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COLOR TV SERVICE MANUAL

1. DATA by EEPROM MASTER ITEM Description N EU EU Refer ws WHITE STRETCH 1 1 Table 5 SERVICE 1 BKS BLACK STRETCH 1 1 ITEM DESCRIPTION CW62B BSD BLACK STRATCH DEPTH 0 0 N EU EU DSK DYNAMIC SKIN CONTROL 1 1 take over 25 25 COR VIDEO DEPENDENT CORING 2 2 RG Red Gain 32 32 PF PEAKING FREQUENCY DELAY 2 0 GG Green Gain 32 32 RPO RATION POSITIVE 2 2 5 EG Blue Gain a BE RPA RATION PRE AFTER SHOOT 2 2 BLO R Black level offset Red 32 32 PWLDAC PEAK WHITE LIMITER DAC 8 BLO G Black level offset Green 32 32 IFOFF IF DEMODULATIOR 37 37 CDL Cathode Drive Level 8 8 CHSE CHROMA SENSITIVITY 1 1 L DLYPA Luminance delay time for PAL 2 2 ACL AUTO COLOR LIMITING 1 1 L DLY SE Luminance delay time for secam 13 13 Glarnping delay 50 220 CLPDEL60 Clamping delay 60 18 RGB BRI OSD TEXT BRIGHTNESS 27 27 CLPLEN Clamping Pulse Length 3 PIP data Table 6 SERVICE 3 CLMPID Clamping Duration 3 PIP PIP H position 10 ITEM DESCRIPTION CW62B Remark EU INEU Table 8 option 1 2 3 4 OVMADAPT OVER MODULATION ADAPT 1 1 OVMTHR OVER MODULATION 1 1 ITEM Description THRESHOLD OPTION1 INCH Flat slim ultra Conventional ADC LEV ADC LEVEL 16 15 ADCLEV 16 16 SYSTEM BG DK I M no EU BG DK I L EU DEC LEV DEC LEVEL 16 15 DECLEV
2. LEVEL 1 3141VM382A MAIN CHASSIS ASSY PART NO SPECIFICATION DESCRIPTION 112 68 164 32 8 lt Table 9 gt OSD amp TEXT LANGUAGES 1 East EU Area OSD lang 0 ENGLISH 1 East EU 2 Russian TXT LANG 0 EU WEST 1 EU EAST 2 Russian W 3 Russian E 4 UKRAINIAN 5 BYELORUSSI 6 GREEK 2 Arab Farsi OSD lang 0 English 1 Arabic 2 Farsi 3 Arab all TXT LANG 0 EU West 1 EU East 2 Arabic 3 Farsi 3 ASIA OSD lang TXT LANG 4 West EU OSD lang TXT LANG 10 Condition lt Table 10 gt No ITEM Condition Mark 1 Power OFF 2 Input TV 3 MEMORY CHANNEL CH MEMORY 4 SOUND 305 5 5 6 5 DYNAMIC 7 XD ON 8 SSM FLAT 9 TURBO SOUND FLAT 10 AVL OFF 11 BALANCE 0 12 OFF 13 AUTO SLEEP OFF 14 CHILD LOCK OFF 15 DEGAUSS OFF 16 EYE OFF OPTION 17 TILT 0 OPTION 18 BLUE BACK OFF OPTION lt Tabel 11 gt PSM MODE DATA SETTING PAL Picture mode DATA SETTING PSM Dynamic Standard Mild Game CONTRAST 100 90 60 50 BRIGHT 60 55 55 55 COLOR 60 55 55 60 SHARPNESS 60 60 50 50 lt Table 12 gt APC MODE DATA SETTING NTSC Picture mode DATA SETTING PSM Clear Optimum Soft CONTRAST 100 70 55 BRIGHT 55 45 45 COLOR 50 45 40 SHARPNESS 50 4
3. 2 45 44 AV2ID BBE X W bu vr TUA Ime meena mm E gt nen tr FEATURES IMPORTANT FON Pi P No EBY31683801 2006 08 22 SVC SHEET 1683801 5
4. 5 1 2W 6 5X2 3MM R550 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 R322 0RD1501F609 RD 96T1J1K50 1 5KOHM 5 1 6W 3 2X1 8MM R551 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 R323 ORD2702F609 RD 96T1J27K0 27KOHM 5 1 6W 3 2X1 8MM R552 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 R324 ORD4700F609 RD 96T1J470R 4700HM 5 1 6W 3 2 1 8 R553 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 R325 09527019609 RS 92T1J2K70 2 7KOHM 5 1 2W 9 0 3 0 R554 0801501 609 RD 96T1J1K50 1 5 5 1 6W 3 2X1 8MM 5 R326 ORD1501A609 RDM92T1J1K50 1 5 5 1 2W 6 5X2 3MM R555 ORD6800F609 RD 96T1J680R 6800HM 5 1 6W 3 2 1 8 R328 ORD4302F609 RD 96T1J43K0 43KOHM 5 1 6W 3 2X1 8MM R556 ORN3902F409 RN 96T1F39K0 39KOHM 1 1 6W 3 2X1 8MM N R403 ORD5600A609 RDM92T1J560R 5600HM 5 1 2W 6 5X2 3MM R557 ORD1202F609 RD 96T1J12K0 12KOHM 5 1 6W 3 2X1 8MM 5 R407 ORDO332A609 RDM92T1J33R0 5 1 2W 6 5 2 3 R558 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2X1 8MM R408 ORD6801F609 RD 96T1J6K80 6 8 5 1 6W 3 2 1 8 R562 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 R409 ORS2202H609 RS 92T1J22K0 22KOHM 5 1 2W 9 0X3 0MM R563 ORD1501A609 RDM92T1J1K50 1 5KOHM 5 1 2W 6 5X2 3MM R411 0RS1001H609 RS 92T1J1K00 1KOHM 5 1 2W 9 0 3 0 R566 08 4701 409 RN 96T1F4K70 4 7 1 1 6W 3 2X1 8MM N R412 ORD7501A609 RDM92T1J7K50 7 5KOHM 5 1 2W 6 5X2 3MM R567 ORN4701F409 RN 96T1F4K70 4 7KOHM 1
5. 127009 KTA1270 Y KTAS62TM PNP 5V 35V 30V 0 20502 ODZ820009BF GDZJ8 2B 8 2 7 78T08 19V 200HM 500MW DO Q506 OTR127009AA KTA1270 Y KTAS62TM PNP 5V 35V 30V 0 20503 00791000980 GDZJ9 1B 9 1V 8 57TO9 01V 250HM 500MW Q603 OTR534309AA 2SC5343Y NPN 5V 60V 50V 150MA 100NA 120T 20504 ODZ910009BD GDZJ9 1B 9 1V 8 57TO9 01V 250HM 500MW 0803 OTR102009AB KRC102M KRC1202 NPN 50 100 500 20505 00791000980 GDZJ9 1B 9 1V 8 57TO9 01V 250HM 500MW 0804 OTR534309AA 2SC5343Y NPN 5V 60V 50V 150MA 100NA 120 20506 00291000980 GDZJ9 1B 9 1V 8 57TO9 01V 250HM 500MW Q805 OTR102009AB KRC102M KRC1202 NPN 30V 50V 100MA 500 20507 00291000980 GDZJ9 1B 9 1V 8 57TO9 01V 250HM 500MW Q806 0TR127409AB KTA1274 Y PNP 5V 80V 80V 0 4A 0 000 ZD601 ODZ820009BF GDZJ8 2B 8 2V 7 78TO8 19V 200HM 500MW DO Q809 0TR319809AA KTC3198 KTC1815 NPN 5V 60V 50V 150MA 10 20827 002750009 GDZJ7 5B 7 5V 7 07107 45 200HM 500MW DO Q810 OTR319809AA KTC3198 KTC1815 NPN 5V 60V 50V 150MA 10 ZD841 0DZ620009AH MTZJ6 2A 6 2V 5 78 06 09 500MW DO Q811 OTR534309AA 2SC5343Y NPN 5V 60V 50V 150MA 100NA 120T 20910 ODZ510009BF GDZ5 1B 5 1V 4 94TO5 2V 200HM 500MW DO34 Q840 OTR421009CA BF421 PNP 5V 0 3KV 0 3KV 0 05A 0 00 ZD911 ODZ510009BF GDZ5 1B 5 1V 4 94TO5 2V 200HM 500MW 2034 DIODE 20912 ODZ510009BF GDZ5 1B 5 1V 4 94TO5 2V 200HM 500MW DO34 D101 0DS141489AB 1 4148 1V 100V 150MA 500 4NSEC 500MW C
6. I I an g 5 I w M 5 3 sq EROR 5 6 om aQ 770 67 5 LES ls asval e e 4 mio i lo o 8 e i 18 Lii B 8 765 j 528 a m 5 08 eier 2 e W 518 ji 5 8 e 7 s YS 3 af 8 4 ait 8121818 8 gj sU EZ 5 8l k 021 E 8 si IS 5 sas 8 no n 24 LE 218 8059 2 3 8 t5 D rud 5 s wt ANM egy z E ML NNNM x 7 7079 k 8 gig 8 pa S qu 4 81 2818 g 39 7 g Sor 3369 8 s 2 5315 S 3 4 a 8C 8r SIS 18 On 3 6989 8 amp 8083 Wr 18 1029 Ez 0 n 42 Sey 8 77 509 b d gt 99 ter t 99187064 8 amm 99 65 el 5 ST cis E 00
7. 100uF 20 10V 157MA 40 540 0 1030 679 RH EP050 Y103M B B 10nF 20 16V X5R 25T 210 0 4710 519 RH UP050 B471K B B 470pF 10 50V 25 544 0 47411438 365 76474 470 5 63V 40 85 270 0 22700618 EGR227M010T1G1E11G 220uF 20 10 255 546 0 1040 949 UP050 F104Z B B 2 100nF 2070 80 50V C303 0CQ1041N409 310M 2A 104 J 100nF 5 100V PE 40 85 C547 0 47411438 PCMT 365 76474 470nF 5 63V MPE 40TO 85 C304 OCE107DK618 EGR107M050T6G1G11G 100uF 20 50V 270MA C548 0CN2220F569 RH EP050 X222K B B 2 2nF 10 16V X7R 25 C306 0CQ3331N509 PEI333K2AT 33nF 10 100V PE 40TO 85C IN C551 0 22600618 EGR226M010T1G1C11G 22uF 20 10V 75MA C308 OCE476DK618 SMS5 0TP50VB47M 47uF 20 50V 181 C553 0 1040 949 CH UP050 F104Z B B Z 100nF 20TO 80 50V C309 0 4710 519 RH UP050 B471K B B 470pF 10 50V 25 554 0 10700618 SMS5 0TP10VB100M 100uF 20 10V 157MA 40 C310 0CQ1031N509 PEI103K2AT 10nF 10 100V PE 40TO 85C IN C556 0 1040 949 CH UP050 F104Z B B 2 100nF 2070 80 50V C402 OCE475DK618 EGR475M050T1G1C11G 4 7uF 20 50V 4 C557 0 1040 949 CH UP050 F104Z B B 2 100nF 20TO 80 50V C403 0CQ1521N509 PEI152K2AT 1 5nF 10 100V PE 40TO 85C I C558 0 1040 949 CH UP050 F104Z B B 2 100nF 2070 80 50V C404 OCE106DF618 5 55 OTP16VB10M 10uF 20 16V 72MA 40 C559 0 1040 949 CH UP050 F104Z B B 2 100nF 20TO 80 50V C405 181 091Y LRYM28681KXA 68
8. 18 18 pre scaler 200PR W O TXT gt 200PR W TXT gt 100PR LEV LEVEL 18 18 stereo L R TOP FLOF other Nation 16 15 MONLEV FM pre scaler TOP Germany Swiss Austria Italy NICAMLEV LEVEL 16 15 NICEV 22 22 Mono ACMS Off Australia On other Area FILTBW FILTER BANDWIDTH 0 0 CH AU China amp Australia Frequency table BAMA FC 60 60 NICAM pre scaler BOOSTER Booster AUX3 VOL AUX3 VOL 84 89 OPTION2 SOUND RF stereo AV stereo Mono Dual SCART1 RF SOUND OUT PIP PIP option FMWINDOW FM WINDOW FILTER FMWS 1 1 Scart pre scaler RESERVED Reserved option BOOSTVAL BOOSTER 0 0 VOL CURVE Eu low curve Non EU high Curve MAX VOL MAX VOLUME 100 100 2 STEREO Nicam check 8 FM stereo Dual act or not DCXO DCXO 50 50 SAVE Dual soung setting save or not DCXOA DCXO 0 0 HIDEVIAT Sound high deviation apply TEXT V TEXT V POSITION 40 40 SCART countermeasure not SCART option TEXT H TEXT H POSITION 4 4 DVD DVD option XWAVE FM TX option EYE EYE option 4 4 Key option TILT TILT option DEGAUSS Degaussing option OPTION4 OSD LANG Refer to the next page table 8 TXT LANG Refer to the next page table 8 OPTION5 REMOCON Large type Remocon Small type Remocon HOTEL HOTEL option TURBOSCH Turbo search TURBOP S Turbo picture sound BLUEBACK Blue back option TEXT Teletext option 11
