60164200Z_1704_Basic_Peripherals_1711_12_13_21_22_23_24_29_CE_Nov68 60164200Z 1704 Basic Peripherals 1711 12 13 21 22 23 24 29 CE Nov68
User Manual: 60164200Z_1704_Basic_Peripherals_1711_12_13_21_22_23_24_29_CE_Nov68
Open the PDF directly: View PDF .
Page Count: 218
Download | ![]() |
Open PDF In Browser | View PDF |
CONTROL DATA® 1700 COMPUTER SYSTEM Basic Peripherals 1711-A/B, 1712-A, 1713-A/B, 1721-A/B/C/D, 1722-A/B, 1723-A/B, 1724-A/B, 1729-A/B DIAGRAMS & CIRCUIT DESCRIPTION MAINTENANCE PARTS LIST CARD PLACEMENT WIRE LISTS CONTROL DATA CORPORATION CUSTOMER ENGINEERING MANUAL RECORD of REVISIONS REVISION A (10-12-66) NOTES Manual released. This edition is correct through the following Product Designations and field change orders. 1711-A02 1711-B02 (FCO 14116). 1712-A02 (FCO 14116), 1721-A01. 1721-B01 1722-A01, 1722-B01. 1723-A04. 1723-B04 (FCO 13441), 1724-A04. 1724-B04 (FCO 13441). 1729-A02, 1729-B02 (FCO 14012). (1-20-67) Field Chan/:!e Order 14912 (MDR 15) new Product Designations: 1711-A03. 1711-B03 (1-20-67) Field Chan/:!e Order 14513. new Product Designations: 1721-A02. 1721-B02. 1721-C02 1722-A02 B (1-20-67) C (1-20-67) 1721-D02 1722-B02. Field Change Order 15119. new Product Designations: 1721-A03. 1721-B03. Page 57 revised. Field Change Order 15192, new Product Designations: 1711-A04. 1711-B04, 1712-A04. 1713-A02. Pa/:!es 17 and 2-9 revised. (1-20-67) Field Chan/:!e Order 14869. new Product Designations: 1729-A03. 1729-B03. D (1-20-67) Publication Change Order 15621. (5-18-67) 1712-A03. This edition is correct through the above Product Designations and obsoletes all previous editions. Field Change Order 15695, new Product Designation 1729-A04 and 1729-B04. No change to this manual. E (5-18-67) F (5-18-67) G (5-18-67) H (5-18-67) J (5-18-67) K (7-12-67) L (7-12-67) Field Change Order 15477, new Product Designation 1723-A05 and 1723-B05/1724-A05 and 1724-B05. Field Change Order 16107, no Product Designation change. Field Change Order 16086, new Product Designation 1723-A06 and 1723-B06/1724-A07 and 1724-B07. Field Change Order 16043, new Product Designation 1711-A05 and 1711-B05/1712-A05/1713-A03. This editions obsoletes all Publications Change Order 16440, no Product Designation change. previous editions. Field Change Order 16267, new Product Designation 171l-A06 and 1711-B06/1712-A06/ 1713-A04. Pages 13,15,17,19,23,25.1,25.4,25.5 revised. Field Change Order 16344, new Product Desi/:!nation 1729-A05 and 1729- B05 37,39,41,47 and 5-1 revised. Pal1"es 3 M (10-4-67) Field Change Order 16551, new Product Designation 1723-A07 and 1723-B07 /1724-A08 and N (10-4-67) Field Change Order 16817, (MDR 23) new Product Designation 1711-A07/B07.1712-A07 and 1713-A05. Pages 3, 17 and 25.0 revised. 1724-B08. Page 53 revised. P (10-4-67) Field Change Order 17320 (MDR 24), new Product Designation 1711-A08/B08, 1712-A08 and R (1-4- 68) Publications Change Order 18360, no Product Designation change. thru 2-33,3-4 thru 3-10, 4-i and 5-1 revised. S (3-11-68) T (3-11-68) 1713-A06. Pages 5, 19,23,25.0,25. 1,33,37 and 43 revised. Pages iii, iv, v, 23,59,61 2-20 Field Change Order 18120, new Product Designation 1713- A07. Page 25.5 revised. Publications Change Order 19032, no Product Designation change. Pages 17,25.3 and 49.0 revised. Address comments concerning this manual to: Pub No. 60164200 © 1966, 1967, 1968 by Control Data Corporation Printed in United States of America Control Data Corporation Technical Publications Department 4201 North Lexington Avenue St. Paul, Minnesota 55112 or use Comment Sheet in the back of this manual. RECORD of REVISIONS (CONT'D) REVISION U (6-5-68) V (6-5-68) NOTES Field Change Order 19390, new Product Designation 1729-A06, 1729-B06. 5-1 revised. Publications Change Order 19775, no Product Designation change. Pages 39, 61 and Pages 23, 33, 35, 2-10, 2-11, 2-12 and 2-13 revised. (9-25-68) Manual revised; includes Engineering Change Order 20502, publication change only. Pages revised: Cover, Title Page, iii, 25.5, 2-1,2-2, 4-i and 4-10. O. Added pages 4-10.1, 4-10.2, 4-10.3, 4-10.4 and 4-10.5. Y Manual revised; includes Field Change Order 20340, equipment level 1729-A06 and 1729-B06. W (11-13-68) Z (11-13-68) Pages 39 and 47 revised. Manual revised; includes Engineering Change Order 20956, publications change only. 7,17,23,27,35 and 51 revised. Pub. No. 60164200 Pages CONTENTS Part 1. Diagrams Logic Diagram Symbols l-ii Low Speed Synchronizer and Computer Block Diagram 1 Low Speed Synchronizer and Common Synchronizer (Part 1) 3 Low Speed Synchronizer and Common Synchronizer (Part 2) 5 Low Speed Synchronizer and Common Synchronizer (Part 3) 7 Low Speed Synchroniz er and Common Synchronizer (Part 4) 9 Low Speed Synchronizer and Common Synchronizer (Part 5) 11 Low Speed Synchronizer Teletypewriter Communication Enables, Mode FF, Reply and Reject 13 Low Speed Synchronizer Teletypewriter Master Clear Low Speed Synchronizer Teletypewriter Lost Data, Break, Data Requests, Interrupts Low Speed Synchronizer Teletypewriter Clock, Receive Enable Strobe Low Speed Synchronizer Teletypewriter Timing Chain, Timing Chain Translations Low Speed Synchronizer, Teletypewriter Receiver, Transmitter, Motor Control, Busy, Endof XMSN Fan-In 15 17 Low Speed Synchronizer Paper Tape Reader (Part 2) 29 Low Speed Synchronizer Paper Tape Reader (Part 3) 31 Low Speed Synchronizer Paper Tape Punch (Part 1) 33 Low Speed Synchronizer Paper Tape Punch (Part 2) 35 Low Speed Synchronizer Card Reader (Part 1) 37 Low Speed Synchronizer Card Reader (Part 2) 39 Low Speed Synchronizer Card Reader (Part 3) 41 Low Speed Synchronizer Card Reader (Part 4) 43 Low Speed Synchronizer Card Reader (Part 5) 45 Low Speed Synchronizer Card Reader (Part 6) 47 Teletypewriter Interconnecting Diagram 49.0 Paper Tape Punch Relay Pullers and Clock Cards 49. 1 Paper Tape Punch Wiring Diagram 51 19 21 23 Paper Tape Punch Schematic Diagram 53 Paper Tape Reader Schematic Diagram 55 Paper Tape Reader Wiring Diagram 57 Power Supply for Card Reader 59 Low Speed Synchronizer Teletypewriter Data Holding Registers 25.0 Card Reader Modification and Preamplifiers 61 Teletypewriter Mode Selection 25. 1 Power Distribution 63 Relay Chassis Electrical Schematic 25. 3 Part 2. Circuit Description 1712 Teletype Wiring Diagram 25.4 1713 Teletype Wiring Diagram 25. 5 Program Protect 2-1 Low Speed Synchronizer Paper Tape Reader (Part 1) 27 1711-A/B/ 1712-A/ 1713-A/B Teletypewriter 2-1 iii RevW Introduction 2-1 Teletypewriter Systems 2-2 1700 Teletypewriter System 2-3 Data Transfer 2-4 Select Read Mode 2-5 Read 2-6 Lost Data 2-7 Select Write Mode 2- 8 Write 2-8 Interrupts 2-9 Teletypewriter Operational Modes 1721/1722 Paper Tape Reader Part 3. Maintenance Introduction 3-1 Power Supplies 3-2 Cooling 3-2 Cabling Information 3-2 Adjustment of T eletypewrit er Controller Clock Delays 3-2 Adjustment of Card Reader Pr eamplifiers 3-4 Preparation 3-4 Sense Amplifier Adjustment 3-4 2-10 Switch SC202 Adjustment 3-5 2-14 Clock and Field Photodiode Position 3-5 Introduction 2-14 Loading 2-14 Timing Relationships 3-6 Read 2-14 Data/ Clock Relationship 3-7 Data Interrupt 2-16 Alarm Interrupt 2-16 1723/1724 Paper Tape Punch 2-17 Introduction 2-17 Loading 2-17 Punching Tape 2-17 Interrupts 2-18 Stop 2-19 1729 Card Reader Introduction 3-7 Registration 3-7 Card Skew 3-9 Intermittent Escapement of One Column or Going One Column Too Far 3-10 Intermittent Read Errors 3-10 Part 4. 2-20 Parts List 2-20 Part 5. Director Function and Status Codes 2-20 Loading 2-26 Read 2-27 Lost Data 2-30 Start Motion During Card Read 2-30 Program Protect 2-31 Stop Signal Generation 2-31 Reply - Reject 2-32 Ready - Busy 2-33 Rev R Card Reader Troubleshooting Suggestions Card Placement Part 6. Wire Lists Wire List information is found on the diagrams in Part 1. iv FIGURES 3-1 Scope Traces Observed While 3-3 Adjusting Clock Delays 3-2 Clock and Field Signals 3-6 2-4 3-3 Timing Relationships 3-6 Keyboard Line Timing 2-4 3-4 Data and Clock Timing 3-7 Punch Timing 2-14 Program Protect Switch Positions 2-31 2-1 Full-Duplex System 2-2 2-2 Half-Duplex System 2-3 2-3 The 1700 Teletypewriter System 2-4 2- 5 TABLES 2-1 2-2 2-3 Director Function and Status Codes 2-21 Read Timing Chain 2-27 v RevR FOREWORD This manual contains customer engineering information for the basic peripheral devices used with the CONTROL DATA"~ 1700 Computer System. Wire list information is included on the diagrams. The basic peripheral package is referred to in this manual as the low speed synchronizer and is always designated as equipment 1 and consists of the following: 1) Common Synchronizer 2) 1711,1712, or 1713 Teletypewriter (Optional) 3) 1721 or 1722 Paper Tape Reader (Optional) 4) 1723 or 1724 Paper Tape Punch (Optional) 5) 1729 Card Reader (Optional) The common synchronizer provides the interface logic between the computer A and Q registers and the four peripheral devices. controller. Each peripheral device contains its own The station codes assigned to the common synchronizer and peripheral devices are as follows: 1) Station 0 - Common Synchronizer 2) Station 1 - Teletypewriter 3) Station 2 - Paper Tape Reader 4) Station 4 - Paper Tape Punch 5) Station 6 - Card Reader The teletypewriter is a self-contained unit which may be located up to 50 feet from the computer. The other three peripheral devices are located in a cabinet mounted on top of the computer. All controllers are located on the computer main frame chassis. >!---- -----7 23-CI5-6 ~+6V 121 ~ N L L -- -----7 24 MC 23- C06-6 (t--f H)>---------- ----7 ~ ONLY 13- C04-17 ----7 ~ 2 JI J (t--f f---7- +6V 0.1 fLF OJ=. 0.1 fLF 0- > ~ NOTE: CIRCU IT DIAGRAM PAGE 25.3. FOR AI, A2, AND A3 ON 25.2 Rev J . CBI TB I ~' K '" 2 LI TI A A B CR2 B 0 A ~ LI ..!,!I B A TI + CI FRAME GRo 1 0' CB2 RI B _ 1700I'F B +12V UNREGULATED A~ 6 +6V 5 GRo REGULATED 0- 02 0 03 C>- o' 0 >- f-<>5 K02- A C>- 06 CR3 J3-7,[ 0 J3-1 ~ f-07 K MODE B 4 '[ K04-A P2-6 J3-2 KT '-- J3-IZ J3 7 MODE -6V 0- k BRI DGE K06-A ~~i~~\ >- -<>, J3-9 f- -<>3 04 k CL~j~~~ f- --0 5 K08-A 06 k J3-4 TT5 J3-6 MODE >- --0 7 06 0 06 0 0 0 '0 0 >- f-ol2 >- f-0'3 0- C>- A4 02 ~ ~3-JODE 0" >- f-<>II CHASSI S GRD A3 A2 AI " 0 '0 k 0" 12 0 13 KIO-A ~ ~~~5 MODE " 15 " 15 RELAY PULLER CARDS V CONNECTOR TO TTY PAGE 25.5 5 CONNECTOR ----.. 510 55 511 I 57 I 1 ~Z 9 2 6 5 I 95 1 I I A r A LQ' ~OZ ]' K07 V. 6L+;: I~: I ,~3 "Lh3 ]1 " I ]' AI-II PZ-3 V4 TBI- ":~ ~ TBI- I A2-11 P2-4 TO T Y P.Z5 5 V6 ur A2-5 A2-1 P2-2 "} ) KIO A (TTR) -' K06 A (TT5) (T) CaNNECTOI V7 V5 Z I I V + 05 ltl:' ~O6 TO 6 ~ a-L- A ~,P2-1 15 I I I 4 l ?5 A3-1 RElAY 1 A (TTR) 1 I 7 BRIDGING KO" A (TT5) I I 1 I K 12 ) I "I~~ Z I 6 A3-5 P2- 5 RELAY CHASSIS SCHEMATIC ELECTRICAL V"} ~'O J 2 ]' ) 6 05 I I 1 05 • I 76!LUTCH 6 o. : [6 I ;05 IT) G Z "~3 ?6 I A P2 CONNECTOR LIGHTS I I ) CONNECTORS-.. AI-5 I I p2 3 " I ?6 3~ k RZ loon I 2 71;;~ K04 A (KT) (K) I I o. I ~ 7~ I 6~2 ,W-:3 I I I i5 I I S9 SI ~: I ~5 56 0, 6 ?5 ]1 I 7 ~2 I I A (KT) 1 A ~: I " 6 ]1 K03 KOI IKI I I 3 ) 7~~ " I I B I ) 7~ I 6 ~3 3 1 06 53 I 14 I I 52 7 I I ~ 54 I 7~~ 7.,...,... 04 I 56 TO TTY P.Z5.5 rC IN PAGE PRINTER SELECTOR MAGNET DRIVER SMDI SELECTOR MAGNETS CCNVENIENCE RECEP,ACLE C14M --+M C 9 1M (ON TYPING UNIT) J 115 VAC POWER INPUT i 6.25 AMPERE TIME DELAY ~ sr~ff<> R9 r LOCAL K l POWER 1.}-+0 SUPPLY 5A ~ C F C 2N 8~*, ICR2 I CRI R2 , POWER SWITC P ILIN"H J:~[I L2 POWER SWITCH cnCA' I POWER (LINE) ZDI R,f --,,R6 T92 SWITCH PO I RI I ~ CR. QI p911 h rD-~JJ RO b TTS Q2 L - __ __'_IN~)~r_BO_'-,;~ Ie pel S, ~ 3H I (IN E~7 6 6 TTR 19 CHAR, CTR INDICATOR SWITCH KBD) .19 51, f1 ''''' BREAK ,-~ C -gCR5 wi] I RECEIVE BREAK CONTACT MARGIN INDICATOR SWITCH (IN KBDI T CQ2H ~ 0 END OF 't5 LIN, ~)~~ 5 2J 3 4 L.« 2 I ~ '" -< ;U" @ SPECIFICATION SWITCH 11c 3 12 0 3 L I F RECEIVE BREAK F~I S::v,B 'T F ,~35 7c C NORMALLY OPEN NORMALLY CLOSED l-+ UN' LINE LOCAL RELAY CONTACTS LINE LOCAL RELAY CONTACTS C 2G ~~ 8S ZC l> '" i: 8r J 1- D KEYBOARD liNES OF 1 ;:;~ ,z .m - -- 4701\ 4~::r IK I CONTACTS ~m 1 F( II R )( 50 :r 1 ,z '1:,6NAC C 3. BLOCK REGULATED U c. SIGNAL BELL CONTACTS (IN STUNT BOX) ~~~ffc7£P~:jlI0 TTSW", i~ ~:~~ ;~~Q ~~ ~~ SF 50 ~---~~~ C 'I MAGNETS ~~ st 0 ~1 (IN F 26 R 3L I'.> g~~~~~UTOR ARC SUPPRESSOR 0.11 p..F I'.> TRANSMITTER TTS 4 C61E C o ~~ DE-ENERGIZED MODE SWITCH ON 1~:" 1 ®~ F 27 -< 0 ~~~ , C3C 6 C 2L ;;; SIGNAL BELL IN CABINET) K2 2 • ~ ;;; ( ~n DELETED 5. USE SYCHRONOUS MOTOR 60- AC POWER ONLY. o IL n5 3. OPTIONS: 4. ALL APPARATUS SHOWN IN R UNOPERATED POSITION. HOWN IN "KT" MODE. S~5 ~ ~ ~2 2. LEGEND: OS TTR TTS I 2 ~-~t ~( »__ .J Kf LOCAL ELAY S KT SWITCH 2.5 AMPERE LINE m K 4 17 TO MOTOR I T.3 C 6 36 NOTES; BACI ---" 7,7~··IA SUPPLY :f--->I, JI fi't' ~fCR' S , 0 C9 2N "l L~ r~, J,t:l ~'"P COP~ POWER ILINEI "'\",;11l''',,, "i:"J :::: "\'~;O' ~ SWITCH 0 1 1 ,b, I QI POLZ * "t " r-J.C", 3 E , , i~~ I IR8 't ~~,~11,,-l,~, POWER D I~~LE~~~~NG M~~7i~S - ro5~TI .~ cflN I ~~~~K~ ,,, E""'4 BREAK- T '---+-'-"-»(f-"-"--l;~~ 19 lH I FNHtl~ATg~R SWITCH liN CQ2H~T0 EiS MARGIN INDICATOR SWITCH TTR "t:t" ® TT5 6 6 (IN KBD) ( TTS END OF LINE 7 KeD) 4 7 Vp--<~>5 2J l 4 L~,--"f3' ~J 22 1'd~ REPERFORATOR r ~~~~~~OR S~;;NET : - - - - - - - - - - - ~~ ~IR~UI~-~ I~ ~~ !~~~EAS ;0 '~" H-i ,, " t±'··I~BI: l;--;Bli , , ___________________ .L MOTOR : , , 0 , L ~:~o~,,----------~ AUXILIARY LOCAL POWER SUPPLY --, ,.------~ L ,{ -'t 2.5 AMPERE I ~ H~ "'" DIAGRAMS TT: f)i OF CORPORATION: 639~ WD KEYBOARO- 5814 WD TRANS, TR:MIT{ER DISTRIBUTOR SPROCKET FEED hlOTOR - LMUJ 4348WD TO BASE-LCXe 806 MOTOR TERMINAL BLOCK POWER a LINE BLOCK SIGNAL (ON (ON »f WIRING FIELD (ON LESU) KEYBOARD BASE CONNECTOR »R OP P> OWER SWITCri (ON PANEL I POWER PANEL CO~NECTOR TRANS. DIST. "'OTOR »U XMTR DISTRIBUTOR »V MODE SWITCH », TO ~ _:; (.01 S. USE SYCHRONOUS MOTOR e I A6 ON ~'''''~~Y CONTACTS , T, I ~·ilf g~ ~-<§ CLOSED ~,., @ 5 K'M~~EST, ;FTST:~D T;:ERTY:i~E~H;~E T~~DES §5 ARE CONTROLLED BY THE MODE RELAYS IN THE BASE OF THE TELETYPE. SEE PAGE 25.2 OF THE LOGIC DIAGRAMS FOR TIiE RELAY SWITCHES, ,,"',... ~E~ T~Q6T¢7 J 1-0 KEYBOARD THIS DRAWING IS A MODIFIED REPRODUCTION TELETYPE CORPORATION WIRING DIAGRAM 6384 WD. REVISION 8, DATED H)-65. LINE LOCAL RELAY CONTACTS I iG OF ~~ ;;:~ t'w e 9 F " ~K 8 2\;011. ;: ;g~ ~~ L-...Q,5L !'"' ' "'~ C4K "110 11 f-----, 21 ~:'~i'\ I.H ~&;m ~ I (IN I CI"lAAACTER O.I~ ~y~PA~i~~ON ~ S.B.! COUNTE~ MAGNET ~~ 89; ® TAPE OUT REGULATED SO OR I ~2e6L - ~! LINE KEY _~ i ~E IF "r B t- 10 JI-E PRINTER ChN )) OIUf I ~--r-__--~~ " SIGNAL BREAK KT I CONTACTS JI-~ CONVENTION: NORMALLY Ho '0~* ~~ DE-ENERGIZED MOOE SWITCH "-,, eo." ''''. SPECIFICATION 606915. I TAPE CONNECTOR 6. SET 7. ~W~TCH OUT TERMINAL 4. ALL APPARATUS SHOWN IN OR UNOPERATED POSITION. SHOWN IN "KT" MODE. 10 OUT OF TAPE RELAY K'~ C U 05 CONNECTOR U C , F:r--- : 'Or:' , L, :!' , LESUI OC »E OM KeD I DIAGRAMS SJ--®~ "'n S SEE 25.2 OF V PAGE LOGIC __ si 121 5 "K2 )( ;~ I TTs$T0 :g SI' C 5K 9 C ® ~ PAGE ~II~I Ui ~~GH~AN¥:pLE a. 45 He PRINTER LP 814 VCL339 Ii 3!11 ONLY 2.900WD ~~WS Tc0 LAI< 806 FRICTION FEED F'AGE PRINTER - LP813 ( 50 CONTACTS OISTR -LXO 8Q<11 E~i~r~:iAL SERVICE UNIT 6394 WD :3L U , ® F SIGNAL BELL CONTACTS RIINSTUN,TBOX)R ~ 0" ~~~IVI~~~~AL U:W~~NG F ~~ :g 'r',tt 11 ' TTS RELAY~ SIGNAL BELL INCAB!NET'C ® K 4 2 LOCAL LINE C ~ , ftJ I. 6 DATA HOLD I NG REGISTER AI3 'VOl 7-810-4 DATA BIT 0 NU ~ATA BIT 7- 810-3 NU _ ~AT~ BIT 2 II DATA BIT 7-810-26 & NU 3 7- B10-25 ,1; 31-AI5-26 NU FROM PAPER TAPE READER _ DATA BIT 4 26 Q..ATA BIT 5 23 ~ATA BfT 6 DATA BIT 7 NU 17 18 ~31-AI5-23 28 680n &,. 25 24 7 - B09 -26 NU 7- B09-25 NU J 10- L ~~~I~~-4~'~ ~ &'9 22 7- 809-.3 NU FEED I 31-AI5-1 PULL CLUTCH +6V &. 20 21 ~29-AI4-9 _J 7-809-4 TO PAPER READER TAPE AI3-X FEED I 31- ,,5-3 FEED I 29-AI2-5 (100 NSEC PULSE) .!It. CONTROL .. DATA CORPORATION COMPUTER DIVISION LOW SPEED SYNCHRON IZER PAPER TAPE READER (PART I) .. " c '0' J AI2 Z20-2 (FEED 22d~~~~~CIHO) ~ 4 ~ Z09 (FEED ! N ,E HOL~~('::~y;:~) ~ 31- A15-21 BU~~ _(:~9N:r3) ~ ~ PUNCH MOTOR 35-A09-20 ON DELAY READY SWITCH 31 - A I 7 - 27 31-AI7- 2 FEED HOLE 27- C20 - 15 29- A12-3 CLUTCH 31-AI5-2 ~) .j f----'---() 29 - A 12 - 2 FEED 2 31-AI5-5 ]"" FEED t 31-AI5-19 RE:P:~I::~~Y ~ I------{ ~ f---------=-() 2 9 - A I 2 - I 5 31-AI5-7 10 ~~:~ 1~-17 0; d '''''' (READH(REPLY) 31- A16-28 FEED I 31-AI5-27 NU ~29-AI2-14 25 17 27- A13-13 19 h n NU NU n° ..( NU .( 20 J 3 1 - A15-6 21 / NU NUn:' 31-AI5-11 LOST OATA / CLEAR INT 31-AI7-18 ~ 31- A16-17 23'-"31_AI6_3 NU / / NU NU o....C-1 ~( / / / NU ./ / / WRITE (PUNCH) 35-AII-8 ./ / 35- A09 -21 ./ DATA READY 29-At4-24 31- A16-26 / DATA READY 29-AI4-26 ~ = SEE (29 = SEE PAGE 13 PAGE 19 I. CONTROL DATA CORPORATION COMPUTER DIVISION LOW SPEED SYNCHRONIZER PAPER TAPE READER (PART 2) C J ,. I,.~ AI7 Z05l A 15 ,~ izoa """""" DATA READY 29 -AI4-25 29- A14-27 AOS 9-811-22 ~ 9 READ DATA START ____ _ - -READ DATA ~MI -029-AI4-11 ID~27-C20-18 24 NU 3-817-5 STATION 2, EQU I P. I --~ 21 5-815-24 5-814-23 DATA READY ~ DATA STATUS 29- AJ2-1 I 5 - 807-25 L A ___ . FUNCTION 3-817-19 --~31-AI7-28 BUSY I"~ 11- 806-1 5- 807-3 ~ I FUNCTION) I PROTECT OK) STORAGE PROTECT 5-814-3 J 10 READY 5 r \ r---- Q)< I POWER ON 7- 808- 28 \ NU I \ '---CLEAR I I I AOO 3-816-5 A04 9- 811-18 Me 31- A 15-24 4 7-808-1 29-AI2-6 29-AI4-17 -, A02 9-811-12 MC 31- A17-21 / PF - 27 / I INT 29 - A14- 23 CLEAR 29- A14-2 BUSY 31- AI5-IS PAPER MOTION FAt LURE 29-AI4-1 T JOOOPF INFORMATION 27- C20-14 / READY SWITCH 5-807-4 ~ 29- A12-27 PAPER MOTION FAILURE 29 - A14-3 I INTERRUPT 11-806-9 JIO-N ~:~~ ~~~~R~ 0----< h----+I I 1/,,\ I 11-806-7 INTERRUPT 29 - A14-22 MC+ EQUIPMENT CLEAR 9-812-3 FEED HOLE 27- CZO -13 I \ PROTECTE D 5-815-1 A AOI 9-BII-9 I I AIS-X DATA 29- A 14- 20 I READ + WRITE 3-817-la \ ~ IS LOST I \ M FROM PAPER TAPE READER AND P!l.OT~C:L I tti1JT I NU~NU / f.:>.. FEED 2 / D I I I DELAYED FEED I 29- A12-25 4 LOST DATA G~29-AI4-13 19 29- A14-21 5-815-15 15 I L ______ 14 12 ALARM STATUS 5-815-9 I ~FEEDI 27- A13-15 29 - A14-12 27- C20-17 '. CONTROL DATA CORPORATION COMPUTER DIVISION ~ LOW SPEED SYNCHRON IZER PAPER TAPE READER (PART 3) NU "'I J A07 ~ CI9 BUSY 35-A09 -5 +6V 680.0. 14 - BUSY 5 - B07-5 33 - A08-3 35-AII-7 MC 35-A09-19 BIT -- BIT -- BIT 35-AII-23 AOO 3 - B16-7 - - 35-AII-19 AOI 9- B II-II - - - ,--, 23 _.f --- A03 9-BII-17 BIT 35-AI0-20 - - - - - - - - - - - -0' SET PUNCH PU LSE 35-A09-18 A06 33-A07-9 CLEAR PUNCH PULSE 35-A09-15 A07 9-BII-8 FROM PAPER TAPE PUNCH SET FEED PULSE 35- A09-14 .( 4 E 4 ~>-LEVEL BIT 6 BIT BIT H ~>-LEVEL 6 . __ .!"~ f 7 ~>-LEVEL WRITE OATA+!35-A09-1 REPLY L35- A09-3 BUSY 35- A09-8 PUNCH 2 35- A09-4 PULSE VALUE DETERMINED LOADING RULES 1 TO PAPER TAPE PUNCH J 7 FEED 35- A09 -22 MC + (PUNCH I) (PUNCH 21 (FEED) 35- A09-7 ® = IN 2 2 - - BIT - -3 - 35-AI0-7 CLEAR FEED 35- A09-9 B }-I~>- LEVEL 3 35- AIO- 2 A02 9-BII-10 0 FEED BY PUNCH 2 35-A09-6 OUT ([ +6V ,,,I( [8J = ;.n I" FROM TAPE OUT TAPE LOW 35-A06-9 ~O.I~F IN ~. CONTROL DATA . . CORPORATION COMPUTER DIVISION LOW SPEED SYNCHRON IZER PAPER TAPE PUNCH (PART I) IIZI C VV A09 Z07 AIO Z06 f--------=.- 0 33 - A08 - 12 28 (WRITE A06 33-A07 - 7 -:-...::: WRITE WRITE 29-AI2-18 A05 33-CI9-22 DATA ~------,-<.0 33- A08 -18 DATA) (REPLY) 21 t------!!o 35 - A 10 - 13 /- WRITE DATA 3-BI7-27 24 f---__---= - SWI TCH / / OK) / , READY AND P!!.0UC.I .QK_ STORAGE PROTECT 5-BI4-5 JII V FROM PAPER { TAPE PUNCH 141 POWER ON t - - - " " ( ) 7- B08-26 Y ACI ,, ,/ ,, 16 A PROTECTED ~5-BI5-4 I " I SET FEED PULSE I " READ + WRITE 3-BI7-12 tLEAR FEED PULSE 19 33-CI9-3 I ~~~C~O~_II 0,;..·----::-----' , "- 33- C19-1 I / 1-------1-0 MC 33 - C 19-15 II-B06-22 CLEAR INTERRUPT 33-CI9-26 + " ' ~~ MC , _J._ I ~ r ~1I-B06-20 , EQUI P CLEAR 9-BI2-5 JII-M Me AOO 33- C 19-14 JII-W ~~ ~~~YA09 -10 A04 33- C19-23 33- C19-16 ~~ 51 INTERRUPT =TA'"'P:-:E"--'B:-:R:-:E"'A7."K 11- B06- 28 I------"-'<) REAOY SW ITCH 35-A06- 16 SET PUNCH PULSE 33- C19- 9 ()-----l I DELAYED BUSY I I CLEAR I-----~O 5-B07- 6 TAPE BREAK 35- A06- 3 ~-----~·07-B08-3 (800 MS) 29 - A12-28 --- , , A02 33-CI9-5 ,, ,, ,, 'TAPE""LoW ,, 35-A06-12 ,, ~ 15 '- -- 14 PUNCH PULSE 33-CI9-10 NU TAPE A06-X 7- B08-25 ALARM STATUS 5-815-8 R~Atrr _ _ _ I I I TAPE LOW 33-A07 -15 ·A06-X J. 9 II~ I. CONTROL DATA CORPORATION COMPUTER DIVISION LOW SPEED SYNCHRON IZER PAPER TAPE PUNCH (PART 2) 1111 C iii Z A02 Z27 DATA ~23 41-B02-15 ~~~~~-9 INTERRUPT ~2~1__________~ BIT A02 9-BII- 4 STATION ~ 6 FUNCTION 3-BI 7 -25 AOO+ ~';!l'ri4-20 '~!i~~~~-~o ~ --------;;:-- END ::{S:::T"A=T:-:10'"'N:--::6:-,-:-{-::F7: U7: N"CT=10'"'N", END 41- B03- 2B JI3--H PROTECT SWITCH : )...-..-.-..!.' _________________________ J •( 8 END OF RECORD INT 41-B02-3 INTERRUPT 11- B06- 21 INTERRUPT BIT A03 41-803-25 STATUS ALARM 41-B03-12 1 ~~~~E~ARD ~~ • r----- {STATION 6HFUNCTIONHREADYltPROTECT OK' 41-B02-26 PROl:~~4 ~Ii 6" 1I BIT A03 41- B03-26 -~ 6'v =J 41-803-2 10 6 P:~~~;T_ 5STATUS BIT A04 9-BII-24 ~O.I JLF 27 J. CLEAR I NT t - - - - O 41 - B03- 24 , ~~TBI~~:3 81T AOO 37-A04-3 MASTER + EQUIPMENT CLEAR 9-812-7 Cr .( 18~ 41- ) FI 39- A03-20 CLEAR 43- B04-9 F2 39 -A03-26 CLEAR 41- B03-9 . k----4 A04 READY 39-801-19 14 - -- - - -- 16 ____ 13 LEP 43-C03-18 "941-A04-8 READ LI_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _~ 1 ...J '~5 -, _ __ ~-- t ) 803-21 43-C03-25} PERMIT )\-.________________---"13:..¢ 39 - 80 I -7 13 47 - 805-20 Z37 r 15 I I ....I : ~s-~----5 I I I I L I r I 4 r~ ~;..., - , I --1 -- -2~I L~ 0 37-AOI-I '~':-l~ ~F-~,-" ..... CONTROL DATA . . . CORPORATION COMPUTER DIVISION LOW SPEED SYNCHRON IZER CARD READER (PART II I.ZI C ...t' FI 37-A02-26 FI 41- 802-1 F2 57 - A02-24 F2 43-804-19 POWER ON 47- 805-25 18 LIGHT MOTION FI 43-804-28 43- B04- 20 FIELD PERMIT READ 37- A02-13 43-C03-5 STOP RSE 43- C03 - 10 READ TIMING lEP 43-C03-20 PERM IT DRIVER READY ON COlUM N I 43- 804-23 ~ CHECK LIGHT READER DRIVER CHAIN ----'--------, STOP READ ON COLUMN 82 43-804-5 41-A04-9 .La CLOCK 43- C03-7 6 ~u~~Oi~~TUS f-_ _ _ _1c:..,3 47- B05 - 24 lO,022/-,F 1 A --tXM-+lXJ--+\ 15 6 !~=~05-26 ES JI3-D ~~~~E~ARD ~~ I I I 12 45- C03 - 23 I I I I 43- C03-27} 41-803-3 II ~",?ruE~ . I I I _ _ _ _ _ ---.J L_ 0= IN OUT ~ +6V VALUE DETERMINED LOADI NG RULES BY OUT ~= l IN l ..!It. CONTROL .. DATA CORPORATION COMPUTER DIVISION LOW SPEED SYNCHRONIZER CARD READER (PART 2) liZ'll: C y ~~; BUSY N + 100 ).I.SEC 47-805-28 DATA 5-807-21 PERMIT READ 37-A02-11 DATA 47- 805 - 6 47-805-23 41-802-25 L_~ ________ ~ ~ Z30 13 II r 802 18 10 8 803 231 J 9 39-A03-19 ;--------,,/ --..... // DATA 37- A02-23 (STATION 6 )(FU NCTI ON I 37-AOI-6 REJECT II-C03-14,17 // / / / / / RS!3"':. ~'i>:~f; 0"'----+( / / -/:- ~i~C03-22~ / 41-803-7 / 12 / (STA 61(FCN)(ROYIWROTtCT--OKI 37 - AOI-12 / 1----..:."