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plc-xl50_sm16.06 MB

1. 927 C7266 7 16 R1404 1 16GF1 6KA D3634 155355 1402 6 1003 10KK1MN C7272 33V B gt 1 166 6 AKK10BA R1407 SUE R1411 2 1 16GJA7A a _3 81402 10 ZS R7274 1 16GJ10KA R1406 1 16GJ10A C1403 10094 6 3EM 5 1 10C70 0 oo R7276 C7271 R7272 1 16GF1KA 10KK1MN 1 16GJ 7277 1 10GZ0 0 12 12V PLL C7273 C7274 16KK 0 1MN 87278 1 10GZ0 0 E E 5 a gt 5 zu EUER IC402 33voA TC7SZ125FUK E 55 A N B QU R408 R401 9 x 1 16GZ0A PPye Q IRM_RST g 6 T6KKO 1MN 3 5 gt lt OV E 66010 8 25 2 DR 110 9 10KKTMN 9 5 5 R420 DR 2 0 9 1 16GZ0A RESET_DG R410 X lt lt lt I lt lt N N Im N N t 5 BRI 5 9 3 8402 SI GE He He 1 16GJ100A a XL adn 598 8 5 9 B C403 ia gt gt E
2. K K K M M K K K K K K K K K M M K M M q q cq cq a c c lt lt lt lt N N N N N N A A N N N N N CI CI CI 8 N N CI SEAN lt CI 8 A N lt A N N N 00P 1U LU 1U 128 1U CQ O O O CO CQ lt lt lt lt lt lt lt lt lt lt lt lt lt 2 lt lt lt NN 2 N 95 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description C7271 303 433 C7272 303 358 C7273 303 409 C7274 303 409 C7281 303 409 303 409 C7801 303 398 303 387 R1012 301 224 MT GLAZE R1021 301 260 MT GLAZE R1022 301 224 MT GLAZE R1031 301 225 MT GLAZE R1034 301 224 MT GLAZE R1038 301 224 MT GLAZE R1041 301 225 MT GLAZE R1048 301 224 MT GLAZE C7802 303 409 CERAMIC R1051 301 260 MT GLAZE C7803 303 409 R1052 301 263 MT GLAZE C7804 303 391 R1053 301 225 MT GLAZE 303 296 ELECT R1054 301 224 MT GLAZE C7806 303 409 CERAMIC R1061 301 260 MT GLAZE C7821 303 398 ELECT R1062 301 263 MT GLAZE 303 387 21063 301 225 MT GLAZE C7822 303 409 21064 301 224 MT GLAZE C78
3. O9O0900999909 09 09 166 pe LE R_DIRY 218 661100 2561 H H3 delz n 1 1691004 gt 2 2 RMON FROM K35B R CV 0132 TE 1 16GJ100A DATA C2573 R_CLYB eu ME B CLXB 35829 29 NB R_CLX ___ ___ 28 V55V 35827 6 27 VSSX 8 ENBX 4 R ENBX 1 4 9 26 V55X _ R_NRG 25 NB RENBXIL J 23 ENB2 xs pees NB4 K35R20 20 DIR R_DIRX 32834706 R_CLX Lew M 19 C1586 R_CLXB 18 B T 2568 5 __ _ gt px 5 Ly LLL vex 52 16KK0 1MN 25EM103T R VIDI 15 vini 05 R NRG R_VID 2 J30B1640G __ Lem 14 p avos jos 1 2 13 Ru o ian ipe avo So 1 de J _ I avon eew wes eaten R_MON __ AF 2 DY 16KKO 1MN H 1 LCCOM C3566 4 166M100C FROM IC R_VID 1 12 R_LCCOM 10 11 12 14 CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM
4. K6AC 1B FB601 155 2A K6AC 28 220051 355 65 1 1553526 R660 L51B6870N D681 1 2FJ22VRH RBO85T 60 2 Q ES R660 2 FMB 26L 16V E Sa u R681 NEUT 1106 16V B C607 R653 R656 400GK1DV 1GJ47K 16 47 e 400GK1FD gt 8A 250V K601 lt gt lt x LL LLI gt lt SW902 C602 275CM L601 F35B1010N C601 275GK gt 601 1 2GJ120K R600 1 2GJ120K VA601 DVXAVB007 F601 F32S8ROA2LTTL F601B J20B F601A LIVE 1AV4U20C27500 SCH_KM3A K602_1A 0 33VBBC C603 250KK 1500XH 0 33VBBC 1208 00404 0040 K601_2A K601_1A NEUT AC100 120V AC200 240V CAUTION Fuse of the specified parts number must be used A 380V LAMP 450GK1BS R643TM 1 10GZ D651 CN1 00 C655 C653 RF101L2SP R657 1 1000 681 J10B1010N 1000KK 1GJ47K R661 GQ GQ 25EM 8 1000NH 1601 R652 470056 25 9 L2685410M 1GJ47K 991 0 160 J10XK120G 9 1611 526 m MI 8606 0682 1GK680VB gt 0827 60 A00GK1FD 450GK1BS 1 36 47 0653 C683 0207 10EM39005F 12YG 06 be BI CRFO3P D601 RF101L2SP
5. 1351 927 3 3V_PW C1352 6 3KK10BA R1353 IC1381 R804 1 16GF1 8KA V16GJ10K T6 GF220A C1381 2807 m KK8200MN 1 16GJ10KA C1382 R1381 R1376 1 8V PW 56V 801 16KK0 1M 11 C C C C C C C C C C 0 N B9 O R1814 56V 1 16GF1KA 1 16G 10186 9 o 29 il vm 1 16GF 1 16GJ1 8KA R1371 d R1377 C1383 br 1160 oz nomo ER nen D bud SNN onn MESS 200 gt cn d mm me OA 1 16GZ 5 BE ON 68 65 8 6 3EM1003T ra X 35 og 3 UE EN 1361 5 1378 Weck gt 37 1 16GJ13KA 1KA 927 3 i 525 PW C1371 2 2 FLAHS vedi IC1371 NS 1362 VG 2 7 Je 630008 7701 E FPGA FLASH lem 8812 R1364 OPTION RESISTOR 2 C 1 10GZ0 0 81373 IC801 1 16GJ 10KKIMN 2 10M 1 16GFIKA C1372 MODEL xeso XL50 QXXAAJQ0830 th D 0 15 x
6. 11 R ReferH 4095 4095 0 4095 Scan Direction Front Rear 12 R ReferL 1200 1200 0 4095 Scan Direction Front Rear 13 4095 4095 0 4095 Scan Direction Front Rear 14 B ReferL 1200 1200 0 4095 Scan Direction Front Rear 15 DXOutR 270 0 1023 16 DXOutG 270 0 1023 17 DXOutB 270 0 1023 18 H_Change_Pos 34 0 256 19 SH_Base 1092 0 4095 20 Pos 43 0 128 21 NRG Width 43 0 255 22 OSD Pos 2 0 3 23 OSD Ptn 0 0 7 24 3 0 3 25 REF GatePos 11 0 1023 26 REF GateDur 144 0 1023 27 R BasePos 5 0 15 28 G BasePos 5 0 15 29 B BasePos 5 0 15 30 RGB Adjust 0 0 7 Operation STEP 512 0 lt gt 512 lt gt 1024 31 RGB AdjLv 0 0 4095 lt gt 1536 lt gt 2048 lt gt 2560 lt gt 3072 lt gt 3 584 lt gt 4095 32 LineRO 0 0 1023 lt gt Cyclic Operation 33 LineR1 0 0 1023 lt gt Cyclic Operation 34 LineR2 0 0 1023 lt gt Cyclic Operation 35 LineR3 0 0 1023 lt gt Cyclic Operation 36 LineR4 0 0 1023 lt gt Cyclic Operation 37 LineGO 0 0 1023 lt gt Cyclic Operation 38 LineG1 0 0 1023 lt gt Cyclic Operation 39 LineG2 0 0 1023 lt gt Cyclic Operation 40 LineG3 0 0 1023 lt gt Cyclic Operation 41 LineG4 0 0 1023 lt gt Cyclic Operation 42 LineBO 0 0 1023 lt gt Cyclic Operation 43 LineB1 0 0 1023 lt
7. Ei lue 6 Warning temperature and power failure protection 7 Maintenance and Cleaning 8 Cleaning the Air Filter 8 Resetting the Filter Counter 8 Cleaning the Projector Windowd 9 amp IA IG 10 Lamp Replacement 11 Lamp Replacement Counter 12 How to check Lamp Used 13 Security Function Notice 14 Security Function Disable 14 Antitheft Alarm Function Disable 14 Mechanical Disassembkly 15 Optical Parts Disassembly 28 MM C 37 Adjustments after Parts Replacement 37 Optical Adjustments 38 Contrast adjustmen
8. 10 Do 10 1 c i Do g us div i NORM 100MS 5 NORMETODMS 75 i NORM 100MS s 9 800V Tracei 9 800V 9 800V 2 PE 3 Pony 2 re 3 i Trace2 P 3 80 Block Diagrams AN5870 Signal Switch 5201 gt 64 a 5 O S C C C s i C I C Z HSYNC VIDEO VSYNC 5 81 Block disgrams 8 FA5502 Control IC601 gt CT 15 REF 13 VCC 10 ON OFF 12 16 5V 8 9 IDET 16 HIN202EIB RS 232C Driver 3801 gt OL AS DIA wal E A HAJLUJANI ADVLION 5 3 Block disgrams L3E06150 lt D A S H LCD Driver 501 IC531 IC561 gt Y 1ObtDAC V Y Y 11IM5 10bitDAG 10btDAC 10bitDAC 1ObtDAC 83151938 V MS HOLY 1 VG V91X119I10 VII 135 1 19MI VV Y Y e e R10UT 9 C R20UT 9 0 0 6200 9 0 B2OLIT S 0 RIN 9 0 GIN 9 0 5 80109 FOVIIOA 3ON3U313H 9 0 OSDRIN 1 0 O OSDGIN I 0 O OSDBIN I 0 O HPLL PATTERN HRESETO OSDSW GENERAT VRESETO DXOUTRG O
9. 1614 F34BR152G m 4 0601 25 39341 51 25 3934 8604 0602 1 3GJ680 RE101L2SP Q602 2SK3934LBS1 i2SK3934 684 C692 25 2284 IC651 STR Z2156A C613 C614 L616 E O 9 9 9 0 9 6 B 214 gt M6 12 RUSH CURRENT SUPPRESSION 05601 601 4 7 1 10GJ4 7C IC651 8 8602 155355 R682 D608 1SS352G R620 1 10GJ270C R603 1SS355 1 10GJ100C R683 1 10GJ1KC C686 10KK0 47GQ 1553526 0609 155355 15535206 R618 1 10 GJ4 7KC R612 1 10 1 2 GJ240K C664 16KK0 22GQ PC601 TLP421F GBP TLP421F GRP C659 KK680GQ 77 1 R687 C661 C662 C663 25 35 25KK 25TM1JR 2208HC 0 1GQ 1 10GF 5 1K Swithing Power Supply IC681 C UPC1093TP as PC602 110C C691 684 16KK 1 106 TLP421F GRP R692 02260 10KC 1 10GJ1KC R674 NIS 1 10GJ2 4KC R693 1 10GJ 1 10GJ10KC Q681 1506 SCREW1 HEATSYNC 250KK22068 P SCREW_10 67 8991 C636 450GK 0 1FD 8641 R642 9001 1 2 1 2GF 1252 R637 1 10GF1 2KC 150 150K PRIMARY CIRCUIT SECONDARY CIRCUIT K6A 1A REF C621 25KK 0 047GQ C601 I P F CONTROL FA5502MG R638 1 2GF 150K R639 1
10. Va NN NNN AN A GA lt SS ENN See WEE gt Holder SW Thermal SW SW902 Mechanical disassemblies 10 ass y removal 1 Remove the 6 screws A T3x30 remove the screw B T3x8 and remove the Duct ass y 2 Remove the screw C T3x8 and remove the Duct top 3 Remove the Fans FN901 FN902 FN905 and Temp board Duct ass y 5 Ps Duct 55 Duct bottom TEMP board Mechanical disassemblies 11 Alarm ass y removal 1 Remove the 2 screws T3x8 and remove the Alarm ass y Alarm ass y 0 N N CC Alarm 55 Mechanical disassemblies 12 Speaker unit removal 1 Remove the 2 screws A T3x12 and remove the speaker unit Speaker unit M3x4 4 M3x4 Speaker 465 Holder 239 Bl Optical disassemblies Optical unit 13 Projection lens removal 1 Remove the 4 screws M4x12 remove the shield plate and remove the projection lens Shield plate Projection lens lt 30 Optical disassemblies 14 panel prism ass y removal 1 Remove the 4 screws A M2 5x8 and remove the LCD panel prism unit 2 Remove the 2 screws B M2 5x4 remove the screw C M3x10 and remove the LCD panel prism
11. 1 16GJ2 7KA C5038 KK0 01MN S16V R7892 1 166 47 87891 67582 FANA D3621 1 16GJ10KA 811150 IC7801 155355 9789 20 211 9 BE 0 ith R7801 C7804 J10EG035G 5 1 16GZOA 166M 16406 34706 0 1MM IM 516V IM R7811 eHo FaN D 1 16GJ R3621 L3CZ220PG I 7 5 1 16GJ10KA 9 H6 GND L3623 2683470G 7809 1 16GJ1KA R7812 C7806 1 16GJ 16KK 16 0 1MM 03623 155355 IC7821 PAIL PQ20WZ11P K6M 87821 3624 1106C035C 1 166204 L266 OIMN FAN B 83622 L3CZ220PG PANID 1 16GJ10KA 79 GND 13627 3624 126834706 155355 FANB D3626 155355 6M 87841 13628 2 JIOEGO35G L26B 1 16GZ0A 3081640C 3470G S16V FAN B R7851 FAN ID 1 16GJ R3623 L3C2220 C 7 5 1 16GJ10KA 79 R7349 01607 126834706 1 16GJ1KA 155355 87852 7846 1166 16KK 16KA 0 1MN D3628 155355 IC7861 PAIL PQ20WZ11P R7861 3032 JIOEGO35G 1 166204 1266 0MM 5VA FAN ID R3624 L3CZ220PG 1 16GJ10KA 9 C GND 13634 03629 126834706 155355 03631 155355 IC7871 PQ20WZ11P K6Q 87871 3036 J10EGO36G 1 16GZ0A 9 30816406 34706 0 1MM S16V R7881 FAN ID ums 7 5KA 1KA 1 16GJ10KA E GND i L26B3470 R7879 Q7871 87877 s 1 16GJ1KA 155355 R7873 R7874 7876 68
12. R408 mepo L4 ak C151 gt CISTA 1518 C1521 7 C1523 e C1526 R3503 lt C1529 7 E B H 88411 88410 WS 88405 C 88497 88405 R410 R420 R419 022222222 6 BUZZER K2100 05042 8 2 69vH OZVvH O tH SZVH Va ee FS C5041 6 87281 87282 s 89881 8183 E 1821 1816 7286 tb R7287 4 Q9881 a 6 O L2521 C2505 C2504 t Qc 12 c2508 D 2506 ON 2 8 So ncs e N 2 4 2 m 4 5 2 M 00 2 AN s 7 2 0 gt 4 ele R1819 2 H 1808 4 9 1C7281 IC1821 POWER M K6 R 6563 9323 3 R6865 R7807 R7808 R7803 R7801 R7806 R7804 C7824 WIE f OF C7361 OS a Q3601
13. 110 111 5 5110903 00 50 Dec 2007 DC 350 Printed in Japan KM3_XL5000 Diagrams amp Drawings Schematic Diagrams Printed Wiring Board Drawings Model Chassis No PLC XL50 KM3 XL5000 These schematic diagrams and printed wiring board drawings are part of the service manual original for chassis No KM3_XL5000 models PLC XL50 File with the service manual 5 5110903 00 Note All the information of part numbers and values indicated on these diagrams are at the beginning of production To improve the performance there may be some differences to the actual set When you order the service parts use service parts code mentioned on the parts list in this service manual Al Parts description and readin KM3_XL5000 in schematic diagram 1 The parts specification of resistors capacitors and coils are expressed in designated code Please check the parts description by the following code table 2 Some of transistors and diodes are indicated in mark for the substitution of parts name Please check the parts name by the following code table 3 Voltages and waveforms were taken with a video color bar signal 1Vp p at 75 ohms terminated and controls to normal 4 Voltages were taken with a high impedance digital volt meter Capacitor Reading Example 2000 1000 BG Example 160 10 Capacitance value Excepting electric capacitors all capacitance values
14. 2 2 m 2 ay 5 8 8 X E 5 ay 1 8 o 8 C6201 2 23 NS N 5 4 R4011 R4012 84013 a C4011 6 02 num R5211 5206 Rs208 15201 c5229 850681 Do E 585062 vOOSH 20024 20022 40024 92054 45054 2573 gt gt 2 o C8705 le G 27 gt 22028 72079 52029 41028 21028 21022 vlOcCH 81029 1587 C1584 C1582 gt Seu 367 f w w R1382 C1381 5 1AA4B10C6090A 2291 SIDE 2nd Reflow R9648 j 4 y R9649 R9651 py e A i 3 6543 4 C542 541 b 8 8556 C3538 C3530 e 81 N R1808 R1801 R1804 D R1809 R1802 R1806 65515 B SESE 1401 eve 9 9 9 8 8 8 616 8 6195 9 6 9 6 09 0 6 8 8 6 9 E1362 1 w IC35041 5
15. 237 Optical Adjustments Before taking optical adjustments below remove the Cabinet Top following to the Mechanical Disassembly Adjustments require a 2 0mm hex wrench and a slot screwdriver When you adjust Integrator lens or Relay lens adjustment you need to disconnect FPC cables of LCD panels on the main board Optical adjustment requires a 2 0mm hex wrench a slot screwdriver Note Do not disconnect connectors on the main board because the projector cannot turn on due to operate the power failure protection WARNING USE UV RADIATION EYE AND SKIN PROTEC TION DURING SERVICING CAUTION To prevent suffer of UV radiation those adjustment must be com pleted within 25 minutes Contrast adjustment Before Adjustment Input a 10096 of black raster signal 1 Loosen a screw A Fig 1 on the polarized glass mounting base which you intend to adjust 2 Adjustthe slot B to obtain the darkest brightness on the screen by using a slot screwdriver 3 Tighten the screw A to fix the polarized glass mounting base Repeat steps 1 to 3 for remaining polarized glasses k lt OR o 8 1 in S 7 Polarized glass mounting base Integrator lens adjustment 1 Turn the projector on by a state of without FPC cables 2 Project all of lights on the screen 3 Adjust the adjustment base of integrator lens assy to make color unifor mity
16. 0 d 16KA 0 1MN Lo R7878 1 16GF 2 2KA 5VA R3601 FAN ERR 1 16GJ1 8KA Q3601 Gee AH D3617 159355 ray R3602 1 16GJ5 6KA 14 SPEAKER 2W 13NVd 8 1T3NVd u 5 3415 LSNWHX4 3415 u3MOd LSNWHX4 LNI 15 FAN VOLTAGE ADJUST V 2 16 Printed Wiring Board Diagrams AV SIDE A LI 82 50 6 55 62 ee Iss M ao ue cm MAIN K10A KEY SW SIDE A KEY SW SIDE B MAIN _ CAUTION This projector is isolated from AC line by using the internal converter transformer Please pay attention to the following notes in servicing 1 Do not touch the part on hot side primary circuit or both parts on hot and cold sides secondary circuit at the same time 2 Do not shorten the circuit between hot and cold sides 3 The grounding lead must be connected to the ground of the same circuit when mea suring of voltages and waveforms LAMP COVER SW SIDE A LAMP COVER SW SIDE MAIN K8S 0 6090 mee 1AA4B10C6090E XXX TEMP SIDE 5 85 BAT TERY MAIN K8B 9 MAIN SIDE FN903 FN904 FN901 FN902
17. 75 NO PICUNG u u 2 a a 76 77 78 Scaler I O Port Functions PW190 78 Bus D A Converter Port Functions M62334 79 T 80 IC Block Diagrama 81 Electrical Parts List 87 Electrical Parts Location 88 Electrical Parts List 89 Mechanical Parts List 104 Cabinet Parts Location 104 Mechanical Parts List 109 Diagrams V 1 Parts description and reading in schematic diagram A2 M0 3 Printed Wiring Board 9 Pin description of diode transistor and IC A13 Note on Solderind A14 Safety In
18. SELECT button data it should be required to perform the re adjustments following to the Electrical Adjustments Please note that in this case the lamp replace counter will be reset 9 Caution of Main Board replacement in the case mem ory IC is not defective When the main board is replaced memory IC should be re placed with the one on previous main board After replace ment it should be required to perform the re adjustments following to the Electrical Adjustments In this case the lamp replace counter can be kept the value as before Service Adjustment Circuit Adjustments CAUTION The each circuit has been made by the fine adjustment at factory Do not attempt to adjust the following adjust ments except requiring the readjustments in servicing otherwise it may cause loss of performance and product safety WARNING USE UV RADIATION EYE AND SKIN PRO TECTION DURING SERVICING CAUTION To prevent suffer of UV radiation those adjustments must be completed within 25 minutes Adjustment Condition Input signal 16 steps gray scale pattern Video signal 1 0Vp p 75Q terminated 16 steps gray scale Composite video signal Component Video signal 0 7Vp p 75Q terminated Color Bar Component video signal Computer signal 0 7Vp p 75Q terminated 16 steps gray scale pattern Image control mode N
19. idis Item Name Function Initial Range Note 2 PJLink Enable PJLink 0 0 1 0 Disable 1 Enable 3 Shipping Setting 0 0 20 Default set when the value is set to 10 4 CABLESW Long Cable 0 0 1 0 Disable 1 Enable _ 0 Disable Serial Command Eanble 5 PW Debug Command Enable 0 0 1 1 Enable PW Debug Mode O Enable 1 Disable 6 Device Refresh Disable 0 0 1 No last memory _ 0 Enable Normal 1 Disable 7 Device Access Disable 0 0 1 No last memory Projector Time is cleared when the 20 Projector Time Reset 0 0 20 valos Lamp Life at Normal Mode Warning 500 21 Lamp Warning Time NORMAL Time at Normal 8000 Lamp Life at Eco Mode Warning 500 22 Lamp Warning Time ECO Timea Eo 8000 30 Lamp life test enable 0 Disable 1 Enable for safety test only 31 Lmap On time for life test For test purpose 32 Lamp Off time for life test For test purpose 33 Lamp total time for life test For test purpose 50 Lamp Replacement Display Lamp Warning Display On Off 1 0 1 1 0 51 Filter Warning Display Filter Warning Display On Off 1 0 1 1 On 0 Off 52 Lamp Counter reset Times Reset Times of Lamp Counter 0 0 255 Read only 53 Filter Counter Reset Time Reset Times of Filter Counter 0 0 255 Read only 54 Factory Default Execute Times Reset times of Fanctory Default 0 0 255 Read only 55 Motor Disable Motors Disable 0 0 1 0 On 1 Off 56 Menu Position Move menu X asis 0 0 1024 57 Menu Position Move menu Y asis 0 0
20. 104 CONDENSER LENS OUT NC 105 CONDENSERLENS G 106 CONDENSER LENS B 108 RELAY LENS IN 111 MIRROR B 112 MIRROR R 113 PRISM PBS 118 DICHROIC MIRROR 6 _____ 103 Rugged surface 113 Print marker this top side Black Marker this side Film sheet this side 104 O 111 Print Marker Parts this side O 117 6 LENS OUT gt y Print marker this side Black Marker this side 6 106 105 Print Marker Parts this side 118 108 3 107 I 112 112 2963 Adjustments Adjustments after Parts Replacement Adjustment necessary O Check necessary Disassembly Replaced Parts Integrator Relay Polarized Glass Projection Power Main Lens IN Lens OUT Board Board Contrast Adjustment _ 7 e Ya e e 12 1 I Auto Auto calibration adjustment PC Auto calibration adjustment PC PC Auto calibration Component Auto calibration adjustment Video Common center adjustment center Common center adjustment 51V8LI15 V je rndo White balance adjustment Video
21. 2 the focus lever Screen size 78 3 Input a cross pattern 4 The position of the projector is matched so that the picture may be come rectangle Do not become a trapezoid H Focus ring hole Focus lever Focus adjusted this area sd Optical Adjustments 1 Loosen the 4 screws A 1 2 4 2 Right and left focus under the screen is adjusted by using slot B Pre adjustment screws A1 A2 are lightly tightened and temporary is fixed 4 Focus on the entire screen is adjusted 2 4 1 5 Tighten the 4 screws Caution Confirm focus after it tightens up the screws zin A Screw 2 Lc gt L UUUUUUUS 4 Ce pese 42 Electrical Adjustments Service Adjustment Menu Operation To enter the service mode To enter the Service Mode press and hold the MENU and SELECT buttons on the projector simultaneously for seconds Or press and hold the MENU button on the remote control unit for more than 20 seconds The service menu appears on the screen as follows To adjust service data Select the adjustment group no by pressing the MENU button increase or SELECT button decrease and select the adjustment item no by pressing the pointer or
22. 4012 1C8710 945 081 3857 SWITCH SENSOR 2P 2T 610 335 8161 5 SW2100 945 063 5176 SWITCH PUSH 2P 2TX3 CAPACITOR C2001 303 358 3215 CERAMIC 1000 2011 303 409 3426 CERAMIC 0 10 C2021 303 358 3215 CERAMIC JU C2031 303 409 3426 CERAMIC 0 10 C2051 303 397 8219 CERAMIC 2 2 C2052 303 397 8219 CERAMIC 2s 2U C3001 303 397 8219 CERAMIC 2 2U C3011 303 397 8219 CERAMIC 2 20 P Out of Circuit Board 3 2 2 3 610 335 7904 ASSY PWB R C CAPACITOR C2901 303 433 1112 CERAMIC 1U K 10V C2902 303 282 5118 CERAMIC 470P K 50V 2903 303 380 0114 470 6 3 RESISTOR R2901 301 225 1814 MT GLAZE 47 JA 1 16W 584 CERAMIC pem R2902 301 224 8814 MT GLAZE 100 JA 1 16W C3031 303 294 6110 CERAMIC 100P MISCELLANEOUS 2901 945 084 1997 RECEIVER R2001 301 260 4115 MT GLAZE 75 R2011 301 260 4115 MT GLAZE 78 R2021 301 260 4115 MT GLAZE 75 R2031 301 224 8814 MT GLAZE 100 610 335 7898 ASSY PWB LAMP COVER SW KL3A R2036 301 225 8110 MT GLAZE 10 SW901 945 063 5176 SWITCH PUSH 2P 2TX3 R2037 301 225 8110 MT GLAZE 10 R2038 301 225 8110 MT GLAZE 10 R2051 301 224 8913 MT GLAZE 100K R2052 301 224 8814 MT GLAZE 100 R2053 301 225 1418 MT GLAZE 47K 610 335 8239 ASSY PWB TEMP KL3A R2054 301 224 8913 MT GLAZE 100K CAPACITOR R2056 301 224 8814 MT GLAZE 100 C4831 303 276 3113 CERAMIC J 50V R
23. R1376 301 261 MT GLAZE C8703 303 409 CERAMIC R1377 301 226 MT GLAZE C8704 303 409 CERAMIC R1378 301 302 MT GLAZE C8705 303 398 R1379 301 035 MT GLAZE 303 387 ELECT R1381 301 224 MT GLAZE C8706 303 305 CERAMIC R1382 301 299 MT GLAZE C8707 303 381 R1383 301 226 MT GLAZE 303 369 ELECT R1384 301 294 MT GLAZE 403 458 ELECT R1401 301 037 MT GLAZE 303 381 R1402 301 224 MT GLAZE 303 369 ELECT R1404 301 338 MT GLAZE 403 458 ELECT R1406 301 294 MT GLAZE C8811 303 276 CERAMIC R1407 301 225 MT GLAZE C8812 303 276 R1411 301 037 MT GLAZE C8813 303 409 R1412 301 224 MT GLAZE C8821 303 276 R1413 301 226 MT GLAZE C8822 303 276 R1414 301 225 MT GLAZE C8823 303 409 21416 301 294 MT GLAZE C8842 303 276 CERAMIC R1801 301 224 MT GLAZE C8843 303 276 CERAMIC R1804 301 224 MT GLAZE C891 303 409 21808 301 259 MT GLAZE C9603 303 433 CERAMIC R1809 301 224 MT GLAZE C9604 303 442 CERAMIC R1811 301 224 MT GLAZE C9641 303 409 CERAMIC R1871 301 224 MT GLAZE C9642 303 409 CERAMIC R2000 301 150 MT GLAZE C9643 303 409 CERAMIC R2002 301 225 MT GLAZE C9644 303 409 CERAMIC R2003 301 225 MT GLAZE C9646 303 437 CERAMIC R2004 301 225 MT GLAZE C9647 303 437 CERAMIC R2006 301 224 MT GLAZE C9882 303 409 R2007 301 224 MT GLAZE RESISTOR R2008 301 225 MT GLAZE R1001 301 260 MT GLAZE R2012 301 225 MT GLAZE R1002 301 224 MT GLAZE R2013 301 225 MT
24. SANYO FILE NO SERVICE MANUAL Multimedia Projector Model No PLC XL50 U S A Canada Europe U K Original Version Un Me AQ Q MINN A A uW YG X Chassis No KM3 XL5000 Match the Chassis No on the unit s back cover with the Chassis No in the Service Manual If the Original Version Service Manual Chassis No does not match the unit s additional Service Literature is required You must refer to Notices to the Original Service Manual prior to servicing the unit PRODUCT CODE 112239800 M3 112239900 1 12239902 REFERENCE 5 5110903 00 Contents 1 gt ieee earn eee N OA 2 Safety Instructions 3 Safety Precautions 3 Product Safety Notice 3 Service Personnel Warning 3 Battery Replacement Notice 3 SOS CT Cal 4 oral fe a u uu l u 5 aE E 5 Lanp COVer SWITCH 6
25. 10V C569 303 409 CERAMIC 303 433 CERAMIC 10V C5701 303 367 CERAMIC 303 376 CERAMIC 10V C5702 303 398 ELECT 303 433 CERAMIC 10V 303 387 ELECT 303 439 CERAMIC 6 3V C571 303 409 303 433 10V C572 303 276 303 449 POS SOLID 6 3V C573 303 409 303 409 16V C574 303 409 CERAMIC 303 294 CERAMIC 50V C575 303 409 303 409 16V C576 303 409 305 355 10V C577 303 409 303 409 16V C578 303 409 303 433 10V C579 303 409 303 376 10V C586 303 397 ELECT 303 320 CERAMIC 50V 303 387 305 209 50V C587 303 433 303 294 50V C588 303 397 ELECT 303 409 CERAMIC 16V 303 387 303 409 16V C589 303 396 303 409 16V 303 397 303 409 16V C6201 303 409 303 409 16V C6202 303 409 303 409 16V C6205 303 358 303 409 16 C6211 303 409 303 409 16V C6212 303 409 303 276 50V C6213 303 358 303 409 16V C687 303 394 303 409 16V 303 387 ELECT 303 409 CERAMIC 16V 27207 303 409 303 409 16V C7202 303
26. 888888 8812 o te 955 A 78 2 1 IC8811 gt 5 th C1801 A11 POWER SIDE POWER SIDE LAMP BALLAST FILTER 602 LAMP BALLAST SIDE FILTER SIDE A FILTER SIDE B POWER LAMP 12 _ Pin description of diode transistor and KM3_XL5000 Diode Transistor FET C1 C2 E1 B1 C1 C2 B2 E2 K K Cathode LI L C2 B1 E1 C Collector D Drain B Base G Gate E Emitter S Source 2 2 1 A13 Note Solderin Do not use solder containing lead This product has been manufactured using lead free solder in order to help preserve the environment Because of this be sure to use lead free solder when carrying out repair work and never use solder containing lead Lead free solder has a melting point that is 30 40 C 86 104 F higher than solder containing lead and moreover it does not contain lead which attaches easily to other metals As a result it does not melt as easily as solder containing lead and soldering will be more difficult even if the temperature of the soldering iron is increased The extra difficult
27. lt gt Cyclic Operation 149 R DCOffset P7 0 0 0 2047 lt gt Cyclic Operation 150 R DCOffset P8 0 0 0 2047 lt gt Cyclic Operation 151 R DCOffset P9 0 0 0 2047 lt gt Cyclic Operation 152 R DCOffset P10 0 0 0 2047 lt gt Cyclic Operation 153 R DCOffset P11 0 0 0 2047 lt gt Cyclic Operation 154 R DCOffset P12 88 88 0 2047 lt gt Cyclic Operation 155 G DCOffset PGain 0 0 0 2047 lt gt Cyclic Operation 156 G DCOffset P1 16 16 0 2047 lt gt Cyclic Operation 157 G DCOffset P2 0 0 0 2047 lt gt Cyclic Operation 158 G DCOffset P3 0 0 0 2047 lt gt Cyclic Operation 159 G DCOffset P4 0 0 0 2047 lt gt Cyclic Operation 160 G DCOffset P5 0 0 0 2047 lt gt Cyclic Operation 161 G DCOffset P6 0 0 0 2047 lt gt Cyclic Operation 162 G DCOffset P7 0 0 0 2047 lt gt Cyclic Operation 163 G DCOffset P8 0 0 0 2047 lt gt Cyclic Operation 164 G DCOffset P9 0 0 0 2047 lt gt Cyclic Operation 165 G DCOffset P10 0 0 0 2047 lt gt Cyclic Operation 166 G DCOffset P11 0 0 0 2047 lt gt Cyclic Operation 167 G DCOffset P12 88 88 0 2047 lt gt Cyclic Operation 168 B DCOffset PGain 0 0 0 2047 lt gt Cyclic Operation 169
28. y 5 LC 520m 2 R5232 gt 4 E Sein B gy zi E R5342 C5333 C5337 R5343 oo o O o c 78 T R7262 Lee 42 R7263 R7264 8 TVIDEO C1413 C53Q7 R5336 R5334 TSCART TSOG COVER SW FN905 gt C0C274 Dr Ne I TP HRES B OO O TEMP K48E C8843 5 C1824 81837 88 H R1846 6 2 9 Thy 2 C334 C7229 7301 P lt R731 67322 57325 57321 7303 R7518 D w o o W et 4 tp 81813 x NS 92 91 B eios EY 1801 mm 00 gt CV C1806 90 p mm mm 99 R C SIDE A 1AA4B10C6090D 22 XX A SIDE 1st Reflow R C SIDE B 1AA4B10C6090D B SIDE Znd Reflow 7 e C2901 82901 K8 D PCB KM3A K5 MAIN SIDE B L60C1 160225 180225 a L60C 5C2092 C2093 2 2568 CI C6213 66212 D6211
