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27. art 9 A 9 9 Wnad 9 QN9 HOLON 8 8 iss Z A 5 S QNOTHOLOW 2 21 NOTHOLON oss 8 7 WNYC p Woo WIHA tz 191 91 ON9 v H 9 NI 9d NI 9d G si G 5 2 WOO 99 99 Z z WOO 94 94 Z 51 zi za edi gt NI 93 NI 94 woud 404 E 5 EL 90 55 IND Ddd 0003 21 0703 Z Ei QNO V H 9 avo WJ A 8d 01 NJ A 8d 01 GI BI 6 5 8 16 6 cule 6 qwe ven 6 6 RO 6 m aawa 191 8 8 8 NIOS 8 8 NI 29 8 oswa 21 ano 2 2 QNO L 2 243 81 Ble 3 me 5 E sess si S 5 115 s 5 1 5 5 5 aS OND 244 0635 QNO t v 7 2523 1047 v asvud 10H 7 I Tle ane ano 81 I z 2 z 4233 2 2 NEm 8 z all 09 5284 5283 6 6 V N H 7 7 7 Qv3H locos ONO 284 8 04 8 5 T 8048 16W 5 INYL 0 9 v o E S Z0398900A23 Q 5 Sle 1 09 00101 LINA Ti AS 13120 Q 8 njah 8
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34. 0004 3 4 Te LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E ONS 829 AOS NOS 9000155 30001 jezo O 22 4 1234 3 5 Z dS AVI As 4 52865 voz 07 1029 H96E VL H960E Pa 4 4 VL H860S H VL H870S VL H890S VL H94E VL LOCATION MAP LE 8 8 t T T 21 7 91 OMNIS 9 o s gt SI oss S oss 7 155 iz Iss I AQv3H uzu 13S33 1X3 21 125 254 13 2 02272 57 MSTPAW 2 6929 g 1 aso Of12 0S0 2 ese F 6 5250 6 19211 9 vlva aso 9 50 gt 992 L 2 Jt NOWY 1 nony Yang nalovzNH 2 310W38 210 26 9 9 l 5 t v v pral 255 E z 22 z COv VH3AVO 692 VLO9BIN D oly 69S 12 9 022 12 AOS A doozz AO AOI AOL O Ize 4120 ni onito nito 400 02572
35. TO_POWER 4 C P CON_4 9V 2 CCD_GND 3 GND 2 POWER SW Q4407 136268 4 8 4 4 8 4 9 MP amp BUFFER T AMP amp BUFFERT 4403 04405 se NICOIFU HNICOIFU 4414 415 84419 YCZ 6 04 680 844 84411 920 R4421 R4451 w 0 C4411 C4413 5 158 KG R4415 ry 33K TA 2 2 roy G 4412 2 4 2 9 1 8 1 80 R4453 5 R4416 84452 33 1 8K 84414 R4412 84418 2 7K 310 255 910 DLAY EG d 04441 C5384C DUNTK2887QA 288 1 7 32 1 4 VL H860S H VL H870S 7 7 YCRF CIRCUIT SCHEMATIC DIAGRAM LOCATION MAP VL H890S VL H94E VL H96E VL H960E ossa lt ER UNVHHULS og rav o o3 E 8 s nOv 04 03 ES 1070 ka 03 9 3 ji REN POv 03 A 03H 001 7 240 BE AELBIV n3102ZNH Uis Wi s x Aus S xu H344ng s L1v d lt H dn GNV8 IH 0 lt lt 7 8T 8d 4 N4IODINH lt H ONv8 IH 8d 7
36. 9 4 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 9 2 CAMERA1 P W B Component Side SIDE A LO B LE li 13 109 0502 562 H S88 ec CE 588 TG 5 1081 011 1116 7 2 na 6102 o Lo oc LL o o aj 5 ren 5 I 5 3 12 IC11 12 ena 1 509 gt 508 5 T 507 RI e v R30 8 118 01081518 7 ax a 1019 215 6 2 T1608 154 18 toj C161 C26 NA 0 8162 E 15
37. EJEPSIL B u 1 602 09 yg 16888 108102811 TRE cog SSS A SHES KOM F 90911 z 4 2 46916884 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Wiring Side SIDE B 2
38. VO6INH 6020 L nd ONON MOVT 2222 ewes wes 4 2 5 53 lt 7 ONONW Gd VO6 INY weas 130 Yrs volo 13G MOVDA CONOW MDYnI LJO 2 01606 OL O6 FA 85 4 Y YV ON 8020 y Bey 25 4 NIVENILU 020 C1 0N0W 88 7MS7POV7Wv2 4 M dE 2 Gy Gr lo XI 20209 55250 WAS 4 8 NSTAN ZN QITOL VI1988cX8MdO DOVOJBBEMLNAQ VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 2 jp uq o v cv 01 m I Od NE jus 629 dI OO I NH 1112 7142 VEESYSHY 9020 lt 10201 gt lt OEE 9 9225 O 5 lt 2 1 8 z 5928 lt B 0
39. 9 0 PSE COVER P KH SW P I CAV REC H UMG2 INVERTER REC C_ADJ REC Y REC V ADD COLD IC302 524 02 EEP ROM IC PROTECT_SW GTART LED s E LED G REEL SENS GAPE SENS S REEL SENS Cue ve we su 7 76 _5 4 GH A GND COLD CHOT lt MOTOR_GND MECHA 5 DRUM VS lt DRUM_PG KDRUM 6 TL32 lt ME MP_SW HB MP PROTECT SW DOWN SW SYS_GND T REEL SENS S REEL SENS 5 5 DEW END_LED S E LED 6 63 START LED LAM REVO LZM_FOR CAP FG lt CAP_RVS CAPON lt CAP_VS MECHA TV VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 4 9 A 9 4 9 ROT_ERASE PB_RF H A_GND AGC_IN H A_GND PB_Y_FM 6 03 IS COLD HOT ala H A_GND HZ A_GND H A_GND MOTOR_GND o MOTOR_GND P CON_3 3V N MECHA_5V N 5V DRUM_VS N Ni DRUM_VS Dy K DRUM_ON N DRUM PG DRUM FG N A M SW I 28 M_sw_2 M_Sw_3 ME MP_SW HB_MP PROTECT_SW DOWN_SW SYS_GND T REEL SENS S REEL SENS TAPE SENS DEW END_LED S E LED GND START LED
40. 5 o gro 3 Eo 33 4 gt KE a 0 o ea ue N ea 23 2 20 9 Olje 9 i j z EA ED si 70 8 6501 95410 JO za Mes 4 B ORF Pro sm D
41. GOS U 9 K gt Ogo E ep gu i 113 9 15 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 10 REPLACEMENT PARTS LIST Ref No Part No Description Code EXPLODED VIEWS IC800 29 1 IR3Y29AM LCD Decoder AV 900 825 1 MB3825A Power Control IC Master ELECTRICAL PARTS LIST 901 VHiMB3788FV 1 22 Power Control 902 VHiBU4051FV 1 BU4051FV Multiplexer AF Parts marked with N important for maintaining the safety of the IC1401 VHiCXA2083R 1 CXA2083R IN PUT AU set Be sure to replace these parts with specified ones for maintaining OUT PUT Process the safety and performance of the set IC1602 7785 5 1 BA7785FS Headphone AN Speaker Amp m 1800 VHiNJM4565V 1 NJM4565V Current Detecter AF HOW TO O
42. ONA NC o1n09 4 14009 102 0 uen x 0221 9 720 1noo ZAE v1noo VASE 1005 Zaza wi ESSA 04 20 AES 77911600 1 kai EAMI 8223 ao 1 H HF TUR SSA 7 OLNOA ZLNOA j Ende 100A gt m u u v u v v lt lt lt X gt gt Z gt Z B 2 c ZA agy 2 o 0 B d lt O 0 0 2 s lt lt 8 8 z 5 o v 0 6 9 9 8 n A vs 2 re 3 Cep oz PAM 1 m gt gt gt gt gt gt gt 2 0 o Mm 1 70z K Z ou BUN C E 0 W p os o 1 QNO 4 INASA O o x x X x x X x x x x raj lt U U U U U T arga z gt gt gt 2 gt 2606 5 z o6 8 v S g S lt HE 4 S gt gt gt gt S S RO TP 977 Y aor O A WN s 122 mang ang sd don E e CD moama 91004 pa 004
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44. i C 2 5 l 4 d MS H he 1 cH 110d was 87188 47785 71395 2 35 omo aL CENYISTA D ENVOSTAZM ZNVISTAZMI ZNVOS AJM 87 33 INVOSTAZJA CMS WNO MS WVO CMS SLA CyNVOS VNVOS AZM 7MS NMOQ MS NhOG 13a dav co LLILLI gt 28u TIT gt gt gt LOCATION MAP 1 Mg 23HNON d27 83 H HMOH 27 01 50 021 g aso ao1 O3HNON G21 63 37 0 I 197d 1307AW3L H M CNL VA NONE NEN ONE TO TNO 80 QOT 01 QNO SAS iva I1 A OO 77916009 10274 1 225 NJIOVENH 1220 811H
45. gt gt gt eo ese j we Je s j 2 j s z 5 z n 2 z E 4 4 LOCATION MAP 3001 22 1 10820 22 5195 GN9 S3HNON MSOTBPOAJA nite 16810 ziezu 11813 10812 60819 4 1182 1F 252 viezu gt dois 22 zo 60827 MISDIBPOAJA 22 181 60813 20818 gt 8d ge gt 3000 23 4 9092 yore gt 23 90814 Mo i 12918 SILA 50929 205 6 20825 1 1 5 3 3 3 3 3 IHA M T 9 F 5 x h 5 5 8 5 8 8 8 008121 8 1 8 8 g dv NOWNOD 9 H3123130 27 d ano 9 vot 5 1 2609 S 1 v OXTHONOL 7 ni OATHONOL 2 823 05 L 2 IXTHONOL 2 08872 4000 4 22 20822 ano E 72 823 23 COQUE s lt El at 40001 1O8ZN 0667 10853 Snes EE ojo 20820 gt OO k o zo SA VOLINH 00820 1 082 23 SA 21818 i O66tvNH 10820 PSDIBPOA2A T 00825 HHA a 3 T a O08
46. 9 2 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Component Side SIDE B
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48. L ne 7 3 ne wo 7 SNIT 2 x x n lt lt lt 1 fa lt lt lt gt lt E NINI NI NINI NINI NI NI NI NI NI NINI NINI 3 4 LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 0 iziva yy zB ot orpay 32 kosa vrs 628 125015 avo sc sos BE NIVSTA WOH Ga vva wou rm ONS ONION aj nod ano 191 4 698 viva GE 6657 pe 9vaavax Edjostavoviva are Nive EE pem cevaavax lt 1 ano ZE 34 evOOveo 99 0601 OON 17571 ano oc 7 gt efesyaveviva SP 62 gt VINI 6NIGv 82 6 10 a 64 2 1 1 2 059 ANIQV J Z CINI SNIQV 92 1 gt 8 871 2110 86
49. dX 58 1 9ESIL CS aaonax 1353u 3 0n8 2 1 1383473HN8 1 SESIL maansa 22 CMT 8 io 5 5 59 5 5 5 8 FLOWN Z dom SJ 2 8 8 8 1 1 1 02 donax b 9 35 c UNE Gane soa 4 2 5 E a 6 1 ON 3 2 559 A s 51171812 i Sn ui b z 9 9 Z d d d a m 0511 e 3 o 25 0 2 353 60 5 7 0 0 0 0 0 09 67 6 03 02 G 52 1vaavax g 1 eue o 825 7515 svawex G 1 5 42611 2520 250 g vadvax vest 0 cb 28 Lloo d ISS Z 155 6 2 vesu 5 028 b sise g 25 q B 425252 01 1 125277 15 2 Z LOM 22671 TI viva aso 6 1 8 5219 3 8 y o aso 8 1 1 9 g so aso 1 62750 61871 NOLA 9 NO7HLAD ana s ano Ne z asa ne z asa Z 81671 IWVO Y16804M INO 1 11671 4 co LLILLI AE CIARA zT gt gt gt LOCATION MAP
50. 23 085 05891 2 as s EIS 1 560802 T 00825 N OOB IHL 6592 808 H E z x B E IZA L Nocino 1 Ma posa Mp 1 7 16 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E H870S H96E 1 4 LCD CIRCUIT SCHEMATIC DIAGRAM VL LOCATION MAP 3 7 6189 ive 323 37 za 8182 9192 22 22 0988 C 1 89 KI 0081 ZSA 58 E 388565 lt 23 pogo lt lt w 825 042 gt on L 0001 0088 lt lt MSOIBPOAJA 0089 PERI lt lt Ak Wi lt
51. 6048 20 225 197A 1S T T H3MOd Ol 001612H CWRUZIAVO VLWO SAS IVLVQ SASI 1 4 02122 1 56 e ZNI AJM CGNICAS0 r90 t QO 1 2601 0 00 107X Qv we 2514 E 000 F U 912H 1012 13538 1 14 CONS AW HO HOD WLWO OIDA ME E 30001 40001 070194 2 12 012 10 2 SOJA 90 89 3 51 AWE t 59 2 52701 52701 10114714 Walshe als 1v a 815 1 0 2 81578470 81572 4 tonal MSN CES 3 68 Z MS N o Birre a 59505 A 8 5 hortlenagZzn 12160591902 279 5 09 EJ sordiv 225 883 55998 wanna 2 vi 7 44 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP E 3 4 DADA ON NO u z 9
52. 8 Y Y 2 031 2 2 017 2 2 1 ER IC POVTLSVELNOD rav 3niot PGWTOVAWVO V NU NU NV NU NU IVQSASTOL 7 17 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E e p o pl jp 1 cp uq opo 17 22 2 2 4 LOCATION MAP 16810 00819 22 5 50815 23 23 20815 233 dB 70915 22 22 10818 00818 322 100 50812 0 1 1 5 SA 00810 1 l BAL IE NOWNOD 22 01 2 81 2 2 VI988cX8Mdo VO9SBEMLNAQ x avi nee 0819 _ ee 10815 niso 00812 e I 2 0188 1183 50 80424 LI 6082 niso 443 3 7 3 96021 3 3 6 631 3 545701 193130 3
53. a a 9 9 8 o o o o 8 70615 11 ere ema 90 0939990090909 9 01025 22110910 rer oo foz fe ymo Ye oo Yeoo 7 2066 ze sia eel pp 2712 ro jed 240 822 MOS 23 623 105 NIBOLIMS AE 40001 0001 izo ene e 23 Ni 0613 10614 265 2 0l 00691 E 75618 23 23 25 HALSVW 01 po iti 58 92 21 10821 03 4 an 2 mem 545701 gt 50618 2 22 OAHSS OL 22687 22910100 T 1065 4113 7 22 10910 0067 6 M 2 6 olozv MS 1060 22 zo 6066H 0 SNIHOLIAS 6 v NOD d nez 122 49500 ni 293 1 62 pz ano V MOSON OL 7 37 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E e p o pl jp 1 cp uq opo 17 22 2 LOCATION MAP 7 38 2 2768 gt 96 2 10610 RETE Selu vela U so 2200 8
54. jS 75 sox 512 HMOVP NODOWIH4 ox ES mia S mx 26 25 jeg 8 Ol 10 19 S 05 os max 0 JSP 67 206 55 6 una 87 897 00 2 2326 jer 27 27 0 JI bi rav 89 5 anio 99 lt JSP wia 0 19 vv 144 NI v 3 T 7 v eg Li 1 x 27 27 jer 91 0505 gi ig aw liv Gi SNE E 0 Ot av 07 vi 155 02 GE 5 165 si AQvau 1 Y BE NIVOA 21 13530 DX3 Z sne JE NO Jej m lt n AS rQV X bi 5 01 aw 5 av se h 6 so aso 6 sno E 75 e 8 s viva aso 8 22 nivoo 25 lef 5 9 LORE 9 JIE lt m 5 5 ov a f TAI 62 62 64 E P 82 sc 82 2 Saale N 22 22 24 i qe b 19 Se 9 ONO 9d4 635 E rav 52 sz 64 Q 5 2 ve eva S una 52 issarane jed una 22 22 maana jed 1 nan 112 iz uswa 112 a s 02 conax 02 61 6 1x 6 2 8 gi 0 81 5 wo 21 41 asar asoy 2 1 2 3 vax 91 9 voqvax 9 g vax 61 51 S A v v
55. 10O NI A O3QIA 7 20790 22 10200 232 8 1 20 98 aw 08 2 20 434308 26039 80 92 5 oz s lt gt 7 xis HH adc 0107 01 281 2 2 we 2 9 ad 20 91 1070 AOL ge 6079 nol 21998 ROT Zw dE nit 2 20795 2 x 12798 6098 4 1 097 0301 9 2 9 2 0 074 2 T T gt ad ai 04 2 14 2 pove 59 M as OBI igoveu e 9 lo 2 4 285 6 97 Lovee 90998 92 2 FLD 4 61798 NE EKO 7 1 1 lt 1 1 JEBESO JEBESO 31686 E NOD d Sorgo 20790 10790 5 lt 6 v NO2 d AU 3OHnos 3OuHnos LINN pi Hie H3MOd OL 10991 1 XX 82888880 2 EF gt lt NU NU NA NA NA NA f 7 27 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP l 93 10 7 H asvua 108 7 7 AAA AAA H ONAS O 7 arov iar gt 10891003 W31SAS OL B 2 IN 4 u s 52 i 1 L 8 1 EM 8 2 3 q 3 lt a si fae S 5 8 so Soe 3 7 849
56. Z 5 MS W 82 82 gsm 5 5 5 5 2 1 e3 wali 1 avo z IMS 22 20 ag amp isIsIs sixlsisix ulsiz slele e e s w s OND 244 bz 92 52 92 olanv 1 1 16 od WU 62 ed Wnua 52 2 NO7WAXQ 2 ve No 9 C 82 5 u 2 S 60 Z owas Z a p waa 01 1 ez 5 9 22 SN wed 22 ul 3 6 6 6 6 6 AS VHO3N Z Z bi L FI 8 woud 8 8 n loz 0 02 GI wna 2 n wna L NO2 d 6 N02 d 6 9 woud 9 9 9 8 SET tan G s S Ul QN97WO10N 2 QN97HOLON v woo 7 v woo Wnsa tz 91 anova 91 g E NI 9d E NI 9d Wed T anova si aowa Ig 2816 z woo 94 83 Z z woo 94 94 Z bi ave va pl e Aq 0 L NI 93 woud NI WONG EI gl 6 saj 90 55 IND Ddd el q 21 0703 Z 8 ravo 121 aveva 4 lO 101 0 WSATEd O 8 2 zT r ale 7 ane v H 6 anova 6 5 51 7 4 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
57. 15 GND H2 MO O HI GND ole o wm A wr v4 20 V3 C6 Oslu R9 2200P OOK 7 e l GND x3 TL OFD v2 N C O VO VO HO LO VI 2 8V EEPROM TL u 0110 41400 11 9 SDA 0046 22 22 TLIT 524 tititititilititititi titi titi Ol A W 2 8 7 74 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 20 HEAD CIRCUIT SCHEMATIC DIAGRAM 034 RE 05 0343 0342 CI 44EE AIO3TKQ TL332 TL331 8323 R321 47 1 5K 5 301 985 HEAD FECS GND GND ojoj4sjojojnjujn 20320 GND o d S j m n f g 5 olojn o o 1 1 P OOSITANO O348ADG POSI 5 MOTOR GND 59 37 M SW 2 LSWL ID TO_DRIVER ROT ERASE 4738 PB_RF 1 1 1 1 6 1 314 0 0
58. 6 3 CINVOSCASDD MS 027 017 LOBSCKEMdO OONd988oc LNOG VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E e p 287 v z v p cu MS MOd IHA HAD 251 SA 92H uem m VE 3HGHMH 3020 10431 lt 8 4 Qu NAL 23 io nI 0 xose Y B 9229 vla 1g1H 5 9 23 8 6 59 8 5 IHA lt 024 6 20121 2 66 55 99 0 55 130 A6 2 1010 1070 MS 6 VTNOD d 12 3 1 2 2 4 2 NICNODOWIH e gt C Ks H BLA CF 740 s gt C D MS MOd C S 27785 66 gt 2 azo 1049 lt 9 gt sas NOS 000 40001 SS gt C 5220 6129 73 8018 mooz lt lt
59. Check the AC adapter YES Y Is Q2905 collect voltage indicating Check 32905 IC2901 and around the circuits less than 4V pe than 4V Check the D2904 R2906 R2933 R2921 R2923 and CP901 1 Inputting DC power and set the ADP DET L 2 Inputting charging mode as CHG ON L 5 17 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 6 SYSTEM BLOCK DIAGRAMS IC701 amp Q701 3 3V POWER SYS 3 3V CONVERTOR convar Pe e IC501 POWER AT 3 3V IC704 CAMERA MICRO COMPUTER SYSTEM SERVO KEY CONTROLLER SERIAL BUS IC703 E2PROM IC2 E2PROM SERIAL BUS POWER MOTOR ma zom ama SERVO CIRCUIT IC401 IC2702 IC800 LCD CIRCUIT NISM CHASSIS this model all the circuits of the VCR camera sections controlled by 704 501 1 IC501 and IC401 are controlled with the serial data from IC704 2 IC703 is a memory that serves to store the adjustment data of the VCR section 3 IC2 is a memory that serves to store the adjustment data of the camera section 4 The other circuits and ICs are under the L H level or the PWM control 6 1 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H9
60. co LLILLI I gt gt gt 23 j S qo 4 ki LOCATION 20971 VI1988cxaMdo I N 72 823 0095 11999 50994 21990 209971 UTDIWINI I 4 840 50 20997 i 0892 1 8199 TIWINI A DIN 60994 VLP9EON oc 10994 64 VL AOL 72 1 AAD Eri 2992 ni HE eim 1 22 9989 a000 AiE 22998 VPVL 9 OIN m 23 36 501 299 5555 109921 ai 23 deni IHA 59 52995 dd Vl ASI ni ER 01992072 RT 9 1 000 ga H W22 6 BAD VL 975 5 10991 90001 T 255 1056 Q d 9 ni 10897 81999 22 n3lo8INH 21258 SA 11 USLYSANI rel 50001 22 021 20992 5299 822 nZZO O ZI MOG dooss 992 12958 22990 1F 12222 823 1 22 51999 20098 5027 En 22992 92992 san 12 2 t uam Oz
61. 175 1 ibu a VONTIH D roro 8 5 2 2 8 s loro Olt 02 BIO MI zz 5198 E T 00 1 l 6079 O 1 nol LPS doly ASI 5052 4022 06114061 T T 6t0 8 3 LvvO 9vvO Ineo Bibu H 4O6EJ docs dos dos AO 662 ESD 22602 01 8072 i 02v OBE Mee AOI 2294 11070 roro OBE I 1 822 3198 HEINE A at 8 zi pO 203 2 0 VLLLLL 988 0 0 lor 91 U IE 2 M6 4 Ora qx r 85805 3 2 UE 22418500 Gw L Elva E zivo zov 2 553208 VWOHHO 9 10 ueselv 9 T SS30OHATJONVNIWAI 65 7 e 51 47 2 1 MS SCH vive 2 1 ye d 5 coral _ 1 128 pus 8 7 2 LEVO ea A ASI d 1444 iin V ES ch on 4 MB 7 9EVI 1075 ake 2 0 1 8686 5 F 9070 533 08 uz 89 Do ba 0 N l 1 1 53 OO 8 c Lo 7 5 7 88 5 x 755 4 XE 2 22 9 lt a 0 EE o t xu 5 lt nt 1 5 81 8428 57 85714 5 RAN 5 Z
62. O 9 6 avo 6 cu 6 6 cule 6 6 anov 6 BI 5 SUE 8 18 8 18 NI Dov 8 8 NI 29v 8 avo 2 2 2 MOVAH 2 1 ON9 v H 2 243 181 9 3 9 9 2119 82 9 9 a 9 Ble EME 2 E s VO 88ZMLNAQ mla Coy ano v ano 25 827108 v 25 27108 7 Odd 20655 Tle ane ano Ae WH AG 7 1 HOA A 0 2 334 2 2 3 33 2 AB 2 BI B Ul Non Z 5 33 5 33 6 DWH AG DWH IS MS WOOZ 10225 ONO 244 8 ol g 50225 l 8018 1 GI 76 993 p INVLIEOO dAV4 9 ov 9 ISTO 2039S8900A23NG S EI 6 g EI LINO Le 42029 e uil 187581 g 6720 Z 9 01 6 m 620 6 i 0624 OLM 8 as 2 iz 8 QNO O3HNON 8 9 AT EWS 519 L 6 AT EWS pi 9 3snva 9 W 6 dois 6 2682 g v EA z AE PWD 8 6 PW 18 44124 ONO Odd 0625 z ZZV 1 002 OND 3444 4 871 LINN 8 OL HIMOd AV IdSIG 001 K ESTE ES SETS ESI Z EP SEJE SANS Sols 5 u w o v 21 18181212131 13177777277777 51418 51 53181013 s _ 8 338 19 r 56
63. i FS 8 B 9 Bu pg o 9 E 2 s 88 z R mu 8 iix L 55 y JJ 821 ak PP 387301 Sp 60484 55 NIPPNILY NIPPNILY Sovi 95 2170 91 o goro MS aso ovid NS ONAS Odn3sd L f13108INH Sivo MUJAHNATRTVJTAV 13d NS 5 095 OI6INH b 19475 ASI 100 _ bel 0 100 1992 MSTNIVO 2 29 3 11 2 8 L 4 s 358565 esto Isto Lived H34dng dWN 234 8 viru of HnEE v1 7 29 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP PPN mm 3 2 2 8 5 5 8 8 88 z z 1 9 9 2 1 1 4 y 22 5 13252 gt 339 32 8 lt 5 a 1 9 E i 3 435 4 884 op J Z Z 2 d 0 3 uv Z 48591411 8 5 T gt I 0 gt o g
64. 6 Z 8 8 Gi asnas snooa 9 vi 1 ei 23 5 204 S o z si asnas snoos 9 n v 2 4 91 22 9026 S gi 956263 j v 61 esmo4 Z 6 O AJ sos memos 8 6 878 203 Z 926 IND 33 0 lt Vrsno 9 r x sun u E lt 0 e ov 61 z 4 22 81 v 5151 5 9 L JE 8 21 6 01 v 101 511 saj ej 5 es 21 72 na 91 v zi as 9 sil s 5 Ei 3 9 aso 2 za 8 51 vel 6 6 725 pij 01 ZOS DNO odd o 6 9 8 21 8 5 9 4 9 5 5 s 5 S 91 ae m Z 1no a22 gl w 61 N3S 125 CMC 94 ne 02 69 6 2 69 89 ne 89 49 ano 29 go 99 659 No wooz 59 2 9 29 novo 9 29 rawo 29 19 19 09 oss 09 65 85 ovaavax 86 29 96 SS SS 52 5 EG JES es 25 16 16 OS
65. JOS 67 ane 53 67 NwOQuwd aana 87 27 gv zniav 97 St niay S 72 JEV e ano 07 6 BE nivara 8 LE LE 12721 9E JSE ie JEE 26 JIE 6e 62 82 82 22 2 95 62 ve niov 72 Ee ge marana 22 le 12 02 02 e 1x 61 B 8 51 1 91 svaavax 61 z swdavax ivdavax ET el 155 81 Ol issaraxa 01 6 viva aso 6 8 8 4 so aso 4 9 nowa 9 6 S v nzasa E 2 ne ne 8018 INO VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP P
66. 2 8 e D 4 7 3 2 5 07 5 ET 2 0 68 l lt 7 922 9772 5 lt gt S 95 0 0 n lt 868 HH lt D 0643415 re C 872 7 I Hh G 3 OT lt 8733 7 In aas GIB A91 0 uz lt Teor 5 sivo 82 oco lt 3 ENS 80 888 9573 i i goga ot 8 EIS C BK 4 lt Iu lt 5 02 7 4 1 xu H 3Avs a 7 7 H 4 96 7 ANOO 1 835 01 11 C415 16V L2401 22uH lt lt qso qo1 lt 9 7 2 0 301 Sx s9026853013 h 50701 20568 15224 SOJA 54 2 OH vivant 5598 lt VIVO OIA 7 20768 259 v6H oro 71970124 7 5 68 A 10768 _ C 7 3 lt 7 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 6 YCCCD DELAY CIRCUIT SCHEMATIC DIAGRAM 4401 CCD_DELAY_L INE
67. 2 JU RU JU ski gt 0 JU D D o u u u A 2 A m m m 2 A m lt gt 2 n m m m 7 1 Z Z mi m go ow lt lt 6 Id lt U p p f 2 5 ke 2 m 5 G m 2 a O 2 ON9 SAS Z prosil Em LL gt 341 11 ELI VERN ke zog ML iva 1 6 IET MTS ZI 1 ANS HE Aer O NS 3103 4 2 29019 0 1 9 SET 17WOHd33 25720 qvo sis 9 M3434ng 9 dAv 3871 gt 0 22 jame QN9 V H 99 4 dee 1 11 289 WI 2 so 088 p929 09712 SzLOI o 29 lt d M3 0 s9 1 1 2 10 0 02725 doo van lt 2 2 17 1 1 T co lt d MS H t9 EP d MS H 94742 P lt 4 33 9 snp o ERE c KN Moo l 7 2 2 v l lt Pav 0 0 POV A O38 4 97 8 152212 9 0 0 pa 22988 O 217 3 eui ano vrH jog 3 0 0 ES lt COV 37 2295 y A 9 23 le 0 0 dz T 11433 lt 2 OdH 88 01 NH 209 ano 11 95720 Yang MS 19 Sapere p iu n 9 go 5 39000 o yee b
68. BENE als va 19741 1 iziva 14 10560 XOY gt Ong a 135 015 6 Viva WOH NIVS A BF NIVO A CVLVQ WOH 2 559 5 12 0 apo wow ano 7 62 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 15 LENS DRIVE CIRCUIT SCHEMATIC DIAGRAM 551 15 16 H CAM u COM cama gt EP 2 2 8 8 6 1 G LENS_5V MoTOR_GND 2 6 59 201 5 1 25 ka MM 1 1 7 6 F LENS DRIVER 6 FOCUS MOTOR DRIVER FO2 FO24 ZW g XE 5 u 1 amp E 0 5 0 2 4 2 8 o o 69 63 63 6 69 9 02 012 KO 200 MOTOR DRIVER IRIS DRIVE 1 8 ZOOM POSITION DETECT FM_cTL MASTER LENS POSITION DETECT 6 IRIS POSITION DETECT 53 zu crL 0 2 HALL OUT 0 ka E HALL OFFSET A IRIS OFFSET IRISL IRIS_H PHIR Z 0 a 8 gt PHIR_F C iksa 9 9 2 8 9 69 6 63 e3 3 69 68 5 0 5 0
69. REV UD 0 4 0 8 GAMMA2 ADU A RGB AMPADJI PICTURELADJI lt lt COM PULSE ADU 14 5 Y CARR ADJ lt cYy DEV_ADJ 3 8 0 D cova G ADJ lt cC EMPH_ADJ 3 40 34 510 8 6 EQ FO Je 5 8 lt all 2 lt ni 5 2 5 d 4 4 lt 2 O lu H 2 1 lt lt 2 5 i 8 gt d 0 1 ra 1 8000408 8 D A CONVERTER T Y o3 sa 5 QQS E na A mi m A 12470 5 98 550 lt 9 MW 55 MB88344F 58 69 52 63 62 6 69 69 69 69 69 VHI 2 8 2 8 VOL_CTL LCD_REV_LR 8 4 8 c1 g 4 3 EE Y_ADJ LCD REV UD db 1 8 Y CARR_ADJ H P0SI_ADU 1 9 cy pev_an Z CE Moi 4 4 8 SP_CTL B WB_ADJ 2 8 d 072 5 1 6 57 2 di Bren 8 2 cc EMPH_ADJ CONTRAST ADU 2 5 1 8 MPICTURE ADD R wWB_ADJ Vie V GAMMAO ADJS 3 e ove ena 4 8 CLINE L CTNT_CTL 4 BPF_ADJ 5 RGB AMP ADJI COM PULSE_ADU CS_DATAD sli
70. 23 NOTAE EDA Nowa nong 23 22 3109 8 23 5216 22 22 BAL 272 1 5 1 55 IHA MEE 2 20691 8169 168 z _ 22191901 22 1268 S 025 YES EE 2o 6 N 6 68 mn 1 ine 4 9088 22 59 loo N0O d d 10 862 ONIHOLIMS NVSSESUN 2 6060 EFO woo 11113 2 20671 ITORNON 5 NOTAE EDA 6 V NO2 d NOTAE AE EHTILI A 5651 AG VHOSN L 7242 1061 18510 22 15500 woo 5067 29 1160 8069 SNIHO1 6 27145 87185 NOVO 4 vas 03 4 0 5 5 01 1 ry rs a ubnol go 9067 AS74S A E NOD d I NOTAB NOAG VZH zo GHA 6 2 da Heri Le 22 ARAAA 0106 oL 29 A en T ico 2710200 v Q SE 22915500 mE 25 zosu 5 2 2062 09 033 2 3 8 6861 6 VILLLL ED 23 6 20611 2 1260 29 MS asa 069 MS mrs 22
71. 4 2 1 095 0198 501 DISA 2198 L ID 3183ANI H 97 o 0 o EM o 230 9794 5193 1 no 4 L oa G 88 2192 1091 00 NE NO2 d FE HLELIVXO pas 23 no 2 10991 PNE 2 coez s o z 5530059 WNOIS 2 2270 b 6293 29268 22002 01 ER CIE n 22 22 VL fez AO 1 zz hese 101 2290 asr OI 8292 6293 2293 ari 1 1 972 823 AOS AOS Ou 40001 40001 0595 3 6092 N9AMPIL 1 IHA 5 MS 071 20921 109 54 5 2092 1F 1i 7 27 1092 1 3 H daae 4 5704 mi 22 22 22 23 Sour zs ou o 1 seus sou AUDIO CIRCUIT SCHEMATIC DIAGRAM LOCATION MAP 2 VL H860S H VL H870S 7 VL H890S VL H94E VL H96E VL H960E 7 9 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 207 27 LOCATION MAP 11152 6 1 4 7 4338 1 ko Abs napor o 22 10912 XD zos La owes NI NU NI NU NU 22 QNITSAS 9098
72. 4 5 5 Phase matching The phase of the following parts must be matched as shown in the figure below Ascertain that the A marks and round holes align 1 Lo relay gear 3 Sub cam 2 Main cam 4 Mode switch 4 6 MECHANISM ASSEMBLING METHOD VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E a Motor stator Stator set screw Chassis line FPC Arrange parallel Motor stator circuit board Figure 9 Lo relay gear Mode switch Phase alignment mark A Mark Phase alignment mark Round hole 1 Adjust the phase of each part 2 Install screws and washers 3 Install the segment gear T arm guide and the M function lever Install the eject lever M function lever gt Move claw to rear side a 9 T arm guide Segment gear gt Item Tightening torque Quantity Move claw to rear side j S Tight M1 4 x 3 70mN m 0 7kgf cm 1 eB 20 8 03 10 2 1 4 10 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 Install the loading block assembly and the capstan motor 7 Install the guide rail assembly taking to position it 5 Install the drive gear At this time pay attention to the correctly direction of gear The small gear must be located in the chassis side Loading motor Capstan motor Install the motor unde
73. Cono7N 9 20 D C OAS 834 9028 2680 5750 5756 6890 690 0680 2290 6ZZO POLIT C CIO IS E STA SASI NA SASIT A SAS I N N SASIC N SAS d SAS L N 5 5 1 d SASITWI SAS x 2 iivc sis 3 iviva Sas E H VSM MI vOLY AQv3HOWVO C AQVSHTWNO P MaMOd OL 1 4 0001 8A2 d0001 022 20 3 842 4 SAO 90001 4 90 3 T UAE ds 29913332 Zo MOZZ 22 8 AFOOT 349 4 2505550 UO 22 3052 228 8578 om 2 9 2 zo 02 014 __ 2 4 719302 Q 6 SA YSA zla C aa 2 22 MONT sS lt EDEN 4 C d y 1020 A 2 271 2 D ufu JW MSTWVO lt lt D 87 m i SSA 4 VSM MI 21284 PMO 2 SNES 327 69 525 ames 33 SNIS IR 22 23 23 snas maaa B9 4 lt lt 5 2 Si kie i msr nvo O 2 NG SELU SM 6024 C nant Cen AWE e 3 S 2 2556618108 HIMOHOL VLVO SAS CIVLVGTSASJ 1 1 1 1 21122 VLVC ATS WLva A1S suo ZNITAJM aN Aa t OD 1 Ir 0200 07 OMB Wa
74. 10 1 9 90 UPDI6510 81 4 2 1 TL32 G f u2 3 5 4 3 gus 6 5 4 15 15 91 55 Bio l 68 4 lt Rs 6 cis 6 80 TL36 E 3 17 TL37 2 ccD_ouT 8 ET sb F 8 CH i ATP c29 RI3 82P VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E CDSZADC 15 GND CCD_OUT RIT 68 GND REGULATOR 911 4 5 HN2COIFU ROM_CLK R29 DATA 2 8V NA NANA NA RI6 68 LIH R22 PBWM470K2R6N 15 CAM 3 R30 r 26 1 18K 104 OO CAM_4 9V PBWMI OOKRSON 4 GND AD_2 8V AS STM_O 0 STM 1 STM 2 2 o M STM 22 CSTM_I 02 GND r FCX C Fx arx GND R20 0 FSX TIMING GENERATOR 9 vox ka Nul NANA AA 36592 GND HI RESO c24 Ou 10 2 VDX TL39 2 HDX TL40 MCK
75. 5 doom 8 z 0 Tr gt v x 8 90464 hey 44 2 4 o z 8 x O 1 1 V 3 3 1 ad E x 2 O lt lt gt gt lt O e I gt 2 Ex A A 53 z 4 lt 2 a lt Fuad 6 5 0 0 BG 3 SIR 2 KE ox 8 4 Eq 7 E i o CN esa 5 2241 2 lt 98 lt 8 C a gt lt Q T 5 2 z tu OG 8 6 I nA u s ds a C SNISTIJIHL Jz Ow Og ab C 5 35 1844 5 DOM assas 1 C 525261 88 8 ox 55 ES O C asu OwO EMS I POA CZ NS A 2 Q gt gt EX k 2 C ITMS7AW CITS d 06 C MSTNMOG 9 3 NSTNMOO J a t x F oy 58 C D lt oot ER z 20 C O I WoHd33 De 598 JH Ol z Fx x 55 58 ES 4 SELU C 3 H 35vH3 10H C H O08H N je C H ONAS 9 C lt C IDTOIJA lt C SODA D lt 3 soor 3
76. AVSW gt 1 6720 US 92 10 10621 8 OL B 4 aei 8 93HNON JB 2 2 5 AT EW p 5 5 2 TE EW lg x 2 6 Ww 1 8782 18 8 2 2 OND Ddd 20535 x z ON9 SAS Z ZZN 1S100ZMYC9 DNO 346 ST gt LINA Oxvn od E 8 01 A 1 29 9 HIMOd 6 01 6 AVIdSIO 7 v OXTHONOL 7 8 N N 5 suls owHonollel b lt lt lt z lt lt 9 lt e lt lt s lt 1 ix Wnollzj S 6 2 0 x S zoo Mm xxr 8 ON9 93HNON 8 8 819 3 52 0 UU ana 51414 2 2 k 2 z _ Ddd 6 8 L 8 2 TS gt Tool EE SI ISPISlslsizlolsi sials z olele e v jv 8 2 YSYRYSYSYSYZY2YSY2YZY2Y2Y2Y2 Y GY a Y ZZVLZEZEOZ MSO NANRRAABONAANEROOBOGBODE LINA AS 320 949 4 9 9 3096H SO68H 1A so z FP N 5 1 1 8 ZZN LEO OZ MSO m 9 ano 9 lt lt 1852 5 LATHONOL s 22 23 a v Ox Honoi 2 IE 11111 5615115115 7 OATHONOL a e 2 IX7 Honoll
77. H 9387AV H O3H N 4 4 8 uxIHH CH 3SVH3 109 H 3svH3 LOM 12290 6047 7112721 2710 1 YOZI 01075 A 8 vivos TOHINOD OAH3S W3l 22 gt a 00 93 8 Sep C1 938 2 4 gt d 1990 d H3A0 55 pP PREK In reis 6 TO EG LI GannSGunununziun so 2002 252530 0208 12 009 gt 2 202 A22 26 230 522 Z2 INS SAS 1 l 95 8 ET I 3 y8 11 van 1 FEST 7 50 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 11 SYSTEM D A CONVERTER CIRCUIT SCHEMATIC DIAGRAM TO_LCD GAMMAO ADJ TNT CTL COLOR_CTL R WB ADJ CONTRAST ADJ 8 7 VCO_ADJ H POSI ADJ LCD_REV_UD LCD_REV_LR GAMMA2 ADJ RGB AMP ADJ PICTURE COM PULSE ADJ TO_YC_PROCESS EE Y_ADJ Y CARR_ADJ Y DEV_ADJ REC Y_ADJ COMB P_ADJ COMB G ADJ C EMPH ADJ REC C ADJ SIDEBAND_ADJ EQ_FO_ADU no E TT VUE EQ_Q_ADJ COMMON B I AS_ADJ A COMMON B I AS ADJ E GAMMAO ADU A CINT CTL COLOR CTLO JE R WB ADJJ 1 A CONTRAST ADJ gt A BR CTL lt lt 3 8 6 ADU H POSILADJI
78. JES El S S 2 08306 8 O 5777 S S 83 Rig g iti 8312 S 8 7 5 pe 3 mo 5 8 fe E x s i 16 06 ge 8 5 8 cus 3 a 3 C724 0723 EIER 8810 E El 551818 E ma 4 4 E F E ues em 89 6769 8 51029 B 5 8 le E 0 2 81824 earan f 91932 0 2 S lg 6 el B ma 02903 E 1520 5 A E 8407 ici BB 6781 5 E BIE E 8407 E 5 ke 1948 A949 5 oum VA 5 8 02910 2 zale sle E 51 S 9 TE Bia E s BE pet 5 El jse 0900 89 58 E 3 B 8 0702 8 _ EB EE 5 5 EJ 5 pg g 42 i ge l 8 CN7401 lt 78 E 7 one E EE 5 wa 53 LA qu 5555 BRIE p FE 739 8 3 2 E 1922 5 974 Brad 8756 8 NS Kaj RE 521 E gc EIE EJ fej 18401 Es 515 5 pese sz FE Ell E g TR pes El Ec 8 sum s BE 6 527 215115 8 5 5 23 E Gs ISIE 2 0 2922 1507 oj 0791 A 733 73 gt aH 1601 rd rm HE 5 FTE 515 9 8 E EL E 0771 cn 5 ki 8 EME 58
79. S H model R W B 19 3 B W B 11 3 1 E EW EX model adjust the spot to the center of vector scope R Y 0 B Y 0 using address 010 and 012 S H model adjust the spot to the point of vector scope R Y 19 11 ratio to burst using address 010 and 012 7 Color gain adjustment Measuring instrument Vector scope Subject Color bar chart Tape Test point VIDEO OUT Terminated in 75 Adjustment address R GAIN 0DD B GAIN 0DB 0 7 9 Adjustment level R GAIN Burst ratio 1 2 0 1 B GAIN Burst ratio 1 0 0 1 R MAT 107 2 B MAT 340 2 1 Using the address ODD adjust the R level to a burst ratio of 1 2 With the address ODB adjust the B level to a burst ratio of 1 0 2 Using the address 0D7 adjust the R phase to 107 With the address 0D9 adjust the B phase to 340 3 Repeat the above steps 1 and 2 8 Out door white balance adjustment Measuring instrument Vector scope Subject Gray scale Tape Test point VIDEO OUT Terminated in 75 Adjustment address R OUT DOOR 016 B OUT DOOR 018 Adjustment level R OUT DOOR 0 3 B OUT DOOR 0 3 1 Attach the color temperature conversion filter JIGHOVA LB165 to the front of the lens Center point R Y R spot p R level 107 340 e B Y Burst B spot B level R Y Spo
80. Signal waveform 0 12 2 7 8 9 10 Y SIGNAL DD SIGNAL gt YC SIGNAL Dp SC902 6 4 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 6 4 AUDIO BLOCK DIAGRAM 6601 LA7471M src La _ 5 5 96566 9 normon s INT MIC RMiCCO0086TA P6601 INT MIC R 3 C MIC GND 2 INT MIC L SPEAKER VSP0028 50WN 101602 7785 5 16601 CXA1737R LEVEL SENSOR OUTPUT SWITCHING G H SW P IC602 TC4W66U DOD DETECTION CIRCUIT MUTE DETECTION 15MHz BPF B Cau PLAYBACK BEF FR 177687 1 Q2 REC AFM 23 BPF 62 AFADE VL H860
81. n HY c 72 800 ju 100 TVF ccv 787 0 01 CYF CI709 CITI2 7 Tou 0 1 6800P IM 10V CYF CYIJF nar TL38 2 mis TL40 Qa YE LUGRO LUGP TL44 5 E TL45 755 Eust TLAT LUGP 1 1702 LBI95IV FGOUT FGIN FGINt WIN WINF VIN VINH UIN UIN ST BY FRC GND VCCI VCC2 5 NC UOUT RE VOUT RF HOUT 2 3 4 5 6 7 8 9 VHI 9 LBI638M PHASE DET PRE DRIVE U w 7 6 NC VS QUT2 NC TIMING CTL T GND INI IN2 GND 1 2 3 4 5 VH ANGLE 7 78 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 303 56 CAPSTAN CAP_FG MOTOR_GND CAP_FG FG_vcc Hw 5 4 5 SC306 NIOBSTA DRUM_FG IN FG PG COM DRUM_PG IN DRUM COM DRUM_V DRUM_V DRUM_U DRUM_U DRUM_W alan DRUM_W 5 302 NIB86TA SE S_REEL_SENS S_REEL_LED TAPE_SENS T_REEL_SENS T REEL LED S E_LED_GND START LED ME MP_SW HB_MP w PROTECT_SW GND DEW u
82. 3 1182 MSOIBPOAJA 0183 8182 06 bt E E 8 8 5 33202 8 8 8 433 i i 332 2 8 E 178 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E e p o pl jp 1 cp uq opo 17 22 2 2 4 LOCATION MAP KAV 6 zo PERG 508 8 16810 00810 233 22 23 KI kr 20815 Ti 22 gt C 200502 d 10818 MUT T lt lt SAL 61 0 C 0 813 48 zI On r 323 lt lt 100 50812 C SA lt lt N4IOBINH C 00810 zo ol ela 8334 8 NOWNOO AZ s L swi EDD m 48 6 342 1189 6089 2 nee 3 OA o 00812 0 ETS 8 10812 1 866 I T AG PHD 2 A6 b 3 F 6 8 8 8 8 8 8 ie VP dta f 8 B B 8 5 8 0081 bob obs 21 b 8 b 2925 5 b p 5 5 325 7 We T 10871 2 22 100 100 o 8182 8182 TT ie a 3 musar 3 7 7 2 Ha 60 27 3 97050701
83. 7 A 70 9 27 3 6 2 6 3 04 01 7 18 qrav sv 8 Nonnoo EIZA B 0087 0140 1 507 37 8705070901 ONEIN ToT POVTISINd WOJD 323 Toren 2 nioo 6189 1 l 10871 323 1070 3 11 1F Ba noro 9182 22 22 3 l 81 2 017 Py 3 4 LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 22 4 tea I 1703 f T T H 62810 veg 6 1 8 8 nol 120 8 23 15913 12812 2 8 fi o vrvi 325 22 L lt lt 100 L 5 HOA 0812 9814 5 2 5 42917 ES 22 22 22 Sozar Gl xi 22 6585 ni 6818 49918 Sezer 88813 wee th 570 SD 14 1 1080 Sas 02 5494
84. 7 4 CHARGE CIRCUIT SCHEMATIC DIAGRAM J P2901 NO664TA 02901 PLG TL2919 FTSIOOI VS TL2918 0 DC JAC ew gt OVER VO AGE 1 2 DETECTOR 2 gt PC 9v 2 02910 9 2 3 gt DC DET 3 2909 RN4983 9 2 0873CE VS 4 NC 4 RH H 5 5 2 S GND 6 O TL2904 R2902 LUGPh 12K O TL 2905 CZ 4 0 TL2906 0 2 3 G R2935 33K 2 3 C2902 VS2 0290 IM BIZO F O Olu R2910 SW TO AUDIO CHARGE CONTROL IC LED_POWER 4 LED_G LED_R 1 i R2934 5K Z 5 7 C2904 P 2 0051 22 QPWBX2886 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Z AND SHADED COMPONENTS SAFETY RELATED PARTS A CP902 VHI 1 25 72V 2 TO POW D2910 O NO D FIJ2H NONREG_7 2V 2 VHD 92303 9 0 9 0 9 2 P 5 2 22 9 09 AN CP903 9 2 100K 15100 8 4 2 CZ SE VS VHI SW 9 0