9. Check the waveform at 4 5 of IC11 86 88 90 of UOCIII m Check the waveform at pin 4 12 of NO Check the voltage at pin 57 58 of IC601 gt UOCIII Check the waveform at pin 6 of IC601 Check Replace 0603 Check waveform 1 2 14 15 Check Replace IC601 of IC601 Check the waveform at 3 13 of NO _ Replace R823 0826 2 Raster Sound 1 2 Check the Heater voltage of CPT 6 6 4 Vrms gt Check Replace 11 Check HV Screen voltage of CPT Check R G B out of CPT board Check the Heater pulse of FBT 402 Check FBT T402 Check 190V line of CPT Board amp if no problem check and Replace Check 901 P402A P903B FR401 Check RF901 P903C Check FBT T402 14 3 No Raster 2 2 Normal Check the B at D829 cathode Abnormal Is the voltage each pin voltage of IC11 NO Check Fuse of AC line OPEN Check the in out of Check pin 73 of regulator IC822 EE OK Check Replace Fuse IC11 H 1 823 824 Check Replace IC11 Check Q402 colle
10. 1 6W 3 2X1 8MM N R413 ORD1801A609 RDM92T1J1K80 1 8KOHM 5 1 2W 6 5X2 3MM R568 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2X1 8MM N R414 ORS6202J607 RS 0113J62K0 62KOHM 5 1W 12 0 4 0 R569 0RD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM 5 0 R415 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2X1 8MM R572 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 R417 ORD3303F609 RD 96T1J330K 330KOHM 5 1 6W 3 2X1 8MM R576 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2X1 8MM N R421 ORD3600F609 RD 96T1J360R 3600HM 5 1 6W 3 2X1 8MM R577 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2X1 8MM N R422 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2X1 8MM R580 0RD4701F609 RD 96T1J4K70 4 7KOHM 5 1 6W 3 2X1 8MM R425 ORS2200K619 SMR02R1J220R 2200HM 5 2W 8 6 3 5 R581 0RD4701F609 RD 96T1J4K70 4 7 5 1 6W 3 2X1 8MM R430 ORD1503F609 RD 96T1J150K 150KOHM 5 1 6W 3 2X1 8MM R582 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM R431 ORD1003A609 RDM92T1J100K 100 5 1 2W 6 5X2 3MM R583 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM R432 ORD4703F609 RD 96T1J470K 470KOHM 5 1 6W 3 2X1 8MM R584 0800101 609 RD 96T1J1R00 5 1 6W 3 2 1 8 R434 ORD1003A609 RDM92T1J100K 100 5 1 2W 6 5X2 3MM R585 ORD0101F609 RD 96T1J1R00 1OHM 5 1 6W 3 2X1 8MM NON R436 ORD1000F609 RD 96T1J100R 100OHM 5 1 6W 3 2X1 8MM R587 ORD1000F609 RD 96T1J100R 100OHM 5 1 6W 3 2 1 8 R437 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2X1 8MM R591 ORD1000F6
11. 22nF 20 80 25V 23 For 8 Resistors CX Ceramic RD Carbon Film the characters at 2nd and 3rd CQ Polyester RS Metal Oxide Film digit in the P No means as CE Electrolytic RN Metal Film follows Fusible LOCA NO PART NO DESCRIPTION LOCA NO PART NO DESCRIPTION C602 OCE108DH618 SMS5 0TP25VB1000M 1000uF 2096 25V 1 34A L1202 OLA0102K119 Inductor wire wound LAL02TB100K 10UH 10 C603 0 22411438 365 76224 220nF 5 63V 40 85 11203 0LAO102K119 Inductor wire wound LALO2TB100K 10UH 1096 C604 0 6810 519 RH UP050 B681K B B 680pF 10 50V 25 L204 0LAO102K119 Inductor wire wound LALO2TB100K 10UH 1096 C605 0 1030 679 RH EP050 103 10nF 20 16V 25T 1206 0LAO102K119 Inductor wire wound LALO2TB100K 10UH 1096 C607 OCE476DH618 SMS5 0TP25VB47M 47UF 20 25V 131MA L207 0LAO102K119 Inductor wire wound LALO2TB100K 10UH 1096 C609 OCN6810K519 RH UP050 B681K B B 680pF 10 50V 25 L401 150 717J Coil RN 29FB50 560uH 50V C611 0 22411438 365 76224 220nF 5 63V 40 85 1402 6140VY0020C Coil Linearity JS E016 24uH 18X31MM LEAD 807 181 0910 LRYM5471KHA 470pF 10 1000 Y5R 25 12 1501 01 40121 119 nductor wire wound LAL02TB1R2K 1 2UH 10 C808 0 4770 618 EGR477M025T1G1H15G 470uF 20 25V 640MA L503 0LAO121K119 nductor wire wound LALO2T
12. 6W 3 2X1 8MM H2 6631V25034E TJC25 4Y 25 4 35097 9702_35098 9702 R226 ORD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM 5 0 H3 387 917 387 917 35740 8610 35740 8610 500mM R227 0RD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM 5 0 P102 366 921B GIL G 03P S3T2 E 3P 2 54MM 1R STRAIGHT D R228 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM P1205 387 06 6P H B GIL G 06 GIL J 06 450 2 50 6 R23 0 00151 609 RDM92T1J1R50 1 50HM 5 1 2W 6 5X2 3MM P201A 366 921E GIL G 06P S3T2 E 6P 2 50MM 18 STRAIGHT D R252 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM P401 366 043K 35929 0410 4P 10 00MM 1R STRAIGHT DIP BK R253 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM P601 366 921B GIL G 03P S3T2 E 3P 2 54MM 1R STRAIGHT D R301 0RD2701F609 RD 96T1J2K70 2 7KOHM 5 1 6W 3 2X1 8MM P602 366 921C GIL G 04P S3T2 E 4P 2 54MM 1R STRAIGHT D R303 ORD2400A609 RDM92T1J240R 2400HM 5 1 2W 6 5X2 3MM P801A 366 043B 35929 0210 2P 10 00MM 1R STRAIGHT DIP BK R304 0 00561 609 RDM92T1J5R60 5 6 5 1 2W 6 5X2 3MM P802A 366 043B 35929 0210 2P 10 00MM 1R STRAIGHT DIP BK R306 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2X1 8MM P903 366 009D 366 009D 1P PIN HEADER STRAIGHT DIP BK C R307 0RD3601F609 RD 96T1J3K60 3 6KOHM 5 1 6W 3 2X1 8MM P903D 6631V25A16G GIL J 04 GIL J 04 400mM 2 50MM 4P UL1007 R308 ORD4302F609 RD 96T1J43K0 43KOHM 5 1 6W 3 2X1 8MM P904A 366 921E GIL G 06P S3T2 E 6P 2 50MM 1R STRAIGHT D R309 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8
13. 7 5 1 6W 3 2X1 8MM R524 ORDO752F609 RD 96T1J75RO 750HM 5 1 6W 3 2 1 8 R813 0RD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM R525 ORDO752F609 RD 96T1J75R0 750HM 5 1 6W 3 2 1 8 R816 0RD4701F609 RD 96T1J4K70 4 7KOHM 5 1 6W 3 2X1 8MM R534 ORD1504F609 CR1 8TB1M5J 1 5MOHM 5 1 8W 3 2 1 8 R817 0RD4701F609 RD 96T1J4K70 4 7KOHM 5 1 6W 3 2X1 8MM R536 0RD1801F609 RD 96T1J1K80 1 8KOHM 5 1 6W 3 2X1 8MM R819 ORPOO50H709 SPF92T1KR050 0 05 10 1 2W 3 2 2 0 R537 0801001 609 RD 96T1J1K00 1KOHM 5 1 6W 3 2 1 8 R820 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R538 ORD1803F609 RD 96T1J180K 180KOHM 5 1 6W 3 2X1 8MM R821 0RD4701F609 RD 96T1J4K70 4 7KOHM 5 1 6W 3 2X1 8MM R539 ORD1003F609 RD 96T1J100K 100KOHM 5 1 6W 3 2X1 8MM R822 0RP0020J809 SPF01T1MR020 0 020HM 20 1W 6 5X2 3MM R540 ORD1000F609 RD 96T1J100R 100 5 1 6W 3 2X1 8MM R823 0RP0020J809 SPF01T1MRO020 0 020HM 20 1W 6 5X2 3MM R543 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R824 0RD2701F609 RD 96T1J2K70 2 7KOHM 5 1 6W 3 2X1 8MM 26 For Capacitor 8 Resistors the characters at 2nd and 3rd CC CX CK CN Ceramic Polyester RD Carbon Film RS Metal Oxide Film LOCA NO PART NO DESCRIPTION R825 ORD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2 1 8 R826 ORD0472F609 RD 96T1J47R0 47 5 1 6W 3 2 1 8 R829 0 00
14. Because this is not a hot chassis it is not necessary to use an isolation transformer However the use of isolation transformer will help protect test instrument 2 Adjustment must be done in the correct order But the adjustment can be changed by consideration of mass production 3 The adjustment must be performed in the circumstance of 25 5 of temperature and 65 10 of relative humidity if there is no specific designation 4 The input AC voltage of the receiver must keep rating voltage in adjusting 5 The receiver must be operated for about 20 minutes prior to the adjustment 6 Signal Received the standard color signal 65dB 1dB LG standard signal means the digital pattern PAL_EU 05CH NTSC_US 13CH 3 Focus adjustment 1 Receive the Cross Hatch Pattern Fig 1 2 Set the picture condition on DYNAMIC CLEAR mode 3 Adjust the Focus volume of FBT made the focus of the 1 4 part vertical line is best EB cv EB lt Fig 1 gt Cross Hatch Pattern NTSC US PAL E 7CH Adjustment should be operated when using the CPT without ITC from CPT manufacturing place This adjustment must be done in the order of the following flowchart CPT Assembling As preparatory operations before assembling CPT wind cotton Tape for protecting to CPT NECK and DY CPT connection parts At this moment end of tape sh
