parameter variations saturation in high gain 5 stellar-type spectrometer 4 stellar-type spectrometer 2 stellar-type spectrometer 0.8 (h) 0.095 0.127 0.127 0.362 basic duration 2.6.2 Relative pointing error 2.6.1 Absolute pointing error CUS AOT AOT AOT AOT/CUS gyro nodding pointing mode (S/C CP raster) assessment E: Verification of spatial structure of spectrometer pointing calibrators D: Verification of pointing offsets for spectrometer pointing calibrators Table 74: continued. Observational details of extended PACS pointing verification/calibration. Measurement description standard point source photometry blue filter high gain, dithered scan map photometry (20”/s) high gain, PS mode10 (70,110 deg) legs, 3.0’ length,blue 4” filter sep. repetition factor 1 low gain, same settings repetition factor 1 repetition factor 4 chop/nod point source photometry blue filter high gain, dithered reference to B chop/nod gyro nodding photometry blue filter high gain, undithered ID: RPPhotFPG D E A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 223 sources (h) total time koff = 4 koff = 6 koff = 2 repetitions on same OD gyro calibrations gyro calibrations initial off = 300 s OFF ABBA OFF 3 different targets finally not executed) parameter variations 5 OFF pointings with 4 OFF pointings with 7 OFF pointings with OFF ABBAABBA OFF OFF ABBAABBA OFF nnod = 16, tmax = 634 s nnod = 12, tmax = 320 s ABBAABBAABBA OFF ABBAABBAABBA OFF (nnod = 18, tmax = 954 s intermediate & final off = 60 s OFF ABBAABBAABBA OFF IOFF ABBA OFF ABBA OFF ABBA OFF ABBA OFF ABBA ABBAABBA OFF ABBAABBA 0.9 0.9 0.8 (h) basic duration 2.6.2 Relative pointing error AOT/CUS B(1) must be scheduled into RTSci Window of DTCP gyro nodding pointing mode (S/C CP raster) assessment 1 gyro nodding pointing mode (S/C CP raster) assessment 2 Table 74: continued. Observational details of extended PACS pointing verification/calibration. Measurement description ID: RPPhotFPG B(1) B(2) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 224 100 Jy > sources Arp 220 turn-around per frame 70 same as C same as A bright star Very bright (f in each frame ⇒ for sufficient S/N source with 100 Jy pointing calibrators giving sufficient S/N centered on off-position when source is on array for pointing reconstruction 2.4 3.4 1.4 1.5 0.4 (h) total time ) ) × × (2 (2 sequence repetitions 1 long dwell off - matrix 1 - 2 stellar sources 2 stellar sources blue & red filter blue & red filter matrix 2 - matrix 1 parameter variations to simulate PACS-S nod 0.6 0.4 2.2 0.6 0.9 0.3 0.1 (h) 2.6.2 Relative pointing error 0.22/0.38 4 Hz STR pointing quality check basic duration enable 4 Hz STR pointing TM for this test 2.6.3 Absolute Pointing Error - Scan mode CUS CUS CUS AOT AOT AOT/CUS pointing jitter re-assessment after full STR focal length update 5 min) × Table 74: continued. Observational details of extended PACS pointing verification/calibration. source position for E must be specified with offset to place source on centre of one bolometer matrix source position for D must be specified with offset to place source on centre of one bolometer matrix 0 deg inst. Measurement description non-standard chop/nod in ABBA pattern (4 blue filter, no dither chop/nod throws as in standard point-source AOT high gain non-standard staring blue filter direct mode high gain non-standard staring blue filter direct mode high gain scan map medium speed cross-scan step 2” 90 deg inst. 4’ legs, 60 legs 2’ legs, 120 legs scan map medium speed 90 deg inst. cross scan step 4” 4’ legs, 23 legs cross scan step 30” 4’ legs, 3 legs ID: RPPhotFPG C D E A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 225 observing constraints cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 C o HIP11582 HIP1901 HIP116705 HIP112545 HIP106642 HIP102082 HIP95902 HIP92862 HIP87833 HIP94162 HIP100605 HIP9582 PPM45199 HIP10687 HIP13654 HIP13092 HIP14135 HIP16647 HIP15474 HD24607 HIP17889 HD22868 HIP14930 HIP17678 HIP19424 HIP110428 HD24607 HD48505 HIP46806 HIP55355 HIP61084 HIP66666 ni i i i i i i OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD258 OD274 OD274 OD274 OD274 OD274 OD274 OD274 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu AOR labels blu blu blu blu blu blu blu StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS StdPS cPS cPS cPS cPS cPS cPS cPS 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 2.6.1 Absolute pointing error A: pointing verification at STR temperature of 13.5 RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Schedule to the end of OD 258 to allow for possible thermal settlings Table 75: Summary of AORs for the extended pointing verification/calibration. The final total time is 42.6964 h. Measurement description standard point source photometry blue filter high gain, dithered standard point source photometry blue filter high gain, dithered ID: RPPhotFPG A A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 226 observing constraints cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 HIP82912 HIP79349 HIP79233 HIP80259 HIP84027 HIP84004 HIP80704 HIP78574 HIP77619 HIP77501 HIP78235 HIP75143 HIP76573 WXSer HIP77450 HIP77615 HIP76423 HIP72208 HIP75393 HD121714 HIP76377 HIP75177 HIP84780 HIP84346 KTHer HD168829 HIP90883 HIP91373 HIP95902 HIP94438 HIP88832 WWSer HIP79593 HIP70969 HIP69346 i i ni i i ni ni ni ni i i i i i i i ni ni ni ni ni ni ni ni ni ni ni ni ni i i ni i i ni OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description ID: RPPhotFPG Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 227 observing constraints cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 HIP67457 HD22868 HIP24126 HD33893 PPM700186 HIP81835 HIP79804 HIP80802 HIP73199 HIP72607 HIP75847 HIP64778 HIP61404 HIP18744 HIP27286 HIP23203 HIP9306 HIP4008 HIP117763 HIP3179 HIP1834 HD224126 HIP117591 HIP116705 HIP114507 HIP112545 HIP108317 HIP104719 HIP102082 HIP98424 HIP95413 HIP87816 HIP83866 HIP36547 HIP17881 ni i i i ni ni ni i i ni i i i i i i i i i i i i i i i i ni ni i ni ni ni ni i i OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description ID: RPPhotFPG Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 228 observing constraints cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#8 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 C o HIP12557 HIP13654 HIP16647 HIP17889 HIP14930 HIP17678 HD11290 HIP110428 HIP11455 HD17685 HD17271 HIP13384 HIP14135 HIP13092 HIP12193 HIP9171 HIP9884 PPM117658 HIP8968 HIP13064 HIP79349 HIP79233 HIP80259 HIP78235 HIP77501 HIP80704 HIP21046 PPM45199 HIP82273 HIP85258 HD160540 HIP10687 HIP9234 HIP84346 i i ni ni ni ni ni ni ni ni i i i ni ni ni ni ni ni ni i i ni ni ni ni ni i ni ni ni ni ni ni OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD274 OD299 OD299 OD299 OD299 OD299 OD299 OD299 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261A 261B 261B 261B 261B 261B 261B 261B B: pointing re-calibration at STR temperature of -10.0 RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description standard point source photometry blue filter high gain, dithered ID: RPPhotFPG B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 229 observing constraints cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 HIP84004 HIP81835 HIP82249 HIP80802 HIP73199 HIP79804 HIP77619 HIP78574 HIP87833 HIP87850 HIP84027 HIP87747 RRTel HIP98031 HD22868 HIP100605 HIP108317 HIP104719 HIP102082 HIP98424 HIP95413 HIP95902 HIP94438 HD160540 HIP83866 HIP88832 HIP91373 2MASSJ1809 KTHer 2MASSJ1811 HD168829 HIP90883 HIP96647 HIP94730 HIP18744 ni ni ni i i i i i i i i i i ni ni ni ni ni ni ni i i i i ni ni i i i i i ni ni i ni OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description ID: RPPhotFPG Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 230 observing constraints cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 HIP17889 HIP16647 HIP17821 PPM700186 HIP21421 HIP22667 HIP24436 HD33893 HIP24126 HIP30438 PPM767023 HIP17678 HIP19424 HD11290 HIP110256 HIP110428 HIP85820 HIP82912 HIP57505 HD24607 HIP23203 HIP23636 PPM725418 HIP27286 HD48505 HIP82273 HIP85258 HIP89642 HIP87668 HIP84780 HIP79593 HIP76377 HIP61404 HIP46806 HD43635 ni i ni ni ni ni ni ni i i i i ni ni ni i ni ni ni ni ni ni i i ni i i i i ni i i ni i i OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description ID: RPPhotFPG Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 231 observing constraints cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 CSDra HIP72607 HIP75847 HD39741 HIP8565 HIP30800 HIP13502 HD17271 HIP14930 HD17685 HIP11455 HIP114917 HIP99512 HIP98608 HIP29655 HIP29450 HIP28404 HIP29919 HIP36547 HIP17881 HIP21046 HIP15145 PPM45199 HIP10687 HIP9306 HIP3179 HIP117763 HIP4008 HIP11093 HIP13290 HIP24738 HIP26754 HIP30326 HIP28874 HIP106044 i i i i ni ni ni i i ni i i i i i ni i i i i i i i i ni i ni ni ni ni ni ni i ni ni OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 OD299 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B 261B RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Schedule to the end of OD 299 to allow for possible thermal settlings of STR CCD Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description ID: RPPhotFPG Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 232 observing constraints cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 C o HIP75847 HIP80802 HD17271 HD17685 HIP114917 HIP11455 HIP30800 HIP72607 HIP98608 HIP14930 HIP17678 HIP73199 HIP81835 HIP85820 RRTel CSDra 2MASSJ1811 HIP94438 HIP94730 HD43635 HIP24738 HIP28404 HIP29450 HIP87668 HIP90883 HIP98424 2MASSJ1809 HIP28874 HIP84780 HIP96647 HIP95902 HIP102082 HIP108317 ni ni ni ni ni ni ni ni ni ni ni ni ni ni ni ni i i i i i i i i i i i i i i i i i OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 0001) update verification at STR temperature of -10.0 RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG C: SIAM (0320 Schedule to the end of OD 320 to allow for possible thermal settlings of STR CCD Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description standard point source photometry blue filter high gain, dithered ID: RPPhotFPG C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 233 observing constraints cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 cycle#11 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 C o HIP81835 HIP80802 HIP75847 HIP72607 HIP73199 CSDra HIP96647 2MASSJ1811 2MASSJ1809 HIP90883 HIP94438 HIP95902 HIP98424 HIP102082 HIP108317 HIP28404 HIP24738 HIP29450 i i i i i i i i i ni ni ni ni ni ni i i i OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 OD320 0002.SIAM to check correctness of SIAM upgrade SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 AOR labels blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu blu cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS cPS 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 261C 0002) update verification at STR temperature of -10.0 RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG C: SIAM (0320 Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Schedule on OD 330 the first OD generated with 0320 For contingency re-planning reasons, the original AORs from OD 320 were just copied and not re-named Measurement description standard point source photometry blue filter high gain, dithered ID: RPPhotFPG C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 234 observing constraints cycle#13 cycle#13 cycle#13 cycle#13 cycle#76 cycle#76 cycle#13 cycle#13 cycle#13 cycle#13 cycle#13 cycle#13 cycle#13 cycle#13 cycle#13 cycle#13 cycle#76 cycle#76 cycle#76 cycle#76 (h) duration 0.0922 0.0922 0.0922 0.0922 0.0922 0.0922 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.3617 0.3617 0.3617 0.3617 0001 0001 0001 0001 0001 0002 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0002 0002 HIP13502 HIP21479 HIP48036 IRAS22134 HIP21479 HD161796 IRAS22134 IRAS22134 IRAS22134 IRAS22134 HIP13502 HIP13502 HIP21479 HIP21479 HIP48036 HIP48036 HIP21479 HIP21479 HD161796 HD161796 blu blu blu blu SAA-20+30 SAA-20+30 SAA-20+30 SAA-20+30 SAA-15+30 SAA-15+30 blu blu blu blu blu blu hi hi lo lo blu blu blu blu blu blu blu blu blu blu 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels cPS cPS cPS cPS cPS cPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 261D 261D 261D 261D 261D 261D 261E 261E 261E 261E 261E 261E 261E 261E 261E 261E 261E 261E 261E 261E RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG E: Verification of spatial structure of spectrometer pointing calibrators D: Verification of pointing offsets for spectrometer pointing calibrators Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description standard point source photometry blue filter high gain, dithered scan map photometry (20”/s) high gain, PS mode10 (70,110 deg) legs, 3.0’ length,blue 4” filter sep. low gain, otherwise samefor settings IRAS 22134+5834 ID: RPPhotFPG D E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 235 observing constraints OD 516, cycle#24 OD 516, cycle#24 OD 526, cycle#25 OD 649, cycle#33 OD 649, cycle#33 OD 649, cycle#33 (h) duration 0.7089 0.7756 0.7078 0.7078 0.7078 1 1 1 0001 0001 HIP18744 HIP15474 HIP82273 HIP45058 HIP48036 blu blu blu 0001 tmax634 tmax954 nnods12 nnods12 nnods12 blu blu HIP45058 ref tmax320 tmax320 tmax320 AOR labels blu cPS gyronodcPS gyronodcPS gcPS gcPS gcPS 262A 262B 262B 262B 262B 262B 2.6.2 Relative pointing error RPPhotFPG RPPhotFPG RPPhotFPG not executed due to PACS switch-off on OD 523RPPhotFPG (AR-76) RPPhotFPG RPPhotFPG gyro nodding pointing mode (S/C CP raster) assessment B for OD 516 must be scheduled into RTSci Window of DTCP Table 75: continued. Summary of AORs for the extended pointing verification/calibration. Measurement description chop/nod point source photometry blue filter high gain, dithered 16 repetitions chop/nod gyro nodding photometry blue filter high gain, undithered nnod = 16, tmaxkoff = = 634 4 s nnod = 18, tmaxkoff = = 954 6 s nnod = 12, tmaxkoff = = 320 2 s initial off = 300 s intermediate & final off = 60 s ID: RPPhotFPG A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 236 observing constraints cycle#66, OD 1109 cycle#66, OD 1109 cycle#76 cycle#76 cycle#66, OD 1109 cycle#66, OD 1109 cycle#76 cycle#76 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81. OD 1310 (h) duration 0.5969 0.5969 0.5969 0.5969 0.4086 0.4086 0.4086 2.1586 0.2142 0.3808 0.3808 0.3808 0001 0001 0001 0002 0001 0002 0001 0002 0002 RDor RDor 0002 RDor RDor 0001 Off BL TR BL 0001 HD161796 RDor HD161796 HIP21479 HD161796 RDor HD161796 HIP21479 blu blu blu blu SimuSpec SimuSpec SimuSpec SimuSpec blu blu blu blu AOR labels nStdStar nStdStar nStdStar nStdStar nStdcPS nStdcPS nStdcPS nStdcPS nStdStar nStdStar nStdStar nStdStar 262C 262C 262C 262C 262D 262D 262D 262D 262E 262E 262E 262E 2.6.2 Relative pointing error RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG pointing jitter re-assessment after full STR focal length update 5 min) × simulation of PACS spectrometer nod sequence pointing to assess pointing jitter Table 75: continued. Summary of AORs for the extended pointing verification/calibration. source position for E must be specified with offset to place source on centre of one bolometer matrix source position for D must be specified with offset to place source on centre of one bolometer matrix Measurement description non-standard chop/nod in ABBA pattern (4 blue filter, no dither chop/nod throws as in standard point-source AOT high gain non-standard staring blue filter direct mode high gain non-standard staring blue filter direct mode high gain ID: RPPhotFPG C D E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 237 observing constraints cycle#57, OD 974 cycle#57, OD 974 cycle#57, OD 974 cycle#57, OD 974 (h) duration 0.5656 0.8822 0.2469 0.0758 0001 0001 0001 0001 Arp220 Arp220 Arp220 Arp220 blu blu blu blu 04 30 AOR labels nStdScan90medi nStdScan00medi nStdScan90medi nStdScan90medi 263A 263A 263B 263B 4 Hz STR pointing quality check enable 4 Hz STR pointing TM for this test 2.6.3 Absolute Pointing Error - Scan mode RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG Table 75: continued. Summary of AORs for the extended pointing verification/calibration. 0 deg inst. Measurement description scan map medium speed blue filter cross-scan step 2” 90 deg inst. 4’ legs, 60 legs 2’ legs, 120 legs scan map medium speed blue filter 90 deg inst. cross scan step 4” 4’ legs, 23 legs cross scan step 30” 4’ legs, 3 legs position offset calculated forto OD 974 have turn-arrounds on-array ID: RPPhotFPG A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 238 m) that they allow instantaneous determination µ 1000 Jy at 70 > 10.2 Bolometer matrix precision position measurement of their brightnessbolometer peaks matrix on pixels the containingof the time detection. brightness resolution peaks This of can allows be to a derive determined, bolometermask. also knowing frame precisely the For (10 the the size Hz). measurement relative of on positions the Thus, Callisto of matrix and by the gaps, Ganymede, two performing rotation it moons a angles must at of be scan the the ensured time map,are that matrices executed the both and not relative only moons distortionin in are positions effects. support orthogonal at of of scan This farthest pointing direction the measurement possible jitter but is distance also assessment a from during in reverse Jupiter scans scan and (which direction should to have cope 4 Hz with STR possible TM timing available. issues. The measurements are also verification/complement of the measurements done in the PACS ground calibration facility with an x-y-stage and blackbody illuminated point-source The two point-like Jupiter moons Callisto and Ganymede are such bright (each would saturate array pixels with relaxationThese effects), measurements which are restricts complemented the by feasible scan observation maps times. on a single bright fixed source following the final STR 2D higher polynomial update. These Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 239 sources Jupiter bright source in each frame in each frame 2 bright sources with well known relative positions R Dor (HIP 21479) Callisto–Ganymede traceable with good S/N at sufficient distance from and traceable with good S/N 1.7 6.9 (h) total time repetitions blue and red filter blue and green filter parameter variations reverse scan (180 deg) reverse scan (270 deg) reverse scan (180 deg) reverse scan (270 deg) 0.7 1.0 1.0 1.1 0.7 (h) 0.65 basic duration 2.6.4 Relative Pointing Error - Scan Mode enable 4 Hz STR pointing TM for this set of scan maps CUS AOT 1.1.15 Establish the relative positions of the individual matrices 1.1.15 Establish the relative positions of the individual matrices AOT/CUS 0 deg inst. Measurement description scan map slow scan speed low gain 2” leg separation 90 deg inst. 4’ legs, 60 legs 2’ legs, 120 legs scan map medium scan speed high gain blue: 2” leg separation 0, 180 deg inst. 4’ legs, 113 legs 90, 270 deg inst. 6’ legs, 57 legs green: 2” leg separation 0, 180 deg inst. 4’ legs, 119 legs 90, 270 deg inst. 6’ legs, 63 legs ID: RPPhotSpatial A B Table 76: Observational detailsThe of extended total PACS estimated photometer FPG time calibration of to this precisely determine test the block relative is positions of 8.6 h. the individual matrices. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 240 observing constraints cycle#57, OD 981 cycle#57, OD 981 cycle#80 cycle#80 cycle#80 cycle#80 cycle#87, OD 1404 cycle#87, OD 1404 cycle#87, OD 1404 cycle#87, OD 1404 (h) duration 0.6817 0.9150 1.0219 1.0219 0.6347 0.6347 1.0736 1.0736 0.6964 0.6964 1 1 01 01 01 01 01 01 01 01 RDor RDor RDor RDor RDor RDor RDor RDor CallistoGanymede CallistoGanymede blu blu blu blu grn grn grn grn blu blu 1 between 2012-01-20T05:27:00Z and1 2012-01-20T05:35:00Z between 2012-01-20T06:19:53Z and 2012-01-20T06:27:53Z PA000 PA180 PA090 PA270 PA000 PA180 PA090 PA270 AOR labels nStdScan90sl nStdScan00sl StdScan StdScan StdScan StdScan StdScan StdScan StdScan StdScan 1115A 1115A 1115B 1115B 1115B 1115B 1115B 1115B 1115B 1115B CallistoGanymede CallistoGanymede 2.6.4 Relative Pointing Error - Scan Mode blu blu enable 4 Hz STR pointing TM for this set of scan maps RPPhotFPG central position calculated forRPPhotFPG start 2012-01-20T06:21:53Z central position calculated for start 2012-01-20T05:29:59Z RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG RPPhotFPG 1.1.15 Establish the relative positions of the individual matrices 1.1.15 Establish the relative positions of the individual matrices nStdScan00sl nStdScan90sl 1115A 1115A fixed pointing observation: measurements have to start on fixed time to match calculated positions 0 deg inst. Measurement description scan map blue & red filter slow scan speed low gain 2” leg separation 90 deg inst. 4’ legs, 60 legs 2’ legs, 120 legs scan map medium scan speed high gain 2” leg separation blue: 0, 180 deg inst. 4’ legs, 113 legs 90, 270 deg inst. 6’ legs, 57 legs green: 0, 180 deg inst. 4’ legs, 119 legs 90, 270 deg inst. 6’ legs, 63 legs 1] RPPhotFPG 2] RPPhotFPG ID: RPPhotSpatial A B matrices. The final total time is 8.4499 h. Table 77: Summary of AORs for the extended PACS photometer FPG calibration to precisely determine the relative positions of the individual Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 241 parallel mode. using this later deprecated scan speed. 1) to obtain scan maps at medium and fast scan speeds in parallel mode scan orientation configurations to obtain a representative PSF for the 2) to enlarge the area of3) theto Encircled obtain Energy scan Fraction (EEF) maps by at4) maps medium around speedto very in obtain bright recommended scan sources large maps which map may at scan even slow and saturate speed cross-scan in in orientation the as recommended very PSF centre. large reference map for scan convolution and programs. cross-scan orientation as PSF reference for observing programs still 10.3 Photometer PSF calibration Extensions of the PV Phase program are Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 242 =64 Jy =89 Jy =26 Jy =42 Jy =17 Jy 160 160 160 160 160 Ceres, see D =60 Jy, f =95 Jy, f =39 Jy, f =144 Jy, f =180 Jy, f Vesta Vesta ⇒ sources 100 100 100 100 100 of PV program) of PV program) (brightest source (brightest source for optimum S/N: bright point source (blue & green filter) Ceres, July 06, 2011: Ceres, May 10, 2011: linear range reference Ceres, DOY 280, 2012: Vesta, March 15, 2011: very bright point source red fiter Hygiea, March 05, 2011: non-linear range reference =68 Jy, f =106 Jy, f =166 Jy, f =251 Jy, f =351 Jy, f 70 70 70 f 70 70 f f f f 2.4 1.2 2.1 1.4 0.7 4.2 (h) total time for Vesta repetitions green filter 1 scan speed 2 scan speeds brightness levels scan & cross-scan scan & cross-scan 1 scan orientation blue and green filter blue and green filter blue and green filter parameter variations blue filter for Hygiea for Ceres at 3 various 2 parallel mode scan orientations 1.2 (h) 0.29 0.35 0.35 3.1.4 Photometer Point Spread Function basic duration AOT AOT AOT AOT AOT/CUS Table 78: Observational details of extended PACS photometer PSF calibration. The total estimated time of this test block is 20.7 h. Measurement description scan map medium, high speed parallel mode scan geometry: 42.4 deg & -42.4 deg 10’ legs, 15 legs 3” cross-scan steps scan map medium speed 20 deg (close to short array axis orientation) 10’ legs, 80 legs 3” cross-scan steps scan map medium speed large map scan geometry 45 deg & 135 deg 10’ legs, 21 legs 20” cross-scan steps scan map medium speed large map scan geometry 45 deg & 135 deg 10’ legs, 21 legs 20” cross-scan steps ID: RPPhotSpatial A B C D Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 243 Boo Mars α sources bright stellar point source 8.8 2.0 (h) total time repetitions scan & cross-scan blue & green filter blue and green filter parameter variations opposite scan directions 1.1 0.5 (h) basic duration 3.1.4 Photometer Point Spread Function slow CUS AOT speed) not offer AOT/CUS (AOT does Table 79: continued. Observational details of extended PACS photometer PSF calibration. Measurement description scan map high speed large map scan geometry 45 deg & 135 deg 225 deg & 315 deg 80’ legs, square map homogeneous coverage scan map slow speed large map scan geometry 45 deg & 135 deg 10’ legs, 21 legs 20” cross-scan steps ID: RPPhotSpatial E F Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 244 16 Jy 26 Jy 60 Jy 61 Jy 106 Jy ≈ ≈ ≈ ≈ ≈ 70 160 70 160 100 observing constraints cycle#12 cycle#12 cycle#12 cycle#12 cycle#12 cycle#12 cycle#12 cycle#12 cycle#12 cycle#25 cycle#25 cycle#25 cycle#25 cycle#34, f cycle#34, f cycle#35, f cycle#35, f cycle#35, f cycle#35 (h) duration 0.2558 0.2558 0.2453 0.2453 0.2558 0.2558 0.2453 0.2453 1.1406 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Ceres Ceres Hygiea Hygiea Vesta Vesta Vesta Vesta Vesta Ceres Ceres Vesta Vesta Vesta Vesta Vesta Vesta Vesta Vesta blu grn grn blue blue grn grn blue blue blue blue grn grn blu grn blu grn blu grn med hi med hi med med med med med med med med med med med med hi med hi AOR labels StdScan+42 StdScan-42 StdScan+42 StdScan-42 StdScan+42 StdScan-42 StdScan+42 StdScan-42 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan+20 314A 314A 314A 314A 314A 314A 314A 314A 314B 314C 314C 314C 314C 314C 314C 314C 314C 314C 314C 3.1.4 Photometer Point Spread Function RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial not executed due toRPPhotSpatial PACS switch-off on ODRPPhotSpatial 523 (AR-76) RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial Table 80: Summary of AORs for the extended PACS photometer PSF calibration. The final total time is 19.9728 h. Measurement description scan map medium, high speed parallel mode scan geometry: 42.4 deg & -42.4 deg 10’ legs, 15 legs 3” cross-scan steps blue & green filter scan map medium speed 20 deg (close to short array axis orientation) 10’ legs, 80 legs3” (EEF) cross-scan steps scan map medium speed large map scan geometry 45 deg & 135 deg 10’ legs, 21 legs 20” cross-scan steps blue & green filter ID: RPPhotSpatial A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 245 42 Jy 95 Jy 64 Jy 144 Jy 89 Jy 180 Jy 166 Jy 251 Jy 351 Jy ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ ≈ 70 160 100 70 160 100 70 160 100 observing constraints cycle#39, f cycle#39, f cycle#39, f cycle#39 cycle#43, f cycle#43, f cycle#43, f cycle#43 cycle#76, f cycle#76, f cycle#76, f cycle#76 cycle#50, OD 888 cycle#50, OD 888 cycle#50, OD 888 cycle#50, OD 888 cycle#50, OD 888 cycle#50, OD 888 cycle#50, OD 888 cycle#50, OD 888 cycle#69 cycle#69 cycle#69 cycle#69 (h) duration 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 0.3431 1.0858 1.0858 1.0858 1.0858 1.0858 1.0858 1.0858 1.0858 0.4914 0.4914 0.4914 0.4914 0001 0001 0001 0001 0001 0001 0002 0002 0003 0003 0001 0001 0002 0002 0003 0003 0001 0001 0001 0001 0001 0001 0001 0001 alpBoo alpBoo Ceres Ceres Ceres Ceres Ceres Ceres alpBoo alpBoo Ceres Ceres Ceres Ceres Ceres Ceres Mars Mars Mars Mars Mars Mars Mars Mars blue blue grn grn blue blue grn grn blue blue grn grn blue blue grn grn blue blue blue blue grn grn grn grn slw slw slw slw med med med med med med med med med med med med hi hi hi hi hi hi hi hi 045 135 045 135 AOR labels StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan045 StdScan135 StdScan225 StdScan315 StdScan045 StdScan135 StdScan225 StdScan315 nStdScan nStdScan nStdScan nStdScan 314D 314D 314D 314D 314D 314D 314D 314D 314D 314D 314D 314D 314E 314E 314E 314E 314E 314E 314E 314E 314F 314F 314F 314F 3.1.4 Photometer Point Spread Function RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial Table 80: continued. Summary of AORs for the extended PACS photometer PSF calibration. Measurement description scan map medium speed large map scan geometry 45 deg & 135 deg 10’ legs, 21 legs 20” cross-scan steps blue & green filter scan map high speed large map scan geometry 45 deg & 135 deg 225 deg & 315 deg 80’ legs, square map homogeneous coverage blue & green filter scan map slow speed large map scan geometry 45 deg & 135 deg 10’ legs, 21 legs 20” cross-scan steps blue & green filter ID: RPPhotSpatial D E F Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 246 Mars sources AFGL 2688 (1000 Jy source, little structure nearby) only slightly elongated, 3.2 2.0 (h) total time repetitions scan & cross-scan blue and green filter blue and green filter parameter variations 0.8 1.0 (h) 3.1.5 Photometer Ghosts basic duration AOT AOT AOT/CUS Measurement description scan map medium speed large map scan geometry 45 deg & 135 deg 8’ legs, 61 legs 4” cross-scan steps scan map medium speed only 90 deg scan orientation 20’ legs, 41 legs 6” cross-scan steps ID: RPPhotSpatial A B Table 81: Observational details of extended PACS photometer ghost characterization. The total estimated time of this test block is 5.2 h. 10.4 Photometer spatial ghostFollowing analysis assessment of PV PhasePSF PSF profiles. and ghost obervations, some refinement of ghost occurrence and nature is necessary to clearly remove this from Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 247 observing constraints cycle#27 cycle#27 cycle#27 cycle#27 cycle#52 cycle#52 (h) duration 0.7775 0.7775 0.7775 0.7775 0.9514 0.9514 0001 0001 0001 0001 0001 0001 AFGL2688 AFGL2688 Mars AFGL2688 AFGL2688 Mars blu blu grn grn blu grn med med med med med med AOR labels StdScan045 StdScan135 StdScan045 StdScan135 StdScan090 StdScan090 3.1.5 Photometer Ghosts 315A 315A 315A 315A 315B 315B RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial RPPhotSpatial Measurement description scan map medium speed large map scan geometry 45 deg & 135 deg 8’ legs, 61 legs 4” cross-scan steps blue & green filter high gain scan map medium speed only 90 deg scan orientation 20’ legs, 41 legs 6” cross-scan steps Table 82: Summary of AORs for the extended PACS photometer ghost characterization. The final total time is 5.0128 h. ID: RPPhotSpatial A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 248 sources Sect. 4.4 dark sky field 0.6 (h) total time repetitions mid and end of PV parameter variations 0.6 (h) basic duration CUS 3.1.7 Field-of-View characterization AOT/CUS 23000 ± Measurement description non-standard chopper FOV scan both CSs on nominal225 T steps up &between down chopper pos. 80 read-outs per chopperblue pos. and green filter ID: RPPhotSpatial A Table 83: Observational details of the photometer field-of-view characterization. The total estimated time of this test block is 0.6 h. 10.5 FOV characterization photometer During Performance Verification Phaseperformed a under number various of illuminationfield-of-view full conditions into photometer of the field the internal of calibration internal view source sources scans field-of-view utilizing including and the the vice PACSfor areas versa. chopper any of to significant the assess changes internal the in calibration impact the sources of illumination were straylight pattern. from the sky Towards the end of the Herschel mission another scan under nominal illumination of the internal calibration sources should be performed to check Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 249 observing constraints cycle#91, OD 1451 (h) duration 0001 DarkField CSnom AOR labels nStdFOV 317A 3.1.7 Field-of-View characterization RPPhotSpatial delivered but not executed due to end-LHe in DTCP-1447 23000 ± Measurement description non-standard chopper FOV scan both CSs on nominal225 T steps up &between down chopper pos. 80 read-outs per chopperblue pos. and green filter ID: PVPhotSpatial A is 0.5639h). Table 84: Summary of AORs for the extended photometer FOV characterisation observations. The final total time is 0.0 h (nominal AOR duration Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 250 sources NGC 6618 in high gain mode to partial saturation very bright extended source, which can lead 3.9 (h) total time repetitions high and low gain scan and cross-scan blue and green filter parameter variations (h) 0.49 basic duration AOT AOT/CUS 5.1.4 Optimised Observing Strategy for Scan Map Photometery AOT Measurement description scan map medium speed 45.0 deg & 135.0 deg 12’ legs, 28 legs 25” cross-scan steps ID: RPPhotAOTVal A Table 85: Observational details of extended PACS photometer AOT validation. The total estimated time of this test block is 3.9 h. 10.6 Follow-up issues of photometer AOT validation One extension of thethe PV final map program from addressedspots. a here high This is gain matching the version, of allowing issue maps to of addresses get extending the the relative the faintest flux dynamic emission, calibration and range in a for the low scan two gain maps gains. version, on increasing the very saturation bright limit sources for by the composing brightest The major AOT validation aspects have been addressed by the PV AOT validation program. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 251 observing constraints cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 (h) duration 0.4842 0.4842 0.4842 0.4842 0.4842 0.4842 0.4842 0.4842 01 01 01 01 01 01 01 01 NGC6618 NGC6618 NGC6618 NGC6618 NGC6618 NGC6618 NGC6618 NGC6618 blu grn blu grn blu grn blu grn 45 135 45 135 45 135 45 135 hi hi lo lo hi hi lo lo StdScan StdScan StdScan StdScan StdScan StdScan StdScan StdScan AOR labels 514A 514A 514A 514A 514A 514A 514A 514A RPPhotAOTVal RPPhotAOTVal RPPhotAOTVal RPPhotAOTVal RPPhotAOTVal RPPhotAOTVal RPPhotAOTVal RPPhotAOTVal 5.1.4 Optimised Observing Strategy for Scan Map Photometery AOT Table 86: Summary of AORs for the extended PACS photometer AOT validation. The final total time is 3.8736 h. Measurement description scan map medium speed scan (45 deg) &:high cross-scan (hi) (135 deg) & lowblue (lo) & gain green filter 12’ legs, 28 legs 25” cross-scan steps ID: RPPhotAOTVal A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 252 Tau α 4 Vesta sources of reliable Sect. 4.1.1 Sect. 4.1.1 with stellar fiducial stars fiducial stars close encounter prime standard asteroid standard 2.3 0.6 (h) 13.5 total time repetitions fast scan speed blue & green filter blue & green filter 1 celestial standard 2 celestial standards parameter variations low & fast scan speed (h) 0.56 0.57 1.11 / 0.58 basic duration AOT AOT AOT 3.2.4 Establish the linearity of the full system AOT/CUS 5.1.5 Optimised observing strategy for SPIRE/PACS parallel mode 30’ 30’ × × Measurement description standard parallel mode scan maps minimum common map size of 30’ nominal & orthogonal scan direction standard PACS scan maps 56’ legs, 19 legs 155” cross-scan steps 42.4 deg & -42.4 deg orientation (parallel mode geometry) standard parallel mode scan map minimum common map size of 30’ only nominal scan direction fast scan speed blue+red filter ID: RPParAOTval A B A 10.7 Parallel mode photometric validation/calibration PACS prime instrument. Incelestial targets order are to performed. have an Furthermore, the independent parallel verification, mode including scan also geometry the is full executed processing in chain, PACS prime parallel mode mode for scan direct maps sensitivity on comparison. prime The photometric calibration of the SPIRE/PACS parallel mode PACS scan maps was up toTable 87: now solely Observational based details on of photometric extended SPIRE/PACS calibration parallel with mode validation/calibration. the The total estimated time of this test block is 16.4 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 253 observing constraints cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#71, OD 1179 (h) duration 1.1061 1.1061 1.1061 1.1061 0.5803 0.5803 0.5803 0.5803 1.1061 1.1061 1.1061 1.1061 0.5803 0.5803 0.5803 0.5803 0.5564 0.5564 0.5564 0.5564 0.5650 1 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 alpTau 0001 0001 alfBoo alfBoo alfBoo alfBoo gamDra alfBoo gamDra alfBoo fast gamDra alfBoo fast gamDra alfBoo Vesta gamDra alfBoo gamDra alfBoo fast gamDra alfBoo fast gamDra alfBoo blu grn slow fast slow fast slow fast slow fast fast blu grn slow fast slow fast slow fast slow fast blu grn blu grn blu grn blu grn blu blu grn blu grn blu grn blu grn AOR labels StdNom StdOrt StdNom StdOrt StdNom StdOrt StdNom StdOrt StdNom StdOrt StdNom StdOrt StdNom StdOrt StdNom StdOrt StdNom StdPacsNom StdPacsOrt StdPacsNom StdPacsOrt 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515A 515B 515B 515B 515B 324A see Sect. 6.3.2 for details 3.2.4 Establish the linearity of the full system RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal RPParAOTVal 5.1.5 Optimised observing strategy for SPIRE/PACS parallel mode Observation shall be scheduled just prior to the corresponding prime mode observations on OD 1179 30’ 30’ × × Measurement description standard parallel mode scan maps minimum common map size of 30’ nominal & orthogonal scan direction standard PACS scan maps 56’ legs, 19 legs 155” cross-scan steps 42.4 deg & -42.4 deg orientation (parallel mode geometry) standard parallel mode scan map minimum common map size of 30’ only nominal scan direction fast scan speed blue filter ID: RPParAOTVal A B A Table 88: Summary of AORs for the extended SPIRE/PACS parallel mode validation/calibration. The final total time is 16.2818 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 254 planets sources asteroids Sect. 4.1.1 Table Planck observing times (h) 15.4 one week of the Planck observation. ± total time frequency m bands. This offers the possibility to get accurate fluxes of the planets from April 2010 µ until January 2012 2 sources every month ≈ (h) 0.52 basic duration 6.3.1 Cross-calibration Herschel-Planck AOT AOT/CUS Measurement description scan map photometry high gain, PS mode blue & green filter 70 & 110 deg 10 legs, 2.5’ length,up 4” to sep. cycle#12 10 legs, 3’ length,from 4” cycle#14 sep. ID: RPPhotFlux A Table 89: Observational details of Herschel-Planck photometric cross-calibration. The total estimated time of this test block is 15.4 h. and bright asteroids, whentheir observed models. with In Planckcross-calibration, this HFI it sense and is also required carefully PACS that extracted can SPIREIn from benefit Sect. and the in4.1.1 , PACS the its observe total Planck theare flux flux HFI cross-calibration coordinated calibration observing in targets by times from the within of the an beam, the Herschel upgrade brightest which Routine SSOs of Phase can are the Planning listed. lead SSO Meeting. Quasi-simulatenous to flux SPIRE improvement and standard of PACS models. observations of For selected sources the most accurate 10.8 Photometer cross-calibration Herschel-Planck HFI 545 and 850 GHz bands (feed horns 13,14) and the SPIRE 500 and 350 The Planck HFI instrument willThere be is absolutely no calibrated against wavelength overlap the between COBE PACS FIRAS and instrument the which Planck had HFI an instrument. absolutely calibrated However, blackbody there is onboard. a reasonable/very good wavelength overlap between Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 255 observing constraints OD348, cycle#12 OD348, cycle#12 OD348, cycle#12 OD348, cycle#12 OD371, cycle#14 OD371, cycle#14 OD371, cycle#14 OD371, cycle#14 OD413, cycle#17 OD413, cycle#17 OD413, cycle#17 OD413, cycle#17 OD446, cycle#19 OD446, cycle#19 OD446, cycle#19 OD446, cycle#19 OD446, cycle#19 OD446, cycle#19 OD446, cycle#19 OD446, cycle#19 (h) OD 446 duration 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1267 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 ⇒ ODs 371/372 ODs 443/444 ODs 351/352 ODs 409/410 ⇒ 0001 0001 0001 0001 ⇒ ⇒ ⇒ 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Vesta Vesta Neptune Neptune Hebe Hebe Pallas Pallas Interamnia Interamnia Vesta Vesta Neptune Neptune Hebe Hebe Pallas Pallas Interamnia Interamnia blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 6.3.1 Cross-calibration Herschel-Planck RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 6 Hebe 2010-06-27 14:19:30 2010-06-29 00:29:05 Planck: 4 Vesta 2010-04-30 12:11:11 2010-05-01 08:18:35 Planck: 2 Pallas 2010-07-31 02:29:16 2010-07-31 21:23:46 Planck: 704 Interamnia 2010-08-03 22:21:23 2010-08-04 15:57:19 Planck: 899 Neptune 2010-05-20 06:51:22 2010-05-21 02:14:45 Measurement description scan map photometry high gain, PS mode 10 legs, 2.5’ length,70,110 4” deg sep. up to cycle#14 10 legs, 3’ length,70,110 4” deg sep. from cycle#17 Table 90: Summary of AORs for the Herschel-Planck photometric cross-calibration. The final total time is 15.2476 h. ID: RPPhotFlux A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 256 observing constraints OD485, cycle#22 OD485, cycle#22 OD485, cycle#22 OD485, cycle#22 OD497, cycle#23 OD497, cycle#23 OD497, cycle#23 OD497, cycle#23 OD526, cycle#25 OD526, cycle#25 OD526, cycle#25 OD526, cycle#25 OD540, cycle#26 OD540, cycle#26 OD540, cycle#26 OD540, cycle#26 OD566, cycle#27 OD566, cycle#27 OD566, cycle#27 OD566, cycle#27 OD579, cycle#28 OD579, cycle#28 OD579, cycle#28 OD579, cycle#28 (h) OD 496 OD 540 duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 ⇒ OD 486 ⇒ ODs 577/578 OD 528 ODs 566/567 ⇒ ⇒ ⇒ 0001 0001 0001 0001 ⇒ 0001 0001 0001 0001 0002 0002 0002 0002 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Uranus Uranus Uranus Uranus Ceres Ceres Amphitrite Amphitrite Iris Iris Neptune Neptune Flora Flora Ceres Ceres Amphitrite Amphitrite Iris Iris Neptune Neptune Flora Flora blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn lo lo lo lo Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 6.3.1 Cross-calibration Herschel-Planck RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed due to PACS switch-off on OD 523RPPhotFlux (AR-76) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 7 Iris 2010-10-23 12:18:25 2010-10-24 10:05:10 Planck: 1 Ceres 2010-09-11 00:39:42 2010-09-11 14:24:01 Planck: 899 Neptune 2010-11-04 18:47:50 2010-11-05 09:44:25 Planck: 8 Flora 2010-12-01 03:00:07 2010-12-02 13:39:19 Planck: 29 Amphitrite 2010-09-21 22:14:03 2010-09-22 12:00:44 Planck: 799 Uranus 2010-12-12 12:55:06 2010-12-13 08:22:22 Table 90: continued. Summary of AORs for the Herschel-Planck photometric cross-calibration. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 257 observing constraints OD579, cycle#28 OD579, cycle#28 OD579, cycle#28 OD579, cycle#28 OD593, cycle#29 OD593, cycle#29 OD593, cycle#29 OD593, cycle#29 OD613, cycle#31 OD613, cycle#31 OD613, cycle#31 OD613, cycle#31 OD649, cycle#33 Sect. 6.3.1 OD649, cycle#33 Sect. 6.3.1 OD649, cycle#33 OD649, cycle#33 OD686, cycle#36 OD686, cycle#36 OD686, cycle#36 OD686, cycle#36 OD703, cycle#37 OD703, cycle#37 OD703, cycle#37 OD703, cycle#37 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 OD 702/703 OD 650 03 03 OD 596 OD 687/688 OD 610/611 ⇒ ⇒ ODs 579–581 ⇒ ⇒ ⇒ ⇒ Hygiea Hygiea 0002 0002 0002 0002 c33 c33 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0002 0002 0002 0002 0001 0001 0001 0001 blu blu Hebe Hebe Juno Juno Europa Europa Hygiea Hygiea Davida Davida Interamnia Interamnia Hebe Hebe Juno Juno Europa Europa Hygiea Hygiea Davida Davida Interamnia Interamnia 52Jy 52Jy blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn 070 110 sPS sPS Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck AOR labels 323B 323B 070 110 070 110 070 110 070 110 070 110 070 110 070 110 700 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 6.3.1 Cross-calibration Herschel-Planck 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 3 Juno 2010-12-30 17:06:49 2010-12-31 13:32:34 Planck: 10 Hygiea 2011-02-22 23:05:23 2011-02-23 12:40:06 Planck: 6 Hebe 2010-12-14 11:21:48 2010-12-16 06:25:32 Planck: 52 Europa 2011-01-14 08:14:06 2011-01-15 02:42:21 Planck: 511 Davida 2011-04-01 04:13:02 2011-04-01 17:43:35 Planck: 704 Interamnia 2011-04-16 04:23:03 2011-04-16 21:25:36 Table 91: continued. Summary of AORs for the Herschel-Planck photometric cross-calibration. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 258 OD716, cycle#38 Sect. 6.3.1 OD716, cycle#38 Sect. 6.3.1 OD716, cycle#38 Sect. 6.3.1 OD716, cycle#38 Sect. 6.3.1 OD720, cycle#38 OD720, cycle#38 OD720, cycle#38 OD720, cycle#38 OD739, cycle#40 OD739, cycle#40 OD739, cycle#40 OD739, cycle#40 OD745, cycle#40 OD745, cycle#40 OD745, cycle#40 OD745, cycle#40 OD771, cycle#42 OD771, cycle#42 OD771, cycle#42 OD771, cycle#42 observing constraints (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 03 03 ODs 739/740 03 03 ODs 770/771 ODs 718/719 ODs 714/715 ODs 744/745 ⇒ ⇒ ⇒ ⇒ Vesta Vesta ⇒ Vesta Vesta c38 c38 0003 0003 c38 c38 0003 0003 0002 0002 0002 0002 0002 0002 0002 0002 0002 0002 blu blu 0002 0002 0002 0002 0002 0002 grn grn Vesta Vesta Pallas Pallas Neptune Neptune Juno Juno Europa Europa Vesta Vesta Pallas Pallas Neptune Neptune Juno Juno Europa Europa 159Jy 159Jy 90Jy 90Jy blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn 070 110 070 110 sPS sPS sPS sPS Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck AOR labels 323B 323B 323B 323B 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 6.3.1 Cross-calibration Herschel-Planck 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 3 Juno 2011-05-27 22:53:09 2011-05-28 22:50:54 Planck: 4 Vesta 2011-04-28 04:50:16 2011-04-29 04:38:51 Planck: 2 Pallas 2011-05-02 01:12:17 2011-05-02 19:55:20 Planck: 52 Europa 2011-06-22 18:33:09 2011-06-23 21:05:46 Planck: 899 Neptune 2011-05-23 04:55:32 2011-05-23 23:47:04 Table 92: continued. Summary of AORs for the Herschel-Planck photometric cross-calibration. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 259 observing constraints OD782, cycle#43 Sect. 6.3.1 OD782, cycle#43 Sect. 6.3.1 OD782, cycle#43 Sect. 6.3.1 OD782, cycle#43 Sect. 6.3.1 OD789, cycle#43 OD789, cycle#43 OD789, cycle#43 OD789, cycle#43 OD810, cycle#45 OD810, cycle#45 OD810, cycle#45 OD810, cycle#45 OD859, cycle#48 OD859, cycle#48 OD859, cycle#48 OD859, cycle#48 OD889, cycle#51 OD889, cycle#51 OD889, cycle#51 OD889, cycle#51 (h) duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 OD 859 OD 813 03 03 03 03 ODs 785/786 ⇒ ⇒ ODs 883/884 ODs 780/781 ⇒ ⇒ ⇒ Ceres Ceres Ceres Ceres 0002 0002 0002 0002 c43 c43 c43 c43 0001 0001 0001 0001 0002 0002 0002 0002 0003 0003 0003 0003 0002 0002 blu blu grn grn 0002 0002 Uranus Uranus Uranus Uranus Ceres Ceres Hygiea Hygiea Lutetia Lutetia Pallas Pallas Ceres Ceres Hygiea Hygiea Lutetia Lutetia Pallas Pallas 211Jy 211Jy 144Jy 144Jy blu blu grn grn blu blu grn grn lo lo lo lo blu blu grn grn blu blu grn grn blu blu grn grn 070 110 070 110 sPS sPS sPS sPS Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck AOR labels 323B 323B 323B 323B 070 110 070 110 070 110 070 110 070 110 700 110 070 110 700 110 070 110 070 110 sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 6.3.1 Cross-calibration Herschel-Planck 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux covered by RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux not executed to ensurefollowing no PACS run SPU out recovery of from cooler failure hold on time OD 807RPPhotFlux (AR-87) RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 10 Hygiea 2011-08-04 20:22:35 2011-08-05 10:23:54 Planck: 21 Lutetia 2011-09-19 21:04:03 2011-09-20 18:58:24 Planck: 1 Ceres 2011-07-03 07:39:53 2011-07-04 05:03:17 Planck: 2 Pallas 2011-10-14 10:27:34 2011-10-15 12:40:17 Planck: 799 Uranus 2011-07-08 05:30:00 2011-07-09 05:00:00 Table 93: continued. Summary of AORs for the Herschel-Planck photometric cross-calibration. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 260 observing constraints OD900, cycle#51 OD900, cycle#51 OD900, cycle#51 OD900, cycle#51 OD919, cycle#53 OD919, cycle#53 OD919, cycle#53 OD919, cycle#53 OD947, cycle#55 OD947, cycle#55 OD947, cycle#55 OD947, cycle#55 OD947, cycle#55 OD947, cycle#55 OD947, cycle#55 OD947, cycle#55 OD957, cycle#55 OD957, cycle#55 OD957, cycle#55 OD957, cycle#55 OD957, cycle#55 OD957, cycle#55 OD957, cycle#55 OD957, cycle#55 (h) OD 954 duration 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 0.1294 OD 946 ODs 920/921 ⇒ ⇒ ODs 944/945 ODs 897/898 ODs 951/952 ⇒ ⇒ ⇒ 0003 0003 ⇒ 0003 0003 0004 0004 0004 0004 0001 0001 0001 0001 0003 0003 0003 0003 0003 0003 0003 0003 0003 0003 0003 0003 Uranus Uranus Uranus Uranus Vesta Vesta Neptune Neptune Ceres Ceres Thisbe Thisbe Hebe Hebe Vesta Vesta Neptune Neptune Ceres Ceres Thisbe Thisbe Hebe Hebe blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn blu blu grn grn lo lo lo lo Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck Planck 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 070 110 AOR labels sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS sPS 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 631A 6.3.1 Cross-calibration Herschel-Planck RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 88 Thisbe 2011-12-15 19:18:29 2011-12-16 09:22:46 Planck: 799 Uranus 2011-12-23 20:00:00 2011-12-24 13:00:00 Planck: 6 Hebe 2011-12-21 10:18:42 2011-12-22 00:29:22 Planck: 4 Vesta 2011-10-27 15:02:11 2011-10-28 21:52:20 Planck: 1 Ceres 2011-12-14 02:10:35 2011-12-14 20:56:49 Planck: 899 Neptune 2011-11-19 21:00:00 2011-11-20 22:00:00 Table 94: continued. Summary of AORs for the Herschel-Planck photometric cross-calibration. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 261 observing constraints OD969, cycle#56 OD969, cycle#56 OD969, cycle#56 OD969, cycle#56 (h) duration 0.1294 0.1294 0.1294 0.1294 ODs 969/970 ⇒ 0002 0002 0002 0002 Flora Flora Flora Flora blu blu grn grn Planck Planck Planck Planck 070 110 070 110 AOR labels sPS sPS sPS sPS 631A 631A 631A 631A 6.3.1 Cross-calibration Herschel-Planck RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux Planck: 8 Flora 2012-01-08 04:55:48 2012-01-08 19:06:13 Table 95: continued. Summary of AORs for the Herschel-Planck photometric cross-calibration. Measurement description ID: RPPhotFlux Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 262 02 aperture 0001.SIAM, the program has to be repeated for an accurate P 0001.SIAM (program G). 0002.SIAM applied, program E). Also, following a detailed calibration strategy discussion, the source and STR isinterlacing, operated so in that non-interlacing for mode? the For second better half comparibility of the the program measurement is interlacing repeated will on be the manually same disabled. source with nominal STR STR performance update chop/nod angle on the sky. verifying that the algorithm detects correctly the intended offset). 1) what is the gain in APE and SRPE for nodding in case STR interlacing is possible for a source versus there are not enough guide stars for a 2) what may be the impact3) ofhow the does gradual this slight behave S/C for rotation very along compact an sources OD? and blue lines and somewhat more smeared sources in the red? 1) Comparison measurements on the same target obtained with2) theMonitoring older of compromised the pointing impact performance of with possible new secondary ones3) effects obtained likeFinal after the verification the of rotation the of skew4) the angle focalSpecial calibration. plane test cases with to time systematically resulting verify in the pointing different offset orientations determination of and the correction algorithm (by systematically moving the source and SIAM determination after OD 330 (1st OD with 0320 10.9 Spectrometer pointing accuracyFor chopped/nodded and focal lineextraction. spectroscopy plane A it geometry quite is verification perfectPointing centering essential uncertainties of can that compact sources effect thethe in this flux source one quality of pixel is leading several is spatial reproducibly to also pixels of asymmetric centered thus advantage and for on reducing the non-matching the the best line contrast contrast same and profiles and S/N. spatial on most the accurate pixel flux different for reconstruction. nod the positions differential and line distributing Following the SIAM updateinstrument apertures on of OD -0.6” 320to in in the Y line and sensitivity wih -2.6” ofcalibration in the spectroscopy is Z, permanent to still an location STR valid. independent Focal of temperature Due Plane the to change, Geometry target the which verification sign in with introduced error the the a spectrometer of input bulk must the slit be offset correction of performed, in shift the due 0320 of spaxel. all This Herschel program has also to check whether the skew angle skew angle calibration aspectscalibration is have gathered been after extended further on refinement the of the most offset optimum with pointing 0341 calibration targets (program F). More statistics on skew angle and feasability of the mode was first addressed withresulting the in photometer an (cf. APE Sect. 10.1 ) of before about performance 0.8”, assessment a with number the of PACS spectrometer. verification measurements have been initiated: The effects of APEwhich and can SRPE be accuracy inter-compared can for be reproducibility most and directly uncertainty detected assessment. in case of compact line sources, due to the shape of the resulting line profiles A program has been designed to provide feedback A new pointing mode, the so-called gyro nodding pointing (aka CP raster)After may the offer STR a performance more accurate improvement with SRPE during a nod 2D cycles. focal length The basic correction functionality and flagging of bad stars in the guide star catalog not to use for tracking, Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 263 17 ≥ sources e.g. ULIRGs, point-like sources emission (e) stars same targets as A with line emission pointing stars see AD2, section 6.4 see AD2, section 6.4 PV spec FPG targets PV spec FPG targets to enable STR interlacing 6.3 6.3 6.3 0.7 (h) total time ODs 322/323 ⇒ 2 times 2 times repetitions verification on 4 targets on 1 targets parameter variations 0002.SIAM to check correctness of SIAM upgrade 2 nod cycles for SRPE verif. and for each target 2 times and for each target 2 times targets, repeat for each target targets, repeat for each target ≥ for skew angle correction verif. move inbetween targets for APE repeat measurement on each line repeat measurement on each line due to limited number of suitable due to limited number of suitable 0002) update verification (h) 0.50 0.55 0.50 0.55 0.65 0.65 – 0.92 C: SIAM (0320 basic duration 0001) update verification after permanent STR temperature change on OD320 CUS CUS AOT AOT 4.1.1 Spectrometer central pointing position and grating alignment AOT/CUS A: S/N and line symmetry assessment on nods A and B with STR interlacing B: S/N and line symmetry assessment on nods A and B without STR interlacing schedule as close as possible in time after OD 320 SIAM update m m µ µ C: SIAM (0320 For contingency re-planning reasons, the original AOR from OD 322 was just copied and not re-named Schedule on OD 330 the first OD generated with 0320 11 chopped raster 11 chopped raster × × Measurement description standard line spectroscopy CII line (redshifted) OI line (redshifted) 4 chop/nod cycles large chopper throw identical to A CII line (redshifted) OI line (redshifted) STR interlacing must be disabled per OBSID 11 2.5” step, chopping between optical zero & off-position 12/20 s dwell per rasterfixed point grating at 77/154 11 2.5” step, chopping between optical zero & off-position 12/20 s dwell per rasterfixed point grating at 77/154 Table 96: Observational details of PACS spectrometer pointing accuracy verification. The total estimated time of this test block is 88.2 h. ID: RPSpecFPG A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 264 sources + Neptune + Neptune & Vesta see AD2, section 6.4 see AD2, section 6.4 see AD2, section 6.4 see AD2, section 6.4 PV spec FPG targets PV spec FPG targets PV spec FPG targets PV spec FPG targets 4.2 4.2 9.8 (h) 11.6 OD 335 total time ⇒ ODs 322/323 ⇒ 0002.SIAM upgrade 2 times (Neptune) repetitions on 6 targets (HIP 21479, R Dor) repeat for 2 targets repeat for 2 targets repeat for 2 targets parameter variations targets, repeat for each target due to limited number of suitable 2.1 2.1 (h) 02 aperture SIAM consolidation 0.59 – 0.92 basic duration 1.80/1.94/2.05 F: Detailed skew angle re-calibration E: P CUS AOT AOT AOT AOT/CUS 4.1.1 Spectrometer central pointing position and grating alignment All 3 chop throws on same target shall be scheduled on the same OD D: Skew angle calibration verification after 0320 schedule as close as possible in time after OD 320 SIAM update m µ Schedule as close as possible in time after implementation of corrected SIAM D: Skew angle calibration verification after permanent STR temperature change on OD320 Table 96: continued. Observational details of PACS spectrometer pointing accuracy verification. O line For contingency re-planning reasons, the original AORs from OD 322 were just copied and not re-named 2 O line O line O line 2 H 2 2 H µ µ m H m H µ µ 11 chopped raster 7 chop/nod raster 7 chop/nod raster 7 chop/nod raster × × × × Measurement description 7 2.5” step large chop throw line spectroscopy mode on 66 7 2.5” step large chop throw line spectroscopy mode on 66 11 2.5” step, chopping between optical zero & off-position 10/20 s dwell per rasterfixed point grating at 77/154 7 2.5” step large, medium, small chopline throw spectroscopy mode on 66.44 on 144.78 ID: RPSpecFPG D D E F Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 265 sources bright line + Neptune AFGL 2591 same source 15 guide stars), > ( test 1: source with bright continuum + see AD2, section 6.4 PV spec FPG targets (for pointing tracing), (for assessment of line STR interlacing enabled symmetry on nods A & B): 3.4 (h) 18.2 total time m line µ × × 2 2 same line (Neptune) repetitions (stellar targets) [OI]63.18 repeat for 6 targets parameter variations include the 2 from program F 0.9 0.8 (h) basic duration 1.07/1.01/0.95 G: Detailed skew angle re-calibration H: gyro nodding (CP raster) test #1 with PACS-S CUS AOT AOT AOT/CUS 4.1.1 Spectrometer central pointing position and grating alignment 4.1.1 Spectrometer central pointing position and grating alignment All 3 chop throws on same target shall be scheduled on the same OD Table 96: continued. Observational details of PACS spectrometer pointing accuracy verification. O line 2 O line 2 m H m H µ µ 5 chop/nod raster × Measurement description 5 2.5” step large, medium, small chopline throw spectroscopy mode on 66.44 on 144.78 line spec nodding sequence under gyro pointing control faint line mode 6 nod cycles withoff-pointings 2 of intermediate 60 s for gyro calibration update 300 s initial off-pointing large chopper throw + reference: standard line spectroscopy under STR control faint line mode 6 nod cycles large chopper throw ID: RPSpecFPG G H Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 266 sources Arp 220 Neptune bright star bright star bright soure with bright line with bright line HIP 21479 (R Dor) HIP 21479 (R Dor) prior to 2D STR update bright continuum source with bad pointing performance 2.7 3.1 1.4 (h) 10.0 total time m µ m, m, m, m, µ µ µ µ m, 130.8-141.0 m, 74.4-79.4 m, 83.2-87.8 m, 91.0-95.1 µ m, 104.6-119.0 µ µ µ 10 ranges repetitions alternating µ 3 times per month all 3 chopper throws parameter variations once or twice per cycle starting from cycle#67 70.0-74.9 78.9-83.7 87.3-91.5 (with best achievable APE) 94.6-98.0 118.0-131.8 1.0 1.4 (h) 0.085 basic duration 1.07/1.01/0.95 J: Monitor impact of chop-nod angle rotation with time AOT AOT AOT AOT 4.1.1 Spectrometer central pointing position and grating alignment 4.1.1 Spectrometer central pointing position and grating alignment 4.1.1 Spectrometer central pointing position and grating alignment 4.1.1 Spectrometer central pointing position and grating alignment AOT/CUS K: Skew angle calibration verification with best APE pointing performance L: Special test case for PACS-S pointing offset determination & correction algorithm I: pointing quality verification after 2D STR focal length distortion update on OD 866 Table 96: continued. Observational details of PACS spectrometer pointing accuracy verification. O line 2 O line 2 H m H µ µ 5 chop/nod raster 2 chop/nod raster × × Measurement description chop/nod range spectroscopy high sampling density 1st & 2nd order 1 range repetition small chopper throw chop/nod line spectroscopy bright line mode large chopper throw 1 nod cycle on 66.44 5 2.5” step large, medium, small chopbright throw line spectroscopy mode on 66.44 2 2” step large chopper throw SED mode, B2A 1 grating scan ID: RPSpecFPG I J K L Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 267 observing constraints on OD 276 (cycle#8) (h) duration 0.4944 0.4944 0.4944 0.4944 0.4944 0.4944 0.5411 0.5414 0.5414 0.5411 0.5414 0.5414 0.4944 0.4944 0.4944 0.4944 0.4944 0.4944 0.5411 0.5414 0.5414 0.5411 0.5414 0.5414 01 01 02 02 01 01 02 02 01 01 02 02 01 01 02 02 01 02 01 02 01 02 01 02 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 AATau IRAS13120-5453 IRAS17208-0014 Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt Pt CII CII CII CII CII CII OI OI OI OI OI OI CII CII CII CII CII CII OI OI OI OI OI OI IL IL IL IL IL IL IL IL IL IL IL IL nIL nIL nIL nIL nIL nIL nIL nIL nIL nIL nIL nIL AOR labels stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine stdLine 411A 411A 411A 411A 411A 411A 411A 411A 411A 411A 411A 411A 411B 411B 411B 411B 411B 411B 411B 411B 411B 411B 411B 411B RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG 4.1.1 Spectrometer central pointing position and grating alignment A: S/N and line symmetry assessment on nods A and B with STR interlacing B: S/N and line symmetry assessment on nods A and B without STR interlacing and request Flight Dynamics to manually disable STR interlacing for these OBSIDs Identify in POS file OBSIDs for AORs to be performed in STR non-interlacing mode Schedule a block of interlacing mode AORs on the 3 targets followed by a block with non-interlacing ones Table 97: Summary of AORs for the spectrometer pointing accuracy verification. The final total time is 87.0274 h. Measurement description standard line spectroscopy CII & OI lines4 (redshifted) chop/nod cycles large chopper throw as A, but STRdeliberately interlacing disabled for each OBSID ID: RPSpecFPG A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 268 observing constraints cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#10 cycle#11 cycle#10 cycle#10 cycle#11 cycle#11 OD 335 (h) ⇒ duration 0.6467 0.6467 0.6467 0.6467 0.9156 0.9156 0.9156 0.9156 0.6467 2.0444 2.0444 2.0444 2.0444 ODs 322/323 ODs 322/323 01 02 01 02 01 02 01 02 01 ⇒ ⇒ 01 01 01 01 HIP21479 HIP21479 HIP27989 HIP27989 HIP68815 HIP68815 HIP84071 HIP84071 HIP27989 0002.SIAM upgrade w77 w77 w77 w77 w77 w77 w77 w77 w77 HIP21479 HIP27989 HIP21479 HIP27989 00 00 00 00 00 00 00 00 00 L7x7 L7x7 L7x7 L7x7 0002.SIAM to check correctness of SIAM upgrade 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp AOR labels stdLineSpec stdLineSpec stdLineSpec stdLineSpec nStd nStd nStd nStd nStd nStd nStd nStd nStd 411C 411C 411C 411C 411C 411C 411C 411C 411C 411D 411D 411D 411D RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG 0001) update verification after permanent STR temperature change on OD320 0002) update verification after permanent STR temperature change on OD320 4.1.1 Spectrometer central pointing position and grating alignment D: Skew angle calibration verification after 0320 m m µ µ schedule as close as possible in time after OD 320 SIAM update schedule as close as possible in time after OD 320 SIAM update Schedule as close as possible in time after implementation of corrected SIAM D: Skew angle calibration verification after permanent STR temperature change on OD320 Table 97: continued. Summary of AORs for the spectrometer pointing accuracy verification. C: SIAM (0320 C: SIAM (0320 O line O line 2 2 For contingency re-planning reasons, the original AOR from OD 322 was just copied and not re-named H H Schedule on OD 330 the first OD generated with 0320 For contingency re-planning reasons, the original AORs from OD 322 were just copied and not re-named µ µ 11 chopped raster 11 chopped raster 7 chop/nod raster 7 chop/nod raster × × × × Measurement description 11 2.5” step, chopping between optical zero & off-position 12/20 s dwell per rasterfixed point grating at 77/154 11 2.5” step, chopping between optical zero & off-position 12/20 s dwell per rasterfixed point grating at 77/154 7 2.5” step large chop throw line spectroscopy mode on 66 7 2.5” step large chop throw line spectroscopy mode on 66 ID: RPSpecFPG C C D D Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 269 -20 on OD 345) < observing constraints cycle#12, OD 345 cycle#12, OD 345 cycle#12, OD 345 cycle#12, OD 345 cycle#12, OD 345 cycle#12, OD 348 (SAA cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 345 cycle#12, OD 345 cycle#12, OD 345 (h) duration 0.5822 0.9156 0.9156 0.5822 0.9156 0.9156 0.5822 0.9156 0.9156 0.9156 0.5822 0.9156 2.0444 1.9367 1.8019 2.0472 1.9394 1.8047 01 02 01 01 01 02 02 02 01 02 01 02 01 01 01 01 01 01 Neptune HIP13502 HIP21479 Vesta IRAS22134 HIP48036 Vesta HIP48036 HIP21479 HIP13502 Neptune IRAS22134 w77 w77 w77 w77 w77 w77 w77 w77 w77 w77 w77 w77 HIP21479 Neptune HIP21479 Neptune HIP21479 Neptune 00 00 00 00 00 00 00 00 00 00 00 00 L7x7 M7x7 S7x7 L7x7 M7x7 S7x7 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp 11x11RCp AOR labels nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec 02 aperture SIAM consolidation 411E 411E 411E 411E 411E 411E 411E 411E 411E 411E 411E 411E 411F 411F 411F 411F 411F 411F F: Detailed skew angle re-calibration E: P RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG 4.1.1 Spectrometer central pointing position and grating alignment All 3 chop throws on same target shall be scheduled on the same OD m µ Table 97: continued. Summary of AORs for the spectrometer pointing accuracy verification. O line 2 O line 2 H H µ µ 11 chopped raster 7 chop/nod raster × × Measurement description 11 2.5” step, chopping between optical zero & off-position 10/20 s dwell per rasterfixed point grating at 77/154 2.5” step, chopping between optical zero & off-position 7 2.5” step large, medium, small chopline throw spectroscopy mode on 66.44 on 144.78 ID: RPSpecFPG E F Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 270 observing constraints cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 cycle#13, OD 370 (h) duration 1.0644 1.0100 0.9419 1.0644 1.0100 0.9419 1.0644 1.0100 0.9419 1.0644 1.0100 0.9419 1.0644 1.0100 0.9419 1.0672 1.0128 0.9447 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 HIP21479 VYCMA IRAS19343+2926 CWLeo AFGL3068 Neptune HIP21479 VYCMA IRAS19343+2926 CWLeo AFGL3068 Neptune HIP21479 VYCMA IRAS19343+2926 CWLeo AFGL3068 Neptune L5x5 M5x5 S5x5 L5x5 M5x5 S5x5 L5x5 M5x5 S5x5 L5x5 M5x5 S5x5 L5x5 M5x5 S5x5 L5x5 M5x5 S5x5 AOR labels stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G 411G G: Detailed skew angle re-calibration RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG 4.1.1 Spectrometer central pointing position and grating alignment All 3 chop throws on same target shall be scheduled on the same OD Table 97: continued. Summary of AORs for the spectrometer pointing accuracy verification. O line 2 O line O line O line O line O line 2 2 2 2 2 H H H H H H µ µ µ µ µ µ 5 chop/nod raster × Measurement description 5 2.5” step large, medium, small chopline throw spectroscopy mode on 66.44 on 66.44 on 66.44 on 66.44 on 66.44 on 144.78 ID: RPSpecFPG G Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 271 observing constraints cycle#38, OD 716 cycle#40, OD 740 cycle#38, OD 716 cycle#40, OD 740 (h) duration 0.8847 0.8847 0.7861 0.7861 0001 0002 0001 0002 AFGL2591 AFGL2591 AFGL2591 AFGL2591 OI63 OI63 OI63 OI63 AOR labels GyroNodLineSpec GyroNodLineSpec StrNodLineSpec StrNodLineSpec 411H 411H 411H 411H H: gyro nodding (CP raster) test #1 with PACS-S RPSpecFPG technically failed due toby rejection ACMS of onboard AGBE software: values gyro D value differedOBDB by table more than 0.02RPSpecFPG deg/h from RPSpecFPG RPSpecFPG Use PACS-S orbit prologue time for gyro AGBE calibration 4.1.1 Spectrometer central pointing position and grating alignment Gyro nodding observation shall be first pointing after PACS-S orbit prologue Perform dummy slew to gyro nodding target position before PACS-S orbit prologue Perform dummy slew under STR control for each subsequent gyro nodding target position Table 97: continued. Summary of AORs for the spectrometer pointing accuracy verification. m line µ Measurement description line spec nodding sequence under gyro pointing control faint line mode [OI]63.18 6 nod cycles withoff-pointings 2 of intermediate 60 s for gyro calibration update 300 s initial off-pointing large chopper throw + reference: standard line spectroscopy under STR control same line mode 6 nod cycles large chopper throw ID: RPSpecFPG H Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 272 observing constraints cycle#59 cycle#59 cycle#59 cycle#59 cycle#59 cycle#59 cycle#59 cycle#59 cycle#59 cycle#59 (h) duration 0.9511 1.0075 1.0144 1.0211 0.9881 1.0236 0.9128 0.9778 0.9725 0.7600 0008 0009 0010 0001 0002 0003 0004 0005 0006 0007 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 Arp220 70.0-74.9 74.4-79.4 78.9-83.7 83.2-87.8 87.3-91.5 91.0-95.1 94.6-98.0 104.6-119.0 118.0-131.8 130.8-141.0 AOR labels StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS 411I 411I 411I 411I 411I 411I 411I 411I 411I 411I RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG 4.1.1 Spectrometer central pointing position and grating alignment I: pointing quality verification after 2D STR focal length distortion update on OD 866 m m m Table 97: continued. Summary of AORs for the spectrometer pointing accuracy verification. µ µ µ m m m m m m m µ µ µ µ µ µ µ Measurement description chopped/nod range spectroscopy high sampling density 1st & 2nd order 1 range repetition small chopper throw 10 ranges: 70.0-74.9 74.4-79.4 78.9-83.7 83.2-87.8 87.3-91.5 91.0-95.1 94.6-98.0 104.6-119.0 118.0-131.8 130.8-141.0 ID: RPSpecFPG I Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 273 observing constraints cycle#67, OD 1113 cycle#67, OD 1124 cycle#68, OD 1133 cycle#69, OD 1143 cycle#69, OD 1153 cycle#70, OD 1163 cycle#71, OD 1172 cycle#71, OD 1181 cycle#72, OD 1188 cycle#73, OD 1198 cycle#73, OD 1209 cycle#74, OD 1217 cycle#75, OD 1230 cycle#75, OD 1237 cycle#76, OD 1246 cycle#77, OD 1256 cycle#77, OD 1266 cycle#78, OD 1277 cycle#79, OD 1287 cycle#80, OD 1295 cycle#80, OD 1306 cycle#81, OD 1312 cycle#81, OD 1322 cycle#82, OD 1334 cycle#83, OD 1342 cycle#84, OD 1351 cycle#84, OD 1362 cycle#85, OD 1370 cycle#86, OD 1382 cycle#86, OD 1391 cycle#87, OD 1400 cycle#88, OD 1412 (h) duration 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 0.0844 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 AOR labels stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J 411J RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG failed due to PACSRPSpecFPG switch-off on OD 1381RPSpecFPG (AR-103) RPSpecFPG J: Monitor impact of chop-nod angle rotation with time 4.1.1 Spectrometer central pointing position and grating alignment O line 2 H Table 98: continued. Summary of AORs for the spectrometer pointing accuracy verification. µ Measurement description chop/nod line spectroscopy bright line mode large chopper throw 1 nod cycle on 66.44 ID: RPSpecFPG J Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 274 observing constraints cycle#89, OD 1423 cycle#89, OD 1432 cycle#90, OD 1442 cycle#91, OD 1451 cycle#91, OD 1462 cycle#67 cycle#67 cycle#67 cycle#67, OD 1113 (h) duration 0.0844 0.0844 0.0844 1.0644 1.0100 0.9419 1.3350 01 01 01 0001 33 34 35 36 37 HIP21479 HIP21479 HIP21479 Neptune L5x5 M5x5 S5x5 HIP21479 HIP21479 HIP21479 HIP21479 HIP21479 b2aR2x2 AOR labels stdLineSpec stdLineSpec stdLineSpec StdSED stdLineSpec stdLineSpec stdLineSpec stdLineSpec stdLineSpec 411J 411J 411J 411J 411J 411K 411K 411K 411L RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG delivered but not executed due to end-LHe in DTCP-1447 RPSpecFPG RPSpecFPG RPSpecFPG RPSpecFPG J: Monitor impact of chop-nod angle rotation with time 4.1.1 Spectrometer central pointing position and grating alignment 4.1.1 Spectrometer central pointing position and grating alignment 4.1.1 Spectrometer central pointing position and grating alignment K: Skew angle calibration verification with best APE pointing performance L: Special test case for PACS-S pointing offset determination & correction algorithm O line Table 99: continued. Summary of AORs for the spectrometer pointing accuracy verification. 2 m H µ 5 chop/nod raster 2 chop/nod raster × × Measurement description continued 5 2.5” step large, medium, small chopbright throw line spectroscopy mode on 66.44 2 2” step large chopper throw SED mode, B2A 1 grating scan ID: RPSpecFPG J K L Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 275 Saturn sources Jupiter AD2 Sect. 4.3.3 AD2 Sect. 4.3.3 4.4 (h) 10.8 total time repetitions parameter variations order sorting filter A&B order sorting filter A&B (h) 2.18 6.55 4.24 basic duration 4.2.1 Grating wavelength calibration CUS CUS AOT/CUS 45”. Analysis of the PV data has shown, however, that the outer spatial pixels (spaxels) could not be as fully 4.2.5 Grating wavelength calibration, dependence on source position in slit ≈ 2 raster, 28” step × Measurement description unchopped full range scan sampling step size 200 chopper at optical zero burst mode (up to 220 kbit/s) unchopped full range scan sampling step size 200 chopper at optical zero 2 burst mode (up to 220 kbit/s) ID: RPSpecWave B A Table 100: Observational details of extended PACS spectrometer wavelength calibration. The total estimated time of this test block is 15.2 h. 10.10 Spectrometer wavelength calibration eter modules due to its disk size of illuminated as wished. Therefore,also the advisable measurement to should be repeatas repeated the many by measurement pixels performing on as a a small possible, 2nd 2x2 thus source. raster saving with Saturn calibration Jupiter with time, as its if the about otherwise illuminating a 20” source. large disk It raster size is has is to the be next performed good with choice a to compact simulataneously wavelength illuminate calibrator source. The main PV PACS wavelength calibrator was Jupiter, because it allowed the simulataneous and least time consuming calibration of all 25 spectrom- Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 276 observing constraints cycle#3 cycle#3 cycle#1 cycle#2 (h) duration 2.1742 2.1742 6.5450 4.2381 0001 0001 0001 0001 Saturn Saturn Jupiter Jupiter rasterorderA rasterorderB nochoporderA nochoporderB AOR labels nStdRS nStdRS nStdRS nStdRS 421B 421B 425A 425A 4.2.1 Grating wavelength calibration RPSpecWave RPSpecWave RPSpecWave RPSpecWave 4.2.5 Grating wavelength calibration, dependence on source position in slit due to strong self-curing needs scheduling at end of spectro activity, TM size! before OD 213, due to strong self-curing needs scheduling at end of spectro activity, TM size! 2 raster, 28” step × Measurement description unchopped full range scan order sorting filter Asampling and step B size 200 chopper at optical zero burst mode unchopped full range scan ordder sorting filter Asampling and step B size 200 up and down scan chopper at optical zero 2 burst mode Table 101: Summary of AORs for the extended spectrometer wavelength calibration. The final total time is 15.1315 h. ID: RPSpecWave B A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 277 m µ m. The suspicion µ O line @99 R Dor 2 sources NGC 7027 e.g. compact PN IC 418, NGC 7027 with bright CII line strong H same source properties as A but not so bright continuum compact source (simple geometry) 6.4 0.4 0.9 (h) total time m. A number of measurements has been designed to µ 2 sources repetitions parameter variations 4.2.4 Spectral ghosts 4.2.4 Spectral ghosts 3.0 0.1 0.4 0.9 (h) 4.1.4 Spectrometer ghosts basic duration 2nd pass 2nd order leakage assessment evaluate specified wavelength range for module 10 m on module 10, when R Dor is centered on module 13. µ AOT AOT AOT AOT AOT/CUS m water line, which appears as leak around 200 micron. If the understanding of the ghost is correct, a µ m) µ m) µ target must be centered on module 13, i.e. fixed time observation for offset determination m m µ µ 4.5” step size × 10 raster × Measurement description unchopped standard range scan 121.2 – 124.0 high sampling density 5 9.5” 1 repetition 2 single pointing off-position unchopped range scans of same range standard SED mode ranges B2A (51 –& 73 short R1 (1021 – repetition 146 small chopper throw chop/nod standard range scan 166.0 – 176.0 high sampling density 1 repetition large chopper throw ID: RPSpecWave A B C Table 102: Observational details of extended PACS spectrometer spectral ghost assessment. The total estimated time of this test block is 7.7 h. is that theseinvestigate are this spectral issue ghosts more of systematically. bright fine structure lines, like e.g. the CII line at 157 broadish ghost line should be seen around 170 10.11 Spectrometer spectral ghostIn several assessment range spectra unexpected features of yet unconfirmed origin and nature have been found at wavelengths of 108 and 123 The target, R Dor, has a very strong 99 A special test was set up to check whether the 2nd pass 2nd order leak can be seen as a ghost signal in the nominal 1st order red spectrometer section. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 278 observing constraints cycle#21 cycle#21 cycle#21 cycle#26 cycle#26 cycle#26 cycle#26 cycle#83, OD 1342 (h) duration 0.1083 2.9778 0.1083 0.1083 2.9778 0.1083 0.3639 0.8819 0001 0001 0002 0003 0001 0001 0002 0001 0001 ngc7027 IC418 NGC7027 IC418 IC418 NGC7027 NGC7027 o A off 123 off off 123 off NGC7027 Mod13 B2A nochop nochop nochop nochop nochop nochop RDor o AOR labels NstdSEDChop StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdSED 4.2.4 Spectral ghosts 4.2.4 Spectral ghosts 524F 4.1.4 Spectrometer ghosts 424A 424A 424A 424A 424A 424A 424B 424C 2nd pass 2nd order leakage assessment RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave RPSpecWave orientation angle = 256.0 reference measurement from PVPVSpecAotVal Phase with ghost detection on OD 182, orientation angle = 255.9 RPSpecWave m) µ m) µ target must be centered on module 13, i.e. fixed time observation for offset determination m m µ µ Table 103: Summary of AORs for the spectrometer spectral ghost assessment. The final total time is 7.6343 h. 4.5” step size × 10 raster × Measurement description unchopped standard range scan 121.2 – 124.0 high sampling density 5 9.5” 1 repetition 2 single pointing off-position unchopped range scans of same range standard SED mode ranges B2A (51 –& 73 short R1 (1021 – repetition 146 small chopper throw chop/nod standard range scan 166.0 – 176.0 high sampling density 1 repetition large chopper throw ID: RPSpecWave A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 279 ) ) ) × × × (3 (2 (2 Juno Hebe Vesta Pallas Hygiea Europa period 6 Ceres cycle#76-88 Uranus Neptune ) ) ) × ) × × × (2 (2 (2 (2 Juno Hebe Pallas Hygiea Europa period 5 Vesta Ceres cycle#61-75 Uranus Neptune ) ) ) × × × (2 (2 (2 Juno Vesta Pallas Europa period 4 Ceres cycle#46-60 Uranus Neptune ) ) ) × ) × × × (2 (2 (2 Ceres Pallas Europa Callisto period 3 Vesta Hygiea(2 cycle#31-45 Uranus Neptune ) ) × × (2 (3 Juno Hebe Pallas period 2 Neptune Ceres cycle#16-30 Uranus Vesta Ceres Pallas period 1 Neptune m) and source trace matrix for spectrometer absolute flux calibration of the SED mode. Sources in bold are used cycle#1-15 µ 300. (Jy) > 10.0–30.0 30.0–100. 100.–300. flux range 10.12 Cross-calibration of point-source fluxes betweenFor PACS spectrometer this purpose and fullderive photometer the SED most scans accurate of color the correction sources factors. are This includes taken also in unchopped order measurements to from convolve the the introduction of resulting this spectra mode with onwards. the photometer bandpass responses and for both chop/nod and unchopped calibration. This comprises observations labelled 611A and 611B. The goal is to establish and verify a consistent flux calibration between the PACS photometer andThis spectrometer on spectrometer several program high also quality flux serves standards. for a self-standing calibration of the SEDTable mode. 104: The sources Flux are listed range in (at Table 100 . 104 Also photometry of some sources is taken for which good S/N SED scans exist from science programs to extend the variety of source SEDs. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 280 planets planets sources sources asteroids asteroids Sect. 4.1.1 Sect. 4.1.1 fiducial stars fiducial stars science proposals SED scans exist from for which high quality resonably bright sources 0.5 (h) (h) 81.9 19.6 total time total time 1 source repetitions repetitions flux standards over flux standards over common flux range common flux range several high quality several high quality parameter variations parameter variations 1.4 0.5 (h) (h) 1.95 basic duration basic duration AOT AOT AOT AOT/CUS AOT/CUS 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer Measurement description chopped SED scans orders B2A, B2B, B3A 1 repetition small chopper throw unchopped SED scans orders B2A, B2B, B3A 1 repetition 1 off position per band Measurement description PS scan map photometry,blue high & gain green filter 10 legs, 3’ length,70, 4” 110 sep. deg ID: RPSpecFlux A B ID: RPPhotFlux C block is 102.0 h. The photometer observations are provided by the program . 6.3 Table 105: Observational details of PACS spectrometer vs. photometer point-source flux cross-calibration. The total estimated time of this test Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 281 observing constraints cycle#5, OD 245 cycle#5, OD 245 cycle#5, OD 245 cycle#8, OD 286 cycle#8, OD 286 cycle#8, OD 286 cycle#12, OD 348 cycle#12, OD 348 cycle#12, OD 348 cycle#14, OD 373 cycle#14, OD 373 cycle#14, OD 373 cycle#20, OD 460 cycle#20, OD 460 cycle#20, OD 460 cycle#22, OD 485 cycle#22, OD 485 cycle#22, OD 485 cycle#26, OD 547 cycle#26, OD 547 cycle#26, OD 547 cycle#28, OD 579 cycle#28, OD 579 cycle#28, OD 579 cycle#28, OD 579 cycle#28, OD 579 cycle#28, OD 579 cycle#29, OD 593 cycle#29, OD 593 cycle#29, OD 593 cycle#31, OD 613 cycle#31, OD 613 cycle#31, OD 613 (h) duration 0.3069 0.6064 0.7575 0.3044 0.6039 0.7550 0.3167 0.6300 0.8167 0.3167 0.6300 0.8167 0.3667 0.6800 0.8667 0.3167 0.6300 0.8167 0.3167 0.6300 0.8167 0.3167 0.6300 0.8167 0.3167 0.6300 0.8167 0.3167 0.6300 0.8167 0.3667 0.6800 0.8667 0001 0002 0001 0001 0002 0002 0001 0001 0001 0001 0001 0001 0001 0002 0001 0001 0002 0002 0001 0002 0001 0001 0001 0002 0002 0001 0001 0001 0001 0001 0001 0001 0001 Pallas Ceres Vesta Neptune Pallas Ceres Neptune Hebe Uranus Juno Europa Pallas Pallas Ceres Ceres Vesta Vesta Neptune Neptune Pallas Pallas Ceres Ceres Neptune Neptune Hebe Hebe Uranus Uranus Juno Juno Europa Europa sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED AOR labels 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description chopped SED scans orders B2A, B2B, B3A Nyquist sampling small chopper throw ID: RPSpecFlux A time is 78.8201 h. Table 106: Summary of chopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. The final total Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 282 observing constraints cycle#33, OD 649 cycle#33, OD 649 cycle#33, OD 649 cycle#36, OD 686 cycle#36, OD 686 cycle#36, OD 686 cycle#38, OD 720 cycle#38, OD 720 cycle#38, OD 720 cycle#40, OD 739 cycle#40, OD 739 cycle#40, OD 739 cycle#43, OD 781 cycle#43, OD 781 cycle#43, OD 781 cycle#43, OD 789 cycle#43, OD 789 cycle#43, OD 789 cycle#45, OD 810 cycle#45, OD 810 cycle#45, OD 810 cycle#51, OD 889 cycle#51, OD 889 cycle#51, OD 889 cycle#51, OD 900 cycle#51, OD 900 cycle#51, OD 900 cycle#53, OD 919 cycle#53, OD 919 cycle#53, OD 919 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 947 (h) duration 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0003 0004 0003 0003 0004 0004 0002 0002 0002 0001 0002 0001 0001 0002 0002 0003 0004 0003 0003 0004 0004 0003 0004 0002 0003 0003 0003 0004 0004 0002 0002 0003 0003 Hygiea Vesta Pallas Neptune Ceres Uranus Hygiea Pallas Vesta Neptune Ceres Hygiea Hygiea Vesta Vesta Pallas Pallas Neptune Neptune Ceres Ceres Uranus Uranus Hygiea Hygiea Pallas Pallas Vesta Vesta Neptune Neptune Ceres Ceres sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED AOR labels 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description continued ID: RPSpecFlux A Table 106: continued. Summary of chopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 283 observing constraints cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#59, OD 1002 cycle#59, OD 1002 cycle#59, OD 1002 cycle#59, OD 1007 cycle#59, OD 1007 cycle#59, OD 1007 cycle#64, OD 1083 cycle#64, OD 1083 cycle#64, OD 1083 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#66, OD 1103 cycle#66, OD 1103 cycle#66, OD 1103 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#68, OD 1139 cycle#68, OD 1139 cycle#68, OD 1139 cycle#72, OD 1184 cycle#72, OD 1184 cycle#72, OD 1184 cycle#73, OD 1202 cycle#73, OD 1202 cycle#73, OD 1202 (h) duration 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0005 r0005 0005 0005 r0005 r0005 0002 0002 0002 0003 0004 0003 0003 0004 0004 0003 0003 0003 0005 0005 0005 0004 0004 0004 0002 0002 0002 0002 0003 0002 0002 0003 0003 Uranus Juno Europa Hygiea Neptune Neptune Hebe Uranus Pallas Juno Vesta Uranus Uranus Juno Juno Europa Europa Hygiea Hygiea Neptune Neptune Neptune Neptune Hebe Hebe Uranus Uranus Pallas Pallas Juno Juno Vesta Vesta sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux partially failed due toRPSpecFlux PACS SPU-S anomaly (AR-98) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description ID: RPSpecFlux Table 106: continued. Summary of chopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 284 observing constraints cycle#74, OD 1216 cycle#74, OD 1216 cycle#74, OD 1216 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#78, OD 1275 cycle#78, OD 1275 cycle#78, OD 1275 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#80, OD 1295 cycle#80, OD 1295 cycle#80, OD 1295 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#84, OD 1351 cycle#84, OD 1351 cycle#84, OD 1351 cycle#85, OD 1377 cycle#85, OD 1377 cycle#85, OD 1377 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#89, OD 1428 cycle#89, OD 1428 cycle#89, OD 1428 (h) duration 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0006 0006 0006 0003 0003 0003 0005 0005 0005 0004 0004 0004 0006 0006 0006 0005 0006 0007 0005 0005 0005 0006 0006 0007 0007 0005 0005 0003 0003 0003 0004 0004 0004 Europa Ceres Hygiea Neptune Pallas Uranus Hebe Vesta Ceres Ceres Juno Europa Europa Ceres Ceres Hygiea Hygiea Neptune Neptune Pallas Pallas Uranus Uranus Hebe Hebe Vesta Vesta Ceres Ceres Ceres Ceres Juno Juno sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A 611A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due toRPSpecFlux PACS switch-off on ODRPSpecFlux 1381 (AR-103) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description ID: RPSpecFlux Table 106: continued. Summary of chopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 285 observing constraints cycle#90, OD 1442 cycle#90, OD 1442 cycle#90, OD 1442 cycle#90, OD 1445 cycle#90, OD 1445 cycle#90, OD 1445 cycle#91, OD 1454 cycle#91, OD 1454 cycle#91, OD 1454 (h) duration 0.3667 0.6800 0.8667 0.3667 0.6800 0.8667 0007 0008 0007 0007 0008 0008 0004 0004 0004 Europa Neptune Neptune Europa Europa Neptune Neptune Neptune Neptune sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a sedb2a sedb2b sedb3a AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611A 611A 611A 611A 611A 611A 611A 611A 611A RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux delivered but not executed due to end-LHe in DTCP-1447 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description ID: RPSpecFlux Table 106: continued. Summary of chopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 286 observing constraints cycle#24, OD523 cycle#24, OD523 cycle#24, OD523 cycle#24, OD523 cycle#24, OD523 cycle#24, OD523 cycle#36, OD686 cycle#36, OD686 cycle#36, OD686 cycle#36, OD686 cycle#36, OD686 cycle#36, OD686 cycle#40, OD739 cycle#40, OD739 cycle#40, OD739 cycle#40, OD739 cycle#40, OD739 cycle#40, OD739 cycle#43, OD789 cycle#43, OD789 cycle#43, OD789 cycle#43, OD789 cycle#43, OD789 cycle#43, OD789 cycle#53, OD919 cycle#53, OD919 cycle#53, OD919 cycle#53, OD919 cycle#53, OD919 cycle#53, OD919 (h) duration 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 01 02 01 01 02 02 01 01 01 0001 0001 0001 0001 0001 0001 0001 0002 0001 0001 0002 0002 0001 0001 0001 0001 0001 0001 0001 0001 0001 Ceres CeresOff Vesta VestaOff Neptune NeptuneOff Uranus UranusOff Neptune NeptuneOff Ceres CeresOff Ceres CeresOff Vesta VestaOff Vesta VestaOff Neptune NeptuneOff Neptune NeptuneOff Uranus UranusOff Uranus UranusOff Neptune NeptuneOff Neptune NeptuneOff sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 4.6 deg off in RA, since originally calculated for OD 500 and not updated ≈ Schedule together with chopped/nodded SED scans RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Warning: Off position is Measurement description unchopped SED scans orders B2A, B2B, B3A Nyquist sampling 1 off position per band ID: RPSpecFlux B total time is 18.8986 h. Table 106: Summary of unchopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. The final Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 287 observing constraints cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 947 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#55, OD 957 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#65, OD 1097 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1118 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 cycle#67, OD 1121 (h) duration 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 03 r03 03 03 r03 r03 02 03 02 02 03 03 0002 0002 0002 0003 r0003 0003 0003 r0003 r0003 0002 0003 0002 0002 0003 0003 0002 0002 0002 Ceres CeresOff Uranus UranusOff Neptune NeptuneOff Neptune NeptuneOff Uranus UranusOff Ceres CeresOff Ceres CeresOff Uranus UranusOff Uranus UranusOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Neptune NeptuneOff Uranus UranusOff Uranus UranusOff sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B Schedule together with chopped/nodded SED scans RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux partially failed due toRPSpecFlux PACS SPU-S anomaly (AR-98) RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description continued ID: RPSpecFlux B Table 106: continued. Summary of unchopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 288 observing constraints cycle#73, OD 1202 cycle#73, OD 1202 cycle#73, OD 1202 cycle#73, OD 1202 cycle#73, OD 1202 cycle#73, OD 1202 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#75, OD 1237 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#79, OD 1287 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#81, OD 1310 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 cycle#86, OD 1384 (h) duration 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 04 04 04 04 04 04 0003 04 02 0003 0003 04 04 02 02 0004 0004 0004 0004 0004 0004 0003 0004 0002 0003 0003 0004 0004 0002 0002 Vesta VestaOff Ceres CeresOff Neptune NeptuneOff Uranus UranusOff Ceres CeresOff Vesta VestaOff Vesta VestaOff Ceres CeresOff Ceres CeresOff Neptune NeptuneOff Neptune NeptuneOff Uranus UranusOff Uranus UranusOff Ceres CeresOff Ceres CeresOff sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux not executed due to PACS switch-off on OD 1381 (AR-103) 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer Measurement description continued ID: RPSpecFlux B Table 106: continued. Summary of unchopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 289 observing constraints cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#88, OD 1420 cycle#91, OD 1454 cycle#91, OD 1454 cycle#91, OD 1454 cycle#91, OD 1454 cycle#91, OD 1454 cycle#91, OD 1454 (h) duration 0.1469 0.1442 0.2386 0.2358 0.2936 0.2908 05 05 05 05 05 05 0005 0005 0005 0005 0005 0005 Ceres CeresOff Neptune NeptuneOff Ceres CeresOff Ceres CeresOff Neptune NeptuneOff Neptune NeptuneOff sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a sedb2a sedb2a sedb2b sedb2b sedb3a sedb3a nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop nochop AOR labels StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED StdSED 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B 611B Schedule together with chopped/nodded SED scans RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux delivered but not executed due to end-LHe in DTCP-1447 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer For asteroids schedule as close as possible in time with photometry because of source variability Measurement description continued ID: RPPhotFlux B Table 106: continued. Summary of unchopped spectrometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 290 observing constraints cycle#39 cycle#39 cycle#39 cycle#39 (h) duration 0.1267 0.1267 0.1267 0.1267 0001 0001 0001 0001 HD179218 HD179218 HD179218 HD179218 blu blu grn grn 30Jy 30Jy 15Jy 15Jy 070 110 070 110 AOR labels sPS sPS sPS sPS 611C 611C 611C 611C RPPhotFlux RPPhotFlux RPPhotFlux RPPhotFlux 6.1.1 Cross-calibration of point-source fluxes between spectrometer and bolometer Measurement description PS scan map photometry,blue high & gain green filter 10 legs, 3’ length,70, 4” 110 sep. deg ID: RPPhotFlux C 0.5068 h. Table 107: Summary of photometer AORs for the PACS spectrometer vs. photometer point-source flux cross-calibration. The final total time is Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 291 m. The fine sampling allows µ 10.13 Spectrometer flat-field &Generate a PSF high generation qualitysource at flat-field which for key is all wavelengths scanned spectral in pixels sub-pixel of step all size. spatial modules RP at measurements key complement wavelenghts by PVP homogeneous measurements illumination taken with at bright 62 / compact 124 to addess the issuethis of wavelength. extended PSF vs. informationsmall is centered offsets essential point-source the to flat-field. determine centralPSF PSF the These wings degree is raster for of sampled measurements verification off-centering with can with of 1” also PSF a resolution. be source model. Perform used and a to correct coarse the establish raster photometry a for around PSF pointing an of jitter. extremely all bright For pixels source for to map its brightness in the Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 292 Mars sources Neptune Neptune bright source bright source S/N in the wings providing sufficient providing sufficient providing sufficient (source itself avoided) extremely bright source S/N per ff sampling point S/N per PSF sampling point 2.1 6.4 (h) 24.0 total time m µ m m µ µ repetitions 75 / 150 60 / 120 combinations combinations at 6 key wavelength at 7 key wavelength on 4 offset positions: X/Y = 0.0 X = +1” parameter variations at 4 key wavelengths Y = +1” X/Y = +1” +1 repetition of 55.5 +1 B2A/B3A comparison +1 B2A/B3A comparison 3.0 1.2 0.9 0.2 (h) basic duration 4.1.3 Spectrometer Point Spread Function 4.3.10 Flat-field spectrometer external sources CUS CUS AOT AOT/CUS Detailed sampling of central PSF in vignetted spaxels 4 & 9 Detailed sampling of central PSF for accurate small offset determination s s λ λ m (1st/2nd order) m (1st/3rd order) m (1st/2nd order) µ µ µ 25 chopped raster 60 / 120 2 chopped raster 5 chopped raster × × × Measurement description 25 2.5” step, chopping between optical zero and off-position 10 s dwell time perfixed raster grating point at given in Table 109 2 62” step in S/Cavoiding coordinates Mars to berange on spectroscopy the in array keyA: ranges 60 / 180 B: 75 / 150 maximum capacitance for reddefault detector capacitance for bluelarge detector chopper throw high sampling density 5 2” step, chopping between optical zero and off-position 12 s dwell time perfixed raster grating point at given in Table 109 ID: RPSpecFlux A B C Table 108: Observational details of PACS spectrometer flat-field generation at key wavelengths. The total estimated time of this test block is 40.0 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 293 R Dor sources Neptune bright source bright source providing sufficient providing sufficient S/N per PSF sampling point S/N per PSF sampling point (Neptune not visible any more) 6.7 0.8 (h) total time 3’ ≈ direction repetitions (module#4) combinations 4 sky offs central position: (relative offset to at 2 key wavelength at 1 key wavelength #4, #9, (#15, #20) on 4 offset positions: on 4 offset positions: X/Y = 0.0 X = +1” X/Y = 0.0 X = +1” parameter variations for 1 vignetted spaxel Y = +1” X/Y = +1” Y = +1” X/Y = +1” perpendicular to chop for 4 vignetted spaxels X/Y = 19,18 X/Y = 19,19 X/Y = 20,18 X/Y = 20,19) 0.2 0.2 (h) 0.08 basic duration 4.1.3 Spectrometer Point Spread Function 4.3.10 Flat-field spectrometer external sources CUS CUS AOT/CUS fixed time observations, since coordinate offset must be specified according to orientation angle s s λ λ Table 108: Continued. Observational details of PACS spectrometer flat-field generation at key wavelengths. 5 chopped raster 2 chopped raster 5 chopped raster × × × Measurement description 5 2” step, chopping between optical zero and off-position 12 s dwell time perfixed raster grating point at given in Table 109 2 with same settings 5 2” step, chopping between optical zero and off-position 12 s dwell time perfixed raster grating point at given in Table 109 ID: RPSpecFlux D E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 294 913959 838463 814400 254700 772249 740000 597826 508875 425746 1006378 grating position m) red 111. 124. 136. 138. 136. 150. 168. 178. µ 145.3 187.6 62. 68. 69. 68. 75. 84. 89. 55.5 93.8 72.65 wavelength ( blue/green band B2A B2A B2A B2A B3A B2B B2B B2B B2B B2B Table 109: Key wavelengths for spectrometer flat-field and PSF assessment. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 295 observing constraints cycle#26 cycle#38 cycle#38 cycle#38 cycle#38 cycle#38 cycle#38 cycle#41 cycle#50, OD 884 cycle#50, OD 884 (h) duration 2.9622 2.9631 2.9625 2.9625 2.9622 2.9617 2.9619 2.9631 1.1644 0.8650 01 01 01 01 01 02 01 01 Neptune Neptune Neptune Neptune Neptune Neptune Neptune 0001 0001 Neptune Mars Mars w75 w55B2A w68B2A w68B3A w73B2B w84B2A w94B2A w55B2A 00 00 00 00 00 00 00 00 2x2KeyA 2x2KeyB AOR labels 25x25RCp 25x25RCp 25x25RCp 25x25RCp 25x25RCp 25x25RCp 25x25RCp 25x25RCp nStd nStd nStd nStd nStd nStd nStd nStd StdRange StdRange 4310A 4310A 4310A 4310A 4310A 4310A 4310A 4310A 4310B 4310B 4.1.3 Spectrometer Point Spread Function 4.3.10 Flat-field spectrometer external sources RPSpecFlux RPSpecFlux executed unchopped due toRPSpecFlux too short time toRPSpecFlux reach grating start position RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux as additional safety, schedule AORs at the end of a PACS-S block m (1st/2nd order) m (1st/3rd order) m (1st/2nd order) µ µ µ 25 chopped raster 60 / 120 2 chopped raster × Table 110: Summary of AORs for the PACS spectrometer flat-field generation at key wavelengths. The final total time is 38.2934 h. × Measurement description 25 2.5” step, chopping between optical zero and off-position 10 s dwell time perfixed raster grating point at key wavelengths 2 62” step in S/Cavoiding coordinates Mars to berange on spectroscopy the in array keyA: ranges 60 / 180 B: 75 / 150 red detector: maximum capacitance blue detector: default capacitance large chopper throw high sampling density ID: RPSpecFlux A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 296 observing constraints cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 cycle#81, OD 1311/12 (h) duration 0.1936 0.1936 0.1936 0.1936 0.1933 0.1933 0.1933 0.1933 0.1931 0.1931 0.1931 0.1931 0.1931 0.1931 0.1931 0.1931 0.1928 0.1928 0.1928 0.1928 0.1928 0.1928 0.1928 0.1928 0.1922 0.1922 0.1922 0.1922 0.1925 0.1925 0.1925 0.1925 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune w55B2A w55B2A w55B2A w55B2A w62 w62 w62 w62 w68B2A w68B2A w68B2A w68B2A w68B3A w68B3A w68B3A w68B3A w73B2B w73B2B w73B2B w73B2B w75 w75 w75 w75 w84B2B w84B2B w84B2B w84B2B w94B2B w94B2B w94B2B w94B2B 00 01 10 11 00 01 10 11 00 01 10 11 00 01 10 11 00 01 10 11 00 01 10 11 00 01 10 11 00 01 10 11 XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY XY 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R AOR labels nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4310C 4.1.3 Spectrometer Point Spread Function 4.3.10 Flat-field spectrometer external sources RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Detailed sampling of central PSF for accurate small offset determination Table 110: Continued. Summary of AORs for the PACS spectrometer flat-field generation at key wavelengths. 5 chopped raster × Measurement description 5 2” step, chopping between optical zero and off-position 12 s dwell time perfixed raster grating point at keyon wavelengths 4 offset positions:X X/Y = = +1” 0.0 Y = +1” X/Y = +1” ID: RPSpecFlux C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 297 observing constraints cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#87, OD 1396 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half cycle#86, OD 1381 2nd half (h) duration 01 01 01 01 01 01 01 01 02 02 02 02 02 02 02 02 01 01 01 01 01 01 01 01 02 02 02 02 02 02 02 02 RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B 00 01 11 10 00 01 11 10 00 01 11 10 00 01 11 10 00 01 11 10 00 01 11 10 00 01 11 10 00 01 11 10 M4XY M4XY M4XY M4XY M4XY M4XY M4XY M4XY M9XY M9XY M9XY M9XY M9XY M9XY M9XY M9XY M4XY M4XY M4XY M4XY M4XY M4XY M4XY M4XY M9XY M9XY M9XY M9XY M9XY M9XY M9XY M9XY 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R AOR labels nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd 03 due to PACS switch-off on OD 1381 (AR 103) 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4.1.3 Spectrometer Point Spread Function 4.3.10 Flat-field spectrometer external sources RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux superseded by version Detailed sampling of central PSF for accurate small offset determination 02 due to major re-planning activities in the context of HIFI instrument and science observation recovery Table 110: Continued. Summary of AORs for the PACS spectrometer flat-field generation at key wavelengths. 5 chopped raster superseded by version × Measurement description 5 2” step, chopping between optical zero and off-position 12 s dwell time perfixed raster grating point at keyon wavelengths 4 offset positions:X X/Y = = +1” 0.0 Y = +1” X/Y = +1” ID: RPSpecFlux D Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 298 observing constraints cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half cycle#87, OD 1397 2nd half (h) duration 0.1903 0.1903 0.1903 0.1903 0.1894 0.1894 0.1894 0.1894 0.1903 0.1903 0.1903 0.1903 0.1894 0.1894 0.1894 0.1894 M9! 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 + RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B 00 01 11 10 00 01 11 10 00 01 11 10 00 01 11 10 M20 instead of M4 + M4XY M4XY M4XY M4XY M4XY M4XY M4XY M4XY M9XY M9XY M9XY M9XY M9XY M9XY M9XY M9XY 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R 5x5R AOR labels nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd 4.1.3 Spectrometer Point Spread Function 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4.3.10 Flat-field spectrometer external sources actually executed on M15 RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux Detailed sampling of central PSF for accurate small offset determination fixed time observations, since coordinate offset must be specified according to orientation angle Table 110: Continued. Summary of AORs for the PACS spectrometer flat-field generation at key wavelengths. Measurement description ID: RPSpecFlux D Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 299 observing constraints cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#88, mid of OD 1412 cycle#91, OD 1451 cycle#91, OD 1451 cycle#91, OD 1451 cycle#91, OD 1451 (h) duration 0.1903 0.1903 0.1903 0.1903 0.0794 0.1903 0.1903 0.1903 0.1903 0.0794 0.1894 0.1894 0.1894 0.1894 0.0786 0.1894 0.1894 0.1894 0.1894 0.0786 04 04 04 04 01 01 01 01 04 04 04 04 04 04 04 04 04 04 04 04 04 04 04 04 RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor RDor Neptune Neptune Neptune Neptune M9 + w69B2A w69B2A w89B2B w89B2B w62 w62 w62 w62 w69B2A w69B2A w69B2A w69B2A w69B2A w69B2A w69B2A w69B2A w89B2B w89B2B w89B2B w89B2B w89B2B w89B2B w89B2B w89B2B 00 01 11 10 OFF 00 01 11 10 OFF 00 01 11 10 OFF 00 01 11 10 OFF +18+19 +19+19 +18+20 +19+20 M4XY M4XY M4XY M4XY M4XY M9XY M9XY M9XY M9XY M9XY M4XY M4XY M4XY M4XY M4XY M9XY M9XY M9XY M9XY M9XY YX YX YX YX 5x5R 5x5R 5x5R 5x5R 2x2R 5x5R 5x5R 5x5R 5x5R 2x2R 5x5R 5x5R 5x5R 5x5R 2x2R 5x5R 5x5R 5x5R 5x5R 2x2R 5x5R 5x5R 5x5R 5x5R AOR labels nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd nStd 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310D 4310E 4310E 4310E 4310E 4.1.3 Spectrometer Point Spread Function 4.3.10 Flat-field spectrometer external sources repeat of D3 with correct offsets for M4 RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux delivered but not executed due to end-LHe in DTCP-1447 Detailed sampling of central PSF for accurate small offset determination λ fixed time observations, since coordinate offset must be specified according to orientation angle 2 raster × Table 111: Continued. Summary of AORs for the PACS spectrometer flat-field generation at key wavelengths. 5 chopped raster × Measurement description like D1 - D3 plus additional 2 at about 3’ offsetto perpendicular chop direction per raster set onas one sky module off & 5 2” step, chopping between optical zero and off-position 12 s dwell time perfixed raster grating point at keyoffset wavelength positions on relative toY/X centre: = 18,19 Y/XY/X = = 19,19 18,20 Y/Xcorresponding = to 19,19 location of spaxel#4 ID: RPSpecFlux D E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 300 10.14 Follow-up issues of spectrometer AOT validation PV for some submodesperformance which numbers needed and clarification comparison in for commanding critical and wavelength analysis. and flux Some ranges. observations are performed for the establishment of ultimate The major AOT validation aspects have been addressed by the PV AOT validation program. There was a spectrometer rest program left from with off-positions was finallywere under considered test as for a reasonably better bright extended alternative sources for with sources complex where environments, chopping where chopping is is impossible. not feasible. Also unchopped range and SED modes A special issue which has come up from on-going science observations is the performance of the wave-switching mode. Unchopped line spectroscopy Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 301 sources star with faint lines NGC 7469 HD 100546 science target science target science target OH 127.8+0.0 IRAS 15206+3342 on bright continuum 0.3 4.0 3.2 1.1 (h) total time standard: repetitions broad line in faint line mode compared parameter variations mode on same target to AOR in bright line reverseNodChop eq true reverseNodChop eq true reverseNodChop eq false fulReverseNodChop eq true fulReverseNodChop eq true fulReverseNodChop eq false 1.1 (h) 0.29 1.32 1.05 basic duration CUS CUS AOT AOT AOT/CUS Performance assessment & comparison faint lines on strong continuum 5.2.1 Optimized observing strategy for chopping/nodding line spectroscopy comparison with range scan in Nyquist sampling and spectral dithering (523C) comparison with NearGalPACS-Sy1-06-red on OD208 performed in bright line mode m µ m range) m redshifted m µ µ µ m range) µ O 321-212 75.38 2 Table 112: Observational details of PACS AOT validation follow-up issues. The total estimated time of this test block is 59.6 h. Measurement description chopped/nod line spectroscopy order 2, OIII 88 faint line mode large chopper throw chopped/nod range spectroscopy [OI](70.2,71.8 [CII](175.5,179.9 high sampling density medium chop throw compare with: always start with positivethrow chop on both nodswap positions chopping pattern between nods chopped/nod SED spectroscopy ranges B2A, B2B Nyquist sampling small chop throw compare with: always start with positivethrow chop on both nodswap positions chopping pattern between nods chopped/nod line spectroscopy pointed, order 2, faintH line mode (6 line repetitions) CO 35-34 74.89 (3 line repetitions) small chopper throw ID: RPSpecAOTVal A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 302 sources He 2-10-1 Galactic Centre same source as for A faint extended source bright extended source for performance comparison 0.6 0.6 0.6 (h) total time repetitions 3 lines each [OI]: 3rd order [OIII]: 2nd order parameter variations same 6 lines as for A for 3rd and 1st order (A) for 2nd and 1st order (B) 0.3 0.1 (h) 0.11 0.15 basic duration CUS CUS AOT AOT/CUS 5.2.2 Optimized observing strategy for wave switching line spectroscopy Table 112: continued. Observational details of PACS AOT validation follow-up issues. 1 raster with × Measurement description standard wave switching 2 off position 1 nodding/wave switching cycle 1 line repetition non-standard unchopped line spectroscopy grating step size: 200 2 up-down grating scans non-standard unchopped line spectroscopy on & off-position grating step size: 200 2 up-down scans (OIII) 3 up-down scans (OI) ID: RPSpecAOTVal A B B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 303 sources galaxies star with faint lines NGC 4151 NGC 1068 NGC 1068 HD 100546 (same as 521C) on bright continuum 1.8 7.3 0.5 (h) m total time µ m line µ m line µ redshifted repetitions [OIII]51.8 parameter variations CO(J40-39) @65.94 1.0 0.8 3.8 3.5 0.5 (h) basic duration AOT AOT AOT AOT/CUS 5.2.3 Optimized observing strategy for range spectroscopy comparison with line scans on the 2 specified lines (521C) Performance numbers for shortest possible wavelengths around 52 Performance assessment & comparison faint lines on strong continuum m Table 112: continued. Observational details of PACS AOT validation follow-up issues. µ m µ m m m µ µ µ m, covering µ 52.35 52.39 66.27 ...... O 321-212 75.38 2 Measurement description chopped/nod range spectroscopy high sampling density 1 repetition 2nd order 51.63 8 range repetitions medium chopper throw 51.63 6 range repetitions large chopper throw chop/nod range spectroscopy high sampling density 2nd order 65.61 large chopper throw 1 range repetition, 3010 nods range repetitions, 3chopped/nod nods range spectroscopy pointed, order 2, Nyquist74.0 sampling – 77.0 H CO 35-34 74.89 8 range repetitions implying spectral dithering small chopper throw ID: RPSpecAOTVal A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 304 sources NGC 4449 NGC 5253 same source same source extragalactic source for performance comparison for performance comparison 1.4 9.4 2.8 5.8 (h) total time repetitions parameter variations 3 positions on 1 source 4.0 5.4 1.5 1.3 2.9 2.9 (h) 0.17 0.29 basic duration CUS CUS AOT AOT AOT/CUS 5.2.5 Optimized observing strategy for unchopped line spectroscopy Table 112: continued. Observational details of PACS AOT validation follow-up issues. m m m m µ µ µ µ m m m m µ µ µ µ 4 raster 3 raster 3 raster 4 raster 4 raster × × × × × Measurement description chop/nod line spectroscopy [CII] 157.85 [OI] 63.22 faint line mode large chopper throw unchopped line spectroscopy [CII] 157.85 [OI] 63.22 7 22”/24” step size faint line mode 2 line repetitions chop/nod line spectroscopy [CII] 157.85 4 24”/22” step size [OI] 63.22 3 16”/14.5” step size large chopper throw unchopped line spectroscopy [CII] 157.85 5 24”/22” step size [OI] 63.22 5 16”/14.5” step size faint line mode 2 line repetitions ID: RPSpecAOTVal A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 305 2 − W m 18 − 10 × sources Sect. 6.6 NGC 6946 NGC 6543 line fluxes: same source as B same source as for wavelength monitoring 50 – 1000 1.4 1.0 0.6 (h) total time m m µ µ repetitions assessment assessment 2 repetitions for 2 repetitions for Sect. 6.8 , 4.3.3E Sect. 6.6 , 4.2.1A bright line mode C unchopped faint line parameter variations reference measurements: reference measurement for A: 57.33, 63.19, 145.54 chop/nod line spectroscopy B: 88.36, 121.80, 157.54 performance reproducibility performance reproducibility 0.7 0.5 0.3 (h) basic duration CUS CUS CUS AOT/CUS 5.2.5 Optimized observing strategy for unchopped line spectroscopy Table 112: continued. Observational details of PACS AOT validation follow-up issues. m m µ µ m m µ µ 2 raster 2 raster × × Measurement description unchopped line spectroscopy faint line mode 2 4.5” step size with off-position [CII] 157.85 [OI] 63.22 unchopped line spectroscopy bright line mode 2 4.5” step size with off-position [CII] 157.85 [OI] 63.22 unchopped line spectroscopy bright line mode pointed with off-position ID: RPSpecAOTVal B C D Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 306 planets sources Sect. 4.1.1 galactic sources same sources as A 3.9 (h) 13.3 total time 2 sources 3 sources per range repetitions B3A only for planet parameter variations 2 AORs each on and off from a science program) 1 weak continuum source (for this one the chopped reference measurement comes (h) 0.4 - 1.3 0.19 - 0.75 basic duration CUS AOT AOT/CUS 5.2.6 Optimized observing strategy for unchopped range spectroscopy Table 112: continued. Observational details of PACS AOT validation follow-up issues. 1 raster × Measurement description chop/nod SED mode ranges B2A, B2B, B3A large chopper throw unchopped SED mode ranges B2A, B2B, B3A 2 2” step size separate off-position ID: RPSpecAOTVal A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 307 observing constraints cycle#4 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 cycle#7 (h) duration 0.2942 1.3194 1.3194 1.3194 0.3017 0.7406 0.3017 0.7406 0.3017 0.7406 0001 0002 0001 0001 0002 0001 0001 0001 0002 0001 OH1278+00 OH1278+00 OH1278+00 IRAS15206+3342 IRAS15206+3342 OH1278+00 OH1278+00 OH1278+00 NGC7469 A A IRAS15206+3342 A B B B OICII OICII OICII OIII88 AOR labels StdLS StdRS nStdRS nStdRS StdSEDChop StdSEDChop nStdSEDChop StdSEDChop nStdSEDChop StdSEDChop 521A 521B 521B 521B 521B 521B 521B 521B 521B 521B RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAotVal RPSpecAotVal RPSpecAotVal RPSpecAotVal RPSpecAotVal RPSpecAotVal 5.2.1 Optimized observing strategy for chopping/nodding line spectroscopy comparison with NearGalPACS-Sy1-06-red on OD208 performed in bright line mode m range) m redshifted µ µ m range) µ Table 113: Summary of AORs for the PACS spectrometer AOT validation follow-up issues. The final total time is 58.5754 h. Measurement description chopped/nod line spectroscopy order 2, OIII 88 faint line mode large chopper throw chopped/nod range spectroscopy [OI](70.2,71.8 [CII](175.5,179.9 high sampling density medium chop throw reverseNodChop eq false fulReverseNodChop eq false compare with: always start with positivethrow chop on both nod(fulReverseNodChop positions eq true) swap chopping pattern between(reverseNodChop nods eq true) chopped/nod SED spectroscopy ranges B2A, B2B Nyquist sampling small chop throw compare with: always start with positivethrow chop on both nod(fulReverseNodChop positions eq true) swap chopping pattern between(reverseNodChop nods eq true) ID: RPSpecAOTVal A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 308 observing constraints cycle#85 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#9 cycle#12 cycle#12 cycle#12 cycle#12 (h) duration 1.0392 0.2881 0.2739 0.1028 0.1028 0.1036 0.1028 0.1042 0.1036 0.1453 0.1453 0.1028 0.1028 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 GC GC GC GC 0001 0001 GC He2off He2 GC He2 He2off 01 GC GC NIII OIII H1211 H1312 H1413 H1514 OI OI OIII OIII A B HIP56379 WSLineSpec WSLineSpec stdLS NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec NstdLineSpec AOR labels 521C 522A 522A 522B 522B 522B 522B 522B 522B 522B 522B 522B 522B RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal Performance assessment & comparison faint lines on strong continuum 5.2.2 Optimized observing strategy for wave switching line spectroscopy 5.2.1 Optimized observing strategy for chopping/nodding line spectroscopy m µ m µ Table 113: continued. Summary of AORs for the PACS spectrometer AOT validation follow-up issues. 1 raster with O 321-212 75.38 × 2 Measurement description chopped/nod line spectroscopy pointed, order 2, faintH line mode (6 line repetitions) CO 35-34 74.89 (3 line repetitions) small chopper throw standard wave switching 2 off position 1 nodding/wave switching cycle 1 line repetition 3 lines each for: A: 3rd and 1stB: order 2nd and 1stnon-standard order unchopped line spectroscopy grating step size: 75 2 up-down grating scans same 6 lines as for A non-standard unchopped line spectroscopy on & off-position grating step size: 200 2 up-down scans (OIII) 3 up-down scans (OI) ID: RPSpecAOTVal C A B B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 309 observing constraints cycle#56, OD 959 cycle#57 cycle#83 cycle#83 cycle#85 (h) duration 0.9669 0.7842 3.7267 3.4792 0.4419 m µ 01 01 0001 0001 01 NGC1068 NGC1068 NGC4151 NGC1068 N3 N30 HIP56379 R1 R10 OIII52 OIII52 CO40-39 CO40-39 rangeRep8 AOR labels STDRangeSpec STDRangeSpec stdRS StdRS StdRS 523A 523A 523B 523B 523C RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal 5.2.3 Optimized observing strategy for range spectroscopy Performance numbers for shortest possible wavelengths around 52 Performance assessment & comparison faint lines on strong continuum m line m µ µ m µ m m m µ µ µ Table 113: continued. Summary of AORs for the PACS spectrometer AOT validation follow-up issues. m, covering µ 52.35 52.39 66.27 ...... O 321-212 75.38 2 Measurement description chopped/nod range spectroscopy high sampling density 1 repetition 2nd order 51.63 8 range repetitions medium chopper throw 51.63 6 range repetitions large chopper throw chop/nod range spectroscopy high sampling density 2nd order 65.61 CO(J40-39) @65.94 large chopper throw 1 range repetition, 3010 nods range repetitions, 3chopped/nod nods range spectroscopy pointed, order 2, Nyquist74.0 sampling – 77.0 H CO 35-34 74.89 8 range repetitions implying spectral dithering small chopper throw ID: RPSpecAOTVal A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 310 observing constraints cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#18 cycle#18 cycle#15 cycle#15 cycle#17 cycle#17 cycle#18 cycle#18 (h) duration 0.1619 0.2869 0.1619 0.2869 0.1619 0.2869 1.2203 1.4753 3.9522 5.4144 2.8861 2.8939 0001 0001 0001 0001 0001 0001 0001 0002 0001 0001 0002 0001 0001 0001 map map map map map map point1 point2 point3 map point1 point2 point3 map NGC4449 NGC4449 NGC5253 NGC4449 NGC4449 NGC5253 NGC4449 NGC4449 NGC4449 NGC5253 NGC4449 NGC4449 NGC4449 NGC5253 CII OI CII OI OI CII CII OI CII OI CII OI OI CII StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS nStdLS nStdLS nStdLS nStdLS nStdLS nStdLS AOR labels 525A 525A 525A 525A 525A 525A 525A 525A 525A 525A 525A 525A 525A 525A RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal not executed due towas instrument scheduled anomaly on on OD 422 RPSpecAOTVal OD 421 RPSpecAOTVal 5.2.5 Optimized observing strategy for unchopped line spectroscopy m m m µ µ m m m µ µ µ µ Table 113: continued. Summary of AORs for the PACS spectrometer AOT validation follow-up issues. 4 raster 7 raster × × Measurement description chop/nod line spectroscopy [CII] 57.85 [OI] 63.22 faint line mode large chopper throw raster map unchopped line spectroscopy [CII] 157.85 [OI] 63.22 7 24”/22” step size faint line mode 2 line repetitions unchopped line spectroscopy [CII] 157.85 [OI] 63.22 4 22”/24” step size faint line mode 2 line repetitions correct off-position, off after every 2nd raster point ID: RPSpecAOTVal A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 311 observing constraints cycle#35 cycle#35 cycle#35 cycle#35 cycle#35 cycle#35 (h) duration 0.6869 0.6869 0.4769 0.4769 0.2683 0.2686 1 2 1 2 1 1 NGC6946 NGC6946 NGC6946 NGC6946 NGC6543 NGC6543 2x2 2x2 2x2 2x2 2x2 2x2 A B OICII OICII OICII OICII AOR labels nStdLSnCBrigh nStdLSnCBrigh nStdLSnCBrigh nStdLSnCBrigh nStdLSnCFaint nStdLSnCFaint C: faint1 - bright1 - faint2 - bright2 + 525B 525B 525C 525C 525D 525D schedule for B RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal 5.2.5 Optimized observing strategy for unchopped line spectroscopy m m µ µ m m µ µ m m Table 113: continued. Summary of AORs for the PACS spectrometer AOT validation follow-up issues. µ µ 2 raster 2 raster × × Measurement description unchopped line spectroscopy faint line mode 2 4.5” step size with off-position [CII] 157.85 [OI] 63.22 unchopped line spectroscopy bright line mode 2 4.5” step size with off-position [CII] 157.85 [OI] 63.22 unchopped line spectroscopy bright line mode pointed with off-position 6 lines A: 57.33, 63.19, 145.54 B: 88.36, 121.80, 157.54 ID: RPSpecAOTVal B C D Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 312 observing constraints cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 cycle#15 (h) duration 0.3692 0.6825 0.8692 0.6736 1.2986 0.1931 0.1903 0.1931 0.1903 0.3769 0.3742 0.3769 0.3742 0.4864 0.4836 0.4864 0.4836 0.3786 0.3786 0.3786 0.3786 0.7467 0.7467 0.7467 0.7467 01 02 01 02 01 02 01 02 01 02 01 OFF 02 OFF 01 OFF 02 OFF 01 OFF 02 OFF 01 OFF 02 OFF 01 OFF 02 OFF 01 01 01 01 01 Neptune Neptune Neptune Neptune Neptune Neptune Neptune Neptune CB230 CB230 CB230 CB230 Neptune Neptune Neptune Neptune CB230 CB230 CB230 CB230 Neptune Neptune CB230 Neptune CB230 B2A B2A B2A B2A B2B B2B B2B B2B B3A B3A B3A B3A B2A B2A B2A B2A B2B B2B B2B B2B B2A B2B B3A B2A B2B unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop unChop Chop Chop Chop Chop Chop AOR labels STD STD STD STD STD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD 526A 526A 526A 526A 526A 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B 526B RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal RPSPecAOTVal 5.2.6 Optimized observing strategy for unchopped range spectroscopy Table 113: continued. Summary of AORs for the PACS spectrometer AOT validation follow-up issues. 1 raster × Measurement description chop/nod SED mode ranges B2A, B2B, B3A B3A only for Neptune large chopper throw unchopped SED mode ranges B2A, B2B, B3A B3A only for Neptune 2 2” step size separate off-position 2 AORs each on and off ID: RPSpecAOTVal A B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 313 observing constraints cycle#20 cycle#20 cycle#20 cycle#20 cycle#20 cycle#20 cycle#20 cycle#20 (h) duration 0.3692 0.3692 0.3692 0.3692 0.7367 0.7367 0.7367 0.7367 01 02 01 02 01 OFF 02 OFF 01 OFF 02 OFF HOPS32 HOPS32 HOPS32 HOPS32 HOPS32 HOPS32 HOPS32 HOPS32 B2A B2A B2A B2A B2B B2B B2B B2B unChop unChop unChop unChop unChop unChop unChop unChop AOR labels nSTD nSTD nSTD nSTD nSTD nSTD nSTD nSTD 526B 526B 526B 526B 526B 526B 526B 526B RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal RPSpecAOTVal 5.2.6 Optimized observing strategy for unchopped range spectroscopy Table 113: continued. Summary of AORs for the PACS spectrometer AOT validation follow-up issues. 1 raster × Measurement description unchopped SED mode ranges B2A, B2B, B3A B3A only for Neptune 2 2” step size separate off-position 2 AORs each onweak and continuum off ID: RPSpecAOTVal B Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 314 m. µ m and the CO (16–15) line at 162.8 µ m between PACS-S and SPIRE-S µ m between PACS-S and HIFI µ 194 – 210.6 156 – 219 • • 2 lines, which are outsideare the the leakage range CII in line PACS band at R1 157.7 and which are inside the HIFI wavelength regime, hence allow clean line flux comparison, 10.15 Cross-calibration PACS spectrometer versus SPIRE-S andspectrometers, HIFI taking into in account overlapping the wavelength different spectral ranges resolutions and beam sizes as outlined in [AD4] and [AD5]. picture of the spatial extent of emission regions for proper beam corrections. The goal is to establish and verifyThis a can be consistent verified line in and the continuum common wavelength flux areas calibration which are between the PACS spectrometer and the SPIRE and HIFI The program also includes photometric mapping of the target sources, if not covered by science programs, in order to have a detailed two-dimensional Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 315 sources VY CMa NGC 6302 same as A IRC +10216 R Dor, o Ceti, with CO lines & IK Tau, VY CMa [CII] and [NII] lines AFGL 2688, CRL 618, AFGL 2688, CRL 618, AFGL 2688, CRL 618, NGC 7027, NGC 6302, AFGL 4106, NGC 7027 post-AGB stars & PNe NGC 7027, IRC +10216 4.4 7.2 0.3 (h) 16.9 11.5 total time ) ) × × × × × repetitions NGC 6302 4 1 source only 1 2 sources only 1 blue and red filter 4 SPIRE-S – HIFI 4 SPIRE-S – HIFI windows (about 3 windows (about 3 parameter variations 4 sources in visibility 7 sources in visibility regular monitoring of regular monitoring of cross-calibration sources cross-calibration sources see Table 17 in Sect. 4.3 see Table 17 in Sect. 4.3 on 2 different positions (3+1) 1.1 1.8 1.3 0.5 (h) 0.15 basic duration AOT AOT AOT AOT AOT AOT/CUS 6.2.2 Cross-calibration PACS-S vs. HIFI in common wavelength range 6.2.2 Cross-calibration PACS-S vs. SPIRE-S and HIFI in common wavelength ranges m µ 6.2.2 Cross-calibration PACS-S vs. HIFI/SPIRE, imaging of selected targets to assess beam effects m µ m m m µ µ µ Measurement description chopped range scans 172 – 220 Nyquist sampling medium chopper throw 2 range repetitions chopped range scans 195 – 210 high sampling density medium chopper throw chopped range scans 156 – 219 Nyquist sampling medium chopper throw 2 range repetitions chopped line spectroscopy CO (16–15) 162.8 & C+ 157.7 2 line repetitions (=dithering) scan map medium speed 45 deg & 135 deg 9.9’ legs, 5 legs 90” cross-scan steps ID: RPSpecFlux A B C D ID: RPPhotFlux E block is 41.6 h. Table 114: Observational details of PACS spectrometer vs. SPIRE spectrometer and HIFI cross-calibration. The total estimated time of this test Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 316 observing constraints cycle#31 cycle#32 cycle#34 cycle#37 cycle#31 cycle#32 cycle#34 cycle#37 cycle#51 cycle#51, OD 894 cycle#52 cycle#52 cycle#59 cycle#62, OD 1046 cycle#63, OD 1068 cycle#64, OD 1076 cycle#67, OD 1113 cycle#72, OD 1188 cycle#74, OD 1222 cycle#79, OD 1287 cycle#81, OD 1317 (h) duration 1.0589 1.0589 1.0589 1.0589 1.7456 1.7456 1.7456 1.7456 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 1.2719 0001 0002 0003 0001 0001 0001 0002 0001 0001 0001 0001 0002 0003 0001 0001 0001 0001 0002 0003 0001 0001 NGC7027 AFGL4106 CRL618 AFGL2688 AFGL2688 IRC+10216 NGC7027 VYCMa IKTau CRL618 NGC7027 AFGL2688 IRC+10216 CRL618 CRL618 IRC+10216 NGC7027 NGC7027 AFGL4106 CRL618 AFGL2688 220 220 220 220 219 219 219 219 219 219 219 219 219 219 219 219 219 210 210 210 210 172 172 172 172 156 156 156 156 156 156 156 156 156 156 156 156 156 195 195 195 195 AOR labels StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS StdRS 622A 622A 622A 622A 622B 622B 622B 622B 622C 622C 622C 622C 622C 622C 622C 622C 622C 622C 622C 622C 622C 10216 is variable: + RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux source IRC coordinate simulataneous observations with HIFI 6.2.2 Cross-calibration PACS-S vs. HIFI in common wavelength range 6.2.2 Cross-calibration PACS-S vs. SPIRE-S and HIFI in common wavelength ranges m m m µ µ µ Measurement description chopped range scans 172 – 220 Nyquist sampling medium chopper throw 2 range repetitions chopped range scans 195 – 210 high sampling density medium chopper throw chopped range scans 156 – 219 Nyquist sampling medium chopper throw 2 range repetitions ID: RPSpecFlux A B C Table 115: Summary of AORs for the PACS spectrometer vs. SPIRE spectrometer and HIFI cross-calibration. The final total time is 38.8008 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 317 observing constraints cycle#51 cycle#51, OD 894 cycle#52 cycle#52 cycle#53, OD 922 cycle#59, OD 1007 cycle#60, OD 1018 cycle#62, OD 1046 cycle#63, OD 1068 cycle#64, OD 1076 cycle#67, OD 1113 cycle#69, OD 1143 cycle#71, OD 1172 cycle#72, OD 1188 cycle#73, OD 1202 cycle#74, OD 1222 cycle#75, OD 1230 cycle#76, OD 1246 cycle#77, OD 1258 cycle#79, OD 1287 cycle#80, OD 1300 cycle#81, OD 1317 cycle#84, OD 1356 cycle#74 cycle#74 (h) duration 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.4697 0.1225 0.1225 0001 0002 0003 0001 0002 0003 0001 0001 0001 0001 0002 0002 0003 0004 0003 0001 0001 0002 0003 0001 0002 0003 0001 0002 0003 NGC6302 NGC6302 AFGL2688 IRC+10216 NGC7027 VYCMa RDor omiCet NGC6302 CRL618 NGC7027 AFGL2688 IRC+10216 omiCet RDor CRL618 NGC6302 CRL618 NGC6302 NGC6302 RDor IRC+10216 AFGL2688 NGC7027 omiCet blu blu med med CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CO16-15 CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII CII AOR labels StdScan045 StdScan135 StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS StdLS 622E 622E 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D 622D RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux RPSpecFlux observations of IDs C & D on same target simultaneous RPPhotFlux RPPhotFlux 6.2.2 Cross-calibration PACS-S vs. HIFI in common wavelength range m µ 4th observation of NGC 6302 is on continuum peak, different from the other 3 observations m µ 6.2.2 Cross-calibration PACS-S vs. HIFI/SPIRE, imaging of selected targets to assess beam effects Measurement description chopped line spectroscopy CO (16–15) 162.8 & C+ 157.7 2 line repetitions (=dithering) scan map medium speed 45 deg & 135 deg 9.9’ legs, 5 legs 90” cross-scan steps blue & red filter Table 115: Continued. Summary of AORs for the PACS spectrometer vs. SPIRE spectrometer and HIFI cross-calibration. ID: RPSpecFlux D ID: RPPhotFlux E Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 318