85. B 10 3 a A 1 40 LS So 19 elsel 1 exi A 8170 0 515161 51616 TL12 TL9 115 R171 L1701 5 B 128 TL45 TL43 711 TL8 TL6 TL e OOOO tise 8 TL44 e TL320 321 TL322 SC305 TL324 12 2 TL305 TL327 1305 TE 3 6 gt 86 89 sl ale sle 5 9 Rate 83 5 1303 TEB TEB 6 8 8 L304 T JE 9 8129 R305 2 Ee 6310 R363 5 0 TL34 5 11 46 0313 IC301 C311 TL30 TL35 8 6 8 224 2 8 R302 8 R301 8308 0343 8 lle lg 5 2 1 80302 5 5 8 jo s 5 C322 0318 E C341 C320 88 xXx mo a ip 2 390 R343 R342 C344 Q342 Q341 R340 C349 R320 R307 TL302 SC301 C301 80304 80303 116 TL18 20 TL22 117 19 TL21 SC306 9 14 VL H870S VL H890S VL H94E VL H96E VL H960E
86. VSPO028P 50WN SPEAKER C 2 SPEAKER SPEAKER GND ver_on a oane 6 5 5 ju ki is EE ojo 9 OJ W 7 9 o xv jm EINER m ol le 6 O2 0 mW A ala a al A 5 6 6 6 5 5 5 o n ywo 69 69 6 69 9 0 v 0 e s 6 7 89 89 6 v NvO 89 aw 29 29 79 DSP 99 99 ov 99 2 S9 2 Gg ms rav 9 p9 mrov lpg Novo 9 9 nowo ravo 9 29 ravo leg 19 19 avwive 19 oss 09 oss 09 68 6s sos 66 8S 85 gc 26 26 15 zvadvex G vaovex 96 yvaovax svaovax SS 59 Svaavax 65 soex 79 zs sox 5 2 02 2 Z NIQAX JES EG NIGAX jeg cousw3as 26 25 OLM 1054 16 IG swa 16 JOS 06 67 sng sosx Oud une 87 st Nmocma 23008 Sb 27 1v onio 1 97 zania lop wiov St 72 4 eniav ET EV t 8 109 67 24 jet 9 0525 91 ov 19 Ei R Ov jon IE 23 I Nivea BE Ni
87. o 25 1000P 50V 4 xii T R32 o zooasta 2 RI3 TI cio 3 5 C22 10u lt 420001 22 zali lov gt 7 66 1 4 VL H860S H VL H870S 7 17 DSP CIRCUIT SCHEMATIC DIAGRAM LOCATION MAP VL H890S VL H94E VL H96E VL H960E PNIGV NIAY 5252 N GNIQV CSNIOY 109 GET BNIQV 9NIOV N CONIOY wer EU NIGI SNIQV BNIGV C100 wav EEE 4 07 6NIGV 109 6 OLNOHA 5 NIVOTA OAZO zu 86 1100H C1A7Z005 JE ZLNOHA 0 ELNOHA KA Z00 GE LNOHA 5221 SLNOHA NIV9 2 eu d EE SLNOHA 847 ZE 2ANOHA omw LE 0 702 QNO INIHA XAN sezu 62 525 1 gz 6NIOV 1 Zu 22 gt
88. r JOHVHO 8586 440 WT 108495 9 5 5 5 UOAN U3IWYO YAMS JAMOJ je dool PS des jepinous 5 Jayeads uonng JQOW suojjnq uong 1 3dO 7 Am im E 105098 10U00 ojoydajaL f IBue SPIM u8919s HOLS LHVLS p1023u MBIA 1 1 14 1200032 2 Joop 22 doo 424 5 8 poou 5127 u do si 100p eyesseo JU USUM 991 40 euoudoioru au ui NI Od Suoudoio iN K NI 4 3 AN H3MOd NEMI 03045 OIONV 194205 65 seuoudoiorui jo sedA 6 jo osn ayy 313 09106 e ououdosoju 32 BSN 0 p S Z Aue uy 88 JOJ SI OF JO B sindino peuJ91xe SIU xoel JIN DNId 24 1noqv 8 9 007 SUOYCOIOIW o8181S os 19409 00131 2 1 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 3 DISASSEMBLY OF THE SET
89. 27 25 27785 0 21 OLS ENVOSTAJA ENVOSTAJM 2 57 334 2 25 CINVOSCAdDD INVOS 3 3 MSTHLA 25 IZNVOSTAJM CMSTNMOQ MSTNMOQ 7134790 H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL r eo o ese j jh se s h 2 j e 7 z 5 E n z E E 712 22 16 008 10273 VPVL SA 50 Aol N4IOVZNH 210 180 QS SS Bo n 6590 6590 0790 12990 50201 s z lt SIONS Slix 2210 gt O V THA vzoorzs z 44 VOS 705 1531 29 lt 20231 aso 0 i 5 9 XIHH 9 Y12990 p p x 2 60 21 iS t a 6 N RN VOLIL EOLIL m N C Gso ao1 8 3 2 01 e 0 5 5 m T 8 azo lt ba
90. 2891219196 2 asia 2 2 168 x b lt 2 9 asnvd 9 m 6 015 6 7 2 S NI NANA HRANE e 51 gt 151 8 _ 2 1 D ZZV 1EZEOZ MSO AANA 9 10166 6 616169 6 LINN MS HOA lt lt lt lt lt lt lt 5 gt lt lt lt lt pl Cu x MW Z o mi x ur 338 2 2 Q i rojlooc mor Ae S moo 21212 8 6 N b lt 5 T lt 9 m Q NIN SNS IN S 2 812181 18 ole 9 e 0 e e 5 d D 42 lt o ZZVLLVOOAG9 1 TANVd QDI 7 3 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP
91. 5 2 NI NOJOKIM NODSASTOL c 010 0 ujej jeje 5 5 2 2 2 5 2 5 z 4 gt gt VU NINI NI NINI NI NI NI 205 V19861N 20625 7 39 H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL LOCATION MAP 7 7 2167 7167 342 822 niso ASI 0963 00 SIS 6 62 ano 42 DN2 Ada 089 455 8686 lg MS 6261 22119220 MS 2 FE 6 4 H 6 62 1 nsew iri a eu lt 056 MS 193 3 NHNL ONIHOLIMS MOd 1 8 ozi SSE 6268 22 T 121611 SASTOL 22 zi 921611 23 d K Here Herts E 42 ES 16200 22 0 SA 6 zo o jm js wjojn aoma 22 282 22710200 29 91 22 10 00 LEGO 5 1532 z 0 00 8279 gt 22 15020 5696 Iv sk 2261 H 1 60 ES QU AL 5 Karla 20 22415800
92. 9 2 02911 55355 TO SYS 2 VHD D2912 _ gt 0855CE _ 9 0 CHG ON 2 42 ca 1209 12 CZ R2905 OOK vs2 P2902 Q2905 R2933 T L2912 Bm BI302S SW 22904 z N 90 124 1171291 8 7 FIJ2H HI o o BATT TERMINAL cg VHD CCP2E3Q n G pit t ONO E BATT gt Red2l cz 25A T2V 0291 2 BATT gt Se R2922 A 1362 GR 124 2 3 gt 29019 02 02 Eu ee 7 255 R2923 2 gt 4 BATT_DET 7 17 2909 CZ TL2910 CZ 2903 5 BATT 22 1005 z 2 8 5 8 4 8 4 8 4 2 177 9 22 2 9 2 8 42 se BATT 8 9 2 S 1 f BATT 10 a 0 R2914 8 BATT M 80K D CZ O TL2914 6 5 S 6 0 TL2915 4 O 1712916 lt lt 4 ves o R2930 2906 D CO K CYB CE 2 R2931 82K CZ 7 26 1 4 7 5 YCPROCESS CIRCUIT SCHEMATIC DIAGRAM LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
93. JEV E 21 cono 6 izi asrsmos 2 27 n cows 8 Gi 29 25 50203 9 17 5 vi oxrsmod 2 si 227 S or Ov 2 SI sswas noo 9 n vss 7 e aw 0 2 91 22 50263 G FT esns ZG v snooa v ei asmoa Z U S n aw LE SJ bi asoa g 62 esmos a o o PE 9 6 e snood Z gos OND 244 ano JSEJ v snoo4 n lt 7 sun Nive o gt 2 ZE 6 a JIE 1 zne ci OF z 0 022 g i 52 5 82 82 v su 91 22 lt S ei pe 92 9 vi SZ 1 72 EC 6 22 Arana 22 7 01 12 61 5 me 02 91 vas 2 ET Zale 61 1 e zawo FI ala BI 81 91 2 5 21 SI 6 s si 6 5 awcovax 91 izi me 9 5i n S svaavax 61 eij 2 m svoovax 71 o 21 8 PT vas Z E 6 BI se li 4 iss Z 0 lol v 25 OND 583 0 o s se 1 0 issarixa 01 Q 8 zi 6 vivaraso 6 8 IE 8 8 6 9 vi L 52 9 2 S S Mit 9 9 91 5 aw S v 2 nzasa E 2 nzasa Z Meza 8018 INO
94. N iud 1920 1923 woj EE n B kostaj 9 s E E 55 55 69 8 meo __ 8 B x 2 208188 LE 58 0890 1860 ner S 8 8 260 5701 2 8 zd 258252 8 61616261 8 0620 8 95 8 ale sissa L 685 8 5187 ET X701 90620 86 z 1260 soo 2 aeo OO 99 9 8010 suo 80 3 2 Z 88 s 525552951299 Ty m 8 8 E EET EEE El 0 vio suo eoo suo 8 sgg S S g zosu 80 Quo Ka ess 60819 rg 281 HO 059965259 8553 SIS S S 21380 52099 5 euo Kel 009 1 877 6594 80259 8 E zad ze 12990 2 so 8 5 s 558 188 5 5 6268 666 i990 T Eells S R zm am 104702 818 Ezera 2819 D ES 80898 1999 MET ET 881 880 T 0 89 5989 883 7584 903 0129350959 8 259 8 5084 ma 5112 818 2195 m DO ET Em 11990 sodi 8 9 9 vaj 5 50901 03 69 95 22908 EJE E bsy 90990 60593 8 CN2802 00991 amp 3 OO Ej 8801 0 869801 86980 8 50534 si 10995 i EB 100990 Wiring Side SIDE B VL H860S H VL H870S VL H890S VL H94E VL H96E V
95. UE 2 ESPEH d 85412 g 85 PE 1 T34 55 252 5 i 5 xar 2 T S or xo T 1 Sos N 38 528 5 do amp 5 NN avans 94 67 5 p 5576 AAA Je 775 mH y o GE Nm UMA Svv6H ot SNL C 2 tyi HAN TNE EP Erro kal ur SE nor 535 88 22 aot 1232 n ahs W3 2 sodi 95 MARIA 2 58 o na 8 a 30 30 1 1 i ribji aBesg I A AM y CON I A 6607 9 2 vevod 5 i 781 o govi 51712 8 4 3 O6LJIHSI 1 Xn 2 pe Lovley 0 90 Q 2 aso a2 2 6 MAL x giri 27 66 zzve i 15184 4 7 m 8 HF bi loro lt z 8 z 9 802 4 A c OVO aoo e i EP zma 3 8 032 258 ats 98 4 Doe Pe SS Sigg z
96. 0 4 Deflect the roller shafts d alittle inward to get them out of the round openings 8 on the slide chassis Be careful not to deform the inner links Lock Lever Down Guide gt lt Reassembling gt 1 Set the unit to the STANDBY mode 2 Deflect the roller shafts d a little inward and fit them into the round openings 0 on the slide chassis Be careful not to deform the inner links 3 Align the flanges of roller shafts d with the slide chassis slits f While sliding the flanges fit the support shafts in the slide chassis slits and slide them until they reach the slits 4 Attach the down guide While pressing the guide in the direction 1 tighten the screws until the gap j be tween the down guide 3 and the support shafts becomes zero Tightening torque 70 7 mN m 0 7 0 07 kg cm Screw tightening torque 4 locations 0 069 0 007 N m 0 7 0 07kg cm Figure 6 4 5 3 Actuating the mechanism with the cassette control ass y removed ap 1 Turn on the power supply with the cabinet and camera unit 8 removed referring to the Service Manual so asto actuate the mechanism Adhesive tape 2 Put the cap on the light guide a 3 Press the cassette control down switch through the adhesive tape in the arrow direction so as to turn it on At this time take care to avoid contact with the cassette Keep the switch pressed if the switch is turned off unloading occur
97. 09 2 68K 4 0 1 T R2708 m 1 Ii TO RF RECLATE 2 lt PB_RF 2 DUN QPW 28860 2886 7 42 1 4 VL H860S H VL H870S 7 10 SYSTEM CONTROL CIRCUIT SCHEMATIC DIAGRAM VL H860S H H94E LOCATION MAP VL H890S VL H94E VL H96E VL H960E m ZNSN CEMSW 85 8 gt nsw 53 CI MSW Y 592229 8 vivas Hi i EES xi 52 29 202 1 0 52 41 AN3 8d gt v G Wnda re x 25 OL AU NA NANANA MAN 80271 CINI A3M NSTNMOO C 13a7dav AWA NOD 4W 0 07 I7WONd33 QNS C ETNOD d 527 2 5153 nY 2 vivas VHdIHSTOL 3001 IELH 01 0 8 3001 6229 001 5278 s MSTAN JA 8224 ZNITAJM 7 2 CENITAJM CINI NINI 4 SNITA3M 2001 12 18 YV NM MS 1031083 34704 aoro A 1207 3D Lay Sea s v 24 57 25 6129 O6 INY 7 5 5020 571031084 4 0 4 1
98. 1 ono 7 8 E 1 4 dez 1292 07 2 7 SNIHOLIMS H6861V 234 3 108170 GHA 9090 SS3JOHADATOL o f P 1 z osa 21 MS ONOW 22 ETE 25 iza nivvNIIH 122 2998 si E No u 9999 2546 98 1 Q 0 2 20 3v 38 MOVSAV Id I sul zo 2 3 2 3 s dH OA OL 3NIVOIN I 6 Toso nioo 6 209711 P 5192 3185 Ge 158 3584 IED 32869 300 25 koso 2 6094 2 36 uan 48 lt Sk jo Ge NET E PBN 29 ET 15 22
99. 2151215 0 sla z lal z 18 v 6 v NO2 d v 6 v P os OE NS WN OF 2 2 allele z 494 avo e E 494 lez 5 0 62 62 EMS 62 jo 215 5 5 5 3 2 QNO Z QNO 80408 Z 9 Z MS W 2 82 ZNS 5 5 5 5 2 93 83 122 42 SMS 2 EINE 505 OND 52 9278 0 92 93 wu 92 nj jvjo ojujajujn 51 Sd Wnaa 52 sama tz NO nad fiz NO wneud ll aii E SA 0 JEZ SA WOU JEZ 01 01 sanaa zz 22 Sanaa 22 6 naje 6 6 amp wom 12 2 AON jie E 5 8 woud 8 8 oz 5 22 02 oz 5 22 2 2 1 n L i 7400 9 61 61 E NO2 a 6 gel oe 6 9 A Wnad 9 9 A BI N9THOLOW 8 81 1 B z hee weed 8 6 5 ___ 5 S 01 m 1 iss 2 v woo woud v woo WANA iz 5 91 avv 91 el oss 8 NI NI 9d Wnsd Gi anova G 5 GI MS 6 2 woo 98 93 Z z WO2 9 93 2 li 61 ri lol ol NI 83 NI 83 Mag EI si 6 S som 80 35 Ids El Z 21 Z 8 rawo 21
100. 23 983 693 1F 1F rm 15 1F T 1F 223 det 6 100 5688 0 83 9 9282 8083 eu Cu27889 4 22 22 22 6 MODE zo Z3 i 0788 stati eveu 323 23 23 8100 2 1 1083 028 zleti wiz WVeZAEHI lt ray any eou 4 9693 23 jega 00831 329 ve nIO O 200339 9093 slovo 9 5 5 1 88 ll 322 nIO O AR 5082 crav ovnavo gt Sved 22 084 J noon E ie POV ZVNAWS 8559 E oL 523 1 W 1 ni 323 BAL 22 2185 089 8 pH 5588 23 2 3 53 77 LD 2H zx 222 55 3 233 7 22 110107 83 pang T zx 018n0424 1185 0 0183 189 6 b 258 5 5 5 3 2 8 8 8 33 i 33 2 8 Y 7 13 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E e p o pl jp qw cp uq opo x LOCATION MAP 5 Z10 16810 00819 22 50814 23 ZOB Iti 222 48 70815 22 We 10818 00818 329 1070 50812 Q SA F l 1 1 N3IOSINH 00810 1 SAL 0 09813 333 8 22 01 21918
101. 29 85 ND 2 227 ue 26 WINN 12222 89 9SEBA 95871 91 I 1050 10 0 12 41 9 83 262871 gt Ta aoi 1 35282 r sis 58 88 m 4 7 yet 2 28239 D BR y eR T 7 _ 8 vaz 2 585 SAB 58 estet 56 91 2 81 bo 5 a baw rey 2 1 asma o a D 59 85 2 bo lt 15 og gt rav o o3 7 u 6 J T m 9 ake nioo in Sh ES ryan ud AFISIV TAT H 90r 7 7 34 E 8 4 LOCATION MAP VL H860S H VL H870S VL H8
102. 3 1 DISASSEMBLY OF THE VCR PARTS Note Before removing the cabinet turn off the power supply and ascertain that the battery has been removed lt 1 Removal of the Cabinet L gt FPC connector 2 Remove the screws b LX HZ0018TAFF 2pcs 6 Close the VCR lid 7 Lift about half of the L Cabinet parts in the arrow direction remove the FPC connector 3 Turn the Camera section and remove the screws i XiPSN20P04000 1pc d XiPSF20P04000 1pc A V terminal FPC 9 Remove the A V terminal FPC Note The FPCs and the wires of process 7 8 and 9 are connect ing with the L Cabinet and remove the L Cabinet while it is floating from the main body 4 Remove the A V terminal cover and the screws L Cabinet is drawed violently they have some apprehen i XiPSN20P04000 3pcs sions of snap off the wires 3 1 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E lt 2 Remove the Tripod Angle gt d Tripod Angl 9 nge 1 yu 7 1 Remove the screws d XiPSF20P04000 3pcs pull the Tri pod Angle VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Main PWB Microphone connector 3 Remove the Microphone connector Remove the main PWB fixing screws f XiPSD20P03000 3pcs Lift the main PWB in the arrow direction and remove the connection B to B 3 Removal of the LCD unit LCD unit 1 Remove the FPCs from connectors A
103. 390 x 520 mm 2 JIGCHART 1 3 CP Color bar chart Color temperature conversion filter HOYA LB 165 Digital voltmeter 8 1 Color Bar Chart 240 x 320 mm 2 JIGCHART 4 3 DA Halogen light 2 pcs Color video monitor AC adapter Service Remote Control Configuration Note The entries of list 1 Name 2 Part No 3 Code 000000000 000000000 000000000 1 Service Remote Control 2 RRMCG0033TASA 3 BT 1 Color Temperature Conversion Filter 2 JIGHOVA LB165 3 BN Note 1 Color temperature conversion filter jig item No 3 mav be obtained from HOVA Optics in vour local market 2 N Indicates the new jigs Connections for Camera Section Servicing LENS EN s5 CCD PWB 19pin 20pin N SC6 Sc2 18pin 503 19pi d se4 Connected FPC between the camera and the VCR 5 4 2 Adjustment procedures This adjusting procedure covers all the steps for conducting the adjustments all the way There are some steps that may be skipped depending on the specific needs for servicing and adjustment Y 1 Checking the power supply voltage 3 Adjusting the black balance and AF noise level Y v 2 Adjusting the auto focus 4 Adjusting the burst gain Preparation Set the auto focus adjustment mode v Y 3 Adjusti
104. 7 3 SASTOL 0 493130 move 2 6 37 3 si QNO O3MNON 3 nuo 04 01 varon 2 001 3 L 81 DATOL 7 22 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Py 3 4 4 23 A M Z nijo 1 1 62812 zobi 91 22 ESI i 8 8 7100 8 M 5 22 15815 12812 8 a a 0 Vrv 22 23 i 2 2 1070 05813 69818 e 5 5 HOA ez s 5 1 HSA 22 22 22 ozeru 3601 M _ 6E 65814 s 67818 27815 EZ 1 si 523 ze 2 STD 2 f dwari 60 1 04 Hm 220 cog 22 6 1x3 81 88181 0981 de 2 O BI Tn 7 29 biel 2 ZON 121 2 53 9 ssa Bl eos 5 220 BIBIH trav isvuiNooy a Sere 220 98 2 2 woo 2 OE cru 585 mm 2 QN9 51 T
105. 7 1 OVERALL SCHEMATIC DIAGRAM VL H870S H890S H96E H960E LOCATION MAP 1 4 Ie 8 N DIEM SJE JS 3 SZ S o o r o o s x gt 0 5 jag a 1 m 1 E 9 9 z la la la gt NE lt 18 8 5 18 lg la la m ja jq fs olz le 5 z z z z z gt 26 gt 8 55 3 3 510615 515 5 D 2 m S o aj N eL id CMC vo 02 2 emooz 61 vwooz enooz 81 2 871002 3 m 02 21 2 5 91 n v wooz 9 2925 002 G 5 aaTwooz g 1 2 5 25 35 8002 G 8 Ganza JE 2 p i 6 21 8 190 ED couno rwa 6 Z 1 cono 01 61 1 1 21 inom 6 2 2 7 cw 01 i crm 8 34
106. AO 2 70 O 2 0 20121 gt 2 O SGESSI oe 130 e amp Z 1030 5924 1070 6 V NOO d 1219 14 2 f NE 9 AS VHOSA NI NOOONIM gt Noo d vva H HLA 4 4 gt 2 NS C owmwOd 3 27785 EB6PNU gt 2 1029 49 gt C gs 05 gt C 0001 802H 2209 mmm 6122 moo C Woo Cong 891 DAMI lt lt 07N8 90 8 2 2690 1550 0850 5890 5750 250 5790 2750 1750 0221 5 07 6 lt SASI NA A SAS S N A SASI N SAS D d 4 SAS L N I SAS d SAS 3 N ITSAS Ex ivava sas D i VIVO sao O H vO2H KORITO 1 jaava nvo uJMod 0L 4000 I 90001 01 Z010 0489 2389 T T_T 11111111 8112 EUST ERI 8000 lll 3833359 4 P A Ua f Phe 2622 2278 2574 3052 12 8 aj 3 5 5 8123 1 Y MOSS 051 _ 132 3 Ow vile C CAS LAN EAE 3 m 85 He e MSOLA 5 ma 2020 A AL m b JAW CMS AND DM lt lt PE 1 sS SS wen 7 2 35 rasi s 9 2 SNASTIJIA I KEY snas ma panmi lt lt 5 2 s SN OSI 2 SNIS 34VL 9 5 2 4 SEIU 5 GELU 8 OwO
107. B and C C isn t used with VL H860S H94E EX 2 Remove the screws d XiPSF20P04000 1pc and b LX HZ0018TAFF 1pc lt 5 Removal of the main P W B gt 1 Remove the Camera FPCs 2pcs are connected with main PWB and the Camera section and remove the Lithium connector 4 Removal of the V Cabinet gt Remove the Lithium Holder 1 Firstly remove the Lithium Holder Turn to upside the surface of V lid remove the V Cabinet fixing screw b LX HZ0018TAFF 1pc Remove the battery connector Remove EJECT TURN S W connector 2 The same as process 4 remove the battery connector in the reverse side of PWB and EJECT TURN S W connector and disconnect the Tilt section and main PWB 2 Turn the Camera section to right angle remove the Tilt side fixing screws 0 20045 2 the bottom side screw b LX HZ0018TAFF 1pc open the VCR lid and remove the slant wise screw d XiPSF20P04000 1pc Note The Tilt section is setting with the parts of the Camera section Never remove the parts of Camera section only 6 Removal of the Cabinet and Mechanism 1 Remove the screws b LX HZOO18TAFF 1pc d 5 20 04000 3 e LX BZ0191TAFD 2pcs 2 Pull the Mechanism from K S V Cabinet remove the screw e LX BZ0191TAFD 1pc and the side angle 3 2 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E
108. C GHA 1 lt lt 317 LN lt 5289 240 S zool 22 za 4686 v nora 0 1080 lt lt 1188 C lt 22 23 lt E 22 nor fos 7588 88 089 583 1 T WW Hn88 2081 823 10 0 11 25 se A81 8283 100 22 1F 1 082 za 223 GHA 255 z rave 822 910 0 TEE azo 223 crav en e EZ nora 1070 Lar 22 5782 6583 1 l 1F 12 11 220 6 82091070 1070 0592 8 9293 8083 si za 22 23 za 24 e 1 6088 o E 6989 223 23 23 00 1 l 2683 0585 len 0 AVSZAENI 9592 22 00821 20 2 vOSH uIHA va z 00 1 23 4300930 9082 412 o 8583 ret 2 14 1 070 6083 23 3042 crav ownnvos 4 6598 23 5088 I 25 fem 61 n 0 ze 2088 91 r ni 22 00 22 re 1 5182 7089 See 22 HOH 222912 O 1 583 233 4 22 1 0 6 7 8 T 1293 BPOADA 35018 1182 360 8 3 0182 5182 6 938 8 8 8 229 8 8 9 2323 3
109. L M REV L M FOR CAP_FG CAP_RVS CAP_ON CAP VS CAP_VS CAP_VS P CON_3 3V MOTOR_GND MOTOR_GND H A_GND H A_GND H A_GND REC C REC C_ADJ H ALGND REC Y REC Y ADJ AV REC H H SW P OVER P HZA_GND D O PULSE SYS_GND 1 0 EEPROM_CLK VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 21 MOTOR DRIVE CIRCUIT SCHEMATIC DIAGRAM e s j m fl m P 5 4 C MOTOR_GND P CON_3 3V _5 DRUM VS CAP VS DRUM_ON DRUM PG DRUM FG CAP_RvS CAP_FG L M FOR 1 S REEL_SENS TAPE_SENS T REEL SENS 5 LED_GND START_LED ME MP_SW HEMP PROTECT_SW SYS_GND DEW DOWN_SW END_LED 81703 emi ME HT miris evr 81161 8 2K D N ICITOI LBI950V VHI FILTER Fi RSATI IN2FG 11 TIMING SOFT sw xh se UOUT VOUT STBY BRAKE FRC 1 Vs 2 veci Ci 2 PGOUT POIN VREF FOIN 1716 0 0474 t 1 26 86 18 HH H 100
110. Metal Composition 1342 VPD9M101J100N Peaking 100uH AC R222 VRS CZ1JF000J 0 1 16W Metal Oxide 11701 VPCCM2R2MRO9N Peaking 2 2uH 10 13 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code 11702 2 2 09 Peaking 2 2uH AC R329 VRS CY1JF471J 470 1 16W Metal Oxide AA R331 VRS CY1JF102J 1k 1 16W Metal Oxide AA CAPACITORS R335 VRS CY1JF273J 27k 1 16W Metal Oxide AA C301 VCKYCY1CF104Z 0 1 16V Ceramic AA R337 VRS CY1JF181J 180 1 16W Metal Oxide AA C302 52 0 01 50V Ceramic AA R338 VRS CY1JF181J 180 1 16W Metal Oxide AA C303 22 0 01 50V Ceramic AA R339 VRS CY1JF100F 10 1 16W Metal Oxide C304 52 0 01 50V Ceramic AA 8340 VRS CY1JF680J 68 1 16W Metal Oxide AA C305 VCSATA1AJ106M 10 10V Tantalum AC R342 VRS CY1JF271J 270 1 16W Metal Oxide AA C306 VCSATA1AJ106M 10 10V Tantalum AC R343 VRS CY1JF221J 220 1 16W Metal Oxide AA C309 2 0 01 50V Ceramic AA 344 VRS CY1JF223J 22k 1 16W Metal Oxide AA C310 52 0 01 50V Ceramic AA 8345 VRS CY1JF333J 33k 1 16W Metal Oxide AA C311 VCKYCY1HF103Z 0 01 50V Ceramic AA R359 VRS CY1JF474J 0 47 1 16W Metal Oxide AA C313 7 0 01 50V Ceramic AA R360 VRS CY1JF103J 10k 1 16W Metal Oxide AA 0314 VCKYCY1HF103Z 0 01 50V Ceramic AA R361 VRS CY1JF103J 10k 1 16W Metal Oxide AA C315 VCKYCY1HB472K 4700 50V Ceramic AA R363 VRS CY1JF102J 1k 1 16W
111. Part No Description Code Ref No Part No Description Code C5402 RC KZ0055TAZZ Capacitor AD 08304 21 1000 100 50V Ceramic AB C5403 21 102 1000 50V Ceramic AB C8305 VCCCCZ1HH150J 15p 50V Ceramic AB 05404 VCKYCZ1HB102K 1000 50V Ceramic AB C8306 VCCCCZ1HH150J 15p 50V Ceramic AB C5405 VCKYCY1CB104K 0 1 16V Ceramic AB 08307 VCKYCZ1CB103K 0 01 16V Ceramic AB 05406 VCKYCY1CB104K 0 1 16V Ceramic AB C8308 VCKYCZ1CB103K 0 01 16V Ceramic AB 05407 VCKYCZ1CB103K 0 01 16V Ceramic AB C8309 VCKYCZ1CB103K 0 01 16V Ceramic AB C5408 1 104 0 1 16 Ceramic AB C8310 VCKYCZ1CB103K 0 01 16V Ceramic AB C5409 VCSATA1AJ106M 10 10V Tantalum AC C8311 VCKYCZ1CB103K 0 01 16V Ceramic AB C6401 VCKYTV1AB105K 1 10V Ceramic AD C8312 VCKYCZ1CB103K 0 01 16V Ceramic AB C6402 RC KZ0070TAZZ Capacitor AD C8313 VCKYCZ1CB103K 0 01 16V Ceramic AB C6403 VCKYCZ1CB103K 0 01 16V Ceramic AB 08314 VCKYCZ1CB103K 0 01 16V Ceramic AB 6404 VCSATA1AJ106M 10 10V Tantalum AC C8315 VCKYCZ1CB103K 0 01 16V Ceramic AB 06407 VCKYCY1CB104K 0 1 16 Ceramic AB C8316 VCSATA1AJ106M 10 10V Tantalum AC C6408 RC KZ0070TAZZ Capacitor AD C8317 VCKVCZICB103K 0 01 16V Ceramic AB C6409 VCKVCZICB103K 0 01 16V Ceramic AB C8320 VCKYCZ1CB103K 0 01 16V Ceramic AB C6410 VCSATA1AJ106M 10 10V Tantalum AC C8321 VCKYCZ1CB103K 0 01 16V Ceramic AB C6601 VCKYCY1HB102K 1000 50V Ceramic AA C8356 21 1000 100 50V Ceramic AB C6602 VCKYCY1HB102K 1000 50V Ceramic AA C8358
112. Rotary transformer Rotor ass y Positioning hole To be aligned with RTr rotor side position pin Figure 7 Rotor mounting screw 17 Motor rotor Upper drum ass y Rotary transformer rotor ass y VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 3 Lower drum ass y Tighten the FPC mounting screw to the lower drum ass y The screw tightening torque must be 0 08N m tighting torque 0 8kg cm Fig ure 6 4 Upper drum ass y After fitting the gap shim which was removed when the upper drum ass y was dismantled to the shaft of lower drum ass y fit the upper drum ass y Figure 3 At this time slightly turn the upper drum ass y by hand to ascertain that RTr does not scrape If scrape is found replace the gap shim with the gap shim packaged together with the replacement upper drum ass y 5 Drum motor stator Fit the motor stator to the shaft Then apply the preliminary pressure 0 07N m 0 7kg to the motor stator tighten the stator mounting screw The tightening torque must be 0 15 1 5kg cm Install the stator so that the chassis line is nearly parallel with the motor stator straight section when it is installed on the chassis Figure 9 6 Drum base Align the positioning pin and tighten the screws 3 pcs 7 Drum ass y Install the drum ass y on the main chassis and tighten the screws 3 pcs 8 Tape guide Align the positioning pin and tighten the screw 1 pc
113. VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 9 64 67 68 and 64 aren t used with VL H860S H H94E MK 00 7 6 WY 3 2 10 19 VL H860S H VL H870S VL H890S VL H94E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E r I o co gt 2 lt m SL FF E E j T 10 20 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E CASSETTE HOUSING CONTROL UNIT CAMERA UNIT EXPLODED VIEW Face the thinner part toward the lens side VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 11 PACKING OF THE SET A p UADP 0304TAZZ AC Adapter RRMCGO0074TASA Remote Control QCNW 1906TAZZ A N Cable RCORFO0038TAZZ Ferrite Core VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E UBATLOO11TAZZ Lithium Battery UBATi0059TAZZ Aa Battery Pack SPAKF0261TAZZ AC Adapter Case SPAKA6314TAZZ l Packing Case Ca SSAKA0087TAZZ X SSAKA0088TAZZ 50010 5 Shoulder Polyethylene Bag KATGANLOOOLTAZZ Guarantee Card 5 0325 72 TINSLO173TAZZ TINSLO175TAZZ KTINSLO179TAZZ TINSLO180TAZZ TINSLO183
114. t 1 1 80785 2209 1 2 2 mpm Wd 0 F FSE AN or 8 d gt qQN9 V H 6 109471 20780 NIPVNI LA 2070 Id JlddId NI 29v 6 m Y12112 MS NIVS ANY 22 679 2107271 0 0 VZH J 009 JH Sd 9 ET 24 Ru gt VHS 829 5 108 z RE H 3Svua Lod _ 80780 lt MS 64 07214 t V7H lt r VZH Z 6 6 ns m OL 0474 18902 j 5 8 SV 2 S 872048 2 8 5 gt Z 9 U Z U 6 k sO 9 me lt MI lt lt lt 2 NA u H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL z oO ONAN OVEN OC OLN PN CONS UNUNTA CN 1 rN u m DAH 9 z z z o ov O g O O lt m gt gt gt 2 A z gt 1 1 2 2 m 1 2 2 2
115. the GND side to the TL7401 3 Using the oscilloscope invert either CH1 or CH2 signal and add two signals 4 At this time match the CH1 and CH2 volts levels 4 Change the data value and make an adjustment to get the specified value at Red position 54 mVp p 5 10 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 3 6 Adjustment of audio circuit Note The data enclosed in the brackets are for the sub channel VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 2 Play back the stereo alignment tape JiGWR5 9CS and adjust so that the waveform envelop of TL605 becomes as smooth as possible Before adjustment record the current data of adjustment address 05F Whenever the TELE WIDE key of adjustment remote controller is pressed waveform 1 Adjustment of filter 10 Measuring instrument Oscilloscope 1 Connect the oscilloscope to TL605 Mode Playback Input signal Measuring terminal TL605 Adjustment address VCR ADJ 05F Set value MAIN SUB is switched Select the point which gives the flattest possible envelope 2 Playback level adjustment Measuring instrument Voltage mater Mode Playback Input signal Measuring terminal Adjustment address Set value address 05E and 05D TL608 TL607 VCR ADJ 05E 05D 7 5 dBs 0 5 dB and 05D 1 Before adjustment record the current data of adjustment 2 Be su
116. 1 gos 21 NS QNO o 805114 5 secu 4 Ol ON9 4 6 I 6 AS SN31 0 t 8 AS SN31 90511 2 09 0010 z 1 9 10871 5 5 2 4 7 80511 4 1 AL WO S 60571 05 0021 1 57 002 4 91 21974 NOTHLA z NO741A 4 21611 4 8 01571 iei HIMOd VL988IN VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP 2 4 10 u 7 R537 uo7wz Ke I C1197WZ MCK 2 CUIN 0 E lt gt o VA x P o m 4 O 1 lt mi IL uj o lt gt lt s a a 3 S NF 2 2 5 By UR BE 8 JE 7 CC 8 9 5 88 o r ECS 8 lt NIVO SIHI 135440 TH 7 42534 07518 7 H SIHI 7 7 12 18 7 ZuIHd 7 1n0 TWH 5 7 IV 3z III V 3003 7 2 7 gaz 0 laz 4 vas 593 4 las 6 10 gt AS SN31 7
117. 166153 2122 8122 7 I I xe 91 C ioy 92702 3 ZZ C C ro az ONASHYSA C sooj ONASAHS3 C 353553 C 12792 4 1nogresa C 02722 00770 1nooq C 0 1 9 20 910030 2 0 6 C 4 ulus 28 m STNI C 83724 SLIHM 2 20 6 C 52 26 500204 4 _ 7 3078 OLAV 6 C voza 29 20 21 30 INS INOHHONAS C so za 012720 147099 30105 C SONYNINT C ELD 2018 553208 915 152191 z 03 20 56540084 TWN9IS 8 D 01709 C QNO 4 11002 4 14 26 V102vO 21109 0221 21109 C lt 71009 C za 51702 C 7 70 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 18 ZOOM CIRCUIT SCHEMATIC DIAGRAM 1 a 3 5 1251 g PBWMI OOKRSON C 1 R251 C 5 1 C25 8 7 gt gt 5 150 E 6 3V HSYNC I CTA 8 259 2 8254 Oulu vse I 5 B 8 9 lov Fer 3 2 8 0 2 8 0 2 8 o jo jo jo jo o 252 69 69 69 63 2 5 69 69 69 69 69 69 69 63 69 6 9 9 7 9 9 2 3 2 0 9 CFNSH gt 0 60 8 8 z X 60 x E B S
118. 1HL 83 2 80819 22 Y f L oj ple a r 5 5 5 8 0082 Ys 22 22 L NOSIJO INE 1 182 91828 pes 7 20 H890S H960E 7 21 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 1 4 LCD CIRCUIT SCHEMATIC DIAGRAM VL LOCATION MAP 3 7 lt 2 000 3 C DATOL 22 22 23 100 070 0 8182 9189 22 u 22 0989 lt rov svig Nowwoo gt E 0081 o e lt annaran 73 8 598 JEBEGO lt lt MUTACIJ 5 22 0085 C 7 822 2 5333508 veo 30001 008 C 7 0089 8 11 4 ustni m C 11978010 re
119. 2 4 4 9 2 8 2 8 2 8 6 IRIS_GAIN 5 1 8 N N 24 1 8 8 SOS 4 C 565 C553 mm C554 5 10 O Olumm 0 6u3V 4 4 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E sw 9 552 NJM2902V RTIPI40U R573 CIRIS_SEL 2 9f CHALL_IN 4 CHALLLINC 20 1 8 BA lal 2 R599 470 PBWM220K 2 IRIS_GAIN TIT Eu L551 CHALL_OUT g R583 C568 es 6 8K 562 196 1508 CHALL_OUT 01 av CE C564 R595 R591 EE R577 IK 566 470K Hi 8578 woes R594 CHALL_OUT PBWM220K IR2N R570 CHALL_OFFSET 3 6 1552 9 R586 ap c56 1C553 E EDS C559 104 0 01 lov A R596 15K D CIRIS_H R590 0 01 VWV IRISL R597 240K D IRI S OFFSET R598 R581 Sce 5 6K N2086TA 2 8 TL570 LENS 2 8 1
120. 22 ba sil oe 7 EJ s 22817 0 ION 81 230004 09818 21 SSA lei 75A 226 12 TE d HSA S se EE IV 870917 SA I A 2 urea 2 222 8 01 5 00 emm CHO 001 108121 E 6 6 ro 82812 FE a 8 454 8 9501 80424 9 8 8 4 S38 41813 229 gt L 9 zien o m xi 6 UIHA 2 23 91 9627 v cx z ed 2609171 0 alo E aua 208121 2 ads H370H1NOO 007 2 das mm 1 ano 1 i n 3 22 38 N 095 V 18200 GHA 6t 85518 108183 6552 Ne 205 lt 2 28 8 71812 6081 z 008 IND dad vosi 1t dH 158 te 7 2 1 CUNY 095 25 NOS v 55814 3095 z 9 822 22 h 528 vzeli ODA zo o98 9291 RORO ES 52512 4185 165 5 za 3 EM 815 40001 80 981 8818 L 1 zo OE 629 2 oi 85815 m 23 d 4 0817 PURS 8 55448 5818 u im 5829 S 229 299 dec 2 izelo T 61819 23 23 19818 6981 x 5 08 E TE 819 L L 7 19 co LLILLI AE gt 28u
121. 23 5 5 5 250001 2 0222 Pd 4 aso ao1 4 3 22 MS 9 aso a 1 23 XG 6925 g aso qo1 ZO MS 8928 J C 37 3 23 XZ Zl C ocu 34 23 MZ 122 C e a NI A 696599 1599595559539 gt x p U x meam nme aw C 769 2 1 85 5282 417 7 S CEZ CSCL M P SRE E 822 5 5 5 7 8 C JB ls z C araa 222622 202696 5036 O O X X IB 524220 BREA 202 e S S T ST h C Q PEP 255867 E 1 7710 8 9992924 594694 lt 5 22 NE b 8 27 84 vivq aso 4 701 650 cara 3 Baro vy 226 oH1NOD 3SVHd 03395 aod 31v 07149 nase 4 Givawi So D _ 5 5 IHA 106149 asv SE g osSu ONS SSA nio o 5 5 90 21 SASCddA MDO 10 NOTAVD INO dvo SATAY 5 2 26 25 H 3LNW Y H 310W V 954 bili
122. 41 10780 H6861 H 3AVS d 7 amp 4344 9 dv voego 8343 c 3 n rav O03 Rae 7 ASI 0 22 1 100 0 0 EM 7 dm 2 3 7 4585 RU gt 1007W37A O3H 7 049 blz og 01289 Hnz 8 51 zz aij 19 9 a T 7 gt 2 84 _ HnE E 36 1 51269 229 50587 T 90 8H V NI7W47A 8d 4 62595 H ONAS 9 5 azz O 2 206611 4 AS PTAA D LZE8Y bobo bo gt 43284 D NJI ODZNH 2401 20 80 co 2 434418 5 286692 8 90280 N dAPLEGGW 097502 4 4 TEBI gt H 90P 8 E ol nA 10 0 T a m 2189 T 91 S P nio O E 1 89 5 ous m k 8 5 8 14222 85287 y J 3 2 lt 686 7 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP 7 QAH4S OL ONO v H 7 7 0160 ol x gt 7 8 VO 4 NAIOHINH
123. 5 B R P Br B 5 s 56 5 8 5 3 b 8 5 5 5 z 8 8 8 vu h 8 8 6 8 4 5 4 Z 3 5 6 B u 8 8 8 3 2 8 8 k 2 E z 8 3 oz 96 vino coz Yi gt 63 vini H 62 2 02_ 2 0 2 C pzya zys oz vs 4 oz vina mv coz vs 63 YINS coz ve vrne oz ci 02 0201 7 G C ozes 02 09 oz ca cini C ozee 02_ 2 484 ciN2 ozer 2_ 9 2 4 69 wy 02 53 6 cins F zov C 02 63 cine C mva oz cn 63 cini mos IC25 2 8 0490 zv 253 T Olu 0 ELECTRIC 200 C GND S3 IMAGE STABILIZER DIGITAL NOISE REDUCTION 266 gt zp_voy vouro C gt 01 vori E C zp c2 gt gt C y 2 0 vour2 C 5 zo 628 Yours 2 I zn 6 Yours zD_Y6 2 voure C PCS BURE 558 C 25 66 62 xPADDAO C apps 68 xPADDA3 XPADDAA c0
124. CCD SENSER ZOOM LENS EE MASTER LENS IC101 CDS AGC IC151 10201 9 A D DSP 63 IC501 Camera u CON Master 1 Li LU i PHIRF 1 FD FD FD FD FM FM ZD ZD ZD ZM 23 4 1 CTL CE 1 CLK3 CE IC553 17116115 i amp 2 4 9 OP AMP HALL OFFSET 3 i DRIVE 1 i 1 OFFSETH2 1 19 L WWHIRIS H 18 HALL IN 9 HALL IN 1 Device th 10551 LENS DRIVER FOCUS FO2 FO2 FOCUS MOTOR DRIVE FO1 FO1 ZOOM LENS POSI b TIR PHIRZ 201 201 2025 202 200 MOTOR DRIVE VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 SCHEMATIC DIAGRAMS 7 1 OVERALL SCHEMATIC DIAGRAM VL H860S H H94E LOCATION MAP 1 4
125. CXL5517N 50V C4406 C4402 4403 c4405 O lu 4409 0055 22 1000P 0 1 HNICOIFU TA R440 1 1 ni R4413 3 3K R4404 4408 120 R441 D 1 820 R4405 AMP amp BUFFER 4403 82 zu 04401 t 68K Am AI989R t 15 L R4415 R4402 74 3 3K 1 12 Fse gt H 6 4410 08 C 6 gt gt 2 M IOV ccp_IN 2 gt gt 0 0 DRIVER je jo 8 0 696511 cep ovT i y TAH CCD_91696 081 2 Je CCD SAVE H gt R4410 R4423 0 0 33K 33 IM 6 0 R4414 2 7K R4407 Q4402 o AI989R BUFFER 50V C5406 5409 C5402 C5403 5405 0 10 mo 0055 221000 JO lu jov i 1 12 R5403 R5401 3 3K 05401 I 7 AUTO BIAS DRIVER Md TIMIHG BUFFER 916965112 TA N i i IC540 5404 CCD_DELAY_LINE kal CXL5517N sov L o m im pee VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
