SAFETY PRECAUTIONS

5468
Technical Service Data
SERVICE WARNING SAFETY CHECKS — FIRE AND SHOCK HAZARD
Only qualified service technicians who are familiar with safety checks and Cold Leakage Checks for Receivers with Isolated Ground
SONY

SET 5468
guidelines should perform service work. Before replacing parts, discon-
nect power source to protect electrostatically sensitive parts. Do not Unplug the AC cord, connect a jumper across the plug prongs, and turn
the power switch on (if applicable). Use an ohmmeter to measure the MODEL KV-29VL85 (CHASSIS SCC-S06C-A)
attempt to modify any circuit unless so recommended by the manufac- INDEX
turer. When servicing the receiver, use an isolation transformer between resistance between the jumped AC plug and any exposed metal cabinet

5468
5468
parts such as antenna screw heads, control shafts, or handle brackets.

1
the line cord and power receptacle.
Exposed metal parts with a return path should measure between 1M ohms Digital Service Adjustments .................... 4
SERVICING THE HIGH VOLTAGE AND CRT and 5.2M ohms. Parts without a return path must measure infinity. Important Parts Information .................... 5
Use EXTREME CAUTION when servicing the high voltage circuits. To
Hot Leakage Current Check Miscellaneous Adjustments ..................... 4
discharge static high voltage, connect a 10K ohms resistor in series with a Parts List .............................................. 4, 5
test lead between the receiver ground and CRT anode lead. DO NOT lift Plug the AC cord directly into an AC outlet. DO NOT use an isolation
transformer. Use a 1500 ohms, 10W resistor in parallel with a .15µF Placement Chart ...................................... 1
the CRT by the neck. Always wear shatterproof goggles when handling the
CRT to protect eyes in case of implosion. capacitor to connect between any exposed metal parts on the receiver and Safety Precautions ................................... 1
a good earth ground. (See figure below.) Use an AC voltmeter with at least Safety Related Adjustments ..................... 4
X-RAY RADIATION AND HIGH VOLTAGE LIMITS 5000 ohms per volt sensitivity to measure the voltage across the resistor. Schematic Component Location ............. 1
Be aware of the instructions and procedures covering X-ray radiation. In Check all exposed metal parts and measure voltage at each point. Voltage
measurements should not exceed .75VAC, 500µA. Any value exceeding Schematic Notes ...................................... 2
solid-state receivers and monitors, the CRT is the only potential source of
X-rays. Keep an accurate high voltage meter available at all times. Check this limit constitutes a potential shock hazard and must be corrected. If Schematics
meter calibration periodically. Whenever servicing a receiver, check the the AC plug is not polarized, reverse the AC plug and repeat exposed Audio ................................................ 3
high voltage at various brightness levels to be sure it is regulating metal part voltage measurement at each point. PIP .................................................... 3
properly. Keep high voltage at rated value, NO HIGHER. Excessive high Power Supply ................................... 2
voltage may cause X-ray radiation or failure of associated components.
DO NOT depend on protection circuits to keep voltage at rated value.
System Control ................................. 2
When troubleshooting a receiver with excessive high voltage, avoid close Television ......................................... 2

MODEL KV-29VL85 (CHASSIS SCC-S06C-A)

contact with the CRT. DO NOT operate the receiver longer than necessary. Velocity Modulator .......................... 4
To locate the cause of excessive high voltage, use a variable AC Video ................................................ 3
transformer to regulate voltage. In present receivers, many electrical and
Service Information ................................. 4
mechanical components have safety related characteristics which are not
detectable by visual inspection. Such components are identified by a # on Test Equipment ........................................ 1
both the schematic and the parts list. For SAFETY, use only equivalent Tuner Information ................................... 4
replacement parts when replacing these components. Representative Model
GENERAL GUIDELINES
Perform a final SAFETY CHECK before returning receiver to customer. Essential coverage
Check repaired area for poorly soldered connections, and check entire
circuit board for solder splashes. Check board wiring for pinched wires or for servicing a television receiver...
wires contacting any high wattage resistors. Check that all control knobs,
shields, covers, grounds, and mounting hardware have been replaced. Be
sure to replace all insulators and restore proper lead dress. • Schematics
• Component locations
• Parts list

The listing of any available replacement part herein in no case constitutes a recommendation, warranty, or guarantee by
SAMS Technical Publishing, as to the quality and suitability of such replacement part. The numbers of the listed parts have
been compiled from information furnished to SAMS Technical Publishing, LLC by the manufacturers of the specific type of
replacement part listed.

Reproduction or use, without express permission, of editorial or pictorial content, in any manner, is prohibited. No patent
liability is assumed with respect to the use of the information contained herein.

© 2009 SAMS Technical Publishing

9850 E. 30th St.

Indianapolis IN 46229

!IBCGC|05468Y
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Printed in the United States of America 5 4 3 2 1 09PF03540
SONY

MAY 2009 SET 5468

Page 1 SET 5468
Page 1 SET 5468
 SET 5468 Page 1

TEST EQUIPMENT

Test equipment listed by participating manufacturer illustrates typical or equivalent equipment used by Sams
engineers to obtain measurements. This equipment is compatible with most types used by field service technicians.

Equipment Sencore No. Equipment Sencore No.

