..
JUNE 7. 19'4 oPTION L.IST PAGES 1-111
MODUL.E L.IST PAGES 118.194 • STATUS 1 (UNANNOUNCED) & STATUS ., (OBSO~ETE) OPTIONS DE~ETED
0000 PPPPP TTTTT1T 0000 N N ~ 55S5S TTTTTTT 1 a l";) p p T 0 0 NN N ~ S T a 0 P P T a 0 N N N ~ S T 0 0 ppppp T 0 a N N N ~ 5SSS T 0 0 P T 0 0 N N N ~ S T 0 0 P T 0 a N NN L. S T 0000 P T 0000 N N ~~~~L.~ 55SSS T
OPTION DESiGNATION 1.151 JUN 7, 1974 STATUS 1 & ? DELETED OICI< 8EST
THIS 15 A ~IST OF DESIGNATIONS AND NAMES OF' £QUIPMENT WHICIof J.tAS BEEN, ! S. OR MAY BE AVAll.ABI.E fOR SAL.E BY CEC. THE OPTIONS A~~ SORTED BY MODEl.. NUM8~R,
THE MOOE~ ~UMBER HAS 8EEN PLACED IN THE SPACE AVAll..A9LE FOR IT IN THE ACCOUNTING FORMAT. T~I5 SPACE CONSISTS or A MAIN 5 CHARACTER FIEL.D 'OI.~OWrD BY A 2.C~ARACTER "VARIATION" FIELD, A DASH SEPARATES T~E TWO P!EI..DS, WHIL.E THE M~IN NUMBER IS RIGIoIT JUSTIfIED ANO TIofE VARIATION IS I.EFT JUSTI'IEO~ IN GENERAl.., 01..0 MODEL NUMBERS CONTAIN NO LETTERS IN THE MAIN FJ£~D Wloll~E ~EW MODEl.. NUM8~R5 CONTAIN 2 LETT~RS FO~L.OWED BY 2 NUMBERS rOR OPTIONS AND ON! L.ETTER fO~L.OWED 8Y 3 OR • NUMBERS FOR MOOU~ES. T~E INITIA~ ~ETT~R IN THE MAIN rtELD GENERA~~Y IS THE SAME AS THE CATEGORY. E¥CEPTIONS TO T~fS ARE COMPUTERS, ~!STED IN CATE:GORY E.
TIoIE MODE~ NU~8ER rDR A TESTE~ USES THE SAME CHARACTERS IN T~E MAIN FIELD AS ODES THE OPTION rOR W~lCH IT IS DESIGNED, WIT~ T~E rIRST CHARACTER IN TIofE VARIATION ~IELO BEtNG "T", FOR EXAMPLE, 2 TESTERS 'O~ THE R~01~A MIGHT BE NA~EO RP01"TA AND RP01-TB. SUCH TESTER NUMB~RS AR~ NOT LISTED ~ERE. THEY ARE CONTROLL.ED BY DRAPTtNG.
T~E "USED ON" COLUMN REPERS TO THE OPTIONS OR COMPUTERS TO WHICH THE ITEM IN QUESTION MAV BE CONNECTED.
T~E "ENG MGR" IS THE ENGINEERING MANAGER WHO HAS T~E fINAL RESPONSIBILlTV FOR THE DEVICE.
THE "~ANUF'CTURING AREA" IS THE GROUP THAT MANUFACTURES OR IS RESPONSIBLE FOR THE DEVICE,
CO~ ~ PDP11 COMMUNICATIONS r, A. T., WESTMINSTER CON = CONTROL sySTEMS ess = SPECIAl. SYSTeMS, PARKER ST DAS 8 DEC SYSTEM 10 ADVANCED SYSTEMS rs = rIELD SERVICE IPG = INOUSTRIA~ PROOUCTS, MAVNARD ~V' = ~Ow VO~UMN PROOUCTION, "PARKER ST ~AV = MAYNARD, TIofOMPSON ST. SOC = sorTWARE DlSTRIBUTION CENTER SSAU = SPECIA~ SYSTEMS. AUSTRALIA SSOAL = SPECIAL. SYSTEMS, CAL.lrORNIA SSOAN = SP~CIA~ SYSTEMS, CANADA SSCH : SPECIAL SYSTEMS, CHICAGO SSMU eSPECIAl.. SYSTEMS, MUNICH SSUK = SPECIAL. SYSTEMS. ENGLAND TP~ = TRADITIONAL PRODUCTS TYI' = TVPSETTING WF' = wESTFIELD wM = WESTMINSTER
THE "D£SIGN ENGINEER" ~AS OESIGN RESPONSIBILITY FOR TIoIE DEVICE, AND IS AVAI~AB~E TO HEL.P SO~VE PROBLEMS "TH.T CANNOT BE IoIANOLEO ay THE PRODUCTION ENGINEER. i~E npRODU~TICN ENGINEER" DETE~MINES T~E METHOD OF MANUFACTURE AND BUILDS THE PILOT RUN, IoIE IS A~Sa AVAILAB~E TO SOLVE ~R08LEMS WITH THE DEVICE THAT T~E PRODUCTlnN LINE CAN~DT SOLVE. TH~ "STATUS" CODE IS A~ rOLLOws: 2 1*- UNANNOUNCED 5 = RELEASED TO PRODUCTION 2 - IN DESIGN AND ANNOUNCED 6 = OBSOLETE. BUT CAN STILL BE CUSTOM BUILT 3 ~ CUSTOM BUILT 7 = OBSOLETE ANO CAN~OT BE BUILT 4 • RE~E.SED TO SUlLO .. = NO OPTION, BUT A SERIES NAME
"MO/~R" ~ECaROS THE MONT~ ANO YEAR or THE LATEST C~ANGE IN STATUS OR DESCRIPTION ON THAT LIN£
THOSE ITEMS ~:ITH STATUS 1 AND 7 ARE NOT INCLUOED I~ THE GENERALLV DISTRIBUTEe LIST SINCE STATUS 1 AND 7 ITEMS ARE COMPANY CO~rIOENTIAL. MONT~LY UPOATEO COMPLETE LISTS ARE SENT TO THE rOLLaWI~G PEOPLE'
309 ASPEI.L M82 JOE MADDEN 4.5 ROGER POTHIER 5~' eEV HALL.MAN, KANATA, CANADA GINGER CARRO~L (2) 1.4 BILL SHAW 5 .. 4 KEN RUSS 1-3 i"; I~· MC HUGH PK1 AL pF'VrFER 4-4 CHUCK BRANNIGAN WF MARY BARR PK3p2 15J PHIL TAYS 4.5 rRAN~ CASSIDY 1-5 JOHN HOL,HAN PKl BILL BURNS 5 ... 4 RE~E THIBAULT 21-3 ~ON RUlECKI "K3 BILL. HOG.N 5 .. 2 BRUCE OILLINGHAM MARL.BORO ~ACK HARRIGAN 1-4 A~N WOOD 4-4 CHARLES rEELE:V, IRE LOREN~O RASILLE 1-4 FAIJL MC GAUNN WF' PETER 8RIGGS 1-4 MARK OLSEN MB2
A MONTHLY LIST THAT INCL.UO~S A~L SPECIAL SYSTEM MODULES & OPTIONS IS SENT TO THE pO~~OW1NG PEOPLE;
JAMES CO~MIER 4-4
THE "CATEGORY" CODE I~ AS POLLOWSI A • ANALOG.OIGITAL-A~A~OG N a PU~SE HEIG~T ANALySIS EQUIPMENT 3 • MISCEL~ANEnUS p II PAPER TAPE EQUIP~ENT c • CA~D HAND~ING EQUIPMENT Q II PROGRAMS ~ • DATA HAND~rNG EQUIPMENT R II ROTATING MAGNETIC MEMORIES ~ II COMPUTERS S II SPARE PARTS ~ • INTERNAL COMPUTE; 0PTIONS T II MAGNETIC TAPE EQUIPMENT ~ • LINE PRINTERS ANO TY~EWRITERS V II VISUAL READOUT (OISP~AYS) ~ • MEMORIES (NON-ROTATING) X II X~Y PL.OTTERS
THERE S~~ULO BE .N ENTRV IN eVERY COLUMN POR EACH ITEM, P~EASE EXAMINE THOSE ITEMS POR WH!C~ YOU ARE LISTED AS nESIGN O~ PROOUCTION ENGINEER AND SUPPLY THE MISSING INrORMATION TO DICK BEST OR JUNE PAYNE (X2273), GL.DSSARY OF INITIALS
AA • A. ADELMAN 5-5 8T = BHUCE TARPL.EY 5.2 OMD • DAN DADOIECO 12-2 FXS=FE~lX SCHMITT SSMU AAM=ALEC MU~AR. KANATA 8U • R. BURTON 1-J DML=O. LITWINET~ 5.5 r~ ~ FRANK ~ERES~I 1;2 A8W = ANDY WHITE PKl BV = B. VACHON 5-2 DN = D. NEVAL.A (9) 1·4 GBH=G HARR!NGTON 12~2 a AC • A~ CO~AN 5-2 BW=B WIGGLESWORT~ '-2 DO = D. O'CONNOR 21"3 GO~JACK OEL8ROCCO 21~3 ADL = AL OELUCA 5·2 BW~ • ~ERNIE HAL.L. 1-2 DOANE = R. OOANE 5.3 GOG = GERRY GANONG 5~5 AEH = AL HeLENIUS 1-2 CA = R. eACY WM DOV ~ DAVID VEINOT 1-5 GEF • GEO FRIEND 4-3 AEK=ARNIE ~ORELIT~ 1·~ CA~N=JANICE CARN~S 5.2 DP = DICK PETERSON 1-4 GEG • GERRV GAGNON 5~3 AEW = ART WI~LIAMS 1-3 CAV=OHUCK A VOUSE 1·3 DPR • DAVE RODGERS 5-3 GES=GUNT£R SC~NE!OER 1e3 Ar • ALA~ rRANT~ M81 CS = A. CAMPBELL NB DPS.O~VID STRANO SSCAL. GF = G. ~ORO 21~. AH • AL ~I~SCH 1-4 CSP I CHUCK BICKOrr 1.3 OR = R. DIETER '-3 GFS = GED SIROIS 5.5 AHL = OAVE AHL 5-2 CER.eH~RLES RONEV SSCAL DRES=O. DRESLINSKI PKl GG • GORCON GRAHAM 1;4 AHS • AL S~IME~ 5.5 afM , CHAR~ES MEAD 5.5 DREW. JIM OREW 1-5 GH=GEOAGE HITi ~~5 AJ = A~ JO~NSON WM CH = O. CHACE 5.2 OR~ , DAN MUTNANSKY 1.3 GHL = GEO H ~ORC 582 AJr = A. rARIN~L~I WM CHI • CHAO CHI 1-3 DRS I DON STREET PK1 GHP = GEO PARTRIDGE 1-3 AJM = JOE MARTiN 5·3 CL. • R. C~AYTON 5.2 OS = DAVE SAARI 1.4 GJH = GEARY HORNI~ 5~2 AK • A. KARLSBERG 1-4 eMS a ~U~ BROOKS 5-3 OSL=OAVE LES~IE 5.2 GL = G~EN LEAF~OOA KA AKI = AKAVIA KANIE~ 5.2 CMD • CHUCK DEWEV 21.4 Oi = DAVE THOMAS 1.5 GM = GARV MILL.ER '.2 AL_ = AL ANDERSON 1-3 CP-CL.AVOE PROTEAU 3-5 DV = D. VONADA 1-2 GO = GEOFr OADESSSU~ ALB = AL BURNESS 1-4 CR • CHARLES ROMEO 12.2 ow = DAVE WIENS KA GO~ = GREG HELTO~ 21~4 AM • ALLEN MOWBRAY '-5 CRB I CHUCK BLASI 5 R 3 owe • DAVE BUCKNAM 5-3 GP = G. POTTER ~.5 AP • AL ~ETERS MV CS-CHAHL.ES SCHNARE 1·4 OW5 • 0, SMELSER 1.5 GPAP=GARY PAPAll4N 1~4 AR = A~ ~t~KETTS 5-2 OU = J. OUDMORE 1.4 DV : DON YOUNG PKl GPe-G.p. BUOIANS~Y WM AS • AL SL.tl 1-2 CV = C, VALENTINE PK1 ol=D. lERESKI (23) 21 .. 4 GS = G, SAVIERS 1.3 AS9 • AL 8~OwN S-5 CYR i JO~N CYR 5-2 [AS' ED SIEGMANN 5-5 GSD=GQVINOA SlNG~ SSCAL ASC = AL. CAREy 1-4 Ci = A. C~AJKOWSKI WM EB = ED SRUCKERT 21-4 GT = GEO THISSE~L 5·' 0 A' • A. TITCOMB 5-5 OA = DAVE ADAMS 5.2 £C = ED CORELL. 1 .. 3 GWD = G, DU~ANEY 5.5 ATT • G. ATTERBURy 5-5 DAe • DAVE CANE 1-5 EDS=tD STEINBERGER 5-2 ~A = H. AD~EMAN 5.3 AW • ALA~ WALLACK 5-5 DA~ I UON L.EWINE 5·5 EF • ED rORDE 1-4 HAY=RANDY ~AVNES SSCAL. BAL.L • C~RIS BALL 5-3 DAS • o. STACKPOL.E 5-3 EG = E. GIANETTO 21-3 HD = HARRy ORA8 1.3 BB • B1L.~ BRUCKERT 5-5 DB = DICK BRIGGS 5-2 EIA • ENRICG ANCONA PK3 ~F=HEINl FINDEISEN 1~3 eo • B. JELAGI 1-2 DB~ • ~ENN!S BROWN SSUK EL.8 • ELINOR BURNS 12.3 HK = HANK KREJCI 12~2 BOW = BARRV WEEKS WM DBR I OAVE REBUS KA-1 EL.IADR ELIA.SHAOUL 11-2 HL. = HERVE LAVOIE 5-5 BE • 80B EOWARDS SSCAL DC = D.VE CARLSON PK3 ELK' E. KENNEY 4~5 ~RL = HAROLD L.ONG 21~4 BES = 808 STE~ARi 5-2 Dce t OWIGHT BAKER '-2 ~LL • KEN ELLSON 12"3 ~S = H. SHEPHERD 5.2 er • BET~ ~ORG~S~ 5-2 DO = DICK DEVLiN 5.2 ELS • ED STEL.TiER 1-3 IB=I. 8E~L.ETTIERE 21;3 8r~ • 9. BAI~L.IE 1-2 DDMcOENNIS MACKL.IN PKl EM = EO MARTELLO PK1 lCr = IAN r~LL.OwS 5~2 BG = 80B G~AY 1-2 DE = DONAL.D ELIAS PK2 EN = ED NEUMYER 5-2 IP = IRA POTEL.L. '.2 8H = BEV HAL~~AN (2) KA OE9 ; vAN BOWSER 1-2 ~PC • ED CHAMBERS 3-5 lR = ISAAC RAGWAR 21-3 BJH.~lL.L. HUNSICK~R 1-3 DEC i UON CRnWTHER 5-3 ER = E. REED 5w3 JA=JEGA ARV~PRAGASAM 5~5 BJM=8U8 ~crADOEN 5·2 OEG • PAVE GIN2L.ER 5-2 ERK • ED KING 5-5 JB = JOHN BLOEM '.2 BL.C=RERNJE LACROUTE 5-2 Dr = DICK ~ALT 5-3 ERP • ED PERMaN 5.2 JC = JOHN CLARKE 5-2 BL.E'80B EGGERT SSCAL Or~ , O. PAVLOCK 12-3 ES = ELMER SIMMONS 1w J JD = JOHN ORASHER 5-5 BM • SOB MAC L.EOD PK OG = D. GROSS 5-5 ESS=EMERY SPRINGER PK1 JOB = JIM BRAY 1~5 8MA = BRIAN MA~SER 1-3 DH = D. ~OPKINS PK1 EW = ED WARGO 5-2 JDL. = JOHN ~EARSO~ 5~3 9MM = B09 ~U~L.IN WM DHO • OAN D'URSO 12-3 Ewe. ERNIE BAUER 21-3 JDM = JOHN 01 MACK 5~2 BMP.80B ~C P~ERSON SSUK 01 = D. IVES 1~2 'A ~ F. AUMANN PK1 JE = J. ELSBREE 5.5 BMW = BILL WEISKE. PK-l OJ = DALf JENSEN 1-3 ro = rRED DOLL PK3.2 eN • BER~AqO NOLAN 1-4 O~A I U. ANDERSON 1-2 ~E = FRANK ELlA 5.2 OAG = DERE~ OL.DH.~ MB2 BP = 8~~OULIOT 5-2 OJDla. 01 GIROL.AMO 5-2 FF = rRANK rORTIN 1~4 BL. = B!L.~LA PRAOE 21-3 9pr'8. fITiGERALD 1-2 DJS I 0ICK SMITH 1-4 rL. = FRANK L.OYA 1.5 BQ = 80B QUI~N 5-3 DKe C uAVE CRABBE 5w 5 rM = FRANK MOLLER 5"2 BR = DAVE eRO~N 5-2 O~.OiMETRIOS LIGNPS 1-4 rMS = F. SOUVA 21-4 BRW = BRUC~ HA~SEN 3-5 OL~ • OAVE MURRAV KA rs = FRED STRAIGHT 3w 5 9S • B. SI~I~A 1-4 OLN j OAVE NELSON PK3 ~S9 = PLOvD BENSON 5w 5 BSL = BRVA~ ~OCKE 5-2 OM = D. ~URPHY 5-3 rw = FRED WIL.HEL.M 5-5 GLOSSARy or tNITIj~S CONTINUED 4
JE~ = JO~N HO~~A~ PKl LW = LARqy WAOE 12~2 0 PW = P~IL WILSON ME RVN=R09 VAN NAARCEN 5.2 WW = BILL ~ALTON '.5 J[N = JUJY NIC~OLS 5-2 MA = M. A~SENAULT 5-2 PWD • pETER DUKE PKl MW = REG WETHERALL P~l WWO = BILL OWENS 1-3 JER = JO~N RJ~ERTS 5-3 MC = J. Me NAMAR~ 5-3 PWK • PAUL KELLEY 21~3 RWG=ROY GUSTAf'SC~ 1-3 J,3 • JI~ 3EATTY 1-2 Moe I M, CONROY 1-4 PW~ • PETER MEANS 5-3 RWI = RAY IM8LUM SSCAL RLS = RICHARO SIMON 1-4 JG • J. GRADV 5.3 MOL=MIKE D. LEIS 5-3 RAA = 80B ARMSTRONG 5~5 SA = J, ST AMOUR 1-4 RMEL = RCN MELANSON MB2 J-H II JOH'J '!I HESS 1-3 MCM=M D MORGANSTERN 5-3 RAe = BOB CORMIER 1-2 SERG = W. SERGEANT 1;3 RMT = RITA TANNER 5.5 JJ • JULIUS JONES 11-2 MH = MARTIN HALL SSUK ~B = RAY BALDWIN 1-2 SG = SiEVE GROSS 5-3 JJG = JI~ ~ANNaN 12-3 MHY=MA~TV HURLEY 12-3 R8G = BOB GETTYS 1.4 SJ = STEVE JENKINS 5~2 JJL = J. LARKI~ PK1 MI = J. MILTON 5-3 R8H • R HURLEY 19G SK = S. KO~IOL PKl JK = JOH~ ~IRK 5-2 MJS=MA~TV SCHWARTi 21·4 R8~ • 808 REGAN 5.2 SKJ = s. JACKSON PK1 JL • JESSE LIPCON 5-5 ML. MIKE LAWRENCE 5·5 ~C = RON COHEN 5~2 SL=STEVE LAiEROWICH 5.5 JL~ = JERRV ~OLMES 4-5 MM = JuE MC MULLIN 5.5 RC~ • 808 RICHMOND MB2 SM • S. MIKULSKI '-2 JJM = JI~ ~URPHY 12-2 0 MOLlS = R, MOLlS 5-2 RD = R. DOW 5.5 SNT = S.N. TEIC~[R 1;3 JM • J. ~ELVIN 5-2 MonR = ROO MOORE 3-5 RDG • RUTH GREEN M8 SN~ = SU~TAN tIA 5.5 JMR • JI~ BARCLAV PK3 MORO = STEVE MORO 5~2 RDH=RAY HARRINGTON 21.3 SPRY = BILL SPRY PKl JO = J. J'LOUGHLIN WM MO~RIS=IRA MDRRIS 1-4 RE = BOB REID 5~5 SR = STEVE ROTHMAN 1~2 JP = JOH~ PRATT 5.2 MR=HARK ROBERTS M8i-2 REH • R HESSE~iINE 1-4 SRH • STEVE HO~MeS5.5 JR • JEPf RESNICK 1-3 MS = M. SAMALE PK1 REL • R E LEWIS 1_3 SS = SERGE SHAMMAS 5~3 J~9 = JO~N BENiON 5-5 MSg.MIKE BUJNOWSKI PKl REN=RICH. NEUBAUER 12~3 ST=J. STEPANOWIC~ PK1 JRP = JI~ PROVIDENT 5-5 MT = MIKE TITELBAUM 5.' RF = ROBERT PITCH 5.2 STP = S, T. POMFRET 5-5 JRS = JO~N SOPIA 1-3 MW=MeL WDOLS[Y 5-2 RFG = DICK GON~ALES 1~3 SU • p, SULLIVAN 5.5 JS = J~ SULLIVAN 12-3 MWS.MAHK STECKLAIR 5-2 RF~ • R. LARRY 12.3 SW = J, SW.NSON ~-3 JiN I: JA.Y NICHOLS PK1 • Nf' = N. PIELD 1-3 RG = R GAGNE 5-2 S~~S ~NAMIEROWSKI 5-2 JV • JAC~ VA~ENTINE 1·4 NJY • ~EI~ HACK~ER 1-2' RGM • DICK MORRIS 1-5 TA a TONV ARRIG~I 1-2 JVL = JOHN ~EVY 5-5 NR = N~LSON ROY 5.3 RH = B08 HAMEL 1"5 rB = TOM BARNETT PK3;1 Jw • JACK WI~LIAMS '-3 NS = NARESH SHAH 5.2 RHA • BOB AL~EN 1.4 TFF = TOM F~VA 1~3 JwC • JACK COLE 1.3 NS~.NtS.RANCHANDRAN PK1 ~HM • 809 MEESE 5.5 TJB = TOM el~OTTA 1~' JZ D JOE ttH 1-4 0; = OWEN rISK. KANATA RI • RUSS JKNAIAN 5.5 TM = TOM MIGNEAULT 5;3 KA • KEN AOAMET~ 1~2 OM.OLIVER. MOBISSON 5-2 RJA=RAV ARSENAU~T PK3.1 TO = 0 TONGEL 1-2 KS • ~EN SRA8ITt SSCAL ORR' TOM ORR 1-3 RJB=R JOHN BAROONE 1-3 TP • TOM P!TMAN '.2 KCG c KE~ GU~ICK 5-2 PAG. ~HI~ GOLCMAN 1·5 RJ~ • ROY MOFFA 5.2 TS=TOM STOCKEBRANC 5~3 K£ • A~ ~ENT 5-5 PAO i PHI~ OESPO 6A-2 RJMC = BOB Me CLURE 1.4 TWE • TOM EGGERS ,., K~ • KARL PREy 1-3 PAJ ~ p. JENKINS 1-4 RJS • RON SETERA 1.2 T~ = TEO ~AJOELL WM KG • KENT ~RIGGS 1-4 PC = P~TER CHRISTy SSUK RJW = ROBERT WOLF 1-5 UR = UWE RICHERT~ SSMU KH • KlN M~D8E~G '-2 PC. P. DURANT 1-5 RK • BOB KIRK 1-2 VB-VINCENT BASTIAN! 5·3 KM=KEN MCNAUG~TON WM PO~. PETER MARTIN 5.2 RL = R. LISEE '-3 V08 = V BOAEN 1.2 ~O • ALA~ KOTOK 5-5 PETE~S = AL PETERS MVl RLO • RATAN DAHR 5.5 we = BILL COATES 1.5 KQ • KEN QUINN 21-4 PFO • ~ETE CONKLIN 5.' R~~ • RUSS MOORE PKl WO = WALT OUNHAM 1-3 KR = EO ~RAMER 5-' PG • PAUL GARDNE~ 5-2 RLOM = Ray LOMIOKA 1-3 WE-N. WE~LS 5,.2 KU • VtCTO~ KU 5-5 PGA , PHIL ARNOLO 1-3 RLP • RALPH PLAT~ 1.2 W(K • WA~T KNAPP 3.5 LAW. ROGER ~AWSON 1-3 PH = PHIL HO~M£S PK1 RM = R MAY 21.3 Wr = WM FANA~ICK PK1 LAU • CHI ~AU 5-2 PJ = P. JANSON 11.2 RMO • BOB MC CLURE 1-4 WPW • BILL WALSH 5.5 LBH • LE~ ~UGHES 1-2 PJO.OESGROSEILLIERS21-3 RMO • R. MAC DONA.LD 1-4 WHW • BILL WISE PK1 LC • LARRY CONDON 1-2 PK~KOT~CHENREUTHER 5-2 RMM ~ R. MERRILL '.3 WJH = BIL~ ~A~EN 1-5 ~CG • L.O. GA.RDNER 5-5 PM = PETE MC LEAN 1-3 RMO • MARK OLSEN 5.5 WH = CON WHITE .~.2 LD • LEN~Y DIONNE '-2 PMC. p. MC CARTHY 1~4 RMS • BOB SMITH '.3 WK • W KERAUSCH SSMU LF • LARRY ~A~EY 5-2 PMG.PAU~ GUGLIELMI 5.5 RN = M RtCHESSON PK1 W~ • BILL ~ONG 5~2 LrN • LUTHER 'ORMAN 5-2 PN • P~UL NELSON 1-3 ROTT=ROB ROTTMAYER i-3 WLS • Bl~L SIPILA '·2 LG • L~ GALE 11-~ PN~ • PETER HELLER 1·3 RP = BOB PEyTON 1.3 WM • BILL MINOR 1~3 LH • L. HALIC 5.5 POT' DAVE POTTER 1·2 RPC • RICK CORBEN 5.5 WMK • W MACKENtlE e-2 LHC • LARRY CONLEy 5.2 PR = P. RE!SSER SSMU AR = R. REED !h3 WOB • WI~L O'BRIEN P~3 LK • ~OU K~OT~ 5-2 PRO I ~ OOWNER 5-2 RRB • DICK BENNETT 1-4 WR=W. REUBE~ (5) SSMU LN • ~~ ~A~HI 5-2 PS • P SCRIVEN 5-3 RRC • RON CARTER '.5 . WRO·. BI ~L CEMM£A 1.2 LO • ~INOA O~SEN PK1 PTJ.~E!ER JA.NCOURT~ 5·' RS =R, SAVELL 5-2 WRS = WI~LIS SMITH 5;3 ~T • L£N TURNER 5-2 PVIP VAN ROEKENS 12-2 RSG - RAY GRUDA 21-3 WU • DELMORE WU 1-2 •
MODEL E'IG DESIGN PROD MrGR STATUS OATE~ORY USED ON OESCRII'TICN 5 NO M~R ENGR ENOR AREA MO/VR
10 [AS 6 K 1 AUTO MULTIPLY & DIVIDE 104 0.A EAS 6 9172 E 1040~SA, RPi0-A, RPOa.A, TU10CaEE, eRl0-FA, ~SP10-~A, OKlO, E OC10-A A, 2 cel0-B, 115Y 60H~ 1040 ... 8 [AS 6 9172 e: 1040-SB, RP10-B, RP02.B,TU10C·E~, eR10-PB, ~SP10-~B, OK10, 0010.AS, E OC10-B, 230v 50H~ 1040 ... 0A EAS 6 3113 E 1040-A • M010-GA (~.K 1,8 USEC HEM), 115v 60H~ 1040-09 EAS 6 3/73 E 1040~8 • M010.0B (64K 1,1 USEC HEM), 2~OV ~OH~ 1040-rA [AS 6 3/73 E 1040-A + 4 ME10 (64K 1 USEO MEM), 115y 6CHl 1040.F'9 EAS 6 3/73 E 1040-8 • 4 ME10 C64K 1 USEe MEM), 230Y 5CH! 1040·GA (AS 2 8112 E 1040-A • MF10-G (6 4 K 1 USEe HEM), 115y 6CH~ 1040-GB [AS 2 6/72 E 1040~B • MP10·G (6~K 1 USEC MEM), 230Y 5CH~ 1040-HA EAS '3 3/74 e: 1040-A + 2 32K MEM. l15y 60H! 1040·HB [AS 3 3/74 E 1040~B • 2 32K MEM. 230Y50H! 1040-JA E~S 6 3113 E 1040-A + 4 ME10 (6 4 K 1 USEC HEM), 115y 6CH! 1040 .. J9 EAS 6 3/73 E 1040-B + 4 ME10 (6 4 K 1 USEe HEM), 230Y 5CHl 1040.SA (AS KE 3 10/72 E KA10-A • QHSVS"10 1040-S9 e:AS KE '3 10/72 E KA10-C • Q~SVSP.l0 1050 .. A EAS KE 6 6172 E KA10-A. 4ME10 RM10-GA RP02-GA TM10.GA OKlO CR10.0A ~Pl0.CA E 32 LINES CC10 OR 0068.A, l15V 60Hi 1050-a £AS KE 6 8/72 E KA10.C 4ME10 RM10-G8 RP02-GB TM10-GB OKlO CR10-0B ~P1C.CB 32 ~INES 1l'Y 60H~ . 1055.A (AS KE E 2KA10 5M~10 RM10-GA RM10~SA ~P03.GA TU.O~GA DC10 CR10.0A ~Pl0.CA E 32 ~INES oel0 OR OC68.A, 115V 60H~ . . 1055 .. 8 (AS KE 6 8/72 E 2KA10 5ME10 ~Ml0-G8 RM10~S9 ~P03-GB TU40.G9 OC10 CR10.oB ~P10.CB E 32 ~INES CC10 OR OC68.A, 230V 'OH~ 1060.A [AS :5 8/72 E KIlO RP03.CA TU40-CA eR10 wEA ~Pl0F.!A OKlO QHSYS-l0 OC10.AA 2 OC1 0.8 115V60H~ 1060.8 [AS '3 8112 E KIlO RP03-CB TU40-C9 CR10-E8 ~p1pr~eB OKlO QHSYS.~O DC10.AS 2 oelo-B 2~OV50H~ 1060 .. GA EAS 2 8/12 E 1060wA • M~10.G 64K 1 USEC MEM, 1l5V 60~l 1060.GB EAS 2 8112 E 1060 8 8 • MP10-G 64K 1 USEe MtM, 230V SO~l 1060 .. HA £AS 3 3114 E 1060-A + 2 32K MEM, 11'V 60~! 1060 .. HB EAS 3 3/74 E 1060-S • 2 32K MEM. 23 0V 50H! 1060"JA £AS 6 3/73 E 1060-A • 4 ME10 64K 1 USEe MEM. 115V 60Hl 1060-JB (AS 6 3/73 E 1060-B + 4 ME10 64~ 1 USEe MEM. 230V SO Hi 1060 .. S (AS KE 3 10/72 E KIlO + Q~SVS·l0 1070 .. A [AS KE 6 6172 e: 1060-S 6ME10 RM10.GA RM10~BA RP03.GA TU40.GA TU40.A CR10.EA OK~O E ~P10·CA 32 LINES OC10 OR DC68.A, 115V ~OH~ 1070 .. 8 (AS KE 6 8/72 E 1060.5 6ME10 RM10eGB RM10.9B RP03-GB TU4C-GB TU40.B·CR10.£B OK10 E ~P10.CB 32 LINES 0010 OR D068." 230V 50~~ 1077.A (~S KE " 8/72 E 2 KIlO 8ME10 RM10~GA AM10.SA RP03.GA TU40-GA 2TU40-, OKlO OR10-EA e: ~Pl0.CA 32 LiNes oelO OR OC68.A, 115V 60H~ 1017 .. 8 EAS KE 6 8/72 E 2 KIlO 8ME10 RM10.GB RMlO,BB RP03.G8 TU.C-G8 2TU40-a OKlO CR10·EB E ~P10.CB 32 LINES OC10 OR OC68~A, 230V 50H~ 11/05 .. PA B,) 2 10/72 E UC1S li/05.KA W UC15 ~RONT PANE~ CKV11-JF), 115V 11/05-F'B 80 2 10/72 E UC15 11/05.KB W ue15 PRONT PANE~ CKV11-JF), 2~OV 11/05"PE 8~ 2 10/72 E UC15 11/05-LA W UC15 rRONT PANE~ (KV11.Jr), 115V 11/05 .. rF" 80 2 10112 E UC15 11/05.LB W UC15 PRONT PANE~ CKV11-JF), 230V 11/05-I-IA S'JT 3 3112 E K011~8, PS, MM1l-K, CQNFIG 1~ KV11-JA, 115V, OEM 11/0S-HB S'JT 3 3/72 E K011-8, PS. MM11"K. CQNP!G 1. KV11-JA, 230V, OEM 11/05-JA SNT 3 3/72 E K01l~B. PS, ~Mll·L' CQNP!G 1~ Kyl1.JA, 115v, OEM 11/05-J8 S\iT :5 3/72 E KDll-8. PS, MM11-L, CQNPIG 1. KY11.JA, 230V, OEM 11/05 .. I(A SNT 3 3/72 E KDll-S, PS, MM1l-K. CONP!G 2, KYll-JA, 115V, OEM 11/05-K8 S'JT '3 3/72 E K011 .. B, PS, MMli-K. CQNPIG 2; KY11-JA, 230V, OEM 11/05"LA SNT 3 3/72 E: K011-8. PS, MM11.~, CONP!G 2, KV11-JA, 115V, OEM 11/0S-L8 S~T 3 3/72 E K011-8. PS, MM11-L, CONPtG 2, KY11.JA, 230V, OEM 11/05 .. MA CA 2 8112 E VT40 KD11 ... S. MM11 ... K. PS, Vl40 CONrIG 3, KV11~~C, 115V ll/0S-M8 CA 2 8/72 E VT40 K011-8, MM11~K, PS, VT~O CCNFIG 3, KY11~_C. 230V MODEL ENG DES I GN· PRr:1D ~~GR STATUS CATEGORY USED ON OESC~IPTION 6 NO MGR ENGR ENGR AREA MO/yR