11 Engineering Programs in Support of Scientiﬁc Observing Modes

Here we describe engineering activities needed to improve the scientiﬁc operations of the PACS instrument.

Table 116: Overview on engineering programs

Activity Reason Total Time of Program (h) Overwrite of DMC sequence 18 synchronization of grating move 0.14 for wave-switching AOT Chopper performance test lowering of controlled minimum 0.03 DECMEC base plate temperature as another mitigation measure against FPGA malfunction total sum of all engineering activities 0.17 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 319 sources dummy (h) 0.14 total time repetitions 100 s wait time for SpuSetupAndReset PacsDPUOBCP32Updategen parameter variations PacsEng (h) 0.14 basic duration Special spectrometer setup operation Schedule into DTCP of non-PACS OD CUS AOT/CUS Table 117: Observational details of DMC sequence 18 overwrite. The total estimated time of this engineering block is 0.14 h. Measurement description short spectrometer prologue, classic no stabilisation for CSfix & seq18 CRE update needed module spectrometer epilogue ID: RPSpecSetup 11.1 Overwrite of DMC sequence 18 to synchronize grating for wave-switching mode Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 320 observing constraints OD362, cycle#13 OD362, cycle#13 OD362, cycle#13 OD362, cycle#13 (h) duration 0.1019 0.0303 0.0017 0.0036 0001 na 0001 na 0001 OD 362 (HIFI) na ⇒ 0001 na AOR labels SetupFlexClassic SpuSetupAndResetClassic Seq18update orbitepi nStd nStd nStd nStd na na na na Special spectrometer setup operation RPSpecSetup RPSpecSetup RPSpecSetup RPSpecSetup Schedule into DTCP of non-PACS OD Table 118: Summary of AORs for the DMC sequence 18 overwrite. The final total time is 0.1375 h. Measurement description short spectrometer prologue, classic 100 s wait time forno SpuSetupAndReset stabilisation for CSfix & seq18 CRE update needed module spectrometer epilogue ID: RPSpecSetup Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 321 sources dummy ; if DMC is in operation its heat o (h) 0.03 total time and +15 o 15 − repetitions parameter variations (h) 0.03 basic duration C and currently the temperature control of the PACS base plate guarantees a minimum CUS o 2.3.2 Chopper: duty cycle of waveforms AOT/CUS Schedule into RT Sci Window to get fast access to data and turn around 12 000 has been proposed. This could mean that shortly after PACS has become prime instrument after a stand-by phase, ± o 2 − C. As a second mitigation to avoid the FPGA anomaly, beside the prime measure of frequent FPGA reset, a slight lowering Measurement description short performance test 10 chopper cycles throw: default PID parameters 1 kHz diagnostic HK for 5 chopper driveparameters related o Schedule after lowering of DMC base plate temperature into a period of low activity or standby DMC stage ID: RPMechChop A Table 119: Observational details of chopper performance test. The total estimated time of this engineering block is 0.03 h. 11.2 Chopper performance testDuring following Commissioning a Phaseover lowering it the of had full the been environmentaldissipation DMC temperature adjusts found, it range base to that of plate afor the the higher temperature DECMEC temperature PACS DECMEC level). base chopper (which The plate may cannot optimum temperatures vary control be loop between above parameters operated about roughly verified with during 0 the equally firstthe in-flight good manual chopper tests control plateau only electronics accuracy worked mayhas not performance already operate any inside impact the optimum on temperature the range chopper anymore. performance. It must be verified whether the temperature change of the DMC temperature by temperature of +1 – +2 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 322 observing constraints cycle#25, OD 532 (h) duration 0.0247 0001 na DmcTemp PidVeriDefault AOR labels nStd 232A 2.3.2 Chopper: duty cycle of waveforms RPMechChop Schedule into RT Sci Window to get fast access to data and turn around 12 000 ± Schedule after lowering of DMC base plate temperature into a period of low activity or standby DMC stage Measurement description short performance test 10 chopper cycles throw: default PID parameters 1 kHz diagnostic HK for 5 chopper driveparameters related ID: RPSpecSetup A Table 120: Summary of AORs for the chopper performance test related to DMC base plate temperature adjustments. The final total time is 0.0247 h. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 323

12 Post-He ACMS Tests

A number of ACMS tests have been designed for the post-He technology period, which should provide additional feedback to improvement of pointing reconstruction. These tests can be performed with the ACMS system alone and do not require any cold detector data. The motivation for these tests is to learn more about the gyro behaviour to be used in pointing jitter reconstruction, including dependence on stared pointing or scanning speed, as well as the relative weighting of star tracker (STR) and gyro data by the on-board ACMS processor, controlled by the STR gain. Also a possible dependence on the STR being in interlacing mode or not will be systematically studied. The program is part of the Herschel Post Helium Tests and Spacecraft Disposal Plan (PT-HMOC-OPS-PL- 6227-OPS-OAH) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 324 like A like A sources on and off like 2.6.2A Pointings with # of guide stars switching interlacing 8.2 3.8 (h) 20.2 16.4 total time status repetitions 5 scan speeds: interlacing on/off interlacing on/off interlacing on/off enabled & disabled parameter variations each with interlacing two STR gain settings two STR gain settings 5, 10, 20, 40, and 60”/s 2 sources per interlacing Stared pointing (h) 10.1 2.05 2.05 Dependence on scan speed 2.6.2 Relative Pointing Error 2.6.2 Relative Pointing Error 2.6.2 Relative Pointing Error Variation of STR gain setting basic duration 0.86/0.46/0.27/0.17/0.14 2.6.4 Relative Pointing Error - Scan mode Enable 4 Hz STR telemetry for all observations CUS CUS CUS CUS AOT/CUS after POS generation for insertion of time-tagged gain factor changes Compare pointing behaviour on same target in interlacing & non-interlacing mode Start time of each observation and required gain setting must be communicated to MOC Start time of each observation and required gain & intrelacing setting must be communicated to MOC after POS generation for insertion of time-tagged gain factor changes & enabling/disabling interlacing Table 121: Observational details of the post-He ACMS test program. The total estimated time of this test block is 48.6 h. Measurement description Non-standard staring Non-standard staring Non-standard staring Non-standard scan map cross-scan step 2” 20’ legs, 2 legs ID: PMPhotFPG A B C A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 325 OD 1476 OD 1476 OD 1477 OD 1477 OD 1477 OD 1477 OD 1477 OD 1477 OD 1477 OD 1477 OD 1491 OD 1491 OD 1491 OD 1491 observing constraints (h) duration 10.0614 10.0614 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 2.0500 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Dummy6ile Dummy6ile Dummy6ild Dummy6ild Dummy1 Dummy3 Dummy3 Dummy1 Dummy2 Dummy4 Dummy4 Dummy2 Dummy1 Dummy2 blu blu ACMSgain1 ACMSgain2 ACMSgain2 ACMSgain1 ACMSgain1 ACMSgain1 ACMSgain2 ACMSgain2 ACMSgain1 ACMSgain1 ACMSgain2 ACMSgain2 AOR labels Stared pointing nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar nStdStar 2.6.2 Relative pointing error 2.6.2 Relative pointing error 2.6.2 Relative Pointing Error Variation of STR gain setting 262A 262A 262B 262B 262B 262B 262B 262B 262B 262B 262C 262C 262C 262C Enable 4 Hz STR telemetry for all observations PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG after POS generation for insertion of time-tagged gain factor changes Compare pointing behaviour on same target in interlacing & non-interlacing mode Start time of each observation and required gain setting must be communicated to MOC Start time of each observation and required gain & intrelacing setting must be communicated to MOC after POS generation for insertion of time-tagged gain factor changes & enabling/disabling interlacing Table 122: Summary of AORs for the post-He ACMS test program. The current total time is 48.4934 h. Measurement description Non-standard staring interlacing on interlacing off Non-standard staring 2 STR gain settings interlacing on interlacing off Non-standard staring 2 STR gain settings interlacing enabled interlacing disabled ID: PMPhotFPG A B C Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 326 observing constraints OD 1478 OD 1478 OD 1478 OD 1478 OD 1478 OD 1478 OD 1478 OD 1478 OD 1478 OD 1478 (h) duration 0.8575 0.4589 0.2619 0.1678 0.1392 0.8575 0.4589 0.2619 0.1678 0.1392 0001 0001 0001 0001 0001 0001 0001 0001 0001 0001 Dummy1 Dummy1 Dummy1 Dummy1 Dummy2 Dummy2 Dummy2 Dummy2 Dummy1 Dummy2 5 10 20 40 60 5 10 20 40 60 nStdScan nStdScan nStdScan nStdScan nStdScan nStdScan nStdScan nStdScan nStdScan nStdScan AOR labels 264A 264A 264A 264A 264A 264A 264A 264A 264A 264A Dependence on scan speed 2.6.4 Relative Pointing Error - Scan mode Enable 4 Hz STR telemetry for all observations PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG PMPhotFPG Table 122: continued. Summary of AORs for the post-He ACMS test program. Measurement description Non-standard scan map cross-scan step 2” 20’ legs, 2 legs 5”/s & interlacing 10”/s & interlacing 20”/s & interlacing 40”/s & interlacing 60”/s & interlacing 5”/s & non-interlacing 10”/s & non-interlacing 20”/s & non-interlacing 40”/s & non-interlacing 60”/s & non-interlacing ID: PMPhotFPG A Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 327

13 PACS Routine Phase Calibration Timeline

The early Routine Phase without HIFI routine activities (up to OD340) was split into 10-day instrument cycles with the following sequence of subinstruments (Table 123):

Table 123: Structure of the 10-day standard instrument cycle for the early routine phase.

subinstrument PACS SPEC PACS PHOT PARALLEL SPIRE PHOT PARALLEL PACS PHOT & & SPIRE PHOT/SPEC PACS SPEC # of days 1 2 2 2 2 1

With all 3 instruments in Routine Phase performance, a 28-day cycle, split into 2 14-day calibration cycles as exemplarily outlined in Table 124 has been applied from OD 343 and calibration cycle#12 onwards. The outline of Table 124 was valid from cycle#14 onwards. This outline is a guideline and the actual OD allocation can be modiﬁed depending on the higher need of certain observing modes during a certain period of time, which will be agreed in the Schedule Planning Meeting.

Table 124: Exemplary structure of a 28-day standard 3-instrument cycle for the routine phase. For this case the total amount of ODs per subinstrument is PACS–P: 6 ODs, PACS–S: 7 ODs, SPIRE–P: 1.5 ODs, SPIRE–S: 1 OD, Parallel: 5.5 ODs and HIFI: 7 ODs.

OD in cycle subinstrument cooler cal cycle remark 1 PACS–P PACS 14+2×n 2 PACS–P 14+2×n 3 PACS–P + PACS–S 14+2×n cross-cal. photometer/spectrometer 4 Parallel PACS+SPIRE 14+2×n 5 Parallel 14+2×n 6 PACS–P + PACS–S 14+2×n cross-cal. photometer/spectrometer 7 HIFI 14+2×n 8 HIFI 14+2×n 9 HIFI 14+2×n 10 Parallel PACS+SPIRE 14+2×n 11 Parallel 14+2×n 12 SPIRE–S + SPIRE–P SPIRE 14+2×n 13 SPIRE–P 14+2×n 14 PACS–S 14+2×n dark conditions at beginning of OD 15 PACS–P PACS 15+2×n 16 PACS–P 15+2×n 17 PACS–P + PACS–S 15+2×n cross-cal. photometer/spectrometer 18 PACS–S 15+2×n 19 PACS–S 15+2×n 20 PACS–S 15+2×n 21 HIFI 15+2×n 22 HIFI 15+2×n 23 HIFI 15+2×n 24 HIFI 15+2×n 25 Parallel PACS+SPIRE 15+2×n 26 Parallel + SPIRE–S 15+2×n 27 PACS–P + PACS–S PACS 15+2×n cross-cal. photometer/spectrometer 28 PACS–S 15+2×n

The allocation of ODs to calibration cycles is shown in Table 125. The table also gives the actual allocation of ODs to PACS-P, PACS-S and SPPar, which may deviate in total number of ODs per instrument from the Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 328

28 OD cycle lay-out. This is driven by the scientific needs, in particular when observations of a certain type have fixed time constraints. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 329

Table 125: Overview of the calibration cycles. From cycle#14 onwards, PACS photometer (PACS-P), PACS spectrometer (PACS-S) and SPIRE/PACS parallel (SPPar) ODs are listed. Some ODs are split in instrument allocation, which is indicated by letter “p” (partial). PACS calibration times listed here do not include slew times.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 1 203 to 02-Dec-2009 mini-cycle 6.6 208 07-Dec-2009 (PHOT: 0.0, SPEC: 6.6) 2 211 to 10-Dec-2009 209+210 SPIRE PV 6.5 220 19-Dec-2009 211-220 standard cycle (PHOT: 1.7, SPEC: 4.8) 3 221 to 20-Dec-2009 11.7 230 29-Dec-2009 (PHOT: 2.3, SPEC: 9.4) 4 231 to 30-Dec-2009 5.9 240 08-Jan-2010 (PHOT: 4.3, SPEC: 1.6) 5 241 to 09-Jan-2010 242 HIFI SWON in DTCP 4.7 250 18-Jan-2010 low SAA, HOT DTCP 243 (PHOT: 2.5, SPEC: 2.2) 6 251 to 19-Jan-2010 254+255 HIFI CoP 0.0 257 25-Jan-2010 7 258 to 26-Jan-2010 263 – 267 HIFI PV 23.7 273 10-Feb-2010 (PHOT: 0.4, SPEC: 7.6) (PARL: 14.6, POIN: 1.1) 8 274 to 11-Feb-2010 277 – 283 HIFI PV 22.5 290 27-Feb-2010 (PHOT: 2.9, SPEC: 15.2) (POIN: 4.4) 9 291 to 28-Feb-2010 291 – 298 HIFI PSP 14.5 304 13-Mar-2010 (PHOT: 6.2, SPEC: 3.5) (POIN: 4.8) 10 305 to 14-Mar-2010 305 – 308 HIFI PV 20.5 323 01-Apr-2010 309 – 313 HIFI PSP (PHOT: 7.4, SPEC: 1.4) (POIN: 1.4, SPOI: 10.3) 11 324 to 02-Apr-2010 330 – 340 HIFI RP 5.5 340 18-Apr-2010 (PHOT: 0.0, SPEC: 0.0) (POIN: 0.8, SPOI: 4.7) 12 341 to 19-Apr-2010 1st 14 ODs of 29.9 355 03-May-2010 28 OD cycle (PHOT: 5.2, SPEC: 3.7) (SPOI: 21.0) 13 356 to 04-May-2010 2nd 14 ODs of 10.3 370 18-May-2010 28 OD cycle (POIN: 1.0, ENG: 0.2) (SPEC: 0.5, SPOI: 8.6) 14 371 to 19-May-2010 PACS-P: 371,372,373(p),376(p) 12.7 384 01-Jun-2010 PACS-S: 373(p),376(p),384 (PHOT: 0.9, SPEC: 3.2) SPPar: 374,375,380,381 (SPOI: 8.6) 15 385 to 02-Jun-2010 PACS-P: 385,386,387(p) 27.5 398 15-Jun-2010 PACS-S: 387(p),388,389 (SPEC: 27.5) SPPar: 392(p),393,394,395 16 399 to 16-Jun-2010 PACS-P: 399,400 14.9 412 29-Jun-2010 PACS-S: 405(p),408(p),409,412 (PHOT: 7.9, SPEC: 6.7) SPPar: 401,402,403,404(p) (MECH: 0.3) 17 413 to 30-Jun-2010 PACS-P: 413,414,415(p),418(p),425,426 16.7 426 13-Jul-2010 PACS-S: 415(p),418(p),422 (PHOT: 2.8, SPEC: 13.9) SPPar: 416,417,420,421,423(p),424 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 330

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 18 427 to 14-Jul-2010 PACS-P: 436,437 10.0 440 27-Jul-2010 PACS-S: 440 (PHOT: 0.0, SPEC: 10.0) SPPar: 434(p),435(p) (originally delivered AORs) (skipped or postponed due to PACS) (instrument anomaly on OD 421) (and subsequent contingency) (investigations) 19 441 to 28-Jul-2010 PACS-P: 449(p),452,453,454(p) 14.8 454 10-Aug-2010 PACS-S: 454(p) (PHOT: 13.8, SPEC: 1.0) SPPar: 446,447,448,449(p),450,451(p) 20 455 to 11-Aug-2010 PACS-P: 455,456,457(p),460(p) 19.9 468 24-Aug-2010 PACS-S: 457(p),460(p),468 (PHOT: 10.4, SPEC: 9.5) SPPar: 458,459,464,465 (6.7 h PHOT postponed from cycle#18) (3.2 h SPEC postponed from cycle#18) 21 469 to 25-Aug-2010 PACS-P: 469,470,471(p) 4.0 482 07-Sep-2010 PACS-S: 471(p),482 (PHOT: 0.4, SPEC: 3.6) SPPar: 472,473,478,479,480,481 22 483 to 08-Sep-2010 PACS-P: 483,484,485(p) 6.7 496 21-Sep-2010 PACS-S: 485(p) (PHOT: 2.1, SPEC: 4.6) SPpar: 486,487,492,493 23 497 to 22-Sep-2010 PACS-P: 497(p),499(p),501,502 1.1 510 05-Oct-2010 PACS-S: blocked due to AR-70 (PHOT: 1.1, SPEC: 0.0) SPpar: 497(p),498,499,500 (originally delivered SPEC AORs) (suspended due to DECMEC) (FPGA issue, AR-70) 24 511 to 06-Oct-2010 PACS-P: 511,512,513(p),524 5.9 524 19-Oct-2010 PACS-S: 516(p),523 (PHOT: 0.6, SPEC: 3.8) SPpar: 521,522 (POIN: 1.5) (contains most of suspended) (cycle#23 SPEC AORs) (most of cycle#24 SPEC AORs) (postponed to cycle#25) 25 525 to 20-Oct-2010 PACS-P: 525,526(p),530(p) 1.2 538 02-Nov-2010 PACS-S: 526(p),527,530(p),535,536, (PHOT: 0.0, SPEC: 1.1) 537,538 (POIN: 0.0, MECH: 0.1) SPpar: 528,529 (PHOT & POIN not executed) (SPEC reduced due to) (PACS switch-oﬀ in OD 523) (AR-76) 26 539 to 03-Nov-2010 PACS-P: 539,540(p),545,546(p),547(p) 10.6 552 16-Nov-2010 PACS-S: 546(p),547(p),548,549,550, (PHOT: 0.6, SPEC: 10.0) 551,552 SPpar: – 27 553 to 17-Nov-2010 PACS-P: 553,554,555(p),566(p) 7.0 566 30-Nov-2010 PACS-S: 555(p),556,559,563,566(p) (PHOT: 3.7, SPEC: 3.3) SPPar: 557,558,562,565,566 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 331

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 28 567 to 01-Dec-2010 PACS-P: 579(p) 8.1 580 14-Dec-2010 PACS-S: 570,579(p),580 (PHOT: 1.2, SPEC: 6.9) SPPar: 573,574,575,576,577,578 29 581 to 15-Dec-2010 PACS-P: 589(p),593(p) 10.0 594 28-Dec-2010 PACS-S: 589(p),590,593(p),594 (PHOT: 0.8, SPEC: 9.2) SPPar: 581,582,583,584,585,586, 587,588,591,592 30 595 to 29-Dec-2010 PACS-P: 607(p) 8.9 608 11-Jan-2011 PACS-S: 597,598,607(p),608 (PHOT: 3.4, SPEC: 5.5) SPPar: 599,600,603,604,605,606 31 609 to 12-Jan-2011 PACS-P: 611,612,613(p),614,615, 12.6 622 25-Jan-2011 616(p),621(p) (PHOT: 1.8, SPEC: 10.8) PACS-S: 609,610,613(p),616(p), 617,621(p),622 SPPar: 619,620 32 623 to 26-Jan-2011 PACS-P: 627,628,629(p),635,636 9.9 636 08-Feb-2011 PACS-S: 629(p),633,634 (PHOT: 5.3, SPEC: 4.6) SPPar: – 33 637 to 09-Feb-2011 PACS-P: 637(p),638,639,640(p), 6.8 650 22-Feb-2011 649(p) (PHOT: 1.3, SPEC: 3.3) PACS-S: 637(p),640(p),641, (POIN: 2.2) 649(p),650 SPPar: 647,648 34 651 to 23-Feb-2011 PACS-P: 653(p),661,662,663(p) 6.0 664 08-Mar-2011 PACS-S: 653(p),656,659,660, (PHOT: 1.4, SPEC: 4.6) 663(p),664 SPPar: 651,652 35 665 to 09-Mar-2011 PACS-P: 670(p),675,676,677(p) 6.0 678 22-Mar-2011 PACS-S: 665,670(p),671,677(p), (PHOT: 1.6, SPEC: 4.4) 678 SPPar: 668,669 36 679 to 23-Mar-2011 PACS-P: 684,685,686(p) 8.0 692 05-Apr-2011 PACS-S: 686(p),689,690,691 (PHOT: 2.8, SPEC: 5.2) SPPar: – 37 693 to 06-Apr-2011 PACS-P: 697(p),703(p),704, 6.0 706 19-Apr-2011 705,706(p) (PHOT: 1.7, SPEC: 4.3) PACS-S: 697(p),703(p),706(p) SPPar: 695,696,701,702 38 707 to 20-Apr-2011 PACS-P: 716(p),720(p) 26.2 720 03-May-2011 PACS-S: 716(p),717,720(p) (PHOT: 1.4, SPEC: 23.1) SPPar: 712,713,714,715,718,719 (SPOI: 1.7) 39 721 to 04-May-2011 PACS-P: 723(p),726(p),731(p), 3.9 734 17-May-2011 732,733,734(p) (PHOT: 2.3, SPEC: 1.6) PACS-S: 723(p),726(p),728, 731(p),734(p) SPPar: 721,722,724,725,729,730 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 332

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 40 735 to 18-May-2011 PACS-P: 739(p),743,744,745(p), 9.4 748 31-May-2011 748(p) (PHOT: 1.8, SPEC: 5.9) PACS-S: 735,739(p),740,745(p), (SPOI: 1.7) 748(p) SPPar: 737,738,746,747 41 749 to 01-Jun-2011 PACS-P: 751(p),757,758,759(p) 5.9 762 14-Jun-2011 PACS-S: 751(p),752,753,754, (PHOT: 1.4, SPEC: 4.5) 755,759(p) SPPar: 749,750,762 42 763 to 15-Jun-2011 PACS-P: 764(p),769,770,771(p) 9.0 776 28-Jun-2011 PACS-S: 764(p),771(p),772, (PHOT: 1.0, SPEC: 7.7) 773,774 (MECH: 0.3) SPPar: 763,775,776 43 777 to 29-Jun-2011 PACS-P: 777(p),780,781,782(p), 15.4 790 12-Jul-2011 787,788,789(p) (PHOT: 5.6, SPEC: 9.8) PACS-S: 777(p),778,782(p),783, 784,785,786,789(p) SPPar: 790 44 791 to 13-Jul-2011 PACS-P: 792(p),795(p),797,798, 2.6 804 26-Jul-2011 799(p) (PHOT: 0.6, SPEC: 2.0) PACS-S: 792(p),795(p),799(p), 800,801,802 SPPar: 791,793,794 45 805 to 27-Jul-2011 PACS-P: 805,806,807(p),810(p) 14.5 818 09-Aug-2011 PACS-S: 807(p),810(p),811,812, (PHOT: 11.7, SPEC: 2.8) 813,814,815,816 SPPar: 808,809 46 819 to 10-Aug-2011 PACS-P: 824(p),826(p),830(p), 6.3 832 23-Aug-2011 831,832 (PHOT: 3.4, SPEC: 2.9) PACS-S: 819,822(p),823,824(p), 826(p),827,830(p) SPPar: 825,828,829 47 833 to 24-Aug-2011 PACS-P: 833(p),842,843,844(p) 7.3 846 06-Sep-2011 PACS-S: 833(p),838,839,844(p), (PHOT: 5.8, SPEC: 1.5) 845,846 SPPar: – 48 847 to 07-Sep-2011 PACS-P: 849(p),858,859,860(p) 3.6 860 20-Sep-2011 PACS-S: 849(p),850,851,852, (PHOT: 1.2, SPEC: 2.4) 860(p) SPPar: 847,848 49 861 to 21-Sep-2011 PACS-P: 871,872,873(p) 8.4 874 04-Oct-2011 PACS-S: 863,864,865,866,867, (PHOT: 1.0, SPEC: 7.4) 873(p),874 SPPar: 50 875 to 05-Oct-2011 PACS-P: 887,888 12.3 888 18-Oct-2011 PACS-S: 881,882,883,884, (PHOT: 8.9, SPEC: 3.4) SPPar: – Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 333

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 51 889 to 19-Oct-2011 PACS-P: 889(p),894(p),898,899, 10.6 902 01-Nov-2011 900(p) (PHOT: 1.8, SPEC: 8.8) PACS-S: 889(p),890,891,894(p), 900(p),901,902 SPPar: 892,893 52 903 to 02-Nov-2011 PACS-P: 906(p),911(p) 7.9 916 15-Nov-2011 PACS-S: 906(p),911(p),912,913, (PHOT: 2.0, SPEC: 5.9) 914 SPPar: 904,905,909,910 53 917 to 16-Nov-2011 PACS-P: 917,918,919(p),926, 5.7 930 29-Nov-2011 927,928(p) (PHOT: 0.4, SPEC: 5.3) PACS-S: 919(p),920,921,922, 928(p) SPPar: 930 54 931 to 30-Nov-2011 PACS-P: 932(p),934,935,936(p) 3.1 944 13-Dec-2011 PACS-S: 932(p),933,936(p),937, (PHOT: 1.2, SPEC: 1.9) 938,942 SPPar: 931 55 945 to 14-Dec-2011 PACS-P: 945,946,947(p),955, 16.1 958 27-Dec-2011 956,957(p) (PHOT: 1.7, SPEC: 14.4) PACS-S: 947(p),950,951,957(p), 958 SPPar: – 56 959 to 28-Dec-2011 PACS-P: 967,968,969(p) 4.3 972 10-Jan-2012 PACS-S: 959,962,965,966, (PHOT: 1.0, SPEC: 3.3) 969(p),970 SPPar: – 57 973 to 11-Jan-2012 PACS-P: 973,974,975(p),981, 6.8 986 24-Jan-2012 981,982,983(p) (PHOT: 2.9, SPEC: 2.3) PACS-S: 975(p),976,979,983(p), (POIN: 1.6) 984 SPPar: – 58 987 to 25-Jan-2012 PACS-P: 1000 7.4 1000 07-Feb-2012 PACS-S: 987,990,991,992,999 (PHOT: 0.6, SPEC: 6.8) SPPar: – 59 1001 to 08-Feb-2012 PACS-P: 1001,1002(p),1007(p) 17.3 1014 21-Feb-2012 PACS-S: 1002(p),1003,1004, (PHOT: 0.9, SPEC: 7.2) 1007(p),1013,1014 (SPOI: 9.2) SPPar: 1005,1006 60 1015 to 22-Feb-2012 PACS-P: 1028(p) 4.5 1028 06-Mar-2012 PACS-S: 1018,1019,1020,1021, (PHOT: 1.6, SPEC: 2.9) 1028(p) SPPar: 1026,1027 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 334

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 61 1029 to 07-Mar-2012 PACS-P: 1034(p),1035,1036(p), 2.1 1042 20-Mar-2012 1037(p),1038, (PHOT: 1.1, SPEC: 1.0) 1039(p),1040(p), 1041,1042(p) PACS-S: 1034(p),1036(p), 1037(p),1039(p), 1040(p),1042(p) SPPar: – 62 1043 to 21-Mar-2012 PACS-P: 1043,1044,1045(p), 4.8 1056 03-Apr-2012 1049,1050,1051(p) (PHOT: 1.2, SPEC: 3.6) PACS-S: 1045(p),1046,1047, 1055(p) SPPar: – 63 1057 to 04-Apr-2012 PACS-P: 1057,1058,1059(p), 10.4 1070 17-Apr-2012 1065(p) (PHOT: 7.2, SPEC: 3.2) PACS-S: 1059(p),1060,1067, 1068 SPPar: 1063,1064 64 1071 to 18-Apr-2012 PACS-P: 1076(p),1083(p) 6.4 1084 01-May-2012 PACS-S: 1076(p),1083(p),1084 (PHOT: 0.6, SPEC: 5.8) SPPar: 1074,1075,1081,1082 65 1085 to 02-May-2012 PACS-P: 1095,1096,1097(p) 1.2 1098 15-May-2012 PACS-S: 1087,1090,1094,1097(p) (PHOT: 0.0, SPEC: 1.2) SPPar: – (PHOT failed, repeated in 67) (SPEC partially failed, ) (repeated in 67) 66 1099 to 16-May-2012 PACS-P: 1103(p),1108,1109, 6.3 1112 29-May-2012 1110(p) (PHOT: 1.1, SPEC: 3.3) PACS-S: 1103(p),1104,1110(p) (POIN: 1.9) SPPar: 1101,1102 67 1113 to 30-May-2012 PACS-P: 1119,1120,1121(p), 16.6 1126 12-Jun-2012 1122,1123,1124(p) (PHOT: 1.1, SPEC: 11.2) PACS-S: 1113,1118,1121(p), (SPOI: 4.3) 1124(p) (recovery of failed PHOT 65) SPPar: – (recovery of failed SPEC 65) (and re-scheduled SPEC 66) 68 1127 to 13-Jun-2012 PACS-P: 1136(p),1137,1138, 10.6 1140 26-Jun-2012 1139(p) (PHOT: 1.2, SPEC: 9.0) PACS-S: 1127,1132,1133, (SPOI: 0.1, MECH: 0.3) 1139(p),1140 SPPar: – 69 1141 to 27-Jun-2012 PACS-P: 1146,1147,1148(p) 5.2 1154 10-Jul-2012 PACS-S: 1143,1148(p),1149, (PHOT: 2.6, SPEC: 2.5) 1152,1153 (SPOI: 0.1) SPPar: 70 1155 to 11-Jul-2012 PACS-P: 1157,1158,1159(p) 6.7 1168 24-Jul-2012 PACS-S: 1159(p),1160,1161, (PHOT: 1.6, SPEC: 5.0) 1162,1163,1167,1168 (SPOI: 0.1) SPPar: – Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 335

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 71 1169 to 25-Jul-2012 PACS-P: 1170,1171,1172(p), 15.3 1182 07-Aug-2012 1181(p) (PHOT: 12.6, SPEC: 2.0) PACS-S: 1169,1172(p),1173(p), (PARL: 0.6, SPOI: 0.1) 1181(p) SPPar: 1179,1180,1182 72 1183 to 08-Aug-2012 PACS-P: 1184(p),1193,1194, 8.9 1196 21-Aug-2012 1195(p) (PHOT: 3.5, SPEC: 5.3) PACS-S: 1184(p),1188,1195(p) (SPOI: 0.1) SPPar: 1183,1196 73 1197 to 22-Aug-2012 PACS-P: 1198(p),1202(p) 9.7 1210 04-Sep-2012 PACS-S: 1198(p),1202(p),1209 (PHOT: 1.6, SPEC: 8.0) SPPar: 1197,1200,1201 (SPOI: 0.1) 74 1211 to 05-Sep-2012 PACS-P: 1216(p) 6.2 1224 18-Sep-2012 PACS-S: 1216(p),1217,1222 (PHOT: 0.8, SPEC: 5.3) SPPar: 1214,1215 (SPOI: 0.1) 75 1225 to 19-Sep-2012 PACS-P: 1237(p) 5.9 1238 02-Oct-2012 PACS-S: 1230,1237(p) (PHOT: 0.5, SPEC: 5.3) SPPar: 1235,1236 (SPOI: 0.1) 76 1239 to 03-Oct-2012 PACS-P: 1244,1245,1246(p), 9.6 1252 16-Oct-2012 1251(p) (PHOT: 2.7, SPEC: 1.9) PACS-S: 1240,1243,1246(p), (POIN: 4.9, SPOI: 0.1) 1251(p) SPPar: 1249,1250 77 1253 to 17-Oct-2012 PACS-P: 1266(p) 3.1 1266 30-Oct-2012 PACS-S: 1256,1257,1258, (PHOT: 1.0, SPEC: 2.0) 1266(p) (SPOI: 0.1) SPPar: 1264,1265 78 1267 to 31-Oct-2012 PACS-P: 1272(p),1275(p) 5.1 1280 13-Nov-2012 PACS-S: 1267,1268,1272(p), (PHOT: 0.6, SPEC: 4.4) 1275(p),1277,1278 (SPOI: 0.1) SPPar: 1270,1271,1273,1274, 1279,1280 79 1281 to 14-Nov-2012 PACS-P: 1285,1286,1287(p), 6.5 1294 27-Nov-2012 1293,1294 (PHOT: 0.4, SPEC: 6.0) PACS-S: 1287(p) (SPOI: 0.1) SPPar: – 80 1295 to 28-Nov-2012 PACS-P: 1295(p),1308 8.5 1308 11-Dec-2012 PACS-S: 1295(p),1300,1305, (PHOT: 0.6, SPEC: 4.6) 1306,1307 (POIN: 3.2 SPOI: 0.1) SPPar: – 81 1309 to 12-Dec-2012 PACS-P: 1309,1310(p),1313, 12.8 1322 25-Dec-2012 1314,1320,1321, (PHOT: 0.4, SPEC: 11.1) 1322(p) (POIN: 1.2, SPOI: 0.1) PACS-S: 1310(p),1311,1312, 1317,1319,1322(p) SPPar: 1315(p) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 336

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) 82 1323 to 26-Dec-2012 PACS-P: 1326,1327,1328(p), 9.2 1336 08-Jan-2013 1332,1333,1334(p) (PHOT: 1.4, SPEC: 7.7) PACS-S: 1328(p),1334(p), (SPOI: 0.1) 1335 SPPar: – 83 1337 to 09-Jan-2013 PACS-P: 1337,1338,1339(p), 10.9 1350 22-Jan-2013 1344,1345,1346(p), (PHOT: 1.8, SPEC: 9.0) 1349,1350 (SPOI: 0.1) PACS-S: 1339(p),1342,1346(p) SPPar: – 84 1351 to 23-Jan-2013 PACS-P: 1351(p),1354,1355, 7.1 1364 05-Feb-2013 1356(p) (PHOT: 1.4, SPEC: 5.6) PACS-S: 1351(p),1352,1353, (SPOI: 0.1) 1356(p),1363 SPPar: – 85 1365 to 06-Feb-2013 PACS-P: 1377(p),1378 6.2 1378 19-Feb-2013 PACS-S: 1368,1369,1370, (PHOT: 1.9, SPEC: 4.2) 1377(p) (SPOI: 0.1) SPPar: 1375,1376 86 1379 to 20-Feb-2013 PACS-P: 1379,1380(p) 0.7 1392 05-Mar-2013 PACS-S: 1380(p),1381,1382, (PHOT failed, 3 AORs re-covered in 87) 1383,1391 (SPEC: 0.6, major part failed SPPar: – Re-covery: 2 AORs in 87, 23 AORs in 88) (SPOI: 0.1) 87 1393 to 06-Mar-2013 PACS-P: 1399,1400,1401(p), 8.7 1406 19-Mar-2013 1404(p) (PHOT: 4.4, SPEC: 4.2) PACS-S: 1397,1398(p),1401(p), (SPOI: 0.1) 1404(p),1405 SPPar: 1402,1403 88 1407 to 20-Mar-2013 PACS-P: 1418,1419,1420(p) 8.8 1420 02-Apr-2013 PACS-S: 1412(p),1413(p), (PHOT:0.6, SPEC: 8.1) 1414(p),1415(p), (SPOI: 0.1) 1416(p),1417, 1420(p) SPPar: – 89 1421 to 03-Apr-2013 PACS-P: 1426,1427,1428(p) 4.9 1434 16-Apr-2013 PACS-S: 1421(p),1422(p), (PHOT:0.6, SPEC: 4.2) 1423(p),1424(p), (SPOI: 0.1) 1425(p),1428(p), 1429(p),1430(p), 1431,1432 SPPar: – 90 1435 to 17-Apr-2013 PACS-P: 1440,1441,1442(p), 8.4 1448 30-Apr-2013 1443,1444,1445(p) (PHOT:1.9, SPEC: 6.4) PACS-S: 1435(p),1436(p), (SPOI: 0.1) 1437(p),1438, 1439,1442(p), 1445(p) SPPar: – Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 337

Table 125: continued. Overview of the calibration cycles.

