KAERI/TR-4066/2010
A|$g ga^aiAISS Straddle-packer System SS 716
Techniques for Field Operation of Straddle-packer System in Deep Borehole
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Summary
I . Project Title
Techniques for Field Operation of Straddle-packer System in Deep Borehole
II. Objective and Importance of the Project
Currently, the conventional hydro-testing equipments are double packer system which is applicable to simple test, such as open hole slug test, constant injection and withdrawal test, and Lugeon test. This equipment consists of wireline for lift, PE tube for water injection or withdrawal, inflatable packer, packer tube, and test interval screen. Even though conventional equipment is suitable for medium to high permeable zone, the wellbore storage effect can effect the data quality and make long time for hydro-testing.
Therefore, it is necessary to establish an appropriate hydro-testing tool for the qualified characterization of deep geological environments, especially for the hydraulic properties of rock formation.
HI. Scope and Contents of Project
This research project had been initiated for the purpose of establishment of advanced infra-structures in KURT (KAERI Underground Research Tunnel). The straddle packer system was developed for hydraulic characterization of geological formation using deep borehole.
This technical report consists of design concept, basic requirements, function of each part, field operation procedures and techniques, detail design drawings, and
v specifications.
IV. Result of Project
The qualified hydro-testing tool, which is suitable for medium to low permeable formation, using large and deep borehole, has been developed. This tool will be applied for the research project on development of HLW disposal technologies and the site characterization activities of LILW disposal project.
More specific parts for the enhancement of tool functions, such as constant rate controller, constant injection pump, DAS box, and trailor-based support laboratory, will be supplemented through the further design works.
Prior to field operation using this hydro-testing equipment, every researchers should be well acquainted with this technical report.
V. Proposal for Applications
A state-of-the-art test tool and trailer-based support laboratory have been designed and built to carry out straddle-packer testing at KURT facility site. The quality controlled hydraulic properties of rock mass formation will be provided for the HLW disposal system development, safety assessment, nuclide migration in natural barrier, and engineered barrier system development work. It is expected that this equipment and its technical contributions will enhance the domestic technical level in a field of site investigation.
VI CONTENTS
Chapter 1 Introduction ...... 1
Chapter 2 Design of straddle-packer system ...... 5
Section 1 Technical backgrounds ...... 5 Section 2 Basic requirements and design goals ...... 6
Section 3 Detail design ...... 8
Chapter 3 System components ...... 17
Section 1 System layout ...... 17 Section 2 System functions ...... 20
Chapter 4 Field operation procedures and techniques ...... 39
Section 1 Preparations ...... 39
Section 2 Tool setting ...... 42 Section 3 Packer inflation and H-DHSINV open/ close ...... 49
Chapter 5 Conclusions ...... 53
Chapter 6 References...... 55
Appendix-1: Design drawings of straddle-packer system ...... 57
Appendix-2: Quartzdyne Digital Pressure Transducer (P2, P3)...... 83
Appendix-3: Pioneer Sapphire-silicon Pressure Memory Gauge (PI)...... 103
Appendix-4: 60mm H-DHSIV...... 105
Appendix-5: 60mm Submersible pump housing and Redi-flo II pump ...... 113
- vii -
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3. 60mm Downhole hydraulic shut-in valve (DHSIV) 44 26 4. 60mm Submersible pump 44...... 30
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2. 94 44# 99 ...... -49 3. 419 inflation ...... -50
4. H-DHSIV9 941 ...... -51
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44-1: Straddle-packer system 941529 ...... -57
44-2: Quartzdyne Digital Pressure Transducer (P2, P3) 49 449 -83
44-3: Pioneer Sapphire-silicon Pressure Memory Gauge (PI) 994 103
44-4: 60mm H-DHSIV 44 9 94 449 ...... 105
44-5: 60mm Submersible pump housing and Redi-flo II pump ...... 113
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Item No. Parts & Description Function Quantity 1 Basic Straddle System 57 mm Straddle Packer System with lm test interval 1.1 - Isolate the interval 1 and bottom cap with cross-over to IPI O-Rod - The length between packers can be varied using interval 1.2 3 m Interval-extension Module 6 extension modules. 1.3 lm Interval-extension Module 2 - Both packers are inflated on one inflation line. 1.4 0.5m Interval-extension Module 1 - Including pressure pump, digital pressure gauges, valving and connection hoses. 1.5 Packer Inflation System 1 - Pressure system for packer inflation and monitoring packer pressure during testing. 1.6 57 mm replacement packer elements - For replacement of packer elements 2 2 Down-hole Shut-in Valve (DHSIV) - Hydraulically actuated shut-in valve. 57mm Zero-displacement Down-hole Hydraulic Shut-in - This is a zero-displacement valve and is activated using 2.1 1 Valve hydraulic pressure from the surface. - It requires a separate hydraulic line. 3 Control Lines - For packer inflation 3.1 Packer Inflation Line 1,000 m - 1/4" 316L SS x 0.049" wall thickness - For opening and closing the DHSIV 3.2 DHSIV Hydraulic Control Line 1,000 m - 1/4" 316L Stainless Steel x 0.049" wall thickness 13 - Item No. Parts & Description Function Quantity - For packer inflation line, DHSIV control line, and data 3.3 Cable Reel 3 cable 4 Data Acquisition System Downhole Sensor Housing to hold P2 (test zone - Housing for pressure sensor that monitors the pressure in 4.1 pressure) and P3 (pressure above upper packer) 1 the test interval. transducers Quarzdyne Pressure Transducers for P2 (test zone - 0.75" diameter 345 bar Quartz Tranducer, resolution 4.2 pressure) and P3 (pressure above upper packer) 2 0.00006% full scale transducers - High-Resolution Silicone-Sapphire Memory Gauge, type Pioneer PP25, including down-load cable and software, PI Memory Gauge (to measure pressure below the 4.3 Resolution 0.0003% full scale 1 lower packer) - This will not be real-time, but can be evaluated after the system is removed from the hole. - To send the signal to the real-time data acquisition system 4.4 Data Cable - 4 22AWG twisted pair, shielded, waterblock, with Kevlar 1,000 m re-enforcement and polyurethane jacket) - This consists of a data acquisition module for all real-time measurements. 4.5 Data Acquisition System 1 - HydroResolutions LLC Data Acquisition System, including Software, Communications Interface, Enclosure 5 Submersible Pump System 14 - Item No. Parts & Description Function Quantity - 60 mm OD Submersible Pump Housing with Grundfos 5.1 Submersible Pump Redi-flo 2-inch Pump, Including 100 m Electrical Cable, 1 and Variable-speed Controller 5.2 Manual-Operated Cable Reel - Hand-operated cable reel for spooling the cable 1 6 Tubing Accessories 6.1 6-meter IPI O-Rod - carbon steel, 1-inch diameter 125 - Rod, with O-ring seal. Each rod individually tested to 6.2 1-meter IPI O-Rod 10,000psi. 5 - To protect IPI O-Rod threads from damage and extend 6.3 Thread Protectors for IPI O-Rod (set of two per rod) 130 rod life - For connecting IPI O-Rod to customer hose for injection or 6.4 Cross-over from IPI O-rod to 1" NPT female thread 2 withdrawal of fluids to/from the tubing - The IPI Safety Joint is placed below the pressure sensor housing in case the straddle packers get stuck in the hole. 6.5 Safety Joint w/ 3 Tonne Shear Yield - This allows retrieval of the electronics from the hole shear 1 pin activated by pulling up on the drill string with 3.5 tonnes on the safety joint. - For running control lines from cable spools into to 6.6 Running Sheave for Control Lines 1 borehole - For lifting packer system and IPI O-Rods in and out of borehole 6.7 Hauling Sub for IPI O-Rod 2 - IPI O-Rod Threads, Swivel movement for ease rod make-up 15 - Item No. Parts & Description Function Quantity - Holds galvanized or plain steel pipe, stainless steel pipe, and either flush joint or coupled PVC 6.8 Rod Slips and Accessories 1 - Holder with one set of slips, additional slip sets each set, removable side plate, wire guide 6.9 Rod Elevators - Used in pairs or with Column Pipe Holder 2 - Gives maximum cable and control line protection across the coupling being the most vulnerable point. - Easy and rapid installation with pre-engaged swing bolt locking mechanism 6.10 Cross-coupling protectors for control lines 130 - Streamline design to avoid damage and hang-ups while running in hole. - Designed and tested to withstand high axial and rotational forces, preventing slippage and twisting of lines. 16 - *11 3 a A|^ai o| Z^LM *0 1 Layout ^s. 44^44 4#% 44^ 44°11 4# ^il 4541 ^°l 7>44^4 #>§ % 7]4 _a_?D& ##44 4^4 4^ Fig. 3.14 #4 ^#^^4. 4^1 A1^4 4 711^44 44-14 44444. a ] 44 4^4 444 ^14 4^ 4 4@j Til# Table 3.14 #4. Al^Bjsi 4A 4^ 444 4444^1 444 #o| 4^4^44 A14^ 44 44 444 44 4 444- 244A1 444. (1) 57mm Straddle packer system 44 (2) 60mm Downhole sensor housing 44 (3) 60mm Downhole hydraulic shut-in valve (DHSIV) 44 (4) 60mm Submersible pump 44 (5) Surface equipments 44 17 - QSE/OtfLlRC:. WATTEFllMJeCllOM GUE — ::ai Ai P^:^)L.REEiN%^CAJG_: PACKET IIMFI WTON HOM HYDRAULIC 5HJT-SI VALVE CO'- TROlTLOIn G HYTFAULIC if JT IN VALVE 'JMP nr ncvw.-ioi h SENSC T HCUSl '-.G FLOW CONTROL VA.YL FF-hANOrfirEAD h “ CONNECTOR r _ PACKER INFLATION TUClL 67MM 'Or RAC ICR INJECIJON IO.l STMM HOI DVIFAt KHT Fig. 3.1 System layout and major components of straddle packer system. 