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- Frank`s Hospital Workshop

1. J1 1 41 6 ADDRESS DECODER CIRCUITS ut U2 U9 0100 012 5 BUFFER J1 21 J1 23 FROM PAGE 1 U11 BUFFER 24VR J1 22 J1 20 U18 DATA LATCH D6 R10 DS 24V 24VR LO oc R13 Td _ Q2 24 24VR cc 24VR 24VR 24VR R12 J3 47 J3 41 J3 39 J3 37 J3 45 J3 43 J3 48 THE CIRCUITS WITHIN THE DASHED LINES ARE IDENTICAL TO THOSE ON PAGE 3 REFER TO PAGE 3 FOR THE FULL SIZED DIAGRAM 47 1 TO MINI CONSOLE J7 4 EXPOSURE INDICATOR J SHEET 5 U19 9 DRIVER DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 735921 REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL FOR DETAILS REGARDING THE CONNECTIONS TO J2 J3 J5 Use and disclosure is subject to the restrictions on the title page of this CPI document J2 15 J2 24 J2 21 THESE ARE SERIAL COMMUNICATION LINES REFER TO MD 0829 SHEET 1 FOR THE CORRESPONDING CONNECTIONS ON THE GENERATOR INTERFACE BOARD REFER TO MD 0761 SHEET 1 FOR THE PREP AND X RAY INPUTS ON THE GENERATOR INTERFACE BOARD REFER TO MD 0762 SHEET 1 FOR THE POWER ON amp OFF INPUTS ON THE GENERATOR INTERFACE BOARD 4 1 J5 3 O J4 2 J5 7
2. DO sa dd lle DATA BUS DO D7 ROOM INTERFACE BOARD GENERATOR INTERFACE BOARD THIS PAGE SHOWS THE ROOM INTERFACE INPUTS ROOM INTERFACE OUTPUTS ARE SHOWN ON PAGE 2 GENERATOR CPU BOARD DRAWN DATE G SANWALD 13 APR 2000 CHECKED CHECKED BLAKE 14 APR 2000 ROOM INTERFACE DRY CONTACT INPUT POSITION FOR JW2 JW3 JW6 JW7 JW8 JW9 JW10 JW14 JW15 SHOWN JUMPER CONNECTS PINS 1 2 AND 3 4 AN EXTERNAL DRY CONTACT CLOSURE ACTIVATES THE INPUT S BY ENERGIZING THE APPROPRIATE OPTO COUPLER 24 VDC EXTERNAL INPUT POSITION FOR JW2 JW3 JW6 JW7 JW8 JW9 JW10 JW14 JW15 SHOWN JUMPER CONNECTS PINS 2 3 24 VDC APPLIED EXTERNALLY ACTIVATES THE INPUT S BY ENERGIZING THE APPROPRIATE OPTO COUPLER ADDITIONAL CIRCUITS ARE USED IN THE AREAS INDICATED THESE CIRCUITS ARE NOT RELEVANT TO THIS ROOM INTERFACE DIAGRAM HOWEVER THEY ARE PART OF THE X RAY EXPOSURE FUNCTION AND ARE SHOWN ON MD 0761 u MD 0763 REV K REFER TO ROOM DOOR INTERLOCKS ON SHEEET 3 SHEET 1 OF 3 DES MFG AUTH L EMEN 13 APR 2000 Use and disclosure is subject to the restrictions on the title page of this CPI document FOR 24 VDC SOURCE REFER TO 24V 24 MD 0788 PAGE 4 ON GENERATOR INTERFACE BOARD Jo 40 J2 40 m U24 U25 U34 K1 ae 2 a J9 30 DRIVE
3. UU U U UU J u s s s v u s s c FROM 8 5 CONTROL BOARD SEE MD 0788 ENERGIZING K2 PAGE 3 DISABLES DRIVE TO INVERTER BOARD No 3 THE POWER MODE SELECT CIRCUIT IS USED ON 80 AND 100 KW GENERATORS ONLY FROM J8 3 CONTROL REFER TO BOARD SEE MD 0788 GE 3 MD 0759 CONTROL BOARD Use and disclosure is subject to the restrictions on the title page of this CPI document NOTE HEFERENCE MENARAS D36 LIT INDICATES RAD OR PULSED FLUORO MODE D36 NOT LIT INDICATES CONTINUOUS FLUORO MODE LOW APPROXIMATELY 0 VDC K1 ON RESONANT BOARD ENERGIZED IN RAD PULSED FLUORO MODE HIGH APPROXIMATELY 12 VDC K1 ON RESONANT BOARD DE ENERGIZED IN CONTINUOUS FLUORO MODE LOW APPROXIMATELY 0 VDC K1 ON POWER MODE SELECT BOARD ENERGIZED IN FLUORO OR LOW POWER RAD MODE lt 20 kW APPROX HIGH APPROXIMATELY 12 VDC K1 ON POWER MODE SELECT BOARD DE ENERGIZED IN HIGH POWER RAD MODE gt 20kW APPROX DRAWN DATE SANWALD 21 MAR 2000 RAD FLUORO AND Wu kk POWER MODE SELECT 21 MAR 2000 MD 0786 REV E SHEET 1 OF 1 DES MFG AUTH HTW R126 18 1 E J18 2 2 I THERM
4. H50 4 MU FLUORO MA FEEDBACK FROM ON PAGE 2 FILAMENT CURRENT SENSE RMS CONVERTER AND FILAMENT FEEDBACK 3 DATABUS FILAMENT SUPPLY BOARD DO D7 GENERATOR CPU BOARD amp MA CONTROL DES MFG AUTH MO 0780 REV gt c lt 8 q lt Q lt CHECKED S BLAKE 12 MAY 2000 SHEET 3 OF 4 Use and disclosure is subject to the restrictions on the title page of this CPI document NOTE REFERENCE MENARAS FILAMENT REFERENCE OUTPUTS GENERATED BY THE CPU SCALING IS 1 VOLT OUT 1 AMP OF FILAMENT CURRENT HIGH APPROXIMATELY 5 VDC LARGE FOCUS SELECTED LOW APPROXIMATELY 0 VDC SMALL FOCUS SELECTED THIS SIGNAL IS USED IN SINGLE FILAMENT SUPPLY GENERATORS ONLY HIGH APPROXIMATELY 12 VDC FILAMENT FAULT FILAMENT CURRENT lt 2A LOW APPROXIMATELY 0 VDC NO FILAMENT FAULT HIGH APPROXIMATELY 12 VDC LARGE FOCUS SELECTED LOW APPROXIMATELY 0 VDC SMALL FOCUS SELECTED 5 PRIMARY FILAMENT CURRENTAT THESE POINTS MAY BE CONFIRMED USING A CURRENT PROBE ON ONE OF THE OUTPUT LEADS ON THE SMALL OR LARGE PAIR OF OUTPUTS 6 THE VOLTAGE AT THESE TEST POINTS WILL BE APPROXIMATELY 1 VDC 1 AMP OF FILAMENT CURRENT
5. THIS VOLTAGE IS APPROXIMATELY 560 VDC FOR 400 V GENERATORS AND APPROXIMATELY 680 VDC FOR 480 V GENERATORS ROOM POWER KIT OPTION REFER TO SEPARATE SUPPLEMENT IF APPLICABLE TI CONTINUED ON PAGE 4 FOR FUTURE USE Use and disclosure is subject to the restrictions on the title page of this CPI document 3 PHASE INDICO 100 GENERATORS USE ONE TWO OR THREE INVERTER BOARDS DEPENDING ON GENERATOR OUTPUT POWER E1 0 INVERTER E1 INVERTER E1 O INVERTER DUAL SPEED STARTER IS OPTIONAL LOW SPEED STARTER IS STANDARD IN INDICO 100 GENERATORS x TI 380 400 480 VAC 208 VAC 120 VAC CONTINUED ON 94 VAC PAGE 3 73 VAC HETURN gt 120 240 VAC d gt 52 73 94 VAC od ig gt COMMON 12V J2 3 TP4 TPA J2 2 T 59 gt REFER TO MD 0764 LOW SPEED STARTER BOARD COOLING FAN S USED ON SOME MODELS DEPENDING ON THE APPLICATION ONE TWO OR THREE FANS MAY BE USED F2 TUBE 1 TUBE 2 2 TWO TUBE HT THREE FAN TANKS ONLY UNITS ONLY H T TANK OPTIONAL 400 480 VAC 480 VAC GENERATORS OPTIONAL ROOM INTERFACE CHASSIS DRAWN G SANWALD n 10 MAR 2000 pen 2000 DC BUS amp POWER DISTRIBUTION MD 0788 REV AB SHEET 1 OF 6 MAINS INPUT CC ROOM POWER KIT OPTION REFER TO SEPARATE SUPPLEMENT IF APPLICABLE mE _ 1 PHASE AC LINE2 rep GROUND 12V co cc J2 1 P2
6. 12V 12V 12V 12V 12V en lt O e LLI cO cO O O O 2 i z z Z CC CC CC CC CC DS5 DS1 082 Dsa3 084 NZX NZX NZX NZX J10 2 J5 2 RN4A CHAMBER 4 SELECT B lt gt E CH4 TS CHAMBER 3 SELECT 5 que CH3 24 CIRCUIT 7 J10 4 due USB nN3c 220 CHAMBER 2 SELECT 1212 o CH2 9 1 UF D INCLUDES U7 AND TI J10 5 J5 5 D4 3 CHAMBER 1 SELECT 0 1 0 E CH 1 7 E J10 6 J5 6 D11 RNSB Q1 START o O 4 STRT D D USE REND J12 1 HV 2 9 12 1 Jas 12V 24V 412V 424V 12 424V 45V my START gt 2 8 i MIDDLE o J2 10 J10 7 J5 7 1 122 RIGHT FIELD SELECT r p MIDDLE FIELD SELECT 6 Q2 4 Els LEFT FIELD SELECT 7102 um O O O E RIGHT E MIDDLE B LEFT FROM PAGE 1 TP18 i UA J13 1 f J10 19 J5 19 TPA 2 TP20 8 r 6 CH 1 gt ft st 0 24V ponere T We 1 J3 3 5 TP23 que i ee ibid E aus lt STRT R1 13 4 210 13 J5 13 T L i e c 1 E Em 3 Eu r m lt 2 START gt 38 a i WO Wen M E 9 7 4 MIDDLE 215 99 J10 17 J5 17 48 R32 R2 J13 2 4 e o
7. MAG 3 DATA BUS FROM TB8 TB9 OR TB10 IN ORDER TO LJ TBS 3 DO D7 SUPPLY 24 VDC 110 VAC OR 220 E HN i FROM THE SELECTED OUTPUT LIVE 24 VDC K10 TB5 7 DRIVE 12 02 0 0 08 m a G2 L TB5 5 1 y DRIVE 1 TO iE DRIVE 13 LOW Pd MAG 1 ENERGIZES THE RELAYS E TP14 9 JW7 19 20 3 9 x L J LJ LIVE 24 VDC ALE OUTPUT E 5 SPARE LIVE 24 VDC OUTPUT GENERATOR CPU BOARD GENERATOR INTERFACE BOARD ROOM INTERFACE BOARD de NES LIVE CONTACT 24VDC LIVE CONTACT 24VDC EE THIS PAGE SHOWS THE ROOM INTERFACE 2 Lm pex DRAWN DATE OUTPUTS ROOM INTERFACE INPUTS ARE NENNEN THESE JUMPERS MAY NEED TO BE INSERTED SANWALD 1 APR 2000 ROOM SHOWN ON PAGE 1 gt lt 14APR 2000 INTERFACE DRY CONTACT DRY CONTACT add S BLAKE 14APR 2000 DRY CONTACT DRY CONTACT DES MFG AUTH DRY CONTACTPOSITION FOR LIVE CONTACT 24VDC POSITION MD 0763 REV K DRY CONTACT POSITION LIVE CONTACT POSITION JW6 TO JW8 SHOWN FOR JW6 TO JW8 SHOWN L FOSKIN 13APR 2000 7 FOR JW1 TO JW5 SHOWN FOR JW1 TO JW5 SHOWN JUMPER CONNECTS JUMPERS CONNECT 6 an eI JUMPER PINS 4 6 JUMPER CONNECTS PINS 6 8 PINS 2 3 PINS 1 2 AND 3 4 0 00 SHEET 2 OF 3 INPUT DESCRIPTION SPARE TABLE STEPPER INPUT When used wit
8. 1 2 SELECT Y R38 CH 1 1 6 94 SELECT J10 5 J5 5 H64 5 CHAMBER 1 SELECT O CH 1 SELECT INVERTING l BUFFER START 5 3 cs I NO CONNECTION 2 o J10 7 J5 7 H66 7 42 5 RIGHT FIELD SELECT E J10 8 5 8 R67 8 MIDDLE FIELD SELECT 6 5 J10 9 J5 9 R68 9 MIDDLE J2 3 LEFT FIELD SELECT 6 0 p SELECT gt 12V J2 4 START ywe 121 12 412V Tad R3 J2 5 ZN 1 ZX D10 Z lt D9 euo U3 MIDDLE RIGHT SELECT SELECT SELECT SELECT J2 9 FROM PAGE 1 REGULATOR Q3 Q2 Q1 12V i J10 13 J5 13 j TP4 2 O 0720 NO CONNECTION o J10 17 J5 17 LJ 1 l pd 8 r CH 1 SELECT v l A pue we o RR J10 11 J5 11 re 1 MIDDLE 12V an E R11 SELECT d lt START m CH 2 SELECT 12V J3 4 tiga o 4 poet see e R12 1 x j ee lt CH 3 SELECT L 02 0 v t1 RIS CH3 L 4 1 SELECT oom 4 10 7 2 IL P R14 9 8 USB ass 10 15 5 15 ol I O pee a m TPG T 5 10 10 10 E J5 10 2 NO CONNECTION o PTREF 9 9 1 l 1
9. J2 18 J3 6 BUTTON PREP REMOVE JW2 HAND 43 1 TO DISABLE THE J2 19 J3 8 ewHcu f XRAY CONSOLE X RAY BUTTON COM J3 5 JW1 JW2 J2 20 13 10 O O V U CONSOLE CPU BOARD 0 pes qu CIRCUITS SHOWN WITHIN DASHED LINES ARE USED ON THE 23 X 56 CM KEYBOARD ASSEMBLY DISPLAY BOARD CONSOLE ONLY x x eee Use and disclosure is subject to the restrictions on the title page of this CPI document DRAWN DATE G SANWALD 26 2000 X RAY EXPOSURE KEYBOARD ASSEMBLY CIRCUITS SHOWN WITHIN 26 APR 00 RAD FLUORO DASHED LINES ARE USED X RAY HAND PREP SWITCH COM TO J4 ON GENERATOR INTERFACE BOARD PG 1 FRONT PANEL BOARD CIRCUITS SHOWN WITHIN TOUCH SCREEN BOARD DASHED LINES ARE USED ON THE TOUCH SCREEN CONSOLE ONLY p NOTE REFERENCE nem LOW APPROXIMATELY 1 VDC AT THESE POINTS INDICATES FOOT SWITCH INPUT CLOSED PREP SWITCH PRESSED OR X RAY SWITCH PRESSED RESPECTIVELY HIGH APPROXIMATELY 24 VDC OPEN CIRCUIT I E NOT PRESSED FOOT SWITCH OR PREP SWITCH OR X RAY SWITCH FOR RAD ONLY CONSOLE LOW INDICATES PREP SWITCH PRESSED OR X RAY SWITCH PRESSED RESPECTIVELY LOW APPROXIMATELY 1 VDC AN X RAY EXPOSURE HAS BEEN REQUESTED VIA ONE OF SEVERAL EXPOSURE INPUTS HIGH
10. DESIGNATES AN ANALOG SWITCH THESE ARE I C SWITCHES THAT ARE CONSISTS OF AEC INTERFACE BOARD 728399 AND AEC BOARD 734630 THE AEC BOARD CIRCUITS ARE CONTINUED ON PAGES 7 AND 8 DRAWN DATE G SANWALD JUN 2000 SWITCHED ON OFF BY APPLYING THE APPROPRIATE LOGIC LEVEL NOT FITTED ON ALL MODELS REFER TO SUP734654 IN THE FRONT OF THIS MANUAL FOR DETAILS MD 0757 REV J SHEET 6 OF 10 L w JUN 2000 REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS Use and disclosure is subject to the restrictions on the title page of this CPI document RIGHT FIELD SELECT MIDDLE FIELD SELECT 12V 24V o e cc LEFT FIELD SELECT RQ Q2 D31 ins D19 JW6 4 O D20 D21 JW8 4 O D23 D25 JW10 4 O D27 D29 JW12 4 O R12 b ERE V D35 R111 JW73 R104 JW68 H99 R102 66 U16A R66 R65 oa START 1 0 3 gt SHT 6 GA oo e gl GENERATOR INTERFACE BOARD THIS SHEET APPLIES TO AEC BOARD ASSEMBLY 734654 WHICH CONSISTS OF AEC INTERFACE BOARD 728399 AND AEC BOARD 734630 THE AEC BOARD CIRCUITS ARE CONTINUED ON PAGES 6 AND 8 REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS Use and disclosure is subject to the restrictions on the title page of this CPI document 12V 24V e o N cc 12V 24V N cc R8 R5 E Q1 Q3 D9 D17 7 JW13 JW21 LEFT
11. 56 5 DRIVER EXP SAFETY ITLK N MAG MODE 1 DS22 J3 29 22 7 J3 9 ns E MAG MODE 2 7 m 7 1910 PREP REQ N p J1 4 LN J3 21 J1 5 FLUORO DS27 0629 0531 0693 0635 osse 0937 0539 SPARE O P4 J323 mos o REQUEST A A 4 J3 23 J1 7 CPLD Y Y Y V V Y N J3 24 ds aem ma 0525 CINE TIME SEL 0 J2 18 N 8 2 GENERATOR READY m CINE TIME SEL 1 J2 6 12 17 ia EN S MEER X RAY ON pos GINETIMESEL2 P J1 22 J2 19 J3 29 TABLE STEP 1054 pse 068 10511 0513 10514 0617 0519 po REQUEST 3 3 3 3 3 3 3 mo P 24 24 0 1 U2 J2 22 J3 32 U17 AEC CENTER FIELD SELECT J3 5 5 I 2551 2 23 13 33 SELECT TABLE STEPPING J3 24 N DS3 J2 24 SELECT STEP DIRECTION J3 6 DRIVER wN DS5 J2 25 DRIVER TOMO TIME SELECTO 4J3 25 TOMO TIME SELECT 1 057 J3 7 TOMO TIME SELECT 2 0510 13 26 13 34 13 35 13 36 15 7 9 ZS 01 Y J1 20 x 1 hf 1 hf Z lt D2 TABLE FLUORO READY ACQUIRE j READY ACQUIRE U8 j TABLE PREP a REQUEST 4 FLUORO 4 RAD CINE HCF 4 REQUEST 2 2 4 2 R30 15V p J1 14 a 7 41 21 U16 U14 j 24V FROM F i ROOM INTERFACE j J23 J1 23 v e 13 18 13 19 DIGI
