Options_and_Modules_List_197312 Options And Modules List 197312
Options_and_Modules_List_197312 Options_and_Modules_List_197312
User Manual: Options_and_Modules_List_197312
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OPTION LIST
PAGES 1-101
MODULE LIST
PAGfi:$ 102-173
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OPTION DESIGNATION LIST DEC 5, 1973
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SSSSS
S
S
1
T
T
T
SSS&
I
S
I
S
I
TTTTTTT
5S8SB
STATUS 1 AND 7 OPTIONS ELIMINATED
T
T
T
D~K BEST
THIS IS A LIST OF DESIGNATIONS AND NAMES OF EQUIPMENT WHICH HAS BEEN, IS, OR MAY 8E AVAILABLE FOR SALE BY
OPTIONS ARE SORTED BY MODEL NUMBER,
D~C.
THE
THE MODEL NUMBER HAS BEEN PLACED IN THE SPACE AVAtLABLE FOR IT IN THE ACCOUNTING FORMAT, THIS SPACE CONsISTS OF A MAIN 5
CHARACTER FIELD FOLLOWED BY A 2.CHARACT~R "VARIATION" FIE~D, A DASH SEPARATES THE TWO fIELDS, WHlLg THt MAIN NUMBER
IS RIGHT JUSTIfIED AND THE VARIATION 15 LEFT JUSTIFIED. IN GENERAL, OLD MODEL NUMBERS CONTAIN NO LETTERS IN TH~ MA1N
FIELD WHtL~ NEW MODEL NUMBERS CONTAIN 2 LETTERS FOLLOWED BY 2 NUMBERS, THE INITIAL LETTER IN THE MAIN fIELD GEN~RA~L~ IS
THE SAME AS THE CATEGORY. EXCEPTIONS TO THIS ARE COMPUTERS, LISTED IN CATEGORY E.
THE MODEL NUMSER FOR A TESTER USES THE SAME CH~RACTERS IN THE MAIN FIELD AS DOES THE OPTION FOR WHICH IT IS DE81GNED, WITH
THE FIRST CHARACTER IN THE VARIATION FIELD BEING ~T". FOR EXAMPLE, 2 liSTERS FOR THE RP01-A MIGHT BE NAMED RP01-1A AND
RPOl e T8. SUCH TESTER NUM8ERS ARE NOT LISTED HERE. THEY ARE CONTROLLED BY DRAFTING.
THE "USED ON" COLUMN REFERS TO THE OPTIONS OR COMPUTERS TO WHICH THE ITEM IN QUESTION MAY BE CONNECTED,
THE "ENG MGR" IS THE ENGINEERING MANAGER WHO HAS THE FINAL RESPONSIBILITY FOR THE DEVICE.
THE "MANUFACTURING AREA" IS THE GROUP THAT MANU"ACTURES THE DEVICEa
COM = PDP11 COMMUNICATIONS F. A. T., ~ESTMINSTER
CON = CONTROL SYSTEMS
CSS = SPECIAL SYSTEMS, PARKER ST
DAS = DEC SYSTEM 10 ADVANCED SYSTEMS
IPG = INDUSTRIAL PRODUCTS, MA~NARD
LVP = LOW VOLUMN P~ODUCTION, PARKER ST
MAY = MAYNARD, THOMPSON ST,
PL = PROGRAM LIBRARY
SSAU = SPECIAL SYSTEMS, AUSTRALIA
SSCAL = SPECIAL SYSTEMS, CALIFORNIA
SSCAN = SPECIAL SYSTEMS, CANADA
BSCH = SPECIAL SYSTEMS, CHICAGO
SSMU = SPECIAL SYSTEMS, MUNICH
SSUK = SPECIAL SYSTEMS, ENGLAND
TPL = TRADITIONAL PRODUCTS
WF = WESTFIELD
WM = WESTMINSTER
THE "DESIGN ENGINEER" HAS DESiGN RESPONSIBILITY FOR THE
HANDLED BY THE PRODUCTION ENGINEER.
DEV1C~,
AND IS
AVAl~AiLE
TO
HE~P ~OLVE PROB~EMS
THE "p~ODUeTION ENGINEER" DETERMINES TM~ METHOD or MANUfACTURt AND BUILDS THE PILOT RUN,
HE IS ALSO AVAILABLE TO IOLV! PROBLEMS wITH THE DEVICE THAT THE PRODUCTION LINE CANNOT SOLVE,
THAT CANNUT 8E
THE "STATUS" CODE IS AS FOLLOWS.
1*: UNANNOUNCED
2 = IN DESIGN AND ANNOUNCED
1 = CUSTOM BUILT
4
RELEASED TO BUILD
=
=
•=
5
RELEASED TO PRODUCTION
6 : OBSOLETE, BUT CAN STILL BE CUSTOM BUILT
7
a6S0L~T~ AND CANNOT B~ BUILl
NO OPTION, bUT A SERI~S NAME
=
"MO/YR" RECORDS THE MONTH AND YEAR OF THE LATEST CHANGE IN STATUS OR UESCRIPTION ON THAT LINE
THOSE ITEMS WITH STATUS 1 AND 7 ARE NOT INCLUDED IN THE GENtRALLY DISTRI6UTED LIST SINCE STATUS 1 AND 7 ITEMS ARE
COMPANy CONFIDENTIAL. COMPLETE LISTS HAVE BEEN SENT TO THE fOLLOWING PEOPLE;
ANDY KNOWLES
STAN OLSEN
WIN HINDLE
PETE KAUFMANN
808 LANE:
MONTHLY UPDATED COMPLETE LISTS ARE SENT TO THE fOLLOWING PEOPLE.
aOB ASPELL 5 .. 2
GINGER CARROLL (2)
AL pfyFP"ER 4",4
FRANK CASSIDY 1.5
BILL CUMMINS 21-4
ANN WOOD 4.4
PETER BRIGGS 1~4
JOE MADDEN 4.5
BILL SHAW 5-4
CHUCK BRANNIGAN Wf
AL PETERS PK
BILL HOGAN 5.2
CHARLES FEELEY, IRE
THE "CATEGORY" CODE IS AS FOLLOWS.
A
B
C
D
E
I(
= A~ALOG·DIGITAL·ANALOG
= MISCELLANEOUS
= CARD HANDLING EQUIPMENT
DATA HANOLING EQUIPMENT
= COMPUTERS
=
:
INTERNAL COMPUTgR OpTIONS
= LINE PRINTERS ANO TYPEWRITERS
M MEMORIES (NON9ROTATING)
L
:I
ROGER POTHI~R 5.5
BEV HALLMAN CANADA
KEN RUSS 11!'3
~lM ""
HU(;H PI(
B08 BAILLIE 1.2 (SOFTWARE ONLY) PHIL lAyS 4.5
ROGER MELANSON 5.4
R~NE lHIBAULT 21.J
BRUCE DILLINGHAM wM
JACK HARRIGAN 1.4-M
LORENZO RASILLE 1.4
PAUL Me GAUNN wr
PULSE HEIGHT ANALYSIS EQUIPMENT
=
= PAPgR TAPE EQUIPMENT
Q = PROGRAMS
R = ROTATING MAGNETIC MEMORIES
S = SPARE PARTS
T = MAGNETIC TAPE EQUIPMENT
V = VISUAL READOUT (DISPLAYS)
X = X"Y PLOTTERS
N
P
THERE SHOULD BE AN ENTRY IN EVERY COLUMN FOR EACH ITEM. PLEASE EXAMINE THOSE ITEMS FOR WHICH YOU ARE LISTED AS
DESIGN OR PRODUCTION ENGINEER AND SUPPLr THE MISSING INFORMATION TO OICK BEST OR JUNE PAYNE (X2273).
2
GLOSSARY OF INITIALS
=
=
=
=
AA
A, ADELMON 5~5
AAM=ALEC MUZAR, KANATA
ABW
ANDY WHITE pK1
AC
A, COHAN 5~2
AOt = At DELUCA 5~2
AEH
At HELENIUS 1~2
AEK=ARNIE KORELITZ 1~l
AEW = ART WILLIAMS 1~3
AM = AL HIRSCH 1~4
AHL = DAVE AHL 5~2
AHS
At SHIMER 5~5
AJ
A, JOHNSO~ WM
AJF
A, FARINELLI WM
AJM
JOE MARTIN 5.3
AK
A. KARLSBERG t~4
AKI = AKAVIA KANIEL 5.2
ALB
AL BURNESS 1~4
AM
ALLEN MOWBRAY 5~5
AP
AL PETERS PKl
= CHARLES MEAD 5~5
= D. CHACE 5.2
= CHAO CHI 1.3
= R. CLAYTON 5~2
= AUZ BROOKS 5~1
~MD = CHUCK DEW~Y 21-4
CfM
CM
CHI
CL
CMS
= DAVE THOMA$ 1.5
= D. VONADA 1-2
Dw8 = DAVE BUCKNAM 5.3
DwS = 0, SMELSER 1.5
DY = DON ¥OUNG PKl
DT
DV
PZ=O. ZER~SKI (23) 21-4
EAS = ED SIEGMANN 5.5
1& = ED BRUCKERT 21-4
EC = ED CORELL 1-3
EDS=ED STEINBERGER 5-2
EF = ED FOROE 1.4
EG = E. GIANETTO 1-4
EIA
ENRICO ANCONA PKl
ELIA=R ELIA.SHAOUL 11-2
ELK = E. KENNEY 4-5
ELL = KiN ELLSON 12-3
ELS
ED 5tE~IZ~R 1-3
EM = ED MARTELLO PKl
DC
DAVE CAR~SON PK3
EN ~ EO ~EUMYER 5-a
AR = A. RICKETTS 5~2
E~ CHAMBERS )-5
Dce
DWIGHT BAKER 5-2 EPC
AS
AL SLIZ 1~2
DO
DICK DEV~IN 5-2
ER
E. REEp 5.l
AT
A. TITCOMB 5-5
DOM=DENNIS MACKLIN PKl ERK
EO KING 5.5
ATT
G. ATTERBUR~ 5-5 DE
DONALD ELIAS PK2
ERP
ED PERMQN 5-2
AW = ALAN WALLACK 5-5
E8
ELMER 5I~MON5 1.3
DEB
DAN BOwSER 1:2
BALL = CHRIS BALL 5-3
DEC
DON CROWTHER 5-3 Ew • ED WARGO 5.2
SD = BILL BRUCKERT 5-5 DEG
DAVE GINZLER 5-2 EwB = ERNIE 8AUER 21.3
BO
8, DELAGI 1-2
Df
DlCK FALl S.)
FA = f, AUMANN PKl
SDW
BARRY WEEKS WM
DfP
0, PAVLOCK 12.3
FE = fRANK ~L1A 5.2
BE
BOB EDWARDS SSCAL OG ~ D, GROSS 5.5
Ff
FRANK FORTIN 1-4
BEB
80B STEWART 5-2
OH = 0, HOPKINS PKI
FM = FRANK MOLL~R 5.2
8F8
B. BAILLIE 1.2
DBO
DAN O'URSO l2.l
FMS
F, ~OUVA 21-4
BG
BOB GRAY 1-2
01
0. tVES 1.2
FS
FRED STRAIGHT 3.5
BM
BEV HALLMAN (2) KA DJ
DALE JENSEN 1.3
FSB
FLOYD B~NSON 5.5
BLC=8ERNIE LACROUT~ 5-2 DJA
rw = fFEP WILHELM 5-5
D. ANDERSON 1-2
BLE=BOB EGGERT SSCAL
DJD=D. 01 GIROLAMO 5-2 FZ
FRANK ZERESKI 1-2
8M
BOB MAC LEOD PK
DL=DEMETRIOS LIGNOS 1~4 GBH=G HARRINGTON 12-2 0
BM~ = Boa MULLIN wM
GO = JACK DgL8ROCCO 1-4
OLM
DAVE MURRAY KA
BMP=80R MC PHERSON SSUK DLN = DAVE NELSU~ PK3
GOG
G~RRY GANONG 5.5
BMW = SILL WEISKE PK
DM
0, MURPHY ~.3
GEF
G£D FRIENO 4-3
BN
BERNARD NOLAN 1.4 OMD = DAN DAOOI~CO 12~2 Gf = G. FORD 21.4
SP = B, POULIOT 5.2
OML=O, LITWINETZ 5-5
GfS
GEO SIRUIS 5-5
BPr=B. FITZGERALD 1.2
ON
D. NEVALA (9) 1.4 GG
GORDON GRAHAM 1~4
BQ
BOB QUINN 5-3
GH=GEOPGE HITZ 1.5
00
0. OtCONNOR 1-4
RR
DAVE BRO~N 5.2
DOANE
R, DOANE 5~3
G"L
GEO H LORD 5-2
BRH = BRUCE HANSEN 3-5 DOV
DAVID V~INOT 1-5 GhP
G~O PARTRIDGE 1-3
DP ='DICK PETERSON 1-4 GL
as = H. SIPILA 1-4
GLEN LiAfLOOM KA
8T = B~UCE TARPLEY 5.2 OPR
DAVE RODG~RS 5.3 GO
GEOFf OAOES SSUK
BU = R, BURTON 1.3
OPS=DAVID STRAND ~SCAL GOH
GREG nELTON 21-4
BY
8, VACHON 5-2
GP ~ G. POTIER 1-5
DR ~ R. DIETER 5-3
BWs8 WIGGLESWORTH 5~2
DRES=O, DRESLINSKI PKl GPAP=GARY PAPAZIAN 1-4
BWH = BERNIE HALL 1-2
GPB=G.P. 6UDIANSK¥ wM
DREw
JIM DREW 1-5
CA
R. CADY WM
DRM
DAN MUTNANSKy 1-3 Gs
G. SAVIERS 1-3
eARN=JANICE CARNES 5-2 DRS
GSD=GOVINDA SINGH SSCAL
DON STREET PK1
CAY=CHUCK A YOUSE 1-3
GT
GEO tHlS5ELL 5~5 0
OS
DAVE SAARI 1-4
osL=DAVE LEsLIE 5.2
C8 = A. CAMpBELL NB
CWD
G. OULANEt 5.5
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
CP=CLAUOE PROTEAU 1~5
CR = CHARLES ROMEO 12-2
eRB
CHUCK BLASI 5-1
CU = J, CUDMORE 1~4
CV
c, VALENTINE PKl
CYR
JOHN CYR 5.2
CZ
A. CZAJKOWSKI WM
OA
DAVE ADAMS 5-2
OAL
DON LEwINg 5-5
DAS
D, STACKPOLE 5-3
08 = DICK BRIGGS 5-2
DaR
DAVE REBUS CGy_O
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
3
= H. ADLEMAN 5-)
= HARRY DRAB 1-3
HK = HANK KREJCI 12.2
HL = kERVE ~AVOIE 5-5
HR~ = HAROLD LONG 21.4
HS = H. SHEPHERD 5.2
IB=l. BELLEtTl!RE 1~4
ICF = IAN FALLOwS 5.2
IP = IRA POIELL 5~2
lR = ISAAC RAGWAR 1_4
Ji = JOHN 8~OiM 5-2
JC = JOHN CLARKE S-2
JD = JOHN ORASHER 5~5
Joe = JIM BRAY 1-5
JOL = JOHN LEARSO~ 5-3
JOM = JOH~ 01 MACK 5-2
JE = J. E~S8REE 5.5
HA
HD
GLOSSARY OF INITIALS CONTINUEP
= JOHN HOLMAN PKI ML = MIKE LAW~ENC~ 5-5
= JUDY NICHULS 5-2 MM = JOE Me MULLIN 5-5
JE~ = JOHN ROBERTS 5-3
MOLlS = R, MOLlS 5-2
MOOR = ROD MOORE 3-5
JrB = JIM ,BEATTY 1-2
MORO = ST~VE MORD 5-2
JG = J. GRADY 5-3
JH = JOHN R HESS 1-)
MORRIS=IRA MORRIS 1-4
JJt = J, LARKIN PKt
MS = M. SAMALE PKl
MSB=MIKE BUJNOWSKI PKl
Jk = JOHN KIRK 5-2
JL = JESSE LiPCQN 5~5
MT = MIKE TITELSAUM 5-5
JLE = JOHN EGGERT 5-2
MW=MEL wOOLSEY 5-~
JLH = JERRY HOLMES 4@5 MWS=MARK STECKLAIR 5-2
~JM = JIM MURPHY 12-2 0 NY = N. 'IELD 1-3
JJO = JOE ORLANDO S~2
~R = NELSON ROY 5-3
HS ~ ~ARESH SHAH 5-2
JM = J. MELVIN 5-2
OF : OWEN rISK, KANATA
JO = J. O'LOUGHLIN WM
OM=OLIVER MOBlSSON 5-2
JP = JOHN PRATT 5-2
JRB = JOHN BENTON 5-5
ORR = TOM ORR 1-3
JRP = JIM PROVIDENT 5-5 PAD = PHIL DESpO 6A-2
JS = J. SULLIVAN 12-3
PAJ = P, JENKINS 1-4
JrN = JAY NICHOLS PKt
PC = PETER CHRI~TY 5SUK
JV = J~CK VALENTINE 1.4 PO = p. DURANT 1-5
JW = JACK WILLIAMS 5-3 PDM = PETER MARTIW 5-2
PETERS = AL PETERS MVl
JZ = JOE ZEH 1-4
KA = KEN ADAMETZ 1.2
pre = PETE CONKLIN 5-5
KS = KEN &RABITZ SSCAL
PFM = p. MARTIN 5.J
PG = PAUL GARDNER 5-2
KE = A. KENT 5-5
PH = PHIL MOLME$ PKl
KF = KARL FREY 1.3
PHG = PETER GOROON 5.2
KG = KENT GRIGGS 1-4
KH = KEN HEOBERG 5-2
PJ = p. JANSON 11-2
PJD=~ESGROSEILLIERS 1-4
K6 =ALAN KOTOK 5-5
PK=KOTSCHENREUTHER 5-2
KG = KEN QUINN 21-4
PM = PETE MC LEAN 1-3
KR = ED KRAMER 5-~
KU = VICTOR KU 5-5
PMC = P, MC CARtHY 1.4
LAW = ROGER LAWSON 1-) PMG=PAUL GUGLIELMI 5e5
tBH = LEN HUGHES 1-2
PN = PAUL NELSON 1-3
LC = LARRY CONDON 1-2
PNH = PETER H~LLER 1-3
LCG = L.C, GARDNER 5.5 POT = DAVE POTTER 1.2
PR = p. REISSER SSMU
tD = LENNY DIONNE 5-2
Lf = LARRY FAHEY 5-2
PRO = P DOWNER 5-3
PS = P SCRIVEN ~.~
LG = L. GALE 11.2
PV=P VA~ ROEKENS 12-2
LH = L. HALIO 5-5
LHC = LARRY CONLEy 5.2 PwO = PETER DUKE PKl
PWK = PAUL KELLEY 1-4
LK = LOU KLOTZ 5-2
PWM • PETER MEANS 5~l
LN = L. NARHI 5-2
LO = LINDA OLSEN PKl
RA = R ANTONUCCIO 1-4
LT = LEN TURNER 5~2
RAA = B08 ARMSTRONG 5-5
LW': LARRY WADE 12-2 0 RAC = 80B CORMIER 1-2
MA = M. ARSENAULT 5-2
RB = RAy BALDWIN 1-2
Me = J. MC NAMARA 5.3
RaM = R HURLEY 1.2
MoC = M, CONROY 1-4
R8L = OICK LAWRANCE 1-3
MDL=MIKE D. LEIS 5-3
RBR = BOB REGAN 5.2
MDM=M 0 MORGANSTERN 5-3 RCR = BOB RICHMOND 1-2
MH = MARTIN HALL SSUK
PO = R. DOW 5-5
Ml = J. MILTON 5-3
RE = S08 REID 5-5
JEH
JEN
MJS:MARTY SCHWARTZ 21-4 REM
= R HESSELTINE
1-4
= R ! LEWIS 1-]
NEUBAUER 12-3
RF = ROBERT FITCH 5-2
RrL = R, LARRY 12-3
RtL
TO • 0 TON GEL 1-2
TP = TOM PITMAN 5.2
TS-TOM STOC~E8RAND 5~3
TWE = TOM EGGERS 5.5
RG ~ R GAGN~ S-2
UR = UWE RICHERt, SSMU
RH • BOB HAMEL 1-5
V8=VINCENT BASTIANI 5.3
RhA = BOB ALLEN 1.4
VDB = V BOAEN 1-2
RHM = B08 M~ESE 5-5
we = JILL COATES 1-5
Rl = RUSS IKNAIAN 5.5
W~=N. WELLS 5-2
RJB=R JOHN BARDONE t-l wtK = WALT ~NAPP 3-5
RJM = ROY MOFFA 5-2
Wf • WM rANAZICK PK1
RJMC = 808 Me CLURE 1-4 Wrw = BILL wALSH 5-5
RwS = RON S~TERA 1.2
W~H = BILL HA~Eh 1-5
RJW = R08ERT WO~F1.5
W~ ~ OON WHIT~ 11-2
RL ~. R. LISEE 5e)
WK = W KERAUSCH SSMU
RLD = RATAN DAHR $_5
WL • BILL LONG 5-2
RLM = RUSS MOORE 'Kl
WLS = BILL SIPILA 58 2
W~ = BILL MINOR 1~3
R- = R MAl 1-4
RMC = B08 Me CLUR~. 1-4 WMK ~ W MACKENZIE 8~2
RMO = R. MAC DONALD 1-4 WOB = WILL O'aRIEN PKl
RMM = R, MERRILL 5.3
WR-W. REUBER (5) SSMU
RMO = MARK OLSEN 5.~
WRS = WILLIS SMITH 5-3
RMS =a08 SMITH 5-3
WU = OELMOR~ wu lR2
RH = M RICHES~ON PKI
ww • SILL WALTON S-~
RUTf=ROe ROTTMAYER 1-~ WWO - BILL UWENS l.~
RP = B08 PEYTON 1-)
RPC = RICK CO~eEN 5.5
RR • R. REEO 5.3
RR8 = DICK SENNETT
RRC = RON CARTER 5.5
RS =R. SAVELL 5-2
RTH=RALPH HAMILTON 5-2
RYN=ROB VAN NAAROEN 5-2
RW = REG wETHERALL PKl
Rwl = RAY IMBLUM SSCAL
SA = J. ST AMOUR 1-4
SiRG = w. SERGEANf 1-J
SG = STEVE GROSS 5.3
Su = STEVE JENKINS 5-2
S~ = S. KOZlOL PKI
SKJ= S. ~ACKSON PKI
8M = S, MIKuLsKI 5~2
SNT = S.N, TEICHER 1-3
S~Z = SULTAN ZIA 5-5
SPRY = BILL SPRI PKI
SR = STEVE ROTHMAN 1-2
SRH = STEVE HOLMES 5-5
S5 • SERGE SHAMMAS 5.3
ST=J. STEFANOwICZ PKI
STP = S, T, POMFRET 5-5
su = p. SULLIVAN 5-5
SW = J. SWANSON !.3
SZ=S ZNAMIEROwSKI 5~2
TfF = TOM FAVA 1-3
TM = TOM MI~NiAULt 5-3
R~N=RICH.
1-.
4
MODEL
ENG
NO
MGR
DESIGN
ENGR
10
KE
1040"A
KE
1040.8
-
.
MFGR
ARtA
STATUS
6
K
6
9112 E
6
9112
E
E
f'w
6
."W
6
f'W
6
rw
rw
FW
rw
rw
6
2
2
3/73 E
3/73 E
3/73 E
3/73 E
8/72 E
8/72 E
3/73 E
6
6 3/73 E
) 10/72 E
'3 10/72 E
f'W
FW
It
8172
E
E
l(E
6
KE
1(E
6
Ill!
1060-A
1060.8
1060-GA
1060lll!GB
1060.\lA
1060""'8
1060-5
1070-A
CATEGORY
FW
FW
FW
rw
rw
Fw
FW
8/72
e:
E
E
8/72 E
E
3
8/72 E
3
8/72 E
2
8/72
2
6
6
8/72 E
J/73 E
3/73 E
E
3 10/12 E
6
8/72 E
6
e/72 E
6
8/72
6
8/72
E
•
!
8D
BD
8D
8G
RAA
lt/OS"'LA 8NT
It/OS.LB SNT
tt/OS.-MA
11/05.M8
tl/0S.NC
tl/05.NO
11/0S.-PA
11/05-PB
BG
BG
BG
BD
SNT
CA
CA
8NT
SNT
CA
CA
E
E
8NT
8NT
8NT
11/05"J8 8NT
11/05111(A &MT
11/0S",1(8
E
E
II
tt/OS.FA
11/0S.fe
lt/OS.FE
11/0S.f..
11/0S"'HA
II/OS.HB
11/0S.JA
RAA
2 10/72 E
2 10/72 E
2 10/72 E
2 10/72 E
3
)/72 E
)
3
3/72
3/72
3/72
3/72
3/72
l/72
3
1/72 E
:2
2
8/72 E
8/72 E
RAA
:J
RAl
3
RAA
RA"
RAA
RAA
HL
HI"
RAA
RAA
Ml,.
HJ.,
USED ON
MO/YR
E
'"
1040-DA
1040 .. 08
1040",rA
t0404!lF8
1040.GA
1040.GB
1040-JA
1040.JS
1040-5A
1040.S8
10SOl!lA
PROD
ENGR
3
3
E
E
E
E
E
E
10/72 E
10/72 E
2 9172 E
4
4
2
9/72 E
t
-..
DESCRlPTION
AUTO
1040.SA, RP10",A,
RP02.A~
DC10~AA,
1040.88, Rpl0 we, RP02 we,
5
MU~TXP~Y & DIVIDE
Rl0-FA, L~PlO.LA,
TU10C.~E,
DC10~8,
60HZ
TU10C~EJ, CR10.Fa, LSP10-LB,
2
e
11sv
D~10,
OKlO, O~10.A8,
230V 50HZ
....
1040.A + MD10-GA (64K 1.9 USEC HEM), 115V 60HZ
1040.8 + MD10.GB (64K 1,8 USEC MEM), ~30V 50H~
1040-A + 4 ME10 (64K 1 USEe HEM), 11SV 60HZ
1040-8 + 4 ME10 (64K 1 USEC MEM), 230V SOhZ
1040-A + MFI0.G (64K 1 uSEe MEM), 115V 60HZ
1040-& + MrlO-G (64K 1 USEC M~M), 230V 50HZ
•
.1040-A + 4 ME10 (64K 1 USEC HEM), 115y bOHZ
II
1040.8 + 4 MEtO (o4K 1 USEC HEM), 2l0V 50hZ
KAI0-A + QHSYS-10
KA10-C + QHSYS.IO
KAI0-A, 4ME10 RM10.GA RP02-GA TM10-GA OKlO CRIO.DA LP10.CA
32 Ll~ES DC10 O~ DC6S.A, t15V 60HZ
KA10.C 4MEla RM10-G8 RP02.GB TMI0.GB OKlO CRI0-DB ~Pl0.CB 32 LIN!S 115Y bOHZ
2KA10 5MEI0 RM10-GA RMIOwSA RPOJ-GA TU4u-uA ocl0 CR10-PA LP10-CA
•
32 LI~E~ OC10 Ok DCbS-A, 115V boHZ
2KA10 5HEI0 RM10_GB RMI0~BB RP01.GB T040.G8 OC10 CRlO.DB LflO.CB
32 LINES DCtO OR DCb8~A, 230V 50HZ
KIlO RP03~CA TU40.CA CR10.EA LPI0'~EA OKlO QHSYS.I0 DC10.AA 2 DCI0~8 11SV60HZ
KIlO RP03.CB TU40.CS CR10.ES LPI0F.EB OKlO QHS~S~10 DC10.Ab
PCI0~B 2loV50HZ
1060-A + MF10.G 64K 1 USEe MEM, 115V 60HZ
106088 + MF10.G 64K 1 UsEe HEM, 230V 50Hz
1060~A + 4 MEIO 64K 1 USEe ~EM, 115V 60hZ
1060.& + 4 MEIO 64J( 1 USEC MEM, 230V 50HZ
KIlO + QH$YS.l0
1060.6 6M~10 RM10~GA RMI0l!lBA RPOl.GA TU40~GA Tu40-A CRtO.~A OKlO
"
LP10_CA 32 LINES OC10 OR DC6S.A, 115V 60H~
1060·8 bM~10 RMI0-G8 RM10.SB RP03-G8 TU40.GB TU40-a CR10.~B D~10
LP108C8 32 LINES DClO OR DC68.A~ 210V 50Hz
2 KIlO 8MEI0 RMI0.G~ RMI0.8A RP01.-GA TU40.GA 2TU40.A DK10 C~10.EA
LP10.CA 32 ~INES DCIO OR DC6S-A, 11sV 60HZ 2 KIlO 8ME10 RMI0l!lG8 RM10.SS RPOl.GS TU40.GB 2Tu4o.a DKI0·C~10.EB
LP10.CB 32 LINES DClO OR OC68.A, ~JoV'50HZ UC15
11/05~KA W UC1! YRONT PAN~L CKYI1-JF), 11~V
UCIS
11/05-K8 w Ue1S FRONT PANEL (KY11.-JF), 230V
uets
11/0S~LA W UC15 FRONT PANEL (KY11~JF), 115V
uC15
11/05.L8 W UC15 FRONT PANEL (KY11~JF), 230V
K011.-a, PS, MM11eK, CONFIG 1, K~11pJA, 115V, OEM
K01l-a, PS, MM11-K, CONfIG 1, KX11-~A, 230V, OE~
K011-6, PS, MM11wL, CONfIG 1, KIll-JA, llSV, otM
K011-a, P$, MM11-L, CONFIG 1, KI11-JA, 230V, OE~
K011 w6, P$, MMlt-K, CONfIG 2, KYI1-JA, 115V, OEM
KD11.a, PS, MM11-K, CONYIG 2, KX11-JA, 230V, OEM
KOI1.a, PS, MMI1-L, CONFIG 2, KY11.~A, 115V, OEM
w
K011-a, PS, MM11-L, CONfIG 2, KIlt-JA, 230V, otM
VT40
K011wS, MM11-K, PS, VT40 CONFIG, KY11~JC, 115V
VT40
K011-S, MM11-K, PS, VT40 CO~FIG, KIlt.JC, 230V
KD11~6, BAll-DC 10.5 INCH BOX, MM11 p L, KY11.JO, CONYIG 4, 115V OEM
•
KD11.S, BAII-OD 10.5 INCH BOX, MM11.L, KYll-JD, CONFIG 4, 2l0V OEM
VT40
KOll.-S, MM11 wL, PS, VT40 CONFIG, KIll-Je, 115V
Vl'40
K011-S, MM11-L, PS, VT40 COhrIG, KY11.JC, 2l0V
-
-..
-
......
.
--
PC10~B,
a
MODEL
NO
ENG
MGR
tl/05l'!'~1U
VB
VB
oNT
SNT
SNT
SNT
SNT
SNT
SN,!,
SNT
SNT
SNr
CA
tl/0S.WV
11/10l'!'AC
lillO-AD
11/10"CA
It/lowes
11/10.CE
11/10-er
It/lOwe"
tl/tO.CI(
11/10.CP
11/10-CR
11/10 wDl(
Il/IO.PI,
CA
lt/l0-0M CA
11/10.DN
11/10 .. £:A
lt/IO-ES
11/10.EC
CA
CA
CA
CA
11/10 .. ED ::A
11/10-££ CA
11/10.£F' CA
11/tO-Ne SNT
It/tO-NO SNT
11/15.AA
11/1S-A8
DESIGN
ENGR
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
MOLls
f40LIS
MOLlS
MOLls
MOLlS
MOLlS
MOLls
MOLlS
140[,,15
MOLls
'4T
MT
110
11/1S-SA
'Jo0
11/15-86
l1/t5-CA
11/1s.ee
110
..10
110
11/1s-ce EAS.
KE
11/lS-CD EAS
11/20-AA
11/20.A8
11/20.8A
11/20.28
tt/20-CA
11/20.CB
lt/20·CC
11/20.CO
11/20-CE
11/20-Cf
11/20-CG
11/20-CH
11/20-0A
11/20.08
11/20"EA
11/20-[B
11/20-rA
11/20-F8
11/20.HA
11/20-H8
11/20-JA
11/20-J8
11/20-I(A
1(£
JO
JO
PROD
ENGR
MrGR
ARtA
)17) E
3/73 E
W.U,
4
4
2/73
2/73
7/72
7/72
2/73
2113
7/72
•
•
•
•
•
•
•
•
-
'l(t1/0S wLA, LP11, TAII-AA, 8Al1. ES, DPI1-0A), H960-CA, 11SV 60HZ
2(tl/0SwLA, LP11, BAI1-E5, DPI1-0A" H960-CA, 11SV 60HZ
11/0S.LA (8K), 115V
11/0S-La (8K), 210 V
11/0S-LA (8K), LT33.DC, H950 TA~L CAS, 115V 60HZ
11/0S-L& (8K), LT33 wOO, H9S0 TALL CAS, 2l0V 50HZ
11/0S·LA (8K), LA30-CA, PCll, H950 TA~L CAa, 11$V 60HZ
II/OS-La (8K), LAlO-CD, PCIl-A, -H950 lALL CAB, alov 50HZ
11/05"LA (8K), H950 TALL CAS, 115V
11/05.1,.8 (8K), H950 TALL CAB, 230v
II/OS-LA (8K), tA30.CA, TAll-AA, aM792-~H, QJ1 8 0. AN , 115V
11/0S-L& (8K), LAlO.CD, TAlI-AB, BM792-YH, QJI80-AN, 210V
11/10~CA, RC11, Rb64-A, TCll, TUSb, 8M192.ya, 115v bOHZ
11/10.C8, Rett, RS64.S, Tetl, TU56, 8M792~YS, 230V 50HZ
~
tl/l0-0K, LA30-CA, hO LT33, 115V 60HZ
2
2
4
4
2
2
J
1
l
3
•
4
1
3
4
•
4
4
4
E
E
E
E
E
E
E
7/72 E
4/71 E
4/73 E
5/72 E
5/72 E
2/73 E
2/73 E
5/72 E
5/72 E
2/73 E
2/7l E
2/73 E
2/73 E
10/72
E
4 10/72 E
3 4172 E
1 4/72 E
3 4/72 E
3 4/72 E
1 4/72 E
1 4/72 E
3 4/73 E
:I 4/73 E
3
E
3
E
vO
E
1
E
JO
JO
JO
J
3
E
E
2
3/72 E
1/72 E
3/72 E
3/72 E
JO
..10
JO
JO
..10
..10
JO
JO
..10
..10
..10
2
J
1
2
2
3
3/72
3/72
E
e:
E
3
E
3
3
3
3
E
E
E
E
1
)
E
..10
JO
3
E
..10
J
E
1
E
..10
Jo
DESCRIPTION
)
3
3
Jo
USED ON
STATUS
CATEGORY
MO/YR
E
w,U,
6
•
11/10-D~, LA30-CD, NO LI3l, 230V 50HZ
•
lI/10-CA, Rfl1, R511, BM792 R Y8, PCtl, l1SV 60HZ
11/10-CS, Rftl, RSll-A, BM792-YB, PCI1, 2l0V 50HZ
•
lI/10.eE, RF11, RSll, 115V 60HZ
11/10 w Cf, RFll, RSll_A, 230V 50HZ
11/l0-CE, RK11-CA, RKOS-AA, BM792"Yb, MEI1Q~A, llSV 60Hz
•
11/10wer, RKll.eo, RKos.as, BM792.YS, MElluL!, ~30V 50H~
•
KDlt-S, BA11"DC 10,S INCH BOX, MM11.L, KY11.~~, CONYlG 4, 115V
•
KOll"B, BAll-DO 10.~ INCH BOX, MM11~L, K¥11-J', CON,IG 4, 2l0V
Kelt PROC, BAll.CS, H720-E, RM, 115V, OEM
Kelt PROC, BAll-ca, H720-Y, RM, 230V, OEM
KCII PROC, BAll-ca, M720w£, Tt, 115v, OEM
"
Kel1 PRoe, SAII.es, H720.Y, TT, 230V, OEM
1(:11 PRoe, BAI1-C5, H720"E, CAS; ,11l)V, OEM
•
Kelt PRoe, BAII.CS, H720.r, CAB, 230V, oEM
DC44, 75
KCIl aAl1.C5 KFll.A MM11.F KW11.L PCl1 H960.CA ~T31.0C 11$V60HZ
KC11 8AI1-C5 Krl1-A MM11-F KW11-L PCll H960.ca ~T31-D~ 230V50Az
DC44, 75
•
PDP11 e 20, 4K, KL11.A, LT33.0C, RACK MOUNTABLt eRN) 115v 60Hi
..
POPI1-20, 4K, KL11-A, LT31-00, HACK MOUNTABLE eRMJ alO V 50HZ
..
,OPI1-20, 4K, KL11.A, LT33-0C, tABLE TOP (TT) W CUVER 115V jOHZ
..
POPI1-20, 4K, KL11-A, LT33-00, TAaL~ TOP CTT) W COVER 2JOV &OHZ
..
PDPI1-20, 4K, KL11-A, LT33 w PC, CABINET MOUNTED (CAts) 115V"60HZ
•
PDPI1-20, 4K, KL11-A, LT33-0D, CABINET MOUNTEO (CAB) 230V 50H~
•
11/20-AA IN SHORT CAB H9S7
,.
•
11/20-A8 IN SHORT CAB H957
srs 3. 11/20.PA + MM11-', PC11, tA30wPA, Lel1-A, H9S0 TAL~ CA8, 115V 60HZ
SYS 3. 11/20.PB + MM11.F, PCll, LA30-PB, LC1t_A, h950 TAL~ CAS, 2JOV 50HZ
•
11/20"PA + MMll.F, Pc 11, LAlO",PA, H957 SHORT CAe,· 115 V 60AZ'•
11/20.P8 + MM11.r, pell, LAlO.Pi, H957 SHORT CA8., 230V SOAZ
4K PDP11-20 RM, OEM, 116V 60HZ
4K PDP11-ao ~M, OtM, 236V 50HZ
4K POptl-aO TT, OE~, 115V 60HZ
4K POP11-20 TT, O~M, 230V 50HZ
4K fOP11-20 CAB, OEM, 115V 60HZ
4K PDP11.20 CAB, OEM, a30V 50HZ
4K PDP11-20 RM, OtM, NO LT33 NO K~11, 115V
4K fOP11-20 RM, O~M, ~o Li33 ~O K~11, 230V
4K PDP11-~O TT, O~M, NO Lt3l o~ K~li 115V~
4K PDP11.~0 TT, O~M, ~o LTll OR KL11,"230Y
4K PDpl1-ao CAS OEM NO LT33 OR KL11; 115V--
MODEL
NO
ENG
MGR
11/20-K8
11/20-MA
11/20_M8
lt/20-MC
11/20.MO
11/20 .. NA
11/20.NB
11/20"He
ll/20-NO
11/20.PA
11/20"PB
11/20.RA
tt/20.RB
11/2h·CA
tt/2h'CB
11/21.CE
11/21.Cf'
11/21-DA
aNT
SNT
SNT
5NT
SNT
SNT
aNT
SNT
SNT
8NT
CA
11/21.08 CA
11/21.DC
11/21-00
11/21-DE
11/21-0F
11/21.0H
11/21-0..1
11/21-01(
11/21-DL
tt/2S-0M
11/21-DN
11/2t-oP
11/21-DR
11/2S-0S
11/2t-DT
11/21-DU
11/21.0V
lt/21-DW
11/21-0Y
11/21.EA
11/21.ES
11/21-gC
11/21-EO
11/21-EE
It/2t-!r
11/21.NA
11/21.NS
It/2t"PA
CA.
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
CA
SNT
8N!
CA
DESIGN
ENGR
JO
Aw
AW
AW
AW
AW
A~
AW
AW
JO
JO
Aw
Aw
JO
JO
JO
JO
MOLlS
MOLlS
MOLIIS
MOLls
MOLlS
MOLlS
MOLlS
MOLls
MOltls
MOLlS
"'OLIS
MOLlS
MOLlS
MOLlS
MOLlS
MOLls
MOLlS
MOLlS
MOLls
MOLlS
MoLlS
MOt"IS
MOLlS
MOLlS
MOLlS
MOLlS
AW
AW
MOLlS
PROO
ENGR
MrGR
AREA
STATUS
MO/¥R
3
E
4
1/72 E
4
1/72 E
4
1/72 E
4
1/72 E
1/72 E
1/72 E
1/72 E
4
4
4
4
1/72 f:
1
3/72 t
3
1
1
3/72 E
4/72
4/72
6 10/72
6 10112
6 10/72
6 10/72
6 10/72
E
E
E
E
E
E
E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6
6
6
6
6
10/72 E
10/72
10/72
10/72
10/72
6 10/72
E
E
E
E
r:
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10112 E
6
10/72 E
6 10/72 E
6 10/72 E
6
10/72 E
E
lt/21-P8 CA
MOLlS
6 10/72 E
11/21.PC
11/21 ... PD
11/21-PE
11/21.PF
11/2t-PH
11/21-PJ
MOLlS
MOLlS
MOLlS
MOLlS
MOLlS
MOLlS
10/72 E
10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
6 10/72 E
E
CA
CA
CA
CA
CA
CA
6
6
USED ON
CAT~GORY
Of;SCRIPTION
CAB O~M NO uTJl OR K~lt, ~30V
11/20-AA
GREiN 11/20-Ab
11/20~MA 230V 60HZ
11/208MA 100Y 50HZ
GREEN 11/~O.CA
GREEN 11/20.Ca
11/20.NA 210V 60HZ
11/20-NA 100Y 50HZ
KAll fROe, PS, BAll.Ca, KXll-A, 115V
KAtl PROC, PS, SA11wCS, KYll wA, 230V
GREEN 11/20.PA W KYll_AA, 115V 60HZ
~AS11
GkE~N 11/20-PS W KY11wAA, 230V 50~Z
S~S 11 11/20wPA, MElt-LA, Lt33-0C, H960.CA, 115V 60HZ
SYS 11 11/20-P8, MElt-LS, 1,,133-00, n960-Cb, 230V 50hZ
5YS 21 1l/20-PA, MElt-LA, PCtl, LA10_PA, LC11 wA , h960.CA, 115V 60hZ
SYS 21 11/20-PB, MEI1-LB, PCI1, LA30-PS, Le1t-A, h960wCS, 2l0V ~OkZ
•
DOS til 11/21-CA + RF 11, ~S11, tCll, TU56, 8M792 e Y8, 11SY-60HZ
•
11/21~C8 + RF11, RS11pA, TCll, TU56, 8M192-~8, ~lOV 50HZ
11/21-0A + Lell-A, LA30.PA, NO LT33, 1l5V 60HZ
•
11/21-08, LC1t-A, LA10-PO, NO Ltll, 2JOV 50HZ
•
11/21.CA, RF11, RS11, TM11-A, TUtO_EA, MRll_DB, (9 TR) ll5V 60HZ
11/21-Ca, ~Fll, IlSll-A, TMtl-&, TU10-J;D, MR11-08, - (9Tf() 210V 50HZ
•
11/21-CA, RF11, RS11, TMil-A, TUtO-rA, ~Rl1.0B (1 T~) alOV ~OHZ
11/21.CS, RFtl, Rill.A, TMll we,-TU10.YD, MRll w08 (7 TR) 2jO~ 60HZ
il/21-CA, RCll, Rs64-A, TCll, TU56, 8M 92-Y8, 115V bOHZ
l1f~1~ce, RCt1, RS64.S, Tell, TUS6, SM792-YB, 2l0~ 50hZ
•
11/2t-DK, LCII-A, LAlO-PA, NO LIl), 115j bOHZ
11/21-D~, LCtt-A, LAlOwPD, NO LT33, 230V 50nZ
•
11/21,CA, MM11-L, RK11-CA, kKOS-AA, Tell, TUS6, BM792 wYi, 115V 60HZ
11/2t-Ca, MM11-L, RK11-CB, RKOS.SB, TC11, TU5&, 8M792.YB, 2l0V 50aZ
11/21-0P, Lell-A, LA10-PA, ~O LIl3, l15V 60HZ
11/2l-0R, LCt1-A, LA30-PO, ~O LTl3, 2)OV 50hZ
11/2l-CA, MM11-L, RK11 ... CA, RK05~AA, TM11 wA, tUIO-LA, MR11.0a (9iR) 115V 60HZ
11/21.C8, MM11-L, RK11-CB, RKOSwSS, T~11.8, TUIO-ED, MR11.08 (9TR) 230V 50HZ
11/21 wCA, MM11-L, RK11-CA, RK05wAA, TM11-A, TU10-fA, MRll-DB C7TR) i15V 60H~
11/21wCS, MM11 wL, RK11-C8, RK05-SS, TM11 wS, TU10.fO, ~Rll·Da (7TR) 230Y 50M2
•
11/21-CA, ~Fl1, RS11, BM792.YB, DOll-A, PCll, 115V 60HZ
•
11/21 wCS, RFll, RS11.A, 8M192.YS, DOll-A, PCll, 2l0v 50H~
11/2t p EA, LCt1-A, LA30-PA, NO Ltll, 115~ 60HZ
11/21.E8, LCll-A, LAlO-PD, NO LIll, 230V 50HZ
_
11/21 w Cg, RK11-CA, kK05~AA, BM792.YB, M~11.~, D011wA, 115V 60hZ
11/21-Cf, RK11.CD, RK05-S8, BM792~YB, M~11.L, 00ll-A, 2l0~ 50HZ
LAB 11
11/20.RA, MElt-LA, H9&O.CC, 115V
LAB 11
l1/20.RB, ME11-LS, ri960.Ce, 2l0V
BATCH. 11/20-PA, ME11-LA, MMll.~, RKll-CA, ~K05.AA, CR11, K~11-L,
DOll-A, B~792-Y8, H960-CA, Le1t- A, LA30~PA, PCl1, QJ250, l1bV 60HZ
•
SATCH. lt/20.PB, MElt-LS, MM11-~, RK11-C8, RK05wSS, CR11.A, ·KW11-L,
DOll-A, BM792.YB, H9&0-CS, LC11.A, LAJO.PO, PCll-A, QJ250, ~lOY 50H~
•
11/21-PA w NO LAlO, LC11, PCll, BUT KL11, LTll-DC, TCll, TU56
•
ll/21-pa W NO LA10, Lell, PCll, BOT KLll, Lt3l-00, TCll, 1U56
•
11/21-PA W NO LA30, LCll, PCll, BUT KLll, LTll-OC, TM11-A, tUl0wEA
•
11/21.Pb w NO LA30, Lett, PCll, BUT KLll, LT3l-00, TMll.S, tUIO.EO
11/21-PA W NO LAlO, LCll, PCll, BUT KL11, LT3l-UC, TM11-A, tUIO.FA
11/2l.Pb W NO LAlO, Let1, PCll, BUT KL11, LT3l-CD, TMll.S, tUl0.fU
•
LAB 11
LAB 11
LAB 11
LAB 11
LAB 11
LAB 11
LAB 11
LAS 11
•
L.Sll
4K
1
PDPll~20
GRE~N
MODEL
NO
ENG
MGR
DESIGN
ENGR
PROD
ENGR
MYGR
AREA
STATUS
CATEGORY
MO/¥R
11/21.PK CA
MOLlS
"
CA
11/21·PL
6 10/72 E
E
MOLlS
6
MOLlS
6
.
11/21"RA CA
10/72
E
E
10112 E
J!:
It/21-RB CA
MOLlS
6 10112 E
11/21-RC
11/21-RD
11/21""RE
11/21@Rf"
11/3S.AC
tI/3S.AD
11/3S w AH
11/35 .. AJ
11/3S.FA
11/3S-F8
11/3SII!IFC
11/35.FO
11/)5",F£
11/l5-FF
11/15.FH
11/35-FI(
11/lS.FL
11/15.FM
11/3S"'FN,
11/l5.Fp
11/35 .. fR
11/)5·F5
11/35.FT
11/35 .. FU
11/35.JA
11/3S-JB
11/3S .. JC
11/lS .. JO
11/"lS-JE
11/15.JF
CA
CA
CA
CA
MOLlS
MOLlS
6 10/72 E
ll/40-AO
11/40.AE
11/40-AF
11/40-AH
11/40-AJ'
ll/40-AK
11/40.AL
11/40.8A
tiNT
80
SO
SNT
SNT
SNT
SNT
BO
SD
SO
80
BO
BO
BO
80
BD
80
8D
BO
SO
SO
BO
80
SNT
SNT
SNT
SNT
SNT
SNT
ll/40-AC SNT
80
80
BD
Bo
Bo
11/40-88 80
11/40.BC BO
11/40"'80 BO
11/40-8£ SO
11/40.sr 80
11/40-SH 80
11/40-BJ 80
11/40.BK 80
E
MOLlS
MOLlS
RAA
RAA
JO
Jo
RAA
RAA
RAA
RAA
RAA
RA.A
PAl
RAA
RAA
PAA
RAA
RAA
RAA
RAA
RAA
RAA
JO
JO
JO
JO
6 10/72
E
6 10/72 E
6 10/72 E
3 1173 E
1 7/73 E
3 4/73 t
3 411) E
3 11/73 E
]
11/73 E
3 11/13 £:
)
1
3
3
3
3
1
3
1
)
1
1
3
5
5
5
5
Jo
5
JO
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
RAA
AAA
RAA
RAA
JifAA
5
1
11/73
11/73
11/73
11/73
11/73
11/73
11/73
11/73
11/73
11/73
11/73
11/73
11/73
E
E
E
E
£
E
E
E
E
E
E
E
E
6/73 E
6/73 E
6/73 E
6/73 E
11/73 E
11/73 E
7/73 E
3 7/73 E
3 11/73 E
1 11/73 E
3 11/73 E
3 11/73 E
] 11/73 E
3 11/73 E
3 11/73 E
1 11/73 E
3 11/73 E
3 11173 E
1 11/73 E
1 11/7] E
3 11/73 E
3 11/73 E
3 11/73 E
US EO ON
..
"
..
.-
-•'"
---•
--•
'"
'"
'"
--"
----"
"•
-•
-"
----"•
"
'"
IIIIJ
DESCRIPTION
8
11/20.PA + MElt_LA, MMll-L, RK11"CA, RKOS.AA, CRll, KWll-J."
8M792-YB, LA30"PA, LC11"A, TC 11, 1U56, 115Y 60HZ
11/20·PB + MElt-Lb, MM11-1I, RK11-ca, RKOS"Sa, CRll-A, Kwll- .... ,
BM792""Y8, LAlO-PD, LC11"A, TCll, TU~6, ~3(,)V 50HZ
RSTS·l1. 11/2l-CA, KW11.L, 8 M792-'18, BA11-ES, H120"E, DOll-A,
2 MM11.X", RK11-CA, 2 RKOS.AA, PR1l, 115y bOHZ
RSTS-l11 11/2l·CB, i\ Wll·L, 8M792-YB, BA11 .. ES, W120·P' , Doil-A,
2 MMll"1", RK11-C8, 2 RKOS.SB, PR11"A, 230V 50HZ
11/2t-RA, RC11, RS64"A, Tell, TU56, ONI,,¥ 1 RK05, NO PR11 11~V 60HZ
11/21""1<8, Rel1, RS64-b, Tell,' T05b, O,NI"Y 1 RKOS, NO PRl1,21ov 50HZ
11/2t-RA RFll ~$11 ICt1 TU56 NO RK1l, NO RKOS, NO PCIl, 1!5v 6OH Z
11/21@RS RFll Rill.A Tell TU56, NO RK11, ''0 RK05 ~o PCll, 2JOV 50HZ
K01111!1A, BAtl-OA, RACK MOUNTABL~, ll5V
KOllI!OA, BA11 w08, RACK MOUNTABLE, 230V
K011.A, SAtl-OA, lJ011"A, RACK MOUiIITABLE, 115V60HZ
KOt1-A, BA11 wOB, DOll-A, RACK MOUNTABLtE, 230V50HZ
K011"A, BAtl"fC, MF11. UP, KTIl_O, H960-CA, PS, 1l5V Ot:M
KOlt-A, SA11"'FC, P\f'11-UP, KTlt-v, H~60-ca, PS, 2l0V OEM
11/35-FA, MMlt-uP, 115V OEM
11/.)5-F6, MM11.UP, 230V QI:;M
tillS-FA, MM11 wUP, MP'll.UP, 1l5V OEM
11/35",FB, MMllwUP, MFll-UP, 230v OEM
l<011"A, BAll-fe, MF 11.U, KT11.D, .H9t)0"CA, PS, 11SV OEM
K011I!11A, BAtl·fC, MF11.U, KT11.0, H9()O·Cb, 230\1 OEM
11/35 w FH, MM11Il!llU, 115y OEM
11/35I!11F1<., MMI1-U, 230V OEM
11/3S"FH, MM11.U, Mf'11"U, 115V OEM
11/35.F1<., MMll-0, MFI1-U, 230v OEM
11/3S_P'H, 2 MMI1_U, MF11wU, 115V OEM
11/35"F1\, 2 MMII-U, MF11-U, 2l0V OEM
lI/3S-FA, 2 MMI1-UP, MFI1-UP, 115v oEM
11/35_.'8, 2 MM11I1!11UP, MF 11.UP, 230V OEM
KOI1-A, BAll-OA, MFI1-L, 11SV, OEM
KOI1-A, BAll IlP OB, MF11.1", 230V, OEM
KD11.A, SAII-OA, to\Ml1.S, llSV, OEM
KDl1"A, 8Atl-DB, MMII-S, 230V, OEM
KDII-A, 8AII-OA, MEl I-LA, l15v, OEM
KOll-A, BAll-DB, MEI1_I.IB, 230V, OEM
KDll-A, MFl1-1I, BAIl.Fe, PS, 11SV
KDlt-A, MF'11·t", BAI1.P"C, PS, 230V
1<011-A, BAlt-re, MFll.LP, PS, 115V
K011-A, BAll",rc, MFll-I.IP, PS, 230V
KDll-A, BAII-FC, MF11-U, PS, 115V
KOI1"A, BAll-fe, Mf"11 .. U, PS, 230V
IUH1"A, BAll-Fe, MFI1-UP, PS, 115V
KDI1-A, BAII-to'C, MF11.UP, pa, 230V
11/40_AH, DL11-A, LT33_0C, H960.CA, 115V 60HZ
11/40-AJ, OL11-A, I"T33-CB, H960-ca, 230V 50hZ
11/40.AH, DL11-A, LA30.CA, H960-CA, 115v 60HZ
11/40"AJ, DL11-A, I"A30-CD, .H960·ca, 230V 50HZ
11/40-AH, DL11 wA, V'l'05B-AA, H960-CA, 11SV 60HZ
11/40-AJ, DI"II-A, VTOSS-AD, H960.C8, 2l0V 50HZ
11/40"AK, DL11 A, I"T13-0C, H960·CA, l15V 60HZ
11/40"AI", Dl"ll.A, I"T33-00, H960-ca, 230V 50HZ
11/40-AK, DI"II-A, LA30-CA, H960"CA, 115V 60HZ
I111J
MODEL
NO
ENG
MGR
OESIGN
!NGR
11/40-8t"
11/40.BM
11/40.SN
11/40.8W
11/40-SY
11/40-CA
11/40.CS
aD
80
so
ftAA
RAA
RAA
11/40.CC
11/40-CO
11/40-CE
11/40.cr
11/40.CH
11/40.CJ
11/40-CK
11/40"CL
11/40 .. CP
11/40 .. CR
11/40-CS
11/40weT
11/40-CU
11/40.ev
11/40.0A
11/40.0B
11/40"DC
11/40.00
11/40-0E
11/40.0t"
11/40"OH
11/40 .. "J
11/40"D«.