18 Table 3.1 Flow-through and Pressure Specifications for Selected Components of the IPI Straddle Packer System. Minimum Pressure Nominal Flow-through Rating 101mm OD Downhole Component ID hole bar [mm] [mm] [psi] 57 mm Straddle Packer System with lm test interval cap with cross-over to IPI O-Rod 57 13.8 165 [2,400] and bottom 3 m Interval-extension Module 60 50 - lm Interval-extension Module 60 50 - 0.5m Interval-extension Module 60 50 - 60 mm Downhole Sensor Housing to hold P2 (test zone pressure) and P3 (pressure 60 14 - above upper packer) transducers 60mm Zero-displacement Down-hole 57 10 Hydraulic Shut-in Valve Packer Inflation Line - 1/4" 316L SS x 6.3 3.8 0.049" wall thickness DHSIV Control Line - 1/4" 316L SS x 0.049" 6.3 3.8 wall thickness Data Cable (4 22AWG twisted pair, shielded, waterblock, with Kevlar 11.2 - re-enforcement and polyurethane jacket) Quarzdyne Pressure Transducers for P2 (test zone pressure) and P3 (pressure above upper packer) transducers: 0.75" diameter - - 345 [5,000] 345 bar Quartz Transducer, resolution 0.00006% full scale PI Memory Gauge (to measure pressure below the lower packer) High-Resolution Silicone-Sapphire Memory Gauge, type - - 345 [5000] Pioneer PP25, including down-load cable and software, Resolution 0.0003% full scale 19 - *11 2 5 7l^ 1. 57mm Straddle packer system ^-§r 445] 5] 57mm 431, steel wire# 44# 44 31# 4 44- ## -4 4 (Fig 3.2)51 #4#-4# V NPT female# 4 o^Jf- 7 } #4 4#4 ^4^ 200mm 44- o] 44:t-01|# downhole sensor housing 4 4444- 4-if sfl45] -g- *11 if 4 4#4 195mm, 4'4|#4 160mm°]4- 31 4-0) a ] 374 3}) 4 5] 44# 1,000mm°1 4- ^1 if 44 4# 4444# injection port?} 4^ 90mm 44 s] sub?} #44 4, zl ^3-S 44 90mm 444 sub7> 4444 4444- 44 44(Fig. 3.3)4 4, 44 444 444 44 I60mm44. 314 444 4 44 44 444 4444 1,000mm 44# 444. 44 44 4 44444 Pi 44 44# 41 #44 44 end pulg7} 4444, 444 80mm 44. 4444# 444 314 444 444 4444. 4444# 444444 44 # 44 4 44# 4444 extension sub(Fig. 3.4) 0.5m 14, lm 24, 3m 64# ### #44#4. 4444 straddle packer assembly 441524# Fig. 3.54 #4- 31#444 44 434 44# 2,400psi (165 bar) 44- Fig. 3.2 Upper packer assembly - 20 - Fig. 3.3 Lower packer assembly Fig. 3.4 Extension sub - 21 Inflatable Packers International Pty Ltd 57 mm OD HP STRADDLE UK 4, t P«t-o Coin. Oilxfre Pwk W> t»17 AUSTHALIA Ph:*61 eM04ftc-61 8420*2*40 PACKER ASSMEBLY Enu-: ohKKmbMofoeamt.aiTiju I" NPT PEMALL (OR OTHER St’ABLE SIZED THREAD) 22 O.D. K 13.8 l.D. l/4’ Seogo^k INFLATION COkn ECT>0*i TO? Pa CKK (NATURAL RURRFH WITH STEEL WHTf MlNFOflCEutNT) INJECTION PORTS EXTENSION sues TO LENGTHEN STRADDLE Fig. 3.5 Design drawing of 57mm outer diameter straddle packer system assembly. - 22 - 2. 60mm Downhole sensor housing 45 4 7) 45. 4 °T| 1444 downhole sensor housing(Fig. 3.6) °T| 4 5 7fl4 44 ti.SL'i: 5445 ^51^4 44 147} 7] Tll^O.^ ufl »- nl^-# 31, #ZM 4471 454 7>1 54# 7]i-cx) H44 # 5544. Housing 5 7fl4 AjjA)l P2/ P3 44 7)) 5 A) 44 (P2), 15 44 4 #4 44 (P3)# 5144 #47} 1444 45-4, 4 44 #44 14 415 #44 44444 4444 44. Housing^ 415 60mm 431 444 14mm 4 4- P24 P3 444 44 43144 Quarzdyne digital pressure transducers5.A) 4 44 0.75", 44 7}4% 44444 345 bar (5,000 psi)°|3I, 44144 4 44444 44 0.00006% 44". 4# 44 4A)4 444 dl 44(pressure data cable)5. 4444 4444 dass 444 4444. 454 45 4454 55-24 55454 43is; 45 4)7-1 4454 pi 44445 544 444 54s. dass 45444 s. 454 pi 44444 4445 44 ^ ^4 4^44 4544 4144 44sje.5 5 4 55 454- PI #4 #45 High-resolution silicon-sapphire memory gauge (Pionner PP25)SA) 71)4 545 345 bar (5,000 psi)43I, 44144 1 7114444 14 0.0003% 44. PI 44 4All 154 Fig. 3.74 144, 45 4)7-) 4454 end plug (Fig. 3.3)4 #544 7)-544. Pi 14 #44 1545 5514 55454. 4440] 60mm Downhole sensor housing 441544 Fig. 3.84 14. Fig. 3.6 60mm Downhole sensor housing - 23 - Fig. 3.7 PI pressure data logger and data cable - 24 - Inflatatije Packers International Pty Ltd Uri +. i Pimj^wri.vWflrni Pt* titi. rari i r AUSTRALIA HP SENSOR HOUSING Ft, +91 G 9244- 2MB F. <*&1 9 MM M4S Enul: itftiQrifhiaiHt.padccii Mm u -j r Oc-3932 : VNPT FEMALE TRANSDUCER CABLE CABLE SEALING C$LAn; KNURLED SWIVEL NUT C able sm v?<-u a -. i — IN--.A I ' r-RU-1 . Tlr SECTION A-A 0T(j tf.tct. o.C 950 OrA 55 ■ ranscucerucus RREti&IHE fRANSDUL'ER INF ATTON Tl -^U T vC T NPT FEMALE Fig. 3.8 Design drawing of 60mm downhole sensor housing. - 25 - 3. 60mm Downhole hydraulic shut-in valve (DHSIV) -^-9 Hydraulic downhole shut-in valve (H-DHSIV) (Fig. 3.9)4 44 41 7] IF 4 straddle 94 4 49 Si 4 #4 pressure sensor housing 94 4994. o] 944 4^9 41444 #2)4^^ 9^471 444 4^44^ 42I47I 4# 4 944- H-DHSIV4 9 #314 Sl^A) 7^94 £4 49999 9444 J=ti^ 421 51-0]6)1 7Hl]Alhr #94 Si 611 4##4- ^9 9§H6l4 7^994 431, #9 9 7M49 49 4 4^44- H-DHSIVS] 94494 Fig. 3.104 9914, 941# 4^ 9 44 #2) 4 4 #4 94-44 #4494. Fig. 3.9 60mm downhole hydraulic shut-in valve 4944 si #44 44944 #44 94. (1) H-DHSIV #4 44411- Downhole sensor housing 94 Si 1" NPT female thread 4 4 9 #4- (2) H-DHSIV 94 494 IPI 0-rod# 44494. 99 4494 l" NPT female °14- (3) H-DHSIV 994 94 1/4" Swagelok 494 49 49 94# 44494- (4) IPI D-rod# 4944 -S-444 4^44 94496 ] 4994 . 44 94 4 6^46] 94" 49 9#7> 9944 4^4 9 si944 #4- 7>949 #^si 4 44944 9## 44449 94 49994. (5) 44444 944 4=49 lit 4944 h -dhsiv 7> 4444 4994 - 26 - 44# (6) 4 #4 44 4^4- #4 ## ### H-DHSIV# #4 #4 44 #7] ##4 ### 44# 7}W. H-DHSiv4 # ### 444-4 444 4#4 ### 4-4# 4-47> 44## aji 44444 44M 4# 70 bar 4#. 4444 4# 44 44 # ##4 44#(%)# #44 44-. Activation Pressure (bar) Percentage Closed (%) 0 0 11 1 14 5 22 25 40 50 49 75 61 99 67.5 100 (7) # 1#7> #4#4 4444#44 44# 4## 4-§-#4 ipi O-rod 44 #4# 4444:4 4# ###4- 4# #44- ### #4# 4444 #4 44- 44-# #4# # #4-. 414444# #44 4144 H-DHSIV4 housing 4 44 4#4 #4 #4 44 4 444 #41# 4444 r 4## 444-31 4-## 44 housing# 724144 4-. 7241 4-44 4#4 441 #4# Fig. 3.1144-. (1) #4## 4##4 h -dhsiv # #44 #4# 4## 4#4-. 44 Fig. 3.11 4 24 (top sub)# #4## #31 4## #4## 41 #4-. (2) 13# (lower crossover IPI pin)4 4# #4 #4-. (3) 12# (end sub)# #4 #4-. (4) 3# (outer case)4 4# 44## #4#4-. (5) 4## housing (#4#4 4# #444# 44#)## 7244-4 44 (6) 11# (inner end sub) ### 4#4 C-#44# 4#4"4 ##4 #44-. (7) 4## housing# 2# (top sub)4 ##4:4*. (8) 12# (end sub)# 13# (lower crossover IPI pin)# ##4:4-. - 27 - TOP CONNECTOR PIPE "TOP CROSSOVER SU8 BLANK BS 124 O-RING TUBE FTTTlNir SS-WO-1-2 MB X 1 SOCKET BET SCREW 05 141 O-RING BS 139 O-RINO VAI VF rtHOS.’SnVFR $13 2 H5 124 0 RING r■ I_^ni = i . . ' . 15 3 5PHIN5 BtWIR IB 1 SPAING if 1 16 [ Ntk SP -:ih ;l mp/v : >k i ha ip Hr . -:p i • uQ'TOy CON HECTOR VALVE STLm BEARING BOTTOM CR0B8QVE R SuS ill AMK VA'-VL AC ILAlOH I klA flfalUMd______I 1 VALVE STEM I 1 VALVE STEM SEAL 23 —. ---- 10 DETAIL OF BALL VALVE SECTION Inflatable Packers Intematonal Pty Ltd TWTRr T bte-^T HYDRAULIC H.P. DOWN-HOLE uha 1 Ch** Colt G*arve -wt A A dull1 .AUtfTiVUA Fx Ail*id04 5M4 5HUT-IN VALVE PARTS t>RG ALL h CRSiAEn Ek TS H MILLIMETRES LHfcESS STATED Fig. 3.10 Design drawing of 60mm downhole hydraulic shut-in valve - 28 - Inflatable Packers International Ply Ud Ure: i. 1 Put WA ITIf? AUSTRALIA Fh tfil B HHM 2441 Fj =EI IBK 1440 60 mm HYDRAULIC DHSIV F Brail nbSnlJUtie-paring am PAJ4T qfTV DESCRIPTION ho 1 1 rOP^*Oi=Ov|* PI tax j hop sue a 1 tiJTtt ::ahi 4 1 VALVE PSTOV 5 1 VALVE BODY 6 1 Vh L'-'I Sl|U VALVE ACTUATCJfl fl BjSm 9 IUNEP FIFE SFRPNE c-TEM 10 p etov end Block H IkMI < LNIJL..I l| T END 5LB i} 1 i OM|R t*OS 50v| R p|h 14 2 oflii+ses . iit ii ) ■MIH3GB -12E it 04HN3*$ ■ 2U i: T OFINjBB ED IB MlhH3 GB ■ Ml n 0*IN3*J ■ 11* m Q-HhK3 GB -126 21 <> - mb Fig. 3.11 Design drawing for housing replacement 29 4. 60mm Submersible pump ^xn 4=9 #£9 4^9-^ 4#-94g. ^#4, 4=94#, 49444# ^ #7,4##- o_g. 944^4. 944# 944 944 4^1 494 4 # 49# 9 ^S^4. 9 49## ### 4=9 #£9 Grundfos 44 Redi-flo II (2" environmental submersible pump)°] 4- °1 it)] *14 — 4 9 4 housing 44 994 $5.4" (Fig. 3.12). Fig. 3.12 60mm submersible pump Housing 4 44# 94£94 Fig. 3.134- 944, 4=9 9£4 449 99-54 999^4-. 49 944 34 220V/400Hz49, 44 4=94 949 100 ml/min ~ 9 gpm (40 1/min)94 (Fig. 3.14). 4=9£7} 9494 4=994 9944, 44 4= 994 zt #44 4444 (Fig. 3.15). 4, 44 #4-4714 4# 449 4 #9 # 4 4449 449 99# £444 4=9 #94 9£# 9444 #4. - 30 - Inflatable Packers International Pty Ltd UNI 1. 6 PKro Cmit, C*«KTW P-1 WA M117 AUSTRALIA Pt\ +41 B 9204 244B Fa: *41 B 9204 2449 OD SQE-2-55 Sampling Frtiwi lrtto^inliit^4*-e*c*jei*joniT. Pump & Straddle Packer Assy I - /* i/*■ 'hwa liflcrtei Tube (fenaito* PLAA ChJ TOP or pump ACTION fi-A HGIkl: . Pcch-en re~«d 4or 50 her In 06 f—m hr m 2. A I mO'rtl ports ~ 316 5lil’'k*i Slv(- 7 ^ nmum PflO'#' ID ~ 21 } mm <, S^-qdd * ^ngfh *dfi,T*edi fed ood'ng 1" tf'Jl ttvenemd p v-ee -and cc pllng# PACKER ASSEMBLY PUMP ASSEMBLY Fig. 3.13 Design drawing for 60 mm submersible pump housing 31 Dimensions (inches/mm) Mat Weight: S.SLB3. i'N u L induding motar landj Fig. 3.14 Grundfos Redi-flo II pump 0123456789 Flaw Rata (Gallons Par M nuto) Fig. 3.15 Pumping rate in related with motor voltage and total groundwater head - 32 - 5. Surface equipments 7 }. HydroResolutions LLC real-time Data Acquisition System 444 4^444^^ (DAS)# 444 71)444 4?!# 44444 ^44 4444 HydroResolutions 44 DAS# £^4^4 (Fig. 3.16). Fig. 3.16 HydroResolutions LLC DAS DAS4 444 4#^ 4444 ^4, 2.4 44 4# 44 4 444. • 44^Zl Til#7] 444 Ethernet I/O 44 - MOXA ioLogik E2240 with eight analog inputs - Two analog outputs - LDP1602 LCD module • Quartzdyne 44 4444 #4# 44 Ethernet 4 4 44 444 RS-485 - MOXA NPort 5232 - 33 - • ^44 DAS 4 44# 444^ Ethernet ^44 - Atop model EH2006 • #-¥1 # # 4 +1 (Ethernet I/O A~| 4, Ethernet A41 x)z Quartzdyne #4 dl Ai) - Allen-Bradley 1606-XLP50E 24V and 1606-XLP50B 12-15V singlephase • DAS 411 4 - DAS ##-§- Borland C++ Builder^ A1^44 AM #444 mySQL 4444444# x}£_^ 4 ## # S-M. 40144°|4# €4 44" #44 4-4# # $M. - Borland C++ Builder 4 7)) 9 ->e] HMI (human-machine interface) A DAS5) 71## Paroscientific gauge package## #"§-# ## 4 ZL## # +1 #|°1 4#M. - das # hmi #^^44# 1# #4, ## 4#^## ##, 44 444 ## #£(# #), ## ## ## 4 ## ## 4# ## s## i+ s.