Oscilloscope SC3100 Isolation Transformer PR570
Generators Capacitance Analyzer LC102
RGB CM2125 CRT Analyzer CR7000
Multiburst Signal VG91 AC Leakage Tester PR570
Color Bar VG91 Inductance Analyzer LC102
TV Stereo VG91 Flyback Yoke Tester TVA92
Digital VOM SC3100 Field Strength Meter SL753
Frequency Meter SC3100 Transistor Tester TF46
Hi-Voltage Probe HP200 Horizontal Analyzer HA-2500
Accessory Probes TP212 Video Analyzer VG91, TVA92
SCHEMATIC COMPONENT LOCATION GUIDE
C001 C26 C257 B33 C376 C11 C576 A23 C1420 C44 C3360 E60 D523 D11 IC001 A27 L601 A22 Q945 A68 R069 E29 R237 B45 R305 D2 R376 B56 R553 D22 R699 C18 R1710 C16 R3383 B59
C004 D24 C258 A49 C377 B53 C591 D9 C1421 C44 C3361 E60 D541 D6 IC002 D22 L1701 D23 Q946 B67 R070 B29 R238 A45 R306 D4 R377 B55 R554 D1 R943 A66 R1711 B16 R3384 A59
C005 C6 C259 B51 C390 E3 C601 A18 C1422 D44 C3362 C24 D550 C12 IC003 E25 L3302 C23 Q947 D67 R071 B29 R241 B2 R307 D2 R378 B55 R555 D1 R948 A66 R1712 B16 R3385 C58
C006 C5 C280 C53 C399 B8 C606 A20 C1423 C44 C3363 C24 D552 D22 IC202 C38 P600 A17 Q965 C66 R073 C6 R242 A2 R308 E49 R379 E54 R556 D1 R949 B67 R1713 A15 R3393 E60
C007 C5 C281 D36 C400 B36 C607 B20 C1424 B43 C3364 B58 D561 E23 IC203 A34 PS201 C24 Q966 B65 R074 C6 R243 A2 R310 D4 R380 D50 R557 D1 R950 B67 R1714 C15 R3394 E60
C008 D28 C282 E35 C401 B37 C610 B20 C1425 C43 C3365 D60 D562 E23 IC203 B50 Q001 C5 Q3301 A58 R075 C6 R244 D40 R312 C14 R381 E50 R558 D1 R951 A67 R1715 B15 R3395 A58
C010 D28 C284 B52 C402 B37 C611 C20 C1426 C43 C3366 D60 D571 D2 IC301 B54 Q002 C4 Q3307 A63 R076 C5 R245 D40 R313 A13 R387 D4 R559 D1 R952 B66 R1720 D15 R5001 C19
C011 B28 C285 B23 C403 B37 C612 B20 C1427 C43 C3367 C58 D572 E1 IC301 B9 Q080 C30 Q3309 B61 R077 C5 R246 C33 R314 C13 R388 D4 R561 E23 R953 A67 R1941 B67 R5002 C19
C012 B29 C286 B4 C404 B37 C613 C19 C1428 C43 C3368 A59 D573 E1 IC301 C3 Q081 C25 Q3310 B58 R078 D28 R247 B33 R315 B13 R390 A65 R562 E23 R954 A67 R1942 B67 R5003 D19
C014 B26 C287 B5 C405 C37 C614 A21 C1429 C43 C3369 B58 D574 D1 IC302 D52 Q200 D39 Q3312 A62 R080 C30 R248 B52 R316 B9 R391 A65 R571 A23 R955 C65 R1943 C67 R5007 D19
C017 D26 C288 B3 C406 C37 C615 B19 C1430 B43 C3370 B59 D581 D3 IC401 A47 Q201 D40 Q3314 A58 R082 C30 R249 B34 R317 D53 R392 A65 R572 D2 R956 C65 R1944 C67 R5008 D19
C019 D26 C289 B3 C407 C36 C616 C19 C1431 E44 C3371 A59 D601 A19 IC402 A36 Q203 D46 Q5001 D18 R083 C30 R250 B49 R318 D56 R400 C28 R573 D2 R957 C66 R1945 D67 R5009 D19
C020 D25 C290 B50 C410 B36 C617 A22 C1432 B41 C3372 C59 D602 B18 IC521 D11 Q204 E46 Q5002 D18 R084 C29 R251 A33 R319 C11 R401 D45 R574 D3 R958 B65 R1946 D67 R5010 D18
C021 E28 C301 C10 C411 C37 C618 A22 C1433 D41 C5000 D18 D604 A22 IC521 E2 Q280 C53 Q571 D3 R085 C25 R252 B51 R320 E53 R402 C36 R575 D3 R959 A67 R1947 D67 R5011 D18
C028 D28 C303 B10 C412 B36 C619 A23 C1434 D41 C5002 C18 D605 A22 IC541 C6 Q281 D35 R001 C26 R086 B29 R253 A23 R321 E54 R403 B36 R576 D3 R977 C66 R1948 D67 R5012 D19
C030 D26 C304 B8 C413 C36 C620 A24 C1435 B43 C5003 C19 D610 A23 IC601 B21 Q282 E35 R002 C26 R087 C29 R254 B51 R322 E56 R404 B36 R578 E1 R979 A66 R1949 D67 R5013 D19

SONY
C034 B26 C305 B8 C414 C36 C621 C22 C1436 C42 C5004 D19 D615 C22 IC603 B18 Q283 C53 R003 C26 R088 C29 R256 B50 R323 E2 R405 D45 R579 E1 R1403 D42 R1950 E67 R5050 A17
C037 A26 C306 B11 C415 C36 C623 B18 C1437 A41 C5006 D20 D618 A22 IC604 B23 Q284 D36 R004 E28 R091 E28 R257 D46 R324 A55 R406 D46 R580 C12 R1404 D43 R2059 A25 RY601 A19
C038 A26 C307 D56 C416 A36 C624 C18 C1438 C41 C5007 D18 D620 B22 IC1403 A44 Q285 E36 R005 B3 R092 D5 R258 B34 R328 B54 R432 C29 R581 C12 R1405 D42 R2060 B25 RY601 B18
C039 D24 C308 D3 C418 C29 C626 B24 C1439 C41 C5008 D19 D621 A20 IC1404 A42 Q286 B4 R006 C5 R096 C5 R259 B34 R329 A55 R501 E3 R582 E1 R1406 D42 R2061 B25 RY602 A19
C046 D24 C309 D2 C420 D45 C627 B23 C1440 A43 C5009 D19 D622 B20 IC1701 B14 Q287 B53 R007 C28 R101 D28 R260 A50 R330 B10 R502 E4 R583 D1 R1407 D43 R2062 B25 RY602 E20
C047 D26 C310 D2 C501 E3 C629 B23 C1443 B41 C5010 C20 D650 B23 IC2003 A25 Q288 B53 R008 D28 R150 A1 R261 B34 R331 B9 R503 E3 R584 E1 R1408 D43 R2063 B25 S2001 A25
C048 D26 C311 B23 C502 E4 C632 C18 C1701 E24 C5020 E19 D670 E20 IC3302 C23 Q300 D3 R010 B29 R151 A1 R262 B34 R333 B55 R504 E4 R585 E2 R1409 D43 R2235 C49 S2002 A25

MODEL KV-29VL85 (CHASSIS SCC-S06C-A)