Cycle # ODs Execution comments PACS calibration time date on S/C (h) Only for planning purposes, not executed any more 91 1449 to 01-May-2013 PACS-P: 1451(p),1452,1453, 0.0 1462 14-May-2013 1454(p),1460, (PHOT:0.0, SPEC: 0.0) 1461,1462(p) (SPOI: 0.0) PACS-S: 1451(p),1454(p),1455, 1459,1462(p) SPPar: 1449,1450 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 338

13.1 Trace matrix of proposal blocks and allocation on RP ODs Table 126: PACS Routine Phase Trace Matrix per proposal block and RP ODs/ Cycles. The OD allocation corresponds to the final one in the mission timeline ans may be different from the one in the planning sections. RPMechChop 2.3.1A S8.1 ⇒ cycle#16 OD0400 no pointing ⇒ cycle#42 OD0769 no pointing ⇒ cycle#68 OD1127 no pointing ⇒ cycle#87 OD1404 no pointing 2.3.2A S11.2 ⇒ cycle#25 OD0532 no pointing RPElecEDAC 8.1.1A S7.4 ⇒ cycle#29 OD0589 no pointing (offset 0) ⇒ cycle#30 OD0597 no pointing (offset 0) ⇒ cycle#30 OD0608 no pointing (offset 10) ⇒ cycle#31 OD0609 no pointing (offset 0) ⇒ cycle#31 OD0622 no pointing (offset 10) ⇒ cycle#32 OD0627 no pointing (offset 0) ⇒ cycle#32 OD0636 no pointing (offset 10) ⇒ cycle#33 OD0637 no pointing (offset 0) ⇒ cycle#33 OD0650 no pointing (offset 10) ⇒ cycle#34 OD0653 no pointing (offset 0) ⇒ cycle#34 OD0664 no pointing (offset 10) ⇒ cycle#35 OD0665 no pointing (offset 0) ⇒ cycle#35 OD0679 no pointing (offset 10) ⇒ cycle#36 OD0684 no pointing (offset 0) ⇒ cycle#36 OD0692 no pointing (offset 10) ⇒ cycle#37 OD0697 no pointing (offset 0) ⇒ cycle#37 OD0706 no pointing (offset 10) ⇒ cycle#38 OD0717 no pointing (offset 0) ⇒ cycle#38 OD0720 no pointing (offset 10) ⇒ cycle#39 OD0723 no pointing (offset 10) ⇒ cycle#40 OD0735 no pointing (offset 10) ⇒ cycle#41 OD0755 no pointing (offset 10) ⇒ cycle#42 OD0764 no pointing (offset 10) ⇒ cycle#43 OD0779 no pointing (offset 10) ⇒ cycle#44 OD0792 no pointing (offset 10) ⇒ cycle#45 OD0807 no pointing (offset 10) ⇒ cycle#46 OD0819 no pointing (offset 10) ⇒ cycle#47 OD0833 no pointing (offset 0) ⇒ cycle#48 OD0852 no pointing (offset 0) ⇒ cycle#49 OD0868 no pointing (offset 0) ⇒ cycle#50 OD0884 no pointing (offset 0) ⇒ cycle#51 OD0891 no pointing (offset 0) ⇒ cycle#52 OD0906 no pointing (offset 0) ⇒ cycle#53 OD0922 no pointing (offset 0) ⇒ cycle#54 OD0933 no pointing (offset 0) ⇒ cycle#55 OD0947 no pointing (offset 0) ⇒ cycle#55 OD0951 no pointing (offset 10) ⇒ cycle#56 OD0960 no pointing (offset 0) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 339

Table 126: continued. ⇒ cycle#56 OD0962 no pointing (offset 10) ⇒ cycle#57 OD0975 no pointing (offset 0) ⇒ cycle#57 OD0985 no pointing (offset 10) ⇒ cycle#58 OD0987 no pointing (offset 0) ⇒ cycle#58 OD0999 no pointing (offset 10) ⇒ cycle#59 OD1004 no pointing (offset 0) ⇒ cycle#59 OD1007 no pointing (offset 10) ⇒ cycle#60 OD1021 no pointing (offset 0) ⇒ cycle#60 OD1028 no pointing (offset 10) ⇒ cycle#61 OD1034 no pointing (offset 0) ⇒ cycle#61 OD1040 no pointing (offset 10) ⇒ cycle#62 OD1048 no pointing (offset 0) ⇒ cycle#62 OD1055 no pointing (offset 10) ⇒ cycle#63 OD1061 no pointing (offset 0) ⇒ cycle#63 OD1068 no pointing (offset 10) ⇒ cycle#64 OD1076 no pointing (offset 0) ⇒ cycle#64 OD1084 no pointing (offset 10) ⇒ cycle#65 OD1087 no pointing (offset 10) ⇒ cycle#67 OD1113 no pointing (offset 10) ⇒ cycle#68 OD1128 no pointing (offset 0) ⇒ cycle#69 OD1143 no pointing (offset 0) ⇒ cycle#70 OD1164 no pointing (offset 0) ⇒ cycle#71 OD1173 no pointing (offset 0) ⇒ cycle#72 OD1185 no pointing (offset 0) ⇒ cycle#73 OD1198 no pointing (offset 0) ⇒ cycle#74 OD1218 no pointing (offset 0) ⇒ cycle#75 OD1231 no pointing (offset 0) ⇒ cycle#76 OD1240 no pointing (offset 0) ⇒ cycle#77 OD1260 no pointing (offset 0) ⇒ cycle#78 OD1269 no pointing (offset 0) ⇒ cycle#79 OD1287 no pointing (offset 0) ⇒ cycle#80 OD1296 no pointing (offset 0) ⇒ cycle#81 OD1312 no pointing (offset 0) ⇒ cycle#82 OD1329 no pointing (offset 0) ⇒ cycle#83 OD1339 no pointing (offset 0) ⇒ cycle#84 OD1353 no pointing (offset 0) ⇒ cycle#85 OD1370 no pointing (offset 0) ⇒ cycle#87 OD1401 no pointing (offset 0) ⇒ cycle#88 OD1408 no pointing (offset 0) ⇒ cycle#89 OD1425 no pointing (offset 0) ⇒ cycle#90 OD1436 no pointing (offset 0) RPPhotFPG 1.1.15A S10.2 ⇒ cycle#57 OD0981 Callisto & Ganymede 1.1.15B S10.2 ⇒ cycle#80 OD1308 R Dor (blue) cycle#87 OD1404 R Dor (green) 2.6.1A S10.1 ⇒ cycle#7 OD0258 HD 22868, HD 24607, HIP 1901, HIP 9582, HIP 10687, HIP 13092, HIP 13654, HIP 14135, HIP 14930, HIP 15474, HIP 16647, HIP 17678, Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 340

Table 126: continued. HIP 17889, HIP 19424, HIP 87833, HIP 92862, HIP 94162, HIP 95902, HIP 100605, HIP 102082, HIP 106642, HIP 110428, HIP 112545, HIP 116705, PPM 45199 ⇒ cycle#8 OD0274 HD 11290, HD 17271, HD 17685, HD 22868, HD 24607, HD 33893, HD 48505, HD 121714, HD 160504, HD 168829, HD 224126, HIP 1834, HIP 3179, HIP 4008, HIP 8968, HIP 9171, HIP 9234, HIP 9306, HIP 9884, HIP 10687, HIP 11455, HIP 11582, HIP 12193, HIP 12557, HIP 13064, HIP 13092, HIP 13384, HIP 13654, HIP 14135, HIP 14930, HIP 16647, HIP 17678, HIP 17881, HIP 17889, HIP 18744, HIP 21046, HIP 23203, HIP 24126, HIP 27286, HIP 36547, HIP 46806, HIP 55355, HIP 61084, HIP 61404, HIP 64778, HIP 66666, HIP 67457, HIP 69346, HIP 70969, HIP 72208, HIP 72607, HIP 73199, HIP 75143, HIP 75177, HIP 75393, HIP 75847, HIP 76377, HIP 76423, HIP 76573, HIP 77450, HIP 77501, HIP 77615, HIP 77619, HIP 78235, HIP 78574, HIP 79233, HIP 79349, HIP 79593, HIP 79804, HIP 80259, HIP 80704, HIP 80802, HIP 81835, HIP 82273, HIP 82912, HIP 83866, HIP 84004, HIP 84027, HIP 84346, HIP 84780, HIP 85258, HIP 87816, HIP 88832, HIP 90883, HIP 91373, HIP 94438, HIP 95413, HIP 95902, HIP 98424, HIP 102082, HIP 104719, HIP 108317, HIP 110428, HIP 112545, HIP 114507, HIP 116705, HIP 117591, HIP 117763, KT Her, PPM 45199, PPM 117658, PPM 700186, WW Ser, WX Ser 2.6.1B S10.1 ⇒ cycle#9 OD0299 2MASS J1809, 2MASS J1811, CS Dra, HD 11290, HD 17271, HD 17685, HD 22868, HD 24607, HD 33893, HD 39741, HD 43635, HD 48505, HD 160540, HD 168829, HIP 3179, HIP 4008, HIP 8565, HIP 9306, HIP 10687, HIP 11093, HIP 11455, HIP 13290, HIP 13502, HIP 14930, HIP 15145, HIP 16647, HIP 17678, HIP 17821, HIP 17881, HIP 17889, HIP 18744, HIP 19424, HIP 21046, HIP 21421, HIP 22667, HIP 23203, HIP 23636, HIP 24126, HIP 24436, HIP 24738, HIP 26754, HIP 27286, HIP 28404, HIP 28874, HIP 29450, HIP 29655, HIP 29919, HIP 30326, HIP 30438, HIP 30800, HIP 36547, HIP 46806, HIP 57505, HIP 61404, HIP 72607, HIP 73199, HIP 75847, HIP 76377, HIP 77501, HIP 77619, HIP 78235, HIP 78574, HIP 79233, HIP 79349, HIP 79593, HIP 79804, HIP 80259, HIP 80704, HIP 80802, HIP 81835, HIP 82249, HIP 82273, Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 341

Table 126: continued. HIP 82912, HIP 83866, HIP 84004, HIP 84027, HIP 84346, HIP 84780, HIP 85258, HIP 85820, HIP 87668, HIP 87747, HIP 87833, HIP 87850, HIP 88832, HIP 89642, HIP 90883, HIP 91373, HIP 94438, HIP 94730, HIP 95413, HIP 95902, HIP 96647, HIP 98031, HIP 98424, HIP 98608, HIP 99512, HIP 100605, HIP 102082, HIP 104719, HIP 106044, HIP 108317, HIP 110256, HIP 110428, HIP 114917, HIP 117763, KT Her, PPM 45199, PPM 700186, PPM 725418, PPM 767023, RR Tel 2.6.1C S10.1 ⇒ cycle#10 OD0320 2MASS J1809, 2MASS J1811, CS Dra, HD 17271, HD 17685, HD 43635, HIP 11455, HIP 14930, HIP 17678, HIP 24738, HIP 28404, HIP 28874, HIP 29450, HIP 30800, HIP 72607, HIP 73199, HIP 75847, HIP 80802, HIP 81835, HIP 84780, HIP 85820, HIP 87668, HIP 90883, HIP 94438, HIP 94730, HIP 95902, HIP 98424, HIP 96647, HIP 98608, HIP 102082, HIP 108317, HIP 114917, RR Tel ⇒ cycle#11 OD0330 2MASS J1809, 2MASS J1811, CS Dra, HIP 24738, HIP 28404, HIP 29450, HIP 72607, HIP 73199, HIP 75847, HIP 80802, HIP 81835, HIP 90883, HIP 94438, HIP 95902, HIP 96647, HIP 98424, HIP 102082, HIP 108317 2.6.1D S10.1 ⇒ cycle#13 OD0360 HIP 13502, HIP 21479, HIP 48036, IRAS 22134+5834 ⇒ cycle#76 OD1245 HD 161796, HIP 21479 2.6.1E S10.1 ⇒ cycle#13 OD0360 HIP 13502, HIP 21479, HIP 48036, IRAS 22134+5834 (low & high gain) ⇒ cycle#76 OD1245 HD 161796, HIP 21479 2.6.2A S10.1 ⇒ cycle#24 OD0516 HIP 45058 2.6.2B S10.1 ⇒ cycle#24 OD0516 HIP 45058 ⇒ cycle#33 OD0649 HIP 18744, HIP 15474, HIP 82273 2.6.2C S10.1 ⇒ cycle#66 OD1109 R Dor, HD 161796 ⇒ cycle#76 OD1245 HD 161796, HIP 21479 2.6.2D S10.1 ⇒ cycle#66 OD1109 R Dor, HD 161796 ⇒ cycle#76 OD1245 HD 161796, HIP 21479 2.6.2E S10.1 ⇒ cycle#81 OD1310 R Dor 2.6.3A S10.1 ⇒ cycle#57 OD0974 Arp 220 2.6.3B S10.1 ⇒ cycle#57 OD0974 Arp 220 PMPhotFPG 2.6.2A S12 ⇒ cycle#100 X+28 dummy1, dummy2 2.6.2B S12 ⇒ cycle#100 X+29 dummy1, dummy2, dummy3, dummy4 2.6.4A S12 ⇒ cycle#100 X+30 dummy1, dummy2 RPPhotBol 1.1.1bisA S6.1 ⇒ cycle#19 OD0453 Arp 220 ⇒ cycle#45 OD0806 Arp 220 ⇒ cycle#71 OD1171 Arp 220 1.1.16B S6.5 ⇒ cycle#20 OD0455 Dark field (low bias, burst mode) ⇒ cycle#20 OD0456 Dark field (nominal bias, burst mode) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 342

Table 126: continued. ⇒ cycle#20 OD0457 Dark field (high bias, burst mode) ⇒ cycle#46 OD0830 Dark field (low bias, burst mode) ⇒ cycle#46 OD0831 Dark field (nominal bias, burst mode) ⇒ cycle#46 OD0832 Dark field (high bias, burst mode) ⇒ cycle#72 OD1193 Dark field (low bias, burst mode) ⇒ cycle#72 OD1194 Dark field (nominal bias, burst mode) ⇒ cycle#72 OD1195 Dark field (high bias, burst mode) RPPhotSpatial 3.1.4A S10.3 ⇒ cycle#12 OD0345 4 Vesta 3.1.4B S10.3 ⇒ cycle#12 OD0348 4 Vesta 3.1.4C S10.3 ⇒ cycle#34 OD0663 10 Hygiea ⇒ cycle#35 OD0677 4 Vesta 3.1.4D S10.3 ⇒ cycle#39 OD0734 1 Ceres ⇒ cycle#43 OD0782 1 Ceres ⇒ cycle#76 OD1244 1 Ceres 3.1.4E S10.3 ⇒ cycle#50 OD0888 Mars 3.1.4F S10.3 ⇒ cycle#69 OD1146 α Boo (slow speed) 3.1.5A S10.4 ⇒ cycle#27 OD0553 AFGL 2688 3.1.5B S10.4 ⇒ cycle#52 OD0906 Mars RPPhotFlux 3.2.1A S6.2 ⇒ cycle#2 OD0213 γ Dra ⇒ cycle#5 OD0244 γ Dra ⇒ cycle#8 OD0286 γ Dra ⇒ cycle#9 OD0300 γ Dra ⇒ cycle#10 OD0316 γ Dra ⇒ cycle#12 OD0345 γ Dra ⇒ cycle#14 OD0371 γ Dra ⇒ cycle#16 OD0400 γ Dra ⇒ cycle#17 OD0413 γ Dra (3 times) ⇒ cycle#17 OD0414 γ Dra (3 times) ⇒ cycle#17 OD0415 γ Dra (2 times) ⇒ cycle#20 OD0456 γ Dra ⇒ cycle#22 OD0483 γ Dra ⇒ cycle#24 OD0511 γ Dra ⇒ cycle#26 OD0539 γ Dra ⇒ cycle#27 OD0566 γ Dra ⇒ cycle#30 OD0607 γ Dra ⇒ cycle#32 OD0628 γ Dra ⇒ cycle#34 OD0662 γ Dra ⇒ cycle#36 OD0684 γ Dra ⇒ cycle#38 OD0715 γ Dra ⇒ cycle#40 OD0744 γ Dra ⇒ cycle#42 OD0764 γ Dra ⇒ cycle#44 OD0792 γ Dra ⇒ cycle#46 OD0826 γ Dra ⇒ cycle#48 OD0849 γ Dra ⇒ cycle#50 OD0887 γ Dra ⇒ cycle#52 OD0906 γ Dra Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 343

Table 126: continued. ⇒ cycle#54 OD0936 γ Dra ⇒ cycle#56 OD0967 γ Dra ⇒ cycle#58 OD1000 γ Dra ⇒ cycle#60 OD1028 γ Dra ⇒ cycle#62 OD1049 γ Dra ⇒ cycle#64 OD1076 γ Dra ⇒ cycle#66 OD1109 γ Dra ⇒ cycle#68 OD1137 γ Dra ⇒ cycle#70 OD1157 γ Dra ⇒ cycle#72 OD1184 γ Dra ⇒ cycle#74 OD1216 γ Dra ⇒ cycle#76 OD1244 γ Dra ⇒ cycle#78 OD1275 γ Dra ⇒ cycle#80 OD1308 γ Dra ⇒ cycle#82 OD1334 γ Dra ⇒ cycle#84 OD1355 γ Dra ⇒ cycle#87 OD1399 γ Dra ⇒ cycle#88 OD1418 γ Dra ⇒ cycle#89 OD1427 γ Dra ⇒ cycle#90 OD1444 γ Dra 3.2.1B S6.2 ⇒ cycle#2 OD0213 γ Dra ⇒ cycle#5 OD0244 γ Dra ⇒ cycle#8 OD0286 γ Dra ⇒ cycle#9 OD0300 γ Dra ⇒ cycle#10 OD0316 γ Dra ⇒ cycle#12 OD0345 γ Dra ⇒ cycle#14 OD0371 γ Dra ⇒ cycle#16 OD0400 γ Dra ⇒ cycle#17 OD0413 γ Dra (3 times) ⇒ cycle#17 OD0414 γ Dra (3 times) ⇒ cycle#17 OD0415 γ Dra (2 times) ⇒ cycle#20 OD0456 γ Dra ⇒ cycle#22 OD0483 γ Dra ⇒ cycle#24 OD0511 γ Dra ⇒ cycle#26 OD0539 γ Dra ⇒ cycle#27 OD0566 γ Dra ⇒ cycle#30 OD0607 γ Dra ⇒ cycle#32 OD0628 γ Dra ⇒ cycle#34 OD0662 γ Dra ⇒ cycle#36 OD0684 γ Dra ⇒ cycle#38 OD0715 γ Dra ⇒ cycle#40 OD0744 γ Dra ⇒ cycle#42 OD0764 γ Dra ⇒ cycle#44 OD0792 γ Dra ⇒ cycle#46 OD0826 γ Dra ⇒ cycle#48 OD0849 γ Dra ⇒ cycle#50 OD0887 γ Dra ⇒ cycle#52 OD0906 γ Dra Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 344

Table 126: continued. ⇒ cycle#54 OD0936 γ Dra ⇒ cycle#56 OD0967 γ Dra ⇒ cycle#58 OD1000 γ Dra ⇒ cycle#60 OD1028 γ Dra ⇒ cycle#62 OD1049 γ Dra ⇒ cycle#64 OD1076 γ Dra ⇒ cycle#66 OD1109 γ Dra ⇒ cycle#68 OD1137 γ Dra ⇒ cycle#70 OD1157 γ Dra ⇒ cycle#72 OD1184 γ Dra ⇒ cycle#74 OD1216 γ Dra ⇒ cycle#76 OD1244 γ Dra ⇒ cycle#78 OD1275 γ Dra ⇒ cycle#80 OD1308 γ Dra ⇒ cycle#82 OD1334 γ Dra ⇒ cycle#84 OD1355 γ Dra ⇒ cycle#87 OD1399 γ Dra ⇒ cycle#88 OD1418 γ Dra ⇒ cycle#89 OD1427 γ Dra ⇒ cycle#90 OD1444 γ Dra 3.2.1C S9.1 ⇒ cycle#2 OD0212 β Peg (green), Neptune, (blue, green) ⇒ cycle#2 OD0213 β Peg (blue) ⇒ cycle#2 OD0220 α Boo (blue, green) ⇒ cycle#7 OD0259 α Cet (blue, green) ⇒ cycle#17 OD0414 β And (blue, green) 3.2.1D S9.1 ⇒ cycle#2 OD0212 β Peg, Neptune (blue, green) ⇒ cycle#2 OD0220 α Boo (blue, green) ⇒ cycle#7 OD0259 α Cet (blue, green) ⇒ cycle#17 OD0414 β And (blue, green) 3.2.3A S6.3.1 ⇒ cycle#2 OD0212 Uranus ⇒ cycle#33 OD0649 10 Hygiea (blue) ⇒ cycle#34 OD0663 10 Hygiea (blue) ⇒ cycle#35 OD0677 4 Vesta (blue) ⇒ cycle#36 OD0686 4 Vesta (blue) ⇒ cycle#37 OD0703 4 Vesta (blue, green) ⇒ cycle#38 OD0720 4 Vesta (blue, green) ⇒ cycle#39 OD0726 1 Ceres, 4 Vesta (blue, green) ⇒ cycle#40 OD0743 1 Ceres, 4 Vesta (blue, green) ⇒ cycle#41 OD0759 1 Ceres (blue, green) ⇒ cycle#42 OD0769 1 Ceres (blue, green) ⇒ cycle#43 OD0782 1 Ceres (blue, green) ⇒ cycle#71 OD1181 4 Vesta (blue) ⇒ cycle#73 OD1202 4 Vesta (blue) ⇒ cycle#75 OD1237 1 Ceres (blue, green) ⇒ cycle#76 OD1244 1 Ceres (blue, green) 3.2.3B S6.3.1 ⇒ cycle#33 OD0649 10 Hygiea (blue) ⇒ cycle#34 OD0663 10 Hygiea (blue) ⇒ cycle#35 OD0677 4 Vesta (blue) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 345

Table 126: continued. ⇒ cycle#36 OD0686 4 Vesta (blue) ⇒ cycle#37 OD0703 4 Vesta (blue, green) ⇒ cycle#38 OD0720 4 Vesta (blue, green) ⇒ cycle#39 OD0726 1 Ceres, 4 Vesta (blue, green) ⇒ cycle#40 OD0743 1 Ceres, 4 Vesta (blue, green) ⇒ cycle#41 OD0759 1 Ceres (blue, green) ⇒ cycle#42 OD0769 1 Ceres (blue, green) ⇒ cycle#43 OD0782 1 Ceres (blue, green) ⇒ cycle#73 OD1202 4 Vesta (blue) ⇒ cycle#75 OD1237 1 Ceres (blue, green) ⇒ cycle#76 OD1244 1 Ceres (blue, green) 3.2.4A S6.3 ⇒ cycle#3 OD0221 21 Lutetia, 20 Massalia, 65 Cybele, 3 Juno ⇒ cycle#5 OD0244 δ Dra ⇒ cycle#5 OD0245 47 Aglaja, 2 Pallas ⇒ cycle#8 OD0284 α Tau, ε Lep, HD 41047 ⇒ cycle#8 OD0285 423 Diotima ⇒ cycle#8 OD0286 1 Ceres, 52 Europa ⇒ cycle#9 OD0300 Sirius, γ Dra, HD 138265, HD 152222, HD 139669 ⇒ cycle#10 OD0316 HD 15008, HD 159330 ⇒ cycle#12 OD0343 10 Hygiea ⇒ cycle#12 OD0348 4 Vesta ⇒ cycle#14 OD0371 β Peg, Neptune (green) ⇒ cycle#17 OD0413 6 Hebe ⇒ cycle#17 OD0414 α Boo ⇒ cycle#19 OD0446 2 Pallas ⇒ cycle#20 OD0456 α Tau ⇒ cycle#20 OD0457 α Cet ⇒ cycle#22 OD0484 Sirius ⇒ cycle#22 OD0485 1 Ceres ⇒ cycle#23 OD0497 29 Amphitrite ⇒ cycle#26 OD0540 Neptune ⇒ cycle#27 OD0566 8 Flora ⇒ cycle#28 OD0579 β Peg, 6 Hebe, Uranus ⇒ cycle#29 OD0583 α Boo ⇒ cycle#29 OD0593 3 Juno ⇒ cycle#30 OD0607 γ Dra (green), β And ⇒ cycle#31 OD0613 52 Europa ⇒ cycle#31 OD0614 α Cet ⇒ cycle#32 OD0627 6 Hebe ⇒ cycle#33 OD0640 α Tau ⇒ cycle#33 OD0649 10 Hygiea (green) ⇒ cycle#34 OD0662 65 Cybele ⇒ cycle#35 OD0670 γ Dra (green) ⇒ cycle#36 OD0684 β Gem, 21 Lutetia ⇒ cycle#36 OD0686 2 Pallas ⇒ cycle#38 OD0716 Neptune ⇒ cycle#40 OD0745 3 Juno ⇒ cycle#43 OD0777 α Boo, β And Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 346

Table 126: continued. ⇒ cycle#43 OD0789 Uranus ⇒ cycle#44 OD0792 20 Massalia ⇒ cycle#45 OD0806 α Cet ⇒ cycle#46 OD0826 α Tau ⇒ cycle#48 OD0859 21 Lutetia ⇒ cycle#48 OD0849 γ Dra (green) ⇒ cycle#48 OD0860 10 Hygiea ⇒ cycle#50 OD0887 704 Interamnia ⇒ cycle#51 OD0889 2 Pallas ⇒ cycle#51 OD0900 4 Vesta ⇒ cycle#53 OD0919 Neptune ⇒ cycle#55 OD0947 1 Ceres, 88 Thisbe ⇒ cycle#55 OD0957 Uranus, 6 Hebe ⇒ cycle#56 OD0969 α Boo, 8 Flora ⇒ cycle#57 OD0973 β And ⇒ cycle#58 OD1000 α Cet ⇒ cycle#59 OD1002 3 Juno ⇒ cycle#59 OD1007 52 Europa ⇒ cycle#60 OD1028 α Tau ⇒ cycle#61 OD1035 20 Massalia ⇒ cycle#64 OD1083 10 Hygiea ⇒ cycle#66 OD1103 6 Hebe ⇒ cycle#66 OD1110 88 Thisbe ⇒ cycle#67 OD1124 8 Flora ⇒ cycle#68 OD1137 γ Dra (green) ⇒ cycle#68 OD1139 2 Pallas ⇒ cycle#69 OD1146 704 Interamnia ⇒ cycle#69 OD1148 α Boo ⇒ cycle#70 OD1157 β And ⇒ cycle#71 OD1170 α Cet ⇒ cycle#71 OD1181 4 Vesta (green) ⇒ cycle#72 OD1184 3 Juno ⇒ cycle#73 OD1198 21 Lutetia ⇒ cycle#74 OD1216 52 Europa ⇒ cycle#75 OD1237 20 Massalia ⇒ cycle#78 OD1275 10 Hygiea ⇒ cycle#80 OD1295 2 Pallas ⇒ cycle#82 OD1334 γ Dra (green) ⇒ cycle#83 OD1337 β And ⇒ cycle#83 OD1346 88 Thisbe ⇒ cycle#84 OD1351 6 Hebe, 704 Interamnia ⇒ cycle#84 OD1356 α Boo ⇒ cycle#85 OD1377 α Cet, α Tau, 4 Vesta ⇒ cycle#87 OD1399 21 Lutetia ⇒ cycle#87 OD1401 8 Flora ⇒ cycle#88 OD1420 1 Ceres ⇒ cycle#89 OD1428 3 Juno ⇒ cycle#90 OD1442 52 Europa Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 347

Table 126: continued. 3.2.4B S6.3 ⇒ cycle#3 OD0221 21 Lutetia, 20 Massalia, 65 Cybele, 3 Juno ⇒ cycle#4 OD0233 HD 159330, HD 138265 ⇒ cycle#5 OD0241 HD 15008 ⇒ cycle#5 OD0244 δ Dra ⇒ cycle#5 OD0245 47 Aglaja, 2 Pallas ⇒ cycle#8 OD0284 α Tau, ε Lep, HD 41047 ⇒ cycle#8 OD0285 423 Diotima ⇒ cycle#8 OD0286 1 Ceres, 52 Europa ⇒ cycle#9 OD0300 Sirius, γ Dra, HD 138265, HD 152222, HD 139669 ⇒ cycle#14 OD0371 β Peg ⇒ cycle#16 OD0400 21 Lutetia, 54 Alexandra, HD 39608 ⇒ cycle#17 OD0414 α Boo ⇒ cycle#20 OD0456 α Tau, 65 Cybele ⇒ cycle#20 OD0457 α Cet ⇒ cycle#20 OD0460 HD 170693 ⇒ cycle#21 OD0469 88 Thisbe ⇒ cycle#22 OD0484 Sirius, 93 Minerva ⇒ cycle#23 OD0502 ε Lep ⇒ cycle#24 OD0512 47 Aglaja ⇒ cycle#27 OD0566 γ Dra (green filter) ⇒ cycle#28 OD0579 β Peg ⇒ cycle#29 OD0583 α Boo ⇒ cycle#30 OD0607 δ Dra, β And ⇒ cycle#31 OD0614 α Cet, α Ari ⇒ cycle#32 OD0627 6 Hebe ⇒ cycle#32 OD0628 HD 159330, δ Dra (high scan speed) ⇒ cycle#33 OD0640 α Tau,ε Lep (green filter) ⇒ cycle#34 OD0662 65 Cybele ⇒ cycle#35 OD0670 γ Dra (green) ⇒ cycle#36 OD0684 β Gem, 21 Lutetia ⇒ cycle#36 OD0686 2 Pallas ⇒ cycle#37 OD0697 ω Cap ⇒ cycle#38 OD0716 Neptune ⇒ cycle#41 OD0751 δ Dra ⇒ cycle#43 OD0777 α Boo, β And ⇒ cycle#44 OD0792 20 Massalia ⇒ cycle#45 OD0806 α Cet ⇒ cycle#46 OD0826 α Tau ⇒ cycle#47 OD0833 ε Lep ⇒ cycle#47 OD0843 HD 152222 (green filter) ⇒ cycle#48 OD0849 γ Dra (green) ⇒ cycle#48 OD0860 10 Hygiea ⇒ cycle#49 OD0872 β Gem ⇒ cycle#50 OD0887 704 Interamnia ⇒ cycle#51 OD0889 ω Cap ⇒ cycle#54 OD0934 δ Dra ⇒ cycle#56 OD0969 α Boo ⇒ cycle#57 OD0973 β And Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 348

Table 126: continued. ⇒ cycle#57 OD0974 α Ari ⇒ cycle#58 OD1000 α Cet ⇒ cycle#59 OD1002 3 Juno ⇒ cycle#59 OD1007 52 Europa ⇒ cycle#60 OD1028 α Tau, HD 152222 (blue ﬁlter) ⇒ cycle#61 OD1034 ε Lep ⇒ cycle#61 OD1035 20 Massalia ⇒ cycle#62 OD1051 β Gem ⇒ cycle#63 OD1057 HD 170693 ⇒ cycle#63 OD1058 ω Cap ⇒ cycle#64 OD1083 10 Hygiea ⇒ cycle#65 OD1097 Neptune (only red channel) ⇒ cycle#66 OD1103 6 Hebe ⇒ cycle#66 OD1110 88 Thisbe ⇒ cycle#65 OD1119 Neptune (recovery OD1097) ⇒ cycle#67 OD1121 Uranus ⇒ cycle#67 OD1124 8 Flora ⇒ cycle#68 OD1137 γ Dra (green) ⇒ cycle#68 OD1138 Titan ⇒ cycle#68 OD1139 2 Pallas ⇒ cycle#69 OD1146 704 Interamnia ⇒ cycle#69 OD1148 α Boo ⇒ cycle#70 OD1157 β And, α Ari ⇒ cycle#71 OD1170 α Cet ⇒ cycle#72 OD1184 3 Juno ⇒ cycle#73 OD1198 21 Lutetia, δ Dra ⇒ cycle#74 OD1216 52 Europa ⇒ cycle#75 OD1237 20 Massalia ⇒ cycle#76 OD1244 β Gem ⇒ cycle#77 OD1266 ω Cap ⇒ cycle#78 OD1275 10 Hygiea ⇒ cycle#79 OD1287 Neptune ⇒ cycle#80 OD1295 2 Pallas ⇒ cycle#81 OD1310 Uranus ⇒ cycle#82 OD1328 δ Dra ⇒ cycle#82 OD1334 γ Dra (green) ⇒ cycle#83 OD1337 β And ⇒ cycle#83 OD1344 α Ari ⇒ cycle#83 OD1346 88 Thisbe ⇒ cycle#84 OD1351 6 Hebe, 704 Interamnia ⇒ cycle#84 OD1356 α Boo ⇒ cycle#85 OD1377 α Cet, α Tau, ε Lep, 4 Vesta ⇒ cycle#87 OD1399 21 Lutetia ⇒ cycle#87 OD1401 8 Flora ⇒ cycle#88 OD1420 1 Ceres ⇒ cycle#89 OD1428 3 Juno ⇒ cycle#90 OD1442 52 Europa ⇒ cycle#90 OD1444 Sirius, Neptune Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 349

Table 126: continued. 3.2.4C S6.3.2 ⇒ cycle#71 OD1179 4 Vesta+α Tau 3.2.8A S6.4 ⇒ cycle#3 OD0230 Arp 220 (red filter) ⇒ cycle#12 OD0345 NGC 6543 (blue & green filter) ⇒ cycle#19 OD0454 Arp 220 (blue & green & red filter) ⇒ cycle#30 OD0607 Arp 220 (blue & red filter) ⇒ cycle#43 OD0780 NGC 6543 (blue & green filter) 6.1.1C S10.12 ⇒ cycle#39 OD0723 HD 179218 6.2.2E S10.15 ⇒ cycle#74 OD1216 NGC 6302 6.3.1A S10.8 ⇒ cycle#12 OD0348 4 Vesta ⇒ cycle#14 OD0371 Neptune ⇒ cycle#17 OD0413 6 Hebe ⇒ cycle#19 OD0446 2 Pallas, 704 Interamnia ⇒ cycle#22 OD0485 1 Ceres ⇒ cycle#23 OD0497 29 Amphitrite ⇒ cycle#26 OD0540 Neptune ⇒ cycle#27 OD0566 8 Flora ⇒ cycle#28 OD0579 6 Hebe, Uranus ⇒ cycle#29 OD0593 3 Juno ⇒ cycle#31 OD0613 52 Europa ⇒ cycle#33 OD0649 10 Hygiea ⇒ cycle#36 OD0686 511 Davida ⇒ cycle#37 OD0703 704 Interamnia ⇒ cycle#38 OD0720 2 Pallas ⇒ cycle#40 OD0739 Neptune ⇒ cycle#40 OD0745 3 Juno ⇒ cycle#42 OD0771 52 Europa ⇒ cycle#43 OD0789 Uranus ⇒ cycle#48 OD0859 21 Lutetia ⇒ cycle#51 OD0889 2 Pallas ⇒ cycle#51 OD0900 4 Vesta ⇒ cycle#53 OD0919 Neptune ⇒ cycle#55 OD0947 1 Ceres, 88 Thisbe ⇒ cycle#55 OD0957 Uranus, 6 Hebe ⇒ cycle#56 OD0969 8 Flora RPPhotAOTVal 5.1.4A S10.6 ⇒ cycle#10 OD0316 NGC 6618 RPParAOTVal 3.2.4A S10.7 ⇒ cycle#71 OD1179 4 Vesta+α Tau 5.1.5A S10.7 ⇒ cycle#7 OD0269 α Boo, γ Dra (blue, green) 5.1.5B S10.7 ⇒ cycle#7 OD0268 α Boo (blue, green) RPSpecGeGa 1.2.3A S8.2 ⇒ cycle#27 OD0555 Dark field ⇒ cycle#40 OD0735 Dark field ⇒ cycle#52 OD0914 Dark field ⇒ cycle#65 OD1094 Dark field ⇒ cycle#78 OD1277 Dark field 1.2.3B S8.2 ⇒ cycle#27 OD0555 Dark field RPSpecFPG Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 350

Table 126: continued. 4.1.1A S10.9 ⇒ cycle#8 OD0276 AA Tau, IRAS 13120-5453, IRAS 17208-0014 (OI, CII lines) 4.1.1B S10.9 ⇒ cycle#8 OD0276 AA Tau, IRAS 13120-5453, IRAS 17208-0014 (OI, CII lines) 4.1.1C S10.9 ⇒ cycle#10 OD0322 HIP 21479, HIP 27989, HIP 68815, HIP84071 (continuum) ⇒ cycle#11 OD0330 HIP 27989 4.1.1D S10.9 ⇒ cycle#10 OD0322 HIP 21479, HIP 27989 (66 µm H2O line) ⇒ cycle#11 OD0335 HIP 21479, HIP 27989 (66 µm H2O line) 4.1.1E S10.9 ⇒ cycle#12 OD0345 HIP 13502, HIP 21479, IRAS 22134+5834, 4 Vesta, Neptune ⇒ cycle#12 OD0348 HIP 13502, HIP 21479, HIP 48036, IRAS 22134+5834, 4 Vesta, Neptune 4.1.1F S10.9 ⇒ cycle#12 OD0345 Neptune ⇒ cycle#12 OD0348 HIP 21479 4.1.1G S10.9 ⇒ cycle#13 OD0370 HIP 21479, VY CMa, CW Leo ⇒ cycle#14 OD0373 Neptune, IRAS 19343+2926, AFGL 3068 4.1.1H S10.9 ⇒ cycle#38 OD0716 AFGL 2591 (OI line, CP raster + fine pointing reference) ⇒ cycle#40 OD0740 AFGL 2591 (OI line, CP raster + fine pointing reference) 4.1.1I S10.9 ⇒ cycle#59 OD1003 Arp 220 4.1.1J S10.9 ⇒ cycle#67 OD1113 HIP 21479 (66 µm H2O line) ⇒ cycle#67 OD1124 HIP 21479 (66 µm H2O line) ⇒ cycle#68 OD1133 HIP 21479 (66 µm H2O line) ⇒ cycle#69 OD1143 HIP 21479 (66 µm H2O line) ⇒ cycle#69 OD1153 HIP 21479 (66 µm H2O line) ⇒ cycle#70 OD1163 HIP 21479 (66 µm H2O line) ⇒ cycle#71 OD1172 HIP 21479 (66 µm H2O line) ⇒ cycle#71 OD1181 HIP 21479 (66 µm H2O line) ⇒ cycle#72 OD1188 HIP 21479 (66 µm H2O line) ⇒ cycle#73 OD1198 HIP 21479 (66 µm H2O line) ⇒ cycle#73 OD1209 HIP 21479 (66 µm H2O line) ⇒ cycle#74 OD1217 HIP 21479 (66 µm H2O line) ⇒ cycle#75 OD1230 HIP 21479 (66 µm H2O line) ⇒ cycle#75 OD1237 HIP 21479 (66 µm H2O line) ⇒ cycle#76 OD1246 HIP 21479 (66 µm H2O line) ⇒ cycle#77 OD1256 HIP 21479 (66 µm H2O line) ⇒ cycle#77 OD1266 HIP 21479 (66 µm H2O line) ⇒ cycle#78 OD1277 HIP 21479 (66 µm H2O line) ⇒ cycle#79 OD1287 HIP 21479 (66 µm H2O line) ⇒ cycle#80 OD1295 HIP 21479 (66 µm H2O line) ⇒ cycle#80 OD1306 HIP 21479 (66 µm H2O line) ⇒ cycle#81 OD1312 HIP 21479 (66 µm H2O line) ⇒ cycle#81 OD1322 HIP 21479 (66 µm H2O line) ⇒ cycle#82 OD1334 HIP 21479 (66 µm H2O line) ⇒ cycle#83 OD1342 HIP 21479 (66 µm H2O line) ⇒ cycle#84 OD1351 HIP 21479 (66 µm H2O line) ⇒ cycle#84 OD1363 HIP 21479 (66 µm H2O line) ⇒ cycle#85 OD1370 HIP 21479 (66 µm H2O line) ⇒ cycle#86 OD1391 HIP 21479 (66 µm H2O line) ⇒ cycle#87 OD1401 HIP 21479 (66 µm H2O line) ⇒ cycle#88 OD1412 HIP 21479 (66 µm H2O line) ⇒ cycle#89 OD1422 HIP 21479 (66 µm H2O line) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 351

Table 126: continued. ⇒ cycle#89 OD1431 HIP 21479 (66 µm H2O line) ⇒ cycle#90 OD1442 HIP 21479 (66 µm H2O line) 4.1.1K S10.9 ⇒ cycle#67 OD1113 HIP 21479 4.1.1L S10.9 ⇒ cycle#67 OD1113 Neptune (B2A) RPSpecWave 4.2.1A S6.6 ⇒ cycle#4 OD0235 NGC 6543 (6 atomic lines) ⇒ cycle#8 OD0286 NGC 6543 (6 atomic lines) ⇒ cycle#10 OD0319 NGC 6543 (6 atomic lines) ⇒ cycle#12 OD0345 NGC 6543 (6 atomic lines) ⇒ cycle#14 OD0373 NGC 6543 (6 atomic lines) ⇒ cycle#16 OD0405 NGC 6543 (6 atomic lines) ⇒ cycle#20 OD0457 NGC 6543 (6 atomic lines) ⇒ cycle#22 OD0485 NGC 6543 (6 atomic lines) ⇒ cycle#26 OD0550 NGC 6543 (6 atomic lines) ⇒ cycle#28 OD0579 NGC 6543 (6 atomic lines) ⇒ cycle#30 OD0598 NGC 6543 (6 atomic lines) ⇒ cycle#32 OD0629 NGC 6543 (6 atomic lines) ⇒ cycle#34 OD0656 NGC 6543 (6 atomic lines) ⇒ cycle#36 OD0690 NGC 6543 (6 atomic lines) ⇒ cycle#38 OD0716 NGC 6543 (6 atomic lines) ⇒ cycle#40 OD0740 NGC 6543 (6 atomic lines) ⇒ cycle#42 OD0774 NGC 6543 (6 atomic lines) ⇒ cycle#44 OD0792 NGC 6543 (6 atomic lines) ⇒ cycle#46 OD0819 NGC 6543 (6 atomic lines) ⇒ cycle#48 OD0850 NGC 6543 (6 atomic lines) ⇒ cycle#50 OD0882 NGC 6543 (6 atomic lines) ⇒ cycle#52 OD0906 NGC 6543 (6 atomic lines) ⇒ cycle#54 OD0938 NGC 6543 (6 atomic lines) ⇒ cycle#56 OD0959 NGC 6543 (6 atomic lines) ⇒ cycle#58 OD0991 NGC 6543 (6 atomic lines) ⇒ cycle#60 OD1018 NGC 6543 (6 atomic lines) ⇒ cycle#62 OD1046 NGC 6543 (6 atomic lines) ⇒ cycle#64 OD1076 NGC 6543 (6 atomic lines) ⇒ cycle#67 OD1115 NGC 6543 (6 atomic lines) ⇒ cycle#68 OD1133 NGC 6543 (6 atomic lines) ⇒ cycle#70 OD1159 NGC 6543 (6 atomic lines) ⇒ cycle#72 OD1184 NGC 6543 (6 atomic lines) ⇒ cycle#74 OD1216 NGC 6543 (6 atomic lines) ⇒ cycle#76 OD1240 NGC 6543 (6 atomic lines) ⇒ cycle#78 OD1277 NGC 6543 (6 atomic lines) ⇒ cycle#80 OD1300 NGC 6543 (6 atomic lines) ⇒ cycle#82 OD1329 NGC 6543 (6 atomic lines) ⇒ cycle#84 OD1351 NGC 6543 (6 atomic lines) ⇒ cycle#87 OD1404 NGC 6543 (6 atomic lines) ⇒ cycle#88 OD1412 NGC 6543 (6 atomic lines) ⇒ cycle#89 OD1424 NGC 6543 (6 atomic lines) ⇒ cycle#90 OD1438 NGC 6543 (6 atomic lines) 4.2.1B S10.10 ⇒ cycle#3 OD0222 Saturn (band A, burst mode) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 352

Table 126: continued. ⇒ cycle#3 OD0225 Saturn (band B, burst mode) 4.2.4A S10.11 ⇒ cycle#21 OD0482 IC 418 ⇒ cycle#21 OD0482 NGC 7027 4.2.4B S10.11 ⇒ cycle#21 OD0482 NGC 7027 4.2.4C S10.11 ⇒ cycle#83 OD1342 R Dor (pointing centered on module 13) 4.2.5A S10.10 ⇒ cycle#1 OD0208 Jupiter (band A, burst mode) ⇒ cycle#2 OD0211 Jupiter (band B, burst mode) RPSpecFlux 4.3.3A S6.8 ⇒ cycle#8 OD0286 α Tau ⇒ cycle#9 OD0303 α Tau, 1 Ceres ⇒ cycle#9 OD0304 1 Ceres ⇒ cycle#13 OD0370 4 Vesta ⇒ cycle#15 OD0388 β Peg ⇒ cycle#15 OD0388 β Peg ⇒ cycle#17 OD0415 α Boo ⇒ cycle#19 OD0454 2 Pallas ⇒ cycle#20 OD0457 88 Thisbe ⇒ cycle#20 OD0460 α Boo, α Cet ⇒ cycle#22 OD0485 1 Ceres ⇒ cycle#22 OD0485 α Tau ⇒ cycle#24 OD0516 1 Ceres ⇒ cycle#26 OD0547 Neptune ⇒ cycle#27 OD0566 β Peg ⇒ cycle#28 OD0579 α Boo, 6 Hebe, Uranus ⇒ cycle#30 OD0598 γ Dra ⇒ cycle#31 OD0610 Callisto ⇒ cycle#31 OD0613 52 Europa ⇒ cycle#31 OD0617 α Cet ⇒ cycle#32 OD0633 6 Hebe ⇒ cycle#33 OD0649 10 Hygiea ⇒ cycle#34 OD0663 10 Hygiea ⇒ cycle#35 OD0677 4 Vesta ⇒ cycle#36 OD0686 2 Pallas, 4 Vesta ⇒ cycle#37 OD0703 4 Vesta ⇒ cycle#38 OD0716 Neptune ⇒ cycle#39 OD0726 1 Ceres ⇒ cycle#40 OD0739 Neptune ⇒ cycle#41 OD0759 1 Ceres ⇒ cycle#41 OD0752 Uranus ⇒ cycle#42 OD0771 52 Europa ⇒ cycle#43 OD0777 α Boo ⇒ cycle#43 OD0789 Uranus ⇒ cycle#45 OD0810 10 Hygiea ⇒ cycle#46 OD0826 α Tau ⇒ cycle#47 OD0845 10 Hygiea ⇒ cycle#48 OD0850 α Tau ⇒ cycle#49 OD0863 γ Dra ⇒ cycle#51 OD0889 2 Pallas Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 353

Table 126: continued. ⇒ cycle#51 OD0900 4 Vesta ⇒ cycle#52 OD0906 88 Thisbe ⇒ cycle#53 OD0919 Neptune ⇒ cycle#54 OD0941 Neptune ⇒ cycle#55 OD0947 1 Ceres, 88 Thisbe ⇒ cycle#55 OD0957 Uranus, 6 Hebe ⇒ cycle#56 OD0969 α Boo ⇒ cycle#57 OD0975 Uranus ⇒ cycle#58 OD0990 α Cet ⇒ cycle#59 OD1002 3 Juno ⇒ cycle#59 OD1007 52 Europa ⇒ cycle#60 OD1028 α Tau ⇒ cycle#61 OD1036 α Tau ⇒ cycle#63 OD1068 10 Hygiea ⇒ cycle#64 OD1083 10 Hygiea ⇒ cycle#65 OD1097 Neptune (only red channel) ⇒ cycle#66 OD1103 6 Hebe ⇒ cycle#66 OD1110 88 Thisbe ⇒ cycle#67 OD1118 Neptune (recovery OD1097) ⇒ cycle#67 OD1121 Uranus ⇒ cycle#68 OD1139 2 Pallas ⇒ cycle#69 OD1148 α Boo ⇒ cycle#70 OD1159 γ Dra ⇒ cycle#71 OD1181 α Boo ⇒ cycle#72 OD1184 3 Juno ⇒ cycle#73 OD1202 4 Vesta ⇒ cycle#74 OD1216 52 Europa ⇒ cycle#75 OD1237 1 Ceres ⇒ cycle#78 OD1275 10 Hygiea ⇒ cycle#79 OD1287 Neptune ⇒ cycle#80 OD1295 2 Pallas ⇒ cycle#81 OD1310 Uranus ⇒ cycle#82 OD1334 Uranus, 2 Pallas ⇒ cycle#83 OD1346 88 Thisbe ⇒ cycle#84 OD1351 6 Hebe ⇒ cycle#84 OD1356 α Boo ⇒ cycle#85 OD1377 4 Vesta ⇒ cycle#87 OD1404 1 Ceres ⇒ cycle#88 OD1412 3 Juno ⇒ cycle#88 OD1420 1 Ceres ⇒ cycle#89 OD1428 3 Juno ⇒ cycle#90 OD1442 52 Europa ⇒ cycle#90 OD1445 Neptune ⇒ cycle#90 OD1446 Neptune 4.3.3B S6.8 ⇒ cycle#15 OD0388 β Peg, HD 161796 ⇒ cycle#17 OD0415 α Boo, HD 161796 ⇒ cycle#29 OD0590 Uranus ⇒ cycle#40 OD0739 Neptune Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 354

Table 126: continued. ⇒ cycle#43 OD0777 α Boo ⇒ cycle#43 OD0789 Uranus ⇒ cycle#47 OD0839 HD 161796 ⇒ cycle#53 OD0919 Neptune ⇒ cycle#55 OD0957 Uranus ⇒ cycle#56 OD0969 α Boo ⇒ cycle#62 OD1046 HD 161796 ⇒ cycle#65 OD1097 Neptune (only red channel) ⇒ cycle#67 OD1118 Neptune (recovery OD1097) ⇒ cycle#67 OD1121 Uranus ⇒ cycle#69 OD1148 α Boo ⇒ cycle#75 OD1237 1 Ceres ⇒ cycle#77 OD1256 HD 161796 ⇒ cycle#79 OD1287 Neptune ⇒ cycle#81 OD1310 Uranus ⇒ cycle#84 OD1356 α Boo ⇒ cycle#88 OD1420 1 Ceres 4.3.3C S6.8 ⇒ cycle#15 OD0388 Mrk 231 (3 atomic lines) 4.3.3D S6.8 ⇒ cycle#17 OD0422 Mrk 231 (3 atomic lines) ⇒ cycle#18 OD0440 Arp 220 (3 atomic lines) 4.3.3E S6.8 ⇒ cycle#27 OD0555 NGC 6543 4.3.3F S6.8 ⇒ cycle#43 OD0789 R Dor ⇒ cycle#49 OD0863 R Dor 4.3.3G S6.8 ⇒ cycle#43 OD0789 R Dor ⇒ cycle#49 OD0863 R Dor 4.3.4A S6.7 ⇒ cycle#2 OD0211 HD 161796 (B2A, B2B, B3A) ⇒ cycle#4 OD0235 HD 161796 (B2A, B2B, B3A) ⇒ cycle#5 OD0245 HD 161796 (B2A, B2B, B3A) ⇒ cycle#7 OD0262 HD 161796 (B2A, B2B, B3A) ⇒ cycle#8 OD0286 HD 161796 (B2A, B2B, B3A) ⇒ cycle#9 OD0304 HD 161796 (B2A, B2B, B3A) ⇒ cycle#10 OD0319 HD 161796 (B2A, B2B, B3A) ⇒ cycle#12 OD0345 HD 161796 (B2A, B2B, B3A) ⇒ cycle#14 OD0373 HD 161796 (B2A, B2B, B3A) ⇒ cycle#15 OD0388 HD 161796 (B2A, B2B, B3A) ⇒ cycle#16 OD0408 HD 161796 (B2A, B2B, B3A) ⇒ cycle#17 OD0415 HD 161796 (B2A, B2B, B3A) ⇒ cycle#19 OD0454 HD 161796 (B2A, B2B, B3A) ⇒ cycle#20 OD0457 HD 161796 (B2A, B2B, B3A) ⇒ cycle#21 OD0471 HD 161796 (B2A, B2B, B3A) ⇒ cycle#22 OD0485 HD 161796 (B2A, B2B, B3A) ⇒ cycle#24 OD0516 HD 161796 (B2A, B2B, B3A) ⇒ cycle#25 OD0530 HD 161796 (B2A, B2B, B3A) ⇒ cycle#25 OD0535 HD 161796 (B2A, B2B, B3A) ⇒ cycle#26 OD0550 HD 161796 (B2A, B2B, B3A) ⇒ cycle#27 OD0559 HD 161796 (B2A, B2B, B3A) ⇒ cycle#28 OD0570 HD 161796 (B2A, B2B, B3A) ⇒ cycle#28 OD0580 HD 161796 (B2A, B2B, B3A) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 355

Table 126: continued. ⇒ cycle#29 OD0589 HD 161796 (B2A, B2B, B3A) ⇒ cycle#30 OD0598 HD 161796 (B2A, B2B, B3A) ⇒ cycle#30 OD0608 HD 161796 (B2A, B2B, B3A) ⇒ cycle#31 OD0617 HD 161796 (B2A, B2B, B3A) ⇒ cycle#32 OD0629 HD 161796 (B2A, B2B, B3A) ⇒ cycle#33 OD0637 HD 161796 (B2A, B2B, B3A) ⇒ cycle#33 OD0649 HD 161796 (B2A, B2B, B3A) ⇒ cycle#34 OD0656 HD 161796 (B2A, B2B, B3A) ⇒ cycle#35 OD0665 HD 161796 (B2A, B2B, B3A) ⇒ cycle#35 OD0677 HD 161796 (B2A, B2B, B3A) ⇒ cycle#36 OD0686 HD 161796 (B2A, B2B, B3A) ⇒ cycle#37 OD0697 HD 161796 (B2A, B2B, B3A) ⇒ cycle#37 OD0706 HD 161796 (B2A, B2B, B3A) ⇒ cycle#38 OD0716 HD 161796 (B2A, B2B, B3A) ⇒ cycle#39 OD0726 HD 161796 (B2A, B2B, B3A) ⇒ cycle#39 OD0734 HD 161796 (B2A, B2B, B3A) ⇒ cycle#40 OD0745 HD 161796 (B2A, B2B, B3A) ⇒ cycle#41 OD0755 HD 161796 (B2A, B2B, B3A) ⇒ cycle#42 OD0764 HD 161796 (B2A, B2B, B3A) ⇒ cycle#42 OD0774 HD 161796 (B2A, B2B, B3A) ⇒ cycle#43 OD0783 HD 161796 (B2A, B2B, B3A) ⇒ cycle#44 OD0792 HD 161796 (B2A, B2B, B3A) ⇒ cycle#44 OD0802 HD 161796 (B2A, B2B, B3A) ⇒ cycle#45 OD0812 HD 161796 (B2A, B2B, B3A) ⇒ cycle#46 OD0822 HD 161796 (B2A, B2B, B3A) ⇒ cycle#46 OD0830 HD 161796 (B2A, B2B, B3A) ⇒ cycle#47 OD0839 HD 161796 (B2A, B2B, B3A) ⇒ cycle#48 OD0850 HD 161796 (B2A, B2B, B3A) ⇒ cycle#48 OD0860 HD 161796 (B2A, B2B, B3A) ⇒ cycle#49 OD0867 HD 161796 (B2A, B2B, B3A) ⇒ cycle#49 OD0874 HD 161796 (B2A, B2B, B3A) ⇒ cycle#50 OD0884 HD 161796 (B2A, B2B, B3A) ⇒ cycle#51 OD0894 HD 161796 (B2A, B2B, B3A) ⇒ cycle#51 OD0902 HD 161796 (B2A, B2B, B3A) ⇒ cycle#52 OD0912 HD 161796 (B2A, B2B, B3A) ⇒ cycle#53 OD0920 HD 161796 (B2A, B2B, B3A) ⇒ cycle#53 OD0928 HD 161796 (B2A, B2B, B3A) ⇒ cycle#54 OD0938 HD 161796 (B2A, B2B, B3A) ⇒ cycle#55 OD0947 HD 161796 (B2A, B2B, B3A) ⇒ cycle#55 OD0958 HD 161796 (B2A, B2B, B3A) ⇒ cycle#56 OD0966 HD 161796 (B2A, B2B, B3A) ⇒ cycle#57 OD0975 HD 161796 (B2A, B2B, B3A) ⇒ cycle#57 OD0984 HD 161796 (B2A, B2B, B3A) ⇒ cycle#58 OD0992 HD 161796 (B2A, B2B, B3A) ⇒ cycle#59 OD1002 HD 161796 (B2A, B2B, B3A) ⇒ cycle#59 OD1013 HD 161796 (B2A, B2B, B3A) ⇒ cycle#60 OD1021 HD 161796 (B2A, B2B, B3A) ⇒ cycle#60 OD1028 HD 161796 (B2A, B2B, B3A) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 356

Table 126: continued. ⇒ cycle#61 OD1036 HD 161796 (B2A, B2B, B3A) ⇒ cycle#62 OD1046 HD 161796 (B2A, B2B, B3A) ⇒ cycle#63 OD1059 HD 161796 (B2A, B2B, B3A) ⇒ cycle#63 OD1068 HD 161796 (B2A, B2B, B3A) ⇒ cycle#64 OD1076 HD 161796 (B2A, B2B, B3A) ⇒ cycle#64 OD1084 HD 161796 (B2A, B2B, B3A) ⇒ cycle#65 OD1094 HD 161796 (B2A, B2B, B3A) ⇒ cycle#66 OD1104 HD 161796 (B2A, B2B, B3A) ⇒ cycle#67 OD1113 HD 161796 (B2A, B2B, B3A) ⇒ cycle#67 OD1124 HD 161796 (B2A, B2B, B3A) ⇒ cycle#68 OD1133 HD 161796 (B2A, B2B, B3A) ⇒ cycle#69 OD1143 HD 161796 (B2A, B2B, B3A) ⇒ cycle#69 OD1153 HD 161796 (B2A, B2B, B3A) ⇒ cycle#70 OD1163 HD 161796 (B2A, B2B, B3A) ⇒ cycle#71 OD1172 HD 161796 (B2A, B2B, B3A) ⇒ cycle#71 OD1181 HD 161796 (B2A, B2B, B3A) ⇒ cycle#72 OD1188 HD 161796 (B2A, B2B, B3A) ⇒ cycle#73 OD1198 HD 161796 (B2A, B2B, B3A) ⇒ cycle#73 OD1209 HD 161796 (B2A, B2B, B3A) ⇒ cycle#74 OD1217 HD 161796 (B2A, B2B, B3A) ⇒ cycle#75 OD1230 HD 161796 (B2A, B2B, B3A) ⇒ cycle#75 OD1237 HD 161796 (B2A, B2B, B3A) ⇒ cycle#76 OD1246 HD 161796 (B2A, B2B, B3A) ⇒ cycle#77 OD1256 HD 161796 (B2A, B2B, B3A) ⇒ cycle#77 OD1266 HD 161796 (B2A, B2B, B3A) ⇒ cycle#78 OD1277 HD 161796 (B2A, B2B, B3A) ⇒ cycle#79 OD1287 HD 161796 (B2A, B2B, B3A) ⇒ cycle#80 OD1296 HD 161796 (B2A, B2B, B3A) ⇒ cycle#80 OD1306 HD 161796 (B2A, B2B, B3A) ⇒ cycle#81 OD1312 HD 161796 (B2A, B2B, B3A) ⇒ cycle#81 OD1322 HD 161796 (B2A, B2B, B3A) ⇒ cycle#82 OD1334 HD 161796 (B2A, B2B, B3A) ⇒ cycle#83 OD1342 HD 161796 (B2A, B2B, B3A) ⇒ cycle#84 OD1351 HD 161796 (B2A, B2B, B3A) ⇒ cycle#84 OD1363 HD 161796 (B2A, B2B, B3A) ⇒ cycle#85 OD1370 HD 161796 (B2A, B2B, B3A) ⇒ cycle#86 OD1391 HD 161796 (B2A, B2B, B3A) ⇒ cycle#87 OD1401 HD 161796 (B2A, B2B, B3A) ⇒ cycle#88 OD1412 HD 161796 (B2A, B2B, B3A) ⇒ cycle#89 OD1422 HD 161796 (B2A, B2B, B3A) ⇒ cycle#89 OD1432 HD 161796 (B2A, B2B, B3A) ⇒ cycle#90 OD1442 HD 161796 (B2A, B2B, B3A) 4.3.8A S6.9 ⇒ cycle#24 OD0523 1 Ceres ⇒ cycle#31 OD0610 Callisto 4.3.8B S6.9 ⇒ cycle#29 OD0590 Uranus 4.3.8C S6.9 ⇒ cycle#73 OD1198 1 Ceres 4.3.10A S10.13 ⇒ cycle#26 OD0547 Neptune (key wvl. 75 µm) ⇒ cycle#38 OD0717 Neptune (key wvl. 55 µm, unchopped!) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 357

Table 126: continued. ⇒ cycle#38 OD0717 Neptune (key wvl. 68 µm / B2A) ⇒ cycle#38 OD0717 Neptune (key wvl. 68 µm / B3A) ⇒ cycle#38 OD0717 Neptune (key wvl. 73 µm) ⇒ cycle#38 OD0717 Neptune (key wvl. 84 µm) ⇒ cycle#38 OD0717 Neptune (key wvl. 94 µm) ⇒ cycle#41 OD0751 Neptune (key wvl. 55 µm) 4.3.10B S10.13 ⇒ cycle#50 OD0884 Mars (key wvl. 60, 75, 120, 150, 180 µm) 4.3.10C S10.13 ⇒ cycle#81 OD1311 Neptune (key wvl. 55, 62, 68/B2A, 68/B2B µm) ⇒ cycle#81 OD1312 Neptune (key wvl. 73, 75, 84, 94 µm) 4.3.10D S10.13 ⇒ cycle#87 OD1397 R Dor (key wvl. 69/B2A, 89/B2B µm, offset spaxels 15&20! (not 4&9)) ⇒ cycle#88 OD1412 R Dor (key wvl. 69/B2A, 89/B2B µm, offset spaxels 4&9) 6.1.1A S10.12 ⇒ cycle#5 OD0245 2 Pallas (B2A, B2B, B3A) ⇒ cycle#8 OD0286 1 Ceres (B2A, B2B, B3A) ⇒ cycle#12 OD0348 4 Vesta (B2A, B2B, B3A) ⇒ cycle#14 OD0373 Neptune (B2A, B2B, B3A) ⇒ cycle#20 OD0460 2 Pallas (B2A, B2B, B3A) ⇒ cycle#22 OD0485 1 Ceres (B2A, B2B, B3A) ⇒ cycle#24 OD0523 1 Ceres (ID 438A) ⇒ cycle#26 OD0547 Neptune (B2A, B2B, B3A) ⇒ cycle#28 OD0579 6 Hebe, Uranus (B2A, B2B, B3A) ⇒ cycle#29 OD0593 3 Juno (B2A, B2B, B3A) ⇒ cycle#31 OD0610 Callisto (ID 438A) ⇒ cycle#31 OD0613 52 Europa (B2A, B2B, B3A) ⇒ cycle#33 OD0649 10 Hygiea (B2A, B2B, B3A) ⇒ cycle#36 OD0686 4 Vesta (B2A, B2B, B3A) ⇒ cycle#38 OD0720 2 Pallas (B2A, B2B, B3A) ⇒ cycle#40 OD0739 Neptune (B2A, B2B, B3A) ⇒ cycle#43 OD0782 1 Ceres (B2A, B2B, B3A) ⇒ cycle#43 OD0789 Uranus (B2A, B2B, B3A) ⇒ cycle#45 OD0810 10 Hygiea (B2A, B2B, B3A) ⇒ cycle#51 OD0889 2 Pallas (B2A, B2B, B3A) ⇒ cycle#51 OD0900 4 Vesta (B2A, B2B, B3A) ⇒ cycle#53 OD0919 Neptune (B2A, B2B, B3A) ⇒ cycle#55 OD0947 1 Ceres (B2A, B2B, B3A) ⇒ cycle#55 OD0957 Uranus (B2A, B2B, B3A) ⇒ cycle#59 OD1002 3 Juno (B2A, B2B, B3A) ⇒ cycle#59 OD1007 52 Europa (B2A, B2B, B3A) ⇒ cycle#64 OD1083 10 Hygiea (B2A, B2B, B3A) ⇒ cycle#67 OD1097 Neptune (only red channel) ⇒ cycle#66 OD1103 6 Hebe (B2A, B2B, B3A) ⇒ cycle#65 OD1118 Neptune (recovery OD1097) ⇒ cycle#67 OD1121 Uranus (B2A, B2B, B3A) ⇒ cycle#68 OD1139 2 Pallas (B2A, B2B, B3A) ⇒ cycle#72 OD1184 3 Juno (B2A, B2B, B3A) ⇒ cycle#73 OD1202 4 Vesta (B2A, B2B, B3A) ⇒ cycle#74 OD1216 52 Europa ⇒ cycle#75 OD1237 1 Ceres (B2A, B2B, B3A) ⇒ cycle#78 OD1275 10 Hygiea (B2A, B2B, B3A) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 358

Table 126: continued. ⇒ cycle#79 OD1287 Neptune (B2A, B2B, B3A) ⇒ cycle#80 OD1295 2 Pallas (B2A, B2B, B3A) ⇒ cycle#81 OD1310 Uranus (B2A, B2B, B3A) ⇒ cycle#84 OD1351 6 Hebe (B2A, B2B, B3A) ⇒ cycle#85 OD1377 4 Vesta (B2A, B2B, B3A) ⇒ cycle#88 OD1420 1 Ceres (B2A, B2B, B3A) ⇒ cycle#89 OD1428 3 Juno (B2A, B2B, B3A) ⇒ cycle#90 OD1442 52 Europa ⇒ cycle#90 OD1445 Neptune (B2A, B2B, B3A) 6.1.1B S10.12 ⇒ cycle#24 OD0523 1 Ceres (B2A, B2B, B3A) ⇒ cycle#29 OD0590 Uranus (ID 438B ⇒ cycle#36 OD0686 4 Vesta (B2A, B2B, B3A) ⇒ cycle#40 OD0739 Neptune (B2A, B2B, B3A) ⇒ cycle#43 OD0789 Uranus (B2A, B2B, B3A) ⇒ cycle#53 OD0919 Neptune (B2A, B2B, B3A) ⇒ cycle#55 OD0947 1 Ceres (B2A, B2B, B3A) ⇒ cycle#55 OD0957 Uranus (B2A, B2B, B3A) ⇒ cycle#65 OD1097 Neptune (only red channel) ⇒ cycle#67 OD1097 Neptune (recovery OD1097) ⇒ cycle#67 OD1121 Uranus (B2A, B2B, B3A) ⇒ cycle#73 OD1202 4 Vesta (B2A, B2B, B3A) ⇒ cycle#75 OD1237 1 Ceres (B2A, B2B, B3A) ⇒ cycle#79 OD1287 Neptune (B2A, B2B, B3A) ⇒ cycle#81 OD1310 Uranus (B2A, B2B, B3A) ⇒ cycle#88 OD1420 1 Ceres (B2A, B2B, B3A) 6.2.2A S10.15 ⇒ cycle#31 OD0617 NGC 7027 (172 – 220 µm) ⇒ cycle#32 OD0633 AFGL 4106 (172 – 220 µm) ⇒ cycle#34 OD0664 CRL 618 (172 – 220 µm) ⇒ cycle#37 OD0697 AFGL 2688 (172 – 220 µm) 6.2.2B S10.15 ⇒ cycle#31 OD0617 NGC 7027 (195 – 210 µm) ⇒ cycle#32 OD0633 AFGL 4106 (195 – 210 µm) ⇒ cycle#34 OD0664 CRL 618 (195 – 210 µm) ⇒ cycle#37 OD0697 AFGL 2688 (195 – 210 µm) 6.2.2C S10.15 ⇒ cycle#51 OD0894 IRC+10216 (156 – 219 µm) ⇒ cycle#51 OD0900 AFGL 2688 (156 – 219 µm) ⇒ cycle#52 OD0906 NGC 7027 (156 – 219 µm) ⇒ cycle#52 OD0912 VY CMa (156 – 219 µm) ⇒ cycle#59 OD1003 IK Tau (156 – 219 µm) ⇒ cycle#62 OD1046 CRL 618 (156 – 219 µm) ⇒ cycle#52 OD1068 NGC 7027 (156 – 219 µm) ⇒ cycle#64 OD1076 AFGL 2688 (156 – 219 µm) ⇒ cycle#67 OD1113 IRC+10216 (156 – 219 µm) ⇒ cycle#72 OD1188 CRL 618 (156 – 219 µm) ⇒ cycle#74 OD1220 CRL 618 (156 – 219 µm) ⇒ cycle#79 OD1287 IRC+10216 (156 – 219 µm) ⇒ cycle#81 OD1317 NGC 7027 (156 – 219 µm) 6.2.2D S10.15 ⇒ cycle#51 OD0894 IRC+10216 (CII, CO(16–15) lines) ⇒ cycle#51 OD0900 AFGL 2688 (CII, CO(16–15) lines) Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 359

Table 126: continued. ⇒ cycle#52 OD0906 NGC 7027 (CII, CO(16–15) lines) ⇒ cycle#52 OD0912 VY CMa (CII, CO(16–15) lines) ⇒ cycle#53 OD0922 R Dor (CII, CO(16–15) lines) ⇒ cycle#59 OD1007 o Cet (CII, CO(16–15) lines) ⇒ cycle#60 OD1018 NGC 6302 (CII, CO(16–15) lines) ⇒ cycle#62 OD1046 CRL 618 (CII, CO(16–15) lines) ⇒ cycle#63 OD1068 NGC 7027 (CII, CO(16–15) lines) ⇒ cycle#64 OD1076 AFGL 2688 (CII, CO(16–15) lines) ⇒ cycle#67 OD1113 IRC+10216 (CII, CO(16–15) lines) ⇒ cycle#69 OD1143 o Cet (CII, CO(16–15) lines) ⇒ cycle#71 OD1172 R Dor (CII, CO(16–15) lines) ⇒ cycle#72 OD1188 CRL 618 (CII, CO(16–15) lines) ⇒ cycle#73 OD1202 NGC 6302 (CII, CO(16–15) lines) ⇒ cycle#74 OD1220 CRL 618 (CII, CO(16–15) lines) ⇒ cycle#75 OD1230 NGC 6302 (CII, CO(16–15) lines) ⇒ cycle#76 OD1246 NGC 6302 (CII, CO(16–15) lines, on continuum peak) ⇒ cycle#77 OD1258 R Dor (CII, CO(16–15) lines) ⇒ cycle#79 OD1287 IRC+10216 (CII, CO(16–15) lines) ⇒ cycle#80 OD1300 AFGL 2688 (CII, CO(16–15) lines) ⇒ cycle#81 OD1317 NGC 7027 (CII, CO(16–15) lines) ⇒ cycle#84 OD1356 o Cet (CII, CO(16–15) lines) 7.2.1A S7.3 ⇒ cycle#2 OD0222 Dark field ⇒ cycle#16 OD0408 Dark field ⇒ cycle#29 OD0590 Dark field ⇒ cycle#42 OD0774 Dark field ⇒ cycle#55 OD0950 Dark field ⇒ cycle#68 OD1140 Dark field ⇒ cycle#82 OD1329 Dark field RPSpecAOTVal 5.2.1A S10.14 ⇒ cycle#4 OD0235 NGC 7469 5.2.1B S10.14 ⇒ cycle#7 OD0262 IRAS 15206+3342 (OI, CII lines) OH 1278+00 (ranges A and B) 5.2.1C S10.14 ⇒ cycle#85 OD1368 HIP 56379 (HD 100546) 5.2.2A S10.14 ⇒ cycle#9 OD0304 GC (NIII, OIII, H1211, H1312, H1413, H1514 lines) 5.2.2B S10.14 ⇒ cycle#9 OD0304 GC (NIII, OIII, H1211, H1312, H1413, H1514 lines) ⇒ cycle#12 OD0348 He 2-10-1 (OI, OIII lines) 5.2.3A S10.14 ⇒ cycle#56 OD0959 NGC 4151 ⇒ cycle#57 OD0979 NGC 1068 5.2.3B S10.14 ⇒ cycle#83 OD1342 NGC 1068 5.2.3C S10.14 ⇒ cycle#85 OD1368 HIP 56379 (HD 100546) 5.2.5A S10.14 ⇒ cycle#15 OD0388 NGC 4449 ⇒ cycle#17 OD0422 NGC 4449 ⇒ cycle#18 OD0440 NGC 5253 5.2.5B S10.14 ⇒ cycle#35 OD0665 NGC 6469 5.2.5C S10.14 ⇒ cycle#35 OD0665 NGC 6469 5.2.5D S10.14 ⇒ cycle#35 OD0665 NGC 6543 5.2.6A S10.14 ⇒ cycle#15 OD0389 Neptune, CB 230 5.2.6B S10.14 ⇒ cycle#15 OD0389 Neptune, CB 230 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 360

Table 126: continued. ⇒ cycle#20 OD0457 HOPS 32 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 361

13.2 Routine Phase Timeline

This section contains a tabular overview of all PACS calibration AORs provided to HSC and scheduled per Routine Phase Cycle.

13.2.1 Cycle#1 (ODs 203-208) Table 127: PACS Routine Phase calibration AORs in cycle#1. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecWave 425A nStdRS rasterorderA Jupiter 0001 23538 208 2009-12-08T13:08:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 362

13.2.2 Cycle#2 (ODs 211-220) Table 128: PACS Routine Phase calibration AORs in cycle#2. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0001 636 211 2009-12-10T19:41:37Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0001 634 211 2009-12-10T19:54:20Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0001 632 211 2009-12-10T20:06:59Z RPSpecWave 425A nStdRS rasterorderB Jupiter 0001 15257 211 2009-12-11T12:18:25Z RPPhotFlux 321D sPS 063 pcal grn Neptune 0001 315 212 2009-12-12T14:14:02Z RPPhotFlux 321D sPS 117 pcal grn Neptune 0001 315 212 2009-12-12T14:20:20Z RPPhotFlux 321C cPS photcal grn Neptune 0001 171 212 2009-12-12T14:26:38Z RPPhotFlux 321D sPS 063 pcal blu Neptune 0001 315 212 2009-12-12T14:30:32Z RPPhotFlux 321D sPS 117 pcal blu Neptune 0001 315 212 2009-12-12T14:36:50Z RPPhotFlux 321C cPS photcal blu Neptune 0001 171 212 2009-12-12T14:43:08Z RPPhotFlux 323A cPS lo1000Jy blu Uranus 0001 171 212 2009-12-12T14:52:15Z RPPhotFlux 323A cPS lo1000Jy grn Uranus 0001 171 212 2009-12-12T14:56:09Z RPPhotFlux 321C cPS photcal grn betPeg 0001 161 212 2009-12-12T15:05:50Z RPPhotFlux 321D sPS 063 pcal grn betPeg 0001 305 212 2009-12-12T15:09:34Z RPPhotFlux 321D sPS 117 pcal grn betPeg 0001 305 212 2009-12-12T15:15:42Z RPPhotFlux 321D sPS 063 pcal blu betPeg 0001 305 212 2009-12-12T15:21:50Z RPPhotFlux 321D sPS 117 pcal blu betPeg 0001 305 212 2009-12-12T15:27:58Z RPPhotFlux 321A cPS repro blu gamDra 0001 161 213 2009-12-12T19:42:21Z RPPhotFlux 321B sPS 063 repro blu gamDra 0001 305 213 2009-12-12T19:46:05Z RPPhotFlux 321B sPS 117 repro blu gamDra 0001 305 213 2009-12-12T19:52:13Z RPPhotFlux 321C cPS photcal blu betPeg 0001 161 213 2009-12-13T05:24:14Z RPPhotFlux 321C cPS photcal blu alfBoo 0001 161 220 2009-12-19T20:42:50Z RPPhotFlux 321C cPS photcal grn alfBoo 0001 161 220 2009-12-19T20:46:34Z RPPhotFlux 321D sPS 063 pcal blu alfBoo 0001 305 220 2009-12-19T20:50:18Z RPPhotFlux 321D sPS 117 pcal blu alfBoo 0001 305 220 2009-12-19T20:56:26Z RPPhotFlux 321D sPS 063 pcal grn alfBoo 0001 305 220 2009-12-19T21:02:34Z RPPhotFlux 321D sPS 117 pcal grn alfBoo 0001 305 220 2009-12-19T21:08:42Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 363

13.2.3 Cycle#3 (ODs 221-230) Table 129: PACS Routine Phase calibration AORs in cycle#3. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 2Jy grn Lutetia 0001 171 221 2009-12-21T01:43:41Z RPPhotFlux 324A cPS 500mJy red Lutetia 0001 171 221 2009-12-21T01:47:26Z RPPhotFlux 324B sPS 063 2Jy grn Lutetia 0001 315 221 2009-12-21T01:51:11Z RPPhotFlux 324B sPS 117 2Jy grn Lutetia 0001 315 221 2009-12-21T01:56:28Z RPPhotFlux 324B sPS 063 500mJy red Lutetia 0001 315 221 2009-12-21T02:01:45Z RPPhotFlux 324B sPS 117 500mJy red Lutetia 0001 315 221 2009-12-21T02:07:02Z RPPhotFlux 324A cPS 10Jy blu Massalia 0001 171 221 2009-12-21T04:47:32Z RPPhotFlux 324A cPS 2Jy red Massalia 0001 171 221 2009-12-21T04:51:17Z RPPhotFlux 324B sPS 063 10Jy blu Massalia 0001 315 221 2009-12-21T04:55:02Z RPPhotFlux 324B sPS 117 10Jy blu Massalia 0001 315 221 2009-12-21T05:00:19Z RPPhotFlux 324B sPS 063 2Jy red Massalia 0001 315 221 2009-12-21T05:05:36Z RPPhotFlux 324B sPS 117 2Jy red Massalia 0001 315 221 2009-12-21T05:10:53Z RPPhotFlux 324A cPS 10Jy blu Cybele 0001 171 221 2009-12-21T05:18:34Z RPPhotFlux 324A cPS 2Jy red Cybele 0001 171 221 2009-12-21T05:22:19Z RPPhotFlux 324B sPS 063 10Jy blu Cybele 0001 315 221 2009-12-21T05:26:04Z RPPhotFlux 324B sPS 117 10Jy blu Cybele 0001 315 221 2009-12-21T05:31:21Z RPPhotFlux 324B sPS 063 2Jy red Cybele 0001 315 221 2009-12-21T05:36:38Z RPPhotFlux 324B sPS 117 2Jy red Cybele 0001 315 221 2009-12-21T05:41:55Z RPPhotFlux 324A cPS 50Jy blu Juno 0001 171 221 2009-12-21T05:49:57Z RPPhotFlux 324A cPS 10Jy red Juno 0001 171 221 2009-12-21T05:53:42Z RPPhotFlux 324B sPS 063 50Jy blu Juno 0001 315 221 2009-12-21T05:57:27Z RPPhotFlux 324B sPS 117 50Jy blu Juno 0001 315 221 2009-12-21T06:02:44Z RPPhotFlux 324B sPS 063 10Jy red Juno 0001 315 221 2009-12-21T06:08:01Z RPPhotFlux 324B sPS 117 10Jy red Juno 0001 315 221 2009-12-21T06:13:18Z RPSpecFlux 721A StdSED sedb2a l DarkField 0001 1108 222 2009-12-22T04:40:40Z RPSpecFlux 721A StdSED sedb2b l DarkField 0001 2186 222 2009-12-22T05:01:03Z RPSpecFlux 721A StdSED sedb3a l DarkField 0001 2730 222 2009-12-22T05:39:25Z RPSpecFlux 721A StdSED sedb2a m DarkField 0001 1103 222 2009-12-22T06:26:53Z RPSpecFlux 721A StdSED sedb2b m DarkField 0001 2181 222 2009-12-22T06:47:12Z RPSpecFlux 721A StdSED sedb3a m DarkField 0001 2725 222 2009-12-22T07:25:30Z RPSpecFlux 721A StdSED sedb2a s DarkField 0001 1095 222 2009-12-22T08:12:54Z RPSpecFlux 721A StdSED sedb2b s DarkField 0001 2173 222 2009-12-22T08:33:08Z RPSpecFlux 721A StdSED sedb3a s DarkField 0001 2717 222 2009-12-22T09:11:21Z RPSpecWave 421B nStdRS nochoporderA Saturn 0001 7827 222 2009-12-22T14:12:42Z RPSpecWave 421B nStdRS nochoporderB Saturn 0001 7827 225 2009-12-25T14:23:23Z RPPhotFlux 328A StdScan FlatField red Arp220 0001 1995 230 2009-12-30T03:06:04Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 364

13.2.4 Cycle#4 (ODs 231-240) Table 130: PACS Routine Phase calibration AORs in cycle#4. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 063 20mJy grn HD159330 0001 2485 233 2010-01-01T21:00:48Z RPPhotFlux 324B sPS 117 20mJy grn HD159330 0001 2485 233 2010-01-01T21:43:16Z RPPhotFlux 324B sPS 063 100mJy blu HD138265 0001 5224 233 2010-01-01T22:28:20Z RPPhotFlux 324B sPS 117 100mJy blu HD138265 0001 5224 233 2010-01-01T23:56:27Z RPSpecWave 421A StdLS NGC6543 A 0001 1625 235 2010-01-04T15:04:22Z RPSpecWave 421A StdLS NGC6543 B 0001 1568 235 2010-01-04T15:33:36Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0002 627 235 2010-01-04T16:03:30Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0002 625 235 2010-01-04T16:16:04Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0002 623 235 2010-01-04T16:28:34Z RPSpecAOTVal 521A StdLS OIII88 NGC7469 0001 853 235 2010-01-04T16:51:45Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 365

13.2.5 Cycle#5 (ODs 241-250) Table 131: PACS Routine Phase calibration AORs in cycle#5. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 063 20mJy blu HD15008 0001 2236 241 2010-01-09T21:14:35Z RPPhotFlux 324B sPS 117 20mJy blu HD15008 0001 2236 241 2010-01-09T21:52:54Z RPPhotFlux 321B sPS 117 repro blu gamDra 0002 244 244 2010-01-12T21:21:22Z RPPhotFlux 321A cPS repro blu gamDra 0002 152 244 2010-01-12T21:26:29Z RPPhotFlux 321B sPS 063 repro blu gamDra 0002 244 244 2010-01-12T21:30:04Z RPPhotFlux 324A cPS 500mJy blu delDra 0001 596 244 2010-01-12T21:38:11Z RPPhotFlux 324B sPS 063 500mJy blu delDra 0001 244 244 2010-01-12T21:49:10Z RPPhotFlux 324B sPS 117 500mJy blu delDra 0001 244 244 2010-01-12T21:54:17Z RPPhotFlux 324A cPS 10Jy blu Aglaja 0001 162 245 2010-01-14T06:45:31Z RPPhotFlux 324A cPS 2Jy grn Aglaja 0001 162 245 2010-01-14T06:49:16Z RPPhotFlux 324B sPS 063 10Jy blu Aglaja 0001 254 245 2010-01-14T06:53:01Z RPPhotFlux 324B sPS 117 10Jy blu Aglaja 0001 254 245 2010-01-14T06:58:18Z RPPhotFlux 324B sPS 063 2Jy grn Aglaja 0001 254 245 2010-01-14T07:03:35Z RPPhotFlux 324B sPS 117 2Jy grn Aglaja 0001 254 245 2010-01-14T07:08:52Z RPPhotFlux 324A cPS 200Jy blu Pallas 0001 162 245 2010-01-14T07:36:48Z RPPhotFlux 324A cPS 50Jy red Pallas 0001 162 245 2010-01-14T07:40:33Z RPPhotFlux 324B sPS 063 200Jy blu Pallas 0001 254 245 2010-01-14T07:44:18Z RPPhotFlux 324B sPS 117 200Jy blu Pallas 0001 254 245 2010-01-14T07:49:35Z RPPhotFlux 324B sPS 063 50Jy red Pallas 0001 254 245 2010-01-14T07:54:52Z RPPhotFlux 324B sPS 117 50Jy red Pallas 0001 254 245 2010-01-14T08:00:09Z RPSpecFlux 611A StdSED sedb2a Pallas 0001 1096 245 2010-01-14T08:58:15Z RPSpecFlux 611A StdSED sedb2b Pallas 0001 2174 245 2010-01-14T09:18:39Z RPSpecFlux 611A StdSED sedb3a Pallas 0001 2718 245 2010-01-14T09:57:02Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0003 627 245 2010-01-14T10:52:39Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0003 625 245 2010-01-14T11:05:13Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0003 623 245 2010-01-14T11:17:43Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 366

13.2.6 Cycle#7 (ODs 258-273) Table 132: PACS Routine Phase calibration AORs in cycle#7. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP1901 152 258 2010-01-27T15:34:45Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP116705 152 258 2010-01-27T15:40:58Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP112545 152 258 2010-01-27T15:46:05Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP106642 152 258 2010-01-27T15:52:10Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP102082 152 258 2010-01-27T15:57:38Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP95902 152 258 2010-01-27T16:03:28Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP92862 152 258 2010-01-27T16:08:25Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP87833 152 258 2010-01-27T16:14:08Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP94162 152 258 2010-01-27T16:20:32Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP100605 152 258 2010-01-27T16:26:02Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP9582 152 258 2010-01-27T16:35:04Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 PPM45199 152 258 2010-01-27T16:40:34Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP10687 152 258 2010-01-27T16:44:45Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP13654 152 258 2010-01-27T16:52:34Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP13092 152 258 2010-01-27T16:56:26Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP14135 152 258 2010-01-27T17:02:21Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP16647 152 258 2010-01-27T17:09:23Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP15474 152 258 2010-01-27T17:14:15Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HD24607 152 258 2010-01-27T17:21:42Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP17889 152 258 2010-01-27T17:26:31Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HD22868 152 258 2010-01-27T17:30:51Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP14930 152 258 2010-01-27T17:35:14Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP17678 152 258 2010-01-27T17:41:40Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP19424 152 258 2010-01-27T17:46:45Z RPPhotFPG 261A StdPS blu SAA-20+30 OD258 HIP110428 152 258 2010-01-27T17:52:04Z RPPhotFlux 321C cPS photcal blu alfCet 0001 152 259 2010-01-28T17:33:19Z RPPhotFlux 321D sPS 063 pcal blu alfCet 0001 244 259 2010-01-28T17:36:54Z RPPhotFlux 321D sPS 117 pcal blu alfCet 0001 244 259 2010-01-28T17:42:01Z RPPhotFlux 321C cPS photcal grn alfCet 0001 152 259 2010-01-28T17:47:08Z RPPhotFlux 321D sPS 063 pcal grn alfCet 0001 244 259 2010-01-28T17:50:43Z RPPhotFlux 321D sPS 117 pcal grn alfCet 0001 244 259 2010-01-28T17:55:50Z RPSpecAOTVal 521B nStdRS OICII IRAS15206+3342 0001 4750 262 2010-01-31T06:39:19Z RPSpecAOTVal 521B StdRS OICII IRAS15206+3342 0001 4750 262 2010-01-31T08:00:38Z RPSpecAOTVal 521B nStdRS OICII IRAS15206+3342 0002 4750 262 2010-01-31T09:21:57Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0004 627 262 2010-01-31T10:46:51Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0004 625 262 2010-01-31T10:59:25Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0004 623 262 2010-01-31T11:11:55Z RPSpecAotVal 521B StdSEDChop A OH1278+00 0001 1086 262 2010-01-31T11:31:41Z RPSpecAotVal 521B nStdSEDChop A OH1278+00 0001 1086 262 2010-01-31T11:51:58Z RPSpecAotVal 521B nStdSEDChop A OH1278+00 0002 1086 262 2010-01-31T12:12:15Z RPSpecAotVal 521B StdSEDChop B OH1278+00 0001 2666 262 2010-01-31T12:32:29Z RPSpecAotVal 521B nStdSEDChop B OH1278+00 0001 2666 262 2010-01-31T13:19:06Z RPSpecAotVal 521B nStdSEDChop B OH1278+00 0002 2666 262 2010-01-31T14:05:40Z RPParAOTVal 515B StdPacsNom blu fast alfBoo 0001 1823 268 2010-02-06T00:11:40Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 367

Table 132: continued. Calibration AOR duration (s) OD absolute start time RPParAOTVal 515B StdPacsOrt blu fast alfBoo 0001 1823 268 2010-02-06T00:11:40Z RPParAOTVal 515B StdPacsNom grn fast alfBoo 0001 1823 268 2010-02-06T00:43:06Z RPParAOTVal 515B StdPacsOrt grn fast alfBoo 0001 1823 268 2010-02-06T01:14:32Z RPParAOTVal 515A StdNom blu slow alfBoo 0001 3760 269 2010-02-06T22:01:22Z RPParAOTVal 515A StdOrt blu slow alfBoo 0001 3760 269 2010-02-06T23:05:12Z RPParAOTVal 515A StdNom blu fast alfBoo 0001 1909 269 2010-02-07T00:09:02Z RPParAOTVal 515A StdOrt blu fast alfBoo 0001 1909 269 2010-02-07T00:42:01Z RPParAOTVal 515A StdNom grn slow alfBoo 0001 3760 269 2010-02-07T01:15:00Z RPParAOTVal 515A StdOrt grn slow alfBoo 0001 3760 269 2010-02-07T02:18:50Z RPParAOTVal 515A StdNom grn fast alfBoo 0001 1909 269 2010-02-07T03:22:40Z RPParAOTVal 515A StdOrt grn fast alfBoo 0001 1909 269 2010-02-07T03:55:39Z RPParAOTVal 515A StdNom blu fast gamDra 0001 1909 269 2010-02-07T04:36:25Z RPParAOTVal 515A StdOrt blu fast gamDra 0001 1909 269 2010-02-07T05:09:24Z RPParAOTVal 515A StdNom blu slow gamDra 0001 3760 269 2010-02-07T05:42:23Z RPParAOTVal 515A StdOrt blu slow gamDra 0001 3760 269 2010-02-07T06:46:13Z RPParAOTVal 515A StdNom grn fast gamDra 0001 1909 269 2010-02-07T07:50:03Z RPParAOTVal 515A StdOrt grn fast gamDra 0001 1909 269 2010-02-07T08:23:02Z RPParAOTVal 515A StdNom grn slow gamDra 0001 3760 269 2010-02-07T08:56:01Z RPParAOTVal 515A StdOrt grn slow gamDra 0001 3760 269 2010-02-07T09:59:51Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 368

13.2.7 Cycle#8 (ODs 274-290) Table 133: PACS Routine Phase calibration AORs in cycle#8. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP11582 152 274 2010-02-12T00:08:46Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HD24607 152 274 2010-02-12T00:16:26Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HD48505 152 274 2010-02-12T00:24:17Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP46806 152 274 2010-02-12T00:31:47Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP55355 152 274 2010-02-12T00:37:27Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP61084 152 274 2010-02-12T00:43:05Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP66666 152 274 2010-02-12T00:48:49Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP76377 152 274 2010-02-12T00:55:23Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP75177 152 274 2010-02-12T01:01:15Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP82912 152 274 2010-02-12T01:08:06Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP84780 152 274 2010-02-12T01:17:07Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP84346 152 274 2010-02-12T01:22:26Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP79349 152 274 2010-02-12T01:29:08Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP79233 152 274 2010-02-12T01:32:54Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP80259 152 274 2010-02-12T01:37:44Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP84027 152 274 2010-02-12T01:43:13Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i KTHer 152 274 2010-02-12T01:48:07Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HD168829 152 274 2010-02-12T01:53:34Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP90883 152 274 2010-02-12T01:58:23Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP91373 152 274 2010-02-12T02:02:34Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP95902 152 274 2010-02-12T02:08:17Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP94438 152 274 2010-02-12T02:12:28Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP88832 152 274 2010-02-12T02:18:16Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP84004 152 274 2010-02-12T02:23:47Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP80704 152 274 2010-02-12T02:28:52Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP78574 152 274 2010-02-12T02:33:49Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP77619 152 274 2010-02-12T02:37:49Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP77501 152 274 2010-02-12T02:43:03Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP78235 152 274 2010-02-12T02:47:26Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP75143 152 274 2010-02-12T02:52:40Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP76573 152 274 2010-02-12T02:57:44Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni WXSer 152 274 2010-02-12T03:02:25Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP77450 152 274 2010-02-12T03:07:02Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP77615 152 274 2010-02-12T03:11:12Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP76423 152 274 2010-02-12T03:15:28Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP72208 152 274 2010-02-12T03:21:08Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i WWSer 152 274 2010-02-12T03:27:22Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP79593 152 274 2010-02-12T03:33:07Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP75393 152 274 2010-02-12T03:40:16Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP70969 152 274 2010-02-12T03:46:11Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP69346 152 274 2010-02-12T03:50:39Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HD121714 152 274 2010-02-12T03:54:59Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP67457 152 274 2010-02-12T03:59:21Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP64778 152 274 2010-02-12T04:05:03Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 369

Table 133: continued. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP61404 152 274 2010-02-12T04:12:21Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP18744 152 274 2010-02-12T04:22:35Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HD22868 152 274 2010-02-12T04:27:36Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP24126 152 274 2010-02-12T04:33:47Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HD33893 152 274 2010-02-12T04:37:56Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP27286 152 274 2010-02-12T04:44:05Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP23203 152 274 2010-02-12T04:50:58Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni PPM700186 152 274 2010-02-12T04:57:16Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP9306 152 274 2010-02-12T05:10:04Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP4008 152 274 2010-02-12T05:15:42Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP117763 152 274 2010-02-12T05:20:39Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP3179 152 274 2010-02-12T05:25:42Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP1834 152 274 2010-02-12T05:29:44Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HD224126 152 274 2010-02-12T05:34:52Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP117591 152 274 2010-02-12T05:38:32Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP116705 152 274 2010-02-12T05:43:11Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP114507 152 274 2010-02-12T05:47:40Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP112545 152 274 2010-02-12T05:52:08Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP108317 152 274 2010-02-12T05:57:38Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP104719 152 274 2010-02-12T06:02:28Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP102082 152 274 2010-02-12T06:08:16Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP98424 152 274 2010-02-12T06:13:21Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP95413 152 274 2010-02-12T06:18:09Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP87816 152 274 2010-02-12T06:24:14Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP81835 152 274 2010-02-12T06:29:41Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP79804 152 274 2010-02-12T06:34:27Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP83866 152 274 2010-02-12T06:39:28Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP80802 152 274 2010-02-12T06:44:40Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP73199 152 274 2010-02-12T06:50:06Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP72607 152 274 2010-02-12T06:55:17Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP75847 152 274 2010-02-12T06:59:54Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP36547 152 274 2010-02-12T07:06:16Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP17881 152 274 2010-02-12T07:11:24Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP21046 152 274 2010-02-12T07:18:43Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i PPM45199 152 274 2010-02-12T07:25:41Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP12557 152 274 2010-02-12T07:31:14Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP13654 152 274 2010-02-12T07:37:31Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP16647 152 274 2010-02-12T07:46:30Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP17889 152 274 2010-02-12T07:55:32Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP14930 152 274 2010-02-12T08:00:33Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP17678 152 274 2010-02-12T08:07:00Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HD11290 152 274 2010-02-12T08:12:14Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP110428 152 274 2010-02-12T08:17:20Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP82273 152 274 2010-02-12T08:24:24Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP85258 152 274 2010-02-12T08:30:28Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HD160540 152 274 2010-02-12T08:35:06Z pointing erroneously on HD 160504, likely non-detection RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP11455 152 274 2010-02-12T08:46:05Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 370

Table 133: continued. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HD17685 152 274 2010-02-12T08:51:38Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HD17271 152 274 2010-02-12T08:56:14Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP13384 152 274 2010-02-12T09:06:55Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP14135 152 274 2010-02-12T09:12:41Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP13092 152 274 2010-02-12T09:18:37Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP12193 152 274 2010-02-12T09:24:58Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP10687 152 274 2010-02-12T09:30:27Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 i HIP9234 152 274 2010-02-12T09:34:44Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP9171 152 274 2010-02-12T09:40:44Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP9884 152 274 2010-02-12T09:45:51Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni PPM117658 152 274 2010-02-12T09:50:42Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP8968 152 274 2010-02-12T09:54:52Z RPPhotFPG 261A cPS blu SAA-20+30 OD274 ni HIP13064 152 274 2010-02-12T10:03:35Z RPSpecFPG 411A stdLine IL CII Pt AATau 01 1600 276 2010-02-14T00:16:52Z RPSpecFPG 411A stdLine IL CII Pt IRAS13120-5453 01 1600 276 2010-02-14T01:04:27Z RPSpecFPG 411A stdLine IL CII Pt IRAS17208-0014 01 1600 276 2010-02-14T01:42:57Z RPSpecFPG 411B stdLine nIL CII Pt AATau 01 1600 276 2010-02-14T02:32:40Z RPSpecFPG 411B stdLine nIL CII Pt IRAS13120-5453 01 1600 276 2010-02-14T03:20:15Z RPSpecFPG 411B stdLine nIL CII Pt IRAS17208-0014 01 1600 276 2010-02-14T03:58:45Z RPSpecFPG 411A stdLine IL CII Pt AATau 02 1600 276 2010-02-14T04:48:28Z RPSpecFPG 411A stdLine IL CII Pt IRAS13120-5453 02 1600 276 2010-02-14T05:36:03Z RPSpecFPG 411A stdLine IL CII Pt IRAS17208-0014 02 1600 276 2010-02-14T06:14:33Z RPSpecFPG 411B stdLine nIL CII Pt AATau 02 1600 276 2010-02-14T07:04:16Z RPSpecFPG 411B stdLine nIL CII Pt IRAS13120-5453 02 1600 276 2010-02-14T07:51:51Z RPSpecFPG 411B stdLine nIL CII Pt IRAS17208-0014 02 1600 276 2010-02-14T08:30:21Z RPSpecFPG 411A stdLine IL OI Pt AATau 01 1768 276 2010-02-14T09:20:04Z RPSpecFPG 411A stdLine IL OI Pt IRAS13120-5453 01 1769 276 2010-02-14T10:10:27Z RPSpecFPG 411A stdLine IL OI Pt IRAS17208-0014 01 1769 276 2010-02-14T10:51:46Z RPSpecFPG 411B stdLine nIL OI Pt AATau 01 1768 276 2010-02-14T11:44:18Z RPSpecFPG 411B stdLine nIL OI Pt IRAS13120-5453 01 1769 276 2010-02-14T12:34:41Z RPSpecFPG 411B stdLine nIL OI Pt IRAS17208-0014 01 1769 276 2010-02-14T13:16:00Z RPSpecFPG 411A stdLine IL OI Pt AATau 02 1768 276 2010-02-14T14:08:32Z RPSpecFPG 411A stdLine IL OI Pt IRAS13120-5453 02 1769 276 2010-02-14T14:58:55Z RPSpecFPG 411A stdLine IL OI Pt IRAS17208-0014 02 1769 276 2010-02-14T15:40:14Z RPSpecFPG 411B stdLine nIL OI Pt AATau 02 1768 276 2010-02-14T16:32:46Z RPSpecFPG 411B stdLine nIL OI Pt IRAS13120-5453 02 1769 276 2010-02-14T17:23:08Z RPSpecFPG 411B stdLine nIL OI Pt IRAS17208-0014 02 1769 276 2010-02-14T18:04:27Z RPPhotFlux 324A cPS 10Jy grn alfTau 0001 152 284 2010-02-22T08:48:42Z RPPhotFlux 324B sPS 070 10Jy grn alfTau 0001 266 284 2010-02-22T08:52:17Z RPPhotFlux 324B sPS 110 10Jy grn alfTau 0001 266 284 2010-02-22T08:57:46Z RPPhotFlux 324A cPS 20Jy blu alfTau 0001 152 284 2010-02-22T09:03:15Z RPPhotFlux 324B sPS 070 20Jy blu alfTau 0001 266 284 2010-02-22T09:06:50Z RPPhotFlux 324B sPS 110 20Jy blu alfTau 0001 266 284 2010-02-22T09:12:19Z RPPhotFlux 324A cPS 500mJy grn epsLep 0001 300 284 2010-02-22T13:37:03Z RPPhotFlux 324B sPS 070 500mJy grn epsLep 0001 266 284 2010-02-22T13:43:06Z RPPhotFlux 324B sPS 110 500mJy grn epsLep 0001 266 284 2010-02-22T13:48:35Z RPPhotFlux 324A cPS 100mJy grn HD41047 0001 1484 284 2010-02-22T13:56:50Z RPPhotFlux 324B sPS 070 100mJy grn HD41047 0001 810 284 2010-02-22T14:22:37Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 371

Table 133: continued. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 110 100mJy grn HD41047 0001 810 284 2010-02-22T14:37:10Z RPPhotFlux 324A cPS 10Jy blu Diotima 0001 162 285 2010-02-23T09:59:36Z RPPhotFlux 324B sPS 070 10Jy blu Diotima 0001 276 285 2010-02-23T10:03:21Z RPPhotFlux 324B sPS 110 10Jy blu Diotima 0001 276 285 2010-02-23T10:09:00Z RPPhotFlux 324A cPS 2Jy red Diotima 0001 162 285 2010-02-23T10:14:39Z RPPhotFlux 324B sPS 070 2Jy red Diotima 0001 276 285 2010-02-23T10:18:24Z RPPhotFlux 324B sPS 110 2Jy red Diotima 0001 276 285 2010-02-23T10:24:03Z RPPhotFlux 324A cPS 10Jy grn Europa 0001 162 286 2010-02-23T23:18:20Z RPPhotFlux 324B sPS 070 10Jy grn Europa 0001 276 286 2010-02-23T23:22:05Z RPPhotFlux 324B sPS 110 10Jy grn Europa 0001 276 286 2010-02-23T23:27:44Z RPPhotFlux 324A cPS 20Jy blu Europa 0001 162 286 2010-02-23T23:33:23Z RPPhotFlux 324B sPS 070 20Jy blu Europa 0001 276 286 2010-02-23T23:37:08Z RPPhotFlux 324B sPS 110 20Jy blu Europa 0001 276 286 2010-02-23T23:42:47Z RPPhotFlux 321A cPS repro blu gamDra 0003 152 286 2010-02-24T02:24:51Z RPPhotFlux 321B sPS 070 repro blu gamDra 0003 266 286 2010-02-24T02:28:26Z RPPhotFLux 321B sPS 110 repro blu gamDra 0003 266 286 2010-02-24T02:33:55Z RPPhotFlux 324A cPS 200Jy blu Ceres 0001 162 286 2010-02-24T03:44:29Z RPPhotFlux 324B sPS 070 200Jy blu Ceres 0001 276 286 2010-02-24T03:48:14Z RPPhotFlux 324B sPS 110 200Jy blu Ceres 0001 276 286 2010-02-24T03:53:53Z RPPhotFlux 324A cPS 200Jy grn Ceres 0001 162 286 2010-02-24T03:59:32Z RPPhotFlux 324B sPS 070 200Jy grn Ceres 0001 276 286 2010-02-24T04:03:17Z RPPhotFlux 324B sPS 110 200Jy grn Ceres 0001 276 286 2010-02-24T04:08:56Z RPSpecFlux 611A StdSED sedb2a Ceres 0001 1096 286 2010-02-24T05:07:24Z RPSpecFlux 611A StdSED sedb2b Ceres 0001 2174 286 2010-02-24T05:27:48Z RPSpecFlux 611A StdSED sedb3a Ceres 0001 2718 286 2010-02-24T06:06:11Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0005 627 286 2010-02-24T07:02:57Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0005 625 286 2010-02-24T07:15:31Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0005 623 286 2010-02-24T07:28:01Z RPSpecWave 421A StdLS NGC6543 A 0002 1625 286 2010-02-24T07:42:10Z RPSpecWave 421A StdLS NGC6543 B 0002 1568 286 2010-02-24T08:11:24Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0001 1879 286 2010-02-24T13:46:31Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0001 1373 286 2010-02-24T14:19:57Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 372