29. 531 S amp H 2531 LEVEL SHIFT 531 S amp H 2531 LEVEL SHIFT 16 DRB_DIRX DB_FRP DB_SHCLK DB_XFR FROM 401 7111 L501 L26B3470G C526 2 25EM103T 7 DB_1 0 9 FROM 401 7111 DB_2 0 9 RESET_DG FROM IC301 PW190 5 5 SCLK SDATA DB_DX DRGB_DY DG_ENBY1 DG_ENBY2 FROM 401 7111 DG_DIRX DG_FRP DG_SHCLK DG_XFR FROM 401 7111 L531 L26B3470G C556 ZZ 25 103 DG_1 0 9 FROM 401 7111 DG_2 0 9 RESET_DG FROM IC301 PW190 5C5 SCLK SDATA DG_DX DRGB_DY DG_ENBY1 DG_ENBY2 FROM 401 7111 DRB_DIRX DR_FRP DR_SHCLK DR_XFR FROM 401 7111 L561 L26B3470G 33V C586 25 103 DR 1 0 9 FROM 401 7111 DR 2 0 9 RESET DG FROM IC301 PW190 SCS SCLK SDATA DR DX DRGB DY DG ENBY 1 DG ENBY2 FROM 401 7111 gt R504 R527 X R503 130816406 1 16GJ10KA R526 1 16GZ0A C515 C510 16KK0 1MN L521 E 16KK0 1MN 8 5 15 5V ll C528 5 g 25KK1GQ 25EM103T D 16KK0 1MN 16KK0 1MN KK1000MN 16KK0 1MN C514 C513 C512 C511 C527 900000000000000060600000 16MM0 1MM is 2 d gt 2 2 2 25025 2222 5 R1JAORO4G R1EBORO4G C507 16KK0 1MN ore IC501 L3E06150S2AM B_VID 8 RB
30. Ka FN901 S16V I 69 FN902 K6M 2 Ie D3624 1 215 lt 06 LMd gt 3 IV 0 2 Fail H Power Error On IC4891 285 gt 07891 017892 IC8811 8821 4831 TEMP TEMP TEMP SENSOR SENSOR2 SENSORI lt MCP9801T gt lt 9801 gt lt MCP9801T gt SCLO SCLO_5V SDAO 1302 1221020 277 Chassis Block Diagrams ircui Alarm c H39HVHOD AH3LLIVS LLI m lt Ar Om cr lt I lt Oa LLI m qi nd 20960 29280 4 79280 4 912208 ua p 70 80 20288 4 H3AOO 3 Ad3illV8 0012 5 HOSN3S NOLIVHSIA 987 35 VI 3119 17963 ASS 604891 8l 00 NIVIN WS 109 L M0 02891 9c CL eL VL SL 06LMd LOSI gt 15 80 95 80 II V IV HOLIMS A3 1I I NEV IV 72 Chassis Block Diagrams ircui bus control c AHON3N 109IM0 16219 1290 lt lt 8 oqa Jie sA 00 06LMd gl AG AS 2705 d31V9S 5062 C I I lt LI 9 V gt lt 29 gt HOSN3S 40 IM0 AG 1 NW 10629 LESHI ______ eel Ag 0 06 7 3
31. 1 Gs 6 as ao eo G8 KK0 1GQ T em aes yy Rd _ 4 n 1 166 100 225 L MON FROM K35B ew 5 6 SDATA C2543 j G CLYB 6 8 T6KKO 1MN gt E m suem Pd EN O 9 V55V G_CLX o 10 V55X ENBX 4 G ENBX 1 4 11 VSSX 14 cn T wm IEEE je 16KK0 1MN I Go M 16 NB4 m eet 2 L2683470C G_CLX eee X G_CLXB O K35G19 19 8 On T C2538 G_DX T eu e 20 px 25KKIGO TP35G koida Ht Bleu sees me SSEMI03T Ass VIC1 g G _ENBY 2 1 l gt vos Povo S ees 5 favos j es G_CLYB gt 26 VIC5 Poo J lol voe OI oe Povo 459 svo 1 _________ ee los wen t MON cp 1 16GJ47KA 0 35 DY 16KK0 T MIN 9 se LCCOM ND E fo ss G_VID 1 12 83531 FROM IC Um 1 00 T Wr R3569 NEN 10GZ0 0 ZEN gt T 55 2751 0 iho I LI qe UE iam 000000000609 a
32. 142 PreCoast_PC Video 1080p 30Hz i 7595 143 C 10800 13 0 63 144 PreCoast PC Video 1080p 25 2 7 0 63 145 10800 13 0 63 146 PreCoast PC Video 1080p 24 2 7 0 63 147 a PC Video 1080p 13 0 63 150 PreCoast VC CI 480i 7 0 63 151 PostCoast YCbCr 480i 13 0 63 152 PreCoast VC CI 575i 7 0 63 153 PostCoast YCbCr 575i 13 0 63 154 PreCoast YCbCr 480p 7 0 63 155 PostCoast YCbCr 480p 13 0 63 156 PreCoast YCbCr 575p 7 0 63 157 PostCoast YCbCr 575p 13 0 63 158 PreCoast YCbCr 720p 60Hz 7 0 63 159 PostCoast YCbCr 720p 60Hz 13 0 63 160 PreCoast YCbCr 720p 50Hz 7 0 63 161 PostCoast YCbCr 720p 50Hz 13 0 63 50 Service Adjustment Item Name Function Initial Range Note 162 PreCoast YCbCr 1080i 60Hz 7 0 63 163 PostCoast YCbCr 1080i 60Hz 13 0 63 164 PreCoast YCbCr 1080i 50Hz 7 0 63 165 PostCoast YCbCr 1080i 50Hz 13 0 63 166 PreCoast YCbCr 1035i 7 0 63 167 PostCoast YCbCr 1035i 13 0 63 180 PreCoast 5 480 7 0 63 181 PostCoast SCART 480i 13 0 63 182 PreCoast 5 575 7 0 63 183 PostCoast SCART 575i 13 0 63 Group 10 SyncProcessor Minimum sync amplitude threshold _ 0 SYNCAMPHLCKTOLOW fGFEILCK T toO tansition 0x1000 0 9999 Minimum sync amplitude threshold _ 1 SYNCAMPHLCKTOHI for HECK 0 to 1 tansition 0x700 0 9999
33. 305 014 305 014 305 015 Ep Description TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SB1204 S TL 25 2412 T146 XL 25 2412 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SC2412K 146 2SC2412K 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 25 2412 146 25 2412 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 25 2412 146 25 2412 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SC2412K 146 2SC2412K T146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SA1203 Y TE12L 2SC2412K 146 R 2SC2412K 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SC2412K 146 2SC2412K 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SC2412K 146 2SC2412K T146 S 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SC2412K 146 25 2412 146 5 2SC2812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S RN1117 TE85L RN1117 TE85L 25
34. 4891 and out put pin 4 and then supplied to the lamp ballast board through SW901 Lamp Cover SW CHO RXD signal at pin 26 of IC301 is applied from the lamp ballast unit If the abnormality occurred on the lamp ballast unit LAMP DET CHO signal becomes High and then IC301 shuts down the power supply circuit Lamp Cover switch Make sure that the lamp cover is mounted correctly If not or the lamp cover removed the lamp does not light on for the safety Check the lamp cover and lamp cover switch SW901 SWUISWUISUS Troubleshooting No Picture Check following steps No picture with all of input sources No picture with 1 Analog input source only No picture with PC2 Analog input source only No picture with all of computer input sources No picture with video input sources Yes Yes Yes Yes Check signal processing stage and LCD driving stage Check RGB S amp H signals at test points TP35B TP35G TP35R1 Check power supply circuit 15 5V and peripheral circuit Check ICs 501 61 2501 2531 2561 401 IC301 and peripheral circuits Check PC1 PC2 switching stage Check 1C5201 PC1 PC2 SW and peripheral circuit PC1 PC2 SW signal PC2 H is output from pin 348 of IC301 lt Scaler gt and applied to pin 26 of 1C5201 PC1 L PC2 H Check PC1 PC2 switching stage Check IC5201 lt PC1 PC2 SW gt and peripheral circuit PC1 PC2 SW
35. Baas L1802 wow 2 6 8 ane D14 E14 14 14 me 614 814 fa 14 AA ABA AC14 AD14 AE14 AF14 X DVDD33 D3 O X Pw DCL R1849 W Pis R322 R340 YY 1 16GJIOOA gt ei __ X 1 16GJ3 3KA aa C321 lt m TO FPGA Il gt 034 oss 5212 E n 013 E13 13 M13 N13 P13 R13 13 013 16KK0 1MN AA13 AB13 AF13 patton CONFIG_FPGA P17 D6 1 16GJ3 3KA SDATA PW EXT Y 7 x Qe __________ Q O Q C C319 SCS_PW D12 E12 F12 K12 112 12 M12 12 R12 112 U12 16KK0 1MN AA12 AB12 A AD A AF12 a A 52 Y IC1821 ON 5VA D 75 C307 49 Gb T TC7SZ125FUK 6 27 gt 6 8 3L C 9 3 D G 5 3 AA d MC QO Q 5 6 lt Ux PW_EXT MC TOP VIEW PT cd X 26 55 1 1166 Open p9 P 25 10 m e C308 A AD 2 5V REG 25V 5 2 16MM0 1MM 16KKO 1MN 1 So m A 5 9 Age 01801 0 1 16620A 1 16GZ0A
36. C422 9 gt gt 5 115 9 R469 6GJ47A 089 VDDP3 TEST3 VDD10 GND gap 16 1 dz E 900 906 GND ENBX2G 470 661474 Noa 407 oz B14 cia o Y Ul4 w14 8421 _ 110547 8 L401 5 C448 R4 6GJ47A MI L3CT101PG 16KK0 1MN 4 GND GND STSQOG DXOUTG R489 X waa 408 1 0V TORKOM C420 IC401 R490 X A13 B13 C13 A 013 773 VI3 MMO L3bE07111KOAM om DB And VDD33 GND STSQEG XFRG FRPG R476 1 16GJA7A 409 6KKO R4 A 9 16KK0 TMN 2 R GND GND GND GND VDD33 GND SHCLKGN R483 x R411 R484 X 1 16GJ22A ATT dy c plu TN J L11 1 e ULI R412 T6KKO 1MN 16KKO 1MN DG 0 9 1 16GJ22A RINO RIN8 RIN9 GND GND GND GND gt VDD33 GND G1OUT1 G1OUTO Noga DEP 3 3VGA R1JA4704G 810 cio pio T 110 M10 L10 M10 gt V10 YTO ku PE 3 22 T6KKO 1MN 16KK0 TMN _ C u GIN11 GND GND GND GND O V0038 VDD10 G10UT3 G10 D SCLK e C46 ___ 19 19 GKKO TMN 2 sS a C415 C458 M eRT I 9 4 L SDATA ______ 4 9 T6KKO 1MN Gp 16 gt CIM8 CIM9 GND GND GND GND VDD1p VDD10 G1OUT5 G10 D 4 RB414 i pu 606 MI 8 C8 08 18 8 YS 5 2 1 C417 C459 9 6
37. CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM CJ22CM LCD PANEL G LCD PANEL R LCD PANEL 15 16 8 LED D6841 pes 02DZ12YG 161 06833 SML 521MUWG R6841 1 16GJ 330 21 06841 R6844 AH X K8K J10ES056G L6801 L26B3470G S3 3V 3 GND 3 KEY SW KEY11 3 L3CZ220PG KEYT M 3 222006 5 KEY2 TO IC301 0 3 KEY33 Q L3CZ220PG KEYS 2 T T I m 85 8 85 Quo 5 o 55 9 5 K8D J10ES046G 02891 1 16GJ UDZS6 2BG r 1 OKKO 1 MN 22A 02DZ6 2YG 55V 82891 R C 1 16GJ22A R C R2892 1 16GJ100A L3CZ220PG D2892 TO IC891 UDZS6 2BG 02DZ6 2YG C2892 K8T J10EG045G TEMP SENSOR LAMP BALAST LAMP_SW K8H J10EZ051G LAMP_DET GND 5V 06846 25 1203 55V D6831 LAMP REPLACE Y D6832 TEMP WARNING R D6833 STAND BY RED ON LAMP ON GREEN ON 06831 12 L8841 L26B3470G SDAO 5V SCLO 5V L3CZ220PG L8843 C8843 C8842 L3CZ220PG D4812 UDZS6 2BG 02DZ6 2YG R4861 1 16GZ0A R4803 X 1 16GZ0A L4811 L3CZ220PG L3CZ220PG D4813 UDZS6 2BG 02DZ6 2YG R4863 1 16GJ100A SW902 K8S S10B6510N J10EG045G 1 14891
38. EMI 400MHZ 6307 945 034 R NETWORK 12091 945 086 FILTER EMI 400MHZ 945 037 R NETWORK L2092 945 086 FILTER EMI 100 2 28401 945 036 R NETWORK L2501 945 041 INDUC TOR 330 OHM 945 037 R NETWORK 555321 945 041 INDUCTOR 330 OHM RB402 945 036 R NETWORK 125231 945 041 INDUCTOR 330 OHM 945 037 R NETWORK L2551 945 041 INDUCTOR 330 OHM 16403 945 036 R NETWORK 52561 945 041 INDUCTOR 330 OHM 945 037 R NETWORK 12581 945 041 INDUCTOR 330 OHM RB404 945 036 R NETWORK 1 2891 945 041 INDUCTOR 330 OHM 945 037 R NETWORK L2892 645 092 22 OHM 100 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description L301 301 150 MT GLAZE 000 307 149 DIODE 165355 17 L302 301 150 MT GLAZE 000 D3617 307 163 DIODE 155352 1303 301 150 MT GLAZE 000 307 149 DIODE 155355 17 1304 301 150 MT GLAZE 000 D3621 307 163 DIODE 155352 TPH3 L305 301 150 MT GLAZE 0 000 307 149 DIODE 155355 17 113051 945 068 FILTER EMI 20 2 03622 307 163 DIODE 155352 TPH3 13052 945 068 FILTER BMI 20MHZ 307 149 DIODE 1SS355 TE 17 L306 301 150 MT GLAZE 0 000 D3623 307 163 DIODE 155352 1307 301 150 MT GLAZE 000 307 149 DIODE 199355 TE 17 1308 301 150 MT GLAZE 000 D3624 307 163 DIODE 155352 TPH3 L309 301 150 MT GLAZE 000 307 149 DIODE 195355 TE 17 L311 301 150 MT GLAZE 000 03626 307 163 DIODE 155352 TPH3 L312 301 150 MT GLAZE 000 307 149 DIODE 1SS355 TE 17 L313 301 150 MT GL
39. How to check Lamp Used Time The LAMP REPLACE indicator will light yellow when the total lamp used time Corresponding value reaches 3 000 hours This is to indicate that lamp replacement is required The total lamp used time is calculated by using the below expression Total lamp used time Corresponding value Teco Tnormal x 1 5 used time in the Normal mode Tnormal used time in the High mode You can check the lamp used time following to the below procedure 1 Press and hold the ON STAND BY button on the projector for more than 20 seconds 2 The projector used time and lamp used time will be displayed on the screen briefly as follows Projector used time Counter Projector Lamp Normal Eco Corresponding value Total lamp used time 248 Security Function Notice Security Function Disable This projector provides security functions such as Key lock PIN code lock and Logo PIN code lock When the projector has set these security function on you are required to enter correct PIN code to use the projector If you do not know the correct PIN code to the projector the projector can no longer be operated or started In this case you must reset those function first according to the resetting procedure described below and then check up on the projector Function Description Key lock Locks operation of the top control or the remote control If the Key lock is enabled with top con
40. Key No Part No Description Key No Part No Description CABINET PARTS PACKING MATERIALS 610 335 4088 CABINET TOP KM3A 610 338 9455 CUSHION SPACER BTM KM3A 610 335 4132 CABINET BOTTOM KM3A 610 336 8689 CARTON CASE KM3A 610 336 2595 CAP FOCUS LEVER KM3A 610 336 8207 CUSHION SPACER KM3A 610 337 3737 COVER LP SERVICE KM3A 610 336 8382 CUSHION A KM3A 610 336 2724 COVER ALARM KM3A 610 336 8474 CUSHION B KM3A 610 335 7041 DEC INLAY LED KM3A 645 096 4015 POLY BAG 0750X0600 NC R8P 610 335 7027 DEC INLAY RC F KM3A 910 295 3085 DEC LEG MW6A 610 336 8191 DEC AV SHEET KM3A ACCESSORIES 610 335 4057 FILTER BASE KM3A 610 335 8420 HOLDER AV KM3A 610 335 6976 PANEL AV KM3A 610 338 4108 PIPE RC KM3A 610 336 2472 BUTTON KM3A 610 336 7729 ASSY STAND PLATE KM3A 610 337 1559 CAP STAND LEG KM3A 610 337 1597 STAND LEG KM3A 610 337 1511 DEC STAND LEG KM3A N HS OWNER S MANUAL 610 337 SETUP INST MANUAL KM3A 610 337 CD ROM OWNERS MANUAL KM3A REMOTE CONTROL 645 093 ASSY REMOCON CXWW 910 321 RC BATTERY LID CXTJ STAND CHASSIS PARTS 19 610 ASSY OPTION STAND KM3A 19 1 610 610 335 7294 BUSH KM3A 19 2 610 DEC STAND LEG KM3A 610 334 4348 HOLDER POWER PWB BTM KM6AC S6 411 SCR PAN SW W 4X25 610 336 2502 HOLDER ALARM KM3A 610 336 2601 HOLDER TRIGGER BOX KM3A MISCELLANEOUS 610 336 7156 HOLDER T SW KM3A 910 LABEL PIN CODE MY7A 610 335 4200 MOUNTING DUCT BTM KM3A 910 LABEL ALARM PZ5A 6
41. 014 305 014 305 015 305 015 305 163 305 173 305 173 305 134 305 147 305 173 305 173 405 220 405 220 305 134 305 147 305 173 305 173 405 220 405 220 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 134 305 147 305 173 305 173 405 220 405 220 305 134 305 147 305 173 305 173 405 220 405 220 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 134 305 147 305 173 305 173 405 220 405 220 305 217 305 217 305 217 305 014 305 014 305 015 305 015 305 163 305 173 305 014 305 014 Description TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR TR 2SC2812 L6 TB 25 2812 17 2902812N L6 TBO 25 3928 25 3928 15 RN1111 TE85L RNIILO TES5L RN1110 TE85L RN1111 TE85L RN1111 TES5L RN1111 TES8BL RN1113 TE85L 25 2412 T146 25 2412 146 5 29029812 L6 TB 2SC2812 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SA1037AK T146 R 25 1037 5 146 2SA1235A1E 2SA1235A1F ISA1235ACIE ISA1235ACIF 2SA1037AK T146 R 25 1037 5 146 2SA1235A1E 2SA1235A1F ISA1235ACIE ISA1235ACIF 25 2412 T146 25 2412 T146 5 2SC2812
42. 1 0 lt NSREGIONYO gt lt NSREGIONUVO gt 12 0 1023 2 Noise Region 1 lt NSREGIONY1 gt lt NSREGIONUV1 gt 24 0 1023 3 Noise Region 2 lt NSREGIONY2 gt lt NSREGIONUV2 gt 40 0 1023 4 Noise Gain Level lt NSFILTERY gt lt NSFILTERUV gt 50 0 255 Group 49 Noise Reduction Time Effective only for L2 O Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 1 0 lt NSREGIONYO gt lt NSREGIONUVO gt 12 0 1023 2 Noise Region 1 lt NSREGIONY1 gt lt NSREGIONUV1 gt 24 0 1023 3 Noise Region 2 lt NSREGIONY2 gt lt NSREGIONUV2 gt 40 0 1023 4 Noise Gain Level lt NSFILTERY gt lt NSFILTERUV gt 100 0 255 Group 50 2 2pull down setting T Film Detection Sensitivity 0 22Film Mode Sensitivity lt FILMSTVT22 gt 4 1 5 1 22Film Mode Threshold Low FILMTHRD22A 80 35707 2 22Film Mode Threshold High lt FILMTHRD22B gt 120 m 3 VOFTHR13 VOFTHR13 124 0 1023 Read only 4 VOFTHR12 lt VOFTHR12 gt 124 0 1023 Read only 5 VOFTHR23 lt VOFTHR23 gt 124 0 1023 Read only 6 Video Motion Window StartX VOFSTARX 10 0 2047 Range of detective for Film mode 7 Video Motion Window StopX VOFSTOPX 10 0 2047 Range of detective for Film mode 8 Video Motion Window Start Y lt VOFSTARY gt 10 0 1023 Range of detective for Film mode 9 Video Motion Window Stop Y lt VOFSTOPY gt 10 0 1023 Range of detective for Film mode Group 51 2 3pull down setting Film Detection Sen
43. 1 16W R8771 301 234 MT GLAZE RB414 945 036 R NETWORK 47X4 1 32W R8772 301 234 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8773 301 225 MT GLAZE RB415 945 036 R NETWORK 47X4 1 32W R8776 301 225 MT GLAZE 945 037 R NETWORK 47X4 1 16W R8777 301 224 MT GLAZE RB416 945 036 R NETWORK 47X4 1 32W R8778 301 224 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8779 301 224 MT GLAZE RB417 945 036 R NETWORK 47X4 1 32W R8782 301 226 MT GLAZE 945 037 R NETWORK 47X4 1 16W R8784 301 226 MT GLAZE RB418 945 036 R NETWORK 47X4 1 32W R8787 301 226 MT GLAZE 945 037 R NETWORK 47X4 1 16W R8811 301 225 MT GLAZE RB501 945 036 R NETWORK 0X4 1 32VI R8812 301 225 MT GLAZE 945 037 R NETWORK 0X4 1 16VI R8821 301 225 MT GLAZE RB502 945 036 R NETWORK 0X4 1 32VI R8822 301 225 MT GLAZE 945 037 R NETWORK 0X4 1 16W R896 301 226 MT GLAZE 8503 945 036 R NETWORK 0X4 1 32W R898 301 224 MT GLAZE 945 037 R NETWORK 0X4 1 16W R9621 301 224 MT GLAZE RB531 945 036 R NETWORK 0X4 1 32W R9622 301 225 MT GLAZE 945 037 R NETWORK 0X4 1 16W R9624 301 226 MT GLAZE 8532 945 036 R NETWORK 0X4 1 32W R9626 301 226 MT GLAZE 945 037 R NETWORK 0 4 1 16VI R9627 301 225 MT GLAZE 8533 945 036 R NETWORK 0X4 1 32W R9628 301 224 MT GLAZE 945 037 R NETWORK 0 4 1 16W R9629 301 224 MT GLAZE RB561 945 036 R NETWORK 0X4 1 32W R9630 301 226 MT GLAZE 945 037 R NETWORK 0X4 1 16VI R9640 423 033 FUSE 18562 945 036 R NETWORK 0X4 1 32W R9641 301 225 MT GLAZE 945 037 R NETWORK 0X4 1 16W R9642 301 259 MT GLAZE 18563 945
44. 1024 58 Lamp Go Out n a 0 1 59 Source Search Enable Source Search 0 0 1 O Disable 1 Enable 0 70 Mode Setting RC Mode 0 0 1 1 Promethean Mpde 71 Force Model Option Model Option Force Setting 0 0 2 oo 1 Force for 50 2 Force for 80 Panel life test mode Setting panel life test mode 1 0 1 0 Life test mode 1 Normal Group 201 Option signal 0 FrameLockOFF at PC signal 1 FrameLockON at PC signal and 47Hz l Vfreq Panel frequency of input signal Reverse Processing of FLDINVSetting Value 2 Field Sense Invert Enable 0 0 1 0 Disable Used FLDINV Setting Value 1 Enable Used Reversed FLDINV Setting Value 3 0 Disable Service Adjustment Dsiable 4 Sub Image Enable 1 0 1 Used all the Center Values 1 Enable Service Adjustment Enable 0 Zoom Accelerator OFF 6 Zoom Accelerator Enable 0 0 1 1 Zoom Accelerator No last memory 0 Enable Normal 1 Disable is not cancelled even if Keystone is 7 DZoom Reset by Keystone 0 0 1 cancelled No last memory 8 Stability Count Count Value of V missing 5 0 255 9 Sensivity for Signal Lost Only used this value for No Signal 350 0 HSYNC Judgement Hz 22757 10 Sensivity for Signal Lost Only used this value for No Signal 3 0 255 VSYNC Judgement Line 11 Keystone Filter Center Value Reference Value 16 0 30 Group 203 Option XE50 FPGA 0 FPGA Version FPGA Version Display Read only Yniformity Adjustment Setting 1 ON OFF ON OFF 1 0 1 0
45. 16GJ10A 1 16GJ10A IC301 R9881 1 16GJ3 3KA 9881 in LAMP DET R9882 1 16GZ0A TO IC301 P 3 1C5701 PQ20WZ11P D5704 155355 NT15 5V C5701 KK0 1GQ R5704 1 5KA 1 16GJ10KA R5706 1 16GJ1MA 8203 05701 1 16GF2KA RN1117P D3601 155355 IC5621 QXXAVC927P C5623 C5622 16KK 6 3KK TOBA 0 1MN R5622 1 16GF3 3KA R5623 1 16GF240A R5624 R5621 1 16GF1KA C5621 10KKTMN 1 166 10 05061 C5001 16KK0 1MN 16KK0 1MN C5011 KK2200MN C5012 16KKO 1MN 1 16GJ1 2KA 85064 1 16GJ1KA 55355 R5067 1 16GJ1KA x CH 16EM101V 1 16GJ1 2KA D5062 R5071 155355 1 16GJ1 2KA MUTE HIGH R5069 1 16GJ1KA TEMP SENSOR 2 PANEL IC8821 QXXAVC869P _ 16KK0 1MN C8822 SDA CJ33CM 1 16GJ10A 1 16GJ10A SCL0_5V C5013 10KK1MN 1 16GJ10A R5003 1 16GJ10A SDA0_5V SCLO_5V L2PF3R3MG Q3582 2SA1203Y R3583 1 16GJ4 7KA R3581 Q3581 1 16GJ1KA AH R3582 C3581 1 16GJ4 7KA 6 3EM1003T 6 3EM100WD IC5001 TONE Lb LINEb OUTb AGC CTH SDA CTL Vref V 10KK1MN C5024 10 C5008 28 b KK0 01MN TE5001 J30B1640G C5006 16K
46. 225 MT GLAZE R571 301 224 MT GLAZE 100 R5202 301 225 MT GLAZE R572 301 224 MT GLAZE 100 R5203 301 225 MT GLAZE R573 301 224 MT GLAZE 100 R5204 301 225 MT GLAZE R581 301 226 MT GLAZE 000 R5206 301 225 MT GLAZE R582 301 226 MT GLAZE 000 R5207 301 225 MT GLAZE R584 301 226 MT GLAZE 000 R5208 301 224 MT GLAZE R586 301 226 MT GLAZE 000 R5209 301 224 MT GLAZE R6201 301 225 MT GLAZE 4 7K R521 301 226 MT GLAZE R6202 301 225 MT GLAZE 4 7K R5211 301 224 MT GLAZE R6203 301 224 MT GLAZE 10K R5212 301 224 MT GLAZE R6204 301 224 MT GLAZE 10L R5213 301 225 MT GLAZE R6206 301 224 MT GLAZE 10K R5215 301 225 MT GLAZE R6211 301 225 MT GLAZE 4 7K R522 301 226 MT GLAZE R6212 301 225 MT GLAZE 4 7K R5221 301 226 MT GLAZE R6213 301 224 MT GLAZE 10K R5222 301 036 MT GLAZE R6214 301 224 MT GLAZE 10K 98 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description R6216 301 224 MT GLAZE R7313 301 225 MT GLAZE R6803 301 224 MT GLAZE R7314 301 225 MT GLAZE R6813 301 224 MT GLAZE R7316 301 224 MT GLAZE R6823 301 224 MT GLAZE R7317 301 224 MT GLAZE R6841 301 225 MT GLAZE R7318 301 226 MT GLAZE R6843 301 225 MT GLAZE R7319 301 226 MT GLAZE R6846 301 225 MT GLAZE R7321 301 226 MT GLAZE R6848 301 225 MT GLAZE R7322 301 226 MT GLAZE R6849 301 225 MT GLAZE R7323 301 226 MT GLAZE R6851 301 225 MT GLAZE R7801 301 226 MT GLAZE R6853 301 301 MT GLAZE R7802 301 224 MT GLAZE R6854 301 225 MT GLAZE R7803 301 224 MT GLAZE R6857
47. 2412 146 25 2412 146 5 2SC2812 L6 TB 25 2812 1 7 25 2612 16 2SC3928A1R 25 3928 15 25 2412 146 25 2412 146 5 2SC2812 L6 TB KM3 XL5000 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description 305 015 TR 2SC2812 L7 TB IC8708 310 596 IC S 1000C27 M5T1G 305 163 TR 295C2812N L6 TBO IC8712 309 482 NJM2360AM TE2 305 173 TR 2SC3928A1R 1C891 310 337 HD74LVC14T 305 173 TR 2SC3928A1S 1C9603 309 074 IC M51957LLL 305 134 TR 2SA1037AK T146 R 9882 309 464 IC TC74ACT14FT 305 147 2SA1037AK S T146 305 173 2SA1235A1E C1041 303 409 305 173 2SA1235A1F C1091 303 409 405 220 ISA1235ACIE C1300 303 409 405 220 TR ISA1235ACIF C1301 303 409 305 014 25 2412 146 XL C1331 303 305 305 014 25 2412 146 5 C1332 303 305 305 015 TR 2950C2812 L6 TB C1351 303 433 305 015 2502812 L7 TB C1352 303 358 305 163 TR 2959 2812N L6 TBO C1361 303 433 305 173 2SC3928A1R C1362 303 358 305 173 TR 2SC3928A1S C1371 303 409 905 191 TR 3 01 C1372 303 409 305 191 TR GBNOILC TB HB C1373 303 379 CERAMIC 305 134 TR 2SA1037AK T146 R C1376 303 433 CERAMIC 305 147 2SA1037AK S T146 C1377 303 394 ELECT 305 173 TR 2SA1235A1E 303 387 ELEC
48. 255 GGain Adjustmen 4 ADC R GAIN PC Component SCART 40 40 40 0 255 R Gain Adjustmen 5 ADC B GAIN PC Component SCART 40 40 40 0 255 B Gain Adjustmen 6 GRAAFLTR RBAAFLTR Green Red and Blue Anti Alias Filter 4 R R 0 7 7 GRNAADWNSMPL Green Red Blue Anti Alias 0 R R 0 3 Composite amp S Video Component RBAADWNSMPL Downsample PC 8 GRNAAHF RBAAHF E Blue Anti Allas 3 R R 0 3 R Read only value 10 SOGTH Geen Ann 0 15 2 Enable T3 12 4 0 7 13 HSOTH 4 0 7 100 PreCoast PC Signal 3 0 63 101 PostCoast PC Signal 8 0 63 120 PreCoast PC Video 480i 7 0 63 121 PostCoast PC Video 480i 13 0 63 122 PreCoast PC Video 575i 7 0 63 123 PostCoast PC Video 575i 13 0 63 124 PreCoast PC Video 480p 7 0 63 125 05LC0 5L PC Video 480 13 0 63 126 PreCoast PC Video 5750 7 0 63 127 PostCoast PC Video 575p 13 0 63 128 PreCoast PC Video 720p 60Hz 7 0 63 129 PostCoast 720 60Hz 13 0 63 130 PreCoast PC Video 720p 50Hz 7 0 63 131 PostCoast PC Video 720p 50Hz 13 0 63 132 PreCoast PC Video 1080 60Hz 7 0 63 133 PostCoast PC Video 1080 60Hz 13 0 63 134 PreCoast PC Video 1080 50Hz 7 0 63 135 05LC0 5L PC Video 1080 50Hz 13 0 63 136 PreCoast PC Video 10351 7 0 63 137 PostCoast PC Video 1035 13 0 63 138 PreCoast PC Video 1080p 60Hz 7 0 63 139 C 10800 13 0 63 140 PreCoast PC Video 1080p 50Hz 7 0 63 141 10800 13 0 63
49. 2GF 150K 1 10GJ4 3KC FB602 Z20051 lt CIRCUIT K6A 2A C632 25KK0 1GQ K6A J10B1010N N ____ 7 9 Q 6 HA DT CN2 LAMP DET c GND 5V LAMP SW ECO G K 07 J10EZ051G C LAMP DET GND 5V LAMP_SW ECO K8R J10XK120G S6V S6V GND GND S 5V GND LAMPDC_ON GND 000000000000 9 K8F 1 D J10EP031G SPEAKER SW_1 SW_2 SW_3 29 L3031 F34DG206G K50A 28 1 SP 5 901 1AV4A10B22500 au SP Qa FN903 K6N tuti ASSY PWB TEMP KL3A KM3A weno DX Unauthorized substitutions may result in fire or accidend pne EXHAUST 77 9 SIDE ANZ E LAMP TEMP SENSOR 1 OUTSIDE 1AV4M10B33502 j10EG035G 4831 EXHAUST A I QXXAVC869P 55V SIDE 16KK10BB POWER 12031 F34DH107G ASSY PWB AV 1 16KKO TN I I CJ33CM L2011 R2011 6 902 K6M is udis 136075 1 166 55 1AV4M10B43201 5 2011 E S CHROMA EXT E B PNL 2 20 23096 gt NI ol 3 11184701M SW8751 2021 R2021 R2038 C2021 da 1 3GJ75 1 16GJ10A 63KK10BA T b _K6L S VIDEO 5C2021 2206 C 230802206 un i G R PNL A 2 5V 8752 NZ le 3 gt
50. 3 V Back Porch 63 0 4095 4 Disp Line 534 0 4095 Group 520 YCbCr 480i 0 Total Dots 858 0 4095 1 Disp Dots 670 0 4095 2 H Back Porch 147 0 4095 3 V Back Porch 46 0 4095 4 Disp Line 458 0 4095 Group 521 575i 0 Total Dots 864 0 4095 1 Disp Dots 650 0 4095 2 HBackPorch 163 0 4095 3 V Back Porch 64 0 4095 4 Disp Line 534 0 4095 Group 522 YCbCr 480P 0 Total Dots 858 0 4095 Read only 1 Disp Dots 684 0 4095 2 H Back Porch 136 0 4095 3 V Back Porch 47 0 4095 4 Disp Line 460 0 4095 Group 523 YCbCr 575P 0 Total Dots 864 0 4095 Read only 1 Disp Dots 680 0 4095 2 H Back Porch 143 0 4095 3 V Back Porch 55 0 4095 4 Disp Line 550 0 4095 Group 524 YCbCr 720P 60 0 Total Dots 1650 0 4095 Read only 1 Disp Dots 1248 0 4095 2 H Back Porch 312 0 4095 3 V Back Porch 34 0 4095 4 Disp Line 700 0 4095 Group 525 YCbCr 720P 50 0 Total Dots 1980 0 4095 Readonly 1 Disp Dots 1248 0 4095 2 HBackPorch 337 0 4095 3 V Back Porch 35 0 4095 4 Disp Line 700 0 4095 Group 526 YCbCr 1080 60 0 Total Dots 2200 0 4095 Read only 1 Disp Dots 1872 0 4095 2 H Back Porch 255 0 4095 3 V Back Porch 54 0 4095 4 Disp Line 1052 0 4095 Group 527 YCbCr 1080i 50 0 Total Dots 2640 0 4095 Read only 1 Disp Dots 1870 0 4095 2 H Back Porch 255 0 4095 3 Back Porch 54 0 4095 4 Disp Line 1052 0 4095 Group 528 YCbCr 1035i 0 Total Dots 2200 0 4095 Read only 1 Disp Dots