C060 C26 C312 B24 C503 E3 C650 A22 C1702 E15 C5050 A18 D690 C21 IC3303 B62 Q302 B54 R011 B29 R200 A49 R263 A50 R334 B55 R505 E4 R586 D4 R1410 E43 R2236 D33 S2003 B25
C062 A26 C313 D4 C504 E3 C651 B22 C1705 D15 CF001 E26 D691 B20 IC3304 B59 Q305 A55 R013 B26 R201 B33 R264 B50 R335 B13 R506 E8 R587 E2 R1411 E42 R2237 D33 S2004 B25
C065 A26 C314 E54 C505 E8 C653 B22 C1941 A24 D001 C26 D941 B66 J200 D40 Q306 B13 R016 D26 R202 C33 R265 B35 R336 C13 R507 E7 R591 D9 R1412 E43 R2238 D33 S2005 B25
C070 C30 C316 B9 C507 E5 C654 B24 C1948 B66 D003 E28 D946 C67 J200 D40 Q307 C13 R017 D26 R203 B52 R266 B35 R337 A13 R508 D7 R601 B19 R1413 C43 R2239 D33 S2006 B25
C091 E26 C317 B9 C508 E5 C690 D22 C2068 D24 D004 E28 D947 D67 J201 A33 Q308 A13 R018 A26 R204 B53 R267 C51 R340 B10 R509 E4 R602 A19 R1414 C43 R3312 A57 S2007 B25
C092 E26 C318 B9 C509 E5 C691 D22 C2234 D33 D005 A26 D1704 A15 J201 A49 Q309 D14 R019 A25 R205 B53 R268 C51 R341 E14 R510 D7 R603 B19 R1415 A44 R3314 A58 SP901 A48
C101 D29 C319 C12 C510 E7 C692 D24 C2235 D34 D080 C25 D1705 C15 J201 B33 Q310 D15 R025 B28 R207 B3 R269 C52 R342 E14 R511 E2 R604 B20 R1416 B43 R3329 C63 SP902 B48
C102 C1 C320 C11 C511 E7 C693 D22 C2236 D34 D201 B34 D1706 C15 J202 A49 Q350 D53 R026 C28 R209 E46 R270 A49 R343 B13 R520 E13 R605 A20 R1417 B44 R3330 D61 SW501 D8
C150 B2 C321 C10 C512 E7 C944 A67 C3319 B63 D202 C34 D1708 D15 J202 B33 Q351 D54 R027 C28 R210 E46 R271 A33 R345 A13 R521 D12 R606 A20 R1419 C43 R3337 C61 T501 E4
C151 B2 C323 B55 C513 E7 C945 A66 C3320 B63 D204 A49 D2001 B25 J202 C33 Q352 D55 R028 E28 R211 D46 R272 B33 R346 C13 R522 D12 R608 B20 R1420 C43 R3338 C61 T502 E6
C200 A49 C324 D54 C514 E6 C946 B68 C3321 D62 D205 A24 D2006 B25 J204 C54 Q353 D55 R031 E26 R212 E45 R273 A33 R347 E2 R523 E12 R609 B20 R1421 C43 R3339 C60 T504 C9
C201 B33 C330 D2 C515 E5 C949 C68 C3322 D62 D207 D39 D2006 D30 J204 D37 Q354 E53 R032 E26 R213 B53 R274 B34 R350 E53 R524 E11 R610 C21 R1422 C43 R3340 C60 T504 E21
C202 C34 C331 C13 C520 E5 C950 B68 C3323 C23 D208 D45 D2235 D34 J204 E37 Q355 E54 R033 E26 R214 D40 R279 B3 R351 D53 R525 E11 R611 C21 R1423 C43 R3341 C60 T601 A18
C207 D39 C332 D53 C521 E13 C951 B68 C3324 C24 D250 C50 D2236 D34 J2231 C49 Q356 E55 R034 E25 R215 D39 R280 B52 R352 D50 R526 D11 R612 B20 R1424 C41 R3342 C60 T602 B19
C208 D39 C350 B24 C524 D13 C952 D67 C3328 C24 D251 C51 D5001 C17 J2231 D33 Q357 E55 R035 E25 R216 D40 R281 D35 R354 D51 R527 D11 R613 C20 R1425 D41 R3343 B61 T603 A21
C209 D38 C351 B24 C525 D12 C953 B66 C3329 C24 D252 C52 D5002 C17 J2231 D33 Q358 B56 R038 D26 R217 D39 R282 E35 R356 E2 R528 E11 R618 A21 R1426 B43 R3344 B62 T5001 C20
C211 B37 C352 B24 C526 D12 C954 C66 C3330 C23 D253 B49 D5003 D19 L001 E29 Q359 B55 R040 B26 R218 E38 R284 C53 R357 D51 R529 D10 R622 B19 R1427 B41 R3346 B61 T5050 A18
C212 C37 C353 B23 C527 B23 C955 C67 C3331 C24 D254 B33 D5004 D19 L002 A26 Q360 E50 R043 A26 R219 D38 R285 D35 R358 D51 R530 D11 R623 B18 R1428 C41 R3347 B61 THP601 A19
C213 A37 C354 D49 C528 D11 C956 D66 C3332 C24 D255 B34 D5005 D20 L003 D23 Q390 A65 R044 D28 R220 D37 R286 E35 R359 D54 R532 E10 R624 C18 R1429 A43 R3352 B57 TU101 B1
C216 B46 C355 D51 C529 D11 C957 D66 C3334 C63 D280 E36 D5006 D19 L101 C2 Q400 D45 R045 E25 R221 D37 R287 D36 R361 D54 R533 C11 R630 B17 R1430 D42 R3362 E62 V901 B16
C217 A46 C356 D50 C530 D10 C958 E67 C3335 B60 D281 C53 D5007 D19 L150 C2 Q501 E3 R046 A29 R222 C38 R288 E35 R362 D55 R534 C11 R631 B17 R1431 B43 R3363 E62 VDR5050 A17
C218 C23 C357 E51 C531 E10 C1407 D42 C3336 B60 D302 B13 D5008 C20 L151 C2 Q502 E4 R047 E25 R223 C38 R289 C53 R363 D55 R535 D10 R641 B22 R1432 B41 R3364 E62 VDR602 A21
C219 C23 C358 E51 C541 D6 C1408 D42 C3337 B60 D303 A28 DY C8 L301 C8 Q521 D12 R048 D26 R224 D37 R290 C53 R364 D55 R541 C5 R642 E19 R1433 B43 R3369 A63 X301 C10
C222 B1 C359 E51 C542 E24 C1409 D43 C3340 C23 D304 B28 DY D68 L302 B11 Q522 D12 R049 D26 R225 D37 R291 D36 R365 D55 R542 C6 R647 C18 R1434 D43 R3370 A63 X3302 D62
C223 E45 C360 D50 C543 C7 C1410 E42 C3346 B61 D305 B13 F5050 A17 L350 B23 Q550 C12 R050 C28 R226 D39 R292 E36 R366 D56 R543 D6 R650 B23 R1435 D43 R3371 A63 X3303 B58
C225 B2 C361 D51 C553 E22 C1411 A44 C3347 B63 D306 C13 FB350 C49 L351 E52 Q555 D1 R051 B28 R227 D39 R293 C53 R367 E54 R544 D7 R670 E19 R1440 C41 R3375 B59 X3304 B58
C226 A24 C362 B56 C555 D1 C1412 B44 C3348 A58 D403 C28 FB501 E4 L501 E7 Q601 B17 R054 B26 R228 D39 R294 D36 R368 D54 R546 C7 R671 E20 R1441 D41 R3376 D59
C230 B45 C370 B12 C562 E24 C1413 B43 C3350 A63 D501 E6 FB521 E13 L502 E7 Q604 E19 R056 B26 R229 D39 R295 E36 R369 E55 R547 D7 R673 E19 R1442 B41 R3377 C58
C237 A45 C371 B11 C564 E24 C1415 B24 C3352 D59 D502 D7 FB522 D13 L503 E7 Q608 C18 R057 E29 R230 E45 R296 C52 R370 B10 R548 D5 R674 E19 R1443 C41 R3378 B59
C250 B35 C372 B11 C571 D3 C1416 E44 C3353 D58 D503 D7 FB601 B21 L504 A23 Q650 B23 R058 A29 R231 B45 R297 B5 R372 E55 R549 D7 R675 E20 R1706 A15 R3379 D60
C251 B35 C373 C8 C573 D1 C1417 C44 C3354 C23 D520 E6 FB602 C21 L520 E13 Q670 E20 R066 D28 R234 C45 R298 B4 R373 E55 R550 C12 R690 D22 R1707 C15 R3380 C60
C255 B51 C374 C8 C574 E1 C1418 C44 C3355 C23 D521 D13 FB603 A22 L591 D9 Q943 A66 R067 D28 R235 A45 R299 B3 R374 E55 R551 C12 R691 C21 R1708 B15 R3381 C60
C256 A33 C375 B11 C575 D4 C1419 C44 C3359 E60 D522 E11 FB605 A22 L600 B19 Q944 A67 R068 E29 R236 A45 R304 B11 R375 E56 R552 E22 R692 B20 R1709 D16 R3382 B59