-'-<"0 READY 39-801-20 / IOsTilATA }----'-"-O : ~~~~2 - 7 / '- / / / II '- / 5-815-19 / // 1-----..:.."0 ~~~~O~~~A IV LOST DATA + CLEAR' LEP 43-C03-14 4 I R~1,l ~/ •( 39 -A03 - I / 11- 806 - 15 READ30~-8~;~i: 0" CLEAR 37-AOI-19 81T A05 5 - 815-28 100 JLSEC 41-A04-11 + I JLSEC LE LOST DATA+CLEAR ~41"-802-5 PULSE ON DATA 47- 805-5 5- B15-21 PERMIT READ 37- A02- 18 37-A02- 21 sl MOTION 41- 803 -IS END OF RECORD + I MS 47-805-1 (STATtON 6 II FUNCTIONIl READY II PROTECT OK) 37-AOI-9 MOTION 43- 804-21 8 (T A03 9-811-27 41-803-10~ END OF RECORD 37-A02-t9 ~ 8 81T A06 3- 816-23 5-BI5-7 '- / STATION 6 37-AOI-1 READ DATA 3 - 817-7 8USY MOTION 41-802-6 -7, -- END OF RECORD 47-805 -3 ~~~~~I!~~ 0_" '>", END OF RECORD tNT 37- A02-10 END OF RECORD 37 - A02- 9 .( ~BtTA03 FIELD I 39 - A03-28 26 ALL CAPAC ITORS (FOR MODULE ARE 2000 PF" Z30 ONLY I 37- A02-22 BIT A03 37- A02-17 +SV THIS VALUE DETERMINED 6S00 LOADING RULES" 8Y ~= ~ ~ I FOR MODULE Z 3t ONLY) CONTROL DATA CORPORATION COMPUTER DIVISION lOW SPEED SYNCH RON IZER CARD READER (PART 3) .n l ESCAPEMENT CONTROL B04 Z33 JI2-AI4~·-. MANUAL~~ I-------=<> 39 - 47- 805-8 39-A03-21 COLUMN JI2-K RSE R S E ~>--- ~~~~~3-12 W!:01-l8 O· ., ~ READ STATION EMPTY RSE+30 MS~ 47- B05- 4 ~ 28 41- B03-15 +6V REGISTER ~~~:L~03_23 FROM CARD READER 80 I - 8 F RSE } 7- 808- 5 45- COI-16 45 c C02-16 II I 45-COI-15 }_II_ _ LOAD DATA REGISTER 45- C02-15 JI3-C PRESSURE ~~ ROLLERS CARD READER I L_ FIELD 2 39- A03- 24 37- A02- 20} ~ 39- A03 14 24 10 41- 802-19 41-803-11 13 680.0. 15 680.0. 17 +6V 39-A03-22 MOTION 41-802-7 MOTION + II-'SEC 47- 805-18 -..r680.0. 3 0 39- 801 - II f-_ _+-_--==2c:.. FIELD I LEADI NG EDGE PU LSE NU JI2-D 7-808-24 7- B08-23 TO CARD READER { SKIP ~HrT--{ A 39- 801- 5 } A 47- 805-17 MOTION . ffip~~ B 560~r. +6V VALUE DETERM INED BY LOADING RULES 360.0. (!) = IN (!)= OUT -:--- \ f 4OOOf=iPF 47.0. IN~ D< 4701. ([ I_ CONTROL DATA CORPORATION COMPUTER DIVISION OUT lOon 1 LOW SPEED SYNCHRONIZER CARD READER (PART 4) ....C j~~ DATA REGISTER DATA (BITS REGISTER (BITS 6-11) C02 J 12 BIT 0 7-BI0- S 7.1 BIT 6 7-B09-24 BIT I 7-BI0-5 BIT 7 7-B09-23 BIT 2 7-BI0-24 BIT 8 7-B08-8 TO CARD READER BIT 3 7- B10-23 +SV @= 360.o. +6V r "Qu··r """"1 BIT 4 7 - B09- S BIT 10 7-B08- 24 BIT 5 7- B09-5 BIT II 7-BOB-23 -SV +6V 820.0. BIT 9 7- B08-5 +SV r<~ THIS 6600 VALUE DETERMINED LOAD I NG RULES. BY PItOOUCT _9_ CONTROL DATA , . . CORPORATION COMPUTER DIVISION LOW SPEED SYN CHRON IZER CARD READER (PART 5) 1729 'IZE: C ... J POTENTIOMETER LOCATION 805 j-~ L~cr31 UPPER ODD RSE+30MS RSE 43-C03-9~ ~43-B04-18 END OF RECORD END H-----!-O 41- BUSY 39-801-15~ + I MS 803 -23 f--l.--.--!!6 8USY+l00 p SEC 41- A04-10 r-----, I LAMP SUPPLY 5.6 V t~~ .ao: JI2-H 1 1 ~ I ':'AR! ~39-D25-27 ~A~ER...J 10 O'ATA (100 DATA 41- 802-21 C\0 >d NSEC PULSE I 41- 803 - 19 RSE 43- C03-12 0° v.'"v~v..J RSE 1100 NSEC PULSEI 43- C03 -16 T3 41- 802-24} 3 9 - A03- 6 o..~ v.,,,v.v.,j 13 100 NSEC PULSE 37- A02-28 NU NU MOTION 43- 804-- 27 [!]- < ® ~ONNECTOR K02-S K06-6 K 0-6 MODE RELAYS { ~ SEE PAGE 25.3 , 25.5 ~ 3 ® ~ONNECTOR 25.1- C17-9 U U 25.I-CI7-3 .."- L 0 0 Y E Y E H H .,., 4 ~~ S S20 ..:!1. AI-7 AI-12 SEE PAGE A2-3 RELAY PULLER CARDS A2 - 7 A2-12 A3-7 A3-3 AH3 T81-4 K KT T TTS TTR CLUTCH BRIDGING REL -6V ~ C 8 .i. A 8 C D E F G H I J K L ~ 3- CII-17(-6V) 23- CII-13 17- CIB-27 C , 23-CII-21 \ 23-CII-9 1 A j L A 23-CIB - 23 J K 25.1- 820-17 M N I J 2 K K 25.1- 820- 22K"1 III 3 L L 25.1-820- 4 M M 25.1-820-197TS nit<: 5 N N 25.1 -820 - I 6 P P 25.1- 820- 24C i..lJfc\6 9 F F 25.1-820- 25r.C~ 12 a • - 6V 7 ....... h f f SPARE- X X SPARE- Z Z ~ r- NOTES: tit ~ U ,. . ." '"" .... 0;; 0 ~~ I «-' >I .. 0 . ", i'" '" II J J ol-' "," 0'" .J ... ILZ J:~ _-1 0 2AITBI-I A2 SHLO * TB3 2AITBI-2-IT A4 SHLD ., A3PI-19 CBI-I , , '".... '" ., . .. ...... .... :LrnJ. 1 -~ A2P2-13 A2P2-\ CR2-B A2P2-2 C81-2 ., .... A4TBI-4 --=..,.""'~ JI - b TB4-9 AOI-14 K2-11 K \-:3 A2P2 -8 A3TB3-4 A2P2-15 A4 TBI- 2 RI- 2 KI- I CR2-A A3TB3-3 o. "'" I JI-V A5SI-2 JI-W A5S2-3 J 1- X A5S3 -3 JI -y A5S4- 2 CB2-2 A2P2-11 TB4-7 A3PI- 15 A3PI-16 TB3-7 ."'" A2P2-16 TB3-4 K 1- 2 A3PI- 18 AOI- 12 A2P2-IB A5S4 -I JI -N o. "" i"TB-'-- ."'" AII- I TB4-6 M A13-5 R T84-2 v TB4-3 w T84-4 X y TB4-5 AOI-IS AITB3-4 AOI- 13 AICB2-1 I L II:~ ~R: ".o~ C[ILUI --- ------ 01 PUNCH LOGIC T All-II u AII-5 TB3-9 L _ _ _ _ _ _ _ A15-12 A09-\ A13-7 .J K2-9 AIEI-3 == A05- II A13-6 .J U AITB2-4 ~ L A03 -I A07-11 CR I-A .J .+--- TB 3 - 10 B A07 -\ '" ....~ A AOI-II A05-1 A50S4-3 .J u JI AOI-I A03-11 JI-M A3PI - 20 TBI- I u ..'" 0 2AIEI-2 A2P2-IO A2P2-3 TB2 N N TB4 TB2-3 A3 SHLD IL --- --- --- --- --- --- --- TBI A3EI > is ~ EI A4TBI-3 0 iii 0 "'!!!C[ 2AIE2-2 z z oi= -,c oa: a: 0 .... IL C !;co 0 I~ C[ N II:z ;:• ~ 0 19 ... - 0 I "'''' 13 25 0 ~II: Cl> "'C[ 11.C[C I-Cl> 0 .!. .!.. 24 .... ;; ;; ZC[ I ... ., 12 21 , ~ U::I I~ AIA07-3 ;; ;; - '" Ui~ 00 AIA05-3 , N N .. -;- -;- - ... "'''' I~ AIA09- :3 o "0 "0"'0 ~LI_o_N+r_"'_o_"_o_"'_o_",_o--, 0 A1A07-9 AIAOI-9 1.,. 1'" .. '", '"0 '"'" I I AIA05-9 _-1 ~ ~u 1 PI AIA03-9 ----=r---- m I 16 TB3-3 A5 READY MASTER CLR PUNCH ABC " 0 E F H,J K L M N P R STU II W X v"Z Q b F 1 120.AO[P: SUPPL~e~:: GROUND NEUTRAL : I• GROUND IS "EUTOAL ,. NEUTRAL 15 + 24VDC I LOW TAPE GROUND ...... ~ 19 ·=0111 lilli' -" ~~~~~ I:I I ,I II ;1 FEED HOLE A'AOO·O BIT 4 7 AIA05~ '5 BIT6 • AIA07-3 CLOCK I 10 AIAI3-1 CLOCKr II AIAI3-3 17 II \I. R2 S4 ~~ • 5 ~\. OS, ~~ I 2AI I K2 1 :A1A02-13 L +1+1_1_ - o4IAOI-3 I t--------t-l t--------t----' AIAII-IO 1--------' IlflOUNDI19 i NEUTRAL 2. IZOVAC oJ o· TOP oB POWER O' 07 DISTRIBUTION CABINET O· LE2 '3 GROUND : :]24'IDcll I K' ' L_ AI -1L 1234561 0JOOOO D2 "I - - -E' _Dfo 0 a• o o t ,e .. III I , '0 +!4VDC 'F 2 2 AAl' '5 '---' +24VDC 2. y3 os. Dse 1 e. e, FEED MAG 680 S3 5 T8' 20 2' 15 \4___ ' 06 i3;J. II § : ~ [\,ll [\ ~'" ru J~:R'~::~ ,I dill :::::'1' : IS +24VDC 5 5 AMI ,. 14 06 2~ 1'7 BITO ' --\ 13 52 2 ~ 2Z A3 5' L~~----~---~---~r- 7 GROUND 6 I~ • '0 "'2 + 24VDC ---' ~ : k,. 6 NEUTRAL , PfloTEeT LEADER - - - - A""-'~ 0' CR, ,. o!-- AIAltH2 E' ror: -----Ilff~ C82 L-_ _ _ _ _ _ _ _ _--<~~o~,~--------~ O' . 20 L.- -- CLOCK_I_' rA'O.II CLOQ( 2. 24 •• •• L...... MA13-9 ~. r- CONTROL DATA CORPORATION COMPUTER DIVISION 'IICIDUCT PAPER TAPE PUNCH SCHEMATIC DIAGRAM 1723 1.,1£ 101ll"w,••• C 0. i U" I -------, rTOPCABINET 2AII I POWER DISTRIBUTION I BOX I I TBI I I I r;- I : I I I I NEUT 120 VAC 0 IL I I I I I ~ 6 I I '- r~2 f _ _ _ _ _ EI __ r:- PI SWITCH PANEL n . II I L - - - - - - - - - " 1 I I 2 3 I I 0 I I I I I,I S I A2 READER POWER DISTRIBUTION II : 4 ~ : I I - - - - - - - - - - - 1 - - - - - - - - - - - -AI- - - - - -JI - - - - - - - - BIT 2 3~\-------~ I I 4 5 II I I 11 I I II I BIT I I I 0 4 ~ I I \I----------l BIT 3 S\I-----------1 6\1-----------1 BIT 4 I I '--: CLUTCH 9~\-------~ FEED HOLE 10 ------------l 13 .---------il I r 2 ~ : 3 I I 1.1 4 READER ON READY MASTER CLEAR 1 - 1- - - - - - , PROTECT 14 :I I M 1 - 1- - - - - - - , IS t - - l..-> hll'r' BIT 7 1-1 " : BIT 6 B~\-------~ 12 , _______ -.-1 [i:~p ' BIT 5 7~\-------~ 1 g J BIT 0 2 11-----------1 ~ 2 '-- A T CD W I I KI I 6 "'----<>'""6_ _ _ _~ I I b :ill: III 4tf I; ~ L I ;? 1 , • 0 3 L- I SI L-+-+_-,S,., ~6li \.3 READER ~ DSI 4t I"iF S2 60 ~sti\.2 READY MASTER CLEAR GROUND 4 ~ ~6_t:~3S3 PROTECT (iii (ill DS3 ~1f3 I ---------------------~-------------------------~ NOTE: CD CONNECTOR J2 IS SIIOWN WIRED FOR 60 -CPS OPERATION. FOR SO-CPS OPERATION, CONNECT THE LEADWIRES TO PINS 4,5,AND 6 RATHER THAN PINS t,Z,ANO 3,RESPECTIVELY. ,,"DUCT -'_ CONTROL DATA jTpAEpER TAPE READER . . . CORPORATION SCHEMATIC DIAGRAM COMPUTER DIVISION 1721' AlB 1111: _IV C J r I I I I I I I I I I I I I I IL TOPCABINET 2AI'" POWER DISTRIBUTION BOX T81 ~ I 0 2 0 NEUT 1----------1------------------------A2 AI I I I I I 3 I I I I ~ 0 7 0 B 0 L- 2 3 ~ E2 _ _ _ _ ~EI ___ TI I?"~ , 8t T 2 I 4 0 BIT 3 I I I 1- BIT 5 7 H 81 T 6 CLUTCH 9 K FEED HOLE ~ 10 J BIT 7 II M READER ON 12 N READY MASTER CLEAR i3 P PROTECT I" R J iH-- ,E- CD 2 I '--- to s ~--- L--- T I ,, , ,, U I V '-' W t---t-+- 2 I 3 I I I a I I '--- 4 5 6 7 B X y z b GROUND I [~ I '--- I 5 7 I 2 BIT 4 F 0 f-6 I E L L~ 3 5 6 I 3 B 6 BIT 1 B I 4 ~ C 4AMP I I 8 3 -k------' ~ I I • 2 '---- CB BIT 0 I 5 I I'" I 2 A I " I I '" 0 I I ..JI I I I ~ 3 I I I I -b 4 i I I 1 I I II I I 6 1------- ~ I ~ ~ SWITCH PANEL PI , I I I I 4 120 VAC I I READER POWER DISTRIBUTION I ~\ " I-s L.?" 51 3 READER }W, 4\~t~t - 60 52 2 READY MASTER CLEAR @O51 • 3 " \~ I - 53 sL.?" PROTECT m "~ " I 3 053 3 I I I I I I I I I I I I ---------------------~-------------------------~ NOTE: CD CONNECTOR J2 IS SHOWN WIRED FOR GO-CPS OPE'RATION. FOR 50-CPS OPERATION, CONNECT THE LEADWIRES TO PINS 4,5,AND 6 RATHER THAN PINS !,Z,AND- 3, RESPECTIVELY. e- T1TLE CONTROL DATA CORPORATION COMPUTER DIVISION PAPER TAPE READER SCHEMATIC DIAGRAM ._T 1721 C/O 'e rsoii·4 l 2 00 rj¥ I·HIITI ....' 55. I r EI I l' 02 !. 0' 0'-0· - -----, 12AI I E2 ~--1I~TB2-'-O EI ,.-< A2T81.9-D I'- ::: TBI OB o 1 o· 0' _I ' " . S2 I II n J2 ""-, i~A21BI.3j ,, f--L I ,- N~6 NO • I I I AlTBI-, A2El-2 ----'~-T8Z·1 KI •• TI-1 02 AIPt-l3 0 ' AIPI-12 TOP CABINET .:..:. PI A1S3-4 , "I NO DS' I I I NC JI-o .II~E JI-F . ""'Fr 0 ~ .II-A JI-C-- i 'AIOS3-3 "" N,. !!: !.J; JI.:=1 ---~I----TB2-2 1BI I I I CD "" C• .6.1051-2 A'P'- 15 7 i ~ TI UTBI-2 I. IS 7\ TB2 '1" A A2TBI-3 13 : EI-1 7 7 ~ N ~ i ABC D ~ 7 ~ ~ JJ ----A__________________., TH CBI I . ~ TBI-2 I ~ 'I I ----- _____________________ 1 Jil E F H I I I :1;:; CBI-I-----1 2AIE2 L AlTSI-9 L.--------- i GIg 2AITBI·'aTBI -2 2AITBI-' N J I< L lilt N P R STU V W X Y ..J ~ rUdE! JI-H " 12 =E~IS=U=,= KI-I JI-L' I I . A A1Jl-b ,.II-K L Z a b I I I I I I I _ _ _ _ _ _ _ _ _ _ -.J NOTE: CD CONNECTOR J2 IS SHOWN WIREO FOR 60-CPS OPERATION. FOR 50-CPS OPERATION I CONNECT THE LEADWIRES TO PINS 4,5,ANO 6 RATHER THAN PINS t.2IAND 3, RESPECTIVELY. ..._ CONTROL DATA , . . CORPORATION COMPUTER DIVISION PAPER TAPE READER WIRING DIAGRAM c .n J r-----I I T AI SWITCH PANEL I I I I I I O~I • I 4rl I I I , I ~! I I I I S~ I' J2 I I I I I I I I I I o -"';~I--------------~ 0) 00 00 -~ r ~~ PI .II-A JIJI-G 53 053 ':"J. NO .11-0 NC • I JI-£ ~:::~ I I - A2TB1-Z A2£1- 2 I I I -,-,-AZTBI-3 I I I z ,CA2EI-3 I ,------, 12AI •• - - -.1. . T82-'-o bl 1>.••' ·1 -D EI r- A2TBI- S TBI I I I I I I I I I I , , I I ~ NC HO OS I I \I "I A2 POWER DISTRIBUTION g ~ ~ r' ~ : II I 5 ~ ~~ I t" ~ r---------i1 1 00 o 7 o· 0' t'- I TO' ~KI-' TI-I • TB2-2 ~_ _--.JL..._TB2·1 0' .,. '&'IJ2-2 0 ' 1(1-, '&'IJ2-1 1(1-7 AIDS5·' TI-4 TOP CABINET AIS3-4 TI-' A151-5 KI-2 .&.1051-2 10-1 AIPI-15 2AIEI AIJI-b A153-1 L ::E:!IS::!.BU= ~ ~ m KI-3 ~ = ..J TI L-- _ _ _ _ _ _ _ _ _ , ,JI-L JH( '0 I JI-J " 12 I "14 " 'A'TaI-'aTO~ TI'-' ::!:;& 'A'TaI-' JJ : CO'-I--} 2AI£2 £1-1 ~ m A ~ 8 ~ C ~ 0 ~ E ~ ~ I I F H CO, I ~ J K L M N PAS I TI-I T81-2 I . ~ ~ ~ , ~ ~ ~ ~ ' I r JII I _____________________ 1 ~ I I I N ---l__________________-, L A2TBI-8 ~~ ~ T U II W X Y Z Q I I I I I I b ______ '____ -.J NOTE: CONNECTOR J2 IS SHOWN WIRED FOR SO-CPS OPERATION. FOR 50- CPS OPERATION, CONNECT THE LEADWIRES TO PINS 4,5,AND 6 RATHER THAN PINS 1,2,AND 3,RESPECT1VELY. I_ CONTROL DATA CORPORATION PAPER TAPE READER WIRING DIAGRAM COMPUTER DIVISION c J OSI {PROTECT} @. eB2 I® Ll....---....~ 3 AMP CRI + t TI - CI 17000 jJ.F 25V SI SEC. PRI. JI 3 RI ~II~ f"'fl ~ .n J ~ CR2 1 2 1 6 ~ 2 ~CR3 TBI CHASSIS r- GROUND IO ]:J_ eo 70 t, ) L- eel 2 AMP LI r ~ 1 P2i1b J2 P31p31p31p31p31' P31P3 AKBCNPH FRAME GROUND EI JI I ABC 0 E F H BLACK WHITE} I" vAC L--GREEN _9. CONTROL .. DATA CORPORATION COMPUTER DIVISION PRODUCT POWER SUPPLY CARD READER FOR 1729 PRE - AMPLIFIERS AI-A5 ARE CARD TYPE 16225900 A6 IS CARD TYPE 18225500 )~ » --==========-----==========)~ )5" ,,~ )~ J3 r---,,, J2 I P'N, v D· , -« " --«: --< ;"': ,. . AZA I PI2.-Y --< I 111IIII --« , J ~D-=~~ I • --« , 9 --<. 8 7 I " I I C " I I A6 -12 --<. ~ I , I ~ I I I I 3 JI I 'ESCAPEMENT SOLENOID PULL- IN I 8 -« E---+8 19 LAMPS { I I II 1I I I I RSE (CARD PRESENT) --< AS A ( I I READ FIELD I --< FIE LD I' I I I' I C ~ --< e (i) I --< ( READ I 0 I " -.JI FRAME GROUND CLOCK LAMP READ LAMPS ~ "M9 I I P'N '0 I I I ]_.'"H"" " ON- OFF SWITCH 1115 VAC K LAMP SUPPLY (5.6 vl PI-B SWITCH 115 VAC (BLACK) P'-C 115 vAC SOURCE {WHITE} P12-H P'-' ON - TO LOGIC 115 VAC SOURCE (BLACK) t= ~'L 5 EO 2 ~ ----1« NOTE' o 5R, , '6 10 OHMS U THE FOLLOWING TERMS FEED DIRECTLY FROM J3 TO J 1, PIN IDENTIFICATION SAME ON BOTH ENDS. P'N R3 6BO OHM PI2-A PI2-B PI2-C ' 30- GR~US-=- --.!(~ A4-1! '- R2 I : 4 I_ ~~A4-18 ~6vl ) }JUMPER I ~ TO EM-D2 CARD READER (-6V) r S FUNCTION T U MAN. MAN. REG, V R'EG. PI2-D PI2-E W X SKP. PI3-C Y PR. PI2-F a CoL 82 j HOPPER 2"< {~ ESC SW'TCH .-1 . n "ceo". ESCAPEMENT SUPPLY - 20 IIDC (NOT U~ ;EO) P I' ~ , ~~ I ESC P'-F M , ~t= ~ I (5<. SOURCE GROUND ESCAPEMENT SUPPLY 1'0 ~ SW,TCH COMMON 1 SOLE~ Il ~, ,W: 8 I 7 P'-E <5: " , A6-14 15 1 C)N READY ' >- L8J K , I L ___ I CHECK READER PI-D ) A ~s SW'TCH COMMONS r---6' CHECK REA )ER LIGHT ... "~".., ~,," J C -:<) {-" ,---" , FIELD ).p ., TO AS { I ' _ _ _ -I L 84i=;. c~, I I I P'N ,. CR2 PIN A OF FUSE FI E I l { P'NI> I I' --<. '6 __.1.-______ A I" RSE CLOCK ,»F ---)~RO P'N '5 TO 1729 LOGIC '0 BIT II )~ II 19~~" 7 -<. PI2-U o+J II ~ 'N~ --< (i) BIT 0 !!>::)~ ::.•.. " I ' DATA FROM SOLAR CELLS PI2.-N w ' P'2-P SKP. WEIGHT J)!!-- PI3- 0 CONTROL DATA CORPORATION !"m ~ COMPUTER DIVISION CARD READER MODIFICATION AND PRE-AMPLIFIERS .~~2D:A' ~ C 60 u 61 NCR PUNCH NCR CARD READER 350 READER POWER SUPPLY ,-----, r---~~ 6-r------ I TO PUNCH 1 I 1 LOGIC l- I 1 l- L _____ LOGIC ___ Lr~ -- 1 1 - ,- - - I _J P3 ---~ I I POWER DISTRIBUTION BOX --T LOGIC I L - - - - TO READER I CARD READER POWER SUPPLY rl , POWER DISTRIBUTION STRIP - 1 I I I 1 I - JI I J2 '" '-C/ ,-- I 1 1 I I I I I I I 1 1 1 I I L J1'F- _ _ _ _ _ _ -.-l T~E J~ ;:;;'E READER PUNCH I - ____ J12~ ~ '--'cAR?"' READER 1 --1 LJ TERMINATOR BOX MG I 1 I 1 1 I I 1 1 I 1 1 1 1 I MAIN POWER DISTRIBUTION P~W~R I SUPPLY I I 1700 LOGIC I I Y - I I I I - I I I L P~W~R SUPPLY 1 1 1 I 1 I 1 - ~- I C- CONTROL DATA CORPORATION TITLE 1700 POWER DISTRIBUTION COMPUTER DIVISION PItODUCT 'IZ~ C DIIAWn,. NO. 60164200 IHEET I Pottll: JT 63 PART 2 CIRCUIT DESCRIPTION PART 2 CIRCUIT DESCRIPTION This part of the manual contains operational descriptions of the teletypewriter, paper tape reader, paper tape punch, and card reader. These descriptions are intended as an aid to the understanding of the logic diagrams contained in Part 1. PROGRAM PROTECT The program protect feature of the 1700 Computer System applies to the paper tape reader, the paper tape punch, and the card reader of the low speed synchronizer. Bit 17 of the Director Function code is designated as the protect bit. If the PROGRAM PROTECT switch is on, and the controllers for the paper tape reader, punch, and the card reader are on, only those functions from the computer which have a protect bit of "1" will be accepted by the respective controller. rejected except for status requests. All other instructions will be If the respective controller PROGRAM PROTECT switch is off, all instructions from the computer will be accepted and replied to. 1711-A/B/ 1712-A/ 1713-A/B TELETYPEWRITER INTRODUCTION The CONTROL DATA 1711-A/B Teletypewriter consists of a model KSR (keyboard sendreceive) teletypewriter and its associated controller. The KSR teletypewriter is a basic typewriter consisting of two units, a keyboard and a printer. It provides for transmitting messages by manual operation of the keyboard, and for receiving and printing messages on paper. The CONTROL DATA 1712-A Teletypewriter consists of a model ASR (automatic sendreceive) teletypewriter and its associated controller. The model ASR teletypewriter is . the same as the model KSR except that, in addition, it contains a paper tape punch and a paper tape reader. It provides for transmitting messages either by manual operation of the keyboard or by reading punched tape. It provides facilities for recording messages by punching them on paper tape and/ or printing them on paper. 2-1 Information can be Rev. W prepunched into tape and the tape can be used to read this information into the system. Also, messages coded in other than ASCII (American Standards Code for Information Interchange) code can be transferred from tape to computer or computer to tape. Inter- connection of the various units of the ASR is accomplished via a 5-position rotary switch located on the typewriter. The CONTROL DATA 1713-A/B Teletypewriter consists of a model ASR teletypewriter with its associated controller. The 1713-A model is the 60Hz version and the 1713-B model is the 50 Hz version. '!'hese are the same as the model 1712 ASR Teletypewriter with these execeptions: 1) The 5-position rotary switch is replaced by an Electrical Relay Chassis with relays contr0lling the five teletype operational modes. 2) It provides facilities for the programmed selection of teletype operational modes in addition to the manually selected modes. TELETYPEWRITER SYSTEMS There are two communication systems used with teletypewriter stations and these are termed the full-duplex system and the half-duplex system. Full-Duplex System The full-duplex system (Figure 2-1) allows simultaneous, two-way communication between two teletypewriter stations. A current loop between the keyboard of one station and the printer of the other station allows the bits, representing the character selected at the keyboard, to be transferred serially to the printer in the other teletypewriter station. ,--- TELETYPEWRITER STATION I I I PRINTER TELETYPEWRITER STATION --, r---- I I I I PRINTER I I : IKEYBOARD I I I L ____ _ L ______ -.J Figure 2-1. Rev. W IKEYBOARD I Full-Duplex System 2-2 I : I I I Half - Duplex System The half-duplex system (Figure 2-2) allows communication between two teletypewriter stations in only one direction at a time. printer at both stations. A current loop connects the keyboard and Only one character may be transmitted at a time through the current loop from either station. printers print the character. When a character is selected on either keyboard, both If keys are pressed simultaneously on both keyboards, a garbled character occurs on both printer outputs. TELETYPEWRITER STATION r-- TELETYPEWRITER STATION r----I - I I Figure 2 - 2. Half-Duplex System 1700 TELETYPEWRITER SYSTEM The 1700 teletypewriter system (Figure 2- 3) uses a combination of the full-duplex and the half-duplex systems. The teletypewriter is connected with independent current loops but the controller ties the two current loops together to make the system represent a half-duplex system. In this way, certain control advantages inherent in the full-duplex system are obtained, while the disadvantage of not being able to observe what is being typed from the keyboard is eliminated. The transfer of data bits representing a character, between the teletypewriter and the controller, is performed serially. The 7 bits of data and 1 bit of parity are enclosed within 3 bits of synchronization to form an 11- bit or unit code for each character or function. When no operation is in progress, the current loop between the teletypewriter and the controller is in a Mark condition (20-milliamperes current flowing in the loop). Refer to Figure 2-4. 2-3 Rev J ,- ----,- - I 1711/1712/1713 CONTROLLER TE LETYPEWRITER --l - r-~-,....----_-=-=~_ , 1"+6V I I PRINTER REAOMOOEI IN I I I I I I I ~---------------------+-6V +6V KEYBOARD I IN I L_ I L __ I _ _ _ _ _ _ --.J Figure 2-3. -+I The 1700 Teletypewriter System TIME 1--9.09 MS 2 3 4 r ., I 5 6 7 8 9 10 1-----,'---.J1- , - - , - - , - - , - -1- - , - - , - - , __ 1 __ I __ I __ 1 __ 1 __ 1 __ I __ "" 110 11 START BIT I 2 3 4 5 6 7 8 II MARK SPACE STOP "I" : MARK "0": SPACE Figure 2-4. Keyboard Line Timing DA T A TRANSFER Pressing a key on the keyboard sets the code bars in the teletypewriter for the character selected and opens the current loop between the teletypewriter and the controller. lobes. The clutch in the teletypewriter engages and rotates a cam containing ten Eight lobes are used for contacting code bars representing data bits (7 data and 1 even parity bit), one for the code bar representing a Start signal, and one for the code bar representing a Stop signal (the Stop signal lobe is twice as long as the other lobes). A timing chain is used in the controller to simulate the rotating cam in the teletypewriter. Rev. J 2-4 This keeps the proper logic (Holding register, etc.) in the controller synchronized with the teletypewriter. With an open current loop, the first code bar contacted represents the Start signal. A logical "0" Start signal is sent to the controller, the printer current loop is opened, the clock is started, and the controller and the teletypewriter are synchronized. through the ninth lobes contact the code bars representing data bits. The second If a lobe contacts a code bar, a Mark (indicating a logical" 1" condition) is sent to the controller. If a lobe does not contact a code bar, a Space (represented by a logical "a") is sent to the controller. The tenth lobe contacts the code bar representing a Stop signal and initiates a logical "l" Stop signal to the controller. The teletypewriter clutch releases and the cam stops in an off position, waiting for the next character to be selected on the keyboard. As the Mark and Space signals are received by the controller, they are re-transmitted to the printer. The printer assembles the bits and types the character selected. They are simultaneously sampled and gated to the appropriate Holding register flip-flop within the controller. Each bit transferred, including the Start signal, requires 9. 