11/0S-NC SNT RAA 4 10172 e: K011~8, 8Al1-0C 10.' INew BOX, MM11.~, ~Y1l-JO, CON~IG 4, 115y OEM 11/0S-ND S'lT RAA 4 10172 e: KD11~B, BAll-DO 10.' INC~ BOX, MM11.~, ~Yl1-JO, CONPIG 4, 230Y OEM 11/05-FlA CA lolL. 2 9172 E VT40 K011-B, MM11~~, PS, VT~O CCNrlG 3, KV1~.~C, ~15V 11/0S-P8 CA HI.. 2 9172 E YT40 K011-8, MM11-L., PS, VT~O CON~IG 3, KV11~~C, 230Y 11/05-WU ve 3 3/73 E: W,U. 2(11/0S-LA, ~P11, TA11~AA, 8411·ES, OP11~0.), H960.C4, 115y 60H~ 11/05-wV V~ '3 3113 E W,U. 2(11/0S.LA, LP11. BA11~ES, OPll-DA', H96C-CA, 1l5y 60H~ 11/10 .. AC SNT RAA 4 2/73 E 11/05-1..14 C8K), 115V 11/10-AD SNT RAA 4 2173 e: 11/05-~B (8K), 230V 11/10-0" 5"T RAA 4 2/74 E 11/0S~L.A (8K), L.T3J~DC, W9'O TAL.I. CAB, 11SV 60H~ 11/10-08 S\lT RAA 4 2/74 e: 11/0S·~B (8K), L.T33.00, ~9'O TALI. CAB, 230V 'OH~ 11/10-0E SNT RAA 4 2/73 E 11/0S-L.A (8K), 1.430.0A, PCll, H950 TAI.I.CAB, 115Y 60H~ 11/10-0F' SNT RAA 4 2/73 e: 11/0S-LB C8K), L.A30.CO, PC11~A, H950 TAI.LCAB, 2:50V 50H~ 11/10-CJ SNT RAA 4 2/74 e: 11/05-L.A (8K), H950 TAI.L CAB, 115V 11/10 .. CK SNT RAA 4 2/74 E 11/05·~B (8K), H950 TA~L.CAB, 230V 11/10-0P SNT RAA 4 2/74 £ 11/05-I.A (8K), LA30.CA, TA11;AA, 8M792.Y~, QJ180-AN, 115Y 11/10-CR S'IT RAA 4 2114 E 11/05_I.B (8K), L.A30.CO, 'Al1.AB, BM?92.V~, QJ180-AN, 230Y 11/10-0K CA MOI.IS 6 3114 E 11/10.CA~ ACll, RS64-A, TC11; TU56, BM192.YB, 115y 60Hl 11/10-0L. CA MOl.15 6 3114 E 11/10.CB, RCll, RS64.8, ,ell, TU56, BM192.Y8, 230y 50H~ 11/10-0M CA MOI.IS 6 3/74 e: 11/10.0K, LA30-CA, NO I.T33, 115y 60H~ 11/10-0N CA MOL.IS 6 3/74 £ 11/10.01... LA30-CO, NO LT33, 230y 50Hl 11/10-£A CA MOI.IS 6 3/74 E 11/10.CA, RFll, RS11. 8M'92·~B, PC11,11!V 60H! 11/10-£8 CA MOI.IS 6 3/74 E 11/10-CB. RF11, RS11-A, SM19a.VB, PC11,23CY 50H! 11/10-EC CA MOI.IS 6 3/74 E 11/10.CE, RF11, RS11. BM'92-VB, 115y 60Hl lillO-ED CA MOI.IS 6 3/74 £ 11/10.0F, RF11, ASll-A, BM192.YB, 230y5CH! 11/10"EE CA MOI.IS 6 3114 E 11/10.CE, RK11-CA, RK05.AA, 9M192-VB, MEll-I.A, 115Y 60Hi 11/l0-EF' CA ~OI.IS 6 3/74 e: 11/10-CF. RK11-CC, RK05.BB. SM192.YB, ME11-I.B, 230V 50H~ 11/10-NC S~T MT 4 10/72 E K011-B, 9Al1-DO 10,' INC~ BOX, MM1~.L, ~Vl1.JE, CON'IG 4, 115y 11/l0·NO SNT MT 4 10/72 E K011-B, BA11-00 10.5 INC~ BOx, MM11.~,KV11.JE, CONrlG 4, 230y 11/15-AA JO :5 4172 £ KC11 PROOf BA11-0S, H120-E, ~M. 115y. CE~ 11/15 .. A8 JO :5 4/72 E KC11 PROO, BA11-CS. H7 20.', AM, 230V. OE~ 11/15-SA JO 3 4/72 E K011 PROC, BA11-CS, H1~OwE, TT, 115V. QE~ 11/15 .. 98 JO 3 4/72 E KC11 PROC, BA11-CS, H720.F, TT, 230V, OE~ 11/15-CA JO :5 4/72 E KC11 PROC, BAll-es I H720.E. CAB, 115Y, :C!M 11/15-C8 JO '3 4112 E K011 PROC. BA 11"05, H720,;rr, CAB, 230Y, ,OEM 11/15-CC EAS KE :5 4113 E 004"4, " Kell SA11-CS K'11~A MM11;F' KW11-~ PCll H960·CA LT33.0C 1l5y60H! 11/1S-CO EAS KE :5 4113 £ OC44, 75 KC11 BAll-OS KP11~A MMll;F KW11-L. PC11 H960.C8 LT3~.OO 230y50H! 11/20"A" JO 3 E PDP11R20, 4K, Kl.l1-A, ~T33.00, RACK MOUN'ABI.E CRM) 11'Y 60Hi 11/20-148 JO 3 E POP11.20. 4K. ~L.l1.A, I.T33-00, RACK MCUNTABI.E CRM) 230V 50~i 11/20-9A JO :5 [ POP11-20. 4K, KL11-A, LT33-DC, TABI.£ TCP (TT) WCOYER 115y ~OH! 11/20-98 JO 3 E POP11·20. 4K. KL11-A, ~T33.DO, TABI.E TOP (TT) ~ COYER 2JOY 'OH! 11/20-CA JO 3 £ POP11.20, 4K, Kl.l1-., L.T33.0C, CABINET MCUNTEO (CAB·) 115Y 6QH! 11/20-CB JO :5 E POP11-20, ~K, Kl.ll-A, LT:53-00. CABINET HCUNT£O (CAB) 230Y 50H~ 11/20",CO JO 2 3112 E 11/20.AA IN SHORT CAB M9'7 . 11/20-CO JO 2 3112 £ 11/20.A8 IN SHORT CAB H", 11/20 ... CE JO '3 3112 E 5YS 3. 1l/20-PA .MM11-F, ~Cl1, I.A30.PA, I.C11-A, H950 TAI.L. CAB, 115Y 60HI 11/20-CF' JO 3 3112 £ SVS 3, 11/20·P8 • MM11-F, POll, I.A30;PB, L.Cl1-A, H950 'ALL CAB, 2JQV 'OHI 11/20-CG JO 2 3112 e: 11/20.PA • MM11-V, PCll, I.A30.PA,~951S~OAT CA9, 115y 60~! 11/20-CH JO 2 3112 E 11/20.PB • MMll·', P01~,I.A30·PB,~9'7S~ORT CA8, 230y 50HI 11/20·014 JO 3 r 4.K PDP11-20 RM. 'C[M, 1~5y 60H! 11/20·0B JO :5 E .K POP11-20 AM, :CEM i 230Y ;Olot! 11/20 .. £A JO :5 E 4K POP11-20 TT, J:EM, 11'Y eOH! 11/20·£B JO '3 E 41< POP11-20 TT, lCEM, 230Y 501of! 11/-20·" A JO :5 £ 4K POP11-20 CAe, OEM, 115y 60H! 11/20·'B JO '3 £: 4K POP11-20 CAB,OEM, 230y 'Olot! 11/20·~A JO 3 E "K pop 11-20 AM, iCEM.. NO LT33 NO KLP., 115y .. MODEL ENG DESIGN PROD MF'GR STATUS CATEGORV USED ON OESCRIPTION 1 NO MGR ENGR ENGR A.REA MO/YR
11/20-~B JO :3 e: 41< 1'01'11"20 RM, iCE~, NO I. T33 NO K1.11, a30Y 11.120-JA JO :5 E 41< POP11-20 TT,CE~, NO LT33 OR 1<1.11 11SV, 11/20"'JB JO 3 e: .1< POP11"20 TT, !r:E~, NO I.Ta3 OR KI."l. 230V 11/20-I 11/21-P£ CA MOl-IS 6 10112 £ 11/21.PA W NO ~A30. ~Cl1, PC11, BUT Kl.l1, I.T33.0C, TMll·., TU10.EA 11/21 .. PF" CA M01.IS 6 10172 £ 11/21.PB W NO I.A30. ~Cl1, PC11. aUT Kl.l1, Ll33-00, TM11-B, TU10.ED 11/21-PH CA M01.lS 6 10172 E 11/21.PA W NO 1.A30, l.el1; PC11, BUT Kl.l1, 1. T3 3-0C, 1Ml1"A, TU10-rA 11/21 .. PJ CA MOl.1S 6 10112 E 11/21-PB W NO l..A30. l.el1, PCll, aUT K1.l1, 1.T33 wOO, TMll-B, TU10-,.O 11/21-1'1( CA ~OL.IS 6 10/72 E 11/20.PA • MEll-LA, MM11~L, RI<11-CA. RKO~-AA, CR11, KW11-1., E BM192-YB, 1.A30-PA, Lel1-A, TCll, T~56, 115V 60~~ 11/21 .. PL CA ~~Ol.l 5 6 10172 E 11/20·"'B • MEll-LB, MH11;L. ~Kl1·C8, RK05-BB, CRll-A, KW11.~, £: 9M'92·YB, 1.A:50 wPC, LC11.A, TC11, TU56, 230V 50Hi 11/21 .. RA CA MOI.IS 6 10172 E RSTS-l1. 11/21-C4, Kwl1-1., BM192-YB, BA11-ES, H?20.E, 0011.A, E 2 MMll·~. RK11 M CA, 2 RKO'.AA, PR11. 115V 60M! 11/21-R8 CA ~01.lS 6 10172 E RSTS"111 11/21-CB, KW11-1., BM792-YB, 8Al1-ES, M'120.~, D011~., E 2 MM11-I-, RI<11-Ce. 2 RK05_BB, PRil-A, 230V SOH! 11/21 .. RC CA MOL.lS 6 10/72 E 11/21-RA, RC11, RS64-A. Tell, TU~6f ON1.Y 1 RKO', NO PR11 11~V 6CHi 11/21 ... RO CA MOl.1S 6 10172 E 11/21-RB. RC11, ~S64-e, Tell. TU56, ONLY 1 RK05, NO PR1l, 230V 50M! 11/21-RE CA MOI..IS 6 10/72 E 11/21-RA RF11 RSll TC11 TU56 NO RK11, NO R~05. NO PCll. 115V60Mi 11/21 .. RF" CA M01.IS 6 10172 E 11/21-RB RPll RSll-A TClt TU~6, NO RK11, NL, RI<05 NO pel1, 230y 50H! 11/35.AA SNT RAA. 3 12/73 E K011-., BA11-FC, Mfl1,U, ps, l15V 60H~ OEM - 11/35"'4B S~T RAA 3 12/73 E KOll-A, BA11.FC, Mr11~U, PS, 230V 50~~ OEM 11/35"AC SNT RAA :5 7173 E K011-A, SA11~OA, RACK MOUNTA8LE, 1l5V 11/35 .. AO S~T RAA :5 7113 E K011-A, BA11-0B, RACK MOUNTA81..E, 230V 11/35"4( SNT RAA 3 12113 E K011-A. BAll-r:e, Mrl1eUP~ PS~ 115V 60HiCEM 11/35"'AF" S"'T RAA 3 12/13 £ K011-A, BA11""FC, M'11.UP, PS. 230V 50Hi iCEM 11/35 .. UI S ~ T JO :5 4173 E 1<011-A, 8Al1.0A, 00ll,A, RACK MOUNTABLE,115V60H~ 11/35-AJ SNT JO :5 4173 E K011-A, BA11.0B, 0011.A, RACK MOUNTABLE, 230V50Hl 11/35 .. F'A S'lT RAA. :5 11/13 E 1<011-A, BAll-Fe, Mrl1.U~. KT11-0, ~960.Cj, PS, l15V OEM 11/35-rB SNT RAA :5 11/13 £ K011.A, BA1l.FC. M'11.UP, KT11-0, H960.ce, PS, 230V OtM 11/35-,-C SNT RAA :3 11/73 E 11/35·'A. MMll-UP, 11~V ~EM 11/35""0 SNT RA.A 3 11/73 E 11/35.'8. MM11-UP, 230V OEM 11/35 .. ,£ SNT RAA 3 1.1/13 E 11/35-'A, MM11-UP-, MF11-UP, 11'V O£~ 11/35"F" SNT RAA 3 11/73 E - 11/35.'8. MM11-UP, Mrl'-UP, 230V OEM 11/35-rH SNT RAA :5 11/'13 £ K011-A, BA11~rC, Mrl1.U, KT1~.D.H960-CA~ PS, 115y OEM 11/35·'K SNT RAA :5 11/73 £: K011-A1 BAll-Fe, Mrl~jU, I 11/40"AJ S~T RAA :3 11/73 £ K011~A. BA11MF'C, MF11.U, PS, 230V 11/40 .. AK S~T RAA J 11/73 E K011~A, BAll-fC, MF11.UP, PS, 11'V 11/40 ... 1. SNT RAA :5 11/73 £ K011~A. BAll-FO, Mrl1.UPi PS, 230V 11/40-8A SNT RAA 3 11/73 e: 11/40~A~. OLii-A, ~T33-ce, ~'60.CA, 115V 6CH~ 11/40-8a SNT RAA :5 11/73 E • 11/40.AJ. OL11-A, ~T3a·oo, H960-C8, 230V 5CH~ 11/40-BO SNT RAA :5 11/73 &: 11/40-A~~ OLii-A, LA30-CA, H960.CA, 115V 6CH~ 11/40 ... BO S~T RAA 3 11/73 E 11/40-AJ. OL11-A, ~A30·CO, ~960~CB, 230V 50H! 11/40-BE SNT RAA :5 11/13 &: 11/40-AH. OL11-A, VTo,a.AA, H960~CA. 11'v 60H~ 11/40-SF' S\JT RAA :5 11/13 E 11/40~AJ. OL11-A, VTO~B.AO, H960-C8, 2~OV 50H~ 11/40 .. BH SNT RAA :3 11/73 &; 11/40.A~. OLil-A, LT33-CC, H960.CA, l15V 60H! 11/40.BJ SNT RAA :5 11/73 E l1/40.Al. OLli-A, LT3~·DO, H960-CB, 230V 5CH~ 11/40·BK,SNT RAA :3 11/73 E 11/40-AK. eLli-A, ~A30-C" H960.CA, 11'V 6CH! 11140·BL SNT RAA 3 11/73 e: 11/40-AL. OL11-A, LA30-CO, H960.C8, 230V 50H~ 11/40-BM SNT RAA :3 11/73 E 11/40.AK. CL11-A, VTO'B.AA, H960-CA, 115V 60H~ 11/40-SN SNT RAA :5 11/73 E 11/40.AL. OLli-A, VTO'S •• C, H960-C8, 230V ~OH! 11/40·0A SNT JO 5 6113 E KOi1-A, eA~l·F'C, Mrl1.L, LT33.0C, H950 TALL CA8, 115V 60H~ 11/40-08 SNT JO 5 6/73 E K011- •• BA11-FC, M'11-L, LT33.00, H950TALL CA8, 230V 'OH~ 11/40"'CC SNT JO 3 3113 E K011-A, BA11-FC, Mrl1iL, LT33.0C, H951 S~ORT CAB, i15V 60H! 11/40·CO SNT JO 3 3/73 e: KOll-A, BAll·fC, MF11.L, LT3J-00, H957 S~ORT CA8, 230Y 50H! 11/40 .. CE SNT JO 4 2/73 e: KOll-A, BAll~rC, Mrl1~L, PC11. I.A30.PA LC1~-. C011-A TA~~ CAB, 1~5V60H! 11/40·CF' SNT JO 4 2/;3 Ii: KD11-A, 8A11.~O MF11·~ PCll •• LA30-PO ~Cl~.A D011~A TA~L CAB 23QV50H2 11/40 ... CH 5NT JO :5 4/73 E KDll-A, 8Ai1-F'C, M~11.~, H950 TALL CAB W 861-C, 11'Y 11/40 .. CJ SNT JO 3 4/73 E. KD11-A, BA11wFC, MF11.L, H950 TALL CAB W 861-B, 230y 11/40 .. CP SNT RAA :5 4/73 E K011-A BA11-F'C M~11.L TA11-A4 ~A30-PA 0011-A BM792.YH QJ180.AN CA8 1~5Y60H! 11/40-0R SNT RAA :3 4/13 e: K011"'A 8Ali-Fe MFll e L TA11-AS ~A3C.PC 0011-A BM792.YH QJ180.AN CAB i30V50HI 11/40.C5 S~T JO :5 4/73 E 05500 KD1l-A, BAll-FC, Mrl1.~, H961.HA S~ORT CA8, 115V 11/40",CT SNT JO :3 4113 e: 05500 K011~A. BA1l-FC, MF11.~, H961-HB SHORT CAB, 230V 11/40-CU S\JT SW :3 8/73 E: GT44 ' 11/40-AH 2 RK05-AA RK11.0 ~A~O;CA 8M?92.V8 H967.KA H961.KC VT11 115V60 11/40·CV SNT SW 3 8/73 E GT44 11/40-AJ 2 RK05-B8 RKli.O LA30~CD BM'92-YB H967.K8 H961.KO VT11 230V50 11/40·0A SNT JO 6 3114 r. DOS I 11/40-CA • Rrl1, RS11, TC11. TU56, B~792.YB, 115V 60H~ 11/40 .. 08 SNT JO 6 3/74 e: 11/40-09 • RFli, RS11.A, TOll, TU56, 8M7~2-V8, 230V 50H~ 11/40·OC SNT JO 6 3/14 e: 11/40-0A • ~Cl1-A, LA30.'A, NO LT33, 11$v 60H~ 11/40·00 SNT JO 6 3114 e: 11/40-08~ Lel1.A, LA30·~O, NO ~T33, 230V 5CHi 11/40-oE S~T JO 6 10/72 E: 11/40.0A, RF11, RS11, TM11-A, TU10.EA, M~ll-0B, (9 TR) 115V 60H~ 11/40"0F' SNT JO 6 10/72 e: 11/40.C8, RF1i, ~S11-A, 'M11;B, TU10-Eo, MRll.0B, C9TR) 230V 50H! 11/40 ... 0H SNT JO 6 10/72 E 11/40_04, RF11, RS11, TM11-A, TU10-FA, M~11.08 (7 TR) 230Y 50H2 11/40-0J SNT JO 6 10/12 e: 11/40.08, Rrli, RS11-A, TM11;B, TU10-re, MR11-CB (7 TR) 230V 50H~ 11/40·0K SNT JO 6 3/14 E: 11/40-0A, RC11, RS64-A, TC11, TU'6, BM792-VB, 115V 60H~ 11/40.01. 5NT JO 6 3114 e:: 11/40.09, RC11, RS64-B, Tell. TU56, BM192-V8, 230V 50H2 11/40·0M SNT JO 6 3114 E 11/40.0K. LC11-A, ~A30·PA, NO ~T3~, 115V 60H~ 11/40-oN SNT JO 6 3/74 E 11/40801., ~C11-A, ~A30·PO, NO ~TJJ; 230V 50Hl 11/40 .. 0P SNT JO 6 3/74 E 11/40.0A. MM11-L, R~11·CA, RK05.AA, Tell TU56 BM792.YB 115y60H2 11/40·0R SNT JO 6 3/74 E; ll/40.C8. MM11-~, RK11"'ce, RK05 .. S8, Tell TW56 8M792.Y8 230VSOH~ 11/40·0S SNT JO 6 3/74 E: 11/40.0P, Lell-A, I.A30 M PA, NO LT33, 115y 6eH~ 11/40·0T S'JT JO 6 3/74 e: 1l/40-0R, LC11-A, LA30-P.O, NO LTJ3, 230V 5CH~ 11/40.0U 5'1T JO 6 10/72 E 11/40.CA MM11-L ~K11.C. RK05-AA TMil.A TU10.EA MR11-0B (9TR) 115V60H~ 11/40-0V S\lT JO 6 10/72 e: 11/40.C8 MM11-L ~K11-C8 RK05-8B T~11;B TU10-ED M~11·0B (9TR) 230V50H~ 11/40-0W S\lT JO 6 10/72 E 11/40.CA MM11-L RK11-CA RK05·AA TM11;A TU10-FA MR11.0B (7TR) 115V60H~ 11/40.0Y SNT JO 6 10/12 E 11/40.08 MM11-~ RK11-CB RK05.SB TM11;e TU10-FD MRll-08 (1TR) 230V50H~ 11/40-£A SNT JO 6 3174 E 11/40.0A RP11 RS11. BM792-YB, DOll-A, POll, 115V 60H~ 11/40-£8 S\lT JO 6 3/74 E 11/40.08. RFll, RS11·A, BM792-Y8, ooli.A, pel1, 230V 50H~ 11/40-EC 5NT JO 6 3/74 r 11/40-EA, LC11-A, LA30·PA, NO LT33. 11'V 60H~ 11/40"EO S'IT JO 6 3/74 E 11/40.E8. I.Cl1-A, I.A30-PC, NO ~T~3, 23QY 5CH~ 11/40-EE SNT JO 6 3/74 e: 11/40-CE, RK11-CA, RK05.AA, eM792~YB, MM11-~, DOll-A, 115y 60H~ 11/40"EF' SNT JO 6 3/74 E 11/40wC~, RK11-CC, RKO'.S8, eM792.YB, MM11-L, o011-A, 230V 50H! MODEL E'JG DESIGN PROD MF'GR STATUS CATEGORY USED ON CESCRIPTlON 10 NC MGR E:NGR ENGR AREA MO/yR 11/40-EH S'JT JO 6 3174 E 11/40-0E W LA30 w PA INSTEAO OF' LT33, 115V 6CH~ 11/40-E:J SNT JO 6 3/74 E 11/40.0F' W LA30-PO INSTEAO OF' I"T33 , 230V 5CH~ 11/40"'EK 5\JT JO 6 3/74 E: 11/40-0H W LA30-PA INSTEAD or I..T33 , 115V 60Hi! 11/40"EL SNT ·JO 6 3/74 E 11/40.0J w ~A30-PO INSTEAC or LT33, 230V 5CH~ 11/40-e:M SNT JO 6 3/74 E 11/40-DU W LA30.PA INSTEAC 0; I"T33 , 115V 6CHi! 11/40-EN S~T JO 6 3/74 £ 11/40.0v w L.30-~0 INSTEAO or I.T33, 230V 5CH~ 11/40-£:1' S'JT JO 6 3/74 E 11/40-0W w ~A30·PA INSTEAO 0; L.T33, 11;V 6CH~ 11/40-ER S'IT JO 6 3/74 E 11/40.0Y W LA30-PO INSTEAD or I..T33 230V 'O~i! 11/40-F'A 5\JT JO :3 3/74 E OEM 11/40.CA. 115V 60Hl 11/40-F'8 SNT JO :5 3/74 E OEM 11/40.08, 230V 50H~ 11/40-"E SNT JO :5 3/74 E OEM 11/40.C£. 115V 60Ht 11/40-F'F' SNT JO :3 3/74 E OEM 11/40-CF', 230V 50Hl 11/40-LT SNT JO 4 2/73 E 11/40 LT33.0C INSTEAD C~ LA30-PA & LOll-A, 1~5V 60H~ 11/40-LU SNT JO 4 2/73 £ 11/40 LT33-00 INSTEAO or ~A30.PO & ~Cl1-A, 230V 'OHi 11/40-MP SNT JO 2 1/73 E 11/40 M;11·~P INSTEAD OF Mrl1-L (CONVERTS BK 11/40 TO SK PARITY ~1/40) 11/40-MQ SNT JO 2 1/73 E 11/40 M~11·LP & MM11-~P INSTEAO OF MF11.L & MM11.~ (PARITY CONVERSION) 11/40-MR SNT JO 2 1/73 E: 11/40 Mrl1-LP • 2 ~Ml1-~P INSTfAO Of M'11.L • 2 ~Ml1.L PAR1TY CONVERSION 11/40 .. PA S~T JO 6 3/74 E BATCHI KDll-A, BA11-fC, M'11~L, MM11"'L, LCi1-A, LA30~PA, PC11, E RK11-CA, RK05-AA, KW11·L, CRll, ~960;CA, 0011-., B~792-y8, QJ2'0, 115V 60H! 11/40-1'8 SNT JO 6 3/74 e: 8ATCHI K011-A, BA11-FC, MF11;L, MM11-~, LC11-A, LA~O.PO, PC1~ •• , £ RKll·CB, RK05.8B, KW11-~, CR1'-A, H960~CB, DOll-A, BM192-YB, QJ250, '2~OV50~i 11/40-PC SNT JO 6 10/72 E 11/40.PA W NO LA~O, ~Cll, PCll, BUT ~T33~oe, Tell, TU56 11/40-1'0 SNT JO 6 10/72 E 11/40.P8 W NO LA30. ~Cl1, pel1, BUT LT3a.oc, Tell, TU5~ 11/40.,.PE SNT JO 6 10/72 E 11/40.PA W NO LA30, LOll. pel1, BUT LT33~oe, TMll-A, TU10-EA 11/40 .. PF' SNT JO 6 10/72 e: 11/40.P8 W NO ~A30, LOll, PCll. aUT LT33~OC, TMll.e, TU10-EO 11/40 .. PH SNT JO 6 10/72 £ 11/40.PA W NO LA30. Lell, ~Cl1, BUT ~TJ3.De, TM1l-A, TU10-'A 11/4Q"'PJ SNT JO 6 10/72 e: - 11/40.PB W NO LA30, ~Cl1, PC11, BUT ~T33~OC, TM11.a, TU10.PO 11/40"PK SNT JO 6 3174 E 11/40-CA, Mr11·~, MM11·~, RK11.CA, RK05 w AA, CR~~, KW11·~, !; BM792.YB, ~A~Q·~" Lell-A, Tell, TU56, ~15V 60H~ 11/40"PL SNT JO 6 3/74 £ 11/40.C8. MF11·L, MMll-~, RK11.CB, RKO'.S8. CR11-A, KWll-~, &: BM192.YB, ~A30-PO, LOll-A, TC11, TU56, 230V 'OHi 11/40"'PM 5NT JO 6 3/74 e: 11/40.PA W Tell, TU56 INSTEAO Of PC11, 115V 60Hi 11/40 .. PN SNT JO 6 3/74 E 11/40-pa w TC11. T~'6 INSTEAO OF PCll,2JOV 50Hi 11/40 .. 1'1' SNT JO 6 3/74 £ 11/40.PA W TM11-A, TU~O.fA I~STEAD OF ~C11, 115V 60Hi 11/40-PR S\lT JO 6 3/74 E 11/40.PB W T~11-a, TU10-ED INSTEAD OF PCll. 230V 50Hi 11/40"'1'5 SNT JO 6 3/74 e: 11/40.PA W T~11-A, TU10-'A INSTEAD OF PC11~ 11'V 60Hi 11/40",PT SNT JO 6 3/74 E 11/40.~8 W T~11·B, TU1~-'D INSTEAD OF PCll, 230V ,OHi 11/40 .. RA SNT JO 4 2/73 E: RSTS-11. KD11.A, BAll-Fe, M'11·~. 2 MM11-L. LC1~~A. LA30-PA, PRll. RK11-CA; E 2 RK05-AA, KW11.L.H960-CA, 0011;A, BM792_VB, QJ~OO, 115V 60H~ 11/4C .. R8 SNT JO 4 2/73 E RSTS-l1. KOll-A, 8All-Fe, Mr11-L; 2 MM11-~, LCll.A, LAJO-PO,PR11-A, .. E R~11-ce, 1 RK05.B8, KW11-L, H9~Q~Ce, DOll-A, BM792-YB, QJ400, 230V 50HI 11/40"RC SNT JO 6 10/72 E 11/40.RA, RC11. RS64-A, TC11. TU56, ON~Y 1 RKO'. NO PRll, 115v ~OHI 11/40-RD 5NT JO 6 10/72 E 11/40.R8. RC11, RS64-e, TC11, TU'6, ONLY 1 RKO'. NO PR11, 2,OV 50HB l1/40 .. RE SNT JO 6 10172 E 11/40.RA R'11 RS1l TC11 TU56 NO RK11, NO RK05, NO PR11, 11'V60Hi ll/40 .. ~F' SNT JO 6 10172 e: 11/40-RS RP11 RS11-A TOll TU'6, NO RKll, N~ RKO' NO PR11,2JOY 50HI 11/40"~H SNT JO 4 2173 E 11/40-RA W Tell, TU'6, Rell, RS6~.A, ONL~ 1 RKO" 1~5V 60Hi ll/40-RJ SNT JO 4 2/73 e: 11/40-RB W Tell, TU56, Rel1,RS64.e,ON~Y 1 RKO', 230V50Hi 11/40 .. RK 5NT JO 4 2/73 E 11/40.RA W TC11, TU~6, R'11, RS11, NO PRll, RK11, RK05, 11'V60~i 11/40"'~L SNT JO 4 2/73 f: 11/40.RB W TCll, T~'6, R'11, RS11.A, NO PRll, ~Kl1, RK05, '2~OY'OHi 11/40"'RM SNT JO 4 2/73 E 11/40.RA W PC11 INSTEAO OF P~11. 115V 60~l 11/40.RN SNT JO 4 2/73 E 11/40.RB W PC11-A INSTEAO 0; PRll, 230V 'O~~ 11/40",RP SNT JO 4 2/73 E 11/40.RA W TM11- A, TU.O.t~ INSTEAO Or PR11, 11'V 60H2 11/40-RR SNT JO 4 2/73 e: 11/40.RB W. TM11-A, TU10-ro INSTEAO Or PR11, 2~OV 'OH~ 11/40"'RS SNT JO 4 2/73 e: 11/40-RA W TM11-A, TU10.'A INSTEAO Or PR11. 