SET 5468 Page 1

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SONY MODEL KV-29VL85 (CHASSIS SCC-S06C-A)
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SET 5468
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SONY MODEL KV-29VL85 (CHASSIS SCC-S06C-A)
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SET 5468
Page 4 SET 5468 SAFETY RELATED ADJUSTMENTS SERVICE INFORMATION

R584 CONFIRMATION METHOD (HV HOLD-DOWN CONFIRMATION) SELF DIAGNOSTIC FUNCTION

AND READJUSTMENTS This receiver contains a self diagnostic function that will display error codes when
problems are detected in certain circuits. The standby indicator on the receiver front
The following adjustments should always be performed when replacing the will flash to indicate an error has been detected. The way the indicator flashes can be
following components: IC301, IC521, IC603, D572, D573, D574, C507, C508, used to determine the location of the error. The error code will be a series of flashes
C509, C511, C515, C520, C573, C574, C575, DY, L591, L501, R578, R579, R582, that repeat after 3 seconds. Any errors can also be displayed using the on screen
R583, R584, R585, R586, and T504. function of the self diagnostics. The following list explains the error codes.
Hold-down Operation Confirmation Number
NOTE: Turn power off immediately when hold-down circuit Flashes Description of Code Possible Malfunction
0 Power does not turn on. Loss of AC supply or F5050 open.
begins to operate (picture blanks out). 2 HV hold down is activated. Q502, Q946, Q947, or IC1701 shorted.
1.Turn the power on, receive a white signal, set picture and brightness 4 No vertical deflection. Failure of IC541 or loss of 13.0V
settings to maximum. supply to pin 2 of IC541.
5 White balance failure. Failure of Q306, Q307, Q308 or IC301.
2.Confirm that the voltage at TP503 is more than 105V. Screen control. out of adjustment.
3.Disconnect power and remove solder from pin 11 of T504.
4.Connect a current meter between pin 11 of T504 and the printed circuit
where pin 11 would be attached. Turn receiver on and tune in a dot ON SCREEN DISPLAY OF THE SELF DIAGNOSTIC FUNCTION
signal. Set picture and brightness settings to minimum. The current meter
should read 100µA ± 100µA The on screen display of the self diagnostic function shows a list of the past failures
detected. The 2, 4, and 5 rows correspond to the error code flashes described in the
5.Confirm that the voltage at TP600 is 135V ± 3.0V. above chart. To enter the on screen display, tune in a picture, turn receiver off, and
6.Connect a voltmeter and a variable DC power supply to TP503 thru a press display, 5, volume (-), and power buttons without allowing time between buttons.
1SS119 diode. Increase the voltage supplied to TP503 gradually until the The on screen display will be display as shown in drawing below. After errors have
picture just blanks out. been corrected clear the on screen display information by pressing 8 and enter buttons.
To exit the on screen display, press the power button
7.Check DC voltage, it should measure less than 141.3V after picture has
blanked out. Remove power to receiver immediately after confirming
voltage.
SELF DIAGNOSIS
8.Input a white signal. Adjust ABL current to 1750µA ± 100µA with
picture and brightness settings to maximum.
9.Repeat steps 6 and 7. 2: 0
3: N/A 0
Hold-down Readjustment 4: 0
5: 0
If steps 6 or 8 of the Hold-down Operation Confirmation procedure cannot 101: N/A 0
be satisfied, readjustment should be performed by altering the resistance
value of R584.
B+ VOLTAGE CONFIRMATION
The following adjustment should always be performed when replacing IC603,
IC601, or R699.
1.Supply 130VAC ±2.0V with variable AC transformer.
2.Receive a dot signal.
3.Set picture and brightness settings to minimum position.
4.Set to service adjustment mode.
5.Select PADJ using the 1 and 4 buttons.
6.Press the 6 button to obtain 0 level.
7.Confirm that the voltage at TP600 is less than 138V.
8.If step 7 cannot be satisfied, replace IC603, IC601, or R699, and repeat
above steps until results are satisfactory.
9.Using 3 and 6 buttons, adjust for 135V ± 3V.
10. Write into memory by pressing MUTING button, then ENTER
button.
 SET 5468 Page 4
MISCELLANEOUS ADJUSTMENTS DIGITAL SERVICE ADJUSTMENTS
HIGH VOLTAGE CHECK VERTICAL CORRECTION (SCOR)
Tune in a picture. Set brightness, picture, and screen control to minimum. Connect Enter the Service Adjustment Mode. Select SCOR and adjust for best picture. Save Display Item Data Initial On-Set No. Display Item Data Initial On-Set No.
a high voltage probe to CRT anode. High voltage should measure 27kV to 30kV. adjustment to memory.
Name Description Range Value Value Name Description Range Value Value
DIGITAL SERVICE ADJUSTMENT PROCEDURES OSD POSITION (DISP) 1 HSIZ Horizontal Size 0 - 63 45 52 60 AFC Horizontal Frequency 0-3 0 0
2 HPOS Horizontal Position 0 - 63 10 19 61 FIFR Field Frequency 0-3 3 3
Enter/Exit Service Adjustment Mode Tune in a color bar pattern. Enter the service adjustment mode. Select DISP and
3 VBOW Vertical L INE Bow 0 - 15 6 5 62 SBAL Sub Balance 0 - 31 14 14
adjust to center the OSD. Save adjustment to memory.
1.Tune in a picture and turn receiver off. 4 VANG Vertical L INE Bow Angle 0 - 15 5 7 63 DISP OSD Position 0 - 127 15 17
2.Press the display button, the 5 button, the vol + button, and the power
button in sequence. Press each button within a second.
SUB BRIGHTNESS (SBRT) 5 TRAP Horizontal Trapezoid 0 - 15 7 6 64 PADJ Power Adjustment 0 - 63 3 3
6 PAMP Horizontal Pin Compensation 0 - 63 20 18 65 PSHP PIP Sub Sharpness 0 - 15 7 7
3.Turn receiver off and then back on to exit service adjustment mode. Tune in a crosshatch pattern. Set picture to minimum and brightness to reset. Enter 7 CPIN Pin Compensation Top/Btm 0 - 63 40 35 66 PPIX PIP Sub Contrast 0 - 15 7 7
MakingAdjustments the Service Adjustment Mode. Select SBRT and adjust for visible highlights. Save 8 VSIZ Vertical Size 0 - 63 31 42 67 PHUE PIP Sub Hue 0 - 15 3 3
1.Enter Service Adjustment Mode. adjustment to memory. 9 VPOS Vertical Position 0 - 63 35 28 68 PCOL PIP Sub Color 0 - 15 5 5
2.Select adjustment by pressing the 1 and 4 buttons. 10 VLIN Vertical Linearity 0 - 15 6 3 69 PTRP PIP C Trap F0 0 - 15 7 7
3.Make changes on selected adjustment by pressing the 3 and 6 buttons. SUB CONTRAST 11 SCOR Vertical Correction 0 - 15 8 7 70 PAFC PIP AFC 0-3 1 1
4.To recover the latest values press the 0 button then the enter button. 12 VZOM 16:9 CRT Z Mode 0, 1 0 0 71 PYDR PIP Y Drive 0 - 31 14 14
Connect an oscilloscope to pin 5 of CN301. Tune in a colorbar pattern. Set picture
13 EHT Vertical Hi-Volt Correction 0 - 15 4 4 72 UPED U PED 0 - 15 8 8
SavingAdjustmentstoMemory to maximum, color to minimum, and brightness to center. Enter the Service
14 ASP Aspect Ratio Control 0 - 63 47 47 73 VPED V PED 0 - 15 8 8
1.Adjustments must be saved to memory. To save adjustment, press the Adjustment Mode. Select RON and set to 1. Select GON and set to 0. Select BON
15 SCRL 16:9 CRT Z Mode Tran Scrl 0 - 63 31 31 74 U2PE U2 PED 0 - 15 5 5