15. PRINTED CIRCUIT BOARD MAIN E40 HOH OY Nx EE Dj ug mm 941 jo 9814 0011381029 p nulluo3 Jog sos m N aoed 2 94 TNVIO 606090 5 _ zo 6 9 ozi se 101600 100 3 2 z emo alaa SISSVH 3 M 0 0 0 0 gl ele 10880 an 5 pa 3 3 8 8l 8 _ 5 2 4 5282 iff g e mus 9679 eee ee 0 us amp l 1 w Hm g Erf or mi i ps 8 D 0 5
16. performance Follow the Standard of LG TV test 2 Standards of Etc requirement Safety IEC60065 EMC EN55020 EN55013 e General Specification e Test Condition 1 Temperature 20 5 C CST 40 5 C 2 Relative Humidity 65 10 3 Power voltage 110 240 50 60Hz Middle East Africa AC 230V 50 60Hz EU CIS 4 Follow each drawing or spec for spec and performance of parts based upon P N of 5 Warm up TV set for more than 20min before the measurement No Specification Remark 1 Receiving System PAL SECAM BG PAL SECAM DK NTSC M NTSC 4 43 AV SECAM L L NTSC M PAL M N EU Non EU OPTION 2 Available Channel 2 E12 21 9 51 520 HYPER 521 541 Non EU 02 13 14 69 CATV 02 71 3 Input Voltage AC 110 240V 50 60Hz AC 230V 50 60Hz Non EU EU Market EU CIS China Asia Africa Middle East Screen Size Flat 21 Tuning System FVS 100Program PAL 200 PR W O TXT oy Operating Environment 1 Temp 0 45 deg 2 Humidity below 85 8 Storage Environment 1 Temp 20 60 deg 2 Humidity below 85 ADJUSTMENT INSTRUCTIONS 4 Purity amp Convergence adjustment 1 Application Object These instructions are applied to all of the color TV CW62B 2 Notes 1
17. 0 30 11 OPTION Adjustment PAL 1 OPTION Adjustment need by Model name used the remote controller press the IN START KEY and start adjust Choice OPTION 1 2 3 4 5 adjust one by one 2 1 0 255 2 0 255 OPTIONS 222 0 250 4 0 337 OPTIONS 0 252 12 SOUND PRE SCALER This SVC data settin by every buyer s spec so can t change it x Audio Out Level SPEC PAL B G D Kl 500m Vrms at 54 modulation ratio SECAM B G D K L L 500m Vrms at 54 modulation ratio NTSC M 500m Vrms at 100 modulation ratio 12 UTE P CHECK S ARC CJC CIC CAPTIO TV AV SOUND S lt POWER ON ADJ Mpy PICTURE 26 C MULTIMED 5 ULTIMEDA lt zi 9 ENTER ASC SSM FRONT AV CH CX LED 3 pp MENU IN STOP STILL TIME SIZE MULTI POSITION ADJUST TROUBLE SHOOTING 1 RF STEREO MODEL 1 PICTURE OK NO SOUND Selected correct system in menu Check the waveform IF 1 of TU101 gt Check Replace TU101 or Input signal m NO Check the voltage at pin 3 9 16 43 h k h i 5
18. 09 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R438 ORS0221K619 SMLO2ROJ2R20 2 20 5 2W 8 6 3 5 R592 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R439 ORD4301F609 RD 96T1J4K30 4 3KOHM 5 1 6W 3 2X1 8MM R595 ORD6800F609 RD 96T1J680R 6800HM 5 1 6W 3 2X1 8MM R440 ORMZVBKO002D RSRO05V J15K0 15KOHM 5 5W 14X9 5X25 5MM R606 ORD8202F609 RD 96T1J82K0 82KOHM 5 1 6W 3 2X1 8MM R443 0RS1001K607 RSD02T3J1K00 1KOHM 5 2W 12 0X4 0MM R608 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM R509 ORD1000F609 RD 96T1J100R 100OHM 5 1 6W 3 2X1 8MM R611 ORD1202F609 RD 96T1J12K0 12KOHM 5 1 6W 3 2X1 8MM R510 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R612 ORD8202F609 RD 96T1J82K0 82KOHM 5 1 6W 3 2X1 8MM R511 0RD3301F609 RD 96T1J3K30 3 3KOHM 5 1 6W 3 2 1 8 R613 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM R512 0RD3301F609 RD 96T1J3K30 3 3KOHM 5 1 6W 3 2X1 8MM R616 ORD7502F609 RD 96T1J75K0 75KOHM 5 1 6W 3 2X1 8MM R513 ORD1000F609 RD 96T1J100R 100OHM 5 1 6W 3 2X1 8MM R617 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R518 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R618 ORD4702F609 RD 96T1J47K0 47KOHM 5 1 6W 3 2X1 8MM R521 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM R619 ORD7502F609 RD 96T1J75K0 75KOHM 5 1 6W 3 2X1 8MM R522 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2 1 8 R811 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2 1 8 R523 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2X1 8MM R812 0RD4701F609 RD 96T1J4K70 4
19. 0MA C580 0 1040 949 CH UP050 F104Z B B 2 100nF 2070 80 50V C423 0CE107DJ618 SMS5 0TP35VB100M 100uF 20 35V 291MA 40 C581 0 10700618 SMS5 0TP10VB100M 100uF 20 10V 157MA C430 0 106 618 ESM106M050T1G5C11G 10uF 20 50V 55MA C584 0 1040 949 CH UP050 F104Z B B 2 100nF 2070 80 50V C432 181 091Q LRYM5471KHA 470pF 10 1000V Y5R 25 12 C585 OCE225DK618 EGR225MO050T1G1C11G 2 2uF 20 50V 20MA C433 0CQ1021N509 PEI102K2AT 1nF 10 100V PE 40 85 IND C586 OCE225DK618 EGR225MO050T1G1C11G 2 2uF 20 50V 20MA C491 0 1241 460 0 12UF D 630 5 85C BULK C587 0 1030 679 RH EP050 Y103M B B 10nF 20 16V X5R 25T 492 0CF2741U460 0 27UF D 400V 5 M PP 85C BULK C590 OCE225DK618 EGR225M050T1G1C11G 2 2uF 20 50V 20 C496 181 834B BUP16X183JHES01 18nF 5 1 6KV MPP 25TO C591 OCN1040K949 CH UP050 F104Z B B Z 100nF 20TO 80 50V C501 0CF2241L438 PCMT 365 76224 220nF 5 63V MPE 40TO 85 C592 0 10700618 SMS5 0TP10VB100M 100uF 20 10V 157MA C502 225 618 EGR225M050T1G1C11G 2 2uF 20 50V 20 C595 181 301 NPP100V154J10F 150nF 5 100 40TO 503 0 06821 509 PEI682K2AT 6 8 10 100 40 85 596 0 1040 949 CH UP050 F104Z B B 2 100nF 20TO 80 50V 504 OCE107DD618 SMS5 0TP10VB100M 100uF 20 10V 157 40 597 OCE106DF618 5 55 OTP16VB10M 10uF 20 16 72 505 0 1040 949 050 1042 Z 100nF 20TO 80 50V 599 0CN2230H949 RH 050 F223Z B B
20. 0V 1203 0 1010 519 050 B101K B B 100pF 10 50V 25 513 0 700618 SMS5 0TP10VB330M 330uF 20 10V 386MA C17 0 1030 679 RH EP050 103 10nF 20 16V 25T 516 OCE226DD618 EGR226M010T1G1C11G 22uF 20 10V 75 201 0 2260 618 EGR226M016T1G1C11G 22uF 20 16V 75 C519 181 007F ECQ V1H224JL3 TR 220nF 5 50V MPE 40 C202 0 4710 519 RH 50 471 470pF 10 50V 25 520 0 1040 949 CH UP050 F104Z B B Z 100nF 20TO 80 50V 203 0 1010 519 RH UP050 101 100pF 10 50V 25 C530 OCN2220F569 EP050 222 2 2nF 10 16V X7R 25 C204 0 4710 519 RH UP050 471 470 10 25 C531 0CN2230H949 RH 050 F223Z B B 22nF 2070 80 25V Y5 C205 0 1010 519 RH 0 050 B101K B B 100pF 10 50V 25 C532 0 47411438 365 76474 470 5 63V 40 85 206 0 1010 519 RH UP050 B101K B B 100pF 10 50V 25 533 0 1040 949 UP050 1047 Z 100nF 20TO 80 50V 207 0 4710 519 UP050 471 470pF 10 50V 25 535 0CF4741L438 365 76474 470nF 5 63V 40 85 C208 OCE226DF618 EGR226M016T1G1C11G 22uF 20 16V 75MA C536 0 1040 949 CH UP050 F104Z B B Z 100nF 20TO 80 50V C209 0 4710 519 RH UP050 471 470pF 10 50V 25 538 0 1030 679 RH EP050 Y103M B B 10nF 20 16V X5R 25T 21 0 10700618 5 55 0 10 100
21. 0pF 10 2000V Y5R 25TO 1 C561 0CQ3931N509 PEI393K2AT 39nF 10 100V PE 40TO 85C IN C407 181 0095 PPN273K2DH 27nF 10 200 40 85 562 0CQ3931N509 PEI393K2AT 39nF 10 100V PE 40TO 85C IN C408 0 685 652 5 0 50 56 8 6 8uF 20 50V 44MA C563 0 1010 519 UP050 B101K B B 100pF 10 50V 25 C411 OCE105BR618 ESM105M250T1G5E11G 1uF 20 250V 15MA C564 OCE106DK618 5 55 0 50 10 10uF 20 50V 72MA C413 0CK2220W515 DCM222K34Y5PL6FJ5A 2 2nF 10 500V 2 C569 0 1040 949 CH UP050 F104Z B B 2 100nF 20TO 80 50V C414 181 091C DEHR33A471KN2A 470pF 10 1000V C570 OCE107DF618 EGR107M016T1G1C11G 100uF 20 16V 160MA C415 OCE108DH618 5 55 0 25 1000 1000uF 20 25V 1 34A C571 OCE336DD618 EGR336M010T1G1C11G 33uF 20 10V 85MA C416 181 009R PPN223K2DH 22nF 10 200V PP 40 85 C572 0CN4710K519 UP050 B471K B B 470pF 10 50V 25 C417 0CK2710W515 DCM271K20Y5PL6FJ5A 270pF 1096 500V Y5P C576 0 1040 949 CH UP050 F104Z B B 2 100nF 20TO 80 50V C419 OCE108DH618 5 55 0 25 1000 1000uF 20 25V 1 34A C577 OCE106DF618 5 55 0 16 10 10uF 20 16V 72MA 40TO C420 181 009R PPN223K2DH 22nF 10 200V PP 40 85 C578 0 1040 949 CH UP050 F104Z B B 2 100nF 2070 80 50V C421 0CK2710W515 DCM271K20Y5PL6FJ5A 270pF 10 500V C579 OCE106DF618 5 55 0 16 10 10uF 20 16V 72MA 40TO C422 OCE475DR618 EGR475M250T1G1G11G 4 7uF 20 250V 7