lt/40-0L
11/40 .. 0M
11/40.0N
11/40.0P
11/40.0R
11/40-05
11/40-0T
11/401'll0U
11/40.0V
11/40-0W
11/40.0Y
11/40.EA
11/40 .. E8
l1/40.EC
11/40"ED
11/40.EE
11/40 .. EF
11/40.EH
11/40 .. EJ
11/40"EK
11/40",EL
11/40"EM
1l/40 .. EN
11/40.EP
11/40-ER
BALL
8NT
8NT
8NT
8NT
:iNT
8NT
SNT
SNT
8NT
SNT
SNT
SNT
SNT
SNT
80
aD
8NT
8NT
8NT
SNT
8NT
SNT
iNT
SNT
8NT
8MT
8NT
8NT
8NT
8NT
8NT
SNT
SNT
8NT
8NT
8NT
SNT
8NT
8NT
8NT
8tiT
8NT
8NT
8NT
iNT
8NT
SNT
8NT
8NT
8NT
BALL
JO
JO
JO
JO
JO
JO
JO
JO
PAA
RAA
RAA
RAA
PROD
ENGR
MFGR
AREA
STATUS
CATEGOR¥
MO/YR
1 11/71 E
3 11/73 E
1 11/73 E
3 11/13 E
1 11/73 E
5
6173 E
5
3/73 E
3
3/73 E
2/73 E
4
4
3
1
l
1
JO
3
3
3
JO
3
SW
3
5W
3
JO
JO
JO
JO
JO
JO
JO
JO
JO
JO
1010
JO
JO
JO
JO
JO
JO
JO
JO
JO
JO
JO
JO
JO
JO
1010
JO
..70
6/73 E
3
3
J
4
4
6
6
6
6
3
3
4
4
)
3
4
4
6
6
6
6
J
3
4
4
4
4
4
4
,VO
4
JO
JO
4
JO
JO
JO
4
4
4
4
2/73 E
4/73 E
4/71 E
E
8/73 E
8/73
4/73 E
4/73 E
4/73 E
4/73 E
8/73 E
8/71 E
E
5/72 E
2/73 E
2/73 E
10/72 E
10/72 E
10/72 E
10/72 E
5172 E
5/72 E
2/73 E
2/73 E
5/72 e
5/72 E
2/73 E
2/73 E
10/72 E
10/72 E
10/72 E
10/72 E
5172 E
5/72 E
2/73 E
5/72
2/73 E
2/73
E
2/73 E
2/73 E
2/73 E
2/73 E
2/73 E
2/73 E
2/71 E
2/71 E
2/73 E
USED ON
DESCRIPTION
9
11/40pA~, O~11.A, LA30~CO, H960-C8, 230V 50HZ
•
11/40-AK, OL11.A, vr05S-Al, H960pCA, 11~V 60HZ
•
11/40.A~, DL11-A, VTOSS-AD, M960-CB, 230V 50HZ
OS500
11/40wAE, 2 MF11.~P, 2 MM11.LF, MR11wUB, 115V 60H~
05500
11/40.Af, 2 Mfl1.~P, 2 MM11-LP, MRtl-0B, 230V SOHZ
•
KD11-A, aA11-re, MF11-L, ~Tl3.DC, H950 TALL CAB, 115V 60HZ
"
KD11~A, BAll_rc, MFll_L, LTll.DO, H950 TALL CAe, 230V 50 HZ
•
KD11~A, BAII-rc, MF11-L, LT3l.0C, H957 SHORT CAb, 115V boNz
•
KD11-A, BAll-Fe, MF11-L, LT33.00, H957 SHORT CAS, 230V 50hZ
e
KDll.A, BAll~rc, MFll-t, PCll, LA30~PA LC11.A DD11~A TALL CAS; 115V60HZ
•
KD11.A, SA11eFC MF11wL PC11eA LA30.PO LC11wA 0011.A TALL CAS 210v60HZe
K011~A, BAll.fC, MF11wL, H950 TALL CAB. 961.C, 115V
KOI1-A, BAII-YC, ~rl1.L, H950 TALL CAS w 8&1-a, 2~OV
•
KOllwA, Mfl1wU, 8All-fC, PS, 115V
•
KDl1"'A, MF11-U, BAlleFC, PS, 230V
KOlleA BA11.FC MF11-L TAI1-AA LA30.PA DOll-A aM792",~H Q~180~AN CA~ 115VoOHZ
K011.A 8A11-Fe MFlt.L TAll-AS LA10ePD D011-A 8M792-Yh QJlijO-AN CAd ~30V50HZ
OS500
KDll-A, BAll.fe, MFll-L, H9b7.HA SHURT CAa, 115V
05500
KD11 .. A, BAll-Fe, MF11-L, H967.HB SHORt CAB, 230V
GT44
11/40-CK, 2 RK05-AA, RK11"'0, LA30.CA, BM792-YB, 2 H957.HA, 115V 60H:
GT44
11/40-CL, 2 RKOS-SS, RK11-0, LA30.CD, BM792.Y8, 2 H9S7.HB, 2JOV 50H;
•
DOS I 11/40.CA + RF11, RSll, TCll, TU56, BM792-Y8, 115V boH~
"
11/40-ca + RF11, RS11-A, TCll, TU56, 8M792.YS, 2l0V 50HZ
11/40-0A + LC11-A, ~A30.PA, NO ~T33, ll5V 60HZ
_
11/40-08, Lell-A, LA30-PD, NO L133, 2l0V 50HZ
~
11/40 wCA, RF11, RStl, TM11-A, TUI0-EA, MR11.0a, (9 TRl 11~V 60HZ
•
l1/40-CH, RF11, RS11-A, TM11.S, TU10.~D, MR11-D~, (9TR) 2l0V ~OHZ
w
11/40-CA, RFll, RStl, TM11-A, TU10"FA, MRI1-D8 (7 TR) 2l0v bOHZ
•
11/40-CB, RF11, RS11-A, TM11-a, TulO-YD, MR11.DS (7 TR) 2l0i 50HZ
•
11/40-CA, Re11, RS64-A, TCtl, TU56, SM792",Ya, 115V ooriZ
•
11/40.CB, Retl, RS64"S, Tell, TU56, BM792-ya, 2l0V 50HZ
w,
11/40-0K, LCll-A, LAJO-PA, NO L133, 115V oOHZ
11/40-D~, Le1t-A, LA30-PD, NO LT33, 2l0V 50HZ
•
11/40-CA, MM11-L, R~tl-CA, RK05.AA, TCll TU~6 BM792wY8 l15VbOHZ
11/40-ca, MMI1-L, RK11-CB, RKOS-SB, Tell TU56 8M792.Ya 2lQV50hZ
11/40-0P, LCll-A, LAlO-PA, NO Ltl3, 115V 60HZ
11/40-0R, LC1l-A, LA30-PO, ~o LIll, 2l0V 50HZ
11/40-CA MM11-L RK11-CA RKOS-AA TM11-A TU10-EA MRI1-08 (9IR) llSVbOHZ
11/40.CS MMI1-L RK11-CB RK05-SB TM11-S TUlO-ED MR11.DS (9IR) 230V50rtZ
11/40-CA MM11-L RK11-CA RKOS-AA TM11-A TU10.FA MRI1-0B C1TR) 115v60riz
11/40.CS MMll-L RKll-CB RK05-BB TM11-a TU10-FO MRll-0S (7TR) 2l0VSOHZ
•
11/40-CA kFll RStl, BM792-Y8, DOll-A, PCll, 115V bOHZ
lt/tO-CS, RF11, RSll-A, BM792-Y8, DOll-A, PCll, 2l0v 50HZ
11/40-EA, Lel1-A, LA30-PA, NO LT33, 115V 60HZ
•
11/40.E8, Lell-A, LA30-~D, NO tTl3, 230V 50hZ
11/40",CE, RK11-CA, RK05wAA, BM792.YB, MM11.~, DD11 p A, l15v oOHZ
•
11/40.CF, RK11-CD, RKOS.SS, BM792_YB, MM11-L, DDll-A, 230V 50~Z
•
11/40.D~ W LA30.PA lNSTEAO of LT3l, 115v 60HZ
•
11/40.0F w LA30.PU INSTEAD OF LT33, 230V 50HZ
11/40-0ri w LA30.PA INSTEAD OF LT33, 115V 60riZ
11/40.DJ w LAlO.PD INSTEAD OF LTl3, 230V 50HZ
_
11/40-DU W LAlO.PA INSTEAD OF LTll, 115V 60hZ
11/40.0V W LAlO-PO INSTEAD OF LT3l, 2l0V 50HZ
11/40-0W W LA30-PA INSTEAD OF LTl), 115V oOHZ
•
11/40.0~ W LA30.PD lNSTEAD OF'LT33 230V SOHZ
ENG
MGR
11/40"FA
11/40.F8
11/40 .. ,e;
11/40.FF
11/40.LT
11/40.LU
11/40.MP
11/40wMQ
11/40",MR
11140wPA
8NT
SNT
SNT
SNT
SNT
SNT
DESIGN
ENGR
PROD
ENGR
MFGR
AREA
STATUS
CATEGOR¥
MO/YR
JO
2
4173
JO
2
2
4/73 E
2
4/73
4
"'JO0
E
4/73 E
t:
E
SNT
SNT
JO
JO
JO
JO
2
2
4
2/73
2/73
1/73
1/73
1/73
2/73
11/40wPB SNT
JO
4
2/7] E
11/40.PC SNT
11/40.PD SNT
11/40.PE SNT
11/40-PF SNT
11/40.PH SNT
11/40.PJ SNT
11/40.Pl< 5NT
JO
6
6
6
6
6
6
-
SNT
8NT
JO
JO
4
2
E
E
E
E
E
E
E
JO
10/72 E
10/72 E
10/72 E
10/72 E
10/72 E
10/72 E
1 7172 E
11/40.PL SNT
JO
3
7/72 E
11/40.PM SNT
11/40.PN SNT
11/40-PP 8NT
11/40"PR SNT
JO
4
2113 E
2/73 E
2/73 E
-
11/40 .. PS 8NT
11/40 .. PT SNT
11/40.RA 514T
-
11/40-RC SNT
11/40-RD SNT
11/40-RE SNT
11/40.'U· SNT
11/40-RH SNT
11/40wRJ 8NT
11/40.RK SNT
11/40.RL aNT
11/40-RM SNT
11/40"RN 8NT
11/40.RP 8NT
11/40.RR SNT
It/40.RS 8NT
11/40.RT SNT
11/40.RU iNT
11/40-RV 8NT
11/40"RW SNT
Il/40"Ay aNT
11/40-VT SNT
11/40.VU SNT
l1J4S-SW
11/S0""BY
JO
JO
JO
JO
JO
E
E
JO
JO
4
4
4
JO
JO
4
Jo
4
JO
4
JO
6 10/72 E
6 10/72 E
6 10/72 E
6 10 / 72 E
JO
JO
JO
JO
Jo
JO
4
4
4
'JO
"'0
4
JO
JO
JO
JO
JO
4
4
JO
JO
JO
JO
JO
JO
JO
8ALL
BALL
4
4
4
4
4
4
4
4
4
4
4
2/73 E
2/73 E
2/73 E
2/71 E
e:;
2/73 E
E
2173 E
2113 E
2/73 E
2/73 E
2/73 E
2/73 E
2/73 g
2/73£
2/73 E
'1./7) i;
2/73 E
2/73 E
2/73 E
2/73 E
2113 E
2/73, E
1 11/73 E
3 11/73
E
USED ON
Of:BCR.l.PTION
10
OEM 11/40-CA, 115V bOHZ
•
OiM 11/40-CB, 230V 50rii
•
OEM 11/40-CE, 115V 60HZ
O£M 11/tOwCF, 230V SO"Z
11/40
LT33-0C INSTEAD OF LA30-PA & LCII-A, 115V 60HZ
11/40
LT33""OO INSTEAD OF LAlO.PD & LCII-A, 2l0V 50HZ
11/40
Mfl1.LP INSTEAD or MFll.L (CUNVf:RTS 8K 11/40 to 8K PARITY 11/40)
11/40
Mf1lwLP & MM11-LP INSTEAD OF MFI1-L & MMI1-L (PARITI CONV~RSIUN)
11/40
MF11-LP + 2 MM11.LP INStEAD OF MF11.L + 2 MM11.~ PARITY CONVERSION
BATCHI KOlt-A, BAit-Fe, MF11"L, MMI1-L, Le11-A, LA10.pA, ~Cil,
RKI1-CA, RKOSwAA, KW11-L, CRtl, H960.CA, DOll-A, BM792""xa, QJ250, 115V 60hZ
•
BATCHI kDII-A, 8All.FC, MFll-L, MHI1-L, Lell-A, LA30.PD, pelt-A,
RKllwCB, RKOSwSS, Kwtl-L, CRll.A, H960 wCB, DOllwA, BM7 9 2-IB, QJ25~,-2JOV50H2
w
11/40.PA W NO LAlO, Lell, PC1I, BUT LT3l-0C, TCII, TU56
w
11/40-PB w NO LA30, LCIl, PCII, BUT ~rl3.DD, TCII, TUS6
•
11/40-PA W NO LAlO, LCII, PCll, BUT LTll.OC, TM11.A, TUIO.EA
11/40-Pb W NO LA30, Lell, PC1I, BUT LT33 wOD, TM11-8, TU10-Ev
'"
11/40.PA W NO LAlO, LCI1, PCll, BUT til3 wOC, TM1I-A, TUIO-FA
11/40.Pij W NO LA30, LClI, PC11, BU1 LT33wOD, TM11.S, TUlo.rv
11/40.CA, MF11-L, MMI1-L, RK11 wCA, RKOS-AA, CHII, Kwl1-L, .
BM792.Y8, LA30-PA, LClt-A, TC11, 1U56, 115V 60HZ
11/40-C8, MF11-L, MM11.~, RKI1-CB, RKos-aB, CH11-A, Kwl1-L,
BM792.Y8, LA30-PD, LCllwA, TCII, IU56, ~lOV 50HZ
lt/ta-PA w Tell. TU56 INSTEAD or PCll, 11SV 60 HZ
11/40.P8 w Telt, TUS6 INSTEAD Of PCII, 230V 50HZ
11/40.PA W TMI1-A, TU10.EA INST~AD OF PCII, 115V bOHZ
11/40.PB W TM11-S, TUIO.EO INST~AD OF pell, 2l0V 50HZ
•
11/40-PA w rM11-A, TUlO.FA INSTEAD OF PCll, 11Sv bOriZ
11/40-PB w TM11-S, TU10-FD INSTiAO OF PCll, 2l0V 50HZ
RSTS-l1~ KD11-A, SAlt.Fe, Mf l1-L, 2 M~11.L, Let1-A, LA30-PA, PRll, ~Kl1-CA,
2 RKOS.AA, KWII-L, H9&O.CA, DOll_A, 8M792~YB, QJ4uO, 115V cOH~
RSTS-ll, KDlt-A, BAtt-Fe, MFlt-L, 2 MMI1-L, Let1-A, LA30-PD, PRlleA,
RK11-ca, 1 RK05.SB, Kwlt.L, H960wCB, DOlt.A, BM792.y8, QJ400, 2l0V ~OHZ
11/40.RA, RCI1, RS64_A, TCtl, rU56, ONLY 1 RKOS, NO PR11,-11Sv 60HZ
w
11/40-Rb, Rell, RS64-s, Tell, TUS6, O~LY 1 HKOS, ~O PHil, 2l0V 50HZ
11/40.RA RFll RSll Tell TU5b NO RK11, NO RK05, NO PR11, 115ij6oHz
11/40-R& RFll RSll wA Tell TU5b, NO RK11, ~o RKOS NO PRll, 2l0V 50HZ
•
l1/40-RA ~ TCII, TU56, RCll, RSb4.A, ONLY I RK05, 115Y 60HZ
_
11/40-RB w TClt, TU56, Rell, RS64.S, ONLY 1 RKOS, 2l0V 50~Z
11/40.RA w TCll, TU56, RF11, RB11, NO PR11, RK11, RK05, 115V60HZ
11/40.RB w Tell, Tu56, RF11, RS11wA, NO PRll, RK11, RK05,'2jO¥50HZ
•
11/40.RA W PCII INSTEAD or ~Rl1, 115V 60HZ
"
11/40aRB W PC11.A INSTEAD OF PRll, 230V 50HZ
•
11/40.RA W TMI1-A, TUI0-EA INSTEAD OF PRll, 115V bOHZ
w
11/40.RS w TM11-A, TUIO-EO XNST~AO OF PRll, 2l0V 50riZ
w
11/.0wRA w TM11.A, TU10-FA l,NST~AD OF PRil, 115V 60HZ
•
•
•
•
11/40
11/40
DSSOO
.05500
11/40.RS W TM11.B, tU10.FO iNSTtAD Of PRil, a~ov $0"%
11/40-RA w RF11, R81t, TM11eA, TUI0.EA, NO PRil, RK11, RK05 115Y60HZ
11/40-RB W Rrl1, RSllwA, TH1SwS, TUIO.ED, NO PRll RK11 RK05 2l0V50HZ
11/40-RA W RF11, RS1!, TM11.A, TUI0.FA, NO PRil, RK11, ~KOS 11SV60HZ
11/40.Ri w RF11, RS11~A, TM11.a, lUlo.rD, NO PR11 RK11 RK05 2JOVSQHZ
V10S-AA INSTEAD OF LAJo-PA & LClt-A, 115V 60HZ
VI05-AD I~STEAD OF LA30.PD & ,CIlwA, 230V 50HZ
MOOEL
DESIGN
ENGR
NO
BD
BO
80
11/4S~CA
11/45~CB
11/4S.CC
11/45.CO
lt/4SwCE
Bo
11/45~CF
BO
SO
11/4.5.CK
80
11/4S.CJ
11/4S.CK
lt/4S wCL
11/4S"CM
11/4S·CJ!.
BD
11/4S""CR
11/4S.Ct
L8H
BO
11/4S-0U
BO
80
80
80
11/4S.0V
BO
11/45-FA
80
BO
11/45.05
11/45",D1
11/45-r8
11/4S.FC
11/45.FO
11/4S.FE
11/45.'f'
11/4S.FM
11/4S.FJ
11/45.FK
11/45-'L
11/45.FM
11/45-FN
11/45.FP
11/4S.P"R
11/45.F5
ll/4S-'T
11/4S.FtJ
11/4S"FV
lt/4S-0A
11/.45 .. GB
11/45.GC
11/4S .. GO
11/45.GE
11/4S"Gf'
11/4S-CH
11/45.GJ
11/4S-GK
11/4S.CL
11/4S-GM
6 11/73 E
LaM
8D
11/45·D8
6 11/73 E
6 11/73 E
1 11/73
3 11/73
;I 11/73
3 11/73
lisA .LBH
so
E
E
E
E
6 11/73 E
6 11113 ~
6
4113 E
BO
BO
6
BD
L8H
BO
6
80
LBM
LBH
LaH
1
3
]
3
BD
so
4173 E
4/73 E
6 11/73 E
6 11/73 E
6 11/73 E
6 11/73 E
6
6
6
Bo
eo
7112 E
6
7/72 E
6 11/13 E
6 11/73 E
1
l
eo
11/45~CU-a-O···--··
11/4S",CV
11/4s",ew
11/4S.C¥
11/45.D.
6
CA1~GORY
BD
aD
BO
so
11/4S"CS
STATUS
MO/YR
aD
SO
.BO
"
MFGR
AREA
6 11/73 E
6 11/73 E
6 11/73 E
6 11/73 E
6 11113 E
6 11/73 E
6 11/73 E
8D
11/45,,-CP'~
PROD
ENGR
4/73 E
4/73 E
4/73 E
4/73 E
4/73
11/73
11/73
11/73
E
E
11/73
E
E
E
BD
)
4173 E
3
so
3
1
4113 E
4/73 E
eo
80
so
BD
80
LBH
LBM
LBM
4/73 E
L6H
1 11/73 E
1 11/73 E
3 11/73 E
1 11/73 E
BD
so
6
6
BO
6
&0
.~
80
Bo
6
6
80
6
BO
6
80
80
6
BO
6
6
4173 E
4/73 E
4/73 E
4/73 E
4/73
E
4/73 E
4/73 E
4/73 E
4/73 E
4/73 E
4/73 E
USED ON
.
DESCRIPTION
11
K811 .. A + CAS, LT33-0C, 115V
LT3~.DO,
230V
MF11-LP, MM11.LP, LAlO.CA, CAS, 115V 60HZ
Mfl1.LP, MM11wLP, LA30.CD, CAB, 230V 50HZ
•
MFI1-LP, ~Ml1.LP, VT05S.AA, CAB, 11~V 60HZ
•
Mfl1-LP, MM11-LP, VTOSB.AO, CAB, 230V 50HZ
MFI1_L, MM11.L, LA10.CA, CAB, 115V 60HZ
MFI1-L, MM11-L, LA10-CD, CAB, 230V 50HZ
MF11.L, MM11.L, Vl058.AA, 115V bOHZ
•
'III
Katl""., MF11-L, MM11.L, VT05S-AD, 2l0V 50hZ
11/4~.CC ~ ~UIO LOAOER~ CLOCK, PwR rAIL, 1lSV 60HZ
•
11/4~~CD w ~UTO LOADER, CLOCK, iWR fAIL, ~30V 50H~
""
~1/45·CM WitK CORE, J(T11.C MI::M MANAGEMI::N'!', 115v 60HZ '~
11/4$.CN w 4tK CORE, KT11.C M~M MANAGEMiNT, 2~OV gO~Z
\
•
OS500
Kal1.A, Mrl1.LP, MM11.LP, H961-HA, 11,V
~
DS500
K8tleA, MF11-LP, MMllwap, H967.HB, 23QV
K8l1wA, MY11.UP, MR11_DS, KW11.L, LA30-CA, CAB, 115Y bOMZ
•
KBl1-A, MF11-UP, MR11-08, KW11-L, tAlO-CD, CAS, 230y ,OMZ
•
K811eA MF11.UP MMll-UP KT11-C MR11-D8 KWll.L LAJO.CA CAS 1l5VoOHZ
K811-A Mrl1.UP MMll-UP KTll-C MMI1-oB Kwl1-L LAlO.CO CAB,-2JOV 50HZ
DOS, ll/4S.CC, RF11, RS11,
TCll, lU56, MR11.0B, Q~2aOwAC
OOSI 1l/4S.CD, RF11, RS11-A, TClt, TU56, MRll.D8, QJ220-AC
Doal 11/45.CC, ~Kl1-CA, RKOS-AA, Tell, TUS6, MR11.0B, Q~220.AC
DOSa ll/45.CD, RK11.CB, RKOS .. BB, Tell, TU56, MR11.06, QJ220.AC
DO~. 11/45.0$, lMl1.A, lUIO-EA, QJ220-AO, NU ICll, TU56, QJ220 wAC
DOi. '1/4~"Dt, TM1l-B, rU10aED, QJ220-AD, NO Tell, lU56, QJ220-AC
Kitl_A, MM11eS, CAB, 115V, OEM
•
K811.A, MM11-S, CAB, 230V, OEM
•
KB11-A, MMll.S, CAB, ~A30-CA, 115V 60HZ, oEM
KB11-A, MM11.S, CAB, ~AlO.CD, 2l0V 50riZ, OEM
Kal1-., MM11-S, CAB, VT05S-AE, 115V 60HZ, OLM
KBlt-A, MM11-S, CAB, VT05S-AJ, 230V 50HZ, OEM
KBlt.A, MF11_UP, LAJO.CA, CAB, 115V 60HZ OEM
•
KBlt-A, MF11-UP, LAlO-CO, CAB, 230V 50HZ OEH
K8l1-A, MF11-U, LA30.CA, CAB, 11SV 60HZ, OEM
""
KB11-A, MYll.U, LA30.CD, CA8, 2l0V 50HZ OiM
•
OEM 11/4S-CC W 24K HEM & HEM MANAGEMENT, 115V 60HZ
OEM 11/4S.CD W 24K MEM & HEM MANAGEMENT, 230V 50H~
OEM 11/~5.f'M W NO PARITy, 115V 60HZ
OEM 11/4S-FN W NO PARITY, 230Y 50RZ
11/4SwFH, MM11-UP, KTlt-C, 115V 60HZ OEM
11/45.FJ, MM11 .. UP, KTll~C, 230V ~OHZ OEM
•
11/45~FK, MMll-U, KT11-C, 115V 60HZ OEM
11/45-FL, MM11-U, KTll-C, 230V 50HZ O~M
•
KBt1-A, MSlt.SC, 2 MS11.SM, tAlO-CA, 115V 60HZ OEM
KStl_A, MS11 e ac, 2 MSll.SM, LA10eCD, a30V 50HZ OEM
•
KS11-A, MS11.aC, 2 MS11.SM, VT05B.AA, 115V 60HZ O~M
Kel1-A, MSll-6C, a MSlt-8M, VToSaeAD, 2l0y SOriZ O~M
K811eA, MS11wBC, 2 MS11~BP, tA30.CA, 115V 60HZ OEM
•""
KS11.A, M~11.BC, 2 MS11-SP, LAlO-CD, 230V 50HZ OEM
•
K811.A, MS11.SC, 2 M511-SP, VT05B.AA, 115y 60HZ OEM
'•"
KB11-A, MS11 .. aC, 2 MSll-SP, VT05S_AU, 2l0V 50HZ O~M
KBll.A, MS11-SC, 4 MSll-SM, LA30-CA, 115V 60Hi uEM
•
K811-A, MS11-SC, 4 MSI1-SM, tA30-CD, 230V 50HZ OEM
KS11 .. A, Mitl-SC, 4 MS11-SM, VTOSS .. AA, 115V 60HZO~M
-.
..
.-.
-.
-.
.
-..
-.
K8Il.A,
KS11.A,
KB11-A,
KB11-A,
Ketl.A,
K811-A,
KB 11-A,
Kalla. + CAB,
MODEL
ENG
NO
MGR
lt/4S"CN
11/4S.,CP
PROD
ENGR
11/45.,GR
LBH
!ISH
LBH
LBH
LBH
LBH
LBH
SO
80
6
BO
BO
8D
SO
BD
JEN
JEN
JEN
JEN
JEN
JEN
JEN
JEN
I;SH
LBH
STATUS
CATEGOR¥
MO/¥R
6
eo
BD
BO
MFGR
AREA
6
SO
BO
BO
11/45111G5
It/4S.GT
11/45!!11MA
11/4S·MB
1 1I 45!!11MC
11/45"MO
11/4S .. MH
11/45!!11MJ
11/45"MM LBH
11/4S",MN
11/4S"MP
11/45 .. MR
11/4S",MU
lt/4S"MV
11/45 .. M14
11/4StI!M¥
11/4S"NA
11/4S .. NB
DESIGN
EHGR
RSX11·0a
RSX11.0.
RSX11-01
RSXll"DI
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
3
11/4S"'NC BO
11/45. NO BO
1l/4S"NE SO
iJaH
3
3
3
J
'"
11/4S"Nf'
SO
LSH
l
LSH
LBH
3
JEN
6
SO
6
Bo
BD
6
6
JEN
vEN
JEN
JEN
JEN
6
6
6
6
6
6
3
11/4S"NH SO
11/4·StI!NJ 80
11/4S.PA LBH
'"
-
11/4S"'PC
11/45.PO
11/4$.PH
11/4S.PJ
11/4S.PK
l1/4S"PL
11/4S.PM
lt/4S.PH
11/4S .. PS
11/4S",PT
t1 / 4S-PU
11/4S""PV
11/4S",RA
-
11/4S w RC
l1i4S"RO
fl/tS"Ri:
LBH
LiM
LBH
LBH
LBM
LBM
LaH
LBH
JEN
3
BO
LeH
LBH
BO
BO
LBH
LaM
LBH
JEN
3
3
6
80
6
BD
BO
BD
6
6
6
BO
6
80
3
USEO ON
DESCRIPTION
Kal1.A, M~11.iC, 4 MS11"BM, VT0588AO, 2l0V 50HZ O£M
•
KSI1-A, M$11-SC, 4 MS11-SM, LAl6-CA, 115V 60HZ OEM
KS11_A, MS11-ac, 4 MS11.SP, ~A30-CO, 230V 50HZ OEM
4/13 E
•
K8It-A, MP11-eC, 4 MS11-ap, Yi05B.AA, 11~V bOH~ O~M
4/71!
•
K811_A, M$11eaC, 4 MSll-SP, VT05B.AO, 2l0V 50HZ OtM
11/73 E RSX11-DI 11/4S-CC Mft1-LP KT11-C RKI1-CA RKOS.AA Telt TU56 MRllwOa KWI1-L Q~580wAC
11/13 E RSXI1-DI ll/4S-CD Mfl1-LP KTll-C RK11.CB RKOS-BB TCll TUSb MR11.DB KW11.L QJS80-AC
11/71 E 11/4S-CC MF11@LP KTI1-C RF11 RB11
TM11-A TU10.EA MRI1-P8 KW11-L H~608DA Q~580.AO
11/7~ E It/4S-CD MFll-LP KT11.C RF11 RSII-A TM11-a TU10.ED MRI1-0a KWI1-L H960.0B QJS80.AD
11/73 E
11/4S-MC, MM11.LP, RKI1-CA, RKOSwAA, CRll,
LP I1-JA, DOll-A, NO RFlt; RS11
11/73 E
11/4S-MD, MM11.LP, RK11.Ca, RKOS-8S, CRit-A, LPll-JB, DOll-A, NO kFil, RSll
11/11 E
RSX11D REAL TIME ,1, 115V 60Hz
11/73 E
RSX11D REAL TIME .1, 230V 50HZ
11/73 E
..
RSX110 REAL TIME .2, I1SV 60HZ
11/73 E
•
RSXI1D REAL TIME ,2, 230V 50HZ
11/7l E
•
RSXI1D REAL TIM~ #3, 11SV 60HZ
11/73 E " ,
RSX11D REAL TIME #3, 230V SOHZ
11/73 E
•
RSXI1D REAL TIME .4, 115V 60HZ
11/73 E
•
RSXI10 REAL TIME ,4, 230V 50HZ
11/73 E
RSXI1D SYS 1. 11/4S.CW, RK11-0E, TM11.EA, QJ580.AD, 115V bOHZ
11/73 E
•
RSXI1D SIS 11 11/4S·CY, RKI1-0J, TMI1-ED, Q~5ijO.AO, 230V do&Z
11/73 E
RSXllD SIS 2. 11/45.Cw MFI1-UP RKI1-0E TM11-EA H960.PA QJ580-AO 115v60HZ
tl/73 ERSXI10 SYS 2. 11/45.CY MFI1-UP RK11.0v TM11.EO h960.08 QJ580_AD 230VSOHZ
11/73 E
RSXI10 SIS 31 11/4S.CW, Mij'll-UP, MM11.UP, RP11.CE, TMI1-EA, CRII, ...
E
LP11.vA, 0011.8, H960.0A, Q~S80-AD 115V 60HZ
11/73 E
RSXI1D SIS 3. 11/45.Cl, MFI1-UP, ~Ml1.UP, RPI1-CJ, TMil.ED, CHI1-A,
E
LP11-J6, DD11-S, H960.0S, QJ580.AD, 230V 50HZ
11/73 E
RSX110 SYS 41 11/4S.CW M'11.UP RKll.0E RKOS_AA, QJS80.AE,'11SV60HZ
11/71 .:
RSXI1D SYS 4. 11/4S.CX MF11!!1UP RK11.0\J RKOS.SB QJ580-AE 230V 50HZ"
11/73 E
BATCH, 11/4S.CC, MF11.LP, RKI1-CA, RKOS-AA, TM11-A, TV10w~A, CRll, LPll-JA,
E
KW11.P, MRI1_0B, D011.A, QJa50.AD
11/73 E
SATCHI lt/4S-CD, RK11-CS, RKOS.SB, ~M11.8, TUIO-EO, CR11-A, LP11.~S,
E
KWll-P, MM11wOB, DOll-A, QJ2S0-AO
11/.,3 E
BATCHI11/4S.PA, MFI1-LP, F~tl-s, RP11-CA, RP03wAS, H960-PA, NO RK11, RK05
11/73 E
BATCH. 1l/4S.PB, MF11-LP, FP11-S, RPI1-CB, RP01.aS, H960 e OS, NO RKli, RKOS
11/73 E
•
BATCH '1, 115V 60HZ
It/71 E
•
BATCH .1, 230V 50HZ
11/71 E
BATCH #~, 115V 60HZ
11/73 E
•
BATCH
230V 50hZ
11/73 E
BATCH #l, 115V 60HZ
11/71 E
•
BATCH #3, 230V 50hZ
11/73 E
•
BATCH/OOS SIS
11/4S-CU, RKI1-0E, TMI1-EA, QJ250-AD, 115V 60HZ
11/7) E
"
BATCH/DOS SyS 1. 11/45.CV, RK11-0J, TM11-!D, QJ2S0-AD,2l0V 50Hz
11/73 E
•
BATCHIDOS SYS 2, 114S-CU, Rfl1-AA, Tell-GA, Qu2~O-AC, 115V 60KZ
11/73 E
BATCH/DOS SIS 2. 11/4S-CV, RF11-Ab, Tel1-GB, QJ~5Q.AC, 2lUY-S6HZ
11/73 E
RSTS/451 11/45.CC, MF11.LP, MM11.LP, KT11_C, RF11, RSll,
RK11.CA, RKOS.AA,
E
Tell, TU56, MRI1-0B, KWll.P, H960.0A, Do1l-A, Q~4JO.AC
11/73 E
RSTS/45a 11/4S-CO,Hrl1-LP, MM11-LP, KT11 wC, Rrl1, RS11eA, RK11.Cg,~RK05-BB,
E
Tell, TU56,MR11wUB, KW11~P, H960.0B, DOll-A, Q~430~AC
11/73 E
RSTS/451 11/4S·RA, TM11-A, TU10-EA, Q~430.AD, NO TCll, IU56, QJ4l0-AC'
11/73 E
RSTS/45. 11/45eRB, TM11ea, TUIO.ED, QJ4l0.AO, NO TCll, TUS6, Qv4l0wAC
tl/71 E
RSTS/45. 11/4S.CC, MF11.LP, MM11.LP, KT11.C, FPll-a, RP11-CA R~O~.AS, TNll.A,
E
T0 10-EA, MR11-08, KW11- P , H960-0A, DOll-A, Qv4l0-AO
11/73 E
RSTS/45. 11/4SwCO, MF11-LP, MM11.LP, Ktl1.C, FPI1-8, RP11-CB RPOl-aS, TNtl.S,
E
TUtO-ED, MR11.DS, KW11.t, H960 w06, DOIl.A, QJ430eAO
4173 E
4/73 E
4/73 E
I.,
1.
MODEL
NO
11/4S .. RH
11/45.RJ
t 1/4'5 wRK
11/4S"RL
11/4!!hIRM
11/4S.RN
11/4S.RP
11/4S .. RR
11/4S.RS
11/4S.RT
ENG
MGR
DESIGN
ENGR
L8H
tSH
JEN
JEN
6
6
LBH
JEN
6
LBH
LEHt
1.1811
JEN
6
JEN
6
JEN
6
tBH
1
!JaR
3
8D
aD
so
BD
11/4S.RU SO
11/4S.RV 80
3
3
LaH
3 11/73
3 11/73 E
3 4173 E
so
11/4S.UC
11/45·UD
11/50-CC
11/50.CO
11/50.C£
11/50""Cf'
11/50·eM
11/50.eN
11/50-CP
11/50·CR
11/50-CS
BD
11/50.0U
l1/S0wDV
11/S0 .... FH
11/50-'.)
11/S0.FK
11/50.FL
11/50-rM
11/50.PH
11/50.FP
11/50"FR
11/50 .. rs 80
11/50.'T BO
11/50.ru ID
11/S0.FV eD
11/50-ME
•
-
11/S0.MH
11/50-M.]
11/S0.MK
11/73 E
11/73 E
11/73 E
11/73 E
11/73 E
11/73E
11/73 E
11/73 E
11/73 E
11/73 E
IdSH
130
tl/S0"'DT
STATUS
CATEGORY
MO/YR
LBH
11/45·U8
11/S0.CU BD
1t/SO-ev Bo
11/S0.CW 80
11/50.Cy SO
11/50 .. 0A
11/50.OB
11/50.0S
MFGR
AREA
t"BH
11/4S-UA
tt/sOwer
PROD
ENGR
aD
aD
80
80
80
aD
80
BO
80
80
E
3
E
3
E
4/73
4/73
3 4/73
6 11/73
6 11/73
6 11/73
E
E
E
E
6 11/73 E
6 11/73 E
6 11/73 E
6 11/73 E
6 11/73 E
3
4179 E
4/73 E
BO
3
LBH
1 11/73 E
1 11/71 E
LaH
L8H
LaM
80
so
80
SO
BO
BO
80
80
SO
3 11/73 E
3 11/73 E
3
4173 E
3 4/73 E
1
1
1
3
3
4/7) E
4/73 E
4/73 E
4/73 E
4/71 E
E
)
4/73
BO
)
3
4/73 E
4/73 E
3
80
3
3
4/73
4/73
4/73
4/73
BO
BD
BO
LeM
3
E
E
E
E
8D
] 11/13 E
1 11/73 E
3 11/73 E
3 11/73 E
6 11/73 E
BD
6
LaM
LBM
LiM
E
11/73
E
E
BO
80
80
ll/73 E
6 11/7l E
6 11/73 E
6
USED ON
Of:;SCRIPTION
13
RSTS, TIME SHARE II, 115V 60HZ
RSTS, TIME SHARE ,1, 230V 50HZ
~
RSTS, TIME SHARE 12, 11S V 60HZ
RSTS, T1M~ sHARE ,2, 230V 50HZ
•
RSTS, TIMi SHARE #3, 115V 60HZ
•
RSTS, TIMi SHARE .3, 230V 50HZ
RSTS/~ .11 11/4S.CW MF11-UP Rfl1-AA RK11-0E TC11-GA H960-0A QR.30 .... AC 115V60H
RSTS/E *11 11/4S.CY MF11-UP Rfll.AB RKI1-0J TCll-vB H960-ub QR430.AC 230V~OH
~STS/E '21 11/4S-CW MF11-UP RF11-AA RK11-0E TMll-EA H960.UA Q"410 .. AD !lSV60H
RSTS/E #2& 11/4S .... CY MF11.UP Rfl1.AB RillwOJ TM11.~D H960.~b Q~4l0.AD 230V~Ori
RSTS/E *31 11/4~~Cw MF11-UP RP11-eE FP11.s TM11-EA H9~O.D~ QR430-AO"115VbOHZ
RSTS/E .31 11/45.Cy MF11.UP RP11-CJ FP11-S TM11.E~ H960.D~ QR430-AD 2l0V50HZ
•
KBII-A, MF11-LP, ~Ml1-~P, CAB, UPGRAOE FROM 11/20, l1bV 60HZ
K811-A, MF11-LP, MMll.L~, CAB, UPGRADE fROM 11/20, 230V 50Hi
•
K8l1-A, Mrl1 w L, MM11-L, CAB, UPGRADE FROM 11/20, 115V 60 HZ
KSI1-A, MF11-L, MM11-L, CAB, UP~RADg FROM 11/20, 230V SOH~
KSI1-A, MS11-SC, 4 MS11-SP, LA30-CA, CAS, ll5V bOnZ
K811.A, MS11-ac, 4 MS11.SP, LAlO .... CD, CAB, 2JOV 50HZ
Ka11 w A, MSll-SC, 4 MS11-SP, VT05B.A., CAB, 11Sv 66HZ
K811-A, MS11 .... SC, 4 MSllwSP, VT05B.AD, CAS, 2)OV 50HZ
11/50.CC ~ AUTO LOAOER, CLUCK, PWR rAIL, 115V 60HZ
_
1liso-CD W AUTO LOAOER, CLOCK, PWR FAIL, 230V 50HZ
•
Il/so-eM + 16K CORE, 115V 60HZ
w
lliso-CN + 16K CORE, 230V 50Hz
08500
KB11-A, MS11-SC, 4 MS11 .... SP, H967-HC, l1SV
KSll-A, MS11~BC, • MS11-SP, H967-HB, 230V
OS500
•
K8l1.A, Mall-SC, 4 Ma11.BT, M~11-D8, KW11wL, LAlO.CA, CAB, 115v 60HZ
_
K8l1_A, M~11.8C, 4 MS11 .... ST, MRll .... 08, KWll~L, LA)O.CD, CAS, 230V 50H2
Ksl1-A MS11-sC 4 MSll-aT MF11.UP KT11-C M811-0B Kwl1-L ~Al08CA CAB 115V 60H2
K811wA MS11-BC 4 MSll.aT MF11-UP KTll-C M~11-08 Kwl1-L LA)O.CD CAS 230V SOHZ
DOS, 11/45~DC W l1/50-CC INSTEAD OF 11/4S-CC
OOSI 11/45.00 W 1i/50.CD INSTEAD OF 11/45.CO
DOS' 11/4S.0S W 11/50.ec INSTEAD OF 11/4s.ce
oos& 11/4S-DT w 11/50-CO INSTEAD or 11/4S-CD
DOS. 11/45.0U W l1/50-CC INSTEAP of 11/45.ec
DOS' 11/4$.OV w 11/50.CO INSTEAD OF tl/is_CD
•
OEM l1/S0-ce, 11!V 60HZ
•
-
OEM 11/S0-CD, 230V
Q~M
50HZ
11/50.CC W NO PARITY, 115V 60HZ
•
OEM ll/50.CD w NO PARITY, 230V 50HZ
OEM 11/50-CC + 8K CORE MEM • HEM MANAGiMENT, l1SV 60HZ
_
OEM 11/50.CD + 8K CORE ME~ , MEM MANAGEMENT, 2l0V 50HZ
OEM 11/50-FM W NO PARITl, 115V 60HZ
•
OEM 11/50-FN W NO PARITY, 2l0Y 50HZ
•
11/50-FH, MF11wUP, KTI1-C, 115V 60HZ OEM
•
11/50-F~, MF11-UP, KT11wC, aJOV 50HZ OEM
•
11/50-FK, MF11.U, KTll-C, 11SV 6QHZ O~M
11/50-F~, MF11-U, KTtlwe, 230V 50HZ OEM
RSX11-01 11/50-ee, MF11wLP, KT11wC, RK11 wCA, RKOS.AA, TM11-A, TUI0-~A,
MR11-pa, KW11-L, QJs80-AD
RSXI1-01 l1/S0-CD, MF11-Lp, KTll-C, RK11-CB, RK05-SB, TMll-S, TU10-~D,
MR11-0B, KW11-L, QJ580-AD
RSXll-0 11/4S-MH W 11/S0-CC INSTEAD OF 11/45-ce , NO K960-0A
RSXll.O il/4S-MJ w ll/50-CD INSTEAD OF 11/45.CD , NO H9bO-OB
RSX11eO 11/50-ee, 2 MF11-LP, MM11.~~, KT11"C, RP11.CA, R~Ol.AS, !M~l.A,
•
MODEL
NO
ENG
MGR
..
BO
11/50lltML
"
11/50-NM
,,8H
lt/50.MN LSH
tl/50~MP LBH
11/50""MR L8H
11/50-MU L8M
11/50 .. MV LBM
11/50 .. MW LBM
11/50",,~4Y LBM
11/50-NA eo
11/S0 w NS 80
11/50"NC 80
11/S0 .. NO 80
11/50"N[ SO
"
"
11/50.NH
DO
t 1 15 <),.N-.1 SD
11/50.PA
11/50",518
It/50.PC
11/50"pO
11/S0"Pt::
•
•
LBH
1,88
L8H
L8H
LBR
L8H
LaM
LaH
so
SO
PROD
ENGR
MFGR
AREA
STATUS
MO/Y'R
E
6 11/73 E
E
E
E
E
E
E
E
E
3
3
LBH
3
11/73 E
L8H
E
3 11/73 E
JEN
JEN
JEN
JEN
JEN
JEN
JEN
LaR
L8H
LBH
LBH
LBH
J.,SH
BO
80
SO
8D
SD
JEN
JEN
JEN
JEN
JEN
JEN
JEN
JEN
6
6
6
6
6
6
6
6
1
1
:4
e:
E
E
E
E
6 11/73 E
E
6 t 1173 E
6 11/73 E
6 11/71 E
6 11/73 .E
61·1/73 E
6 11173 E
6 11/73 E
6 11/73 E
LaH
LBH
LBH
11/s0.PY 8D
L8H
3 11/73
11/50-RA
11/50.R8
80
80
80
6
Lali
E
1 11/73 E
11/73 E
6 1l/73E
6 11/73 E
6 11/71 E
6 11/73 E
11/50.PV BO
11/50.PW BO
L8N
f£
E
6
1 11/73
3 11/73
3 11/73
1 11/73
.1 11/73
11/SO.PU 80
CATEGOR~
11/73
11/73
11/71
11/73
11/73
11/7.3
11/73
11/73
11/73
11/73
11/73
11/71
11/73
JEN
BD
11/50.P"
11/St)IItPH
11/50 .. pJ
11/S0.PK
11/50.PL
It/sO.PM
11/S0.PH
It/50.PP
tl/S0.PR
11/50.PS
It/50.PT
DESIGN
ENGR
E
E
E
E
E
E
-
tl/S0.RC
11/S0 .. RO
11/S0 .. RE
11/s0.RF
11/50.RH LBH
11/50"RJ LBH
11/S0 .. RK LBH
11/50"RL LBH
E
E
aD
so
so
JEN
JEN
JEN
JEN
6
6
6
6
6
6
11/73
11/73
11/7]
11/71
11/7]
11/7]
11/73
11/73
E
E
E
E
E
E
E
6
E
6 11/73 E
6 11/73 E
USED ON
DESCRIP'fION
14
TUI0-EA, CDlt.EA, LPI1-RA, MR11-0B, KW11-~, H960-UA, QJS80-AD
R5X1t-O. 11/50-CO, 2 MF11-LP, MMI1-LP, KTlt-C, RP11.C8, R'OJ-~S, tMl1.S
TUI0.~B, COlt-Es, LP 11.RS, MRI1-0B, KWI1-L, H960-D8, QJ~8U.AD
•
RSXI1D RtAL TIME #1, 11SV 60HZ
•
RSX110 REAL TIME #1, 2l0V 50HZ
•
RSXII0 ~EAL TIME ,2, 11SV 60HZ
•
RSX110 REAL TIME ,2, 230V 50HZ
RSXI1D ~EAL TIME .3, 115V 60HZ
•
RSXI10 REAL TIME ,3, 230V 50HZ
•
RSX110 REAL T1M€ '4, 115V 60HZ
RSXI10 REAL TI~E ,4, 230V SOHZ
RSXIID syS 1. 11/50.CW, RKI1-0E, TM11-EA, Qu580-AD, 115V OOH~
RSXI10 SIS 1. 11/50~CYC RKI1-0J, TMll-Eb, Q~5~o.AD, 230V 50HZ
RSXI10 SYS 2. 11/50-CW MF11-UP RK11-0E TMI1-EA H960-0A QJS80-AO 115V bOHZ
RSXllD SIS 2. 11/50 .. CY MFI1-UP RK11.DJ TM11.EA rt900_DbQJ580.Au ,30V--SQHZ
~SXI1D SYS 3, 11/$O-cw, MFI1-UP, MM11.U~, RPI1-CE, TMI1-EA, C~11, LPll-JA,
0011-S, H960-0A, QJ580-AD, 115V 60HZ
RSXI1D SIS 31 il/50-CX, Mfl1-UP, MM11.UP, RPI1-CJ, TM11-ED, CR11 .. A,
LP11""J8, DOll-a, H900.0S, QJ580-AD, 230v 50HZ
.
RSXI1D SIS 41 11/50.CW, Mfl1.UP, RK11-0E, RKOS-AA, Qu5BU-AE 115V60HZ
RSXI10 SIS 41 I1/50-CY, MF11-up, RKI1-0J, RKOS-S8, QJ580-AE 2l0VSOHZ
BATCH. 1l/4S.PA W 11/S0.CC INSTEAD OF 11/4S.CC
BATCHa 11/45.P8 W 11/50.CO XNST~AO OF l1/4S.CP
8ATCH, 11/4S-PC w 11/so.ec INSTEAD OF 11/4S-CC & NOH960-UA
BATCH, 11/45.,0 W 11/50.CO INsTEAD OF 11/4S.CD & NO H960.0a
BATCH; ll/S0-ce, MS11.SD, 2 MSll_SP, FP11-B, RP11.CA,· RPOJeAS, TMlt_A,
TUtO-£A, COll-EA, LPll-RA, MR11~D8, KWllwP,UD11·A, QJ250~AU
lATCH, 1t/50.CD, MS11.S0, 2 MS11wSP, FP11.S, RP11-ca, RP03.ijS, tMl1;S,
TUtO-EO, CD11.gB, LP11-RB, MR11.DB, KW11-P, OD11.A, QJ2S0~AD
BATCH #1, 115V bOHZ
BATCH .1, 230y 50HZ
•
BATCH '2, 115Y 60nZ
..
BATCH .2, 230V 50HZ
BATCH '3, 115V 60HZ
BATCH Il, 230V SOriZ
•
SATCH #4, 115V 60HZ
•
BATCH #4, 230V 50HZ
•
BATCHIDOS BY! 11 11/50-CU, RK11-DE, TMI1-EA, Qu2S0-AD, 11~V 60HZ
..
BATCHIDOS 8yS 1. 11/50-CV, RK11-0J, TM11-iD, Qu~50.AO, 23QV 50Hz
•
BATCH/DOS SYS 2, it/50-CU, Rfl1·AA, Tell-GA, QJ2S0-AC, 11SV 60HZ
..
BATCH/DOS SyS 2. 11/50-CV, kFl1-A8, TCI1-Ga, Q~250.AC, 230V 50HZ
BATCHIDOS S~S 3. ll/50.CU, MSll.SD, 2 M8llwaT, f P l1.a, RP ll.CE, T~11-~A, .
CDl1.tA, LP11.RA, DOll-b, QJ250~AO, 11SV bOHZ
IATCH/DOS SYS 3, 11/50.CV, MSlt-SO,2 MS11-ST, FP11-6, RP11.Cv, TMll"EO
COli-ES, LP11-RB, 0011-S, QJ250-AD, 2l0V 50HZ
RSTS/50. ll/45-RA W 11/50"CC INSTEAD of 11/4S-CC
RSiS/501 l1/4S.RS W 11/50.CD INSTEAD OF 11/45-eO
RSTS/50. 11/4S-RC W 11/50-CC INSTEAD OF 11/4S-CC
RSTS/SOI 11/4SeRO W 11/50"CD INSTEAD or 11/45.CO
RSTS/501 11/45_RE W 11/50.CC INSTEAD or 11/4S.CC
R$TS/SO, 11/45-RF W 11/50-CO INSTEAO OrlI/4S-CD
•
RSTS, TIME SHARE #1, 115V 60HZ
RSTS, TIME SHA~E .1, 2l0V 50HZ
•
RSTS, TIME SHARE .2, 115V 60HZ
•
RSTS, TIM! SHARE ,2, 230V 50HZ
MOOEL
ENG
~O
MGR
11/50.,RM
11/50-RN
11/50 lf RP
11/50.,RR
11/50-RS
LBH
LBH
80
SD
6D
11/50 .. PT 80
11/50-RU SD
11/S0-R,V 80
11/50"UA
11/50.US.
11/50"",UC
11/50"UD
I1D01.0A va
11D01-0B vB
11001"'OC VB
va
DESIGN
ENGR
PROD
ENGR
MP'GR
AREA
JEN
JEN
LBH
LSH
6 11/73 E
6 11/73 E
3 11/'73 E
3 11/73 E
3 11/73 E
3 11/73 E
J.,SH
L8H
L8H
LBH
80
80
80
3 11/73 E
SO
OPR
OPR
COM
DPR
COM
COM
DPR
11001.0£ VB
1100t.DF VB
COM
DPR
l1D01.0c,; VB
11001"OH VB
DPR
DPR
CPR
DPR
COM
COM
COM
COM
COM
COM
OPR.
COM
DPR
OPR
DPR
CPR
OPR
DPR
OPR
OAS
DAS
COM
COM
COM
COM
eOM
I1DOb,OD
tlD03.0A
11 DO .1.D8
11010",CA
11010"C8
l1D10-CC
l1DtO"CO
VB
VB
VB
VB
va
VB
11010 .. CE; va
I1DI0-cr va
IIOIO-OE VB
I1Dl0 .. 0F VB
I1D20·CA
11020.<:8
11020-ce
I1D20"CD
11020-CE
I1D20-C"
I1D21"CA
l1D21-CB
l1D2t·CC
I1D21-CO
l1D21-CE
11021-CF
11023-CA
I1D21-C8
l1D26 wCA
l1D26.CB
11026.CC
11026·CO
11D26-CE
l1D26.CF
COM
COM
DAS
DAS
OAS
DAS
1
DAS
DAS
3
3
DAS
DAS
DAS
DAS
DAS
3
3
3
OPR
DPR
DPR
CPR
OPR
3/72
3/72
3/72
5/72
E
E
E
E
5/72
E
3/72 E
3/72 E
3/72 E
3/72 E
3
1
3
5/72
5/72
5/72
5/72
3/72
3
3/72 E
E
E
E
E
E
3
3/72 E
:3
3/72 E
3
1
OAS
CAS
VB
3 tO/73 E
3
3172 E
3
3
3
3
DAS
DAS
DAS
VB
VB
3 11/73 E
1 4173 E
) 4/73 E
3 4/73 E
3 4/73 E
2 10/73 B
2 10/73 B
2 10/73 B
2 10/73 8
2 10113 B
2 10/73 S
2 10/73 B
2 10/73 B
2 10/7] B
2 10/73 B
3 10/73 E
1 10/73 E
1 10/73 E
3 10/73 E
3 10/73 E
3 10/73 E
1 t0/7) E
1
OAf)
OAS
l1D40"'CE VB
VB
11D4o .. cr
l1D40-0J
11040 .. 01(
l1D40.0N
DPR
STATUS
CATEGORY
MO/YR
COM
COM
COM
COM
3
3
2
2
COM
2
5/72
5/72
10/73
10/73
10/73
10/73
10/73
E
E
E
E
E
E
E
USED ON
DESCRIP1'ION
•
-
15
RSTS, TIME SHARE .3, 115V 60HZ
RSTS, TIME SHARE i3, 210V 50HZ
RSTS/E #1' 11/50-CW Mfl1-UP RF11-AA RK11-oE TC11-GA H960-0A QR430.AC 115VbOH
RsTS/~ .11 11/S0.CY MFtl-uP Rf'11-AB RK11-0J TGll-GS H960-08 Qk430-AC alOV50H
RSTS/E 12: 11/50~CW MFI1-UP RY11-AA RK11-0t T~11-EA H~60.0A Q~4l0.AD 115V~OH
RSTS/E '21 11/50.CY MF11wUP Rfl1-AB RK11-0J TM11-ED H960-0B QR430-AJ 210V50h
RSTS/E .31 11/50-CW Mfl1-UP RPll.CE fPl1-B TM11-EA K9bO-OA QR410.AO-115V60HZ
RSTS/E #31 11/50.CY Mfl1-UP RP11.CJ fPl1-a TM11-ED H9bO.D~ QR430-AO 2JOV50HZ
•
K8l1.A, MS11-SC, 4 MSll wBP, CAB, uPGRAO~ FROM 11/20, 115V 60HZ
KSI1-A, MS11~8C, 4 MS11-8P, CAB, UPGRAD~ fROM 11/20, 230V 50HZ
K811-A, MS11-ac, 4 MSlt-8M, CAB, UPGRADE FROM 11/20, 115V 60H~
KBI1-A, MS11.SC, 4 HS11.SM, CAB, UPGRAO~ fROM 11/20, 230V 50HZ
11DXX
DUI1-OA, KG11-A, CRll, LP11-JA, D01I-B, 115v 60HZ
l1DxX
DU11.0A, KG11~A, CK!l A, LP11.JB, DUll-a, 230~ 50HZ
110XX
DUI1-OA, KGI1-A, CRll, ~Pl1-KA, 0011-c, 115V bOHZ
110XX
DUII-OA, KG11-A, CRII-A, LP11-KB, DD11-a, 2l0V 50HZ
110XX
DUll-0A, KG11eA, CRll, ~Sll-A, DD11~a, 115V 60HZ
110XX
DUll-0A, KGI1-A, CR11-A, LS11-S, UOli-B, 230V 50HZ
110XI
DU11-0A, KG11-A, LS11eA, OD11-8, 115V 60HZ
110XX
DUll-0A, KG11-A, ~S11e8, DOll-a, 230V 50HZ
tlDXX
DX11-BA, 8M81l-yX, 115V 60HZ
110XX
OX11-S8, 8M873.YX, 230V ~OHZ
ft
11/10 w Ne. 8K MM11-~, 8M792.YA, ~T33.0C, H960.CA, 115V 60HZ
11/10 .. NC, 8K MM11.L, 8M792-~A, tT33-DO, H960-CB, 230V 50Hi
11/10-Nt, 8K MM11"",L, BM792-YA, ~Tl)-DC, H967-AA, 1l5V 60HZ
lillO-NO, 8K MMlt-L, 6M792-YA, ~T33-DD, H967.AB, 2l0V SOHi
•
11/l0-Ne, 8K MM11-L, 8M792-YH, ~A30.CA, TA11·A A, H960.CA, ·"ll5V 60HZ
lillO-NO, 8K MH11-L, aM792-YH, LA30~CD, TAll-AS, i1960.Cb, 230V 50HZ
•
l1El0.NE W DECCOMM LOGO, 11SV 60HZ
•
l1E10-Nf W OECCOMM LOGO, 230V ~OHZ
•
COMM SYS BASE, li/21-CA, KW11-L, QJ20-Ap, Q~DSO.AS
•
COMM SYS BASE, 11/21-C8, KW11-L, QJ20.AP, QJD50-AS
•
11/20-AA + MM21-r, KW11-L, QJ20-AP, Qv050-AS, H~57 ~HORT CAb
•
11/20-A6 + MM11.F, KW11-L, QJ20.AP, QJD50.AS, H957 SHORT CAS
•
11/21-C', KW11-L, Q~C20·AS
11/21-CF, KWll-L, QJC20-AS
2780 COMM SYS SRC, lI/21-CA, KWI1-L, DP11.0A, KG11 wA, QvC~l.AS
2780 COMM SYS SRC, 11/21-C8, KWll.L, OPI1-0A, ~Gll-A, QvC21-AS
11/20.AA + MMllwF KW11-L OPll.0A KGll-AQJDSO.AS QJC21.AS H957 SHORl CAB
11/20.AS + MMll-r KW11-L DP11.0A KG11.A Q~050~AS QJC21-AS H957 SHORt CAB
2790 COMM SIS SRC, lI/2l-CE, KWI1_L, CPl1-0A, KG11.A,QJC~1~A~
2780 COMM SIS SRC, 11/21-CF, KWI1-L, OPII-DA, KGI1-A, QJC21-AS
• 11/21-CA, KW11-A, KHI1-A, DXI1-BA, 3bO/370 (.848), QJC22, H950; ItSV 60Hl
- l1/21-ca, KW11-A, KAll-A, OX11-eA, 160/370 (2848), Q~C22, H950, ~lOV SOH:
2780 COMM SYS, 11/21.CA, KW11-L, OP11-0A, KGlI-A, ·QJCll-A~
'"
2780 COMM SYS, 11/21-C8, KWI1-L, OP11-0A, KGl1-A, QJC21.AS
'"
11/20~AA • MM11.F KW11.~ DPll-0A KGll.A QJC21-AB H957 SHOkT CAB
•
l1/20wAS • MM11.F Kwl1-L DP11-DA KG11-A QJC21~A8 h9S7 ShoRT CAB
•
2780 COMM $YS, 11/21-CE, KWll-L, DP11.0A, K~11-A, QJC21-A~
2780 COMM SYS, 11/21-CF, KWI1-L, OPI1-0A, DG11 .. A, QJC21.Ac
11/40-CP, KW11-L, 115V bOHZ
•
l1/40-CR, KW11-L, 2l0V 50HZ
•
11/40-CM, KW11.L, TCll.GA, 115V 60HZ
•
ll/40-CN, KW11-L, TCII-Gi, 230V 50HZ
•
11/40 wCM, KWll-L, TMII-iA, ll5V 60HZ
N
MODEL
NO
ENG
MGR
11D40-0P Vi
l1D50-CE VB
11050.cr VB
l1D50.0J VB
11050"OK, VB
l1D50.DN VB
l1DSO""PP
l1E05-BA
l1P.:05.88
l1EOS,.NE
VB
RS
RS
80
l1EOS .. NF BD
11£OS",NH eo
11E05.NJ 80
l1E10",WE eo
l1E10 .. t.fF BO
11EtO-NH so
11 p.a O.NJ 80
ttL40 .. AA AW
l1L40",AB AW
l1R20"'AA
l1R20"AB
l1R20 .. LA
11R20 .. LB
tao
121.4
121.8
12t.C
121-0
123
125
126
DESIGN
ENGR
DPR
MF'GR
AREA
COM
COM
2 10/73 E
DPR
COM
DPR
DPR
CPR
DPR
FE
COM
COM
1 10/73 E
] 10/73 E
P'E
eOM
COM
IPG
IpG
Sw
Sill
Sw
sw
SiN
sw
sw
sw
ERK
ERK
KH
KH
KH
KH
RR
RR
RR
RR
RR
RR
RR
RR
129
RR
129
131
112
RR
RR
RR
III
RR
RR
134
135
RG
RG
1,)7
ll8-'
1]8.S
118.C
3 10/73 E
1 to/73 E
] 10/73 E
1 10/73 E
1 11/73 E
3 11/73 E
1 8173 E
3 8/73 E
3 11/73 E
3 11/73 E
3
817] E
3
8/73 E
1 11/73 E
1 11/73 E
9173 E
2
2
9/73 E
3 12/71 E
1 12/71 E
3 12/71 E
TPI"
TPI"
3 12/71 E
6
0
6
M
6
6
M
6
6
6
TPt
TPt
TPL
TPL
6
6
6
6
6
6
6
6
6
6
6
RG
6
6
6
6
6
6
6
6
118·P
'Hi
14G
11R.f:
138.'
ll91!!fA
RG
RG
RG
139.8
RG
1]9.0
1 39 .. P;
139 .. F
RG
RG
JM
JM
JM
JM
STATUS
CATEGORY
MO/YR
DPR
RR
RR
121
14/30.A
14/30-a
14/30.C
24/3S .. A
PROD
Et.fGR
6
RG
6
AFt
1
AR
AR
AR
1
1
3
M
tot
D
K
K
K
K
o
o
D
D
M
M
A
A
A
A
A
A
A
A
A
A
A
A
9173 E
9/71 E
9/73 B
9/73 E
USEO ON
•
•
DESCRIPTION
10
11/40-CN, KW11-L, TM11-g0, 210V 50HZ
11/50-e M, TAll-AA, 0011-a, 11~V 60HZ
11/50-CH, TAll-AB, D011-i, 210V, 50HZ
il/50 e CM, RK11 e O, RKOSeAA, Tell-CA, 115V 60HZ
11/50-CN, RK11-0, RKOS.b8, TC11-Gb, 2l0V 50HZ
•
11/50-eM, RK11-0, RK05-AA, TM11-EA, 115V 60HZ
11/50.CN, RKI1-0, RK05-S8, TMI1-ED, 2l0V 50HZ
IHOII·SA
tlEOS-Nt w INDUSTRIAL CONSO~E, 11SV 60HZ
IHOll-SS
l1EOS-8F w INDUSTRIAL CONSO~E, 210V 50H~
•
II/OS-NC + RKOS.AA RJI1-0 TAI1-AA LA30-CA BM792.Yij H960.CA 115V60H2
11/0S-NU + RK05-8b RKll-0 TAll-AS tAlO-CO 8M7~2-l~ H960-CA 2l0V50rlZ
11/0S.NO, RKOS.AB, RKI1-0, TAll-AB, LA30-C8, 8M792-¥B, H960.C&, 2jO~ 60HZ
ll/0S-HC, RKOS-SA, RKI1-0, TAI1-AA,LA30-CC, SM792 w YB, H9bO.CA, liSV 50HZ
li/IO-Ne + RKOS.AA RK1I-0TAll.AA LA30.CA BM792.rs H960_CA ~lSV60HZ
•
ll/l0-NQ • RKOS.B& RK11-0 TAll-AS I"AlO.CD BM792-Ya H960.C& 230V50nZ
lt/lOeNO, RKO$.A8, RK11 .. D, TAll-AB, LA30-ce, 6M792-¥B, H900.ca, 2)OV QOHZ
lI/10.Ne, RK05.BA, RK11.D, TAlI-AA, LA30-CC, 8M792-yB, H9bO.CA, 115V 50HZ
•
11/40-eu VT11 VR14-LC LPS11-SA LPSAO-12 2 LPSAG-LPSKW LPSDR-"ltSV60H
11/40-CY VT11 VR14-LC I"Pll1-SB ~PSAD.12 2 LPSAG LPSKW LPSOR 2l0V50H
RUGGED 11-20 RACK MOU~TABLE 115V
RUGGED 11-20 RACK MOUNTAB~E 2JOY
•
l1R20.AA ~ITH NO CONsoLE
l1R20.AB WITH NO CONSOLE
1
SEQUENCE aR~AK iYSTtM
1
MEMORY CONTROL (1 PROCESSOR)
1
MEMORY CONTROL (2 PROCESSORS)
1
~EMORY CONTROL (3 PROCESSORS)
1
MEMORY CONTROL (4 PROCESORS)
1
HIGH SPEED DATA CHANN£L
4
REAL TIME OPTION
4
REA~ TIME OPTION FOXBORo
4
DEVICE SELECTOR .~XTENSION
4
INr COLLECTOR EX
5
DATA CHANNEL MULTIP~EXER
1
DATA COHTROL
4
CLOCK MULtIpLEXER
4
DATA INTERRUPT ~UI"TIPLEXER
1)5
4K MEMORY EXPANDS PbP4-C TO 8K
4, 16
8K MEMORY FOR PDP4-C
5
A/DCUNVERTER 11 SIT4
1, 4, 7
ADe GENERAL PURPO&E
1, 4, 7
FASTER 118
1,4, 7
ll8 WITH 11 BITS, 45 USEe
5, 8
138-a WHICH CONNECTS TO POPs/S
1, 4, 7, AA03
25 USECF/C 138 (11BITS)
1, 4, 7, 8, 9
35 USEC FIC 138 (12 BITS, CA8)
1, 4, 7
MULTIPLEXER CONTROL UP TO 64 CHANNELS
1, 4, 7
MULTIpLEXER CONTROL loCH
5, 8
139.A WITH POPS/8 INTERfACE
t, 4, 7, AA03
MX CONTROL UP TO 04 CM
1, 4, 7, i, 9
ll9-A I~ 118-F CA8
•
14/)0-8 W 4K X 12 CORE (MM8_E) , DC14.f
It/30-e W PROCESSOR, 110 CONT & 1/0 MUX MODUI"ES
•
•
BASIC POP14/30 MOUNTING PANEL ASSEMBLY W 1/0 CO~N~CTORS
•
14/30-B W SK X 1~ CORE (MM8-EJ) & Oc14.F
MODEL
NO
ENG
MGR
DESIGN
ENGR
RR
140
PROD
ENGR
MFGR
AREA
TPL
142~B
15/76.nc
15116-00
15/76-MA
15/76"MB
1t;/76-MC
15/76-MD
151
RR
RR
RR
6
SW
3
1111
Sw
3
3
1
t/7l E
RG
152
113
154
155
156.A
156.S
1S7
187 ... a
159
16
161.A
161-9
16t.e
161.D
162
163.C
164
t65'.1
165·8
167
169
169
1'7
I"O.A
170",a
170-"C
l'O",D
171
172
172.8
171
l.,l.,E
174
175
1'76
SD
SO
60
80
so
SD
D
6
6
6
6
6
6
6
6
6
141
143
145
146
141
148
148..,8
149.A
149.8
15/76 .. DA 80
15/76-08 60
STATUS
CATEGORY
MO/YR
RR
RR
RR
RR
A
A
l(
A
M
M
M
M
M
6
sw
sw
SVI
1
3
SW
SW
8W
1
3
CA
RR
RR
RR
RR
CA
CA
RR
RR
RR
MW
MW
MW
MW
ATT
JS
JS
8M
1173 E
1173 E
1173 E
1173 E
1173 E
6
6
K
K
6
6
6
5
X
5
SV
M
E
1113 E
M
M
K
K
T
6
6
6
T
T
6
6
M
6
6
6
6
6
6
M
M
M
M
M
M
14
5
D
0
KE:
5
6
K
SU
6
6
6
M
6
M
6
6
6
6
6
6
6
6
6
6
6
M
SM
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
TPL
TPL
TPL
TPt.
