THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).

Transcription

1 Super udio Player P--J P--J P--S ORR NO. RRV THIS MNUL IS PPLIL TO TH OLLOWING MOL(S) N TYP(S). Model Type Power Requirement The voltage can be converted by the following method P--J KUXJ/ V P--J MYXJ V to V P--S RLPWXJ V / V to V with the voltage selector or details, refer to "Important heck Points for Good Servicing". PIONR ORPORTION -, Meguro -chome, Meguro-ku, Tokyo -, Japan PIONR LTRONIS (US) IN. P.O. ox, Long each, -, U.S.. PIONR UROP NV Haven, Keetberglaan, Melsele, elgium PIONR LTRONIS SINTR PT. LT. lexandra Road, #-, Singapore PIONR ORPORTION T-ZZV NOV. printed in Japan

2 STY INORMTION This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. WRNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of alifornia to cause cancer, birth defects or other reproductive harm. Health & Safety ode Section. Proposition NOTI (OR NIN MOL ONLY) use symbols (fast operating fuse) and/or (slow operating fuse) on P indicate that replacement parts must be of identical designation. RMRQU (POUR MOÈL NIN SULMNT) Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur I indiquent que les pièces de remplacement doivent avoir la même désignation. (OR US MOL ONLY). STY PRUTIONS The following check should be performed for the continued protection of the customer and service technician. LKG URRNT HK Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model - or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the line cord of the appliance directly into a V Hz outlet and turn the power switch on. ny current measured must not exceed. m. evice under test lso test with plug reversed (Using adapter plug as required) Test all exposed metal surfaces Leakage Test Leakage current tester Reading should not be above. m arth ground NY MSURMNTS NOT WITHIN TH LIMITS OUTLIN OV R INITIV O POTNTIL SHOK HZR N MUST ORRT OR RTURN- ING TH PPLIN TO TH USTOMR.. PROUT STY NOTI Many electrical and mechanical parts in the appliance have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. lectrical components having such features are identified by marking with a on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONR recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. or the latest information, always consult the current PIONR Service Manual. subscription to, or additional copies of, PIONR Service Manual may be obtained at a nominal charge from PIONR. P--J

3 WRNING! TH L (SSIL MISSION LVL) O TH LSR POWR OUTPUT IS LSS THN LSS UT TH LSR OMPONNT IS PL O MITTING RITION XING TH LIMIT OR LSS. SPILLY INSTRUT PRSON SHOUL O SRVIING OPRTION O TH PPRTUS. LL HK KUXJ/, MYXJ types : VRW LSR IO HRTRISTIS OR : MXIMUM OUTPUT POWR : mw WVLNGTH : nm (OR V : MXIMUM OUTPUT POWR : mw WVLNGTH : nm) RLPWXJ type : VRW (Printed on the Rear Panel ) dditional Laser aution. Laser Interlock Mechanism Loading switch (S on the LO ssy) is used for interlock mechanism of the laser. When this switch turned ON in SW (LOS) side (OPN signal is V and LOS signal is.v), a laser becomes the status which can completely oscillation. urthermore, the laser completely oscillates in the disc judgment and disc playback. When player is power ON state and laser diode is not completely oscillating, nm laser diode is always oscillating by half power. Laser diode is driving with Q (nm L) and Q (nm L) on the VM ssy. Therefore, when short-circuit between the emitter and collector of these transistors or the base voltage is supplied for transistors turn on, the laser oscillates. (failure mode) In the test mode, there is the mode that the laser oscillates except for the disc judgment and playback. L ON mode in the test mode oscillates with the laser forcibly. The interlock mechanism mentioned above becomes invalid in this mode.. When the cover is open, close viewing through the objective lens with the naked eye will cause exposure to the laser beam. : Refer to page. P--J

4 [Important heck Points for Good Servicing] In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.. Product safety Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual. Use specified parts for repair. Use genuine parts. e sure to use important parts for safety. o not perform modifications without proper instructions. Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/tv interference and foreign noise. Make sure the soldering of repaired locations is properly performed. When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example) Make sure the screws are tightly fastened. Please be sure that all screws are fastened, and that there are no loose screws. Make sure each connectors are correctly inserted. Please be sure that all connectors are inserted, and that there are no imperfect insertion. Make sure the wiring cables are set to their original state. Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc. Make sure screws and soldering scraps do not remain inside the product. Please check that neither solder debris nor screws remain inside the product. There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord. amaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one. There should be no spark traces or similar marks on the power plug. When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary. Safe environment should be secured during servicing.. djustments When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely. To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. djustments should be performed in accordance with the procedures/instructions described in this manual.. Lubricants, Glues, and Replacement parts Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.. leaning or parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.. Shipping mode and Shipping screws To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual. P--J

5 ONTNTS STY INORMTION.... SPIITIONS.... XPLO VIWS N PRTS LIST.... PKING.... XTRIOR STION.... RONT PNL STION.... LOR SSY.... TRVRS MHNISM SSY-S.... LOK IGRM N SHMTI IGRM.... LOK IGRM.... LO SSY and OVRLL WIRING ONNTION IGRM.... VM SSY (/).... VM SSY (/).... JK SSY (/).... JK SSY (/).... L, PL, MNSW, KY, ONNTOR, PRIMRY and TRNS SSYS.... WVORMS.... P ONNTION IGRM.... LO SSY.... VM SSY.... JK SSY.... L SSY.... PL, KY and PRIMRY SSYS.... ONNTOR and MNSW SSYS.... PRIMRY SSY.... P PRTS LIST.... JUSTMNT.... JUSTMNT ITMS N LOTION.... JIGS N MSURING INSTRUMNTS.... NSSRY JUSTMNT POINTS.... TST MO.... MHNISM JUSTMNT.... GNRL INORMTION.... IGNOSIS..... TST MO..... MTHO OR IGNOSING GRTION O TH LS ON TH PIKUP SSY..... TROUL SHOOTING..... SQUN TR POWR ON/O..... ISSSMLY..... PNL JUSTING.... PRTS..... I.... PNL ILITIS... P--J

6 . SPIITIONS General System Super udio player Power requirements(kuxj/).. V, Hz Power requirements(myxj) V to V, / Hz Power requirements(rlpwxj)... V, Hz, V to V, / Hz Power consumption W Power consumption (standby) W Weight kg ( lb. oz.) imensions mm (W) x mm (H) x mm () ( / in. (W) x / in. (H) x / in. () Operating temperature to + Operating humidity % to % (no condensation) udio output ( stereo pair) Output level uring audio output mvrms ( khz, - d) Number of channels Jacks R igital audio characteristics requency response... Hz to khz (S) Hz to khz () S/N ratio: d S d ynamic range: d S d Total harmonic distortion: % S % Wow and flutter Limit of measurement (±. % W. PK) or lower igital output oaxial digital output r jack Optical digital output Optical digital jack ccessories Remote control Lithium battery (R) R/phono stereo audio cable SR control cable Power cable Operating Instructions Warranty card The specifications and design of this product are subject to change without notice, due to improvement. isc / content format playback compatibility This player is compatible with a wide range of audio disc types and media formats. Playable discs will generally feature one of the following logos on the disc and/or disc packaging. Note however that some disc types, such as recordable s, may be in an unplayable formatósee the isc compatibility table below for further compatibility information. Please also note that recordable discs cannot be recorded using this player. ccessories udio -R -RW Super udio Power cable (G : MYXJ) (G : RLPWXJ) R/phono stereo audio cable (X) (G : KUXJ/) (G : RLPWXJ) SR control cable (X) Remote ontrol (PWW : xcept RLPWXJ) (PWW : RLPWXJ type) Lithium attery (R) > (ttached inside the remote control) P--J

7 P--J

8 . XPLO VIWS N PRTS LIST NOTS: Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. Screws adjacent to mark on product are used for disassembly. or the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.). PKING P--J/MYXJ Only P--J/KUXJ/ Only P--S/RLPWXJ Only P--J/KUXJ/ P--J/MYXJ Only P--S/RLPWXJ Only P--J/MYXJ Only P--S/RLPWXJ Only P--J/KUXJ/ Only P--S/RLPWXJ Only P--J

9 () PKING STION PRTS LIST Mark No. escription Part No. Mark No. escription Part No. NSP nergy Star Label See ontrast table () (nglish) Label (W) See ontrast table () Operating Instructions See ontrast table () > Power ord See ontrast table () (nglish, rench, German, Italian, utch, Spanish) > Power ord See ontrast table () Operating Instructions See ontrast table () Packing Sheet HG (nglish, hinese) NSP Polyethylene ag HG NSP Literature ag See ontrast table () aution ard See ontrast table () (S S) aution ard See ontrast table () (S) aution ard - See ontrast table () NSP Warranty ard See ontrast table () (L) NSP Warranty ard See ontrast table () Operating Instructions See ontrast table () P L PH P R PH NSP Spacer PH Packing ase See ontrast table () Remote ontrol Unit See ontrast table () attery over See ontrast table () R/phono stereo audio cable X SR control cable X () ONTRST TL P--J/KUXJ/, P--J/MYXJ and P--S/RLPWXJ are constructed the same except for the following : Mark No. Symbol and escription P--J/ KUXJ/ P--J/ MYXJ P--S/ RLPWXJ NSP nergy Star Label X Not used Not used Label (W) Not used RW Not used > Power ord G G G > Power ord Not used Not used G NSP Literature ag Not used Not used HG aution ard Not used Not used RM (S S) aution ard Not used Not used RM (S) aution ard - Not used Not used PRM NSP Warranty ard RY Not used Not used (L) NSP Warranty ard Not used RY Not used (U) Operating Instructions PR Not used Not used (nglish) Operating Instructions Not used PR Not used (nglish, rench, German, Italian, utch, Spanish) Operating Instructions Not used Not used PR (nglish, hinese) Packing ase PHG PHG PHG Remote ontrol Unit PWW PWW PWW attery over ZN ZN ZN P--J

10 . XTRIOR STION NON-ONTT SI ONTT SI J P--J/KUXJ/ P--S/RLPWXJ Only P--S/ RLPWXJ Only P--S/RLPWXJ Only P--S/RLPWXJ Only Refer to ". LOR SSY". H M K I J L M I G H P--S /RLPWXJ Only H L K J I G Refer to ". RONT PNL STION". P--J

11 () XTRIOR STION PRTS LIST Mark No. escription Part No. Mark No. escription Part No. VM SSY WM Rear Panel See ontrast table () MNSW SSY WX onnet See ontrast table () PL SSY WX P Holder PNW ONNTOR SSY WX Insulater See ontrast table () PRIMRY SSY See ontrast table () Power utton SSY See ontrast table () TRNS SSY See ontrast table () NSP P ngle VN JK SSY WM NSP Label VRW NSP ord With Plug H NSP SISIR Label See ontrast table () P P aution Label See ontrast table () P P use Label See ontrast table () P P NSP inder Z-K onnector SSY PGKK- Tray Panel See ontrast table () NSP ord With Plug V Screw > Power Transfomer See ontrast table () Screw > use See ontrast table () eco. Screw X See ontrast table () > use See ontrast table () Screw TPNI NSP LOR SSY VWT Screw ZP Shield usion Screw PZPT SR Sheet L P Screw ZP SR Sheet S P Screw IZP NSP latcable lamp Screw V P Spacer KGPS-S Washer P dapter L NW Washer WG dapter R NW Side lamp Spacer See ontrast table () Washer See ontrast table () NSP hassis PN Washer See ontrast table () () ONTRST TL P--J/KUXJ/, P--J/MYXJ and P--S/RLPWXJ are constructed the same except for the following : Mark No. Symbol and escription P--J/ KUXJ/ P--J/ MYXJ P--S/ RLPWXJ PRIMRY SSY WX WX WX TRNS SSY WX WX WX > Power Transfomer PTT PTT PTT > use RK RK RK (. / V) (T m/ V) (T. / V) > use (T m / V) Not used Not used RK Rear Panel PN PN PN onnet PN PN PN Insulater PNW MR PNW Power utton SSY PX PX VX NSP SISIR Label Not used Not used PRW aution Label VRW VRW VRW use Label XX Not used XX NSP Tray Panel PNW PNW PNW eco. Screw X Spacer Not used Not used P Washer Not used Not used P Washer Not used Not used WT P--J