22. 50 709 SPF92T1KRO050 0 05 10 1 2W 3 2X2 0MM R830 ORN1803F409 RN 96T1F180K 180KOHM 1 1 6W 3 2X1 8MM R831 ORN3002F409 RN 96T1F30K0 30KOHM 1 1 6W 3 2X1 8MM R832 ORD3902F609 RD 96T1J39K0 39 5 1 6W 3 2X1 8MM R834 ORN4701F409 RN 96T1F4K70 4 7KOHM 1 1 6W 3 2X1 8MM R835 ORKZVTAOO1C RN 92T1J8M20 8 2MOHM 5 1 2W 9 0 3 0 R836 ORD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM R838 ORD2200A609 RDM92T1J220R 2200HM 5 1 2W 6 5X2 3MM R839 ORD1003F609 RD 96T1J100K 100KOHM 5 1 6W 3 2X1 8MM R841 ORF0221K607 FNSO2T3J2R20 2 20HM 5 2W 12 0X4 0MM 5M R842 ORD2201F609 RD 96T1J2K20 2 2KOHM 5 1 6W 3 2 1 8 R843 ORD2203F609 RD 96T1J220K 220KOHM 5 1 6W 3 2X1 8MM R844 ORD1501F609 RD 96T1J1K50 1 5KOHM 5 1 6W 3 2X1 8MM R845 ORDOS32F609 RD 96T1J33R0 33OHM 5 1 6W 3 2X1 8MM R846 180 A01D PRW02T3JR160 0 16 5 2W 12 0X4 0MM R847 ORD4300F609 RD 96T1J430R 4300HM 5 1 6W 3 2X1 8MM R848 0RS4702K619 SML02R0J47K0 47 5 2W 8 6X3 5MM R849 09547020607 RSD02T3J47K0 47KOHM 5 2W 12 0 4 0 R850 ORD4701F609 RD 96T1J4K70 4 7KOHM 5 1 6W 3 2X1 8MM R851 ORD8202F609 RD 96T1J82K0 82KOHM 5 1 6W 3 2X1 8MM R852 ORD1003F609 RD 96T1J100K 100KOHM 5 1 6W 3 2X1 8MM R853 ORD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM 5 0 R856 180 822N RWRO07PDJ1R00 1OHM 5 7W 36X9 5X9 5MM R858 ORKZVTAOO1K RN 92T1J470K 470KOHM 5 1 2W 9 0X3 0MM R859 ORD1002A609 RDM92T1J10K0 10 5 1 2W 6 5X2 3MM R860 ORF0221K
23. 549 0LA0121K119 LALO2TB1R2K 1 2UH 10 260MA 900 G50 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO J578 OLA0102K119 LALO2TB100K 10UH 10 OV 160 2 50HM 24 G51 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO L102 OLA0102K139 Inductor wire wound LALO4TB100K 10UH G52 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO 24 For Capacitor amp Resistors the characters at 2nd and 3rd CC CX CK CN Ceramic CQ Polyester RD Carbon Film RS Metal Oxide Film digit in the P No means as CE Electrolytic RN Metal Film follows RF Fusible LOCA NO PART NO DESCRIPTION LOCA NO PART NO DESCRIPTION G53 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO FR405 ORPOO50H709 5 92 1 050 0 05 10 1 2W 3 2 2 0 G54 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO FR901 ORF0470K607 FNS02T3JR470 0 470HM 5 2W 12 0X4 0MM G55 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO J230 0801001 609 RD 96T1J1K00 1KOHM 5 1 6W 3 2 1 8 5 0 G56 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO 4231 08010012609 RD 96T1J1K00 1KOHM 5 1 6W 3 2 1 8 5 0 G57 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO L203 0801001 609 RD 96T1J1K00 1KOHM 5 1 6W 3 2 1 8 5 0 G58 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO L208 0801001 609 RD 96T1J1K00 1 5 1 6W 3 2 1 8 5 0 G59 336 072C BSP C2600R 1P L
24. 607 FNSO2T3J2R20 2 20HM 5 2W 12 0X4 0MM 5M R861 ORD3901F609 RD 96T1J3K90 3 9KOHM 5 1 6W 3 2X1 8MM 1 R901 ORD2200F609 RD 96T1J220R 220 5 1 6W 3 2 1 8 R902 ORD2200F609 RD 96T1J220R 220 5 1 6W 3 2X1 8MM R903 ORD2200F609 RD 96T1J220R 220 5 1 6W 3 2 1 8 R906 0RD1201A609 RDM92T1J1K20 1 2KOHM 5 1 2W 6 5X2 3MM R907 0RD1201A609 RDM92T1J1K20 1 2KOHM 5 1 2W 6 5X2 3MM R908 0RD1201A609 RDM92T1J1K20 1 2KOHM 5 1 2W 6 5X2 3MM R909 09522019609 RSD92T1J2K20 2 2KOHM 5 1 2W 6 5X2 3MM R910 09522019609 RSD92T1J2K20 2 2KOHM 5 1 2W 6 5X2 3MM R911 09522019609 RSD92T1J2K20 2 2KOHM 5 1 2W 6 5X2 3MM R912 ORD2204A609 RDM92T1J2M20 2 2MOHM 5 1 2W 6 5X2 3MM R920 ORD4703A609 RDM92T1J470K 470KOHM 5 1 2W 6 5X2 3MM R925 ORD2200F609 RD 96T1J220R 220 5 1 6W 3 2X1 8MM SWITCH SW11 140 315A THVH472GBC 1C1P 12VDC 0 05A VERTICAL SW12 140 315A THVH472GBC 1 1 12VDC 0 05A VERTICAL SW13 140 315A THVH472GBC 1 1 12VDC 0 05A VERTICAL 5 14 140 315 THVH472GBC 1C1P 12706 0 05A VERTICAL SW15 140 315A THVH472GBC 1C1P 12VDC 0 05A VERTICAL SW16 140 315A THVH472GBC 1 1 12VDC 0 05A VERTICAL SW801 6600 1001 SDKLA1 AC 250VAC 5 1PCS 1C1P VERTICAL SPARK GAP AXIAL digit in the P No means as CE Electrolytic RN Metal Film follows RF Fusible LOCA NO PART NO DESCRIPTION SG901 165 004A 152F L3N S 23 RADIAL 1 5KV 1 5KV 5MM B SG902 165 004A 152F L3N S 23 RADIAL 1 5KV 1 5 5MM B SG903 1
25. 65 004A 152F L3N S 23 RADIAL 1 5KV 1 5KV 5MM B SG904 6918VAX002H wSP 122N AXIAL 1 2KV 1 2KV TP SG911 6918VAX002E WSP 351M AXIAL 350V 350V 7 5 SG912 6918VAX002E WSP 351M AXIAL 350V 350V 7 5MM TP SG913 6918VAX002E WSP 351M AXIAL 350V 350V 7 5MM TP FILTER amp CRYSTAL FB401 125 022K 125 022K 20OHM 3 5X6MM AXIAL TP FB802 125 022K 125 022K 20OHM 3 5X6MM AXIAL TP FB803 125 022K 125 022K 20OHM 3 5X6MM AXIAL TP FB833 125 022K 125 022K 20OHM 3 5X6MM AXIAL TP FB846 125 022R BI3857 30OHM 3 6X5 7MM AXIAL TP T803 150 F06W 150 F06W 27MH 32X22X38MM SQE2930S X01 156 A01Z HC 49 U 24 576MHZ 50PPM 24 576MHZ 50PPM Z101 166 A01B K3953M 33 90MHZ 38 90MHZ 17X3 9X8 7MM RA Z102 6200QL3003G K9650M B39389 K9650 M100 33 90_38 90MHZ ACCESSORIES 1 MFL30441111 Manual EU MK REG HU BU EN 30036801 2 3 4 MFL30441112 Manual USER CW62B LG EU PL 017B MFL30441113 Manual USER CW62B LG EU RO MFL30441115 Manual LG EU CZ CZ SK HU PL MFL30441120 Manual USER CW62B LG EU BALTIC ES LV LT MFL30441122 Manual CW62B LG EU UKR BZ03 RU EN MFL30441125 Manual CW62B LG EU HU BU SE EN 0051A A2 MKJ30036802 Remote Controller MOLD HIPS 60HR CW62A A3 5010V00004D Antenna Rod 3SECTION 750MM NT 5010V00004B Antenna Rod SINGLE 2 5DB 3000H MISCELLANEOUS B1 3890900225C Box 21FS2RLX TC QDRVLBK 21 DWR2 652 3890900225 DW2 652 462 505 2 COLOR 21 MAY30423401 BOX DW 644 440 497 2 COLOR TDR 21FS2R B2 3890900096D Box DW2 1074 1104 1080 1 CO
26. 7SA 6TO18V 0 0 10 15W 30W 5608 2 0414 ODRDC00014D RGP15J 600V 1300MV 5UA 50A 250NSEC 0015 1 802 011181700006 LTV 817M VB 6V 35V 35V 50MA 100NA 600 DI D444 ODRO60009AA 06 600V 1300MV 5UA 25A 250NSEC 0041 IC810 OIPMGSKO16B STR W6754 16 3 019 9 8 8TO10 6V SWITCHI D606 0DS141489AB 1N4148 1V 100V 150MA 500MA 4 5 500MW 1823 OIMCRAUOO4A S1117 33PIC 4 8TO12V 3 3V 2W TO220 ST D815 0DS141489AB 1N4148 1V 100V 150MA 500MA 4NSEC 500MW 1824 OIMCRKEO20A 78506 8 1TO21V 6V 600MW 092 ST D818 ODRO60009AA TVR06J 600V 1300MV 5UA 25A 250NSEC 0041 826 OIMCRKEO18A KIA78RO5API 6TO12V 5V 1 5W TO220IS ST 4P D820 008060009 TVRO06J 600 1300MV 5UA 25A 250NSEC 0041 901 OIPRP00747A TDA6107AJF 180TO210V 6mA 5 5M SIP ST 9P 0823 EAH30560501 SFAF504G 200V 975MV 10UA 125A 35NSEC ITO Q602 0IFA754207A KA75420ZTA KA7542ZTA 0 3TO15V 4 2V 200M 0826 ODRTWO0141A SFAF504G 200V 975MV 10UA 125A 35NSEC ITO Q830 OIMCRFAO07A KA431AZ 2 47TO2 52V 36V 770MW TO92 D828 008060009 TVRO06J 600V 1300MV 5UA 25A 250NSEC 0041 SW SAA30112702 3 00 5276 EUROPE FLASH ROM CW62B EAST 0829 ODRDCOOO14F 600V 1100MV 10UA 50A 90NSEC DO15L TRANSISTOR D844 ODRDC00014J EU1Z 200V 2 5V 10UA 15A 50NSEC 0041 0845 ODRDC00014Q EU1ZS 200V 2 5V 10UA 15A 120NSEC 0041 0105 OTR102009AB KRC102M KRC1202 NPN 50V 100MA 500 0846 ODRDC00014J 012 200V 2 5V 10UA 15A 50NSEC 0041 52 011 OTR19