115V 60Hi 11/40"RT SNT JO 4 2/73 £ 11/40wR8 W TM11-B, TU1 0.'0 INSTEAO Of PR11, 230V 'OH~ MODEL ENG DESIGN PROD MFGR STATUS CATEGORY use:e ON CESCRIPTION 11 NO MGR ENGR ENQR AREA MO/yR 11/40-RU SNT JO ~ 2173 E 11/40.RA W RF11, RS11, T~11-., TU10-EA, ~O PRll, RK11, RKO' ~15V60~~ 11/40-RV SNT JO 4 2/73 E 11/40.R8 W RF11, RS11-A, TM11-B, TU1~.fO. NO PR11 RK11 RKO' 230V50~~ 11/40-RW S~T JO 4 2/73 E 11/40~RA W RF11, Rill, TM11.A. TU10-FA, ~O PRll, RK1', RK05 il'V60~~ 11/40-RY SNT JO 4 2/73 e: 11/40.RB W RF11, RS11-A, T~11.B. TU10-'D, ~o PRll RK11 RKO' 230V50H~ 11/40 .. SA LBH RHM :5 1/74 E: 11/40.ec, KW11-L, MM11-U, RK11~CE, RK05-AA, 0011.B MRll~OB QJ400·At 115V60H! 11/40-S8 L.!JH RHM 3 1/74 e: 11/40-80. KW11-L. MM11.U, RK11-0~, R~05-8e. 0011.e MR1l-0B QJ400-AE 2aOV'OH~ 11/40-S0 1.9H RHM 3 12/73 E 11/40.BK, KW11.~, K~11·~. MF11-UP, MM11.~P, KT11.0, RK11-0E. RK05 •• A E: DH11-AA, BA11.E5 H120.E, 0011.~t ~R11.0B, QR430-.E, 115V 60H~ 11/40 .. 50 L.9H RHM :3 12/13 !: 11/40-BL. KW11-~, KEll-E, MF'11~UP. MM11~LP, KT11-0. RK11-0J, RK05.BB £ OH11-AC, BAll-ES, H720·F', 0011-A, MR11-0B, QR4~O~AE, 230V 'OH~ 11/40"VT SNT JO 4 2/73 e: ·11/40 VT05.AA INSTEAD CF L.430-PA & Lell-•• 11'V ~OH~ 11/40-VU SNT JO 4 2/73 E: 11/40 VT05.AO INSTEAD or LA30-PO & LOll-A, 230V 'OH~ 11/45·AO L.8H 3 3/74 E KB1i-A, PS, MFll·L., MM11.L, CAB, 115V 11/45-AO L.8H 3 3/14 E KB11-A, PS, MF11-L, MMll.L, CAB, 230V 11/45·AE L.B!-I 3 3/74 E KB11-A. PS, MF11-LP, MM11-L.P, CAB, 115V 11/4S"AF' L.eH 3 3/74 e: KB11-A, PS, MF11-I..P, MM1~-L.P, CA8, 230V 11/45-AH L.eH 3 3/74 E K8l1-A, PS, ~Fl1-U, OAB, 115v 11/45-AJ LoBH 3 3/74 e: KB11-A, PS, MF11-U, 0.8, 230V 11/45-AK LoBH 3 3/74 E • K8l1-•• PS, M;li-UP, CAB, 11'V 11/45"'AI. Lo8H :3 3114 E KB11-A, PS, MFll-UP, CAB. 230V 11/45-SA eo RK 3 1/74 E 11/45-CA, MF11-U, O~1~wA, LT33-0C. 11'V~O~i 11145 .. S8 eo RK 31/74 E 11/45-CB. MF11-U, 0~11·A~ LT3~-DO. 230V50~~ 11/45~BH 80 RK :3 1174 E 11/45.0A. Mrl1-U~, 0~1~." I.T33.00. 1l5V 6CH~ 11/45-8J BO RK :3 1/74 E 11/45-CB. MF11-UP, OLli •• , LT33-0D, 230V 'CHi 11/45 .. 0A BO L.8H 6 7/72 E KS11;A + CAB, 11'V 11/45 ... 08 eo 1..81-l 6 7/72 E ~Bl1;A + CA8,a3eV 11/45-00 80 LoBH 6 11/73 e: KB11-A, MF11-L.P, MM11.~P, I..A30-C4, CAB, 115V 60M! 11/45-00 eo Lo8H 6 11/73 E '" KBll-A. Mf'11-L.P, MM11.L.fI. LA30-CO, CAB, '23CV 50Hi! 11/45.0E eo 1..8101 6 11/73 E KBll-A, MF11-LP, MM11.~P. VT05B.AA, CAB, l15V 60H~ 11/45·0F' eo I.BH 6 11/73 E KB11-A, MF11"~P, MM11.~P, VT05B-AO, CAB, 230V 'OH~ 11/45 .. 0101 eo 1..8101 6 11/73 E KBll-A, MF'11-L, MM11-L, LA30~CA, CAB, 115V 60H! 11/4S-0J eo i.BH 6 11/73 E K8l1-A, MFll-L, MMll-L, I.A30 .. CO, OAB, 2~ev 50H! 11/45-0K 90 Lo8H 6 11/73 E KB11-A, MF11-L, MMll-L. VT05a-AA, 115V 6CH! 11/45·01. 80 L.8H 6 11/73 E KB11-., MF11-L, MM11-L, VT05S.AO, 230V 5tH! 11/45·CM 90 i.8'"' 6 11/73 E 11/45.0C W AUTO LOAOEA, CL.OCK, PWR FAIL, 115V 60H~ 11/45 ... CN BO Lo8H 6 11/73 E 11/45.eO W AUTO LOAOER, CLOCK, PWR FAIL, 230V 'OHi! 11/45-01' 80 1.8101 6 11/73 e: ii/45.CM, MF11-~P, MM11.I..P, KT11-C, 1l5V 6CH~ 11/45-CR BO I..BH 6 11/73 E 11/45-CN. MF'll-I.P, MM118LP, ~Tl1"C, 230V 5CHi! 11/45·05 BO 1..8101 3 4173 E OS500 KBll-A, MF11-L.P, MM11.LP, ~967·HA~ 115V 11/45-0T 80 L.8H 3 4/73 £ 05500 KB11-A, MF11.~P, MM11.SP, ~9'7.HB, 230V 11/45-0U eo 1.8101 :5 11/13 E KB11~A, MF11-UP, MR11.0B, K~ll.L, LA30.CA, CAB, 11'V 60Hi! 11/4S-CV eo I..BI-! 3 11/73 E KB11-A, MF11.UP, MR11.0B, KW11-L, I..A30-00, CAB, 230V 50H~ 11/4S-CW eo I.BH :3 11/73 E KBll-A MFll-UP MM11-UP KT11-C MR11-0B KW11-L L.A30.CA CAB 115V60Hi! 11/4S-CY eo LoBI-f 3 11/13 E KB11-A MF'11-UP MM11-UP KT11-C MRll-0B KW11-L. LA30-CO CAB, 2jOV 50HI 11/45-0A BO I.BI-f 6 11/73 E DOSI 11/45-CC, RPll, RS11, Tell, TU56, MR11.0B, CJ220-AC 11/4S-08 eo I.BH 6 11/73 E DOSI 11/45.cO, Rrl1, RSll ••• TC11, TU,6, MRll-cB, QJ220.AC 11/45-05 BO LoBI-f 6 11/73 e: OOSI 11/45-CC, RK11-CA, RKO'wAA, TOll, TU56, MR11-CB, QJ220.AC 11/45 .. 01 BO i.BH 6 11/73 E OOSI 11/45.CO, RKll-CB, RKO'.BB, TOll. TU56, MAll-CB, QJ220-AC 11/45-DU BO LoBH 6 11/73 £: 0051 11/45.05, T~11-A, TU10-E., QJ220.AO, NO Tell. TU;6, QJ220-AC 11/4S-0V eo loBI-! 6 11/73 E OOSI 11/45.0T, TM11-e, TU1 0-EO, QJ220.AO. NO Tell, TU56, QJ220·AC 11/45-F'A BO 1.8'"' 6 4173 E K811-A, MM11·S, CA~, ~15V. OEM 11/45-F'8 BO L.BH 6 4/73 E KB11-A. MM11-S. CAB, 230V, arM 11/45",F'C 80 I.BH 6 4113 E KB11-A, MM11.S, CA8, LA30-0A, 11'V 6CHi, OEM 11/45 .. F'0 eo L.BH 6 4/73 e K8l1-A. MM11-S. CAB, LA~e-co, 230V 50Hi, OEM 11/4'5-F'E e~ I..BH 6 4/73 E KBll-A, HM11·S, CAB, VT058-AE, 115V 60~i. OEM MonEL E~G DESIGN PRIJD ~F'GR STATUS CATEGORY USED ON OESCiltIPT10N 12 NO MGR ENGR e:N~R AREA MO/yR 11/45-F'F' 80 I.B~ 6 4113 E KBll-A, MM11-S, CAB, VTO'B-AJ, 230V 50Hi, rEM 11/4S-rH 80 L.BI-l 3 11/73 E KB11-A, MF'11-UP, I.A~O.C., CAB, l15V 60~i OEM 11/45-F'J 80 LBI-l 3 11/13 e: KBll-A, MP11.UP, ~A3C.CO, CAe, 2JOV 50~~ OEM 11/45-F'K BO LBH :5 11/13 E Keli-A. Mrli-U, I.A30-CA, CAB, 11 5V 60H~, OEM 11/45-F'L BO 1.8H 3 11/73 e: KB11- A, Mr li-U, I.A!O·CO, CAS, 230V 50 Hi iC E~ 11/4S.'M 80 LBH :3 4173 E OEM l1/45-CC W 24K HEM & ~£M MANAGEMENT, l15V 60H~ 11/4S"'F'N BO L.BH '3 4/73 £ OEM 11/45.CO W 24K MEM & ~£M MANAG~MENT, 230V 'OH~ 11/4S-PP 90 I.BH :5 4113 E OEM 11/45-rM W NO PARITY, 11'V 60H~ 11/4S-F'R BO LaH 3 4/73 £: OEM 11/45~F'N W NO PARITY, 230V 50Hl 11/45-r5 80 i.81-l :5 11/13 e: 11/45.PH. MMll-U~, ~Tl1-C. 115V 60~l OEM 11/45"F'T 80 L.BI-! 3 11/73 E: 11/45.PJ. MM11·UP, KT11-e, 23CV 'CH~' OEM 11/45 .. F'U 80 I.BH :5 11/73 E 11/45-F'K, MM11·U, KT11-C, 11'V 60H~ OEM 11/45 .. rv BO L.BH 3 11/73 E 11/45.P~. MMll"U, KT11-C, 230V 50H! OEM 11/45-CA BO I.BH 6 4173 E: Kal1-., MS11-BC, 2 MS1~-BM, I.A!O.CA, 1i'v 60H~ OEM 11/45-GB BO I.BJoI 6 ~/73 E KB11-A, M511-BC, 2 MS1~-BM, LA30-C0 1 2JOV 'Olot~ OEM 11/45 ... CC BO I.BI-l 6 4/73 £: KBll-A, HS11-aC, 2 MS11-BM. VT05B-AA, 11!V 60M! OEM 11/45·CD BO I.SH 6 4113 E KBll-A, MS11-SC, 2 MS11-a~, VT058_AO, 23eV 50H~ OEM 11/45-CE BO LBH 6 4/73 E KBll-A, MS11-BC, 2 MS11-ep, LA30·CA, l"v 60H~ OEM 11/45·CF' aD l.aH 6 4/73 e: Kal1-A, MS11-BC, 2 MS11-BP, LA30-CO, 2~OV 'OH~ OEM 11/4S ... CH BO LaH 6 4/73 E KB11-A, MS11-BC, 2 M511-!P, VT05BwAA. 11!V 60HB OEM 11/45-GJ BO I.B~ 6 4113 E KB11-.J MS11-BC, 2 MS11-ep, VT05B.AO, 23eV 50Hl OEM 11/45-CK BO I.BH 6 4/73 E KB11-A, M511.aC, 4 MS11-SM, LA30-CA, li'~ 60Hi OEM 11/45-GL80 I.BH 6 4113 £ KBll-A, M511-BC, 4 MS11.eM, LA30-CC, 2~O~ 50H~ OEM 11-/45.CM Bn 1.81-l 6 4113 &: KB11-A, M511-BC, 4 MS11-SM, VT05B.AA, 11!V 60M! OEM 11/45-0N ao l.BH 6 4113 £ KS11",A, ~S11-BCf 4 MS2,l-aM, VT05a-AO, 23CV 50H! OEM 11/45-GP ao I.BH 6 4/73 e: KB!l-A, MS11-aC, 4 MS11-aM, ~AJO-CA, 11'V 60Hi OEM 11/45-CR 80 LBH 6 4/73 t Kall-A, MSll-BC, 4 MS11-ap, LA30-CC, 2~OV 'OH~ OEM 11/45-05 BO \.BH 6 4/73 £ • KB11-A, MP11-BC, 4 MS11-a" VT058",AA, 11!V60H! OEM 11/45.CT 80 I.BI-l 6 4/73 £ K811-A. MS11-BC, 4 MS11-9p, VT05B_AO, 23CV 50H! Ot" 11/45-MA 8t}- LSH 6 11/73 E ~S~11-0; 11/45.CC Mrl1-LP KTll-C RK11-eA R~05.AATC11 TU'6 MAll-DB KW11-1. QJ5aO.AC 11/45-MB ao I.BIot 6 11/73 E RSX11-0, 11/45.CO MF11-I.P KT11-C RK1~.CB RK05.8B TCll 'TU56 MA11.0B KW11.~ QJ5aO~AC 11/45.MC ao I.BH RSX11·\)1 6 ~1/73 E 11/45-CC M'11-LP KT11.C Rrll R$11 TM11wA TU10.EA MAll-OS KW11-1. H960.0A QJ'8~ •• O 11/45.MD BO I.BH RS)(11-UI 6 11/73 e: 11/45-CO M'11-LP KT11.e RF11 R911 .. A TM11-BTU10 .. £O MR11-CB KW11-~ H9~O·De QJ,aOiAO 11/45 .. MH 80 I.BH RS)(11 .. o, 6 11/73 E 11/45.MC. M"11.~~. RK11-CA. RKO';AA, CR11, I.Pl1.JA. 0011-A, NO Rrl1, RS11 11/45-MJ ao I.BH RS)(11- 0 : 6 11/73 e: 11/45~MO, MM11 R LP, RK11-C8, RkO'~BB, CRll.A, LP11~JB, DOll-A, NO RV11, RS11 11/45-MM LBH ~EN 6 11/13 &: RSX110 REA~ TIME *~, ~l'V 60~l 11/45.MN LBH ~EN 6 11/13 E RSX110 REAL TIME *1, ~~QV 'O~l 11/45 .. MP 1.9H ~EN 6 11/73 £: RSX110 REAl. TIME *~, li'v 6C~~ 11/45-MR I.BH ~EN 6 11/73 E RSX110 REAL TIME *a, 2~OV 5C~~ 11/45-MU L.aH ~EN 61,1/7:5 ! RSX110 REAl. TIME *~. 11'V 60Hl 11/45 ... MV I.BH JEN 6 11173 E - RSX110 REAl. TIME *3, 2~OV 'C~i 11/45-MW I.BH ~EN 6 11/73 E - RSX110 REAl. TIME *4, 11'V 60~l 11/45.MY LaH JEN 6 11/73E RSX110 REAl. TIME *4, 2~OV 'O~l 11/45-NA BO I.BH :5 11/73 e: RSX110 SVS 11 11/4~-C~; R~11;OE, TM11-~A. QJ580.AQ, 11'V ~OMl 11/4S·NB 80 I.B~ :5 11/13 E RSX110 SYS 11 11/4~-CY, ~Kl1~OJ, TMil-to, QJ580.AD, 2~OV 'OHI 11/45·NC BO I.BH J 11/73 E RSX110 SVS 21 11/4'·CW M'11-UP RK11-0E TM11-EAH960.CA Q~'80.AO 11'V60~~ 11/45·NO BO I.BH :5 11/13 E RSX110 SVS 21 11/45-CY M'11-UP RK11-0~ TM11-EOM960.0B QJ580.AO 2~OV'OM~ 11/4$.NE ao 1.8H 3 11/73 E RSX110 SyS 3, 11/45-CW, ",Ii-UP, MM11-UP, RPll-CE, TM11-EAi CR11,- . • E LP11-JA, 0011.8, ~960-0A, Q~580~~O 115V 60H~ 11/45-NF' BO I.BH J 11/73 E RSX110 SVS 3. 11/45-CV, M,11 wUP, MM11·UP, RP11-Q~, TM11-EO, CR11-A, .. E LP11.~B, DOlt.B, M960.0B, Q~'80~AC, 230V50H! 11/45-NH BO I.BH 3 11/13 E RSX110 SYS 4. 11/4'-CW M'11eUP RK11-0E RK05.AA. 'Q~'80.AE. 11'V60~~ 11/45·NJ BO I.BH 3 11/73 E RSX110 SYS 41 11/45-CY Mr11-UP RK11·0~ RKO'.BB Q~,eO-AE 230V 'OH~ i1/45.PA L.BH JEN 6 11/73 £ BATeM, 11/45-CC, MP1l-LP, RK11-CA, R~05.AA. TM1~~A, TU~O-EA, CAli, ~Pl1.JA; E KW11-P, MR11~OB, 0011-A, Q~250~AO . MODEL ENG DESIGN PROD MrGR STATUS CATEGORY USED ON OESCAIPTION 13 NO MGR E:NGR ENGR AREA MO/'fR 11/4S ... PB BO L.SH 6 11/73 E: BATC~I 11/45-00, RK11-CB, RKo~-a9, TM11.B, TU10-EO, CR11-A, ~P~l·JB, E ~W11·P, MRll~OB, DOll-A, QJ250-AO 11/45 .. PC BO L.BH 6 11/73 £ BATC~I 11/45-PA, MP11-L.P, 'P11-B, AP11-CA, RPOJ-,S, H960-CA, NO RK11. AKO' 11/45.PO BO L.SI-! 6 11/73 E BATC~, 11/45-PB, MF11-L.P, 'Pl1-e, RPll-C8, RPo~·es, H960·0B, NO RKil, ~KO' 11/4S·PH L.SH JEN 6 11/73 E BATCH #1. 115V 60H! ' 11/45 ... PJ L.eH JEN 6 11/13 E BATCH #1, 230V 50H! 11/45 ... PK L.8H JEN 6 11/13 E SATCH #2. 115V 60H~ 11/45 .. PL. L.BH JEN 6 11/13 E BATC~ #2. 230V 50H! 11/45",PM L.BH JEN 6 11/73 [ BATC~ #3. 115V 60H! 11/4S-PN L.BH JEN 6 11/13 E: BATCH #3, 23CV 50H! 11/45 ... PS BO L.81-! 3 11/73 E BATCH/OOS SYS 11 11/4,-CU. RK11-DE, TM1~~£A, QJ250·AO, 11'Y 60H~ 11/45",PT BO L.Si-! ::s 11/13 &: BATC~/OOS SYS 11 11/4,-CV. RK11-0J. TM1~.EC, QJ250-AO, 230V 'O~~ 11/45",PU BO L.SH 3 11113 E: BATCH/DOS SYS 21 11~5.CU. Rr11-AA, TC11.GA, QJ250.AC, 115V ~OH! 11/45·PV 80 L.SH 3 11/13 E BATCH/DOS SYS 21 11/4,.CV, R'11- A8, TC1~.Ge, QJ250-AC, 2JOY 50H~ 11/45",FU L.BH JEN 6 11/13 E RSTS/45, 11/45-CC, MF11.~P, ~Ml1.~~, KTll.C, RFli, R511, RK11.CA, RKO,.AA, E: TCll. TU'6, MR1~.ce, KW11-P, H96C-CA, 0011-A, QJ4JO·AC 11/45"RB BO L.SH 6 11/73 E: RSTS/4 5 1 11/45-00. Mrl1.~p, ~Ml1~~~, KT11-C, Rrl1, RS11.A, RK11.CS, RK05.BB, E TC11. TU66, MR1~.CB, KW11.P, H96C-CB, DOll-A, QJ430-AC 11/45",RC BO L.8H 6 11/13 E RSTS/45. 11/45-RA, TM11-A, TU10.!A, QJ4JO.AO, NO TC11, TU56, QJ430.AC 11/45"RO BO L.BH 6 11/13 E RSTS/45' 11/45-RB, TM11-B, TU1o.rc, QJ430.AC, NO TCll, TU56, QJ430.AC 11/45"RE BO L.SH 6 11/'13 E RSTS/45. 11/45.CC, Mr11-~P, MM11,L.Pi ~T11·C, PP11-e, AP11.CA RPO~·AS, TMi1-A, £: TU10~EA, MR11.08, KWll-P, H960.CA, 0011.A, QJ430-AO 11/45.RF' BO L.8H 6 11/73 e: RSTS/451 11/45.00, MF11.L.P, MM11.~P, KTll-C, PP11,e, RP11-CB RPO~·SS, TM1~ ... B, E rUl0-EO, MR11.0a, KW11-P, ~960,ce, 0011-A, QJ430-AO 11/45-RH L.BH JEN 6 11/73 E RSTS, TIME S~ARe: #~, 11'V 60~~ - 11/45 .. RJ L.BH JEN 6 11/7:5 E RSTS, TIME SHARE #~, 2~OV ,c~~ 11/45.RK L.BH JEN 6 11/13 E RSTS, TIME S~ARE #2, 11'V 60~~ 11/45 .. RL. L.BH JEN 6 11/13 £ RSTS. TIME S~ARE #2, 2~OV ,o~~ 11/45 .. RM L.BH JEN 6 11/73 E: RSTS. TIME S~ARE #3, 11'V 60~~ 11/45-RN LBH JEN 6 11/13 E RSTS, TIME SHARE #3, ~~ov SO~i 11/45 .. RP BO L.8H :3 11/73 E RSTS/E *11 11/45-CW ~rl1-UP R'11.AA RK11-0E TC1~-G' H960.CA QR4JO·AC l15V60H 11/45-RR 80 L.BH :3 11/73 E RSTS/E #11 11/45 .. CY MF11-UP R;11-Ae RK11-0J TC1~.Ge H960-0B QR4JO.AC 230V50~ 11/45 ... RS BO L.BH 3 11/7:5 £ RSTS/E #21 11/45-CW ~Fl1.UP R'11.AA RK11-0E TMll.EA H960.0A QR~30.AO 115V60H 11/45 .. RT BO L.BI-! :3 11/73 e: RSTS/E *21 11/45-CV Mrl1.UP R;1~~AB AK11-0J TM1l.£C ~960.CB QR~JO.AO 230Y'OH 11/45-RU BO L.SH :5 11/73 e: RSTS/E *3, 11/45~CW Mrl1.UP RP11.CE 'Pll·S TM11~EA H960-0A QR430-AO 115V60H~ 11/45-RV BO LBH :5 11/13 E RSTS/E '3, 11/45-CV Mf1l.UP RP11~CJ rp11-e TM1~.EC H960.0B QR430-AO ~JOV50H~ 11/45 .. SC L.BH RHM 3 12/73 e: 11/45.CW, OL11-A, RK11-0£, RKO~.AA, ~960-0A, OHil.AA, QR4JO·AE, 115V 60H~ 11/45-S0 L.BH RHM :5 12/73 E 11/45,CY, OLil-A. RK11.0J, RKO~.B8, ~960-0B, OH11-AC, QR430.AE, 230V 'OHl 11/4S"UA BO L.SH :3 4173 E KBll-A, MF11-LP, MMi1.~P, CAB, UPGRADE FROM 11/20, 115V 60H~ 11/4S-UB BO L.SH '3 4/73 E K811-A, Mr11-LP, MM1l.~P. eAg, UPGRAOE 'RO~ 11/20, 2~OV 50~~ 11/45-UC BO L.SH :3 4/73 e: KBll-A, M'11-L., MM11-~, OJ9, UPGRADE ~RO~ 11/20, 115v 60H~ 11/4 5-uO 80 L.SH :5 4/73 e: KBll-A, Mrl1.~. MM11-~, CAe. UPGRADE FRC~ 11/20, 2JOV 50H~ 11/50-CC BO L.BH 6 11/13 f: K81l-A, MS11.BC, 4 MS11.SP, L.A 30-CA, CAe, 115y 60H~ 11/50 .. CO 80 L.SH (, 11/73 E KB11-A, ~S11.8C. 4 MS11.ep, LA30-CC, c,e, 230V ~OH~ 11/50 .. CE 80 L.BH 6 11/73 ~ KB11-A, MS11 w BC, 4 MS11.SP, VT058.AA, CAE, 115V 60~~ 11/50-CF' BO L.8H (, 11/73 E KB11-A, MS11.8C, 4 MS11.ep, VT058.AO, CAe, 230Y 50H~ 11/50-CM 8~ L.BH 6 11/7::5 £ 11/50.CC W AUTO ~O.OER, CL.OCK. PWR FAl~, 115V 60H~ 11/50"CN 80 L.BH 6 11/13 E li/50.CO W AUTO ~OAOER, c~cc~, PWP FAI~, 230V 'OH~ 11/50-CP 80 I.BH 6 11/73 e: li/50-eM + 16K CORE, 11'v 60~~ 11/50-CR 80 L..8H 6 11/73 E ii/50-eN. 16K CORE, 230V 'O~i 11/50-CS BO I.BH 3 4179 E 05500 K8ll-A, MS11.BC, 4 MS11.BP, ~967-HC, 1~5v 11/50-CT 8~ I.BH 3 4/73 e: 05500 KB11-A, HS11.BC, 4 ~S11.Bp, ~96?·HB, 2~Ov 11/50-CU SD I. Bioi 3 11/73 E KB11-A, MS11.SC, 4 ~S11.BT, MRll-0B, KW11-~, L.AJO-CA, CAB, 115V 60H~ 11/50 .. Cv BO LBH 3 11/13 E: KBll-A, Ms11-BC, 4 MS11.eT, MR11-0B, KW11·~, L.AJO.CO, CAB, 230y 50Hi 11/5'4) .. Cw 9 0 L.BH 3 11/73 E KBll-A MS11-BC 4 MS11~BT Mr l1-UP KT11.C HRil-OB ~W11-L. ~AJO.CA CAB 115y 60H~ MODEL E~G iJESIGN PROD MF'GR STATUS CATEGORV USED ON 14 r-.O MGR ENGR ENGR AREA MO/yR 11/50-ev 80 I.BH 3 11/13 E K8~1-A MS11w8C 4 MS11-BT M'11 R UP ~Tl1-C MR11-0B ~Wl1·~ ~A30-CO CAB 230V 50~~ 11/5C-OA 8~ LaBH 6 3114 e: oOSI 11/45.0C W i1/50-ec INSTEAD or 11/45.CC 11/50-0B 80 I.BIof 6 3/74 e: DOS' 11/45.00 W 11/50-CO INSTEAD or 11/45_CO 11/50-0S 80 I.BH 6 3114 E OOSI 11/45.05 W 11/50-CC INST~AO or 11/45_CC li/50-0T 80 I.BIof 6 3/74 e: oOSI 11/4S.0T W 11/50-CO INSTEAD o~ 11/4~-CO 11/50-0U BO L.BH 6 3/7" e: oOSI 11/45.0U W 11/50-CC INSTEAD or 11/4'-CC 11/S0-0V 80 I.B"" 6 3/74 E OOSI 11/45.0V W 11/50.CO INSTEAD CP 11/45.CO 11/50-F'H Bt:) L.BH 3 4/73 E' OEM 11/50~CC, 115V ~o~~ l1/50-F'J 80 I..BIoI 3 4/73 E OEM 11/S0~CO, 230V ,O~~ 11/50-F'1< BO L..BH 3 4/73 e: OEM 11/S0-ec w NO ~ARITY. 115V 60~~ 11/50-rL 80 I.BIoI :3 4/73 E OEM 11/50wCO W NO PARITy, 230V 50H~ 11/50-F'M 80 I..BI-f :3 4/73 e: OEM 11/50.ec • 8K CORE M£M & MEM MANAGEMENT, 115V 60H~ 11/50-F'N 80 I.BH 3 4113 E OEM 11/50-Co • 8K CORE MfM & MEM MANAG~MENT, 230~ 50H~ 11/50-F'P 90 L.BH 3 4/73 E OEM 11/50.FM W NO PARITY. 115V 60Hl 11/50 ... rR eo L.BH :3 4113 £ OEM 11/50.fN W NO PARITy. 230V 50~l 11/50-F'S 80 L.BI-f :3 11/73 e: 11/S0-PH, M.rl1-U~, KT11.C, 115V 60~~ OEM 11/50"F'T BO L.BI-! :5 11/73 E 11/S0aPJ, MF11-UP, KT11.e, 230V 50H~ OEM 11/50-F'U BO L.B~ :5 11/73 £ 11/50.FK, MF11-U, 1<111-C, 11'V 60Hl OEM 11/50-rv 80 L.BI-! 3 11/73 E 11/S0-P~, MF11-U, KT11-C, 230V SOHl OEM 11/50-ME 80 I.BH 6 11/73 E RSX11.0, 11/50.ce, M'11-~P. KTll;C, ~Kl1·CA, RKC5-AA, TMll-A, TU10.EA, E MRll-CB, KW11-L, QJ5BO-AC 1i/50-MF' BO L.BH 6 11/73 E RSX11.0. il/50-CO, MF11-LP, I 11/50-PH L.BH JEN 6 11/73 e: BATCH #1. 1i5V 60~! 11/50·PJ L.SH JEN 6 11/13 E BATCH #1. 230V ;OH~ 11/50-PK L.eH JEN 6 11/73 E BATCH #2. 1i5V 60H! 11/50-pL. L.ltH JEN 6 11/73 E BATCH #2. 230V 50H! 11/50-PM L.BH JEN 6 11/13 E BATCH #3, 1l5V 60H! 11/50 ... PN L.raH JEN 6 11/73 E: BATCH #3. 230V ;OH~ 11/50.PP L.~H JEN 6 11/73 e: BATCH #4. 115V 60Hl 11/50 ... PR L.BI-! JEN 6 11/73 E BATCH #4. 230V ;OH! 11/50"'pS BO I.. Bioi :5 11/73 E BATCH/cas SYS 11 11/50-CU, RK11-0E, TM1~-E., QJ250'AO, 115V 60~i 11/50"'PT 80 I.B'"! :5 11/73 E BATCH/DOS SYS 11 li/50-CV. RK11-0J, TM1~.£C, QJ250-AO, 230V 50Hi 11/50-PU 90 L.BH :5 11/13 E: BATCH/COS SYS 21 1i/50-CU, R'11-AA, TC1~.GA, QJ250·AC, l~;V 60H~ 11/50·PV 90 L.BH :5 11/13 e: BATCH/DOS SYS 21 11/5Q-CV, R'11.AB, TC11.Ge, QJ250-AC, 230V 50~~ 11/50 .. PW 80 I.BH :5 11/73 E BATCH/oOS Sys 31 li/50·CU, MSl;.ec, 2 MS11-BT. rpll.B, RP11.C£, TM~~·EA, E C011-EA, L.Pl1-RA, C011-B, QJ250-.0, 115V 60H! 11/50-PY BO L.BI-! :5 11/73 £ BATCH/OOS sys 31 11/50-CV, MS11 •• C, 2 MS11-BT, FP11.B, RP11.CJ, TM~l·£O e C011-EB, I.Pl1~RS, 0011-B, QJ250-.0, 230V 50H! 11/sa-RA- BO L.BH 6 11/13 &: RSTS/;OI 11/45.RA W 11/50.CC INSTEAO 0' 11/45.0C 11/50 ... RB BO L.BH 6 11113 &: RSTS/501 1i/45.RB W 11/'0.QO INSTEAD 0' 11/45-CO 11/50"'RC BO L.BH 6 11/73 E RSTS/501 11/45-RC W. 11/50_CO INSTEAO 0' 11/45.CC 11/50-RO 80 L.8H 6 11/73 E RSTS/'Ol 11/45-Ro W 11/50-CO INSTEAD 0' 11/45.00 11/50 ... RE BO 1.8101 6 11/73 &: RSTS/501 11/45-RE W 11/50.CC INSTEAD 0' 11/45.CC 11/50-RF' 80 I.BH 6 11/13 £ RSTS/501 11/45-Rr w 11/50~CO lNS'EAO OP 11/45.CO 11/50"RH L.BH JEN 6 j,1/73 e: RSTS, TIME S~ARE *1., 11'V 60~i 11/50-RJ L.9H JEN 6 11/73 £ RSTS, TIME S~ARE *1., a~QV 'a~i 11/S0 .. RK L.BH JEN 6 11/73 £ RSTS, TIME S~ARE #Z, l~'V 60~i 11/50 .. RL. L.eH JEN 6 11/13 5: RSTS, TIME SHARE #2, 23QV 'OHi 11/50-RM L.BH JEN 6 11/73 E RSTS. TIME SHARE #3, 41'V 60Hl 11/50-RN L.eH JEN 6 11/13 E: RSTS. TIME SHARE #3, 2jOV 'O~i 11/50"RP BO L.8H :3 11/73 £ RSTS/E #1' 11/50~CW ~F11-UP R'1~;AA AK11·0E TC~~.GA H960·0A QR430-AC 115V60H 11/50"'RR 80 1.8101 3 11/73 e: RSTS/E #11 11/50-CV MF11-UP R'l~.Ae AK11-0J TC1~.GB H960-0B QR430.AO 230V'OH 11/50-RS BO I.BH :5 11/13 E: RSTS/E #21 11/50~CW Mr11-UP Rr11-AA AK11-0E TM1~.EA H960·0A QR430-AO 115V60H 11/50"'RT B::) I.BH :5 11/13 E RSTS/E *21 11/50~CY MF11-UP R'11-AB RK11-0J TM1~.EC H960-0B QR430-AO 230VSOH 11/50-RU 80 I.BH :5 11/13 e: RSTS/E #31 11/50-CW M~11.UP RP11~CE 'P11-S TM11-EA H960-0A QR430·AO ~1'V60~i 11/50-RV 80 I.BH :5 11/13 E RSTS/E#31 11/50-CY M;11-UP ~Pl~;CJ 'Pl1-e TM1~.