12. E 3 U3B p C39 R121 USA R40 oO C48 Y START R118 FROM SHT 6 ve R51A R75 JW48 O a R58 Y U4D 7 _ mo o R51B R116 R51F E JW39 C12 E x lt 5 JW49 nee SIGNAL 2 g diis 0 U18A R2 ROTH START o R51C JW5O FROM SHT 6 U18B Jw4o 49 U10B FROM SHT6 2 D56 5 3 m FROM SHT 7 FROM SHT 6 4 lt HA U4B cr E 1 ET 3 U3A C36 R108 utoa 60 Y START R70A R71 FROM SHT 6 JW53 R76 U12C O 1 2 R70B s les zis JW37 C14 5 JW54 R84 SIGNAL 3_ TP4 R3 R70H START 7 U8B R70C 55 FROM SHT 6 TP3 9 JW38 R72 U9B pu FROMSHT6 5 cc E o CC O mm Y 6 S S OUT 3 CH 3 3 s FROM SHT 7 PT RAMP Wa FROM SHT 6 i 1 U12A x 10 PT REF E R98 R33 V C19 V SHT 6 Ue Ll PT STOP U3C SEE C33 uga 55 i 12 8 co e 049 START a 4 FROM SHT 6 R82E R82A R81 JW58 p L7 oo R82B E U2 C15 E 5 lt 5 JW59 R83 SIGNAL 4_ D50 ZN oc R4 R82H START 75 U15B R82C JW60 FROM SHT 6 JW42 R61 I D U13B FROMSHT6 0 ot cc T Y 7 61 S S OUT 4 CH 4 7 i 5 gt 1 S lt FROM SHT 7 FROM SHT 6 U12B x R96 H R35 nu V C21 V Td o ET 3 C32 U3D wes R95 U13A R78 18
13. PTSTOP 702 W 8 T E 7 L ___ y 4 __1 4 9 6 lt 2 4 MIDDLE m pom pe SELECT gt 9 d CN Esc WA 12 14 4 U8A 4 START X NN Il 1 Il 11 ot 41 I 7 1 v v SAMPLE CH 4 amp HOLD SELECT R8 12 GENERATOR INTERFACE BOARD AEC BOARD THIS SHEET APPLIES TO AEC BOARD ASSEMBLY 737998 REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS Use and disclosure is subject to the restrictions on the title page of this CPI document 1 DESIGNATES AN ANALOG SWITCH THESE ARE I C SWITCHES THAT ARE SWITCHED ON OFF BY APPLYING THE APPROPRIATE LOGIC LEVEL DRAWN DATE SANWALD 02 JUN 2000 CHECKED passa 02 JUN 2000 DES MFG AUTH L FOSKIN AEC CH1 N C LEFT RIGHT RIGHT LEFT MIDDLE RESET START 12V CHAMBER O P 12V GROUND AEC CH 2 N C LEFT RIGHT RIGHT LEFT MIDDLE RESET START 12V CHAMBER O P 12V GROUND AEC CH 3 N C LEFT RIGHT RIGHT LEFT MIDDLE RESET START 12V CHAMBER O P 12V GROUND AEC CH 4 N C LEFT RIGHT RIGHT LEFT MIDDLE RESET START 12V CHAMBER O P 12V GROUND MD 0757 REV J SHEET 5 OF 10 12V m AEC CH 1 12V 32 E 4300V 500 2 1 J1 49 J1 2 300V gt gt 0 300 V 1415 J1 3 45 3 0 4
14. 7 THESE TEST POINTS ALLOW MEASUREMENT OF A VOLTAGE PROPORTIONAL TO ANODE CURRENT THE SCALING IS 0 4 VDC 100 mA SHORT EXPOSURE TIMES MUST BE CONSIDERED AND APPROPRIATE MEASUREMENT TECHNIQUES MUST BE USED THESE TEST POINTS ARE SCALED 1 VDC 100 mAOF X RAY CURRENT 9 THESE TEST POINTS ARE SCALED 1 VDC 2 5 mA OF X RAY CURRENT R amp F GENERATORS ONLY 10 FILAMENT FEEDBACK CURRENT TEST POINT THIS IS SCALED 1 VDC 1 AMP OF FILAMENT CURRENT 11 PWM OUTPUT THE WAVEFORM WILL BE AS PER FIGURE 1 FOR LOW AND HIGH FILAMENT CURRENT DEMAND Approx 25 usec 40 kHz LOW FILAMENT DEMAND 12 V FIGURE 1 12 V HIGH FILAMENT DEMAND 0 V DMN SANWALD FILAMENT DRIVE amp MA CONTROL DESAMFGAAUTH LFoskN 15 MAY 2000 MD 0760 REV G SHEET4OF4 Use and disclosure is subject to the restrictions on the title page of this CPI document REFER TO PAGE 2 FOR LOGIC LEVELS NOTES ETC REFERENCED BY HEXAGONAL SYMBOL 12V R1 12 CONTINUED ON PAGE 2 Ji 20 x H138 6 10 Q18 0 STATOR FAULTTO GENERATOR READY DETECTOR CIRCUIT ON CONTROL BOARD SEE MD 0761 PREP COMMAND J6 8 FROM MD 0761 PAGE 2 ENABLE COMMAND FROM MD 0761 PAGE2 CONTROL BOARD Use and disclosure is subject to the restrictions on the title page of this CPI document s 3 JUMPER POSITION INDICO 100 GENERATORS JUMPER 1 55 FOR 1 5 SEC BOOST NO JUMPERS FOR
15. BOARD THIS SHEET APPLIES BOARD ASSEMBLY 734654 WHICH 1 lt zu 2 CONSISTS OF AEC INTERFACE BOARD 728399 AND AEC BOARD A 22 734630 THE AEC BOARD CIRCUITS ARE CONTINUED ON PAGES CHECKED DES MFG AUTH MD 0757 REV J REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS L FOSKIN 02 JUN 2000 i Use and disclosure is subject to the restrictions on the title page of this CPI document _ fg SHEET 8 OF 10 5 LEFT 12 AEC CH 1 12 1 J1 8 M 2 12 V x ss 3 Ji 2 ZN D29 LEFT RIGHT MEME STRT RIGHT J1 6 DS1 2 052 57 INVERTED R40 RIGHT LEFT R61 R71 J1 4 CHAMBER 4 SELECT O E 2 Q7 1 START gt 0 RESET START 1 1 2 J13 Jc T R62 4 3 MIDDLE 2 o MIDDLE CHAMBER 3 SELECT 6 E l ft D28 D12 13 Tpi PORTRAIT gt 9 PORTRAIT J10 4 45 4 4 INVERTED INVERTED CHAMBER 2 SELECT 0 CH 2 PORTRAIT START CH 1 2 77 R2 R1 J1 5 R70 R38 CHAMBER O P J10 5 J5 5 R64 5 CHAMBER 1 SELECT 6 gt CH 1 96 94 J1 7 INVERTING 42V BUFFER J1 9 l GROUND 12V 10 stant J5 6 20 6 110 7 5 7 R66 7 RIGHT FIELD SELECT 6 0 _ EE AEC CH 2 J10 8 J5 8 R67 MIDDLE FIELD SELECT 6 E 1 _ 28 v 110 9 J5 9 R68 LEFT FIELD SELECT 6 E 2 J2 2 12 12 12 LEFT RIGHT RIGHT J2 6 RIGHT LEFT J2 4 LA D11 D10 ZA 09 1 START
16. 421 Pol rF 77 1 FITTED Bel 5 CNCTR S ANNUNCIATOR l Q6 ETC D2 SZ CLOSED 3 084 ZS 04 6 8 R33 R35 R46 R47 14 13 TS 42 2 P22 MP MC E J4 2 24 2 SU 2 SOFT START Ds ZS 27 FAULT SIGNAL R2 eA J4 1 TO AUXILIARY f BOARD PAGE 3 o 4 14 4 T of Wi XE 087 12 J4 3 RN1 E 12V 44 I J4 16 24 16 28 TUBE 1 TUBE 2 SELECT COMMAND TO MD 0787 47 F 9 D37 R72 FLUORO LL FANON J45 FLUOROFAN gt o TIMER DRIVER CIRCUIT U11 Q9 ETC 3 PHASE POWER INPUT BOARD REFER TO PAGE 2 FOR 1 PHASE POWER INPUT BOARD R amp F GENERATORS ONLY wawaman maman maman maman maman maman maman maman maman maman maman maman maman mamas maman maman maman mama mama maman mama mamam maman mama mama maman mamas mama mama mama ma maman maman maman maman maman maman maman maman maman maman maman maman maman mamam maman maman maman maman maman maman maman maman mama maman maman mama mama mamam mama mama maa mr 9 21 7 J5 6 045 7 OJ5 3 0J5 4 OJ1 6 AUXILIARY BOARD JW1 fitted on units where fans must run continuously x T2 SHOWN TAPPED FOR 400 VAC MAINS FROM PAGE 3 u AND T2 MUST BE TAPPED IN ACCORDANCE WITH THE NOMINAL AC MAINS VOLTAGE 3 REFER TO CHAPTER 2 OF THE GENERATOR SERVICE MANUAL
17. 240511105645 Fi POMER ONLY REFER PAGE5FOR I U9 U10 U11 23 X 56 CONSOLE AND FOR TP13 U5 TP 1 D1 D6 L1 ETC RAD ONLY CONSOLE u TP13 15 V R1 ee T REGULATOR 18 VAC 2 19 15V u E s 7 T o 1 x 0 5 16VDC it 12V TORAD ONLY 300 VAC 01 EG POWER SUPPLY CONSOLE BACKLIGHT FLUORESCENT LAMP as CIRCUIT U3 J16 8 PAGE 5 I POWER SUPPLY 5 ra 047 Q4 T1 42V Q2 1 J10 4 FROM EN e mA 017 D18 ETG REGULATOR x 06 8107 x PAGE 1 2 a oto LAS TTT LCD DISPLAY ASSEMBLY OYI 2 7 x x J1 5 F4 I 42V R6 18 VAG i REGULATOR E 41 7 1 0 SSS 000 00 110 VAC UA 12V TP5 220 220 J1 9 F1 45 V 2 220 24V REGULATOR 110 VAC 110 VAC 24V 24VDC 15V K1 IM ZERO CROSS LINE SYNC O o 220 VAC DETECTOR TO MD 0767 a gt 8 POWER ON l ROOM INTERFACE BOARD K1 12V 24V K2 REFER TO SYSTEM ON MD 0762 REFER TO MD 0757 AEC FOR PINOUTS OF THE DC RAIL CONNECTIONS ON THE AEC BOARD 12V 24V AEC BOARD J17 3 TO COIL OF POWER DISTRIBUTION RELAY CUSTOMER SUPPLIED ne 45V 415 304 15 415V MAXIMUM 100 MA Bor 12 12 J3 3 J13 3 TP19 e U e V 15V J3 6 N J13 6 R85 5V TP16 J11 1 LJ 7 ne R75 TO REMOTE FLUORO 513 21 0J13 23 0J13 11 9 13 13 0J13 17 QJ13 15 J11 5 CONTROL PAGE 5
18. DRAWN DATE G SANWALD 16 MAY 2000 CHECKED 17 MAY 2000 KVR DES MFG AUTH L FOSKIN 17 MAY 2000 DIGITAL INTERFACE MD 0767 REV M SHEET 10 OF 19 5 15 24V J6 16 F1 J6 17 U7 J6 1 J6 2 J6 3 J6 4 DRIVER J6 20 J6 21 J6 22 J6 23 U8 R14 J6 5 R16 J6 6 167 DRIVER J6 24 J6 25 J6 26 U10 R20 J6 8 R 16 9 0 DRIVER E J6 28 J6 29 R26 J6 31 FROM 5 16 32 1 16 12 16 33 16 14 16 15 16 18 16 19 48 13 C C cO J8 17 J8 15 15V J8 1 J8 2 J8 4 J8 5 J8 6 J8 7 J8 8 J8 10 J8 12 J8 16 J8 18 CPLD 22222222 22 48 9 48 21 24 J9 1 p 24V FROM J8 14 ROOM INTERFACE J 24 l U11 U11 K1 J8 22 R45 J6 34 J6 35 J6 36 FROM J7 3 J7 5 SHT 12 J6 37 DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 738947 THIS SHOWS THE CONNECTIONS TO J6 AND J9 THE REMAINING CIRCUITS ARE SHOWN ON THE NEXT PAGE DRAWN DATE G SANWALD DIGITAL REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL 17 MAY 2000 KVR DES MFG AUTH FOR DETAILS REGARDING THE CONNECTIONS TO J6 J9 MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document 3 3V 2 5V U16 J8 11 3 3V REGULATOR 24V VOLTAGE REGULATOR 42 J4A 3 7 J4A 4 U9 U6 J4A
19. 51 1 D16 E e e 55 I I OFF Ed REFER TO DC BUS amp K2 POWER DISTRIBUTION MD 0788 PAGE 4 i ON DS1 8 2 LZ K JUMPER POSITION TO ENERGIZE K1 ONLY WHEN THE CONSOLE IS SWITCHED ON JUMPER JW1 PINS 1 2 JW1 TOENERGIZE AT ALL TIMES THAT J4 10 1 3 2 1 THE GENERATOR AC MAINS IS ON JUMPER JW1 PINS 2 3 K1 SWITCHES THE 110 amp 220 VAC SUPPLIES TO THE ROOM INTERFACE BOARD R amp F MEMBRANE CONSOLE J3 3 J5 10 I J3 2 J5 11 J3 1 J5 12 CONSOLE KEYBOARD ASSEMBLY BOARD J7 15 J8 6 J7 16 J8 7 RAD ONLY CONSOLE bm CONSOLE KEYBOARD ASSEMBLY BOARD J16 1 GENERATOR INTERFACE BOARD TOUCH SCREEN USE DRAWING DC BUS amp POWER DISTRIBUTION MD 0788 IN CONJUNCTION WITH THIS DOCUMENT CONSOLE I J16 5 J28 11 I J16 6 J28 12 TO CONNECT AN EMERGENCY OFF SWITCH REMOVE JUMPER FROM J17 1 TO J17 2 THEN CONNECT THE EMERGENCY OFF SWITCH TO J17 1 AND J17 2 44 12 DRAWN GANWALD AE SANW 02 JUN 2000 SYSTEM ON 02 JUN 2000 TOUCH SCREEN BOARD FRONT PANEL BOARD DES MFG AUTH rose seaman MD 0762 REV H sosu sua teme ee E EE 000 SHEETIOF2 Use and disclosure is subject to the restrictions on the title page of this CPI document NOTE REFERENCE REMARKS MOMENTARILY PRESSING ON CONNECTS THIS LINE TO 24 VDC
20. E 1 xe lt 8 L 4 e m m M 4 L L y mm e 4 Lr o POT EM V R3 S2C J10 11 1 V lt CH4 TP21 1 R53 NEM E EE o L K S2D J10 16 J5 16 i 4 S3A O O a pt oe 3 ij MENU 9 j B v 1 9 10 J10 15 J5 15 R54 L 1 4 O O R12 I m J14 1 J10 10 E J5 10 i dp uve PTREF o l peu gt J4 3 J10 1 d 330 pos NE 45V PTSTOP c o sss 4 C START 14 4 3428 I R13 I 9 4 89 1 lt CH4 77 J14 3 12V M NEN _ i 4 d EM MIDDLE gt aD J4 10 4 SD ME NE 1 J14 2 Sax 2 1 i ri 3 RNB 1 1 0 2 Z r 1 Ri Il L J CC ela V HE pole i U6 v 122 SAMPLE D22 ZN amp HOLD GENERATOR INTERFACE BOARD AEC BOARD THIS SHEET APPLIES TO AEC BOARD ASSEMBLY 734614 1 DESIGNATES AN ANALOG SWITCH THESE ARE I C SWITCHES THAT ARE SWITCHED ON OFF BY APPLYING THE APPROPRIATE LOGIC LEVEL REFER TO CHAPTE
21. ET U32B U33B D64 J3 3 J9 x RN6E U6A D96 4 OH E st H T TANK J2 CATHODE HVCATHODE TANK LID V BOARD BOARD DRAWN DATE J G SANWALD 12 MAY pec FILAMENT DRIVE CHECKED BLAKE CK 8 MA CONTROL PART OF HV OILTANK CONTROL BOARD 12 MAY 12 2000 MD 0760 REV G SHEET 2 OF 4 DES MFG AUTH L 15 MAY 2000 ONE TUBE H T OUTPUTSARE SHOWN TWO TUBE TANKS WILL HAVE A SECOND PAIR OF H T OUTPUTS Use and disclosure is subject to the restrictions on the title page of this CPI document l l quem gt 0 gt Ue 4 A 1 gt im l 1 1 1 1 1 1 l d l l l l p x oc l OR G e L ni ede 32 pex 2C 1 OO p Ki E zu 1 10 d atc d FE Luc o I RT oes 0 al gt lt lt l LL ca of 25 l 3 2 1 2 lt 8 C je T l m I l A lt x I lt 2 f a GS WS 71 34 l l rh
22. INITIATED Ka TB2 2 A CLOSED SIGNAL FROM R42 2 MD 0788 PAGE 3 J4 14 J1 14 5 TB21 0 0 14 16 9414 U14 E K4 O x TUBES TUBE 1 TUBE 2 SELECT 3 3 Z SELECT SIGNAL FROM MD 0788 SHIFT 6 PAGE 3 CAPACITOR ARRANGEMENT 9 o lt 733317 12 13 C2 C3 GE j Z 12V 735925 12 13 6 0 TB32 Z OPTO COUPLER 6 U24 ON NO FAULT c VC 1 3 1 2 BUFFER 197 4 REMOVE WIRE SHIFT Z s i 6 19 5 0 5 i CAPACITOR C6 AS ONLY ARRANGEMENT 2 lt rer 7 Io K3 733317 15 16 17 4 12 20 EHEC iios m 0 E oo M 2 Wo eu ph 220000000 L x 0 0 1 2 i E7 E6 lt uM 1 LT Terea 1 DS I U mE f E7 i E6 3 K 4 is udi dioe bp ub aS eee ld oci ll 1 un 4 n C3 02 C5 STATOR FAULT TO K7 x GENERATOR READY E E DETECTOR CIRCUIT ql DATA BUS ON CONTROL BOARD x Ene D0 D7 SEE MD 076 7359250102 GENERATOR CPU BOARD CONTROL BOARD Use and disclosure is subject to the restrictio
23. J1 13 45V J2 21 REGULATOR 327 a n ES E 15V J2 8 1 1 0 2 J1 2 1 5 GENERATOR 9414 U7 10 22 0 2 41 4 UA U6 DERE 2 4 1 5 0 4 6 EXPOSURE IN Ee 3 PROCESS go ADDRESS DECODER DS3 424 1 7 CIRCUITS DRIVER E 0 1 Pe U1 U2 USA IN Um 32 41 1 10 42 18 41 12 J1 16 J1 18 X RAY DS2 J2 15 41 14 vv B J2 4 J3 1 rs J2 5 J3 4 1 J2 6 j U14 NEN J3 3 J1 9 2 J2 16 BUFFER 0 J1 23 1 J2 18 j U15 43 11 5V A 4 2 J2 17 U9 5 V V EXPOSE 2 Roy BUFFER 2 5 03 12 V R3 J2 9 DS1 J2 12 0 5 PREP DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 735406 DATE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL DIGITAL FOR DETAILS REGARDING THE CONNECTIONS TO J2 J3 INTERFACE 17 MAY 2000 KVR DES MFG AUTH L FOSKIN MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document 15V 24V J1 11 J1 13 J1 17 12 20 J4 5 1 5 415V J2 24 dies aK U10 gt o U6 15 12 22 41 2 O DS3 Zk U7 ua 415V 10 21 1 5 R1 2 4 J1 4 DS4 Zk 13 4 7 Y 2 4 J1 5 5 415V J2 23 hf ic Zk U14 J ADDRESS DECODER pele DR