51. 301 225 MT GLAZE R7804 301 226 MT GLAZE R6858 301 225 MT GLAZE R7806 301 261 MT GLAZE R6859 301 225 MT GLAZE 27807 301 336 MT GLAZE R6863 301 225 MT GLAZE 5 R7808 301 294 MT GLAZE R6864 301 225 MT GLAZE 27809 301 224 MT GLAZE R6865 301 224 MT GLAZE R7811 301 235 MT GLAZE R6866 301 225 MT GLAZE R7812 301 284 MT GLAZE R689 301 224 MT GLAZE R7821 301 226 MT GLAZE R691 301 230 MT GLAZE R7822 301 261 MT GLAZE R696 301 225 MT GLAZE R7823 301 336 MT GLAZE R697 301 035 MT GLAZE 27824 301 294 MT GLAZE R698 301 263 MT GLAZE R7841 301 226 MT GLAZE R7201 301 224 MT GLAZE R7842 301 224 MT GLAZE R7202 301 224 MT GLAZE R7843 301 224 MT GLAZE R7203 301 226 MT GLAZE R7844 301 226 MT GLAZE R7204 301 226 MT GLAZE 27846 301 261 MT GLAZE R7206 301 226 MT GLAZE 27847 301 336 MT GLAZE R7207 301 226 MT GLAZE R7848 301 294 MT GLAZE R7208 301 224 MT GLAZE R7849 301 224 MT GLAZE R7209 301 226 MT GLAZE R7851 301 235 MT GLAZE R7211 301 226 MT GLAZE i R7852 301 284 MT GLAZE R7212 301 226 MT GLAZE 17861 301 226 MT GLAZE R7221 301 226 MT GLAZE 27862 301 261 MT GLAZE R7222 301 226 MT GLAZE 27863 301 336 MT GLAZE R7226 301 226 MT GLAZE 27864 301 294 MT GLAZE R7227 301 224 MT GLAZE R7871 301 226 MT GLAZE R7228 301 226 MT GLAZE i R7872 301 224 MT GLAZE R7232 301 226 MT GLAZE R7873 301 224 MT GLAZE R7233 301 224 MT GLAZE R7874 201 226 MT GLAZE R7234 301 224 MT GLAZE R7876 301 261 MT GLAZE R7236 301 224 MT GLAZE RISIY 301 336 MT GLAZE R7237 3
52. 305 015 TR 2SC2812 L7 TB 305 173 TR 2SC3928A1R 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SC3928A1S 305 173 TR 2SC3928A1R 305 014 TR 25 2412 T146 XL 305 173 25 3928 15 305 014 TR 25 2412 146 5 305 014 TR 25 2412 7146 R 305 015 TR 2SC2812 L6 TB 305 014 TR 2SC2412K 146 S 305 015 TR 25 2812 17 305 015 TR 25 2612 16 305 163 TR 2SC2812N L6 TB0 305 015 TR 2SC2812 L7 TB 305 173 TR 2SC3928A1R 305 163 TR 295C2812N L6 TBO 305 173 TR 2SC3928A1S 305 173 2SC3928A1R 305 014 TR 2SC2412K T146 R 305 173 TR 2SC3928A1S 305 014 TR 2SC2412K 146 5 305 014 TR 2SC2412K T146 R 305 015 TR 2SC2812 L6 TB 305 014 TR 2SC2412K 146 5 305 015 TR 2SC2812 L7 TB 305 015 TR 25 2612 16 305 163 TR 2SC2812N L6 TB0 305 015 TR 2502812 L7 TB 305 173 TR 2SC3928A1R 305 163 TR 25C2812N L6 TBO 305 173 TR 2SC3928A1S 305 173 2SC3928A1R 305 014 TR 2SC2412K T146 R 305 173 TR 2SC3928A1S 305 014 TR 2SC2412K 146 5 305 014 TR 2SC2412K T146 305 015 TR 2SC2812 L6 TB 305 014 TR 2SC2412K T146 S 305 015 TR 2SC2812 L7 TB 305 015 TR 45 2812 6 305 163 TR 2SC2812N L6 TB0 305 015 TR 2SC2812 L7 TB 305 173 TR 2SC3928A1R 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SC3928A1S 305 173 2SC3928A1R 305 014 TR 2SC2412K T146 R 305 173 TR 2SC3928A1S 305 014 TR 2SC2412K 146 5 305 014 TR 2SC2412K T146 R 305 015 TR 2SC2812 L6 TB 305 014 TR 2SC2412K T146 S 305 015 TR 2SC2812 L7 TB 305 015 TR 25 2612 16 305 163 TR 25C2812N Lh6 TBO 305 015 TR 2SC28
53. 645 092 IMPEDANCE 22 OHM 05202 307 210 DIODE RB551V 30 TE 17 L4814 645 092 IMPEDANCE 22 OHM 05203 307 210 DIODE RB551V 30 TE 17 L4891 645 092 IMPEDANCE 22 OHM D5204 307 210 DIODE RB551V 30 TE 17 L4892 645 092 IMPEDANCE 22 OHM 05651 307 254 DIODE 516 L501 945 041 INDUCTOR 330 OHM D5704 307 163 DIODE 188352 TPH3 L5201 945 041 INDUCTOR 330 OHM 307 149 DIODE 159355 TE 17 115202 945 041 INDUCTOR 330 OHM D6201 307 205 DIODE RB521S 30 TE61 L521 945 041 INDUCTOR 330 OHM D6202 307 205 DIODE 215 30 61 15202 945 041 INDUCTOR 330 OHM D6211 307 205 DIODE RB521S 30 TE61 L531 945 041 INDUCTOR 330 OHM D6212 307 205 DIODE RB521S 30 TE61 15331 945 041 INDUCTOR 330 OHM 06831 407 256 LED SML 212YT T86 L5332 945 032 INDUCTOR 390 J D6832 307 203 LED SML 210LT T86 M L551 945 041 INDUCTOR 330 OHM D6833 307 222 LED SML 521MUW T86 L5601 645 092 IMPEDANCE 22 OHM D6841 307 223 ZENER DIODE 02DZ12Y TPH3 L561 945 041 INDUCTOR 330 OHM D6842 307 223 ZENER DIODE 02DZ12Y TPH3 55651 945 062 INDUCTOR 33U D6843 307 223 ZENER DIODE 02DZ12Y TPH3 L581 945 041 INDUCTOR 330 OHM D6844 307 223 ZENER DIODE 02DZ12Y TPH3 16201 945 041 INDUCTOR 330 OHM 08700 307 210 DIODE RB551V 30 TE 17 L6211 945 041 INDUCTOR 330 OHM D8701 307 163 DIODE 1859352 TPH3 L6801 945 041 INDUCTOR 330 OHM 307 149 DIODE 155355 1 16802 645 092 IMPEDANCE 22 OHM D8702 307 210 DIODE RB551V 30 TE 17 L6803 645 092 IMPEDANCE 22 OHM 08703 307 210 DIODE RB55IV 30 TE lT 16804 645 092 IMP
54. B DCOffset P1 16 16 0 2047 lt gt Cyclic Operation 170 B DCOffset P2 0 0 0 2047 lt gt Cyclic Operation 171 B DCOffset P3 0 0 0 2047 lt gt Cyclic Operation 172 B DCOffset P4 0 0 0 2047 lt gt Cyclic Operation 173 B DCOffset P5 0 0 0 2047 lt gt Cyclic Operation 174 B DCOffset P6 0 0 0 2047 lt gt Cyclic Operation 175 B DCOffset P7 0 0 0 2047 lt gt Cyclic Operation 176 B DCOffset P8 0 0 0 2047 lt gt Cyclic Operation 177 B DCOffset P9 0 0 0 2047 lt gt Cyclic Operation 178 B DCOffset P10 0 0 0 2047 lt gt Cyclic Operation 179 B DCOffset P11 0 0 0 2047 lt gt Cyclic Operation 180 B DCOffset P12 88 88 0 2047 lt gt Cyclic Operation 181 ENBX R 0 0 127 182 ENBX G 0 0 127 183 0 0 127 184 DXOutPos 0 0 1 185 R_V_INPUT_STEP_0O 20 0 1023 lt gt Cyclic Operation 186 INPUT STEP 512 16 0 1023 lt gt Cyclic Operation 187 STEP 1024 13 0 1023 lt gt Cyclic Operation 188 V INPUT STEP 1536 8 0 1023 lt gt Cyclic Operation 189 INPUT STEP 2048 4 0 1023 lt gt Cyclic Operation 190 R V INPUT STEP 2560 1 0 1023 lt gt Cyclic Operation 191 R_V_INPUT_STEP_3072 1022 0 1023 lt gt Cyclic Op
55. BackCrossB End ColshdSelect R Min 79 R Mid2 508 0 1023 80 R Mid1 611 0 1023 81 R Max 703 0 1023 82 G Min 320 0 1023 83 G Mid2 508 0 1023 84 G Mid1 611 0 1023 85 G Max 703 0 1023 86 320 0 1023 87 B Mid2 508 0 1023 88 B Mid1 611 0 1023 89 B Max 703 0 1023 90 H OutPos 123 0 2047 91 OutAreaLv 0 0 4095 92 FlickerAdj 0 0 2 93 FRC Bit 3 0 3 94 FrontCTalkR Cent 0 0 2047 lt gt Cyclic Operation 95 FrontCTalkR Start 128 0 255 96 FrontCTalkR End 128 0 255 97 FrontCTalkG Cent 0 0 2047 lt gt Cyclic Operation 98 FrontCTalkG Start 128 0 255 99 FrontCTalkG End 128 0 255 100 FrontCTalkB Cent 0 0 2047 lt gt Cyclic Operation 101 FrontCTalkB Start 128 0 255 102 FrontCTalkB End 128 0 255 R DCOffset NGain lt gt Cyclic Operation R DCOffset N1 2047 2047 lt gt Cyclic Operation R DCOffset N2 0 0 R DCOffset N3 0 0 lt gt Cyclic Operation R DCOffset N4 0 0 lt gt Cyclic Operation lt gt Cyclic Operation R DCOffset N5 0 0 lt gt Cyclic Operation R DCOffset N6 0 0 lt gt Cyclic Operation R DCOffset N7 0 0 lt gt Cyclic Operation R DCOffset N8 0 0 lt gt Cy
56. C5229 85237 a 1 16GZ0A Q8 gt 52 85238 1 3 KK0 01MN 1 8G 56 C5221 KK0 01MN 55 5303 1 16GJ1KA C5303 Q5302 AJ IC301 409PIN U5 11 R5307 M40C 111 7560 1 16GJ1KA C5304 10KK1MN 3801 SP232AENP C3802 6 3KM2 2MN C3806 10KK1MN C3801 6 3KM2 2MN C3803 6 3KM2 2MN 5C3051 73080220C L3051 F34DG206G C3804 6 3KM2 2MN i L3052 F34DG206G R3801 1 16GJ10A 5C3052 73080220C R3802 1 16GJ10A ON BOARD CONTACT TPG01 J30B2140G 05 230821406 R5312 1 16GJ1KA J30B2140G J30B2140G J30B2140G lt SIDE A gt lt SIDE B gt SCREW1 SCREW4 TPG02 TPG03 TPG04 SCREW 4 X L d SCREW2 SCREW5 TPGO6 TPGO7 SCREW_10 X SCREW 10 130821406 230821406 gt L5302 L2683470C 1C5301 C5316 7 BA7078AFP 63vM470 C5308 16KK0 1MN C5307 6 3KM2 2MN 5313 C5309 1 16GJ100A 10KK0 47MN C5312 10KK1MN C5311 10KK0 47MN IC5302 TC7WH125FUK 65317 16KK0 1MN R5314 1 166 1 C5313 6 3KM2 2MN R5317 1 16GZ0A C5341 16KK0 1MN TO IC301 331PIN AC7 C5314 10KK1MN R5319 1 16GZ0A EEN To c 01 161PIN AE1 1 5318 C5318 1 16GJ3 9KA CJ100CM 12 13 14 15 16 SCH_KM3A 5 7 13 R839 X TP_ICE J30B1640G TEICE J30B1640G PW_ICE
57. D3612 307 163 DIODE 155352 TPH3 SC2092 945 076 SURGE ABSORBER 101 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description 5 3051 945 076 SURGE ABSORBER 305 173 TR 2SC3928A1R SC3052 945 076 SURGE ABSORBER 305 173 TR 25 3928 15 5 5608 945 076 SURGE ABSORBER 305 014 TR 2SC2412K T146 R SW841 945 026 SWITCH PUSH 1 1 1 305 014 TR 25 2412 146 5 SWRST 945 026 SWITCH PUSH 1 1 1 305 015 TR 2SC2812 L6 TB X1331 945 088 OSC CRYSTAL 27 0 2 305 015 TR 2SC2812 L7 TB X7201 945 079 OSC CRYSTAL 14 31818MHZ 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SC3928A1R 305 173 TR 2SC3928A1S 610 337 2723 ASSY PWB KEY SW KM3A INTEGRATED CIRCUIT CAPACITOR 1C601 309 523 5502 C6801 303 409 3426 CERAMIC 16V 4 ne p C6802 303 409 3426 CERAMIC 16V C6803 303 409 3426 16V 6 7 RESISTOR R6800 301 225 1517 MT GLAZE 3 9K JA 1 16W R6801 301 225 0213 MT GLAZE 3 3K JA 1 16W R6802 301 226 1516 MT GLAZE 0 000 ZA 1 16W ms 5 4 R6804 301 225 0213 MT GLAZE 3 3K JA 1 16W Aceii 303 371 MT POLYEST R6806 301 224 9217 MT GLAZE 15K JA 1 16W 303 427 MT POLYEST R6807 301 234 9917 MT GLAZE 6 8K JA 1 16W 303 451 MT POLYEST R6808 301 225 1517 MT GLAZE 3 9K JA 1 16W 305 49 3 ELECT R6809 301 225 0213 MT GLAZE 3 3K JA 1 16W 303 410 ELECT R6811 301 226 1516 MT GLAZE 0 000 ZA 1 16W 2 303 410 ELECT R6812 301 225
58. DIB Fi u AGO 33 D en B DY 9222228228259 2 12 _ zi 1 166 100 d B CLYB lle B E 1 16G 100 HH B MON FROM K35B 2 111 99 6 30 STE 6 2203 HH 2513 E B ENBY 2 aoo 29 NB en Sa 16KK0 1MN _ e 28 UE EN Mas 1110 97 2 27 vssx on ECT n aM 7 0125 5 ENBXI4 M8XI1 4 B ENBX 1 4 B ENBXI1 24 FNB CE Penis ENBX 3 l f B ENOXD ac gt lt eem 4 22 lt ope sex eom gt 2000 s B DIRX B DIRX _ de 20 MZ acm falio 8 CLX Qe felis B py B_CLXB XB 50834706 B_DX TP35B 3503 12 yi bo veo g 8 NRG svo em fee svo 9 ENBY 1 2 11 vips evon lo s s Sean 9 8 ves quA 0 B VID10 svo SJ 495 dol sva lle lola vn TO IC B MON 6 zem 3 MON C1529 LEVEL SHIFT i L _ 1 16GJ47KA 0 2 DY 16KK0 1MN H Oj 1 LCCOM C3506 D B VID 1 12 83501 FROM Ic 2 1 0 P Wr 10GZ0 0 ZSEM Tm z z 55 C3530 0 05 OS m m 0 2531 3081640 Bas 2544 ZZ Z C2542 160 NIN 5
59. DIMMER CTRL LEVEL5 Dim Level 5 at the less than the 35 0 255 Value Luminance Level 6 Data for Dimmer 5 DIMMER 6 Dim Level 6 at the less than the 42 0 255 Value Luminance Level 7 Data for Dimmer 6 DIMMER LEVEL7 Dim Level 7 at the less than the 49 0 255 Value Luminance Level 8 Data for Dimmer 7 DIMMER_CTRL_LEVEL8 Dim Level 8 at the less than the 56 0 255 Value Luminance Level 9 Data for Dimmer 8 DIMMER_CTRL_LEVEL9 Dim Level 9 at the less than the 63 0 255 Value Luminance Level 10 Data for 9 DIMMER_CTRL_LEVEL10 Dimmer Dim Level 10 at the less 70 0 255 than the Value Luminance Level 11 Data for 10 DIMMER_CTRL_LEVEL11 Dimmer Dim Level 11 at the less 77 0 255 than the Value Luminance Level 12 Data for 11 DIMMER_CTRL_LEVEL12 Dimmer Dim Level 12 at the less 84 0 255 than the Value Luminance Level 13 Data for 12 DIMMER CTRL LEVEL13 Dimmer Dim Level 13 at the less 91 0 255 than the Value Luminance Level 14 Data for 13 DIMMER_CTRL_LEVEL14 Dimmer Dim Level 14 at the less 98 0 255 than the Value Luminance Level 15 Data for 14 DIMMER CTRL LEVEL15 Dimmer Dim Level 15 at the less 105 than the Value Luminance Data Avarage Point for 15 DIMMER AVERAGE POINT REEL 4 Luminance Data Avarage Value for _ 16 DIMMER AVERAGE DATA Sen 17 DIMMER LEVEL AUTO Current Dimmer Leverl 18 DIMMER_LEVEL_NORMAL High Dimmer Level 15 19 DIMMER LEVEL ECO Normal Dimmer Level 0 20 Lamp check enable 1 21 VOLTAGE LEVEL Lamp Voltage Group 2
60. GLAZE 23582 301 225 MT GLAZE R2084 301 263 MT GLAZE R3583 301 225 MT GLAZE R2091 301 260 MT GLAZE R3584 301 225 MT GLAZE R2092 301 225 MT GLAZE R3601 301 225 MT GLAZE R2093 301 225 MT GLAZE R3602 301 225 MT GLAZE R2094 301 263 MT GLAZE R361 301 302 MT GLAZE R2097 301 224 MT GLAZE R362 301 225 MT GLAZE R2098 301 226 MT GLAZE R3621 301 224 MT GLAZE R2501 301 224 MT GLAZE R3622 301 224 MT GLAZE R2502 301 224 MT GLAZE R3623 301 224 MT GLAZE R2503 301 224 MT GLAZE R3624 301 224 MT GLAZE R2521 301 224 MT GLAZE R3626 301 224 MT GLAZE R2531 301 224 MT GLAZE R363 301 224 MT GLAZE R2532 301 224 MT GLAZE R364 301 224 MT GLAZE R2533 301 224 MT GLAZE R366 301 224 MT GLAZE R2551 301 224 MT GLAZE R367 201 226 MT GLAZE R2561 301 224 MT GLAZE R368 301 263 MT GLAZE R2562 301 224 MT GLAZE R369 301 263 MT GLAZE R2563 301 224 MT GLAZE R372 301 225 MT GLAZE R2581 301 224 MT GLAZE R373 301 225 MT GLAZE R2890 301 224 MT GLAZE R378 301 224 MT GLAZE R2891 301 224 MT GLAZE R3801 301 225 MT GLAZE R2892 301 224 MT GLAZE R3802 301 225 MT GLAZE R300 301 224 MT GLAZE R3803 301 225 MT GLAZE R302 301 227 MT GLAZE R3806 301 225 MT GLAZE R303 301 224 MT GLAZE R382 301 263 MT GLAZE R304 301 224 MT GLAZE R389 301 225 MT GLAZE R306 301 339 MT GLAZE R391 301 224 MT GLAZE R307 301 224 MT GLAZE R392 301 225 MT GLAZE R308 301 224 MT GLAZE R393 301 224 MT GLAZE R309 301 224 MT GLAZE R394 501 225 MT GLAZE R311 301 224 MT GLAZE R4001 301 224 MT GLAZE R312 301 226 MT GLAZE R
61. IC301 R1871 R325 10K 10K 10K 10K 1 16GJ1MA Rus C1871 10KK1MN ET 7 sanyo R324 495 68 1 16GJ68KA IC891 327 S TGGJ10KA QXXAVB450P saw HD74LVC14T C891 a R3806 gt 1 16GJ3 3KA C g 3 R C RECEIVER RXDI 5 vow 1 16GJ100A TXD1 25V PW SW841 C336 C337 C335 C338 C339 m R394 R3803 Nr 1 KKOANN A TMN i S10B3530G FROM 7201 P15 DRB DIRX a 0 TO IC301 C24 1 16GJ 1 16GJ10A 99 R896 10KA 680A C851 TO 6531 97 DG DIRX 1 16GJ560A 3 3V PW q PW R331 1 16GJ22A ee 1 16GJ330A rs rs rs rs rs rs rs rs rs rs rs rs rs ma en 2 60 eo C gt 6 26 C26 H26 J26 M26 R304 lt gt L26 M26 M26 26 26 26 V26 W26 Y26 AA26 26 AC26 AD26 AE26 F26 1 16GJ1KA R309 010 151 DIA DIS Iele C 25 025 25 gt 625 25 125 25 125 M25 M25 25 R R25 U25 R311 2 5 was V25 25 25 25 AD25 25 25 5 307 D 1 16GJ22A C1822 rsv rsv rsv rsv rs rsv rsv rsv rsv rs rsy rs rsv rsv pn K801 ICE gt lt X res Q Q 6 1 g
62. More than 10pF A Not specified 0 1 C 0 25 D 0 5 1 G 2 H 3 J 5 K 10 L 15 M 20 N 30 P 4100 096 30 10 50 10 75 10 V 20 10 100 10 40 20 Y 4150 1096 Z 80 20 Rated value farad U micro farad Material CERAMIC Ceramic MT PAPER Metallized Paper POLYESTER Polyester MT POLYEST Metallized Polyester POLYPRQO Polypropylene MT POLYPRO Metallized Polypropylene COMPO FILM Composite film Metallized Composite 5IVI CML Styrene TA SOLID Tantalum Oxide Solid Electrolytic AL SOLID Aluminium Solid Electrolytic CL CC I Aluminum Foil Electrolytic NP ELEC I Non polarised Electrolytic OS SOLID Aluminium Solid with Organic Semiconductive Electrolytic POS SOLID Polymerized Organic Semiconductive DL ELECT Double Layered Electrolytic PPS FILM Polyphenylene Sulfide Film MT PPS FILM Metalized Polyphenylene Sulfide Film MT PEN FILM Metalized Polyethylenenaphthalate Film CAPACITOR Other CARBON 4 7K J 1 4V Rated Wattage Performance Symbols A General B Non flammable Z Low noise Other Temperature coefficient RESISTOR T 10ppm C U 25ppm C C 50ppm C D 100ppm C E 200ppm C t250ppm C G 350 1000 10 W 1200ppm C 10
63. OFF 1 2 Table No of FPGA 0 0 3 0 I8L0 1 TBL1 2 TBL2 3 SEL Uniformity adjustment Method 1 0 1 0 Output Input x KH kV 2 Setting 1 Output Input x kH kV 0 Normal 1 R Lreverse 2 U D 4 HANTEN Adrres Reverse Setting 0 0 3 reversa reverse 5 Red Gain Red Gain Setting 128 92 128 92 128 0 255 Normal Red Blue Yellow Green ds Service Adjustment Group item Item Name Function Range Note Green Gain Green Gain Setting 128 120 120 94 118 0 255 Normal Red Blue Yellow Green 7 Blue Gain Blue Gain Setting 128 128 106 128 128 0 255 Normal Red Blue Yellow Green 8 Table Uniformity adjustment table setting 0 0 7 Group 205 Spread Spectrum O Enable Spread ON OFF 1 0 1 0 ON 1 OFF 1 Modulation Frequency Modulation ratio 80 1 500 x100Hz 2 Spread ratio 100 0 300 Set value 100 gt 0 5 Group 210 LampContorl Luminance Level 1 Data for Dimmer 0 DIMMER_CTRL_LEVEL1 Dim Level 1 at the less than the 7 0 255 Value ___ Luminance Level 2 Data for Dimmer 1 DIMMER CTRL LEVEL2 Dim Level 2 at the less than the 14 0 255 Value Luminance Level 3 Data for Dimmer 2 DIMMER_CTRL_LEVEL3 Dim Level 3 at the less than the 21 0 255 Value Luminance Level 4 Data for Dimmer 3 DIMMER_CTRL_LEVEL4 Dim Level 4 at the less than the 28 0 255 Value Luminance Level 5 Data for Dimmer 4
64. PWB BUZZER KL3A ae Boc x 610 335 7904 ASSY PWB R C KL3A SC2001 945 076 SURGE ABSORBER 610 335 7898 ASSY PWB LAMP COVER SW KL3A 8C2011 945 076 SUBGECABSORBER 610 335 8239 ASSY PWB TEMP KL3A SC2021 945 076 SURGE ABSORBER 610 337 2716 ASSY PWB MAIN SC2031 945 076 SURGE ABSORBER SC2051 945 076 SURGE ABSORBER 610 337 2723 ASSY PWB KEY SW KM3A 052 _ 610 335 7843 ASSY PWB POWER SC3001 945 076 SURGE ABSORBER 610 335 7812 ASSY PWB LINE FILTER KL3A 503011 945 076 SURGE ABSORBER SC3021 945 076 SURGE ABSORBER SC3031 945 076 SURGE ABSORBER SC8751 945 076 SURGE ABSORBER SC8752 945 076 SURGE ABSORBER SC8753 945 076 SURGE ABSORBER L901 945 023 4959 CORE CLAMP SC8754 945 076 SURGE ABSORBER L902 945 023 4959 CORE CLAMP SW8751 910 011 SWITCH PUSH NLP900 610 337 9937 COMPL OPTICAL LAMP KM3A SW8752 910 OTT SWITCH PUSH NB901 645 089 8587 BATTERY RECHARGE COMP SW8753 910 011 SWITCH PUSH NFN901 645 094 1054 MOTOR BLW DC 3 96W SW8754 910 011 SWITCH PUSH NFN902 645 094 1030 MOTOR BLW DC 3 96W 903 645 094 1023 MOTOR FAN DC 2 40W 904 645 093 1710 MOTOR FAN DC 2 40W NFN905 645 094 1047 MOTOR BLW DC 3 96W 89 610 335 7867 ASSY PWB BUZZER SW902 945 048 3159 SWITCH THERMAL 100DEG RESISTOR NA901 610 336 8849 UNIT BALLAST CV R2100 301 255 6513 MT GLAZE 100 JA 1 10W R8731 301 150 5918 MT GLAZE 10K JA 1 10W MISCELLANEOUS 1C2100 420 002 2602 PZ BZR 22
65. Power Failure Signal Input Failure L ADC1 KEY Key Control Input ADC2 KEY KEY2 Key Control Input ADC3 KET KEY3 Key Control Input ADC4 OPTION BRAND_OPTION Option Switch BRAND ADG5 Not Used ADC6 OPTION LAMP OPTION Lamp Option ADC7 ALARM BATT Alarm IIC Bus D A Converter Port Functions M62334 DESCRIPTION FAN_CON_A Fan Control Analog Output FAN_CON_B Fan Control Analog Output FAN_CON_C Fan Control Analog Output NOT USED GND SDA BUS SDA 5V SCL IIC BUS SCL 5V Vcc 1 2 3 4 5 6 7 8 476 Waveform VIDEO signal lt VIDEO gt HSYNC signal VSYNC signal CI1 200 V 2 5 1 2Dus div Lt c h 2008 i 5ms a tue Ado 1 ous ev S d x 3 NORM SUMS 7E i i NORM SDMS s i NORM 2008 fs PHP 744 0MV 1 2 LV 309V 1 P 3 820V 1 I 2 3 280V 20us div 5ms div 5ms div NORM 50M8 8 NORM 200kS s Trace2 P P 3 00 i 2 3 180V u CH2 5 10087 div Wus div C 101 i 1
66. R5201 C5217 1 16GJ10A KK0 1GQ C5223 8 n 16KK0 1MN C5203 6 3KM2 2MN R52 1 16GJ10A C5204 6 3KM2 2MN m 1 16GJ10A C5212 16KK0 1MN C5213 16KK0 1MN C5214 R5206 16KK0 1MN C5206 6 3KM2 2MN x GND SYNCIN C5322 5323 X X 5 5V C5321 5341 85207 Bi C5207 a 6 3KM2 2MN 5216 16MM0 1MM 85208 1 16GJ100A o R5209 D3201 DEAN 1 16GJ100A V30 05202 9 85211 RB551 1 16GJ100A V 30G 05203 85212 RB551 1 16GJ100A V30C O D5204 RB551 V 30G R5332 1 16GJ1KA S5V 05331 85213 1 16GJ47A gt KK22 4 10KK2 2 Q5202 3 R5215 1 16GJ1 5KA R5331 1 16GJ820KA 10KK2 2GMB R5334 1 16GJ10KA R5336 C5332 10KK1MN 1 16GJ1KA Q5334 AH C5219 5226 C5222 16KKO 1MN X L5331 L2683470C R5337 1 16GJ1KA R5344 1 16GZ0A C5334 CJ68CM C5226 16EM4701 X N C5336 CJ27CM 10 L5332 L2F7390JG C5337 CJ100CM KK0 01MN R5221 1 16GZ0A R5227 1 16GZ0A C5326 R5343 1 16GJ1KA Q5336 R5342 1 16GJ56KA C5301 16KK0 1MN S330 5222 1 8GJ56 C5302 X R5302 1 16GJ 560KA C5333 10KK0 47MN SCART CV 10KK1 MN 21 CONTROL PORT C52 R5228 KK0 01MN 1 8GJ56 05201 R5234 85232 1 16C70 85233 85236 1 16GJ1KA X
67. RB160L 40 TE25 307 149 DIODE SFPB 54V D604 307 295 DIODE FMX G26S D605 307 223 ZENER DIODE 02 722 D606 307 163 DIODE 188352 TPH3 307 149 155355 17 0607 307 163 DIODE 188352 TPH3 307 149 155355 17 0608 307 163 DIODE 188352 TPH3 307 149 155355 17 0609 307 163 DIODE 188352 TPH3 307 149 155355 17 0610 307 164 DIODE RB160L 40 TE25 307 149 DIODE SFPB 54V D615 307 163 DIODE 188352 TPH3 307 149 DIODE 155355 17 D651 307 247 DIODE RF101L2S D652 407 256 DIODE CRFO3 TE85L D653 307 223 ZENER DIODE 02 712 D654 307 163 DIODE 195352 TPH3 307 149 155355 17 0681 307 202 DIODE FMB 26L 307 253 DIODE RBO85T 60 103 Mechanical Parts List 104 EEIN N 25 017 N N N YX AZZARO p A AEG 7 L X V Mechanical Parts List N 75 N gt 5 114 115 116 106 Mechanical Parts List l Ea Em 108 Mechanical Parts List 3 15000 Mechanical Parts List
68. T6KKO 1MN 16KK0 TMN n CIM6 CIM7 VDD1p CC C10VI7 D o leum 4 G CC 45 L402 Le Le ex 1174204 DG 19 DRIS L3CT101PG TORKONIMN 2 kr GND GND 33V GNP 2019 S de D6 E6 F6 G6 C423 C441 6 T6 16KK0 1MN 4 V6 6006 9 9 eX We e 6 8 4 e 9 8 A 5 16KK 16KK 16KK 16KK 16 D S ps ES FP do 5 15 15 0 1MM 1150 MN INS 5 5 8IM9 GND GND VD10 VDD10 VDD10 VDD33 VDD33 VDD33 VDD33 DD10 VDD10 GND GND GND 20 a 4 84 CA E4 4 L4 M4 M4 P4 Rh T4 5 gt LC 0 1 16GJ22A BINO BIN1 BINS GND 90 VDD10 pv R10UT10 VDD10 0010 VDD10 VDD10 GND GND 1 428 C440 C445 C450 C453 16KK0 1MN 16 16 16 16KK 16KK 16KK 16KK B3 G D3 0 1MN 63 23 L3 NS 2 OIMN 13 y3 417 gt a 9 5 Q 9 9 8 8 y A x 6 p em p a 5 M R418 CLP2 GND OSDRIN1 OSDRINO R20Uf1 RPOUT10 820019 R2OUT8 1 VI9 RIOUTS RIOUT7 DER MSELR STSQER STjQOR GND GND c2odr7 RB418 X R1JA4704G A2 B2 C2 D E2 F2 G2 H2 2 12 2 2 2 2 T2 2 V2 w2 2 5 04
69. TN U20C01800 10KK1MN R2901 T T 1 16GJ47A C2903 6 3KM 47PCH R C PRE AMP ASSY PWB BUZZER 2100 2100 J10EG105G AXXAVBOOAR e x K8B J10EG105G 7 Je 50 2100 510864703 8710 51087640M SECONDARY BATTRY 00060 Q R2100 1 10GJ100C B901 1AV4D21B01500 12 13 14 15 16 A3 5C1001 X 1001 L1001 F34D6407G R1002 1 16GJ100A L1011 34064078 J11B8382N L1021 F34DG407G R1021 1 3GJ75 PC1 RGB SCART SC1031 Z30B0220G 11031 F34DG207G R1031 9 1 16GJ47KA 5C1041 73080220C L1041 F34DG207G R1041 1 16GJ47KA LI C1091 16 C4006 0 1MN 16KK0 1MN C4001 C4002 10 16 2200 0 1MM 5VC M1101 5 5V 1 16GZ0A ooo Ne 81102 C4003 12 1 16GZ0A 10KK2 2GQ DDC2_PCA 020712V6 TI Q5287 5284 05286 R5289 N a RN1111P 1 16C 2 2KA L1051 SC1051 F34DG407G X R1051 1 3GJ75 AD8075ARUP 04004 IC4001 16KK0 1MN LOW IN HIGH MONITOR OUT R1052 1 16GJ75A R1053 1 16GJ220A AJ R1062 L1061 ai X K30B J11B8383N C4012 16KK0 1MN 4012 4011 2 166 QXXAVB593P 4 C RGB OUT K30B 14
70. When cleaning the air filter protect the infrared remote receiver with a soft cloth to avoid damaging it If the filter is heavily clogged and unable to clean replace it with a new one Consult your dealer for details Replacement Filter Part No 610 335 4057 Filter counter 17 9 LM 200 Select Reset and the Filter counter Reset appears Select Yes then another confirmation box appears Select Yes again to reset the Filter counter Cleaning the Projection Window CAUTION This projector is equipped with a projection window Do not rub the projection window with a hard fiber cloth or hit it with a something hard to prevent the projection window from scratching Do not use a chemical cleaner liquid and solid to avoid deteriorating the projection window Unplug the AC power cord before cleaning First remove the dust with blower Then gently wipe the projection window surface Use a cleaning paper moistened C with methyl alcohol methanol Avoid excessive use of cleaner Do not use abrasive cleaners solvents or other harsh chemical cleaners to avoid damaging the projection window Cleaning the Projector Cabinet Unplug the AC power cord before cleaning Gently wipe the projector body with a soft dry cleaning cloth When it is heavily soiled use a small amount of mild detergent and finish with the
71. Y 1400ppm C 10 J 2000ppm C 10 2400ppm C 10 L 2700ppm C 10 000 10 3300ppm C 10 P 8600ppm C 10 3900 10 4200ppm C 10 S 4300 10 V 4500ppm C 10 X 8000ppm C 10 Tolerance Symbols A 0 05 0 1 C 0 25 D C 1 G 2 J 5 K M 20 5 15 7 0 ohm Rated value ohms K 1 000 M 1 000 000 0 5 10 Material CARBON Carbon MT FILM Metal Film OXIDE MT Oxide Metal Film SOLLD Composition MT GLAZE Metal Glaze WIRE WOUND Wire Wound CERAMIC RES Ceramic FUSIBLE RES Fusible RESISTOR Other E Elecrical Parts List 8 Assemblied Board A2101 A601 BUZZER BOARD A2901 POWER BOARD R C BOARD A6801 KEY SW BOARD A901 dla lt gt BALLAST UNIT we lt lt gt 90 LAMP COVER SW BOARD S ROAHD A4831 A602 TEMP BOARD LINE FILTER BOARD 1001 MAIN BOARD Out of Circuit Board B901 Batter SW902 904 Thermal Switch FN903 Exhaust Exhaust LP900 Lamp Ass y FN902 Intake SP901 Speaker FN905 FN901 Intake Intake KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description MISCELLANEOUS Assemblied Board K20A 645 089 SOCKET DIN 610 335 8161 ASSY PWB AV KL3A K20B 945 068 JACK RCA 3 610 335 7867 ASSY
72. Y button and change the data value by pressing the or gt button Refer to the Service Adjustment Data Table for further description of adjustment group no item no and data value To exit the service mode To exit the service mode press the ON STAND BY button ON STAND BY button MENU button Service Mode SANYO Input Video COMPUTER VIDEO V Group Data C e KEYSTOM 55 0 0 I 1 00 Q C ZOOM A 6 6 ___ _ lt 6 VOLUMES gt gt x Group No Item No Data value VOLUME VOLUME SELEC MENU button aD SELECT Memory 1391 Replacement Memory IC on the main board stores the data for the ser vice adjustments and should not be replaced except for the case of defective device If replaced the re adjustments are required following to the Electrical Adjustments The data of lamp replacement counter is stored in the Memory IC Please note that the lamp replace counter will be reset when the memory IC is replaced Lamp replace counter cannot be set to the previous val ue 9 Caution to memory IC replacement When memory IC is replaced with new one the CPU writes down the default data of the service adjustments to the re placed IC as the mentioned on the service adjustment ta ble As these data are not the same data as factory shipped
73. amp 9 GND GND VRESETO OSDGIN1 OSDBIN1 SHENB 20V14 R2DUT2 R2p R1PUTS R1OUT3 ENBX2R ENBX4R GND GND Al 81 C1 D1 E1 F1 L1 N1 1 Ti vi w1 Yi lehene GND GND HRESETO OSDGINO OSDBINO R1DUT6 R1PUT4 RIOpTO SHICLKR FRPR ENBX3R GND GND TP_VRES OU TP_HRES J30B1640G 7301 23 X s gt lt x x gt c 9 ue NY GR GN lt cd ag NO Fr s lt FPGA_FLASH IC801 P26 E 5 PW ICE T0K801P2 CL 2 88 B C KY 501 S amp H IC2501 LEVEL SHIFT DB 1 _1 0 9 DB 2 0 9 R7309 444 1 16GZ0A MNI_RESET R7311 1 16GJ10A IMS R7312 444 1 16GJ10A R7313 1 16GJ10A TDI R7314 1 16GJ10A TDO R7317 1 16GJ10KA R7318 444 1 16GZ0A K7301_A20 R7319 444 1 16GZ0A K7301_A21 R7321 jj 1 16 70 K7301_A22 7322 444 1 16GZ0A K7301_A23 PW_RESET 7323 jj 1 16 70 10 IC301 IC301 CONFIG DONE 10 11 12 13 14 15 IC1411 QXXAVC923P C1412 16KK 0 1MN R1413 1 16GZ0A R1414 1 16GJ10A R1416 1 16GF1KA TE402 J30B1640G DG_ENBY2 DG_ENBY1 CLYOUT DRGB_DY DG_ENBX1 NRG DG_DX DG_CLX DG_FRP DG_XFR DG_SHCLK DG_1 0 9 DG_2 0 9 C1413 6 3EM 1003T