09 milliseconds to transfer one character and Stop requires 100 milliseconds. Data transfer occurs in a similar manner when the model ASR teletypewriter paper tape reader is used instead of the keyboard. SELECT READ MODE For a Read operation, the computer issues a Select Read Mode (A09) instruction. clears the Write Mode FF and sets the Reply FF. clearing the Function signal. This A Reply signal is sent to the computer, If the controller is Busy, the Select Read Mode signal is not enabled to the Write Mode FF and the Reject FF sets. A Reject signal is then sent to the computer. NOTE Certain functions (Select Read Mode, Select Write Mode, and Clear Controller) will be rejected if the controller is busy. However, since it is possible to transmit several function commands from the computer A register simultaneously, it is possible that a function will be replied to even if the controller is busy, i. e., end of operation interrupt request may be sent along with one of the above functions. In this case, a Reply will be 2-5 Rev. J returned from the controller. The legal function, in this case the end of operation interrupt request, will be performed but the function which would normally have been rejected will not be performed. It is therefore necessary to determine the condition of the controller either before or after issuing such a function. This is done using a status check. READ When a key is pressed on the keyboard, the Start signal from the keyboard line sets the Clock Control FF which allows the clock to start running. sent to the timing chain as Odd Clock at time 1. A 100- nanosecond pulse is After a 4.5 millisecond delay, the Strobe FF sets and the Receive Enable Strobe signal is applied to the input of the Holding register. This has no effect on the Holding register at this time. After another 4. 5-millisecond delay, the Clock FF clears. This generates a 100- nanosecond pulse to the timing chain as Even Clock, and advances the timing chain and the timing translator to time 2. The Start detector is disabled for the remainder of the character cycle. After a 4 .. 5-millisecond delay, the Strobe FF clears and the next Receive Enable Strobe signal is applied to the Holding register. The first bit of data from the teletypewriter is gated into the first FF of the Holding register if the input from the teletypewriter is in a Mark condition ("1"). a Cleared state. If the input is in a Space condition ("0"), the FF remains in (Refer to Figure 2-4.) After a 4. 5-millisecond delay, the Clock FF sets again and another Odd Clock pulse is generated to advance the timing chain and the timing translator to time 3. This sequence repeats until all 8 bits are gated into the Holding register from the teletypewriter at time 9. Time 10 has no effect on the controller. Control FF clears and the Data Read FF is set. At time 11, the Clock At this time, the Data status signal (and Data Interrupt signal if selected) is sent to the computer. of two flip-flops which make up data status. The Data Read FF is one The other flip-flop is Data Write. Either of the two flip-flops are used depending upon whether the controller is in Read or Write mode. Rev. J The Read Data FF is set in this case, since the controller is in Read mode. 2-6 When the Clock Control FF clears, there is a delay of about 10 milliseconds before a lOa-nanosecond pulse clears the Mechanical Busy FF. The interval from the end of time 9 through time 11 provides time for internal movements in the teletypewriter to cease prior to the controller going Not Busy and allowing a new operation to start. (The la-millisecond delay is adjusted so that the Mechanical Busy FF just fails to clear when the teletypewriter is running at full speed, which is 10 characters per second.) For slow-speed operation, this flip-flop should stay set for approximately 100 milliseconds. The Data status (A03) signal is sent by the Data Read FF to the computer to indicate that data is available at the controller. (If the Data Interrupt FF had been previously set by Function and Select Data Interrupt instructions, the Interrupt signal would also be sent to the computer at this time.) When the computer issues a Read signal, the gate from the Data Read FF is made. computer Read signal. After 1 microsecond, the Reply FF sets, clearing the When the Read signal drops, the Data Read and Reply FFs clear, and the Holding Register FFs clear in preparation for the next data transfer. LOST DATA If the computer has not accepted data from the controller by the time the next Start signal from the teletypewriter arrives, the Lost Data and Break FFs set but the valid data in the Controller register is not disturbed. computer. A Lost Data status signal is sent to the Setting the Break FF opens the current loop between the teletypewriter and the controller for 180 milliseconds. This is equivalent to sending two Null codes to the teletypewriter which shuts off any transmission, stops the paper tape reader if it is running, and locks the keyboard. It will be necessary to press the BREAK REL (Break ! Release) button on the keyboard to resume transmission in a Read operation. However, the computer program may initiate a Write operation to output data or initiate a new function without the keyboard being released. To do this, the valid data being held in the Data register must be read out in order to drop the Data and Busy status before the Function instruction to select the Write operation is sent. will be rejected. If this is not done, the function The Lost Data FF is cleared by a Master Clear or by the computer program initiating a Write mode. 2-7 Rev. J SELECT WRITE MODE For a Write operation, the computer issues a Function instruction to set the Write Mode FF. Then the Data status signal will immediately be sent to the computer since the controller is requesting data. If the controller is Busy, the Select Write Mode signal (A08) is not enabled to the Write Mode FF and the Reject FF sets. then sent to the computer. A Reject signal is (See Note under Select Read Mode. ) WRITE When the computer issues a Write signal and the data to be typed, the gate to the Write Enable circuit is made if the Write operation has been previously selected and Data status is present. This allows transfer of 8 bits (7 bits plus 1 parity bit which is ignored by the teletypewriter) of data (one character) from the computer to the Holding Register FFs in the controller and sets the Mechanical Busy FF. the Reply FF sets, clearing the Data Write FF. clearing the Write signal. After 1 microsecond, A Reply signal is sent to the computer, Setting the Mechanical Busy FF causes a Busy status signal to be sent to the computer. When the gate to the Write Enable circuit is made, the Clock Control FF sets which allows the clock to start. A 100-nanosecond pulse is sent to the timing chain as Odd Clock, and a Start pulse is sent to the teletypewriter. The Start pulse synchronizes the teletypewriter and the controller at time 1. After a 9-millisecond delay, during which the Strobe FF sets, the Clock FF clears. This generates a 100-nanosecond pulse to the timing chain as Even Clock, and advances the timing chain and the timing translator to time 2. teletypewriter via the transmitter printer line. Data bit 00 is transferred to the After a 9-millisecond delay, the Clock FF sets again and another Odd Clock pulse is generated to advance the timing chain and the timing translator to time 3. This allows the transfer of data bit 01 to the teletypewriter via the Xmtr printer line. This sequence repeats until all 8 bits of data have been transferred to the teletypewriter at time 9. Time 10 has no effect on the controller. When the Clock Control FF clears, At time 11, the Clock Control FF clears. there is a delay of about 10 milliseconds before a 100-nanosecond pulse clears the Mechanical Busy FF. Rev. J (The 10-millisecond delay is adjusted so that the Mechanical Busy 2-8 FF just fails to clear when the teletypewriter is running at full speed, which is 10 characters per second. The Mechanical Busy FF will stay set for approximately 100 microseconds. ) When the next Write signal and data to be typed are received, after the Mechanical Busy FF clears, the Write sequence repeats. INTERRUPTS If the MANUAL/INTERRUPT switch on the teletypewriter keyboard is pressed at any time during an operation, the Manual Interrupt FF sets. Both the Interrupt status and the Manual Interrupt status are sent to the computer. Data interrupt may be selected before or during an operation, which causes the Data Interrupt Enable FF to set. An interrupt will occur if any of the following conditions are present: 1) If the Data Interrupt Enable FF is set uI>0n selection of Write mode, 2) If Write mode is selected and the Data Interrupt Enable FF is not set, upon setting the Data Interrupt Enable FF, 3) If Write mode is selected and the controller is Busy, and the Data Interrupt Enable FF is not set, upon going Not Busy, or 4) If Read mode is selected and the Data Interrupt Enable FF is set, upon setting the Data Read FF. If the end of operation interrupt is selected before or during an operation, the End of Operation Interrupt Enable FF sets. The Interrupt signal is sent to the computer 12 milliseconds after the timing chain clears at the end of the timing cycle if another Start pulse from the teletypewriter has not been received by the controller. The interrupt is used to inform the computer that the controller may be changed from Read mode to Write mode. The interrupt is not normally used in Write mode because the termination of an operation takes place when a Write signal is not issued by the computer. If the interrupt on alarm is selected before or during an operation, the Alarm Interrupt FFsets. The Interrupt signal is sent to the computer when the teletypewriter becomes Not Ready, a Lost Data condition occurs, or an Out of Tape condition is present (1713 Teletypewriter only). The Alarm status is available to the computer whenever the teletypewriter is in a Not Ready condition. 2-9 Rev. J TELETYPEWRITER OPERATIONAL MODES The following five functions are programmable through the 1713 Teletypewriter controller only. They select operational modes in the teletypewriter. The modes are also manually selectable by use of momentary pushbutton switches. Five switches are pro- vided, each switch corresponding to a teletypewriter operational mude. The 1712 Teletypewriter provides for manual mode selection only, by a rotary switch. These modes are not used in the 1711 Teletypewriter. NOTE The logic diagrams are referred to by page number, card location number, and card pin number. For example, 25.1-C17-14 refers to logic page 25.1, card location B17, and pin 14. Page numbers in parentheses refer to the 1704 Computer logic diagrams. Selection of a teletypewriter mode (either by a function or manually) will result in setting one of the corresponding mode FF's. These five FF's are K, KT, T, TTS, and TTR modes located on module Z33 25. 1-C1 7. is described below. 25.1-C17-14. delay. The sequence for setting each of the FF's Selection of a mode (and setting a FF) causes a "1" to appear at This sets the TTY Mode Busy FF, initiating an 30-millisecond time The clear output of the TTY Mode Busy FF is a "0", entering 25. 1-B20-26 for transmission to the Electrical Relay Chassis (ERC), energizing the Bridging Relay Driver circuit. At the end of 30 milliseconds, the TTY Mode Busy FF clears "1" at 23-C06-5, deactivating the Bridging Relay Driver circuit. The delay provides time for the selected mode relay (K, KT, T, TTS, or TTR) to complete its switching before the operation continues. Select Keyboard (K mode) A teletypewriter select keyboard (K mode) function is indicated by bit AlOof the function code being a "1". This bit enters the controller at 25. 1-C17-27. If a function command 13-B19-23 is also present, AND gate D is satisfied and the K Mode FF sets. transmits a signal from 25. 1-B20-17 to the ERC. This The K mode relay is energized, causing selection of the corresponding mode in the teletypewriter. A "0" from gate A generates a reply to the computer and causes a "1" to appear at 25.1-C17-14, setting the TTY Mode Busy FF as previously described. This also initiates a one-shot pulse from AND gate Z to clear any previously Set Mode FF's. Rev V 2 -10 Pressing the K mode pushbutton removes a static "1" from the K Mode FF and applies a "0" to set it. It also generates a "1" to set the TTY Mode Busy FF and initiates a one-shot pulse from AND gate Z to clear any previous Set Mode FF's. When the K mode is selected, the keyboard and printer are connected to the controller, and they act as a send/receive page printer. In this mode, the teletypewriter acts as a KSR Teletypewriter and the paper tape units serve no function. Select Keyboard-Tape (KT mode) A teletypewriter select keyboard-tape (KT mode) function is indicated by bit All of the function code being a "1". This bit enters the controller at 25. 1-C1 7 -24. If a function command 13-B19-28 is also present, AND gate E is satisfied and the K Mode FF sets. This transmits a signal from 25.1-B20-22 to the ERC. The KT mode relay is energized, causing selection of the corresponding mode in the teletypewriter. A "0" from gate B generates a reply to the computer and causes a "1" to appear at 25. 1-C17 -14, setting the TTY Mode Busy FF as previously described. This also initiates a one-shot pulse from AND gate Z to clear any previous Set Mode FF's. Pressing the KT mode pushbutton removes a static "1" from the KT Mode FF and applies a "1" to it. It also generates a "1" to set the TTY Mode Busy FF and initiates a one- shot pulse from AND gate Z to clear any previous Set Mode FF's. This mode connects in series the keyboard, printer, paper tape reader, and punch to the controller. A character struck on the keyboard or sent from the reader is printed, punched on tape, and transmitted. A character transmitted from the controller is printed and punched. CAUTION If the paper tape reader is in use, striking a key on the keyboard superimposes the keyboard character over the reader character and results in a garbled character. Select Tape (T mode) A teletypewriter select tape (T mode) function is indicated by bit A12 of the function code being a "1". This bit enters the controller at 25.1-C17-10. If a function command 13-B19-28is also present, AND gate B is satisfied and the K Mode FF sets. 2-11 This Rev V transmits a signal from 25. l-B20 -11 to the ERC. The T mode relay is energized, causing selection of the corresponding mode in the teletypewriter. A "0" from gate C generates a reply to the computer and causes a "1" to appear at 25.l-C17-14, setting the TTY Mode Busy FF as previously described. This also initiates a one-shot pulse from AND gate Z to clear any previous Set Mode FF's. Pressing the T mode pushbutton removes a static "1" from the T Mode FF and applies a "1" to it. It also generates a "1" to set the TTY Mode Busy FF and initiates a one-shot pulse from AND gate Z to clear any previous Set Mode FF's. This mode connects the page printer and paper tape reader to the controller. The key- board and paper tape punch are connected together as an off -line tape preparation device. Read operations transfer information from the paper tape reader to the controller and the page printer. printer. Write operations transfer information from the controller to page Simultaneously, a new tape can be prepared from keyboard entry. Select Tape-to-Tape Send (TTS mode) A teletypewriter select tape-to-tape send (TTS mode) function is indicated by bit A13 of the function code being a "1". This bit enters the controller at 25, l-C17 -2. If a function command 13-B19-28 is also present, AND gate C is satisfied and the K Mode FF sets. This transmits a signal from 25. 1-B20 -19 to the ERC. The TTS mode relay is energized, causing selection of the corresponding mode in the teletypewriter, A "0" from AND gate D generates a reply to the computer and causes a "1" to appear at 25.1Cl 7 -14. setting the TTY Mode Busy FF as previously described. This also initiates a one-shot pulse from AND gate Z to clear any previous set Mode FF's. Pressing the TTS mode pushbutton removes a static "I" from the TTS Mode FF and applies a "1" to it. It also generates a "1" to set the TTY Mode Busy FF and initiates a one-shot pulse from AND gate Z to clear any previous set Mode FF's. This mode connects only the paper tape reader to the controller. The page printer is disconnected while the keyboard and punch are connected together off line. is provided to allow transmission of tapes coded in other than ASCII codes. This mode The printer and punch are blinded in this mode to prevent their responding to the characters being sent. The TTS mode is the only one that provides for program controlled tape motion. The start tape motion function (bit AO 5) can be used here to advance the tape in the paper Rev V 2 -12 tape reader by one character and transmit it to the controller. after one character. The tape motion stops The manual tape motion switch must be in the run position to allow tape motion to take place when the start tape motion function is given. Select Tape-to-Tape Receive (TTR mode) A teletypewriter select tape-to-tape receive (TTR mode) function is indicated by bit A14 of the function code being a "1". This bit enters the controller at 25. 1-C1 7 -5. If a function command 13-B19-28 is also present, AND gate A is satisfied and the K Mode FF sets. This transmits a signal from 25. 1 - B20 -12 to the ERC. The TTR mode relay is energized, causing selection of the corresponding mode in the teletypewriter. A "0" from AND gate E generates a reply to the computer and causes a "1" to appear at 25.1C17 -14, setting the TTY Mode Busy FF as previously described. This also initiates a one-shot pulse from AND gate Z to clear any previous Set Mode FF's. Pressing the TTR mode pushbutton removes a static "1" from the TTR Mode FF and applies a "1" to it. It also generates a "1" to set the TTY Mode Busy FF and initiates a one-shot pulse from AND gate Z to clear any previous Set Mode FF's. This mode connects the paper tape punch to the controller. and paper tape reader are inactive in this mode. The page printer, keyboard, This mode allows recording on paper tape of codes foreign to the teletypewriter. 2-13 Rev V 1721/1722 PAPER TAPE READER INTRODUCTION Four models of the CONTROL DATA 1721 Paper Tape Reader and two models of the CONTROL DATA 1722 Paper Tape Reader are available for use with the 1700 Computer System. Each of the models contains its own controller and a CONTROL DATA 350 or 370 Paper Tape Reader. The 350 reader reads 5-, 7-, or 8-level tape at a rate of 350 characters per second; the 370 reader reads 5-, 7-, or 8-level tape at a rate of 400 characters per second. The following indicates the contents of the various 1721 and 1722 Paper Tape Reader models: PAPER TAPE READER CONSISTS OF 1721-A Controller and 350 Reader (60-cps input) 1721-B Controller and 350 Reader (50- cps input) 1721-C Controller and 370 Reader (60- cps input) 1721-D Controller and 370 Reader (50- cps input) 1722-A Controller and 370 Reader (60- cps input and containing a Remex Tape Spooler) 1722-B Controller and 370 Reader (50- cps input and containing a Remex Tape Spooler) LOADING The paper tape reader must be loaded with tape before operation can begin. Refer to the applicable paper tape reader reference manual listed in Part 3 for loading instructions. Press the READER POWER switch. Press the READY /MASTER CLEAR switch on the reader to clear the controller for operation. READ When the tape reader is Ready, the controller provides Ready and Power On status signals to the computer. To start the Read operation, the computer issues a Director Function code (with the start bit 05 = "l ") which sets the Start FF. If the Data Ready Rev. J 2-14 and Lost Data FFs are clear (no data in the Data register), the Clutch FF sets. The Clutch FF causes the clutch in the reader to engage and start moving the tape. Setting the Clutch FF initiates a 40-millisecond delay. If a change of state in the feed hole is not sensed before the delay times out, the tape is not moving and the Paper Motion Failure FF sets. This provides a Not Ready status and an Alarm status to the computer and enables the alarm interrupt. In normal operation, a feed hole will be sensed before the 40-millisecond delay times out and a Feed Hole signal sent to the controller. This Feed Hole signal causes the Feed 1 FF to set, clearing the Data register in the controller. After a 400-microsecond delay which prevents data transfer until the holes in the tape are directly over the photo diodes, the Feed 2 FF sets. If The set Feed 2 FF initiates a 40-millisecond delay. the delay times out due to the tape not moving or feed holes not present in the tape, the Paper Motion Failure FF sets. This provides a Not Ready status and Alarm status to the computer and enables the alarm interrupt. The Feed 1 and Feed 2 FFs set the Data Ready FF. clear the Feed 1 FF. The Data Ready and Feed 2 FFs If any bits were present in the tape frame containing the first feed hole and were read by the reader, the bits are placed in the Data register after the Feed 1 FF is cleared. Setting the Data Ready FF provides a signal to the computer indicating that data is available on the data input lines. A computer Read signal then enables transfer of this data to the computer from the controller Data register. Ready FF set the Reply FF. The Read signal and the Data The Reply FF causes the computer Read signal to drop, removes the data from the input lines, and clears the Data Ready FF. After each frame of tape is read, the feed hole and information signals drop, clearing the Feed 2 FF. The cleared Feed 2 FF provides an input to the Feed 1 FF so that the Feed 1 FF can be set when the next feed hole appears in the tape and the next frame is to be read. 2-15 Rev. J DATA INTERRUPT When the data interrupt function is selected, the tape reader continues reading the tape until a paper motion failure occurs (end of tape or a torn tape), a Lost Data condition occurs, or until the interrupt function is removed. The Lost Data condition occurs when the last frame of data read was not transferred from the Data register of the controller to the computer (Data Ready FF is still set) by the time the next feed hole appeared. This feed hole provides a signal which sets the Feed 1 FF. Setting the Feed 1 FF sets