24. J5 2 i Lo DS7 BUFFER Ye 6 U DS6 XRAYEN i J5 8 o J2 25 R J5 5 V 5 1 le 4 2 J2 26 Q1 ads JW102 0 lt X RAY EN FROM PAGE 10 THE INPUTS OUTPUTS MARKED ARE SPARE AND HAVE NOT BEEN ASSIGNED DIGITAL BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 737950 THIS SHOWS THE CONNECTIONS TO J2 J4 J5 J6 AND J7 THE REMAINING CIRCUITS ARE SHOWN ON THE NEXT PAGE ai SANWALD 16 MAY 2000 DIGITAL REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL INTERFACE FOR DETAILS REGARDING THE CONNECTIONS TO J2 J4 J5 J6 AND J7 DES MFG AUTH MD 0767 REV M L FOSKIN 17 MAY 2000 Use and disclosure is subject to the restrictions on the title page of this CPI document 24V EXT 24 EXT 24 EXT 24 EXT 2 2 5V ic I _ HS DS101 DS102 DS103 5 SZ x SZ x NZ x tcc 1 2 24 EXT J101 5 EXP ACQ X RAY RQST E J101 2 FROM m EXP END J101 6 PAGE 9 xP REQ DATA MONOSTABLE X RAY ON LATCH TIMER Q101 J101 1 U102 5V 5V TO R113 PAGE 9 X RAY EN DRIVER 24V EXT J102 1 J102 3 N DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 737950 THIS SHOWS THE CONNECTIONS TO J101 AND J102 THE REMAINING CIRCUITS ARE SHOWN ON THE PREVIOUS PAGE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL FOR DETAILS REGARDING THE CONNECTIONS J101 AND J102 TO DIGITAL SYSTEM FROM DIGITAL SYSTEM
25. Oo J4 4 J5 2 0 0 44 5 J5 8 T n P op J4 7 J5 5 FROM J4 t PREP SW GENERATOR 448 X RAY SW INTERFACE J4 10 ON SW BOARD S ON OW J4 11 OFF SW 44 17 COMMON J4 3 J4 9 15V J6 1 J6 2 J6 3 J6 4 J6 6 J6 7 J6 8 TO X RAY MINI CONSOLE SHEET 5 J6 11 J6 12 J6 9 J6 10 J6 13 J6 5 J6 14 DRAWN DATE G SANWALD 16 MAY 2000 CHECKED 17 MAY 2000 17 MAY 2000 DIGITAL INTERFACE MD 0767 REV M SHEET 4 OF 19 KVR DES MFG AUTH L FOSKIN DS2 DS3 DS4 1 2 N X NZ X Z X SZ x RAD FLUORO PREP PWR EXP EXP ON LS1 LS2 T J 1 6 J 13 J 15 J 5 FROM J6 18 SHEET 4 J1 9 J1 10 ON J1 13 J1 11 J2 1 J2 2 J1 12 HAND SWITCH OPTIONAL PREP J2 3 X RAY J1 14 J2 4 X RAY MINI CONSOLE EXP EXP LS1 LS2 43 1 21 J3 5 FROM J7 SHEET 4 J3 7 J3 4 MINI CONSOLE X RAY EXPOSURE INDICATOR SANWALD DIGITAL THE OPTIONAL X RAY MINI CONSOLE AND OPTIONAL MINI CONSOLE X RAY EXPOSURE INDICATOR INTERFACE on ARE TYPICALLY USED WITH DIGITAL IMAGING SYSTEMS THAT HAVE INTEGRATED GENERATOR 17 MAY 2000 KVR CONSOLE CONTROL FUNCTIONS DESIMEG AUTH rumano _ 2 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document 24V J2 14 5 15 24V 45V A PPF J1 11 U12
26. 1 7 ea wi 10 20 30 40 50 60 70 80 JW9 Lu BUCKY gt gt gt DRY LIVE T K2 TB1 12 oo SELECT L DRIVE2 oes x r JW2 10 20 30 49 50 69 70 8 DRIVE 3 J9 28 K6 SE DRY LIVE 1 EE ull a C3 I I DRIVE 4 J9 27 Ki o BUCKY 2 o o K3 TB2 1 SELECT 12 Di K2l o S LI a C4 19 34 i DRIVE 5 d PAUAR wat 10 20 30 49 50 69 70 86 Ra JWi0 J12 3 10 HRY TIVE K4 TB2 12 D2 TE DRY LIVE 5 SELECT DRIVE 6 J9 32 TB3 1 i ae ea COLLIMATOR Mad T JW4 10 20 30 49 50 60 70 80 is us BYPASS ADDRESS DECODERS 7 DRY UNE BUFFER REGISTER 29 31 783 11 J12 5 70808 7 2 04 CIRCUITS mdi JW14 x as 110 VAC F m DRIVE 8 TB9 C5 i e D5 x 25 K8 TB4 12 1 0 JW13 DRIVE 9 JW5 10 20 40 50 60 70 8 TB4 1 TUBE 1 TUBE 2 127 UVE INDICATOR COMM x TUBE 1 INDICATOR DRIVE 10 49 37 NOTE THE FOLLOWING IF USING JW1 JW2 TUBE 2 INDICATOR J12 8 D7 24 VDC 6 JW3 JW4 OR JW5 IN THE LIVE CONTACT i Ea 75 POSITION E di J9 38 A JUMPER WIRE MUST BE CONNECTED TO 0 B o TB11 PIN 1 2 3 4 OR 5 AS APPROPRIATE
27. 1 D1 MIDDLE 1 RIGHT 1 JW14 JW22 D2 D10 JW15 7 JW23 LEFT 2_ D3 0 MIDDLE 2 D12 RIGHT 2 JW16 JW24 J2 4 0 J2 4 E J2 Pa lt i SHT A SHT 2 JW1 7 6 JW25 6 LEFT 3_ MIDDLE 3 RIGHT 3 _ gt Di JW26 D6 D15 JW19 JW27 LEFT 4_ D7 MIDDLE 4 D16 RIGHT 4_ JW20 JW28 R6 R10 y b 7 D13 V D18 H110 Jw72 H109 JWT71 U19A R103 7 R112 JW74 U19D R107 JW70 R105 JW69 U16B 101 JW65 H100 JW64 U17D U17C R47 R48 R62 R69 R57 R64 esas S 0 a Eg S S OUT 1 FN S S OUT 2 S S OUT 3 F S S OUT 4 JW52 R74 R46 gt JW57 R73 R80 2 Jwe2 R87 R54 Lo SHT 8 START 2 2 5 SHT 8 START 3 1 a 3 SHT 8 START 4 2 5 SHT 8 SHT 6 UGB SHT 6 SHT 6 U14B st co LO i 31 gl AEC BOARD Le DESIGNATES AN ANALOG SWITCH THESE ARE I C SWITCHES THAT ARE SWITCHED ON OFF BY APPLYING THE APPROPRIATE LOGIC LEVEL NOT FITTED ON ALL MODELS REFER TO SUP734654 IN THE FRONT OF THIS MANUAL FOR DETAILS DRAWN G SANWALD CHECKED DES MFG AUTH L FOSKIN DATE 02 JUN 2000 02 JUN 2000 MD 0757 REV J SHEET 7 OF 10 START FROM SHT 6 R50E R52 JW43 Y aito EE R36 04 GNE Jwe C4 E E E E 5 JW44 08 SIGNAL 1_ R1 R50D START _ U7B R50G JW45 FROM SHT 6 JW3 R45 E U5B FROM SHT 6 z O oS 5 Y JW46 SOUL D51 lt 3 527 I FROM SHT 7 FROM SHT 6 4 E TA E p
28. 12 VDC NO FAULT HIGH APPROXIMATELY 12 VDC KV ENABLED LOW APPROXIMATELY 0 VDC KV NOT ENABLED HIGH APPROXIMATELY 12 VDC PREP REQUESTED LOW APPROXIMATELY 0 VDC PREP NOT REQUESTED HIGH APPROXIMATELY 12 VDC X RAY REQUESTED LOW APPROXIMATELY 0 VDC X RAY NOT REQUESTED HIGH APPROXIMATELY 5 VDC OUTPUT DRIVE ENABLED LOW APPROXIMATELY 0 VDC OUTPUT DRIVE DISABLED ALL INPUTS TO THE GENERATOR READY DETECTOR CIRCUIT MUST BE AT THE CORRECT LOGIC LEVEL IN ORDER TO BE ABLE TO MAKE AN X RAY EXPOSURE THIS MEANS ALL FOUR FAULT INPUTS SHOWN MUST BE CLEARED AND THE KV ENABLE AND PREP COMMANDS MUST BE PRESENT DS17 LIT INDICATES GENERATOR READY TO MAKE AN EXPOSURE THIS REQUIRES THAT ALL CONDITIONS PER 18 BE SATISFIED DS18 LIT INDICATES A GENERATOR READY DETECTOR CIRCUIT INPUT IS NOT SATISFIED TO ENABLE AN X RAY EXPOSURE X RAY EXPOSURE 0 DES MFG AUTH MO 0761 REV L SHEET 4 OF 4 Use and disclosure is subject to the restrictions on the title page of this CPI document 2j 2 TP9 TP8 p TED Tre J9 6 di E R26 RN4A all 8 L 2 I fr tO J9 5 U15B 40 31 12 Ret R89 E 3 d 31 POS lt 2 19 7 FEEDBACK SIGNAL Y U15A U16B FROM PAGE 3 Y 58 en al lt RESET COMMAND J9 8 FROM MD 0761 PG 2 O v HIGH KV INVERTER FAULT TO GENERATOR READY DETECTOR CIRCUIT ON CONTROL BOAR
29. 2 5 SEC BOOST REFER TO CH 2 OF SERVICE MANUAL DO NOT USE JUMPER POSITION 15S BOOSTAND l 155 RUNLOGIC CIRCUIT 1 59 Ut U10 U18 Q2 Q12 ETC das wm wz mam amam aui ont TUBE 1 TUBE 2 MISMATCH amp THERMOSTAT OPEN SIGNAL FROM MD 0787 12 VDC SOFT START FAULT SIGNAL FROM MD 0788 PAGE 3 7 12V AUXILIARY BOARD J4 9 J3 8 TP1 4 TP3 co m 18 J4 11 J4 11 J3 7 MO LO m IE J4 12 J4 12 J3 6 Q J4 6 J4 6 POWER INPUT BOARD J2 8 J2 9 REFER TO LOW SPEED STARTER BOARD ON MD 0788 PAGE 1 J3 9 K2 See note J3 3 I LJ l K4 1 12V O az z l 1 V e K1 1 J3 5 J3 1 COMMON FROM J1 4 REFER TO LOW SPEED STARTER BOARD ON MD 0788 PAGE 1 120 240 VAC FROM J1 1 REFER F1 TO LOW SPEED STARTER BOARD ON MD 0788 PAGE 1 ZERO I CROSS CIRCUIT 4 52 73 94 VACFROM J1 3 12V CROSS CIRCUIT 12V D1 lt S Z 02 TUBE SELECT SIGNAL FROM J2 9 REFER TO LOW SPEED STARTER BOARD ON MD 0788 PAGE 1 K4 LOW SPEED STARTER BOARD NOTE The phase shift circuit may consist of one or more capacitor DRAWN DATE G SANWALD 10 MAR 2000 CHECKED r 10 MAR 2000 LOW SPEED STARTER MD 0764 REV G SHEET 1 OF 2 DES MFG AUTH HTW 45V N gt tc ROTOR DS20 DS
30. APPROXIMATELY 24 VDC NO X RAY EXPOSURE HAS BEEN REQUESTED EXPOSURE ENABLE LINE LOW APPROXIMATELY 0 VDC INDICATES AN X RAY EXPOSURE REQUEST HIGH APPROXIMATELY 5 VDC NO X RAY EXPOSURE HAS BEEN REQUESTED THE CATHODE OF THE ASSOCIATED LED IS HELD LOW UNDER CPU CONTROL DURING AN X RAY EXPOSURE REQUEST ONLY NO MEANINGFUL MEASUREMENTS CAN BE MADE ON THIS LINE AS THIS IS A DATA LINE THE REQUIRED DATA IS LATCHED BY THE REGISTER CIRCUIT S AT THE APPROPRIATE TIME THE OUTPUT OF THE ASSOCIATED LED IS LATCHED BY A REGISTER THIS IS THEN READ BY THE DATA BUS AT THE APPROPRIATE TIME AS THIS IS A DATA LINE NO MEANINGFUL MEASUREMENTS CAN BE MADE AT THIS CONNECTION 6 DS30LIT KV ENABLE REQUEST SENT THIS IS NECESSARY TO MAKE AN X RAY EXPOSURE 0531 LIT KV ENABLE NOT REQUESTED DS27 LIT PREP REQUEST SENT DS28 LIT PREP NOT REQUESTED 8 DS26 LIT X RAY EXPOSURE IN PROCESS 9 HIGH APPROXIMATELY 5 VDC KV ENABLED LOW APPROXIMATELY 0 VDC KV NOT ENABLED HIGH APPROXIMATELY 5 VDC PREP REQUESTED LOW APPROXIMATELY 0 VDC PREP NOT REQUESTED HIGH APPROXIMATELY 5 VDC X RAY REQUESTED LOW APPROXIMATELY 0 VDC X RAY NOT REQUESTED LOW X RAY EXPOSURE REQUESTED AS PER 3 THIS LINE MUST BE LOW IN ORDER FOR THE X RAY EXPOSURE LED S ON THE CONTROL BOARD TO BE ENERGIZED SEE 16 LOW APPROXIMATELY 0 VDC TUBE 1 TUBE 2 MISMATCH OR THERMOSTAT OPEN FAULT HIGH APPROXIMATELY
31. BOARD DRAWN DATE G SANWALD 16 JULY 2001 CHECKED M LODER 28 AUG 2001 DES MFG AUTH tros MD 0828 REV D Use and disclosure is subject to the restrictions on the title page of this CP document CONSOLE i 5 5 CABLE FOR RS 232 U1 U2 AND R16 ARE NOT FITTED SS FOR RS 422 U12 RN3C RN3D RN3A AND 56 dii L ARE NOT FITTED XD LO U20 J5 1 d SERIAL PORT FOR REMOTE DUART FLUORO CONTROL REFER I TO MD 0766 7 11 TXD RS 422 7 RS 422 4 C LJ LJ DS41 DS42 DS45 N N Rx TXD RXD C35 7 o o J11 13 J7 13 RXD RS 422 j N T diu u ws 552 J11 12 J7 12 RXD RS 422 IP 11 R16 T did J11 9 J7 9 EON RAD ONLY J16 2 45V 45V 12 CONSOLE gt DS44 DS43 lt PAGE 2 J16 3 NS N FPGA E RXD TXD U42 tc tc RN12E 6 3 14 RN12F 7 0 10 2 15 J6 2 RN12H 4 13 ALTERNATE tc CONNECTIONS T Ds32 0529 DUART 4 SZ SZ J6 4 12 RXD TXD C i U38 i RN12A LAPTOP 3 Wer 14 2 28 15 5 12 2 gt 15 v ee 4 RNID 13 4 a 13 2 DATA BUS R9 RS 232 D0 D7 a 8 ICTS l THIS SHEET SHOWS THE CONSOLE BOARD FOR 02 5 INDICO 100 GENERATORS WITH THE 31 X 42 CM OPTIONAL COMMUNICATIONS PORTS ARE SHOWN ON PAGE 2 s a CONSOLE REFER TO PAGE 2 FOR INDICO 100 GENERATOR INTERFACE 4 GENERATORS WI
32. FILAMENT BOARD IS STANDARD IN INDICO 100 GENERATORS THE SECOND FILAMENT BOARD IS OPTIONAL CONTROL BOARD 0110 25 9J10 6 0 J10 29 W N C lt z n d a CONT 4 4 D 81 AZ us Q4 FILAMENT BOARD GRN RED HKH A TO 2 1 V 45V DS2 DS4 CURRENT 215 45 XZ SINK 4 5 U16 LOW HIGH THE POWER SUPPLY ON COMMAND P S ON WHICH ENERGIZES KH TO24 V TUBE 1 TUBE 2 TO 21 V TO 2 41 V K1 K2 ON THE POWER INPUT BOARD IS ISSUED BY THE GENERATOR U17 15 CURRENT 2 CURRENT C BRENT CPU BOARD AFTER THE 5 VDC RAIL IS DETECTED BY THE CPU 18 SINK SINK SINK THE DC RAILS INCLUDING THE 5 VDC RAIL ARE ESTABLISHED U24 NATAT WHEN THE SYSTEM ON COMMAND IS RECEIVED REFER TO MD 0762 V U27 U19 DATA LATCH BUFFER amp DATA BUS 07 U27 019 049 BIT 3 1 19 901111 G A LLL III LOI LL D 99 2 19 GENERATOR CPU BOARD Use and disclosure is subject to the restrictions on the title page of this CPI document DRAWN DATE G SANWALD 10 MAR 2000 10 MAR 2000 DC BUS amp POWER DISTRIBUTION MD 0788 REV AB SHEET 3 OF 6 DES MFG AUTH HTW 24 VDC RETURN 1 4 13 J5 13 e ND 15V REFER TO SYSTEM ON MD 0762 J4 14 4 CONSOLE BOARD amp LCD DISPLAY ASSEMBLY SHOWN WITHIN DASHED ea f LINES USED ON 31 X 42 CM CONSOLE gt 2
33. FILAMENT BOARDS TYPICALLY USED IN R amp F GENERATORS USE THE FILAMENT BOARD CONFIGURATION SHOWN ABOVE INDICO 100 GENERATORS WITH STANDARD SINGLE FILAMENT BOARD TYPICALLY USED IN RAD ONLY GENERATORS USE THE FILAMENT BOARD CONFIGURATION SHOWN BELOW 5 5A6 5A SELECTS MAXIMUM OPTO COUPLER JW1 o1 o2 o3 FILAMENT CURRENT ON LARGE FOCUS 9 5 OR 6 5 AMPS SELECTED BUFFER amp RN1A DETECTOR CKT TO J3 6 J3 5 J3 9 J3 10 CURRENT LIMIT ERROR U11C Q2 ETC ON CONTROL BOARD CIRCUIT AMPLIFIER amp DRIVER CIRCUIT T1 BUFFER RMS FIL CURRENT FEEDBACK AMPLIFIER amp CONVERTER SIGNAL SM TO PAGE 2 FILAMENT CIRCUIT CURRENT SMALL FILAMENT DRIVE FIL CURRENT FEEDBACK I COMPARATOR TP2 12V CONTINUED ON PAGE 2 SIGNAL LG TO PAGE 2 LARGE FILAMENT DRIVE CONTINUED ON PAGE 2 FILAMENT SUPPLY BOARD UNIVERSAL CONTROL BOARD DUE TO SPACE RESTRICTIONS THIS PAGE SHOWS ONLY THE MAJOR FILAMENT BLOCKS REFER TO PAGE 3 FOR A MORE DETAILED FUNCTIONAL DIAGRAM OF THE FILAMENT SUPPLY BOARD PRAYING sanwan 12 uav 2000 FILAMENT DRIVE raa zuno __ amp MA CONTROL DES MFG AUTH MD 0760 REV SHEET 1 OF 4 J3 4 42 8 eee cata 2 SM FILAMENT FEEDBACK FEEDBACK SIGNAL 18 3 J2 11 SM FROM PAGE 1 FROM J2 3 CONTINUED ON PAGE 3 jo 5 CATHODE J3 2 J1 13 ps PROM LG FILAMENT FEEDBACK FEEDBACK SIGNAL J8 1 J1 32 LG FROM PAGE 1 FROM J2 1 CONTINUED ON PAGE 3 FROM PAGE 1
34. G SANWALD 13 APR 2000 ROOM CHECKED NOTE For this configuration the room door interlock switch must be a DES FG AUTH double pole type one pole for the room door interlock with the second OT MD 0763 REV K pole in series with the fluoro foot switch 2099 Use disclosure is subject to the restrictions on the page of this CPI document NOTE THE PORTION OF THE REMOTE FLUORO EXPOSURE REMOTE EXPOSURE AND REMOTE TOMO SELECT INPUTS EXPOSURE ENABLE COMMAND AND PAGE 4 FOR THE CHECKED BLAKE 26APROO APR 00 TOUCH SCREEN CONSOLE TO J10 35 PAGE 2 SHOWN WITHIN THE DASHED OUTLINES IS DETAILED ON MD 0763 PAGE 1 _ EXPOSURE ENABLE REFER TO PAGE 4 FOR LOGIC LEVELS ELE COMMAND FROM NOTES ETC REFERENCED BY 2 HEXAGONAL SYMBOL ADDRESS DECODER DATA LATCH AND DRIVER BUFFER AND ADDRESS REMOTE FLUORO DECODER U18 U25 1 EXPOSURE INPUT TP4 TP5 TP6 LJ LJ LJ i SEE NOTE 1 Bs U18 U25 456 BUFFER AND _ Tj ADDRESS iI alll ve DECODER V 5 5V J4 9 U18 Ee ies ADDRESS DECODER J16 3 DATA LATCH AND 0 DRIVER n 7 9 e BUFFER AND 12 4 16 4 RN14E m ADDRESS 6 DECODER 6 DATA BUS us gt z 54 KV CONTROL is REFER TO MD 0759 U2 j rr 29 1 jis SEE NOTE 1