74. and adjust the amplitude a to be minimum by changing the Data value White Level 2 V 45 Service Adjustment 4 Auto Calibration adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video signal with Video Video mode 3 To start the auto calibration for Component adjustment select group 0 260 0 and then change data value from 0 to 1 After the auto calibration complet ed OK will appear on the screen below adjustment is performed when the above auto cali bration is failed Gain adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video signal with Video Video mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 20 item no 0 and adjust the ampli tude a to be minimum by changing the Data value White Level V 5 Auto Calibration adjustment Component 1 Enter the service mode 2 Receive the Color Bar 480i component signal with Video Component mode 3 To start the auto calibration for Component adjustment select group 0 260 item 0 and then change data value from 0 to 1 After the auto calibration complet ed OK will appear on the screen Below adjustments are performed when the above auto calibration is failed Pedestal adjustment Component 1 Enter the service m
75. ass y LCD panel prism unit LCD panel prism ass y Mounting prism 1 Optical disassemblies R Type LCD Panel Prism Ass L Type LCD Panel Prism Ass There are 2 types of LCD Panel Prism Ass y for this model Either L Type or R Type LCD Panel Prism Ass y is used on the projec tor Check which type of LCD Panel Prism Ass y is used with the figure below When replacing the LCD Panel Prism Ass y you need to take Panel Type Check and Setting on the Electrical Adjustment for the replaced LCD Panel Prism Ass y gamma characteristics is different between and R Type LCD Panel Prism Ass y IMPORTANT NOTICE on LCD Panel Prism Ass y Replacement LCD panels used for this model can not be replaced separately Do not disassemble the LCD Panel Prism Ass y These LCD panels are installed with precision at the factory When replacing the LCD panel should be replaced whole of the LCD panels and prism ass y at once After replacing LCD Panel Prism ass y please check the following points Check that there is no color shading at the top bottom left or right of the screen If there is try to remove the shading following to the chapter Optical Adjustment Check the white balance If it needs the adjustment adjust the white balance following to the White Balance Adjust ment Gamma Adjustment and Common Centre Adjustment in the chapter Electrical Adjustment Check the white unifor
76. obtain the minimum flicker on the screen 6 Project only red light component to the screen 7 Select item no 0 and change data value to obtain the minimum flicker on the screen 8 Project only blue light component to the screen 9 Select item 2 and change data value to obtain the minimum flicker on the screen 10 Select group 100 item no 92 and change data value to 0 to reset the panel frequency 7 50 White adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer1 RGB mode 3 Connect an oscilloscope to test point TP35G chassis ground 4 Select group 100 no 6 and change data value to adjust amplitude a to be 1 6 0 1V white level Ca 8 white level 8 White Balance adjustment PC 1 Enter the service mode 2 Receive the 16 step gray scale computer signal with Computer1 RGB mode 3 Select group no 100 item 0 7 Red 8 Blue change Data values respectively to make a proper white balance Confirm that the same white balance is obtained in video and computer input Service Adjustment 9 50 White adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video signal with Video Video mode 3 Connect an oscilloscope to test point TP35G chassis ground 4 Select group no 100 item no 6 and c
77. of less than 1 are expressed in and more than 1 are in pF Tolerance Type Rated voltage Tolerance table Mark Tolerance Material table Electrolytic III Ceramic temperature compensation Electric double layer electrolytic Coil Reading 4R7 K L Example 12 Tolerance Inductance value Manufacture code Unique code Tolerance nH Tolerance A2 Resistor Reading Example 1 2 D J 10K B ___ 6 82 _ _ ttt t 8 Non bumable Example 1 2 C K 1M K indicates in KO indicate Resistance value Tolerance see below table Material see below table Rated wattage W Example Note Resistor which is indicated with resistance value only are 1 6W carbon resistor Resistor which is indicated with material toler ance and value are 1 4W rated wattage Tolerance table Mark Tolerance Material table D Carbon Fusible N used 0 ohm Diode Transistor Type Reading Diode Type number 192076 152473 1 4148 152076 152473 155133 1 4148 Transistor 1 NPN type Type number 25C536 25C945 25 1815 25 17405 0 7 GR 5 Schematic Diagrams pris iol ASSY PWB POWER KL3A KM3A BALLAST 2 S10B N i TERMOSTAT_SW 10 024 T601 0601 0602 D604 1C601
78. used 1 Not used 2 Not used 3 used 4 Not used Temp A to judge the Temp Error at 42 42 42 42 _ Normal Celling Down Up n si Normal Room 32 32 32 32 30109 Normal Celling Down Up Temp B to judge the Temp Error at 54 54 54 54 _ Normal Celling Down Up 6 Temp B Warning Normal Normal Panel 57 57 57 57 39 100 HiLand Normal Celling Down Up Temp C to judge the Temp Error at 75 75 75 75 Normal Celling Down Up 7 Temp Warning Normal Normal Lamp 78 78 78 78 20100 s Normal _ Temp to judge the Temp Error at 100 100 100 100 x Normal Celling Down Up 8 Temp B A Warning Normal Normal Clogging Det 100 100 100 100 4106 Normal Celling Down Up Temp to judge the Temp Error at 100 100 100 100 Normal Celling Down Up 9 Temp C A Warning Normal Normal Clogging Det 100 100 100 100 PA Normal Celling Down Up Temp to judge the Temp Error at 42 42 42 42 _ Normal Celling Down Up Eco Room 32 32 32 32 39190 jii and Normal Celling Down Up Temp B to judge the Temp Error at 53 53 53 53 _ Normal Celling Down Up he ne Eco Panel 58 58 58 58 HiLand Normal Celling Down Up Temp C to judge the Temp Error at 78 78 78 78 Normal Celling Down Up 12 Temp C Warning Eco Eco Lamp 80 80 80 80 20908 HiLand Normal Celling Down Up Temp to judge the Temp Error at 100 100 100 100 s Normal Celling Down Up 1
79. 00 R503 301 224 MT GLAZE R542 301 224 MT GLAZE 100 R5031 301 225 MT GLAZE R543 301 224 MT GLAZE 100 R5032 301 225 MT GLAZE R551 301 226 MT GLAZE 000 R5033 301 235 MT GLAZE R552 301 226 MT GLAZE 000 R5034 301 224 MT GLAZE R554 301 226 MT GLAZE 000 R5036 301 235 MT GLAZE R556 301 226 MT GLAZE 000 R5037 301 224 MT GLAZE R5608 301 036 MT GLAZE 22 R5038 301 226 MT GLAZE R561 301 224 MT GLAZE 1K R5043 301 225 MT GLAZE R562 301 225 MT GLAZE 10 R5044 301 226 MT GLAZE R5621 301 224 MT GLAZE 10K R5046 301 234 MT GLAZE R5622 301 298 MT GLAZE 33K R5047 301 225 MT GLAZE R5623 301 301 MT GLAZE 240 R5048 301 259 MT GLAZE R5624 301 294 MT GLAZE 1K R5049 301 225 MT GLAZE R563 301 224 MT GLAZE 10K R5051 301 224 MT GLAZE R5641 301 224 MT GLAZE 1M R5052 301 224 MT GLAZE R5642 301 225 MT GLAZE 27K R5053 301 224 MT GLAZE R5643 301 224 MT GLAZE 100K R5061 301 224 MT GLAZE R5644 301 237 MT GLAZE 51 25062 301 235 MT GLAZE 25647 301 224 MT GLAZE 10K R5063 301 224 MT GLAZE R5649 301 286 MT GLAZE 30K R5064 301 224 MT GLAZE R5651 301 286 MT GLAZE 30K R5066 301 235 MT GLAZE R5652 301 299 MT GLAZE 2 7K R5067 301 224 MT GLAZE R5653 301 299 MT GLAZE 5 6K R5068 301 235 MT GLAZE 25654 945 047 INDUCTOR 390 OHM 25069 301 224 MT GLAZE R5701 301 298 MT GLAZE 8 2K R5071 301 235 MT GLAZE i R5702 301 301 MT GLAZE 1 5L R511 301 224 MT GLAZE R5703 301 301 MT GLAZE 2K R512 301 224 MT GLAZE R5704 301 224 MT GLAZE 10K R513 301 224 MT GLAZE R5706 301 224 MT GLAZE 1M R5201 301
80. 01 224 MT GLAZE R7878 301 294 MT GLAZE R7242 301 226 MT GLAZE 27879 301 224 MT GLAZE R7243 301 224 MT GLAZE 57881 301 235 MT GLAZE R7244 301 226 MT GLAZE 27882 301 284 MT GLAZE R7246 301 224 MT GLAZE R7891 301 224 MT GLAZE R7247 301 224 MT GLAZE R7892 301 225 MT GLAZE R7248 301 224 MT GLAZE R801 301 224 MT GLAZE R7249 301 224 MT GLAZE R804 301 224 MT GLAZE R7251 301 224 MT GLAZE R806 301 226 MT GLAZE R7252 301 224 MT GLAZE R807 301 224 MT GLAZE R7253 301 224 MT GLAZE R808 301 224 MT GLAZE R7261 301 037 MT GLAZE R809 301 225 MT GLAZE R7262 301 224 MT GLAZE R812 301 225 MT GLAZE R7263 301 294 MT GLAZE R846 301 224 MT GLAZE R7264 301 302 MT GLAZE R851 301 224 MT GLAZE R7266 301 294 MT GLAZE R852 301 225 MT GLAZE R7267 301 037 MT GLAZE 28700 301 035 MT GLAZE R7271 301 037 MT GLAZE R8701 301 224 MT GLAZE R7272 301 224 MT GLAZE R8702 301 224 MT GLAZE R7273 301 272 MT GLAZE R8703 301 224 MT GLAZE R7274 301 225 MT GLAZE R8704 301 224 MT GLAZE R7276 301 294 MT GLAZE R8706 301 259 MT GLAZE R7277 301 037 MT GLAZE R8707 301 224 MT GLAZE R7278 301 037 MT GLAZE R8708 301 225 MT GLAZE R7281 301 226 MT GLAZE R8711 301 224 MT GLAZE R7282 301 226 MT GLAZE R8712 301 224 MT GLAZE R7283 301 226 MT GLAZE R8713 301 224 MT GLAZE R7284 301 226 MT GLAZE R8714 3201 225 MT GLAZE R7286 301 226 MT GLAZE R8715 301 225 MT GLAZE R7287 301 226 MT GLAZE R8716 301 225 MT GLAZE R7288 301 226 MT GLAZE R8717 301 224 MT GLAZE R7289 301 226 MT GLAZE R8718 301 224 MT G
81. 0213 MT GLAZE 3 3K JA 1 16W CC C Bud SUE ELECT R6821 301 226 1516 MT GLAZE 0 000 ZA 1 16W Koa iie ELECT R6822 301 225 0213 MT GLAZE 3 3K JA 1 16W dieta 303 427 MT POLYEST DIODE D6801 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 gt x 2 307 209 1214 7 UDZS TE 176 2B 66595 303 157 06802 307 223 1115 ZENER DIODE 02 76 2 53 303 245 CERAMIC 307 209 1214 7 UDZS TE 176 2B C624 303 342 CERAMIC D6803 307 223 1115 ZENER DIODE 02 76 2 303 402 ELECT 209 1214 7 UDZS TE 176 2B C626 303 342 CERAMIC MISCELLANEOU SW6800 945 026 2792 SWITCH PUSH 1P 1TX1 re 546801 945 026 2792 SWITCH PUSH 1P 1TX1 303 157 546802 945 026 2792 SWITCH PUSH 1P 1TX1 303 298 546803 945 026 2792 6 1P 1TX1 0889 303 345 546804 945 026 2792 SWITCH PUSH 1P 1TX1 303 342 546806 945 026 2792 SWITCH PUSH 1P 1TX1 303 427 MT POLYEST SW6807 945 026 2792 SWITCH PUSH 1P 1TX1 060 303 342 SW6808 945 026 2792 SWITCH PUSH 1P 1TX1 Ru 303 268 TA SOLID SW6811 945 026 2792 SWITCH PUSH 1P 1TX1 OESS 303 367 CERAMIC Coss 303 113 C654 303 247 610 335 7843 ASSY PWB POWER C655 303 367 CERAMIC TRANSISTOR C656 303 342 CERAMIC Q601 405 218 6002 25 3934 LBS1 C657 303 218 CERAMIC Q602 405 218 6002 TR 25 3934 LBS1 C658 303 083 POLYPRO 0621 305 014 4512 25 2412 T
82. 036 R NETWORK 0X4 1 32W R9643 301 226 MT GLAZE 945 037 R NETWORK 0 4 1 16VI 29644 301 294 MT GLAZE 87201 945 034 R NETWORK 22 4 1 32W R9646 301 224 MT GLAZE 945 037 R NETWORK 22 4 1 16W R9647 301 225 MT GLAZE RB7202 945 034 R NETWORK 22X4 1 32W R9649 301 224 MT GLAZE 945 037 R NETWORK 22X4 1 16W 59651 301 224 MT GLAZE RB7203 945 034 R NETWORK 22 4 1 32W R9652 301 224 MT GLAZE 945 037 R NETWORK 22X4 1 16W R9653 301 259 MT GLAZE RB7204 945 034 R NETWORK 22X4 1 32W R9654 301 225 MT GLAZE 945 037 R NETWORK 22X4 1 16W R9656 301 226 MT GLAZE RB7206 945 034 R NETWORK 22 4 1 32W R9657 301 264 MT GLAZE 945 037 R NETWORK 22 4 1 16W R9658 301 264 MT GLAZE RB7207 945 034 R NETWORK 22 4 1 32W R9659 301 264 MT GLAZE 945 037 R NETWORK 22 4 1 16W 29661 301 264 MT GLAZE COIL R9881 301 225 MT GLAZE L1001 945 068 FILTER EMI 400MHZ R9882 301 226 MT GLAZE L1011 945 068 FILTER EMI 400MHZ R9883 301 226 MT GLAZE L1021 945 068 FILTER EMI 400MHZ RB301 945 034 R NETWORK 51031 945 068 FILTER EMI 200MHZ 945 037 R NETWORK 11041 945 068 FILTER EMI 200MHZ 28302 945 034 R NETWORK L1051 945 068 FILTER EMI 400MHZ 945 037 R NETWORK 51061 945 068 FILTER 400MHZ 6303 945 034 R NETWORK L1071 945 068 FILTER EMI 400MHZ 945 037 R NETWORK LUGE 1 945 068 FILTER EMI 200MHZ RB304 945 034 R NETWORK L1091 945 068 FILTER EMI 200MHZ 945 037 R NETWORK L11371 945 062 INDUCTOR 100 M RB306 945 034 R NETWORK 12071 945 086 FILTER EMI 400MHZ 945 037 R NETWORK L2081 945 086 FILTER
83. 048 2096 1860 1860 1860 2048 209 6 1860 1860 1860 ColorBoard PCBlackBoard AVStandard AVDynamic AVCinema AVcolorBoard AVBlackBoard Center 2048 R SubGain 2048 2096 1860 1860 2140 2048 209 6 1860 1860 2140 PCStandard PCDynamic PCReal PC ColorBoard PCBlackBoard AVStandard AVDynamic AVCinema AVcolorBoard AVBlackBoard Center 2048 Group Item Name Function Initial Service Adjustment Note Item 2048 2096 1860 1860 1860 2048 209 Range PCStandard PCDynamic PCReal PC ColorBoard PCBlackBoard AVStandard 2 B SubGain 6 0 4095 1860 1860 1860 _ 2048 2048 2088 2088 2088 2048 204 ColrBoara PCBlackBoard AVStanda 2088 2088 2088 ynamic AVCinema AVcolorBoard AVBlackBoard _ 2048 2048 2088 2088 2088 2048 204 ColorboarPCBackboarc AVStando 2088 2088 2088 ynamic AVCinema AVcolorBoard AVBlackBoard T 2048 2048 2088 2088 2088 2048 204 ColBoara PCBlackBoard AVStanda 2088 2088 2088 ynamic AVCinema AVcolorBoard AVBlackBoard PC AV 6 G Gammashift 2048 2048 0 4095 Center 512 R and B are linked with G PC AV 7 R Gammashift 2048 2048 0 4095 Center 512 R and B are linked with G PC AV 8 B Gammashift 2048 2048 0 4095 Center 512 R and B are linked with G 9 G ReferH 4095 4095 E 10 G ReferL 1200 1200
84. 053AFT EL C1523 303 276 CERAMIC IC402 309 487 IC TC7SZ125FU C1524 303 276 CERAMIC IC4021 310 348 TC7WT241FU TE12L C1526 303 276 4891 309 404 TC7SETOOFU 851 C1527 303 276 1C5001 309 564 1141 C1528 303 276 5041 310 405 TDA7056AT N2 C1529 303 276 IC5201 309 530 AN5870SB E1V 1541 303 276 1C5301 309 484 BA7078AF E2 1542 303 276 1C5302 309 439 IC 25 C1543 303 276 IC5621 410 643 PQO70XNB1ZPH C1544 303 276 CERAMIC IC5641 309 431 12 2 1546 303 276 5642 309 531 7701 1 1547 303 276 1C5701 309 461 PQ20WZ11 C1548 303 276 IC6201 309 462 IC 24LC21AT SN C1549 303 276 CERAMIC IC6202 310 517 TC74LVX4053FT C1551 303 276 1 6211 309 462 24LC21AT SN C1552 303 276 1C6212 310 517 TC74LVX4053FT C1553 303 276 CERAMIC ICT7201 410 631 IC EP2C5P256CBN 1554 303 276 1C7261 410 643 PQ0O70XNB1ZPH C1556 303 276 IC72 71 410 643 PQO70XNB1ZPH C1557 303 276 CERAMIC IC7281 309 439 TC7WH125FU C1558 303 276 CERAMIC IC7282 309 439 TC7WH125FU C1559 303 276 CERAMIC IC7801 309 461 IC PQ20WZ11 C1571 303 276 CERAMIC IC7821 309 461 IC PQ20WZ11 C1572 303 276 CERAMIC IC7841 309 461 IC PQ20WZ11 C1573 303 276 CERAMIC IC7861 309 461 IC
85. 07 1 1 16C L 100 X PW_AN3 AN3 R1806 X X7201 _ V1087820C R237 39 VDD OUT 3 1 d d 1 OE GND 2 14 31818MHz A6 PW DBIO 9 R7223 X R7222 1 16620 87226 1 16GZ0A R7228 R7231 R7233 1 166 FPGA 87232 1 16C70 PW DG 0 9 2 PW DR MI PW DR 0 9 gt PW 5 xa PW 0 TC CLKO RXDO C8705 AJ 16EM47WD R8761 XR IC8712 18701 NJM2360AMP L2PJ R8756 101MG 1 16GJ R8762 200A 1 16GJ R8749 R8763 1 1 16GJ 1 16GJ 270KA 1KA 3 2VC X 27 08756 08751 n SML S LLC R8751 1 16GJ 430A il TCK TDO TMS 7221 1 16C70 25CJ680CGQ 08702 RB551V 30G C8708 8707 16EM1001X T6EM1001X 6 10012 00127 16 100 PW_ALART_OUT SENSOR_OUT 1C8703 4571 R8760 1 16GZ0A 1 16GJ1KA 9 C d LLL 8701 110 70816 08701 155352C C8701 16MM0 1MM 2 LL 0 6 F B6 O F A8 0 9 F A10 F B10 C L 812 N 5 LL Q IC7201 871 A7 A3 C7202 4 82 C2 C3 C7207 16KK 0 1MN 1 16GJ22A R7234 R7236 R8782 1 16GZ0A R8784 1 16GZ0A R8787 1 16GZ0A D8704 RB551V 3
86. 0G 3 2VC 10V D8703 RB551V 30G R8747 1 16GJ 470KA R8776 1 16GJ 3 3KA FAULT TE7783 5 PW190 AE18 PW190 E2 TH CERA 89648 TE7783_53 PW190_G1 R9649 1 16GJ1KA 7783 65 190 25 1 16GJ22A 3LNO1 CNVSS A4 84 C4 5 C5 5 6 5 86 C5 7202 1 16 GJ10KA 9 9 C ________ ji LL Q 9 3 C7223 p is 2 A10 All 12 13 A14 A15 LEN A16 NC 2 9 88 89 1 B10 B11 B12 B13 B14 B15 B16 NC NC C7208 P C7221 9 MN C9 C10 C11 12 C14 C15 C16 MC MC o 6 e ve di D10 D11 D13 014 015 016 MC MC C7209 7222 i Es E9 TEM JEn E12 E13 E14 E15 E16 2 8 F9 F10 F11 F12 F13 F14 F15 F16 7211 cb 16KK G8 0 1MN 7 C 2 19 N N e 8 dde 010 151 08757 3L NO1C EP R8714 1 16GJ3 3KA Q8758 R8715 I 1 16GJ3 3KA i 3LNO1C EP TL R8716 P30 96960CNTRO96960 CMP 96960RESET Q8753 10 z 11 1 01 P12 96960KI296960 AN10 CMP02 1C8701 QXXAVC849BM V55 8711 16C AVCC V
87. 1 51081170M 5VV 1 T K20B L2001 5C8752 P 5 Eu biis dn 1 16GJI A 6 3KKIOBA ep 230802206 TE R2001 SW8753 1 36 75 2 51081170 SW 2 sc2001 us INTAKE a 3 73080220C 141 730802206 PBS A __ ol gt VIDEO T 1 16GJ100KA fi PANEL NL 3 SC2051 25KK2 2BA 82052 82053 eo eS W AUDIO_IN 730802206 C 1 16GJ100A 10601 I 3 R R2054 1 16GJ100KA C2052 4 r 1 4 LI E 7 3 1 5C2052 12052 1 16GJ100A J10EG045G 220802206 F34DG206G E E 6 112806000 x B PC R3001 563001 25 2 2 R3002 R3003 a I AU DIO IN 100K 230602206 F34DG206G 1 16GJ100A K50A 11 a K10A C3011 6 10063046 3011 IV 903011 25KK2 2BA R3012 m3o13 PCLEXT K50A a osos ____ _ au B K50A 18 K40B QA a bs J12806000 22 1 16C900 m ps Z30B0220G 66 AUDIO_OUT 13021 6 F34DG206G nu 6 4 1 16GJ100A 5 SW F KSOA 26 10 MIRROR LENS 1AVAZ10B54400 11 D6804 X SW6803 510835306 R6806 1 16GJ15KA P LEFT D SW6804 41 51083530C 86807 1 16GJ6 8KA KEYSTONE SW6800 SW6806 510835306 510835306 L P900 R6808 1 16GJ3 9KA SELECT SW6801 9 SW6807 510835306
88. 10 335 4002 MOUNTING DUCT TOP KM3A 610 IND POLYE COVER KM3A 610 335 4101 MOUNTING DUCT EXH KM3A 945 CABLE INTERFACE VGA 610 338 1800 SPACER SHEET TMP SW KM3A 645 CABLE INTERFACE VGA 610 338 3897 SPACER SHEET AC 610 336 8399 SPACER SHEETHPOW T TOP KM3A AC CORD 610 336 8290 SPACER SHEETHPOW T BTM KM3A CORD POWER 3 US 610 336 8573 SPACER SHEET FAN KM3A CORD POWER 3 OMK 610 336 9457 SPACER SHEET AC KM3A CORD POWER 3 138MK 610 336 9402 SPACER SHEET 610 331 1692 6 610 331 1715 OPTICAL BASE TOP A KM6A 610 331 1722 OPTICAL BASE TOP B KM6A 645 094 5908 DAMPER BUSH DIA12 H9 OPTICAL PARTS 101 610 338 5426 ASSY LCD PNL PRISM 102 945 088 7797 LENS INTEGRATOR 103 945 088 7803 LENS INTEGRATOR OUT 104 645 095 9851 LENS CONDENSER OUT MC 105 645 095 9868 LENS CONDENSER MC 106 945 088 7841 LENS CONDENSER B 107 945 088 7858 LENS CONDENSER 108 945 088 7865 LENS RELAY 109 945 088 7872 LENS RELAY OUT 110 645 092 3234 LENS PROJECTION 111 945 088 7889 MIRROR B 112 945 088 7896 MIRROR R 113 645 092 9892 PRISM PBS 114 645 089 3476 POLARIZED GLASS IN R 115 645 089 3483 POLARIZED GLASS IN G 116 645 089 3490 POLARIZED GLASS IN B 117 945 088 7902 DICHROIC MIRROR B 118 945 088 7919 DICHROIC MIRROR G SCREWS 411 S TPG BIN 3X8 411 S TPG PAN 3X6 411 BIN 3X8 411 FLT 4X12 411 S TPG PAN 32435 109
89. 12 16 MM X S CHROMA EXT 1 16GJ47KA 4 82017 C2013 82013 1 16GJ100A 10KK0 47MN 1 16GJ56KA 1 16GJ470A R2018 X 2016 1 16GJ1KA FROM AV S SW EXT VIDEO L EXT R2041 1 16GJ10A DEQ B ni R2042 1 16GJ10A R2022 1 16GJ47KA R2043 1 16GJ10A R2023 pea 1 16GJ56KA 1 16GJ470A R2044 1 16GJ10A R2026 1 16GJ1KA S5V QUT DET EXT R2039 R2032 1166 1 166010 R2033 SW 1 16GJ15KA SW_1 SW_2 82072 C2071 1 16GJ100KA 16KK0 1MN SW 3 S5V 2071 155355 C rit R2071 Ss 1 16GJ100KA R2074 82073 2073 1 16GJ22KA 1 16GJIMA 10 1 TS_Y x 1 16GJ100A 10 0 47 44 Jp 16KK0 1MN R2027 C2023 R2024 NS R2028 1 16GJ270A LOW IN HIGH MONITOR OUT D6201 RB521S 30G L6201 L26B3470G 5 06202 RB521S 30G 1 16GJ4 7KA C6203 6 3KK10BA IC6202 QXXAVC440P SDA2_5V SCL2_5V IC6201 1 16GJ4 7KA 24LC21A SNP Q6201 06211 885215 306 16211 126834706 D6212 3 IC6211 RB521S 30G C6213 E 5 241 21 5 6 3KK10BA SDA2_5V SCL2_5V R5202 1 16GJ10A C5211 R6214 1 16GJ10KA R6213 1 16GJ10KA R6216 1 16GJ10KA IC5641 BA12FPP D3611 155355 C5224 C5641 KK0 1GQ 473T S5V L5202 L26B3470G II 12V C5209 16KK0 1MN IC5201 L5201 C5201 10EM1003T AN5870SBG L26B3470G Il C5218 6 3KM2 2MN 9 16EM1601V
90. 12 L7 TB 305 173 TR 2SC3928A1R 305 163 TR 29C2812N L6 TBO 305 173 TR 25 928 5 305 173 TR 293928ALR 305 014 TR 25 2412 T146 XL 305 173 TR 25 3928 15 305 014 25 2412 146 5 305 014 25 2412 7146 R 305 015 IR 2SC2812 L6 TB 305 014 25 2412 146 5 305 015 TR 29025812 L7 TB 305 015 TR 25 2612 16 305 163 TR 2SC2812N L6 TB0 305 015 2SC2812 L7 TB 305 173 25 3928 1 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SC3928A1S 305 173 2SC3928A1R 305 014 TR 2SC2412K T146 R 305 173 TR 2SC3928A1S 305 014 TR 2SC2412K 146 5 305 134 TR 2SA1037AK T146 R 305 015 TR 2902B512 L6 TB 305 147 2SA1037AK S T146 305 015 TR 2SC2812 L7 TB 305 173 2SA1235A1E 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SA1235A1F 305 173 TR 2SC3928A1R 405 220 TR ISA1235ACIE 305 173 TR 25 3928 15 405 220 TR ISA1235ACIF 305 014 TR 25 2412 T146 XL 305 014 TR 25 2412 T146 R 305 014 TR 25 2412 T146 5 305 014 TR 2SC2412K T146 S 305 015 TR 2SC2812 L6 TB 305 015 TR 2502812 16 305 015 TR 29 2812 L7 TB 305 015 TR 2SC2812 L7 TB 305 163 TR 295C2812N L6 TB50 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SC3928A1R 305 173 TR 2SC3928A1R 305 173 TR 25 3928 15 305 173 25 3928 15 305 014 TR 25 2412 T146 XL 305 002 TR 2SA1203 Y TE12L 305 014 TR 2SC2412K 146 5 90 Electrical Parts List Key No Part No 305 015 305 015 305 163 305 173 305 173 305 217 305 217 305 217 305 217 305 217 305 217 305 166 305
91. 146 R C659 303 157 305 014 4611 TR 25 2412 146 5 C661 303 208 TA SOLID 305 015 8727 296 25812 L6 TB 303 411 TA SOLID 305 015 8925 2SC2812 L7 TB C662 303 411 ELECT 305 163 1615 TR 25C2812N L65 TBO C663 303 342 CERAMIC 305 173 9816 2SC3928A1R C664 303 281 305 173 9915 TR 2SC3928A1S C681 303 410 ELECT 305 134 5928 TR 2SA1037AK T146 R 682 303 342 305 147 2218 TR 2SA1037AK S T146 C683 303 445 ELECT 305 173 9618 TR 2SA1235A1E C684 303 342 305 173 9717 2SA1235A1F C685 303 399 ELECT 405 220 3115 TR ISA1235ACIE C686 303 348 CERAMIC 405 220 3016 TR ISA1235ACIF C688 303 342 305 134 5928 TR 2SA1037AK T146 R C691 303 281 305 147 2218 TR 2SA1037AK S T146 C692 303 397 305 173 9618 25ALI235ALE RESISTOR 305 173 9717 TR 2SA1235A1F R602 301 242 MT GLAZE 405 220 3115 TR ISA1235ACIE R603 301 242 MT GLAZE 405 220 3016 TR ISA1235AC1F R604 301 258 MT GLAZE 305 014 4512 TR 25 2412 T146 XL R606 302 080 MT GLAZE 305 014 4611 TR 25 2412 146 5 R612 301 256 MT GLAZE 305 015 8727 2SC2812 L6 TB R613 402 109 RESISTER 305 015 8925 2SC2812 L7 TB R614 402 109 RESISTER 305 163 1515 2SC2812N L6 TB0 R615 301 255 MT GLAZE 305 173 9816 TR 2SC3928A1R R618 301 162 MT GLAZE 305 173 98915 25 3928 15 R619 301 150 MT GLAZE 305 014 4512 25 2412 T146 R R620 301 255 MT GLAZE 305 014 4611 TR 25 2412 146 5 R621 301 255
92. 16 1 16 111 J12 GJIKA J13 C70 J15 LIR A 1 23 DB 9 1 7201 R1JA2204G DB 8 DB 7 DB 6 RB7202 RIJA2204G WW R7247 1 166 22 DBlll R7248 1 16GJ22A DB 0 pm DG 9 RB7203 M R1JA2204G DG 7 R1JA2204G RB7206 R1JA2204G 4 25 25 7207 R1JA2204G b R7252 1 16GJ22A DR R7253 1 16GJ22A DR 0 R7243 x 16GJ OKA R7246 2 87240 7242 1 16GZ0A 4 R7244 1 16GZ0A 0 TP DIRX J30B1640G DL SCLK PW SCS PW SDATA PW R437 IC7281 TC7WH125FUK 1 16GZ0A R72 7 1 16GZ04 7286 1 1 eGo R72 1 16GZ04 1 231 33 FPGA QT mae I 16670 _ 1 16GZ0A EN 7282 TC7WH125FUK DB 0 9 DG 0 9 DR 0 9 FPGA CONFIG DONE FPGA STATUS DRB DIRX 1 16GZ0A C7281 16KK0 1MN 1 16GZ0A R7301 1 16GJ22A R7303 1 16GJ22A O SW FPGA O SER RX lt lt SER TX 53 0005 Os QU Ou N tc R7316 1 16GJ1KA IC7261 927 R7261 1 10GZ0 0 C7261 R7262 D3633 155355 R7267 1 10GZ0 0 C7262 6 3KK10BA C7264 6 3EM471V R7263 1 16GF1 8KA R7264 1 16GF220A 1C7271 R7266 1 16GF1KA
93. 16V 16V 16V 16V 50V 16V 16V 16V 16V 16V 16V 16V 3V 10V 10V 16V 16V 16V 16V 16V 16V 50V 16V 16V 50V 50V 16V 16V KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description 303 407 16V C5617 303 417 403 458 16V C5618 303 417 303 441 50V C5619 303 433 CERAMIC 303 381 16V C562 303 409 303 407 16V C5621 303 433 403 458 16V C5622 303 358 303 441 50V C5623 303 409 CERAMIC 303 381 16V C563 303 409 303 407 16V C564 303 409 CERAMIC 403 458 ELECT 16V C5641 303 367 303 441 50V C5642 303 398 ELECT 303 382 CERAMIC 10V 303 387 ELECT 303 397 ELECT 25V C5643 303 409 CERAMIC 303 387 25V C5644 303 409 303 433 10V C5646 303 379 303 397 25V C5648 303 433 305 387 25V C5649 303 391 ELECT 303 396 CERAMIC 25V 303 296 ELECT 303397 CERAMIC 25V C565 303 409 CERAMIC 303 409 CERAMIC 16V C5651 303 391 ELECT 303 433 CERAMIC 10V 303 296 ELECT 303 433 CERAMIC 10V C5652 303 409 303 409 16V C566 303 409 CERAMIC 303 439 CERAMIC 6 3V C567 303 409 CERAMIC 303 409 CERAMIC 16V C568 303 409 CERAMIC 303 376
94. 1872 0 4095 63 Service Adjustment Item Name Function Initial Range Note HBackPorch 5 4095 3 VBackPorch 0 4095 Disp Line 1012 0 4095 Group 540 RGB Video 480i 0 Total Dots 960 0 4095 1 Disp Dots 752 0 4095 2 H Back Porch 166 0 4095 3 V Back Porch 48 0 4095 4 Disp Line 460 0 4095 Group 541 RGB Video 5751 0 Total Dots 966 0 4095 1 Disp Dots 736 0 4095 2 H Back Porch 182 0 4095 3 V Back Porch 66 0 4095 4 Disp Line 536 0 4095 Group 542 RGB Video 480P 0 Total Dots 960 0 4095 1 Disp Dots 766 0 4095 2 H Back Porch 156 0 4095 3 V Back Porch 47 0 4095 4 Disp Line 460 0 4095 Group 543 RGB Video 575P 0 Total Dots 986 0 4095 1 Disp Dots 774 0 4095 2 H Back Porch 174 0 4095 3 V Back Porch 62 0 4095 4 Disp Line 540 0 4095 Group 544 RGB Video 720P 60 0 Total Dots 1650 0 4095 1 Disp Dots 1248 0 4095 2 H Back Porch 312 0 4095 3 V Back Porch 34 0 4095 4 Disp Line 702 0 4095 Group 545 RGB Video 720 50 0 Total Dots 1980 0 4095 1 Disp Dots 1246 0 4095 2 H Back Porch 314 0 4095 3 V Back Porch 34 0 4095 4 Disp Line 702 0 4095 Group 546 RGB Video 1080 60 0 Total Dots 2200 0 4095 1 Disp Dots 1872 0 4095 2 H Back Porch 255 0 4095 3 V Back Porch 54 0 4095 4 Disp Line 1052 0 40
95. 20 Projector Warning Histry 0 Warning Log 1 Last error log 0 0 49 Warning_Log_50 50th error log 0 32767 50 Warning_Log_Reset Log is reset when the value is set to 0 0 10 10 58 Service Adjustment Item Name Function Initial Range Note Group 250 Cntorol 0 MIN ADJUST DAC 45 0 255 1 FAN1 MAX ADJUST DAC DAC Output for Fan 235 0 255 2 FAN2 MIN ADJUST DAC Adjust the tolerance of DAC and Fan 45 0 255 3 FAN2 MAX ADJUST DAC Volage 235 0 255 4 FAN3 MIN ADJUST DAC Lamp mode is forced Eco 45 0 255 5 MAX ADJUST DAC 235 0 255 6 Not used 7 Notused Group 251 Not used Group 252 Fan Option O HI LAND SWITCH 1 Hi Land 2 4 Hi Land 0 0 5 1 SAFETY SWITCH For test purpose 0 0 6 2 FAN MANUAL SWITCH 0 Auto 1 Manual 0 0 3 3 MANUAL VOLTAGE Fan Voltage unit 0 1V 100 0 255 4 FAN2 MANUAL VOLTAGE Effective only when Fan Maual 100 0 255 5 FAN3 MANUAL VOLTAGE switch is 1 100 0 255 6 Not used Stand mode setting 7 Stand Mode 0 Normal Free 1 Normal Fixed 0 0 4 2 Celling 3 Down 4 Up Fan Offset Voltage Update In filter clogged Fan Voltage Update 8 60 1 600 terval interval time sec Group 253 Fan Tem Error Setting Memorized Normal Ceiling Down Up 0 Not