12 . RONT PNL STION Refer to ". XTRIOR STION. " Refer to ". XTRIOR STION. " Refer to ". XTRIOR STION. " G : / : / NON-ONTT SI ONTT SI P--J

13 () RONT PNL STION PRTS LIST Mark No. escription Part No. Mark No. escription Part No. L SSY WX Lens See ontrast table () KY SSY WX NSP Panel SSY See ontrast table () P P Tray Panel See ontrast table () P P Panel Stay See ontrast table ().Window PM Pioneer adge VM NSP L Panel L See ontrast table () NSP L Panel R See ontrast table () Himelon Sheet P arth Plate PN arth Plate PN NSP L Lens VNK Screw ZP Screw PZPT () ONTRST TL P--J/KUXJ/, P--J/MYXJ and P--S/RLPWXJ are constructed the same except for the following : Mark No. Symbol and escription P--J/ KUXJ/ P--J/ MYXJ P--S/ RLPWXJ NSP L Panel L PN PN PN NSP L Panel R PN PN PN Lens PNW PNW K NSP Panel SSY PX PX PX Tray Panel PNW PNW PNW Panel Stay PNW PNW PNW P--J

14 . LOR SSY Note : Refer to " pplication of Lubricant". Pickup leneses leaning liquid GM leaning paper G- Refer to ". Traverse Mechanism ssy-s". To VM N (Pickup) aifree GM To VM N (Stepping Motor) To VM N (Spindle Motor) Lubricating Oil GY To VM N Lubricating Oil GY LOR SSY PRTS LIST Mark No. escription Part No. NSP LO ssy VWG Traverse Mechanism ssy-s XX Loading Motor ssy VXX lexible able (P) onnector ssy P VKP loating Rubber V elt V Stabilizer VN Mark No. escription Part No. rive Gear VNL SW Lever VNL lamper Plate VN ridge VN lamper VNL Screw JGZPT Screw V Tray VNL lamp Magnet VMG Loading ase VNL loat ase VNL rive am VNL Gear Pulley VNL Loading Gear VNL P--J

15 pplication of Lubricant Lubricating Oil GY round the shaft No. Loading ase Lubricating Oil GY Lubricating Oil GY No. rive am Lubricating Oil GY Inner side of a ditch Lubricating Oil GY Inner side of a ditch Lubricating Oil GY Lubricating Oil GY No. rive am ront View Rear View No. Tray aifree GM oncave of unevenness No. Tray aifree GM oncave of unevenness Inner side of a ditch aifree GM Top View oncave of unevenness aifree GM ottom View Side of the rib aifree GM P--J

16 . TRVRS MHNISM SSY-S Note : Refer to " pplication of Lubricant". Note : When part # is replaced, part # also need to be replaced at the same time. To VM N (Spindle Motor) Silicone dhesive GM To VM N (Pickup ssy) To VM N (Stepping Motor) NON-ONTT SI ONTT SI Note : Spindle screw () of No. is the screw which applied special bond. Therefore the adhesion becomes ineffective when takes it off once. Spindle screw is the part which cannot recycle. When part # is replaced, part # also need to be replaced at the same time. P--J

17 TRVRS MHNISM SSY-S PRTS LIST Mark No. escription Part No. > S Pickup ssy-s OXX Spindle Motor N XM NSP Guide Shaft VK L NSP Sub Guide Shaft VK L NSP Joint VK NK NSP Joint Spring VK K Stepping Motor VK XM NSP Mechanism rame VK NK Precision Screw VK Skew Screw VK Skew Spring VK H NSP Stepping Screw Spindle Screw VK(for Service) P--J

18 . LOK IGRM N SHMTI IGRM. LOK IGRM VM SSY I S-SJ PROM k I SLTI-K PGM LSH MMORY M I KSK-U M SRM TRVRS SPL MOTOR PIK UP PU STPPING MOTOR N I MT/-L MIN OR (,S) N N X SS (MHz) lock OS LOING MOTOR N N I S SRVO RIVR I TSHUS N SPI OUT SPI RQ G KY SSY L SSY S,S KY J J I P SYSTM ONTROL PU GPUMXKV IR L isplay P--J

19 JK SSY L/R (S) N L/R (PM) I P Q MLK I TVHTS PM/S SL Lch I TVHTS PM/S SL Rch I PMG- k,bit, Lch I PMG- k,bit, Rch I I/V I I(/) LP I(/) J L J R H N N N OUT OUT OUT SPI_RQ ONNTOR SSY J OPTIL OUT J OXIL OUT N N N N SRIN SRIN SROUT SROUT SYSPOW SYSPOW J SR-OUT J SR-IN J N L MNSW SSY N PL N I J J PRIMRY SSY J N N J.V.V.V POWR.V SUPPLY V.V N J IN J T PL SSY J TRNS SSY SW Voltage Selector P--S ONLY P--J

20 . LO SSY and OVRLL WIRING ONNTION IGRM WY : G KU : G R : G G OR I KX HIGH LOW SW PRIMRY SSY (P--J/KUXJ:WX) (P--J/MYXJ:WX) (P--S/RLPWXJ:WX) PPG- J L=mm SYSPOW V+ST GNU -PH-K-S N SR-OUT J RKN J SR-IN RKN INLT PKP J U P--J ONLY W W P--S ONLY UIO T UIO UIO IGITL IGITL MH MH N -H PKP J RY P-VH HOT(VH) NUTRL N J TRNS SSY (P--J:WX) (P--S:WX) Power Transformer WY : PTT P--J KU : PTT P--S R : PTT J PKP PKP J PKP UIO T UIO UIO IGITL IGITL MH MH P=.mm U+ V+S V+ U- KN N V- H W- W+ W V U INSI P=.mm RKN N ST-() ST+() ST+() ST-() TRKG RV TRKG RTN OS RV OS RTN MNSW SSY (WX) S (Mechanical Power SW) N -PH-K-S N MST L V+U L=mm J PPG- WN/I W N - N S- N KS SROUT SRIN XT XLK XS XRST XSYSMUT V+ST V+U GNU GNU SYSPOW XRST P--J ONLY VL P-VH P--S ONLY P--J ONLY VKN N P L=mm P=.mm SPINL MOTOR STPPING MOTOR N.. VSS V RST WLK IROUT SRIN XT XLK XS XRST XSYSMUT V+ST V+U GNU GNU SYSPOW XRST S-PH-K-S PPG- J PL V+U L=mm PL SSY (WX) IR VOUT V+U W W W P--J

21 Lch OUT Rch OUT OPT-OUT OX-OUT J PK L() P L() VSH J PK JK SSY (WM) LRK MLK(M) VM SSY (WM) VR VROM J T VKS (TOTXL) VR PIKUP SSY T J VK /, / K SW R XS XK XT MH SSY (WM) XPM/S XS /, / N KS VR V KS N VKN P P=.mm L=mm N P=.mm L=mm N S-PH-K-S SW V+RV V+RV V+ V+ N V+ KM SW LO- LO+ LO- LO+ SW V+ SW LO SSY (VWG) PGKK- L=mm VKN N N TRIN TRGIN SPI_RQ TRKUP VS TROUT VMUT VT K MT ST SLK XRY XVRST VPOWR LOING MOTOR SSY : VXX OUT GNM GNM P L=mm P=.mm VKN L=mm P N P P=.mm P=.mm L=mm H TRGIN TROUT OUT ONNTOR SSY (WX) VT TRIN VMUT SPIP_RQ V+ V+ V+RV V+RV GNM GNM MT ST SLK K N P-SH- VPOWR XRY XVRST V+ VS N KS N KS N VKN N KS P=.mm L=mm L SSY (WX) J KY V+ PYY J When ordering service parts, be sure to refer to "XPLO VIWS and PRTS LIST" or "P PRTS LIST". The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. : The power supply is shown with the marked box. G KY SSY (WX) P--J

22 P--J. VM SSY (/) VM SSY (WM) TROUT TRIN LIMIT TRGIN R R I R N N R R R R R R I N R R Q R R R R Q R R R R R I R R Q R R R R R R R R R R Q Q R R L L Q R R R R R Q R R R Q R N R R R R Q R R PWR# P# L IO# IOWR# UP_ INT# UR# UWR# PWR# TROUT TRIN LO+ LO- LO+ LO- - + T+ T- ST+ ST- ST+ ST- HU- HU+ HV+ HV- W V HW+ HW- U HU+ HW+ HW- HV- HV+ HU- + - T+ T- S SL ST- ST- ST+ ST+ TRSO OSO TROPN MSO PWMOUT STY NM TROUT TRIN G OSO TRSO TROPN MSO PWMOUT MSO MSO NM STY G U W V LO LO MI LO R LO MI IO R IO k SLTI-K V+ LSH V+ p S-SJ KM... Y Y Y GNM RKN / S V+S V+R KN K TU S(RS) k K K k V+R V+.. V+M PROM. p.. / VH- p p VP. p p p p VP V p K K. k k K k p.k /.... / / HN(YGR) HN(YGR).. / HN(YGR) /. / / UMKN K K S(QR) K. VH. V+S KS VH V+S V.. HN(YGR) V+R STY V+R V+R V+R V+R ~YT~ VSS for I MO ~W~ N ~RST~ N N RY/~Y~ WY V SW SW LO- LO+ (side type) ST-(~~) ST+() ST+() (side type) ST-(~~) O+ LOP LON O- GN VM TKO+ TKO- SRVO RIVR V+S U+ U- V+ V- V HU+ HU- HV+ HV- H HW+ HW- W- W+ U H W V (side type) INSI OS RTN TRKG RTN OS RV TRKG RV VSH L() L() P VR S SL WP N N GN V N.v.v TKIN IN LIN V SLOP SLON SLGN SLV SLON SLOP SLIN SLIN SLRN SLRN U SPGN V SPVM W SPGN SPVM SPRN G SPIN TL TL GN V (/) (/) VH (/) VH.v VR VROM SW R V VR (/) (side type) (/) (/) PIKUP SSY SPINL MOTOR / / N / / STPPING MOTOR : UIO T SIGNL ROUT () : IGITL SIGNL ROUT () : OUS SRVO LOOP LIN () (R) : R SIGNL ROUT : TRKING SRVO LOOP LIN (T) : STPPING SRVO LOOP LIN (S) (S) (S) (S) (S) (T) (T) () () (R) (R) () (T) () () (S) (S) (S) (S) () (T) (T) (T)