126. CZ1JF152J 1 5k 1 16W Metal Oxide AA R8417 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R7411 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA 8418 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA 10 10 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code R8419 VRS CZ1JF102J ik 1 46W Metal Oxide AA CN2801 QSOCNO607REN1 Socket 6Pin AC 88420 VRS CZ1JF102J ik 1 16W Metal Oxide AA H870S H96E EW EX R8422 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA CN2802 OSOCNO860TAZZ Socket 8Pin AE R8424 VRS CZ1JF000J 0 1 16W Metal Oxide CN7401 OCNCM7068TAZZ Connector 70Pin AG R8451 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA FB1801 RBLN 0028TAZZ Balun BLN 0028TA AB R8453 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA P902 QPLGNO364TAZZ Plug AC R8454 VRS CZ1JF122J 1 28 1 16W Metal Oxide P2901 QPLGNO664TAZZ Plug 6Pin AD R8455 VRS CZ1JF821J 820 1 16W Metal Oxide AA P2902 QPLGNO863TAZZ Plug 8Pin AD R8456 VRS CZ1JF153J 15k 1 16W Metal Oxide AA P6601 QPLGNO364TAZZ Plug 3Pin AC R8457 VRS CZ1JF153J 15k 1 16W Metal Oxide AA P7401 QPLGNO264TAZZ Plug 2 AC R9401 VRS CZ1JF000J 0 116 Metal Oxide AA SC601 QSOCN2286TAZZ Socket 22Pin AD R9402 VRS CZ1JF103J 10k 1 16W Metal Oxide AA SC901 QSOCNO787TAZZ Socket 7Pin AC 89403 VRS CZ1JF000J 0 116 Metal Oxide 56902 QSOCN1986TAZZ Socket 19Pin AF R9404 VRS CZ1JF103J 10k 1 16W Metal O
127. CZ1JF390D 39 1 16W Metal Oxide R8303 VRS CZ1JF000J 0 1 16W Metal Oxide AA R6406 VRS CZ1JF181J 180 1 16W Metal Oxide AA R8305 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R6407 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA R8306 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R6408 VRS CZ1JF362J 3 6k 1 16W Metal Oxide AA R8307 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R6409 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R8312 VRS CZ1JF000J 0 1 16W Metal Oxide AA R6410 VRS CZ1JF153J 15k 1 16W Metal Oxide AA R8315 VRS CZ1JF000J 0 1 16W Metal Oxide AA R6411 VRS CZ1JF390D 39 1 16W Metal Oxide AA 8318 VRS CZ1JF000J 0 1 16W Metal Oxide AA 6417 VRS CZ1JF360D 36 1 16W Metal Oxide AA 8319 VRS CZ1JF203J 20k 1 16W Metal Oxide AA R6418 VRS CZ1JF181J 180 1 16W Metal Oxide AA 8320 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R6419 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA R8325 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R6420 VRS CZ1JF362J 3 6k 1 16W Metal Oxide AA 8326 VRS CZ1JF471J 470 1 16W Metal Oxide AA 6421 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA 28327 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 6422 VRS CZ1JF153J 15k 1 16W Metal Oxide AA 8328 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R6601 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R8329 VRS CZ1JF471J 470 1 16W Metal Oxide AA R6602 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R8359 VRS CZ1JF391J 390 1 16W Metal Oxide AA R6603 VRS CZ1JF332D 3 3k 1 16W Metal Oxide AA R8360 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 6604 VRS CZ1JF103D
128. DOWN SW END_LED L M_UNLOAD LOAD VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 8 SEMICONDUCTOR LEAD IDENTIFICATION 2SA1298Y 2SA1774F 2SA1832Y 2SB12956 2SC4555 2SC4738 2SC3931C 2SD2216 DTA144EE 25 4627 25 4617 C B DTC144EE DTC323TK RN2104 2SD1328 S 2SA1037KQ DTA114EE UN9213 UN9113 DTC123EE UN9110 DTA114TE 2SA1989R 2SC5383F 25 5384 RT1P141U RT1P241U RT1P441U RT1N141U RT1N241U RT1N441U RT1P140U 2SA1362GR 44 36 32 30 24 20 16 14 IX0238TA LB1951V M62352GP MC14053V MB3775FV M52374VP 0667 AN3358SH MB8346BV 2 A UPD16510 LB1850V NJU4066V LB1843V MM1433 MB3788FV BU4051FV CXL5517N LB1882V 2SB1121T 2SB1132Q 2SB1302S 2SB1123T SB20W03P 2SK2316 CXA1814N NJM2902V BA7785FS BU2092FV CXA2096N MS548331 LZ2453A6 M52358VP 4 5 UMD2 HN2CO1FU 4601 UMG2 XP1C301 UMT2 RN4982 XP6501 S8435CF XP1401 UMX2 RN4983 UMH2 XP1501 2SA1873Y UMZ1 RN4984 UPUMZ1 NJM2107F 25 4944 XP4111 RN4990 RN2904 SC14S66F RN2702 HN1BO1FU 2 RN1902 SC7S08F RN2703 HN1A01FU 2903 RN1903 UMC5 RN2704 HN2A01FU XP4113 RN1904 XP1B301 RN1702 HN1CO1FU XP4213 RN1703 RN1704 o A y A A NC 3 2 DAN222 MA132WK RN4604 SFPB54 XN4402 HVU17TRF XN4504 EX0870CE XN6401 HVU359TR LB1683M FP301 DA121 MA132K EX01 52 MPL1 8 1 MB3785V IX0437TA IR
129. Enter the VCR adjustment mode with an adjustment remote control and select the address 37 Select the address using the FF or REW key and fix it with the PB key 5 Make an adjustment so as to minimize the chroma component on TL414 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 37 6 Repeat the steps 2 3 4 Adjustment of Y emphasis level Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar Measuring point TL408 TL8356 GND Adjustment address 56 Adjustment level 500 20 mVp p 1 Input the color bar signal into the video input output terminal in the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 56 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to get 500 mVp p between SYNC TIP and WHITE PEAK on TL408 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 56 5 Adjustment of Y de emphasis Hi 8 Measuring instrument Oscilloscope Mode PB Input signal Color bar JiGWR5 8CSE Measuring point TL405 TL8356 GND 500 20 mVp p _ Adjustment address 57 Adjustment level 500 20 mVp p 1 Set the color bar tape for alignment JiGWR5 8CSE 2 Enter the VCR adjustment mode with an adjus
130. H VL H870S VL H890S VL H94E VL H96E VL H960E 3 3 zo r r r A mer Pk 5 01 gol JEBI2 e zo T 12810 a a s veji pi 2 1070 HOA 92 0813 59818 g 5 5 18111 HSA see so es 22 22044 188 0 ovala 4 91 T 513 jig STD 2 VN 72817 1080 545 02 2 545 22 IX3 61 2 22 220 22917 15818 691 ION 81 r3 09818 ETA 290 ZON 121 ssa 191 Nas 1 028172 50817 61 2 226 PY 5 1060 391 730 noo vs rm I HSA mmm QNO lt Sora ET ddv elen IHA 22 01 ora 222 o 8201 E Ha 001 108121 6 6 92812 erent ADA v 8 151 8 801 BPOAJA 0181 1 sau 4 11813 23 218 7 218119 xA exa S UIHA zieni r exa v 565 317 208121 603 82 2969 z caus 2 Ges 7 OD JI 10 22 NJE 18200 i 1OBIBHLEGEJAH 23 205 199197 A OOB TI 7 ada 23 30001 1 885 81812 aw 6591 no vz
131. H860S H H870S H94E H96E 25 TLABM1968TAZZ Model Label H860S AD 63 PSHEPOO90TAZZ Diffusion Sheet AD 25 TLABM1969TAZZ Model Label H860H AD 8905 960 25 TLABM1970TAZZ Model Label H94E AD 64 PSHEP0070TAZZ DBEF H870S H96E AN 25 TLABM1977TAZZ Model Label H870S AD 64 PSHEP0092TAZZ DBEF H890S H960E AN 25 TLABM1979TAZZ Model Label H96E AD 65 PSHEP0044TAZZ Prism Sheet H860S H H94E AG 25 TLABM1985TAZZ Model Label H890S AD 65 PSHEP0084TAZZ Prism Sheet H870S H96E AG 25 TLABM1987TAZZ Model Label H960E AD 65 PSHEP0125TAZZ Prism Sheet H890S H960E 26 LHLDB1030TAZZ Lithium Holder AG 66 GFTAC1241TASA Cassette Control Cover AD 27 PSHEP0124TAZZ Reflection Sheet AB 67 DUNTK2887PM00 VCR Unit H860S 28 PSPAZ0286TAZZ Turn SW Tape AB 67 DUNTK2887PM01 VCR Unit H860H 29 1605 1 Fram 67 DUNTK2887PM02 VCR Unit H94E EW EX 30 GCOVA1614TAKA Tilt Fram V AE 67 DUNTK2887PM03 VCR Unit H870S 31 LANGH0075TAFW Stopper Angle AG 67 DUNTK2887PM05 VCR Unit H96E EW EX 32 LANGH0076TAFW Tilt Angle AF 67 DUNTK2887PM06 VCR Unit H890S 33 LHLDW1039TA00 FPC Holder AD 67 DUNTK2887PM08 VCR Unit H960E EW 34 MLEVP0042TAZZ Eject Lever AC 69 DUNTK2893PMOO CAMERA 2 Unit 35 PSPAZO189TAZZ Rotation Spacer AD 70 DUNTK2890PM00 CAMERA 1 Unit 36 5 70277 00 Tilt Spacer AE 71 PSLDM3336TAFW Camera A Shield AD 37 QPWBH2896TAZZ Tilt FPC AN 72 PSLDM3337TAFW Camera B Shield AD 38 QSW Z0324TAZZ Eject Turn Unit AG 73 PSHEP0126TAZZ D
132. H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 3 MECHANISM CHECKS AND ADJUSTMENTS The description given below relates to the general field services but does not relate to the adjustment and replacement that require high level equipments jigs and technical skills In order to maintain the initial characteristics of the machine it is necessary to execute the maintenance and check and to prevent damage to tapes and other parts For adjustments which need jigs be sure to use the jigs Notes and cautions 1 For mechanism checks and adjustments be sure to use the AC adapter as the power supply 2 For running the tape be sure to install the cassette control ass y in advance If the cassette control ass y is to be removed subsequently after its installation 4 3 1 Checking the reel disk height 1 Remove the cassette control ass y 2 Taking due care not to let the master plane touch the tape running areas such as the drum and the guide rollers position the master plane so that the two guides A and B in the figure 1 are set in the holes of master plane then properly set it in the mechanism 3 Using the slide callipers or the like check that the distance from the upper surface of master plane to the reel support surface of the S Tu reel disk is within the specified range Figure 2 Note When measuring do not apply excessive force to the reel support surface of
133. H890S H96E H960E 362 NROLP0127GEZZ Guide Roller Ass y 4 3 JBTN 0306TASB Camera Button 363 NROLP0129GEZZ Si Roller Ass y H860S H H94E 364 QPWBH5428GEZZ Mode FPC AK 4 4 JKNBP0140TASD Power Knob AG 365 CPWBN5639GE01 Sensor Ass y AV 4 5 LHLDZ1411TAZZ Lock Battery Holder AC 366 QSW M0042GEZZ Recognition SW AH 4 6 LHLDZ1480TA00 Power Knob Holder AD 367 RDTCH0037GEZZ Dew Sensor AF 4 7 MSPRCOO83TAFJ Power Lock Spring AA 368 RMOTV1019GEZZ Cap Motor AZ 4 8 PCOVP9064TAZZ Speaker Mesh AD 369 RMOTM1075GEZZ Load Motor AL 5 DCOVA1613TAK2 Camera Side Service AS 370 QSW R0038GEZZ Mode SW AG 5 2 GFTAB1072TAKA Battery Lid AD 372 RAMP 0031TAN1 H A PWB 5 3 HDECP0052TASA Battery Indicator AG 10 15 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code 5 4 JKNBP0178TASA Battery Lid Knob AG 55 LHLDZ1501TAZZ LCD Holder H870S H96E AG 5 5 JKNBPO179TASA Batterv Lock Knob AG 55 LHLDZ1502TAZZ LCD Holder H890S H960E AG 5 6 LANGKO469TA00 Battery Lid Angle AE 56 PZETVO343TAZZ LCD Fixing AA 5 7 LHLDZ1504TAZZ Hand Strap Holder AC H860S H H870S H94E H96E 5 8 MSPRCOO94TAFJ Battery Lock Spring AE 56 PZETV0370TAZZ LCD Fixing H890S H960E AB 5 9 MSPRDOOSOTAFJ Batterv Lid Spring AC 57 PSPAZO289TAZZ Touch Panel Sheet AE 5 10 NSFTZOO49TAFW Shaft AC H870S H96E 5 11 PSPAZ0287TAZZ Side Spacer AB 57 PSPAZO290TAZZ Touch Panel Sheet AF 5 13 UBNDTO123
134. K LCD Holding Sheet L Touch Panel Sheet for VL H860S H H94E B L E isn t used Refer to the item CABINET EXPLODED VIEW about other parts 3 3 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 3 2 REMOVAL OF THE CAMERA PARTS Note VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Before removing the Cabinet turn off the power supply and ascertain that the battery has been removed Camera front cabinet 1 Remove the screws b LX HZ0018TAFF 1pc a LX HZ 0018TAFN 1pc c LX HZ0045TAFN 1pc and d XiPSF20P04000 1pc pull out the Front cabinet 2 Remove the screws g LX HZ0045TAFF 2pcs andthe Cam era rear grip cover Pull out Speaker connector 4 Remove the screws b LX HZ0018TAFF 1pc c LX 20045 2 and d XiPSF20P04000 1pc pulling out the Camera rear Cabinet and remove the Speaker connec Connector 3 Remove the connector 5 Remove the screw c LX HZ0045TAFN 1pc and pull out the Tilt Frame C Pull outthe Tilt Frame C at right angle because of closing the claw Then pull out the battery catcher connector from the Tilt Frame C 3 4 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 6 Remove 111 connectors 2pcs as the Tilt Frame C are floating in the air Note Take care to prevent
135. P CON 4 9V Power control IC VHiMB3825 6 CH 5 4 9V Power 1 4 CH1 ERROR CH1 output Valtage drop circuit CAM 4 9V 1 gt IN Comparator section Drive circuit PNP Tr IN Voltage drop 2 P CON 3 3 CH2 ERROR AMP CH2 output 3 3 Power 2 IN Comparator section Drive circuit Valtage drop circuit CAM 3 3V iN Voltage drop PNP Tr LCD 13 2V e LCD 7V Trans circuit CH3 ERROR AMP CH3 output NPN LCD 7V 3 IN Comparator sectionj Drive circuit LCD 15V 9 1 IN Voltage drop YC 7V gt CAM 15V 4 CQAM 7V CH4 ERROR AMP CAM 2 8V CH4 output NC 4 IN Comparator section Drive circuit Valtage drop circuit CAM 2 8V IN PNP Tr 5 5 H CH5 ERROR CH5 output DRUMVS 4 2 DRUM IN Comparator sectionf Drive circuit Valtage drop circuit DRIVER IN Voltage drop PNP Tr DRUM ERROR 6 CH6 ERROR AMP CH6 output 5 1 CAP 6 IN Comparator section Drive circuit Valtage drop circuit DRIVER IN Voltage drop PNP Tr ca L ERROR Standard power TRIANGLE WAVE OSC Standard power 7 Mecha 5V Power 7 PL CH1 ERROR AMP CH1 output Voltage drop circuit MACHASVISPSV IN Comparator section Drive circuit PNP Tr O IN PNP LENS 5V 8 B L POW 8 ERROR CH2 output Voltage drop circuit IN Comparator section Drive circuit PNP Tr CTL AAP N PNP 6
136. R2702 2 gt gt T 6 5 IC2701 NJM2904M C2704 O lu X 2 3 4 HH R2704 0 033u 100K R2701 220K IDOR 2701 22uH 021064 33u TA VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E TO_SYS gt PB_ENV ATF_CS S_DATA S CLK CLK 6MHZ ATF IC P REC L 2 2 gt ATF_ERROR 1814 C2710 CH 0 010 2713 AA KA lt ATF_PILOT C2707 IOBIT SHIFT J REGISTER 10 BIT LATCH 08 09 04 07 DO D 4 16 4 16 ENVELOPE DECODER DECODER DETECTOR I I V I 2495 LPF TEST CIRCUIT CONTROL 27 10 c2708 22K 0 01 2712 0 01 C2714 0 010 1 m 1 R2709 8271 C2716 C2706 524 33 2
137. R28 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R597 VRS CZ1JF244D 240k 1 16W Metal Oxide AA R29 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R598 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R30 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R599 VRS CZ1JF471J 470 1 16W Metal Oxide AA R31 VRS CZ1JF000J 0 1 16W Metal Oxide R32 VRS CZ1JF000J 0 1 16 Metal Oxide AA MISCELLANEOUS PARTS R101 VRS CZ1JF153D 15k 1 16W Metal Oxide AB FB501 RBLN 0107TAZZ Balun BLN 0107TA AB R102 VRS CZ1JF103J 10k 1 16W Metal Oxide AA SC2 QSOCN1986TAZZ Socket 19Pin AF 103 VRS CZ1JF244D 240k 1 16W Metal Oxide SC3 QSOCN1886TAZZ Socket 18Pin AD R106 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 506 QSOCN2086TAZZ Socket 20Pin AD 107 VRS CZ1JF102J 1k 1 16W Metal Oxide QCNCW7089TAZZ Connector 70Pin AG R108 VRS CZ1JF182J 1 8k 1 16W Metal Oxide AA QCNW 1954TAZZ Connecting Cord AG 109 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R110 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 111 VRS CZ1JF562J 5 6k 1 16W Metal Oxide AA DUNTK2893QA00 8154 VRS CZ1JF220J 22 1 16W Metal Oxide AA R162 VRS CZ1JF101J 100 1 16W Metal Oxide AA CAMERA2 UNIT INTEGRATED CIRCUITS 8504 VRK SA1JF102J 1k 1 16W AB 201 RH iX0470TAZZ IX0470TA Digital Signal Metal Composition 10 12 Process VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code 251 RH iX0
138. RE q so 9009 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 9 5 HEAD P W B Component Side SIDE A 33 TL323 C302 TL25 S SB lele amp 8 5 IZ 5 15 iles SIS SS S ES 5 5 5 15 5 1515 aj 9 9 01725 GOO 113 TL15 TL4 1726 114 ES S 5 ell IC1701 ie 5 EE elele 515 Oe ir 5 1710
139. VCKYCZ1CB103K 0 01 16V Ceramic AB C6603 7 1 10V Ceramic AC C8359 VCKYCZ1CB103K 0 01 16V Ceramic AB 06604 VCSAPDICJ105M 1 16V Tantalum AC C8361 VCKYCZ1CB103K 0 01 16V Ceramic AB C6605 VCKYCY1CB333K 0 033 16V Ceramic AA C8362 21 121 120p 50V Ceramic AB C6606 VCSAPD1CJ105M 1 16V Tantalum AC C8363 21 820 82 50V Ceramic AB 06607 VCSAPD1CJ105M 1 16V Tantalum AC 08364 VCKYCZ1CB103K 0 01 16V Ceramic AB C6608 VCSATAOJJ106M 10 6 3V Tantalum AD C8365 21 471 470 50V Ceramic AB 06609 VCSAPD1CJ105M 1 16V Tantalum AC C8402 VCCCCZ1HH180J 1860 50V Ceramic AB C6610 VCSAPD1CJ105M 1 16V Tantalum AC C8403 VCCCCY1HH221J 220p 50V Ceramic AA C6611 VCKYCY1CB473K 0 047 16V 6 AA 08404 VCKYCZ1HB332K 3300p 50V Ceramic AA C6612 21 562 5600 25V Ceramic AB C8405 VCCCCZ1HH360J 50V Ceramic AA C6613 46 0 01 50V Ceramic AA C8406 VCCCCY1HH271J 270p 50V Ceramic AA 06614 VCKYCY1CB683K 0 068 16V Ceramic AC C8407 VCKYCZ1CB103K 0 01 16V Ceramic AB C6615 VCKYCZ1CB153K 0 015 16V Ceramic AB C8408 VCKYCZ1CB103K 0 01 16V Ceramic AB C6616 VCKYCZ1CB153K 0 015 16V Ceramic AB C8409 VCKYTV1AB105K 1 10V Ceramic AD C6617 VCCCCY1HH471J 4700 50V Ceramic AA C8411 VCKYCZ1CB103K 0 01 16V Ceramic AB C6618 VCSAPDICJ105M 1 16V Tantalum AC 08452 VCKVCZICB103K 0 01 16V Ceramic AB C6619 VCKYCY1CB333K 0 033 16V Ceramic AA 08453 VCKVCZICB103K 0 01 16V Ceramic AB C6620 VCKYCY1CB473K 0 047 16V 6 AA C9601 VCKYCZ1HB102K 1000 50V Ceramic AB C6621 VCKY
140. VCR SW QSW ZO325TAZZ VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP P 3 4 Te LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E v nus nie v 91 91 ANS Y H 91 L NI 9d Wd NI 9d G SI 6 82 WOO 98794 Z 2 94 94 2 izi ol 01 NI 83 NI 83 404 si 5 5 8723 90 25 DNI 2344 21 21 aw Z 8 rawo 21 El naea 01
141. VHDF02J9 1 F02J9 AD Q938 VS2SC4944Y 1 2SC4944Y AC D905 VHDDA227 1 DA227 AB 01401 VSRN1704 1 RN1704 AC 0906 VHDFO2J9 1 F02J9 AD Q1602 VSRT1N441U 1 RT1N441U AB 0907 RH EX0888CEZZ Zener EX0888CE AC 01603 VS2SB12956 1 25 12956 0908 026274227 Zener 262 01604 VS2SB12956 1 25 12956 0909 VHDF1J2H 1 F1J2H AD Q1605 VSRT1N441U 1 RT1N441U AB D910 VHDF1J2H 1 F1J2H AD 01800 VSHN1B01FU 1 HN1B01FU AC D911 VHDF1J2H 1 F1J2H AD Q2402 VSRT1N241U 1 RT1N241U AB D912 VHDF1J2H 1 F1J2H AD 02403 VSRN4984 1 RN4984 AC 0913 VHDF1J2H 1 F1J2H AD 02404 VS2SC4944Y 1 25 4944 01401 133 1 133 02461 VSRT1N441U 1 RT1N441U AB 01402 VHDMA133 1 MA133 AB 02800 VSRN1704 1 RN1704 AC 01403 VHDMA133 1 MA133 AB H870S H890S H96E EW EX 01800 RH EX0262TAZZ Zener EX0262TA AB H960E EW 01801 VHDHVC359TR 1 HVC359TR AD Q2801 VSRN4990 1 RN4990 AC 01901 VHDMA2S111 1 MA2S111 AC H870S H890S H96E EW EX 2904 VHDF1J2H 1 F1J2H AD H960E EW 02909 RH EX0873CEZZ Zener EX0873CE AD 02802 VSRN4990 1 RN4990 AC D2910 VHDF1J2H 1 F1J2H AD H870S H890S H96E EW EX 02911 WVHD1SS355 1 155355 H960E EW 02912 RH EX0855CEZZ EX0855CE 02901 VSFTS1001 1 FTS1001 AG 08356 VHDMA147 1 MA147 AB 02903 VSFTS1001 1 FTS1001 AG 02905 VS2SB1302S 1 2SB1302S AD PACKAGED CIRCUITS 02910 VSRN4983 1 RN4983 AC TH1800 VHHT1103K44 1 Thermistor AD Q2911 VS2SA1362GR 1 2SA1362GR X701 RCRSC
142. VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 12 SRIPRA CIRCUIT SCHEMATIC DIAGRAM J TO_SYS S_DATA S CLK EXTEND2_CS C3701 0 01 EXTEND CS LNE P CON_3 3V BU2092FV GND IC3TOI H TO_Y C G C nece 2 KcREC_HB L PB_LB L vena PB_LB L C D gt Kev cTL L 2 KcPB_HB L PB H N REC H F ccD SAVE H gt lt P SAVE H J C C RECIB L E JE C3702 0 01u 1C3702 BU2092FV C TO POWER 013 5 CLCDI3 5V_ON C YC3 3V 0N CYC3 3V_ON 9V ON L ip B L ON CH A4 9V_ON L BZL_ON 18 13 ME H gt 06 0 JOG H 12 BEEP H CLINE_IN OUT BPF_MONI R3701 5 2 44 CCD SAVE H D UN PW 820 TK2886QA 2886 TO_AUDIO BEEP H LINE_ IN OUT BPF MONI REC L BL LED OFF VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 54 nol 2019 6019 T ji u EH t NO 00 10
143. VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code CASSETTE HOUSING PARTS PACKING PARTS NOT REPLACEMENT ITEM 400 CHLDX3077GE01 Cassette Compartment AY SPAKA6312TAZZ Top Case Ass y SPAKA6313TAZZ Bottom Case 401 MSPRT0414GEZZ Up Main Spring AD SPAKA6314TAZZ Packing Case 402 MROD 0014GEFJ Damper rod AG SPAKC7447TAZZ Packing Case H860S 403 PDMP 0013GEZZ Cassette Compartment AG SPAKC7448TAZZ Packing 8705 Damper SPAKC7449TAZZ Packing Case H890S SPAKC7456TAZZ Packing Case H860H SPAKC7457TAZZ Packing Case H94E EX CAMERA UNIT PARTS SPAKC7458TAZZ Packing Case H94EW SPAKC7462TAZZ Packing Case H96E EX SPAKC7463TAZZ Packing Case H96EW 1 8019 00 Dust Protection Rubber AC SPAKC7464TAZZ Packing Case H960E 2 LANGKO314TAFW Sensor Holder AC SPAKC7465TAZZ Packing Case H960EW 3 0062 22 Crystal AU SPAKF0261TAZZ AC Adapter Case 4 VHiiCX209AK 1 CCD Sensor BK SPAKP6O49TAZZ Wrapping Paper 5 DUNTK2895PM01 CCD Unit SSAKA0087TAZZ Polyethylene Bag 6 LX HZ0013TAFF Screw 1 7 X 6 AA H860H H94E EW EX H96E EW EX H960E EW SSAKAO0088TAZZ Polyethylene Bag SUPPLIED ACCESSORIES 8605 8705 8905 ACCESSORIES GCOVH1244TASA Lens Cap AG GCOVH1245TAZZ Sun Hood AQ 8705 8905 96 GCOVH1246TAZZ Sun Hood AQ 8605 94 016 22 H860H H94EW H96EW H960EW 002 22
144. VRS CZ1JF223J 22k 1 16W Metal Oxide 84405 VRS CZ1JF823D 82k 1 16W Metal Oxide AB R2711 VRS CZ1JF683J 68k 1 16W Metal Oxide AA R4407 VRS CZ1JF000J 0 1 16W Metal Oxide AA R2800 VRK SB1FF102J 1k 0 0315W AC R4409 VRS CZ1JF683J 68k 1 16W Metal Oxide AA Metal Composition R4410 VRS CZ1JF333J 33k 1 16W Metal Oxide AA H860S H H94E EW EX 4411 VRS CZ1JF821J 820 1 16W Metal Oxide AA R4412 VRS CZ1JF911J 910 1 16W Metal Oxide AA 10 9 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code R4413 VRS CZ1JF681J 680 1 16W Metal Oxide AA 7412 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA 4414 VRS CZ1JF272J 2 7k 1 16W Metal Oxide AA 7413 VRS CZ1JF102J 1k 1 16W Metal Oxide AA 84415 VRS CZ1JF333J 33k 1 16W Metal Oxide AA R7457 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R4416 VRS CZ1JF333J 33k 1 16W Metal Oxide AA 7458 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 4417 VRS CZ1JF821J 820 1 16W Metal Oxide AA 7459 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R4418 VRS CZ1JF911J 910 1 16W Metal Oxide AA R7460 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA 4419 VRS CZ1JF681J 680 1 16W Metal Oxide AA R7461 VRS CZ1JF562J 5 6k 1 16W Metal Oxide AA R4420 VRS CZ1JF272J 2 7k 1 16W Metal Oxide AA 7462 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R4421 VRS CZ1JF102J 1k 1 16W Metal Oxide AA 7463 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R4423 VRS CZ1
145. VRS CZ1JF474J 470k 1 16W Metal Oxide AA R755 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R618 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R756 VRS CZ1JF000J 0 1 16W Metal Oxide AA R620 VRS CZ1JF823J 82k 1 16W Metal Oxide AA R757 VRS CZ1JF224J 220k 1 16W Metal Oxide AA R622 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R758 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R623 VRS CZ1JF823J 82k 1 16W Metal Oxide R759 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R626 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R760 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R627 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R761 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R628 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R762 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R629 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R763 VRS CZ1JF220J 22 1 16W Metal Oxide AA R630 VRS CZ1JF564J 560k 1 16W Metal Oxide AA R764 VRS CZ1JF220J 22 1 16W Metal Oxide R631 VRS CZ1JF474J 470k 1 16W Metal Oxide AA R765 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R632 VRS CZ1JF823J 82k 1 16W Metal Oxide AA R766 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R642 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R767 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R643 VRS CZ1JF272J 2 7k 1 16W Metal Oxide R768 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R644 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R769 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R645 VRS CZ1JF000J 0 1 16W Metal Oxide R770 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R646 VRS CZ1JF000J 0 1 16W Metal Oxide AA R771 VRS CZ1JF122J
146. VRS CZ1JF564J 560k 1 16W Metal Oxide AA R920 VRS CZ1JF333J 33k 1 16W Metal Oxide R1828 VRS CZ1JF564J 560k 1 16W Metal Oxide AA R921 VRS CZ1JF333J 33k 1 16W Metal Oxide AA R1831 VRS CZ1JF105J 1M 1 16W Metal Oxide 8922 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1832 VRS CZ1JF471J 470 1 16W Metal Oxide AA 8923 VRS CZ1JF273J 27k 1 16W Metal Oxide AA 1833 VRS CZ1JF000J 0 1 16W Metal Oxide AA 8924 VRS CZ1JF393J 39k 1 16W Metal Oxide AA R1835 VRS CZ1JF821J 820 1 16W Metal Oxide AA R925 VRS CZ1JF753J 75k 1 16W Metal Oxide AA R1837 VRK SB1FF471J 47 0 AB 8926 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA Metal Composition R927 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R1839 VRS CZ1JF000J 0 1 16W Metal Oxide AA R928 VRS CZ1JF681J 680 1 16W Metal Oxide AA R1843 VRS CZ1JF000J 0 1 16W Metal Oxide AA R929 VRS CZ1JF121D 120 1 16W Metal Oxide AB R1846 VRK SB1FF471J 47 0 AB R930 VRS CY1JFR22J 0 22 1 16W Metal Oxide AA Metal Composition 8936 VRS CZ1JF562J 5 6k 1 16W Metal Oxide AA R1847 VRS CZ1JF393J 39k 1 16W Metal Oxide AA 942 VRS CZ1JF683D 68k 1 16W Metal Oxide AB R1849 VRS CZ1JF393J 39k 1 16W Metal Oxide 943 VRS CZ1JF472D 4 7k 1 16W Metal Oxide AB R1851 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R944 VRS CZ1JF222J 2 2k 1 16W Metal Oxide R1853 VRS CZ1JF561J 560 1 16W Metal Oxide AA R945 VRS CZ1JF273D 27k 1 16W Metal Oxide AA R1854 VRS CZ1JF303D 30k 1 16W Metal Oxide AA R946 VRS CZ1JF182D 1 8k 1 16W Metal Oxide AB H860S H H870S H94
147. ZAL 823 612 AOS 22 22 Im 2027 065 15613 se612 56 056 lis NO v NOS 22410810 0001 8861 PESIS za 5 00 ONIHOLIMSTHMd 18 8 2 zuo ruo ZNIH ZNI 7 0 UWOd 1 NO UEMOJ H ITD D 33 Wha 27 22 100 180 led INI INI INI 29 IHA GN 822 AOS 52 2102 501 2761 06 DI 1860 12612 57618 5 JNIHOLIMS SA dvd 22 OI 2 204 5 22 22 823 22 azo 7618 NOS a 91 nro 20022 23 sooz g 62612 82612 261 5 37 22419800 sein 6269 8618 2112 22 1 6 22910910 va 0267 m 200 a 2 zzv 10100 9562 6 8 se 22 va 00 kd rE dio 25 261 119778 2 ESA i 7 22 3 lozy 6 22110910 9 1 0 2 z ore g m 69 SNIHOLIMSTAS 22 6 ezela 220 OVOSASTOL 9 s 9 Q 9 9 g 5 d Z2 3 ZZ 1 8 8 8 8 8 8 5 8 z 5 d E 4 8 4 23 8 8 3 s 8 8 2 2 Z gt K Z z n 20 N B 8 8 Z 8 Z 3 p s U 8 B 2618 SAL N W gas 4 ro zzvirsoo 22 0162 11 1 3 un Lm 3051 A O se 22618 B ZON NO 04 8 1712 1712 vez 20 3 30 13 2258 S
148. _1 1 9 29 29 29 uL 1 sedi PALE 2 e Nje 6 Nle 19 19 19 19 SOE 20965 1 8 qs ava 8 MS ON 8 09 09 09 09 ZZNLIVCEOZ MSO sit L 037 454 2 qm 4815 7 65 672 328 69 65 66 5 ws 9 5 ano 431 3 9 85 9 034 85 85 9 034 86 NA MS NHOLZLO3C3 44 6 an 7888 1 5 5 qaq 7888 1 5 S Ne 2 5 5 MYM 28 v SNJS 334 1 2 SNES 7328 4 25 VAH 199 96 a 32 SN3S 3dvl SNIS 3dvl QNO V H SS 55 GN9 vH GG 2 z an 1885 Z z 23 Ss 75 GN97HOLOW 8 4498 18 PPU snas 7334 5 5855 755 5 ES ES GNOTHOLON 4 178 1 4 8 4 20205 244 NE 7NOD d 29 25 NE Noo a 26 9 uve 9 uva 4 7 IS G 16 234 S 5 uva uva 9 3 3 los 2 05 05 5 480 8 S 1 9 2 9 9 2 9 6t 5 2 6p SA dv 6t g veg v 7 2 82141 8 2 5 QNO 1 5 NS S ev Sn avo lap av s avo lap z Z E uva E H AHALIVEJI 7 IMS W t v IMS njo Uv SN 29 m sA av9 U p I 2 xiva zas ne e zas WIE Morava NOS lay 8 OL 0684 8 lt EMS 2 2 EMS WI
149. as an AV input 3 Connect the oscilloscope to TL1818 and adjust the pulse width Adjustment standard 6 6Vp p 0 1Vp p Remarks 9 Burst phase adjustment Measuring point TL1815 Address 49 Mode VCR AV input Adjusting method 1 Input the monochrome signal R to the AV input 2 Connect TL1804 to GND 1H inversion stop 3 Set the data of address 48 to 30 E 4 Minimize the signal level difference every 1H Same adjustment 1H 1H gt gt Adjustment standard 400mV Remarks 10 COM BIAS adjustment Measuring point LCD panel display surface Address 45 Mode VCR AV input Adjusting method 1 Input the white 40 signal as an AV input and set data of address 47 at the address 80 2 Set the illuminometer TOPCON IM 3 on the LCD panel surface do not allow entry of external light 3 Connect the illuminometer to the oscilloscope 4 Make an adjustment so as to minimize the ripple of output waveform Response time 0 6 sec 5 Adjust again if longitudinal stripe appears evidently Or set to the point where the black is settled deepest with the grey scale signal Adjustment standard Minimum Remarks Make an adjustment after aging for 5 minutes or more 11 W B adjustment Measuring point Address LCD panel display surface 41 42 Mode VCR AV
150. dk 29 602 TER pe 06 002 59 002 t 8058 5 79 5 NO7NO2 29 ravno ANTNIV9 19 Oss 055 OOS 65 HOS oon 86 ovaavex 6529 2 42535 R62 iasaa asa wo 26 even MODA 00 WELL OXON cevaaveo 55 087 oven 1904 4 Sod Sodx ESSA ANIONO NIGAX 22 11500 Nema 3 ES 25 ONWLX 90221 00 HSN40 IS HSNO ISSA MX 20e SE Tav O00 UNE 504 sug Sax oven CONTO f CNMOGYME SUNE 48 ang INIQV CONIQV se u ZNIQV 1 ZNI sexu 2 ZNIOV imu VNIOV vNIOV 592 N 100 se u SNIOV N gt mau zr Iv ody pav Z ov 6NIQV K6NIQYO 6 7 68 LON LIVEN BENIN OSA NEON ENON LINTON ON OE VION
151. e QN9 2 0301 LINN 2 1 pos 10925 udon 1121 101 220 JE 0 7 rors 3 3 2 907971 01 2 rxrs ry rs wan ODD SHI OL udoni udoni udoni 12244 udoni 299591 uan 12244 udan NI LEIOZZWA 227 81918 em 155171 54881148 IHA 0225 0 7 3 06 5 toto azo 20022 5 55 2 0 06 90912 1 l 3 3 ni se 332 H Nos 80022 822 60812 Ak HOLIMS 67 3 1 71915 bi 90918 BAD 200 0 22 91912 2 60518 20914 BAD ngo 0912 t 51 s 22 71050 019 81919 2 e a 3 22 zz 11914 1918 50910 S 2 2 2 e Moss ZSA T T 946214 095 1094 7 11 JAL 0 3 4 VL H86OS H VL H870S VL H890S VL H94E VL H96E VL H960E Ha LOCATION MAP H 22
152. of EE Y level Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar 500 20 mVp Measuring point TL3402 TL8356 GND Adjustment address 32 Adjustment level 500 20 mVp p 1 Input the color bar signal into the video input output terminal in the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 32 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to get 500 mVp p between SYNC TIP and WHITE PEAK on TL3402 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 32 3 Adjustment of comb filter Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar Measuring point TL414 TL8356 GND Adjustment address Phase 36 Gain 37 Adjustment level Minimum chroma component 1 Input the color bar signal into the video input output terminal in the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 36 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to minimize the chroma component on TL414 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 36 4
153. specified cleaning liquid oil grease and screw lock as listed below Otherwise mechanism malfunction may may occur occur Oil Cosmo Oil Co Ltd COSMOHYDRO HV100 Greases Dow Coaning MORYCOAT YM 103 X5 6020 Screw lock THREE BOND 1401B Cleaning liquid Industrial use ethyl alcohol 4 5 1 Mechanism modes To actuate the mechanism apply DC3 to 4V to the L motor Atthis time the L motor connector must have been disconnected in advance Below is given an explanation of the mechanism mode necessary for mechanism check adjustment and replacement EJ Eject mode See Figure 1 In this mode it is mechanically positioned to eject the cassette Itis the position where the EJECT lever is moved the farthest in the direction A in the S B mode In this mode the cassette compartment assembly can not be locked Slide chassis Figure 1 S B Standby mode See Figure 2 When the cassette is loaded the mechanism is set to the S B mode In this mode the slide chassis is most far from the drum In this mode the Eject lever is in position shown in Figure 2 in position where the cassette control ass y can be locked chassis S B Imode Figure 2 STOP mode See Figure 3 In the STOP mode the S T pole base is depressed in the STOP pos
154. the FF REW key to select the V ADJ address of a desired adjustment item Initial address 00H Note The addresses change as follows 01FE 01FF 0000 0001 0002 2 Press the PB key to read the data of the selected address V ADJ 002C A3 Turn up or down the data setting with the FF or REW key The data display starts flashing V ADJ 002C Press the PB key again to write the data setting into the selected address V ADJ 002C 72 5 Press the STOP key in the above step 2 or 4 and the screen returns back to the step 1 V ADJ When the FF or REW key is held down for 0 3 second or longer the address selection is repeated in cycles of 100 msec The data setting changes by 4 by holding the key down for 2 seconds or longer 5 3 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 5 3 2 3 Battery shut off voltage adjusting method 1 Supply power to the main unit using the variable vollage DC power supply range of 5V to 9V 2 Set the CAM OFF VCR SW to CAM to switch to the camera mode Load a recordable tape and set the main unit to CAM REC PAUSE Set the main unit to TEST mode No 3 and start recording Measure voltage between TL2918 and TL2904 GND and adjust the supply voltage to 6V The adjustment is complete if BATTERY is displayed on the monitor screen for a second when the PLAY key of operation unit is pressed 7 The