£O H960-0B QR430-AO 230VSOHi 11/50-UA 80 I.BH :5 4/73 E KB11-A, MS11-8C, 4 MS11.ep, CAB, UPGRADE ;ROM 11/20, 115V 60Hi 11/50"U8 BO I.BH :5 4/73 E KB11-A, MS11.BC, 4 MS11.BP, CAB, UPGRADE FROM 11/20, 230V 'OH~ 11/S0 ... UC BO L.BIo! ::5 4/73 E: K8l1-A, MS1l-BC, 4 MS11.e~, CAB, UPGRADE rROM 11/20, 115V 60Hi 11/50-UO BO L.BH ::5 4/73 E K81l-A, MS11-BC, 4 MSll.8M. CAB, UPGRADE rROM 11/20, 2JOV 'OHi 11001-0A VB DPR COM 2 10/73 B l1DXX DU11-0A, KG11.A, CR11, ~~11-JA, 0011.B, 115V 60Hl 11001"08 VB CPR COM 2 10173 B 110XX DU11-0 •• KG11-A. CRll·A) LP11-JB, 001liS, 230V 50H! ll00l-0C VB DPR COM 2 10/73 a 110XX DUll-0A, KG11-A, CR11, ~P11-~A. 0011-B, 11'V 60Hl 11001 .. 00 VB DPR COM 2 10113 B 110XX DUll-0A. KG11-A, CR11.A, LP11 ... KB, 0011-B, 230V 50Hl l1D01-0E VB DPR COM 2 101?3 B 110XX DU11-0A, KG11-A, CRll. 1.511-4, 0011.B, 115V 60H~ l1D01-DF' V'3 aPR COM 2 10/73 9 110XX OU11-0A, KG11-A, CR11eA, LS11-B, 0011-8, 230V 'OHi 11001"'OG vg DPR COM 2 10/73 B l1DXX DU11"'OA, KG11-A, L.Sl1 •• , 0011-B) 115V 60~i llD01-0H va DPR COM 2 10113 9 110XX DU11-0A, KG11-A, ~S11-B, C011.B, 230V 'O~~ 11D03-0A VB OPR COM 2 10/73 B 11DXX OX11-BA. BM8?3-YX, 11'V 6CH~ 11003-0B VB apR COM 2 10/73 B 110XX DX11-BB, BM8?3-YX, 23QV 'OH~ 11010 ... CA va QPR COM :.5 10/73 e: 1i/10-Ne. 8K MM11-~, BM'92-YA, LT33-0C, ~960·CA, 11SV 60H~ 11010 .. ce VB DPR COM 3 10113 E i1/10-Ne, 8K MM11.L., BM192.YA. LT33-00. ~960-CB, 2;50V 50Hi llDl0-CC VB OPR COM ::5 10/13 E 11/10.Ne, 8K MM11-1., SM792-YA, LT33-0C, I-967-AA, 115V 60Hi 11010 ... CO VB DPR COM :3 10/13 E 11/10 ... NO, 8K MM11.1.. BM792.YA, L.T33-00, ~967-AB, 230V 50~i l1Dl0-CE VB CpR COM :5 10173 E li/10.NC, 8K MM11.1., BM192.Y~, L.A30.CA, TAll-A', H960.CA, ~15V 60H! l1Dl0-CF' ve OPR COM :3 10/73 E 1i/l0.NO, 8K MM11.1., BM7'2.Y~, L.A30-CD, TAll-AS, joi960-CB, 230V 50Hi! 11010 .. oE va DPR COM ::5 10/13 e: l1El0·NE W OECCOMM ~OGO, 115V 60Mt ~(jOEL ENG DESIGN PROD MF'GR STATUS CATEGORY uSED ON CESCRIPTtON NO MGR ENGR· ENQR AREA MO/YR 110i0-0F' VB OPR COM 3 10173 E: i1E10.Nr W OECCOMM ~OGo, 23CV 50Hi 11020-0A DAS :3 3172 E COMM SYS BASE. l1/21-CA, ~Wl1-~, QJ20.AP, QJ050.AS 11020-08 CAS 3 3/72 E: COMM SVS SASE. 11/21-C8, KW11-~, QJ20.AP, CJ050.AS 11020-0C OAS :3 3/72 e: 11/20-AA • M~11-r, KW11.~, QJ20-AP, QJC5C-AS, ~951 S~ORT CAB 11020-00 wAS 3 3/72 r 11/20.4B + MM11-r, Kwl1-L, QJ20.AP, QJP5C.AS, ~951 SHORT CAB 11020~0£ OAS :5 5/72 E 11/21~CE. KW11-L, QJC2 0 .AS 11020-0F DAS ;'5 5/72 e: 11/21 p CF. KW11-~, QJC20.AS llr:l21-0A OAS :3 3/72 E 2780 COMM SYS SRO, 11/21-CA, KW11.L, OP11-CA, KG11·A, QJC21·AS 11021-08 OAS :3 3/72 e: 2780 COMM SYS SRO. 11/21.0e, KW11-~, OP11-CA, KG11-A, QJ021-AS 11021 .. 0C DAS :5 3/72 E 11/20.AA • MM11-F KW11-~ OP11.0A KG11-A QJC50.AS Q~C21.AS ~957 SHORT CAB 11021-00 CAS ;'5 3/72 E 11/20 •• B • MH11-F KW1l-L OP11.0A KG11-A QJC50.(S QJC 21-AS H957 SHORT CAB 11021 .... 0E OAS :5 5/72 E 2780 COMM SYS SRO, 11/2i~CE, KW11-L, OP11-CA, KG11-A, QJC21-AS 11021 .. CF CAS 3 5/72 E 2180 COMM SYS SRC, 11/21-CF, KW11-L, OP11-CA, KG11-A, QJC21-AS 1102:5 ... 0A OAS :5 5/72 E - 11/21.CA, KW11~A, K~11.A, OX11-SA, 360/370 (Z!48), QJC22, ~950, 115V 60~~ 11023 .. 08 OAS ;'5 5/72 E • 11/21-CB, KW11-A, KH11.A, eXi1-SA, 360/370 C2e48), QJ022, H950, 230V 50~~ 11023-CE DAS :5 3/74 E 360/370 FE SYS 2846, ~A/PC 115V 11023"OF OAS :3 3/74 E 360/370 FE SYS 284 8 , LA/PC 2!OV 11026"CA OAS 33/72 e: 2780 COHM SYS, 11/21-CA. KW11-L, OPll.CA, ~Gl1-A, QJC21-AB 11026"'08 OAS :3 3172 E 2780 COMM SYS, l1/21-CB, KW11-L, CP1l-0A, ~Gll-A, QJC21.AB 11026-CO CAS :3 3/72 E 11/20-AA • MM11·~ KW1~·~ CP11.0A KG11-A CJC21.AB H9" SHORT CAB 11026 .. 00 rjAS :3 3/72 E ii/20ftAS • MMi1-F' KW11·~ CPi1-0A KG11.'~JC21.AB H951 S~ORT CAS 11026-0£ OAS :3 5/72 E 2180 COMM SYS, 11/21-CE, KW11-L. OPll-0A, ~Gl1-A, QJC21-AB 11026"'0F' CAS :3 5/72 E 2180 COMM SYS, 11/al-cr, KW11-L, OP11.0A, CGli-A, QJC21·AB 11040"'OE VB OPR COM 3 10/73 E 11/40-CP, KWi1-L' 115V~6CHl 11040-0F VB OPR COM 3 10/73 [ 11/40.CR, ~Wi1-L. 230Y 'OM! l1C40 .. IjJ VI OPR COM 2 10/13 E 11/40.0M, KW11-L, Tel1-GA, 115V 60Hi l1C40·0K VB CPR COM 2 10/73 e: l1/40.CN, KW11-L' TC11-Ge, 230V 50Hi 11040-0t\l va DPR COM 2 10/13 E 11/40-0M, Kwll-~, TM11-iA, 115V ~OHi 11040-0P VB DPR COM 2 10/73 E 11/40.CN. KW11-L, TM11-tO, 230V 'OHi 11050-0£ VB OPR COM 3 10/73 E 11/50.0M, TA11-Al, 001~.e, 115V ~OH! li050-0F' ve OPR COM 3 10/73 e: 11/50.0N. TAll-AS, 0011-e, 23CV, 50Hi li050·0J VB OPR COM 3 10/73 E 1l/50-CM, RK11·0, R~O'-A., T011-GA, 11'V 6CH! 11050-0K VB OPR . COM 3 10/13 E 11/50.ON. RK11-0, RK05-jB, T011-Ge, 230V 50H! i1C50 .. 0N ve CPR OOM 3 10/73 t 11/50.0M, RKii-0, R~O'·AA, TMil-EA, 115V 6CHi 11050 .. 0P va CPR COM 3 10/73 E 11/50-CN, RK11-0, RKO,-ee, T~ll.EO, 230V 'CHi 11£05"'9A RS F'E IPG 3 11/73 E lNol1.BA l1EO'.NE W INCUSTR!AL OONSOLE, 11'V 60~~ OEM 11£05.9S RS F'E IPG :5 11/73 E IN01111BB 1iE05-NF W INDUSTRIAL CONSC~E, 230V 50lol~ OEM lle:OS"'NE BO SW :5 8113 £ li/05.NC MM11.L RK05 .. AA ~Kl1.0 T.l1-AA LA3C.CA B~792·ye H960-CA 115Y60 OLM 11£05-NF' 80 SW 3 8/73 E 11/05.NO MMi1-L RK05.SB RK11·D TA11-AB LA:50.CO B~192·Y9 H960-09 230Y'0 OEM 11E05"'NH Sl) SW :5 11/73 E 11/05.NO MMil.L RK05-AB RK11-C TA11-AB LA30.CS B~792·ye H960.CB 230Y 60 OEM 11£05 .. NJ 80 SW :5 11/73 e: 11/05.NC MM11-L RK05-SA RK11-C TA11-AA LA30-CC B~792-ye H960-CA ~l1V '0 OEM l1El0-NE 80 SW 3 8113 E ll/10.NC MM11-L RK05.AA RK11-0 TAll.AA LA30.C. B~792-ye M960.CA 11'Y60~~ 11El0·NF' BO sw 3 8/73 e: ll/10.NO MM11-~ RK05-BB ~K11-C TA11-AB LA30-00 B~192·ye ~9'0-CB ~30Y'0~~ l1El0"'NH BO sw 3 11/73 e: ll/10llNO MM11-L RK05-AB ~K11·C 'A11-AB LA30.CS e~792·ye H960-C9 a30Y 60Hl 11El0-NJ BO sw 3 11/13 E: tl/l0.NC MM11.~ RK05.BA RK14-C TAll-A. LA30.CC B~792·ye H960.CA 11'V 'OM! llLl0"'AA AW EK 3 12/13 E 11£10-NE. NP1l, ~Ll1, Q~005.'£' 1l5V 60HI l1Ll0""AS AW EK 3 12113 &: 11El0-Nr, NP11, KL11, QJ005-AE. 230V 50Hi 11Ll0 ... 9A AItJ EK :5 12/73 E ll/l0-NC. LT33-0C, eM79a~ylol, TA1~.AA, 0011-B, M960-CA, 11'Y 60M~ llLl0 ... BS AW EK 3 12173 E ll/l0-NO. ~T!3-00, aM19a.YH, TA11.AB, 0011-B, H960-CB, 230V 'O~i l1Ll0-ec AW EK :3 12/73 £ 11/10.NC. ~T33·0C. ~PS1~-SA, LPSAO-12, LPSKW, IoI960-CA, 11'Y 60~~ llL10 .. eo A\II EK 3 12/73 E ll/l0.NO. LTJ3-00, LPS1~.SB, LPSAO-12,LPSKW, H960-CB, 230Y 'OM~ l1L10-BE AlAI EK :3 12113 [ li/10-NC ~A30-CA TA11-AA L'S11 ... SA LPSAO-12 LPSOR-A ~PSKW H960-0A OO~~-B ~1'Y6Q l1Ll0 .. SF' AW ~K :5 12113 E lillO-NO ~AJO.CO TAll-AS ~PS11.SB ~PSAO-12 LPSOR-A LPSKW H960-CB 0011-8 2~Oy,O 11~10-BH AW EK 3 12/73 £ ll/10-NC. LA30-CA. MH11-L, TA11-AA, LPS11-SA, LPSAO.12, LP.SQR-A, e: LPSKW, ~960-CA, 0011-B, 115V 60H~ MODEL E~G DESIGN PROD t-lF'GR SiATUS CAiEOORY USED ON OESC~IF'iION 11 NO MOR ENGR e:N~R AREA MO/Y~ l1L.l0 .. 9J A1.11 EK :5 12/7:5 e: lillO-NO. l.A30-CO, MM~l-l., TA11.AB, L.PS11-SB, l.PSAO-12, I.PSOR-A, E L."SKW, ~960-CB, 001~·e, 230V 50Hi! 11L.l0""SK AW EK :3 12/73 e: liEl0-NE. L,PS11-$A, l.PSAO-12, l.PSKIII, 115V 60HZ 12/7:5 2~Ov H~ l1L.l0·SL "LtJ EK :5 £ l1El0-NF'. L.PS11-SB, I.PSAO-12, I.PSKIII, 50 111.40-"" A\II ERK :5 12/73 E 11/40-CU VR14-I.C L.PS11-SA I.PSAO-12 2 l.PSAG l.PSKW I. PSOR-A 11'Y60HZ l1L.40-AB hI ERI< 3 12/73 E 11/40-0V VR14-L,C I. PS11-S; l.PSAO-t2 2 L,PS.G L.PSKW I. PSOR-A 230Y'OH! llL.40-AC Alii EK 3 12/73 E: 11/40-SA, MR1l-0B, ~Kl1-0E, TM11-e:A, L.S11-A, NP11, KI.11-A, OOSJ,-B, E KW11-Li QJOO!S-AO, 115Y 60Hl 11L40-AO AW EK :5 12/73 e: 11/40-SB, MRll-0e, RK11-CJ, TM11-EO, L511-8, Nfll,.. KI.11 .... 0011-9, E KWll"L., QJOO!;'AO, 2JOV 'OHi! 11L.40-AE AW EK :5 12/73 e: 111.40-AA, TU10e-EA, QJOO:S-AE, QJ940-AE, 115V 60Hl l1L.40-AF' AIN E:K :5 12/7:5 E 11l.40-AB, TU10S-to, QJOO3-AE, QJ940-AE, 23CV 50Hl l1L40-8A AW EK 3 12113 E: 11/40.8A. L.PS11-SA, I.PSAO-12, l.PSKIII, 115V 601-li! l1L40·9B hI EK 3 12/13 E: 11/40-88. I..P511-SB. I..PSAO .. 12. I.PSKW, 2:50\1 'OHi! 111.40-eC AW EK 3 12/13 E 11/40-8C. 9M192-YB, TC11-GA, 0011-e, ll'v 60Hi! 111..40-90 AW EK :3 12/73 E 11/40 .. 80, BM192-YB, TC11-GB, 0011-B, 2~OV 'OH~ 11L40""BE AW EK 3 12/73 e: 13./40.BC, BM192-VB, RK11;CE, iAl~·'A, 0011-B, 115V 60Hi! l1L40-9F' AW, EK 3 12/73 E 11/40-BO, BM792·YB, RIO,.-OJ, i.l1-AB, 0011-a, 2JOV 'OM~ l1L40-SH AW EK 3 12113 £ 11/40-9C. BM792 .. VB, RK11.CE, RKO'-AA. 0011-B, 115y 60M! l1L,40-9J A\tJ EK :3 12/73 E: 11/40-80. BM792 .. VB, RIO.l,i.OJ. RKo,.eB, 0011-B, 230V 'OHi! 11L,40-8K AIN F.:K 3 12/73 £ 11/40-8C. MR11-0B, RK11-0E, TM11-EA. 0011-e, 11'Y 60Hi l1L.40-SL, AW EK 3 12/73 E: 11/40.80. MR11-0B, RK:l.:I..OJ, TM11-EO, 0011-e, 230V 50Hi! 111.,40-9M hI E:K :5 12/7:5 e: - 11/40 .. 9C. SM192-VB, RK11·CE, RKO'-AA. I..Pl1-FA, 0011-e, 115V 60H~ l1L40 ... SN Alii EK :5 12/73 t 11/40-80. BM192-V8, RK11.0J, RKO'.BB, l.P11-F'B, 0011-S, 230Y 'O~i! l1L40·ep hi EK :3 12/73 e: 11/40-SC MM11-U MR11~CB ~E11;E KW11-L RK11-0E TM11-EA OO~1.8 115V 60 l1L40"'9R AW EK :5 12/73 £ 11/40.80 MM11-U MR11-0B ~E11;E KW11-L RK11·0J TM11-EO 001~.8 230V SO 11L40-8S AW EK :5 12113 [ 11/40.BC, MM11-U, MF'11-U, I E LP11-F'B, CR11~A, 2~OV 'O~i 11L50-SM 80 ~Bf.I 3 12113 e: 11/50.0w, OL.ll-A, RP11-CE, TM1l-EA, rUl0-EE, 115V 60Hi l1L50 .. SN 80 \.BH 3 12/73 E 1i/50-Cy, 0L.l1-A, RP11-CJ, TM1l-EO, TU10eEJ, 230V 50Hi llL50-SP 80 1.8H 3 12/73 e: li/50.CW OL11.A MM11-UP Mr11-UP ~960~OA RP11-CETM11.EA TU10.EE 115V 60Hi llL50"SR 80 1..8~ 3 12/73 E 11/50.CV 01.11.A ~Ml1.UP M,11-UP ~960.0B RP11-CJ TM11-EO TU10-EJ 230V 50Hl llL.50 .. aS 80 I.B~ :5 12/73 E li/50.0W, OL.li-A, 0011-B, RP11-Ce, T~11·EA, TU10.EE, ~p11-JA, CR11, 115V 60 111..50-8T 80 LBI-! :5 12/73 E 11/50.CV, OLli-•• 0011-B, RP11-CJ, TMll-ED, TU10.E~, ~pl1-JB, CRll.A 2~OV'O l1L.50 ... SU 80 L.S71 3 12113 E 1i/50.0W, OL11-A, MM11'U~, MP11-UP, H960.0A, D011-B, RP11·CE TM1l.EA E TU10-EE, L.P11-JA, CRil. 115Y 60H~ 11LSO-9V 80 LoBI-! 3 12113 E 11/50.CY, OL11-A, MM11-UP, M'li-UP, H960.0e, 0011-B, RP11-CJ TM1l.EO E TU10-EJ. ~Pl1·JB. CR11-A, 230V 50Hl 11R20 .. 4A KH :5 12/71 E ~~GG[D 11-20 RAC~ ~OUNTAB~£ 115V l1R20-AB t 148 RR 6 M 7 MEMORY EXTENSION ceNTRO~28 148·9 RR 6 M MEMORY EXT[NSION C~NTRO~ 149"A RR 6 M .K MEMORY W SP.CE ,OR 8K 1~9.B RR 6 M !K MEMORY (141 • 149-A) 15113-A BO SW :3 21'1. e: 16K BASIC PT SVSI KP15, ME15~EA, ~A30-CA, PCt5, KE1', KW15 15/73-e 80 SW :5 2/74 E 16K BASIC PT SVSI KP15, ME15;E8, ~A30-CO, PC15-A, KE15, KW15 151i5·A 80 Sw :3 2/74 E 16K DECTA~E SYSc KP15 ME15-EA ~A~C.CA PC15 KE1' ~W15 T015 TU56 115V~O~l 1'/75-9 80 SW :5 2/7~ E 16K DECTAP£ SYSI KP15 ME15-E9 ~A~O.CO P015-A Kt15 KW15 TC15 TU56 ~3QV50~l 15/76-DA 90 SW :5 1/73 E KP15 M£15.eA ~A30.CA PC1' ~E15 KW15 TC1' Tu56 RK15·PA ~15V ~OHl 15/'6-"8 80 SW 3 1/13 E KP15 Me15~EB ~A30-CO PC1'.A I(E15 KW15 TC15 TU56 RK15·rO 230V 50~l 15/76 .. 00 90 SW :3 1/73 E 15/76-0A W RK15-rE IN P~ACt ~F RK1'~FA, 115V 60Hl 15/76"'00 BO SW :5 1/73 E: 15/76.08 W RK15.rJ IN P~'CE OF RK1'·FO, 23CV 50Hl 15/76"'0£ DO F'O WM :5 2/74 E KP15, ME1'.EA, Ll30-CA. PC15, KE15, KW15, TC1J,TU'6, RK15-HE, 11~V 60Hi 15/76-0F' DO F'D WM :5 2/74 E: KP15, ME15.E8, LA30~CO, PC15-A, KE!5. KW15, Tel', TU56, RK15.HP, 230Y 'OHi 1!5/76-0K 00 F'O WM :5 2/74 E KPt5, ME15.EA, ~A30.CA, PC15, Kt15, KW15, TC15, TU~6, RK1'-~K. li6Y 60~i 15/76-0L O~ F'O \11M :5 2/74 E KP1', ME15.E8, LA30.CO, P015-A, ~E15, KW15, TC1', TU56, RK15.~~, 2~QV 'OHi 15/i6-MA BO SW :5 1/73 E KP1' ME15.gA ~A30.0A PC1' KE15 KW.15 T059 TU10-EE RK15.PA, ~15V60Hl 15/76-M8 80 SW :5 1/73 E KP15 ME15-EB LA30·eo ~C1'·A KE1' I(W15 Te59-e Tul0-EJ RK15·ro, 230Y'OH! 15/76-MC 80 SW 3 1/73 e: l'/76-MA W RK15-'E I~ P~AC£ or RK15.FA, 115V 60Hl 15/76 ... MD 80 SW :3 1/13 E 1'/76.MB W RK15-'J IN P~ACE OF RK15.F'C, ·23CY 50Hl 15/76-ME DO rD WM 3 2/74 e:: KP1', Mtl'.EA, LA30-CA, PC!', K£15, KW15, TC59.0,TU10, RK15-HE. 115V 60H~ 15/76-MF' DO F'D WM :3 2/74 e: KP15. M£15.EB, I.A30 .. CO, pe15-A, I 110 ... 0 RR 6 ~ 171 16 K MEMORV 111 RR 6 t'1 1 MEMO~Y EXTENSION CCNTROL 112 RR 6 I< 7 AUTO PRIORITY INTERRUPT 172-~ RR 6 K 7.A AUTO PRIOR tTY INTERRUPT 173 ~R TPl. 6 0 7 CATA INTERRUPT MLLTIPL£XER 173-r RR TPL. 6 0 7 tXPANOEO 113 174 RR TPl 6 0 '1 CATA CONTRCL 115 RR TPl 6 0 1, 7A INrC~MATI0N COL.L.ECTOR EX l'CH 18 B!T) 176 RR 6 M 7 "ARITY OPTION 117 RR 6 K '1 EAt 111-8 RR 6 I( 7 .. A fAE 2,8 RR 6 I( 4 EA£ 180-' RG 6 A 1,4,7 12 SIT OAC 180 .. P RG 6 A 1,4,7 :1.3 BfT oAe 180-0 RG 6 A 4,7 128tT oAe 182 MI 5 K 8 !AE 183 M! 5 M 8 MEMCAY EXTENSION CCNTROl. 184.A RR TPL 5 M 183 4 K 12 8IT MEMORy MOOULE 184.9 RR TPL. 5 M 183 .K 13 BIT MEMORV ~OOijLE 187 JS 6 M 6 EXTRA MEMOR¥.PROCESSOR ACCESS 188 MI 5 M 8 'AAITY OPTION (1ST 4 I< ON",V) 189 RR TPl 5 A 8 12 BIT OAC INPOP8 19 RR TPL. 6 0 1 MZGH SPEED C~ANN£~ CONTROL 194 6 0 6 OIGtT.'" OUTPUT ·ceNTROL 195 RR TPL 6 0 117 INT.£.P·ROGESSCR Btir'ER 196-A RR TP.L. :3 0 8/8 ! NT E"Jt PR()C[1 SO RBU F' FE R C1.2 BlT) 196-9 RR TP1.. :5 0 8/7 INT£~PR~CESSDR B~F"ER (2,2 SIT) 196-C RR TttL :5 0 8/5 INTER.PROCtSSOR BUF'ER U.2 81T» ·191 RR 6 !< 7 MEM INCR£M!Nl L(lG1C 236 I 339 M I TPL 6 V 9 !38 MODI;I!D & V~09 34 .. A RR 6 V 4 o lSPI.AV F'O~ TEl( '03 SCOPE 34 .. 8 RR TPL 6 V 5 OISPLAY rOR TEl< 50:5 SCOPE 34 .. C RR 6 V 1 OISPLAY rOR TEl( '03 SCOPE 34 .. 0 RR TPL 6 V 8, 6/S OISPLAY rOR TEl< '03 SCOPE 34",£ RR 6 V 7 .. 14 OISPLAY rOR TEl( "0:5 SCOPE 34 .. r RR 6 V '.A OISPLAV rOR 1EI<503 SCOPE 34 .. H MI 6 V KD09-A OISPLAY rOR TEl< ,'03 SCOPE 34·HL MI 6 V K009-C CISPL.AY MODUI.ES 'FOR TEl< 503 340 JJL. 6 3/14 V 1, 4. '1 INCREMENTAl. DISPLAY 340.8 DG 6 3/14 V 6, 10 !NCR£MENTAI. OISPLAY :540.C JJL. 6 3/74 V 9 WITH OA09 .. 8 340 WITH pnp9 INTE~;ACE 341"A wI. 6 0 4 DIRECT OATA CHAN~EI. 341·8 ~IL.. 6 0 1 OI~ECT OATA CHAN~EI. 341·C wI. 6 0 '1 DIRECT DATA CH'N~EI. 342 JJI. 6 3/14 V 340 CHA~ACTER GENERATOR, 64 CHAR 342 ... " RR TPL.. 6 3/74 V 340, 342 CHARACTER GENERATOR, 2ND 64 CMAR 342.8 DG 6 3/74 V 340.B C~ARACTER GENERATOR 343 I.H 6 3/74 V ANV DlSPLAY SI.AVE OISPI.AY 344 DG 6 3/74 V 6, 10 !NTEAF'ACE FOR 340 345 DG 6 3/74 V 6, 10 340.9, 310 I.IGMT PEN & 344 346 DG 6 3/14 V 6, 10 340·9, 342.8, 3~e a 344 347 .. 14 JJI. 6 V 340/4 SUBROUTINE OPTIO~ 341 .. 8 JJI. 6 v 340/1 SUBROUTINE OPTIO~ 341 .. C JJL. 6 3/74 V 340/7 SUBROUTINE OPTION :541"D JJI. 6 'J/74 V 340",C SUBROUTINE OPT1O~ 34A DG 6 3/74 V 6, 10 INTEAFACE POR ~o 350 M! 5 1/72 )( 1, 4 INCREMENTAl. P~OT'ER & OONTROL ,SEE 560, 563, '~4, '~5, '66' 350 ... 8 MI 'T'PL 6 4/74 X 5, 6 PLOTTER & p~nTTER CONT (SEE 563, ,64, '65, '66) 350·0 MI 5 1/72 X 9, OW15 INCREMENTAL. PI.OTTER & CONTROl. (SEE 560, 563, '~4, 5~', 566) 354 RR 6 )( 4, '1 INCREMENTAL PL.OTTER & CONTRO~ 370 HL. 5 V 340 '~OTCMULTIPLIER LIGHT PEN 3'O.A ~L 5 V 34 PHOTOMULTIPI.IER LIGHT PEN 370 .. C DC 2 11/71 V VT07 :570 W VT01 BRACI 686 RR iPL 6 o 685 AODITIONAL LINE SA~P~ING C~OCK 681 FIR TPI.. 6 o 683 MONITOR PANEL ~2 OU~LEX LINES 688 RR TPI.. 6 o 687 LINE TERMINATOR PANEL 689-AO MI ~ o 689.AF', 689.AG AUTOMATIC CALLINGUNtT (ALSO CAL~~O 689-ACU' 689 .. AF' MI 6 o 685 DATA·SET DATA & CONT MTG PANE~ CA~SO CAL~to 68'-AO" 689"AG MI 6 o DcOa·A 6S'.A' MOo!rIEO FOR • BUS 689;'LM 1"11 6 D 689 .. AG MODEM INTERFACE 'TO BE:L~ 103 689 .. MA MI 6 o 689 ... MP EIA MODEM !NTERr.CE (A~SO CA~~~O 68~-MIA) 689 .. MC M1 6 o 689·Af" OATA-S~T DATA & CONT MOCULES (ALSO CA~~EO 6@9-MIC) 6S9 .. MF HI 6 o 685 OATA~SET DATA ON~Y MOUNTING PANE~ 15';"A RR 6 p 5 PAPE~ TAPE PUNC~ & CONTROL 15 ... e RR 6 P 4 'APE~ TAPE PUNC~ & CONTRO~ 15':-C FIR 6 I:t 1 PAPER TAPE PUNCH & CONTRO~ 15",0 FIR 6 P 7 ~APER TAPE PUNCH & CONTROL 1!SsE RR 5 P 8 PAPER TAPE PUNQ~ & CONTROL 15""F' RR !3 P 5 'APER TAPE PUNCH & CONTRO~ 75""H RR 5 a PAPER TAPE PUNCH & CONTROL 75·J FIR 6 "P 7.14 PAPER TAPE PUNC~ & CONTRO~ 75C .. A RR 6 P 5 ~T RlADER (300 C~AR/SEC) 750-S FIR 6 P 5 PORT"B~E H!G~ SPEED PTR & CONTRO~ 750"0 RR 6 PI 8 ,.T READER (3000 'CHARISEC) & CONTRO~ 76 FIR 6 p 4 '~EXOWRITER &CONTRO~ 760 01 6 ,.,P 6 PAPER TAPE REAOE~ 161 01 6 6 ~APER TAPE PUNCH e FIR TPI.. 6 E LOGIC rOR POPS B.! RR 11'1.. 5 E LOGIC FOR POPS.X e.-I.. RR TPI.. 5 E LOGIC "OR pope.~ e';'M RR TPI.. 6 f: MEMORY WING PORPOP8 BfIIOP RR iPI.. ~ E: 'RocrSSoR WING r~R pope 8·S FIR TPI.. 6 E LOGIC "OR pope-s I\A01 ... A RG ~ A 7, 9, AA04 SINGLE 1'.BIT CAe AA01';"8 RG :5 A " 9, AA04 2 12;81T OACS AA01"'0 RG 3 A " 9, AA04 3 12.91T OACS AA02 FIG 6 A AAOl elF AMP AA03"A RG 6 A 8,8/S,B/I 138-£ OR 139-E ~c pope, NO MX EXT AA03 .. 8 RG 6 A 8,B/S,B/l 138.£ OR 139.E TiC POPS, MX EXT AA04 RG :5 A 8,8/S,B/I .A01;'. TO pope AA05 ... AA M! TPI.. 5 A 8,8/S,BII 64 C~ DAC CaNT {~4 OACS) 60 Hi AA05 ... AB MI iPI.. 5 • 8,8/S,B/I 64 C~ OAC CONT (24 OACS) 50 Hi .1405 .. 814 Mt TPI.. 5 A, 9, OW15 64 CH DAC CONT (24 OACS) 60 Hi AA05 .. 89 Mt TPI.. S ,. 