35. GENERATOR INTERFACE BOARD J3 8 J13 8 J3 5 a J13 5 R89 2 E TP20 THE DIGITAL I O BOARD IS OPTIONAL WITH R amp F R80 12V GENERATORS 15V P TP18 REFER TO MD 0767 DIGITAL INTERFACE FOR TP4 es PINOUTS OF THE DC RAIL CONNECTIONS 45V 15V 424V 5V 0 d SHOWN TO THE RIGHT OF THIS TEXT J3 2 J13 2 ea nsa _ 145V 142V DIGITAL I O BOARD GENERATOR CPU BOARD ng DRAW DATE No SANWALD 10MAR2000 DC BUS amp POWER DISTRIBUTION 10 MAR 2000 MD 0788 REV AB SHEET 4 OF 6 DES MFG AUTH HTW Use and disclosure is subject to the restrictions on the title page of this CPI document 5 V REGULATOR J119 J2 19 GENERATOR CPU BOARD REMOTE FLUORO V REMOTE FLUORO FROM PAGE 4 CONTROL BOARD DISPLAY BOARD REMOTE FLUORO CONTROL OPTIONAL WITH INDICO 100 R amp F GENERATORS REFER TO SYSTEM ON MD 0762 FROM GENERATOR _ INTERFACE BOARD s PAGE 4 J5 13 POWER SUPPLY CIRCUIT 5 15 030 Q5 1 42V 5 C D7 D8 ETC REGULATOR J8 24 E J1 24 826 i26 CONSOLE DISPLAY BOARD THESE ITEMS ARE 300 VAC USED ON THE 23 X 56 BACKLIGHT CM CONSOLE ONLY POWER SUPPLY CONSOLE CPU BOARD 23 x 56 CM CONSOLE LCD DISPLAY ASSEMBLY J16 3 FROM GENERATOR INTERFACE BOARD T2 8 33 12V TP6 Pa PAGE 4 i AND 20V TP J16 8 J8 8 F1 POWER SUP
36. I c R31 L T E ou y a 2 le 4 LT 1 SAMPLE zd amp HOLD 0000000000000000 002 o TP10 6 GENERATOR INTERFACE BOARD AEC BOARD THIS SHEET APPLIES TO AEC BOARD ASSEMBLY 739389 L DESIGNATES AN ANALOG SWITCH THESE ARE I C SWITCHES THAT ARE DRAWN DATE REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS SWITCHED ON OFF BY APPLYING THE APPROPRIATE LOGIC LEVEL SANWALD 02 JUN 2000 02 JUN 2000 DES MFG AUTH Use and disclosure is subject to the restrictions on the title page of this CP document NENNEN SHEET 9 OF 10 NOTE HEFERENCE HIGH APPROXIMATELY 5 VDC NO PTSTOP PHOTOTIMER STOP SIGNAL RECEIVED FROM AEC BOARD LOW APPOXIMATELY 0 VDC PTSTOP SIGNAL RECEIVED FROM AEC BOARD AEC RAMP THIS IS A SIGNAL RAMPING FROM 0 TOWARD 10 VDC THE ACTUAL MAGNITUDE WILL DEPEND ON THE AEC TECHNIQUE AEC REFERENCE VOLTAGE 0 TO 10 VDC DEPENDING ON AEC TECHNIQUE THE LENGTH OF THE AEC EXPOSURE IS PROPORTIONAL TO THE AEC REFERENCE VOLTAGE HIGH gt 10 VDC AEC CHANNEL DESELECTED LOW APPROXIMATELY 0 VDC AEC CHANNEL SELECTED HIGH gt 10 VDC L M R FIELD DESELECTED LOW APPROXIMATELY 0 VDC L M R FIELD SELECTED 6 HIGH gt 10 VDC NO AEC STOP REQUEST INSUFFICIENT RAMP TO TERMINATE AEC EXPOSURE LOW APPROXIMATELY 0 VDC AEC STOP REQUESTED AEC EXPO
37. INCLUDES U19 U2 DRIVE PULSES 12V 9 U21A U23 U25 U27 0 CONTINUED ON PAGE 2 cor U21B rp a V cc D66 DATABUS eo Ir 07 HIGH RESONANT R62 I CURRENTLATCH 7 amp LOGIC INVERTER __ U32D U33D i u15 CURRENT SENSE ua Y g 8 cr cr cc 5 DRIVE ENABLE Y ee COMMAND FROM MD 0761 PAGE 2 12V J13 4 J13 1 GENERATOR CPU BOARD CONTROL BOARD DRAWN DATE H T PRIMARY CURRENT SENSE G SANWALD pe MAY 2000 KV CONTROL amp FROM PAGE 2 CHECKED BLAKE 18 18MAY 2000 2000 FEEDBACK WT AMFG SAUTRC 759 REV E SHEET 1 OF 4 Use and disclosure is subject to the restrictions on the title page of this CPI document E1 560 650 VDC REFER TO MD 0786 FOR K1 DRIVE CIRCUITS USED ON R amp F GENERATORS ONLY 14 1 INVERTER FAULT SIGNAL TO PAGE 1 TO J14 3 l O MOSFET MOSFET SWITCHES SWITCHES 4 MOSFET MOSFET SWITCHES SWITCHES N INVERTER BOARD 1 TO J15 1 INVERTER FAULT TO J15 3 SIGNAL TO PAGE 1 MOSFET MOSFET SWITCHES SWITCHES GATE DRIVE CIRCUIT FOR MOSFET INVERTER INCLUDES Q19 TO Q26 H T PRIMARY CURRENT CONTINUED ON PAGE 3 MOSFET MOSFET SWITCHES SWITCHES INVERTER BOARD 2 J16 1 INVERTER FAULT TO J16 3 SIGNAL TO PAGE 1 MOSFET MOS
38. J13 7 i J9 3 FLUORO l 2 MA CONTROL FOOT doni EZ ee 4 REFER TO MD 0760 SWITCH J13 9 1 5 BAK J13 3 ADDRESS DECODER PREP DATA LATCH AND ruis RSA iti DRIVER REMOTE BUFFER AND ADDRESS HAND J13 1 X RAY o EXPOSURE DECODER U18 U25 SWITCH INPUT sx K U41 J13 5 R76 ol 4 COM 07 UU a a UU E U UU Pe CONSOLE BOARD pour 24V i Para 1 08 SEE RN14A J9 24 89283 99 25 o 9414 U25 U12 07 ube DATA BUS THE CONSOLE BOARD x L KREIS DECORE 508 DATA LATCH AND 5 SHOWN ON THIS PAGE 15 REMOTE _ DRIVER 4 GENERATOR CPU BOARD USED ON THE 31 X 42 CM TOMO 5 BUFFER AND ADDRESS CONSOLE ONLY REFER TO PAGE SAL DRAWN DATE 3 FOR THE 23 X 56 CM CONSOLE i G SANWALD APR 2000 X RAY EXPOSURE AND THE RAD ONLY CONSOLE KEYBOARD ASSEMBLY e CHECKED RAD FLUORO MD 0761 REV L SHEET 1 OF 4 GENERATOR INTERFACE BOARD DES MFG AUTH L wass APR 2000 Use and disclosure is subject to the restrictions on the title page of this CPI document 45V 45V ea e KV S Z EN 5V DS30 DS31 XZ DS26 X RAY GRN RED N Zx 6 TO 2 41 V Z tcc CURRENT PREP SINK DS27 DS28 SZ NZx GRN HED 7 TO 2 1 V CURRENT SINK U19 U16 U27 DATA BUS D0 D7
39. l l ri 1 l D l lt 1 O 24 5 1 O ry Se As luz 1 2 f p 44 E l L 1 an 3 gt l 1 T l 5 LZY Ex R63 E R64 p J2 8 J2 7 cou cO al fot e 2 Q d A X gt E ONY 52 EN gt O O O Z 9 cc CC o 39 s qo O Ta C O LU lt LL A z gt lt O oo LL LL o E PH H65 J2 6 R67 R66 o 1 Y 1 N e O ll RC 1L N G T 1 RT EE o O N 2 5 LG FILAMENT FEEDBACK FROM ON PAGE 2 rn K w w UNUM unum munus nnum TP4 TP2 3 TP1 N m D J2 10 12V TP7 TP10 A D CONVERTE R39 K1 IS FITTED ON UNIVERSAL LARGE SMALL FILAMENT BOARDS J8 IS FITTED ON LARGE FILAMENT BOARDS AND J4 IS FITTED ON SMALL FILAMENT BOARDS J2 11 N cO tc J2 4 d e ved 0 CN O LO NP of O N N S lS CC CC M ew O 5 5 amp C OQ lt Tam Le O lt gt c N RMS CONVERTER U4A
40. y _ D4 J2 20 U14 p J2 14 J1 1 2 0 J1 2 l J1 3 J1 4 DATA y bo B F 195 DACH DRIVER o ADDRESS DECODER 24V 24VR 17 CIRCUITS ins U1 U2 U9 U10C o J1 10 U13 R13 J3 34 J1 12 Qo ro J2 23 J1 16 oe s J3 30 J1 18 b E J3 28 Fe eee DATA DRIVER J3 26 LATCH m FROM PAGE 1 24V 24VR 24VR 24VR 24VR R12 E Q3 J1 9 BUFFER m J2 16 41 51 02 22 7 x J3 41 J3 39 J3 37 J3 38 BUFFER J2 15 24VR V J3 45 I J3 43 l 2 24 41 22 43 48 41 20 12 21 THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 733947 REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL FOR DETAILS REGARDING THE CONNECTIONS TO J2 J3 Use and disclosure is subject to the restrictions on the title page of this CPI document DIGITAL I O BOARD DRAWN DATE G SANWALD gn MAY 2000 DIGITAL Ee ia VN 17 MAY 2000 au L 17 L MD 0767 REV M SHEET 3 OF 19 5V 15V 24V 24VR J1 11 J1 13 J1 17 F1 J1 15 15V D3 U17 42 U10D MONOSTABLE 56 ris gt TIMER 7 0 Az U14 U16 DATA LATCH DRIVER U15 41 16 1 1 HP 1 2 DATA DRIVER LATCH
41. 00 KVR DES MFG AUTH FOR DETAILS REGARDING THE CONNECTIONS TO J1 J2 J3 J4 J6 AND J7 MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document U10 ga ga P DX D 7 m 194 125 13 6 12 7 18 2 DRIVER C rs 7 J8 3 J3 8 J8 4 18 5 13 5 5 CPLD J3 14 J8 6 FROM O 5 1 48 7 18 8 48 10 J6 1 J8 12 J6 3 J8 16 J6 4 J8 18 J6 5 J8 19 J6 6 J7 1 24V J 3 J7 4 1 J7 5 2 DS3 od 83 E P 7 LO 24V Al 24V 4 1 4 1 y dep der SZ U12 3 2 as DS5 HP E 3 2 DS9 lt l R J7 6 24V 2 4 24 4 1 4 1 dg ego 2 a 087 p 3 2 DS17 i R22 J7 22 E 0 Nx DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL BOARD ASSEMBLY 738114 THE CIRCUITS FOR THIS BOARD ARE SPLIT BETWEEN SHEETS 13 14 AND 15 DATE PRAWN G SANWALD DIGITAL CHECKED INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL CHECKED 17 mav 2000 KVR DES MFG AUTH FOR DETAILS REGARDING THE CONNECTIONS TO J1 J2 J3 J4 J6 AND J7 MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document U10 J8 1 J8 2 3 U19 J8 4 J6 12 ds oP FROM 1 18 7 O Er oh Pc ds ds 17 18 18 18 19 S
42. 0_ RESET START J10 19 J5 19 gt 2 i C LEFT 18 MIDDLE 18 RIGHT 3 MIDDLE 2 9 MIDDLE 49 14 PORTRAIT gt PORTRAIT FROM 763 453 412V TP11 TP12 p 13 s 2 J10 17 a J5 17 INVERTED gt 0 INVERTED PAGE 1 gt R4 R3 J2 5 CHAMBER O P V 27 J10 11 J5 11 O O 12V _ 320 l J5 GROUND J10 16 J5 16 8 TP7 12 lt STRT l s o i 7 4 R11 52 I lt 1 TP8 2 uu E TP9 3 0 doo 4 y s x d J10 15 J5 15 R30 C r r UP V 0 x I R12 PTRAMP 1 1 ME ux lt CH2 410 10 J5 10 H32 1 1 iet dd Uu 4 PTREF c i s iom ET ME 1 LEE TP6 9 TP5 0 E 4 I 1 i d L MEM a 4 4 T J10 11 d PTSTOP Sa ww e Nah 4 __ 1 48 1 __ I dg r1 Pi qe 4 e 4 METRE 1 OT aM CETT L L 1 7 _ E y v 1 UBA rE 4 Il I
43. 1 DRAWN DATE G SANWALD 16 MAY 2000 DIGITAL CHECKED INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL 280 17 MAY 2000 KVR DES MFG MAUTH FOR DETAILS REGARDING CONNECTIONS TO THIS BOARD pm MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document j 15 2 5 0 05 d d ME ase Y EN 52 ___ y 1 SWITCHED 15V m 5 0 Q4 42 6 5 MEE TEST 0 r un 8 L R31 J2 7 1 _ O TEST 15V 5V 5V DS1 J2 2 SZ 5 DOSE i 32 DAP 5 DOSE CHAMBER N Zx N Zx tO J2 4 1 DS32 DS29 O OPTO DAP J2 5 2 5 SZ CHANNEL 1 fe RELAY i i DS3 US J2 8 2 U31 GROUND UART TRANSMITTER c BB Z masa C 6 12 5 J1 5 a ed 2 5 16 7 JW1 O E 3 2 1 U8 V 7 D6 DATABUS p DO D7 GENERATOR CPU BOARD 7 do 0 0 0 1 J8 4 NN SWITCHED 15V TEST 15V 24 VDC TEST 15V TB8 DOSE DAP 1 DOSE CHAMBER 2 OPTO ne J3 5 3 SZ CHANNEL 2 e 8 052 GROUND 5 13 9 p R45 5 AND 15 VOLT doc GROUND J42 REGULATORS E U7 U4 L1 D4 B7 J41 D5 ETC i s I E Pi i 5 4 U9 7 24 Y D3 4 ROOM INTERFACE BOARD DAP INTERCONNECT
44. 1 NZ DS4 D4 M K5 J4 13 J2 2 P2 2 12V J4 2 R39 AUXILIARY BOARD REFER TO PAGE 1 1 PHASE POWER INPUT BOARD T2 SHOWN TAPPED FOR 240 VAC MAINS 1 2 MUST BE TAPPED IN ACCORDANCE WITH THE NOMINAL AC MAINS VOLTAGE REFER TO CHAPTER 2 OF THE GENERATOR SERVICE MANUAL e gt gt e e gt 240V 200V 0V PEET CONTINUED Use and disclosure is subject to the restrictions on the title page of this CPI document 0 3 0P1 4 1 1 9 12 4 9J12 1 DC BUS CHARGED SENSING CIRCUIT R6 R8 R16 R21 D3 ETC E E E EE E E E E 052 12VDC OK 9 14 8 Sey ROOM POWER KIT OPTION REFER TO SEPARATE SUPPLEMENT IF APPLICABLE J NO CONNECTION SINGLE PHASE INDICO 100 GENERATORS USE ONE OR TWO INVERTER MODULES DEPENDING ON GENERATOR OUTPUT POWER 650 VDC OUT E1 O E1 O INVERTER INVERTER DC BUS ASSEMBLY 380 400 480 VAC TAPS T1 CONTINUED ON 208 VAG 120 VAC 94 VAC PAGE 3 73 VAC RETURN LOW SPEED STARTER BOARD REFER TO PAGE 1 COOLING FAN S USED ON SOME AA AA MODELS DEPENDING ON THE APPLICATION ONE TWO OR THREE FANS MAY BE USED H T TANK REFER TO PAGE 1 OPTIONAL 230 230 OPTIONAL GROUND ROOM INTERFACE CHASSIS DRAWN DATE OMAR 2000 DC BUS amp POWER _ DISTRIBUTION DE
45. 10 4 24V wam J10 5 JAH 1 5 R52 J10 6 J4H 2 r O J4H 3 J4H 4 24 240 924 24V J4H 5 J4H 6 gt O 7 Q4 7 Q5 J7 6 d J7 4 77 J7 3 J7 5 J7 2 DRIVER TO J8 22 SHT 11 DRAWN DATE G SANWALD 16 MAY 2000 DIGITAL CHECKED CHECKED vm 17mav2000 INTERFACE MD 0767 REV M SHEET 12 OF 19 KVR DES MFG AUTH L FOSKIN 17 MAY 2000 4 24V A J8 11 il N J3 11 J8 13 m ic J8 12 F1 1 J8 17 J3 9 J8 15 16 20 2 J3 10 M J3 13 J6 17 J6 21 15 J6 18 J6 19 J4 7 J8 1 B PREP SW J6 22 J4 8 J8 2 X RAY SW J6 16 J4 10 J8 3 o PWR ON J6 14 J4 11 4 0 PWR OFF J6 7 J4 12 5 B PWR COMM J8 6 1 16 2 461 RxD 18 7 46 23 522 CTS J8 8 TP1 o TXD 18 10 N RTS 4512 Dui J8 16 48 18 or J8 19 m 7 2 J8 9 J1 8 s J8 21 FROM PAGE 1 020 J7 16 m 7 18 14 TP4 J7 14 47 21 47 2 J8 22 77 s THIS GROUND CONNECTS TO Z 01 gt D3 THE SHELLS OF J1 TO J4 SZ D2 SZ D4 24V A J9 1 24V FROM J8 20 J9 31 ROOM INTERFACE DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 738114 THE CIRCUITS FOR THIS BOARD ARE SPLIT BETWEEN SHEETS 13 14 AND 15 DATE PRAWN G SANWALD DIGITAL CHECKED INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL CHECKED 17 mav 20
46. 12V SS FAULT FROM MD 0788 PAGE 3 CONTROL BOARD FILAMENT FAULT FROM MD 0760 PAGE 1 STATOR FAULT FROM MD 0764 amp MD 0765 HIGH KV INVERTER FAULT FROM MD 0759 PAGE 1 amp HIGH MA FAULT FROM MD 0760 PAGE 2 HV MA FAULT TO MD 0760 PAGE 1 DRIVE ENABLE COMMAND TO MD 0759 PAGE 1 DRAWN DATE G SANWALD 26 APR 2000 CHECKED S BLAKE 26 APR 00 X RAY EXPOSURE RAD FLUORO MD 0761 REV L SHEET 2 OF 4 DES MFG AUTH L FOSKIN 26 APR 2000 2 j 45V 2 P S READY DS17 DS18 GRN RED oc 19 TO 2 1 V 19 CURRENT J4 6 OPTO COUPLER ON SINR 14 7 4 8 GENERATOR INTERFACE BOARD PG 1 GENERATOR READY BUFFER 5 4 J4 9 ON RAD ONLY CONSOLE DES MFG AUTH FOSKIN APR 2000 MD 0761 REV L SHEET 3 OF 4 DATA BUS D0 D7 CONTROL BOARD GENERATOR CPU BOARD T j 2252 4 2 a en har SL T sasi lt vao DATA BUS D0 D7 7 a TP12 TP13 TB1 1 18 4 TO 3 3V 3 3V J16 4 GENERATOR SWITCH TB1 2 J16 5 INTERFACE pe BOARD LO cO PG 1 TB1 3 al d one U21 HAND Vy pav REA SWITCH TB1 5 COM CONSOLE CPU BOARD DATA BUS 0 j D0 D7 3 REMOVE JW1 TO DISABLE THE CONSOLE