R
M
M
M
M
K
K
D
0
D
D
M
USED ON
DESCRIPTION
11
Rl!,:LAY BUFFER
HIGH SPEED HX CUNTROL
1,4,7
HIGH SPEEO 8 SIt OAC
4
16 CHANNEL PRIORITY INTER~UPT
118
INPUT MX (2 CHANNLLS)
4
PARITY OPTION
149.A
4l( MEMORY
7
MEMORY EXTEN&ION CONTROL2~
7.A
MEMORY EXTENSION CONT~OL
7, 148
4K MiMORY W SPACE FOR 8K
7, 148
91( ,.EMORY (141 + 149!!11A)
KP15 ~Et5.EA LA30 w CA pelS KE15 KW15 le15 TU5b RK1S-FA 11SV bOHZ
KP15 ~E15.EB ~A30.CO PC1S-A KE15 KW15 TC15 '1'U56 RK1~.rD 2loi 50HZ
•
15/76,OA w RK1S.'E IN PLACE or RK1S.FA, 115V 60HZ
•
1$/76.Db W RK15,FJ IN PLACE OF RK1S.FD, 230V 50hZ
•
XP15 ME15-EA ~A10.CA pets KE15 KW15 TC59 tUl0wE~ RK15~FA, 115V60HZ
KP15 MEls.ga LA30-CO PC1S-A KE1S K~15 TCS9.D TU10-EJ RK15-fO, 230V50HZ
15/76·MA w HK15pFE IN PLACE or RK15.FA, 115V oOttZ
'"
15/76-M8
w RK1S.FJ IN PLACE OF RK1S.FD, 2l0V 50HZ
"5
REAL. TIME OPTION foxeORO
REAl.. Tlfo\E Cl"OCK
1
5
AUTO MULTIPLY & DIVID~
5
MEMORY ~XTENSION CONTROl..
5
4K MEMORY
5
REA'" TIME CLOCK
REAL TI~E CLOCK FOXSORO
5
5
51-A INTERFACe:;
8
57.A INTERFACE
1/0 SELECTIuN FOR 57-A
1
4
MEMORY EXTENSION CONTROL
6, 10
4 K 5 USEe M~MORY
6, 10
8 K 5 USEe MEMORY
6, 10
12 K 5 USEe MEMORY
6, 10
1& ~ 5 USEC MEMORY
A, 10
FLIP FLOP MEMOR~
6, 10
16 K 2 USEe MEMORY
6
16K 1,5 UsEC ME~QRY
COMPUl:ER INTERCOM W INTt;R}o(UPT CONT
166
8
COMPUTER INTERCOM W INTj;Ri(Ul'T CON't
6
DRUM PRUCESSOR
6
CP PARITY OPTiON
161
PARJ,T¥ OPTION
16
4K MEMORY fOR POP4-&
171
4 K MEMORY ~ SPAC~ fOR 16 K
171
8 K MEMORY W SPAC~ rOR 16 K
171
12 K MEMORY w SpACE FUR1~ K
171
1& ... t4E~ORY
1
MEMOR¥ EXTENSION CONTROL
7
AUTO PRIORITY INTERRUPt
7-A
AUTO PRIORITY INTERRUPT
7
DATA INTERRUPT MULTIP~EXER
7
EXPANDED 173
7
DATA CONTROL
7, 7A
I~FORMATI0N COLLECTOR EX (7eN 18 till'"
7
PARITy OPTION
1
1/142
--
MODEL
ENG
NO
MGR
DESIGN
[NGR
1'7
177 .. 8
RR
RR
18
l80wA
RR
RG
180",8
Rei
180.0
RG
182
CA
184-A
RR
184-8
RR
tal
187
t88
CA
195
RR
196.8
RR
191
2)6 .. A
237.A
l4·E
24-F
~4·G
250.A
25°·8
250.C
210_D
250.£
250.f
250"G
2st·A
2!t!lB
2!il.C
211.0
251""E
251",r
251.G
270
10
30-D
lO.G
lO-N
338
33881
339
1411!1A
34 .. 8
34·C
TPL
TPL
JS
RR
196",C
MrCR
AREA
CA
189
\9
194
\96",A
PROD
ENGR
RR
RR
RR
RR
KE
KE
BV
BY
BV
BV
BY
BY
BY
BY
BY
BV
TPt
TPL
TPL
TpL
1PL
TPL
K
K
K
6
A
6
6
5
A
5
5
5
6
8
M
M
a
183
183
8
D
1
6
7/7
6
6
3
3
3
3
M
0
0
D
0
0
K
R
R
R
1
R
R
1
R
1
R
R
3
3
1
3
3
1
3
3
3
3
3
R
fit
R
R
R
R
R
R
R
R
6
R
R
V
V
6
6
v
3
6
-
TPL
6
TPL
1
6
6
6
6
TPL
4,7
J(
A
34·Y
14·H
14 .. HL
HI
6
6
6
6
141
6
34-£
1
5
6
RR
RR
RR
34-0
1,4,7
1,4,7
,
3
TPL
7
'.A
4
M
M
6
RR
USED UN
CAT~GORY
6
6
6
6
6
BV
BV
BV
BY
By
BY
BV
Dl
RR
RR
RR
eA
BR
LH
Nt
RR
RR
STATUS
MO/YR
V
v
V
6
8
8/8
8/7
8/5
'1
167
236
4
4
4
5
5
5
5
5
5
5
8,
8,
8,
8,
8,
8,
8,
6
4, 7, 9
4, 7, 9
5, 8
8
V
9
V
V
V
V
4
V
V
V
V
8/1
8/1
8/1
8/1
8/1
8/1
8/1
5
1
8, 8/S
'.,A
7-1
KOO9_A
KD09·C
DESCRIPTION
EAt.:
EAE
EAE
12 BIT DAC
13 SIl' (lAC
12 8IT DAe
EAt
Mf;MORY EXTENSION CONTRO~
4 K 12 all MEMOR~ MODULi
4 K 13 SIT MEMORY MODuLE
EXTRA M~MORY.P,ROC~SSOR ACCESS
PAR,T¥ OPTION (1ST 4 K UH~X)
12 BliDAC IN PoPS
HIGri 8P£EO CHANNE~ CONTROL
DIGITAL OUTPUT CONTROL
INT~RPROCESSOR SUfFER
INTERPROCiSSOR 8UFFER ( 12 B1T)
INTERPROCESSOR BUFFER (12 BIT)
INT~RPROC~SSOR BUr FER (12 BIT)
MEM INCREMENT'LOGIC
DRUM CO~TROL 'OR 4 ORUM~
DRUM HE~ORY
SERIAlJ DRUM 32K FLYING HEAD
St;R1AL ORUM 651< FLYING dEAD
SERIAL DRUM IJ1K FLYING H~AO
SERIAL ORUM Sf. 12 BITS
SERXAL DRUM 16K 12 BIIS
SERXAL DRUM 32K 12 SITS
SERIAL DRUM 65K 12 BITS
SERIAL DRUM I;UK 12 &iTS
SERIAL DRUM 196K 12 BXTS
stRIAlJ DRUM 2621< 12 BITS
SERIAL DRUM 8K 12 JUTS
SERIAL DRUM 16K 12 BITS
SERIAL DRUM 32K 12 BITS
SERIAJ" DRUM 6SK 12 BITS
SERIAL DRUM ll1K 12 81TS
SERIAL DRUM 1961(. 12 8iT8
SERIAL ORUM 262K 12 BITS
CoNTROL, DATA PRODUCTS 502 OISK
TA8LE TOP lb.INCH DISPLAy
POINT PLOTTING 16.1NCH vISPLAY
30-0 + 33 syMBOL GENERAtOR
POINT PLOTTIN~ 16.1NCH 01~PLAY
16"'lNCHBUFFEREO DISPLAY
338 , PDP8/1
338 MODIfIED & VL09
Dl8PLAY FOR TEK 503 Se.OPE
DISPLAY FOR TEl< 503 SCOPE
DISPLAY FOR Ti;J( 50l SCOPE
DISPLAY FOR TiK 50l sCOP~
DISPLAY FOR TiK 503 SCOPE
DISPLAY FOR TEK SOl SCOPE
DISPLAY FOR T£K 503 ICOPE
DISPLAY MODULES FOR TItK 503
1e
MODEL
NO
DESIGN
ENGH
)40
~JJL
140.8
340 .. C
341.A
341.8
341.e
142
342",B
343
]44
DG
JJL
WI"
wI"
WL
JJL
DG
Lri
DG
345
DC;
146
147.A
DG
JJL
34'7.8
34'7·C
347.0
JJL
JJL
JJL
349
DG
350
lSO"C
354
370
370.A
l70-C
CA
174
374.A
MI
RR
HL
HL
DC
HL
HL
)'74,,8
HI"
390
RS
RR
RR
CA
421.• A
421.8
425
426
427
CA
461 .. A
RR
RR
RR
RR
RR
KE
461.8
Kit
51
RR
RR
437
444.A
444.8
444·C
SO
510
516
52
520
5al
522.A
54
545
550
550.A
551
512
555.A
555 .. 8
57
RR
DG
RR
M1
HI
MI
RR
MI
RR
RR
OG
RR
RR
RR
RR
PROD
ENGR
MFGR
AREA.
STATUS
CATEGOR¥
MO/¥R
USED ON
1
v
t,
3
1
6
6
6
5
3
V
6, 10
V
9 IItlTH DA09t1!8
D
4
1
D
1
o
5
3
3
3
6
6
5
5
3
1/72
5
5 1/72
6
5
5
2 11/71
5
5
3
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
5
6
6
6
6
6
6
6
4, 7
V
340
V
340.8
V
V
ANY DISPLAY
V
6, 10
6, 10
6, 10
V
3tiO/4
V
V
V
V
340/7
V
X
X
X
V
V
V
6171 V
6/71 V
5/71 V
K
C
C
p
p
p
p
P
P
P
C
e
T
T
T
T
T
T
T
T
T
T
T
T
T
340/1
140""C
6, 10
5, 8
9, OWlS
4, 7
140
34
VT07
ANY DISPLAY
ANY DISPLAY
ViU4
6
1, 4
1, 4
444, 750
DISpLAY
DISPLAY
340 wITrl PDP9 INTERFACE
DIRECT ~ATA CHA~N~~
DIR~CT DATA CHANNEL
D1R~CT vATA CHA~HE~
CHARACT~R GENERATOR
CHA~ACTER GENERATOR
SI"AVr.; DISPLAY
INTERfACE FOR 140
140~B, ~70 LIGHT PEN ~ 344
140.B, J42-S, 370 & 144
SU8ROUTIN~ OPTION
SU8ROUTIN~ OPTION
SUBROOTIN~ OPTION
SUBROUTINE OPTION
INTERYACE FOR 30
INCREMENTAL P~OTTER CONTROL
INCKEMENTAL ~LOTTEH CoNTROL
INCREMENTAL P~OTT~R , CONTROL
INC~EMENTAL
INCREME~TAL
PHOT,OMULT lPLIER LIGHT Pf,N
PHOTOMULTIPLIER LIGHT P~N
310 W Vi07 SRACKET
LIGHT PEN W AMPLIFIER
LIGhT PEN WITHOUT AMPLlflER
374 LIGHT P~N W AMPLlrER , VR14·MtN~
MEM CYCLE COUNTER
CARD READER (200 CPM)
CA~OREADER (800 CPH)
PT READ~R (DIGITRONICS
57-A
57-A
570
4
7
t
6, 10
6, 10
51, 52, 54, 57, 57-A
1
1
6
1
57-A
4
57-A
1, 4
1-, 7, 7 .. A
6
T
T
4
TRA~SPORT
HARDwA~!
2500)
PT READER (PIGITRONICS 3500)
PT PUNCH (TELETYp~ BRpEl1)
PT READER , CONTROL
PT READER , CONTROL
PT READER , CONTROL
PT kEADLR & CONTROL
CARD READER 200 CPM BURROUGHS
CARD READER 800 CPM BURROUGHS
POTTER MAG TAPE TRANSPUHT
PROGRAMMED MAG TApE CONTRO~
AUTOMATIC MAG TAPE CONTRQ~
MAG TAPE CONTROL
AUTOMATIC MAG tAPE CONTRO~
50 TRANSPORT INTERFACE
444
75, 761
1
5, 8
550, 551, 552-A
550, 551, 5S2-A
T
T
DESCRIPTION
INT~RrACE
IBM TRANSPORT INTERrACE
PROGRAMMED MAG TAPE CONTROL
DATAMEC 2020 Oie ~ODI'l~D
CONTROL FOR 4 555 OR tuss
CONTROL fOR 4 TU55
OECTAPE CONTROL, 555 OR TUSs
DECTApE CONTROL FOR 555 Ok TU55tNOT MLXED)
D~CTAPE DUAL TRANSPORT
DESK MOUNT 55S-A
AUTOMATIC MAG TAP~ CONTROL
MODEL
NO
ENG
DESIGN
MGR
ENGR
PROD
ENGR
Mf'GR
AREA
STATUS
CATEGORY
MO/YR
51-A
RR
6
T
5'70
RR
Mt
RR
T
590
610
611
612
6
S
626
RR
RR
CL
KE
630
RR
611
630 .. A
630-8
6)1
61t.A
6)2
613
634
6J!)
616.8
631
637"6
644 .. A
646 .. C
646.".V
647""A
647.".8
647-C
647 .. 0
647.E
648
649
649.9
65
680
681
682
683
684
685
696
691
688
689.AC
689.A'"
689.AG
689.LM
689_MA
6S9"MC
689-MP
75-A
75--8
75-C
75-0
7S--E
75--'
7S.H
Ke:
KE
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
KE
KE
RR
RR
RR
141
,
6
6
6
6
TPL
TPL
TPL
TPL
TPL
TPL
1PL
TPL
TPL
TPL
RR
Ml
MI
Ml
MI
141
HI
CA
RR
RR
RR
CA
CA
CA
6
6
6
TPt
TPL
TPL
TPt
TPL
TPt.
TPI"
TPL
1PL
t I 4, 5
516, 521
T
L
S,
L
L
L
L
1
0
0
0
D
0
D
0
6
0
6
0
0
11
1«)6
6
6
610
630
630
630
6)0
610
5
D
.,
0
8
L
L
t, 4
6, 10
6
L
L
.,6
6
L
7
6
L
5
I"
I"
I"
S
6
6
6
6
6
6
6
6
6
6
6
L
B
0
0
0
I)
D
D
68)
0
0
6
6
6
6
6
"I
D
6
6
9
5
"I-A
1
6
6
6
"I
9
L
L
D
0
0
D
D
0
D
0
P
P
P
4
685
685
681
685
68)
687
689.A .. , 689-AG
685
DC08p.A
689"AG
689.".Mp
689.AF
685
5
4
1
6
P
7
5
P
9
5
8
5
5
P
P
a
LINe
6
6
5
RR
Hl
6
6
6
6
6
MI.
CA
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
6
6
USED ON
Pt;SCRIPlION
20
AUTOMATIC MAG TAPt CONTRO~
MAG TAPE TRANSPORt, MIDWESTERN
545 TRANSPORT ,CONTROL
TYPEWRITER & CONTROL
SPARE T~PEWRITER
SPARE KSR28
ASR33 , CONTROL
CONSOLE TYPtWRltER " CONTRO.L,
OATA COMMUNICATION SYSTEM
HALf OUPLe;x 630
FULL DUPLEX 630
DATA LINE INTiRfACE
DATA 1.1NE INTERFACE 60HA '20V
S~ND-RECEIVt; GROUP
FLAG SCANNER
SABle CONTROL
DCi OPTIONS
CHAR SYNC MODEM INTERfAct
8IT SYNC MODEM INTERFAct
MOOt;M INTt;fU'Ace; (NOW DPbl .. Al
LINE PRINTER 300LPM
LINE PRINTER 1000~PM
ANEl"EX, "VENDOR SUPPlJli;D
LINE PRINTER 100 ~PM .
LINt PRINTER 600 LPH
LINE PRINTEt< 1000I,.PM
LINE PRINTER 300 J.,PM
LINE PRINTER 600 J.,PM
ASR;t3 'CONTROL
KSR33 , CONTROL
KSR33 , CONTROL
PRINTER-KiYaOARD & CONTRO"
DATA COMMUNICATION SYSTEM
DATA LINE INTERFACE
LUCAL T~LETIPE CONNECTOR PANEL
LONG LINE T~J.,ETIP~ MTHG PANEL UP TO 32 LINEl
MATRIeON PATCH PANEL 32 OUPLEX J.,lNES
LIN, MOOUlJE MTNGPANEL UP TO 64 LINES
ADDITlONAL LINE SAMPLlNG CLOC~
MONITOR PANiL 32 DUPL~XL1N£S
LIN£ TERMINATOR PAN~L·
AUTOMATIC CALLING UNIT (AJ.,SO CAltL,t;O 689t!!1ACU:
DATA-SET DATA ,CONT MTG PANEL (ALSO CALL~D 6~9.Aor,
689.A' MODIFIED FOR + BUS
MODEM INTERfACE TU BELL 10]
EIA MODEM INTERI'~ACE (ALSO CALLiD 689.MXA)
DATA.SET DATA' CONT ~OOUJ.,ES (ALaO CA~L~D 669.MIC)
DATA-SET DATA ONLY MOUNTING PANEL
PAP~R TAPE PUNCH 6i CONTROL
COHTf(OlJ
PAPER TAPE PUNCH
PAPER TAPE PUNCH & CONTk01"
PAPER TAPE PUNCH ... CONTHO~
PAPER TAPE PUNCH
CONTROL
PAPiR TAPE PUNca
CONTRa';"
PAPER TAP~ PUNCH , CONTkO~
,
,
"
MODEL
ENG
NO
MGR
DESIGN
ENGR
PROD
ENGR
MFGR
AREA
RR
7S"J
750.A
7,0.S
CA
CA
CA
750.C
RR
76
760
01
01
761
RR
RR
RR
8
8·1
9 .. 1"
TPL
TPL
TPL
RR
TPt.
RR
TPL
TPL
AAtH -A
AAOlea
RG
RG
AA()t-C
AA02
RC
FtG
AA01.A
AAO)aQ
P
6
5
S
6
6
6
3
]
A
A
A
1
A
5
5
5
5
1
1
A
A
A
A
A
1
A
9
9
6
4
3
A
A
A
AAOS
AAOS.C, AA05 .. 0
A
9
1
1
CSS
5
5
AA11-C
FtG
5
5
5
AW
AW
4
4
PDM
RF
AS
AS
AS
AS
5
5
IPG
IPG
IPG
IpG
PDM
ACOl-A
RG
AC02 .. AN
RG
PRO
PRO
5
5
5
5
A
3/72 A
5/71 A
5/71 A
5/71 A
5/71 A
5/71 A
1/72 A
1/72 A
A
2/72 A
3/71 A
3/71 A
3/71 A
3/71 A
6
5/7l A
5
CSS
ess
J
3
IPG
2/72 A
2/73 A
2/73 A
IPG
4
4
A
A
1
4/72 1
4/72 A
RP'
A1Sit_H8 "LM
AC02",AP
3
RG
lBW
lBW
AC01 .. a
2
FtG
~LM
\II
6
AAtleA
AAtl-s
AASO.ap
AAC2
AAC)
AASI1-HA
"
•
RG
PHG
AA15-8
...
FtC
8V
AASO-AN
AA50-AP
AAsO-8N
E
E
A
PHG
SNT
SNT
p
E
E
E
E
PHG
REL
RP'
RG
RG
AAlI-!
AA11",'A
AA15-A
P
A
A
PHG
PHG
AAlt-OA
AAtleDB
P
3
PHG
AA06
AA07
AA07.C
AA09
A109-8
6
6
6
6
PHG
PHG
PHG
PHG
AAOS-DB
p
P
P
USED ON
7, 9, AA04
7, 9, AA04
7, 9, AA04
AA01
8,8/S,8/I
8,8/S,8/1
8,8/S,8/1
8,8/S,8/I
8,8/S,9/I
9, OWlS
9, OWlS
8 NEG
8 NEG
RG
AA04
AA05.AA
AAOS-A8
AAOS-8A
AAOS-88
AAOS.CA
AA05.(;8
AA05·0A
6
6
6
6
8
8aM
8-P
8aS
RR
STATUS
CATEGORY
MO/YR
3
8,9
9
AAlllPO
AA11"D
AA11·D
11
11
AA11-0
AAll-E
15
15
8 NEG
S pos
8 NEG
8 pos
AA09, lA1S.A
Al09 8 8, 1115.8
11
11
8,8/S,8/1
9, OWlS.
8 NEG
I POS
DESCRIPTION
21
PAPER TAPE PUNCH ~ CONTNO~
PT READ~R (300 CHARISEC}
PORtAbLE HIGH S~E~D PIR , CQN1ROL
PI MEAD~R (3000 CHAR/SEC) & CONTROL
rLEXOwRITER & CONtROL
PAP~R TAPE READ~R
PAPER TAPE ~U~CH
LOGIC FUR POP8
LOGIC FOR PuPS"l
LOGIC FOR POPS-!"
MEMOR¥ wING FOR POPS
PROCESSOR WING FOM POP8
LUGIC FOR POPS"S
SlNGLE 12.81T OAC
2 1,.81'1' OACS
l l~"SIT DACS
OP AMP
138.E OR 139.~ TO POP8, NO MX EXT
138-E OR 13~w~ TO PDPa, M~ ~XT
AA01 .. A '1'0 POP8
64 CH OAe CONT (24 DACS) 60 HZ
64 CH OAC CONT (24 OACS) 50 HZ
64 eM DAC CONT (24 OAes) 00 HZ
64 eH OAC CONT (24 DACS} 50 HZ
AAOS"AA IN H950 CAB
SO HZ AA05"CA
AA05"8A IN H950 CAB
50 HZ AA05.DA
64 eH 8 BIT OAe CONTROL
AAOS EXPANSION (CH 25.64)
AA01 fOR AA05.C & AAOS-V w CAB
OAC CONTROL WITH SPAC~ rOK 16 CH (AAC~)
DAC CONTROL WiTH SPACE tOR j2 CH tAACJ)
DISPLAY CONT fOR VTOl W SPACE FUR 2MOR~ A6i4 OACS
DISPLAY CaNT FOR RM50l w SPACE lOR 2 MORE A614 OAes
DISPLAY CONT FO~ VR14 W SPACE FOR"2MORE A614-0ACS
CAC CONT w SPACE FOR 4 12~BIT A614 +1.10V DACS, 115 '
DAC CONT W SPACE fOR 4 12~BIT A614 +/w10V DAC~, 230'
DISPLAY CONT FOR VR20
OUTPUT PANEL FOR H945 IN ~AB-l1
DAC CONTROL WITR SPACt ro~ 16 eM (AACa)
OAC CONTROL W SPACE
rOR-3~
CH (AACll
CONTROL, SP FOR ~ PACS (8l614); i1SV
CONT, SP FOR 6 DACS (BA614), 115V
CO~TROL, SP fOR' UACS (SA&14), ~30V
CONT, SP FOR 6 DACS (8A614), 2JOv
~'OR 1 CH, 12 B1 T SlN<.i1"a:; aut' 0 '1'0'·+1 OV
FOR 1 CH, 12 SIT DOU~L~ 8Uf +10 TO -10V
INT~RfACE TO ANALOGIC AN,aoo OAC SYs, 115v
INTERfACE TO ANALOGIC AN'200 VAC SYS, 230V
S&H CUNTROL W SPACE FUR 8 AHOa
S&H CONTROL W SPACE FOR 8 AHoa
16 CH S&H CONT W SPACE fOR 16 A461 OR A40~
1b CH S&H COH~ w SPACE fOk 16 A461 OR A405
12 BIT UAC
la aIT OAC
12 aIT OAe
la BIT OAe
MODULE SET
MODULE SET
MODEL
NO
ENG
MaR
DESIGN
!NGR
ACll"A
IlLM
JrK
RM
RM
RM
ACTII
ACTlt-M
ICT11-X
ACTIS
ADOI.AN
IDOI-AP
AD01 .. PA
A001.DB
ADOI-FA
AD01-F8
AD01-Fe
AD02 e AN
A002-AP
AD02.AIl
AD02-AS
AD02-0A
AD02-0B
A002-DC
AD02-DO
A008""A
A008-8
ADoa.e
ADo,-a
ADI0.A
ADI0-8
AD10-e
ADI1-AA
ADt r.AB
ADt2
IDI2-M
AD12-$
AD15
ADS.EI
ID8.E5
ADClee
ADCI-'
ADCt-A
IDel-B
ADCS
ADCSI-A
ADC8t-S
ADC9
lDP'11
IDrt5-CA
AD't5-C8
lorl5-OA
10P'15-08
A0811-8A
lD511-S8
ADSt!-A
AOuOt
ADUot-YA
AFOt-AI
AF01-A8
8NT
SNT
SNT
PROD
!NGR
MrGR
AREA
CSS
'A
8MT
SNT
IW
AW
Aw
Rc.;
RG
RG
RG
RG
RG
RG
RG
IPG
IpG
IPG
IPG
IpG
IPG
IPG
fPG
RG
RG
ftG
RG
R8M
R8K
R8K
ftG
RG
aNT
SIT
SNT
8MT
8MT
IPG
Css
ess
CSS
IpG
IPG
RI
RI
RI
MORO
GPB
GPB
RG
IpG
RG
RG
RG
IPG
RG
RG
RG
IlLM
"LM
GT
\1M
..JM
IBW
AeW
CP
AKI
RG
RG
RG
B
2172 A
2/72 A
2/72 A
2/72 A
1/72 A
1/72 A
A
A
1
1
5/72
1/72
1/72
1/72
1/72
3
1
1/72 A
1/72 1
1
1
1
A
A
A
1/12 A
1/72 A
5
A
!
A
2
A
6 10/72 A
6 10112 A
6 10/72 A
3
A
3 1112 A
3 1/72 A
5
A
6 5112 A
6 5/72 A
5
A
5 2/72 A
5 2112 A
•
-
A
A
5
5
A
A
A
6 10/72 A
I,e;
6 10/72 A
5
A
IPG
1
Rei
RG
Pt;
2
1
l
RG
RG
RG
7/72 A
) 10/72 p;
] 10/72 E
) 10/72 E
2
2
5
5
5
5
4
4
8RT
8NT
STATUS
CATEGORY
MO/IR
I,G
I,G
IPG
IPG
CBS
cas
IPG
IPG
l
1
4172 A
A
A
)
A
3
3
2/73 A
)
A
2/7] A
6 11/73 Q
3 11/73 A
3
5173 A
5
!
A
A
DESCRIP'l'ION
USED ON
11
11
ACT1!
ACT11
9, 9/L,
8 NEG
8 POS
11
11
A001_0
AOOI-A,
lOOl-A
8 NEG
8 pas
8 NEG
8 NEG,
11
11
11
11
NPR
FOR PRESTON 14 alT. ilGN GMAg., ADC
AUTOMATtC COMPUTER TEiT S¥ST,M
MOTHER BTATION INTERrACi
BUS "'ELECTOR
15
AUTOMATIC COMPUTER TEST SIB
10 aIT ADe wITH 32 eM MUI, SWITCH~D GAiN
10 6XT AOC W i2 CH MUI, 'SWITCHED GAIN"
10 eIT ADC W 32 CH MUI, iwlTCHED ~AiN, 115 1
10 BIT AOC W 32 CH NUX, swXTcMEO GAIN, a30'
COMPLEX INPUTPANiL rOR H945 ~N LiS;11
A001.P
SlM.Lt INPUT PANEL 'OR H945 l~ LAi-llSIMPLE INPUT PANEL FOR H94S , AD01-A (W8j!j
UNIPOLAR 12-81T ADC W CONT FOR 51~ CH, SP rOR 3~ eH , S.H, SW GAIN
UNIPOLAR 12.81T ADe w CONT tOR $12 CH, ip 'OR 32 eH , i,H, iw GAIN
BIPOLAR 12-BIT AOC, 512 CH CONT, SP laCH • S,H, 'aw QAIN
81POLAR 12-aXT Ace, 512 CH CO~T, $P 32CH , j&H, I~ GAIN
uHIPO~AR 12-8IT lOC, 128 eM CONT, SP 32 CM , $&H, aw GAIN, 115V
UNIPOLAR 12.SIT lDC, 128 CH CONt, SP )2 Ck & "h, SW GAIN, a30Y
BIPOLAR 12-81T ADC, 128 CH CONT, sf 32CH , "H, SW ~AiN; ~1$V
BIPOLAR la.atT AOC, 128 CM CONT, SP 3aCM & S,H, sw GAIN, 230Y
8,8/S,8/1
10 8IT AOe 1 USECIBIT
8,8/S,8/I
AD08-A PLUS 16 eM MUI
8,I,S,8/I
ADOi-A WITH 22.1N SLIDE
9
10 BIT Aoe +,16 eM ~x
10
WIDE RANGE NUl AOC (iEL)
lD10.A
64 CM MUX EXPANSION A010-A
DUAL CM-MODS
.
tl
12-8%t + SIGN ADC W 128 eM CaNT, SP 32CH , 8&M, Sw GAIN, 115v
11
12.8I~ • $lGN Aoe w 128 CM CONT, SP 3aCH , S&H, sw GA~N,~]6Y
sa
10 lIT AID WITH SAMPLE , HOLD, ,6 Ch, 20 us~c
lDla
CONT FOR 128 CH, INCLuots la OM W-P~EAMPS
A012-M
A012-M ~XPANO£R, INCLuots ~2 eM W,PiEiMPS
15,AM01-A
11 SIT AID, S,M; 128 MUX CONT; Sf 'OR 32 CM; 115'
8/&
10 lIT AID CONVERTER W SAMPLE , H()Lt), i,9~
III (LA8 8/E)
A08-E1 + AM8-Eo
AOCI-A , ADC8
•
AOCl-A & AOC9
6-12 BIT ADC~ RACK MTO
TABLE TOP ADCI
8 NEG, ADC1, AMX1, CMXl
MODULE 'IT FOR POPS INTERfACE
8 NEG
AOC1-A,"lDC8 , AHa3-A
• NtG
ADCi-A, AOCS , AMOl.O
AD01. AMXt, CMXl
MOD OLE SET FOR PDP9 INTiRfACE
11
'la SIT. '%GN liD, HIGH SPEED, CONTrOR 512 CH,
fOR 64 (Ala4)
1$
11 aIT BIPO'AR AID, 8&H, fROG GAIN, Sf fOR 12 CH 11$V'
15
11 8IT BIPOLAR AID, S'H, PROGGAIN, Sf to" )2 c~ 2JO'
15
11 BIT BIPoLAR AID, 8,H, fROG GAIN, 8f fOR 64 CH 115V
15
Ii aIT 8I,OLAR AID, a'M, PROG GAIN, " ,OR 64 CH 230V
11
INTERfACE TO ANALOGIC AHS800 AD~ ~uX'Y',·11'v
Ii
INTERfACE TO ANALQGIC AN5800 ADC MUX 1", 2iov
15
RENAM~O Q M 0 0 5 "
- ..
uoe
8 CM FLYING CAP 12-SIT ADC, PROG GAIN, 1.5 HZ BAN~WIOTH, ~I~O'AR
UDC'
AOU01 w 6gHZ aANDWIDTH, SlNGL~ eNDED
8,8/a,8/I
6-12 8IT ADC TO 64 eH RACK MTO
8,8/8,8/1
TABLE TOP Atol-A
INT~RFACE
S,
MODEL
NO
ENG
MGR
RG
RG
RG
BV
RG
AF01"AC
ArOl,,8A
AF01-S8
AFOI-C
AF02·A
AF02!dl
1F03-A
AF03.8
Ar04-A
Ar04wAN
AF04-AP
1F04.B
Ar04-aN
Ar04.-BP
AF04.C
A'04.S
AF04-X
AFO!h,C
Ar06-"
AF06-A8
AF07
Af08-A
SNT
SNT
SNT
SNT
ArOa-1<
SNT
Aros.!
ArOg-A
Art6
AFt7
AFC
RG
RG
RG
DB
08
08
DB,
DB
08
08
DB
DB
BV
sNT
SNT
SNT
ArClt
AfCl1-07
AFC1S-A
ArClS-S
Arce"NA
AFce-NB
ArCS-PA
AFCB-PB
AFC8"XA
"rce-xI
AH01.A
AH03",e
AH03·C
AH03-0
JL
JL
JL
JL
JL
JL
TO
PROD
ENGR
MFGR
AREA
CSS
IpG
IPC;
IPG
IPG
IPG
IPG
IPG
IPG
IPG
IFG
IPG
IPG
IPG
CSS
IPG
JI"
JL
PHG
PHG
PHG
PDM
POM
PHG
PHG
PHG
PHG
PHG
PHG
RD
AGOl
AG02
AG02 111 BN
AG02-BP
AG03
AG04
AI05
AG06
AG12
AG12-A
AGL2
AHOI
AH02
DESIGN
ENGR
RO
RB
RB
BV
IPG
RG
Grs
•
•
6
IPG
IPG
IPG
XPG
IPG
IpG
IPG
IPG
IPG
IPG
tPG
IPO
IPG
IPG
IPG
IPG
IPG
IPG
A
A
A
A
3/71 A
)
A
1
3
A
A
3 10/72 A
3 10/72 A
1
A
4
A
..
A
4
4
4
4
A
A
A
2172 A
1
4
A
A
4
-
A
A
9/71 A
1/72 A
.)
1/72
1/72
5/71
5/11
5/71
5/71
9/72
9/72
J
5
5
5
5
A
A
A
A
A
A
1
A
A
A
A
A
A
3
4
A
A.
6
6
.)
J
1
J 12/71 A
:)
5
AW
A
A
6 l/71 A
:) 10/72 A
1
A
1
A
.) 10/72 A
2
RI
RI
RG
RG
RG
RG
RG
RG
5
5
5
3
5
J1I
SNT
SNT
SNT
STATUS
CATEGORI
MOIYR
3
5
6
3113 A
A
A
A
A
5
A
3
3
3
3
A
A
A
A
USED ON
DESCRIPTION
23
AF01-AA WITH ~2~IN SLIDE
6-1a SIT lDC TO 64 CH RACK MTD
9, OW15
TABLE TOP ArOl-8
10
AF01-AAON PDP-10
B NEG
ADC1/B, AMOS , AM02-A, .8
9, OWlS
AQCl/9, AM09 & AM02-A, .8
9 NEG
ADCl/8, AM08 & AM03.A, .8
AOCl/9, AM09 , AM03.A, _8
9, DW15
VIDAR IDVM 1000 eM MX CONT, SPACE FOR 200 CM
B NEG
DEC INTFC , VI0AR IDVH 1000 CM MX-CONT,··SPACE FOR 2ijO eH
8 NEG
8 pas
DEC IHTFC , VIDAR 10VM 1000 eM MX CQNT, SVAC! FOR 200 CM
9
VIOAR IDVM 1000 CM HX-CONt, SPACE FUR 200 eM
DEC INTrc & vIDAR 10VM 1000 CH MX CONT, SPACE fOR 200 eH
9
O'C INTFC , VIDAR IDVM 1000 eH MX CONi, S~ACE FOR 200 Ch
15
VIDAR IOVM 1000 eM MX'CONT, SPACE fUR 200 eM
10
Af04-A, .s, _C .x
VIDAR 10 eM LOW LiVEL SW MOO
200 eM EXPANSION CABIhtl
AF04-A, -8, -e
AUTO.RANGING ADC
.
to
SYS IHT~RFACE CDP 60 HZ
8
8
SYS INTERFACE COP 50H~
Ar06
AF17, HlOl, RiOl, Wi40
AF07
AID MODULt SET WITH A~11
Ar07
AID MODULE SET wITH A210
AFoe.A, .B
CONNECTOR KIT
Hl-8PEEO 6 MODi LAB AtQ SX$
9
AfI'06
CONT FOR 8 Af'l'
Ar16
CONT tOR 8 H300 OR H301
FLYING CAPACl~OR iCANNER SERIES HAM, 11
MASTER t1L£' AM07.A, BF01, H704.C, SPACE fOR AM11
11/07
ANALOG 110 CO~T MODULi SET + AN07-' + P&
8015
FLYING CAP SCAN, CAB, H104.C, AMOS-P, SP fOR 4 AM07.a, 115V
B015
FLYING CAP $CANI CAB, H704-H, AM05-P, SP fOk 4 AM07 wB, 230V
8 NEG
FLYING CAP SCAN IS ANa4"N, AMOS.N, AM07eA, 1'01, H704.C 115'
8 NEG
FLYING CAP SCAN IS AM04.N, AMOS.N, AMg7.A, IF01, H704-H 230'
8 POS
F~YING CAP SCAN IS AM04.P, AMOS.P, AMOl-A, a'01, K704-C 115'
rLYING CAP SCAN IS AM04-P, AMOS-P, AM07-A, er01, H704-H 230'
8 POS
Arca, AFC1!
ArCa EXP fl{,E, Br01, ANO?-A, SP VU/R 5 AM07-a, SHOi(T CABLE
ArCa, AYC1!
Arca EX.., FILE, 8F01, AM01.A, Sf fOR' 5 AII107.8, x.,OHG CAlLi
AOCl, AOCBI, AHOl
DIFY AMP WITH SWITCHED ~A'N
B pos, ADCI, ADcel, AMOl
DIFF AMP WITH PROGRAMMED ~A1N
9, ADCt, AOC81, A N O l O I F F AMp wItH PROGRAMMED GAlN
15, ADC1, ADCB1, AHOl
Olrr AMP WITH PROGRAMMED GAIN
1rOl OR Af02
OlFf AM~ MANlfOLO
AfOi
AMP WITH PROGRAMMED GAIN
8 pos, AO'C1, Aocal, AMOl
EXTJitAwtDi: SAND"IOTH AGO'
AIP12-A, -8
REMOTE DIFr AMPi GAIN 100 o~ ,000, +1- 10V OUTPUT
AM12
lb PREAMPS
A012, 1ST a CHANNE~S
PREAMP/KNOB INPUTS FOR AID CHANNE~S
LINe/8, CLINICAL LA8 12
24 PREAMPS FOR CLIN-C~EM
lI8-E, 1l9.E
S&M BETwEEN 138-£ AND ll9.E
AD08, ADCl, ADCI1, ACOl, AFOI
S&H FOR AMXl, CMXl
ADC1, 1'01
+/. lOV INPUT AMP, A200-YA
ADCl, AA01, Aro1
0/-10V AMP, A200-YB
.
ADC1, AF01
OI+10V lNPUT AMP, A~OO·¥C
APCI, Atol
+I-SV INPUT AMP, A200.YD
8,8/5,8/1
9, DW1S
0.'
MODEL
NO
AH01·E
AH03·F
AH03.,H
AH03-J
AH01·f(
AHOl .. L
AH03"M
AH03·N
AHOl.P
AH03 ... R
AH01.S
AH04
AHOS
AHOS.A
AIPI2-A
AIP12.e
AIP12-C
AIP12-0
AIPI2.E
AIP12.H
AM01"A
AM02.A
AM02 .. 8
AM01.A
AM01.B
AM04.N
AM04.P
AM04.8
AMOS.-N
AMOS.'
AM07·A
AM07-S
AM07_r
AM08
AM09
AM11.CE
A... 12
"AMB.EA
AMB.EC
~AM8.ED
AML2
AMT
AMX1-A
AMX1-B
AMX2
ATRSO-R$
ATR80-WS
AX08
Axoe.!
AXOS-xe
Axoe-XM
Axoe.XR
AX09
ENG
MGR
DESIGN
ENGR
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG
SNT
8NT
8MT
8NT
8NT
SNT
8NT
8NT
PROD
ENGR
MFGR
AREA
IPG
lPG
IPG
IPG
IPe;
IPG
IPG
IPG
IPG
IPG
IPG
AW
A
J
]
]
A
3
A
)
A
JL
A
A
A
A008
AD08
A
AD08
A
AOOl
AOOl
ADOl IN RAO.8
3
]
3
J
]
IPG
&
1112
1/72
9111
2112
2112
1/72
1/72
1/72
11/71
3
1
A
A
A
A
A
A
A
A
A
A
6
A
3171 A
3111 A
PHG
PHG
PHG
4
4
4
4
4
A
A
A
A
A
4
A
PHG
4
A
PHG
2
3/72 A
RG
RG
PHG
5
3
3
A
A
A
RG
RG
PHG
PHG
TPL
TPt
PHG
GPB
GPB
GPB
GPa
LG
CU
RG
RG
RG
DEG
DEG
SG
sa
SG
IG
se;
eB
6
5
5
S
5
A
2112 A
2/12 A
2/72 A
5
A
B
A
A
3
3
IPG
IpG
IPG
TPL
TPL
TPL
TPL
TPt"
CSS
AA01
1
S
JL
"L
ADCl, AFOI
ADC1, ArOl
AAOl
1
1
5
JI"
A
A
USED ON
AAOI
AD08
A008
A008
2
JL
JL
Rei
8NT
SNT
A
3
3
MORC
8NT
1
]
RG
8NT
STATUS
CATEGORr
MO/YR
3
6
6
6
6
6
6
6
6
2/72
9/72
9/72
6/73
6/7]
6/73
A
A
A
A
A
A
6/73 A
6/73 A
A
8 P08
8 POS
.A.tP12
Al'12
A1P12
AIP12
A015
AM08, AH09
ANoe, AH09
AMOI, A.09, AGOI
AM08, AM09, AGOl
8 NEG, BFOI
S POs,arOI
1$, Bt'01
DESCRIPTION
24
0/-5V INPUT AMP, A200.Y'
O/+5V INPUT AMP, A200.Yr
0/+10V OUTPUT AMf,A207~YH
+I.iov OUTPUT AMP, A207.YJ
+1-5V OUTPUT AMP, A201-YK-
+/-10V
~NPUT
AM',
Aa07-~K
0/+10V lNPUT AM" l201.XM
OI-IOV iNPUT AMP, Aa01-¥H
O/+5VXNPUTAMP, A2Q7eY'
0/-5V %NPUTAMP, A207.Y~
+,.$V INPUT AMP~ A207.18
SAMPI4E & HOLtO
ADDED SIGN OPTtON C+I.IOV IN)
AOOtO SIGN OPTiON (0 TO +10V IN)
ANALYTICA~ INSTRUMENTATION 'AtKAG~ 115V
ANALYTICAL ~N5TRUMENTATlO~ 'ACKAG~ i30V
1~ $xt A/O (IN pLAC' QfStD 12) (~ODULE)
I DIGIT BCD INPUT (MODULE-SET)
4 EXTRA ANALOG INPUTS-CMODU'E SET)
HALL PROBE INTERFACE
EXPANDER rOR 32 eM (SP fOR 8 8A124)
HI LEVEL MUX,sPACE FUR" 1418 Cit (32 A122)
HI LEVE~ MUI, SPACE fOR 2$6 e~ ,6. Alaa)
LOW LEYiL D"r~X SPAC~ 64 CH(~a-All')
LOW LEVEL OIrF MX SPACE laB eM (64 Al1t)
2048 CH FLYlNG CAP CO~T,
2048 CH FLYING CAP CONT
2048 eH FLYING CAP CaNT
8 NEG, arOl, AM04-N
FLYING CAP lot
8 pas, BF01, AM04-P, BD15
FLyING CAP ADC
AN04, AMOS, Bf01
RELAY 8YS UNIT, Sf FOR l2 eM W A219
AM04, AMOS, Bf01
RELAY &YS U~IT, Sp 'OR 32 eH w G730
AM11.'
12 BIt + ilGN ADC W AMP 10MV TO-l0V-fQR-"C11_07
8, OWOS-A
CONt FOR AM02 , AMOJ, 1024 CM
-9, DWlS.
CONt ,o~ AM02 , A~03, 1024
11, AFC11
caNT, 12 BIT + SIGN ADC 10~V TO lOW fOR ArCll
4012
INTeRNAL AID MPXtXPANSlDH
8/E, ADI.tA
I eM NUX ,PRiAMPi
AM9-EA
4 POTI , INPUTS IN H'45-AA
AMB.EA
2 X 8 CHCONNECTOR IN H945-AA
LINelS
INTERNAL AID MUXEXP
4, 7, 9, 15
AUTOMATIC MODULE TESTER
64 CM MI RACK MTO
TABLE TOP At4X1-1
AD02, AOll
Sf tOR 128 eM MUX
Ar03-A, Af04-., AfCS, ArC}1
UNlF TEMp REF W spACE ~OR 32 THERMOCOUPLE~
A'Ol-A, Af04_A, ArC8, ArCl1
ATRio_RS WIRED TO MUX 'WITH ~Tg ~RIDGE
eM
8, 8/1
8, 8/1
AXOe, AX08-8
AX08, AX08-a
AX08, AlOSeS
9, 9/J.,
4
eM S&H AUC, lP, 3L,
8CO~E
LOGIc
AX08 WITH 22-1N SLIDE
2ND-5TH A-INPUTS, SETS OF 4
1ST ADD~D A.INPUTS, SET Or 4
EXPANSION RiGI8TERS or AXij8
4 CH a,H ADC, P'L~ sCOPE ~OGIC
MODEL
NO
BAOS
BA09
BAtO
BA11"SA
BAtl-S8
BA11·CC
BA11·CS
BAll-DA
8Atl-DB
BAt late
BAI1-ES
BA11.FA
BAll.'S
BAtl·Fe
BA11-FD
BAll-FE
BA11-HS
BA11",JA
BA12
BA124
BAl4
BA15
IA150
BA151
8A152
BAl53
BA224
BA224·YA
IA224.Yi
BA224-YC:
81226
81226-YA
8A226-Y8
BA226.YC
BA23)
BA2l4
BA23S
BA2l6
8A408
BA614
ENG
MGR
DESIGN
ENGR
CA
CA
RR
FA
KE
JO
JO
PROD
ENGR
MFGR
AREA
TPL
ON
DN
80
BO
BD
iD
8D
SNT
SNT
SNT
aNT
SNT
.$NT
aNT
INT
SNT
AW
8A633
BA8t!!1AA
BAB-A8
BAS-IA
BAS-BS
RA90l
BA904
BA905
BA91)
BA914
BA915
BAJ11-ES CA
BAR11 .. CS
8AR11-EC
8Boe.N
JO
JO
DN
ON
WM
WM
WM
WM
WM
PHG
LN
9/72
4
B
a
B
2
2
1/73 B
1/73 B
3
B
a
3/72
)/72
B
B
2/73
3/73
4/73
4/73
B
4
1
5
IpG
2
4
!S
5
5
5
5
5
5
5
IPG
IPG
IPG
IPG
5
5
5
2
2
3
A
B
B
4
4
4
2
B
B
8
B
5
PG
PG
PG
KH
KH
2
2
3
3
RG
PHG
PHG
PHG
PHG
PHG
PHG
9/72 B
3
JL
PG
B
2
B
4
4 10/72 B
JL
RG
B
5
5
5
4
HI"
JL
JL
JI.
JL
RG
RG
RG
RG
JL
CATEGORY
USED
ON
DESCRIPTION
25
MO/YR
3
RI
MORD
AR
FA
PHG
PHG
PHG
PHG
JL
JL
STATUS
3/71 A
5/72 A
3112 A
5/72 A
6/71 A
2/72 A
2/'72 A
2/72 A
2112 A
2/72 A
2/72 A
2/72
1/72
1112
1/72
2/72
11/73
A
A
A
A
A
A
a
5111 A
4
8
4
B
4
4
B
4
B
A
A
3
3/71
3/71
3/71
5/72
5/72
5/72
6/72
1/72
1
1/72 8
5
B
4
4
2
2
2
3
A
A
A
A
8
B
S/L
9
PERIPHERAL
~XPANOtR
EXPANDER
WIRED CAB FOR CRI0, LP10, XY10
10
HEX 80ARD EXPANSION BOX W PS , SL1D1!.S, 11SV
11/35
H~X BOARD EXPAN~10N BOX W P$ , SI"ID~S, 230V
11/35
11/20
pgPll aASIC BOX W PWR SUPPLY, COVEt<
11/20
PDP11 BASIC BOX W PWR SUPPLy, SLIDts
11/35 BASle BOX W PS , ~L~D~S, 115V11/35, 11/05.N, 11/l0.N
11/35, 11/0S-N, 11/10-N
11/35 BASIC 80X W PS & iLIDi$, 2l0V
PDPil ElPANDER sox, CQVtR"
11/20
11/20
PDPl1 EXPANDER BOX, .,,10i:5
11/4S
11/45 BASIC FILE
11/40 EXPANSION FILE
11
11/40
11/40 BASIC FILE·
flEI"D INSTALLED EXPANSION FILE W POwER SU~P~Y, 115V
11
FIE~O INSTALLED EXPANiION FILe w PO~E~ SUPP~Y, 2l0V
11
11/0'1
PDP11 EXPANDER BOX W SL1D~S , NO f'A~S
ITRUNG COVER fOR TAi~t tO~ 11/0~
11/05
PERIPMERAL EXPANDER
12
lDt5-C, -0, AM01-A, ADOt-A, -0 Ala4 4 eH YET MUX SlNGL~ ~NDED
ACCi;SOR¥ BOX
14
PANi" FOR VilS, LT1S, pelS, MR15
15
AlSO, FOR ArCtS,e CH rLY1N~ CAP MUX
AM07-A, -a
A15t, Bt.OCJ( SELECT
AM07_A, .a
AM07-A, -8
SOLID STATE A152 FOR AFC'S, S CM fLYING CAP MUX
AM07-A, _a
A1S~, 101,,10 IT ATE A151 (BLOCK SELiCl)
A224 OlfF AMP, +/f!l2Y IH; .1.l0V OUTAIP12
A224-yA,' .I-SV IN, .1-l0V OUT
A1P12
1aa4.YB, .1.I0V IN, +1-l0V OUT
11'12
A224.YC,+1-1V IN, +1-l0V" OUT
AIP12
A226 UNIPOLAR AMP, 2V IN, +1.10V ~U'l'
AIP12
A226-YA, 5V IN,.'-10V UUT
AIP12
A226-YB, lOY IN, +/f!llOV OUT
Al'12
A226.YC, 1V IN, +1-l0YOUT
AIP12
A33l FOM UDe, PADOLi; SOAR(), a TO +lUV
8A6)3
BAi)]
Aal. FOR uDC, PADDLE BOARD, +1 iO +5V
BA63)
Aa15 fOR UDC, PADOLt; SOARO, +4 TO +20MA
BAi3]
A236 "OR UDC, PADOLE BOARD, +10 Tu +SOMA
8 eM iWITCHe;D GAIN MUX," CHANGE8LPSAM 'TU Lp$AM.SG"'
L'$11-8
AASO, AA11
A614 12 81T OIA BIPOLAR
A633,-. 10-BIT oACS FOR UCC W MARKING STRIP
DDOI, D002
8/E
POP8.E BOX, 1 BUS, H724 POWER, s~lD'Si 11~V, BCo8ri.JF
PDPS.E 80X, I BUI, H'24 POWER, SLIDES, 2l0V, aC08Ht!!I3F
8/~
S/g
POPe.E BOX, 1 BUS, H'24 POWER, COViR, 115V, BCOiUt;3t·
BIE
POP8-E sox, 1 BUS, "'24 POWER, COVER, 2)OV, BCOeh.,li
A90l fOR ArC'5,"PADDLE iOARD, o TO JOY
81150
A904rOR Arc's, PADDLE SOARD, o TO ioov
BA150
BA1S0
A905 rOR ArC'I, PADOL~ iOARD, o T(j SOMA
BA1S0, BA1$2
1913, A90l W rUSE
BA150, 811S2
1914, 190. w rUiE
81150, 8A152
A915, A90, w ruot
SYSTEM TESTED BAll-iS
11/20
RUGGED POP11 BAate sox, SLIDES
tlR20
RUGGED pDp11 &XpANDER aox, SLIDES
l1R20
8 NEG
BUS ~NTER'ACE WITH 24 UNWIREO SLO~S
PERIPHE~AL
.>
MODEL
NO
ENG
MGR
OESIGN
ENGR
PROD
ENGR
MFGR
AREA
STATUS
CATEGORr
MO/YR
880S-P
LN
5
B
BBll
8811",A
B811-D
B811-F
BB11-H
B811-1(
B81t_M
PJ
SZ
RF
1
8
1
1/73 B
RJM
RJM
RJM
RJM
RJM
R"M
B815
B8114
BBRtl
BC01A-25
BCOIS-25
BCOIC-XX
BCOID-XX
BC01E.XX
SCOlF-XX
BCOIH_XX
BC01J·XX
BCOIK-XX 8NT
BCOIL.XX SNT
BCOIM-XX
BCOIN.04
BCOIP.04
Beo lI~.XX VI
BCOtV-21S
BCOIW-25
BCOIX·25
BC01.Y.2$
BC02A-XX
BC02S·XX
BC02E.XX
Bco2r-xx
BC02H·XX
BC02J.XX
8C02K·XX
BC02L.XX
BC02M",XX
BC02N·XX
BC02P.XX
8C02th,XX
BC02T-XX
BC02U-XX
BC02W-XX
8C02X-XX
BC03A-XX
BCOlB""XX
BCOlC·XX
BCOlD_XX
BC01E.XX
8C03F-XX
BC01H",XX
BC01J·XX
Be04A-XX
BC04B!"XX
2 11/73 8
5 11/12 B-
RF
RF
R'R,
FA
AR
KH
RR
MI
MI
Dl
K£
MI
MI
STP
AW
AW
JW
PDM
POM
WRS
RMS
RMS
AK
AK
SP
Bp
Bf
BP
SP
SP
iP
SP
SP
Bf
BP
BP
TPt,
S 11/72 B
5 11/72 B
S 5/7l 8
5 3/71 a
6 4/73 8
2 4/71 B
5
B
5
B
5
B
2
8
B
4
5
5
2
5
3
]
3
1
5
5
3
2
2
3
1
1
3
8
8/71 B
9/71 8
4/71 B
5/71 B
5111 8
8
8
B
B
B
3
B
8
B
3
B
1
B
B
B
B
B
8
B
8
B
8
8
B
B
8
B
3
1
1
3
8f
3
3
3
BP
3
SP
Sf
B
B
3
5
1
8P
SP
8
8
8
B
SP
8p
9/71
1/73
1/72
1/72
1/72
B
B
3
1
1
Sp
8P
B
]
SP
]
8P
8P
1
3
SP
3
USED ON
DESCRIPtION
26
B POS
BUS INTERFACE WITH 24 UNWIRED SLOTS
11
SIS UNIT FOR SUS INtERFACE WItH 18 UNwlREO SLOTS, SLOTT~D-aLOCKS
8Dl1-r, .H, .~, au FOR BUS INTERfACE W 18 UNwIRED SLOTS, NON_iLOTTEU iLOCKS
11
DNA INT!RFACt W t UNWIRED QUAD SLOT
11
BUS INTERFACE, SP FOR 3 WORDS %~, 1 WORD OUT, 4 INTER~UPTS
11
BUS INTERtACE, SP FOR 4 WORDS tN, 4 WORDS OUT, 4 INPUT lNI'RRUPTS
11
sus INTERrACE, SPACE FOR 8 WORDa IN, 0 WO~Os out 11
spe INTRre, •• FOR M16~1, a3, M1801,X/O IHT, j $PC £XCEfT-DR11-ij,D'11
15
14
l1R20
BII, 811.. , DC02
DC08.'
oCoa-a, PDP8,PTO.
RP01, RP02
DC08-&
PA63 to PP,'7-C .D (PUN,eH)
PAS3 TO PR68-D (READER)
.
OHASS1S-'OR KAt5,
714'OWE~ SUPPLY
RUGGEDBBll
MP1$,P~OTICT
.