the Lost Data FF to provide the Lost Data and Alarm status signals to the computer. Also, the Clutch FF clears and the reader clutch is released. stops until both the Data Ready FF and the Lost Data FF clear. Tape motion The Data Ready FF is cleared by a Master Clear or by the computer Read signal which allows the second frame of data to be transferred to the computer. frames of data are lost. If the Master Clear is used, both The Lost Data FF is cleared by a Clear Interrupt Function code. If the data interrupt was not selected and the computer does not provide a Read signal when data is available on the input lines, the Clutch FF clears and tape motion stops when the Feed Hole signal drops between frames. On receipt of a Read signal from the computer, the data in the Data register is transferred to the computer, the Reply FF sets, and a Reply signal is returned to the computer. Data Ready FF and causes the Read signal to drop. The Reply signal clears the The Clutch FF sets, the reader clutch engages, and the tape moves to the next frame. ALARM INTERRUPT When an interrupt on alarm function is selected, the tape reader will stop if any alarm conditions are present: 1) A paper motion failure (end of tape or torn tape), Data, or 3) Power to the tape reader is off. Presence of this interrupt indicates that internal conditions have changed within the tape reader. Clear Interrupt Function code. Rev. J 2) Lost 2-16 The interrupt is cleared by a 1723/1724 PAPER TAPE PUNCH INTRODUCTION The CONTROL DATA 1723-A/B Paper Tape Punch consists of a controller and a National Cash Register (NCR) EM-B1 Paper Tape Punch. The CONTROL DATA 1724-A/B Paper Tape Punch consists of a controller, an NCR EM-B1 Paper Tape Punch, and a NCR EM-B2 Tape Handler. Each will punch 5-, 7-, or 8-level tape at speeds from 0 to 120 characters per second. LOADING The tape must be loaded into the head of the paper tape punch before operation can begin. Refer to the NCR EM-B2 Paper Tape Punch Manual, Pub. No. 60143600, for loading instructions. Press the POWER and READY /MASTER CLEAR switches on the punch. The READY /MASTER CLEAR switch clears the controller for operation. PUNCHING TAPE When the paper tape punch is Ready, the controller provides a Ready signal and a Power On status signal to the computer. It also provides a Data status signal indicating that the punch is not presently punching the tape. To start the punching operation, the computer issues a Director Function code (with start bit 05 = "l ") to the controller which sets the Start FF. The Start FF starts the motor in the punch and initiates a Busy signal to the computer indicating that the controller is Busy. The punch motor turns a timing disc that generates Set and Clear Punch pulses, and Set and Clear Feed pulses to the controller (Figure 2-5). The Director Function code initiates a Reply signal to the computer causing the start bit of the Director Function code to drop. After the Start FF sets, there is an 800-millisecond delay which permits the punch motor to reach operating speed before pulses from the paper tape punch are accepted by the controller. When the computer issues a Write signal with the data to be punched, the Reply FF sets. The Reply FF permits setting of the Punch 1 FF which causes a Reply signal to be sent to the computer, dropping the Write signal. into the Holding Register FFs. The Reply FF also gates the data to be punched Setting the Punch 1 FF causes the Data status signal to 2-17 Rev. J the computer to drop. (If the computer issues another Write signal immediately, the signal is rejected until the punch has processed the data presently in the Holding register. ) After data is placed in the Holding register, the Set Punch pulse and the output of the set Punch 1 FF sets the Punch 2 FF. This provides a Feed Hole signal to the punch and gates the data from the Holding register to the punch. The data and the feed hold are now punched in one frame of the tape. IE ~ 5 MS I I SET PUNCH ~ --l SET FEED CLEAR PUNCH I tor--I.5 MS I n ~ I I I I n 5 MS n CLEAR FEED Figure 2-5. ~I Punch Timing The Set Feed pulse from the punch sets the Feed FF, clearing the Punch 1 FF and instructing the punch to move the tape one frame. The Clear Punch pulse clears the Punch 2 FF which clears the Holding register, preparatory to receiving the next group of data bits. The Data status signal is returned to the computer indicating that the punch is not punching and can receive additional data bits. The Clear Feed pulse from the punch clears the Feed FF and the punch stops moving tape. On receipt of the next Write signal and additional data bits from the computer, the punch cycle repeats. INTERRUPTS Two interrupts may be used during operation of the paper tape punch. interrupt request and interrupt on alarm. These are data Either interrupt may be selected with or after the Start instruction is issued. When the data interrupt request is selected, bit A02 is a "1". The interrupt occurs when the controller Holding register is clear and the punch is ready for additional data bits from the computer. Rev. J When the interrupt on alarm is selected, bit A04 is a "1". 2 -18 This interrupt occurs when there is a Low Tape condition in the punch, the tape is torn, or when power to the punch is off. Interrupt conditions may be sensed by a computer status check whether the interrupts are selected or not. STOP Upon completion of punching a frame of data, the punch remains ready to perform another punch operation until the computer issues a Director Function code with stop bit 06 equals "1". The Stop signal clears the Start FF and turns off the punch motor. Also, if there will be no punching within the next 60 seconds, the Stop signal should be issued. 2-19 Rev. J 1729-A/B CARD READER INTRODUCTION The CONTROL DATA®1729-A/B Card .Reader consists of a controller and a National Cash Register (NCR) EM-D2 (PE) Card Reader. Two models (the 1729-A, 60-Hz input and the 1729-B, 50-Hz input) of the 1729 Card Reader are available for use with the 1700 Computer System. The controller controls card reader operation and receives amplified data read off the cards. the read station area of the card reader. Card columns are read by photocells in The card reader is capable of reading standard 80-column punched cards at a rate of about 100 cards per minute. The input hopper and output stacker of the card reader each hold a maximum of 400 cards. DIRECTOR FUNCTION AND STATUS CODES Refer to Table 2-1 for a description of the Director Function and Status codes. The logic diagrams are referred to in the table and descriptions by page number, card location number, and card pin number. For example, 3-B17-8 refers to logic page 3, card location B1 7, and pin 8. Rev R 2-20 TABLE 2-1. DIRECTOR FUNCTION AND STATUS CODES FUNCTION A REGISTER BIT Clear Controller AOO 37-AOl-24 (Z26) Outputs a "1" to 41-B03-9 to clear Lost Data and Alarm FFs. Enables clearing Motion FF (41-B02). Clears Register FF (43-B04). Also clears all interrupt requests, motion requests, errors, and other logic which can be cleared. If this bit is used with other select bits, the other requests are honored following a Clear Controller. Clear Interrupts A01 37-AOl-26 (Z26) Outputs a "l II to AND gate A (37 -A02) to clear out End of Record and Alarm status signals (37-A02). Clears End of Record FF (41-B03). Clears Data Interrupt FF (37-A02). Clears all interrupt requests and their responses. If this bit is used with select bits A02, A03, or A04, A04, these bits are honored following a Clear Interrupts. Data Interrupt Request A02 37-A02-25 (Z27) If the Protect line is up (AND gate B = "1"), the Data Interrupt Request FF sets. An interrupt is generated when a data transfer can occur. It can occur when the Data FF (41-B02) is set (41-B02-15 = "1") and the Motion FF (41-B02) is set (41-B02-9 = "1"). The interrupt is cleared by a Read operation. Interrupt request is cleared by a Clear Controller or Clear Interrupts (inverter C = "l"). Select Interrupt on End of Record A03 37-A02-17 (Z27) If the End of Record FF (41-B03) is clear (41-B03-20 = "l") and the Protect bit is present, the FF at test point 5 (37-A02) will set. If the End of Record FF sets, it will enable setting the EOR FF (37 -A02) which provides an interrupt notifying the computer when the last data transfer of a record has occurred, i. e. when the last column of the card has passed the read head. LOGIC INPUT 2-21 DESCRIPTION Rev R TABLE 2-1. FUNCTION DIRECTOR FUNCTION AND STATUS CODES (Cont'd) A REGISTER BIT LOGIC INPUT DESCRIPTION The interrupt is cleared by Clear Controller or Clear Interrupts. The interrupt must be cleared before the beginning of the next card or the reader will stop until it is cleared (37-A02-10 = "1" clears Motion FF which sets Stop FF at 43-B04). Select Interrupt on Alarm A04 37-A02-5 (Z27) If the Protect bit is present, the FF at test point 1 will set if a II 1 II is present at 37-A02-5. This enables setting the Alarm Interrupt FF (37-A02) providing an interrupt if an Alarm condition is present. An alarm interrupt indicates that the card reader has reached one or more of the following states which cause the Alarm FF (41-B03) to set: 1. Read Station Empty (RSE) (43-B04-15 = "l "). 2. Lost Data (Lost Data FF set, F = "1"). 3. Card reader becomes Not Ready while reading is in progress (39-BOl-20 = "1"). 4. An attempt was made to start motion while the reader was Not Ready (41-B02-6 = "0" and 39-BOl-20 = "l"). The interrupt request and response is cleared by a Clear Controller or Clear Interrupts. Start Motion Rev R A05 41-B02-27 (Z30) 2-22 If Station 6 is connected, the controller is doing a function, the reader is ready, and the Protect bit is present, then inverter B outputs a "1". This sets the Motion FF (41-B02) causing AND gate A to output a II 1", enabling a Reply to the computer. After a Start Motion function is received, reading can begin. If reading is in progress TABLE 2-1. FUNCTION DIRECTOR FUNCTION AND STATUS CODES (Cont'd) A REGISTER BIT LOGIC INPUT DESCRIPTION when a Start Motion is received, no further transfer can occur to the computer from that record. Transfer begins again when the following card is in position. Cards continue to be fed until a Stop Motion is received. If the End of Record interrupt is not cleared before the beginning of the next card, the card reader stops. Refer to the Start Card Motion paragraph for a further description of the Start Motion function. Stop Motion A06 41-B02-28 This bit directs the card reader to stop the operation. It clears the Motion FF (41-B02) and causes AND gate D to output a "I", clearing the Data FF (41-B02). A stop Motion in the middle of a record locks out any further transfer in that record but the card continues to move to the output stacker. The stop occurs at the beginning of the next record (43-B04-21 = "0", causing AND ?:a te A to output a "1", 43-B04-27 = '0", 47-B05-18 and 43-B04-24 = "Os", causing the Stop FF at 43-B04 to clear after 1 j..!sec, sending a Stop signal to the card reader). If both A05 and A06 are set, Stop Motion will occur. A STATUS Ready REGISTER BIT AOO LOGIC INPUT 39-BOl-9 (Z29) 2-23 DESCRIPTION The card reader is Ready when the power is on, a card has stopped on column 1 in the read station, and a Permit Read signal is present (39-BOl-7 and 11 = "I" to set the associated FF, causing AND gate A to output a "I" Ready Status at 39-BOl-9). The card reader becomes Not Ready when RSE or the MAN switch is pressed (43-B045 = "I"), or the power is off. Rev R TABLE 2-1. STATUS DIRECTOR FUNCTION AND STATUS CODES (Contld) A REGISTER BIT LOGIC OUTPUT DESCRIPTION Busy AOI 39-BOl-13 (Z29) The card reader is Busy if card reading is in progress (39-BOl-ll = "0" to indicate that the card is moving and inverter A on 39-BOI = "I" to indicate Ready). This outputs a Busy status at 39-BOl-13. The reader is Not Busy if no reading is taking place or if the card reader is Not Ready. Interrupt A02 37-A02-8 (Z27) The Interrupt status is available if one or more of the selected interrupt conditions has occurred. Other bits must be monitored to determine the condition causing the interrupt. Data A03 4l-B02-l8 (Z30) The Data status directly follows the availability of data in the Data register (45-COI and C02). When 47-B05-23 = "I" (t3), 43-C03-22 = "0" (LEP)~ and 3-B17-7 = "0" the Data FF (4l-B02) sets and data is available to the computer, making this status true, The status drops when the Data register is emptied by transfer to the computer (43-C03-28 = "I" at tl). End of Record A04 4l-B03-22 This status appears (4l-B03-22 = Ill") immediately following the last data transfer of a record which sets the End of Record FF (47-B05-5 and 37-A02-l8 = "1"), It remains up until one of the following conditions occurs: 1. Clear Interrupts command (37-AOl-27 = "I") 2. Select Interrupt on End of Record (9-Bll-27 = "I") 3. Elapse of 1 ms (47-B05-l = "I") Rev R 2-24 TABLE 2-1. STATUS Alarm DIRECTOR FUNCTION AND STATUS CODES (Contld) A REGISTER BIT A05 LOGIC OUTPUT 41-B03-14 (Z31) DESCRIPTION This bit indicates that the Alarm FF (41-B03) has set because of the presence of one of the following conditions: 1. RSE (43-B04-15 = "1"). 2. Data has been lost (Lost Data FF set, F = "1"). 3. Card reader becomes Not Ready while reading was in progress or an attempt was made to start motion while the reader was Not Ready, (39-BOl-20 = "1 11 ). The Alarm status drops following a Master Clear or Clear Controller command (37-AOl-19 = Ill"). Lost Data A06 41-B03-8 (Z31) 2-25 If data is not transferred out of the Data register to the computer before the next column of the card appears, data will be lost. The Lost Data FF sets at t1 (39-A03 -1 = Ill") if the Data FF stays set (41-B02-22 = "111). The Data FF will stay set if not cleared by a reply (inverters E and G both = "1", 41-B02). A reply will not be generated if the computed fails to send a Read Data siRnal (3-B17-14 = "0" instead of "1 ). Setting the Lost Data FF generates Lost Data status and no further transfer can occur from the card. Card motion stops at column 1 of the next card unless a Clear Controller and a Start Motion commands are issued (AND gate H on 41-B03 = "0" and inverters D and B = "ls" on 41-B02 to clear the Data FF). The status bit remains set until the Clear Controller instruction is issued. Rev R TABLE 2-1. STATUS DIRECTOR FUNCTION AND STATUS CODES (Cont'd) A REGISTER BIT LOGIC OUTPUT DESCRIPTION Protected A07 37-AOl-15 (Z26) If the PROGRAM PROTECT switch on the card reader is on (37-AOl-14 = "1")' the Protect status bit is available, otherwise it is not. See Table 2-3. Existence Code AOa ll-B06-19 (Z35) If the card reader is connected, 11~B06-19 = "0", if a "1", the card reader is missing from the particular computer system. Read Station Empty A09 43-B04-17 (Z33) A RSE status is present 30 ms after the read station becomes empty (47-B05-4 = "1"). This may be caused by an empty hopper, a feed failure, or an operator error. LOADING The cards to be read should be placed face down in the card reader hopper with row nine at the rear of the stack. Pressing the Register (REG) switch on the card reader will move one card from the hopper to the read station. Arrival of the card will cause the card reader to generate two signals to the controller. 1. One signal indicates that the read station is not empty (RSE) and that this signal will remain until the card leaves the read station. 2. The other signal is a Field pulse of 3.5 ms duration. The Field pulse and the RSE signal set the Field 1 and Stop FFs. The Field 1 FF (39-A03) sets on the leading edge of the Field pulse since the Field 2 FF (39-A03-test point 5) is clear. With the Field 1 FF set, the RSE signal pre- sent, and the Motion FF (41-B02) clear, the Stop FF (43-B04) sets. Setting the Stop FF will provide a Not Busy status and enable sending a Stop pulse to the card reader. Rev R 2-26 The trailing edge of the Field pulse causes the Field 2 FF to set. With both the Field 1 and Field 2 FFs set. the Permit Read FF (37-A02) sets. This sets the Ready FF (39-B01). providing a Ready status and it enables the Read Timing Chain (39-A03). It also disables the set input to the End of Record FF (41-B03) and enables clearing the Data register during t2 of the Read Timing Chain cycle. READ Before the Stop command to the Card Reader (43-B07-7) can take effect. card column 1 appears over the read station photocells and a Clock pulse of 3.5 ms enters the controller at 43-C03-6. This pulse enables the AND gate at test point 5 (43-B04). which only controls the escapement between cards. The Clock pulse at 43-C03-7 will cause the timing chain to start. Read Timing Chain The Read Timing Chain (39-A03) consists of two FFs. clear indicating time 0 (to). Normally. they are both Cycling of the Read Timing Chain occurs as follows: 1. to--Both FFs clear (C and D both equal "1"). 2. tl--FF AC is set (A equals "1") and FF BD is clear (D equals "1"). 3. t2--Both FFs set (A and B both equal "1"). 4. t3--FF AC is clear (C equals "1"). TABLE 2-2. TIME EVENT ACCOMPLISHED READ TIMING CHAIN TIME INTERVAL (MILLISECONDS) COMMENT 4 t1 Clear Data register t2 Transfer data from read station to Data register t3 Set Data FF 3.25 (Approx) Time between the end of t2 and trailing edge of Clock pulse. to Enable recycling Read Timing Chain 3,5 (Approx) Time between trailing edge of one clock pulse and trailing edge of another Clock pulse 20 2-27 Rev R Card column 1 is now over the read station. information from that column has transferred to the Data Register. and card motion has stopped. A Ready signal. Data signal. and Not Busy status are being generated. and the controller is in a position to transfer data to the computer. The computer can transfer the column 1 data only after a Start Motion function command. If it inputs the data before this the controller will send a reject. If card motion is started. a data transfer must occur before another column enters the read station or data will be lost. Start Card Motion When the computer sends a Start Motion function to the controller. it causes a "0 11 to appear at 41-B02-27. This sets the Reply FF (41-B02). sending a reply to the computer. and sets the Motion FF (41-B02). 1. Setting the Motion FF will: Enable generating a data interrupt when data becomes available if a data interrupt has been selected (37-A02). 2. Set the Alarm FF (37-A02) if the read station has been empty for 30 ms or more or if the card reader is not ready. 3. Disable the set input to and clear the Stop FF (43-B04). 4. Enable setting the Ready FF (39-B01). When column 2 of the card appears over the read station photocells. another 3.5 ms Clock pulse appears at 43-C03-6. causing the timing chain to cycle and the information to transfer to the Data register. ing the read station. This procedure repeats for each column pass- Read Data Operation When the computer requests data from the card reader. a Read Data signal ("1") appears at 41-B02-8. are set. (37-A02). This causes the Reply FF to set if the Data and Motion FFs Setting the Reply FF sends a reply to the computer and clears the Data FF When the card is in motion. each card column enters the read station. and another Clock pulse appears at 43-C03-6. The Clock pulse recycles the Read Timing Chain and the Read operation repeats until column 79 enters the read station. Rev R 2-28 When column 79 enters the read station, the card reader generates a second Field pulse. The leading edge of this pulse comes in at 39-A03-23, clearing the Field 1 FF (39-A03). The Field 2 FF remains set. The column 79 Clock pulse starts the Read Timing Chain, as before, and the information is transferred from column 79 to the Data register. The trailing edge of the second Field pulse clears the Field 2 FF. Card motion continues until column 80 appears under the photocells in the read station. Column 80 Clock pulse starts the Read Timing Chain and the information is transferred from the card to the Data register, as before. However, at time 3 of the Read Timing Chain, the Permit Read FF (37-A02) is cleared since the Field 1 and Field 2 FFs are already clear. As the information is transferred to the computer, the reply clears the Data FF (41-B02); then the cleared Permit Read FF provides a "I" at 41-B03-21 which sets the End of Record FF (41-B03). This sends an End of Record status to the computer, indicating that all columns have been read and that the reader is at the end of the card. The End of Record FF will clear itself after 1 ms if it has not already been cleared by a Clear Controller function. When the card leaves the read station, a RSE signal is present at 43-C03-8. results in "Is" at 43-C03-9 and -11 and "Os" at 43-C03-10 and -12. This The "I" at 43-C03-11 enables AND gate E and causes inverter L (43-B04) to output a "0" which disables the set input to the Stop FF. The "1" from 43-C03-9 initiates a 30 ms time delay in the Upper Odd FF (47-B05). If this delay times out, it indicates the hopper is empty and no more cards are to be read. The "Os" from 43-C03-10 and -12 prevent the controller from reacting to any more Clock pulses, since they are generated until column 82. delay will send an RSE + 30-ms signal to 43-B04-18. Timing out of the This will generate a RSE status (43-B04-17), and satisfy AND gate E which sends a Stop signal to the card reader. It also causes mechanical movement to stop and sets the Alarm FF (41-B03). If the card leaving the read station is not the last card to be read, another card should enter the read station before 30 ms have elapsed. station, the pressure rollers are raised. As a card leaves the read Raising the pressure rollers cause a ground to appear at 43-B04-10. With the arrival of more Clock pulses (up to column 82), the AND gate at test point 5 (43-B04) is satisfied. 2-29 This generates a Stop pulse Rev R to the escapement control in the card reader. The Stop pulse stays up until the pressure rollers come down to ensure that the incoming card is positioned correctly in the read station. As soon as a new card enters the read station. the RSE signal (43-C03-8) drops. causing card movement to continue through the read station. The card columns are read as previously described. LOST DATA If the computer does not accept data from the Data register before the next column enters the read station and the Clock pulse is generated. data in the Data register will be lost. At time 1 of the Read timing chain cycle. the Lost Data FF will set if data has been lost causing: 1. The Alarm FF (41-B03) to set. sending an Alarm status and enabling an interrupt on alarm. 