47. 21 NZ SZ GRN RED CURRENT SINK OPTO COUPLER ON NO FAULT J10 1 U24 BUFFER 5 1 Y 4 2 J10 20 V Z DATABUS DO D7 GENERATOR CPU BOARD CONTROL BOARD NOTE REFERENCE pus RSS HIGH APPROXIMATELY 6 11 VDC NO STATOR FAULT LOW APPROXIMATELY 2 VDC STATOR FAULT LOW OR NO STATOR CURRENT LOW APPROXIMATELY 0 VDC NO STATOR FAULT HIGH APPROXIMATELY 12 VDC STATOR FAULT LOW OR NO STATOR CURRENT HIGH APPROXIMATELY 10 VDC PREP REQUESTED LOW APPROXIMATELY 1 VDC PREP NOT REQUESTED LOW APPROXIMATELY 0 VDC BOOST REQUESTED HIGH APPROXIMATELY 12 VDC BOOST NOT REQUESTED BOOST REQUESTED FOR APPROXIMATELY 1 5 SECAFTER PREP INITIATED LOW APPROXIMATELY 0 VDC RUN REQUESTED HIGH APPROXIMATELY 12 VDC RUN NOT REQUESTED RUN REQUESTED AFTER BOOST COMPLETE AND FOR DURATION THAT PREP IS PRESSED HIGH APPROXIMATELY 12 VDC LOW SPEED STARTER ENABLED LOW APPROXIMATELY 0 VDC STARTER DISABLED SEE 7 THIS POINT MUST BE HIGH AS PER 6 TO ENABLE THE LOW SPEED STARTER THIS REQUIRES THE ENABLE COMMAND TO BE PRESENT HIGH AND THE TUBE 1 TUBE 2 MISMATCH amp THERMOSTAT OPEN SIGNAL TO BE HIGH IF THE 12 VDC SOFT START FAULT SIGNAL S LOW INDICATING A FAULT J1 4 WILL NOT BE PULLED LOW DUE TO THE DIODE SHOWN CONNECTED TO THIS PIN ON PAGE 1 LOW APPROXIMATELY 0 VDC ENERGIZES K1 ON
48. 24V INTERLOCK 164 5 P NOTE R29 R38 5 rer TB4 6 J2 20 J9 20 Ex U13 0080 x LJ I THERMAL R34 R36 24V 1 5 SWITCH 2 TB4 7 Ea E R32 u 5414 7 EUH Xd 2 FROM MD 0787 k 2 4 B R33 R37 V THERMAL fem SWITCH 1 TB4 9 T1 FROM MD 0787 5 12 12 17 J9 17 MULTIPLE SPOT 24V J I jou TB6 4 J2 9 y J9 9 Lrg 39 26 Fin LJ l l onu R35 SAFETY TB6 3 J2 10 9 10 M 30 2 lon 2 nd U20 sx K TB6 5 J2 8 H J9 8 mr nee 5 nse 2 4 O O O E NU REMOTE FLUORO i EXPOSURE TB6 6 J2 7 d J9 7 871 30 SET R70 gar TB6 8 J2 5 J9 5 Y TB6 7 J2 6 J9 6 NOTE TB6 10 J2 3 19 3 I O O 40 30 1 JW14 l REMOTE _ 24V l EXPOSURE TB6 9 J2 4 J9 4 REFER TO PAGE me E 7 3 FOR DEFINITION NEN OF INPUTS 4 C ON N 24V U7 U12 U18 U19 U25 l BUFFER DRIVER AND ADDRESS DECODER CIRCUITS l l
49. 5 U4 J4A 6 O x J4A 7 J8 13 VOLTAGE J4A 8 REGULATOR DRIVER DRIVER gt 24 CC J4B 1 N J4B 2 48 3 J8 2 J4B 4 J8 3 J4B 5 xa rn J8 5 J8 6 GED J4B 7 J8 7 J4B 8 J8 8 18 10 24V FROM 02 2 J4C 1 PAGE 1 J8 16 O J8 18 22 i J4C 3 J4C 4 U5 J4C 5 U3 Mos 4 7 J4C 8 DRIVER DRIVER 240 240 24 24 24V 1 e 0 J4D 2 Q2 di m 43 J4D 4 911 J4D 6 Do 7 DRIVER n D2 U18B U17 R41 4 6 MONOSTABLE D1 5 TIMER 2 D3 Di J8 20 4 gt DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL BOARD ASSEMBLY 738947 THIS SHOWS THE CONNECTIONS TO J1 TO J4 J7 J10 J11 AND THE VOLTAGE REGULATOR CIRCUITS THE REMAINING CIRCUITS ARE SHOWN ON THE PREVIOUS PAGE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL FOR DETAILS REGARDING THE CONNECTIONS TO J1 J4 J7 AND J10 Use and disclosure is subject to the restrictions on the title page of this CPI document 24 J2 1 424V R6 J2 2 O J4E 1 J2 3 J4E 2 0 s J4E 3 425 J4E 4 B4 259 J4E 5 JAE 6 24 DRIVER J4E 7 J3 1 J4E 8 R9 J3 2 O 0 J3 3 24V J3 4 J4F 1 J3 5 J4F 2 J3 6 O Cd O J4F 3 J4F 4 d J4F 5 52 24V J4F 7 J4F 8 R3 J1 2 a 0 24 303 J1 4 J4G 1 0 1 J1 5 J4G 2 5 3 R1 J1 6 J4G 3 uama 0 J4G 4 J4G 5 O DRIVER 46 5 J10 1 J467 E D R50 J10 2 J4G 8 asa O 6 J10 3 J
50. 5 V 7 1 4 412V 0 0 12V 25 1 5 gt 42V gt 0 12 54 J1 6 2 24V 24V 412V 29 Ji 12V 2 124 19 GND 2622162 24V 24V FEEDBACK 1 START 1 gt 0 RESET START CONVERTER CIRCUIT RIGHT 1 2 0 RIGHT 12 VDC TO 45 VDC MIDDLE 1 23 o MIDDLE CH4 300 VDC 500 VDC J10 2 AND 1000 VDC EELS O EE CHAMBER 4 SELECT 6 SIGNAL 1 e CHAMBER O P CH3 INCLUDES U3 Q1 Q4 J10 3 5 3 037 I CHAMBER 3 SELECT TO D1 D6 D12 D21 I T 68 AND TI AEC CH 2 4 J5 4 D38 J2 1 gt 1 0 CHI lt I Tee C cC L 4 L xl el l le 1 pg T1 300V 300 V J10 5 J2 3 CHAMBER 1 SELECT 6 O D40 45V 2 9 445 V 12V mei 12 V 12V 1000V 12V Aey 24V 24 V 6 1 1 START1 2 2 START 1 GND D36 NEXT PG J23 J6 3 START 2 gt RESET START AE J5 6 TO START RIGHT 1_ 2 RIGHT 1 J2 9 SHT 8 FROM J2 5 16 5 RIGHT 2 gt 0 RIGHT MIDDLE 1 B MIDDLE 1 SHT 7 J2 7 16 7 MIDDLE 2 gt 0 MIDDLE 12 LEFT 1_ 7 pe LEFT 1 LEFT 2 yn LEFT SIGNAL 1 TO SHT8 SIGNAL 1 SIGNAL 2 qe CHAMBER O P 8 START 2 je ti E J6 11 T NEXT PG P WF START 2 i 2 13 6 13 Bus RIGHT 2_ B RIGHT 2 AEC CH 3 J2 15 J6 15 FROM FALL FROM wIDDLE2_ 0 MIDDLE 2 500 V PAGE 1 D69 SHT 7 J2 17 8 J6 17 500 lt 1 R43 J3 2 E 04 J2 19 E J19 00097 SIGN
51. 55 RED OL DE FROM O 2 287 j D 80 J j j J126 Jeet x J j j j D 6 x j 1 Ja J8 18 J8 19 SZ x DS11 SZ DS12 57 DS13 WY DS14 WY DS22 DS23 DS24 SZ DS25 CN m st LO co O O N T N N E CC CC CC CC CC Bs CC rc DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 902724 THE CIRCUITS FOR THIS BOARD ARE SPLIT BETWEEN SHEETS 16 17 AND 18 DRAWN DATE SANWALD 16 MAY 2000 DIGITAL CHECKED INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL SEE ee FOR DETAILS REGARDING THE CONNECTIONS TO 1 J2 J3 J4 J10 J11 J12 J13 AND J14 02 MD 0767 REV L FOSKIN 17 MAY 2000 Use and disclosure is subject to the restrictions on the title page of this CPI document TP1 R2 J2 16 DOSE FEEDBACK 45V 9 S IE 5 O ar ji 8 8 LE LE i X NZ x 1 SZ x DS2 NZ x DS3 SZ x DS4 SZ x DS5 SZ x 6 U4 U6 5V 24V 42 12 0 TRIGGER 2 DRIVER 242222402200 J210 lt T 9 0 TRIGGER CLOCK NEN 42 14 O REMOTE ON Z DS7 15 415V 24 24V 2 FROM di4 PAGE 1 WHS J1 8 J1 22 J1 15 J1 9 J1 21 U9 J2 4 U8 O READY BUFFER 42 1 TRIGGER ACKNOWLEDGE e Co J J2 2 J2 13 J2 15 Q6 DIEN R33 DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 90312
52. AL 2_ TO SHT 8 O O SIGNAL 2 TO AEC INPUT 45V 2 0 D34 START 3 J2 2 B J6 2 J3 4 J10 15 5 15 O 0 START 3 CONNECTORS J1 J4 12 2 0 12V PT RAMP o gt e NEXT PG J24 16 4 Dd wes 8 E J5 10 FROM RIGHT 3_ B RIGHT 3 36 2 6 6 6 24V J10 1 5 1 anle 200 MIDDLE 3_ gt 2 MIDDLE 3 13 7 PT STOP 0 J6 8 iska Bb gt ao 16 10 START3 gt 0 RESET START SIGNAL 3_ TO SHT 8 SIGNAL 3 RIGHT RIGHT 42 12 16 12 J10 19 J5 19 2 0 2 2 o START 4 MIDDLE 3 gt o MIDDLE 21 JW32 RIGHT 4 gt 254 Ele RIGHT4 LEFT3 gt o LEFT TP1 FROM jippie a y 55 KS SIGNAL o CHAMBER O P J10 13 J5 13 TP2 D26 SHT 7 A J2 18 16 18 2 2 4 B LEFT 4 J10 17 J5 17 2 7 J2 20 J6 20 O O 03 SIGNAL 4 TO SHT 8 0 0 SIGNAL 4 JW34 4500V lt 76 500 V TP5 V O J4 2 J10 11 I J5 11 S 3200 gt 9 300 V 48 D30 x 445 V gt 12 J10 16 J5 16 JW35 J4 5 O 24V D32 O 12V a 12V 4 JW36 24 2 0 24V TP5 ma START 4 gt 1000V J4 9 RIGHT 4 RIGHT MIDDLE 4 gt MIDDLE LEFT4 gt 0 LEFT SIGNAL 4 amp o CHAMBER O P GENERATOR INTERFACE BOARD AEC BOARD AEC INTERFACE BOARD THIS SHEET APPLIES TO AEC BOARD ASSEMBLY 734654 WHICH Tem o
53. AL SWITCH INPUT CC CC U51 U25 7 FOR INDICO 100 SP UNITS 7 FUTURE USE 12 5 46 5 jum D4 6 B BUFFER G BUFFER P g 7 20 Ds 2 24V 24V 2 N N a a f 6 5 5 2 2 R127 DATA BUS EL DO D7 GENERATOR INTERFACE BOARD 12V ON OFF JUMPER POSITION 2 R amp FGENERATORS WITH THERMAL SWITCH 3 2 1 JW40 NO JUMPER FITTED RAD GENERATORS NO THERMAL SWITCH D42 THERMAL JUMPER JW4 PINS 2 3 OFF SZ CUTOFF 4 x OPEN J2 4 R40 Q10 zl e CC v 7 lt 12 423 l D26 THERMAL SWITCH ON ME 5 TUBE 1 TUBE 2 MISMATCH amp QN THERMOSTAT OPEN SIGNAL TO TELLBACK LOGIC R7 CIRCUIT 5 U9 U10 R84 45V 45V E el TS 07 2 5 2 FOR TUBE 1 TUBE 2 00 2 z j SOLENOID DRIVE SEE I TUBE 1 TUBE 2 SELECT DS5 DS6 MD 0788 PAGE 1 SIGNAL FROM MD 0788 NAR NR PAGE 3 TUBE TUBE TUBE 1 TUBE 2 SELECT 2 4 COMMAND FROM MD 0788 2 TUBE 1 TUBE 2 RELAY CONTACTS SHOWN IN TUBE ecl POSITION 1 SELECTED V i J11 2 J4 19 J4 19 R38 PAGE 1 U35 3 412V DECODER DEMULTIPLEXER R28 J12 J8 2 J2 5 J3 5 5 J1 1 a J8 1 12 13 20 LJ e 4 V OPTO COUPLER ON TUBE 2 SELECTED POWER INPUT BOARD H T TANK AUXILIARY BOARD CONTROL BOARD GE
54. ATH M 51 ANODE hs r ANODE R MIDDLE I MIDDLE l SELECT J1 shell SELECT J3 shell R13 RN7 RN7 o GROUND R14 RNB RNB o GROUND Jri pra eas lt i me U2B U3B cc J11 5 2 J13 5 RIGHT RIGHT 9 ANODE L ANODE L SELECT 711 6 3 SELECT 136 J11 3 J13 3 LEFT R27 RNe RN9 111 4 LEFT R28 RN10 RN10 J13 4 gt 1 O SELECT J11 1 mE n SELECT 34 Fia A E 3 a p Jit 2 CATH R dii 3 52 8 1 4 J13 2 CATH R U8A J11 7 U9A J13 7 cO N CH 1 CH 3 cc SELECT SELECT CH 1 CH3 OUT NEXT PG NEXT PG AEC CH 2 AEC CH 4 LEFT LEFT SELECT SELECT RIGHT R43 RNI1 RN11 Be o RIGHT R44 RN12 RNI2 352 NODE Wy SELECT aan oe J2 5 CATH L SELECT LI i MM 45 lt E J ANODE M lt Ap a JS ANODE USB 466 CATH M vB J59 CATH M 22 r ANODE R i 22 m 51 ANODE MIDDLE WM 08 MIDDLE ilb ul SELECT J2 shell SELECT J4 shell R51 RN13 RN13 o GROUND R52 14 RN14 o GROUND s E 8 T wm ue ma adi 3 4 E 3 4 5 8 1 U16A U17A LO cO RIGHT J ANODE RIGHT lz 429 ANODE L SELECT J126 SELECT 146 Y J42 3 v J14 3 LEFT R57 15 RN15 112 4 0 09 LEFT R58 RN16 RN16 114 4 ANODE M SELECT a 3 8 9
55. CATH M SELECT E 9 9 CATH M 9 ANODE R im me L o ANODE R CO woe Qe LC U16B J12 7 U17B J14 7 CH 2 cr CH 4 i cr SELECT SELECT 2 CH 4 oa OUT NEXT PG NEXT PG THIS SHEET APPLIES TO AEC BOARD ASSEMBLY 737992 THIS DESIGNATES ANALOG SWITCH THESE ARE L C SWITCHES PAGE SHOWS THE INPUT CIRCUITS THE SIGNAL PROCESSING _ THAT ARE SWITCHED ON OFF BY APPLYING THE APPROPRIATE DRAWN DATE CIRCUITS ARE CONTINUED ON THE NEXT PAGE LOGIC LEVEL 0V OFF 5V ON G SANWALD pastum JUN 2000 par MEME REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS L mE JUN 2000 MD 0757 REV J SHEET 3 OF 10 Use and disclosure is subject to the restrictions on the title page of this CPI document 8 7 6 co co 2 2 z 1 2 3 DS4 NZ 053 NSZ DS2 NZx J1022 J5 2 R67 CHAMBER 4 SELECT O O elle om lo CHAMBER 3 SELECT Jo CHAMBER 2 SELECT o O J10 5 i J5 5 R64 CHAMBER 1 SELECT O z J10 6 J5 6 6 START 4 D28 J10 7 J5 7 R63 RIGHT FIELD SELECT 0 LL 10 R62 MIDDLE FIELD SELECT 08 6 10 R61 FEFT FIELD SELECT 01 7 FROM 12V 5V PAGE 1 7 5 V REGULATOR J10 13 J5 13 TP6 TP7 J10 17 J5 17 1 T I J5 11 V O O 2120 TP4 2 TP3 10 1 1 PT RAMP 08 000 eL PT STOP d GENERATOR INTERFACE BOARD THIS SHEET APPLIES TO AEC B
56. D ANODE OVERVOLTAGE SEE MD 0761 PG 2 1 1 SIGNAL TO MD 0760 PG 2 HV ON SIGNAL 5 D80 D81 D82 CATHODE OVERVOLTAGE U37 TO MD 0767 PG 1 j NZ SIGNAL TO MD 0760 PG 2 m INV 3 INV 2 INV 1 A D 8 D69 e Z CONVERTER U33E SZ x kV S i i J14 1 26 JAUNE INVERTER1 je FAULT LATCH amp LOGIC INVERTER U39B U35F M HIGH KV DETECTOR ANDLATCH HY ees ee e i LEUTEN HV ON DETECTOR M J15 1 CIRCUIT U30C P d r I JW3 l e FAULT DETECTOR T3 U36 D83 ETC D63 2 o U30D Q6 ETC FAULT LATCH amp 2 INVERTER FAULTSIGNALS AE 1 125kV 150kV FX LOGIC INVERTER FAULT Ju FROM PAGE 2 v U39C U35E I T4 U37 D84 ETC JUMPER POSITION We m 5 1 0390 U35E 125kV GENERATORS JUMPER 125kV 087 089 U35C 150 kV GENERATORS sss 1 FAULT LATCH amp FAULT DETECTOR D48 5 D LOGIC INVERTER U39D U35D T5 U38 D85 ETC D86 2 c Rae U22 P J10 7 7 R45 D A 3 gt UTERA RIRA 7 00 2 RA 0 INCLUDES U13B U21A x 3 1 0 R106 G imu H44 U13A N FP 126 1495 gt 509 RIOT rw K l l l l 1 vco T V U13B ET 5 2 1
57. D MODE NOT USED ON ALL MODELS REFER TO MD 0786 FOR DETAILS N 14 DS9 LIT CONTACTOR CLOSED DS10 LIT CONTACTOR NOT CLOSED 15 DS34 LIT GENERATOR ON COMMAND ISSUED CONSOLE PASSED ALL SELF TESTS DS35 LIT GENERATOR ON COMMAND NOT ISSUED DURING CONSOLE SELF TESTS OR IF SELF TESTS FAILED 16 DS22 LIT FLUORO SELECTED DS23 LIT RAD SELECTED 17 DS2 LIT PULSED FLUORO LOW POWER MODE DS4 LIT HIGH POWER RAD MODE SEE 13 18 D1 LIT INDICATES OR 12 VDC FAULT OR SOFT START FAULT 19 THE VOLTAGE WAVEFORMAT THIS TEST POINT IS DEPICTED IN FIGURE 1 BELOW 18 us 4 V FIGURE 1 k _ PRAN G SANWALD DC BUS amp POWER 1 10 2000 DES MFG AUTH HM omana MD 0788 REV AB Use and disclosure is subject to the restrictions on the title page of this CPI document T2 F5 SS 02 77 J17 1 17 2 I 2 6 _ _ I r 7 T aaa TENENS S3 eo 9 i is LOCKOUT NORMAL I o grece es _ nu T amp I nt VDC SUPPLY FOR x J o D4 24 4 Q2 all 27 ss SYSTEM ON OFF Ps a EN SEE MD 0788 PAGE 4 ml oo
58. DC BUS FOR INVERTER SEE MD 0788 SHEET 1 2 DUAL SPEED DC BUS FOR STARTER POWER INPUT BOARD POWER INPUT BOARD TO TUBE 1 TUBE 2 STATOR TERMINALS SEE MD 0764 SHEET 1 AND CHAPTER 2 OF SERVICE MANUAL 3 PHASE ASSEMBLY 732161 SCH 732159 LOW SPEED ROTOR BOARD FROM J4 AUXILIARY ASSEMBLY 732752 BOARD SHEET 2 SCHEMATIC 732750 1 PHASE ASSEMBLY 733798 SCH 733796 J4 TO T2 ROOM I INTERFACE E17 J3 E TRANSFORMER E SEE MD 0788 E21 TO T1 POWER SUPPLY J6 SHEET 1 2 5 AUXILIARY TRANSFORMER J5 SEE MD 0788 SHEET 1 2 re TO J5 OF HT TANK SHEET 2 J7 J8 J9 J10 120 VAC TO FAN S AC MAINS INPUT SEE MD 0788 SHEET 1 REFER TO CHAPTER 2 FOR FUTURE USE OF SERVICE MANUAL SEE MD 0788 SHEET 1 OPTIONAL POWER OUTPUTS SEE MD 0788 SHEET 1 2 PRAWN SANWALD EA oe _ INDICO 100 DES AMFG MUTH L FOSKIN 02 MAR 2004 MD 0843 REV H SHEET 1 OF 4 Use and disclosure is subject to the restrictions on the title page of this CPI document FROM J1 OUTPUT CURRENT SENSE TRANSFORMER ON RESONANT BOARD SHEET 3 Ear J9 us INVERTER DRIVE SHEET 3 FROM J10 GENERATOR CPU BOARD SHEET 4 CONTROL BOARD ASSEMBLY 732816 SCHEMATIC 732814 J14 FROM INVERTER FROM J3 GENERATOR P J15 BOARD S SHEET 3 CPU BOARD SHEET 4 J16 J3 J8 7 6 4 TO TUBE 1 TUBE 2 STATOR TERMINALS SEE MD 0765 SHEET 1 AND CHAPTER 2 OF SERVICE MANUAL FILAMENT SUPPLY FILAMENT SUPPLY BOARD BOARD ASS