155. the adjustment address 38 9 Adjustment of Y FM carrier Hi 8 Measuring instrument Frequensy counter Mode VCR STOP Input signal No input Measuring point TL7443 Adjustment address 33 Adjustment level 5 99 0 02kHz 10 Adjustment of Y FM deviation Hi 8 Measuring instrument Oscilloscope Mode RWC PB self playback recording Input signal Color bar Measuring point TL3402 Adjustment address 34 Adjustment level 500 20 mVp p 2 Reference 1 Set the recordable tape Before entering the adjustment mode make self playback recording of color bar with an external output Measure whether the playback output at this time is 500 mVp p on TL3402 Hi8 TAPE 3 Enter the VCR adjustment mode with an adjustment remote control and select the address 34 1 Input the no signal into the video input output terminal in the VCR STOP mode At this time do not pull out the jack on the Viewcam side 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 33 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so that the frequency counter indicates 5 99MHz on TL7443 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 33 500 20 mVp p Select the a
156. the specified position repeat the adjusting procedure 1 thru Note Tightening torque of screw 70 mN m check the position be sure to run the tape If the cassette compartment assembly is removed it makes the work easier Refer to Item 4 5 3 4 3 5 Checking the take up torque for rewind playback VS REW 1 Remove the cassette compartment ass y and set to the sensor OFF mode 2 Set the torque gauge JiGTG0045 on the S reel disk and check in the rewind playback VS REW that the torque at the supply side is within the specified range Standard of take up torque in rewind playback SP mode 31 5 g cm with ripples less than 5 g cm If the torque ripples appear read the center value of torque between the ripples 4 3 6 Checking the back tension torque for rewind playback VS REW 1 Set the torque cassette JiG8T 032 in position and check in the rewind playback VS REW mode that the torque at the tape take up side is within the specified range Standard of back tension torque in rewind playback SP mode 14 5 grem with ripples less than 5 g cm If the torque ripples appear read the center value of torque between the ripples 4 4 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 4 ADJUSTMENT OF MECHANISM TAPE TRAVEL SYSTEM 4 4 1 Preparation for adjustment Supiilied pole GR 1 Clean the tape running areas guide poles rollers d
157. torque is not within the standard range adjust the tension spring hooking position If the back tension is too high hook the spring in the direction A If the back tension is too low hook the spring in the direction B Note 1 After back tension torque adjustment be sure to check the tension pole position 4 3 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 3 4 Checking and adjusting the tension pole position 1 Check When winding of P5 90 tape is started check whether the tension pole is in the specified position against Si roller as shown or not If it is not in the specified position remove the cassette and adjust the position in the following procedure 2 Adjustment 1 Don t set up any tape and select the PB mode Refer to Item 4 5 1 4 2 Slightly loosen the screw a to such a strength as the T band holder B can be moved 3 If the tension pole is in the inner position than specified dislocate the T band holder B in the arrow A direction and if it is in the outer position dislocate it in the arrow B position Then tighten the screw a For reference dislocate it 0 4 to 0 8 mm outer from the position specified above For the position adjustment it is convenient to use the position adjustment screwdriver JiGDRIVERMX7U2 Set it in the hole 4 Check the position in the 1 Check procedure described above 5 If itis not in
158. two round markings be visible and fix the sensor holder with the two screws b LX HZ0013TAFF 4 Mount the sensor PWB so that the CCD sensor leads go thorough the PWB holes 5 Solder the CCD sensor lead to the sensor PWB Note Take care not to apply excessive heat Sensor Holder CCD Sensor ne Q Crystal lt wu Rubber The mark must be on h this face 1 1 1 Lens Side Side 1 9 6 i I 1 1 mA Mark THIN SIDE 1 3 6 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 MECHANISM ADJUSTMENT Configuration 4 1 MECHANISM CHECKING ADJUSTING JIGS TOOLS AND PARTS 2 Part No z EN 3 Code 4 1 1 Mechanism checking adjusting jigs and tools Note The entries of list Model Uses Remarks 2 2 1 Cassette torquemeter 1 Cassette torquemeter 1 Torque gauge 1 Torque gauge head 1 Torque driver for PB for VS REW 2 JiGTG0045 2 70 1 5 kg cm 2 JiG8T 012 2 JiG8T 032 3 CN 3 BS 2 JiGTD1500RTOH 3 OV 3 CV For measurement of For torque gauge listed 3 CB 10 g cm 25 g cm 50 g cm 25 g cm loading brake torque left Tolerance 0 1 8 M ut Or dE thickness 0 5 1 Master plane 1 Height adjusting jig 1 Tu guide height 1 Guide roller height adjusting driver 2 JiGMP MX7U 2 9DAGH E31S adjusting driver 2 JIGDR
159. with the VL H860 H94 Va 1 1 a f VCR CAMERA UNIT UNIT 9 LCD 0 UNIT 00 INVERTER 5 2 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E e Types of test modes TEST No Title Contents Sensor on off 1 Sensors off All sensors but the cassette controller switch dew sensor and battery sensor stay off 3 Automatic battery sensor Battery sensor s input voltage put in memory adjustment 4 Battery adjustment error Battery sensor s adjustment errors are displayed at the right of All sensors on display the past errors area All but sensors on 5 PASS mode Track shift mode 1 4 shift All sensors on 6 Camera adjustment mode adjustment mode VCR interrupted 7 VCR adjustment mode VCR adjustment mode 8 Automatic switching point Play standard tape and call this mode Switching point is adjustment STOP ADJ automatically adjusted CD When the battery adjustment mode is selected from the camera adjustment mode with a cassette with the erase protection tab the VCR is automatically put in the REC mode Below discussed are these seven test modes D TEST No 1 Sensors off mode All the sensors except for the cassette controller switch dew sensor and battery sensor stay off This enables to bring the VCR in the loading mode without tape The VCR camera performance can now be che
160. 0 35 OL MS NMO0G 17 53 O T WOtid33 CHOI 0 I ETNOD d 5272083153 y 52071 vivas 2 0115 Ol AS ZNITAJM CENICASMD CENITAJM CINI 23 011 24 23 za sii t ozu 1129 90015218 22 00 ASTAN NN MS AWZ3W 23 001 822H ipi uem CON Hoson ms uoatosd 0 3 EI MI dd Ol 001 YSA VSAEZJU YV YV Z 1 300W4 e aroov NYS NINI 2 8 NIVENILY D A Ol 5120 I C MS 1931082 d 3 4 gg TP Sat Hav t Can O 7 SA 706 INH 2 6070 r rr 58 m 52 25 ZNVOSTAJM as O 13q ovns cana 515 aaraw 2 CONONTHOWFIH lt 1220 gg 4 2 01606 04 706 N 8020 L V EEA 1 5 354 018 ED CI ONOWT84
161. 02J 1k 1 16W Metal Oxide AA R8385 VRS CZ1JF221J 220 1 16W Metal Oxide AA R6621 VRS CZ1JF154J 150k 1 16W Metal Oxide AA R8386 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R6622 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA R8401 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R6623 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA R8403 VRS CZ1JF102J 1k 1 16W Metal Oxide AA 6625 VRS CZ1JF154J 150k 1 16W Metal Oxide AA R8404 VRS CZ1JF621J 620 1 16W Metal Oxide AA R6627 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R8405 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R6628 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 8406 VRS CZ1JF000J 0 1 16W Metal Oxide AA R7401 VRS CZ1JF101J 100 1 16W Metal Oxide AA R8407 VRS CZ1JF471J 470 1 16W Metal Oxide AA 7402 VRS CZ1JF333J 33k 1 16W Metal Oxide AA 8408 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA 7403 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 8409 VRS CZ1JF561J 560 1 16W Metal Oxide AA 7404 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA 8410 VRS CZ1JF221J 220 1 16W Metal Oxide AA 7405 VRS CZ1JF471J 470 1 16W Metal Oxide AA R8411 VRS CZ1JF102J 1k 1 16W Metal Oxide 7406 VRS CZ1JF471J 470 1 16W Metal Oxide AA R8413 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 7407 VRS CZ1JF331J 330 1 16W Metal Oxide AA 8414 VRS CZ1JF183J 18k 1 16W Metal Oxide AA 7408 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA 8415 VRS CZ1JF272J 2 7k 1 16W Metal Oxide AA 87409 VRS CZ1JF000J 0 1 16 Metal Oxide AA R8416 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R7410 VRS
162. 06211 509971 106811 16 m 81 on udon I 1 VILLLL NI oIn 13 1 I 7 0001 No olaw 91 61912 027 0 8 459071 I 6705 y ost 299991 udani egau QNO SAS NI7NODONIU tah 20919 e e 58971 ngu niveNTId n usu 01 91911 VILLLL HOLIMS 1 6 zana ZSA 966218 8097 ud n1 20910 2 11222 5 00 01 0301 L na 18971 8 G eisit 43 8 aryl d QNo A O301 S VLLLLL 289 E peu don nop 19814 54881148 IHA ILDO NICA OSQIA VLLLLL 9 HIMV3HS INOHAQWIH 7 20 Masiy 2 0301 2 1HONO7AS GN970 0301A NOS Lo H f 7 12 H860S H H94E 1 4 LCD CIRCUIT SCHEMATIC DIAGRAM VL LOCATION MAP 3 VL H860S H VL H870S 7 VL H890S VL H94E VL H96E VL H960E
163. 1 de sitam a Sen a07 At gi 3 oe 12611 8 Oy3R 322671 i avo 3 Al zz vasso o 242 22 6 62 9162 2601 4088 27 76 Tah 88 299 161 1 NSZ 2 ansa 163 2218900 Al 11671 63 96 r 5 kusa 4 1 60611 46 vi AU ETW si 6 6 ZWO ZLI 007912 0781 uan 6 5 056 w 295991 5 ZSA 022007 5067 He 231 eles 36961 299991 si e vow I 1860 soe 5 515 ziv ie 500 mre zarana A omn 934 6 H6861v GHA 842 9160 anga 6rzoa Nm 0 o 29 fa 205 365 T 2 9384 ASI 9161 T VL98BIN 2265 50625 Lc 7 40 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 9 SERVO CIRCUIT SCHEMATIC DIAGRAM TO_POWER CAP ERROR DRUV ERROR TO_SYS CAP_PWM DRUM_D A P CON_3 3V IN IN ON OD GND o d S j m n C2702 1 C2703 6800P R2703 R2706 10K 10K 82707 C2705 10K
164. 1 Set up the auto focus adjustment mode This is unnecessary after the above basic iris adjustment has been made 2 Write the adjustment data 11 12 06 08 and 0D one after the other to the address 1FF The adjustments are as above Write FF to the address 1FE to exit the auto focus adjustment mode 5 4 2 3 Adjustment of Camera signal e Before starting these adjustment auto focus adjustment must be finished e Set up the camera signal adjustment mode Write 00 to the address 1FE 1 Sync level adjustment Measuring instrument Oscilloscope Subject Anything Tape Test point VIDEO OUT Terminated in 750 Adjustment address 1F8 Adjustment level 300mVp p 1 Connect the oscilloscope to the VIDEO OUT Adjust the sync level to 300mVp p 2 Iris AE adjustment Measuring instrument Oscilloscope Subject Gray scale Tape Test point VIDEO OUT Adjustment address 1FC Adjustment level 700mVp p SYNC 300mVp p DKL Im 1 Shoot the gray scale in the standard way Observe the VIDEO OUT signal on the oscilloscope screen and rewrite the data of address 1FC to get an amplitude of 700mVp p as shown above 3 Black balance AF noise level adjustment Measuring instrument None Subject Anything Tape Test point None Adjustment address 1FF Adjustment level 01 1 Preparation Write FF to address 19C 19D 19 1
165. 1 16W Metal Oxide AB 10 8 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code R1904 VRS CZ1JF333D 33k 1 16W Metal Oxide R2803 VRS CZ1JF102J 1k 1 16W Metal Oxide R1905 VRS CZ1JF123J 12k 1 16W Metal Oxide AA H860S H H94E EW EX R1906 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R2805 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R1907 VRS CZ1JF153D 15k 1 16W Metal Oxide AA H860S H H94E EW EX 81908 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA R2806 VRS CZ1JF102J 1k 1 16W Metal Oxide AA 1909 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H860S H H94E EW EX 1910 VRS CZ1JF393J 39k 1 16W Metal Oxide AA R2807 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R1911 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H870S H890S H96E EW EX 1912 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H960E EW R1913 VRS CZ1JF153J 15k 1 16W Metal Oxide AA R2808 VRK SB1FF104J 100k 0 0315W AD 1914 VRS CZ1JF333J 33k 1 16W Metal Oxide AA Metal Composition R1915 VRS CZ1JF183J 18k 1 16W Metal Oxide AA H860S H R1916 VRS CZ1JF562D 5 6k 1 16W Metal Oxide AB R2811 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1917 VRS CZ1JF273D 27k 1 16W Metal Oxide AA H860S H H94E EW EX R1918 VRS CZ1JF273D 27k 1 16W Metal Oxide AA R2813 VRS CZ1JF104J 100k 1 16W Metal Oxide AA 1919 VRS CZ1JF105J 1M 1 16W Metal Oxide AA H860S H H94E EW EX R1920 VRS CZ1JF472D 4 7k 1 16W Metal Ox
166. 1 2k 1 16W Metal Oxide AA R649 VRS CZ1JF000J 0 146W Metal Oxide AA R772 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R650 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R773 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R651 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R774 VRS TV1JD000J 0 1 16W Metal Oxide AA R652 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R775 VRS CZ1JF000J 0 146W Metal Oxide R653 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R776 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R701 VRK SA1JF102J 1k 1 46W AB R777 VRS CZ1JF103J 10k 1 16W Metal Oxide AA Metal Composition R778 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R703 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R779 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R704 VRK SA1JF102J 1k 1 16 AB R800 VRS CZ1JF271J 270 1 16W Metal Oxide AA Metal Composition R801 VRS CZ1JF000J 0 1 16W Metal Oxide AA R706 VRK SA1JF102J 1k 1 6W AB R802 VRS CZ1JF103J 10k 1 16W Metal Oxide AA Metal Composition R803 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R708 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R804 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R709 VRK SA1JF102J 1k 1 16W AB R805 VRS CZ1JF304D 300k 1 16W Metal Oxide AA Metal Composition R806 VRS CZ1JF823J 82k 1 16W Metal Oxide AA R712 VRK SA1JF102J 1k AB R807 VRS CZ1JF823J 82k 1 16W Metal Oxide AA Metal Composition R812 VRS CZ1JF393D 39k 1 16W Metal Oxide AB R714 VRK SA1JF102J 1k 1 16W AB R815 VRS CZ1JF102J 1k 1 16W Metal Oxide AA Metal Composition R820 VRS CZ1JF273D 27k 1 16W Metal Oxide AA R716 VRK SA
167. 1 RT1N241U AB DUNTK2887QA06 VCR Unit VL H890S 0406 VS2SA1989R 1 2SA1989R AB DUNTK2887QA08 VCR Unit VL H960E EW Q407 VSRN2704 1 RN2704 AC DUNTK2890QA00 1 Unit Q408 VSRN2704 1 RN2704 AC DUNTK2893QA00 CAMERA Unit Q409 VSRN1703 1 RN1703 AC DUNTK2895PM01 CCD Unit Q410 VSRN1703 1 RN1703 AG RAMP 0031TAN1 HEAD AMP Unit Q411 VS2SA1989R 1 2SA1989R AB Q413 VSRT1N441U 1 RT1N441U AB Q415 VSHN1B01FU 1 HN1BO1FU AG DUNTK2887QA00 VL H860S de 6 U 1 5 U AB 451 VS2SC5383F 1 2SC5383F AB DUNTK2887GA01 VL H860H Q452 VSHN2C01FU 1 HN2C01FU AC DUNTK2887GA02 VL H94E EW EX 0452 VSRN1910 1 RN1910 AC DUNTK2887QA03 VL H870S 0601 VSFMG12 1 FMG12 AD 0112 0604 525 5 8 2SC5383F 0605 VSRT1N441U 1 RT1N441U AB Q606 VS2SA1989R 1 2SA1989R AB VCR UNIT 0607 VSHN1B01FU 1 HN1B01FU AC Q701 VSRN4983 1 RN4983 AC INTEGRATED CIRCUITS Q702 VSRN1904 1 RN1904 AC CP901 VHICCP2E30 1 CCP2E30 1 25A 72V AD Q703 VSRT1N241U 1 RT1N241U AB 902 VHiCCP2E30 1 CCP2E30 1 25A AD Q704 VSRN1904 1 RN1904 AC CP903 VHiCCP2E30 1 CCP2E30 1 25A 72V AD 0705 VSRN1904 1 RN1904 AC IC401 VHiCXA2085R 1 CXA2085R Luminance AX Q706 VSHN1C01FU 1 HN1C01FU AC Process Q707 VSHN2C01 FU 1 HN2C01FU AC 601 VHiCXA1737R 1 CXA1737R AFM Signal AU Q708 VSRN1904 1 RN1904 AC Process 0709 VSRN1904 1 RN1904 AG 10602 VHITC4W66U 1 TCAW66U I O SW 0710 VSRT1N241
168. 10k 1 16W Metal Oxide AB 8361 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R6605 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R8362 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R6606 VRS CZ1JF103D 10k 1 16W Metal Oxide AB 88363 VRS CZ1JF271J 270 1 16W Metal Oxide AA R6607 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R8365 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R6608 VRS CZ1JF393J 39k 1 16W Metal Oxide 8366 VRS CZ1JF471J 470 1 16W Metal Oxide R6609 VRS CZ1JF333J 33k 1 16W Metal Oxide R8367 VRS CZ1JF331J 330 1 16W Metal Oxide AA R6610 VRS CZ1JF332D 3 3k 1 16W Metal Oxide AA R8370 XVRS CZ1JF000J 0 1 16W Metal Oxide AA R6611 5 0214 103 10k 1 16W Metal Oxide AB 8374 VRS CZ1JF000J 0 1 16W Metal Oxide AA R6612 VRS CZ1JF103D 10k 1 16W Metal Oxide AB R8375 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R6613 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R8377 VRS CZ1JF473J 47k 1 16W Metal Oxide AA 6614 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R8379 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R6615 VRS CZ1JF393J 39k 1 16W Metal Oxide R8380 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R6616 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R8381 VRS CZ1JF102J 1k 1 16W Metal Oxide AA 6617 VRS CZ1JF154J 150k 1 16W Metal Oxide AA R8382 VRS CZ1JF821J 820 1 16W Metal Oxide AA R6618 VRS CZ1JF473J 47k 1 16W Metal Oxide AA 88383 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R6619 VRS CZ1JF333J 33k 1 16W Metal Oxide R8384 VRS CZ1JF821J 820 1 16W Metal Oxide AA R6620 VRS CZ1JF1
169. 17 9202172 SUX Mlad 135440 IdA ON EJJA LNOAYG 0101 212 7 7 29 502 7 Mon 7 ao 3 1 zns 7 901d I T NIS 77269 4 yore 52 golu 2 012 2 12 3 ANODD9V 199 dHS GHS 0 9 Wad NIQ LNOOT 1 omis 7 oo 7 110709 H 09V T 3 1018 C 3 8 K 7 xs 4 28 7 AV envo 7 Mlad 8 Z Qv 7 Z 7 ce 7 Ne wo 7 7 7 91 7 13 CDS ADC CIRCUIT SCHEMATIC DIAGRAM VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION R 1 4 7 55 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP 2 4 10 REF LIOI PBWMIOOKR TO CAD CIo9 0 01 RIIO RIII 22K 5 6K 1 Hs 5 10 IOV CTA RI09 da 2 4 2 7 7 17 7 4 Toy v gt T ws gt s ows A8 WYO NOSHMOO WMEd 2017 s
170. 17626061 sen 44O7EHO 7 0 zuo fea 5 gt 67 a E l T NL 2 1 COONS 276 1 aj 3 4 LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E or L EN si 2 2 ET es 9 12611 VILLLL 02 6065 2 27 2 62 T 60671 ge 0 91 ZSA 806 26961 ne wo I 806 12611 934 6 5 hio 23 205 T VLS88IN fee Zzeu 069S m zv JLESOJO d ES l Hn bed vi61 22 162 T ansa 163 22718500 afm Hno zuo ni 160 5161 ziv us 6 AL 46861V 9160 ansa ne 93H ASI T trt EI 6 E jeer zz vLesoo AGZ ni N 2163 jamas 25 5168 CE 8 EB EBD 1 6 V NO2 d 2 OVOSASTOL 268 23 2 m p ete 188 izi AL I 2161 E 6 1097 5268 ansa sneg 1161 22 01 168 0 6
171. 1JF104J 100k 1 16W AB R824 VRS CZ1JF105J 1M 1 16W Metal Oxide AA Metal Composition R826 VRS CZ1JF124J 120k 1 16W Metal Oxide AA R719 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R827 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R720 VRS CZ1JF224J 220k 1 16W Metal Oxide AA R828 VRS CZ1JF163J 16k 1 16W Metal Oxide AA R721 VRS CZ1JF224J 220k 1 16W Metal Oxide AA R829 VRS CZ1JF152D 1 5k 1 16W Metal Oxide AB R722 VRS CZ1JF224J 220k 1 16W Metal Oxide AA R830 VRS CZ1JF183D 18k 1 16W Metal Oxide AB R832 VRS CZ1JF334J 330k 1 16W Metal Oxide AA 10 7 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code 833 VRS CZ1JF562J 5 6k 1 16W Metal Oxide AA 1417 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA R834 VRS CZ1JF334J 330k 1 16W Metal Oxide AA R1418 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA 835 VRS CZ1JF822J 8 2k 1 16W Metal Oxide AA R1601 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R836 VRS CZ1JF562D 5 6k 1 16W Metal Oxide AB 1602 VRS CV1JF563J 56k 1 16W Metal Oxide AA R837 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1603 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R840 VRS CZ1JF223D 22k 1 16W Metal Oxide AB R1604 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R841 VRS CZ1JF000J 0 1 16W Metal Oxide AA R1606 VRS CZ1JF183J 18k 1 16W Metal Oxide AA 842 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R1607 VRS CZ1JF183J 18k 1 16W Metal Oxide AA 844 VRS CZ1JF10
172. 2 d 26 ZS NE 9 ZG 9 uva 19 uve L S AL WHOBW S 6 MHN G ols uva 6 2 uva 9 1 0 2 Jos 2 los alr arua 5 uva 5 9 9 9 2 9 lev 5 leg 6v SA dvo 6 11 8 g 2 z 5 QNO HOLON 5 S QNO HOLOW S Bv Sheva lapl Sn avo Z 9 Z t H abaya v IMs W t v IMS Wt Lt SATNI t SATa p 2 2 We ZNS NJE 5 no avo no avo lot 801 20644 xiva 2 ENS 2 EMS m 5 2 5 5 lst 1 21 1 m ore v ta 947490 ZZVLIVIOZNVLO 25 Ddd HOFW Et HOFW JVNIWHAL AHJLIVA 1 1 AW 77 ev ABW Z 1 n avalgi S n av ki v 371 19 15 I t v 15 15 t 939 tI A lvl ov 0 9 03 2 5 Op ov 2 davo JEI SE aT N3 6 6 H 21 21 H 2 BE SE 2 7 17 T um m swas aav1 e SNIS 34VL 16 H loi ol b o SNas 132 4 s or snas mans 6 6 6 6 SN3s 133471 GE GEJ SNAS 133 1L GE 8 8 AH le 4497543 E tE 04407545 2 2 2 2 S EE 9 12 S 8 5 5 2 e e e o 444 S 10310ud ze ze 15 1720 2
173. 222 JOL n1907Wosdaa O J ul Qvo D 41 21 W 1 69 071 Wouda3 169 69 071 69 91 41 91 0 0 002 89 QN97SAS 89 89 SAS 89 GI VONN W 1JSI 5 NON WIGI 29 asma o a 29 29 ase o a 9 am ana p vi am pi 99 99 99 99 LINA DIV MS 00 MS EI S9 9 s9 69 zi pg v9 3 85 13203 ZZV 1980099 IWe 1 ano 7 1 g 9 9 H omrav 29 2 93HNON Z QNO DRN MS 41231084 01 MS 2302 OI 9 CQv A 238 69 izo 9 2 MSTNHIAL WVO WVO 2 6 can 6 116 8 6 9 A om 19 9 om 9 8 OL 6 8 ms dam ON 8 8 ww N 8 log ane w 09 09 anova los ZZNAvZCOZ MSO 2 037 lavis 2 dan isvis 65 2 088 5 65 72 33 6 9 asi 3 9 9 0379 85 23 22 85 85 9 038 85 NA MS 5 an 1334 4 5 S an 7338 4 5 LS 116 26 S v SN3S TIM 4 v SN3S uum 1 3 ONS 986 95 9G SNJS 2 SN3S 55 v 155 lt lt GG 2 an 14534 5 2 an 33u s Z 75 08 2016071 7S 75 09 20 0 G 44 8 8 1 SN3S 7888 5 SN3S 7338 S ES NS 010 JES S QNO HO10W L yva L 8 uva 8 zosos OND 364 NE NO
174. 28 VCSATA0JJ106M 10 6 3V Tantalum AD C402 4 0 1 16V Ceramic AB C629 0 22 16V Ceramic AB C403 1 104 0 1 16V Ceramic AB C630 VCSATE1AJ476M 47 10V Tantalum AD C404 VCSATA1AJ106M 10 10V Tantalum AC C631 VCSATA1AJ475M 47 10 7 AG 405 VCSATA1AJ106M 10 10V Tantalum AC C632 047 16V Ceramic AC C406 VCKYCZ1CB103K 0 01 16V Ceramic AB C633 VCKYTV1CB224K 0 22 16V Ceramic AB C407 21 103 0 01 16V Ceramic AB C634 VCSATAOJJ226M 22 6 3V Tantalum AD C408 VCKYCZ1CB103K 0 01 16V Ceramic AB C635 VCKYTV1AB105K 1 10V Ceramic AD C409 VCCCCZIHH101J 100p 50V Ceramic AB C636 VCKYTV1CB224K 0 22 16V Ceramic AB 0410 VCKYCY1AB474K 0 47 10V Ceramic AC C637 VCSATA1AJA75M 4 7 10V Tantalum AC C411 VCKYCZ1CB103K 0 01 16V Ceramic AB C638 VCSATA1AJ475M 4 7 10 7 AC C412 RC KZOOSSTAZZ Capacitor AD 639 7 1000 50V Ceramic AA 0414 21 103 0 01 16 Ceramic AB C641 VCSATE1AJ476M 47 10V Tantalum AD 0415 VCKYCZ1CB103K 0 01 16V Ceramic C642 VCKYTV1CB224K 0 22 16 10 3 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code C643 VCSATEOJJ336M 33 6 3V Tantalum AD C905 20070 27 4 7 16V Capacitor AD C644 0 33 10V Tantalum AG C906 RC KZ0070TAZZ 4 7 16 Capacitor AD C645 VCKYCZ1HF103Z 0 01 50V Ceramic AB C907 20055 27 Capacitor AD C64
175. 2961 50668 ud9NI st slv woo 1061 IHID 22 15 em 6 esa AU p 45 4 oe 389701 E 56861 060 0 00 6 6 P 2061 ONIHOLIMS ZSA Nod 8 929 ms 7060 0223 24 60 29 06680 d12 22418810 NO2 d 67 85 FH AAR ae 0 1 0 aars 87 KQN972 v20 WWD CMS Trav wv 5 902611 012610 DS 20261 rm 601611 802611 602611 12 A A ENOD d 2 6 24701 Issjel 055 2 3 5 n ane A WWOJ avo Z Nova 264 DRI WI 6 s Wvo wa DATOL 5 57234 6 20012 2 2 2 ons jJ 0N979 hv2 CONO A WW9 gt q susu ques pee 20 185 foie 702671 nooz rawo 8 MSTELA 42382 6 18 VIVITATS IVLVQ SAS AQVZEWWO 5305 21 9
176. 2GSH 15482 ESAS CCGA 90221 NE ETSAS 30012 NO7dv2 69 No avo v s dya 4 2029 2 77 1 H BLAN W H 310W v 999 4 14IHS 57 H O3H H O3M AV 4 4 JNII8 H 3SVH37LOH 35 82710 1 0 50271 2 113 7021 onos m VLVO S JOHINOO 0 35 31 2 52741 Tow l IAH A f Y 3 JAAA x 55 3 pee o lt 85 230514 LL 20 0228 1 H 2 22 202 LI 9120 58 9 2 8 60 1 ee VLZ810 gelu I 6 4 210023 4 45025565 TSS 9 8 8 8 5 20 1 4 7 10 SYSTEM CONTROL CIRCUIT SCHEMATIC DIAGRAM VL H870S H890S H96E H960E LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E H HLA24 2 WS W CEMSW Y m S Z NSTW CZ NS A Bees amsn CITAS was 8 vaPLE Ii zi 5 5 z 9802 sov dv Q 80271 4 2
177. 2SA1989R 1 2SA1989R AB 08361 VS2SA1873Y 1 2SA1873Y AC 0904 VS2SA1362GR 1 2SA1362GR 08362 VSHNIBO1FU 1 HN1B01FU AC 0908 VS2SA2010 1 2542010 AD Q8401 VSHN1C01FU 1 HN1C01FU AC 0909 VSNDS355AN 1 NDS355AN AE 08404 VS2SA1989R 1 2SA1989R AB 0910 VS2SA1362GR 1 2SA1362GR AC Q8405 VS2SC5384C 1 2SC5384C AB 0911 VSRN4983 1 RN4983 AC 08406 VSHN1C01FU 1 HN1C01FU AC 0912 VS2SA1362GR 1 2SA1362GR AC Q8407 VS2SC5383F 1 2SC5383F AB 0914 VS2SB1123T 1 2SB1123T AA 08408 VS2SA1362GR 1 2SA1362GR AC 0915 VS2SA1989R 1 2SA1989R AB 08409 VSRN4983 1 RN4983 AC 0916 VS2SA1989R 1 2SA1989R AB 08452 VSHN1C01FU 1 HN1C01FU AC 0918 VSRT1P441U 1 RT1P441U AB 08453 VSRT1N441U 1 RT1N441U AB 0919 VSRN4983 1 RN4983 AC 0940 1 RN1704 AC 0920 VSRN4983 1 RN4983 AC 09402 VSRT1N441U 1 RT1N441U AB 0921 VS2SA1989R 1 2SA1989R AB 09601 VSRN4983 1 RN4983 AC 0922 VS2SA2010 1 2SA2010 AD 0923 VSNDS355AN 1 NDS355AN AE DIODES 0924 VS2SA1362GR 1 2SA1362GR AC 0601 VHDMA2S111 1 MA2S111 AC 0926 VS2SA2010 1 25 2010 AD 0701 VHD1SS355 1 1SS355 AB 0927 VS2SA2010 1 2SA2010 AD 0702 RH DX0182TAZZ DX0182TA AD 0928 VS2SA2010 1 2SA2010 AD 0800 VHDHVU17TRF 1 AE 0929 VS2SA2010 1 2SA2010 AD 0801 VHDMA132K 1 MA132K AA Q930 VS2SA1989R 1 2SA1989R AB 0900 VHDF1J2H 1 F1J2H AD 0931 VS28A1989R 1 2SA1989R AB 0902 VHDF1J2H 1 F1J2H AD 0936 VS2SA1362GR 1 2SA1362GR AC 0903 VHD1SS355 1 1SS355 AB 0937 VS2SA1989R 1 2SA1989R AB D904
178. 3Y29AM IX0470TA IX0490TA IX0589TA MB3825A IX0671TA IX0703TA 100 LZ95NA1 LA7458W IX0452TA BA9732KV LR38590 LA7471M MB88344F CXD2310A I BA7655AF S24C02A ST93C46T 524 08 NJM4565V NJM4558M NJM3414V NJM2904M RS5C313 RM3329B C MA132WA DX0182TA 5 3 2 1 CXA2006Q MM1298XQ CXA2503A CXA2083R CXA2085R CXA1737R ADS933Y CXA2032Q TC7W08U NJM2233V NJM4565V CXA1211N TC4W66U A FC903 IMN10 C A MA133 MA147 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 9 PRINTED WIRING BOARD ASSEMBLIES 10 1 VCR P W B J Component Side SIDE A
179. 490TAZZ IX0490TA Electric Zoom 8251 VRS CZ1JF000J 0 1 16 Metal Oxide AA 252 VHiMS548331 1 1 5548331 Field Memory BD R254 VRS CZ1JF000J 0 1 16 Metal Oxide AA R256 VRS CZ1JF000J 0 116 Metal Oxide TRANSISTORS 0201 VSHN2C01FU 1 HN2C01FU AC MISCELLANEOUS PARTS 0202 VSHN2A01FU 1 HN2A01FU AC 201 RBLN 0120TAZZ Balun BLN 0120TA 0203 VS2SC5383F 1 25 5383 FB202 RBLN 0120TAZZ Balun BLN 0120TA P201 QPLGN0258REZZ Plug 2 COILS 804 OSOCNI986TAZZ Socket 19Pin AF L201 VPBWM100KR50N Peaking 10uH AC 805 OSOCNO860TAZZ Socket 8Pin AE L202 470 1 9 Peaking 47uH AC SC9 0560018607 77 Socket 18Pin AE L203 VPD9M100J1R7N Peaking 10uH AC CN2 QCNCM7058TAZZ Connector 70Pin AG L204 VPD9M6R8J1R8N Peaking 6 8uH AC L205 VPD9M3R9J1R3N Peaking 3 9uH AC L207 VPBWM100KR50N Peaking 10uH AC DUNTK2895PM01 1251 VPBWM100KR50N Peaking 10uH AC CCD UNIT L252 VPBWM100KR50N Peaking 10uH AC CAPACITORS _ INTEGRATED CIRCUIT C202 VCCCCZIHH100D 10 50V Ceramic AD C204 VCCCCZ1HH390 9 50V Ceramic AB C205 VCCCCZ1HH750J 75 50V Ceramic AB TRANSISTORS C206 RC KZ0051TAZZ Capacitor AC Q1 VS2SK508 1 25 508 0207 VCKYCZ1AF104Z 0 1 10V Ceramic AB Q2 VS2SC4627CD 1 2SC4627CD AB C208 VCSATA1AJ106M 10 10V Tantalum AC 0211 VCKYCZ1AF104Z 01 10V Ceramic AB DIODE C212 RC KZ0051TAZZ Capacitor AC D2 VHDDA121 1 DA121 AA C213 VCKVCZIHF103Z 0 01 50V Ceramic AB C214 VCKY
180. 4E VL H96E VL H960E Component Side SIDE B 83 8 F ma 8899 6688 68SH 81 8989 zg 5 ZJ O 29 Gi ia 599712 6695 699 5 9 S 8 g 6990 O 097 21 1 H ISl 8 8 5 ES 8 8997099110 5 co 499 8 gt 28 28611 219 2993 1969 6 9 Sy 8 64 0 6 amp 62011 199 N 69518 a 3 69 8997 2 15551 si 2 F 55 8 2594 8 709 IC501 6993 m 8088 6098 11089 9859 8 8 60921 10849 799011999 565 098 1080 1 2258 DEON
181. 5 C162 y Bi B R161 8 IC12 8 IC151 T1603 503 4 TEA 505 C18 831 17 FE O25 1 5 a C160 pm R11 R32 c ur R12 X C Lo C158 sk Qe 1150 50 C22 crs 3 L11 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Wiring Side SIDE
182. 55 o 696 u 39 e 17668 5 0 196 2 EN oP lt li BEL ESTIR Eg E a s 8 lt x 8 5 ko lt 2 gt No S 9 oo zt ka e 7 x ravo 2 sa 7 a gt 9 5 to lt 3 389 To 4 lt e PAVTA 8W02 7 lt PAWTA 33 7 lt 7 lt gt C rav awvesaIs gt E 8 4 7 lt nav 04703 lt 7 3 C 7 2 05 5 OL XX i Ori 88 8 0 PUY VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Py 3 4 LOCATION MAP z gt gt 1 i i 6 0 22917500 LR 2 5 i i tH 900 zero T 04 INA 02 INU 2 5 6096 i 8 1070 8 Y Y
183. 57 0 v 2 K MRY 172 16 M3 MRY 162 MRY 15 2 MRY 152 varia MRVIA MRYI3 K2 MRV12 MRVI2 ffe 2 MRY I MR MRYI gt vario K3 MRY 10 MRC 13 8 MRCI2 9 MRCI B cio RXADI K re RED tRCLO werk 5 vo 977 I m 5 8 m 9 g z z 8 8 8 8 Q 8 A E 5 8 t E E E E E E E 8 5 55 amp amp amp 5 P 8 69 69 6 69 69 9 O 9 9 9 9 9 0 9 o To To To Jo To To Te To 5 c256 2 4 0 0lu 2 8 8 f 1 go FIELD MEMORY VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 72 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 19 CCD CIRCUIT SCHEMATIC DIAGRAM L22 74 9 R2 100 D G LA 14 8 S Q2 8 4 C4627CD gt BUFFER 7 IC ICX209AK CCD_IMAGER TOP_V IEW TL20 2 3 30 35 TA l RT C6 IM 2200F Ld C3 TL21 OO56TAZZ VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E SCI 1986 SEN Q 0 RS
184. 59 18 Adjustment of Y recording current Measuring instrument Oscilloscope Mode EE VCR STOP SYNC Input signal Tape Color bar TL3402 Test point CH1 TL7410 TL7401 GND CH2 TL7409 TL7401 GND an mmm Adjustment address 105 Adjustment level 185 10 mVp p 185 mVp p iiM 1 Connect 117455 and TL 7453 with a proper short jumper T 2 Select the address105 3 Set the oscilloscope CD Connect the SIG side of oscilloscope CH1 probe to the TL7410 the GND side to the 117401 2 Connect the SIG side of oscilloscope CH2 probe to the TL7409 the GND side to the 117401 3 Using the oscilloscope invert either CH1 or CH2 signal and add two signals 4 At this time match the CH1 and CH2 volts levels 4 Change the data value and make an adjustment to get the specified value at SYNC position 19 Adjustment of C recording current Measuring instrument Oscilloscope Red part Mode EE VCR STOP Input signal Tape Color bar ih Test point 1 TL7410 TL7401 GND CH2 TL7409 TL7401 GND Adjustment address 104 Adjustment level 54 2 mVp p 1 Connect TL7454 and TL 7453 with a proper short jumper 2 Select the address104 3 Set the oscilloscope CD Connect the SIG side of oscilloscope CH1 probe to the TL7410 the GND side to the TL7401 2 Connect the SIG side of oscilloscope CH2 probe to the TL7409
185. 6 VCSATE1AJ476M 47 10V Tantalum AD C908 20055 22 Capacitor AD C649 VCKYCZ1HB102K 1000 50V Ceramic AB C909 VCKYTV1AB105K 1 10V Ceramic AD C650 21 102 1000p 50V Ceramic AB C910 RC KZ0054TAZZ Capacitor AD C697 VCKYCY1HB102K 1000p 50V Ceramic AA C911 20055 22 Capacitor AD C698 VCKYTV1CB224K 0 22 16V Ceramic AB C912 20058 22 1 25V Capacitor AC C699 VCSATAOJJ106M 10 6 3V Tantalum AD C913 70058 77 1 25 Capacitor C701 VCKYCY1HB102K 1000p 50V Ceramic AA C914 20058 22 1 25 Capacitor 702 VCKYCY1HB102K 1000p 50V Ceramic AA C915 20055 22 3 3 10V Capacitor AD C703 VCKYCY1HB102K 1000p 50V Ceramic AA C916 20055 22 Capacitor AD C704 VCKYCY1HB102K 1000p 50V Ceramic AA C917 VCKYTV1CF105Z 1 16V Ceramic AB C706 VCKYCY1HB102K 1000 50V Ceramic AA C918 VCKYTV1EB104K 0 1 25V Ceramic AB C707 VCKYCY1HB102K 1000p 50V Ceramic AA C919 VCKYTV1CF105Z 1 16V Ceramic AB C710 VCKYCY1AF105Z 1 10V Ceramic AC C921 VCKYTV1EB104K 0 1 25V Ceramic AB C712 VCCCCY1HH100D 10p 50V Ceramic AA C923 VCKYTV1CF105Z 1 16V Ceramic AB C713 VCKYCY1CF104Z 0 1 16V Ceramic AA C924 VCKYTV1CF105Z 1 16V Ceramic AB C714 VCKYCY1HF103Z 0 01 50V Ceramic AA C925 VCKYCY1CB104K 0 1 16V Ceramic AB C715 VCCCCY1HH100D 10 50V Ceramic AA C926 20070 22 4 7 16V Capacitor AD C716 VCKYCY1HB471K 470p 50V Ceramic AA C927 RC KZ0070TAZZ 4 16V Capacitor AD C717 VCSATA1AJ106M 10 10V Tantalum AC C928 20055 22 Capa
186. 6E VL H960E 6 1 CAMERA SECTION BLOCK DIAGRAM SC902 IC1401 IC401 IC7451 CN7401 2 9965 2 6 09 50 OE 0 8 963 OSC 9 08 3 2 0 Signal waveform 2 6 7 8 9 10 11 Y SIGNAL DD SIGNAL D gt YC SIGNAL D gt 6 2 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 6 2 VCR SECTION BLOCK DIAGRAM playback signal frow CN7401 IC8301 IC401 IC1401 JG Signal waveform Y SIGNAL DD CSIGNAL pp YC SIGNAL D gt 6 3 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 6 3 VCR SECTION BLOCK DIAGRAM EE signal frow IC1401 SC902 IC800 CN1800 19 9 1270 00 24 1 SC601 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