23 P--J LIMIT SYS VIO UIO R N R R R R R R R R R R R R R R R R R I R R R R R R R R R I R R R R R R R R R R R R R R L X X R R R R R R R R R R R R R R R R R R R R R R XRY PR# IOWR# P# PWR# P# PR# IO# L SLK K MT ST XVRST UWR# UR# SL S UP_ INT# TRKUP TX RX Q QM Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q QM RS# S# W# S# Q Q M Q Q M M Q Q Q Q Q Q Q Q M M Q Q QM M SK SLK Q Q QM W# RS# S# S# M M M M M M M M M M M M M M M M M M I/XP LTTR SQUZ VSL VSL SPI ST ST ST LK LRK K _XS XMUT _SK _SO _XS _ R_R G_Y VS S_ S_Y R IO.k.k V+R.....k p... p MT/-L. V+V RJ M S-RM KSK-U.... /. V+ V+R. /.. STY.. k p..... K K p VP p /. p.. V+R SS.. K K k.... k. V+R V+V VSS ~O~ ~~ OWNLO H:SRH~ OTHRS:KSRY~ PITOR ():RS/S OTHRS:RS/SJ KSQ~ : Size : Size : Size : Size IO hip Size RSISTOR SS RS/SJ VSS PLLVSS PLLP HIGH(PU) HIGH(PU) HIGH(PU) HIGH(PU) V HIGH(PU) HIGH(PU) IO XIOS (PU) V XIOO IO (PU) VSS () IO/V_IN L (PU) IO (PU) IO (PU) HIGH(PU) IO (PU) IO (PU) IO (PU) IO (PU) IO (PU) IO (PU) :PLLVSSV :XIOWR : :HIGH(PU).v.v.v.v XUWR (PU) VSS () IO (PU) UP_ (PU) UP_ (PU) V XUR (PU) UP_ (PU) UP_ (PU) UP_ (PU) UP_ (PU) UP_ (PU) UP_ (PU) UP_ (PU) UP_ (PU) V IR I (P) XINT (PU) XPRST (PU) VSS () QS QM R R VSS () R R R V R R R R R R :R :V :R QM R ()VSS R R XRW QS XS XRS TK/V_IN (JTG) V TO/V_IN (JTG) G/V_IN (PU) TMS/V_IN (JTG) TI/V_IN (JTG) US_V USM USP TRO OO US_VSS PWMOUT/V_IN TROPNPWM MO OP_INP OP_INN MO TO OP_OUT TZISILV O VRO VO VRO RLV/RON SO/ROP SGN XRS V () VSS () VSS R R R R V RVRN_IN RLK V R R RLK K R R V (PU)R/ST R () VSS () VSS R R R SV LO LO MII MII TPI ON OP TNI S S S M M S M M VRIN IR: RG: V: OSP: OSN: VRIP V V GN V V QP RGN QN RTPLP RRP RV RRP HRZ S_VRP S_VRN S_VM V VSS LPON LPIP LPOP LPIN PLLV JITN IXLP PLLVSS (PU) R R (INPUT) R R V R R R () VSS V (INPUTPU) R R (INPUTPU) R (INPUTPU) R (INPUTPU) R V: (INPUTPU) QM (INPUT PU) QM R VR: () VSS (P) ST (P) ST (P) ST (P) ST JITO XTLI RGN XTLO RV SPI M_T V (P) LRK () VSS (P) ST SPK/T VSYN/V_IN HSYN/V_IN YUV/ST LK K SPT SPLRK V SPMLK YUV/IN: (INPUTPU) R (INPUTPU) R S: YUV/VS V YUV/G VSS YUV/ YUV/R V YUV/ VSS V YUV/Y VSS STY VSS V VSSQ Q Q Q Q VQ Q VSSQ Q VQ Q Q Q Q VSSQ VQ Q Q Q Q VQ VSS N UQM K N LK Q Q VSSQ V LQM W S RS S.v.v VSS /P V.v.v (MHz) (R) ONT GN OUT V.v S_Rch control.v.v.v to VIO PRT (Page /) to UIO PRT (Page /) / / / () () () ()

24 . VM SSY (/) UIO / N VKN MLK LRLK T T T LK / from PG / STY LK LRK ST ST ST K VM SSY (WM) SPI K LK V+R STY ch R R PM OUT I TSHUU () STY K K R LK V+R V+V R R K K V+ R K R K R R K K VOLTG TT V+V V+ V+ Q S(RS) R Q S(RS) k () R K R VPR+ R K Q S(RS) Q TU V+R R UZS. NORML :.V NORML :.V.V. VT R V+V ST LRK V+R K R / R R R STY. UIO (L,R) I PMQ PMK PMMK PMT S PMLRK SK SI V ZROL/N V ZROR/ZRO VOUTL VOM VOUTR GN R R R R LK _XS _SK _SO XMUT Q R K TYU Q TYU V+V R K Q TYU S(RS) Q GN R K R K STY / SYS to PG / () VMUT R R GN V+V R. /.. / / / R R K K R R H p H p R.K R.K Q SK(VW) Q SK(VW) L R N N MLK LRLK T T LK SO SL XS XS T KS (L) R LK T R LRK R R R (L) R T (L) R T (L) R T (L) R T R () ST ST K _SO _SK _XS _XS ST S_Rch / external control hip Size IO SS RSISTOR Size RS/SJ VIO / from PG / / : Size ():RS/S OTHRS:RS/SJ PITOR :Size KSQ~ : Size H:SRH~ OTHRS:KSRY~ :parts not mounted P--J

25 P--J VSL R_R _ G_Y S_Y I/XP VS S_ LTTR SQUZ VSL VSL SQUZ I/XP TRKUP VMUT VT MT K SLK ST XVRST XRY R R R R R R R R R R R I Q R R R R R R I R N I R L R R R I R R R I R R N R R R R R R R R R R R R R R Q R R R N N R R R R R R R R L R R R R R R R R R R R R I R R R R R R R R R R I L L Q R Q Q R R R Q R N KSQYK GN GN.... TYU / MMJ. / K V+V TSHUS. V+V.. /. MM. / V+V. V+ V+S T P. / MM V+M V+V SR- STY V+R. K TYU K VKN KM V+V GNM.k k.k T.k.k k.k K.k P. MMJH V+R K() k K() H. RSXL- H H / H / K() P.K RNH TH TL V+R RSQP S(RS) V+ GNM K TU K VPR+ VV+ VKN R L TROUT TRIN TRGIN () GN STY IS GN in GN out YSG MUT G in MO R in Vcc G out MO VSG R out Vcc XTR VIO OUT MUT r in b in LP Y in IS GN I/P r out GN b out GN GN Y out GN Y out V in Y in Y MIX Vcc MUT in S S V out Vcc out out K R R PROGRSSIV except STY K VSL V+RG S PROGRSSIV STY VSL RG V N GN n Sub ont Vo Vin ch GN L GN R R GN L GN G R r/r b/ Y/G SY V S SPT VSL VSL STY SQUZ P/XI PROGRSSIV VS TROUT TRGIN TRIN SPI_RQ TRKUP VMUT VT K MT ST SLK XRY XVRST n GN N ont N Vo N Vin VOUT XT GN VIN - ONVRTR V POWR OUT GNM GNM RV RV VPR+ VPR+ VV+ / / H N.V.V.V : UIO T SIGNL ROUT : IGITL SIGNL ROUT () () () ()

26 P--J. JK SSY (/) Lch Rch XS XT XK PK/GN_ PMK/K T/S_L_ XRST LRK/GN_ XRST XSYSMUT XS XS VMUT XSYSMUT XS XT XK T/S_L_ LRK/GN_ SRIN MLK/K PK/GN_ XRST SROUT XPM XT XK GNU STN Y V+ST SYSPOW STN Y XS MUT/S_RS SK SI IOUTR+ IOUTR- SO PMKO GN VOM V IR VOM PMK/K T/S_LS K/GN VOM V V LRK/GN ZROR IOUTL+ IOUTL- ZROL XRST GN V SYSPOW XRST GNU GNU V+U V+ST XSYSMUT XRST XLK XS GN XT SRIN V SROUT PM/S XS XS XT XK K T T LRK MLK(M) (/) (/) (/) (/) (/) (/) XS SK SI MUT/S_R IOUTR+ IOUTR- PMKO SO GN VOM V VOM IR K/GN MLK/K VOM V T/S_L LRK/GN V IOUTL+ ZROR ZROL XRST IOUTL- GN V N S N N ST SKL N N IV IGN OV N XIN GN GN OGN RST KIN KOUT LROUT LRIN IN ROUT LOUT KN KN KN KN KN R R R R R R N R R R R R R R R R I N R R R R R R R R I I I R R I R R Q Q R R Q I R R R R I R N R R R R I R R R R GN GNS. VN-T -PH-K-S.. /. p H / VH VH k() / HZ.k.k V+U. TVHTS KS- V+. V+ T GN Y TVHTS PMG- TVHTS NU k. k V+ () VMUT V+.k TVHTS TVHTS GN GN GN V+ UMHN-T UMHN-T.k k S(QR) () VMUT p H.. /. T Y PMG- / VH k() / VH H / OS H / OS HZ V+. V+ VKN- Y Q. P Y /. VH (). V+ JK SSY (WM) N J I / N / / / :PM (LGTO : O) :PM (LGTO : ON) :S :LGTO:ON :LGTO:O T T () () () () () ()

27 R R R R R R R R R R GN I TVHTS SLT Y Y GN - + PM/S SL PM/S SL Rch Lch SLT V ST Y Y Y GN Y R V+ () PN p R - GN + I(/) NJMM R () PN p H R p R I(/) NJMM - (L) + I(/) NJMM V ST Y Y I TVHTS H R GN () PN H. - GN (L) R.k() + I(/) NJMM R () PN V- R p H R GN.k()... Y R R V+ / Y / GN / V+ / R R R R R R R V- / V+ / R R R R R - + PMK/K PK/GN_ T/S_L_ LRK/GN_ MLK/K PK/GN_ LRK/GN_ T/S_L_ I(/) XPM SPI V+SPI I(/) TVHUT I(/). R R R / I(/) I I (/) (/) R R.k() R.k() R R () R.k() R.k() p.k().k() p H R.k() R.k() H () R.k() R.k() R. H p H p p H V+ SROUT SRIN I (/) NJMM + NP - / VH RSISTOR SIZ RS/SJ SIZ RS/SJ ISRT TYP PITOR SIZ SR KSRY SIZ KSQ ISRT TYP R( ) R( ) / VH R NP I (/) NJMM. p H () /. VH / GN /. () V+ / GN R V- R k k T () R PU R V- R k SK(VW) R Q SK(VW) R Q k (L) R TRNSISTOR SOT- TYP SOT- TYP (UM,UMT) (SM,SMT) SOT- TYP (UMT) ISRT TYP IO SO- TYP (UM) Y GNS SS Y GNS ISRT TYP.. p RKN- RKN- PK- R GNS J VK- L R L T PTL J VTL VKS T / J J Y PK- GN p SR-OUT SR-IN IGITL OUT OX & OPT J L J Rch OUT Lch OUT (L) : UIO SIGNL ROUT(Lch) () : IGITL SIGNL ROUT () : UIO T SIGNL ROUT P--J /