96. 2057 301 225 1418 MT GLAZE A7K C4832 303 276 3113 CERAMIC 50V R3001 301 224 8913 MT GLAZE 100K C4833 303 409 3426 CERAMIC 0 10 16V R3003 301 224 8814 MT GLAZE 100 C4834 303 379 6714 CERAMIC 10U K 16V R3011 301 224 8913 MT GLAZE 100L RESISTOR 3013 301 224 8814 MT GLAZE 100 R4831 301 225 8110 MT GLAZE 10 JA 1 16W 23021 301 224 8913 MT GLAZE 100K R4832 301 225 8110 MT GLAZE 10 JA 1 16W 3022 301 224 8814 100 24833 301 224 9019 MT GLAZE 10 1 16W R3031 301 224 8913 MT GLAZE 100K R3032 301 224 8814 MT GLAZE 100 COIL L2001 945 068 8318 FILTER EMI 100 2 12011 945 086 7461 FILTER EMI 100MHZ 610 337 2716 ASSY PWB MAIN 52021 945 086 7461 FILTER EMI 100MHZ TRANSISTOR L2031 945 086 7461 FILTER EMI 100MHZ Q1051 305 134 5928 TR 2SA1037AK T146 R L2051 945 068 8325 FILTER EMI 20MHZ 405 147 2218 2SA1037AK S T146 1 2052 945 068 8325 FILTER EMI 20MHZ 305 173 9618 TR 2SA1235A1E 13001 945 068 8325 FILTER EMI 20MHZ 305 173 9717 TR 2SA1235A1F 13011 945 068 8325 FILTER EMI 20MHZ 4205 220 3115 ISA1235AC1E L3021 945 068 8325 FILTER EMI 20MHZ 405 220 3016 TR ISA1235AC1F L3031 945 068 8325 FILTER EMI 20MHZ 305 134 5928 TR 2SA1037AK T146 R DIODE 305 147 2218 TR 2SA1037AK S T146 D203 1 307 223 0514 ZENER DIODE 02DZ12Y TPH3 305 173 9618 TR 2SA1235A1E 80 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description 305 173 2SA1235A1F 25601 305 014 TR 25 2
97. 23 303 409 R1071 301 260 MT GLAZE C7824 303 391 R1072 301 263 MT GLAZE 303 296 R1073 301 225 MT GLAZE C7841 303 398 ELECT R1074 301 224 MT GLAZE 303 387 R1081 301 225 MT GLAZE C7842 303 409 CERAMIC R1082 301 226 MT GLAZE C7843 303 409 CERAMIC R1084 301 224 MT GLAZE C7844 303 391 R1091 301 225 MT GLAZE 303 296 ELECT R1092 301 226 MT GLAZE C7846 303 409 CERAMIC R1101 301 226 MT GLAZE C7861 303 398 R1102 301 226 MT GLAZE 303 387 R1111 301 226 MT GLAZE C7862 303 409 CERAMIC R1112 301 226 MT GLAZE C7863 303 409 CERAMIC R1307 301 225 MT GLAZE C7864 303 391 21308 301 225 MT GLAZE 303 296 ELECT R1309 301 225 MT GLAZE C7871 303 398 R1311 301 225 MT GLAZE 303 387 R1331 301 224 MT GLAZE C7872 303 409 CERAMIC R1351 301 037 MT GLAZE C7873 303 409 CERAMIC R1352 301 224 MT GLAZE C7874 303 391 R1353 301 294 MT GLAZE 303 296 ELECT R1354 301 302 MT GLAZE C7876 303 409 CERAMIC R1356 301 294 MT GLAZE C801 303 409 R1361 301 037 MT GLAZE C841 303 433 CERAMIC R1362 301 224 MT GLAZE C842 303 292 ELECT R1363 301 338 MT GLAZE 303 387 21364 301 272 MT GLAZE C843 303 441 CERAMIC R1366 301 294 MT GLAZE C844 303 276 R1371 301 259 MT GLAZE 700 303 396 CERAMIC R1372 301 225 MT GLAZE 303 397 CERAMIC R1373 301 224 MT GLAZE 8701 303 409 R1374 301 225 MT GLAZE C8702 303 433
98. 24 11244 MS 0HAOHUI 712 3 20219 0V05 9 125 62212 0 12 015 195 sog Vv TE GAJA 921 87 HOLIMS MS m MS 31892 d gt ydg H UQ 19M0 VAS NO On H uQ NO a NO LMS LMS H UQ 15V19 Ely 0X OHO 92 OHO 0 VI VV M0 0 037 H3MOd 031 Aav3d 31 S66 H UQ JeMog 68 H UQ JeMog 06 PN 66890 H uO idi 9VC 69C V8L ONINHVM C 990 HNO 26890 ZMS 200 3 ela CC IMS 00 5 90 IC301 SCALER lt PW190 gt S67 Chassis Block Diagrams Lamp control 006d 1 M5 993 M LO6MS MS d3AO9 15 11 8 1067 NIVIN L68V 13d H NO H3MOd H NO H3MOd d31g3ANI 088621 MS 206 5 d3MOd ue Hari INIT 96C H3 IV 5 L0C V 68 Chassis Block Diagrams CIFCUI Aud 48 rh lt C NIVIN 3 IV 5 H uQ 10631 5509 2061201 EX ino VC gt E olanv AS gt 69090 19099 34 L dro Nroranv 17090 LI MI 0I0 V 6 lt IVLLMIM gt II 010 V VOLM V09 100621 AV 69
99. 3 303 303 303 303 303 303 303 303 303 303 303 303 303 303 409 409 409 409 441 409 441 442 442 409 409 409 439 439 439 439 433 409 442 442 442 409 409 382 409 382 409 409 433 409 409 409 358 433 409 409 409 409 409 409 441 409 409 409 409 409 394 387 409 409 409 409 409 409 409 409 409 409 409 409 409 409 409 409 409 409 409 394 387 409 409 409 409 409 409 409 409 409 409 409 409 409 Description CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC ELECT ELECT CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC ELECT ELECT CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC oO 0 CC CC CC CC CC Oo o gt gt CC gt CC 2 2 2 W 8 NANANA AN 2 2 lt lt 2 CI CI N N N N N N N lt lt lt A N 94 Key Par
100. 3 2 A Max Ampere 50 60 Hz The U S A and Canada AC 200 240 V 1 6 A Max Ampere 50 60 Hz Continental Europe and The U K 41 F 95 F 5 C 35 C 14 F 140 F 10 C 60 C AA or LR6 1 5V ALKALINE TYPE x 2 11 5 3 5 m x90 1 9 W x 0 87 H x 5 7 D 49 mm x 22 mm x 145 3 mm 3 53 oz 100 g including batteries 0 The specifications are subject to change without notice LCD panels are manufactured to the highest possible standards Even though 99 99 of the pixels are effective a tiny fraction of the pixels 0 0196 or less may be ineffective by the characteristics of the LCD panels This symbol on the nameplate means the product is Listed by Underwriters Laboratories UL Inc It is designed and manufactured to meet rigid U L safety standards against risk of US LISTED fire casualty and electrical hazards e 4 B Curcuit Protections This projector provides the following circuit protections to operate in safety If the abnormality occurs inside the projector it will automatically turn off by operating one of the following protection circuits Fuse A fuse is located inside of the projector When the POWER indicator is not lightning the fuse may be opened Check the fuse as following steps The fuse should be used with the following type Fuse Part No 323 025 1204 TYPE 8A 250V FUSE LITTLE FUSE INC TYPE 215008 How to replace the fuse 1 The fuse is placed on the line filter board under th
101. 3 Temp B A Warning Eco Eco Clogging Det 100 100 100 100 0 190 Normal Celling Down Up _ Temp to judge the Temp Error at 100 100 100 100 Normal Celling Down Up 14 Temp C A Warning Eco Eco Clogging Det 100 100 100 100 9790 uit snd Normal Celling Down Up 15 Temp A Warning Offset Temp Offset of Temp Error Temp 5 16 Temp Warning Offset Temp Error Setting Value is increased X C at 5 17 Temp C Warning Offset Temp condition 5 18 Temp Warning Offset Temp Right to turn on the lamp 0 19 Temp C A Warning Offset Temp Right to change the Lamp mode 0 20 Temp Warning Offset Time offset of Temp Error Minutes 1 21 Temp B Warning Offset Time Error Setting Value is increased X 1 22 Temp C Warning Offset Time On the below condition 1 23 Temp B A Warning Offset Time Right to turn on the lamp 1 24 Temp C A Warning Offset Time Right to change the Lamp mode 1 25 Factory Mode For factor use 0 58 gt Service Adjustment Group Item Item Name Function Initial Range Note 60 Group 254 Fan Control Range Setting Temp Voltage Normal Ceiling Down Up 0 Not used 1 Not used 2 Not used 3 Not used 4 Not us
102. 301 226 MT GLAZE R439 301 225 MT GLAZE R5238 301 036 MT GLAZE R440 301 225 MT GLAZE R524 301 226 MT GLAZE R441 201 225 MT GLAZE R526 301 226 MT GLAZE R444 301 225 MT GLAZE R5282 301 224 MT GLAZE R447 301 225 MT GLAZE R5289 301 224 MT GLAZE R449 301 225 MT GLAZE R5302 301 225 MT GLAZE R450 225 MT GLAZE R5303 301 224 MT GLAZE R453 301 225 MT GLAZE R5304 301 224 MT GLAZE R454 301 225 MT GLAZE R5307 301 224 MT GLAZE R457 301 225 MT GLAZE R5308 301 224 MT GLAZE R461 301 225 MT GLAZE R531 301 224 MT GLAZE R462 301 225 MT GLAZE R5312 301 224 MT GLAZE R463 301 225 MT GLAZE R5313 301 224 MT GLAZE R464 301 225 MT GLAZE R5314 301 224 MT GLAZE R469 3201 225 MT GLAZE R5317 301 226 MT GLAZE R470 301 225 MT GLAZE R5318 301 225 MT GLAZE R471 301 225 MT GLAZE R5319 301 226 MT GLAZE R472 301 225 MT GLAZE R532 301 225 MT GLAZE 10 R475 301 225 MT GLAZE R5331 301 240 MT GLAZE R476 301 225 MT GLAZE R5332 301 224 MT GLAZE 1K R478 301 225 MT GLAZE R5333 301 224 MT GLAZE LK R4803 301 226 MT GLAZE R5334 301 224 MT GLAZE R4834 301 224 MT GLAZE R5336 301 224 MT GLAZE 1K R4861 301 226 MT GLAZE R5337 301 224 MT GLAZE 1K R4862 301 224 MT GLAZE R5338 301 226 MT GLAZE 560 R4863 301 224 MT GLAZE R534 301 224 MT GLAZE 10K R5001 301 276 MT GLAZE R5342 301 225 MT GLAZE 56K R5002 301 225 MT GLAZE R5343 301 224 MT GLAZE 1K R5003 301 225 MT GLAZE R5344 301 226 MT GLAZE 000 R501 301 224 MT GLAZE R5361 301 226 MT GLAZE 000 R502 301 225 MT GLAZE R541 301 224 MT GLAZE 1
103. 401 301 226 MT GLAZE R313 301 226 MT GLAZE R4011 301 224 MT GLAZE R314 301 226 MT GLAZE R4012 301 224 MT GLAZE R316 301 226 MT GLAZE R4013 301 224 MT GLAZE R318 301 226 MT GLAZE 24014 301 224 MT GLAZE R319 301 224 MT GLAZE R4016 301 224 MT GLAZE R321 301 225 MT GLAZE 24017 301 224 MT GLAZE R322 301 225 MT GLAZE R4018 301 226 MT GLAZE R324 301 225 MT GLAZE R402 301 224 MT GLAZE R325 301 224 MT GLAZE R4021 301 224 MT GLAZE R326 301 225 MT GLAZE R4022 301 224 MT GLAZE R331 301 224 MT GLAZE R403 301 224 MT GLAZE R332 301 224 MT GLAZE R404 301 224 MT GLAZE R334 301 224 MT GLAZE R405 301 263 MT GLAZE R336 301 224 MT GLAZE R406 301 263 MT GLAZE R337 301 224 MT GLAZE R407 301 263 MT GLAZE R338 301 224 MT GLAZE R409 301 225 MT GLAZE R339 301 225 MT GLAZE R411 301 224 MT GLAZE R340 301 224 MT GLAZE R412 301 224 MT GLAZE R341 301 225 MT GLAZE R413 301 224 MT GLAZE R342 301 225 MT GLAZE R414 301 224 MT GLAZE R343 301 225 MT GLAZE R415 301 224 MT GLAZE R344 301 226 MT GLAZE R416 301 224 MT GLAZE R347 301 226 MT GLAZE R419 401 344 MT GLAZE R348 301 225 MT GLAZE R420 301 226 MT GLAZE s07 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description R427 301 225 MT GLAZE R5226 301 224 MT GLAZE R434 301 226 MT GLAZE R5227 301 226 MT GLAZE R435 301 225 MT GLAZE R5228 301 036 MT GLAZE R436 301 226 MT GLAZE R5233 301 224 MT GLAZE R437 301 226 MT GLAZE R5234 301 226 MT GLAZE R438 301 225 MT GLAZE R5237
104. 409 303 409 16V 7203 303 409 303 409 16V C7204 303 409 CERAMIC 303 409 CERAMIC 20 16V C7206 303 409 303 397 JUD 25V C7207 303 409 303 387 100 25V C7208 303 409 303 433 10 10V C7209 303 409 303 397 100 25V C7211 303 409 CERAMIC 303 387 ELECT 100 25V C7212 303 409 303 396 1U K 25V C7213 303 409 CERAMIC 303 397 CERAMIC 1U 25V C7214 303 409 CERAMIC 303 397 ELECT 1000 10V C7216 303 409 303 387 1000 10V C7217 303 409 CERAMIC 303 409 CERAMIC 0 10 16V C7218 303 409 303 398 470 25V C7219 303 409 303 387 470 25V C7221 303 409 CERAMIC 303 398 ELECT 470 25V C7222 303 409 303 387 470 25V C7223 303 409 303 397 1000 LOV C7224 303 409 CERAMIC 303 387 ELECT 1000 10V C7226 303 409 CERAMIC 303 433 CERAMIC 1U 10V C7227 303 409 CERAMIC 303 398 ELECT 470 25 C7228 303 409 CERAMIC 303 387 ELECT 470 25 C7229 303 409 303 398 470 25V C7261 303 433 303 387 470 25V C7262 303 358 305 398 470 25V 7264 303 391 303 387 470 25V 303 184 ELECT 303 417 CERAMIC 4 70 K 25V C7266 303 409 CERAMIC lt lt Pu lt lt 8 YN
105. 409 CERAMIC C329 303 409 CERAMIC C331 303 409 CERAMIC C332 303 409 CERAMIC C333 303 409 CERAMIC C334 303 409 CERAMIC C335 303 409 CERAMIC C336 303 409 CERAMIC C337 303 409 CERAMIC C338 303 409 CERAMIC AAAA A A ana G CI CI CI CI CI AN SSAA 2 2 CI CI lt N N N lt lt N lt lt ANS NANNAN 2 ANAN AAN 2 2 ANANN lt CI CI 2 CI CI CI lt lt CI CC 03 Electrical Parts List Key No Part C366 C367 C368 C369 C370 C371 C372 C374 C376 C377 C378 C379 C3801 C3802 C3803 C3804 C3806 C381 C382 C383 C384 C386 C387 4001 4002 4003 4004 4006 401 4011 4012 4013 405 406 407 408 409 410 411 412 413 414 C415 C417 C418 C419 C420 C421 C422 C423 C424 C425 C426 C427 C428 C429 C431 C432 C433 C434 C435 C436 C437 C438 C439 C440 C441 C442 C443 C444 C445 C446 C447 C448 C449 C450 C451 C452 C453 C454 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 30
106. 412 146 XL 405 220 TR ISA1235ACIE 305 014 TR 25 2412 T146 5 405 220 TR ISA1235ACIF 305 015 TR 25025812 L6 TB 305 134 2SA1037AK T146 R 305 015 TR 2SC2812 L7 TB 305 147 2SA1037AK S T146 305 163 TR 25C2812N bh6 TBO 305 173 2SA1235A1E 305 173 TR 2SC3928A1R 305 173 TR 2SA1235A1F 305 173 TR 2SC3928A1S 405 220 TR ISA1235ACIE 305 191 TR 3LN01C TB E 405 220 TR ISA1235AC1F 305 166 TR RN1113 TE85L 305 217 TR RSQ025P03 TR 305 134 TR 2SA1037AK T146 R 305 191 3 01 305 147 TR 2SA1037AK S T146 305 ISI TR 3LN01C TB E 305 173 TR 25 1235 1 305 014 TR 2SC2412K T146 R 305 173 TR 2SA1235A1F 305 014 TR 2SC2412K T146 S 405 220 TR ISA1235ACIE 305 015 TR 25 2612 16 405 220 TR ISA1235ACIF 305 015 TR 2SC2812 L7 TB 305 166 TR RN1113 TE85L 305 163 TR 295C2812N L6 TBO 305 217 TR RN1111 TE85L 305 173 25 3928 1 305 014 TR 25 2412 T146 XL 305 173 TR 2SC3928A18S 305 014 TR 25 2412 146 5 305 014 TR 25 2412 7146 R 305 015 TR 25 28612 16 305 014 25 2412 146 5 305 015 TR 2SC2812 L7 TB 305 015 TR 25 2812 16 305 163 TR 2SC2812N L6 TB0 305 015 TR 2SC2812 L7 TB 305 173 TR 2SC3928A1R 305 163 TR 2SC2812N L6 TB0 305 173 TR 2SC3928A1S 305 173 2SC3928A1R 305 014 TR 2SC2412K T146 XL 305 173 TR 2SC3928A1S 305 014 TR 2SC2412K 146 5 305 014 TR 2SC2412K T146 R 305 015 TR 2SC2812 L6 TB 305 014 TR 2SC2412K 146 S 305 015 TR 2SC2812 L7 TB 305 015 TR 2502812 16 305 163 TR 25C2812N bh6 TBO
107. 5 MT GLAZE 220K R650 301 255 MT GLAZE 9 1K R651 301 237 MT GLAZE 47K 610 335 7812 ASSY PWB LINE FILTER KL3A R652 301 237 MT GLAZE 47K CAPACITOR _ gt 2 pos NC601 404 113 2904 MT POLYEST 0 330 K 275V 602 404 113 2904 MT POLYEST 0 330 K 275V R655 301 162 MT GLAZE 560 AC603 304 104 9502 CERAMIC 1500P K 250V o AC604 304 104 9502 CERAMIC 1500P K 250V 301 237 MT GLAZE 47K RESISTOR R658 302 081 FUSIBLE RES 22 R659 301 238 MT GLAZE A7 R600 301 238 1016 MT GLAZE 120K JA 1 2W R661 324 006 FUSE 250V R671 301 150 MT GLAZE iK AVA601 308 061 5607 VARISTOR ENE471D 14A S6 222 Lan 1601 945 050 2232 LINE FILTER R673 301 162 MT GLAZE 4 7K R674 301 256 MT GLAZE 2 4K MISCELLANEOUS 323 025 1204 FUSE 2507 N R679 301 258 MT GLAZE 150 R681 301 150 MT GLAZE 10K K601 645 094 0958 UNIT NOISE FILTER R682 301 256 MT GLAZE 270 R683 301 150 MT GLAZE 1K R684 301 150 MT GLAZE 10K R686 301 162 MT GLAZE 39K R687 301 265 MT GLAZE 6 8K R688 301 150 MT GLAZE 10K R692 301 150 MT GLAZE 1K R693 301 150 MT GLAZE 10K R694 301 162 MT GLAZE 4 7K R699 301 238 MT GLAZE VARIABLE RESISTOR VR601 945 025 VR SEMI 1K S TRANSFORMER T601 645 089 INDUCTOR 7000 AT651 945 085 TRANS POWER PULSE COIL L603 945 081 LINE FILTER L611 645 089 FILTER EMI 1500PF L614 645 089 FILTER EMI 1500PF L616 645 089 FILTER EMI 1500PF DIODE D601 307 247 DIODE RF101L2S D602 307 247 DIODE RF101L2S D603 307 164 DIODE
108. 502 R1JAORO4G RIEBOROAG C505 16KK0 1MN DB ore gt lt B_VID 10 504 16KK0 1MN C557 C gt gt 5 B VIDI12 EMG 16KK0 MN 3255 55 z 59 g 59 8502 8511 voe Ox 1 16GJ10A 6GJ100A C521 o II6611004 6522 1 16GJ100A 211 523 8521 1 166704 R522 1 16 OA R523 R527 1 16GZ0A R534 R557 1 16GJ10KA TPSHCLKG R533 130816406 x 2 N 853 gt 2 55x zZ z 5 8 8 5 5 C540 if 55 5255 16KK0 1MN oL 02 0 be rl 52834706 15 5V PNL C559 77 C558 Gi 250060 J 25EM103T O PGND gt C539 50 547 16KK0 1MN 0 88533 R1JAORO4G R1EBORO4G iid IC531 mo L3E06150S2AM G_VID 8 i RB532 R1JAORO4G R1EBORO4G gt G_VID 10 C534 T6KK0 1MN om 548 2 2 VICI121 16KK0 1MN 5 Mo R1JAORO4G F C549 a E 16KKO 1MN 8252 Bs z 8541 9 ne R532 1 16C 100 Css lt 1 16GJ10A 98 00 6553 8551 1 16 0 R552 6 OA 8554 6 33V SHR R564 8587 X TPSHCLKR R563 130816406 1 16GJ10KA zz zz E 059 zz o g 575 0562 T6KKO 1MN C570 Do09 0502 1581 33V SHR I 26834706 1550 PN C
109. 51083530C 86809 AM 1 16GJ3 3KA MENU POWER SW6802 SW6808 SW6811 510835306 55 51083530C 51083530C M 86802 86811 86821 HALIDE LAMP 1 16GZ0A 1 16GZ0A 1 16GZ0A K6801A D6801 D6802 06803 J10EG055G 020Z6 2YG L 02DZ6 2YG 02DZ6 2YG 86804 C6801 C6802 C6803 1 16GJ3 3KA 16KK0 1MN 16KKO 1MN 16KKO 1MN 9 533V 86812 NR 1 16GJ3 3KA 3 ol 6822 1 16GJ3 3KA i ASSY PWB KEY SW KM3A J1OESO56G CAUTION Components indicated by a mark this schematic diagram designate components in which safety can be of special significance It is therefore particularly recommended that the replacement of these parts must be made by exactly the same parts This projector is isolated AC line by using the internal converter trans former Please pay attention to the following notes in servicing 1 Do not touch the part on hot side primary circuit or both parts on hot and cold sides secondary circuit at the same time 2 Do not shorten the circuit between hot and cold sides 3 The grounding lead must be connected to the ground of the same circuit when measuring of voltage and waveforms ASSY PWB MAIN KM3A K35R J11EA365G L 30 1 M35C J11EB363G 30 1 K35B J11EA365G 30 ASSY PWB LAMP COVER SW KL3A KM3A K690 K8S J10ES036G J10EGO45G 51086470M J10ES046G MICRO SW 1 4 ASSY PWB R C KM3A KL3A A2901
110. 587 C589 77 250060 2 Jm Senio C577 16KK0 1MN C569 16KK0 1MN RB563 R1JAORO4G RIEBORO4G 111111111 561 mac L3E06150S2AM DEBER R_VID 8 RB562 R1JAORO4G RTEBORO4G C565 16KK0 1MN R_VID 10 64 T6KKO 1MN 578 PX vo 2 Om R VID 12 16KK0 TMN 00 9 RB561 I REBRO 16KKO MN 52495 55 2 c 9 99 8562 C581 75 lt 1 16GJ10A C582 1 16GJ100A 211 C583 8581 6 OA 1 16GZ0A R583 R584 1 16GZ0A B VID 1 12 B LCCOM VID 1 12 G LCCOM R VID 1 12 R LCCOM NRG DG ENBY2 FROM 401 DG CLYOUT DRGB_DY RESET_DG 5C5 FROM 1 SCLK PW190 SDATA DB_DX DB_CLX FROM IC401 7111 DB_ENBX1 DB_SHCLK TO K35B PANEL NRG DG_ENBY2 FROM IC401 7111 DG_ENBY1 CLYOUT DRGB_DY RESET_DG 33V 5C5 FROM IC301 190 SCLK SDATA DG_DX DG_CLX FROM 401 7111 DG_ENBX1 DG_SHCLK TO K35B PANEL NRG DG_ENBY2 FROM IC401 7111 DG_ENBY1 CLYOUT DRGB_DY RESET_DG 33V 5C5 FROM IC301 190 SCLK SDATA DR_DX DR_CLX FROM 401 7111 DR_ENBX1 DR_SHCLK TO K35B PANEL 10C70 0 FEM a gt 5 C3500 m E _ 501 5 130816406 2138 GND L2501 16 e 36 LCCOM 34 C3502 __ 55 Num T T HLLLLLLLLI B DIRY 34
111. 95 Group 547 RGB Video 1080 50 0 Total Dots 2640 0 4095 1 Disp Dots 1868 0 4095 2 H Back Porch 257 0 4095 3 V Back Porch 54 0 4095 4 Disp Line 1052 0 4095 Group 548 RGB Video 1035i 0 Total Dots 2200 0 4095 1 Disp Dots 1868 0 4095 2 H Back Porch 258 0 4095 3 V Back Porch 90 0 4095 4 Disp Line 1012 0 4095 Group 549 RGB Video 1080P 60 0 Total Dots 2200 0 4095 64 Service Adjustment Item Name Function Initial Range Note 1 Disp Dots 1868 0 4095 2 H Back Porch 258 0 4095 3 Back Porch 92 10 4095 4 Disp Line 1012 0 4095 550 RGB Video 1080P 50 0 Total Dots 2640 0 4095 1 Disp Dots 1868 0 4095 2 H Back Porch 258 0 4095 3 V Back Porch 54 0 4095 4 Disp Line 1052 0 4095 Group 551 RGB Video 1080P 30 0 Total Dots 2200 0 4095 1 Disp Dots 1868 0 4095 2 HBackPorch 260 0 4095 3 V Back Porch 46 0 4095 4 Disp Line 1066 0 4095 Group 552 RGB Video 1080P 25 0 Total Dots 2640 0 4095 1 Disp Dots 1872 0 4095 2 H Back Porch 258 0 4095 3 V Back Porch 48 0 4095 4 Disp Line 1064 0 4095 Group 553 RGB Video 1080P 24 0 Total Dots 2750 0 4095 1 Disp Dots 1878 0 4095 2 H Back Porch 214 0 4095 3 V Back Porch 46 0 4095 4 D
112. AZE 000 D3627 307 163 DIODE 188352 TPH3 L314 301 150 MT GLAZE 0 000 307 149 DIODE 1992355 TE 17 13581 945 062 INDUCTOR 3 3U M D3628 307 163 DIODE 155352 L3621 945 041 INDUCTOR 330 OHM 307 149 DIODE 155355 17 13622 645 092 IMPEDANCE 22 OHM D3629 307 163 DIODE 198352 TPH3 L3623 945 041 INDUCTOR 330 OHM 307 149 DIODE 1SS355 TE 17 13624 945 041 INDUCTOR 330 OHM D3631 307 163 DIODE 155352 13626 645 092 IMPEDANCE 22 OHM 307 149 DIODE 199355 TE 17 L3627 945 041 INDUCTOR 330 OHM 03632 307 163 DIODE 155352 TPH3 L3628 945 041 INDUCTOR 330 OHM 307 149 DIODE 1SS355 TE 17 L3629 645 092 IMPEDANCE 22 OHM D3633 307 163 DIODE 198352 TPH3 13631 945 041 INDUCTOR 330 OHM 307 149 DIODE 1SS355 TE 17 136532 945 041 INDUCTOR 330 OHM 03634 307 163 DIODE 155352 TPH3 L3633 645 092 IMPEDANCE 22 OHM 307 149 DIODE 199355 TE 17 L3634 945 041 INDUCTOR 330 OHM D4812 307 223 ZENER DIODE 02DZ6 2Y TPH3 L3636 945 041 INDUCTOR 330 OHM 307 209 ZD UDZS TE 176 2B 13637 645 092 22 OHM D4813 207 223 ZENER DIODE 02DZ6 2Y TPH3 L3638 945 041 INDUCTOR 330 OHM 307 209 AD UDZS TE 176 2B L401 945 086 IMPEDANCE 100 OHM P 05061 307 163 DIODE 155352 TPH3 L402 945 086 IMPEDANCE 100 OHM P 307 149 DIODE 199355 TE 17 L403 945 002 INDUCTOR 0 10U D5062 307 163 DIODE 155352 TPH3 14811 645 092 22 OHM 307 149 DIODE 1959355 TE l7 L4812 945 041 INDUCTOR 330 OHM D5201 307 210 DIODE RB551V 30 TE 17 4813
113. C349 303 409 CERAMIC C2504 303 409 CERAMIC 0 1U C3500 303 398 ELECT C2505 303 397 ELECT LOW 303 387 ELECT 303 387 100 C3501 303 409 C2506 303 409 0 10 C3502 303 367 C2507 303 409 0 10 C3503 303 367 C2508 303 396 TU C3504 303 409 CERAMIC 303 397 CERAMIC 10 C3506 303 391 C2509 303 409 0 10 303 296 ELECT C2511 303 409 CERAMIC 0 1U C3508 303 398 ELECT C2512 303 433 10 303 387 ELECT C2513 303 409 CERAMIC 0 1U C3509 303 396 CERAMIC C2514 303 397 100 303 297 303 3687 100 C351 303 409 2534 303 409 0 1U C3511 303 409 CERAMIC C2535 303 397 LOU C3512 303 409 CERAMIC 303 387 100 C3513 303 409 CERAMIC C2536 303 409 CERAMIC o 1U C3514 303 409 CERAMIC C2537 303 409 CERAMIC 0 1U C352 303 409 CERAMIC C2538 303 396 CERAMIC 1U K C353 303 409 CERAMIC 303 397 CERAMIC 1U C3530 303 398 ELECT C2539 303 409 CERAMIC 1U 303 387 ELECT C2541 303 409 CERAMIC LU C3531 303 409 CERAMIC C2542 303 433 CERAMIC 1U C3532 303 367 CERAMIC C2543 303 409 CERAMIC LU C3533 303 367 CERAMIC C2544 303 397 C3534 303 409 CERAMIC 303 387 C3536 303 391 ELECT C2564 303 409 CERAMIC 303 296 ELECT C2565 303 397 C3538 303 398 ELECT 303 387 303 387 ELECT C2566 303 409 C3539 303 396 CERAMIC C2567 303 409 CE
114. Chassis Block Diagrams AQIS 8 0 gt 198401 168 21 L08 0 0960 gt 5015100 NIVIN S NOO Nd IV Noo zoea 41950 OIPNY 190 95 1M 881 teged 196121 Md 5 A9L 109801 TR eno gt pegea 199290 V mg WOdd 66950 4 L7 9 09521 G G ass F VAS C L ed VAS NO wad gt Fg 10994 A9S lt 2 _ s LN ou gt zr 6 lt 11086 091 1 gt LdOSN3S LC8V I 89921 1 MV dNV1 AS 0V05 lt 1 0860 I gt lt 1108600 gt 5 0105 ZHOSNAS dWAL SHOSNAS dN31 602L2 0883 1883 gt H uO 19M0d ASSI NO H uO 19M0d re NO H UQ 49M0d _ Md M8 L5 Lus 9 4 68 O NO 2 M H UQ J8M0q 26 129 em axi OHO lt gt 5 Z QNVN L68v2l LII6 H31H3ANI C8860 0L L 7 UQ49M0q 1 00 10M0 MS dV 13d H8 1 HOLIMS 9409 OV CF 70 Chassis Block Diagrams Fan control circuit TPFANA
115. Cooling Start Threshold 38 0 100 12 After shutdown cooling Cooling after shutdown 0 No 1 Yes 1 0 1 Service Adjustment Item Name Function Initial Range Note Group 256 Fan Lamp Voltage Down Setting 0 Lamp Voltage Lamp Voltage 0 1V Read _ 0 255 T Threshold to judge Lamp Voltage 30 90 Down VX10 2 1 Speed Gain 0 255 3 2 Speed Gain Additional Fan Speed of Min at Lamp 0 255 4 Speed Gain Voltage Down unit 0 1V 0 255 5 Not used 9999 Group 257 Fan Dimmer Setting Dimmer Avarage measurement Time 0 Dimmer Average Check Period 0 10sec 1 30sec 2 60sec 3 90sec 1 0 10 10 300 sec 1 Dimmer Average Dimmer Avarage Value Read only 2 Last Voltage Difference Read only 3 Voltate Difference Goal Read only Group 258 Fan IC Temp for Netowrk model 0 Notused 1 Not used 2 used Group 260 Auto Calibration Commn Auto Calibration Executes Auto Calibration when 0 Execute Calibration g da changiing the Value PC White 100 Maximum Execution Times OFFSET 1 Loop Count gt GAIN 10 1 30 2 Auto Status 2 0 0 0 1 9 0 OK 1 Adjusting 9 Error ReadOnly emory 3 AutoWait Wait Value for each setting 1 1 20 4 CHECK Tolelance Torelance of OFFSET 2 1 255 Group 261 Auto Calibration RGB 0 OF
116. EDANCE 22 OHM D8704 307 210 DIODE RBb551V 30 TE 17 L8701 945 033 INDUCTOR 100U M D8708 307 210 DIODE RB551V 30 TE 17 L8841 945 041 INDUCTOR 330 OHM D8709 307 210 DIODE RB551V 30 TE 17 L8842 645 092 IMPEDANCE 22 OHM 08711 307 210 DIODE RB55IV 30 TE 17 L8843 645 092 IMPEDANCE 22 OHM D8751 307 204 LED SML 210LT T86 L L9641 945 033 INDUCTOR 47U M D9641 307 254 DIODE CM516 DIODE MISCELLANEOUS D1101 307 223 ZENER DIODE 020212 FB602 945 041 INDUC TOR 330 OHM D1102 307 223 ZENER DIODE 020212 FB603 945 041 INDUC TOR 330 OHM D1111 307 223 ZENER DIODE 020212 FB606 945 041 INDUC TOR 330 OHM D1112 307 223 ZENER DIODE 020212 FB607 945 041 INDUC TOR 330 OHM D1371 307 254 DIODE CMS16 FB609 945 041 INDUC TOR 330 OHM D2071 307 163 DIODE 1SS352 TPH3 K20C 645 094 JACK RCA 3 307 149 DIODE 155355 11 17 645 089 SOCKET D SUB 15 D2091 307 223 ZENER DIODE 02 212 K3 0B 645 089 SOCKET D SUB 15 D2891 307 223 ZENER DIODE 02DZ6 2Y K40C 945 078 SOCKET DIN 8P 307 209 ZD UDZS TE 176 2B 5C1031 945 076 SURGE ABSORBER 028932 307 223 ZENER DIODE 02DZ6 2Y SC1041 945 076 SURGE ABSORBER 307 209 ZD UDAS TE l76 2B SC1081 945 076 SURGE ABSORBER 03601 307 163 DIODE 155352 5C1091 945 076 SURGE ABSORBER 307 149 DIODE 1595355 TE l7 SC2071 945 076 SURGE ABSORBER D3611 307 163 DIODE 155352 SC2081 945 076 SURGE ABSORBER 307 149 DIODE 1SS355 TE 17 5C2091 945 076 SURGE ABSORBER
117. FSET AREA H START 975 0 1000 osition 1 OFFSET AREA V START 500 0 1000 osition 2 GAIN AREA H START 25 0 1000 osition 3 GAIN AREA V START 500 0 1000 osition 4 Image AREA H WIDTH Black White Level Acquiring Area 13 0 4095 5 Image AREA V HIGHT Level Acquiring Area 9 0 4095 6 OFFSET target Target Value of Black Level Adj 3 0 127 7 OFFSET torelance Torelance of Black Level Adj 1 1 127 8 GAIN target Target Value of White Level Adj 238 0 255 9 GAIN torelance Torelance of White Level Adj 1 1 255 Group 262 Auto Calibration CVBS SVIDEO 0 Y Image Area Start X Y Acquiring Area H Start Position 20 0 1000 1 Image Area Start Y Y Acquiring Area V Start Position 500 0 1000 6 Image Area H Width Image Level Acquiring Area 13 0 4095 7 Image Area V Hight Image Level Acquiring Area Height 20 0 4095 8 YTarget Level Target Value of Y Level Adj 217 0 255 11 Gain Tolerance Torelance of Level 1 0 255 12 Delta Gain Deviation Width of Gain Value 9 0 255 Group 264 Auto Calibration YCbCr 0 Y OFFSET AREA START 925 0 1000 osition Y OFFSET AREA V START 500 0 1000 osition 2 CB OFFSET AREA H START 925 0 1000 If not used use Y s value 3 OFFSET AREA V START 500 0 1000 If not used use Y s value 4 CR OFFSETAREAH START R Offset Acquiring Area H Start 925 0 1000 If not used use Y s value 5 CR OFFSET AREA V START u 500 0 1000 If not used use Y s va