2. The Data FF (41-B02) to clear. removing Data status. The clear is held. preventing setting again. 3. The Motion FF (41-B02) to clear so that the next card entering the read station will stop on column 1. When data is lost. the card continues to move through the card reader but signals from the card reader have no effect on the controller. When the next card enters the read station. the leading edge pulse of the RSE signal clears the Lost Data FF and removes the Lost Data status. This is required to save the information in the first column of the incoming card. The Alarm status remains until cleared by the proper Function code or Master Clear. A normal read can now be performed on the card presently in the read station. START MOTION DURING CARD READ If a Start Motion function is requested while a card is moving through the read station. logic gate D (41-B02) outputs a "1". This sets the FF (clear output is C) that disables the set input to the Data FF. preventing a Data status signal. When the next Clock pulse enters the controller and starts the Read Timing Chain. the FF at Rev R 2-30 test point 4 sets at time 3 but cannot clear, since the Data FF cannot set. The clear output of the FF at test point 4 (logic gate I) disables the Read Data - Reply path so that attempts to read through the remainder of the card will result in rejects to the computer. After this card leaves the read station and a new card arrives, read operations may be resumed. The leading edge pulse of the RSE pulse clears the FF (clear output C) at 41-B02-19. PROGRAM PROTECT The 1700 Computer System provides for protection of its programs from error or from interference by other programs. PROGRAM PROTECT switches. protect switch positions. The computer and the card reader both have Table 2-3 describes conditions present for the Status requests will be accepted and replied to regardless of the switch positions. TABLE 2-3. PROGRAM PROTECT SWITCH POSITIONS PROGRAM PROTECT SWITCH ON OFF COMPUTER Only instructions which have a "I" in protect bit (Bit A 1 7) po sition will cause the protect line to be a "1". Protect line to controller is always a "I" (37-A01-11). All function codes accepted by the controller. CARD READER Only protected instructions will be accepted. Unprotected instructions will be rejected. All function codes are accepted whether or not computer protect line is "I" or "0". STOP SIGNAL GENERATION A Stop signal to the card reader will genera ted under the following conditions. Refer to logic diagram Z33 (43-B04). 2-31 Rev R Condition 1 When the MAN / A UTa switch is placed in the MAN (Manual) position, the card reader will not feed cards from the hopper. This places a "1" at 43-B04-4. As the card leaves the read station, column 82 places a "1" at 43-B04-2. With inverter D clear, AND gate G outputs a "0" sending a "1" Stop signal to the card reader. Condition 2 With the RSE (43-C03-8), pressing the REG switch will allow one card to come into the read station. This places a "1" at 43-B04-6 setting both FFs (D :: "0"). This disables AND gate G and causes AND gate E to output a "0", sending a Stop signal to the card reader. During normal operation, if the card leaving the read station is not the last card to be read, another card should enter the read station within 30 ms. If not, AND gate E will output a "0", causing the card reader to stop. Condition 3 As a card leaves the read station, the pressure rollers are raised, causing a "1" to appear at 43-B04-10. Since Clock pulses are generated up to column 82, this enables the AND gate at test point 5 to output a "0", sending a Stop pulse to the card reader. Condition 4 With the Field 1 FF set, the Field 2 FF clear, the Motion FF clear, and a card entering the read station (RSE), the Stop FF (43-B04) sets, sending a Stop pulse to the card reader. This stops the card on column 1. The card reader must receive a Start Motion function command at this time to transfer data. REPLY - REJECT Functions When a function code is issued and if other conditions (Station 6, Ready, Protect OK) are present, 37-AOl-12 :: "0" setting the Reply FF (41-B02). This sends a reply to the computer, indicating that the function code has been accepted. Rev R 2-32 When station 6 (card reader) is connected, and a function instruction is present, 41-B03-2 = "0". signal. This would cause a "1" output at 41-B03-1 which is a Reject However, the Reply FF normally sets, causing 41-B03-6 to equal "0" pre- venting a reject since the Enabling signal (41-B03-2 = "0") is delayed by 0.5 microseconds. If the Reply FF does not set, the 41-B03-2 = "0" signal progresses through the chain of inverters causing a Reject signal (41-B03-1 = "1"). The computer sends a request for each column of information it receives off the card. A request places a "1" at 41-B02-8. If station 6 is present (card reader connected), inverter H outputs a "0" to 41-B03-4, starting a O. 5-ms timeout in the reject circuit. Inverter G (41-B02) outputs a "1" and if inverter A set), inverters I and J = = "1" (Motion FF "1" (Data FF set), the AND gate between inverters G and E will output a "ott setting the Reply FF. This causes 41-B02-4 to equal "0", pre- venting a Reject signal from going out before the 0.5 J.lsec delay times out. READY-BUSY The card reader is Ready when power is on (39-BOl-18 = "1"), the card reader has stopped on column 1 (43-B04-11 = "ltl), and a Permit Read signal is present (39-BOl-7 = "1"). This sets the associated FF on card Z29 (39-B01) enabling a Ready signal and status. (41-B02). A Ready signal is required to enable setting the Motion FF The Motion FF must be set (39-BOl-5 = "1" before information in the card columns can be read, and also to enable the Ready condition to stay up (39-BOl-5 = tIl"). Setting the Motion FF will also clear the Stop FF (43-B04) re- moving the "1" at 39-B01-1. A function will not be replied to and it will be rejected if the card reader is Not Ready or Busy. The reader becomes Not Ready when the card has stopped on column 82 (RSE), when the MAN switch is pressed, or if the power is off. The "l" at 39-B01-l enables a Busy status and signal at 39-BOl-13 and 15, respectively. The Busy status stays up as long as Ready is present (inverter A, 39-BOl "1 ") and the Stop FF (43- B04) is clear. = Clearing the Motion FF will set the Stop FF, dropping the Busy status. 2-33 Rev R PART 3 MAINTENANCE PART 3 MAINTENANCE INTRODUCTION Maintenance procedures for the 1700 Low Speed Synchronizer follow the same general routines used in other Control Data equipment. Detailed routines regarding specific maintenance problems will be distributed as information is received from maintenance personnel in the field. A thorough understanding of the low speed synchronizer and its functions is necessary to keep maintenance time to a minimum. This manual and the supporting documents listed below provide a primary source of information to aid personnel in obtaining this understanding. Flow charts, logic interpretation diagrams, and explanation of logical functions have been included to illustrate and emphasize important and/or difficult areas. MANUAL PUB. NO. 1700 Computer System Site Preparation and Installation Manual 60158400 1700 Computer System Systems Manual 60152900 1700 Computer Reference Manual 60153100 1700 Computer System Input/Output Specifications Manual 60165800 1700 Computer System Customer Engineering Manual 60152700 Teletype Technical Manual, Volume 1 60155300 Teletype Technical Manual, Volume 2 60164000 350 Paper Tape Reader Reference Manual 40801200 350 Paper Tape Reader Maintenance Manual 40813100 NCR Paper Tape Punch Manual EM- B2 60143600 NCR Card Reader EM-D2 (PE) Customer Engineering Manual Control Data Power Supplies Manual 60161300 60120700 Remex Tape Spoolers Manual (Reme:lF Pub. No. TSM508A) 3-1 Rev J POWER SUPPLIES The power supplies for the teletypewriter and the paper tape reader are contained within their individual cabinets. Refer to the applicable teletypewriter and paper tape reader manuals listed on page 3-1 for power supply information. The paper tape punch power supply is manufactured by the Cedar Division of Control Data and is mounted directly behind the punch. Refer to the Control Data Power Supply Manual listed on page 3-1 for inform a tion on this power supply. The card reader power supply is mounted under the reader chassis. Refer to page 59 of Part 1 for a schematic diagram of the card reader power supply. COOLING The low speed synchronizer is cooled by fans contained within the computer. The teletypewriter is cooled by ambient air and all other peripheral devices are cooled by fans mounted in their respective cabinets. CABLING INFORMATION The peripheral devices are connected by cables to their controllers and the common synchronizer of the low speed synchronizer through a junction box in the computer. ADJUSTMENT OF TELETYPEWRITER CONTROLLER CLOCK DELAYS When the controller clock delays are properly adjusted, the clock will be synchronized with the teletypewriter output. To check this, the controller should be in Read mode and the computer should be continuously looping on a Read instruction. writer should continuously send a detector. "u" The teletype- with an oscilloscope, synchronized on the start Refer to Trace 4 in Figure 3-1. The output of the Receiver circuit should be as shown on Trace 1 and the output of the Clock FF should be as shown on Trace 2. Algebraic addition of the two traces should result in what is shown for Trace 3. the clock delays for minimum spiking. Rev J 3-2 Adjust G z >- ~ I-- 0 ;:! I-- a: (/) iii '" I-ii: U U cr. (/) >- (/) z z >- MILL ISECONDS PER DIVISION "0" '1.2V "I" '1.2V TRACE I' OUTPUT OF RECEIVER CIRCUIT, LOCATION CII, TEST POINT 2, "0" '1.2V "I" , 1.2V TRACE 2 ' OUTPUT OF CLOCK FLIP-FLOP, LOCATION C04, TEST POINT 4, 1.4V O.4V TRACE 3' ALGEBRAIC ADDITION OF TRACE 2 AND TRACE I. 0' 1.2V I ' 1.2 V TRACE 4' START DETECTOR OUTPUT, LOCATION CII, TEST POINT 5, Figure 3-1. Scope Traces Observed While Adjusting Clock Delays Upon completion of the clock delay adjustment, the sync probe should be moved to the Mechanical Busy FF, location C06, test point 1. The delay at C15, test point 6 should be adjusted so that the Mechanical Busy FF does not clear (the oscilloscope fails to synchronize). These adjustments should be made at the highest temperature in which the controller will be operated. 3-3 Rev J ADJUSTMENT OF CARD READER PREAMPLIFIERS PREPARATION A test deck of about 400 cards should be punched in binary format so that successive columns contain a 2-5-2-5 pattern, alternating with a 5-2-5-2 pattern. This allows the reader photocells to read a hole in every other column and reverse the pattern for alternate columns. Place the AUTO/MAN switch in the AUTO position. SKIP pushbutton down to feed cards through the reader for checking. Hold the This allows cards to feed through the reader without computer control. SENSE AMPLIFIER ADJUSTMENT The output of the preamplifiers should be checked at the test points (TP) on modules COl, C02, and C03. Refer to the logic diagrams on pages 43 and 45 of Part 1. The Clock pulse may be checked at C03-TPl, the RSE pulse at C03-TP2, and the Field pulse at C03-TP3. Data pulses may be found at all test points on modules COl and C02. Field pulses occur at columns 79 and 87 as a card is passing through the read station. They are of the same length as the Clock pulses. column on the card. Data pulses occur for every other The RSE pulse occurs at column 81 as the card leaves the read station and remains up until the next card enters the read station. The lengths of the Clock pulses, Field pulses, and Data pulses are adjusted by variable resistors mounted on the individual cards in the reader. test points on the controller modules. All pulses are checked at the If the pulse lengths vary from the times shown on the tim.ing chart, remove the back cover from the reader to expose the preamplifier cards for adjustment. The preamplifiers are adjusted by rotating the variable resistors mounted on the individual cards. Each card contains three variable resistors, each of which is adjusted for an individual pulse. Refer to the Tape Reader modification and Pre-amplifiers logic diagram for identification of the variable resistors. Rev R 3-4 SWITCH SC202 ADJUSTMENT The SC202 switch should not operate in column 80. column 81 and remain operational in column 82. It should operate on or before This can be checked by monitoring the switch with a scope at B04-TP2 (page 43, logic diagrams) while rotating the drive line with a screwdriver. the column indicator disk. Insert the screwdriver in the hole that is opened by removing The position of the escapement wheel can be observed by removing the inspection plate from the bottom of the card reader. Refer to the NCR EM-D2 (PE) Ca.rd Reader Manual. CLOCK AND FIELD PHOTODIODE POSITION Remove the program disk and position a card on any column between 1 and 80 by operating the Skip switch while the MAN / AUTO switch is in the AUTO position. In this position, both the Clock and Field pulses should be "l's" (Clock, C03-TP1; Field, C03TP3). These pulses should become "O's" together if the drive line is rotated backwards slightly. The amount of backward rotation corresponds to the 1 millisecond that the Clock and Field pulses need to go to a "1" before the escapement wheel (column position). If adjustment is needed, perform the following procedure. The alternate procedure described in the NCR EM-D2 (PE) Card Reader Manual (Service Data, Photodiodes) may also be used. 1. Draw a line on the program disk to bisect the outer digit 40. place and position the card control line to column 86. Put this disk in Loosen the locking screw and with the use of the adjusting screw, position the field photo diode block until the photo diode is in line with the line on the program disk. The photo diode should be in line with the upper portion of the emulsion stripes on the program disk plate when the reader is resting at columns 1 through 80. This setting ensures that the photodiodes will not be misaligned by one column. 2. Remove the program disk and position the reader on any column between 1 and 80. Observe the Field pulse (C03-TP3) and turn the field photodiode adjusting screw clockwise until the field pulse is a "1". 3. Using the Clock pulse (C03-TP1) for a reference (-), observe the Clock pulse on one trace of the scope and observe the Field pulse onthe other trace. With the reader cycling, turn the clock photo diode adjusting screw until the signal relationships shown in Figure 3-2 are obtained. 3-5 Rev R CL~~__________________~ -IMS_ FIELD (TOOTH) I~ ________~ Figure 3- 2. 4. Clock and Field Signals Turn the field photo diode adjusting screw until the Field and Clock pulses are synchronized in timing. TIMING RELATIONSHIPS The timing relationships shown in Figure 3-3 should exist and be observed by triggering on the column 82 signal (B04-TP2) while feeding cards through the reader. COL. 82 804- TP2 CLOCK C03- TPI I 1:- 12 MS-:l 25 MS ~--- 33 MS ---i=9i9M;Esi=l I _3.5_ I I I I I I FIELO C03 - TP3 -:3.5MS REAO STATION EMPTY C03- TP2 ESCAPEMENT SOLENOID 801- TP6 STOP 804 - TP4 5MS-23 M S - 1 - - - - 30 MS - - - 1 - 20 MS - 5MS- l:== 23 MS =:d Figure 3-3. Rev R Timing Relationships 3-6 DATA/CLOCK RELATIONSHIP The timing relationship shown in Figure 3-4 should be observed by using anyone of If the timing is incorrect, it can be corrected by the 12 data levels for a trigger. adjustment of the card pusher arm. Refer to Service Data, Card Pusher Arm of NCR EM-D2 (PE) Card Reader Manual. DATA 5 MS ~ CLOCK C03- TPI 2.5MS I-- -+------. Figure 3-4. I:: 3.5 MS -:I. - - - - Data and Clock Timing CARD READER TROUBLESHOOTING SUGGESTIONS This outline lists common card reader malfunctions together with their most probable causes. Titles in parentheses refer to paragraph titles in Section 4 (Service Data) of the NCR EM-D2 (PE) Card Reader Manual. REGISTRATION 1. Failing to stop in column 86 a. Bouncing out of column 86 1) Dirty escapement wheel 2) Dirty stop pawl 3) Rounded tooth on escape wheel 4) Incorrect clutch torque (Friction Clutch) 5) Incorrect adjustment of escape magnet (Escapement Assembly) 6) SC 205 problem (Pressure Roll Switch SR 205) 3-7 Rev R 2. b. Failure to (electrically) de-energize escape magnet c. Logic failure Failing to escape out of column 86 a. No pulse to escape magnet 1) Pressure Roll switch not making contact (Pressure Roll Switch SR 205) b. 3. 2) Column 86 switch out of adjustment (Column 86 Switch SC 201) 3) Clutch torque too high (Friction Clutch) 4) Incorrect adjustment of escape magnet (Escapement Assembly) Logic failure Intermittent registration in column 1 a. Failing to eject the previous card into receiving hopper 1) Too much tension on registration fingers (Light Block) 2) Not enough tension on eject roll tension spring (Light Block) 3) Switch cover plate too low (Light Block); caused by bending up on registration fingers 4) Glaze on eject roll 5) Pressure rollers and/ or pressure roller solenoid out of adjustment (Pressure Rolls) b. Registration not deep enough 1) Card pusher arm out of adjustment (Card Pusher Arm) 2) Nylon block on card pusher arm loose (Card Pusher Arm) 3) Too much tension on registration fingers (Light Block) 4) Failure to stop in column 86 5) Card pusher arm dragging on table or capacitor case 6) Loose motor "V" belt (stretched in some cases), (Timing Belt) ·7) Too much over-travel of card pusher link (maximum travel is 0.020 inch), (Card Pusher Arm) Rev R 3-8 c. 4. Registration too deep 1) Card pusher arm out of adjustment (Card Pusher Arm) 2) Not enough tension on registration fingers (Light Block) Buckling of cards in Column 1 (primarily left corner cut cards) a. Too much tension on registration fingers (Light Block) b. Incorrect alignment of pressure rollers (Pressure Rolls) c. Failure to eject the previous card into receiving hopper (Light Block) d. Adjustment of the switch block NOTE This procedure should be followed only as a last resort. The switch block adjustment can be accomplished by loosening the three securing screws in the bracket and moving the switch block to the left. This adjustment will force a change in the registration (allowing a better grip on the card by the pressure rollers). If this adjustment is made, recheck the clock, field, and photo diodes for proper location. CARD SKEW 1. Incorrect tension on pressure rollers (Pressure Rolls) 2. Incorrect adjustment of pressure roller eccentric and/ or slide (Pressure Rolls) 3. Bind in pressure rollers (Pressure Rolls) 4. Incorrect tracking of pressure rollers with respect to card drive wheels 5. Incorrect adjustment of card register blocks (Card Feed Blocks, Card Gate, and Register Block) 6. Card drive wheels not tracking properly (Pressure Rolls) 3-9 Rev R INTERMITTENT ESCAPEMENT OF ONE COLUMN OR GOING ONE COLUMN TOO FAR 1. Too much clutch jitter (Friction Clutch) 2. Too slow drop-out time at escape magnet (Escapement Assembly) a. Too much tension on switch stack on escapement assembly b. Nylon switch operators binding on each other or on stop pawl c. Dirty escapement wheel d. Worn escapement wheel e. Worn stop pawl f. Dirty stop pawl g. Motor "V" belt too loose. or stretched (Motor "V" Belt) INTERMITTENT READ ERRORS 1. Motor "V" belt too loose or stretched (Motor "V" Belt) 2. Clutch torque incorrect (Friction Clutch) 3. Intermittent clock diode 4. Card skew 5. Incorrect registration Rev R 3-10 PART 4 PARTS LIST PART 4 PARTS LIST The parts list provides the identification and ordering data necessary for the replacement of electrical and hardware parts for this equipment. The equipment designation, final assembly number, and equipment name appear at the top of each page. The list is arranged in disassembly order, using levels of assembly to indicate the relationship of parts. A typical parts list is shown below: MAG14-C 18588000 L E V E L* PART NO 1 2 3 3 4 5 3 6 18515400 18074900 }8074100 18074800 18 075000 63130100 63102100 MAG14C CENTRAL STORAGE MOD 0 REV B J G H G F J lfS54-1302 00 EFFECTIVITY DES CRJ PTl ON SYSTEM SUB-ASSV STaR MODULE ASSY WIRED PL TOP STORAGE MoDULE STACK AND DR OK ASSy WIRED STACK ASSY WIRED sTaR MODULE Pl.ANE ASSY INNER STOR MODULE BoARD BLANK MEMoRY pl.ANE IN 00000000000000000000000000000000 ~t~ IN 7/31/67 IN 121 1167 * ~~( ~r.- ~1~ '" '" ~,~ Refer to the Literature Distribution Center Catalog for related manuals on printed circuit card assemblies, peripheral cabinets, power supplies, and vendor parts lists necessary to complete a total parts breakdown of the equipment. *The level of assembly in relation to the final cabinet assembly (2 is the subassembly of levell, 3 is the subassembly of level 2, etc). >:<>: 10" 1012510; l012!)10b 10125bU5 A A 09GIH~04 3 3 3 3 A A A 1()12610~ A 1012blO~ 1012610~ A l0121lU A A I0127114:! A 1012711::> A lo12'1l24:! A 1162030u 3 18016bO~ C 3 3 3 3 1l10BU700 A A 18119b04:! C 182~4bOu A L811~bOl 10JOl~viJ IB~94'tO" '+ '+ '+ 4 24!::>0005~ 24S001l5? 2450006.1. 2450007.1. 24::>0180.1. 24!>5130J 24!::>6IJO ( 4 4 4 4 4 HEv W MOO 1713B PAt·n -NU REV 23~5900U 1 A C w A U U U U d d t.) TEL~TYPfWRITEH ASSY. DESCRIPTION MUU. 1113B MACHINE SCREW NUTS INTERNAL TOOTH LUCK WASHERS SCR-MACH PAN ~HL 6-32 5CH MACH PAN ~HL 6-32 PANEL FILLER T~LETYPEWHITtH R~XAGO~ 8RA~KET ~ONNE~TOH FASTENER - TtV MOO. WIHE DIAGRAM SW Ps MOMENTARY CONTACT PLATE BUTTON J.UENT ' . CONN RECP'PLU6,CONT U/L ASSY RELAy CHAS51S GROM RUB 1/16 GRUOVE 5/8 ID CLAMP~ CABLE tLtCTRICAL CLAMP, CABLE tLtCTRICAL SCR M~CH PAN Hu PHL NO. 5 SCR. MACH pAN HU PHL NO. 6 seR-MACH'PAN HU PHL NO.8 H~XAGO~ MAeH!NE ~CREW NUTS HEXAGON MACHINt ~CREW NUtS HEXAGON MACHINE ~CREw NUTs PLAlN WASHERS INTERNAL TboTH LUCK WASHERS INTERNAL tOOTH LUCK WASHERS INTERNAL TOOTH LUCK WASHERS seH MACH PAN PHL 6-32 SCH MACH PAN PHL 6.32 seR MACH PAN PHL 6-32 SCR MACH PAN PHL 8-32 STRAP CA~LE AUJU~TA8LE TRANSF6RMER FIL 2~.2 VCT 2.0A RECT SILICONJAMP STUD MTD CKT'SKR !H;RMAL PUSH BUTTON CKT aKR THERMAL PUSH BUTTON RELAY PUCLER Tvpt 6ANH ASsy CONN PL ELECT A A 15 PIN CONT 80/MA PRlNTtO CKT TYPE 6ANH R~S Fxb ~2SW 360 OHMS ~ES FXD ;2SW 510 UHMS RES FXD ;25W ij20 OHMS RES FXD .2Sw c200 OHMS wlRE ELECT SOLIU COPPER 22 GA TRANSISTOR-NPN,SILICON CAP FIX~O ~tHAMIC elut'25V PAGE 4-10.2 IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN 'IN IN IN IN IN IN IN IN 01~661 01666 1 016661 016661 016661 016661 016661 016661 016661 016661 016661 016661 016661 016661 016661 016661 01~661 Oj518~ 1713 B L E.. V E I.. 