28 - -. JK SSY (/) J J / N S-H UIO T UIO UIO IGITL IGITL MH MH JK SSY (WM) I R() R() I R () R R () I> K() I K () >... RSISTOR SIZ RS/SJ SIZ RS/SJ SIZ KSQ ISRT TYP V QS QS QS V QS SV/ S() T + + UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO..HXR OR I M, Y LITTLUS IN. UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO..HXR OR I M, Y LITTLUS IN. ISRT TYP R/MUJ RSLMJ PITOR SIZ SR KSRY TRNSISTOR SOT- TYP SOT- TYP (UM,UMT) (SM,SMT) ~ ~ ~ ~ +.V -.V +V Q SK(RS) SK(RS) Q R R R +.V Q Q S SK(Y) +V PNS / / / PH / PH G G S / / QS SK(Y) -V R R UZS() UZS() R PNS Q S k Y () k Y () +.V Y () RV- I P R R RV- RV- RV- I V+ RV- I P IN OUT R V- R R k() R k() R k() WP-V / / R k N KS- I NJMM IN OUT PN--. V+ / GN -.V k RV- GNM +.V V+U / / R / HZL W V+ R W Y. VMUT () SPI / +.V +.V V+ +V V+ V+ V+ V+RV V+RV GNM GNM VMUT OUT H N SOT- TYP (UMT) () : IGITL SIGNL ROUT ISRT TYP IO SO- TYP (UM) ISRT TYP / / P--J

29 P--J

30 P--J. L, PL, MNSW, KY, ONNTOR, PRIMRY and TRNS SSYS IROUT L XRY XRST LK XS XLK LS XT L LT VT KY XRST L L SRIN XRST LSHO LSHLK L XRST MST SYSPOW XSYSMUT ST MT SLK XRST XVRST K TROUT TRIN TRGIN XRST VP LSH/ IROUT SRIN XLK XT XSYSMUT XS XRST LSH/ LSHLK LSHO LO L SPI_RQ MST IMMR XLRST LRS XRST SYSPOW TROUT TRGIN TRIN SPI_RQ K SLK MT VT XRY XVRST ST VP W R W Q R Q W R R J Q N J N Q N S Q R R R R R R R R Q R R R R R R R R R X R N R R R L R R R JP JP R R R R R R L L KN L L R R P I R R R R R R R R R R R R R R R R R R R R Q Q N N R R Q. / RTPM RTNM SS GPUMXKV RTNM K PPG- SLRT / S-PH-K-S -PH-K-S PPG- V+U RTNM. JQ VKN V+U VS SLR-V(NPQ) RTNM k k k V+U RTNM. k SLI-URW(RST) M k SS-. V+U MHz - K. H V+U. u.k k / V+ V+ST k k. T T VN T T. k. M.. p k k RTNM V+U V+ SS SS S(PQR) V+U k V+ST V+U V+U KS S- k k S(QR) V+SWU GN V VOUT PL V+U V+U S H~H U U T PTT N T TT [POWR-ON] L MST [PUR UIO] [STY] WN/I VSS N RST V WLK W RST Product TST MO SHORT for TST POINT V MO XRY XRST N N LLK LS N XSYSMUT LRS VSS V SYSPOW STST UTST N N N N SLK XVRST N N XLK LT N XS XT N N N N N ST N MT V VSS N N N N N N KY VT N SIMUK V µ-om VK N N N N N VSS XT XT XRST LSHLK LSHO LSH/ XLRST N N N N TRIN N N RMOON L L PULS N N N L LO IMMR MS_T SYSPOW SPI_RQ V N VSS N TROUT TRGIN N N LRS VON/O XRST N N N N N SRIN IROUT XLK XSYSMUT XS XT XRST V+U V+ST SYSPOW XRST TROUT TRIN TRGIN VT SPI_RQ MT K XVRST ST SLK XRY VPOWR PTT RK - - (m/v) - ~ WX TT PTT RK KX KR (./V) RK (m/v) WX /~ P-VH WX TT WX PRIMRY SSY TRNS SSY WX P--J P--S RK (./V) P-VH WY RLWP KU +.V +.V +.V +.V L SSY (WX) MNSW SSY (WX) PL SSY (WX) H N N / J I

31 NOT OR US RPLMNT LT LK LS LRS XLRST LO IMMR KY GNS V V L WITH OG RIVR - L HOLR (OR L INSRTION) J T / H R.k p VO H V Y. VSS SI H H. p p P p UTION -OR ONTINU PROTTION GINST RISK O IR. RPL WITH SM TYP N RTINGS O US. SL S RS XRST R K N Q Q UMHN-T UMHN-T Q NSPWS- SS R R Q S(QR) R R R R Q V+U J PYY L HOLR - J KY V+ GNU L HOLR - G KY SSY (WX) S V+U R k VSG V R k S VSG PLY/STOP OPN/LOS Switches S : OPN/LOS S : PLY/STOP N H ONNTOR SSY (WX) / N N VKN- TROUT TRGIN TRIN VT SPI_RQ MT K SLK ST XVRST XRY VPOWR N VKN- VS TROUT TRIN TRGIN SPI_RQ TRKUP VMUT VT K MT ST SLK XRY XVRST VPOWR OUT GNM GNM V+RV V+RV V+ V+ V+ (N) GNM () N P-SH- V+RV V+ V+. KN VN R R GNS N KS V+ V+ V+ V+RV V+RV GNM GNM VMUT OUT N / NOTS RSISTOR SIZ RS/SJ SIZ RS/SJ TYP R/MUJ PITOR SIZ KSRY SIZ KSQ TRNSISTOR SOT- TYP SOT- TYP (UM,UMT) (SM,SMT) IO T SOT- TYP (UMT) SO- TYP (UM) TYP TYP IN N > J - U H H > L KR N J- PKP J - > J- PKP I H L > S KX P--S ONLY P--J ONLY > L XT W W T > STY JP./ P--J ONLY > RY SR H U H KR KR > SV/ ~ - + > ~ P--S -V ONLY UIO J - P-VH V > VL IGITL VH NUTRL J- V MH N J- P-VH PKP V (,) W W W W +.V R (/W MU) P--J ONLY R SS SS SS R.K NJMM IN OUT I > / +.V GNU +.V Q RTNM / R K : IGITL SIGNL ROUT P--J UZSR() > J T SYSPOW V+ST GNU PPG- PRIMRY SSY (P--J/KUXJ:WX)(P--J/MYXJ:WX) (P--S/RLPWXJ:WX) N /.. R R/MURJ R R/MURJ J () L L.. J PKP UIOT UIO UIO IGITL IGITL MH G MH TRNS SSY (P--J:WX) (P--S:WX) H N / I J

32 . WVORMS Note : The encircled numbers denote measuring point in the schematic diagram. VM SSY Measurement condition ; No. to : reference (V), T-chp, olor-bar No. to : reference (V), T I-pin [G] V: V/div. H: msec/div. GN I-pin [TROPNPWM] V: V/div. H: µsec/div. [Tray stops] [Tray is opening] [Tray is closing] GN GN GN I-pin [MSO] V: V/div. H: µsec/div. V: V/div. H: µsec/div. V: V/div. H: sec/div. [TRY OPN] [V PLY] [MSO] GN GN PLY Pless OPN key Tray : opening Pless PLY key GN raking a turn of disc N-pin,, (I-pin,, ) [SPINL (WVU)] V: V/div. H: msec/div. I-pin [SPI UIO IGITL SIGNL] V: V/div. H: nsec/div. GN GN P--J

33 JK SSY Measurement condition ; No., No.-No., No.-No. : khz, d(l/r), PM No., No.-No. : khz, d(l/r), S h: N-pin h: N-pin [LRK] [T] h: N-pin h: N-pin [K] [MLK] V: V/div. H: us/div. h: I-pin h: I-pin [PM] [LRK] [K] LGTO: ON J [Lch Out] h: I-pin [T] h: I-pin [MLK] V: V/div. H: us/div. V: V/div. H: us/div. h GN h GN GN h h h GN GN GN h h h GN GN GN h: N-pin [K] h: N-pin [T] h: N-pin [T] V: V/div. H: ns/div. h: I-pin [LRK] h: I-pin [K] [PM] LGTO: O h: I-pin h: I-pin V: V/div. [T] [MLK] H: ns/div. h: L-pin [OXIL Out] h: J-pin [OPTIL Out] V: h.v/div. h V/div. H: ns/div. h GN h GN h GN h h h GN h GN h GN GN GN h GN h: I-pin [LRK] h: I-pin [K] h: I-pin [T] [LGTO:ON] V: V/div. H: ns/div. h: I-pin [GN] h: I-pin [S_L] h: I-pin [GN] h: I-pin [K] [S] V: V/div. H: ns/div. h GN h GN h GN h GN h GN h h GN GN h: I-pin [LRK] h: I-pin [K] h: I-pin [T] [LGTO:O] V: V/div. H: us/div. h: I-pin [LOUT] h: I-pin [LOUT] V: V/div. H: us/div. h GN h GN h GN h GN h GN P--J

34 L SSY SYSTM Microcomputer(I)< >ach part communication waveform h: I-pin h: I-pin [XLK] [XT] V: V/div. [M] H: us/div. h: I-pin [XLK] h: I-pin [XS] [M] V: V/div. H: us/div. h: -pin [Out] (IR Receiver Out) h: I-pin [SR IN] V: V/div. H: ns/div. h h h GN GN GN h GN h h GN GN h: I-pin h: I-pin [LLK] [LT] [NY UNTION] V: V/div. H: us/div. h GN h GN h: I-pin h: I-pin [SLK] [V] [ST] V: V/div. H: us/div. h: I-pin [SLK] h: I-pin [MT] V: V/div. H: us/div. [V] h GN h GN h GN h GN P--J

35 . P ONNTION IGRM NOT OR P IGRMS :. Part numbers in P diagrams match those in the schematic diagrams.. comparison between the main parts of P and schematic diagrams is shown below. Symbol In P iagrams G S Symbol In Schematic iagrams G S G S Part Name Transistor Transistor with resistor ield effect transistor. The parts mounted on this P include all necessary parts for several destinations. or further information for respective destinations, be sure to check with the schematic diagram.. View point of P diagrams. onnector P..oard apacitor hip Part SI SI Resistor array -terminal regulator. LO SSY SI N LO SSY LO VNP- S VWG- VWG VWG- N (VNP-) LO SSY PN- (VNP-) GN SW (V+) V+ N LO+ LO- N SI N N N N N M LOING MOTOR SSY P--J

36 P--J. VM SSY X Y N R R R Q R R L R Q R R R R R Q R N R R R R R R R R R R R R R R R R R R R R R N R R N N R I R R R R R R N R R R R R R R R R Q R R R R R R R R R R R R R R R Q R L L R R R R R R R Q R N N R R R R Q R Q I R R Q R R R R Q Q R R R R R R R R I I Q Q R R I R R I R R R Q I R R R R R R R R R R R R R R I N Q R R Q R R R R R R R R R R Q R L L R R R R R R R R R R R R R Q R R R R R R I R Q R R R R R R R R R R R R N R X R R R R R R R R R R R R R R R R UP SI OTTOM SI V R UP SI V.V.V V GNM.V OTTOM SI OTTOM SI V.V V L R GN V / UP SI L_ L_V.V L SI SI H N N N N N To SPINL Motor To Pickup ssy N To STPPING Motor N VM SSY (NP-)

37 P--J X Y L IT VM SSY WM PROUTION O Q R L R R R R R R R R R R R R I R R N R R X L R I R R R R R R R R I I R R R R R R R R R R R R R I Q Q R R R R R R R R R R R R R R R R R R R R Q R N SI SI (NP-) VM SSY