118. GLAZE R1011 301 260 MT GLAZE R2014 301 225 MT GLAZE ANS 2 lt SANA lt lt 8 2 CI CI CI CI N CI CI CI I CI C21 CICI lt 5 96 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description R2016 301 224 MT GLAZE R349 301 224 MT GLAZE R2017 301 224 MT GLAZE R3501 301 224 MT GLAZE R2022 301 225 MT GLAZE R3502 301 226 MT GLAZE R2023 301 225 MT GLAZE R3503 301 225 MT GLAZE R2024 301 225 MT GLAZE R3509 301 037 MT GLAZE R2026 301 224 MT GLAZE R351 301 225 MT GLAZE R2027 301 224 MT GLAZE R3511 301 224 MT GLAZE R2028 301 225 MT GLAZE R3512 301 224 MT GLAZE R2032 301 224 MT GLAZE R3513 301 226 MT GLAZE R2033 301 224 MT GLAZE R3514 301 226 MT GLAZE R2039 301 225 MT GLAZE R3515 301 226 MT GLAZE R2041 301 225 MT GLAZE R352 301 226 MT GLAZE R2042 301 225 MT GLAZE R353 301 226 MT GLAZE R2043 301 225 MT GLAZE R3531 301 224 MT GLAZE R2044 301 225 MT GLAZE R3532 301 226 MT GLAZE R2071 301 224 MT GLAZE R3533 301 225 MT GLAZE R2072 301 224 MT GLAZE R3539 301 037 MT GLAZE R2073 301 224 MT GLAZE R355 301 226 MT GLAZE R2074 301 224 MT GLAZE R356 301 226 MT GLAZE R2076 301 260 MT GLAZE R3561 301 224 MT GLAZE R2077 301 225 MT GLAZE R3562 301 226 MT GLAZE R2078 301 225 MT GLAZE 5 R3563 301 225 MT GLAZE R2079 301 263 MT GLAZE R3569 301 037 MT GLAZE R2081 301 260 MT GLAZE R357 301 226 MT GLAZE R2082 301 225 MT GLAZE R3581 301 224 MT GLAZE R2083 301 225 MT
119. Group 20 Video Decoder Read Only Value Composite S Video Y Level ADC _ Composite S Video 0 Level RGB Gain 10719 0 255 x Gain Adjustment Video Composite S Video C Level ADC _ n 1 CLevel Saturation 1157115 0 255 Composite S Video 2 3 XCXL Level Cross Chroma Cross Luma Level 3 0 5 4 C2DNBANDWIDTH Comb 2D Narrow Bandwidth 3 3 0 3 NTSC PAL 5 C2DWBANDWIDTH Comb 2D Wide Bandwidth 4 4 0 7 NTSC PAL Comb 2D Chroma Narrow Band Left Values are adjustable if CXCL Level 6 C2DCNMINLEAK Minimum Leakage 073 0 3 5 Comb 2D Narrow Band Slope _ 7 C2DCNSLOPELEAK Leakage 7 7 0 7 NTSC PAL Comb 2D Wide Band Minimum 8 C2DCWMINLEAK Leakage 173 0 3 NTSC PAL 9 C2DCWSLOPELEAK Comb 2D CW Slope Leakage 6 6 0 7 NTSC PAL 10 COMBLEAK2BPGAIN Comb Leak To Ban Pass Gain 1 0 0 3 NTSC PAL 11 C2DBDIAGONALGAIN Comb 2D Band Pass Diagonal Gain 1 3 0 3 NTSC PAL Comb 2D Narrow Band Comb Wide 12 C2DNBCWBCLGAIN Band Come 1 1 0 3 NTSC PAL 13 RLUMASETUP Enable 7 5IRE Setup Enable 0 0 1 Effective only NTSC Signal Group 40 General 0 IP Block not used O emo 0 1 1 1 OFF used with IP Block bitO Global Motion 1 3 2 PullDown Mode 1 1 3 Motion 0 2 3pull down amp 2 2pull down 2 Detect Film Mode Enable 0 0 2 1 2 3pull down 2 2 2pull down 0 IP Process Disable 1 Force Normal IP Mode 3 Force IP Mode 2 0 2 2 Force Film Mode Effective only for PSF Signal Group 41 Deinterlacer setting Effective only for Progressive ON L1 mo
120. IC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC ELECT ELECT CERAMIC CERAMIC CERAMIC ELECT ELECT ELECT ELECT CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC ELECT ELECT CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC ELECT ELECT CERAMIC CERAMIC CERAMIC ELECT 10 JU 1U 1U tU 10U 0 1U 0 010 0 1U 2 20 2200 2200 OS LU 0 10 0 10 100 100 100 100 0 10 0 10 0 10 0 10 1000L 1U 1U LU LU NE 20 21 v 2 UJ 100U 100U 0 10 SERT PNE RA LU 1U 1U 100U M 100U M 0 1U K 0 01 K 0 1U K 470U M K K K K K K K K K K K K M K K K K K K K K K K K K K K K K K K K K K K K K K K K 0CCCCCC0C W lt lt lt lt lt lt lt A 8 N N 2 N N N N N N N lt lt KM3 XL5000 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 6 3V 16V 16V 50V 50V 16V 16V 50V 50V 16V 10V 50V 16V 10V 10V 50V 16V 16V 10V 16V 10V 10V 10V 16V 16V 50V 16V 25V 16V 16V 16V 16V 16V 16V 16V 16V 16V
121. K0 1MN C5007 KK0 01MN q C5009 16KK0 1MN C5016 KK2200MN C5017 16KKO 1MN C5018 16KK0 33GQ C5019 10KK1MN C5021 10KK1MN 5022 10KK1MN 9V AUDIO R5001 1 3GJ4 7 16KK10BB 1 16GJ470A R5032 1 16GJ470A 11 12 13 D3612 155355 R5654 L26B4110G 1 16C 2 30M T R5641 8 D o cod 3 1 166 gt gt 52 55 95 05 oz 552 9 gt x L m C5643 d 8 16KKO 1MN IC5642 FA7701VG ive OE KK4700MN R5642 1 16GJ27KA C5644 16 5647 JL 05031 9V AUDIO IC5041 MI QXXAVB863P K R5034 16EM2201V 1 166 1 R5044 Wi 1 166 K8F go JIOEPO31G 1 16620 C5041 SPA 25 85037 85043 SPH TO K8F 1 16GJ1KA 1 16GJ 47 1 16C 6 8 Ke a g 85047 1 16C 1 16GJ 33KA T Q5041 AH MUTE HIGH R5049 R5051 1 166 1 166 3 3KA 10 05042 Benes AH 1 16GJ10KA CP 217 85052
122. K0 1MN 16KK0 1 MN 5 10KK1MN R1846 L 3 9 SINT s mE PW 0610 9 C301 CEN m R316 UVSS DVSS C1818 16KK0 1MN 1 166204 _ 8357 S33 PW S Lu X D19 E19 F19 9 1313 19 AD19 E19 idis DMINUS XINVALID 2 R1822 X 1 16GZ0A 1 10GZ0C R362 R357 TEGIJA C 301 TCS1 1 16GJ3 3KA Sues DPLUS DVDD25 Sax ce R1821 XSTDBYEN 6 3VM47DJ C324 XC50 X UVDD33 XSTDBYEN 9 9 PW190 10LM oi 29 9 os C1802 pad FAUL L ul m X e d 8 f lt A a T Byes NE 9 17 116622046 017 E17 F17 N17 P17 R17 T17 AA17 B17 17 XRD DVSS xo 2 RIJA R314 mm R1848 lt MC 1 16GZ0A X RSTMSK XI 9 R1818 X C303 py m sss C1812 G s OHH 1 1 05904C 016 116 116 16KK0 1MN 16 16 16KK0 1MN AAI6 1816 16 016 E16 16 5 VSS 2 XRESET R356 r 4 RISE 1801 1 16GZ0A DVss X 8 a L N P12 WAKEUP WAKEUP 9 E C322 I PW e PW DE D15 E15 F15 K15 L15 M15 N15 P15 R15 115 015 16KKO 1MN 15 15 15 015 15 AF15 FPGA_STATUS P13 DO erie 1 16GJ22A are FPGA_CONFIG_DONE 43 P14 Di X
123. L3CZ220PG 14892 L3CZ220PG 4 p R6 d Q683 1 8GZ000 25812045 O 16V d 8691 C5609 5613 1 3 25 25 473 473 1000 4 77 R698 pu 1 16GJ2KA C687 R696 K8R 6 1 16C J10XK120G FB602 22031 47 C5616 25 4 7 POWER 25KK4 7BB C5619 10KK1MN Te w 609 PSE L3CZ 220 5608 _ L2683470G 5607 5611 5612 FB603 25bEM 25EM 25EM L26639706 473 473 473 o i C5606 ZZ 77 77 25EM 473T S6V L26B3470G FB607 Ul L26B3470G gt R5608 C5601 C5602 1 8GJ22 10EM1003T 16KK0 1MN L26B3470G L5601 Ul 10EM1003T 5 5608 73080220C R4802 X LSML 212YTG 06832 VU SML 210LTMG OSRAM USHIO 390 9883 R9883 1 16GZ0A 1 4891 TC7SETOOFUP C4891 16MM0 1MM 9 55V 5 1 1 16GJ100A R6849 gt AP 4 7KA 1 166 02DZ12YG 680A 06842 X READY LED 1 16 R6852 47KA X IC9882 TC74ACT14FTP C9882 16KK0 1MN 2 15 pes R6858 90 1166 06844 390 02DZ12YG 6853 0684 1 16C 1 16C 4 7 200 6854 R6861 Q6843 1165 R6856 X FROM IC301 PW R6851 GJ Q5061 AH R5061 1 16GJ1KA R5063 C5061 16EM101V 217 7 CH 1 TO AV JACK TEMP SENSOR 3 LAMP IC8811 QXXAVC869P C 3313 16KKO 1MN 1
124. L6 TB 25 2812 17 2902812N L6 TBO 25 3928 1 25 3928 15 25 2412 T146 25 2412 146 5 2SC2812 L6 TB 2902912 L7 TB 2SC2812N L6 TB0 2SC3928A1R 2SC3928A1S 2SA1037AK T146 R 2SA1037AK S T146 2SA1235A1E 2SA1235A1F ISA1235ACIE ISA1235ACIF 2SA1037AK T146 R 25 1037 5 146 2SA1235A1E 2SA1235A1F ISA1235ACIE ISA1235ACIF 25 2412 T146 25 2412 T146 5 2902912 L6 TB 2SC2812 L7 TB 29C2B812N L6 TBO 25 3928 25 3928 15 2SA1037AK T146 R 25 1037 5 146 2SA1235A1E 2SA1235A1F ISA1235ACIE ISA1235ACIF RSQ025P03 TR RN1117 TE85L RN1117 TE85L 25 2412 T146 25 2412 T146 5 2SC2812 L6 TB 2SC2812 L7 TB 2902812N L6 TBO 25 3928 25 3928 15 25 2412 146 25 2412 146 5 Key Part 305 015 305 015 305 163 305 173 305 173 305 047 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 002 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 014 305 014 305 015 305 015 305 163 305 173 305 173 305 217 305 217 305 014 305 014 305 015 305 015 305 163 305 173 305 173
125. LAZE R7301 301 224 MT GLAZE R8719 301 224 MT GLAZE R7303 301 224 MT GLAZE R8721 301 224 MT GLAZE R7307 301 224 MT GLAZE R8722 301 224 MT GLAZE R7308 301 224 MT GLAZE R8723 301 225 MT GLAZE R7309 301 226 MT GLAZE R8724 301 224 MT GLAZE R7311 301 225 MT GLAZE R8726 301 224 MT GLAZE R7312 301 225 MT GLAZE R8732 301 224 MT GLAZE OO 99 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description R8733 301 224 MT GLAZE RB405 945 036 R NETWORK 47X4 1 32W R8746 301 224 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8747 301 225 MT GLAZE 86406 945 036 R NETWORK 47 4 1 32W R8748 301 224 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8749 301 237 MT GLAZE RB407 945 036 R NETWORK 47 4 1 32W R8751 301 261 MT GLAZE 945 037 R NETWORK 47 4 1 16W RB752 301 234 MT GLAZE RB408 945 036 R NETWORK 47X4 1 32W R8754 301 225 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8755 301 234 MT GLAZE RB409 945 036 R NETWORK 47X4 1 32W R8756 301 301 MT GLAZE 945 037 R NETWORK 47X4 1 16W R8757 301 225 MT GLAZE RB410 945 036 R NETWORK 47X4 1 32W R8758 301 261 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8759 301 225 MT GLAZE RB411 945 036 R NETWORK 47X4 1 32W R8760 301 226 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8761 301 224 MT GLAZE RB412 945 036 R NETWORK 47X4 1 32W R8762 301 224 MT GLAZE 945 037 R NETWORK 47 4 1 16W R8763 301 224 MT GLAZE RB413 945 036 R NETWORK 47X4 1 32W R8764 301 258 MT GLAZE 945 037 R NETWORK 47X4
126. MT GLAZE 305 015 8727 TR 2502812 L56 TB R622 301 264 MT GLAZE 305 015 8925 290 2512 L7 TB R624 301 162 MT GLAZE 305 163 1615 TR 2SC2812N L6 TB0 R625 301 265 MT GLAZE 303 371 MT POLYEST 303 427 MT POLYEST 303 451 MT POLYEST 2 2 CI CI lt CI lt N lt N N lt lt CI CI SANNA N lt N 2 N 2 N N lt lt lt CI N 102 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description R626 301 152 MT GLAZE 330 0682 307 202 DIODE FMB 26L R627 301 265 MT GLAZE 4 7 307 253 DIODE RB0S5T 60 R628 301 255 MT GLAZE 100 0683 307 247 DIODE 101125 2630 301 256 MT GLAZE 390 D686 307 223 ZENER DIODE 02DZ6 2Y TPH3 R631 301 150 MT GLAZE 10K 0687 307 210 DIODE RB551V 30 TE 17 R632 301 150 MT GLAZE 4 3K ADB601 307 143 DIODE RBV 1506 R633 301 162 MT GLAZE 470K 308 045 DIODE RBV 1506 R634 301 256 MT GLAZE 270L DS601 307 219 THYRISTOR 8615 R635 301 255 MT GLAZE 100 MISCELLANEOUS R636 301 152 MT GLAZE 620 FB601 910 244 CORE R637 301 264 MT GLAZE 1 2K FB602 910 244 CORE R638 301 259 MT GLAZE 150K APC601 307 223 PC TLP421F D4 GB TP4 R639 301 259 MT GLAZE 150K 307 223 TLPA421F DA4 GR TP4 R641 301 259 MT GLAZE 150K APC602 307 223 PC TLPA421F D4 GB TP4 R642 301 259 MT GLAZE 150K 307 223 PC TLPA421F DA4 GR TP4 R647 301 256 MT GLAZE 68K PTH601 308 037 THERMISTOR NTH11D8ROLC R648 301 162 MT GLAZE 12 PTH652 308 061 TH PRF18BC471QB1RB R649 301 25
127. N Before press the reset button make sure that the AC cord must be disconnected from the AC outlet Thermal switch SW902 Circuit Protects Warning temperature and power failure protection The projector will be automatically turned off when the internal temperature of the projector is abnormally high or the cool ing fans stop spinning or the power supplies in the projector are failed If the WARNING indicator is flashing it may detect the abnormal temperature inside the projector Check the following pos sible causes and wait until the WARNING indicator stops flashing and then try to turn on the projector If the WARNING indicator lights red it may defect the cooling fans or power supply circuits Check fans operation and power supply lines referring to the chapter Power supply amp protection circuit in the Chassis Block Diagram section Possible causes Air filters are clogged with dust particles Remove dust from the air filters by following instructions in the Air filter care and cleaning below Ventilation slots of the projector are blocked In such an event reposition the projector so that ventilation slots are not obstructed Check if projector is used at higher temperature place Normal operating temperature is 5 to 35 or 41 to 95 F The projector is shut down and the WARNING indi cator lights red When the projector detects an abnormal condition it is automat Indicators ically shut d
128. O388C9 VVIIIV 001 0045 1 0 2 25 L 108691 ei 0X9 CXI 108130 H31H3ANI O 16821 gt O H3MV3dS 552 lt Q 0605 BOS GOZ o Ov 2 v D lt OAQIA S a O 1ueuoduo 4919 eL LSA ISH 921 04 C 100 5 1 HOLINOW 0891 CL A sug iC O zz 124 368 LN3NOdIAOO aou gt 89 21 12 ae IC2 LIV 792 V8 0222 amp Sx NH 89u 50 VMV lt 06 gt 952 241 8 ud 831725 85209228 LIV 5 9591 2 LOSI 1191191 E 702 902 882 66 Chassis Block Diagrams System control d3AI393H 93 VM0 5 93 M dNV1 L06MS dd 5 H3MOd 9 5XV3 5 L06 5 DUE 58 5 lt 688 gt L 0 0I0 V LV09 5 5 OdA9ddI 01 Sat gt TuQJewog GNYN 1687 d31ddANI 083621 uen 1130 110 101 05 0 0 un 100621 lt IVI IMIM2 LINDUID 109 M0 ASS 0689 NIVIN lt 0 89MV gt 5 2
129. OL FRP_POS SWAP PRE_COLSHD_SEL 217 HSYNC_FOLLOW DELAY_HSYNC DELAY_VSYNC 30 0 2047 VSYNC_FOLLOW BLANK_RCENTER MIN lt gt MAX Cyclic Operation BLANK_RSTART BLANK_REND BLANK_GCENTER MIN lt gt MAX Cyclic Operation BLANK_GSTART BLANK_GEND BLANK_BCENTER MIN lt gt MAX Cyclic Operation BLANK_BSTART BLANK_BEND DATA LIMIT MAX R DATA LIMIT MAX G DATA LIMIT MAX B Panel Service 6150 1060 R LCCOM G LCCOM B LCCOM R LCCOM Gain G LCCOM Gain B LCCOM Gain R LCCOM Bright G LCCOM Bright B LCCOM Bright R LCCOM Cent G LCCOM Cent B LCCOM Cent 13 R ENBX PW G ENBX PW B ENBX PW 11 0 127 R DXIN Link with No 18 G DXIN Link with No 19 B DXIN Link with No 20 R CLXIN Link with No 15 G CLXIN Link with No 16 B CLXIN Link with No 17 R ENBX1IN G ENBX1IN Group 200 Option 0 Logo Prohibition Forced No Brand Logo Prohibition 0 Menu 1 Forced 2 China 3 9 not used 0 2 Effective after AC 1 RS232C Baudrate Baud Rate 0 2 0 19200bps 1 9600bps 2 115200bps Service Adjustment
130. P C1300 IC1 391 A3 B3 03 G3 H3 13 M3 L3 M3 T3 U3 C365 MC 16MM0 1MM 1 1308 2 82 02 2 F2 G2 92 12 K2 2 M2 R2 p SDAO 1 166 4 7 C7 SDAO 5V C 2 V2 n e 846 SWRST CC p 6 G 92 O G 166 oe TO ee Al 81 D1 4 61 M 11 KI f 1 R1 41 Ul 5CL0 1 16GJ4 7KA TENP SENS PWRESET PFPP C843 8 x KK1000MN KKO 01MN SCLO_5V Az z Bz Liz S C346 2 6 g 16KK0 1MN 9 9 5 9 9 5 C841 IC1303 8 45 B S 3 8 gt aN 10KKIMN QXXAVC247P 2 vj 2 ule OS V s ls D841 8 533 PW 16KKO 1MN i lt 5 8 VoF L 8 X 8 5 od asas 5 9 9 19 C842 6 6 lt te St 6 2 lt 9 6 3EM47 R1311 s EE gt gt S SDA2 1 166 4 7 5 6 2 1 1 gt f 5 QXXAVC794G amp E 9 lt K 2 lt LED S TO ANALOG DDC 91 lt 9 SCL2 1 16GJ4 7KA Q1801 618 5 o EHE 3LNO1C EP E R1801 1 16GJ 100A I PW_TXDO TXDO R1802 x RGB YCbCr IC3501 OUT M62334FPP 20KA PW_ALART_OUT FROM ARART Higgs 1 16C 100 1 16GZOA 3512 118G 5 1 16GJ100A R3514 444 1 16GZ0A SKKQ MI se 33V PW R3513 1 16620 L6KKOINN de IC7801 3514 16KKO 1MN Q1802 3LNO1C EP 1804 18
131. PQ20WZ11 C1574 303 276 CERAMIC IC7871 309 461 PQ20WZ11 C1576 303 276 CERAMIC IC801 410 646 S29GLO64A90TFIR30 0830 C1577 303 276 CERAMIC IC841 310 616 PST413A300NR C1578 303 276 CERAMIC IC8701 410 636 IC R5F21134FP C849B C1579 303 276 CERAMIC IC8702 309 137 TC4S81F TE85R C1581 303 276 CERAMIC IC8703 309 155 TC4S71F TE85R C1582 303 276 CERAMIC Cj Cj C C4 CU CU C CJ CJ C Cj cs css css cs sss css cs sss css cs css s s s s s s c c s G CG Z LE Z LLLA 5 92 KM3 XL5000 Electrical Parts List Key No Part No Description Key No Part No Description C1583 303 276 CERAMIC 22 1584 303 276 C1586 303 276 22 1587 303 276 22 C1588 303 276 C1589 303 276 22 C1871 303 433 10 C2002 303 409 0 LU C2003 303 376 CERAMIC 0 470 C2012 303 409 CERAMIC 0 1U C2013 303 376 CERAMIC 0 470 C2022 303 409 0 10 C2023 303 376 0 470 C339 303 409 CERAMIC C2071 303 409 CERAMIC 0 10 C341 303 409 CERAMIC C2072 301 226 MT GLAZE 0 000 ZA C342 303 409 CERAMIC C2073 303 433 CERAMIC 10 C343 303 409 2076 303 433 lU K C344 303 409 CERAMIC C2082 301 226 MT GLAZE 0 000 ZA C346 303 409 CERAMIC C2091 303 433 CERAMIC 1U K C347 303 409 CERAMIC C2092 301 226 MT GLAZE 0 000 ZA C348 303 409 CERAMIC C2093 303 409 CERAMIC 0 1U
132. Pixels Signal Compatibility Color System High Definition TV Signal Scanning Frequency Optical Information Projection Image Size Diagonal Projection Lens Distance Screen Projector Projection Lamp Interface Video Input Jack S Video Input Jack Audio Input Jacks Component Input Jacks Computer Input 1 Input Terminal Computer Input 2 Monitor Output Terminal Audio Input Computer Jack Service Port Connector Audio Output Jack Audio Internal Audio Amp Built in Soeaker Power Voltage and Power Consumption Operating Environment Operating Temperature Storage Temperature Remote Control Battery Operating Range Dimensions Net Weight Multi media Projector 14 72 x 7 75 x 19 49 374 mm x 196 8 mm x 495 mm Not including Rear leg 16 74 Ibs 7 6 kg 0 to 1 0 0 8 P Si TFT Active Matrix type 1 024 x 768 dots 2 359 296 1 024 x 768 x 3 panels PAL SECAM NTSC NTSC4 43 PAL M and PAL N 480i 480p 575i 575p 720p 1035i and 1080i H sync 15 2 100 kHz V sync 50 100 Hz Adjustable from 60 to 80 F 1 85 lens with f 4 83 mm with manual focus 0 131 0 265 4 0 cm 8 1 cm 275 W RCA Type x 1 Mini DIN 4 pin x 1 RCA Type x 2 RCA Type x 3 Analog RGB Mini D sub 15 pin Terminal x 1 Analog RGB Mini D sub 15 pin Terminal x 1 In Out switchable Mini Jack stereo x 1 Mini DIN 8 pin x 1 Mini Jack stereo x 1 Variable 2 0 W RMS 1 speaker 22 0 50 mm AC 100 120 V
133. R318 C309 C313 4 pase m T 1 16GZ0A 16KK0 1MN 16KK0 1MN sb T F8 16KKO 1MN 88 C8 AD8 AES 1 10GZ0C 010 15 C357 _16KKQ 1MN 93 PW XWR C316 2 R373 e 16KK0 1MN Q O 5 5 3 5 G7 0 1MN y7 7 2 ER m R346 lt gt 9 X Pe C e S k cd IC303 gt 8V I TC7SZ125FUK C312 R306 ai 349 16KKO 1MN C RUN 1 10GF23 2KC 16KK0 1M 16KK0 1MN i 4 M353 86 6 6 F6 G6 H6 16 K6 16 M6 M6 6 86 Us we C6 06 F L306 C387 16KK0 1MN 1 16GZ0A 1 10GZ0C R1331 1 16GJ1MA C356 16KK0 1MN PW EXT R366 E 1 16GJ1KA Pr 5 C1391 6 A aa Q QXXAVC51 16KKO 1MN 15 K5 L5 5 5 gt 5 85 1 10GZOC 9 19 9 C C C E Gy 5 C369 53V PW 81 1 1 10GZOC 16 16KKO 1 C379 53V PW C MN M ca ETE r 51 8V PW C1331 9 Q re Q OG uw Op ue b Se A4 B4 C4 D4 E4 F4 G4 H4 J4 L4 M4 4 8 4 4 4 WA 16KK Y4 C347 pua C4 8361 AE4 ara 1 10C70C Ms 0 1MM 16KKO 1 1 16GJ13KA 55 5 saw 27MHZ 5 o amp 6 6 gt 1 10GZOC 6 QXXAVC247
134. RAMIC 303 397 C2568 303 396 C354 303 409 CERAMIC 303 397 C355 303 409 C2569 303 409 C356 303 409 C2571 303 409 C3560 303 398 ELECT C2572 303 433 CERAMIC 303 387 ELECT C2573 303 409 CERAMIC C3561 303 409 CERAMIC C2574 303 397 ELECT C3562 303 367 CERAMIC 303 387 ELECT C3563 303 367 CERAMIC C2891 303 409 CERAMIC C3564 303 409 CERAMIC C2892 303 305 CERAMIC C3566 303 391 ELECT C301 303 409 CERAMIC 303 296 ELECT C302 303 449 POS SOLID C3568 303 398 ELECT C303 303 409 CERAMIC 303 387 ELECT C304 303 409 CERAMIC C3569 303 396 C306 303 409 303 397 C307 303 409 C357 303 409 C308 303 409 C358 303 409 C309 303 409 C3581 303 394 ELECT C311 303 409 CERAMIC 303 387 ELECT C312 303 409 CERAMIC C359 303 409 CERAMIC 2212 303 409 C361 303 433 C314 303 409 C362 303 433 C316 303 409 3621 303 409 2227 303 409 C3622 303 409 CERAMIC C318 303 409 C3623 303 409 CERAMIC C319 303 409 CERAMIC C3624 303 409 CERAMIC C321 303 409 CERAMIC C3626 303 409 CERAMIC C322 303 409 CERAMIC C363 303 433 CERAMIC C223 303 409 CERAMIC C364 303 441 CERAMIC C324 303 409 CERAMIC C365 303 442 CERAMIC C326 303 409 CERAMIC C327 303 409 CERAMIC C328 303
135. REF e 1 16GJ3 3KA Q8754 oINT3 20 0 ICIM C gt 3 oINT296960 CMP12 33 b 2 E E Z 9 gt 7 0INT1 0 CNTI R8712 1 16GJ 10KA R9640 1 25A32VHK R9647 1 16GJ 27 09644 N lt R9651 1 16GJ 100KA 16KK0 1M R9641 1 16GZ0A R9643 1 16GZ0A R9644 1 16GF10KA R9646 1 16GJ10KA 1 17166 20 C9642 C9641 16KK 0 1MN Q9641 RSQ025P03G R8752 R8755 R8771 R8772 D8709 D8708 53 31 PW R8700 1 8GZ000 RB551V D8711 0G 1 16GZ0A R9622 1 16GJ 4 7 IC8708 QXXAVC703G 1 16GJ10KA 1 16GJ10KA 1 16GJ10KA 1 16GJ10KA 1 9641 LTC4011P J10EG105G Q9642 RSQ025P03G ALARM CUICUIT K8B BUZZER IC2100 BUTTERY COVER SW SW2100 S10B6470N VIBRATION SENSOR IC8710 10 0 O Q 9 _ _____ 2 2 9 gt SECONDARY BATTERY TH BATTERY SENSOR_OUT R9630 1 16GZ0A 1 9603 51957 10KK1MN R9627 1 16GJ 27 R9628 1 16GJ 10KA C9604 16KK0 068MN C9646 D9601 25KK10BB X L9641 L2PJ470MG anc ROGSB ee CMS16P R9659 E 1 106 11C R9661 1 10GJ1C BATTERY CHARGING CUICUIT 6 4 216 R7208 D R7209 R7211 1
136. S CLXOUT CG ED O EN8X1 5 R 8 SERIAL DYOUT R G B CLYOUTRG 8 TIMMING gt e j I 4 SHOLK R XFRIA G B STSOO RG B STSGE RG ED NRG OLP1 7 2 SHENB 8 G EDN DIRY HSO VSO HSI VSI 9 L3E01060 lt Level Shift IC2501 IC2531 IC2561 gt Block disgrams 2030012 WALSAS 19 LAIHS 73431 3SH3A3U E NILANA 19185 13A31 ASYSASY NIDHN Aula abit latch Upper Seg R 2R 1dIHS I2M31 jSH3A3H it latch ur 8bit Upper ES Seg R bit 13 5 13 31 3SH3A3U 8 141 5 T3A31 119 Seg R 2R E E LAdNI MV T3Q OLRV 1 5 T3A31 3Su3A3u AV 130 13 31 c MIIX9M3 XX gt 7 5 SI iz e to 5 8 j CM 8bit latch 8bit Upper Seg R 2R 19185 13451 ASYSASY 14 5 13 31 mu LNdNI NDCOIO ON RESET 13IHS 13 31 LNdNI ASYSASY AV I40 0LIIV V V 788 3SVHd 3SVHd vivas 1VIH3S M62334 DAC IC3501 gt NJW1141 Aud
137. T 305 173 2SA1235A1F C1378 303 394 ELECT 405 220 TR ISA1235ACIE 303 387 ELECT 405 220 TR ISA1235ACIF C1379 303 409 08757 305 191 TR 3LN01C TB E C1381 303 306 08758 305 191 TR 3 01 C1382 303 409 08759 305 191 TR SBNOIC TB HB C1383 303 433 CERAMIC Q9602 406 021 TR XP162A12A6PR C1384 303 394 ELECT Q9641 305 217 TR RSQ025P03 TR 303 387 ELECT Q9642 305 217 TR RSQ025P03 TR C1391 303 409 09643 405 219 TR RIQUA20NOS IR C1401 303 433 CERAMIC Q9644 305 191 TR 3 01 C1402 303 394 ELECT Q9881 305 191 TR SBNOIC TB H 303 387 ELECT INTEGRATED CIRCUIT C1403 303 392 ELECT 1C1302 310 479 TC7WBD125AFK 303 387 ELECT IC1303 310 479 IC TC7WBD125AFK C1411 303 433 CERAMIC 101351 410 643 IC PQ0O70XNB1ZPH C1412 303 409 CERAMIC IC1361 410 643 IC PQO70XNB1ZPH C1413 303 394 ELECT ICISTI 309 531 IC FATTOLV TEL 303 387 ELECT 1C1381 309 553 070 2022 C1511 303 276 1C1391 310 538 24LC64T I SNG C1512 303 276 1401 309 553 070 4022 C1513 303 276 CERAMIC IC1411 410 642 IC PQ015YZ01ZPH C1514 303 276 CERAMIC IC301 309 670 IC PW190 10L C1516 303 276 CERAMIC IC302 309 487 IC TC7SZ125FU C1517 303 276 CERAMIC IC303 309 487 IC TC7SZ125FU C1518 303 276 CERAMIC IC3501 309 431 IC M62334FP DF5Q C1519 303 276 CERAMIC IC3801 309 652 IC HIN202EIBNZ T C1521 303 276 CERAMIC 309 565 IC SP232AEN L C1522 303 276 CERAMIC IC4011 310 358 TC74HC4
138. ________ 2 18 06191 cle NIVIN Troubleshooting Indicators and Projector Condition Check the indicators for projector condition POWER LAMP Projector Condition red green REPLACE The projector is off The AC power cord is unplugged The projector is preparing for stand by or the projection lamp is being cooled down The projector cannot be turned on until cool ing is completed and the POWER indicator stops blinking The projector is ready to be turned on with the POWER ON OFF button The projector is operating normally The projector is in the Power management mode The temperature inside the projector is abnormally high The pro jector cannot be turned on When the projector is cooled down enough and the temperature returns to normal the POWER indi cator emits a red light and the projector can be turned on The WARNING indicator keeps blinking Check and clean the air fil ter The projector has been cooled down enough and the temperature returns to normal When turning on the projector the WARNING indicator stops blinking Check and clean the air filter The projector detects an abnormal condition and cannot be turned on Check power supply circuit and fans control circuit C green 2 red off blinks green C e blinks red When the life the projection lamp draws to an end the LAMP REPLACE
139. aler I O Port Functions PW190 PIN NO PORT NO PORT FUNCTION SIGNAL NAME DESCRIPTION 90 PORTAO PORTA1 PORTA2 PORTAS 4 5 7 2 PORTB3 PORTB4 PORTB5 PORTB6 PORTB7 PORTC1 PORTC2 PORTC3 PORTC4 PORTC5 PORTC6 PORTC7 PORTDO A20 PORTD1 A21 PORTD2 A22 PORTD3 A23 PORTD4 PORTD5 PORTD6 PORTD7 PORTEO IN1R2 PORTET IN1R3 PORTE 2 IN1R4 PORTE3 IN1R5 PORTE4 IN1R6 PORTES IN1R7 PORTE6 IN1R8 PORTE7 IN1R9 PORTFO IN1G2 PORTF1 IN1G3 PORTF2 IN1G4 PORTF3 IN1G5 PORTF4 IN1G6 PORTF5 IN1G7 PORTF6 IN1G8 PORTF7 IN1G9 PORTGO IN1B2 PORTG1 IN1B3 PORTG2 IN1B4 PORTG3 IN1B5 PORTG4 IN1B6 PORTGS IN1B7 PORTG6 IN1B8 PORTG7 IN1B9 PORTHO RXDIO XSTDBYEN XRESET WAKE UP LAMP_DC_ON BLAST_AC CABLE_SW S_SW ON_15 5V MONIT_OUT LAMP_DET ON_3 3V DC_ON POWER_LED READY_LED TEMP_LED LAMP_LED SCS_PW SDATA_PW_EXT FAN_SW1 IRM RST 1 2 SW ON 5VA MUTE A20 A21 A22 A23 DDC_SW1 DDC_SW2 FPGA_STATUS FPGA_CONFIG_ DONE STB_FPGA CONFIG_FPGA O_TXDO O_AN3 O_ALARM_OUT FAULT FAN_CON_C MUTE SICLK SIDEN CKLO TC SW 78 Standby mode Enable disable I 0 Expander Reset for I O Expander Lamp Control Power On H Power Control Power On H Long Cabke Switch Output Long Cable H S Video Input Switch 15 5V Power Drive Power ON H Monitor Ou
140. and Normal Celling Down Up 85 85 85 85 _ Normal Celling Down Up 100 100 100 100 979 HiLand Normal Celling Down Up 75 75 75 75 _ Normal Celling Down Up Ho o 0 110 927 ui ang Normal Celling Down Up 110 110 110 110 _ Normal Celling Down Up 25 Eco Fan2 Max Fan voltage value at Eco unit 0 1V 110 110 110 110 Normal Celling Down Up 60 60 60 60 Normal Celling Down Up i 85 85 85 85 Normal Celling Down Up 65 65 65 65 _ Normal Celling Down Up n s 85 85 85 85 die HiLand Normal Celling Down Up 28 Not used 9999 9999 9999 9999 29 Not used 9999 9999 9999 9999 30 Filter Error Detect Temp D Temps emp pon 18 18 18 18 0 100 Normal Celling Down Up Fan Control Voltage Up _ 31 Filter Error Offset Volt Cloggiing Det unit 0 1V 3 3 3 3 0 255 Normal Celling Down Up Group 255 Fan Start Cooling Setting 0 Fan1 Initial Volt 70 0 255 1 Fan2 Initial Volt 70 0 255 Fan Start Voltage 0 1V 2 Fan3 Initial Volt 70 0 255 3 Not used 255 4 Fan1 Cooling Speed 130 0 255 5 2 Cooling Speed Fan Voltage at Power Off 0 1V 130 0 255 6 Fan3 Cooling Speed 130 0 255 7 Not used 255 Cooling Time stting at Fan Mode 8 Cooling Time Down Down x 30 sec 2 1 15 1 30 3 90 15 450 sec Cooling Time stting at Fan Mode Up x 9 Cooling Time Up 30 sec 3 1 15 1 30 3 90 15 450 sec 10 Temp Error Cooling Time Time seting at Temp 3 1 15 11 OnStart
141. cleaning cloth Avoid excessive use of cleaner Abrasive cleaners solvents or other harsh chemicals might scratch the surface of the cabinet When the projector is not in use put the projector in an appropriate case to avoid dust and being scratched Maintenance and Cleaning Cleaning After long periods of use dust and other particles will accumulate on the LCD panel prism mirror polarized glass lens etc causing the picture to darken or color to blur If this occurs clean the inside of optical unit Remove dust and other particles using air spray If dirt cannot be removed by air spray disassemble and clean the optical unit Cleaning with air spray 1 Remove the cabinet top following to Mechanical Disas semblies 2 Clean up the LCD panel and polarizing plate by using the air spray from the cabinet top opening Caution Use a commercial inert gas air spray designed for cleaning camera and computer equipment Use a resin based nozzle only Be vary careful not to damage optical parts with the nozzle tip Never use any kind of cleanser on the unit Also never use abrasive materials on the unit as this may cause irreparable damage Disassembly Cleaning Disassembly cleaning method should only be performed when the unit is considerable dirty and cannot be sufficient ly cleaned by air spraying alone Be sure to readjust the optical system after performing disassembly cleaning 1 Remove the cabinet top a