'-R£LOCA'£ -
'7:
to EIA RS232-S,_aS
MALE
W853 TOE%A R&232-a, 25 FT MALE
08$1 TOEIA RS ala.a, xx 'T MALi
2-W~S4 TOAMPHENOL 20ll11~1 xx tT
M8S0
GS5' TO EIA Rg 232-8 FEMA,E, XX fT
OR M979 TO AMPHENO~ fLUG57l0240
M908 OR Ht78 TO AMPHENO, $7)0240, -ai PINS
M8S0 TO Ell RS232.a r~~ALe,-XX,T - CABLE FROM M869 (HS56) TO·YRla, xx fT
CAlLi fROM M869 TO TEK b02,'604XX FT
M908
B/I,S/L,ll, DC02
YCS-! TO VR12
VCS-! TO VR03
DC04-CNi -aCP
SC01A.X~ fOR RECEIVE ON,y
A015, AA15
M90Q TO H929.C, TWIST~DPAIR, 4 FT
AD15, AAlS
M'OB TO H929-0, TWISTiD PAIR, 4 tT
DC11.D
M970. BeOSe-Xx OR M9700, 2S COND'~~ iR.al2.c~ xx fT
BI"
KS56 TO R$2J2~C MAL',-" CONDUCTOa,-25 ~TS/E
8'LL )03'E Rltl MOD£M CABLI(H856 T9IU~NOJ Mot2MIP1,iCl
Del0eS, -E
15 eA~! WIRE. TO R.aJa MALE, DAtA'IET, asrT- otlo.a, -~
1$ $ARE W'R~& TO RS232 MALE, 'CU, 2$ fT' wotl-WOll RlBiOft, xx
WOll.w02l RIBBON, xx fT
WOli-woaa RIBBOH, xx 'T
WOle-W023 RIBBON, xx FT
WOla.woa7 RIBBON, xx 'T
W020-Woao RIBBON, xx IT
W020-w02j RIBBON, XX 'T
W021.W02i RIBBON, XX rT
W021-w022 RIB80N, xx rT
woa'.Wo28 RIBBON, xx rT
W02a.W022 RIBION, xx
W023.w023 RlBiON, xx rT
W02l-woa7 RIBBON, xx rT
W024.Woa4 RI8BON, xx
w02a-w028 R1BBOh, xx rT
M901.M908 DUAL ~1880N; XX'FT
W011-W011 FLAT COAX, xx rT
W011-w021 FLAT COAX, xx rT, 1005820
W021-W021 FLAT COAX, xx rT
'
w021-W022 'LAT COAX, XX PT
WOJ1.WO~1 MYLAR, xx rT, 7405552
WOl).woJ3 MYLAR, xx FT, 740555)
M90,-M901 DUAL MYLAR,-XX tT
W021-w021 'LAT tOAX, xx Ft
WQ11 RIBBON, ONE BOARD ONLY, xx FT
WOla RIB80N, ONE SOARD ONLY, xx ri
,T
,T
'1
MODEL
NO
DESIGN
ENGR
8C04C.XX
BC04D-XX
8(!04E-XX
BC04F-XX
IC04H.XX
1<:04J-XI
8C04K-XX
8C04L-XX
BC04M.XX.
BC04N·XX
8C04P.XX
IC04Jil-XX
8C04,-XX
ae04T.XX
IC04U-XX
SP
BP
SF
Sf
SP
SF
BF
SF
SP
SP
Bf
Ml
MI
ae04Y-XX
SF
aC04Z.XX
1C:05A-XX
141
Ml
RMS
SP
WR
leOSS-04
aC05C·XX
-COSO-XX
Icost-xX
Rr
aCOSF-XX
ICOSH-XX
Be08C.XX
BC08D-XX
leOBE-XX
.C08r.xx
le08H-XX
8C08J-XX
8C08K-XX
RBL
JC
CA
CA
CA
CA
CA
CA
Mt
TPL
',I..
TPI"
TFL
~JM
3
3
1
3
3
3
3
:I
3
3
3
3
5
5
3
5
5
2
5
SSNU
3
SU
5
5
8t!
5
MOL
3
AW
AW
AW
3
2
2
2
2
RBR
AW
CRe
2
CRB
2
JDlt
JVI
3
3
]
JW
JW
RJM
RJM
RJM
STATUS
CATEGOPY
MO/'iR
1
'3
3
5
Bf
BC04X.XX
BC05J-XX
MFGR
AREA
BP
SP
SP
SP
BC04W-XX
scolSt,-oe
ICOISM-XX
ICOsN-l0
1C:0$'-10
IC05A_l0
BC05S-10
BeOST-XX
SCO$U.XX
8COSV.XX
BC06A.XX
BC06a-xx
BC06C-XX
BC06D.XX
BC06!-XX
8C06r-xx
8(:0,A.XX
8C018-XX
8C07C-XX
8C070-XX
seoel.XX
BeOB8-XX
PROO
ENGR
3
8
8
B
4/71 8
8
8
B
B
B
8
I)
1172 8
1/72 8
8
B
8
9/71
9/71
12/71
4171
4/71
2/71
3/72
8/71
3/72
7/72
'7/72
10/72
917]
10/72
10/72
10/72
10/72
10/72
10/72
5173
11/72
11/72
11/12
11/72
B
I
B
B
B
a
B
8
B
8
a
8
B
8
8
B
B
8
B
B
B
8
8
a
JW
1
SZ
3 11/72 8
3 11/72 a
3 10/73 B
3 10/73 B
JW
Jw
SZ
8Z
SZ
RR
RR
RR
RR
'f'L
I'tR
TPL
PJ
PG
PG
PG
TPL
TPL
TPL
3 10/73
1 10/73
3
:I
3
3
3
3
5
5
IS
B
,a
8
B
a
B
B
4/71 8
4/71 I
4/71 B
USED ON
27
De.;SCRIPTION
W020 RIBBON, ONE BOARP ONLY, XX F1
W021 RISSON, ON~ BOARD ON~~, xx fT
W02~ RIBBON, ONE BOARD ON'Y, xx Ff
W023 RIBBON, ONE BOARD ON'Y, xx rt
W024 RIBBON, ONE SOARD ONLY, xx FT
W027 RISSON, ONE SOARD ON~Y, XX Ft
W02Q RleSON, ON~ 80ARD ON,Y, XX Ft
W01, COAX,UNE BOARD ON~Y~ xx rt
woai COAX,ON£ BOAR6 ON,Y, XX YT
W022 COAX, ONe.; BOARD ON~Y, xx FT
M904 DUAL COAX, ONE SOARD ONLY, XX fT
KaR33 OR l5 FOR alE, 11, 15
MATE.~-LOCK T04 RINGS,'XXFt '700~5~3)
MlTE-N.~OCK TO 6 RING$, XX rT'(7006S94)
A$R3] OR 35 fOR 8/E, 11, 15
Mi01 OUAL MYLAR SKI~LDiD 1 JOARD ON£Y-XX fT
M903 DUAL MYLAR, aNt jOARO ON~Y, IX"FT
M908 DUAL RIBBON, ONE' BOARD ONl,y, "xx FT
WOla TO MICRODOT COAX, oNE aOARD UNLY, xx FT
555, TU5S, TUS6
1U56
M9J) TO MICRODOT COAX, ONE 80ARD ONLY, XX F1
INTERFACE KITS
Hes, TO 3M CAijLE ONE ~NO ONLY'XX rTi 1007036
555, TU55, TU56
7405152-1, WOl2 TO wOl2, XXFT, 70051'2
TU56
7006412, M923 TO M923 RI'~ON, 4
Ha56 TO RS232-C MALi, 25 tOND, xx-rl
OP8-EA, OSlO, OS11
RS232 MALe.; TO RS212-F£MALi, 25 CONDi XXfT
tlA EXTENSION CORO
•
SWITCH BOX , CABLE FOR GERMAN MOO~M, G857.YA TO CINCH Di512~6.1
MATt-H LOCK MALi-MALE 7 .. 5--5.7 3-2' 2-3, XXt'T
Drl1-A, Ofl1-K, LA30.S
81M, 11/05
115V 3 WIRE' GROUNDED 7AMP LINe.; CORD TO H4UO-A
2l0V l WIRE GROUNDtD 4AMP LIN~ CORD TO n400.S
81M, 11/0~
TU60
HiSS TO HB5S 3M NuT 8Hl~LDEO MIRROR CONNECTIO~S, l IN
H~5~ TO MATtN-LOCK, 6 WIRES, xx rt (70083'OiXX)
KLB-JA, KLa.E
LSPVC
LPSVC T~ VR14, VR20, 10 rt·
LPsVC
LPSVC TO TEX tiOl, 601, 604, 611, b1l, 10 FT
LP8VC TO tEX 50l, 10 fT
- LPlvC
LPSVC TO SCOPES W 3 SNC CUNNECTIONS, 10 FT
LPSYC
115V a wIRE GRQUNDED 12 AMP LIN~ CORD TO H4UO~C
11/35
2)OV 3 wIRE GROUNDED 7 AMp LINE-CURu TO Hti08D
11/)5
BCOSF SHIELDED, 70-0936$-XI, XX.Fr
VT20
M90 iTO PH 0 't aH 7 1 3"''1-0 0
-.
LPce-A, LPC11-A
M908 TO PH~TO~ 713-Z00
"'PCe-e, LPCll-S
M90i TO PHOTON 7000
LPCe-c, LpCl1-C
14908 TO PHOTON PACESETTER
LPCe-o, LPC11-D
M908 TO HARRIS INTERTYP~
LPCe-E, LPC11-E
M908 TO COMPS1AR 191
LPce-F, LPC11-Y
CAT
H856 ONE END ONLY, 30 TWIST£D PAIR, XXF!, M1S01 CONNECTIONS
H856 ONe;. END ONLY, 11 TwISTED PAIR, XXFT, M1801 ul CONNECIIUNS
CAT
H856 ONE END ONLY, 11 TWISTED PAIR, XXFT, Mi8Ql J~ CONNECTIUNS
CAT
CAT
IHI56 ONE END ONLY, 2 20-CONDUCTOR RIBBONS, XXfT
MWO~ TO M903, DUAL sHIE~D~D MY~AR XX fT
8/1, P8/L + BUS
M904 TO M904 fLAT COAX, xi fT
I/I,P8/L + aua
M903 TO 2 Wo3l SHIELD~D MYLAR, xx FT
8/1 + BUS
M904 TO 2 woll FLAT COAX, Xx fT
8/1 + Bua
W031 TO WOll FLAT SHl'LDEO MYLAR, xx rT
8, 8/1
M90) TO MIas fLAT SHIELDED MYLAR, xX IT
rlRsT OHPC11 (TO PCOI)
INTERNAL BUS EXf, M93b to-MIl?, xx fT
8/E
H8S6 TO--Nt!3, 40 CONO 3M, XX fT
8/E
M9S5 TO HB56,.18 aIG, 2 10 OHM, 40 CONO lM,XX FT
81E
't
MODEL
NO
J;NG
MGR
se08L-XX
le08M.0P4
ICOSN-XX
SC08P-XX
Be08R.XX
BC08S-XX
8e08T-01
8C08U.XX
BC08V-if<
8C09A·XX
8C09S-XX
IC0ge.xx
BCtOl.XX
1(108.XX
Beloe-xx
BCtOD-XX
8etoE.XX
aCIOH-XX
Ret OJ-XX
8Cl0K.XX
IC101,.XX
BCtO'.XI
BCtOV .. XX
BettA-XX
BetIS.XX
BelIC.XX
BCIIO.XX
BetlE-XX
BClt'.XX
8Cl1""XX
8C1IK-25
aC12A.XX
BC14A.XX
BCt48-XX
8C14C-l0
IC14D.XX
'Ci4E-XX
8CI4'.XX
8C20A-XX
8C208.XX
SC40C-XX
BC400-06
IC40,..XX
8C41A-XX
BC10A-XX
8C'108-XX
Be90t-04
8e90r-xx
8C99A-25
•
8C991-25
8C99C-25
8C990-25
8C99£.25
8CCJ9'-25
DESIGN
ENGR
PROD
ENGR
MfGR
ARtA
pc.;
pc.;
SNT
tlC
5
5
5
MOM
MOM
PG
AW
RMS
DA
DA
Ml
FA
FA
KE
5
5
5
2
6
3
5
va
8D
SNT
JM
JM
JM
.JC
JC
5
5
B
B
5
B
B
B
ATT
ATT
JS
AJ
KE
POT
POT
POT
POT
WRS
B
1171 8
5/72 B
3/72 B
3
]
3
2
2
2
3
l
KA
FS
)
2
PJ
RI
5
AR
AR
)
2
5
AR
AR
AR
AR
pc.;
]
)
4
2
pc.;
2
MORO
5
l
3/72 8
3/7l I
4/72 B
9/71
9/71
9111
9/72
8/73
3/72
3/72
B
8
8
B
8
8
B
B
8
8/71 8
8
4/71 8
3/73 8
3/73
6/73
12/72
12/72
4171
3/72
2/72
8
B
B
8
B
8
2
B
5
IS
3 11/71 B
F;N
3 11/73 8
5
B
EN
PHe,;
PHG
,)
S
5
5
5
PHG
MORa
RJM
B
4
5
RRC'
RJM
8
5
KE
KE
KE
ElS
4/71.,
9/71.,
9/71 8
9/71 B
5/72 B
1/73 B
3/72 a
8/73 8
12/72 8
~W
KE
2
2172 8
1
8
JEH
SSUK
JEH
JEH
JEM
JEH
"EM
SSUI(
1
8
SSUK
SSUK
3
3
B
B
B
ssUK
SIUK
USED ON
STATUS
CATEGORY
MO/YR
1
8
)
8
DiSCRIPTION
28
M954 TO 2 H856, 36 BIG, 4 10 OHM, xx 1T
Me07 , M901·TO.2 MYLA~ CA8LESTQMV~1" H801,-11 IN
TUlO, 8 POS IUS, iTO
MiO. to M904 DUAL ROUNO-eQAX, xx FTT010, 8 POI BUS, ETe
M904 TO 2 woal OUALROUNDCQAX, xx fT
8/E
H856 TO H856 lM SHIELDED, MIRROR COHN£CTIUNi 1 XXFT
ORe-E
HSS6 TO H856 3M SHIELP~D STRA1GHT~CUNNECTXO~8 XXFt
KLe-N
H856 TO H856, 12 WIRES, MIRRO~ CONNECT10N; 1 'T
RCS-E
M994 TO H856, 36 SIG, 3M NOT SH1E~OEO, XXyr"
H8S13, H8514
H807 TO M922, 2 MILAR, lF1 9 IN
,
1/0 Bus HJSO TO H~50, XX FT, 100S~lJ
9/1, OW0g e A, OW09-e
1/0 8US 2 14912 TO 2 M912, XX fT -15, 9
1/0 BUS 4 W850 to 2 M912, XX FT
10
1/0 BUS W851 iA tNO ROUND COAX OR W85S+w8ti6 ~A ENO fLAT CCAX XXFT
to
MARGINA'" CHECK QABLE,' xx iT
.- .- '..
10
OISK CAjLt HJ,2TO aURRQUGHS, xx rT
10
MEM 8USHli1 TO 4 W028, xl rT
10
1036 TO 2 W028 CQAX, 1/0 JUS, XX fT
10 MEM SUS
,
W~51 + W8se EA £ND,4"9wCOND co.x; xx 'T
10 MEM BOS
AMP QUICK-LATCH TO a H857 & 2 HaS8, 8 9.COND COAX, XXFT
10 MEM SUS
AMP QU1CK.LATCHEACH f,;ND, 72 COAX, XXfT
.to
AMP QUICK"LATCH TU 5 wOal, XXfT
RHto TO DF10
QUICKLATCH COAX-TO 6 W021, XxrT
vr05 TO OCtO
7006260 CA8LE , 12058~7.0a PLUG
11
M919 TO 14929 FLAT MrLAREXTE~NAL uNJaus, xx FT
RUGGED 11
8URNOy fEMAs;,!: 128 PIN RQUtiO n:a.l0525) to-~O'TTO XXFT
RUGGED 11 TO NON-RUGGED 11
M91~ FLAT TO 12-1052S'XXFT .
.
RUGGED 11 INTERNAL
M~"
TO BURNOY MA~E 128 PIN (12-10SaS) XXFT
Dfl1t18A, or11-88
20 PIN 121091a-27 TO i lUNG "UGs,XXFf
DTll-M
BellA-XX w 2 H807 ON 149191 AT THIM91' ENO,"Xi FT
OR11.' TO OR11.A
H85& TO M977 3M CABLE M~O~ COHN XiFT
DR11-C
H856 ON~ END, 20 PAtR, 25 rT, 700ij8~3
12
EXTtNslON CA8LErOR VR12 OI8P~AI, XX ,1, 1006254
14
1/0 BOX CABLE G782 TO--(l177, xx YT"
,
14, elL, 8/1, + BUS
DIFfERENTIAL COAX, XX 'T
14
CABLE, 1 ~ox to 0 BOX, rOR T!iT
DC14
MAT.NtLOCK 80TH END$, DUAL SHIELDED TWl$TtOPilR, xx rT
2 H856 TO 4a Pl~ wINCHE~TiR, l6-~iZaTiDPAl~, xx ~T
OMce.E, SMCOl
14/30, H912
Rf ANGLE RS212 W HOLD DOWNS BOTH ENDS, 25 COND, XX fT
81M, 8/r
115V J WIRE'GROUNOED 7 AMP LINE CORO to H402-A
"M, i/'
230V 3 WIRE GROUNDED 4 AMP LINE CORD TO Hioa.~
0001, 0002
HiO? TO 34 KULKA b70A TERMINALS, iX'rt
UDC
CABLE CONNECTOR ASSEMBLY KIT, Hij07, PARTS, 6fT CA~L' 1110'
Ha07 TO fASTONS & 34 KULKA 1695T~RMl~A~S~ lx"
ODO I, 0002
M945 TO M946 DOUBLE MYLAR, XX"'T
PDM70
1211374 TO 1205886 ~S232, 25 CONO, xx,r
POM70
1211374 ONE END ONL¥, 44 CONO, IXfT
IA90l, 81904, SA90S
2 H~07 TO 34 KULKA 670A T~RMINALS, 4 fT
11/07 8A903 04 05
2 Hao? TO fAstONS , 34 KULKA 1695 TERMINA~S-XXFT
PT08DA, DP01A, DC08LD, DC11~ ETC
O.TIPE GPti MODEM CONNECtOM, 25 rT,
12 CKT 8ARRIER ASiEMBLY MOLDED IN IS fT FROM COHN TO rLV LIAD$
PT08DA, OP01AA MODIFIED, DPOIA ,SELiCT SD~BY), OC08~0
8C9~A'W wti2l
PToaF
BC99A WITH W023
PDP11
BC99A W·SIDE (TOP CLAMP) fOR fDP1!
POP15
BC'tA W W023 FOR POP15
POPY/E
SC99A W END FOR PDP8/i
8/~
8/E
A
MODEL
NO
ENG
MGR
DESIGN
ENGR
PROD
ENGR
MrGR
AREA
STATUS
CATEGORY
MO/YR
BCL2A-XX
8CL2B-XX
AW
5
B
AVi
5
BOOl
DEG
B
8
DEG
BD02
8003
BD04
800,-A
8D05-8
BDOS"CA
BDOS-CB
BDOS-DA
BD05-08
8DOS-EA
8D05-£8
8Dl1,
"LM
.JLM
LO
Le
"LM
JLM
1,.0
J1,.M
1,.0
"LM
JLN
JLM
JLM
.JLM
LO
JM
BD1S-A
BD15-8
B015.C
B015.0
BDSO-AA
IO$O-AI
8D$0.81
LO
LO
LO
LO
LO
PHG
POM
POM
POM
POM
JOL
JDL
JOt.
J01,.
ID50-B8
BD50·CA
JOt.
JOt.
BDSO.CB
JOL
BD50-H1
8DSO-HS
BE14
JOL
AR
1"
I'G
css
CSS
ess
CSS
CSS
Css
CBS
eas
Css
CSS
8'02
3
1
1
4
TP1,
TPL
TP1,
TPL
TPL
TPL
TPL
TPL
4
4
4
4
4
4
4
4
4
6
6
CH
AR
I05-A
BD05.a
BiLL spECIALI Y019 ORDERED wITH 8U05wS
800S_A
BeLL SP~CIALI TESTED SPARt Y049
BELL SPECIAL. Y049 QROERED wITH Bv05~B
8005-8
8DOS-A
BELL sPECIAL. TiSTED SPARE ¥067
8005_a
BELL SP~CIAL' Y061 ORDERED WITH 8V05_~
11/07
AfC , UDe CONT, 2 0011 iLOTa
CONT , CAB FOR ArC15 11 BITS + aIGN • UOC1S, 115V
15
CONT , CAB FOR ArC15 11 BITS + SI'N , UOCi5, 230V
15
8D1S-A WITH NO ADe
15
801$.a WITH NO ADC
15
8 POS BUS
VT05 OR LA30 INTERFAC~, l15V
8 POS BUS
ViOS OR LA)O lNt~RrACE, 2l0v
8 NEG 8US
VT05 OR LA30 INTERfAC~, 11.5Y
8 NEG 80'S
VTOS OR LA30 INtERfAct, 2l0V
9
VTOS OR LA30 INtERfACI, lliv
VT05 OR LA10 INTERrACE, 230V
9
2ND-CHANNe;L
8050-AA, -A8
2ND CHANNEL
Boso_eA, -B8, -CA, -C8
MEMORY , 1/0 ACCESSORY PA~E~
14/1"
H919 BUS WITH 2 M9l5 ~UMP~Rj
8/B:
MTNG HARDWARE FOR ArCtS
AM04, AMOS, AM07
0001, 0002
MTNG HARDWARE FOR Uae.s
STORAGE BoX FOR l2 FLIP rLO~S
14
STORAGE BOX rOR 1& fLIP r~OP8
14
16 BIT STORAGE
14
SYSTEM TESTED 11/06 CHASSIS, CONFIG 2
•
SYSTEM TESTtD M12bO + M7261
14
K022 2 INPUT ANDIOR EXPANOER- DOAL STORlG' MOD TO PUP14
K272 1 ~IT RETENTIVi MEMORY
BA14
K274 DUAL RiTENTIVE M~M, MEPLAC~S BK272
14
I<)oa DUAL TIMER
8A14
ALL SYSTEMS
AC LINE MONITOR, 115V
At"LSY&TEMS
AC LINE MONITOR, 2l0V
MTNG BOX W COVER fOR Mea-LA, -LB , MM8-~A, -La
8/L
NTNG BOX W SL10ES FOR MCI.LA, -LB , MM8.LA, .LB
IlL
0001, 0002
MbBl 16 ISOLATEO SOL~P STATE ~ELAt ORIVERS
M684 12 SIT Fr RELAY ORIV~R
PD01, 0002
M685 16 BXT rr RELAY DRlV~R
0001, 0002
M686 12 8IT SS RELAy DRIV~R
0001, 0002
'01)01, 0002
M617 16 BIT S8 ReLAY DRlvtR
DOll
PAP~R TAPE LOADiR RUM
DISK LOADER ROM
0011
CARD READER _BOOTSTRAP ROM
0011
0011
TAll BOOTSTRAp LOADER
B~LL SPECIAL TM11 LOADER
0011
0001, 0002
M80~ 12 81T LATCHINC RELAX OUTPUT
H)04
-
H305
SM80l
IM804
8M805
8M806
8M807
INS7l-YA
BMS·LI
IMe.LB
8MS-Le
8M8-LD
BMK.LK
INK.LL
8801A-25
8'10A_XX
t;NG
DE~lGN
PROO
MCR
ENGft
ENGR
R8
FE
FE
RS
RS
RS
RS
V8
'E
FE
FE
DR
SG
8G
SG
SG
XPG
IPG
IPG
TPL
TPL
TfL
TPL
Jr..e:
RS
R&
RS
RS
8w743
BXt4wOA
BXf4-00
PX14-SA
BI14.OA
Blt4-00
-BYt4-&A
B
4
B
) 10/73 M
1 7/71 B
l
7/71 8
1 7/71 B
.3 7/71 B
2
8
5
B
FE
FE
FE
FE
MORO
FE
FE
FE
FE
FE
MORO
MORO
MORO
MORO
AR
AR
AR
AR
AR
8V
3
CSS
JEH
GO
PR
EW
1
3
5
IPC;
IPG
6
8/72 B
2/73 8
4
9/71 B
IpG
B
1
6
6
6
4
4
4
4
Css
saUK
saul(
SSMU
CSS
SSUK
2/73
8
4
1/72 8
3
B
1/72 B
5/72 8
3
3
4/71 D
2
3
5/72 D
5/72 D
CIII.AF
V8
Me
VI
MC
VB
Me
~e
8/72 8
2/73 B
8/72 8
5
5
5
CII.I-,eve
8/72 B
2/73 B
B
1/72 B
Me
ellt-S8
11/73
2173 8
5
5
MC
-ellt-e.
B
B
B
VB
VB
f4C
B
B
5
3
Me:
Me
E
5
v8
GO
VB
VB
B
5
-e811·.'C
-elt I-AD
-CIII-AE
-.C8tl-AA
CIII-AB
8/73
7/71
4/73
3172
IPG
!PG
IPG
IpG
IPG
IPG
IPG
3
3
5
5
5
5
CAl'.'
eA15-8
8
Kf.;
Af<
8V
8V
4
5
B
LH
PHG
RB
8
8
8V04
RS
RS
itS
RS
B
4
Lr
BTl4wA
4
I
4
KE
ABW
CAot-8
ell1-A
Cltl-B
CAll-C
IPG
IPG
STATUS
CATtGORY
MO/lA
JLE
LH
SltOH-XX
BT11-A
8W400
BW402
8W40)
8N406
8W.I0
BW110
8W131
Bwll2
BW7.)]
8W'734
8w14.o
BW'4'
8W'42
MFGR
AREA
5
4
4
4
C
4/71 D
1/72'0
3/73 0
3/73 0
3/73 0
1/73 0
3/73 0
3111 D
3/73 0
3/73 D
3/73 0
USED UN
0001,
0001,
0001,
0001,
0001,
0011
IlL
0002
0002
0002
0002
0002
DESCRIPTION
M80l
Me04
M805
Mi06
M807
16
12
16
12
16
BIT LATCHING RELAX OUTPUT
BIT Ff RELAi OUTPUT
BIT FF RELAY OUTPUT
8lT 55 RELAY OUTPUT
BIT ss ~ELAY OUTPUT
RESTART/LOADER, REP~Ace;s 8M792_YAi .Y8,-¥H , MR11.J,)8
MTHG ~OX FOR NMe-i, ~~IOE', 115V
SIr..
MTNG BOX ro~ MMe-!, i~lOEi, aJOV
8 If.,
MTNG sox FOR MM~.~, COV~R~ 11~V
8/L
MTHG BOX FOR MMe.~, COVER, alOY
Xti02
BASIC MODULE KIT FOR LAB-K
HIIO
BASiC MODULE KIT FOR KwS£klES LOGle LAB
VT1S, VT04
CAB"'! SET, VT1S'TO VT04, 25't
CAB~E SET, a BC10.AA + ~C'O~.$S, xx '1
to
10
CABLE SET I 2 ac 10H-XX +' Be 108"XX, "xx fT
PDPll REMOTt:; 8ATCH TERM TO SlMULATE-'cbC200
CDC 6000/7000
.14
INTERROOATOR iOX,'Ttsti liPUT~ ~ OUTPUTS
374, vu(H ,LK)5MOUNTING
., "..'
Vl'04
SW1l0.3, 8w740.3, 8M802.'
W400 PADDLE BOARD WITH lSQLAT£D POW~R
BW730.3, BW740.~, BMB02.'
w402 PADDLE BOARD WITH COMMON PO~KR
,JJM684.7
w403 PADDLE BOARD FOR Ri~AY DRIVE~S
8M7l0.3 BW740.1 6M684.' 8M802.7
W406 (W400, W40a i w40l-COMSIHED)
8w740-743
W410 PADDLE BOARD W A/CINPUT CONDltl~NlNG
0001, 0002
W710 lZ-SIT CONTACT liNSE, SEE SW740
0001, 0002
W731 16 81T CONTACT SENSE
0001, 0002
w7la 12 81T CONTACT INT~RkUPT, IE& 8W742
W7l) 16 BXT CONTACT IhT~RRUPT
..
0001, 0002
0001, 0002
W7l4 GENERAL iURPOSE COUNtE~
0001, 0002
w740 12 'BIT sOL10 stAtE "CONtACT stN~E
0001, 0002
W741 16 BXT SOLID STATE CONTACT S£NSE
0001, 0002
W742 12 BIT SOLID SiAtE CONTACT lHTERRUPT
0001, 0002
W74l 16 BIT SOLID STATE CONTACT ~NT~R~UPT
t~POT BOX UP TO' 32 AC I~PUTS
14
14
INPUT BOX UP TO ]2 DC X~PUTi
14
SCHMiTT INPUT BOX, uP TO ~2 AC INPUTS
OUTPUT SOX UP TO 16 AC QU~PUT~
1.
t4
OUTPUT sox UP TO 16 DC OUTPUT.
14
IMPROvEO OUtPUT BOX, uP TO llAC ~U!PUTS
0-
~
11
CA11·A
11
1S
15
11
11
11
11
11
11
11
11
11
ISM 526 INTERrAce:
CAMAC 8RANCH HIGHWAY INTERFACE
N,R CONtROLFtiR CAll-A
NPR BRANCH HIGHwAl INtERfACE
PROGRAMMED • DHA CAMAC SRANCHHIQHWAY IN~~RfAC!
PROGRAMMED ONLY CAMAC BRANCH HIGHWAY lNflR,Xct
CAB, PS, 1 call_PA, SPACE FOR lQ cail.DA ,lOR CIli-S, 115V
CAB, PS, 1 CBlI.'A, SPACE FOR Ii CI1I-0A 'lOR C811.S, ,2jOY
CBlt-AA + DB11, IIIV
CSII-AB • DB11, 230V
CBI1-AA + 2ND CBll"PA,2 DB11, 115V
CBII-A8 + 2ND C811-.A, 2 oBl1, 230Y
CAB, PS, CBll-PC, SPACE FOR 18 Cill-oA 'lOR CBll-i, 115V
CAB, PI, CBI1-PC, SPACE FOR 18 CBI1-0A 'lOR C&11-~, a~ov
Cill-SA + 0811, 115V
MODEL
ENG
MGR
DESIGN
ENGR
:,11-BO
Me
~S11\1J1B"
VB
VB
VB
4
4
4
C811.CA
V8
Me
Me
3
1
NO
~8tl-B!
CBtl-CS
CatleCE
CS11.CF
:811-CG
CBtl-eM
CS11\1J1DA
VB
VB
VB
va
VB
VS
call-EX va
C811-HA
CBII-PA
C811-P8
CBll.PC
CBil-PD
eBl1-SA
CBII-SS
ceO!
VB
VB
VB
VB
VB
VB
VB
Me
MC
Me
Me
Me
Me
Me
Me
MC'
Me
Me
Me
Me
Me
CC5l
3/73 D
3/73 0
5
4
4
4/71 C
4/71 C
4
4111 C
4
4/71 C
4/71 C
AW
5
5
5
C
5
5
C
C
3/72
)/72
5 '/73
5 7/73
5 7/73
5 7/73
4 2/72
'1/73
C
C
LC
so
lie
DEC
OEC
AW
5
LC
AW
AW
5
4
4
"I"AW
Nl
MI
BPP'
BPr
spr
spr
AW
AW
Aw
AW
AW
C
C
3
3
AW
AW
eMlt.'S so
3/73 0
3/"13 D
3173 0
3/73 D
3/73 D
4/71 C
I.C
BD
E
4/71 C
6/71 C
SD
BD
BD
E
5
SO
CMlt
E
E
AW
CD11-8
CM12
CM12-A.
eM12-S
CMI2-C
CM12·FA
5
AN
CM11.A
CMlt-FA
3/73 D
3/73 D
E
5
eC55.A
CC5S ... S
CD11 ... A
so
5
3
AW
AW
AW
AW
AW
eel4
3/73 E
5
AW
CC52
3
3
5
5
.5
3
4
Me
0
0
0
3/73
3/73
3/73
3/73
3/73
3/71
3/73
3/73
3
AN
celt
STATUS
CATEGORY
MO/YR
3
Aw
CC02-D
eC03-A
eC01-B
CC04
CC50
e012-DE
CD12.0F
C012-HE
CD12-HP'
COP
CL12
CMOl-C
CM03-CA
MFGR
AREA
AW
AW
AW
AW
CC02-A
CC02.S
CC02-C
CD1t-EA
COlt-EB
CD12
PROD
!NGR
3
RR
RR
TPL
TPL
"
1/13
C
C
C
C
C
C
C
2/72 C
2/72 C
6/72 E
8/71 E
3
C
3
C
l 5/71 C
1
3
3
1
3
4
4
3
5/71 C
5/73 C
5/73 C
2111
2/71
2/71
2/71
C
C
C
C
3/73 C
USED ON
DESCRIPTION
31
CBlt-S8 + 0811, 230V
CBll",8A + 2ND call-PC, -2 OB11, l1SV
C811~a8 + 2ND C8l1-PC, a OB11, a30V
11/10-CA~ CBII-PC, ~s, 115V 60Ht
"
ll/lo-ca, C8Il"PC, fS, 230V50HZ
11/40-CA, CBll-PC, 'S, I1SV 60HZ
•
11/40-CB, call-PC, PS, 230V 50HZ
•
11/4S-CH, Mfl1-L, MM11-L, call-PC, PS, 115V 60HZ
11/45·C~, Mrl1-L, MM11-~, C811-PC, p$, 230V 50HZ
32 POINT RELAY DlSTRljOTO~ MODULE
C Slt-A, .8
11
11
11
--
C811-P
call-A, . i
C811-A •• 8
C8l1-A, .8
cell-A, -8
H~X·iXT£NDER CARD
-
16 POINT INPUT INTERRUPT MODU~E
5 B~OCK TELPLANT TERMINATION PANEL, PS, 115V
5 BLOCK TELPLANT TERMINATION PANE~, P&, 230V
6 BLOCK TELPLANT TERMINATION PANE~, PI, ·li5V
cell-A, -8
6 BLOCK TELPLANT TERMINAT~ON PA~E~, PS, 230V
CS11-A, .a
64 POINT INPUT SCAN MODu~E
64 POINT INPUT SCAN MODULE w cIODi PROT£CTIUN
call-A, .a
CLINICAL LAB OPTION PANtL
CLlNICAL LAB.12
4 CHANNELS , CQNT FOR ROBOT CHEMI~T
13
4 CHANNtL EXPANSION FOR ROBOT CK~MIST
cCoa.A
ONE CH & CONT fOR ROBOT CH~~I~T
ceOI
eco!
ONE CM EXPANSION fOR ROIOl CHEMIST
CCOI
MODULi SET fOR 1 CH COU~TeR s
2ND eM COULTER S
.
CCOl-A
ceOI
COAGULATION TIMER
CLINICAL LAB'.12
SMA12/30 INTERfACE KIT
AGL2
8 eH EXPANSION KIT
SMA4, 4A, 7, 7A INTERFACE KIT
CLINICAL LAS-12
SMA SINGL~ CHANH~L KIT CLINICAL I"A8-12
CLINICAL LAS-12
SMA12/60 INTERFACi KIT
CLINICAL LAB 12
SMA SlNvLE CHANNEL KIT (1ST CM) FUR T!CHNICoN 2
CLINICAL LAB 12
SMA SINGLE CHANNEL KIT (2ND ea) FOR TEC~lCON ~
DATA a~EAKCONTROL & DOCUMATION Ml000, 60HZ'
11
DATA BREAK CONT ,DOCUMATION MI000 50HZ
11
laoo CPM CONSOLE READ~R , CQNT DOCUMATION M1200 60HZ
11
1200 CPM CONsOLE READER, CQNt DOCUMATION M1200 50H~
11
8 POS
DATA BREAK CONTROL FOR ANY CARD R~AOiR OR PUNCH
80 COL OPTICAL MARK CR ,CDla CONT, 300 CPM DbCUMiT10H O~20ij,-60HZ
8 POS
8 Pas 80 COL OPTICAL MA~K CR , C012 CONT, 300 CPM DOCUMATION OHaoo, 50HZ
8 pas
C01~ W HP 80 COL OPTICAL ~EAD~R, bO HZ
8 POS
COla W HP 80 COL OPTICAL READER, So HZ
CROMATAGRAPHIC DATA PROCESSuR ( f ) '
•
CLINICAL LAB 12 SYSTEM NA~E
804 (8)
OPTICAL MARK CR 'CONT ~OO CPMGEN UEij 60 HZ
OPTICAL MARK CR & CONT ao~ CPM GE~ DES ·50 HZ
804 (8)
DOll
40 COl" OPTICAL MARK CR , CO~T 200 CPM GtN-D~S-60 HZ
0011
40 COL OPTICAL MARK CR & CONT 200 CPM G~N D~S 50 HZ
0011
80 COL OPTICAL MA~K-CR & CONT 300 CPM DOCUMATIO~ OM~OO boRz
DDll
80 COL OPTICAL MARK CR & CONT 300 CPM DQCUMATION UM~OO 50HZ
40 COL MARK SENSE CR , caNT 200 CPM GEN DESiGN 60-HZ
8A12
IA12
40 COL MARK S~NSE CR , tONT 200 CPM G~N DESIGN 50 HZ
80 COL OPTICAL MARK CR , CONT HP bO"H2
BA12 WITH ECO.8A12,,00010
80 COL OPTICAL MARK CR , ~ONT HP 50 HZ
BA12 WITH ECO'BAla·00010
8 POS
80 COL OPTICAL MARK CR ~ CONT 300 CPM'DOCOMATION OM200 60HZ
-
1,111.""'\111
f'lUUc.u
NO
ENGR
CM12-'B
CMS.!
CMS·EA
CMS.FA
CMS.FB
CMS·r
CMS.IA
CMS-L
CMe.LA
CMT
CMXI-A
CMXt-S
CP09-N
CpOS-p
CPI0·A
CP10-a
CPI1-UP
CP1S-A
Cp15ea
CP20-E
CR01-A
CR01-S
CR01-C
CROI-E
CR02-A
CR02-S
CR03eS
CR03-C
AW
LT
LT
Clt04-H
CR04-"
CRIO-A
CR10-a
CRI0-DA
CliO_DB
Cl'tl0-E~
CR10-EB
CliO-FA
Cit 0.P'8
CRio.UA
CR10-UB
CRII
CRI1-A
crU2
CR12eA
CRla.FA
CRt2-F8
CR15-A
CR15·8
~~~~
AREA
5
5
C
1
5
8
RG
5
A
3
3/72 C
3/72 C
GSD
DY
Dy
BE
MI
css
SICAL
css
C:ss
IICAL
Nt
~I
RR
RR
'A
ST
CBS
3
5
C
5113 C
3/71 C
l/71 C
2
2
1 11/71 C
6
C
6
C
6
C
6
C
6
C
5
C
5
C
5
C
3
C
B8
5
rw
88
88
88
5
5
rw
rw
rw
rw
J(E
KE
8B
88
rw
rw
BB
rw,
rw
88
rw
aD
SD
SNT
iNT
aNT
INT
5
5
BS
rtf
rtf
5
5
5
BB
BB
6
6
5
5
5
5
5
5
4
88
BB
B8
88
8fF
BPr
AW
4
Aw
AN
AW
BY
BY
CSS
CSS
C
)
88
FW
A
5
rw
rw
lie:
8/X
8/1
8A08
BA08
7, 9, 15
C
141
FW
f'W
)112 C
C
C
3/72 C
5
8M
rW
8
5
ess
DESCRIP'I'ION
UN
pos
3/73 C
4/7) C
4/7) C
MI
Nl
NI
CU
RG
8M
uo~u
~AT~~U~1
MO/YR
6
2
2
MI
SE
"TATU~
1
6
liT
liT
C~Ol-D
CR04-A
CR04.S
CR04-C
CR04-0
CR04-!
CR04-'
t"'rtu,",
ENGR
6172
6/72
6/72
6/72
6/72
6/72
6/72
6/72
2/72
2/72
2/72
2/72
2/72
2/72
2/72
2/72
8/71
8/71
2/72
2/72
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
5
C
5
C
1 12/71 C
3 12/71 C
3 3171 C
1 3/71 C
9/!;
NEG
8 pas
BA10
BAI0
8
11
15
15
15
5
,
6
9
7
9
9
804 (8)
10
8 9/E 8/1 11
8 a/E 8/1 11
10
10
10 11 12 IS
10 11 12 15
10, 11, 15
10, 11, 15
BAlO
BAtO
BAIO
eR04-£:
CR04.F
BAIO
CR04-H
BAI0
BA10
CR04-"
CR04-C;
BA10
eAto
CR04.D
CR10_A
CR10-a
0011
CR04-A
DOll
CR04-S
8Ala
8A12
la
12
15
1S
CR & CONT )00 CPM DOCUMAT10N UM~OO 50~Z
CR , CONT 200 CPM ~EN'DES(M8ij3) 60 Hi
C~ , CONT 200 C'M ~tN DES (M8i)' ~o HZ
CR , CONT JOO CPM DOCUMATION OM~OO 60HZ
CR & CONT 300 CPM OOCUMATION UM~OO 50HZ
CR , CaNT 200 CPM G~NDiSlGH bO'HZ
CR , CONT 200 CPM GEN DESIGN 50 HZ
CR & CONT 200 CPM Gt;H 0.6'GH 60 H~
CR & CONT 200 CPM GiN DEsIGN 50 HZ
COMP~iX MODULE TEST~R
AOCt PLUS 64 eH MX RACK MTO
TAB"'E TOP CMX1-A
DATA PRODUCTS SPEEDPUNCH.120 100 CPM PUNCH , CONT
DATA PROOUCTS SPEEOpUNCH-120 100 CPM PUNC~ i CONT
MO 6011300 CPMCARO PU~Crt ~CONT 60 HZ
MD 6011 300 CPM CARD PUNCH .CONT 50 HZ
PUNCH XNT~R'ACE FOR UNIvAC 1710 CARD ROR/PUNCH
M06011 CARD PUNCH &CUHT 60 HZ
MD6011 CA~D PUNCH & CONT 50 HZ
CONT fOk DATA PROD 120 PUNCH
CARD READER & CONT 100 CPM NCR
CARO READER , CONt 100 CPM ~CR
CARO READER & CONT 100 CPH NCR
CARD READER & CONT 100 ePM ~c~
CARD READER & CQNT aoo CPM 8URROUGHS
CAR~ READ~R , CONT 200 CPM ijURROU~H~
CARO READER , CONT ~oo CPM GEN DESIGN
CARD READER & CONT 200 CPM GEN OE~IGN
CARD READER , CONT 200 tPM GEN PESIGN
300 CPM TABLE TOP READER DQCUNATION M20Q,"GOI I~T'Ci 60HZ
300 CPM TABLE TOP READER OOCUMATION Maoo, GDI INTfc, 50HZ
300 CPM TABLE TOP READER DOtUNATION N200, 10 INTFe, 60HZ
lOO,CPM TABLE TOP a'ADER DOCUNATION M~OO, 10 XNire, 50HZ
1000 CPN TAiLi TO' READER, DOCUNATION M1000, tiOHZ1000 CPM TA&LE TO' READtR, DOCUMAtION Mlo00, 50HZ
laoo ePM CO~SOLE READER; POCUMAtlON M1200, 608Z1200 CPM CONSOLE READER, DOCUMAT%ON M1200, ,.ojz
1000 CP~ READER , CONT ,OROBAN 60 HZ
800 C'M READER' COHT 'aOROBAN 50 HZ'
1000 CPM TABLE TOP RiADER , CONTDOCUMATIOHM1000,-60HZ
1000 CPM TABLE TOP RtAOER , CONT DOCUMATION M1000, 5~Ht
1200 CPM CONSOLE READER' CONT DOCUMAT10N M1200 60HZ
1200 CPM CONioLE READER, CONT DQCOMATION ~laOO 50HZ
lOO CPM TA8LE TOP READER & CONT OOCUMATIQN Maoo ioHZ
300 CPM TASLi top READER , CONT DOCUMAil~N M200 50Rz
CR10.iA (W TRADE-IN or'CR10.A)
CR10-E8 (w TRADE-IN 0' CRiO-i)
laO CPM TABLE TOP REAOER , CONT POCUMAtION Maoa 60HZ
)O~ CPM TABL' TOP READER 6 CONT ~OCUMATXON Maoo .o~z
CARD READER , CONT 200 CPM GEN DESlijN 60 HZ
CARP R!ADtR , CONT 200 tPM GE" OEiI~N 50 Hz
300 CPM TAIL' TOP READ~R , CONT DOCUMATI'W-H~OO 60RZ300 CPM TABLE TOP READ£R & CONt DOCUMATioN Maoo 50-HZ
1000 CPM READER & CONT, aOROBAN; ~oHZ
800 CPM READER' CONT, SOR08Ah, 50HZ
OPTICAL
OPTICAL
OPTICA1I
OPTICAL
OPTICAL
OPTICAli
OPtICAL
40 COli OPTICAL
40 COL OPTICAL
COL
COl"
COL
COL
COL
40 COL
40 COl"
80
40
40
80
80
BIE
alE
CR04-A
CR04-a
MARK
MARK
MARK
MARK
MARK
MARK
MARK
MARK
MARK
MODEL
NO
ENG
MGR
ellt5.Fe
eRe·'A
JK
JI(
RR
RR
CIs.rs
CRewl
eRe.XA
(Ra/X-FA
CRa/X-',
CTS11.lII-1A
D5>11-AA
12
12
Ui
BIE
8/C
11
DQll-AA
11
11
0
PQI1-AA
11
3
1/73 D
CSS
CSS
3 11/72 0
3 11/72 D
3 11/72 0
3 11/72 0
DBL Bur
DQll-AA
0
D
0
SSUK
Css
9, 9/1"
6
6
2 11/73 0
CIS
Rl
7/71 0
3/72 0
2 11/73 D
2 11/73 D
CBS
SNT
SNT
INT
1
3
2
M8
DIU1-C
9, 9/t.
1/72
1/72
2 11/73 0
MS
OR11",F
3
D
3/72 D
3
3
JlIM
DR11·8
2
1
"LM
DRtl-A
161M
88/S, 811 NEG
8, 8/1 NEG
B, 8/1 NEG
3
MS
MI
PJ
PJ
PJ
ODM
-
ClSa
8aUK
JLM
D1\09.A
DRt2
DR12-X
ORt2-XM
JTN
D
0
RI"
RL
5
0
--
D
D
Rt.
JTtI
B
0
D
3
)
RL
Rl
RI
PR
RNS
6 1/73
6 1/73.
6 1/7l
3 9/72
3
RL
INT
USED ON
STATUS
CATEGORY
MO/YR
CIS
CIS
RL
OP8.EA
D,e-E&
css
ttL
D'lt-OC
0'12-8
MFGR
AREA
RL
DPI.l-DA
DP15.A
PROD
ENGR
JLE
DPOt-AA
Dplt-KA
D'12-A
DEStGN
a:NGR
11
11
DaL Bur
DaL BuF
oSL BUf
11
8 NEG
8 NEG
8 POS
8 POS
3 11/72 0
DR07-NA -NB ePA
5
D
9
D
OP11-A, KA11
0011.,
OD11-A
DRll-A
12
4
4
2172
2/72
3/72
1/72
5
5
5
D
3/71 0
3/71' D
5
5
0
0
0
la, 8 pas
OR12·X
Df;SCR1PTIQN
39
TWO 2 AXIS CONT 'DR SLO SYN, '115V 60HZ
TWO 1 AXIS CONf FOR FUJITSU EHPM, 115V 60hZ
TWO 3 AXX$ CONT fOR ILO'SYN, 115 V 60HZ
MAINT~NANCE MANUAL , DRAWING lET
BIT stNC MODEM INTERFACE JELL 201
alT SYNC MODEM INTERFAct BELL 301
lIT SYNC MODEM INTE~"CE tiEL~ 30l
lIT SYNC MODEM XHTERrAC~ SE~L 301
BIT SYNC MODEM INTERrACE SELL 303
BIT SYNC MODEM INTERFACE IBM 3977
BIT SYNC MEDEN INTERFACt ~~~L-201 ON PCH
BIT SYNC MODEM lNTERFAct ~ELL J01 ON aCH
BIT SyNC MODEM XNTERFAct &~L~ 303 ON OCH
BIT SYNC MOPEM INTERFACi JELL 201
BIT SYNC MODEM INTERFACE 8ELL lOl
BIT SYNC MODEM INTERFACE 8ELL 10l
MUDUL~ ~Et FOR XOR Bur
AUTO OIALMUX SPACE FOR 4 CHANNELS
MOoOLE SET FOR 1 CHANNE~ IN oP02 8 G~O LIN! FILTER·PAH~L .
BITSXNt MODEM lNTERrAC~ 8i~L 2Ql
BIT SYNC MODEM INTERFACi &!LL 201
DOU8LE BUF SYNC-LIN£ CONT, WITH lCH, NO CLUC~
EXPANDER to 12alTS MODULE
. - -- DPSi-AA + DF11-A+ acoiR-25 FOR 201 MODEM
DP11-AA + OF11-A + BC01U-25 FOR 303 MOoiM
CLOCK, f'REQUENCX CU6TOMiR spa:Clrlt;D -.
TTY"INT£RfACE MODULi SEt
BIT SYNC MooEM lHTERFAC£il, :XTAL
syNCHRO~OUS MODEM INT£RfACE
BIT SYNC MODEM INTERrACE BELL-a~1-(M8~9, M8b6)
8XT SYNC MODEM lNTeRFAct SELL J01/30)'(M8)9, H866)
SYNC LINE CONT, OMA, UP--TO 16 81TS/CHAR
-BCC (BLOCK ~HECK CHAR, LRC OR eRC) UP TO 16 BIT8
MODEM CONTROL (M7815)
DQ11-AA .-oQl1_SA + Of11-. (EIA UP TO 10 KB)
DQ11-AA • DQ11-BA • orl1-G (SELL lOl/~O) ~O 2$0 K~)
CRYSTAL CLOCK (M405)
..
8lSYNC ASCIl CONT, HALF DUPLEX, SYNC LINE CONt, aHA
BISyNC E8CIDIC CONT, HALF DUPLEX ~YHC LIN~ CaNT, DNA
FULL DUPLEX SYNC LINE CONt, DMA
- DUAL SERIAL SYNCHRONOUS OMA LINi INTERFAC~
CaNT W 6 SPDT IOOVA RILAYS, SP tOR lO MURi, ll5V
CONT W 6 SPDT 100VA RELAYa, Sf ro~ 30 MOR~, 230V
CONT W 6 spDp lOOVA RELAYS, Sf fOR 30 MORE, 1i5V
CONT W 6 SPOT 100VA RELAYS, 8P rOR 30 MORE, 2)OV
6 SPOT 100YA RELA¥I FOR DR07-H,--P ~XPA~SloN ~M800)
.PB
18 BIT RELAy surrER
PROGRA~MED DEVItE INTtRrAC~
DIR M~M ACCESS DEVICE INT~RFACE
PROGRAMMED DEVICE" INTERfACt(M7860)
INPUTIOUTPUT PANEL FOR ~9~S IN LAS-II
6 BIT RELAY BurfER - . - - ~ 6 BIT RtLAY BuFFER W IPAC~ fOR 6 MORE BITS
6 Aba,TkoNAL BITS fOR'DR1~-i
MODEL
NO
ENG
MGR
BD
DIUS-C
DRS.EA
SNT
DR81!11EB .SNT
SNT
OR9-EC
ORIO
DRBO"CN
DRBO-C'
DR80"CX
DR80",rf
DR80eMR
DR80·SR
DR80·SS
OR90
DR90",CN
DR90"CP
OR90·Cx
DR90.r,
DR90.MR
DR90-SR
DR90"Se
ORfU I-A
DRRll-!
DRB8"EA JEH
DSOleC
D804-A
D80.-8
DS10-A
0'10-8
D&10-C
DIIO-D
0111
0.11eA
DI11-8A
D811-B8
DS12
08:120-IA
D"20-'8
01'20-81
D8320-8B
D5320-CA
01J20-C8
D1320-0A
D1320-08
D.320.,UA
-O,320-U8
DIJ20-'A
D.J20-Y8
0'~·2-A
D')2-8
DS12-C
0832-0
0'32-£
0.12-,
D.32~H
05)10-AI
DESIGN
ENGR
PROD
ENGR
MrGR
AREA
BG
STATUS
CATEGORY
MO/IR
5
AM
IS
AW
5
AW
DEG
DEG
DEG
DEG
DEG
DEG
DEG
DEG
DEG
DEG
OEG
DEG
DEG
nEG
OEG
OEG
KH
KH
GO
RN
RN
5
IPG
%PG
IpG
IPG
IPG
IPG
!PG
IpG
IPG
IPG
IPG
IPG
IpG
IPG
IPG
SSUK
CSS
5173
2/72
2/72
2/72
0
15 1/0 BUS, OR11-e, UNIBUS
D
8/E
D
ORS.EA
D
S/E (LAB 8/E)
0
6 10/72 0
6 10/72 0
6 10/72 D
6 10/72 D
6 10/72 D
3
0
3
0
6 10/72: D
6 10/72 0
6 10/72 0
6 10/72 0
6 10/72 0
6 10/72 0
6 10/72 0
6 10/72 0
3 1/72 0
2 4/71 0
,
5/7] D
1
6
0
0
6
4
0
0
KU
4
D
IU
KU
KU
KU
KU
KU
4
4
2
0
D
0
e/71 0
8/71 0
8/71 D
2/71 R
1/72 E
1/72 E
12/70 E
12/72 E
12/72 E
12/72 E
12/72 E
12/72 E
1172 E
1/72 E
1/72 E
1/72 E
2/71 R
2/71 R
2/71 R
6/71 R
6/71 R
2/71 R
css
cas
RW
KU
2
2
6
2
GIP
BALL
BALL
8ALL
8ALL
BALL
BALL
BALL
8ALL
SA"'L
BALL
BALL
BALL
Gs
GS
JK
JK
MI
MI
BALL
2
2
2
2
2
2
2
2
2
2
2
6
6
6
5
RR
RR
5
6
6
2
USED ON
2/71 R
1/72 E
e FAM1L¥
NtG
a
8 POS
DReO-CN,
DRaO-CN,
DReo-cN,
OReO-CN,
OReO-CN,
9, 15
9
US
DRgO.CN,
DR90-CN,
OR90-CN,
DR90-CN,
DR90-CN,
DORl18A,
11R20
e/E
10
DJ;SCRIPTION
PDP,S CONT FOR POP11 fRoe ,
12 Blr BUfPERED DIGiTAl" 1/0
40
PiR1PHERA~'
(~86l~ ~ ..
PATCH PANEL FOR USEI,.H'.,
ORe-EA + DRs-tS
DXG1TALOUTfUT SUBSlITEM
CQNTI LEVtL, PULSE OR RELAY OUTPUTS, SPAC' fOR 12 OUTPUTS
CONTI LEVEL, PULSE OR R~LAY OUTPUTS, $PAC~ fOR 72 OUTPuts
DRSO-CP
CONTROL EXPANDER, SPACE FOR 84 OUTPuTa
-CP, .ex
12 LEVEL OUTPUT&,55Y-' ISo N.HAX - DRSO-CP, DRBO-eX
12 MOM~NTARY CONTACT OUTPUTi, 100VA MAX
DR80-CP, DR80-C;X
12 SU_fAINEO CONTACtoufPUTS, 100VA MAX
DR80-CP, DReo-C;x
12 SINGLE SHOT OUTPUTS, 5,V , 250MA MAX
D1G'TAL·OUT~UT SUBSYSTEM
CONTI LEVEL, PULSE OR RELAY OUTPUTS, 8PAC~ fOR 54 CM
CONT, LEVEL, PULSE OR RELAY OUTPUTS, SPAC' FOR 54 en
·ep
CONTROL ExPANDER, SPACE fOR 90 CH- - .
.CP, .ex
18 LEVEL OUTPUTS, 55Y~' ~~o MA HAl
-cp, -ex
18 ~OMENTARX CONTACT OUTPUTI, 100VA MAX
-CP, -ex
18 5UST~INEU CONTAct 00'1'POT5, 100VA MAX
-CP, -cx
18 'It~GLtE SHOT OUTPUTS, 5~V , 2S0"MA MAX
RUGGED DR!I-A
- .
KARtl
RUGGED DRll-a
48 CHANHELOUTPUT MODULE
CONTACTSCAHN~R
(CIU-l0)
PULIE lNPUT DITEctOR (p~O-S)
9
PULIE INPUT DETECTOR (PID-9)
10
SINe MODEM INTER'AC~ BELL20t OR 20$ (WAS OpOl-CA, ~A~, 60HZ
50 HZ OSlO-A
.
. .
10
10
60 "' ostO-A WITH NO CAS
10
50 Hz 0$10-A wITH NO CAS
11
16 LINE MULTIPLEXED SlNCHRONOU8 LIN~ UNIT SERIES NAME
(HUl
PoPlO STYLE CAS ,·PS ~ bill l~e~ ~O~TROL
DSll-A
ONE LINE MoDULE SET FOR 201·MUD£M-'M7Jl~+BCijli-25)
OSll-A
ONE LINE MOOULE SET rOR 303 MOO'M (M7110+$C~10-25)
Of12
SLAVE OlSl(, ·32K 12 I1TS + PARITY,' 60 HZ
8K 8/E, Toe-EM, TOe-E.A, 'T058-AA, LSe-EA,Q'JOO-a, 11~V60HZ
•
8K 8/£, TDe-EM, TDeeER, VTO$8-AO, LSS-Ei, QF300.a, 31ovlOHZ
eK eli, Toe-EM, !De-ER, LA30-PA~ L,e.EA, QrJOO-S, lSlV60Hi
8K 8/E, Toe-EM, ToeeER, LA30-PD, L8e-EA, Qr)oo-e, 2JOV 50HZ
8K 8/E, TDS.EM, Toe-ER, YTO$S-AA,LES_JA, Qr300~S, '1~V·60HZ
eK 8/i, Toe_EM, TOB.ER, VTO$S-AD, LE8.J$,Qf300.,e, a30V ~og~
8IC. 8/1:, Toa-EM, TD8-ER, LA30-PA, LE8-~A, &r300-', llSV 60HZ·81( 8/E, TDB-EM, Toe-ER, LA30-Po, Lte-JR, QF300-a, 230V 508z
UPG~ADEa O&l20-AA TO DlllO-AA
UPGRAOEi DI120-ABTO 0&330-A8
UPQRADES OS320-AA TO DS340-AA
UPGRADES PS320-AB TO D&l40-4,
•
OrJ2-A
sO fiz Dr32
19.1NCH-DSl2
OY32, 0'32-8
Dfl2-A, Dr12-C
19-XNCH 0'il2-A
DF32-0N, Drl2-0P
32K 12 aIT + PARITY DEC DISK, 60HZ
Df32_EN, or32-IP
32K 12 ilT+ 'ARXTY Die ~~s~, 50~~
NONE
OiM or32-D
NONE
OEM or32-£
SK 8/~, TDa-EM, RKS-EA, VT05S-AA, Lsa-EA, Q~300-8, 115V 60H~
8, 8/8, ell
------
-
MODEL
NO
DSl30-AS
D8l10-SA
Da330-S8
1)$3l0.eA
OlllO-CB
D,3l0-DA
08330-08
D1330-UA
DlllO-UB
D1340-1A
D&'40-A8
08340-8A
o:U40-S8
Da340-CA
DS140-e8
1)8340-0A
0.340.08
D8101-AA
DSlDI-AB
D8302-Al
D6302-A8
DS520,-lA
•
DS5JX-XA
D85)x.xa
0&54X-XA
0&.54X-X8
0155X-XA
DS55x.xa
OS56X-XA
D156X-X8
DSSCl
DS5C2-A
OSSCl-AA
DISC)-AE
OISCl-AN
OSSC4-AA
0ISC4.AD
DISC4-A&;
Ds5C4-AZ
OISCS-AA
DISCS-ll
OISCS-le
OISCS.AD
DISCS-A!