38 . JK SSY SI Y JK SSY SI X J N N J J N J J RPL WITH SM TYP NO. OR I, TYP NO. OR I, M. Y LITTLUS IN. V+RV V+ UTION V+ KN I R R R R.MLK(M).LRK.T.T.K.XT.XK.XS.XS.PM/S :,,,,,, R P N N N KN KN R R R R I I R R R R R R V+ V+ P V+ IT R R N.GNU.V+ST..SYSPOW.XRST.SYSPOW..GNU.GNU.V+U..V+ST.XSYSMUT.XRST.XS.XLK.XT...SRIN.SROUT R R I I R R R R R R N R R R R I R R R R R R R R R R R R R R R R N I I R I R R I R R V+ GN R R R R R I...OUT..VMUT.,.GNM,.V+RV,.,.V+.V+ R I.UIO T.UIO.UIO.IGITL.IGITL.MH.MH ON V+U Q S Q I R R WM V+U R I R R R R I R WM N R R R R R R R V+ L I ON NP R NP V JK ss'y / R NP Q GN I R KN I ON R V+ L R Q I R R V- L J J SR-OUT SR-IN R R KN V Q Q (WHIT) (R) J (ORNG) ON Q S J R R R Q GNS WRNING LTRIL PRTS ONTIN HMILS WHIH R KNOWN TO TH STT O LIORNI TO US NR,IRTH TS OR OTHR RPROUTIV HRM. HLTH & STY O STION. - PROPOSITION J J THIS PROUT ONTINS L IN SOLR N RTIN T N H N (PNP-) P--J

39 SI JK SSY SI Y N N N X V+U GNS GN R R R R.GNU.V+ST..SYSPOW.XRST.SYSPOW..GNU.GNU.V+U..V+ST.XSYSMUT.XRST.XS.XLK.XT...SRIN.SROUT GNM R R R R.UIO T.UIO.UIO R -V.IGITL.IGITL.MH.MH V+ N S RMPLMNT S USILS I N'UTILISR QU L RRN HZ LITTLUS IN. -V Q R R Q R TTNTION +V +V GN.MLK(M).LRK.T.T.K.XT R R R R R.XK.XS.XS.PM/S :,,,,,, V+ V+ R R V+RV V+ R R R TTNTION GNM R N S RMPLMNT S USILS I N'UTILISR QU L RRN HZ LITTLUS IN. R V- GN V+ V+ V- V+ R R R GN R V+ V- L V+,.V+RV R R R R R R GN R R P R R R R R R R GNM R,.GNM..VMUT..OUT.. V+RV V+ R (PNP-) WM N P--J.V+,.V+,.

40 . L SSY SI L SSY Y X PN- R W W W V+U W W W KN W V+U W.WN/I.W.WLK.RST.V.VSS.N N W W W W.IROUT.SRIN W.XRST.SYSPOW....V+U..V+ST.XSYSMUT.XRST.XS.XT.XLK.. W W V+U J.KY.V+.GNU PN- W W W W J V R L ss'y W W V+U W V+U W W V+U W W W W W W V+U W W W.ST.XVRST.XRY.VROWR,,. V+U V+U W W W W JP.MT.K.SLK W W W V+U W W W W W W W V+U JP W.TROUT.TRGIN.TRIN.VT.SPI_RQ W W W W V+ST W WX.MST.L.V+U. V+ V+ W V+ W UPPR SI N V+ST UPPR SI J W X W WX WX WX W W [[ G ]] W W N W WX J N N N (PNP-) N M N P--J

41 P--J X Y R NP R L,. PN-.W.WN/I.WLK.RST.V.VSS.N.MST.L.V+U..TROUT.TRGIN.TRIN.VT.SPI_RQ.MT.K.SLK.ST.XVRST.XRY.VP,,.,,,.IROUT.SRIN.XLK.XT.XS.XRST.XSYSMUT.V+ST.V+U..SYSPOW.XRST.KY.V+.GNU V+U V+U V+U V+U V+U V+ST V+ V+ V+ V+U V+U V+ST V+U V+U V+U PN- V+U N R R R R R Q R R I R R R R R R L L R R R L R R R R R R R L R R R R R L Q R R Q R R R R R R R R R Q Q R R R R R R R R Q R R R R R R Q Q R Q R R R R R Q R Q Q R R R R R SI N J N SI L SSY (PNP-)

42 . PL, KY and PRIMRY SSYS WX [[ G ]] PL SS'Y R PN- SI SI PL SSY G KY SSY J.V+U.PL J N W KY SS'Y PN- WX R Y (PNP-) X W WX [[ G ]] P OPN/LOS STOP/PLY.KY.V+.GNU S S J (PNP-) J PRIMRY SSY Y X PN- WHIT R YLLOW J- J J- - R [[ G ]] T NUTRL VL PRIMRY VH Y TRNS SS'Y W W W WX WX.UIOT.UIO.UIO.IGITL.IGITL.MH.MH WX (PNP-) J R PTT- (JJ) PTT- (WY) J SONRY PTT- (KU) PTT- (RL) X R N G J G J P--J

43 SI SI G KY SSY PL SSY PN- L L R J R V+U PL R (PNP-) STOP/PLY PN- R OPN/LOS R.KY.V+.GNU X Y (PNP-) X Y J PRIMRY SSY VH VL NUTRL PRIMRY PN- R SONRY L.UIOT.UIO.UIO.IGITL.IGITL.MH.MH (PNP-) J X Y G J P--J G J

44 . ONNTOR and MNSW SSYS SI H ONNTOR SSY SI N N N N.V+.V+.V+...V+RV.V+RV.GNM.GNM..VMUT..OUT...VS.TROUT.TRIN.TRGIN.SPI _RQ.TRKUP.V MUT.VT...K.MT.ST.SLK.XRY.XVRST.VPOWR W W GNM W V+M W V+ W V+ N W [[ G ]]..VS N W W W W WX ONNTOR SS'Y N TRIN SPI_RQ OUT W PN- R...OUT...GNM.GNM.V+RV.V+RV.V+.V+.V+ W VPOWR W XRY W ST W K N KN.TROUT TRGIN TRIN VT SPI_RQ MT K SLK ST XVRST XRY VPOWR. N N Y (PNP-) X MNSW SSY [[ G ]] W W WX WX S N MNSW SS'Y PRIMRY PN- R N.MST.L.V+U..PL.V+U N N J (PNP-) N J Y X H P--J H

45 SI SI H ONNTOR SSY N N SPI_RQ VT TRIN TRGIN. TROUT PN- R...GNM.GNM.V+RV.V+RV.V+.V+.V+ K ST K MT XRY VPOWR V+ L V+ XRY XVRST ST SLK V+M _RQ.TRKUP.V MUT.VT...K.MT.ST.SLK.XRY.XVRST.VPOWR...OUT GNM. VPOWR TRIN SPI_RQ OUT.TRIN.TRGIN.SPI.VS.TROUT R.OUT.. R.V+.V+.V+...V+RV.V+RV.GNM.GNM..VMUT. N (PNP-) X Y MNSW SSY L Q N.PL.V+U N (PNP-) R.MST.L.V+U. PN- PRIMRY X Y H P--J H

46 . PRIMRY SSY SI I PRIMRY SSY N SI J N PRIMRY SS'Y J - J J W W W W W WX WX WX WX WX GNU W SONRY NJMM W.VL.VH.NUTRL W W PN- W R PRIMRY RL model except RL model H H U W W W W R J- WHIT RISK O IR RPL US S MRK. L W W W J- J - N L ORNG W YLLOW H H U N.GNU.V+.ST..SYSPOW I R R T RY W W W W HIGH W W LOW [[ G ]] S Y J (PNP-) X IN I P--J I

47 SI SI I PRIMRY SSY J NUTRL VH VL L PRIMRY SONRY J R GNU R.GNU.V+.ST.].SYSPOW PN- R Q (PNP-) J Y X I P--J I

48 . P PRTS LIST NOTS: Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. When ordering resistors, first convert resistance values into code form as shown in the following examples. x. When there are effective digits (any digit apart from ), such as ohm and k ohm (tolerance is shown by J=%, and K=%). Ω k Ω. Ω Ω x x R R R/PU J R/PU J RNH RK RSP RK x. When there are effective digits (such as in high precision metal film resistors)..k Ω x RN/P Meaning of the figures and others in the parentheses in the parts list. xample) I is on the point (face, of x-axis, and of y-axis) of the corresponding P board. I (,, ) I NJMV LIST O WHOL P SSMLIS Mark Symbol and escription P--J/ KUXJ/ P--J/ MYXJ P--S/ RLPWXJ NSP..LOR SSY VWT VWT VWT NSP..LO SSY VWG VWG VWG..VM SSY WM WM WM..LK SSY WM WM WM..L SSY WX WX WX..KY SSY WX WX WX..MNSW SSY WX WX WX..PL SSY WX WX WX..ONNTOR SSY WX WX WX..PRIMRY SSY WX WX WX..TRNS SSY WX WX WX..JK SSY WM WM WM I PRIMRY SSY WX, WX and WX are constructed the same except for the following : Mark Symbol and escription WX WX WX > T TT TT TT > S VOLTG SLTOR Not used Not used KX > N P-VH ONNTOR P-VH P-VH Not used > N P-VH ONNTOR Not used Not used P-VH H, H Not used Not used KR J TRNS SSY WX and WX are constructed the same except for the following : Mark Symbol and escription WX WX > J P ONNTOR SSY PKP Not used > J P ONNTOR SSY Not used PKP P PRTS LIST Mark No. escription Part No. LO SSY MISLLNOUS S N ONNTOR N ONNTOR VSK S-PH-K S-PH-K Mark No. escription Part No. VM SSY MISLLNOUS I (,,) H RIVR I I (,,) V I I (,,) I I (,,) LSH ROM I (,,) PROM S MT/-L KSK-U YW S-SJ P--J

49 Mark No. escription Part No. I (,,) I >I (,,) RGULTOR (.V) >I (,,) / ONTROLLR I >I (,,) RGULTOR I (.V) Q (,,) TRNSISTOR TSHUS MMJH RNH MM S Q (,,) IGITL TRNSISTOR TU Q (,,) TRNSISTOR S Q (,,) NMOS T TRNSISTOR UMKN Q (,,) HIP TRNSISTOR HN Q (,,) HIP TRNSISTOR HN Q (,,) HIP TRNSISTOR TYU Q (,,) TRNSISTOR S Q (,,) IGITL TRNSISTOR TU >Q (,,) T RSQP Q (,,) IGITL TRNSISTOR TU Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) TRNSISTOR (,,) IO (,,) IO (,,) IO (,,) IO (,,) IO (,,) IO (,,) IO S S S SS RSXL- SS UZSR() SS SS SS (,,) IO SS (,,) IO SS (,,) IO SS L (,,) POWR INUTOR(U) TL L (,,) POWR INUTOR TH L (,,) INUTOR L (,,) INUTOR L INUTOR L INUTOR L INUTOR L INUTOR L INUTOR X (,,) RYSTL OSILLTOR N (,,) ONNTOR N (,,) P ONNTOR N (,,) P ONNTOR N (,,) ONNTOR N (,,) P ONNTOR N (,,) ONNTOR RSISTORS R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) T T T T T T T SS KS KN RKN KM VKN KS RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SJ RS/SJ RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SJ Mark No. escription Part No. R (,,) R R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) HIP RSISTOR RRY R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SRJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SRJ RS/SRJ RS/SJ RS/SJ RS/SRJ RS/SRJ RS/SRJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SRJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/S RS/SRJ RS/SJ RS/SRJ RS/SRJ P--J

