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SERVICE MANUAL PLC-XD2200, PLC

Contents

1. C1004 K10A 46KKO IMN TO IC301 BJ11B0380N L1002 R1035 16KK0 1AYH Mk ed 16KKO 1AXH PC1 esti lp x R1001 RGB e GND 13675 R1101 GND L1012 1 166J100A 1002 YCbCr gt gt qu ESADGADIG 5 ee TXXLBBO13P 4 SCART 4 GND 1 3GJ75 R1012 R1034 Q1010 5 VIDEO np 1 16GJ100A 1 16GJ47A Q1007 R1013 TXXLBB013P B T TXXLBBO13P 1 16GJ100A D1002 D1001 51986 TXXLBBO13P 7 R1032 UDZS6 28G UDZS6 2BG d R1039 R1069 020262 6 Ro 020782 6 scto21 R1021 R1022 1 166 47 4 GND 13675 4 16GJ100A ED 4MN 8 CHROMA 16 116 1 5 10301 P3 GND 16 R1004 R1002 mama 1051 i TXXLBBO13P SVPCDDC LE24C023M EP ch SC1030 R1031 R1014 ui AGE 1 16GJ47A 1 16020 GND GND R1041 R1217 als 116GJ 1 166 1 5 sc1041 47 C1001 EH D END J 10KK11B ER Q1003 4001 ook R1044 R1025 R1029 61006 R5334 C1010 aes 1 166 0
2. 1553526 R6848 Q3601 8 1 16GJ330A TXXLBBO13P R3602 5167 Ro So 9 1 166J10KA jaiz 27862 pea pos CET RSQ025P03G DLXLBB032 G 8 AO SACS AZ Q6846 R6874 FROM IC301 GND C7814 Jos ts HN1C01FE YP 5 16534 4 TEMP Lo M Al 1 25KK10BB 843 bd 6GJ180A 5 5 R6842 popa l 1 16GJ1 3520 1 7841 4 4 READY LED 53 3 gt 3 3 ALL T PQ20WZ11P D3644 1553526 078122 17811 03613 33V ALL Q6845 L7861 Gau HN1CO1FE YP z PIC READY LED FROM IC9885 P7 BAL 2651413206 1558826 D78622 036146 TPFANC D7812 Meg PFAL P RIGHT 130816406 SS3P4 10A D76862 R7848 ESG GND SS C7863 SW68 1 16GJ10KA D 07813 Bt 16KK101G 8450802106 POWER LED FROM IC301 i R6845 D6851 b C7841 180816406 TPFANB q ME 1899026 R7847 25KK10BB C7844 230816406 TPFANB KEY SW POWER LED D 4 PFAN ENA 4510 02106 nite LEED FROMICS885 P7 C7842 D P DOWN 1 16GJ4 7KA D6852 FAN CON CG AW 25KK 1MT R7841 FAN j 1883526 R7846 1 16GF6 8KA R7821 mmm gt swosoc RGG3001FTHANL ko AASGFZTKA 57819 510835306 07842 67812 B4S1080210G R6808 1 DURS Lis R7824 4 ABKKO IMN R7871 17166
3. m EEG C 4233089 20621 4 TRN 4 NO lt k IMS Nv 28920 1 10820 gt oo WVOAL E Ne 8 NOO NvJ L g NV4 7980 mE seed LN V 26822 EM ma Md 5 NYT MS Y3MOd Md 25 D x ovas o10s 66 212 Olanv 0991 lt ew lt NYT MS YIMOd 16870 90980 AOS NO pees dz rud 12850 VRASE NO od T K g manes Md VA tS Md 6 Md 5 98291 29521 aud 00921 590190 M3AOO ZO6MS Ion circul 27990 00 59 od NO 2G dA v1 isviva NO Do Do 2921 MS HAMOd 5790 099 yoeqpss4 1067 EB 10 50 20250
4. Item Name Function Initial 162 G DCOffset P7 0 0 0 2047 Scan Direction Front Rear 163 G DCOffset P8 0 0 0 2047 Scan Direction Front Rear 164 G DCOffset P9 0 0 0 2047 Scan Direction Front Rear 165 G DCOffset P10 0 0 0 2047 Scan Direction Front Rear 166 G DCOffset P11 0 0 0 2047 Scan Direction Front Rear 167 G DCOffset P12 0 0 0 1023 Scan Direction Front Rear 168 B DCOffset PGain 0 0 0 1023 Scan Direction Front Rear 169 B DCOffset P1 0 0 0 2047 Scan Direction Front Rear 170 B DCOffset P2 0 0 0 2047 Scan Direction Front Rear 171 B DCOffset P3 0 0 0 2047 Scan Direction Front Rear 172 B DCOffset P4 0 0 0 2047 Scan Direction Front Rear 173 B DCOffset P5 0 0 0 2047 Scan Direction Front Rear 174 B DCOffset P6 0 0 0 2047 Scan Direction Front Rear 175 B DCOffset P7 0 0 0 2047 Scan Direction Front Rear 176 B DCOffset P8 0 0 0 2047 Scan Direction Front Rear 177 B DCOffset P9 0 0 0 2047 Scan Direction Front Rear 178 B DCOffset P10 0 0 0 2047 Scan Direction Front Rear 179 B DCOffset P11 0 0 0 2047 Scan Direction Front Rear 180 B DCOffset P12 0 0 0 2047 Scan Direction Front Rear 181 ENBX R 0 0 127 182 ENBX G 0 0 127 183 ENBX B 0 0 127 184 DXOutPos 0 0 1 185 R_V_INPUT_SETP_O 0 1023 186 V INPUT 512 2 0 1023 187 V INPUT SETP 1024 0 1023 188 R V 1536 2 0 1023 189 R_V_INPUT_SETP_2048 0 0 1023 190 R_V_INPUT_SETP_2560 1023 0 1023 191
5. NO OLOTSIA 250 a 1299 Power supply amp protect Chassis Block Diagrams Fan control circuit K6E FN003 1 03623 004 K6G EE D3622 4 03621 9 D3628 FN002 107841 Regulator FAN_C 1 ve po D3626 gt gt 07802 03644 03601 P_FAIL P Fail H FAN ERR Power Error 104891 NAND 9 NO9 4 Power On H 190 V 8 SIGNAL MODE FAN SW1 POWER ON STAND BY 7 H L P_FAIL NORMAL ERROR H L IC9885 LAM 801 SUB CPU 18811 108821 1C8831 TEMP SENSOR3 Chassis Block Diagrams ircui bus control LS0LOI HOSN3S 168821 HOSN3S dNaL 108821 HOSN3S dal 118821 AYOWAW TOULNOD LLELOI lt 061 gt u31V9S 10621 Troubleshooting Indicators and Projector Condition Check the indicators for projector condition Indicators a Projector Condition REPLACE red green red yellow e The projector is off The AC power cord is unplugged e The projector is in stand by mode Press the ON STAND BY button to turn on the projector Q The projector is operating normally The projector is preparing for stand by
6. or Fuse Part No 423 034 4101 TYPET6 3AH 250V FUSE Hollyland Co Ltd TYPE 50CT063H How to replace the fuse 1 The fuse is placed on the power board Remove the cabinet top main board optical engine and the fan 001 2 Take the fuse off and replace the new one with the specified type Circuit Protections 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 cooling 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 follow ing possible causes and wait until the POWER 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 block
7. i 57 2 T lt S A SIDE i r1 rl RiJA4704G RB418 S335 8 412 RE41 RBA G B417 d i RiJA4704G 1447046 R JA4704G UMT4AG S lt o 7 ha hd s EE FE GG m m E 1 e523 5 WHA HJ J 4 4s 4A 8 5998 d a E a a 389 35 2 55 8 E n 8 4 4 4 4 s 4 8 DB 1 0 9 TO IC501 S amp H DB 2 0 9 1C5621 R1131D101B TR F 3 3V R5611 1 16GJ100A EN di 05623 05624 S9 x x R3585 58 05625 1 16GJ10KA 98 1553526 Cano C5621 10V R3586 SANGAM 6 3KK4 7GQ i 1 16GJ1KA R3587 1 16GJ10KA C3599 10KK1MN AOKKTiB R3588 C3598 1 16GJ4 7KA 16KK4 7BA 1 2 3 42 5 6 7 Al 8 9 10 4s 11 12 13 A 14 15 16 SCH_KR8AC A7 noie lt FROM IC1423 gt m SiS UPC324 m 1 8 Pa E n 5 8E 2998 5 Es vig z 8 T ig 8 4444 5 lt lt 592 jo 888 g g 2 2 2 glg p lee s g gigg gjeje 15V PN
8. Y 16KK0 1MI Sen N 6 6 9 amp e 16 0 1 16 6 9 AD 19 2 u A e A AN aa Qu u 24 24 EAD pu 24 24 7 24 SV rSv rSv rSv SV 11668 SCL1 2 e 9 g e Q DR 2 9 Resa ea i 23 23 23 23 1823 C353 SDA1 12 9 2 103 3 23 C383 L312 R1JA4704G GND LY 16KK0 JAYH ir L3BE221PG C355 nv ISV ISV nv FA e 2 C P 1 8V_PW GND 1160 e 6 678 662 6 6 Pr Sn 6 gt ios R323 22 22 22 22 22 C327 IC801 FLASH DG 3 AM 2 1 2 02 AKTE TH6GJ47A K801 ICE 16KKO 1AYH Lon 1311 2 7 Q Q 3 8 252 L3BE221PG Y il Yo 121 pot 4 21 21 721 w21 121 05 21 C21 AD A MN TO IC401 P5 21 t OK F ooh RAN a SNB L309 GND GND 6 C385 C361 L3BE221PG S25V PW 0 GND C328 020 x KKATOMN pus 11303 R344 52 63 RKATOMN EA GND DG 8 AM LSGUATA TERM rm KKATOMN 190 4 GND C310 A ROME ed DGI9 9 0 R 3 by mm 19 MENS 1A6GJ47A 19 yaoi 01 SDA2 At SDA2 5V RB318 ex C Se Ga PW190 TO P6 SCLK_PWe GND PW190 10LM AGI GND Gib Mou E cu ROMWE SCL2 gt 6 E 5 12 E SUV PW 93 e
9. O Q Q N N N Group 270 Group 280 BON Group 290 0 1 Group 500 Function Cr Imange Area Start X Cr Acquiring Area H Start Position Cr Imange Area Start Y Cr Acquiring Area V Start Position Image Area H Width Image Level Acquiring Area Image Area V Hight Image Level Acquiring Area Height Y Target Level Target Value of Y Level Adj Cb Target Level Target Value of Cb Level Adi Cr Target Level Target Value of Cr Level Adj Gain Tolerance Torelance of Level Adj Delta Gain Deviation Width of Gain Value Auto Calibration YCbCr YOFESET AREA START Y Offset Acquiring Area H Start Position YOFESET AREA V START Acquiring Area V Start CB OFFSET AREA H CB Offset Acquiring Area H Start START Position OFFSET AREA V START ae set Acquiring Area V Start CR OFFSET AREA H CR Offset Acquiring Area H Start START Position CR OFFSET AREAV START sas sel Acquiring Area V Start Y GAIN AREA H START Y GAIN AREA V START CB GAIN AREA H START CB GAIN AREA V START CR GAIN AREA H START CR GAIN AREA V START Image AREA H WIDTH YCBCR Level Acquiring Area Image AREA V HIGHT YCBCR Level Acquiring Area Height Y OFFSET TARTGET CB OFFSET TARGET CR OFFSET TARGET Y GAIN TARGET CB GAINTARGET CR GAINTARGET OFFSET torelance Torelance of OFFSET Adj GAIN torelance Torelance of GAIN Adj CUSTOM Aspect Scaler Horizontal Horizontal Sc
10. 1 16W R1022 3012248814 MT GLAZE 100 301 2248913 MT GLAZE 1 16W R1025 3012604214 MT GLAZE 82 301 2249910 MT GLAZE 22 1 16W R1026 301260424 MT GLAZE 82 3012248913 7 1 16W R1028 301260424 MT GLAZE 82 3012248814 MT GLAZE 100 1 16W 81022 301225 2019 MT GLAZE 680 3012248913 7 1 16W R1031 301 225 1418 MT GLAZE 47K 3013348814 MICLAZE 100 JA 1 16W R1032 3012251814 MT GLAZE 47 JA 3012248814 MT GLAZE 100 JA 1 16W R1034 301 225 1814 MT GLAZE 47 301 2249019 MT GLAZE 10KJA 1 16W R1035 3012251814 MT GLAZE 47 JA 3012275612 MT GLAZE 8 2KJA 1 16W R1036 301 225 1814 MT GLAZE 47 3013349318 JMPGLAZ KIA R1037 3012251814 MT GLAZE 47 JA MECE IKJA R1038 3012248814 MT GLAZE 100 JA 4013427314 MT GLAZE 23 2K FA 1 16W R1039 301 225 1814 MT GLAZE 47 JA 301 224 9712 MT GLAZE 22JA 1 16W R1040 301 225 3818 MT GLAZE 1 5K JA 301 224 9712 MT GLAZE 22JA 1 16W R1041 301 225 1418 MT GLAZE 47K JA 301 224 9316 MT GLAZE 1KJA 1 16W R1043 301 224 9019 MT GLAZE 10K JA 301 224 9316 MT GLAZE 1 16W R1044 301 224 9019 MT GLAZE 10K JA 301 225 1814 MT GLAZE 47 JA 1 16W R1049 301 224 8814 MT GLAZE 100 JA 301 225 1814 MT GLAZE 47 1 16W R1050 301225 3818 MT GLAZE 1 5KJA 3012261516 MT GLAZE 0 000ZA 1 16W R1052 301 263 7420 MT GLAZE 75 301 2249019 MT GLAZE 10KJA 1 16W R1060 301 2253818 MT GLAZE 1 5K JA 3019351914
11. ans ais 1 166 1 8 ENTER A 14 AS L4 TO IC7811 P4 5 J Tice amp 2 d ALS A 20 G SENSOR 2 P a rf a 2 R812 R813 pe C3857 5 16KK0 IMN A2 AI EU 3330 9 C3858 S 3KK10MB R375 KOJ106KGABNG 858 C 5 22 72 R3864 83860 Fases C3861 116020 D 0 15 x X x TEKKOIMN FROM IC301 me ROMOE gt D 1 vou vec 5 Rane R3853 9 R3856 1 16620 ____ gt 1716620 16620A R3865 R3863 CES A 1166 1 166 TKK R3869 25 ATKA 4 TR 4 te x ROSSA R3861 C3860 1 d R R3855 b p 163852 SE hr ND LIS244ALHTRJ Test GU x PIN1 4 PARALLET THE REAR INTERFACE ON THE B SIDE OF PWB 1 T3852 X kEY2 c1871 25 PW RXD PW E TO IC3801 P2 E s RS 5 TN R852 TXD PW 1 16GJ3 9KA x C339 ues S33VD L308 18V PW C337 C335 C338 16 0 1 C851 L3BE221PG C336 16KK0 1MN 16 0 1 A6KKO 1MN 16KK0 1AYH x GND L314 KK470MN 1860 1AYH REO 1AYH HORKO TAVH 16RK0 1AXH NMI amp L3BE221PG GND D R303 TO SV ISV 6015 9191818 6 8 oe 6 26 26 26 2 ANS A Jos GND 2625 C26 0 26 F2 6 26 1 6 PE 06 26 a a rsy a UN sv rsv 1 sv rsv y R398 6 TUCIRECEINETO 1 16GJ100A 9 2 9 e 15 e e 1075 E25 1371 5 252 25 2 15 5 25 24AA64T I MS s 55 i a GND
12. a g Bg TJ3985 z 8 88 ae 2 Fe 258 4 E D 2 5V 2 Y 55349 d g Beg a 4 POWER SW 5 v We e 4 POWER SW 53 3 PW FANRES M E g 4 tae 4 R5839 FROM IC9885 E H E 8 E 6 3KK2 2GQ 1 1 16GJ4 7KA lt g L zl goo 5 8 pa 9 55 25 fs 3 FROM P2 EE 1 KR8AC 03 2 3 4 a 5 A 6 gt 10 11 13 A 14 SCH KR8AC FN004 EXHAUST EXHAUST FN005 0 FN003 SIDE B PNL G PNL R PNL POWER LAMP FN002 FN001 lt Kes lt KGE HoG 0356 JI0EGO36G iE L3BE221PG 5098 13626 16KK101G L3B 221PG L3633 5026 13638 126808706 126808706 16KK101G 126808706 06831 LAMP GND D6833 TEMP WARNING R D6835 STAND BY RED ON E D LAMP ON GREEN 1508932 men 1583058 1166 1556 1853520 PIC_LAMP_LED R3603 R6857 R6883 36 1 16GJ180A 06853 1086 1853526 CAN R6858 1 16GJ180A R6877 06854 14891 1116GJ4 7KA 15 R6873 R6870 1 16GJ330A 1 16GJ180A
13. 0X4 1 16W R8843 3012249019 MT GLAZE 10K JA 9450363529 R NETWORK 0X4 1 32W R8844 3012249019 MT GLAZE 10K JA 945 037 0817 R NETWORK 0X4 1 16W R8846 301 2248913 MT GLAZE 100K JA 9450363529 0X4 1 32W R8853 3012258110 MT GLAZE 10 JA 9450370817 R NETWORK 0X4 1 16W R8854 3012258110 MT GLAZE 10 JA 9450363529 R NETWORK 0X4 1 32W R9873 3012557312 MT GLAZE 510K JA 945 037 0817 R NETWORK 0X4 1 16W R9874 301 2248913 MT GLAZE 100K JA 945 036 3522 R NETWORK 0X4 1 32W R9875 3012248913 MT GLAZE 100K JA 945 037 0817 R NETWORK 0X4 1 16W R9876 301 225810 MT GLAZE 10 JA 9450363529 0X4 1 32W R9878 3012253818 MT GLAZE 1 5K JA 9450370817 R NETWORK 0X4 1 16W R9881 3012249019 MT GLAZE 10K JA 9450363529 R NETWORK 0X4 1 32W R9882 3012258110 MT GLAZE 10JA 945 037 0817 0X4 1 16W R9883 3012261516 MT GLAZE 0 000 ZA 945 0363529 R NETWORK 0X4 1 32W R9886 3012261516 MT GLAZE 0 000 ZA 945 037 0817 R NETWORK 0X4 1 16W R9888 3012249316 MT GLAZE 1K JA 9450363529 R NETWORK 0X4 1 32W R9889 3012258110 MT GLAZE 10JA 945 037 0817 R NETWORK 0X4 1 16W R9890 301 225810 MT GLAZE 10JA 9450280697 100 4 1 16W R9891 3012258110 MT GLAZE 10 JA R9895 301 2258011 MT GLAZE 330 JA R9897 3012249712 MT GLAZE 22 JA 945 0688349 FILTER EMI400MHZ R9898 3012249712 MT GLAZE 22 JA 945 0688349 FILTER EMI 400MHZ R9899 3012249712 MT GLAZE 22 JA 9450688349 FILTER EMI 400MHZ R9902 3012249019 MT GLAZE 10K JA 9450
14. 15827 ror LB830 2 p r9 re e te a ral CHBDAY CUISDAY 1 10020 0 B4L2681310G L26B3470G 3 3 3 3 3 Kd 3 3 9 3 3 3 3 3 B C358 3 1600 NN SNAP z LUI MM US READY LED NC 2 21PG J 16 1016 Q Q re 9 ol r9 48 9 2 uw AEZ RD C320 L3BE2 5825 D5821 5827 C5828 5829 2 2 AL DAY 6 3EM473T ud Tr uu EM TIS NNI e e 9 5 b 8 PW_MASTER_SDO qv Q 0 8 7 f k i i M fat e TO IC9885 P7 PW MASTER SCK 4 ss PW MASTER SDI wie 8E T 88019 AUDIO_CE al s lt TG2 TB2 3l 6 ET s TR2 9 TO IC5001 P4 AUDIO DI amp Le e le iss vo AUDIO CL vd fs TB EE gt 28 255 388 91 05 5 S S E 3 2 geet tng 588 OBB 5 as 3 ogg 7 55 g 5 K E E ES T L5848 E 5 5 E E es ng K Q5830 126834706 LSS 58 255 TPC6107P TT Ly Tse Eg 28 15822 R5841 E P E g 8s 85 Es Es L26B3470G 1 6 Ei I 55 55 Se 95 g 2 8 3b 25 amp 5 5 EG C5845 S B gx 88 ole 88 9 8 5 R5837 25KK0 1MT Ti 25 a 1 16GJ10KA 91 i 9 c amp x L5828 e 8 126834706 5841 8
15. CON C gt POW_KEY UDIO_SEL_SW AMP_DC_ON MUTE MONIT_OUT MODEL_OPTION 66 Audio Control Power On Key H ON AUDIO_SEL_SW Power Control Power On H High MUTE_ON Lowzin High Monit OUT XD2600 High XD2200 Low 8 81 el mio 2 Block Diagrams FA5550NG PF Control IC621 C87F2G08A5AN6G UART 1 9885 gt 1 3 v Tolerant Inputs Except for CIL t 5 5 Vl UART 8 FIFO Regs m EHDEC ARE 1 RE FIFO 67 Block Diagrams MAX232ECPWRP lt RS 232C Driver IC3801 gt A UALYBANI 3SVLTOA AOL OL AS4 a 8 zt 52 20 a Auta Adjustment Scaling CTRL Bios PF iu Down C 15 Digital Delay oit mur e 1 4SHCLK step DES Daly 1 ASSHCLK step spit Uelay _ 1 1 6SHCLK step abit Pulse Width GRY Oigital Delay Digitol Deloy Sbil 1 16SHCLK step 7 1 4SHCIK stan L _ mi Digital Delay SSHCLK Digitol Delay Digital Delay SSHCLK
16. and R Type LCD Panel Prism Ass y How to check the type of LCDPanel Prism Ass y Check the printed number on the flat cable of the G LCD Panel LCD Panel Prism Ass y R Type LCD Panel Prism Ass y L3P05X 91G01 L3P05X 92G01 1 B 1234A1 1 B 1234A1 G LCD PANEL Fig 6 2 22 Optical Parts Disassembly When mounting or assembling the optical parts in the op tical unit the parts must be mounted in the specified loca tion and direction as shown in figure below gt Sdak SBN TEWI S9VIIOA LOH VYS Marker comes this side up Marker comes this side up S qu IX NS Locations and Directions For KR8 XD220000 Parts Name Dichroic mirror B Dichroic mirror G Relay lens Mirror R Condenser lens R Mirror B Optical Parts Disassembly Locations and Directions For KS8 XD260000 When mounting or assembling the optical parts in the op tical unit the parts must be mounted in the specified loca tion and direction as shown in figure below z e Parts Name Dichroic mirror B Dichroic
17. 000000000006 000000000000 0000000000 e 28 Moving of Slot D 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 unifor mity in white If the shading appears on the left or right of the screen as shown in Fig 3 loosen 1 screw A by using a hex screwdriver 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 6866666060 29 Moving of slot B Electrical Adjustments Service Adjustment Menu Operation To enter the service mode To enter the Service Mode press and hold the MENU button and SELECT button on the projector for more than 3 seconds or press and hold the MENU button on the remote control 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 V button and change the data value by pressing the lt 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
18. 78 KR8 XD220000 KS8 XD260000 Parts Location Diagrams Integrator lens assembly rOut Integrato 108 c ps 2 m e Condenser lens Out assembly 109 Condenser out KR8 XD220000 KS8 XD260000 Parts Location Diagrams Ass y Condenser In Lens For KR8 XD220000 Ass y Condenser In Lens For KS8 XD260000 75 KR8 XD220000 KS8 XD260000 Parts Location Diagrams LCD Panel Prism Assembly Prism LCD panel Ass y 101 Relay lens Out assembly 05 Relay out 76 KR8 XD220000 KS8 XD260000 Parts Location Diagrams In the optical unit A In the Optical Unit For KR8 XD220000 4 NAN L aesoW Hzv vi SVLIOA HOH 10H CAUTION Part must be placed in specified direction when replacing the optical parts Please see Optical Parts Disassembly for further instructions 77 KR8 XD220000 KS8 XD260000 Parts Location Diagrams In the optical unit In
19. 2 1095 SELECT R7844 R7843 R7834 gt an edie 1 16GJ1 8KA 1 16GZ0A R7842 la ib 510835306 1 166 2 2 84510802106 R6801 RID Test POWER 1 16GJ3 3KA RD 22 33 2 1 SW6811 SW6808 Pi SEE R7829 ND 510835306 510835806 510835306 1H6GIIKA B4S10B0210G 84510802106 184510802106 7801 Q7813 R7878 1 66J10KA HN1B04FEYP 1A6GJ10KA R7831 Z 67832 R7833 R7863 DS lg oum ij 206 06801 di UDZS6 28G C6801 UDZS6 2BG GND d6KK01AYH J oy 025262YG 46KKOAMN 02DZ6 2YG 6 0 1 C6802 07802 GNO Q7864 5802 16KK0 1AYH HN1CO1FE YP HN1B04 16KKO JAYH TORNO VAR ES KKa70AYH R7803 R7813 1 160 10 X R7869 GND 3 A66J100KA R6804 1C7811 R7883 4 16GJ3 3KA 7811 R7881 1 16GJ w gt KEY TEMP SENSOR 3 TEMP SENSOR 2 25KK2 2BA FA7703V H1G 1 66 1KA m LAMP E A 16GJ3 3KA TO IC301 R6822 ap ILISSHKA w _ gt POW_KEY TNT R9888 C8831 1 8831 C8824 C8830 R6803 VAGGIIKA LM76CHMX Cm LM76CHMX 10887 coe RB ERA TM TO 1 9885 amp IC301 C8823 2891 196813 R6823 C8813 _TeKKO AMN J10EG065G 48KKOAMN D2891 1082 10897 16KK0 1MN 16 12891 16 00256286 BERT 1038 221 GIA 0202626 2 S3 3V lt 5 lt 5 a5 5 GND S3 3 gt 3 3V_ALL 2 5 ade 52 iji 204 RIC
20. 68 IC Block Diagrams E25FU106BMA Flash IC8803 gt x 1M Bit DECODER Flash EEPROM ebd Cell Array BUFFERS amp LATCHES SERIAL INTER LI 4 CS SCK Si SO WP HOLD 24AA64TI MS EEPROM IC8802 gt HV GENERATOR CONTROL CONTROL R W CONTROL MEMORY EEPROM XDEC EM ARRAY LOGIC LOGIC PAGE LATCHES YDEC SENSE AMP 69 Block Diagrams e PW190 lt Scaler IC301 23 1 D 18 0 HEN m3 PORTA 7 0 ROMWE preme PORTB 7 0 PYIMB 5 0 220 IRRGYR Z 0 681120 ROMOE CAC S MOEINT E TXD TCI Turbo 92196 Mieroprociir ROM Inatrution ee Cache UART zm INDRGB 2 0 e gaj w i asp Display Timing Cum wo r NORGB SE ss Controt and Ginaration Generator ycz 08054221 YCF Image Management Display Port E i Video Enhancement Matrix Color Space Converter Ch Tb Color Space image Gling Expander MCLE Nc 1 1 1 PW190 Bpactrum Internal Block Diagram MemoryGantmBer Memory e MR4010 Power OSC IC631 VIN Collector Latch circuit reset Start up circuit UVLO UVLO comparator comparator Emitter OCL 70 Block Diagrams PIC18F67J60 lt LAN CONTROL IC8801 gt Data Bus lt 8 gt Table Pointer lt 2 gt incidec logic
21. 945 032 8344 INDUCTOR 39U J 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 652 002 8500 INDUCTOR 3300HM P 307 163 0414 DIODE 155352 652 002 8500 INDUCTOR 3300HM P 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 652 002 8500 INDUCTOR 3300HM P 307 163 0414 DIODE 155352 652 002 8500 INDUCTOR 3300HM P 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 652 002 8500 INDUCTOR 3300HM P 307 163 0414 DIODE 155352 652 002 8784 INDUCTOR 10U N 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 301 037 5017 MT GLAZE 0 000 ZA 1 10W 307 163 0414 DIODE 155352 652 002 8500 INDUCTOR 3300HM P 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 652 002 8500 INDUCTOR 3300HM P 307 209 1214 ZD UDZS TE 176 2B 652 002 8784 INDUCTOR 10U N 408 063 7507 ZENER DIODE MM3Z6V2B 652 002 8500 INDUCTOR 3300HM P 307 163 0414 DIODE 155352 301 037 5017 MT GLAZE 0 000 ZA 1 10W 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 652 002 8777 INDUCTOR 33U N 307 163 0414 DIODE 155352 645 092 8819 INDUCTOR 100U M 307 149 0810 DIODE 155355 17 301 037 5017 MT GLAZE 0 000 ZA 1 10W 408 062 7201 DIODE 15535 645 100 9340 IMPEDANCE 120 OHM P 307 163 0414 DIODE
22. M01 610 345 0087 HOLDER LAMP BASE KR5AC M02 610 352 4184 HOLDER POWER A KR5AC M03 610 343 3721 MTG RELAY OUT KR5AC M04 610 343 3738 MTG COND OUT KR5AC M05 610 350 4469 MTG DUCT BTM IN LAMP M06 610 350 4476 MTG DUCT TOP IN LP KR8AC M07 610 347 9934 MTG DUCT PANEL KS5AF M08 610 345 0223 SPACER FLT FRONT KR5AC Air filter front M09 610 346 4886 OPTICAL TOP KS5AC KR8 XD220000 KS8 XD260000 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 in the parts list Read description in the Capacitor and Resistor as follows CAPACITOR CERAMIC 100P K 50V 2 Rated Voltage Tolerance Symbols Less than 10pF A Not specified B 0 1pF 0 25pF D 0 5pF E 0 1pF G 2pF H 40 1 OpF 0 0 1pF R 0 25 0pF S 0 0 25pF More than 10pF Not specified 40 5 X196 2 3 5 10 0 1 F G J K 15 M 20 N 30 T V W 0 25 100 0 30 10 50 10 75 10 20 10 100 10 40 20 150 10 27 80 20 Rated value P pico farad U micro farad Material CERAMIC Ceramic MT PAPER
23. Metallized Paper Polyester Metallized Polyester Polypropylene Metallized Polypropylene Composite film Metallized Composite Styrene Tantalum Oxide Solid Electrolytic Aluminium Solid Electrolytic Aluminum Foil Electrolytic Non polarised Electrolytic Aluminium Solid with Organic Semiconductive Electrolytic Polymerized Organic Semiconductive Double Layered Electrolytic Polyphenylene Sulfide Film MT PPS FILM Metalized Polyphenylene Sulfide Film MT PEN FILM Metalized Polyethylenenaphthalate Film CAPACITOR Other RESISTOR CARBON 47K J A 1 4W Rated Wattage Performance Symbols A General B Non flammable Z Low noise Other Temperature coefficient T 10ppm C U 25ppm C C 50ppm C D 100ppm C 200ppm C F 250ppm C G 350ppm C 1000ppm C 10 W 1200ppm C 10 Y 1400ppm C 10 2000 10 K 2400 10 P 3600 10 S 4300 10 3900ppm C 10 4500ppm C 10 4200ppm C 10 8000ppm C 10 E H W J K L 2700 10 3000 10 3300 10 Q R V X Tolerance Symbols 0 05 B 0 1 C 0 25 D 0 5 F 196 52 5 K 510 20 5 15 Z 0 ohm Rated value ohms 1 000 1 000 000 Material CARBON Carbon MT FILM Metal Film Metal Glaze WIRE WOUND Wire Wound CERAMIC RES Ceramic FUSIBLE RES Fusible RESISTOR Other KR8 XD2200