13.2.8 Cycle#9 (ODs 291-304) Table 134: PACS Routine Phase calibration AORs in cycle#9. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP84346 152 299 2010-03-09T09:02:05Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP79349 152 299 2010-03-09T09:08:47Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP79233 152 299 2010-03-09T09:12:34Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP80259 152 299 2010-03-09T09:17:26Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP78235 152 299 2010-03-09T09:22:26Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP77501 152 299 2010-03-09T09:26:51Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP80704 152 299 2010-03-09T09:31:54Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP84004 152 299 2010-03-09T09:36:58Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP81835 152 299 2010-03-09T09:43:02Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP82249 152 299 2010-03-09T09:47:12Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP100605 152 299 2010-03-09T09:54:48Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP108317 152 299 2010-03-09T10:00:43Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP104719 152 299 2010-03-09T10:05:36Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP102082 152 299 2010-03-09T10:11:29Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP98424 152 299 2010-03-09T10:16:32Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP95413 152 299 2010-03-09T10:21:18Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP95902 152 299 2010-03-09T10:25:45Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP94438 152 299 2010-03-09T10:29:55Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HD160540 152 299 2010-03-09T10:36:25Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP83866 152 299 2010-03-09T10:41:25Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP80802 152 299 2010-03-09T10:46:37Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP73199 152 299 2010-03-09T10:52:02Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP79804 152 299 2010-03-09T10:57:34Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP77619 152 299 2010-03-09T11:03:15Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP78574 152 299 2010-03-09T11:07:15Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP87833 152 299 2010-03-09T11:13:51Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP87850 152 299 2010-03-09T11:18:38Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP88832 152 299 2010-03-09T11:22:57Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP91373 152 299 2010-03-09T11:27:45Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i 2MASSJ1809 152 299 2010-03-09T11:32:47Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i KTHer 152 299 2010-03-09T11:37:54Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP84027 152 299 2010-03-09T11:42:47Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP87747 152 299 2010-03-09T11:48:10Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i 2MASSJ1811 152 299 2010-03-09T11:53:01Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HD168829 152 299 2010-03-09T11:56:52Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP90883 152 299 2010-03-09T12:01:37Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP96647 152 299 2010-03-09T12:07:52Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP94730 152 299 2010-03-09T12:21:44Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni RRTel 152 299 2010-03-09T12:29:24Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP98031 152 299 2010-03-09T12:33:45Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP18744 152 299 2010-03-09T12:45:08Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HD22868 152 299 2010-03-09T12:50:09Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP17889 152 299 2010-03-09T12:54:31Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HD24607 152 299 2010-03-09T12:59:23Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 373

Table 134: continued. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP16647 152 299 2010-03-09T13:07:50Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP17821 152 299 2010-03-09T13:13:18Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni PPM700186 152 299 2010-03-09T13:19:09Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP21421 152 299 2010-03-09T13:25:28Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP22667 152 299 2010-03-09T13:29:59Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP24436 152 299 2010-03-09T13:37:11Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP23203 152 299 2010-03-09T13:42:12Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP23636 152 299 2010-03-09T13:47:10Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i PPM725418 152 299 2010-03-09T13:52:21Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP27286 152 299 2010-03-09T13:57:52Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HD33893 152 299 2010-03-09T14:04:00Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP24126 152 299 2010-03-09T14:08:09Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP30438 152 299 2010-03-09T14:13:50Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HD48505 152 299 2010-03-09T14:17:53Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni PPM767023 152 299 2010-03-09T14:22:10Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP17678 152 299 2010-03-09T14:29:34Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP19424 152 299 2010-03-09T14:34:37Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HD11290 152 299 2010-03-09T14:39:21Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP110256 152 299 2010-03-09T14:44:31Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP110428 152 299 2010-03-09T14:48:57Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP82273 152 299 2010-03-09T14:55:52Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP85258 152 299 2010-03-09T15:01:49Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP85820 152 299 2010-03-09T15:06:19Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP89642 152 299 2010-03-09T15:12:36Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP87668 152 299 2010-03-09T15:18:38Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP84780 152 299 2010-03-09T15:26:21Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP79593 152 299 2010-03-09T15:32:45Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP82912 152 299 2010-03-09T15:40:45Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP76377 152 299 2010-03-09T15:48:08Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP61404 152 299 2010-03-09T15:56:15Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP57505 152 299 2010-03-09T16:01:34Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP46806 152 299 2010-03-09T16:08:03Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HD43635 152 299 2010-03-09T16:18:52Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP29655 152 299 2010-03-09T16:29:59Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP29450 152 299 2010-03-09T16:33:34Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP28404 152 299 2010-03-09T16:40:50Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP29919 152 299 2010-03-09T16:47:03Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni CSDra 152 299 2010-03-09T16:55:04Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP72607 152 299 2010-03-09T17:01:02Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP75847 152 299 2010-03-09T17:05:37Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP36547 152 299 2010-03-09T17:11:55Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP17881 152 299 2010-03-09T17:17:02Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HD39741 152 299 2010-03-09T17:22:17Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP21046 152 299 2010-03-09T17:28:56Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP15145 152 299 2010-03-09T17:35:07Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i PPM45199 152 299 2010-03-09T17:40:06Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP10687 152 299 2010-03-09T17:44:17Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP9306 152 299 2010-03-09T17:49:54Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 374

Table 134: continued. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP8565 152 299 2010-03-09T17:53:42Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP3179 152 299 2010-03-09T17:59:16Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP117763 152 299 2010-03-09T18:04:24Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP4008 152 299 2010-03-09T18:09:25Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP11093 152 299 2010-03-09T18:15:09Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP13290 152 299 2010-03-09T18:19:31Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP24738 152 299 2010-03-09T18:27:19Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP26754 152 299 2010-03-09T18:33:27Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP30326 152 299 2010-03-09T18:41:57Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP30800 152 299 2010-03-09T18:47:31Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP28874 152 299 2010-03-09T18:53:15Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP13502 152 299 2010-03-09T19:03:31Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HD17271 152 299 2010-03-09T19:08:08Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP14930 152 299 2010-03-09T19:12:43Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HD17685 152 299 2010-03-09T19:17:05Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP11455 152 299 2010-03-09T19:22:38Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP114917 152 299 2010-03-09T19:28:59Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 i HIP106044 152 299 2010-03-09T19:34:21Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP99512 152 299 2010-03-09T19:40:13Z RPPhotFPG 261B cPS blu SAA-20+30 OD299 ni HIP98608 152 299 2010-03-09T19:43:56Z RPPhotFlux 321A cPS repro blu gamDra 0004 152 300 2010-03-10T06:41:50Z RPPhotFlux 321B sPS 070 repro blu gamDra 0004 266 300 2010-03-10T06:45:25Z RPPhotFLux 321B sPS 110 repro blu gamDra 0004 266 300 2010-03-10T06:50:54Z RPPhotFlux 324A cPS 2Jy grn gamDra 0001 152 300 2010-03-10T06:56:23Z RPPhotFlux 324B sPS 070 2Jy grn gamDra 0001 266 300 2010-03-10T06:59:58Z RPPhotFlux 324B sPS 110 2Jy grn gamDra 0001 266 300 2010-03-10T07:05:27Z RPPhotFlux 324A cPS 50mJy blu HD152222 0001 2964 300 2010-03-10T07:13:50Z RPPhotFlux 324B sPS 070 50mJy blu HD152222 0001 1626 300 2010-03-10T08:04:17Z RPPhotFlux 324B sPS 110 50mJy blu HD152222 0001 1626 300 2010-03-10T08:32:26Z RPPhotFlux 324A cPS 2Jy blu Sirius 0001 152 300 2010-03-10T10:57:56Z RPPhotFlux 324B sPS 070 2Jy blu Sirius 0001 266 300 2010-03-10T11:01:31Z RPPhotFlux 324B sPS 110 2Jy blu Sirius 0001 266 300 2010-03-10T11:07:00Z RPPhotFlux 324A cPS 50mJy red HD139669 0001 2964 300 2010-03-10T14:47:54Z RPPhotFlux 324B sPS 070 50mJy red HD139669 0001 1626 300 2010-03-10T15:38:21Z RPPhotFlux 324B sPS 110 50mJy red HD139669 0001 1626 300 2010-03-10T16:06:30Z RPPhotFlux 324A cPS 100mJy blu HD138265 0001 1484 300 2010-03-10T16:37:25Z RPPhotFlux 324A cPS 50mJy grn HD138265 0001 2964 300 2010-03-10T17:03:12Z RPPhotFlux 324B sPS 070 50mJy grn HD138265 0001 1626 300 2010-03-10T17:53:39Z RPPhotFlux 324B sPS 110 50mJy grn HD138265 0001 1626 300 2010-03-10T18:21:48Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0001 979 303 2010-03-12T23:11:40Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0001 711 303 2010-03-12T23:30:06Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0002 1879 303 2010-03-13T03:10:27Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0002 1373 303 2010-03-13T03:35:29Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0006 627 304 2010-03-14T08:33:24Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0006 625 304 2010-03-14T08:45:58Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0006 623 304 2010-03-14T08:58:28Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0002 979 304 2010-03-14T16:21:28Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0002 711 304 2010-03-14T16:39:54Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 375

Table 134: continued. Calibration AOR duration (s) OD absolute start time RPSpecAOTVal 522A WSLineSpec A GC 0001 857 304 2010-03-14T18:44:57Z RPSpecAOTVal 522A WSLineSpec B GC 0001 806 304 2010-03-14T19:01:23Z RPSpecAOTVal 522B NstdLineSpec NIII GC 0001 370 304 2010-03-14T19:16:55Z RPSpecAOTVal 522B NstdLineSpec OIII GC 0001 370 304 2010-03-14T19:25:14Z RPSpecAOTVal 522B NstdLineSpec H1211 GC 0001 373 304 2010-03-14T19:33:32Z RPSpecAOTVal 522B NstdLineSpec H1312 GC 0001 370 304 2010-03-14T19:41:54Z RPSpecAOTVal 522B NstdLineSpec H1413 GC 0001 375 304 2010-03-14T19:50:15Z RPSpecAOTVal 522B NstdLineSpec H1514 GC 0001 373 304 2010-03-14T19:58:38Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 376

13.2.9 Cycle#10 (ODs 305-323) Table 135: PACS Routine Phase calibration AORs in cycle#10. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 20mJy blu HD15008 0001 6664 316 2010-03-26T00:48:12Z RPPhotAOTVal 514A StdScan hi i45 blu NGC6618 01 1563 316 2010-03-26T02:52:43Z RPPhotAOTVal 514A StdScan hi i135 blu NGC6618 01 1563 316 2010-03-26T03:19:49Z RPPhotAOTVal 514A StdScan lo i45 blu NGC6618 01 1563 316 2010-03-26T03:46:55Z RPPhotAOTVal 514A StdScan lo i135 blu NGC6618 01 1563 316 2010-03-26T04:14:01Z RPPhotAOTVal 514A StdScan hi i45 grn NGC6618 01 1563 316 2010-03-26T04:41:07Z RPPhotAOTVal 514A StdScan hi i135 grn NGC6618 01 1563 316 2010-03-26T05:08:13Z RPPhotAOTVal 514A StdScan lo i45 grn NGC6618 01 1563 316 2010-03-26T05:35:19Z RPPhotAOTVal 514A StdScan lo i135 grn NGC6618 01 1563 316 2010-03-26T06:02:25Z RPPhotFlux 321A cPS repro blu gamDra 0005 152 316 2010-03-26T07:12:46Z RPPhotFlux 321B sPS 070 repro blu gamDra 0005 266 316 2010-03-26T07:16:21Z RPPhotFlux 321B sPS 110 repro blu gamDra 0005 266 316 2010-03-26T07:21:50Z RPPhotFlux 324A cPS 20mJy grn HD159330 0001 6664 316 2010-03-26T07:28:44Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0007 627 319 2010-03-29T02:53:18Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0007 625 319 2010-03-29T03:05:52Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0007 623 319 2010-03-29T03:18:22Z RPSpecWave 421A StdLS NGC6543 A 0003 1625 319 2010-03-29T03:32:31Z RPSpecWave 421A StdLS NGC6543 B 0003 1568 319 2010-03-29T04:01:45Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP96647 152 320 2010-03-30T16:57:07Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP95902 152 320 2010-03-30T17:03:38Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP94438 152 320 2010-03-30T17:07:48Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP98424 152 320 2010-03-30T17:13:04Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP102082 152 320 2010-03-30T17:18:07Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP108317 152 320 2010-03-30T17:24:55Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP80802 152 320 2010-03-30T17:32:57Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP72607 152 320 2010-03-30T17:37:57Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP75847 152 320 2010-03-30T17:42:32Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni CSDra 152 320 2010-03-30T17:48:29Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP73199 152 320 2010-03-30T17:55:15Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP81835 152 320 2010-03-30T18:01:38Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP90883 152 320 2010-03-30T18:09:13Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i 2MASSJ1809 152 320 2010-03-30T18:13:50Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i 2MASSJ1811 152 320 2010-03-30T18:18:04Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP84780 152 320 2010-03-30T18:26:32Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP87668 152 320 2010-03-30T18:34:21Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP85820 152 320 2010-03-30T18:42:20Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP114917 152 320 2010-03-30T18:52:07Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP11455 152 320 2010-03-30T18:58:24Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HD17685 152 320 2010-03-30T19:03:54Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HD17271 152 320 2010-03-30T19:08:28Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP14930 152 320 2010-03-30T19:13:03Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP28874 152 320 2010-03-30T19:23:29Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP29450 152 320 2010-03-30T19:34:03Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP28404 152 320 2010-03-30T19:41:17Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 377

Table 135: continued. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP24738 152 320 2010-03-30T19:46:23Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP30800 152 320 2010-03-30T19:58:33Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HD43635 152 320 2010-03-30T20:04:35Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP17678 152 320 2010-03-30T20:15:36Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP98608 152 320 2010-03-30T20:25:10Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni RRTel 152 320 2010-03-30T20:29:29Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP94730 152 320 2010-03-30T20:36:47Z RPSpecFPG 411D stdLineSpec L7x7 HIP21479 01 7180 322 2010-04-01T08:44:26Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP21479 01 2328 322 2010-04-01T10:46:13Z RPSpecFPG 411D stdLineSpec L7x7 HIP27989 01 7180 322 2010-04-01T11:36:34Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP27989 01 2328 322 2010-04-01T13:38:21Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP68815 01 3296 322 2010-04-01T14:33:07Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP84071 01 3296 322 2010-04-01T15:36:47Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP21479 02 2328 322 2010-04-01T16:45:06Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP27989 02 2328 322 2010-04-01T17:35:27Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP68815 02 3296 322 2010-04-01T18:30:13Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP84071 02 3296 322 2010-04-01T19:33:53Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 378

13.2.10 Cycle#11 (ODs 324-340) Table 136: PACS Routine Phase calibration AORs in cycle#11. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time The following AORs are just a copy of the original OD 320/322 ones for correct SIAM update verification RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP96647 152 330 2010-04-08T23:28:51Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i 2MASSJ1811 152 330 2010-04-08T23:35:29Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i 2MASSJ1809 152 330 2010-04-08T23:39:44Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP90883 152 330 2010-04-08T23:44:21Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP94438 152 330 2010-04-08T23:50:04Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP95902 152 330 2010-04-08T23:54:14Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP98424 152 330 2010-04-08T23:59:17Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP102082 152 330 2010-04-09T00:04:20Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP108317 152 330 2010-04-09T00:11:06Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP81835 152 330 2010-04-09T00:20:25Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP80802 152 330 2010-04-09T00:26:50Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP75847 152 330 2010-04-09T00:31:49Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP72607 152 330 2010-04-09T00:36:24Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni HIP73199 152 330 2010-04-09T00:41:32Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 ni CSDra 152 330 2010-04-09T00:48:17Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP28404 152 330 2010-04-09T00:58:18Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP24738 152 330 2010-04-09T01:03:24Z RPPhotFPG 261C cPS blu SAA-20+30 OD320 i HIP29450 152 330 2010-04-09T01:10:45Z RPSpecFPG 411C nStd 11x11RCp 00 w77 HIP27989 01 2328 330 2010-04-09T02:08:45Z The following AORs are just a copy of the original OD 322 ones for first skew angle verification after SIAM update RPSpecFPG 411D stdLineSpec L7x7 HIP21479 01 7180 335 2010-04-14T00:56:15Z RPSpecFPG 411D stdLineSpec L7x7 HIP27989 01 7180 335 2010-04-14T03:07:47Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 379

13.2.11 Cycle#12 (ODs 341-355) Table 137: PACS Routine Phase calibration AORs in cycle#12. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 50Jy blu Hygiea 0001 162 343 2010-04-22T03:01:08Z RPPhotFlux 324A cPS 20Jy grn Hygiea 0001 162 343 2010-04-22T03:04:53Z RPPhotSpatial 314A StdScan+42 hi blu Vesta 0001 703 345 2010-04-24T00:12:41Z RPPhotSpatial 314A StdScan-42 hi blu Vesta 0001 703 345 2010-04-24T00:25:27Z RPPhotSpatial 314A StdScan+42 med blu Vesta 0001 741 345 2010-04-24T00:38:13Z RPPhotSpatial 314A StdScan-42 med blu Vesta 0001 741 345 2010-04-24T00:51:37Z RPPhotSpatial 314A StdScan+42 hi grn Vesta 0001 703 345 2010-04-24T01:05:01Z RPPhotSpatial 314A StdScan-42 hi grn Vesta 0001 703 345 2010-04-24T01:17:47Z RPPhotSpatial 314A StdScan+42 med grn Vesta 0001 741 345 2010-04-24T01:30:33Z RPPhotSpatial 314A StdScan-42 med grn Vesta 0001 741 345 2010-04-24T01:43:57Z RPPhotFlux 328A StdScan FlatField blu NGC6543 0001 3295 345 2010-04-24T02:14:31Z RPPhotFlux 328A StdScan FlatField grn NGC6543 0001 3295 345 2010-04-24T03:10:29Z RPPhotFlux 321A cPS repro blu gamDra 0006 152 345 2010-04-24T04:08:58Z RPPhotFlux 321B sPS70 repro blu gamDra 0006 266 345 2010-04-24T04:12:33Z RPPhotFLux 321B sPS110 repro blu gamDra 0006 266 345 2010-04-24T04:18:02Z RPSpecFPG 411F stdLineSpec L7x7 Neptune 01 7190 345 2010-04-24T07:23:59Z RPSpecFPG 411F stdLineSpec M7x7 Neptune 01 6802 345 2010-04-24T09:25:56Z RPSpecFPG 411F stdLineSpec S7x7 Neptune 01 6317 345 2010-04-24T11:21:25Z RPSpecFPG 411E nStd 11x11RCp 00 w77 Neptune 01 2096 345 2010-04-24T13:08:49Z RPSpecFPG 411E nStd 11x11RCp 00 w77 HIP13502 01 3296 345 2010-04-24T13:56:02Z RPSpecFPG 411E nStd 11x11RCp 00 w77 HIP21479 01 3296 345 2010-04-24T14:55:02Z RPSpecFPG 411E nStd 11x11RCp 00 w77 Vesta 01 2096 345 2010-04-24T16:05:55Z RPSpecFPG 411E nStd 11x11RCp 00 w77 IRAS22134 01 3296 345 2010-04-24T16:56:09Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0008 627 345 2010-04-24T17:57:53Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0008 625 345 2010-04-24T18:10:27Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0008 623 345 2010-04-24T18:22:57Z RPSpecWave 421A StdLS NGC6543 A 0004 1625 345 2010-04-24T18:37:06Z RPSpecWave 421A StdLS NGC6543 B 0004 1568 345 2010-04-24T19:06:20Z RPPhotSpatial 314B StdScan+20 med grn Vesta 0001 3926 348 2010-04-27T01:59:00Z RPPhotFlux 324A cPS 200Jy blu Vesta 0001 162 348 2010-04-27T03:05:29Z RPPhotFlux 631A sPS 070 Planck blu Vesta 0001 276 348 2010-04-27T03:09:14Z RPPhotFlux 631A sPS 110 Planck blu Vesta 0001 276 348 2010-04-27T03:14:53Z RPPhotFlux 324A cPS 100Jy grn Vesta 0001 162 348 2010-04-27T03:20:32Z RPPhotFlux 631A sPS 070 Planck grn Vesta 0001 276 348 2010-04-27T03:24:17Z RPPhotFlux 631A sPS 110 Planck grn Vesta 0001 276 348 2010-04-27T03:29:56Z RPSpecFlux 611A StdSED sedb2a Vesta 0001 1140 348 2010-04-27T04:28:24Z RPSpecFlux 611A StdSED sedb2b Vesta 0001 2268 348 2010-04-27T04:49:32Z RPSpecFlux 611A StdSED sedb3a Vesta 0001 2940 348 2010-04-27T05:29:29Z RPSpecFPG 411E nStd 11x11RCp 00 w77 HIP48036 01 3296 348 2010-04-27T06:21:24Z RPSpecFPG 411E nStd 11x11RCp 00 w77 Vesta 02 2096 348 2010-04-27T07:19:15Z RPSpecFPG 411E nStd 11x11RCp 00 w77 HIP48036 02 3296 348 2010-04-27T07:57:06Z RPSpecFPG 411F stdLineSpec L7x7 HIP21479 01 7180 348 2010-04-27T09:06:39Z RPSpecFPG 411F stdLineSpec M7x7 HIP21479 01 6792 348 2010-04-27T11:08:26Z RPSpecFPG 411F stdLineSpec S7x7 HIP21479 01 6307 348 2010-04-27T13:03:45Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 380

Table 137: continued. Calibration AOR duration (s) OD absolute start time RPSpecFPG 411E nStd 11x11RCp 00 w77 HIP21479 02 3296 348 2010-04-27T14:50:59Z RPSpecFPG 411E nStd 11x11RCp 00 w77 HIP13502 02 3296 348 2010-04-27T15:49:59Z RPSpecFPG 411E nStd 11x11RCp 00 w77 Neptune 02 2096 348 2010-04-27T16:57:01Z RPSpecFPG 411E nStd 11x11RCp 00 w77 IRAS22134 02 3296 348 2010-04-27T17:44:23Z RPSpecAOTVal 522B NstdLineSpec OI He2 0001 523 348 2010-04-27T19:01:24Z RPSpecAOTVal 522B NstdLineSpec OI He2off 0001 523 348 2010-04-27T19:12:15Z RPSpecAOTVal 522B NstdLineSpec OIII He2off 0001 370 348 2010-04-27T19:23:07Z RPSpecAOTVal 522B NstdLineSpec OIII He2 0001 370 348 2010-04-27T19:31:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 381

13.2.12 Cycle#13 (ODs 356-370) Table 138: PACS Routine Phase calibration AORs in cycle#13. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFPG 261D cPS blu SAA-20+30 HIP13502 0001 152 360 2010-05-08T23:12:29Z RPPhotFPG 261E sPS 070 blu HIP13502 0001 276 360 2010-05-08T23:16:04Z RPPhotFPG 261E sPS 110 blu HIP13502 0001 276 360 2010-05-08T23:21:43Z RPPhotFPG 261D cPS blu SAA-20+30 HIP21479 0001 152 360 2010-05-08T23:30:24Z RPPhotFPG 261E sPS 070 blu HIP21479 0001 276 360 2010-05-08T23:33:59Z RPPhotFPG 261E sPS 110 blu HIP21479 0001 276 360 2010-05-08T23:39:38Z RPPhotFPG 261D cPS blu SAA-20+30 HIP48036 0001 152 360 2010-05-09T00:41:59Z RPPhotFPG 261E sPS 070 blu HIP48036 0001 276 360 2010-05-09T00:45:34Z RPPhotFPG 261E sPS 110 blu HIP48036 0001 276 360 2010-05-09T00:51:13Z RPPhotFPG 261D cPS blu SAA-20+30 IRAS22134 0001 152 360 2010-05-09T11:01:12Z RPPhotFPG 261E sPS 070 hi blu IRAS22134 0001 276 360 2010-05-09T11:04:47Z RPPhotFPG 261E sPS 110 hi blu IRAS22134 0001 276 360 2010-05-09T11:10:26Z RPPhotFPG 261E sPS 070 lo blu IRAS22134 0001 276 360 2010-05-09T11:16:05Z RPPhotFPG 261E sPS 110 lo blu IRAS22134 0001 276 360 2010-05-09T11:21:44Z RPSpecSetup na nStd SetupFlexClassic na 0001 367 362 2010-05-10T19:54:55Z RPSpecSetup na nStd SpuSetupAndResetClassic na 0001 109 362 2010-05-10T20:01:06Z RPSpecSetup na nStd Seq18update na 0001 6 362 2010-05-10T20:02:59Z RPSpecSetup na nStd orbitepi na 0001 13 362 2010-05-10T20:03:09Z RPSpecFPG 411G stdLineSpec S5x5 HIP21479 01 3211 370 2010-05-18T23:07:20Z RPSpecFPG 411G stdLineSpec M5x5 HIP21479 01 3456 370 2010-05-19T00:02:58Z RPSpecFPG 411G stdLineSpec L5x5 HIP21479 01 3652 370 2010-05-19T01:02:41Z RPSpecFPG 411G stdLineSpec S5x5 VYCMA 01 3211 370 2010-05-19T02:11:32Z RPSpecFPG 411G stdLineSpec M5x5 VYCMA 01 3456 370 2010-05-19T03:07:10Z RPSpecFPG 411G stdLineSpec L5x5 VYCMA 01 3652 370 2010-05-19T04:06:53Z RPSpecFPG 411G stdLineSpec S5x5 CWLeo 01 3211 370 2010-05-19T06:17:12Z RPSpecFPG 411G stdLineSpec M5x5 CWLeo 01 3456 370 2010-05-19T07:12:50Z RPSpecFPG 411G stdLineSpec L5x5 CWLeo 01 3652 370 2010-05-19T08:12:33Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0001 979 370 2010-05-19T09:15:58Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0001 711 370 2010-05-19T09:34:24Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 382

13.2.13 Cycle#14 (ODs 371-384) Table 139: PACS Routine Phase calibration AORs in cycle#14. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 5Jy grn betPeg 0001 152 371 2010-05-19T22:42:59Z RPPhotFlux 324B sPS 070 5Jy grn betPeg 0001 276 371 2010-05-19T22:46:34Z RPPhotFlux 324B sPS 110 5Jy grn betPeg 0001 276 371 2010-05-19T22:52:13Z RPPhotFlux 324A cPS 10Jy blu betPeg 0001 152 371 2010-05-19T22:57:52Z RPPhotFlux 324B sPS 070 10Jy blu betPeg 0001 276 371 2010-05-19T23:01:27Z RPPhotFlux 324B sPS 110 10Jy blu betPeg 0001 276 371 2010-05-19T23:07:06Z RPPhotFlux 324A cPS 200Jy red Neptune 0001 162 371 2010-05-19T23:19:14Z RPPhotFlux 631A sPS 070 Planck grn Neptune 0001 276 371 2010-05-19T23:22:59Z RPPhotFlux 631A sPS 110 Planck grn Neptune 0001 276 371 2010-05-19T23:28:38Z RPPhotFlux 631A sPS 070 Planck blu Neptune 0001 276 371 2010-05-19T23:34:17Z RPPhotFlux 631A sPS 110 Planck blu Neptune 0001 276 371 2010-05-19T23:39:56Z RPPhotFlux 321A cPS repro blu gamDra 0007 152 371 2010-05-19T23:57:37Z RPPhotFlux 321B sPS 070 repro blu gamDra 0007 266 371 2010-05-20T00:01:12Z RPPhotFlux 321B sPS 110 repro blu gamDra 0007 266 371 2010-05-20T00:06:41Z RPSpecWave 421A StdLS NGC6543 A 0005 1625 373 2010-05-22T06:08:25Z RPSpecWave 421A StdLS NGC6543 B 0005 1568 373 2010-05-22T06:37:39Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0009 627 373 2010-05-22T07:07:33Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0009 625 373 2010-05-22T07:20:07Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0009 623 373 2010-05-22T07:32:37Z RPSpecFPG 411G stdLineSpec S5x5 IRAS19343+2926 01 3211 373 2010-05-22T07:48:42Z RPSpecFPG 411G stdLineSpec M5x5 IRAS19343+2926 01 3456 373 2010-05-22T08:44:20Z RPSpecFPG 411G stdLineSpec L5x5 IRAS19343+2926 01 3652 373 2010-05-22T09:44:03Z RPSpecFPG 411G stdLineSpec S5x5 Neptune 01 3221 373 2010-05-22T10:54:07Z RPSpecFPG 411G stdLineSpec M5x5 Neptune 01 3466 373 2010-05-22T11:49:56Z RPSpecFPG 411G stdLineSpec L5x5 Neptune 01 3662 373 2010-05-22T12:49:50Z RPSpecFlux 611A StdSED sedb2a Neptune 0001 1140 373 2010-05-22T13:53:03Z RPSpecFlux 611A StdSED sedb2b Neptune 0001 2268 373 2010-05-22T14:14:11Z RPSpecFlux 611A StdSED sedb3a Neptune 0001 2940 373 2010-05-22T14:54:08Z RPSpecFPG 411G stdLineSpec S5x5 AFGL3068 01 3211 373 2010-05-22T15:49:29Z RPSpecFPG 411G stdLineSpec M5x5 AFGL3068 01 3456 373 2010-05-22T16:45:07Z RPSpecFPG 411G stdLineSpec L5x5 AFGL3068 01 3652 373 2010-05-22T17:44:50Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 383

13.2.14 Cycle#15 (ODs 385-398) Table 140: PACS Routine Phase calibration AORs in cycle#15. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPSpecFlux 433C nStdLine Unchop N122 Mkn231 0001 2401 388 2010-06-05T20:16:31Z RPSpecFlux 433C nStdLine Unchop N57 Mkn231 0001 2397 388 2010-06-05T20:58:37Z RPSpecFlux 433C nStdLine Unchop O88 Mkn231 0001 2397 388 2010-06-05T21:40:44Z RPSpecAOTVal 525A nStdLS CII NGC4449 map 0001 14228 388 2010-06-06T00:20:49Z RPSpecAOTVal 525A nStdLS OI NGC4449 map 0001 19492 388 2010-06-06T04:20:03Z RPSpecAOTVal 525A StdLS CII NGC4449 point1 0001 403 388 2010-06-06T09:47:02Z RPSpecAOTVal 525A StdLS OI NGC4449 point1 0001 853 388 2010-06-06T09:55:51Z RPSpecAOTVal 525A StdLS CII NGC4449 point2 0001 403 388 2010-06-06T10:12:11Z RPSpecAOTVal 525A StdLS OI NGC4449 point2 0001 853 388 2010-06-06T10:21:00Z RPSpecAOTVal 525A StdLS CII NGC4449 point3 0001 403 388 2010-06-06T10:37:20Z RPSpecAOTVal 525A StdLS OI NGC4449 point3 0001 853 388 2010-06-06T10:46:09Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0010 623 388 2010-06-06T13:06:24Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0010 625 388 2010-06-06T13:18:54Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0010 627 388 2010-06-06T13:31:29Z RPSpecFlux 433B nStdRange UnchopFluxB2A HD161796 0001 366 388 2010-06-06T13:44:01Z RPSpecFlux 433B nStdRange UnchopFluxB2A HD161796Off 0001 366 388 2010-06-06T13:52:12Z RPSpecFlux 433B nStdRange UnchopFluxB2B HD161796 0001 368 388 2010-06-06T14:00:25Z RPSpecFlux 433B nStdRange UnchopFluxB2B HD161796Off 0001 368 388 2010-06-06T14:08:40Z RPSpecFlux 433B nStdRange UnchopFluxB3A HD161796 0001 376 388 2010-06-06T14:16:53Z RPSpecFlux 433B nStdRange UnchopFluxB3A HD161796Off 0001 376 388 2010-06-06T14:25:14Z RPSpecFlux 433A StdRange AbsFluxA BetaPeg 0001 1879 388 2010-06-06T14:41:38Z RPSpecFlux 433A StdRange AbsFluxB BetaPeg 0001 1373 388 2010-06-06T15:15:04Z RPSpecFlux 433B nStdRange UnchopFluxB2A BetPeg 0001 366 388 2010-06-06T15:40:02Z RPSpecFlux 433B nStdRange UnchopFluxB2A BetPegOff 0001 366 388 2010-06-06T15:48:13Z RPSpecFlux 433B nStdRange UnchopFluxB2B BetPeg 0001 368 388 2010-06-06T15:56:26Z RPSpecFlux 433B nStdRange UnchopFluxB2B BetPegOff 0001 368 388 2010-06-06T16:04:41Z RPSpecFlux 433B nStdRange UnchopFluxB3A BetPeg 0001 376 388 2010-06-06T16:12:54Z RPSpecFlux 433B nStdRange UnchopFluxB3A BetPegOff 0001 376 388 2010-06-06T16:21:15Z RPSPecAOTVal 526A STD Chop B2B CB230 01 4495 389 2010-06-06T20:17:37Z RPSPecAOTVal 526A STD Chop B2A CB230 01 2245 389 2010-06-06T21:35:16Z RPSPecAOTVal 526B nSTD unChop B2A CB230 01 1363 389 2010-06-06T22:14:52Z RPSPecAOTVal 526B nSTD unChop B2A CB230 OFF 01 1363 389 2010-06-06T22:39:46Z RPSPecAOTVal 526B nSTD unChop B2A CB230 02 1363 389 2010-06-06T23:04:40Z RPSPecAOTVal 526B nSTD unChop B2A CB230 OFF 02 1363 389 2010-06-06T23:29:34Z RPSPecAOTVal 526B nSTD unChop B2B CB230 01 2688 389 2010-06-06T23:54:25Z RPSPecAOTVal 526B nSTD unChop B2B CB230 OFF 01 2688 389 2010-06-07T00:41:21Z RPSPecAOTVal 526B nSTD unChop B2B CB230 02 2688 389 2010-06-07T01:28:17Z RPSPecAOTVal 526B nSTD unChop B2B CB230 OFF 02 2688 389 2010-06-07T02:15:13Z RPSPecAOTVal 526A STD Chop B2A Neptune 01 1149 389 2010-06-07T05:00:43Z RPSPecAOTVal 526A STD Chop B2B Neptune 01 2277 389 2010-06-07T05:22:00Z RPSPecAOTVal 526A STD Chop B3A Neptune 01 2949 389 2010-06-07T06:02:06Z RPSPecAOTVal 526B nSTD unChop B2A Neptune 01 695 389 2010-06-07T06:53:26Z RPSPecAOTVal 526B nSTD unChop B2A Neptune OFF 01 685 389 2010-06-07T07:07:12Z RPSPecAOTVal 526B nSTD unChop B2A Neptune 02 695 389 2010-06-07T07:20:48Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 384

Table 140: continued. Calibration AOR duration (s) OD absolute start time RPSPecAOTVal 526B nSTD unChop B2A Neptune OFF 02 685 389 2010-06-07T07:34:34Z RPSPecAOTVal 526B nSTD unChop B2B Neptune 01 1357 389 2010-06-07T07:48:07Z RPSPecAOTVal 526B nSTD unChop B2B Neptune OFF 01 1347 389 2010-06-07T08:12:52Z RPSPecAOTVal 526B nSTD unChop B2B Neptune 02 1357 389 2010-06-07T08:37:27Z RPSPecAOTVal 526B nSTD unChop B2B Neptune OFF 02 1347 389 2010-06-07T09:02:12Z RPSPecAOTVal 526B nSTD unChop B3A Neptune 01 1751 389 2010-06-07T09:26:48Z RPSPecAOTVal 526B nSTD unChop B3A Neptune OFF 01 1741 389 2010-06-07T09:58:08Z RPSPecAOTVal 526B nSTD unChop B3A Neptune 02 1751 389 2010-06-07T10:29:18Z RPSPecAOTVal 526B nSTD unChop B3A Neptune OFF 02 1741 389 2010-06-07T11:00:38Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 385

13.2.15 Cycle#16 (ODs 399-412) Table 141: PACS Routine Phase calibration AORs in cycle#16. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPMechChop 231A nStd OpenLoopFullRange na 0001 1182 400 2010-06-17T15:26:08Z RPPhotFlux 324B sPS 070 2Jy grn Lutetia 0002 286 400 2010-06-17T17:05:26Z RPPhotFlux 324B sPS 110 2Jy grn Lutetia 0002 286 400 2010-06-17T17:11:15Z RPPhotFlux 324B sPS 070 500mJy red Lutetia 0002 286 400 2010-06-17T17:17:04Z RPPhotFlux 324B sPS 110 500mJy red Lutetia 0002 286 400 2010-06-17T17:22:53Z RPPhotFlux 321A cPS repro blu gamDra 0008 152 400 2010-06-17T17:54:42Z RPPhotFlux 321B sPS 070 repro blu gamDra 0008 276 400 2010-06-17T17:58:17Z RPPhotFLux 321B sPS 110 repro blu gamDra 0008 276 400 2010-06-17T18:03:56Z RPPhotFlux 324B sPS 070 10Jy grn Alexandra 0002 286 400 2010-06-17T19:31:38Z RPPhotFlux 324B sPS 110 10Jy grn Alexandra 0002 286 400 2010-06-17T19:37:27Z RPPhotFlux 324B sPS 070 20Jy blu Alexandra 0002 286 400 2010-06-17T19:43:16Z RPPhotFlux 324B sPS 110 20Jy blu Alexandra 0002 286 400 2010-06-17T19:49:05Z RPPhotFlux 324B sPS 070 20mJy blu HD39608 0002 2814 400 2010-06-18T01:00:53Z RPPhotFlux 324B sPS 110 20mJy blu HD39608 0001 2814 400 2010-06-18T01:48:50Z RPPhotFlux 324B sPS 070 20mJy grn HD39608 0002 9864 400 2010-06-18T02:36:47Z RPPhotFlux 324B sPS 110 20mJy grn HD39608 0002 9864 400 2010-06-18T05:22:14Z RPSpecWave 421A StdLS NGC6543 A 0006 1625 405 2010-06-22T20:21:22Z RPSpecWave 421A StdLS NGC6543 B 0006 1568 405 2010-06-22T20:50:36Z RPSpecFlux 721A StdSED sedb2a s DarkField 0002 1130 408 2010-06-26T08:11:57Z RPSpecFlux 721A StdSED sedb2b s DarkField 0002 2258 408 2010-06-26T08:32:55Z RPSpecFlux 721A StdSED sedb3a s DarkField 0002 2930 408 2010-06-26T09:12:42Z RPSpecFlux 721A StdSED sedb2a m DarkField 0002 1135 408 2010-06-26T10:03:43Z RPSpecFlux 721A StdSED sedb2b m DarkField 0002 2263 408 2010-06-26T10:24:46Z RPSpecFlux 721A StdSED sedb3a m DarkField 0002 2935 408 2010-06-26T11:04:38Z RPSpecFlux 721A StdSED sedb2a l DarkField 0002 1139 408 2010-06-26T11:55:44Z RPSpecFlux 721A StdSED sedb2b l DarkField 0002 2267 408 2010-06-26T12:16:51Z RPSpecFlux 721A StdSED sedb3a l DarkField 0002 2939 408 2010-06-26T12:56:47Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0011 627 408 2010-06-26T13:49:58Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0011 625 408 2010-06-26T14:02:32Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0011 623 408 2010-06-26T14:15:02Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 386

13.2.16 Cycle#17 (ODs 413-426) Table 142: PACS Routine Phase calibration AORs in cycle#17. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0009 152 413 2010-06-30T18:38:41Z RPPhotFlux 321B sPS 070 repro blu gamDra 0009 276 413 2010-06-30T18:42:16Z RPPhotFlux 321B sPS 110 repro blu gamDra 0009 276 413 2010-06-30T18:47:55Z RPPhotFlux 321A cPS repro blu gamDra 0010 152 413 2010-07-01T02:39:28Z RPPhotFlux 321B sPS 070 repro blu gamDra 0010 276 413 2010-07-01T02:43:03Z RPPhotFlux 321B sPS 110 repro blu gamDra 0010 276 413 2010-07-01T02:48:42Z RPPhotFlux 324A cPS 50Jy blu Hebe 0001 162 413 2010-07-01T03:08:07Z RPPhotFlux 631A sPS 070 Planck blu Hebe 0001 286 413 2010-07-01T03:11:52Z RPPhotFlux 631A sPS 110 Planck blu Hebe 0001 286 413 2010-07-01T03:17:41Z RPPhotFlux 324A cPS 20Jy grn Hebe 0001 162 413 2010-07-01T03:23:30Z RPPhotFlux 631A sPS 070 Planck grn Hebe 0001 286 413 2010-07-01T03:27:15Z RPPhotFlux 631A sPS 110 Planck grn Hebe 0001 286 413 2010-07-01T03:33:04Z RPPhotFlux 321A cPS repro blu gamDra 0011 152 413 2010-07-01T14:14:01Z RPPhotFlux 321B sPS 070 repro blu gamDra 0011 276 413 2010-07-01T14:17:36Z RPPhotFlux 321B sPS 110 repro blu gamDra 0011 276 413 2010-07-01T14:23:15Z RPPhotFlux 321A cPS repro blu gamDra 0012 152 414 2010-07-01T17:55:10Z RPPhotFlux 321B sPS 070 repro blu gamDra 0012 276 414 2010-07-01T17:58:45Z RPPhotFlux 321B sPS 110 repro blu gamDra 0012 276 414 2010-07-01T18:04:24Z RPPhotFlux 324A cPS 20Jy blu alfBoo 0001 152 414 2010-07-01T18:18:09Z RPPhotFlux 324B sPS 070 20Jy blu alfBoo 0001 276 414 2010-07-01T18:21:44Z RPPhotFlux 324B sPS 110 10Jy blu alfBoo 0001 276 414 2010-07-01T18:27:23Z RPPhotFlux 324A cPS 10Jy grn alfBoo 0001 152 414 2010-07-01T18:33:02Z RPPhotFlux 324B sPS 070 10Jy grn alfBoo 0001 276 414 2010-07-01T18:36:37Z RPPhotFlux 324B sPS 110 10Jy grn alfBoo 0001 276 414 2010-07-01T18:42:16Z RPPhotFlux 321C cPS photcal blu betAnd 0001 152 414 2010-07-01T19:05:32Z RPPhotFlux 321D sPS 070 pcal blu betAnd 0001 276 414 2010-07-01T19:09:07Z RPPhotFlux 321D sPS 110 pcal blu betAnd 0001 276 414 2010-07-01T19:14:46Z RPPhotFlux 321C cPS photcal grn betAnd 0001 152 414 2010-07-01T19:20:25Z RPPhotFlux 321D sPS 110 pcal grn betAnd 0001 276 414 2010-07-01T19:24:00Z RPPhotFlux 321D sPS 070 pcal grn betAnd 0001 276 414 2010-07-01T19:29:39Z RPPhotFlux 321A cPS repro blu gamDra 0013 152 414 2010-07-02T01:24:30Z RPPhotFlux 321B sPS 070 repro blu gamDra 0013 276 414 2010-07-02T01:28:05Z RPPhotFlux 321B sPS 110 repro blu gamDra 0013 276 414 2010-07-02T01:33:44Z RPPhotFlux 321A cPS repro blu gamDra 0014 152 414 2010-07-02T14:11:42Z RPPhotFlux 321B sPS 070 repro blu gamDra 0014 276 414 2010-07-02T14:15:17Z RPPhotFlux 321B sPS 110 repro blu gamDra 0014 276 414 2010-07-02T14:20:56Z RPPhotFlux 321A cPS repro blu gamDra 0015 152 415 2010-07-02T18:30:08Z RPPhotFlux 321B sPS 070 repro blu gamDra 0015 276 415 2010-07-02T18:33:43Z RPPhotFlux 321B sPS 110 repro blu gamDra 0015 276 415 2010-07-02T18:39:22Z RPPhotFlux 321A cPS repro blu gamDra 0016 152 415 2010-07-03T02:46:46Z RPPhotFlux 321B sPS 070 repro blu gamDra 0016 276 415 2010-07-03T02:50:21Z RPPhotFlux 321B sPS 110 repro blu gamDra 0016 276 415 2010-07-03T02:56:00Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0012 627 415 2010-07-03T03:54:27Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0012 625 415 2010-07-03T04:07:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 387

Table 142: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0012 623 415 2010-07-03T04:19:31Z RPSpecFlux 433B nStdRange UnchopFluxB2A HD161796 0002 366 415 2010-07-03T04:31:59Z RPSpecFlux 433B nStdRange UnchopFluxB2A HD161796Off 0002 366 415 2010-07-03T04:40:10Z RPSpecFlux 433B nStdRange UnchopFluxB2B HD161796 0002 368 415 2010-07-03T04:48:23Z RPSpecFlux 433B nStdRange UnchopFluxB2B HD161796Off 0002 368 415 2010-07-03T04:56:38Z RPSpecFlux 433B nStdRange UnchopFluxB3A HD161796 0002 376 415 2010-07-03T05:04:51Z RPSpecFlux 433B nStdRange UnchopFluxB3A HD161796Off 0002 376 415 2010-07-03T05:13:12Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0001 1879 415 2010-07-03T11:11:03Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0001 1373 415 2010-07-03T11:44:29Z RPSpecFlux 433B nStdRange UnchopFluxB2A AlpBoo 0001 366 415 2010-07-03T12:09:27Z RPSpecFlux 433B nStdRange UnchopFluxB2A AlpBooOff 0001 366 415 2010-07-03T12:17:38Z RPSpecFlux 433B nStdRange UnchopFluxB2B AlpBoo 0001 368 415 2010-07-03T12:25:51Z RPSpecFlux 433B nStdRange UnchopFluxB2B AlpBooOff 0001 368 415 2010-07-03T12:34:06Z RPSpecFlux 433B nStdRange UnchopFluxB3A AlpBoo 0001 376 415 2010-07-03T12:42:19Z RPSpecFlux 433B nStdRange UnchopFluxB3A AlpBooOff 0001 376 415 2010-07-03T12:50:40Z RPSpecFlux 433D stdLine Unchop C158 Mkn231 0001∗ 422 2010-07-09T20:02:39Z RPSpecFlux 433D stdLine Unchop O63 Mkn231 0001∗ 422 2010-07-09T20:37:30Z RPSpecFlux 433D stdLine Unchop O88 Mkn231 0001∗ 422 2010-07-09T21:12:33Z RPSpecAOTVal 525A nStdLS CII NGC4449 map 0002∗ 422 2010-07-09T21:48:52Z RPSpecAOTVal 525A nStdLS OI NGC4449 map 0002∗ 422 2010-07-10T01:53:30Z ∗not executed due to PACS anomaly on OD 421 and switch-off status on OD 422 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 388

13.2.17 Cycle#18 (ODs 427-440)

Due to the PACS instrument anomaly on OD 421 and subsequent investigation of the failure, instrument operations were only resumed in OD 434. Therefore a number of the original cycle#18 calibration AORs were either skipped (reproducibility ones, see 13.2.92) or had to be replaced by the recovery of the OD 422 unchopped spectroscopy AOT validation program on OD 440, which led only to a reduced/modiﬁed calibration program in cycle#18. Photometric ﬂux calibration AORs were postponed to a later calibration cycle (cf. cycle#20).

Table 143: PACS Routine Phase calibration AORs in cycle#18. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 433D stdLine Unchop O63 Arp220 0001 1972 440 2010-07-28T01:04:41Z RPSpecFlux 433D stdLine Unchop O88 Arp220 0001 1971 440 2010-07-28T01:39:43Z RPSpecFlux 433D stdLine Unchop C158 Arp220 0001 1964 440 2010-07-28T02:14:42Z RPSpecAOTVal 525A StdLS OI NGC5253 map 0001 4213 440 2010-07-28T05:10:16Z RPSpecAOTVal 525A StdLS CII NGC5253 map 0001 5131 440 2010-07-28T06:22:37Z RPSpecAOTVal 525A nStdLS OI NGC5253 map 0001 10390 440 2010-07-28T07:50:14Z RPSpecAOTVal 525A nStdLS CII NGC5253 map 0001 10418 440 2010-07-28T10:45:32Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 389

13.2.18 Cycle#19 (ODs 441-454) Table 144: PACS Routine Phase calibration AORs in cycle#19. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 200Jy blu Pallas 0002 162 446 2010-08-02T18:10:25Z RPPhotFlux 631A sPS 070 Planck blu Pallas 0001 286 446 2010-08-02T18:14:10Z RPPhotFlux 631A sPS 110 Planck blu Pallas 0001 286 446 2010-08-02T18:19:59Z RPPhotFlux 324A cPS 50Jy red Pallas 0002 162 446 2010-08-02T18:25:48Z RPPhotFlux 631A sPS 070 Planck grn Pallas 0001 286 446 2010-08-02T18:29:33Z RPPhotFlux 631A sPS 110 Planck grn Pallas 0001 286 446 2010-08-02T18:35:22Z RPPhotFlux 631A sPS 070 Planck blu Interamnia 0001 286 446 2010-08-02T18:48:13Z RPPhotFlux 631A sPS 110 Planck blu Interamnia 0001 286 446 2010-08-02T18:54:02Z RPPhotFlux 631A sPS 070 Planck grn Interamnia 0001 286 446 2010-08-02T18:59:51Z RPPhotFlux 631A sPS 110 Planck grn Interamnia 0001 286 446 2010-08-02T19:05:40Z RPPhotBol 111bisA nStdRaster bluInitDrct Arp220 0001 2 453 2010-08-09T18:50:36Z RPPhotBol 111bisA nStdRaster blu22Drct Arp220 0001 5050 453 2010-08-09T18:56:35Z RPPhotBol 111bisA nStdRaster blu24Drct Arp220 0001 5050 453 2010-08-09T20:26:42Z RPPhotBol 111bisA nStdRaster blu26Drct Arp220 0001 5050 453 2010-08-09T21:56:49Z RPPhotBol 111bisA nStdRaster blu28Drct Arp220 0001 5050 453 2010-08-09T23:26:56Z RPPhotBol 111bisA nStdRaster FinDrct Arp220 0001 2 453 2010-08-10T00:53:28Z RPPhotBol 111bisA nStdRaster grnInitDrct Arp220 0001 2 453 2010-08-10T00:55:59Z RPPhotBol 111bisA nStdRaster grn22Drct Arp220 0001 5050 453 2010-08-10T01:01:58Z RPPhotBol 111bisA nStdRaster grn24Drct Arp220 0001 5050 453 2010-08-10T02:32:05Z RPPhotBol 111bisA nStdRaster grn26Drct Arp220 0001 5050 453 2010-08-10T04:02:12Z RPPhotBol 111bisA nStdRaster grn28Drct Arp220 0001 5050 453 2010-08-10T05:32:19Z RPPhotBol 111bisA nStdRaster FinDrct Arp220 0002 2 453 2010-08-10T06:58:51Z RPPhotFlux 328A StdScan FlatField blu Arp220 0002 3294 454 2010-08-10T23:12:51Z RPPhotFlux 328A StdScan FlatField grn Arp220 0002 3294 454 2010-08-11T00:08:48Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0014 627 454 2010-08-11T08:10:05Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0014 625 454 2010-08-11T08:22:39Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0014 623 454 2010-08-11T08:35:09Z RPSpecFlux 433A StdRange AbsFluxA Pallas 0001 979 454 2010-08-11T08:53:06Z RPSpecFlux 433A StdRange AbsFluxB Pallas 0001 711 454 2010-08-11T09:11:32Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 390

13.2.19 Cycle#20 (ODs 455-468) Table 145: PACS Routine Phase calibration AORs in cycle#20. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotBol 1116B nStd timeConst DarkField Lbias 0001 3374 455 2010-08-12T12:27:47Z RPPhotFlux 321A cPS repro blu gamDra 0018 152 456 2010-08-12T17:50:39Z RPPhotFlux 321B sPS 070 repro blu gamDra 0018 276 456 2010-08-12T17:54:14Z RPPhotFlux 321B sPS 110 repro blu gamDra 0018 276 456 2010-08-12T17:59:53Z RPPhotFlux 324B sPS 070 10Jy blu Cybele 0002 286 456 2010-08-12T21:34:58Z RPPhotFlux 324B sPS 110 10Jy blu Cybele 0002 286 456 2010-08-12T21:40:47Z RPPhotFlux 324B sPS 070 5Jy grn Cybele 0002 286 456 2010-08-12T21:46:36Z RPPhotFlux 324B sPS 110 5Jy grn Cybele 0002 286 456 2010-08-12T21:52:25Z RPPhotFlux 324A cPS 10Jy grn alfTau 0002 152 456 2010-08-12T23:04:39Z RPPhotFlux 324B sPS 070 10Jy grn alfTau 0002 266 456 2010-08-12T23:08:14Z RPPhotFlux 324B sPS 110 10Jy grn alfTau 0002 266 456 2010-08-12T23:13:43Z RPPhotFlux 324A cPS 20Jy blu alfTau 0002 152 456 2010-08-12T23:19:12Z RPPhotFlux 324B sPS 070 20Jy blu alfTau 0002 266 456 2010-08-12T23:22:47Z RPPhotFlux 324B sPS 110 20Jy blu alfTau 0002 266 456 2010-08-12T23:28:16Z RPPhotBol 1116B nStd timeConst DarkField Nbias 0001 3374 456 2010-08-13T12:25:23Z RPPhotFlux 324A cPS 5Jy blu alfCet 0001† 152 457 2010-08-14T01:07:45Z RPPhotFlux 324B sPS 070 5Jy blu alfCet 0001† 276 457 2010-08-14T01:11:20Z RPPhotFlux 324B sPS 110 5Jy blu alfCet 0001† 276 457 2010-08-14T01:16:59Z RPPhotFlux 324A cPS 2Jy grn alfCet 0001† 152 457 2010-08-14T01:22:38Z RPPhotFlux 324B sPS 063 2Jy grn alfCet 0001† 276 457 2010-08-14T01:26:13Z RPPhotFlux 324B sPS 117 2Jy grn alfCet 0001† 276 457 2010-08-14T01:31:52Z RPPhotBol 1116B nStd timeConst DarkField Hbias 0001 3374 457 2010-08-14T02:35:38Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0015 627 457 2010-08-14T04:27:45Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0015 625 457 2010-08-14T04:40:19Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0015 623 457 2010-08-14T04:52:49Z RPSpecWave 421A StdLS NGC6543 A 0007 1625 457 2010-08-14T05:06:59Z RPSpecWave 421A StdLS NGC6543 B 0007 1568 457 2010-08-14T05:36:13Z RPSpecFlux 433A StdRange AbsFluxA Thisbe 0001 979 457 2010-08-14T06:16:22Z RPSpecFlux 433A StdRange AbsFluxB Thisbe 0001 711 457 2010-08-14T06:34:48Z RPSpecAOTVal 526B nSTD unChop B2A HOPS32 01 1329 457 2010-08-14T06:53:07Z RPSpecAOTVal 526B nSTD unChop B2A HOPS32 OFF 01 1329 457 2010-08-14T07:17:27Z RPSpecAOTVal 526B nSTD unChop B2A HOPS32 02 1329 457 2010-08-14T07:41:47Z RPSpecAOTVal 526B nSTD unChop B2A HOPS32 OFF 02 1329 457 2010-08-14T08:06:07Z RPSpecAOTVal 526B nSTD unChop B2B HOPS32 01 2652 457 2010-08-14T08:30:24Z RPSpecAOTVal 526B nSTD unChop B2B HOPS32 OFF 01 2652 457 2010-08-14T09:16:44Z RPSpecAOTVal 526B nSTD unChop B2B HOPS32 02 2652 457 2010-08-14T10:03:04Z RPSpecAOTVal 526B nSTD unChop B2B HOPS32 OFF 02 2652 457 2010-08-14T10:49:24Z RPPhotFlux 324B sPS 070 100mJy blu HD170693 0002† 5634 460 2010-08-16T17:06:34Z RPPhotFlux 324B sPS 110 100mJy blu HD170693 0002† 5634 460 2010-08-16T18:41:31Z RPPhotFlux 324B sPS 070 100mJy grn HD170693 0002† 5634 460 2010-08-16T20:16:28Z RPPhotFlux 324B sPS 110 100mJy grn HD170693 0002† 5634 460 2010-08-16T21:51:25Z RPSpecFlux 433A StdRange AbsFluxA alpCet 0001† 1879 460 2010-08-17T16:23:54Z RPSpecFlux 433A StdRange AbsFluxB alpCet 0001† 1373 460 2010-08-17T16:57:20Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0002† 969 460 2010-08-17T17:44:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 391

Table 145: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0002† 701 460 2010-08-17T18:02:17Z RPSpecFlux 611A StdSED sedb2a Pallas 0002† 1140 460 2010-08-17T18:17:36Z RPSpecFlux 611A StdSED sedb2b Pallas 0002† 2268 460 2010-08-17T18:38:44Z RPSpecFlux 611A StdSED sedb3a Pallas 0002† 2940 460 2010-08-17T19:18:41Z † originally delivered for cycle#18, but postponed due to instrument anomaly on OD 421 and resumption of PACS operations only from OD 434 onwards. Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 392

13.2.20 Cycle#21 (ODs 469-482) Table 146: PACS Routine Phase calibration AORs in cycle#21. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 10Jy grn Thisbe 0002 286 469 2010-08-25T17:29:22Z RPPhotFlux 324B sPS 110 10Jy grn Thisbe 0002 286 469 2010-08-25T17:35:11Z RPPhotFlux 324B sPS 070 20Jy blu Thisbe 0002 286 469 2010-08-25T17:41:00Z RPPhotFlux 324B sPS 110 20Jy blu Thisbe 0002 286 469 2010-08-25T17:46:49Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0016 627 471 2010-08-28T12:25:51Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0016 625 471 2010-08-28T12:38:25Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0016 623 471 2010-08-28T12:50:55Z RPSpecWave 424A StdRS nochop off IC418 0001 210 482 2010-09-08T02:58:59Z RPSpecWave 424A StdRS nochop 123 IC418 0001 10540 482 2010-09-08T03:04:38Z RPSpecWave 424A StdRS nochop off IC418 0002 210 482 2010-09-08T06:02:27Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 393

13.2.21 Cycle#22 (ODs 483-496) Table 147: PACS Routine Phase calibration AORs in cycle#22. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0019 152 483 2010-09-09T14:01:12Z RPPhotFlux 321B sPS 070 repro blu gamDra 0019 276 483 2010-09-09T14:04:47Z RPPhotFlux 321B sPS 110 repro blu gamDra 0019 276 483 2010-09-09T14:10:26Z RPPhotFlux 324A cPS 500mJy red Sirius 0002 448 484 2010-09-09T18:04:27Z RPPhotFlux 324B sPS 070 500mJy red Sirius 0002 840 484 2010-09-09T18:12:58Z RPPhotFlux 324B sPS 110 500mJy red Sirius 0002 840 484 2010-09-09T18:28:01Z RPPhotFlux 324A cPS 2Jy blu Sirius 0002 448 484 2010-09-09T18:43:04Z RPPhotFlux 324B sPS 070 2Jy blu Sirius 0002 840 484 2010-09-09T18:51:35Z RPPhotFlux 324B sPS 110 2Jy blu Sirius 0002 840 484 2010-09-09T19:06:38Z RPPhotFlux 324B sPS 070 2Jy grn Minerva 0002 286 484 2010-09-09T20:21:58Z RPPhotFlux 324B sPS 110 2Jy grn Minerva 0002 286 484 2010-09-09T20:27:47Z RPPhotFlux 324B sPS 070 5Jy blu Minerva 0002 286 484 2010-09-09T20:33:36Z RPPhotFlux 324B sPS 110 5Jy blu Minerva 0002 286 484 2010-09-09T20:39:25Z RPPhotFlux 324A cPS 200Jy blu Ceres 0002 162 485 2010-09-10T22:05:38Z RPPhotFlux 631A sPS 070 Planck blu Ceres 0001 286 485 2010-09-10T22:09:23Z RPPhotFlux 631A sPS 110 Planck blu Ceres 0001 286 485 2010-09-10T22:15:12Z RPPhotFlux 324A cPS 200Jy grn Ceres 0002 162 485 2010-09-10T22:21:01Z RPPhotFlux 631A sPS 070 Planck grn Ceres 0001 286 485 2010-09-10T22:24:46Z RPPhotFlux 631A sPS 110 Planck grn Ceres 0001 286 485 2010-09-10T22:30:35Z RPSpecFlux 611A StdSED sedb2a Ceres 0002 1140 485 2010-09-10T23:29:13Z RPSpecFlux 611A StdSED sedb2b Ceres 0002 2268 485 2010-09-10T23:50:21Z RPSpecFlux 611A StdSED sedb3a Ceres 0002 2940 485 2010-09-11T00:30:18Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0003 979 485 2010-09-11T01:21:23Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0003 711 485 2010-09-11T01:39:49Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0017 627 485 2010-09-11T09:15:32Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0017 625 485 2010-09-11T09:28:06Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0017 623 485 2010-09-11T09:40:36Z RPSpecWave 421A StdLS NGC6543 A 0008 1625 485 2010-09-11T09:54:45Z RPSpecWave 421A StdLS NGC6543 B 0008 1568 485 2010-09-11T10:23:59Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0003 1879 485 2010-09-11T13:13:18Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0003 1373 485 2010-09-11T13:46:44Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 394

13.2.22 Cycle#23 (ODs 497-510) Table 148: PACS Routine Phase calibration AORs in cycle#23. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 20Jy blu Amphitrite 0002 162 497 2010-09-22T21:22:43Z RPPhotFlux 631A sPS 070 Planck blu Amphitrite 0001 286 497 2010-09-22T21:26:28Z RPPhotFlux 631A sPS 110 Planck blu Amphitrite 0001 286 497 2010-09-22T21:32:17Z RPPhotFlux 324A cPS 10Jy grn Amphitrite 0002 162 497 2010-09-22T21:38:06Z RPPhotFlux 631A sPS 070 Planck grn Amphitrite 0001 286 497 2010-09-22T21:41:51Z RPPhotFlux 631A sPS 110 Planck grn Amphitrite 0001 286 497 2010-09-22T21:47:40Z RPPhotFlux 324B sPS 070 1Jy blu epsLep 0002 276 502 2010-09-27T22:48:59Z RPPhotFlux 324B sPS 110 1Jy blu epsLep 0002 276 502 2010-09-27T22:54:38Z RPPhotFlux 324B sPS 070 500mJy grn epsLep 0002 840 502 2010-09-27T23:00:17Z RPPhotFlux 324B sPS 110 500mJy grn epsLep 0002 840 502 2010-09-27T23:15:20Z SPEC AORs suspended due to DECMEC FPGA issue (AR-70). Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 395

13.2.23 Cycle#24 (ODs 511-524) Table 149: PACS Routine Phase calibration AORs in cycle#24. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0020 152 511 2010-10-07T09:53:17Z RPPhotFlux 321B sPS 070 repro blu gamDra 0020 276 511 2010-10-07T09:56:52Z RPPhotFlux 321B sPS 110 repro blu gamDra 0020 276 511 2010-10-07T10:02:31Z RPPhotFlux 324B sPS 070 5Jy blu Aglaja 0002 286 512 2010-10-07T19:20:17Z RPPhotFlux 324B sPS 110 5Jy blu Aglaja 0002 286 512 2010-10-07T19:26:06Z RPPhotFlux 324B sPS 070 2Jy grn Aglaja 0002 286 512 2010-10-07T19:31:55Z RPPhotFlux 324B sPS 110 2Jy grn Aglaja 0002 286 512 2010-10-07T19:37:44Z RPPhotFPG 262B gyronodcPS blu tmax634 HIP45058 0001 2792 516 2010-10-11T18:06:08Z RPPhotFPG 262A cPS blu ref HIP45058 0001 2372 516 2010-10-11T20:54:29Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0018 627 516 2010-10-12T05:05:41Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0018 625 516 2010-10-12T05:18:15Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0018 623 516 2010-10-12T05:30:45Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0004 979 516 2010-10-12T05:53:50Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0004 711 516 2010-10-12T06:12:16Z RPSpecFlux 611B StdSED nochop sedb2a Ceres 0001 349 523 2010-10-18T19:41:25Z RPSpecFlux 611B StdSED nochop sedb2a CeresOff 0001 339 523 2010-10-18T19:49:25Z RPSpecFlux 611B StdSED nochop sedb2b Ceres 0001 679 523 2010-10-18T19:57:12Z RPSpecFlux 611B StdSED nochop sedb2b CeresOff 0001 669 523 2010-10-18T20:10:39Z RPSpecFlux 611B StdSED nochop sedb3a Ceres 0001 877 523 2010-10-18T20:23:57Z RPSpecFlux 611B StdSED nochop sedb3a CeresOff 0001 867 523 2010-10-18T20:40:43Z RPSpecFlux 438A StdSED sedb2a Ceres 0001 1140 523 2010-10-18T20:57:21Z RPSpecFlux 438A StdSED sedb2b Ceres 0001 2268 523 2010-10-18T21:18:29Z RPSpecFlux 438A StdSED sedb3a Ceres 0001 2940 523 2010-10-18T21:58:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 396

13.2.24 Cycle#25 (ODs 525-538)

Due to the PACS instrument autonomous switch-oﬀ on OD 523 and subsequent investigation of the switch-oﬀ, instrument operations were only resumed in OD 527. Therefore a number of the original cycle#25 calibration AORs were either lost (see 13.2.92), skipped (reproducibility ones, see 13.2.92) or postponed to later calibration cycles, which led only to a quite reduced calibration program in cycle#25.

Table 150: PACS Routine Phase calibration AORs in cycle#25. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0020 627 530 2010-10-26T14:35:09Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0020 625 530 2010-10-26T14:47:43Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0020 623 530 2010-10-26T15:00:13Z RPMechChop 232A nStd PidVeriDefault DmcTemp na 0001 89 532 2010-10-27T17:29:27Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0021 627 535 2010-10-31T03:23:04Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0021 625 535 2010-10-31T03:35:38Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0021 623 535 2010-10-31T03:48:08Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 397

13.2.25 Cycle#26 (ODs 539-552) Table 151: PACS Routine Phase calibration AORs in cycle#26. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0021 152 539 2010-11-03T22:25:38Z RPPhotFlux 321B sPS 070 repro blu gamDra 0021 276 539 2010-11-03T22:29:13Z RPPhotFlux 321B sPS 110 repro blu gamDra 0021 276 539 2010-11-03T22:34:52Z RPPhotFlux 324A cPS 200Jy grn Neptune 0002 162 540 2010-11-05T01:02:27Z RPPhotFlux 631A sPS 070 Planck grn Neptune 0002 276 540 2010-11-05T01:06:12Z RPPhotFlux 631A sPS 110 Planck grn Neptune 0002 276 540 2010-11-05T01:11:51Z RPPhotFlux 324A cPS 200Jy red Neptune 0002 162 540 2010-11-05T01:17:30Z RPPhotFlux 631A sPS 070 Planck blu Neptune 0002 276 540 2010-11-05T01:21:15Z RPPhotFlux 631A sPS 110 Planck blu Neptune 0002 276 540 2010-11-05T01:26:54Z RPSpecFlux 4310A nStd 25x25RCp 00 w75 Neptune 01 10664 547 2010-11-12T04:49:15Z RPSpecFlux 611A StdSED sedb2a Neptune 0002 1140 547 2010-11-12T07:49:11Z RPSpecFlux 611A StdSED sedb2b Neptune 0002 2268 547 2010-11-12T08:10:20Z RPSpecFlux 611A StdSED sedb3a Neptune 0002 2940 547 2010-11-12T08:50:18Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0001 979 547 2010-11-12T09:41:24Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0001 711 547 2010-11-12T09:59:51Z RPSpecWave 424A StdRS nochop off NGC7027 0001 210 547 2010-11-12T10:21:06Z RPSpecWave 424A StdRS nochop 123 NGC7027 0001 10540 547 2010-11-12T10:26:46Z RPSpecWave 424A StdRS nochop off NGC7027 0002 210 547 2010-11-12T13:24:36Z RPSpecWave 424B StdSED B2A NGC7027 0001 1130 547 2010-11-12T13:30:18Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0022 627 550 2010-11-14T18:23:07Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0022 625 550 2010-11-14T18:35:42Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0022 623 550 2010-11-14T18:48:13Z RPSpecWave 421A StdLS NGC6543 A 0010 1625 550 2010-11-15T04:01:00Z RPSpecWave 421A StdLS NGC6543 B 0010 1568 550 2010-11-15T04:30:15Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 398

13.2.26 Cycle#27 (ODs 553-566) Table 152: PACS Routine Phase calibration AORs in cycle#27. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotSpatial 315A StdScan045 med blu AFGL2688 0001 2619 553 2010-11-18T11:04:18Z RPPhotSpatial 315A StdScan135 med blu AFGL2688 0001 2619 553 2010-11-18T11:49:00Z RPPhotSpatial 315A StdScan045 med grn AFGL2688 0001 2619 553 2010-11-18T12:33:42Z RPPhotSpatial 315A StdScan135 med grn AFGL2688 0001 2619 553 2010-11-18T13:18:24Z RPSpecGeGa 123B nStdCalBlockSlow C00 75 DField 0001 364 555 2010-11-20T06:03:38Z RPSpecGeGa 123B nStdCalBlockSlow C08 75 DField 0001 364 555 2010-11-20T06:09:55Z RPSpecGeGa 123B nStdCalBlockSlow C04 75 DField 0001 364 555 2010-11-20T06:16:12Z RPSpecGeGa 123B nStdCalBlockSlow C12 75 DField 0001 364 555 2010-11-20T06:22:29Z RPSpecGeGa 123A nStdCalBlock Cf00 75-2 DField 0001 204 555 2010-11-20T06:28:45Z RPSpecGeGa 123A nStdCalBlock Cf08 75-2 DField 0001 204 555 2010-11-20T06:32:21Z RPSpecGeGa 123A nStdCalBlock Cf04 75-2 DField 0001 204 555 2010-11-20T06:35:57Z RPSpecGeGa 123A nStdCalBlock Cf12 75-2 DField 0001 204 555 2010-11-20T06:39:33Z RPSpecGeGa 123A nStdCalBlock Cf00 60-3 DField 0001 201 555 2010-11-20T06:43:09Z RPSpecGeGa 123A nStdCalBlock Cf08 60-3 DField 0001 201 555 2010-11-20T06:46:42Z RPSpecGeGa 123A nStdCalBlock Cf04 60-3 DField 0001 201 555 2010-11-20T06:50:15Z RPSpecGeGa 123A nStdCalBlock Cf12 60-3 DField 0001 201 555 2010-11-20T06:53:48Z RPSpecGeGa 123A nStdCalBlock Cf00 60-2 DField 0001 209 555 2010-11-20T06:57:21Z RPSpecGeGa 123A nStdCalBlock Cf08 60-2 DField 0001 209 555 2010-11-20T07:01:02Z RPSpecGeGa 123A nStdCalBlock Cf04 60-2 DField 0001 209 555 2010-11-20T07:04:43Z RPSpecGeGa 123A nStdCalBlock Cf12 60-2 DField 0001 209 555 2010-11-20T07:08:24Z RPSpecFlux 433E stdLine Unchop A NGC6543 0001 1401 555 2010-11-20T07:14:00Z RPSpecFlux 433E stdLine Unchop B NGC6543 0001 1402 555 2010-11-20T07:39:31Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0023 627 559 2010-11-23T17:03:48Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0023 625 559 2010-11-23T17:16:23Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0023 623 559 2010-11-23T17:28:54Z RPPhotFlux 321A cPS repro blu gamDra 0022 152 566 2010-11-30T16:50:31Z RPPhotFlux 321B sPS 070 repro blu gamDra 0022 276 566 2010-11-30T16:54:06Z RPPhotFlux 321B sPS 110 repro blu gamDra 0022 276 566 2010-11-30T16:59:45Z RPPhotFlux 324B sPS 070 2Jy grn gamDra 0002 276 566 2010-11-30T17:05:24Z RPPhotFlux 324B sPS 110 2Jy grn gamDra 0002 276 566 2010-11-30T17:11:03Z RPPhotFlux 324A cPS 10Jy grn Flora 0002 162 566 2010-12-01T05:46:19Z RPPhotFlux 631A sPS 070 Planck grn Flora 0001 286 566 2010-12-01T05:50:04Z RPPhotFlux 631A sPS 110 Planck grn Flora 0001 286 566 2010-12-01T05:55:53Z RPPhotFlux 324A cPS 20Jy blu Flora 0002 162 566 2010-12-01T06:01:42Z RPPhotFlux 631A sPS 070 Planck blu Flora 0001 286 566 2010-12-01T06:05:27Z RPPhotFlux 631A sPS 110 Planck blu Flora 0001 286 566 2010-12-01T06:11:16Z RPSpecFlux 433A StdRange AbsFluxA BetaPeg 0002 1879 566 2010-12-01T14:17:33Z RPSpecFlux 433A StdRange AbsFluxB BetaPeg 0002 1373 566 2010-12-01T14:51:00Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 399

13.2.27 Cycle#28 (ODs 567-580) Table 153: PACS Routine Phase calibration AORs in cycle#28. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0024 627 570 2010-12-04T19:00:04Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0024 625 570 2010-12-04T19:12:39Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0024 623 570 2010-12-04T19:25:10Z RPPhotFlux 324A cPS 5Jy grn betPeg 0002 152 579 2010-12-13T15:34:41Z RPPhotFlux 324B sPS 070 5Jy grn betPeg 0002 276 579 2010-12-13T15:38:16Z RPPhotFlux 324B sPS 110 5Jy grn betPeg 0002 276 579 2010-12-13T15:43:55Z RPPhotFlux 324A cPS 10Jy blu betPeg 0002 152 579 2010-12-13T15:49:34Z RPPhotFlux 324B sPS 070 10Jy blu betPeg 0002 276 579 2010-12-13T15:53:09Z RPPhotFlux 324B sPS 110 10Jy blu betPeg 0002 276 579 2010-12-13T15:58:48Z RPPhotFlux 324A cPS lo1000Jy blu Uranus 0002 162 579 2010-12-13T17:11:32Z RPPhotFlux 631A sPS 070 Planck lo blu Uranus 0001 286 579 2010-12-13T17:15:17Z RPPhotFlux 631A sPS 110 Planck lo blu Uranus 0001 286 579 2010-12-13T17:21:06Z RPPhotFlux 324A cPS lo1000Jy grn Uranus 0002 162 579 2010-12-13T17:26:55Z RPPhotFlux 631A sPS 070 Planck lo grn Uranus 0001 286 579 2010-12-13T17:30:40Z RPPhotFlux 631A sPS 110 Planck lo grn Uranus 0001 286 579 2010-12-13T17:36:29Z RPPhotFlux 324A cPS 50Jy blu Hebe 0002 162 579 2010-12-14T00:06:38Z RPPhotFlux 631A sPS 070 Planck blu Hebe 0002 286 579 2010-12-14T00:10:23Z RPPhotFlux 631A sPS 110 Planck blu Hebe 0002 286 579 2010-12-14T00:16:12Z RPPhotFlux 324A cPS 20Jy grn Hebe 0002 162 579 2010-12-14T00:22:01Z RPPhotFlux 631A sPS 070 Planck grn Hebe 0002 286 579 2010-12-14T00:25:46Z RPPhotFlux 631A sPS 110 Planck grn Hebe 0002 286 579 2010-12-14T00:31:35Z RPSpecFlux 611A StdSED sedb2a Hebe 0001 1140 579 2010-12-14T01:30:15Z RPSpecFlux 611A StdSED sedb2b Hebe 0001 2268 579 2010-12-14T01:51:24Z RPSpecFlux 611A StdSED sedb3a Hebe 0001 2940 579 2010-12-14T02:31:22Z RPSpecFlux 433A StdRange AbsFluxA Hebe 0001 979 579 2010-12-14T03:22:28Z RPSpecFlux 433A StdRange AbsFluxB Hebe 0001 711 579 2010-12-14T03:40:55Z RPSpecFlux 611A StdSED sedb2a Uranus 0001 1140 579 2010-12-14T03:56:43Z RPSpecFlux 611A StdSED sedb2b Uranus 0001 2268 579 2010-12-14T04:17:52Z RPSpecFlux 611A StdSED sedb3a Uranus 0001 2940 579 2010-12-14T04:57:50Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0001 979 579 2010-12-14T05:48:56Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0001 711 579 2010-12-14T06:07:23Z RPSpecWave 421A StdLS NGC6543 A 0011 1625 579 2010-12-14T10:02:44Z RPSpecWave 421A StdLS NGC6543 B 0011 1568 579 2010-12-14T10:31:59Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0003 969 579 2010-12-14T11:08:00Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0003 701 579 2010-12-14T11:26:17Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0025 627 580 2010-12-14T14:59:43Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0025 625 580 2010-12-14T15:12:18Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0025 623 580 2010-12-14T15:24:49Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 400

13.2.28 Cycle#29 (ODs 581-594) Table 154: PACS Routine Phase calibration AORs in cycle#29. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 20Jy blu alfBoo 0002 152 583 2010-12-17T16:30:21Z RPPhotFlux 324B sPS 070 20Jy blu alfBoo 0002 276 583 2010-12-17T16:33:56Z RPPhotFlux 324B sPS 110 20Jy blu alfBoo 0002 276 583 2010-12-17T16:39:35Z RPPhotFlux 324A cPS 10Jy grn alfBoo 0002 152 583 2010-12-17T16:45:14Z RPPhotFlux 324B sPS 070 10Jy grn alfBoo 0002 276 583 2010-12-17T16:48:49Z RPPhotFlux 324B sPS 110 10Jy grn alfBoo 0002 276 583 2010-12-17T16:54:28Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0026 627 589 2010-12-24T07:56:49Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0026 625 589 2010-12-24T08:09:24Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0026 623 589 2010-12-24T08:21:55Z RPElecEDAC 811A 5476A 0 na 0001 6 589 2010-12-24T11:40:18Z RPSpecFlux 721A StdSED sedb2a s DarkField 0003 1130 590 2010-12-24T15:09:35Z RPSpecFlux 721A StdSED sedb2b s DarkField 0003 2258 590 2010-12-24T15:30:34Z RPSpecFlux 721A StdSED sedb3a s DarkField 0003 2930 590 2010-12-24T16:10:22Z RPSpecFlux 721A StdSED sedb2a m DarkField 0003 1135 590 2010-12-24T17:01:24Z RPSpecFlux 721A StdSED sedb2b m DarkField 0003 2263 590 2010-12-24T17:22:28Z RPSpecFlux 721A StdSED sedb3a m DarkField 0003 2935 590 2010-12-24T18:02:21Z RPSpecFlux 721A StdSED sedb2a l DarkField 0003 1139 590 2010-12-24T18:53:28Z RPSpecFlux 721A StdSED sedb2b l DarkField 0003 2267 590 2010-12-24T19:14:36Z RPSpecFlux 721A StdSED sedb3a l DarkField 0003 2939 590 2010-12-24T19:54:33Z RPSpecFlux 433B StdRange UnchopFluxB2A Uranus 01 200 590 2010-12-25T09:43:43Z RPSpecFlux 433B StdRange UnchopFluxB2A UranusOff 01 190 590 2010-12-25T09:49:14Z RPSpecFlux 433B StdRange UnchopFluxB2B Uranus 01 378 590 2010-12-25T09:54:32Z RPSpecFlux 433B StdRange UnchopFluxB2B UranusOff 01 368 590 2010-12-25T10:02:58Z RPSpecFlux 433B StdRange UnchopFluxB3A Uranus 01 386 590 2010-12-25T10:11:12Z RPSpecFlux 433B StdRange UnchopFluxB3A UranusOff 01 376 590 2010-12-25T10:19:44Z RPSpecFlux 438B StdSED nochop sedb2a Uranus 0001 349 590 2010-12-25T10:28:12Z RPSpecFlux 438B StdSED nochop sedb2a UranusOff 0001 339 590 2010-12-25T10:36:13Z RPSpecFlux 438B StdSED nochop sedb2b Uranus 0001 679 590 2010-12-25T10:44:01Z RPSpecFlux 438B StdSED nochop sedb2b UranusOff 0001 669 590 2010-12-25T10:57:29Z RPSpecFlux 438B StdSED nochop sedb3a Uranus 0001 877 590 2010-12-25T11:10:48Z RPSpecFlux 438B StdSED nochop sedb3a UranusOff 0001 867 590 2010-12-25T11:27:35Z RPPhotFlux 324A cPS 10Jy grn Juno 0002 162 593 2010-12-28T03:08:18Z RPPhotFlux 631A sPS70 Planck grn Juno 0001 286 593 2010-12-28T03:12:03Z RPPhotFlux 631A sPS110 Planck grn Juno 0001 286 593 2010-12-28T03:17:52Z RPPhotFlux 324A cPS 20Jy blu Juno 0002 162 593 2010-12-28T03:23:41Z RPPhotFlux 631A sPS70 Planck blu Juno 0001 286 593 2010-12-28T03:27:26Z RPPhotFlux 631A sPS110 Planck blu Juno 0001 286 593 2010-12-28T03:33:15Z RPSpecFlux 611A StdSED sedb2a Juno 0001 1140 593 2010-12-28T04:31:55Z RPSpecFlux 611A StdSED sedb2b Juno 0001 2268 593 2010-12-28T04:53:04Z RPSpecFlux 611A StdSED sedb3a Juno 0001 2940 593 2010-12-28T05:33:02Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 401

13.2.29 Cycle#30 (ODs 595-608) Table 155: PACS Routine Phase calibration AORs in cycle#30. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0002 6 597 2011-01-01T11:15:34Z RPSpecWave 421A StdLS NGC6543 A 0012 1625 598 2011-01-02T00:07:32Z RPSpecWave 421A StdLS NGC6543 B 0012 1568 598 2011-01-02T00:36:47Z RPSpecFlux 433A StdRange AbsFluxA GammaDra 0001 7391 598 2011-01-02T04:58:39Z RPSpecFlux 433A StdRange AbsFluxB GammaDra 0001 5425 598 2011-01-02T07:03:58Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0027 627 598 2011-01-02T08:36:34Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0027 625 598 2011-01-02T08:49:09Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0027 623 598 2011-01-02T09:01:40Z RPPhotFlux 328A nStdScan FlatField blu 1 Arp220 03 3294 607 2011-01-10T19:03:59Z RPPhotFlux 328A nStdScan FlatField blu 2 Arp220 03 3294 607 2011-01-10T19:59:56Z RPPhotFlux 321A cPS repro blu gamDra 0023 152 607 2011-01-10T21:37:45Z RPPhotFlux 321B sPS 070 repro blu gamDra 0023 276 607 2011-01-10T21:41:20Z RPPhotFlux 321B sPS 110 repro blu gamDra 0023 276 607 2011-01-10T21:46:59Z RPPhotFlux 324A cPS 2Jy grn gamDra 0002 152 607 2011-01-10T21:52:38Z RPPhotFlux 324B sPS 070 200mJy grn delDra 00r2 840 607 2011-01-10T21:59:13Z RPPhotFlux 324B sPS 110 200mJy grn delDra 00r2 840 607 2011-01-10T22:14:16Z RPPhotFlux 324B sPS 070 500mJy blu delDra 00r2 840 607 2011-01-10T22:29:19Z RPPhotFlux 324B sPS 110 500mJy blu delDra 00r2 840 607 2011-01-10T22:44:22Z RPPhotFlux 324A cPS 2Jy grn betAnd 0002 152 607 2011-01-10T23:14:41Z RPPhotFlux 324B sPS 070 2Jy grn betAnd 0002 276 607 2011-01-10T23:18:16Z RPPhotFlux 324B sPS 110 2Jy grn betAnd 0002 276 607 2011-01-10T23:23:55Z RPPhotFlux 324A cPS 5Jy blu betAnd 0002 152 607 2011-01-10T23:29:34Z RPPhotFlux 324B sPS 070 5Jy blu betAnd 0002 276 607 2011-01-10T23:33:09Z RPPhotFlux 324B sPS 110 5Jy blu betAnd 0002 276 607 2011-01-10T23:38:48Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0028 627 608 2011-01-12T09:06:39Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0028 625 608 2011-01-12T09:19:14Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0028 623 608 2011-01-12T09:31:45Z RPElecEDAC 811A 5476A 10 na 0001 6 608 2011-01-12T09:42:12Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 402

13.2.30 Cycle#31 (ODs 609-622) Table 156: PACS Routine Phase calibration AORs in cycle#31. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0003 6 609 2011-01-13T10:03:05Z RPSpecFlux 433A StdRange AbsFluxA Callisto 0001 979 610 2011-01-14T07:30:11Z RPSpecFlux 433A StdRange AbsFluxB Callisto 0001 711 610 2011-01-14T07:48:38Z RPSpecFlux 438A StdSED sedb2a Callisto 0001 1140 610 2011-01-14T08:02:41Z RPSpecFlux 438A StdSED sedb2b Callisto 0001 2268 610 2011-01-14T08:23:50Z RPSpecFlux 438A StdSED sedb3a Callisto 0001 2940 610 2011-01-14T09:03:48Z RPPhotFlux 324A cPS 10Jy grn Europa 0003 162 613 2011-01-16T19:34:48Z RPPhotFlux 631A sPS070 Planck grn Europa 0001 286 613 2011-01-16T19:38:33Z RPPhotFlux 631A sPS110 Planck grn Europa 0001 286 613 2011-01-16T19:44:22Z RPPhotFlux 324A cPS 20Jy blu Europa 0003 162 613 2011-01-16T19:50:11Z RPPhotFlux 631A sPS070 Planck blu Europa 0001 286 613 2011-01-16T19:53:56Z RPPhotFlux 631A sPS110 Planck blu Europa 0001 286 613 2011-01-16T19:59:45Z RPSpecFlux 611A StdSED sedb2a Europa 0001 1140 613 2011-01-16T20:58:25Z RPSpecFlux 611A StdSED sedb2b Europa 0001 2268 613 2011-01-16T21:19:34Z RPSpecFlux 611A StdSED sedb3a Europa 0001 2940 613 2011-01-16T21:59:32Z RPSpecFlux 433A StdRange AbsFluxA Europa 0001 979 613 2011-01-16T22:50:38Z RPSpecFlux 433A StdRange AbsFluxB Europa 0001 711 613 2011-01-16T23:09:05Z RPPhotFlux 324A cPS 2Jy grn alfCet 0002 152 614 2011-01-18T07:28:09Z RPPhotFlux 324B sPS 070 2Jy grn alfCet 0002 276 614 2011-01-18T07:31:44Z RPPhotFlux 324B sPS 110 2Jy grn alfCet 0002 276 614 2011-01-18T07:37:23Z RPPhotFlux 324A cPS 5Jy blu alfCet 0002 152 614 2011-01-18T07:43:02Z RPPhotFlux 324B sPS 070 5Jy blu alfCet 0002 276 614 2011-01-18T07:46:37Z RPPhotFlux 324B sPS 110 5Jy blu alfCet 0002 276 614 2011-01-18T07:52:16Z RPPhotFlux 324B sPS 070 1Jy grn alfAri 0003 840 614 2011-01-18T08:44:10Z RPPhotFlux 324B sPS 110 1Jy grn alfAri 0003 840 614 2011-01-18T08:59:13Z RPPhotFlux 324B sPS 070 2Jy blu alfAri 0003 840 614 2011-01-18T09:14:16Z RPPhotFlux 324B sPS 110 2Jy blu alfAri 0003 840 614 2011-01-18T09:29:19Z RPSpecFlux 622A StdRS 172 220 NGC7027 0001 3632 617 2011-01-20T15:54:33Z RPSpecFlux 622B StdRS 195 210 NGC7027 0001 6104 617 2011-01-20T16:57:13Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0029 627 617 2011-01-20T18:45:34Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0029 625 617 2011-01-20T18:58:09Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0029 623 617 2011-01-20T19:10:40Z RPSpecFlux 433A StdRange AbsFluxA AlphaCet 0002 11085 617 2011-01-21T03:36:58Z RPSpecFlux 433A StdRange AbsFluxB AlphaCet 0002 8135 617 2011-01-21T06:43:51Z RPElecEDAC 811A 5476A 10 na 0002 6 622 2011-01-26T09:43:38Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 403

13.2.31 Cycle#32 (ODs 623-636) Table 157: PACS Routine Phase calibration AORs in cycle#32. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 20Jy grn Hebe 0003 162 627 2011-01-31T01:36:13Z RPPhotFlux 324B sPS 070 20Jy grn Hebe 0003 286 627 2011-01-31T01:39:58Z RPPhotFlux 324B sPS 110 20Jy grn Hebe 0003 286 627 2011-01-31T01:45:47Z RPPhotFlux 324A cPS 50Jy blu Hebe 0003 162 627 2011-01-31T01:51:36Z RPPhotFlux 324B sPS 070 50Jy blu Hebe 0003 286 627 2011-01-31T01:55:21Z RPPhotFlux 324B sPS 110 50Jy blu Hebe 0003 286 627 2011-01-31T02:01:10Z RPElecEDAC 811A 5476A 0 na 0004 6 627 2011-01-31T09:42:39Z RPPhotFlux 324B sPS 070 fast grn delDra 0001 1205 628 2011-01-31T18:58:43Z RPPhotFlux 324B sPS 110 fast grn delDra 0001 1205 628 2011-01-31T19:19:51Z RPPhotFlux 324B sPS 070 fast blu delDra 0001 1205 628 2011-01-31T19:40:59Z RPPhotFlux 324B sPS 110 fast blu delDra 0001 1205 628 2011-01-31T20:02:07Z RPPhotFlux 324B sPS 070 20mJy grn HD159330 0003 4224 628 2011-01-31T20:25:44Z RPPhotFlux 324B sPS 110 20mJy grn HD159330 0003 4224 628 2011-01-31T21:37:11Z RPPhotFlux 324B sPS 070 50mJy blu HD159330 0003 1686 628 2011-01-31T22:48:38Z RPPhotFlux 324B sPS 110 50mJy blu HD159330 0003 1686 628 2011-01-31T23:17:47Z RPPhotFlux 321A cPS repro blu gamDra 0024 152 628 2011-01-31T23:48:21Z RPPhotFlux 321B sPS 070 repro blu gamDra 0024 276 628 2011-01-31T23:51:56Z RPPhotFlux 321B sPS 110 repro blu gamDra 0024 276 628 2011-01-31T23:57:35Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0030 627 629 2011-02-02T05:57:03Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0030 625 629 2011-02-02T06:09:38Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0030 623 629 2011-02-02T06:22:09Z RPSpecWave 421A StdLS NGC6543 A 0013 1625 629 2011-02-02T06:36:18Z RPSpecWave 421A StdLS NGC6543 B 0013 1568 629 2011-02-02T07:05:33Z RPSpecFlux 433A StdRange AbsFluxA Hebe 0002 979 633 2011-02-05T11:13:15Z RPSpecFlux 433A StdRange AbsFluxB Hebe 0002 711 633 2011-02-05T11:31:42Z RPSpecFlux 622A StdRS 172 220 AFGL4106 0001 3632 633 2011-02-06T06:48:46Z RPSpecFlux 622B StdRS 195 210 AFGL4106 0001 6104 633 2011-02-06T07:51:26Z RPElecEDAC 811A 5476A 10 na 0003 6 636 2011-02-09T09:49:09Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 404