59. DIGITAL CHECKED INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL CHECKED 051 KVR DES MFG MAUTH FOR DETAILS REGARDING THE CONNECTIONS TO J1 J2 J3 J4 J10 J11 J12 J13 AND J14 MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document U10 p EE J3 4 225 O 13 6 12 7 18 2 DRIVER 5 19 13 7 12 4 8 3 43 8 18 4 18 5 13 5 o CPLD J3 14 J8 6 FROM 5 PAGE 1 J8 7 J8 8 m 5V 5V J8 10 2 J10 9 J8 12 J10 18 J8 16 J10 19 J8 18 J10 7 J8 19 J11 4 J10 20 24V J10 21 J10 22 4 1 J10 23 Hage 3 2 DS3 od 83 1 4 LO 24V 2 24 4 1 4 1 e Beg SZ 012 2 as 085 d DS9 1 4 J10 8 gt 24 xx 1 4 1 2 JW2 9 a 057 DS17 LL J12 14 Nx P 0 DIGITAL 10 THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 902724 THE CIRCUITS FOR THIS BOARD ARE SPLIT BETWEEN SHEETS 16 17 AND 18 DRAWN DATE G SANWALD 16 MAY 2000 DIGITAL CHECKED va INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL CHORD kn FOR DETAILS REGARDING THE CONNECTIONS TO J1 J2 J3 J4 J10 J11 J12 J13 AND J14 ae soc MD 0767 REV M L FOSKIN 17 MAY 2000 SHEET 17 OF 19 Use and disclosure is subject to the restrictions on the title page of this CPI document J13 1 U10 J13 2 010 12 010 13 010 24 J10 25 J8 1 483 U19 J8 4 J11 5 55 NEM Da 1
60. DING ON MODEL ONE TWO OR THREE INVERTER BOARDS WILL BE USED INTERCONNECT oe INDICO 100 02 MAR 2004 DES MFG AUTH L FOSKIN MD 0843 REV H Use and disclosure is subject to the restrictions on the title page of this CP document TO J2 CONTROL TO J1 CONTROL BOARD SHEET 2 BOARD SHEET 2 TO DAP CHAMBERS SEE MD 0828 AND CHAPTER 3F OF SERVICE MANUAL AEC BOARD OPTIONAL TO OPTIONAL REMOTE FLUORO CONTROL ASSY 728399 SCH 728401 EE MD 07 ASSY 733347 SCH 733345 P 2 ASSY 734614 SCH 734612 J2 J3 ASSY 734630 SCH 734628 GENERATOR CPU BOARD ASSY 737992 SCH 737990 DAP INTERFACE BOARD ASSEMBLY 734573 ASSY 737998 SCH 737996 OPTIONAL SCHEMATIC 734571 ASSEMBLY 735992 SCHEMATIC 735990 REFER TO MD 0757 SERIAL AND CHAPTER 3D COMMUNICATIONS OF SERVICE MANUAL PORT ACTIVE DOSE REDUCTION TANK OPTIONAL J3 TO J15 GENERATOR INTERFACE BOARD 24 VDC 110 VAC 220 VAC DIGITAL INTERFACE BOARD OPTIONAL SEE NOTE ROOM INTERFACE BOARD ASSY 733752 SCH 733750 2 ASSY 733947 735921 SCH 733946 SEE NOTE3 FOR FUTURE USE ASSY 735406 SCH 735404 ASSY 736153 SCH 736151 J14 ASSY 736894 SCH 736892 SEE NOTE 1 C J17 TOA EG SEE ASSY 737950 SCH 737948 MD 0757 SHEET 1 J16 REFER TO MD 0767 0 AND DIGITAL IMAGING J13 J3 SUPPLEMENT IN FRONT OF SERVICE MANUAL E J5 FROM X RAY TUBE THERMAL SWITCH GENERATOR INTERFASE BOARD 1 m n TOT FROM T2 ROOM INTERFACE TRANSFOR
61. ECTED MATCHES THE TUBE THAT WAS INTERLOCKS amp GHEGKED TUBE 1 TUBE 2 TELLBACK DES MFG AUTH MO O787 REV G SHEET 2 OF 2 Use and disclosure is subject to the restrictions on the title page of this CPI document REFER TO PAGE 10 FOR LOGIC LEVELS NOTES ETC REFERENCED BY HEXAGONAL SYMBOL CJ GAIN CONTROL SIGNAL FROM MD 0758 U25 U23 2 J d 1 2 i dida a oe BUFFER amp DATA LATCH J12 5 DRIVER 200 20 O1 2 11 4 A D CONVERTER T 2 J11 1 GENERATOR INTERFACE BOARD DATA BUS DO D7 GENERATOR CPU BOARD Use and disclosure is subject to the restrictions on the title page of this CP document U46 4 SZ 5 U18 D A o gt U14C 0 J14 6 N S nme 19 0 14 7 RSS 0J14 14 0J14 3 NOT USED AT THIS TIME 24V 12V J10 13 J10 19 J10 16 J10 11 24V 12V 4 CH 4 SELECT J1 0 2 4 CH 3 SELECT J10 3 2 CH 2 SELECT J10 4 9 CH 1 SELECT J1 0 5 5 R FIELD SELECT 7 5 M FIELD SELECT 208 5 FIELD SELECT J10 9 CONTINUED 7 START 410 6 ON FOLLOWING j PAGES 5V 5V N 8 O O R86 6 PTSTOP J10 1 Q5 C i 18 tc PTRAMP J101 5 PTREF J10 10 N oc J10 17 12V OJ14 1 THIS INTERFACE NO LONGER USED DRAWN DATE G SANWALD JUN 2000 MD 0757 REV J SHEET 1 OF 10 AMFG MAUTH L w JUN 2000
62. EMBLY 731407 ASSEMBLY 731407 SCHEMATIC 731405 SCHEMATIC 731405 AUXILIARY BOARD ASSEMBLY 732221 SCHEMATIC 732219 SOME MODELS WILL HAVE ONLY ONE FILAMENT SUPPLY BOARD DUAL SPEED STARTER BOARD OPTIONAL ASSEMBLY 728877 SCHEMATIC 728875 J4 OL C7 ie ie 1 FROM T1 POWER SUPPLY AUXILARY TRANSFORMER 9 X RAY TUBE HOUSING GROUNDS TO J4 POWER INPUT INTERNAL SYSTEM GROUNDS BOARD SHEET 1 TO K1 ON RESONANT BOARD SHEET 3 DATE mE FROM THERMAL SWITCH ON 17 G SANWALD N DIAGRAM CHECKED __ INDICO 100 Use and disclosure is subject to the restrictions on the title page of this CPI document FROM J11 POWER INPUT BOARD SHEET 1 INVERTER SHEET 3 SEE MD 0787 NOT USED DES MFG AUTH L FOSKIN 02 MAR 2004 MD 0843 REV H SHEET 2 OF 4 INVERTER BOARD ASSEMBLY 731804 SCH 731802 ASSEMBLY 732813 SCH 732811 FROM 2 AUXILIARY 13 CONTROL BOARD SHEET 2 BOARD SHEET 2 toy TO J2 AUXILIARY THERMAL SWITCH BOARD SHEET 2 R amp F UNITS ONLY CONTROL BOARD ASSEMBLY 732816 SCHEMATIC 732814 RESONANT ASSEMBLY R F ASSEMBLY 732964 SCH 732962 RAD ASSEMBLY 732808 SCH 732806 J3 J8 J4 J6 LL COC C INVERTER BOARD ASSEMBLY 731804 SCH 731802 ASSEMBLY 732813 SCH 732811 INVERTER BOARD ASSEMBLY 731804 SCH 731802 ASSEMBLY 732813 SCH 732811 HT TANK E17 E18 mA mAs PORT DEPEN
63. ENERATOR IS SWITCHED ON A SOFT START FAULT ENERGIZES K1 ON THE AUXILIARY BOARD DE ENERGIZING K1 ON THE POWER INPUT BOARD THIS WILL INHIBIT FURTHER DC BUS CHARGING LOW APPROXIMATELY 0 VDC TUBE 2 SELECTED HIGH APPROXIMATELY 12 VDC TUBE 1 SELECTED LOW APPROXIMATELY 0 VDC FLUORO FAN S ON HIGH APPROXIMATELY 12 VDC FLUORO FAN S OFF FAN S ARE SWITCHED ON DURING PULSED OR CONTINUOUS FLUORO OPERATION AND REMAIN ON FOR APPROXIMATELY 20 MINUTES AFTER SWITCHING TO RAD MODE LOW INDICATES CONTACTOR CLOSED SEE 3 THE CONTACTOR CLOSED SIGNAL OCCURS APPROXIMATELY 10 SECONDS AFTER INITIAL GENERATOR TURN ON ASSUMING NORMAL DC BUS CHARGING HIGH APPROXIMATELY 12 VDC RAD PULSED FLUORO MODE LOW APPROXIMATELY 0 VDC CONTINUOUS FLUORO MODE USED ON R amp F GENERATORS ONLY HIGH APPROXIMATELY 12 VDC PULSED FLUORO LOW POWER MODE LOW APPROXIMATELY 0 VDC HIGH POWER RAD MODE NOT USED ON ALL MODELS REFER TO MD 0786 FOR DETAILS 24 VDC APPROXIMATELY ENERGIZES K1 AND OR K2 ON THE POWER INPUT BOARD INITIATING THE POWER ON SEQUENCE SEE 4 HIGH APPROXIMATELY 5 VDC TUBE 2 SELECTED LOW APPROXIMATELY 0 VDC TUBE 1 SELECTED HIGH APPROXIMATELY 5 VDC RAD PULSED FLUORO MODE LOW APPROXIMATELY 0 VDC CONTINUOUS FLUORO MODE USED ON R amp F GENERATORS ONLY HIGH APPROXIMATELY 5 VDC PULSED FLUORO LOW POWER MODE LOW APPROXIMATELY 0 VDC HIGH POWER RA
64. EXPOSURE ENABLE COMMAND FROM PAGE 1 GENERATOR CPU BOARD Use and disclosure is subject to the restrictions on the title page of this CPI document TUBE 1 TUBE 2 MISMATCH amp THERMOSTAT OPEN SIGNAL FROM MD 0787 AUXILIARY BOARD MD 0760 PAGE 2 KV ENABLED DETECTOR CKT ENABLE COMMAND TO MD 0764 l DETECTOR CKT U11B U10C GENERATOR READY U10A Q6 037 ETC pco L ad S 2 25 Zs 25 ae ace J1 16 RN1H X RAY REQUEST DETECTOR 0 ox 17 2 5 I Ut1D RNZ ETO l 41 1 al d a s rot t J1 35 4 I TP12 01 Jj TT RN1G I X RAY REQUEST I SZ SZ DETECTOR TP14 D L LOGIC OR NOR Zk L CIRCUITS U10B 014 1 Q4 Q13 D91 ETC Rm E 1 E Y ls s s c CONTROL BOARD RESET COMMAND TO MD 0759 PAGE 1 amp H T TANK PREP COMMAND TO MD 0764 amp MD 0765 J1 3 CONTINUED ON PAGE 3
65. FET SWITCHES SWITCHES MOSFET j MOSFET DRIVE PULSES SWITCHES SWITCHES FROM PAGE 1 REFER TO E2 560 650 VDC J1 1 51 4 MD 0786 CONTROL BOARD INVERTER BOARD 3 H T PRIMARY CURRENT J13 1 INDICO 100 GENERATORS USE ONE TWO OR THREE INVERTER SENSE TO DIOE MODULES DEPENDING ON GENERATOR OUTPUT POWER 3 RESONANT BOARD PRAWN G SANWALD KV CONTROL amp CHECKED BLAKE 18 MAY 2000 FEEDBACK DES MFG AUTH L FOSKIN 18 MAY 2000 MD 0759 REV E Use and disclosure is subject to the restrictions on the title page of this CPI document c uum uum uum uum J2 CATHODE aic cic ee E LUC I E DEM CC ER CQ ER EE SED M Ra 011 H e 205099 Q l gt o On Or gt lt Inm 2 lt T X lt lt 2 lt O gt m d Om l IS E EE uc Abc E E NM T E j MCN d lt 8 po uu EP n TO J9 8 TO J9 7 TO J9 5 TO J9 6 KV FEEDBACK SIGNAL TO PAGE 1 FROM PAGE 2 PART OF H V OIL TANK RESONANT BOARD ONE T
66. IVER quer s ERO Jiz CIRCUITS C A R7 gt 2 Eo U1 U2 USA U J1 10 J1 12 J1 16 J1 18 DS3 EXPOSURE IN PROCESS EIP gD DS4 GENERATOR PREPPED non cn LEE Jt 19 DS7 RAD HANGMODE DS8 BUCKY START DS9 X RAY ON U8 J1 9 J1 21 BUFFER J1 23 U9 24V BUFFER 5 1 11 24V 4 5 DS5 J2 10 e M R3 BUCKY IN MOTION 4 2 DS6 J2 25 L j R5 R6 SPARE INPUT DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 736153 REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL DIGITAL FOR DETAILS REGARDING THE CONNECTIONS TO 3 2 J4 INTERFACE 17 MAY 2000 SHEET 7 OF 19 KVR DES MFG AUTH vwwae MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document 5 15 U1 24V U12 J1 11 BLADI J2 8 F1 13 16 0 38 RATE 4 J2 21 43 17 J1 13 7 DRIVER i 2 RATE 2 J2 9 24V J3 1 7 le w N DS41 RATE 3 J2 22 9 13 J3 2 J1 1 w 0543 SPARE I P 2 23 J2 1 J3 3 U9 gt SELECT DIGITAL RADIOGRAPHY J3 8 J2 2 J3 4 A5V 0516 SELECT TOMO J3 27 J2 3 J3 5 SPARE INPUT 1 189 12 4 43 6 S Seve DS20 SPARE INPUT 2 J3 28 J2 5 13 7 ER TER 0621 MAGMODEO
67. MER SEE MD 0788 NOTE 1 4 CONNECTS TO J5 ON THE 23 X 56 AND THE 31 X 42 CM CONSOLE AND TO J2 ON THE TOUCH SCREEN CONSOLE SHEET 4 J16 CONNECTS TO J8 ON THE RAD ONLY CONSOLE NOTE 2 J17 CONNECTS TO AN EXTERNAL EMERGENCY POWER OFF SWITCH AND ALSO SUPPLIES POWER FOR DRAWN DATE AN INSTALLER SUPPLIED POWER DISTRIBUTION RELAY REFER TO MD 0788 SHEET 4 MD 0762 SHEET 1 G SANWALD idi AND TO CHAPTER 2 OF THE SERVICE MANUAL FOR DETAILS CHECKED INDICO 100 NOTE 3 J7 AND J8 ARE ABS INPUTS REFER TO MD 0758 AND TO CHAPTER 3E OF THE SERVICE MANUAL MD 0843 REV H FOR DETAILS L FOSKIN 02 MAR 2004 SHEET 4 OF 4 Use and disclosure is subject to the restrictions on the title page of this CPI document K5 O REFER TO PAGE 5 FOR LOGIC LEVELS e d F5A NOTES ETC REFERENCED BY B O I O HEXAGONAL SYMBOL 3 PHASE AC PHASE3 I MAINS INPUT NEUTRAL O GROUND 12V BUS CHARGED F2 T SENSING I DISCHARGE JW3 CIRCUIT CIRCUIT m R5 R8 01 010 1 iu 57 22 2 y FITTED 5 1 s Q a L 27 J4 10 0 ETE Ds us fue X EN BUS 5 5 12V 12V OK OK m 12V 151 oD JUMPER NOT SOFT START i c i
68. MPER XZ POSITION 2 3 LARGE SMALL TO2 1V 10 20 30 CURRENT SINK U19 U16 BUFFER AND 2 J10 17 DRIVER J10 36 5V V U27 DATA LATCH OPTO COUPLER U24 ON SMALL FOCUS SELECTED J10 8 BUFFER 5 1 RN6E DATABUS 4 2 D0 D7 J10 27 GENERATOR CPU BOARD REFER TO PAGE 4 FOR LOGIC LEVELS NOTES ETC REFERENCED BY HEXAGONAL SYMBOL Use and disclosure is subject to the restrictions on the title page of this CPI document J 5 5 65 JW1 SELECTS MAXIMUM 2 8 JW1 o1 02 FILAMENT CURRENT 5 5 5 OR 6 5 AMPS BUFFER amp J2 9 CURRENT LIMIT ERROR 1 CIRCUIT AMPLIFIER amp DRIVER CIRCUIT FILAMENT FAULT C22 TO MD 0761 PAGE 2 BUFFER AMPLIFIER amp J5 4 FILAMENT FILAMENT CURRENT CURRENT RMS SMALL FILAMENT DRIVE FEEDBACK SIGNAL COMPARATOR CONVERTER J4 J5 3 CONTINUED ON PAGE 2 SM TO PAGE 2 CIRCUIT FILAMENT SUPPLY BOARD SMALL HV MA FAULT J2 6 5 5 65A SELECTS MAXIMUM i FROM MD 0761 JWi o1 o2 FILAMENT CURRENT Tor 550R6 5AMPS 1 J2 9 CURRENT LIMIT ERROR 1 CIRCUIT AMPLIFIER amp HH DRIVER CIRCUIT C22 BUFFER AMPLIFIER amp T J5 2 FILAMENT FILAMENT CURRENT CURRENT RMS LARGE FILAMENT DRIVE FEEDBACK SIGNAL COMPABATOR CONVERTER J8 J5 1 CONTINUED ON PAGE 2 LG TO PAGE 2 J2 1 CIRCUIT FILAMENT SUPPLY BOARD LARGE INDICO 100 GENERATORS WITH OPTIONAL TWO