50 Mark No. escription Part No. Mark No. escription Part No. R (,,) RS/SRJ R (,,) RS/SRJ R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SJ RS/SJ R (,,) R (,,) R (,,) PITORS (,,) (,,) (,,) (,,) (,,) RS/SRJ RS/SRJ RS/SRJ VWM KSRYK KSRYK KSRYK KSRYK R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SRJ RS/SRJ RS/SJ (,,) (,,) HIP PV PITOR (,,) (,,) (,,) KSRYK VH KSRYK KSRYK KSRYK R (,,) R (,,) R (,,) R (,,) R (,,) RS/SRJ RS/SJ RS/SJ RS/SJ RS/SJ (,,) (,,) (,,) (,,) (,,) KSRYK KSRYK KSRYK KSRYK KSRYK R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/S RS/S RS/S (,,) HIP LT.PITOR (,,) HIP LT.PITOR (,,) HIP LT.PITOR (,,) (,,) VWM VWM VWM KSRYK KSRYK R (,,) R (,,) R (,,) R (,,) R (,,) RS/SRJ RS/SRJ RS/SRJ RS/SRJ RS/SRJ (,,) HIP LT.PITOR (,,) (,,) (,,) (,,) VWM KSRYK KSRYK KSRYK KSRYK R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ (,,) (,,) (,,) (,,) (,,) HIP LT.PITOR SRHJ SRHJ KSRYK KSRYK VWM R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ (,,) (,,) (,,) (,,) (,,) KSRYK KSRYK KSRYK KSRYK KSRYK R (,,) R (,,) R (,,) R (,,) R (,,) RS/SRJ RS/SRJ RS/SJ RS/SJ RS/SJ (,,) (,,) (,,) (,,) (,,) KSRYK KSRYK KSRYK KSRYK SRHJ R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ (,,) (,,) (,,) (,,) (,,) KSRYK KSRYK KSRYK KSRYK KSRYK R (,,) RS/SJ (,,) KSRYK R (,,) RS/SRJ (,,) KSRYK R (,,) RS/SRJ (,,) KSRYK R (,,) RS/SJ (,,) HIP LT.PITOR VWM R (,,) RS/SJ (,,) KSRYK R (,,) RS/SJ (,,) KSRYK R (,,) RS/SJ (,,) KSRYK R (,,) RS/SJ (,,) KSRYK R (,,) RS/SRJ P--J

51 Mark No. escription Part No. Mark No. escription Part No. (,,) KSRYK (,,) VWM (,,) KSRYK (,,) KSRYK (,,) (,,) (,,) (,,) (,,) KSRYK KSRYK KSRYK KSRYK SRHJ (,,) (,,) (,,) (,,) RMI PITOR SRHJ KSQYK VWM KSRYK KSQYK (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) HIP LT.PITOR (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) HIP TZV PITOR (,,) HIP TZV PITOR (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) HIP TZV PITOR (,,) HIP TZV PITOR (,,) (,,) (,,) (,,) (,,) HIP RMI. (,,) HIP RMI. (,,) (,,) HIP RMI. (,,) (,,) (,,) HIP RMI. KSRYK VWM KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK SRHJ KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK VWM KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK VH VH KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK VH VH KSQYK KSRYK SRHJ KSQYK H H VWM H KSRYK SRHJ H JK SSY MISLLNOUS I (,,) OP-MP I I (,,) OP-MP I I (,,) OP-MP I I (,,) / ONVRTR I I (,,) / ONVRTR I I (,,) Q I I (,,) I I (,,) I I (,,) I I (,,) I I (,,) I >I (,,) I >I (,,) RGULTOR I >I (,,) RGURTOR (J.) >I (,,) RGURTOR I >I (,,) PROTTOR() >I (,,) PROTTOR() Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) HIP TRNSISTOR NJMM NJMM NJMM PMG- PMG- P--J P TVHTS TVHTS TVHTS TVHTS TVHUT NJMM P P WP-V K K SK SK UMHN Q (,,) TRNSISTOR S Q (,,) N-T SK Q (,,) HIP TRNSISTOR SK >Q (,,) TRNSISTOR S Q (,,) N-T SK Q (,,) HIP TRNSISTOR SK >Q (,,) TRNSISTOR S (,,) IO PU (,,) IO NU (,,) IO SS > (,,) SHOTTKY IO QS > (,,) SHOTTKY IO QS > (,,) SHOTTKY IO QS > (,,) SHOTTKY IO QS (,,) IO UZS() (,,) IO (,,) HIP IO (,,) HIP IO (,,) HIP IO (,,) HIP IO UZS() RV- RV- RV- RV- (,,) HIP IO RV- (,,) HIP IO RV- > (,,) RIG IO SV/ > (,,) IO S() L (,,) OIL VTL L (,,) OIL (,,) INUTOR (,,) INUTOR (,,) INUTOR PTL T T T

52 Mark No. escription Part No. (,,) INUTOR T (,,) HIP MGNT OR T (,,) INUTOR T J(,,) P PIN JK PK J(,,) P PIN JK PK J(,,) JK VK J(,,) OPT. LINK OUT VKS J(,,) JK RKN J(,,) JK RKN KN(,,) WRPPING TRMINL VN KN(,,) WRPPING TRMINL VN KN(,,) WRPPING TRMINL VN KN(,,) WRPPING TRMINL VN KN(,,) WRPPING TRMINL VN N(,,) P ONNTOR VKN N(,,) ONNTOR KS N(,,) ONNTOR -PH N(,,) ONNTOR KS SRW ZP SRW PMHP HT SINK PNS RSISTORS R (,,) RN/S R (,,) RN/S R (,,) RN/S R (,,) HIP MTL ILM R RN/S R (,,) HIP MTL ILM R RN/S R (,,) RN/S R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RON ILM RSISTOR PN R (,,) RON ILM RSISTOR PN R (,,) RN/S R (,,) RN/S R (,,) RN/S R (,,) HIP MTL ILM R RN/S R (,,) HIP MTL ILM R RN/S R (,,) RN/S R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RON ILM RSISTOR PN R (,,) RON ILM RSISTOR PN R (,,) RS/SJ R (,,) RS/SJ R (,,) RN/S R (,,) RS/SJ R (,,) RS/SJ R (,,) RN/S R (,,) RS/SRJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ Mark No. escription Part No. R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SRJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SRJ R (,,) RS/SRJ R (,,) RS/SRJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R RS/SRJ R RS/SRJ R (,,) RON ILM RSISTOR R/MURJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) RS/SJ R (,,) MTL OXI RSISTOR RSLMJ R (,,) MTL OXI RSISTOR RSLMJ R (,,) RS/SRJ R (,,) RS/SRJ R (,,) RS/SRJ R (,,) RS/SRJ R (,,) RS/SJ R (,,) RS/S R (,,) RS/S R (,,) RS/SJ R (,,) RS/S P--J

53 Mark No. escription Part No. R (,,) RS/SJ R (,,) RS/SJ PITORS (,,) SRHJ (,,) SRHJ (,,) KSRYK (,,) TM (,,) KSRYK (,,) TM (,,) SRHJ (,,) SRHJ (,,) SRHJ (,,) VH (,,) KSRYK (,,) TM (,,) KSRYK (,,) TM (,,) SRHJ (,,) SRHJ (,,) KSRYK (,,) TM (,,) KSRYK (,,) TM (,,) SRHJ (,,) SRHJ (,,) SRHJ (,,) VH (,,) LT. PITOR TMR Mark No. escription Part No. (,,) SRHJ (,,) TM (,,) KSRYK (,,) TM (,,) KSRYK (,,) KSRYZ (,,) KSRYK (,,) KSRYK (,,) UIO ILM PITOR (,,) UIO ILM PITOR (,,) PH (,,) PH (,,) TM (,,) TM (,,) TM (,,) TM (,,) KSRYK (,,) KSRYZ (,,) LT. PITOR HZLM (,,) KSQYZ (,,) TM (,,) KSQYZ (,,) TM (,,) KSQYZ (,,) TM (,,) LT. PITOR TM (,,) LT. PITOR TM (,,) KSRYK (,,) (,,) (,,) OS PITOR (,,) LT. PITOR (,,) LT. PITOR (,,) (,,) (,,) LT. PITOR (,,) (,,) (,,) OS PITOR (,,) LT. PITOR (,,) LT. PITOR (,,) (,,) (,,) LT. PITOR (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) LT. PITOR (,,) KSRYZ KSRYK H VH VH SRHJ KSRYK TMR KSRYZ KSRYK H VH VH SRHJ KSRYK VH KSRYK KSRYZ KSRYZ KSRYK KSRYK KSRYK KSRYZ TM KSRYZ TM KSRYK KSRYK VH KSRYZ L SSY MISLLNOUS I (,,) PU Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) IGITL TR(S-) Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) TRNSISTOR Q (,,) IGITL TR(S-) Q (,,) IGITL TR(S-) (,,) L(R) (,,) L(R) (,,) IO (,,) IO (,,) L(WHIT) (,,) L(WHIT) (,,) L(WHIT) (,,) IO (,,) IO (,,) IO L (,,) INUTOR L (,,) INUTOR L (,,) INUTOR L (,,) INUTOR L (,,) INUTOR P RTNM RTNM S RTNM RTNM S S S S UMHN RTPM RTNM SLI-URW(RST) SLR-V(NPQ) SS SS NSPWS- NSPWS- NSPWS- N SS SS LYJ T T T T P--J

54 Mark No. escription Part No. (,,) INUTOR J (,,) ONNTOR SS'Y T PPG- J (,,) JUMPR WIR PYY KN(,,) WRPPING TRMINL VN V (,,) L MOUL V X (,,) RMI RSONTOR SS N(,,) ONNTOR P - N(,,) ONNTOR S- N(,,) ONNTOR KS L OVR R(PLS) XMR P L HOLR - P L HOLR - L LT ON. (PLS) L HOLR (PLS) L OVR L(PLS) IUSSION SHT (,,) RMOT RIVR UNIT RSISTORS R (,,) R (,,) R (,,) R (,,) R (,,) XK XMR XMR XK GPUMXKV RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ Mark No. escription Part No. R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SRJ RS/SJ RS/SJ RS/SRJ RS/SJ RS/SRJ RS/SJ RS/SRJ RS/SJ RS/SJ RS/SJ R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ PITORS (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) (,,) LT. PITOR KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK KSRYK SRHJ SRHJ SRHJ SRHJ KSRYK LM KSRYK KSRYK TM H KSRYZ KSRYK TM R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ PL SSY MISLLNOUS (,,) L(LU) SLRT R (,,) R (,,) R (,,) R (,,) R (,,) RS/SJ RS/SJ RS/SJ RS/SJ RS/SJ RSISTORS R (,,) PITORS (,,) P--J RS/SJ JQM