# ### #44 ####, ^#4 Ai~g-#7> ### ## ##44 ### ^##7} 7}###. • #4# 4#4 #. Pressure controller # Air compressor 444 ## # ZL5)J1 H-DHSIV# ;M1# 4# #4 ^##4# Fig. 3.17 4 ### ### ja ^ ## ### #4 ### A^y^ o] #4 ^#### #?l y-#7l (Fig. 3.18)4 4##4 #4# 4##-P-4, #4 #44# 4#% #44 44 #7l ##4# #4# 4^ 4711 44. - 34 - Fig. 3.17 Pressure controller Fig. 3.18 Air compressor - 35 - 4"- Pump controller IPI O-rodSl -yal 444 444 4# 4 = (Grundfos Redi-flo 11)4 44 ^ # 4 44#^- 44-4 ^4 4-4 (Fig. 3.19)4 ^4^4. 4^44 44-44 4=4^4^, H-DHSIV4 7^1 40], 444- a ]h 44, ^5)a ]« ^4 4a)o^l ^7)) 4^4 4^ 4- ^4# ^r $%4- Fig. 3.19 MP1 Pump controller 4. IPI O-rod IPI 0-rod4 4^ 444444 444 ^PLo)4 (Fig. 3.20). # 4^^A)^ carbon steel 4 ## 444-$l44 4 #444# #4# ticM47l 4)44 0-ring4 cap°] 4444 $14- 3.44 (10,000 psi) °] 7] 444 444# 444 444 4 4^4^ 44 7}444-. 4444 NPT female, male #4°|31, 444 444 #444 4444 444 4 44 jamming 7}# 4# #44. 444 6m, lm7} $1#4 444 33.4 mm, 44 4 24.1 mm, 4#4 4 44 44 mm44*. - 36 - Fig. 3.20 IPI O-rod 4. 4# 44^-44 y° 0>, ZLB]JI A] .tiofl % 44 Fig. 3.214 4 AA$\ -8-S.4 4^4r 4w4 #4. (a) 3444 rod 444 : ss4 44 4 444 44 a.444- 4444 4# 44 (b) 444 rod 44 4 : 44444 ££4 4444S. 44# 444 ss4 4 4-44 4444 444 (c) Rod Stopper : s^4 44 ^ 44= 44 ^4=4- 4^4^ 44 (d) Rod and tool stopper : SS4 44 4 44= 44 44=4 4444 4 4SA^| z| SS-4 44t St straddle packer 4-4 -@-4 7]4A^ A|~g--§l-4-. (e) 444 : 4f§- 4-44 444-4 4^ 444- -§-444 M. (f) 4 4^4S3 : Data cabled 4# mS4 4 %^4 44 4*4 44 4 4 c]S3SAi 444 4-4-4 4444. (g) Pressure data cable : 7}4 #4-§- 444-SA^ 4 4" 4 DAS4" downhole tool 4 pressure sensor 4" 4 4 4 uk (h) Volume tank : 44 44 4 H-DHSIV4 444 4-§~4:4 4n"4 M 13 SAi 444 4^4 4=4" ^ 4 - 37 - (a) rod <31^1 (b) rod ^ (c) Rod stopper (d) Rod and tool stopper (e) 7 ]*) rfl (g) Pressure data cable (h) Volume tank Fig. 3.21 Accessories - 38 - %n 4 # sg mn sj 7| 4 i S dS ^ #*14^ l. Hf M4#H^a4 H*N# -BH TUltflir 4f7]$cls S-7)] 7lH*c]dha» >U]Efl # °!l M] c]#c]^z3.# ^l^jLS- #### pressure data cable, packer inflation hose, MP1 pump elecetical cable, shut-in valve hose# ###7]] #Jl# # ^## ## (Fig. 4.1). 2. Pressure data cable 7 ] x] Pressure data cable# cable disc0!] 7]x] Pressure data cable# 3] ## %]# - 39 - ^#4 #31 ## nfl W (Fig. 4.2). Fig. 4.2 Reel of pressure data cable 3. PI probe PI probe 0!] ### PI pressure sensor# #5]a ] 'y S] #a ]°]] ^5L# A1 ##5. #^#31, data logger case0!] ^### (Fig. 4.3). PI probe# ### #&]-# ## ##°| A] PI sensor# PPS smartvieuM: -F^fl Ai A] # °] 3}##^ ## s]] 3] S] ## (lower pressure memory gauge housing) 0!] #4. - 40 - Fig. 4.3 Setting of PI pressure sensor - 41 *11 2 i! 71^1 4^ 1. packer^- packer rod^l <3 57mm #-# packer#- packer rod# ‘Sll'Sj-Jl, 41# 41## #71 4}## -r)#-# packer rod# ## ## #|##- (Fig. 4.4). Ft, packer rod# ### 41, ## packer ##41 ##4|# t*!##-# bottom packer?} ### 4)5. #### #31# ## ##-. Fig. 4.4 Connection of lower packer and packer rod 2. rod 41 SI51 ### - 42 - 3. ^ # Fig. 4.5-2}- 44 _g.5]]y tool-#- 4-§-4] 44 !4 # -31] 44 44 4 packer rod ! 44#!. 44 n # 44# 4, 44 packer 444°H4 147} 4 4414 #1, 444°H 447}- yyy # portable packer inflator# 4444 #444 44 y 1344. y 4 43a ] yyy# Fig. 4.sy 34 #! yy yy 44 y 444 34 44. 4. Pressure sensor housing! <4 Straddle packer system! y 1 °] 44 -# 44 414 pressure sensor housing # 4443 sensor housing! 4441 41 packer inflation tube# 4444 (Fig. 4.6a). a] 4 41# #4 44 44, sensor housing 1 4444 pressure data cable! packer inflation tube# 4444 (Fig. 4.6b). 44 packer inflation tube# 44 44 44# 4444 4144 yy. - 43 - (a) (b) Fig. 4.6 Connectiing of packer inflation tube (a) and data cable (b) Sensor housing^ 4T ■°1] pressure data cabled packer inflation tube# 4 4 # -91 49#4 49 4 #9-49 44 Fig. 4.74 9°1 #44 4 O 21 (3M PVC tape)# 9#44 f Fig. 4.7 Taping of packer inflation tube using 3M PVC tape - 44 - 5. Rod^l 4(1) (shut-in 4f4r) H-DHSIV# # 4 &1 7| # 4] shut-in 'S J=L 4 pressure sensor housing Aj-°]°T| 2m ^ ^d# o] 4) a^lSl# 0)^4 rod# pressure sensor housing# ####. rod# #4# 41 5.— 444]# ^1##4 Si #44 ^4S4 (Fig. 4.8a). #5. 444# 4## 41 #5. 444 (Fig. 4.8b)# cable# ## # SlAB-5- (cable killer) SKE.a ] °] -§-#52# ##. Fig. 4.8 Connecting of rod to top of pressure sensor housing using rod stopper 6. H-DHSIV <54 44 H-DHSIV# 444-31 shut-in #244] 31# tube# 44## (Fig. 4.9). - 45 - Fig. 4.9 Connecting of H-DHSIV and hydraulic activation tube 7. Rods] -9^(2) (shut-in 44# 4^49 IPI O-rod# 99494 rliM 9 4 9^4 994# 99 494 44/ #44 3.4 9# 4#49 44444 44 4 4a.# 44 #4. Shut-in 9# 4 44 4441 4-4 4 41 44 line (packer inflation tube, pressure data cable, shut-in valve tube)# 99# 4°1 ## 3M PVC tape# °]# 44 ##4 419444- 4 5.a.9 94#4# cross-coupling protector (Fig. 4.10) # 4449 9a44 999# 99444 94. - 46 - 8. Pumps} 494 444 4 a # 4#, -91 rod 9)4 9 —# 9 4919= 444, controller cabled 99 7} 100 m °]—5- 951 100m 9-9* lit 99#9* (Fig. 4.11). 9937} 4#4# 94## 97>99 4aa 99 994 9*9* 49# 4 #4 49 9 9#44. Fig. 4.11 Installation of pump along the IPI O-rod 9. 9J"-t- 5L— cap aa9 999 4a9 9 4*9- ih cap# Fig. 4.129* 99 99 9 9, 444# #4 44S# 99*. 7>499 a.4 9 9 994 9499 aa# 449a# 4# 99 99999-, 34199 99# 4# 444 999 444# 9a# 9# 44 4 99 94. aa cap# 444494 4444a# 444491 9494. - 47 - Fig. 4.12 Attachment od rod cap adaptor - 48 - 4 3^ inflation ^ H-DHSINV 7^1 4^ 1. Pressure controller 91 ^ #9 pressure controller °1| air compressor# ‘9### (Fig. 4.13). Pressure controller°1| # #9 ^99 7} 29 9## air compressor# 31# #—5- "9 9##. Fig. 4.13 Setting of Pressure controller and air compressor Volume tank# pressure controller°ll "9# (Fig. 4.13) #, 9 ## 31# # # (packer inflation tube, H-DHSIV tube)# pressure controller°H ## 9 9 ##. 2. 4# 711 o 11- ^ #919 pressure controller cable# DAS# 9 9 ##. Pressure data cable# DAS 9 99##. Submersible pump cable# MP1 controller 91 99##. - 49 - 3. 41 9 \ inflation Air compressor# 10 kg/ cm2## #4 4:4*. 4] 4 inflation tube# pressure controller 41 ^##7] #4] 500 psi# packer4] 7}## 4"4ir Fig. 4.14-4 ### 4] 7]## #4# 4^##. ##4## 300 psi 44414 packer7> 40 M4#, packer4 ### 5144 500psi 4^^ 44##. 500 psi# #4#4 pressure controller7} 4 4 4 #4 4*4 8}-4 4: # packer inflation tube 4 4 4 4 4 packer# #44 44*. 44# #4 # #4 #44 #4 #4*# #41 4*4# 4 44 434* 4## 4*44:4*. Deflation 4 4#4# tube# ##4:4*. Fig. 4.14 Controlling the pressure controller gauge - 50 - 4. H-DHSIV4 H-DHSIV# 44 4 7>Sf7l 4 444# M# 4## 4444 44 °1| °]-E 444# 4# ##4 4444- Pressure controller 0!]4 Fig. 4.14-5] 4# gauge# shut-in mode# #31 444 44ir 7}44 shut-in ##7} 4# 4] 44 44ir 7}44- Shut-in ##4 414] #4# pressure sensor 5] 44# 4## # 4 4. Pressure sensor 5] 44# DAS ###41]4# #4 4444. H-DHSIV# 44 tube# 444##4 4444. - 51 *t| 5 9 S B #94 # ^.#49 3.e444#9 4#7i#7n## 4449 44 499 49 #4# 444 99 #### #4, 97}49 94 49444 94. 9 94 # #44 7]# #e4 #44 44 944 44^- ^#9 999 4449 997} 44494 #49 1#4 9 4 719 #4. 994 7149 499A-1 9:49 44 449999 97>9 949949494 949 2007949 399 99 94#(i,ooo m) 499999# 44944. 9 949 94# 449 94 944949 994444 949 44 49#4 71444 ^449 99# ### 944, KURT44 44449 444^ 9 94 4414# 4444 #49441 49 449 944. 444## 4#9 49 , % 4#4#94, 494994/ DAS #9 ## #^4 944 44# #44 zi 49 # 49# 4444. 9 4^94# 4444 94# 4##44 494 #444# 4^.4 #9 9# 44 9#4 9 4 ##3.4# 494 ##4 #44#, 99 499# ##44 4 44. - 53 - *l| 6 # #. Bredehoeft, J.D. and S.S. Papadopulos (1980). A Method for Determining the Hydraulic Properties of Tight Formations. Water Resour. Res. 16(1), 233 - 238. Pickens, J.F., G.E. Grisak, J.D. Avis, D.W. Belanger, and M. Thury. 1987. Analysis and Interpretation of Borehole Hydraulic Tests in Deep Boreholes: Principles, Model Development and Applications. Water Resour Res, 23(7):1341-1375. Roberts, R.M, R.L. Beauheim, and P.S. Domski. 1999. Hydraulic Testing of Salado Formation Evaporites at the Waste Isolation Pilot Plant Site: Final Report. SAND98-2537. Albuquerque, NM: Sandia National Laboratories. Roberts, R.M, R.L. Beauheim, and P.S. Domski. 1999. Hydraulic Testing of Salado Formation Evaporites at the Waste Isolation Pilot Plant Site: Final Report. SAND98-2537. Albuquerque, NM: Sandia National Laboratories. Avis, J., R. Roberts, and B. Richard, 2009, Hydraulic testing to characterize low permeability sedimentary formations - proposed Deep Geologic Repository, Tiverton, Ontario. GeoHalifax2009 . 1356-1361. - 55 - Straddle-packer system 4= .5 - 57 - Appdix 1(1) 58 Appdix 1(2) - 59 - Appdix 1(3) DECENTRALIZING 60 Appdix 1(4) GASSE c 1 T> S T. * jf .= '/ / - 61 Appdix 1(5) 62 Appdix 1(6) T------P I *nj DECENTRALIZING GASSE 63 Appdix 1(7) - 64 - Appdix 1(8) BS-en 65 Appdix 1(9) 66 Appdix 1(10) HU-S9 67 Appdix 1(11) - 68 - Appdix 1(12) - 69 Appdix 1(13) t2D-KB 70 BS-i-fl PS-0 1 0- PACKE R INFLA 1(14) Appdix Appdix 1(15) 72 Appdix 1(16) 73 Appdix 1(17) gri-Sfl 74 Appdix 1(18) 75 Appdix 1(19) o TJ ■ > o m ■] BS. 1 If n? - 76 - Appdix 1(20) | 1 7 * Q tmni 2 PTFE Lony i 77 Appdix 1(21) Appdix 1(22) 79 Appdix 1(23) 80 Appdix 1(24) 81 Appdix 1(25) l|Tt|»laL-6 r'achSftt I. 'Ihi fill^:r-:i F;y' IH tO-v.rYI O.J. MU 4 PHiiSUNF 1 1,-v iVH 'J I UP I Mi ■r Ol . is'.M J+>l i-h «■■ I US' j»* K&EGI TEST SrSTEu iUft H mi—f— ■■.I kiif^T': M uiiU-.'^ UW-LS1 1W1CI ravrb' --U LiV^^r^T-rN - 82 - Quartzdyne Digital Pressure Transducer (P2, P3) d H tt = - 83 - Appdix 2(1) OPERATING MANUAL for QUARTZDYNE* Digital Pressure Transducer QUARTZDYNE, INC. A COMPANY ■njfiATiiri“j\j re vr 54LT L^AEZ-ITY. UTA- 541 JLZl MC: HU I K-C 1*^3 h/\x H J1 2X. iiBO ■■TJ-i^jirzd.cj ::r Qjaitzr >tw re-wr.-es he r dr lo ohr.-qe ip«rf :?Jt or* wihrjL ncnice rill^TTTrYIJF Ih4 rr^-filsl I ..Vjit. civJ rO'JFR s-4 RiVjlh-HTfirl T ra^d A marks rtf'D-r:u:-r.4h:M srrl ^.ITIlfibis ■'. fl t J7 ’ - Tf/vW 'IX 1 i'T hj r-ii’-X rX> ?i;l TJ~T’ iPrjg- m’ft;- < -t. - 84 - Appdix 2(2) Quartzdyne. Inc. U:L : ib_i H, Zl'=' Digital Pressure Transducer Operating Manual i v-i i f>: tix -'x : :u: <■t a1 jr: : x-Til: I in "jjo "V-iliwi L.i h i.. i W_l.» 7f i-ist-in 11 t r-r-. BC= D t/.L .n.y As 11 14 .1»r Ii ■ 1 I "|H II 1 ■■■' H r-Ki. :d::j :) :k o “t: ii >j p-: A: i y.iyr- ; :t:: r-.;. ■ j -x-: - vfc ,<-r1 vU hfjn-- ■riWJrrt -=iJ t« :hd -> jf-.a:- ) r>: -J Ft-: ::>:h-y R*:■ Tin- -ylft Irr 'Ik 33.