0ISC5-A'
085<:5-10
01SC6-1
DsSC6-a
OISC".IA
085C7-18
O,5X1-XX
085X2-XA
ENG
MGR
DESIGN.
!NGR
PROD
ENcJR
MFGR
AREA
STATUS
CATEGORY
MO/la
BALL
BALL
BALL
2 1172 E
2 12/72 E
2 12/72 E
BAttL
2 12112 E
BALL
BALL
BALL
BALL
8ALL
BALL
BALL
BALL
BALL
8ALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
IALL
BALL
BALL
BALL
BALL
BALL
8ALL
SALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
IALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
IALL
BALL
BALL
BALL
BALL
2 12/72 E
2 12/72 E
2
2
2
2
2
2
2
2
)
3
3
,3
3
E
3
E
3
3
3
1
l
3
3
3
3
6
3
3
3
3
3
3
.)
1
3
3
3
3
]
3
]
3
1
.)
l
l
•
•
•
•
•
•
8K
8K
8K
8K
SK
8K
8K
DiSCRIPTION
41
8/i, Toa-EM, RK8.!A, VTOSS-AD, LS8-EB, QFloo.a, 2l0V 50H~
8/i, TDa.EM, RKa.!A,. LA30-PA, L8e-iA, Qr:too-", 11sv 60HZ··
8/i, TOe-EM, RK8-ED, LA30.PD, Laa-es, QF300-e, alOV 50HZ
S/i,
8/t.
8/E,
S/E,
R~8.EA, VT058.AA, LES-JA, QflQo.a, 115V 66HZ
Toe-EM, RK8-ED, VT05S-AO, L~8eJ8, QYJOO-S, 230V 50H~
Toe-EM, RK8-EA, LA30-PA; ~E8.JA, QFlOO-S, 115V 60HZ
T08_EM,
Toe-EM, RK8-ED, LAIOePD, Lle-~8, QFlOO.~, 2l0V $OiZ
UPGRAD8S 05l30-AA TO 05340-AA . 1/72 E
UPGRADES 05l30-A8 TO OS340-A8
1/72 E
8K 8/1, RKa-EA, RKO~.AA, YT05a-AA, LSi-iA, QFIOO.~, 115V OOhZ
1/"2 E
8K 8/E, RKa-ED, RKOS-SB, VTOSe_AD, LS8-ES, QFlOO.a, 230V 50HZ
12/72 E
8K S/~, RK8.EA, RKOS_AA, LAlO.PA,Lia.EA, QFl~0_8, 11~V66Hi
12/72 E
aK alE, RKa-ED, RK05.S8, 'AlO-PU,L&S-ES, Qf300-S, 230V 50HZ
12/72 E
•
8K 8/E, RKa_EA, RKO$-AA, VT05S-AA, LEe-JA, QF300-ij, 115v oOHz
12/72 E
•
8K 8/E, RKS-ED, RKOS-S8, VT05S-AD, LEa-JB, QFlOO-S, 230V 50MZ
12/72 E
•
8K 8/E, RK8-EA_ RKOS.AA, LA30.PA, LE8-JA, Qr300.a, 115V 60Hi
12/72 E
8K 8/&, RK8.EO, RKoS-ea, LA)O.PD, LE8_Jj, QrlOO-a, alOV 50HZ
10/73 V
D8l40
VTOSB-AA, KL8.~A, SCOSM-tf, QrlOO-Oi, 115V bOHZ
10/73 V
0&340
VT05S-AD, KL8-JA, BC05M.lr, Q,300-0e, 230v 50HZ
10/73 V
05340
VT05S-AA, KJ.,8-JA, BeOIM-iF, 1 j5Y 60HZ
""
10/73 V
DSl40
VTOSS-AD, K~8-JA, BC05M-1F, 230y 50HZ
8172 E
•
0085201 11/1S-AA, KIIl-C, KP11-A, Krl1-A, KW11.~, 'DOll-A, M~11-LA,
MM11-L, M79a.YF, DL11-C, CRll, ~S11-A, VT058-AA, RK11, RKOS-AA, H968, H967,-Q~520.AE
8/72 E
•
11/lS-Ai, Kyli-Cl"KP11.A, Krl1-A, kwll-L, DDll-A,"Mill-,A;
MMI1-L, M792-yr, DLII-C, CRlI-A, LSlt-8, VTij,S-AD, RKlli MK65-8~, H~6i h9b7 Q~520.AE
11/73 E
DS5XX
11/40-CS PLUS OPTIONS FOR OD8500, 115V 60HZ
11/73 E
DS5XX
11/40.CT PLUS OPTIONS fOR ~DS500, a30V 50HZ
11/73 E
DS5XX
It/40.el PLUS OPTIONS FOR 008500, 115V 60HZ
11/73 E
Ds5xx
l1/40.eT PLUS OPTIONS rOR DD&500, 230V 50HZ
11/73 E
DS5XX
11/4S-C$ FOR DOISOO, 1lSV 60HZ
11/13 E
D$SXX
11/4S-CT tOR DD5500, 2'OY 50Hz
11/73 E
DS5XX
I1/S0-eS FOR 008500, 115V 60HZ
11/73 E
OSIXX
11/5~.CT rOM DD&500, 2)OV 50H~
11/73 0
055XX
COMM ,U8SYSTEM TYPE 1
11/73 0
DS5XX 'COMM SUBSYSTEM TYPE a
11/73 D
DS5XX
LINE UNIT rOR LOCAL LT3].C
11/73 D
D~5XX
LINE UNIT FOR LOCALLT33.C OR VT058
11/73 D
DS5XX
LINE UNIT FOR LOCAL 340 CHARISEC (2400 BAUD) YTo5a
11/13 D
DSSXX
LXNE UNIT FOR MODEM, ito 8AUD 11 UNiT coot
tl/73 0
DS5XX
LINE UNIT rOR MODiM, 1S0 BAUD 10 UNIT COOi
11/73 D
niSXX
LINE UNIT 'OR LAlO-E, VT058 VIAMOO~M
11/73 0
DSSXX
LINE UNIT 'OR.VARIABL~ fORMAT VIA MODEM
DS5XX
MODEM CONT W 4 LINES
'
11113 D
11113 0
DI5XX
MODEM CONT W 8 LIHES
11/7] D
OSIXX
MODEM CONT w 12 LIN~8
DIIXX
MODEM CQNTW 61 LINts
11/73 0
11/73 0
Di5XX
"LINE ADAPTtR, 4 LIN" EIA, NO DATASET CONT
11/73 0
DISXX
LINE ADAPT!R, 4 LINEa 20MA (FOR TTY, LAlO, YT05)
DISXX . LXNE ADAPTtR, EIAcctTT W CONT, 4 LIN'S'
11/73 D
11/73 D
D&5XX
COMMUNICATIONS TYPE 2, 60HZ
11/73 D
D&5XX
COMMUNICATIONs TYPE 2, 50HZ
DS5XX
16 LINEMUX EXPANDER, 60HZ
11/73 D
11113 D
DSIXX
16 LINE MUX EXPANDER, 50HZ
11/73 R
oalxx
RK11-D rOR DD8500 SlSTEMS
11/73 R
D55XX
RK11-0, TMII-A, H967-HA, 115V
2 12/72 E
2 1172 E
2
USED ON
"'OOEL
eNG
NO
MCR
DS5x2-XB
0&5X3-XA
Ds5Xl-XB
OS!5X4"XA
OS5X4-X8
DS5xS-XA
DS5xs-xa
085X6-XA
015X6_X8
DS5XX-AX
OS5XX-BX
OI5XX"CX
OS5XX-DX
Os5XX-EX
OS5XX.FX
DS5XX-GX
O$!5XX-KX
OS5XX.JX
OS5XX.KX
OS5XX-LX
DI5XX-MX
DI5XX-.X
DI5XX"pX
Da5XX.QI
015XX-Xa:
DI5XX-XG
DS5XX .. XJ
OS5XX-XL
DI5IX.XT
DSSXX-XV
DS5XX-XY
0'80
DS80·C!
PROD
ENOR
MFGR
AREA
3 11/73 R
3 11/73 R
3 11/73 R
3 11/73 R
:I 11/73 R
3 11/73 R
) 11/73 R
3 11/73 R
) 11/73 R
3 11/7] M
) 11/73 M
1 11/73 M
3 11/73 M
) 11/73 M
3 11/73 M
3 11/73 M
3 11/73 M
3 11/73 M
3 11/73 M
3 11/71 M
:I 11/73 M
3 11/73 M
1 11/73 M
3 11/73 14
3 11/73 Q
3 11/73 Q
3 11/73 Q
3 11/13 Q
1 11/73 Q
3 11/73 Q
D8:G
3
6
6
6
DEG
OEG
DEG
DEG
DEG
DEG
DEG
DEG
DSIO.CP
DSSO-CS
DS80-11
DseO-IB
Ds80-XC
D880-8A
D180.88
Dleo.&e
DI90
OS90-CX
DI90_CN
DS90-CP
Os90-Cs
0590.11
DEG
DEG
DEG
DEG
DEC;
DEG
DEG
DEG
OIG
DEG
DEG
DEG
OEG
0190-18
tJEH
STATUS
CATEGORY
MO/YR
IALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
8ALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
8ALL
BALL
BALL
BALL
BALL
8AlIL
IALL
oseO-CN
Da90-Ie
0190.SA
D190-S8
·Ds90-se
Dssa-EA
DTOI-AN
DESIGN
ENGR
GO
IV
IPG
tpG
IPG
IPG
IfG
IPG
IpG
IPe;
IPG
tPC;
IPG
IPG
IPG
IPG
IpC;
Ipe;
IPG
IpG
IPG
IPG
IpC;
aSUK
cas
11/73 Q
10/72 0
10/72 0
10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10112
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
6 10/72
:I 5173
D
D
0
D
D
D
D
D
D
D
D
D
D
D
D
D
D
D
3
0
D
D
0
USED ON
055XX
D65XX
Oi5XX
DI5XX
0&5XI
0&51X
DSSXX
DSSIX
DSiXX
D&$XX
Ds5xx
0$5XX
DiSIX
DaSXX
DS5XX
niSXX
O$5XX
OS5XX
DSIlX
Di5XX
DS5XX
Ds5XX
Ds51X
OS5XX
DS5XX
DillX
DS5XX
D65XX
DS5XX
Di5lX
DESCRIPTION
42
RKI1-D, TMtt-a, H957-HB, 2l0V
RF11, Hge7-HA, RK11-0 rOR OD8S00 IYSTEMS, 115V 60HZ
Rrl1, "'61-HB, RK11.D FOR DDS~OO SYsTEMa, 2l0V 50HZ
RPlt-OA, TM11-A, i15V 60HZ RPI1-D8, TM1!-', 2]OV 50HZ
Rfl1, H967-HA, RP11-0A, TMI1-A, 115v 60H~
Rf11, H967.H8, RPI1-0A, TMll-a, 230V 50HZ
RFt!, H9'7.HA, RKI1-D,TM1,.A, 1158 60Ht
Rrl1, H961.H8, RK11 e D, TM1,-a, ~:lOV 50HZ
STANDARD 12 K BYTE 1 U8ECPARITI MEMORY
46 K 8YTE 1 usEe PARITY MEMORY
56 K SYT! 1 USEe PARITY MEMORy
64 K 8YTE 1 USEe PARITY MEMOR¥
80 K eYTE 1 usEe PARITY MEMOR~
96 K iYTE 1 U5iCPARITY MEMORY
112 K BYT, 1 US'C PARITY MEMORY
128 K BYTE 1 usEe PARITY MEMORY
144 K 81T£ 1 USEC PARITY MEMORY
160 K aJT~ 1 USEe PARITY MEMORY
176 K BYTE 1 USEe PARITY MEMORY
192 K BYT~ 1 USEe PARITY MEMQRY
208 K 8YTi 1 USEe PARlTY MEMO~Y
224 K IYT~ 1 USEe PARItY MEMORY
240 K BYTE 1 USEC PARITY MEMORY
COS SOfTWARE
CTS sora WARE
CTS/EsorTWAR£
CDMS sofTWARE
cos + COMi SOfTWARE
COS + eTS SOFTWARE
Os5XX
COs + CTS/! SOFTWARE
8 FAMILY
DIGITAL INPUT SUBSYSTEM
DS80-CN, OSsO"'CP
CONT IXP,LiV,L OR CONTACT INT, SPACI fOR 9b lNPUTS
8 NtG
CONT, LEVEll OR CONTACT SENSE ANDIOR INT, jp"O~96 IN~UTS
8 POS
CONT, LEVill OR CONTACT SENSE ANDIOR l~T, SP FOR 96 iNPUTS
OleO-CN, DS80-CP
CONT Elf, LEVEL OR CONTACT SENS~, SF rOR 120 INPUTS
DSSO-CN, OS80.ep, DI80-<:1
LEVEL OR CONTACT INT UNIT, 12···· XNPOTS, ':6VDC
OSIO-CN, Dseo-ep, DS80-eX
LEVEL OR CONTACT INT ONIT, 12 I~P~TI, 24VOC
DSSO-CN, DSBO-CP, DS80.C!
LEVEL 0* CONTACT lNT ~NIT, 12 INPijT~, 4SVOC
DS80-CN, ~CP, .ca, -Cl
L~Y'L OR CONTACT SE8SE ON!T, 12-INPUTS, 6tDC
DSiO-CN, -CP, .C$, -CI
LiVEL O~ CONTAct -SEHSi , t2 INPUT.,-2~VDC·
OSIO.CN, -CP, .CI, -el
LEVEL OR CONTACT SENSi , 12 INPUTS, 48VDC
9, 15
DIGITAL INPUT SUBSYaT~M
DI90-CN, .CP
CONT EXP, L~V'L OMCONTict INf,aPAC~ FDR 80 ,NPUTS
9
CONT, LEV£LOR CONTACTSE~SE ANDIOR IHT,IP"QR 80 ~N'UTS
15
CONT, LEVELO~ CONTAct 'ENa~ ANal OR INT, &P 'OR eo ~N'UTS
D890-CN, -CP
CONT EXP,LIVEL-OR CONTACT &E~$~,-SP fOR 'l~ INPUTS
Ds90-CI, -CP, -el
LiVia, ORCOHTACT INT UNIT, 161NPOTS,·6VDC
OltO-CN, -CP, -CI
LiVIL O~ CONTACT 1NT UNIT, 16 INPOTS, 24VOC
OS90-CN, -Cp, .eI
LEVEL OR CONTACT INT UNIT, 16 INPUTi, 48VOC
OS90_CN, -CP, -es, .el
LEVEL OR COHTAcr SENSE UN~T, 12 INPOTi, 6YDe
Di90-CN, -CP, -ca, -el
LEV~L O~ CONTACT SENSE,·l~ ,NPUTSi 24VQC·
Dsga.CN, -cp, -CS, -Cl
LEVEL OR CONTACT sENst, 16 INPUT~, ~8VDC
8/E
48 CHANNEL INPUT MOQULE
9 NtG
PROGRAMMED 1/0 sUS SWITCH
MODEL
DESIGN
ENGR
NO
0'f01-A'
DT01-AS
DTOl-SA
DT01-C
DT01-Ce
DT02-C
DT02-FA
DT02-re
DT03.ce
OTO)-CS
DTOJ-te
DTOI.ES
DT03-,A
DTOl.'e
DTOJ.FM
DTOl.r,
DT01-FR
OTO).'I
DT04-CS
OTOS-C8
DT11-AA
OT11-A8
Drl1-AD
BV
~LM
RIM
PtIM
RBM
Raf{
R8M
JLM
\1LM
vLM
vLM
\lttM
JLM
AP
vLN
RIH
RIH
OTI1-8A
8NT
DwaE-PA
DW8E-PS
DWIE-PX
DWBE.NA
OW8E.t.l8
Dwet-NX
DXil-SA
3
3
D
D
9
DAS
OAS
3
D
10
CSS
]
R'"
J,K
RN
RN
DA$
3
3
3
3
J,H
It"a
DAS
cas
DA'
C6S
css
CBS
C6S
CBS
CBS
CSS
ess
DAS
DAS
141
Ml
Ht
Mt
141
Mt
VB
3
3
:I
3
3
3
3
3
3
6
8R
6
R8M
IU,O-,
MrGR
RHM
&:DU10-A8
t1)U30-8A
&:OU)0-&8
£DUS1-8A
[DUli-as
EDU40
EJ)U40"CA
•
PROD
INOR
E
P'I.E.
MODEL
NO
ENG
DESIGN
PROD
MGR
ENGR
ENGft
RHN
RHM
RHM
EDU80.FA
EOUIO-"
EDU80-Fe
EDU80.YD
EDU8t"DA
£OU8t-08
EDuet-DC
EDUll-0D
EDUlt-DE
EDU81-0r
EOU82-DA
&:DU82-08
EoUa .. ,
STATUS
CATEGORY
MO/YR
3
3
3
3
RHM
RHM
RHM
1
RHM
RNM
RRM
:I
RHM
RHM
RHM
AHL
ARL
Eoue-S1
MFGR
AREA
1
]
)
1
3
3
6
6
EDU8-82
EDUI-8!
EDU8-Bt
EOU90-DA
I:OU90 .. 08
EDU90.FA
IDU90-F8
EDU90.JA
AHL
AHL
AHL
6
RHM
RHM
RHM
RHM
RHM
3
3
3
:I
3
EDIJ90-JB
EDUsT.OA
EOUsT"DS
EDU8T-El
RHM
RHM
RHM
RHM
3
-
6
E
E
E
E
£
E
E
E
E
E
E
E
8
B
B
B
B
3/73 E
3/73 E
3/73 E
3/73 E
9/72 E
E
..
£OU81"[8
1
3
3
9/72
9/72
9/72
9/72
E
E
E
E
E
EDUCP-A
EDur8"'lA
EDUFS-AS
EDULP""CI
EDUtU"AA
EOlJI'1 .. A8
EOU~2·AA
EOUR2-AS
EDUR1-AA
EOUR7.A8
EDUR9.AA
EOUR9 .. AB
EM12
SNT
EP12
8NT
FKtl .. A
FM11 .. Ul
YMtl.U8
'M11.UC
FP11-B
FP15
FPPt2.A8
FPP12-AE
P'PPI2-AN
rpP12.AP
6
9172
9/72
3/73
3/73
9/72
9/72
3/73
3/73
3/73
3/73
9/72
9/72
9/72
S/72
S/72
8/72
S/72
RRM
RNM
3
3
ItNN
1
RHM
RtfM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RnM
RI
AWRI
3
8R
80
iD
8D
8,.T
SNT
sNT
tiNT
VB
V8
VB
L8H
ERK
RI
RI
RI
RI
E
3
9/72
9/72
3/73
3/73
9/72
3
3/73 E
1
E
E
E
E
E
1
1
1
1
3/73
1/73
3/73
3/73
3/73
3/73
3/73
5
3/71 E
5
l/71 E
3
1
E
E
E
E
E
E
4
6/73 0
3 10/73 B
3 10/73 B
3 10/7l 8
1172 E
3
4
5/71 E
5
1/7l E
5
1/71 E
1/73 E
1/73 E
5
5
USED ON
DESCRIPTION
46
16 USER RSTSI 11/40-RE, ME11-~A, 3 UD1t-A,_ D811-A, lt5V 60HZ
16 USER RSTS. 11/'O.RF; MEl I-LA, 1 0011-A, 0811-A, 230V 50H~
EDUIO-DC w 16 USERS, 115V 60HZ
tDUIOwDO W 16 UjiRS, 230V 50HZ
8 USER RSTS, 1l/40.RC, OD11 wA, 115V 60HZ
8 USER RSTSC 11/40-RD, DOll-A, 230V 50HZ
EOU81-0A W PCll IN PLACt OF PRll, 115V 60HZ
EPU81-0S w PC11-A IN PLACt OF PRI1-A, 230V 50HZ
£oU81-DA W DECTAPE IN "ACE or PAPER TAPE, 115V 60HZ
EDU81-08 W OECTAPE IN PLACE OF PAPER TAPE, 230V 50HZ
8 USER MINI RSTS, 11/40~RA, 2 DOll-A, 115V 60HZ
8 USER MINI RSTS. 11/40-RS, 2 DOll-A, 2l0V 50HZ
liE
SOFTWARE , TEXT800KS FOR HIGH SCHOOL 10. $Ys
SIE
EDUSYSTEM 10 C4K) BASIC TAP~ i M'~UAL
S/E
EDUSTY8T~M 20 (SK, 1-' USiR) tAPE--, MAN~A~
Iii
EDUSY$TEM 10 (4k 8ATCH)8ASIC O~CK , MA~UIL
8/!
EoUSYSTEM 40 (SYS 20 + 40) TAPE, DECK, , MANUAL
8 USER Sl/45 RaTS, l2K, RBll, TUS6, RK05, 115V 60HZ
8 USER 11/45 *STa, l2K, RiIS, TU56, RKO$, 2l0V 50HZ
EOU90-0A FOR 16 USERS, 115V 60HZ
toU90-0S rOR 16 USERS, 230V 50H~
32 USER RiTSI ll/tS.RA, 2 Mfll-LP, MM11wLP,- ItSll, RKOI"AA, 6 DOll-A, OBll.A,
H960-0A, 115V 60HZ
.
£DU'O-JA EXCEPT 11/45-RB, Rill-A, R~05-88, H960-Da, 230v 50HZ
8/t8ATCH TERM, POPaE.SE DK8.EA OP8.EA KGB-EA CR8.FA ~T33.DC grEST-S8 115/60
8'i BATCH TERMI PDPeE-SF OKa-EA D,e-£A K~e-EA CRS-Fa LTl3-PO grist-is 230/50
11/40 BATCH TiRM' 11/40wC',-KW11-L, K~11-A, Dpt'-DA~ CRll, DD11~A; QJC26.A8, 115V 60HZ
.,
.
EOUeT-EA iXCEPT tl/40-Ce, CRll-A, 230V 50HZ
COMMUNICATION PACKAGE, KG11-A, DPI1-DA, -QJC26.AB
EOUiYS fORTEI EDU~5.SA W FPP12-AP, RTP8 FORTRAN 4, 11S V 60 HZ
EDUSYS fORTE. EUU2s.se w fp'12-AP, RTf! FORTRAN 4, 230V 50HZ
LOGIC AHD INTERFACING LEARNING KIT
8K OS/S SYSTEM W OECTAPE, 11SV 60HZ
8K OS/8 SYSTEM w OECTAP!, 230V 50HZ
EDUR1~AA W 12K MEM, LOADER, 1.58, 115V 60HZ
EDU~l·Aa w 12K MEM. LOADER, ~i8, 230V 50HZ
EOUR1.AA W OECTAP~ & D'32.0', 115v 60HZ
EOUkl.A8 W DECTAP~ & O'32.EP, 2l0V 50hZ
EOUR1-AA W12K, LSI, RFOS, RSOS, 115V 60HZ
EDURI-Ai W 12K, L&S, RYOS, R8Qa-A, 2l0V 50HZ
12
MEMORY PANE~ , MODULES
12
PROCESSOR PANtL , MOOULiS
11
32 KEYS & LIGHTS
H754 & HARNESSES ,o~ M'11-U FIELD ADD-ON FOR OLD 11/4Q
H754 , HARNESSES FOR 2 Mrl1-U 'lE~D ADD-ON FOR 0'0 11/40
HARNESS-FOR 2ND Mfl1-U rI~LO ADO-eN FOR QLD 11/40
Kall-A
F~OAT1HG POINT (23 + 9 OR 55 + 9) P~OCESSOR
15 MEM BUS
'LOATING P01Nf (27+~ OR 36+18) OR DOUSL' PRiClSiON PRUCESSOR
8 paS
FLOATING 'OINT 24+12 OR DoueLE ,RECISlON PRoe SP fOR 60+12
FPP12-A8, -AN, -AP
MODULE SEt TO EXPAND TO 60 + 12
8 NEG
FLOATING p01NT 24+12 OR ~OUBLE PREsClalONPROC SP FUR 60+12
12
FLOATING PoINT 24+12 OR DOUaLE PR~CISION PROC Sf rOM 60+12
MODEL
ENG
NO
MGR
DESIGN
ENGR
'FPP12.a
FPP12-N
FPP12-P
SNT
Rl
6 10/72 E
iNT
RI
6 10/72 E
6 10/72 E
GCC10.A
GM11·A
GMtl-S
GM1i·C
GM11-0
GMtt·!
GMll-r
GPto
GPtO.A
GP10.L
GP10·M
Gpl0-Ml
GPAOI
GPA01·A
GpA01-S
GT15.LA
"LM
SPRY
GftS-L8
(iT1S.SA
GTlS.S8
GT40
GT40-Ai
GT40-Ae
GT40-AC
GT40-AD
GT40-AE
O,40-AF
GT40-SA
SNT
1_ ••
3
1
4/73 B
4/73 B
KE
5
5
8
8
KE
KE
KE
5
5
B
B
!S
5
5
5
3
3
B
3/72 0
3/72 0
LH
LH
LH
LH
LH
If 11
11M
lIH
LH
Ht.
Ht.
LH
LM
LR
LK
LH
LH
1"H
LH
1"H
RS
RS
RS
RS
R8
R8
RS
R&
flS
fl.
D.
) 10/72 L
6 10/72 E
6 10/72 E
1173 B
1/73 B
RVN
LG
"'G
LG
LG
HT)2
• 1'\ • •
css
STATUS
CATEGORY
MO/¥R
6
,
RVN
LH
IAAII-AA
lAll1-SA
IAllt-ss
lAAlt-aC
IAll1.SD
IAAI-AA
IAlS.SA
IAA8-S8
IAAS-SC
lAl8.SD
AW
AW
lw
RVN
11M
GT44-AB
RI
AW
KE
GT40.ac
GT40-SP;
GT40-Sf'
GT44-AA
MFGR
AREA
AW
Aw
GT40-S8
GT40-aD
PROD
ENGR
HI"
MOD
MOD
MOO
3
1
4
4
4
4
HI"
4
HI"
4
HL
HI,.
HL
HI,
Ht.
HL
HI"
4
4
4
4
4
4
4
3/72
5/72
5112
5/72
5/72
0
V
V
V
V
8/73 V
8/73 V
8/73 V
8/73 V
8/73 V
8/73 V
S/73 V
8/73 V
8/73 V
8/73 V
8/73 V
8/73 V
8/73 V
JE
JE
2
2
8/73 E
9/73 E
G8
3
R
FE
3
3
,.e:
FE
Fe:
FE
FE
FE
FE
FE
FE
....
1
3
3
3
3
3
3
3
"
9/73
9/73
9/73
9/73
9/73
B
B
B
B
B
9/73 8
9/73 B
9/73 B
9/73 a
9/73 B
9/71 B
USED ON
8 pas
8 NEG
12
DESCRIPTION
47
FLOATING POINT (24+12, OR DoueLE PRECISION ~ROCESSOR
FLOATING POINT (24+12) OR DOUaL, PRECISION PROCESSOR
FLoATING POINT (24+12) OR DOUBLE fRiel.loN PROCESSOR
10 1/0 • DFI0 OR DM10
INTRFC fOR GOULO ~LECTROSTATIC PRNTR 4800 W CHAR GEN
GAMMA 111 POP11 8K R~05.AA AAI1-A -OA VTOlS_AA NC11-A CU-4 GMil-C 115V 60HZ
GAMMA 111 POP1! SK RKOS-88 AA11-A -OB VT01S-AD NCll.A CU-4 GMlt-C 230V 50HZ
GMI1-A, GM11-a
FAB PARTS' COSMETICS 'OR GMit-A, w8
GM1l-A, GMI1-1
GM11.C W NO END PANELS OR SCOPE SHRUUD
11/40 PROC CAS
GAMMA 11 COLOR KIT
11 OPTION CAB
GAMMA 11 COLOR KIT
10
'
GP10-M + GP10-L
GpI0-MA + GP10-L
10
10
1/0 INTERfACE LOGIC
10
1/0 CAB W POWER' POWER CONTROL, 11~V 60HZ
10
50 HZ GPI0-M
RTM
GENERAL PUR'OSE-ARITH UNIT MODULE SET, 16 81TS
RTM
la iIT GPAOI
RTM
8 BIT GPAOI
15
INTERACTIVE GRAPHICS STATIOH VT15.A VV15 VT07.SA VL04 115V 60HZ
15
INTERACTIVE GRAPHtC$ STATION VT15_A VV1S VT07wS& VL04 230V Soriz
15
INTERACtIVE GRAPHIC I STATION VT1S.A VV11 VT04-A'VL04 11SV"·66H~
15
INTERACTIVE GRAPHICS STATION V!lS_A VV15 VT04-a V~04 alOV 50HZ
ASYNC ASCII UP TO 9600 BAUD
INTERACTIVE GRAPHICS TiRMIH1L-SERIES
DITTO
VT40-1A, 31S, VRI4-LC, LK40, OLll-E, 11$~
DITTO
VT40-18, 370. VRI4-LD, LK40, OL11-E, a30V
VT40-AA, 375, VRI4-Le, LT33-0C,OL11.E, 115V 60HZ
OllTO
DITTO
VT40-AI, 37$, VRI4~LO, LTl1-OO, DL11.~C 2l0V 50hZ
DXTTO
VT40-11, 375, VR14-Le, LA)O-CA, D~11.i, 115V 60hZ
DITTO
VT40-A8, 175, VRI4-LO, LAlO-CO, DLII-£, 2lov 50HZ
DITTO
VT40-SA, 375, VRI4-LC, LK40~ OLI1-E, 115V
DITTO
VT40-B6, l75, VR14-LD, LK40, DL11-E, 23QV
D1TTO
VT40-8A, l7~, VRI4-LC, LTl3-DC,-DLll-i, 115V 60HZ
DITTO
VT40.8i, 3'S~ V~1.-LD, LT33.00, 0~11-E, 2l0V 50hZ
DITTO
VT40-8A, 375, VR14-LC, LA30wCA, OLll-!, li5V 60HZ
DITTO
VT40-88, 375, VR14eLO, LA30.CU, O'11_i, 230V ~OhZ
11/40-CU, VT11
11/40 BASED GRAPHICS IY$TtM, VH11-LC, 115V bONZ
11/40.CV, VT11
11/40 BASED GRAPHICS SYSTEM, vR17.Lb, 230v 50HZ
0,3a
uDell
UDell
UDell
UDe11
UDC11
uoce
UDe.
UDCe
UDCI
UDel
UDell
HElD TESTER
MULTI-RANGE AID CONVERTER W SCR~W TERMS, (A001, A002, Se40C-')
OIA CONVERTER FOR 0 TO +10V, SC~Ew TERMS (A633, A233, BC40C-6)
D/A CONVERTER FOR +1 TO +~v, $CREW TE~M& (A633, A2lt, 8C40C e 6'
OIA CONVERTER FOR 4 TO 20MA, SCREW TERMI (A6l~, A335, &C40C-&)
D/A CONVERTER fOR 10 1050 MA, aCREW T'RMINAL$ (lill, A~lb,-BC40C.6)
MULTI.RAH~! AID CONVERTE~ W SCREW TERMS (AOOl, AOO~, 8C40C-b)"
D/A CONVERTER 'O~ 0 TO +10V, aCR!W TERMINALS (A633, A~3l,-BC40C_6)
OIA CONVERTER FOR +1 TO +5V, SCREW TERMS (A633, A234, BC40C-6)
D/A CONVE~TIR FOR 4TO 20 MA, SCREW T&R~S(A613, A2l5, 8C40C-6,
OIA CONVERTER fOR 10 TO SO MA, $CAEW TeRMINALS (A63l, Aalb,-sC40C.6)
CONTACT IENSE W ISOLAtED PWM ~ ~CREw TERM$ (W14i,-W400, BC40C~6)
MODEL
NO
ENG
MGR
ENGR
IOAlt"AS
IOA11-SA
IOA11.S8
IOAlt-CA
10A11.DA
10Al1.,£:A
10Al1.,FA
IOAI1-GA
IDA11"HA
10111-JA
IOA8""AA
IOAS-AS
IOA8""8A
IDA8-SB
IOA8-CA
IOAS-OA
IOA81111EA
IOAS"FA
IOA8"GA
IDAS.HA
IOAS'"JA
IDC11.AA
10C11.A8
IOC8.AA
IOCS-AS
IDCS"CA
IOCe-C8
IDCe-DA
IOC8·-D8
INDtt-SA
INOII-SB
tNDAC.S2
RS
RS
RS
Ri
RS
RS
FE
JAHOt-A
JAH03.A
JAH04-.
JAHOS.A
JAH06-A
JAH01.A
JASOI-A
J'AS02-A
J1S02-8
JAS03-A
JA504-A
J8S01-1
J8S02.A
J8S0l-'
J8S04-A
JaSOS.A
Ja506-A
JP'H01"A
JP'H02-A
JFH03-A
JGH034J8
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
DESIGN
PROD
ENGR
MFGR
AREA
3
3
FE
FE
FE
Fe:
3
3
3
F'E
1
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
FE
3
1
3
3
3
3
3
3
3
3
1
3
3
3
1
2
2
5
5
P'E
3
FE
RS
3
FE
FE
HS
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
2
IPG
IpG
USED ON
STATUS
CATEGORY
MO/YR
2
3
1
3
9/73 B
9/73 B
9/7) B
9/73 8
9/7) B
9/7318
9/73 B
9/73 8
9/73 B
9/73 B
9/73 B
9/73 B
9/73 B
9/73 8
9/73 8
9/73 B
9/73 B
9/73 8
9/73 B
9/73 8
9/73 B
4/73 E
4/73 E
5/73 E
5/73 E
6/73 E
6/73 E
12/73 E
12/73 E
11/73 E
11/73 E
4172 Q
3 11/73
5173
3 11/73
3 11/73
3 11/73
3 11/73
3 5173
6 11/73
3 11/7l
3 11/73
1 11/73
3 5173
3 5/73
3
l
.)
3
3
3
3
6
3
J
J
J
J
J
J
J
J
J
J
J
J
J
5/71 J
5/73 J
5/73 J
5/73 J
5/73 J
5/73 J
11/73 J
11/73 J
48
CONTACT BENSE W Hl.~EVEL ACloe PWR & SCREW TERMS (W741 W410 BC40C-6)
CONTACT INTERRUPT WISOLATED PWR • sCREw TERMS 'W14~,W400, BC40C-6)
CONTACT l~TRPT W HI-LEVEL AelPC PWR, ICREW TERM$ (~'41 W410 IC40C-6)
1/0 COUNT&R W SCREW TERMINA~S CW7~4, W400, iC40C-6)'
SOLID STATE AC/OC DRIVER,lSOLA~EO, SCREW TtRMI (Meal W400 SC40C-6)
rr DC DRIVER W SOLIg jTATECOMM • scREW TERMS (M6S5, w400, &C40C-')
SS DRIVER W SOLID STAT! COM~ '. SCREW TERMS (M687, W400, 8C40C~6)
uoell LATCHING RELA¥ OUTPUT W ISOLATED PWR SCREw TERMS (Mi03 W4QO 'BC40C.6)
UDell
Fr RELAY OUTPUT W l§OLATEO pw~, ·SCREW TERMS (M80S, W400, aC40C.6)
UDCll
SS RELAY OUTPUT W ISOLATED PWR, SCREW TERMS (Meo?, w400, $C40C.6)
UOCe
CONTACT SINSE W ISOLATED PWR, SCREW TERMS (W140, W400, aC40C-6)
UDCS
CONTACT SENSE W HI-.fJEVE£, AC/OC PWR, SCRI:;W TERMS (*740, w4iO-SC40Cw6)
UDCS
CONTACT INTERRUPT W ISOLATED PWR, SCREW TERHS (W742, W400, ~C40C.b)
UDC8
CONTACT INTRPT W HI-LEVEL AC/DC PWR, SCREw TERMs tW74~ W410-SC40C.6)
uDe8
1/0 COUNTER W SCREW TERMINALS CW7l4, W400, 8C40C-~)
UDCS
SOLID STATE ACIDC DRIVER, ISOLATED, SCREW TERMS (M681 W400, BC40C-6)
UDCS
Ff DC DRIVER W SOLID STATE COMM, SCREw TERMS (Mb84, W400,8C4~C.6J
UDCS
85 DRIVER W SOLID STATE COMH, SCR~W TERMS (M686, W400, aC40C-6)
UDC8
LATCH RELAY OUTPUT W ISOLATED PWR, SCREw TERMS tMij02, W400,-SC40C.6)
UDCS
FLIP FLOP RELAY OUTPUT W lSOLATED PWR, SCR TMS (Me04, W400, BC40C.6)
UDC8
SS RELAY OUTPUT W ISOLATED PWR, SCREW TERMS CMSQ6i W400, BC40C-6)
•
INO DATA AQUISITION BASE SYS, 11/l0.AC, UDCll, H9b4.EA, li5V .
•
I~O DATA AQUISITION BASE SYSI 11/10-AD, UDCll, h964.Eb, 230V
•
INO DATA AQUISITION BASE sIS. POP8F-AE, UOC6.P, H964.EA, 11SV
•
INO DATA AQUISITION BASE SYSI POPaF.Af, uocs"P, hi64_£B, ~30V
•
IDCS-AA + Toe-EM, LT33.0C, Q090.AC, 115v 60HZ
•
IDCS-AB • TOS.EM, LT3l-00, Q090.AC, 230V 50HZ
POPSE-Ai HM8-~J RKS-EA TAS-AA UDCS-' DKS-£A KA8-EH~60-8A H964.~A 115V60HZ
POP8£_AF MMS_EJ RKB_ED TAB.AS UDCS.P OKS"EA KA8.E H960.SA H964_ES 230vsoHz
•
llEOS-SA, 115V 60HZ
11E05.88, 230V 50HZ
8
QrINA.A + IN-HOUSE TRAINING & SOFTWARE SUPPORT
uoel1
uDell
UDell
UDell
UDCll
UDe!l
Upel!
•
-••
---•
•
•
-•
----•
II
INTROOUCTION TO LOGIC COURSE
PDP16/M '~OGRAMMING & MAINTENANCE COURSE
VT05 , CENTRONICS 101, lOlA
LAlO , PC05 COUSE
AiR33 '-PCOS COURSE
LINE PRINTER (8 & 11) COURS,
FORTRAN 4 COURSE
INTQODUCTORl PROGRAMMING COURSE
INTRO·P~OGRAM ON tHE pope COURSE
MINICOMPUfERS FOR MANAGER~,COURS,
INTRODUCTlON TO MINiCOMPUf~RS, COURSE
COMMERICAL PROGRAMMING CONctPTS'CpURSE
COS.300 OPIRAtO~ COURSE
COS-lOO MANAG£MENf ,OURiE
COMMERCIAL OPERATING Sys-300 COURSE
MUMPS.l1 fOR DATA'MANAGEMENT COURSE
COMMERCIAL OPiRAT'H~ 6fS-SOO COOR$E
TIPESET-8DIAGNOSIIC COURSE
PDPS/E, 8/F, 81M FAMILY AND INTERFACE COURSE
PopelE, I/r, 81M HAPDWARE 'AMILIARZATION AND MAINTENANCE COURSE
pDpS/E, " M HARDwARE, MAINTENANCE COURSE
MODEL
NO
JFH04-A
JrHOS-A
JrHOS-&
JFH06-A
JFH07-A
JrHOS-A
JFH09-A
JFlil a-A
JrH12-A
JrH14-A
JFsOt"A
JF501.8
JrS02"A
JFS02-S
JFS01-A
JFS04-A
JFSOS·A
JFS06111A
JHSOt-A
JHS02-A
JHS02.S
-.lNSOl"A
JRS04-A
JHSOS"A
JLH03-A
JLH04.A
J~HOl·A
JJH02·A
J"HOl-A
J"H04.A
JJHOS.A
JJH06-A
JJH06,,8
JJH07-A
J"HOI.A
JJH09.A
JJH10-A
JJHlt-A
JJH12"A
JJH14-A
JJ801-A
JJ502-1
JJS02-S
JJSO) .. A
JJS04-A
JJS04-S
JJSOS-l
JJSos-e
JJSOS·C
JJS06-A
JJS07-A
JJSOS-A
JJS09-A
JJ810lllA
.T.l~t1"a.
ENG
MGR
DESIGN
ENGR
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DI
DE
DE
DE
De:
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
DE
OE
DE
DE
Dit
DE
DE
PROD
tNGR
MFGR
AREA
STATUS
CATEGOR¥
MO/YR
1
5/73 J
6 11/71 J
3 11/71 J
1
)
6
]
1
1
3
3
3
6
1
)
3
3
3
3
3
3
3
3
)
5/7)
5/7)
11/71
5/73
5/73
11/71
11/73
5/73
5/71
11/73
'5/73
11/73
11/73
5/73
tl/7)
5/73
5/73
11/73
5/73
5/73
1 11/73
3 5/71
)
5/73
1 5/73
1
1
3
3
3
]
J
"
"
J
5/73 "
11/73 -.I
1 11/73
3 11/73
3 5/73
3 5/73
1
3
J
J
J
J
J
J
J
J
J
J
J
J
J
"
J
J
J
J
-.I
J
J
J
J
J
5/73 J
J
J
J
J
5/73
5/73
11/73
11/73
11/73
11/73
3 5/73
1 5/73
3 5/73
3 5/73
6 11/73
l 5/73
6 11/73
6 11/7)
1 11/73
J
J
J
J
J
J
J
J
J
"
J
3 5/73 J
1 5/13 J
3 5/73 J
3 5/73 J
6 11/71 J
3 5/73 J
USEO ON
------•
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•
•
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•
•
--.
•
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III
•
•
-••"
DESCRIPTION
POPS/It, 8/r, 81M OPTIONS MAINTENANCE COURSE
PDP8/E, 8/r, 81M DECTAPE MAINTENANCE + t;AI!; COUR~E
PDP8/E, 8/F, 81M OECTAPE MAINTENANCE COURSE
PDp8/l HARDWARE COURSE
POP8/L hARDwARE COURSE
POPS/I, 8/L 5YSTEMS-MAlNTENANCE COURSE
INTERFACING THE POPS/E, 8/r, 81M COURSE
RKS-E PACK MAINTENANC~ COURSE
POPS/I, 8/L SYSTEM MAIN1ENANCE COURSE
OF32 DISK MAINTENANCE COURSE
POPS fAPER TAPi SOFTWARE (A) COURSE
PDP8 PAPER TAPE SOFTWARE (S) COURSE
OS/8 SOFTWARE CA) COURSE
OS/8 SOFTWARE CI) COURSE
PROGRAMMING THE POPS, COURSE
OS/8 SOFTWARE EXTiNSION, COURSE
PUP8 CA5S~TTE OPERATING COURSE
INDUSTRIAL BASIC, COURSE
DEC SYSTEM-l0 MONITOR COURSE
DiC SYSTEM-10 TIMESHARING USERS COURSE
DECSYSTEM.to TIME$HARING USERS COURSE
DEC S¥STEM.l0 ASltMiLY ~ANGUAGE-PROGRAM COURS,
DEC SYSTEM-l0 PERFO~MANCE A6A~YSIS COURSE
D£CSYSTEM.I0 ADMINISTRATION COURSE
POP14/l0, .35 SySTEM , MAINTENANCE COURSE
POP14-30, -35 CQMP BASED PROG CUURSE
PDP11/20 HARDwARE COURSE
KEII ~AE ~ITH PCll COURSE
TCI1/TU56 DECTApE MAINTENANCE COURSE
Rfl1/RS11 DISK MAIHTE~AHC~ COURSE
TMI1/TU10 MAGTAPE MAlhTENANCE COURSE
RKI1-C/RK05 DlSK PACK COURSE
RK11"O, "E/RK05 DISK PACK MAINTENANCE COURSE
POPl1/20 PROCESSOR DIAGNOiT1C~ , AD~USTHENTS COURiE
"INTERt"'ACING THE PDPil COURse;
RC11/RSi4 DISK MAINt!NANC£ COURSE
POPll/20 HARDWARE SPECIAL COURS~
OPTlO~A~ RK11-C !XTLNTION, COURSE
RP11.C, RPOl DISK COURSE
OPTIONAL RK09 EXT~NSION, COURSE
INTRODUCTION TO THE PDP11, COURSE
POPll PAPER TAPE SOFTWARE (A) COURSE
POP11 PAPER TAPE SOFTWARE CSl COURSE
PROGRAMMING THE pOP11, COURSE
POP11 DISK OPERATING SYSTEM (DOS) COURSE
POPt1 DISK SYSTEM SOFTWARE (DSS) COURSE
eOMTEX.l1 2780 ETAP COMM ORIENTED MULTI TERMINAL EXEC CQURSk;
COMTEX-l1 2848 ETAP COMM ORIENTED MULTI TERMINAL EXEC COURSt;
PDPt1 Doa, COMTEX, COURS!
PDPtl RESOURCE TIMESWARING SYSTEM SOfTWARE COURSE
POPl1 REAL TIME EXECUTIVE SOFTWARE (RSX,,11C/B) COURSE
POP11 CASSETTE OPERATING SYSTEM COURSE
PDP11 REAL TIME OPERATING SYSTEM COURSE
PDP11 REA~ TIME EXECUTIVE (RSX 8 11A) COURSt
DOS GRADUATE SCHOOL
49
MODEL
NO
ENG
MeR
JeAI.
KA15
KI'70-A
KA71-.
KA72-S
KA71-A
KAB-!
KAa-EA
KAS-r
KAC16
KACt6-A
I
8/E
ASYNC DATA CONTROL, 110 BAUD, MQ6S0, 20 MA
alE
ASYNCH DATA CONT, 110 BAUD, M8650~ ~lA
e/E
ASYNCH DATA CONT, 150 BAUO, M8650.YA, EIA
alE
ASYNCH DATA CONT, lOO BAUO, M8650~YA, ElA
e/E
ASYNCH DATA CONT, 600 BAUO, M8650.YA, EIA
e/E
ASYNCH DATA CONT, 1200 BAUD, M8650-iA, EIA
8/!
ASYNCH DATA CONT, 150 BAUD REC/1200 BAUD SEND, M~650-YA, EIA
e/E
ASYNCH DATA CONT, 150 BAUD REC/2400 SAUD SEND, M8650.YA, EIA
8/E
DoUaLE SUFrgRED KL8-E
"
8/E
DOuBLE SUFFERED KL8.EA (M8652)
S/E
DOUBLE SUfFERED KL8.ES (M8652~YA)
8/E
DOUSLE BUFfERED K~8.EC (M¥652.YA)
liE
DOUsLE SUFFERED KL8.EO (Me6~2.YA)
s/l!
DOUaLE BU'FERED KLS-EE (M~652.YA)
8/B;
DouaLE BUfFERED K~8.EF (M8652-YA)
alit
DOUBLE sUFfERED KL8.EG (M8652_YA)
8/E
DouaLE aUF ASYNC CaNT 1~4,5 BAUD 7 BIT tl$M) CM8652-yB)
8/E
DOUSLE Bur ASyNC CONT-liOO BAUD (MSiS2eYCj
8/E
OOUBLE SUf ASYNC CONT 2400 8AUD CM8652-YA)
alE
OBI,. Bur ASyNC SiR CONT 110 TO 9600 BAuD; 20MA OR EIA RDR RUN (M8655)
ANY KL8.E OR KL8.r
MODEM CONTROL FOR KL8'S
-KA11 OR 0011
SYSTEM TESTED Ku11-A
KARll, DORt1
RUGGED {(Ll1-A
11/01
RUGGED KL11-A (8 1T CABLE)
KAR11, OORtl
RUGGED KL11-a
KA Rtl, ODR11
RUGGED KLI1-C
15
16
MODEL
NO
ENG
MGR
KLR11-0
KX,Rl1-E
KX,Rl1-,.
KX,S16
KNP16
KOR16-A
KOR16-a
I(P01
KP09-A
KP09-C
I(Pt1-A
3
5
5
5
5
5
3
5
6
8NT
5
5
CMD
4
5
5
:I
6
RR
LN
RR
RR
RR
BV
8V
SG
BMW
JLE
Jt.E
•
KIll
KSM16
KafU6
RL
BV
K£
KE
8MW
BMW
SNT
sa
PJ
TPL
'PI.,
css
CIS
css
CSS
cas
CSS
CSS
8M
8M
8M
8M
8M
8M
6
6
6
ess
css
css
CIS
css
8/71 I(
8/71 K
K
I(
K
8/71 K
K
:.
161M
9
9
9
10
KAil
14
15
RIE, 81M
8
8
1, 4, 8
8/L
16
16
16
6
9
9/1"
Kell
12
'.A
8/E
8/1
SIL
a
K
8
K
9
K
9, giLt
9/72 K
8/71 J(
K
K
3/72 K
K
5/73 J(
7/72 J(
1/73 K
K
3/71 I(
J(
ODR11
KARI1, ODRtl
15
S 10/72 K
5 8/71 K
l
5
~AR11,
15
K
K
3
3
4
KARl1, OOR11
K
K
5
6
6
5
5
USED
K
7/71 K
5
CIS
K
B
8/71 K
2
1
5
JLt:
1/72 K
K
6/72 K
S 10/71 K
5
K
K
5
K
5
2
RI
JE
K
K
J(
"11
P'A
K
K
K
K
RS
FA
K
5
JLE
RI
1/72
1/72 K
1/72 K
9/72 K
5
5
J
4
5
5
MI
KR19
KV8-L
I(va.t
]
CA
CA
CA
JLE
JLE
Jt.E
KMT
Kve.EN
Kve-EP
3
5Z
.1ti:
LN
KMR-e:
KMQO-A
KM80·a
KM80-C
STATUS
CATEGORY
MO/YR
1
WW
JO
I(M15
K1'08
I
MAN¥
LA30.SC + Di"11-K (11SV 50HZ 20 MA CURRENT LiJOP)
MANY
I"A30I!PSD + Dfll-K (230V 50HZ 20 MA CURRENT L~O~)
MANY
LA30",SA ... DF11.A (115V 60AZ EIA)
MANY
LA30.SB + Dfl1-A (230Y 60HZ ElA)
MANy
LA30",SC • Ofll-A (t15y 50HZ Ell)
MANy
LA30"SO • Of11-A t230V 50HZ EIA)
MANY
Df;C 30 CHARISEC PRINTER , KEYBOARD PARALLEL INfC ~l~V 60HZ
MANY
230V 60HZ LA30"PA
MANY
115V 50HZ LA10-PA
MANy
230V 50HZ I"A30.PA
MANt
LA30-PA, NO INSTALLATION
MANY
LA30.PB, NO INSTALLATiON
MANY
I"A10.PC, HO INSTALLATION
MANY
LA1O-PO, NO IN5TAI..LATION
15, 8/L
Lee-I" + LAlO-PA, 115v"60HZ
15, 8/L
Lee-I" ... Ll30 wPO, 210V 50HZ
MANY
DEC 30 CHARI SEC PRINTER , KEYBOARD SERIAL INFC 115V 60HZ NEED$ Dfl1
MANy
230V 60HZ LA30-SA
MANY
115V 50HZ LA1O.SA
MANY
230V 50HZ LA30-SA
MANy
LASO-Sli NO INSTALLATION
MANy
LA30.SB, NO INSTALLATION
MANY
LA10-SC, NO INSTALLATiON
MANy
LA30.8D, NO INSTALLATION
05500 SERIES
Ll30.PA , LCtl-A IN PLACE or VT05S-AA , DI..l1_C
D5500 SERIES
vi05S-AD , OLli-,
LA30-P8 , LC11-A IN PLACE
ADVANCED PDPt! LAS SYSEM,'tlSV-60~ZDITTO 230V 60HZ
•
DITtO 115V 50HZ
•
DITTO 230V 50HZ
•
PDPlt/2l LAS SYSTEM W LA30-PA, 115V 60HZ
PDP11/21 LAB SYSTEM W LA)0-P8, 2l0V 60HZ
PDP11/21 LAB SYSTEM W LA30-~e, 11~V 50HZ
•
PDP11/21 LAS SYSTEM W LA)O-PB, alOV 50HZ
BASIC ,OP8/E LAB SYSTEM
•
ADVANCED PDP8/! LAB SYSTEM
•
LAlO.PA·W MIL CONNECTOR· tlR20
11R20
LA30.P8 W MIL CONNECTOR
1tRaO
LAJO.PC W MIL CONNECTOR
tlR20
LAlO-PO W MIL CONNECTOR
LA30.EA W OPTIONAL LEFT MARGIN AT COLUMN ~4
KAtl OR 0011
PARALLEL CONT rOR LA30-P
BIE
PARALLEL CONT 'OR LA30.P
S/L, 15
PARALLEL CONT FOR LA30.P
KARll, DOR11
PARALLEL CONT FoR LARlO.'
-
--
-
LAlO-SA,
LA30-S8,
LA30-SC,
LA30-6D,
LA30-SE,
LA30-Sr,
LAlO-SH,
LA10-SJ,
or
MODEL
NO
ENG
MGR
LE8 .. 58
Lp08~J(8
MFGR
AREA
AP
AP
AP
AP
A.
AP
AP
AP
EC
EC
EC
EC
EC
EC
EC
EC
IC
Ie
EC
EC
EC
EC
EC
!e
£C
LN
LN
LN
LN
LN
LN
SPRY
SPRY
SPRY
SPRY
SPRY
SPRY
SPRY
SPRY
MI
MI
PN
LH
LH
AEW
AEW
lEW
AEw
AEW
AEW
AEW
AEW
FA
FA
FA
'A
lEN
lEW
AEW
AEN
AtW
AEW
AEW
AEW
STATUS
CATEGORY
MO/IR
4
4
4
LN
LE8-.JA
LINC
LINce
LKOI
LK35
LK37
LPO}.FA
LP01.'B
LP01-HA
LP01·HB
LP02-JA
LP02-,,8
LP02·KA
LP02.K8
LP03-MA
LPOl"M8
LP01-QA
LP03.Q8
LP04.J1,l
LP04.RB
LP04-RE
LP04-RP'
Lp04.SA
LP04-8B
LP04-SE
LP04.sr
LP09.'.
LPoe.'8
LPOa-re
LP,08-FI)
LP08-HA
LPoe-HB
LP08.HC
1.P08·HO
LPoe-JA
1.P08.J8
I"poe-J(!
LPOS.JO
1.P08-)(A
PROD
ENGR
LN
LE8-'A
LEg·'B
LE8.HA
LE9"H8
LE9.JB
LE9wl(A
r.,E9-KB
LES.MA
r.,£8.M8
LE8.Ql
LE9-O'B
LEe-ftA
LE'htRS
LE8.SA
DESIGN
!NGR
4
4
4
4
css
4
3
1
CSS
CSS
CSS
1
CBS
css
1
1
CBS
3
6
css
1
3
6
4
5
2
4
4
4
4
4
4
4
4
CSS
]
CBS
3
3
css
ess
l
3
1
3
]
3
3
3
.J
4
4
4
4
4
4
4
4
4
4
4
4
4
4
UUD· ON
DESCRIPTION
56
CONT M841
LP01-fA
CaNT M841
LP01-f'B
I"
LP01-HA
CONT 14841
L
CONT "841
LP01-HB
alE
11
LP02-.}A
CONT M841
L
8/E
CONT M841
LP02·"8
~/E
L
LP02·KA & CONT MS4!
e/E
L
LP02-KB
CONT MI41
8/E
2112 L
LPOl·MA & CaNT 14'41
2/72 L
8/E
I"P03·MA
M841 CONT
8/E
LPOl.QA
2/72 L
MS4! CONT
8/E
2/72 L
LP03·Q8
M841 CONT
2/72 L
e/E
MS41 CONT
LP04-RA
8/E
LP04.RB
2/72 L
MS4! CONT
S/E
2/72 L
1IP04·5A
M841 CONT
alE
2/72 L
LP04-88 " 14841 CaNT
E
CLASSICAL LIlIIC
)/71 E
LINe + pope FUNCTIONS
1.A30, VT05, LK35
3/72 L
KEY80ARD (54-09945)
vt04
3/71 t.
LKOl KEYBOARD + VT04 MTNG HARDWAR~
12/71 1.