mute button and then the enter button. and set to 0. Select RDRV and adjust so that signal portion of the waveform would
2.If changing ID-0 thru ID-4 or IC003, press the 8 and enter buttons to measure 1.9V ±.1Vp-p. Set brightness to center. Select GON and BON and set each 16 HBLK RGB Out Width Control 0, 1 1 1 75 V2PE V2 PED 0 - 15 5 5
initialize changes prior to saving. to 1. Select DCOL and set to 1. Save adjustment to memory. 17 LBLK Left Screen HBLK Control 0 - 15 15 15 76 Y2DR Y2 Drive 0 - 31 20 20
18 RBLK Right Screen HBLK Control 0 - 15 3 3 77 U2DR U2 Drive 0 - 31 18 18
MemoryWriteConfirmation
1.Disconnect AC plug from outlet.
SUB HUE (SHUE) AND SUB COLOR (SCOL) 19 VUSN V SAW Waveform Compress 0, 1 0 0 78 V2DRV V2 Drive 0 - 31 9 9
20 HDW Horizontal Drive Pulse Width 0, 1 0 0 79 PSF0 PIP SHP F0 0, 1 1 1
2.Plug receiver in and enter Service Adjustment Mode. Tune in a colorbar pattern. Connect an oscilloscope to pin 3 of CN301. Enter the 21 EWDC EW/DC Adjust 0, 1 0 0 80 PCD2 PIP CD Mode2 0, 1 1 1
3.Select adjustment and confirm that setting was saved to memory. service adjustment mode. Select and adjust SHUE and SCOL so that the levels of 22 LVLN Bottom Vertical Linearity 0 - 15 0 0 81 PDCT PIP DC Tran 0-7 4 4
the left and right portions of the waveform are balanced, and the level of the center 23 UVLN Top Vertical Linearity 0 - 15 0 0 82 PP/O PIP Pre/Over 0-3 1 1
IF AGC portion is balanced. Save adjustment to memory. 24 RDRV Red Drive 0 - 63 35 35 83 PDLY PIP Y Delay 0-3 0 0
Tune in a active channel. Adjust AGC control, located on top of TU101, counter- 25 GDRV Green Drive 0 - 63 30 30 84 PBG PIP BG 0 - 15 5 5
clockwise until snow appears, and then clockwise until snow just disappears.
SUB BALANCE (SBAL) 26 BDRV Blue Drive 0 - 63 30 28 85 PEXT PIP Ext Color 0, 1 1 0
Input a stereo signal. Enter the Service Adjustment Mode. Select SBAL and adjust 27 RCUT Red Cutoff 0 - 15 10 12 86 PHMK - 0, 1 0 0
HORIZONTAL FREQUENCY (AFC) for the best sound balance. Save adjustment to memory. 28 GCUT Green Cutoff 0 - 15 7 9 87 ABL0 - 0, 1 0 0
29 BCUT Blue Cutoff 0 - 15 7 10 88 ABL1 - 0-7 1 1
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select AFC and
set to 3 (free run). Connect a frequency counter to the base of Q501. Check for
COLOR PURITY 30 DCOL Dynamic Color 0, 1 0 1 89 PHPO PIP Horizontal Position 0 - 63 58 52
31 SHUE Sub Hue 0 - 31 14 9 90 PVPO PIP Vertical Position 0 - 31 18 18
15735Hz ± 200Hz. Set AFC to level 0. The manufacturer advises not to use a degaussing coil to demagnetize the CRT and 32 SCOL Sub Color 0 - 31 14 20 91 PYSD PIP YS Delay 0 - 15 1 1
mounting brackets. Tune in a green raster signal. Loosen the clamp screw and slide 33 SBRT Sub Brightness 0 - 31 11 15 92 PYDL PIP Y Input Delay 0-7 0 0
HORIZONTAL SIZE (HSIZ) yoke backward to obtain a vertical green band. Adjust purity magnets to center the 34 RON Red Off 0, 1 1 1 93 PHVI PIP HV Sync 0, 1 0 0
vertical green band. Slide the deflection yoke forward until a uniform green screen 35 GON Green Off 0, 1 1 1 94 PCLP PIP Clamp 0-3 0 0
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select HSIZ and
is obtained. Tune in a blue and red raster signal and check blue and red purity.
adjust for slight horizontal overscan. Save adjustment to memory. 36 BON Blue Off 0, 1 1 1 95 PCLK PIP Clock 0, 1 1 1
Tighten the clamp screw. 37 AXPL Axis PAL 0, 1 0 0 96 PIHS Inset Horizontal Sync 0 - 15 2 2
HORIZONTAL POSITION (HPOS) COLOR TEMPERATURE (RCUT, GCUT, BCUT, RDRV, 38 AXNT Axis NTSC 0, 1 0 0 97 PIVS Inset Vertical Sync 0 - 63 22 22
39 CBPF Chroma BPF 0, 1 0 0 98 PMVS Main Vertical Sync 0 - 63 17 17
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select HPOS GDRV, BDRV) 40 CTRP Y Trap Filter 0, 1 1 1 99 PCON PIP Contrast 0 - 15 10 10
and adjust for best horizontal centering. Save adjustment to memory.
41 COFF Color 0, 1 0 0 100 PFRY PIP Frame Y 0 - 15 5 5
Tune in a crosshatch pattern. Adjust screen control so the retrace lines just 42 KOFF Set Color Killer 0, 1 0 0 101 PFRC PIP Frame Chroma 0 - 255 0 0
PINCUSHION (PAMP, CPIN, VBOW, VANG) disappear. Enter Service Adjustment Mode. Set picture to minimum. Select SBRT
43 SSHP Sub Sharpness 0 - 15 6 6 102 PFRW PIP Frame Width 0 - 31 20 20
and adjust for minimum. Select RCUT, GCUT, and BCUT and adjust for best white
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select PAMP 44 SHPF Sharpness f0 0, 1 1 1 103 PSEL PIP Sel 0, 1 1 1
balance. Set picture to maximum. Select RDRV, GDRV, and BDRV and adjust for
and adjust for straight vertical lines at left and right of screen. Select CPIN and best white balance. Save adjustment to memory. Perform sub brightness adjust-
45 PREL Pre/Overshoot 0, 1 1 1 104 PPLL PIP PLL 0-3 0 0
adjust for straight vertical lines at top and at bottom of screen. Select VANG and ment. 46 Y-DC DC Transmission 0, 1 1 1 105 PVPE PIP V PED 0 - 15 0 0
adjust so that vertical lines are perpendicular at corners. Select VBOW and adjust 47 GAMM Gamma Correction 0-3 0 0 106 PUPE PIP U PED 0 - 15 0 0
so that vertical lines are parallel at both sides. Save adjustment to memory. CONVERGENCE 48 ABLM ABL Mode Switching 0, 1 1 1 107 ID-0 Model Id 0 - 255 145 145
49 VTH ABL C D VTH Switching 0, 1 1 1 108 ID-1 Model Id 0 - 255 23 23
VERTICAL SIZE (VSIZ) Slide BMC magnets in and out to correct for insufficient horizontal static 50 YDEL Y Delay Time Control 0 - 15 7 7 109 ID-2 Model Id 0 - 255 175 175
convergence and rotate the vertical static magnets to correct for insufficient vertical 51 NCOL No Color ID 0, 1 1 1 110 ID-3 Model Id 0 - 255 194 194
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select VSIZ and static convergence. Tune in a crosshatch pattern and loosen deflection yoke screw. 52 FSC FSC Out 0, 1 1 1 111 ID-4 Model Id 0 - 255 63 63
adjust for slight vertical overscan. Save adjustment to memory. Remove rubber wedges between deflection yoke and CRT. Tilt deflection yoke up 53 K-ID Killer ID Control Switch 0, 1 0 0 112 ID-5 Model Id 0 - 255 1 1
or down to converge the vertical lines at top and bottom of screen and the
VERTICAL POSITION (VPOS) horizontal lines at the right and left sides of screen. Tilt deflection yoke right or left
54 HOSC Horizontal VCO Osc. Freq. 0 - 15 7 7 113 ID-6 Model Id 0 - 255 7 7
55 VSS Vertical Sync Slice Level 0, 1 0 0 114 ID-7 Model Id 0 - 255 64 64
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select VPOS to converge vertical lines at the right and left sides of screen and horizontal lines at 56 HSS Horizontal Sync Slice Level 0, 1 0 0
and adjust to center picture vertically. Save adjustment to memory. top and bottom of screen. Repeat convergence procedure if necessary to obtain best 57 HMSK - 0, 1 1 1
overall convergence. Apply adhesive to wedges and carefully replace on CRT. 58 VTMS Select Signal VTIM Pin 0-3 0 0
VERTICAL LINEARITY (VLIN) Apply a permalloy correction strip, part number 4-062-047-01, corresponding to
59 CDMD Vertical Countdown 0, 1 0 0
the misconverged corner areas.
Tune in a crosshatch pattern. Enter the Service Adjustment Mode. Select VLIN and
adjust for equal vertical spacing of pattern. Save adjustment to memory.
 TUNER INFORMATION