^ 4 -""Ik :mi-M k :i 1- H- i:; r: jj: y : 1 r:T :k:«: :hi : :) =.: mrrr ■ 4 L:0: ■Zlwj< :Ln1 .f «:.("x-l: : :7.., :■ M? xr:Ii: ■. -m. :ii^sc;:y .'if ' . 1 | |- .vs ■: 4-1-1 "i a. . 1 ■. b I«.r.' :l / k >4 «: M . . m i , 'd^l H i|i .r-v K-.H ."■* 1 -,ii) :») J < - i.2 - ■ j S C u«. n i. pj.-j 1 1 ■ — P P ■ — - PNI u.. at. a: :t Ik t ax rv--S ~s- n : : :r-:rt :ir: :h r7zur-K-r-:-.-i: : ir: 'i - :r.i ! Hi Hill :n 1 Mil; :™: ■ hhfli ■ i ■ ► .vi 1 A i. iii: huh • :i :V>.' ■. |i; .I-.-- a>- ■: :-ii. - .ii; h i 85 Appdix 2(3) Quartzdyne Digital Pressure Transducer Operating Manual Tublu uT Con twit* 1 ELECTRICAL SP EC IFICATION5...... 1.1 Absolute Maximum Rattjg s...... A 1.2 Recommended Operating Conditions ...... A 1.3 PCRTORMAH^E SFEC-ICATrorS ...... A 2 THEORY OF OPERATION...... 2.1 Pressure Sensor D esign ...... E 2.2 Sensor Output C manges WITH Pressure and Temperature ...... 6 3 INTERFACE REQUIREMENTS...... 7 3.1 Electrical Connections ...... 3.2 Addressing ...... 7 3.3 Signaling ...... 7 3.4 Povreit-ON Reset Warning ...... 7 316 PO'AER-QN SEtiU EMCING ■ ■■■ ■■■■■■■■■■■■■■ ■■■ ■■■ ■■■ ■■■■■■■■■■■■■■■■■■■■■■■■ 3.6 SUGG ESTIONS FO R RO BUST I^C COMMUNICATIONS;...... 4 FREQU EhlCU Cd U NTER...... 6 4.1 Q uery Counter . Command ...... S 4.2 Write Control Byte Command ...... 10 4.3 Q uery Status or Version Command ■■■■■■ ■■■■■■■■■■■■■■■■■■■■■■■■■■ ■■■■■■ ■■■■■■■■■■■■■■■■■■ 113 5 SERIAL EEPROM...... 12 B.1 EEPROM Write...... 12 5.2 EEPRO M Read - Current Address ...... 12 5.3 EEPRO M RlAD- RANDOM AD DM 14 ...... 6.4 DAT A RtTCHTlOH ■■■■■■■■■■■■ ■■■ ■■■■■■ ■■■■■■■ ■■■■■■■■■■■ ■■■■■■■■ ■■■■■■■■■ ■■■■■■■■ ili ■■■■■■■■■■■■■ ■ ■■■■■ ■■■ ■■■ ■■■■■■■■■■■■■■■■■■ i *13 0 CALIBRATION...... 14 6.1 Transducer Calibration Data ...... 14 G .2 TRACBABIL ITT OF CALIBRATION...... G.3 TYPICAL VALUES OF CORRECTIONS USED IN CALIBRATION...... 6 A Pressure Control R eou ired for Calibration ...... 16 6.5 Temperature Control Required for Caubratidn ...... 15 7 CALIBRATION COEFFICIENTS...... 16 7.2 Checksum Calculation ...... IB 7.3 Pressure and Temperature Calculations ...... 17 7.4 Example Calculation Routine Pseudo -Code ...... 16 Rn-ri-jir#. Trini-fci-HT r.p-raH^y lyiniN fi IT*. -?i l?il1 fZi nrtrv^/n^, hr P.irp .T-rS IFi - 86 - Appdix 2(4) 1 Electrical Specifications lip. LkiuLaUin: Li-i.y Mciiuu I lIuUu.u u .ul j ijviiah ti m u. u vjikv-. i; v-iil l-i h.^luu.c iilu . i_|__ I lu'jhib li li^-ii- luii I ---jui l:a ■ i: li Ihiiishih Ijiu hii I Ii:|i ih u : - Uv i|::4 i h i:ii- Iip -:mai I ndjileK bhi l-ihiK iripiHi:; ismu Ihi in:I ::**\ k ml sdia-up CBfrmirizihBM 11 -.w an I :: zcmzmrA* 7--v m rtrpial ihii I Mpi-p/if Ihm M # i ■ I a ".s r a k pprrcrmlA 1nr ir^n ihz-?i"--lr-hi-vrli ccnrmifc'- cfUD lei ■'our D gzzJ Tto-tdLKerc. 4rwt-"» It c.-do-n-rt; m Suzp y '..'(dbj: : £■ V +M- ■; 6 X. mA k':x S Li V la +T (1 •• s < -A k'LL-: S1A.3IL --J.5 'j* to V ti K in", k'l-z Ak'iv. I'"iTfTiv I ir-ir S V In I'l 7 v y *a : -a k'wv -Si S V In n" 7 V y K k'hv Sorrgo Tgryf inorarg 40'Cbo* 19/0 ^Cto + K:J"C: Mc-ii li n: Li _i■: 5 uiii a i :0-C|2y^u-.6' 1 BS’C; >vuib Ik I'-'O ' !■ i 3:V (Ml. STD H1\ JKy (ML S"D Eti. 1.2 Recommended Operating Conditions -3.,fx : Nou v: Vorsl y Hycf id Wilai : i!-_ i l 11 -11 enytiaiisi; -4ir:. |„ i w: %: -4ir C in i aw.; 5uzp y v'dingt (Vr ■: 2.7V-”. to 5 5 V-. 1.7 Vrr to V-r CMUd-g r.rrt t Ik- '. Tr.A N-+: zJ 1ErA'r-y( rrw'i i)Tl ill. Em', max 3 WC 2C "A nu: Q SOC 1.3 Performance Specifications 5y:p y vollngr SaiilMly k’nrvH a 1JiM iK-ryfl-drd vgiyg ra-gt Cjl! mLi F LTJJU i«JLV iTl" ■ ATI - Pi F HV l.h" r.Tf 7.K0 hl-L 7 khL .-.v i.-mI '■tjZjk ?K4i:n:> 10-ihdlg .g-ihd r,T<:J. l-ihc rvi- Nn-pfirfniH t -tfriHr -p lil-sl I" hi ' = 11 ■: I / Iim::pI. 1 -cl 1/ nn Frttufi-tj C yj-ltr Cn rff l-jfn llisl F,i«nrvi rimi-lpr •.■>11 r." k'nrPi !lrrln jTW-r. rl-p.-ir-Pi hplA-*pfi i-nrf ni| =riilp Tirrvi H K1 w-anik 7 5 s#rnrrk ,'rp*w — np.1 hy -pipry m f; ntfc-enzt :i:-i:i il ;i I/I rci^imcv B Uiii: mm:1 Fii: ■:*: 11:1:1 11 1:r 1 r/ F==3|-.M 1 ei=--'h^r.|1 r, H-i httiTlm^ “jv- Pm : >1 -?Ak' Fh'MC.E^ 1 I^lpmrn k'm 1IK: I F'. y •,:tr-i :histA-Am TPlTAih r-,rJ--. im-rli >H-fH hiHlk-ZI i: l5or-|Hllb H Va C3CL BOA! 0.5 to Viji/ 4 C.2 VyltilL, Ma *iI Vc: II 7 ie VK ! U b Q-.jA Lt^H :tiH_ Km 11 ■# Ih 7-^l n rpvil PTi-rrjir#. T--inr~ii~pr r.p-raH-g '.tTdirJ .iii.Trtrrr n m am •?i 1X1 7Xr. C.\arV-^iP, hr Pay 1 rt in 87 Appdix 2(5) 2 Theory pf Operation ^1 ■: i: I'lhx-nri :lu j = ' ] -i imuh riiaHl I -h 1" i2 '-T1 11N 3 ■ ix l ■ I r, I1 ■ |.-M 11 d 11' p* 133Uh I-f 3h-ju i. ihipzirii Id li ■ i|«■£ 1_'t M li> H*e "Beh : 1311- li xp-xiYrttv I: HI*- p'limn J Im pn*ui N ip :■« j a dip j 'zrgwlpwM'bf*TdiwUru rtniwhwjli M#i WHB*d wttnn#HmMiiiH i i#rski; fniinfp A itl-t^s Is jStd 10 p'ElEtl Iru piu ti>s1zih»ri l'» pnwi hM. X d's^i jrwis*-. ultra ih- rtf r+ Hrtipg ttn-fls. m: 'll [imyinras-sizM. hih-mtn^r zlt> ’Wisng p'lsxlES lurpo- wi jrd«li»" lo «tr :l ir«* t«r*ris V.diuii ir-r-rn flt zziti; .i.-Zii-t up ewi li:L- Flbuni PzituT: PiwiftTfMducaiMiltM shwnn CitcliI F-r'rixnre Hrc^iirii Pr™urt ■L jnruccf Hoi sine ■Jrvfllal Fojnnc Port Ci'.ilaioi Circuit Tpvifi y*ojri P'lZ-su-'is / kdAlIm ■_ r: ■ 11 Ciii ip Ci jft-Ial Ciytfal Bdlairt tta D qiei "laiszino- irca-l [[^vs i n* vnml 3D* :5»1Hi SEl (IVrlF. rr Y fI WI A! iDlSd'BdWd' 41 !/' ■J-. iKp: 5MSt3 6tk. ru riuiii:pT Mtailikpl lyllm hi xii'irus p'z- xli null ai: Lnu'3 hJ' zih-.dii; :ip*i™i I'm I ■ i ipjs.if'J Wzih -ihf ■ ■■:! p sitlidodirtLtn jihv ■inbHmIsADdKtdth.THidl'istfbicnHhid t-pOv *R"TD 3XE' 3-Lnklnx_,dLis i: z-aC na .'4u il]viwm'i»rldrd(H:Jj»rp'is5iiin» Jrdlinpo'aLroF]rn>lonir ‘he :iran i^fic:r n a q rwb iKn-icr Ih*: iliinjn T#;u-rcy h In p-Hlire l-> n .it!: ■ an rteil nopBanri i*rr p ■ prr>j.7n mi»nc:rm JKf.iP 1 Is pedetiy # iriie T-p- ri#s rp nf +ib '"U^RTTDWJr' ryiartr p-paair# tmibet -ilirn Ihm iFfiPddi ► pBri=m*-c» li-ererh In I he n-rf p-rr,*lil nrirriil In zimjj p-eaSisi Hind- a ■ IIizs-v .-pIiU Ih tow &,**&*• v.lli d:aid lUk. A l-iukneas-alii™ nwli lend-dcr U skies 1^* wl el p:Mui si? Pm- ~l< l-v: Lhl-i>rf- h i>: zifcou'i u lire wleii:i mIi hr=iLSidoiuT|- cznpiviiaa IIn :^jl-iL: |.tj=lp_i-ij iJrinal zanpiaavi 3irw? li \m rmiriv The toque ray of*! fKHiihmqK n wnn w ihis Mima sms 'incu'P' CfiJi'dn: 'J-i-iLi MVyiS'T Ifl-fl] AU zm I-'3^1 -mtgin ■ nz ■, ^ |B 88 Appdix 2(6) 2.3 Sensor Output Changes with Pressure and Temperature. F-p-jip ] iTTvsh G *pi.- lip (hinps <1 »<■ otofvl of i cisfp i aisd.«r till (huipii n prtiwr pik j—l-aMSiii' Futile 3 lhcwrL he urjiiMi idling r finFi-jIu-i !>,l|tjl vei-Mib ler-jinekie A3 le-?*iebjir hiiihii -1I" :■'. my tmh: hi! inf Guo Ii: e JSC-vf ■wi'imm u4F^ire-j tibin* ^Tputtetfli ailppi .ou, ri *ih ■."■6-£c-i ii, p un luj kutiptilu l '■ id j ]iid , m lu . .-u 'ij l p'uluLe tiriu^b :h Uidh y_:n mi-J Epip T.-ir-^d nym r.guti * hn-tointo pkardr :I[ut 1 to Gdtoiop]i r'pmrtfim r F^jit & i-r ov -hut cr:v carlirt ptord v I -d Iv nilLcc1 h, i PceJ dhi>to*d ld.--mib.-i? l-fciueti ej art h Uhvrlidr tilth ■ H'h hU ho-. ■ INiin 16 i- :n:ta gpod lh---itj --auati-y -.-rrerto ih» Ditrsiirt tod h ■ tip tow ii>d dB': limfrreitoi pipPmirori hr 1*0 yjdiir til to 01 -hr «nv (Mipwilm iiy odTip - i to Tily lyrto- ’-uiM U-crr irer-htpl oopdnoni ikinr-toiliire iF~ot. v itrjf- pniM flip*: p -mil . : lu I-iu ---iilII-i. Ll! ■■■: 16 torti M itiii, -Ueiti u I i^lIl r Viirei Iil :iy ■■ n jl :.m .11 -.-i!? al 'll. : -1 \ i-m -bLIIjU Umi toLLii|ibijl-:a Ar-:■ ■ n:ft, :-m --Hp if::li aii-mj ■ lienel :::■.:! <■- - Mil lm-.?:uan ibuiu: m !!-k --^fcpI -k-r-.prP pirhhm pril iFinae'tih'F -inipti whirr (to -jr-i'iwrp ■:■ n -r btp ig 1 >?■■'-■: ren^t :hr tgpk -ii ?- rilPGllnnr^pirr s. to ■'■TVp I -jliM : n I bILI F fitlMUl Ulllpi I ploflKl r? ' - Ml|ll b md iii.-iii ,|I?f: Ip Ii-i- -Iil '.iiiii |?em - ■ -riblliv i\-| pari [pi ♦HhpWiGUM tlprtipi zt-d PrcGourc £rni pr-Durp ji T \ / i - v 1 / ■ 1 ' -a ■.... / . Itrpih-pv 1 *«vm i 7>pi|.prti.i'F-(iji TFnpFiilize |T| Dpni Prewuip ^TPTdPtor OMiBi-ifl- VKib-ii P'l-WOr 10 89 Appdix 2(7) 3 Interface Requirements 3.1 Electrical Connections F.irh rn-.t-h narpihmi p/aw^r^ T In fl .1V | gnr djvlln} limp 5PA if=rHPnj ml EJ“.I iiXTJ-Pn "Thn d jnl nr hHi nm r--*- rn l-rlrr mrl 'Jirriiii h# In-llr: «/== m --# -^r#r h:wl M-rnrj ■ yi IfH- pitl-ip m-drr :*n ^ kp < 7!I-cn,i I rr*wr %Trtiir#. nl I., wn n-rpirnrl 1rv Inrrw wz4e? a~d higher tiDck spoids The k%f cf ihra he: should be* mtol-fced \--Ma rerom -erdtdi w i>z+: rcke pf-zHems -?nd lo rn-in-m |::nh n„|i:4i mr'Mil Sin: .i;- C-En A.■ :.'.T-r ■ 11 :« i all h k i Hi:mrei-ilHl. Atih li XA h -iI V,y "AtiHd !■:: h In- *nc 1K:I ^rid <1X11 Ivi-lril -=i|ril-H- ‘jV; 11■ -hi Ii iik: tihlib il 3fci*.i she ul::l I:h I:>|hix -i:I will i II 1i ■ iM|Hidiy fcl Ihe iiHiiai h :i: ir IIh im hi : ■ EMinHSHid I -1 wn Ed hy I:'di« rhnr^jr FM^zk? rrav t* -%z Jmz" In NedMzij'y W'tc-nmwr: to p-ttvd totoierenr.* >:■- die w—tnlzilc" l"w. See =|g jo 7 to- zznnercf pin w-s g-menb -iy j l- 7 Fin uiuij nit! ij lu '/u [iiu L.l Ti ij-j J jjli Cuiiiilu .ll 0-' . _na ri-Pn :hk H-^n-k ::-::|r ‘.Ini m\ CViMr —I inFFrhn- K.I-1' 'irfir . lO Mrirr Vnv.'i jhnrl 'glFvrt f Inmrrtrir 3.2 Addressing y:=lsi tail Iihih Lisi'k iihv =■« "ath : -:im: ih - ii i hii | h H>-i:im Ihu ikiv ifcitil -pnsihiiipa *ih cHarq/jihud ii-iia I hi A? hu : Al incilx II (on«t Tjd Io I. Devko Ad-JHMS- •A2E LS3 Ffg.*-oyCou-lw 1 0 :■ 1 “■i A1 T.