187. 6J 10M 1 16W Metal Oxide AA 1609 VRS CZ1JF333J 33k 1 16W Metal Oxide 845 VRS CZ1JF274J 270k 1 16W Metal Oxide AA R1610 VRS CZ1JF333J 33k 1 16W Metal Oxide R847 VRS CZ1JF393D 39k 1 16W Metal Oxide AB R1611 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 848 VRS CZ1JF563J 56k 1 16W Metal Oxide AA R1613 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 849 VRS CZ1JF000J 0 1 16W Metal Oxide AA R1618 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R850 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1619 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R851 VRS CZ1JF273J 27k 1 16W Metal Oxide AA R1800 VRS CZ1JF000J 0 1 16W Metal Oxide AA R852 VRS CZ1JF363D 36k 1 16W Metal Oxide AA 1801 VRS CZ1JF273D 27k 1 16W Metal Oxide AA R853 VRS CZ1JF683D 68k 1 16W Metal Oxide AB R1802 VRS CZ1JF104D 100k 1 16W Metal Oxide AB 8854 VRS CZ1JF563J 56k 1 16W Metal Oxide AA R1803 VRS CZ1JF562J 5 6k 1 16W Metal Oxide AA 860 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R1804 VRS CZ1JF222D 2 2k 1 16W Metal Oxide AA R870 VRS CY1JF000J 0 1 16W Metal Oxide AA R1805 VRS CZ1JF103D 10k 1 16W Metal Oxide AB R871 VRS CZ1JF000J 0 1 16W Metal Oxide R1806 VRS CZ1JF474J 470k 1 16W Metal Oxide AA R872 VRS CZ1JFOOOJ 0 1 16W Metal Oxide AA 81807 VRS CZ1JF393J 39k 1 16W Metal Oxide R873 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R1808 VRS CZ1JF272D 2 7k 1 16W Metal Oxide AB R901 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R1809 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 902 VRS CZ1JF103J 10k 1 16W Metal Oxi
188. 7 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 6 7 MAIN BATTERY CIRCUIT SECTION BLOCK DIAGRAM VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 065 DI 0 1 09112151 SI au UBUM dn 1uBi uaau 2 001161 4029 4059 uonoes 9 139190 3 135136 juano peu d31 u9919 d31 jueuno A 79 692 0 56 HouS ONO 100 UHM uonoelep 440 340 MOVf peni indur 6 Mdu 6 8 9 120 260 NELA 0 goezo lt 0 A 9 indu DIH AZZOJHNON d NEE SAS 10620 indur OQ 440 S SAEMJE 133 20620 6 8 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 6 8 CAMERA SECTION BLOCK DIAGRAM VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E SYS TO CAM CAM TO SYS XPADDA MODE VCR LCD PWB 6 9 LENS DRIVE BLOCK DIAGRAM IC1
189. 7 VRS CZ1JF222J 2 2k 1 16W Metal Oxide R2922 VRS CZ1JF1R0J 1 1 16W Metal Oxide AA R2408 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R2923 VRS CZ1JF1R0J 1 1 16W Metal Oxide AA R2411 VRS CZ1JF913D 91k 1 16W Metal Oxide AA R2925 VRS CZ1JF104J 100k 1 16W Metal Oxide AA 82414 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R2927 VRS CZ1JF684J 680k 1 16W Metal Oxide AA R2420 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R2928 VRS CZ1JF684J 680k 1 16W Metal Oxide AA R2461 VRS CZ1JF331J 330 1 16W Metal Oxide AA R2930 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R2462 VRS CZ1JF681J 680 1 16W Metal Oxide AA R2931 VRS CZ1JF823J 82k 1 16W Metal Oxide AA R2701 VRS CZ1JF224J 220k 1 16W Metal Oxide AA 82933 VRS CZ1JF1R0J 1 1 16W Metal Oxide AA 2702 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R2934 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA R2703 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R2935 VRS CZ1JF333J 33k 1 16W Metal Oxide AA R2704 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R2940 VRS CZ1JF182J 1 8k 1 16W Metal Oxide AA R2705 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R3701 VRS CZ1JF821J 820 1 16W Metal Oxide AA R2706 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 84401 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R2707 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R4402 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R2708 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R4403 VRS CZ1JF105J 1M 1 16W Metal Oxide R2709 VRS CZ1JF273J 27k 1 16W Metal Oxide 4404 VRS CZ1JF121D 120 1 16W Metal Oxide AB R2710
190. 713 VCKYCY1CF104Z 0 1 16V Ceramic AA 01821 VCCCCZ1HH560J 56p 50V Ceramic AB C2714 42 0 01 50V Ceramic AA C1825 VCKYCY1CF224Z 0 22 16V Ceramic AA 02715 VCCCCY1HH8ROD 8p 50V Ceramic AA 01826 VCCCCZ1HH101J 100p 50V Ceramic AB C2716 VCKYCY1HB472K 4700p 50V Ceramic AA 01827 VCKYCY1CF104Z 0 1 16V Ceramic AA 02800 VCKYCYOJB105K 1 6 3V Ceramic AC 01829 1 1042 0 1 16V Ceramic AA 02801 21 102 1000 50V Ceramic AB C1830 21 1032 0 01 50V Ceramic AB H870S H890S H96E EW EX C1831 62 0 01 50 Ceramic H960E EW 01832 VCKYCY1CF104Z 0 1 16V Ceramic AA 02802 VCKYCZ1HB102K 1000 50V Ceramic AB H860S H H94E EW EX H870S H890S H96E EW EX H96E EW EX H960E EW H960E EW C1832 21 104 0 1 10V Ceramic AB 02902 VCKYCY1HB103K 0 01 50V Ceramic AA 8705 C2903 VCCCCZ1HH101J 100 50V Ceramic C1840 46 01 25 C2904 RC KZ0051TAZZ Capacitor AC C1901 21 102 1000p 50V Ceramic AB 02905 VCKYCY1HB103K 0 01 50V Ceramic AA 01902 VCKYCZ1HB102K 1000p 50V Ceramic AB 02906 VCKYCY1CB104K 0 1 16V Ceramic AB 01903 21 471 470 50 Ceramic 03701 VCKYCY1HF103Z 0 01 50 Ceramic C1904 10 473 0 047 16V Ceramic AA 03702 52 0 01 50 6 AA C1905 21 332 3300p 50V Ceramic AA C4401 VCKYTV1AB105K 1 10V Ceramic AD C1906 VCCCCZ1HH101J 100p 50V Ceramic AB C4402 RC KZO055TAZZ Capacitor AD C1907 VCKYTV1AB105K 1 10V Ceramic AD 04403 VCKYCZ1HB102K 1000
191. 8605 8705 8905 94 96 960 10020 72 Cord H94EX H96EX QCNW 1906TAZZ A V Cable AN QPLGA0010GEZZ AC Plug AF H94E H96E H960E RRMCG0074TASA Remote Control AP RCORFOO38TAZZ Ferrite Core H96EX TINSE0325TAZZ Operation Manual A AL H860H TiNSLO173TAZZ Operation Manual A AX 8705 8905 TiNSLO174TAZZ Operation Manual B AX 8705 8905 TINSLO175TAZZ Operation Manual A AX H860S TiNSLO176TAZZ Operation Manual B AX H860S TiNSLO179TAZZ Operation Manual A AX H96E EX H960E TiNSLO180TAZZ Operation Manual A AX H96EW H960EW TiNSLO183TAZZ Operation Manual A AW H94E EX TINSLO184TAZZ Operation Manual A AW H94EW TLABZ0495TAZZ Remote Control Label AG H94E EW H96E EW H960E EW A UADP 0304TAZZ AC Adapter BC UBATi0059TAZZ Battery Pack BE UBATL0011TAZZ Lithium Battery AE UBNDS0010TASA Shoulder Strap AH ACCESSORIES NOT REPLACEMENT ITEM TGANL0004TAZZ Guarantee Card AG H860S H H870S H890S TLABK0001TAZZ No Card AA 10 17 VL H860S H VL H870S VL H890S VL H94E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E G Om AOS 8 6 ale 8 MECHANISM CHASSIS EXPLODED VIEW 10 18 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E CABINET EXPLODED VIEW VL H860S H H870S H94E H96E
192. 9 18 E ENES 8 pere 7 527 eg ir E 8 mm 09 2 5 PIZ 8 Bl fa 8 Ell 8 s E 1603 518 cm a i 8 E 78 5 Gi 81607 1610 ici 515 8 css 8 3 TIFT 2701 162701 ee 5 a 083 2 Slee Wik S 8718 gens 5 E 1803 12701 5 5 5 2 E 2 3 577218755 2 jem 82918 BEBE BE l s 945 BI C844 g 8 5 B 1805 5 5 623 889 5 0823 5 181 8 1871 E 2279 5 Fi 2 FEE 5 amp E 0824 8 8 5898 62708 8 5 o 8 EE il lt 8 E A 6859 E 81 8 8 5 ta 8 1802 IC601 0628 7649 01602 B ES c B 8502 peso 8 a 5 5 Bel 8 16800 101801 81801 2709 Seat peor 8 E 70 cu 5 8 IC1802 271 02716 5 0828 682 11801 5 5 083 79 Eg 05 1801 ple m ERI S G RES ce psu E 8 EI C642 Geto po 8 C1617 A 821 Ew SNES S s 8 5 E 5 6815 a E 7 BI pes 8 8 0644 C643 0830 Cm EI E mu 5 8 FET FST 8 8 FEB Wiring Side SIDE A VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
193. 9 2160 22910100 29 2 67 1 re62 222110200 4 ET 3j 27 0 69 5768 230 ST UH 9589 ne 9 22 une HnEE 0160 25 Te 5700 d H T iux G AL e ECCE 7 5 82617027 veo 8260 261 525029 ps n zo 23 L a l 09 99 web Mit ss ry gt 1307ANI d 102 91 121105 AS IW n 2 2 C m ONIHOLIMS SA 6 ne 1007 629 1 2 nova E60 0 7 027 m Ma zzviss 00 Z2V10108 zo 1262 ECNOO d EA 1269 22 kata TTE 9264 AL7VHOSN 0 zo ye 9 68 SAAN 22 sawed DDOMINAT now g ng wv aus z ea NVSSESON 8161 2260 ooz 1 24611 1 02 62 6161 m 6 Z ZSA ZSA 01024 NOON 10267 20261 1 6 ns wooz 9 04048 ASI WD p 1 9555 GNOTHOLOW Z 2260 22611 Faon 22621 AS SN31 lo7As 1097 AS SN3
194. 9 0 2 TMS 67 122 9 CEMSW 5 NJIODINH lt ale 6 17 71 un 90980 AST m MS 5 1 lt no 2279 22 481 100 3 3 8 19111 8 Wnua ez EMB 0983 212 RS 93 lt WN az U E ILS elu TIS ba NO rc E222 NOTWAHQI NS Re 4 lt 19271 SA Wnua ez 2 2 a lt Ja m 60791 SACS 81 ved 14 32 44 SAIS ed v sorgo 290 H EG 48 0583 H nee 9042 7 12 Haee T 25029 1L lt 06 RS See Tuo E L K so lt NOO d J adia 10 0 Ries ee oze i sz espeo T41 89 09 005 0095946 21161112 y JNO HOLOWJ8 O2v8H Ro 8712 a tds e B5 143144 INITHOLOW L ne 027 ONO vV 7H 9 BA yeri 5 opeego fa Lovey TI 91788 GOED 4 Ix m QN9 V H G 1441 S sores B 9 4 57 271 T 12 1 4 gt o 2 2 55 gt T sores 100 22 6071
195. 90S VL H94E VL H96E VL H960E SIR dos 545 ren 80719 20725 4686 20 29 ornar hiite ANAT DES zac lt v OID A3 W CASH W771 lt HEP 333 8 37 1 15 tHe GSAT 4715 nilo o Ss dz lt MISTER 019 2 SS 23128 auo 0332 59 97037737S 1 T is l 0721 90 8 7 512 2225494 ni 5 1729 2 251 lov 2222 L o mox gt MS UJMOd In 25271 6 25 2 135 L H 84 0 0 89825 S 10721 ov TON yee 22 8 2 291310 8 tius ME 20929 9075 50728 govi 133 NaS 5 9 v BN3S 1334 L GE LLLLICNSS 18887 1 zd 00 8 ea lt 27271 9 POPLI x ae X 1 QN9TSAS 2 zT ON9 SAS yaang MS NMOQ E 22 22 CAS 1 gt aka 6p 02 OOD 0 02 MSTLOZLOHAJZEJ 103108 222 pp m 96vNH gt dN SH 22 Ps AWTH JE8ESI H6861V 60v80 gt ALLEE LORS 3 20720 70780 3103 NH 5 924 gt 222198 nog 32 8 gk EMS NST 5 6 glenn 5 29 707
196. 9F 1 2 Write the data 01 to the address 1FF The following adjustments are automatically carried on 1 Black balance adjustment AF noise level adjustment at AGC Gain Min AGC Gain Max and Gain up 3 Data processing after adjusting the noise level calculation formula Round off fractions 5 14 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 4 Data processing after adjusting the black balance 1 5 digit subtraction from ROB adjustment data at AGC MIN address 19Ch address 19ch 5h 5 digit subtraction from ROB adjustment data at AGC MAX address 19Dh address 19Dh 5h 5 digit subtraction from ROB adjustment data at GAIN UP address 19Eh address 19Eh 5h 5 Burst gain adjustment Measuring instrument Oscilloscope Subject None Tape Test point VIDEO OUT Terminated in 75 Adjustment address 1F9 Adjustment level 300mVp p 1 Measure the burst signal level on the oscilloscope Using the address 1F9 adjust the burst amplitude to 300mVp p 6 White balance adjustment Measuring instrument Vector scope Subject Gray scale Tape Test point VIDEO OUT Terminated in 75 Adjustment address R W B 010 B W B 012 Adjustment level E EW EX model R W B 0 3 B W B 0 2 3 S H R Y VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 300mVp p E EW EX R Y Spot Spot B Y B Y
197. AD Plastics 315 NGERH1284GEZZ Sup Lo Gear AC 215 LX WZ1075GE02 Washer D2 1xD5 0x0 25t AA 316 NGERH1285GEZZ Tu Lo Gear AC Plastics 317 MSPRDO167GEZZ 8 Lo Arm Double Acting AE 216 XWHJZ12 02040 2 D1 2xD4 0x0 25t Spring 5 318 MSPRTO407GEZZ T Lo Double Acting 217 QCNW 1714TAZZ Ground Lead Wire AC Spring 319 MLEVP0310GEZZ HC Lever Ass AF 321 MSLiFOO74GEFW Lever AD CABINET PARTS LIST 322 PGiDM0148GEZZ Ten Arm Guide AC 323 NGERH3061GEZZ Segment Gear AD 324 MLEVF0472GEZZ Tu Guide Ass y AC 1 DCABA6204TAK1 V Cabinet Service AK 325 PGiDP0027GEZZ Tu Guide AE 1 2 PSPAGOO95TAZZ Cushion AA 326 MSPRCO0183GEZZ Tu Guide Spring AA 2 DCABB6204TAK1 L Cabinet Service AT 327 MSPRC0184GEZZ Si Roller Spring AA H860S H H870S H94E H96E 328 MSPRCO208GEZZ Tu Guide Lever Spring AC 2 DCABB6205TAK1 L Cabinet Service AT 329 CCHSS0049GE01 Slide Chassis Ass y AR H890S H960E 330 MLEVF0495GEZZ Ten Arm Ass y AC 2 2 GCOVA1606TAZZ Reseptor Cover AC 331 LBNDK3023GEZZ Ten Band Ass y AF 2 3 GCOVA1607TAZZ LED Cover AC 332 NiDR 0016GEZZ Swing Gear Ass y AF 2 4 GCOVH1243TASA Jack Cover AE 333 NGERH1286GEZZ Driving Gear AC 2 5 GPAD 0031TASA Grip Pad AD 334 NGERH1287GEZZ Pulley Gear AD 2 6 HiNDPO209TASA Jack Indicator AD 335 NPLYV0157GEZZ Relay Pulley AD 2 7 QEARPO254TAFW LCD Earth AF 336 MLEVPO284GEZZ S Brake AC 8605 8705 94 96 337 NGERH1288GEZZ Tu Brake Gear AC 2 7 QEARP0255TAFW LCD Earth H890S H960E AF 338 MLEVP0285GEZZ Tu Main Brake A
198. C 2 8 TLABH0394TAZZ Caution Label AB 339 MLEVP0286GEZZ Tu Sub Brake 3 CCABC6101TAK1 Camera Front Cabinet AS 340 MSPRD0169GEZZ Brake Spring AD Ass y 341 LHLDZ2053GEZZ Light Guide Holder Ass y H860S H H870S H94E H96E 342 LANGG9102GEFW Down Guide AF 3 CCABC6101TAK2 Camera Front Cabinet AS 343 MSPRT0408GEZZ Tension Spring AD Ass y H890S H960E 344 MSPRDO186GEZZ 5 Brake Spring AD 3 2 GCOVA1609TASA Lens Hood AF 345 00811000326502 Upper Drum Ass y BF 3 3 GCOVA1610TASA Front Cover AE 346 PGIDMO154GEZZ Tape Guide AB H860S H H870S H94E H96E 348 QBRSKOO39GEZZ Earth Spring AD 3 3 GCOVA1610TASB Front Cover AE 349 PGIDMO143GEZZ Drum Base AG 8905 960 350 DDRML0020HE01 Lower Drum Ass y AY 3 4 GCOVA1611TASA Hood Cover AD 351 RMOTP1137GEZZ Drum Motor AS 3 5 GCOVA1612TASA Front Cabinet Grip Cover AD 352 5 0010 77 Adjusting Shim AC 4 DCABD6097TAK1 Camera Rear Service AT 353 NRTR 0096GEZZ R Tr Rotor Ass y AP H870S H890S H96E H960E 354 MSPRCO209GEZZ Gr Adjusting Spring AC 4 DCABD6097TAK2 Camera Rear Service 355 LPOLMO058GEZZ S Pole Base AK H860S H H94E 356 LPOLMOO059GEZZ T Pole Base AK 4 2 JBTN 0268TASA Power Lock Button AF 357 NDAiV1071GEZZ Sup Reel Support AG 8705 8905 96 960 358 NDAiV1072GEZZ Tu Reel Support AG 4 2 JBTN 0268TASB Power Lock Button 359 MLEVF0517GEZZ Pinch Lever Ass y AS H860S H H94E 360 NBLTT0012GEZZ Timing Belt S AE 4 3 JBTN 0306TASA Camera Button AG 361 NBLTT0013GEZZ Timing Belt L AE H870S
199. C Jack Sheet AB 39 RUNTKO344TAZZ Lithium Unit AH 74 PSHEP0127TAZZ AV Terminal Sheet AB 41 LHLDZ1519TAZZ Holder for S Unit AG 75 PSHEP0128TAZZ Audio Terminal Sheet AB 42 QJAKZ0075TAZZ DC Jack 76 PSPAZ0292TAZZ Tilt Reinforcement Spacer AC 43 QJAKZ0070TAZZ Rimocon Jack Unit AX 77 QEARP0261TAFW Earth Plate 44 QSW Z0322TAZZ VCR Operation Unit AR 78 PSPAZ0228TAZZ Spacer AA H870S H890S H96E H960E a LX HZ0018TAFN M2x6 Tapping Screw Silver AA 44 QSW Z0323TAZZ VCR Operation Unit AR b LX HZ0018TAFF M2x6 Tapping Screw Black AA H860S H H94E LX HZ0045TAFN M2x4 Tapping Screw Silver AA 45 JKNBP0177TASA Zoom Knob AG d XiPSF20P04000 M2x4 Small Screw Black AA 46 LHLDZ1518TAZZ Speaker Holder AG Zinc Plating 47 PSHEP0115TAZZ Microphone Lead Sheet AB e LX BZ0191TAFD M2 Special Screw AC 48 QSW Z0325TAZZ Zoom Power Unit AQ f XiPSD20P03000 M2x3 Screw AA 49 VSP0028P 50WN Speaker AL g LX HZ0045TAFF M2x4 Tapping Screw Black AA 50 GCOVA1616TAKA Camera Rear Cover AG h LX HZ0013TAFF M1 7x6 Tapping Screw Black AA 51 QTANZO141TAZZ B Terminal Unit AN i XiPSN20P04000 M2x4 Small Screw Silver 52 CLNSAO0136TA01 Lens BR j LX HZOO50TAFN M1 7x4 Tapping Screw Silver AA 53 LHLDZ1499TA00 Lens Holder AD k LX BZ0236TAFD M2x8 Screw AB 54 LANGKO468TAFW Touch Angle H870S H96E 5 20 03000 M2x3 Screw Black AA 54 LANGK0471TAFW Touch Angle AD H890S H960E 55 LHLDZ1503TAZZ LCD Holder AG H860S H H94E 10 16 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
200. C162 VCCCCZ1HH330J 33p 50V Ceramic AB Metal Composition C163 VCKYCZ1AF104Z 0 1 10V Ceramic AB R528 VRS CZ1JF102J 1k 1 16W Metal Oxide AA C164 VCKYCZ1AF104Z 0 1 10V Ceramic AB R529 VRS CZ1JF102J 1k 1 16W Metal Oxide C165 VCKYCZ1AF104Z 0 1 10V Ceramic AB R530 VRK SA1JF102J 1k 1 16W AB C501 21 1032 0 01 50 Ceramic Metal Composition C502 VCSATA1AJ106M 10 10V Tantalum AC 532 VRS CZ1JF203J 20k 1 16W Metal Oxide AA C508 VCKYCZ1HF103Z 0 01 50V Ceramic AB 8533 VRS CZ1JF102J 1k 1 16W Metal Oxide C504 VCKYCZ1HF103Z 0 01 50V Ceramic AB R537 VRS CZ1JF000J 0 1 16W Metal Oxide C505 VCKYCZ1AF104Z 0 1 10V Ceramic AB R538 VRS CZ1JF000J 0 1 16W Metal Oxide C551 VCSATE1CJ156M 15 16V Tantalum AD R561 VRS CZ1JF223J 22k 1 16W Metal Oxide AA C558 21 1032 0 01 50V Ceramic AB 8563 VRS CZ1JF223J 22k 1 16W Metal Oxide AA C554 21 1032 0 01 50V Ceramic AB R569 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C555 VCKYCYOJF105Z 1 6 3V Ceramic AB R570 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA C559 VCSATA1AJ106M 10 10V Tantalum AC R571 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA C560 VCSATA1AJ106M 10 10V Tantalum AC R573 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C561 VCKYCZAHF103Z 0 01 50V Ceramic AB R574 VRS CZ1JF912J 9 1k 1 16W Metal Oxide AB C562 21 1032 0 01 50 Ceramic AB R575 VRS CZ1JF104J 100k 1 16W Metal Oxide AA C563 VCKYCZAHF103Z 0 01 50V Ceramic AB R576 VRS CZ1JF393J 39k 1 16W Metal O
201. CCCCZ1HH390J 39p 50V Ceramic AB 01425 VCCCCZA1HH101J 100p 50V Ceramic AB C831 VCKYCZAHF103Z 0 01 50V Ceramic AB C1426 VCKYCZ1CB103K 0 01 16V Ceramic AB C832 VCSATA1AJ106M 10 10V Tantalum AC C1427 VCKYCY1AB474K 0 47 10V Ceramic AC C833 VCCCCZ1HH390J 39p 50V Ceramic AB C1428 VCSATA1AJ106M 10 10V Tantalum AC C834 VCKYCYOJB105K 1 6 3V Ceramic AC 01429 21 103 0 01 16V Ceramic AB C836 VCKYCY1CF334Z 0 33 16V Ceramic AA C1430 21 103 0 01 16V Ceramic AB C837 VCKYCZ1HB681K 680p 50V Ceramic AB 01431 VCKYCZ1HB102K 1000p 50V Ceramic AB C838 VCKYCZAHF103Z 0 01 50V Ceramic AB 01432 21 103 0 01 16V Ceramic AB C839 VCKYCZAHF103Z 0 01 50V Ceramic AB 1433 VCSATA1AJ106M 10 10V Tantalum AC C842 VCKYCZ1HF103Z 0 01 50V Ceramic AB 01434 VCCCCZ1HH680J 68p 50V Ceramic AB C843 VCKYCZAHF103Z 0 01 50V Ceramic AB C1435 1 104 0 1 16V Ceramic AB C844 VCSATA1AJ106M 10 10V Tantalum AC C1436 VCKYCY1CB104K 0 1 16V Ceramic AB C901 20070 22 4 7 16V Capacitor AD 01437 VCSATA1AJ106M 10 10V Tantalum AC C902 20070 22 4 7 16V Capacitor AD C1438 VCKYCY1AB474K 0 47 10V Ceramic AG C903 RC KZOOSSTAZZ Capacitor AD 61439 VCCCCZ1HH680J 68 50V Ceramic AB C904 20055 22 Capacitor AD C1601 VCKYCY1CB473K 0 047 16V Ceramic AA 10 4 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Descripti
202. CQM2R2MR15N Peaking 2 2uH AC C439 21 103 0 01 16V Ceramic AB L928 RCiLPO160TAZZ Coil CiLPO160TA AE C440 21 103 0 01 16V Ceramic AB L929 158 22 Coil 22uH AE C441 VCCCCY1HH471J 470p 50V Ceramic AA L930 RCiLP0226TAZZ Coil CILP0226TA AE C442 VCSATA1AJ106M 10 10V Tantalum AG 11401 VPCQM330K1R3N Peaking 33uH C443 VCKYCZ1CB103K 0 01 16 Ceramic 11402 VPD9MR68JR39N Peaking 0 68uH AB C444 VCKYCZ1CB103K 0 01 16 Ceramic 11601 VP WM220KR71N Peaking 22uH C446 VCCCCY1HH151J 150p 50V Ceramic AA 11802 VPD9M120J1R9N Peaking 12uH AB C447 VCCCCY1HH151J 150p 50V Ceramic AA H890S H960E EW 448 VCCCCY1HH381J 330p 50V Ceramic AA 11802 VPD9M220J2R7N Peaking 22uH AC C449 VCCCCY1HH391J 390p 50V Ceramic AA H860S H H870S H94E EW EX C452 VCCCCY1HH151J 150p 50V Ceramic AA H96E EW EX C453 VCCCCY1HH151J 150p 50V Ceramic AA 11803 VPD9M100J1R7N Peaking 10uH AC C455 VCCCCY1HH381J 330p 50V Ceramic AA 12401 VPD9M220K2RON Peaking 22uH AC C456 VCCCCY1HH391J 390p 50V Ceramic AA L2701 VPCCM220KR45N Peaking 22uH AC C458 21 101 100p 50V Ceramic AB 12800 VPBWM100KR50N Peaking 10uH AC C461 VCKYCZ1CB103K 0 01 16V Ceramic AB L4401 VPCCM220KR45N Peaking 22uH AC C462 21 103 0 01 16V Ceramic AB L6401 X Peaking 22uH AC C463 21 103 0 01 16V Ceramic AB L6601 VPCCM331K7RON Peaking 330uH AC C464 21 103 0 01 16V Ceramic AB L7401 VPD9
203. CY1HB103K 0 01 50V Ceramic AA C6622 VCKYCZ1EB562K 5600p 25V Ceramic AB RESISTORS 06623 VCKYCY1CB683K 0 068 16V Ceramic AC R401 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C6624 VCKYCZ1CB153K 0 015 16V Ceramic AB R402 VRS CZ1JF102D 1k 146W Metal Oxide AA C6625 VCKYCZ1CB153K 0 015 16V Ceramic AB 8403 VRS CZ1JF102D 1k 1 16W Metal Oxide AA C6626 VCCCCY1HH471J 470 50V Ceramic AA 8404 VRS CZ1JF223J 22k 1 16W Metal Oxide AA 06627 VCSAPD1AJ225M 2 2 10V Tantalum AC R405 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C6628 VCSATE1AJ336M 33 10 Tantalum AG 8406 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C6629 VCKYCZ1EB562K 5600 25V Ceramic AB 8407 VRS CZ1JF000J 0 1 16W Metal Oxide AA C6630 VCKYCZ1EB562K 5600 25V 6 AB R408 VRS CZ1JF000J 0 1 16W Metal Oxide AA C6631 VCKYCY1EB223K 0 022 25V Ceramic AA R410 VRS CZ1JF471J 470 1 16W Metal Oxide C6632 VCKYCZ1EB562K 5600 25V Ceramic AB R411 VRS CZ1JF222J 2 2k 1 16W Metal Oxide C6633 VCSAPD1CJ105M 1 16V Tantalum AC 8412 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA C6634 VCKYCY1HB102K 1000 50V Ceramic AA R413 VRS CZ1JF472D 4 7k 1 16W Metal Oxide AB C6635 VCKYCY1HB102K 1000p 50V Ceramic AA 8414 VRS CZ1JF102J 1k 1 16W Metal Oxide C7402 VCKYCZ1CB103K 0 01 16V Ceramic AB R415 VRS CZ1JF102J 1k 1 46W Metal Oxide AA C7404 VCCCCZ1HH120J 120 50V Ceramic AB R417 VRS CZ1JF122D 1 2k 1 16W Metal Oxide AB C7405 VCCCCZ1HH330J 33 50V Ceramic AB R418 VRS CZ1JF102J 1k 1 16W Metal Oxide AA C7406 VCCCCZ1HH470J 47 50
204. CZIHB222K 2200 50V Ceramic AB CAPACITORS C215 21 1042 0 1 10 Ceramic AB C1 VCSATE1VJ335M 3 3 35V Tantalum AD C216 VCKYCZIHF103Z 0 01 50V Ceramic AB C2 VCKYCZ1HF103Z 0 01 50V Ceramic AB C217 VCKYCZAAF104Z 0 1 10V Ceramic AB C3 20056 22 Capacitor AD C218 VCKYCZ1AF104Z 0 1 10V Ceramic AB C5 VCKYTV1EB104K 0 1 25 6 AB 219 VCKYCZ1AF104Z 0 1 10V Ceramic AB C6 VCKYCZ1HB222K 2200 50V Ceramic AB C220 VCKYCZAAF104Z 0 1 10V Ceramic AB C7 VCKYTV1EB104K 017 25V Ceramic AB C221 VCKYCZ1HB222K 2200 50V Ceramic AB C8 VCKYCZ1HF103Z 0 01 50V Ceramic AB C222 VCKVCZIHF103Z 0 01 50V Ceramic AB C9 20046 22 Capacitor AD C228 VCKYCZ1AF104Z 0 1 10V Ceramic AB C228 RC KZ0051TAZZ Capacitor AC RESISTORS C229 VCSATAOJJ156M 15 6 3V Tantalum AC R1 VRS CZ1JF222J 2 2k 1 16W Metal Oxide C230 VCKYCZIHB102K 1000 50V Ceramic AB R2 VRS CZ1JF101J 100 1 16W Metal Oxide AA C231 21 102 1000 50V Ceramic AB R3 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA C251 VCSATA0JJ156M 15 6 3V Tantalum AC R7 VRS CZ1JF105J 1M 1 16W Metal Oxide AA C252 VCKYCZIHF103Z 0 01 50V Ceramic AB R9 VRS CZ1JF104J 100k 1 16W Metal Oxide AA C253 VCKVCZIHF103Z 0 01 50V Ceramic AB C254 VCKYCZIHF103Z 0 01 50V Ceramic AB MISCELLANEOUS PART C255 VCKYCZAAF104Z 0 1 10V Ceramic AB SC1 QSOCN1986TAZZ Socket 19Pin AF C256 VCKVCZIHF103Z 0 01 50V Ceramic AB C257 915467 0 1 10V Ceramic AB C258 VCKYGZ1HF103Z 0 01 50V Ceramic AB C259 VCKYCZ1AF104Z 0 1 10V Cer
205. E 5 Gt 57 SAd dvo Gy on m 9 dv 2 947492 ZZVLIVIOZNVLO 7025 OND 244 wow Ev lev AYNINYAL 1 35177 2t 27 ABW Et ATA n avalgi si n avli 17 OSTIMVIS p 17 assis ose pi dv tI vi NO 021 35 0 07 0 03 s Mi avo lei EI M dvo EI lec sej 6 21 OH 21 21 nH 2 nag BE 8 ge E 1 Hl Uc SNASTAHVI 16 5 35 39 1 JE TI AH H o HI SNISTIJIH S 9 92 5 5 193975 E 6 AH 6 6 AH 6 GE SN3s 338 1 GE SE SN3S 1338 1 GE I 8 H 8 8 AH 8 9497545 186 QN9 SAS FIL IL L H AS JEE EE s Mod EE ui 5 S S S e 3 5 w e e e e v 1115 5 9 MS719310tid 2 zs MS719310td zg AEE 5 196 gt 15 lt lt lt lt 8 1816101515 55 s 2 5 5 5 2 5 5 5 gt 5 5 5 arei E srejig 131 5 818121518 818 81331 RH JUHE A r 6 v 003 17 v 6 NOO d z og MSTAWZ3N CE MS dAZ3A JOE 7 2 9 2 P 81 181518 9 93 avo 93 dvo 6z Teid 62 z z 8 85 888 r 2 QNO Z z
206. E EW EX R947 VRS CZ1JF752D 7 5k 1 16W Metal Oxide AA H96E EW EX 948 VRS CZ1JF472D 4 7k 1 16W Metal Oxide AB R1854 VRS CZ1JF473D 47k 1 16W Metal Oxide AB R949 VRS CZ1JF472D 4 7k 1 16W Metal Oxide AB H890S H960E EW R950 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 1855 VRS CZ1JF561J 560 1 16W Metal Oxide AA R951 VRS CZ1JF222D 2 2k 1 16W Metal Oxide AA R1856 VRS CZ1JF561J 560 1 16W Metal Oxide AA 8963 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1857 VRS CZ1JF153J 15k 1 16W Metal Oxide AA R1401 VRS CZ1JF102D 1k 1 16W Metal Oxide AA R1858 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1402 VRS CZ1JF331D 330 1 16W Metal Oxide 81859 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1403 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R1860 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 1407 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R1863 VRS CZ1JF273D 27k 1 16W Metal Oxide AA R1408 VRS CZ1JFOOOJ 0 1 16 Metal Oxide AA R1864 VRS CZ1JF183D 18k 1 16W Metal Oxide 1409 VRS CZ1JF103D 10k 1 16W Metal Oxide AB R1866 VRS CZ1JF273J 27k 1 16W Metal Oxide AA R1411 VRS CZ1JF223D 22k 1 16W Metal Oxide AB R1867 VRS CZ1JF393J 39k 1 16W Metal Oxide AA R1412 VRS CZ1JF751D 750 1 16W Metal Oxide AB R1872 VRS CZ1JF100J 10 1 16W Metal Oxide AA R1413 VRS CZ1JF102D 1k 1 16W Metal Oxide AA R1901 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 1414 VRS CZ1JF102D 1k 1 16W Metal Oxide AA 81902 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1415 VRS CZ1JF102D 1k 1 16W Metal Oxide AA R1903 VRS CZ1JF473D 47k
207. IVERHMX7U 3 CG 3 BM 2 9EQDRIVER V712 3 BU For adjustment of Tu guide For adjustment of Tu 3 BL Bit shape See the figure above height Si roller height and guide height and Si checking of reel disk height roller height Others 1 Slide calipers lt 2 High precision screw I drivers Phillips head Ug slotted head 3 Radio pliers withthin jaws 1 Hex wrench 1 Tension Band and Plate 1 Alignment tape 4 A pair of tweezers 3 Adjusting Jig 2 VR2DBOPS For loosening or tight 2 JIGDRIVERMX7U2 3 BT ening of Motor stator 3 BN TAPE CONTENTS 1 3mm VIDEO IMAGE AUDIO MONOSCOPE L CH 400Hz R CH 1 000Hz Configuration 4 1 2 Parts for periodic inspection and maintenance 1 Name Note The entries of list gt Model Uses Remarks 1 Oil 1 Screw locking agent COSMOHYDRO HV100 1401B Cosmo Oil Co Ltd Three Bond 1 Greases 1 Cleaning liquid Morycoat YM 103 X5 6020 Industrial use ethyl alcohol 1 Cleaning paper 1 Superfine swab 2 JIGDUSPER Commercially available 3 AP item Dusper X Sigma Ozu Co Ltd Dow Coaning 4 1 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 4 2 ITEMS AND TIMINGS OF INSPECTION AND MAINTENANCE The mechanism of VCR needs the following periodic inspection and maintenance in order thatit maintains its high quality Also after the machine is r
208. J 3 3k 1 16W Metal Oxide AA C7465 VCKYCZ1CB103K 0 01 16V Ceramic AB R460 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA C7466 VCKYCZ1CB103K 0 01 16V Ceramic AB R461 VRS CZ1JF822J 8 2k 1 16W Metal Oxide AA C8303 VCCCCZ1HH100D 10 50V Ceramic AB R463 VRS CZ1JF821J 820 1 16W Metal Oxide AA 10 6 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code R465 VRS CZ1JF221J 220 1 16W Metal Oxide AA R723 VRK SA1JF104J 100k AB R466 VRS CZ1JF152J 1 5k 1 16W Metal Oxide AA Metal Composition R467 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R725 VRS CZ1JF104J 100k 1 16W Metal Oxide AA 471 VRS CZ1JF333J 33k 1 16W Metal Oxide R726 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R472 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R727 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R473 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R728 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R475 VRS CZ1JF561J 560 1 16W Metal Oxide AA R729 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R476 VRS CZ1JF272J 2 7k 1 16W Metal Oxide R730 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R477 VRS CZ1JF102J 1k 1 16W Metal Oxide AA 731 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R478 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R732 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R479 VRS CZ1JF333J 33k 1 16W Metal Oxide AA R733 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA R480 VRS CZ1JF183J 18k 1 16W Metal Oxide AA R734 VR
209. JF105J 1M 1 16W Metal Oxide AA 7464 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R4451 VRS CZ1JF000J 0 1 16 Metal Oxide AA 7465 VRS CZ1JF182J 1 8k 1 16W Metal Oxide AA 84452 VRS CZ1JF182J 1 8k 1 16W Metal Oxide AA 7466 VRS CZ1JF153J 15k 1 16W Metal Oxide AA 84453 VRS CZ1JF000J 0 1 16 Metal Oxide AA 7467 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R4701 VRS TV1JD000J 0 1 16 Metal Oxide 7468 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R4702 VRS TV1JD000J 0 1 16W Metal Oxide AA 7469 VRS CZ1JF751J 750 1 16W Metal Oxide AA R4703 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R7470 VRS CZ1JF821J 820 1 16W Metal Oxide AA R4704 VRS CZ1JF473J 47k 1 16W Metal Oxide 87471 VRS CZ1JF622J 6 2k 1 16W Metal Oxide AA 5401 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R7472 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R5402 VRS CZ1JF105J 1M 1 16W Metal Oxide AA 87473 VRS CZ1JF183J 18k 1 16W Metal Oxide 85403 VRS CZ1JF121D 120 1 16W Metal Oxide AB R7474 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R5404 VRS CZ1JF823D 82k 1 16W Metal Oxide AB 7475 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R6401 VRS CZ1JF360D 36 1 16W Metal Oxide AA 7479 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA R6402 VRS CZ1JF360D 36 1 16W Metal Oxide AA R7480 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R6403 VRS CZ1JF360D 36 1 16W Metal Oxide AA 7482 VRS CZ1JF000J 0 1 16 Metal Oxide R6404 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R8301 VRS CZ1JF122J 1 2k 1 16W Metal Oxide AA R6405 VRS
210. K 0 01 16 Ceramic AB L906 VPD9M100KR86N Peaking 7 AC C419 VCKYCZ1CB103K 0 01 16 Ceramic AB L907 VPCOM100KR41N Peaking 7 AC C420 VCKYCY1CB104K 0 1 16V Ceramic AB L908 470 1 9 Peaking 47uH AG C421 VCSATE1AJ476M 47 10V Tantalum AD L909 RCiLP0226TAZZ Coil CILP0226TA AE C422 VCKYCY1AB474K 047 10 Ceramic 1911 VPD9M100KR86N Peaking 10uH C423 21 103 0 01 16 Ceramic 1912 VPD9M100KR86N Peaking 10uH AG C424 20054 22 Capacitor AD L913 VPD9M100KR86N Peaking 10uH AC C425 VCKYCY1CB473K 0 047 16V Ceramic AA L914 VPD9M100KR86N Peaking 7 AC C426 VCKYTV1AB105K 1 10V Ceramic AD L915 VPD9M100KR86N Peaking 10uH AC C427 44 0 33 16V Ceramic AC L916 VPD9M100KR86N Peaking 7 AC C428 VCKYCY1AB474K 047 10V Ceramic AC L917 RCiLPO160TAZZ Coil 4 7uH AE C429 46 0 01 25V Ceramic AA L918 158 22 Coil 22uH AE C430 1 332 3300p 50V Ceramic AA L919 VPCCM2R2MRO9N Peaking 2 2uH AC C431 VCKYCY1AB474K 047 10V Ceramic AC L920 160 22 Coil CILP0160TA C432 20054 22 Capacitor AD L921 RCiLP0205TAZZ Coil 33uH AE C433 VCSATA1AJ106M 10 10V Tantalum AG L922 RCiLP0205TAZZ Coil 33uH AE C435 1 104 0 1 16V Ceramic AB L923 RCiLPO160TAZZ Coil 4 7uH AE C436 21 103 0 01 16V Ceramic AB L924 RCiLPO205TAZZ Coil 33uH AE C437 047 16V Ceramic AC L926 VPCCM2R2MRO9N Peaking 2 2uH AC C438 VCCCCY1HH101J 100p 50V Ceramic AA L927 VP
211. KN 1 5 597 Reset IC AF R9440 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA 10551 VHiMM1298XQ 1 MM1298XQ Lens Driver R9441 VRS CZ1JF123J 12k 1 16W Metal Oxide AA 16552 VHiNJM2902V 1 NJM2902V OP Amp AD R9442 VRS CZ1JF153J 15k 1 16W Metal Oxide AA IC553 VHINJM3414V 1 NJM3414AV OP Amp R9443 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R9444 VRS CZ1JF153J 15k 1 16W Metal Oxide AA TRANSISTORS R9445 VRS CZ1JF153J 15k 1 16W Metal Oxide AA Q11 VSHN2C01FU 1 HN2C01FU AC R9446 VRS CZ1JF273J 27k 1 16W Metal Oxide 0552 VSRT1P140U 1 RT1P140U AB R9447 VRS CZ1JF243u 24k 1 16W Metal Oxide R9448 VRS CZ1JF473J 47k 1 16W Metal Oxide DIODES R9449 VRS CZ1JF473J 47k 1 16W Metal Oxide 0501 VHDDA121 1 DA121 AA R9451 VRS CZ1JF102J ik 1 6 Metal Oxide AA D551 VHDDA121 1 DA121 AA R9452 VRS CZ1JF153J 15k 1 16W Metal Oxide AA R9453 VRS CZ1JF153J 15k 1 16W Metal Oxide AA PACKAGED CIRCUIT R9455 VRS CZ1JF000J 0 116 Metal Oxide X11 RCRSZOO49TAZZ Crystal CRSZ0049TA AL 89457 VRS CZ1JF000J 0 1 16W Metal Oxide AA R9458 VRS CZ1JF105J 1M 1 16W Metal Oxide AA COILS R9459 VRS CZ1JF104J 100k 1 16W Metal Oxide AA L11 VPBWM470K2R6N Peaking 47uH AC R9460 VRS CZ1JF473J 47k 1 16W Metal Oxide L12 VPBWM100KR5ON Peaking 10uH AC R9493 VRS CZ1JF000J 0 1 16W Metal Oxide AA L101 VPBWM100KR50N Peaking 10uH AC R9495 VRS CZ1JF000J 0 1 16 Metal Oxide AA L102 VPBWM100KR50N Peaking 10uH R9496 VRS CZ1JF000J 0 1 16W Metal Oxi
212. L H960E OD gt f 2 a o 5 Q Sop 1 20 og UE 8 96 ed 3 Elo IDI