VT01
REMOTE KEYBOARD (LK35 IN A SOX)
I" LE8-FA LPoe.fA .rc LP11-FA LP12.P'A LP1S.FA
)$6LPM 80 COL 64CH OA PR 2310 60 HZ
L LEe.fS LPoe.'B .FD LP11."B LP12.fB LP1S.FB
356LPM 80 COL 64CH OA PR 2310 50 H Z
L
LES-HA, LPOS-HA, -HC, LP11-HA, LP12.HA
251LPM SO COL 96 eH DA pR'2310 60HZ
LEa.HS, LPoe-H8, _HD, LP11.HB, LP12-H8
L
253LPM 80 COL 96 eM DA PR 2)10 50HZ
LES-.,JA, LPoe·JA, -.;sc, LP11"JA, LP12-.)A
L
245LPM 132COL 64 eH DA PR 2410 60HZ
LE8-JB, LP08-"B, .13 0 , LP11-J8, I"P12.JB
24SLPM 132COL 64 CH DA pR 2410 50HZ
L
LE8_KA, LP09.J(A, -KC, LP11_KA, 1.P12.KA
L
171LPM ll2COL 9bca OA PR 2410 60 HZ
LEa-KB, 1"P08-K8, -KD, 1"P11-1<8, LP12 .. KB
L
171LPM 112COL 96CH DA PR 2410 50HZ
LEa.MA, LPoe.MA, -Me, LP11-MA
132 COL 64 CHAR OA PR 2440 700 LPM bOHZ
2/72 L
L£;8"MB, LPOS-MB, .MD, LP11-M8
132 COL 64 CHAR OA PR 2440 700 LPM 50HZ
2/72 I"
LEe-al, LPoe.QA, aQC, LP11.QA
132 COL 96 CHAR DA pR 2440 460 LPM 60HZ
2112 L
LEe.Q6, LPoa.QB, .QD, ,LP11.Q8
132 COL 96 CHAR DA PR 2440 460 1"PM 50HZ
2/72 L
LEI-RA, LPOS-RA, -RC, LP11·RA
2/72 11
SCI 132 COL 64 CHAR DA PM 2470 12S0"LPM 60HZ
LE8-RB, LPoawRB, -RD, LP11·RB
SCI 132 COL 64 CHAR DA PM 2470 1250 LPM 50HZ
2/72 L
8/73 L
LP11 e RE
EDP 132 COL 64 CHAR OA PR 2470 1250 LPM 60HZ
8/73 L
t"P1t-RF
tDP 112 COL 64 CHAR DA PM 2410 1250 LPM 50HZ
LEa_SA, LP08.SA, .se, 1"P11-5A
2/72 1"
SCI 1)2 COL 96 CHAR DA PM 2470 925 LPM 60HZ
LEe.S8, LP08-88, -so, LPll-sa
2/72 L
SCI 112 COL 96 CHAR DA PR 2470 925 ~PM 50HZ
LP11wSE
8/73 L
tDP 132 COL 96 CHAR DA PR 2470 925 tPM 60HZ
8/73 1"
LP11·SF
EDP 132 COL 96 CHAR OA PR 2470 925 LPM 50HZ
8 pos
LP01.FA & LPoe.p CONT
L
8 POS
L
LP01.FB & LPoe-p CONT
L
8 NiG
LP08·N CONT
I"P01-FA
L
8 NEG
LP01-r8
I"P08.N CaNT
9 POS
L
LPOI-HA 6'. f.,Poe-p CaNT
8 pos
L
LPOS.P CONT
I"P01-H8
8 NEG
L
LP08.N CONT
LP01-HA
8 NEG
L
LPOeeN CaNT
LP01-HB
L
8 POS
LP02·'}A & LpOS-p CONT
9 pos
1"
LP02-JB & LPOS.P CONT
8 NEG
L
LPoe"N CONT
LP02-"A
8 NEG
L
LP02.uB
LPoe.N CONT
8 POS
L
LP02-KA & LPOa.p CONT
I"
8 pos
I"P02-1<8 & Lp08-P CONT
I"
L
' S/E:
8/E
8/E
8/E
"""
"
","
,
,"
"""
,,
,
",
,"
MODEL
ENG
NO
MGR
tPOS·KC
LP08·KD
LPOS.LA
LPOS-LA
LPoe-LC
LPOS"'Lt)
LPOS.MA
LPOS-MS
J-,POB-Me
LPO~_MD
JLM
JLM
JLM
JLM
JlIM
LP08l!11Qa
JI.,M
LP09"'QC
LP08 .. QO
LP08-Pl
LPOS-RB
LPoa .. RC
LPoe-RD
tPOS-SA
LP08.SB
JLM
JLM
JLM
JLM
JLM
JLM
JLM
JLM
JLM
JLM
LPOS-SO
LpOg""rC
LP09."D
LP09""HC'
LPOq.HD
LP09""JC
J.JPOg-JO
LP09-KC
LP09-ltA w 8 CH yFU, 1.36 COl., , ZONE SELECT, 60HZ
11
LP11- k 8 w 8 CM VFU, L~6 COL, ZON~: SELd:'~C!r , 50 HZ
11
t1
LP11-SA W 8 CH VFU, 136 COL, ZONE SEI"ECT, 60HZ
LP11-S8 W 8 eM VFU, 13b COL, ZONE St.:LEC'f, 50HZ
t1
CI::NTRONICS lOlA w CON't &, OIFr SKND/RECEI VI.'.., 115V bOtiZ
1.1
CENTRUNICS lOlA w eONT fir DlfF Sf!;ND/RECEIVf!;, 230V 50riZ
11
8
CONTROl. w SPACE FOR 5 I.IToS-a
(JTOij-A
CONTROI.I fuR ASR31 OR ASR15
llToa-A
ElA MOOI.'..M tNT£RFACE
9
CONTROL FOR UP TO 5 LT09·~
LT09-A
TELI::TYPf!; CONTi
16
PDP16-M DIAGNOSTIC ROM 2
PDP16.M DIAGNOSTIC ROM 3
PDP16wM DIAGNOSTIC ROM 4
POP16~M ROM SIMULATOR PROGRAM
PDP16~M ROM LOADER PROGRAM
PSP16 w M ROM LISTtR PROGRAM
PROM ERASE ~ RELOAD StRYICE
pes DECODER (M7J28)
PCS BOOLEAN MUX CM7329)
SERIAL PROGRAMMED DATA MOVER 8ASIC BOX W PS, MOTH~R BOARD,
K~YBOARD, CLOCK BOARD, 5" HIGH RACK MOUNTABLE, 115V
WI
PDM70I!!AA, 230V
PDM70wAA wITH 32 CHAR BURROUGHS OISPLAY, 115V
POM70~A6 WITH 32 CHAR SURROUGHS otSPI.,AY, ~JOV
PDM70-AA w NO K~Y80ARD , PLAIj fR0NT aEZE~,11SV
POM70-AB W NO K£yaOARO & PLAIN tRONt BE~E~, 2jOY
PoM70",A, -a, ~c
32 BIT INPUT (M7l81)
PDM70.-A, .. B, we
l~ 81T OUTPUT (M7l8~)
POM70"'A, -S, ~C
4 CH ANALOG INPUT (M7381)
PDM10.A,
-e
2 CH ANALOG OUTPUT (M7l84)
PDM70
SXSTEM INSTALLATION FeE
POM70-A, "8, we
BIT SERIAL 1/0, EIA OR 20 MA (M73ijS,
PDM70wA, "s, .e
16 KEy KEyBOARD (M7l86)
PDM70",J(
32 CHARACTER BURROUGHS ~l~PLAY
POM70-A, -a, ItC
G~N PURPOSE CHAR SERIAL 110 (M7388)
POM10.A, -s, .e
64 CHAR PROM READ IN OPTION, M7381
PD M70",A, .. 8, .e
PROGRAMMABLE sus CONTROL
POM70-A, ~8, we
BIT seRIAL sUS INTERFAC&, 20MA
18 6IT SYSTEM MODuLES
POP1 WITH MEMORY sus
16 alT COMPUTER PDP6 PROGRAMS (US~S KA10)
KD11w8 PROCESSOR. OEM
IDlCS 11/07, SEE 11/07
•
K011-8 P~OCESSOR, END USER
SEE t1/IS.XX
KA11 PRoe, PS, MM11- E, aAl1.Ci, KX11-A, Lt3J-O
KOI1-A PROC~SSOR, O~M
KOI1-A PROC, IN 11/45 sox
HIGH SPEED PDP11 fAMILY MACHINE
POP12wC· W AD12, DR12
12/10 W VC12, VR14j TC12, TU56, Kf12
12/20 W MC12, KW12.A
12/30 W FpP12
PDP12wa W AID, RELAYS
POP12-c W TAPE, DlSPLAY
BASIC LINC8/l
---
-s,
--
KAt4, BEl4 & POwER SUPPLY
POP14"LP, aX14, 8Y14
POP14-P~ BX14-DA, BY14-0A
12 8IT MACHINE CO~TROLLER (PROCESSOR ONLY)
PDP14-P W EXTRA POWER SUPPLy
BASIC Pop,s SYSTEM
ADVANCED MONITOR SYST~M
BACKGROUND/fOREGROUND SXSTEM
SPECIAL CONFIGURATION FOR REAL TIME EXECUTIVE SYSTEM (RSX)
MonEL
ENG
NO
MGR
DESIGN
ENGR
PDP1S,,40
PDP1S .. S0
PDP16
RVN
PDP16·~A
JLE
POP16 .. M8
POP16 .. MC
PDP16 w MD
PDp16-ME
PDP16-Mf
POP16-MH
PDP4
POPS
poP7
PDP7.A
PDPS
PDPQ-E
PoP8E-AA
POP8E-AB
PoPS!-"E
PDP9EwAF
PDP8E.AS
PDPer-.AT
PDP8E-SA
POP8E"eS
PDP8E-SE
PoP8E-SF
PDPQE-SS
PoPBE.ST
POP8E.CA
PDP8E"CB
PDPBE·CE
PDP8E-CF
PDP8E"nA
POP8E-OB
PoP8E-OC
PDP8E-DD
POP9E-ot
POP8E-OP'
PDPSE-OS
POP8E-OT
PDP9E-!A
PDPSE-E8
PDP8E.EC
POP8E-ED
PDP8E-EE
POPSE"EF
POP8E-ES
POPSE-ET
PUP8E-FA
POP8E-"B
,PDP8E"rC
POPSE-FD
PoP8E-FE
PDPeE"P'P'
POP8E.FH
PROD
ENGR
MFGR
AREA
FA
FA
JlIe:
JC
JLP;
JC
JLIt
JLE
JLE
JC
JC
JC
JJ.,E
JC
JC
JC
JC
1
:3
3
1
2
2
6
3/72
3/72
6113
6/73
6/71
6/73
6/73
E
E
E
E
E
E
E
E
5
E
4
E
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
JK
4
E
E
]
9171 E
9/71 E
1
3 10/73 E
3 tO/73 E
4
E
4
E
1
3
E
E
9171
9/71
3 10/73
1 10/73
6
5/73 E
5/73 E
6
6
6
4
4
3
1
1
3
6
4
JK
3
3,
)
JK
JK
PG
E
6172 E
6/72 E
JI<
JK
JK
JK
JK
'JK
E
6
6
6
vI<
E
E
E
E
4
JK
JK
JK
JC
1
1
JI(
vK
.,IC
CON
4
1
6
6
6
6
&
6
USED ON
E
6171 E
6
6
6
JK
JC
4
1
RR
AB
RR
RR
RR
JI(
JC
JC
STATUS
CATEGORY
MO/YR
8/71
8/71
8/71
8/71
9/71
9/71
10/73
10/73
8/71
8/71
8/11
8/71
9/11
9/71
11/73
11/73
8171
8111
E
..•
.
'I
•
-
.•
..•
•
.
•
.•
E
E
E
E
E
E
E
E
•
•
-.
E
E
E
E
E
E
E
E
..•
•
•
E
5/73 E
5/71 E
5/73 p;
5/73 E
3 12113 E
•
-
•
DESCRIPTION
8ACKGROUND/rOREGROU~D D1S~ SYSTEM
·PDP1S.40 + BATCH
COMPUTER MADE "ROM~ REGISTER TRANSfER MODULES
PDP16 IN'j/M 12 INCH BOX W PRiD~FIN~D INSTRUCTION SET 115V
POP 16 IN 81M ·12 INCH 80X W PREDEFINED INSTRUCTION SET. 2l0V
PDP16.MA W NO 81M BOX, 115V
PDPI6.MB ~ NO 81M BOX,"210V
POP16-M W NO 81M BOX, NO PWR SUPPLY
POP16.MA IN IS-INCH 81M BOX, 115V
POP16.MB IN 1S-1WCH 81M BOX, alOV
18 aIT SYSTEM MODULES
11 sIT SYSTEM MODULES
Ie BIT fLIP CHIP MODU'ES POPD4 COUE
IMPROVED PDP?
12 8IT FLIP CHIP MODULES POP5 COO~
PDPe-1 ON BIG CARDS, iXPANDiD ORO~R CUDE
4K 8/E RACK MOUNTA8LE (RM) 115V
4K 8/E RACK MOUNTABLE (RM) 210V
9K PDP8~.AA
8tt. PDP8E.AB
16K POPSE, RACK MOUNTABLE, ~L8.~, KC8.E CONSOLt, 11SV
16K PDP8E, RACK MOUNTABLE, KL8.~, Kce"E CONSOLE, ~lOV
4K alE TABLE TOP (TT) 115V
4K 8/E TABLE TOP (TT) 230V
81( 8/E TT 115V
81<. HIE TT 230V
16K POPSE, TABLE top, KLS-E, Kca.E CONSOLE, 115V
16K POp8E, TABLE TOP, KL8.E, Kca.E CONSOLE, 210V
41<. alE CAstNET MOUNTED (CA8) 11SV
4K 8/E CABINET MOUNTED (CAB) 230V
8K 8/~ CAB 115V
'
9K BIt.: CAB 210V
4K 8/E RM, oEM, 115v
4K 8/E RM, OEM, 2l0V
4K 8/E RM, OEM2, 115V
4K 8/E RM, OEM2, 210V
8K 8/E RM, OEM2, ltsv
8K S/E RM, OEM2, 230V
l&K POPS!, RACK MOUNTABLE, KL8~~, KC8-! CONSOLE, 11SV O~M
16K POP8E, RACK MOUNTABLE, KL8.E, KCS-E CONSOLE, ~lOV O~M
4K 8/E TT~ OEM, 115V
4K alE TT, OEM, 2l0V
4K 8/E TT, OEM2, 115V
4K 8/E TT, OEM2, 230V
8K 8/E TT, OEM2, 115V
8K 8/g TT, UEM2, 2l0V
16K POPSE, TABLE TOP, KLS-E, Kca-E CONSOLt.:, 115V UEM
16K pOP8E, TA8LE TOP, KLS.E, Kce .. E CONSOLE, 2l0V OEM
41<. B/E CAS, OEM, 115V4K 8/E CAB, OEM, 230V
4K Q/~ CAB, OEM2, 115V
4K alE CAB, OEM2, 2l0V
8K 8/E,-CAB, OEM2, 11SV
8K 8/E, CAB, oEM2, 230V
4K PDP8E, RACK MOUNTABLE, KC9~EA CONSOLE, 115V
69
MOOEL
ENG
NO
MGR
PDP8E"FJ
POP8E.FK
PDP8E-P'L
POP8E.FS·
POPBE.FT
JC
JC
JC
JC
JC
DESIGN
ENGR
MFGR
~NGR
AREA
PC;
PG
PC
PG
PG
POP8E-I.TA
JI<
POP8E.JB
PDPBE.MA
JK
SNT
SNT
1 12/73
1 12/71
3 12/73
6 5/73
6 5/73
6 5/73
6 5/73
6
5/71
6 5/73
]
1/72
3 1/72
3 12/72
1 12/72
1 1/72
1 1/72
1 12/72
l 12/72
JK
JK
AW
AW
GPB
CPS
SNT
SNT
JC
JC
JC
JC
pops-xp
POP A-I"
pope-LA
POPB.LB
POPS-Le
PDpg.Ln
popa.L!
PDPS"'LF
POP8.LG
POP8wLH
PDPS.L,'
POPR ... LK
PDPS-LL
PDPR-LM
POPBM
PDP8M.OC
POP~M",[)O
POPRM·OE
PDP8M .. Of'
POP8 M"OH JC
AW
AW
GPB
GpB
PG
PG
PG
PG
PG
PG
PG
PG
•
6
6
6
6
)
3
1
PG
PG
PG
PG
PG
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR
RR.
RR
RR.
RR
RR
RR
RR
PG
PC;
PG
PG
PG
PG
STA'rUS
CATEGORY
MO/YR
] 12/73 E
1 12/73 E
JI<
JK
PDP8E.~B
POP8E.MC
PDP8E.MD
POPI:H>·NA
PDPlH::.N8
POP8E",NE
POP8T!:wNF
PDP8E-pA
POPBE-PB
PDP9ro:·PE
POP8E.pF
PopeF'
PDP IH'·"'A A
PDP8F·AB
POPSF.AE
POP8F'-AF
POP8F.AH
POPBF-AJ
POl'9F·AK
POP8F'wAL
PDP8.FwCA
PDP8f"-CB
POP8F-CE
POP8F'·CP"
PDP9-I
POPS·IC
POPS-ID
PROD
3
6
6
6
6
TPL
TPL
TPL
TPL
TPL
TPL
TPL
TPL
TPL
TPL
TPL
TPL
TPL
'1'PL
TPL
TPL
TPL
1
E
•
•
•
•
-
E
E
E
E
E
E
E
E
E
E
E
E
4/73 E
4/73 E
4/73 E
4/73 E
4/73 E
4/73 It
4/7l E
4/73 E
5/71 E
5/73 E
5/7) E
5/71 E
E
E
E
E
LABS·E
LAB8.E
LABa.E
J.JAB81!!J£;
LA8S.E
LA8S"E
LAse·r;
LA8s.r;
•
•
•
•
•
--•
•
.•
•
•
E
E
p;
E
E
E
S
6
E
E
2/72 E
5
5
5
6
5
5
5
5
5
5
5
5
5
5
5
5
4
6
6
6
E
E
USED ON
E
E
E
r.
E
E
E
2/72
4/73
E
E
4/73 E
4/73 E
4/73 E
4/73 E
--•
•
""
Of;SCRIPl'lON
70
41\ POP8E, RACK MOUNTABLE, Kcel!!lEA CONSULI!;, 2l0V
81<: ·PDPRE, RACK MOU NTA8LE, KC8"EA CONSUL!!:, 115V
8K POPBE, RACK' MOUNTABLE, KCeeEA CONSOLE, 230V
16K PDP8E, RACK MOUNTABJ.,E, KCS"EA CONS01.lE, 11SV
16K PDP8E, RACK MOUNTA8LE, KCe.EA CU NS01"E, 230V
4K 8/E, RM, Kce.EC, «pe.t, 115V
4K 8/E, RM, Kca.EC, «peeE, alOV
OEM 4K alE, RM, KCS"EC, KP8.E, 115V
OEM 4K B/E, RM, KCS-EC, KP8 .. ';, 230V
OEM2 4K 8/E, RM, i\Ca-EC, KPSwE, 115V
OEM2 41< 8/ E , RM, KCS-EC, KPij_e;
2loV
..
4K GRt:EN S/f: W KC8.gD, RM, 11'5 V
4K GREEN 8/E W KC8_ED, RM, ~lOV
8t<. GREEN 8/E w Kca.EO, RM, 11.5V
8K GReEN 8/E l'I KCS-ED, RH, 2l0V
4K GREEN 8/E W Kca.t;O, TT, lt~V
4K GREEN 8/E w KCS-ED, TT, 23QV
81< GREEN €lIE w KCa·ED, TT, 11SV
8K GREEN e/E w Keg_ED, TT, 230V
BASIC popa.&; IN S.HORT BOX W KL8.E, KCihfi'L CONSOLE
41< POPSY RACK MOUNTABLE 115V IN 12" BOX
4K popsr RACK MOUNTABLE 2l0V J.N 12 " BOX
8« PDPSF RACK MQUNTABIJE lt5V IN 12" BOX
8K PDPer RACK MOUNTABIJE 2l0V IN 12" SOX
4K POP8r~, RACK MOUNTABLE, IN 15" BOX, 115V
41< popsr, RACK MOUNTABLE, IN 15" BOX, 2l 0 Y
8K POPS" RACK MOUNTABLE, IN 15" BOX, 115y
Sf< PDP8F, RACK MOUNTA8LE, IN 15" BOX, 230V
4K POPS" CABINET MOUNTED, IN 12" BOX, 115V
4K POPS"
CABINET MOUNTED, IN 12" BOX, 230v
eK PDPer, CABINET MOUNTED, IN 12" BOX, 125V
Sf<. PDP8F, CABINET MOUNTED, IN 12" BuX, 2l0V
BASIC poPS-X, 12 BIT M.$ERIES MODULI!;S
POPS"l lN CABINI::T
POPS-I IN H950 CABINET
Pope.l ON PEDEstAL
BASIC PDPe-L, MINIMUM AND COMPACT POPS-I
8/L W S,(,IDES, SERVICE, TTY
B/L W SLIDES, SERVICE, NO TTY
IlL W 81,,10E8, TTY, NO SERVICE
B/L W SJ.,lDEs, NO TTY, NO sERVICE
BIL W H950, SERVICE, TTy
8/L W H950, SERVICE, NO TTY
8/L W H950, TTY, NO SERVICE
S/L W H950, NO TTy, NO SERVICE
8/1" w COVER, TTY, SERVICE
8/L W COVER, SERVICE, NO l'TY
8/1" W COVER, TTY, NO sERVIce;
elL w COVER, NO TTY, NO SERVICE
BASIC POPS-M, 8/E IN SHORI' BOX
41< POPSM, RACK MOUNTA8LE, KlJ8t!11E, Kca-Mll CONSOllE, 12" 80X, Ot:M, 115V
4K POP9M, RACK MOUNTASLt, KL9.E, KCa-MlI CONSOLE, 12" 80X, OEM, 230V
8K PDPSM, RACK MOUNTABLE, KLS .. E, KCS-ML CONSOLE, 12" BOX, oEM, 115V
8K PBP8M, RACK MOUNTABLE, Kl,,8-E, Kca .. ML CONSOllE, 12" aox, Or.;M, 230V
4K PDPBM, RACK MOUNTABLE, KLS·E, Kca-ML CONSOLE, 15" eOx, Of;M, 115V
,
MODEL
NO
ENG
MG~
OESIGN
ENGR
PDP8M-DJ
PDP8M-DK
PDP9M-PL
PDP9M_DS
PDPeM-DT
PDP8M.-EH
POP8M.F.:J
POP8M-EK
PDP8M_EL
PDP8M-P;S
PDP8M-ET
JC
PC
tJC
JC
JC
Je
JC
JC
JC
JC
JC
JC
POP8M.MC
PDP8M.MD
POP8M_ME
PDP8M""MF
POP8M-MH
popeM.MJ
PDP8M-M.K
PDP8M.ML
PDP8M-MM
PG
PG
PC
PC
PG
PO
PG
PG
PG
PG
PG
PG
PG
JC
tJC
JC
.;Ie
PG
PC
PG
PG
PG
PROD
ENGR
MFGR
AREA
STATUS
CATEGORY
MO/YR
4/73 E
4/73 E
3 4113 E
3 10/73 E
1 10/71 E
1
1
]
)
12/73 E
12/11 E
1 12/7] E
3 12/73 E
3 12/73 E
3=12/73
6
6
6
6
3
E
4/73 E
4/73 E
4/73 E
4/73 E
4/73 E
4/73 !:
]
4/73 E
1 4/71 E
3 11/73 E
1 11/73 E
3 11/73 E
3 11/73 E
1 10/7) E
1 10/73 E
1
PG
PG
PG
pc;
pc;
PG
RR
Ml
MI
MI
5
5
t41
)
E
PHA15
DO
''HAS
PHASE-tO
00
•"
E
E
E
E
JC
PDP8M_MN JC
POP8M_MP JC
POP8M-MR JC
PDP8M_MS JC
PDP9M-MT JC
PD"8·S
PDP9
PDP9.F
POP9-L
PDP9.T
PfofA8E",20
PL~-AD
JC
JC
JC
JC
PL8 ... RB
'JC
"'C
PLS.AA
PL~",Aa
PLS.AC
PLS",BA
PL8",BC
JC
PLS.SD
JC
PMK01-AA
PMK01-AB
PMK01-SA
PMKOt"'BB
PMJ(Ol·CA
PMK01-CB
PMK02"'A
PMK02-S
PMK02-C
pptt-s
RSH
SNT
PP12
SNT
PP12-A
J)P67·A
EW
EW
PG
PC;
PG
PG
pc;
pc;
PG
PG
OZ
DZ
Dz
DZ
DZ
DZ
1MS
FMS
rMS
RJS
RI
RI
MI
6
5
1
E
E
E
E
6/71
3 6/71
3 10/73 L
1 10/73
) 10/73
3 10/73
:2 10112
2 10/72
2 10/72
2 10/72
L
L
L
L
L
11
L
6 5/73 8
6 5111 B
6 5/73 8
6 5/73 B
6 5/73 8
6 5/73 8
6 5/7) B
3 10/71 8
3 10/71 B
1
5
5
,5
1/71 P
3/71 P
]/71 P
P
USED ON
--•--••
-"
--"•
DESCRIPTION
71
4K PDPS"', RACK MOUNTABLE, K1I8-E, KCS"ML CONSOLE, 15" BOX, Ot.;M, 230V
8K PDP8M, RACK MOUNTABLE, KL8-E, KCS-ML CONSOJ.,E, 15" BOX, O£M, 115V
81< POPS,." RACK MOUNTABLE, KI;,8-E, KC8"ML CONSOLE, 15" BOX, Ot;M, 230v
16K PDPSPA, RACK MOUNTABLE,. KL8-~, KCB .. ML CONSOLE, 115V OEM
If.tK POP8M, RACK ~OUNT~8J.,E,.KLS-~, KcawML CONSOLE, 230V OEM
4K PDP9M, RACK MOUNTABLE, Kce-ML CONSOLE, 115V
4K PoPS,." RACK MOUNTABLE, Ke9.ML CONSOLE, 2l0V
8K PDP8M, RACK MQUNTABLE, KCe-MI" CONSOLE, 115V
8K PDPSM, RACK MOUNTASLE, KCQ_HI" CONSOLE, 230V
16K PDP8M, RACK MOUNTABLE, KCS-lt\1" CONSOLE, 11SV
1bK POP8M, RACK MOUNTA8LE, KC8 .. ML CQNSOllE, 230V
4K PDP8M, RACK MOUNTABLE, KC9 .. M, 12" SOX, OEM, l1bV
4K PDP8M, RACK MOUNTABLE, KC8 .. M, 12" BOX, OEM, 23QV
8K POP8M, RACK MOUNTABt.E, KCSw"', 12" BOX, OEM, 11SV
8K POPSM, RACK MOUNTABLE, Kce-M, 12" BOX, OEM, 2l0V
41< PDP8M, RACK MOUNTABLE, Kce-M, 15" SOX, O~M, 115V
41< PDP8M, RACK MOUNTABLE, Kce"M, 15" SOX, OEM, 210 V
IK PDPBM, RACK MOUNTABLE;, Keg"M, 15" SOX, OEM, 11SV
81< PDP8M, RACK MO.UN'l'ABLE, Kca .. M, 15" BOX, OEM, 2JOV
•
11< PROM POPeM, RACK MOUNTABLE, KC8-M, 15" BOX, 11SV OEM
11< PROM PDP8M, RACK MOUNTABL.E, KCS .. M, 15" BOX, 230V OEM
2K PROM POP8M, RACK MOUNTASL.E, KcewM, 15" BOX, 11SV OEM
"
2K PROM POPSM, RACK MOUNTABlIE, Kce-M, 15- BOX, 230V OEM
16K POP8M, RACK MOUhTABLE, KCS-M CONSOLE, 115V OEM
16K POPSM, RACK MOUNTABLE, Kce-M CONSOLE, 210V OEM
12 BIT SERIAL, FLIP CHIP MODULEs
18 8IT ft.lP CHIP MODULES PDP7 COD~
PDP9 W CA89~A fOR FOXbORO
41<. PDP9, 1,5 USEC MEMORY
TIMt SHARING PDP9
POP15~BASEO PULSE H~IGHT ANALYSER
15
8
POPS, 8/1, S/L 8ASED PULS~ HEIGhT ANAL.YSER
15 PDP8e:.CA + LT]3.0C + vce-! + VR03-A + NN01-A + KAS-E + Q,'PO 1.A
•
PHA8gwl0 + MMe.E
filE
LA10·PA + PCStlE, RACK MOUNT, 115V 60HZ
8/E
t"A30.~8 + PCS_EA, RACK MOUNT, 230V 60HZ
alE
LA30.PC + PCS .. E, RACK MOUNT, 11!;V50HZ
LA1O .. PD + Pca",EA, RACK MOUNT, 2jOV 50HZ
8/E
81E
LA1O"PA + Pce wE8, TA8LE TOP, 11SV 60HZ
8/E
lIA30-PB + pe8-Ee, TA8LE TOP, 210V 60HZ
8/E
LA30-PC + PCS_Ea, TA8LE TOP, i15V 50HZ
S/E
LA30.PD + PCSwEe, TABLE TOP, ~lOV 50HZ
8/E
PROCESSOR MAINTENANCE KIT W PTR FOR lIE, 115V
PROCESSOR MAINTENANCE KIT W PTR FOR alE, 230V
8/E
PROC MAINTENANCE KIT W PTR fOR 11, 115V
11
PROC MAINTENANCE KIT W PTR fOR 11, 210V
11
8/E, 11
PROC MAINTENANCf:: KIT W PTR '·OR 8/~ , 11, 11~V
PROt MAINTENANCE KIT W PTR FOR 8/~ , 11, 230V
lilt, 11
S/l, 8/L, 12
PROC MAINTENANCE KIT w CASSETTE
8/E
_. PROC MAINTENANCE KIT W CASSETTE
PROC MAINTENANCE KIT W CASSETTE
11/05, 11/15, 11/20, 11/35
INTERFAC! TO 6 ~EVEL 300 LINESISEC SOROBAN ~UNCH
11
PT PUNCH (Pcos .. P , CONTROL.), 60 HZ 8A12
PT PUNCH (PCOS-PA & CUNTR~L), 50 HZ
8A12
PA61wA, PA6S-A
PT PUNCH 6.~EvEL, 60 HZ
---
"
MODEL
NO
PP67·AA
PP67-S
PP61-S-A
PP61·C
PP67.CA
PP67·0
PP61.DA
PPS .. E
PPA.F.A
PP9 .. EB
PPA""r.C
PpA-EF
ppg.t
PPA.r.,
PP9-LA
£;NG
MGR
PR68-A
PR68-8
PR68·C
PR68.0
PR68"OA
PF6S-t:
PF68·Y
PR69.FA
PRQ.E
MrGR
AREA
Nt
MI
Mt
Ml
MI
LN
LN
J"N
BY
Mt
NI
MI
141
MI
MI
PKM
RR
P
P
P
P
P
P
P
P
SSMU
TP-L
TPL
TPL
1 1/72 p
3 10/72 P
3 1112 P
P
5
5
P
P
4
S
ER
9/72 P
9112 P
3/72 P
3/71 P
5
P
ER
ER
1 12/71 P
3
1
5
RI
ER
ER
ER
Mt
LN
LN
PKM
RR
WH
5
RR
RR
SSMU
l
1
4
P
1/12 P
7/72 P
P
P
D
D
5
SSUK
SSUK
PTos-r
MI
Ml
JEH
PT08-X
PTtl-AA
PT11-Aa
PT11-SA
JEH
JEH
PTt1-~8
JEH
JEH
PTtl-Cl
PT'1.C8
PTtt-OA
PTtt-OB
PTtt-EA
_JEH
JEH
JEH
JEH
JEH
PT11-E8
BY
PKM
PT84 .. AA
JF.K
PTPE .. AB
PT9t-Sl
PT9E.S8
JF.H
JEH
JE"f
SSUK
SSUK
SSUK
SSUK
SSUK
SSUK
SSUI<
SSUK
SSUK
SSUK
SSMU
SSUK
SSUK
SSUK
SSUK
5
0
D
3
1)
l
D
4
4
1
0
0
1
3
1
3
1
1
1
)
3
3
1
1
3
3
12/71
12/71
4/72
4/72
4/72
4/72
9/1
811"
8/L
-
. ppH01.P
11
BAt2
PA60wA, PA68.A
PA68"'1", PA63
B/E
9/72 P
s
e/E
S/E
8 POS
P
P
3
1
5
5
5
PAil·A, PA68-A
PA61-A, PA68.A
PA6t.A, PA68",A
PA6S.', PA6l
PA68 ... F, PA6)
PA6a.r
PA68-F
S/E
alE
P
P
S
1
U$ED ON
pA60.A, pA68.A
PA63
pA63, PA6S-F
PA611""R, PA6e.F
NONE
NONE
1 12/71 P
PT09
PTOe-A
PT08-S
PTOS.C
PToe-OA
PTOS-OB
PTll-'-
P
5
5
5
5
5
4
LN
141
BV
5
4
RR
Ml
141
PJ
SNT
STATUS
CATEGOR¥
MO/YR
5
RR
PR9~EB
PRA .. Ef
PPA .. I
PR8-L
PROD
ENGR
MI
NI
PPJ.40t·p
PpH01-1( .
PRt 1
PRt2
DESIGN
ENGR
P
P
P
P
P
P
811-} p
8/73 P
8113 P
8/73 P
7/72 P
8/71 p
8/71 P
8113 P
8/73 P
alE
POS
8
8/1
8/I"
9, 8/5
-sIS
8/5, 8/1
£lIS, 8/1
NEG
PT08'OA
8
PTOgeS, PT08-e
PTOSeS, PTOS.C
11
11
11
t1
11
11
11
11
11
11
11
S/E
8/E
S/f:
8/E
OJ:;SCRIPTION
72
PT PUNCH 6-I"EVE1", 50 HZ
P1' PUNCH 8-I"EVEL, 60 HZ
PT PUNCH e",I"EVEL, 50 .HZ
PI PUNCH 6-LEVEJ", 60 HZ
PT PUNCH 6",J.,EVEL, 50 HZ
PT PUNCH a-LEVEL, 60 HZ
PT PUNCH a-I"EVEI", 50 HZ
PT PUNCH (PC04-PL " CONTROL) 60HZ
PT PUNCH (PC04-PM " CUNTROL) 50HZ
TABLE TOP PP8-ET~aL~ BOP PPS-EA
FACIT 4060 PTP " CONT
PT PUNCH (peo) " CONTROL.)
P1' PUNCH (PC04.PI" & CONTRUL) {)O HZ,
PT PUNCH (PC04.PM , CONTROL) SO HZ
HAND PAPER TAPE PUNCH, 8 LEVEL
REfILL KIT FOR PPH01.P
PT REAOf,;R CPCOS.R , CONTROL)
PT READt.R (PC05~R & CONTRUL)
PI' REAO~R (6",I"EVEL " a-LEVEll)
Pl' REAOr.:R C6"'LEVElJ " S-lJEVfo.;J.,)
PT READt.:R (6", , e"LI::Vt:L, PHOTOTRANSISTOR)
PT READER (6. & a .. LEVEL, PHOTOTRANSISTOR), NTTA
"T R~ADER (6· & a"LEViL, PHOTOTRANS~StOR)
PT READER (6 " 8.I"EVEL, PHOTOTRANSISTOR, NTTA)
OEM PR68"'O
OEM PR68.0A
PT READER CPC04.RB & CONTROL)
TAB,t.,E TOP PRS-!
FACIT 4001 PTR , CONT
PT READER cPC04",Re " CONT~OL)
P1' READ~R (PC04.RB , CONTROL)
TTY INTERFACE FOR ASR33
PT08 IN ASR33 BASE, 12 f'T CASJ,..ES
PT08 IN 19-1N RACK, 6 F'T CABLES
2 PTOB.S ON SlNGI"E 1943
CPO ASYNC MODEM INTERfACE W 1 CLOCK
2 CLOCK OPTION FOR PTQ8.0A
EIA AOAPTER W 2$ FT CAB~E'
CRYSTAL CLOCK
TREND ROR , BURPE 11 PUNCH W CONT 115V 60HZ
TREND ROR " BURPE 11 PUNCHW CONI' 2l0V 50HZ
TREND READER" CONT, 115V 60HZ
TREND READER , CONT, 210V 50HZ
SRPE 11 PUNCH '-CONT, 115v 60HZ
BRPE 11 PUNCH" CONT, 2l0V 50HZ
TREND RDR " FAClT PUNCH W CUNT, 115V 60HZ
TREND ROR " FACIT PUNCH W CONT, 2l0V 50HZ
FAClT PUNCH , C~NT, 115V 60HZ
rACIT PUNCH' CONT, 230V 50HZ
FAC1T 4001 PTR, 4010 PTP " CONT
TREND RDR & BRPt; 11 PUNCH W CONT, 115V 60HZ
TREND ROR " BRP(!; 11 PUNCH W CONT, 230Y 50HZ
TRENO REAOER , CONT, 115V 60HZ
TREND READER" CONT, :alOV 50HZ
MODEL
NO
ENG
MGR
PT84-CA
PT8E-CB
PTaE-O.
PT9E-OB
PT8E-fA
PT9';-EB
PTS9_EA MI
PTse-EB MI
DESIGN
ENGR
PROD
tNGR
JEH
JEH
JEH
JEH
JEH
JEH
MFGR
AREA
STATUS
HO/X'R
SSUK
SSUK
SSUK
SSUK
SSUK
SSUK
,rM
PFM
1
3
3
3
3
3
3
)
Q=SOFTWARE, GENERAL FORM IS QCP99"KD
lRD (P) I
----2ND LETTER (C) •• ~·A=pDp!
J=POpl1 (ALL)
A=APpLICATION
8=PDP4
K=PDP12
C=COMM
C=PDPs
L=PDP14
D=COMM.
D=pDp6
M=pDP15
E=EDUCATION
E=PDP1
P=PDP11/40
L=LAB
,=POPS
(OR HIGHER)
K.SfTWR SUBS
G=PDP9
R=PDP11/45
R-INOUSTRIAL
H=PDP10
(OR HIGHER)
5=CSS
T=TYPSETTING
GFOOt-A8
aroot-AC
Q'004
QF006-AB
or006-AC
oro07.A
OF001.B
QrOOS-AS
OFooa-AC
Qr008.!A
Qr009"EC
Qr008-FZ
QrOoe.MC
QrOOg.AS
QrOog .. AC
QJnog .. MC
QF010wMC
gFOlt ... MC
QF012-MC
Qr014"AB
QF014-AC
QF014.MC
Qr01-A
QF01-a
QFOt·C
orol-0
OrOl-!
orOl-'
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
GT
Df'P
DfP
OFP
OFP
DFP
Drp
BW
BW
BW
BW
BW
BW
8/73 P
P
P
E
E
1
2/73 0
8
3 2/73 Q
1 10/72 Q
1 2173 0
8
8
8
2/73
2/73
2/73
1/73
2/73
$/73
5/73
0
8
Q
Q
9
8
AFB
SFB
ArB
BFB
BFB
RFB
BFB
ArB
RFB
Bra
BrB
BFB
Bf'B
srB
3
3
1
2
2
2 5113
2 6/73
3 10/72
1
2173
0
8
Q
Q
Q
Q
Q
Q
Q
8
1 12/71 Q
2
2
2
3
3
6173
6/73
6/73
10/73
10/73
Q
Q
Q
0
0
1 10/73 0
6
Q
8
8
a
9
8
8
a
a
8
8
8
8
8
elL
Q
aiL
Q
8/L
8/L
B/L
all"
6
6
6
6
9171 Q
6
1/72
0
Q
60HZ
50HZ
INST,
"" INST,
BrB
3
73
IBRPE 11 PU~CH , CONT, 11SV 60H~
BRPE 11 'PUNCH , CONT, 230y 50HZ
8/E
TREND RDR , FAC1T PUNCH W CONT, 115V
8/E
TRE~D ROR , FAel! PUNCH w CONT, 210V
8/E
rACIT PUNCH' CONT, 115V bOHZ
8/E
FACIT PUNCH' CONT, 2l0V 50HZ
PDP8E-AE MMS-EJ SEB .. A DKS.EP KEa-£ H9f>0.BC BAa-AA SXS T1:;S'1'
PDPSE-Af MM88EJ BEB-A DK8-EPKEa-E K9t>o-ao BA8-AS SYS T~ST
•••• 1ST VARIATION LETTER (K)I~.- ..
2=sU8S SERVICE PLAN A
D=LICENSE ONLY
3=SUBS S~RVICE PLAN 8
~=SOURCE KIT
BINARY UPDATES
'=LISTINGS KIT
4=SU8S SERVICE pLAN B
G=PRE.DELIVERY KIT
SOURCE UPDATES
H-UPDATE KIT
5=8U85 SERVICE PLAN 8
J=START-UP SERVICES
BINARY , SOURCE UPDATES
(H+B=A)
A=LICENSE, SOFTWARE KIT
K=SU8SCRIPTION/MAIN, SERVICE
TENANe£: PACKAGE
B=LICENSE, SOFTWARE KIT
L=LICENSE+INSTALLA.
FOR LESS THAN MIN HOW
TION, NO SUPPORT
C=LICENSE, SOFTWARE KIT
M=SOURCE + LISTINGS
NO SERVICE
N=ALTERNATE SOURCE
)
DESCRIPTION
8/E
9/E
8Fe
BrB
BFB
are
arB
BFB
BF'B
Drp
8/73 P
8/73 P
8/73 P
8/73
8/73
7/73
7/73
USED ON
CATEGOR~
11~V
23QY
---.2ND VARIATION J."tTTtR (O).~-","
A::LINC TAPE
J=RPOl Ol~K PACK
a=PAPER TAPE
K=RP04 DISK PACK
C=OECTAPE
N=TU60 CASSI!;TTE
D=9 TRACK MAGTApE
R=MICiENCY
TRACK MAGTAPE
GcCARDS
H=RKOl/5 CARTRIDGE 50HZ
F-'
DEC/xa, POP8 SYSTEM EXERCiS£R, PAPER TAP~
DEC/xe, POP8 SYSTEM EXERCISER, DECTAPE
£:OU50, TS8
OS.8 BATCH, BASIC, TEca, PAPER TAPE
OS/8 BATCH, BASIC, TECO, DEC TAPE
CAPs-a, CASSETTE SYSTEM WITHOUT CORRECT HAROWAR~
CAPS-$, CASSETTE SYSTEM WITH CORRECT HAROWARE
dS.a fORTRAN IV, PAPER TAPEOS/8 fORTRAN IV, DEC TAPE
OS/8 FORTRAN IV SOURCE, LINCTAPE
OS/8 FORTRAN IV SOURCE, DECTAPE
05/8 FORTRAN IV LISTING pACKAGE
OS/8 OT8 SOURCE & LISTINGS, DtCTAPE
LABS/E MASS STORAGE SYSTEM, PAPER TAPE
LAB8/E MASS STORAGE SYSTEM, D~CtAPE
LABS IE MASS STORAGE SOURCE, DECTAPE, QF009 wA REQUIRED
OS/8 FORTRAN IV LIBRARY, SOURCE + LISTINGS, DtCTAPE
OS/8 fORTRAN IV COMPILER, SOURCE + LISTINGS, OECTAPE
aSIa RALF, LOADER, LIB' MISC, SOURCE + LISTINGS, OECTAPE
OS/8 FORTRAN IV PLOTTER, LICtNSt, SOFTWARE, SERVICE, PAPER TAPE
08/8 FORTRAN IV PLOTTER, LICENst, SOFTWARE, S~RVICE, OECTAPi
OS/8 FORTRAN IV PLOTTER, SOURCE' LISTINGS, O£CTAPE
QUICKPOINT MA1N PROGRAM 5w08
OUICKPOINT MAIN PROGRAM 8-69
QUICKPOINT MAIN PROGRAM, REVIsEc ~F01.B (,3U, ,31)
OUICKPOINT MAIN PROGRAM REVISED QfOl.~ (,J2)
QUICK POINT MAI~ PROGRAM, REVISED QfOl.0 (,33)
QUICKPOINT MAIN PROGRAM, REVISED QFOlwE
.
MODEL
NO
ENG
MGR
DESIGN
ENGR
PROD
€NGR
SW
Qf01-(;
OrOl-H
OrOl-1
4
4
4
RW
B\,r
BW
BW
or02-8
Of02-e
OF02-D
aF02-g
6
4
4
4
4
4
4
4
BW
BW
BW
BW
Or02-Y
Qf02-G
OF02-H
Of 02-1
Btl
or02·"
or02-1(
BW
QF02 .. L
BW
OF02-M
QF02·N
OF02·0
BIN
BW
or02·p
BW
OF02 .. Q
OF02-R
OF02"S
OF02-T
SW
BW
BW
"
4
BW
BW
Bw
8W
oro 1..,("
4
4
OF03-0
Btl
QrOl-f"
BIN
QF03.G
RW
QF01-H
or040-AS GT
8W
0,.05-A
QrO()O.AB GT
0,070.A8 GT
Sf"S
8W
BFB
Bf'B
BFB
QF070-AC GT
BFB
or080-AB
OrOqOwAC BLe
OFP
OFP
AfR
RFB
QfOq5 .. AC BLC
Of095.EC BLe
QF095"'FZ BLe
DFP
RFB
orp
BfB
O'20-A
OM
orl0",8
AF
GWD
orlOO"AC OWe
QF300.AE OWB
QrlOO-SC OWB
DFP
or300 .. RE OWB
OF100"RQ HA
DFP
DFP
OFP
QF100.0C HA
DFP
Dfo"P
orlOO-Of. HA
DFP
OF10illlAC
owe
OFP
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
9/71
3/71
3/71
3/71
era
BFB
BFB
RFB
J
1
2/73 Q
"
Q
Q
Q
Q
Q
1
1
2/73
2/73
3
3
5
5
5
5
2
2/73
2/73
11/71
11/73
11/73
11/73
4
)/71
5 11/73
5 11/73
Q
Q
o
Q
Q
Q
Q
Q
Q
Q
Q
Q
5 11/73
5 11/71
6 4173
Q
Q
1/71
Q
]
1/71
5 11/73
Q
)
BFB
9/71
9/71
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
3/71
9/71
9/71
3/7]
4
4
BFB
or050.AR GT
"
""
"
4
BW
QF03.E
Q
4
BW
Q
Q
Q
4
4
4
BW
OF03-8
Q
9171
"
BW
QF01·A
Q
4
4
Bw
QF02"U
or02"v
QF'02" w
1172 Q
1/72 Q
9/71 Q
"
""
8W
USED ON
STATUS
CATEGORY
MQ/XR
6
6
Rw
BW
or02-1
MrGR
AREA
Q
Q
DESCRIPTION
74
QUICKPOINT MAIN PROGRAM, REVISED ~F01-F
QUICKPOINT MAIN PROGRAM, REVISEp QF01-G
8/E, 8/L
QUICK POINT MAIN PROGRAM REVISED QrOl_H
post PRoe, PRATT & WHITNEY A, B & e
orol-1
POST PRoe, wIEDEMAN W CUTLER-HAMM~R 902
QF01-1
POST PRoe, JONES & LAMSON DRILL W GE MK2
Of'01-A
POST PROC WiEDEMAN w GE120
arOl-1
orol",l
POST PROC CIN DRILL & MILL W ACCROMATIC 220
POST PRQC eLE~REMAN DRILL' MILL w GE120
Q'01·1
POST fRoe, wHITNEY TURRET PUNCH PRESS W WESTINGHOUSE
QfOl-1
POST PROC, 8EHR~NS TURRET PUNCH PRESS, GE- 1~O.11.500
orOl-1
POST fRoe, 8URGMASTER 28HT6 TURRET DRILL w GE 120-11
Q'01-1
PQ5TPROC, WIEDEMANN A-IS W GE MK2
Q"01-1
QrOl-I
PQSTPROC, WIEDEMANN 'S~152B W WARNER & SWAS~Y CONT
POSTPROC, BROWN & SHARPE MODEL A-lile w G~ MK~S
GrOl-I
POSTPROC, SURGMASTER 2BHTL W GE 120_11
OYOl-X
POSTPROC, MOOG MOOEu 83-500
Of'01-1
POSTPROC, WIEDEMAN 5-2540 TURRET PUNCH PR~SS W GE Me 100
QrOl-1
POSTPROC, W~STINGHOUSE 20 W BEHRENS TURRET PUNCH PR£S$
OF01-1
Qf'Ol-1
POSTPROC, PRATT & WHITNEY CONT FOR TH~lR 1000NC JIGBoRER
PQSTPROC, SPERRY RAND UMAC6 w a,s HYDROCUTT MACHINING-CENTER
orOl-1
POSTPRC, wESTINGHOUSE-22 W SURGMASTER 2$ CHT ~CON li25 DRiLL
orOl"1
POSTPROC, GE MC120 w ~XCELLON 1225 QUADRAMATIC ORILL .
orOl-1
POSTPROC, GE 7522 W W.A.WHITNEY 6361, 647A
Qfol·1
Qrol.1
POSTPROC, HOUDAILLE 8$190-300 W STRIPPIT 40/30 TURR~T PRESS
POSTPROC, HUGHES NC-221.8 W 5TRIPPIT 3611~ fABRICATOR
orOl-1
POST PROC, SUPERIOR ELECTRIC CONTROL
OrOl-1
POST PROC CIMX-300 MACHINING CENTER
Q"01-1
POST PROC, aURGAASTER 3sHTL TURREt DRILL W ijE 103P
orOl-1
'OSTPROC, BRO~N , SHARPE HYOROTAP£ 234 12-STATION W-GE 103P
OrOl-1
QrOl.1
PQ8TPROC, CINCINNATI TAPAC4 w DEVLIEG SPIRAMATIC K ~IGMIL
orOl-1 PDSTPRQC. ACROMATIC 3)0 W elNTIMATIC SPINDLE OR TURRET DRILL ~ MILL
POSTPROC, SIEMENS CONT ~ HELLER saR~2 BORING MACHrN~
orOl-1
QrOl-1
POSTPROC PLESSE¥ 8UNKER RAMO 2210 CONT w MILWAUKE~-MATIC H60
8K BASIC, PAPER TAPE
.. - 8
BINAR¥ , MANUAL, 8K PTS.' FORTRAN II
8
ONe FORGROUND BACKGROUNo jOFT~ARE
DHC02 THRU ONe3)
LABS/E, PAPER TAPE
e
05/8 RTPS TSAR (TIME SERIES ANALYSIS), PAPER TAPE
a
8
05/8 RTPS TSAR (T1ME S!RIES ANALYSIS), DECTAPE
4K PAPER TAPE SOFTWARE KIT
.
e
08/8 INOUSTRIAL BASIC, LICENSE, SOFTWARE, SERVICE, D!CTAPt
8
REAL TIME BASIC, LICENSE, SOFTWARE, SERVICE, DECTAPE'
.
9
A
REAL TIME BASIC, SOURCE, OECTAP£
REAL TIME BASIC, LISTING PACKAGE
8
OLc.a
GLc.e VERSION 2 SOFTWARE
6S0.1
COM5YT-& SOFTWARE
8, 08320, 330
COS,LIC, SOFTWARE, SERVtCE, DECTAPE
8, D5320, 330
COS, LIC, SOFTWARE, SERVICE, RKOS CARTRIOyE
COS, LIC, SOFTWARE, NO SERVICi, DZ
QJ010.CZ
BrB
aFB
AFB
Sf'S
DAS
BF'B
BFB
PAS
DAS
DAS
8F8
BFB
Bf'B
BFB
BrB
MFGR
AREA
STATUS
CATEGORY
MO/YR
5 11/73 Q
5 11/73 Q
5 11/73 Q
5 11/73 Q
5 11/73 Q
2 5173 Q
3 10/73 Q
] 10/73 Q
3 10/73 Q
1 10/73 Q
3 10/73 Q
3 10/73 Q
3 10/73 Q
) 10/73 Q
.3 10/73 Q
J 10/73 Q
)
3
1
2
2
3
2
2
2
2
2
2
2
2
2
2
2
3172
3/72
3/72
5/72
5/72
5/73
Q
Q
Q
Q
Q
Q
3/73 Q
9/73 Q
9/73
3/73
3/73
3/73
Q
Q
Q
Q
9/73 Q
9/71 Q
3/71 Q
3/73 Q
3/73 Q
3/71 Q
2
2 ]/73 Q
2 3/73 Q
2 9/7l Q
2 9/71 Q
2 3/71 Q
2 3/73 Q
2 3/71 Q
) 11/73 Q
3 11/73 Q
1 11/71 Q
3 11/73 Q
1 11/73 Q
1 3172 Q
3 3/72 Q
] l/72 Q
1 3/72 Q
2 3/33 Q
2 9/73 Q
2 9/73 Q
2 3/73 Q
2 3/73 Q
USED ON
11
11
11
11
Jl
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
t1
11
DESCRIPTION
81
FORTRAN/RT.11 ExT FURTRAN 4, ~ICENS~, SOfTWARE, SiRVICE, MK05 DISK
rORTRAN/RT-l1 EXT FORTRAN 4, LICENS~, SOFTWARE, SERVICE, CA~S~TT~
FORTRAN/RI.l1 tXT FORTffAN 4 SUURCE, REQUIRES QJ92S.A, Dt:Ci'APE
FORTRAN/RT-l1 EXT FORTRAN 4 SOURCE, RiQUIRES QJ925~A, RK05 DISK
FORTRAN/RT.11 ExT FORTRAN 4 LISTINGS, REQUIRES ~J925_A
BASIC RT.11, MULTI USER
LVII PLOT PKG, LICE~SE, suFTWAR~, S~RVICE, PAPER TAPE
LV11 PLOT PKG, LICENSE, SOFTWARE, SERVICE, OECTAP£
LV1i PLOT PKG, LICENSE, SOFTWAR~, SERVICE, CASS~TTE
LV11 PLOT PKG, SOURCE, DECTAP~, QJ910.A REQID
LV11 PLOT PKG, SOURCE, CASSETTE, QJ930-A REQ'D
LVII F4 PLOT OOS-11, LICENSE, SUYTWARE, SERVICE, pApER TApE
LV11 PLOTNG DOS.11 ft, LIC, SOFTWAR~, SERVICE; DECTAPL
LVII PLOTNG 005-11 F4, LIC, SOFTWARE, SERVICE, CA$S~TIE
LVII PLOTNG DOS-l1 '4, SOURCE, OECTAPE
LV11 PLOTNG 008.11 F4, SOURCE, CASS~TTE
COMTEX WSCIP, TTY TAP,.DC11 ISR, QJE20 .. AB
COMtEX.IBM 2780 EMULATOR BIN
Q~C20-AS, QJD21.AS, Q~D52-AS, QJ051.AS, QJD54.AS, QJD57.AS
2848 OIAGNOSTIC/DiMO
COMTEX-18M 2848 SOURCE, QJCaO-AS, QJ056-AS, QJD57~A~
8INARY EMULATOR USING QJC21.AS
COMTEX ASCII SUPPORT (ITTY TAP) SOFTWARE NO SERV1CE, PAP~R TAPE
~OMTEX ASCII SUPPORT (ITTY TAP) SOFTWARE, NO SERVICE, DECtAPE
COMTEX ASCII SUPPORT (ITTY TAP) SOFTWARE, NO SERVICE, 9 TR MAuTAP~
COMTEX ASCII SUPPORT (IfTY TAP) LICgNSE OHL¥
COMTEX ASCII SUPPURT (ITTX TAP) PRE.DELIVgRY KIT
COMTEX 18~ ASYNC $UPPORT (2741 TAP) SOFTWARE NO S~RYICE, PA~ER TAPE
COMTEX IBM ASyNC SUPPORT (2741 TAP) SOFTWARE, NO SERVIC~, DtCT~P~
COMTEX IBM ASYNC SUPPORT (2741 TAP) SOFtWARE NO SERV, 9 TH MA~TAP~
COMTEX IBM ASYNC SUPPORT (2741 TAP) LICENSE O~LY
COMTEX IBM ASYNC SUPPORT (2741 TAP) PRE=DELIVERY ~Il
COMTEX SYNC SUPPORT LICENSE , SOFTWARE KIT, PAP~R TAPE
COMTEX SYNCHRONOUS SUPPORT, LICENSE ONLy
COMTEX SYNCHRONOUS SUPPORT PRE~DELIVERY KIT
DECCOMM COMMUNICATION SYSTEM 8ASE LICENSE & SUPPORT, PAPE~ rAPE
DECCOMM COMMUNICATION SYSTEM SASE LICENsE , SU~pORT, OECTAPi
DECCOMM COMMUNICATION srs SASE LICENSE & SUPPORT,-9 TR MA~T~P~
DECCOMM COMMUNICATION SIS BASE LICENSE ONLY, FOR ~A ADOITloNA~ SIS
DECCOMM COMMUNICATION srs BASE PRE-DELIVERY KIT"
DECCOMM COMM SYS BASE INSTALLATION ONLY, FOR EA ADDITIONAL SYS
DOS~COMTEX CSB, LICENSE, SOFTWARE, SERVICi, O~CTAPE
DOS@COM1EX CSB, LICENSE, SOFTWARE, SERVlCE, 9 Tk MAGTAP~
D05.COMTEX CSB, LICENSE ONLY
DOS-COMTEX CSB PRE DELIVERY KIT
DOSwCOMTEX CSB WARRANTY , INSTALLATION
oM (MUX) INTFCE SERVICE ROUTINE
Of (S~NC) INTfCE SERVICE ROUTIN~
KL (TTY) SERVICE
DC (MODE~) sERVICE
DECCOMM REMOTE SYS BASE LICENSE' SUPPORT, PAP~R TAPE
D~CCOMM REMOTE SYS SASE LICENSE & SUPPORT, DECTAPE
OECCOMM REMOTE SYS ~ASE LIC~NSE , SUPPORT, 9 TR MAGTAPE
D~CCOMM REMOTE SYS BASE, LICENS~ ONLY FOR EA ADDITIONAL SXSIEM
DECCOMM REMOTE SYS SASE PRE-D~LIVERY KIT
MOOEL
NO
ENG
MGR
DESIGN
ENGR
PROD
ENGR
AFB
QJ010.JZ
QJ040""AB
QJD40-ACQJ040·AD
QJ040.0Z
BFB
AFB
BFB
RFB
AFB
QJ~40·GZ
OJ040.JZ
QJ050-AS
QJ05t.AS
QJ052.AS
QJ053"AS
QJ054-AS
Sf'S
DAS
DAS
CAS
CAS
DAS
OAS
DAS
DAS
QJ05S·AS
QJD56-AS
QJ057-AS
QJ060-AB
QJD60-AC
QJD60"'AO
QJD60.JZ
RrB
RFB
BFB
BFB
BFB
SFB
BFS
01(225
OK2)5
AP
AP
AP
AP
lP
AP
AP
3/73 Q
2
2
1
3
1/73
3/73
3/72
6/72
3/72
3/72
3/72
3/72
6/72
Bra
~'B
SFB
BP'B
AP"S
arB
GT
DP'P
GT
DFP
BfB
aFB
GT
OP'P
~FB
DFP
~P'8
GT
GT
BFB
AFB
BFB
~FB
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
3 12/73 Q
1
~FB
Q
1 11/71 Q
1
ara
4/72
Q
Q
Q
Q
1 11/71 Q
1
BfB
BFB
BFB
9/73 Q
2 3/73
2 9/73
2 9/71
2 3/73
2 3/73
2 3/73
3 11/73
1 12/73
3 11/73
3 11/73
1 11/73
3
3
er8
orp
2
)
QJ062·0Z
QJ062·JZ
QJD64.·A8
QJ064·AC
OJD64.AD
AJ064-DZ
QJ06"4·JZ
QJE20.A8
QJE70 .. SB
QJF.80.C1
QJL01"A
QJLOa .. W
QJL03.CC
QJSI0.Sa
QJSI0"SC
QJSI0.RD
QJ8tO-AP'
QJSll-S8
OJS11"SD
QJS14-S8
QK001-AC
OK006-AC
OKOOe"AC
OKOOA.MC
OK010 .. MC
QJ(Oll-MC
OK012 .. "'C
QK014 .. AA
QK014.EA
OI(070-4C
3173 Q
3/71 Q
9/73 Q
1
1
3
Brs
DAS
DAS
RHM
RHM
ELL
ELL
REM
OLN
DI"N
OLN
DLN
DLN
DLN
OLN
2
2
2
2
3
QJD~2-AB
OJ~21·AS
STATUS
CATEGORY
MO/YR
]
BFB
BFB
Rye
BFB
BFS
Bf'B
OJD60.0Z
QJD60 .. GZ
MFGR
AREA
2
2
3
)
3
]
)
3
3
3
3
3
3
2
2
2
2
2
3172 Q
3/72 Q
9/72 Q
3/7) Q
1/72 Q
6/71 Q
5/73 Q
5/73 Q
5/73
Q
5/73 Q
5/73 Q
5/73 Q
8/71 Q
5/71 Q
'l./73 Q
2/73 Q
2/73 Q
9/71 Q
8/71 Q
8/73 Q
8/73 Q
6/73 Q
6/71 Q
1
2/73 Q
5
3113 Q
3/71 Q
5
USED ON
OESCRIPTION
82
OECCOMM REMOTE ays 8ASE, IN&TALLATION FOR EA ADOITIONAL S~STEM
O~CCOMM FRONT END S¥STEM BASE LICENSE, SUPPORT, pApER TA~E
OEceOMM FRONT END S¥STEM BASE LIC€NSE , SUPPORT, DECTAPE
11
11
OECCOMM 'RaNT ENO SXSTEM SASE LICENSE' SUPPORT, 9 tR MAGTA~~
DECCOMM FRONT END sts BASE LICENSE ONLY rOR EA AOUITIONAL-s2sTEM
11
11
OECeOMM FRONT END SXS BASE PR~-O~~IVERY KIT
OECCOMM FRONT END SIS BASE INSTAL~ATION ONLY fOR ~A APDITlONA~ SYS
11
TTY TAP (TERMINAL APPLICATION PROGRAM)
11
ISM 2741 TAP
11
IBM BISYNC TAP
11
CARD ~DR TAP
11
LINE PR~NTER TAP
11
ON Auto DIAL TAP
11
IBM 2848 tTAP
11
CONSOLE TTY TAP
11
DECCOMM PDP11 2780 RJ~ TERMINAL LIC~NSE , SUPPORT, PAPER tAPE
11
DECCOMM PDPll 2780 RJE TERMINAL LICENSE, SuPPORT, DECTAP£
11
O£CCOMM PDP11 2780 RJE TERMINAL LICENSE , SUPPO~T, 9 TR MAGTAPE
11
11
OECCOMM PDP1! 2180 RJE TERMINAL LlCENSE ONLY FO~ EA ADDITIOiAL SYS
OECCOMM POP11 2780 RJE TERMINAL PRE.DELIVERI KIT
11
11
OECCOMM PDP11 2780 RJE TERMINAL lNSTALLAT10N, fOR EA ADOIIIUNAL SXS
RCS HASP, LICENSE, SOFTWARE, SERVICE, PAPER TAPE
11
Res HASP, LICENSE ONLY
"
11
RCS HASP, START-UP SERVICE
11
RCS 00S.2780 LICENSE, SOFTWARE, SERVICE, PAPER TAPE
11
11
RCS OOS-2780 LICE~S~, SOFTWARE, SERVICE, OECTAP~
RCS 00S-2780 LICENSE, SUFTWARE, SERVICE, 9 TR MAGTApE
11
Res DOS_2780 LICENS~ ONLY
11
11
ReS DOS-2180 START-UP SERVICE
16 TELETyPE EXECUTE PROGRAM
11
~780 EMULATOR APPLICATION PROGRAM
11
!DU70
SYSTEM SOFTWARE, £DUSYSTEM 70 crORMERI"Y !PU11-S)
£OU80, 81, 90
CAl AUTHOR I"ANGUAGE, RUNS UNO~R RSTS
LABl1
SIGNAL AVtRAGER PROGRAM
LA81!