142. clic Operation R DCOffset N9 0 0 lt gt Cyclic Operation R DCOffset N10 0 0 lt gt Cyclic Operation R DCOffset N1 1 0 0 lt gt Cyclic Operation R DCOffset N12 1980 1980 MIN lt gt MAX Cyclic Operation G DCOffset NGain 0 0 G DCOffset N1 2044 2044 MIN lt gt MAX Cyclic Operation G DCOffset N2 0 0 MIN lt gt MAX Cyclic Operation G DCOffset N3 0 0 MIN lt gt MAX Cyclic Operation G DCOffset N4 0 0 MIN lt gt MAX Cyclic Operation G DCOffset N5 0 0 MIN lt gt MAX Cyclic Operation G DCOffset N6 0 0 MIN lt gt MAX Cyclic Operation 124 G DCOffset N8 0 0 0 2047 lt gt Cyclic Operation G DCOffset N7 452 5 0 0 Cyclic Operation MIN lt gt MAX Cyclic Operation Service Adjustment hid Item Name Function Initial Range Note G DCOffset N9 MIN lt gt MAX Cyclic Operation 126 G DCOffset N10 0 0 0 2047 lt gt Cyclic Operation 127 G DCOffset N11 0 0 0 2047 lt gt Cyclic Operation 128 G DCO
143. d amp 1 16GJ100A c Z 2 m X gt 20 B20 CRO Edo F20 20 20 20 M10 V20 2 29 5 2 1 2 GND GND 5 SDATA SRDATA SELECT ENBX1B CLKOUTB FRPB 5LI LM8 B1DUTA GND 3 3VGA BIS 19 019 9 19 G19 19 119 M19 V19 1 16GJ3 3KA 5 6 9 c TP DVS GND CLK RESET SRCS ENBX3B ENBX2B DXOUTB XFRB SHCLKB 810VI1 B1OUT3 B1OUT5 B2OUT3 B2OUT5 GND GND 130816406 818 C18 018 18 F18 C18 H18 J18 K18 Lis X E 1 8461 1 16GJ47A TP DHS VSEL GND 5 8 5 7 515008 515068 MSELB DEB B1OUT10 B1OUT11 B2OUT8 B2OUT9 R462 1 16GJA7A J30B1640G C425 R406 R409 R46 6GJ47A 1 16GJ75A Q 1 16GJ3 3KA 7 817 C17 01 EV FZ pir d M17 L17 M17 M7 PJ RIZ T 017 7 W C467 M EST1 ND ND V0 10 0010 10 I V6610 1 I V 6 610 10 10 10 Q DD10 ND DYOUT LYOUT NB TP DELK X Oe C442 C446 C451 C461 R464 6GJ4ZA 16KK 16KK R407 0 1 701 16KKO 1MN R465 X 1 16GJ75A C468 A16 B16 C16 01 16 F16 G16 16 J16 L16 M16 1 VV16 V16 X C405 Gs q N16 P16 816 T16 U16 7 R497 X VDD10 GND GND H am aD VDD10 V0010 V0033 VDB10 VDDIO ENBX4G ENBX G 498 X 33vGA C426 C447 10KKTMN C15 Dip E15 F15 gt 16040 IV 015 8495 X DB 0 9 KAMIN
144. de 0 Motion Adaptive Weight Value lt KDEINT gt 60 0 255 0 Conservative lt gt 4 1 Angle Interpolation Level Aggressive 4 0 4 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 1 Group 42 Deinterlacer setting Effective only for Progressive ON L2 mode 0 Motion Adaptive Weight Value lt KDEINT gt 0 0 255 0 Conservative lt gt 4 1 Angle Interpolation Level Aggressive 2 0 4 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 1 Group 43 Deinterlacer setting Effective only for Progressive ON Film mode 0 Motion Adaptive Weight Value lt KDEINT gt 30 0 255 0 Conservative lt gt 4 1 Angle Interpolation Level Aggressive 4 0 4 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 1 Group 45 Noise Reduction Time Effective only for Off 0 Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 1 0 lt NSREGIONYO gt lt NSREGIONUVO gt 12 0 1023 2 Noise Region 1 lt NSREGIONY1 gt lt NSREGIONUV1 gt 24 0 1023 551 Service Adjustment Group Item Name Function Initial 3 Noise Region 2 lt NSREGIONY2 gt lt NSREGIONUV2 gt 40 0 1023 Noise Gain Level lt NSFILTERY gt lt NSFILTERUV gt 0 0 255 Group 47 Noise Reduction Time Effective only for 11 O Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2
145. e main board Remove the cabinet top and main board Refer to Fig 2 Take the fuse off and replace the new one with the specified type Remove the 3 screws and remove the line filter board Line filter board Fuse F601 Circuit Protects Lamp cover switch Lamp cover switch SW901 The lamp cover switch SW901 cuts off the drive signal to the lamp circuit when the lamp cover is removed or not closed com pletely After opening the lamp cover for replacing the lamp 55 place the lamp cover correctly otherwise the projector can not turn on SD NUSSI O SAYS NUS SASS 2 9 xu yor RSS 4 20 80 Thermal switch There is the thermal switch SW902 inside of the projector to de tect the internal temperature rising abnormally When the inter nal temperature reaches near 100 C the thermal switch opens to stop the operation of the power supply circuit The thermal switch cannot be reset itself automatically even if the internal temperature becomes normal Reset the thermal switch following to the below procedure How to reset the thermal switch 1 Insert the sharp tool like a screwdriver into hole on the cabi net from the cabinet bottom 2 Press the reset button on the thermal switch with the screw driver CAUTIO
146. ed 5 used 6 Not used 7 Not used 8 Not used 9 Not used 27 27 27 27 Normal Celling Down Up 10 N IF I Min T 20 100 Temp Sensor Control Start End 29 29 29 29 Normal Celling Down Up at Normal 36 36 36 36 Normal Celling Down Up 11 Normal Fan Control Max Temp 30 30 30 30 20 100 HiLand Normal Celling Down Up 70 70 70 70 _ Normal Celling Down Up si 120 120 120 120 2 Hiland Normal Celling Down Up 110 110 110 110 _ Normal Celling Down Up 120 120 120 120 925 Hitand Normal Celling Down Up 95 95 95 95 I Normal Celling Down Up sea enna 130 130 130 130 0255 Hitand Normal Celling Down Up voltage value at Normal unit 120 120 120 120 1 Normal Celling Down Up 0 1V 130 130 130 130 0 295 HiLand Normal Celling Down Up 85 85 85 85 1 Normal Celling Down Up pe eine rel 106 106 106 106 HiLand Normal Celling Down Up 95 95 95 95 Normal Celling Down Up 2 106 106 106 106 979 Normal Celling Down Up 18 Not used 9999 9999 9999 9999 19 Not used 9999 9999 9999 9999 27 27 27 27 Normal Celling Down Up I Min II 20 1 Temp Sensor Control Start EndTemp 29 29 29 29 0 100 HiLand Normal Celling Down Up at Normal 36 36 36 36 Normal Celling Down Up 30 30 30 297109 Normal Celling Down Up 60 60 60 60 Normal Celling Down Up 100 100 100 100 9755 Hit
147. eration 192 R_V_INPUT_STEP_3584 1018 0 1023 lt gt Cyclic Operation 55 Service Adjustment Group Item 194 195 Item Name V INPUT STEP 0 G V INPUT STEP 512 G V INPUT STEP 1024 Function Initial 20 0 1023 16 0 1023 Range Note MIN lt gt MAX Cyclic Operation MIN lt gt MAX Cyclic Operation G_V_INPUT_STEP_1536 MIN lt gt MAX Cyclic Operation G_V_INPUT_STEP_2048 MIN lt gt MAX Cyclic Operation MIN lt gt MAX Cyclic Operation G_V_INPUT_STEP_2560 MIN lt gt MAX Cyclic Operation G_V_INPUT_STEP_3072 MIN lt gt MAX Cyclic Operation G_V_INPUT_STEP_3584 MIN lt gt MAX Cyclic Operation G_V_INPUT_STEP_4096 MIN lt gt MAX Cyclic Operation B V INPUT STEP 0 G V INPUT STEP 512 lt gt Cyclic Operation G V INPUT STEP 1024 lt gt Cyclic Operation G V INPUT STEP 1536 lt gt Cyclic Operation lt gt Cyclic Operation G V INPUT STEP 2048 lt gt Cyclic Operation G V INPUT STEP 2560 lt gt Cyclic Operation G V INPUT STEP 3072 lt gt Cyclic Operation G V INPUT STEP 3584 G V INPUT STEP 4096 I S 2 2 2 2 2 2 2 lt gt Cyclic Operation MIN lt gt MAX Cyclic Operation FRPP
148. ffset N12 1980 1980 0 2047 lt gt Cyclic Operation 129 B DCOffset NGain 0 0 0 2047 lt gt Cyclic Operation 130 B DCOffset N1 2044 2044 0 2047 lt gt Cyclic Operation 131 B DCOffset N2 0 0 0 2047 lt gt Cyclic Operation 132 B DCOffset N3 0 0 0 2047 lt gt Cyclic Operation 133 B DCOffset N4 0 0 0 2047 lt gt Cyclic Operation 134 B DCOffset N5 0 0 0 2047 lt gt Cyclic Operation 135 B DCOffset N6 0 0 0 2047 lt gt Cyclic Operation 136 B DCOffset N7 0 0 0 2047 lt gt Cyclic Operation 137 B DCOffset N8 0 0 0 2047 lt gt Cyclic Operation 138 B DCOffset N9 0 0 0 2047 lt gt Cyclic Operation 139 B DCOffset N10 0 0 0 2047 lt gt Cyclic Operation 140 B DCOffset N11 0 0 0 2047 lt gt Cyclic Operation 141 B DCOffset N12 1980 1980 0 2047 lt gt Cyclic Operation 142 R DCOffset PGain 0 0 0 2047 Cyclic Operation 143 R DCOffset P1 16 16 0 2047 lt gt Cyclic Operation 144 R DCOffset P2 0 0 0 2047 lt gt Cyclic Operation 145 R DCOffset P3 0 0 0 2047 lt gt Cyclic Operation 146 R DCOffset P4 0 0 0 2047 lt gt Cyclic Operation 147 R DCOffset P5 0 0 0 2047 lt gt Cyclic Operation 148 R DCOffset P6 0 0 0 2047
149. g If you forget the PIN code to release the alarm setting press and hold the button 3 and F button at the same time for more than 3 seconds 214 Indicator ALARM indicator Terminal SERVICE PORT COMPUTER IN 1 M0MI 4 q 00000 1 2 SVDEOIN 9 9 9 9 9 F button Button 3 Mechanical disassemblies Disassemble should be made following procedures in numerical order Following steps show the basic procedures therefore unnecessary step may be ignored Caution The parts and screws should be placed exactly the same position as the original other Screws Expression wise it may cause lose of performance and product safety Type Diameter x Length mm The wiring method of the leads and ferrite cores should be returned exactly the same M Type state as the original otherwise it may cause lose of performance and product safety 1 Rear Leg removal 1 Remove the 4 screws A M4x12 and remove the Rear Leg gt gt Rear Leg ie 2 Remove the 2 DEC Legs 3 Remove the 2 screws B M3x35 4 Remove the 2 Stand Legs and Cap Stand Legs DEC Leg B e x Stand Leg Stand Plate Cap Stand Leg Stand accessory Removal 5 Remove the 3 screws C M4x25 and remove the Stand 2 Lamp Unit and Alarm Battery removal 1 Remove the screw A M3x8 and remove the Lamp cover 2 Loosen the 2 screws B and re
150. g signal status The P FAIL signal Error L is sent to pin 215 of IC301 SCALER when the abnormality occurres inside the projector and then the IC301 sends the shutdown signal LAMPDC ON to the power supply circuit to stop its operation and signal BALAST to the lamp ballast board via 4891 and SW901 lamp cover switch to stop operation of the lamp circuit An abnormality occurs on the secondary power supply Check power supplies 16V 56 S 5V S16V P FAIL signal becomes Low when the abnormality occurs on any of the power supply lines An abnormality occurs on the fan control circuit Check FN901 FN902 FN903 FN904 FN905 and peripheral circuit If any of the fans has an error the fan lock signal drives Q3601 becomes As the result signal ERR becomes Low and is sent to lamp ballast board to stop lamp circuit An abnormality occurs on the drive signals ON 15 5V signal Power on LI is output from pin 344 of IC301 and 16V supply circuit 5VA signal Power on H is output from pin 110 of IC301 and switches 03582 5VA supply circuit SV AUDIO supply circuit ON signal Power on is output from pin 345 of IC301 and switches 1401 3 3V A supply circuit LAMPDC ON signal Power on H is output from pin 89 of IC301 and supplied to the PF Control IC 601 on the power supply board through 0681 and PC602 BALAST signal Power on is output from pin 413 of IC301 and applied to pin 2 of
151. gt Cyclic Operation 44 LineB2 0 0 1023 lt gt Cyclic Operation 45 LineB3 0 0 1023 lt gt Cyclic Operation 46 LineB4 0 0 1023 lt gt Cyclic Operation 47 GhostR Pos 5 0 31 GhostG Pos GhostB Pos GhostR Cent MIN lt gt MAX Cyclic Operation GhostR Start GhostR End GhostG Cent MIN lt gt MAX Cyclic Operation GhostG Start GhostG End Service Adjustment Group Item 56 57 Item Name GhostB Cent GhostB Start GhostB End Initial 0 128 Range Note 0 2047 0 255 MIN lt gt MAX Cyclic Operation BlockR1 lt gt Cyclic Operation BlockG1 MIN lt gt MAX Cyclic Operation BlockB1 MIN lt gt MAX Cyclic Operation BlockR2 MIN lt gt MAX Cyclic Operation BlockG2 MIN lt gt MAX Cyclic Operation BlockB2 MIN lt gt MAX Cyclic Operation ReverceR ReverceG MIN lt gt MAX Cyclic Operation ReverceB O IO MIN lt gt MAX Cyclic Operation BackCrossR Cent MIN lt gt MAX Cyclic Operation MIN lt gt MAX Cyclic Operation BackCrossR Start BackCrossR End BackCrossG Cent MIN lt gt MAX Cyclic Operation BackCrossG Start BackCrossG End BackCrossBR Cent MIN lt gt MAX Cyclic Operation BackCrossB Start
152. hange data value to adjust amplitude a to be 1 6 0 1V white level a white level 10 White Balance adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video signal with Video Video mode 3 Select group no 100 item no 7 Red 8 Blue and change Data values respectively to make a proper white balance Confirm that the same white balance is obtained in video and computer input su T s Service Adjustment 11 Gamma Correction adjustment PC This adjustment must use the service tool Adjust the gamma correction by using the proper computer and PROJECTOR SERVICE TOOL software supplied sepa rately 12 Gamma Correction adjustment Video This adjustment must use the service tool Adjust the gamma correction by using the proper computer and PROJECTOR SERVICE TOOL software supplied sepa rately 13 Read Write of LCD panel gamma data when Main Board replacing The gamma adjustment data of each LCD panel has been adjusted preciously to much each LCD panel characteristics at factory When you replace the Main Board you need to read out the gamma data stored in the memory IC on the previous board and write down the gamma data into the memory IC on the new board By this way the projector is enabled to reproduce the picture which has the properly adjusted gamma characteristic Use PROJECTOR SERVICE TOOL for Read Write of the gam
153. hen the above auto calibration is failed Pedestal adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Com puter1 RGB mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 0 item no 0 and change data value to adjust the pedestal level and black level to be the same level 5 Connect an oscilloscope to test point TP35R and chassis ground 6 Select item no 1 and change data value to adjust the pedestal level and black level to be the same level 7 Connect an oscilloscope to test point TP35B and chassis ground 8 Select item no 2 and change data value to adjust the pedestal level and black level to be the same level 9 a s x 5 m Gain adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Com puter1 RGB mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 0 no and adjust the amplitude a to be minimum by changing the Data value 5 Connect an oscilloscope to test point TP35R and chassis ground 6 Select group 0 item no 4 and adjust the amplitude a to be minimum by changing the Data value 7 Connect an oscilloscope to test point TP35B and chassis ground 8 Select group 0 no 5
154. hold 5 0 10 0 lt gt 10 Not matched 3 Fine Phase Do Phase Adj after Total Dot Adj 1 0 1 0 Executes Fine Phase 1 Not Execute 4 BLKDET Black Level Detection Area 1 0 7 0 Effective All Bit f 5 PHASEMSK Phase Detection Filter 0 0 3 2 pu 2 S Diospis Lower 3 bit Group 290 PanelType Panel Type Check 0 GammaL R View Current Setting Check 0 0 20 21 0 Read only Sets L Turn Gamma if the Value is set 1 GammaL R Change Setting of Gamma 10 0 20 ae Kame mima to 20 Group 500 Composite NTSC Composite S Video 0 1 Disp Dots 668 0 4095 2 HBackPorch 28 0 4095 3 V Back Porch 18 0 4095 4 Disp Line 458 0 4095 7 Overscan Not used 8 5 used Group 501 Composite PAL Composite S Video 0 1 Disp Dots 658 0 4095 2 H Back Porch 34 0 4095 3 V Back Porch 22 0 4095 4 Disp Line 536 0 4095 Group 502 Composite SECAM Composite S Video 0 1 Disp Dots 652 0 4095 2 H Back Porch 28 0 4095 3 V Back Porch 22 0 4095 4 Disp Line 536 0 4095 Group 510 SCART 480i 0 1 Disp Dots 662 0 4095 2 H Back Porch 142 0 4095 62 Service Adjustment s Item Name Function Initial Range Note 3 V Back Porch 48 0 4095 4 Disp Line 456 0 4095 Group 511 SCART 575i 0 1 Disp Dots 648 0 4095 2 H Back Porch 166 0 4095
155. in white 1 If the shading appears on the left or right of the screen as shown in Fig 2 1 loosen 1 screw A and adjust the slot B to make color uni formity in white by using a slot screwdriver 2 If the shading appears on the top or bottom of the screen as shown in Fig 2 2 loosen 2 screws C and insert a slot screwdriver into the slot D and adjust color uniformity in white by turning a slot screwdriver up or down 4 Tighten screws to fix the Integrator lens unit Note The relay lens adjustment must be carried out after completing this ad justment oo 1 E __ e 39 Moving of slot Moving of Slot D Optical Adjustments Optical Adjustments Relay lens Out adjustment 1 Turn the projector on by a state of without FPC cables 2 Project all of lights on the screen 3 Adjust the adjustment base of relay lens assy to make color uniformity in white If the shading appears on the left or right of the screen as shown Fig 3 loosen 1 screw A and adjust the slot B to make color uniformity in white by using a slot screwdriver 4 Tighten the screw A to fix the relay lens unit Moving of slot B 40 Optical Adjustments Projection lens focus adjustment Before Adjustment Projection lens 1 The projector is set from the screen to 8 cm lt 2 The hole of the focus ring is set to the position of figure by operating
156. indicator lights yellow When this indicator lights yellow replace the projection lamp with a new one promptly Reset the lamp replace ment counter after replacement of the lamp 74 Troubleshooting No Power This projector provides a function which can be specified a defective area simply by indicating the LEDs Connect the AC cord and press the Power button once and then check the LED indication Whenall of LED indicators are not lighting the symptom indicates that the primary power supply circuit does not operate properly Check the power primary circuit and parts as follow AC cord F601 Fuse Power board SW902 Thermal sw short in normal SW902 opens when the surrounding temperature of the switch exceeds 100 C When the WARNING red and POWER red indicators are flashing the symptom indicates that the projector detected an abnormal temperature risen inside the projector Check the air filters and remove the object near the intake and exhaust fan openings and wait until the POWER indicator stops flashing and then try to turn on the projector The internal temperature is monitored by sensor ICs IC8811 Lamp 8821 Panel on the Main board 4831 Room the Temp board When the WARNING indicator lights red the symptom indicates that the projector detected an abnormality in the cooling fan operation or in the power supply secondary circuits Check fan operation and power supply lines and the drivin
157. io Control IC5001 gt TONE TONE La BUS interface TONETONE Hb Lb PW190 lt Scaler 301 23 1 15 0 TNR PORTA 7 0 ROWWE RAD 2AIRE Z0 2 0 511 0 ROMOE DACAAR TXD0 TCI lt RE 2 6 HOR GY 8 2 HOBOS i Image Management Display Port E 1 Visa Enhancement Cot Matrix Color Space Corverter 2 Color Space ing Expander UGLE II PW190 Bpactnum intemal Block Diagram PLL IC Block disgrams Block disgrams STR Z2156 Power OSC 651 gt 86 Electrical Parts List Product safety should be considered when a component replacement is made in any area of a projector Components indicated by a A mark in this parts list and the circuit diagram show components whose value have special significance to product safety It is particularly recommended that only parts specified on the following parts list be used for components replacement pointed out by the mark Read Description the parts list Read description in the Capacitor and Resistor as follows CAPACITOR CERAMIC 100P K 50V L Rated Voltage Tolerance Symbols Less than 10pF A Not specified B 0 1pF C 0 25pF D 0 5pF 0 1pF F 1PF G 2pF H 0 1 0pF 1 0 0 1 R 0 25 0pF 5 0 0 25pF
158. isp Line 1070 0 4095 Group 560 HDCP 480P 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 0 255 8 VSBEG 2 0 15 Group 561 HDCP 575P 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 0 255 8 VSBEG 2 0 15 Group 562 HDCP 720P 60 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 8 VSBEG 2 0 15 Group 563 HDCP 720P 50 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 0 255 8 VSBEG 2 0 15 Group 564 HDCP 10801 60 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 0 255 8 VSBEG 2 0 15 Group 565 HDCP 10801 50 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 0 255 8 VSBEG 2 0 15 Group 566 HDCP 1035 7 Over Scan Over Scan Rate 0 25 5 at 0 1 steps 0 0 255 8 VSBEG 2 0 15 Group 981 Color Shading Adj Offset 0 R Max 0 0 0 255 1 R Mid1 0 0 0 255 2 R Mid2 0 0 0 255 3 R Min 0 0 0 255 4 G Max 0 0 0 255 5 G Mid1 0 0 0 255 6 G Mid2 0 0 0 255 7 G Min 0 0 0 255 8 B Max 0 0 0 255 9 B Mid1 0 0 0 255 10 2 0 0 0 255 11 B Min 0 0 0 255 65 Chassis Block Diagrams 15 over VICVV Chass 3NVd 401 1 IMV 4019 qora 6 0 Hd Md 6 0 9d Md 6 olad 0901036 P 13IHS 3A3TH 199001 06190361 5 V q H 19621 lt 09010367 gt 13IHS 134379 15901 06190461 5 V 0 5 6991 lt 09010367 gt 13IHS 13431 8 109201 06190961 5 V 0 10621 V9d3 0901 28 29 135 DHS DVS DCLK 18 17 16 lt 01L 036 2 NOIL
159. ital voltmeter to test point TPFANB and chassis ground Select item no 3 and change data value to adjust voltage to be 13 5 0 1V 7 Connect a digital voltmeter to test point TPFANC and chassis ground Select item no 5 and change data value to adjust voltage to be 13 5 0 1V 44 2 Panel Type Check and Setting Before setting you need to check which type of LCD panel is placed on the projector according to the item LCD Panel Prism Ass y removal in the chapter Optical Parts Disassembly 1 Enter the service mode 2 Panel Type Check Select group no 290 item no 0 Check the data value as follows Data value 0 Data value 20 3 Panel Type Setting Select group no 290 item 1 and change data val ue from 10 to 0 or 20 depending on your LCD Panel type When the data value reaches 0 or 20 it returns to 10 quick ly The gamma characteristics changes according to your selection For L Type of LCD Panel For R Type of LCD panel 3 Auto Calibration adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Com puter1 RGB mode Lamp control Normal mode G sync Off 3 To start the auto calibration for PC adjustment select group no 260 item no 0 and then change data value from 0 to 1 After the auto calibration completed will appear on the screen Service Adjustment Below adjustments are performed w
160. k o AKA K30B_15 R1081 R40 5C1081 1 16GJ 73080 j 47KA di ORR Y 220G 1 16GJ 1 16 73080 C1041 47 GZOA 220G 16KK0 1MN 5 Q5281 55 Cul 05282 RI RN1110P C4011 i R1111 1 16GZ0A Q4012 16KKO 1MN es Q5283 0207 116600 RN1110P 02DZ12YG 2 2KA 81112 gt 01112 05288 LOW IN 02DZ12YG Mb HIGH MONITOR OUT K20C S5V more 112846501 _ 2 R2077 02076 TOKKTMN 5 Koci 1 16GJ47A AH I 1 16GZ0A SC2071 F LL 230802206 82078 A I 1 16GJ1 5KA 20 12081 2081 82082 02081 I bd n 1 3GJ75 1 16GJA7A AH LLL 1 16GZ0A SC2081 730802206 1 16GJ1 5KA Pagas o R2091 R2092 02091 F34DH407G 1 3675 1 16GJ47A AH 4 gt 1 16GJ75A 1 16GZOA 5 2091 73080220C wi 1 16GJ1 5KA R2096 R1048 1 16GJ 100A LOW IN HIGH MONITOR OUT L X C2091 53V PW TOKK1MN L2092 D2091 82097 F34DH107G gt 02DZ12YG 1 166 92092 SC2092 m 1 16GZOA Z30B0220G 85 m COMP SW 16 0 1MN S5V R2000 1 10GZOC TVIDEO R2002 Q2001 ini x 1 16GJ47KA AH C2003 d gt 82007 R2003 R2004 V ha 1 16GJ100A 10KK0 47MN ib 1 16GJ56KA 1 16GJ470A R2008 R2006 gt 1 16GJ270A VIDEO_EXT TS_C R20
161. lue 6 Y GAIN AREA H START Y 50 0 1000 7 GAIN AREA V START 500 0 1000 ES Service Adjustment Item Name CB GAIN AREA H START CB GAIN AREA V START GAIN AREA START Function Initial Note CR GAIN AREA START 12 Image AREA LI WIDTH YCBCR Level Acquiring Area 8 0 4095 13 Image AREA V HIGHT YCBCR Level Acquiring Area Height 9 0 4095 14 Y OFFSET TARTGET 4 0 255 15 CB OFFSET TARGET 128 0 255 16 CR OFFSET TARGET 128 0 255 17 Y GAIN TARGET 217 0 255 18 237 0 255 19 CR GAIN TARGET 237 0 255 20 OFFSET torelance Torelance of OFFSET Adj 1 1 255 21 GAIN torelance Torelance of GAIN Agj 1 1 255 Group 270 CUSTUM Aspect 0 Scaler Horizontal 100 68 132 224 Expansion contraction 100 68 132 2 Connect Select Individual synchronizatio 0 0 1 0 Individual 1 synchronizatio 3 Position Horizontal Revise Horizontal Position 100 85 115 4 Position Vertical Revise Vertical Position 100 85 115 5 Aspect Enable Aspect Adjustment Enable 0 0 1 O TRUE 1 FALSE Group 280 AutoPC Adjsut 0 AutoPCAdjustEnable 2 Enable if Un 0 0 1 O Enable 1 Disable 1 Frequency Step Frequency Steps of TotalDot 1 0 3 2 Frequency Threshold Total Dot Freqency Thres
162. ma data as follows Note On White Uniformity Adjustment If you find the color shading on the screen please adjust the white uniformity by using the proper computer and PROJECTOR SERVICE TOOL software supplied separately The software can be ordered as follows PROJECTOR SERVICE TOOL Ver 4 10 Service Parts No 610 337 8787 48 Service Adjustment Test Points and Locations MAIN BOARD TPFANA TPFANB TP35B K35B K6P LI 85 DHS 5 5301 K8T K401B IC1802 Cm 49 Service Adjustment Service Adjustment Data Table These initial values are the reference data written from the CPU ROM to memory IC when replaced new memory IC The adjustment items indicated with are required to readjust following to the Electrical adjustments Other items should be used with the initial data value SIDE Item Function Initial Note Group 0 AD Converter PW190 0 ADC G OFFSET PC Component SCART 128 120 128 0 255 G Pedestal Adjustment 1 ADC R OFFSET PC Component SCART 128 140 128 0 255 R Pedestal Adjustment 2 ADC B OFFSET PC Component SCART 128 140 128 0 255 B Pedestal Adjustment 3 ADCG GAIN PC Component SCART 50 50 50 0