55 Mark No. escription Part No. Mark No. escription Part No. R (,,) RS/SJ MNSW SSY MISLLNOUS Q (,,) TRNSISTOR RTNM >S (,,) POWR SWITH VS >N(,,) MP U-P ONNTOR VKN N(,,) ONNTOR S-PH N(,,) ONNTOR -PH G KY SSY MISLLNOUS S (,,) SWITH VSG S (,,) SWITH VSG (,,) P INR V P L HOLR - PITORS > (,,) ILM PITOR (,,) LT. PITOR TM (,,) TM J TRNS SSY (KUXJ/ type) MISLLNOUS >J (,,) P ONTOR SSY PKP J (,,) P ONNTOR SSY PKP RSISTORS R (,,) RON ILM RSISTOR R/MURJ R (,,) RON ILM RSISTOR R/MURJ RSISTORS R (,,) R (,,) H ONTOR SSY MISLLNOUS KN(,,) WRPPING TRMINL N(,,) ONNTOR N(,,) ONNTOR N(,,) ONNTOR N(,,) ONNTOR RS/SJ RS/SJ VN VKN KS VKN P-SH- PITORS (,,) UIO ILM PITOR (,,) UIO ILM PITOR (,,) TLJ (,,) TLJ PITORS (,,) KSRYK I PRIMRY SSY (KUXJ/ type) MISLLNOUS >I (,,) RGULTOR I NJMM Q (,,) TRNSISTOR RTNM > (,,) RIG IO SV/ (,,) IO SS (,,) IO SS (,,) IO SS (,,) IO UZSR() >L (,,) LIN ILTR XT H (,,) US LIP KR H (,,) US LIP KR J (,,) ONNTOR SSY PPG- >J (,,) INLT SSY PKP >J (,,) P ONTOR SSY PKP >RY (,,) JO LOWPOWR RLY SR >T (,,) POWR TRNSORMR TT >N (,,) ONNTOR P-VH (,,) P INR V (,,) P INR V (,,) P INR V RSISTORS R (,,) RON ILM RSISTOR R/MUJ R (,,) RS/SJ P--J

56 . JUSTMNT. JUSTMNT ITMS N LOTION djustment Items [Mechanism Part] Tangential and Radial Height oarse djustment V () rror Rate djustment djustment Points (Mechanism Part) autions: fter adjustment, adjustment screw locks with the Screw tight. [lectrical Part] lectrical adjustments are not required. Tangential adjustment screw Radial adjustment screw. JIGS N MSURING INSTRUMNTS Screwdriver (large) Screwdriver (medium) Test mode remote control unit (GG) Screw tight (GYL) Precise screwdriver V test disc (GGV) Soldering iron P--J

57 . NSSRY JUSTMNT POINTS When xchange Parts of Mechanism djustment Points xchange the S Pickup ssy Mechanical point ~, Ÿ fter adjustment, screw locks with the Screw tight. lectric point xchange the Traverse Mechanism ssy-s Mechanical point lectric point xchange the Spindle Motor Mechanical point Ÿ fter adjustment, screw locks with the Screw tight. lectric point xchange P ssy xchange P oard LO and VM SSYS Mechanical point lectric point P--J

58 . TST MO POWR ON POWR How to display the error rate Power-on in V mode With the power off, turn the power on by pulling up Pin of I with V (by short-circuiting JP). (See next page. ) Note: When the unit is turned on in V mode, "-V-" is indicated on the L. ON IS ST <TRY OPN> OPN/LOS (Player) V disc <TRY LOS> OPN/LOS (Player) TST MO: PLY <PLY> Press the play key ( ) of the normal remote control unit. S n error rate is displayed TST MO: O GG Test mode remote control unit Notes: The audio signal are outputted during the test mode. The SKIP key and the SN key are effective during the test mode. The error rate is displayed as above. ut this means ". ". Note: ven if you intend to continuously use the unit after displaying the error rate, be sure to turn the power off then back on S POWR GG Test mode remote control unit O P--J

59 Service Test mode connecting point L SSY SI IROUT.SRIN.XRST.SYSPOW....V+U..V+ST.XSYSMUT.XRST.XS.XT.XLK.. W V+U J.KY.V+.GNU W J ss'y W V+U W V+U W W W W W.ST.XVRST.XRY.VROWR,,. W JP.MT.K.SLK V+U JP W W JP W.TROUT.TRGIN.TRIN.VT.SPI_RQ Short W W W UPPR SI N W V+ST UPPR SI W N P--J

60 . MHNISM JUSTMNT Tangential and Radial Height oarse djustment STRT Remove the S Pickup ssy from the Traverse Mechanism ssy-s. S Pickup ssy Remove the joint and the joint spring of the S Pickup ssy. Note: efore removing the flexible cable for the pickup, soldering of the pickup circuit is necessary. or details, see ".. ISSSMLY". Joint Joint Spring Pass through the guide shaft to a new S Pickup ssy. ttach it to the Traverse Mechanism ssy-s. S Pickup ssy Guide Shaft Put the joint between the Tangential (or Radial) adjustment screw and the mechanism base and turn each screw to adjust the height. (Refer to ". JUSTMNT ITMS N LOTION".) Joint.mm Mechanism base ttach the Traverse Mechanism ssy-s to the LOR ssy. Turn it over and attach the joint and the joint spring. rrange the flexible cables. (Refer to ".. ISSSMLY".) P--J

61 V rror Rate djustment Notes: Use disc: GGV STRT Play the V test disc at inner track isplay RROR RT on the L display S The error rate is displayed as above. ut this means ". ". Traverse Mechanism ssy-s djust the radial adjustment screw so that RROR RT becomes around "-". Play the V test disc at inner track (around #) \(Play title) t stop mode, press, then NTR key of the set remote control. Traverse Mechanism ssy-s asten the radial adjustment screw so that RROR RT becomes around "-". - RROR RT - est point Unfasten the radial adjustment screw by degrees step till RROR RT becomes around "-" again. Record the number of rotation (N). (memorizing how much the screw was rotated.) nticlock wise lock wise Rotation of Radial screw and Tangential screw asten the radial adjustment screw till the number of rotation becomes harf of N. est Radial point S Player Service mode end Turn the POWR O in case of NG once, and perform the adjustment once again. Play the V test disc at outer track (around #) \ (Play title ) t stop mode, press,, then NTR key of the set remote control. \ Service mode S If error rate is OK, locks a root of tangential and radial adjustment screws with the Screw tight. Screw tight: GYL NG OK HK In this check, the error rate that is less than "-"is better. Traverse Mechanism ssy-s asten the tangential adjustment screw so that RROR RT becomes around "-". isc playback normally. The measurement of block error rate S S Unfasten the tangential screw by degrees step till RROR RT becomes around "-" again. Record the number of rotation (N). Service mode end asten the tangential adjustment screw till the number of rotation becomes harf of N. est tangential point P--J

62 . GNRL INORMTION. IGNOSIS.. TST MO The Version isplay Mode unctional Specification Mechanical control computer How to display the version of the mechanical control computer Power-on in V mode With the power off, turn the power on by pulling up Pin of I with V (by short-circuiting JP). Note: When the unit is turned on in V mode, "-V-" is indicated on the L. isplaying the version of the mechanical control computer Press the [S] then the [HP] key on the remote control unit for V Test mode to indicate the version of the mechanical control computer. x. () : This means that the part number is " YW ". () : This means that the version is ". ". () () anceling version display Press the [S] key on the remote control unit. Press the [POWR] button to turn the unit off. Note: ven if you intend to continuously use the unit after displaying the error rate, be sure to turn the power off then back on again. System control computer isplaying the version of the system control computer isplaying the version of the system control computer With the unit on, press and hold the [/] key on the main unit for seconds. The version (part number) of the system control computer will be displayed. x. P anceling version display The version display will automatically disappear after a while. L SSY SI IROUT.SRIN.XRST.SYSPOW....V+U..V+ST.XSYSMUT.XRST.XS.XT.XLK.. W W V+U J.KY.V+.GNU J ss'y W V+U W V+U W W W W W.ST.XVRST.XRY.VROWR,,. JP W V+U.MT.K.SLK JP W W JP W.TROUT.TRGIN.TRIN.VT.SPI_RQ Short W W W UPPR SI N W V+ST UPPR SI W N P--J

63 .. MTHO OR IGNOSING GRTION O TH LS ON TH PIKUP SSY ase when this diagnosis is required : When playback of any disc, including a test disc (V: GGV, : ST-), won't play or doesn't play How to diagnose In the case mentioned above, degradation of the laser diodes (Ls) mounted on the S Pickup ssy is suspected. Measure the voltage between the two ends of one of the resistors mentioned below. No playback of a : Measure the voltage between the both ends of R or R on the VM ssy. If the voltage is. V or higher, the -nm L is degraded. No playback of a V (Test Mode), No playback of a S : Measure the voltage between the both ends of R or R on the VM ssy. If the voltage is. V or higher, the -nm L is degraded. If the measurements show degradation of an L, replace the S Pickup ssy. S PIKUP SSY N N N N N OTTOM SI UP SI V UP SI OTTOM SI VM SSY R V Q R R R R L R R.V R I R R R R I R R Q R R.V R GNM Q R R R R R R R R R R R R R L R R R R R R L_.V R R L R Q R R R I R R R R R R R R R Q L_V R.V Q R Q R R R R R R R R R R R R R R I N R R L Q R R R R Q Q OTTOM SI ront side SI P--J

64 .. TROUL SHOOTING Start (Power ON) oes the L light? Yes No oes the pure audio or dimmer function operate? Yes No The L display goes dark, and the pure audio L starts flashing. Yes No heck the U. heck the connection between the PRIMRY and JK ( pin) ssys. heck the connection between the JK and L ssys (-pin ). heck that the voltage at J is. V. ancel the pure audio or dimmer function. heck the connection between the JK and ONNTOR ssys (-pin ). heck the connection between the ONNTOR and VM ssys (-pin ). heck the voltages at V+, V+, V+, and V+RV. re the indications on the L correct? Yes No heck that the voltage at V is. V and that that at V is V. re any data transmitted on the L communication line (LT, LK, LS, LRS) when the voltage is switched between and V? re H and L switched when LO or IMMR functions? [V+V system] heck that the voltage at (+) is + V. Yes heck that the voltage at (+) is + V. No [V+] No heck the connections at,, and N. No Is short-circuited? re the pins bridged at I or I? Replace and Q, in that order. oes the tray open? Yes No Refer to ddendum No.. Yes Replace and Q, in that order. Yes oes the focus function operate? Yes oes the spindle rotate? Yes No No Refer to ddendum No.. Refer to ddendum No.. heck if the pins are short-circuited at I, I, or I. [V+ system] heck that the voltage at (+) is +. V. Yes No Is I damaged? Yes Replace I. No heck the connections at and N. heck the connection between the JK and ONNTOR ssys (-pin ). heck the connection between the ONNTOR and VM ssys (-pin ). an any operation be stopped? No Refer to ddendum No.. heck that the voltage at V+ is +. V. No re the pins bridged at I or I or I? Yes [V+RV system] heck that the voltage at (+) is + V. Yes No Is I damaged? Yes Replace I. No heck that the voltage at V+RV is +. V. heck the connections at and N. heck the connection between the JK and ONNTOR ssys (-pin ). heck the connection between the ONNTOR and VM ssys (-pin ). No re the pins bridged at I? P--J

65 Signals available in the S format are only analog outputs. re all types of audio signals output? Yes Normal operation No Only analog audio signals are output. Yes Only optical or OX audio signals are output. No heck pin at I. heck the connection between the VM and ONNTOR ssys (-pin ). heck the connection between the ONNTOR and JK ssys (-pin ). Yes [V-V system] heck that the voltage at (-) is - V. Yes heck that the voltage at is -. V. Yes No No Replace and Q, in that order. Yes heck the connections at,, and N. Replace and Q, in that order. Yes heck the input and output signals to/from I. heck V+. heck if the pins are short-circuited at I, I, or I. P--J