- RAV *■ mLp: b ill ■:::■! :l -Ih -iiJh t 1 ■j :■ ' A" AI Hii-iiiii : RAV EE“‘FOt.1 1 0 1 o ti A1 0 RAV 3.3 Signaling ~h: tj- s *k :r - n: :t:n *x re-p>: t lb > ir :-<■ Ri 11+ 1*0 rra- b/t. T <■ 3C0\ rnj FC. I n-y, ir: —si ■; ou ltd h g- ty s nr-rh-x- o- : <■ mnrltr 1: tT Drlr. I msbo"i 3 y Ll 71 lvu :il Tiu ul Ilp-xi 0 - J■ iy 'A_ipju. SiMM7 1C.33 AK \j 23C1 50-Z6 Otj-iIlUh u. Iip: Pi^l- 7 u4" 13 90 Appdix 2(8) 3 5 Power-on Sequencing Id ikki .it- x-istim Pate at power-on, Mr nlkiwry rrirm.iTiwat-hnw srq.imrr is rrrrmmnrhnr. I Appy -rxvnf tn r.cv res J Wi! t .it Iimk I IJ 1 so-orrls tor irhrmnl pviwnr vipp y tr. st.ial to . .1 Issi.d in rH-vutV Rendon Kend 'iiurrmnrrl M tir bbPHLJf/ s r- bn rrnn errdimn duirgths pov«r •n’.v'.r111 bytn is sifririr) J l.pilaicl ::::u "k;ui Ir if numlisJ 5. Query P-c-j-jjiu ere ~efrpcia:ue eturibers successively iri.i _uVi respond with .\CK. (Toavsid -smujUu i jpartiTS! iesyau rrsy d-nimt: Iiiwh :iri iddiikircrlO 1 seconds rfler bctlh cxnxtiers respond ard :hn- rr 1rgrn- 1 (1 h\b: I 7 ”e.-d -less.re ai dTei usi stole sru- Itis-t.- u essa. £ T as reared ~u- a^xLers wl eie si rp ItBy is is sfei red uvei i ii iriuin a ji . uu Ui is I A pipy llwli lu re-, J hVr L 2.0 srrrfirs to- .I d nlrn a ivjvhui sippjy Lu slutiiiss. ui Itie fi syjsriu us iDcxiriu up s ir inadJi.iu" alkiw fix vi:;::Titu 3 Issue si i ZuPRC Rdi dui i Read Cui i usi u ir L :s CIFRCr is is; be i aeu si iyI .i le uu ii y II u puvrei Jrue (1 b/Le is sufiis.i.: 1. ^pkisd 2£e“iC e- Ls if nstxled 5. Cue y F eaa^ie sn. Tt i pjeialu t uuli f.si s hsll is uj s hei seu>- a V i yusd r.- a. ;Fi si ysLe Liu is wl I vsi .■ seLreriJire suefcailLp Mine [ 5. V-V t dssJrsd .jfJto Mne f.-^retwa: sis; 7-333 desled. 3.6 Suggestions for Robust \2 C Communications: 1 |L|SSsis t"dt5QA fllis SCL hiss a e Lr..: liy ■ Lretoe rey 11 iy ru i i j- issliu s Vd',1 t3tlft33l 11HI hfrwvsn vr-rb Innsihn ■ rt vrlh>3r fiDA nr MM - :d v-r v .h KI)A ms Mil 3 irUt3' iO viM 's verry th3l tos dssite; ddto actudIMakes Oe-:rs nivirg ;n :se: ; eas;natis 1 reoit ^sri:d:. ■1 II co litis srs dstersd :tnsojl ectossds; i, issie 7 cox ol -Isss ":l^ t. sio - bekye ^re:ee:i d ■j II a rrensduitr tai s to rsspord issue 3 nsie" ID-n Used) Com ran; 3 n d ir/ 33311 sisr" date lime. 5. Ooipie 5DA ? iy SCL l nse to Vim 3rd SND respecSvety, 3rd erielcl fror arv p>oeelt4e elexrtcf. icles snijT.rs 7. Skw Itie hOSl duck spared iDSlOW i re ra vdbsrea Is llaoilse With Ugh uapusciUve usds pong uavlss snd'b' mUliple devices on Itiu sr re bus). Cy Ll n sSeddli:™1lu sdlmxl Oim: liiiuMdiwd 1C.I3 /.V b 2H1 £t>Z6 '^Udllddj: e. Ilk: ri>ev 4 if 19 - 91 Appdix 2(9) 4 Frequency Counter Hit rtcufitcy it: i>:ts tvt Kirp > |-'drf-n*i-| wjivxrs. prostihg sJ-JIuikls eouil it; f iYt*ie n: *: v.tJi -c ctor.d «-» Hi.- ju ._ Lim u r. li-.ki ii iF-d by her# _4:_ii 11 ►_ nii^i« q.tiiki -u.li lihi Iui mipJ vim iu j,«-- L liii .M1 I -j 13 StiLatiJi. fill.- _P: ■ p_-_ i> m: is.ciuil :4:kc: tii: murfu- n-si lava Ih : ii-:i-: 3 isaso^rzife I Ik ; notiil: i > I :;:i iic-ii m:iKU: |»*if iii:al= uili 1%: hg;:K:n&= liy IIk iimMis M-piHiry i" -rtf.vMrl Ih# rt«v A -Win ri l>mi r# rr li-mfiPMl rm rn .nM hi-1 -1 - ri- - ii - i I h#R# mIkr wm mnmndfii Iwri-nm* n.mbdfi v.tti inti '4£& ra:fc:cnlit3 1'. Hu-v ara- typ.£tily :epHttc la 31 Unrea l hi:-:. hii r,w, x road la aiy ntJiLk aJ d;hi tia u.LV Ji H £ j lb: U|4_ LrfiMi iKUik Hi. ■_ f>j l I mhul.lkfli > IbibLU by Jil' iiu L'.i -f lu .i*> :/ H r: lukiuux f L%u_iR:y |u_v lu . 7.Z r nrrfi w q.al;,i mm 4.1 Query Counter Command "c- Mic iht te^jtrry :wid ralbhr t l-f =rte^7j t iX,: or TemptraLre the miAt" -j-Jd^sew Pit dp. 1:t-vta Hit FAVfct :d high (3EA1; v ^-ri l- 3? If UlL-atkfr&tEGd aoiiiki insw.;/. ili.-uuu Livl A-K uni diti uifitf Ihai tilth I -a i&IIOit 1 lt#>Iu Ii: iiiol: 1 1 ■ lit: ti-c :f :pi: iy l:v mun|| 1AX£K ; 11:-1: h :I ill Aj.IK.i h Ii:- H i: Imk I :hN Ir^li:. fall£#cd hjf l-JIUP I -1: ml:ii:riua: cianli:i ih ,-?! reedy. I-* *A 1 -<* ditawtoagt Hit canmencl Hit m?rAn v-xld Hitn tajt 7. Agp :mi*Iki end T/ egal tatnHTJtto!-. In: "hh 1^1 irr Mir r. Rrc-a#Rw3 m -n ni g -* -! horw^-rn-rJ- n mJ-w -A*h -h* M'ip. Thm rm* 11 rin -# r-*1 In nr, p-*-: RK-i-i. h t :s: h I- M rpnrirwrrnr iflh Irm-iiRnrh" n m r-ny n- 11fr Ir In lltlll lr. *nr rj-ln hmm -tnm il 1 -»n ' O R#rmii ¥'?. n-rt X- a-e u: cc clk c:P:.lala p:-ac:K arte Demperalurc. arc :re rcl:i:d m c hii Is jh-U h . N.i anjlr^.cc^ flFh. F,. FK:- :a id cfa X- |n b i*l' hfc' 3’1N, - r- ■ 2V1 r X- |r, hl< - M, ■ ^ 7 tJp b P7 ■ f i Fc. Hi* ;,lI'j i v (T.,i > l Ju siin.-U Mil- >:u _v _J linn- 1 4-': kj v " H r: lvlii Li TIr: - T'.->:'i - _■ Inn. _f «.:■■ _+j I ■_ lT Uil- m.ju I ii i:i-lH-rraii*= :-v Ih-a mirliai ir iimiim -d IIih ih N ih -ih linpimi^ Nq - I> " \ n i'i-im: 11:-:■ 1 ci:■ II |«-l |:ht .- 7 lie l:n :-a iHW^; ii:ik -ikh :I i|-ilh •Imt mril glw better pr-Kls-cn f-kxt I "a: iht ic.nxr 411 werTw an J Ail* d>r< r iti ;u tried 7l toad tj.-ery 2.3 v/-|t I ■ ris "t-t lit: cal ler v I rid a:kriX‘-:-:g: \W-CK1 - reg.c:! ta dalz. It cax: >frc e :-c «Lirar vJ d m q.c ed ragdarty > Ih n vl: iht:. h a i-H3:-"iiiH -1:r 11 hkl h dJi-mynikd |l fjjni Mi I:h hew ! -=■ h .-ii Ii :imiiiw :h I i^w Xish l-ri M ttie imsiIih Mfc|i:aa:K ¥■ Hi AXK a m-i ibii- l:iir muil I:h i-at-z :k,i I- ■ t-na Zisk In *a Ihei n«fc Iih i:-:--iiIh k i# -1 i e ;: |# ihc au:l i»- lia khi I h Ih - Iii- iIbh -h I : h 4 him Iikk 4 a:«ail Hgunta. RtadCoumcf R^-Htr riqiim a. □nn-m*-P!a.arl hi Trlqqw -nimlar fl f K S I * ■< ^ A F T II ^ 0 n : : l M.Y7KT t ,VldT.:1 Li 1- T Li K ■" | 11 |: <1 ' M A.' I V 1 -I J - | h | - |1 *1 " 1 I I I K r K ;uj hMJLn :ium ■:■ u^ i'b| A£K iium Shiw 2ti la Fr&:Lirc Tr:rr:iu:cr C^crai ng h'a^u:l 1C:33 AW £ H ilt MM Q.artzd^na. Im Fag: Ocr 3 92 Appdix 2(10) 4.2 Write Control Byte Command "In- -anl J bjk a lima i umiKiJ adLmiiiai mil! ■- u .Iik , _h -I.lL i h ul . u >.u mj.i .v.ii'. > '.Tab v 2i II ia uhrj uau J wc ad_- p i^iumiiaiu :£ Ui- thl'K'JX. II r« -nil.ui a&lljiH hu KW LI ul I u uJJ :v. muni Km- >Vnl t.> ati -Uiuwii ai F^isc 1U. I In: iiltU LU: lr.a-mm hah v,i ha wirta- nlrt-ha rx-jrrr -mi l-a rMirlmr vil maviril wth *".H ToNo2. -Control Bylo k"=€ L33 k’man i>- 1,'f m-.m,- 1 ■! F"J1 L-*- Vi-In IMInh ’m 1 FrrpFr.il m 1-YrrarJ B w al lit" ,1 ml %ia*il al 1 n«h Iitah a 1 na-4ai| I'pJ- a Qelaul O jm 1 1 1 1 1 Hguno 10 Sprite Conlrcl Byte ti 4.3 Query Status or Version Command The flMiiic iyln ik Ire akin* m Ilia E:ai i ^ ly ■ eh ...... Sih VWai lil-i iii*h Ibi;i llnl he mail ran idtr e reedy ■::■ sh -iniii (Talie 31. TTio FF5A. ID to a g win c« ?i and ■trSm. The Yerdwi ID to n:fn- ?i->: as zest™ Hwiy coded -zoo mo . %:OC'2? H to MoTmed a: OiaH'-fit iODj FP3". C>iiltf <02 Xr 7XT or O' y H^rto; Vers ton 1 0310103V TuLfl-a 3. SSJuh BvLk ______WSB______LfE- Mi-aihj ^“z-erano ptw-i.r- Vi- lo Riltn-'r Tem^* :lu- Pr»s:u^ Tint e-nluf: F fri-r.rt- D-lltiL' D-Lti' Pi v. .x1 Siami'Fti J Rbl-.F Jl R •>-' Fi 1 Eiraylv.C aa.l. EiilL tiEtialiv C C 1 1 1 1 1 'nriwiy Ih# -Mua -yin. r.- -ha I PtiMi III arn-l '/n-amn Bihvm-I nri a 'tint r j-rtivnl '"rmn-nrl la til ■ uim * v.rh nr ■# Ihm# a rnm-rJ hyla In km Vitim (Hpii* 11. Fljure I2I. T_to to I—ozl ’leN X lw«d by o repeated ST'XRT wc It' :iw STD= -rite" fiZVA “he ac±e ? to igal- I la Ink : mil: llm: RW _4v_l F CH Tin: :nAuii> _f I :u vl_> i&ID -'1rita llm: FFCn □ ;£*1D = M; lv Mini Im: ivad ha maalpr may rairt an ma-y h^K aa rtaFra.1 El-Jyfin Try; Uy 1> la rwnad Irr Ira : :=-ln: I ang four r-,1as ira ,ia-iad r«T Ihe I PiCJA IB x-r VWp m rryfra- I ha mmawr "ayala m mrl ,-i r -ny *v Ti NWtK -fr. kwrl hy s !JI pK FjtiiI I fn 1 hui-. Pif_i lL' >_iwm 3-.01 iOl-O^OjOI. ili>32301;'H. hhl » |_u»«b >_• JiaL Tliii.-u tlia u Flihu.iu Ddi-d. Wli d miaai intiiat- tiaui h Hiiiil v.-Hi |i K-nir IIik caaai-K il tilrii:| Ilia idn"1i.|i a*:iHii:h Ilia 1-fr-akHiiH a I an |ihh »iih h -:ih I i :h iI■- x|::i h 111 :h h,- allw lih Hw^iizh -ra-piFfi-y i- d^hlm llm ryaima- -*:aiL- rlrim-r -hn ■pnr.s-fcr ejial ma mn uraimr-t-f ryimnr^ rmtim ^rv ahii -ir-.«.-n I-* m rr*r m'a-rnn Hm o:£us. ch:- cc.ntcr be nxmMsd :l :nyd"c by ™«ri-s aD.mnry 4c:d oc the c*.nxr. n yd if lo o-nd IN:: iu:l ton h vor : oii l_ !■_■ i'j i 0 I I ra lULUiiiiLinkJ Jiu. Iiu G.uiy CvdifX: wnMtaik. Lc _ ._d U Jc.-0.lI -alu /jp dli.i Jm: Ur. L"ju f :=3u._a_ai■ 11l11J Fn -Km4 -^aiwzaia ^ I'" an:l ir-aH-ai. Ilia: |i-:tla- Khkihhi -h »I-miI. IIm wurlvr -Ail icngrv ypc'tdr idiriMp ppndliana. an! = ml inn- I,- h I-i inn o -a to tegue-o> : dotedbed n order Ic yjaroNy ozcu eJo rta 1 g:. zho host ^Ttem s-ojld #?lt r. oeol 0 tocaiifc ?her c-ljrizl .:«edt<- t:X:c- I toflcring Ir.c zouricr X tho Itz rtzd obzr p-z-ver i azfikd 2ti la Fr&ZLirc Trzrrzzwzy C-pyas ng ho^uzl 1C:32 AW -.v 2:01 2KS Cuzntaf?”-:. Inz. ftipe lOcf 'D 93 Appdix 2(11) M||iiim 11 LXxiy CM im S W E r II h b MS .< 1 4 3 T R A -r, 1 Vasa- r AJc .^k t 1 AdUurj n. u u- *. r RQ l,l"M,l*M If 1 u 1 1 11 Iu u| 11A?| ■ A * =*d Mje D-.H i-JH K riniim 17. Writ* Cnrvrnl tt-r«n P.nu\ HPCA ID Wpmton u -: rrwj.re 7tzrKzu:L< Or. at: ng IViruzl tiS/lUlT11C:12 AM ^J01 ZK.S Cuznar, nz. noje 1 cf- i 94 Appdix 2(12) 5 Sofia I EE PROM "h* ElEPKflM ryj- In -a hytN? rl nr.-- vr .si m I : l'i ;irAV I li'EH 'jf. i "IH , IXvm m arlrrntspri ijy-g I !-Ip .■■-ifri-vt H j1k to e-vbg rhz Dote: Adtit™. O'1 by -G N:s ore- tlgnUerrc iTr:- rcmzbhg 11: should be z=ro£re"med u-s 'O' ^ c-crr-prJ b liy ^kbi 1*um devices On pz-VLf of th-z device it yrie zrcltdezi. lTil! ::a anh/ x programmed i* Ire Virle neoecl bh sc earx u-s ng Ihz '.Vrtx Ctrarol I if h ■crammiil ilr:-:-3i:-d:l h -iIh Unlei ikhiim I ikii : Ikik IIh !!h i-I Cl P !: Ik' felicUil irl? :M wilm ■:■ -lm ■ -r.v ia:rtl ihii k u Psi- u « Izrx cn. The -zara fc aulo^ ’dsaly wT::hed v-th each rwl Hrta diat “ra-ttiucert * Ih i=P"V= ■■■erd-ti: p -xr x- Mb used ? sm?lw EEFFCM lh?J ijM- d a one tyte a-ldeHng schem*. arid had no wihc proleet Itaxie •/•1'4EL A”*-: Ml ‘ATiere die poMJNIty tf btih v. li-iiii I ■- - "■ 0> D ™ 6uld u66 JIi U.Iliiii in rtiidi FCKliai ■ L J r■_1.1 laI k ATk'EL uJu Jilv I u - Jfji L *_ii |_ ^,1011 aiu III H SfcVKK 5.1 EEPROM Write Cn power o - Pie deMce I: wl!: pr-zlH-lez. Before xc-j-i-rrt-g- die title = etoz: bl -wn be ti:ar:d u:ng he Wide Control ?xe ;o--and dHOlbed Mile . To owim/itte lx? n Ihe EEFROh'. I he device it ?.d t*::-*: .