'I- ... 3 3 3 3 3 3 3 3 3 A PART-NU Rt.V 24~61,jlc 0 18322801 18322tiOc 0 C C C 24~6idou 18.:12280~ 18.J22801 C 1832720U l8335500 j 833640 1 ti A 8 18J3640~ I:j 18j6160U A 8 18394lj01 3 3 3 1839480~ b 18'1-0000~ A 1839330U 18'+01001 tj 1841740u E 4 18322801 C 'I- 1832280~ 'I- 3 3 A C C 4 4 1832280:) 1832280 ( 2450070 I 24~00810 4 24524806 H N 4 'I- 4 24~2861,j 4 245361Q!;) 24543801 24548301 4 4 4 4 4 4 J J J J J J 4 2455231" 4 '+ 24~523lo "+ '+ "+ "+ '+ 4 D 93'+62000 93462111 93'+o222c 9346233,j C C C "i346244~ 934625!;)::> 9346266~ 93"t6277 ( C C C t:; 9346322~ C C C U U 9346355::) [) 93 ... 6366~ [) A 93"+6288~ '1346299~ 4 4 9346300V 4 U [) 2455231ij 4. 4 A 24~"+830'+ 24~'l-830'1 4 F G 24!;)48.:1u~ 4 4 J 24~4H30c "+ 4 C J J 24:'4830::) 24:'48300 24:>'1-8301 ... 3 23c59100 1841920~ MOD 17138 TEl..tTYPEWRITEH ASSY. DESCRIPTION CAPACITOR FIXE[) CERAMIC 25VD~ tSTR SiLICON-PLANAR,NPN CONN RE..CP PI..Ub,CONT U/L CONN REtp PLU~,CONT U/L CONN RECP PLUG,CONT UIL CONN RtCP pLUb,CONT UIL CHASSIS RELAY 1713 8RKT MTG 1713 RELAy PLUG-IN SQ SOCKET RELAY PLUG-IN SQ SOCKET GUA~O RELAY REED (O~TAL PLUG-IN) RELAY RE..ED (OCTAL PLUG-IN) cDv TEAM STR POSITIONS-lO ANGLE PLASTIC-ExtRUDED CABLE POWEA 2 cONO.GROUNO WIRE LiST RELAY CHASSIS CONN RE..CP PLUG,CONT UIL CONN RtCP PLUb,C0NT UIL CONN RE..CP PLUb,CONT UIL CONN RECP PLUb,CONT UIL PIN TAPER INSULAtION SL£EVING ELECT TERMINAL. LUG"CHIMp-INSULATED INS SLEEVING, ELEC-BULK TERMINAL, SOLUERLESS RING JUMPER, TEAMINAL STRIP wIRE ELECT 24 AwG • 0 wIRE ELEct 24 Aw~ INSULATED WIRE ELEC-STRU INS. UL APPD WIRE ELEt STH6 INS. UL APPD wIRE EI..EC SlRU INS. UL APPD wiRE ELEC STRU INS. UL APPD WIRE ELE..C STRU INS. UL APPD WIRE ELE..C STRU INS. UL APPD INS SLV,"S/8 (G 10 AWG ~(K INS SLV, 5/B I..G 8 AWG BLK INS SI..V, 5/B LG 6 AWG BLK WIRE ELECTRICAL 20 AWG -0 WIRE ELECTAICAL 20 AWG -1 WIRE ELE..CTRICAL 20 AWG -2 wIRE ELEctRICAL 20 AWG -3 WJRE ELE..CTRICAL 20 AWG -4 WIRE ELECTRICAL 20 AWG -5 WIRE ELECTRICAL 20 AWG -6 WIRE ELE..ttRItAL 20 AWG -7 WIRE ELECtRICAL 20 AWG -8 WIRE ELECTRICAL 20 AWG -9 WIRE ELECTRICAL 18 AWG -0 WIRE ELECtRICAL 18 AWG -2 WIRE ELE..CtRICAL 18 AWG -5 WIRE ELE..CtRICAL 18 AWG -6 BARt CARb"sPA~~R MOD~f PAGE 4-10.3 ECO-NO IN IN 'iN IN IN IN IN IN IN IN IN IN IN IN 'IN IN IN IN IN IN IN IN IN IN IN IN 01· 8053 0 8053 01a05~ 018053 01~661 02034? 015526 01552& 015526 01552 6 015192 01552~ IN IN 1N 'iN 01552~ IN IN IN IN IN IN IN 01552~ IN IN 015192 IN IN IN IN 'iN IN ·IN 'iN IN IN IN IN IN IN REV W 1713 B 23~~9100 A LEV E L. PAIH-I'lv 4514tHUt:: 1~,+7630~ ~£V 4 3 H A IOU0180U T 3 3 3 3 3 24!:>()OOj'7 24=>01510 24!:>471.JOU U 24!:>5330d A 3 24~!:>'+c4;' 24~54!:)O" G c; 4 24:>~3cOU 3 A A A 3 3009260~ A 3 3 34Y'1940V ,-)7v20601 A A 2. 1 ~.:136"0.l t:l 2. 1 H.:U64()J 18361'iOU OOh637uj 18..;j5130 u 18370YOU 18317501 t!. 3 3 3 3 18.H7~04 3 3 18467UO~ '+ 18322!:lol!'! 18J2cdO:;' 18322dO { 24:;'2 86 1 ( 24552314 9346200V 4 it '+ 4 4 4 44 4 4 4 3 2 r.:4~2t1640 24!::14830.l 2454H30.:l t!.4!::1,+83U:;' 2454830~ 3 2454830 ( 3 24!:>4831U W F l,) C tj 3 HE:. V C C lAJ6200~ 24!J'+6501 24!J4!;UOO j A C C C C C lRj22!:10~ 3 3 3 A A 93462221!'! '1346233..) '13,+6244'+ 93462555 '13,+62666 24:)11!'!30f 24=>O()8{J.1 240001:!1U 24!JlC:Ooi 24:;,2I::lblJ. 3 A C IHJ22!:10J 3 3 3 3 3 3 A t:i 1.J3462 11 J. 17Y7361U lA.;22!:lOi 3 3 3 tj d C (;j MOO 1713~ TEL.tTYP~WRITER ASSY. DESCR1f-llION BMhCARO SPACt.R CONN REC~(150 GRU) 30 CONT CONN RECEP 30 SUCKET CONTACT RES FXD .25w 100 OHMS SHHP TERMINAL SOCKET, rUBE ~ CUNTACT, OCTAL. R~CIIFIEk' 81-01H~CTIONAL. SW RES WW 50 WATT 6 OHMS DIODE ZENER SILICON 10 WATT CAP EL.ECTROL.ytIC 40VDC RETAINER; CAPACITOR (3 FOOT) STANDOfF SHItLO-puwER SUPPL.Y TERMINAL.' STUU, INSULATEO REL.AY PL.UG-IN ~o SOCKET REL.AY PL.UG-IN SO SOCKET SwITCH"PANEL - wIRED CLAMP, CABL.~ ~LEcrRICAL 8RACKET pusH~0rT0N BRACKET SWITcH,PUSH BUTTUN 1L.L SWITCH,PUSH BurTUN llL. WIRE L.IST SWl!CH PANEL. 1713 CONN RECP PL.Ub,CUNT U/L. CONN RECP PL.Uu,CUNT U/L. CONN RECP PL.UG,CONT U/L. INS S(tE~ING, tLt:.C.BULK INS SL.V, 5/8 LG 10 AWG 8L.K WIRE EL.ECTRICAL 20 AwG -0 WIRE EL.ECTRICAL 20 AWG -1 wtRE ELECTRICAL 20 AWG -2 WIRE EL.ECTRICAL 20 AWG -3 WIRE EL.ECTRICAL 20 AWG -4 WiRE EL.ECtRIC~L 20 AWG -5 w~RE EL.ECTRICAL 20 AWG -6 L.~MP, INt6No~~CtNr CABL.E AS~Y 24-P1N (Jl) t:. TERM CRIMP TYpE INSUL. SYPPuH! C CONN R~CP PL.UG,~UNT U/L. C CONN RECP PL.UG,CUNT U/L. C CONN RECP PL.Ub,CUNT U/L H INSUL.ATION Sl~EvING EL.ECT INSULATION SL.tivING EL.ECT H CUNN RECEP. 4 HOLt PNL. MTG 24 iJ F INS SL.EEVING, ELtC.BUL.K INS SL.EEVING, EL~C.BUL.K F u TERMINAL.' SpAUE, FL.ARED WIRE, EL.ECT. ~4 AWG INSUL.,U/L. J WIRE E(ECT24 AWb - 0 J wIRE EL.ECSTAU INS. UL. APPD J wiRE EL.Et STAv INS. UL APPD J WIRE EL.Ee STRU INS. UL. APPD J wiRE EL.Et STHU INS. UL. APPD J WIRE EL.EC STHU INS. UL. APPD J PAGE 4-10.4 IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN 015189 01~661 016661 016661 016661 016467 016661 0}6661 IN IN IN IN 015118 IN IN IN IN IN IN IN IN IN It'J IN IN IN IN IN 015192 IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN 1713 B L E VE L 24::'4H311 24::'4831" c4::'4t:s31j 24:'4831" 24!:>4831:' 24548.31 0 24::'4831( 3 3 3 3 3 3 3 3 3 3 24::>4H31 ''; 24'::148320 24!:>4832i 24!)4832" 24::'4832j 24!:>4832'+ 24;,4831~ 24~48J2::> 24;'48320 24::'4H32( 24548321,; 18j63000 17'i7301U IB,j2280§ 3 3 3 1R:.8700~ 4 '+ '+ '+ . '+ 3 3 3 2 2 3 3 3 3 3 3 A MOD 17138 TEL~ n PEWR ITER ASSY. DESCRIPliON WIRE ELEC STk0 INS. Ul APPD WIRE. E.lEe STRU INS, Ul APPD wIRE ELEe STHU INS, UL APPD WIRE. ElEe SlRu INS, Ul APPD wIRE ElEe STRU INS, Ul APPD wIRE ELEe STkU INS, Ul APPD WIRE ElEt SH~u INS, Ul APPD WIRE ELEt STRu F~S, UL APPD WIRE ELEe STRO INS. Ul APPD WIRE ElEe STRU INS, Ul APPD wIRE ElEt STRU INS. UL APPD WLRE ElEe STRU INS, UL APPD WIRE ELEC STRU INS, UL APPD WIRE ELEe STAI,) INS, UL APPD WLHE ELEt STRU INS. Ul APPD WIRE ELEt STRU INS, Ul APPD wIRE ELEt STAU INS. Ul APPD W.I.'RE ELEe STHU INS. Ul APPD wL TElETYPEWHITER MODIf. TERM CRIMP TYPE INSUl. SUPPORT CONN RECP PLUG,CONT U/Lt::! NOISE SUPPRESSION ASSY/INSTAL A CLAMP, CABLE t:.L.ECTRICAl t::: TERM CRIMP TYPE INSUL SUPPORT C CAPACITOH f.-XU;;'MOLUEO TUBULAkU RES fXD ~2Sw 470 OHMS F INS SLEEVING, fL.EC ... BULK C WIRE ELECTRICAL. 20 AWG -0 U TERMINAL~ .. SPAUE.. FLARED J WIRE ELEC SHW INS, Ul APPD WLRE ELEe STAU INS, Ul APPD J t:S BRKT CONN t:l NOISE SUPPRESSIDN ASSY/INSTAL A CLAMP, CABLE ~L.ECTRICAL E TERM CRIMP TYPE. INSU[ SUPPORT C ~ApACli'OR fxO';'MOLDED TUBULAR l) RES FXO .25w '+70 OHMS' f INS SLEEVING, fLEC.BUlK C WIRE ELECTRICAL. 20 AWG -0 A 100 wD PM" Aulu SE~~D-REC~ I V E PART-NO REV 3 3 3 3 3 3 3 3 2 2 23.:!5910u 00863710 17Y73010 lAtl85bOU 24::'00055 24!;)2861,j 93,+6200~ 24!;)4650.l. 245'+832'7 24:'4833ti 18'+88600 1858760U OOb63710 17117361~ 18!;)8560v 24500055 24::'2801~ 9340cOOIJ !:>2,+12100 J J J J J J J J J J J J J J J J J J F" t.. C PAGE 4-10.5 ECO-NO IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN IN 01 5 192 01 86 3? 015192 01!:H9? REV W }72)-A 17845300 E PMHI'IIO REV L E VE L 1 1 1 4060 000 8 40587000 18190300 40587100 2 2 2 2 2 2 2 2 2 2 2 2 18145~OO 24509000 24521300 24~11104 24 11 70 451 1794 798 10 2 24512\)01 24514701 f 24514~Ol 3 3 3 3 3 3 3 3 24548358 24548364 176 986 06 24548366 2454 8 303 24548J08 2454830 9 24548301 24548305 24548311 ~4548~-I~ 4548 24548314 24548315 24548316 2454831 7 17698601 17698610 24524 ti o5 2455 2333 24552338 24536112 ~ ~tg2~~3~ 3 3 3 3 ~ 3 3 3 3 3 3 3 3 3 3 2 1 1 1 ~~~~g~gg 24528~36 24516 80 3 40588200 405~7200 2 2 2 2 2 2 2 18 1536 00 18141200 18133100 24550 6 04 24501209 25169!:)Ol 0gti38200 1 128300 MOD 1721-A PAPER TAPt INPUT A PAPER TAPE AEAO~R ASSY 60 CY A PANEL ASSy SUPPLy SW PNL ASSY PAPER TAPE READER B A PANEL ASSY REAOE~ B BRACKET 24 PIN CONN~CTOR SWITCH PUSH-MO~ENTAKV 2 PuT B SWITCH PUSH -ALTERNATE. 2 PDT 0 LAMP HOLDEH PUSH-BUT. D L LENS, IND. LIGHT L LENS, IND. LIGHT LENS lNDICATOR COPURATE SW F C CaNN RECEp. 4 HuLE pNL MTG 24 B C NN RACK ANO PNL SUC CONT 8 CLAMP, CONN RACK A!\lU PNL kI~~ SWITCH PANE~ ~ WIR~ WR L STRD INS. U AppO INS. UL f~PPD ELEC STRll WIRE J J WIRE ELEC STRD INS. UL APPD A WIRE ELEC STRD INS UL APPD J wIRE ELEC STRD INS. UL APPD J WIRE ELEC STRD INS. UL APPD J WIRE ELEC STRD INS. UL APPD J WIRE ELEC STRD INS. UL APPO J WIRE ELEC STRO INS. UL APPD WIRE ELEC STRD INS. UL APPD J J WIRE ELEC STRD INS. UL APPD J WIRE ELEC STRll INS. UL APPD J wIRE E.LEC STRD INS. uL APPD J WIRE ELEC STRO HIS. UL APPD J WIRE ELEC STRO INS. UL APPD WIRE ELEC STRu INS. UL APPD J J WIRE ELEC STRD INS. UL APPU A WIRE ELEC STRD INS UL APPD A W~RE ELEC STRU INS UL APPO T RMIf'.4AL. LUG CHIMP-INSULATED f C INS SLV, 5/8 LG 12.~ AwG CLR C IN~ fLv, 5/8 LG H AwG CL~ E TE M NAL. SOLOfkLES~ RING L~ AWG CLR NS sC~l 5 Vt~8 ,.L., _HULK ~ INS E INS ~LEEVING, ELEC-t:WLK A LAMP, INCANOESC~NT SLIDE TYPE A COVER pANEL A PAN~L ASSY, UPPER A DIS RI8UTION BOA ASSV ~EAOER B SeX Dlaf~ ~A~E~ ApE ~EAUER T lUI N ~o A C VER kg 6 D 8 F A CKT BRK SP 115V 60 ~PS STRIP TERMINAL BUSS BAR DISTHl~UTIUN bOA NUT U TYP~ NO. b-3?I..JC BRACKET R LAY 4-11 Rev J 1121 ... A L E V E L E PAfHIIIO REV 2 24~47~OO r. 24550t>Ol 24S1EH01. 24550700 H 24501602 G b 2 2 2 2 181t;O~OO E 1811::S3t~OO A 1 2 ? 2 2 2 2 7 2 2 2 2 ]81 784 00 18 1 78:t° O 2 2 OOb~6()05 2 OO~43!:)13 2 2 1 1 1 1 1 Rev J A A J J J F t D E A A C A F A A A f) 5 008 94::27 008 6000 18178700 18 1 780 00 18178JOO 00 86 3707 181'10100 BLOCK, TERMIN~l CHANNELA~ ~UtI~e~l CABLt. Y '. ? 2'+ P CUNN PLUG CONNECTOR c4 PIN SHELL CLAMP NO-1/4 SCR SET C.UPpr-u PT 5CH INSE~l CLAMp fULL CA8L , fLEe 24· h!T S IFU PR SLIJ ELEe HT ~HR H!KAOLf U/L !::SAND MARKER CAbLf WIRE E.I..E.C T SOLIU Cl.It-'PtJ-< ~O GA INSULATION SU:.r v I ('.1(' ELECT LABEL CASU:' LE~'(,TH 1"'~kK ING PANEL LATCH ASSI:MiiL Y BOLT, LATCH GUIDE LATCH I::ip(; SLv-fLG NYLur,; .~!::>l RING, I- 00 lOO28tl19 24513'104 46161-'01 09 0 222 0 4 46161!::lO2 74 5 1 8 000 2 S59305 2i 15730 24 5 01 d 08 24 5008 °1 17944001 1 C N 'LEX. ND ANU ~AKLE TRANSFORMt::H 24 VOLT A '5 3 3 1 SOCKET. TUtiE CI l:nNT~Cr, OCTAl. R~~AY OCTAe ~OCKF'l , ~RACKET,PANEL-RH ~%g~~glJ~ EF 1 If'.J tiV T A ~ 1 fAtll: to A 3 3 3 3 3 3 MOD 1721 .. A pAPfk LIST PWH III S T t:',ox ELEC STHU I I! c:.; wL AppO ELEC SlR{j 1 "!~ uL AIo"lPU E.I..EC STRU If',S UL APP[) fLEC SHW 1 "!~_ UL APPU wIRE I:LEC STk U I fiS. vL wIRE tLI:C STRU H~5 • UL :~~g TERMINAL. LUll Ck I F,P-J ~~SLJLA 1 ED INS SLEE.VING. ELf C-tHJLK TERMINAL, LU" CR I ""!~-l NsuLATED TERMINAL. SOLI)~RLE5S kIN" INS SLv. ~/A LG 1-', AiN (1 cu< TRACK SLIOINu Tf.L FS\..Ui-'E BRACK£T,PANEL LH C 17098629 176Y863ti 11698 0 34 2454 8 J57 24548364 24548360 24!::>24ts04 3 1 17~45joO A A A A C WIRE wIRE WIRE wIRE wIRE 4-12 1721_B l E 1 1 2 2 2 2 2 2 2 24511194 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 2 2 2 2 2 2 REV 24~O9000 2 1 PARTNO ;>4521300 245 11 5 0 4 ?4~H 1770 2 2 2 2 2 E L E 40 6 0 000 9 40587000 18190300 40587100 18145 5 00 1 1 1 V 17B45JOI 17'i811 02 24512001 24514701 245 1450 A 18 1 9 0 4 0 24548J60 24548358 24548364 17698 6 06 24548366 24548303 24548308 24:;48309 ?4548301 24548305 24548~1l 24548' 12 2454 8 313 24548314 24548315 2454831 6 2454831 7 17698~01 1 7698 10 24524 8 05 24552333 24552338 24536112 2455 2 336 24!:l28038 24528636 24516 b0 3 40588'00 40587200 lal~3~OO 1 1 1 00 18133 1 00 24550 6 04 24501209 25A69501 00 38,00 18128300 1721B pApER TApE I NfJU T SOCY A PAPER TAPE RE.AOER A~SY 50 CY A PANEL ASSy S~PPLY SW PNl ASSY APER TAPE READER B A pANEL ASSY R~ADEK BRACKET 24 PIN CONNECTOR H B SWITCH PUSH-MUMENTAHY 2 PDT 0 SWITCH PUSH -ALT~R~ATE, 2 PDT D lAMP HOLDER PUSrl-~UT. "Hf tENs' EN , IND. L ~H NO. li l: F C R B 8 J J J A J J J J J J ~ J J J J J A A F C C E C E E A A A A R A D B F A lENS INDICATOH COPOHATE Sw CONN Rt:CEp. 4 HuLE pNL MTG 2'+ CONN RACK AND PNL SUC CONT CLAMP, CONN RACK .AI'IIU PNL wIRE lIST SWITCH PAhlEL 1 ~J~. UL A~~IJ WI~E ElEC wI E ELEC sf~g IN • UL A () WIRE fLEC STRll Ir"S. UL APPO WIRE EL.EC STRD INS vL APPO WIRE ELEC STRD INS. UL APPO ELEC STRL) INS. UL. APIJO WIRE W RE fLEC STRO INS. UL AIJPO WIRE fLEC STRO INS. UL APPO WIRE ElEC STHO INS. UL APPL) WIRE flEC STRD INS. UL APPO flEC STRO UL APPU tJS. UL APPO ~i~~ ELEC STRD I"'S. WIRE ELEC STRO HIS. UL APPD WIRE ELEC STRO H!S. Ul APPO wIRE ELEC STRD IfIS. UL APPli WIRE EL.EC STRI) INS. UL APPD wIRE fLEC STRO INS. UL APPD INS UL APPD ~I~~ ~1:~8 ~f~8 INS UL APPO TERMINAL, lUG CKIMP-INSULATED INS Slv, 5/8 LG 12e!:l AWG ClR INS SLv, 5/8 LG f:I A'tIG eLf( TERMINAL, SOlOF.RLES~ RING INS SLV, 5/8 LA 10 AWG CLR INS SLEEvING, ELEC_bULK IN LEEVING. ELEC ... t1ULK LAMP, INCANDESC~NT SLIDE TYPE COVER PANE.l PANEL ASSY, UPPER D~STRI~UTION dOX AS~Y RFAOER B X 0 ~TR PAPER rAPt READER COVER DISTHIBUTION dOX CKT tJRK SP 115V 60 CPS STRIP TERMINAL BUSS BAR DISTRlrlUTIUN HOX NUT U TYPE NO. b-32 NC 8RACKET RELAY 4-13 RevJ 1721-8 L E. VEL f: PAl-HNO REV 1721jj pAp£:.:I-< TApE IIJt-'UT 50Cy ~ ~4548364 J 3 J F :3 24548360 24524 8 04 245 2 8 0 38 F SOCKET, TU~E 8 CONr~CT, OCTAL RELAy, OCTAL SOC~ET CONN FL.FX. CNU A!'j() 1../1~LE TRANSFORMER 24 VOLT 8LOCK. TEHMINAl WIRE LIST PWH nIST o0X wIRE ELEC S TRU I! 's l)l_ AppU WIRE f:LEC SHW Ins UL APPU wIRE E.L.EC STRO p,le; t)L 4PPf) WIRE EL.EC STRU INS. UL APPD WIRE EL.EC 5 TRO 1 "IS. ut. AppU WIRE fL.EC STRIJ II\IS. lJL APPU r ERMIN AL, L U(:j CHI i'W - 1 N S I) L 1\ TED INS SLEEVING, fLfC-0ULK i ~~g~~r~~ F F f~~=1~2~: ~8~o~~[~~;1~¥~bATfU 3 24~5233!j C INS SLV, SIB LG k A~G ell-< TRACK sLIDIN6 Ttl E5~OpE A BRACKET,PANEL LH BRACKET,PANEL-Rrl 24547900 '24550bO 1 24:>18101 24550 7 00 24501602 2 2 2 2 2 2 18190~OO 3 3 3 3 1 1 1 1 1 17845JOI 2 2 2 2 17698629 17698638 )7698034 4548357 00860t,S14 PH 78900 18 1 78g00 18182 00 10028 6 19 24 5 13 9 04 46 161701 09022204 46161~02 5 cs' 00 ~ 2%5S9~05 2 2 2 2 24515730 24501808 24500dOI 17944UOI lA183/jOO 1 2 2 2 2 i!. 2 1 1 1 1 1 Rev J 18178"00 PH 78500 00856~05 00843~IJ 00859 22 7 (\ ob56·_ 00 1817 8/ 00 181786 0 0 PH 78JOO 00 86 3 7 07 ll'ol190100 F f) R r, C A A A J I) ~ S E A CHANNEL.,Su~PORT CABLE ASSY fLEe I 2~ ~ CONN CONNECTOR PLUG 24 PiN SHELL CLAMP No.l/4 SCR SE T CUppU) PT SCH INSERT CLAMP FULL, A CCABlE, . fU::C 24 1 \Iv t S I ED PI-< SlY ELt::.C HT SH~~lnKf\t'Lt u/L HAND MARKEl-< CAHL~ A VI I RE F~LEC T SUL I u COt-iIJI-.:.I-< 1.0 F INsuLATION sLEEvl i 4b i:ltCT A LABEL. CABLE LEN~lH MAHKING A PANEL L.ATCH ASSEMrlLY A A GA ~8j6~ t~f~~ ~RG SLV-FLG NYlUN .~~1 DRING, kETAINING SPG COMPR .360 lIf) 1 1/2L KNOB A STRIKEH,PANEL LH A STRIKER,PANEL krl A STOP' pANEL A CLAMP, CAHLE EL.ECTRICAl C CARD PLACEMENT PAPEK TAPE IP 4-14 1721-A/B Panel Assembly, T ape Spool, " -: Dwg. No. 40587000 CDC- DRAWING NUMBER PARTS LIST DESCRIPTION 40587500 Armature 40588000 Bearing, Flanged 40589000 Door Assembly 40587300 Door, Panel 40587600 Hinge, Door 40588500 Panel, Blank, Tape Spool 92033038 Ring, Retaining 40588100 Roller 40588400 Seat, Magnetic, Door 40587700 Shaft, Hub 40587900 Shaft, Rolle r 40587800 Sleeve, Hub 40588900 Spacer, Hub 40587400 Spool, Tape 94196402 Strip, Magnetic, Door QUANTITY EACH MACHINE 1'011l1li CA 108 REV 3- 66 4-15 Rev J 1 7 21- C LEV E L 1 1 18352000 8 PARTNQ REv 40 6 12 5 00 18352500 C A ~ 1~~g~t8g A 2 2 2 2 2 18382500 18356300 18377000 18341200 18358700 A A ~ la~~~~gg 2 2 2 2 2 2 18359000 18359)00 00854°49 A g~gl~g~~ A ~~~l~lg~ A A A 3 09018~03 A 8 8 A A A A A o 2 2 2 2 2 09°1 8 631 2 2 2 09027501 09027506 ~ 8~3~~E8~ 2 09027 ti 14 00 18352300 C 18351800 C 24509000 B 24521300 D 24~115.04 0 24511 7 10 L 24 5 11 194 L 17981102 F 24512i.101 . C 24514·701 8 0 9 01 8 403 C 8 09027007 09027006 09°2 700 5 1 2 2 2 2 2 2 2 2 2 24514~OI 2 2 3 3 3 3 3 3 3 3 3 3 3 Rev J 18364900 24548360 2454835M 24548364 17b98bo6 ~4g:~j~~ 2454830 ti 24~48309 24548J(J1 24548305 24548307 MOD 1721C P TAPE IN~UT 6 0 tv PAPER TAPE READER A5SY PNL P SUPPLY ASSY 1/21C,17210 "RACKET 1721(;,} '211) pANEL SUppLy 172lC - 1/21U GUIDE 1721C,17?lD PIN 1·72 1C 17210 DOOR PAPER TAPE SUP~Ly SPOOL PAPER SUPPLY BEARING FLANGED SHAFT HUe RoLLER 1721C,17210 SLEEVE HU8 1121C.17~lO SHAFT ROLLER 17~lC,17210 NUT SPEED PUSh-UN SCR MACRH ~AN HO p~l NO. H RING, ET~INING RETAINER PAPER TAPE SUPPLY pLExI-GLASS l/A THl~K- BLuE SCR MACH PAN hO PHL NO. 8 SCH. MACH PAN HO PHL NO. 6 SCR MACH PAN HO PHl NO. 10 LaCKWASHER, INTERNAL T88TH L CKWASHER, INTtHNAL T 1H lOCKWASHER, INTeRNAL TOOTH wASHER' pLAIN FLAT WASHER, PLAIN FLAT . WASH~R~ PLAIN FLAT NUT, Ht.XAGON ooooooooooooooouooouonoooooooooo SWITCH PNl ASSV P TAPE READER PANEL !:SOTTOH SWITCH PUSH-MOMENTAHY 2 PDT Sw TCH PUSH -ALTERNATE. 2 PDT LAMP HOLDER PUSrl-RUI. LENS. IND. LIGHT lENS, INO. LIGHl LENS INDICATOR tOPoHATE s~ CONN HECEP. 4 HOLE PNL MTG 24 CONN RACK ANU PI'lL sue CONT B CLAMP, CONN RACK AND PNL A WL SWITCH PANEl'P TAPE HU J wIRE ELEC STRD INS. uL A~pD WIRE ELEC STRD INS. Ul APPU J WIRE flEC STHU INS. Ul APPU J A WIRE flEC STRO INS UL APPO WIRE ELEC STHU lNS. UL AP~U ~ W RE tlEC STRU INS. Ul APPU WIRE ~LEC STRD INS. UL APPU J WIRE fLEC STHO INS. Ul APPO J WIRE fLEC STRO INS. UL APPU J J J :I~~ ~t~E ~l~g I~~: ~~ :~~~ 4-16 1721-C LEV E L B PARTNO REV MOD 1721C p TAp~ STRO INS. UL APPO STRO INS. UL APPD STRD INS. UL APPD STHO INS. UL APPO STRD INS. UL APPD STRQ INS. UL APPD STRD INS. UL APPO LUG CRIMP-INSULATED INPUT 60 Cy J 3 3 24548311 24548312 24548313 24548314 24548315 24548316 24548317 24524 8 05 J J J F WIRE ELEC WIRE EL.EC WIRE ELEC WIRE ELEC WIRE ELEC WIRE ELEC WIRE ELEC TERMINAL, ~ ~t55~)~d E I~~ ~t~: 5~~ c~ A2l~GA~ERCLR 3 3 24536112 24552336 24528638 24514-'01 24514501 24516803 18178'+00 18145 5 00 18178 S 00 00856805 00843513 00 859 227 00856000 09027505 00 86 3 1 03 0 9 01 84 0 4 0901 85 0-3 09°18J03 090 8402 E C E TERMINAL, SOLOERLESS RING INS SL.V, 5/8 LG 10 AWG CLR INS sL.EEvING, ELEC-~uLK CONN RACK AND PNl suc CONT CLAMP, CONN RACK AND PNL LAMP, INCANDESCENT SLIDE TYPE BOLT' LATCH BRACKET 24 PIN CONNECTOR GUIDE L.ATCH BRG SLV-FLG NYLON .251 eING1 RETAINING SPG ~OMPR .300 00 1 1/2L. KNOB WASHER. pLAIN FLAT CLAMP, CABLE ELECTRICAL SCR. MACH PAN HD PHL NO. 6 SCR MACH PAN HO PHl NO. 8 SCR MACH PAN HD PHL NO. 5 SCR. MACH pAN HD pHL NO. 6 LOCKWASHER. INT~RNAL TOOTH L.OCKWASHER, INTERNAL TOoTH L.OCKwASHER' INTERNAL TOOTH NUT. HEXAGON NUT. HEXAGON NUT' HExAG8N ' DISTRI~UTI N BOX ASSy READER BOX DISTR PAPER TAP~ READER COVER DISTRIBUTION bOX CKT aRK SP 115V 60 CPS STRIp TERMINAL. BUSS BAR DISTRIdUTION BOX NUT U TYPE NO. 6-32 NC BRACKET RELAY SOCKET, TUBE 8 CONTACT, OCTAL. REL.AY, OCTAL SOCKET CONN FLEx. CND AND CABLE TRANSFORMER 24 VOLT BL.OCK, TERMINAL. READER PWR CA8LE P2 wIRE EL.EC SleO INS uL AAP~OO WIRE EL.Ee STRO INS UL. PP wIRE ELEC STRO INS Ul APPD 3 3 3 3 3 3 3 3 3 2 2 2 2 2 2 2 , 18352000 2 2 2 2 2 ~ J J J B A A A B A D A C A C 0902700 6 09 02700 5 09027004 2 ~ 8~8~~88: 2 2 2 09026005 18361700 18141200 18133 7 00 24550 6 03 24501209 25169501 00 8 38200 18128300 24547 9 00 1 2 2 2 2 2 2 2 2 E B A o S F A ~ ~tglgtgl Fo 2 24550700 24501602 18364700 17698629 17698~38 B G C A A 17698634 A 2 2 3 3 3 4-17 Rev J 1121-C LEV E L 3 2 }8352000 8 PARTNO RE:V 17 6 98 062 24528637 24524dQ4 E 3 3 3 3 3 3 3 24536112 18322 d ()4 94335 10 4 24534805 l 11698638 .3 245S 2 33d 18364t;OO l1Q98b29 17698~34 A F C E A A A A A A A J J 3 3 3 24548357 :3 24548364 24548360 24524 8 04 ~ 3 ~4g~2~8~ f 3 24528637 E 3 ~tg~9gj~ E 8 B C 2 2454.,501 2450220 9 09°1 8 4°1 09018 4 02 09018 4 03 ~ g~gl~tgg C C 2 09027005 090 2 75°5 0902(1)05 00860814 18353900 18353#.100 18182 5 00 10 02 86 1 9 24513904 46161 1 01 2 2 ~ 2 2 1 1 1 1 1 2 2 2~Y~~s3~ 2 2 2 2 2 2 1 1 1 1 1 1 Rev J 24518(00 2455 9 3°5 24515730 245a1d88 245 08 1 17944U01 18354000 18353100 18118300 008637 0 1 18190100 1835 4 100 A E C C [) A A A 5 E A A C A F A A A A A e A MOD 1721C p TApE Ii~f-'UT 60 Cy WIRE fLEC STHO IriS uL APPIJ INS SLEEvING, ELFC_bULK TERMINAL, LUG CHIMP-INSULATED INS SLv, 5/8 LG 8 AWG CLR TERMINAL, SOLDEHLESS RING CONN RECp PLUG,CONT U/L CONNECTOR 6PIN f-'LUG RECEPTACL SHIELD, ELECT. tJRAIUEU-8ULK WL POwER DISTRIHUTION BOX,A2 WIRE ELEC STRO iNS UL APPD W RE ELEC STRO INS uL AppD wIRE ELEC STRU INS uL APPO WIRE ELEC STRe l~S_ UL APPD wIRE ELEC STR G INS. uL AppD WIRE ~LEC STRO INS. 01 APPD TERMINAL, LUG CHIMP-I~SULA1ED WIRE ELEC STRD INS UL APPO TERMINAL, LuG CRIMp-INSUlATED INS SL~EVING. El~C-bUlK INS, SLV, ELEC-dtJlK INS SLEEvING, fLEe-bulK PLATE WARNING STRIP MARKER 1 T~RU 9 SCR. MACH PAN HU PHl NO. 6 SeRe MACH pAN HU prlL NQ- 6 SCR. MACH PAN HU PHL NU. 6 SeRe MACH PAN HU PHl NO.6. .SCR. MACH pAN HU pHl NO.6 LOCKWASHEH, INTERNAL TOOTH WASHER, PLAIN FLAT NUT' HExAGON TRACK SLIDING TELESCOPF BRACKET PANEL LH BRACKET PANEL RH CHANNEL,SUPPORT CABLE ASSY ElEC ? 24 P CONN CONNECTOR pLuG 24 pIN SHELL CLAMP ~O.1/4 SCH SET CUppEG PT 5CH INSERT CLAMp FuLL CABLE, ELEC 24 TWISTED PH SLV ElEe HT SHRINKAbLE UIL BAND MARKEH CA~L~ WIRE ELECT SOLIU COPPEH 20 GA INSULATION SLEEVING ELfCT LABEL CABLE. lEN b lH MAHKING STRIKER PANEL Lrl STRIKER PANEL Hrl STOP, PANEL CLAMP, eA~LE ElECTklCAL CARD ~LACE~ENT p~p~~ TApE Ip 8RACKET Sr~IKtR - 4-18 1721-0 LEV E L 1 2 2 2 2 2 2 2 2 2 2 2 2 2 ~ 3 2 2 2 2 2 2 }8352001 8 PARTNO REV 18352!:>00 18382400 18352100 18382500 18 3 56 300 18377600 18341200 18358700 183588 0 0 18358900 18359000 18 3 59 1 00 00854049 09018505 00843513 18377100 18063100 0901 8 !)03 0 9 01 84 03 9818631 9 27 00 7 09027006 09027005 09027507 09027506 09027505 C 8 A A A A A B A A A A A A A o A A A C B 8~8~~g2~.oo 1 2 2 18352300 18351800 24509000 C C B ~ ~:~fl;82 g 2 2 2 2 2 24511 770 24511 79 4 17981102 24512001 24514 701 24514581 183649 0 24548360 24548358 L L F C B B A ~ 3 3 3 3 3 3 3 3 3 3 3 3 i?4548364 176986Q6 2454 8 366 24548303 24548308 2454830 9 24548301 24548305 24548J07 2454 8 311 J J J A J J J J J J JJ MOD 17210 P TApE INPUT 50 Cy PNL P SUPPLY ASSY 1 721C,17210 BRACKET 1721C,1721D PANEL SUPPLY 1721C - 17210 GUIDE 1721C'1721D PIN 17 2 1C 17 2 10 DOOR pApER TAPE SUPPLy SPOOL PAPER SUPPLY BEARING FLANGED SHAFT HUB ROLLER 1721C,172}D SCEEVE HUB 1721C,11210 SHAFT ROLLER 17 21C,1721D NUT SPEED PUSH-ON SCR MACH PAN HO PHL NO. 8 RING, RETAINING RETAINER pApER TApE SUppLY PLEXI-GLASS 1/8 THICK- BLUE SCR MACH PAN HO PHL NO. 8 SCR. MACH PAN Hu PHL NO. 6 SCR MACH PAN HO PHL NO.la LOCKWASHER, INTERNAL TOOTA LaCKWASHER, INTERNAL T88TH L CKWASHER, INTERNAL T TH WASHER, PLAIN FLAT WASHER' pLAIN FLAT WASHER, PLAIN FLAT NUT, HEXAGON 00000000000000000000000000000000 swITCH pNL ASSY P TApE READER PANEL BOTTOM SWITCH PUSH-MOMENTARY 2 POT SWITCH PUSH -ALTERNATE, 2 PDT LAMP HOLDER PUSH-AUT. LENS, IND. LIGHf LENS. IND. LIGH LENS INDICATOR COpoRATE sw CONN RECEp, 4 HOLE pNL MTG 24 CONN RACK AND PNL SUC CONT CLAMP, CONN RACK ANU PNL WL SWITCH PANEL,P TAPE RO WIRE ELEC STRD INS. UL APPD WIRE fLEC STRD INS. UL APPD wIRE ELEe STRD INS. UL APPD WIRE ELEC STRD INS UL APPO WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD ~I~E EtEE 4-19 gf~B l~~: Ut ~~~B Rev J 1121 .. 