9, OW15 64 CH OAe CONT t24 OAeS) 50 ~i AA05"CA Ml TPI.. 3 A 8 NEG 4.05.AA IN H950CAB AA05-CB Mt TPI.. :5 A a NEG '0 H! AA05.CA AA05 .. 0A M! TPI.. :5 A 9 AA05;'9A IN H950 ;CAB AA05 .. 09 Ml TPI.. :5 A 9 '0 H~ AA05·0A AA06 8V css 6 A 8,9 64 CH 8 81T OAQ eO~TRO~ 141401 M! TPI.. 4 A "A05 4A05 EXPANSION (CH 25.64) AA01 ... 0 M! TPI.. :5 A AA05-C, AA05-0 4A01 F'OR AA05.C &.A05-0 W CA8 141409 REI.. :5 3114 4 9 OAC CONTROL WITH SPACE rCR 16 CH CAAC2) AA09.8 RF' 3 3/72 A 9 O~C CONTROL WITH SPACE rOR 32 CH CAAC~) 141411 ... 14 RG 5 5/71 A AA11"0 DIsPLAV ceNT FOR VTOl W SP~CE rOR 2 MORE A614 CACS 141411-8 RG 5 5/11 A AA11"O OIS~LAY eONT FOR RM503 W SPACE ~OR 2 MOR£ 14614 OAe! AA11-C RG 5 5/71 4 AA11-0 DISPLAV ceNT FOR VR14 WSPACE rOR 2 MORE A614 OACS AA11 .. 0A RG 5 5/71 A 11 OAe CONT k SPACE F'OR 4 12-81T 4614 .1.l0V CAes, 11'V ~OOEL ENG DESIGN PROD MrGR STATUS CATEGORY USED ON OESCRIPTION 24 NO MGR ENGR ENGR A.REA MO/VR AAil·DB ~G 5 5/71 A 11 OAe CONT ~ SPACE FOR 4 12-BIT A614 ./-10VOACS, 230V AA11-E SNT IlW 4 1/72 .. AA11·0 OISp~AV CONT FOR VR20 AA11-r:'A SNT 4W .. 1/12 A AA11-E eUTpUT PANE~ rOA M945 IN ~A8.11 AA15 ... A POM 5 A 15 CAe CONTRO~ WITM SPACE FOR 16 CM (AAe2) AA15 .. e RF 5 2/72 A 15 CAe eONTRO~ W sp.tE FOR J2 CH (AACJ) AA50-AN AS IPG 5 3/71 A 8 NEG 12 aIT O.C CONTRO~, 51' P AGOl RO IPG :5 A ADC1, ADC81, AM03 OlF'F' AMP WIT~ SWITCI-IEO GAIN AG02 RD IPG 3 A 8 POS, ADCi, ADCS1, AMO;' OIF'F' AMP wrT~ P-RCGRAMM£O GAIN 4G02 .. BN RB IPG :5 A 9, ADC1, AOC81, AM03 CIFF AMP wrT~ PRCG~AMMED GAIN AG02 .. ap R8 IPG :5 A 15, AOC1, ADC81, AM03 OIF'F' AMP WITH PRCGRAMMEO GAIN AG03 BV IpG 3 A AF"Ol OR Af02 OIF'F' AMP MANIF'CI..C AG04 JI. 4 A AF'06 AMP WITH PROGRAM~EC GAIN AG05 RG IpG 3 12/71 A 8 pOS, ADC1, ADC81. AM03 EXTRA WIDE BANDWIDTH ACOl AG06 S~T GF'S :5 3173 A AI P12.A, .B REMOT~ 01F'F' AMP, GAIN 10e CR 1000, .1- 10V OUTPUT AG12 SNT RI 5 fa AM12 16 PREAMPS AG12 .. A SNT RI :5 A A012, 1ST 8 CHANNEI..S PREAMP/KNOB INPUTS FOR A/O CHANNE~S 0.1 AG\.2 AW 5 A LINC/S, CLINICAL LAB 12 24 PREAMPS F'OR CLI~ CI-IEM AHOl RG IPG 6 A 138 .. E, 139.E saH BETWEEN 138-r ~ND 139.£ AI-I02 RG IPG 5 A ADOS, AOC1, AOC81, AC01, 4F01 S&~ 'OR AMX1, CM~l A1-I03-4 ~G IPG 3 A AOC1, AF'Ol ./. 10V INPUT AMP, A200-VA AH03 ... a RG IpG :5 • ADC1, AA01, ArOl O/-lOV AMP, A200~ye 4H03·C ~G IPG :5 A ADC1, AF'Ol C/.l0V INPUT AMP, A200-VC A1oI03 .. 0 RG IPG :5 A ADC1, "01 ./.5v INPUT AMP, A200.VO 41-103 ... £ RG IpG 3 A AOC1, AF'Ol C/ .. 5V INPUT AMP, A200.VE AHO:S .. F' RG IPG :5 A ADC1, AF'01. C/*5V INPUT AMP, A200.vr AHO:S .. I-I RG IpG :5 A AAOl O/*10V OUTPUT AMP, A201.VH Ajoj03 ... J RG IpG :5 A AA01 ./-10V OUTPUT ~MF, A201.VJ '1-103 .. 1< RG IpG 3 • AAOl ./.5v OUTPUT AMP, A207.YK AH03 .. L. RG IpG :5 A A008 6/.10V INPUT AMP, A207.YK A1-i03 ... M RG IpG :5 A A008 O/*10V INPUT AMP. A201-yM AH03 ... N RG IpG 3 A AD08 O/.lOV INPUT AMP. A207-yN AH03 .. P RG IpG :5 A AD08 e/.5V INPUT AMP, A20'.VP AH03 .. R RG IPG :5 A A008 O/-5V INPUT AMP, A20'-VR A~03~S RG IPt'; :5 A ADOS ./-5v !NPUT AMP, A201_VS AH04 SNT :5 1/72 A AOOl SAMPLE & ~CLO A,",05 S~T 3 1/72 A A001 AOOEO SIGN OPTJC~ C./-l0V IN) AH05",A AW 3 3/74 A AOOl IN RAD-a AOD£O SIGN OPTIO~ (0 TO .10V IN) AIP12-A S'JT JI.. 5 2/72 A 8 pes ANALVTICAI.. INSTR~MENTATION PACKAGE ~~'V AIp12 .. e SNT JI. 5 2/72 A 8 POS ANALVTICAL IN5TR~MENTATION PACKAGE 230V AIP12""C SNT JI. 3 1/72 A AIP12 15 BtT AID (IN PLACE or STO 12) (MOCULt) AIP12-0 SNT JI. :5 1/72 A AI P12 e OIGIT BC~ INPUT (MOOUI..E StT) AIP12-E SNT JI. 3 1/72 A AIP12 ~ EX~RA ANALOG INPUTS fMOOUI..E SET, AIP12·H SNT JI. :5 11/71 A AIP12 ~ALL PROBE INT£R~ACE AM01 .. A MORO Ipt; 5 A AD15 t XPAN 0 ER F' 0 R :12 eH (5 I' , OR 8 B A12 4) AM02 .. A RG ! A AMOS, AM09 ~I I..EVEI.. KUX. $PACE 'OR 128 CH (32 A122) AM02 .. a RG 3 A AMOS, AM09 ~I I..EVEL MUX, SPACE POR 256 CH (64 A122) ~M03.A RG TPI.. 6 3171 A AM08. AM09, AGOl LOW LEVEL Dlr~ M~ SPACE 64 CH (32 A1~1) AM03-B RG Tp\. 6 3/71 A AM08, AM09, AGOl Lew LEVEL OIF'P M~ SPACE 128 CH (64 A~11) AM04 .. N RS MORO IPG '+ A 8 NEG, BF'01 2048 CH FLVING CAP CONT, AM04';'P RS MORO !pG '+ A 8 pos, BF'01 2048CH FI..VING CAP CONT AM04 .. B ~S MORC IpG 4 A 15, BfOl 2048 CH FLVINGCAP CONT AMOS';'N RS MORO IpG 4 4 8 NEG, BF'01. AMO~.N 'I..VING CAP ACC AMOS .. P RS MORO IpG 4 ,. 8 pOS, Br01, AM04.P, B01' II'I..VING CAP AOC AMO'';'A RS MORO IpG· 4 A AM04, AMOS, BF'Ol IItEI..AV SYS UNIT,SP ~OR 32 OH W A219 AM07 .. a RS ~ORQ IPG '+ A AMO,+, AM05, BrOl A£LAY SYS UNIT, 'SP POR ~2 OM W G730 AMOe RG !5 A 8, OW08.A ceNT FOR AM02 & AMC~, 1024 eM AM09 RG 6 3/74 A 9, OW15 CONT F'OR AM02 & ~Me~, ~024 CH AM11';;'C£ RS MORO IPG :5 A 11. A'C11 CONT , 12 91' • SICN ACC 1CMV TO 10V 'OR ArCll AM12 SNT 01'8 5 A A012 !NTERNAL AIO MPX EXPANSION 4M8-EA SNT GPB 5 2/72 A 8/E, A08-EA e eM MUX & PREAMPS 4M8-EC SNT GP9 5 2/72 A AMa.EA 4 POTS & INPUTS' IN H945.AA MODEL ENG DESIGN PROD MF~R STATUS OATEGORY USED ON OESC~IPTION 21 NO MGR ENGR ENGR AREA MO/yR AM8·e:O SNT GP8 5 2/72 A AM8 .. EA 2 x 8 CH CONNEC~CR IN H945.AA AML2 I.G 5 A ~INC/a !NTE~NAL. AID MUX E~P AM'r OU B 4, 7, 9, 15 .~TOMATIC MODUL.E TESTER AMX1;;'A RG :5 A 64 CH MX RACK MTC A~Xl·9 RG :5 A TABLE TOP AMX1teA AMX2 RG IPG :5 2/72 .. A002, 14011 SP FOR 12a CH MU) AT~BO·RS DEG IPG 6 9112 A Ar03"A, AF'04-', ,Foa, AF'Oll UNIF TEMP REF W·SPACE POR 32 THERMOCOU~LES ATRSO·WS DEG IPG 6 9172 .. Ar03-A, AP04-A, APce, AFOll .TReO-RS WIREO Tic ~UX & WITH RTD BRIOGE AXOS SG TPI. 6 6113 8, all ~ CH S&H ACC, 3P, 31.., SCOPE L.OGIC AXOa-8 9G TPL 6 6113 ••• 8, all Axoa WITH 22-JN 'SLtOE AXOS-XC SG TPL 6 61'13 fA Axoa, Axoe.8 2NO.'TH A-INPUTS, SETS 0' 4 AX06 .. XM sa TPL 6 6/73 A AXOS, AXOS.8 1ST ACDED A-INPUTS, SET or 4 AXOS .. XR SG TPL 6 6113 A AXOS ,AXOS.8 EXPANSION REGISTERS OF AXOS AX09 CB ess 6 A 9, 9/1.. • CHS&H ACC. ~&L., SCOPE LOGIC BAOS RR 5 B 811. PERI'HERAL. EXPANCER BA09 F'A 6 3114 9 9 PERI~HERAL. EXPANCER BA10 KE 5 B 10 WIREO CAB rOR eRi0, L.P10, XY10 BAll-BA CA JO 2 9/72 e 11/35 ~EX ~OARO EXPANSION BOX W PS & SL.ICES, 115y BA11·se CA JO 2 9112 B 11/35 HEX BOARC EXPANSION BOX W PS & SLIOES, 230V BAll.CO ON 2 B 11/20 PCP11 BASIC BOX W pwR SUPP~Y, COVER lUl1 .. CS ON 4 B 11/20 PCP11 BASIC BO~ .~ PWR SUPPLY, SLIOES BA11 .. 0A JO .. 1/14 e 11/35, 11/0S-N, ii/la.N 11/3' BASIC BOX 'k PS & SI.!OES, 115y BAll-DB JO 4 1/74 a 11/35, 11/05-N, 11/l0-N 11/3' BASIC BOX 'I- PS & SLIDES, 230Y BAll .. EC ON 3 B 11/20 PCP11 EXPANDER acx, COVER BA11-ES DN 3 8 11/20 PCP11 EXPANDER acx, Sl.tOES BA11 .. F'A BO \tiM 4 3112 e 11/45 11/45 BASIC FII.E BA11 .. F'B BO WM 4 3/72 B 11 11/40 EXPANSIONF'lI.E BAll .. FC 80 WM 4 10/72 e 11/40 11/40 BASIC FII.E BAll .. FO BO l-iM :5 2173 B 11 rIELO INSTAL.I.£O EXP 'II.E W PS,H'42.A, a H744, 2 M745 115V 8Al1 .. F'E 80 \tiM :5 3/73 9 11 PIE~O INSTAL.I.£O rxp 'II.E W PS, H,42-B, 3 M744, 2 M745, 230V BA11·no! WM J 41i4 B 11 PIELC !NSTAI.I.ED EXP ,ILE W H74i w A, 3 H144, H7.', M1~4, 115V BAll ... F'J \tiM :5 4/74 e 11 F'IEI.C INSTAL.I.ED EXP 'ILE W ~'4a~e, 3 H744, H745, M?'4. 230V BA11 .. JA HL 4 4113 A 11/05 STRONG COYER rOR TABLE TOP 11/05 9A12 SNT RI 5 9 12 PEAI.HERAL EXPANCER 8A124 RS MORO 3 e 14015.0, eO. AM01~A, A001-A, -e A124 4 CM rET MU~ SING~E ENOEO • H8~0 eA125 RS F'E :5 12/73 A AD01-A, A001 R O A125 4 C~ rET MUX, OPEN W NO PWR, • H850 8A14 AR 5 B 14 ACCESCRY BOX BA15 F"A 4 B 15 PANEL FOR VP15,LT15, PC1S, MR15 BA150 RS MORO IPG 4 31i1 A AMOi-A, .8 4150, FOR Arc's, e CH PLYING CAP MUX BA151 RS ~ORD IPG 4 5/12 A AM07-A, .8 4151. BLOCK SELECT 8A224 SNT JI. 4 6171 A AIP12 4224 CIF'F AMP, ./-2V IN, ./~10V OUT BA224-YA SNT JL 5 2/72 14 A11'12 A224;YA, +!-5V l~, +1.10V OUT BA224.Y8 SNT JL 5 2172 A A1"12 A224~YB, .'-10V IN, *1·10 V OUT BA224 .. YC SNT JI. 5 2/72 A AIP12 A224~YC, .'.lV I~, ./.10V OUT 9A226 SNT JL. 5 2/72 A AIP12 14226 UNIPO~AR AMP, 2V IN, +1.10V OUT BA226"YA SNT JL. 5 2/72 A AIP12 4226.YA, 5V IN •• '~10V OUT 9A-226 ... ye SNT JL 5 2/72 A AIP12 '226~YB, lOY IN, ./w l0V OUT 8A226 .. yC S~T JL 5 2/72 A AIP12 A226.YC, iV IN. -./-10y OUT 9A233 RG 5 1/72 A 814633 14233 FOR u~C, PAQOLE BOARD, 0 TO +~oy I3A234 RG 5 1/72 A 814633 14234 FOR uee, PACOLE BOARD, +1 TO .5y 8A235 f~G 5 1/12 A 8,,633 4235 F'OR uoe, PACOLE BOARD. +. TO *20MA ~A236 RG 5 2/72. 8,,633 A236 FOR UOC, PACOI.E BOARD, +1 0 TO .50MA 8A4pe hI JL 2 l11i3 • I.PS11-S e CH SWITCH~D GAIN MUX, CHANGES LPSAM TD LPSAM-SG MODEL E'IG DESIGN PROD MF'GR STATUS CATEGORY USED ON DESCRIPTION 28 NO MGR ENGR ENGR AREA MO/yR 9A614 RG IPC; 2 B AA50, AA11 A614 12 BIT OIA eIPO~AR RA633 RG J 5/71 A 0001, 0002 A633, 4 10-eIT CACS rOR uoe W- MARKING STRIP eAS-AA PG 4 e 8/E POP8-E BOx, 1 BUS, H724 POWER, SLICES, 115V, BC08H.3P BAa-.B PG 4 9 alE PDP8-E BOX, 1 BUS, H'24 POWER, SLIOES, 230V, BC08H.3P BAll-SA FIG 4 9 8/E PDP8-E BOX, 1 BUS, H,24 POWER, CCVER, 11'V, BC08H-3Y BAS-SB FIG 4 S 8 IE: PDP8.E BOX, 1 BUS. H124 POWER, ,CCVER, 230V, BC08H .. 3r RA903 RS MORO IPG 4 3/71 A 8A150 .903 FOR AF'C'S,PACD~E BOARC, 0 TO 10V 9A904 RS MORa IPG 4 3111 A 8A150 A904 F'OR APC'S, PACD~E BOARO. 0 TO 100V BA905 RS MORD tPG 4 3/71 A 8A150 .905 F'OR APC'S,FADDLE BOARO, 0 TO 50M. BAJll-E:S CA. :3 6172 9 11/20 SYSTtM TESTEO BA11-ES BARil-OS I(H 3 1/72 B l1R20 AUGGfO Pop11 BASIC BOX, Sl.JOES BAR11-EC KH :3 1/72 9 llR20 RUGG£C POp11 EXPJNCER BOX, SLIOES !3eOS .. N l.N ~ B 8 NEG BUS INTERFACE WIT~ 24 UNWIRED S~OTS 9808 ... 11' I.N 5 B 8 POS BUS INTERFACE WITH 24 UNWIREO Sl.OTS ~Bli F'J 3 8 11 SYS UNIT POR BUS JNTERfACE ~ITH 18 UNwIRED SLOTS, SLOTTED BLOCKS RBll .. A RJM Si! 3 1/.,3 e BD11-F, -H, -K, SU FOR. BUS INTERFACE W 18 UNWIREC Sl.OTS, NON-SLOTTEO BLOCKS 9B11 .. 0 RJM RF' 2 11/.,3 9 11 OMA INTERPACE W 1 UNWIREO QUAO SLOT ee11"" RJM RF' 5 11/72 B 11 SUS INTERFACE. SP FOR 3 WOAOS IN, 1 WORO O~T, 4 INTERRUPTS BB11-H RJM RF' 5 11/72 B 11 BUS INTERFACE, SP POR ~ WOROS IN. 4 WORDS OUT, 4 INPUT INTERRUPTS 9B11 .. 1< RJM RF' 5 11/72 B 11 BUS INTERFACE, S'ACE FOR a WOROS IN, 0 WORDS OUT Ball-M RJM RF' 5 5173 B 11 SPC INTRFC, SP F'OR M1 621, 23,M1801, !/O !NT, 3 SPC EXCEPT ORll-B, DL,l RB15 F'A 5 3111 B 15 CHASSIS FOR KA15, ~P15, PROTECT & RELOCATE ' Be"14 AR 6 4/7~ 9 14 '14 POWER SUPPLY BBR11 KH 3 3/74 B l1R20 ~UGG!O B811 9C01A-25 RR TPl. 5 B 8/t, 8/L, oe02 ~850 TO EXA RS232~e, 25 P, MALE 9C01E .. 25 Ml 5 e ocoe-, ~853 TO EIA RS2~2ge, 25 r, MALE eC01C-XX MI 5 B Ocoe-s~ POP8, ~T08 CS" TO EIA ~S232wB, xx rT MALE eC01D-XX 01 2 9 RP01, RP02 2 we,4 TO AMPHENC~ 20131~.1 XX FT BC01E:·XX Io(E 4 B DC08-S C89] TO EtA RS 232-8 ,EMALE, XX F'T BCOiF'-XX MI 5 e PA63 TO PP67-C NO (PUNCH) ~9'9 TO AMPHENCL Pl.UG 5130240 9C01H-XX MI 5 a PA63 TO PR68-0 (READER) M91S TO AMPHENC~ 5'30240, 24 PINS 9C01J-XX STP 2 B B/t. elL. 12, OC02 M850 TO ElA RS232~B ~EMALE, XX 'T BC01K·XX 5\1T AW 5 9111 e vce-E TO VR12 CABLE rRCM M869 (H856) TO VR12, XX 'T BCOll.-XX St.JT AW :3 1/73 8 vee.! TO VR03 CA8~E rROM M869 'TO T£K602, 604 XX " eC01M·XX JW 3 1/12 B DC04-eN, ·.01' SCOlA-XX FOR RECEIVE ONLY - eC01N.04 POM 3 1/72 B A015, AA15 M908 TO M929-C, 'TWISTED PAIR, 4 'T 9COlp-04 POM 3 1/12 e AD15, AA1; M9Ca TO 101929 .. 0, -nUSTED PAIR, 4 f"T SC01P-XX Vrl WRS 5 8111 B DC11-0 M910 • 80C5CwXX OR M9700. 25 CDND TO RS232.C, XX " 9C01V-25 RMS 5 9171 B 8/E' ~e56TO RS2:52.C~ALE, ~, CONOUCTtiR, 2' 'T 9C01W-25 RMS 3 4/71 B ope·£8 BELL 303 SERIES MODEM CABLE fHI56 TO BUR NOV MD12MX'11,C) 9C01)(-25 AK 2 5/71 B OC~O·B, -E 15 B.RE WIRES TO RS232 MjLE, OATA SET, 25'" 9C01V-25 AK 2 5/71 B DC10-S, .E 15 8ARE WIAES TO RS232M.LE, ACU. 25 rT eC02A-XX BP 3 B W011~W011 RIBBON, XX 'T BC028 .. XX SP :3 e WC11;W021 RIBBON, XX F'T 9C02£-XX Bp :3 B wC11;W028 RIBBON, xx FT SC02F'-XX BP :3 e W018~W02J RIBSON, XX F'T eC021o!-XX Bp 3 e WOt8;W02? RIBBON, xx F'T eC02J-XX 8P :3 B W020;w020 RIBBON, xx FT eC02K-XX BP 3 B woaa;W02J RIBBON, XX ,T eC02l.-XX BP :3 9 W021;W021 RIBBON~ XX 'T BC02M·XX BP :5 B W021~W022 RIBBON, XX 'T BC02N.XX BIi' 5 &I W021;W028 RIBBON, xx F'T BC021'-XX ell' 3 8 W022;W022 RIBBON, XX r' eC02S-XX BF' :5 9 WC23~W02~ RIBBON, xx FT eC02T·XX eli' :3 e w02:5~W02? AIBBON, XX ,T MClOEL ENG DESIGN PROD MF'GR STATUS CATEOORY USED ON OESCRIPT10N 29 NO M(:R £NGR ENrJR AREA MOIYR eC02U"~X BP :5 e W024~W024 RIBBON, xx FT eC02w-XX BP 3 B W02e~W028 RIBBON, xx rT BC02X-X)( BP :! e M90e~M908 OUAL RIBBON, XX 'T BC03A-XX BP :5 B WOi1;W011 ~~AT C~AX, xx rT BCOJe-XX BP :5 B W011~W021 '~ATCCAX, xx rT, ,o05820 BC03C ... XX 8P :5 B W021;W021 PLAT CCAX, xx F'T BC030 ... XX 8P :5 B W021-W022 r~AT CCAX, xx rT BC03£-XX BP J B W031~W031 MYLAR, xx rT, 7405552 eC03F'-XX BP :5 B W033-W033 MY~AR, XX PT, '405553 BC03H-XX BP :5 B ~901.M901 OUAI..MYI..AR, XX PT BC03J"XX BP :5 B W021.W028 'I..AT CCAX, XX FT BC04A .. XX 8P :5 B WCi1 RIBBON, ONE BOARD ONI..Y, xx PT BC04e-XX BP :5 B WC18 RIBBON, ONE BOARD ONI..Y, xx rT BC04C-XX 8P :5 B w020 RIBBON, ONE BCARO ONLY' xx rT BC040-XX BP :5 B W021 RIBBON, ONE BCARD ONI..Y, xx 'T BC04e:-XX BP :5 B W022 R!BBON, ONE BOARD ONI..Y, xx PT BC04F'""XX 8P 5 4/11 e WC23 'RIBBON, ONE B~ARD ONLY' xx PT BC04H-XX 9P :5 B WC24 RIBBON, ONE BOARD ONLY, XX 'T BC04J-XX 8P :5 B we27 RIBBON, ONE BCARC ONI..Y, xx ;, BC04K-XX BP :5 B W028 RIBBON, ONE BCARD ONLY, xx rT BC04L-XX 8P :5 B WOi1 COAX, ONE BCARD ONI..Y, XX F'T BC04M-XX 9P :5 9 W021 COAX, ONE BCARD ONLY, XX PT BC04N-XX 8P :5 B W022 COAX. ONE BCARD ONI..Y, Xx FT BC04~-XX BP :5 B M904 ,DUAl.. COAX, :CNE BOARD ONI.. y, XX PT BC04R-XX 9P :5 1172 e KSR33 OR 35 FOR 8/E, 11, 15 MATE;N~LOC~TO • RINGS. XXPT (7006593) BC04S""XX BP :5 1/72 B ASR33 OR 35 fOR B/E, 11, 15 MATE~N-~CCK TO 6 RINGS, xx 'T (7006594) BC04T-XX 8P :5 a ~901 DUAL MYI..ARSHIEI..OED 1 BOARD ON~V xx " BC04U-XX 8P :s B M903 DUAL MYLAR, ONE BOARD ONI..V, Xx PT BC04W-XX BP :5 8 M90e OUAL RIBBON,ONE BOARD ON~Y, XX 'T BC04X-XX MI 5 9111 B 555, TU55, TU56 W032 TO M!CROOOT CCAX, ONE BOARD ONI..Y, Xx 'T BC04Y·XX Ml 5 9171 e TU56 M923 TO MleROOOT OOAX. ONE BOARD ONLY, xx ,T 9C04~-XX BP :5 12/11 B INTER'ACE KITS ~e56 TO 3M CABLE O~E ENO ONLY XX FT, 1007036 BC05A-XX MI 5 4171 B 555, TU55, TU56 '405152 .. 1, W03a -TO W032, XX F'T, 1005142 - 9C05B-04 MI !5 4/71 B TU56 '006412, M923 TO M923 RIBBON, ~ F'T BC05C-XX RMS :5 3114 B ope-EA, OSlO, OS11 ~e56 TO RS232.C~AI..E, 25 CONO, XX PT BC050-XX BP 5 3/72 9 EtA EXTENSION CORD ~S232 MAI..E TO RS232 fEMALE, 25 CONO, XX'T BC05E-XX WR SSMU :5 8/71 9 SWITCH BOX & CABLE ~OR GERMAN MOOEM, Ga"·YA TO CINCH D8'~226·1 BC05F'-XX RF' 5 3/72 B Df11wA# Dfl1-K, l.A30.5 ~ATE~N 1..0C~ MAI..~.MA~E 7w5 '.1 3.. 2 2-3, XX'T BC05H-XX au 5 7112 B 8/M, 11/05 11 5 y 3 WIRE GROUNDED 1AMP ~INE CORD TO H.OO-A BC05J-XX au 5 7172 B 81M, 11/05 23 0 V 3 WIRE QROUNDED 4AMP LINE CORO TO H400-B Be05l.-0C R9l. MOl.. :5 10172 B TU60 Ha55 TO ~a'5 3M NOT SHIEI..DED MIRROR CONNECTIONS, 3 IN BC05M",XX JC RBR :5 9113 B KLS-JA, KI..8 ... E HB56 TO MAT'N 1..0CK, 6 WIRES, Xx ~T C7008360.XX) 9C05N-10 C4 AW :5 3114 B I.SPyc: LPSYC TO YR14, YR20, 10 PT 9C05P"'10 CA A\Ij :3 3/74 e I.psyc I..PSYC TO TEX 601, 603, 604, 611, 6~~, 10 rT BC05R-10 CA AW 5 1/74 B ~psyc I..PSYC TO TEX 503, 10 FT BC05S-10 C4 AW :5 3/74 8 L.PSYC I..PSYC TO SCOPES ~ 3 BNC CONNECTIONS. 10 PT BC05'T' .. xX CA CRB 2 10172 9 11/35 11'Y 3 WIRE GROUND£D 1~ AMP I..INE CORO TO H400.C BC05U .. XX CA CRB 2 10/72 9 11/35 230Y ~ WIRE OROUNDEO 7 A~P LINE CORD TO HOO-O BC05V-XX Mt JDI. 3 5173 B VT20 eC05P SHIE~DED, 70-09365-XX, xx rT BC05W-XX RJM CyR :5 3/7 4 8 M7341, Kc341 12.11664 TO 12-11664 50COND 3M SHIEI..OED, XXF'T BC05X-XX RJM I.F'N :5 5/74 B BC05F'-XX MAT~'N'LOCK MA~E TO FEMALE, PINS 2, 3, 5, " XXFT I;IC05Y-Oa RJM CYR :5 4/74 B I BC060-XX JW :5 11/'2 e (.pce-o, (.~Cl1 ... D M90e TO PHOTON PACESETTER BC06E .. XX JW :5 11/72 B L.pce .. E, LPC11-E M908 TO ~ARRJS INTERTVPE BC06F'-XX JW 3 11/72 B L.pce·,-, L,PC11-' M908 TO COMpSTAR 191 BC06J-XX JW :5 4114 B (.P001, ~P011, L.poa ~90e TO M90e, ~5 S~IEL.OEO TW PR, XX'T eC06R-XX GS \tiD :s 3/,4 B MASS BUS OEVICES HB55 TO HS55. 3M SHIELCEC ~ DRAIN WIRE, 40 CONO,XX'T BCOoS-XX GS WO :5 4/74 B MASS BUS OEVIC£S 1211591 TO 12115 91, 60 T~ISTEO PAIR, XXFT BC07A·XX RJM S~ :5 10/73 e CAT HB56 ONE END ON(.V, 20 TWISTEO PAIR, XX'T, ~1501 CONNECTIONS e001S .. xX RJM s~ :5 10/'3 B CAT H856 ONE END ON(.V, 11 TWISTEO PAIR, XX'T, ~1801 Jl eONNECT~ONS eco?'c-XX RJM S~ 3 10/73 B CAT H856 ONE END ONLY, 11 TWISTEO PAIR, XX'T. ~1801 J2 CONNECTIONS BC07D-XX RJM S~ J 10/73 B CAT ~856 ONE ENO ONL.V, 2 20·CONOUCTOR RIBBONS. XX,T "BCOSA-XX RR TpL 3 B 8/1, pe/(. • BUS M903 TO M903, DUjL. SHIE(.O[O MY~AR xx rT BCOBS-XX RR TpL 3 9 811,1'8/(. • BUS M904 TO M904 FLAT COAX, XX 'T Bcoae-xx RR TpL 3 B 8/1 • BUS M903 TO 2 W031 S~lELOEO MVL.AR, XX PT BC080-XX RR Tp(. 3 B 8/1 • BUS ~904 TO 2 WOll FLAT COAX, XX FT BC08E-XX RR TP(. 3 e 8. 811 ~031 TO W03l FLAT SHIE~OEO MVL.AR, XX 'T Bcoar-xx PJ :5 B F'IRST ON PCll eTO PCO;) M903 TO M925 'L.AT SHIE~OEO MVL.AR, XX 'T B008H-XX PG 5 4111 B 8/E INTEANAL. BUS E~P, M936 TO M931. xx rT e008J-XX PG 5 4/71 B alE ~e56 TO M953, .0 OCND 3M, XX 'T BC08K-XX PG 5 4111 B BIE M9" TO ~e'6. 