163. made in any area of the projector Components indicated by mark AN in the parts list and the schematic diagram designate components in which safety can be of special significance It is therefore particularly recommended that the replacement of there parts must be made by exactly the same parts Service Personnel Warning Eye damage may result from directly viewing the light produced by the Lamp used in this equipment Always turn off Lamp before opening cover The Ultraviolet radiation eye protection required during this servicing Never turn the power on without the lamp to avoid electric shock or damage of the devices since the stabilizer gener ates high voltages 15kV 25kV at its starts Since the lamp is very high temperature during units operation replacement of the lamp should be done at least 45 minutes after the power has been turned off to allow the lamp cool off Battery Replacement Notice Caution Danger of explosion if battery is incorrectly replaced Replace only with the same or equivalent type recommended by the manufacturer Dispose of used batteries according to the manufacture s instructions Replace Battery With SANYO Electric Co Ltd Part No 645 089 8587 Only Use of Another Battery May Present A Risk Of Fire or Explosion Technical Specifications Mechanical Information Projector Type Dimensions W x H x D Net Weight Feet Adjustment Panel Resolution LCD Panel System Panel Resolution Number of
164. mity on the screen If you find the color shading at the some part of the screen it needs to take the color shading adjustment This adjustment should be performed by a computer and it also requires a special software PROJECTOR SERVICE TOOL The software will be supplied separately and can be ordered as follows PROJECTOR SERVICE TOOL Ver 4 10 Service Parts No 610 337 8787 gt 15 Integrator Lens 255 V Relay Lens 255 V removal 1 Remove the 2 screws A M2 5x5 and remove the Integrator Lens ass y 2 Remove the 2 screws B M2 5x5 remove the Relay Lens 55 Integrator lens ass y Integrator lens ass y Integrator lens IN Flat surface a FO a S RIT s p Relay lens ass y Optical disassemblies Relay lens ass y Optical disassemblies removal 16 Polarized grass ass 1 Remove the screw A M2 5x5 and remove the Polarized grass 55 Polarized grass ass y Polarized grass ass y Polarized grass IN IL Optical disassemblies 17 Optical base top removal 1 Remove the Optical base top B 2 Remove the 2 screws T3x8 and remove the Optical base top A Optical base top A ge Optical base top B 35 8 Optical Parts Location and direction PartsName ___ __ 103 INTEGRATOR LENS OUT
165. move the Lamp uint 3 Remove the screw C M3x8 and remove the Battery cover 4 Remove the Battery 5 Remove the Air Filter upward Battery Cover gt Battery EPI Mechanical disassemblies Cabinet top ass y removal A M3x8 and remove the Cabinet top ass y B T3x8 remove the R C board R C pipe and remove the Decoration R C 3 Remove the Control board and Control Button 1 Remove the 9 screws 2 Remove the screw 4 Remove the Spacer Decoration Inray LED and Shield top Cabinet Top ass y R C Board lt gt Cabinet Top ass y Dec Inray LED gt Cabinet Mechanical disassemblies Z 1 zm Yo ENS 4 Main Board ass y removal C M4x6 and remove the Main board ass y 5CICVV 1 Remove the 3 screws A M2 5x6 screw B T3x8 s10 Mechanical disassemblies 2 Remove the 2 screws D M2 5x6 3 Remove the 3 screws E T3x6 and AV panel 4 Remove the 4 nuts F and Holder AV AV board Main board 2 I III ji jl I AV Panel 202 Mechanical disassemblies 9 Exhaust Fan ass y removal 1 Remove the exhaust Fan ass y FN903 FN904 upward 2 Remove the 2 screws A T3x8 remove the stopper exhaust Fan and remove the FN903 FN904 Exhaust Fan ass y Exhau
166. nd main units following to Me chanical Disassemblies 2 Remove the optical base top following to Optical Unit Disassemblies If the LCD panel needs cleaning remove the LCD panel unit following to LCD panel replacement 3 Clean the optical parts with a soft cloth Clean extremely dirty areas using a cloth moistened with alcohol Caution The surface of the optical components consists of multiple dielectric layers with varying degrees of refraction Never use organic solvents thinner etc or any kind of cleanser on these components Since the LCD panel is equipped with an electronic circuit never use any liquids water etc to clean the unit Use of liquid may cause the unit to malfunction lt 10 Lamp Replacement Lamp Replacement When the projection lamp of the projector reaches its end of life LAMP REPLACE Indicators the Lamp replacement icon appears on the screen and LAMP indicator REPLACE indicator lights yellow Replace the lamp with a new one promptly The timing when the LAMP REPLACE indicator should ALARM POWER WARNING LAMP REPLACE light is depending on the lamp mode WARNING TURN OFF THE UV LAMP BEFORE OPENING THE LAMP COVER 7 Lamp replacement icon v Note Lamp replacement icon will not appear when the Display function is set to Off during Freeze or No show CAUTION CAUTION Allow a projector to cool for at least 45 minutes before For contin
167. ndicator stops lighting L 3 Note not reset the Lamp replacement counter without implementing lamp replacement Be sure to reset the Lamp replacement counter only after replacing the lamp Turn the projector on and press the MENU button to display the On Screen Menu Use the Point 4 buttons to move the red frame pointer to the Setting Menu icon Use the Point AW buttons to move the red frame pointer to Lamp counter and then press the SELECT button The first dialog box appears showing the total accumulated lamp time and reset option If you select Reset Lamp To reset the lamp counter move the pointer to Reset and then press the SELECT button the replacement counter Reset appears Select Yes to Lamp replacement counter continue Reset dialog box appears n Another confirmation dialog box appears and select Yes to reset the Lamp replacement counter box appears Select Yes again to reset the lamp counter LAMP HANDLING PRECAUTIONS This projector uses a high pressure lamp which must be handled carefully and properly Improper handling may result in accidents injury or create a fire hazard Lamp life may differ from lamp to lamp and according to the environment of use There is no guarantee of the same life for each lamp Some lamps may fail or terminate their life shorter period of time than other similar lamps Qf the projector indicates that the lam
168. ode 2 Receive the Color Bar 480i component signal with Video Component mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 0 item no 0 and change data value to adjust the pedestal level and black level to be the same level 5 Connect an oscilloscope to test point TP35R and chassis ground 6 Select item no 1 and change data value to adjust the pedestal level and black level to be the same level 7 Connect an oscilloscope to test point TP35B and chassis ground 8 Select item no 2 and change data value to adjust the pedestal level and black level to be the same level 1 5 5 9 m a Gain adjustment Component 1 Enter the service mode 2 Receive the Color Bar 480i component signal with Video Component mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 0 0 3 and adjust the amplitude a to be minimum by changing the Data value White Level V gt 6 Common Center adjustment 1 Enter the service mode 2 Receive the 50 Whole Gray computer signal with Computer1 RGB mode 3 Select group 100 item no 92 and change data value to 2 to reduce the panel frequency 4 Project only green light component to the screen 5 Select group no 101 item 1 and change data value to
169. ote Please refer to Service Adjustment Menu Operation for entering the service mode and adjusting the service data Output Voltage adjustment After replacing the Power Board readjust the Output voltage adjustment as follows 1 Connect a digital voltmeter to pins 2 and 1 K6A 2 Setting Lamp control High 3 Adjust the voltage by using VR601 as following AC Input 230V Reading 370V 2V Caution Be sure to connect the lamp and lamp ballast when taking this adjustment This adjustment is not required even if the power board is replaced because this adjustment is carried out before parts shipment STANDARD mode unless otherwise noted 1 White 100 Black 100 1 Fan Control adjustment 1 Enter the service mode 2 Connect a digital voltmeter to test point chassis ground Select group no 250 0 0 and change data value to adjust voltage to be 5 0 0 1V 3 Connect a digital voltmeter to test point TPFANB and chassis ground Select item no 2 and change data value to adjust voltage to be 5 0 0 1V 4 Connect a digital voltmeter to test point TPFANC and chassis ground Select item no 4 and change data value to adjust voltage to be 5 0 0 1V 5 Connect a digital voltmeter to test point TPFANA and chassis ground Select item no 1 and change data value to adjust voltage to be 13 5 0 1V 6 Connect a dig
170. own to protect the inside of the projector and the WARNING WARNING indicator lights red In this case unplug the AC power emit a red light cord and reconnect it and then turn the projector on once again to verify operation If the projector cannot be turned on and the WARNING indicator still lights red it may defect the cooling fans or power supply circuits ALARM POWER WARNING LAMP REPLACE CAUTION N DO NOT LEAVE THE PROJECTOR WITH THE AC POWER CORD CONNECTED UNDER AN ABNORMAL CONDI TION IT MAY RESULT IN FIRE OR ELECTRIC SHOCK Maintenance and Cleaning Cleaning the Air Filter The air filter prevents dust from accumulating on the surface of the optical elements inside the projector Should the air filter become clogged with dust particles it will reduce cooling fans effectiveness and may result in a buildup of internal heat and adversely affects the life of the projector Clean the air filter by following the steps below mh W N UI Turn off the projector and unplug the AC power cord from the AC outlet Turn over the projector and remove the air filter by pulling the latches upward Clean up the dust on the projector and around the air vents Gently clean the filter by using a brush or blower WARNING Do not wash the filter with water and any other liquid matter Otherwise the filter may be damaged Reinstall the filter into the projector properly Reset the filter counter in the Setting Men
171. p should be replaced i e if the LAMP REPLACE indicator lights up replace the lamp with a new one IMMEDIATELY after the projector has cooled down Follow carefully the instructions in the Lamp Replacement section of this manual Continuous use of the lamp with the LAMP REPLACE indicator lighted may increase the risk of lamp explosion A Lamp may explode as a result of vibration shock or degradation as a result of hours of use as it comes to the end of life Risk of explosion may differ according to the environment or conditions in which the projector and lamp are being used IF A LAMP EXPLODES THE FOLLOWING SAFETY PRECAUTIONS SHOULD BE TAKEN If a lamp explodes disconnect the projector s AC plug from the AC outlet immediately Contact an authorized service station for a checkup of the unit and replacement of the lamp Additionally check carefully to ensure that there are no broken shards or pieces of glass around the projector or coming out from the cooling air circulation holes Any broken shards found should be cleaned up carefully No one should check the inside of the projector except those who are authorized trained technicians and who are familiar with projector service Inappropriate attempts to service the unit by anyone especially those who are not appropriately trained to do so may result in an accident or injury caused by pieces of broken glass 22 Select Yes then another confirmation
172. signal PC2 H is output from pin 348 of 301 lt 5 gt and applied to pin 26 of 5201 PC1 L PC2 H Check PC AV source selecting stage and processing stage Check 1C5201 PC1 PC2 SW and 1C301 Scaler and peripheral circuit Check AV source selecting and decoding stage S Video source Check S video signal Y C S C signal is applied to 265 of IC301 Scaler and S Y signal is applied on pin 264 of IC301 S SW signal S VIDEO L is input to pin 267 IC301 Scaler Component video source Check component signal Y Cr Pr Cb Pb The component signals are applied to pins 256 78 172 of IC301 lt Scaler gt Composite video source Check composite video signal Video The composite video signal is applied to pins 262 of IC301 lt Scaler gt Sound Check following steps Check if the audio sig nal is observed at pins 10 and 21 of 5001 Check if the audio sig nal is observed at pins 5 and 7 of IC5041 Check audio output circuit Troubleshooting Check 5001 and peripheral circuit Check 9V AUDIO 16V power supply Check 5041 9V AUDIO and peripheral circuit Check the Mute signal at pin 7 of 5041 The Mute signal is output from pin 201 of IC 301 lt Scaler gt The DET signal is sent from Audio Out terminal Mute On at pin 201 of IC301 L at pin7 of IC5041 Check speaker connection of the terminal 77 Control Port Functions Sc
173. sitivity 0 Global Motion Sensitivity lt FILMSTVT23 gt 4 1 5 T Film Detection Sensitivity 1 Video Motion Sensitivity lt VOFSTVT gt 4 1 5 2 Video Motion Threshold Low lt VOFTHRDA gt 120 o 32767 3 Video Motion Threshold High VOFTHRDB 180 n 4 Global Motion Threshold lt GMDTHRD gt 124 0 1023 Read only 0 5 23Film Mode Threshold lt FILMTHRD23 gt 100 32767 6 Global Motion Window StartX lt GMDSTARX gt 10 0 2047 Range of detective for Film mode 7 Global Motion Window Stop GMDSTOPX 10 0 2047 Range of detective for Film mode 8 Global Motion Window Start Y lt GMDSTARY gt 10 0 1023 Range of detective for Film mode 9 Global Motion Window StopY lt GMDSTOPY gt 10 0 1023 Range of detective for Film mode Group60 Image 0 Center Contrast 534 596 534 534 492 492 0 1023 1 Center Brightness 512 468 512 500 512 512 0 1023 Video S Video Component SCART 2 Center Color 512 512 512 512 512 512 SEIT A e 3 Center Tint 90 90 90 90 90 90 0 180 MENU Value MENU Center Value x 4 Center Sharpness 16 16 16 16 16 16 16 Nee n 5 Alpha Contrast 40 40 40 40 40 40 0 1000 Contract Max 1023 Min 0 6 Alpha Brightness 140 140 140 140 140 140 0 1000 Cop Mm olor ax 1 in 7 Alpha Color 70 70 70 70 70 70 0 1000 Tint Max 180 Min O 8 Alpha Tint 10 10 10 10 10 10 0 1000 Sharpness 57 Min 0 9 Alpha Sharpness 10 10 10 10 10 10 0 1000 Group 100 Panel Service PCStandard PCDynamic PCReal PC G SubGain 2
174. st Fan ass y sIf Mechanical disassemblies 6 Power supply ass y removal 1 Remove the screw A M3x8 and remove the Lamp connector 2 Remove the screw B M2 5x6 remove the Ballast trigger holder and shield plate 3 Remove the 2 screws C T3x8 remove the screw D T3x8 and remove the Power Supply ass y Ballast trigger holder Power supply ass y Shield plate Lamp connector Power supply ass y disassemble Power supply ass y 552452 Mechanical disassemblies Insulation sheet A Insulation sheet B Power board Holder Mechanical disassemblies 7 Optical unit removal 1 Remove the 5 screws A T3x8 and remove the Optical unit Optical unit JA Line filter board removal 1 Remove the 3 screws A T3x8 and remove the Line filter board 55 2 Remove the Shield plate Shield plate Line filter board ass y ub WN Mechanical disassemblies Line filter board ass y NJ Holder Insulatlion sheet AC A Insulatlion sheet AC B Insulatlion sheet AC C Mechanical disassemblies 9 Lamp Cover Switch removal 1 Remove the 2 screws A T3x8 remove the Spacer sheet remove the Holder SW and remove the Thermal Switch SW902 2 Remove the screw B T3x8 and remove the Lamp cover switch SW901 Spacer sheet
175. structions Safety Precautions WARNING The chassis of this projector is isolated COLD from AC line by using the converter transformer Primary side of the con verter and lamp power supply unit circuit is connected to the AC line and it is hot which hot circuit is identified with the line MA the schematic diagram For continued product safety and protection of personnel injury servicing should be made with qualified personnel The following precautions must be observed 1 An isolation transformer should be connected in the power line between the projector and the AC line before any service is performed on the projector 2 Comply with all caution and safety related notes pro vided on the cabinet back cabinet bottom inside the cabinet or on the chassis 3 When replacing a chassis in the cabinet always be certain that all the protective devices are installed properly such as control knobs adjustment covers or DO NOT OPERATE THIS PROJECTOR WITHOUT THE PRO TECTIVE SHIELD IN POSITION AND PROPERLY SECURED 4 Before replacing the cabinet cover thoroughly inspect the inside of the cabinet to see that no stray parts or tools have been left inside Before returning any projector to the customer the service personnel must be sure it is completely safe to operate without danger of electric shock shields barriers etc Product Safety Notice Product safety should be considered when a component replacement is
176. t C455 C456 C457 C458 C459 C460 C461 C462 C463 C464 C465 C471 C4808 C4891 C5001 C5002 C5003 C5004 C5006 C5007 C5008 C5009 C501 C5011 C5012 C5013 C5014 C5016 C5017 C5018 C5019 C502 C5021 C5022 C5023 C5024 C503 C5038 C504 C5041 C5042 C5043 C505 C506 C5061 C5069 C507 C508 C509 C511 C512 2512 514 C515 C516 C517 C518 C519 C5201 C5202 C5203 C5204 C5206 C5207 C5208 C5209 C5211 C5212 5213 C5214 C5216 C5217 C5218 C5219 C5221 C5222 C5223 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 403 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 303 409 409 409 409 409 409 409 409 409 409 409 409 449 409 409 441 441 409 409 441 441 409 433 283 409 433 433 283 409 401 433 409 433 433 433 379 409 441 409 397 398 457 409 409 409 391 1 75 391 175 409 409 409 409 276 409 409 409 409 409 409 409 439 439 439 439 439 439 397 387 409 409 409 409 409 409 367 391 296 367 441 409 381 Description CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC CERAMIC POS SOLID CERAM
177. t gt gt I 2204 824 024 24 F24 24 H24 J24 24 124 M24 M24 24 024 V24 w24 Y24 AA24 AB24 24 AD24 AE24 AF24 D 33V PW m gt 51525304 R302 re S 8 toa N N 4 D X 2 pw 9 D 23 023 23 23 23 23 123 M23 L23 23 M23 23 23 V23 W23 Y23 23 23 23 AD23 AE23 23 D go 3 rC C C Dua SDAO 1 16GJ22A Bub css R334 1 16GJ22A rs rs rs rs rs 16KK0 1MN 1 16GJ3 3K _______ 1312 02 0 5 6 D G ewe SDA1 1 16GJ3 3KA B22 D22 E22 F22 G22 H22 122 K22 L22 M22 M22 22 022 22 22 Y22 22 AC22 22 AF22 D 5CL1 gt C355 rC C AI R342 R300 16Kko 1MN re 533 1 16GJ3BKA T 16GJ10KA 16KK0 1MN T D 4 BBB R3 G G 49 7 1106206 F 1 16GJ3 3KA A21 B21 D21 E21 F21 G21 H21 121 21 L21 M21 M21 P21 R21 121 21 V21 21 V21 Ed ak 21 AC21 4021 21 10KK1MN J 16040 1MM 1309 O RXDO ps 5 1 10C70C J 5 42 gt gt gt 7 c S18V PW TOARART m 020 p C334 C333 C332 C329 C328 Razo 2820 facie I C361 TC Les P37 er 81823 16KK0 1MN 16KK0 1MN 16KK0 1MN 16KK0 1 MN 16K
178. t Computer Switch Monitor Out Power Control Power On H 3 Wired Serial Control Data Bus Control Clock V Sync Output Bus Control Data Bus Control Clock IIC Bus Control Data Noy Used 3wirw Chip Select 3wire Data Fan Control 1 ON H Digital Gamma Reset Reset L PC1 PC2 Switch PC1 L 5V Power On Off ON Audio Mute ON Address 20 Address 21 Address 22 Address 23 Not Used Not Used DDC Mode Switch OFF L DDC Mode Switch OFF L Config Status Signal Config Process End Signal FPGA Chip Select Strobe Contig Start Pin Alarm Alarm Alarm Alarm Not Used Not Used Not Used Not Used Alarm Alarm Alarm Alarm Component DEtect Not Used Not Used Not Used Not Used Not Used Not Used Not Used UART RXD O Baa O ESI O ESI O EA C O ESI O O E Control port functions Scaler I O Port Functions PW190 Continue PINNO PORTNO PORTNAME FUNCTION SIGNAL DESCRIPTION SIGNAL TZD_PW UART TXD PORTH2 SIGNAL SCL1 IIC Bus SCL1 SIGNAL SDA1 IIC Bus SDA1 PORTH4 SIGNAL Bus SCL2 Bus SCL2 PORTH5 SIGNAL SDA2 Bus SDA2 PORTH6 SOG MUX input Ch1 SCLO Bus SCLO PORTH7 SOG MUX input ChO SDAO Bus SDAO PORTI6 OPTION XE50 XL50 XE50 XL50 Model Detect XE50 L PORTI7 PW_DE Data Enable Not used PWM1 Not used PWM2 Not used PWM3 Not used ADCO P_FAIL P FAIL
179. tB 3623 8 e 6 8 17 Fn LAMP K690 L3629 IRE LAMP BALLAST CN2 SPEAKER KEY SW K6801A R8749 R8747 R8757 R8758 Q8 Q8702 TP8701 C8701 TOn C 8 88707 B lt C8702 V t gt a 88714 Q7801 MOL 000 E E EEE ai gt 5 ee gt 222 A SIDE 1st Reflow R7802 Bain 1 T C7892 O Q C s 89 TPSHCLKR 7 D P eus RS ele 6 5 gt 7 ef T I gt 5 O C C C2584 L U 12 2538 12551 e 2 2 TRF I 1 072 1062 6 M TE3531 4 th 561 05333 85332 05331 5301 gt 2 R3 FPFANC UNE 2 DES Ou ee Ne gt C gt QN T gt 19 1054 5 gt 8 gt T 2 jn 1 8 ap este lel Tels e e 2 55301 C5303 5287 4 B m ae gt i x R1022 5 81101 D 61012 A
180. tL 38 Integrator lens adjustment 39 Relay lens Out adjustment 40 Projection Lens focus adjustment 41 Electrical Adjustments 43 Service Adjustment Menu Operation 43 Circuit Adjustments 44 Test Points and Locations 49 Service Adjustment Data Table 50 Chassis Block Diagram 66 Chassis over view 66 System CONTO 67 Lamp 68 Audio MM 69 Power supply amp protection circuit 70 Fan T 71 lt lt _ _ 72 IC bus control Circuit RS 73 Troubleshooting 74 Indicators and Projector Condition 74 NO POWET
181. trol lock the projec tor can no longer be started Initial setting Key lock function is disabled Prevents the projector from being operated by an unau thorized person Initial code 1234 PIN code lock Prevents an unauthorized person for changing the start Logo PIN code lock Initial code 4321 Resetting procedure 1 Disconnect the AC power cord from the AC outlet 2 As pressing the SELECT button on the projector connect the AC power cord into an AC outlet again Keep pressing the SELECT button until the POWER indicator lights continuously This is complete the resetting of the security function The PIN code lock and Logo PIN code lock are reset as the initial PIN code at the factory and the Key lock function is disabled up logo and captured image on the screen Please refer to the owner s manual for further information of the security functions Antitheft Alarm Function Disable This projector provides an Antitheft alarm function which works when detecting a vibration to protect the projector from a suspicious person Release the alarm setting Press the F button and enter the four digit PIN code number within about 10 seconds The default PIN code is set to 1111 When the alarm is released you will hear a high pitched confirmation sound When you enter an incorrect PIN code you will hear a low pitched sound If you enter an incorrect PIN code three times in a row the alarm will start ringin
182. u See Resetting the Filter Counter below CAUTION Do not operate the projector with the air filter removed Dust may accumulate on the optical elements degrading picture quality Do not put anything into the air intake vents Otherwise it may result in malfunction of the projector RECOMMENDATION We recommend avoiding dusty smoky environments when you operate the projector Usage in these environments may cause poor image quality When you use the projector under dusty or smoky conditions dust may accumulate on the lens LCD panels or optical elements inside the projector degrading the quality of a projected image When the symptoms above are noticed contact your authorized dealer or service station for proper cleaning Resetting the Filter Counter Be sure to reset the Filter counter after cleaning or replacing the filter 1 Press the MENU button to display the On Screen Menu Use the Point buttons to move the red frame pointer to the Setting Menu icon Use the Point AV buttons to move the red frame pointer to Filter counter and then press the SELECT button A dialog box appears showing the total accumulated time of the filter use a timer setting option and the reset option Select Reset and the Filter counter Reset appears Select Yes to continue Another confirmation dialog box appears select Yes to reset the Filter counter SIRS a SC Air filter Pull up and remove Note
183. ued safety replace with a lamp of the same you open the Lamp cover The inside of the projector type Do not drop a lamp or touch a glass bulb The can become very hot glass can shatter and may cause injury Follow these steps to replace the lamp 1 Turn off the projector and unplug the AC power cord Let the projector cool for at least 45 minutes Remove the screw from the lamp cover and open the cover lamp out of the projector by using the handle 3 Loosen the two 2 screws that secure the lamp Lift the Replace the lamp with a new one and secure the two 2 screws Make sure that the lamp is set properly Close the lamp cover and secure the screw kaa Screw Handle 5 Connect the AC power cord to the projector and turn the projector 4 6 Reset the lamp counter See Lamp Replacement Counter on the next page v Note When replacing the projection lamp protect the infrared remote receiver with a soft cloth to avoid damaging it ORDER REPLACEMENT LAMP Replacement lamp can be ordered through your dealer When ordering a projection lamp give the following information to the dealer e Model No of your projector PLC XL50 Replacement Lamp Type POA LMP121 Service Parts No 610 337 9937 ole Lamp Replacement Lamp Replacement Counter Be sure to reset the Lamp replacement counter after the lamp is replaced When the Lamp replacement counter is reset the LAMP REPLACE i
184. y in soldering means that soldering time will increase and damage to the components or the circuit board may easily occur Because of this you should use a soldering iron and solder that satisfy the following conditions when carrying out repair work Also soldering work must be done in a short time Soldering iron Use a soldering iron which is 70 W or equivalent and which lets you adjust the tip temperature up to 450 C 842 F It should also have as good temperature recovery characteristics as possible Diagrams amp Drawings KM3_XL5000 Solder Use solder with the metal content and composition ratio by weight given in the table below Do not use solders which do not meet these conditions Tin Sn Silver Ag Copper Cu Composition 96 5 3 0 96 0 5 96 ratio by weight Note If replacing existing solder containing lead with lead free solder in the soldered parts of products that have been manufactured up until now remove all of the existing solder at those parts before applying the lead free solder

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