213. Lem Eu ddl Dav 2 zm 87091 H Serer m l 9974071099 A 01 3201 2 72 222 giela 589 Srian HD 4001 108121 6585 6 6 QI70270 92810 5818 E Seren Aa 8 isl 8 WSOIEPOADA eod 2 534 21810 22 23 2 2 9 9 L 4 p S s 3 UIHA zieni ROTIN v v t xn 21 9627 608 7 2 eum lt 08121 Seos 1 2 CaaS 2 mE 5 68 i 23 NI vetoo 88 DIETE 2 205 VL9BVZN 2 10810 60818 Fa 0081N2 7081 1ll1 pe 888 22 91812 CLOT 1ND AN 096 283 22 oze zo seen HOSS 9581 r OOOO OOOO 34185 nes ME Ex ony uv 20001 82819 55 seli LO OOO 88 LO OOM 20001 8595 Se za 4 544 5081 8 554408 581 8 898248 zoo L 222 ass den 12813 61813 22 22 Mi 1981 gy 99818 E 6 28 8 8 ki s 1 LOCATION MAP 7 23 H96E VL H960E 4 4 VL H860S H VL H870S VL H890S VL H94E VL 19 8 7 6 5 4 3 2 11 LOCATION MAP
214. M1R8JR84N Peaking 1 8uH AG C601 VCKYTV1CF225Z 2 2 16V Ceramic AG 17402 VPD9M121J140N Peaking 120uH AG 602 VCKYTV1CF225Z 2 2 16V Ceramic AC 17403 VPAEM391J220N Peaking 390uH AC 609 1 10V Ceramic AC 18301 VPD9M330J3R6N Peaking 7 AC C610 VCKYCY1AF105Z 1 10V Ceramic AC 18302 VPD9M8R2J2RON Peaking 8 2uH AC C612 VCKYCY1HB332K 3300p 50V Ceramic AA 18303 VPD9M3R3J1R2N Peaking 3 3uH AC C613 047 16V Ceramic AC 18356 VPD9M8R2J2RON Peaking 8 2uH AC C614 7 3300p 50V Ceramic AA L8359 VPD9M2R2JR96N Peaking 2 2uH AC C615 VCKYCZA1HF103Z 0 01 50V Ceramic AB 18401 VPD9M220J2R7N Peaking 22uH AC C616 VCKYCZ1HF103Z 0 01 50V Ceramic AB 18402 VPD9M221J210N Peaking 220uH AB C617 VCKYCZ1HF103Z 0 01 50V Ceramic AB 18403 VPAEM471J250N Peaking 470uH AC C618 VCSAPD1AJ225M 22 10V Tantalum AC 18404 VPAEM331J210N Peaking 3308 AC C619 21 681 680p 50V Ceramic AB 18405 VPD9M330J3R6N Peaking 33uH AC C620 VCKYCZA1HF103Z 0 01 50V Ceramic AB 18406 VPCCM220KR45N Peaking 22uH AC C621 VCCCCZ1HH220J 22p 50V Ceramic AB L8408 VPD9M180J2R4N Peaking 18uH AC C622 VCSATA0JJ226M 22 6 3V Tantalum AD A T901 RTRNZO146TAZZ Power Transformer AF C623 VCSAPD1CJ105M 1 16V Tantalum AC C624 VCKYTV1CB224K 0 22 16V Ceramic AB CAPACITORS C625 VCSATA1AJ475M 4 7 10 7 AC VCCCCZ1HH151J 150p 50V Ceramic AB C626 VCSATA0JJ106M 10 6 3V Tantalum AD H890S H960E EW C627 VCSATA0JJ106M 10 6 3 Tantalum AD C401 VCSATE1AJ476M 47 10V Tantalum AD C6
215. Metal Oxide AA C318 1572 0 01 50V Ceramic AA 8390 VRS CY1JF000J 0 1 16W Metal Oxide AA C319 VCKYCY1EB103K 0 01 25V Ceramic AA R1701 VRN CY1JF822D 8 2k 1 16W Metal Oxide AB C320 VCKYCY1EB223K 0 022 25V Ceramic AA R1702 VRN CY1JF822D 8 2k 1 16W Metal Oxide AB C321 VCSATA1AJ106M 10 10V Tantalum AC R1703 VRS CY1JF1ROJ 1 1 16W Metal Oxide AA C322 VCKYCY1EB223K 0 022 25V Ceramic AA R1704 VRN CY1JF822D 8 2k 1 16W Metal Oxide AB C323 VCKYCY1EB103K 0 01 25V Ceramic AA 1707 VRS CY1JF105J 1M 1 16W Metal Oxide 0324 0 1 16V Ceramic AA R1708 VRS CY1JF223J 22k 1 16W Metal Oxide C325 VCSATA1AJ106M 10 10V Tantalum AC 1711 VRN CY1JF103D 10k 1 16W Metal Oxide AA C326 VCKYCY1HF103Z 0 01 50V Ceramic AA R1712 VRS CVIJFIROJ 1 1 16W Metal Oxide AA C340 VCCCCY1HH101J 100p 50V Ceramic AA C341 VCCCCY1HH151J 150p 50V Ceramic AA MISCELLANEOUS PARTS C342 VCCCCY1HH101J 100p 50V Ceramic AA 50301 QSOCNO985TAZZ Connector 9pin AE C344 1 1042 0 1 16V Ceramic AA 50302 QSOCN1886TAZZ Connector 18pin AD C345 52 0 01 50V Ceramic AA 50303 QSOCN156OTAZZ Connector 15pin AE C346 VCKYCY1HB102K 1000p 50V Ceramic AA 50304 QSOCNO686TAZZ Connector 6pin AC C347 VCSATA1AJ106M 10 10V Tantalum AC 50305 QCNCW7068TAZZ Connector 70pin AG C349 VCCCCY1HH680J 68 50V Ceramic AA 50306 QSOCN1085TAZZ Connector 10pin AE C1701 VCKYCY1CF104Z 0 1 16V Ceramic AA C1702 1 1042 0 1 16V Ceramic AA C1703 VCKYCYA1CF104Z 0 1 16V Cerami
216. OO33TAZZ Crystal CRSCO033TA 04401 VS2SA1989R 1 2SA1989R AB X702 RCRSCO0032TAZZ Crystal CRSC0032TA AG Q4402 VS2SA1989R 1 2SA1989R AB X800 RCRSC01O1TAZZ Crystal CRSC0101TA AG Q4403 VSHN1C01FU 1 HN1C01FU AC X1401 RCRSC0145TAZZ Crystal CRSC0145TA AG 04405 VSHN1C01FU 1 HN1C01FU AC Q4407 VS2SA1362GR 1 2SA1362GR AC COILS AND TRANSFORMERS 04441 VS2SC5384C 1 25 5384 FL701 RCiLBOO39TAZZ Oscillation Coil AE Q5401 VS2SA1989R 1 2SA1989R AB L401 VPCQM330K1R3N Peaking 33uH AC 06401 525 1989 1 2SA1989R 5 1408 VPD9M6R8J1R8N Peaking 6 8uH 96402 VS2SC5383F 1 2505383 L601 VPCCMIOIK2RIN Peaking 100uH 06403 VSXP1B301 1 XP1B301 AD L602 VPCQM470K1R9N Peaking 47uH AC 06406 VS2SC5383F 1 2505383 AR 1800 VPBWM470K2R6N Peaking 47uH AC 06407 VSXP1B301 1 AD 1802 VPAWM680J110N Peaking 68uH AC Q7401 VS2SA1989R 1 2SA1989R L900 RCiLP0160TAZZ 4 7uH 07402 525 5384 1 25 5384 B 1901 RCiLP0158TAZZ Coil CILPO158TA AE 07403 VS2SC5383F 1 2SC5383F 902 VPCCM2R2MR09N Peaking 2 2uH AC 10 2 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code L903 VPCCM2R2MR09N Peaking 2 2uH AG C416 476 0 47 10 1904 RCiLP0160TAZZ Coil 4 7uH AE C417 VCKYCY1AB474K 0 47 10V Ceramic AC L905 158 22 Coil 22uH AE C418 VCKYCZ1CB103
217. R5 8CSE Measuring point TL3402 TL8356 GND Adjustment address 3F Adjustment level 500 20 mVp p 1 Set the color bar tape for alignment JiGWR5 8CSE 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 3F Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to get 500 mVp p between SYNC TIP and WHITE PEAK on TL3402 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 3F 8 Adjustment of chroma emphasis f0 Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar Measuring point TL409 TL8356 GND Adjustment address 38 Adjustment level Minimum chroma component VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ra 218 500 20 mVp p Minimum chroma component Y 1 1 Input the color bar signal into the video input output terminal the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 38 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to get minimum chroma component on TL409 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from
218. RDER REPLACEMENT PARTS IC1801 VHiNJM2107F 1 NJM2107F AFC LPE AE 101802 VHiLZ9GH16 1 LZ9GH16 LCD Controler AP A MARK SPARE PARTS DELIVERY SECTION ALL JAPAN H860S H H870S H94E EW EX H96E EW EX To have your order filled promptly and correctly please furnish IC1802 VHiLZ9GH17 1 LZ9GH17 LCD Controler AP the following informations H890S H960E EW 02401 8 1 M52358VP PAL Jog AS 1 MODEL NUMBER 2 REF NO 102701 VHiINJM2904M 1 NJM2904M L P F Amp 3 PART NO 4 DESCRIPTION 2702 VHiCXA1814N 1 CXA1814N ATF IC AQ 5 PRICE CODE 102901 VHiMM1433BV 1 MM1433BV Charge AQ Control IC A MARK SAFETY RELATED PARTS 1C3701 VHiBU2092FV 1 BU2092FV AG 103702 VHiBU2092FV 1 BU2092FV AG PWB ASSEMBLY IS NOT REPLACEMENT ITEM 104401 VHICXL5517N 1 CXL5517N CCD Delay Line AM 4701 VHiMB88344F 1 MB88344F D A Converter AV w 4702 8 46 1 88346 D A Converter AN Ref No Part No Description Code 105401 VHiCXL5517N 1 CXL5517N CCD Delay Line AM 6601 VHILA7471N 1 LA7471M Mic Amp AN PRINTED WIRING BOARD ASSEMBLIES 07451 VHiCXA1211M 1 CXA1211M VCA AH NOT REPLACEMENT ITEM 108301 VHiM52374VP 1 M52374VP COS EQ AK DUNTK2887QA00 VCR Unit VL H860S TRANSISTORS DUNTK2887QA01 VCR Unit VL H860H Q401 VSRN1903 1 RN1903 AC DUNTK2887QA02 VCR Unit VL H94E EW EX Q402 VSRN1903 1 RN1903 AC DUNTK2887QA03 VCR Unit VL H870S Q403 VSRTIN441U 1 RT1N441U AB DUNTK2887QA05 VCR Unit VL H96E EW EX Q404 VSRT1N241U
219. S VL H890S VL H94E VL H96E VL H960E 1 SPECIFICATIONS Signal System Recording System Cassette Recording Playback Time Tape Speed Pickup Device Lens Lens Filter Diameter Monitor Microphone Color Temperature Compensation Minimum Illumination Video Output Level Audio Output Level Speaker Output External Microphone Input Power Requirement Power Consumption Operating Temperature Operating Humidity Storage Temperature Dimensions approx Weight approx AC Adapter UADP 0304TAZZ AC 110 240 V 50 60 Hz Power Requirement DC Output Power Consumption Dimensions approx 9 0 V 15W Weight 230 g 68 mm W x 37 mm H x 130 mm D VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E PAL standard 2 rotary heads helical scanning system 8 mm video tape MP type or Hi8 MP ME type 90 minutes P5 90 20 051 mm second 1 4 6 4mm effective size 4 5 mm CCD image sensor with approx 470 000 pixels including optical black 22 x power zoom lens F1 6 f 4 0 88 0 mm and full range auto focus 46 mm 3 7 5 cm VL H860S H H870S H94E H96E 3 5 8 8 cm VL H890S H960E full color LCD screen TFT active matrix Electret stereo microphone Auto white balance with white balance lock 5 lux with gain up F1 6 1 0 Vp p 75 ohm unbalanced 8 085 impedance less than 2 2 kohms 200 mW 3 5 mm diameter mini plug 66 dBs output impedance 6 8koh
220. S CZ1JF563D 56k 1 16W Metal Oxide AA R481 VRS CZ1JF202J 2k 1 6W Metal Oxide AA R735 VRS CZ1JF154J 150k 1 16W Metal Oxide AA R482 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R736 VRS CZ1JF823J 82k 1 16W Metal Oxide R499 VRS CZ1JF182J 1 8k 1 16W Metal Oxide AA R737 VRS CZ1JF334J 330k 1 16W Metal Oxide AA R601 VRK SA1JF561J 560 1 16W AC R738 VRS CZ1JF154J 150k 1 16W Metal Oxide AA Metal Composition R739 VRS CZ1JF224J 220k 1 16W Metal Oxide AA R602 VRK SA1JF224J 220k 1 16W AC R740 VRS CZ1JF104J 100k 1 16W Metal Oxide AA Metal Composition R741 VRK SA1JF104J 100k 1 16W AB R606 VRS CZ1JF223J 22k 1 16W Metal Oxide AA Metal Composition R607 VRK SA1JF153J 15k 1 16W AD R743 VRK SA1JF104J 100k 1 16W AB Metal Composition Metal Composition R608 VRK SA1JF561J 560 1 16W AC R745 VRS CZ1JF104J 100k 1 16W Metal Oxide AA Metal Composition R746 VRK SA1JF102J 1k 1 6W AB R609 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA Metal Composition R610 VRS CZ1JF393J 39k 1 16W Metal Oxide AA R748 VRK SA1JF102J 1k 1 16W AB R611 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA Metal Composition R612 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R749 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R613 VRS CZ1JF223J 22k 1 16W Metal Oxide R751 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R614 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R752 VRK SA1JF102J 1k AB R615 VRS CZ1JF223J 22k 1 16W Metal Oxide Metal Composition R616 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R754 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R617
221. S H VL H870S VL H890S VL H94E VL H96E VL H960E HOLVTIIOSO Md Orta SNISVH3 25 3 4008 2 HOLIMS HOLVTIIOSO SNISVH3 YAWYOASNVYLA TV LOY YAlsIId NV ONIAHODJAH HALA QV3H 3 442 5 21 8q O3i QV3H LOE Ol d dawoy 1 d dawoy dIN8 H I ne HALA IdAV MOVAAV Id 4 8 V CHO MOVEAV ld kd JO SETI LL 11 01 d dAWO6L 1 d dAWOEL Ld 10 se SETL 01 6 5 HEAD BLOCK DIAGRAM VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 615 6 6 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 6 6 POWER SYSTEM BLOCK DIAGRAM Lithium ion 2 cell gt lt
222. TAZZ TINSLO184TAZZ Operation Manual A KTINSLO174TAZZ KTINSLO176TAZZ Operation Manual B GCOVH1244TASA Lens Cap 016 22 002 77 10020 77 lt QPLGA0010GEZZ GCOVH1245TAZZ GCOVH1246TAZZ Sun Hood k SPAKA6312TAZZ Top Case e Y 1 NXSPAKP6049TAZZ a Wrapping Paper gt SPAKC7447TAZZ H860S SPAKC7448TAZZ H870S SPAKC7449TAZZ H890S SPAKC7456TAZZ H860H SPAKC7457TAZZ H94E EX k SPAKA6313TAZZ Bottom Case gt SPAKC7458TAZZ H94EW gt SPAKC7462TAZZ H96E EX gt SPAKC7463TAZZ H96EW gt SPAKC7464TAZZ H960E gt SPAKC7465TAZZ H960EW Packing Case lt TLABK0001TAZZ No Card Not Replacement Item For detail see page 10 17 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E MEMO VL H860S H H94E VL H870S H96E VL H890S H960E SHARP COPYRIGHT C 1999 BY SHARP CORPORATION ALL RIGHTS RESERVED No part of this publication may be reproduced Stored in a retrieval system or transmitted in any form or by any means electronic mechanical photocopying recording or otherwise without prior written permission of the publisher SHARP CORPORATION Jul 1999 NEN AV Systems Group i Ae Quality amp Reliability Control Center Yaita Tochigi 329 2193 Japan
223. TAZZ Hand Strap AH H890S H960E 6 GCOVA1608TAKA Microphone Cover AF 58 QSW Z0288TAZZ Touch Panel BN 7 GCOVA1615TAKA VCR Grip Cover AG H870S H96E 8 GFTAC1281TAKA VCR Lid H870S AR 58 QSW Z0303TAZZ Touch Panel H890S H960E BM 8 GFTAC1282TAKA VCR Lid H890S AR A 59 CLMPV0048TA02 Lamp Inverter Ass y 8 GFTAC1283TAKA VCR Lid H860S H AR H860S H H870S H94E H96E 8 GFTAC1294TAKA VCR Lid H94E AR 59 CLMPV0044TA01 Lamp Inverter Ass y AZ 8 GFTAC1286TAKA VCR Lid H96E AR H890S H960E 8 GFTAC1290TAKA VCR Lid H960E AR 60 CPNLC0047RM01 LCD Panel Ass y BZ 9 HBDGS0083TASA LCD Badge AD H870S H96E 10 JKNBP0176TASA Open Knob AC 60 CPNLC0047RM02 LCD Panel Ass y BZ 11 LANGH0074TAFW Reinforcement Angle AG H860S H H94E 12 LANGK0466TAFW Eject Angle AC 60 CPNLC0048RM01 LCD Panel Ass y CD 13 LHLDZ1500TA00 Lid Lock AG H890S H960E 14 MSPRD0064TAFJ VCR Lid Spring AC 61 PGiDM0037TAZZ Light Guide Plate AG 15 MSPRTOO34TAFJ Lock Spring AC H860S H H870S H94E H96E 16 NSFTZ0084TAFW VCR Lid Shaft AD 61 PGIDMOO3OTAZZ Light Guide Plate AH 18 PSHEP0115TAZZ Microphone Lead Sheet H890S H960E 19 PSHEP0142TAZZ Microphone Lead Sheet 62 PMiR 0021TAZZ Refrection Polarizing Sheet AC 20 PSPAZO269TAZZ Microphone Protect Spacer AA H860S H H870S H94E H96E 21 RMiCCOO86TAZZ Microphone AS 62 PMiR 0032TAZZ Refrection Polarizing Sheet AD 22 LANGK0470TAFW Side Angle AH H890S H96E 23 PSPAZO208TA00 Mechanism Spacer AC 63 PSHEPOOASTAZZ Diffusion Sheet AD 24 LANGKO467TAZZ Tripod Angle AH
224. U 1 RT1N241U AB IC701 VHIRH5RE33A 1 RH5RE33A 3 3V REG AE H860S H H94E EW EX 702 VHIRN5VD29A 1 RN5VD29A 2 9V DET AE Q712 VSRN1904 1 RN1904 703 VHIS24CO2A 1 524 02 H860S H H94E EW EX 704 RH iX0672TAZZ IX0672TA System Servo AT Q713 VSRN1904 1 RN1904 AG Control H870S H890S H96E EW H860S H H94E EW EX EX H960E EW Q714 VSRN1904 1 RN1904 AC 704 RH iX0674TAZZ 1 0674 System Servo AT H860S H H94E EW EX Control H860S H H94E EW EX Q715 VSRT1N241U 1 RT1N241U AB 705 4 0667 22 0667 OSD AQ H870S H890S H96E EW EX 706 1 RS5C313 Clock AL H960E EW 10 1 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code 0716 VSHNIBOTFU 1 HN1B01FU AC 07404 VS2SA1989R 1 2SA1989R AB 0717 VSRT1N241U 1 RT1N241U AB 07453 VSRT1P241U 1 RT1P241U AB 0718 VSRN2904 1 RN2904 AC 07454 VS2SC5384C 1 2SC5384C AB 0719 VSHN1C01FU 1 HN1CO1FU AC 07456 VSRN1703 1 RN1703 AC 0721 VSHN2A01FU 1 HN2A01FU AC 07457 VSHN1CO1FU 1 HN1CO1FU AC 0722 VSHN2CO1FU 1 HN2C01FU AC 08303 VS2SA1989R 1 2SA1989R AB 0800 VS2SC5383F 1 2SC5383F AB 08304 VS2SA1989R 1 2SA1989R AB 0801 VS2SA1989R 1 2SA1989R AB 08306 525 5384 1 2SC5384C AB 0901 VS2SA2010 1 25 2010 AD 08307 VSHN2CO1FU 1 HN2C01FU AC 0902 VS2SA1362GR 1 56 AC 08356 VSHN2C01FU 1 HN2C01FU AC 0903 VS
225. V Ceramic AB 8419 VRS CZ1JF102J 1k 1 46W Metal Oxide AA C7407 VCCCCZ1HH680J 68p 50V Ceramic AB R421 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA 7408 21 1514 150p 50V Ceramic AB 8422 VRS CZ1JF471J 470 1 16W Metal Oxide AA C7410 VCKYCZ1CB103K 0 01 16V Ceramic AB R426 VRS CZ1JF102J 1k 1 6W Metal Oxide AA C7411 VCKYCZ1CB103K 0 01 16V Ceramic AB 8427 VRS CZ1JF391D 390 1 16W Metal Oxide AB C7413 VCKYTV1AB105K 1 10V Ceramic AD R429 VRS CZ1JF471D 470 1 16W Metal Oxide AA C7451 VCKYCZ1CB103K 0 01 16V Ceramic AB R433 VRS CZ1JF000J O 1 16W Metal Oxide AA C7454 VCSATA1AJ106M 10 10V Tantalum AC R437 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C7455 VCKYCZ1CB103K 0 01 16V Ceramic AB R438 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C7456 VCKYCZ1CB103K 0 01 16V Ceramic AB R444 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 07457 VCKYCZ1CB103K 0 01 16V Ceramic AB R445 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA C7458 VCKYCZ1CB103K 0 01 16 Ceramic AB R448 VRS CZ1JF391D 390 1 16W Metal Oxide AB C7459 VCKYCZ1CB103K 0 01 16V Ceramic AB 8449 VRS CZ1JF471D 470 1 16W Metal Oxide AA 7460 VCCCCZ1HH680J 68p 50V Ceramic AB R450 VRS CZ1JF392J 3 9k 1 16W Metal Oxide AA C7461 VCKYCZ1CB103K 0 01 16V Ceramic AB R451 VRS CZ1JF102J 1k 1 6W Metal Oxide AA C7462 VCKYCZ1CB103K 0 01 16V Ceramic AB 8455 VRS CZ1JF000J 0 1 16W Metal Oxide AA C7463 21 1014 100p 50V Ceramic AB R457 VRS CZ1JF000J 0 1 16W Metal Oxide AA C7464 VCCCCZ1HH330J 33p 50V Ceramic AB R458 VRS CZ1JF332
226. VL H96E VL H960E lt 7 Removal of the cassette compartment lid gt Note When fixing the cassette compartment lid first engage the claws A and B and then engage the claws C and D verify that the four claws A B C and D of the cassette compartment lid are securely engaged as shown in the view below Claw C 1 Using the slotted precision screwdriver push and turn the two claws C and D which fasten the cassette compartment lid and the cassette compartment lid will be removed from the hook area of the cassette component 2 Turning the cassette compartment lid in the arrow direction lift it and the claws A and B will be disengaged to remove the cassette compartment lid Note Take care to prevent breaking the claws of the cassette compartment lid lt 8 Removal of LCD Unit gt A Touch Panel Fitting A B Touch Panel C LCD Panel D LCD Holder A E DBEF Sheet F Prism Sheet G Diffusion Sheet At the time of removing from the LCD Holder A D and take off the hooks 1 2pcs At the time of removing from the LCD Holder A D take off K remove the FPC from H Light Guide Plate the hooks 3 2pcs disengage the claw 2 and slide the LCD Panel C in the a Reflection Polarizing Sheet direction to remove the LCD Holder A D At the time of removing from the LCD Holder A D remove the claws 4 2pcs J Lamp Inverter
227. Wd H3QHOOWVO 1VISAHO AINON 65 096 496 6 5068 5048 5098 1 STJAOM VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E SHARP SERVICE MANUAL 6911VL H860S LIQUID CRYSTAL CAMCORDER Hi E PAL VL H860S H VL H870S VL H890S VL H860S H H94E VL H94E VL H96E MODELS VL H960E In the interests of user safety Required by safety regula tions in some countries the set should be restored to its original condition and only parts identical to those specified be used VL H870S H890S H96E H960E Z CONTENTS E Page I SPECIFICATIONS 55 24 1 1 2 PART NAMES AND FUNCTION a eu pen 2 1 3 DISASSEMBLY OF THE SET 3 1 4 MECHANISM ADJUSTMENT uuu uu u cett turpe Zag e tie i La RAE ce 4 1 5 ADJUSTMENT OF VCR AND 5 1 6 SYSTEM BLOCK DIAGRAMS 51485222 a a 6 1 7 SCHEMATIC DIAGRAMS 7 1 8 SEMICONDUCTOR LEAD IDENTIFICATION uu 8 1 9 PRINTED WIRING BOARD ASSEMBLIES a 9 1 10 PARTS LIST S u e arai l a ae 10 1 11 PACKING OF THE SET d ne dej ah hen ee 11 1 SHARP CORPORATION VL H860S H VL H870
228. Ww Focus_A 20 8 TL568 FO2 2 FocUs_B 19 TL567 6 FO2 FOCUS B a 18 TL566 m 01 2 4 Focus_A gt 17 5 Focus_vcc 16 1 6 TL565 Q PHIR FI 9 6 FOCUS SENSE 4 15 R584 220 TL564 6 F_LEDK T FOCUS_LED 14 11563 8 DRIVE 3 6 TL562 CHALL_OUTC 9 HALL_OUTC 12 156 CHALL_INC Oj HALL INC gt 11560 9 CHALL_OUT I lt 10 TL559 CHALL_INC 12 HALL INCH 2 10558 3 DRIVE_ 8 11557 Q 14 zoow vec 7 TL558 PHIR Z 5 zooM_SENSE lt 6 R585 220 TL555 Z_LEDK 16 2 LED S TL554 201 3 ZOOMA 4 TL553 Z02 18 2 _ 3 11552 202 19 200 8 2 TL551 201 2 20 200 R561 R563 22K 22K 4 7 64 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 16 TG CIRCUIT SCHEMATIC DIAGRAM sc2 NI986TA CCD TL21 SCL ROM_CLK 7 22 8 lt spA 2 _ gt TL23 f CAM 2 8V 3 6 lt ofp 4 gree T 5 2 01 4 6 H RIT 3 vi 7 68 qoa 2 v2 8 TL28 114 3 9 V DRIVER gree 4
229. Y equalizer Normal 8 MP SYNC Measuring instrument Oscilloscope TL3402 Mode VCR STOP Input signal Color bar Measuring point TL7443 AMAA Adjustment address 3A I Adjustment level 400 20 mVp p Wi 1 Input the color bar signal into the video input output terminal in the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 3A Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so taht the SYNC TIP portion gets 400 mVp p on TL7443 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 3A 17 Adjustment of REC C equalizer Red part Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar Measuring point TL7441 Adjustment address 59 1 pep Adjustment level 154 10 mVp p 1 Input the color bar signal into the video input output terminal in the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 59 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so taht the SYNC TIP portion gets 154 mVp p on TL7441 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address
230. a 4a A 6Sdv 16191 HJLHJANOD 07 418 OI SSAV SSAV QQAV 2 E 4 n80HS121 29131 AS V Wv2 2 ASI WYO viva Wou 3 ONO 3 4 Ha LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 57 Ze H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL LOCATION EM 4 4 ZZV NAG 1 4 9 t 4813 Mon mn 6NIQy 34 SNIQY 34 ERED 4 34 sIIy vNIQY 34 lt ZNIQy ONIQV INIQY a l GNI QV ENI ANTI CENI 9 1 31 3 3 118 OI 16 8NIOV 7 58 1 4 VL H860S H VL H870S 7 14 CMC CIRCUIT SCHEMATIC DIAGRAM LOCATION MAP VL H890S VL H94E VL H96E VL H960E
231. adjustment is regarded as proper if the auto shut off is actuated after the warning is displayed when the TEST mode is cancelled 3 4 5 6 In case of automatic adjustment of shut off voltage adjustment is impossible if voltage is above 6V 0 2V If the adjustment is made at 5 8V or below the low voltage operation may become unstable of test modes lt Procedues gt To adjust the camera section of this machine the remote control for servicing RRMCGOO33TASA is used Press the CONTINUE key gt TEST SEL this will show T 01 on the LCD OSD 01 flashing and select the below TEST No with or REW key and set with PLAY key Same procedures of adjustment from now on Use the SW2 thru SW9 switches on the adjustment tool to select the following test modes TEST No Title Contents Sensor on off 1 Sensors off All sensors but the cassette controller switch dew sensor and battery sensor stay off 2 Mechanism adjustment Automatic SP LP detection prohibited All sensors on mode 2 Different mode detection prohibited 3 ATF sampling limited to center 3 Automatic battery sensor Battery sensor s input voltage put in memory adjustment 4 Error display Past errors appear on the counter display of the viewfinder All sensors on Battery adjustment error Battery sensor s adjustment errors are displayed at the right of the All but sensors display past errors area on 5 PASS mo
232. ale z 1 m 7 1 ORE T peck 665 5 2 i 1 7 2 1 18 aly S pea qus les a 2 2 b 1 0 g a JN Pu KC Li Ha 2 AS Bg ke 7 ii Ti gg coh 27 2 f peli si UT aa Sak j 5 a 2 11 71 88 M S 69688682 5928 b 255 5 kin 282 2 202 e 3 GS DA zu Dai b O evry 9495959 D iss U 8 lo ra 101 81 2 1 ISTE
233. amic AB DERE 260 VCSATA0JJ156M 15 6 3V Tantalum 02601 VCKYGZ1HF103Z 0 01 50V Ceramic AB INTEGRATED CIRCUITS RESISTORS 301 VHiCXA20320 1 CXA2032Q AN R201 VRS CZ JF182J 1 8k 1 16W Metal Oxide AA IC302 VHiS24C02A 1 S24C02A R202 VRS CZ1JF681J 680 1 16W Metal Oxide AA 51701 VHILB1950V 1 LB1950V AQ R205 VRS CZ1JF273J 27k 1 16W Metal Oxide AA 11702 VHILB1951V 1 R206 VRS CZ1JF123J 12k 1 16W Metal Oxide 1703 VHiLB1638M 1 LB1638M AK 8207 VRS CZ1JF471J 470 1 16W Metal Oxide R208 VRS CZ1JF473J 47k 1 16W Metal Oxide AA TRANSISTORS R209 VRS CZ1JF683J 68k 1 16W Metal Oxide AA 0302 VS2SC4738Y 1 2SC4738Y AA R210 VRS CZ1JF332J 3 3k 1 16W Metal Oxide 0307 VS2SC4738Y 1 2SC4738Y AA R212 VRS CZ1JF392J 3 9k 1 16W Metal Oxide Q315 VSUMG2 1 UMG2 AC R213 VRS CZ1JF471J 470 1 16W Metal Oxide AA 0341 VS2SA1037KQ 1 2SA1037KQ AA 214 VRS CZ1JF471J 470 1 16W Metal Oxide AA 0342 9 9997 2SA1037KQ AA R215 VRS CZ1JF471J 470 1 16W Metal Oxide AA Q343 VSUPDCT44EE 1 UPDC144EE AB R216 VRS CZ1JF822J 8 2k 1 16W Metal Oxide AA 8217 VRS CZ1JF471J 470 1 16W Metal Oxide COILS R218 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 1303 VPCCM101K2R1N Peaking 100uH AC R219 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA L304 VPCCM220KR45N Peaking 22uH AC R220 VRS CZ1JF471J 470 1 16W Metal Oxide L305 VPCCM101K2R1N Peaking 100uH AC R221 VRK SA1JF224J 220k 1 16W AC 1341 VPD9M100J1R7N Peaking 10uH AC
234. aoavex vax si tvddvex 8 ne j8 iss Z 2 Iss ei n 1 vas n saves 9 9 01 0 85 32 01 S aso 6 6 vivaraso 6 8 z aso 8 8 v o g e aso 1 1 so70so Z 2 NO ua Z wa 9 9 wow 9 awli ano S 6 aw 6 OND 2443 Sos ano 7 v ovo sa E ag asa 2 2 Z asa 1 INO ZNO BOLE 3 4 LOCATION MAP VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E
235. breaking the FPC when the Tilt Frame C is removing from them Screws Tilt connector LX HZ0018TAFN M2x6 Tapping Screw Silver LX HZ0018TAFF M2x6 Tapping Screw Black LX HZ0045TAFN M2x4 Tapping Screw Silver XiPSF20P04000 M2x4 Small Screw Black Zinc Plating LX BZ0191TAFD M2 Special Screw XiPSD20P03000 M2x3 Screw LX HZ0045TAFF M2x4 Tapping Screw Black LX HZ0013TAFF M1 7x6 Tapping Screw Black XiPSN20P04000 2 4 Small Screw Silver LX HZ0050TAFN M1 7x4 Tapping Screw Silver LX BZ0236TAFD M2x8 Screw XiPSF20P03000 M2x3 Screw Black 3 5 Remove g 7 Remove the screws g LX HZ0045TAFF 1pc and c LX HZ0045TAFN 1pc opening the claws 2pcs to outward remove the Lens unit with Camera P W B VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 3 3 REPLACEMENT OF CCD SENSOR 3 3 1 Before replacement 1 The CCD image sensor is more sensitive to electrostatic breakage than C MOS LSI Therefore sufficient means to prevent electrostatic damage must be taken when it is replaced e Ground the soldering iron Ground also the human body using the wrist strap through an 1 Mohm resistor e Unt
236. c AA C1704 VCKYCY1HB103K 0 01 50V Ceramic AA C1705 56 0 01 50V Ceramic AA C1706 56 0 01 50V Ceramic AA C1707 VCSATA1AJ106M 10 10V Tantalum AC C1708 VCKYCY1CF104Z 0 1 16V Ceramic AA C1709 VCKYCY1CF104Z 0 1 16V Ceramic AA C1710 66 6800 50V Ceramic AA 01711 46 0 1 16V Ceramic AB C1712 VCKYCY1HB682K 6800 50V Ceramic AA C1713 VCKYCY1CB104K 0 1 16V Ceramic AB 01714 VCKYTV1CF105Z 1 16V Ceramic AB C1715 VCKYCY1CB473K 0 047 16V Ceramic AA C1716 56 0 047 16V Ceramic AA C1717 VCKYCY1HB472K 4700 50V Ceramic AA C1718 VCKYCY1CF104Z 0 1 16V Ceramic AA C1719 VCKYCY1CF104Z 0 1 16V Ceramic AA C1720 VCSATA1CJ106M 10 16V Tantalum AC 01721 VCKYCY1CF474Z 0 47 16V Ceramic AB C1722 VCKYTV1CF105Z 1 16V Ceramic AB C1723 VCKYCY1CF474Z 0 47 16 Ceramic AB C1724 VCKYCY1CF474Z 0 47 16V Ceramic AB C1725 VCCCCY1HH101J 100p 50V Ceramic AA C1726 VCCCCY1HH101J 100p 50V Ceramic AA 01727 52 0 01 50 Ceramic AA C1728 VCKYCY1CB104K 0 1 16V Ceramic AB C1730 VCKYTV1CF105Z 1 16V Ceramic AB RESISTORS R301 VRS CY1JF473J 47k 1 16W Metal Oxide AA R302 VRS CY1JF273J 27k 1 16W Metal Oxide AA 8303 VRS CV1JF152J 1 5k 1 16W Metal Oxide AA R305 VRS CY1JF000J 0 1 16W Metal Oxide AA R306 VRS CY1JF563J 56k 1 16W Metal Oxide AA R307 VRS CY1JF103J 10k 1 16W Metal Oxide AA R308 VRS CY1JF392J 3 9k 1 16W Metal Oxide AA R313 VRS CY1JF183J 18k 1 16W Metal Oxide AA R316 VRS CY1JF103J 10k 1 16W Metal Oxide AA 8317 VRS CY1JF103J 10k 1 16W Metal Oxide AA R321 VRS CY1JF152J 1 5
237. c3 EA cours C 066 GA 6 8 ce cours 2 8 6669 von 4 8 m s 4 8 z 2 i 3 3 amp 8 8 lt 8 8 z 8 m 8 8 Z 4 4 4 8 4 8 8 8 s 8 8 8 8 8 9 3 x 8 8 8 8 8 8 8 8 s 8 8 R 2 E d 2 Z Z d 2 9 k amp 5 8 8 6 E d d FE 2 5 6 5 5 5 5 3 3 9 G 3 3 9 B 9 9 69 6 63 60 6 62 63 64 03 69 67 69 69 0 28 o Jo Jo Je C254 8 5 8 5 S 8 8 0 0 z 8 Z z Z amp i g 8 8 8 8 8 8 8 8 4 8 d 4 4 4 5 4 4 amp s 5 C255 H lov PBWM OOKRSON SIN L252 IC252 6 3V MS548331 vss 2 2 2 F 8 B 8 6 60 259 4 DINA 0 lev DIN3 DIN2 o 2 8 0 2 8 DINI 2 3 2 0 49 00 8 2 9 2 0 010 9 x k 5 8 9 9 8 DINO 5 8 d v B 8 g 5 z 8 8 2 8 3 2 5 225 volo RXAD WADE RX IRDATA RADE RX WR TR IRID K 5 Mea ka Me wei co ka we 5 Me ws 3 v5 wa va wa je Io 164 26 w oy gt 6 6 wo K3 uyo o so C2
238. circuit Check the LCD circuit and character generator IC705 Check the camera section and Y C circuit Check the Y C circuit and head amplifier circuit Check the Y C circuit and head amplifier circuit Check the audio circuit Check the system controller and CAP MOTOR DRIVER circuit VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 5 2 Troubleshooting for the camera section No picture YES No color YES y No auto white balance function YES y No auto focus function P YES No power zoom function AYES Y Normal 5 5 3 Charging mode troubles Start Y H Is ADP DET H 1 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Check the lens drive circuit IC551 and main signal line Check IC201 DSP and their peripherals Check IC501 camera CPU and its peripherals Check IC501 IC551 and their peripherals Check IC501 IC551 and their peripherals L Y m Check the circuit of SYSCON Is CHG ON L or H 2 H L Y gt Check the circuit of SYSCON Is BAT DET OV NO Y YES Check 02911 R2927 82928 R2914 R2915 and battery terminal unit Is BAT DET CK voltage more than 4V or less than 8 4V NO YES Y Is the output voltage of Q2901 1pin more than 9V Battery is defective NO
239. citor AD C718 VCKYCY1CF104Z 0 1 16V Ceramic AA C929 20054 22 2 2 16V Capacitor AD C719 VCKYCY1HB102K 1000p 50V Ceramic AA C930 20049 22 6 8 16V Capacitor AD C720 VCKYCZ1HB102K 1000 50V Ceramic AB C931 20049 22 6 8 16V Capacitor AD C721 VCKYCY1HF103Z 0 01 50V Ceramic AA C932 20070 22 4 7 16V Capacitor AD C722 VCKYCY1HF103Z 0 01 50V Ceramic AA C933 20070 22 4 7 16V Capacitor AD C723 VCSATA1AJ106M 10 10V Tantalum AC C934 20055 22 Capacitor AD C724 VCKYCY1AF105Z 1 10V Ceramic AC C935 20055 22 Capacitor AD C725 VCCCCY1HH390J 39p 50V Ceramic AA C937 20070 27 Capacitor AD C726 VCKYCY1AF105Z 1 10V Ceramic AC C938 20070 22 Capacitor AD C800 21 102 1000p 50V Ceramic AB C939 VCKYCZ1CB103K 0 01 16 Ceramic AB C801 VCSATA1AJ106M 10 10V Tantalum AC C940 VCKYCY1EF104Z 0 1 25V Ceramic AA C808 VCKYCZ1HF103Z 0 01 50V Ceramic AB C941 20055 22 Capacitor AD C804 VCKYCZAHF103Z 0 01 50V Ceramic AB C942 20058 22 1 25 Capacitor C805 VCKYCZAHF103Z 0 01 50V Ceramic AB 01401 VCKYCZ1CB103K 0 01 16V Ceramic AB C806 VCKYCZAHF103Z 0 01 50V Ceramic AB C1402 VCKYCZ1CB103K 0 01 16V Ceramic AB C807 VCKYCZAHF103Z 0 01 50V Ceramic AB 01403 VCKYCZ1CB103K 0 01 16V Ceramic AB C808 VCKYCZAHF103Z 0 01 50V Ceramic AB 1404 VCKYCY1CB104K 0 1 16V Ceramic AB C809 VCKYCY1CF104Z 0 1 16V Ceramic AA C1405 VCSATE1AJ476M 47 10V Tantalum AD C810 VCKYCYOJB105K 1 6 3V Cera
240. cked with no tape inside TEST No 3 Automatic battery alarm adjustment Used to automatically adjust the voltage level which makes the battery appear on the LCD display 3 TEST 4 Battery alarm check error display The difference between the preset battery alarm voltage and the current supply voltage is displayed as follows e A past error is displayed at the right of the current battery alarm error TEST No 5 PASS mode Used to adjust the tape travelling condition The tracking is shifted by 1 4 from the center to make the tape running related RF envelope fluctuations easier to observe 5 TEST No 6 Camera adjustment mode Used to adjust the camera section For details see Servicing the Camera Section TEST No 7 VCR adjustment mode Used to adjust the VCR section For details see Servicing the VCR Section 7 TEST No 8 Automatic switching point adjustment Used to automatically adjust the playback switching point For details see Automatic Adjustment of the Playback Switching Point 5 3 2 2 Setting up the VCR section adjustment mode camera section adjustment Select adjustment items by using addresses Rewrite the adjustment data to change the settings Below shown the adjustment procedures and on screen display Enlarged view CAM ADJ camera V ADJ VCR LCD 0000 00 ME Address Data Procedural steps Aa hao CD Turn up or down the flashing hexadecimal number with