18 SIG, 2 10 OHM, 40 CONO 3M,XX 'T BcoaL-XX PG 5 4/'1 B alE ~9'4TO 2 101856, :36 SlG, 4 10 OHM. XX 'T BcoaM-oM PG 5 9171 e 8/E 10180, & Mge1 TO 2 MVL.AR C.BL.ES TO M901 & ""807, 11 IN BcoaN-XX MOM 5 9171 B TU10, S POS BUS, ETC M90~ TO M904 OUA~ AOUNO COAX, XX r, e006p·xX MOM 5 9111 B TU10, S POS BUS, ETC M904TO 2 W021 DUAL. ROUND COAX, XX 'T B008~h·XX PG 5 5112 e alE 1018'6 TO ~8'6 3M SH!E~DEO. ~IRROR CONNtCTIONS, XX'T Bcoas,.xx SNT AW 5 1/13 B OR8-E HS'6 TO ~e'6 3M SH!EL.D~O STRAIGHT OONNECTIONS XX'T B008T-01 ~MS 2 3/'2 e KL.S.M H8'6 TO H856, 12 W!RES.~IRROR CONNEOTION, ~ rT eoo~u·xx OA 6 8113 B Rca.E M994 TO ~856, 36 S!G. 3M NOT SHIELOEO, xx,," eOOBV-1K JO OA :5 12112 a HS51:5, HS514 IoIe07 "TO M922, 2 ~VI..AR, 1P'T 9 IN eC09A-XX MI 5 B 9 !/O IUS 101350 TO ,~350, XX 'T, 7005313 B009S-XX F'A , e 9/t, OW09-A, DW09-B 1/0 BUS 2 M912 ~c 2 M91Z, XX ,T e009c .. xX F'A 5 B 15, 9 1/0 BUS ~ W850 ~c 2 M912, xx FT B010A.-XX KE 5 9 10 1/0 BUS W851 EA ENO ROUND COAX OR WS55.W856 EA END 'L.AT COAX XX'T eOl0e-xx I • • MOOEL ENG DESIGN PROO MF'GR STATUS CATEGORY USED ON OESC~IP'TION NM MGR ENGR ENOR AREA MO/YR BC14o .. XX JM AR :3 3/73 B OC14 MAT'N'~OCK 80TH ENOS. DUAL. SHIE~CED TWISTED PAIR, XX ,T BC14E:")(X JM AR :5 3/73 9 OMce-E, SMCOl 2 ~856 TO 42 PIN W1NCHESTE~, 36 TWISTED PAIR, XX 'T B014~",)(X JM AR 61"13 B 14/30, H912 RT ANG~E R~2:5i W HOLO DOWNS BOTH ENDS, 25 CONO. XX FT RC14J-XX JM AR :5" 31"11, e 14, K~B ~e56 TO AMP 1~.8, " WIRES BC20A·XX JC PC; , 1171, B 81M, el' 11'V ~ WIRE OROUNO£O 1A~P ~lN£ CORO TO H402-A eC20S-XX JC FIG 5 1/"14 e 81M, 8/' 230Y 3 WiRE GROUNO~O 4 A~P I..INE CORD TO H402-e BC400-XX MaRC 5 4171 e 0001, D002 ~e01 TO 34 KU~KA 6?OA TERMINA~S, XX 'T 90400.06 RRC :5 3/"/2 9 UOC CABI.E CONNECTOR ASSEMe~y KIT. ~8e7, PARTS, 61:'T CAe~E eC41A"'XX MORC 5 8 0001. 0002 M945 TO M946 OOUE~E MY~AR. XX 'T B010A-XX RJM E:N :5 11/"13 B PoM10 1211374 TO 120'886 RS2~2. 25CONC, XXFT BC10e-XX RJM EN :5 11/"13 B POM70 1211374 ONE ENti CN~Y, 44 COND,X~F'T 90900-04 RS MORa IPG 5 B 8A903, BA904, 9A905 2 HeO? 'TO 34 KU~~A 6?OA TERMtNA~S, " rT 9099A-25 JEH SSUK :5 B PTOaDA, OP01A, ocoe~o, OC11, ETC D-TYPE GPO MODEM CONNECTOR, -2' F'T, .. B 12 CKT BARRIER ASSEMB~V MOLDED IN 15 " FRCM CONN TO '~V ~tADS B0999-25 JEH SSUK :5 B PloaDA, OP01AA MOOIF'lEO, OP01. CSE~ECT SO-BY), CeoeLO BC99A W WO~~ 90990-25 JEH SSUK :5 e PToa, 90994 WITH W02\5 90990.25 JEH SSUf< :5 a POP11 BC99. W SlOE (TOP CL.AMP) rOR ,OP11 9C99e:-25 JEH SSUK 3 B POP15 BC99. w W02:5 FOR PDP15 B099J:".25 JEIoI SSUK :5 B Popa/E BC99A WEND F'OR 'Popa/E BCL2A-XX AW 6 3174 B H~O', AGL.2 e CH TRUNK CAe~E xx F'T BCL2B .. XX AW 6 3/7<4 B H304 104305 SINGI.E CM DATACABL.E, xx rT 9001 OEG IPG 6 10/"12 9 SIS 16 CM MUX, OU~ONT 9002 DEG IPG 6 10/72 e 8/S '~OW METER INTER'ACE. OU PONT· B003 JTN ess :5 111:5 fa 11 !E~L. SPECIA~t 81~-.SKl!·BIN CONY 9004 JTN ess 3 1/13 B 11 BE~~ SPtCZAI...O!SK INTERRUPT & A~ARM • MO~ TO Rrl1 9004-0 JTN eSs 2 4/"14 9 11 BEL,~ SPtelA~1 B004 WITHSPC SL,OT 9005;'A JTN ess :5 1113 B 11 e[~~ SP£elA~1 UNIMP~EMENTEC 20 CHANNE~ BOX 9005-8 JTN css 3 1/73 e 11 BELL SPEC. IMPI.EMENTO 20 CI-I eO)(1 NEEOS 20eOC5-CB -OB-E8 -'" &/OR .I-Ie 9005.CA JTN css :5 1/13 B 8005-A BE~L. SPECIAL. TESTED SPARE Y019 9005.08 JTN css :5 1/13 9 8005-e !E~~ SPECIAL.' Y019 OROfREO WITH BOO'-8 B005";'OA JTN ess :5 1/13 B 8005-A BEL~ SPECIAL.I T£STEO SPARE Y049 B005~OB . JTN eSs ~ 1/73 9 800!he e£~L. SPECIA~I V049 OROEREO WITH 9005-e B005.EA JTN ess 3 1/73 B 8005-. BEL.L. SPECIAL.I TESTED SPARE Y061 9005 .. &:9 JTN CSS :5 1/13 e 800,-e BELL. SPECIAL.I Y061 OROEREO WITH 8005-B 900S .. F'A JTN css :5 4114 B 8005-A BE~L. SPECIAL.I TESTED SPARE Y1~9 900; ... 1:'8 JTN css :5 4114 a 8005-e 9EI..L. SPECIAI..I Y149 ORDERED WITH 8005-e 8005·HA JTN ess 2 4/"14 B B005-A BEI..L. SPECIA~I TESTED SPARE V163 9005·~B JTN ess 2 4111, B 8005-e aEL.~ SPECIA~I Y163 ORDERED WITH e005-8 B015·A ~OM 4 4/71 e 15 CONT & CAe FOR AfC15 11 ;8 ITS. SIGN & UOC15, 115V 8015.9 POM 4 4/71 B 15 CaNT & CAB FOR AFC15 11 EITS • SIGN & UOC1'. 230Y 8015·0 POM 4 4/71 B 15 901'~A WITH NO ACC 9015-0 POM 4 4111 9 15 9015;8 wITH NO ACC B050-AA JO~ TPL. 4 2/72 B 8 POS BUS VT05 OR ~A30 INTERFACE, 115y B050 .. A8 JO~ TPL. 4 2/72 8 8 pas BUS V'T05 OR ~A30 INTERFACE, 230Y B050-BA JO~ TPL 4 2/72 B 8 NEG BUS VTO' OR ~A30 INTERFACE, 11'Y e050-B9 JOL. TPL. 4 2/72 B 8 NEG BUS VT05 OR ~A30 INTERFACE, 230Y B050·CA JO~ TPL. 4 2/72 13 9 VT05 OR ~A30 INTERFACE. 11'Y 9050 ... C9 JOL. TPL. 4 2/12 B 9 YT05 OR ~A30 INTERFACE, 230V e050-I'U JOL. TPI. 4 2/12 B 9050-AA, -AB 2NO CHANNEL. Q050 .. HB JOL. TPL 4 2/72 B B050-eA, -98, -CA, ~ce 2ND OHANNE~ 9E14 AR 5 12/11 B 14/L. MEMO~Y & 1/0 ACCESSORy PANE~ BES"A PG 5 6111 9 8/E H919 BUS WITH 2 ~935 JUMPERS 9j:'01 RS AS tPG 5 B AM04, AM05, AM07 MTNG HAROWARE POR AF'C'! IH"02 RS AS IPG 5 B 0001, 0002 ~TNG HARDWARE VOR UOC'S 9J:"14 ... F' CH ~ 8111 9 14 STORAGE BOX F'OR32 FL.IP ~~OPS MODEL ENG DESIGN PROD MF'GR STATUS CATEGORY USED ON OESC~IPTION 32 Nr] M~R ENGR ENOR AREA MO/yR 9F14 .. 11 CH 6 6/71 B 14 STORAGE BOX FOR 16 F'~lP r~ops BF'14 .. M AR 5 5/72 B 14 168fT STORAGE BJ11 .. A KH 3 6/72 B SySTEM TrSTEO 11/05 CHASSIS, CONrlG 2 ~Jl1 .. B 1<11 3 6/72 8 SySTEM TESTEO M?260 • M?261 ~j(022 AR 5 5/72 e 14 1(022 2 INPUT ANDleR EXPANOER- OU.~ STORAGE ~oo TO POP1~ 91<212 AR 6 1/72 B 8A14 ~2'2 1 BIT RETENTIVE MEMORY 91(214 AR 5 5112 B 14 ~2'4 OUA~ RETENTIVE MEM, REP~ACES 91<212 9K302 AR 5 8111 9 8A14 1<302 OUA~ TIMER B~Ol·A Oi! HR~ 4 7173 B AL~ SYSTEMS AC LINE MONITOR1 115V BL01 .. a Ol HRL 4 7173 9 ALI. SYSTEMS AC LINE MONITOR, 230V BM09 .. C RR TPL 5 e 8/1. MTNG BOX ~ COVER FOR MC8.~A, .~e & MM8-I.A, -I.B BMO€l .. S RR TPL 5 B 8/L. MTNG SOX W S~IOES 'OR Mce.!.A, -LB & MMe-L', -~B 9M681 RS MORa IPG 3 11/13 8 0001. 0002 M681 161S0~ATEO S~LIO STATE RE~AY ~RIVERS BM684 RS n: IPG 5 B 0001. 0002 M6e4 12 BIT F'F RELAY DRIVER BM6S5 RS F'E IPG 4 B 0001, 0002 M6e516 aIT F'F' RELAY O~lVER B~6a6 RS F'E !PG 5 a 0001. 0002 M68612 BITSS RELAY ORIVER 9M681 RS r;"E IPG 4 B 0001, 0002 M681 16 BIT SS RE~.Y OAIVER 9M792-YA SNT RMB rs :5 M 0011 ~.PEA TAPE ~OACE~ ROM 9M192·Y8 S"IT JMB r:'S :5 8/71 M 0011 DISI< ~OAOER ROM BM192-YC S~T JMB r:'S ! 10/71 M 0011 CAROREAOER BOOTSTRAP ROM 9M'92-YH SNT JMB F'S 3 1/73 M 0011 TAll BOOTSTRAP ~CACEA B"1192-YJ JEH JTN css :5 4/73 M 0011 aEL~ SPECtALTM11 ~OAOER BM792-VK MI TM TY!' J 1/14 e \1120 M192~YK ~AROWARE RIM 9M802 RS F'E tPG !5 e 0001. 0002 MS02 12 81T LATQ~I~G R!~Ay OUT'UT BMR03 RS r:'£ IPG 4 B 0001, 0002 MeO! 16 alT LATC~ING R£~AY OUTPUT BM804 RS FE IPG 5 B 0001, OD02 Me04 12 BIT rF RE~.Y OUTPUT 9MS05 RS F'E tPG 4 9 D001. 0002 . Me05 16 BIT r, RELAY OUTPUT 9M806 RS rE tPG 5 e 0001. 0002 M806 12 BIT SSRELAY OUTPUT SM807 RS F'E IPG 4 e 0001, 0002 Me01 16 BIT SS RELAY OUTPUT SM813.VA ve OR 4 5114 M 0011 RESTART/~OActR. ~EPLAC£S BM19a~v., -VB, -Y~ & MRll.0B 9Me-LA so "!'PL 3 7111 e 8/~ MTNG SOX FOR MM-8-E. MMS-£J, SLIO£S, ll5V BM8·LB SG TPL 3 7171 B a/~ MTNG BOX f'CR MMe;E, MMS.EJ, SLlDES, Z;JOV BMS"LC SG TPL, 3 7171 B 8/1. MTNG BOX rOR MMe-E, MMS-EJ, COVER, 1~5V BMS-LO SG TPL. :5 7171 B 8/1. MTNG aox FOR MM8-E, MM8-£J, COVER, Z30V BMI(-LK J~E 4 e X602 BASIC MOCULE KIT F'~R ~AB-K eM!O(·L~ JLE 4 B H510 BASIC MOOULE KIT 'OR I<-SERIES ~OGIC \.AB BOS15·A CP 6 3/74 Q 15 80SS~15. RENAMED QM050-C BS01A.,25 ~H 2 B VT15, VT04 CABLE SET, VT1' 'TO VT04, 2' " eS10A-XX l(E 5 B 10 ' CABLE SET. 2 BC~O.AA • BC10S-S5, XX " BS10H-XX I(E 3 6113 e 10 CABLE SETI 2 eC~CH·XX • BC10B-XX, XX 'T BTA11-A BE: RW! sseAL 3 1/14 e 11 TONE: ALERT, SETS ALARM AT SET AOORESS, MANUA~ CLEAR BT11".A AB\II css 3 7111 E COC 60001'1000 POP11 REMOTE BATCH TERM To $IMU~AT£ CD0200 9T14-A ~F :5 4113 B 14 !NTEAROGATOR BOX. TESTS !NPUTS & OUTPUTS BV04 ~H 5 3112 e VT04 374,.VJ01, 1..1<35 ·"'OUNT I NG BW400 RS F'E IPG , B 8W730_3, BW740-3. BM802·' W400 PAOO~£ BOARe ~ITH ISO~ATEO POWER BW402 RS F'E IPG 5 B BW130.3, BW740-3. BMe02-1 W402 PAOOLE BOARe ~lTH COMMON POWER 9W403 RS F'E IPG 5 e BM684_7 W403 PADDLE BOARe rCR AE~AY ORIVER$ BW406 RS rE IPG 3 11/73 B 8M130.3 BW'40-3 9M684 .. ' BMe02.7 W406 (W400. W402 & W40~ COMBINED) BW410 RS MORO IPG ! 2/73 e 8W140.743 1t/410 P.OC~£ BOARe W Ale INPUT CONDITIONING BW730 RS F'E IPG 6 8/72 B 0001. 0002 W1:S0 12 aIT CONT.CT SENSE, SEE BW740 BW131 RS F'E IPG 6 2/73 B 0001. 0002 W731 16 8ITOONTlCT SENSE BW'32 RS F'E IPG 6 6112 B 0001, 0002 W132 12 8lT CCNTlCT INTERRUPT, SEt eW742 BW733 RS F'E IPG 6 2/73 B 0001, 0002 \11133 16 BIT CONT.CT INTERRUPT BW734 RS FE IPG 4 9171 e 0001, OD02 W134 GENERAL. PURPOSE COUNTER BW740 MORO 4 8/72 9 0001, 0002 W740 12 BIT SO~Ie STATE OQNTACT SENSE • • MCIOEL E~G OESIGN PROD MF'GR STATUS CATEGORY USED ON CESCAIPTIC1N 3;$ NO MQR ENGR ENOR ARe:A Ma/VR BW741 MORO .- 2/13 B 0001, 0002 W741 16 BIT SO~ICSTATE CONTACT SiNS£ eW?42 MORO 4 8/72 e 0001, 0002 W?42 12 BIT SO~IC STATE CONTACt INTERRUPT ew,143 MORa .. 2113 B 0001 • 0002 w74316 BIT so~tc STATE CONTACT t NTERRUP'T BX14 .. 0A AR !5 B 14 ! NPUT BOX UP TO :32 AC ! NPUTS eX14 .. 00 AR 5 1/72 e 14 !NPUT BOX UP T032 00 INPUTS BX14-SA AR 4 1/12 B 14 !C~M!TT INPUT lOX, UP TO 32 AC INPUTS 9V14 ... 0A AR 5 B 14 OUTPUT BOX UP TO 16 AC OUTPUTS eV14-0D AR 5 1/72 B 14 OUTPUT BOX UP TO 16 DC OUTPUTS Bv14-SA AR :3 5/72 B 14 ! MI'ROVEO OUTPUT -80)(, UP TO 16 AC OUTPUTS OA01 .. B BV ess '3 C 9 IBM 526 INTERFACE CA11';'A JEH SSUK 3 4/71 0 11 CAMAC BRANCH MIG~WAY INTERFACE OA11 .. 8 ev GO SSUK 2 5/.,2 0 CAll-A NPR CONTRa\. rOFt 'CAi1-A CA11.C BV PR SSMU 3 5172 0 11 ~PR BRANCH HIG~W~V INTERF'AOE CA11-E WK SSMU 3 4/74 C 11 CAMAC SING\.E C~ATE CONTRO\'~ER CA15 .. A e:w css 3 4/71 0 15 PROGRAMMEO & OMA CAMAC BRANCH MtGM~AY INTERrACE CA15 .. B GO SSUK :5 1/72 0 15 PROGRAMMED ON~V CAMAC BRANCH HIG~WAV INTERF'ACE CB11.AA ve MC 5 3113 0 11 CAS, PS, 1 cell·PA, SPACE 'OR 18 cell-CA &/OR CB11-S, 11'V CB11 .. AS va MC 5 3/73 0 11 CAB, PS, 1 CB11-'A, SPACE ,c~ 18 CB11-CA &/OR CB11-$. 230V CB11';;AC ve MC 5 3113 0 11 CB11.A" tit CB11, 11'V CB11';'AO V9 MC 5 3/73 0 11 CBll-AS tit OB11, 2:50V CBll-AE va MC 5 3/7:5 0 11 CB11-AA ... 2NC CBll-PA, a. OB11, 11'V CBll-A' va MC 5 3/7! 0 11 CB11-AS tit 2ND CBll-PA, 2 OB11, 2150'1 call .. BA VB MC 4 3/7:5 0 11 CAB, PS, CB11-PC, SPACE 'OR 18 CB11-0A 'lOR CB11-S, 11'V CB11.BS va MC 4 3/7:5 0 11 CAB, PS, CBll-PC, SPACE rCR 18 CB11-0A I/OF' CB11-S, 2~OV 0811 .. BO ve Me 4 311:5 0 11 C811-8A ... 0811, 11''1 C811-BO '19 MC 4 311:5 0 11 C811",BB ... OB11. 2:50V 081l ... BE VB MC 4 3/73 0 11 CB11-8A ... 2NC CBll-PC. 2 CB11. 115V 0811-8; '19 MC .. 3113 0 11 CBll-BS ... 2NC CB11-PC. a CB11, 230'1 CBll·CA '19 MC :'3 ~/13 E: 11/10-0A, CB11-PC, PS, '-15V 60H~ C811"C9 va MC 3 3113 e: 11/10.C8, CBll-PC, PS, i3CV 'OH~ OBll.CE VB MC 3 3/73 E: 11/40.CA, OB11-PC, PS, ~15V 601ol~ OB11-0F' ve MC :3 3/73 e: 11/40·C8. OBll-PC, PS, i3CV 'OH~ C811-CG '19 MC :3 3113 E 11/45.CH. Mr11·~, MM11·~. CB11-pC, PS, 115'1 60H~ OB11 ... CH V9 MC :3 3/73 E - 11/45.CJ, Mrl1-~, MM11·~, CBi1-PC, PS, 230'1 50H~ CB11-0A '19 MC 5 3/73 0 C811-A, ... 8 32 POINT RE~AY OISTRIBUTOR MOOUL,E OBi i-EX 'Ie MC 5 3/73 0 CB11-P ~E~ EXTENDER CARe OB11-HA ve MC 5 3/73- 0 C811-A, .. 8 16 POINT INPUT I~TERRUPT MODU~E CB11-PA '19 MC , 3/13 0 CB11-A, .8 , B~OCK TE\.P~ANT TERMINATION PANE~, PS, 1~'V CB11';'PB VB MC :3 3113 0 CB11-A, .B ! B~OCK TE~P~ANT TERMINATION PANE~, PS, 2~OV CB11.PO VB MC 4 3/13 0 CB11-A, ... 8 6 B~OCK TE\,PLANT TERMINATION PANE\., PS, ~l'V 0811 .. PO 'Ie MC :5 3/73 0 CB11-A, ... 8 6 B~OCK TE\,PLANT TERMINATION PANE\., PS, 230V ce11-SA VB MC 5 3/73 0 C811-A, .8 64 POINT INPUT SCA~ MOOU~E C811 .. S9 '19 MC !5 3/73 0 CB11-A. -8 64 POINT INPUT SCAN MOCU~E W OIOOE PROTECTION CCOl AW 5 4/71 C CI..!NICAL. ~AB .. 12 C~IN!CA~ ~AB OPTION PANE\. CC02-A AW -1 4/71 C 12 • C~ANNEI..S & ceNT ~OR ROBOT CHEMIST OC02-8 AW 4 4/11 t: CC02-A • C~ANNEL, EXPANSION 'OR ROBOT CHEMIST OC02-C .W 4 4/71 C CCOl ONE eH & ceNT ro~ ROBOT CHEMIST 0002 ... 0 Aw 4 4/71 C CCOl O~E O~ EXPANSION F'~R ROBOT CHEMIST OC03 ... 4 AW 5 4111 C CCOl ~COUL.E SET FOR 1 C~ COU~TER S CC03 ... 8 AW 5 4/71 C CC03-A 2NO OH caU~TER s OC04 AW 5 6/71 C CCOl eCAGu~ATION TIMER CC50 AW 5 C CL.INICA~ L.A8"12 SMA12/30 INTERFACE KIT CC51 Aw 5 C AGI..2 e OH EXPANSION KIT MODEL £~G DESIGN PROD MF'GR STATUS CATEGORY USED ON OESC~IPTION :54 ~Ij MQR ENGR ENGR AREA MO/YR 0052 AW 5 c: CL.INICAL. l.A8 .. 12 SMA4. 4A, " ,. INTERrACE KIT 0053 AW 5 C CI.INICAL. l.A8"'12 SMA SINGL.E C~ANNE~ ~IT C054 AW 5 C CL.INICAL. L.AB ... 12 SMA12/60 INTERPACE KIT C055·A A.W :5 3/72 C CL.INICAI. L.AB 12 SMA SING~E C~ANNEL. KIT (1ST CH) rOR TECHNICON 2 0055 .. B AW 3 3/72 C CL.INJCAl. l.A8 12 SMA SINGL.E C~ANNEL. KIT (2NC CH) rOR T[CNICON 2 C011 R~P L.C 5 3/74 C 11 OATA BAEAK CARD READER CCNTRO~ 0011-A RLP LoC 5 7173 C 11 OATA BHtAK CONTROL. & OOCUMATION M1000, 60Hi 0011.8 RL.P L.C 5 7173 C 11 OATA BAtAK CONT a OOCUMATICN M1000 'OHi 0011-EA ~L.P L.C 5 7173 C 11 1200 CPM CONSO~E READER & CONT oCe~MAT!ON M1200 60Hi 0011 .. E9 RLP L.C 5 7173 C 11 1200 CPM CONSOI.E REAOER & CCNTDCCUMATION M1200 50Hi 0012 AW ~ 2/72 C 8 pas OAT A BReAK CONTRO~ rOR A~~ CARD READER OR ~UNCH C012 .. 0£ OE:C AW 5 1/73 C 8 POS eo COL. OPTICAL MARl< CR & C012 CONT, 300CPtf OOCUMATION OM200, 60Hi! 0012 ... oF' DEC AW 5 1/73 C a POS eo COL. OPTICAL. MARl< CR a C012 CONT, 300 CP~ OOOUMATION OM2QO, 'OHi! 0012-HE AW ~ 2/72 C 8 POS . CD12 W ~p eo COL. OPTICA~ READER, 60 Hi! 0012-HF' A\tI 4 2/72 C 8 pos eC12 W HP eo COL. OPTICAl. REACER, '0 Hi! 00" JL. 3 6/72 E CRCMATAGRAPHIC DATA PROCESSOR (8)' 0L.12 AW .. 8/71 E CI..I Nr CAL. L.AB 1a ,! YSTEM NAME CMOJ-O t-1I RR TPL. :5 C 804 (8) OPTIOAI. MARK CR , CONT 200 CPM GEN DES 60 ~i! 01'103 ... 0A t-11 RR TPL :5 C a04 (8) OPTICAl. MARK CR , CONT 200 CPM GEN DES 50 Hi! OM11 80 Rl.P :5 5/71 C 0011 40 Cal. O~T!CA~ MARK CR & CONT 200 CPM GiN OES 60 HI OMil .. A eo RL.P :5 5/71 C 0011 40 co~ OPTICAL. MARK OR & CONT 200 CPM GEN DES '0 HI OM1l .. rA eo RL.P 3 5/73 C 0011 80 COL. OPTICAL. MARK CR & CaNT 30C CPM OOCUMATJON OM200 60WI OM11.;.rB 9~ RL.P :5 5/73 C 0011 80 COL. OPTICAL MARK OR & CONT aoe ePM OOCUMATION OM200 50HI OM12 A.W :5 2/71 C 8A12 40 COL. MARK SENSE OR & CCNT 200 CPM G£N OtSIGN 60 H~ OM12 .. A AW :5 2/11 C 8A~2 ~o COL. MAR~ SENSE OR a ceNT 200 CPM GEN DtS1GN 50 Hi OM12-B AW 4 2/11 C BA12 WITH ECO#8A12-00010 eo COL. OPTICAL. MAR~ OR & CONT HP 60 Hi OM12 .. C AW 4 2/11 C 8A12 WITH ECO.8A12w00010 eo COl. OPT!CAI..M.R~ CR & CONT HP '0 Hi OM12-F'A AW :5 3/73 C a POS eo CO~ OPTICA~ MARK OR & CONT ~oc CPM OOCUMATJON OMaoo 60HI 'OM12·F'B AW :5 3113 C a PQS ao COL OPTICAL. M'R~ OR & CONT 300 CPM OOCUMATION OM200 50HI CMS-E L.T 6 4/73 C alE 40 CO~ O'TICAL MARK OR & CONT 20e CPM G£N DES CMa43~ 60 Hi CMS·EA L.T 6 4/73 c ate: 40 COL. OPTICAL MARK CR & CONT aoo CPM G£N DES CMe4~) '0 Hi CMe·F'A loT 2 3/72 C alE eo COL. OPTICAL M'R~ OR & CONT ~OO CPM OOCUMATION OM200 60HI CMe"F'B loT 2 3/72 C 8/E 80 COL O~TICAL. MARK OR & CONT ~oc CpM OOOUMATJON OMaoo 'OM! OMS-I MI 5 C 8/t 40 COL OPTICAL MAR~ CR & CONT 20e CPM GEN OESIGN 60 H! OM8-IA MI 5 C 8/1 40 COL. OPTICAL MA.RK OR & CONT 20e CPM GEN DESIGN '0 He OMS"L MI 5 o 8Aoe 40 COL OPTICAL MARK OR & CONT aoe ePM CEN DESIGN 60 HI CMS·LA Mt 5 c 8Aoe 40 COL. OPTICAL M'R~ OR & CONT 20eePM GEN DESIGN 50 HI OMT au :5 e 1, 9, 15 COMPLEX MOCULE TESTER CMX1-A RG !5 A 4CCl PL.US 64 CH~X RACK MTC CMX1-e RG 5 A TABL.E TOP CMX3;-, CF'OS';'N 8M ass :5 3/72 o 8 NEG DATA PROCUCTS SPEEOPUNCH-120 100 CPM PUNCH & CONT opoe';'p 8M css :5 3112 o a Pes DATA pRODUCTS SPfEOPUNCH-120 100 CPM PUNCH & CONT OPiO .. A 5 C 8Al0 ~O 6011 300 CPM 'CARD PUNCH & CONT 60 HE 0F'10-e 5 C BA10 Me 6011 300 CPM 'CAAO PUNOH & CONT '0 HI CPiO·oA JEH pwe css 2 6/74 C 8A10 OOCU~ATION Pl00 100CPM PUNCH &CCNT, 60H~ CP10 .. oe JfH "wo ass 2 6/74 C 8A10 COCU~ATION Pl00 100C~M PUNCH & ceNT, 50HI OP11 .. UP BE! GSO SSCAL :5 5173 C 11 PUNCH t NTERf" ACE rCR UN 1 VAC 1710 :CA~D RDR/PUNCH OP15';'4 OY CSS 2 3/71 C 15 ~C6011 CARO PUNC~ & CONT 60 Hi OP15 ... B Oy ass 2 3111 C 15 M06011 CARC PUNC~ & CONT 50 H~ OP20';'£ BE SSCAL :5 11/11 C 15 CONT ~OR OATA PRCC 120 PUNCH OR01-A MI 6 C 5 CARD READER & CO~T 100 CPM NCR OR01.;.e ~1I 6 o i eA~O READER & CC~T 100 CF'M NCR OR01 ... 0 MI 6 c 6 eARO READER & CC~T 100 CPM NCR OR01 ... E MI 6 C 9 CARD READER & CONT 100 CPM NCR t::R02-A RR 6 C 1 CARD READER & CO~T 200 CPM eURROUGHS • MODEL ENG DESIGN PROO MF'GR STATUS CATEGORY USED ON OESCRIPTION NO MGR ENGR EN(';R AREA MO/YR CR02.B RR 5 0 9 CARD REAOEA & CONT 200 CPM 9URROUG~S OR03.B F'A 5 0 9 CARO REAOER & CO~T 200 CPM GEN DESIGN CRO;S.C 5 C 804 (8) CARC READER & CONT 200 CPM GEN DESIGN CR03';'0 ST ess 3 C 10 CARO REAOER & CONT 200 CPM GEN O~SIGN CR04.A EAS 89 5 6/72 0 8 alE S/I 11 300 CPM TA8~E TO' R.EAOER DCCUMATION M200.GDI lNT'C.1.1'V 60~i CR04.9 [AS 88 5 6/72 c: 8 8/E all 11 300 OPM TA~~E TQP R.EAOER DOCUMATION M200,GOI lNT'C,230V 50~~ CR04.C EAS 88 , 6/72 0 10 300 CPM TA8~E TOP R.EAOER OOCUMATtO~ M200, 10 lNT;e,1~5V 60~i CR04';'O EAS BB 5 6/72 0 10 300 CPM TAB~E TOP REAOER OOCUMATION M200, 10 INT'C,i30V !O~i CR04 .. E EAS 88 5 6112 0 10 11 12 15 1000 CPM TAB~E Tep REAOER, OOCUMATJON Ml000, 115V 60Hi CR04.F' EAS 88 5 6172. 0 10 11 12 15 1000 CPM T.a~~ TOP R!AO[R, OOCUMATION M1000, 2~OV 'O~i CR04.H EAS SB 5 6172 C 10, 11, 15 1200 CPM CONSO~E REAOER, COCUMATION M1200, 115V 60~i CR04.J EAS B8 5 6/72 c: 10, 11, 15 1200 CPM CONSO~E READER, OOCUMATION M1200. 