24. POWER FACTOR CORRECTION ei LAMP im E 8 1612 D611 5 Tab BAM L2685370N FML G16S mm BALLA de ugh ge E o KDA 8 S9 ae NOR 258268 2 C644 5 aan SS 5 Not aie E Jiop1o10N TIRE inj K6D 2A az R613 pm L614 z 2 LE 1H0GMTKC CEXAVE 220051 S 2 1 nag ad fia 1MOGJ8KC aS R615 H HSE xx RGXLBBOMDYEP 4 LS s T 28 88 5 9 3 8 7 5 0613 eu R627 1 155355 1H06J10KC 1863526 R62 C627 RGF3300DTCANL E 1400006 kk2200 8 5585 i 0822 LBYAG n 5 SE lo Kui RGFATOODTCANL sag D661 PE Le C621 003 005 526 DDSG10SC9M N 1 47 KOO 25KKTD 60 BYAG LBYAG ARENA o GND sv LAMP SW o Eco s 653 58 0 CES lt E KK0 16Q 25EM1004TL 05 22 Reuse AC100 120V 1818 sov ms AC100 240V voci 4 st 4 um e sa inu EE f KBR 1 06J10KC JI0AU115N gt Ce me bn DDSCI SCENEN BEID Re ENB26L Me nod FOE cS GP i DV mm 1 06 40KC ll p634 o is POS F For UDZS8
25. sods NV3 TV LIOIG lt HLLL23 7 gt LOvol INVOdO L903 lO 96201 yse 4 LZ LOI 10821 C V wo Mover ul DZEZ LOBEOI lt OzZezZSU MS 192198 200901 olpny Jexeeds 006201 a ino JOJIUON H3dvos lt 061Md gt LOESI J8AUQ NVI 108801 LNO LOZYOI LOO NI Od Chassis Block Diagrams System control H3AOO HOLIMS S886091 udd NYJ lt 43109 dv 206 5 JaMog 16879 LSVTIVE HOLIMS LOOMS HdMOd H HOHH3 YALYAANI 288601 e LINDYID TOULNOD Md 9 4 NVd 13d 0 05 0125 AIA CAIN LA3M 580 21262 8 ao a 2 lt Wa d Ws d acl 1NO LINON 109 ASE NO 9 NO A08 NO WMd ION ION NO 2 dA v1 x H UQ H uO 19M0g H UQ H uO TOHLNOO dd H3MOd NO OddAv1 H NO d MS H UQ Jamo 68871 12089 OHLNO9 OIQNv 10089 10 19 39 INNTA 109135 200621 MS 13S Olanv H
26. IC8802 410656 8600 24AA64T I MS 303 409 3426 CERAMIC IC8803 410681 5506 IC LE25FU106BMA TLM H 303 453 8917 CERAMIC 0 1UK CAPACITOR 303 453 8610 CERAMIC 0 1U K C1001 403 455 1012 CERAMIC 1U K 303 4093426 CERAMIC 0 1U K 303 433 1112 CERAMIC 1U K 403 467 0911 CERAMIC 0 1U K C1002 303 398 3312 ELECT 47UM 403 467 0911 CERAMIC 0 1U K C1004 303 453 8917 CERAMIC 0 1U K 403 467 0911 CERAMIC 0 1U K 303 4538610 CERAMIC 0 1U K 303 401 3810 ELECT 10U M 303 4093426 CERAMIC 0 1U K 303 424 1510 ELECT 10 00 M 3034538917 CERAMIC 0 1U K 303 396 9613 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K 3033977618 CERAMIC 1U K KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 403 478 5912 CERAMIC 303 282 5118 CERAMIC 470P 403 455 1012 CERAMIC 303 392 1215 ELECT 47UM 303 433 1112 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 392 1215 ELECT 303 453 8610 CERAMIC 0 1U K 303 372 7510 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 370 0216 CERAMIC 303 453 8917 CERAMIC 0 1U K 403 455 1012 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 433 1112 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 6319 CERAMIC 303 453 8719 CERAMIC 470P K 303 454 0910 CERAMIC 303 453 9211 CERAMIC 470P K 303 294 6110 CERAMIC 303 282 5118 CERAMIC 470P K 303 453 6319 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 454 0910 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 294 6110 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 453 8917 CERAMIC 0 1U K
27. Tolerance Type Rated voltage Material table e Tolerance table Tolerance Mark Material Electrolytic not specified Electrolytic non polarized en rece Ceramic temperature compensation UD i 0 Ceramic dou Polyester 022222222 E Polypropylene en cu lt Metalized polypropylene Bi MG RE d UB Metalized polypromylar 10 E Me E alized yestel Nn NR 530 T Composite film 1 Styrol Tantalum oxide solid electrolytic 1 Organic semiconductive electrolyte Electric double layer electrolytic D Ci Tri SIG Coil Reading Example L2 C1 4R7 K N Ll _ Tolerance Inductance value Manufacture code Unique code Tolerance nH Tolerance 0 25 NH W 42 EU a p m i 20 Resistor Reading Example 1 2 D J 10K B Lomami Example 6 WK 8 2 tf tt t Example 1 2 C K 1M K indicates in KQ indicate in Resistance value Tolerance see below table Material see below table Rated wattage W Note Resistor which is indicated with resistance value only are 1 6W carbon resistor Resistor which is indicated with material tolerance and value are 1 AW rated wattage Z Carbon fuse B Non burnable Tolerance table e Material table Material Mark Tolerance Carbon 200 film Hs 01 Oxide metal film C 0 25 n Mi in
28. e 2588 Z5KK10BB j C3536 25KKiGQ G MOI dm ejs 83811411 se ni 5 255 ges Wm 11 3636 bj T oo E TPS61E 230816406 1 3 9 1599 3 T Lots gage FE E E TENE SEL 2 ee EH amp K i y z gt 14 11 2 G_ENBX G ENBY lt FROM IC401 gt 10 1 AI 12 13 A 14 15 16 d xus 2 3 44 5 6 7 8 SCH KR8AC K8802 A J10XF050G 3 3V_LAN C8832 KK0 01MN POWERLED R8831 R8817 X A SML2I0YTLG R8318 X ve PRST R9895 R8816 PGC 116GJ330A R8820 X R8825 110GF2 2KC X B R8863 X R8826 X TPOUT TPOUT C8809 L8801 RGFRQOOZTAANL A8 AY C 33V LAN OO 2 fies 64 61 5 58 eds PW NET H L a s 8 C8817 R8840 Ween ANR 116 1 1 16GZ0A 1 16GZ0A 5 5 9 PW_UPDATE 5 VDDRX X c REO P2D TPIN TPIN D R8839 EDE lt 5 8 amp LAN_STAT TPIN TPIN 1 16GJ220A B g POWERLED VSSRX POWER ON LAN 20 IPRST 9602 o PS 219 RB4 KBIO L18B0720M b o R8804 D 1H6GJ4 7KA 1888 RB5 KBI1 lt R8806 a2 9 PW_NMCLR 7 wer RB6 KBI2 PGC gt LAS r 116020 ES ade 55 ae L8835 1AV4L3CC121PG TPOUT NMCLR 5 IC8801 eee 9 gat 2 lt Jj T su weak NT PIC18F67J60 T i 5 Lo ie Br i6ezo
29. fs 21 PoLATU PCLATH Data Latch Data Memory 3808 Bytes Address Latch PCU PCH PCL Program Counter 12 Data Address lt 12 gt 31 Level Stack 12 4 55 Address Latch Program Memory 64 96 128 Kbytes Data Latch STKPTR 12 Table Latch ROM Laich Instruction Bus 16 IR State Machine Control Signals Decode and Control PRODH PRODL 4 OSC2 CLKO 6 Timing OSC1 CLKI jeneration BITOP W 8 8 Precision Band Gap Reference Voltage Regulator Timert Timer2 Timer3 Timer4 PORTB RBO RB7U PORTC RCO RC7U PORTD RDO RD2 PORTE RE0 REs 1 PORTE 1 2 EUSARTI ECCP3 5 MSSP1 FA7703 DC DC Converter IC7811 REG DT1 REF IN1 FB1 Reference voltage SE UVLO 1 71 SEL1 ON OFF OUT1 VCC Parts Location Diagrams KR8 XD220000 KS8 XD260000 Cabinet top assembly Cabinet bottom 1 assembly A1000 MAIN BOARD A2000 SW902 Lamp Cover SW A901 BALLAST BOARD A2200 POWER BOARD SP901 Speaker D A2300 R C BOARD 5 KR8 XD220000 KS8 XD260000 Parts Location Diagrams 1 2 5 o Cabinet bottom 2 assembly Projection Lens
30. 00 1 16GJ68KA TXXLBB RIC c9 R9906 LAMP_PWM_A 295 R9880 PIC_LAMP_LED PIC READY LED 1 16GJ10KA OO 6 3EM473T D8902 1553526 15702 26834706 33V LAN 3 3 LAN R5751 1 16GJ10KA POWER_SW_LAN A224KMNBNG FROM 01 7 R9907 1 16GJ100A 0014 9875 CHO_RXD R5752 10590 CJ47CM gt R9908 1 16GJ100A l 1 6GJA TKA R9909 1 16GJ100A C5752 K LAMP SCI 6 3KK2 2GQ R9910 1160204 R9911 1 16GZ0A GQ POWER KEY POWER_ON_LAN 9999 9 R9913 aid 16KK0 1MN BABI o 8 i IC9886 X deem 2 3 qa 5 6 8 9 10 11 12 13 14 15 16 SCH KR8AC A9 OA 10 DA NO DATA 1 2 3 44 b 6 7 A 8 9 10 Als 11 A 12 13 A 14 15 16 SCH_KR8AC Printed Wiring Board Diagrams This projector is isolated from AC line by using the internal converter transformer Please pay attention to the following notes in servicing MAIN K8R 1 Do not touch the part on hot side primary circuit or both parts on hot and cold sides sec ondary 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 voltages and waveforms LAMP BALLAST UNIT POWER SIDE B R C SIDE A R C SIDE B VIS
31. 645 093 1642 CABLE INTERFACE VGA 652 002 9552 CABLE INTERFACE VGA 945 023 4959 CORE CLAMP 652 003 2767 CORE CLAMP CABINET PARTS C01 610 345 0049 ASSY ADJ KR5AC C02 610 350 7934 CAB BTM LG KR8AC C03 610 350 7910 CAB TOP LG SERVICE KR8AC C04 610 350 8016 BUTTONCONTROL LG KR8AC C05 610 350 8023 COVER LMP LG SERV KR8AC C06 610 344 9999 DEC INLAY LED KR5AC C07 610 345 0018 DEC INLAY RC KR5AC C08 610 350 8030 DEC RING LG KR8AC C09 910 325 2477 DEC LEG PT5EC C10 610 350 7873 PANEL AV LG KR8AC 610 350 8054 PANEL FRONT LG KR8AC C12 610 346 5906 PANEL NET BACK A KR5AC Air filter back C13 610 345 0025 COVER LENS KR5AC CHASSIS PARTS M01 610 345 0087 HOLDER LAMP BASE KR5AC M02 610 352 4184 HOLDER POWER A KR5AC M03 610 343 3721 MTG RELAY OUT KR5AC M04 610 343 3738 MTG COND OUT KR5AC M05 610 350 4469 MTG DUCT BTM IN LAMP 610 350 4476 MTG DUCT IN LP KR8AC 07 610 347 9927 MTG DUCT PANEL KR5AF M08 610 345 0223 SPACER FLT FRONT KR5AC Air filter front M09 610 343 3707 OPTICAL TOP KR5AC M10 M11 SCREWS 501 502 503 504 505 506 610 343 3714 610 343 2588 411 031 9304 411 179 8801 412 077 8108 411 191 6304 411 192 6709 411 033 2600 OPTICAL PARTS 101 LO3 R L03 G 103 104 105 106 107 108 109 110 L11 L12 L13 L14 610 351 7667 645 101 2135 645 101 2142 645 101 2159 645 099 6993 645 102 2967 645 096 4671 645 099 0571 645 099 8447 645 099 8454 645 099 8478 94
32. Keystone offset adjustment Color shading correction adjust Optical Adjustments Before taking optical adjustments below remove the Cabinet Top following to the Mechanical Disassembly Remove the Main board and remove the AV panel Refer to Fig 1 Adjustments require a 2 0mm hex wrench and a slot screwdriver When you adjust condenser lens OUT or Relay lens OUT adjustment you need to disconnect FPC cables of LCD panels on the main board Optical adjustment requires a 2 0mm hex wrench and 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 ment must be completed within 25 minutes CAUTION To prevent suffer of UV radiation those adjust DURING SERVICING Main board The AV panel is removed and the MAIN board is lifted Relay Lens OUT Contrast Adjustment Condenser Lens OUT Adjustment Adjustment Joooooococo e E 0000000000 m 000000000000 9 oooooooooooo 000000000000 gm 200000000000 5 S e 26 Optical Adjustments Contrast adjustment Before Adjustment Inp
33. Suo DR 8 KK470AXH KK470MN R418 KKATOAYHKKATOAXH 4H 6GJA7A DRI9 L C432 z LE 16KKO 1MN ul oyiz e YF FROM IC301 4 4 x 18561458 gt RE M pepi gt o o o o C411 o amp e ELA DG 1101 DG 1 0 9 DG 2 9 m 5 C433 x 5 gt r 3 KK470MN DL uekko tAyH os Mc PS 11 DGB RKOTAXH p ll pe 1131 2 8 8 v 2 gt Dc 141 DG 5 G 46KKO 1MN GY4 pe 1 16 1 4 pe 151 DG 6 16 1 ow DG 7 E E E g E 2 8 5 6 TO 10531 S amp H Le CA 233 E RiJAdZO4G A gt m 565 s lt a db 45 mE 1181 Dm 4 ee 555 Bi OY Ne Beo gx Sx SES pus DB 2 5 5 aes 5 OY MM DB 3 5 2 n NS s T r o o _ POG wy DBI 5 2 RIJAA704G py DG 2101 DG 20 9 T DBS m DG 2 1 DB 6 1 T LAS mA S 2 oe aps 5 ou Dep ey d ee do G 9 9 amp 9 QE 5 RE PS 5 m gt Li 0 0 TO 9 60 H2 p 63 3 F3 6 G3 le s 3 99 N3 3 3 6 Ly 8
34. TO IC8801 PJ NET 10 118 za PGD ated TORCINN R3802 RXDPWO TO IC301 C3804 Me PW CONTROL h SC3801 R3803 SC3802 191 tal x 1A6GJ10A K PORT s GND R3801 1 16G 10A M PGC TO IC8801 P7 2 3 44 5 6 7 A 8 9 10 A 11 A 12 13 A 14 15 16 SCH_KR8AC OPTION RESISTOR 53272 PM See the parts list A MODEL_OPTION AI of D 15 e 4 on 1 ET D S og D 10 ona J DI11 os J a era ow EG BLAND OPTION C801 b 16KK0 1MN Bs 4 16GJ10KA om J b w __
35. eas 9 939 90 GND GND ng 4 7 az 6 6 KKSTOMN 9 AMG 1816 C16 D16 E16 GND Gp 9 9 15 9 0812 9 15 5 5 gener Gu pis R1JA4704G DHS4 R351 1 18G H00A p TRAE R348 LL16GJ100A e m 6 R352 4 a 4 14 u 14 14 6 3TMATJR N 184 CM 4 16GJ100A EA N R5863 R5864 5 PW_NET_HIL T i 222171 THBGEtOKA PW NMCLR J 306 5 13 13 C13 T 43 13 13 13 i ad LAMP DET y GND oi oor SDATA PW 6 RP E 5861 9 tr fo 525 P H MP2106DKP R322 ID PWR SW 6 n R372 H ET PWR 5 Cu SID P A UN S re 2 al ped POWER SW AN n i 1 M A 5 KKATOMN t 11 1 R321 PW LAMP ID PROG 1 166 10 R371 Rossz R ST APER 3 S3 3VD TVS2 1 16GJ180A 8846 126 BLAST AC lt Ww 00 03 83 658 3 ho 810 NEO e AN 15867 15861 15868 SDA2 RAT 1004 fio i0 10 10 10 40 cui Kio 10 10 10 10 10 10 54370 1 16GJ1KA 1 10620 0 BAL26813106 1 9885 7 6 46KKO MN TOP VIEW C317 Opel swnsr S18V PW NC 46KK0 1AYH 16KKO 1AXH an Ge S1 8V_PW 6 9 AY VT 489 fa AD9 H EXTRERIOR L INTERIOR F
36. mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 0 item no 3 and adjust the ampli tude a to be minimum by changing the Data value ee White Level 005 Electrical Adjustments 6 Auto Calibration adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video sig nal with Video mode 3 To start the auto calibration for Component adjust ment select group no 260 item no 0 and then change data value from 0 to 1 After the auto cali bration completed OK will appear on the screen below adjustment is performed when the above auto calibration is failed Gain adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video signal with Video mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group 20 item no 0 and adjust the amplitude a to be minimum by changing the Data value White Level lt 7 Common Center adjustment Enter the service mode 2 Receive the 5096 Whole Gray computer signal with Computer1 RGB mode 3 Select group no 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 101 item 1 and change data value to obtain the minimum flicker on the scre
37. 1 3GJ82 1 16GJ680 19 15531 TXXLBBO13P R1134 t A M 1 16GJATA E R5317 R10 l 1 16GJ47A Q5306 m 1 16GJ1 5KA TXXLBBO13P D1003 CJt00cM R5318 lt RB5215 30G 4 6GJ4 7KA R5333 a 10KK2 2GQ M R1026 i x L5332 SCART CV D 10KK2 2LZB D1004 1092 C4001 46kKQ 4AYH 1 3GJ82 R1063 L2F7390JG RB5219 30G 1 16GJ680A AW 4 6 3KK10MB 16KK0 1MN 178 a GND R1104 R5347 05331 C5334 C5337 R5342 6 3KK10GMB 16KK0 1AYH gt C1012 X R1037 46KKO 1MN x x coe gooey R1088 16 0 D 97 oe TRADAM TO IC301 P3 Lost 74 GND 4001 R1085 5 1051 F34DG407G i AD8075ARUP EP 1A6GJ27A mat Wes Hor m 1 socz EK IMN 1 1604560 BJ11B0381N 1066 26 Eu GND R1062 R1064 AACGMISRA 16KKD 1AXH 1166 ce 1 16GJ680A C1019 ND 75A 16KK0 1MN Kite t 16KK0 1AYH 5 1061 11081 R1083 16 2 x Q F34DG407G i APIGGUATA Ve 2 EH lt 1007 T GND R1072 8 16KK0 1MN 1C5301 C5315 E 1 16GJ75A 16 0 1 16KK0 1MN RGB IN GND 8 8 1 1_ 77 16KK0 1AXH R5213 Q74LVC125AM PWP IAE 10 473 1 16GJ100A AGKKO TAXH L1071 e 2 C1103 VS PC1 TORNO RGB OUT F340G407G 16 1 5 1071 dio 1 16GJ100A END R4077 vs2 R4072 HS PC1 2 LA GND 1169 Rom TO IC301 P3 GND 1 16GJ100A 1 16GJ100A 1
38. 180 1 16W 301 224 9316 MT GLAZE 1K JA 301 229 3913 MT GLAZE 180JA 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 225 1210 MT GLAZE 4 7 1 16W 301 225 1210 MT GLAZE 4 7K 301 225 8011 MT GLAZE 330JA 1 16W 301 224 9316 MT GLAZE 1K JA 301 225 1210 MT GLAZE 4 KJA 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 224 9019 MT GLAZE 10KJA 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 229 3913 MT GLAZE 180JA 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 229 3913 MT GLAZE 180JA 1 16W 301 224 8814 MT GLAZE 100 301 225 8011 MT GLAZE 330JA 1 16W 301 225 8110 MT GLAZE 10JA 301 229 3913 MT GLAZE 180JA 1 16W 301 225 8110 MT GLAZE 10JA 301 225 1210 MT GLAZE 4 KJA 1 16W 301 224 9415 MT GLAZE 1M JA 301 225 1210 MT GLAZE 4 KJA 1 16W 301 225 1210 MT GLAZE 4 7 301 225 1210 MT GLAZE 4 7K JA 1 16W 301 264 6511 MT GLAZE 2 2K FA KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description R8831 3012249019 MT GLAZE 10K JA 945 037 0831 R NETWORK 47X4 1 16W R8833 301 2257915 MT GLAZE 220 JA 9450370831 R NETWORK 47X4 1 16W R8834 3012249712 MT GLAZE 22 JA 945 037 0831 R NETWORK 47X4 1 16W R8837 3012261516 MT GLAZE 0 000 ZA 945 037 0831 R NETWORK 47X4 1 16W R8838 30122615166 MT GLAZE 0 000 ZA 9450370831 R NETWORK 47 4 1 16W R8839 3012257915 MT GLAZE 220 JA 945 037 0831 R NETWORK 47X4 1 16W R8840 3012261516 MT GLAZE 0 000 ZA 9450363529 R NETWORK 0X4 1 32W R8841 3012249019 MT GLAZE 10K JA 945 037 0817
39. 255 0 255 0 255 0 255 0 255 09055 0 255 0 255 0 9999 01939 cO O 0 255 0 255 0 255 Read only Read only PLC XD2600 PLC XD2200 PLC XD2600 PLC XD2200 0 Lamp Failure Detection OFF White 5096 Back 1 ON Blue 10096 Back Unit 8bit Raw Data Read only PLC XD2600 PLC XD2200 Electrical Adjustments Group Name Function 6 Not used PLC XD2600 org up Fan Tem Error Setting Memorized 0 Temp A Warning High 1 Temp B Warning High 2 Temp C Warning High 3 Temp B A Warning High 4 Temp C A Warning High 5 Temp A Warning Normal 6 Temp B Warning Normal 7 Temp C Warning Normal 8 Temp B A Warning Normal 9 Temp C A Warning Normal 10 Temp A Warning Eco 11 Temp B Warning Eco 2 Temp C Warning Eco 13 Temp B A Warning Eco 4 Temp C A Warning Eco 15 Temp A Warning Offset Temp Temp B Warning Offset Temp 7 Temp C Warning Offset Temp 18 Temp B A Warning Offset Temp 19 Temp C A Warning Offset Temp 20 Temp A Warning Offset Time 21 B Warning Offset Time 29 Temp C Warning Offset Time 23 Temp B A Warning Offset Time 24 Temp C A Warning Offset Time PLC XD2600 Group Temp A to judge the Temp Error at Normal Room Temp B to judge the Temp Error at Normal Panel Temp C to judge the Temp Error at Normal Lamp Temp B A to judge the Temp Error at Normal Clogging Det T
40. 28G TLP421F GBP R674 R683 110 27 1H0GF4goc T i uoc RE RGIS 1 106J33KC ii F B DET Pula NC D632 C633 cou RFIOILZSP Ciioocea 633 are a RES KK2200 1 EGOIC TLP421F GBP MOGF4 2KC BG I lowsi T R635 DCTIPAZIE GRP enxe M 4HOGJD2KC T 195355 H 1SJ0 39LBYAS DCTLP781F GBP AN E 199300 7 id m R692 1 10GJ1KC COLD Em 57 CAUTION Components indicated by a mark A in this schematic diagram have the special significance in the safety It is therefore particularly recommended that the replacement of those parts must be made by exactly the same parts Must be used with a specified fuse Unauthorized substitutions may result in fire or accident This projector is isolated from 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 the 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 the voltages and waveform A EEG C MET 2 k EREE K OER OTE OOS O Bane CHA lt EAL CHAS AV 1 AREEAL KT cud KRORACROES MRSS FEREROY APRBROKIT OC PacOBAle CHES JE Lie Ahi D Z5 SIRE iC Rd SCRBTSCEMBVIET ab RA AUS L
41. 303 282 5118 CERAMIC 303 282 5118 CERAMIC 470P K 303 453 8917 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8719 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 9211 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 282 5118 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 384 4712 TA SOLID 303 453 8917 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 8719 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 9211 CERAMIC 303 409 3426 CERAMIC 0 1U K KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description C346 303 453 8917 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 396 9613 CERAMIC 1UK 303 409 3426 CERAMIC 303 397 7618 CERAMIC 1UK 303 453 8917 CERAMIC 403 478 5912 CERAMIC 1UK 303 453 8610 CERAMIC 303 453 7019 CERAMIC 33P J 303 409 3426 CERAMIC 303 453 961
42. 5118 CERAMIC 303 453 8610 CERAMIC 303 453 8917 CERAMIC 303 409 3426 CERAMIC 303 453 8610 CERAMIC 403 455 1012 CERAMIC 303 409 3426 CERAMIC 303 433 1112 CERAMIC 303 372 7510 CERAMIC 403 455 1012 CERAMIC 303 370 0216 CERAMIC 303 433 1112 CERAMIC 303 453 8719 CERAMIC 403 455 1012 CERAMIC 303 453 9211 CERAMIC 303 433 1112 CERAMIC 303 282 5118 CERAMIC 403 455 1012 CERAMIC 403 455 1012 CERAMIC 303 433 1112 CERAMIC 303 433 1112 CERAMIC 403 455 1012 CERAMIC 303 453 8719 CERAMIC 303 433 1112 CERAMIC 303 453 9211 CERAMIC 303 453 8917 CERAMIC 303 282 5118 CERAMIC 303 453 8610 CERAMIC 303 453 8719 CERAMIC 303 409 3426 CERAMIC 303 453 9211 CERAMIC 303 453 8917 CERAMIC 303 282 5118 CERAMIC 303 453 8610 CERAMIC 303 453 8917 CERAMIC 303 409 3426 CERAMIC 303 453 8610 CERAMIC 303 453 8719 CERAMIC 303 409 3426 CERAMIC 303 453 9211 CERAMIC 303 453 8719 CERAMIC 303 282 5118 CERAMIC 303 453 9211 CERAMIC 303 453 8719 CERAMIC 303 282 5118 CERAMIC 303 453 9211 CERAMIC 303 453 8917 CERAMIC 303 282 5118 CERAMIC 303 453 8610 CERAMIC 303 453 8719 CERAMIC 303 409 3426 CERAMIC 303 453 9211 CERAMIC 303 358 3215 CERAMIC 303 282 5118 CERAMIC 303 370 0018 CERAMIC 303 453 8917 CERAMIC 303 368 7319 CERAMIC 303 453 8610 CERAMIC 403 455 1012 CERAMIC 303 409 3426 CERAMIC 303 433 1112 CERAMIC 303 358 3215 CERAMIC 303 453 8719 CERAMIC 303 370 0018 CERAMIC 303 453 9211 CERAMIC 303 368 7319 CERAMIC 303 282 5118 CERAMIC 303 453 8917 CERAMIC 303 358 3215 CERAMIC 303 453 8610 CERAMIC 30
43. 8814 MT GLAZE 100 301 224 8814 MT GLAZE 100 301 224 8814 MT GLAZE 100 JA 301 224 8814 MT GLAZE 100 301 224 8814 MT GLAZE 100 301 224 8814 MT GLAZE 100 301 225 1210 MT GLAZE 4 7 JA 301 224 8814 MT GLAZE 100 301 225 1210 MT GLAZE 4 7K JA 301 225 1814 MT GLAZE 47 JA 301 225 1210 MT GLAZE 4 7K JA 301 225 1210 MT GLAZE 47 JA 301 224 9019 MT GLAZE 10K JA 301 226 2414 MT GLAZE 560 JA 301 225 1210 MT GLAZE 4 7 JA 301 226 1516 MT GLAZE 0 000 ZA 301 226 1516 MT GLAZE 0 000 ZA 301 226 1516 MT GLAZE 0 000 ZA 301 226 1516 MT GLAZE 0 000 ZA 301 224 8814 MT GLAZE 100 301 224 8814 MT GLAZE 100 JA 301 224 8814 MT GLAZE 100 301 224 8814 MT GLAZE 100 301 226 1516 MT GLAZE 0 000 ZA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1KJA KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 301 224 8814 MT GLAZE 100 JA 1 16W 301 225 1210 MT GLAZE 4 7K 301 224 8814 MT GLAZE 100 1 16W 301 225 1210 MT GLAZE 4 7K JA 301 226 1516 MT GLAZE 0 000 ZA 1 16W 301 224 9019 MT GLAZE JA 301 226 1516 MT GLAZE 0 000 ZA 1 16W 301 224 9019 MT GLAZE 10K JA 301 259 7823 MT GLAZE 20K 1 16W 301 224 9019 MT GLAZE 10K JA 301 225 0718 MT GLAZE 56KJA 1 16W 301 225 1210 MT GLAZE 4 7K 301 224 9019 MT GLAZE 10KJA 1 16W 301 225 8110 MT GLAZE 10JA 301 224 8814 MT GLAZE 100JA 1 16W 301 294 3016 MT GLAZE 10K FA 301 224 9019 MT GLAZE 10KJA 1 16W 301 224 8913 MT
44. A Warning Normal Temp B Warning Normal Temp C Warning Normal Temp B A Warning Normal Temp C A Warning Normal Temp A Warning Eco Temp B Warning Eco Temp C Warning Eco Temp B A Warning Eco Temp C A Warning Eco Temp A Warning Offset Time Temp B Warning Offset Time Temp C Warning Offset Time Temp B A Warning Offset Time Temp C A Warning O Time set PLC XD2200 Temp A to judge the Temp Error at Normal Room Temp B to judge the Temp Error at Normal Panel Temp C to judge the Temp Error at Normal Lamp Temp B A to judge the Temp Error at Normal Clogging Det Temp C A to judge the Temp Error at Normal Clogging Det Temp A to judge the Temp Error at Eco Room Temp B to judge Eco Panel Temp C to judge Eco Panel Temp B A to judge the Temp Error at Normal Clogging Det Temp C A to judge the Temp Error at Normal Clogging Det he Temp Error at he Temp Error at Offset of Temp Error Minutes Error Setting Value is increased X min ute at the below condition Standby Right to turn on the lamp Right to change the Lamp mode Fan Control Range Setting Temp Voltage High Fan Control Min Temp High Fan Control Max Temp High Fan1 Min High Fan1 Max High Fan2 Min High Fan2 Max High Fan3 Min High Fan3 Max ormal Fan Control Max Temp ormal Fan1 Min Normal Fan1 Max ormal Fan2 Min Normal Fan2 Max ormal Fan3 Min Norm