69. NERATOR CPU BOARD REFER TO MD 0763 ROOM INTERFACE FOR INTERLOCKS ACCESSED VIA THE ROOM INTERFACE BOARD REFER TO PAGE 2 FOR TUBE THERMAL SWITCH CONNECTIONS AT THE STATOR TERMINAL BLOCK INTERLOCKS amp TUBE 1 TUBE 2 8 MAY 2000 __ TELLBACK DES MFG AUTH L FoskIN 18MAY2000 MD 0787 REV G Use and disclosure is subject to the restrictions on the title page of this CPI document TUBE 1 STATOR TERMINAL BLOCK TUBE 1 THERMOSTAT TO T1 ON MD 0763 PAGE 1 THERMAL NOTE SWITCH REFERENCE REMARKS LOW APPROXIMATELY 0 VDC TUBE 2 SELECTED HIGH APPROXIMATELY 10 VDC TUBE 1 SELECTED LOW APPROXIMATELY 0 VDC TUBE 2 SELECTED HIGH APPROXIMATELY 12 VDC TUBE 1 SELECTED 056 LIT INDICATES TUBE 1 SELECTED 095 LIT INDICATES TUBE 2 SELECTED NEITHER LED LIT INDICATES A MISMATCH BETWEEN THE br oon TUBE THAT HAS BEEN REQUESTED AND THE TUBE THAT HAS ACTUALLY BEEN SELECTED SEE 5 istic 4 LOW APPROXIMATELY 0 VDC INVERTER THERMAL SWITCH CLOSED OR JUMPERED VIA JW4 HIGH APPROXIMATELY 12 VDC THERMAL 00 INVERTER THERMAL SWITCH OPEN OR JW4 JUMPER OMITTED ON RAD GENERATORS SWITCH 5 REQUESTED FOR EXAMPLE IF TUBE 2 WAS REQUESTED BY THE CONSOLE BUT TUBE 1 WAS ACTUALLY SELECTED BY THE H T TANK GENERATOR INTERFACE BOARD THE LOGIC CIRCUIT WILL INDICATE A FAULT CONDITION NEM THE TUBE 1 TUBE 2 TELLBACK LOGIC CIRCUIT ENSURES THAT THE TUBE ACTUALLY SEL
70. OARD ASSEMBLY 737992 THIS PAGE SHOWS THE SIGNAL PROCESSING CIRCUITS THE INPUT CIRCUITS ARE SHOWN ON THE PREVIOUS PAGE REFER TO CHAPTER 3D FOR INSTALLATION AND CALIBRATION DETAILS Use and disclosure is subject to the restrictions on the title page of this CPI document INVERTING BUFFER co H35 o7 o R38 oo 42 oo CH 1 SELECT 7 R59 R1 o7 o CH2 C31 SELECT 7 E I R60 1 pe CH3 lt SELECT 7 o R3 CH4 SELECT 7 84 AEC BOARD 2771 DESIGNATES ANALOG SWITCH THESE ARE I C SWITCHES 79 THAT ARE SWITCHED ON OFF BY APPLYING THE APPROPRIATE LOGIC LEVEL 0V OFF 5V ON CH 1 OUT CH 4 SELECT 090 n CH 3 SELECT CH 2 SELECT CH 1 SELECT RIGHT SELECT MIDDLE SELECT CH 2 OUT FROM PREVIOUS LEFT SELECT PAGE CH 3 OUT FROM PREVIOUS PAGE E 5 3 i U12B or tc CH 4 OUT L FROM PREVIOUS PAGE r bs 1 SAMPLE amp HOLD DRAWN DATE SANWALD 02 JUN 2000 CHECKED pss 02 JUN 2000 MD 0757 REV J SHEET 4 OF 10 DES MFG AUTH L FOSKIN NO CONNECTION 2 9 TA e e 45V jJ jg 8 gt RIGHT DS1 NZx 052 SZ 093 XZ DS4NXZ SELECT MIDDLE J10 2 J5 2 61 2 any SELECT E CHAMBER 4 SELECT E eS CH 4 SELECT START J1 4 2 R40 CHAMBER 3 SELECT CH 3 SELECT 95 J10 4 J5 4 4 CHAMBER 2 SELECT
71. OLE BOARD INDICO 100 L FOSKIN 9 2002 SHEET 2 OF 2 Use and disclosure is subject to the restrictions on the title page of this CPI document
72. OMMAND NOT RECEIVED OR CONTACTOR IS NOT CLOSED LOW APPROXIMATELY 0 VDC TUBE 2 SELECTED HIGH APPROXIMATELY 12 VDC TUBE 2 DESELECTED THIS CONDITION DEFAULTS TO TUBE 1 DS1 LIT INDICATES AN INVERTER CURRENT FAULT POSSIBLE CAUSES INCLUDE INCORRECT DIP SWITCH SETTINGS FOR THE TUBE IN USE SEE ON PAGE 1 INCORRECT STATOR IMPEDANCE OR DEFECTIVE STATOR CABLE 6 K4OPENCIRCUITS THE STATOR COMMON LEAD AT ALL TIMES THAT THE DUAL SPEED STARTER IS IN STANDBY MODE LOW APPROXIMATELY 0 VDC NO STATOR FAULT HIGH APPROXIMATELY 12 VDC STATOR FAULT LOW OR NO STATOR CURRENT 8 DS20 LIT INDICATES NORMAL STATOR CURRENTS 0521 LIT INDICATES STATOR FAULT OR DUAL SPEED STARTER IS IN STANDBY MODE DRAWN DATE G SANWALD 30 MAR 2000 DUAL SPEED CHECKED STEVE BLAKE 30 MAR 2000 STARTER DES MFG AUTH MD 0 65 REV E SHEET 2 OF 2 Use and disclosure is subject to the restrictions on the title page of this CPI document REFER TO l MD 0759 T PAGE 2 FLUORO CONTACTOR RIVE 12 CIRCUITS Dael APPLICABLE TO R amp F i GENERATORS ONLY 1 MODE J2 2 NE J2 2 FROM J1 5 AUXILIARY R79 B 0 BOARD SEE MD 0788 E Q5 u i J23 J x l RAD ONLY UNITS ARE FITTED WITH A JUMPER FROM 088 RESONANT BOARD AUXILIARY BOARD R amp F GENERATORS ONLY
73. PLY ai o CIRCUITS I U12 U18 U20 1 D3 D7 L1 ETC THESE ITEMS ARE 300 VAC USED ON THE RAD ONLY 0 0 FLUORESCENT LAMP CONSOLE ONLY 6 BENE l Q1 Q2 1 C36 ETC das maman mamaq mamam mamam mamani mamaq romani maman maman maman DRAWN DATE OMAR 2000 DC BUS amp POWER 1 0 10 MAR 2000 CONSOLE BOARD RAD ONLY CONSOLE LCD DISPLAY ASSEMBLY DES MFG AUTH Do mw MO 0788 REV AB Use and disclosure is subject to the restrictions on the title page of this CPI document NOTE HEFERENCE kakak As THIS VOLTAGE WILL BE APPROXIMATELY 0 VDC WHEN THE DC BUS CAPACITORS ARE NOT CHARGED THIS WILL RISE TO APPROXIMATELY 6 VDC WHEN THE DC BUS CAPACITORS ARE FULLY CHARGED THE DC BUS CAPACITORS MUST CHARGE WITHIN APPROXIMATELY 0 25 SECONDS OF THE GENERATOR BEING SWITCHED ON IF THE DC BUS CAPACITORS DO NOT CHARGE NORMALLY THE SOFT START OK PROTECTION CIRCUIT ENERGIZES RELAY K1 SEE 4 AND INHIBITS OPERATION OF THE SOFT START DRIVER CIRCUIT SEE 3 LOW APPROXIMATELY 0 VDC COMMANDS THE MAIN CONTACTOR K5 ON THE POWER INPUT BOARD TO CLOSE HIGH APPROXIMATELY 12 VDC CONTACTOR OPEN THIS OUPUT WILL NOT SWITCH LOW IF THE DC BUS CAPACITORS ARE NOT CHARGED SEE 1 amp 2 K1 REMAINS DE ENERGIZED CONTACTS AS SHOWN IF NO SOFT START FAULT IS DETECTED THEREFORE K1 AND K2 ON THE POWER INPUT BOARD WILL ENERGIZE WHEN THE G
74. R 3D FOR INSTALLATION AND CALIBRATION DETAILS THE 24V OUTPUTS ON J1 TO J4 AND THE 12V OUTPUTS ON J1 TO J4 AND J11 TO J14 ARE NOT SHOWN ON THIS DIAGRAM THESE ARE DETAILED ON THE CONNECTOR PIN OUT TABLES IN CHAPTER 3D Use and disclosure is subject to the restrictions on the title page of this CPI document DESIGNATES A FACTORY CONFIGURED LOGIC OR SIGNAL LEVEL AEC BOARDS ARE CONFIGURED AT THE TIME OF ORDER TO BE COMPATIBLE WITH THE SPECIFIED AEC CHAMBER S FOR EXAMPLE THE START SIGNAL TO THE CHAMBER MAY BE FACTORY CONFIGURED TO BE ACTIVE LOW 0 V ACTIVE HIGH 12 V OR ACTIVE HIGH 24 V DRAWN DATE SANWALD 02 JUN 2000 CHECKED passa 02 JUN 2000 DES MFG AUTH L FOSKIN 300v AEC CH 1 300 500 V 45 V RESET START M FIELD SEL R FIELD SEL L FIELD SEL CHAMBER O P GROUND AEC CH 2 300 500 V 45 V RESET START M FIELD SEL R FIELD SEL L FIELD SEL CHAMBER O P GROUND 300 AEC CH 3 300 500 V 45 V RESET START M FIELD SEL R FIELD SEL L FIELD SEL CHAMBER O P GROUND AEC CH4 300 500 V 45 V RESET START M FIELD SEL R FIELD SEL L FIELD SEL CHAMBER O P GROUND MD 0757 REV J SHEET 2 OF 10 AEC CH 1 AEC CH 3 LEFT LEFT SELECT SELECT BEES apts 2 J5 ANODE L 25 aps 2 JZ ANODE L Jb L 545 CATH L lt 4 5 8 _ J5 ANODE lt 4S S JST ANODE U2A L ES J56 CATH USA IZS C
75. RETURN THIS LATCHES RELAY DRIVERS ON THE GENERATOR INTERFACE BOARD ENERGIZING K2 AND K3 AND POSSIBLY K1 DEPENDING ON JW1 SETTING SEE NOTE ADJACENT TO JW1 ON THIS DOCUMENT 2 MOMENTARILY PRESSING OFF CONNECTS THIS LINE TO 24 VDC RETURN THIS UNLATCHES RELAY DRIVERS ON THE GENERATOR INTERFACE BOARD DE ENERGIZING K2 AND K3 AND POSSIBLY K1 DEPENDING ON JW1 SETTING 3 DS1 LIT INDICATES THE PRESENCE OF THE 24 VDC SUPPLY SHOWN THIS 24 VDC SUPPLY WILL BE PRESENT IF THE GENERATOR IS CONNECTED TO A LIVE AC MAINS SUPPLY DRAWN DATE G SANWALD 02 JUN 2000 DES MFG AUTH MO 0762 REV H SHEET 2 OF 2 Use and disclosure is subject to the restrictions on the title page of this CPI document NOTE TB1 5 J2 15 J9 15 SPARE o o i o 4 20 1 E TABLE TB1 4 J2 16 J9 16 STEPPER o T m TB2 5 J2 13 9 13 _ NOTE m R53 U21 sak 0 ore 24 2 4 CONTACTS TB2 4 J2 14 J9 14 MET os fis V Lrg 30 20 1 5 TB2 7 J2 11 09 11 r R55 Zk es COLLIMATOR ES i R66 2 4 INTERLOCK TB2 6 J2 12 J9 12 R66 U29 k V R67 ala Dri TB3 5 J2 24 J9 24 ar y REMOTE TOMO mS SEE SELECT TB34 42 25 49 25 R23 TB3 7 J2 22 i J9 22 FAR LJ J TB3 6 J2 23 19 23 m sak I z VAISE 0 0 0 R21 TB4 4 J2 21 i J9 21 24V E V ROOM DOOR
76. REV SHEET 10 OF 10 Use and disclosure is subject to the restrictions on the title page of this CP document DIGITAL IMAGING ABS FROM MD 0767 PAGE 1 JW13 R43 JW23 OUT O 1 JW12 R62 R65 R27 JW23 0 TP15 JW21 0 0 1 JW4 C19 X O CC CC R120 R63 2 R42 R52 C r p S D13 11 R121 R64 R45 E R41 a Pse 0 U17A 3 5 Bp E iol gt Ji1 3 37 3 2 gt 22 CONVERTER 7 3 U17B U23D 0 0 st U17C lt 19 2 amp sa BL 4 JW25 PHOTO DIODE IN iiis PROPORTIONAL DC 7 c22 1 VIDEO INPUT amp AEC OUTPUT J7 7 A TP9 CONTROL SIGNALS 7 7 12 FROM DATA BUS DIGITAL tO ADDRESS REGISTERS POTENTIOMETER U24 U25 U49 TPI DATABUS DO D7 COMPOSITE VIDEO INPUT R49 O R47 13 gt 4 S U34 CC GAIN CONTROL SIGNAL DRIVER U17D TO MD 0757 REFER TO CHAPTER 3E OF SERVICE MANUAL FOR DETAILS ON x ABS INPUT CONNECTIONS V GENERATOR INTERFACE BOARD GENERATOR CPU BOARD REFER TO CHAPTER 3E OF SERVICE MANUAL TO DETERMINE REQUIRED JUMPER POSITIONS FOR THESE CONNECTORS NOTE REMARKS REFERENCE A DC VOLTAGE WILL BE PRESENT FROM TP8 TO TP9 OR GROUND AND FROM TP13 TO TP15 WHEN OPERATING WITH ABS ON THIS VOLTAGE WILL TYPICALLY RANGE FROM 0 5 TO 5 VDC AND WILL VARY DEPENDING ON THE NOMINAL DOSE VALUE IN THE ABS SETUP MEN
77. S MFG AUTH 35V 12V 12V R71 5V E fn U34 TP16 D31 J amp 5 dus 3 35V REGULATOR TP5 IE Z lt D28 12 FROM 44 1 1 2 wa Ig E L m 70 J6 2 17 2 947 i 0 J4 9 a REGULATOR D29 us o e REGULATOR N x P 11 U4 12 V V TO PAGE Lue E s J TO MD 0786 D30 ZN 7 42V 0 Patz C CON vata Jng R32 0 7 AUXILIARY BOARD DINZg 412V 4 12V SS FAULT 12V SS FAULT TO GENERATOR LLL Y CY spe x o Jos 265 12 85 FAULT TO GENERATO DUAL SPEED STARTER BOARD CONTROL BOARD SEE MD 0761 BUADSBEES STARTER I je CONTROL BOARD OPTIONAL LOW SPEED TO MD 0786 dee M P T STARTER IS STANDARD IN NM EM UC og INDICO 100 GENERATORS i D 9 35 MEC 52 0 JW1 pL LB 0122 3 o JUMPER POSITION Eo T o 17702 dC TUBE 1 TUBE 2 FLUORO RAD GENERATORS SELECT SIGNAL 0 JUMPER RAD 12V I 0765 RAD R amp F GENERATORS Po UP CLOSED JUMPER FLUORO ie 3 SIGNAL TO 12 MD 0765 12V __ 12V 12VDC SOFT START SOFT START FAULT SIGNAL 35V Tp 2 35V FAULT SIGNAL TO MD 0764 PAGE 1 FROM AUXILIARY BOARD PAGE 1 AUXILIARY BOARD FILAMENT BOARD ONE
78. SURE TERMINATED HIGH gt 10 VDC AEC START NOT REQUESTED LOW APPROXIMATELY 0 VDC AEC START REQUESTED 8 THE VOLTAGE AND MAGNITUDE OF THE RAMP AT THIS POINT SHOULD BE APPROXIMATELY THE SAME AS THE PT RAMP OUTPUT NOTE REFERENCE 2 9 THIS WILL BE NEGATIVE DC VOLTAGE OR RAMP DEPENDING ON AEC CHAMBER OUTPUT THE MAGNITUDE OF THE DC VOLTAGE OR RAMP IS DEPENDENT ON THE AEC TECHNIQUE IN USE THIS WILL BE A POSITIVE DC VOLTAGE OR RAMP DEPENDING ON AEC CHAMBER OUTPUT THE MAGNITUDE OF THE DC VOLTAGE OR RAMP IS DEPENDENT ON THE AEC TECHNIQUE IN USE 11 R79 ADJUSTS THE 45 300V AND 500 OUTPUTS FROM THE DC TO DC CONVERTER CIRCUIT REFER TO CHAPTER 3D FOR DETAILS 12 THE VOLTAGE AT TP22 SHOULD BE APPROXIMATELY AS SHOWN IN FIGURE 1 BELOW THE MAXIMUM DUTY CYCLE WILL BE APPROXIMATELY 45 DEPENDING ON THE LOAD ON THE HV SUPPLIES 13 THE VOLTAGE AT THIS TEST POINT IS THE OUTPUT OF THE AEC CHAMBER REFER TO THE AEC CHAMBER MANUFACTURERS DOCUMENTATION FOR DETAILS THIS WILL BE A POSITIVE DC VOLTAGE THE MAGNITUDE OF THE DC VOLTAGE IS DEPENDENT ON THE AEC TECHNIQUE IN USE 15 THIS IS THE START SIGNAL HIGH 5 VDC START ANALOG SWITCHES CLOSED LOW 0 VDC START ANALOG SWITCHES OPEN 16 THIS WILL BE A VOLTAGE BETWEEN 0 AND 5 1 V DEPENDING ON THE SETTING OF THE ACTIVE POTENTIOMETER R10 R19 OR R24 200 kHz SESI 0 VDC FIGURE 1 CHECKED DRAWN DATE G SANWALD 02 JUN 2000 DES MFG AUTH MD 0757
79. TAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 736894 DRAWN DATE DUE TO SPACE RESTRICTIONS SERIES RESISTORS ARE NOT SHOWN FOR THE INDICATED LED S G SANWALD 16 MAY 2000 DIGITAL CHECKED 0 REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL FOR DETAILS REGARDING THE CONNECTIONS TO J2 J3 7 L FOSKIN 17 MAY 2000 MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document 15V 24V J1 11 45V 051 15V 7 SZ JW103 XRAY ON 0 6 10 47 2 47 3 15V cc U10 6 J2 20 J7 1 9 E LLL U17 U18 l J1 1 J1 2 l J1 3 J1 4 DATA n M I I 195 peas DRIVER o ule ADDRESS DECODER J1 7 JW101 J4 10 J1 8 o O X RAY RQST TO PAGE 10 J6 9 J1 10 J1 12 J4 11 04 a 6 49 17 t J6 10 J1 16 4 J1 18 DRIVER 7 J2 18 J4 7 i a DATA Ut vO i LATCH 6 J2 13 J4 8 4 FROM DRIVER 7 J2 14 J6 12 PAGE 1 48 T J4 12 i tcc U12 J6 13 XRAY 052 052 PREP 6 22 15 XZ x NZ x DRIVER 5 02 16 J4 3 DATA LATCH U14 30 21 a J4 9 4 O J1 9 DRIVER 7 J2 22 J1 21 D T J1 23 U8 GENRDY Ds3 095 SZ SZ x m 2 1 BUFFER edis i 6 J5 3 DRIVER 12 2 J5 7 U9 J4 4
80. TH THE 23 X 56 CM CONSOLE BOARD GENERATOR CPU BOARD AND THE RAD ONLY CONSOLE CONSOLE BOARD INDICO 100 DRAWN DATE G SANWALD 13 DEC 2001 SERIAL CHECKED COMMUNICATIONS BARNES 2002 DES MFG AUTH MD 0629 REV G SHEET 1 OF 2 Use and disclosure is subject to the restrictions on the title page of this CPI document COMMUNICATIONS PORTS SHOWN BELOW ARE OPTIONAL FOR RS 232 U5 U9 JP2 AND R6 ARE NOT FITTED FOR RS 422 U6 RN4A RN4C RN4D AND R7 ARE 3N TP5 NOT FITTED U9 DS47 DS45 DS46 DS48 6 2 TXD TXD 4 RS 422 7 5 2 INTERFACE BOARD PG 1 J5 5 45V J5 3 D6 SZ TP1 1 Hz 0 JP2 CLOSED FOR RS 422 U23 E OPEN CIRCUIT FOR RS 232 DATA BUS 07 CPU GENERATOR CPU BOARD RS 232 5 12V 1Hz DATA BUFFER TP10 TP11 3 3V 5V RS 232 LAPTOP J8 1 U20 DATA des TO GENERATOR Dx RN1C BUFFER O INTERFACE gt 4 TXD 5V 3 3V BOARD PG 1 Z fe om RN1A lt p fs 2 2 RXD ol o amer DATA BUS Y LL D0 D7 RTS RS 232 E V RXD LAPTOP THIS AREA SHOWS THE CONSOLE CPU BOARD 2 FOR INDICO 100 GENERATORS WITH THE 23 X 56 CM I CTS CONSOLE BUFFER CONSOLE BOARD INDICO 100 MAES 07 DRAWN DATE G SANWALD 13 DEC 2001 SERIAL THIS AREA SHOWS THE CONSOLE CPU BOARD FOR INDICO 100 GENERATORS WITH RAD ONLY CONSOLE COMMUNICATIONS swa MO 0609 REV G CONS