230V 'OHi CR10·A EAS KE 6 2/72 C BA10 1000 CPM READER' CONT SOROBAN 60 ~i CrUO-B EAS KE 6 2/72 C BA10 800 CPM READER & CONT SORceAN '0 HI CR10-CA EAS 88 5 2/12 C BA10 CR04-E 1000 CPM TA8~E TOP REACER & CCNTCCCUMATION Ml000, 11'V 60HI OR10-DB EAS 99 5 2/72 C BA10 CR04·' 1000 CPM TA8~E TOP REAOER & CONT COCUMATION Ml000, 2~OV 'OHI CR10-EA EAS 88 5 2/12 C BA10 CR04-H 1200 CPM CONSO~; REAO!R & CONT COCU~ATION M1200, 11!V. 60Ha OR10 .. EB EAS 88 5 2/72 C 814.10 OR04-'; 1200 CPM CONSQ~E REAOER & CONT COCU~ATION M12001 2~OV 'OH~ OR10 .. F'A E~S 98 , 2/12 0 8Al0 CR04-C 300 CPM TAB~t TOP RtAOER & CONT OCCUMATION M200. 1~'V 60HI OFUO-F'B EAS 8B 15 2/72 C! 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NA JTN ess 6 7173 0 11 HA~r OUPL.EX SVNCCOMM,RtP~ACEO BV OQS11-A OJS11-A JI!H ABW ess 2 6172 0 11 32 L!NE CHAR BU' MUX, SING~£ BAUO RATE OJS11-B J!H ABW OS! 2 11/72 0 11 32 L.INE CHAR BU' MUX. ~UAL BAUO RATE OK01-A ~G IPG 4 0 ArCS 4X L.!NE FREQ INTERRUPT OKlO J5 , 0 10 ~ROGRAMMABL.E REAL TIME CL.OCK OKS-EA JC ADL. !5 10/71 0 8/E REAL. TIME CL.OCK, L.INE 'REQUENCY OKS·EC JC ADL. 5 2172 0 8/E ~EAL. TIME C~OCK. CRYSTAL. OKS-E' SNT AW !5 2/72 0 DK8.EP, OK8-ES SCHMiTT CONT & f~PUT JACKS rOR ~94'-AA OKS.EP SNT AW !5 2/72 0 8/E ~ROGRAMMAB~EREAL TIME C~OCK W ~ SCHMITTS OK8-e:5 S~T AW 5 2/72 0 8/E CL.AB 8/E) OK8-EP • OK8.E' OKSS.EJ JIoI M5 ess 3 11/72 0 8/£ INTERFACE TO CL.IMATE CL.OCK (HRS, MIN, SEC, JULIEN CA~, BCD) Ol 01..10 .. AA ,WE: 4 9171 0 10 1/0 & MEM BUS. 4 11 UN!BUSES CONTRO~LNIT 11'V 60H~ 01..10-AB "WE .. 9111 0 10 1/0 & MEM BUS, 4 11 UNIBUSSES CONTROL. 'liNIT 230V 50H~ 01.10-8 TWE III 9/71 0 0L.l0-AA, .AB 2NO PDPiO 1/0 aus PORT 01..10.C TWE 4 9/71 0 0L.10-.A, .AB 'DOITIONA~ POP11 U~I8US PORT 01.11 ... 14 90 Rl..P 3 6/72 0 0011 KA11 KBll Kell K011.e MM11-M ,.s ~SP 8 BtT NO FAR ASVNC OATA CONT 20 MA 01.11';'8 80 Rl..P :5 6/72 0 DITTO rIA ASYNC CONT, e ~EVE~, NO PARITY 01..11 ... C BO Rl..P :3 6/72 0 OITTO C~11;A, '.8 BIT, PAR!TY CHOICE 01.11-0 BO Rl..p :3 6/72 0 OITTO O~11~B, '.8 BtT, PARITY CHOICE Ol..11 .. E BO Rl..P :3 1/73 0 DITTO EIA ASYNC OATASET eONT 01.14 .. A VOB 2 0 KA14, 1'01'14.1' TRANSMISTICN MONITORING INTER~ACE (MAP OPTION) 01..8·I MI 5 0 8/t OATA ~INE INTERFACE OMOl RR TPI.. 5 0 8, 8/1 OATA CHANNEl. MU~TIPL.EXER OM02 OM css 6 I:) 7 'ROGAAMMED DATA INTER~ACE 36 BITS OMOJ OM cSS 6 0 8 AUTO DATA tNTER~.CE 36 B!TS OM04 RR Tpl.. 5 6/71 0 8 POS OATA BREAK MUI.TIPL.£XER OM09-A HI 5 0 9 CIR MEM ACCESS MliX ADAPTER OM09 .. 1.. JE :3 1/72 0 9/L. OIR MEM ACCESS MLX ADAPTER OM10 JJL. CSS 3 7/71 0 10 e CHANNEl.. OIRECT MEMORY ACCESS OM10.8 JJL. css :5 6/73 0 Ori0, OM10 ONE WORO BUFrER OM11-AA VB 5 3112 0 11 16 ~INE MUX, 01ST PANEL & i15VPS. CUSTOMER BAUD RATt OMil-AB VB 5 JI12 0 11 OM11~AA W NO OISTRIBUTION PANEL. & NO PI OM11 .. AC VB 5 J/"~ 0 11 230Y DMll-AA OM1l-BS Rl.. 5 3/72 0 OMi1-AA, -AC, 01-111-14., .AC 16 l..!NE MOCEM CO~T MUX MODULE SET OMi1-CA DH ass :3 9171 0 OMi1-AA, -AC. OH11eAA, -AC TELEX CONT MODU~E SET OMil.CA VB 5 3/72 0 OM11-AA, -AC, 01-l11-AA, -AC ~ TTY L.INE MODUL.E SET OM1l-0B VB 5 3/72 0 OM11-AA, .AC. OHll-AA, -AC • ~INE EIA MOOUL.E SET OM1l-DC VB 5 3112 0 OMll-AA, -AC, DH11-AA. -AC • I..INE EIA CONTRCL. SIGNAl. MOCU~E SET OMll-DO VB 5 2/72 0 OM11-A4 DIST PANEL 4 MIl.. 188B ~lNt ~OCUL.E SET OM11-0R J~H ORS css :3 6/74 0 OH11 4 ~INE TRI-STATE EtA MOOUI..E SET CM594J) OM11·0S JE:H DRS c::ss :3 6/7~ 0 D~11 4 ~INE TRI-STATE EtA OATA & CONT L.!NE MOCUL.E SET CM,943-VA) OM12 SNT RI 5 1113 0 Kf12 ! CH DATA eREA~ ~U~ OMA10-C RaH TO :3 6/72 0 10 1/0 & MEM BUS OMA 1/0 MUX (10 BUSES TO "l~TERNA~ SUS") USEO W OA10~' OMA10-r RBH TO :3 6/72 0 11 "INTERNAL BUS" AI..I.CWS 1~ TO USE pepi0 MEMORY ONi1 .. AA VB 5S 5 "J172 0 11 AUTO DIAL. CONT,Sp FOR 4 CH TO 801 ACU ON11-AB V~ 55 :5 1/72 0 11 AUTO DIAL. oeNT ~OR oc PU~SING 8E~~ 11804A, SP rOR x CH ON11-BA V9 5S 2 3111 0 ON11-A ~OCU~E SET rOR 1 CHANNEl.. ON11-CA VB Ss !5 3/72 0 ON11-A CN11~BA • BC01R-25 ONC02"F'A 6 1/73 0 SINGl.E 2 AXIS CONT FOR FUJITSU E~P~, 115V 60 H~ ONC02 .. SA 6 1/13 0 SINGLE 2 AXIS CONT FOR SL.O SVN, 11~V 60 H~ ONr:03-F'A 6 1/73 0 SINGLE 3 AXIS CONT FOR rUJITSU E~P~, 115V 60~~ ONCO:S .. SA 6 1/73 0 SING~E 3 AXIS CONT FOR S~O SYN, 115V 60 H~ ONC22 .. F'A 6 1/13 0 TWO 2 AXIS CONT ,o~ 'UJITSU EMPM, 115V 60H! ONC22.SA 6 1/13 0 TWO 2 AXIS OONT FOR S~O SVN, 115v 60H~ ONC33 .. F'A 6 1/73 0 TWO 3 AXIS CDNT 'OR 'UJITSU EHPM, 115y 60H! ONC33"SA 6 1/13 0 TWO 3 AXIS CONT 'OR 51.0 SYN, 115V ~OHl 000-16 RBR J 9/72 8 16 MAINTENANCE MANUAl. & DRAWING SET 00C16-A R8R ::5 3114 B 161M MAINTENANCE MANUAL. & DRAWING SET OP01-AA ~I 5 0 88/5, BII NEG elT SYNC MODEM l~TERFACE BE~L. 201 OP01 .. AB JJL. CSS 3 0 8, 8/1 NEG eIT SYNC MODEM l~T£RrACE BEL.L. 301 OpOl-AC JJL. css :5 0 8, 8/1 NEG 91T SYNC MODEM l~TERFACE BEL.~ 303 OP01 .. 88 JJI.. CSS 3 0 9 BIT SYNC MODEM l~TERFAeE BE~~ 301 OP01 .. BC JJI. css :3 0 9 eIT SYNC MODEM l~TER'ACE B£L.~ 303 01'01 .. 80 SSUK 2 0 9, 9/L BIT SYNC MODEM l~TERF'ACE IBM 3977 OP01 .. 8H JJI.. css 3 3/72 0 9, 9/~ elT SYNC MEOEM l~TER'ACE BE~L. 201 ON OCH Op01 .. 8J JJI. CSS :5 7111 0 9, 9/1. elT SyNC MODEM I~TERFAeE B£~~ 301 ON DCH MODEL DESIGN PROD MFGR STATUS CATEGORY USED ON OESCIIIIPTION 42 NO ENGR EN~R 4REA MO/yR opOl-aK JJL. CSS :5 3/72 0 9, 9/1. eIT SYNC MOOEM I~TERFAeE B£I.1. 303 ON DCH OP01 ... CA JJL. css 6 o 10 SEE DS10.A BIT SYNC MOOEM I~TERrACE BEI.L. iOl OP01 ... 08 JJL. css 6 o 7 gIT SyNC MOOEM l~TERF"ACE BEL.l. 301 OP01·DC JJL. css 6 o 7 BIT SYNC MOOEM I~T£RFACE BEI.I. 303 OP01 .. £; M I 5 o OP01-AA THRU DC MCOUL.E SET FOR ~~R BUF OP02-A JJL. ess :3 o 8 .UTO OIAI. MUX SPjCE F"OR 4 CHANNEL.S DP03 JJL. css :5 o OP02-A ~OOUL.E SET FOR 1 C~ANNEI. IN OP02 DP04 .. CA SSUK 3 o 680/1 e GPO L.INE rII.TER PANEL "POS-AA JJI. ess 3 Ll 8 POS eIT SYNC MODEM l~TERrAeE BELl. 201 OP09-A DB :5 o 9 eIT SYNC MOOEM l~TERFACE BEI.I. 201 OP11-AA VB RL. 5 3/72 D 11 DOUBI.E SUF SVNC I.INE CONT, WIT~ 1 CH, NO CLOCK OP11-CA V9 RL 5 2/72 o OP11-AA !XPA~OER TO 12 BIrs MODUI.E OP11-0A VB RL. 5 2/72 o 11 OP11~AA • OF11.A • SC01R-2' FOR 201 MOOEM OP1l .. 0C VB RL. 5 2/72 o OP11-AA OP11~AA • OF11.A • BC01U-2' F"OR 303 MODEM OP11-KA VB RL. 5 2/72 o OP11-AA CI.OC~, FREQUENCY CUSTOMER SPECIFIED OP12 ... A SNT RI 5 3/71 [:I 12 TTY INTERF'ACE MOCUI.E SET OP12-9 S~T RI is 3/71 o 12 SIT SYNC MOOEM I~T£RFACE EtA XTAI. OP15-A PR SSMU :3 9172 o 15 SYNC~RONOUS MOCE~ INTERrACE ope-EA JC RMS :5 1/72 D alE 9IT SYNC MOOEM INTERrACE BEI.L. 201 (M839, M866, BC05C-25) ops ... e:a JC RMS 3 1/12 o 8/E elT SyNC MOOEM INT£R'ACE B£L.L 301/303 CM839, M866, BC01W.2') OQ1l-AA VB RL 2 :1.1/13 o 11 OBI. BUF" SYNC L.INE CONT, OMA, UP TO 16 srTS/CHAR OQ11 .. AB VB RL. 2 11/73 o DGll e AA Bce (BL.OCK CHECK C~AR. L.Re OR CRe) UP TO 16 BITS OQ11-SA V9 RL. 2 11/73 o DQ11-AA MOOEM CONT~OI. CM,e15) OQ11-0A VB RL. 2 11/73 o 11 DQll. .. AA • DQ11-BA .. OF'11-. (E! A il.'P TO 10 1(8) OQ11-EA V~ RL. 2 11/73 D 11 OQ11 .. AA • DQ11-BA • OF11-G (BE~L. 301/303 TO 250 KB) OQ11-KA va RL. 2 11/73 o DQ11-AA CRVSTA~ CL.OCK (M.O') OQS11.... JEH JTN ess 3 8172 o 11 OBL. BUF' BISYNC ASCII CONT, HAL.F DUP~EX, SYNC L.!NE CONT, OMA OQS11 .. e JfH JTN ess :5 7172 o 11 OBI. Bur BISYNC EBCIOIC CONT, .HA~r DUPL.£X SYNC LINE CaNT, OMA OQS11-C JE:H SPRY ess :5 S/72 D 11 DB~ Burr PU~L. OUPI.EX SYNC LINt CONT, OMA OQS11"'D Mlol PC SSUK :5 1/73 o 11 DUAL. SER!AI. SYNCHRONOUSCM. ~lNE INTERrACE OQSll-£ M~ PC SSUK :5 4/74 11 OU.I. SYNCHRONOUS L.!NE INTERrACE W ANSI HOI.C PROTOCOL OR07 .. NA JEH MS ess :3 11/7~ D 8 NEG CONT W6 SPO' 100VA RE~AYS, SP paR 30 MORE, 11'V OR01-NB J£H t-1S CSS :5 11/72 0 8 NEG CONT W 6 SPOT 100YA RE~AYS, sp FOR 30 MORE, 2~OV OR07 ... PA JEH MS ess 3 11/12 0 a POS CONT W 6 SPOil 100VA REI.AVS, SP raR 30 MORE, ~l'V OROi .. PB J!H MS cSS 3 11/72 0 8 pos CaNT W 6 SPDT 100YA REI.AVS, SF FOR 30 MORE, ~30V OR07.R JP.:H MS c;ss 3 11/72 D OR07-NA -NB -PA "PB 6 S~DT 100VA REI.AVS FOR CRO?-N,-P EXPANSION (M800) OR09 .. A MI 5 0 9 1e BIT REL.AY BurFER OR11.... 90 RL.p 5 2.112 0 0011, KA11 .RCGRAMMEO OEVICE INTERrACE O!U1-e BO RL.P 5 2/72 0 0011 OIR MEM ACCESS DEV!CE INTERrACE OR11-C BO RL.P 4 3/72 0 0011 PROGRAMMED OEVICE INTERrACE (M7860) OR11 .. F' 13:1 DOt-.1 4 1/72 0 DR11-A INPUT/OUTPUTPAN£1. FOR H945 !N·I.~B-l' OR12 SNT RI 5 0 12 6 BIT RE~AY BUrFER OR12 .. X S~T RI 5 3/71 0 12, e POS 6 BIT REI.AY BurrER W SPACE rOR 6 MORt B%TS OR12';'XM SNT RI 5 3/71 0 DR12-X 6 ADOITIONAL. BIT~ FOR DR12-X OR1S .. C BO BG 5 5/73 0 15 1/0 BUS, OR11~C, UNIBUS ~OP1' CONT FORPCP11 PRoe a PERIPH~RA~S OR15';'O OPS SSCAL 3 12/13 0 15 1/0 BUS, OR11~C, UNIBUS OR1';C W AUTO RESTART ORS-EA SNT AW 5 2.172 I' 8/E 12 8iT BUF'F'EREO ;CIGITAL tlO (MB6;J) ORe-ES SNT AW 5 2/72 0 DRS·EA FlATC~ PANEl. FOR ;LiSE IN H94' ORS-EC SNT AW 5 2/72 0 S/E (I. AB S/E) ORS-!A • ORS-ES OReo DEG o 8 F'AMIL.Y CIGITAL. OUTPUT SLSSYST£M ORSO-CN DEG IPG 6 10/12 o 8 NEG CONTI I.EVEI., PULSE OR REL.AY OUTPLTS, S~AC£ FOR 72 OUT~UTS ORSO·CP DEG IPG 6 10/72 o a POS CONTI I.EVEL., PUI.SE OR RELAY OUTPLTS, SPACE FOR 72 aUT'UTS DReo-ox DEG IPG 6 10/72 o ORSo-eN, DR80.Cp CCNTRO~ EXPANDER, SPACE rOR 84 OUT~UTS OR80",F'r CEG IPG 6 10/12 o DRaO-CN, .CP, -cx 12 L.fVE~ OUTPUTS, 55V & 250 MA MAX OR80-MR DEG tpG 6 10/72 D DRSO-CN, DR80.CP, DReo-cx 12 MOM~NTARY CONTACT OUTPUTS, 100V. MAX MonEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON OESCRIPTION 43 NO MGR ENGR ENGR AREA MO/yR DR80",SR DEG IPG :3 0 DRSO-CN, OR80-0P. OR80.C~ 12 SUS1AI~eo CONTACT OUTPUTS, 100VA MAX ORaO.S5 DEG IPG :3 0 DRSO-CN, DR80-0P. DReo.cx 12 S!NG~E SHOT OLTPUTS, 55V & 250MA MAX OR90 PEG tPG 6 10/72 0 9, 15 0IGITA~ OUTPUT SLBSyST£M oR90 .. CN DEG IPG 6 10/72 0 9 CONTI ~EVEI.., PUL.SE OR RE~AV OUTPUTS, SPACE rOR 54 CH OR90·CP PEG IPG 6 10/72 0 15 CONTI ~EVE~, PUL.SE OR RE~AY OUTPUTS, SPACE rOR 54 CH oR90 .. 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OS80-CI ~EVEL OR CONTACT l~T UNIT, 12 INPUTS, 6Voe OS80-I8 DEG IPG 6 10/72 0 oseO-CN, oseo·cp, oseo-ct ~EVEL OR CONTACT INT UNIT, 12 INPUTS, 24VCC OS80"IC OEG IPG 6 10/72 0 DseO-ON, oseo-cF'. oseo-CI ~EV£L OR CONTACT I~T UNIT, 12 INPUTS, 48VOe OSSO-SA OEG IPG 6 10/72 " DSSO-CN, -CPt ~CS, ~CI LEVEL OR CONTACT SENSE UNIT, 12 INPUTS, 6VOC 0580 .. 58 DEG IPG 6 10/72 0 OSSO-ON, -cp, -cs, -el LEVEL OR CONTACT SENSE , 12 INPUTS, 24VDC OS80.SC OEC; tPG 6 10/72 0 OSSo-eN, .CP, .. CS, -Cl ~EVEL OR CONTACT SENSE, 12 INPUTS, 48VOC 0590 OEG IPG 6 10112 0 9, 15 OIGITA~ INPUT SUeSYSTEM 059' .. Cl nEG IPG " 10/72 0 DS90-CN, .ep CONT EXP, LEVEL OR CONTACT INT, SPACE rOR 80 INPUTS OS90-CN OEG IPG 6 10/72 0 9 CONT, LEVE~ OR CONTAOT SE~SE ANDIOR INT, SP rOR 80 INPUTS OS90-CP OEG !PG 6 10/72 0 15 CONT, LEVEL OR CO~TACT SENSE ANO/OR INT, SF rOR 80 INPUTS OSQO-CS DEG IPG 6 10/72 0 DS90-CN, .cP CONT EXP. LEVEL OR CONTACT SENSE, sp rOR 112 INPUTS 0590 .. 1A DEG tPG 6 10/72 0 DS90 .. CI, -CP, .. Cl ~EVE~ OR CONTACT l~T UNIT, 16 INPUTS, 6VOC OS90 ... 18 OEG IPG 6 10/72 0 DS90-CN, .cP, -C1 LEVEL OR CONTACT I~T UNIT, 16 INPUTS, a4VDC OS9~·IC OEG IPG 6 10112 0 DS90-CN. .cP, "CI LEVEL OR CONTACT I~T UNIT, 16 INPUTS, 48VOC OSQ:l"S.A DEG fPG 6 10/'2 D DS90-CN, -CP, -cs, -CI LEVE~ OR CONTACT SENSE UNIT, 12 INPUTS, 6VOC 0590-58 DEG yPG 6 10172 0 DS90-CN, wCP, -cs, -CI LEVEL OR CONTACT SENSE, 16 INPUTS, 24VOC 059:) .. SC DEG IPG 6 10172 D DS90-0N, .CP. -cs, -ct LEVEL OR CONTACT SENSE, 16 INPUTS, ~8VOC OSS'8-t:A JEH GO SSU!< :3 5173 0 8/£ 48 CWANNEL INPUT MCDULE MODEL E\lG aESIGN I'RClD MF'GR STATUS CATEGORY USED ON OESC~Ij:)TION 46 NO MGR £NGA ENGR AREA MO/YR orOl-AN 8V ess 3 0 B NEG PROG~AMMED 1/0 BLS SWITCH OT01 .. AP ev ess 3 l' 8 pes ~ROGRAMMEO 1/0 BLS SWITCH OT01-AS RBH ess 3 0 8/S PROG~AMMED 1/0 BLS SWITCH OT01 .. BA J!:~ RN ess :3 0 9 'ASTER OT01-B OT01-0 R~H R8H DAS 3 0 10 PROGRAMMEO 110 BLS SWITC~, HEAVY LOAD OT01-CC RBH RBH nAS :5 0 10 PROG~AMMED 110 BLS SWITCH, STANDARD ~OAD OT02-C R9H RJS OAS 3 3/72 0 10 ~ANUAL. BUS SWITC~, REL.AY (PORM C) OT02-'. BMW ess 3 3/7~ 0 11 2 WAY MANUAL. REL.~Y UNIBUS SWITCH C'ORM C) OT02-f"9 BM~I ess 3 3 12 0 11 3 WAY MANUAL. RE~.Y UNIBUS SWITCH OT03-CC R8H PJS DAS :3 6/73 0 10 1/0 BUS PROGRAMMASI.E CONT, UP TO 8 DT03.CS OR OT05.CS OT03-CS R9H JF'H DAS :3 6/72 0 10 1/0 BUS, DT03-CC MANUA~ BUS SWITC~ ~NlT POR DUA~ 10'S oTO 3 .. F' A JE: H FA CSS :5 6/72 0 11 PROGRAMMABL.E DT03-FB' E~!CTRONIC UNIBUS SWITCH SECTION (PORM A) OT03 .. FB JE:H F'A ess 3 6/72 0 11 ELECTRONIC UNIBUS SWITCH SECTION ('ORM A) OT03-F'M JEH RL,M ess :5 1/73 D 11 2 OT03-F"B OT03 .. F'P J~H RL,M ess 3 1/73 0 11 2 OT03-F. OT03-F'R A,~ DRS ess 3 8/73 0 11 REMOTE CONTRO~L.EC PAIR or OT03-'B OT03-F'S JEH F'A ess :3 6/72 0 11 !I.ECTRONIC 2-WAY M~NUAI. UNIBUS SWITCH OT04 .. CS RBH JF'H DAS :5 6/72 0 10 MEM BUS MANUAL. EI.ECTRONle ~EM BUS SWITCH OT05 .. CS RBH RJS DAS :5 8/72 0 10 MEM BUS MANUA~ c~ PROGRAMMABLE ELECTRONIC MEM BUS SWITOH 0111-AA SR 6 8/13 0 11 PROGRAMMED SINGL.EPROC BUS SWITCH 115V OT11-A8 SR 6 8/13 0 11 ~RCG~AMMEO SlNGI.E PROC BUS SWITC~ 2~OV OT11-AO SR 6 8/73 0 DT11-A DUAL. PROCESSOR E~PANSICN OT11 ... BA SR 6 8113 0 11 CT11~AA • CT1l-AC, 115V OT11-89 SR 6 8/73 0 11 OT11~AB • CT11.AC, 230V OT11-8C SR 6 8/73 0 11 CT11~BA • EXTRA PS OT11-ao SA 6 8/73 0 11 CT11;BB + EXTRA PS OT11-C RBH ess 3 4/11 0 11 DUAL. PROCESSOR PROGRAMMED BUS SW1TCH OT11-MA BO I CW8E-NX Mt ER 2 10/72 D OW8E-NA, -NB, 5 s~OT t~PANOER MODULE SET OX11-BA VB OR :5 2114 0 11 IBM 360 ~PX/SEL CHANNEL "TO UNIBUS IN H950, 1l'V 60~~ OX11 .. BB VB OR 3 2/74 0 11 IBM 360 MPX/SEL CHANNEL "TO UNIBUS IN H950, ~30V 50H~ OX11-ee VB DR :5 2/14 0 11 IBM 360 MPX/SEL CHANNEL "TO UNIBUS IN H957, 1"V 60H~ OX11.BO VS DR :5 2/74 0 11 IB M 360 MP)(I SEL eH ANNEI. 'TO UN I BUS IN H957, 230V 'OHi! OX11-BE VB OR :5 2/74 0 11 OEM 0)(11-8A OXll-SF' VB OR :5 2/14 0 11 elEt-l OX11-B13 OX11-BH VB DR 3 2/74 0 11 OEM O)(il-Bt OX11-BJ V9 OR 3 2/14 0 11 OE~ DXil-BO OX11 .. 0A VB DR 3 2/14 0 11 OX11~aA • QJC22-.S, QJC22-AB OX11-eB VB DR 3 2/74 0 11 OX11;BB • QJC2a-.s, QJC22-AB OX11·CC VB DR :5 2/14 0 11 C)(11~BC • QJC2a.!S, QJC22.AB OX11-eo VB DR :5 2114 0 11 OX11;80 + QJC2a-AS, QJC22-AB OX28-A BV css 3 D a NEG !~TERrAeE TO EI.X.S COMPUTER OX30 ... AA BV ess :5 0 8 NEG cec 3200 INTER'ACE 24 81TS OX30-A9 BV ess :3 0 a NEG cec 3600 INTERrACE 4S BITS 0)(30-SA BV CSS 2 0 9, 9/L cec 3200 INTER'ACE 24 BITS OX30-8B BV ess 2 0 9, 9/L cec ~600 INTERFACE 48 BITS OX31-A CV ess 3 0 9, 9/L MUI.Tt-AO LINK TO IBM 360/50 SELECTOR CHANNEL OX38 .. AN CV eSs :5 0 8 NEG CONTROL FOR LINK TO IBM 360 SELECTOR CHANNEL OX36-.I' CV ess :3 D 8 POS CONTAOL FOR LINK TC IBM 360 SE~ECTOR CHANNEL OX3S-K CV ess 3 0 OX3S-AN, -Ar !NTERFACE TO laM 360 SEI.£CTOR CHANNEL OX36-AL CV css :5 D OX3e-AN, .AP, -I< LONG LINE MOOULE SET OXe01-,. JEH \~F' eSs ;5 S11'<. 0 11 INTERFACE TO 8UN~EA-RAMO 2200 SE~IES DATA OISPLAY SYSTeM Een-A I.N :3 B 8 F'AMlI.V ECO PACKAGE TO C~USE KRS TO CLEAR PI.AG £CP01-. SNT AW 3 1/13 e 8POS, 12 ENG CURRICU~UM PACKAGE (101309-A, :1-310, 1oI3~1, 101314," 9COS.-3, 935, 10 800KS), 115V ECP01-e SNT AW :5 1/73 B 8 POS, 12 [CP01.A W ~~09-8 IN PLACE OF H309.A, 230V ECP01 .. C AIoIL, AM :5 8/72 e 8 pes OIGITA~ LOGIC & COMP INT~FC CURRICULUM P~G (ECP01.A W H309.C) £01C1!11AA CF'M :3 2/74 E EOUSYS 100 11/10.NC. BM'92.VA, ~T33;OC, 0011-e, ~~60.CA, QJ901-AB 115V60H! £0101 .. A8 CP~ :5 2/14 e: EOUSYS 100 li/10.NO, BM192-VA, I.T33.00, D011-B, H960.C8, QJ901.AB 230V 50~i £0104-.A CF'M :3 2/74 e: EOUSYS 100 11/40.8A, 0011.a, BM'92-YA, QJ901.AB, 115V 60H~ £0104·AB CF'M 3 2/74 &: EOUSYS 100 11/40 8 88, 0011-a, BM'92-VA, QJ~Ol-AB, 230V 50~l £0201"AA CP1 :3 2/14 E EOUSYS 200 l1El0-NE, QJ921-AN. QJ003-AN, 115V 6eH~ £0201-A8 OF'M 3 2/14 E EOUSYS 200 11~10.Nr, QJ921-AN. QJ003.AN, 230V 5eH~ £0204 .. AA CPoj 3 2/74 E EOUSYS 200 11/40.8C MR11.DB RK41.CE TA11.AA 0011-e QJ~21.AN QJ003.AN ~15V £0204-A8 OF'M 3 2/74 E EOUSYS 200 11/40.80 MRll.0B RK11.0J TAll.AS 0011.9 QJ921.AN QJ003.AN 230V £0251-AA OFM :3 2/14 E EDUSYS 250 E0201 ft AA, H960-0A, M'11~U, QJ925.AN, 115V 60Hi! £0251-A8 OF'M :5 2/74 &: EOUSYS 250 E0201-48, H960-0B, M~11.U, QJ925.AN, 2JOV 'Ololi! £0254 ••• CF'M :5 2/74 E EOUSYS 250 E0204.AA, MM11.U, QJ925.AN, 115V 60H~ £-0254.A8 CP1 :3 2/74 E: EDUSYS 250 E0204.A8, MM11-U, QJ925-AN. 230V 50H~ £OlEe-AA GJ:'9 RI :5 2/74 £ POP8E.AA, KC8.HA, I.T33-0C, H960.8C, 115V 60Hl EOTEe-A8 GJ:)B R I :3 2/74 E POPSE.AB, Kce-HA, ~T33·0C, H960~BO, H722, 230V 'OH~ EorEe-BA G~8 RI 3 2/74 E POP8r.AH, MRe.EC, KMS.E, Tce.EH, LT33.0C, ~960-8C, KOS·HA, 115V 60Hi! Eon:C .. S8 G~B ~I :5 2/74 E: POPSF-AJ MRSREC KMS.E T08.EH LT33.00 H96c-eo H722 KC8.HA 230V 50H~ EO'T'EC-CA Gge RI :3 2/74 E POPSE-AE, Kce-~A, ~T33·CC, 1oI960-8C, 115V 6CH~ EorEe.CB G~B R I 3 2/74 £ PoP8EwAr, Kce.HA, 1.133-00, H960-80. H122, 230V 50Hl EOTE:C .. DA G"B RI :3 2/74 e: POP8E.AE, Kce~HA, MMS.E, KP8~E, KA8-E, KC8.E, BE8.A, Teos, TU56, [ ~T33-0C, H960.BC, 115V 6e~~ Eon:C-08 GPB ~I 3 2/74 E PoPSE.AF, Kce-HA, MM8.E, KPe;E, KAS-E, I EOU52-0B ;;(I-i~ :5 9/.,2 E 8 USER MINI RSTSI 11/40-RB, 2 DOll-A, 230V 50HZ £DlJa"'A AI-iL. 6 3114 9 8/E, QfELP.Ol SOfTWARE & Tr.XT80QKS PCR HIGH SCHOOl. EO, SVS [OU8-31 AHL. 6 3/74 9 EOU10, QPE10·SB EOUSVSTE~ 10 (4K) BASIC TAPE & MANUAL. EDlJ8 .. S2 4HL. 6 3114 9 EOU20, QPE20-SB EOUSTYSTE~ 20 (SK, 1.5 USER) TAPE & MANUAl. [OUS-83 AHl. 6 3114 9 EDU30, QPE30~S8 ~OUSVSTE~ 30 (4K BATCH) EASIC OECK & MANUAl. [OU6 ... 