45. ASSY REMOCON CXZR LO3 R 645 101 2340 LENS CONDENSER B 610 344 9944 RC BATTERY LID MXAC L03 G 645 101 2142 ASSY LENS CONDENSER G 103 645 101 2357 LENS CONDENSER R AC CORD 104 645 099 6993 LENS PROJECTION AUS 645 101 1213 CORD POWER 1 8MK US 645 102 2967 LENS PROJECTION 645 101 1220 CORD POWER 1 8MK EU 105 645 096 4671 LENS RELAY OUT 645 101 1237 CORD POWER 1 8MK UK 106 645 099 0571 LENS RELAY IN A BRA 645 102 6996 CORD POWER 2 5MK BRA LO7 645 099 8447 LENS INTEGRATOR IN 08 645 099 8454 LENS INTEGRATOR OUT MISCELLANEOUS 610 343 0249 STRAP CAP KT7AC 109 645 099 8478 LENS CONDENSER OUT 9450734855 CABLE INTERFACE VGA d Med pas jue 2 645 093 1642 CABLE INTERFACE VGA 6520029552 CABLE INTERFACE VGA 112 645 099 8492 MIRROR B 2222217 L13 6451005144 DICHROIC MIRROR B 652 003 2767 CORE CLAMP L14 645 100 5151 DICHROIC MIRROR G CABINET PARTS SERVICE TOOLS C01 610 345 0049 ASSY ADJ KR5AC 610 343 5596 CD ROM PJ SVC TOOL V420 C02 610 350 7934 CAB BTM LG KR8AC C03 610 350 7910 CAB TOP LG SERVICE KR8AC C04 610 350 8016 BUTTONCONTROL LG KR8AC C05 610 350 8023 COVER LMP LG SERV KR8AC C06 610 344 9999 DEC INLAY LED KR5AC C07 610 345 0018 DEC INLAY RC KR5AC C08 610 350 8030 DEC RING LG KR8AC C09 910 325 2477 DEC LEG PT5EC C10 610 350 7873 PANEL AV LG KR8AC C11 610 350 8054 PANEL NET FRONT LG KR8AC C12 610 346 5906 PANEL NET BACK A KR5AC Air filter back C13 610 345 0025 COVER LENS KR5AC CHASSIS PARTS
46. CERAMIC IUK 303 342 3313 CERAMIC 303 397 7618 CERAMIC IUK 303 396 9613 CERAMIC 403 478 5912 CERAMIC IUK 303 397 7618 CERAMIC 303 453 9815 CERAMIC 0 01U K 403 478 5912 CERAMIC 303 369 0527 CERAMIC 0 01U K 303 396 9613 CERAMIC 303 157 7018 CERAMIC 1800P K 303 397 7618 CERAMIC 303 453 9815 CERAMIC 0 01U K 403 478 5912 CERAMIC 303 369 0527 CERAMIC 0 01U K C553 303 342 3313 CERAMIC 403 455 1616 CERAMIC 10U K C554 303 342 3313 CERAMIC 403 478 5813 CERAMIC 10U K C5541 303 437 4614 CERAMIC 303 397 5713 ELECT 100U M C5542 403 467 0911 CERAMIC 303 453 9815 CERAMIC 0 01U K C557 303 396 9613 CERAMIC 303 369 0527 CERAMIC 0 01U K 303 397 7618 CERAMIC 303 392 5015 CERAMIC 22UM 403 478 5912 CERAMIC 403 455 9216 CERAMIC 22UM C558 303 396 9613 CERAMIC 303 443 9214 CERAMIC 22UM 303 397 7618 CERAMIC 303 342 3313 CERAMIC 0 1U K 403 478 5912 CERAMIC 303 342 3313 CERAMIC 0 1U K C561 303 298 9612 CERAMIC 303 372 7510 CERAMIC 2 2U K C562 303 453 8917 CERAMIC 303 370 0216 CERAMIC 2 2U K 303 453 8610 CERAMIC 303 358 3215 CERAMIC 10U K 303 409 3426 CERAMIC 303 370 0018 CERAMIC 10U K C5621 303 383 5215 CERAMIC 303 368 7319 CERAMIC 10U K C5623 303 383 5215 CERAMIC 403 455 1012 CERAMIC IUK C563 303 453 8917 CERAMIC 303 433 1112 CERAMIC IUK 303 453 8610 CERAMIC 403 467 0911 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8917 CERAMIC 0 1U K C564 303 453 8917 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 324 6417 CERAMI
47. ELECT 100U M Q611 3051403707 25 2698 C653 3033670410 CERAMIC Q641 30501445120 25 2412 7146 R 3033701510 CERAMIC 3050144611 TR2SC2412KT146 S C661 3034454405 ELECT 1800U M 3050158727 TR2SC2812 L6 TB C662 303367 0410 CERAMIC 3050158925 25 2812 17 3040912609 01UK 305 1631615 TR2SC2812N L6 TBO C663 3033670410 CERAMIC 0 1U K 305 1739816 25 3928 1 304091 2609 CERAMIC 305 1739915 25 3928 15 C664 3034296718 ELECT 15000 M 305 014 4512 TR2SC2412KT146R C665 3034099913 ELECT 4700 M 3050144611 TR 25C2412K T146 S C671 3040912609 CERAMIC 305 015 8727 25 2812 16 7 RESISTOR 3050158925 25 2812 17 nes 3051631615 TR2SC2812N L6 TBO 301 2423914 MTGLAZE 240K JA KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description NR602 301 242 3914 MT GLAZE 240KJA 1 2W 307 149 0810 DIODE 155355 TE 17 R611 401 353 0311 MT GLAZE 430KJA 1 3W D632 307 247 8827 DIODE RF101L2S R612 401 353 0212 MT GLAZE 360KJA 1 3W 307 190 4119 DIODE SFPL 52V R613 301 256 6314 MT GLAZE 47KJA 1 10W D633 308 061 8806 DIODE 01 R614 302 106 5508 RESISTER 0 075KB 5 D634 307 206 5413 ZD UDZS TE 178 2B R615 402 122 0409 MT GLAZE 680KDD 1 4W D651 307 247 8827 DIODE RF101L2S R616 402 122 0409 MT GLAZE 680KDD 1 4W 307 190 4119 DIODE SFPL 52V R621 301 326 1812 MT GLAZE 8 2K DA 1 10W D661 407 269 8400 DIODE FMEN 210A R622
48. GLAZE 100K JA 301 224 9019 MT GLAZE 10KJA 1 16W 301 294 3511 MT GLAZE 27K FA 301 224 9019 MT GLAZE 10KJA 1 16W 301 294 2811 MT GLAZE 2 2K FA 301 230 8013 MT GLAZE 1KJA 1 3W 301 224 9019 MT GLAZE 10K JA 301 224 8814 MT GLAZE 100JA 1 16W 301 224 9316 MT GLAZE 1K JA 301 225 1210 MT GLAZE 4 7 1 16W 301 224 9316 MT GLAZE 1K JA 301 301 3718 MT GLAZE 2KFA 1 16W 301 225 0213 MT GLAZE 3 3K JA 301 035 4111 MT GLAZE 0 000 2 1 8W 301 225 0213 MT GLAZE 3 3K JA 301 226 1516 MT GLAZE 0 000 ZA 1 16W 301 286 4717 MT GLAZE 30K JA 301 224 8814 MT GLAZE 100JA 1 16W 301 336 8818 MT GLAZE 6 8K FA 301 224 9019 MT GLAZE 10KJA 1 16W 301 294 2811 MT GLAZE 2 2K FA 301 225 1210 MT GLAZE 4 7 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1KJA 1 16W 301 225 8516 MT GLAZE 1 8K JA 301 224 9019 MT GLAZE 1 16W 301 224 9316 MT GLAZE 1K JA 301 226 1516 MT GLAZE 0 000ZA 1 16W 301 284 3326 MT GLAZE 3K FA 301 225 2118 MT GLAZE 12KJA 1 16W 301 286 4717 MT GLAZE 30K JA 301 224 8913 MT GLAZE 100KJA 1 16W 301 224 9019 MT GLAZE 10K JA 301 294 3016 MT GLAZE 1 16W 301 2251210 MT GLAZE 4 7K JA 301 294 3511 MT GLAZE 27K FA 1 16W 301 225 8110 MT GLAZE 10 JA 301 226 1516 MT GLAZE 0 000 ZA 1 16W 301 224 8913 MT GLAZE 100K JA 301 224 9019 MT GLAZE 10KJA 1 16W 301 294 3511 MT GLAZE 27K FA 301 224 9316 MT GLAZE 1KJA 1 16W 301 294 2811 MT GLAZE 2 2K FA 301 225 1210 MT GLAZE 4 KJA 1 16W 301 224 9019 MT GLAZE 10K JA 301 224 9019 MT GLAZE 10KJA 1 16W 301
49. H0 0MOLSTO1L A30C5 l aezx 9 MAIN K8D MZ op 6 e D PCB_KR8AC A11 12 LAMP BALLAST 001 UNIT SW902 SP901 5 s a 210245 i36 2 Qu at us b 08 Gr gt fifo EL iE 1 PCB KR8AC MAIN SIDE B R C K29D 2 E AUDIO JACK K8M A13 KR8AC DATA 14 PCB_KR8AC
50. MT GLAZE 1 5KJA 1 16W 3034538610 CERAMIC 301 2253818 MT GLAZE 1 5 1 16W 3034093426 0 1U K 3012249415 MT GLAZE 1MJA 1 16W 3033921215 ELECT 47U 3012261516 MT GLAZE 0 000ZA 1 16W 3034538917 CERAMIC 301 226 15166 2 0 0002 1 16W 303 4538610 CERAMIC 0 1U K 301 265 5018 MT GLAZE 750 FA 1 10 3034093426 CERAMIC 0 1U K 4013449415 MT GLAZE 18KDA 1 16W 3034538917 CERAMIC 4013445110 MT GLAZE 15 1 16W 303 4538610 0 1U K 3012250619 MT GLAZE 5 6KJA 1 16W 3034093426 CERAMIC 301 2249217 MT GLAZE 15KJA 1 16W 3033766212 0 22U K 3012350012 2 75 1 16W 3034538917 CERAMIC 0 1U K 3012350012 MT GLAZE 7 5KJA 1 16W 303 4538610 CERAMIC 0 1U K 3012251517 MT GLAZE 39KJA 1 16W 3034093426 CERAMIC 301 2249019 MT GLAZE 1 16W 301 2248814 2 100 1 16W RESISTOR 3012248814 MT GLAZE 100JA 1 16W R1001 301 260 4115 MT GLAZE 75 JA 301 260 4115 MT GLAZE 75 1 3W R1002 301 225 1210 MT GLAZE 4 7K JA 301 225 1814 MT GLAZE 47JA 1 16W R1004 301 225 1210 MT GLAZE 4 7K JA 301 225 3818 MT GLAZE 1 5KJA 1 16W R1012 3012248814 MT GLAZE 100 JA 3012261516 MT GLAZE 0 000ZA 1 16W R1013 301 2248814 MT GLAZE 100 JA 2019329814 MEGLA DIA TAE R1014 3012251814 MT GLAZE 47 JA 3012248814 MT GLAZE 100 1 16W R1016 301 2261516 MT GLAZE 0 000 ZA ae MECLAZE IA ATE R1021 3012604115 MT GLAZE 75 301 2248913 MT GLAZE
51. 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 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 8 0 31 48 GhostG Pos 8 0 31 49 GhostB Pos 8 0 31 50 GhostR Cen 0 0 2047 51 GhostR Star 128 0 255 52 GhostR End 128 0 255 53 GhostG Cen 0 0 2047 54 GhostG Star 128 0 255 55 GhostG End 128 0 255 56 GhostB Cen 0 0 2047 57 GhostB Star 128 0 255 58 GhostB End 128 0 255 59 BlockR1 0 0 2047 lt gt Cyclic Operation 60 BlockG1 0 0 2047 lt gt Cyclic Operation 61 BlockB1 0 0 2047 lt gt Cyclic Operation 62 BlockR2 0 0 2047 lt gt Cyclic Operation 63 BlockG2 0 0 2047 lt gt Cyclic Operation 64 BlockB2 0 0 2047 lt gt Cyclic Operation 65 ReverceR 0 0 2047 lt gt Cyclic Operation 66 ReverceG 0 0 2047 lt gt Cyclic Operation 67 ReverceB 0 0 2047 lt gt Cyclic Operation 68 BackCrossR Cen 2 0 2047 69 BackCrossR Star 128 0 255 70 BackCrossR End 128 0 255 71 BackCrossG Cen 2 0 2047 72 BackCrossG Star 128 0 255 73 BackCrossG End 128 0 255 74 BackCrossBR Cent 2 0 2047 75 BackCrossB Star 128 0 255 76 BackCross
52. PW190 10L 303 453 8610 CERAMIC 1C302 309 487 5727 IC TC7SZ125FU 303 409 3426 CERAMIC IC3801 409 699 2815 MAX232ECPWR 303 453 8917 3852 309 246 9710 IC LA6358NM TE L E 303 453 8610 CERAMIC 0 1UK IC4001 410686 4702 IC EL5306IUZ T7 303 409 3426 CERAMIC 0 1UK 4701 309 428 8428 IC TC7WT125FU TE12L 403 455 5713 CERAMIC 15P J IC4891 309395 5915 IC TC7SHOOFU TE85L 403 455 5218 CERAMIC 15P J 5001 410693 3903 IC LC75344M D TLM E 303 305 8515 CERAMIC 15P J 5002 309 438 5513 IC TC4052BFT 403 455 5713 CERAMIC 15P J 5031 309594 1916 IC LM4889MMX 403 455 5218 CERAMIC 15P J IC5081 309 578 6210 1 505 25 303 305 8515 15P J IC5542 410689 7502 IC XC6216B902MR 303 453 8917 CERAMIC 5621 410651 0104 R1131D101B TR F 303 453 8610 CERAMIC IC5821 409 689 2115 MP2106DK 303 409 3426 0 1UK 5841 409 694 5316 IC TJ3965D 2 5V 8L 303 453 8917 CERAMIC IC5861 409 689 2115 MP2106DK 303 453 8610 0 1U K 1 592 309 461 7822 IC PO20WZ11 303 409 3426 CERAMIC 1 7811 309 675 1316 FA7703V H1 303 453 8917 IC7841 309 461 7822 IC PQ20WZ11 303 453 8610 CERAMIC IC801 410 707 2601 M29W320ET70N6EKR8AC 303 409 3426 CERAMIC 841 409 699 3010 PT7M7809STE 303 453 8917 IC8801 410 708 8206 IC PIC18F67J60 I PT KR8AC 303 453 8610 CERAMIC
53. PreCoast PC Video 480i PostCoast PC Video 480i PreCoast PC Video 575i PostCoast PC Video 575i PreCoast PC Video 480p PostCoast PC Video 480p PreCoast PC Video 575p PostCoast PC Video 575p PreCoast PC Video 720p 60Hz PostCoast PC Video 720p 60Hz PreCoast PC Video 720p 50Hz PostCoast PC Video 720p 50Hz PreCoast PC Video 1080i 60Hz PostCoast PC Video 1080i 60Hz PreCoast PC Video 1080i 50Hz PostCoast PC Video 1080i 50Hz PreCoast PC Video 1035i PostCoast PC Video 1035i PreCoast PC Video 1080p 60Hz PostCoast PC Video 1080p 60Hz PreCoast PC Video 1080p 50Hz PostCoast PC Video 1080p 50Hz PreCoast PC Video 1080p 30Hz PostCoast PC Video 1080p 30Hz PreCoast PC Video 1080p 25Hz PostCoast PC Video 1080p 25Hz PreCoast PC Video 1080p 24Hz PostCoast PC Video 1080p 24Hz PC Component SCART PC Component SCART PC Component SCART PC Component SCART PC Component SCART PC Component SCART i Alias Filter Green Red and Blue An Green Red and Blue An Downsample Green Red and Blue An Frequency PC Component SCART SyncOn Green Threhould PC Component SCART i Alias i Alias High Sync On Green Hsysterisis Enable 128 120 128 0 255 G Pedestal Adjustment 128 140 128 0 255 R Pedestal Adjustment 128 140 128 0 255 B Pedestal Adjustment 50 50 50 0 255 G Gain Adjustmen 40 40 40 0 255 R Gain Adjustmen 40 40 40 0 255 B Gain Adjustmen 4 R R 0 7 0 R
54. R 0 3 Composite amp S Video Component SRR 0 3 R Read only value 6 3 2 0 15 0 0 1 4 0 7 4 0 7 3 0 63 8 0 63 7 0 63 18 0 63 7 0 63 18 0 63 7 0 63 18 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 13 0 63 7 0 63 118 0 63 7 0 63 13 0 63 37 Electrical Adjustments Group Item 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 180 81 182 83 10 11 12 13 Group 41 Item Name Function PreCoast YCbCr 480i PostCoast YCbCr 480i PreCoast YCbCr 575i PostCoast YCbCr 575i PreCoast YCbCr 480p PostCoast YCbCr 480p PreCoast YCbCr 575p PostCoast YCbCr 575p PreCoast YCbCr 720p 60Hz PostCoast YCbCr 720p 60Hz PreCoast YCbCr 720p 50Hz PostCoast YCbCr 720p 50Hz PreCoast YCbCr 1080i 60Hz PostCoast YCbCr 1080i 60Hz PreCoast YCbCr 1080i 50Hz PostCoast YCbCr 1080i 50Hz PreCoast YCbCr 1035i PostCoast YCbCr 1035i PreCoast SCART 480i PostCoast SCART 480i PreCoast SCART 575i PostCoast SCART 575i Sync Processor Minimum sync amplitude threshold SYNCAMPHLCKTOLOW for HLCK 1 to 0 tansition Minimum sync amplitude threshold SYNCAMPHLECKTOHI for HLCK 0 to 1 tansition Video Decoder R Read Only Value Composite S Video Y Level ADC Y Level RGB Gain Composite S Video C Level ADC C Level Saturation XCXL Level Cross
55. RV OINPUT SETP 3072 1 0 1023 192 V INPUT SETP 3584 1 0 1023 193 V INPUT SETP 4096 1020 0 1023 194 G V INPUT SETP 0 5 0 1023 195 V INPUT SETP 512 2 0 1023 196 G V INPUT SETP 1024 3 0 1023 197 G V INPUT SETP 1536 2 0 1023 198 G_V_INPUT_SETP_2048 0 0 1023 199 G_V_INPUT_SETP_2560 1023 0 1023 200 G V INPUT SETP 3072 1 0 1023 201 G_V_INPUT_SETP_3584 1 0 1023 202 G V INPUT SETP 4096 1020 0 1023 203 B V INPUT SETP 0 5 0 1023 204 B V INPUT SETP 512 2 0 1023 205 B V INPUT SETP 1024 3 0 1023 206 B V INPUT SETP 1536 2 0 1023 207 B V INPUT SETP 2048 0 0 1023 208 B V INPUT SETP 2560 1023 0 1023 209 B V INPUT SETP 3072 1 0 1023 210 B V INPUT SETP 3584 1 0 1023 211 B V INPUT SETP 4096 1020 0 1023 212 ERPPOL 84 0 4095 213 FRP POS 32 0 255 214 SWAP 1344 0 2047 215 PRE_COLSHD_SEL 0 0 255 216 HSYNC_FLLOW 1 0 1 217 DELAY_HSYNC 0 0 2047 218 DELAY_VSYNC 16 0 255 219 VSYNC_FOLLOW 0 0 1 220 BLANK_RCENTER 0 0 2047 221 BLANK_RSTART 128 0 255 222 BLANK_REND 128 0 255 223 BLANK_GCENTER 0 0 2047 224 BLANK_GSTART 128 0 255 225 BLANK_GEND 128 0 255 226 BLANK_BCENTER 0 0 2047 227 BLANK_BSTART 128 0 255 228 BLANK_BEND 128 0 255 229 Output limit R 3686 3522 0 4095 230 Output limit G 3686 3274 0 4095 43 Electrical Adjustments Group Item 231 Output limit B 232 CROSSTALK_COEF_R 233 CROSSTALK COEF_G 234 CROSSTALK COEF_B 235 LCCON_ENABLE 236 ENBY_L1 237 ENBY_H1 238 ENBY_L2 239 ENBY_H2 It
56. Schematic Diagrams Printed Wiring Board Drawings Model Chassis No PLC XD2200 KR8 XD220000 PLC XD2600 KS8 XD260000 These schematic diagrams and printed wiring board drawings are part of the service manual original for chassis No KR8 XD220000 KS8 XD260000 models PLC XD2200 PLC XD2600 File with the service manual No SM5111242 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 KR8 XD220000 KS8 XD260000 Parts description and reading in schematic diagram 1 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 voltmeter Capacitor Reading Example 2000 K K 1000 BG S Example 160 E M 10 Capacitance value Excepting electric capacitors all capacitance values of less than 1 are expressed UF and more than 1 are in pF
57. UO InW 1 97890 H NO 2 9890 HNO 39V 1d3u dv L 89q A mem lt lt ano L 037 aw ed dwa 57890 HNO A SNINHVM tin MS Ov 15718 9 87031 V Nyd 108801 inodl 1 V H LAN Md 10091 16450 25 50 NVT MS H3MOd 1C301 SCALER lt PW190 gt Chassis Block Diagrams Lamp control 6873 MS 206 65 16 LOGY IOS OHO qns MS 988691 zoel Jajeos 06LMd prse em NO WMd dIAV1 2 MS VINH3H L 22 Chassis Block Diagrams Aud IO Circuli Id oipny lt 061Md gt 119 431V9S 10 2 H u0 MN 39 MS 135 Olanv uq 90S0 190SO INAV9SLLINPN 03002 oipny lt 4148040 721 gt 100521 1 200521 NI OIQNY NI OIQNY 95 1292 89 Od Chassis Block Diagrams 105 6621 ans 5886 20820 q M 24 ms nl 690 2690
58. WEGLAZE R1062 301 263 7420 MT GLAZE 75 3012250213 7 3 3KJA 1 16W R1063 3012252019 MT GLAZE 680 JA 3012250213 MT GLAZE 3 3KJA 1 16W R1064 301 225 2019 MT GLAZE 680 JA 301 225 1814 MT GLAZE 47 1 16W R1065 3012255818 MT GLAZE TOKIA 3012250213 MT GLAZE 3 3KJA 1 16W R1066 301 225 3818 MPC AZE ok 3012250213 MT GLAZE 3 3KJA 1 16W R1099 301 22538187 JMIGEASE 3012250213 MT GLAZE 3 3KJA 1 16W R1070 301263720 MI GLAZE 75 JA 3012250213 MT GLAZE 3 3KJA 1 16W R1072 30126574207 TJA 3012251814 MT GLAZE 47 1 16W R1073 23012637420 TAA 3012251814 MT GLAZE 47 1 16W R1077 3012637420 MPG RZE 75JA 301 2251814 MT GLAZE 47 1 16W R1078 301263 7420 753A 3012248814 MT GLAZE 100JA 1 16W R1072 3012637420 oY 3012248814 MT GLAZE 100 1 16W HISP 3012637420 3012251814 MT GLAZE 47 1 16W R1081 301 225 1418 MT GLAZE 47K JA MEOE R1083 23022391014 GMT GLAZE IJA 3012251418 MT GLAZE 47KJA 1 16W R1084 3012253818 MT GLAZE 1 5KJA 3012246814 100 1 16W RIO8S 3012231816 MT GLAZE HIA 3012248814 MT GLAZE 100 1 16W KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 301 263 7420 MT GLAZE 75 JA 301 225 1814 MT GLAZE 47 301 225 1418 MT GLAZE 47K JA 301 225 1814 MT GLAZE 47 JA 301 224 8814 MT GLAZE 100 JA 301 225 1814 MT G
59. 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 and chassis ground 4 Select group no 07 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 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 2 5 A8 N 68 5 Sg oa Gain 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 and chassis ground 4 Select group no 07 item 3 and adjust the ampli tude a to be minimum by changing the Data value 5 Connect an oscilloscope to test point TP35R and chassis ground 6 Select group no 0 item no 4 and adjust the ampli tude a to be minimum by changing the Data value 7 Connect an oscilloscope to test point and chassis ground 8 Select group no 0 item no 5 and adjust the ampli tude a to be minimum by ch
60. change data value to adjust voltage to be 13 8 0V 0 1V 4 Connect a digital voltmeter to test point TPFANB and chassis ground J Select item no 2 and change data value to adjust voltage to be 4 5 0 1V Connect a digital voltmeter to test point TPFANB and chassis ground Select item no 3 and change data value to adjust voltage to be 13 8 0V 0 1V Connect a digital voltmeter to test point TPFANC and chassis ground Select item 4 and change data value to adjust voltage to be 4 5 0 1V 7 Connect a digital voltmeter to test point TPFANC and chassis ground J Select item no 5 and change data value to adjust voltage to be 13 8 0V 0 15V N 32 3 Black Level Adjustment 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer 1 RGB mode 3 Select group no 101 item no 16 to adjust the voltage of TP35G to make the amplitude B Vpp to be 10 00 0 05V Electrical Adjustments 4 Auto Calibration adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer1 RGB mode 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 com pleted OK will appear on the screen Below adjustments are performed when the above auto calibration is failed Pedestal
61. difficult even if the temperature of the soldering iron is increased The extra difficulty 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 KR8 XD220000 KS8 XD260000 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 96 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 Schematic Diagrams 1 KR8AC 01 SCH_KR8AC PROJECTION LENS F631 T651 FFXAVB0018GJ 1AV4L5187230N J10XF050G 8611 10
62. for 20 Gamma for R Turn Read only Sets LTurn Gamma if the Value is set to 0 Sets R Turn Gamma if the Value is set to 20 Electrical Adjustments Item Name Function Initial Range Note 1 Disp Dots 668 0 4095 2 H Back Porch 28 0 4095 3 V Back Porch 18 0 4095 4 Disp Line 458 0 4095 Group 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 Composite SECAM Composite S Video 502 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 SCART 480i 510 0 1 Disp Dots 674 0 4095 2 H Back Porch 132 0 4095 3 V Back Porch 43 0 4095 4 Disp Line 452 0 4095 Group SCART 575i 511 0 1 Disp Dots 650 0 4095 2 H Back Porch 152 0 4095 3 V Back Porch 68 0 4095 4 Disp Line 514 0 4095 Group 480i 520 O Total Dots 858 0 4095 1 Disp Dots 670 0 4095 2 H Back Porch 146 0 4095 3 V Back Porch 48 0 4095 4 Disp Line 458 0 4095 Group ycbcr 575i 521 0 Total Dots 864 0 4095 1 Disp Dots 656 0 4095 2 H Back Porch 162 0 4095 3 V Back Porch 64 0 4095 4 Disp Line 534 0 4095 Group 480P 522 O Total Dots 858 0 4095 Read only 1 Disp Dots 684 0 4095 2 Porch 136 0 4095 3 V Back Porch 46 0 4095 4 Disp Line 460 0 4095 Group ycbcr 575p 523 O Total Dots 864 0 4095 Read
63. of IC5002 Check if the audio signal is observed at pins 2 and 9 of IC5001 Check if the audio signal is observed at pins 5 and 8 of IC5031 Check audio output circuit Check 1 5002 and peripheral circuit Check the Pins 7 and 16 of IC5002 the voltage is respectively 7V 5V Check the pin 10 of IC5002 Check IC5001 and peripheral circuit Check 9V power supply Check 1C5031 and peripheral circuit Check the Mute signal at pin 1 of IC5301 The Mute signal is output from pin 267 of IC 301 Scaler OUT DET signal is sent from Audio Out terminal Mute On H at pin 267 of IC301 L at pin 1 of IC5031 Check speaker connection of the terminal K8F 65 Control Port Functions Scaler I O Port Functions PW190 PIN NO 1 1 26 101 124 99 202 205 208 211 212 28 191 276 278 284 285 290 293 294 295 215 126 190 275 352 353 362 368 216 127 30 96 189 420 298 128 374 347 184 269 89 267 344 413 PORT NO A1 11 26 B2 B25 Cie E15 C18 C21 CZ C26 D2 D3 D5 012 017 020 D21 D22 D24 D25 14 20 24 225 E26 F2 F5 F23 F25 J22 K4 L2 L3 N1 N3 N4 N5 PORT NAME FUNCTION PORTD7 PORTC5 RXD1 PORTD6 TXD_ PW PORTE3 PORT C2 PORTCO 5 PORTH1 PORT ADC1 H7 PORTE4 PORTE1 PORT PWM1 05 PORTH4 PORT H6 T
64. only 1 Disp Dots 690 0 4095 2 142 0 4095 3 V Back Porch 56 0 4095 4 Disp Line 550 0 4095 Group YCbCr 720P 60 0 Total Dots 1650 0 4095 Read only 51 Electrical Adjustments Group Item 1 2 3 4 Group 525 O N Group 526 N Group 527 5 N Group 528 N Group 540 Group 541 Group 542 Group 543 0 1 2 Disp Dots H Back Porch V Back Porch Disp Line YCbCr 720P 50 Total Dots Disp Dots H Back Porch V Back Porch Disp Line YCbCr 1080i 60 Total Dots Disp Dots H Back Porch V Back Porch Disp Line YCbCr 1080i 50 Total Dots Disp Dots H Back Porch V Back Porch Disp Line YCbCr 1035i Total Dots Disp Dots H Back Porch V Back Porch Disp Line RGB Video 480i Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width RGB Video 575i Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width RGB Video 480P Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width RGB Video 575P Total Dots Disp Dots H Back Porch 52 Initial 1248 313 34 700 1980 1248 338 36 700 2200 1872 256 54 1052 2640 1870 257 54 1052 2200 1872 256 92 1012 960 752 166 48 460 21 966 736 182 66 536 21 960 766 156 46 460 21 9