241. ckwise to eliminate the folding 3 Playback the alignment tape VR2DBOPS 4 Adjust the Sup GR and Tu GR by the procedure described in section 4 2 above 5 After V S F R perform playback so as to ascertain that the waveform rises horizontally within 2 seconds 6 Unless the normal waveform is obtained Figure 5 turn counterclockwise the upper flange A of Si roller and repeat the step 5 above Repeat the steps 5 and 6 until the normal waveform is obtained At this time ascertain that the inlet travel does not change in the normal playback state If any change is found adjust the Sup GR and redo the step 5 Si roller Rise waveform Upper flange A 2 NE 4 REV OK Playback REV mode Lower flange B 5 Tape must be free from foldeng REV NG Playback Figure 4 Figure 5 4 5 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 4 4 Adjusting the Tu guide After replacement of Tu guide preset and adjust the height 1 Tu guide height presetting Figure 6 Adjust the height from the upper surface of mechanism chassis to the upper surface of lower flange with the aid of jig Upper flange Height setting jig Master plane JiGMP MX7U Figure 6 2 Adjusting the Tu guide Figure 7 1 Playback the alignment tape VR2DBOPS 2 Check that the tape runs at the same height near the capstan shaft in case of V S F and V S R 3 If the tape running position in case
242. d 71281340222 Oe 119714 5 Check LCD 13 5V 971010 161120000950 5 ZO T1L682 1 14089 9 0709 99909 435 5 TL2910 90 112915 gt 0 Y 114059 7 9 ese 2 12215 90 Oe T16406 TL 55 2 gt 1522 2204 sz De 6 Check LCD 7V 10670 151 1129037939 NI 18708 90 7 995 m uM 119122 90 110001 1 8 11 9706 18110 90 Y 9 7 11970520 10071139 iom LEER 5 tz s 1 11040 141229 7 Check LCD 15 2V amp TL6605 SEZ ds 716040 5 1 1 e upe Y or 56 8 Check LCD 7V afa O TL611 1118271305 11817 TL914 0 O T16601 Sa 65 11180 1 1348 3904 111800 71911000 Y 11607140 gt 15 1181430 O lt TL1813 T eT ff 8 111811 9004 111812 urn power 1 5 OTL1804 016603 O T12810 POWER CIRCUIT ADJUSTMENT METHOD Input 9V from DC Jack and set the power switch to the camera side x Don t fail to fix the back light unit befor adjusting them 1 Adjustment to CAM 15V Make an adjustment so that the digital voltmeter indicates 15V 0 05V Measuring instrument Digital voltmeter Measuring terminal TL905 Adjustment address 3EH Standard 15V 0 05V 2 Checking of P CON 4 9V Check that the digital voltmeter indicates 4 9V 0 1V Measuring ins
243. ddress using the FF or REW key and fix it with the PB key 4 When decreasing by 10 mVp p as compared to the measurement value of 2 decrease the data of address 34 by about 5 digit When increasing by 10 mVp p as compared to the measurement value of 2 increase the data of address 34 by about 5 digit Reference Select the address using the FF or REW key and fix it with the PB key 5 Release the adjustment mode and make self playback recording again When the measuring value at this time is in the standard value the adjustment is completed If it is not in the standard value repeat the steps 2 4 6 After completing the adjustment of 5 check the adjusting value of Y FM carrier f0 5 99 MHz in no input When the measuring value exceeds the standard value of carrier 10 make an adjustment of Y FM carrier 10 again 11 Adjustment of Y FM carier 10 Normal 8 Measuring instrument Ferquensy counter Mode VCR STOP Input signal No input Measuring point TL7443 Adjustment address 60 Adjustment level 4 38 0 02 MHz 1 Input the no signal into the video input output terminal in the VCR STOP mode At this time do not pull out the jack on the Viewcam side 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 60 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so that the frequency counter indica
244. de L151 VPBWM100KR50N Peaking 10H AC R9499 VRS CZ1JF000J 0 1 16 Metal Oxide L501 VPBWM100KR50N Peaking 10uH AC R9601 VRS CZ1JF473J 47k 1 16W Metal Oxide AA L551 VPBWM220K1R2N Peaking 22uH AC R9901 VRS CZ1JF000J 0 1 16W Metal Oxide L552 VPBWM220K1R2N Peaking 22uH AC R9904 VRS CZ1JF000J 0 116 Metal Oxide AA 89905 VRS CZ1JF000J 0 116 Metal Oxide CAPACITORS R9907 VRS CZ1JF000J 0 116 Metal Oxide R9909 VRS CZ1JF000J 0 116 Metal Oxide de i CHR bal ds C13 VCSATA1DJ475M 47 20V Tantalum AC MISCELLANEOUS PARTS C14 VCKYCZ1HF103Z 0 01 50V Ceramic AB PSLDM3239TAFW Shield AC 15 VCKYCZ1HF103Z 0 01 50V Ceramic H860S H870S H890S H96E EW C16 VCSATJ1VJ685M 6 8 35V Tantalum AE EX H960E EW C17 VCCCCZ1HH470J 47p 50V Ceramic AB PSLDM3341TAMS Shield AG C18 VCCCCZ1HH470J 47 50V Ceramic AB PSLDM9146TAZZ Shield AE C19 21 470 47 50V Ceramic AB PSLDM9147TAZZ Shield AC C20 VCKYCZ1HF103Z 0 01 50V Ceramic AB QCNW 1925TAZZ Connecting Cord AC C21 VCKYCZ1HF103Z 0 01 50V Ceramic AB QCNW 1933TAZZ Connecting Cord AD C22 VCSATA1AJ106M 10 10V Tantalum AC CN1800 QSOCN2486TAZZ Socket 24Pin AE C23 VCKYCZ1HF103Z 0 01 50 Ceramic AB CN2800 QSOCNO686TAZZ Socket 6Pin AC C24 VCSATA1AJ106M 10 10V Tantalum AC H890S H960E EW C25 VCKYCZ1HB102K 1000p 50V Ceramic AB 10 11 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No D
245. de AA R1810 VRS CZ1JF473J 47k 1 16W Metal Oxide AA 8903 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R1811 X VRS CZ1JF512J 5 1k 1 16W Metal Oxide AB R905 VRS CZ1JF472J 4 7k 1 16W Metal Oxide R1812 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 8906 VRS CZ1JF332J 3 3k 1 16W Metal Oxide AA 1813 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 8907 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1814 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R908 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1815 VRS CZ1JF333J 33k 1 16W Metal Oxide R909 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 81816 VRS CZ1JF683J 68k 1 16W Metal Oxide AA R910 VRS CZ1JF333J 33k 1 16W Metal Oxide AA R1817 VRS CZ1JF562D 5 6k 1 16W Metal Oxide AB R911 VRS CZ1JF333J 33k 1 16W Metal Oxide AA R1818 VRS CZ1JF000J 0 1 16W Metal Oxide AA R912 VRS CZ1JF273J 27k 1 16W Metal Oxide AA 1819 VRS CZ1JF000J 0 1 16W Metal Oxide AA 8913 VRS CZ1JF333J 33k 1 16W Metal Oxide R1820 VRS CZ1JF564J 560k 1 16W Metal Oxide AA R914 VRS CZ1JF823J 82k 1 16W Metal Oxide AA R1821 VRS CZ1JF124J 120k 1 16W Metal Oxide AA R915 VRS CZ1JF753J 75k 1 6W Metal Oxide AA R1822 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R916 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1823 VRS CZ1JF683J 68k 1 16W Metal Oxide R917 VRS CZ1JF753J 75k 1 16W Metal Oxide AA R1824 VRS CZ1JF223J 22k 1 16W Metal Oxide AA R918 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R1825 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R919 VRS CZ1JF333J 33k 1 16W Metal Oxide R1826
246. de Track shift mode 1 4 shift All sensors on 6 Camera adjustment mode Camera adjustment mode VCR interrupted 7 VCR adjustment mode VCR adjustment mode 8 Automatic switching point Play standard tape and call this mode Switching point is adjustment STOP ADJ automatically adjusted CD When the battery adjustment mode is selected from the camera adjustment mode with a cassette with the erase protection tab the VCR is automatically put in the REC mode 5 4 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 3 3 Adjusting the VCR circuit e Test Points on the Video Circuit Board VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 3 3 1 Adjusting the power circuit a POWER CIRCUIT ADJUSTMENT PROCEDURE 11 2800 00 6 1 2804 2 06 112801 S o 112802 90 6 1 2803 1 0712906 Turn on power camera 06 712904 5 zmo so Oe TL3403 x Oe T1 3402 1408 m 1 Adjust to CAM 15V 06 116401 di 11403 04 71405 04 71414 Oe TL404 2 Check P CON 4 9V 06 1406 071409 E z SSeS v 04118356 402 0 O 401 111 3 Check P CON 3 3V 666 5 1197029 119701 2 TL8121 0 Y ocn TLT01 0 222 8883 11105 4 Check 2 9 ssesce z 85555 2112 19138 TESS Ze ee Y JJ 2621 BEE TL7451 0 3 E
247. e mz ma 3096H S068H 1A ZZY L8POOAQD i avo 5 72 S 396H S0 8H 1 2791 00 77 396H S0 8H 1 Z ZN 188c0Z MS9 120 0 HONOL 7 7 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP gl avom 7 81 81 Qvo 02 413 1102
248. ela zo 028 22 SEBIH 92814 223 OOOO OOOO 5612 14185 I sales 20 E 017 047 823 X095 25 HELI DOOM BI LJO BO 90901 9291 9815 E zo ater aes 0811 m x x 3 P 6 26814 5528 5 zo L 299 999 22 12913 6183 23 23 19818 9981 B 5 5 5 L 7 15 co LLILLI lt gt TIT gt gt gt Pa 4 4 LOCATION veva _ Zo 1820 2 90820 22 8 casnvd gt 80 8 viselo ziezi 75 Mi 50855 22 1820 11812 10819 J 06919 2 5141 gt 1F 11821 asnvd 9 I Mau gt Zo Mi 0920 22 188 018811 ml 2 bond Sad Soup ES 12 12 Qv enisi OwO 5 6985 T 2 Dm gt 108211 23 2000 27 gt sou ANA w O mame wQ 22 90818 5 3dO HLA 2 33195 33185 082 4 X001 t 808534 WLOSBON z 205 SKO 2 01813 ASSSUWCN 008121 2 43193130 2 FT
249. ension Cable 1 Extension Cable 1 Extension Cable Extension Cable LCD Inverter VCR 7pin Camera VCR 18pin Camera VCR 19pin MECHA VCR 70pin VCR 24pin 2 QONW 1265TAZZ 2 OCNW 1270TAZZ 2 QONW 1381TAZZ 2 OCNW 1534TAZZ OCNW 1382TAZZ 3 AX 3 AY 3 AX 3 BS BD 6 NA 37 1 Extension Cable insulating sleeve 1 Operation Unit 1 DC IN Jack Unit 1 AV Jack Unit Touch Panel 6pin 1 Connector fitting and 2 QSW Z0287TAZZ 2 QJAKZ0069TAZZ 2 QJAKZ0O7OTAZZ 2 QCNW 1267TAZZ withdrawing extractor 3 AK 3 AX 3 AX 2 200000000 Alignment Tape JIGWR5 5CSP PAL Normal 8 TAPE MONO 1 Connector fitting and 1 Service remote control JiGWR5 8CSE PAL Hi8 TAPE MONO withdrawing tweezers 2 RRMCG0033TASA J JiGWR5 9CS PAL Hi8 TAPE STEREO 2 9EQPINSET06GE 3 BT Y C Audio Alignment 3 BR 1 VL H870 H890 H96 H960 n FF Button functions to as DISPLAY button 2 It is unnecessary
250. epaired execute the following maintenance and checks regardless of how long it has been used 4 2 1 Inspection and maintenance list Usage time hrs Checking Maint int ecking Maintenance poin 1000 1 500 2 000 Possible symptom encountered VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Remarks Tape travelling route Refer to Section Drum Refer to Section Lateral noise Unclean head Screen shaking Video head 16 5 ede Improper S N ratio No color appears Rollers If abnormal rotation or de flection significant is found replace the roller Other than rollers Clean the tape contacting areas Be sure to use the specified cleaning agent Timing belt Pinch roller Capstan D D motor Tape does not run Tape slackens Screen shakes Replace if failure is found Relay Pulle shaft Pulle gear shaft Drive gear shaft Abnormal sound Apply oil Cil COSMOHYDRO HV100 Note After oil is applied to the drive gear shaft slightly wipe it off with swab Loading motor Not ejectable The specific mode cannot be set Replace if failure abnor mal sound is detected conformance to the standard is not ensured replace part Abn
251. er sales service work with a soldering iron as speedily as possible The heat resistance of the surface mounted components is poor when compared with the larger sized discrete parts used for television sets and stationary decks owning to their small sizes Therefore exercise due care to avoid long time exposure of the pins of these parts to the heat of the soldering iron which may possibly damage them Such care should be exercised especially for chip layer capacitor replacement It is advisable to use a temperature controlled ceramic soldering iron temperature at the tip 250 C contacting time less than 5 seconds 5 1 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E lt Adjusting the video LCD section gt e Measuring instruments Color monitor TV set adapter DC cable accessory Digital voltmeter Oscilloscope Video extension cables DC power supply Frequency counter Vector scope Audio generator CR oscillator Signal generator Alignment tape JiGWR5 5CSP AV output cable accessory JiGWR5 8CSE Video recording tape JiGWR5 9CS For Y C audio and servo adjustments 5 3 2 Servicing the VCR section Adjustment 5 3 2 1 Typical connections Configuration lt Note The entries of list gt 1 2 Part No 3 Code lt Extension Cable etc gt 4 Note Model Uses Remarks D 1 Extension Cable 1 Ext
252. eramic AD 01804 VCCCCZIHH8ROD 8p 50V Ceramic AB 02409 VCSATA1AJ475M 4 7 10 7 AC 01805 21 1032 0 01 50 Ceramic C2410 676 1 10 6 AD C1806 VCKYCY1CF104Z 0 1 16V Ceramic AA 02411 21 103 0 01 16 Ceramic AB 1807 VCSATA1DJ475M 47 20V Tantalum AG C2412 VCKYCZ1HB102K 1000p 50V Ceramic AB 01808 VCKYCY1CF104Z 0 1 16V Ceramic AA C2413 21 152 1500p 50V Ceramic AB 01809 VCKYCY0JB105K 1 6 3V Ceramic AC 02414 VCKYCZ1HB391K 390p 50V Ceramic AB 1810 VCKYCY1CF104Z 0 1 16V Ceramic AA 02461 21 103 0 01 16V Ceramic AB C1811 VCKYCY0JB105K 1 6 3V Ceramic AC 02701 VCKYCY1CB333K 0 033 16V Ceramic AA 1812 VCKYCZ1HB561K 560p 50V Ceramic AG 02702 VCKYCZ1EB682K 6800p 25V Ceramic AB 01813 6222 0 01 50V Ceramic AB 02703 76 1000p 50V Ceramic AA 01814 VCKYCY1CF104Z 0 1 16V Ceramic AA 02704 VCKYCY1CF104Z 0 1 16V Ceramic AA C1816 21 102 1000p 50V Ceramic AB C2705 46 0 1 16V Ceramic AB 01817 0 105 1 6 3V Ceramic AC C2706 VCSATE1AJ336M 33 10V Tantalum AG C1818 VCCCCZ1HH101J 100p 50V Ceramic AB 02707 52 0 01 50V Ceramic AA H890S H960E EW 02708 VCKYCY1HF103Z 0 01 50V Ceramic AA C1818 VCCCCZ1HH151J 150p 50V Ceramic AB 02709 1 1042 0 1 16V Ceramic AA H860S H H870S H94E EW EX C2710 VCKYCY1HF103Z 0 01 50 Ceramic H96E EW EX C2711 42 0 01 50V Ceramic AA C1819 VCCCCZ1HH220J 22p 50V Ceramic AB C2712 52 0 01 50V Ceramic AA C1820 VCKYCZ1HB102K 1000p 50V Ceramic AB 02
253. escription Code Ref No Part No Description Code C26 VCSATA1AJ106M 10 10V Tantalum AC R505 VRK SA1JF102J 1k AB C28 VCKYCZAHF103Z 0 01 50V Ceramic AB Metal Composition C29 VCCCCZ1HH820J 82p 50V Ceramic AB 8508 VRS CZ1JF102J 1k 1 16W Metal Oxide C102 VCKYCZ1HF103Z 0 01 50V Ceramic AB R509 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C103 52 0 022 25V Ceramic AB R510 VRS CZ1JF223J 22k 1 16W Metal Oxide AA C104 VCKYTV1AB105K 1 10V Ceramic AD R511 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C105 VCKYTV1AB105K 1 10 Ceramic AD H94E EW EX H96E EW EX C106 VCKYCZ1AF104Z 0 1 10V Ceramic AB H960E EW 107 VCSATA1AJ106M 10 10V Tantalum AC R512 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C108 VCKYCZ1HF103Z 0 01 50V Ceramic AB 8605 8705 8905 C109 21 1032 0 01 50 Ceramic R515 VRS CZ1JF000J 0 1 16W Metal Oxide C154 VCCCCZ1HH470J 47p 50V Ceramic AB R517 VRS CZ1JF102J 1k 1 16W Metal Oxide AA C155 VCKYCZ1AF104Z 0 1 10V Ceramic AB R518 VRS CZ1JF153J 15k 1 16W Metal Oxide AA C156 4452 2 0 1 10V Ceramic AB R519 VRK SA1JF102J 1k AB C157 VCSATAOJJ156M 15 6 3V Tantalum AC Metal Composition C158 VCSATA1AJ106M 10 10V Tantalum AC R521 VRS CZ1JF102J 1k 1 16W Metal Oxide AA C159 VCKYCZ1AF104Z 0 1 10V Ceramic AB R522 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C160 21 1032 0 01 50V Ceramic AB R523 VRS CZ1JF102J 1k 1 16W Metal Oxide C161 VCKYCZAHF103Z 0 01 50V Ceramic AB R524 VRK SA1JF103J 10k 1 16W AB
254. essively push STOP key and please repeat operation to 5 from 3 5 When SW of the substance is turned into off data are written to E PROM from systematic microcomputer 5 1 2 1C703 When the 703 has been replaced make the following settings and adjustments 1 Remove the backup battery CR2025 Turn power switch to CAMERA Setting up the V ADJ mode as follows After press the CONTINUE key press the VCR ADJ key on service remote control RRMCGOOSSTASA After setting the above data clear the V ADJ mode and turn off the power by pull out the battery pack or DC cable Neglect about 30 seconds after turned of power because data of address becomes effective after microcomputer is reset Now the setting of data is completion 8605 H860H 8705 8905 H94EW H94EX H96EW H96EX H960E H960EW address data data data data data data data data data data 03 Specificaton code 28 20 28 28 01 01 01 01 01 01 02 Country code 00 00 00 00 00 00 00 00 00 00 Adjustments to follow Make the system controller servo VCR and LCD adjustments according to their respective instructions 5 1 3 Camera adjustment When the IC2 has been replaced make the camera adjustment according to its instructions All the camera adjustment data are written in the E7PROM provided on the lens unit Therefore when the lens is replaced the camera must be adjusted again according
255. gu PAV ISVELNOD gt 1 u C raand gt 22 lt 5 o 28 I 57 C rav an u gt veva lt lt 323 4 AO H6861V 6100 kell 1080 C 2 8 3 2783 1188 5583 1 H 85 8 C 3 C rav owwwo 3 Z3 NE 22 MI lt rav zvwwy 7 586 265 tah OVOSAS OL fu 823 10 0 41 23 E 9 8283 OE oz 00 23 11 5083 228 MsEGx GHA ZE oe 223 1088 2586 1988 ae 222 ravan 823 91070 ar oe 9 22 223 22 27 8 1 100 22 GEJ 1H 11 1F 1F 223 82211070 P 1070 0592 9293 8083 ev 23 23 25 22 23 WI 0988 0385 T 5088 o 858 6289 22 23 23 070 a 1 l 1082 0288 zied wiz ka a AVSZAENI 888 983 1 22 5 00831 329 4166 d 25 9083 nora o aoi T ais r 4 22 pa 070 ji 6083 E 2042 ray ovwwv9 Sveti 25 5088 dl car evmwo 22 22 5 D T ki F _4 22 SAL 22 r 2182 HOH 23 0442 223 226 0 93 299 153 1 T vie 8 35 8 0
256. i S CLKI D A STB5 jJ L DEV ADU F R DEV ADJ VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E TO_AUDIO VOL_CTL LINE L SP CTL R_DEV_ADU L_DEV_ADJ BPF_ADJ OUTPUT SEL MATRIX 9 A FADE NINI NI NINI NI NI NI Y DE_EMPH_ADUU h EMPH PBADJ DZA CONV ICATO2 MB8346BV VHI REV_LR TO_YC_PROCESS EvPH PB_ADJ peer Y DE_EMPH_ADJ REc Y EQ_ADJ n 0 rO 00 5 REV_UD 051 0 MA2_ADJ NI NI AU NINI B_ADJ CTL K cREC Y_EQ_ADU 4 N CREC C_EQ_ADJ 6 K JOG SAVE FADE M COUTPUT_SEL MATRIX TRAST_ADJ B_ADJ TO_RF DRUM ON ORCTLI x CTL AMP_ADJ TO_SYSCON PULSE_ADJ D A2_STB S_DATA S CLK AAAA DZAI_STB R4704 gt 4703 47K 47K cz cz POWER CAMI5V_ADJ B L CTL 4 4 4 8470 O J P CON_4 9 D A 4 9 R4TO20 TWN J D A_3 3V NI NI Y Y NINI GND DUNTK2886QA QPWBX2886 Ax po 12 13 4 5 10201065 77 8 9 7 52
257. ide AA R2821 VRS CZ1JF104J 100k 1 16W Metal Oxide AA 1941 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H870S H890S H96E EW EX R1942 VRS CZ1JF331J 330 1 16W Metal Oxide AA H960E EW R1943 VRS CZ1JF183D 18k 1 16W Metal Oxide AB R2901 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1944 VRS CZ1JF223D 22k 1 16W Metal Oxide AB R2902 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R1945 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R2903 VRS CZ1JF123J 12k 1 16W Metal Oxide AA R1947 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R2905 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1948 VRS CZ1JF182D 1 8k 1 16W Metal Oxide AB R2906 VRS CZ1JF1ROJ 1 1 16W Metal Oxide R1949 VRS CZ1JF273D 27k 1 16W Metal Oxide R2907 VRS TQ2BD561J 560 1 8W Metal Oxide AA R1950 VRS CZ1JF393D 39k 1 16W Metal Oxide AB R2908 VRS CZ1JF122J 1 2 1 16W Metal Oxide R1951 VRS CZ1JF183D 18k 1 16W Metal Oxide AB R2910 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1952 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R2911 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1953 VRS CZ1JF391J 390 1 16W Metal Oxide AA R2912 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1954 VRS CZ1JF103J 10k 1 16W Metal Oxide AA 2913 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R1955 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R2914 VRS CZ1JF184D 180k 1 16W Metal Oxide AB R2404 VRS CZ1JF392D 3 9k 1 16W Metal Oxide AB 2915 VRS CZ1JF104D 100k 1 16W Metal Oxide AB R2406 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R2921 VRS CZ1JF1R0J 1 1 16W Metal Oxide AA R240
258. ide AB R2814 VRS CZ1JF104J 100k 1 16W Metal Oxide AA 1921 VRS CZ1JF393D 39k 1 16W Metal Oxide AB H860S H H94E EW EX 1922 VRS CZ1JF104D 100k 1 16W Metal Oxide AB 2815 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1923 VRS CZ1JF273D 27k 1 16W Metal Oxide AA H870S H890S H96E EW EX R1924 VRS CZ1JF104J 100k 1 16W Metal Oxide AA H960E EW R1925 VRS CZ1JF183D 18k 1 16W Metal Oxide AB R2816 VRS CZ1JF473J 47k 1 16W Metal Oxide AA R1926 VRS CZ1JF222D 2 2k 1 16W Metal Oxide H870S H890S H96E EW EX R1927 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H960E EW 81928 VRS CZ1JF562D 5 6k 1 16W Metal Oxide AB R2817 VRS CZ1JF473J 47k 1 16W Metal Oxide R1929 VRS CZ1JF823D 82k 1 16W Metal Oxide AB H870S H890S H96E EW EX R1930 VRS CZ1JF105J 1M 1 16W Metal Oxide AA H960E EW R1931 VRS CZ1JF223D 22k 1 16W Metal Oxide AB R2818 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R1932 VRS CZ1JF103D 10k 1 16W Metal Oxide AB H870S H890S H96E EW EX 1933 VRS CZ1JF681D 680 1 16W Metal Oxide AB H960E EW 1934 VRS CZ1JF105J 1M 1 16W Metal Oxide AA R2819 VRS CZ1JF104J 100k 1 16W Metal Oxide AA R1935 VRS CZ1JF473D 47k 1 16W Metal Oxide AB H870S H890S H96E EW EX R1936 VRS CZ1JF563D 56k 1 16W Metal Oxide AA H960E EW R1937 VRS CZ1JF562D 5 6k 1 16W Metal Oxide AB R2820 VRS CZ1JF102J 1k 1 16W Metal Oxide AA R1938 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H870S H890S H96E EW EX R1939 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H960E EW R1940 VRS CZ1JF103J 10k 1 16W Metal Ox
259. il the CCDsensor is mounted on the PWB fit it to the conductive sponge and short circuit the foot lead 2 Take utmostcare so that the surface glass of CCD sensor and optical filter are not contaminated and damaged If any contamination is found for example fingerprint wipe it off with silicon paper or clean chamois skin 3 When replacing the CCD sensor use the antistaic grounded soldring iron and perform quickly soldering Lot No Max 7 L Control No Week manufactured Year manufactured 3 3 2 Removal of CCD 1 Unsolder the CCD sensor leads from the sensor PWB 2 Take out the sensor PWB 3 Remove the two screws b and remove the sensor holder and CCD sensor 3 3 3 Mounting of CCD 1 Place the lens unit upright since the CCD sensor mount ID faces upward care must be taken so as not to damage the front lens of unit put the crystal filter first and then the dust protection rubber into the CCD holder of lens unit Set the crystal unit with its thin side toward the lens unit 2 Place the CCD sensor so that the its No 1 pin is at the right lower Positioning hole to be at right and put the CCD sensor into the CCD holder For smooth and tight fitting press the right lower part of back of CCD sensor and then press the left upper part Note Pay attention to the direction of CCD sensor 3 Place the sensor holder so that its
260. input Adjusting method 1 White fade signal input 2 Adjust so as to get the same white screen as that of standard monitor Adjust again visually checking as stated in item 5 6 Adjustment standard Standard monitor Remarks Make an adjustment after aging for 5 minutes or more 12 Touch panel position detection adjustment VL H870S H890S H96E H960E Measuring point LCD panel display area Mode VCR AV input Adjusting method 1 Enter the adjustment of touch panel adjustment mode TEST mode OE 2 Press successively the two points OSD indication cross shaped one by one CD the left above 2 the right below setting point gt as you pleases Set back the adjustment mode by fifth touch 5 Note As touch the two points indication display the blue Q the purple the case color light blue is the adjustment OK and the red is the adjustment NG The touch can check the adjustment with the tip of finger indiation 5 12 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 4 ADJUSTMENT OF CAMERA SECTION 5 4 1 Servicing of camera section 1 Object measuring instrument and jigs necessary for camera section servicing Gray scale chart Vectorscope Extension cable Oscilloscope Video output cable 5 1 Gray Scale Chart
261. into the video input output terminal in the VCR STOP mode 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 31 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so that the SYNC TIP portion gets 360 mVp p on TL7443 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 31 15 Adjustment of REC Y equalizer Normal 8 ME 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 63 Measuring instrument Oscilloscope gine Mode VCR STOP Input signal Color bar Measuring point TL 7443 11111111 TIT Adjustment address 63 Adjustment level 510 20 mVp p ii 1 Input the color bar signal into the video input output terminal in the VCR STOP mode VOIR Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so that the SYNC TIP portion gets 510 mVp p on TL7443 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 63 5 9 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 16 Adjustment of REC
262. ition or Rec Lock position in CAMERA mode and the S brake is in contact with the S reel disk S pole base T pole base S reel disk S brake _ STOP Figure 3 4 7 mode See Figure 4 In this mode it is positioned for the replay record and so on It is the mechanical position where the pinch roller is pressed against the capstan shaft to make the pinch pressing spring the most longest Capstan shaft Pinch Spring Pinch roller mode Figure 4 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 4 5 2 Cassette control ass y lt Disassembling gt 1 Set the unit to the EJECT mode and let the housing stand upright Or set the unit to the STANDBY mode press the lock lever in the arrow direction and let the housing stand upright See Fig 5 in the direction a or 0 When pushing in the direction slightly liftthe housing by hand to release the lock lever 2 Remove the four screws 2 and take out the down guide 3 3 Slide the two link support shafts c and the two roller shafts d to the round openings 9 on their respective slide chassis slits two at e and two at
263. k 1 16W Metal Oxide AA R323 VRS CY1JF473J 47k 1 16W Metal Oxide AA 10 14 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No Part No Description Code Ref No Part No Description Code MECHANISM PARTS 374 TLABH0584GEZZ Caution Label AB 375 PSHEM0014GEZZ Counter Balance AC 376 PSHEP0013GEZZ Interruption Sheet AC 300 LCHSM0163GEZZ Main Chassis Ass y AW 200 XAPSF17P03200 Screw M1 7x3 2 AA 301 NGERH1280GEZZ Main Cam AD 201 LX XZ3036GEFP Screw M2 0x6 0 AD 302 NGERH1281GEZZ Sub Cam AD 202 LX BZ3175GEFN Screw M1 7x4 0 AC 303 MLEVF0470GEFW Eject Lever AD 203 LX BZ3163GEFN Screw M1 7x2 5 AC 304 MLEVF0492GEFW M Function Lever AF 204 LX HZ3074GEFN Screw M1 7x5 3 S Tight AA 305 LHLDZ1966GEZZ 1 Block Holder AD 205 1 231774 Screw 1 4 1 5 206 NGERW1064GEZZ Worm Pulley AC 206 LX BZ3132GEFF Screw M1 4x1 5xD3 5 AA 307 NGERW1065GEZZ Worm AD 207 LX BZ3178GEZZ Screw M1 4x1 5xD4 0 AD 308 NGERH1282GEZZ Worm Wheel AC 208 LX HZ3083GEFF Screw 1 4 2 5 S Tight AB 309 NGERH1283GEZZ Lo Relay Gear AC 209 LX HZ3077GEFN Screw M1 4x3 0 S Tight AA 310 MARMM0126GEZZ S Lo Arm Ass y AF 211 LX HZ3084GEFF Screw M1 4x4 0 S Tight AG 311 MARMMO128GEZZ T Lo Arm Ass y AG 212 LX HZ3116GEFD Screw M1 4x3 2 S Tight AB 312 LANGAO069GEFW 510 Arm Retainer AD 213 1 230530 22 Screw M1 4 Nut AC 313 PGiDMO146GEZZ Sup Rail AD 214 LX WZ1076GE02 Washer D0 8xD3 0x0 2t AA 314 60001716 22 Tu Rail
264. l 0514 a aol L YOO 0001 SSA QNO 4 0 101 ju 101 2 T T T 18558 A22 A22 CONS AW 4 82 dol dol V1VQ 0124 V1V0701294 es E e 0001 40001 7070124 OF270194 025 1022 50704 SITIA aNd 30 NOT9HO 71 01 CAYAT ME ETNOD 4 50701 52701 4 101ld dlv V PALSAS 4 2 EF 15 BLS ZV 0 4 7 E MSN CE NS YD 4 8 Z MS W CZ NS Y f 5 9 xI MSW CISTO os 3 gt 2 v vas 3 zmo sordiv 422 AAS RAS wama 7 48 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E LOCATION MAP E 3 4 NA N N NAAA CN CN CN XN ON CON XN XN XN CN m 2 5 2 2 lt a gt o lt p 8 954884 8 E 8 z ok 8 1 03 6 6 pe lt lid 1 se 8 53 4 2 d 4 o O O lt lt 2 2 0 UL 08 X gt 5 E x 5 S lt lt zg 2 x x x lt 2 8 8 5 5 6 6 6 44 3 8 E x
265. loscope CH2 3 Adjust P P of TL1813 becomes bigger 0 15V than TL1814 Adjustment standard 0 1Vp p Remarks 5 B W B adjustment Measuring point TL1814 G OUT TL1815 B OUT Address 42 Mode VCR AV input Adjusting method 1 AV input Nonsignal 2 TL1814 G OUT Oscilloscope CH1 3 TL1815 B OUT Oscilloscope CH2 4 Adjust P P of TL1815 become bigger 0 1V than TL1814 Adjustment standard 0 1Vp p Remarks VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 6 VCO adjustment Measuring point TL1802 Address 43 Mode VCR AV input Adjusting method 1 AV input NON Signal 2 Connect the frequency counter to TL1802 and adjust the frequency Adjustment standard Remarks 15 625kHz 100Hz 7 H position adjustment Measuring point TL1802 Address 44 Mode VCR AV input Adjusting method 1 Input the white 100 signal as an AV input 2 Connect the oscilloscope to TL1802 and adjust the pulse width Adjustment standard Remarks 3 type 3 3 0 15usec 3 5 type 3 6 0 15usec 8 COMMON PULSE adjustment Measuring point TL1818 Address 22 Mode VCR AV input Adjusting method 1 Set the data of address 47 at the address 80 2 Input the white 100 signal
266. mic AC C1406 VCSATE1AJ476M 47 10V Tantalum AD C811 VCKYCYOJB105K 1 6 3V Ceramic AC C1407 VCKYTV1CB474K 0 47 16V Ceramic AC C812 VCKYTV1CB105K 1 16V Ceramic AC C1408 VCKVTVICB474K 0 47 16 Ceramic AC C813 VCKYCZAHF103Z 0 01 50V Ceramic AB C1409 VCKYCY1CB104K 0 1 16V Ceramic AB C814 21 1032 0 01 50 Ceramic C1410 VCKYCY1AB474K 0 47 10 Ceramic C815 VCKYCYOJB105K 1 6 3 Ceramic AG C1411 RC KZOOSSTAZZ Capacitor AD C816 VCKYCZAHF103Z 0 01 50V Ceramic AB C1412 VCSATA1AJ106M 10 10V Tantalum AC C817 VCKYCYOJB105K 1 6 3V Ceramic AC 01413 21 103 0 01 16V Ceramic AB C818 VCKYCZAHF103Z 0 01 50V Ceramic AB C1414 76 1 10V Ceramic AD C819 VCKYCZAHF103Z 0 01 50V Ceramic AB 1415 VCKYCY1AB474K 0 47 10V Ceramic AC C820 VCKYCZAHF103Z 0 01 50V Ceramic AB C1416 VCKYCZ1CB103K 0 01 16V Ceramic AB C821 VCCCCZ1HH6ROD 6p 50V Ceramic AA C1417 VCKYCY1AB474K 0 47 10V Ceramic AC C822 VCKYCZ1EB682K 6800p 25V Ceramic AB C1418 VCKYTV1AB105K 1 10V Ceramic AD C824 VCSATA1AJ335M 3 3 10V Tantalum AC C1419 21 223 0 022 16V Ceramic AC C825 1 474 0 47 16 Ceramic C1420 VCKYCY1AB474K 0 47 10V Ceramic AC C826 VCKYCZ1CB103K 0 01 16V Ceramic AB 01421 VCKYTV1CB334K 0 33 16V Ceramic AC C827 VCKYCZ1CB103K 0 01 16V Ceramic AB C1422 VCKYTV1AB105K 1 10V Ceramic AD C828 VCKYCZ1CB103K 0 01 16V Ceramic AB 01423 VCCCCZ1HH220J 22p 50V Ceramic AB C829 VCKYCZAHF103Z 0 01 50V Ceramic AB C1424 VCKYTV1AB105K 1 10V Ceramic AD C830 V
267. ms DC 4 V for plug in power microphone use DC 7 4V 4 95W VL H860S H H870S H94E H96E 5 3W VL H890S H960E during camera recording in full auto mode with zoom motor off Extend Zoom DIS and Snapshot functions off and backlight in normal mode 0 C to 40 C 30 to 80 20 to 60 C 180 mm W x 112 mm H x 107 mm D 740g VL H860S H H94E 760g VL H870S H96E 765g VL H890S H960E without battery pack lithium battery video cassette and lens cap Battery Pack BT L241 DC Output 7 4 V Dimensions approx 40 mm W x 43 mm H x 54 mm D Weight approx 97 g Specifications are subject to change without notice Minimum illumination Since there is no widely accepted testing procedure for determining minimum illumination capability lux ratings are comparable only between models from the same manufacturer 1 1 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E For details on the use of each control 2 PART NAMES AND FUNCTION VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 9985 84 Joop 0 5000 2 852 194208 Joop 2 6568 3096H 396 uoiMs 1289 HOAH3IAN O YMS 16 doo deus 91 65 SUNJOA IOnuoo oloud l l JojBue SPIM 7 JSMO4 J uonnd HOLS LHVLS PJODIH U98J0S S0 8H 1A 305 uollnq AV 1dSIGQ
268. n In NES SIS mA Sob Sor N mm 2 WI Y 29 N N FX 349 mio a tw o esa 5 lt 8 TSN Eu fa uno 6 8 58 0 c u l 2 I B yp ta 2 are ESO Ry 2 3 n 586 ES gO Se a 7 Z C sisma gt 3b ust Nk SIN TONER C 5 25 D gt 0 SNISTIJRITSI J 1 arg C SNAS 34VI Y x 2 C I 5 ox I ESD C EMSW PA CE MSW EB C QATT CE MSW lt gt 6 o 7 Jom C IMSW gt _ lt 1 9 8 z MS NMOG 67 03 w 5 E u o Loos x C 12 09 92 NEN D avo O IMOUAIJ kosti 5501 Dx 55 FI lt lt 22 001 22 22 6ELY C 34 lt C H O3H N H ONAS o C VLWO OIDA lt 27013 je C 52 24 3 52 01 je 217 3 G 7 07 C 814 d MS H C i 3 2 e d MS H Ci 3A 7900 C1 QA 7900 Hr AD 2 TWAL 1 2 125 VTIS 735 87785