\th die RW tel fc-Y s.WRFEi. The EE=F?~f.1 a_in_-.Hi.-UHu.., d U Up. T-au ClL -J.m.jj 3?k> liu Ui.ii vuii !i _iu I v metier. “h i a J-v acki6wfotfcj&- Ly liv dinAfe. Hiu ipj=I LX: I:h -:-iii!-mI v .i I B* > Ihn la In: — ■ a■ ■:■ v -:=11:-i■ ife:l iki I sry hi: Jil ii:>h I, :> .‘..I: -1:: ih:iri .:h !h vl Iii: ah Im iNc ih,: -niaihsr,' lYAims h IIvp hd^p.'d n mf-w-rl rnurwy IvAim p. wrjtjqii. rtiw rlmma hrr1r#-.t SAi-f ■. la Ih- h-g nnng ri -hm rtw.i-A ,X: ' FFF -a nc&KIjj. * lb die p^e-l al *o m dx?. to :< ^erw lien. AJtor a I dato has bee" tnnovn l:-d die m?tlf -iemd-MF Ih: * le sk .a -w *\\ m 51Q3 The v le eye e Is nezitylidHidiiifleus. tone ezinwiecflc Mlrg Is rccecrsar/ 111.1 - H 12. fcfcPMUil fl'ii b L'-: 111111 -. 1111 C k1.' l 1 - - L +C L Z>du.■ ix ;■ Z h C-rLkXyt :■ ix |? Zi 5.2 EEPROM Read - Current Address “he lhto-a Cvj Add em wjiw” Tiahlal"? ve lad adenw: azcetsec during dw \it. ^?d w e-It aperalixi. In we monied ty o«-e. Thk azto ett -stor>i - jk: tetirw oze aflyt a: Jo*ga: Kn^rte-rrian^hed. The id*ett rdP>-« -zulng Ml Is To- lie last b/:e zfdiede-dzeto IIm E i4 '.C&" F-F la OiWIC;. ”u iutp_ ±j.l b. j ii ai Ii Iiu _.iiu L t _lE .» I :u L>. ia j. J>.jlu -J vi. »■ u F.Vp' J.«:. Ii y iRE^Bi Ik l_J 1 : L" W ic-f-owlLil^id, i6d ai I Iiu -mii IdLy.u Iej.UlIl uj uiy ya !-±Ndilu ML+JiVAk^iLM tii.Lti _,4.u 4lu lr . Uj!L>.1l idi.uJL Jiv m.i"Jpr I Win n-lhs Ihn -mX wlh NAI'H hn hr? T Flgj'-v 14. EEFfiCf.l Current ^izres-s Read T R N t .H E C L A T K J K K G O K =■ h f L-ciKvPciSvja D V U nk:' IhM’!*** uhh _ __ L A OrjwByk -l.'JUt CKnB¥»2|"ZI Lvjl £J> v.M.- K 5.3 EBP ROM Reiad - Random Address Ik iH-il:mu icic iikii 'im a iIjiiiii? ah ---Irp ■: iiainrmil Ii: lad Iht Dili Adl'tii II: il: vki : h :IIii3« Byl * Ih Hfcil wi - |-i: I AM la uj to-v i'.M-SI I | -n-l i ■ F.--:-n.'.lPrf1--iPi lr. |-p I at I Lil" Arrfrpw VAvTia *rm l-fl- t-ri at FTk-n.'.lPrt-T-l |-g EEPHCIA Iti rrAng y Is- ihe rrutie- ge-e ate: a ^epMled ET-^RT zwiJlwi. T_e d:\1ze It adeetsed agilrt IN: I me y Ih die FiW b I mr high IFSAD:' The EEFFl .1 azjfpzv ezgzt. znd LLnaria izj-Lfii a. zkixi zt I tug &s Iht r;ar.:r ae.rovLl:dges zaer. hyx. .Tier di_ iazi Is rzul die nu^Lf luill IIlIl-b lip. L'l J will NAO< "'J UAV J L- 3T0^. CyiLI n lvli .iiu mIlm:i 0 - Jaiy "X.ipjiil kE-.tlJCT 1Z.Z3 / V r: 52^' 2-liE Oju j_>iil-. Lil. fliyu 12 uf 15 95 - 96 - ■'"vj ■iii ec;s » nvK'M 'KBWS finiirW Bur :¥tC iTmnpr m_arrr.-. L |-|lla Jim: ±1 knw -:< k |:h | ihhi | ‘|-"N= i him fi:|4I| :jci -shh Ii-iiH i AjI-k rj- ^|--||J^-|| -I-- n--iiT ry r. i ^ ^ i -1 f. m'M.cv] -m .^itiil-iii -i^ iibii irvni rrrr n. ^-y^i 7 ,.- —Try. r-ilH P"9 i ipnn p .11 f1- ” pi % KT a. i s |:o twii?.. flvyd l| ■ 7\3S :n -ii-oy o^l-" 1 ,V K’Z J3 ft.?. 3 L: it-™: u : mk 3.K7 Jr ; r>ci| cot iaiJd: 91 pxjuu | J | bum UJ |_*MJ B|HM WM_ -BBJI|b.H^lM| |_ ■" ■ | H" ISI | IH | ftl l^lp Dl^-I^ti - ■ L '._ _V_J| MlJ b|bM |_BUil Bir_ rfU'l I'-iiL ■ IT ■ | b - L j b<_ i.iO!lUE=ii9y eieo p'g 'IsL' ^ iV-ti ‘.liVI lit.- m me awjC2V i iSCiiVJ PM), A#m.pnv HU IH t"A".W.iq= ■; I m.rMw (Elk xipddy Appdix 2(14) 6 Cahbrabon TMe iriKue entile t'ln kx emr. kinsourtY ere deiewttta ii ■.nbfiio' hi atsut anncirYpemi.fi ohfiii tit leza ai j mm™ Fgmv 19. CdblraUnii cui'ri ivn-.J ur QUARTZ dyh E' Frrauia lettduMM. RESIDUAL ERROR OF CALIBRATION CURVEFIT 20 K Senior. 255-20aeC, P3T4 F« "Mfti !2i-M 1HXM mm 2M«| 5-2 Traoegbililty of Calibration !,*tiei.i)n oi-0-J*ET-^vriH Pic-55-.-Ti-T.-msduct i .* iiKicbe co jieUAMph>i>iFVieji;.e .j-j-dHd-- --Mkreedhyre haonil nKiitt L-: tidii.K da > L "uL'.-idu.y ||*S 11 kiniLih tiMWfl ii III u Mnkflll tididiu jH dli'eM ihlllh ■ 6.3 Typical Values of Corrections Used in Calibration -rbjdvn; Fix flOiy. el iFMimg KVMi^iy urpliriiTi if ri.r fm-irF rrdh'-i'nc: Y.-lirtFnnq i*a*T) 'hrl ■■: pnlrn- -- drdiirji- y Fner r. criMkin n tienHIM 'h ihi ■' rlaiMii uhitai n>'fJd-j-h. jiniOHieiF. L.'«.n.re Tf(Yeh(.i ■ ehii i kVdOf 1- '1 nr 1Fifb 1i;hiv rYiivjii .'aTTid he-.■■ ui [he need in metanl id v^--' l GJFE luiei ...... p-Mbig i neid HiMun cmriLiqr id D _-riii Jo Fm'II mi4ii| Ihi n-MFU'F i|iniiand Ly aui FlH hiluerEjili boc^ £Jotl anr Itodtei fitiOcil iC*aa. C luirti™ pnlil niiljvr ■[■! [nxidiip ■ -|n-: --K nrli^r ^ mriy--:nr I-■: |-r.i p-mV y i h-ihrinry md Ilium ■*" i iFirrwyl .n rllWdn n- I- - -in*"--ri! ir» i " rrilhF [ar|yi. Wh Ihi-te onrre h -12 G PPldM "^.irt ■rr’MSLVtd dwri-nnui^ dicing Z|»b^l4hl P. 3 0 033 pi-Vi [G H7 reterxml u dh+lv - 1 MJdKrtiyi jiiHj.-S.iLd t/fr, ' Uy 11 i.djarjj- id MGl H-h-i IK. Mini ^dhdu ji ■ ■ :kr.Yl? ■ 1 I'" h ij-r.-in-' |!^iuyin:d :m f- l:^ii is VJ |i:i:i ifx . Ilidii ikriihi r Pslnn |vwk « ihici ■= in nnm el |u 0M nn IhM b» I RnKd-i lem[eiKu'e efert c00 pfin Fjpce 1 1 Yihdii-I I rjiiihjiF.'jn-j il III.I Mj-dicJ MiCb-Sr ISUnyVi e HMH-aidfl Clliro^lW Hi I'jy: Uti cy 97 Appdix 2(15) 6.4 Press Lite Control Required for Calibration i IbMi lidiiiju:L^ Vltititu . l ."itiiyu nvlhi> f ~ s. u: u_< DU itfiUHKIiS lu 'I. idkii n lLu j.ni -jI MW WHkap-rr L FHllmlt IWiepdlliUl iMM srtlfjlfcf tv h* IjpfelQP} pNkMd* lUbl Hn (■■simnun *qurtm!» ■ ptf|hv>ifcl n itnatrjlLr» Trfly y ei .v ih- m-johmi j™iit#ipi -Jir iyrrt>tr d cntrpw pmmipi lOJTciflpn util tqlirtd 'll Ilk Lii b .Jui ...... JiiYu-M 41 Irtiil tik htir dllh plpil n Iili' >:r tidtr J bk *>T cOfi w-i/Jt in'll i nJ-jikhlnL-Y II uw- fntUHl B'J I ifi*. r dim n'rtinufT'l 1 :hnii4iiflvJ fa tfciflpb hi hi' 'idhhdl'J'i tn r#ilii div1/ ■ rf Pi *Ktl Pi Iw* W TV P«l Ifirf Ilwq* P"d ipmipM P? p 01H| orfar b. Ivp M* * Ippifl ft pjch t4Ri|Hntuip.pvumnHihis. jn milk ei wntieflt ilmotphKic-prAtsure. dt t<10pdPlZ7a bail and at bill «v«) 30Stor wptup 1ctil Ndk "rw pwni am wichh# arpiid li re *quB«p 1-1-nl 20* to* ’ ltn< Ittn V-'‘ fW tKl I 1 pal 10 MW#!* <-Kh p™p*l't bul Hvi M^yilKP hpl IWII I '!■ h' 11U H- i! I 1 nr-a-ln n j .r. = 11=. f, ■ mp: n oi lEk-inl ^Thi.m link IIP -6-i.ncil ':-: d II, id oniai nrv* ■> rlM . H '|jL- .:>khi.pcd vc ukrii Wh«l VfpWTiwp rpr-PPJOn i ji - L l_.i. ntlm i in'll Uldp ha 111 y ic'.i ■ .1' v POwbh! >doilu : II v-1 ■ ■. 11 uul hllhi'dlcil hifki ■■■u!d' pirhhu r Up-dliil irnaihiL i6:%al iiioiiy bHiKy i Hfl pib ii? t u< | >i iawoi pimuti |i* a :u i,« «nml fl j pia [fl ■-J'ni± :u-| ■ □ l I FTiMdH d» K V JTfc If ,l(k lvi u dOC ■KtlciinC DrtSiuf ClIl. l(l 11. Ifr l.'ri f| Iti thl fjICM ttf'Mflh tf» [41 l^vif Ifl 1 OrpiiWhvam* map 6.5 Temperature Control Required for Calibration Thf p->Dfci_r.p=^ir:i fi-iicvkh rlumlHiJ a£mi ir^pl be pf rlpriiiil Ji Mr-wpl eirtnmuiirh ep : +-Ieil Srp the l| g^fr TTif *- peitriue neiU Htt h* IWlJtTO -i r^*-iT*fld hprnpweluna i> A?Wl * mu-J be TtflNr A inm-iv il.re ri^MTfr* *ih slyyiy rJ ml lw?l GJ5 -; ■TS-:--«=rf*IM MAUim I;; I hi MiTijmi'ul-iq iftiitH tiklriiii wil pltMfli ui aidLilkii til'6 r-mmul ^ M liiiii>JLt v.fmi fhft iFrTTflrslire h« n rfOSIure rpYi mpy Ngin Nglp I he ^rr{ipr.f _r% prii> iMtyvpnp ’. SiiTi p[r:,iL nr^la^ 66Cttl :uUiWi, C id --uj 'j l b l550£ti Wiflifij't 01 1 i% !hfl Pf ipmriH-iii.r* rd Of frim |n ih? T.mr.^.-tirpf r-s 3, inrt-.’” pi Bwwf & -tjr-■%■ rj< I>pJ «-mn ■rtpM-sfi citing Fie itiiyh rf p* im'viLiier aa nest ^ coust hj’iSccmii e'iLijs r he eoicfiriDfl. r g-jre 17 «ow« poautie seises :i Eeriif-tiuuie spa-itrii ir^i tray «cui -n a ^ itir Pie shah arid be inCrJ prefSuited in ite orei-a eTh^h ifiermai »ew Ai ei=y four M ere dclKfj ty -s lhii*wder dK^-Smte 4 |*«| 1y * kfryefilure* ei Meii ed r« i ^xPh MW -J-lvuil Fi.--Ji ■ u»- in- to j|j‘rb:i-iLiiE_-Li ri!-i'- ■-ithLi0Lto i U.i :_hjk :--jJ ji'ia ^u-sx2ure i-i11- il?JliilLiip:\ I > iO:totoi«fitoaU Jito I.' c sNrc krrfHErasijin m i ►; r cf im be DKffiB n he caifci^jm f^icaicBiimm cH I hr nriitrir mliec Fie febFay n Blinded krrftrieEiie rsngg nei gwiyiiwd Figuiv 17. Poss -jho -SDurc4& of itimpu: d»i gudvefins In -a calDrinwh aviii or d jin . Flow rtmn^ni m frmKW Digiel Fnrimun li jmi-.i>:ci Upi:rfi--p Ubii-.i hi.St"JlrI'' I I' Lr-AM Xtl1-3(Xlb Lkertodfie Ire Vsgv 1 £ to 1U 98 Appdix 2(16) 7 Calibration Coefficients 7.1 File Format OuHtzcyne D J:?l a wjrfr T ?ns Juctrs h:lu* Hiov cw-FIckm- acrtc n EEPIGk'. The lomwl of these T.iN, i d H-,-rr r,-iTHMnrr HI- r-i-m-l1 A11M4 ?>z = t C3d'( z* Coz'p™ T>zi =el VU.e n» d ziJkm . 7 KP Mia- I H I'.llh -3x:-c-:i 3PPCF * “0* - : EC:. '■"uiakfi “ill: VliH. ii Ok OL27 US cn-* Xf 4 BCD :>N:. ”rd wiKzr & id Nurmtsf ilyC-4ir,- - .1 sh :cn:i cos Tr l ->CI Pm I Flu- "“Mil lij ■ b.i iL_-T: >i>1 1_1, ESKOi SiiEK' s'10 - OL: 4 EC:' D.’le Czirvne -Tdt'zikf Mi Ori -on:3:i CKtrrter 31. 2t>I1 C14 i i ■j-rnrlill FYnn M r, l-Yp-.'flirrt i4“"J! Lr-rtJii 11 1 riT- - si: 1 fhlldZ Mds FI'.jjii i- ihtiwl 0-10 15OZ0 «:i'i X 7 1 Tmki M n 1 rtrnwpJirp, iar h^:; -ill Cl,' "JL ! l jl.IF.'J C| T i r MX Mi: Iliii.Ui.Ilii. 1: V L i ■juau ■1U “i ii Til 1 CzM.TrP* ■>rrut61 Salzfdkn Tpdt !H(M ( >rtZl Fk -zzltj -y,. ta1 CIV J. L 1 r>ll l-ivurjJft flirj-ii- tf I l-rrt"rnlft -nrtn^ IwCC II flft - SLA 1 ■zl;rx-dJJ| C ca-a Lti 1 * HiriKifl^.'l L:4n Ui? hv 1:11 |:ia VI :jlb«: 1X Almirii: I.iiIi UxCCUUUCUU ...... Hlh.K I jx ' :<« -J;r>z Czn.CaJ,. c-ut -z d scvYd^i;: .yALv j-:;. SOC31.C | CUE jtiC 1 r>r i>p- CXq-ii if? :":*lr\ral m \y-+ - spa r.n1 ry; Lr-ij:: Ipmf isr-l ip'C.1! l$l i i=x*:d| 1:41, I1i:4i3di: tillSpli P/1 VtikEiJi ei3i itiflrtp 0x0 i 11 enr :ii“ i drw^iil iC-fV Ml fXq-ii 1 1 Orhnn K-' Tmi'im#;, :™tn: II cur >d K i :-j -1 h: 11 ;C | KliTl MV IXi |:Ll V. 1 1 tiffslT ih K2 ;T:ii|iijmI.il:! ^ku :: % c>n - ■?5" 4 fCZI|^| CzIZ.En Cut .lt6. Scdv rdzlsramddrd J' i: Ok - ;0..i.X00 1 "c. 40:0 CM J * 1 ■:%l|.-v'| i\r. K"-1 dsr |:ii" V.' hi34 1: :4:l:4 AJ Kziiwli: Uni h Ux: ZCnvWC, 1 >■ "1 i 41K.K CDS 4 d;r>zd:2^i C:I2lOFB£ C-utlt di Si^k .: X.' ■•latittx 1: Oh. Oiii'72 pjTTTFc7 40:0 C-ls': - .