65. other harsh chemicals might scratch the surface of the lens Cleaning the Projector Cabinet Unplug the AC power cord before cleaning Gently wipe the projector body with a soft dry cleaning cloth When the cabinet is heavily soiled use a small amount of mild detergent and finish with a soft dry cleaning cloth Avoid using an excessive amount 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 carrying case to protect it from dust and scratches Lamp Replacement Lamp replacement WARNING ORDER REPLACEMENT LAMP For continued safety replace with a lamp assembly of the same Type No POA LMP142 type Service Parts No 610 349 7518 Allow the projector to cool for at least 45 minutes before you open the lamp cover The inside of the projector can become very hot Lamp Cover Do not drop the lamp module or touch the glass bulb glass can shatter and cause injury Follow these steps to replace the lamp Unplug the AC power cord Let the projector cool for at least 45 minutes Loosen the screw and open the lamp cover N Loosen the three 3 screws that secure the lamp Lift the lamp out of the projector by using the handles Replace the lamp with a new secure the three 3 screws Make sure that the lamp is set properly Close the lamp cove
66. otherwise not write 100 Black 98 8 color 100 color bar Note Please refer to Service Adjustment Menu Operation for entering the service mode and adjusting the service data BLK A White 100 Black 100 31 Electrical Adjustments 1 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 0 Check the data value as follows Data value O For LType of LCD Panel Data value 20 For R Type of LCD panel 3 Panel Type Setting Select group no 290 item no 1 and change data value from 10 to 0 or 20 depending on your LCD Panel type When the data value reaches 0 or 20 it returns to 10 quickly The gamma characteris tics changes according to your selection Note Be careful to take this adjustment The value of gamma adjustment data will be reset and cannot be restored if you change the mode of LCD panel type 2 Fan Control adjustment Enter the service mode Connect a digital voltmeter to test point TPFANA and chassis ground Select group no 250 item no 0 and change data value to adjust voltage to be 4 5 0 1V 3 Connect a digital voltmeter to test point TPFANA and chassis ground J Select item no 1 and
67. the Value Dim Level 15 at the less than the Value Luminance Data Avarage Point for Mimmer Luminance Data Avarage Value for Dimmer Current Dimmer Leverl Normal Dimmer Level Eco Dimmer Level Lamp Voltage Dimmer level High PW190 register 0 44 PW190 register OxE345 190 register OXE346 PW190 register 0 47 Generic Maximum High Level PW190 register 0 48 FAN Control FAN1 MIN ADJUST DAC FAN1 MAX ADJUST DAC FAN2 MIN ADJUST DAC FAN2 MAX ADJUST DAC FAN3 MIN ADJUST DAC FAN3 MAX ADJUST DAC Not used Not used Hre Vre Not used FAN Option HI LAND SWITCH SAFETY SWITCH FAN MANUAL SWITCH FAN1 MANUAL VOLTAGE FAN2 MANUAL VOLTAGE FAN3 MANUAL VOLTAGE DAC Output for Fan Adjust the tolerance of DAC and Fan Volage Lamp mode is forced Eco 0 Normal 1 Hi Land 2 4 Hi Land 1 3 For test purpose 0 Auto 1 Manual Fan Voltage unit 0 1V Effective only when Fan Manual switch is 1 Luminance Level 10 Data for Dimmer Luminance Level 11 Data for Dimmer he Luminance Level 12 Data for Dimmer he Luminance Level 13 Data for Dimmer he Luminance Level 14 Data for Dimmer Luminance Level 15 Data for Dimmer 70 77 84 91 98 105 12 7 1 1 203 400 1000 o 255 38 233 38 230 18 240 1300 300 100 100 100 46 0 255 9 2255 0 255 0 255 0 255 0 255 0 255 0 255 0
68. the Optical Unit For KS8 XD260000 9 gt 6 JEUN aesow zv H9IH LOH CAUTION Part must be placed in specified direction when replacing the optical parts Please see Optical Parts Disassembly for further instructions KR8 XD220000 KS8 XD260000 Parts Location Diagrams Accessories see accessories parts list REMOTE CONTROL MANUALs CD ROMs VGA CABLE AC CORD 79 Mechanical Parts List KR8 XD220000 KS8 XD260000 Note Parts order must contain Chassis No Part No and Descriptions Key No Part No Description Key No Part No Description For KR8 XD220000 PACKING MATERIALS DIRECTORY 610 349 7440 CARTON CASE KR8AC 610 351 9722 CUSHION BTM KR8AC 610 351 9739 CUSHION TOP KR8AC 645 097 3987 POLY BAG 0550X0600 NC R8P ACCESSORIES DIRECTORY OWNER S MANUAL 610 349 7679 CD ROM OWNERS MANUAL KR8AC 655 003 3475 SAFETY MANUAL KG5AC 655 003 6391 SETUP INST KR8AC REMOTE CONTROL 645 099 3213 ASSY REMOCON CXZR 610 344 9944 RC BATTERY LID MXAC AC CORD Aus 645 101 1213 CORD POWER 1 8MK US A EU 645 101 1220 CORD POWER 1 8MK EU 645 101 1237 CORD POWER 1 8MK UK NBRA 645 102 6996 CORD POWER 2 5MK BRA MISCELLANEOUS 610 343 0249 STRAP CAP KT7AC 945 073 4855 CABLE INTERFACE VGA
69. x4 Da d gt E T3x8 x2 Fig 3 15 Mechanical Disassembly 4 Mounting Duct and fans FN001 FN003 004 005 removal 1 Remove the Lens spacer sheet left remove 3 screws A T3x8 and 2 screw B T3x12 to remove the Lamp in fan duct top and bottom 2 Remove 7 screws C T3X8 and 3 screws D T3x12 to remove the Mounting duct top 3 Remove screws E T3x12 to remove the lt 003 FN004 and 005 A Beg QAT gt PN FNOO Lamp in fan Lamp in fan d i duct top duct bottom b p T3x8 x7 Spacer sheet R only for KR8 XD220000 Mounting duct top Fig 4 16 Mechanical Disassembly 5 Power board 002 and Filter removal Remove the Power board spacer sheet 2 Remove 2 screws A M3x8 and 2 screws B M4x6 to remove the Power shield Remove the thermal switch SW601 Remove 6 screws C T3x8 to remove the Power board holder and the fan FNOO02 4 Remove screw D T3x8 to remove the Power board 5 Remove 3 screws E T3x8 to remove the Lamp Ballast Remove the Panel net front and Panel net back e A M3x8 x2 Please pay attention to the install direction of SW601 the side with text facing to the projector back SW601 i E The exhaust side facing Power board holder to the
70. 0 1023 lt NSREGIONY2 gt 3 Noise Region 2 lt NSREGIONUV2 gt 40 0 1023 4 Noise Gain Level See ee 50 0 255 Soup Noise Reduction Time Effective only for N R L2 0 Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 lt NSREGIONYO gt 1 Noise Region 0 lt NSREGIONUVO gt 12 0 1023 A lt NSREGIONY1 gt 2 Noise Region 1 lt 5 1 gt 24 0 1023 lt NSREGIONY2 gt 3 Noise Region 2 lt NSREGIONUV2 gt 40 0 1023 l lt NSFILTERY gt 4 Noise Gain Level lt NSFILTERUV gt 100 0 255 Group 2 2pull down setting 0 22Film Mode Sensitivity Film Detection Sensitivity 4 1 5 1 22Film Mode Threshold Low lt FILMTHRD22A gt 80 0 32767 2 22Film Mode Threshold High FILMTHRD22B 120 0 32767 3 VOFTHR13 lt VOFTHR13 gt 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 g x deo Motion Window UE 10 0 2047 Range of detective for Film mode 7 UE Motion Window Stop lt VOFSTOPX gt 10 0 2047 Range of detective for Film mode IIE eens 10 0 1023 Range of detective for Film mode pV deo Mo PE uec ru 10 0 1023 Range of detective for Film mode Group 2 3pull down setting 39 Electrical Adjustments Group Item Name 0 Global Motion Sensitivity Video Motion Sensitivity Video Motion Threshold Low Video Motion Threshold High Global Motion Threshold 23Film Mode Threshold Moti
71. 00 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 25 3928 15 ASSEMBLED BOARDS 305 217 6600 TR 25 3934 305 1345928 TR2SA1037AK T146 R NA2300 6550028396 ASSY PWB R C KR5AC 3021472218 OSATO37AK NA2200 6550037787 ASSY PWB POWER KR8AC 305 1739618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F NA1000 655 003 7275 ASSY PWB MAIN KR8AC 405 220 3115 TRISA1235AC1E 405 2203016 TRISA1235AC1F For KR8 XD220000 3050144512 TR2SC2412KT146 R NA1000 655 003 7237 ASSY PWB MAIN KS8AC 305 0144611 TR 2SC2412K T146 S 3050158727 TR2SC2812 L6 TB For KS8 XD260000 305 015 8925 TR 25 2812 17 305 163 1615 TR 25C2812N L6 TBO NA2000 655 003 9064 ASSY PWB AUDIO JACK KR8AC 305 173 9915 TR 25 3928 15 OUT OF CIRCUIT BOARD INTEGRATED CIRCUIT 621 409 690 7918 5550 9 2 945 003 3835 CORE FERRITE IC631 309 653 7405 IC 4010 7101 652 003 1098 CORE CLAMP A904 945 003 3835 CORE FERRITE 671 409 692 2515 TA76L431FB 652 003 1098 CORE CLAMP CAPACITOR 610 349 7518 COMPL OPTICAL LAMP KR8AC A c601 404 117 6403 MT POLYEST 1U K A901 645 102 7283 UNIT BALLAST 404 117 8902 MT POLYEST 1U K A901A 652 003 2330 CABLE BALLAST KR8AC 404 121 9605 CERAMIC 3300P M AINT 645 100 1900 MOTOR BLW DC 2 4W NC604 404 121 9605 CERAMIC 3300P M NFNOO2 645 100 1917 MOTOR FAN DC 2 28W NC605 304 073 3709 CERAMIC 100
72. 05 211 1918 TR RJUOO2N06 Q611F 645 098 1715 CORE FERRITE NPC661 307 223 7315 PC TLP421F D4 GB TP4 307 223 8312 PC TLP421F D4 GR TP4 407 265 7813 PC TLP781F D4 GB TP7 307 223 7315 PC TLP421F D4 GB TP4 307 223 8312 PC TLP421F D4 GR TP4 407 265 7813 PC TLP781F D4 GB TP7 307 223 7315 PC TLP421F D4 GB TP4 307 223 8312 PC TLP421F D4 GR TP4 407 265 7813 PC TLP781F D4 GB TP7 308 037 5501 THERMISTOR NTPDB50LDHBO NPTH641 408 062 4606 TH PRF18BD471QB1RB NSW601A 652 003 0244 ASSY WIRE SW601 407 267 4909 DIODE FML S16S 645 098 1715 CORE FERRITE 307 163 0414 DIODE 155352 307 149 0810 DIODE 155355 17 307 163 0414 DIODE 155352 KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 405 221 7914 TR 1 303 409 3426 CERAMIC 0 1U K 406 021 7804 TR 25 4617 303 453 8917 CERAMIC 0 1U K 405 221 7914 TR 1 303 453 8610 CERAMIC 0 1U K 405 221 7914 TR 1 303 409 3426 CERAMIC 0 1U K 405 221 7914 TR 1 303 453 8917 CERAMIC 0 1U K 406 021 7804 TR 2SC4617 303 453 8610 CERAMIC 0 1U K 305 217 7815 TR HN1BO4FE Y TE85L 303 409 3426 CERAMIC 0 1U K 305 174 1819 TR CPH3424 TL E 303 453 8917 CERAMIC 0 1U K 305 047 9010 TR 25 1204 5 303 453 8610 CERAMIC 0 1U K 305 014 4512 TR 2SC2412K T146 R 303 409 3426 CERAMIC 0 1U K 305 014 4611 TR 2SC2412K T146 S 303 454 0415 CERAMIC 0 068U 305 015 87
73. 1 16GJ100A Ez 3 e 2 C2892 2592 247CM UDZS6 2BG SDAO L2893 CJ47DAX CJ47DAY 02DZ6 2YG S 126808706 5 SDAD oza IC9882 ii scLo 74LVC14APW R4834 TTEA C9882 C5542 un Sow Puna i FROM INPUT JACK P2 16KK0 1AXH 6216B90 L26B0870G R5542 n nnn CHO TXD 1A6GJ1KA D4812 ON 50V J10EZ051G x CHO RXD 1 9885 P7 X IC 5002 9 ae SE TC4052BFTP T eh zc 2 TC4052 m L4812 1 166204 aoa 25KK0 1MT 930 L3BE221PG 25KK1088 5010 LAM B LAMP S Ann TO IC9885 P7 GND 03602 03611 B L 5 put 26808706 1883520 1553526 ken D L PW TO IC301 P3 Su C5008 25KK11D 1 LAM R4863 5007 SW 1 16GJ180A 25KK11D B n 10 5017 84862 100 BS x ae kgs 1A6GJ180A D 8 1AV4S10B8270N BATIOWBOZ20G TOICSDUER T R5016 11662 0 K8S 1 4 AUDIO SEL SW TO IC9885 P7 SEL b Rl ooznosP FROM IC301 P3 Keg Em R9886 Loe AUDIO K8JB z L4810 1 16GZ0A R5019 VIDE D 1268 ig H VIDEO_AUDIO 2 08706 C4891 16KK0 1MN x stir GND 16KK0 1A YH 16KKO 1AXH 1 4891 2 TC7SHOOFUP AUDIO_AMP C5013 LC SHUTDOWN 5W 25KK11D ON 50V CET GND AUDIO PQ1M505M2SPP C5083 AUDIOS 6 3EM473T 50815 5082 AADO sia ed ko sk T W IJH6GJI00A RID ERD R5082 1H6G4KA C5003 C5081 1 16GJ100A 10EM473T s 46KKO INN D GRip oko tAYH 1 16GJ1KA 16 95061 R5061 HNICOIFE YP 4 16GJ1KA ih NECS J10EG11
74. 1 gt 5 1 2i Ey 21 L3E07111K0A DG 1C531 C563 ol gt os NI R_ENBX 4 DG 20 ane ohe R ENBXDS Fy 9 23 1 3 06170 G DIRX rm ol lt gt SVREFL m ME o 24 DG 2 G_CLX oha UPC UPC358 nier 2 E RENA Ge 2 L3E06170P0AM cog m ohe E pu his De 28 DX e ol R_LGCOI TSA 25KK11D 27 papaq TP35G s DXOUTR ROVIDEM12 n 28 E 3 130816406 nOMACAUIS cmm 9 s Lam TP 35 svo vor sEo7111koa CLXOUTR 77 G viol os ENBXIR 25KK11D E J R ENBYIZI Fe 30 C533 G X o 16KKO TMN gt R_DIRY R T E els 1058 JAM G 25 2 vo m R_CLY gt lt FROM 1C1424 gt SVREFL EO Ey G VID S R DIRY gt o ss SVREFH gt 536 em G o os de G Lcco 1 1662204 546 p 640 G 29 ain 12 ofzo L 1 38 SET MKOA CLXOUT gt K5R G VIDI111 o 2 s J11EA361G G DRY Hs or g L 1LB4J11XB360G 995 nr 1290 298 83532 35 2288 1 1885 ti Exe amp 1 G_VID 1 12 lo 5 SRL E 250910 36 nn C3568 7 x Eg
75. 10W A1000 655 003 7275 ASSY PWB MAIN KR8AC R674 301 264 7518 MT GLAZE 2JKFA 1 10W R675 301 1623711 MT GLAZE 4JKJA 1 10W For KR8 XD220000 R676 301 264 2810 MT GLAZE 1 2K FA 1 10W R683 301 265 0211 MT GLAZE 390 FA 1 10W A1000 655 003 7237 ASSY PWB MAIN KS8AC R684 301 264 9314 MT GLAZE 3 3KFA 1 10W For KS8 XD260000 R691 301 162 2417 MT GLAZE 1 2KJA 1 10W R692 301 150 6212 MT GLAZE 1KJA 1 10W TRANSISTOR VARIABLE RESISTOR Q1001 4060217804 TR2SC4617 Q1002 4060217804 25 4617 NVA601 4080661700 VD TND145E471KBOSLAAO TRANSFORMER Q1004 3052177815 TR HNIBO4FE Y TE85L NT651 645097 6483 TRANS POWER PULSE Q1005 4060217804 25 4617 01006 305 217 7815 TR HN1B04FE Y TE85L COIL 01007 4060217804 TR2SC4617 6450996825 LINE FILTER 01008 4060217804 25 4617 L611 9102443975 Q1010 4060217804 25 4617 L612 945 077 6565 INDUCTOR 900U Q1011 406 021 7804 TR 2SC4617 9450840273 INDUCTOR 1400U Q1012 4060217804 25 4617 652 003 1821 INDUCTOR 1580UH Q2001 406 021 7804 TR 2SC4617 9102443975 CORE 02025 4060217804 TR2SC4617 9102443975 CORE 03582 3052176917 TR TPC6107 TE85L 9102443975 CORE 03583 4060217804 TR2SC4617 9100785954 03601 4060217804 TR2SC4617 6450931765 SOCKETINLET AC 3P 04012 305 1345928 TR2SA1037AK T146 R 3051472218 25 1037 5 146 3051739618 TR2SA1235AIE 305 1739717 TR2SA1235A1F 4052203115 TRISA1235ACIE 4052203016 TRISA1235ACIF 3052177815 TRHN1BO4FE Y TE85L 3
76. 1423 gt 8 8 8 slg ME nia UPC324 SE it amp s 9 ela 58 95 ugog o g E 9 E 3 2 11 e H P E 1561 8 RR g LL lt lt lt 126834706 Roses B 8 8 8 66 6 2 16EM1001X 8 8 8 8 lt FROM ICA01 gt S don 16EM10012 EXE 30711104 SEO ENT 8 s 8 s 5 TP_SHCKR R3562 2 giu g cw cr W 0568 12 8 SHCLKI 4 71 sheana ol iii ae 8 5 F 088 4 gh 55 TaS ls 2422222223521 5 1531 E 84 5855 CVIDITIT ol s 28834706 BE FVIOTTOT Sle 537 58 FRPR 6537 C539 e TU i n 6 3KK2 26Q o lt FROM IC401 gt SAUTER 2500 L3EO7 11 1K0A bo G DIRY e 10 KKIOME oct 256010 o DR T ia SIE wars ps d eei C VIDIST SHCLK a 5 lt FROM IC401 gt 12 cho CAE 0711 KOA FORT 21 FE 00000000000 AE TT a C3544 e s TCVIDBT X TP G ENBY I 2 gt ol L3E06170P0A XER 2222222222 EN 5R al h e mas L3E06170P0AM 3 verius HH olio DR 25 17 28 R_DX a F o 18 evon e 1 EE T cox L Fy G_NRG ohz 2n ae m o 19 DG 203 DR 2 gt an ol 20 DG 2 0 9 _ENBXI1 4 DR 29 R_DIRX gt Er lt FROM IC40
77. 155352 645 100 9340 IMPEDANCE 120 OHM P 307 149 0810 DIODE 155355 17 408 062 7201 DIODE 15535 307 163 0414 DIODE 155352 TPH3 3072231115 ZENER DIODE 02DZ6 2Y TPH3 3071490810 DIODE 155355 TE 17 307 209 1214 ZD UDZS TE 176 2B 408 062 7201 DIODE 15535 3072231115 ZENER DIODE 02DZ6 2Y TPH3 3071490810 DIODE 155355 TE 17 307 209 1214 ZD UDZS TE 176 2B 408 062 7201 DIODE 15535 4080637507 ZENER DIODE MM3Z6V2B 3072231115 ZENER DIODE 02DZ6 2Y TPH3 307 205 5216 DIODE 5215 30 61 307 209 1214 ZD UDZS TE 176 2B 4080639501 DIODE RB5215 30 4080637507 ZENER DIODE MM3Z6V2B 3072055216 DIODERB5215 30 TE61 3072231115 ZENER DIODE 02DZ6 2Y TPH3 4080639501 DIODE RB5215 30 3072091214 20 UDZS TE 176 2B 3071630414 DIODE 155352 TPH3 4080637507 ZENER DIODE MM3Z6V2B 307 1490810 DIODE 155355 17 3072231115 ZENER DIODE 02DZ6 2Y TPH3 408 062 7201 DIODE 15535 307 209 1214 20 UDZS TE 176 2B 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 408 063 7507 ZENER DIODE MM3Z6V2B 307 209 1214 ZD UDZS TE 176 2B 408 068 5508 LED KPT 2012YC 408 063 7507 ZENER DIODE MM3Z6V2B 307 203 7816 LED SML 210LT T86 M 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 408 068 5201 LED KPTB 1612ESGC 3072091214 200025 176 28 3071630414 DIODE 155352 TPH3 408 063 7507 ZENER DIODE MM3Z6V2B 307 149 0810 DIODE 155355 17 307 163 0414 DIODE 155352 408 062 7201 DIODE 15535 307 149 0810 DIODE 155355 TE 17 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 408 062 7201 DIODE 15535
78. 16GJ100A R1081 1 1C4701 rh 5 1081 1166 TC7WT125PUK di x Ro CEP GND gt TO IC301 P3 R1091 5 1091 111664 x Hs PC2 1 ND VS PC2 GND R4016 1 16GJ4 7KA R4023 1 166J10KA R4014 R4024 1 166J4 7KA 1 16GJ4 7KA K20B R2002 LB JI2B11201 1 16GJ100A LOW IN R2001 m Si HIGH MONITOR OUT G 04012 FROM IC301 PW190 VI DEO L x R2004 TO IC5002 P4 AK 1 16GJ100A AUDIO IN ONLY R K20B 2 02001 TXXLBBO13P C2001 20 6 473 B4 128 1300 VIDEO_IN zm R2006 m 13076 m aca 1 16GJ47A R2009 K20A 2 d 1 16020 VBE 1c301 Pw190 2 R2008 H OND 1 16GJ1 5KA R2022 PE 1188 100 eck SC2021 X L 230802206 TO IC5002 D D ay L6G 100A gt S VIDEO 1080760 R2023 Y 5 2023 x 18 Z30B0220G AUDION GRD 5 2031 230802206 R2032 KL 4 C2031 R2031 rh Tea a AUDIO_OUT CJ100C I Y GND GND GND R2054 1 16GJ100A w C2025 14607 14 SC2041 R2027 FROM 5002 4 100 230802206 1166 6 3KK2 2GQ 100K 6 3KK2 2LZ2B e KL 5 T a m GND GND GND D2025 1553526 gt 02025 1 K TXXLBBO13P C2026 OUT_DET R2025 1 R2028 E 1 16GJ 10 1 16 1 GND 22 GND 3801 cae MAX232ECPWRP T0KKIMN pagar C3801 C3806 MMN CLR TORKIMN TOKKTMN
79. 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K C6802 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K C6803 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K C7811 303 397 8219 CERAMIC 2 2U K 303 409 3426 CERAMIC 0 1U K 403 454 6414 CERAMIC 2 2U K 303 453 8917 CERAMIC 0 1U K C7812 303 453 8917 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K C7813 403 455 1616 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K 403 478 5813 CERAMIC 10U K 303 409 3426 CERAMIC 0 1U K C7814 303 437 4614 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5714 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K C7817 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K C7818 303 454 1917 CERAMIC 4700P K 303 409 3426 CERAMIC 0 1U K C7841 303 437 4614 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5714 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K C7842 403 467 0911 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K C7843 403 455 1616 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5
80. 1U K 403 455 9216 CERAMIC 22U M 403 478 5912 CERAMIC 1U K 303 443 9214 CERAMIC 22U M 303 396 9613 CERAMIC 1U K C5012 303 453 8917 CERAMIC 0 1U K 303 397 7618 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K 403 478 5912 CERAMIC 1U K 303 409 3426 CERAMIC 0 1U K 303 396 9613 CERAMIC 1U K C5013 303 396 9613 CERAMIC 1U K 303 397 7618 CERAMIC 1U K 303 397 7618 CERAMIC 1U K 403 478 5912 CERAMIC 1U K C5014 303 396 9613 CERAMIC 1U K 303 396 9613 CERAMIC 1U K 303 397 7618 CERAMIC 1U K 303 397 7618 CERAMIC 1U K C502 303 453 8917 CERAMIC 0 1U K 403 478 5912 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K 303 396 9613 CERAMIC 1U K 303 409 3426 CERAMIC 0 1U K 303 397 7618 CERAMIC 1U K 5024 4034551616 CERAMIC 10U K 403 478 5912 CERAMIC 1U K 403 478 5813 CERAMIC 10U K 303 342 3313 CERAMIC 0 1U K C5025 403 455 1616 CERAMIC 10U K 303 396 9613 CERAMIC 1U K 403 478 5813 CERAMIC 10U K 303 397 7618 CERAMIC 1U K C5026 403 455 1616 CERAMIC 10U K 403 478 5912 CERAMIC 1U K 403 478 5813 CERAMIC 10U K 303 396 9613 CERAMIC 1U K C503 303 453 8917 CERAMIC 0 1U K 303 397 7618 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K 403 478 5912 CERAMIC 1U K 303 409 3426 CERAMIC 0 1U K 303 342 3313 CERAMIC 0 1U K 303 396 9613 CERAMIC 1U K 303 342 3313 CERAMIC 0 1U K 303 397 7618 CERAMIC 1U K 303 396 9613 CERAMIC 1U K 403 478 5912 CERAMIC 1U K 303 397 7618 CERAMIC 1U K C5032 303 336 3510 CERAMIC 0 47U K 403 478 5912 CERAMIC 1U K 403 459 8017 CERAMIC 0 47U K 303 396 9613 CERAMIC 1U K 304 110 9800 CERAMIC 0 47U
81. 200bps 0 1 0 Disable 1 Enable 0 10 0 Disable 1 Enable 0 1 0 Disable Serial Command Eanble 1 Enable PW Debug Mode 0 1 O Enable 1 Disable No last memory 0 1 0 Enable Normal 1 Disable No last memory 500 8000 500 8000 500 8000 0 255 0 255 Electrical Adjustments Group Item Item Name Function Initial 42 Lamp PWM PresUnlock 65 0 255 43 Lamp PWM PresPcA 2 0 255 44 Lamp PWM PresPcB 3 0 255 Lamp PWM 45 PrefHAv50Hz 5000 0 65535 Lamp PWM 2 46 PrefHAv60Hz 5000 0 65536 47 Lamp PWM PrefHUnlock 5000 0 65535 Lamp Replacement 50 Display 1 0 1 51 Filter Warning Display Filter Warning Display On Off 1 0 1 1 0 52 Lamp Counter ResetTimes ResetTimes of Lamp Counter 0 0 255 Read only 53 Filter Counter Reset Times Filter Counter Reset Times 0 0 255 54 Default Execute Reset times of Fanctory Default 0 0 255 Read only 55 otor Disable Motors Disable 0 0 1 0 1 56 enu Position Move menu X asis 0 0 1024 57 enu Position Move menu asis 0 0 1024 58 Lamp Go Out 0 0 1 Source Search Enable 59 Source Search Enable 0 Peche 0 0 1 Language Default setting 60 Language Default Setting 0 English 1 0 0 1 70 RC Mode RC mode setting 1 0 1 Group 201 Option signal 0 FrameLockOFF at PC signal 0 FrameLock Option 1 0 1 1 FrameLockON at PC signal 47Hz Vfreq Panel frequency of input signal Reverse Processi
82. 2048 2048 2048 2048 2020 2020 1860 1950 2048 2048 2048 2048 2020 2020 1860 1950 2048 2048 2048 2048 1900 2048 2000 2048 2048 2048 2048 2048 1900 2048 2000 2048 2048 2048 2048 2048 2048 1980 2048 2000 2048 2048 2048 2048 2048 1980 2048 2000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 16 0 0 0 0 0 0 0 16 0 0 0 0 16 0 16 0 0 0 0 0 16 0 16 0 0 0 0 4088 4088 0 0 4088 4088 0 0 4088 4088 0 0 230 230 230 27 273 30 38 2 0 40 Range 1 5 1 5 0 32767 0 32767 0 1024 0 32767 0 2047 Range of detective for Film mode 0 2047 Range of detective for Film mode 0 1023 Range of detective for Film mode 0 1023 Range of detective for Film mode 0 1023 0 1023 0 1023 ANALOG DIGITAL HDCP 0 189 Setting Value MENU Value MENU Center Value 16 x Alpha 10 Center Video S Video Component SCART 0 1000 Setting Value to PW p Contrast Max 1023 Min 0 0 1000 Briohtness Max 1023 Min 0 0 1000 Color Max 1023 Min 0 0 1000 Max 180 Min 0 Sharpness Max 57 Min 0 0 1000 0 1023 Composite S Video Component 04023 Digital D RGB Video AnalogRGB P RGB Video HDCP PC HDCP AV 0 1023 PJ Net 0 1023 Setting Value MENU Value MENU Center Value 0 1023 Alpha 10 Center 0 1023 WB R G B Max 1023 Min O 0 4095 PCStandard PCDynamic PCReal PCBlackBoard PCColBoaR PCCol 0 4095 BoaG PCColBoaB PCColBoaY AVStandard AVDyn