VOLTAGE CHART TERMINAL GUIDE

Pin Pin Name Voltage
(1) 9V 8.9V
(2) 30V 31.3V
(3) 5V 5.0V
(4) CLOCK 4.9V
(5) DATA 4.9V
(6) ENABLE 0V (1)
(7) RF AGC 4.0V
(8) IF OUT 1.6V (2)
(9) 9V 9.0V
(10) AFT OUT 4.3V (3)
(11) NC 0V
(17) DET OUT 2 4.6V (4)
(18) DET OUT 1 4.3V
(19) ST LED 5.0V (5)
(20) SAP LED 0V
(21) MODE 4.9V (6)
(22) F MONO .3V
(23) MUTE 5.0V
(24) MUTE 0V
(25) S OUT 0V
(26) RIGHT OUT 4.5V
(27) LEFT OUT 4.5V (7)

NOTE: Voltages do not change on different bands. (8)

(9)
(10)

(11)

(17)
(18)
(19)
(20)
(21)
(22)
(23)
(24)
(25)
(26)
(27)

Page 4 SET 5468

 PARTS LIST
Item No. Type No. Mfr. Part No. Notes Item No. Type No. Mfr. Part No. Notes
D001 MTZJT-5.1C 8-719-921-44 - D690 1SS133T-77 8-719-991-33 -
D003 1SS133T-77 8-719-991-33 - D691 1SS133T-77 8-719-991-33 -
D004 1SS133T-77 8-719-991-33 - D941 1SS133T-77 8-719-991-33 -
D005 RD5.6ESB2 8-719-109-89 - D946 RD39ESB2 8-719-110-88 -
D080 1SS133T-77 8-719-991-33 - D947 RD39ESB2 8-719-110-88 -
D201 RD10ESB2 8-719-110-17 - D1704 1SS83 8-719-901-83 -
D202 RD10ESB2 8-719-110-17 - D1705 1SS83 8-719-901-83 -
D204 RD10ESB2 8-719-110-17 - D1706 1SS83 8-719-901-83 -
D205 MTZJ-30D 8-719-982-22 - D1708 EL1Z 8-719-302-43 -
D207 RD3.3ESB2 8-719-109-66 - D2001 RD10ESB2 8-719-110-17 -
D208 RD10ESB2 8-719-110-17 - D2235 RD10ESB2 8-719-110-17 -
D250, 51 RD9.1EW 8-719-108-12 - D2236 RD10ESB2 8-719-110-17 -
D252 RD10ESB2 8-719-110-17 - D5001 U05G 8-719-911-55 -
D253 RD10ESB2 8-719-110-17 - D5002 U05G 8-719-911-55 -

SONY
D254 RD10ESB2 8-719-110-17 - ERC04-06S - -
D255 RD10ESB2 8-719-110-17 - D5003 ERA22-08TP3 8-719-055-18 -
D280 MTZJ-3.3 8-719-981-99 - D5004 1SS133T-77 8-719-991-33 -
D281 MTZJ-3.3 8-719-981-99 - D5005 1SS133T-77 8-719-991-33 -
D302 MTZJ-5.1C 8-719-921-44 - D5006 RD6.2ESB2 8-719-109-93 -
D303 1SS133T-77 8-719-991-33 - D5007 D1N20R-TA - -

MODEL KV-29VL85 (CHASSIS SCC-S06C-A)