84 AHL. 6 3/74 8 EOU40, QFE40-SB EOUSVSTEM 40 (SVS 20 • 4C) TAPE, OECK, & MANUAl. ECU9C-OA RHM :5 3/73 E 8 USER 11/45 RSTS, 32K, RSll, TU'6, QK05, 1l5V 6CH~ £OU~O"DB RHM :3 3113 E a USER 11/45 RSTS, 32K, RS11, TU'6, RK05, 230V ~CHl £OU90-rA RH~ :5 3/73 e: EOU90.0A POR 16 USERS, 115V 60Hi £DU90-F'B ~HM :5 3/73 E EDU90.08 FOR 16 US~RS, 230V SOHi £OU90"JA ~HM :5 9112 E 32 USER RSTSI 11/45-RA, 2 MP11-I.P, MM11-I.P, RS11, ~K05~AA, 6 0011-A, OB11.A, E H960-0A, 115V 60Ht £OU90"'J8 RIolM :5 9172 e: EDU90.JA EXCEPT 11/45.RB, RS11-A, RK05-BB, H960-CB, 2~OV 50Ht EOU3T-DA RHM 6 3/74 E alE BATCH TERMI PDPeE.BE OKS-EA ope-£A KGa-EA CRe-FA L.T33.0C grEaT.sa 115/60 EOU:3T-OB RHM 6 3/7' e: B/E BATCH TERMI PDP8E-BF OKS-EA OPB-£A KGS-EA CRe-F8 I.T33.0D QrEaT.SB 2301'0 EOUgT·EA RHM :5 9/72 e: 11/40 BATCH TERMI 11/40-0A, KW11-1., KG11"A, DP11~DA, CR11. 0011.A, E: QJC26.AB, 115V 60~i £oU8T .. e:8 RHM 3 9/72 E: EDUBT.EA EXCEPT 11/40.CB, CR11·A, 230V 50H~ EoIJCFI-AA ~HM :5 9112 E COMMUNICATION PACKAGEI KG11.A, O~11-0A. QJC26-AS [OUF'B .. AA RHM :3 3113 E EDUSYS ~ORTEI EDU25~SA W rpP12-A'. RTPS rORTRAN ~, 115V 60Hi ED'·)rA-A8 RHM :5 3113 E EDUSVS 'ORTEI EDU25~S8 W PPP12-AP, RTPS rORTRAN ., 230V 50Hi E:oUL.P .. Cl RHM :5 9112 E L.OGIC AND INTERF'ACfNG ~EARNING KIT E:0IJR1 .. AA RHM :5 3113 £ 8K 05/8 SYSTEM W OECTAPE, 115Y 60~~ E:OUR1 .. AB RHM :5 3/73 £ 8K 05/8 SVSTEM W OECTAPE, 2JOV 'O~l EOUR2 .. AA RHH :5 3/73 e: EDUR1.AA W 12K MEM, LOADER. I.S6, 115V 60~t EOUR2-A8 RHM :3 3/73 E: EDUR1~Aa w 12K MEM~ LOADER. L.S~, 2JCV 50Mi EOUR.,-AA RHM :5 3/73 E EOUR1-AA W DECTAPE & DP3~.OP, 115V 60Hl e:OUR.,-A8 RHM :5 3/73 E EDUR1.AB W DECTAPE & DP32.Ep, 230V 50Hl [OURS-AA RHM :5 3/13 e: EDUR1-AA W 12K. Lsa, RPoa, RS08. 115v 60~t EoURS.A8 RHM :3 3/73 £ EDUR1.AS W 12K. Lsa, RPoe, RSOS." 230V 50~t E:M12 SNT RI 5 3111 E 12 ~EMORY PANEL. & MCDU~ES EF»12 SNT AWRI 5 3/71 E: 12 PROCESSOR PANE~ a ~ODUI.ES F'Kl1-A BR 4 6113 0 11 ~2 KEYS 4 ~IGHTS F'Mil-ue 8D V8 :5 10/73 B 11/40 101154 & HARNESSES POR 2 MP11-U rIE~D AeC~CN ~OR 01.0 11/40 F'F»11-S 80 L.BH 3 1172 E KB11-A F'I.0ATING POINT (23 + 90FC55 ... 9) PROCESSOR F'F»15 I;:RK 4 5/71 £ 15 MEM BUS ~1.0ATING POINl (21.9 OR 36.18) OR COUBLE PRECISION PROCESSOR F'F»P12-AB S'lT ~I 5 1/73 £ 8 pos PLOATING POINT 24.12 OR OOUBL.E PRECISION PROC SP rOR 60.12 F'PP12",AE SNT RI 5 1/13 &: FPP12.AB. -AN, ~AP ~COULE SET TO EXPAND TO 60 • 12 F'F» P 12.AN SNT RI 5 1/73 E: a NEG FI.OATING POINT 24.12 OR COUBLE PRESCIS!ON PROC SP rOR 60.12 F'F»F'12 ... AP SNT RI 5 1/73 E 12 PL.OATING POINT ~4.12 OR DOUBLE PRECISION PROC SP POR 60.~2 F'PP12.8 SNT RI 6 10/72 e: a POS rLOATING POINT (24*12) OR COUBI.E PRECISION PROCESSOR F'PP12 .. N SNT RI 6 10/72 E 8 NEG fl.OATING POINT (24.12) OR DOUBLE PRECISION PROCESSOR P'F»P12 ... P S\lT RI 6 10/72 E 12 'LOATING POINT (24.12) OR CaUBLE PRECISION PROCESSOR GCG10 ... A JEH SPRY css :5 10/72 I. 10 1/0 • epl0 OR OM10 INTRPC POR GOULD ELECTRQST.T!C PRNTR 4800 W C~4R GEN GM11-A GPB 6 10/72 e: GAMMA 11, PDP11 BK RK05-AA AA1; •• -0. VT01B.AANC11-A CU-4 GM11-C 1~5V 60~1 GM11 ... a GPB 6 10/72 £' GAMMA 1~1 PDP11 8K RK05.BB AA11-A -OB VT01S-AO Nell.A CU-4 GM11-C 2~OY ;OHI GM11 .. C aps 6 3173 B GM11-A, GM11-B 'AB PARTS & COSMETICS rOR GM11-A, .B GM11-e QPB 6 3/73 e GM11-A, GM11-B OM11;C W NO END PANE~S OR SCOPE SHROUO GM11-E GP8 3 4173 9 11/40 PROC CAB GAMMA 11 COL.OR KIT GM11-F' (iPS 3 4/73 B 11 OPTION CAB GAMMA 11 COI.OR KIT GM11';'HA GPe :5 12/13 E GAMMA BIO.MED, 11~40.8C, KW11- P, AA11-0A. AA11 ••• BA 61., yT01-A, NC~~-A, ~ODEI.. E"iG DESIGN PROO MFGR STATUS CATEGORY USED ON OESC~IPTION NO MGR ENGR ENGR AReA MO/yR r 2 ~K05K·l1, PCll. RK11-DE, 0011-9, GM11~!. BMi1-F, CU4, BM192.VB, QJ?20-AB, 115V60~i GM11 ... H8 CPB 3 12/73 £ GAMMA Bl0-MEDr 111.40.BD, KW11~P,AA11.0B, 4Al1.A, 8A614, VT01- A, NC1~-., E 2 RK05K"l1. PC11-A, ~722, RK11-0J, D011-e, GM11~!, 8Mll-F, CU4, 8M792-YB, QJ72 0 -AB, "230V50~~ GM11 ... KA CPS 3 12/73 B GM11-H OAMM4 11 CO~OR KIT FOR GM11-H GM11 ... K8 CPS 3 12/73 9 VT01-A SCOPE SHROUD KIT FCR VT01.A GM11"'JA GPS 3 t2/73 8 11 GAMMA 11 OPTION KITI AA1~~OA A411.A 9A614 vTC1-A NCll-. GM11.KB ~15V60 GM11·JB C;PS 3 12/73 8 11 GAMMA 11 OPTION KIT. AA11.08 A411~A 9A614 VTC1-A NCll-A GM11-KB 230V§O GP10 KE 5 B 10 GP10.M • GP10-1. GPi0-A KE 5 B 10 ~Pl0;MA • GP10-~ GP10-1.. KE 5 B 10 1/0 INTERfACE ~OGIC GP10.M KE 5 8 10 tIC OAB W POWER a POWER CONTRO~, 115V 60H! GP10 ... MA KE 5 B 10 50 Ha GP10-M GPAOl RVN MOO 5 3/72 0 RTM GEN~RA~ PURPnSE AR!TH UNIT MODU~E SET, 16 BITS GPA01-A RVN MOO 5 3/72 0 RTM 12 81T CPAOl GP~Ol .. 8 RVN MOD 5 3/72 0 RTM e BIT GPAOl GTi.5"I..A LG LH 3 5/72 v 15 INTERACTIVE GRAP~ICS STATION VT15.A VV15 VTO'-SA y~04 115V ~O~i GT15-LB I.e; LH 3 5/72 V 15 INTERACTIVE GRAPHICS STATION yTl'.A VY15 VT07-BB V~04 230y 50~i GT15·SA 1..0 I.H 3 5/72 V 1, INTERACTIVE GRAPHICS STATIO~ VT1;.A VV15 VT04-A V~94 115V 6QHi GT15 .. SB 1.0 LH 3 5/72 v 15 INTERACTIVE GRAPHICS STATION VT15-A VV15 VT04.e VI..04 230V 50~i GT40 I.~ loll.. 4 6/73 V ASYNC ASCII UP TO 9600 BAUD INTERACTIVE GRAP~IeS TERMINA~ S~RIES GT40"AA LIooj HI. 4 6113 V DITTO VT 4 0-AA, 37', VR14.~C, ~~4C, 0~11_E, 115V GT40"AR 1..101 HI.. 4 8/73 V DITTO VT 4 0"AB, 375. VR14-LO, ~~4C, 0~11.E, 230V GT40·.AC 1..101 ~1.. 4 8/73 V DITTO VT40-AA, 3'5. VR14-LC, ~T33-0C, 01.11"E, 115V 60H2 GT40 .. AO I..~ HI. 4 8/73 V DITTO VT 4 0-AB, 315, VR14.LO, ~T33-DD, O~11.E( 230V 50H2 GT40 .. AE 1..101 HI.. 4 8/73 V DITTO VT40-AA, 375, VR14.I.C, I..A3C~CA, DI.11-E, 115V 60H2 GT40.U· Liol loll. 4 8/73 V DITTO VT40~A8, 315, VR14-1.0, ~.3C-CO, 0~11-E, 230V 50~! GT40·8A 1..101 HI.. 4 8113 V DITTO VT40-SA, 3". VR14-~C, L~4C. D~11-E, 115V Gi40 .. SB I..io! HI. 4 8/73 V DITTO VT40-BB, 315, VR14-LO, ~~4C, D~11.£, 23.0V GT40·SC L~ ~1. 4 8/73 V DITTO VT40-BA, 375, VR14.~C, ~T33.DC, O~11.E, 115V 60H~ Gi4C .. SD L~ HI.. 4 8113 V DITTO VT40-BB, 375. VR14.~O, I..T33-0D, DL11 8 E, 230V 50H! GT40.S£ Llol loll.. 4 8/73 V DITTO VT 4 0-BA, 315, VR14-LC, 1.430-CA, D~11~E, 115V 60Hl GT40,.BF' l.~ HI.. 4 8/73 V DITTO VT AO-S8, 315, VR14_LO. L430-CD, 01.11~E, 230V 50H~ Gi42"AA 1.101 I.H 3 1/74 E GRAPHICS DISP TERMI 11/10-NC VT11 L~40 C011 H967.XK 01.11·E VR17·~C FOCAL_Gi !15Y60 Gi42 .. A8 L~ I.H 3 1/74 £ GRAPHICS OISP TERMl 11/10-NO Vi1i LK 40 CD11 H967.KL OL11.E VR17.~0 FOCAL.GT 230Y50 GT42 .. AC I.H 3 2/74 E GRAPHICS O!SPLAY TERMINAL. GT42-AA. LT33.0C, NO ~K40, 115V 60~~ GT42 .. AD I.H 3 2/74 E GRAPHICS OISPLAY TERMINALI GT42.A8, LT33.DO, NO ~K40, 230V SOH! Gi42·,U: 1.101 3 2/14 ~ GRAPHICS DISPLAY TERMINAl..' GT42-AA, LAJO.CA, NO I.K40, 115y ~O~~ Gj42 ... AF' LH 3 2/74 E GRAPHICS DISPLAY TERMINAL' GT42-AS, I..A~C.CC, NO I.K40, 230y 'OH~ GT44 .. AA I.~ JE 3 12/73 E GRAPHICS SYSTEM, 11/40-CU, V~17-~C, QJOC3-AE, QJ920 w AE. 115V 60~~ Gi44 .. A8 I..~ JE 3 1/74 E G~APHICS SYSiEM. 11/40-CV, V~17.~C, QJOC3.AE, QJ920-AE, 230V 50Hi r;T44 .. fH ' Llol JE 3 12/73 £ GT44 .. AA, TU10e-EA, 115V 60~i Gi 44 ... B8 L~ JE 3 12/73 E GT44-AB, TU10B-EO, 230V ;O~~ IoIT32 GS 3 DF'32 \.jEAO TESTER IAAll"AA RS IPG 3 9/73 A UDCll MU~TI.RANG£ A/O CONVERTEA W. SCREW TERMS, (A0 0 1, A002, BC400-6) lAA11 .. 8A RS IPG :3 9/73 A UDCll D/A CONVERTER fOR 0 TO t1CV, SCREW TERMS (.633, A233, BC40C-6) lAA11-88 RS IPG 3 9/73 A UDCll Q/A CONVERTER fOR .l TO .5v, SCREW TERMS (.633, A2~4, BC40C-6) IAA11-8C RS IPG 3 9/73 4 UDCll D/A CONVERTER rOR 4 TO ZC MA, SCREW T~RMS (A633, A235, BC40C w6) IAA11-80 ~s tPG 3 9113 A UDCll O/A CONV~RTE~ POR 10 TO 5C MA, SCREW TER~I~A~S (A633, A236, BC40C.6, IAAS ... AA RS IPG 3 9/73 A UQC6 MULTl.RA~GE AIO CONVERTER w SCREW TERMS (AC01, A002, BC40C.6) 1'"A3 .. 6A RS rPG 3 9/73 A UDC8 D/A CONV~RTER paR 0 TO t1CV. SCREw TERMI~ALS (A633, A233, BC40C-6) IAA8-8~ RS IPG 3 9113 A UDC8 O/A CONVERTER FOR +1 TO .5V, SCREW TERMS (4633, A234, BC40C-6) "10nEI.. DES I G~ PR;lD MfGR STATUS CATEGORY USED ON CESCIltIPTION 52 NO ENGR ENGR A.REA MO/YR IAA8-8C RS F'E IPG :3 9173 A UDC8 DIA CONVERTER FOR 4 TO 2C "1A, SCREW TERMS (A633, A235, 9C400-6) IAA8-8D RS F'E IPG :5 9113 A UDce DIA CONVERTER rOR 10 TO 'C MA, SCREW TER~I~A~S (A633, A236, 80400.6) IOA11-AA RS ;E IPG :5 9173 8 UDC11 CONTACT SENSE W ISO~ATEO PW.R & SCREW TER~S (W?41. W400, BC40C-6) IOA11.,A8 RS F'E IPG :5 9113 B UDCll CONTACT SENSe: w HI-~EVE~ ~C/OC PWR & SCREW TERMS (W141 W410 9C40C_6) IO~11 .. BA RS F'E IPG '3 9113 8 UDCll CONTACT INTERRUPT W ISO~ATEO PWR • SCREW TERMS (W743, W400, 8C40e.6) IOA11-B8 RS F'E IPG :5 9173 B UDCll CONTACT INTRPT W Hl.~EVEL ACIDC PWR, SCREW TERMS (W74~ W410 9C40C.6) IOA11-CA RS I='E IPG 3 9113 B UDCll 110 COUNTER w SCREW TERMI~A~S (W?34, W40C, 8C40C-6) tOAll"!:)A RS F'E IPG :5 9/73 8 UDell SO~IO STATE AC/DC ORIVER, ISO~ATED, SCAE~ TERMS (MCSl W400 8C40C.6) IOA11.EA RS F'E IPG :3 9173 9 UDCll rr DC DRIVER W SO~lD STATE COMM • SCREW TERMS (M6e'. W400. BC40C-6)· ICAll,,""A RS F'E IPG :5 9113 a UDCll S5 DRIVE~ W SO~IO STATE eCMM • SCREW TER~S (M687, W400, BC400.6) rCAll-GA RS F'E IPG :3 9/73 9 UDCll ~ATCHING RELAY OUTPUT W tSO~'T£D PWR SCRE~ TERMS (MS03 W400 8040C.6) rOAll .. HA RS F'E IPG 3 9113 B UOCll rr RE~AY OUTPUT W ISO~ATEC PWR, SCREW TE~MS (MS05, W400, B0400-6) IDA11-JA RS F'E IPG 3 9113 e UDell S5 RELAY OUTPUT W ISOLATEC PWR, SCREW TE~MS (M807, W400, BC~OC-6) tOA8 .. AA RS F'E IPG 3 9173 B uoca CONTACT SINSE W %SO~ATEC PWR, SCREW TERMS (W?40, W400, 9C40C-6) IOA8 .. A8 RS F"E IPG '3 9173 8 UOCS CONTACT SENSE W HI~~EV~~Ae/OC PWR, SCRE~ TERMS (W740, W410 BC40C •• ) IOA8 .. 8A RS r:'E IPG '3 9/73 B UDCe CONTACT INTERRUPT W ISOL.TED PWR, SCREW TERMS (W142, W400, B040C-6) IOA8-B8 RS F'E IPG '3 9113 8 UOCS CONTACT INTRPT W ~l-LEVEL AC/DC PWR, SCREW TERMS (W742 W410 BC40C~6) IOAS·CA RS F'E fPC :3 9/73 a UOCS 110 COUNTER W SCREW TERMINALS (W?34, W40C, 8C40C-6) IOA8·0A RS F'E IPG '3 9/73 8 UOCS SOLIC STATE AC/OC DRIVER, ISOLATEO. SCREk TERMS (M681 W400, 8C40Ci6, IOA6·EA RS I"E IPG 3 9/73 9 uoce ~p DC ORIVER W SOLID STATE COMM, SCREW TER~S (M6S4, W400, 9C40C.6) IOAS .. FA RS r:'E IPG 3 9/73 9 UDce SS DRIVER W SOLIC STATE eOMM. SCREW TEMMS (M686, W400, 8C400-6) tOA8-GA RS r:'E IPG :3 9113 8 UOC8 LATCH RELAY CUTPUT W ISOLATEO PWR, SCRew TERMS (M802, W400, 9C40Ci6) 10AS.HA RS r:'E IPG 3 9/73 B UDce FLIP FLOP RELAY OUT~UT W ISO~ATEO PWR, SeR TMS (Me04, W400, 90400.6, rOAS .. JA RS r:'E IPG 3 9113 B UDce SS RE~Ay OUTPUT W ISO~AT£C PWR. SCREW TERMS (M806, W400, BC~OC-6) rOC11-AA RS r:'E IPG 2 4/73 E: IND DATA AQUISITION BASE SYSI 11/10.AC, !~OC11, H964-EA, 11§Y IOC11-A8 RS I"E IPG 2 4/73 £ INO DATA AQUISITtoN 9ASE SYS. 11/10.AD, ,~CC11, H964.EB, a30Y IOC·3 • .4A RS F'E IPG 5 5/73 E I NO DATA AQU t SIT ION 8ASE SYS t pops, .AE. 'LOCS-P, H964.EA, 1l..5y 10CS-AS RS F'E IPG 5 5/73 E INC DATA AQUISITION BASE SYS. POPS~.Ar. luoce-p, H964-EB, 230Y 10ca·CA RS F'E IPG :5 6173 £ IOCS-AA • Toe-EM, LT3~·oe, Q090.AC, 115V 6CH~ IOC8-CB RS F'E IPG 3 6/73 E: IOCS-.8 • Toe-EM, LT3~·CO, Q090-AC, 230V 5CH~ toea-OA RS F'E fPC 2 12/73 E POPSE •• E MMe-EJ RKa-EA TA8-4A uoee.p OKS-EA KAS-E ~960.9A H964-EA ~15Y60Hi !OCS-OB RS F'E IPG 2 12/73 e: PDPeEiAP MMe-EJ RK8-EO TA8-48 ucee.p OK8-EA KAS-E ~960-BB H964-E8 230Y50HI IN011-SA RS F'E IPC 3 11/73 e: 11£0'.8A, 115V 6CHl INOll·eB RS F'E IPG 3 11/13 e: 11£0'-99, 230y 5CH! INOAc-e2 ~S 6 a/74 Q JAH01-A DE :5 11/73 J INTROOUCTION TO LOGIC COURSE JAH03-A DE :5 5173 J POP16/M PROGRAMMING & MA!NTENANCE COURSE JAH04-A DE :5 11/13 J VT05 & CENTRONICS 101. lOlA JAH05-A DE 3 11/73 J LA30 & PC05 COUSE JAH06-A DE :s 11/13 J ASR33 & PCOS COU~SE JAH07-A DE :5 11/73 J L!NE PRINTER ce & 11) COURSE JAS01-A DE :5 5173 J PORTRAN 4 COURSE JAS02-A DE 6 11/73 J INTQOOUCTORY PROGRAMM!NGCOU~SE JAS02·S DE :5 11/73 J INTRO PROGRA~ ON THE POP! COURSE JAS03 .. A DE :5 11/73 J - MINICOMPUTERS ro~ MANAGERS. COURSE JAS04·A DE :5 11/73 J INTRODUCTION TO MINICOM~UT[RS, COURSE JBS01-A DE :5 5173 J COMMERICAL PROGRAMMING CONCEPTS eOURSE JBS02-A DE 3 5/73 J COS.300 OPERATOR COURSE JBS03-A DE :3 5/73 J • COS-JOO MANAGEMENT COURSE JBS04-A DE :5 5/73 J COMMERCIAL OPERATING SY5.300 COURSE JBS05-A DE :5 5/7:5 J MUMPS.11 rOR DATA MANAGEMENT COURSE JBS06-A DE :5 5/13 J COMMERCIA~ OPERATING 5Y5.500 COURSE JF'H01-A DE :5 5113 J TYPESET.8 DIAGNOSTIC COURSE MODEL ENG DESIGN PROD MF'GR STATUS CATEGORY USED ON OESCRIPTION NO MGR ENGR ENGR AREA MO/YR JF'1oI02-A DE :5 5173 J POPS/E. Sir, 81M ~AMI~Y AND !NTERFACE QO~RSE JF'I-IC3-A DE 6 11/73 J POP8/E. SIr., 81M HAPOWARE ~AMl~IAR!ATION A~o MAINTENANCE COURSE JGIoIO:5-S DE :5 11/73 J POP8/E. r, M HAROWARE & MAINTENANce COURSE JrH04-A DE :.5 5173 J POP8/E. Sir, 81M OPTIONS MAINTENANCE COURSE JF'1oI0r;-A DE 6 11/73 J POPS/E. B/F, 81M OtCTAPE MAINTENANCE. E.E COURSE J~H05"B OE :.5 11/73 J POP8/E, elF, 81M OECTAPE MAINTENANCE COURSE JFH06-A DE: :5 5173 J POP8/1 HARDWARE COU~SE JF'H07-A DE 3 5/73 J POP8/~ ~AROWARE COURSE JF'I-IOS.A DE 6 11/73 J PoPS/I. e/~ SYSTEMS MAINTENANCE COURSE JF'1oI09-. DE 3 5173 J INTERPACING THE popalE, S/', 81M COURSE JF'I·HO .. A DE ::s 5/73 J RK8.E PACK MAINTENANCE COURSE JF'l-Il1"'A DE ::5 3/74 J PoP8/~. 8/1 ~AROWARE COU~SE JF'H12 .. A DE 3 11/73 J PoP8/1, 8/~ SYSTEM MAINTENANCE COURSE JF'H14-A DE :3 11/13 J OP32 DISK MAINTENANCE COURSE JF'SC1-A DE :5 5173 J POP8 PAPER TAPE SOPTWARE (A) COURSE JF'SOl"'B DE :5 Sl13 J POP8 PAPER TAPE SOPTWARE (5) COURSE JF'S02-A DE 6 11/73 J OS/8 SOFTWARE CA) COURSE JF'S02.8 DE 3 5173 J OS/8 SOFTWAR~ (S) COURSE JrS03-A DE :.5 11/73 J PROGRAMMING THE POPS, COURSE JF'S04·A DE :.5 11/13 J OS/8 sorTWAR~ EXTENSION, COUASE JF'S05"A DE 3 5173 J POPS CASSETTE OPERATING COURSE JF'S06"A DE :5 11/13 J INDUSTRIA~ BASIC, COURSE JHS01-A DE ~ 5173 J DEC SYSTEM~10 MONITOR COURSE JHS02·A DE :5 5113 J DEC SVSTEM~10 TIMES~ARING USERS COURSE JHS02-e DE 3 11/73 J DEOSYSTEM~10 TIMES~ARING USE~S COURSE JHSO:5·A DE '3 5173 J DEC SYSTEM,.10 ASSEM8~ Y L,4NGUAGE PROGRAM 'COWRSE JHSC4"'A DE :5 5/73 J DEO SYSTEM~10 PERrORMANC! .NA~YSIS COURSE JHSOS .. A OE '3 11/73 J DECSYSTEM.l0 ADMINISTRATION COURSE JJH01 .. A IJE :5 5173 J PDP11/20 HARDWARE COURSE JJH02·A OE :3 5/73 J KE11 EAE WITH PC11 COURSE JJI-I03 .. A DE :3 5/73 J TC11/TU56 OECT.PE MAINTENANCE COURSE JJH04 .. A DE :3 11/73 J RPll/RS11 DISK MAINTENANCE C~URSE JJIoIOS .. A DE :5 5173 J TM11/TU10 MAGTAPE MAINTE~ANC£ COURSE JJH06 .. A DE :5 5/73 J RK11·C/R~05 OISK PACK COURSE JJH06-S DE :5 5/73 J RK11-o. -E/RK05 DISK PACK MAINTENANCE CO~RSE JJH07-A DE :5 5/73 J PDP11/20 PROCESSOR DIAGNOSTICS & ADJUSTMENTS COURSE JJIoIOa-A DE :3 5/73 J INTERPACING THE PC P11 COURSE JJH09-A DE :5 5/73 J RC11/RS64 DISK MAINTENANCE COURSE JJH10-A DE :5 11/73 J PDP11/20 HARDWARE SPECIAL COURSE JJH11-A DE :5 11/73 J OPTIONAL RK11.C £XTENTI0~. COURSE JJI-I12-A DE :3 11/73 J RP11-C, RP03 DISK OOURSE JJH14 .. A DE :3 11/73 J OPTIONAL RK09 EXTENSION, COURSE JJS01 .. A DE :5 5173 J INTRODUCTION TO THE PC P11, COURSE JJS02-A r:lE 3 5113 J POP11 PAPER TAPE SOFT~ARe CAl COURSE JJS02 .. S OE :5 5/73 J PDP11 PAPER TAPE SOPTWARE CS) COURSE JjS03-A OE :5 5/13 J PROGRAMMING THE POPl1, COURSE JJS04 .. A DE 6 11/73 J POPll DISK OPERATING SYSTEM COOS) COURSE JJS04-S DE 3 5173 J PDP11 DISK SySTEM SOFTWARE (oSS) COURSE JJSOS .. A DE 6 11/73 J COMTEX-l1 2760 ETAP COMM ORIENTED M.U~TITE~MINA~ EXEC COURSE JJSOS"8 DE 6 11/73 J COMTEX-l1 2848 ETAP COMM ORIENTED MU~Tl TE~MINA~ EXEC COURSE JJ~05~C DE :3 11/73 J POP11 DOS, CCMTEX, COURS£ JJSC6 .. A DE '3 5/73 J PDP11 RESOURCE TIMESHARING SYSTEM. SOFTWARE COURSE JJS07-A OE ::5 5/73 J PDP11 REAL TIME EXECUTIVE SOfTWARE (RS~.11C/B) COURSE JJSC~ .. A DE 3 5/73 J PDP11 CASSETTE OPERATING SYSTEM COURSE JJS09-A :::E 3 5/13 J PDP11 REAL TIME OPERATING SySTEM COURSE MODEL E:~G DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 54 ND MGR £NG"< ENGR AREA MO/yR JJS10 .. A DE 6 11/73 J PDP11 REAL. TIME EXECUTIVE (R5X·l1A) COURSE JJS111!!A. DE :5 5173 J DOS GRADUATE SCHOOL. JJS12 •• DE :3 5113 J RSTS USER'S COURSE JJS1.41!!A DE: 3 5113 J RSTS SYSTEM MANAGERS COURSE JJS15 .. A DE :5 11/73 J POPi1 RSTS/E SYSTEM MANAGER, ADVANCED CO~RSE JJS16-A. DE :5 11/73 J PCPll RSTS/E UPDATE, COU~SE JJS17-A DE :3 11/73 J PDP1i DISK OP USER~ Sys (DOS) COURSE JJS1S Ilt • DE 3 11/13 J PDP11 PAPER TAPE USERS COURSE JJ~19I!!A DE :3 11/73 J PDP11 rUNDAMENTAL.S & INSTRUCTION, COURSE JK~Ol"A DE :5 5173 J PDP12 IoIARDWARE COURSE JI I KAR16 JI.E 4 8111 I< 16 GENERAl. ~URPOSE ARIT~METIC UNIT REGISTERS M1301 K801-A RR ~ I< 8 SERIAl. TO PARAI.I.EI. 8UFrER I I(P10 ~R nAS 3 3114 I( KA10 POWER rAIL. & RESTART KP11-A CMD 4 8/71 I( KC11 POWER FAIL & AUTC RESTART KP12 S~T rq 5 I< 12 POWER FAIL OPTIO~ w AUTO START I(P15 F'A 5 I( 15 PROCtSSOR AND I/C KP15-A F'A 3 K 15 PROC & 1/0 W SEP MEM BUS 'OR EACH KP10 RR 6 I( 7.A POWER FAIL OP'IO~ W AUTO RESTART KPe-E LoN 5 10/71 I< elE: POWER f"AIL & AUT.C RESTART I(pe-I RR 5 I( 8/1 POWER FAIL OP Kpe-L. RR TPL 5 K 8/1.. 'CWE~ FAIL OET OF KR01 RR TPL 5 K 8 AUTO RESTART OPTIO~ KR08 ElV CSS 6 I( 8 AUTO PROGRAM RECCVERY (ARO·S) KR09 BV ess 6 K 9 AUTO PROGRAM RECCVERY CARO-9) KR19 8G ess 6 K 9, 9/1.. ;(R09 WITH API I(S11 BMW CSS 2 7171 I( 11/20 MEM PROTECT & REL.OCATE KSM16 JLE 3 9172 I( 161M SERYICE MODULE (~7~35) I