83. 224 9316 MT GLAZE 1K JA 301 294 3016 MT GLAZE 1 16W 301 2249316 MT GLAZE 1K JA 301 265 5810 MT GLAZE 82KFA 1 10W 301 225 0213 MT GLAZE 3 3K JA 301 234 9917 MT GLAZE 6 8KJA 1 16W 301 225 0213 MT GLAZE 3 3K JA 301 294 3016 MT GLAZE 1 16W 301 286 4717 MT GLAZE 30K JA 301 294 3016 MT GLAZE 1 16W 301 224 9019 MT GLAZE 10K JA 301 226 1516 MT GLAZE 0 000ZA 1 16W 301 341 0616 MT GLAZE 49 9 FA 301 225 1210 MT GLAZE 4 7 1 16W 301 224 9019 MT GLAZE 10K JA 401 344 1914 MT GLAZE 10K DA 1 16W 301 150 6014 MT GLAZE 0 000 ZA 401 351 3710 MT GLAZE 1 8K DA 1 16W 301 341 0616 MT GLAZE 49 9 FA 401 351 2010 MT GLAZE 240DA 1 16W 301 150 6014 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1KJA 1 16W 301 341 0616 MT GLAZE 49 9 FA 301 225 0213 MT GLAZE 3 3KJA 1 16W 301 341 0616 MT GLAZE 49 9 FA 301 224 9019 MT GLAZE 10KJA 1 16W 301 224 9019 MT GLAZE 10K JA 301 225 0213 MT GLAZE 3 3KJA 1 16W 301 224 9019 MT GLAZE 10K JA 301 224 9217 MT GLAZE 15KJA 1 16W 301 225 8516 MT GLAZE 1 8K JA 301 234 9917 MT GLAZE 6 8KJA 1 16W 301 224 9316 MT GLAZE 1K JA 301 225 1517 MT GLAZE 3 9KJA 1 16W 301 224 9316 MT GLAZE 1K JA 301 225 0213 MT GLAZE 3 3KJA 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 225 0213 MT GLAZE 3 3KJA 1 16W 301 224 9316 MT GLAZE 1K JA 301 224 9019 MT GLAZE 10KJA 1 16W 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1KJA 1 16W 301 224 9316 MT GLAZE 1K JA 301 224 9019 MT GLAZE 10KJA 1 16W 301 225 1210 MT GLAZE 4 7 301 229 3913 MT GLAZE
84. 27 TR 25C2812 L6 TB 303 442 0519 CERAMIC 0 068U K 305 015 8925 TR 25 2812 17 303 453 8917 CERAMIC 0 1U K 305 163 1615 TR 2SC2812N L6 TBO 303 453 8610 CERAMIC 0 1U K 305 173 9816 TR 2SC3928A1R 303 409 3426 CERAMIC 0 1U K 305 173 9915 TR 25C3928A1S 303 454 0415 CERAMIC 0 068U K Q5751 305 217 6917 TR TPC6107 TE85L 303 442 0519 CERAMIC 0 068U K 05752 406021 7804 TR 25 4617 303 454 0415 CERAMIC 0 068U K 05830 305 217 6917 TR 6107 TE85L 303 442 0519 CERAMIC 0 068U K Q5840 406021 7804 TR 25 4617 303 454 0415 CERAMIC 0 068U K 06845 4052217914 1 303 442 0519 CERAMIC 0 068U K 06846 4052217914 1 303 454 0415 CERAMIC 0 068U K Q7801 405 221 7914 TR 1 303 442 0519 CERAMIC 0 068U K 07802 405 221 7914 TR 1 303 453 8917 CERAMIC 0 1U K Q7812 305 217 8515 TR RSQ025P03 TR 303 453 8610 CERAMIC 0 1U K Q7813 305 217 7815 TR HN1BO4FE Y TE85L 303 409 3426 CERAMIC 0 1U K 07842 305 217 7815 TR HN1BO4FE Y TE85L 303 453 8917 CERAMIC 0 1U K 07862 305 217 8515 TR RSQ025P03 TR 303 453 8610 CERAMIC 0 1U K 07864 305 217 7815 TR HN1BO4FE Y TE85L 303 409 3426 CERAMIC 0 1U K 303 398 3312 ELECT 47U M INTEGRATED CIRCUIT 303 3583215 10U K 1051 4096973913 24 02 0003 CERAMIC wie 1C1371 410 656 8600 24 64 5 303 368 7319 CERAMIC 10U K 1424 410666 5804 UPC358GR 9LG E1 A 303 453 8917 0 1UK 01 309 670 8419
85. 2pull down 0 IP Process Disable 1 Force Normal IP Mode 0 2 2 ffective only for PSF Signal Electrical Adjustments Item Name Function Initial Range Note 0 Motion Adaptive Weight Value lt KDEINT gt 30 0 255 1 Angle Interpolation Level 0 Conservative lt gt 4 4 0 4 9 p Aggressive 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 1 SOU Deinterlacer setting Effective only for Progressive ON L2 mode Motion Adaptive Weight 0 Waite lt KDEINT gt 0 0 255 0 Conservative 222 2 4 1 Angle Interpolation Level Aggressive 2 0 4 2 CUE Low Pass Filter Enable CUELPFEN 0 0 1 Group Deinterlacer setting Effective only for Progressive ON Film mode Motion Adaptive Weight 7 0 Value lt KDEINT gt 30 0 255 0 Conservative 222 2 4 1 Angle Interpolation Level Aggressive 4 0 4 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 1 aor Noise Reduction Time Effective only for N R Off 0 Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 1 Noise Region 0 12 0 1023 2 Noise Region 1 24 0 1023 lt NSREGIONY2 gt 3 Noise Region 2 lt NSREGIONUV2 gt 40 0 1023 lt NSFILTERY gt 4 Noise Gain Level ZNSFILTERUV 0 0 255 group Noise Reduction Time Effective only for N R L1 0 Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 lt NSREGIONYO gt 1 Noise Region 0 lt NSREGIONUVO gt 12 0 1023 NSREGIONY 1 2 Noise Region 1 lt NSREGIONUV1 gt 24
86. 3 370 0018 CERAMIC 303 409 3426 CERAMIC 303 368 7319 CERAMIC KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description C481 303 358 3215 CERAMIC 10U K 303 370 0018 CERAMIC 10U K 303 370 0018 CERAMIC 10U K 303 368 7319 CERAMIC 10U K 303 368 7319 CERAMIC 10U K 303 401 4312 ELECT 47U M 303 453 8917 CERAMIC 0 1U K 303 419 5219 ELECT 47 0UM 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K C5001 303 396 9613 CERAMIC 1U K 303 409 3426 CERAMIC 0 1U K 303 397 7618 CERAMIC 1U K 303 453 8917 CERAMIC 0 1U K C5002 303 396 9613 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K 303 397 7618 CERAMIC 1U K 303 409 3426 CERAMIC 0 1U K C5003 303 398 3312 ELECT 47U M 303 392 1215 ELECT 47U M 5006 303 453 8917 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K C5007 303 396 9613 CERAMIC 1UK 303 381 5217 ELECT 220UM 303 397 7618 CERAMIC 1UK 303 372 7510 CERAMIC 2 2U K C5008 303 396 9613 CERAMIC 1U K 303 370 0216 CERAMIC 2 2U K 303 397 7618 CERAMIC 1U K 403 455 1616 CERAMIC 10U K C501 303 298 9612 CERAMIC 0 1U K 403 478 5813 CERAMIC 10U K C5010 303 453 8917 CERAMIC 0 1U K 303 397 8219 CERAMIC 2 2U K 303 453 8610 CERAMIC 0 1U K 403 454 6414 CERAMIC 2 2U K 303 409 3426 CERAMIC 0 1U K 303 396 9613 CERAMIC 1U K 303 392 5015 CERAMIC 22U M 303 397 7618 CERAMIC
87. 301 309 8517 MT GLAZE 330DA 1 10W 407 267 3100 DIODE SG10SC9M R623 401 360 8010 MT GLAZE 470 DA 1 10W D662 407 269 8509 DIODE FMW 2106 R624 301 162 2912 MT GLAZE 220JA 1 10W 407 267 3001 DIODE SG10SC6M R625 301 256 5614 MT GLAZE 47 JA 1 10W D663 307 247 8827 DIODE RF101L2S R626 301 150 6014 MT GLAZE 0 000 ZA 1 10W 307 190 4119 DIODE SFPL 52V R627 301 150 5918 MT GLAZE JA 1 10W D664 307 210 5416 DIODE RB551V 30 TE 17 R628 301 150 5918 MT GLAZE JA 1 10W 408 063 9600 DIODE RB551V 30 R629 301 255 7312 MT GLAZE 510K 1 10W DB611 3072027708 DIODE D10XB60 R631 301 255 7718 MT GLAZE 1 10W R632 301 253 3712 MT GLAZE 0 000 ZA 1 4 2 ai ETE scr 301 035 4111 MT GLAZE 0 000ZA 1 8W 323092 2504 FUSE LOV CA R633 301 150 6014 MT GLAZE 0 000 ZA 1 10W 334006 130 FUSE deni EA R634 301 256 1715 MT GLAZE 33KJA 1 10W R635 402 122 1802 OXIDE MT 0 39JA 1W 302 099 6308 OXIDE MT 0 39JA 1W R636 301 162 3018 MT GLAZE 22KJA 1 10W R641 301 150 5918 MT GLAZE 1 10W R642 301 256 6611 MT GLAZE 68K 1 10W R643 301 150 5918 MT GLAZE JA 1 10W R644 301 150 5918 MT GLAZE JA 1 10W R646 301 256 7212 MT GLAZE 18K 1 10W R648 301 256 7212 MT GLAZE 18K 1 10W R651 301 150 5918 MT GLAZE JA 1 10W R652 301 292 1915 MT GLAZE 22FA 1 2W R662 301 152 3219 MT GLAZE 330JA 1 10W R671 301 256 7618 MT GLAZE 3 9KJA 1 10W R672 301 150 6212 MT GLAZE 1KJA 1 10W R673 301 264 2919 MT GLAZE 12KFA 1
88. 303 276 3113 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 396 9613 CERAMIC 1UK 303 409 3426 CERAMIC 303 397 7618 CERAMIC 1UK C3527 303 453 7019 CERAMIC 403 478 5912 CERAMIC 1UK 303 453 9617 CERAMIC 303 453 7019 CERAMIC 33P J 303 276 3113 CERAMIC 303 453 9617 CERAMIC 33P J 303 453 8917 CERAMIC 303 276 3113 CERAMIC 33P J 303 453 8610 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 396 9613 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 397 7618 CERAMIC 303 453 7019 CERAMIC 33P J 403 478 5912 CERAMIC 303 453 9617 CERAMIC 33P J C3532 303 396 9613 CERAMIC 303 276 3113 CERAMIC 33P J 303 397 7618 CERAMIC 303 394 5815 CERAMIC 4 7U K 403 478 5912 CERAMIC 303 441 5515 CERAMIC 4 7U K C3533 303 396 9613 CERAMIC 403 455 1012 CERAMIC 1UK 303 397 7618 CERAMIC 303 433 1112 CERAMIC 1UK 403 478 5912 CERAMIC 403 455 1012 CERAMIC 1UK C3534 303 396 9613 CERAMIC 303 433 1112 CERAMIC 1UK 303 397 7618 CERAMIC 403 455 1012 CERAMIC 1UK 403 478 5912 CERAMIC 303 433 1112 CERAMIC 1UK C3536 303 381 5316 ELECT 403 455 1012 CERAMIC 1UK 303 369 3211 ELECT 303 433 1112 CERAMIC 1UK C3538 303 437 4614 CERAMIC 303 454 0613 CERAMIC 10000P K 403 478 5714 CERAMIC 303 441 9810 CERAMIC 0 01U K C3539 303 396 9613 CERAMIC 303 454 0415 CERAMIC 0 068U K 303 397 7618 CERAMIC 303 442 0519 CERAMIC 0 068U K 403 478 5912 CERAMIC 303 453 8917 CERAMIC 0 1U K C354 303 453 8917 CERAMIC 303 453 8610 CERAM
89. 303 453 8610 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 7217 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 454 1610 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 305 8812 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 392 1215 ELECT 303 453 8719 CERAMIC 470P K 303 453 8719 CERAMIC 303 453 9211 CERAMIC 470P K 303 453 9211 CERAMIC 303 282 5118 CERAMIC 470P K 303 282 5118 CERAMIC 403 457 2512 CERAMIC 0 47U K 303 453 8917 CERAMIC 303 376 6311 CERAMIC 0 47U K 303 453 8610 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 453 8719 CERAMIC 470P K 303 409 3426 CERAMIC 303 453 9211 CERAMIC 470P K 303 453 8719 CERAMIC 303 282 5118 CERAMIC 470P K 303 453 9211 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 282 5118 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 384 4712 TA SOLID 303 409 3426 CERAMIC 0 1U K 303 453 8719 CERAMIC 303 453 8719 CERAMIC 470P K 303 453 9211 CERAMIC 303 453 9211 CERAMIC 470P K
90. 3072091214 ZD UDZS TE 176 2B 3071630414 DIODE 155352 TPH3 4080637507 ZENER DIODE MM3Z6V2B 307 149 0810 DIODE 155355 17 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 408 062 7201 DIODE 15535 3072091214 20 UDZS TE 176 2B 307 163 0414 DIODE 155352 TPH3 4080637507 ZENER DIODE MM3Z6V2B 307 149 0810 DIODE 155355 17 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 408 062 7201 DIODE 15535 307 209 1214 ZD UDZS TE 176 2B 307 163 0414 DIODE 155352 TPH3 4080637507 ZENER DIODE MM3Z6V2B 307 149 0810 DIODE 155355 17 307 223 1115 ZENER DIODE 02DZ6 2Y TPH3 408 062 7201 DIODE 15535 3072091214 ZD UDZS TE 176 2B 307 163 0414 DIODE 155352 TPH3 408 063 7507 ZENER DIODE MM3Z6V2B 307 149 0810 DIODE 155355 17 307 163 0414 DIODE 155352 408 062 7201 DIODE 15535 307 149 0810 DIODE 155355 17 307 163 0414 DIODE 155352 408 062 7201 DIODE 15535 307 149 0810 DIODE 155355 17 307 163 0414 DIODE 155352 408 062 7201 DIODE 15535 307 149 0810 DIODE 155355 17 KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 408 062 7201 DIODE 15535 D6852 307 163 0414 DIODE 155352 307 149 0810 DIODE 155355 17 408 062 7201 DIODE 15535 06853 307 163 0414 DIODE 155352 307 149 0810 DIODE 155355 17 408 062 7201 DIODE 15535 D6854 307 163 0414 DIODE 155352 307 149 0810 DIODE 155355 17 408 062 7201 DIODE 15535 D7812 407 267 511
91. 4 DIODE SS3P4 E3 84A D7862 407 2675114 DIODE SS3P4 E3 84A D8902 307 163 0414 DIODE 155352 307 149 0810 DIODE 155355 17 408 062 7201 DIODE 15535 MISCELLANEOUS K10A 952 001 8601 SOCKET D SUB 15P K10B 952 001 8571 SOCKET D SUB 15P K20B 652 003 0473 JACK RCA 2 K40B 652 002 8135 PLUG D SUB 9P K9602 645 093 6760 TRANS PULSE SC2021 945 076 3503 SURGE ABSORBER 5 2023 945 076 3503 SURGE ABSORBER 5 2031 945 076 3503 SURGE ABSORBER 5 2041 945 076 3503 SURGE ABSORBER SW6801 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6803 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6804 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6806 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6807 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6808 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6810 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 SW6811 945 026 2792 SWITCH PUSH 1P 1TX1 952 001 8830 SWITCH PUSH 1P 1TX1 X1331 945 088 7179 OSC CRYSTAL 27 0MHZ X8802 945 083 7556 OSC CRYSTAL 25 0MHZ X9885 945 060 9900 OSC CERAMIC 8 00MHZ A2000 655 003 9064 ASSY PWB AUDIO JACK KR8AC K30A 652 003 2262 JACK PHONE D3 6 K30B 652 003 2262 JACK PHONE D3 6 SANYO KR8AC KS8AC April 2010 DC 200 Printed in Japan SANYO Electric Co Ltd KR8 XD220000 KS8 XD260000 Diagrams amp Drawings
92. 5 086 6372 645 096 4718 645 099 8492 645 100 5144 645 100 5151 SERVICE TOOLS 610 343 5596 OPTICAL TOP A KR5AC OPTICAL BASE KR5AC SCR BIN 3X8 SCR S TPG BIN 3X10 SPECIAL SCREW 2 5X6 SCR BIN 2 5X8 SCR PAN SW W 3X10 SCR FLT 2X4 ASSY PNL PRISM KR8AC ASSY LENS CONDENSER R ASSY LENS CONDENSER G ASSY LENS CONDENSER B LENS PROJECTION LENS PROJECTION LENS RELAY OUT LENS RELAY IN LENS INTEGRATOR IN LENS INTEGRATOR OUT LENS CONDENSER OUT PRISM PBS MIRROR R MIRROR B DICHROIC MIRROR B DICHROIC MIRROR G CD ROM PJ SVC TOOL V420 KR8 XD220000 KS8 XD260000 Mechanical Parts List Key No Part No Description Key No Part No Description For KS8 XD260000 M10 610 343 3714 OPTICAL TOP A KR5AC M11 610 346 4909 OPTICAL BASE KS5AC PACKING MATERIALS DIRECTORY SCREWS 610 349 7433 CARTON CASE KS8AC 610 351 9722 CUSHION BTM KR8AC 501 411 031 9304 SCR BIN 3X8 610 351 9739 CUSHION TOP KR8AC 502 411 179 8801 SCR S TPG BIN 3X10 645 097 3987 POLY BAG 0550X0600 NC R8P S03 412 077 8108 SPECIAL SCREW 2 5X6 S04 411 191 6304 SCR BIN 2 5X8 505 411 192 6709 SCR PAN SW W 3X10 ACCESSORIES DIRECTORY S06 411 033 2600 SCR FLT 2X4 OWNER S MANUAL 610 349 7679 CD ROM OWNERS MANUAL KR8AC 655 003 3475 SAFETY MANUAL KG5AC 655 003 6391 SETUP INST KR8AC OPTICAL PARTS 101 610 351 7674 ASSY PNL PRISM KS8AC LO2 R 645 099 8195 POLARIZED GLASS IN R REMOTE CONTROL 102 610 347 7428 POL SERVICE KS5AC 645 099 3213
93. 510 CERAMIC 2 2U K C5337 303 453 6319 CERAMIC 303 370 0216 CERAMIC 2 2U K 303 454 0910 CERAMIC 303 376 3112 ELECT 100U M 303 294 6110 CERAMIC 303 453 8917 CERAMIC 0 1U K C534 303 453 8917 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 324 6417 CERAMIC 0 022U K 303 298 9612 CERAMIC 303 397 5713 ELECT 100U M 303 358 3215 CERAMIC 303 397 8219 CERAMIC 2 2U K 303 370 0018 CERAMIC 403 454 6414 CERAMIC 2 2U K 303 368 7319 CERAMIC 303 396 9613 CERAMIC IUK 303 401 4312 ELECT 303 397 7618 CERAMIC IUK 303 419 5219 ELECT 403 478 5912 CERAMIC IUK 303 372 7510 CERAMIC 303 396 9613 CERAMIC IUK 303 370 0216 CERAMIC 303 397 7618 CERAMIC IUK 303 397 8219 CERAMIC 403 478 5912 CERAMIC IUK 403 454 6414 CERAMIC 303 396 9613 CERAMIC IUK 303 396 9613 CERAMIC 303 397 7618 CERAMIC IUK 303 397 7618 CERAMIC 403 478 5912 CERAMIC IUK 403 478 5912 CERAMIC 303 372 7510 CERAMIC 22UK 303 396 9613 CERAMIC 303 370 0216 CERAMIC 22UK 303 397 7618 CERAMIC 303 396 9613 CERAMIC IUK 403 478 5912 CERAMIC 303 397 7618 CERAMIC IUK 303 396 9613 CERAMIC 403 478 5912 CERAMIC IUK 303 397 7618 CERAMIC 303 396 9613 CERAMIC IUK 403 478 5912 CERAMIC 303 397 7618 CERAMIC IUK 303 396 9613 CERAMIC 403 478 5912 CERAMIC IUK 303 397 7618 CERAMIC 303 342 3313 CERAMIC 0 1U K 403 478 5912 CERAMIC 303 396 9613 CERAMIC IUK 303 396 9613 CERAMIC 303 397 7618 CERAMIC IUK 303 397 7618 CERAMIC 403 478 5912 CERAMIC IUK 403 478 5912 CERAMIC 303 396 9613
94. 5G 5001 1553526 R5704 1 16GJ100A LAMP DC ON 05701 85036 R5037 dd 4 CPH3424P 5708 osr NTS 5V qm D 1 16GJ3 3KA 1 166 R5090 mE B4J10WB020G L5606 1 E R5038 C5087 2 E GNDGND 1 5 2A I 6 3EM2201X L5608 D5061 1 16GJ10KA RE 126834706 REOS O 1653523 Kom M C5037 C5006 OUT DET 10 15703 lt 95062 FROM AV P2 R5040 16KK0 1MN 18996 NTS16V ES NICUTFE YP ARAM NB p 25064 TBKKO 25812045 gt RAR 116 MUTE 1 5031 5035 Ly lt 1553526 IGOIFE YP LM4889MMP 5708 MUTE 11 C5069 ee 16KK101G 82048 C5039 re pie ee Four R e 1 166J330A KK0 01AYH 16KK0 47GQ 1631000 R5067 8 amp 1 16GJ18KA 1A8GJ1KA R5071 RE066 D R5042 ON 46V Mund x 1 16GJ3 3KA 1A6GJ1KA 116GJ22KA 5093 3 AH GND 1 166J22KA D AR6GJI0KA 1166330 2 3 44 5 A 6 7 AI 8 9 10 A 11 12 13 14 15 16 SCH_KR8AC R GB COMMON 1C9883 x TO IC561 S amp H RE
95. 688349 FILTER EMI 400MHZ R9903 3012249019 MT GLAZE 10K JA 945 0688349 FILTER EMI 400MHZ R9904 3012249019 MT GLAZE 10K JA 9450688349 FILTER EMI 400MHZ R9905 3012249019 MT GLAZE 10K JA 6520028500 INDUCTOR 3300HM P R9906 3012250817 MT GLAZE 68K JA 6520028524 INDUCTOR 2200HM P R9907 3012248814 MT GLAZE 100 JA 6520028685 INDUCTOR 10000HM P R9908 3012248814 MT GLAZE 100 JA 632 002 8685 INDUCTOR 10000FIM F R9909 3012248814 MT GLAZE 100 JA 652 002 8685 INDUCTOR OEMs R9910 3012261516 MT GLAZE 0 000 ZA 6520028524 INDUCTOR 2200HM P R9911 3012261516 MT GLAZE 0 000 ZA 6520028524 INDUCTOR 2200HM P R9912 3012261516 MT GLAZE 0 000 ZA 6520028524 INDUCTOR 2200HM P R9914 3012249019 MT GLAZE 10K JA 652 002 8524 LINDUCTOR 220 R9915 3012249019 MT GLAZE 10K JA 6520028524 INDUCTOR 2200HM P R9916 3012249019 MT GLAZE 10K JA 6520028524 INDUCTOR 2200HM P R9917 3012249019 MT GLAZE 10K JA 6520028524 INDUCTOR 2200HM P R9918 3012249019 MT GLAZE 10K JA 652 002 8524 INDUCTOR 2200HM P RB312 945037 0831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB313 9450370831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB316 945 037 0831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB318 9450370831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB319 9450370831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB411 9450370831 47X4 1 16W 9450412210 INDUCTOR 0 12U K RB412 9450370
96. 7 100 100 Normal Ceiling 32 41 78 135 75 90 75 100 33 40 68 135 73 96 75 135 32 40 52 120 45 47 Initial 45 54 59 100 100 45 54 58 100 100 44 53 56 100 100 31 41 80 135 85 95 80 105 32 40 75 135 85 101 80 135 32 39 60 120 45 HiLand HiLand Normal Ceiling 44 54 58 100 100 44 58 57 100 100 43 52 55 100 100 HiLand HiLand Normal Ceiling 33 38 98 135 100 125 100 110 33 38 95 135 100 124 100 135 32 38 75 25 60 44 54 58 100 100 44 53 57 100 100 43 52 55 100 100 32 38 100 135 110 130 105 115 32 38 100 135 113 29 105 135 31 37 80 125 60 30 100 30 100 30 100 0 100 0 100 30 100 30 100 30 100 0 100 0 100 0 100 0 100 20 100 20 100 0 255 07255 0 255 07255 0 255 02255 20 100 20 100 0 255 0 255 0 255 Electrical Adjustments 25 26 27 Group 253 0 1 2 3 4 5 6 7 8 9 10 Group 254 0 1 2 3 4 5 6 7 10 Normal Fan Control Min Temp 11 12 13 14 15 16 17 20 21 22 23 24 25 26 27 Group 255 Item Name Eco Fan2 Max Eco Fan3 Min Eco Fan3 Max PLC XD2200 Function Fan Tem Error Setting Memorized Temp A Warning High Temp B Warning High Temp C Warning High Temp B A Warning High Temp C A Warning High Temp
97. 7 CERAMIC 33P J 303 453 8917 CERAMIC 303 276 3113 CERAMIC 33P J 303 453 8610 CERAMIC 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 303 453 8610 CERAMIC 0 1U K 303 396 9613 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 397 7618 CERAMIC 303 453 7019 CERAMIC 33P J 403 478 5912 CERAMIC 303 453 9617 CERAMIC 33P J C3502 303 396 9613 CERAMIC 303 276 3113 CERAMIC 33P J 303 397 7618 CERAMIC 303 453 8917 CERAMIC 0 1U K 403 478 5912 CERAMIC 303 453 8610 CERAMIC 0 1U K C3503 303 396 9613 CERAMIC 303 409 3426 CERAMIC 0 1U K 303 397 7618 CERAMIC 303 396 9613 CERAMIC 1UK 403 478 5912 CERAMIC 303 397 7618 CERAMIC 1UK C3504 303 396 9613 CERAMIC 403 478 5912 CERAMIC 1UK 303 397 7618 CERAMIC 303 396 9613 CERAMIC 1UK 403 478 5912 CERAMIC 303 397 7618 CERAMIC 1UK C3506 303 381 5316 ELECT 403 478 5912 CERAMIC 1UK 303 369 3211 ELECT 303 396 9613 CERAMIC 1UK C3508 303 437 4614 CERAMIC 303 397 7618 CERAMIC 1UK 403 478 5714 CERAMIC 403 478 5912 CERAMIC 1UK C3509 303 396 9613 CERAMIC 303 396 9613 CERAMIC 1UK 303 397 7618 CERAMIC 303 397 7618 CERAMIC 1UK 403 478 5912 CERAMIC 403 478 5912 CERAMIC 1UK 303 453 8917 CERAMIC 303 381 5316 ELECT 100U M 303 453 8610 CERAMIC 303 369 3211 ELECT 100U M 303 409 3426 CERAMIC 303 437 4614 CERAMIC 10U K 303 396 9613 CERAMIC 403 478 5714 CERAMIC 10U K 303 397 7618 CERAMIC 303 396 9613 CERAMIC 1UK 403 478 5912 CERAMIC 303 397 7618 CERAMIC 1UK C3513 303 453 7019 CERAMIC 403 478 5912 CERAMIC 1UK 303 453 9617 CERAMIC 303 453 8917 CERAMIC 0 1U K
98. 813 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K C7844 403 467 0911 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K C7863 403 455 1616 CERAMIC 10U K 303 453 7019 CERAMIC 33P J 403 478 5813 CERAMIC 10U K 303 453 9617 CERAMIC 33P J C7868 303 454 1917 CERAMIC 4700P K 303 276 3113 CERAMIC 33P J C801 303 453 8917 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 403 455 1012 CERAMIC 1UK 303 453 7019 CERAMIC 33P J 303 433 1112 CERAMIC 1U K 303 453 9617 CERAMIC 33P J 303 392 1215 ELECT 470 M 303 276 3113 CERAMIC 33P J 303 387 5310 ELECT 470 M 303 453 7019 CERAMIC 33P J 303 454 0613 CERAMIC 10000P K 303 453 9617 CERAMIC 33P J 303 453 8511 CERAMIC 1000P K 303 276 3113 CERAMIC 33P J 303 454 1214 CERAMIC 1000P K 303 453 7019 CERAMIC 33P J 303 453 8917 CERAMIC 0 1U K 303 453 9617 CERAMIC 33P J 303 453 8610 CERAMIC 0 1U K 303 276 3113 CERAMIC 33P J 303 409 3426 CERAMIC 0 1U K 303 454 0613 CERAMIC 10000P K KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 3034419810 CERAMIC 0 01U K 3012253818 MT GLAZE 1 5 1 16W 3034537217 CERAMIC 47P J 3012251418 2 47K 1 16W 3034541610 CERAMIC 47P J 3012248814 2 100JA 1 16W 3033058812 CERAMIC 47P J 3012604115 MT GLAZE 75 1 3W 3033246417 CERAMIC 0 022U 3012251814 MT GLAZE 47 1 16W 303 453 8917 CERAMIC 0 1U K 3012253818
99. 831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB413 9450370831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB414 945 037 0831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB416 9450370831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB417 945 037 0831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB418 945 037 0831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P RB419 9450370831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB421 945 037 0831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB422 9450370831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB423 9450370831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB424 945 037 0831 R NETWORK 47X4 1 16W 6520028500 INDUCTOR 3300HM P RB426 945 037 0831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB427 945 037 0831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB428 945 037 0831 R NETWORK 47X4 1 16W 6520028685 INDUCTOR 10000HM P RB429 9450370831 R NETWORK 47X4 1 16W 6520028524 INDUCTOR 2200HM P KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 652 002 8685 INDUCTOR 10000HM P 307 163 0414 DIODE 155352 645 092 8819 INDUCTOR 100U M 307 149 0810 DIODE 155355 17 652 002 8500 INDUCTOR 3300HM P 408 062 7201 DIODE 15535 652 002 8500 INDUCTOR 3300HM P 307 163 0414 DIODE 155352