269. n a pattern generator is not used Shoot a color bar chart JiGCHART 4 using a perfectly approx 100 adjusted video camera A signal from a perfectly adjusted video camera shooting 7 signal acolor bar chart JiGCHART 4 can be used as an adjust 07V ing signal if the lighting can be set to meet the following di conditions output 75 Q terminated the amplitude of the Approx 0 3 V p p sync signal component video component and burst signal k 0 3 nos p are approx 0 3 Vp p 0 7 Vp p and 0 3 Vp p respectively The relative level of the burst signal and the red signal shall EX approx 0 6 Vp p be 0 30 0 66 This is shown in Figure B sync signal Figure B Color bar signal produced by a video camera 1 Adjustment of fixed data writing 5 E ADD 67 68 69 GA GA 68 6 6D 6E 6F 55 66 54 65 5C 64 DATA 01 00 02 700 701 C8 00 00 66 11 FE CO FE FE FE CO CO Before starting Y C adjustment be sure to write the specific data in the addresses listed left If the data listed left is written after Y C adjustment adjusting values may deviate As for S H after all conditioning VCR circuit is shut down Data of 6A is changed in accordance with the above table 5 6 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 2 Adjustment
270. ng the camera signal 1 Adjusting the camera signal Preparation Set the camera signal adjustment mode v 5 Adjusting the white balance 6 Adjusting the color gain 7 Adjusting the out door white balance 2 Adjusting the iris AE 5 13 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 4 2 1 Checking the power supply voltage e Measuring terminal CAM 4 9V 2 8V CAM 3 1V CAM 15V CAM 7V LENS 5V e Measuring instrument Digital voltmeter 5 4 2 2 Auto focus adjustment e Basic iris adjustment VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Measuring instrument None DATA Adjustment Subject 09 Hall offset Tape OA Iris offset Test point None 0B Iris close Adjustment address 1FF Adjustment level 09 1 Set up the auto focus adjustment mode Write 01 to the address 1FE 2 Write the adjustment data 09 OA and OB one after the other to the address 1FF the adjustment are as above e Lens adjustment Measuring instrument None DATA Adjustment Subject More than 50 m away 11 Voltage adjustment Tape 12 Optical wide end adjustment Test point None 06 Wide end focus position adjustment Adjustment address 1FF 08 Tele end focus position adjustment Adjustment level 11 12 06 08 0D 00 Zoom tracking adjustment
271. nstall the swing arm Pinch lever 14 Install the right guide holder Tu guide lever 2 Attach to hook B Tu guide lever SPR Attach to hook Take of position e Pinch lever EY 97 Q Y PAR lever ej is positioned on Stopper the stopper eB Secure on back side Take care not to bend the tension band during assembly X Lor disassembly Item Tightening torque Quantity A A tight M1 7 x L5 3 100mN m 3 Item Tightening torque Quantity B S tight M1 7 x L2 5 60mN m 1 A S tight M1 4 x 2 5 70mN m 1 CW 20 8 23 0 2 70mN m 1 4 12 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 5 ADJUSTMENT OF VCR AND CAMERA 5 1 INITIAL SETTING OF E PROM 5 1 1 data alterable ways 1 Set the switch of main body to CAM and use the remote control RRMCGOO33TASA for adjustment to turn on the adjustment mode 2 VCR adjustment address setting V ADJ 0000 0000 is blinking After an objective address was established play key is pushed and set In addition numerical change uses REW or FF key 3 VCR adjustment data setting V ADJ 0000 Value of differs by an address After an objective data was established PLAY key is pushed and set 4 When data of other address are changed succ
272. of V S R is higher than the tape running position in case of V S F turn clockwise the Tu guide nat If the tape running position in case of V S R is lower than the running position in case of V S F turn counterclockwise the Tu guide nat Figure 7 4 4 5 Checking the V S F and R waveforms Figure 8 1 Playback alignment tape VR2DBOPS and set the V S R mode At this time SG Wa a ascertain that the waveform crest pitch is kept constant for more than 5 seconds 2 Set the V S F mode At this time ascertain that the waveform crest pitch is kept constant for more than 5 seconds Unless the constant pitch is obtained execute the checks of Section 4 2 3 and 4 Figure 8 4 4 6 Checking after adjustment 1 Envelope check 1 Playback the alignment tape VR2DBOPS 2 Ascertain that the envelope maximum to minimum ratio is 65 or more Figure 9 3 Ascertain that the waveform does not change remarkably Figure 10 ot qc E vin Emax FEE CS1 8A Figure 9 Evi 65 Figure 10 MAX 2 Rise check 1 Playback the alignment tape VR2DBOPS 2 Once eject the cassette and then load it again 3 Setthe playback mode and ascertain that the RF waveform rises horizontally within 2 seconds At this time ascertain that there is no tape slackness near the pinch roller 4 After V S F R and FF REW execute playback and ascertain that the RF waveform rises horizontally within 2 seconds Atthis
273. on Code 1602 VCSATA1AJ106M 10 10V Tantalum AC C1928 VCKYCZ1HB222K 2200p 50V Ceramic AB 01603 VCKYCY1CF474Z 0 47 16V Ceramic AB C1929 VCKYCZ1AF104Z 0 1 10V Ceramic AB 01604 VCKYCY1CF474Z 0 47 16V Ceramic AB 1930 VCKYTV1EB104K 0 1 25V Ceramic AB C1605 VCKYCY1CF474Z 0 47 16V Ceramic AB C1931 VCKYCY1EB223K 0 022 25V Ceramic AA C1606 VCKYCY1CB473K 0 047 16V Ceramic AA 01932 VCKYCY1CB104K 0 1 16V Ceramic AB C1609 21 222 2200p 50V Ceramic AB 01933 VCKYCY1EB223K 0 022 25V Ceramic AA C1610 62 1 10V Ceramic AC C1934 VCKYCZ1HB102K 1000p 50V Ceramic AB C1611 62 1 10V Ceramic AC C1935 21 471 470p 50V Ceramic AB C1612 21 222 2200p 50V Ceramic AB C1936 VCKYCY1EB223K 0 022 25V Ceramic AA 01614 VCSATE1AJ476M 47 10V Tantalum AD C1937 VCKYCZ1CB822K 8200p 16V Ceramic AB C1615 VCKYCY1CB473K 0 047 16V Ceramic AA 02401 VCSATA1AJ106M 10 10V Tantalum AC C1616 10 473 0 047 16V Ceramic AA 02402 VCKYCZ1CB103K 0 01 16V Ceramic AB C1617 VCSATE1AJ476M 47 10V Tantalum AD 02403 21 104 0 1 10V Ceramic AB C1618 21 1032 0 01 50 Ceramic 02404 21 103 0 01 16 Ceramic AB C1619 1 102 1000p 50V Ceramic AA 02405 VCCCCZ1HH121J 120p 50V Ceramic AB 01800 VCKYCY1CF104Z 0 1 16V Ceramic AA C2406 VCKYCZ1CB103K 0 01 16V Ceramic AB C1801 VCSATE1AJ336M 33 10V Tantalum AG 02407 VCKYCZ1HB102K 1000p 50V Ceramic AB C1803 VCSATE1CJ226M 22 16V Tantalum AE 02408 VCKYTV1AB105K 1 10V C
274. ormal sound 5 PB VS REW take up torque 3 PB VS REW back tension torque Tu brake 5 HC Head Cleaner Oil COSMOHYDRO HV100 O Replace Greases MORYCOAT YM 103 X5 6020 Clean Screw locking agent THREE BOND 1401B A Apply oil Cleaning liquid Industrial use ethyl alcohol Check 4 2 2 Notes and cautions 1 Any cut washers once removed for parts replacement or for other reason must be replaced with new ones 2 The mechanism of this VCR does involve any volume adjustment If the specified range is not satisfied either cleaning or replacing the parts is required 3 Oils a Be sure to use the specified oils different viscosity may cause troubles b For the bearings be sure to use oil that is free form dust and other foreign substances Dust or foreign substance contained in the oil may cause wear or seizure of the bearings A drop of oil represents the amount of oil which is held on the needle top as shown in the figure 1 4 The circuit repair must be executed without removing the V frame 5 For operating the mechanism alone actuate it with the motor The terminal to terminal voltage must be DC4V or less 6 When installing the cassette control press the part A shown in Figure 2 Do not press other parts 7 Take care so that the whole mechanism is not deformed 4 2 Cil Diameter 1 5 or less Figure 1 Figure 2 VL
275. p 50V Ceramic AB C1908 VCKYTV1HB103K 0 01 50V Ceramic AA 04404 VCKYCZ1HB102K 1000p 50V Ceramic AB C1909 21 1042 0 1 10V Ceramic AB C4405 VCKYCY1CB104K 0 1 16V Ceramic AB C1910 62 1 10V Ceramic AC 04406 VCKYCY1CB104K 0 1 16V Ceramic AB C1911 VCKYTV1EB104K 0 1 25V Ceramic AB 04407 VCKYCZ1CB103K 0 01 16V Ceramic AB C1912 VCKYTV1HB102K 1000p 50V Ceramic AA 04408 VCKYCY1CB104K 0 1 16V Ceramic AB C1914 VCKYCZ1HB102K 1000p 50V Ceramic AB 04409 VCSATA1AJ106M 10 10V Tantalum AC C1915 VCKYCZ1HB222K 2200p 50V Ceramic AB C4410 VCSATA1AJ106M 10 10V Tantalum AC C1916 VCKYCY1HB103K 0 01 50V Ceramic AA 04411 VCCCCZ1HH150J 158 50V Ceramic AB C1918 VCKYCY1AF105Z 1 10V Ceramic AC 4412 VCSATA1AJ106M 10 10V Tantalum AC C1919 VCKYCZ1HB102K 1000p 50V Ceramic AB C4413 VCCCCZ1HH150J 15 50V Ceramic AB C1920 VCKYCZ1HB102K 1000p 50V Ceramic AB 04414 VCKYCZ1AB104K 0 1 10V Ceramic AB 01921 62 1 10V Ceramic AC C4701 VCKYCY1CF104Z 0 1 16V Ceramic AA 01922 VCKYCZ1HB102K 1000p 50V Ceramic AB 04702 VCKYCY1CF104Z 0 1 16V Ceramic AA C1923 VCKYCZ1HB102K 1000p 50V Ceramic AB 04703 1 1042 0 1 16V Ceramic AA 01924 VCKYCY1AF105Z 1 10V Ceramic AC 4704 VCKYCY1CF104Z 0 1 16V Ceramic AA C1925 62 1 10V Ceramic AC C4705 VCKYCY1CF104Z 0 1 16V Ceramic AA C1927 VCKYCZ1HB102K 1000p 50V Ceramic AB C5401 VCKYTV1AB105K 1 10V Ceramic AD 10 5 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Ref No
276. r this plate Q Drive gear Position the small gear of the drive towards the chassis Item Tightening torque Quantity A S Tight M1 4 x 2 5 70mN m 1 5 Tight M1 4 x 3 70mN m 4 6 Install the guide rail assembly A Item Tightening torque Quantity A S Tight M1 4 x 2 5 70mN m 2 5 Tight M1 4 x 4 40mN m 1 9 00 8 03 10 2 1 Make sure not to deform the arm D 22 1 25 10 25 1 AN a S Tight M1 4 x 3 70mN m 1 Insert the part ii rail and slide it down Align the marks on the parts Square Hollow Mark Triangle Mark and slide it down Su arm Ass y T Lo arm Ass y Segment gear 4 11 VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 8 Install the drum assembly in the chassis 11 Install the slide chassis 9 Install the tape guide in the drum assembly 10 Install the Si roller Slide this part towards the T arm Place the slide chassis on the guide rail Si roller Insert the main cam pin into the hole of cam of slide chassis 6 Sup reel base 7 Item Tightening torque Quantity M1 4x 1 5 204 40mN m d 41 4 x 1 5 93 5 40mN m 3 12 Install in the following order T guide lever spring T guide lever pinch lever 13 I
277. re to connect the voltage mater to TL608 TL607 3 Play back the stereo alignment tape JiGWR5 9CS and adjust so as to get an indication 7 5 085 40 5 dB 4 Watching alternately TL608 and TL607 repeat adjustment of 5 1 data differs significantly from the first record value this implies adjustment failure 5 3 7 Adjustment of LCD display circuit Adjustment procedures and connections are the same as with the VCR section Refer to item 5 3 3 1 LCD Data Setting 2 Inverter input Voltage Setting VCR ADJ VCR ADJ Address Data Address Data 4 2 10 D9 4D BS 11 6 BD 4E 96 3 5 type C6 50 64 12 3type 99 51 A9 3 5 type A3 52 96 53 E5 4B 20 3B 40 3 Contrast adjustment Measuring point TL1814 G OUT Address 40 Mode VCR AV input Adjusting method 1 Set the data of address 47 at the address 80 2 Input white 100 as an AV input 3 Connect TL1804 to GND The 1H inversion stops 4 Connect 220 KQ between TL802 and GND 5 Seeing the waveform of TL1814 G OUT make adjustment between the V white peak and the sync tip Adjustment standard 3 35 0 1V Remarks 4 R W B adjustment Measuring point TL1814 G OUT TL1813 R OUT Address 41 Mode VCR AV input Adjusting method 1 AV input Nonsignal 2 TL1814 G OUT Oscilloscope CH1 TL1813 R OUT Oscil
278. reel disk 4 If the measurement is not within the specified range replace the reel disk ass y 5 Check the items 2 to 4 above in the following two modes a Standby mode b Playback recording mode 9 1 Reel support surface Q 2 a 2 0 0 1 H H sO 1 lt A 2 2 ve 2 1 Z Eks CT s Figure 1 Figure 2 4 3 2 Checking the take up torque for playback recording 1 Set the torque cassette JiG8T 012 in position and check in the SP mode recording mode tape recorded in SP mode that the torque at the tape taking up side is within the standard range Standard of take up torque for SP mode recording playback 9 3 g cm with ripples less than 4 g cm If the torque ripples appear read the center value of torque between the ripples 4 3 3 Checking and adjusting the back tension torque for playback recording 1 Checking 1 Set the torque cassette JiG8T 012 in position and check in the SP mode recording mode tape recorded in SP mode that the torque at the tape supply side is within the standard range Standard of back tension torque for SP mode recording playback 8 2 g cm with ripples of less than 2 g cm Torque ripple must be within 8 2g cm 2 Adjustment 1 Ifthe back tension
279. rmer ass y Positioning pin Figure 4 Installation Install the upper drum in the reverse order of removal 1 Balancer Mount the balancer to the upper drum ass y with the balancer mounting screw The screw tightening torque must be 0 1N m tighting torque 1kg cm Figure 5 2 Motor rotor rotary transformer rotor ass y Cleanthe contact surfaces of rotor ass y holder and upper drum ass v and ascertain that there are no contamination and flaws Next adjust the phase so that the positioning pin of rotor ass y is inserted into the positioning hole of upper drum and tight fit the rotor ass v to the lower surface of upper drum ass v Figure 7 In this state put the motor rotor on the upper surface of upper drum ass v and tighten the mounting screw At this time make sure that the head screw in the three places is visible through the motor rotor hole Figure 8 The screw tightening torque must be 0 1N m 1 kg cm L ch Motor rotor Mounting screw Head mounting Screw Screw relief hole Upper drum ass y Figure 8 4 9 shown in Figure 5 and remove the balancer Balancer Upper drum ass y Figure 5 6 Lower drum ass y Remove the FPC mounting screw from the lower drum ass y as shown in Figure 6 FPC mounting screw 17 Lower drum ass Figure 6 Mounting screw hole Cleaning shaded area holder Positioning pin Rotary transformer rotor
280. rum Capstan shaft Pinch roller Figure 1 2 2 Connect the oscilloscope to the following TPs 5 Capstan shaft RF output TL7406 H SW P TL7446 Sup GR Tu tilted pole A Tu tilted pole GND TL7452 P 3 Playback the alignment tape VR2DBOPS Tension pole 4 Ascertain that each guide is free from remarkable curl 5 Ascertain that the RF waveform of inlet and outlet sides is on the oscilloscope Figure 2 a Unless the waveform is flat Figure 2 b c make an adjustment as follows T m Figure 1 4 4 2 Adjusting the Sup GR and Tu GR 1 Turn the Sup and Tu guide rollers to get the flat waveform at the inlet and outlet sides Inlet side Outlet side a Normal b Inlet side c Outlet side aes is disturbed 2 is disturbed Figure 2 4 4 3 Adjusting the Si roller height Height adjusting ji After replacement of Si roller preset and adjust the Si roller Upper flange height 1 Si roller height presetting Adjust the height from the upper surface ofmechanism chas sis to the upper surface of lower flange with the aid of jig Then Lower lower it by 90 clockwise flange Master plane JiGMP MX7U Figure 3 2 Adjusting the Si roller 1 Playback the tape to set the V SR mode 2 Ascertain that the tape is not folded on the lower flange B of Si roller Figure 4 If tape folding is found turn the upper flange A of Si roller with the driver clo
281. s Note To set the Rec mode press the pin marked with the Cassette control asterisk of recognition switch this operation is not down switch necessary in other modes 4 5 4 Drum Drum base Kp lt Removal gt To replace the upper drum be sure to put on gloves Due care is required so that the drum is not damaged 1 Drum base Mounting Phase matching 2 Drum motor stator Remove the stator Motor stator mounting screw with Stator mounting the hexagonal wrench S crew Remove the 3 mounting screw hole screws as shown in Figure 1 and remove the drum base Drum base as shown in Figure 2 remove the motor Upper lower drum ass y Upper lower drum ass ositionin stator g hole Figure 1 Figure 2 4 8 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 Balancer Remove the balancer mounting screw as 3 Upper drum ass y Remove the upper drum Upper drum Balancer mounting Screw ass y from the lower drum hown in Figur i 2 y as sno gure t this ti At this time take care so Lower drum e ass y asnottolosethe gap shim Figure 3 Rotor mounting screw 4 Motor rotor ass v and ro tary transformer rotor ass y Motor rotor Remove the 2 rotor mounting SCIONS as Positioning Upper drum shown in Figure 4 and pole ass y remove the motor rotor and the rotary transfo
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283. t B Y Center point 2 Using the addresses R OUT DOOR 016 and B OUT DOOR 018 adjust the spot to the center 3 Take off the color temperature conversion filter When you have finished write FF to the adress 1FE to exit camera signal adjustment mode VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 5 5 TROUBLE SHOOTING 5 5 1 Classification of troubles No function at all p YES No tape ejection YES No LCD light up YES No picture in EE mode pP YES No picture playback gt YES No video recording YES Y Streaking at self recording playback YES Black streaking Noises at regular intervals in playback YES V No recorded characters on screen gt YES Y No color in EE mode YES Y No color in playback pP YES V No color in recording pP YES V No sound YES V Error message e g E007 YES v Normal 5 16 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E Check the Power circuit and system control circuit Check the system control and loading motor circuit Check the inverter transformer and power circuit Check the camera section and Y C circuit and LCD circuit Check the Y C circuit and head amplifier circuit Check the Y C circuit and head amplifier circuit Check the Y C circuit and head amplifier circuit Check the ATF
284. t this time is in the standard value the adjustment is completed If it is not in the standard value repeat the steps 2 4 6 After completing the adjustment of 5 check the adjusting value of Y FM carrier 10 4 38 MHz in no input When the measuring value exceeds the standard value of carrier 10 make an adjustment of Y FM carrier 10 again 13 Adjustment of REC Y equalizer Hi 8 ME Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar Measuring point TL7443 Adjustment address 58 Adjustment level 530 20 mVp p 1 Input the color bar signal into the video input output terminal in the VCR STOP mode SYNC 1 I 530 mVp p peus 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 58 M 0 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so that the SYNC TIP portion gets 530 mVp p on TL7443 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 58 14 Adjustment of REC Y equalizer Hi 8 MP Measuring instrument Oscilloscope Mode VCR STOP Input signal Color bar Y por 1625 ji justment address Adjustment level 360 20 mVp p EP P i TTL 1 Input the color bar signal
285. tes 4 38 MHz on TL7443 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 60 5 8 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 12 Adjustment of Y FM deviation Normal 8 Measuring instrument Oscilloscope Mode REC PB self playback recording Input signal Color bar Measuring point TL3402 Adjustment address 61 Adjustment level 500 20 mVp p 1 Set the recordable tape 2 Before entering the adjustment mode make self playback recording of color bar with an external output Measure whether the playback output at this time is 500 mVp p on TL3402 Nor 8 TAPE 3 Enter the VCR adjustment mode with an adjustment remote control and select the address 61 Select the address using the FF or REW key and fix it with the PB key VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 500 20 mVp p ka 1 4 When decreasing by 10 mVp p as compared to the measurement value of 2 decrease the data of address 61 by about 5 digit Reference When increasing by 10 mVp p as compared to the measurement value of 2 increase the data of address 61 by about 5 digit Reference Select the address using the FF or REW key and fix it with the PB key 5 Release the adjustment mode and make self playback recording again When the measuring value a
286. the data with REW and FF so that the interval between 8H gt the trigger point and the V sync signal is set to 6H and fix the data 3H 3H E UC with the PLAY button See Figure 5 1 1 5 Then set the sync slope to ascertain that the interval V sync signal V sync signal between the trigger point and the V sync signal has been setto 6H See Figure 5 1 2 6 Keep the STOP key pressed for about 3 seconds to exit from the adjustment mode Figure 5 1 1 Figure 5 1 2 5 3 5 Y C circuit adjustment method Input signal conditions Video signals generated by a pattern generator are used to make electric adjustments in a Y C circuit Thus this signal must conform to the standards prescribed for justment signals Use an oscilloscope to check that the video signal is vo terminated with a 75 O resistor the amplitude of the sync Approx 3 Vp p signal component video component and burst signal are RE White approx 100 L Burst signal Approx 0 3 V p p to Red approx 0 6 V p p Horizontal sync signal Approx 0 7 Vp p approx 0 3 Vp p 0 7 Vp p and 0 3 Vp p respectively and that they are flat The relative level of the burst signal and the red signal shall be 0 30 0 66 The color bar used in an electrical adjustment is shown in Figure A Figure A Color bar signal produced by a pattern generator Whe
287. time ascertain that there is no tape slackness near the pinch roller Tension pole 3 Checking the tape travel N H AS 1 When the tape is played back ascertain that tape lift and tape curl of 0 3 mm Si foller SUP GR or more do not occur at the lower flange of Si roller upper flange of Sup GR upper flange of Tu GR and upper lower flange of Tu guide Tu GR WY 44 Ll 2 Incase of V S F and ascertain that no curl is found at each flange D Ik 1 NDUM ITUS Tu tilted pole Pinch roller TU guide Figure 12 4 4 7 Checking and adjusting the playback switching point Refer to the description of playback switching point adjustment in section of VCR circuit adjustment 4 6 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 4 5 MECHANISM ASSEMBLING AND PARTS REPLACEMENT DISASSEMBLING AND ASSEMBLING Below is given an explanation of assembling of mechanism and its parts replacement The removal of cabinet and Circuit Board is explained in the relevant service manual Notes 1 After removal of cut washers be sure to replace them with new ones 2 Donolplace the mechanism upside down on the table Otherwise the mechanism part may be deformed or damaged resulting in malfunction 3 When assembling take care so that screw washer or other foreign substance do not enter Otherwise mechanism malfunction 4 Besure to use the
288. tment remote control and select the address 57 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to get 500 mVp p between SYNC TIP and WHITE PEAK on TL405 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 57 6 Adjustment of Y de emphasis Normal 8 Measuring instrument Oscilloscope Minimum chroma component Mode PB Input signal Color bar JiGWR5 5CSP E Measuring point TL405 TL8356 GND 500 20 mVp p Adjustment address 62 Adjustment level 500 20 mVp p 1 Set the color bar tape for alignment JiGWR5 5CSP 2 Enter the VCR adjustment mode with an adjustment remote control and select the address 62 Select the address using the FF or REW key and fix it with the PB key 3 Make an adjustment so as to get 500 mVp p between SYNC TIP and WHITE PEAK on TL405 Select the data using the FF or REW key and fix it with the PB key After the adjustment press the STOP key and exit from the adjustment address 62 5 7 VL H860S H VL H870S VL H890S VL H94E VL H96E VL H960E 7 Adjustment of PB Y level Measuring instrument Oscilloscope Mode PB Input signal Color bar JiGW
289. to the camera adjusting procedure 5 2 ADJUSTING THE AUDIO AND LCD CIRCUITS ON MODELS WITHOUT A V IN MODE A V IN MODE SET UP PRODUCE 1 Set the switch of main body to CAM and use the remote control RRMCGOO33TASA for adjustment to turn on the adjustment mode 2 Set up the adjustment address example EE mode adjustment address 14 Once this address has been set up the A V IN mode test mode is automatically brought and the images appear on the LCD display 3 Now make the adjustments referring to the instruotions in the manual 5 3 ADJUSTMENT OF VCR SECTION 5 3 1 Before starting the electric circuit adjustment e Electric circuit adjustment becomes necessary in most cases when any of the wear mechanical parts or the video head has been replaced Before starting the electric circuit adjustment be sure to check that the mechanical parts work well i e the mechanical parts have all been perfectly adjusted In case a trouble or troubles are found in the electric circuitry be sure to pinpoint the cause s by using the measuring instruments described below After locating the trouble spot s then proceed to repair replacement or adjustment Do not change the positions of the controls when adequate measuring instruments are not available In order to implement a higher density smaller machine most of the electric circuit parts used on the Circuit Boards are of small sized surface mounted type For replacing part s as aft
290. trument Digital voltmeter Measuring terminal TL901 Adjustment address Standard 4 9V 0 1V 3 Checking of P CON 3 3V Ascertain that the digital voltmeter indicates 3 3V 0 1V Measuring instrument Digital voltmeter Measuring terminal TL903 Adjustment address Standard 3 3 0 1V 4 Checking of CAM 2 9V Ascertain that the digital voltmeter indicates 2 9V 0 1V Measuring instrument Digital voltmeter Measuring terminal TL910 Adjustment address Standard 2 9V 0 1V 5 5 5 Checking of LCD 13 5V Ascertain that the digital voltmeter indicates 13 5V 0 2V Measuring instrument Digital voltmeter Measuring terminal TL907 Adjustment address Standard 13 5V 0 2V 6 Checking of LCD 7V Ascertain that the digital voltmeter indicates 7V 0 4 0 2V Measuring instrument Digital voltmeter Measuring terminal TL904 Adjustment address Standard 0 4 0 2 7 Checking of LCD 15 2V Ascertain that the digital voltmeter indicates 15 2V 1V Measuring instrument Digital voltmeter Measuring terminal TL906 Adjustment address Standard 15 2V 1V 8 Checking of LCD 7V Ascertain that the digital voltmeter indicates 7V 0 4 0 7V Measuring instrument Digital voltmeter Measuring terminal TL908 Adj
291. ustment address Standard 7V 0 4 0 7V Turn off power supply VL H860S H VL H870S VL H860S H VL H870S VL H890S VL H94E VL H890S VL H94E VL H96E VL H960E VL H96E VL H960E 5 3 4 Adjustment of system controller and servo circuit 5 3 4 1 Adjustment of playback switching point b CHARGING CIRCUIT ADJUSTMENT PROCEDURE Measuring instrument_ Oscilloscope 1 Play back the alignment tape JiGWR5 5CSP Mode Playback 2 Press the CONTINUOUS PUSH and TEST MODE SELEC Adjustment address 30h TION of adjustment remote controller to set the test mode Tape Alignment tape JiGWR5 5CSP At this time the numeral of TESTO 1 blinks 3 Using the FF and REW keys select TESTO8 and press the playback key to set the SW P adjustment mode 4 After a while the adjustment is completed and operation stops automatically In case of adjustment failure the tape is ejected automatically Only in the case when the satisfactory result was not obtained by the adjusting method described above perform the following adjustment 1 Connect each signal to the oscilloscope ich Video output TL3402 26 H SW P TL404 GND GND TL7449 2 Play back the alignment tape JIGWR5 5CSP 3 Press the CONTINUOUS PUSH and VCR ADJUSTMENT of adjustment remote controller to set the VCR adjustment mode 4 Select the address 30h set the sync slope of oscilloscope to adjust
292. vea leg Em es LE m Lg T Fm aw 9 aw log 9 ET so aw SE 2S o amp 6 52 050 6 E 90 8 8 EE Nive y 25 8 jie JIE 15 ar 08 0 avo o a m Xm 62 62 64 82 82 eniay 84 2 ale niay 42 22 nia 24 i ab Ji 92 92 wia 92 NO odd ets JSE 52 Z 6 asas ang EZ 159 maana 22 maana CC uywan 12 12 uswa 14 qonax 02 oc 04 1 61 51 13x 61 ax 81 8l 8 252 21 21 50 2 wo 2 1 91 91 ivaavex 9 lt 81 SI svaavex 1 izi ewdavex l ivqavex 8 155 Z 21 Iss 181 1 5 57088 9 22 602 9 4853 01 1353471X3 O 002 G vivq oso 6 6 viva aso 6 E v 8 g 52 66 4 1 so aso J 2 NOI 9 9 9 7 6 5 6 ONO 544 cos ce 7 ano ne asqa ne Z 2 ne z asa Z Ag z dsa 1 INO ZNO 8018 2 3 5 ZOOM_SW vec 55 GES ZOOM CAM
293. xide AA 0564 VCKYCZ1AF104Z 0 1 10V Ceramic AB R577 VRS CZ1JF102J 1k 1 16W Metal Oxide C565 VCSATA1AJ106M 10 10V Tantalum AC R578 VRS CZ1JF103J 10k 1 16W Metal Oxide AA C566 2 2 0 01 50V Ceramic AB R581 VRS CZ1JF562J 5 6k 1 16W Metal Oxide AA C567 VCKYCZAHF103Z 0 01 50V Ceramic AB R582 VRS CZ1JF334D 330k 1 16W Metal Oxide AA C568 VCCCCZ1HH151J 150p 50V Ceramic AB R583 VRS CZ1JF474J 470k 1 16W Metal Oxide AA C569 VCKYCYOJF105Z 1 6 3V Ceramic AB R584 VRS CZ1JF221J 220 1 16W Metal Oxide AA C570 VCKYCZAHF103Z 0 01 50V Ceramic AB R585 VRS CZ1JF221J 220 1 16W Metal Oxide AA FL13 RC JZ0001TAZZ Capacitor AC 586 VRS CZ1JF103D 10k 1 16W Metal Oxide AB R587 VRS CZ1JF122J 1 2k 1 16W Metal Oxide RESISTORS 588 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R13 VRS CZ1JF000J 0 1 16W Metal Oxide AA R589 VRS CZ1JF222J 2 2k 1 16W Metal Oxide AA R14 VRS CZ1JF330J 33 1 16W Metal Oxide AA R590 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R16 VRS CZ1JF680J 68 1 16W Metal Oxide AB R591 VRS CZ1JF474J 470k 1 16W Metal Oxide AA R17 VRS CZ1JF680J 68 1 16W Metal Oxide AB 8592 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA R20 VRS CZ1JF000J 0 1 16W Metal Oxide AA 8593 VRS CZ1JF682J 6 8k 1 16W Metal Oxide AA R21 VRS CZ1JF000J 0 1 16W Metal Oxide AA R594 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R22 VRS CY1JF150J 15 1 6W Metal Oxide AA 8595 VRS CZ1JF272D 2 7k 1 16W Metal Oxide AB R26 VRS CZ1JF000J 0 1 16W Metal Oxide 8596 VRS CZ1JF153D 15k 1 16W Metal Oxide AB
294. xide AA SC903 QSOCN1886TAZZ Socket 18Pin AD R9405 VRS CZ1JF000J 0 1 16W Metal Oxide SLD1 PSLDM3239TAFW Shield AC R9406 VRS CZ1JF103J 10k 1 16W Metal Oxide AA H860H H94E EW EX R9407 VRS CZ1JF000J 0 116 Metal Oxide SLD2 PSLDM3238TAFW Shield AC 89408 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R9410 VRS CZ1JF103J 10k 1 16W Metal Oxide AA R9411 VRS CZ1JF472J 4 7k 1 16W Metal Oxide DUNTK2890QA00 R9412 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA R9414 VRS CZ1JF822J 8 2k 1 16W Metal Oxide AA CAMERA1 UNIT R9415 VRS CZ1JF473J 47k 1 16W Metal Oxide R9416 VRS CZ1JF473J 47k 1 16W Metal Oxide AA INTEGRATED CIRCUITS R9417 VRS CZ1JF102J ik 1 46W Metal Oxide AA IC11 VHiUPD16510 1 UPD16510 V Driver AR R9422 VRS CZ1JF000J 0 146W Metal Oxide AA IC12 VHiLR38592 1 LR38592 Timing Generator AN 89423 VRS CZ1JF000J 0 1 6W Metal Oxide AA IC101 VHiCXA2096N 1 2096 CDS AGC R9426 VRS CZ1JF000J 0 1 16 Metal Oxide AA 10151 VHiADS933Y 1 ADS933Y 10 Bit A D AR R9429 VRS CZ1JF123J 12k 1 16W Metal Oxide AA Converter 9430 VRS CZ1JF153J 15k 1 16W Metal Oxide AA 1 152 VHiTC7SHO8U 1 TC7SHO8U Buffer 9431 VRS CZ1JF103J 10k 1 16W Metal Oxide IC501 RH iX0747TAZZ IX0747TA Camera Micro R9434 VRS CZ1JF102J ik 1 6 Metal Oxide AA 9437 VRS CZ1JF102J ik 1 6W Metal Oxide 502 VHiMB8346BV 1 MB88346BV D A Converter AN R9438 VRS CZ1JF472J 4 7k 1 16W Metal Oxide AA 2503 VHiPSTS97
295. z gable QNO V H SG 7 cx 12729 0 0 py 164724 MI QNOTHOLON S 6798 87 21 ONO HOLON EG 5 6971 WI EZ lt ENOD d ZG E NOD A san 1 b er lt AL VHOIN S vi pe i 050 AL7NHO3N OG AH og csp HEARS I LH lt 5 7 T ni 40 0 10 0 SA dvO 8r 1 x 65722 2327 MS SANS lt S 7 d 9 Ly Hte SA AVA 1 S NO dv2 9r NO dvo 2 lt SAH dVO Gt7 5117 SAHTEVD lt 94 2 IESE 17 3 ass i gut QJO37W Z ds We 809 3 10729 686 10720 lt AW ev Y ebb canem T tog H344ng 252 lt 1 15 EET TETS md o 6 31 en 9 037 3 5 Hn0Z 22 99 A 207 7 lt 62 2 T 90 8 NEEDS ty ni 0 0 A Mo 7 36 POWER CIRCUIT SCHEMATIC DIAGRAM 8 VL H860S H VL H870S 7 VL H890S VL H94E VL H96E VL H960E Z AND SHADED COMPONENTS SAFETY RELATED PARTS 1 4 LOCATION MAP

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