0 LEV E L 3 3 3 3 3 3 3 3 ~ ~ 3 23 2 REV 24548312 24548313 24548314 24548315 24548316 24548311 J 24524~05 2455 2 333 24552338 24536112 2455 2 336 24528638 24514701 5 45 ~:516881 2 2 2 2 2 2 2 2 2 ~ g~8k93g~ 2 2 2 2 2 0902 1 005 090218°4 09026 04 2 g~g~~38g 1836 1 100 18141200 18133700 24550b03 24501209. 2 2 2 2 2 2 2 2 2 2 2 2 2 25169501 00 8 38200 18128300 24541 9 00 2455 0801 3 3 3 3 Rev J B MOD 11210 P TApE INPUT SO Cy PARTNO 18178400 18145500 18118:»00 00856 t4 05 008435 1 3 00 8 59227 00 8 56000 09021505 00863703 09018404 09018503 0901 8 303 2 1 18352001 24518101 24550700 24501602 18364700 11698629 11698038 11698 6 34 11698602 J J J J J F C WIRE E~EC STRU INS. UL APPU wIRE E~EC STRD HIS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRO INS. UL APPO WIRE ELEC STHD INS. UL APPD WIRE ELEC STRD INS. UL APPO TERMINAL, LUG CRIMP-INSULATED INS SLV, 5 / 8 LG 12.~ AwG CLR C E f~aMj~Xt,5~SLb~H~E~gGRl~H C INS SLV, 5/8 LG 10 AWG CLR E INS SLEEvING, ELEC-~ULK B CONN RACK AND PNL SUC CaNT CLAMP, CONN RACK AND PNL LAMp, INCANDEsCENT ~LIOE TYpE A BOLT. LATCH B BRACKET 24 PIN CONNECTOR A GuIDE LATCH eRG SLV-FLG NYLON .251 0 RING, RETAINING ~~gBCOMPR .360 on 1 1/2L 2 WASHER, PLAIN FLAT A CLAMp, CABLE ELECTRICAL C SCR, MACH PAN HU PHL NO. 6 A SCR MACH PAN HD PHL NO. 8 SCR MACH PAN HD PHL NO. 5 SCR, MACH PAN HU PHL NO. 6 C· LOCKWASHER' INTEkN AL TooTH LOCKWASHER. INTERNAL TOOTH LOCKWASHER, INTERNAL T001H NUT, HE.XAGON ~~f: ~~~~a8~ E DISTRI~UTION HOX ASSy HEADER B ~OX UISTR pApER TAp~ REAOER A COVER DISTRIBUTION ~OX o CKT BRK SP 115V 60 CPS STRIP TERMINAL B BUSS BAR DISTRIBUTION BOX F NUT U TYPE NO. 6-32 NC A BRACKET RELAY SOCKET, TUBE 8 CONTACT, OCTAL F RELAY' OCTAL SOCKET o CONN FLEx. CND AND CABLE B TRANSFORM~R 2~ VOLT G BLOCK, TERMINAL C READER PWR CABLE P2 A wIRE E~EC STRO INS uL AppO A WIRE ElEC STRD INS UL APPO A WIRE ELEC STRD INS UL APPD A WIRE ELEC STRD INS UL APPO 4-20 1121-0 L E VE L 3 3 3' 3 3 3 3 23 3 3 3 3 3 3 3 3 3 3 2 3 18352001 PARTNO REV 24528 6 31 24524804 F 24552~38 C 24536 12 18322804 94335104 24534 tJ 05 l'~$3e~S 17698638 11698634 24548351 24548364 24548360 ~45~4804 76 8~62 24524805 24528637 24528~59 24528638 2454 75 01 ~ ~$8Yligr 2 2 2 2 2 2 2 1 09018402 090184 0 3 09018405 89018386 9 0 27 . 5 09021505 09026005 0086 08 1 4 18353900 18353800 18182500 100 286 19 24513904 46161701 09 0222 04 1 1 I E E A A A A A A A J J J F A F E E E B B C C C C C D A A A S E A INS SLEEVING, fLEC-~ULK TERMINAL. LUG CHIMP.INSULATED INS SLY, 5/8 LG 8 AWG CLR TERMINAL, SOLUEkLESS RING CONN RECP PL~G.CON~ UIL CONNECTOR 6P N PLU RECEPTACL SHIELD. ELECT, ~RAIOED-BULK w~ POWER DISTRIBUTION BOX,A2 W RE E EC STRO INS UL AppO WIRE ELEC STRD INS UL APPD WIRE ELEC STRO INS UL APPD WIRE ElEC STRO INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRO INS. UL APPD T'RMINA~' ~yG CRIMP·INSU~ATED W RE EL C RD INS UL AP 0 IE~MINAL' L~G CtIMp-IN~ULATED N SLEEVIN, E EC·~UL INS, SLY, ELEC·SULK INS SLEEVING~ ElEC.BULK PLATE WARNIN . S~RIP MARKER 1 THRU 9 S R. MACH pAN HO pHl NO. 6 SCR. MACH PAN HD PHl NO. 6 SCR. MACH PAN HD PHL NO. 6 SCR. MACH pAN HO pHL NO. 6 SgR. MACH PAN HO PHL NO. 6 L CKWASHER, INTERNAL TOOTH WASHER' pLAIN FLAT NUT, HEXAGON TRACK SLIDING TELESCOPE BRACKET PANEL LH BRACKET PANEL RH CHANNEL,SUPPORT CABLE ASSY ELEC 2 24 P CONN C~NNECTfR ~lUG 24 pIN SELL C AM NO.1/4 SCR SET CUPPED PT SCH I i ~6~6A502 4 1 000 A C ~4559~05 2 4515 30 24501808 ~ f'~228g1 SLV ELEC HT SHRINKA6LE U/L A BAND MARKER CABLE WIRE ELECT SOLID COPPER 20 GA F INSULAtION SLEEVING ELEyT A LABEL ABLE L NGTH MARK NG A Sf RIKER PANEL LH A S RIKER PANEL RH A STOP" PANEL A CLAMP' CAB~E ELECTRICAk C CARD PLACE ENT PAPER T PE IP A BRACKET STRIKER A PAPER TAPE READER ASSY I 1 1 1 1 1 2 2 2 B MOD 17210 P TApE INPUT SO Cy 183~4000 183 3100 IS11 83 00 00863101 18190}OO 18354100 4()612 5 01 e~sE~! ~t~~P2~UT~ISTEO pR 4-21 Rev J 1722-A LEV E L 1 1 1 2 2 2 2 ~ 17998200 F PARTNU REV 40612500 64025100 18352300 18351800 24509000 24:;21300 24511504 A A C 24511"170 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 245 11 194 179Hl102 24 5 12001 24514"/01 24514C:;01 18364 1100 24548360 24548358 24548364 }7 6986 06 2454 8 366 2454 8 303 2454830 8 2454830 9 24548301 24 5 4 8 30 5 2454830 7 24548311 24548312 2454 8 313 24548314 C A o o t F C R R A J J J A J J J J J J J J J J 24 5 4 8 31b J J 2454831 6 24548317 24 5 24 8 0 5 J J F ~ 24~52~jS 24 52 C 3 3 24536112 24552336 24528638 24514701 E C E R A 2 2 24S 1 6ti OJ 2 18145 5 00 18178580 OOl:iS6tj 5 00 8 43513 A A B A 3 3 3 2 2 2 2 ~ 2 2 2 Rev J 24~14501 un 78400 C [) oo~S9227 OOB56 VO O 09027505 Oolj63 703 A 0901 84 04 C 0 9 01 8 503 1722A pApER TApE INp0T 60 Cy PAPER TAPE REAOfR A~SY PERF TAPE HOL SPooLtR SWITCH PNL ASSY P T~~E READER PANEL BOTTOM SWITCH PUSH-MOMfNTAky 2 PDT SWITCH PUSH _AlTFRN~Tf, 2 pDT LAMP HOLDER PUStl-HU I • LENS, IND. LIGHT LENS, IND. lIGHT LENs INDICATUR COPOkATE SW CON~ RECEP. 4 HOLE PNL MTG 24 CONN RACK AND PNL sue CaNT CLAMP, CONN RACK ANU PNL WL SWITCH PANEL.P TAPE RU =I~~ ~t~g ~f~~ I~~: :~~8 WIRE fLEC STHU INS. UL APPD WIRE ELEC STRD iNS UL APPD wIRE ELEC STRU I~S. UL APPD WIRE ELEC &TRD INS. UL APPU WIRE ELEC SlRD INS. UL APPO WIRE fLEC STRO INS. UL APPO WIRE ELEC STRD INS. UL APPO WIRE ELEC SlRU INS. UL APPD WIRE fLEC STRO INS. UL APPO WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPO WIRE ELEC STRO InS. UL APPD WIRE ELEC STRD INS. UL APPO WIRE ELEC STRO INS. UL APPO WIRE fLEC STRU INS. UL APPO TERMINAL, LUG CHIMP-INSULATED INS SLY. 5/8 LG 12.~ AWG ClR INS Sly. 5/8 lG ~ AwH elR TERMINAL. 50LOfHLlS~ KING INS SLY, 5/8 LG 10 AWG CLR INS SLEEvING. ELEC.dULK CONN RACK AND PNL sue CONT CLAMP, CONN RACK ANU PNL LAMP, INCANDESC~NT SLIDE TYPE BOLT' LATCH BRACKET 24 PIN CONNt:::CTOR GUIDE LATCH BRG SLV-FLG NYLUN .~51 BING, RETAINING SPG COMPR .360 00 1 1/2L KNOB A 8t WASHER' pLAIN FLAT CLAMP, CABLE ELtCTRICAL SCR. MACH PAN HU PHL NO. 6 SCR MACH PAN HO PHL NU. ~ 4-22 1722.A LEV E L 2 2 2 2 2 2 2 1 1 REV 18133700 24550 6 04 2 2 2 2 24501~09 2516 9 501 00 8 38200 18128300 24547'JOO 2455 080 1 24518101 24550 7 00 2 2 2 2 2 2 24501~02 2 18 3 647 0 0 1722A PAPER TAPt INPUT 60 Cy SCR MACH PAN HD PHL NO. 5 C SCR. MACH PAN HU PHL NU. 6 LOCKWASHER, INTERNAL TOOTH LOCKWASHER, INTERNAL TOOTH LOCKWASHER' NTERNAL TOOTH NUT, HEXAGON NUT, HEXAGON NUT, HEXAGON A BRACKET STRIKER E DB ASSY READER BOX DISTR PAPER TAPE READER B A COVER DISTkI~UTIUN bOX o CKT 8RK SP 115V 60 CPS STRIP TERMINAL 8 BUSS BAR DISTRIbUTION BOX F NUT U TYPE NO. o-32NC A BRACKET RELAY SOCKET, TUBE 8 CONTACT, OCTAL F RELAY' OCTAL SOCKET o CONN fLEX. CND AND ~AHLE TRANSFORMER 24 VOLT 8 G BLOCK, TERMII\IAL C READER PWR CA~lE p2 A wIRE ELEC STRD INS UL APPO A WIRE ELEC STRD INS UL APPD A WIRE ELEC STRD INS Ul APPO A· WIRE ELEC STRD INS uL AppO E INS SLEEVING ELEC·~ULK F TERMINAL, LU~ CRIMP-INSULATED C INS SLv, 5/8 LG H A~G Clk E TERMINAL, SOLD~RLESS RING A CONN RECP PLUG,CONT U/l 3 17698029 17698638 17698634 17698662 24528637 24524 8 04 2455 2 338 24536112 1 8 322 8 04 ~ ~t~~~~8~ ~ ~~~~EB!O~lft+~ ~~~~u~~:ee(~Cl 3 3 ~ 3 3 ~ 2 3 3 3 3 3 3 3 3 3 3 3 3 2 2 PAkTf'40 18141~00 2 2 2 2 F 09018303 09018402 09027006 09021U05 09027004 09026004 09026006 09026005 18354iOO )8363400 2 2 17998200 18364800 1769862 9 17698 0 38 17698634 24548357 24548364 24548360 24524 ti 04 17698662 24524805 24528637 24528659 24528638 24547501 245022 09 09018 4 01 09018402 09018403 WL POwER OISTRIbUTIUN BOX,A2 WIRE ELEC STRD INS UL APPO wIRE ElEC STRD INS 0l APPO WIRE ElEC STRD INS Ul APPD J WIRE ElEC STRD INS. Ul APPD WIRE ELEC 5IBO INS. Ul APPO J J WIRE ElEC STRO INS. UL APPD F TERMINAL, LUG CRIMP-INSULATED A WIRE ElEC STRD INS UL APPD F TERMINAL, LUG CRIMP-INSULATED E INS SLEEVING, ELEC-dUlK E INS, SlV, ELEC-~ULK E INS SLEEVING, ELEC-~UlK 8 PLATE WARNING B STRIP MARKER 1 THRU 9 C SCR. MACH pAN HU pHL NO. 6 C seRe MACH PAN HU PHL NO. 6 C SCR. MACH PAN HU PHL NO. 6 A A A A 4-23 RevJ 1722-A L t- V E 2 2 2 2 2 1 1 F PARTNQ REV 09018405 09u18406 09027005 09 02 75 0 5 09026005 00860 8 14 18353900 C C 1835~bOO SUi 500 I 1 L 17998200 2 2 2 2 1002861'1 24513 9 04 46161101 0902220 46161502 ~ ~:s~e~8g 2 2 2 24:'15130 2 1 1 1 1 1 245 0 11:S 08 24500b01 11944001 1~354000 18353700 ]8118300 OOI:S$3 107 181 0100 45813 8 00 1 Rev J 0 A A A 5 E A A C A F A A A A A C A 1122A pApER TApE I IJI-'U r 60 Cy SCR. MACH PAN HU PHL t--JO. h SCR. MACH PAN HI.) PrjL NO" b LOCKWASHER, INTERNAL TOOTH WASHER, PLAIN FLAT N~T' HE.XAGON TACK SLIDING TE.LESI...OPE BRACKET PANEL LH BRACKET PANEL j.( t1 CHANNEL,SUPPORT CABLE ASSY ELEC "2 2'+ P CONN CONNECTOR PLUG 24 PIN SHELL CLAMP NO.1/ 4 SCH SET CUppt,O PT SCH INSERT CLAMP FULL PH . pITwISfEU ~e~L~LE.~L~~ s~ NKAdLF" ull BAND MARKER CAHLE WIRE ELECT SOLlu COPPEI-< 2 0 GA INSULA Tl ON SLE.E"ING ELECT LABEL CABLE LENGTH ." ARK If'J C, STRIKER PANEL LH ~TRIKE~ pANEL I-(H TOP, ANEL CLAMP, CAI:iLE ELI:.CTFd ~AL CARD PLACE.MENT PAPEr< rAPE IP CABLE ASSY 4-24 11 22- B l E v E l 1 1 1 3 3 3 3 3 la 3 64'iOO 2454836g 2454835 24548364 17698 6 06 2454 8 3 0 6 l ~~~4gj8~ 3 3 3 3 3 3 3 245483u9 24548301 2454 8 305 2454830 7 24548311 24548312 24548313 24548314 24548315 2454831 6 3 ~ 3 3 ~ 2 2 2 2 2 REv 24514~Ol 3 3 3 3 3 3 3 2 PAl-HNO 02 2ll~¥ll . 2001 24514101 2 2 F 40 0 12::'01 640251 00 18352300 18351 8 00 24509000 24521300 245 11 5 0 4 24511110 24511 19 4 2 2 2 2 2 2 2 2 2 2 2 2 2 11 99 82 0 1 24548~11 24524.05 24552333 24552338 2453602 55~ ~ ~6 ~:52 B 1 1 22 jj PAPER rAPE I f\jPUT "OCY A PAPER TAPE REAO[R ASSY A PERF TAPE HOl SPOOLER C ~WIlCH P~l ASSY P rApE READER AN L 80 TOM C H SWITCH PUSH-MOMENTARy 2 PDT D SWITCH PUSH -ALTERNATE, 2 PDT 0 LAMP HOLDER PUSH-HUT. L LEN~, IND. LIGHf L LEN. , IND. liGH F ~ENS IN8~CATOH COPOHATt SW ONN RE p. 4 HolE pNl MTG 24 C CONN RACK AND Phil SUC CONT 8 B CLAMP, CONN HACK ANU PNL A WL SWITCH PANEL'P T~PE RU l APPD J WI~EE fLEC 11-1 •• UL APPO wI L.fC ~f~D0 INS· J ,j A J J J J J J J J J J J J J J F C C F. C E 24514 1 01 24514501 245 1 68°3 18178'+00 18145 5 00 1 fH 78:'00 OO856 d 05 B B A 008~~~~~ 008 1)0850000 09021505 OOd03103 0 89818484 9 18~ 3 C A B A A A EI.EC STHO I I'JS. UL APPO fLEC STRD INS UL APPD fLEC STRD INS. UL APPD STRO INS. UL APPO £t~~ STRD INS. uL AppD ELEC STRO INS. UL APPU EI.EC STRO INS. UL APPO ELEC STRO INS. UL APPU ELEC STRD INS. UL APPO ELEC STRD INS. Ul APPD STRD UL APPO NS. Ul APPD =I~~ £tE~ 5TRD fNS. WIRE fLEC 5THD INS. VL APPO wIRE ELEC STH!) INS. UL APPO WIRE EL.EC STRD INS. UL APPD WIRE fLEC STRU INS. UL APPO TERMINAL. LUG CHIMP-INSULATED INS SLV, 5/8 L<:; 12.~ AWG CLR INS Slv' 5/8 LG 8 AwG ClH TERMINAL, SOLDER lESS RING INS SLV, S/8 LG 10 AwG CLR INS SLEEvING, ElEC-buLK CONN RACK AND PNL SOC CONT CLAMP, CONN RACK ANU PNL LAMP, INCANDESC~NT SLIDE lYPE BolT' I. Ar CH BRACKEl 24 PIN CONNECTOR GUIDE LATCH BRG SLV-FLG NYLON .251 RING, RETAINING spG COMPR .300 uf) 1 1/2L KNOB WASHER. PLAIN FLAT CLAMp, CASI.E ELECTRICAL SCR. MACH PAN HU PHl NU. b SCR MACH PAN HO PHl NO. 8 WIRE WIRE WIRE WiRE W RE WIRE WIRE WIRE wIRE WIRE 4-25 Rev J 1 722 -t3 L E V E L 17998~nl F PARTNO REV ~ 09 0 18303 2 2 u9018~02 09021006 0902100, 2. 2 2 C 09u2 OU 3 3 09026004 09°26 00 6 09026005 ]8354100 )8363 400 18141200 18133700 24550 6 04 24501209 25169bOl 00 8 38200 18128300 2454 79 00 245501:;01 24518101 24550/ 00 24501 6 02 18364700 1769tH)29 1769863ti i Itg~~gg~ 3 3 3 3 3 3 3 2452 86 37 24524 b 04 2455 2 33 8 24536112 18322;.104 2 2 1 1 2 2 2 2 2 2. 2 2 2 2 2 2. 2 2 3 3 3 3 3 9433ilO~ 2453 80 18364800 176 9 862 9 17698038 17698034 24548j57 245483~~ 3 245~8300 3 3 3 3 3 3 24524 8 04 1709806 2 ?4524805 t?452tio31 24528~5t} 2 ;: 24528038 24547501 245 0 221)Y C 09018 4 01 2 09018~(}3 2 Rev J 0901 8 402 A E R A 0 H F A F D 8 G 17221::3 PAj.>ER TApt IhJroUl I)OCY SCR MACH PAN riD PHL r,lO • r, 5CH MACH PAN HU PrlL r,)o ~ 6 LOC~WASHER, !1\jH f<,h/;.\L TO\ TH LOCKWASHER. I 1\1 Tt k ;\1 AL 1unTt; LOCKWASHER' Ii\lTt::f-JrJAL TUO pi NUT. HEXAGON NUT, Hf:.XAGON NUTt Hf:.XAGON BRACKEJ SH ApER lA~~ HlAUER C VEH DISTHIl1UTlO'\I (;$UX CKT i::3RK SP 115V hI) L.f-'S STRIP TERivllNAL BUSS BAH DISTHlt-HHIUN riOX NUT U TYPE NO. 6-3?,'IC t:;RACKt. T RELAY SOCKET, TUBE 8 C(}'\ilIICl, OCTAL RELAY, OCTAL S0Cl\ET CONN fLEX. CNU AIH) LAnLE 8TEANSfO~M~R OCK, E 1"'1 ~44l v0lf REAOEH PWR CAtlLE P2 wIRE EL.EC STHU UJS uL AppU ~1I I RE EL.EC STRU I j\iS UL APP() A WiRE EL.EC STRD I hjS UL APPU A W RE ELEC SIRl.) I rJS uL AppD E INS SLEEVING~ fLE C-r:HJlK TERMINAL. LUj CHI ,VIP - I !\JSULA TEU F INS SLV, 5 / 8 LG H /'l, ,,{:j CU~ C E TERMINAL. SOLDF KU"- 5 ~ Rll\ib A CONN RECP P LUt;, , C(1t\1 r U/L CONNt::6TOR ~Pll'J PLU(;i RfCEPTACL A A SHIEL·, EL Cl' h~i'A 1 Ut-LJ-l1uLK WL POwER uISTRlt.'UTlt)N HO)(.,A2 A WIRE ELEC SH~D 1115 uL APPD A A WIRE ELEC STKu 1 r,l <; UL AppU A wIRE EL.EC STRf) I iJS lJl.. APPU wIRE ELEC STRU I f'!$. UL APPl.) J wIRE ELEC STRO 1 ~;S. UL .APPU J .) WIRE E.LEC STRIJ I f\IS. UL APPD F TERMINAL, LUG Ck I "'IP-lI\JSULA TI:;:U WIRE ELEC STRLJ 11'.1<) UL APPt; A F TERMINAL, LUG Cr< I !Vi p _! i'!SU LA lE U E IN~ S~EEVI~G, fLfC-oULK N, Lv, tLEC-M0LK E E INS SLEEvU"G, !="LFC·i:lULK PLATt. WARNING d STRIP MARKE.R 1 lHI-IU '1 B HU pHL I,! (i • 6 C ~CR. MACH CR. MACH ~~~~ Hl) HiL !'!( • I, C C SCR. MACri PAf\j HLJ P rlL. hlU. 6 C A A 4-26 1722.B LEV E L 17998201 F PMHNO REV 2 2 09 01 8"05 09018"06 ~ 70 85 8·99 82 75 5 2 09026005 1 1 0()~60ti11t 1 IRts2gS8 1 lOg2 8b A9 24 13 9 4 46161 7 01 09022204 461 6 1 5 °2 245~8~Og 245 9 0 18353QOO 2 2 2 2 2 2 ~ 1 I 2 2 ~4515730 4501tS08 24500801 17 944 001 18 354000 1835~700 1 1 1811 JOO 00863107 18190100 1 45~73tSOO 17228 PAPER TAPE INPUT SOCy C SCR. MACH PAN HU PHL NO. 6 C SCR. MACH PAN HU PHL NO. 6 LOiKWASHEH, INTERNAL TOOTH WA HER, PLAIN FLAT NUT, HEXAuON D TRACK SLIDING TELESCOPE A BRACKET PANEL Lrl A ~RACK~T PANEL ~H A HANN'L,SUPPOHT S CABLE ASSY ELEC 2 (Itt. P CONN E CONNECTOR PLUG c.4 PiN A SHELL CLAMp NO.1/4 SCR SET CUPPED PT SCH A INSERT CLAMP FULL C CABLE, ELEC 24 !wtSfEO BR SLV ELEC HT SHR NKAbLE IL A BAND MARKER CA~LE wIRE ELECT SOLIU COppER ~O GA F INSULATION SLEEVING ELECT A ~A8EL CABLE LENGTH MARKING . A TRIKEk PANEL Lrl A STRIKER PANEL RH A STOP' pANEL A CLAMP, CABLE ELECTRICAL C CARD PLACEMENT PAPER TAPE IP A CABLE ASSY 4-27 Rev J 1721-A/B/C/D, 1722-A/B Printed Circuit Module Assembly, Dwg. No. 18190100 PARTS LIST CDC - DRAWING NUMBER DESCRIPTION 17945201 Printed Circuit Module Assembly, Type VOl 18120801 Printed Circuit Module Assembly, Type Z05 18120901 Printed Circuit Module Assembly, Type Z06 18439001 Printed Circuit Module Assembly, Type Z08 18121201 Printed Circuit Module Assembly, Type Z09 18122205 Printed Circuit Module Assembly, Type Z20-2 18122501 Printed Circuit Module Assembly, Type Z23 FORM CA 108 REV 3- 66 Rev J 4-28 QUANTITY EACH MACHINE 1723 .. A LEV E. L 1 2 33 4 4 4 4 4 4 4 17845200 L PARTNU REV 18161700 18336300 11816 4 01 17852~)OO 18203 9 00 18203 8 00 18203700 00 8 65415 0901 8 203 8~8~~88~ 2 2 18162600 18165 8 00 18128 b OO ~ 1~1~~188 2 18276900 1'8 1 34°00 18133900 18133800 18 134300 1 8 133 4 00 18 1351;00 2 2 2 2 2 2 2 2 2 18 1341+00 181 8 7 8 00 18 1 87900 18161 4 00 18161 6 .00 24560501 18135700 2 2 2 2 2 2 18131+~OO 2 18205 9 01 00865420 24560502 09035303 008435 1 3 24549706 00 8694 03 2 2 2 2 2 2 2 3 3 3 3 ~2~4~~gg PAPER TAPE PUNCH ASSV 60 CV PAPER PUNCH HU MODIfICATION PAPER TAPE PUNCH 60CVCLE L A ADJUST TAPE GUIUE ASSV HOUSING TAPE GUIOE A A GUIDE TAPE A RETAINER BLOCK bAll PLUNGER BALL PLUNGER THU CAU FIN SCR. MACH PAN HU PHL NO. 4 WASHER, PLAIN FLAT LOCKWASHER, INTERNAL TOOTH A BRACKET. SHOCK MOUNl A BRACKET 25 PIN CONNECTOR PLATE MTG PAPER TAPE PUNCH B B ACTUATOR SPRING A BRACKET SPRING A BOLT, SPADE A ROLLER A SHAFT ROLLER A SHAFT HOLLER C HOLDER SWITCH ARM INDICATOR A PLATE PAPER RETAINER A R KNOB HUB,PAPER SUPPLY A A SHAFT,PAPER S0PPLY H A A A ~ab~E~R~R~TE A A A A SWITCH MERCURY ARM ROLLER SHOE BRAKE SPRING EXTENSION l/~ 0.0. 8AlL PLUNGER THD HLK FIN SWITCH MERCURY ROlLPIN 1/80 X 3/Rl RING, RETAINING CONN SUA .. MINAT REGTANGULAR ARG BALL ME.D LOAD 1/2 TAPE TRANSPORT PANEL-A2 wIRE ELEe STRU INS. Ul AppD WIRE ELEC STRO INS. UL APPD INS SLEEVING, ELEC-bULK INSULATION SLEEVING ELECT eING RETAINING BRG SLY FLG .500 CLAMP' CABLE ELECTRICAL COVER PUNCH SCR THUMB HANGER COVER BLOCK COVER LATCH PUNCH SHOCK MOUNT. MULTIPLANE MOUNT C-~7 A B o C A A J 2 24548308 24528 6 13 245 00 &10 00843518 00 855 119 1)0863704 18116301 18116302 ~ IgH~Jg~ 8 B 8 2 2 17973801 17 97 3 8 02 C C 2 2 2 2 MOD 1123·A pApER TApE OUTpUT J E F o A A A 4-29 Rev J 1723 ... A lEV E l 2 2 2 ~ 17845200 L PAfHNO REV 17973d03 179731;)04 09018503 09018402 C 09018~{)6 2 2 09004903 n901821l2 090047°1 09018205 09018633 09018631 09027003 09027()05 0902'100 l 09026005 09027503 0902 7 !:>06 008435 L. 09021006 "( 2 2 ~ 2 2 2 2 1~H53300 1 lfH279()O 2 2 2 2 1812 8 000 18128~OO 18318700 o F C A B A A 3 18128700 18152100 18168100 IB170900 0084 1102 18191900 24511 4 02 j ~~5Htg~ F F 3 3 2451140~ 245 11 4 0 6 3 3 24511<+07 F F F 245114()~ F .3 3 3 Rev J 170986 2 9 17698b38 24548360 24548366 176 986 04 1769860 8 17698 0 06 24543801 17698634 17698662 24548364 7698632 ~4528638 24534 8 06 PUNCH ~UPPORf LoCKWASHER, A 3 3 3 3 3 3 3 3 3 3 3 pA~Fk TA~E uUTpUT HHACKtT C SCR 1/4_20)(.11/1' HEx HI) C-97 A SCR MACH PAN HD PHL NO. 8 C SCR. MACH PAN HU PHL NO. 6 C SCR. MACH pAN HU pHl NO. 6 SCR MACH f H ~LO T l',jU. 6 B SCR. MACH PAN HU PHl NU. 4 A SCR MACH FH SLOT NO'4 SCR. MACH pA11l HU PliL NO. ~ SCR MACH PAN HU PAL NU. 10 B R SeR MACH PAN HD P~L NO. lu 1812~HOO 2 2 2 2 2 2 2 MOO 1723-A A A C c I) F A A J J A A A A A A J A E A INTE~{I\jAL TOOTH LOCt< INA ~HER, I NTt:.fnIAL TOOl H LOCKwASHEIo(, INTt.H\II\L TOOTH NUT' HEXAGON WASHER, PLAIN FLAT WASHER, PLAIN FLAT Io(ING RETAINING LOCt A IUi:I)-BULK 4-30 LEV E L 3 3 3' 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 3 2 2 ~ 2 2 2 2 2 3 17845200 L PARTNO REV 24524~05 F F E C G G F C F 24524804 24536112 24552338 24500706 24500102 24500810 24552336 24500808 24500 7 07 24548301 24548305 24548306 24548308 24548309 24548311 24548312 24548313 24548314 24548315 24548316 G J J J J J J J J J J J MOD 17~3-A pApER TApE OUTpUT TERMINAL. LUG CHIMP-INSULATED TERMINAL, LUG CHIMP.INSULATED TERMINAL. SOLOEKLES~ RING INS SLV, 5 / 8 LG 8 AWG CLR pIN TApER PIN TAPER INSULATION SLEEVING ELECT INS SLv, 5/8 LG 10 AwG CLR INSULATION SLEEVING ELECT PIN TAPER WIRE ElEC STRU INS. UL APPD WIRE ElEC STHU INS. UL APPD WIRE ELEC STRO INS. UL APPD WIRE E~EC STHu INS. UL APPD WIRE E~fC STRD INS. UL APPD WIRE E~EC STRu INS. UL APPD WIRE flEC STHD INS. UL APPD WIRE ElEC STHU INSe UL APPu WIRE ELEC STRD INS. UL APPO WIRE fLEe STRO INS. UL APPD WIRE ElEC STRO INS. UL APPD ~:~:g~l~ j =I~~ ~t~~ ~f~8 I~~: ~t ~~~g 24548319 24548320 24548321 24548322 24548123 24548324 24548325 24548326 24548359 24548363 24511440 24511441 21475611~402 98u 3 17698607 24536105 24552314 18163100 00845408 24512001 18141300 10057600 J J J J J J J J J J F F FA A cE 8 M C A A wIeE ElEC SfRD IINNSe. UL APPD WIRE ELEC S RD S UL APPD WIRE ELEC STRD INS. UL APPD WIRE ElEC STRO INS. UL APPD WIRE ELEC STRO INS. UL APPD WIRE ElEC STRD INS. UL APPD WIRE ELEC STHD INS. UL APPO WIRE ELEC STRD INS. UL APPD WIRE ELEC STRD INS. UL APPD WIRE ELEe STRO INS. UL APPD LEAD ELECT 2.25 IN. soLID BLK LEAD ELECT 2.25 IN. SOLID RED LEAD ELECT 2-25 IN. SOLID BLU wIRE ELEC STRD INS UL AppD WIRE ELEC STHD INS UL APPU IERMINAL. SOLDtRLES~ KING NS SLV, 5/8 LG 10 AWG BLK HINGE HINGE. CONTINUOUS CONN RECEP. 4 HOLE PNL MTG 24 STeIp MARKEB HARROW 01 - 16 EXTRUSION NARROW MAHKER STRIP ~g~~~gg6 9 ~~~~~:T 00857102 47055100 25169501 245 01 21& 2450120 CONN' ASSY B BRG SLV.FLG NYLON 1/4 8 POWER SUPPLY 60 cYCLE 8 BUSS ~AR DISTRI~UTION STRIP TERMINAL STRIP TERMINAL 4-31 ~OX 1723-A L E V E. L 2 2 3 17845200 l pAl-nNO REV 24501602 18133 6 00 00820500 2 2 2 2 2 24554202 2 ;?50d02 2:547900 24518101 2 ?454 9l 05 2 )811 96 07 loool~OO 24550 6 05 2 2 24!:>59103 2 17883206 2 24500039 24553200 97020601 2S160!:>O() 11554202 115543 0 2 09040100 24502210 2450?200 2 2 2 (.' ? 2 2 2 2 18223 7 00 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 3 3 3 3 3 3 3 3 J 3 .3 3 11698 0 01 1769860 4 17698 0 06 176 986 10 24548306 2454830 8 24 5 3 6 103 2454 9 -70 6 24528636 24559103 24534 80 6 24552';16 24500810 11698662 18223/jOO ]76986 0 4 17698608 245521100 245 2 863 8 24548305 24548306 24:'48311 24~48312 .3 24548313 24548314 24548315 24548316 2454 8 317 3 24~4H31t; Rev J MOD 1723-A PAPEIi TM..It OlJTPUT BLOCK, TERI"IINAL A BAR MO~NTI~GCO~NFCfU~ /oj A EXTRUS ON MTG HAR P RECEPTACLE 30 SllCKEI E DIODE, ZENER, 5 IL r CU/'J lOw F RELAY' OCTAL SOCKET SOCKET' Tut:iE 8 COf\J TI-\C T' UCTAL D CONN fLEX. CNO AIJO CAblE C CONN SUH-MINAT ~< r. (, TAI\JC.;UL AR D CKT bRK SP l1~V hOCI-'S B CKT fSKR THERf"1AL PlISH r5UTT ON C CLAMP, CAHLE, RACK AND pNL F BUSHING NYLON F U~ i\lc~t l) C RES F'X(J .25w 100 IHil-IS A RECTIfIER, Bl"'Dlh'EC fIUNAl SW TERMINAL, ~TUU, 1I'JSULA1Eu R BLOCK CA8LE: RI,: TA I t\J F 1< UOOR A RETAINER CAtlLI: A CLAMP, CAHlE CA8LE,wIRE,Cu ATiU B STRIP l"1ARKiR 1 THRlJ ! 