27. 8009BA 2SA1980Y PNP 5V 50V 50 0 15A 0 000 0847 008060009 TVRO6J 600V 1300MV 5 25 250NSEC 0041 201 0 198009 2SA1980Y PNP 5V 50V 50V 0 15 0 000 D901 ODR060009AA TVRO6J 600V 1300MV 5UA 25 250NSEC 0041 Q301 OTR198009BA 2SA1980Y PNP 5V 50V 50V 0 15A 0 000 D902 ODR060009AA 06 600V 1300MV 5UA 25 250NSEC 0041 Q302 OTR205900AB KTD2059 Y NPN 5V 100V 100V 100UA 120T D903 ODR060009AA TVRO6J 600V 1300MV 5 25 250NSEC 0041 Q303 OTR127409AB KTA1274 Y PNP 5V 80V 80V 0 4 0 000 0904 ODRDCOOO14E 1N4004A 400V 1100MV 5UA 30A 0041 TP 2P Q401 OTRSA10005A 2SC6090LS NPN 5V 1 5KV 700V 10A 10UA 15 08801 ODRTWOO0071A TS4B05G 1021 600V 1V 5UA 120A TS4B ST 4P Q402 OTR233109AA KSC2331Y NPN 8V 80V 60V 700MA 100NA 120T 20101 0DZ330009DG GDZJ33B 33V 30 321031 88V 650HM 500MW Q404 OTR322809AB KTC3228 Y KTC2383 NPN 6V 160V 160V 1A 1 20102 00291000980 GDZJ9 1B 9 1V 8 57TO9 01V 250HM 500MW Q405 OTFFC00011B FQPF11N40C YDTU N CHANNEL MOSFET 400V 20401 007510009 GDZ5 1B 5 1 4 94TO5 2V 200HM 500MW 2034 0502 OTR198009BA 2SA1980Y PNP 5 50 50 0 15 0 000 20431 ODZ470009EF GDZJ4 7B 4 7V 4 55 04 8 900HM 500MW Q503 OTR319809AA KTC3198 KTC1815 NPN 5V 60V 50 150MA 10 20432 ODZ120009BG GDZJ12B 12V 11 447012 03 500MW D Q504 OTR319809AA KTC3198 KTC1815 NPN 5V 60V 50 150MA 10 ZD501 002510009 GDZJ5 1B 5 1V 4 94TO5 2V 800HM 500MW 203 Q505 0
28. 9905 9 S 16020 E cis 31 an 7890 oo Oe 16901 ac SIDE A V 705 E Jat 328 lt gt 31202 L 1 PJ1203 18 BLOCK DIAGRAM SOUND AMP TDA 297SA IIC Control 5V 33V SDA SCL MAIN UOC Ill TDA12020 PR PR VOL RGB Amp TDA6107Q VOL OK Menu 10523 TDA4863A 2506090 33V REG ST 5V REG 5V REG 19 HOR OUT TR EXPLODED VIEW 20 EXPLODED VIEW PARTS LIST The components identified by mark A is critical for safety Replace only with part number specified LOCA No PART No DESCRIPTIONS 105 4810900072A MOLD HIPS CRT 21FS2 SUPER SLIM MC049C HIPS 112 6335921002B 51 5420 21INCH FLAT 0 4_0 0G 4 3 16KHZ 61507 9221 6335921002A 51 5420 21INCH FLAT 0 5 0 0 120 EAB30823901 Speaker Fullrange JF 24 FERRITE 7W 82DB 170HZ 110 X 50 X 41 2 121 4810900054A Bracket MOLD PP SPEAKER 21FC1 49 PP LGESY LOCAL A 150 6140VC2007N Coil Degau
29. APACITOR 0102 ODSVHO00019A BA282 1V 35V 100MA 350A 15 350W DO35 T C103 OCE475DK618 EGR475M050T1G1C11G 4 7uF 20 50V D11 0DS141489AB 1N4148 1V 100V 150MA 500MA 4NSEC 500MW C107 0 22700618 EGR227M010T1G1E11G 220uF 20 10V 255MA D301 0080 00014 1N4005 600V 1 1V 5UA 30A 1 5USEC DO41 C108 OCE475DK618 EGR475M050T1G1C11G 4 7uF 20 50V 50MA D302 0DS141489AB 1N4148 1V 100V 150MA 500 4NSEC 500MW C109 OCE226DK618 SMS5 0TP50VB22M 22uF 20 50V 108MA D401 ODRDC00014G RU4AM 600V 1 3V 10UA 70A 100NSEC 2027 BK 111 0 1040 949 CH UP050 F104Z B B Z 100nF 20 80 50V 22 For Capacitor amp Resistors the characters at 2nd and 3rd CC CX CK CN Ceramic CQ Polyester RD Carbon Film RS Metal Oxide Film digit in the P No means as CE Electrolytic RN Metal Film follows RF Fusible LOCA NO PART NO DESCRIPTION LOCA NO PART NO DESCRIPTION C112 0 1030 679 RH EP050 103 10nF 20 16V 25T 506 0 01031 509 PEI103K2AT 10nF 10 100V PE 40TO 85C IN C113 0 1030 679 RH EP050 Y103M B B 10nF 20 16V 25T 509 OCE106DF618 SMS5 OTP16VB10M 109 20 16V 72MA 114 0 1040 949 5 1047 Z 100nF 2070 80 50V 510 0 1040 949 UP050 F104Z B B Z 100nF 20TO 80 50V 1202 0 1010 519 RH 0 050 B101K B B 100pF 10 50V 25 512 0 1040 949 UP050 F104Z B B Z 100nF 2070 80 5
30. Adjust brightness so that there are 9 12 dots 3 Widen two tabs of 4pole Magnet with equal angles accord red blue vertical lines at the center of screen 4 With keeping angle of c clause rotate tab and accord red blue green vertical lines at the center of screen 5 Widen two tabs of 6pole Magnet with equal angles and accord red bllue vertical lines at the center of screen 6 With keeping angle of e clause repeat the adjustment from c to e keeping in mind the movement of red blue green when the horizontal lines are twisted 7 Move the DY up down left right and make the convergence to be optimal condition and stick rubber wedge to CPT so that the DY not to move 5 Screen voltage adjustment SCREEN manual adjust method Used the remote controller 1 Mode input the PAL SECAM NTSC singal every channel is OK 2 First LINE SVC MODE IN START KEY and push the ADJ KEY change to the SCREEN adjustment MODE 3 Adjust the SCREEN VOL of the FBT then TV picture will be have a horizontal line manual adjust the FBT SCREEN VOL when the horizontal line just disappear is OK Press the TV AV button to exit SVC mode 6 White balance adjustment 1 Receive 100 white pattern 2 From the initial data adjust BLO R R CUT BLO G G CUT keep X Y coordinate settle for the below list adjust the LOW LIGHT 4 5FL 3 From the initial data BG B DRIVE is 32 adjust RG R DRIVE GG G DRIVE keep X Y coordinate settle for
31. B1R2K 1 2UH 10 C809 OCE228BF618 ESM228M016T1G5K25G 2200uF 20 16V L504 01 40121 119 nductor wire wound LAL02TB1R2K 1 2UH 10 C812 0CK47101515 DCH471K26Y5PN6FU5A 470pF 10 1000V L505 0LAO121K119 nductor wire wound LALO2TB1R2K 1 2UH 10 C813 OCE476DD618 EGR476M010T1G1C11G 47uF 20 10V 105MA L506 0LAO121K119 nductor wire wound LALO2TB1R2K 1 2UH 10 C814 181 091W LRYM27471KX1A 470pF 1096 2000V Y5R 25TO L507 01 40121 119 nductor wire wound LAL02TB1R2K 1 2UH 10 C816 OCE227DP61A EGR227M160T1G1M32G 220uF 20 160 8 L509 0LAO102K119 nductor wire wound LALO2TB100K 10UH 1096 C818 0CQ2231N509 PEI223K2AT 22nF 10 100V PE 40TO 85C IN L511 0LAO121K119 nductor wire wound LALO2TB1R2K 1 2UH 10 C822 OCE108DD618 SMS5 0TP10VB1000M 1000uF 20 10V 854MA L514 0LAO121K119 nductor wire wound LALO2TB1R2K 1 2UH 10 C823 181 120K SDE222M16FS1 2 2nF 20 4000V 25TO48 L548 OLA0121K119 nductor wire wound LALO2TB1R2K 1 2UH 10 C825 OCQZVBKOO2C 2 335 91592 0 22 10 275V MPP 40TO L801 150 02 Coil 12X17MM LEAD 826 OCE108DD618 5 55 0 10 1000 1000uF 20 10V 854MA 401 151 02 Transformer Linear EI19 10V 100V 200MH 1A C829 0 47600618 EGR476M010T1G1C11G 47uF 20 10V 105MA T402 6174V 5003R Transformer FBT BSC25 N1537 110 29KV C830 OCE228DH61A EGR228M025T1G1L25G 2200uF 20 25V 1 45 T802 61709 017 Transformer Switching EER4215 270UH B 110V C832 OCE337KV6A0 LTW337M450
32. ELETEXT PIP TELETEXT models or programme edit With PIP Without Side panel FANE E MAIN POWER ON OFF switches the set on or off POWER STANDBY INDICATOR illuminates brightly when the set is in standby mode dims when the set is switched on REMOTE CONTROL SENSOR Note Only use the supplied remote control handset When use others they won t be able to function MENU option selects a menu OK option accepts your selection or displays the current mode lt gt Volume Up Down option adjusts the volume adjusts menu settings A Programme Up Down option selects a programme or a menu item Switches the set on from standby AUDIO or AUDIO L R VIDEO IN SOCKETS AV IN2 option Connect the audio video out sockets of external equipment to these sockets EYE option adjusts picture according to the surrounding conditions Note Shown is a simplified representation of front or side panel What is shown here may be somewhat different from your set or can not be supplied on your area SPECIFICATIONS Note Specification and others are subject to change without notice for improvement This specification can be applied to all the television related to CW62B Chassis e Test and Inspection Method 1
33. FS2BLX ZV QUPLCCP SY MA EBR33392729 PCB Assembly Main MAIN CW62B 21FS2BLX ZV QUHLLCP SY MA EBR33392731 PCB Assembly Main MAIN M I CW62B 21FS2CLX ZV QURLCCP EBR33392730 PCB Assembly Main CW62B 21FS2BLX ZV QURLCCP SY MA 600 EBR33412201 PCB Assembly Sub SUB CW62B 21FS2 FS4 SIDE AV SKD SET EBR33968401 PCB Assembly Sub SUB M I CW62B 21FS2 FS4 SIDE AV 913 FAB30021402 Screw Assembly FAB30021402 05 0 135 0 SAW 943 FAB30006309 Screw Taptite 1SZZ9PB012A P 4MM 16MM MSWR10 FZB 21 REPLACEMENT LIST For Capacitor amp Resistors the characters at 2nd and 3rd CC CX CK CN Ceramic Polyester RD Carbon Film RS Metal Oxide Film digit in the P No means as CE Electrolytic RN Metal Film follows RF Fusible LOCA NO PART NO DESCRIPTION LOCA DESCRIPTION IC D402 EAH30754301 RU4DS 1 8V 1 3KV 1 5 50 400NSEC 0W D403 0DS141489AB 1N4148 1V 100V 150MA 500 4NSEC 500MW IC12 01 1241610 AT24C16A 10PU 2 7 16KBIT 2KX8BIT 2 7VTO5 405 ODRDC00014D RGP15J 600V 1300MV 5UA 50 250NSEC DO15 301 OIPMGPH002A TDA4863A 9 0VTO30 0V 3 2W DBS ST 7P 0406 ODRDC00014D RGP15J 600V 1300MV 5UA 50A 250NSEC DO15 C302 OIKE455800E 4558 36V 18 6mV 500MW 30uV V 2 D407 00 060009 TVRO6J 600V 1300MV 5UA 25A 250NSEC DO41 601 OILNROO189A TDA729