D304 1SS133T-77 8-719-991-33 - D1N20R 8-719-510-48 -
D305 MA111-TX 8-719-404-49 - D5008 D1NL20 - -
D306 MA111-TX 8-719-404-49 - D1NL20-TA 8-719-510-26 -
D403 1SS133T-77 8-719-991-33 - IC001 M37273MF-251SP 8-759-496-18 -
D501 ERC06-15S 8-719-945-80 - IC002 MM1319AFBE 8-759-371-21 -
D502 GP08D 8-717-908-03 - IC003 ST24C02FM6TR 8-759-353-44 -
D503 GP08D 8-717-908-03 - IC202 UPC4558G2 8-759-100-96 -
D520 MDV04-600 8-719-067-63 - IC203 MM1313A - -
D521 EL1Z 8-719-302-43 - IC203 MM1313AD 8-759-534-81 -
D522 1SS133T-77 8-719-991-33 - IC301 CXA2061S 8-752-083-09 -
D523 1SS133T-77 8-719-991-33 - IC302 CXD2073S 8-752-385-80 -
D541 GP08D 8-719-908-03 - IC401 TDA7057AQ/N2 8-759-490-17 -
D550 RD8.2ESB2 8-719-110-08 - IC402 CXA2021S 8-752-072-39 -
D552 EL1Z 8-719-302-43 - # IC521 NJM2903M 8-759-700-07 -
D561 EGP20G 8-719-979-85 - IC541 TDA8172 8-759-980-58 -
D562 EGP20G 8-719-979-85 - # IC601 MX0541B-F 8-729-039-65 -
D571 1SS133T-77 8-719-991-33 - IC604 PQ09RF21 8-759-198-03 -
D572 1SS133T-77 8-719-991-33 - IC1403 NJM2178L 8-759-496-03 -
D573 RD8.2ESB2 8-719-110-08 - IC1404 NJM2150D 8-759-496-02 -
# D574 EL1Z 8-719-302-43 - IC1701 TDA6108JF - -
D581 1SS133T-77 8-719-991-33 - TDA6108Q 8-759-535-08 -
# D601 D3SB60F 8-719-510-51 - IC3302 LM7805CT - -
D602 1SS133T-77 8-719-991-33 - TA7805S 8-759-231-53 -
D604 S2L60F 8-719-060-90 - IC3303 SDA9288X-B121 - -
D605 S2L60F 8-719-060-90 - SDA9288X-A141 8-759-438-61 -
# D610 EZ0150AV1 8-719-057-52 - IC3304 CXA2019AQ-T4 8-752-086-80 -
D615 D10SC4M 8-719-510-12 - Q001 2SA1162-G 8-729-216-22 -
D618 D2S4MF 8-719-022-97 - Q002 2SD601A-Q 8-729-422-27 -
D620 D2S4MF 8-719-022-97 - Q080 2SD601A-Q 8-729-422-27 -
D621 D1NL40-TA2 8-719-052-90 - Q081 2SA1162-G 8-729-216-22 -
D622 D1NL40-TA2 8-719-052-90 - Q200 2SD601A-Q 8-729-422-27 -
D650 RD5.6ESB2 8-719-109-89 - Q201 2SD601A-Q 8-729-422-27 -
D670 1SS133T-77 8-719-991-33 - Q203 2SA1175-HFE 8-729-119-76 -

SET 5468 Page 4

Page 5 SET 5468 SET 5468 Page 5
PARTS LIST continued
Item No. Type No. Mfr. Part No. Notes Item No. Type No. Mfr. Part No. Notes
Q204 2SD601A-Q 8-729-422-27 - Q3312 2SA1162-G 8-729-216-22 -
Q280 2SA1162-G 8-729-216-22 - Q3314 2SA1162-G 8-729-216-22 -
Q281 2SA1162-G 8-729-216-22 - Q5001 2SK2845-LB102 8-729-044-30 -
Q282 2SA1162-G 8-729-216-22 - Q5002 2SC2785-HFE 8-729-119-78 -
Q283 2SD601A-Q 8-729-422-27 - R388 DTZ5.1B 8-719-976-99 -
Q284 2SD601A-Q 8-729-422-27 -
Q285 2SD601A-Q 8-729-422-27 - Item No. Function/Rating Mfr. Part No. Notes
Q286 2SA1162-G 8-729-216-22 - C004 47µF 20% 25V NP 1-107-701-11 -
Q287 2SA1162-G 8-729-216-22 - C285 100µF 20% 16V NP 1-126-235-11 -
Q288 2SD601A-Q 8-729-422-27 - # C505 470pF 10% 2kV 1-162-134-11 -
Q300 2SD601A-Q 8-729-422-27 - # C507 .014µF3% 2kV 1-119-969-11 -
Q302 2SD601A-Q 8-729-422-27 - # C508 .01µF 10% 200V 1-107-364-11 -
Q305 2SA1162-G 8-729-216-22 - # C509 680pF 10% 2kV 1-162-116-00 -
Q306 2SA1162-G 8-729-216-22 - # C511 1.5µF 5% 200V 1-117-673-11 -
Q307 2SA1162-G 8-729-216-22 - # C515 680pF 10% 2kV 1-162-116-00 -
Q308 2SA1162-G 8-729-216-22 - # C520 .047µF 5% 630V 1-129-722-00 -
Q309 2SA1162-G 8-729-216-22 - # C606 560µF 20% 250V 1-117-942-11 -
Q310 2SA1162-G 8-729-216-22 - # C607 560µF 20% 250V 1-117-942-11 -
Q350 2SA1162-G 8-729-216-22 - # C614 .022µF5% 630V 1-129-718-00 -
Q351 2SD601A-Q 8-729-422-27 - C1702 .0047µF +80% -20% 2kV 1-162-114-00 -
Q352 2SA1162-G 8-729-216-22 - # C5020 .0047µF 20% 125V 1-113-941-11 -
Q353 2SA1162-G 8-729-216-22 - # C5050 .47µF 20% 125V 1-136-311-51 -
Q354 2SA1162-G 8-729-216-22 - CF001 Crystal 1-767-487-11 -
Q355 2SD601A-Q 8-729-422-27 - D2006 Unit 8-810-039-11 LED
Q356, 57 2SA1162-G 8-729-216-22 - # DY Yoke Horiz 1.8mH 8-451-486-11 -
Q358 2SD601A-Q 8-729-422-27 - Vert 23.6mH -
Q359, 60 2SA1162-G 8-729-216-22 - # F5050 Fuse 1-576-193-11 6.3Amp, 125V, Fast Acting
Q390 2SD601A-Q 8-729-422-27 - FB350 - 1-216-295-91 -
Q400 2SD601A-Q 8-729-422-27 - FB501 Ferrite Bead 1-410-396-41 -
Q501 2SC3209LK 8-729-140-50 - FB521 Ferrite Bead 1-410-397-21 -
Q502 2SC5426-01 8-729-043-43 - FB522 Ferrite Bead 1-410-397-21 -
Q521 2SD601A-Q 8-729-422-27 - FB601 Ferrite Bead 1-410-396-41 -
Q522 2SC4159-E 8-729-809-29 - FB602 Ferrite Bead 1-410-396-41 -
Q550 2SC2785-HFE 8-729-119-78 - FB603 Ferrite Bead 1-412-911-11 -
Q555 2SD601A-Q 8-729-422-27 - FB605 Ferrite Bead 1-412-911-11 -
Q571 2SA1091-O 8-729-200-17 - # IC603 Module 8-749-012-13 Regulator, DM-58
Q601 2SC2785-HFE 8-729-119-78 - IC2003 Receiver 8-742-014-11 Remote (SBX1981-51)
Q604 2SC2785-HFE 8-729-119-78 - J200 Jack 1-774-750-21 Assembly
Q608 2SA933AS-QRT 8-729-026-41 - J201 Jack 1-774-751-11 Assembly
Q650 2SD1312-K - - J202 Jack 1-774-749-11 Assembly
2SD1292 8-729-111-55 - J204 Jack 1-774-749-11 Assembly
Q670 2SD774-34 8-729-140-96 - # J1701 Socket 1-251-688-11 CRT
Q943 2SC2785-HFE 8-729-119-78 - J2231 Jack 1-691-110-11 Assembly
Q944 2SC2785-HFE 8-729-119-78 - L001 10µH 1-410-470-11 -
Q945 2SC2785-HFE 8-729-119-78 - L002 100µH 1-412-032-11 -
Q946 2SA1837 8-729-017-05 - L003 100µH 1-412-032-11 -
Q947 2SC4793 8-729-017-06 - L101 10µH 1-412-029-11 -
Q965 2SC2785-HFE 8-729-119-78 - L150 100µH 1-412-032-11 -
Q966 2SA1175-HFE 8-729-119-76 - L151 10µH 1-412-029-11 -
Q3301 2SD601A-Q 8-729-422-27 - L301 47µH 1-412-031-11 -
Q3307 2SD601A-Q 8-729-422-27 - L302 10µH 1-412-029-11 -
Q3309 2SD601A-Q 8-729-422-27 - L350 10µH 1-412-029-11 -
Q3310 2SD601A-Q 8-729-422-27 - L351 47µH 1-412-031-11 -
 PARTS LIST continued
Item No. Function/Rating Mfr. Part No. Notes Item No. Function/Rating Mfr. Part No. Notes
# L501 Horizontal Linearity 1-411-976-11 - T502 Modulation 1-431-731-11 -
L502 2.2mH 1-412-552-11 - # T504 Horizontal Output 1-453-268-11 -
L503 - 1-406-677-11 - T601 Line Filter - -
L504 47µH 1-412-533-21 - # T602 PRT 1-429-992-11 -
L520 8µH 1-409-955-11 - # T603 PIT 1-431-837-11 -
# L591 18µH 1-412-528-61 - # T5001 Converter 1-431-852-11 -
# L600 Degaussing 1-416-588-21 - # T5050 Line Filter 1-426-717-11 -
L601 1 5% 3W Nonflammable 1-216-389-11 - # THP601 3.3 Cold PTC 1-809-539-11 -
L1001 100µH 1-408-421-00 - # TU101 Tuner 8-598-431-00 UHF/VHF, BTF-WA411
L1002 10µH 1-410-470-11 - # V901 CRT 8-733-873-05 CRT29NX
L1701 68µH 1-408-613-31 - VDR602 ERZV10D471 1-809-267-41 -
L3302 18µH 1-410-473-11 - VDR5050 ERZV10D271 1-801-074-41 -
# P600 Line Cord/With connector 1-751-057-21 AC, Polarized X301 Crystal 1-567-505-11 3.58MHz
PS201 Fuse, IC Link 1-532-984-11 2Amp, 90V X3302 Crystal 1-760-095-21 20.48MHz