13.2.32 Cycle#33 (ODs 637-650) Table 158: PACS Routine Phase calibration AORs in cycle#33. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0031 627 637 2011-02-10T01:45:52Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0031 625 637 2011-02-10T01:58:27Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0031 623 637 2011-02-10T02:10:58Z RPElecEDAC 811A 5476A 0 na 0005 6 637 2011-02-10T09:48:12Z RPPhotFlux 324B sPS 070 500mJy grn epsLep 0003 840 640 2011-02-12T22:41:48Z RPPhotFlux 324B sPS 110 500mJy grn epsLep 0003 840 640 2011-02-12T22:56:51Z RPPhotFlux 324A cPS 20Jy blu alfTau 0003 152 640 2011-02-12T23:17:59Z RPPhotFlux 324B sPS 070 20Jy blu alfTau 0003 276 640 2011-02-12T23:21:34Z RPPhotFlux 324B sPS 110 20Jy blu alfTau 0003 276 640 2011-02-12T23:27:13Z RPPhotFlux 324A cPS 10Jy grn alfTau 0003 152 640 2011-02-12T23:32:52Z RPPhotFlux 324B sPS 070 10Jy grn alfTau 0003 276 640 2011-02-12T23:36:27Z RPPhotFlux 324B sPS 110 10Jy grn alfTau 0003 276 640 2011-02-12T23:42:06Z RPPhotFPG 262B gcPS tmax320 nnods12 blu HIP18744 1 2548 649 2011-02-21T11:18:23Z RPPhotFPG 262B gcPS tmax320 nnods12 blu HIP15474 1 2548 649 2011-02-21T12:08:11Z RPPhotFPG 262B gcPS tmax320 nnods12 blu HIP82273 1 2548 649 2011-02-21T13:04:50Z RPPhotFlux 323A cPS 52Jy blu c33 Hygiea 03 162 649 2011-02-21T23:55:16Z RPPhotFlux 323B sPS 070 52Jy blu c33 Hygiea 03 286 649 2011-02-21T23:59:01Z RPPhotFlux 323B sPS 110 52Jy blu c33 Hygiea 03 286 649 2011-02-22T00:04:50Z RPPhotFlux 324A cPS 20Jy grn Hygiea 0003 162 649 2011-02-22T00:10:39Z RPPhotFlux 631A sPS 070 Planck grn Hygiea 0001 286 649 2011-02-22T00:14:24Z RPPhotFlux 631A sPS 110 Planck grn Hygiea 0001 286 649 2011-02-22T00:20:13Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0001 979 649 2011-02-22T01:18:47Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0001 711 649 2011-02-22T01:37:14Z RPSpecFlux 611A StdSED sedb2a Hygiea 0001 1140 649 2011-02-22T01:51:17Z RPSpecFlux 611A StdSED sedb2b Hygiea 0001 2268 649 2011-02-22T02:12:26Z RPSpecFlux 611A StdSED sedb3a Hygiea 0001 2940 649 2011-02-22T02:52:24Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0032 627 649 2011-02-22T03:53:51Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0032 625 649 2011-02-22T04:06:26Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0032 623 649 2011-02-22T04:18:57Z RPElecEDAC 811A 5476A 10 na 0004 6 650 2011-02-23T10:13:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 405

13.2.33 Cycle#34 (ODs 651-664) Table 159: PACS Routine Phase calibration AORs in cycle#34. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0006 6 653 2011-02-26T10:17:26Z RPSpecWave 421A StdLS NGC6543 A 0014 1625 656 2011-03-01T08:15:47Z RPSpecWave 421A StdLS NGC6543 B 0014 1568 656 2011-03-01T08:45:02Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0033 627 656 2011-03-01T09:14:57Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0033 625 656 2011-03-01T09:27:32Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0033 623 656 2011-03-01T09:40:03Z RPPhotFlux 324A cPS 10Jy blu Cybele 0003 162 662 2011-03-06T20:49:47Z RPPhotFlux 324B sPS 070 10Jy blu Cybele 0003 286 662 2011-03-06T20:53:32Z RPPhotFlux 324B sPS 110 10Jy blu Cybele 0003 286 662 2011-03-06T20:59:21Z RPPhotFlux 324A cPS 2Jy red Cybele 0003 162 662 2011-03-06T21:05:10Z RPPhotFlux 324B sPS 070 5Jy grn Cybele 0003 286 662 2011-03-06T21:08:55Z RPPhotFlux 324B sPS 110 5Jy grn Cybele 0003 286 662 2011-03-06T21:14:44Z RPPhotFlux 321A cPS repro blu gamDra 0025 152 662 2011-03-06T21:36:19Z RPPhotFlux 321B sPS 070 repro blu gamDra 0025 276 662 2011-03-06T21:39:54Z RPPhotFlux 321B sPS 110 repro blu gamDra 0025 276 662 2011-03-06T21:45:33Z RPPhotFlux 323A cPS 61Jy blu c34 Hygiea 03 162 663 2011-03-08T03:00:10Z RPPhotFlux 323B sPS 070 61Jy blu c34 Hygiea 03 286 663 2011-03-08T03:03:55Z RPPhotFlux 323B sPS 110 61Jy blu c34 Hygiea 03 286 663 2011-03-08T03:09:44Z RPPhotSpatial 314C StdScan045 med blu Hygiea 0001 1055 663 2011-03-08T03:15:33Z RPPhotSpatial 314C StdScan135 med blu Hygiea 0001 1055 663 2011-03-08T03:34:11Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0002 979 663 2011-03-08T04:45:34Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0002 711 663 2011-03-08T05:04:01Z RPSpecFlux 622A StdRS 172 220 CRL618 0001 3632 664 2011-03-09T08:50:04Z RPSpecFlux 622B StdRS 195 210 CRL618 0001 6104 664 2011-03-09T09:52:44Z RPElecEDAC 811A 5476A 10 na 0005 6 664 2011-03-09T13:29:19Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 406

13.2.34 Cycle#35 (ODs 665-678) Table 160: PACS Routine Phase calibration AORs in cycle#35. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPSpecAOTVal 525B nStdLSnCFaint OICII 2x2 NGC6946 1 2473 665 2011-03-10T17:57:34Z RPSpecAOTVal 525C nStdLSnCBrigh OICII 2x2 NGC6946 1 1717 665 2011-03-10T17:57:34Z RPSpecAOTVal 525B nStdLSnCFaint OICII 2x2 NGC6946 2 2473 665 2011-03-10T19:11:38Z RPSpecAOTVal 525C nStdLSnCBrigh OICII 2x2 NGC6946 2 1717 665 2011-03-10T19:54:58Z RPSpecAOTVal 525D nStdLSnCBrigh A 2x2 NGC6543 1 966 665 2011-03-10T20:27:33Z RPSpecAOTVal 525D nStdLSnCBrigh B 2x2 NGC6543 1 967 665 2011-03-10T20:45:49Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0034 627 665 2011-03-10T21:05:41Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0034 625 665 2011-03-10T21:18:16Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0034 623 665 2011-03-10T21:30:47Z RPElecEDAC 811A 5476A 0 na 0007 6 665 2011-03-10T21:41:14Z RPPhotFlux 324A cPS 2Jy grn gamDra 0003 152 670 2011-03-15T03:09:34Z RPPhotFlux 324B sPS 070 2Jy grn gamDra 0003 276 670 2011-03-15T03:13:09Z RPPhotFlux 324B sPS 110 2Jy grn gamDra 0003 276 670 2011-03-15T03:18:48Z RPPhotFlux 323A cPS 106Jy blu c35 Vesta 03 162 677 2011-03-22T09:53:08Z RPPhotFlux 323B sPS 070 106Jy blu c35 Vesta 03 286 677 2011-03-22T09:56:53Z RPPhotFlux 323B sPS 110 106Jy blu c35 Vesta 03 286 677 2011-03-22T10:02:42Z RPPhotSpatial 314C StdScan045 med blu Vesta 0001 1055 677 2011-03-22T10:08:31Z RPPhotSpatial 314C StdScan135 med blu Vesta 0001 1055 677 2011-03-22T10:27:09Z RPPhotSpatial 314C StdScan045 med grn Vesta 0001 1055 677 2011-03-22T10:45:47Z RPPhotSpatial 314C StdScan135 med grn Vesta 0001 1055 677 2011-03-22T11:04:25Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0002 979 677 2011-03-22T12:15:48Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0002 711 677 2011-03-22T12:34:15Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0035 627 677 2011-03-22T12:58:07Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0035 625 677 2011-03-22T13:10:42Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0035 623 677 2011-03-22T13:23:13Z RPElecEDAC 811A 5476A 10 na 0006 6 679† 2011-03-24T01:51:01Z † delayed into DTCP-679 because of continuous PACS-S operation from OD 677 into DTCP-679 with this AOR preceding the terminating orbit epilogue in DTCP-679 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 407

13.2.35 Cycle#36 (ODs 679-692) Table 161: PACS Routine Phase calibration AORs in cycle#36. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 2Jy blu betGem 0003 448 684 2011-03-29T04:00:06Z RPPhotFlux 324B sPS 070 2Jy blu betGem 0003 840 684 2011-03-29T04:08:37Z RPPhotFlux 324B sPS 110 2Jy blu betGem 0003 840 684 2011-03-29T04:23:40Z RPPhotFlux 324A cPS 1Jy grn betGem 0003 448 684 2011-03-29T04:38:43Z RPPhotFlux 324B sPS 070 1Jy grn betGem 0003 840 684 2011-03-29T04:47:14Z RPPhotFlux 324B sPS 110 1Jy grn betGem 0003 840 684 2011-03-29T05:02:17Z RPPhotFlux 321A cPS repro blu gamDra 0026 152 684 2011-03-29T18:12:00Z RPPhotFlux 321B sPS 070 repro blu gamDra 0026 276 684 2011-03-29T18:15:35Z RPPhotFlux 321B sPS 110 repro blu gamDra 0026 276 684 2011-03-29T18:21:14Z RPPhotFlux 324A cPS 5Jy blu Lutetia 0003 162 684 2011-03-29T20:44:01Z RPPhotFlux 324B sPS 070 5Jy blu Lutetia 0003 286 684 2011-03-29T20:47:46Z RPPhotFlux 324B sPS 110 5Jy blu Lutetia 0003 286 684 2011-03-29T20:53:35Z RPPhotFlux 324A cPS 2Jy grn Lutetia 0003 162 684 2011-03-29T20:59:24Z RPPhotFlux 324B sPS 070 2Jy grn Lutetia 0003 286 684 2011-03-29T21:03:09Z RPPhotFlux 324B sPS 110 2Jy grn Lutetia 0003 286 684 2011-03-29T21:08:58Z RPElecEDAC 811A 5476A 0 na 0008 6 684 2011-03-29T21:13:48Z RPPhotFlux 631A sPS 070 Planck blu Davida 0001 286 686 2011-03-31T12:14:08Z RPPhotFlux 631A sPS 110 Planck blu Davida 0001 286 686 2011-03-31T12:19:57Z RPPhotFlux 631A sPS 070 Planck grn Davida 0001 286 686 2011-03-31T12:25:46Z RPPhotFlux 631A sPS 110 Planck grn Davida 0001 286 686 2011-03-31T12:31:35Z RPPhotFlux 323A cPS 120Jy blu c36 Vesta 03 162 686 2011-03-31T12:40:33Z RPPhotFlux 323B sPS 070 120Jy blu c36 Vesta 03 286 686 2011-03-31T12:44:18Z RPPhotFlux 323B sPS 110 120Jy blu c36 Vesta 03 286 686 2011-03-31T12:50:07Z RPPhotFlux 324A cPS 200Jy blu Pallas 0003 162 686 2011-03-31T13:00:41Z RPPhotFlux 324B sPS 070 200Jy blu Pallas 0003 286 686 2011-03-31T13:04:26Z RPPhotFlux 324B sPS 110 200Jy blu Pallas 0003 286 686 2011-03-31T13:10:15Z RPPhotFlux 324A cPS 50Jy red Pallas 0003 162 686 2011-03-31T13:16:04Z RPPhotFlux 324B sPS 070 50Jy red Pallas 0003 286 686 2011-03-31T13:19:49Z RPPhotFlux 324B sPS 110 50Jy red Pallas 0003 286 686 2011-03-31T13:25:38Z RPSpecFlux 433A StdRange AbsFluxA Pallas 0002 979 686 2011-03-31T14:24:12Z RPSpecFlux 433A StdRange AbsFluxB Pallas 0002 711 686 2011-03-31T14:42:39Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0003 979 686 2011-03-31T15:00:18Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0003 711 686 2011-03-31T15:18:45Z RPSpecFlux 611A StdSED sedb2a Vesta 0002 1140 686 2011-03-31T15:32:48Z RPSpecFlux 611A StdSED sedb2b Vesta 0002 2268 686 2011-03-31T15:53:57Z RPSpecFlux 611A StdSED sedb3a Vesta 0002 2940 686 2011-03-31T16:33:55Z RPSpecFlux 611B StdSED nochop sedb2a Vesta 0001 349 686 2011-03-31T17:25:07Z RPSpecFlux 611B StdSED nochop sedb2a VestaOff 0001 339 686 2011-03-31T17:33:08Z RPSpecFlux 611B StdSED nochop sedb2b Vesta 0001 679 686 2011-03-31T17:40:56Z RPSpecFlux 611B StdSED nochop sedb2b VestaOff 0001 669 686 2011-03-31T17:54:24Z RPSpecFlux 611B StdSED nochop sedb3a Vesta 0001 877 686 2011-03-31T18:07:43Z RPSpecFlux 611B StdSED nochop sedb3a VestaOff 0001 867 686 2011-03-31T18:24:30Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0036 627 686 2011-03-31T22:39:50Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0036 625 686 2011-03-31T22:52:25Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 408

Table 161: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0036 623 686 2011-03-31T23:04:56Z RPSpecWave 421A StdLS NGC6543 A 0015 1625 690 2011-04-04T01:59:13Z RPSpecWave 421A StdLS NGC6543 B 0015 1568 690 2011-04-04T02:28:28Z RPElecEDAC 811A 5476A 10 na 0007 6 692 2011-04-06T00:32:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 409

13.2.36 Cycle#37 (ODs 693-706) Table 162: PACS Routine Phase calibration AORs in cycle#37. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 1Jy blu omeCap 0003 840 697 2011-04-10T22:45:09Z RPPhotFlux 324B sPS 110 1Jy blu omeCap 0003 840 697 2011-04-10T23:00:12Z RPPhotFlux 324B sPS 070 500mJy grn omeCap 0003 840 697 2011-04-10T23:15:15Z RPPhotFlux 324B sPS 110 500mJy grn omeCap 0003 840 697 2011-04-10T23:30:18Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0037 627 697 2011-04-11T12:05:33Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0037 625 697 2011-04-11T12:18:08Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0037 623 697 2011-04-11T12:30:39Z RPSpecFlux 622A StdRS 172 220 AFGL2688 0001 3632 697 2011-04-11T12:47:42Z RPSpecFlux 622B StdRS 195 210 AFGL2688 0001 6104 697 2011-04-11T13:50:22Z RPElecEDAC 811A 5476A 0 na 0009 6 697 2011-04-11T23:02:31Z RPPhotFlux 631A sPS 070 Planck blu Interamnia 0002 276 703 2011-04-17T13:29:07Z RPPhotFlux 631A sPS 110 Planck blu Interamnia 0002 276 703 2011-04-17T13:34:56Z RPPhotFlux 631A sPS 070 Planck grn Interamnia 0002 276 703 2011-04-17T13:40:45Z RPPhotFlux 631A sPS 110 Planck grn Interamnia 0002 276 703 2011-04-17T13:46:34Z RPPhotFlux 323A cPS 132Jy blu c37 Vesta 03 162 703 2011-04-17T13:53:54Z RPPhotFlux 323B sPS 070 132Jy blu c37 Vesta 03 276 703 2011-04-17T13:57:39Z RPPhotFlux 323B sPS 110 132Jy blu c37 Vesta 03 276 703 2011-04-17T14:03:28Z RPPhotFlux 323A cPS 75Jy grn c37 Vesta 03 162 703 2011-04-17T14:09:17Z RPPhotFlux 323B sPS 070 75Jy grn c37 Vesta 03 276 703 2011-04-17T14:13:02Z RPPhotFlux 323B sPS 110 75Jy grn c37 Vesta 03 276 703 2011-04-17T14:18:51Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0004 979 703 2011-04-17T15:17:25Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0004 711 703 2011-04-17T15:35:52Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0038 627 706 2011-04-20T11:41:00Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0038 625 706 2011-04-20T11:53:35Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0038 623 706 2011-04-20T12:06:06Z RPElecEDAC 811A 5476A 10 na 0008 6 706 2011-04-20T22:58:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 410

13.2.37 Cycle#38 (ODs 707-720) Table 163: PACS Routine Phase calibration AORs in cycle#38. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0027 152 715 2011-04-29T19:49:27Z RPPhotFlux 321B sPS 070 repro blu gamDra 0027 276 715 2011-04-29T19:53:02Z RPPhotFlux 321B sPS 110 repro blu gamDra 0027 276 715 2011-04-29T19:58:41Z RPPhotFlux 324A cPS 200Jy red Neptune 0003 162 716 2011-04-29T23:37:18Z RPPhotFlux 324B sPS 070 200Jy red Neptune 0003 286 716 2011-04-29T23:41:03Z RPPhotFlux 324B sPS 110 200Jy red Neptune 0003 286 716 2011-04-29T23:46:52Z RPPhotFlux 324A cPS 200Jy grn Neptune 0003 162 716 2011-04-29T23:52:41Z RPPhotFlux 324B sPS 070 200Jy grn Neptune 0003 286 716 2011-04-29T23:56:26Z RPPhotFlux 324B sPS 110 200Jy grn Neptune 0003 286 716 2011-04-30T00:02:15Z RPSpecFPG 411H GyroNodLineSpec OI63 AFGL2591 0001 3185 716 2011-04-30T15:34:55Z RPSpecFPG 411H StrNodLineSpec OI63 AFGL2591 0001 2650 716 2011-04-30T16:30:07Z RPSpecWave 421A StdLS NGC6543 A 0016 1625 716 2011-04-30T17:20:26Z RPSpecWave 421A StdLS NGC6543 B 0016 1568 716 2011-04-30T17:49:41Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0039 627 716 2011-04-30T18:19:36Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0039 625 716 2011-04-30T18:32:11Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0039 623 716 2011-04-30T18:44:42Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0002 979 716 2011-04-30T19:08:19Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0002 711 716 2011-04-30T19:26:46Z RPSpecFlux 4310A nStd 25x25RCp 00 w55B2A Neptune 01 10667 717 2011-05-01T00:29:24Z RPSpecFlux 4310A nStd 25x25RCp 00 w68B2A Neptune 01 10665 717 2011-05-01T03:29:20Z RPSpecFlux 4310A nStd 25x25RCp 00 w68B3A Neptune 01 10665 717 2011-05-01T06:29:16Z RPSpecFlux 4310A nStd 25x25RCp 00 w73B2B Neptune 01 10664 717 2011-05-01T09:29:09Z RPSpecFlux 4310A nStd 25x25RCp 00 w84B2A Neptune 01 10662 717 2011-05-01T12:29:00Z RPSpecFlux 4310A nStd 25x25RCp 00 w94B2A Neptune 01 10663 717 2011-05-01T15:28:51Z RPElecEDAC 811A 5476A 0 na 0010 6 717 2011-05-01T20:13:19Z RPPhotFlux 323A cPS 159Jy blu c38 Vesta 03 162 720 2011-05-04T10:52:08Z RPPhotFlux 323B sPS 070 159Jy blu c38 Vesta 03 286 720 2011-05-04T10:55:53Z RPPhotFlux 323B sPS 110 159Jy blu c38 Vesta 03 286 720 2011-05-04T11:01:42Z RPPhotFlux 323A cPS 90Jy grn c38 Vesta 03 162 720 2011-05-04T11:07:31Z RPPhotFlux 323B sPS 070 90Jy grn c38 Vesta 03 286 720 2011-05-04T11:11:16Z RPPhotFlux 323B sPS 110 90Jy grn c38 Vesta 03 286 720 2011-05-04T11:17:05Z RPPhotFlux 631A sPS 070 Planck blu Pallas 0002 286 720 2011-05-04T11:27:52Z RPPhotFlux 631A sPS 110 Planck blu Pallas 0002 286 720 2011-05-04T11:33:41Z RPPhotFlux 631A sPS 070 Planck grn Pallas 0002 286 720 2011-05-04T11:39:30Z RPPhotFlux 631A sPS 110 Planck grn Pallas 0002 286 720 2011-05-04T11:45:19Z RPSpecFlux 611A StdSED sedb2a Pallas 0003 1140 720 2011-05-04T12:43:59Z RPSpecFlux 611A StdSED sedb2b Pallas 0003 2268 720 2011-05-04T13:05:08Z RPSpecFlux 611A StdSED sedb3a Pallas 0003 2940 720 2011-05-04T13:45:06Z RPElecEDAC 811A 5476A 10 na 0009 6 720 2011-05-04T22:59:46Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 411

13.2.38 Cycle#39 (ODs 721-734) Table 164: PACS Routine Phase calibration AORs in cycle#39. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 611C sPS 070 30Jy blu HD179218 0001 276 723 2011-05-07T03:04:50Z RPPhotFlux 611C sPS 110 30Jy blu HD179218 0001 276 723 2011-05-07T03:10:29Z RPPhotFlux 611C sPS 070 15Jy grn HD179218 0001 276 723 2011-05-07T03:16:08Z RPPhotFlux 611C sPS 110 15Jy grn HD179218 0001 276 723 2011-05-07T03:21:47Z RPElecEDAC 811A 5476A 10 na 0010 6 723 2011-05-07T22:35:27Z RPPhotFlux 323A cPS 176Jy blu c39 Vesta 03 162 726 2011-05-10T02:02:51Z RPPhotFlux 323B sPS 070 176Jy blu c39 Vesta 03 286 726 2011-05-10T02:06:36Z RPPhotFlux 323B sPS 110 176Jy blu c39 Vesta 03 286 726 2011-05-10T02:12:25Z RPPhotFlux 323A cPS 100Jy grn c39 Vesta 03 162 726 2011-05-10T02:18:14Z RPPhotFlux 323B sPS 070 100Jy grn c39 Vesta 03 286 726 2011-05-10T02:21:59Z RPPhotFlux 323B sPS 110 100Jy grn c39 Vesta 03 286 726 2011-05-10T02:27:48Z RPPhotFlux 323A cPS 166Jy blu c39 Ceres 03 162 726 2011-05-10T02:38:49Z RPPhotFlux 323B sPS 070 166Jy blu c39 Ceres 03 286 726 2011-05-10T02:42:34Z RPPhotFlux 323B sPS 110 166Jy blu c39 Ceres 03 286 726 2011-05-10T02:48:23Z RPPhotFlux 323A cPS 95Jy grn c39 Ceres 03 162 726 2011-05-10T02:54:12Z RPPhotFlux 323B sPS 070 95Jy grn c39 Ceres 03 286 726 2011-05-10T02:57:57Z RPPhotFlux 323B sPS 110 95Jy grn c39 Ceres 03 286 726 2011-05-10T03:03:46Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0006 979 726 2011-05-10T18:25:09Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0006 711 726 2011-05-10T18:43:36Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0040 627 726 2011-05-10T19:10:31Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0040 625 726 2011-05-10T19:23:06Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0040 623 726 2011-05-10T19:35:37Z RPPhotSpatial 314D StdScan045 med blue Ceres 0001 1055 734 2011-05-18T11:19:30Z RPPhotSpatial 314D StdScan135 med blue Ceres 0001 1055 734 2011-05-18T11:38:08Z RPPhotSpatial 314D StdScan045 med grn Ceres 0001 1055 734 2011-05-18T11:56:46Z RPPhotSpatial 314D StdScan135 med grn Ceres 0001 1055 734 2011-05-18T12:15:24Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0041 627 734 2011-05-18T17:07:00Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0041 625 734 2011-05-18T17:19:35Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0041 623 734 2011-05-18T17:32:06Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 412

13.2.39 Cycle#40 (ODs 735-748) Table 165: PACS Routine Phase calibration AORs in cycle#40. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecGeGa 123A nStdCalBlock Cf00 60-2 DField 0002 209 735 2011-05-18T23:02:13Z RPSpecGeGa 123A nStdCalBlock Cf08 60-2 DField 0002 209 735 2011-05-18T23:05:54Z RPSpecGeGa 123A nStdCalBlock Cf04 60-2 DField 0002 209 735 2011-05-18T23:09:35Z RPSpecGeGa 123A nStdCalBlock Cf12 60-2 DField 0002 209 735 2011-05-18T23:13:16Z RPSpecGeGa 123A nStdCalBlock Cf00 60-3 DField 0002 201 735 2011-05-18T23:16:57Z RPSpecGeGa 123A nStdCalBlock Cf08 60-3 DField 0002 201 735 2011-05-18T23:20:30Z RPSpecGeGa 123A nStdCalBlock Cf04 60-3 DField 0002 201 735 2011-05-18T23:24:03Z RPSpecGeGa 123A nStdCalBlock Cf12 60-3 DField 0002 201 735 2011-05-18T23:27:36Z RPSpecGeGa 123A nStdCalBlock Cf00 75-2 DField 0002 204 735 2011-05-18T23:31:09Z RPSpecGeGa 123A nStdCalBlock Cf08 75-2 DField 0002 204 735 2011-05-18T23:34:45Z RPSpecGeGa 123A nStdCalBlock Cf04 75-2 DField 0002 204 735 2011-05-18T23:38:21Z RPSpecGeGa 123A nStdCalBlock Cf12 75-2 DField 0002 204 735 2011-05-18T23:41:57Z RPElecEDAC 811A 5476A 10 na 0011 6 735 2011-05-19T22:24:20Z RPPhotFlux 631A sPS 070 Planck blu Neptune 0003 286 739 2011-05-23T13:27:56Z RPPhotFlux 631A sPS 110 Planck blu Neptune 0003 286 739 2011-05-23T13:33:45Z RPPhotFlux 631A sPS 070 Planck grn Neptune 0003 286 739 2011-05-23T13:39:34Z RPPhotFlux 631A sPS 110 Planck grn Neptune 0003 286 739 2011-05-23T13:45:23Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0003 979 739 2011-05-23T14:43:57Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0003 711 739 2011-05-23T15:02:24Z RPSpecFlux 433B StdRange UnchopFluxB2A Neptune 0001 200 739 2011-05-23T15:16:26Z RPSpecFlux 433B StdRange UnchopFluxB2A NeptuneOff 01 190 739 2011-05-23T15:21:57Z RPSpecFlux 433B StdRange UnchopFluxB2B Neptune 0001 378 739 2011-05-23T15:27:15Z RPSpecFlux 433B StdRange UnchopFluxB2B NeptuneOff 01 368 739 2011-05-23T15:35:41Z RPSpecFlux 433B StdRange UnchopFluxB3A Neptune 0001 386 739 2011-05-23T15:43:55Z RPSpecFlux 433B StdRange UnchopFluxB3A NeptuneOff 01 376 739 2011-05-23T15:52:27Z RPSpecFlux 611A StdSED sedb2a Neptune 0003 1140 739 2011-05-23T16:00:55Z RPSpecFlux 611A StdSED sedb2b Neptune 0003 2268 739 2011-05-23T16:22:04Z RPSpecFlux 611A StdSED sedb3a Neptune 0003 2940 739 2011-05-23T17:02:02Z RPSpecFlux 611B StdSED nochop sedb2a Neptune 0001 349 739 2011-05-23T17:53:14Z RPSpecFlux 611B StdSED nochop sedb2a NeptuneOff 01 339 739 2011-05-23T18:01:15Z RPSpecFlux 611B StdSED nochop sedb2b Neptune 0001 679 739 2011-05-23T18:09:03Z RPSpecFlux 611B StdSED nochop sedb2b NeptuneOff 01 669 739 2011-05-23T18:22:31Z RPSpecFlux 611B StdSED nochop sedb3a Neptune 01 877 739 2011-05-23T18:35:50Z RPSpecFlux 611B StdSED nochop sedb3a NeptuneOff 01 867 739 2011-05-23T18:52:37Z RPSpecFPG 411H GyroNodLineSpec OI63 AFGL2591 0002 3185 740 2011-05-24T16:34:58Z RPSpecFPG 411H StrNodLineSpec OI63 AFGL2591 0002 2650 740 2011-05-24T17:30:10Z RPSpecWave 421A StdLS NGC6543 A 0017 1625 740 2011-05-24T18:28:49Z RPSpecWave 421A StdLS NGC6543 B 0017 1568 740 2011-05-24T18:58:04Z RPPhotFlux 323A cPS 211Jy blu c40 Vesta 03 162 743 2011-05-27T02:02:29Z RPPhotFlux 323B sPS 070 211Jy blu c40 Vesta 03 286 743 2011-05-27T02:06:14Z RPPhotFlux 323B sPS 110 211Jy blu c40 Vesta 03 286 743 2011-05-27T02:12:03Z RPPhotFlux 323A cPS 120Jy grn c40 Vesta 03 162 743 2011-05-27T02:17:52Z RPPhotFlux 323B sPS 070 120Jy grn c40 Vesta 03 286 743 2011-05-27T02:21:37Z RPPhotFlux 323B sPS 110 120Jy grn c40 Vesta 03 286 743 2011-05-27T02:27:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 413

Table 165: continued. Calibration AOR duration (s) OD absolute start time RPPhotFlux 323A cPS 174Jy blu c40 Ceres 03 162 743 2011-05-27T05:58:34Z RPPhotFlux 323B sPS 070 174Jy blu c40 Ceres 03 286 743 2011-05-27T06:02:19Z RPPhotFlux 323B sPS 110 174Jy blu c40 Ceres 03 286 743 2011-05-27T06:08:08Z RPPhotFlux 323A cPS 100Jy grn c40 Ceres 03 162 743 2011-05-27T06:13:57Z RPPhotFlux 323B sPS 070 100Jy grn c40 Ceres 03 286 743 2011-05-27T06:17:42Z RPPhotFlux 323B sPS 110 100Jy grn c40 Ceres 03 286 743 2011-05-27T06:23:31Z RPPhotFlux 321A cPS repro blu gamDra 0028 152 744 2011-05-28T18:57:33Z RPPhotFlux 321B sPS 070 repro blu gamDra 0028 276 744 2011-05-28T19:01:08Z RPPhotFlux 321B sPS 110 repro blu gamDra 0028 276 744 2011-05-28T19:06:47Z RPPhotFlux 324A cPS 20Jy blu Juno 0003 162 745 2011-05-29T07:39:26Z RPPhotFlux 631A sPS 070 Planck blu Juno 0002 286 745 2011-05-29T07:43:11Z RPPhotFlux 631A sPS 110 Planck blu Juno 0002 286 745 2011-05-29T07:49:00Z RPPhotFlux 324A cPS 10Jy grn Juno 0003 162 745 2011-05-29T07:54:49Z RPPhotFlux 631A sPS 070 Planck grn Juno 0002 286 745 2011-05-29T07:58:34Z RPPhotFlux 631A sPS 110 Planck grn Juno 0002 286 745 2011-05-29T08:04:23Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0042 627 745 2011-05-29T14:36:07Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0042 625 745 2011-05-29T14:48:42Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0042 623 745 2011-05-29T15:01:13Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 414

13.2.40 Cycle#41 (ODs 749-762) Table 166: PACS Routine Phase calibration AORs in cycle#41. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 200mJy grn delDra 0003 840 751 2011-06-04T00:27:30Z RPPhotFlux 324B sPS 110 200mJy grn delDra 0003 840 751 2011-06-04T00:42:33Z RPPhotFlux 324B sPS 070 500mJy blu delDra 0003 840 751 2011-06-04T00:57:36Z RPPhotFlux 324B sPS 110 500mJy blu delDra 0003 840 751 2011-06-04T01:12:39Z RPSpecFlux 4310A nStd 25x25RCp 00 w55B2A Neptune 02 10667 751 2011-06-04T15:11:13Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0002 979 752 2011-06-05T17:42:31Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0002 711 752 2011-06-05T18:00:58Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0043 627 755 2011-06-08T03:49:51Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0043 625 755 2011-06-08T04:02:26Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0043 623 755 2011-06-08T04:14:57Z RPElecEDAC 811A 5476A 10 na 00012 6 755 2011-06-08T18:14:43Z RPPhotFlux 323A cPS 202Jy blu c41 Ceres 03 162 759 2011-06-12T07:11:45Z RPPhotFlux 323B sPS 070 202Jy blu c41 Ceres 03 286 759 2011-06-12T07:15:30Z RPPhotFlux 323B sPS 110 202Jy blu c41 Ceres 03 286 759 2011-06-12T07:21:19Z RPPhotFlux 323A cPS 116Jy grn c41 Ceres 03 162 759 2011-06-12T07:27:08Z RPPhotFlux 323B sPS 070 116Jy grn c41 Ceres 03 286 759 2011-06-12T07:30:53Z RPPhotFlux 323B sPS 110 116Jy grn c41 Ceres 03 286 759 2011-06-12T07:36:42Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0007 979 759 2011-06-12T08:35:16Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0007 711 759 2011-06-12T08:53:43Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 415

13.2.41 Cycle#42 (ODs 763-776) Table 167: PACS Routine Phase calibration AORs in cycle#42. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0029 152 764 2011-06-17T08:40:13Z RPPhotFlux 321B sPS 070 repro blu gamDra 0029 276 764 2011-06-17T08:43:48Z RPPhotFlux 321B sPS 110 repro blu gamDra 0029 276 764 2011-06-17T08:49:27Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0044 627 764 2011-06-17T09:47:56Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0044 625 764 2011-06-17T10:00:31Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0044 623 764 2011-06-17T10:13:02Z RPElecEDAC 811A 5476A 10 na 00013 6 764 2011-06-17T14:28:30Z RPMechChop 231A nStd OpenLoopFullRange na 0002 1182 769 2011-06-21T15:48:50Z RPPhotFlux 323A cPS 222Jy blu c42 Ceres 03 162 769 2011-06-22T14:04:02Z RPPhotFlux 323B sPS 070 222Jy blu c42 Ceres 03 286 769 2011-06-22T14:07:47Z RPPhotFlux 323B sPS 110 222Jy blu c42 Ceres 03 286 769 2011-06-22T14:13:36Z RPPhotFlux 323A cPS 127Jy grn c42 Ceres 03 162 769 2011-06-22T14:19:25Z RPPhotFlux 323B sPS 070 127Jy grn c42 Ceres 03 286 769 2011-06-22T14:23:10Z RPPhotFlux 323B sPS 110 127Jy grn c42 Ceres 03 286 769 2011-06-22T14:28:59Z RPPhotFlux 631A sPS 070 Planck blu Europa 0002 286 771 2011-06-24T05:08:41Z RPPhotFlux 631A sPS 110 Planck blu Europa 0002 286 771 2011-06-24T05:14:30Z RPPhotFlux 631A sPS 070 Planck grn Europa 0002 286 771 2011-06-24T05:20:19Z RPPhotFlux 631A sPS 110 Planck grn Europa 0002 286 771 2011-06-24T05:26:08Z RPSpecFlux 433A StdRange AbsFluxA Europa 0002 979 771 2011-06-24T06:24:42Z RPSpecFlux 433A StdRange AbsFluxB Europa 0002 711 771 2011-06-24T06:43:09Z RPSpecFlux 721A StdSED sedb2a l DarkField 0004 1139 774 2011-06-27T07:21:39Z RPSpecFlux 721A StdSED sedb2a m DarkField 0004 1135 774 2011-06-27T07:42:50Z RPSpecFlux 721A StdSED sedb2a s DarkField 0004 1130 774 2011-06-27T08:03:57Z RPSpecFlux 721A StdSED sedb2b l DarkField 0004 2267 774 2011-06-27T08:24:56Z RPSpecFlux 721A StdSED sedb2b m DarkField 0004 2263 774 2011-06-27T09:04:52Z RPSpecFlux 721A StdSED sedb2b s DarkField 0004 2258 774 2011-06-27T09:44:44Z RPSpecFlux 721A StdSED sedb3a l DarkField 0004 2939 774 2011-06-27T10:24:32Z RPSpecFlux 721A StdSED sedb3a m DarkField 0004 2935 774 2011-06-27T11:15:41Z RPSpecFlux 721A StdSED sedb3a s DarkField 0004 2930 774 2011-06-27T12:06:46Z RPSpecWave 421A StdLS NGC6543 A 0018 1625 774 2011-06-27T12:57:43Z RPSpecWave 421A StdLS NGC6543 B 0018 1568 774 2011-06-27T13:26:58Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0045 627 774 2011-06-27T13:56:52Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0045 625 774 2011-06-27T14:09:27Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0045 623 774 2011-06-27T14:21:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 416

13.2.42 Cycle#43 (ODs 777-790) Table 168: PACS Routine Phase calibration AORs in cycle#43. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 5Jy blu betAnd 0003 152 777 2011-06-30T04:10:52Z RPPhotFlux 324B sPS 070 5Jy blu betAnd 0003 276 777 2011-06-30T04:14:27Z RPPhotFlux 324B sPS 110 5Jy blu betAnd 0003 276 777 2011-06-30T04:20:06Z RPPhotFlux 324A cPS 2Jy grn betAnd 0003 152 777 2011-06-30T04:25:45Z RPPhotFlux 324B sPS 070 2Jy grn betAnd 0003 276 777 2011-06-30T04:29:20Z RPPhotFlux 324B sPS 110 2Jy grn betAnd 0003 276 777 2011-06-30T04:34:59Z RPPhotFlux 324A cPS 20Jy blu alfBoo 0003 152 777 2011-06-30T06:34:56Z RPPhotFlux 324B sPS 070 20Jy blu alfBoo 0003 276 777 2011-06-30T06:38:31Z RPPhotFlux 324B sPS 110 20Jy blu alfBoo 0003 276 777 2011-06-30T06:44:10Z RPPhotFlux 324A cPS 10Jy grn alfBoo 0003 152 777 2011-06-30T06:49:49Z RPPhotFlux 324B sPS 070 10Jy grn alfBoo 0003 276 777 2011-06-30T06:53:24Z RPPhotFlux 324B sPS 110 10Jy grn alfBoo 0003 276 777 2011-06-30T06:59:03Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0004 969 777 2011-06-30T07:57:27Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0004 701 777 2011-06-30T08:15:44Z RPSpecFlux 433B StdRange UnchopFluxB2A AlpBoo 0002 190 777 2011-06-30T08:29:36Z RPSpecFlux 433B StdRange UnchopFluxB2A AlpBooOff 0002 190 777 2011-06-30T08:34:22Z RPSpecFlux 433B StdRange UnchopFluxB2B AlpBoo 0002 368 777 2011-06-30T08:39:05Z RPSpecFlux 433B StdRange UnchopFluxB2B AlpBooOff 0002 368 777 2011-06-30T08:48:01Z RPSpecFlux 433B StdRange UnchopFluxB3A AlpBoo 0002 376 777 2011-06-30T08:56:55Z RPSpecFlux 433B StdRange UnchopFluxB3A AlpBooOff 0002 376 777 2011-06-30T09:05:47Z RPElecEDAC 811A 5476A 10 na 0014 6 779 2011-07-01T15:44:55Z RPPhotFlux 328A nStdScan FlatField blu NGC6543 0003 4994 780 2011-07-02T18:27:20Z RPPhotFlux 328A nStdScan FlatField grn NGC6543 0003 4994 780 2011-07-02T19:51:37Z RPPhotFlux 323A cPS 251Jy blu c43 Ceres 03 162 782 2011-07-05T02:40:17Z RPPhotFlux 323B sPS 070 251Jy blu c43 Ceres 03 286 782 2011-07-05T02:44:02Z RPPhotFlux 323B sPS 110 251Jy blu c43 Ceres 03 286 782 2011-07-05T02:49:51Z RPPhotSpatial 314D StdScan045 med blue Ceres 0002 1055 782 2011-07-05T02:55:40Z RPPhotSpatial 314D StdScan135 med blue Ceres 0002 1055 782 2011-07-05T03:14:18Z RPPhotFlux 323A cPS 144Jy grn c43 Ceres 03 162 782 2011-07-05T03:32:56Z RPPhotFlux 323B sPS 070 144Jy grn c43 Ceres 03 286 782 2011-07-05T03:36:41Z RPPhotFlux 323B sPS 110 144Jy grn c43 Ceres 03 286 782 2011-07-05T03:42:30Z RPPhotSpatial 314D StdScan045 med grn Ceres 0002 1055 782 2011-07-05T03:48:19Z RPPhotSpatial 314D StdScan135 med grn Ceres 0002 1055 782 2011-07-05T04:06:57Z RPSpecFlux 611A StdSED sedb2a Ceres 0003 1140 782 2011-07-05T05:18:26Z RPSpecFlux 611A StdSED sedb2b Ceres 0003 2268 782 2011-07-05T05:39:35Z RPSpecFlux 611A StdSED sedb3a Ceres 0003 2940 782 2011-07-05T06:19:33Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0046 627 783 2011-07-05T22:02:21Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0046 625 783 2011-07-05T22:14:56Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0046 623 783 2011-07-05T22:27:27Z RPPhotFlux 324A cPS lo1000Jy blu Uranus 0002 162 789 2011-07-12T01:17:18Z RPPhotFlux 631A sPS 070 Planck lo blu Uranus 0002 286 789 2011-07-12T01:21:03Z RPPhotFlux 631A sPS 110 Planck lo blu Uranus 0002 286 789 2011-07-12T01:26:52Z RPPhotFlux 324A cPS lo1000Jy grn Uranus 0002 162 789 2011-07-12T01:32:41Z RPPhotFlux 631A sPS 070 Planck lo grn Uranus 0002 286 789 2011-07-12T01:36:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 417

Table 168: continued. Calibration AOR duration (s) OD absolute start time RPPhotFlux 631A sPS 110 Planck lo grn Uranus 0002 286 789 2011-07-12T01:42:15Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0003 979 789 2011-07-12T02:40:49Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0003 711 789 2011-07-12T02:59:16Z RPSpecFlux 433B StdRange UnchopFluxB2A Uranus 0002 200 789 2011-07-12T03:13:18Z RPSpecFlux 433B StdRange UnchopFluxB2A UranusOff 0002 190 789 2011-07-12T03:18:14Z RPSpecFlux 433B StdRange UnchopFluxB2B Uranus 0002 378 789 2011-07-12T03:22:57Z RPSpecFlux 433B StdRange UnchopFluxB2B UranusOff 0002 368 789 2011-07-12T03:32:03Z RPSpecFlux 433B StdRange UnchopFluxB3A Uranus 0002 386 789 2011-07-12T03:40:57Z RPSpecFlux 433B StdRange UnchopFluxB3A UranusOff 0002 376 789 2011-07-12T03:49:59Z RPSpecFlux 611A StdSED sedb2a Uranus 0002 1140 789 2011-07-12T03:58:57Z RPSpecFlux 611B StdSED nochop sedb2a Uranus 0001 349 789 2011-07-12T04:20:09Z RPSpecFlux 611B StdSED nochop sedb2a UranusOff 01 339 789 2011-07-12T04:28:10Z RPSpecFlux 611A StdSED sedb2b Uranus 0002 2268 789 2011-07-12T04:35:58Z RPSpecFlux 611B StdSED nochop sedb2b Uranus 0001 679 789 2011-07-12T05:15:55Z RPSpecFlux 611B StdSED nochop sedb2b UranusOff 01 669 789 2011-07-12T05:29:23Z RPSpecFlux 611A StdSED sedb3a Uranus 0002 2940 789 2011-07-12T05:42:42Z RPSpecFlux 611B StdSED nochop sedb3a Uranus 0001 877 789 2011-07-12T06:33:52Z RPSpecFlux 611B StdSED nochop sedb3a UranusOff 01 867 789 2011-07-12T06:50:39Z RPSpecFlux 433F StdRange B2B Chop RDor 0001 1240 789 2011-07-12T09:31:31Z RPSpecFlux 433G StdRange B2B UnChop RDor 0001 366 789 2011-07-12T09:54:21Z RPSpecFlux 433G StdRange B2B UnChop RDorOff 0001 366 789 2011-07-12T10:02:37Z RPSpecFlux 433F StdRange B A Chop RDor 0001 4900 789 2011-07-12T10:10:53Z RPSpecFlux 433G StdRange B A UnChop RDor 0001 1451 789 2011-07-12T11:34:40Z RPSpecFlux 433G StdRange B A UnChop RDorOff 0001 1451 789 2011-07-12T12:00:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 418

13.2.43 Cycle#44 (ODs 791-804) Table 169: PACS Routine Phase calibration AORs in cycle#44. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 10Jy blu Massalia 0003 162 792 2011-07-14T15:14:30Z RPPhotFlux 324B sPS 070 10Jy blu Massalia 0003 276 792 2011-07-14T15:18:15Z RPPhotFlux 324B sPS 110 10Jy blu Massalia 0003 276 792 2011-07-14T15:24:04Z RPPhotFlux 324A cPS 5Jy grn Massalia 0003 162 792 2011-07-14T15:29:53Z RPPhotFlux 324B sPS 070 5Jy grn Massalia 0003 276 792 2011-07-14T15:33:38Z RPPhotFlux 324B sPS 110 5Jy grn Massalia 0003 276 792 2011-07-14T15:39:27Z RPPhotFlux 321A cPS repro blu gamDra 0030 152 792 2011-07-15T05:15:18Z RPPhotFlux 321B sPS 070 repro blu gamDra 0030 266 792 2011-07-15T05:18:53Z RPPhotFlux 321B sPS 110 repro blu gamDra 0030 266 792 2011-07-15T05:24:32Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0047 627 792 2011-07-15T06:23:01Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0047 625 792 2011-07-15T06:35:36Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0047 623 792 2011-07-15T06:48:07Z RPSpecWave 421A StdLS NGC6543 A 0019 1625 792 2011-07-15T07:02:17Z RPSpecWave 421A StdLS NGC6543 B 0019 1568 792 2011-07-15T07:31:32Z RPElecEDAC 811A 5476A 10 na 0015 6 792 2011-07-15T13:54:10Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0048 627 802 2011-07-25T03:58:29Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0048 625 802 2011-07-25T04:11:04Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0048 623 802 2011-07-25T04:23:35Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 419

13.2.44 Cycle#45 (ODs 805-818)

Due to the PACS power cycling to recover the SPU-S anomaly on OD 807 6 photometry AORs on Hygiea (including Herschel-Planck cross-calibration) scheduled onto OD 810 were sacriﬁced by disabling the MTL and switching PACS-P to safe mode before in order to ensure suﬃcient cooler hold time (reduction of cooler hold time due to sorption pump release during the power cycling) and avoid triggering of an autonomy function thus loosing the subsequent PACS-S part. AORs are listed under 13.2.92. They will be re-scheduled in cycle#48, but the Herschel-Planck cross-calibration aspect cannot be recovered.

Table 170: PACS Routine Phase calibration AORs in cycle#45. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 5Jy blu alfCet 0003 152 806 2011-07-28T17:20:05Z RPPhotFlux 324B sPS 070 5Jy blu alfCet 0003 276 806 2011-07-28T17:23:40Z RPPhotFlux 324B sPS 110 5Jy blu alfCet 0003 276 806 2011-07-28T17:29:19Z RPPhotFlux 324A cPS 2Jy grn alfCet 0003 152 806 2011-07-28T17:34:58Z RPPhotFlux 324B sPS 070 2Jy grn alfCet 0003 276 806 2011-07-28T17:38:33Z RPPhotFlux 324B sPS 110 2Jy grn alfCet 0003 276 806 2011-07-28T17:44:12Z RPPhotBol 111bisA nStdRaster bluInitDrct Arp220 002 2 806 2011-07-28T21:52:26Z RPPhotBol 111bisA nStdRaster blu22Drct Arp220 0002 5050 806 2011-07-28T21:58:25Z RPPhotBol 111bisA nStdRaster blu24Drct Arp220 0002 5050 806 2011-07-28T23:28:32Z RPPhotBol 111bisA nStdRaster blu26Drct Arp220 0002 5050 806 2011-07-29T00:58:39Z RPPhotBol 111bisA nStdRaster blu28Drct Arp220 0002 5050 806 2011-07-29T02:28:46Z RPPhotBol 111bisA nStdRaster FinDrct Arp220 0003 2 806 2011-07-29T03:55:18Z RPPhotBol 111bisA nStdRaster grnInitDrct Arp220 002 2 806 2011-07-29T03:57:49Z RPPhotBol 111bisA nStdRaster grn22Drct Arp220 0002 5050 806 2011-07-29T04:03:48Z RPPhotBol 111bisA nStdRaster grn24Drct Arp220 0002 5050 806 2011-07-29T05:33:55Z RPPhotBol 111bisA nStdRaster grn26Drct Arp220 0002 5050 806 2011-07-29T07:04:02Z RPPhotBol 111bisA nStdRaster grn28Drct Arp220 0002 5050 806 2011-07-29T08:34:09Z RPPhotBol 111bisA nStdRaster FinDrct Arp220 0004 2 806 2011-07-29T10:00:41Z RPElecEDAC 811A 5476A 10 na 00016 6 807 2011-07-30T12:05:03Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0003 979 810 2011-08-02T05:06:03Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0003 711 810 2011-08-02T05:24:30Z RPSpecFlux 611A StdSED sedb2a Hygiea 0002 1140 810 2011-08-02T05:38:33Z RPSpecFlux 611A StdSED sedb2b Hygiea 0002 2268 810 2011-08-02T05:59:42Z RPSpecFlux 611A StdSED sedb3a Hygiea 0002 2940 810 2011-08-02T06:39:40Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0049 627 812 2011-08-03T15:39:22Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0049 625 812 2011-08-03T15:51:57Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0049 623 812 2011-08-03T16:04:28Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 420

13.2.45 Cycle#46 (ODs 819-832) Table 171: PACS Routine Phase calibration AORs in cycle#46. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecWave 421A StdLS NGC6543 A 0020 1625 819 2011-08-10T15:35:36Z RPSpecWave 421A StdLS NGC6543 B 0020 1568 819 2011-08-10T16:04:51Z RPElecEDAC 811A 5476A 10 na 00017 6 819 2011-08-11T10:41:44Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0050 627 822 2011-08-14T09:42:11Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0050 625 822 2011-08-14T09:54:46Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0050 623 822 2011-08-14T10:07:17Z RPPhotFlux 321A cPS repro blu gamDra 0031 152 826 2011-08-17T21:08:39Z RPPhotFlux 321B sPS 070 repro blu gamDra 0031 276 826 2011-08-17T21:12:14Z RPPhotFlux 321B sPS 110 repro blu gamDra 0031 276 826 2011-08-17T21:17:53Z RPPhotFlux 324A cPS 20Jy blu alfTau 0004 152 826 2011-08-18T04:39:33Z RPPhotFlux 324B sPS 070 20Jy blu alfTau 0004 276 826 2011-08-18T04:43:08Z RPPhotFlux 324B sPS 110 20Jy blu alfTau 0004 276 826 2011-08-18T04:48:47Z RPPhotFlux 324A cPS 10Jy grn alfTau 0004 152 826 2011-08-18T04:54:26Z RPPhotFlux 324B sPS 070 10Jy grn alfTau 0004 276 826 2011-08-18T04:58:01Z RPPhotFlux 324B sPS 110 10Jy grn alfTau 0004 276 826 2011-08-18T05:03:40Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0005 1879 826 2011-08-18T06:02:04Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0005 1373 826 2011-08-18T06:20:21Z RPPhotBol 1116B nStd timeConst DarkField Lbias 0002 3374 830 2011-08-22T00:50:02Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0051 627 830 2011-08-22T02:42:10Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0051 625 830 2011-08-22T02:54:45Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0051 623 830 2011-08-22T03:07:16Z RPPhotBol 1116B nStd timeConst DarkField Nbias 0002 3374 831 2011-08-23T09:24:09Z RPPhotBol 1116B nStd timeConst DarkField Hbias 0002 3374 832 2011-08-24T09:52:54Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 421

13.2.46 Cycle#47 (ODs 833-846) Table 172: PACS Routine Phase calibration AORs in cycle#47. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 1Jy blu epsLep 0004 276 833 2011-08-24T13:41:41Z RPPhotFlux 324B sPS 110 1Jy blu epsLep 0004 276 833 2011-08-24T13:47:20Z RPPhotFlux 324B sPS 070 500mJy grn epsLep 0004 840 833 2011-08-24T13:52:59Z RPPhotFlux 324B sPS 110 500mJy grn epsLep 0004 840 833 2011-08-24T14:08:02Z RPElecEDAC 811A 5476A 0 na 00011 6 833 2011-08-25T10:55:01Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0052 627 839 2011-08-31T05:12:51Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0052 625 839 2011-08-31T05:25:26Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0052 623 839 2011-08-31T05:37:57Z RPSpecFlux 433B StdRS UnchopFluxB2A HD161796 03 190 839 2011-08-31T05:50:31Z RPSpecFlux 433B StdRS UnchopFluxB2A HD161796Off 03 190 839 2011-08-31T05:55:52Z RPSpecFlux 433B StdRS UnchopFluxB2B HD161796 03 363 839 2011-08-31T06:01:10Z RPSpecFlux 433B StdRS UnchopFluxB2B HD161796Off 03 363 839 2011-08-31T06:09:21Z RPSpecFlux 433B StdRS UnchopFluxB3A HD161796 03 376 839 2011-08-31T06:17:30Z RPSpecFlux 433B StdRS UnchopFluxB3A HD161796Off 03 376 839 2011-08-31T06:25:52Z RPPhotFlux 324B sPS 070 20mJy grn HD152222 0001 9300 843 2011-09-03T17:56:00Z RPPhotFlux 324B sPS 110 20mJy grn HD152222 0001 9300 843 2011-09-03T20:32:03Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0004 979 845 2011-09-06T14:11:15Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0004 711 845 2011-09-06T14:29:42Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 422

13.2.47 Cycle#48 (ODs 847-860) Table 173: PACS Routine Phase calibration AORs in cycle#48. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0032 152 849 2011-09-10T00:26:04Z RPPhotFlux 321B sPS 070 repro blu gamDra 0032 276 849 2011-09-10T00:29:39Z RPPhotFlux 321B sPS 110 repro blu gamDra 0032 276 849 2011-09-10T00:35:18Z RPPhotFlux 324A cPS 2Jy grn gamDra 0004 152 849 2011-09-10T00:40:57Z RPPhotFlux 324B sPS 070 2Jy grn gamDra 0004 276 849 2011-09-10T00:44:32Z RPPhotFlux 324B sPS 110 2Jy grn gamDra 0004 276 849 2011-09-10T00:50:11Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0006 969 850 2011-09-11T02:51:25Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0006 701 850 2011-09-11T03:09:42Z RPSpecWave 421A StdLS NGC6543 A 0021 1625 850 2011-09-11T03:36:08Z RPSpecWave 421A StdLS NGC6543 B 0021 1568 850 2011-09-11T04:05:23Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0053 627 850 2011-09-11T04:35:17Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0053 625 850 2011-09-11T04:47:52Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0053 623 850 2011-09-11T05:00:23Z RPElecEDAC 811A 5476A 0 na 0012 6 852 2011-09-13T14:01:33Z RPPhotFlux 324A cPS 5Jy blu Lutetia 0004 162 859 2011-09-19T20:58:34Z RPPhotFlux 631A sPS 070 Planck blu Lutetia 0001 286 859 2011-09-19T21:02:19Z RPPhotFlux 631A sPS 110 Planck blu Lutetia 0001 286 859 2011-09-19T21:08:08Z RPPhotFlux 324A cPS 2Jy grn Lutetia 0004 162 859 2011-09-19T21:13:57Z RPPhotFlux 631A sPS 070 Planck grn Lutetia 0001 286 859 2011-09-19T21:17:42Z RPPhotFlux 631A sPS 110 Planck grn Lutetia 0001 286 859 2011-09-19T21:23:31Z RPPhotFlux 324A cPS 50Jy blu Hygiea 00r4 162 860 2011-09-20T21:26:17Z RPPhotFlux 324B sPS 070 50Jy blu Hygiea r4 286 860 2011-09-20T21:30:02Z RPPhotFlux 324B sPS 110 50Jy blu Hygiea r4 286 860 2011-09-20T21:35:51Z RPPhotFlux 324A cPS 20Jy grn Hygiea 00r4 162 860 2011-09-20T21:41:40Z RPPhotFlux 324B sPS 070 20Jy grn Hygiea r4 286 860 2011-09-20T21:45:25Z RPPhotFlux 324B sPS 110 20Jy grn Hygiea r4 286 860 2011-09-20T21:51:14Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0054 627 860 2011-09-21T04:38:49Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0054 625 860 2011-09-21T04:51:24Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0054 623 860 2011-09-21T05:03:55Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 423

13.2.48 Cycle#49 (ODs 861-874) Table 174: PACS Routine Phase calibration AORs in cycle#49. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 433A StdRange AbsFluxA GammaDra 0002 7391 863 2011-09-23T18:06:18Z RPSpecFlux 433A StdRange AbsFluxB GammaDra 0002 5425 863 2011-09-23T20:11:37Z RPSpecFlux 433F StdSED B2A Chop RDor 0001 1135 863 2011-09-24T08:32:30Z RPSpecFlux 433F StdSED B2B Chop RDor 0001 2263 863 2011-09-24T08:53:34Z RPSpecFlux 433F StdSED B3A Chop RDor 0001 2935 863 2011-09-24T09:33:27Z RPSpecFlux 433G StdSED B2A UnChop RDor 0001 339 863 2011-09-24T10:24:34Z RPSpecFlux 433G StdSED B2A UnChop RDorOff 0001 339 863 2011-09-24T10:32:25Z RPSpecFlux 433G StdSED B2B UnChop RDor 0001 669 863 2011-09-24T10:40:13Z RPSpecFlux 433G StdSED B2B UnChop RDorOff 0001 669 863 2011-09-24T10:53:31Z RPSpecFlux 433G StdSED B3A UnChop RDor 0001 867 863 2011-09-24T11:06:50Z RPSpecFlux 433G StdSED B3A UnChop RDorOff 0001 867 863 2011-09-24T11:23:27Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0055 627 867 2011-09-27T20:20:12Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0055 625 867 2011-09-27T20:32:47Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0055 623 867 2011-09-27T20:45:18Z RPElecEDAC 811A 5476A 0 na 0013 6 868 2011-09-28T17:40:18Z RPPhotFlux 324B sPS 070 2Jy blu betGem 0004 840 872 2011-10-03T13:39:47Z RPPhotFlux 324B sPS 110 2Jy blu betGem 0004 840 872 2011-10-03T13:54:50Z RPPhotFlux 324B sPS 070 1Jy grn betGem 0004 840 872 2011-10-03T14:09:53Z RPPhotFlux 324B sPS 110 1Jy grn betGem 0004 840 872 2011-10-03T14:24:56Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0056 627 874 2011-10-04T20:16:27Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0056 625 874 2011-10-04T20:29:02Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0056 623 874 2011-10-04T20:41:33Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 424

13.2.49 Cycle#50 (ODs 875-888) Table 175: PACS Routine Phase calibration AORs in cycle#50. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecWave 421A StdLS NGC6543 A 0022 1625 882 2011-10-12T18:40:52Z RPSpecWave 421A StdLS NGC6543 B 0022 1568 882 2011-10-12T19:10:07Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0057 627 884 2011-10-15T11:52:18Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0057 625 884 2011-10-15T12:04:53Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0057 623 884 2011-10-15T12:17:24Z RPSpecFlux 4310B StdRange 2x2KeyA Mars 0001 4012 884 2011-10-15T12:43:41Z RPSpecFlux 4310B StdRange 2x2KeyB Mars 0001 2934 884 2011-10-15T13:52:41Z RPElecEDAC 811A 5476A 0 na 0014 6 884 2011-10-15T14:41:39Z RPPhotFlux 321A cPS repro blu gamDra 0033 152 887 2011-10-17T21:30:50Z RPPhotFlux 321B sPS 070 repro blu gamDra 0033 276 887 2011-10-17T21:34:25Z RPPhotFlux 321B sPS 110 repro blu gamDra 0033 276 887 2011-10-17T21:40:04Z RPPhotFlux 324A cPS 20Jy blu Interamnia 0004 162 887 2011-10-18T09:57:30Z RPPhotFlux 324B sPS 070 20Jy blu Interamnia 0004 286 887 2011-10-18T10:01:15Z RPPhotFlux 324B sPS 110 20Jy blu Interamnia 0004 286 887 2011-10-18T10:07:04Z RPPhotFlux 324A cPS 10Jy grn Interamnia 0004 162 887 2011-10-18T10:12:53Z RPPhotFlux 324B sPS 070 10Jy grn Interamnia 0004 286 887 2011-10-18T10:16:38Z RPPhotFlux 324B sPS 110 10Jy grn Interamnia 0004 286 887 2011-10-18T10:22:27Z RPPhotSpatial 314E StdScan045 hi blue Mars 0001 3729 888 2011-10-19T06:17:13Z RPPhotSpatial 314E StdScan135 hi blue Mars 0001 3729 888 2011-10-19T07:20:32Z RPPhotSpatial 314E StdScan225 hi blue Mars 0001 3729 888 2011-10-19T08:23:51Z RPPhotSpatial 314E StdScan315 hi blue Mars 0001 3729 888 2011-10-19T09:27:10Z RPPhotSpatial 314E StdScan045 hi grn Mars 0001 3729 888 2011-10-19T10:30:29Z RPPhotSpatial 314E StdScan135 hi grn Mars 0001 3729 888 2011-10-19T11:33:48Z RPPhotSpatial 314E StdScan225 hi grn Mars 0001 3729 888 2011-10-19T12:37:07Z RPPhotSpatial 314E StdScan315 hi grn Mars 0001 3729 888 2011-10-19T13:40:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 425

13.2.50 Cycle#51 (ODs 889-902) Table 176: PACS Routine Phase calibration AORs in cycle#51. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 1Jy blu omeCap 0004 840 889 2011-10-20T03:08:46Z RPPhotFlux 324B sPS 110 1Jy blu omeCap 0004 840 889 2011-10-20T03:23:49Z RPPhotFlux 324B sPS 070 500mJy grn omeCap 0004 840 889 2011-10-20T03:38:52Z RPPhotFlux 324B sPS 110 500mJy grn omeCap 0004 840 889 2011-10-20T03:53:55Z RPPhotFlux 324A cPS 200Jy blu Pallas 0004 162 889 2011-10-20T04:14:05Z RPPhotFlux 631A sPS 070 Planck blu Pallas 0003 286 889 2011-10-20T04:17:50Z RPPhotFlux 631A sPS 110 Planck blu Pallas 0003 286 889 2011-10-20T04:23:39Z RPPhotFlux 324A cPS 50Jy red Pallas 0004 162 889 2011-10-20T04:29:28Z RPPhotFlux 631A sPS 070 Planck grn Pallas 0003 286 889 2011-10-20T04:33:13Z RPPhotFlux 631A sPS 110 Planck grn Pallas 0003 286 889 2011-10-20T04:39:02Z RPSpecFlux 433A StdRange AbsFluxA Pallas 0003 979 889 2011-10-20T05:37:36Z RPSpecFlux 433A StdRange AbsFluxB Pallas 0003 711 889 2011-10-20T05:56:03Z RPSpecFlux 611A StdSED sedb2a Pallas 0004 1140 889 2011-10-20T06:10:06Z RPSpecFlux 611A StdSED sedb2b Pallas 0004 2268 889 2011-10-20T06:31:15Z RPSpecFlux 611A StdSED sedb3a Pallas 0004 2940 889 2011-10-20T07:11:13Z RPElecEDAC 811A 5476A 0 na 0015 6 891 2011-10-22T14:21:03Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0058 627 894 2011-10-25T11:34:11Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0058 625 894 2011-10-25T11:46:46Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0058 623 894 2011-10-25T11:59:17Z RPSpecFlux 622C StdRS 156 219 IRC+10216 0001 4399 894 2011-10-25T12:57:42Z RPSpecFlux 622D StdLS CII CO16-15 IRC+10216 0001 1511 894 2011-10-25T14:13:10Z RPPhotFlux 324A cPS 200Jy blu Vesta 0004 162 900 2011-10-31T03:06:10Z RPPhotFlux 631A sPS 070 Planck blu Vesta 0003 286 900 2011-10-31T03:09:55Z RPPhotFlux 631A sPS 110 Planck blu Vesta 0003 286 900 2011-10-31T03:15:44Z RPPhotFlux 324A cPS 100Jy grn Vesta 0004 162 900 2011-10-31T03:21:33Z RPPhotFlux 631A sPS 070 Planck grn Vesta 0003 286 900 2011-10-31T03:25:18Z RPPhotFlux 631A sPS 110 Planck grn Vesta 0003 286 900 2011-10-31T03:31:07Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0005 979 900 2011-10-31T04:29:41Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0005 711 900 2011-10-31T04:48:08Z RPSpecFlux 611A StdSED sedb2a Vesta 0003 1140 900 2011-10-31T05:02:11Z RPSpecFlux 611A StdSED sedb2b Vesta 0003 2268 900 2011-10-31T05:23:20Z RPSpecFlux 611A StdSED sedb3a Vesta 0003 2940 900 2011-10-31T06:03:18Z RPSpecFlux 622C StdRS 156 219 AFGL2688 0001 4399 900 2011-10-31T11:48:37Z RPSpecFlux 622D StdLS CII CO16-15 AFGL2688 0001 1511 900 2011-10-31T13:04:05Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0059 627 902 2011-11-02T13:54:25Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0059 625 902 2011-11-02T14:07:00Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0059 623 902 2011-11-02T14:19:31Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 426

13.2.51 Cycle#52 (ODs 903-916) Table 177: PACS Routine Phase calibration AORs in cycle#52. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0034 152 906 2011-11-05T17:41:34Z RPPhotFlux 321B sPS 070 repro blu gamDra 0034 276 906 2011-11-05T17:45:09Z RPPhotFlux 321B sPS 110 repro blu gamDra 0034 276 906 2011-11-05T17:50:48Z RPPhotSpatial 315B StdScan090 med blu Mars 0001 3245 906 2011-11-06T03:45:13Z RPPhotSpatial 315B StdScan090 med grn Mars 0001 3245 906 2011-11-06T04:40:21Z RPSpecFlux 433A StdRange AbsFluxA Thisbe 0002 979 906 2011-11-06T06:29:28Z RPSpecFlux 433A StdRange AbsFluxB Thisbe 0002 711 906 2011-11-06T06:47:55Z RPSpecFlux 622C StdRS 156 219 NGC7027 0001 4399 906 2011-11-06T12:08:58Z RPSpecFlux 622D StdLS CII CO16-15 NGC7027 0001 1511 906 2011-11-06T13:24:26Z RPSpecWave 421A StdLS NGC6543 A 0023 1625 906 2011-11-06T13:56:00Z RPSpecWave 421A StdLS NGC6543 B 0023 1568 906 2011-11-06T14:25:15Z RPElecEDAC 811A 5476A 0 na 0016 6 906 2011-11-06T14:51:27Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0060 627 912 2011-11-11T15:58:34Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0060 625 912 2011-11-11T16:11:09Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0060 623 912 2011-11-11T16:23:40Z RPSpecFlux 622C StdRS 156 219 VYCMa 0001 4399 912 2011-11-12T08:54:02Z RPSpecFlux 622D StdLS CII CO16-15 VYCMa 0001 1511 912 2011-11-12T10:09:30Z RPSpecGeGa 123A nStdCalBlock Cf00 60-2 DField 0003 209 914 2011-11-14T13:43:56Z RPSpecGeGa 123A nStdCalBlock Cf08 60-2 DField 0003 209 914 2011-11-14T13:47:37Z RPSpecGeGa 123A nStdCalBlock Cf04 60-2 DField 0003 209 914 2011-11-14T13:51:18Z RPSpecGeGa 123A nStdCalBlock Cf12 60-2 DField 0003 209 914 2011-11-14T13:54:59Z RPSpecGeGa 123A nStdCalBlock Cf00 60-3 DField 0003 201 914 2011-11-14T13:58:40Z RPSpecGeGa 123A nStdCalBlock Cf08 60-3 DField 0003 201 914 2011-11-14T14:02:13Z RPSpecGeGa 123A nStdCalBlock Cf04 60-3 DField 0003 201 914 2011-11-14T14:05:46Z RPSpecGeGa 123A nStdCalBlock Cf12 60-3 DField 0003 201 914 2011-11-14T14:09:19Z RPSpecGeGa 123A nStdCalBlock Cf00 75-2 DField 0003 204 914 2011-11-14T14:12:52Z RPSpecGeGa 123A nStdCalBlock Cf08 75-2 DField 0003 204 914 2011-11-14T14:16:28Z RPSpecGeGa 123A nStdCalBlock Cf04 75-2 DField 0003 204 914 2011-11-14T14:20:04Z RPSpecGeGa 123A nStdCalBlock Cf12 75-2 DField 0003 204 914 2011-11-14T14:23:40Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 427

13.2.52 Cycle#53 (ODs 917-930) Table 178: PACS Routine Phase calibration AORs in cycle#53. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 200Jy red Neptune 0004 162 919 2011-11-19T03:22:12Z RPPhotFlux 631A sPS 070 Planck blu Neptune 0004 286 919 2011-11-19T03:25:57Z RPPhotFlux 631A sPS 110 Planck blu Neptune 0004 286 919 2011-11-19T03:31:46Z RPPhotFlux 324A cPS 200Jy grn Neptune 0004 162 919 2011-11-19T03:37:35Z RPPhotFlux 631A sPS 070 Planck grn Neptune 0004 286 919 2011-11-19T03:41:20Z RPPhotFlux 631A sPS 110 Planck grn Neptune 0004 286 919 2011-11-19T03:47:09Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0004 979 919 2011-11-19T04:45:43Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0004 711 919 2011-11-19T05:04:10Z RPSpecFlux 433B StdRange UnchopFluxB2A Neptune 02 200 919 2011-11-19T05:18:12Z RPSpecFlux 433B StdRange UnchopFluxB2A NeptuneOff 2 190 919 2011-11-19T05:23:43Z RPSpecFlux 433B StdRange UnchopFluxB2B Neptune 02 378 919 2011-11-19T05:29:01Z RPSpecFlux 433B StdRange UnchopFluxB2B NeptuneOff 2 368 919 2011-11-19T05:37:27Z RPSpecFlux 433B StdRange UnchopFluxB3A Neptune 02 386 919 2011-11-19T05:45:41Z RPSpecFlux 433B StdRange UnchopFluxB3A NeptuneOff 2 376 919 2011-11-19T05:54:13Z RPSpecFlux 611A StdSED sedb2a Neptune 0004 1140 919 2011-11-19T06:02:41Z RPSpecFlux 611A StdSED sedb2b Neptune 0004 2268 919 2011-11-19T06:23:50Z RPSpecFlux 611A StdSED sedb3a Neptune 0004 2940 919 2011-11-19T07:03:48Z RPSpecFlux 611B StdSED nochop sedb2a Neptune 0002 349 919 2011-11-19T07:55:00Z RPSpecFlux 611B StdSED nochop sedb2a NeptuneOff 02 339 919 2011-11-19T08:03:01Z RPSpecFlux 611B StdSED nochop sedb2b Neptune 0002 679 919 2011-11-19T08:10:49Z RPSpecFlux 611B StdSED nochop sedb2b NeptuneOff 02 669 919 2011-11-19T08:24:17Z RPSpecFlux 611B StdSED nochop sedb3a Neptune 0002 877 919 2011-11-19T08:37:36Z RPSpecFlux 611B StdSED nochop sedb3a NeptuneOff 02 867 919 2011-11-19T08:54:23Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0061 627 920 2011-11-19T15:01:38Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0061 625 920 2011-11-19T15:14:13Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0061 623 920 2011-11-19T15:26:44Z RPSpecFlux 622D StdLS CII CO16-15 RDor 0001 1511 922 2011-11-22T13:36:51Z RPElecEDAC 811A 5476A 0 na 0017 6 922 2011-11-22T14:13:54Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0062 627 928 2011-11-28T13:53:52Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0062 625 928 2011-11-28T14:06:27Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0062 623 928 2011-11-28T14:18:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 428

13.2.53 Cycle#54 (ODs 931-944) Table 179: PACS Routine Phase calibration AORs in cycle#54. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0018 6 933 2011-12-03T11:42:38Z RPPhotFlux 324B sPS 070 500mJy blu delDra 0004 840 934 2011-12-04T10:40:33Z RPPhotFlux 324B sPS 110 500mJy blu delDra 0004 840 934 2011-12-04T10:55:36Z RPPhotFlux 324B sPS 070 200mJy grn delDra 0004 840 934 2011-12-04T11:10:39Z RPPhotFlux 324B sPS 110 200mJy grn delDra 0004 840 934 2011-12-04T11:25:42Z RPPhotFlux 321A cPS repro blu gamDra 0035 152 936 2011-12-05T14:51:14Z RPPhotFlux 321B sPS 070 repro blu gamDra 0035 276 936 2011-12-05T14:54:49Z RPPhotFlux 321B sPS 110 repro blu gamDra 0035 276 936 2011-12-05T15:00:28Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0063 627 938 2011-12-07T17:25:32Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0063 625 938 2011-12-07T17:38:07Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0063 623 938 2011-12-07T17:50:38Z RPSpecWave 421A StdLS NGC6543 A 0024 1625 938 2011-12-07T18:04:47Z RPSpecWave 421A StdLS NGC6543 B 0024 1568 938 2011-12-07T18:34:02Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0005 979 941 2011-12-11T14:52:53Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0005 711 941 2011-12-11T15:11:20Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 429

13.2.54 Cycle#55 (ODs 945-958) Table 180: PACS Routine Phase calibration AORs in cycle#55. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 20Jy blu Thisbe 0004 162 947 2011-12-16T23:34:19Z RPPhotFlux 631A sPS 070 Planck blu Thisbe 0001 286 947 2011-12-16T23:38:04Z RPPhotFlux 631A sPS 110 Planck blu Thisbe 0001 286 947 2011-12-16T23:43:53Z RPPhotFlux 324A cPS 10Jy grn Thisbe 0004 162 947 2011-12-16T23:49:42Z RPPhotFlux 631A sPS 070 Planck grn Thisbe 0001 286 947 2011-12-16T23:53:27Z RPPhotFlux 631A sPS 110 Planck grn Thisbe 0001 286 947 2011-12-16T23:59:16Z RPPhotFlux 324A cPS 200Jy blu Ceres 0004 162 947 2011-12-17T00:28:41Z RPPhotFlux 631A sPS 070 Planck blu Ceres 0003 286 947 2011-12-17T00:32:26Z RPPhotFlux 631A sPS 110 Planck blu Ceres 0003 286 947 2011-12-17T00:38:15Z RPPhotFlux 324A cPS 200Jy grn Ceres 0004 162 947 2011-12-17T00:44:04Z RPPhotFlux 631A sPS 070 Planck grn Ceres 0003 286 947 2011-12-17T00:47:49Z RPPhotFlux 631A sPS 110 Planck grn Ceres 0003 286 947 2011-12-17T00:53:38Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0008 979 947 2011-12-17T01:52:12Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0008 711 947 2011-12-17T02:10:39Z RPSpecFlux 611A StdSED sedb2a Ceres 0004 1140 947 2011-12-17T02:24:42Z RPSpecFlux 611A StdSED sedb2b Ceres 0004 2268 947 2011-12-17T02:45:51Z RPSpecFlux 611A StdSED sedb3a Ceres 0004 2940 947 2011-12-17T03:25:49Z RPSpecFlux 611B StdSED nochop sedb2a Ceres 0002 349 947 2011-12-17T04:17:01Z RPSpecFlux 611B StdSED nochop sedb2a CeresOff 0002 339 947 2011-12-17T04:25:02Z RPSpecFlux 611B StdSED nochop sedb2b Ceres 0002 679 947 2011-12-17T04:32:50Z RPSpecFlux 611B StdSED nochop sedb2b CeresOff 0002 669 947 2011-12-17T04:46:18Z RPSpecFlux 611B StdSED nochop sedb3a Ceres 0002 877 947 2011-12-17T04:59:37Z RPSpecFlux 611B StdSED nochop sedb3a CeresOff 0002 867 947 2011-12-17T05:16:24Z RPSpecFlux 433A StdRange AbsFluxA Thisbe 0003 979 947 2011-12-17T05:55:29Z RPSpecFlux 433A StdRange AbsFluxB Thisbe 0003 711 947 2011-12-17T06:13:56Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0064 627 947 2011-12-17T11:24:37Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0064 625 947 2011-12-17T11:37:12Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0064 623 947 2011-12-17T11:49:43Z RPElecEDAC 811A 5476A 0 na 0019 6 947 2011-12-17T12:00:10Z RPSpecFlux 721A StdSED sedb2a s DarkField 0005 1130 950 2011-12-19T15:18:53Z RPSpecFlux 721A StdSED sedb2b s DarkField 0005 2258 950 2011-12-19T15:39:52Z RPSpecFlux 721A StdSED sedb3a s DarkField 0005 2930 950 2011-12-19T16:19:40Z RPSpecFlux 721A StdSED sedb2a m DarkField 0005 1135 950 2011-12-19T17:10:42Z RPSpecFlux 721A StdSED sedb2b m DarkField 0005 2263 950 2011-12-19T17:31:46Z RPSpecFlux 721A StdSED sedb3a m DarkField 0005 2935 950 2011-12-19T18:11:39Z RPSpecFlux 721A StdSED sedb2a l DarkField 0005 1139 950 2011-12-19T19:02:46Z RPSpecFlux 721A StdSED sedb2b l DarkField 0005 2267 950 2011-12-19T19:23:54Z RPSpecFlux 721A StdSED sedb3a l DarkField 0005 2939 950 2011-12-19T20:03:51Z RPElecEDAC 811A 5476A 10 na 0019 6 951 2011-12-21T11:19:24Z RPPhotFlux 324A cPS 50Jy blu Hebe 0004 162 957 2011-12-26T21:44:32Z RPPhotFlux 631A sPS 070 Planck blu Hebe 0003 286 957 2011-12-26T21:48:17Z RPPhotFlux 631A sPS 110 Planck blu Hebe 0003 286 957 2011-12-26T21:54:06Z RPPhotFlux 324A cPS 20Jy grn Hebe 0004 162 957 2011-12-26T21:59:55Z RPPhotFlux 631A sPS 070 Planck grn Hebe 0003 286 957 2011-12-26T22:03:40Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 430

Table 180: continued. Calibration AOR duration (s) OD absolute start time RPPhotFlux 631A sPS 110 Planck grn Hebe 0003 286 957 2011-12-26T22:09:29Z RPPhotFlux 324A cPS lo1000Jy blu Uranus 0004 162 957 2011-12-26T22:40:46Z RPPhotFlux 631A sPS 070 Planck lo blu Uranus 0003 286 957 2011-12-26T22:44:31Z RPPhotFlux 631A sPS 110 Planck lo blu Uranus 0003 286 957 2011-12-26T22:50:20Z RPPhotFlux 324A cPS lo1000Jy grn Uranus 0004 162 957 2011-12-26T22:56:09Z RPPhotFlux 631A sPS 070 Planck lo grn Uranus 0003 286 957 2011-12-26T22:59:54Z RPPhotFlux 631A sPS 110 Planck lo grn Uranus 0003 286 957 2011-12-26T23:05:43Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0004 979 957 2011-12-27T00:04:17Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0004 711 957 2011-12-27T00:22:44Z RPSpecFlux 433B StdRange UnchopFluxB2A Uranus 03 165 957 2011-12-27T00:36:46Z RPSpecFlux 433B StdRange UnchopFluxB2A UranusOff 03 155 957 2011-12-27T00:41:42Z RPSpecFlux 433B StdRange UnchopFluxB2B Uranus 03 418 957 2011-12-27T00:46:25Z RPSpecFlux 433B StdRange UnchopFluxB2B UranusOff 03 408 957 2011-12-27T00:55:31Z RPSpecFlux 433B StdRange UnchopFluxB3A Uranus 03 416 957 2011-12-27T01:04:25Z RPSpecFlux 433B StdRange UnchopFluxB3A UranusOff 03 406 957 2011-12-27T01:13:27Z RPSpecFlux 611A StdSED sedb2a Uranus 0003 1140 957 2011-12-27T01:22:25Z RPSpecFlux 611A StdSED sedb2b Uranus 0003 2268 957 2011-12-27T01:43:34Z RPSpecFlux 611A StdSED sedb3a Uranus 0003 2940 957 2011-12-27T02:23:32Z RPSpecFlux 611B StdSED nochop sedb2a Uranus 02 349 957 2011-12-27T03:14:44Z RPSpecFlux 611B StdSED nochop sedb2a UranusOff 02 339 957 2011-12-27T03:22:45Z RPSpecFlux 611B StdSED nochop sedb2b Uranus 02 679 957 2011-12-27T03:30:33Z RPSpecFlux 611B StdSED nochop sedb2b UranusOff 02 669 957 2011-12-27T03:44:01Z RPSpecFlux 611B StdSED nochop sedb3a Uranus 02 877 957 2011-12-27T03:57:20Z RPSpecFlux 611B StdSED nochop sedb3a UranusOff 02 867 957 2011-12-27T04:14:07Z RPSpecFlux 433A StdRange AbsFluxA Hebe 0003 979 957 2011-12-27T04:55:05Z RPSpecFlux 433A StdRange AbsFluxB Hebe 0003 711 957 2011-12-27T05:13:32Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0065 627 958 2011-12-27T17:52:17Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0065 625 958 2011-12-27T18:04:52Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0065 623 958 2011-12-27T18:17:23Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 431

13.2.55 Cycle#56 (ODs 959-972) Table 181: PACS Routine Phase calibration AORs in cycle#56. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecAOTVal 523A STDRangeSpec OIII52 NGC4151 0001 3301 959 2011-12-29T08:32:04Z RPSpecWave 421A StdLS NGC6543 A 0025 1625 959 2011-12-29T09:36:01Z RPSpecWave 421A StdLS NGC6543 B 0025 1568 959 2011-12-29T10:05:16Z RPElecEDAC 811A 5476A 0 na 0020 6 960 2011-12-29T11:34:36Z RPElecEDAC 811A 5476A 10 na 0020 6 962 2012-01-01T10:24:25Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0066 627 966 2012-01-05T07:51:52Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0066 625 966 2012-01-05T08:04:27Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0066 623 966 2012-01-05T08:16:58Z RPPhotFlux 321A cPS repro blu gamDra 0036 152 967 2012-01-06T09:40:41Z RPPhotFlux 321B sPS 070 repro blu gamDra 0036 276 967 2012-01-06T09:44:16Z RPPhotFlux 321B sPS 110 repro blu gamDra 0036 276 967 2012-01-06T09:49:55Z RPPhotFlux 324A cPS 10Jy grn Flora 0004 162 969 2012-01-07T21:12:12Z RPPhotFlux 631A sPS 070 Planck grn Flora 0002 286 969 2012-01-07T21:15:57Z RPPhotFlux 631A sPS 110 Planck grn Flora 0002 286 969 2012-01-07T21:21:46Z RPPhotFlux 324A cPS 20Jy blu Flora 0004 162 969 2012-01-07T21:27:35Z RPPhotFlux 631A sPS 070 Planck blu Flora 0002 286 969 2012-01-07T21:31:20Z RPPhotFlux 631A sPS 110 Planck blu Flora 0002 286 969 2012-01-07T21:37:09Z RPPhotFlux 324A cPS 10Jy grn alfBoo 0004 152 969 2012-01-07T22:10:25Z RPPhotFlux 324B sPS 070 10Jy grn alfBoo 0004 276 969 2012-01-07T22:14:00Z RPPhotFlux 324B sPS 110 10Jy grn alfBoo 0004 276 969 2012-01-07T22:19:39Z RPPhotFlux 324A cPS 20Jy blu alfBoo 0004 152 969 2012-01-07T22:25:18Z RPPhotFlux 324B sPS 070 20Jy blu alfBoo 0004 276 969 2012-01-07T22:28:53Z RPPhotFlux 324B sPS 110 20Jy blu alfBoo 0004 276 969 2012-01-07T22:34:32Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0005 969 969 2012-01-07T23:32:56Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0005 701 969 2012-01-07T23:51:13Z RPSpecFlux 433B StdRS UnchopFluxB2A AlpBoo 0003 190 969 2012-01-08T00:05:05Z RPSpecFlux 433B StdRS UnchopFluxB2A AlpBooOff 03 190 969 2012-01-08T00:09:51Z RPSpecFlux 433B StdRS UnchopFluxB2B AlpBoo 0003 368 969 2012-01-08T00:14:34Z RPSpecFlux 433B StdRS UnchopFluxB2B AlpBooOff 03 368 969 2012-01-08T00:23:30Z RPSpecFlux 433B StdRS UnchopFluxB3A AlpBoo 0003 376 969 2012-01-08T00:32:24Z RPSpecFlux 433B StdRS UnchopFluxB3A AlpBooOff 03 376 969 2012-01-08T00:41:16Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 432

13.2.56 Cycle#57 (ODs 973-986) Table 182: PACS Routine Phase calibration AORs in cycle#57. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 2Jy grn betAnd 0004 152 973 2012-01-11T21:02:22Z RPPhotFlux 324B sPS 070 2Jy grn betAnd 0004 276 973 2012-01-11T21:05:57Z RPPhotFlux 324B sPS 110 2Jy grn betAnd 0004 276 973 2012-01-11T21:11:36Z RPPhotFlux 324A cPS 5Jy blu betAnd 0004 152 973 2012-01-11T21:17:15Z RPPhotFlux 324B sPS 070 5Jy blu betAnd 0004 276 973 2012-01-11T21:20:50Z RPPhotFlux 324B sPS 110 5Jy blu betAnd 0004 276 973 2012-01-11T21:26:29Z STR 4 Hz pointing quality test start at 2012-01-12T14:34:34Z RPPhotFPG 263A nStdScan90medi blu Arp220 0001 1856 974 2012-01-12T14:51:25Z RPPhotFPG 263A nStdScan00medi blu Arp220 0001 2996 974 2012-01-12T15:23:24Z RPPhotFPG 263B nStdScan90medi 04 blu Arp220 0001 709 974 2012-01-12T16:14:23Z RPPhotFPG 263B nStdScan90medi 30 blu Arp220 0001 93 974 2012-01-12T16:27:15Z STR 4 Hz pointing quality test end at 2012-01-12T16:28:49Z RPPhotFlux 324B sPS 070 1Jy grn alfAri 0004 840 974 2012-01-12T20:04:43Z RPPhotFlux 324B sPS 110 1Jy grn alfAri 0004 840 974 2012-01-12T20:19:46Z RPPhotFlux 324B sPS 070 2Jy blu alfAri 0004 840 974 2012-01-12T20:34:49Z RPPhotFlux 324B sPS 110 2Jy blu alfAri 0004 840 974 2012-01-12T20:49:52Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0067 627 975 2012-01-14T05:19:26Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0067 625 975 2012-01-14T05:32:01Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0067 623 975 2012-01-14T05:44:32Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0005 979 975 2012-01-14T06:47:29Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0005 711 975 2012-01-14T07:05:56Z RPElecEDAC 811A 5476A 0 na 0021 6 975 2012-01-14T09:41:16Z RPSpecAOTVal 523A STDRangeSpec OIII52 NGC1068 0001 2643 979 2012-01-18T10:24:12Z RPPhotFPG 1115A nStdScan00sl blu CallistoGanymede 1 3114 981 2012-01-20T05:29:58Z RPPhotFPG 1115A nStdScan90sl blu CallistoGanymede 1 2274 981 2012-01-20T06:22:55Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0068 627 984 2012-01-22T14:14:56Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0068 625 984 2012-01-22T14:27:31Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0068 623 984 2012-01-22T14:40:02Z RPElecEDAC 811A 5476A 10 na 0021 6 985 2012-01-23T12:49:39Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 433

13.2.57 Cycle#58 (ODs 987-1000) Table 183: PACS Routine Phase calibration AORs in cycle#58. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0022 6 987 2012-01-26T09:43:55Z RPSpecFlux 433A StdRange AbsFluxA AlphaCet 0003 11085 990 2012-01-29T04:22:39Z RPSpecFlux 433A StdRange AbsFluxB AlphaCet 0003 8135 990 2012-01-29T07:29:32Z RPSpecWave 421A StdLS NGC6543 A 0026 1625 991 2012-01-29T13:27:57Z RPSpecWave 421A StdLS NGC6543 B 0026 1568 991 2012-01-29T13:57:12Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0069 627 992 2012-01-31T06:28:14Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0069 625 992 2012-01-31T06:40:49Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0069 623 992 2012-01-31T06:53:20Z RPElecEDAC 811A 5476A 10 na 0022 6 999 2012-02-07T09:59:17Z RPPhotFlux 321A cPS repro blu gamDra 0037 152 1000 2012-02-08T08:27:17Z RPPhotFlux 321B sPS 070 repro blu gamDra 0037 276 1000 2012-02-08T08:30:52Z RPPhotFlux 321B sPS 110 repro blu gamDra 0037 276 1000 2012-02-08T08:36:31Z RPPhotFlux 324A cPS 2Jy grn alfCet 0004 152 1000 2012-02-08T09:31:51Z RPPhotFlux 324B sPS 070 2Jy grn alfCet 0004 276 1000 2012-02-08T09:35:26Z RPPhotFlux 324B sPS 110 2Jy grn alfCet 0004 276 1000 2012-02-08T09:41:05Z RPPhotFlux 324A cPS 5Jy blu alfCet 0004 152 1000 2012-02-08T09:46:44Z RPPhotFlux 324B sPS 070 5Jy blu alfCet 0004 276 1000 2012-02-08T09:50:19Z RPPhotFlux 324B sPS 110 5Jy blu alfCet 0004 276 1000 2012-02-08T09:55:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 434