66 No. Symptoms iagnosis ontents Possible efective Points The power is not turned on. re wires of output connector (POWR SUPPLY Unit) and N (VM ssy) disconnected or damaged? heck that the following voltage is output : + side of :.V onnector / cable VM ssy.v Regulator I (I) n opening screen is not displayed on the monitor (The L display lights. The mechanism does not work.) re the signals output from I-pin (MT) and pin (SLK) on the VM ssy? (in the range of -V) re the signals input into I-pin (MT) and pin (SLK) on the L ssy? (in the range of -V) heck that the following voltage are output : I-pin on the VM ssy : V Is a resonator (X: MHz) on the VM ssy oscillating? VM ssy V I (I) L ssy UOM (I) VM ssy V Regulator I (I) VM ssy rystal resonator (X) ddendum No. Is a signal input into I-pin (P#) on the VM ssy? (Is a signal "H" for ms and then "L" after the power is turned on?) ommunication with flash ROM. re the signals input into I-pin (W#), pin (S#) and pin (SLK) on the VM ssy? (Is a signal fluctuating?) ommunication with SRM VM ssy V I (I) lash ROM (I) SRM (I) Is a signal output from I-pin (PR#) on the VM ssy? VM ssy (Is a signal fluctuating for several hundred ms after the power is turned lash ROM (I) on?) Is a signal input into I-pin (V K) on the L ssy? (Is a signal fluctuating?) ommunication with L ontrol I VM ssy V I (I) L ssy UOM (I) Is a signal output from I-pin (XRY) on the L ssy? (Is a signal fluctuating in the range of -V?) L ssy UOM (I) re the signals output from I-pin (ST) on the L ssy? (in the range of -V) VM ssy V I (I) L ssy UOM (I) re the signals of I-pin (S) and pin (SL) on the VM ssy VM ssy fluctuating for one or two seconds after the power is turned? PROM (I) tray cannot be opened. (n opening screen is displayed on the monitor) oes the voltage of N-pin and pin on the VM ssy change normally? Pin (SW(TRIN)): Tray is fully closed: "L" Pin (SW(TROUT)): Tray is fully opened: "L" Is the signal input into I-pin (TROPN) on the VM ssy? t open:.v, t close: V re the signals output from I-pin and pin (N-pin and pin ) on the VM ssy? Pin : pprox. V during opening tray approx. V during closing tray. Pin : pprox. V during opening tray approx. V during closing tray. re wires of N and N on the VM ssy disconnected or damaged? oes the voltage of N-pin on the VM ssy change to V by pressing the Inside switch. LO ssy Tray SW (S) VM ssy V I (I) VM ssy TS river I (I) onnector / cable Inside switch P--J

67 No. Symptoms iagnosis ontents Possible efective Points ddendum No. Playback impossible (no focusing) ddendum No. Playback impossible (Spindle does not turn) ddendum No. Playback impossible (Playback stops) re the signals output from I-pin (OS_RV) and pin (OS_RTN) on the VM ssy? oes -nm L emit light? oes a pickup lens move up / down? oes an actuator spring bend? re plastic parts damaged? Or is a shaft detached? Is the turntable detached or tilted? Is flexible cable of N on the VM ssy disconnected or damaged? VM ssy TS river I (I) Pickup Mechanism section (motor) lexible cable / connector Is signal output from I-pin (OSO) on the VM ssy? VM ssy (evice control of about. V is output usually. It is fluctuated by about V I (I) ± mv with focus up / down.) re the signals output from I-pin (W), pin (V) and pin (U) on the VM ssy? Is pin (STY) fixed LOW? (pin is High at playback: V) Is there any part detached from the spindle motor? Or Is there any foreign object lodged in it? re wires of N on the VM ssy disconnected or damaged? Is signal output from I-pin (MSO) on the VM ssy? oes -nm L deteriorate? If the voltage at each both ends of R and R on the VM ssy is. V or more, the -nm L is definitely deteriorated. oes -nm L deteriorate? If the voltage at each both ends of R and R on the VM ssy is. V or more, the -nm L is definitely deteriorated. Is there abnormality in G waveform? (I-pin ) re there scratches or dirt on the disc? VM ssy TS river I (I) Mechanism section (Spindle motor) lexible cable / connector VM ssy V I (I) -nm L deteriorated. (When playback of a V is impossible) -nm L deteriorated. (When playback of a is impossible) VM ssy G output : TS river I (I) isc P--J

68 .. SQUN TR POWR ON/O Normal POWR-ON sequences Set time for the current step lapsed time etails on control msec + msec msec + msec msec + msec msec + msec msec POWR ON start, Various initial settings ll keys are masked. XSYSMUT ON Various initial settings SYSPOW ON When the power is turned on, the HLLO display is requested (. sec). Various initial settings RST L H Various initial settings ontrol of the L driver starts. ata transmission Various initial settings us communication starts. + msec msec Various initial settings + msec msec Various initial settings Masking of all keys is canceled. + msec msec Various initial settings Temporary data transmission + msec msec POWR ON completed Normal POWR-O sequences Set time for the current step lapsed time etails on control msec POWR O start, Various settings The mask flags for all keys are set. + msec msec (Note ) Various settings Whether the V is turned off or not is checked. us communication is terminated. + msec msec Various settings + msec msec Various settings + msec msec Various settings ll the indications on the L are deleted. + msec msec Various settings + msec msec Processing for the ports required when the power is turned off + msec msec POWR O completed (passes every loop in the POWR O) Note : In this step, the unit wait for the V module to turn the power off. If the V module takes a longer time to turn itself off, the elapsed time will become longer, by just that much. P--J

69 isplay Only POWR-ON sequences Set time for the current step lapsed time etails on control msec isplay only POWR ON start, Various initial settings ll keys are masked. The normal operation keys are masked. POWR MUT ON SYSTM POWR ON (Pin : H) + msec msec Various initial settings + msec msec + msec msec Various initial settings Switched V ON completed (power supply is stabilized) Masking of the normal operation keys is canceled. SYSTM POWR ON (Pin : H) Various initial settings Power-on of the L driver starts. + msec msec isplay Only POWR ON completed isplay-only POWR-O sequences Set time for the current step lapsed time etails on control msec isplay-only POWR O start, Various settings The mask flags for all the keys are set. The mask flags for the normal operation keys are set. Muting the power system (SYSTM MUT RQUST) Power-off of the L driver starts. + msec msec Various settings + msec msec Various settings + msec msec + msec msec Various settings The mask flags for all keys are set. Muting of the power system is canceled. Other than in an emergency power-off, the unit awaits for a while. SYSTM POWR O (Pin : H) isplay-only POWR O completed SYSTM POWR O (Pin : H) P--J

70 POWR-ON timing waveform Standby On PON PON PON PON PON PON PON msec PON msec KY input msec SYSTM ok SYSPOW (pin ) ok XSYSMUT (pin ) V control V ON/O XVRST ok SYSTM US (V) L control ok L setting ok L reset Others Other output port Subsequently, H or L is output, as appropriate. (Port setting) P--J

71 POWR-O timing waveform On Standby PO PO PO PO PO PO msec POG msec SYSTM SYSPOW (pin ) SYSMUT (pin ) V control V ON/O (pin ) (V ON/O) XVRST (pin ) (XVRST) SYSTM US (V) (pins,,,,) L control L setting (pins,,) L reset (pin ) (XLRST) Others Ximmer (pin ) (IMMR) P--J

72 .. ISSSMLY Note : o NOT look directly into the pickup lens. The laser beam may cause eye injury. Note : ven if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common. Note : or performing the diagnosis the VM SSY side, the following jigs for service is required: able for service (GG) iagnosis of P's onnet, Tray Panel Remove the onnet by removing the ten screws. onnet How to open the Tray when the power cannot be on Insert a Screwdriver (small) into the Slit located at the bottom of the unit, and slide the projection of the rive am in the LOR SSY in the direction of the arrow, as indicated in the photo. If the Tray pops out a little, fully pull it out by hand. Slit Screwdriver (small) Press the STNY/ON button to turn on the power. Press the OPN/LOS button to open the Tray. Remove the Tray Panel. Set the Test isc. Press the OPN/LOS button to close the Tray. (Test isc is clamped.) Press the STNY/ON button to turn off the power. Pull out the Power cord. Tray open Test disc Projection Screwdriver (small) Tray Panel Tray rive cam LOR SSY ottom view P--J

73 VM SSY Remove the two screws which secure two Grounding wires in place. Remove the four screws. LOR SSY Grounding wires xtend the two Grounding wires which were removed in procedures and connect them to hassis for grounding. Grounding wires hassis Top View Raise the LOR SSY. Slightly lift the LOR SSY and displace it slightly backward. LOR SSY iagnosis Note: Service cable P (GG) is required when diagnosing the VM SSY side. P--J

74 PL SSY L SSY MNSW SSY J TRNS SSY G KY SSY H ONTOR SSY I PRIMRY SSY VM SSY JK SSY P--J

75 Removing the Traverse Mechanism ssy-s and S Pickup ssy-s LOR ssy Short-circuit point by soldering. Note: fter replacement, connect the flexible cable for pickup, then remove the soldered joint (open). isconnect the three flexible cables. VM ssy S Pickup ssy-s Rear view ottom view LOR ssy ridge, Tray Remove the one screw. Remove the bridge. Pull out the tray, then remove it by pressing the hook. - Hook ridge Note when reinserting the tray When reinserting the tray, first align the triangle printed on the loading base and the pin of the drive cam, then insert the tray. rive cam Pin - Loading base Triangle ront side Tray P--J

76 Traverse Mechanism ssy-s islodge the two flexible cables from their factory placement. lexible cable for the spindle motor ront Side lexible cable for the pickup ottom view Unhook the four hooks. Remove the Traverse Mechanism ssy-s Traverse Mechanism ssy-s P--J

77 S Pickup ssy-s Note: The S Pickup ssy can be removed without removing the TTraverse Mechanism ssy-s.(shown as Step π.) S Pickup ssy-s isconnect the flexible cable for the pickup. ront Side lexible cable for the pickup ottom view Remove the two adjustment screws. Remove the S Pickup ssy. djustment screw (skew screw VK) djustment screw (skew screw VK) S Pickup ssy-s Note: e careful not to lose the adjustment spring (skew spring VK). djustment screw (skew screw VK) djustment spring (skew spring VK) P--J

78 Remove the one screw. Note: The screw is secured with the silicone adhesive. Make sure to apply the silicone adhesive after reattaching the screw. S Pickup ssy Joint VK Joint spring VK Silicone dhesive GM rrangement of the flexible cable for the spindle motor : onductive surface ront Side Hook Hook ottom view P--J

79 rrangement of the flexible cable for the pickup : onductive surface Note: e sure to move the S Pickup ssy to the innermost perimeter. old the flexible cable for the pickup with the backing outward in the illustration below. Hook the part folded in Step to the hook. Pass the flexible cable through the hook. acking mm Reference line Reference line Hook Hook ttach the flexible cable for the pickup to the connector. old the flexible cable along the hook. Pass the flexible cable through the hook. Hook acking ront Side ottom View Hook Pass the flexible cable through the hook. Hook Hook Make sure that the cable is loose P--J

80 .. PNL JUSTING How to adjust the L Panel (when replacing the L Panel L) Set the top and bottom edges of the L Panel L even with R and tighten the screws. djust this gap to zero (). L Panel L L Panel R OK NG Screw for securing the L Panel L (Tighten the screw while adjusting the gap.) Rear face of the Panel SSY P--J