SONY
R306 10K .5% 1/10W 1-208-806-11 - X3303 Oscillator 1-577-611-11 500KHz
R350, 51 220 .5% 1/10W 1-208-766-11 - X3304 Oscillator 1-567-505-11 3.58MHz
R352 3300 .5% 1/10W 1-208-794-11 - Magnet 1-452-032-00 Disk
R354 3300 .5% 1/10W 1-208-794-11 - PC Board A-1298-565-A A
R380 2200 .5% 1/10W 1-208-790-11 - PC Board A-1343-525-A E
R509 1200 5% 3W Nonflammable 1-216-481-11 - PC Board A-1331-838-A CV

MODEL KV-29VL85 (CHASSIS SCC-S06C-A)

R532 4700 1% 1/4W 1-215-437-00 - PC Board A-1372-479-A HV
# R533 47K 1% 1/4W 1-215-461-00 - PC Board A-1190-306-A P
R534 18K 1% 1/4W 1-215-451-00 - Transmitter 1-475-802-11 Remote (RM-Y167)
# R561 .47 5% 1/4W Nonflammable 1-249-377-11 - Wedge 4-053-005-01 Yoke Positioning (3 Used)
# R562 .47 5% 1/2W 1-260-288-11 -
R579 620 .5% 1/10W 1-208-777-11 - # For SAFETY use only equivalent replacement part.
R582 10K .5% 1/10W 1-208-806-11 -
R583 100K .5% 1/10W 1-208-830-11 -
R584 47K .5% 1/10W 1-208-822-11 -
# R601 4.7M 5% 1/2W 1-219-513-11 -
# R602, 03 2.2 5% 10W Wirewound 1-205-998-11 -
R606 .47 10% 1/2W Fusible Non 1-220-926-11 -
R618 10 5% 1/4W Fusible Nonfla 1-212-857-00 -
R641 1 5% 3W Nonflammable 1-216-389-11 -
R1403 4700 1% 1/4W 1-215-437-00 -
R1408 100K 1% 1/4W 1-215-469-00 -
R1410 47K 1% 1/4W 1-215-461-00 -
R1430 47K 1% 1/4W 1-215-461-00 -
R1434 10K 1% 1/4W 1-215-445-00 -
R1945 330 5% 3W Nonflammable 1-215-914-11 - Important Parts Information
R5002 470K 1% 1/4W 1-215-485-00 -
# RY601 Relay 1-755-018-11 Degaussing n Parts not listed in the parts list are commonly available at your local electronics parts retailer.
# RY602 Relay 1-755-266-11 Power n The parts listed here are those not usually available from a well-stocked supply cabinet or bin.
S2001 Switch 1-692-431-21 Volume Down
S2002 Switch 1-692-431-21 Volume Up
n Where items may be replaced with equivalent parts, several alternates are shown from participating vendors.
S2003 Switch 1-692-431-21 Channel Down n On the parts lists, safety items are marked with a # to remind you that only exact replacements are recommended
S2004 Switch 1-692-431-21 Channel Up for these items.
S2005 Switch 1-692-431-21 TV/Video n When ordering parts, state the model number, part number, and description.
S2006 Switch 1-692-431-21 Setup
S2007 Switch 1-692-431-21 Power
SP901, 02 Speaker 1-505-404-11 3 X 3, 8 Ohms
SW501 Switch 1-572-707-11 Horizontal Centering
T501 Horizontal Drive 1-437-210-11 -

Page 5 SET 5468 SET 5468 Page 5