13.2.58 Cycle#59 (ODs 1001-1014) Table 184: PACS Routine Phase calibration AORs in cycle#59. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 10Jy grn Juno 0004 162 1002 2012-02-09T21:47:23Z RPPhotFlux 324B sPS 070 10Jy grn Juno 0004 286 1002 2012-02-09T21:51:08Z RPPhotFlux 324B sPS 110 10Jy grn Juno 0004 286 1002 2012-02-09T21:56:57Z RPPhotFlux 324A cPS 20Jy blu Juno 0004 162 1002 2012-02-09T22:02:46Z RPPhotFlux 324B sPS 070 20Jy blu Juno 0004 286 1002 2012-02-09T22:06:31Z RPPhotFlux 324B sPS 110 20Jy blu Juno 0004 286 1002 2012-02-09T22:12:20Z RPSpecFlux 433A StdRange AbsFluxA Juno 0001 979 1002 2012-02-09T23:10:54Z RPSpecFlux 433A StdRange AbsFluxB Juno 0001 711 1002 2012-02-09T23:29:21Z RPSpecFlux 611A StdSED sedb2a Juno 0002 1140 1002 2012-02-09T23:43:24Z RPSpecFlux 611A StdSED sedb2b Juno 0002 2268 1002 2012-02-10T00:04:33Z RPSpecFlux 611A StdSED sedb3a Juno 0002 2940 1002 2012-02-10T00:44:31Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0070 627 1002 2012-02-10T08:56:11Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0070 625 1002 2012-02-10T09:08:46Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0070 623 1002 2012-02-10T09:21:17Z RPSpecFPG 411I StdRS 70.0-74.9 Arp220 0001 3244 1003 2012-02-10T21:25:18Z RPSpecFPG 411I StdRS 74.4-79.4 Arp220 0002 3447 1003 2012-02-10T22:21:30Z RPSpecFPG 411I StdRS 78.9-83.7 Arp220 0003 3472 1003 2012-02-10T23:21:06Z RPSpecFPG 411I StdRS 83.2-87.8 Arp220 0004 3496 1003 2012-02-11T00:21:07Z RPSpecFPG 411I StdRS 87.3-91.5 Arp220 0005 3377 1003 2012-02-11T01:21:33Z RPSpecFPG 411I StdRS 91.0-95.1 Arp220 0006 3505 1003 2012-02-11T02:20:01Z RPSpecFPG 411I StdRS 94.6-98.0 Arp220 0007 3106 1003 2012-02-11T03:20:38Z RPSpecFPG 411I StdRS 104.6-119.0 Arp220 0008 3340 1003 2012-02-11T04:14:36Z RPSpecFPG 411I StdRS 118.0-131.8 Arp220 0009 3321 1003 2012-02-11T05:12:26Z RPSpecFPG 411I StdRS 130.8-141.0 Arp220 0010 2556 1003 2012-02-11T06:09:57Z RPSpecFlux 622C StdRS 156 219 IKTau 0001 4399 1003 2012-02-11T08:43:20Z RPElecEDAC 811A 5476A 0 na 0023 6 1004 2012-02-12T10:05:29Z RPPhotFlux 324A cPS 10Jy grn Europa 0004 162 1007 2012-02-14T22:35:13Z RPPhotFlux 324B sPS 070 10Jy grn Europa 0004 286 1007 2012-02-14T22:38:58Z RPPhotFlux 324B sPS 110 10Jy grn Europa 0004 286 1007 2012-02-14T22:44:47Z RPPhotFlux 324A cPS 20Jy blu Europa 0004 162 1007 2012-02-14T22:50:36Z RPPhotFlux 324B sPS 070 20Jy blu Europa 0004 286 1007 2012-02-14T22:54:21Z RPPhotFlux 324B sPS 110 20Jy blu Europa 0004 286 1007 2012-02-14T23:00:10Z RPSpecFlux 433A StdRange AbsFluxA Europa 0003 979 1007 2012-02-14T23:58:44Z RPSpecFlux 433A StdRange AbsFluxB Europa 0003 711 1007 2012-02-15T00:17:11Z RPSpecFlux 611A StdSED sedb2a Europa 0002 1140 1007 2012-02-15T00:31:14Z RPSpecFlux 611A StdSED sedb2b Europa 0002 2268 1007 2012-02-15T00:52:23Z RPSpecFlux 611A StdSED sedb3a Europa 0002 2940 1007 2012-02-15T01:32:21Z RPSpecFlux 622D StdLS CII CO16-15 omiCet 0001 1511 1007 2012-02-15T09:48:18Z RPElecEDAC 811A 5476A 10 na 0023 6 1007 2012-02-15T10:13:33Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0071 627 1013 2012-02-21T03:25:47Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0071 625 1013 2012-02-21T03:38:22Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0071 623 1013 2012-02-21T03:50:53Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 435

13.2.59 Cycle#60 (ODs 1015-1028) Table 185: PACS Routine Phase calibration AORs in cycle#60. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 622D StdLS CII CO16-15 NGC6302 0001 1511 1018 2012-02-25T13:30:24Z RPSpecWave 421A StdLS NGC6543 A 0027 1625 1018 2012-02-25T17:54:40Z RPSpecWave 421A StdLS NGC6543 B 0027 1568 1018 2012-02-25T18:23:55Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0072 627 1021 2012-02-28T17:39:49Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0072 625 1021 2012-02-28T17:52:24Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0072 623 1021 2012-02-28T18:04:55Z RPElecEDAC 811A 5476A 0 na 0024 6 1021 2012-02-29T13:52:39Z RPPhotFlux 321A cPS repro blu gamDra 0038 152 1028 2012-03-06T18:08:42Z RPPhotFlux 321B sPS 070 repro blu gamDra 0038 276 1028 2012-03-06T18:12:17Z RPPhotFlux 321B sPS 110 repro blu gamDra 0038 276 1028 2012-03-06T18:17:56Z RPPhotFlux 324B sPS 070 50mJy blu HD152222 0004 1686 1028 2012-03-06T18:30:32Z RPPhotFlux 324B sPS 110 50mJy blu HD152222 0004 1686 1028 2012-03-06T18:59:41Z RPPhotFlux 324A cPS 20Jy blu alfTau 0005 152 1028 2012-03-07T01:27:37Z RPPhotFlux 324B sPS 070 20Jy blu alfTau 0005 276 1028 2012-03-07T01:31:12Z RPPhotFlux 324B sPS 110 20Jy blu alfTau 0005 276 1028 2012-03-07T01:36:51Z RPPhotFlux 324A cPS 10Jy grn alfTau 0005 152 1028 2012-03-07T01:42:30Z RPPhotFlux 324B sPS 070 10Jy grn alfTau 0005 276 1028 2012-03-07T01:46:05Z RPPhotFlux 324B sPS 110 10Jy grn alfTau 0005 276 1028 2012-03-07T01:51:44Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0008 969 1028 2012-03-07T02:50:08Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0008 701 1028 2012-03-07T03:08:25Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0073 627 1028 2012-03-07T06:01:39Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0073 625 1028 2012-03-07T06:14:14Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0073 623 1028 2012-03-07T06:26:45Z RPElecEDAC 811A 5476A 10 na 0024 6 1028 2012-03-07T13:20:14Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 436

13.2.60 Cycle#61 (ODs 1029-1042) Table 186: PACS Routine Phase calibration AORs in cycle#61. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0025 6 1034 2012-03-13T01:13:05Z RPPhotFlux 324B sPS 070 1Jy blu epsLep 0005 276 1034 2012-03-13T19:21:04Z RPPhotFlux 324B sPS 110 1Jy blu epsLep 0005 276 1034 2012-03-13T19:26:43Z RPPhotFlux 324B sPS 070 500mJy grn epsLep 0005 840 1034 2012-03-13T19:32:22Z RPPhotFlux 324B sPS 110 500mJy grn epsLep 0005 840 1034 2012-03-13T19:47:25Z RPPhotFlux 324A cPS 10Jy blu Massalia 0004 162 1035 2012-03-13T21:20:34Z RPPhotFlux 324B sPS 070 10Jy blu Massalia 0004 286 1035 2012-03-13T21:24:19Z RPPhotFlux 324B sPS 110 10Jy blu Massalia 0004 286 1035 2012-03-13T21:30:08Z RPPhotFlux 324A cPS 5Jy grn Massalia 0004 162 1035 2012-03-13T21:35:57Z RPPhotFlux 324B sPS 070 5Jy grn Massalia 0004 286 1035 2012-03-13T21:39:42Z RPPhotFlux 324B sPS 110 5Jy grn Massalia 0004 286 1035 2012-03-13T21:45:31Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0074 627 1036 2012-03-15T16:58:45Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0074 625 1036 2012-03-15T17:11:20Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0074 623 1036 2012-03-15T17:23:51Z RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0009 969 1036 2012-03-15T17:51:27Z RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0009 701 1036 2012-03-15T18:09:44Z RPElecEDAC 811A 5476A 10 na 0025 6 1040 2012-03-19T00:46:22Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 437

13.2.61 Cycle#62 (ODs 1043-1056) Table 187: PACS Routine Phase calibration AORs in cycle#62. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 622C StdRS 156 219 CRL618 0001 4399 1046 2012-03-25T11:06:56Z RPSpecFlux 622D StdLS CII CO16-15 CRL618 0001 1511 1046 2012-03-25T12:22:24Z RPSpecWave 421A StdLS NGC6543 A 0028 1625 1046 2012-03-25T15:29:48Z RPSpecWave 421A StdLS NGC6543 B 0028 1568 1046 2012-03-25T15:59:03Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0075 627 1046 2012-03-25T16:28:58Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0075 625 1046 2012-03-25T16:41:33Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0075 623 1046 2012-03-25T16:54:04Z RPSpecFlux 433B StdRS UnchopFluxB2A HD161796 04 190 1046 2012-03-25T17:06:38Z RPSpecFlux 433B StdRS UnchopFluxB2A HD161796O 4 190 1046 2012-03-25T17:11:59Z RPSpecFlux 433B StdRS UnchopFluxB2B HD161796 04 368 1046 2012-03-25T17:17:17Z RPSpecFlux 433B StdRS UnchopFluxB2B HD161796O 4 368 1046 2012-03-25T17:25:33Z RPSpecFlux 433B StdRS UnchopFluxB3A HD161796 04 376 1046 2012-03-25T17:33:47Z RPSpecFlux 433B StdRS UnchopFluxB3A HD161796O 4 376 1046 2012-03-25T17:42:09Z RPElecEDAC 811A 5476A 0 na 0026 6 1048 2012-03-26T22:04:40Z RPPhotFlux 321A cPS repro blu gamDra 0039 152 1049 2012-03-28T17:11:01Z RPPhotFlux 321B sPS 070 repro blu gamDra 0039 276 1049 2012-03-28T17:14:36Z RPPhotFlux 321B sPS 110 repro blu gamDra 0039 276 1049 2012-03-28T17:20:15Z RPPhotFlux 324B sPS 070 1Jy grn betGem 0005 840 1051 2012-03-30T07:16:26Z RPPhotFlux 324B sPS 110 1Jy grn betGem 0005 840 1051 2012-03-30T07:31:29Z RPPhotFlux 324B sPS 070 2Jy blu betGem 0005 840 1051 2012-03-30T07:46:32Z RPPhotFlux 324B sPS 110 2Jy blu betGem 0005 840 1051 2012-03-30T08:01:35Z RPElecEDAC 811A 5476A 10 na 0026 6 1055 2012-04-03T09:19:19Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 438

13.2.62 Cycle#63 (ODs 1057-1070) Table 188: PACS Routine Phase calibration AORs in cycle#63. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 100mJy blu HD170693 0005 5634 1057 2012-04-05T10:08:34Z RPPhotFlux 324B sPS 110 100mJy blu HD170693 0005 5634 1057 2012-04-05T11:43:31Z RPPhotFlux 324B sPS 070 100mJy grn HD170693 0005 5634 1057 2012-04-05T13:18:28Z RPPhotFlux 324B sPS 110 100mJy grn HD170693 0005 5634 1057 2012-04-05T14:53:25Z RPPhotFlux 324B sPS 070 500mJy grn omeCap 0005 840 1058 2012-04-05T23:07:36Z RPPhotFlux 324B sPS 110 500mJy grn omeCap 0005 840 1058 2012-04-05T23:22:39Z RPPhotFlux 324B sPS 070 1Jy blu omeCap 0005 840 1058 2012-04-05T23:37:42Z RPPhotFlux 324B sPS 110 1Jy blu omeCap 0005 840 1058 2012-04-05T23:52:45Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0076 627 1059 2012-04-07T15:44:23Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0076 625 1059 2012-04-07T15:56:58Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0076 623 1059 2012-04-07T16:09:29Z RPElecEDAC 811A 5476A 0 na 0027 6 1061 2012-04-09T00:02:43Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0005 979 1068 2012-04-15T23:52:46Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0005 711 1068 2012-04-16T00:11:46Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0077 627 1068 2012-04-16T09:12:20Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0077 625 1068 2012-04-16T09:24:55Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0077 623 1068 2012-04-16T09:37:26Z RPSpecFlux 622C StdRS 156 219 NGC7027 0002 4399 1068 2012-04-16T09:54:09Z RPSpecFlux 622D StdLS CII CO16-15 NGC7027 0002 1511 1068 2012-04-16T11:09:37Z RPElecEDAC 811A 5476A 10 na 0027 6 1068 2012-04-16T20:40:20Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 439

13.2.63 Cycle#64 (ODs 1071-1084) Table 189: PACS Routine Phase calibration AORs in cycle#64. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0040 152 1076 2012-04-24T09:23:37Z RPPhotFlux 321B sPS 070 repro blu gamDra 0040 276 1076 2012-04-24T09:27:12Z RPPhotFlux 321B sPS 110 repro blu gamDra 0040 276 1076 2012-04-24T09:32:51Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0078 627 1076 2012-04-24T10:31:20Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0078 625 1076 2012-04-24T10:43:55Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0078 623 1076 2012-04-24T10:56:26Z RPSpecWave 421A StdLS NGC6543 A 0029 1625 1076 2012-04-24T11:10:35Z RPSpecWave 421A StdLS NGC6543 B 0029 1568 1076 2012-04-24T11:39:50Z RPSpecFlux 622C StdRS 156 219 AFGL2688 0002 4399 1076 2012-04-24T16:38:10Z RPSpecFlux 622D StdLS CII CO16-15 AFGL2688 0002 1511 1076 2012-04-24T17:53:38Z RPElecEDAC 811A 5476A 0 na 0028 6 1076 2012-04-24T20:21:25Z RPPhotFlux 324A cPS 20Jy grn Hygiea 0005 162 1083 2012-05-01T08:53:21Z RPPhotFlux 324B sPS 070 20Jy grn Hygiea 0005 286 1083 2012-05-01T08:57:06Z RPPhotFlux 324B sPS 110 20Jy grn Hygiea 0005 286 1083 2012-05-01T09:02:55Z RPPhotFlux 324A cPS 50Jy blu Hygiea 0005 162 1083 2012-05-01T09:08:44Z RPPhotFlux 324B sPS 070 50Jy blu Hygiea 0005 286 1083 2012-05-01T09:12:29Z RPPhotFlux 324B sPS 110 50Jy blu Hygiea 0005 286 1083 2012-05-01T09:18:18Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0006 979 1083 2012-05-01T10:16:52Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0006 711 1083 2012-05-01T10:35:19Z RPSpecFlux 611A StdSED sedb2a Hygiea 0003 1140 1083 2012-05-01T10:49:22Z RPSpecFlux 611A StdSED sedb2b Hygiea 0003 2268 1083 2012-05-01T11:10:31Z RPSpecFlux 611A StdSED sedb3a Hygiea 0003 2940 1083 2012-05-01T11:50:29Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0079 627 1084 2012-05-02T00:01:46Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0079 625 1084 2012-05-02T00:14:21Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0079 623 1084 2012-05-02T00:26:52Z RPElecEDAC 811A 5476A 10 na 0028 6 1084 2012-05-02T19:42:24Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 440

13.2.64 Cycle#65 (ODs 1085-1098) Table 190: PACS Routine Phase calibration AORs in cycle#65. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 10 na 0029 6 1087 2012-05-05T19:32:28Z RPSpecGeGa 123A nStdCalBlock Cf00 60-2 DField 0004 209 1094 2012-05-11T20:56:28Z RPSpecGeGa 123A nStdCalBlock Cf08 60-2 DField 0004 209 1094 2012-05-11T21:00:09Z RPSpecGeGa 123A nStdCalBlock Cf04 60-2 DField 0004 209 1094 2012-05-11T21:03:50Z RPSpecGeGa 123A nStdCalBlock Cf12 60-2 DField 0004 209 1094 2012-05-11T21:07:31Z RPSpecGeGa 123A nStdCalBlock Cf00 60-3 DField 0004 201 1094 2012-05-11T21:11:12Z RPSpecGeGa 123A nStdCalBlock Cf08 60-3 DField 0004 201 1094 2012-05-11T21:14:45Z RPSpecGeGa 123A nStdCalBlock Cf04 60-3 DField 0004 201 1094 2012-05-11T21:18:18Z RPSpecGeGa 123A nStdCalBlock Cf12 60-3 DField 0004 201 1094 2012-05-11T21:21:51Z RPSpecGeGa 123A nStdCalBlock Cf00 75-2 DField 0004 204 1094 2012-05-11T21:25:24Z RPSpecGeGa 123A nStdCalBlock Cf08 75-2 DField 0004 204 1094 2012-05-11T21:29:00Z RPSpecGeGa 123A nStdCalBlock Cf04 75-2 DField 0004 204 1094 2012-05-11T21:32:36Z RPSpecGeGa 123A nStdCalBlock Cf12 75-2 DField 0004 204 1094 2012-05-11T21:36:12Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0080 627 1094 2012-05-12T18:43:48Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0080 625 1094 2012-05-12T18:56:23Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0080 623 1094 2012-05-12T19:08:54Z RPPhotFlux 324B sPS 070 200Jy grn Neptune 0005† – 1097 2012-05-15T07:25:59Z RPPhotFlux 324B sPS 110 200Jy grn Neptune 0005† – 1097 2012-05-15T07:31:48Z RPPhotFlux 324B sPS 070 200Jy red Neptune 0005† – 1097 2012-05-15T07:37:37Z RPPhotFlux 324B sPS 110 200Jy red Neptune 0005† – 1097 2012-05-15T07:43:26Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0006† – 1097 2012-05-15T08:42:00Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0006† – 1097 2012-05-15T09:00:27Z RPSpecFlux 433B StdRange UnchopFluxB2A Neptune 03† – 1097 2012-05-15T09:14:29Z RPSpecFlux 433B StdRange UnchopFluxB2A NeptuneOff 3† – 1097 2012-05-15T09:20:00Z RPSpecFlux 433B StdRange UnchopFluxB2B Neptune 03† – 1097 2012-05-15T09:25:18Z RPSpecFlux 433B StdRange UnchopFluxB2B NeptuneOff 3† – 1097 2012-05-15T09:33:44Z RPSpecFlux 433B StdRange UnchopFluxB3A Neptune 03† – 1097 2012-05-15T09:41:58Z RPSpecFlux 433B StdRange UnchopFluxB3A NeptuneOff 3† – 1097 2012-05-15T09:50:30Z RPSpecFlux 611A StdSED sedb2a Neptune 0005† – 1097 2012-05-15T09:58:58Z RPSpecFlux 611A StdSED sedb2b Neptune 0005† – 1097 2012-05-15T10:20:07Z RPSpecFlux 611A StdSED sedb3a Neptune 0005† – 1097 2012-05-15T11:00:05Z RPSpecFlux 611B StdSED nochop sedb2a Neptune 0003† – 1097 2012-05-15T11:51:17Z RPSpecFlux 611B StdSED nochop sedb2a NeptuneOff 03† – 1097 2012-05-15T11:59:18Z RPSpecFlux 611B StdSED nochop sedb2b Neptune 0003† – 1097 2012-05-15T12:07:06Z RPSpecFlux 611B StdSED nochop sedb2b NeptuneOff 03† – 1097 2012-05-15T12:20:34Z RPSpecFlux 611B StdSED nochop sedb3a Neptune 0003† – 1097 2012-05-15T12:33:53Z RPSpecFlux 611B StdSED nochop sedb3a NeptuneOff 03† – 1097 2012-05-15T12:50:40Z † partially failed (only red channel transmitted) due to PACS SPU-S anomaly (AR-98) † recovery on ODs 1118/1119, see Cycle#67 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 441

13.2.65 Cycle#66 (ODs 1099-1112) Table 191: PACS Routine Phase calibration AORs in cycle#66. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 20Jy grn Hebe 0005 162 1103 2012-05-21T08:06:03Z RPPhotFlux 324B sPS 070 20Jy grn Hebe 0005 286 1103 2012-05-21T08:09:48Z RPPhotFlux 324B sPS 110 20Jy grn Hebe 0005 286 1103 2012-05-21T08:15:37Z RPPhotFlux 324A cPS 50Jy blu Hebe 0005 162 1103 2012-05-21T08:21:26Z RPPhotFlux 324B sPS 070 50Jy blu Hebe 0005 286 1103 2012-05-21T08:25:11Z RPPhotFlux 324B sPS 110 50Jy blu Hebe 0005 286 1103 2012-05-21T08:31:00Z RPSpecFlux 433A StdRange AbsFluxA Hebe 0004 979 1103 2012-05-21T09:29:34Z RPSpecFlux 433A StdRange AbsFluxB Hebe 0004 711 1103 2012-05-21T09:48:01Z RPSpecFlux 611A StdSED sedb2a Hebe 0002 1140 1103 2012-05-21T10:02:04Z RPSpecFlux 611A StdSED sedb2b Hebe 0002 2268 1103 2012-05-21T10:23:13Z RPSpecFlux 611A StdSED sedb3a Hebe 0002 2940 1103 2012-05-21T11:03:11Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0081 627 1104 2012-05-22T16:37:38Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0081 625 1104 2012-05-22T16:50:13Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0081 623 1104 2012-05-22T17:02:44Z RPPhotFPG 262C nStdcPS blu RDor 0001 1969 1109 2012-05-27T09:04:16Z RPPhotFPG 262D nStdStar blu RDor 0001 1291 1109 2012-05-27T09:39:52Z RPPhotFlux 321A cPS repro blu gamDra 0041 152 1109 2012-05-27T17:12:30Z RPPhotFlux 321B sPS 070 repro blu gamDra 0041 276 1109 2012-05-27T17:16:05Z RPPhotFlux 321B sPS 110 repro blu gamDra 0041 276 1109 2012-05-27T17:21:44Z RPPhotFPG 262C nStdcPS blu HD161796 0001 1969 1109 2012-05-27T17:27:47Z RPPhotFPG 262D nStdStar blu HD161796 0001 1291 1109 2012-05-27T18:03:23Z RPPhotFlux 324A cPS 10Jy grn Thisbe 0005 162 1110 2012-05-28T06:26:20Z RPPhotFlux 324B sPS 070 10Jy grn Thisbe 0005 286 1110 2012-05-28T06:30:05Z RPPhotFlux 324B sPS 110 10Jy grn Thisbe 0005 286 1110 2012-05-28T06:35:54Z RPPhotFlux 324A cPS 20Jy blu Thisbe 0005 162 1110 2012-05-28T06:41:43Z RPPhotFlux 324B sPS 070 20Jy blu Thisbe 0005 286 1110 2012-05-28T06:45:28Z RPPhotFlux 324B sPS 110 20Jy blu Thisbe 0005 286 1110 2012-05-28T06:51:17Z RPSpecFlux 433A StdRange AbsFluxA Thisbe 0004 979 1110 2012-05-28T07:49:51Z RPSpecFlux 433A StdRange AbsFluxB Thisbe 0004 711 1110 2012-05-28T08:08:18Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 442

13.2.66 Cycle#67 (ODs 1113-1126) Table 192: PACS Routine Phase calibration AORs in cycle#67. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPSpecFlux 622C StdRS 156 219 IRC+10216 0002 4399 1113 2012-05-30T19:53:58Z RPSpecFlux 622D StdLS CII CO16-15 IRC+10216 0002 1511 1113 2012-05-30T21:09:26Z RPSpecFPG 411J stdLineSpec HIP21479 01 124 1113 2012-05-30T22:13:31Z RPSpecFPG 411K stdLineSpec L5x5 HIP21479 01 3652 1113 2012-05-30T22:17:43Z RPSpecFPG 411K stdLineSpec M5x5 HIP21479 01 3456 1113 2012-05-30T23:20:43Z RPSpecFPG 411K stdLineSpec S5x5 HIP21479 01 3211 1113 2012-05-31T00:20:27Z RPSpecFPG 411L StdSED b2aR2x2 Neptune 0001 4626 1113 2012-05-31T01:26:50Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0082 627 1113 2012-05-31T04:50:10Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0082 625 1113 2012-05-31T05:02:45Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0082 623 1113 2012-05-31T05:15:16Z RPElecEDAC 811A 5476A 10 na 0031 6 1113 2012-05-31T16:19:44Z RPSpecWave 421A StdLS NGC6543 A 0030 1625 1115 2012-06-01T19:33:16Z RPSpecWave 421A StdLS NGC6543 B 0030 1568 1115 2012-06-01T20:02:31Z postponed from cycle#66 due to re-planning of OD 1100 into HIFI OD related to PACS SPU-S anomaly (AR-98) RPSpecFlux 433A StdRange AbsFluxA Neptune r0006† 979 1118 2012-06-05T11:36:46Z RPSpecFlux 433A StdRange AbsFluxB Neptune r0006† 711 1118 2012-06-05T11:55:13Z RPSpecFlux 433B StdRange UnchopFluxB2A Neptune r03† 200 1118 2012-06-05T12:09:15Z RPSpecFlux 433B StdRange UnchopFluxB2A NeptunOff r3† 190 1118 2012-06-05T12:14:46Z RPSpecFlux 433B StdRange UnchopFluxB2B Neptune r03† 378 1118 2012-06-05T12:20:04Z RPSpecFlux 433B StdRange UnchopFluxB2B NeptunOff r3† 368 1118 2012-06-05T12:28:30Z RPSpecFlux 433B StdRange UnchopFluxB3A Neptune r03† 386 1118 2012-06-05T12:36:44Z RPSpecFlux 433B StdRange UnchopFluxB3A NeptunOff r3† 376 1118 2012-06-05T12:45:16Z RPSpecFlux 611A StdSED sedb2a Neptune r0005† 1140 1118 2012-06-05T12:53:44Z RPSpecFlux 611A StdSED sedb2b Neptune r0005† 2268 1118 2012-06-05T13:14:53Z RPSpecFlux 611A StdSED sedb3a Neptune r0005† 2940 1118 2012-06-05T13:54:51Z RPSpecFlux 611B StdSED nochop sedb2a Neptune r0003† 349 1118 2012-06-05T14:46:03Z RPSpecFlux 611B StdSED nochop sedb2a NeptuneOff r03† 339 1118 2012-06-05T14:54:04Z RPSpecFlux 611B StdSED nochop sedb2b Neptune r0003† 679 1118 2012-06-05T15:01:52Z RPSpecFlux 611B StdSED nochop sedb2b NeptuneOff r03† 669 1118 2012-06-05T15:15:20Z RPSpecFlux 611B StdSED nochop sedb3a Neptune r0003† 877 1118 2012-06-05T15:28:39Z RPSpecFlux 611B StdSED nochop sedb3a NeptuneOff r03† 867 1118 2012-06-05T15:45:26Z RPPhotFlux 324B sPS 070 200Jy grn Neptune r0005† 286 1119 2012-06-06T02:07:18Z RPPhotFlux 324B sPS 110 200Jy grn Neptune r0005† 286 1119 2012-06-06T02:13:07Z RPPhotFlux 324B sPS 070 200Jy red Neptune r0005† 286 1119 2012-06-06T02:18:56Z RPPhotFlux 324B sPS 110 200Jy red Neptune r0005† 286 1119 2012-06-06T02:24:45Z † recovery of partially failed observations (only red channel transmitted) from OD 1097 † due to PACS SPU-S anomaly (AR-98) RPPhotFlux 324B sPS 070 1000Jy lo blu Uranus 0005 286 1121 2012-06-08T04:24:01Z RPPhotFlux 324B sPS 110 1000Jy lo blu Uranus 0005 286 1121 2012-06-08T04:29:50Z RPPhotFlux 324B sPS 070 1000Jy lo grn Uranus 0005 286 1121 2012-06-08T04:35:39Z RPPhotFlux 324B sPS 110 1000Jy lo grn Uranus 0005 286 1121 2012-06-08T04:41:28Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0006 979 1121 2012-06-08T05:40:02Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0006 711 1121 2012-06-08T05:58:29Z RPSpecFlux 433B StdRange UnchopFluxB2A Uranus 04 200 1121 2012-06-08T06:12:31Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 443

Table 192: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 433B StdRange UnchopFluxB2A UranusOff 04 190 1121 2012-06-08T06:17:27Z RPSpecFlux 433B StdRange UnchopFluxB2B Uranus 04 378 1121 2012-06-08T06:22:10Z RPSpecFlux 433B StdRange UnchopFluxB2B UranusOff 04 368 1121 2012-06-08T06:31:16Z RPSpecFlux 433B StdRange UnchopFluxB3A Uranus 04 386 1121 2012-06-08T06:40:10Z RPSpecFlux 433B StdRange UnchopFluxB3A UranusOff 04 376 1121 2012-06-08T06:49:12Z RPSpecFlux 611A StdSED sedb2a Uranus 0004 1140 1121 2012-06-08T06:58:10Z RPSpecFlux 611A StdSED sedb2b Uranus 0004 2268 1121 2012-06-08T07:19:19Z RPSpecFlux 611A StdSED sedb3a Uranus 0004 2940 1121 2012-06-08T07:59:17Z RPSpecFlux 611B StdSED nochop sedb2a Uranus 03 349 1121 2012-06-08T08:50:29Z RPSpecFlux 611B StdSED nochop sedb2a UranusOff 03 339 1121 2012-06-08T08:58:30Z RPSpecFlux 611B StdSED nochop sedb2b Uranus 03 679 1121 2012-06-08T09:06:18Z RPSpecFlux 611B StdSED nochop sedb2b UranusOff 03 669 1121 2012-06-08T09:19:46Z RPSpecFlux 611B StdSED nochop sedb3a Uranus 03 877 1121 2012-06-08T09:33:05Z RPSpecFlux 611B StdSED nochop sedb3a UranusOff 03 867 1121 2012-06-08T09:49:52Z RPPhotFlux 324A cPS 10Jy grn Flora 0005 162 1124 2012-06-11T00:27:11Z RPPhotFlux 324B sPS 070 10Jy grn Flora 0005 286 1124 2012-06-11T00:30:56Z RPPhotFlux 324B sPS 110 10Jy grn Flora 0005 286 1124 2012-06-11T00:36:45Z RPPhotFlux 324A cPS 20Jy blu Flora 0005 162 1124 2012-06-11T00:42:34Z RPPhotFlux 324B sPS 070 20Jy blu Flora 0005 286 1124 2012-06-11T00:46:19Z RPPhotFlux 324B sPS 110 20Jy blu Flora 0005 286 1124 2012-06-11T00:52:08Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0083 627 1124 2012-06-11T05:52:00Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0083 625 1124 2012-06-11T06:04:35Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0083 623 1124 2012-06-11T06:17:06Z RPSpecFPG 411J stdLineSpec HIP21479 02 124 1124 2012-06-11T15:58:59Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 444

13.2.67 Cycle#68 (ODs 1127-1140) Table 193: PACS Routine Phase calibration AORs in cycle#68. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPMechChop 231A nStd OpenLoopFullRange na 0003 1182 1127 2012-06-13T16:41:42Z† † before PACS-S orbit prologue RPElecEDAC 811A 5476A 0 na 0029 6 1128 2012-06-14T19:24:29Z RPSpecFPG 411J stdLineSpec HIP21479 03 124 1133 2012-06-19T21:20:43Z RPSpecWave 421A StdLS NGC6543 A 0031 1625 1133 2012-06-20T07:54:48Z RPSpecWave 421A StdLS NGC6543 B 0031 1568 1133 2012-06-20T08:24:03Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0084 627 1133 2012-06-20T08:53:57Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0084 625 1133 2012-06-20T09:06:32Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0084 623 1133 2012-06-20T09:19:03Z RPPhotFlux 321A cPS repro blu gamDra 0042 152 1137 2012-06-24T05:45:52Z RPPhotFlux 321B sPS 070 repro blu gamDra 0042 276 1137 2012-06-24T05:49:27Z RPPhotFlux 321B sPS 110 repro blu gamDra 0042 276 1137 2012-06-24T05:55:06Z RPPhotFlux 324A cPS 2Jy grn gamDra 0005 152 1137 2012-06-24T06:00:45Z RPPhotFlux 324B sPS 070 2Jy grn gamDra 0005 276 1137 2012-06-24T06:04:20Z RPPhotFlux 324B sPS 110 2Jy grn gamDra 0005 276 1137 2012-06-24T06:09:59Z RPPhotFlux 324B sPS 070 100Jy blu Titan 0005 286 1138 2012-06-25T15:22:31Z RPPhotFlux 324B sPS 110 100Jy blu Titan 0005 286 1138 2012-06-25T15:28:20Z RPPhotFlux 324B sPS 070 100Jy grn Titan 0005 286 1138 2012-06-25T15:34:09Z RPPhotFlux 324B sPS 110 100Jy grn Titan 0005 286 1138 2012-06-25T15:39:58Z RPPhotFlux 324A cPS 50Jy red Pallas 0005 162 1139 2012-06-25T20:43:58Z RPPhotFlux 324B sPS 070 50Jy red Pallas 0005 286 1139 2012-06-25T20:47:43Z RPPhotFlux 324B sPS 110 50Jy red Pallas 0005 286 1139 2012-06-25T20:53:32Z RPPhotFlux 324A cPS 200Jy blu Pallas 0005 162 1139 2012-06-25T20:59:21Z RPPhotFlux 324B sPS 070 200Jy blu Pallas 0005 286 1139 2012-06-25T21:03:06Z RPPhotFlux 324B sPS 110 200Jy blu Pallas 0005 286 1139 2012-06-25T21:08:55Z RPSpecFlux 433A StdRange AbsFluxA Pallas 0004 979 1139 2012-06-25T22:07:29Z RPSpecFlux 433A StdRange AbsFluxB Pallas 0004 711 1139 2012-06-25T22:25:56Z RPSpecFlux 611A StdSED sedb2a Pallas 0005 1140 1139 2012-06-25T22:39:59Z RPSpecFlux 611A StdSED sedb2b Pallas 0005 2268 1139 2012-06-25T23:01:08Z RPSpecFlux 611A StdSED sedb3a Pallas 0005 2940 1139 2012-06-25T23:41:06Z RPSpecFlux 721A StdSED sedb2a s DarkField 0006 1130 1140 2012-06-27T05:52:45Z RPSpecFlux 721A StdSED sedb2b s DarkField 0006 2258 1140 2012-06-27T06:13:44Z RPSpecFlux 721A StdSED sedb3a s DarkField 0006 2930 1140 2012-06-27T06:53:32Z RPSpecFlux 721A StdSED sedb2a m DarkField 0006 1135 1140 2012-06-27T07:44:34Z RPSpecFlux 721A StdSED sedb2b m DarkField 0006 2263 1140 2012-06-27T08:05:38Z RPSpecFlux 721A StdSED sedb3a m DarkField 0006 2935 1140 2012-06-27T08:45:31Z RPSpecFlux 721A StdSED sedb2a l DarkField 0006 1139 1140 2012-06-27T09:36:38Z RPSpecFlux 721A StdSED sedb2b l DarkField 0006 2267 1140 2012-06-27T09:57:46Z RPSpecFlux 721A StdSED sedb3a l DarkField 0006 2939 1140 2012-06-27T10:37:43Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 445

13.2.68 Cycle#69 (ODs 1141-1154) Table 194: PACS Routine Phase calibration AORs in cycle#69. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0085 627 1143 2012-06-30T08:02:31Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0085 625 1143 2012-06-30T08:15:06Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0085 623 1143 2012-06-30T08:27:37Z RPSpecFlux 622D StdLS CII CO16-15 omiCet 0002 1511 1143 2012-06-30T11:53:49Z RPSpecFPG 411J stdLineSpec HIP21479 04 124 1143 2012-06-30T12:43:44Z RPElecEDAC 811A 5476A 0 na 0030 6 1143 2012-06-30T15:46:33Z RPPhotSpatial 314F nStdScan 045 slw blue alpBoo 0001 1589 1146 2012-07-02T21:00:05Z RPPhotSpatial 314F nStdScan 135 slw blue alpBoo 0001 1589 1146 2012-07-02T21:27:37Z RPPhotSpatial 314F nStdScan 045 slw grn alpBoo 0001 1589 1146 2012-07-02T21:55:09Z RPPhotSpatial 314F nStdScan 135 slw grn alpBoo 0001 1589 1146 2012-07-02T22:22:41Z RPPhotFlux 324A cPS 10Jy grn Interamnia 0005 162 1146 2012-07-02T23:17:47Z RPPhotFlux 324B sPS 070 10Jy grn Interamnia 0005 286 1146 2012-07-02T23:21:32Z RPPhotFlux 324B sPS 110 10Jy grn Interamnia 0005 286 1146 2012-07-02T23:27:21Z RPPhotFlux 324A cPS 20Jy blu Interamnia 0005 162 1146 2012-07-02T23:33:10Z RPPhotFlux 324B sPS 070 20Jy blu Interamnia 0005 286 1146 2012-07-02T23:36:55Z RPPhotFlux 324B sPS 110 20Jy blu Interamnia 0005 286 1146 2012-07-02T23:42:44Z RPPhotFlux 324A cPS 10Jy grn alfBoo 0005 152 1148 2012-07-05T03:02:16Z RPPhotFlux 324B sPS 070 10Jy grn alfBoo 0005 276 1148 2012-07-05T03:05:51Z RPPhotFlux 324B sPS 110 10Jy grn alfBoo 0005 276 1148 2012-07-05T03:11:30Z RPPhotFlux 324A cPS 20Jy blu alfBoo 0005 152 1148 2012-07-05T03:17:09Z RPPhotFlux 324B sPS 070 20Jy blu alfBoo 0005 276 1148 2012-07-05T03:20:44Z RPPhotFlux 324B sPS 110 20Jy blu alfBoo 0005 276 1148 2012-07-05T03:26:23Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0006 969 1148 2012-07-05T04:24:47Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0006 701 1148 2012-07-05T04:43:04Z RPSpecFlux 433B StdRS UnchopFluxB2A AlpBoo 0004 155 1148 2012-07-05T04:56:56Z RPSpecFlux 433B StdRS UnchopFluxB2A AlpBooOff 04 155 1148 2012-07-05T05:01:42Z RPSpecFlux 433B StdRS UnchopFluxB2B AlpBoo 0004 408 1148 2012-07-05T05:06:25Z RPSpecFlux 433B StdRS UnchopFluxB2B AlpBooOff 04 408 1148 2012-07-05T05:15:21Z RPSpecFlux 433B StdRS UnchopFluxB3A AlpBoo 0004 406 1148 2012-07-05T05:24:15Z RPSpecFlux 433B StdRS UnchopFluxB3A AlpBooOff 04 406 1148 2012-07-05T05:33:07Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0086 627 1153 2012-07-09T19:53:22Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0086 625 1153 2012-07-09T20:05:57Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0086 623 1153 2012-07-09T20:18:28Z RPSpecFPG 411J stdLineSpec HIP21479 05 124 1153 2012-07-10T14:37:32Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 446

13.2.69 Cycle#70 (ODs 1155-1168) Table 195: PACS Routine Phase calibration AORs in cycle#70. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 1Jy grn alfAri 0005 840 1157 2012-07-14T09:22:35Z RPPhotFlux 324B sPS 110 1Jy grn alfAri 0005 840 1157 2012-07-14T09:37:38Z RPPhotFlux 324B sPS 070 2Jy blu alfAri 0005 840 1157 2012-07-14T09:52:41Z RPPhotFlux 324B sPS 110 2Jy blu alfAri 0005 840 1157 2012-07-14T10:07:44Z RPPhotFlux 324A cPS 2Jy grn betAnd 0005 152 1157 2012-07-14T10:25:38Z RPPhotFlux 324B sPS 070 2Jy grn betAnd 0005 276 1157 2012-07-14T10:29:13Z RPPhotFlux 324B sPS 110 2Jy grn betAnd 0005 276 1157 2012-07-14T10:34:52Z RPPhotFlux 324A cPS 5Jy blu betAnd 0005 152 1157 2012-07-14T10:40:31Z RPPhotFlux 324B sPS 070 5Jy blu betAnd 0005 276 1157 2012-07-14T10:44:06Z RPPhotFlux 324B sPS 110 5Jy blu betAnd 0005 276 1157 2012-07-14T10:49:45Z RPPhotFlux 321A cPS repro blu gamDra 0043 152 1157 2012-07-14T11:05:55Z RPPhotFlux 321B sPS 070 repro blu gamDra 0043 276 1157 2012-07-14T11:09:30Z RPPhotFlux 321B sPS 110 repro blu gamDra 0043 276 1157 2012-07-14T11:15:09Z RPSpecWave 421A StdLS NGC6543 A 0032 1625 1159 2012-07-16T08:07:16Z RPSpecWave 421A StdLS NGC6543 B 0032 1568 1159 2012-07-16T08:36:31Z RPSpecFlux 433A StdRange AbsFluxA GammaDra 0003 7391 1159 2012-07-16T09:06:12Z RPSpecFlux 433A StdRange AbsFluxB GammaDra 0003 5425 1159 2012-07-16T11:11:31Z RPSpecFPG 411J stdLineSpec HIP21479 06 124 1163 2012-07-20T08:47:55Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0087 627 1163 2012-07-20T10:56:14Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0087 625 1163 2012-07-20T11:08:49Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0087 623 1163 2012-07-20T11:21:20Z RPElecEDAC 811A 5476A 0 na 0031 6 1164 2012-07-20T16:07:56Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 447

13.2.70 Cycle#71 (ODs 1169-1182) Table 196: PACS Routine Phase calibration AORs in cycle#71. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 2Jy grn alfCet 0005 152 1170 2012-07-26T21:02:15Z RPPhotFlux 324B sPS 070 2Jy grn alfCet 0005 276 1170 2012-07-26T21:05:50Z RPPhotFlux 324B sPS 110 2Jy grn alfCet 0005 276 1170 2012-07-26T21:11:29Z RPPhotFlux 324A cPS 5Jy blu alfCet 0005 152 1170 2012-07-26T21:17:08Z RPPhotFlux 324B sPS 070 5Jy blu alfCet 0005 276 1170 2012-07-26T21:20:43Z RPPhotFlux 324B sPS 110 5Jy blu alfCet 0005 276 1170 2012-07-26T21:26:22Z RPPhotBol 111bisA nStdRaster bluInitDrct Arp220 003 2 1171 2012-07-28T00:56:39Z RPPhotBol 111bisA nStdRaster blu22Drct Arp220 0003 5050 1171 2012-07-28T01:02:38Z RPPhotBol 111bisA nStdRaster blu24Drct Arp220 0003 5050 1171 2012-07-28T02:32:45Z RPPhotBol 111bisA nStdRaster blu26Drct Arp220 0003 5050 1171 2012-07-28T04:02:52Z RPPhotBol 111bisA nStdRaster blu28Drct Arp220 0003 5050 1171 2012-07-28T05:32:59Z RPPhotBol 111bisA nStdRaster FinDrct Arp220 0005 2 1171 2012-07-28T06:59:31Z RPPhotBol 111bisA nStdRaster grnInitDrct Arp220 003 2 1171 2012-07-28T07:02:50Z RPPhotBol 111bisA nStdRaster grn22Drct Arp220 0003 5050 1171 2012-07-28T07:08:49Z RPPhotBol 111bisA nStdRaster grn24Drct Arp220 0003 5050 1171 2012-07-28T08:38:56Z RPPhotBol 111bisA nStdRaster grn26Drct Arp220 0003 5050 1171 2012-07-28T10:09:03Z RPPhotBol 111bisA nStdRaster grn28Drct Arp220 0003 5050 1171 2012-07-28T11:39:10Z RPPhotBol 111bisA nStdRaster FinDrct Arp220 0006 2 1171 2012-07-28T13:05:42Z RPElecEDAC 811A 5476A 0 na 0032 6 1173 2012-07-29T17:52:45Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0088 627 1172 2012-07-29T07:23:03Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0088 625 1172 2012-07-29T07:35:38Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0088 623 1172 2012-07-29T07:48:09Z RPSpecFPG 411J stdLineSpec HIP21479 07 124 1172 2012-07-29T13:29:52Z RPSpecFlux 622D StdLS CII CO16-15 RDor 0002 1511 1172 2012-07-29T13:34:05Z RPParAOTVal 324A StdNom blu fast Vesta alpTau 1 1854 1179 2012-08-05T12:38:01Z RPPhotFlux 324C s 169sky blue Vesta alpTau 01 1576 1179 2012-08-05T13:09:58Z RPPhotFlux 324C s 169sky grn Vesta alpTau 01 1576 1179 2012-08-05T13:37:17Z RPPhotFlux 324A cPS 100Jy grn Vesta 0005 162 1181 2012-08-07T02:50:36Z RPPhotFlux 323A cPS 200Jy blu c71 Vesta 05 162 1181 2012-08-07T02:54:21Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0089 627 1181 2012-08-07T12:14:41Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0089 625 1181 2012-08-07T12:27:16Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0089 623 1181 2012-08-07T12:39:47Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0007 969 1181 2012-08-07T13:35:00Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0007 701 1181 2012-08-07T13:53:17Z RPSpecFPG 411J stdLineSpec HIP21479 08 124 1181 2012-08-07T14:32:11Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 448

13.2.71 Cycle#72 (ODs 1183-1196) Table 197: PACS Routine Phase calibration AORs in cycle#72. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0044 152 1184 2012-08-10T02:06:03Z RPPhotFlux 321B sPS 070 repro blu gamDra 0044 276 1184 2012-08-10T02:09:38Z RPPhotFlux 321B sPS 110 repro blu gamDra 0044 276 1184 2012-08-10T02:15:17Z RPPhotFlux 324A cPS 10Jy grn Juno 0005 162 1184 2012-08-10T02:30:18Z RPPhotFlux 324B sPS 070 10Jy grn Juno 0005 286 1184 2012-08-10T02:34:03Z RPPhotFlux 324B sPS 110 10Jy grn Juno 0005 286 1184 2012-08-10T02:39:52Z RPPhotFlux 324A cPS 20Jy blu Juno 0005 162 1184 2012-08-10T02:45:41Z RPPhotFlux 324B sPS 070 20Jy blu Juno 0005 286 1184 2012-08-10T02:49:26Z RPPhotFlux 324B sPS 110 20Jy blu Juno 0005 286 1184 2012-08-10T02:55:15Z RPSpecFlux 433A StdRange AbsFluxA Juno 0002 979 1184 2012-08-10T03:53:49Z RPSpecFlux 433A StdRange AbsFluxB Juno 0002 711 1184 2012-08-10T04:12:16Z RPSpecFlux 611A StdSED sedb2a Juno 0003 1140 1184 2012-08-10T04:26:19Z RPSpecFlux 611A StdSED sedb2b Juno 0003 2268 1184 2012-08-10T04:47:28Z RPSpecFlux 611A StdSED sedb3a Juno 0003 2940 1184 2012-08-10T05:27:26Z RPSpecWave 421A StdLS NGC6543 A 0033 1625 1184 2012-08-10T11:13:09Z RPSpecWave 421A StdLS NGC6543 B 0033 1568 1184 2012-08-10T11:42:24Z RPElecEDAC 811A 5476A 0 na 0033 6 1185 2012-08-10T18:44:49Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0090 627 1188 2012-08-13T16:24:13Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0090 625 1188 2012-08-13T16:36:48Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0090 623 1188 2012-08-13T16:49:19Z RPSpecFlux 622C StdRS 156 219 CRL618 0002 4399 1188 2012-08-13T19:54:02Z RPSpecFlux 622D StdLS CII CO16-15 CRL618 0002 1511 1188 2012-08-13T21:09:30Z RPSpecFPG 411J stdLineSpec HIP21479 09 124 1188 2012-08-14T14:39:30Z RPPhotBol 1116B nStd timeConst DarkField Lbias 0003 3374 1193 2012-08-19T12:19:42Z RPPhotBol 1116B nStd timeConst DarkField Nbias 0003 3374 1194 2012-08-20T11:47:14Z RPPhotBol 1116B nStd timeConst DarkField Hbias 0003 3374 1195 2012-08-21T00:43:56Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 449

13.2.72 Cycle#73 (ODs 1197-1210) Table 198: PACS Routine Phase calibration AORs in cycle#73. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 200mJy grn delDra 0005 840 1198 2012-08-23T20:49:39Z RPPhotFlux 324B sPS 110 200mJy grn delDra 0005 840 1198 2012-08-23T21:04:42Z RPPhotFlux 324B sPS 070 500mJy blu delDra 0005 840 1198 2012-08-23T21:19:45Z RPPhotFlux 324B sPS 110 500mJy blu delDra 0005 840 1198 2012-08-23T21:34:48Z RPhotFlux 324A cPS 2Jy grn Lutetia 0005 162 1198 2012-08-23T22:26:38Z RPPhotFlux 324B sPS 070 2Jy grn Lutetia 0005 286 1198 2012-08-23T22:30:23Z RPPhotFlux 324B sPS 110 2Jy grn Lutetia 0005 286 1198 2012-08-23T22:36:12Z RPPhotFlux 324A cPS 5Jy blu Lutetia 0005 162 1198 2012-08-23T22:42:01Z RPPhotFlux 324B sPS 070 5Jy blu Lutetia 0005 286 1198 2012-08-23T22:45:46Z RPPhotFlux 324B sPS 110 5Jy blu Lutetia 0005 286 1198 2012-08-23T22:51:35Z RPSpecFlux 438C StdRange 5x5 62um Ceres 0001 11664 1198 2012-08-24T02:48:14Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0091 627 1198 2012-08-24T06:19:34Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0091 625 1198 2012-08-24T06:32:09Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0091 623 1198 2012-08-24T06:44:40Z RPSpecFPG 411J stdLineSpec HIP21479 10 124 1198 2012-08-24T15:20:20Z RPElecEDAC 811A 5476A 0 na 0034 6 1198 2012-08-24T15:22:28Z RPPhotFlux 323A cPS 88Jy blu c73 Vesta 05 162 1202 2012-08-28T03:53:28Z RPPhotFlux 323B sPS 070 88Jy blu c73 Vesta 05 286 1202 2012-08-28T03:57:13Z RPPhotFlux 323B sPS 110 88Jy blu c73 Vesta 05 286 1202 2012-08-28T04:03:02Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0006 979 1202 2012-08-28T05:01:36Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0006 711 1202 2012-08-28T05:20:03Z RPSpecFlux 611A StdSED sedb2a Vesta 0004 1140 1202 2012-08-28T05:34:06Z RPSpecFlux 611A StdSED sedb2b Vesta 0004 2268 1202 2012-08-28T05:55:15Z RPSpecFlux 611A StdSED sedb3a Vesta 0004 2940 1202 2012-08-28T06:35:13Z RPSpecFlux 611B StdSED nochop sedb2a Vesta 0002 349 1202 2012-08-28T07:26:25Z RPSpecFlux 611B StdSED nochop sedb2a VestaOff 0002 339 1202 2012-08-28T07:34:26Z RPSpecFlux 611B StdSED nochop sedb2b Vesta 0002 679 1202 2012-08-28T07:42:14Z RPSpecFlux 611B StdSED nochop sedb2b VestaOff 0002 669 1202 2012-08-28T07:55:42Z RPSpecFlux 611B StdSED nochop sedb3a Vesta 0002 877 1202 2012-08-28T08:09:01Z RPSpecFlux 611B StdSED nochop sedb3a VestaOff 0002 867 1202 2012-08-28T08:25:48Z RPSpecFlux 622D StdLS CII CO16-15 NGC6302 0002 1511 1202 2012-08-28T09:41:55Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0092 627 1209 2012-09-04T03:50:28Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0092 625 1209 2012-09-04T04:03:03Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0092 623 1209 2012-09-04T04:15:34Z RPSpecFPG 411J stdLineSpec HIP21479 11 124 1209 2012-09-04T16:34:02Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 450

13.2.73 Cycle#74 (ODs 1211-1224) Table 199: PACS Routine Phase calibration AORs in cycle#74. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 321A cPS repro blu gamDra 0045 152 1216 2012-09-11T01:24:33Z RPPhotFlux 321B sPS 070 repro blu gamDra 0045 276 1216 2012-09-11T01:28:08Z RPPhotFlux 321B sPS 110 repro blu gamDra 0045 276 1216 2012-09-11T01:33:47Z RPPhotFlux 622E StdScan045 med blu NGC6302 0001 261 1216 2012-09-11T05:16:32Z RPPhotFlux 622E StdScan135 med blu NGC6302 0001 261 1216 2012-09-11T05:21:56Z RPPhotFlux 324A cPS 10Jy grn Europa 0005 162 1216 2012-09-11T05:30:18Z RPPhotFlux 324B sPS 070 10Jy grn Europa 0005 286 1216 2012-09-11T05:34:03Z RPPhotFlux 324B sPS 110 10Jy grn Europa 0005 286 1216 2012-09-11T05:39:52Z RPPhotFlux 324A cPS 20Jy blu Europa 0005 162 1216 2012-09-11T05:45:41Z RPPhotFlux 324B sPS 070 20Jy blu Europa 0005 286 1216 2012-09-11T05:49:26Z RPPhotFlux 324B sPS 110 20Jy blu Europa 0005 286 1216 2012-09-11T05:55:15Z RPSpecFlux 433A StdRange AbsFluxA Europa 0004 979 1216 2012-09-11T06:53:49Z RPSpecFlux 433A StdRange AbsFluxB Europa 0004 711 1216 2012-09-11T07:12:16Z RPSpecFlux 611A StdSED sedb2a Europa 0003 1140 1216 2012-09-11T07:26:19Z RPSpecFlux 611A StdSED sedb2b Europa 0003 2268 1216 2012-09-11T07:47:28Z RPSpecFlux 611A StdSED sedb3a Europa 0003 2940 1216 2012-09-11T08:27:26Z RPSpecWave 421A StdLS NGC6543 A 0034 1625 1216 2012-09-11T12:07:20Z RPSpecWave 421A StdLS NGC6543 B 0034 1568 1216 2012-09-11T12:36:35Z RPSpecFPG 411J stdLineSpec HIP21479 12 124 1217 2012-09-12T04:18:15Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0093 627 1217 2012-09-12T15:35:50Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0093 625 1217 2012-09-12T15:48:25Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0093 623 1217 2012-09-12T16:00:56Z RPElecEDAC 811A 5476A 0 na 0035 6 1218 2012-09-12T19:34:12Z RPSpecFlux 622C StdRS 156 219 CRL618 0003 4399 1220 2012-09-14T19:36:32Z RPSpecFlux 622D StdLS CII CO16-15 CRL618 0003 1511 1220 2012-09-14T20:52:00Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 451

13.2.74 Cycle#75 (ODs 1225-1238) Table 200: PACS Routine Phase calibration AORs in cycle#75. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFPG 411J stdLineSpec HIP21479 13 124 1230 2012-09-25T03:16:19Z RPSpecFlux 622D StdLS CII CO16-15 NGC6302 0003 1511 1230 2012-09-25T03:31:02Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0094 627 1230 2012-09-25T17:07:39Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0094 625 1230 2012-09-25T17:20:14Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0094 623 1230 2012-09-25T17:32:45Z RPElecEDAC 811A 5476A 0 na 0036 6 1231 2012-09-25T21:43:33Z RPPhotFlux 324A cPS 5Jy grn Massalia 0005 162 1237 2012-10-02T01:10:35Z RPPhotFlux 324B sPS 070 5Jy grn Massalia 0005 286 1237 2012-10-02T01:14:20Z RPPhotFlux 324B sPS 110 5Jy grn Massalia 0005 286 1237 2012-10-02T01:20:09Z RPPhotFlux 324A cPS 10Jy blu Massalia 0005 162 1237 2012-10-02T01:25:58Z RPPhotFlux 324B sPS 070 10Jy blu Massalia 0005 286 1237 2012-10-02T01:29:43Z RPPhotFlux 324B sPS 110 10Jy blu Massalia 0005 286 1237 2012-10-02T01:35:32Z RPPhotFlux 323A cPS 274Jy blu c75 Ceres 05 162 1237 2012-10-02T05:17:16Z RPPhotFlux 323B sPS 070 274Jy blu c75 Ceres 05 286 1237 2012-10-02T05:21:01Z RPPhotFlux 323B sPS 110 274Jy blu c75 Ceres 05 286 1237 2012-10-02T05:26:50Z RPPhotFlux 323A cPS 156Jy grn c75 Ceres 05 162 1237 2012-10-02T05:32:39Z RPPhotFlux 323B sPS 070 156Jy grn c75 Ceres 05 286 1237 2012-10-02T05:36:24Z RPPhotFlux 323B sPS 110 156Jy grn c75 Ceres 05 286 1237 2012-10-02T05:42:13Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0009 979 1237 2012-10-02T06:40:47Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0009 711 1237 2012-10-02T06:59:14Z RPSpecFlux 433B StdRange UnchopFluxB2A Ceres 0001 200 1237 2012-10-02T07:13:16Z RPSpecFlux 433B StdRange UnchopFluxB2A CeresOff 01 190 1237 2012-10-02T07:18:47Z RPSpecFlux 433B StdRange UnchopFluxB2B Ceres 0001 378 1237 2012-10-02T07:24:05Z RPSpecFlux 433B StdRange UnchopFluxB2B CeresOff 01 368 1237 2012-10-02T07:32:31Z RPSpecFlux 433B StdRange UnchopFluxB3A Ceres 0001 386 1237 2012-10-02T07:40:45Z RPSpecFlux 433B StdRange UnchopFluxB3A CeresOff 01 376 1237 2012-10-02T07:49:17Z RPSpecFlux 611A StdSED sedb2a Ceres 0005 1140 1237 2012-10-02T07:57:45Z RPSpecFlux 611A StdSED sedb2b Ceres 0005 2268 1237 2012-10-02T08:18:54Z RPSpecFlux 611A StdSED sedb3a Ceres 0005 2940 1237 2012-10-02T08:58:52Z RPSpecFlux 611B StdSED nochop sedb2a Ceres 0003 349 1237 2012-10-02T09:50:04Z RPSpecFlux 611B StdSED nochop sedb2a CeresOff 0003 339 1237 2012-10-02T09:58:05Z RPSpecFlux 611B StdSED nochop sedb2b Ceres 0003 679 1237 2012-10-02T10:05:53Z RPSpecFlux 611B StdSED nochop sedb2b CeresOff 0003 669 1237 2012-10-02T10:19:21Z RPSpecFlux 611B StdSED nochop sedb3a Ceres 0003 877 1237 2012-10-02T10:32:40Z RPSpecFlux 611B StdSED nochop sedb3a CeresOff 0003 867 1237 2012-10-02T10:49:27Z RPSpecFPG 411J stdLineSpec HIP21479 14 124 1237 2012-10-02T13:18:00Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0095 627 1237 2012-10-02T16:39:00Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0095 625 1237 2012-10-02T16:51:35Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0095 623 1237 2012-10-02T17:04:06Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 452

13.2.75 Cycle#76 (ODs 1239-1252) Table 201: PACS Routine Phase calibration AORs in cycle#76. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecWave 421A StdLS NGC6543 A 0035 1625 1240 2012-10-04T22:19:56Z RPSpecWave 421A StdLS NGC6543 B 0035 1568 1240 2012-10-04T22:49:11Z RPElecEDAC 811A 5476A 0 na 0037 6 1240 2012-10-05T16:37:18Z RPPhotFlux 321A cPS repro blu gamDra 0046 152 1244 2012-10-09T00:00:40Z RPPhotFlux 321B sPS 070 repro blu gamDra 0046 276 1244 2012-10-09T00:04:15Z RPPhotFlux 321B sPS 110 repro blu gamDra 0046 276 1244 2012-10-09T00:09:54Z RPPhotFlux 323A cPS 370Jy blu c76 Ceres 06 162 1244 2012-10-09T13:14:28Z RPPhotFlux 323B sPS 070 370Jy blu c76 Ceres 06 286 1244 2012-10-09T13:18:13Z RPPhotFlux 323B sPS 110 370Jy blu c76 Ceres 06 286 1244 2012-10-09T13:24:02Z RPPhotFlux 323A cPS 210Jy grn c76 Ceres 06 162 1244 2012-10-09T13:29:51Z RPPhotFlux 323B sPS 070 210Jy grn c76 Ceres 06 286 1244 2012-10-09T13:33:36Z RPPhotFlux 323B sPS 110 210Jy grn c76 Ceres 06 286 1244 2012-10-09T13:39:25Z RPPhotSpatial 314D StdScan045 med blue Ceres 0003 1055 1244 2012-10-09T13:45:14Z RPPhotSpatial 314D StdScan135 med blue Ceres 0003 1055 1244 2012-10-09T14:03:52Z RPPhotSpatial 314D StdScan045 med grn Ceres 0003 1055 1244 2012-10-09T14:22:30Z RPPhotSpatial 314D StdScan135 med grn Ceres 0003 1055 1244 2012-10-09T14:41:08Z RPPhotFlux 324B sPS 070 1Jy grn betGem 0006 840 1244 2012-10-09T15:03:20Z RPPhotFlux 324B sPS 110 1Jy grn betGem 0006 840 1244 2012-10-09T15:18:23Z RPPhotFlux 324B sPS 070 2Jy blu betGem 0006 840 1244 2012-10-09T15:33:26Z RPPhotFlux 324B sPS 110 2Jy blu betGem 0006 840 1244 2012-10-09T15:48:29Z RPPhotFPG 261D cPS blu SAA-15+30 HD161796 0001 152 1245 2012-10-09T22:11:37Z RPPhotFPG 261E sPS 070 blu HD161796 0001 1122 1245 2012-10-09T22:15:12Z RPPhotFPG 261E sPS 110 blu HD161796 0001 1122 1245 2012-10-09T22:34:57Z RPPhotFPG 262C nStdcPS blu HD161796 0002 1969 1245 2012-10-09T22:54:42Z RPPhotFPG 262D nStdStar blu HD161796 0002 1291 1245 2012-10-09T23:30:18Z RPPhotFPG 261D cPS blu SAA-15+30 HIP21479 0002 152 1245 2012-10-10T12:43:38Z RPPhotFPG 261E sPS 070 blu HIP21479 0002 1122 1245 2012-10-10T12:47:13Z RPPhotFPG 261E sPS 110 blu HIP21479 0002 1122 1245 2012-10-10T13:06:58Z RPPhotFPG 262C nStdcPS blu HIP21479 0002 1969 1245 2012-10-10T13:26:43Z RPPhotFPG 262D nStdStar blu HIP21479 0002 7591 1245 2012-10-10T14:02:19Z RPSpecFPG 411J stdLineSpec HIP21479 15 124 1246 2012-10-11T05:58:24Z RPSpecFlux 622D StdLS CII CO16-15 NGC6302 0004 1511 1246 2012-10-11T06:27:19Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0096 627 1246 2012-10-11T15:49:39Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0096 625 1246 2012-10-11T16:02:14Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0096 623 1246 2012-10-11T16:14:45Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 453

13.2.76 Cycle#77 (ODs 1253-1266) Table 202: PACS Routine Phase calibration AORs in cycle#77. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0097 627 1256 2012-10-21T00:29:59Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0097 625 1256 2012-10-21T00:42:34Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0097 623 1256 2012-10-21T00:55:05Z RPSpecFlux 433B StdRS UnchopFluxB2A HD161796 05 190 1256 2012-10-21T01:07:39Z RPSpecFlux 433B StdRS UnchopFluxB2A HD161796O 5 190 1256 2012-10-21T01:13:00Z RPSpecFlux 433B StdRS UnchopFluxB2B HD161796 05 368 1256 2012-10-21T01:18:18Z RPSpecFlux 433B StdRS UnchopFluxB2B HD161796O 5 368 1256 2012-10-21T01:26:34Z RPSpecFlux 433B StdRS UnchopFluxB3A HD161796 05 376 1256 2012-10-21T01:34:48Z RPSpecFlux 433B StdRS UnchopFluxB3A HD161796O 5 376 1256 2012-10-21T01:43:10Z RPSpecFPG 411J stdLineSpec HIP21479 16 124 1256 2012-10-21T15:48:27Z RPSpecFlux 622D StdLS CII CO16-15 RDor 0003 1511 1258 2012-10-23T11:38:26Z RPElecEDAC 811A 5476A 0 na 0038 6 1260 2012-10-24T17:42:57Z RPPhotFlux 324B sPS 070 500mJy grn omeCap 0006 840 1266 2012-10-31T03:33:14Z RPPhotFlux 324B sPS 110 500mJy grn omeCap 0006 840 1266 2012-10-31T03:48:17Z RPPhotFlux 324B sPS 070 1Jy blu omeCap 0006 840 1266 2012-10-31T04:03:20Z RPPhotFlux 324B sPS 110 1Jy blu omeCap 0006 840 1266 2012-10-31T04:18:23Z RPSpecFPG 411J stdLineSpec HIP21479 17 124 1266 2012-10-31T05:36:20Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0098 627 1266 2012-10-31T15:20:18Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0098 625 1266 2012-10-31T15:32:53Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0098 623 1266 2012-10-31T15:45:24Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 454

13.2.77 Cycle#78 (ODs 1267-1280) Table 203: PACS Routine Phase calibration AORs in cycle#78. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0039 6 1269 2012-11-02T18:55:43Z RPPhotFlux 321A cPS repro blu gamDra 0047 152 1275 2012-11-08T16:30:05Z RPPhotFlux 321B sPS 070 repro blu gamDra 0047 276 1275 2012-11-08T16:33:40Z RPPhotFlux 321B sPS 110 repro blu gamDra 0047 276 1275 2012-11-08T16:39:19Z RPPhotFlux 324A cPS 20Jy grn Hygiea 0006 162 1275 2012-11-09T05:03:38Z RPPhotFlux 324B sPS 070 20Jy grn Hygiea 0006 286 1275 2012-11-09T05:07:23Z RPPhotFlux 324B sPS 110 20Jy grn Hygiea 0006 286 1275 2012-11-09T05:13:12Z RPPhotFlux 324A cPS 50Jy blu Hygiea 0006 162 1275 2012-11-09T05:19:01Z RPPhotFlux 324B sPS 070 50Jy blu Hygiea 0006 286 1275 2012-11-09T05:22:46Z RPPhotFlux 324B sPS 110 50Jy blu Hygiea 0006 286 1275 2012-11-09T05:28:35Z RPSpecFlux 433A StdRange AbsFluxA Hygiea 0007 979 1275 2012-11-09T06:27:09Z RPSpecFlux 433A StdRange AbsFluxB Hygiea 0007 711 1275 2012-11-09T06:45:36Z RPSpecFlux 611A StdSED sedb2a Hygiea 0004 1140 1275 2012-11-09T06:59:39Z RPSpecFlux 611A StdSED sedb2b Hygiea 0004 2268 1275 2012-11-09T07:20:48Z RPSpecFlux 611A StdSED sedb3a Hygiea 0004 2940 1275 2012-11-09T08:00:46Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0099 627 1277 2012-11-10T17:27:57Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0099 625 1277 2012-11-10T17:40:32Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0099 623 1277 2012-11-10T17:53:03Z RPSpecWave 421A StdLS NGC6543 A 0036 1625 1277 2012-11-10T18:07:13Z RPSpecWave 421A StdLS NGC6543 B 0036 1568 1277 2012-11-10T18:36:28Z RPSpecGeGa 123A nStdCalBlock Cf00 60-2 DField 0005 209 1277 2012-11-10T19:04:18Z RPSpecGeGa 123A nStdCalBlock Cf08 60-2 DField 0005 209 1277 2012-11-10T19:07:59Z RPSpecGeGa 123A nStdCalBlock Cf04 60-2 DField 0005 209 1277 2012-11-10T19:11:40Z RPSpecGeGa 123A nStdCalBlock Cf12 60-2 DField 0005 209 1277 2012-11-10T19:15:21Z RPSpecGeGa 123A nStdCalBlock Cf00 60-3 DField 0005 201 1277 2012-11-10T19:19:02Z RPSpecGeGa 123A nStdCalBlock Cf08 60-3 DField 0005 201 1277 2012-11-10T19:22:35Z RPSpecGeGa 123A nStdCalBlock Cf04 60-3 DField 0005 201 1277 2012-11-10T19:26:08Z RPSpecGeGa 123A nStdCalBlock Cf12 60-3 DField 0005 201 1277 2012-11-10T19:29:41Z RPSpecGeGa 123A nStdCalBlock Cf00 75-2 DField 0005 204 1277 2012-11-10T19:33:14Z RPSpecGeGa 123A nStdCalBlock Cf08 75-2 DField 0005 204 1277 2012-11-10T19:36:50Z RPSpecGeGa 123A nStdCalBlock Cf04 75-2 DField 0005 204 1277 2012-11-10T19:40:26Z RPSpecGeGa 123A nStdCalBlock Cf12 75-2 DField 0005 204 1277 2012-11-10T19:44:02Z RPSpecFPG 411J stdLineSpec HIP21479 18 124 1277 2012-11-10T20:13:49Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 455

13.2.78 Cycle#79 (ODs 1281-1294) Table 204: PACS Routine Phase calibration AORs in cycle#79. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 200Jy grn Neptune 0006 286 1287 2012-11-21T09:03:46Z RPPhotFlux 324B sPS 110 200Jy grn Neptune 0006 286 1287 2012-11-21T09:09:35Z RPPhotFlux 324B sPS 070 200Jy red Neptune 0006 286 1287 2012-11-21T09:15:24Z RPPhotFlux 324B sPS 110 200Jy red Neptune 0006 286 1287 2012-11-21T09:21:13Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0007 979 1287 2012-11-21T10:19:47Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0007 711 1287 2012-11-21T10:38:14Z RPSpecFlux 433B StdRange UnchopFluxB2A Neptune 04 200 1287 2012-11-21T10:52:16Z RPSpecFlux 433B StdRange UnchopFluxB2A NeptunOff 4 190 1287 2012-11-21T10:57:47Z RPSpecFlux 433B StdRange UnchopFluxB2B Neptune 04 378 1287 2012-11-21T11:03:05Z RPSpecFlux 433B StdRange UnchopFluxB2B NeptunOff 4 368 1287 2012-11-21T11:11:31Z RPSpecFlux 433B StdRange UnchopFluxB3A Neptune 04 386 1287 2012-11-21T11:19:45Z RPSpecFlux 433B StdRange UnchopFluxB3A NeptunOff 4 376 1287 2012-11-21T11:28:17Z RPSpecFlux 611A StdSED sedb2a Neptune 0006 1140 1287 2012-11-21T11:36:45Z RPSpecFlux 611A StdSED sedb2b Neptune 0006 2268 1287 2012-11-21T11:57:54Z RPSpecFlux 611A StdSED sedb3a Neptune 0006 2940 1287 2012-11-21T12:37:52Z RPSpecFlux 611B StdSED nochop sedb2a Neptune 0004 349 1287 2012-11-21T13:29:04Z RPSpecFlux 611B StdSED nochop sedb2a NeptuneOff 04 339 1287 2012-11-21T13:37:05Z RPSpecFlux 611B StdSED nochop sedb2b Neptune 0004 679 1287 2012-11-21T13:44:53Z RPSpecFlux 611B StdSED nochop sedb2b NeptuneOff 04 669 1287 2012-11-21T13:58:21Z RPSpecFlux 611B StdSED nochop sedb3a Neptune 0004 877 1287 2012-11-21T14:11:40Z RPSpecFlux 611B StdSED nochop sedb3a NeptuneOff 04 867 1287 2012-11-21T14:28:27Z RPSpecFPG 411J stdLineSpec HIP21479 19 124 1287 2012-11-21T14:55:51Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0100 627 1287 2012-11-21T20:24:52Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0100 625 1287 2012-11-21T20:37:27Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0100 623 1287 2012-11-21T20:49:58Z RPSpecFlux 622C StdRS 156 219 IRC+10216 0003 4399 1288 2012-11-21T22:56:21Z RPSpecFlux 622D StdLS CII CO16-15 IRC+10216 0003 1511 1288 2012-11-22T00:11:49Z RPElecEDAC 811A 5476A 0 na 0040 6 1288 2012-11-22T00:37:04Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 456

13.2.79 Cycle#80 (ODs 1295-1308) Table 205: PACS Routine Phase calibration AORs in cycle#80. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 50Jy red Pallas 0006 162 1295 2012-11-29T06:03:33Z RPPhotFlux 324B sPS 070 50Jy red Pallas 0006 286 1295 2012-11-29T06:07:18Z RPPhotFlux 324B sPS 110 50Jy red Pallas 0006 286 1295 2012-11-29T06:13:07Z RPPhotFlux 324A cPS 200Jy blu Pallas 0006 162 1295 2012-11-29T06:18:56Z RPPhotFlux 324B sPS 070 200Jy blu Pallas 0006 286 1295 2012-11-29T06:22:41Z RPPhotFlux 324B sPS 110 200Jy blu Pallas 0006 286 1295 2012-11-29T06:28:30Z RPSpecFlux 433A StdRange AbsFluxA Pallas 0005 979 1295 2012-11-29T07:27:04Z RPSpecFlux 433A StdRange AbsFluxB Pallas 0005 711 1295 2012-11-29T07:45:31Z RPSpecFlux 611A StdSED sedb2a Pallas 0006 1140 1295 2012-11-29T07:59:34Z RPSpecFlux 611A StdSED sedb2b Pallas 0006 2268 1295 2012-11-29T08:20:43Z RPSpecFlux 611A StdSED sedb3a Pallas 0006 2940 1295 2012-11-29T09:00:41Z RPSpecFPG 411J stdLineSpec HIP21479 20 124 1295 2012-11-29T11:39:28Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0101 627 1296 2012-11-29T20:06:46Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0101 625 1296 2012-11-29T20:19:21Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0101 623 1296 2012-11-29T20:31:52Z RPElecEDAC 811A 5476A 0 na 0041 6 1296 2012-11-30T03:49:36Z RPSpecFlux 622D StdLS CII CO16-15 AFGL2688 0003 1511 1300 2012-12-03T18:01:53Z RPSpecWave 421A StdLS NGC6543 A 0037 1625 1300 2012-12-03T19:15:32Z RPSpecWave 421A StdLS NGC6543 B 0037 1568 1300 2012-12-03T19:15:32Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0102 627 1306 2012-12-09T17:04:02Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0102 625 1306 2012-12-09T17:16:37Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0102 623 1306 2012-12-09T17:29:08Z RPSpecFPG 411J stdLineSpec HIP21479 21 124 1306 2012-12-10T10:40:10Z RPPhotFlux 321A cPS repro blu gamDra 0048 152 1308 2012-12-11T18:11:20Z RPPhotFlux 321B sPS 070 repro blu gamDra 0048 276 1308 2012-12-11T18:14:55Z RPPhotFlux 321B sPS 110 repro blu gamDra 0048 276 1308 2012-12-11T18:20:34Z RPPhotFPG 1115B StdScan PA000 blu RDor 01 3499 1308 2012-12-12T04:21:43Z RPPhotFPG 1115B StdScan PA180 blu RDor 01 3499 1308 2012-12-12T05:21:05Z RPPhotFPG 1115B StdScan PA090 blu RDor 01 2105 1308 2012-12-12T06:20:27Z RPPhotFPG 1115B StdScan PA270 blu RDor 01 2105 1308 2012-12-12T06:56:35Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 457

13.2.80 Cycle#81 (ODs 1309-1322) Table 206: PACS Routine Phase calibration AORs in cycle#81. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFPG 262E nStdStar SimuSpec Off RDor 0001 591 1310 2012-12-14T00:13:13Z RPPhotFPG 262E nStdStar SimuSpec BL RDor 0001 1191 1310 2012-12-14T00:25:51Z RPPhotFPG 262E nStdStar SimuSpec TR RDor 0001 1191 1310 2012-12-14T00:48:29Z RPPhotFPG 262E nStdStar SimuSpec BL RDor 0002 1191 1310 2012-12-14T01:11:07Z RPPhotFlux 324B sPS 070 1000Jy lo blu Uranus 0006 286 1310 2012-12-14T01:43:36Z RPPhotFlux 324B sPS 110 1000Jy lo blu Uranus 0006 286 1310 2012-12-14T01:49:25Z RPPhotFlux 324B sPS 070 1000Jy lo grn Uranus 0006 286 1310 2012-12-14T01:55:14Z RPPhotFlux 324B sPS 110 1000Jy lo grn Uranus 0006 286 1310 2012-12-14T02:01:03Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0007 979 1310 2012-12-14T02:59:37Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0007 711 1310 2012-12-14T03:18:04Z RPSpecFlux 433B StdRange UnchopFluxB2A Uranus 0005 200 1310 2012-12-14T03:32:06Z RPSpecFlux 433B StdRange UnchopFluxB2A UranusOff 05 190 1310 2012-12-14T03:37:02Z RPSpecFlux 433B StdRange UnchopFluxB2B Uranus 0005 378 1310 2012-12-14T03:41:45Z RPSpecFlux 433B StdRange UnchopFluxB2B UranusOff 05 368 1310 2012-12-14T03:50:51Z RPSpecFlux 433B StdRange UnchopFluxB3A Uranus 0005 386 1310 2012-12-14T03:59:45Z RPSpecFlux 433B StdRange UnchopFluxB3A UranusOff 05 376 1310 2012-12-14T04:08:47Z RPSpecFlux 611A StdSED sedb2a Uranus 0005 1140 1310 2012-12-14T04:17:45Z RPSpecFlux 611A StdSED sedb2b Uranus 0005 2268 1310 2012-12-14T04:38:54Z RPSpecFlux 611A StdSED sedb3a Uranus 0005 2940 1310 2012-12-14T05:18:52Z RPSpecFlux 611B StdSED nochop sedb2a Uranus 0004 349 1310 2012-12-14T06:10:04Z RPSpecFlux 611B StdSED nochop sedb2a UranusOff 04 339 1310 2012-12-14T06:18:05Z RPSpecFlux 611B StdSED nochop sedb2b Uranus 0004 679 1310 2012-12-14T06:25:53Z RPSpecFlux 611B StdSED nochop sedb2b UranusOff 04 669 1310 2012-12-14T06:39:21Z RPSpecFlux 611B StdSED nochop sedb3a Uranus 0004 877 1310 2012-12-14T06:52:40Z RPSpecFlux 611B StdSED nochop sedb3a UranusOff 04 867 1310 2012-12-14T07:09:27Z RPSpecFlux 4310C nStd 5x5R XY 00 w55B2A Neptune 01 517 1311 2012-12-14T07:09:27Z RPSpecFlux 4310C nStd 5x5R XY 01 w55B2A Neptune 01 517 1311 2012-12-14T14:07:51Z RPSpecFlux 4310C nStd 5x5R XY 10 w55B2A Neptune 01 517 1311 2012-12-14T14:18:39Z RPSpecFlux 4310C nStd 5x5R XY 11 w55B2A Neptune 01 517 1311 2012-12-14T14:29:27Z RPSpecFlux 4310C nStd 5x5R XY 00 w62 Neptune 01 516 1311 2012-12-14T14:40:14Z RPSpecFlux 4310C nStd 5x5R XY 01 w62 Neptune 01 516 1311 2012-12-14T14:51:00Z RPSpecFlux 4310C nStd 5x5R XY 10 w62 Neptune 01 516 1311 2012-12-14T15:01:46Z RPSpecFlux 4310C nStd 5x5R XY 11 w62 Neptune 01 516 1311 2012-12-14T15:12:32Z RPSpecFlux 4310C nStd 5x5R XY 00 w68B2A Neptune 01 515 1311 2012-12-14T15:23:17Z RPSpecFlux 4310C nStd 5x5R XY 01 w68B2A Neptune 01 515 1311 2012-12-14T15:34:01Z RPSpecFlux 4310C nStd 5x5R XY 10 w68B2A Neptune 01 515 1311 2012-12-14T15:44:45Z RPSpecFlux 4310C nStd 5x5R XY 11 w68B2A Neptune 01 515 1311 2012-12-14T15:55:29Z RPSpecFlux 4310C nStd 5x5R XY 00 w68B3A Neptune 01 515 1311 2012-12-14T16:06:15Z RPSpecFlux 4310C nStd 5x5R XY 01 w68B3A Neptune 01 515 1311 2012-12-14T16:17:01Z RPSpecFlux 4310C nStd 5x5R XY 10 w68B3A Neptune 01 515 1311 2012-12-14T16:27:47Z RPSpecFlux 4310C nStd 5x5R XY 11 w68B3A Neptune 01 515 1311 2012-12-14T16:38:33Z RPSpecFlux 4310C nStd 5x5R XY 00 w73B2B Neptune 01 514 1312 2012-12-15T15:34:22Z RPSpecFlux 4310C nStd 5x5R XY 01 w73B2B Neptune 01 514 1312 2012-12-15T15:45:04Z RPSpecFlux 4310C nStd 5x5R XY 10 w73B2B Neptune 01 514 1312 2012-12-15T15:55:46Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 458

Table 206: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 4310C nStd 5x5R XY 11 w73B2B Neptune 01 514 1312 2012-12-15T16:06:28Z RPSpecFlux 4310C nStd 5x5R XY 00 w75 Neptune 01 514 1312 2012-12-15T16:17:10Z RPSpecFlux 4310C nStd 5x5R XY 01 w75 Neptune 01 514 1312 2012-12-15T16:27:52Z RPSpecFlux 4310C nStd 5x5R XY 10 w75 Neptune 01 514 1312 2012-12-15T16:38:34Z RPSpecFlux 4310C nStd 5x5R XY 11 w75 Neptune 01 514 1312 2012-12-15T16:49:16Z RPSpecFlux 4310C nStd 5x5R XY 00 w84B2B Neptune 01 512 1312 2012-12-15T16:59:57Z RPSpecFlux 4310C nStd 5x5R XY 01 w84B2B Neptune 01 512 1312 2012-12-15T17:10:36Z RPSpecFlux 4310C nStd 5x5R XY 10 w84B2B Neptune 01 512 1312 2012-12-15T17:21:15Z RPSpecFlux 4310C nStd 5x5R XY 11 w84B2B Neptune 01 512 1312 2012-12-15T17:31:54Z RPSpecFlux 4310C nStd 5x5R XY 00 w94B2B Neptune 01 513 1312 2012-12-15T17:42:35Z RPSpecFlux 4310C nStd 5x5R XY 01 w94B2B Neptune 01 513 1312 2012-12-15T17:53:17Z RPSpecFlux 4310C nStd 5x5R XY 10 w94B2B Neptune 01 513 1312 2012-12-15T18:03:59Z RPSpecFlux 4310C nStd 5x5R XY 11 w94B2B Neptune 01 513 1312 2012-12-15T18:14:41Z RPSpecFPG 411J stdLineSpec HIP21479 22 124 1312 2012-12-15T18:50:24Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0103 627 1312 2012-12-16T12:30:57Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0103 625 1312 2012-12-16T12:43:32Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0103 623 1312 2012-12-16T12:56:03Z RPElecEDAC 811A 5476A 0 na 0042 6 1312 2012-12-16T13:06:30Z RPSpecFlux 622C StdRS 156 219 NGC7027 0003 4399 1317 2012-12-21T05:52:05Z RPSpecFlux 622D StdLS CII CO16-15 NGC7027 0003 1511 1317 2012-12-21T07:07:33Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0104 627 1322 2012-12-26T02:54:53Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0104 625 1322 2012-12-26T03:07:28Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0104 623 1322 2012-12-26T03:19:59Z RPSpecFPG 411J stdLineSpec HIP21479 23 124 1322 2012-12-26T12:51:34Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 459

13.2.81 Cycle#82 (ODs 1323-1336) Table 207: PACS Routine Phase calibration AORs in cycle#82. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 070 200mJy grn delDra 0006 840 1328 2012-12-31T16:16:05Z RPPhotFlux 324B sPS 110 200mJy grn delDra 0006 840 1328 2012-12-31T16:31:08Z RPPhotFlux 324B sPS 070 500mJy blu delDra 0006 840 1328 2012-12-31T16:46:11Z RPPhotFlux 324B sPS 110 500mJy blu delDra 0006 840 1328 2012-12-31T17:01:14Z RPSpecWave 421A StdLS NGC6543 A 0038 1625 1329 2013-01-02T02:25:45Z RPSpecWave 421A StdLS NGC6543 B 0038 1568 1329 2013-01-02T02:55:00Z RPSpecFlux 721A StdSED sedb2a s DarkField 0007 1130 1329 2013-01-02T03:23:20Z RPSpecFlux 721A StdSED sedb2b s DarkField 0007 2258 1329 2013-01-02T03:44:19Z RPSpecFlux 721A StdSED sedb3a s DarkField 0007 2930 1329 2013-01-02T04:24:07Z RPSpecFlux 721A StdSED sedb2a m DarkField 0007 1135 1329 2013-01-02T05:15:09Z RPSpecFlux 721A StdSED sedb2b m DarkField 0007 2263 1329 2013-01-02T05:36:13Z RPSpecFlux 721A StdSED sedb3a m DarkField 0007 2935 1329 2013-01-02T06:16:06Z RPSpecFlux 721A StdSED sedb2a l DarkField 0007 1139 1329 2013-01-02T07:07:13Z RPSpecFlux 721A StdSED sedb2b l DarkField 0007 2267 1329 2013-01-02T07:28:21Z RPSpecFlux 721A StdSED sedb3a l DarkField 0007 2939 1329 2013-01-02T08:08:18Z RPElecEDAC 811A 5476A 0 na 0043 6 1329 2013-01-02T11:49:24Z RPPhotFlux 321A cPS repro blu gamDra 0049 152 1334 2013-01-06T23:46:01Z RPPhotFlux 321B sPS 070 repro blu gamDra 0049 276 1334 2013-01-06T23:49:36Z RPPhotFlux 321B sPS 110 repro blu gamDra 0049 276 1334 2013-01-06T23:55:15Z RPPhotFlux 324A cPS 2Jy grn gamDra 0006 152 1334 2013-01-07T00:00:54Z RPPhotFlux 324B sPS 070 2Jy grn gamDra 0006 276 1334 2013-01-07T00:04:29Z RPPhotFlux 324B sPS 110 2Jy grn gamDra 0006 276 1334 2013-01-07T00:10:08Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0105 627 1334 2013-01-07T01:08:37Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0105 625 1334 2013-01-07T01:21:12Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0105 623 1334 2013-01-07T01:33:43Z RPSpecFlux 433A StdRange AbsFluxA Uranus 0008 979 1334 2013-01-07T07:09:02Z RPSpecFlux 433A StdRange AbsFluxB Uranus 0008 711 1334 2013-01-07T07:27:29Z RPSpecFlux 433A StdRange AbsFluxA Pallas 0006 979 1334 2013-01-07T07:43:14Z RPSpecFlux 433A StdRange AbsFluxB Pallas 0006 711 1334 2013-01-07T08:01:41Z RPSpecFPG 411J stdLineSpec HIP21479 24 124 1334 2013-01-07T08:23:56Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 460

13.2.82 Cycle#83 (ODs 1337-1350) Table 208: PACS Routine Phase calibration AORs in cycle#83. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 2Jy grn betAnd 0006 152 1337 2013-01-10T11:48:19Z RPPhotFlux 324B sPS 070 2Jy grn betAnd 0006 276 1337 2013-01-10T11:51:54Z RPPhotFlux 324B sPS 110 2Jy grn betAnd 0006 276 1337 2013-01-10T11:57:33Z RPPhotFlux 324A cPS 5Jy blu betAnd 0006 152 1337 2013-01-10T12:03:12Z RPPhotFlux 324B sPS 070 5Jy blu betAnd 0006 276 1337 2013-01-10T12:06:47Z RPPhotFlux 324B sPS 110 5Jy blu betAnd 0006 276 1337 2013-01-10T12:12:26Z RPElecEDAC 811A 5476A 0 na 0044 6 1339 2013-01-12T12:07:50Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0106 627 1342 2013-01-14T16:13:04Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0106 625 1342 2013-01-14T16:25:39Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0106 623 1342 2013-01-14T16:38:10Z RPSpecFPG 411J stdLineSpec HIP21479 25 124 1342 2013-01-15T02:54:19Z RPSpecWave 424C StdRS RDor Mod13 0001 2995 1342 2013-01-15T02:58:32Z RPSpec AOTVal 523B StdRS CO40-39 R1 N30 NGC1068 01 13236 1342 2013-01-15T03:59:06Z RPSpec AOTVal 523B StdRS CO40-39 R10 N3 NGC1068 01 12345 1342 2013-01-15T07:41:52Z RPPhotFlux 324B sPS 070 1Jy grn alfAri 0006 840 1344 2013-01-17T10:06:17Z RPPhotFlux 324B sPS 110 1Jy grn alfAri 0006 840 1344 2013-01-17T10:21:20Z RPPhotFlux 324B sPS 070 2Jy blu alfAri 0006 840 1344 2013-01-17T10:36:23Z RPPhotFlux 324B sPS 110 2Jy blu alfAri 0006 840 1344 2013-01-17T10:51:26Z RPPhotFlux 324A cPS 10Jy grn Thisbe 0006 162 1346 2013-01-19T00:19:36Z RPPhotFlux 324B sPS 070 10Jy grn Thisbe 0006 286 1346 2013-01-19T00:19:36Z RPPhotFlux 324B sPS 110 10Jy grn Thisbe 0006 286 1346 2013-01-19T00:29:10Z RPPhotFlux 324A cPS 20Jy blu Thisbe 0006 162 1346 2013-01-19T00:34:59Z RPPhotFlux 324B sPS 070 20Jy blu Thisbe 0006 286 1346 2013-01-19T00:38:44Z RPPhotFlux 324B sPS 110 20Jy blu Thisbe 0006 286 1346 2013-01-19T00:44:33Z RPSpecFlux 433A StdRange AbsFluxA Thisbe 0005 979 1346 2013-01-19T01:43:07Z RPSpecFlux 433A StdRange AbsFluxB Thisbe 0005 711 1346 2013-01-19T02:01:34Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 461