34. Horizontal Width Adjust to that a digital circle pattern looks like exact circle PAL 0 25 NTSC 2 5 3 0 Factual picture size Factual picture size PAL Digital Pattern EUOSCH lt Fig 3 gt Cross Hatch Pattern NTSC Digital Pattern US13CH 7 EP East west Parabolar Adjust so that middle portion of the outermost left and right vertical line looks like parallel with vertical lines of the CPT 8 ET East west Trapezium Adjust to make the length of top horizontal line same with it of the bottom horizontal line 9 EW UPCOR amp EW LOCOR Adjust until symmetrize upper amp lower coner of the screen g EW PARAB lt Fig 4 Cross Hatch Pattern NTSC US 9CH PAL E 7CH 10 BOW Adjust the left and right crooked line on upper and lower side 11 H ANGLE Adjust the vertical slope 12 5 CORRECT 5 CORRECTION Adjust the receive Patter keep the lattice s range same Top Center Bottom This decided by DY data so according to the CPT s Default data Initial data Setting 13 V SCROLL Adjust the center vertical line of the geometrical with the CPT center vertical line same 14 V ZOOM fixed VERTICAL ZOOM 15 WBR fixed Timing of wide Blanking 16 WBF fixed Timing of wide Blanking 17 V SYNSLI fixed Vertical slicing level 18 OVRVOLIN fixed Over voltage input mode 19 V GUARD fixed Vertical guard mode 8 initial data fo
35. LOR B3 372 N74B Box SW 0 0 0 NO PRINTING CHASS 3890900097D Box DW2 1094 1124 100 1 COLOR MC049B 049C B4 3890V01828B Box SWR2 703 372 312 1 COLOR 25 29Q4 F801 540018510 Fuse Time Delay 0218 004 GLASS 250V JK202 6612 00005 Jack Scart UPJ R1 027 21 21P 1C 3 81MM 6612VJH023D Jack Scart 126 04 15MM 3RX3C ANGLE PA11 6726VV0006H Receiver Module 5 2238 1 4 5TO5 5V PJ1202 6613V00004B Jack RCA PJ6054B 14 0MM 3RX1C ANGLE TR RL802 6920VB1001K Relay Contact JZC 36F 005 HL AC250V DC30V SK901 6620VBC003A Socket CRT PCS030A 8P STRAIGHT 15 24MM 801 163 0580 Thermistor PTC J503P83D070M290X 140 TU101 6700MF0018A Tuner Analog TAEA G011D PAL B G l M D K VD801 164 003G Varistor TVR14621 620 10 250pF 14MM 27
36. MM P904B 387 06 H B GIL G GIL J 450MM 2 50 UL1185AW R310 0804702 609 RD 96T1J47K0 47KOHM 5 1 6W 3 2 1 8 RESISTOR R311 ORNO301J607 RN 01T3J3R00 5 1W 12 0X4 0MM R313 0RD2001F609 RD 96T1J2K00 2KOHM 5 1 6W 3 2X1 8MM 5 0 FR402 ORPOO50H709 SPF92T1KR050 0 05 10 1 2W 3 2X2 0MM R314 0RD4701F609 RD 96T1J4K70 4 7 5 1 6W 3 2X1 8MM FR403 ORPOO50H709 SPF92T1KR050 0 05 10 1 2W 3 2X2 0MM R315 ORNO301J607 RN 01T3J3R00 5 1W 12 0X4 0MM NON FR404 ORPOO50H709 SPF92T1KR050 0 05 10 1 2W 3 2X2 0MM R316 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM 5 25 For 8 Resistors the characters at 2nd and 3rd CC CX CK CN Ceramic Polyester RD Carbon Film RS Metal Oxide Film digit in the P No means as CE Electrolytic RN Metal Film follows RF Fusible LOCA NO PART NO DESCRIPTION LOCA NO PART NO DESCRIPTION R317 ORD2702F609 RD 96T1J27K0 27 5 1 6W 3 2X1 8MM R545 ORDO752F609 RD 96T1J75RO 750HM 5 1 6W 3 2 1 8 A R318 ORN2001F409 RN 96T1F2K00 2KOHM 1 1 6W 3 2X1 8MM 5 0 R547 ORD1203F609 RD 96T1J120K 120 5 1 6W 3 2X1 8MM N R319 ORN3902F409 RN 96T1F39K0 39KOHM 1 1 6W 3 2X1 8MM R548 ORD2200F609 RD 96T1J220R 2200HM 5 1 6W 3 2X1 8MM R320 0RD1001F609 RD 96T1J1K00 1KOHM 5 1 6W 3 2X1 8MM 5 0 R549 0803301 609 RD 96T1J3K30 3 3KOHM 5 1 6W 3 2X1 8MM R321 ORD0561A609 RDM92T1J5R60 5 6
37. P NO 31616408 b LG Electronics Inc Oct 2006 Printed in China COLOR TV CHASSIS CW62B MODEL 21FS2CLX 21FS2BLX 21FS2CLX ZV 21FS2BLX ZV CAUTION BEFORE SERVICING THE CHASSIS READ THE SAFETY PRECAUTIONS IN THIS MANUAL 5 2 Safety PIECAUUONS on SEEK ix Eoo ni db e ROO DK cuiii 3 Control Descriptions nia durae i nd ER EK RD KR 4 ee oido Cl nnb n ERN dei 7 Adjustment Instructions u 8 SVG REMOCON 13 Trouble Shooting 14 Printed circuit board aaa nena aanna aaa 17 Block Dia Fa Maa 19 Exploded WW P 19 Exploded View Parts List ssa aa 21 Replacement Parts List 22 SAFETY PRECAUTIONS IMPORTANT SAFETY NOTICE Many electrical and mechanical parts in this chassis have special safety related characteristics These parts are identified by A in the Schematic Diagram and Replacement Parts List It is essential that these special safety parts should be replaced with the same comp
38. P TP SN TO R14 0RD1501F609 RD 96T1J1K50 1 5KOHM 5 1 6W 3 2X1 8MM G86 336 072 BSP C2600R 1 LUG STRAIGHT DIP TP SN R15 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2X1 8MM G87 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN R16 ORD5601F609 RD 96T1J5K60 5 6KOHM 5 1 6W 3 2X1 8MM G88 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R17 ORD3300F609 RD 96T1J330R 3300HM 5 1 6W 3 2X1 8MM G89 336 072 BSP C2600R 1P LUG STRAIGHT DIP SN R19 0RD1301F609 RD 96T1J1K30 1 3KOHM 5 1 6W 3 2X1 8MM G9 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R203 ORDO682F609 RD 96T1J68RO 680HM 5 1 6W 3 2 1 8 G90 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN R204 ORDO752F609 RD 96T1J75RO 750HM 5 1 6W 3 2X1 8MM 691 336 072 BSP C2600R 1P LUG STRAIGHT DIP SN R205 ORDO912F609 RD 96T1J91RO 91OHM 5 1 6W 3 2 G94 336 0726 BSP C2600R 1P LUG STRAIGHT DIP SN R206 ORDO752F609 RD 96T1J75RO 750HM 5 1 6W 3 2X1 8MM G95 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R207 ORD5602F609 RD 96T1J56K0 56 5 1 6W 3 2X1 8MM G96 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R212 0RD1201A609 RDM92T1J1K20 1 2KOHM 5 1 2W 6 5X2 3MM G97 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R213 0RD1201F609 RD 96T1J1K20 1 2KOHM 5 1 6W G98 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R215 ORD2402F609 RD 96T1J24K0 24KOHM 5 1 6W 3 2X1 8MM H1 6631V25014D GIL G GIL G 03 35097 9702 35098 9702 900 R225 ORD4702F609 RD 96T1J47K0 47KOHM 5 1
39. S1A5S45G 330uF 20 4 181 001V LTW227M450S1A5S40G 220uF 20 450V 1 53A CONNECTOR C833 0CK10202515 DCH102K39Y5PP7FJ5A 1nF 10 2000V Y5P 25 G1 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C834 0CK10202515 DCH102K39Y5PP7FJ5A 1nF 10 2000V Y5P 25 G13 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C835 OCQZVBKO002A PCX2 335 M9729 0 1uF 20 275V MPP 40TO G14 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C836 0CK4710W515 DCM471K20Y5PL6FJ5A 470pF 10 500V G19 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C838 0 227 618 ESM227M050T1G5H17G 220uF 20 50V 400MA G2 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C839 OCE106DH618 SMS5 0TP25VB10M 10uF 20 25V 72MA G20 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C840 OCE226BK618 ESM226M050T1G5C11G 22uF 20 50V 85MA G21 336 0720 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C841 181 011 MPPS102J3VD 1nF 5 1 6KV MPP 40TO 85C G22 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C842 0 1520 515 DCT152K22Y5PF6FJBA 1 5nF 10 50V 25 G24 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C843 OCE105DK618 EGR105MO50T1G1C11G tuF 20 50V 10MA G26 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C844 0 1020 515 DCT102K20Y5PF6FU5A 1nF 10 50V Y5P 25 G27 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C845 0 8210 515 DCT821K20Y5PF6FJ5A 820pF 10 50V 25 G29 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C846 OCE107DD618 5 55 0 10 100 100