100. 86 774 174 Range Note 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 255 0 255 0 4095 0 4095 0 4095 0 4095 0 4095 0 255 0 255 0 4095 0 4095 0 4095 0 4095 0 4095 0 255 0 255 0 4095 0 4095 0 4095 Read only Read only Read only Read only Electrical Adjustments Item Name Function Initial Range Note 3 V Back Porch 62 0 4095 4 Disp Line 540 0 4095 5 Clamp 1 0 255 6 Clamp Width 31 0 255 Group RGB Video 720P 60 544 0 Total Dots 1650 0 4095 1 Disp Dots 1248 0 4095 2 H Back Porch 318 0 4095 3 V Back Porch 34 0 4095 4 Disp Line 702 0 4095 5 Clamp 1 0 255 6 Clamp Width 31 0 255 Group RGB Video 720P 50 545 0 Total Dots 1980 0 4095 1 Disp Dots 1246 0 4095 2 H Back Porch 310 0 4095 3 V Back Porch 34 0 4095 4 Disp Line 702 0 4095 5 Clamp 1 0 255 6 Clamp Width 31 0 255 Group RGB Video 10801 60 546 0 Total Dots 2200 0 4095 1 Disp Dots 1872 0 4095 2 H Back Porch 260 0 4095 3 V Back Porch 56 0 4095 4 Disp Line 1052 0 4095 5 Clamp 1 0 255 6 Clamp Width 31 0 255 Group RGB Video 1080 50 547 0 Total Dots 2640 0 4095 1 Disp Dot
101. B End 128 0 255 77 ColshdSelect 1 0 1 78 R Min 256 0 1023 79 R Mid2 423 0 1023 80 R Mid1 568 0 1023 81 R Max 670 0 1023 82 G Min 256 0 1023 83 G Mid2 423 0 1023 84 G Mid1 568 0 1023 85 G Max 670 0 1023 86 256 0 1023 87 B Mid2 423 0 1023 88 B Mid1 568 0 1023 89 670 0 1023 90 H OutPos 106 0 2047 91 OutAreaLv 2048 0 4095 92 FlickerAdj 0 0 2 41 Electrical Adjustments Group Item Name Function Initial 93 FRC_Bit 3 0 3 94 FrontCTalkR Cen 2045 0 2047 95 FrontCTalkR Star 128 0 255 96 FrontCTalkR End 128 0 255 97 FrontCTalkG Cen 2045 0 2047 98 FrontCTalkG Star 126 0 255 99 FrontCTalkG End 128 0 255 100 FrontCTalkB Cen 2045 0 2047 101 FrontCTalkB Star 128 0 255 102 FrontCTalkB End 128 0 255 03 R DCOffset NGain 0 0 0 1023 Scan Direction Front Rear 104 R DCOffset N1 0 0 0 2047 Scan Direction Front Rear 05 R DCOffset N2 0 0 0 2047 Scan Direction Front Rear 106 R DCOffset N3 0 0 0 2047 Scan Direction Front Rear 07 R DCOffset NA 0 0 0 2047 Scan Direction Front Rear 108 R DCOffset N5 0 0 0 2047 Scan Direction Front Rear 09 R DCOffset N6 0 0 0 2047 Scan Direction Front Rear 110 R DCOffset N7 0 0 0 2047 Scan Direction Front Rear 111 R DCOffset N8 0 0 0 2047 Scan Direction Front Rear 112 R DCOffset N9 0 0 0 2047 Scan Direction Front Rear 113 R DC
102. C 0 022U K KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description C5862 303 279 5114 CERAMIC 3300P K 303 453 8917 CERAMIC 0 1U K C5863 303 453 9815 CERAMIC 0 01U K 303 453 8610 CERAMIC 0 1U K 303 369 0527 CERAMIC 0 01U K 303 409 3426 CERAMIC 0 1U K C5864 403 455 1616 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5813 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K C5865 303 397 5713 ELECT 100U M 303 409 3426 CERAMIC 0 1U K C5866 303453 9815 CERAMIC 0 01U K 303 453 8917 CERAMIC 0 1U K 303 369 0527 CERAMIC 0 01U K 303 453 8610 CERAMIC 0 1U K C5867 303 392 5015 CERAMIC 22UM 303 409 3426 CERAMIC 0 1U K 403 455 9216 CERAMIC 22UM 303 453 7019 CERAMIC 33P J 303 443 9214 CERAMIC 22UM 303 453 9617 CERAMIC 33P J 303 396 9613 CERAMIC 1UK 303 276 3113 CERAMIC 33P J 303 397 7618 CERAMIC 1UK 303 453 7019 CERAMIC 33P J 403 478 5912 CERAMIC 1UK 303 453 9617 CERAMIC 33P J 303 396 9613 CERAMIC 1U K 303 276 3113 CERAMIC 33P J 303 397 7618 CERAMIC 1U K 303 453 8917 CERAMIC 0 1U K 403 478 5912 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K 403 467 0911 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 437 4614 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5714 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K 403 467 0911 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 437 4614 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5714 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0
103. Chroma Cross Luma Level C2DNBANDWIDTH Comb 2D Narrow Bandwidth C2DWBANDWIDTH Comb 2D Wide Bandwidth Comb 2D Chroma Narrow Band Minimum Leakage Comb 2D Narrow Band Slope C2DCNMINLEAK C2DCNSLOPELEAK Leakage Comb 2D Wide Band Minimum C2DCWMINLEAK Leakage C2DCWSLOPELEAK Comb 2D CW Slope Leakage COMBLEAK2BPGAIN Comb Leak To Ban Pass Gain C2DBDIAGONALGAIN Comb 2D Band Pass Diagonal Gain Comb 2D Narrow Band Comb Wide C2DNBCWBCLGAIN Exil Cor RLUMASETUP Enable 75IRE Setup Enable General IP Mode Sets for IP Off 3 2 PullDown Mode Detect Film Mode Enable Force IP Mode Deinterlacer setting Effective only for Progressive ON L1 mode 38 Initial SN El 2 Bl v o 0 1000 0 700 10 10 115 115 3 3 4 4 0 3 1 3 6 6 1 0 1 3 14 1 Force Film Mode Range Note 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 63 0 9999 0 9999 Composite S Video 0 255 Adjustment Video 0 255 Composite S Video 0 5 0 3 TSC PAL 0 7 TSC PAL 0 3 Left Values are adjustable if CXCL Level 5 0 7 TSC PAL 0 3 TSC PAL 0 7 TSC PAL 0 3 TSC PAL 0 3 TSC PAL 0 3 TSC PAL 0 1 Effective only NTSC Signal 0 1 0 IP Block not used 1 IP OFF used with IP Block 1 3 bitO Global Motion bit1 Video Motion 0 2 3pull down amp 2 2pull down 0 2 1 2 3pull down 2 2
104. ECCE EL ET AE ae OZ lt V AlHERCMUEBROr ADSMsT lt HS 2 3 44 5 A 6 7 A 5 GND G stev siev Q eno 5 sev sev GND 5 5 2 LAMP DC GND 1 1 J10EP021G sp SP KE FN003 Ji0EG 4 10 49000 0356 FN004 AAVAM10B48900 we J19EG 0306 FN005 Kes 1 4 10848900 forana A LP900 J10ES076G 60000000 EXHAUST A SIDE POWER EXHAUST AAVAM10B49001 01066 MP jh PC pst AUDIO IN AUDIO_OUT 9 10 A 11 12 MAIN BOARD UNIT TEMP SENSOR 1 OUTSIDE 8811 MCP901T M SN C8843 R8855 1 106 10 8856 1 0GJ10C R C PRE AMP C2901 R2901 10KK1GQ 1 10620 11 1 1108421183616 KSR J11EA361G E 0 55 1024X768 G KsG LCD J11EB363G PANEL 0 55 1024X768 K5B J11EA361G B LCD EL 00 55 1024X768 J10EG025G 4 B4OWBO20G A2901 020801600 0 2903 6 3TM47JR CTOMTOMDRANS ed C2902 R2903 KK470GQ I 1 10GJ100C sc2901 rj SC2902 gt 15 DA 4 FROM_AUDIO_JACK 1 KR8AC 02
105. IC 0 1U K 303 453 8610 CERAMIC 303 409 3426 CERAMIC 0 1U K KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 303 453 8917 CERAMIC 303 453 8917 CERAMIC 303 453 8610 CERAMIC 303 453 8610 CERAMIC 303 409 3426 CERAMIC 303 409 3426 CERAMIC 303 453 8917 CERAMIC 303 453 8917 CERAMIC 303 453 8610 CERAMIC 303 453 8610 CERAMIC 303 409 3426 CERAMIC 303 409 3426 CERAMIC 303 453 8917 CERAMIC 303 453 8917 CERAMIC 303 453 8610 CERAMIC 303 453 8610 CERAMIC 303 409 3426 CERAMIC 303 409 3426 CERAMIC 303 453 8917 CERAMIC 303 382 7814 CERAMIC 303 453 8610 CERAMIC 303 394 5211 CERAMIC 303 409 3426 CERAMIC 303 453 8917 CERAMIC 303 453 8917 CERAMIC 303 453 8610 CERAMIC 303 453 8610 CERAMIC 303 409 3426 CERAMIC 303 409 3426 CERAMIC 303 453 8917 CERAMIC 403 457 2512 CERAMIC 303 453 8610 CERAMIC 303 376 6311 CERAMIC 303 409 3426 CERAMIC 403 457 2512 CERAMIC 303 382 7814 CERAMIC 303 376 6311 CERAMIC 303 394 5211 CERAMIC 403 457 2512 CERAMIC 303 453 8719 CERAMIC 303 376 6311 CERAMIC 303 453 9211 CERAMIC 303 453 8917 CERAMIC 303 282 5118 CERAMIC 303 453 8610 CERAMIC 303 453 8917 CERAMIC 303 409 3426 CERAMIC 303 453 8610 CERAMIC 303 453 8917 CERAMIC 303 409 3426 CERAMIC 303 453 8610 CERAMIC 303 453 8719 CERAMIC 303 409 3426 CERAMIC 303 453 9211 CERAMIC 303 453 8917 CERAMIC 303 282 5118 CERAMIC 303 453 8610 CERAMIC 303 453 8719 CERAMIC 303 409 3426 CERAMIC 303 453 9211 CERAMIC 303 453 8917 CERAMIC 303 282
106. K 303 397 7618 CERAMIC 1U K C5033 403 455 1012 CERAMIC 1U K 403 478 5912 CERAMIC 1U K 303 433 1112 CERAMIC 1U K 303 454 0613 CERAMIC 10000P K C5037 403 455 1012 CERAMIC 1U K 303 441 9810 CERAMIC 0 01U K 303 433 1112 CERAMIC 1U K 303 298 9612 CERAMIC 0 1U K C5038 303 454 0613 CERAMIC 10000P K 303 453 8917 CERAMIC 0 1U K C5039 303 454 0613 CERAMIC 10000P K 303 453 8610 CERAMIC 0 1U K C504 303 453 8917 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K 303 453 8610 CERAMIC 0 1U K 303 454 0415 CERAMIC 0 068U K 303 409 3426 CERAMIC 0 1U K 303 442 0519 CERAMIC 0 068U K 5044 4034551012 CERAMIC 1U K 303 453 8917 CERAMIC 0 1U K 303 433 1112 CERAMIC 1U K 303 453 8610 CERAMIC 0 1U K C506 303 298 9612 CERAMIC 0 1U K 303 409 3426 CERAMIC 0 1U K C5061 403 455 1616 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K 403 478 5813 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K C5069 403 455 1616 CERAMIC 10U K 303 409 3426 CERAMIC 0 1U K 403 478 5813 CERAMIC 10U K 303 453 8917 CERAMIC 0 1U K C507 303 358 3215 CERAMIC 10U K 303 453 8610 CERAMIC 0 1U K KR8 XD220000 KS8 XD260000 Electrical Parts List Key No Part No Description Key No Part No Description 303 409 3426 CERAMIC 303 298 9612 CERAMIC 0 1U K C5334 303 453 6814 CERAMIC 303 358 3215 CERAMIC 10U K 303 454 0019 CERAMIC 303 370 0018 CERAMIC 10U K 303 320 0419 CERAMIC 303 368 7319 CERAMIC 10U K C5336 303 453 6319 CERAMIC 303 401 4312 ELECT 470 M 303 454 0910 CERAMIC 303 419 5219 ELECT 4700 303 2946110 CERAMIC 303 372 7
107. L Fee 8 B 6j 8 B_LCCOM R3503 C596 96 C598 138834706 MI cso7 T T oam ina T 1 C507 5582 T T C MON4 lt FROM IC401 gt 1 25KK110 RGGHROIDTHANL L3E07 141K0A ANE 63504 R595 R598 s R3502 2 NGATA REGHODTHAN TP SHCKB HJ CIM VID I 12 1 166 47KA ol s SHCLKI cow cr Z 3 25EM471X B VID 12 cse x Xd 000 FEU 5 XFRB C504 2222222222 2 B VID 10 o s o 7 ons C518 25KKO 1GQ 8 von o 10 DB 2 0 9 lt FROM IC401 gt pe 20 Ale B vou o C 3E07114k en i 501 TP 35B 15 5 L3E06170P0AM en o 3528 e v De ag L3E06170P0A JM me eo BCS gt C3526 19 ET Sa m B DIRX be 2 ji ENBX4 3523 9 2 121424 ewm gt UPC358GR 9LG pu i MP P gt SVREFL _ FROM C 1424 B_ENBX 1 4 G cs 25 R1448 UPC358 NRG e R1446 1 16GJ10KA SVREFI D KEB25 26 1M6GJ7 5KA gt SVREFH TE C528 m e 27 f B LCCOM 1460204 R516 25KK11D zu AE R1444 5 DXOUTB B VID 1 12 C3517 o 29 lt 4 166J7 5KA 16643 po CLXOUTB WEB caste o T1429 TURR 8 EvA B ENBY I Wan C3514 o D 25KKO 1MT peony pie pi Beer c S
108. LAZE 47 JA 301 224 8814 MT GLAZE 100 301 225 1814 MT GLAZE 47 JA 301 225 1418 MT GLAZE 47K JA 301 225 1814 MT GLAZE 47 JA 301 224 9019 MT GLAZE 10K JA 301 225 1814 MT GLAZE 47 JA 301 224 9316 MT GLAZE 1K JA 301 225 1814 MT GLAZE 47 JA 301 224 9019 MT GLAZE 10K JA 301 225 1210 MT GLAZE 4 7 301 225 1210 MT GLAZE 4 7 JA 301 226 1516 MT GLAZE 0 000 ZA 301 225 0015 MT GLAZE 270 JA 301 225 1210 MT GLAZE 4 7 301 225 0015 MT GLAZE 270 JA 301 229 3913 MT GLAZE 180 JA 301 225 0213 MT GLAZE 3 3K JA 301 229 3913 MT GLAZE 180 JA 301 224 9019 MT GLAZE 10K JA 301 150 6014 MT GLAZE 0 000 ZA 301 224 9019 MT GLAZE 10K JA 301 224 8913 MT GLAZE 100K JA 301 256 1517 MT GLAZE 13K JA 301 224 8814 MT GLAZE 100 301 224 9019 MT GLAZE 10K JA 301 224 8913 MT GLAZE 100K JA 301 224 9019 MT GLAZE 10K JA 301 224 8913 MT GLAZE 100K JA 301 224 9019 MT GLAZE 10K JA 301 224 8913 MT GLAZE 100K JA 301 224 9019 MT GLAZE 10K JA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9019 MT GLAZE 10K JA 301 225 1210 MT GLAZE 4 7 301 224 9316 MT GLAZE 1K JA 301 224 8814 MT GLAZE 100 301 224 9316 MT GLAZE 1K JA 301 224 8814 MT GLAZE 100 301 224 9316 MT GLAZE 1K JA 301 225 0213 MT GLAZE 3 3K JA 301 225 1814 MT GLAZE 47 JA 301 224 9316 MT GLAZE 1KJA 301 225 1814 MT GLAZE 47 JA 301 225 0213 MT GLAZE 3 3K JA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 301 229 3913 MT GLAZE 180 JA 301 226 1516 MT GLAZE 0 000 ZA 301 229 3913 MT GLAZE 180 JA 301 229 7218
109. Level 6 at the less than the Value 42 0 255 T Luminance Level 1 Data for Dimmer 6 D ER CTRL LEVEL7 Dim Level 7 at the less than the Value 49 0 255 T Luminance Level 8 Data for Dimmer 7D ER_CTRL_LEVEL8 Dim Level 8 at the less than the Value 56 0 255 T Luminance Level 9 Data for Dimmer 8 D ERSCIBLOEEVEES Dim Level 9 at the less than the Value 63 0 255 45 Electrical Adjustments Item Name Function Initial 20 21 22 23 24 25 26 27 29 29 30 31 32 33 Group 231 BRWN O Group 250 OANODOARWN O Group 251 Group 252 Q N D ER_CTRL_LEVEL10 D ER_CTRL_LEVEL11 D ER_CTRL_LEVEL12 D ER_CTRL_LEVEL13 D ER_CTRL_LEVEL14 D ER_CTRL_LEVEL15 DIMMER_AVERAGE_POINT DIMMER_AVERAGE_DATA ER_LEVEL_AUTO M DIMMER_LEVEL_NORMAL M ER_LEVEL_ECO Lamp check enable VOLTAGE_LEVEL DIMMER_LEVEL_HIGH Past Calculation System New APL System Red Average Level Green Average Level Blue Average Level SAT Chroma Coefficient cSatMin cSatMax wCoeMin wCoeMax VBI Slice Level Generic Initial Slicing Level Generic High Level Threshold Generic Low Level Threshold Generic Minimum Low Level Dim Level 10 at the less than the Value Dim Level 11 at the less than Value Dim Level 12 at the less than Value Dim Level 13 at the less than Value Dim Level 14 at the less than
110. MT GLAZE 18K JA 301 229 3913 MT GLAZE 180 JA 301 224 9019 MT GLAZE 10K JA 301 229 3913 MT GLAZE 180 JA 301 224 9316 MT GLAZE 1KJA 301 294 3313 MT GLAZE 15K FA 301 224 9316 MT GLAZE 1KJA 301 224 9019 MT GLAZE 10K JA 301 224 9019 MT GLAZE 10K JA 301 225 8110 MT GLAZE 10JA 301 224 9019 MT GLAZE 10K JA 301 225 8110 MT GLAZE 10JA 301 224 9613 MT GLAZE 2 7 JA 301 225 8110 MT GLAZE 10JA 301 225 8011 MT GLAZE 330 JA 301 225 8516 MT GLAZE 1 8K JA 301 224 9019 MT GLAZE 10K JA 301 225 1517 MT GLAZE 3 9K JA 301 224 9910 MT GLAZE 22K JA 301 263 7420 MT GLAZE 75 JA 301 224 9910 MT GLAZE 22K JA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1K JA 301 226 1516 MT GLAZE 0 000 ZA 301 225 0213 MT GLAZE 3 3K JA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1KJA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9316 MT GLAZE 1K JA 301 226 1516 MT GLAZE 0 000 ZA 301 225 0213 MT GLAZE 3 3K JA 301 225 1210 MT GLAZE 4 7K JA 301 224 9316 MT GLAZE 1K JA 301 225 1210 MT GLAZE 4 7K JA 301 226 1516 MT GLAZE 0 000 ZA 301 225 1210 MT GLAZE 4 7K JA 301 225 8011 MT GLAZE 330 JA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9019 MT GLAZE 10K JA 301 150 6014 MT GLAZE 0 000 ZA 301 226 1516 MT GLAZE 0 000 ZA 301 224 9019 MT GLAZE 10K JA 301 224 9316 MT GLAZE 1KJA 301 226 1516 MT GLAZE 0 000 ZA 301 226 1516 MT GLAZE 0 000 ZA 301 224 8814 MT GLAZE 100 For KR8 XD220000 301 224 8814 MT GLAZE 100 301 224 9019 MT GLAZE 10K JA 301 226 1516 MT GLAZE 0 000 ZA For KS8 XD260000 301 224
111. Offset N10 0 0 0 2047 Scan Direction Front Rear 114 R DCOffset N11 0 0 0 2047 Scan Direction Front Rear 115 R DCOffset N12 0 0 0 2047 Scan Direction Front Rear 116 G DCOffset NGain 0 0 0 1023 Scan Direction Front Rear 117 G DCOffset N1 0 0 0 2047 Scan Direction Front Rear 118 G DCOffset N2 0 0 0 2047 Scan Direction Front Rear 119 G DCOffset N3 0 0 0 2047 Scan Direction Front Rear 120 G DCOffset NA 0 0 0 2047 Scan Direction Front Rear 121 G DCOffset N5 0 0 0 2047 Scan Direction Front Rear 122 G DCOffset N6 0 0 0 2047 Scan Direction Front Rear 123 G DCOffset N7 0 0 0 2047 Scan Direction Front Rear 124 G DCOffset N8 0 0 0 2047 Scan Direction Front Rear 125 G DCOffset N9 0 0 0 2047 Scan Direction Front Rear 126 G DCOffset N10 0 0 0 2047 Scan Direction Front Rear 127 G DCOffset N11 0 0 0 2047 Scan Direction Front Rear 128 G DCOffset N12 0 0 0 2047 Scan Direction Front Rear 129 B DCOffset NGain 0 0 0 1023 Scan Direction Front Rear 130 B DCOffset N1 0 0 0 2047 Scan Direction Front Rear 131 B DCOffset N2 0 0 0 2047 Scan Direction Front Rear 132 B DCOffset N3 0 0 0 2047 Scan Direction Front Rear 133 B DCOffset N4 0 0 0 2047 Scan Direction Front Rear 134 B DCOffset N5 0 0 0 2047 Scan Direction Front Rear 135 B DCOffset N6 0 0 0 2047 Scan Direction Front Rear 136 B DCOffset N7 0 0 0 2047 Scan Direction Front Rear 137 B DCOffset N8 0 0 0 2047 Scan Direction Front Rear 138 B DCOffset N9 0 0 0 2047 Scan Direction F
112. P K 003 6451001894 MOTOR BLW DC 2 4W A c606 304 073 3709 CERAMIC 100P K 004 645 100 1887 MOTOR BLW DC 2 4W C611 303 222 1326 CERAMIC 1000P K FNOO5 645 100 1887 MOTOR BLW DC 2 4W C612 303 222 1326 CERAMIC 1000P K SP901 652 002 4397 SPEAKER 8 C613 303 451 4119 MT POLYEST 1U K SW902 645 097 3925 SWITCH MICRO 1P 2T C614 303 451 4119 MT POLYEST 1U K C615 404 118 3609 ELECT 1500 M A2300 6550028396 ASSY PWB R C KR5AC 2 2 pup C621 303 336 3510 CERAMIC 0 47U K CAPACITOR C622 304 091 4504 CERAMIC 0 047U K C2901 303 358 8319 CERAMIC 1UK C623 304 090 1207 CERAMIC 0 01U K C2902 303 157 6615 CERAMIC 470P K C625 304 090 1207 CERAMIC 0 01U K 2903 3032303616 5 47UM C626 303 396 9613 CERAMIC 1U K 303 3844712 TA SOLID 47UM 3033977618 CERAMIC 1U K C8843 3032989612 CERAMIC 403 478 5912 1U K C627 3040913309 CERAMIC 2200P K RESISTOR C631 303 1574215 CERAMIC 220P J R2901 3011506014 MT GLAZE 0 000 ZA C632 3032476627 CERAMIC 680P K R2903 3012556513 MT GLAZE 100 JA 4041112401 CERAMIC 680P K R8855 301 1622219 MT GLAZE 10 JA C633 3032653216 CERAMIC 1000P J R8856 301 1622219 MT GLAZE 10 JA C634 3040913309 CERAMIC 2200P K C641 3033670410 CERAMIC 0 1U K MISCELLANEOUS 304091 2609 CERAMIC A2901 6520023359 UNITREMOCON RECEIVER 3033670440 CERAMIC SIUK 3040912609 CERAMIC 2200 655 003 7787 ASSY PWB POWER KR8AC C644 303 417 9912 CERAMIC 4 7U K 3034525016 CERAMIC 47UK TRANSISTOR C651 3040970005
113. RE 03512 FES GISI o B DIRY gt 35 25KK11D d 25 els B DIRX 9 K5B J11EA361G TRO E 1LB4J11XB360G 5 lt TO 1C501 IC531 561 gt T 599 1833 Jpeg CIM S zz w K10BB 4 9 askica 21 E TPSO1E x 5085 gd gg amp JE E 1 MA T ug EW E 5503 Ree s00eTcan 9 m aO R1429 MANT 94 8 5 8 q 8 R1431 yaa 8 SCL2 9 BR1427 w L w E l EYE SDA2 5V R1433 n E VREFB C1422 AW Y x 8 AE E 5 VREFG 4 i k C1427 gt VREFR dean REN wo TP 230816406 i lt FROM IC301 gt lt FROM 1C1423 gt PW190 UPC324 37 2 1 mm 82 g a er Da lt 5 ir 8 5 5 853 x a x Zs 5 gt HI 4444 9 HHE 5 5 21212 hours lt FROM IC
114. ROM P2 4i IC841 C5864 US Q ALLA AAS PT7M7809STEP 9 9 C843 16KK101G 1C302 9 9 09 GND C313 C316 R318 kictoo0AYH T 2 0 GND C5865 5866 05861 coge7 x x qe JAY pon Q 1466204 GND GND 10KKIMN X gt TC7SZ125FUK 8 5 3 16KKO 1MN pon C8 8 2 333VD P SOUS fe 3 Fan Pg S SNAP E gt D L3BE221PG 6 M ies i220 LAMP PWM A A A 9 6 THS 171661808 GND GND R5824 LAMP PWM 7 67 T 07 7 7 7 TI 4 d zi THS2 R374 R5823 R5825 6 TT 49852 1 anecrioka 16 A R5821 iso SKK amp 29 0 d 6 Qz Q Q9 erre G4 Q 1306 C5822 16KK0 1AYH 6 06 5 6 6 6 6 5 6 6 d 6 6 7 6 m je MODEL SELECT d R366 i m 5330 D MODEL OPTION 4 ON SW THEGHKA C343 TORO TVR TORRE TAT o h 3 tp Eum 5 re e e 9 e 9 e I s L e 75 k s Qu D5 caro uA A0GJIMA 5830 Q IC5821 5 55 5 cm T bead J 46KKO 1MN SL PW 16 0 TBKKD JAYH 16KKO t L305 B g MP2106DKP POWER LED 4 6 D DZ Q L3BE221PG 1 1 Q 9 4 4 a 4 4 4 C4 Eod LAMP LED 4 bi 4 4 onu E T C1331 CM m CJ15CM 5 TEMP LED Y Y CDN c
115. SANYO FILE NO SERVICE MANUAL Multimedia Projector Model No PLC XD2200 PLC XD2600 U S A Canada Europe U K Asia Brazil Original Version Chassis No KR8 XD220000 KS8 XD260000 Match the Chassis No on the rating label of the projector with the Chassis No in the Service Manual If the Chassis No in the Original Service Manual does not match the projector s additional Service Literature is required You must refer to Notices to the Original Service Manual prior to the servicing PRODUCT CODE PLC XD2200 PLC XD2600 1 122 519 00 KR8AC 1 122 521 00 8 1 122 519 04 KR8EC 1 122 521 04 lt 1 122 520 00 LR8Ac 1 122 522 00 58 1 122 520 02 LRsCO 1 122 522 02 LSscc 1 122 520 03 1 122 522 03 5 REFERENCE SM5111242 00 Contents SERVICE MANUAL eese enne 1 Contents xiii REN RC eee 2 Safety Instructions cete dt eg nus 3 Safety Precautions 3 Product Safety Notice 3 Service Personnel Warning 3 4 Circuit Protections 5 Thermal switch 1121 5 Lamp cover switch 5 gil T 5 Warning temperature and power failure protection 6 1 doeet ot nii Has 7 Lamp Replacement 9 Lamp repl
116. SET_DG N a 9 Kap o g Sj a 9 252 1 x D o xx 7 8 2 10 E Sto lt d 1 lt R424 3 6 ET ND 116 1 g GAMMA CONT10 Hn RB437 SHCLKR1 R1JA4704G R472 lt 1 16GZ0A 8 IRM_RST gt 8 58 xo SDATA R406 1 16020 SDATA FROM IC301 P3 407 46020 SCLK gy scs PW i R408 _1 16GZ0A jw SCS el el s ST 87 87x e O 3 j GND 5 5 e o o 2 Gy 6 gt RB428 A SIDE z R1JA4704G TP_DVS 8 9 9 PA DG_ENBY2 DVS 5 TP_DHS I I DRGB_DY RGB COMMON FROM 1 301 DHS gt zu a x EF Er O cS CLYOUT PAGES PW190 vc y e NRG e R423 c D T DT vi a gt gt p e 3 S 1 6GJA7A ase g 59 8 2 5 i s 8 2 13534 ey Oj m ay amp 5 e D ENBX1G L2F7R12KG TEJ 522225 SX OS 422 Bx DR lt z s zb 8 9 z z z z ARTT lz LE CLXOUTG DR 1 B 9 4 Ge amp E 5 ES Gr Lal xus DR 2 9 DRIZ s 6 3KK2 2GQ ee 2 2 63KK22L78 p m E u DR 3 5 NC DS AL EET El amp 1 401 e G W DR 5 zz C442 L3E07111K0AM x 1 16GJ47A RIS Les Go aider iuba E lt d Ej cd Der EHH e o siue
117. XD1 ADCO ADC2 PORT PORT E7 ES PORTE2 PORTEO PORTC4 PORTHO ADC3 ADC7 DAC1 PORTF4 PORTF1 PORT F2 ADC4 DAC2 DAC3 PORT D5 PORTB6 PORTB7 PORTAS3 PORTAG PORTA7 PORT A4 SIGNAL NAME AUDIO_CE PW UPDATE RXD MCI DDC SW TXD PW READY LED SDATA PW PW NMCLR 2 Wire Serial Data 2 SDA2 2 Wire Serial Clock 1 SCL 2 Wire Serial Data 0 SDAO ADC1 KEY PW MASTER 5 TEMP LED AUDIO DI BLAST AC LAMP DET 2 Wire Serial Clock 2 SCL2 2 Wire Serial Clock 0 SCLO 2 Wire Serial Data 1 SDA1 TXD MCI ADCO P FAIL ADC2 KEY2 SW1 PW MASTER 500 LAMP LED POWER LED RST RXD PW ADC3 SENSOR_T ADC7 SENSOR_X DAC1 FAN ON_16V PW MASTER SDI POWER SW LAN ADCA Option SW DAC2 FAN CON B DAC3 FAN_CON_C DESCRIPTION Aduio Control Network RXD Serial Control RXD 3 Wired Serial Control Data LAN control IIC Bus Switch DAC SoundlC 5V SW IIC Bus Temp Sensor S3 3V Input Select Keystone LED on H Sub CPU commuication Ballast CTL Lamp retry detect High Retry Bus Control Clock IIC Bus Control Clock Bus Control Data Network TXD Power Failure Signal Input Failure L Key Control Input Fan Control Swicth 1 Sub CPU Communication LED on H LED on H L3E07111 reset Serial Control RXD Keystone Sensor Keystone Sensor FAN CON_A Standby Power Control Sub CPU Communication Netwokr Power SW Option Switch FAN
118. abled Please refer to the owner s manual for further information of the security functions 11 Standby Mode Notice This projector provides 2 types of standby mode Eco standby and Network standby According to the standby mode Eco or Network several functions are restricted as shown in the table below To change the standby mode use the projector s menu Setting Network Supply the power to the network function even after turning off the projector You can turn on off the projector via network modify network environment and receive an e mail about projector status while the projector is powered off EGO Select Eco when you do not use the projector via network The projector s network function will stop when turning off the projector When Eco is selected several functions will be restricted Restricted Function in the standby mode Function Network Serial command control Network Function Monitor Out v Audio Out Direct on v 12 Mechanical Disassembly Mechanical disassembly should be made following procedures in numerical or Screws Expression der Diameter x Length mm 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 otherwise it may cause loss of performance and product safety 1 Cabinet Top R C Board remova