■■F - AT rJ:n"l:lT rii? tij;. iCiq- t tf? .'j-p--TdPdi’1: ^'dLivVIJ rjir-r.rd r.\ L.-L- Of- ■> Unii>ii:.i|;ij i >::h : nil cJ Flfc jLKOOOO - 01 F 1 Li-rJ;n«l[]| ^hrzf-Hirr Jm SLI-iKJ 0= =1 TjH cS. dull brail on T^x tiding Mhhii 11:1 N li'il- 1 Pnwiml- dt Jhr ? HTi:-d-iln. H ii:* 1 2B5 Bid cl Fie TJMoS. Proscato "type tiding VU.c 1 r.fcdn ng ’i 1 - * l , 7.2 Checksum Calculation ""hz-MjmcldJ z>yx: n :_t zxdlzfc-: Hz ihoud zed ic (.rtJ uzng -2 m zd.11 hi . IhetiiM-iZu—ct: zt zz.cuac.Jd: i_c z.\c: cf"[Jm:ri lI Ui. ami -H .L HChki-. Lv.au Zitilz Frcv.-rc ItzrKzuzcf Ctcro: ng h'd-uzl BVSvJmT11C:2i AM *iJ01 ZK.S Cuznzj, c. nz. nojc b cr ■ i 99 Appdix 2(17) 7.3 Pressure and Temperature Calculations > -ywjiu »iiJ Tc- ikii Auii .* aic liJlu i#ju J u*i h & |rJ? ciimil ill Uil* Lvj ‘ahw Ii v * Xa urJXi.u. icdU turn llu- v -miIli E*di lunLi ujui u " pirAU-k \?J. Ai; twi }-'j I-j hiTiieiJ HJ Ij N- i> iv vwciiuJ n Ui. 11« cwk.U. v imili.e lu cl ci > ikiilul eiuti-A Ji- pnljiw-i»| ,-rrt#r t n -Fryv-rw-rwi -hrt- * th -a r. rr<#i-« h* in*1 fnr hrih. n-c* l-m -it rrrW rrwy rJviriT* -A#ti rur.r p-vt rJ A-h»rr«n*rr* c" wervylous- DffMure a'd w-p?Tsrure Zx-i3to"d:rd Jnl:| -31:4 ^.C •iXt'f'l •lXtf2h> /-.,r iaj -himIh Uiixi - Si x { :) • V c:, ♦ |X,if f «|%fV } "Tit piiyerlil mij; te eciiwncec uing 3211 ;1;ried Irtege - "6th f I k tirlxed »s :h»- I- I he pnu:» zxt e,6 je bel>e. "he iii.Ii_4 lu .i;.ii m U 2 "1 am iiiu .■ ij-■_ J If/ :c ju Siij Uiv 5- Ui icaiiS u1 !{; U !<■ Iin.j Jiv .icsicutiv mlcu uj .lJ i J.c, uuii he H^kdim Ii>!ch ? Iiim 4 ua IIii: MAUI I l-i: : Klfh Ir^c h ii:iwl:-::i u - irr: i'Imt Iiim...... •iv.d IInauil ■ art u::k:l flMdy ■■: III 6 azHi-ulalto-. Figure 16. i-regcf Paynonilal Ccmpulziioii : :li x e 11:1 ■ | XI!:L- | Hli iL- | ?2Ej ,\^JIir^iy ^ " "x. ^ Us. ! II U | III'Ih | III'I, | Itih'-: ■_ l!il M : ■■! Ml * 1 * * 4 | ■ Nil-* | I: I .'If | i: I rip | :i Ii f ■ 11V IIiIh | i: I1 U I 1:I'-l? I 4 I L IiHu ihxIidL111 ■■■ J' 1 2 — — ~ - V" ~~ ~ — X Meti Ipc ? dvr <■ ' Mix ! IliU I III'Ih I i;i'l? I 12 Ixl .T-xiiiidLiii 4 III y. ^ nil-- | & M-lr | y M m; | Adii .<2 Ixl L’l'jliljhiL J 4 gdf h II ir I h M lr I !: &Jr | '2 I a. inutJrf ------" -Jie pntj-crrinl har :een dDnifrrul mji'w :r>;l"eer1"d .nils -Js m. Hzlyn} \r? die IxJI-g »n: r:rJrr3 . "he ■mrdird _n i: r: rid::. : h xl on: T:msd. :lire In C. -J^mzie u rb: JF: Le dc-' p.iK by dje ng lid ivdgd jKie: CFS2 v. die Iiidyfreiii.l id. J. ii a . Id iii.N J. iij r-'f I d xJd 6k [vx .ii. ^d ii iljj 31. Tie- f-l J9 |>. _^rdi*.d-._^.- 1 u .ImIl-. j l\y c -vir^i.dl d iii Fidniid Tr:rodu:crCpcrolngMmuil E-Mxr 1 2 aw -.V 2:01 2MS Cu:itzd,-d. In:, rug: "df 3 Appdix 2(18) 7.4 Example Calculation Routine Pseudocode IiiyuLu : Unr-q=*dTr,r.nj*r j "; 3| I]H Xp.. H - Tt Tir.vrn:: ai, a?- vskl ". i.i :hi»_i ^ :hfi+li : Suvkui Al .Um l'J rn-jail ■ V^injfcl«i: ■ I i,i " "■■■ I ■ [nTf^fI 11 J. K Ij.h L ■ "j If - ,K1 -i T '.K* -! Tt." T - ? tta n Twt - C Sill “ >! 2-Z.7 ■ ftp | ■» 2-1 J >t .1 - (J to HI T- i Tvxji * Kt * » ix.■ rmp - u ijis if ■ a -1 Ht-xc lint - Sint + t:*xt T [f | ,Mr“r.iES i 'TTrrn 2.;z.t - Slnr + 0F9E 3-JJ.L - linL ■ 52 Zl-Jm 3:-j t - S i.nt T 3. Ind It Cy LI n ~iu kIllxi 0 " Jiiy f.Liuii £,&3M71:.:3 /*W K51 iZOi !>ju _d _yii ". InL-. Puy. 13 i-f 19 Appdix 2(19) 7.5 Intel HEX Fite Coding Ojzi1ic>t* Tra-ed.«r Cde'tzwl lies ?re jtarbuied ushg the hW HEX lie Icrmec This ?lc^t re ooj«t fie #h ■xnriczrc cod: aid mutes fa- easy lie tro-ifa'tor ere cwrp.le sy:!:fn lo crccncf *Iin li:H lh>M:h:iinl DI|Hd Ih mud kiiM -*k 4 to-i-Mld :ih I: IIh I i:m»ih <. IIm < Mil cl th ::ii:. Iiy h ooot I. k*: NtkiiH« mt-i! i-eard t>pe TNs k ty Ihe icud l»l? and ? 2 rora:xr : " s "" hh |.H ... :■■■; - - 1 1 (lejkevT ;>tjr if all byr-r .>n line - 0-* -'* . d .1111. !v-.Vtfl .:DL-ecs-rs.Lii"i. tiddr-M Type ’’ U:-ecu1. -dHCHr:-L-'.. c if w-n; hriThsr cf ch = in cjt.n l tild StM-h r.f rfrA vf HKflra T>pti !■-■■ ■::■ -hm -tar.4 r#Mid i". Ihm pr^irl hr r^nl^i-m: Him rLr■ rl |-f -dm IHf d?Jh h»n ns **-l" -hm rrtiTi **■! rh-r.H-l;r ;"-"1 '■Hwd c-y 'h: sybfi co.n1. tie ode es-: cl he fr:: b*oe one tie reewo lype ;faDTi. :olw ns tie re:we iw:e arc tie doll eye: one tie chccuum. Trie talmrng a : examp es rf dor: .-e-wd: -.smcos ere Ird.cec lof etiity enc ore :re ncr hti.dzd h he ctiuai cojzei fik;. : ■ nnic nn ■ ivnFiin ■■FT-nr-.i”-nV-nr.F—~i -,i,n nr : r -1 nn c nr- n noc -n* n.- 3lv .h I ilje 3L, Uie c ■- ic-nc, j ab the end e I * iLL 1v Tlnuid tv-sU iZiila »111 liir ecto siarl c mu -a : i" "i "'.i.v.ij bytheLjjie fimnl f lb! l. -hfl * hr-hii ^ IK:;:'# hm rmrnrl ; III "I h-ri Hi; rli;rki m 1" I "1 IIO 00.X 01 b: ■inwiil bjpn IF7, Iih H.c|Hi4pd khmihf J hm Iho : i-i:ird. :hhiHi bi^ A Irunn 1:4 N Iih khifikii Ii-iH- i iiI:1h ;k II :k|i 4|i:-R4i htyw -hih w H m- Ihft ri-^rJ I lf ■nil r .iH^rJ- l-m -hinJ. In mun^1 nlrt-nss -w ri ui-mmipiwil -h-N n —n -1 n nrJi e 11 crfl-rwl Ih; m=l;n-hrl ■> jn;nb edcrc-:: re:er: wui:: *1h ti: :dwi slar-re zde1 i""i t kvzc by : e b-?x c-cui: ni^:. tie MdriK- ■. TKOZ'l arc ih: reec-d 0 :"01"i "d '.v.U Li.. 4 Ih -»j.11 I'l i.l Jic at^iiMiil. Lu>. m-l :v« ui J Jil: £ c u >.di: LiiLtkvjiu =|:.l-i■_ h.v- 02 m nii uwJ i CkitilDCyiiL- -EX isoh Imh -I Iks sji 00% Ol 1005 E6 itilti PrtMLfe Trznsduzci- Cpwai ng K‘ti'u:l ic:M /*v -.0 2%1 20C0Cu:nzitrc.ln: ruy Ocf D Pioneer Sapphire-silicon Pressure Memory Gauge (P1) 4=^^ 103 - PPS) PIONEER PETROTECH SERVICES INC. PPS25 Electronic Memory Gauge The shiuun-stiUJFJnlie dsttroriiC :ov.Tihult; APPLICATIONS: memory gauge a.ie designed fj be run by WtilliW 5t?:v ;r persynnd with llmiled oviiJUlc Khowl£d&e o' Cj Hrc-isurc Buad-up Tests tixpriienue n furring He nory y mu ijt^. C] PUrtlKlItll T*BtS Ca Prwaiw OretiUirta TheTe is nc 'ee: :o "e-p":g"am the gauges sf-jer £3 Pevt Stimulation Eralaativn every r,n p -ov iding you 5 re on the seme earn ole rate Kg Intc rftrtnac Tests an: die 5 mple software allows you to download an: ^ Fmc- Meriterinn ge "erste s report cr ASCII file for emailing wt i ease. lri|* SPECIFICATIONS Bens or Type Slien-Sepprirs. Pfewure Ranges uy.tn - 2C.CCDFSI Pressure ftr.nirar.y |Ti.l Pros sure Resolution D.D3U3V Pr«surr Drift <5 ™ / j'ter Temfmi-elire Rating X>$ Q;>-r-n < 1 sn-r.p:ir ri r 17T rq-r r ■} Tcmficratirv jV.nirar.y ir ft TtmpeMur* Reeolutltii O.QV-C Rwer Seurce 5re AA v t Iktrunpmck ComnsinliMlrins. USB,‘R5232 DuJ.ii TiuL CuriLeiKs Tru.1 pTTivrr/tm-M-alure. Memory Capacity 1,000 'ICO d*j. sell Outside Didindei 0 lit 11 : nn(> .1 ' .uy. J : -HI | ,3o";il K n-JT; Chi tridl LeiiU.li t'.JS.^rvrti. 1 ‘ -vZ764aiml 5ei\k* HiO HC'Using Malrrml namcl 71B J/az nlcs.-: 'S-.CX 1/4 Bminplf Rdle 1 sccmdla 1 flours per sample Calgary, Alberta, Canada Phone: 403-262-7665 Fax: 403 232 0505 Tull Free Phone in USA & Canada: 1-833 -PP-GAUGE (774-2343) WWw.pioneBrps.com Email: infoppstypidneerps.com 104 - fcd -4 60mm Downhole hydraulic shut-in valve (DHSIV) ht -H- Sul □H tt^ 105 - Appdix 4(1) Operating and Maintenance Procedures for Hydraulic Down-Hole Shut-in Valve Uomroenf No: 132V -01 Da!&: Db-'"0 V,'ij o Rei/iiviyr. 1 106 - Appdix 4(2) H-DHSIV Operating & Maintenance Procedures Aail 6, 2006 SANDIA VERSION?evisK:i ' TABLE OF CONTENTS TABLE OF CONTENTS...... 1 1.0 Introduction...... 2 y 0 deration ? 3.0 Disassembly 5 Assembly...... 3 3 1 DiBaasemh.y ...... 3 3-2 Aeeembty...... 3 3.3 "eating...... -1 4.0 Care end Maintenance...... 4 Alllfihno*nil: PI Drg NO. 1QC9-C1 - Pa. Is List I PI Dry No. S2513013E F:;gi! ' cf 4 107 - Appdix 4(3) H-DHSIV 0pirating 6 Maintenance Procedures April G. 2006 BANDIA VERSION R::vidm 1 1.0 Introduction The- Hydraulic Down ho3e 5hu1 In Va\e (H DH5 V) is designed to do rtm In I no above a single or r.lmrlrlln picker JflMfllbly Jind in i mod ho indnln n lent .snnlion in nnmmuninnFion wrlh Ihn running p pe ID For t^s purpose of hydrological testing c^ a well. In brief, the H-DHS V comprises a ball valve maintaned in position by a apiing anc aclualed to a second position vies hy*ayic pmssurc supplied by a prosstre hose run to the sufarc It is usually setup in Ihc "nomral'y-ope-" rond lion and hydraulically nctuatec to tie dosed postion though it may also be set up as Lnornally-closflc". The rsh-nchcd IPI Hracing number 1IH1!1-ITI nhow.m ho I l-DI IfilV in detail togHhcr with a N of all porh 2.0 Operation The RAZ3HSIV is simply operated as follows: 1. Make-up the 4-CHSIV :o the top tunning p:pa va the 1" NPT female thread c the bsltom aub of tie tod. 7 Mrskcs-up.i joint of runn -g pipe ta the tap nF the 11-Til ISIV Thn top cannrxstcn is 1" HP~ Inm.ite 3 Attach the hydraulic activation Emnc ta the M" Fiv/ngntek fr+ng on tnp nF ter-1 Pill IF1IV 4. Run in :o recured depth using standard pi re running procedures but being cautious to ensure the hydraulic hose is not damaged chile tu.Tiing. Ate recommend taping the hose to Me rods at leas; every Jo.nL 5. Chock the; the H DH5IU Is lUlly open by purndng through 5. Connect the hydraulic hose at surface to a pressure source urd apply suffirom pressure Is Ihc H-DHS’V to fury close fine valve. The recommended minimum fully closed pressure is 70 har above static pressure at the level of the valve. Actual activation pressures vrereus % Closed Iter the valve are aafrfowa: Activation Pressure Percentage Closed fban (’«■> 3 0 11 1 14 b 22 25 40 53 45 75 61 39 57.5 100 <. Confnm that the valve is closed by pumping cojvn to a maximum presstre equivalent to or s tg.~tty higher than Me expected testing pressure is recommenrlad. Manege 1 ■' 108 - Appdix 4(4) H-DH5IV Operating & Maintenance Procedures April 6, 20CS SANDIA VERSION Revision - H. Cycle the valve open and ciccod as necessaiy dunng hyCro geological testing. TJcHe that when closed the va^c can support e mojtimum differential pressure of 5CO bar (7fl00 pui) from above or be lew. S. At the completion of testing, vent the hydraulic activation pressure te open the H-DUSIV and trip out of hole or move to new location os required. 