40. UG STRAIGHT DIP TP SN TO L510 ORDO222A609 RDM92T1J22R0 220 5 1 2W 6 5X2 3MM G6 336 072 BSP C2600R 1P LUG STRAIGHT DIP SN TO R101 ORD3902F609 RD 96T1J39KO 39KOHM 5 1 6W 3 2 1 8 G61 336 0720 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R103 ORD2202F609 RD 96T1J22K0 22KOHM 5 1 6W 3 2X1 8MM G62 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R11 ORD3601F609 RD 96T1J3K60 3 6KOHM 5 1 6W 3 2X1 8MM G7 336 072 BSP C2600R LUG STRAIGHT DIP TP SN TO R110 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM G75 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R111 ORD1000F609 RD 96T1J100R 1000HM 5 1 6W 3 2X1 8MM G76 336 072 BSP C2600R LUG STRAIGHT DIP TP SN TO R112 ORD6802F609 RD 96T1J68KO 68KOHM 5 1 6W 3 2X1 8MM G77 336 0726 BSP C2600R 1 LUG STRAIGHT DIP SN TO R117 ORD1002F609 RD 96T1J10K0 10KOHM 5 1 6W 3 2 1 8 G78 336 072 BSP C2600R LUG STRAIGHT DIP TP SN TO R119 0803301 609 RD 96T1J3K30 3 3KOHM 5 1 6W 3 2 1 8 G8 336 072 BSP C2600R 1P LUG STRAIGHT DIP SN TO R12 ORD2401F609 RD 96T1J2K40 2 4KOHM 5 1 6W 3 2X1 8MM G80 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R120 0RD4701F609 RD 96T1J4K70 4 7KOHM 5 1 6W 3 2X1 8MM 681 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO R121 0802201 609 RD 96T1J2K20 2 2 5 1 6W 3 2 1 8 G84 336 072 BSP C2600R LUG STRAIGHT DIP TP SN TO R13 0801801 609 RD 96T1J1K80 1 8 5 1 6W 3 2 1 8 G85 336 072 BSP C2600R 1P LUG STRAIGHT DI
41. color contrast controls to minimum Measure the high voltage The meter reading should indicate 23 5 1 5KV 14 19 inch 26 1 5KV 19 21 inch 29 0 1 5KV 25 29 inch 30 0 1 5KV 32 inch If the meter indication is out of tolerance immediate service and correction is required to prevent the possibility of premature component failure Before returning the receiver to the customer always perform an AC leakage current check on the exposed metallic parts of the cabinet such as antennas terminals etc to be sure the set is safe to operate without damage of electrical shock Leakage Current Cold Check Antenna Cold Check With the instrument AC plug removed from AC source connect an electrical jumper across the two AC plug prongs Place the AC switch in the on position connect one lead of ohm meter to the AC plug prongs tied together and touch other ohm meter lead in turn to each exposed metallic parts such as antenna terminals phone jacks etc If the exposed metallic part has a return path to the chassis the measured resistance should be between 1MQ and 5 2MQ When the exposed metal has no return path to the chassis the reading must be infinite An other abnormality exists that must be corrected before the receiver is returned to the customer Leakage Current Hot Check See below Figure Plug the AC cord directly into the AC outlet Do not use a line Isolation Transformer during this check Connect 1 5K 10watt resis
42. ctor waveform Check Replace Q402 Check T401 amp each pin voltage Check Replace 401 Check 401 waveform Check Replace Q401 OK Check Replace T402 15 Check the voltage of C832 E Check Replace DB801 Check the voltage pin4 of IC810 m Check Replace Fuse and 1 810 Check Replace C810 IC802 0830 Check Fuse and Diode of secondary Load of SMPS trans T802 Check Replace IC1 1 4 Sound Is OSD displayed Check IC11 pin 83 84 85 R G B out NO Y Check the waveform pin73 H out OK Y P904A R G B out OK Y Check receiving system in MENU amp execute Auto Program Does the auto Program operate properly Store on manual program MENU Check 11 pin 83 84 85 R G B out Check Reset Check 12 SCL SDA Replace 1 11 Check 5 5 Trans Secondary Voltage Check IC12 EEPROM amp SCL SDA Line OK Y Go to No sound picture OK of IC501 16 gt of IC11 P904A R G B out
43. ice SERVICE2 to adjustment mode 4 Press CH CH KEY chooice adjust item 5 Press VOL VOL KEY increase or decrease DATA 7 2 Adjustment 1 First adjust deflection at 50Hz of PAL signal then adjust deflection at 60Hz of NTSC signal 2 Korea Model only used the N60Hz adjustment Adjust vertical inclination of screen 3 Central or South America Model first N60Hz adjustment and then N50 PAL N adjustment 4 when finish the adjustment and press ENTER KEY save data andexit adjustment Mode Deflection adjustment small item 1 V SLOPE The cutting part below of picture transfer to Blanking Adjust the geometric vertical center of the CPT is in accord lower blanking 2 VS Vertical Shift Adjust so that the horizontal center line of a digital circle pattern is in accord with geometric horizontal center of the CPT 3 VL Vertical Linearity Adjust so that the boundary line between upper and lower half is in accord with geometric horizontal center of the CPT PAL E5ch NTSC US 13 4 VA Vertical Amplitude Adjust so that the circle of a digital circle pattern may be located within the effective screen of the CPT NTSC signal Adjust NTSC 13CH circle as an inscribed circle of vertical outer boundary of the effective screen of the CPT 5 HS Horizontal Shift Adjust so that the vertical center line of a digital circle pattern is in accord with geometric vertical center of the CPT 6 EW
44. justs menu settings OK accepts your selection or displays the current mode 5 TELETEXT BUTTONS option These buttons are used for teletext For further details see the Teletext section With TELETEXT PIP 6 SLEEP sets the sleep timer TVIAV 7 PIP BUTTONS option switches the sub picture on or off PR selects programme the sub picture xd alternates between main and sub picture INPUT selects the input mode for the sub picture SIZE adjusts the sub picture size STILL freezes motion of the sub picture HOLDEI INDEX i POSITION relocates the sub picture in clockwise direction TEXTIMIXI I 7 TIMEI REVEALEE NIP cicer etree SIZE FAVOURITE SS With TELETEXT Without PIP 8 FAVOURITE selects favorite programme 9 option switches the eye function on or off 10 MUTE switches the sound on or off 11 TV AV selects TV or AV mode switches the set on from standby exits the Teletext mode option 12 selects language during dual language broadcast selects the sound output option 13 Q VIEW or SWAP returns to the previously viewed programme 14 LIST or INPUT displays the programme table No function COLOURED BUTTONS These buttons are used for teletext only Without T
45. onents as recommended in this manual to prevent X RADIATION Shock Fire or other Hazards Do not modify the original design without permission of manufacturer General Guidance An isolation Transformer should always be used during the servicing of a receiver whose chassis is not isolated from the AC power line Use a transformer of adequate power rating as this protects the technician from accidents resulting in personal injury from electrical shocks It will also protect the receiver and it s components from being damaged by accidental shorts of the circuitry that may be inadvertently introduced during the service operation If any fuse or Fusible Resistor in this TV receiver is blown replace it with the specified When replacing a high wattage resistor Oxide Metal Film Resistor over 1W keep the resistor 10mm away from PCB Keep wires away from high voltage or high temperature parts Due to high vacuum and large surface area of picture tube extreme care should be used in handling the Picture Tube Do not lift the Picture tube by it s Neck X RAY Radiation Warning The source of X RAY RADIATION in this TV receiver is the High Voltage Section and the Picture Tube For continued X RAY RADIATION protection the replacement tube must be the same type tube as specified in the Replacement Parts List To determine the presence of high voltage use an accurate high impedance HV meter Adjust brightness