0 R STR P MARKt.R 1 THRlJ t> A TAPE TRANSPORT CAHLt:. A2P2 A wIRE E.LEC SHW U;S Ul APPt) A wIRE ELEC STRt) I I J S Ul APPD A WIRE ELfC SHW I liS Ul APPLl wIRE ElEC STRU I' JS UL APPIJ A J I f'j~. uL APPl) wI~E [lEC wI E E.LEC §f~g In • UL APP[) J E TERMINAL. SOLUFHlESS RINlj C CONN SUH-fvlINAT t- I t,!S. Ul APPD J wIRE flEe SHW IrJS. UL APPLJ J wIRE tLEC sn~o I hiS. UL APPD J ,) WIRE ELEC 5TH!) ltJS. UL APPD G F':S. 4-32 1723-A L E VE L L PART NO REIJ 3 24548319 3 3 3 3 3 3 24500707 24 5 00'0 6 24549706 24559103 245 00 8 10 24~36103 2 ~+837~04 2 ~tS5t~~' 034 / 00 2 2 1 1 1 18142 d OO 18141101 2 18142~OO 18154900 18135200 2450 9 000 7.4521300 245 11 5 0 4 24511794 24511769 2 2 2 2 2 2 2 2 2 i'~~l{~~ 3 3 3 3 3 3 3 3 3 3 3 1 2 ~ 1 1 10028~19 18183~OO 18191 7 00 18111400 31648300 008 12°00 MOO 1/23-A pApEH TApE OUTpUT wIRE ELEC STRU INS. UL APPO E. TERMINAL, SOLDfHLESS RING G PIN TAPER G PIN TAPfR C CONN SUR-MINAT r I o;~ 1 I t.. I). [) • HALL PLUNGER T;"1II "Lr\ I- IN S~H TCH MEI- 49/06 A D C ROLLPIN oOtl6940J .A BRG t:;ALL MtO LO/\li 111191000 24548J06 ('4548308 A J J wIRE E.LEC STRU (14528 6 13 E INS 5 Lf~ F VI 1\1 G, f L F C - ?4!::iOO!:d 0 OOH43;:,ld F INSULA1ION f) f~ I OU H 55119 HRG SLv FLu CLAMP9 CAdLE EltCTK1CAL COVER PUNCH A 00/163 7 04 2 18116JOl 18116302 113116303 11 Rev J T I\I-'f: GUIDE. TAPE. 2. 2. ? 2 PAPFr~ HE T A 11\lt:..H tiL OCr<- !, ALL ~)LUNGf..1-( BALL PLUNGt.H J rill C AU F I j\J SCR, MACH ~AN HU ~~L NU. 4 A A 2. 2 1"~3-H A IH 1 34VOO lfH61400 PH61600 2 2 MOO 1\ R 18133':100 18133fiOO 18134300 P3133 4 00 18135 b OO 2 2. 2 2 2 2 2 2. /\ 18135100 18134100 18276~()O 2 2. l. 8 2. 2 2. 2. 2. 2. 17ts45201 1/~D X 3/HL RING, KFTAII\IIi\I(, CONN su~-MINAr TAPE THANSPOHT HfGr~NGuLAR 112 ~A~EL-A~ wIRE flEC !:>TR/) I:\!s. UL App[) I~S. UL APPU NG HI:.. TAI NI Nt:! .~U~ H 5CH THUfvIH li~~~~gi B C HANGER COVER dLOCK CnVfH LAT~H PUNCH SHOCK MOU~T. 1l973dt)2 C MULTJPLA~t:. 4-34 MlJ L K SLEEV!Nb ELEcT MUUNT C-~l 1723-8 L E V E L 2 2 2 2 2 2 2 L PARTfIjl) REV 17973/j03 17973804 09018503 0901 8 402 09018406 ()9004903 09018202 0900 4 0901820 09018033 09°18631 09027003 09027005 09 02 7°07 09U29g05 0902 03 09 02 75°6 C C 7°5 ~ 2 2 2 2 2 2 2 2 00843~14 2 2 1 17ti45l:::01 09027006 181~7~01 181 00 2 2 2 18128000 18 1 282°0 2 2 2 2 2 18318/00 18128400 HH28"700 1815~t()0 2 2 2 3 3 3 3 ~ 3 j 3 3 3 3 3 3 ::\ 3 3 3 3 3 A C C R A R B 0 F C A B A A A A liH6 00 18170900 00841102 A C C 18191~OO 0 4 2 24511 245 4 83 24511404 24511 4 05 24!:>114 0 6 24511 4 07 24511 4 08 llg98g29 1 98 38 F F F F F F F A A 245483 6 0 24548366 17698604 1769860 8 176 986 06 24543 8 01 17698634 17698662 24!:>48364 17098632 J A ~45280ij8 E 45)41:S 6 J J A A A A A A A MOO 1723-H pApF-K lAI""E OUTpUT PUNCH SUPPORT t~K 1\ eKt. T SCR 1/4_20x11/? Hr::x HU C-97 SCR MACH PAN riD PHL f-,JU. t:.i SCR. MACH PAN HI) PHL NO. 6 SCR. MACH PAN t~U PHl NO. (, SCR !'vlACH FH SlOT NO· Ii seRe MACH PAN HU PHL NO. 4 SeR MACH FH SLOT NO'4 SCR. MACH pAN HU pr1L NO. 4 SeR MAeH PAN HO PHL I'~O • to SCR MACH PAN ,.,0 PHl NO. 10 LOCK wASHER' INTERf"Al TOOTH LOCKWASHER, INTt:.f)l\,jr~L fOOTH LOCKWASHER. INTI:RNAL TOOTH N~~' HEXAGON W HER, PLAIN FLAT WASHER, PLAIN FLAT RING RETAINING LOCKwASHER, INTI: Kf\IJ\l TOOTM OISTRIIjUTION PANEL ASSY pLATE-MOUNTING PowEr< SUppLY FRAME. CHASSIS RIGHI FRAME,CHASSIS-LEfT BRACKET COVER DISTRltiUT If)l-J tWX BRACKET MQUNTINl, BRAEKET CAt3LE CLA ~I\P BRA KEf 8AR,COIJER .. <":ARD SPACER FASTENER' SCREw Type LO~IC CHAS PUNCH OIST tiOX LEAD,ELECTRICAL. 2 INCH. LEAD,ELECTRICAl. 3 INCH, LEAO.ElECt~lCAl. 4 INCH. LEAD,ElEC ICAl. S If\lCH. LEAO,ELECTRICAL. 6 lNCH. LEAD,ELECTRICAL. 7 INCH, LEAD,ELECTRICAL. R I I\jCH , WIR~ ELEC STRU INS Ul APPD wIR [LEC sn~\) INS uL AppO wIRE ELEC STRU INS. UL APPD WIRE ELEC STRU 1 f'JS. UL APPD WIRE fLEC STRU INS Ul APPD WIRE fLEC STRO INS UL APPD WIRE fLEC STRO I tiS UL APPD JUMPER, TERMINAL SlkIP WIRE fLEC STRLJ I hiS UL APPU wIRE ELEC STf- 11441 24 5 11 44 2 176':180 0 ] 1769800 7 24536105 .3 C. f~I~~fa6 3 3 3 l:' 2 2 2 2 2 2 Rev J J J J ,) J J ,) J ,J F F A A E C H M 00 8 4540 8 C ?4512 V01 18141300 A 10057600· A 30013d02 R 30104000 R 0085710c H 47055 f 01 I-j 25169501 R 24501210 2450120b MOD 1 723 - R PAP F r, T /1 n Ii IH PUT TERMINAL, LUG CHIM?-l~SULATEU TERMINAL. lUb CWIMP-I N5 ULATEU TERMINAL, SOLO~HLfS~ RING INS SLV, 5/H L(; Ii Av'/(, Cl)~ PIN TAPER PIN TAPEH INSULAfION SLEFvII\JI, t:..LfCT INS SlV, 5/B U:' 1(1 '·w(j CLk INSULA 1 I 01\1 SLt.f- v I hie, t.Lt CT PIN TAPER WIRE f:.lEC STkO if'!S. t)L APPU WIRE tLEC 5H JS UL APP() WIRE ELEC STRO 11'15. UL APPD WIRE ELEC STRO I ~JS. UL APPU TERMINAL. SOLOFRLESS HING CONN SUB-MINAT REG TANC,ULAR INS SLEEVING, ELEC.ciULK CLAMP, CABLE, RACK ANU PI"L SHIELD. ELECT, BRAIUt.D-8ULK INS SLV. 5/8 LG 1-\ AJVG BLK F INS~LATlON 'L~FVING ELE~T A WIR EL.C S R INS UL A PU A PUNCH CABLE ASS'" A3~1 A WIRE ELEC STRO 1 ~iS UL APPU A WIRE ELEC STf- 48359 J J .j J J J J J J J J J J J J 1724 ... A pAjJt:.R Til pf. pU"ICH WIRE ElEC 511- o1 24!;)36 1 05 2455 2 14 18163 00 Ooti45408 2 ~12001 13 41300 10057600 30013 d 02 3010 46 00 00857 10 2 41055100 t1IIRE LEAD F lEAD F LEAD A WIRE J F 1 ;psv 17883 06 24500039 24553200 97°2°6°1 25160!;)OO CLAMP, CAUL.E. PACt< Af'JU PNL BUSHING NYLON F LfltJutu C RES FXO .25w lou OHHS A RECTIFIER, HI-DltJECll()NAL SL-t TERMINAL. STUD. INSl)lA TEu I:iLOCK CABLE Rt.TAINEk DOOR 8 C F 4-40 1724-A L E V E L 18 ()24'100 R PAIHNO REV 11 5 54202 11:'543°2 2 2 2 2 ~~g6~~Y8 2 2 24502200 18223'00 3 3 3 3 3 3 3 3 3 3 j 2 3 3 ~ 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 2 2 2 1 2 1 1 2 2 3 17698~01 17b98004 17698606 1769861& 2454830 2454 8 30 8 2453 0 103 245497°0 24528030 24!:)S9,03 245 $4 80 6 24:) 2316 24 5 00 8 10 17698662 18223 8 00 4 1169800 698008 24552'100 24528638 2454 8 3°5 24S4g306 24 4 311 2454 8 312 24548313 2454 8 314 24548315 2454831 6 24548317 24548318 2454 8 31 9 2453 6 103 245 0010 7 24500"/06 24549706 2 4559 103 24500810 17t:S37 29 17098038 24548360 2454 8 3 6 6 17698604 176 986 08 17698606 24543t$01 17698634 17698062 24548364 17698 0 32 24528 t:>38 A B A A A A A C C o F F F F F F F A A J J A A A A A A J A E 3 24~34b06 3 F F j 24524d05 24524 8 04 24536 112 24552338 3 ~4500706 3 3 3 3 3 702 24?88 24~ til 0 G G F C F r, 3 3 3 3 3 3 3 3 3 3 24552336 24500 8 08 24500 7 0 7 24548301 2454 8 305 2454 8 306 2454 8 30 8 2454 8 30 9 2454ti311 2454 8 312 2454 8 313 2454 8 314 A E C J J J J J J J J J 1724~ pApER TApE puNCH 50CY DISTRIBUTION PANFL ASSY PLA TE.MOUNT I NG POwEf{ SUPPL Y FRAME, CHASSIS RIGHf FRAME,CHASSI5-LEET BRACKET COVER DISTRIHUTION ~OX BRACKET MOUNTING BRACKET CABLE CLAMP BRACKET BARtCOVER-CARO SPACER FAS ENER, SCREW TYPt PUNCH GIST BOX - LOGIC CHAS LEAO,ELECTRICAL, 2 INCH. LEAO.ElECTRICAL, 3 INCH. LEAO,ELECfRICAL, 4 INCH. LEAD,ELEC RICAL, 5 INCH. LEAD,ELECTRICAL, ~ INCH. LEAD,ELECTRICAL, 1 INCH. LEAD,ELECTRICAL, 8 INCH. WIRE ElEC STRO INS UL APPD wIRE fLEC STRO INS UL AppO WIRE ElEC STRD INS. UL APPD WIRE flEC STRO INS. Ul APPO WIRE ELfC STHO INS UL APPU WIRE E~EC STRO INS UL APPD WIRE ElEC STRU INS UL APPD JUMPER, TERMINAL STHIP WIRE ELEC STRO INS UL APPD wIRE ELEC STRO INS uL AppO WIRE ElEC STRO INS. UL APPD WIRE ElEC STRO INS UL APPO INS SlEEVINGl ELEC-dULK SHIELD, ELECT. 8RAIUED~BULK EBMINAL, LUG CRIMp-INSULATED ERMINAL. LUG CHIMP-INSULATED TERMINAL. SOLDERLESS RING INS SLv. 5/8 LG H AwG elR PIN TAPER PIN TAPER INSULATION SLEEVING ELECT INS SLv, 5/8 LG 10 AwG CLR INSULATION SLEEVING ELECT PIN TAPER WIRE ELEC STRU INS. UL APPU wIRE ELEe STRU INS. UL APPO WIRE E~EC STRQ I~JS. UL APPO WIRE ELEC STRO INS. UL APPD wIRE ELEC STRD INS. UL APPO WIRE E~EC STRD INS. UL APPD WIRE ElEC STRD HIS. UL A~P[) WIRE E~EC STRO HIS. UL APP() WIRE ELEC STRO INS. UL APPU f 4-43 Rev J 17~4_~ l t V E 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 3 3 3 3 ~ 2 3 2 2 2 2 2 2 2 2 2 L 18U24101 R PARTI'JO REV 24 54 8.315 24548316 2454 8 31 7 24548318 2454831 9 24548320 24548321 24548322 24548.323 24548324 24548325 24548326 24548359 ,j ~4~48363 .4 111+40 24511 4 41 24511442 1769800, 1769800 24536i05 24552j14 18163 00 00845408 24512001 18141300 576 0 3188(13 8 2 30104600 008511 02 47055101 2516 95 01 24 5 01210 8 24~O1~O6 3 ~ 2 2 2 2 2 C. 2 2 ? 2 2 2 2 2 C Rev J 24 5 01 02 18 1 336 00 00820500 10001800 24554~O~ 24550 0 ?4541rO~ 24518 0 24549105 24550605 1811 96 07 f4559183 7tHU2 6 ?4500U39 24553200 97°20601 25160 5 00 11554202 11 5 54302 J J J J J J J J J J J J J F F F A A E C R M C A A R H R R B G 17241:3 PAPER TA",,!:: P U1JC H 50Cy ELEC STRU 1 "IS. Ul APPO E.LEC STRU I ~!S. Ul APPD ELEC 5TRO INS. UL APPO [LEC SHW INS. Ul APPl) ELEC STRD I ~,I S • UL APPD flEC STRD lhiS. UL APPD fLEe STRO I I,IS. UL APPU ElEC STRl) u!s. UL APPD flEC Ih~. uL APPO • UL APPD ~l~~ ELEC gf~~ Iii WIRE ELEC STRu I1JS .. UL APP[) WIRE fLEC S T.~I) H·,S. UL APPD WIRE ELEC STRD 1 f" S • UL APPl) WIRE ElEC STRU 1 j'I S. Ul APPIJ LEAD ELECr 2.25 I rJ • soLILJI::\LK ·LEAD ELECT 2.2S UJ. ~Ol.IU REO LEAD ELECT 2·2~ l!'.I. SOLIU bL.U WIRE ElEC STRU lnS lil APPD wIRE ElEe STRD I ~JS ul. AppD TERMINAL, SOlQEl-(lF~ 5S RING INS Slll, 5/8 lei 1 n AWe] HLK HINGE HINGE, CONTINuous CONN RECEP. 4 HOLY tJ I\lL MIG 24 STRIP MARKER HARROW 01 16 EXTRUSION '~ARRO~v MfJ,kKEI-( snqp SPACER SUPPgRT CONN. ASSY BRG LV_FLG NyLON 1/4 POWER SUPPLY 5 0 CYCLE. BUSS bAR DlSTRHWTJUI\I HO)!' STRIP TERMINAL WIRE wIRE WIRE WIRE WIRE WIRE wIRE WIRE - ~TRtP LO K, l~RMINA~ ERMIN L A BAR MOUNTING COf\jrJFC I Ok H A EXTRUSIoN MTG HJ\R P RECEPTACLE 30 SUCKf< I E DIODE, ZENER, SlLICUN low F RELAy, OCTAL SOCt 00 18203900 18203 8 00 18203 7 00 00865415 0901 8 Z0 3 A L A A A A 0 9 02 75 03 09027 00 3 18310301 18310302 1 83 10303 18) 1 °3°4 A A A A PlJr~CH SOC y LENS, INO- LIGHr SW ASSY-riOrrUH 5TI-I0 INS. UL APPO STRu INS. UL APPO STRU IN~. UL APPU 5TI-IU INS. UL APPO 5THD INS. UL APPD ~I~~ ~t~8 STHO INS. UL APPO wIRE fLEC STRD INS. UL APPD INS SLtfVING, ELEC-dULK INS SLV, 5/8 LG H AWG CLR W/L PANEL wIRE ELEC WIRE ELEC WIRE ELEC wIRE ELEC TEeMIN~LILUG CRIM~-INS.ULATED RES FXD ~OMP lW.hHO OHMS LAMP, 1 NCANDI:.SCUH SL I DE TYPE CABLE ASSy ElEC 2 24 P CONN CONNECTOR PLUG 24 P1N SHELL CLAMP NO-1/4 SCI-I SET CUPPtU PT SCH I SEHT CLAM F LI C~BLt, ELECP24UT~ISIED PH 5LV ELEC HT SHR IrIKAbLE U/L BAND MARKER CARLE wIRE ELECT SULlO COPPER 20 GA INSULATIONSlEEVING ELECT LABEL CABLE LEN~TH MARKING 80X CHAO PAPER TAPE IJUNCH tvJ(){J} F I ELJ PAPER TAPE PUNCH SO CYCLE SpACER GUIDE, TAPE COVER PLATE-SIDE RETAINER, NUT SPEED CP PAPER TAPE OU1Pul WINDOW CHAiJ twx BUMPER. STEM PAPER PUNCH HO MODIfICATION PAPER TAPE PUNCH SO CYCLE ADJUST TApE GU I In {ISSY HOUSING TAPE GUIDE GUIDE TAPE RETAINER ALOCK HALL PLUNGER HALL PLUNGER lHU CAU FIN SCR. rliACH PAN HU PHL hiO. 4 WASHER, PLAIN FLAT LOCKWASHER, INTEhNAL TooTH HEEL ~ INCH TApt REEL HINCH TAPt REEL H INCH TAPE REEL 8 INCH TAPE 4-46 1723-A/ B, 1724-A/B Card Placement, ; .. , Dwg. No. 18191700 PARTS LIST CDC - DRAWING NUMBER DESCRIPTION 10211301 Printed Circuit Card Assembly, Type 82 24410601 Printed Circuit Card Assembly, Type 244106 63068101 Printed Circuit Module Assembly. Type N Z 18120801 Printed Circuit Module Assembly. Type Z05 18120901 Printed Circuit Module Assembly. Type Z06 18121001 Printed Circuit Module Assembly. Type Z07 A 18122205 Printed Circuit Module Assembly. Type Z20-2 18122601 Printed Circuit Module Assembly. Type Z24 18122701 Printed Circuit Module Assembly. Type Z25 18226200 Printed Circuit Module Assembly. Relay Puller 18225600 Printed Circuit Module Assembly. Relay Puller 18226000 Printed Circuit Module Assembly, Sense Ampl 63053401 Printed Circuit Module Assembly, QUANTITY EACH MACHINE !'ORM CA 101 REV 3- II 4-47 Rev J 1723-A/B, 1724-A/B Power Supply, Paper Tape Punch . Dwg. No. 47055700, 60 Cycle PARTS LIST , Dwg. No. 47055701, 50 Cycle CDC- DRAWING NUMBER QUANTITY EACH MACHINE DESCRIPTION 44464303 Bracket, Heat Sink 95642301 Capacitor, Fixed, Electrolytic, 24K 95642103 Capacitor, Fixed, Electrolytic, 15 UF, 370 V AC 47047302 Chassis, Frame 95643601 Clamp, Capacitor 95642103 47019000 Clamp, Capacitor 95642301 47047601 Cover 95636800 Fastener, Receptacle 95635711 Fastener, Stud 95644000 Jack, Banana, Red 95644003 Jack, Banana, Blue 95653100 Lable, High Voltage, Capacitor 95634823 Nut, Speed, U-Type #6 95634871 Nut, Speed, U-Type, #10 95634824 Nut, Speed, U-Type, #6 95634421 Plate, Identification, Serial 95642602 Rectifier, Silicon, 12 amp (lNI200A) 95644507 Resistor, Fixed, 50 Ohm, 20W 95635600 Retainer, Split Ring 44464200 Schematic 24502205 Strip, Marker, 1 thru 5 Character 95639504 Strip, Terminal, 5 Contact 47047400 Transformer, 130 VA, 60 cy 44465400 Transformer, Buck Boost, 25 VA 95642501 Transformer, Variable 95653200 Tubing, Rubber FORM CA 108 REV 3- 66 Rev J 4-48 UF, 30 WVDC 1729-A L E VE L 17845000 J PARTNO REV 18388~OO 1 09018402 89018406 90 8205 09027,,03 0902 0 003 24556ti OI 24531tsOI 09018303 2 2 2 2 2 2 2 2 01 ~o oO~01S403 09018505 ~ 2 090~6UO~ ~ 090 600S 09026006 09 02 7 004 O~O2~O06 o 02 00 09027505 2 2 2 2 2 2 2 2 2 09027~0~ 2 17981 0 18076600 }8080700 18 08 1900 180821)00 18082100 ~ 1~3~~sgg ~ 18082~()O 2 2 2 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 180 8 2700 18 11 900 2 1811961)3 18146500 17698010 17698601 17~98b06 17~98~OS 176 986 0 4 24524 tS !)5 24552336 24536111 24552.338 245 3 6 112 24S438()1 245483~o 2 2454 8 3 6 2 245523 4 0 245 2 8635 18186600 24501210 ~ ~~$Yf§o~ 2 3 1729-A CARD REAUER 00 CyCLE POWER SUPPLY ASSEMBLY 1729 SCR. MACH PAN HU PHL NO.6 SCR. MACH PAN HU PHL NO. 6 SCR. MACH PAN HO PHL NO. 4 LOCKWASHER, INTERNAL TOOTH NUT, HEXAGON A CONN 3 wIRE FLG MT TWIST LK A CgNN RECE~ 4 H8LE pNLMT 14 SO SR MACH AN H PHL NO.5 C SCR. MACH PAN HU PHL NO. 6 A SCR MACH pAN HD pHL NO. 8 A SCR MACH PAN HD PHL NO. 8 NUT, HEXAGON NUT' HEXAGON NHTC~WAH§XA2ON L HE , INTERNAL TOOTH 0 C C F A A A A A A A A H A R R A A A A A F C E C E A J J C E A B D L08KWASHER. INTERNAL TOOTH La KWASHER' INTERNAL TooTH WASHER, PLAIN FLAT WASHER. PLAIN FLAT LENS INDICATOR COpORATE SW TRANSFORMER FIL 25.f VCT 2.0A RECT SILICON 3AMP S UO MTo COVER POWER SUPPLY BRACKET SUPPoRT LH BRACKET SUPPORT RH ~RACKEt CONNECTOR LAMP ApACITOR BRACKET DIODE BASE MOUNTING CARD HEAUER CKT BKR THERMAL PUSH ~UTTON CKT BKA THERMAL pUSH BUTTON WIRE LIST POWER SUPPLY WIR fLfE STRB VL APPg wlR L 5TH NS UL APP i4IRE ELEC STRD INS vL APPf) WIRE ELEC STRD INS UL APPD WIRE ELEC STR\) INS vL APPO TERMlNAL, LUG CRIMP-INSULATED INS L~, 5 / 8 LG 10 AWG CLR IE~MINAL' S~LOERLESS RING N SLY, 5/ LG H AWG CLR TERMINAL, SOLDERLESS RING t INS J~MPE~' lE~MINAL ~THIP W RE LE THO IN • UL APPU WIRE ELEC STRO INS. UL APPO INS SLY, 5/8 LG 6 AWG CLR INS SLEEVING, ELEC-bULK B~ACKET. HOLD DOwN S RIP TERMINAL STRIP MARISER ~ THRlJ 1 f) LAMP HoLDEH P SH-~UT. 4-49 Rev J 1729 .. A L E V E L J PAFHNO REV 2 18080100 ~ f35eSr8f 24~2t\JOO 2 1 17~45000 2 2452 504 ~ ~4~54g43 4544 04 18055:300 24502500 }8333 5 00 00 8 194 00 11 8 20100 18092100 2 2 2 2 2 18128~OO 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 24551 508 24551!)o1 24551607 24551 6 08 245001 06 245 00 7 0 7 2~5Q4701 1 6 8601 11698010 116 986 06 11698 001 17098603 1 7698 t>o5 245483 0 1 24548301 24548302 24~48303 24 5 48:304 24548j05 24548 ()6 2454831}1 24548:30 8 4 24~41::L309 4 4 4 4 4 4 4 4 4 4 4 24548:310 24548311 24548312 2454 8 313 2454831 6 245483 6 2 24500 8 10 24 5 00 8 40 24534 d o6 245 00 8 04 24511'+40 24511441 24511 '+42 17020300 09018407 4 4 4 3 RevJ 1729-A CARD REAUER 60 CYCLE A BAR CARD ALIGNMENT A hAMP ANCANUESCENT A AR C RD ALIGN~ENT D SWITCH PUSH -ALTERNATE, 2 PDT RES WW 25W 4 OHMS E DIODE ZENER SILICON AO WATT 00 ooooooooooooooooooou 00000000000 F CARD READER MOUIFICATION A STUD GUIDE PIN CONNECTOR _ A LABEL WARNING BUMPER RECESS C LOW SPEED CARD HEAOt:.H E ELECTRONIC COM~ONENI ASSE~1BL V C WIRE lIST ELEC COMP ASSV E CONN PLUG 104 PIN HUOU E CgNN pLUG In4 pIN HUuD C NNECTOR HECEP1ACLt:. 104 SOC f E CONNECTOR RECEPTACLt 104 SOC G PIN TAPER G PIN TAPER R A S~~~ ~t~~ ~~~uP~~sS8E ~~~6 INS UL APPO INS IJL APPf) INS UL APPO INS UL APPD INS UL APPt) SH~O INS. UL AP~U STRu INS" UL APPD STRL) INS. UL APPL) STRD INS. UL APP() STRl) INS. UL APPD UL A~PD j ~f~~ £t~~ STR() STRU NS. UL APPU wIRE ElEe STAD INS. UL APPD J wIRE ELfC STRD 11\1S. Ul APPl) J •J wIRE f:.LEC STRu INS • UL APPU wIRE ELEC J I rq~. ul A U wIRE ElEC ~f~g I f~ • UL J WIRE ELEC SHW INS. Ul APPU J wIRE £LFC STRU 1 UL APPD J ,J wIRE EL.EC snw INS. UL APPU WIRE flEC STRL) INS. UL APPU J INSULAfION SLEE V I "'G EU~.C T F INSULATION SlEEVING tLECT F A SHIELD, ELEcT, ~HAluEO-BUlK INSULAfION SlEEVING FLECT F F LEAD ELECT 2.25 IN. SOLfO t:)lK F LEAD ELECT 2.25 11\1. SOLIU REO f ~EAD ELECT 2.~5 IN. SULIU bLU TRAP CA~L~ A JUSTAbLF 8 C SCR. MACH PAN HIJ PHL NO. 6 A WIRE ELEC A wIRE ELEC A WIRE ElEC A WIRE ElEC A wIRE Elf:C J- WIRE ELEC WIRE E.LEC J WIRE ElEC J wIRE EL.t:C J WIRE ELEC J STRO STRD STRO STAO STRD i"15 • APPO t-.5. 4-50 1729-A LEV E L 3 3 3 3 3 3 3 3 3 1 C. 2 1 2 2 2 2 2 2 '2 2 2 2 2 2 2 ~ 17845()OO J PM 00 24502 b OO 24548362 17698(:)03 ?452 86 36 ?4~28b~8 24 28(:) 0 24548301 245483u3 ?4548305 2454ij306 24548307 24548JI0 46161504 4616~70~ 0902 ~o l A146200 24~1~~og 3 176980 01 17698610 17698006 24~2 1811+ 6 "'00 1 Rev J 1729- A CARt) REAuf!:< 00 CYCLE SHIELD ELECT cn,'JI'I 5u PIN JACKSCREW CONNECTOi-l JACKSCRE.W CONNFCTOR STUD GUIDE PIN (; nNi~t.c TOK \.-(HJNFC TOR SOCKET GUIUE PIN STHu 1 "JS. UL AI-'PU J WIRE ELfC 11,:<; Ul APPO A wIRE ELEC STRU E INS SLEEVING, ElfC-tHJlK. E INS SLEEVING, fL.EC-t,ULK E INS SLEEVING, f If C-t~uLK J WIRE ELEC STHU Itq<;. UL APPO J WIRE ELEC STRu 1 i'lS. Ul APP() wIRE ELfC 5TI- JS. Ul.. APPO J J WIRE ELEC !)TRl) I f,IS. UL APP() WIRE ELEe STRO I !\IC;. Ul APPl) J J Wl~E 'LEC ~~HU INS. uL APPD A IN ER CLA fULL A SHELL CLAMP NO.1/ 4 SCR SET Cuppt.U I-'T 5CH CABLE ASSY- P2 POwER 8 P~UG EbEC FEMALE NS SL EVIN , EL~C-oULK. ~ ~ONN A WIRE fLEC STHD 1 r,i~ VL APPD A wIRE ELEe STRU 11\15 uL APfJD A wIRE ELEC STRU U'iS UL APPf) 0 1729 CARD REAIJEK - 4-52 1729_tj LEV E L 1~197600 G PAr 05 (l9027506 WASHER' pLAIN FLAT 1 791H 182 F LENS INOICATOR eOPOHATE Sw 180766 0 A TRANSFORMER FIl ~~.2 veT 2.0A 18080700 A RECT sILICON 3AfVlp S lu U wrD lA081 9 00 A COVER POWER SUPPLY A BRACKET SUPPORT lH 18 0 82°00 2 2 2 2 2 2 2 ~ 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 18082J.OO 18082200 180 8 2500 2 7. 2 2 18°82"1 0 0 18119b02 PH 19 603 23 1~6~~5yg 7. 2 1'~()82600 3 3 3 3 3 3 3 11698601 17698606 17698605 176'i1:.i604 24524/j05 24552336 A A A A A B B B A A A A A F C E 3 24536111 24SS2338 24536112 24543 8 01 E A 3 ~~~~g3g~ J J 3 3 2,+-552340 24 5 2 80 35 C E 18186uOO A 24501210 245 0 221 0 24511::>01 B D j 2 2 R~AUfR 183881:>00 0901!:J402 09018'+-06 1 2 2 1729-b CARD C ~~:g~~f e~~~g~to~H CLAMP CAPACITOR BRACKET DIODE tjASE MOUNTING CA~() KEADER CKT BKr< THERMAL pUSH HUTTSN CKT BKR THERMAL PUSH HUlT N WIRE LIST POWER SUPPLY WIRE t..LEC STfo(O I~jS uL AppU wIRE [LEe STRU INS UL APPO WIRE ELEC STRO IN~ UL APPD WIRE [LEe STAO INS Ul APPO WIRE ELEC STRI) INS UL APPU TERMINAL, LUG CRIMP-INSULATED INs Sly. 5/8 LG 10 ~wG CLR TERMINAL. SOLUfkLt..SS RING INS SLY, 5/8 LG 8 AwG CLR TERMINAL, soLUFklEsS RING JUMPER, TERMINAL STRIP WIRE [LEC STRO INS. Ul APPO wIRE ELEC STRD INS_ uL AppD INS SLY, 5/8 LG 6 A~G ClH INS SLEEVING, ELEC-UUlK bRACKET, HoLD Duw~ STRIP lERMINAL STRIP MARKER 1 THRU 10 LAMp HoLDER PusH-Hur. 4-53 Rev J 1729-tj L E V E. L G PM I r·lS. UL I\PPO J wIRE E.LE.C STkD 1 ;··.'S • UL APPO •J wIRE ElEC STHU 1 ~.'S. UL APPIJ J J WIRE ElEC STRU I ;',S. UL APPD WIRE fLEe STR!) 1 r·:S • UL APPD •J J WIRE ELEC STRD 1 f,!S. UL Af.JPO J fIRE fLE.C s~tU l~s. LJL APPD NSULATYON . E~Vl~G [LEeT F INSULATION SLEEVING ELECT F A SHIELl). ELECT, b~AIlJEU-HULK INSUlAfION SLEfVlf\!(; ELEcT F lEAD ELECT 2.25 .T r~ • sOLIO tilK. F F LEAD t-~LE:C T ?.2':'> 1:\' • SOLlu RfU F LEAD ELECT 2.~5 IN. SOlII) tRU B STRAP CAtH.l". AL)JUS TAdLF H A CONN wIRE WIRt: WIRE WIRE 4-54 RACK E.LEC f:.lEC [LtC fLEC 1729-H LEV E L 3 ~ 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 PARTNo. REV 09018'+07 09018305 09027005 09026005 09005004 C 09027~03 09027 00 3 09018205 2451'+501 09 01 82 09 18054~00 17994 700 10001tSOO 300 944 10 E A A A P B ~ ~~5~l~gA ~ 3 3 24538208 24545 9 13 24538500 24 5 10 3 00 24 5 14 7 01 245.02303 24 5 02500 24!:)02°00 180 8 0303 18 0 8 0 3 04 24502301 24 5 02 b Ol 24502501 24 5 02 5 01 181 40 100 24551606 24 5 00 8 01 3 3 3 3 3 3 3 3 3 2 2 2 2 2 2 2 2 2 2451 8 000 2450 0dO a 24548360 17698601 17698605 17698 b l0 2 2 11698606 11698b01 2. 1109860'+ 24513904 24531"/01 24502Jol 2 2 2 B 09018103 09027002 09 02 6 0 02 17937600 18054800 24551~05 1729-6 CARD READER ~O CyCLE SCR. MACH PAN HU PHL NO. 6 C8~K~~~~E~~NI~¥£~~~LN¥~O~H 24532 9 01 3 2 G 3 3 1 18197600 A B B A A B B B A A A C E F E C F J A A A A A A E C R NUT, HEXAGON SCR MACH FH SLOT NO. H WASHER, PLAIN FLAT LOCKWASHEH, INTERNAL lOaTH SCR. MACH pAN HU pHL NO. '+ CLAMP, CONN RACK ANU PNL SCR. MACH PAN HU PHL NO. 4 SCH MACH pAN HU pHL NO. 3 LOCKWASHER, INT~RNAL TOOTH NU T, HE.X AC,ON BRACKET-CARD M00NTING INSULA OR COMPONENT HOARD ~OARO COMPONENT MOUNTING SPACEK CARD RECEpTACLE 30 SUCKEl CONN RECEPT 10 CONTACT (BLACK RELAY, 5 AMP 115 VAC 4 PUT FUSE, Sbo ~LO -.01 -30 AMP FUSEHOL ER-l/4 X 1-1/4 FUSE RES FXU ww 3W lU OHMS RES WW lOW 40 OHMS DIODE SI DIFFUSEo HIGH PWR DIODE - SILICON lfNtH 6.~V CONN RACK AND PNL SUC CONT CONN HECP ELtC 50 PIN STUD GUIDE PIN CONN~CTOR SOCKEl GUIDE PIN - CONNECTOR JACKSCREW CONNECTOR J4CKSCHEW CONNECTOR CONN KECP ~LEC ~c PIN SOCKET GUIUE RECT AI'-J1.:i CONN STUD GUIDE PIN COI'mECTOR STUD GUIDE PIN CON.llt.CTOR CABLE ASSV LOGIC CONNECTOR RECEPTACLE 104 SOC INSULATION SLEEVING ELECT CONNECTOR RECEPTACLe 104 SOC CABLE, ELEC 24 TwIS1ED PR INSULATION SLEEvING ELECT ~IRE ELEC STHO INS. UL AppU wIRE ELEC STRD INS UL APPU WIRE ELEC STRO INS UL APPO WIRE fLEC STHO INS UL APPO WIRE fLEC STRD INS UL APPO WIRE ELEC STRO INS uL AppU WIRE ELEC STRU INS UL APPD CONNECTOR PLUu 24 pIN CONN PLUG £LEC 14 PIN CONN HECp ELEC ~o pIN 4-55 Rev J 18197000 (i PAf CUT ... .. . OUT FOR. USE AS LOOSE -LEAF BINDER TITLE TAB ... CONTROL- -DATA --- ( ------ (\ h' P () r" A T I (I f\J 8100 34th AVE. SO., MINNE~POLlS, MINN. 55440 LITHO IN U.S,A,.
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.6 Linearized : No Create Date : 2016:06:17 19:41:25-08:00 Modify Date : 2016:06:17 20:57:33-07:00 XMP Toolkit : Adobe XMP Core 4.2.1-c041 52.342996, 2008/05/07-21:37:19 Metadata Date : 2016:06:17 20:57:33-07:00 Producer : Adobe Acrobat 9.0 Paper Capture Plug-in Format : application/pdf Document ID : uuid:8626da8f-ceb8-c34c-8cd3-8244b35d9049 Instance ID : uuid:ab6cf84b-b834-bb44-9c31-b8de1c1f7533 Page Layout : SinglePage Page Mode : UseNone Page Count : 218EXIF Metadata provided by EXIF.tools