81. THE LOW SPEED STARTER BOARD ENABLING THE STARTER HIGH APPROXIMATELY 12 VDC DE ENERGIZES K1 ON THE LOW SPEED STARTER BOARD AS PER 6 AND 7 NO ENABLE COMMAND OR PRESENCE OF A TUBE 1 TUBE 2 MISMATCH amp THERMOSTAT OPEN FAULT OR 12 VDC SOFT START FAULT WILL INHIBIT LOW SPEED STARTER OPERATION 9 DS20LIT INDICATES NORMAL STATOR CURRENTS DS 21 LIT INDICATES STATOR FAULT OR LOW SPEED STARTER IS IN STANDBY MODE Use and disclosure is subject to the restrictions on the title page of this CP document DRAWN DATE G SANWALD 10 MAR 2000 CHECKED 10 2000 DES MFG AUTH HTW LOW SPEED STARTER MD 0764 REV G SHEET 2 OF 2 CS1 U10 U11 SW1 SW2 INVERTER 5 FAULT DETECTOR 5 560 650 VDC z CC Z DS8 DS7 N lt HS j U17 U18 U19 U22 024 lt TO 2 1 V 1 CURRENT DRIVER y U27 SINK 86 R40 CIRCUIT AND A J10 2 Ji2 2 J4 6 J1 6 FAULT DATA BUFFER AND 5 6 m Eng gs xlv J1 21 J4 8 Ut U10 2 4 1 4 ETC Z Z dod HIGH SPEED 4 d 7 SELECT K4 O 6 PREP COMMAND 6 FROM MD 0761 i 2 D47 DUAL SPEED 560 650 VDC lt Mec R41 I STARTER CPU BUFFERS TB2 3 6 s Pes 2 DRIVERS K5 K1 A 2 Jes 5445 x Le lt 4 2 3 Y Z PREP CONTACTOR
82. TP4 TP5 R163 o CATHODE or CE H T BOARD E M H4 _ J1 11 1 a RAD MA FEEDBACK FILAMENT SUPPLY R216 U30B J1 30 CONTINUED ON PAGE 3 BOARD H T TANK j 2 V V l LJ LJ ANODE BOARD e HIGH MA FAULT TO O GENERATOR READY AN 7 DETECTOR CIRCUIT cc cc ae E ON CONTROL BOARD E E OB SEE MD 0761 PAGE 2 RIS Jj FLUORO FEEDBACK 5 12 9 CONTINUED ON PAGE 3 IE T ANODE OVERVOLTAGE SIGNAL FROM MD 0759 PG 1 x U33E E 2 J3 1 J9 1 08 RN6D a ANODE I Y ANODE OVER CURRENT LATCH CURRENT DETECTOR I9 INVERTER b U18 RN9E H ETC E ricos p dp 5 U32C U33C ATN 1 2S J3 2 RN6B U6B pS ti S S SC 4 s mA 29 TEST E18 JACK 71 s YZ A N V RESET COMMAND FROM MD 0761 PG 2 re cx X 1 17 pd MUS CATHODE OVERVOLTAGE SIGNAL FROM MD 0759 PG 1 x J3 4 9 4 RN6H P CATHODE Hr 3l CURRENT DETECTOR 4 amp LOGIC INVERTER A a gt UT ANSA
83. U DRAWN DATE G SANWALD 16 MAY 2000 ABS AUTOMATIC BRIGHTNESS CHECKED kyn STABILIZATION AMFG GUN SHEET 1 OF 1 Use and disclosure is subject to the restrictions on the title page of this CPI document J1 1 J2 1 45V 45V DS15 0519 N Zx ipee N X l l TXD RXD a LED y DISPLAYS 7 m 7 SEGMENT DISPLAYS amp DATALATCHES DRIVERS 06 09 U1 U4 U10 9 Y ns qual a I Z I MICRO NETTE ar l l cd RECEIVER EPROM C DRIVER ADDRESS DECODERS amp LOGIC CIRCUITS QUMUBUSUA us Z U3 IS THE EPROM DATA amp ADDRESS BUFFER DATABUS BUS D0 D7 FRONT PANEL KEYBOARD SWITCHES GENERATOR CPU BOARD REMOTE FLUORO CONTROL BOARD REMOTE FLUORO DISPLAY BOARD KEYBOARD ASSEMBLY REMOTE FLUORO CONTROL UNIT LIMITED TROUBLESHOOTING CAN BE PERFORMED ON THE REMOTE FLUORO CONTROL ASSEMBLY IN THE FIELD THE DC RAILS CAN BE CHECKED REFER TO MD 0788 AND THE TXD AND RXD LEDs ON THE GENERATOR CPU BOARD MAY BE OBSERVED THESE WILL FLASH ON AND OFF TO INDICATE DATAFLOW MEANINGFUL MEASUREMENTS CANNOT BE MADE ON COMMUNICATIONS DATA AND CONTROL LINES DATING SANWALD REMOTE FLUORO pares contr 02 JUN 2000 DES MFG AUTH ros MD 0768 REV D Use and disclosure is subject to the restrictions on the title page of this CP documen
84. UBE H T OUTPUTS ARE SHOWN TWO TUBE TANKS WILL HAVE ASECOND PAIR OF H T OUTPUTS e e e Q I lt Y a a lt o lt a KV CONTROL amp FEEDBACK LLI gt LLI s B Q OI oOo o 91 amp gt gt lt 2 oj z dE 12 a lz d 8 o 0 E O e m Lu 0 Use and disclosure is subject to the restrictions on the title page of this CPI document NOTE REFERENCE REMARKS kV REFERENCE OUTPUT GENERATED BY THE CPU SCALING IS 1 VOLT OUT 15 kV OF GENERATOR OUTPUT kV FEEDBACK TO THE CPU SCALING IS 1V 20 KV OF GENERATOR OUTPUT HV ON SIGNAL THIS IS HIGH APPROXIMATELY 5 VDC WHEN HIGH VOLTAGE IS ON LOW APPROXIMATELY 0 VDC WHEN HIGH VOLTAGE IS OFF THE VOLTAGE AT TP17 AND TP19 SHOULD BE A50 DUTY CYCLE SQUARE WAVE RANGING IN FREQUENCY FROM APPROXIMATELY 80 kHz TO APPROXIMATELY 250 kHz DEPENDING ON GENERATOR OUTPUT POWER SEE FIGURE 1 0 VDC FIGURE 1 KV CONTROL amp 18 2000 MAY 2000 FEEDBACK NE AMFG MUTH SHEET 4 OF 4 Use and disclosure is subject to the restrictions on the title page of this CPI document OPTO COUPLER 99 ON NO FILAMENT BUFFER OPTO COUPLER ON NO HV MA FAULT 1 D A E D A 2 CONVERTER re 410 28 5V Y LLI JW5 JUMPER POSITION CC INDICO GENERATORS JUMPER PINS 1 2 DS24 DS25 DO NOT USE JU
85. Z 051 XZx 0512 NZx 0513 DS14 57 DS22 lt 7 0523 SZ 0524 SZx DS25 222222222 DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 738114 THE CIRCUITS FOR THIS BOARD ARE SPLIT BETWEEN SHEETS 13 14 AND 15 DATE PRAWN G SANWALD DIGITAL CHECKED INTERFACE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL CHECKED 17 mav 2000 KVR DES MFG AUTH FOR DETAILS REGARDING THE CONNECTIONS TO J1 J2 J3 J4 J6 AND J7 MD 0767 REV M Use and disclosure is subject to the restrictions on the title page of this CPI document 15V 7 24V A J8 11 N J3 11 J8 13 ER 18 12 S F1 48 17 SZ gt DS ES J8 15 13 13 Bm J12 10 5 15V J10 2 J12 2 J11 6 J4 7 J8 1 rer 10 PREP SW J8 2 O o X RAY SW J12 5 J4 10 J11 9 dep 0 4 PWR OFF J10 11 J4 12 5 B 79 PWR COMM J8 6 0 N J10 10 J8 7 J11 8 n crs J8 8 TP1 p TXD 0 RTS J8 12 790 18 16 J8 18 i CC J8 19 EX 207 TP3 41 2 J8 9 41 8 J1 5 J8 21 FROM I PAGE 1 J12 8 Gs nan i 3 Ja J8 14 2 TP4 J11 10 412 7 J12 3 3l CC ks 2 7 01 Z lt D3 SZ 0 SZ D4 24V A J9 1 24V FROM J8 20 23 ROOM INTERFACE DIGITAL 10 THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 902724 THE CIRCUITS FOR THIS BOARD ARE SPLIT BETWEEN SHEETS 16 17 AND 18 DATE SANWALD
86. e and disclosure is subject to the restrictions on the title page of this CPI document 15V 24V J1 11 O1 lt J1 13 J3 7 J1 17 J3 1 J1 15 13 3 1 2 15V 7 R2 J2 20 2 J1 20 E wx fos 1 j 22 21 24 J3 9 J1 14 5 5 F 24 24 24 24 24 24 FAAN 2 a 5 13 10 6 JWI Jezuo ji J a Al E J1 19 5 gt 4777 x x x x 24V DS4 DS6 DS7 DS8 DS9 DS10 FROM JL OO N X Z X N X NZ X Z X Z X 5 PACE EXON PFL HCF PREP GEN TOMO J1 1 U4 U6 READY J3 5 J1 2 12 7 J1 3 I 15 J2 4 5 j 4 s 4129 ADDRESS DECODER J1 7 I CIRCUITS 42 6 0 2 kr U1 U2 U6A 12 22 J1 10 J3 2 J1 12 J3 4 J1 16 J1 18 J3 8 2 2 12 9 BUFFER 3 11 9 J1 21 J1 23 J2 23 BUFFER J2 2 J2 40 J2 12 J2 11 DIGITAL I O BOARD THIS SHEET APPLIES TO DIGITAL I O BOARD ASSEMBLY 733752 DATE REFER TO THE DIGITAL IMAGING SUPPLEMENT IN THE SERVICE MANUAL DIGITAL FOR DETAILS REGARDING THE CONNECTIONS TO J2 J3 INTERFACE DES MFG AUTH L FOSKIN 17 MAY 2000 MD 0767 Use disclosure is subject to the restrictions on the page of this CPI document 24VR 24VR 5 1 58 24V 24VR J1 11 J1 13 D6 J1 17 F1 J1 15 D5 gt Y 15V D3 U17 T 12 U10D MONOSTABLE i gt TIMER 2 V
87. h the table stepper kV mAs reduction for peripheral angiography option used for peripheral runoff studies this input tells the generator to advance to the next kV mAs step When the above option is not enabled this input may be programmed as a spare input BUCKY CONTACTS This indicates that the Bucky is ready for an exposure the grid is moving The outputs of all Buckys must be connected in parallel to this single input COLLIMATOR INTERLOCK This is the input for the collimator interlock This may be programmed to inhibit exposures if this input is not active REMOTE TOMO SELECT This input when active remotely selects tomography TOMO EXPOSURE Hequests a tomographic exposure when this input is active The exposure starts when the input is activated and stops when the input is deactivated ROOM DOOR INTERLOCK This is the interlock for the X ray room door If programmed will inhibit an exposure when this input is not active THERMAL SWITCH 2 Input for the tube 2 thermal switch Exposures are inhibited when this input is not active The power supply is also turned off to prevent rotor operation THERMAL SWITCH 1 Input for the tube 1 thermal switch Exposures are inhibited when this input is not active The power supply is also turned off to prevent rotor operation MULTIPLE SPOT EXPOSURE Enables density compensation when doing multiple exposures on a single film In this mode of operation the X ray field is usually coned down to a sma
88. ll area Due to the resulting AEC field cutoff an AEC density offset may be required This is designated multiple spot compensation The function MULT SPOT COMP in the AEC calibration menus applies the required compensation 1 SAFETY REMOTE HLF SELECT Refer to chapter On applicable units if the HLF SELECT input is CONSOLE this will be the input for the image intensifier position interlock If the HLF SELECT input is REMOTE this will be the high level fluoro select input REMOTE FLUORO EXPOSURE Fluoro foot switch input Fluoro exposures are requested when this input is active REMOTE PREP External PREP request typically generated by room equipment REMOTE EXPOSURE External X ray EXPOSE command from room equipment i e table or digital imaging system Certain inputs will only be active if enabled in programming per chapter 3C and or the generator includes the corresponding option ROOM DOOR INTERLOCKS DOOR DOOR Configuration A INTERLOCK Configuration B INTERLOCK SWITCH SWITCH Inhibits new exposures if the room Inhibits new exposures if the room door is open Does not interrupt TB4 5 door is open Stops fluoro exposures 164 5 exposures in process when the if the room door is opened door is opened during fluoro exposure SWITCH DOOR INTERLOCK SWITCH 5 Ti REMOTE FLUORO EXPOSURE TB6 6 REMOTE FLUORO EXPOSURE FLUORO FOOT SWITCH DRAWN DATE
89. ns on the title page of this CPI document DUAL SPEED STARTER BOARD REFER TO CHAPTER 2 OF SERVICE MANUAL FOR THE PROCEDURE TO SET DIP SWITCHES SW1 AND SW2 DRAWN DATE SANWALD 30 MAR 2000 CHECKED STEVE BLAKE 30 MAR 2000 REFER TO SHEET 2 FOR SHIFT CAPACITOR VALUES DES MFG AUTH L FOSKIN 30 MAR 2000 TUBE 1 SHIFT DUAL SPEED STARTER MD 0765 REV E SHEET 1 OF 2 DUAL SPEED STARTER ASSY 317 01 733217 02 733317 12 733817 13 733317 15 733317 16 73331717 8 735925 01 735925 02 78502512 735925 13 735925 15 735925 10 735925 17 LOW SPD 1 CLOSED 30uF 155 280 3tuF 30uF u u LOW SPD 2 CLOSED CLOSED 37 5 uF 375uF 37 5uF HIGH SPD 2 OPEN CLOSED DUAL SPD DUAL SPD DUAL SPD DUAL SPD DUAL SPD DUAL SPD DUAL SPD STARTER ASSY STARTER 55 STARTER ASSY STARTER ASSY STARTER ASSY STARTER ASSY STARTER ASSY 73331 7 01 733317 02 733317 12 733317 13 733317 15 733317 16 733317 17 735925 01 735925 02 735925 12 735925 13 785925 15 735925 16 735925 17 REFERENCE DS8 LIT INDICATES HIGH SPEED SELECTED 057 LIT INDICATES LOW SPEED SELECTED HIGH APPROXIMATELY 5 VDC HIGH SPEED SELECTED LOW APPROXIMATELY 0 VDC LOW SPEED SELECTED LOW APPROXIMATELY 7 VDC CONTACTOR CLOSED AND PREP REQUESTED THIS INITIATES THE BOOST CYCLE HIGH APPROXIMATELY 12 VDC BOOST NOT REQUESTED PREP C
90. t 24V J13 11 J13 13 J13 17 J13 15 3 DO HN14H J6 1 J12 1 RN4A RN3A J13 1 2 D1 RN14G J62 12 2 RN4B RN3B J13 2 2 D2 RN14F J6 3 J12 3 RN4C RN3C w J13 3 2 D3 RN14E J6 J12 4 RN4D RN3D J13 4 2 D4 RN14D J6 5 J12 5 RN4E RN3E E J13 5 2 05 RN14C J66 Ji2 6 RNAF 113 6 2 D6 RN14B m J6 7 J12 7 RNAG E J13 7 2 D7 RN14A J68 128 RN3H J13 8 J12 9 2 WRITE ENABLE J6 11 J12 11 J13 10 2 READ ENABLE J6 13 J12 13 J13 12 2 RESET J6 20 312 20 J13 16 CONTINUED 2 ADDRESS LATCH ENABLE R91 J6 15 5 R115 R84 J13 18 ON PAGES 2 J7 20 J11 20 J13 19 2 TO 19 2 EXPOSURE ENABLE COMMAND J13 14 A TO MD 0761 PAGE 1 lt M 2 DIGITAL IMAGING ABS q 0 2 5V TO MD 0758 2 r E EXTERNAL SYNC J13 22 f i 2 TE SYNC 3 2 U45B 3 3 1 R97 7 15 115 2 F T o JW22 5 I 2 U45A JUMPER POSITION 2 2 INTERNAL LINE SYNC 0 0 LINE SYNC FROM JUMPER PINS 1 2 MD 0788 PAGE 4 EXTERNAL DIGITAL IMAGING SYNC 2 JUMPER PINS 2 3 2 JUMPER POSITION 2 INVERTED SYNC J13 9 2 JUMPER PINS 1 2 Z NON INVERTED SYNC J13 21 4 JUMPER PINS 2 3 DATA ADDRESS J13 23 AND CONTROL BUS GENERATOR CPU BOARD GENERATOR INTERFACE BOARD DRAWN DATE G SANWALD 16 MAY 2000 DIGITAL CHECKED CHECKED vm 17may2000 INTERFACE 17 MAY 2000 KVR DES MFG AUTH L FOSKIN MD 0767 REV M Us

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