119. acement 9 Resetting the Lamp 10 How to check Lamp Used Time 10 Security Function Notice 11 Resetting 11 Standby Mode Notice 12 Mechanical 13 Optical Parts Disassembly 18 25 Adjustments after Parts Replacement 25 Optical 26 Contrast 27 Condenser Out lens adjustment 28 Relay lens Out adjustment 29 Electrical Adjustments 00222 122 30 Service Adjustment Menu Operation 30 Note on Main Board Replacement 30 Circuit Adjustments seen 31 Test Points and Locations 36 Service Adjustment Data Table 37 Chassis Block 55 Chassis over View scissile arias 55 Systetm 56 Lamp 57 AUGIO CIFCUIE IEEE 58 Power
120. al Fan3 Max Eco Fan Control Min Temp Eco Fan Control Max Temp Eco Fan1 Min Eco Fan1 Max Eco Fan2 Min Eco Fan2 Max Eco Fan3 Min Eco Fan3 Max Fan Start Cooling Setting Fan Initial Volt Temp Senser Control Start End Tem p at Normal Fan voltage value at Normal unit 0 1V Temp Senser Control Start End Tem p at Eco Fan voltage value at Eco unit 0 1V Fan voltage value at Eco unit 0 1V Fan Start Voltage 0 1V Initial 65 70 80 55 60 15 110 110 115 HiLand HiLand Normal Ceiling Normal Ceiling 45 45 44 44 54 54 54 54 60 60 58 58 100 100 100 100 100 100 100 100 45 45 44 44 54 54 53 53 58 58 57 57 100 100 100 100 100 100 100 100 44 44 43 43 54 54 52 52 57 56 55 100 100 100 100 100 100 100 100 3 3 3 3 3 Normal Ceiling Re Coling 32 31 33 32 41 41 38 38 78 80 98 100 135 135 135 135 73 85 100 113 96 101 124 129 75 80 10 105 135 135 135 135 32 32 33 32 40 40 38 38 68 75 95 100 185 185 135 185 71 81 107 18 108 144 49 70 75 100 105 135 185 135 185 32 31 32 32 40 39 38 Sy 52 60 75 80 120 120 125 125 45 45 60 60 65 70 80 85 55 60 75 80 110 110 115 115 55 48 85 80 115 Range Note 0 255 0 255 0 255 30 100 30 100 30 100 0 100 0 100 30 100 30 100 30 100 0 100 0 100 0 100 0 100 0 100 0 100 0 100 0 255 Electrical Adjustments Group Item 1 2 4 5 6 8 9 10 11 12 Group 256 0 1 2 3 4 Grou
121. aler Edit Sclaler Vertical Vertical Scaler Edit Connect Seperate Connect Edit Position Horizontal Horizontal Postion Correction Position Vertical Vertical Position Correct Aspect Enable Aspect Adj Enable AutoPC Adjust i Auto PC Adj Operation Enable if Un AutoPCAdjustEnable supported Signal Input Frequency Step Frequency Steps of Total Dot Frequency Threshold Total Dot Freqency Threshold Fine Phase Do Phase Adj after Total Dot Adj BLKDET Black Level Detection Area PHASEMSK Phase Detection Filter PanelType Panel Type Check GammaL R View Current Setting Check GammaL R Change Setting of Gamma Composite NTSC Composite S Video 50 Initial 500 200 8 9 217 212 212 925 500 925 500 925 500 50 500 800 500 700 500 13 128 128 217 237 237 100 100 100 100 _ Range Note 0 1000 0 1000 0 4095 0 4095 0 255 0 255 0 255 0 255 0 255 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 1000 0 4095 0 4095 0 255 0 255 0 255 0 255 0 255 0 255 1255 1 255 68 132 68 132 0 1 85 115 85 115 0 1 0 1 0 3 0 10 0 1 0 3 0 20 0 20 O Seperate 1 Connect 1 Enable 0 Disable 0 Enabel 1 Disable 01 lt gt 10 Not matched O Excutes Fine Phase 1 Not Excute 0 Effective All Bit 1 Disable Lower 1 bit 2 Disable Lower 2 bit 3 Disable Lower 3 bit 0 Gamma
122. amic AVCinema AVBlackBoard AVColBoaR AVCol BoaG AVColBoaB AVColBoaY 0 4095 0 4095 PCStandard PCDynamic PCReal 0 4095 PCBlackBoard PCColBoaR PCCol BoaG PCColBoaB PCColBoaY AVStandard AVDynamic AVCinema 0 4095 AVBlackBoard AVColBoaR AVCol BoaG AVColBoaB AVColBoaY PC AV 0 4095 Center 512 R and B are linked with G 0 4095 0 4095 04095 Breson Front Rear LONE ad 0 4095 Scan Direction Front Rear 0 4095 Scan Direction Front Rear 0 4095 Scan Direction Front Rear 0 4095 Scan Direction Front Rear 0 1023 0 1023 0 1023 0 255 0 4095 0 127 0 255 0 3 0 9 Electrical Adjustments Item Name Function Initial Range Note 24 GammaCtrl 1 0 1 25 REF_GatePos 15 0 1023 26 REF_GateDur 147 0 1023 27 R BasePos 8 0 15 28 G BasePos 8 0 15 29 B BasePos 8 0 15 30 RGB Adjust 0 0 7 31 RGB AdjLv 0 e n 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
123. and then press the SELECT button Filter counter Reset appears Select Yes to continue 3 Another confirmation dialog box appears select Yes to reset the Filter counter Air filter front Pull horizontally and remove Y Note Please be sure to fit this edge when inserting this filter S Air filter back Pull horizontally and then remove it leftward Filter counter Filter counter adjust Timer Exit 4Back SELECT Cha Filter counter Reset appears Exit Move SELECT Select Select Yes then another confirmation box appears Select Yes again Yes to reset the Filter counter CW Exit CE Select Maintenance Attaching the Lens Cap When moving this projector or while not using it over an extended period of time replace the lens cap Attach the lens cap according to the following procedures 1 Thread the string through the hole on the lens cap and then tie a knot in the string to secure it in place 2 To pass the other end of the string into the hole on the bottom of the projector and pull at it Cleaning the Projection Lens Unplug the AC power cord before cleaning Gently wipe the projection lens with a cleaning cloth that contains a small amount of non abrasive camera lens cleaner or use a lens cleaning paper or commercially available air blower to clean the lens Avoid using an excessive amount of cleaner Abrasive cleaners solvents or
124. anging the Data value 2 White Level 5 Auto Calibration adjustment Component 1 Enter the service mode 2 Receive the 8 color 100 color bar 480i component signal with Computer1 Component mode 3 To start the auto calibration for Component adjust ment select group no 260 item no 0 and then change data value from 0 to 1 After the auto cali bration completed will appear on the screen Below adjustments are performed when the above auto calibration is failed Pedestal adjustment Component Enter the service mode 2 Receive the 16 step grey scale 480i component signal with Computer1 Component mode 3 Connect an oscilloscope to test point TP35G 4 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 TP3bR and chassis ground 6 Select item no 1 and change data value to adjust the pedestal level and black level to be the same lev el 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 lev el 5 8 5 28 o 5 9 5 oa Gain adjustment Component 1 Enter the service mode 2 Receive the 16 step grey scale 480i component signal with Computer1 Component
125. atrix type panels 1 024 x 768 dots 2 359 296 1 024 x 768 x 3 panels PAL SECAM NTSC 5 4 43 PALM and PAL N 480i 480p 575i 575p 720p 10351 and 10801 H sync 15 kHz 100 kHz V sync 50 100 Hz Adjustable from 40 to 300 4 3 38 7 1 30m 11 80m F 2 0 2 15 lens with f 18 38 mm 22 06 mm with manual zoom and focus 215W RCA Type x 1 RCA Type x 2 M ni Jack stereo x M ni D sub 15 pin x 1 Mini D sub 15 pin x 1 D sub 9 pin x 1 Mini Jack stereo x 1 variable RJ45 1 0 W RMS 1 speaker 21 1 28mm AC 100 120 V 3 5A Max Ampere 50 60 Hz The U S A and Canada AC 100 240 V 1 9A Max Ampere 50 60 Hz For other countries 41 F 95 F 5 C 35 14 F 140 F 10 C 60 C AAA or LRO3 1 5V ALKALINE TYPE x 2 16 4 5 m 30 2 0 W x 0 7 H x 4 3 52 mm x 18 mm x 110 mm 2 37 oz 67 g including batteries 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 01 or less may be ineffective by the characteristics of the LCD panels This symbol on the nameplate means the product is Listed by Underwriters C UL US LISTED Laboratories Inc It is designed and manufactured to meet rigid U L safety stan n dards against risk of fire casualty and electrical hazards 4 Circuit Protections This projector provide
126. d on the screen briefly as follows 10 Security Function Notice This projector provides security functions such as Key lock PIN code lock and Logo PIN code lock When the pro jector 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 Je Locks operation of the top control or the remote con trol Key lock If the Key lock is enabled with top control lock the projector can no longer be started Initial setting Key lock function is disabled Prevents the projector from being operated by an un PIN code lock authorized person Initial code 1234 Prevents an unauthorized person for changing the Logo code lock start up logo on the screen Initial code 4321 Resetting procedure 1 Disconnect the AC power cord from the AC outlet 2 As pressing the SELECT button connect the AC power cord into an AC outlet again 3 Keep pressing the SELECT button and then press the ON STAND BY button 4 Release the ON STAND BY button first and then release the SELECT button The PIN code lock and Logo PIN code lock will be reset as the initial PIN code at the factory and the key lock function is dis
127. ding Correction adjustment If the correction of the Color shading adjustment is nec essary please adjust the Color shading by using the COLOR SHADING CORRECTION software supplied separately The color shading correction adjustment for this model should be performed with the whole gray patterns spec ified as below 4 input patterns 6 gray 12 5 gray 25 gray 50 gray The Color Shading Correction can be ordered with following service code COLOR SHADING CORRECTION Ver 4 20 Service Parts No 610 343 5596 35 Electrical Adjustments Test Points and Locations MAIN BOARD bevel eere S9 9M TPFANB 36 Electrical Adjustments Service Adjustment Data Table Function 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 Group 0 O O O N 100 101 20 22 123 24 26 28 129 30 131 32 34 36 137 38 40 42 44 46 147 Item Name AD Converter PW190 ADC G OFFSET ADC R OFFSET ADC B OFFSET ADC G GAIN ADC R GAIN ADC B GAIN GRAAFLTR RBAAFLTR GRNAADWNSMPL RBAADWNSMPL GRNAAHF RBAAHF SOGTH SOGHYSDIS HS1TH HSOTH PreCoast PC Signal PostCoast PC Signal
128. e sure to reset the Lamp replacement counter after the lamp is replaced Press the Point AW buttons to choose the Lamp counter function and then press the Point or the SELECT button to access the submenu items Lamp counter This item shows the total accumulated time of the lamp usage Lamp counter reset Press the the SELECT button to choose Lamp counter reset Select Yes in the confirmation box if you want to reset the lamp counter and then choose Yes in Reset the second confirmation box to reset lamp counter No Move Select Lamp replacement counter Reset Yes Move How to check Lamp Used Time Projector used time The LAMP REPLACE indicator will light yellow when the total lamp used time Corresponding value reaches Counter 6 000 hours This is to indicate that lamp replacement Projector 500 is required Lamp The total lamp used time is calculated by using the be High Normal 200H low expression Total lamp used time Teco Thigh normal x 1 5 Eco 300H Corresponding value 600 H Teco used time in the Eco mode Thigh normal used time in the Normal mode and High mode Total lamp used time You can check the lamp used time following to the be low procedure 1 Press and hold the ON STAND BY button on the projector or on the remote control for more than 20 seconds 2 The projector used time and lamp used time will be displaye
129. ed 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 C or 41 to 95 F The projector is shut down and the WARNING indicator lights red Top Control When the projector detects an abnormal condition it POWER is automatically shut down to protect the inside of the projector and the WARNING indicator lights red In this V case unplug the AC power cord and reconnect it and then WARNING ON STAND BY turn the projector on once again to verify operation If the WARNING emit projector cannot be turned on and the WARNING indicator WY red light still lights red unplug the AC power cord and contact the LAMP a REPLACE AUTOSETUP service station CAUTION A DO NOT LEAVE THE PROJECTOR WITH THE AC POWER CORD CONNECTED UNDER AN ABNORMAL CONDITION IT MAY RESULT IN FIRE OR ELECTRIC SHOCK Maintenance Cleaning the Filters Filter prevents dust from accumulating on the optical elements inside the projector Should the filters become clogged with dust particles it will reduce cooling fans effectiveness and may result in internal heat buildup and adversely affect the life of the projector If a Filter warning icon appears on the screen clean the filters immediately Clean the filters by following the steps below 1 Turn off the projector and unplug the AC power cord
130. em Name Group Panel Service 6170 62334 0 R_LCCOM 1G LCCOM 2 B LCCOM 3 R ENBX PW 4 G ENBX PW 5 B ENBX PW 6 R DXIN 7 G DXIN 8 B DXIN 9 R ENB11N 10 G ENBX11N 11 11 12 Vmid 13 R Ref 14 G Ref 15 G Ref 16 Vref Group 102 Auto Keystone Setup Value 0 OFFSET OFFSET SWITCH DEBUG MODE SERVICE CALIBRATION LOCK COUNT DELT VERT RESULT ANGLE 1 COUNT ANGLE 2 COUNT BLIND SECTOR 1 BLIND SECTOR 3 BLIND SECTOR BIAS O O1 Q N GS Option 0 Logo Prohibition 1 RS232C Baudrate 2 PJLink Enable 4 CABLE SW 5 PW Debug Command Enable 6 Device Refresh Disable 7 Device Access Disable 21 Lamp Warning Time NORMAL 22 Lamp Warning Time ECO 23 Lamp Warning Time HIGH Lamp PWM PresAv 40 SONE Lamp PWM PresAv Function Logo Prohibition 0 Menu 1 Forced Baud Rate PJLink Long Cable Lamp Life at Normal Mode Warning Time at Normal Lamp Life at Eco Mode Warning Time at Eco Lamp Life at High Mode Warning Time at High 44 Initial 2686 3274 1023 1023 1023 160 160 160 80 67 Range Note 0 4095 0 1023 0 1023 0 1023 0 1 0 255 0 1023 0 255 0 1023 0 255 0255 0 255 0 15 0 15 0 15 0 127 0 127 0 127 0 31 0 31 0 31 0 255 0 255 0 255 0 255 1056 1056 0 1 1 255 255 1 10 0 1024 0 1024 0 1024 0 1 Effective after AC On 0 2 0 19200bps 1 9600bps 2 115
131. emp C A to judge the Temp Error at Normal Clogging Det Temp A to judge the Temp Error at Eco Room Temp B to judge the Temp Error at Eco Panel Temp C to judge the Temp Error at Eco Panel Temp B A to judge the Temp Error at Normal Clogging Det Temp C A to judge the Temp Error at Normal Clogging Det Offset of Temp Error Temp Error Setting Value is increased XC at the below condition Standby Right to turn on the lamp Right to change the Lamp mode Offset of Temp Error Minutes Error Setting Value is increased X min ute at the below condition Standby Right to turn on the lamp Right to change the Lamp mode 254 Fan Control Range Setting Temp Voltage High Fan Control Min Temp High Fan Control Max Temp High Fan1 Min High Fan1 Max High Fan2 Min High Fan2 Max High Fan3 Min High Fan3 Max orma 41 Norma Fan Control Max Temp O O OI OQ N O 2 Normal Fan1 Min 3 Normal Fan1 Max 4 Normal Fan2 Min 5 Normal Fan2 Max 6 Normal Fan3 Min 7 Normal Fan3 Max 20 Eco Fan Control Min Temp 21 Eco Fan Control Max Temp 22 Eco Fan1 Min 23 Eco Fan1 Max 24 Eco Fan2 Min Fan Control Min T Fan Temp Senser Control Start End Tem p at Normal Fan voltage value at Normal unit 0 1V Temp Senser Control Start End Tem p at Eco Fan voltage value at Eco unit 0 1V Normal Ceiling 45 55 59 100 100 45 55 58 100 100 44 54 5
132. en 6 Project only red light component to the screen 7 Select item 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 92 and change data value to 0 to reset the panel frequency 8 50 White adjustment PC Equipment Luminance meter Input mode Computer 1 RGB Input signal 10096 white and 50 gray computer signal Enter the service mode Input the 100 white computer signal and measure luminance on the screen with the luminance meter It is A for the reading of luminance meter 3 Change the signal source to the 50 white computer signal 4 Select group no 1007 item no 6 and change the Data value to make the reading of luminance meter to be x 22 N 9 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 no 7 Red or 8 Blue and change Data values respectively to make a proper white balance Confirm that the same white balance is obtained in vid eo and computer input 10 50 White adjustment Video Equipment Luminance meter Input mode Video Video Input signal 100 white and 50 gray composite video signal Enter the service mode Inp
133. er 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 When all 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 SW601 Thermal sw short in normal SW601 opens when the surrounding temperature of the switch exceeds 85 C When the WARNING red and POWER red indicators are blinking the symptom indicates that the projec tor 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 blinking and then try to turn on the projector The internal temperature is monitored by sensor ICs 8831 8821 on the Main board and IC8811 on the R C 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 driving signal status The P FAIL signal Error L is sent to pin 215 of IC301 SYSTEM CONTROL when the abnormality occurred inside the projector and then the IC301 sends the shutdown signal LAMP DC ON to the power supply circuit to stop
134. from the AC outlet 2 Remove the front air filter by pulling the latch horizontally Remove the back air filter by pulling the latch horizontally and then remove it leftward Clean the air filters with a brush or rinse them softly 4 When cleaning the air filters by rinsing dry it well Replace the air filters properly Make sure that the air filters are fully inserted CAUTION A Do not operate the projector with the filters removed Dust may accumulate on the optical elements degrading picture quality Do not put anything into the air vents Doing so 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 using the projector under dusty or smoky conditions dust may accumulate on a 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 filters 1 Press the MENU button to display the On Screen Menu Use the Point buttons to select Setting and then press the Point or SELECT button 2 Use the Point buttons to select Filter counter and then press the Point or the SELECT button Use the Point buttons to select Filter counter reset
135. its operation and signal LAMP SCI to the lamp ballast board via IC4891 and SW902 lamp cover switch to stop operation of the lamp circuit An abnormality occurs on the secondary power supply Check power supplies S16V S6V S bV 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 001 FNOO2 FNOO3 FN004 FNOOS and peripheral circuit If any of the fans has an error the fan lock signal drives 03601 becomes High As the result signal FAN ERR becomes Low and is sent to lamp ballast board to stop lamp circuit An abnormality occurs on the drive signals ON 150V signal Power on is output from pin 95 of IC301 and switches 1C592 15 5VL supply circuit ON 33V signal Power on is output from pin 188 of IC301 and switches 5621 1 0V 03582 33V supply circuit LAMP DC ON signal Power on H is output from pin 89 of IC301 and supplied to the PC Control 621 on the power supply board through 0691 and PC663 LAMP SCI signal Power on is output from pin 14 of IC9885 and applied to 2 of IC4891 and out put pin 4 and then supplied to the lamp ballast board through SW902 Lamp Cover SW gt LAMP DET signal at the pin 285 of IC301 is applied from the lamp ballast unit If the abnormality occurred on the lamp ballast unit LAMP DET signal becomes High and then IC301 shuts down the power supply circuit Lamp Cover
136. l 1 Loose screw A M3x8 to remove the Lamp Cover 2 Remove 4 screws B M3x8 and 2 screws C T3x10 to re move the Cabinet top 3 Remove the Control Buttons and Dec Inlay LED 4 Remove 2 screws D T3x8 to remove the Dec Ring 5 Remove the R C Board Lamp Cover Cabinet top Dec Inlay RC Control Buttons Dec Inlay LED Dec Ring Fig 1 13 Mechanical Disassembly 2 Main Board AV Panel Audio Jack and Speaker SP901 removal 1 Remove 5 screws M3x8 and screws B M4x6 to remove the Right connect shield Lamp back shield and Right shield 2 Remove 2 screws T3x8 to remove the Main Board 3 Release the hooks and screw D M2x4 to remove the AV Panel 4 Remove 2 screws 2 5 6 to remove the Audio Jack board 5 Remove the Speaker SP901 T3x8 x2 Main Board Speaker SP901 Fig 2 14 Mechanical Disassembly 3 Optical Unit Lamp A ssy and SW902 removal 1 Remove the Lens spacer sheet top Remove 2 screws A M3x8 to remove the Optical back shield 2 Remove 3 screws B M3x7 to remove the Lamp A ssy Remove 4 screws C T3x10 to remove the Optical Unit Remove 4 screws D T3x8 and 2 screws E T3x8 to remove the Lamp holder and Ballast socket 3 Remove the lamp cover switch SW902 Lens spacer A M3x8 X2 9 sheet top Re Optical back shield a T3x10 X4 De DEE 5 Ballast socket D T3x8
137. mirror G Relay lens IN Mirror R Condenser lens R Polarized glass IN R Condenser lens B Mirror B 1 S9OVLIOA pat ae Marker comes this side up Adjustments Adjustments after Parts Replacement Adjustment necessary Check necessary Disassembly Replaced Parts Condensor Glass Polarized Glass ment Caution Don t unplug the AC Cord without pressing the power button the serving 25 LCD Condenser Relay PLC XD2200 power Main Prism Ass y Lens OUT Lens OUT B Board Board G PLC XD2600 Contrast Adjustment gt G Contrast adjustment 59 3 5 B Contrast adjustment oo 5 Condenser lens adjustment o Relay lens out adjustment Panel type check and setting Fan control adjustment Black Level adjustment Auto calibration adjustment PC e Auto calibration adjustment e m Component o z lt Auto calibration adjustment e 8 Video gt Common center adjustment 3 5096 white adjustment PC e White balance adjustment PC et 5096 white adjustment Video e White balance adjustment Video