46. ould be over lapped and wound in direct route to the NECK Assembling DY to Fix the Magnet to the position as CPT P gt shown picture below Be careful not to make CPT neck shadow while HEAT RUN adjusting DY Degaussing Convergence Magnet 6Pole 2 STC Pre Adjustment PURITY Adjustment Let the screen Standard condition Operate Heat Run at least 15 SCREEN Voltage adj minutes Torque is to be 9 11 kg f cm when W B Fixing fixing DY FOCUS not yet ADJ STC not yet ADJ DYC not yet ADJ 4 1 Color purity adjustment It makes CPT or CABINET enough to demagnetization Receive the signal of red raster Unfasten DY and push DY to FUNNEL direction Make R Land be centered as cross Purity Magnet That time 4 amp 6 pole magnet should keep free gauss status 5 Make uniform RED Raster as moving DY Check there is purity problem or not on R G B white Raster Then fix screw of DY At this time be careful about inclination and DY should be fixed keeping horizontality 6 Check the TV set in direction of EAST WEST SOUTH NORTH Adjust with supporing MAGNET when adjustment is not operated 1 2 3 4 4 2 Convergence adjustment These adjustments should be operaed at the best condition of focus after finished purity adjustment 1 Receive the signal of cross hatch that BACK RASTER is black 2
47. r deflection lt Table 4 gt Initial data for deflection by model SERVICE 2 PAL Item Description 21 S SLIM ITLAT Adjust 50Hz 60Hz 50Hz 60Hz F not V SLOPE Vertical slope 15 16 24 18 YES V SHIFT Vertical shift 48 45 48 40 YES V LINEAR Vertical linearity 43 44 43 33 YES V AMPLIT Vertical amplitude 29 31 19 44 YES H SHIFT Horizontal shift 30 35 34 31 YES EW WIDTH EW width 46 52 46 35 YES EW PARAB Parabola adj 25 36 25 24 YES EW TRAPE Trapezoid adj 19 23 19 28 YES EW Upper corner adj 35 50 35 44 YES EW LOCOR Lower corner adj 46 53 46 48 YES H BOW Bow 35 34 35 35 YES H PARALL Horizontal parallelogram 26 37 32 28 YES SCORRECT S correction 36 35 36 30 NO V SCROLL Vertical scroll 27 21 21 21 Adjust if need V ZOOM Vertical zoom 25 25 25 25 NO WBR Timing of wide Blanking 2 2 2 2 NO WBF Timing of Wide Blanking 2 2 2 2 NO V SYNSLI Vertical slicing level 0 0 0 0 NO OVRVOLIN Over voltage input mode 0 0 0 0 NO V GUARD Vertical guard mode 1 0 1 1 NO After PAL50Hz adjustment for Pal mode NTSC60Hz apply deflection redress data but you need confirm the adjustment condition NTSC System it is good you need readjust it in NTSC mode 10 9 DEFAULT DATA Table 7 SERVICE 4
48. ssing 11 AL 44T 0 6mM SQUARE 21INCH 2500mM A 170 170 A01D Drawing Assembly CPT EARTH UL1015 AWG22 21INCH NORMAL 6858V21001A Drawing Assembly EARTH SPRING 21INCH 64T RT 21F A 174 6410 Power 204 2 2 41 300 250 2 5 2 300 3091900044 Cover Assembly 21252 049 21 TOOL 30919000440 Cover Assembly CW62B 21 SY MA 171A 1 tone TOOL 30919D0033J Cover Assembly 21FS2RLX BRAND 049 197A 117 30919D0033H Cover Assembly 21FS2RLX BRAND 049 197A 117 310 5020900097B Button MOLD ABS 380 CONTROL 21FS2 ABS HF 380 6KEY LGEMA 5020900067B Button CONTROL 21FS2 LGESY LOCAL ABS 320 320 062H Spring CUTTING STSC304 COIL 330 5020900098B Button MOLD ABS HF380 POWER 21252 ABS HF 380 1KEY 5020900066B Button POWER 21FS2 LGESY LOCAL ABS 400 3809900201C Cover Assembly 21FS2 LGEMA CW62B 21 SCART SIDE 3P NO E P 3809900167G Cover Assembly 21FS2CG TS 059 21 SY SET 3809900167H Cover Assembly 21FS2CLD TV CW62B 21 SY LGESY IR 520 EBR33392703 PCB Assembly Main MAIN M I CW62B 21FS2CLX ZV QUHLLCP EBR33392708 PCB Assembly Main MAIN M I CW62B 21FS2CLX ZV QUZLLCP EBR33392713 PCB Assembly Main MAIN M I CW62B 21FS2CLX ZV QDRLLBK EBR33932903 PCB Assembly Main MAIN M I CW62B 21FX5RLX ZV KDRLLBK EBR33392718 PCB Assembly Main MAIN M I CW62B 21FS2CLX ZV QDLLLCP EBR33392727 PCB Assembly Main MAIN M I CW62B 21FS2BLX ZV QUZLCCP EBR33392728 PCB Assembly Main MAIN CW62B 21
49. the below list adjust the HIGH LIGHT 35FL xHIGH LIGHT LOW LIGHT adjust reiterative W B adjust initial data maybe difference by different model so please refer to the model adjust TABLE Table 1 gt White Balance Coordinate By market Item EU N EU X 288 268 Y 295 273 Chroma 9000 13000 Table 2 White Balance Initial Data DATA Menu Range PAL NTSC LOW LIGHT BLO R RCUT 0 63 32 32 BLO G G CUT 0 63 32 32 BLO B B CUT 0 63 32 32 HIGH LIGHT RG R DRIVE 0 63 32 32 GG G DRIVE 0 63 32 32 DRIVE 0 63 32 32 lt Table White Balance Initial Data 1 1 PARAMETER Name Maker Algorithm VCD IC EP_ROM 010 2 White balance Parameter Address Program Win31 wb TWB Win31_wb TWB Speed Delay Slave 8A Eeprom_Slave A0 1 30 B R _Amp B R _Cut Amp G Cut Program Win31_wb TWB Win31 wb TWB Win31 wb TWB Win31 wb TWB Sub Add 20 17 21 18 Start Bit 5 5 5 5 Stop Bit 0 0 0 0 Offset 0 0 0 0 Polarity 1 1 0 0 EP_Rom_S 36 33 37 34 Speed Plus 2 2 2 2 7 Deflection setting Data Adjustment 7 1 Adjustment preparation 1 TV set to receive an Digital pattern PAL E5ch NTSC US 12 2 Deflection data setting used remote 3 press the LINE SVC MODE IN START KEY into SERVICE MENU Cho
50. tor in parallel with a 0 15uF capacitor between a known good earth ground Water Pipe Conduit etc and the exposed metallic parts Measure the AC voltage across the resistor using AC voltmeter with 1000 ohms volt or more sensitivity Reverse plug the AC cord into the AC outlet and repeat AC voltage measurements for each exposed metallic part Any voltage measured must not exceed 0 75 volt RMS which is corresponds to 0 5mA In case any measurement is out of the limits specified there is possibility of shock hazard and the set must be checked and repaired before it is returned to the customer Leakage Current Hot Check circuit AC Volt meter Good Earth Ground such as WATER PIPE CONDUIT etc Instrument s exposed 0 1 BUF METALLIC PARTS NW 1 5 Kohm 10W DESCRIPTION CONTROLS All the functions can be controlled with the remote control handset Some functions can also be adjusted with the buttons on the front panel of the set Remote control handset Before you use the remote control handset please install the bat teries See the next page 1 POWER switches the set on from standby or off to standby 2 NUMBER BUTTONS Switches the set on from standby or directly select a number 3 MENU selects a menu 4 A Y Programme Up Down selects a programme or a menu item switches the set on from standby scans programmes automatically lt gt Volume Up Down adjusts the volume ad
51. uF 20 10V 157MA 40 G30 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C848 OCE107CP618 SHL5 0TP160VB100M 100 20 160V 541MA G31 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C849 0 47700618 EGR477M010T6G1G11G 470uF 20 10V 425 G32 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C851 0 1020 519 UP050 B102K B B 1nF 10 50V 25TO G36 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C852 181 007C ECQV1H104JL3 100nF 5 50V MPE 40TO 85C G37 336 072 BSP C2600R 1P LUG STRAIGHT DIP TP SN TO 901 0 4750 618 EGR475M250T1G1G11G 4 7uF 20 250 70MA G38 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C903 181 0335 DCH122K39Y5PP7VK7A 1 2nF 10 2000V G39 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO 904 0 4750 618 EGR475M250T1G1G11G 4 7uF 20 250V 70MA 42 336 072 BSP C2600R 1 LUG STRAIGHT DIP TP SN TO C906 0 1030 679 RH 050 Y103M B B 10nF 20 16V X5R 25T G43 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C908 0CH3104P56C C4532X7R2J104KT 100nF 10 630V X7R 55TO G44 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO C910 0 5610 519 RH UP050 B561K B B 560pF 10 50V 25 G45 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO J565 0 1030 679 050 Y103M B B 10nF 20 16V X5R 25T G47 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO COIL amp INDUCTOR G48 336 072C BSP C2600R 1P LUG SIRA DIP TP SN b G49 336 072C BSP C2600R 1P LUG STRAIGHT DIP TP SN TO J

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