13.2.83 Cycle#84 (ODs 1351-1364) Table 209: PACS Routine Phase calibration AORs in cycle#84. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324A cPS 10Jy grn Interamnia 0006 162 1351 2013-01-23T23:37:01Z RPPhotFlux 324B sPS 070 10Jy grn Interamnia 0006 286 1351 2013-01-23T23:40:46Z RPPhotFlux 324B sPS 110 10Jy grn Interamnia 0006 286 1351 2013-01-23T23:46:35Z RPPhotFlux 324A cPS 20Jy blu Interamnia 0006 162 1351 2013-01-23T23:52:24Z RPPhotFlux 324B sPS 070 20Jy blu Interamnia 0006 286 1351 2013-01-23T23:56:09Z RPPhotFlux 324B sPS 110 20Jy blu Interamnia 0006 286 1351 2013-01-24T00:01:58Z RPPhotFlux 324A cPS 20Jy grn Hebe 0006 162 1351 2013-01-24T04:32:48Z RPPhotFlux 324B sPS 070 20Jy grn Hebe 0006 286 1351 2013-01-24T04:36:33Z RPPhotFlux 324B sPS 110 20Jy grn Hebe 0006 286 1351 2013-01-24T04:42:22Z RPPhotFlux 324A cPS 50Jy blu Hebe 0006 162 1351 2013-01-24T04:48:11Z RPPhotFlux 324B sPS 070 50Jy blu Hebe 0006 286 1351 2013-01-24T04:51:56Z RPPhotFlux 324B sPS 110 50Jy blu Hebe 0006 286 1351 2013-01-24T04:57:45Z RPSpecFlux 433A StdRange AbsFluxA Hebe 0005 979 1351 2013-01-24T05:56:19Z RPSpecFlux 433A StdRange AbsFluxB Hebe 0005 711 1351 2013-01-24T06:14:46Z RPSpecFlux 611A StdSED sedb2a Hebe 0003 1140 1351 2013-01-24T06:28:49Z RPSpecFlux 611A StdSED sedb2b Hebe 0003 2268 1351 2013-01-24T06:49:58Z RPSpecFlux 611A StdSED sedb3a Hebe 0003 2940 1351 2013-01-24T07:29:56Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0107 627 1351 2013-01-24T11:40:00Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0107 625 1351 2013-01-24T11:52:35Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0107 623 1351 2013-01-24T12:05:06Z RPSpecWave 421A StdLS NGC6543 A 0039 1625 1351 2013-01-24T12:19:15Z RPSpecWave 421A StdLS NGC6543 B 0039 1568 1351 2013-01-24T12:48:30Z RPSpecFPG 411J stdLineSpec HIP21479 26 124 1351 2013-01-24T16:43:59Z RPElecEDAC 811A 5476A 0 na 0045 6 1353 2013-01-26T17:01:29Z RPPhotFlux 321A cPS repro blu gamDra 0050 152 1355 2013-01-28T02:16:49Z RPPhotFlux 321B sPS 070 repro blu gamDra 0050 276 1355 2013-01-28T02:20:24Z RPPhotFlux 321B sPS 110 repro blu gamDra 0050 276 1355 2013-01-28T02:26:03Z RPPhotFlux 324A cPS 10Jy grn alfBoo 0006 152 1356 2013-01-29T05:12:03Z RPPhotFlux 324B sPS 070 10Jy grn alfBoo 0006 276 1356 2013-01-29T05:15:38Z RPPhotFlux 324B sPS 110 10Jy grn alfBoo 0006 276 1356 2013-01-29T05:21:17Z RPPhotFlux 324A cPS 20Jy blu alfBoo 0006 152 1356 2013-01-29T05:26:56Z RPPhotFlux 324B sPS 070 20Jy blu alfBoo 0006 276 1356 2013-01-29T05:30:31Z RPPhotFlux 324B sPS 110 20Jy blu alfBoo 0006 276 1356 2013-01-29T05:36:10Z RPSpecFlux 433A StdRange AbsFluxA AlphaBoo 0008 969 1356 2013-01-29T06:34:34Z RPSpecFlux 433A StdRange AbsFluxB AlphaBoo 0008 701 1356 2013-01-29T06:52:51Z RPSpecFlux 433B StdRS UnchopFluxB2A AlpBoo 0005 155 1356 2013-01-29T07:06:43Z RPSpecFlux 433B StdRS UnchopFluxB2A AlpBooOff 05 155 1356 2013-01-29T07:11:29Z RPSpecFlux 433B StdRS UnchopFluxB2B AlpBoo 0005 408 1356 2013-01-29T07:16:12Z RPSpecFlux 433B StdRS UnchopFluxB2B AlpBooOff 05 408 1356 2013-01-29T07:25:08Z RPSpecFlux 433B StdRS UnchopFluxB3A AlpBoo 0005 406 1356 2013-01-29T07:34:02Z RPSpecFlux 433B StdRS UnchopFluxB3A AlpBooOff 05 406 1356 2013-01-29T07:42:54Z RPSpecFlux 622D StdLS CII CO16-15 omiCet 0003 1511 1356 2013-01-29T18:15:37Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0108 627 1363 2013-02-05T09:09:27Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0108 625 1363 2013-02-05T09:22:02Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 462

Table 209: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0108 623 1363 2013-02-05T09:34:33Z RPSpecFPG 411J stdLineSpec HIP21479 27 124 1363 2013-02-05T18:12:44Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 463

13.2.84 Cycle#85 (ODs 1365-1378) Table 210: PACS Routine Phase calibration AORs in cycle#85. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecAOTVal 521C stdLS HIP56379 01 3561 1368 2013-02-10T06:42:35Z RPSpecAOTVal 523C stdRS rangeRep8 HIP56379 01 1411 1368 2013-02-10T07:44:04Z RPSpecFPG 411J stdLineSpec HIP21479 28 124 1370 2013-02-12T00:15:43Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0109 627 1370 2013-02-12T05:17:43Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0109 625 1370 2013-02-12T05:30:18Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0109 623 1370 2013-02-12T05:42:49Z RPElecEDAC 811A 5476A 0 na 0046 6 1370 2013-02-12T19:00:45Z RPPhotFlux 324B sPS 070 500mJy grn epsLep 0006 840 1377 2013-02-19T06:24:23Z RPPhotFlux 324B sPS 110 500mJy grn epsLep 0006 840 1377 2013-02-19T06:39:26Z RPPhotFlux 324B sPS 070 1Jy blu epsLep 0006 276 1377 2013-02-19T06:54:29Z RPPhotFlux 324B sPS 110 1Jy blu epsLep 0006 276 1377 2013-02-19T07:00:08Z RPPhotFlux 324A cPS 2Jy grn alfCet 0006 152 1377 2013-02-19T07:11:46Z RPPhotFlux 324B sPS 070 2Jy grn alfCet 0006 276 1377 2013-02-19T07:15:21Z RPPhotFlux 324B sPS 110 2Jy grn alfCet 0006 276 1377 2013-02-19T07:21:00Z RPPhotFlux 324A cPS 5Jy blu alfCet 0006 152 1377 2013-02-19T07:26:39Z RPPhotFlux 324B sPS 070 5Jy blu alfCet 0006 276 1377 2013-02-19T07:30:14Z RPPhotFlux 324B sPS 110 5Jy blu alfCet 0006 276 1377 2013-02-19T07:35:53Z RPPhotFlux 324A cPS 10Jy grn alfTau 0006 152 1377 2013-02-19T08:10:39Z RPPhotFlux 324B sPS 070 10Jy grn alfTau 0006 276 1377 2013-02-19T08:14:14Z RPPhotFlux 324B sPS 110 10Jy grn alfTau 0006 276 1377 2013-02-19T08:19:53Z RPPhotFlux 324A cPS 20Jy blu alfTau 0006 152 1377 2013-02-19T08:25:32Z RPPhotFlux 324B sPS 070 20Jy blu alfTau 0006 276 1377 2013-02-19T08:29:07Z RPPhotFlux 324B sPS 110 20Jy blu alfTau 0006 276 1377 2013-02-19T08:34:46Z RPPhotFlux 324A cPS 100Jy grn Vesta 0006 162 1377 2013-02-19T08:41:18Z RPPhotFlux 324B sPS 070 100Jy grn Vesta 0006 286 1377 2013-02-19T08:45:03Z RPPhotFlux 324B sPS 110 100Jy grn Vesta 0006 286 1377 2013-02-19T08:50:52Z RPPhotFlux 324A cPS 200Jy blu Vesta 0006 162 1377 2013-02-19T08:56:41Z RPPhotFlux 324B sPS 070 200Jy blu Vesta 0006 286 1377 2013-02-19T09:00:26Z RPPhotFlux 324B sPS 110 200Jy blu Vesta 0006 286 1377 2013-02-19T09:06:15Z RPSpecFlux 611A StdSED sedb2a Vesta 0005 1140 1377 2013-02-19T10:04:55Z RPSpecFlux 611A StdSED sedb2b Vesta 0005 2268 1377 2013-02-19T10:26:04Z RPSpecFlux 611A StdSED sedb3a Vesta 0005 2940 1377 2013-02-19T11:06:02Z RPSpecFlux 433A StdRange AbsFluxA Vesta 0007 979 1377 2013-02-19T11:57:08Z RPSpecFlux 433A StdRange AbsFluxB Vesta 0007 711 1377 2013-02-19T12:15:35Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 464

13.2.85 Cycle#86 (ODs 1379-1392) Table 211: PACS Routine Phase calibration AORs in cycle#86. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPSpecFlux 4310D nStd 5x5R M4XY 00 w69B2A RDor 02† – 1381 2013-02-23T15:10:00Z RPSpecFlux 4310D nStd 5x5R M4XY 01 w69B2A RDor 02† – 1381 2013-02-23T15:20:34Z RPSpecFlux 4310D nStd 5x5R M4XY 10 w69B2A RDor 02† – 1381 2013-02-23T15:31:08Z RPSpecFlux 4310D nStd 5x5R M4XY 11 w69B2A RDor 02† – 1381 2013-02-23T15:41:42Z RPSpecFlux 4310D nStd 5x5R M4XY 00 w89B2B RDor 02† – 1381 2013-02-23T15:52:15Z RPSpecFlux 4310D nStd 5x5R M4XY 01 w89B2B RDor 02† – 1381 2013-02-23T16:02:45Z RPSpecFlux 4310D nStd 5x5R M4XY 10 w89B2B RDor 02† – 1381 2013-02-23T16:13:15Z RPSpecFlux 4310D nStd 5x5R M4XY 11 w89B2B RDor 02† – 1381 2013-02-23T16:23:45Z RPSpecFlux 4310D nStd 5x5R M9XY 00 w69B2A RDor 02† – 1381 2013-02-23T16:34:16Z RPSpecFlux 4310D nStd 5x5R M9XY 01 w69B2A RDor 02† – 1381 2013-02-23T16:44:50Z RPSpecFlux 4310D nStd 5x5R M9XY 10 w69B2A RDor 02† – 1381 2013-02-23T16:55:24Z RPSpecFlux 4310D nStd 5x5R M9XY 11 w69B2A RDor 02† – 1381 2013-02-23T17:05:58Z RPSpecFlux 4310D nStd 5x5R M9XY 00 w89B2B RDor 02† – 1381 2013-02-23T17:16:31Z RPSpecFlux 4310D nStd 5x5R M9XY 01 w89B2B RDor 02† – 1381 2013-02-23T17:27:01Z RPSpecFlux 4310D nStd 5x5R M9XY 10 w89B2B RDor 02† – 1381 2013-02-23T17:37:31Z RPSpecFlux 4310D nStd 5x5R M9XY 11 w89B2B RDor 02† – 1381 2013-02-23T17:48:01Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0110† – 1382 2013-02-24T01:59:35Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0110† – 1382 2013-02-24T02:12:10Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0110† – 1382 2013-02-24T02:24:41Z RPSpecFPG 411J stdLineSpec HIP21479 29† – 1382 2013-02-24T19:22:09Z † Failed due to PACS instrument switch-off on OD 1381 at 2013-02-23T03:50:58Z (AR H SC-103) RPSpecFlux 433A StdRange AbsFluxA Ceres 0010∗ – 1384 – RPSpecFlux 433A StdRange AbsFluxB Ceres 0010∗ – 1384 – RPSpecFlux 433B StdRange UnchopFluxB2A Ceres 0002∗ – 1384 – RPSpecFlux 433B StdRange UnchopFluxB2A CeresOff 02∗ – 1384 – RPSpecFlux 433B StdRange UnchopFluxB2B Ceres 0002∗ – 1384 – RPSpecFlux 433B StdRange UnchopFluxB2B CeresOff 02∗ – 1384 – RPSpecFlux 433B StdRange UnchopFluxB3A Ceres 0002∗ – 1384 – RPSpecFlux 433B StdRange UnchopFluxB3A CeresOff 02∗ – 1384 – RPSpecFlux 611A StdSED sedb2a Ceres 0006∗ – 1384 – RPSpecFlux 611A StdSED sedb2b Ceres 0006∗ – 1384 – RPSpecFlux 611A StdSED sedb3a Ceres 0006∗ – 1384 – RPSpecFlux 611B StdSED nochop sedb2a Ceres 0004∗ – 1384 – RPSpecFlux 611B StdSED nochop sedb2a CeresOff 04∗ – 1384 – RPSpecFlux 611B StdSED nochop sedb2b Ceres 0004∗ – 1384 – RPSpecFlux 611B StdSED nochop sedb2b CeresOff 04∗ – 1384 – RPSpecFlux 611B StdSED nochop sedb3a Ceres 0004∗ – 1384 – RPSpecFlux 611B StdSED nochop sedb3a CeresOff 04∗ – 1384 – RPElecEDAC 811A 5476A 0 na 0047∗ – 1384 – RPPhotFlux 324A cPS 200Jy blu Ceres 0006∗ – 1385 – RPPhotFlux 324A cPS 200Jy grn Ceres 0006∗ – 1385 – RPPhotFlux 324D sPS 020 200Jy blu Ceres+Sylvia 01∗ – 1386 – RPPhotFlux 324D sPS 020 200Jy grn Ceres+Sylvia 01∗ – 1386 – RPPhotFlux 324B sPS 070 200Jy blu Ceres 0006∗ – 1387 – Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 465

Table 211: continued. Calibration AOR duration (s) OD absolute start time RPPhotFlux 324B sPS 110 200Jy blu Ceres 0006∗ – 1387 – RPPhotFlux 324B sPS 070 200Jy grn Ceres 0006∗ – 1387 – RPPhotFlux 324B sPS 110 200Jy grn Ceres 0006∗ – 1387 – ∗ Finally not scheduled due to re-planning as consequence of PACS switch-oﬀ (AR H SC-103) ∗ and bolometer red matrix 9 anomaly (AR H SC-102) investigations RPSpecFPG 411J stdLineSpec HIP21479 30 124 1391 2013-03-04T20:56:40Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0111 627 1391 2013-03-05T06:43:55Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0111 625 1391 2013-03-05T06:56:30Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0111 623 1391 2013-03-05T07:09:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 466

13.2.86 Cycle#87 (ODs 1393-1406) Table 212: PACS Routine Phase calibration AORs in cycle#87. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPSpecFlux 4310D nStd 5x5R M4XY 00 w69B2A RDor 03† 505 1397 2013-03-11T03:02:34Z RPSpecFlux 4310D nStd 5x5R M4XY 01 w69B2A RDor 03† 505 1397 2013-03-11T03:13:08Z RPSpecFlux 4310D nStd 5x5R M4XY 11 w69B2A RDor 03† 505 1397 2013-03-11T03:23:42Z RPSpecFlux 4310D nStd 5x5R M4XY 10 w69B2A RDor 03† 505 1397 2013-03-11T03:34:16Z RPSpecFlux 4310D nStd 5x5R M4XY 00 w89B2B RDor 03† 502 1397 2013-03-11T03:44:49Z RPSpecFlux 4310D nStd 5x5R M4XY 01 w89B2B RDor 03† 502 1397 2013-03-11T03:55:19Z RPSpecFlux 4310D nStd 5x5R M4XY 11 w89B2B RDor 03† 502 1397 2013-03-11T04:05:49Z RPSpecFlux 4310D nStd 5x5R M4XY 10 w89B2B RDor 03† 502 1397 2013-03-11T04:16:19Z RPSpecFlux 4310D nStd 5x5R M9XY 00 w69B2A RDor 03† 505 1397 2013-03-11T04:26:50Z RPSpecFlux 4310D nStd 5x5R M9XY 01 w69B2A RDor 03† 505 1397 2013-03-11T04:37:24Z RPSpecFlux 4310D nStd 5x5R M9XY 11 w69B2A RDor 03† 505 1397 2013-03-11T04:47:58Z RPSpecFlux 4310D nStd 5x5R M9XY 10 w69B2A RDor 03† 505 1397 2013-03-11T04:58:32Z RPSpecFlux 4310D nStd 5x5R M9XY 00 w89B2B RDor 03† 502 1397 2013-03-11T05:09:05Z RPSpecFlux 4310D nStd 5x5R M9XY 01 w89B2B RDor 03† 502 1397 2013-03-11T05:19:35Z RPSpecFlux 4310D nStd 5x5R M9XY 11 w89B2B RDor 03† 502 1397 2013-03-11T05:30:05Z RPSpecFlux 4310D nStd 5x5R M9XY 10 w89B2B RDor 03† 502 1397 2013-03-11T05:40:35Z † Repetition of failed AORs from OD 1381 RPPhotFlux 324A cPS 2Jy grn Lutetia 0006 162 1399 2013-03-13T01:57:45Z RPPhotFlux 324B sPS 070 2Jy grn Lutetia 0006 286 1399 2013-03-13T02:01:30Z RPPhotFlux 324B sPS 110 2Jy grn Lutetia 0006 286 1399 2013-03-13T02:07:19Z RPPhotFlux 324A cPS 5Jy blu Lutetia 0006 162 1399 2013-03-13T02:13:08Z RPPhotFlux 324B sPS 070 5Jy blu Lutetia 0006 286 1399 2013-03-13T02:16:53Z RPPhotFlux 324B sPS 110 5Jy blu Lutetia 0006 286 1399 2013-03-13T02:22:42Z RPPhotFlux 321A cPS repro blu gamDra 0051† 152 1399 2013-03-13T06:47:07Z RPPhotFlux 321B sPS 070 repro blu gamDra 0051† 276 1399 2013-03-13T06:50:42Z RPPhotFlux 321B sPS 110 repro blu gamDra 0051† 276 1399 2013-03-13T06:56:21Z † Recovery of unscheduled cycle#86 AORs RPPhotFlux 324A cPS 10Jy grn Flora 0006 162 1401 2013-03-14T13:59:16Z RPPhotFlux 324B sPS 070 10Jy grn Flora 0006 286 1401 2013-03-14T14:03:01Z RPPhotFlux 324B sPS 110 10Jy grn Flora 0006 286 1401 2013-03-14T14:08:50Z RPPhotFlux 324A cPS 20Jy blu Flora 0006 162 1401 2013-03-14T14:14:39Z RPPhotFlux 324B sPS 070 20Jy blu Flora 0006 286 1401 2013-03-14T14:18:24Z RPPhotFlux 324B sPS 110 20Jy blu Flora 0006 286 1401 2013-03-14T14:24:13Z RPSpecFPG 411J stdLineSpec HIP21479 31 124 1401 2013-03-15T07:30:57Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0112 627 1401 2013-03-15T10:21:28Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0112 625 1401 2013-03-15T10:34:03Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0112 623 1401 2013-03-15T10:46:34Z RPElecEDAC 811A 5476A 0 na 0048 6 1401 2013-03-15T11:21:58Z RPPhotFPG 1115B StdScan PA000 grn RDor 01 3685 1404 2013-03-17T22:44:35Z RPPhotFPG 1115B StdScan PA090 grn RDor 01 2327 1404 2013-03-17T23:47:03Z RPPhotFPG 1115B StdScan PA180 grn RDor 01 3685 1404 2013-03-18T00:26:53Z RPPhotFPG 1115B StdScan PA270 grn RDor 01 2327 1404 2013-03-18T01:29:21Z RPMechChop 231A nStd OpenLoopFullRange na 0004 1182 1404 2013-03-18T02:28:48Z RPSpecFlux 433A StdRange AbsFluxA Ceres 001 979 1404 2013-03-18T07:31:51Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 467

Table 212: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 433A StdRange AbsFluxB Ceres 001 711 1404 2013-03-18T07:50:18Z RPSpecWave 421A StdLS NGC6543 A 0040† 1625 1404 2013-03-18T08:15:23Z RPSpecWave 421A StdLS NGC6543 B 0040† 1568 1404 2013-03-18T08:44:38Z † Recovery of unscheduled cycle#86 AORs Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 468

13.2.87 Cycle#88 (ODs 1407-1420) Table 213: PACS Routine Phase calibration AORs in cycle#88. Durations are taken from scheduling log and are without slew times.

Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0049 6 1408 2013-03-21T17:09:13Z RPSpecFlux 433A StdRange AbsFluxA Juno 0003 979 1412 2013-03-25T14:44:13Z RPSpecFlux 433A StdRange AbsFluxB Juno 0003 711 1412 2013-03-25T15:02:40Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0113 627 1412 2013-03-25T16:59:56Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0113 625 1412 2013-03-25T17:12:31Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0113 623 1412 2013-03-25T17:25:02Z RPSpecWave 421A StdLS NGC6543 A 0041 1625 1412 2013-03-25T18:20:02Z RPSpecWave 421A StdLS NGC6543 B 0041 1568 1412 2013-03-25T18:49:17Z RPSpecFPG 411J stdLineSpec HIP21479 32 124 1412 2013-03-25T23:43:43Z RPSpecFlux 4310D nStd 5x5R M4XY 00 w69B2A RDor 04 505 1412 2013-03-25T23:47:56Z RPSpecFlux 4310D nStd 5x5R M4XY 01 w69B2A RDor 04 505 1412 2013-03-25T23:58:30Z RPSpecFlux 4310D nStd 5x5R M4XY 11 w69B2A RDor 04 505 1412 2013-03-26T00:09:04Z RPSpecFlux 4310D nStd 5x5R M4XY 10 w69B2A RDor 04 505 1412 2013-03-26T00:19:38Z RPSpecFlux 4310D nStd 2x2R M4XY OFF w69B2A RDor 04 106 1412 2013-03-26T00:30:12Z RPSpecFlux 4310D nStd 5x5R M9XY 00 w69B2A RDor 04 505 1412 2013-03-26T00:34:07Z RPSpecFlux 4310D nStd 5x5R M9XY 01 w69B2A RDor 04 505 1412 2013-03-26T00:44:41Z RPSpecFlux 4310D nStd 5x5R M9XY 11 w69B2A RDor 04 505 1412 2013-03-26T00:55:15Z RPSpecFlux 4310D nStd 5x5R M9XY 10 w69B2A RDor 04 505 1412 2013-03-26T01:05:49Z RPSpecFlux 4310D nStd 2x2R M9XY OFF w69B2A RDor 04 106 1412 2013-03-26T01:16:23Z RPSpecFlux 4310D nStd 5x5R M4XY 00 w89B2B RDor 04 502 1412 2013-03-26T01:20:17Z RPSpecFlux 4310D nStd 5x5R M4XY 01 w89B2B RDor 04 502 1412 2013-03-26T01:30:47Z RPSpecFlux 4310D nStd 5x5R M4XY 11 w89B2B RDor 04 502 1412 2013-03-26T01:41:17Z RPSpecFlux 4310D nStd 5x5R M4XY 10 w89B2B RDor 04 502 1412 2013-03-26T01:51:47Z RPSpecFlux 4310D nStd 2x2R M4XY OFF w89B2B RDor 04 103 1412 2013-03-26T02:02:17Z RPSpecFlux 4310D nStd 5x5R M9XY 00 w89B2B RDor 04 502 1412 2013-03-26T02:06:08Z RPSpecFlux 4310D nStd 5x5R M9XY 01 w89B2B RDor 04 502 1412 2013-03-26T02:16:38Z RPSpecFlux 4310D nStd 5x5R M9XY 11 w89B2B RDor 04 502 1412 2013-03-26T02:27:08Z RPSpecFlux 4310D nStd 5x5R M9XY 10 w89B2B RDor 04 502 1412 2013-03-26T02:37:38Z RPSpecFlux 4310D nStd 2x2R M9XY OFF w89B2B RDor 04 103 1412 2013-03-26T02:48:08Z RPPhotFlux 321A cPS repro blu gamDra 0052 152 1418 2013-03-31T17:12:50Z RPPhotFlux 321B sPS 070 repro blu gamDra 0052 276 1418 2013-03-31T17:16:25Z RPPhotFlux 321B sPS 110 repro blu gamDra 0052 276 1418 2013-03-31T17:22:04Z RPPhotFlux 324A cPS 200Jy blu Ceres 0007 162 1420 2013-04-02T23:49:15Z RPPhotFlux 324B sPS 070 200Jy blu Ceres 0007 286 1420 2013-04-02T23:53:00Z RPPhotFlux 324B sPS 110 200Jy blu Ceres 0007 286 1420 2013-04-02T23:58:49Z RPPhotFlux 324A cPS 200Jy grn Ceres 0007 162 1420 2013-04-03T00:04:38Z RPPhotFlux 324B sPS 070 200Jy grn Ceres 0007 286 1420 2013-04-03T00:08:23Z RPPhotFlux 324B sPS 110 200Jy grn Ceres 0007 286 1420 2013-04-03T00:14:12Z RPSpecFlux 433A StdRange AbsFluxA Ceres 0012 979 1420 2013-04-03T01:12:46Z RPSpecFlux 433A StdRange AbsFluxB Ceres 0012 711 1420 2013-04-03T01:31:13Z RPSpecFlux 433B StdRange UnchopFluxB2A Ceres 0003 200 1420 2013-04-03T01:45:15Z RPSpecFlux 433B StdRange UnchopFluxB2A CeresOff 03 190 1420 2013-04-03T01:50:46Z RPSpecFlux 433B StdRange UnchopFluxB2B Ceres 0003 378 1420 2013-04-03T01:56:04Z RPSpecFlux 433B StdRange UnchopFluxB2B CeresOff 03 368 1420 2013-04-03T02:04:30Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 469

Table 213: continued. Calibration AOR duration (s) OD absolute start time RPSpecFlux 433B StdRange UnchopFluxB3A Ceres 0003 386 1420 2013-04-03T02:12:44Z RPSpecFlux 433B StdRange UnchopFluxB3A CeresOff 03 376 1420 2013-04-03T02:21:16Z RPSpecFlux 611A StdSED sedb2a Ceres 0007 1140 1420 2013-04-03T02:29:44Z RPSpecFlux 611A StdSED sedb2b Ceres 0007 2268 1420 2013-04-03T02:50:53Z RPSpecFlux 611A StdSED sedb3a Ceres 0007 2940 1420 2013-04-03T03:30:51Z RPSpecFlux 611B StdSED nochop sedb2a Ceres 0005 349 1420 2013-04-03T04:22:03Z RPSpecFlux 611B StdSED nochop sedb2a CeresOff 05 339 1420 2013-04-03T04:30:04Z RPSpecFlux 611B StdSED nochop sedb2b Ceres 0005 679 1420 2013-04-03T04:37:52Z RPSpecFlux 611B StdSED nochop sedb2b CeresOff 05 669 1420 2013-04-03T04:51:20Z RPSpecFlux 611B StdSED nochop sedb3a Ceres 0005 877 1420 2013-04-03T05:04:39Z RPSpecFlux 611B StdSED nochop sedb3a CeresOff 05 867 1420 2013-04-03T05:21:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 470

13.2.88 Cycle#89 (ODs 1421-1434) Table 214: PACS Routine Phase calibration AORs in cycle#89. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPSpecFPG 411J stdLineSpec HIP21479 33 124 1423 2013-04-06T05:17:12Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0114 627 1423 2013-04-06T09:12:50Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0114 625 1423 2013-04-06T09:25:25Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0114 623 1423 2013-04-06T09:37:56Z RPSpecWave 421A StdLS NGC6543 A 0042 1625 1424 2013-04-07T13:19:55Z RPSpecWave 421A StdLS NGC6543 B 0042 1568 1424 2013-04-07T13:49:10Z RPElecEDAC 811A 5476A 0 na 0050 6 1425 2013-04-08T14:28:32Z RPPhotFlux 321A cPS repro blu gamDra 0053 152 1427 2013-04-10T14:04:03Z RPPhotFlux 321B sPS 070 repro blu gamDra 0053 276 1427 2013-04-10T14:07:38Z RPPhotFlux 321B sPS 110 repro blu gamDra 0053 276 1427 2013-04-10T14:13:17Z RPPhotFlux 324A cPS 20Jy blu Juno 0006 162 1428 2013-04-10T15:12:57Z RPPhotFlux 324B sPS 070 20Jy blu Juno 0006 286 1428 2013-04-10T15:16:42Z RPPhotFlux 324B sPS 110 20Jy blu Juno 0006 286 1428 2013-04-10T15:22:31Z RPPhotFlux 324A cPS 10Jy grn Juno 0006 162 1428 2013-04-10T15:28:20Z RPPhotFlux 324B sPS 070 10Jy grn Juno 0006 286 1428 2013-04-10T15:32:05Z RPPhotFlux 324B sPS 110 10Jy grn Juno 0006 286 1428 2013-04-10T15:37:54Z RPSpecFlux 433A StdRange AbsFluxA Juno 0004 979 1428 2013-04-11T10:41:20Z RPSpecFlux 433A StdRange AbsFluxB Juno 0004 711 1428 2013-04-11T10:59:47Z RPSpecFlux 611A StdSED sedb2a Juno 0004 1140 1428 2013-04-11T11:13:50Z RPSpecFlux 611A StdSED sedb2b Juno 0004 2268 1428 2013-04-11T11:34:59Z RPSpecFlux 611A StdSED sedb3a Juno 0004 2940 1428 2013-04-11T12:14:57Z RPSpecFPG 411J stdLineSpec HIP21479 34 124 1431 2013-04-14T00:32:56Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0115 627 1432 2013-04-15T13:41:45Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0115 625 1432 2013-04-15T13:54:20Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0115 623 1432 2013-04-15T14:06:51Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 471

13.2.89 Cycle#90 (ODs 1435-1448) Table 215: PACS Routine Phase calibration AORs in cycle#90. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD absolute start time RPElecEDAC 811A 5476A 0 na 0051 6 1436 2013-04-18T16:55:44Z RPSpecWave 421A StdLS NGC6543 A 0043 1625 1438 2013-04-21T12:14:40Z RPSpecWave 421A StdLS NGC6543 B 0043 1568 1438 2013-04-21T12:44:36Z RPPhotFlux 324A cPS 10Jy grn Europa 0006 162 1442 2013-04-24T14:57:29Z RPPhotFlux 324B sPS 070 10Jy grn Europa 0006 286 1442 2013-04-24T15:01:14Z RPPhotFlux 324B sPS 110 10Jy grn Europa 0006 286 1442 2013-04-24T15:07:03Z RPPhotFlux 324A cPS 20Jy blu Europa 0006 162 1442 2013-04-24T15:12:52Z RPPhotFlux 324B sPS 070 20Jy blu Europa 0006 286 1442 2013-04-24T15:16:37Z RPPhotFlux 324B sPS 110 20Jy blu Europa 0006 286 1442 2013-04-24T15:22:26Z RPSpecFPG 411J stdLineSpec HIP21479 35 124 1442 2013-04-25T08:22:51Z RPSpecFlux 433A StdRange AbsFluxA Europa 0005 979 1442 2013-04-25T10:57:07Z RPSpecFlux 433A StdRange AbsFluxB Europa 0005 711 1442 2013-04-25T11:15:34Z RPSpecFlux 611A StdSED sedb2a Europa 0004 1140 1442 2013-04-25T11:29:37Z RPSpecFlux 611A StdSED sedb2b Europa 0004 2268 1442 2013-04-25T11:50:46Z RPSpecFlux 611A StdSED sedb3a Europa 0004 2940 1442 2013-04-25T12:30:44Z RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0116 627 1442 2013-04-25T13:32:43Z RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0116 625 1442 2013-04-25T13:45:18Z RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0116 623 1442 2013-04-25T13:57:49Z RPPhotFlux 324B sPS 070 200Jy grn Neptune 0007 286 1444 2013-04-26T17:34:17Z RPPhotFlux 324B sPS 110 200Jy grn Neptune 0007 286 1444 2013-04-26T17:40:06Z RPPhotFlux 324B sPS 070 200Jy red Neptune 0007 286 1444 2013-04-26T17:45:55Z RPPhotFlux 324B sPS 110 200Jy red Neptune 0007 286 1444 2013-04-26T17:51:44Z RPPhotFlux 324B sPS 070 500mJy red Sirius 0006 840 1444 2013-04-27T10:51:50Z RPPhotFlux 324B sPS 110 500mJy red Sirius 0006 840 1444 2013-04-27T11:06:53Z RPPhotFlux 324B sPS 070 2Jy blu Sirius 0006 840 1444 2013-04-27T11:21:56Z RPPhotFlux 324B sPS 110 2Jy blu Sirius 0006 840 1444 2013-04-27T11:36:59Z RPPhotFlux 321A cPS repro blu gamDra 0054 152 1444 2013-04-27T13:56:05Z RPPhotFlux 321B sPS 070 repro blu gamDra 0054 276 1444 2013-04-27T13:59:40Z RPPhotFlux 321B sPS 110 repro blu gamDra 0054 276 1444 2013-04-27T14:05:19Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0008 979 1445 2013-04-28T11:45:49Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0008 711 1445 2013-04-28T12:04:16Z RPSpecFlux 611A StdSED sedb2a Neptune 0007 1140 1445 2013-04-28T12:18:19Z RPSpecFlux 611A StdSED sedb2b Neptune 0007 2268 1445 2013-04-28T12:39:28Z RPSpecFlux 611A StdSED sedb3a Neptune 0007 2940 1445 2013-04-28T13:19:26Z RPSpecFlux 433A StdRange AbsFluxA Neptune 0009 979 1446 2013-04-28T20:03:39Z RPSpecFlux 433A StdRange AbsFluxB Neptune 0009 711 1446 2013-04-28T20:22:06Z End of Liquid Helium declared in DTCP-1447 at 2013-04-29T15:20:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 472

13.2.90 Post-He Cycle#100 (ODs 1447-1491) Table 216: PACS Post-He ACMS characterization AORs in cycle#100. Durations are taken from scheduling log and are without slew times. For ODs 1476 – 1478 interlacing vs. non-interlacing is selected by the pointing: Dummy1 and Dummy3: interlacing on; Dummy2 and Dummy4: interlacing oﬀ. On OD 1491, Dummy6 enables interlacing, but for part of the measurements interlacing shall be disabled. Position of Dummy5 is not used during these tests.

Calibration AOR duration (s) OD absolute start time PMPhotFPG 262A nStdStar blu Dummy2 0001 36041 1476 2013-05-28T13:10:09Z PMPhotFPG 262A nStdStar blu Dummy1 0001 36041 1476 2013-05-28T23:39:26Z PMPhotFPG 262B nStdStar ACMSgain1 Dummy1 0001 7200 1477 2013-05-29T13:10:47Z† PMPhotFPG 262B nStdStar ACMSgain1 Dummy3 0001 7200 1477 2013-05-29T15:36:28Z† PMPhotFPG 262B nStdStar ACMSgain2 Dummy3 0001 7200 1477 2013-05-29T17:39:15Z† PMPhotFPG 262B nStdStar ACMSgain2 Dummy1 0001 7200 1477 2013-05-29T20:05:09Z† PMPhotFPG 262B nStdStar ACMSgain1 Dummy2 0001 7200 1477 2013-05-29T22:40:10Z† PMPhotFPG 262B nStdStar ACMSgain1 Dummy4 0001 7200 1477 2013-05-30T01:04:33Z† PMPhotFPG 262B nStdStar ACMSgain2 Dummy4 0001 7200 1477 2013-05-30T03:07:20Z† PMPhotFPG 262B nStdStar ACMSgain2 Dummy2 0001 7200 1477 2013-05-30T05:31:42Z† † Communicate start time and required gain to MOC for manual time-tagged gain change PMPhotFPG 264A nStdScan 5 Dummy1 0001 2907 1478 2013-05-30T13:07:09Z PMPhotFPG 264A nStdScan 10 Dummy1 0001 1472 1478 2013-05-30T13:56:39Z PMPhotFPG 264A nStdScan 20 Dummy1 0001 763 1478 2013-05-30T14:22:14Z PMPhotFPG 264A nStdScan 40 Dummy1 0001 424 1478 2013-05-30T14:36:00Z PMPhotFPG 264A nStdScan 60 Dummy1 0001 321 1478 2013-05-30T14:44:07Z PMPhotFPG 264A nStdScan 5 Dummy2 0001 2907 1478 2013-05-30T15:02:16Z PMPhotFPG 264A nStdScan 10 Dummy2 0001 1472 1478 2013-05-30T15:51:46Z PMPhotFPG 264A nStdScan 20 Dummy2 0001 763 1478 2013-05-30T16:17:21Z PMPhotFPG 264A nStdScan 40 Dummy2 0001 424 1478 2013-05-30T16:31:07Z PMPhotFPG 264A nStdScan 60 Dummy2 0001 321 1478 2013-05-30T16:39:14Z PMPhotFPG 262C nStdStar ACMSgain1 Dummy6ile 0001 7200 1491 2013-06-12T14:30:20Z∗ PMPhotFPG 262C nStdStar ACMSgain2 Dummy6ile 0001 7200 1491 2013-06-12T16:33:07Z∗ PMPhotFPG 262C nStdStar ACMSgain2 Dummy6ild 0001 7200 1491 2013-06-12T18:35:54Z∗ PMPhotFPG 262C nStdStar ACMSgain1 Dummy6ild 0001 7200 1491 2013-06-12T20:38:41Z∗ ∗ Communicate start time with required gain & interlacing status to MOC for manual settings by Flight Dynamics Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 473

13.2.91 Herschel Observatory Pointing Monitoring

From cycle#15 onwards, Herschel pointing performance will be regularly monitored per cycle with the PACS instrument by chop/nod point-source photometry AORs on pointing standards, the same observing mode as used for the large pointing calibration campaigns in PV Phase aqnd the beginning of Routine Phase (cf. section 10.1). Dedicated pointing performance assessment will be done after STR upgrades. The observations are prepared by the HSC Calibration Scientist Team (cf. [RD3], [RD4]). They are listed here for completing the overview of PACS Routine Phase calibration observations. Table 217: Herschel Observatory Pointing Monitoring programme in the classical chop/nod mode for y- and z-oﬀset determination on the PACS blue array. Durations are taken from scheduling log and are without slew times.

# Calibration AOR duration (s) OD absolute start time 1 ObsCal RP FPG PPhot Blue cycle15 HIP75847 152 386 2010-06-03T21:23:15Z 2 ObsCal RP FPG PPhot Blue cycle15 HIP80802 152 386 2010-06-03T21:28:14Z 3 ObsCal RP FPG PPhot Blue cyc15 OD386-387 HIP108317 152 387 2010-06-04T19:17:53Z 4 ObsCal RP FPG PPhot Blue cyc15 OD386-387 HIP104719 152 387 2010-06-04T19:22:42Z 5 ObsCal RP FPG PPhot Blue cycle15 HIP100605 152 396 2010-06-13T16:17:12Z 6 ObsCal RP FPG PPhot Blue cycle16 OD400 HIP69816 152 400 2010-06-17T17:38:28Z 7 ObsCal RP FPG PPhot Blue cycle16 OD400 HIP75847 152 400 2010-06-17T17:44:16Z 8 ObsCal RP FPG PPhot Blue cycle16 OD402 HD99635 152 402 2010-06-20T14:24:29Z 9 ObsCal RP FPG PPhot Blue cycle16 OD402 HIP67627 152 402 2010-06-20T14:36:17Z 10 ObsCal RP FPG PPhot Blue cycle16 OD404 HD99635 152 404 2010-06-21T22:28:37Z 11 ObsCal RP FPG PPhot Blue cycle16 OD404 HIP56779 152 404 2010-06-21T22:33:38Z 12 ObsCal RP FPG PPhot Blue cycle16 OD405 HIP67627 152 405 2010-06-22T17:42:31Z 13 ObsCal RP FPG PPhot Blue cycle16 OD405 HIP58854 152 405 2010-06-22T17:53:26Z 14 ObsCal RP FPG PPhot Blue cycle17 OD414 HIP58854 152 413 2010-07-01T14:39:37Z 15 ObsCal RP FPG PPhot Blue cycle17 OD414 HD99635 152 414 2010-07-02T14:38:29Z 16 ObsCal RP FPG PPhot Blue cycle17 OD415 HD99635 152 415 2010-07-02T16:02:47Z 17 ObsCal RP FPG PPhot Blue cycle17 OD415 HIP58854 152 415 2010-07-02T18:15:50Z 18 ObsCal RP FPG PPhot Blue cycle17 OD418 HD99635 152 418 2010-07-05T15:58:03Z 19 ObsCal RP FPG PPhot Blue cycle17 OD418 HIP58854 152 418 2010-07-05T19:28:40Z 20 ObsCal RP FPG PPhot Blue cycle18 HIP63355 1 152 436 2010-07-23T17:38:36Z 21 ObsCal RP FPG PPhot Blue cycle18 HIP60421 2 152 436 2010-07-24T13:56:38Z 22 ObsCal RP FPG PPhot Blue cycle18 HIP61022 2 152 437 2010-07-24T15:21:36Z 23 ObsCal RP FPG PPhot Blue cycle18 HIP63355 2 152 437 2010-07-24T16:49:29Z 24 ObsCal RP FPG PPhot Blue cycle19 HIP59588 1 152 453 2010-08-09T15:04:25Z 25 ObsCal RP FPG PPhot Blue cycle19 HIP57607 1 152 453 2010-08-09T15:45:34Z 26 ObsCal RP FPG PPhot Blue cycle19 HIP57642 1 152 453 2010-08-09T15:50:20Z 27 ObsCal RP FPG PPhot Blue cycle19 HIP59588 2 152 454 2010-08-10T21:36:00Z 28 ObsCal RP FPG PPhot Blue cycle19 HIP57607 2 152 454 2010-08-10T21:40:45Z 29 ObsCal RP FPG PPhot Blue cycle19 HIP57642 2 152 454 2010-08-10T21:45:31Z 30 ObsCal RP FPG PPhot Blue cycle20 HIP51087 1 152 455 2010-08-12T08:55:21Z 31 ObsCal RP FPG PPhot Blue cycle20 HIP55537 1 152 456 2010-08-12T16:40:23Z 32 ObsCal RP FPG PPhot Blue cycle20 HIP57642 1 152 456 2010-08-12T16:46:11Z 33 ObsCal RP FPG PPhot Blue cycle20 HIP55537 2 152 457 2010-08-13T16:38:53Z 34 ObsCal RP FPG PPhot Blue cycle20 HIP57642 2 152 460 2010-08-16T15:14:05Z 35 ObsCal RP FPG PPhot Blue cycle20 HIP51087 2 152 460 2010-08-16T15:20:51Z 36 ObsCal RP FPG PPhot Blue cycle21 HIP46701 1 152 469 2010-08-25T17:10:27Z 37 ObsCal RP FPG PPhot Blue cycle21 HIP46806 1 152 470 2010-08-26T15:42:06Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 474

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 38 ObsCal RP FPG PPhot Blue cycle21 HIP50230 1 152 470 2010-08-26T15:47:29Z 39 ObsCal RP FPG PPhot Blue cycle21 HIP46701 2 152 472 2010-08-28T17:07:53Z 40 ObsCal RP FPG PPhot Blue cycle21 HIP46806 2 152 472 2010-08-28T17:12:37Z 41 ObsCal RP FPG PPhot Blue cycle21 HIP50230 2 152 473 2010-08-29T14:46:01Z 42 ObsCal RP FPG PPhot Blue cycle22 HIP35264 1 152 483 2010-09-08T20:29:37Z 43 ObsCal RP FPG PPhot Blue cycle22 HIP30800 1 152 483 2010-09-09T16:40:50Z 44 ObsCal RP FPG PPhot Blue cycle22 HIP30326 1 152 484 2010-09-09T19:24:21Z 45 ObsCal RP FPG PPhot Blue cycle22 HIP35264 2 152 484 2010-09-10T16:33:07Z 46 ObsCal RP FPG PPhot Blue cycle22 HIP30800 2 152 484 2010-09-10T16:40:58Z 47 ObsCal RP FPG PPhot Blue cycle22 HIP30326 2 152 484 2010-09-10T18:35:01Z 48 ObsCal RP FPG PPhot Blue cycle23 HIP37279 152 502 2010-09-27T17:50:33Z 49 ObsCal RP FPG PPhot Blue cycle20 HIP40388 152 502 2010-09-27T19:31:22Z 50 ObsCal RP FPG PPhot Blue cycle24 HIP44995 1 152 512 2010-10-07T19:04:13Z 51 ObsCal RP FPG PPhot Blue cycle24 HIP45860 1 152 512 2010-10-07T19:09:40Z 52 ObsCal RP FPG PPhot Blue cycle24 HIP45058 1 152 512 2010-10-07T19:14:09Z 53 ObsCal RP FPG PPhot Blue cycle24 HIP44995 2 152 513 2010-10-08T17:42:58Z 54 ObsCal RP FPG PPhot Blue cycle24 HIP45058 2 152 513 2010-10-08T17:52:53Z 55 ObsCal RP FPG PPhot Blue cycle24 HIP45860 2 152 513 2010-10-08T17:48:24Z ObsCal RP FPG PPhot Blue cycle24 HIP45860 3 524 2010-10-19T19:41:58Z ObsCal RP FPG PPhot Blue cycle24 HIP45058 3 524 2010-10-19T19:46:24Z ObsCal RP FPG PPhot Blue cycle24 HIP44995 3 524 2010-10-19T19:51:09Z not executed due to PACS autonomous switch-off in OD 523 (AR-76). 56 ObsCal RP FPG PPhot Blue cycle25 HIP48036 152 530 2010-10-25T19:15:18Z 57 ObsCal RP FPG PPhot Blue cycle25 HIP47886 152 530 2010-10-25T21:38:25Z 58 ObsCal RP FPG PPhot Blue cycle26 HIP57504 OD540 152 540 2010-11-04T19:40:20Z 59 ObsCal RP FPG PPhot Blue cycle26 HIP67627 OD540 152 540 2010-11-04T22:12:41Z 60 ObsCal RP FPG PPhot Blue cycle26 HIP48036 OD540 152 540 2010-11-05T10:55:49Z SIAM verification on ODs 545/546 after STR-B EEPROM update in DTCP-545 with both STRs on 61 ObsCal RP FPG PPhot Blue cycle26 HIP75847 OD545 152 545 2010-11-10T14:41:59Z 62 ObsCal RP FPG PPhot Blue cycle26 HIP80802 OD545 152 545 2010-11-10T14:46:58Z 63 ObsCal RP FPG PPhot Blue cycle26 HIP87850 OD545 152 545 2010-11-10T14:54:58Z 64 ObsCal RP FPG PPhot Blue cycle26 HIP84004 OD545 152 545 2010-11-10T15:00:18Z 65 ObsCal RP FPG PPhot Blue cycle26 HIP80704 OD545 152 545 2010-11-10T15:05:30Z 66 ObsCal RP FPG PPhot Blue cycle26 HIP77619 OD545 152 545 2010-11-10T15:10:54Z 67 ObsCal RP FPG PPhot Blue cycle26 HIP73199 OD545 152 545 2010-11-10T15:17:31Z 68 ObsCal RP FPG PPhot Blue cycle26 HIP67627 OD545 152 545 2010-11-10T15:22:27Z 69 ObsCal RP FPG PPhot Blue cycle26 HIP57504 OD545 152 545 2010-11-10T15:30:18Z 70 ObsCal RP FPG PPhot Blue cycle26 HIP48036 OD545 152 545 2010-11-10T15:40:06Z 71 ObsCal RP FPG PPhot Blue cycle26 HIP57504 OD546 152 546 2010-11-10T16:52:34Z 72 ObsCal RP FPG PPhot Blue cycle26 HIP67627 OD546 152 546 2010-11-10T17:17:46Z 73 ObsCal RP FPG PPhot Blue cycle26 HIP73199 OD546 152 546 2010-11-10T17:22:42Z 74 ObsCal RP FPG PPhot Blue cycle26 HIP77619 OD546 152 546 2010-11-10T19:10:10Z 75 ObsCal RP FPG PPhot Blue cycle26 HIP80704 OD546 152 546 2010-11-10T19:15:34Z 76 ObsCal RP FPG PPhot Blue cycle26 HIP84004 OD546 152 546 2010-11-10T19:20:46Z 77 ObsCal RP FPG PPhot Blue cycle26 HIP87850 OD546 152 546 2010-11-10T19:26:07Z 78 ObsCal RP FPG PPhot Blue cycle26 HIP88832 OD546 152 546 2010-11-10T19:30:28Z 79 ObsCal RP FPG PPhot Blue cycle26 HIP90883 OD546 152 546 2010-11-10T19:35:27Z 80 ObsCal RP FPG PPhot Blue cycle26 HIP92862 OD546 152 546 2010-11-10T19:40:34Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 475

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 81 ObsCal RP FPG PPhot Blue cycle26 HIP94438 OD546 152 546 2010-11-10T19:45:02Z 82 ObsCal RP FPG PPhot Blue cycle26 HIP95902 OD546 152 546 2010-11-10T19:49:12Z 83 ObsCal RP FPG PPhot Blue cycle26 HIP95413 OD546 152 546 2010-11-10T19:53:38Z 84 ObsCal RP FPG PPhot Blue cycle26 HIP94162 OD546 152 546 2010-11-10T19:59:50Z 85 ObsCal RP FPG PPhot Blue cycle26 HIP80802 OD546 152 546 2010-11-10T20:05:55Z 86 ObsCal RP FPG PPhot Blue cycle26 HIP75847 OD546 152 546 2010-11-10T20:10:54Z 87 ObsCal RP FPG PPhot Blue cycle26 HIP47886 OD546 152 546 2010-11-11T06:52:56Z 88 ObsCal RP FPG PPhot Blue cycle26 HIP45058 OD546 152 546 2010-11-11T08:26:56Z 89 ObsCal RP FPG PPhot Blue cycle26 HIP44995 OD546 152 546 2010-11-11T08:31:39Z 90 ObsCal RP FPG PPhot Blue cycle26 HIP48036 OD546 152 546 2010-11-11T08:37:55Z 91 ObsCal RP FPG PPhot Blue cycle26 HIP77619 OD547 152 547 2010-11-11T19:57:30Z 92 ObsCal RP FPG PPhot Blue cycle26 HIP67627 OD547 152 547 2010-11-11T20:04:41Z 93 ObsCal RP FPG PPhot Blue cycle26 HIP73199 OD547 152 547 2010-11-11T20:09:37Z 94 ObsCal RP FPG PPhot Blue cycle27 HIP82249 1 152 554 2010-11-19T14:38:12Z 95 ObsCal RP FPG PPhot Blue cycle27 HIP88832 1 152 554 2010-11-19T14:45:03Z 96 ObsCal RP FPG PPhot Blue cycle27 HIP92862 1 152 554 2010-11-19T14:50:16Z 97 ObsCal RP FPG PPhot Blue cycle27 HIP95902 1 152 554 2010-11-19T14:55:08Z 98 ObsCal RP FPG PPhot Blue cycle27 HIP82249 2 152 555 2010-11-19T18:20:35Z 99 ObsCal RP FPG PPhot Blue cycle27 HIP88832 2 152 555 2010-11-19T18:46:25Z 100 ObsCal RP FPG PPhot Blue cycle27 HIP92862 2 152 555 2010-11-19T18:51:38Z 101 ObsCal RP FPG PPhot Blue cycle27 HIP95902 2 152 555 2010-11-19T18:56:30Z 102 ObsCal RP FPG PPhot Blue cycle27 HIP88832 3 152 566 2010-11-30T16:34:07Z 103 ObsCal RP FPG PPhot Blue cycle27 HIP92862 3 152 566 2010-11-30T16:39:22Z 104 ObsCal RP FPG PPhot Blue cycle27 HIP95902 3 152 566 2010-11-30T16:44:14Z 105 ObsCal RP FPG PPhot Blue cycle27 HIP82249 3 152 566 2010-11-30T17:38:50Z 106 ObsCal RP FPG PPhot Blue cycle28 HIP95902 152 579 2010-12-13T14:42:20Z 107 ObsCal RP FPG PPhot Blue cycle28 HIP94438 152 579 2010-12-13T14:46:31Z 108 ObsCal RP FPG PPhot Blue cycle28 HIP92862 152 579 2010-12-13T14:50:59Z 109 ObsCal RP FPG PPhot Blue cycle28 HIP91373 152 579 2010-12-13T14:55:38Z 110 ObsCal RP FPG PPhot Blue cycle29 GMPeg 1 152 589 2010-12-23T13:29:41Z 111 ObsCal RP FPG PPhot Blue cycle29 HIP111385 1 152 589 2010-12-23T14:10:12Z 112 ObsCal RP FPG PPhot Blue cycle29 HIP108928 1 152 589 2010-12-23T14:15:15Z 113 ObsCal RP FPG PPhot Blue cycle29 GMPeg 2 152 593 2010-12-27T13:51:22Z 114 ObsCal RP FPG PPhot Blue cycle29 HIP111385 2 152 593 2010-12-27T14:07:30Z 115 ObsCal RP FPG PPhot Blue cycle29 HIP108928 2 152 593 2010-12-27T14:12:34Z 116 ObsCal RP FPG PPhot Blue cycle30 HIP154 152 607 2011-01-10T11:43:56Z 117 ObsCal RP FPG PPhot Blue cycle30 HIP115242 152 607 2011-01-10T11:52:14Z 118 ObsCal RP FPG PPhot Blue cycle30 HIP112155 152 607 2011-01-10T11:59:24Z 119 ObsCal RP FPG PPhot Blue cycle31 OD613 HD2326 152 613 2011-01-16T12:01:48Z 120 ObsCal RP FPG PPhot Blue cycle31 OD613 HIP3419 152 613 2011-01-16T12:17:25Z 121 ObsCal RP FPG PPhot Blue cycle31 OD613 HIP2215 152 613 2011-01-16T12:22:30Z 122 ObsCal RP FPG PPhot Blue cycle31 OD615 HIP3419 152 615 2011-01-18T11:42:06Z 123 ObsCal RP FPG PPhot Blue cycle31 OD615 HD2326 152 615 2011-01-18T11:58:37Z 124 ObsCal RP FPG PPhot Blue cycle31 OD615 HIP2215 152 615 2011-01-18T12:03:18Z 125 ObsCal RP FPG PPhot Blue cycle31 OD616 HIP3419 152 616 2011-01-19T12:33:36Z 126 ObsCal RP FPG PPhot Blue cycle31 OD616 HD2326 152 616 2011-01-19T12:50:08Z 127 ObsCal RP FPG PPhot Blue cycle31 OD616 HIP2215 152 616 2011-01-19T12:54:49Z 128 ObsCal RP FPG PPhot Blue cycle31 OD621 HIP3632 152 621 2011-01-24T12:43:52Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 476

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 129 ObsCal RP FPG PPhot Blue cycle31 OD621 HIP2219 152 621 2011-01-24T12:48:30Z 130 ObsCal RP FPG PPhot Blue cycle32 OD628 HIP3632 152 628 2011-01-31T12:49:18Z 131 ObsCal RP FPG PPhot Blue cycle32 OD628 HIP11582 152 628 2011-02-01T08:53:38Z 132 ObsCal RP FPG PPhot Blue cycle32 OD629 HIP11582 152 629 2011-02-01T12:57:16Z 133 ObsCal RP FPG PPhot Blue cycle32 OD629 HIP3632 152 629 2011-02-01T13:08:24Z 134 ObsCal RP FPG PPhot Blue cycle32 OD636 HIP13064 152 636 2011-02-08T14:56:48Z 135 ObsCal RP FPG PPhot Blue cycle32 OD636 HIP11582 152 636 2011-02-09T09:46:33Z 136 ObsCal RP FPG PPhot Blue cycle33 OD639 HIP18744 152 639 2011-02-12T06:57:39Z 137 ObsCal RP FPG PPhot Blue cycle33 OD639 HD17685 152 639 2011-02-12T08:01:13Z 138 ObsCal RP FPG PPhot Blue cycle33 OD639 HD24607 152 639 2011-02-12T08:13:03Z 139 ObsCal RP FPG PPhot Blue cycle33 OD640 HD24607 152 640 2011-02-12T11:14:34Z 140 ObsCal RP FPG PPhot Blue cycle33 OD640 HD17685 152 640 2011-02-12T12:11:34Z 141 ObsCal RP FPG PPhot Blue cycle33 OD640 HIP18744 152 640 2011-02-12T12:16:52Z 142 ObsCal RP FPG PPhot Blue cycle33 OD649 HD17685 152 649 2011-02-21T13:56:01Z 143 ObsCal RP FPG PPhot Blue cycle33 OD649 HD24607 152 649 2011-02-21T23:31:01Z 144 ObsCal RP FPG PPhot Blue cycle34 OD653 HD11290 152 653 2011-02-25T11:27:04Z 145 ObsCal RP FPG PPhot Blue cycle34 OD653 HIP110428 152 653 2011-02-25T11:32:08Z 146 ObsCal RP FPG PPhot Blue cycle34 OD653 HIP110256 152 653 2011-02-25T11:36:34Z 147 ObsCal RP FPG PPhot Blue cycle34 OD662 HIP110256 152 662 2011-03-06T16:50:17Z 148 ObsCal RP FPG PPhot Blue cycle34 OD662 HIP110428 152 662 2011-03-06T16:54:43Z 149 ObsCal RP FPG PPhot Blue cycle34 OD662 HD11290 152 662 2011-03-06T16:59:46Z 150 ObsCal RP FPG PPhot Blue cycle34 OD663 HIP110256 152 663 2011-03-07T16:53:27Z 151 ObsCal RP FPG PPhot Blue cycle34 OD663 HIP110428 152 663 2011-03-07T16:57:53Z 152 ObsCal RP FPG PPhot Blue cycle34 OD663 HD11290 152 663 2011-03-07T17:02:56Z 153 ObsCal RP FPG PPhot Blue cycle35 OD670 HIP98334 152 670 2011-03-14T23:30:14Z 154 ObsCal RP FPG PPhot Blue cycle35 OD670 HD199003 152 670 2011-03-14T23:36:41Z 155 ObsCal RP FPG PPhot Blue cycle35 OD670 HIP94730 152 670 2011-03-15T00:06:25Z 156 ObsCal RP FPG PPhot Blue cycle35 OD676 HIP98334 152 676 2011-03-20T22:25:28Z 157 ObsCal RP FPG PPhot Blue cycle35 OD676 HD199003 152 676 2011-03-20T22:55:16Z 158 ObsCal RP FPG PPhot Blue cycle35 OD676 HIP99082 152 676 2011-03-20T23:03:40Z 159 ObsCal RP FPG PPhot Blue cycle35 OD676 HIP98077 152 676 2011-03-20T23:07:52Z 160 ObsCal RP FPG PPhot Blue cycle35 OD676 HIP94730 152 676 2011-03-21T00:05:33Z 161 ObsCal RP FPG PPhot Blue cycle35 OD677 HIP98334 152 677 2011-03-22T00:33:20Z 162 ObsCal RP FPG PPhot Blue cycle35 OD677 HIP98077 152 677 2011-03-22T00:39:13Z 163 ObsCal RP FPG PPhot Blue cycle35 OD677 HIP99082 152 677 2011-03-22T00:43:25Z 164 ObsCal RP FPG PPhot Blue cycle36 OD685 HIP99990 152 685 2011-03-29T22:34:59Z 165 ObsCal RP FPG PPhot Blue cycle36 OD685 HIP100154 152 685 2011-03-29T22:39:44Z 166 ObsCal RP FPG PPhot Blue cycle36 OD685 HIP100935 152 685 2011-03-29T23:45:48Z 167 ObsCal RP FPG PPhot Blue cycle36 OD686 HIP100154 152 686 2011-03-30T23:52:46Z 168 ObsCal RP FPG PPhot Blue cycle36 OD686 HIP99990 152 686 2011-03-30T23:57:31Z 169 ObsCal RP FPG PPhot Blue cycle36 OD686 HIP100935 152 686 2011-03-31T00:02:36Z 170 ObsCal RP FPG PPhot Blue cycle37 OD697 HIP104252 152 697 2011-04-10T22:27:19Z 171 ObsCal RP FPG PPhot Blue cycle37 OD703 HIP102770 152 703 2011-04-16T23:58:41Z 172 ObsCal RP FPG PPhot Blue cycle37 OD705 HIP102440 152 705 2011-04-19T01:14:30Z 173 ObsCal RP FPG PPhot Blue cycle37 OD706 HD200271 152 706 2011-04-19T22:32:47Z 174 ObsCal RP FPG PPhot Blue cycle38 OD716 HIP108928 152 716 2011-04-29T22:58:25Z 175 ObsCal RP FPG PPhot Blue cycle38 OD716 HIP106642 152 716 2011-04-29T23:05:07Z 176 ObsCal RP FPG PPhot Blue cycle38 OD716 HIP102082 152 716 2011-04-29T23:10:28Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 477

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 177 ObsCal RP FPG PPhot Blue cycle38 OD716 HIP102440 152 716 2011-04-29T23:18:42Z 178 ObsCal RP FPG PPhot Blue cycle38 OD716 HD200271 152 716 2011-04-29T23:23:05Z 179 ObsCal RP FPG PPhot Blue cycle38 OD720 HIP108928 152 720 2011-05-03T21:14:29Z 180 ObsCal RP FPG PPhot Blue cycle38 OD720 HIP106642 152 720 2011-05-03T21:21:09Z 181 ObsCal RP FPG PPhot Blue cycle38 OD720 HIP102082 152 720 2011-05-03T22:53:26Z 182 ObsCal RP FPG PPhot Blue cycle38 OD720 HD200271 152 720 2011-05-03T23:01:35Z 183 ObsCal RP FPG PPhot Blue cycle38 OD720 HIP102440 152 720 2011-05-03T23:20:00Z 184 ObsCal RP FPG PPhot Blue cycle39 OD723 HIP102082 152 723 2011-05-06T21:12:00Z 185 ObsCal RP FPG PPhot Blue cycle39 OD723 HIP104719 152 723 2011-05-06T21:17:48Z 186 ObsCal RP FPG PPhot Blue cycle39 OD723 HIP100605 152 723 2011-05-06T21:24:03Z 187 ObsCal RP FPG PPhot Blue cycle39 OD723 HIP106642 152 723 2011-05-06T21:56:52Z 188 ObsCal RP FPG PPhot Blue cycle39 OD726 HIP106642 152 726 2011-05-10T00:54:20Z 189 ObsCal RP FPG PPhot Blue cycle39 OD726 HIP104719 152 726 2011-05-10T01:00:30Z 190 ObsCal RP FPG PPhot Blue cycle39 OD726 HIP100605 152 726 2011-05-10T01:41:23Z 191 ObsCal RP FPG PPhot Blue cycle39 OD726 HIP102082 152 726 2011-05-10T01:49:13Z STR-2 – STR-1 cross-calibration on ODs 731 – 733 STR-1 SIAM veriﬁcation on OD 731 192 ObsCal RP FPG PPhot Blue cycle39 OD731 PPM181320 152 731 2011-05-14T23:12:40Z 193 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP107516 152 731 2011-05-14T23:16:26Z 194 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP107315 152 731 2011-05-14T23:22:06Z 195 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP107390 152 731 2011-05-14T23:26:13Z 196 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP111385 152 731 2011-05-15T00:04:49Z 197 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP108928 152 731 2011-05-15T00:09:54Z 198 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP109070 152 731 2011-05-15T00:14:53Z 199 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP106642 152 731 2011-05-15T00:20:32Z 200 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP102082 152 731 2011-05-15T00:25:53Z 201 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP104719 152 731 2011-05-15T00:31:40Z 202 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP108317 152 731 2011-05-15T00:36:29Z 203 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP94162 152 731 2011-05-15T00:42:55Z 204 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP100605 152 731 2011-05-15T00:48:25Z 205 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP80802 152 731 2011-05-15T00:54:37Z 206 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP75847 152 731 2011-05-15T00:59:36Z 207 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP72607 152 731 2011-05-15T01:15:13Z 208 ObsCal RP FPG PPhot Blue cycle39 OD731 HIP52546 152 731 2011-05-15T01:39:39Z Drift monitoring after switch to STR-2 on OD 732 209 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP102082 1 152 732 2011-05-16T02:04:50Z 210 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP102082 2 152 732 2011-05-16T03:22:16Z 211 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP102082 3 152 732 2011-05-16T05:18:14Z 212 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP102082 4 152 732 2011-05-16T07:11:37Z 213 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP102082 5 152 732 2011-05-16T11:34:17Z 214 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP102082 6 152 732 2011-05-16T18:51:24Z STR-2 SIAM assessment on OD 732 215 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP109070 152 732 2011-05-16T18:59:15Z 216 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP108928 152 732 2011-05-16T19:04:14Z 217 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP111385 152 732 2011-05-16T19:09:18Z 218 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP107390 152 732 2011-05-16T19:15:36Z 219 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP107315 152 732 2011-05-16T19:19:43Z 220 ObsCal RP FPG PPhot Blue cycle39 OD732 PPM181320 152 732 2011-05-16T19:25:20Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 478

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 221 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP107516 152 732 2011-05-16T19:29:06Z 222 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP1236 152 732 2011-05-16T19:39:35Z 223 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP8837 152 732 2011-05-16T19:47:05Z 224 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP13502 152 732 2011-05-16T19:52:39Z 225 ObsCal RP FPG PPhot Blue cycle39 OD732 HD17685 152 732 2011-05-16T19:57:55Z 226 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP21479 152 732 2011-05-16T20:03:49Z 227 ObsCal RP FPG PPhot Blue cycle39 OD732 HD22868 152 732 2011-05-16T20:09:13Z 228 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP17889 152 732 2011-05-16T20:13:33Z 229 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP24126 152 732 2011-05-16T20:19:30Z 230 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP30438 152 732 2011-05-16T20:25:13Z 231 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP35264 152 732 2011-05-16T20:31:46Z 232 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP37819 152 732 2011-05-16T20:36:29Z 233 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP39967 152 732 2011-05-16T20:41:02Z 234 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP37677 152 732 2011-05-16T20:46:30Z 235 ObsCal RP FPG PPhot Blue cycle39 OD732 HD70654 152 732 2011-05-16T20:51:46Z 236 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP42502 152 732 2011-05-16T20:57:03Z 237 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP42489 152 732 2011-05-16T21:02:06Z 238 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP41201 152 732 2011-05-16T21:06:28Z 239 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP43063 152 732 2011-05-16T21:12:05Z 240 ObsCal RP FPG PPhot Blue cycle39 OD732 PPM154336 152 732 2011-05-16T21:17:01Z 241 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP40534 152 732 2011-05-16T21:21:59Z 242 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP44050 152 732 2011-05-16T21:27:24Z 243 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP44862 152 732 2011-05-16T21:31:41Z 244 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP44995 152 732 2011-05-16T21:37:22Z 245 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP45058 152 732 2011-05-16T21:42:07Z 246 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP46673 152 732 2011-05-16T21:48:09Z 247 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP52546 152 732 2011-05-16T21:55:49Z 248 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP72607 152 732 2011-05-16T22:02:30Z 249 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP75847 152 732 2011-05-16T22:07:05Z 250 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP80802 152 732 2011-05-16T22:12:04Z 251 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP94162 152 732 2011-05-16T22:18:09Z 252 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP100605 152 732 2011-05-16T22:23:39Z 253 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP108317 152 732 2011-05-16T22:29:39Z 254 ObsCal RP FPG PPhot Blue cycle39 OD732 HIP104719 152 732 2011-05-16T22:34:28Z Drift monitoring after switch-back to STR-1 on OD 733 255 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP37819 1 152 733 2011-05-17T01:56:33Z 256 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP37819 2 152 733 2011-05-17T03:11:57Z 257 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP37819 3 152 733 2011-05-17T06:06:26Z 258 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP37819 4 152 733 2011-05-17T12:05:00Z 259 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP37819 5 152 733 2011-05-17T21:11:09Z STR-1 SIAM re-veriﬁcation on OD 733 260 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP1236 152 733 2011-05-17T20:13:50Z 261 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP8837 152 733 2011-05-17T20:21:19Z 262 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP13502 152 733 2011-05-17T20:26:53Z 263 ObsCal RP FPG PPhot Blue cycle39 OD733 HD17685 152 733 2011-05-17T20:32:09Z 264 ObsCal RP FPG PPhot Blue cycle39 OD733 HD22868 152 733 2011-05-17T20:37:13Z 265 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP17889 152 733 2011-05-17T20:41:33Z 266 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP24126 152 733 2011-05-17T20:47:30Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 479

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 267 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP21479 152 733 2011-05-17T20:53:30Z 268 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP30438 152 733 2011-05-17T20:59:53Z 269 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP35264 152 733 2011-05-17T21:06:26Z 270 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP39967 152 733 2011-05-17T21:15:42Z 271 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP37677 152 733 2011-05-17T21:21:10Z 272 ObsCal RP FPG PPhot Blue cycle39 OD733 HD70654 152 733 2011-05-17T21:26:26Z 273 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP42502 152 733 2011-05-17T21:31:43Z 274 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP42489 152 733 2011-05-17T21:36:46Z 275 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP41201 152 733 2011-05-17T21:41:08Z 276 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP43063 152 733 2011-05-17T21:46:46Z 277 ObsCal RP FPG PPhot Blue cycle39 OD733 PPM154336 152 733 2011-05-17T21:51:42Z 278 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP40534 152 733 2011-05-17T21:56:40Z 279 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP44050 152 733 2011-05-17T22:02:05Z 280 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP44862 152 733 2011-05-17T22:06:22Z 281 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP44995 152 733 2011-05-17T22:12:04Z 282 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP45058 152 733 2011-05-17T22:16:49Z 283 ObsCal RP FPG PPhot Blue cycle39 OD733 HIP46673 152 733 2011-05-17T22:22:51Z 284 ObsCal RP FPG PPhot Blue cycle40 OD744 HIP50801 152 744 2011-05-27T22:52:53Z 285 ObsCal RP FPG PPhot Blue cycle40 OD744 HIP52546 152 744 2011-05-27T23:00:49Z 286 ObsCal RP FPG PPhot Blue cycle40 OD744 HIP104719 152 744 2011-05-27T23:35:23Z 287 ObsCal RP FPG PPhot Blue cycle40 OD744 HIP100605 152 744 2011-05-27T23:41:36Z 288 ObsCal RP FPG PPhot Blue cycle40 OD744 HIP75847 152 744 2011-05-27T23:47:49Z 289 ObsCal RP FPG PPhot Blue cycle40 OD745 HIP52546 152 745 2011-05-28T22:59:32Z 290 ObsCal RP FPG PPhot Blue cycle40 OD745 HIP50801 152 745 2011-05-29T00:26:52Z 291 ObsCal RP FPG PPhot Blue cycle40 OD745 HIP75847 152 745 2011-05-29T01:19:47Z 292 ObsCal RP FPG PPhot Blue cycle40 OD745 HIP100605 152 745 2011-05-29T01:26:00Z 293 ObsCal RP FPG PPhot Blue cycle40 OD745 HIP104719 152 745 2011-05-29T01:32:13Z 294 ObsCal RP FPG PPhot Blue cycle41 OD758 HIP57504 152 758 2011-06-10T18:45:17Z 295 ObsCal RP FPG PPhot Blue cycle41 OD758 HIP52546 152 758 2011-06-10T18:53:05Z 296 ObsCal RP FPG PPhot Blue cycle41 OD758 HIP61839 152 758 2011-06-10T18:59:38Z 297 ObsCal RP FPG PPhot Blue cycle41 OD758 HIP72607 152 758 2011-06-10T21:15:52Z 298 ObsCal RP FPG PPhot Blue cycle41 OD758 HIP75847 152 758 2011-06-10T21:20:28Z 299 ObsCal RP FPG PPhot Blue cycle41 OD759 HIP52546 152 759 2011-06-11T20:13:41Z 300 ObsCal RP FPG PPhot Blue cycle41 OD759 HIP57504 152 759 2011-06-11T20:21:30Z 301 ObsCal RP FPG PPhot Blue cycle41 OD759 HIP61839 152 759 2011-06-11T20:27:36Z 302 ObsCal RP FPG PPhot Blue cycle41 OD759 HIP72607 152 759 2011-06-11T21:16:40Z 303 ObsCal RP FPG PPhot Blue cycle41 OD759 HIP75847 152 759 2011-06-11T21:21:16Z STR-1 focal length update (OD 762) verﬁcation on OD 764 304 ObsCal RP FPG PPhot Blue cycle42 OD764 HD99635 152 764 2011-06-16T18:50:24Z 305 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP57504 152 764 2011-06-16T19:57:06Z 306 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP52546 152 764 2011-06-16T20:17:39Z 307 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP58225 152 764 2011-06-16T20:33:05Z 308 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP61839 152 764 2011-06-16T20:37:54Z 309 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP62223 152 764 2011-06-16T21:12:20Z 310 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP65006 152 764 2011-06-16T21:17:06Z 311 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP69816 152 764 2011-06-16T21:24:14Z 312 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP73199 152 764 2011-06-16T21:28:39Z 313 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP72607 152 764 2011-06-16T21:33:47Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 480

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 314 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP75847 152 764 2011-06-16T21:38:23Z 315 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP80802 152 764 2011-06-16T21:43:22Z 316 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP100605 152 764 2011-06-16T21:49:35Z 317 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP94162 152 764 2011-06-16T21:55:05Z 318 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP108317 152 764 2011-06-16T22:01:31Z 319 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP104719 152 764 2011-06-16T22:06:20Z 320 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP102082 152 764 2011-06-16T22:12:06Z 321 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP106642 152 764 2011-06-16T22:17:27Z 322 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP118188 152 764 2011-06-16T22:24:47Z 323 ObsCal RP FPG PPhot Blue cycle42 OD764 HD217921 152 764 2011-06-17T01:05:51Z 324 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP109070 152 764 2011-06-17T01:11:29Z 325 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP108928 152 764 2011-06-17T01:16:25Z 326 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP111385 152 764 2011-06-17T01:21:28Z 327 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP115188 152 764 2011-06-17T01:26:54Z 328 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP114114 152 764 2011-06-17T05:40:05Z 329 ObsCal RP FPG PPhot Blue cycle42 OD764 HD2326 152 764 2011-06-17T05:47:44Z 330 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP117054 152 764 2011-06-17T05:53:37Z 331 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP1236 152 764 2011-06-17T06:00:09Z 332 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP8837 152 764 2011-06-17T06:07:25Z 333 ObsCal RP FPG PPhot Blue cycle42 OD764 HD17685 152 764 2011-06-17T06:13:30Z 334 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP13502 152 764 2011-06-17T06:18:46Z 335 ObsCal RP FPG PPhot Blue cycle42 OD764 HD22868 152 764 2011-06-17T06:23:57Z 336 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP17889 152 764 2011-06-17T06:28:17Z 337 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP21479 152 764 2011-06-17T06:33:55Z 338 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP24126 152 764 2011-06-17T06:39:54Z 339 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP30438 152 764 2011-06-17T06:45:39Z 340 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP35264 152 764 2011-06-17T06:52:15Z 341 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP37819 152 764 2011-06-17T06:57:01Z 342 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP39967 152 764 2011-06-17T07:01:37Z 343 ObsCal RP FPG PPhot Blue cycle42 OD764 HD70654 152 764 2011-06-17T07:07:29Z 344 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP81835 152 764 2011-06-17T08:22:39Z 345 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP87816 152 764 2011-06-17T08:28:08Z 346 ObsCal RP FPG PPhot Blue cycle42 OD764 HIP95413 152 764 2011-06-17T08:34:15Z 347 ObsCal RP FPG PPhot Blue cycle42 OD770 HIP58225 152 770 2011-06-22T18:27:31Z 348 ObsCal RP FPG PPhot Blue cycle42 OD770 HIP57504 152 770 2011-06-22T18:33:38Z 349 ObsCal RP FPG PPhot Blue cycle42 OD770 HD99635 152 770 2011-06-22T19:51:55Z 350 ObsCal RP FPG PPhot Blue cycle42 OD771 HD99635 152 771 2011-06-23T18:32:43Z 351 ObsCal RP FPG PPhot Blue cycle42 OD771 HIP57504 152 771 2011-06-23T20:40:55Z 352 ObsCal RP FPG PPhot Blue cycle42 OD771 HIP58225 152 771 2011-06-23T20:56:27Z 353 ObsCal RP FPG PPhot Blue cycle43 OD777 HD95850 152 777 2011-06-29T17:37:20Z 354 ObsCal RP FPG PPhot Blue cycle43 OD777 HIP56779 152 777 2011-06-29T17:43:23Z 355 ObsCal RP FPG PPhot Blue cycle43 OD777 HD99635 152 777 2011-06-29T17:48:25Z 356 ObsCal RP FPG PPhot Blue cycle43 OD777 HIP57504 152 777 2011-06-29T18:00:56Z 357 ObsCal RP FPG PPhot Blue cycle43 OD781 HD99635 152 781 2011-07-03T15:12:36Z 358 ObsCal RP FPG PPhot Blue cycle43 OD781 HIP56779 152 781 2011-07-03T16:03:50Z 359 ObsCal RP FPG PPhot Blue cycle43 OD781 HD95850 152 781 2011-07-03T16:32:41Z 360 ObsCal RP FPG PPhot Blue cycle43 OD781 HIP57504 152 781 2011-07-03T17:49:57Z 361 ObsCal RP FPG PPhot Blue cycle43 OD782 HD99635 152 782 2011-07-04T15:08:15Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 481

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 362 ObsCal RP FPG PPhot Blue cycle43 OD782 HIP57504 152 782 2011-07-04T15:20:53Z 363 ObsCal RP FPG PPhot Blue cycle43 OD782 HIP56779 152 782 2011-07-04T17:26:02Z 364 ObsCal RP FPG PPhot Blue cycle43 OD782 HD95850 152 782 2011-07-04T17:50:05Z 365 ObsCal RP FPG PPhot Blue cycle43 OD788 HIP56779 152 788 2011-07-10T14:44:39Z 366 ObsCal RP FPG PPhot Blue cycle43 OD788 HIP57380 152 788 2011-07-10T14:48:41Z 367 ObsCal RP FPG PPhot Blue cycle43 OD788 HIP58854 152 788 2011-07-10T16:20:40Z 368 ObsCal RP FPG PPhot Blue cycle43 OD788 PPM102025 152 788 2011-07-10T17:02:34Z 369 ObsCal RP FPG PPhot Blue cycle43 OD789 HIP56779 152 789 2011-07-11T14:40:24Z 370 ObsCal RP FPG PPhot Blue cycle43 OD789 HIP57380 152 789 2011-07-11T14:44:26Z 371 ObsCal RP FPG PPhot Blue cycle43 OD789 HIP58854 152 789 2011-07-11T16:47:55Z 372 ObsCal RP FPG PPhot Blue cycle43 OD789 PPM102025 152 789 2011-07-11T17:17:16Z 373 ObsCal RP FPG PPhot Blue cycle44 OD792 HIP61022 152 792 2011-07-14T14:55:03Z 374 ObsCal RP FPG PPhot Blue cycle44 OD792 HIP59108 152 792 2011-07-14T16:19:46Z 375 ObsCal RP FPG PPhot Blue cycle44 OD792 HIP57917 152 792 2011-07-14T16:24:06Z 376 ObsCal RP FPG PPhot Blue cycle44 OD792 HIP57800 152 792 2011-07-14T16:28:27Z 377 ObsCal RP FPG PPhot Blue cycle44 OD799 HIP61022 152 799 2011-07-21T14:03:30Z 378 ObsCal RP FPG PPhot Blue cycle44 OD799 HIP59108 152 799 2011-07-21T15:18:51Z 379 ObsCal RP FPG PPhot Blue cycle44 OD799 HIP57917 152 799 2011-07-21T15:23:12Z 380 ObsCal RP FPG PPhot Blue cycle44 OD799 HIP57800 152 799 2011-07-21T15:27:35Z 381 ObsCal RP FPG PPhot Blue cycle45 OD806 HIP63090 152 806 2011-07-28T13:13:58Z 382 ObsCal RP FPG PPhot Blue cycle45 OD806 HIP63642 152 806 2011-07-28T13:35:13Z 383 ObsCal RP FPG PPhot Blue cycle45 OD806 HIP64569 152 806 2011-07-28T14:38:38Z 384 ObsCal RP FPG PPhot Blue cycle45 OD806 HIP59588 152 806 2011-07-28T15:41:28Z 385 ObsCal RP FPG PPhot Blue cycle45 OD806 HIP57607 152 806 2011-07-28T15:46:09Z 386 ObsCal RP FPG PPhot Blue cycle45 OD807 HIP63090 152 807 2011-07-29T15:23:59Z 387 ObsCal RP FPG PPhot Blue cycle45 OD807 HIP63642 152 807 2011-07-29T15:28:04Z 388 ObsCal RP FPG PPhot Blue cycle45 OD807 HIP64569 152 807 2011-07-29T15:33:17Z 389 ObsCal RP FPG PPhot Blue cycle45 OD807 HIP59588 152 807 2011-07-29T15:42:15Z 390 ObsCal RP FPG PPhot Blue cycle45 OD807 HIP57607 152 807 2011-07-29T15:46:56Z 391 ObsCal RP FPG PPhot Blue cycle45 OD810 HIP63090 152 810 2011-08-01T12:54:47Z 392 ObsCal RP FPG PPhot Blue cycle45 OD810 HIP63642 152 810 2011-08-01T12:58:53Z 393 ObsCal RP FPG PPhot Blue cycle45 OD810 HIP64569 152 810 2011-08-01T13:04:07Z 394 ObsCal RP FPG PPhot Blue cycle45 OD810 HIP59588 152 810 2011-08-01T13:22:12Z 395 ObsCal RP FPG PPhot Blue cycle45 OD810 HIP57607 152 810 2011-08-01T13:26:54Z 396 ObsCal RP FPG PPhot Blue cycle46 OD821 HIP46806 152 826 2011-08-17T12:12:48Z 397 ObsCal RP FPG PPhot Blue cycle46 OD821 HIP55537 152 826 2011-08-17T13:03:23Z 398 ObsCal RP FPG PPhot Blue cycle46 OD821 HIP61084 152 826 2011-08-17T13:08:50Z 399 ObsCal RP FPG PPhot Blue cycle46 OD821 HIP67457 152 826 2011-08-17T14:45:17Z 400 ObsCal RP FPG PPhot Blue cycle46 OD822 HIP46806 152 830 2011-08-21T11:31:48Z 401 ObsCal RP FPG PPhot Blue cycle46 OD822 HIP55537 152 830 2011-08-21T11:38:16Z 402 ObsCal RP FPG PPhot Blue cycle46 OD822 HIP61084 152 830 2011-08-21T11:43:44Z 403 ObsCal RP FPG PPhot Blue cycle46 OD822 HIP67457 152 830 2011-08-21T14:13:02Z 404 ObsCal RP FPG PPhot Blue cycle46 OD827 HIP46806 152 832 2011-08-23T11:13:10Z 405 ObsCal RP FPG PPhot Blue cycle46 OD827 HIP55537 152 832 2011-08-23T11:19:39Z 406 ObsCal RP FPG PPhot Blue cycle46 OD827 HIP61084 152 832 2011-08-23T11:42:36Z 407 ObsCal RP FPG PPhot Blue cycle46 OD827 HIP66666 152 832 2011-08-23T13:10:53Z 408 ObsCal RP FPG PPhot Blue cycle46 OD830 HIP46806 152 833 2011-08-24T11:40:24Z 409 ObsCal RP FPG PPhot Blue cycle46 OD830 HIP66666 152 833 2011-08-24T12:07:11Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 482

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 410 ObsCal RP FPG PPhot Blue cycle46 OD830 HIP61084 152 833 2011-08-24T12:12:57Z 411 ObsCal RP FPG PPhot Blue cycle46 OD830 HIP55537 152 833 2011-08-24T12:18:25Z 412 ObsCal RP FPG PPhot Blue cycle47 OD843 HIP28874 152 843 2011-09-03T14:57:01Z 413 ObsCal RP FPG PPhot Blue cycle47 OD843 HD43635 152 843 2011-09-03T15:01:26Z 414 ObsCal RP FPG PPhot Blue cycle47 OD843 HIP30800 152 843 2011-09-03T15:07:33Z 415 ObsCal RP FPG PPhot Blue cycle47 OD843 HIP30326 152 843 2011-09-03T15:13:11Z 416 ObsCal RP FPG PPhot Blue cycle47 OD844 HD43635 152 844 2011-09-04T15:07:46Z 417 ObsCal RP FPG PPhot Blue cycle47 OD844 HIP28874 152 844 2011-09-04T15:12:11Z 418 ObsCal RP FPG PPhot Blue cycle47 OD844 HIP30800 152 844 2011-09-04T15:17:56Z 419 ObsCal RP FPG PPhot Blue cycle47 OD844 HIP30326 152 844 2011-09-04T15:23:33Z 420 ObsCal RP FPG PPhot Blue cycle48 OD849 HIP32923 152 849 2011-09-09T15:16:14Z 421 ObsCal RP FPG PPhot Blue cycle48 OD849 HIP30800 152 849 2011-09-09T15:21:24Z 422 ObsCal RP FPG PPhot Blue cycle48 OD849 HIP29450 152 849 2011-09-09T17:09:42Z STR-1 2-D focal length update verﬁcation on OD 858 423 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP36675 152 858 2011-09-18T17:55:27Z 424 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP30343 152 858 2011-09-18T18:02:33Z 425 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP28041 152 858 2011-09-18T18:07:27Z 426 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP30520 152 858 2011-09-18T19:27:01Z 427 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP36288 152 858 2011-09-18T19:32:33Z 428 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP30945 152 858 2011-09-18T19:39:02Z 429 ObsCal RP FPG PPhot Blue cycle48 OD858 HD39741 152 858 2011-09-18T19:44:51Z 430 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP75847 152 858 2011-09-18T19:52:23Z 431 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP80802 152 858 2011-09-18T19:57:23Z 432 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP83866 152 858 2011-09-18T20:02:35Z 433 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP81835 152 858 2011-09-18T20:07:57Z 434 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP78574 152 858 2011-09-18T20:13:19Z 435 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP80704 152 858 2011-09-18T20:18:18Z 436 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP77501 152 858 2011-09-18T20:23:21Z 437 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP78235 152 858 2011-09-18T20:27:48Z 438 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP79233 152 858 2011-09-18T20:33:28Z 439 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP80488 152 858 2011-09-18T20:38:29Z 440 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP87747 152 858 2011-09-18T20:45:31Z 441 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP84346 152 858 2011-09-18T20:51:58Z 442 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP87538 152 858 2011-09-18T20:58:16Z 443 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP84780 152 858 2011-09-18T21:03:35Z 444 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP79593 152 858 2011-09-18T21:09:59Z 445 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP84071 152 858 2011-09-18T23:39:15Z 446 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP82912 152 858 2011-09-18T23:43:33Z 447 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP77023 152 858 2011-09-18T23:49:52Z 448 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP76377 152 858 2011-09-18T23:55:41Z 449 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP82273 152 858 2011-09-19T00:02:40Z 450 ObsCal RP FPG PPhot Blue cycle48 OD858 PPM787044 152 858 2011-09-19T00:07:21Z 451 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP68815 152 858 2011-09-19T00:12:58Z 452 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP61404 152 858 2011-09-19T00:18:30Z 453 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP55355 152 858 2011-09-19T00:23:38Z 454 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP46806 152 858 2011-09-19T00:29:24Z 455 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP19424 152 858 2011-09-19T00:37:09Z 456 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP31057 152 858 2011-09-19T00:43:31Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 483

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 457 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP30438 152 858 2011-09-19T00:49:29Z 458 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP37819 152 858 2011-09-19T00:56:19Z 459 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP35264 152 858 2011-09-19T01:01:02Z 460 ObsCal RP FPG PPhot Blue cycle48 OD858 HD43635 152 858 2011-09-19T01:07:16Z 461 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP28874 152 858 2011-09-19T01:11:40Z 462 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP28816 152 858 2011-09-19T01:16:43Z 463 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP30800 152 858 2011-09-19T01:21:35Z 464 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP30326 152 858 2011-09-19T14:21:12Z 465 ObsCal RP FPG PPhot Blue cycle48 OD858 HIP32923 152 858 2011-09-19T14:26:23Z 466 ObsCal RP FPG PPhot Blue cycle48 OD859 HIP36675 152 859 2011-09-19T15:54:43Z 467 ObsCal RP FPG PPhot Blue cycle48 OD859 HIP35617 152 859 2011-09-19T16:01:16Z 468 ObsCal RP FPG PPhot Blue cycle48 OD859 HIP34413 152 859 2011-09-20T14:27:55Z 469 ObsCal RP FPG PPhot Blue cycle48 OD860 HIP36773 152 860 2011-09-20T15:01:24Z 470 ObsCal RP FPG PPhot Blue cycle48 OD860 HIP37279 152 860 2011-09-20T15:08:26Z 471 ObsCal RP FPG PPhot Blue cycle48 OD860 HIP39433 152 860 2011-09-20T15:17:22Z 472 ObsCal RP FPG PPhot Blue cycle49 OD872 HIP40388 152 872 2011-10-02T15:23:25Z 473 ObsCal RP FPG PPhot Blue cycle49 OD872 HIP41028 152 872 2011-10-02T17:11:08Z 474 ObsCal RP FPG PPhot Blue cycle49 OD872 HIP40534 152 872 2011-10-02T17:15:30Z 475 ObsCal RP FPG PPhot Blue cycle49 OD872 PPM154336 152 872 2011-10-02T17:20:31Z 476 ObsCal RP FPG PPhot Blue cycle49 OD872 HIP41201 152 872 2011-10-02T17:41:48Z 477 ObsCal RP FPG PPhot Blue cycle49 OD873 HIP40388 152 873 2011-10-03T15:06:58Z 478 ObsCal RP FPG PPhot Blue cycle49 OD873 HIP41028 152 873 2011-10-03T15:52:15Z 479 ObsCal RP FPG PPhot Blue cycle49 OD873 HIP40534 152 873 2011-10-03T15:56:37Z 480 ObsCal RP FPG PPhot Blue cycle49 OD873 PPM154336 152 873 2011-10-03T16:39:56Z 481 ObsCal RP FPG PPhot Blue cycle49 OD873 HIP41201 152 873 2011-10-03T17:44:51Z 482 ObsCal RP FPG PPhot Blue cycle50 OD888 HIP44050 152 888 2011-10-18T17:00:16Z 483 ObsCal RP FPG PPhot Blue cycle50 OD888 HIP44862 152 888 2011-10-18T17:04:34Z 484 ObsCal RP FPG PPhot Blue cycle50 OD888 HIP44995 152 888 2011-10-18T17:10:19Z 485 ObsCal RP FPG PPhot Blue cycle50 OD888 HIP45058 152 888 2011-10-18T17:15:04Z 486 ObsCal RP FPG PPhot Blue cycle50 OD888 HIP47886 152 888 2011-10-18T17:20:13Z 487 ObsCal RP FPG PPhot Blue cycle50 OD888 HIP50801 152 888 2011-10-18T17:42:22Z 488 ObsCal RP FPG PPhot Blue cycle51 OD889 HIP44862 152 889 2011-10-19T15:11:36Z 489 ObsCal RP FPG PPhot Blue cycle51 OD889 HIP47886 152 889 2011-10-19T15:50:52Z 490 ObsCal RP FPG PPhot Blue cycle51 OD889 HIP50801 152 889 2011-10-19T16:18:22Z 491 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP44862 152 894 2011-10-24T15:11:10Z 492 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP48036 152 894 2011-10-24T15:39:18Z 493 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP47886 152 894 2011-10-24T15:46:40Z 494 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP50801 152 894 2011-10-24T16:49:07Z 495 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP57504 152 894 2011-10-24T17:18:21Z 496 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP58225 152 894 2011-10-24T17:39:43Z 497 ObsCal RP FPG PPhot Blue cycle51 OD894 HIP61839 152 894 2011-10-24T17:45:07Z 498 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP48036 152 899 2011-10-29T16:42:37Z 499 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP44862 152 899 2011-10-29T16:47:57Z 500 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP47886 152 899 2011-10-29T17:22:08Z 501 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP50801 152 899 2011-10-29T17:27:32Z 502 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP57504 152 899 2011-10-29T17:33:46Z 503 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP58225 152 899 2011-10-29T17:39:49Z 504 ObsCal RP FPG PPhot Blue cycle51 OD899 HIP61839 152 899 2011-10-29T17:44:39Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 484