138. n gt gt s j 38 1160204 prp m C ____ gt LAN Driver 8827 8828 8826 ET C8803 C8802 3V RB7 KBI3 PGD 1 16 R8834 ce on 1 16GJ22A 2 5 amp E RC3 SCK1 SCL1 9 is 581 F w LED_A Eg Eg 5 8 E g RGBEGGPIIA 5 11108800 1 16GJ220A C8806 a g 2 E E 2 2 E 1108200 16 2223 822822582 85 16KK0 1AXH Y IC8802 Q5 S IC8803 2 AIR E 16 8814 FLASH G 16 i 16 0 1 jl LED A X8801 R8807 E X 1 16GZ0A 3 3 LAN 2 el TER AN RXD MCI TO IC301 Mr R9918 R9875 WY 1 16GZ0A R9917 100 10 I H 33V MCU MCU R1JA1014G gt core m J10EG065G T al R9874 1 16GJ100KA C9885 n 6107 16KK0 1AXH 33V ALL 3 3V ALL R9878 Ross AM X 1 16GJ1 5KA lt R9897 9885 P10 SO0 5o ANT R9898 1 16GJ22A T 11 510 5 0 R9899 1 16GJ22A a 000 20 o RO899 A Pio POWERED P21 URX INTA T1IN 10 P12 SCKO Ree LAN STAT P13 SO1 DBGP12 R9901 Oa 2 P20 UTX INTA T1IN x 11 P14 SI1 SB1 DBGP D PW MASTER 500 1166 PW MASTER SDI I PW MASTER SCK 5 SCK1 INT3 TOIN DBGR Q5752 i 888
139. ng o FLDINVSetting Value 2 Field Sense Invert Enable 0 0 1 sss LENIN 1 Enable Used Reversed FLDINV Setting Value 0 Disable Service Adjustment Dsiable Used all 4 Sub Image Enable 1 0 1 the Center Values 1 Enable Service Adjustment Enable 0 Zoom Accelerator OFF 6 Zoom Accelerator Enable 0 0 1 1 Zoom Accelerator ON No last memory 0 Enable Normal 1 Disable Dzoo is not cancelled even if 7 DZoom Reset by Keystone 0 0 1 Keystone is cancelled No last memory 8 Stability Count Count Value of V missing 5 0 255 Sensivity for Signal Lost Only used this value for No Signal 9 HSYNC Judgement Hz is 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 202 Option MCI model only 0 Memory Viewer OSD Mamay Viewer OSD Display 1 Yes 1 0 1 Group 210 Lamp Control Luminance Level 1 Data for Dimmer oD ER_CTRL_LEVEL1 Dim Level 1 at the less than the Value 7 0 255 Luminance Level 1 Data for Dimmer 1 b ER_CTRL_LEVEL2 Dim Level 2 at the less than the Value ld 0255 T Luminance Level 1 Data for Dimmer 2 D FR CTRL LEVELS Dim Level 3 at the less than the Value 21 0 255 T Luminance Level 1 Data for Dimmer 3 D ER_CTRL_LEVEL4 Dim Level 4 at the less than the Value 2255 T Luminance Level 1 Data for Dimmer 4 D FR CTRL LEVELS Dim Level 5 at the less than the Value 35 0 255 m Luminance Level 1 Data for Dimmer 5 D ER_CTRL_LEVEL6 Dim
140. on Window Start ar Motion Window Stop G X G X 8 Global Motion Window Start Y Global Motion Window Stop Group Image Center Contrast Center Brightness Center Color Center Tint Center Sharpness Alpha Contrast Alpha Brightness Alpha Color Alpha Tint Alpha Sharpness Center WB Red Center WB Green Center WB Blue Alpha WB Red Alpha WB Green Alpha WB Blue O O1 N O m mm O N Group Panel Service 0 G SubGain 1 R SubGain 2 B SubGain 3 G SubBright 4 R SubBright 5 B SubBright 6 G Gammashift 7 R GammaShift 8 B GammasShift 9 G ReferH 10 G ReferL R ReferH R ReferL B ReferH B ReferL 11 12 3 4 5 DXOutR 6 7 8 9 DXOutG DXOutB H_Change_Pos SH_Base 20 NRG_Pos 21 NRG_Width 22 OSD_Pos 23 5 Function Film Detection Sensitivity lt FILMSTVT23 gt Film Detection Sensitivity lt VOFSTVT gt lt VOFTHRDA gt lt VOFTHRDB gt lt GMDTHRD gt lt FILMTHRD23 gt lt GMDSTARX gt lt GMDSTOPX gt lt GMDSTARY gt lt GMDSTOPY gt Initial 512 496 512 500 512 512 512 512 512 512 512 512 512 534 512 512 512 512 90 90 90 90 90 90 16 16 16 16 16 16 40 40 40 40 40 40 140 140 140 140 140 140 70 70 70 70 70 70 10 10 10 10 10 10 10 10 10 10 10 10 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40
141. ondenser Lens Ass y disassembly For KS8 XD260000 2 5 6 2 Polarized glass Ass y J Polarized glass is not re moved from the mounting base Fig 4 Relay Out lens disassembly 2 5 6 9 Relay lens Ass y Fig 5 Relay Out lens 20 Optical Parts Disassembly LCD Panel Prism Ass y removal M3x10 x2 LCD Panel Prism Ass y Fig 6 1 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 When replacing the LCD Panel Prism ass y take the optical and electrical adjustments following to the chapter Adjustment 21 Optical Parts Disassembly Panel Type Check There are 2 types of LCD Panel Prism Ass y for this model Either or R Type LCD Panel Prism Ass y is used on the projector 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 Adjust ment for the replaced LCD Panel Prism Ass y The gamma characteristics is different between
142. ore 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 generates 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 Specifications Mechanical Information Projector Type Dimensions W x H x D Net Weight Foot Adjustment Panel Resolution LCD Panel System Panel Resolution Number of Pixels Signal Compatibility Color System SD HD TV Signal Scanning Frequency Optical Information Projection Image Size Diagonal Throw Distance Projection Lens Projection Lamp Interface Video Input Jack Audio Input Jack Computer In 1 S video In Component In Computer In 2 Monitor Out Audio Input Jack Computer In 1 S video In Component Input Jack Computer In 2 Monitor Out Terminal Control port Audio Output Jack LAN Connection Terminal Audio Internal Audio Amp Built in Speaker Power Voltage and Power Consumption Operating Environment Operating Temperature Storage Temperature Remote Control Battery Operating Range Dimensions Net Weight Multi media Projector 13 13 x 3 35 x 9 72 333 5mm x 85 2mm x 2470mm Not including protrusions 5 7 lbs 2 6 kg 0 to 10 0 55 TFT Active M
143. owing 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 projec tor 2 Comply with all caution and safety related notes provided 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 adjust DO NOT OPERATE THIS PROJECTOR WITHOUT T HE PROTECTIVE SHIELD IN POSITION AND PROP ERLY 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 ment covers or shields barriers etc Product Safety Notice Product safety should be considered when a component replacement is made in any area of the projector Components indicated by mark 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 bef
144. p 257 0 1 2 3 Group 258 0 1 2 Group 260 0 1 2 3 4 Group 261 0 1 2 3 4 5 6 7 8 9 Group 262 0 1 2 3 Item Name Fan2 Initial Volt Fan3 Initial Volt Fan1 Cooling Speed Fan2 Cooling Speed Fan3 Cooling Speed Cooling Time 11 Cooling Time L2 Temp Error Cooling Time OnStart Cooling Start Thresh old After shutdown cooling Function Fan Start Voltage 0 1V Fan Voltage at Power Off 0 1V Cooling Time stting at Fan Mode L1 x 30 sec 1 30 3 90 15 450 sec Cooling Time stting at Fan Mode L2 x 30 sec 1 30 3 90 15 450 sec Cooling Time setting at Temp Erro x 30 sec Cooling after shutdown 0 No 1 Yes Fan Lamp Voltage Dimmer Setting Lamp Vlotage Lamp Vol Threshold Fan 1 Speed Gain Fan 2 Speed Gain Fan 3 Speed Gain Fan Dimmer Setting Dimmer Average Chech Period Dimmer Average Last Voltage Difference Voltage Difference Goal Dimmer Average measurement Time 0 10sec 1 30sec 2 60 sec 90 sec 10 30sec Dimmer Average Value Read only Fan Network IC temperature rising resolve Standby Cooling Check Cycle Standby Cooling Start Threshold Standby Cooling Enable Auto Calibration Common Auto Calibration Execute Calibration Loop Count Auto Status AutoWait CHECK Tolelance Auto Calibration RGB OFFSET AREA H START OFFSET AREA V START GAIN AREA H START GAIN AREA V START Image AREA H WIDTH Image AREA V HIGHT OFFSET target OFFSET
145. r and secure the screw JI Connect the AC power cord to the projector and turn on the projector Reset the Lamp Replace Counter ss Refer to the next page for details WARNING TURN OFFTHE UV LAMP BEFORE OPENING THE LAMP COVER USE UV RADIATION EYE AND SKIN PROTECTION DURING SERVICING CAUTION N CAUTION Allow a projector to cool for at least 45 minutes For continued safety replace with a lamp of the before you open the Lamp Cover The inside of the same type Do not drop a lamp or touch a glass bulb projector can become very hot The glass can shatter and may cause injury N CAUTION When replacing the lamp because it has stopped illuminating there is a possibility that the lamp may be broken If replacing the lamp of a projector which has been installed on the ceiling you should always assume that the lamp is broken and you should stand to the side of the lamp cover not underneath it Remove the lamp cover gently Small pieces of glass may fall out when the lamp cover is opened If pieces of glass get into your eyes or mouth seek medical advice immediately Lamp Replacement Recommendation Should the air filter become clogged with dust particles it will reduce the cooling fan s effectiveness and may result in internal heat build up and shorten lamp life We recommend cleaning the air filter after the projection lamp is re placed Refer to Air Filter Cleaning Lamp counter reset B
146. ront Rear 139 B DCOffset N10 0 0 0 2047 Scan Direction Front Rear 140 B DCOffset N11 0 0 0 2047 Scan Direction Front Rear 141 B DCOffset N12 0 0 0 2047 Scan Direction Front Rear 142 R DCOffset PGain 0 0 0 1023 Scan Direction Front Rear 143 R DCOffset P1 0 0 0 2047 Scan Direction Front Rear 144 R DCOffset P2 0 0 0 2047 Scan Direction Front Rear 145 R DCOffset P3 0 0 0 2047 Scan Direction Front Rear 146 R DCOffset P4 0 0 0 2047 Scan Direction Front Rear 147 R DCOffset P5 0 0 0 2047 Scan Direction Front Rear 148 R DCOffset P6 0 0 0 2047 Scan Direction Front Rear 149 R DCOffset P7 0 0 0 2047 Scan Direction Front Rear 150 R DCOffset P8 0 0 0 2047 Scan Direction Front Rear 151 R DCOffset P9 0 0 0 2047 Scan Direction Front Rear 152 R DCOffset P10 0 0 0 2047 Scan Direction Front Rear 153 R DCOffset P11 0 0 0 2047 Scan Direction Front Rear 154 R DCOffset P12 0 0 0 2047 Scan Direction Front Rear 155 G DCOffset PGain 0 0 0 2013 Scan Direction Front Rear 156 G DCOffset P1 0 0 0 2047 Scan Direction Front Rear 157 G DCOffset P2 0 0 0 2047 5 Direction Front Rear 158 G DCOffset P3 0 0 0 2047 Scan Direction Front Rear 159 G DCOffset P4 0 0 0 2047 Scan Direction Front Rear 160 G DCOffset P5 0 0 0 2047 Scan Direction Front Rear 161 G DCOffset P6 0 0 0 2047 Scan Direction Front Rear 42 Electrical Adjustments
147. s 5 n Wire wounding cement G x2 Ceramic J 5 E K oF M 20 5 15 2 used in 0 ohm Diode Transistor Type Reading e Diode Type number R 152076 152473 1 4148 11 2076 152473 1 5133 1 N4148 e Transistor 1 NPN type Mark 25 536 number 2SC945A 25 1815 PA Y GR QA GR 25 17405 5 QRS 2 PNP type Type number 2SA608 2SA564A 2SA1015 2549335 3 Chip type Type number 2SAT179N 25 1037 25 1037 2SC2812 N 25 2412 E SUE RS OO O RS l A2 Pin description of diode transistor and KR8 XD220000 KS8 XD260000 K L C2 1 2 B2 Cl K Cathode A Anode C Collector D Drain B Base G Gate E Emitter S Source A15 Note on Soldering 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
148. s 1868 0 4095 2 H Back Porch 260 0 4095 3 V Back Porch 54 0 4095 4 Disp Line 1052 0 4095 Clamp 1 0 255 6 Clamp Width 31 0 255 Group RGB Video 10351 548 0 Total Dots 2200 0 4095 1 Disp Dots 1868 0 4095 2 H Back Porch 258 0 4095 3 V Back Porch 92 0 4095 4 Disp Line 1012 0 4095 Group 560 HDCP 480P Over Scan Rate 0 25 5 at 0 1 7 Over Scan steps 0 0 255 8 VSBEG 2 0 15 Group 561 HDCP 575P 3 5 Rate 0 25 5 at 0 1 0 0 255 8 VSBEG 2 0 15 Group 562 HDCP 720P 60 7 Over Sen 5 Rate 0 25 5 at 0 1 0 255 8 VSBEG 2 0 15 53 Electrical Adjustments Group Item Name Function Initial 4 Over S sh Rate 0 25 5 at 0 196 0 0 255 8 VSBEG 2 0 15 Group 564 HDCP 10801 60 7 Over Scan 2 Rate 0 25 5 at 0 196 0 0 255 8 VSBEG 2 0 15 Group 565 HDCP 1080i 50 7 Over Scan 2 Rate 0 25 5 at 0 1 0 0 255 8 VSBEG 2 0 15 GrouP HDCP 1035 7 Over Scan ay Rate 0 25 5 at 0 1 0 0 255 8 VSBEG 2 0 15 Group 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 B Mid2 0 0 0 255 11 B Min 0 0 0 255 54 Chassis Block Diagrams Chass IS over View TI3NVd g8 TANVd 9 T3NVd H YOSNAS 2121 18801 LSVTIVd L06V
149. s the following circuit protections to operate in safety If the abnormality occurs inside the pro jector it will automatically turn off by operating one of the following protection circuits Thermal switch There is the thermal switch SW601 inside of the projector to de tect the internal temperature rising abnormally When the internal temperature reaches near 85 C the thermal switch opens to stop the operation of the power supply circuit The thermal switch can be reset itself automatically when the in ternal temperature becomes normal When the internal temperature reaches near 50 C the thermal switch returns automatically Thermal switch SW601 Lamp cover switch The lamp cover switch SVV902 cuts off the drive signal to the lamp circuit when the lamp cover is removed or not closed completely After opening the lamp cover for replacing the lamp ass y place the lamp cover correctly otherwise the projector can not turn on Fuse nm Lamp cover switch A fuse is located inside of the projector When the POWER indica SW902 tor is not lighting the fuse may be opened Check the fuse as fol lowing steps The fuse should be used with the following type Fuse Part No 323 021 7804 TYPET6 3AH 250V FUSE LITTLE FUSE INC TYPE 21506 3
150. screening shield FN002 Lamp Ballast spacer sheet Power board D T3x8 amp V Co 4 6 2 Panel net front Fig 5 17 Optical Parts Disassembl Before taking this procedure remove Cabinet Top and Main Board following to the Mechanical Disassembly Disassembly requires a 2 0mm hex wrench and a screwdriver 1 Projection lens disassembly Note The optical unit should be removed from the cabinet bottom before re moving the projection lens Optical unit LASS UI Z 2 Projection lens x gt EQ N Fig 1 2 Condenser Out lens disassembly Condenser Out Lens Ass y o 2 o c TD C O Q Fig 2 18 Optical Parts Disassembly Integrator lens in disassembly Integrator Lens In Ass y PBS marker Rugged surface facing to PBS Integrator lens in Z Prism Beam Splitter PBS F Integrator lens out Rugged surface facing to PBS Release the hook to remove the lens Integrator lens in Shield Fig 3 Release the hook to remove the lens 4 Condenser Lens Ass y disassembly For KR8 XD220000 M2 5x6 x2 Condenser Lens Ass y 9 T3x8 x1 6 Condenser Lens B 19 Optical Parts Disassembly 4 C
151. supply amp protection 59 Fan control CirGUIt 60 IIC bus control circuit 61 Troubleshooting 62 Indicators and Projector Condition 62 OAS xu 63 No Picture 64 INo SoUnd 65 Control Port Functions aaah 66 Scaler I O Port Functions PW190 66 IC Block 67 gt Parts Location Diagrarms issus 72 Mechanical Parts 80 Electrical Parts List 82 Diagrams amp eiii cette A1 Parts description and reading in schematic diagram A2 Schematic Diagrams sese A3 Printed Wiring Board Diagrams A11 Pin description of diode transistor and IC A15 Note on Soldering esses A16 Safety Instructions Safety Precautions WARNING The chassis of this projector is isolated COLD from AC line by using the converter transformer Primary side of the converter and lamp power supply unit circuit is connected to the AC line and it is hot which hot circuit is identified with the line XXX in the schematic diagram For continued product safety and protection of per sonnel injury servicing should be made with qualified personnel The foll
152. 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 SW902 63 Troubleshooting No Picture Check following steps No picture with all of Yes input sources No picture with Yes Analog input source only No picture with 2 Yes Analog input source only No picture with all of Yes computer input sources No picture with video input sources Check signal processing stage and LCD driving stage Check RGB S amp H signals at test points TP35B TP35G TP35R Check power supply circuit 15 5V and peripheral circuit Check ICs IC501 IC531 IC561 401 IC301 and peripheral circuits Check 4001 Amplifier Switch and peripheral circuit Check IC301 Scaler and peripheral circuit Check PC AV source selecting stage and processing stage Check 4701 and IC301 Scaler and peripheral circuit Check AV source selecting and decoding stage S Video source Check S video signal Y C S CHROMA signal is applied to pin 265 of IC301 Scaler and S Y signal is applied on pin 264 of IC301 Composite video source Check composite video signal Video The composite video signal is applied to pins 262 of IC301 lt Scaler gt 64 Troubleshooting No Sound Check following steps Check if the audio signal is observed at pins 3 and 13
153. the ON STAND BY button Service Mode Input Computer 1 Group No Data yo WARNING ON STAND BY 179 0 0 Fr Group No ltem No Data value Note on Main Board Replacement Memory IC replacement 1371 Memory IC IC1371 on the main board stores the user control value including lamp used time When the main board is replaced with new one the lamp used time will be reset To keep the lamp use time the memory IC should be replaced with the one on previous main board 30 Electrical Adjustments Circuit Adjustments CAUTION The each circuit has been made by the fine adjustment at factory Do not attempt to adjust the following adjustments except requiring the readjustments in servicing otherwise it may cause loss of performance and product safety Before adjustment please turn on the projector more than ten minutes WARNING USE UV RADIATION EYE AND SKIN PROTECTION DURING SERVICING CAUTION To prevent suffer of UV radiation those adjustments must be completed within 25 minutes Adjustment Condition 16 steps gray scale pattern Input signal Video signal 1 0Vp p 75Q terminated 16 steps gray scale Composite video signal Component Video signal 1 0Vp p 75Q terminated 8 color 100 color bar or 16 step gray scale Component video signal Computer signal 0 7Vp p 75Q terminated 16 steps gray scale pattern Image control mode STANDARD mode unless
154. the projection lamp is being cooled down projector cannot be turned until cooling is completed and the POWER indicator stops blinking O The projector is in the Power management mode The temperature inside the projector is abnormally high The NE projector cannot be turned on When the projector is cooled down enough the temperature returns to normal the POWER indicator stops blinking and the projector can be turned on The WARNING indicator keeps blinking The projector has been cooled down enough the temperature e returns to normal When turning on the projector the WARNING indicator stops blinking The projector detects an abnormal condition and cannot be turned on Unplug the AC power cord and plug it again to turn on the o projector If the projector is turned off again unplug the AC power cord and contact the dealer or the service center for service and checkup Do not leave the projector on It may cause an electric shock or a fire hazard O o green ered off O blinks green blinks red k When the life of the projection lamp draws to an end the LAMP REPLACE 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 62 Troubleshooting No Pow
155. torelance GAIN target GAIN torelance Maximum Execution Times OFFSET gt GAIN Result of Auto Calibration Last Memory Wait Value for each setting Torelance of OFFSET Black Level Acquiring Area H Start Position Black Level Acquiring Area V Start Position White Level Acquiring Area H Start Position White Level Acquiring Area V Start Position Black White Level Acquiring Area Black White Level Acquiring Area Height Target Value of Black Level Adj Torelance of Black Level Adj Target Value of White Level Adj Torelance of White Level Adj Auto Calibration CVBS SVIDEO Y Image Area Start X Y Image Area Start Y Cb Imange Area Start X Cb Imange Area Start Y Y Acquiring Area H Start Position Y Acquiring Area V Start Position Cb Acquiring Area H Start Position Cb Acquiring Area V Start Position 49 Initial 55 55 130 130 130 38 10 10 40 975 500 25 20 200 500 200 Range Note 0 255 0 255 0 255 0 255 0 255 1 15 30 90 0 255 0 255 0 255 0 10 1 30 0 1 9 1 20 1 255 0 1000 0 1000 0 1000 0 1000 0 4095 0 4095 0 127 1 127 0 255 1 255 0 1000 0 1000 0 1000 0 1000 Executes Auto Calibration when changiing the Value PC White 100 0 OK 1 Adjusting 9 Error ReadOnly Electrical Adjustments Group Item O OO O Q 11 Group 264 gt
156. ut a 100 of black raster signal 1 Loosen a screw A Fig 2 on the polarized glass mounting base which you intend to adjust 2 Adjust the 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 Polarized glass mounting base 427 Optical Adjustments Condenser Out 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 condenser out lens assy to make color uniformity in white 1 If the shading appears on the left or right of the screen as shown in Fig 3 1 loosen 1 screw and adjust the slot B to make color uniformity in white by using a slot screwdriver 2 If the shading appears on the top or bottom of the screen as shown in Fig 3 2 loosen 2 screws C and adjust the slots D to make color uniformity in white by using a slot screwdriver 4 Tighten screws and C to fix the condenser out lens unit Note The relay lens adjustment must be carried out after completing this adjustment La 1
157. ut the 10096 white composite video signal and measure luminance on the screen with the luminance meter It is for the reading of luminance meter 3 Change the signal source to the 5096 white composite video signal 4 Select group 1007 item no 6 and change the Data value to make the reading of luminance meter to be Ax 22 N 34 Electrical Adjustments 11 White Balance adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video sig nal with Video mode 3 Select group no 100 item no 7 Red or 8 Blue and change Data values respectively to make a proper white balance Confirm that the same white balance is obtained in vid eo and computer input 12 Keystone Offset adjustment After replacing the G sensor circuit IC3850 or Memory IC IC1371 readjust the Keystone Offset adjustment as follows 1 Put the projector on a horizontal place with the adjustable feet being minimum range and then enter the service mode 2 Select group 102 item no 3 and set data value from 0 to 5 3 By pressing the SELECT button the Keystone Offset adjustment will start 4 When it has completed the OK message will appear on the screen 5 By pressing any button on the projector or the remote control the OK message will disappear Data value of Group 102 item no 3 will be back from 5 to 0 for initial value Color Sha

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