3.0 Disassembly & Assembly The 4-DHS V a supplied fully assembled and under normal operating dncumstrnaes it is not necessaiy to d sassemhle and re-aasemhle 1he valve. Should a seal leak, or ether 6. rcunrata nee require this however, the fdlowing procedures shoulc be adhered to. 3.1 Disassembly With reference to I FI U rawing njmbor IdUEi U1 and the cad numhc re gven thereen (and shown in brockets below), disassembly should proceed as follows: 1. Remove the M6 socket set screws (4) from both ends 10. Rctate the Eh I. (23i to tre closed position then slide it off the vs Are stem C2£) and out. 11 Fimh tho vnlvo rdem (2(3) info the oavty oF the vnhm body (13) and romnvn it enmploto with rho stem bearings (24) and stem seal (29). f required, the lap connecter pipe (1) may bo unscrewed from the top sue (2) to chock and replace the O-ring seal (10). 3.2 Assembly The H-DHSTV should be assembled in reverse order to the disassembly instructions given in 9.1 above During assembly, all seals should be closely nspeeted to ensure they rema n serviceable and should be P.iye 3 CiF d 109 - Appdix 4(5) H-DHSIV 0pirating 6 Maintenance Procedures April 6. 2000 SANDIA VERSION R::vi;i::ri 1 replaced if they arc net. All Ihrc&dce cemectiens should be ubriccdcd with a good quality nickel anti- seze compound o r similEr. The ■"ollowing pads should he liberally lubricated wilh a good quality gease: « outaide cf valve oody (10j and toe siting s^-rfa ca c n toe I ewer end cf toe top sub f3}; ♦ botht-e inside anc" outside of the piaon to), ♦ tty? oirttidn nf ttio pislon end block f"l^; « iMI O rtnee and Ihelr coats: ■ the ID cf the cuter case (8) alary the O-ring sealing lecatian. 3.3 leafing II is iceoiiimL'-iidad Ihjt Tuir.Liairjhly uF Li e as-sc-riblud H-DHSIV be Lesled fcliu'.v 11 uvcri p; iliul disasseTibly're-aiJseTibly Sue- tesli-g should verify fhe opening and dosing of the valve and the overal pressure intogilyof both the valve and the packer inflation through tube. The H DH5IV provides a I' HPT Tomato connection to allow simple connection to a surface water noriren to verify Utiyr elo-Miro Tc-sting \muld he i inrir-rkiknn :v th 'lowf^em oor.h end separately he test closure to both possio'e directions o* flew. 4.0 Care and Maintenance Prior 1o each exmirsion dcvm-hcle t 5 recommenced thq; the testing mentioned in section 3.0 be repeatac to ensure the H-DHSIV remains in good work ng order having first established that the tool a clean inside and outside and has been well lubricated. Whenever it is necessaiy to dissasembls |iart erall cf toe H-DHSIV, a I O-rirys a nd sea ing aurfacas she Hd be ceretully inspected and replaced on re-asaemUy it required. Likewise. U-ungs and threads slToJd bu rc-lubuLatoU and now PTFE Lapu should be inslallcd un [iLfinys vjfiunuw LtuHe lui:is are lu be re-assembled. The vaF.'c Is ms niTatiurod from staltioss etoel and should rho r-c'ore bo highr/oerreson resistant requiring only Flushing v.'Hh rlenn j.siteT nnd Cfl refill d-ying prior to storage The I I-HI C1IV should be completely empiied of WEter and dried eftsr use and shotfd then be ke pi in s desr, d ry environment. Pane ■f c 110 - Appdix 4(6) TOP CONNECTOR PfE ILULHIIIWd 554W-1-J MB Jt 1 SOCKET SET BGftBV B5 HI CbRIMG B3 13£0-"llhG BS 135 3-RlhG OUTT1’ CASE US 13iU llhG VALVE CROSSOVER SUB US 124 0 ClNG VALVE uCO>- piston lkj k.oos SPRING ULArilNG THROUGH PIPE LiPRIN G SHACI K I I KrLiLHIU EASE LlJOhJ' BOTTOM CONNECTOR P|PF Ua Il SEA-. VALVE STEM BEARING SEE DETAIL tifr !0\1 OH jQSSO'.'L ^ Sun III AHK VALVE ACTJA1 OK VAL.VI STEM VALVE STEM BEAL DETAl L OF BALL VALVE SECT ON Linkable Packm Inlemyiinngl Pty Ud HYDRAULIC H.P, DOWN—HOLE W % T -^11 PH-1"tHHiprt hvl -hm * SHUT-IN VALVE PARTS DRG ALL HE6SLREH£krrs tULLHtTRES LN_E55 STftTO APMW^DFEP CChSTRjrTKfl 60mm Submersible pump housing and Redi-flo II pump 113 - Appdix 5(1) 60 mm diameter Submersible Pump Housing and Redi-flo II Pump 114 - Appdix 5(2) Inflatable Packers International Pty Ud III,I 1.S Pfcinf^ L^ I/* - Itflcrfei Tug# PLAh CM TOP OP si chon a -a ■— i r ■ I l"i'f ■"►■;4bi HOI hi: . Pcch-erE mid tar 50 bar In 36 n-m ht h 2. A I 1'iti'ni pii'li - I £■ jl'.i- !-:>fc 51** 5, hJ"ri:murfi p 00.1*1 |*j “ ?J. ]■ mm 1, odd e inqlh hi ood'ng 1" Util1 fti'enuKd p :-*k and cc^pilugm PACKER ASSEMBLY PUMP ASSEMBLY 115 Appdix 5(3) QRUNPFQST Redi-Flo2. 2'1 Environmental Submersible Pumps MP1 Submittal Data JOB or CUSTOMER: ENGINEER CCNTSACTCfi 9J0MITTEDBY OAT: Ap5R[)V£l :■ H-" DATE ORCERNO: OAT: ■SPaGIF CAT CM kh - oja h~mr tag no mco :l no. GPM "=— LD\:[\0TI COMMENTS Technical Data M.Li sixa Waif1 ileC% vai xbe axeeU XLtmeiai:: e Mr-.-r Ptvtt .- f.-ai',' T nr ml Over i\vl Max iiUrt1 T lex Te-iiperaiue. Oj. r (30. Ol I n;ini‘GnnTnbxu 5cnjsftTi6i Mi 11 iij-Ti F U l Tta Mi-ei-aA if. S-i. ' (1,C) IJisoarnBct lcTpriTYlun*: l.ri. h ;!!::,C) Max iu;r ln#yj. ' .i K'A1 ;2I Pj H.-v.- Mrrmv Av-fn Max luir Ml4jo- Vxllxpe 5PI I./22J Villi ST 42H-L Oj-rxirl i^Glnnd InCGHHItferi iiln Mlx (jcn-nTC-Ixy Maxi lull McW' Guif, I. i i *JTV-- OrbJe. he-Sixt. raria e N-T "Ixw Rdi hK Cun. nubLSVa iaUa MOJr^'rjr. = LG. G=M; i tit lalivi . Ji i: li If i' a.a taJ--ti ILy l< Aj a jLn it oifu'. u i aatiardLeadLeryira: ii. m-, 103 Ji0,175 2ZC-, 2M a-; iron. Cua.ii L« u.-a. 20 SCO 'ey I ■ 11 VlT i u fi ti Ha. Dimensions finches,Vnm| i.ar HI 123456789 NetWteQM. -j 5 LBS. !Kd ndidiig momr le«i Flow Role i-Geltor-s Fcr Minute; 116- Appdix 5(4) NIP-1 Materials of Construction ,.i ^ 7' tV : >* ■4--- 5) r-T^i ZJ Q—► .fcF® -© * m ©—► ^ ^ ©—► * —© ©—* r:3 726 11 Nuirhpr Cwh :i Ltiuri Mslai a 1 i i“i SjbS i ^reSlfflcB Steel 2 Fln^l l2LBhH 31 £ 3:ai ikrbuSlae 3 Gui'J" Vine- 31 f Slsi ifcryi Sleei A W?3i li u leLrr s lir-pelsi 31 £ 3:ai ikrbuSlae 6 SplKtl li I h 31 f Sisi ilebi-Sltt 'AS;31 Piste le-lirt^ s MUo' Lead Tdirt1' 9 SI sit 3J? Sisi ilebi-Sltt in Suction Ifileroomeclsf 31 £ dilanb™. Sleti led i.-rF'ir-, ,-i -eg jtSfvt Sveuf Udlivi e yJjy.t 11 Statu- HLiJsirp 31 £ Siahteae-Sleet ■jo ctn-. i jS Ivlh-Jr 12 At fcrt Si_i ir,v 1i S Stsi i (ttf -SJesI trsfJflm-Mk ft n i Print CRUNDFOS ^.rp*r m J’kttp ■ -i ■ 3ill Li bnalVn wm■ ft ■ m.CJ\IBT1 .nr-T-c-ii Etfoa ■ i— '.Lii. ■_*■#■■hi ■.*■»*. w. ■ :■ Wv. v< ^OVAtMiIM1 -aw. =RihTFr. N l.:> I------I '.e-irfi.'.w.LW a.■.--'SC-: ■ HiKM.'ti-jfcS. 1". 117 # # # & # 447l4#3A^#^L 3433A-1 v]$l INIS 43133 KAERI / TR-4066/ 2010 ##3 a ]^4444## Straddle-packer System # / 44 # 4# #4### 4 44# 444 (444 44#444 ###444 44) 44# (#4# 4##4 ###7}) 4## (#4# 4##4 ###7}) #44444#4## (#4# 4##4 ###7}) 3## (44# 44#4## ###4#4 44) 4## (44# 44#4## ###4#4 44) #44 31# M 44 %#### #4# 2010. 6 4 # 4 128 p. 3 3 ##(o), ##( ) 3 71 21x29.7Cm. #3.4-# #4# #44444431 44 #4 47H( 0 ), 443]( ) 43 a) 4 #43 A] 4##444 4( ), 44# #44444 31444 #4 (15-20444) 33# #### 34#-# 3e#3l4#4 4#4#7H## 4#4# 44 4# ### 44# #4# #4 4434 ^A^ ^7}^ #o] ##. # # 4# ### 4# 444 #4-4 4# #44# 4## 44# ##4 4## 4 ## 4444 447> 44444 #44 #34 4 4144#3, 443 4444 4 #44# 4444# 4444 4# ### #444# 44, #7># 4 #4 44# #44# 44# ##4#4. 4 #344^ 44444 44 4# 4 4 # 34, 4#444 414, 4 ##4 4#, #4444 4^#4 ## 44, 34 3 441 4313#, 41# 444 4# ##4#4. 4 #44 #4# 44# 44 444444 ##444# #4# 44 ##34- 4##4 #44# #=## 43 # 4##, kurt 44 4444# 444# 4 #4444# 4444 #44/Ml 4# ##€ 444. #4#3g. #^4 4#, 4, ##314##, ##4##4, das #3 44 #44 #44 431# #44 3 44# 44# 31444. 4 4 #44# 4#44 4#3 4f#44 4##r 444## 434 4# #4## #3A] 3 7l#43A|# A}#0]] ##?] 4443, 4# 4443 ##444 44. 4314443 44##, 7}#314#4#/ #4##, 44 #^^^1 ;M1# (104444) 3, #4 #44 119 - BIBLIOGRAPHIC INFORMATION SHEET Performing Org. Sponsoring Org. Stamdard Report INIS Subject Code Report No. Report No. No. KAERI/TR-4066 /2Q10 Techniques for Field Operation of Straddle-packer System in Title / Subtitle Deep borehole Project Manager Kyung-Su Kim (Establishment of multipurpose underground and Department research laboratory) (or Main Author) Researcher and Kyung-Woo Park(Assessment of the geo-environment for Department HLW disposal) Geon-Young Kim(Assessment of the geo-environment for HLW disposal) Sung-Hoon ^(Assessment of the geo-environment for HLW disposal) Yong-Kwon Koh(Establishment of multipurpose underground research laboratory) Jong-Won Choi(Establishment of multipurpose underground research laboratory) Publication Publication Daejeon Publisher KAERI June. 2010 Place Date Page 128 p. 111. & Tab. Yes(O), No ( ) Size 21x29.7Cm Note Open Open( O), Closed( ) Restricted ( ), ___Class Report Type Technical Report Classified Document Sponsoring Org. Contract No. Abstract (15-20 Lines) It is necessary to establish an appropriate hydro-testing tool for the qualified characterization of deep geological environments, especially for the hydraulic properties of rock formation. This research project had been initiated for the purpose of establishment of advanced infra-structures in KURT. The straddle packer system was developed for hydraulic characterization of geological formation using deep borehole. This technical report consists of design concept, basic requirements, function of each part, field operation procedures and techniques, detail design drawings, and specifications. The qualified hydro-testing tool, which is suitable for medium to low permeable formation, using large and deep borehole, has been developed. This tool will be applied for the research project on development of HLW disposal technologies and the site characterization activities of LILW disposal project. Prior to field operation using this hydro-testing equipment, every researchers should be well acquainted Subject Keywords Hydraulic testing, Straddle-packer system, Pressure sensor, (About 10 words) Hydraulic Downho e Shut-in Valve, Rock mass permeability 120 -