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 505 ObsCal RP FPG PPhot Blue cycle51 OD900 HIP48036 152 900 2011-10-30T15:49:59Z 506 ObsCal RP FPG PPhot Blue cycle51 OD900 HIP47886 152 900 2011-10-30T16:01:30Z 507 ObsCal RP FPG PPhot Blue cycle51 OD900 HIP50801 152 900 2011-10-30T16:06:54Z 508 ObsCal RP FPG PPhot Blue cycle51 OD900 HIP57504 152 900 2011-10-30T16:18:40Z 509 ObsCal RP FPG PPhot Blue cycle51 OD900 HIP58225 152 900 2011-10-30T16:24:43Z 510 ObsCal RP FPG PPhot Blue cycle51 OD900 HIP61839 152 900 2011-10-30T16:29:33Z 511 ObsCal RP FPG PPhot Blue cycle52 OD906 HIP48036 152 906 2011-11-05T15:18:48Z 512 ObsCal RP FPG PPhot Blue cycle52 OD906 HIP57504 152 906 2011-11-05T15:35:56Z 513 ObsCal RP FPG PPhot Blue cycle52 OD906 HIP62223 152 906 2011-11-05T15:41:27Z 514 ObsCal RP FPG PPhot Blue cycle52 OD906 HIP61839 152 906 2011-11-05T15:46:54Z 515 ObsCal RP FPG PPhot Blue cycle52 OD906 HIP81835 152 906 2011-11-05T17:03:29Z 516 ObsCal RP FPG PPhot Blue cycle52 OD911 HIP61839 152 911 2011-11-10T16:03:10Z 517 ObsCal RP FPG PPhot Blue cycle52 OD911 HIP81835 152 911 2011-11-10T17:37:16Z 518 ObsCal RP FPG PPhot Blue cycle52 OD911 HIP62223 152 911 2011-11-10T18:06:04Z 519 ObsCal RP FPG PPhot Blue cycle52 OD911 HIP57504 152 911 2011-11-10T18:11:34Z 520 ObsCal RP FPG PPhot Blue cycle52 OD911 HIP48036 152 911 2011-11-10T18:38:35Z 521 ObsCal RP FPG PPhot Blue cycle53 OD918 HIP87816 152 918 2011-11-17T15:25:55Z 522 ObsCal RP FPG PPhot Blue cycle53 OD918 HIP107516 152 918 2011-11-17T16:48:04Z 523 ObsCal RP FPG PPhot Blue cycle53 OD918 HIP102440 152 918 2011-11-17T17:07:06Z 524 ObsCal RP FPG PPhot Blue cycle53 OD918 HIP97629 152 918 2011-11-17T17:13:47Z 525 ObsCal RP FPG PPhot Blue cycle53 OD918 HIP92862 152 918 2011-11-17T17:23:52Z 526 ObsCal RP FPG PPhot Blue cycle53 OD918 HIP81835 152 918 2011-11-17T17:35:08Z 527 ObsCal RP FPG PPhot Blue cycle53 OD919 HIP81835 152 919 2011-11-18T16:06:18Z 528 ObsCal RP FPG PPhot Blue cycle53 OD919 HIP87816 152 919 2011-11-18T16:11:46Z 529 ObsCal RP FPG PPhot Blue cycle53 OD919 HIP92862 152 919 2011-11-18T16:18:08Z 530 ObsCal RP FPG PPhot Blue cycle53 OD919 HIP97629 152 919 2011-11-18T16:24:18Z 531 ObsCal RP FPG PPhot Blue cycle53 OD919 HIP102440 152 919 2011-11-18T16:30:59Z 532 ObsCal RP FPG PPhot Blue cycle53 OD919 HIP107516 152 919 2011-11-18T16:38:29Z 533 ObsCal RP FPG PPhot Blue cycle53 OD927 HIP92862 152 927 2011-11-26T14:57:00Z 534 ObsCal RP FPG PPhot Blue cycle53 OD927 HIP97629 152 927 2011-11-26T15:03:12Z 535 ObsCal RP FPG PPhot Blue cycle53 OD927 HIP102440 152 927 2011-11-26T15:09:56Z 536 ObsCal RP FPG PPhot Blue cycle53 OD927 HIP107516 152 927 2011-11-26T15:17:28Z 537 ObsCal RP FPG PPhot Blue cycle53 OD927 HIP87816 152 927 2011-11-26T17:03:14Z 538 ObsCal RP FPG PPhot Blue cycle53 OD927 HIP81835 152 927 2011-11-26T17:08:42Z 539 ObsCal RP FPG PPhot Blue cycle53 OD928 HIP92862 152 928 2011-11-27T14:56:35Z 540 ObsCal RP FPG PPhot Blue cycle53 OD928 HIP97629 152 928 2011-11-27T15:33:02Z 541 ObsCal RP FPG PPhot Blue cycle53 OD928 HIP102440 152 928 2011-11-27T16:38:21Z 542 ObsCal RP FPG PPhot Blue cycle53 OD928 HIP107516 152 928 2011-11-27T16:45:53Z 543 ObsCal RP FPG PPhot Blue cycle53 OD928 HIP87816 152 928 2011-11-27T17:00:27Z 544 ObsCal RP FPG PPhot Blue cycle53 OD928 HIP81835 152 928 2011-11-27T17:36:47Z 545 ObsCal RP FPG PPhot Blue cycle54 OD932 HIP97629 152 932 2011-12-01T14:55:55Z 546 ObsCal RP FPG PPhot Blue cycle54 OD932 HIP107516 152 932 2011-12-01T16:31:28Z 547 ObsCal RP FPG PPhot Blue cycle54 OD932 HIP102440 152 932 2011-12-01T16:39:03Z 548 ObsCal RP FPG PPhot Blue cycle54 OD932 HIP92862 152 932 2011-12-01T16:52:17Z 549 ObsCal RP FPG PPhot Blue cycle54 OD932 HIP87816 152 932 2011-12-01T16:58:40Z 550 ObsCal RP FPG PPhot Blue cycle54 OD932 HIP81835 152 932 2011-12-01T17:04:08Z 551 ObsCal RP FPG PPhot Blue cycle54 OD935 HIP102440 152 935 2011-12-04T12:26:14Z 552 ObsCal RP FPG PPhot Blue cycle54 OD935 HIP107516 152 935 2011-12-04T12:33:52Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 485

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 553 ObsCal RP FPG PPhot Blue cycle54 OD935 HIP97629 152 935 2011-12-04T14:45:47Z 554 ObsCal RP FPG PPhot Blue cycle54 OD935 HIP92862 152 935 2011-12-04T14:52:01Z 555 ObsCal RP FPG PPhot Blue cycle54 OD935 HIP87816 152 935 2011-12-04T14:58:24Z 556 ObsCal RP FPG PPhot Blue cycle54 OD935 HIP81835 152 935 2011-12-04T15:03:53Z 557 ObsCal RP FPG PPhot Blue cycle54 OD936 HIP107516 152 936 2011-12-05T14:24:46Z 558 ObsCal RP FPG PPhot Blue cycle54 OD936 HIP102440 152 936 2011-12-05T14:32:25Z 559 ObsCal RP FPG PPhot Blue cycle54 OD936 HIP97629 152 936 2011-12-05T14:39:14Z 560 ObsCal RP FPG PPhot Blue cycle54 OD936 HIP92862 152 936 2011-12-05T14:45:28Z 561 ObsCal RP FPG PPhot Blue cycle54 OD936 HIP87816 152 936 2011-12-05T15:07:26Z 562 ObsCal RP FPG PPhot Blue cycle54 OD936 HIP81835 152 936 2011-12-05T15:12:55Z 563 ObsCal RP FPG PPhot Blue cycle55 OD946 HIP107516 152 946 2011-12-15T12:56:07Z 564 ObsCal RP FPG PPhot Blue cycle55 OD946 HIP107390 152 946 2011-12-15T13:02:18Z 565 ObsCal RP FPG PPhot Blue cycle55 OD946 HIP97629 152 946 2011-12-15T13:11:12Z 566 ObsCal RP FPG PPhot Blue cycle55 OD947 HIP107516 152 947 2011-12-16T21:10:42Z 567 ObsCal RP FPG PPhot Blue cycle55 OD947 HIP107390 152 947 2011-12-16T21:26:32Z 568 ObsCal RP FPG PPhot Blue cycle55 OD947 HIP97629 152 947 2011-12-16T21:59:07Z 569 ObsCal RP FPG PPhot Blue cycle55 OD956 HIP220292 152 956 2011-12-25T11:41:26Z 570 ObsCal RP FPG PPhot Blue cycle55 OD956 GMPeg 152 956 2011-12-25T11:53:33Z 571 ObsCal RP FPG PPhot Blue cycle55 OD956 HIP106062 152 956 2011-12-25T13:48:26Z 572 ObsCal RP FPG PPhot Blue cycle55 OD957 HIP106062 152 957 2011-12-26T11:26:09Z 573 ObsCal RP FPG PPhot Blue cycle55 OD957 GMPeg 152 957 2011-12-26T11:32:41Z 574 ObsCal RP FPG PPhot Blue cycle55 OD957 HIP2202922 152 957 2011-12-26T13:45:34Z 575 ObsCal RP FPG PPhot Blue cycle56 OD968 HIP111385 152 968 2012-01-06T11:00:29Z 576 ObsCal RP FPG PPhot Blue cycle56 OD968 HIP114114 152 968 2012-01-06T11:06:52Z 577 ObsCal RP FPG PPhot Blue cycle56 OD968 HIP117054 152 968 2012-01-06T13:26:42Z 578 ObsCal RP FPG PPhot Blue cycle56 OD969 HIP117054 152 969 2012-01-07T12:51:23Z 579 ObsCal RP FPG PPhot Blue cycle56 OD969 HIP114114 152 969 2012-01-07T14:18:57Z 580 ObsCal RP FPG PPhot Blue cycle56 OD969 HIP111385 152 969 2012-01-07T14:25:21Z 581 ObsCal RP FPG PPhot Blue cycle57 OD974 HIP2215 152 974 2012-01-12T12:10:41Z 582 ObsCal RP FPG PPhot Blue cycle57 OD974 HD2326 152 974 2012-01-12T12:15:20Z 583 ObsCal RP FPG PPhot Blue cycle57 OD974 HIP115242 152 974 2012-01-12T13:20:43Z 584 ObsCal RP FPG PPhot Blue cycle57 OD975 HIP2215 152 975 2012-01-13T13:37:32Z 585 ObsCal RP FPG PPhot Blue cycle57 OD975 HD2326 152 975 2012-01-13T13:42:11Z 586 ObsCal RP FPG PPhot Blue cycle57 OD975 HIP115242 152 975 2012-01-13T13:49:33Z 587 ObsCal RP FPG PPhot Blue cycle57 OD982 HIP3419 152 982 2012-01-20T15:40:18Z 588 ObsCal RP FPG PPhot Blue cycle57 OD982 HD2326 152 982 2012-01-20T15:46:08Z 589 ObsCal RP FPG PPhot Blue cycle57 OD982 HIP2219 152 982 2012-01-20T15:53:43Z 590 ObsCal RP FPG PPhot Blue cycle57 OD983 HD2326 152 983 2012-01-21T10:08:36Z 591 ObsCal RP FPG PPhot Blue cycle57 OD983 HIP3419 152 983 2012-01-21T10:14:27Z 592 ObsCal RP FPG PPhot Blue cycle57 OD983 HIP2219 152 983 2012-01-21T13:22:37Z 593 ObsCal RP FPG PPhot Blue cycle59 OD1001 HIP13064 152 1001 2012-02-08T12:53:46Z 594 ObsCal RP FPG PPhot Blue cycle59 OD1001 HIP11582 152 1001 2012-02-08T12:59:48Z 595 ObsCal RP FPG PPhot Blue cycle59 OD1001 HIP13502 152 1001 2012-02-08T13:07:19Z 596 ObsCal RP FPG PPhot Blue cycle59 OD1001 HIP17678 152 1001 2012-02-08T13:14:53Z 597 ObsCal RP FPG PPhot Blue cycle59 OD1001 HIP19424 152 1001 2012-02-08T13:19:57Z 598 ObsCal RP FPG PPhot Blue cycle59 OD1002 HIP17678 152 1002 2012-02-09T10:38:14Z 599 ObsCal RP FPG PPhot Blue cycle59 OD1002 HIP19424 152 1002 2012-02-09T10:43:18Z 600 ObsCal RP FPG PPhot Blue cycle59 OD1002 HIP13502 152 1002 2012-02-09T10:51:58Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 486

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 601 ObsCal RP FPG PPhot Blue cycle59 OD1002 HIP11582 152 1002 2012-02-09T11:15:17Z 602 ObsCal RP FPG PPhot Blue cycle59 OD1002 HIP13064 152 1002 2012-02-09T12:13:41Z STR-1 2-D higher order correction polynomial update verfication on OD 1005 603 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP13502 152 1005 2012-02-12T14:24:11Z 604 ObsCal RP FPG PPhot Blue cycle59 OD1007 HIP19424 152 1005 2012-02-12T14:32:51Z 605 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP110428 152 1005 2012-02-12T14:38:11Z 606 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP68815 152 1005 2012-02-12T14:44:32Z 607 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP25412 152 1005 2012-02-12T14:50:44Z 608 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP19424 152 1005 2012-02-12T14:55:19Z 609 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP17678 152 1005 2012-02-12T15:00:23Z 610 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP21479 152 1005 2012-02-12T15:06:11Z 611 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP31057 152 1005 2012-02-12T15:11:59Z 612 ObsCal RP FPG PPhot Blue cycle59 OD1007 HIP17678 152 1005 2012-02-12T15:18:03Z 613 ObsCal RP FPG PPhot Blue cycle59 OD1007 HIP13502 152 1005 2012-02-12T15:25:38Z 614 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP24126 152 1005 2012-02-12T15:32:43Z 615 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP21766 152 1005 2012-02-12T15:38:19Z 616 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP23636 152 1005 2012-02-12T15:44:42Z 617 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP23203 152 1005 2012-02-12T15:49:42Z 618 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP19004 152 1005 2012-02-12T15:55:32Z 619 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP19567 152 1005 2012-02-12T16:00:51Z 620 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP15474 152 1005 2012-02-12T16:06:33Z 621 ObsCal RP FPG PPhot Blue cycle59 OD1007 HIP13064 152 1005 2012-02-12T16:12:14Z 622 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP11582 152 1005 2012-02-12T16:18:18Z 623 ObsCal RP FPG PPhot Blue cycle59 OD1007 HIP15474 152 1005 2012-02-12T16:24:00Z 624 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP13064 152 1005 2012-02-12T16:29:41Z 625 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP13654 152 1005 2012-02-12T16:38:02Z 626 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP21421 152 1005 2012-02-12T16:45:21Z 627 ObsCal RP FPG PPhot Blue cycle59 OD1005 HIP17685 152 1005 2012-02-12T17:07:41Z Consolidation of APE determination and SIAM verification following final STR-1 2-D higher order correction polynomial update on OD 1011 Verification of Guide Star Catalogue update (OD 1032), removing bad star entries, on ODs 1028 & 1034 628 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP98031 152 1028 2012-03-06T13:36:34Z 629 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP106044 152 1028 2012-03-06T13:42:43Z 630 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP91781 152 1028 2012-03-06T14:34:05Z 631 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP87668 152 1028 2012-03-06T14:49:33Z 632 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP89642 152 1028 2012-03-06T15:39:56Z 633 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP84071 152 1028 2012-03-06T16:29:50Z 634 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP82912 152 1028 2012-03-06T16:34:08Z 635 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP91389 152 1028 2012-03-06T16:44:39Z 636 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP82028 152 1028 2012-03-06T16:52:35Z 637 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP80259 152 1028 2012-03-06T16:58:49Z 638 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP80214 152 1028 2012-03-06T17:02:57Z 639 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP80197 152 1028 2012-03-06T17:06:32Z 640 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP84027 152 1028 2012-03-06T17:12:12Z 641 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP87747 152 1028 2012-03-06T17:17:35Z 642 ObsCal RP FPG PPhot Blue cycle60 OD1028 KTHer 152 1028 2012-03-06T17:22:43Z 643 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP84380 152 1028 2012-03-06T17:27:24Z 644 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP84329 152 1028 2012-03-06T17:30:59Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 487

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 645 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP84004 152 1028 2012-03-06T17:35:27Z 646 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP82172 152 1028 2012-03-06T17:39:57Z 647 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP78574 152 1028 2012-03-06T17:45:15Z 648 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP77619 152 1028 2012-03-06T17:49:15Z 649 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP92862 152 1028 2012-03-06T17:57:39Z 650 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP95413 152 1028 2012-03-06T18:02:47Z 651 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP87816 152 1028 2012-03-06T18:24:53Z 652 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP74082 152 1028 2012-03-06T19:30:36Z 653 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP73199 152 1028 2012-03-06T19:34:12Z 654 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP100605 152 1028 2012-03-06T19:41:49Z 655 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP17881 152 1028 2012-03-06T19:48:38Z 656 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP3179 152 1028 2012-03-06T19:56:28Z 657 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP6093 152 1028 2012-03-06T20:01:09Z 658 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP11093 152 1028 2012-03-06T20:06:21Z 659 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP12416 152 1028 2012-03-06T20:10:22Z 660 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP12302 152 1028 2012-03-06T20:14:25Z 661 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP13262 152 1028 2012-03-06T20:18:13Z 662 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP24645 152 1028 2012-03-06T20:25:06Z 663 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP15530 152 1028 2012-03-06T21:52:19Z 664 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP23203 152 1028 2012-03-06T22:56:43Z 665 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP23636 152 1028 2012-03-06T23:01:41Z 666 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP19567 152 1028 2012-03-06T23:07:25Z 667 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP21766 152 1028 2012-03-06T23:13:27Z 668 ObsCal RP FPG PPhot Blue cycle60 OD1028 HD33893 152 1028 2012-03-06T23:18:44Z 669 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP24126 152 1028 2012-03-06T23:22:53Z 670 ObsCal RP FPG PPhot Blue cycle60 OD1028 HD24607 152 1028 2012-03-06T23:28:45Z 671 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP17889 152 1028 2012-03-06T23:33:37Z 672 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP17678 152 1028 2012-03-06T23:40:46Z 673 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP11455 152 1028 2012-03-06T23:45:49Z 674 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP4879 152 1028 2012-03-06T23:51:04Z 675 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP110256 152 1028 2012-03-06T23:57:42Z 676 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP110428 152 1028 2012-03-07T00:02:08Z 677 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP19424 152 1028 2012-03-07T00:07:27Z 678 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP25412 152 1028 2012-03-07T00:12:01Z 679 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP68815 152 1028 2012-03-07T00:18:11Z 680 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP57505 152 1028 2012-03-07T00:23:15Z 681 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP30438 152 1028 2012-03-07T00:32:27Z 682 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP31099 152 1028 2012-03-07T00:38:40Z 683 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP30800 152 1028 2012-03-07T00:46:05Z 684 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP27989 152 1028 2012-03-07T00:53:13Z 685 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP25945 152 1028 2012-03-07T00:58:57Z 686 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP22667 152 1028 2012-03-07T01:19:32Z 687 ObsCal RP FPG PPhot Blue cycle60 OD1028 HIP21421 152 1028 2012-03-07T01:24:02Z 688 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP82912 152 1034 2012-03-13T04:16:14Z 689 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP84071 152 1034 2012-03-13T04:20:31Z 690 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP110428 152 1034 2012-03-13T04:32:23Z 691 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP110256 152 1034 2012-03-13T04:36:49Z 692 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP106044 152 1034 2012-03-13T04:42:24Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 488

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 693 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP98031 152 1034 2012-03-13T04:48:29Z 694 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP89642 152 1034 2012-03-13T04:56:24Z 695 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP91781 152 1034 2012-03-13T05:03:00Z 696 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP87668 152 1034 2012-03-13T05:08:39Z 697 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP82028 152 1034 2012-03-13T13:13:13Z 698 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP87747 152 1034 2012-03-13T13:19:53Z 699 ObsCal RP FPG PPhot Blue cycle61 OD1034 KTHer 152 1034 2012-03-13T13:25:01Z 700 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP84027 152 1034 2012-03-13T13:29:54Z 701 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP80259 152 1034 2012-03-13T13:35:24Z 702 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP80214 152 1034 2012-03-13T13:39:33Z 703 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP80197 152 1034 2012-03-13T13:43:08Z 704 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP84329 152 1034 2012-03-13T13:48:38Z 705 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP84380 152 1034 2012-03-13T13:52:13Z 706 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP84004 152 1034 2012-03-13T13:56:36Z 707 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP82172 152 1034 2012-03-13T14:01:06Z 708 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP78574 152 1034 2012-03-13T14:06:24Z 709 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP77619 152 1034 2012-03-13T14:10:25Z 710 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP87816 152 1034 2012-03-13T14:17:18Z 711 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP74082 152 1034 2012-03-13T14:24:10Z 712 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP73199 152 1034 2012-03-13T14:27:46Z 713 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP100605 152 1034 2012-03-13T14:35:22Z 714 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP17881 152 1034 2012-03-13T14:42:11Z 715 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP24645 152 1034 2012-03-13T14:50:00Z 716 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP15530 152 1034 2012-03-13T14:58:11Z 717 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP13262 152 1034 2012-03-13T15:05:59Z 718 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP12302 152 1034 2012-03-13T15:09:47Z 719 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP12416 152 1034 2012-03-13T15:13:51Z 720 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP11093 152 1034 2012-03-13T15:17:51Z 721 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP6093 152 1034 2012-03-13T15:23:05Z 722 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP95413 152 1034 2012-03-13T15:34:18Z 723 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP92862 152 1034 2012-03-13T15:39:25Z 724 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP91389 152 1034 2012-03-13T15:48:27Z 725 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP68815 152 1034 2012-03-13T17:33:05Z 726 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP57505 152 1034 2012-03-13T17:38:10Z 727 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP25412 152 1034 2012-03-13T17:44:07Z 728 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP19424 152 1034 2012-03-13T17:48:41Z 729 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP17678 152 1034 2012-03-13T17:53:44Z 730 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP30438 152 1034 2012-03-13T18:01:26Z 731 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP31099 152 1034 2012-03-13T18:07:38Z 732 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP30800 152 1034 2012-03-13T18:15:00Z 733 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP27989 152 1034 2012-03-13T18:22:05Z 734 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP25945 152 1034 2012-03-13T18:44:07Z 735 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP21421 152 1034 2012-03-13T18:59:54Z 736 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP22667 152 1034 2012-03-13T19:04:25Z 737 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP23203 152 1034 2012-03-13T19:12:30Z 738 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP23636 152 1034 2012-03-13T19:17:29Z 739 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP19567 152 1034 2012-03-13T20:04:38Z 740 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP21766 152 1034 2012-03-13T20:10:41Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 489

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 741 ObsCal RP FPG PPhot Blue cycle61 OD1034 HD33893 152 1034 2012-03-13T20:15:58Z 742 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP24126 152 1034 2012-03-13T20:20:07Z 743 ObsCal RP FPG PPhot Blue cycle61 OD1034 HD24607 152 1034 2012-03-13T20:25:59Z 744 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP17889 152 1034 2012-03-13T20:30:51Z 745 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP11455 152 1034 2012-03-13T20:37:44Z 746 ObsCal RP FPG PPhot Blue cycle61 OD1034 HIP4879 152 1034 2012-03-13T20:43:00Z 747 ObsCal RP FPG PPhot Blue cycle61 OD1041 HIP99082 152 1041 2012-03-19T21:33:40Z 748 ObsCal RP FPG PPhot Blue cycle61 OD1041 HIP95176 152 1041 2012-03-19T21:44:41Z 749 ObsCal RP FPG PPhot Blue cycle61 OD1041 HIP98077 152 1041 2012-03-19T21:50:58Z Following the 2 ODs 1043 and 1044 with warm attitudes for HIFI recovery 750 ObsCal RP FPG PPhot Blue cycle62 OD1046 HIP99990 152 1045 2012-03-24T01:19:58Z 751 ObsCal RP FPG PPhot Blue cycle62 OD1046 HIP99082 152 1045 2012-03-24T01:24:52Z 752 ObsCal RP FPG PPhot Blue cycle62 OD1046 HIP98077 152 1045 2012-03-24T01:29:04Z 753 ObsCal RP FPG PPhot Blue cycle62 OD1046 HIP100935 152 1045 2012-03-24T01:34:01Z 754 ObsCal RP FPG PPhot Blue cycle62 OD1046 NSV13190 152 1045 2012-03-24T01:39:33Z Re-scheduled to OD 1045 due to re-structering of instrument allocation for HIFI recovery 755 ObsCal RP FPG PPhot Blue cycle62 OD1050 HIP99990 152 1050 2012-03-28T21:38:03Z 756 ObsCal RP FPG PPhot Blue cycle62 OD1050 HIP99082 152 1050 2012-03-28T21:42:56Z 757 ObsCal RP FPG PPhot Blue cycle62 OD1050 HIP98077 152 1050 2012-03-28T21:47:08Z 758 ObsCal RP FPG PPhot Blue cycle62 OD1050 HIP100935 152 1050 2012-03-28T21:52:05Z 759 ObsCal RP FPG PPhot Blue cycle62 OD1050 NSV13190 152 1050 2012-03-28T21:57:34Z 760 ObsCal RP FPG PPhot Blue cycle62 OD1051 NSV13190 152 1051 2012-03-29T22:48:37Z 761 ObsCal RP FPG PPhot Blue cycle62 OD1051 HIP100935 152 1051 2012-03-30T00:01:58Z 762 ObsCal RP FPG PPhot Blue cycle62 OD1051 HIP98077 152 1051 2012-03-30T00:06:55Z 763 ObsCal RP FPG PPhot Blue cycle62 OD1051 HIP99082 152 1051 2012-03-30T00:11:06Z 764 ObsCal RP FPG PPhot Blue cycle62 OD1051 HIP99990 152 1051 2012-03-30T00:15:58Z 765 ObsCal RP FPG PPhot Blue cycle63 OD1058 WAqr 152 1058 2012-04-05T22:07:37Z 766 ObsCal RP FPG PPhot Blue cycle63 OD1058 HIP102770 152 1058 2012-04-05T22:12:00Z 767 ObsCal RP FPG PPhot Blue cycle63 OD1058 HIP102546 152 1058 2012-04-05T22:16:16Z 768 ObsCal RP FPG PPhot Blue cycle63 OD1058 HIP101810 152 1058 2012-04-05T22:40:02Z 769 ObsCal RP FPG PPhot Blue cycle63 OD1058 HIP101162 152 1058 2012-04-05T22:55:47Z 770 ObsCal RP FPG PPhot Blue cycle63 OD1058 HIP104252 152 1058 2012-04-05T23:01:59Z 771 ObsCal RP FPG PPhot Blue cycle63 OD1059 HIP104252 152 1059 2012-04-06T21:31:25Z 772 ObsCal RP FPG PPhot Blue cycle63 OD1059 WAqr 152 1059 2012-04-06T22:23:08Z 773 ObsCal RP FPG PPhot Blue cycle63 OD1059 HIP101162 152 1059 2012-04-06T22:27:32Z 774 ObsCal RP FPG PPhot Blue cycle63 OD1059 HIP102770 152 1059 2012-04-06T22:41:16Z 775 ObsCal RP FPG PPhot Blue cycle63 OD1059 HIP102546 152 1059 2012-04-06T22:45:31Z 776 ObsCal RP FPG PPhot Blue cycle63 OD1059 HIP101810 152 1059 2012-04-06T23:19:57Z 777 ObsCal RP FPG PPhot Blue cycle63 OD1065 HIP104252 152 1065 2012-04-12T21:31:25Z 778 ObsCal RP FPG PPhot Blue cycle63 OD1065 HIP101162 152 1065 2012-04-12T21:37:32Z 779 ObsCal RP FPG PPhot Blue cycle63 OD1065 WAqr 152 1065 2012-04-12T21:41:56Z 780 ObsCal RP FPG PPhot Blue cycle63 OD1065 HIP102770 152 1065 2012-04-12T21:46:16Z 781 ObsCal RP FPG PPhot Blue cycle63 OD1065 HIP102546 152 1065 2012-04-12T22:20:02Z 782 ObsCal RP FPG PPhot Blue cycle63 OD1065 HIP101810 152 1065 2012-04-12T22:50:21Z 783 ObsCal RP FPG PPhot Blue cycle64 OD1076 HIP107315 152 1076 2012-04-23T21:29:56Z 784 ObsCal RP FPG PPhot Blue cycle64 OD1076 HIP107516 152 1076 2012-04-23T23:31:12Z 785 ObsCal RP FPG PPhot Blue cycle64 OD1076 PPM181320 152 1076 2012-04-23T23:34:59Z 786 ObsCal RP FPG PPhot Blue cycle64 OD1083 HIP102082 152 1083 2012-04-30T21:03:15Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 490

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 787 ObsCal RP FPG PPhot Blue cycle64 OD1083 HIP106642 152 1083 2012-04-30T21:08:36Z 788 ObsCal RP FPG PPhot Blue cycle64 OD1083 HIP107390 152 1083 2012-04-30T21:17:27Z 789 ObsCal RP FPG PPhot Blue cycle65 OD1096 HIP100605 152 1096 2012-05-13T19:47:01Z 790 ObsCal RP FPG PPhot Blue cycle65 OD1096 HIP52546 152 1096 2012-05-13T19:55:53Z 791 ObsCal RP FPG PPhot Blue cycle65 OD1096 HIP104719 152 1096 2012-05-13T21:33:52Z 792 ObsCal RP FPG PPhot Blue cycle65 OD1097 HIP106642 152 1097 2012-05-14T19:40:47Z 793 ObsCal RP FPG PPhot Blue cycle65 OD1097 HIP102082 152 1097 2012-05-14T19:46:08Z 794 ObsCal RP FPG PPhot Blue cycle65 OD1097 HIP75847 152 1097 2012-05-14T20:15:55Z 795 ObsCal RP FPG PPhot Blue cycle66 OD1103 HIP100605 152 1103 2012-05-20T19:22:49Z 796 ObsCal RP FPG PPhot Blue cycle66 OD1103 HIP75847 152 1103 2012-05-20T19:29:02Z 797 ObsCal RP FPG PPhot Blue cycle66 OD1103 HIP52546 152 1103 2012-05-20T19:35:55Z 798 ObsCal RP FPG PPhot Blue cycle66 OD1103 HIP50801 152 1103 2012-05-21T00:19:16Z 799 ObsCal RP FPG PPhot Blue cycle66 OD1110 HIP100605 152 1110 2012-05-27T19:28:24Z 800 ObsCal RP FPG PPhot Blue cycle66 OD1110 HIP50801 152 1110 2012-05-27T20:16:38Z 801 ObsCal RP FPG PPhot Blue cycle67 OD1120 HIP48036 152 1120 2012-06-06T22:40:11Z 802 ObsCal RP FPG PPhot Blue cycle67 OD1120 HIP52546 152 1120 2012-06-06T23:44:33Z 803 ObsCal RP FPG PPhot Blue cycle67 OD1120 HIP57504 152 1120 2012-06-07T16:16:11Z 804 ObsCal RP FPG PPhot Blue cycle67 OD1121 HIP50801 152 1121 2012-06-07T16:45:43Z 805 ObsCal RP FPG PPhot Blue cycle67 OD1121 HIP58225 152 1121 2012-06-07T23:28:54Z 806 ObsCal RP FPG PPhot Blue cycle67 OD1123 HIP48036 152 1123 2012-06-09T16:49:14Z 807 ObsCal RP FPG PPhot Blue cycle67 OD1123 HIP57504 152 1123 2012-06-10T16:09:22Z 808 ObsCal RP FPG PPhot Blue cycle67 OD1124 HIP50801 152 1124 2012-06-10T22:40:36Z 809 ObsCal RP FPG PPhot Blue cycle67 OD1124 HIP58225 152 1124 2012-06-10T22:53:01Z 810 ObsCal RP FPG PPhot Blue cycle67 OD1124 HIP52546 152 1124 2012-06-10T22:59:18Z 811 ObsCal RP FPG PPhot Blue cycle68 OD1137 HIP54522 152 1137 2012-06-23T16:20:32Z 812 ObsCal RP FPG PPhot Blue cycle68 OD1137 HIP57504 152 1137 2012-06-23T19:54:58Z 813 ObsCal RP FPG PPhot Blue cycle68 OD1138 HD99635 152 1138 2012-06-24T16:18:30Z 814 ObsCal RP FPG PPhot Blue cycle68 OD1138 HIP55936 152 1138 2012-06-24T17:28:24Z 815 ObsCal RP FPG PPhot Blue cycle68 OD1139 HIP57504 152 1139 2012-06-25T16:19:00Z 816 ObsCal RP FPG PPhot Blue cycle68 OD1139 HIP54522 152 1139 2012-06-25T16:27:08Z 817 ObsCal RP FPG PPhot Blue cycle69 OD1147 HIP58854 152 1147 2012-07-03T16:50:15Z 818 ObsCal RP FPG PPhot Blue cycle69 OD1147 HD95850 152 1147 2012-07-03T19:07:58Z 819 ObsCal RP FPG PPhot Blue cycle69 OD1148 HD99635 152 1148 2012-07-04T15:37:14Z 820 ObsCal RP FPG PPhot Blue cycle69 OD1148 HD92096 152 1148 2012-07-04T18:35:12Z 821 ObsCal RP FPG PPhot Blue cycle70 OD1158 HIP57800 152 1158 2012-07-14T19:17:40Z 822 ObsCal RP FPG PPhot Blue cycle70 OD1158 HIP53809 152 1158 2012-07-14T19:23:45Z 823 ObsCal RP FPG PPhot Blue cycle70 OD1158 HIP53085 152 1158 2012-07-14T19:28:08Z 824 ObsCal RP FPG PPhot Blue cycle70 OD1159 HIP61022 152 1159 2012-07-15T18:09:47Z 825 ObsCal RP FPG PPhot Blue cycle70 OD1159 HIP59108 152 1159 2012-07-15T19:03:18Z 826 ObsCal RP FPG PPhot Blue cycle71 OD1171 HIP53078 152 1171 2012-07-27T14:43:17Z 827 ObsCal RP FPG PPhot Blue cycle71 OD1171 HIP57607 152 1171 2012-07-27T14:48:57Z 828 ObsCal RP FPG PPhot Blue cycle71 OD1171 HIP62401 152 1171 2012-07-27T17:19:41Z 829 ObsCal RP FPG PPhot Blue cycle71 OD1171 HIP63642 152 1171 2012-07-27T17:24:05Z 830 ObsCal RP FPG PPhot Blue cycle71 OD1172 HIP57642 152 1172 2012-07-28T14:47:50Z 831 ObsCal RP FPG PPhot Blue cycle71 OD1172 HIP59588 152 1172 2012-07-28T14:53:06Z 832 ObsCal RP FPG PPhot Blue cycle71 OD1172 HIP64569 152 1172 2012-07-28T15:02:04Z 833 ObsCal RP FPG PPhot Blue cycle71 OD1172 HIP63090 152 1172 2012-07-28T17:19:10Z 834 ObsCal RP FPG PPhot Blue cycle71 OD1181 HIP65835 152 1181 2012-08-06T15:00:41Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 491

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 835 ObsCal RP FPG PPhot Blue cycle71 OD1181 HIP57607 152 1181 2012-08-06T15:10:37Z 836 ObsCal RP FPG PPhot Blue cycle71 OD1181 HIP50230 152 1181 2012-08-06T15:35:15Z 837 ObsCal RP FPG PPhot Blue cycle71 OD1181 HIP30438 152 1181 2012-08-06T17:45:38Z 838 ObsCal RP FPG PPhot Blue cycle72 OD1194 HIP46806 152 1194 2012-08-19T14:26:29Z 839 ObsCal RP FPG PPhot Blue cycle72 OD1194 HIP55355 152 1194 2012-08-19T14:32:10Z 840 ObsCal RP FPG PPhot Blue cycle72 OD1194 HIP61404 152 1194 2012-08-19T14:37:14Z 841 ObsCal RP FPG PPhot Blue cycle72 OD1195 HIP28874 152 1195 2012-08-20T13:56:43Z 842 ObsCal RP FPG PPhot Blue cycle72 OD1195 HIP23636 152 1195 2012-08-20T14:02:42Z 843 ObsCal RP FPG PPhot Blue cycle72 OD1195 HIP23203 152 1195 2012-08-20T14:07:41Z 844 ObsCal RP FPG PPhot Blue cycle73 OD1198 HIP28816 152 1198 2012-08-23T18:07:58Z 845 ObsCal RP FPG PPhot Blue cycle73 OD1198 HIP28874 152 1198 2012-08-23T18:13:05Z 846 ObsCal RP FPG PPhot Blue cycle73 OD1198 HD43635 152 1198 2012-08-23T18:17:32Z Pointing monitoring around observations of comet Steins at relatively negative SAA on OD 1201 847 ObsCal RP FPG PPhot Blue cycle73 OD1201 HIP82912 1 152 1201 2012-08-27T14:27:03Z 848 ObsCal RP FPG PPhot Blue cycle73 OD1201 HIP84071 1 152 1201 2012-08-27T14:31:21Z 849 ObsCal RP FPG PPhot Blue cycle73 OD1201 HIP84071 2 152 1201 2012-08-27T15:28:58Z 850 ObsCal RP FPG PPhot Blue cycle73 OD1201 HIP82912 2 152 1201 2012-08-27T15:33:16Z 851 ObsCal RP FPG PPhot Blue cycle73 OD1202 HIP30438 152 1202 2012-08-27T22:47:07Z 852 ObsCal RP FPG PPhot Blue cycle73 OD1202 HIP35264 152 1202 2012-08-27T22:53:39Z 853 ObsCal RP FPG PPhot Blue cycle74 OD1216 HIP32923 152 1216 2012-09-10T17:11:48Z 854 ObsCal RP FPG PPhot Blue cycle74 OD1216 HIP30326 152 1216 2012-09-10T19:55:24Z 855 ObsCal RP FPG PPhot Blue cycle74 OD1216 HIP30343 152 1216 2012-09-10T20:05:23Z 856 ObsCal RP FPG PPhot Blue cycle75 OD1236 HIP46673 152 1236 2012-09-30T18:21:24Z 857 ObsCal RP FPG PPhot Blue cycle75 OD1236 HIP40534 152 1236 2012-09-30T19:39:33Z 858 ObsCal RP FPG PPhot Blue cycle75 OD1236 PPM154336 152 1236 2012-09-30T19:44:35Z 859 ObsCal RP FPG PPhot Blue cycle75 OD1237 HIP41028 152 1237 2012-10-01T18:04:18Z 860 ObsCal RP FPG PPhot Blue cycle75 OD1237 HIP40388 152 1237 2012-10-01T19:49:04Z 861 ObsCal RP FPG PPhot Blue cycle75 OD1237 HIP44481 152 1237 2012-10-01T20:18:53Z 862 ObsCal RP FPG PPhot Blue cycle76 OD1245 HIP44995 152 1245 2012-10-09T17:22:56Z 863 ObsCal RP FPG PPhot Blue cycle76 OD1245 HIP44050 152 1245 2012-10-09T17:29:11Z 864 ObsCal RP FPG PPhot Blue cycle76 OD1245 HIP43063 152 1245 2012-10-09T17:59:25Z 865 ObsCal RP FPG PPhot Blue cycle76 OD1246 HIP45058 152 1246 2012-10-10T22:26:07Z 866 ObsCal RP FPG PPhot Blue cycle76 OD1246 HIP46673 152 1246 2012-10-10T22:48:29Z 867 ObsCal RP FPG PPhot Blue cycle76 OD1250 HIP44995 152 1250 2012-10-14T16:33:26Z 868 ObsCal RP FPG PPhot Blue cycle76 OD1250 HIP44050 152 1250 2012-10-14T16:57:38Z 869 ObsCal RP FPG PPhot Blue cycle76 OD1250 HIP43063 152 1250 2012-10-14T17:06:54Z 870 ObsCal RP FPG PPhot Blue cycle76 OD1251 HIP46673 152 1251 2012-10-15T16:45:19Z 871 ObsCal RP FPG PPhot Blue cycle76 OD1251 HIP45058 152 1251 2012-10-15T18:58:31Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1264 872 ObsCal RP FPG PPhot Blue cycle77 OD1264 HIP102082 1 152 1264 2012-10-29T15:27:27Z 873 ObsCal RP FPG PPhot Blue cycle77 OD1264 HIP102082 2 152 1264 2012-10-29T15:51:18Z 874 ObsCal RP FPG PPhot Blue cycle77 OD1265 HIP47886 152 1265 2012-10-29T16:53:36Z 875 ObsCal RP FPG PPhot Blue cycle77 OD1265 HIP48036 152 1265 2012-10-29T18:15:00Z 876 ObsCal RP FPG PPhot Blue cycle77 OD1265 HIP44862 152 1265 2012-10-29T18:52:12Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1265 877 ObsCal RP FPG PPhot Blue cycle77 OD1265 HIP102082 1 152 1265 2012-10-30T15:23:40Z 878 ObsCal RP FPG PPhot Blue cycle77 OD1265 HIP102082 2 152 1265 2012-10-30T15:47:31Z 879 ObsCal RP FPG PPhot Blue cycle77 OD1266 HIP57504 152 1266 2012-10-30T16:30:48Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 492

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 880 ObsCal RP FPG PPhot Blue cycle77 OD1266 HIP61839 152 1266 2012-10-30T16:36:59Z 881 ObsCal RP FPG PPhot Blue cycle77 OD1266 HIP73199 152 1266 2012-10-30T16:43:41Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1270 882 ObsCal RP FPG PPhot Blue cycle78 OD1270 HIP102082 1 152 1270 2012-11-04T15:25:59Z 883 ObsCal RP FPG PPhot Blue cycle78 OD1270 HIP102082 2 152 1270 2012-11-04T15:49:50Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1271 884 ObsCal RP FPG PPhot Blue cycle78 OD1271 HIP102082 1 152 1271 2012-11-05T14:45:14Z 885 ObsCal RP FPG PPhot Blue cycle78 OD1271 HIP102082 2 152 1271 2012-11-05T15:09:05Z 886 ObsCal RP FPG PPhot Blue cycle78 OD1272 HIP61839 152 1272 2012-11-05T16:26:26Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1273 887 ObsCal RP FPG PPhot Blue cycle78 OD1273 HIP102082 1 152 1273 2012-11-07T15:26:35Z 888 ObsCal RP FPG PPhot Blue cycle78 OD1273 HIP102082 2 152 1273 2012-11-07T15:50:26Z 889 ObsCal RP FPG PPhot Blue cycle78 OD1275 HIP92862 152 1275 2012-11-08T16:47:07Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1279 890 ObsCal RP FPG PPhot Blue cycle78 OD1279 HIP102082 1 152 1279 2012-11-13T20:36:07Z 891 ObsCal RP FPG PPhot Blue cycle78 OD1279 HIP102082 2 152 1279 2012-11-13T20:59:58Z 892 ObsCal RP FPG PPhot Blue cycle78 OD1280 HIP92862 152 1280 2012-11-13T21:46:19Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1280 893 ObsCal RP FPG PPhot Blue cycle78 OD1280 HIP102082 1 152 1280 2012-11-14T20:33:00Z 894 ObsCal RP FPG PPhot Blue cycle78 OD1280 HIP102082 2 152 1280 2012-11-14T20:56:51Z Pointing monitoring around observations of BL Lac at relatively negative SAA on OD 1285 895 ObsCal RP FPG PPhot Blue cycle79 OD1285 HIP102082 1 152 1285 2012-11-19T20:38:12Z 896 ObsCal RP FPG PPhot Blue cycle79 OD1285 HIP102082 2 152 1285 2012-11-19T20:58:28Z 897 ObsCal RP FPG PPhot Blue cycle79 OD1286 HIP92862 152 1286 2012-11-20T21:00:59Z 898 ObsCal RP FPG PPhot Blue cycle79 OD1287 HIP97629 152 1287 2012-11-21T08:51:59Z 899 ObsCal RP FPG PPhot Blue cycle79 OD1294 HIP97629 152 1294 2012-11-28T18:41:15Z 900 ObsCal RP FPG PPhot Blue cycle80 OD1295 HIP97629 152 1295 2012-11-28T19:11:33Z 901 ObsCal RP FPG PPhot Blue cycle80 OD1295 HIP92862 152 1295 2012-11-28T20:48:30Z 902 ObsCal RP FPG PPhot Blue cycle80 OD1295 HIP95413 152 1295 2012-11-28T21:51:54Z 903 ObsCal RP FPG PPhot Blue cycle80 OD1295 HIP102440 152 1295 2012-11-29T05:47:04Z 904 ObsCal RP FPG PPhot Blue cycle80 OD1295 HIP107516 152 1295 2012-11-29T05:54:38Z 905 ObsCal RP FPG PPhot Blue cycle81 OD1309 HIP102440 152 1309 2012-12-12T14:15:30Z 906 ObsCal RP FPG PPhot Blue cycle81 OD1309 HIP97629 152 1309 2012-12-12T14:22:25Z 907 ObsCal RP FPG PPhot Blue cycle81 OD1309 HIP107516 152 1309 2012-12-13T13:33:53Z 908 ObsCal RP FPG PPhot Blue cycle81 OD1310 HIP102440 152 1310 2012-12-13T14:05:42Z 909 ObsCal RP FPG PPhot Blue cycle81 OD1310 HIP107516 152 1310 2012-12-13T20:15:43Z 910 ObsCal RP FPG PPhot Blue cycle81 OD1310 HIP110396 152 1310 2012-12-13T20:21:12Z 911 ObsCal RP FPG PPhot Blue cycle81 OD1315 HIP107516 152 1315 2012-12-18T14:01:13Z 912 ObsCal RP FPG PPhot Blue cycle81 OD1315 HIP110396 152 1315 2012-12-18T14:06:44Z 913 ObsCal RP FPG PPhot Blue cycle81 OD1315 HIP107390 152 1315 2012-12-19T13:01:22Z 914 ObsCal RP FPG PPhot Blue cycle81 OD1316 HIP107516 152 1316 2012-12-19T13:31:47Z 915 ObsCal RP FPG PPhot Blue cycle81 OD1316 HIP110396 152 1316 2012-12-19T19:38:17Z 916 ObsCal RP FPG PPhot Blue cycle81 OD1316 HIP107390 152 1316 2012-12-19T20:47:29Z 917 ObsCal RP FPG PPhot Blue cycle81 OD1321 HIP107390 152 1321 2012-12-24T14:38:48Z 918 ObsCal RP FPG PPhot Blue cycle81 OD1321 HIP106062 152 1321 2012-12-24T14:44:21Z 919 ObsCal RP FPG PPhot Blue cycle81 OD1321 PPM240550 152 1321 2012-12-25T13:02:59Z 920 ObsCal RP FPG PPhot Blue cycle81 OD1322 HIP106062 152 1322 2012-12-25T13:37:26Z 921 ObsCal RP FPG PPhot Blue cycle81 OD1322 HIP107390 152 1322 2012-12-25T13:42:59Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 493

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 922 ObsCal RP FPG PPhot Blue cycle81 OD1322 HD220292 152 1322 2012-12-25T22:11:44Z 923 ObsCal RP FPG PPhot Blue cycle82 OD1328 HIP117054 152 1328 2012-12-31T15:07:30Z 924 ObsCal RP FPG PPhot Blue cycle82 OD1328 HD220292 152 1328 2012-12-31T15:12:28Z 925 ObsCal RP FPG PPhot Blue cycle82 OD1328 HIP114114 152 1328 2012-12-31T15:44:59Z 926 ObsCal RP FPG PPhot Blue cycle82 OD1329 HD220292 152 1329 2013-01-01T13:22:28Z 927 ObsCal RP FPG PPhot Blue cycle82 OD1329 HIP117054 152 1329 2013-01-01T13:27:26Z 928 ObsCal RP FPG PPhot Blue cycle82 OD1329 HIP114114 152 1329 2013-01-01T14:20:11Z 929 ObsCal RP FPG PPhot Blue cycle82 OD1333 HIP114114 152 1333 2013-01-05T12:36:11Z 930 ObsCal RP FPG PPhot Blue cycle82 OD1333 HD220292 152 1333 2013-01-05T15:04:57Z 931 ObsCal RP FPG PPhot Blue cycle82 OD1333 HIP117054 152 1333 2013-01-05T15:09:57Z 932 ObsCal RP FPG PPhot Blue cycle82 OD1334 HIP114114 152 1334 2013-01-06T13:10:47Z 933 ObsCal RP FPG PPhot Blue cycle82 OD1334 HD220292 152 1334 2013-01-06T13:18:06Z 934 ObsCal RP FPG PPhot Blue cycle82 OD1334 HIP117054 152 1334 2013-01-06T13:23:06Z 935 ObsCal RP FPG PPhot Blue cycle83 OD1338 HIP117887 152 1338 2013-01-10T13:15:20Z 936 ObsCal RP FPG PPhot Blue cycle83 OD1338 HD2326 152 1338 2013-01-10T13:20:50Z 937 ObsCal RP FPG PPhot Blue cycle83 OD1339 HIP117887 152 1339 2013-01-11T12:48:55Z 938 ObsCal RP FPG PPhot Blue cycle83 OD1339 HD2326 152 1339 2013-01-11T12:54:26Z 939 ObsCal RP FPG PPhot Blue cycle83 OD1345 HD2326 152 1345 2013-01-17T13:05:32Z 940 ObsCal RP FPG PPhot Blue cycle83 OD1345 HIP5364 152 1345 2013-01-17T15:47:42Z 941 ObsCal RP FPG PPhot Blue cycle83 OD1346 HD2326 152 1346 2013-01-18T16:49:16Z 942 ObsCal RP FPG PPhot Blue cycle83 OD1346 HIP5364 152 1346 2013-01-18T19:31:27Z 943 ObsCal RP FPG PPhot Blue cycle83 OD1350 HIP5364 152 1350 2013-01-22T21:17:34Z 944 ObsCal RP FPG PPhot Blue cycle84 OD1351 HIP5364 152 1351 2013-01-23T22:30:03Z 945 ObsCal RP FPG PPhot Blue cycle84 OD1351 HIP8837 152 1351 2013-01-24T00:50:40Z 946 ObsCal RP FPG PPhot Blue cycle84 OD1355 HIP5364 152 1355 2013-01-27T17:41:44Z 947 ObsCal RP FPG PPhot Blue cycle84 OD1355 HIP8837 152 1355 2013-01-27T17:51:22Z 948 ObsCal RP FPG PPhot Blue cycle84 OD1356 HIP5364 152 1356 2013-01-28T17:55:49Z 949 ObsCal RP FPG PPhot Blue cycle84 OD1356 HIP8837 152 1356 2013-01-28T18:05:29Z 950 ObsCal RP FPG PPhot Blue cycle85 OD1377 HIP82273 152 1377 2013-02-18T20:26:09Z 951 ObsCal RP FPG PPhot Blue cycle85 OD1377 HIP110428 152 1377 2013-02-18T22:57:40Z 952 ObsCal RP FPG PPhot Blue cycle85 OD1377 HIP19424 152 1377 2013-02-18T23:03:00Z Pointing drift monitoring while at warm SAA angles for HIFI LCU recovery ODs 1378 - DTCP1380 HIP 30945 for warm attitude, HIP 77615 for cold attitude after DTCP1380 953 ObsCal RP FPG PPhot Blue cycle85 OD1378 HIP30945 1 152 1378 2013-02-20T02:42:13Z 954 ObsCal RP FPG PPhot Blue cycle85 OD1378 HIP30945 2 152 1378 2013-02-20T06:28:54Z 955 ObsCal RP FPG PPhot Blue cycle85 OD1378 HIP30945 3 152 1378 2013-02-20T10:33:25Z 956 ObsCal RP FPG PPhot Blue cycle85 OD1378 HIP30945 4 152 1378 2013-02-20T14:35:04Z 957 ObsCal RP FPG PPhot Blue cycle85 OD1378 HIP30945 5 152 1378 2013-02-20T17:17:51Z 958 ObsCal RP FPG PPhot Blue cycle85 OD1378 HIP30945 6 152 1378 2013-02-20T20:10:49Z 959 ObsCal RP FPG PPhot Blue cycle86 OD1379 HIP30945 1 152 1379 2013-02-20T23:20:15Z 960 ObsCal RP FPG PPhot Blue cycle86 OD1379 HIP30945 2 152 1379 2013-02-21T03:44:19Z 961 ObsCal RP FPG PPhot Blue cycle86 OD1379 HIP30945 3 152 1379 2013-02-21T07:59:20Z 962 ObsCal RP FPG PPhot Blue cycle86 OD1379 HIP30945 4 152 1379 2013-02-21T12:56:12Z 963 ObsCal RP FPG PPhot Blue cycle86 OD1379 HIP30945 5 152 1379 2013-02-21T16:58:40Z 964 ObsCal RP FPG PPhot Blue cycle86 OD1379 HIP30945 6 152 1379 2013-02-21T20:16:41Z 965 ObsCal RP FPG PPhot Blue cycle86 OD1380 HIP77615 1 152 1380 2013-02-21T23:39:08Z 966 ObsCal RP FPG PPhot Blue cycle86 OD1380 HIP77615 2 152 1380 2013-02-22T04:37:45Z 967 ObsCal RP FPG PPhot Blue cycle86 OD1380 HIP77615 3 152 1380 2013-02-22T09:36:22Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 494

Table 217: continued. # Calibration AOR duration (s) OD absolute start time 968 ObsCal RP FPG PPhot Blue cycle86 OD1380 HIP77615 4 152 1380 2013-02-22T11:19:35Z ObsCal RP FPG PPhot Blue cycle86 OD1386 HIP89642 1386 – ObsCal RP FPG PPhot Blue cycle86 OD1386 HIP87668 1386 – ObsCal RP FPG PPhot Blue cycle86 OD1386 HD183847 1386 – not executed due to re-planning following PACS autonomous switch-oﬀ in OD 1381 (AR-103). 969 ObsCal RP FPG PPhot Blue cycle87 OD1400 HIP95176 152 1400 2013-03-13T13:55:45Z 970 ObsCal RP FPG PPhot Blue cycle87 OD1400 HIP94730 152 1400 2013-03-13T16:11:44Z 971 ObsCal RP FPG PPhot Blue cycle87 OD1399 HIP95176 152 1401 2013-03-14T13:54:35Z 972 ObsCal RP FPG PPhot Blue cycle87 OD1399 HIP94730 152 1401 2013-03-14T16:20:07Z 973 ObsCal RP FPG PPhot Blue cycle87 OD1403 HIP95176 152 1403 2013-03-16T14:13:07Z 974 ObsCal RP FPG PPhot Blue cycle87 OD1403 HIP94730 152 1403 2013-03-16T16:08:50Z 975 ObsCal RP FPG PPhot Blue cycle87 OD1404 HIP94730 152 1404 2013-03-17T16:14:15Z 976 ObsCal RP FPG PPhot Blue cycle87 OD1404 HIP95176 152 1404 2013-03-17T16:20:50Z 977 ObsCal RP FPG PPhot Blue cycle88 OD1419 HIP101162 152 1419 2013-04-01T14:36:42Z 978 ObsCal RP FPG PPhot Blue cycle88 OD1419 HIP99990 152 1419 2013-04-01T15:35:52Z 979 ObsCal RP FPG PPhot Blue cycle88 OD1419 HIP100935 152 1419 2013-04-01T15:51:36Z 980 ObsCal RP FPG PPhot Blue cycle88 OD1420 HIP101162 152 1420 2013-04-02T13:44:56Z 981 ObsCal RP FPG PPhot Blue cycle88 OD1420 HIP100935 152 1420 2013-04-02T16:21:21Z 982 ObsCal RP FPG PPhot Blue cycle88 OD1420 HIP99990 152 1420 2013-04-02T16:26:24Z 983 ObsCal RP FPG PPhot Blue cycle89 OD1427 HIP101162 152 1427 2013-04-09T16:28:43Z 984 ObsCal RP FPG PPhot Blue cycle89 OD1427 HIP101810 152 1427 2013-04-10T14:25:45Z 985 ObsCal RP FPG PPhot Blue cycle89 OD1428 HIP101810 152 1428 2013-04-10T15:01:23Z 986 ObsCal RP FPG PPhot Blue cycle89 OD1428 HIP101162 152 1428 2013-04-10T15:08:46Z 987 ObsCal RP FPG PPhot Blue cycle90 OD1441 HIP102440 152 1441 2013-04-23T14:45:38Z 988 ObsCal RP FPG PPhot Blue cycle90 OD1441 HIP104252 152 1441 2013-04-23T15:29:06Z 989 ObsCal RP FPG PPhot Blue cycle90 OD1441 HIP102082 152 1441 2013-04-23T17:22:22Z 990 ObsCal RP FPG PPhot Blue cycle90 OD1442 HIP104252 152 1442 2013-04-24T15:37:35Z 991 ObsCal RP FPG PPhot Blue cycle90 OD1442 HIP102440 152 1442 2013-04-24T15:46:31Z 992 ObsCal RP FPG PPhot Blue cycle90 OD1442 HIP102082 152 1442 2013-04-24T15:54:48Z 993 ObsCal RP FPG PPhot Blue cycle90 OD1445 HIP102440 152 1445 2013-04-27T14:42:58Z 994 ObsCal RP FPG PPhot Blue cycle90 OD1445 HIP104252 152 1445 2013-04-27T14:51:51Z 995 ObsCal RP FPG PPhot Blue cycle90 OD1445 HIP102082 152 1445 2013-04-27T16:53:51Z End of Liquid Helium declared in DTCP-1447 at 2013-04-29T15:20:01Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 495

Table 218: Herschel Observatory Pointing Monitoring programme in mini-scan map mode from cycle#30 onwards. Durations are taken from scheduling log and are without slew times.

# Calibration AOR duration (s) OD absolute start time 1a ObsCal RP FPG PPhot Blue cycle30 HIP115242 70 52 607 2011-01-10T11:01:16Z 1b ObsCal RP FPG PPhot Blue cycle30 HIP115242 110 52 607 2011-01-10T11:03:11Z 2a ObsCal RP FPG PPhot Blue cycle30 HIP112155 70 52 607 2011-01-10T11:08:41Z 2b ObsCal RP FPG PPhot Blue cycle30 HIP112155 110 52 607 2011-01-10T11:10:36Z 3a ObsCal RP FPG PPhot Blue cycle30 HIP154 70 52 607 2011-01-10T11:20:10Z 3b ObsCal RP FPG PPhot Blue cycle30 HIP154 110 52 607 2011-01-10T11:22:05Z 4a ObsCal RP FPG PPhot Blue cycle31 OD613 HIP2215 70 52 613 2011-01-16T12:06:28Z 4b ObsCal RP FPG PPhot Blue cycle31 OD613 HIP2215 110 52 613 2011-01-16T12:08:23Z 5a ObsCal RP FPG PPhot Blue cycle31 OD613 HD2326 70 52 613 2011-01-16T12:11:23Z 5b ObsCal RP FPG PPhot Blue cycle31 OD613 HD2326 110 52 613 2011-01-16T12:13:18Z 6a ObsCal RP FPG PPhot Blue cycle31 OD613 HIP3419 70 52 613 2011-01-16T12:27:35Z 6b ObsCal RP FPG PPhot Blue cycle31 OD613 HIP3419 110 52 613 2011-01-16T12:29:30Z 7a ObsCal RP FPG PPhot Blue cycle31 OD615 HIP2215 70 52 615 2011-01-18T11:47:11Z 7b ObsCal RP FPG PPhot Blue cycle31 OD615 HIP2215 110 52 615 2011-01-18T11:49:06Z 8a ObsCal RP FPG PPhot Blue cycle31 OD615 HIP3419 70 52 615 2011-01-18T11:52:32Z 8b ObsCal RP FPG PPhot Blue cycle31 OD615 HIP3419 110 52 615 2011-01-18T11:54:27Z 9a ObsCal RP FPG PPhot Blue cycle31 OD615 HD2326 70 52 615 2011-01-18T12:07:59Z 9b ObsCal RP FPG PPhot Blue cycle31 OD615 HD2326 110 52 615 2011-01-18T12:09:54Z 10a ObsCal RP FPG PPhot Blue cycle31 OD616 HIP2215 70 52 616 2011-01-19T12:38:42Z 10b ObsCal RP FPG PPhot Blue cycle31 OD616 HIP2215 110 52 616 2011-01-19T12:40:37Z 11a ObsCal RP FPG PPhot Blue cycle31 OD616 HIP3419 70 52 616 2011-01-19T12:44:03Z 11b ObsCal RP FPG PPhot Blue cycle31 OD616 HIP3419 110 52 616 2011-01-19T12:45:58Z 12a ObsCal RP FPG PPhot Blue cycle31 OD616 HD2326 70 52 616 2011-01-19T12:59:30Z 12b ObsCal RP FPG PPhot Blue cycle31 OD616 HD2326 110 52 616 2011-01-19T13:01:25Z 13a ObsCal RP FPG PPhot Blue cycle31 OD621 HIP3632 70 52 621 2011-01-24T12:34:07Z 13b ObsCal RP FPG PPhot Blue cycle31 OD621 HIP3632 110 52 621 2011-01-24T12:36:02Z 14a ObsCal RP FPG PPhot Blue cycle31 OD621 HIP2219 70 52 621 2011-01-24T12:38:59Z 14b ObsCal RP FPG PPhot Blue cycle31 OD621 HIP2219 110 52 621 2011-01-24T12:40:54Z 15a ObsCal RP FPG PPhot Blue cycle32 OD628 HIP3632 70 52 628 2011-01-31T18:44:00Z 15b ObsCal RP FPG PPhot Blue cycle32 OD628 HIP3632 110 52 628 2011-01-31T18:45:55Z 16a ObsCal RP FPG PPhot Blue cycle32 OD628 HIP11582 70 52 628 2011-02-01T09:39:05Z 16b ObsCal RP FPG PPhot Blue cycle32 OD628 HIP11582 110 52 628 2011-02-01T09:41:00Z 17a ObsCal RP FPG PPhot Blue cycle32 OD629 HIP3632 70 52 629 2011-02-01T10:51:23Z 17b ObsCal RP FPG PPhot Blue cycle32 OD629 HIP3632 110 52 629 2011-02-01T10:53:18Z 18a ObsCal RP FPG PPhot Blue cycle32 OD629 HIP11582 70 52 629 2011-02-01T11:21:07Z 18b ObsCal RP FPG PPhot Blue cycle32 OD629 HIP11582 110 52 629 2011-02-01T11:23:02Z 19a ObsCal RP FPG PPhot Blue cycle32 OD636 HIP11582 70 52 636 2011-02-08T15:02:50Z 19b ObsCal RP FPG PPhot Blue cycle32 OD636 HIP11582 110 52 636 2011-02-08T15:04:45Z 20a ObsCal RP FPG PPhot Blue cycle32 OD636 HIP13064 70 52 636 2011-02-09T09:40:15Z 20b ObsCal RP FPG PPhot Blue cycle32 OD636 HIP13064 110 52 636 2011-02-09T09:42:10Z 21a ObsCal RP FPG PPhot Blue cycle33 OD639 HD24607 110 52 639 2011-02-12T06:51:07Z 21b ObsCal RP FPG PPhot Blue cycle33 OD639 HD24607 70 52 639 2011-02-12T06:53:02Z 22a ObsCal RP FPG PPhot Blue cycle33 OD639 HD17685 110 52 639 2011-02-12T07:02:57Z 22b ObsCal RP FPG PPhot Blue cycle33 OD639 HD17685 70 52 639 2011-02-12T07:04:52Z 23a ObsCal RP FPG PPhot Blue cycle33 OD639 HIP18744 110 52 639 2011-02-12T08:06:31Z 23b ObsCal RP FPG PPhot Blue cycle33 OD639 HIP18744 70 52 639 2011-02-12T08:08:26Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 496

Table 218: continued. # Calibration AOR duration (s) OD absolute start time 24a ObsCal RP FPG PPhot Blue cycle33 OD640 HD17685 110 52 640 2011-02-12T11:02:29Z 24b ObsCal RP FPG PPhot Blue cycle33 OD640 HD17685 70 52 640 2011-02-12T11:04:24Z 25a ObsCal RP FPG PPhot Blue cycle33 OD640 HIP18744 110 52 640 2011-02-12T11:08:02Z 25b ObsCal RP FPG PPhot Blue cycle33 OD640 HIP18744 70 52 640 2011-02-12T11:09:57Z 26a ObsCal RP FPG PPhot Blue cycle33 OD640 HD24607 110 52 640 2011-02-12T12:23:09Z 26b ObsCal RP FPG PPhot Blue cycle33 OD640 HD24607 70 52 640 2011-02-12T12:25:04Z 27a ObsCal RP FPG PPhot Blue cycle33 OD649 HD24607 110 52 649 2011-02-21T14:02:21Z 27b ObsCal RP FPG PPhot Blue cycle33 OD649 HD24607 70 52 649 2011-02-21T14:04:16Z 28a ObsCal RP FPG PPhot Blue cycle33 OD649 HD17685 110 52 649 2011-02-21T23:37:21Z 28b ObsCal RP FPG PPhot Blue cycle33 OD649 HD17685 70 52 649 2011-02-21T23:39:16Z 29 ObsCal RP FPG PPhot Blue cycle37 OD697 HIP102440 70 52 697 2011-04-10T21:34:49Z 30 ObsCal RP FPG PPhot Blue cycle37 OD703 HD200271 70 52 703 2011-04-17T02:04:13Z 31 ObsCal RP FPG PPhot Blue cycle37 OD705 HIP104252 70 52 705 2011-04-19T01:07:07Z 32 ObsCal RP FPG PPhot Blue cycle37 OD706 HIP102770 70 52 706 2011-04-19T22:39:38Z 33 ObsCal RP FPG PPhot Blue cycle38 OD716 PPM181320 70 52 716 2011-04-29T23:30:20Z 34 ObsCal RP FPG PPhot Blue cycle38 OD716 HIP110396 70 52 716 2011-04-29T23:34:21Z 35 ObsCal RP FPG PPhot Blue cycle38 OD720 HIP110396 70 52 720 2011-05-03T23:10:19Z 36 ObsCal RP FPG PPhot Blue cycle38 OD720 PPM181320 70 52 720 2011-05-03T23:14:19Z 37 ObsCal RP FPG PPhot Blue cycle39 OD723 HIP102082 70 52 723 2011-05-06T21:31:53Z 38 ObsCal RP FPG PPhot Blue cycle39 OD723 HIP100605 70 52 723 2011-05-06T21:38:04Z 39 ObsCal RP FPG PPhot Blue cycle39 OD726 HIP106642 70 52 726 2011-05-10T01:32:17Z 40 ObsCal RP FPG PPhot Blue cycle39 OD726 HIP104719 70 52 726 2011-05-10T01:36:48Z 41 ObsCal RP FPG PPhot Blue cycle40 OD748 HIP104719 70 52 748 2011-05-31T23:24:55Z 42 ObsCal RP FPG PPhot Blue cycle40 OD748 HIP100605 70 52 748 2011-05-31T23:29:28Z 43 ObsCal RP FPG PPhot Blue cycle40 OD748 HIP75847 70 52 748 2011-05-31T23:34:02Z 44 ObsCal RP FPG PPhot Blue cycle40 OD748 HIP52546 70 52 748 2011-05-31T23:39:17Z 45 ObsCal RP FPG PPhot Blue cycle40 OD748 HIP50801 70 52 748 2011-05-31T23:45:36Z 46 ObsCal RP FPG PPhot Blue cycl64 OD1076 HIP102082 70 52 1076 2012-04-23T20:58:52Z 47 ObsCal RP FPG PPhot Blue cycl64 OD1076 HIP106642 70 52 1076 2012-04-23T21:02:33Z 48 ObsCal RP FPG PPhot Blue cycl64 OD1076 HIP107390 70 52 1076 2012-04-23T21:27:24Z 49 ObsCal RP FPG PPhot Blue cycl64 OD1083 HIP107315 70 52 1083 2012-04-30T21:21:36Z 50 ObsCal RP FPG PPhot Blue cycl64 OD1083 PPM181320 70 52 1083 2012-04-30T21:25:37Z 51 ObsCal RP FPG PPhot Blue cycl64 OD1083 HIP107516 70 52 1083 2012-04-30T21:27:43Z 52 ObsCal RP FPG PPhot Blue cycl65 OD1096 HIP75847 70 52 1096 2012-05-13T21:27:10Z 53 ObsCal RP FPG PPhot Blue cycl65 OD1096 HIP106642 70 52 1096 2012-05-13T21:40:01Z 54 ObsCal RP FPG PPhot Blue cycl65 OD1096 HIP102082 70 52 1096 2012-05-14T08:00:56Z 55 ObsCal RP FPG PPhot Blue cycl65 OD1097 HIP104719 70 52 1097 2012-05-14T19:36:18Z 56 ObsCal RP FPG PPhot Blue cycl65 OD1097 HIP100605 70 52 1097 2012-05-14T20:11:23Z 57 ObsCal RP FPG PPhot Blue cycl65 OD1097 HIP52546 70 52 1097 2012-05-14T20:22:47Z 58 ObsCal RP FPG PPhot Blue cycl66 OD1109 HIP52546 70 52 1109 2012-05-26T18:59:46Z 59 ObsCal RP FPG PPhot Blue cycl66 OD1109 HIP75847 70 52 1109 2012-05-26T19:05:00Z 60 ObsCal RP FPG PPhot Blue cycl66 OD1109 HIP100605 70 52 1109 2012-05-26T19:09:33Z 61 ObsCal RP FPG PPhot Blue cycl66 OD1109 HIP50801 70 52 1109 2012-05-26T19:20:41Z 62 ObsCal RP FPG PPhot Blue cycl66 OD1110 HIP52546 70 52 1110 2012-05-27T18:56:31Z 63 ObsCal RP FPG PPhot Blue cycl66 OD1110 HIP75847 70 52 1110 2012-05-27T19:01:45Z 64 ObsCal RP FPG PPhot Blue cycl67 OD1120 HIP50801 70 52 1120 2012-06-06T16:44:28Z 65 ObsCal RP FPG PPhot Blue cycl67 OD1120 HIP58225 70 52 1120 2012-06-07T16:11:50Z 66 ObsCal RP FPG PPhot Blue cycl67 OD1121 HIP48036 70 52 1121 2012-06-07T16:54:22Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 497

Table 218: continued. # Calibration AOR duration (s) OD absolute start time 67 ObsCal RP FPG PPhot Blue cycl67 OD1121 HIP57504 70 52 1121 2012-06-07T23:24:32Z 68 ObsCal RP FPG PPhot Blue cycl67 OD1121 HIP52546 70 52 1121 2012-06-07T23:46:48Z 69 ObsCal RP FPG PPhot Blue cycl67 OD1123 HIP58225 70 52 1123 2012-06-10T16:05:00Z 70 ObsCal RP FPG PPhot Blue cycl67 OD1123 HIP50801 70 52 1123 2012-06-10T16:15:33Z 71 ObsCal RP FPG PPhot Blue cycl67 OD1124 HIP48036 70 52 1124 2012-06-10T22:33:31Z 72 ObsCal RP FPG PPhot Blue cycl67 OD1124 HIP52546 70 52 1124 2012-06-10T22:48:47Z 73 ObsCal RP FPG PPhot Blue cycl67 OD1124 HIP57504 70 52 1124 2012-06-10T23:15:32Z 74 ObsCal RP FPG PPhot Blue cycl68 OD1137 HIP55936 70 52 1137 2012-06-23T17:00:32Z 75 ObsCal RP FPG PPhot Blue cycl68 OD1137 HD99635 70 52 1137 2012-06-23T18:36:24Z 76 ObsCal RP FPG PPhot Blue cycl68 OD1138 HIP54522 70 52 1138 2012-06-24T17:24:37Z 77 ObsCal RP FPG PPhot Blue cycl68 OD1138 HIP57504 70 52 1138 2012-06-24T18:31:04Z 78 ObsCal RP FPG PPhot Blue cycl68 OD1139 HIP55936 70 52 1139 2012-06-25T16:23:21Z 79 ObsCal RP FPG PPhot Blue cycl68 OD1139 HD99635 70 52 1139 2012-06-25T16:34:19Z 80 ObsCal RP FPG PPhot Blue cycl69 OD1147 HD99635 70 52 1147 2012-07-03T15:49:27Z 81 ObsCal RP FPG PPhot Blue cycl69 OD1147 HD92096 70 52 1147 2012-07-03T19:13:36Z 82 ObsCal RP FPG PPhot Blue cycl69 OD1148 HIP58854 70 52 1148 2012-07-04T15:42:34Z 83 ObsCal RP FPG PPhot Blue cycl69 OD1148 HD95850 70 52 1148 2012-07-04T18:31:13Z 84 ObsCal RP FPG PPhot Blue cycl70 OD1158 HIP61022 70 52 1158 2012-07-14T19:09:00Z 85 ObsCal RP FPG PPhot Blue cycl70 OD1158 HIP59108 70 52 1158 2012-07-14T19:14:31Z 86 ObsCal RP FPG PPhot Blue cycl70 OD1159 HIP57800 70 52 1159 2012-07-15T19:08:07Z 87 ObsCal RP FPG PPhot Blue cycl70 OD1159 HIP53809 70 52 1159 2012-07-15T19:12:33Z 88 ObsCal RP FPG PPhot Blue cycl70 OD1159 HIP53085 70 52 1159 2012-07-15T19:15:17Z 89 ObsCal RP FPG PPhot Blue cycl71 OD1171 HIP57642 70 52 1171 2012-07-27T14:53:42Z 90 ObsCal RP FPG PPhot Blue cycl71 OD1171 HIP59588 70 52 1171 2012-07-27T14:57:18Z 91 ObsCal RP FPG PPhot Blue cycl71 OD1171 HIP64569 70 52 1171 2012-07-27T15:04:34Z 92 ObsCal RP FPG PPhot Blue cycl71 OD1171 HIP63090 70 52 1171 2012-07-27T17:17:24Z 93 ObsCal RP FPG PPhot Blue cycl71 OD1172 HIP53078 70 52 1172 2012-07-28T14:40:45Z 94 ObsCal RP FPG PPhot Blue cycl71 OD1172 HIP57607 70 52 1172 2012-07-28T14:44:45Z 95 ObsCal RP FPG PPhot Blue cycl71 OD1172 HIP63642 70 52 1172 2012-07-28T17:16:45Z 96 ObsCal RP FPG PPhot Blue cycl71 OD1172 HIP62401 70 52 1172 2012-07-28T17:23:07Z 97 ObsCal RP FPG PPhot Blue cycl71 OD1181 HIP59588 70 52 1181 2012-08-06T15:07:34Z 98 ObsCal RP FPG PPhot Blue cycl71 OD1181 HIP57642 70 52 1181 2012-08-06T15:15:23Z 99 ObsCal RP FPG PPhot Blue cycl71 OD1181 HIP55537 70 52 1181 2012-08-06T15:31:30Z 100 ObsCal RP FPG PPhot Blue cycl71 OD1181 HIP46806 70 52 1181 2012-08-06T17:39:35Z 101 ObsCal RP FPG PPhot Blue cycl72 OD1194 HIP28874 70 52 1194 2012-08-19T14:07:22Z 102 ObsCal RP FPG PPhot Blue cycl72 OD1194 HIP23203 70 52 1194 2012-08-19T14:12:17Z 103 ObsCal RP FPG PPhot Blue cycl72 OD1194 HIP23636 70 52 1194 2012-08-19T14:15:36Z 104 ObsCal RP FPG PPhot Blue cycl72 OD1195 HIP46806 70 52 1195 2012-08-20T15:57:51Z 105 ObsCal RP FPG PPhot Blue cycl72 OD1195 HIP55355 70 52 1195 2012-08-20T17:20:17Z 106 ObsCal RP FPG PPhot Blue cycl72 OD1195 HIP61404 70 52 1195 2012-08-20T17:23:41Z 107 ObsCal RP FPG PPhot Blue cycl73 OD1198 HIP35264 70 52 1198 2012-08-23T18:23:55Z 108 ObsCal RP FPG PPhot Blue cycl73 OD1198 HIP30438 70 52 1198 2012-08-23T18:28:46Z 109 ObsCal RP FPG PPhot Blue cycl73 OD1202 HD43635 70 52 1202 2012-08-27T16:20:29Z 110 ObsCal RP FPG PPhot Blue cycl73 OD1202 HIP28874 70 52 1202 2012-08-27T16:23:15Z 111 ObsCal RP FPG PPhot Blue cycl73 OD1202 HIP28816 70 52 1202 2012-08-27T16:26:41Z 112 ObsCal RP FPG PPhot Blue cycl74 OD1216 HIP34413 70 52 1216 2012-09-10T17:16:42Z 113 ObsCal RP FPG PPhot Blue cycl74 OD1216 HIP31349 70 52 1216 2012-09-10T20:02:05Z 114 ObsCal RP FPG PPhot Blue cycl74 OD1216 HIP32512 70 52 1216 2012-09-10T20:10:44Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 498

Table 218: continued. # Calibration AOR duration (s) OD absolute start time 115 ObsCal RP FPG PPhot Blue cycl75 OD1236 HIP40388 70 52 1236 2012-09-30T18:12:54Z 116 ObsCal RP FPG PPhot Blue cycl75 OD1236 HIP44481 70 52 1236 2012-09-30T18:17:52Z 117 ObsCal RP FPG PPhot Blue cycl75 OD1236 HIP41028 70 52 1236 2012-09-30T19:36:50Z 118 ObsCal RP FPG PPhot Blue cycl75 OD1237 HIP40534 70 52 1237 2012-10-01T18:08:40Z 119 ObsCal RP FPG PPhot Blue cycl75 OD1237 PPM154336 70 52 1237 2012-10-01T18:12:01Z 120 ObsCal RP FPG PPhot Blue cycl75 OD1237 HIP46673 70 52 1237 2012-10-01T20:41:21Z 121 ObsCal RP FPG PPhot Blue cycl76 OD1245 HIP45058 70 52 1245 2012-10-09T20:31:03Z 122 ObsCal RP FPG PPhot Blue cycl76 OD1245 HIP46673 70 52 1245 2012-10-09T21:25:05Z 123 ObsCal RP FPG PPhot Blue cycl76 OD1246 HIP44995 70 52 1246 2012-10-10T22:23:00Z 124 ObsCal RP FPG PPhot Blue cycl76 OD1246 HIP44050 70 52 1246 2012-10-11T03:15:10Z 125 ObsCal RP FPG PPhot Blue cycl76 OD1246 HIP43063 70 52 1246 2012-10-11T03:18:58Z 126 ObsCal RP FPG PPhot Blue cycl76 OD1250 HIP45058 70 52 1250 2012-10-14T19:01:17Z 127 ObsCal RP FPG PPhot Blue cycl76 OD1250 HIP46673 70 52 1250 2012-10-14T19:05:41Z 128 ObsCal RP FPG PPhot Blue cycl76 OD1251 HIP44995 70 52 1251 2012-10-15T19:03:16Z 129 ObsCal RP FPG PPhot Blue cycl76 OD1251 HIP44050 70 52 1251 2012-10-15T19:31:22Z 130 ObsCal RP FPG PPhot Blue cycl76 OD1251 HIP43063 70 52 1251 2012-10-15T23:52:31Z 131 ObsCal RP FPG PPhot Blue cycl77 OD1265 HIP73199 70 52 1265 2012-10-29T16:33:49Z 132 ObsCal RP FPG PPhot Blue cycl77 OD1265 HIP61839 70 52 1265 2012-10-29T16:38:51Z 133 ObsCal RP FPG PPhot Blue cycl77 OD1265 HIP57504 70 52 1265 2012-10-29T16:43:22Z 134 ObsCal RP FPG PPhot Blue cycl77 OD1266 HIP47886 70 52 1266 2012-10-30T17:40:15Z 135 ObsCal RP FPG PPhot Blue cycl77 OD1266 HIP44862 70 52 1266 2012-10-30T17:45:47Z 136 ObsCal RP FPG PPhot Blue cycl77 OD1266 HIP48036 70 52 1266 2012-10-30T17:49:27Z Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, ﬁnal version PACS Routine Phase Calibration Plan Page 499

13.2.92 Overview of lost / not executed PACS calibration AORs

Table 219 provides a list of PACS RP calibration AORs which were delivered for a certain calibration cycle, but which

1) were lost due to anomalies or PACS being in oﬀ-state for the respective ODs 2) were not executed on the foreseen OD due to re-planning recoveries. A large fraction of not executed AORs in the ﬁrst instance could be re-scheduled during later calibration cycles. However, in case of loss of visibility for a longer time period or monitoring measurements, for which the subsequent one is already on the timeline before the non-executed can be re-scheduled, have been rejected. 3) were not executed on the foreseen OD due to operational reasons.

Table 219: List of lost / not executed PACS calibration AORs. Durations are taken from scheduling log and are without slew times. Calibration AOR duration (s) OD Failed due to PACS anomaly on OD 421 and switch-off status on OD 422 RPSpecFlux 433D stdLine Unchop C158 Mkn231 000 1964 422 RPSpecFlux 433D stdLine Unchop O63 Mkn231 0001 1973 422 RPSpecFlux 433D stdLine Unchop O88 Mkn231 0001 1971 422 RPSpecAOTVal 525A nStdLS CII NGC4449 map 0002 14552 422 RPSpecAOTVal 525A nStdLS OI NGC4449 map 0002 19816 422 Not executed due to PACS anomaly on OD 421 and switch-off status on OD 422 No time loss for Observatory and re-planning RPPhotFlux 321A cPS repro blu gamDra 0017 152 429 RPPhotFlux 321B sPS70 repro blu gamDra 0017 276 429 RPPhotFlux 321B sPS110 repro blu gamDra 0017 276 429 Not executed due to PACS anomaly on OD 421 and switch-off status on OD 422 No time loss for Observatory and re-planning RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0013 627 440 RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0013 625 440 RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0013 623 440 Not executed due to DECMEC FPGA anomaly (AR-70) in period ODs 496 – 510 RPSpecFlux 433A StdRange AbsFluxA AlphaTau 0004 969 – RPSpecFlux 433A StdRange AbsFluxB AlphaTau 0004 701 – Failed due to PACS autonomous switch-off in OD 523 (AR-76). Re-covered on OD 607 RPPhotFlux 324B sPS070 200mJy grn delDra 0002 840 525 RPPhotFlux 324B sPS110 200mJy grn delDra 0002 840 525 RPPhotFlux 324B sPS070 500mJy blu delDra 0002 840 525 RPPhotFlux 324B sPS110 500mJy blu delDra 0002 840 525 Not executed due to PACS autonomous switch-off in OD 523 (AR-76). No time loss for Observatory and re-planning RPPhotFPG 262B gyronodcPS blu tmax954 HIP48036 0001 3034 526 RPPhotFlux 324A cPS 20Jy grn Iris 0002 162 526 RPPhotFlux 631A sPS70 Planck grn Iris 0001 286 526 RPPhotFlux 631A sPS110 Planck grn Iris 0001 286 526 RPPhotFlux 324A cPS 50Jy blu Iris 0002 162 526 RPPhotFlux 631A sPS70 Planck blu Iris 0001 286 526 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 500

Table 219: continued. Calibration AOR duration (s) OD RPPhotFlux 631A sPS110 Planck blu Iris 0001 286 526 RPPhotSpatial 314C StdScan045 med blue Ceres 0001 1055 526 RPPhotSpatial 314C StdScan135 med blue Ceres 0001 1055 526 RPPhotSpatial 314C StdScan045 med grn Ceres 0001 1055 526 RPPhotSpatial 314C StdScan135 med grn Ceres 0001 1055 526 RPSpecFlux 433A StdRange AbsFluxA Ceres 0005 979 526 RPSpecFlux 433A StdRange AbsFluxB Ceres 0005 711 526 RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0019 627 526 RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0019 625 526 RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0019 623 526 RPSpecWave 421A StdLS NGC6543 A 0009 1625 526 RPSpecWave 421A StdLS NGC6543 B 0009 1568 526 Not executed to ensure no run out of cooler hold time following PACS SPU recovery from failure on OD 807 (AR-87) RPPhotFlux 324A cPS 50Jy blu Hygiea 0004 162 810 RPPhotFlux 324B sPS 070 20Jy grn Hygiea 0004 286 810 RPPhotFlux 324B sPS 110 20Jy grn Hygiea 0004 286 810 RPPhotFlux 324A cPS 20Jy grn Hygiea 0004 162 810 RPPhotFlux 324B sPS 070 20Jy grn Hygiea 0004 286 810 RPPhotFlux 324B sPS 110 20Jy grn Hygiea 0004 286 810 Partially failed due to PACS SPU anomaly on OD 1096 (AR-98) Only red channel data transmitted RPPhotFlux 324B sPS 070 200Jy grn Neptune 0005 286 1097 RPPhotFlux 324B sPS 110 200Jy grn Neptune 0005 286 1097 RPPhotFlux 324B sPS 070 200Jy red Neptune 0005 286 1097 RPPhotFlux 324B sPS 110 200Jy red Neptune 0005 286 1097 RPSpecFlux 433A StdRange AbsFluxA Neptune 0006 979 1097 RPSpecFlux 433A StdRange AbsFluxB Neptune 0006 711 1097 RPSpecFlux 433B StdRange UnchopFluxB2A Neptune 03 200 1097 RPSpecFlux 433B StdRange UnchopFluxB2A NeptuneOff 3 190 1097 RPSpecFlux 433B StdRange UnchopFluxB2B Neptune 03 378 1097 RPSpecFlux 433B StdRange UnchopFluxB2B NeptuneOff 3 368 1097 RPSpecFlux 433B StdRange UnchopFluxB3A Neptune 03 386 1097 RPSpecFlux 433B StdRange UnchopFluxB3A NeptuneOff 3 376 1097 RPSpecFlux 611A StdSED sedb2a Neptune 0005 1140 1097 RPSpecFlux 611A StdSED sedb2b Neptune 0005 2268 1097 RPSpecFlux 611A StdSED sedb3a Neptune 0005 2940 1097 RPSpecFlux 611B StdSED nochop sedb2a Neptune 0003 349 1097 RPSpecFlux 611B StdSED nochop sedb2a NeptuneOff 03 339 1097 RPSpecFlux 611B StdSED nochop sedb2b Neptune 0003 679 1097 RPSpecFlux 611B StdSED nochop sedb2b NeptuneOff 03 669 1097 RPSpecFlux 611B StdSED nochop sedb3a Neptune 0003 877 1097 RPSpecFlux 611B StdSED nochop sedb3a NeptuneOff 03 867 1097 Not executed due to PACS SPU recovery from failure on OD 1096 (AR-98) No time loss for Observatory and re-planning RPElecEDAC 811A 5476A 10 na 0030 6 1100 Failed due to PACS autonomous switch-off in OD 1381 (AR-103) Re-covered by another set of AORs on OD 1397 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 501

Table 219: continued. Calibration AOR duration (s) OD RPSpecFlux 4310D nStd 5x5R M4XY 00 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M4XY 01 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M4XY 10 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M4XY 11 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M4XY 00 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M4XY 01 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M4XY 10 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M4XY 11 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M9XY 00 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M9XY 01 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M9XY 10 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M9XY 11 w69B2A RDor 02 505 1381 RPSpecFlux 4310D nStd 5x5R M9XY 00 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M9XY 01 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M9XY 10 w89B2B RDor 02 502 1381 RPSpecFlux 4310D nStd 5x5R M9XY 11 w89B2B RDor 02 502 1381 Failed due to PACS autonomous switch-off in OD 1381 (AR-103) Not re-covered due to other already scheduled AORs of this continuous monitoring RPSpecFlux 434A nStdRange RepFluxB2A HD161796 0110 627 1382 RPSpecFlux 434A nStdRange RepFluxB2B HD161796 0110 625 1382 RPSpecFlux 434A nStdRange RepFluxB3A HD161796 0110 623 1382 RPSpecFPG 411J stdLineSpec HIP21479 29 124 1382 Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) No time loss for Observatory and re-planning RPSpecWave 421A StdLS NGC6543 A 0040 1625 1384 RPSpecWave 421A StdLS NGC6543 B 0040 1568 1384 Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) No time loss for Observatory and re-planning RPSpecFlux 433A StdRange AbsFluxA Ceres 0010 979 1384 RPSpecFlux 433A StdRange AbsFluxB Ceres 0010 711 1384 RPSpecFlux 433B StdRange UnchopFluxB2A Ceres 0002 200 1384 RPSpecFlux 433B StdRange UnchopFluxB2A CeresOff 02 190 1384 RPSpecFlux 433B StdRange UnchopFluxB2B Ceres 0002 378 1384 RPSpecFlux 433B StdRange UnchopFluxB2B CeresOff 02 368 1384 RPSpecFlux 433B StdRange UnchopFluxB3A Ceres 0002 386 1384 RPSpecFlux 433B StdRange UnchopFluxB3A CeresOff 02 376 1384 RPSpecFlux 611A StdSED sedb2a Ceres 0006 1140 1384 RPSpecFlux 611A StdSED sedb2b Ceres 0006 2268 1384 RPSpecFlux 611A StdSED sedb3a Ceres 0006 2940 1384 RPSpecFlux 611B StdSED nochop sedb2a Ceres 0004 349 1384 RPSpecFlux 611B StdSED nochop sedb2a CeresOff 04 339 1384 RPSpecFlux 611B StdSED nochop sedb2b Ceres 0004 679 1384 RPSpecFlux 611B StdSED nochop sedb2b CeresOff 04 669 1384 RPSpecFlux 611B StdSED nochop sedb3a Ceres 0004 877 1384 RPSpecFlux 611B StdSED nochop sedb3a CeresOff 04 867 1384 Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) Not re-covered due to other already scheduled AORs of this continuous monitoring RPElecEDAC 811A 5476A 0 na 0047 6 1384 Document: PICC-MA-PL-002 PACS Date: May 8, 2014 Herschel Issue: 4.01, final version PACS Routine Phase Calibration Plan Page 502

Table 219: continued. Calibration AOR duration (s) OD Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) No time loss for Observatory and re-planning RPPhotFlux 324A cPS 200Jy blu Ceres 0006 162 1385 RPPhotFlux 324A cPS 200Jy grn Ceres 0006 162 1385 Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) No time loss for Observatory and re-planning RPPhotFlux 321A cPS repro blu gamDra 0051 152 1386 RPPhotFlux 321B sPS 070 repro blu gamDra 0051 276 1386 RPPhotFlux 321B sPS 110 repro blu gamDra 0051 276 1386 Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) Not re-covered due to time constraint of asteroid encounter RPPhotFlux 324D sPS 020 200Jy blu Ceres+Sylvia 01 686 1386 RPPhotFlux 324D sPS 020 200Jy grn Ceres+Sylvia 01 686 1386 Not executed due to PACS autonomous switch-off in OD 1381 (AR-103) No time loss for Observatory and re-planning RPPhotFlux 324B sPS 070 200Jy blu Ceres 0006 286 1387 RPPhotFlux 324B sPS 110 200Jy blu Ceres 0006 286 1387 RPPhotFlux 324B sPS 070 200Jy grn Ceres 0006 286 1387 RPPhotFlux 324B sPS 110 200Jy grn Ceres 0006 286 1387