REAL lIME LAB11 BASIC
GT40 SOFTWARE, LIC, NO SERVICi, DEC TAPE
10
DOS ORIVER FOR TU66 PHASE ECCOOEO TAPE, PAPER
11
DOS DRIVER FOR TU66 pHASE ENCODED TAPE, DECTApE
11
DOS DRIVER FOR TU&6 PHASE ENCODED TAPE, 9 TRACK NRZI MAGTAP~
11
DOS DRIVER FOR TU66 PHASE ENCODED TAPE, 7 TRACK MAGTAPE
11
COMTEX DRIVER FOR "TU66 PHASE ENCODED TAPE, PAPER
11
COMT£X DRIVER FOR TU66 PHASE ENCOOED TAPE, 9 TRPE MAGTAPi
11
11
Xlii GRAPHICS PLOT, FORTRAN CALLABLE, PAPER
DEC/X8, 8 BYS EXERCISER, LIHCTAPE
1 :;J"
12
08/8 BATCH, BASIC, TECO, LINCTAPE
08/8 fORTRAN IV, ~INCTAPE
12
OS/8 FORTRAN 4, SOURCE + LISTINGS, LINCTAPE
12
12
OS/8 FORTRAN 4 LIBRARY, SOURCE, LISTINGS, LINCTAP~
OS/8 FORTRAN 4 COMPILER, SOURCE + LISTINGS, L1NCTAPE
12
12
08/8 RALF, I"OAOER, 1,.18 , MIse, SOURCE + LISTINGS, LINCTAP~
12
05/8 rORTRAN IV PLOTTER, LICENS~, SoFTWARE, SERV1CE, LINCTAPE
OS/8 FORTRAN IV PLOTTER, LISTlNGS, LINCTAPE
12
12
OS/8 FORTRAN 4 TSAR, TIME SERIES ANALYSES, LINCTAPE
12
PDP-12 MASH SOFTWARE SYSTEM
PDP-12 AIPOS SOFTWARE SYSTEM
12
11
11
MODEt"
NO
OK245
QKlOO.SA
QKS9.B
QI"Roe.A8
QM020.CC
QM020l!llCO
QM02o.cr
QM020.EC
QM012
QM040.EC
QM040-ED
QM040-EP'
QM041·CC
QM041.CD
OM041·CF
QM042-CC
QM042·CD
QM042.CF
QM04).CC
QM041-CO
QM043.CF
QM050"'CC
OMOSO.CD
QM050.CF
QM800·AC
QMKOO·2Z
QMKOl-3C
OMKOt-1Z
QMK02.3C
QMKO].3C
QMKO)·3Z
QMK04.3C
QMf(OS.]C
QMK06.3C
QMKO'7.)C
QMKOalllt]C
QMKoe.1D
OMKOQ·U'
QMKOS,,4C
QMKOS·40
QMf(Oe·4F
QMK09.3C
QMK09·1D
QMK09",3F
QM'<09-4C
QMK09.4D
QMK09lllt4'
QMlONENTS)
8/', )(')(8eE, MMS_E
alP', KKS-E; MM8",EJ
1ST LEVEL SPARES (81<.)
8/F, KKfh.E, MMe-E'"
2ND LEVEL SPARES (8K, COMPONENTS)
ell, NEG BUS
SPARE PARTS FOR POP8/l 6. tTY
8/1, POS SUS
SPARE PARTS FOR PDPS/l " TTy
SPARE PARTS
KA8-E
KD9.E
SPARE PARTS
KEg·!
SPARE PARTS
KGB.E
SPA~E PARTS
SPARE PARTS
KM8-E
SPARE PARTS
KP8"E
SPARE PARTS f'OR POPS/I" " TT'i
8/1"
SPARE PARTS
Lce-!:
81M, KK8w£, MMS.E
1ST LEViL SPARES (4K)
81M, KK8 e ;:, MM8-E
2ND L~V~L SPARES (4K)
81M, KI<8-£, MMe-!
1ST LEVEL SPARES t 810
81M, KI1-01
]
11/73 STEELCASE SwIVEL ARM CHAIR
11/73 STP:ELCASE SIDE ARM CHAIR
J 11/73 STEELCASE SIDE CHAII<
3 11/7.1 STEELCAS€ POSTURE CHAIR
]
CAaHlf~TS
sz
H990.AA
1
SZ
1
H990-SA
H990.S8
RTH
t
RTH
H990·CA
1
RTH
1
H990·CB
H991·AA
SZ
t
H991·A8
1
1
H991"AC
H991·AD
1
SZ
H991.SA
1.
SZ
t
H991-88
ff991 .... CA
t
RTff
H992-AA 14
2
RTH
2
"992-"8 14
H992wSA 14
RTH
2
RTH
'}
H992-SB 14
RTH
2
H992"'CA 14
H992.CB 14
RTH
2
PHG
H991-AA IPG
2
PRG
H993"AB IPG
2
PHG
K993-BA IPG
'2
PHG
J.f99] .. RB fPG
'2
J(.SERIES MODULES, GATES
KOt)3
HEAVY
JOL
JOL
JDL
Jot
Jot
JOL
H980"'CH,
1 11/73 eASIC fRAME OF QPTtMEDIA CABIN~r 7200·10 LlSEO IN H980-AA, 71 X 36 X 18
1 11/71 SASlC FRAME OF OPl'lMEotA CABINET 7100-10 IJSEO IN H980t!lt.AS, 58 X 16 X 18
3 11/71 TAPE SEAL HANGER BAR, 35 tAPES CAPACITY, 7901-01
CAT
CAT
14
S
!\
LF
5
1(026
CAT
5
K02S
CAT
5
10/70 BASE CABINET, NEMA 12, FILTERS
10/70 HORIZONTAL MOUNTING PANEL ASSEM8LY
10/70 TERMINAL PANEL ASSEMBLY
10/70 REGULATED POWER PANEL
10/70 UNREGULATED POWER PANEL
10/70 UNWIRED LOGIC CONSOLE, NEMA 12
10/70 WIRED ASSEMBLY CO~SOLE
10/70 TOTAL CONSOLE ASS~M8LY (H991 wAB • BB + CA + H73t.A) 60 HZ
10/70 TOTAL CONSOLE ASS~M8LY (H991-AB + CA + Hll1 .. S) 50 H~
10/70 BLANK PL!XIGLAS FRONT PANEL
10/70 ONe SYSTEM FRONT PANEL
10/10 LIGHT BOARD AsSEMSLY
8112 NEMA CAS WITH 4 FRONT nOORS, 1 W TTY TUB, FULL LENGTH BACK DOOR, AIR COND, 130F MAX
8112 H992"'AA WIT~ AIRIAIR HEAT eXCHANGER, 100F M.X ANB
8/72 H992~AA wITH NO Tr~ TUB
8/72 H992~8A WITH AIR/AIR HEAT EXCHANG~R
8/72 NEMA CAB riITH FULL LENGTH FRONT & REAR DOORS, AIR CONDlrION~R, 130' ~AX AMBIENT
8/7'1. H992.CA ~lTH AIR/Alk HEAT EXCHANGER
8/72 11101 NEMA EXCLOSURE 54" HIGH WITH AIR CONDITIONER
8/72
11/07 ENC1.IOSURE
8/72
8/72
72" HIGH Hq93~AA
12" ~IGH H993-AB
54"
fHGH WITH hEAT EXCHANG(o~R
GATE EXPANDER, 1 J-INPUT DIODE ~RUUPS, 3 l~MA LOADS
GATE EXPANDER, 3 4.1NPUT OR GAT~S
2 INPUT ANDIOR EXPANDER
GATE EXPA~DER, 1 aROUPS or 2 INPUT ANO.OR GATES
AND/OR EXPANDER, 8 2,.INPUT ANDS ORED TOGETHER
AMalE~T
MOOET,
NO
KOBO
PROD
LINt:
Of:;SCRIPl'IUN
STATUS
1<122
CAT
1(12)
CAT
'5
'5
!S
Ii
1<1?-4
CAT
5
.1< 1 14
CAT
CAT
'5
'5
r;
19 CONDUCTOR fL~X~RI~T CABLE CONNECTOR, 1~ PINS, US~D ON K9bO
Kl13 ~XCEPT 100 TIMES SLOw~R
2~INPUT NAND GATES, 1 IND~P CKTS wITH EXPANSION CAPABILIT¥
1(123 t;XCEPT 100 TIMES SLOW~R
2 ... TNPUT AND GAT~S, 1 INDEP CKT5 WITH ~XPANSIO~ CAPA~ILltY
2 2-INPUt ANDS URED TOG~THgR, 3 Tl~ES
4 '-INPUT NANOS wITH 1 INPUT COMMUN, ~XPANSI0N CAPA~lLI1Y FUR AND INPUT
K134 ~ITH OR ~XPANSION
PARTIAL Kl1S ~ITH 5 USEC DELAl IN ENABLE AND IN 2 OR 4 CHANNELS
r;
R
1 2171
4-BIT BINARy ADOERISUBTkACTUR, SINGLE X 5
BCD ADD~R, 1 DIGlI, SINGLE X 5
BINAR~·IO-OCTAL DECODER, 8 OUTPUTS, 3 INPUTS PLuS t INHIBIT
TENIS CUMPLEMENT, S DIGIT, CASCAOABLE
4 BIT EQUALIT¥ COMPARATOR, DRIVgS AND EXPANSION NODt:S ONLl
4.BIT ~AGNITUOE COMPARATOR
(RESERY~D FOR J~E)
(RESERVEO FOR JLE)
4-81T RATE MULTJPLr~R
K112
CAT
CAT
1(113
CAT
1<135
!)
AR
1(136
'4
I
12 BIT COMPARATOR, <,=,>
FUNCTIONAL GATE MODULE fOR PDP-12, 4 4.81T OUTPUT MULTlpL~XERS
].3.3~2 .. 2.2.2.2 AND. NOR & ]-2-2-2 ANO.NOR, H, KIlO
1/72
4 TO 1 MUI, 4 CKTS. 50·08912 ~TCij, 7415J
8/72 QUAD BUFFERED 3 12-$IT WORD INTERFACE, YUAO X 9,5
5/73 SINGLE 12 .. 81T WORD alE INTERFACE, QUAD X 8,5
5 1/72
5/73
IS 1/72
5
5
5
5
5
I)
I§
JB
JB
JB
8
15
10
10
11
CAT
CAT
10
CAT
5
5
5
5
5
5
WW
OESCRIPTION
MO/YR
5
5
7
5
144
MODEL
NO
M1704
Ml70S
"11709
M171
M17tO
M1713
M172
·~173
114174
114175
M177
M178
Mt90t
M181
M182
"1190
PROD
DES
LINE
ENGR
MOD
MOO
~OO
10
CAT
JJO
JJO
JB
DREW
JS
CAT
DeB
10
10
'.0
WW
WW
to
to
10
CAT
ww
'NW
ww
ww
,IS
10
it1W
15
12
00
SNT
"'191
CAT
DCB
M192
12
SNT
M194
15
ELlA
M2000
DAS
M2001.
RCR
RF
M203
M204
M205
M206
"'201·
CAT
CAT
CAT
CAT
CAT
CAT
CAT
M208
CAT
~202
Dca
"'2100
M210t
M211
M212
"1213
M214
M215
CSS
CSS
CAT
DUAL ASlNC SERIAL 8/E BUS TRANSCE1V~R, QUAD X 8,5
4 5/73 DUAL 12-81T WORD OMNI8US OUTPUT INT~RfACE, QUAD 8.5
5 11/72 8/E UNIV INTERrAC~, SPACE FOR lb 16-plN + 2 40-p1N ICIS, pARTIA~ wlHE~RiP
-; 1172 2,2,2,3 AND~NOR, 3 CKTS, DIfFER~Nt PINS THAN M127
4
9/73 UNIBUS DOll-A INTERFACE W WIR~ WRAP PINS, SPACE FOR 19 16.PIN Ie's
16 TO 1 MUX lNV, 74150, 50-08908 gTCH
5
2 EN X 9 OUT MIXER, 74H50, fOR KIlO
'; 1/72
" tl/71 NON-INV~RTING M143
5 1/72 4 EN X 9 OUT MIXER, 74H53 1 S, KIlO, DOUBLE
r; 1/72
7 3~INPUT AND GAT~S, 74K, KIlO
'5 S/71 NON-INVERTING M147
9 EN X 6 OUT MIXER, 14H53, 14H6a, KIlO, DOUBLE
5
S ti/7] t6-S1T ReED RELAY R~GlStEH, lOOY OR O,5A, to ~ATTS
5 t/72 NON-INV~RTING M171
Ii
5/73 M162 wITH 'AST IC'S, H
c;
4 ARITHMETlC LOGIC, IN ~ OUT BurF~RS, SN74181, US~D IN rpP12
2 LOOK·AH~AD ELgM~NTS (74182), US~S W961 BOARD, USED wlT~ M190 OR M159 (SOARD 50-08912)
5
'5 11/71 2 8.INPUT PRIORITY ENcobERS, 9318 IC, 50-08912 BOARD
1/0 BUS MUX CO NT fOR POP9 PERIPHE~ALS (~NA8LE BUS IN/UUT .lV LOGIC), Sgg MI04
5
4
?
5
5
5
5
'5
5
7
7
t
1
5
5
5
12
CAT
15
CL
00
IS
15
LH
5
S
'5
5
M216
9
M217
M219
M219
12
15
"422.1
15
A
12
M222
M223
M224
M224-JA
"'225
M225.JA
M226
M227
M228
~220
JTN
JTN
RI
5173 18 BIT
W PARITY, DOUBLE 5
TRI.STATE 0 fLIP FLOP REGISTERS, SINGLE 5
3 JK frs, S, CL, C
8 SET"REs~T Frs, (Mill GATES)
4 JK Frs, CAN DO BYNCHRONOUS BINARY CUUNTING
5 0 frs, ALL PINS AVAILABLE
(; 0 FFS
6 INDEPOENDENT JK Frs
8 aIT SHIfT & BUFfER R£GIST~R, D Frs
(NEVER MADE), 8 BIT UP/DowN CUUNTER
(NEVER MADE), 10 SIT BUFFER SHIFT REGISTER
9/73 TTL OUTPUT MODULE, 16~BIT REGISTER, OP~N COLL~CTOR 10 H854, SINGLE 8.5
9113 TTL INPUT MODULE, l&.ijIT REGISTER FROM ri8$4, SlNGLE 8,5
8/73 2
5
r:;
5
12
15
CL
r;
11
11
JO
5
JO
JO
JO
! 7/72
5 5/73
1 7/12
15
15
15
15
5
5
iii
REGlST~R
4~BIT
6 BIT UP/DOwttl CUUNTeR
6 BIT Lt:fI'TwRIGHT SIiIFT REG, LOAD FROM 2 SOURCES,
ell
11
11
145
2 1172
IS
M209
M210
Dt,;seRIPTION
STATUS
MO/YR
5/71
5/73
5113
j
J;}.
(2-R212'~_! ____.-____ ~
1 DECAOE BCD UP/DOWN JAM COUNTER wITH PARALLEL READ IN,,:..-..·~
6 BIT ACCUMULATOR WITH 3 INPUTS
4 BITS OF 3 REGISTERS, COMMON ADDER PER BIT, COMMON CLOCK P~R WORD
6 D FFIS, (M206 WITHOUT Cu~AR JUMPER CHOICE)
CLOCK REGISTER FOR PDP.12, 4 BIT COUNTER ~ITH BUFFER REGISTER FOR PRESET UR READOUT
Bl~OlRECTIONAL SHIFT REGISTER, 9 6ITS, 2 PARALLEL LOADS
7 BIT sr~CHRONOUS COUNTER WITH ~AM & CLEAR PRESETS, DOUBLE
REGISTER fOR PDP-S/I, 2 BITS EACH OF MA, MS, PC, Ae , ~ ADOER ------REGISTER FOR PDP-12, (Ml20 PLUS EXTRA LOGIC)
TAPE REGISTER FOR PDP-12, 2 BITS, 6 REGISTERS, DOUBLE
REGISTER fOR POP-lS, 4 BITS, MA & MB
8 BITS WITH DATA PATHS fOR KAli, 2 LATChES, ADDER, DOUBLE 8,5
SYSTEM TESTED M224
PROCESSOR MEMORX tOR KAli, 16 81TS X 16 BITS, DOUBLE 8,5
SYSTEM TESTED M225
t aIT ALL REGISTERS (EXCEPT Ace, FOR POP-iS
ACCUMULATOR FOR POP-15, 9 BITS
MARK TRACK DECODER FOR TC08,TC15
~O"Et
PROD
DES
NO
LI~e:
E:NGR
M2'9
"'230
~2]t
~2J2
M233
M214.
15
CAT
12
CAT
8
11
DR
STATUS
MO/YR
JJO
5
"5
SNT
Ii
AR
WH
c;
SR
~
5
5
14
AR
-M236
MOD
\JJO
'5
\1237
-"00
JJO
M239
M219
DCB
PJ
'5
~240
CAT
11
15
5
5
M241
10
ww
t;
15
"242
15
M243
104 244
"'246
10
11
CAT
10
"'247
M248
"4249
10
CAT
14
"'.235
fo1~4S
ww
SO
DeB
ww
so
DCB
Afol
t;
5
c;
'5
"
5
5
5
OESCRIPTICJN
146
4 UNIT SgLECTUR DRIVER, VP1S-M, 4r'FS wITH BUFFEREO OUTPUT GATES
CONVERTER, 12 BITS, 5 MkZ COUNT RATE
DUAL 12 SIT PRESETTABLE R~PEAT~BL~ COUNTER, Doua~E, USED IN AIP12
5111 16 WORO t BIT M~MORX WITH COMMON CLEAR
5113 12 WORO SHIfT REGISTER wITH PARAL~EL LOAD, CL~AR, eOM~O~ CLoCK
3 8 AIT R~GIST£~S, ADDER & L/R SHIFT, K~11-A
3 12 SIr REGISTERS, 2 STORAGE' 1 ers FUR 14/L
12 81T SYNCHRONOUS UP/DOWN COUNrgR wITH PARALLEL LOAD, ~TCH 80 50~08931
3 DIGIT BCD SYNCHRONOUS UP/DOWN COUNT~R WITH PARALL~L LOAD, ETCH SO 50~08931
2 4_81T SYNC UP/OOWN CNTR wITH PARALLEL LUAD, SEP uP & DOwN CLOCKS, ETCH ~D 50-08912 (W961)
3 4.81T COUNTERS (8291'5) OR 74197,PARALLEL LOAD, SI~GL~ X 5
6 SET-RESET FY'S MAOE FROM 74H40 SUFFERS
6 0 FFIS (74H74) wITH COMMON CLOCK
1/72
5/73 H EQUIVALENT TO M202
8 0 FF'S C74H74J WITH 2 COMMON CLOCKS, 4 BITS EACH
1/72
6 CKTS, EACH 3 INPur MX W LATCH, NON.INV, ENA8LES 4 , 2, 3 TI~ES, SINGLE X 8.5
2 4~BIT SHIF'T REGISTERS W PARALLE~ READ IN, USES BOARD 50.08912 (SE~ W961)
5 D FLIP~FLOPS, A~L Pl~S BRUUGHt OUT, (74H74)
1/72
4/72 6 SET~RESET FFtS, CLOCK~O TO b D rFIS, SINGLE x 5"
8 BIT SHIfT RIGHT, pARALLEL LOAD, 50-08914 ETCH, 1495 letS
12 BIT auf' REG WITH OPEN COLLEC'IOR UUTPUT GATES, SINGLE X 5
BINAR~/aCV/8INARY
MEMORTES
M250
"'250(')
"12151
"'21)2
'4251
10
ArT
11
10
01
10
.ATT
ATT
M21:)4.
10
12
"'255
10
"12'59
M2f,O
"1261
M262
"'266
M210
11
to
CAT
CAT
IPG
'42700
1.0
QC
"1102
M)020
CAT
M')04
"'}06
MOD
MJ07
"i)1)10
12
10
M]OQ
10
CAT
MORO
!Ii
Rl
S
5
5
ArT
SNT
TO
80
ATT
DCB
DCB
E«
DREW
CAT
12
M110
MJ10-YA 8
Mltl.
15
M.112
M)'-l
15
10
M160
CAT
M362
10
M]63
Ewe
16 WORDS, 4881T MEMORY, (F90l5), KIlO
4~81T MOS 1ST IN 1ST out MEMORIES, SING~E 5, 5009912, N£EOS -12V
16 wORDS, 8.81r ~~MORy (9033), M250 PINS INTENDED, KIlO
10/69 t6 wORDS, 4 BITS (MOT 4005L),KI10, M250
1/72 16 WORDS, 12-SIt MEMORY, USES Tl 7489
5/11 256 20-81T, 3 256 WORD 4.8IT RAM, 120 NSEC CYCLE, QUAD X 8,5
4 7/73 256 X 12 ~IT RAM (INTEL 3106) + BUFfER, OOUBL~ 5
5
ASSOCIATIVE MEMORt, 2X8, SHIFT REG CAPA~I'ITY, SlNG~E, 8.5, KTll
~ 1/72
ASSoCIATIVE MEMORX, 4 WOROS, 12 8115, KIlO, 4102 IC, fAIRCHl~D, 35 NS MATCH
5
SLO SYN/RESPONSYN STEPPING MOTOR TRANSLATOR, 4 ~INOINGS
!Ii
FUJITSU/wARNER STEPPING MOTOR TRANSLATOR, 5 WINDINGS
6 4/71 K206 WITH INPUT FILTERS REMOVED
1 ]/72 256 X 12 HOM, SN74187, RF10, sING~E 5
t 11/73 8X12 EC~ BLASTA8L~ PROM (10119), 4 LAXER SINGLE 5, 5010874 (W9611)
to
5
5
,
2
5
1
5
.JJO
cpa
OREi4
so
~
5
IS
AC
5
5
5
ATT
IS
5U
5
SU
5
II§
1/72
11/72 2 64.WORD
TIM~
2 ONE-SHOTS
1173 2 ONE-SHOTS TO REPLACE Ml02, HYSTER1SIs ADDED TO PREVENT NOISE TRIGGERING
4 ONE.SHOTS, 100 NSEC OR 1 US~C ONLY
INTEGRATING ONE SHOT, 500 NsEC ~IN
DUAL INTEGRATING ONE_SHOT, USES FAIRCHILD 9601tS, 5 USEe TO 500 MSEC
1/72 DUAL INTEGRATING O~~ SHOT, 200 NSEC TO 20 MSEC IN 5 STEPS
4/72 INTEGRATING ONE SHOT, EDGE OR PULSE TRIGGERED, CLoCK, POWER UP , DOWN
TAPPED DELAY LINE, 500 NSEC TOTAL, so NSEG TAPS, 2 PA'S, IC L~V~LS IN & OUT
5/73 M]10 WITH Fl INVERTED' 2,1 USEC LONG
2 TAPPEO OELAY LINES, 250 NSEC EACH, 25 NSEC ST~PS
6 100 OHM DELAYS, 2 AT 30 NS, 1 AT 50 NS, 1 VARIABLE 0 TO 40 NS, 74H40 lNPUTS
1/72
Mll1 ExCEPT t DELAy LINE, 1 OUTPUT aut'FER CAN DRlvE 30 TTL H LOADS
VARIABLE DELAY LINE, IC LEVELS IN, (LIKE S360)
1/72 DELAY, 25 TO 50 NSEC
1/72 DELAY 15 TO 8Q NSEC, INVERTS
MODEL
PROD
NO
LINE
M)80
DES
ENGR
IPG
OESCRIPTION
STATUS
MO/YR
147
5 11/71 SINGLE SHOTS, DR80
CLOCKS
M40t
CAT
M402
15
M402""YA SSCA
M402.YI~ SSCA
M40)
CAT
CAT
M404
CAT
M405
M4050
COM
TYP
M4051
ELlA
DPS
OP5
JB
JB
58
JG
M410
MOO
AR
M410",YA
M415
M420
M4201
M430
15
FA
~452
12
15
Pt:RIPH
ELlA
PM
MOD
DCB
CAT
M452 .. YA FS
Q
M451
11
M454
"'4540
M4'55
M499
FMS
WH
VB
t1
Me
8
HOP'
8/E
WH
5
5
1 1/73
3 1/73
53/72
5 4172
r;
2
9/73
1 10/73
5
t 5/70
5
5
5
6 4/71
5
t 10/71
2 2/70
5
2
8/73
., 8/73
t 11/70
CLOCK
VARIABLE CLOCK, USES 5~ PHOTUMOO, 2 HZ TO 1 MHZ
R8 CHANGED TO b80K, Cl CHANGED TO 1 MfD (HALVES FREQUENCY)
RQ CHANGED TO 680', Cl CHANGED TO 3,9 Mya
VARIABLE CLOCK, 1 KHZ TU 50 KHZ, ~ ONE~SHOTS, 74123
CRYSTAL CLOCK, 2MHZ TO 5 KHZ, BINARY OR BCD COUNTDOWN
CRYSTAL CLOCK, POS ~ NEG PULSE OUTPUTS, 5 KHZ TO 10 MHZ
CRYSTAL CLOCK, 5KHZ TO 5 MHZ, Nor TUNABLE, NO CHOKES
8/E OMNIBUS M4050, HANDLE END FlNGERS FOR OP8~E (~8b6), OOAD
RESONANT REED C~OCK
879 HZ M410
20 MHZ XTAL C~OCK
PHASE LOCK CLOCK, RP09, RP15
PHASE LOCK CLOCK FOR ~S64, NOMINAL 750 KC
MULTIPLIES INPUT FREQ BI ,001 TIMES X TO THE ~N POWER,X 8ET~EEN 0 & 10, N BETWEEN 0 & 3, DOUBLE X 5"
TELETYP~ CLOCK, SQUARE WAV~S AT 980 & 220 HZ, FOR M70b, M707
5,65 OS M452 FOR PMK02
M452 wITH VARIAB~E FREQ
CRYSTAL C~OCK W SIMULTANEOUS OUTPUTS OF 28,8,19.2, 9,&, 4,8, 2,4, 1,760 KHZ
2,t52 KHZ, SINGLE 8,5 (fOR DClt"A, DP11-A)
M454 W MORe FREQUENCIES AVAILABLE,
VARIABLE CLOCK, 2 RANGES, 4 • 20 MS, 0,4 • 2 MS, BY JUMPER
too KHZ CLOCK"" PULLS MEM StART IN alE
VARIABL~
REMOT~LX
INPUT CONVERTf.RS
M5000
QC
Ewe
"'500
M501
M!02
MSO]
M501.YA
"'504
CAT
CAT
CAT
DCB
12
RI
ERK
FS
., 3/72
8
CAT
M506.YA CSS
CAT
M507
M506
5
EK
~508
{3
JO
"1509
14
AFI
CAT
M510
M510""YA 12
MItt
10
M514
"'515
M516
M517
M519
PERIPH
15
M519
P~RIPH
M520
M521
M521"YA
1.1522
MOD
CAT
MS
TYP
1 12/73 4 eM EeL TO TtL CONVERT~R, MC10125, 501087 4 LAYER SINGLE 5 (W9bt1)
NEGATIVE 8US RECEIVER (NEG EQUIV TO M510,
5
SCHMITT TRIGGER
IS
NEGATIVE INPUT CONVERTER, 2 CHANNELS, 0 & ~3V IN
5
DIFFERENTIAL SCHMITT, 2 CHANNELS, PA IN ~ACH
5
5 10/7] REPLACE MC1709 WITH LH0024 TO MAKE FAST~R, BLOt
DCB
AW
ww
2 9/69
5
'5
5 5/73
5
6 4/71
5 tl/71
r;
5
8
JO
MA
alE
LN
5 5171
IS 11/71
JB
AW
FP
, 1171
5
5
:3 10/72
5 8173
e
5
4 SCHMITTS, 4 ONE-SHOTS
NEGATIVE INPUT CONVERTER, 6 CHANN~LS, 0 & ~3V IN
M506 WITH 470 INPUT RIS CHANGED TO 300 OHMS
NEG BUS TO POS BUS CONV, 6 CKTS, OPEN CULL OUT, GNO IN
GNO OUI
NEG BUS TO pas BUS CONV, 6 CKTS, OPtN COLL OUT, GND IN = PLUS OUT
10 DlrFER~NTIAL BUS RECEIVERS (fAIR 9622) 130 OHM DIFfERENTIAL TERMINATURS
110 8US RECEIVER, B CKTS, POS 8US
M510 MODIfIED TO ACCEPT RTL INPUTS WITH 1 VOLT THR~SHOLD
UNIBUS RECEIVER, 15 CKTS, SINGL~ X 5, 4 GND, 0511, OLlO
TUI0 TRANSCEIVER (FOR CO~NECTION TO TC58, TC59, & TM10), SEE M519
REAL TIME CLOCK, 12 VAC INPUT ON TA8S, USES +11V & +5V
POS INPUT RECEIVER, 6 CKTS, 1.4V THRESHOLD, CM506 PINS)
M507 ~ITH AN ENASLE INPUT
3 DIFFERENTIAL SCHMITTS & 8 BIT INPUT REGISTER CA50l CKTS), DS8~EA
TUI0~C,.D 8US TRANSCEIVER, SEE M514
POS BUS RECEIVER WITH STROBE, 6 CHANN~~S, HIGH IMPEDANCE
4 CH K TO M CONVERTER W SCHMITT TRIGGER, INV & NON-INV OUTPUTS
M521 W 3 CKT W 1 MS TIM~ CONSTANT, 1 CKt STNO
2 INPUT CONVERTERS O&",,6V 1,bMA, 40US, lCH +15&OV, 2CH O&5V CLAMP W FILTER (r"Ok PHUTUCOMP) S!NGLE
=
~
MODEL
NO
PROD
LINE
M521
TYP
"'S)O
MSll
MOD
PERIPH
M!J6]
10
DES
ENGR
STATUS
MO/YR
JW
.,1.
~S64
10
DREW
SU
"'565
10
SU
11
Me
11
CBS
MC
a45'O
M586
MS97
M588
M599
AR
14
BMW
AR
5
2
S
2
7
2
2
2
5
DESCRIPTION
148
11/73 SELECTABLE RANGE INPUT CONVERTER + SELECTABLE LOAD RESISTORS & VOLTAGE, SINGLE 5
CNEVER 8UILT), NtG BUS RECEIVER
8 CHANNEL ~EGATIVE BUS RECEIVER WITH NOISi FILTERING (PIN CUMV wITH M500)
1112 4 XMTRS & 4 RCVAS, RS10, SINGLE X 5
1/12 110 8US R~CEIVER, NEG BUS, PCS uOGIC, 8 CKTS, LIGHT INPUT LOAD
11/70 MEM BUS RECEIVER, NEG 8US, POS LOGIC, 8 CKTS
(NEVER MADE) EIA INPUT CONVERTER TO TTL OUT, REPLACES W510, 5V lNSTEAD or 10V, 4 CHANNELS
8111 1 CM ASYNC MODEM urit-sA (BELL 113A) ORIGINATE ONLY, DBL X 8,5
8/73 1 CH AS¥NC MODEM OF11~8~ (BELL 1138) ANSWER ONLY, D~L X 9,5
tl/7] 4 CH DIY' SENO/REC FOR DMll (DM8820, OM8830), SINGLE X 8,5
11/72 1 CM OPTICAL COUP~ED 45 OHM 200 KC SEND & REC, sINGLE X 5 W MATE.N.LOK
7/69
INPUTIOUTPUT CONVERTERS
M590
"'5900
CSS
PETERS
it
va
VB
VB
POT
POT
POT
VB
5
Stl
~
KB
RL
RL
5
t
M590t
11
"'5902
11
1.1
M590·1
M590)""YA 11
M592
t1
11
10
M593
Ms94
CSS
11
M5904
"'1591
M594.YA t 1
M~94 .. Y8
MS940
,..1941
M5942
11
4
2
-$
2
2
SPRY
5
t
ww
5S
M9543
CSS
11
CSS
M5~5
11
M596
t1
11
M5960
4
4
55
10
DRS
RL
MC
OR
M597
M598
COM
COM
DR
Rt"
M599
COM
VB
DIFFERENTIAL SEND/RECEIVE, FOR M~RK CENTURY INTERFACE, 2 CH
5/13 16 CH TTL RECEIVER, o~tl, DOUBLE 8,5
5113 16 CH EIA TRANSMITTER, OJ!1, OOUBLE 8~5
5/73 16 CH FULL DUPLEX TTY TRANSCEIV~R, DJ11, DOUBLE 9,5
9/73 MASS sus TERMINAL TRANSCE1VER, OOUBLE 8.5
8/73 MS903 W TERMINATORS
9/73 MASS SUS CONTRO~ TRANSCEIVER, DOU8L~ 8.5
5 eM EtA TO D~C, 4 CH DEC TO EtA, SlNGL~,8.S
1/'72 1/0 D£VIC~ SELECT (OSED wITH M7100)1074H ICIS
4/72 6 eH DIFFERENTIAL RECEIVER, NAT SEMI 88~O
8 CM EIA.CCITT TO DEC, 7 DEC TO EIA-ceITT, DFlt.A, sINGLE 8,5, IV H¥STERESIS
6113 M594 + C~OCK RECOVERY
7/73 MS94 ~ 3V HYSTERESIS
1/72 M594 5TO SING~E SIZE
8/72 8 CH Mlu 18SC TO DEC INTERFACE FOR OFS11-H, SINGLE ij.5
10/73 8 CH EIA.CCITT TO DEC, 7 OEC TO EIA~CCITT, 300, 600, 1200, 1800 SAUD XTAL CLK, DF11.L,
9/73 5 CH EIA.CCITT TO TTL, 4 eM TTL TO TRl~STATE, SlNGL~ 8,5
8112 CURRENT MODE CONV FOR 101 , 303 MOOEM, DF11
7/73 20 MA TO OEC, DEC TO 20 MA, 4 CHAN EACH, SINGLE X 8,5, DF11, REpLACED B¥ M5960
7/73 REPlJACEMENT M596
t1/71 6 CH IBM RECEIVER, +8U8, 50-08912, SIG 8T14 (W96t)
5/73 t CH OPTICAL COUPLED 20 ~A TO Otc SEND & RECEIVE, 8.5 X SINGLE, Dfl1-K
10111 4 CH IMlT & REC WESTERN UN.ION HIGH LEVEL (+1.6V 10MA) TELEX, SINGLE X 8,5
1 2/70
4
2
2
5
5
2
5
5
2
Doue~E
8,5
OUTPUT CONVERTERS
M6000
"602
QC
CAT
M603
10
"1606
M610
eLP
M6tl
M612
M617
15
M620
M621
M622
M621
CLP
to
Ewe
WW
JJO
JJO
ELlA
ATT
CAT
t 11/73 QUAD TTL TO ECL TRANSLATOR (10124), 4 LAYER SINGLE 5, 5010874 (w9611)
2 PULSE AMPLIFIERS
5
5 1/72 2 pAIS, NEG EDGE IN, 1 pOS 60 Ns
1 pas 45 .. 100 N8 OUT, 4 2""IN NANOS (74HOO), 1 3.11'4 ANDS (14Hl1)
6 PULSE AMPLIFIERS
5
6 2 .. INPUT NANOS, OPEN CO{'("ECTOR, (PINS OF' M620)
'5
14 POWER INVERTERS, 6 GNDS
5
,
"., 1112
Ii
7/69
MOD
15
ELlA
·DCB
'1624
M6240
CAT
CAT
CAT
SSCAL
5
M625
15
'3
5
5
J
5
DCB
DPS
JZ
6 POWER GATES, 6 GNDS, 5 INPUTS PER GATe.: PAIR
6 4""INPUT NAND BurFERS
(NEVER MADE) , 6 CKTS, BUS GROUNOeRS, pcs aus DRIVER WITH STROtH:
DRIVER, 6 CKTS, ENABLES FOR EA OF 2 6"SIT WORDS
GROUNDER, 8 CKTS, lJSES 741150', FOR MI£MORY & 1/0 8US, 2 INPUT Nli,;G AND !:A
DRIVER, 12 CIERIPH
Rl
MORO
A~'
JH
JH
JIi
JH
JH
JH
JH
JH
JH
JH
JH
15
PERIPH
PERIPH
PERIPH
PERIPH
ES
ES
ES
ES
15
PERIPH
PERIPH
PERIPH
PERIPH
PERIPH
PERIPH
PERIPH
PERIPH
PERIPH
PERIPH
CAY
CAY
CAY
5
!5 8/72
5 5/73
Ii
5/73
5 5/73
5
t 8/69
5 5/73
1 8/69
5
~
5
5
5
1 12/72
5
5
!5 5173
5 5/73
S 5/7]
5 5113
1 11/70
5 517)
5
1/72
5 11/71
5 2112
CAY
CAY
5 11/71
5 11/71
CAY
CAY
5 11/71
5
CAY
5
5 1172
5 1/72
CAY
CAY
15
FA
Ij
PERIPH
PERIPH
PI::RIPH
CAY
5
5/73
CAY
4
5/13
CAY
1 10/73
Dfo~QTDW
('!J.V
r; 4172
Ot;SCRIPTION
LINE REGISTER & R REG FUR DC08A, 1/0 BUS CONNECTION, DOUSLE
INSTRUCTION DECOD~R , GATES FOR DC08A, DOUBLE
CONTROL fOR 2 DATA SET LINES IN DeOSF
TELET¥PE RECEIVER, 6,7 BITS
TELETYPE TRANSMITTER 6,7 BITS
TELETYPE RECEIVER, 5,6,7. OR 8 ~lTS
TELETyPE TRANSMITTER, 5,6,7,OR 8 BITS
SYNCHRONOUS SERIAL DATA RECEIVER, (6,8 BITS), DOU8LE BUfFERED
SYNCHRONOUS SERIAL DATA TRANSMITT~R, (6,8 BITS), OOUBLE BUFFERED
AID CONTROL FOR POP.12, POSSIBLE GENERAL APPLICATION
M760 WItH MODIFIED TIMING FOR AD12~F
CONTROL FOR TEKTRONIX 611 OR COLOR SCQpg
32 TO 8 81T MULTIPLEXER
ROM DIODE MATRIX RECEIV~R
9 TRACK WRITE BUFfER, fOR TU10, NEG LOGIC, SEE M893
7 TRACK WRITE BUFFER, FOR TUlO, NEG LOGIC, SEE M894
9 TRACK R~AD BUFF~R, FOR TU10
7 TRACK READ BUFFER, FOR TU10
CLOCK & SKEw DELA¥ LOGIC rOR TU10
FORWARD 80T TIM~R, TU10
MASTER/SLAVE 8US DRIVER FOR TU10 MASTERS, 25 CKT$, DOUBLE X 5
TU10 MASTER CONTROL SUFFERS, DOUB~E X 5
TU10 DATA CHECKER, DOUBLE X 5
IMPROVED M7670
DE.LAY SELECTOR FOR TUI0 WITK TC58, TC59, TM10
fUNCTION CONTROL FOR TU10
EAE CONTROL FOR POP.15
SECTOR eTR, INDEX' PHOTOAMP fOR OECPACK, DOUBLE X 8,5
CONTROL & SAFETY INTERLOCKS FOR DECPACK, DOUBLE X 8,5
TRACK ADDRESS & DIFFERENCE CNTR FOR DECPACK, DOUBLE X 8,5
OECPACK OfFLtNE TESTER
INTERNAL DEVICE DECODER FOR PDP.15
PRINT CYCLE TIMING, LA10, DOUBL~
CONTROL LOGIC A, ~AlO, ~OUBLE
CONTROL LOGIC 8, LA10, DOUBLE
RIBBON CONTROL , ~AST CHAR VISIBILITY, LA10, DOUBLE
CHARACT~R GENERATOR, LAlO, DoueLE
LINE FEED CONTROL, LAlO, DOUBLE
MOTOR TRANSLATOR. LAlO, DOUBLE
MOTOR CONTROL, LAJO, DOUBLE
KEYBOARD INTERFACE, LA30, CONNECT TO 8/1, S/L, 12, UR 15, PARALLEL (CAN
TRANSMIT DATA TO LA10 PRINTER, PARALLEL, (CAN R~PLACE M701)
CONSOLE CONTROL 11 FOR PDP.15
KEYBOARD TRANSMITTER, LA30
CONTRO~ LOGIC A, (M7111 WITH BELL LOGIC) LA30, DOUBLE 5
LA30L MlCROPROCESSOR, HEX, TEST FINGERS
M7114 WITH 7414'S INSTEAD OF MC401S'S
1~5
R~PLACE
M706)
CL~AN
MODEL
NO
PROD
LINE
M'7725
BeCAN
M773
15
M1711
PERIPH
M1131 .. YA PERIPH
M7734
PERIPH
M774
14
M774t
14
M775
15
M7751
PERIPH
M7752
PERIPH
M7753
PEfUPH
'47754
PERIPH
"'7755
PERIPH
M7756
PERIPH
M7751
PE,;RIPH
M1758
PERIPH
M7159
PERIPH
M776
15
M1760
PERIPH
M7761
PERIPH
M7770
PERIPH
M'7771
PERIPH
M7772
PERIPH
M7771
pe;RIPH
M7174
PERIPH
M7775
PERIPH
M7776
PERIPH
M7777
PERIPH
M'7778
PERIPH
"1780
11
M'780.Y8 11
M180"YC 11
M'780-Y"" 11
M780-YE 11
M780.YF 11
M780.YH FS
M7800
11
M7800"YA 11
M7800 .. YB 11
DES
E:NGR
STATUS
MO/YR
DaR
3
5
5
P'A
RF
fU"
CAY
AR
AR
CHI
TFf"
NF
NY
2
5
2
2
4
NF
CHI
PM
4
CHI
TFF
fA
MOL
MOL
TP'F
Try
KG
KG
SERG
SERG
DL
KG
KG
PJ
PJ
PJ
PJ
PJ
PJ
E8
PJ
PJ
Bt"E
SKJ
CSs
M7802
'4'1801
CSS
CSS
M7804
11
SKJ
SKJ
BES
M7805
11
BES
"'7806
11
8ES
M7807
'47808
M7809
M781
M7810
M7812
M7813
M7815
M1816
'47817
11
11
11
11
11
11
11
11
11
5
2
2
"17801
11
2
2
WP'
WF
JL
PJ
DJO
RL
RL
RL
RL
Rt"
4
4
2
5
4
4
2
2
1
1
t
1
1
3/73 SHORT CARRIAGE RETURN CONTROL, LASlO, SINGLE 8,5
5/73 CONSOLE CONTROL .~ FOR PDP.15
5/73 SERIALINTERFACE CONTROL, LA30
2/72 M77l1 W PULL UP R~SISTORS 4,7K INSTEAD OF 220 OHMS
10/72 UPPER/LQw~R CAS~ ~A30 CHAR GEN, 00U8LE 8,5
PDP14.L INSTRUCTION DECODER
8/71 PDP14/30 TIMING' REGISTERS, QUAD 8,5
5/73 TIME STATE GENERATOR
7/73 ENCODER.DECODER PLL (PHASE LOCK LOOP), 4 LAYER DOUBLE X 8,5, RS03
7/73 DESKEW LOGIC, RSOJ, DOUBLE X 8,5
9/73 DATA 8urFER, RSO), DBL X 8,5, INCLUDES eRC
7/73 ADDRESS REGISTER, RSO), D8w X 8,5
7/73 CONTROL, RSO], OBL X 8,5
6/73 A~TERNATE TRACK OPTION, RSOl, 08L X 8,S
7/73 RS04~TA (TIMING TRACK WRIT~R) QUAD 8,S
7/73 RS04 HEAD MATRIX
7/73 COMMAND O~CQD£, DOUBLE 8.5
READER REGISTER
5/7] CASSETT~ LOGIC, TU60, HEX 8.5, NO FINGERS
5/71 CASSETTE SERVO' READ, TU60, HEX 8,5, NU FINGERS
7/73 RSOl STATUS, DOU8~E 8,5
7/73 RBO] FORMAT, DOUBLE 8,5
7/73 RP04 SYNCHRO~OUS LOGIC, 4 ~AYER H~X
7/71 RP04 ASYNCHRONOUS LOGIC, HEX
7/73 RP04 REGISTER ~OGIC, HEX
7/73 RP04 DUAL PORT LOGIC, HEX
7/7l RP04 ERROR CORRECTION LOGIC, ~ LAYER HEX
7/71 RP04 MDLI (MIN DEVICE LEVEL INT!RFACE) 80ARD 1, DOU8LE 8,5
7/71 RP04 MOLl BOARD 2, DOUBLE 8,5
TELETYPE TRANSMITT~R , RECEIVER FOR KL11, 110 BAUD, DOUbL~
150 BAUD M780
300 BAUO M'180
1
1
'5
5
'5
5
5
'5
3 3/72
!J 11/72
5
1
2
2
2
1
1
1
I
t
t
5
5
2
2
2
1
t
oe;SCRIPTION
600
156
(STANDARD DOUBLE
INN~R
BAUD M780
1200 SEND, 110 RECEIVE M780
2400 8AUD M780
USED IN PMK02.C OPTION
ASYNC TRANSM!TT~R , RCVR,KL11, vUMPER BAUD RATE FROM ItO TO 2400, TO REpLACE M7S0, Ml05, M1ij2
1171 M7800 WITHOUT EIA CHIPS, CURRENT LOOP ONLY
10/73 M7800 W 24.6 K BAUD
1/7l DATA WORD CONTROL FOR MCl1
1/73 ADDRESS CONTROL FOR MCll
1/73 ARBITRATION CONTROL FOR MCll
1/73 AR8ITRATOR CARD FOR MAil, DOUBLE 8,5
1/11 TlMING, MAll, QUAO 8,5
1/73 PORT, MAll, HEX 8,5
11/73 M1247, M165, M7821 ON ONE QUAD
11/71 M7247 , M7246 ON ONE QUAD
11/73 16CH 1081T AID, 1 eM olA, CLOCK, 4 LAYER HEX
PCll CONTROL BOARD, FOR KAJl
11/72M791 + MI05 + M'1921, QUAD X 8,5(tNTERFACE BETWEEN 11 , HIGH SPEED REAOER/PUNCH)
9/71 DQ11.AA BUS SELECTORS, CSR'S, SHIfT REGISTERS, HEX 8,5
9/73 OQI1~AA CHAR COUNT, 8US AODRESS, SHIFT.CONT, HEX 8,5
9/73 OQtl-AA MODEM CONTROL COOl I-SA), SINGLE 8.5
3/73 Doll-AS BUS SELECTORS & BLOCK CHECK CHAR, HEX 8,5
3/73 OQ11.AB CHAR DETECTIOH , SEQUENCE CONT (D Q 11.SB), H~X 8,5
LAYER)
MODEL
NO
PROD
LINE
M7818
11
"'792
11
M7820· 11
M1921
11
M7922
11
M7R23
11
M1824
SSCAL
M792511
M7826
CSS
M7827
CSS
M7928
CBS
M7829
SSCAN
M79)
11
M18Jl
M7832
11
11
M7934
11/40
M1R4
M795
M796
11
11
11
11
11
11
M78bO
M7B7
M188
M7R9
M7892
M790
M791
M7910
M792
M792.YA
M792",YB
M792.'iC
M792"'YO
M792"'YE
M792 ... YF
M792.YH
M792.Y\}
M792 ... YK
M793
M791 ... YA
DES
ENGR
STATUS
MO/YR,
RL
2
PJ
PJ
1.
OES
GSO
FZ
ABW
2 11/73
LO
DRS
DLM
PJ
GH
Gli
JO
PJ
PJ
PJ
DJD
CA
Po
PO
ORM
Po
BEATTY
DJD
11
11
11/45
11/45
CPL
11
CBS
11
11
SSCAL
M791.YB SSCAL
M7930
11
M7930""YA CSS
M794
11
M795
CAT
M796
11
M79b.YA DAS
M797
11
M798
t1
M199
11
"17990
11
M7999
CBS
M800
IPG
M8000
CSS
2/72
~
Fto
11
11
5
BPf'
8P~"
BPF
GEf'
aPF
SPF
BALL
PJ
1,,0
TM
CA
8E
3
9/73
5/73
1 7/7]
2 9/73
1 9/73
2 9/73
3 9111
5
1 9/72
1 10/73
1 1/71
5
5 S/7l
5
5 11/72
5
5
t 2/70
4 7/71
1 2/70
5 11/71
4 S/7l
5
5 l111t
5
5 5171
5 8/72
5 8/72
~
10/7)
4 5/7]
1 4/7l
2 tO/73
5
1 3/72
OF
t
10/72
DJD
5
5/71
,
3/71
ABW
VB
DCB
RCR
RG
FS
S
S
5
2 0/71
5
5
5
5 3/72
ST
] 11/71
FE
MS
5
MeOt
IPG
BG
M802
IPG
FE
,
5
5
& NPR CONT, DOUBLE 8,5
INTERRUPT CONTRO~, 6 BITS, 1 PER POP11 PERIPHERAL
INTERRUPT CONTROL, 7 BITS, 1 PER PDP!l PERIpHERAL, ~lLL B~ REpLACED 8~ M7821
FAST M7&20
DU11, QUAD 8,5
WATCH DOG TIMER, KW11-W, DOUBLE 8.5
PUNCH INT~RFACE, CP11~UP, QUAD
BACKUP FOR M7822, DUll, HeX
OVS11 sERIAL LINE XMIT/RECEIV~R, IYNC, ASYNC, ISOCHRONOUS, UOUBLE 8,5
XY]11 CO~TROL BOARD, DOUBLE 8.5
REMOT~ OT03 BUS SwITCH CONTROL, DOUBLE i,5
X BUS TO UNIBUS INTERFACE, USED WITH W7400 MODULES
12 8US DRIVERS, PDP""11, SINGLE X 8,5
4K 16 BIt STATIC N.CHANNE~ MOS MEM, HEX 8,5
8K lS-S1T DyNAMIC RAM C4K CHIPS), 4 LAyER HEX
TI~lNG (PARITY), KD11~A, 8,5 HEX
UNIBUS RECEIVER, POP-l1
UNIBUS DRlVER & RgC~IVER, 8 B1T5, POP.11, SINGLE x 8,5
UNIBUS TRANS & REC. & REG, 16 81TS, PDP-1l, DOU8L~, 8.5
M186 + MIOS .~7~21, QUAD X 9.5 (GENERAL DEVICE INT~RrACE TO 11)
LINE FREQU€NCY INTERRUPT CLOCK
MRtl.A CONTROL LOGIC, DOUBLE, 8,5
~Rl1~A OEVICE.5~L~CTOR, DOU8~E, 8,5
M7292 W e881 & 380
MR11~A D~TA R~G15r~R, DOUBLE, 8.5
LA]O INTERFACE FOR POP11, OBL X 8,5
M791 • Ml05 J M7821, QUAD x 8,5 (PARALLEL INTERFACE BETWEEN 11 & LA30P)
12 WORD, 16 BIT ROM DIODE MATR1X, ALL OlODts IN, QUAD, 8,5, USED IN 0011
PAPER TAPE LOADER
DISK LOADER ROM
CARD READER BOOTSTRAP ROM
CARD 1 OF MR11-0B BUOSTRAP LOADER
CARD 2 or MR11.0B BOOSTRAP LOADER
OS500 LOADER ROM
TAll BOOSTRAP LO~OER
SELL SP£CIAL TM11 LOADER
VT20 BOOTSTRAP
CONTROL FOR LINE PRINTER (LP11), DOUBLE, 8,5, SID~ M904 CONNECTOR
CONTROL FOR DATA PRODUCTS 2440 & 2770 (FORM FEED)
CONTROL FOR DATAMETRICS MC)OOO ~lNE PRINTER
M79l • ~105 • M7921, QUAD X 8,5 (INTERFACE TO DATA PRoDUCTS LINt PRINTERS)
M7900 W ADDED ZONING & VERTICAL FORMAT
MOOEM INTERFACE & CONTROL CA~D (Dell-D)
WORD COUNT, CURRENT MEN ADOR~SS, DOUBL~ X 8,5
UNIBUS MASTER CONTROL, SINGLE X 8.5, USED WITH M782
M796 W Cl~5uF (DA28.C)
REGISTER SELECT MODULE, SINGLE X 5, USED ~lTH Ml0S
UNIBUS DRlvER, 16 CHANNELS, WIRgo OR lNPUTS, SINGLE X 5
DISPLAY CONTROL FOR AA11, DOUBLE X 8.5
LAB11 CULOR CONTRUL, SINGLE X 8.5
M799 WITij ABILITY TO HANDLE A LIGHT PEN
6 RELAYS & 6 M050 DRIVERS
SOLID stATE Meoo, 50 MA MAX, ./- 50V, TELEDyNE 640-1 RELAYS
6 LATCHING RELA~S, DOUBLE, 6"
12 BIT LATCHING RELAYS FOR 0001
9/73 DQtl·AA HARDWIRED CHAR DETECTION
10/71
SR
11
11
11
11
11
~
DESCRlPTION
4113
157
MOOEL
PROD
PES
NO
LINE
~NGR
STATUS
MO/YR
M802.YA {PG
RG
1 6171
M80)
IPG
FE
~804
IPC;
M805
M806
Pt1807
IPG
IPG
IPG
~8100
~8tOl
11/45
t 1145
SJ
SJ
5
5
5
1
5
M81.02
11/45
11/45
SJ
~8103
Fe:
FE
FE
P"E
4
4
4
4
4
M8,.04
M.8105
11/45
11/45
SJ
AEIi
AEH
M8106
11/45
AEH
M8107
M8tOS
11/45
11/45
BG
BG
M8109
11/4S
OV
4
M8ttO
11/45
JZ
4
11/45
M8111""YA 11/45
M8tt2
11/45
SW
M811l
M8'.14
",8115
LBM
LBH
LBH
8G
01
4
4
4
4
4
5
M8ttl
11/45
11/45
"'8116
11/45
11/45
~91.98
11/45
M8199
11/45
"'820
11
M8,0""JA 11
M82·1
11
"'821""JA
M822
M822""JA
M822""YA
M823
M823.,JA
11
11
11
11
11
"'924
11
11
M824""JA 11
M824.,YA 11
14825
11
"'825"JA 11
M82S.YA 11
"'8251
11
~826
11
M827
11
M828
11
M8280
11
'4829
11
M8290
11
'48293
11
M8294
11
S~
tJ8H
01
JO
JO
Jo
JO
JO
JO
JO
JO
1
1
5
t
5
t
5
1
5
5
1
~JO
5
1
5
5
JO
JO
JO
JO
Jo
JO
eo
SR
CA
DV
KK
DJD
DwS
OWS
AlE
M8301
"'8302
S/E
LK
GHL
r...K
8/E
AlE
JRB
LN
~8303
4
JO
M8l0
M8300
alE
4
4
"
4
DESCRIPTION
M802 WITH JUMPERS INSTEAD OF
158
RE~A¥S,
OR1V~S
CUSTOMER
R~~A~S
16 BIT M802
12 BIT fLIP FLOP MELlYS FOR 0001
16 BIT M804
5/7) 12 BIT SINGLE SHOT REALYS rOR DDOI
16 8IT M806
5/73 OAP (DATA PATH MODULE), 11/45, HEX X 8.5, 4 LAYER
5/71 GRA (GENeRAL R€GIST~R ADDRESS), 11/45, i.S HEX, 4 LAYER
5/73 IRe (INSTRUCTION REGIST~R CONTROL), 11/45, 8.5 HEX, 4 LAYER
5/7.3 RAC (ROM AODRESS CONTROL), 8,5 HEX, 4 LAYER
5/73 PDR (PROCESSOR DAtA & UNIBUS REGIST~RS), 11/45, 8,5 HEX, 4 LAYER
5/7] TMe (TIMING & MIse CONTROL), 11/45, 8,5 HEX, 4 LA~ER
5/73 UBC (UNIBUS CONTROL), 8,5 HEX, 4 LAYER
5/7] SAP (SEGMENTATION ADDRESS PATHS), 8,5 HEX 4 LAYER
5/7:) SSR (SEGMENTATION STATUS REG), s,~ HEX 4 LAyER
5/73 TIG (TIMING GEN~RATOR), 8,5 QUAD ,4 LAYER
5/73 MEM CONTROL FOR MOS OR BIPOLAR MEM, 8,5 HEX, 4 LAYER
5/71 lK X 16 BITS 8IPO~AR MEMORY
5/73 18 81T Malt!
5/73 rRM (fLOATlNG POINT ROM CONTROL) 8,5 HEX, 4 LAYER
5/73 FxP (fLUATING POINT EXPUN~NT DAIA PATHS) 8,5 HEX, 4 LAY~R
5/73 FRH (fRACTION HIGH ORDER DATA PATH) 8,5 HEX, 4 LAXER
9/73 FRL (FRACTION LOW ORDER DATA PATH) 8,5 HEX, 4 LAY~R
5/73 SJB (SEGMENTATION JUMPER BOARD), 8,5 HEX, 2 SIDES
11/71 FlO (FLOATING INT~RFACE DATA PATH), HEX 8,5, 2 SIDES
11/71 FIC (FLOATING INT~RfACE CONTRUL), HEX X 8,5, 2 slOES
DATA PATHS CONTROL, KA11, QUAD, 8,5
7172 SYSTEM.TESTEO M820
MEMORY CONTROL, KAll, DOUBL~, 8.5
7/72 SYSTEM~TgSrED M821
FLAG CONTROL, KA11,OOUBLE,8,S
7/72 SYSTEM"TESTED Mi22
5/73 M822 fOR KHl h·A
5/73 CODES, DATA, PDP~11, SINGLE, 8,5
7/72 SYSTEM~TESTED M82J
PRIORITY, KAll, DOUBLE, 8,5
7/71 SYSTEM-TESTED M824
5/73 M824 FOR KIHlt!OA
POWER FAIL, SINGLE, 8,5
7/72 SYSTEM.Te$TED Mi2s
5 5/71 M8~5 FOR J(Hll.A
5/73 NPR EXPANSION, KH11.A
~
75 TO 250 NS CLOCK WITH SR, (8 PHAS~ CLOCK), SINGLE X 8.S
5
CLOCK & STATES, K~ll.A, QUAD, 8,5
5
5 11/71 KY11.a COHSOLE BOARD, DOUBL~, 8.5
517] CONSOLE INTERFACE FOR l1R20, KY11-E,.Y, QUAD X 8.5
5
5 11/71 CARD READ~R CONTROL, OOUB~E X 8.5, fOR CR11 & eMIl
5 5173 M829 + MI0S + M829, QUAD X 8.5
4 7/73 M729l W NO 8838 1 5
1 8/73 32K TIMING & UNIBUS INT~RfACE, MMll.W, .WP, QUAD
MAJOR REGISTER fOR KKS-E
Ii 7/71
MAJOR REGISTER YOR KK8-E, REPLACEs M830 wHEN USED WITH M83l0
5
alE INDEX REGISTER OPTION, QUAD 8,5 WI~g WRAPPED
t 7/72
4 5111 LV01 CONT, LV8, QUAD 8,5
VTS-E MUI, USED W1TH M8JJ5.7, QUAD 8.5
1 9/72
t
MOOEIJ
NO
PRO/')
DES
LINE
ENGR
BIE
RBR.
8/E
RBR
"'8304
M8305
M8306
S/E
VOS
M8307
16
M830a
LVP
alE
MWS
8M
~811
M8JI0
M8l11
M$312
M832
"'8.12 0
t.18321
148322
M8323
M8326
"'832 7
..,8328
M8329
M833
8/E
LK
GHI"
at
BIA
alA
B/E
JK
ST
8/E
GMt,
BIE
GHL
8/E
8/E
9/£
GHL
BIE
TPL
GHL
SG
SIS:
,IK
M8330
e/t
alE
GHL
~8331
alE
LN
M8332
M8333
"'8.134
M83lS
"83]6
M8337
1481]8
M81l9
148340
M814t
148342
M8l4]
M8144
M8l4S
M8346
Mel47
148349
14
AR
GML
14
AR
14
AR.
alE
PK
PK
PK
alE
9/t
SSMU
SSMU
WE
8/E
GHL.
alE
WE
GHL
8/E
JK
8/E
OA
DA
9/E
8/E
BIE
B/E
alE
M8349 .. YA 9/£
M8149 .. yC 8/E
M8149-YD 8/E
M8349 ... YF; 14
alE
14835
~8350
GHL
LN
DA
OA
8T
DA
OA
OA
DA
AR
LK
8/E
liT
M8l50·YA QC
8/E
148351
00
GHL
8/E
GML
GHL
GHL
PI
e/E
RI
8/E
8/E
8/E
LT
elB
LK
M8352
8/E
14835)
"8354
"8355
"8:J56
"836
J48360
11837
"'8370
alE
8/£
J"J(
LN
STATUS
MO/YR
DESCRIPTION
159
11/72 INT£GRA~ MODEM (113A EQUIVALENT), DYS-SA, QUAD 8.5
t 11/72 INTEGRA~ MODEM (1118 EQUIVALENT), DFS-Sti, QUAD 8.5
2 5/73 SMCOl INTERFACE, QUAD 8.5
1 1/71 PROM SIMULATOR/~OAD~R C6NTROL, ~OADS M7J27
2 6/73 COORDINATE MEASURING SYSTEM INTERFACE, QUAD
REGISTER CONTROL fOR KKS-E
6 6/71
REGISTER CONTROL fOR KK8-E, REPLACES M8lt WHEN USED WITH M8300
5
5/7) 4K X 12 MOS RAM W ROM tNT~RFACE; QUAD (Mse.AA)
t
5/73 ROM, QUAO
t
6 2/72 LOAD RESISTORS FOR BUS, 9/~
aus LOADS rOR B/E. REPLACES M83~
5
4 7/73 TM8 ... E OUTPUT CONTROL
4 5113 TM8.E CONTROL , BREAK
4 5/73 TMS-g TRANSPORT STATUS CONTROL
INTERPROCESSOR bUFFER, alE TO 8/E, UP TO 8 PER COMPUTER
'5 1/72
9/73 TM8"g REGISTERS
~
5
BUF MEM CLAMP LOADS, SWITCHES , INDICATORS
$
5/71 LC8 ... E PARALLEL INTERFACE TO LA30~P. 8,5 X QUAD
6 2/72 TIMING G€N FOR KKe-E
5 5/7] IMPROVED MQ1) (SEE M8347)
4 4/73 CASSETTE CONTROL (TAS/E)
5 11/72 DC14.a CONTROL (USED WITH UP TO 12 MB333 t S), QUAD x 8,5, PLUG INTu OMNIBUS
5 1113 DC14-C ASINC l4 81T ERROR CORR, IMIT & RECEIVE, ij,5 X QUAD, PLUG INTO uM~lbUS
5 11/72 OC14.0 CONTROL (USEO wITH UP TO 12 M8333 f S), UNlBUS COMPATIbLE, QUAD X S.5
5 5/73 VTS-! KEY80ARD PRINTER CONTROL, QUAD 8,5
4 5/71 VT8.E FREQUENCY DIVIDER, QUAD 8.5
5/71 VTS-E LI~~ BurrER, QUAD 8,5
4
BIt INT~RFACE TO fACIT 4001 , 4003 PAPER TAPE READER
:3 2/72
3 2/72 8/E INTERfACE TO 'ACIT 4060 , 4061 PAPER TAPE PUNCH
'5 8/72 EAt INSTRUCTION DECODER
5 11/72 EAE RtGISTER CONTROL
5 10/73 LSR.E PARALLEL CONT- WILL REPLACE M8329
1 1/72 RC8/E BOARD 1 QUAO 8.5
1 3/72 RC8/E SOARD 2 QUAD 8,5
1 3/72 RCS/E 80AAD 3 QUAO 8.5
1 3/72 RC8/E BQARO 4 QUAD 8.5
9/73 TIMING GENERATOR fOR BIE W STOP CLOCK INPUT, CAN REPvACE M83l0, QUAO 8,S (KMS-F) (ECOID INTU M8330)
4 9/73 lK 12 BIT PROM, CONT + 256 WORDS R/W, (INTEL 1702 REPROGRAMMABLE RUM), N~EDS +5V & -15V,QUAO 8.5
2 7/73 MS349 WITH ONLY 256 WORDS OF PROM
2 8113 M8149 W lK 12-81T PROM ON~r
2 8/73 M8349 W 512 12~81T PROM ONLY
2 9/71 MB149 WITH ONLY 1~ 12 BIT PROM & NO SWITCH START LOGIC
POSITIVE BUS INTERFACE CARD FOR POPH.E
6 8/71
5 11/71 rAST!R M815, REPLACES M835
5 8/72 M8150 MODIFIED rOR TERRADYNE IC TESTER
t 6/73 MASS 6US INTE~FAC', CARD 1
6/73 ~ASS aus lNTERFAC~, CARD 2
t
1 6/73 MASS BUS INTERFACE, CARD 3
6/71 MASS 8US INTERfACE, CARD 4
1
2 10/73 MARS (MAJOR ACTIV~ REGISTERS & STATUS 81TS) PANEL DRIVER, QUAD
2 10113 KEY OPTION' MATCHES KEYS TO MEM AODRESSREGlSTtR , HALTS, QUAD
6 9/71 DATA iR~AK sUS INTER'AC~ CARD FOR PDP8.t
FASTER M$l6, REPLACES M8l6
5
MEMORY EXTENSION CONTROL rOR PDP8.E, ALSO TIME sHARE
5
1 1173 CP BOARD, HEX
!
,
MODEL
NO
MI38
14839
PROD
LINt
B/E
alE
lIE
M840
M840wYA 8/E
M8401
BIt
14841
9/E
14842
148420
8/E
SS"1U
'4843
8/E
DES
€NGR
R8R
RBR
LN
I(Q
eRB
LN
t"N
WK
Lr
M841"YA CSS
M844
8/E
lDt.
14845
AOL
'4846
9/E
8/E
M947
elE
M847.YA 8/E
M84.,.yC SIt
M847.YD
M847-YE
M841.YF
M847.YG
M847.Y.H
M847"YJ
M84,.YK
M841.YL
M$4'.YM
14948
148480
14849
M850
M8S01
M8502
M8501
148504
M850S
M8506
M8507
M8508
Me509
14851
14860
8/E
8/E
~B
LT
LT
LT
LT
S/E
LT
LT
S/E
8/£
LT
8/E
10
LT
NR
KE
8/E
liT
TYP
JOL
LN
8/E
8/E
S/i:
8
CSS
CBS
CSS
CBS
CSS
CBS
CSS
CSS
CSS
IPG
liN
ADL
WH
DH
OH
JTN
JTN
JTN
. JTN
JI"M
JLM
JLM
8/E
FE
LN
M861
8/E
8T
M8610
Sit
M8611
14862
'4863
9/E
8/E
8T
8T
8T
S/E
AW
M864
8/E
14865
Sit
MS6S.YA alE
14865-Y9 8/E
Me6S-YC FS
148650
S/E
M86S0 .. YA alE
M8650",YB FS
M8651
CSS
"18652
8/t
AOL
RBR
RBR
RBR
Ea
R8R
RSR
EB
BV
PBR
STATUS
MO/YR
7
11/70
Ofi;SCRIPTION
It>O
ASYNCHRONOUS CONTROL FOR DTa-E
5 11/72 SyNC MODE INTERFACE CARO fOR OPS-E
5 1172 PC04-SL , PC04.SM CONTROL CPC8~E, PCe-El)
1 5/73 M840 MODIFIED TO DRlVE PR68
1 9/70 PR68",O INTERFACE TO OMNIBUS, DOUBLE X 8,5, FOR
DATA PRODUCTS J.,lNE P.RINl'ER CONTROL, LP9-E
5
PDPll.MA
xy PLOTTER CONTROL
6/73 CONTROL FOR CALCOMP 9361 XYS-F, QUAD
5 11/71 GDt CARD READER CONTRO~
2 71'1 M943 WITH DEVICE CODE OF 33 & 31
TIMING , CONTROL FOR vse-g
'1
7 3/71 CHARACT~R GENERATOR FOR VAS-!
PUSH DOWN ~IST CONTROL, KH8.£
t, 1/70
5 9/72 ROM, MIS-g, ALL OIODES IN
5 8/72 ROM FOR M18.EA HIGHILOW SPEED pApER TAPE RIM
5 8/72 RO~ FOR MIS.Ee, Te08 BOOTSTRAP
5 8/72 ROM FOR MIS-EO, RK8 BOOTSTRAP
5 9/72 ROM FOR M18.EE TYPSET _1M LOADER
ROM FOR MIS.EF, EDU SYSTEM BOOTSTRAP, LOW SPEED
~ 8/72
5 8/12 ROM FOR ~19~EG, EOU SYSTEM HOOTSTRAP, HIGH SPEED
5 1/72 TOe.E BOOTSTRAP (M18wEH)
5 7/73 RK9/E BOOTSTRAP (Mla-EJ)
5 fi/') eRe BOOTSTRAP FOR DC72
9111 TU60 iOOTSTRAP (Mle.EL)
Ii
5 9/73 TyPESET OECTAPE BOOTSTRAP
POWER FAI~ DETECT & AUTO RESTART, ewE, QUAD
5
IMPROVED M848, US~D ONLY wITH Ma330
6 9/72
R'1 sHIELD, 9.. E, QUAD
5
EIA· FULL QUPLEXI"EVEL CONVERTER, W076 PINS, PIN K MUST BE .. 15V
S
1 9/71 TELEX INV~RTER, DBL X 8.5 (w941)
TELEX DIAL!R, QUAD X 8.5 (W~40)
1 9111
2 11/71 DP11/0MA CONTROL CARD, QUAD X 8,5, WIRE WRAPPED
2 11/71 OQS11.A REGISTER CARD, QUAD X 8.5, WIRE WRAPPED
t 6172 DQS11-0 RtGISTE,R CARD, QUAD 8,5,. WIRE WRAPPED
1 6/72 OQS11 CONTROL CARD, QUAD 8.5, WIRE WRAPPED
2 10/73 READER INTERFACE & CONTROL (1 PORT ASYNC MUX), RT90, QUAD 8,5
2 10/73 KEYBOARD ENCODER MODULE, DOUBLE 8,5
2 10/73 INDICATOR MOD, 24 LIGHTS ON 1 l/1b" CENTERS, 12,6V CT
8US REC~IVER , 8 BI~ ADDRESS DECODER FOR 0002
!S
5 6173 REAL TIMt CLOCK, OK8wEF, e.£, QUAD
256 WORD R/W, a.~, QUAD, DRIVERS, DECODE
1 2/71
1 2/71 256 WORD STACK BOARD
1 6/71 M8610 WITH CORE STACK ATTACHEO
256 WORD ~/W SENS~, INHIBIT, , DATA REGISTER, 8/E, QUAD
1 2/71
5 2/72 12 CH DIGITAL 1/0 (DRa.EA)
7 9/71 MULTlPLEX INTERfACE FOR vse.E
7 9/7) CONSO~E TELETXPt CONTROL, 110 BAUD, KLS-E, QUAD X 8,5
1 8/70 150 SAUD, KLS.E8
1 J/71 100 BAUD M8&5
1 6/72 M86S FOR PMK02 CASSETTE
REPLACEMENT FOR M865, QUAD X 8,5
5
5 12/71 REPLACEMENT FOR M86S.YA
TTY CONTROL, PMK02.S
S. 9172
CONSOLE TTY CONTROL, OIF DEVICE CUDE FOM TTY (40 , 41)
1 4/71
4
5/73 DOUBLE BUFFERED ASYNCH DATA CONtROL, QUAD X 8.5, KLijwFA, 110 BAUD
5
2
MonEL
~O
PROD
LINE
ENGR
STATUS
MO/YR
DES
OE$CIUPTION
161
M8652-YA alE
R.SR
4
M8()52"'YB 8/E
RBR
M86S2",YC 8/E
RBP
4 5113 M8652 134,5 BAUO, K~8~FH
4
5/73 M86S2 (14.746 MHZ CRYSTAL), KLB.FJ
3 12/71 M8652 WITH 13,107 ~HZ CRYSTAL (fOR 100 SAUD)
~8652"'YD
css
li!8652.YE TPL
BIE
~8653
J.18655
"1866
M8£,7
B/E
8/E
alE
we::
MI
R8R
RBR
R8R
OF
8/E
8/e:
DA
'1869
M86~h'YA.
CSS
MS
M870
Me71
M872
M87]
M873",YA.
12
12
SNT
11
11
DR
"1990
B/E
M8~1
e/E
RH
M8B2
Mee3
9/E
WH
ADL
B/E
ADL
fI1868
"188.30
M884
"1895
M8R6
Me90
A4890t
M9902
M89!)3
t.18904
M890S
M8906
1048907
M8908
M8909
M891
M8910
M891t
M8912
M892
"'893
M894
"1895
M896
M897
M898
"'899
AC
12
OR
1
5 5113
7 5/73
5 1112
iii 11/71
1 7172
5 5/73
1 10/70
t 10/70
2 10/7]
2
11/73
5
5173
9/73
7
5
6 2/72
9/E
ADL
5
JK
AW
WH
JH
IS
PEPIPH
PERI PH
pERIPH
PERIPH
PERI PH
PEP.IPH
PERl PH
JH
JH
JH
J,H
JH
JH
PERIPH
PERIPH
P~RIPH
HO
PERIPH
PERIPH
PERIPH
pERIPH
P£:RIPH
PERIFH
PERIPH
PERI PH
PERI PH
MOM
JH
JH
JH
MOM
KL9~F~, COMMUNICATES w Otl1 .. C
MODEM CONTRO~, KLSeM
K48wJ, QUAD, 110 TO 9600 SAUD CONT, 20 MA , EIA
EtA LEVEL CONVERTERS FOR 104839 (DPS"E)
INCREMENTAL TAPE CONTROL (TRS.EA)
DECTAPE CONTROL, SIMPLE, (TD8~EA)
POINT PLOTTING SCOPE CONTROL SECTION 1, (VC8~E), QUAD X 8,5
MODIFICATION FOR kPllOC SCOPE (10 USEe INTENSifY PULS~)
IMPLEMENTS SIMPLE CLOCK INPOP1~
2 16 8IT REGlSTiR5, 1 4 SCD FOR BINARY.ijCD-SINARY CONV, NEEOS M872, DOUijLE X 5
CONTRUL FOR M871
UNIBUS R!START W SPACE 'OR 4 ROMS, EA 25614, QUAD
UNIBUS KESTART W 128 WORD ROM, INCLUDES M192-YA, .Ya, .YO, ~YE, .YF, wYN, 0011, QUAD 8,5
256 WORD kOM, 8.E, QUAD, (USES G643)(MR8.EA)
AUTOMATIC PRIORlTY INTERRUPT, 8,5 QUAD, KfS-E
REAL TIME CLOCK. LINE FREQUENCY COK8-EA) 8.5, QUAD
REAL TIME CLOCK, CRYSTAL, (OK8.Eel 8,5 QUAD, 3 FREQ CHOICE, REPLACED 8Y M83l0
M88l wITH 4 FREQ CHOICE
REDuNOANcr CHECK, CRe , LRC , VRC GEN & CHECK, KG8~E, QUAD X 8,5
POINT P~OTTING SCOPE CONTROL SECTION 2, eVee-E), QUAD x 8.5
1024 WORD ROM, 8-£, QUAD, USEs G642
MOTION CONTROL FOR TU10, DOUBLE X 5
DATA SYNCHRONIZER, TU16, QUAD 9,5
TM02 TAPE CONTROL, PE, QUAO
TM02 TAPE CONTROL, COMMON MODE, HEX
TM02 TAPE CONTROL, NRZI, QUAD
TM02 MAINTENANCE REGIST~R, QUAD
TM02 16-SlT FIDDLER, QUAD
8/73
8/73
1
8/73
1
5
8/7) TM02 MA$i BUS INTERFACE, HEX
5
CRe , WR1TE GATING FOR TU10
TU1& LOGIC & WRIT~ SOARD, HEX 8.5
TUt6 SLAVE CLOCK, MOTION DELAY, DOUBLE 8,5
TU16 SLAVE TEST FUNCTION GENERATOR, DOUBLE S,5
GAP TIMING & READ PARITY, FOR TU10 MASTER
1/71
9 TRACK WRITE BUFfER FOR TU10, +LOGIC VERSION or M763
7 TRACK WRITE BUFfER FOR TU10, +LOGIC VERSION OF M764
1/71
READ' WRITE TIMING FOR TU10 MASTER
11/71 CRCC CHECKER FOR TU10
'-
9170
t
1
1
5
7
5
PERI PH
THRU -YG
1
7
JH
1/7~
5 5/73
7 9/73
5
1 12/72
1 8111
1 8/73
1
K~8.Fa
&173 M8652, 4800 BAUD,
2 1/72
2 9/73
AlE
BIg
8/E
5173 M8652 150 BAUO,
1/73
1/73
8/73
DELAY SELECTOR FOR TU10-C,-D
CONNECTORS " TERMINATORS
M9no
M9000
M91')Ot
M9002
M9001
8
COM
PERIPH
PERIPH
QC
RA~
JH
JH
EF
5
4
1
't
CONNECTOR TO 8/1 CONSOLE, 10 SIGNALS, 2 GNDS, TTL BUFFERING
GPANT CO~TINUITY BOARD FOR UNIBUS SLOTS IN CBlt, DOUBLE 2 3/8
3/71 8US CONNECTOR, 2 H854'S BUSSED TOGETHER, ALL SIGNALS COME OUT, DOU8LE BfS
3/73 SUS TERMINATOR, 1 H854, ALL SIGNALS COM~ OUT, DOU8L~ 8,5
6/73 DOUBLE MODULE TO fLAT MYLAR (40 SIGS), ALL PINS, ROOM FOR R~SlSTORS TO +5, GNP, , IN SERI,S
5/73
~OOEL
PRO~
D~S
~O
LINE
ENGR
"'9004
M9005
M9006
"'9001
~9008
M9009
M9l)l
QC
10
1.0
QC
Ef
TPL
TPL
CAT
AJM
AJM
SU
SU
IR
.4M.902
15
M9021!J1A 8
tiL
M902-YB 8
MA
~903
MA
CAT
CAT
8
M90S
CAT
M906
M906""YA 12
CAT
M907
CAT
"1908
M908",YA 15
MOOR
~908""Y8
11
DR
CAT
DCB
DCB
M904
"'909
"'910
M9100
"'911
M911"YII
M912
M913
M914
M915
"1916
M917
M9t 70
"'918
M9t9
M9t90
M9t91
M920
M9200
'4921
M922
'M923
M924
"1925
M926
M921
CAT
MOO
Dy
Dca
15
HL
SSCA
DPS
CAT
DCB
MOD
15
DV
CAT
DCB
FA
15
CAT
Dca
10
JD
11
10
11
CRa
11
CRS
SW
CAT
t1
t2
DC8
STP
KA
LG
Dca
CAT
pERIPH
CS5
CV
11
PJ
CAT
Dca
CA
M929
11
11
eR8
M9~90
10
S1P
"1930
t1
M<)30 .. .)A 11
t!1910"'YA t 1
M9300
11
"'931
M932
M933
M934
M935
10
10
CAT
12
8/E
PJ
PJ
l(A
SJ
SU
FF
AR
AW
PG
STATUS
DESCRIPTION
162
MO/Y~
6/1)
8/71
2 9/73
t 9/73
1 10/73
TO ANY CONFIGURAtION, TU60 XOR
M~006, OOUB~E 8,5
MA20 S BUS CABLE SOARD, 2 1M CASLES, 40 SlG, DOUBLE A,5
5
R1BSON CASLE CONNiCTOR, 10 OHMS IN A2,82,Ul &Vl, ALL OTHERS STRAIGHT THRU
1
1
1 H8S6, 2 H854, CAN BE
MA20
T~RMINATOR,
~1~ED
SAME PINS AS
33 1000""OHM RESISTORS TO +Sv
H854 TO 36 PINS, A, 8, UU, VV NOT CONNECT~D, SINGLE 5 (5409209)
1 10/73 H854 TO ]0 PINS, M, N, P, S NOT CONNECTEO, SINGLE 5
FLAT MYLAR CA8LE CONNECTOR, 10 OHMS IN A2,B2,Ul & VI, 2 CA8LES
5
6 1/71 TERMINATOR, 18 100 OHM RESISTORS, M903 , M904 CONNECTIONS
18 470 OHMS RtSlS'IORS ( MS. TERMINATOR, 8 + BUS)
5
6 100 OHM & 12 470 OHM RESISTORS ( TERMINATES AC, lOP, ON 8 + BUS)
5
§
FLAT MYLAR CONN~CTOR, 18 SIGNALS, 14 GND PINS·
COAX CONNECTOR, 2 9~CONOUCTOR COAXES, M903 PINS
5
SPECIAL RIBBON CABLE CONNECTOR, OF]2
15
CABLE TERMINATOR, 220 OHMS TO +5V, CLAMPED TO 3Y & GND, M903 PINS
'5
5 5/73 M906 WITH NO 220 OHM RESISTORS
M9~6 ~lTH eLAMPS ONLY TO OND
5
2 1/70 Rf09 MAINTENANCE CAR~, REPLACES CABLE TO Rs09
5 5/73 M908 WITH HANDLE
TERMINATOR, 18 68 OHM RESISTORS TO GNO, FOR 15 110 BUS
5
5
TERMINATOR, 18 68 OHM RESISTORS TO +5V, FOR 15 1/0 SUS, PRoe ENO
5 5/7] 2 H854 ON SINGLE 8.5 CARD
TERMINATOR, 18 100 OHM RESISTORS to +5V, rOR 15 ~EM BUS
6 1/71
1/13 M911 W 1.2K RESISTORS
3
110 BUS CARD, 16 PAIRS, M904 CONNECTIONS
5
7 1169
(NEVER HADE), 6 TERMINATORS, PIN COMPATlBLE WITH M520,530,620, ~ 630
CA8L! CONNECTOR, Rr09 TO pATCH PANEL
5
15 WIRES TO PDP_1S CONSOLE WITHPYLL",UP RESISTORS
5
35 WIRES TO PDP15 CONSOLE WITH +5V CLAMP DIODES
5
M904 WITH RIBBON CABLE COMING IN 'IIHER SIDE, FOR MM15
5
15 9/73 M9t7 w SPLIT LUGS & CLAMP ON SIDE 2
M901 WITH CABLE COMING OUT gITMER SIDE 8ut JUMPtR8 IN Ul & V1, NONE IN A2 & 82
5
5 5/73 11 EXT~RNAL BUS, 2 cO~WIRE MY~AR, DOU8LE, 2,5, 56 SIGNALS, 14 GND PINS
1 6113 M919 WITH +5 ON AA2, SA2
1 9/73 Mg19 W SIDE 1 & 2 INTERCHANGED
5 5/73 73 WIRE MYLAR, 1t INTER~AL BUS, 2 SOARDS 1" APART, M919 Pl~S
5 5113 M920 W BOARDS 0,5" APART
DEVICE CODE SELECT JUMPER MODULi, FOR 1 10T.S
5
5 5/73 M901 WITH JUMPERS INSTEAD OF RESISTORS FOR INDICATOR BUS, NOT TO BE USED ON 80TH ~NoS or AN~
TUS6 OptION CONNECTOR, REpLACES W012 WH~N READER/WRITER$ ARE IN TU56
5
1 4/72 24 LINES IN, ROOM fOR SERIES , SHUNT COMP TO COMMON
SHORT M90l WITH NO SLOTS, RIGHT ANGLE
5
M901 WITH 100 OHMS IN SERIES WITH lOME OF THE PINi
5
SHORT RIGHT ANGLE M904, FOR 0011-R, SlNGLt X 3.75
5
5 5/73 MIRROR IMAGE OF M919 FOR OTHER END OF CABLE
6/73 M929 WITH +5 ON AA~, SA2
t
TERMINATOR FOR POP-l1 BUS, (M919 PINS), 120 OHMS TO +3V, 1000PF ON SFI & afa, DQUiLE 2 3/8
5
1 7/72 SYSTEM.TE~TEO M9l0
1 8/73 M930 W EXTERNAL CABLE FOR +5V , GND
4 1/7) UNI8US 8 TERMINATOR (M9l0 + NPR LOGIC)
15 TERMINATORS, 2K TO +5V, CLAM~tO AT +,7$ , +3V, M90l PINS EXCtPT 9 INDICATOR QUT'UT$, KilO
!5 11"72
1 11/69 DOUB~e HEIGHT M901 WITH CA8~E C~AMPS IN MIDDLE & HANDLES ON END
20 RIBSON CABLE LUGS, AL~ STRAIGHT THRU, SP FOR SHUNT COMP TO GND OR JUMPeR S~L VUwT BUS
5
5
5
ROBOT CHEMIST CABLE CONN, 14 CH, ATTENUATORS, AMPS
VARIATION OF M920 FOR 8/E INTERNAL 8U8
CABL~
MODEL
NO
~936
~937
PROD
DES
LINE
ENGR
STATUS
MOIYR
PG
PG
5
~940
8/E
8/E
8
8
14
M9'j8
tl939
MI
5
5173
MIPP
AR
5
S
5/73
5
5
5
5
5/73
M941
PERIPH
M942
IPG
M943
15
HI"
r.t944
14945
M946
M947
IPG
IpG
MORO
IPG
M949
10
10
M949
10
"1950
M951
"4952
M953
M954
M955
M956
M957
10
Css
10
5U
SU
su
su
cv
ATT
S/E
10
PG
SU
5
DCB
5
5
J
CAT
FS
PM
11
KK
..,961
8/E
8/E
PI(
14962
16
PK
PERIPH
RVN
WWO
119630
P€RIPH
WWO
114964
PERIPH
PERIPH
PERI PH
CAY
PNH
15
HL
M963
M965
'49650
M966
"'967
"1968
M9680
?t4969
M970
M9700
M911
M9710
M9711
M972
M973
""9730
... 974
14975
PM
PM
PERIPH
11
11
PJ
BPF
10
DREW
AlE
COM
RBR
WRS
alE
CSS
RBR
JLM
css
CV
t1
11
11
55
5S
11
11
AJM
5S
REt
CA
"'19760
M977
11
11
LOP
P'!
M979
11
HOF
'49780
TPt,.
14979
MI
11
"fOP'
~976
4
PG
PERIPH
PERI PH
M958
M959
M960
~
5
5
5
5
~G
OV
5/7l
5/73
lb3
PDPS-E lNTgRNA~ BUS CONNECTOR
MIRROR IMAGE M936
M903 CONNECTIONS ~ITij 18 3K LOADS CLAMPED TO .3V
M906 WITH lK RESISTORS INSTEAD OF 220 OHMS
M933 PINS, 10 GND, 10 SIG WITH 82 OHMS TO +5V
JUMPER/~XTENDER SOARD rOR TU56
M910 ETCH, DlfF~RENT RESISTORS. 0002
M901 WITH CABLE COMING OUT ~lTHER SlDE
BUS T~RMINATOR rOR AM07
EXTERNAL 8US CONNECTOR FOR UDC, M935 CONNtCTIONS + Al & 81 GND
5
MIRROR IMAGE M945
5
5 11/71 INDICATOR ORIVER, 24 CKTS, CABLE OUT BACK
5 11/71 24 RESISTORS TO CABLE, 4 RESISTORS TO COMMON POINT, COMPANION TO M947
5 11/71 9 INDICATOR DRIVERS, 18 SIGNALS, fOR KI CONSOL!
alE
alE
M951·YA tDP
~957""Y8
5
DESCRIPTIUN
2
11/71 9 RESISTORS TO CABLE, 9 R TO COMMUN, 18 RC rILTER~, CUMPANION TU M949
SELECTABLE CLAMPS MOOUL~, 12 CKTS, M906 PINs,(LOW VOLUME MODULE)
5/73 27 LEVEL TERMINATORS, CLAMPS AT +,75 ,
3.25V
40 CONDUCTOR 3M CABLE TO M903 CONNECTIONS, ,05 SPACING, USEO ON 8C08J~XX (18
2 40 CONDUCTION 3M CABLES TO M901 CONN.,lO OHMS IN A2,B2,U1,Vl, .05 SPACING
1 40 CONDUCTOR CABLE TO W077 CONN" 10 OHMS IN A2,82, PC8-E
1112 19 130 OHMS TO +3,OV, M90J PINS
9,5" LONG M908, NO HANOLE, CABLE CLAMP LOCATION ON SIDES & END
1/72 M9S7 WITH DIFFERENT VALUE RESIstORS
5/73 M957 W HANDLE, 0 OHMS IN A2, 10 OHMS IN 82, U1, Vi (RS03)
8/70 +SUS TERINATOR, 32 OHMS TO GND, DIODE CLAMPS, SINGLE X 5
22 FORKED LUGS ON SHORT BOARD fOR RIBBON CABLE, CRtl
SIGNA~S)
5
5 11/71 COMMAND CABLE CONNECTOR FOR TU56
~
11/71 DATA
CABL~ CONN~CTOR
fOR TU56
RT K.BUS TERMINATOR, REQUIRED TO TERMINATE RTM BUS, DOUBLE X 5
5
CONNECTOR FOR LA10 PRINT H~AD (14 COND)
5
5 10/73 CONNECTOP FOR LA30L PRINT HEAD (15 COND)
t 11/70 TERMINATOR FOR OECPACK
1 11/70
ijEAD
CAB~E
C~RD
FOR tAlO
9173 H£AD CABL~ CARD FOR LA10L
18 60-0HM RESISTORS TO +2.5V, M90) PINS
1 11/70 40 CONDUCTOR 3M CABLE, RIGHT ANGLE, ALL PiNS BROUGHT OUT, D THRU P, DOUBLE X 8.5
5
JUMPER iOARD fOR OR11-S TESTING
2 3173 M968 JUMPER BOARD rOR DR11-S TESTING WITH CKT FOR INCREASING DELAY aETW~g~ CYCLES
5 11/71 24 LEVEL TERMINATORS LIKE M952 + 1 THERMISTOR
5 1112 H854 MTD ON SINGLE X 8.5 CARD, ACCEPTS beosc , 8C01V
9/72 M910 W SPLIT LUGS INSTEAD OF H854. USED ON BC05M-XX
5 4/72 H954 MTO ON SINGL~ X 8.5 CARD, ACCEPTS SC08R
2 10/73 M971 W 2 lO-POS , 2 SPOT SWITCH~S (RT90)
1 11/7l ONE PUSH BUTTON & 1 OPOT SWITCH, RT90 MAINTENANCE MOOUL~, SINGLE 8.5
CABLE CONNECTOR, 2 FLAT CABLES, SINGLE x 8.5,M901 w 10 OHM IN A2 , 82 ONL~
5
1
5
,
TTY MAT.N~LOCK, 5 PINS
5
1 10/73 6 .. XNCH M97]
DMt1 MAINTENANCt ~UMPER BOARD
5
5 11/71 DOUBLE FLIP CHIP TO 2 H854, M90l CONNECTIONS
5 2172 M919 WITH SPLIT yUGS
2 5/73 8,5 M97b w FILTERS
RIGHT ANGLE M953, SINGLE X 3.75, CABLE ON V SIDE
CONTROL !ND or PR68-0 CABLE
4 8/73 M978 ETCH, CONTROL ENO or PR69.A CABLE W 'ILTE~S (70.05063)
5 1/72 CONTROL ENO Of PP61wO CABLE
5 2/72
rs 2/72
PROD
LINE
MODEL
NO
DiS
ENGR
STATUS
MO/YR
5 1172
4 5/71
S 4/72
5 2/72
5 5/73
5/73
~
M980
M981
M982
11
11
15
CA
eRB
ERP
M983
M984
M984-YA
M988
M989
M990
M991
M992
M991
M994
PERIPH
11
11
10
OJ
DR
OR
JRP
GHL
8/E
PERIPH
PERIPH
PERIPH
TPL
8/E
M995
M996
M997
QC
LOP
PROE
M9970
11/05
M998
M9980
FS
fS
~F
NF
NF
SG
DA
ALB
AW
OS
RAA
E8
E8
EB
5 11/72
4 5173
1 5/72
1 5/72
t 5/72
4 5/73
4 5/73
1 8/72
4 5113
2 10/72
4 5171
3 11/71
3 11/73
M999
FS
2 9173
M9990
FS
E8
3 tO/73
R.SERIES MODULES, GATES
ROOt
R002
R012
Rl07
Rllt
RlltO
Rill
RIl30
R121
R122
RI2l
CAT
CAr
15
CAT
10
CAT
to
R151
R1S2
RIAl
CAT
RI41
~
OV
CAT
CAT
CAT
CAT
CAT
CAT
CAT
Rtlt
5
10
5
5
~
ATT
5
ATT
5
~
5
5
5
5
5
5
AK
6
5
DESCRIPTION
OR11-A TEST BOARD
M9ao lNT€RNAL sus JUM~ER wITH MilO TERMiNATIONS, a ~OARQS t" APART
TERMINATOR FOR CR15, SINGL~ X 5, USES W964 ETCH
ALL SIO~ 1 PINS TO fORKtO LUGS, DBL X 8,5, 2 ROUND CAaL~S OUT v SIDE, RKO~
M902 WITH 51 OHM RESISTORS
~984 WItH 2 PINS SHORTED , 1 RESISTOR REMOVED
2 BOARDS 0,5 TO 0,15 APART- AMP PINs & SOCKET MAK~S STRETCHABLE JUMPERS
TEMINATOR FOR alE TO TU10- M CAS~E
RSO] SUS INPUT COWN, 3M CABLE, 40 SIG, AA~.AD2, BA2-SD2, ASI-ASV, BS1~BSV NOT USED, DOUbL~ ~,5
RS03 BUS OUTPUT COHN, sus CABLE USES M990 ON ONE END, M991 ON OtHER. DOuBLE 8.5
TERMINATOR, PINS LIKE M990, M991, 15 OHMS TO +3.6V, DOUBLE 8.5
RK8~E CONTROL CA8~E, 2 J~, 42 SIGNALS, J8 GND
40 CONP 3M CA8L~ TO M901 PINS, 10 OHMS IN A2, B2, U1, VI
1 H854 ON DOU8LE ~.5, 22 SIG EACH
3 LAYER (MIDDLE LAygR GROUND SHIELD), FRONT & BACK PANEL INTERCONNECTIQNS, LPS, H~X 8,5
H954 ON DOUBLE X 5 MODULE, ALL PINS BROUG~T OUT
M997, M854 FACING EDGE A, OOU8LE 8.5
M999 w FINGERS INST~AD or He07. S'NGL~ 5 (USE M99ijO rOR OTH~R thD or CAeL~)
M998 FOR OPPOSITE END OF CASLE
~807 ON SINGLE X 5 CARD FOR 2 3M CA8~ES, Fl F2 N1 N2 JUMPER G~D (USE M9990 FOR OTHER ~No OF CA8~E)
M999 FOR OPPOSITE END of CA8LE
DIODE NETWORK, 7 DIODES, 80TH ENDS BROUGHT TO PINS
DIODE NETWORK, 5 GROUPS OF 2 DIODES, CATHODgS COMMON
DIODE NETWORK, USgS R002 ~OARO, REVERSES 010D~S, ANOD~S COMMON
7 INV~RTERS, 1 ~ITH tXPANSION NODE
) 2.INPUT GATES, EXPANDABLE, OPEN COLLECTOR, 3 C~AMP LOAD RESISTORS
1171 Rill W 2MA FAN~lN & 6534.C TRANSISTORS, sINKS 6)MA
5 2.INPUT GATES
1/71 Rill w 2MA FAN.l~ & 6534-C TRANSISTORS, SINKS 63MA
2 2-IN, 1 3.IN, 1 4-INPUT GATES
LOGICAL CUMPLIMENT OF R121
INPUT sus GATE, 6 GATES, 1 INDEP INPUT, 1 PAIRED COMMUN INPUT
EXC~U5IVE OR, 4 CKTS, OUTPUT IS -lV If INPUTS ARE THE SAME
ANO/NOR GATE, 7 SETS or 2~lNPUT AND GATES NORED TOGETHER
BINARY~OcrAL DECODER, 6 INPUTS • AN ENABLE, 8 OUTPUTS
C08S), R1Sl WITHOUT CLAMP LOADS, SEE 8152
4/67
DC CARRt CHAIN, 6 INTERCONNECTED DIODE GATES + 1 lNVERTER
'LIP-FLOPS
RaOo
R201
R202
R201
R204
R20S
R210
R2tl
R212
R220
R2A4
DELAYS
CAT
CAT
CAT
CAT
CAT
CAT
8
5
WH
WH
8
8
'WH
8
WH
WH
8
5
5
5
5
5
5
5
5
5
~
164
SET.REseT FLIP-fLOP
RS Fr WITH 3 SET & 2 RESET oeD GATES
DUAL FF~ DIRECT CLEAR, COMMON SET, 1 SET , 1 RESET DCO GATES EACH
TRIPLE fF, DIRECT CLEAR, SET Dca GATES fOR EACH
QUAD Fr, DIRECT SET FOR EACH, DIRECT CLEAR FOR 2. COMMON FOR 2
DuAL FF, COM~ON DIRECT CLEAR, 3 DeD GATES EACH
pope ACCUMULATOR, DOUBLE SIZE
Ms,PC,MA (POP8), DOUBLE SIZE
~Q (POPS), 2 FFIS, SR, SL, REAO.IN, C~EAR
3 aIT SR, PARALLE~ READ~tN, 0100E$ OUT FOR DETECTING ALL o'S IN ~ltl NODE
aUADRAFLOP, POPi, 4 STABLE STAT'S
MODEL
PROD
IqO
LINE
OES
F-NGR
STATUS
MO/YR
~lO2
CAT
5
P)O)
CAT
')
R40t
CAT
R40S
R406
CAT.
5
'5
5
'5
Oit:SCRIPTION
2 ONE.SHQ'rS
INTEGRATING ONE-SHOT
CIJOCKS
~401
R408
R409
R450
P451
t5
15
DV
DV
9
5
15
A
WH
5
10
SU
5
5
OUTPUT CONVERTfRS
R601
CAT
R602
CAT
CAT
R60)
WH
Rl
R613
R&:?3
B
R650
R663
CAT
S
12
ATT
to
VARIABLE CLOCK, 30 CPS TO 2 Me
CRYSTAL CLOC~, 5 ~C TO 2 Me AVAILAB~E
CLOCK FOR PDP9/~, 1,5 USEe
POP9 PARITY CLOCK, 1,2 USEC
PDPS CLOCK
PDP9 CLOCK, 1 MC
CLOCK 'OR US~ WITk TgLEIY~E, fIRST PULS~ COMES 1/2 PERIOD LATE
TELETypE C~OCK, FOR FASTER TELETYPE, OTHERWISE AN R450
PULSE AMPLIfIER, b OCD GATES, 100 OR 400 NSEC PULSES
PULSE AMP, 2 CKTS, 2 OCD GATES & 1 DIODE INPUT ~ACH, 100 OR 400 NSEC PULSES FROM ON~
PULSE AMP, 3 CKTS, 1 oeD GATE & 1 DIODE INPUT EAC~
R60l THAT CANNOT SE TRIGGERED FROM OUTPUT, WITH 5 MA LOADS
5/73 R603 wITH 400 uSEe PULSES, US~S R603 ~TCH, RETROfIT FOR LINCwi
J
BUS DRIVER, 2 CKTS, 2 INPUTS , NODE
5
S 2/72
&163 W UEC 6534C (6 2~INPUT NANOS, 1 INPUT/GATE + 1 INPUT/GATE ~AIR, 2 MA FAN~lN)
5
!S
5
5
SERIES MODULES, GATES
S107
5111
511.3
8123
Sl'Q
8
8
5
5
10
R
9
5
5
,
Rt07 WITH 5 MA CLAMP LOADS
Ril1 WITH 5 MA CLAMp LOADS
(NEVER kELEAS~D), R113 wITH 5 MA CLAMP LOADS
R123 WITH 2 MA yAN-IN
Rt51 WITH 5 MA CLAMP LOADS
f'T,IP.fi'LOP5
5202
8203
8205
8206
$284
PULSF.
5602
560)
5623
8
5
9
8
15
fJ
r;
8
8
12
5
5
RI
5
MODULES, CLAMP LOADS
w005
CAT
CAT
WOOE>
10
Woto
'I
5
5 MA
5 MA
5 MA
12K,
5 MA
CLAMP LOADS
CLAMP LOADS
CLAMp LOADS
82 Pf, 10 MA CLAMP LOADS
CLAM.P LOADS
AMPLIFIERS
W~SERIES
W002
5
OV
R202 WITH
R20l WITH
R205 WITH
DEC 4258,
R284 WITH
5
II:j
R602 WITH 5 MA CLAMP LOADS
R60l wITH 5 MA CLAMP LOADS
PULS~ AMPLIFIER, R603 ETCH, 400 N$EC pULSES
15
15
15
15
2 MA CLAMPED LOADS, us~s WOOS SOARD
CLAMPEOLOADS, BOARD USED ON W002
5 HA CLAMpED LOADS WITH DIoD~s ALSO TO GND
10 MA CLAMPED LOADS TO .1SV
CASLE CONNECTORS
WOlt
CAT
Dca
5
W021 AMPUTATED BY 1 3/4"
lbS
PROD
LINE
MODEL
NO
Wet2
wOll
W014
wOtS
Wott»
DES
ENGR
10
10
10
15
15
STATUS
MO/YR
5
5
5
5
5
5
W017
9
WOt8
CAT
W019
15
f)
W020
W021
W022
MOD
CAT
CAT
5
triO 2 1
CAT
W024
W025
CAT
W026
8
MOD
W021
lif028
W029
W030
WOll
W012
W031
15
DCB
5
5
5
r;
5
~
5
!I
CAT
PERIPH
CAT
PERIPH
CAT
WH
DCB
DCB
W034
W035
W036
12
CL
W037
15
WOle
15
OV
OV
t
5
5
!is
5
5
5
'5
5
t
W039
OiSCRIPTION
FLEXPRINT INDICATOR CABLE, .15 +15 SIGNAL, PDP10
WORD SINK STACK CONNECOTR, w016 BOARD, POPIO, 2 1/2 0 MtM
DIGIT ST~CK CONNECTOR, POP10, 2 1/2 D MEMORY, MOD1FIED w015 LAYOUT
DIGIT STACK CONNECTOP, PDP9
WORD SINK STACK CONNECTOR, POP9 M~MOR¥,OOUBLE
DRrVE CA8LE CONNECTOR, POP9 MEMOR¥. DOUBLE
18 LINE RI8BON CABLE CO~NECTOR, SBRIES DIODE, W020 SOARD
(OBS), SIGNAL CABLE CON~ECTOR, PDP7 EAE
INDICATOR CABLE CO~HN, 18 RIBBON CABLE, 1.5 K RESISTORS
SIGNAL CABLE CONH, 19 WIRi RIBBON, 9 HOT, 10 GNO, SlGIO,E,H,K,M,P,S,T,V. GND.c,r,J,L,N,R,U
W021 ~XCEPT 9 100 OHM ShUNT TERMINATORS FROM EACH SIGNAL WIRE TO SHIELD
18 LINE Rl8BON CABLE CONNECTIONS, COMPONENT SPACE NEAR pINS A & S, OTHERS STRAIGHT THkU
CONNECTOR CARD, 220 OHM RES IN A & 8, SHORT TO OTHERS, C , V GNP
32 SPLIT LOGS, 4 SLOTS, DOU8LE SIZE, MEMORY PADDLE SOARDS USED fOR W075
CO~NECTOR CARD INDICATORS, DIODES IN A THRU N, WIRES IN REST, WIRE COMES OUT TOP OR BOTTOM
w020 WITH WlTH lK RESISTORS
W021 WITH LUGS FOR SERIES OR SHUNT R OR 0 IN SIGNAw LEADS
W021 ~IIH CABLE COMING OUI 80TTOM
DEC TAPE CONNECtOR
FLEXPRINT W021
5 SHIELDED TRIPLES, DEC TA9E SIGNAL CONNECTOR, DOUB~E HEIGHT
FLEXPRINT,W02l CONNECTIONS ON "A" SIDE, SIDE ENTR~ CAStE
FI"EXPRINT W024
FLEXPRINT, W024 WITH 100 OHM SERIES RES
SAM! AS W026 fLEXPRINT, USED ON WOl7
FLEXPRINT W027, USES wOl6 BOARD
P'I"EXPitINT W028
P'LEXPRINT Wo29
DRIVERS
W040
W041
W042
CAT
MOD
CAT
DOANE
5
6
5
W043
CAT
IS
W050
CAT
WOSt
CAT
W052
WOS3
W054
MOO
IpG
MOD
5
5
5
1 9167
5
CAT
W061-YA SSU
W062
MOO
5
1 2/69
6
W060
W061
DOAN!
2 SOLENOID ORIV~RS, 2 INPUTS PLUS A NOO~, 0,6 AMP MAX, SIM TO 411l+4681
(OBS), SOLENOID DRIVER, 1 CKTS, OUTPUT 48V 250 MA MAX
4 10 AMP DRIVERS, HIGH CUR CONNECTIONS 8Y TAPER TAB AT HANDLE END, COMMON HEAT SINK FOR 4 CKTS
2 SOLENOID DRIVERS, 2 AMP MAX, PIN COMP WITH W040 EXCEPT 2 MORE GND PINS
7 INDICATOR DRIVERS, )0 MA .20V MAX
7 INOICATOR~SOLENOIO DRIVERS, 100 MA -15V MAX
9 INDICATOR DRIVERS, USES PIN A AS INPUT, FOR EDUCATIONAL MTNG PANEL
to INDICATOR LAMpS ON oous~~ HEIGHT, SIGL~ THICKNESS
100 MA DRIVERS, 30V, CLAMPS ON PIN V, R107 CONNECTIONS
(RESERVED FOR LOW-CURRENT VERSION OF W061)
4 RELAY DRIVERS, ~50 MA, .55V MAX
(08S), PKOTON-caUPLED DRIVER, 1/4 AMP, 55V, SLOW SW1TCHING
CONNECTORS
W070
W071
W072
W073
W074
1If075
W076
W07l
9
15
12
12
8
8
8
5
5
5
5
6
5
5
5
TELETYP~ CABLE CONNECTOR, POP8
POWER CONN~CTOR, DOUBLE BOARD, KEYED TO rAN HOUSING, PDP9
LINC 8 TO SCOPE CABLE CONNECTOR, DOUSLE, J OUTPUT CABLES
LINC 8 TO LINC TRANSPORT CABLE, DOUBLE
(085), LINE TERMINATOR CONNECTOR, 8 500 OHM, 5 WATT RES, DOUBLE, USED IN 683
CONNECTOR, 32 SPLIT LUCS I OOUBLE ~tZE, ONLY ONE HANDLE (BOTTOM,
TELETYPE CONNECTOR, FROM POS LOGIC a/I, LOGIC EQUIV TO W070
10 OHMS A , 8, OTHeR STRAIGHT THRV, rLEX PRINT, CABLE AT END
166
MOOEt.
~O
PROD
LINE
15
W078
W01S·YA CSS
CAT
\tIOSO
W092
!NGR
DES
STATUS
MO/YR
HU
I)
5
5
5
BUS INTERFACE MODULES,
WtOO
W1(H
Wl02
Wl0)
Wl04
WiOS
WI06
W107
Wl0e
W109
10
10
10
15
10
10
ww
su
CAT
15
5
IS
5
5
t
5
5
5
5
4
1
1
5
7/68
9/72
WilO
W112
Wit)
10
SU
'.0
KE
14122
10
SU
W123
8/£
LK
5 11/72
W130
11
1.1
,,10
10
11
SU
F'S
HRlJ
'5
15
5 4172
~
5/73
2 4/71
Will
W132
Wi33
W134"YA
W114.YB
JO
FS
INDICATOR LIGHT
14200
14201
W210
14250
w251
W252
W253
JO
BO
HRL
7/73
4/69
10/68
5173
4/7.1
2
ASSEMB~IES
WH
WH
LU~S
BOARDS
., £MITTE~ FOLLowERS, 6 10 8US TO R SERIES GATES
10 BUS DRIVER, SIM TO 4b57
MEMORY sus TRANSC~IVER, tb65 TYPE
POP8 DEVICE SELECIOR
POP9 10 aus MULTIPLEXER CONTROL
CROWBAR, POp10 l/u BUS, IN PERIPHi~ALS
PRIOR1T~ INTERRUPT GRANt
1/0 ~~C~IV€R, PDP10, 7 CHANNE~S
DECODER DRIvER, 8 CKTS, usED IN POP8~S MEMORY
PDP9 DEVICE S~LECTOR
W100 fOR MF10
Wl02 WITH 10 TO 100 Ns PULSE WIDTH
Wl0] WITH 600 US WIDE PULSES
PULSED aus TRANSC~IVER, PIN COMPATIBLE WITH Wl02 , wll2, ~LOGIC IN,
WI0] WITH PA REPLACED WITH DC AMP (OUTPUT PULSE
lOP pULSE)
MAINTENANCE BOARD 1, 28 LIGHT DRIVERS, PLUGS INTO KA11
MAINTENANCE SOARD 2,28 LIGHTS, 4 SWITCHES, PLUGS INTO wll0
MEMORY SUS TRANSCEIVER, KIlO, NEG 8US, 4 CKTS, s1M TO Wl02
DOUBLE MAINTENANCE BOARD 1 (2 W130'S)
CONN' PWR SUPPLY FOR 60HZ LINE MONITOR BL01~A
CONN , POwER SUPPLY FOR 50HZ LINE MONITOR BLOlwB
=
~BUS,
w~OGIC
UUT
& DRIVERS
12/64 9 LIGHT INDICATOR ASSEMS~¥
12/64 18 LIGHTS INDICATOR ASSEMBLY
MOO
10
DOANE
7 8167
!<£
10
INW
CSS
CSS
1,,0
5
1 11/70
3 10/73
1 9173
LO
1b7
W076 WITH AMP CO~NECTOR INSTEAD or CAeL~
W078 MODIfIED TO ~ROVIOE ADJ CURR~NT FON A DISTANT TTY
2 ISOLATED AC~DC SWITCHES, PHOTOTRANSIsrORS CAN SwITCH 250 MA, 1l5V
CABLE eO~N€CTOR WITH BALUNS, CO~NECTIONS or W022 wITH 100 OHM TERM, 9 CKTS, FORKED
~AINTENANCE
5
CAT
10
1/12
oe;SCRlPl'ION
(OBS), 10 SCR SHIfT REGISTER
12 INDICATOR DRIveRS, PLgX PRINT, GND &
63 BIT 1 wORD OIOPE ROM, DOUBLE X 5
MOUNTING SOARD FOR 40 LEOS
W252 W 20 SWITCHES
~15V
FROM
MA~E
END
DEllAYS
W3no
W10t
8
10
WlO6
W1I0
MTST
DO
to
6 6/73 TAPPED 800 NS DEI"AY LINES wITH 50 NS TAPS, 3 OUTPUT AMPLU~lERS, Ra;PLACED BY WjOl
TAPPED 800 NS O~LA'i LINE, PIN COMP WITH W300 BUT DIffERENT INPUI LOAOING ANL) IMPRUVEO MAJ.«('INS
5
1 11/65 6 BIT DELAY PROGRAMMER
200 NS DELAY LINES, 4 ON S110 BOARD
5
VDe PADDLE BOARDS. DECTAPE ATTENUATOR, JUMPER
W400
W400"'YA
W400·YB
W400·YC
W401
W402
W402"'YA
W402·YB
IPG
IPG
IPG
5
PADDLE SOARD FOR UDe (0001) W ISOLATE PWR, USED ON W730~W7)3,
W400 wITH CONTACT RC CKTS (12)
5/73 W400 WItH 10 USEC TIME CONSTANTS IN ALL CKTS
5/73 TO ~E USED wITH Mb8S.YA & l~DucrIVE LOAOS
DECTAPE ATTENUATOR FOR G982 , G88S
PADDLEBOARO FOR voe CD001), W COMMON PwR, USED ON w730~W7l3,
5111 W402 wITH 10 USEe TIME CONSTANT TO W710~YS, W732-YS
10/71 W402 FOR A sPECIAL UDC11, PADDLE 80 USED ~ITH W711-YB
BY W406
W740.~743,
H802.MS01,
R~PLACEU
W740.~743,
M802~M~01,
REPLACEU bY W40b
2 5/71
5
J
IPG
PEPIPH
IPG
IPG
IPG
BOARDS
RG
5
5
2
2
MODEL
NO
W402.YC
W401
W403-YA
W404
W405
W406
W410
PROP
LINE
OES
ENGR
fPG
IPG
RG
IPG
DE~
11
IPG
IPG
IPG
STATUS
MO/YR
2
OESCRIPTIO~
1/73 SPECIAL W402 FOR TRw
PADDL~ SOARD fOR UDC (0001), fOR RELAY DRIVER M684 TO M687, TO BE REPLACEO HI W40b
SIGNAL CONOITIONING BO, 120 VAC INPUT, 24VDC OUT TO W710.YA
JUMPER, ~2 TO R2, 2~1/2 NO HAND~E
5
2 7172 PADDLE aO~RD, UDC, ISOLATED RELAY DRIV!R, USED WITH Mb85, M687
3 11/73 PADDLE BOARD, W400, W402, w403 COMBINED
4,
8173 PAODLE BOARD FOR UDC/DD01J AC INPUT CONOITIONING, QUAD ~, USED ON W740-W743
'5
S5
BWH
FE
MORO
2 5111
lNPUT CONVERTERS
W500
W501
CAT
CAT
WS01·AB
MOO
W502
W501
WS04
10
W505
W506
111507
WS08
W509
W510
W511
W512
W513
W514
WSi5
W516
1115t7
W519
W520
111521
W522
W523
W532
WS33
WS70
WS90
W591
W592
W594
MOD
DOANE
DOANE
5
5
5
5
1
5
II)
10
10
to
10
DOANE
SU
DREW
DREW
CAT
CAT
CAT
PERI PH
10
10
PS
PS
10
CAT
10
10
CSS
S
MJS
DREW
DREW
DREW
DREW
OREW
CV
CAT
CAT
MOD
CAT
10
8
8
5
5
1 6/70
5 2/72
'5
5
'5
5
2
1
1
5 2/72
5
58/73
1 1172
] 10/73
5
5
§
5U
6/73
5/73
5113
'5
5
5
5
HIGH IMPEDANCE FOLLOWER, 7 CKtS
SCHMITT TRIGGER, t/-tOV IN, 0 & -3V OUT
W501 MOOH'lEO fOR AUTOMATIC TOTALISATORS
PHOTON.COUPLED TRIGGER, 2 SCHMIIT~LIK~ CKTS FOR 48 VDC OPERATION
(08S), PHOTON-COUPLED TRIGGER
INITIAL TRANSlENT DET~CTOR, A SCHMITT, 0 DELAY, 10 MS BLACKOUT
LOW VOLTAGE DETECtOR, MEASURES +10 & -lSV
LOW VOLTAGE DETECTOR, PDP6, MEASURES AC, -10,+10,-15, l OUTPUTS IN ORDER
LOW VOLTAG€ D~TECIOR fOR ME10, MEASURES +5,+5,.15~.15, ALL REG,~15,+10 UNREG, DUU8LE
HIGH VOLTAGE DETECTOR FOR MA10
) PHASE AC ~Ow VO~TAG~ DETECTOR
POS LEVEL CONY, 3 CKTS, THRESHULDS OF 0,+1, OR +2V, 0 & .lV OUT
NEG LEVEL CONY, 2 CKTS, THRESHOLDS OF 0,-1,~2, OR -3V, 0 & -3V OUT
PCS LEVEL CONY, 7 CKTS, TRR~SHO~OS OF +1.6 OR O,8V, fOR us~ WITH TTL, 0 , -3V OUt
NEG LEVEL CONV, 6 CKTS, USED IN TU55
pas L~VEL CONY, 6 CKTS. 100 OHM INPUT
LOW VOLTAGE DETECTOR , CONNECTOR
3 PHASE LOW VOLTAGE DETEctOR, SINGLE 6
CROWBAR, USED WITH w516, SINGLE-6
POWER SEQUENCE & CROW8AR
COMpARATOR, ) DlFfERENTIAL CKtS, 100 MV REsoLUTIoN, LIKi 1501 L~VEL CuNV
+5V & ~15V LOW VOLT DETECTOR, \6 .SV INPUTS, RS10, SINGLE X 5
CROWBAR FUR OS11, SINGLE 5
LOW VOLTAG~ DETECTOR, CROw8AR OUTPUT (-7V TO GND) 8 +4,75V, SINGLE 5
DUAL AC-COUPLED SENSE AMP~IfIER, USED ON PDP8~S
DUAL RECTIFYING S~IctR, WAS GaOl
EIA INPUT CONVERTER TO TTL, 4 CHANNELS
laM N LIN~ TO DEC CONVERT~R, 5 CKTS, b UR 12 MA
paS BUS TO DEC CONV, fOR MEMOREX, 0 To +3V, 8 Me, 5 CHANNELS, PIN COMP WITH w592
t8M 3&0 BUS TO DEC CONVERtER (NON.INV~RTING)
IBM 360 TO DEC (INVERTING)
OUTPUT CONVERTERS
W600
W601
W602
CAT
CAT
CAT
CAT
W603
W603.YA IPG
15
W,04
DIS
W605
CAT
W607
9
W612
W612"YA 10
10
W620
'NEG LEVEL AMPLIFIER, LIKE 1667, 3 INVERTING CKTS
POS LEVEL AMPLIfIER, l INVERTING CKTS
IIj
8IPOLAR LEVEL AMPLIFIER, 1 CKTS, itA LINE INTERFACER
POS LEVEL AMPLIFI~R, 7 CKTS
5
')
W603 WITH 15K TO -15V REMOVED, rOR INTERFACING WITH VIOAR Af04
1 3167 EMITTER YOLLOWER, 7 CKTS, TO DRIVE BURROUGHS DISC
pos LEVEL AMP, 4 CHANNELS, t3V INTO 50 OHMS, FOR X & Y TO REMOT~ DISPLAyS
5
1 PULSE CONVERTERS, POS OR NEG 70 NS 2.5 V PULSE OUT
'5
DUAL PA, 8602 PINS, 120 , 120 NSEC, DIODE OUTPUT FOR "OR" BUS
!5
5
5/73 W612 L!SS 2 OUTPUT DIODES
(OBS), SYMMETRY CONTROL, 1U79
6
5
~
SU
168
MODEL
PROD
LINE
NO
W621
W640
W670
W671
W672
w680
W6St
·... 682
W6e3
10
MOD
AR
11
11
~H£R
I.1ER
MTST
8
LOP
HL
LDP
lJDP
W690
W69t
W692
ess
HLt
Ht"
CAT
'1694
8
10
8
W69S
CBS
FILTERS, TRANSMITTERS,
MO/YR
(OBS), R€fERENC~ GENERATOR, TU79
1 PULSE CONY, POS OR NEG, 400 NSEC UR 1 USEe 2,5V PULSE OUT
EIA LIN~ DRIVER, 4 CKT5, +lv IN
5 3/72 20 MA LOOP TO EIA CONVERTER
5 11/11 ADAPTER MODULg, H313A TO MAtE N LUCK
BUS DRIVER, 2/3 lti93
1. 3165
SCOPE INTENSIFIER FOR 34 DISPLAY
5
5
SCOPE INTENSIFI~R, 0 TO +3V STEP, D~LAY 50 TO 300 NS, PULSE WIDTH 400 NS (FOR VR12 & VR14)
12/71 SCOPE INTENSIFIER FUR VR12, VR14, & VR20
4 5113 SCOPE INTENSIFIER FOR VR14 w VT40 IN GT40 SERIES, 8 INTENsITY LEVELS
5
DEC TO IBM N ~INE CONVERTgR, 4 CKTS. 6,12, OR 20 MA
DEC TO CDC CONVERTER, 3 CHANNELS, +1-20 MA
~
I§
OEC TO IBM 360 aus ORIVER
DEC TO CTUL CONVERT~R
5
DEC ISM 3bO, POSItIVE OR
5
t 4/68 DEC TO BELL 300 SERIES DATA S~T DRIVER, 5 CHANNELS, >2lMA INTO 100 OHMS, >lV OFF.
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