Sharp XV-C1E Service Manual Download Page 9

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4-l. Remove the two screws off the intake duct assembly. Detach the intake duct assembly from the bottom

cabinet.

4-2. Remove the five screws off the optics mechanism assembly. Detach the assembly from the bottom cabinet.

Remove the two lock screws off the lamp/cage

module unit.

Remove the three countersunk lock screws off

the upper and lower lamp cases.

5-3. Remove the lock screw and the nut off the

lamp terminal.

5-4. Release the lamp lock spring off the hook

below the lower lamp case. Take out the lamp/
mirror assembly.

Lamp/cage module unit

5-3

5-2

Optics

Ass’y

Summary of Contents for XV-C1E

Page 1: ...l TROUBLESHOOTING TABLE 19 l INTRODUCING THE NEW ICs 23 l CHASSIS LAYOUT 75 l DESCRIPTION OF SCHEMATIC DIAGRAM 77 l WAVEFORMS 78 l OVERALL WIRING DIAGRAM 79 l SCHEMATIC DIAGRAM 81 l PRINTED WlRiNG BOARD ASSEMBLIES 94 l PARTS LIST n ELECTRICAL PARTS 99 n CABINET AND MECHANICAL PARTS 111 n ACCESSORIES PARTS 117 I PACKING PARTS 117 l PACKING OF THE SET 118 Page l TECHNISCHE DATEN 38 l HINWEISE FUR DE...

Page 2: ...ative 7 58 terminated C chrominance signal burst 0 286 Vp p 75R terminated 360 TV lines video input 1 W monaural 6 5 cm round AC 200 240V 50160 Hz 167W 3 6 W 5 C to 40 C Storage temperature 20 C to 60 C Cabinet Plastic Dimensions W x D x H 210 x 277 x 130 mm Weight 1 3 5 kg Supplied accessories Lens cover installed air filter installed Replacement parts Air filter PFILD0054CEZZ Our projector uses ...

Page 3: ...f UV Radiation avoid direct eye contact 5 The medium pressure lamp involves a risk of explosion Be sure tcrfotlow installation instructions described below and handle the lamp with care 2 Do not operate the lamp outside of the lamp housing 3 Do not operate for more than 2 hours with the enclosure removed 1 w Lamp Replacement Note Since the lamp reaches a very high temperature during units operatio...

Page 4: ...bstructed a protection device will automatically turn off the projector lamp This does not indicate a malfunction Remove the projector plug from the wall socket and wait 10 minutes Then turn on the power by plugging the cord back in Thiswill return the projector to its normal mode REAR VIEW MAIN POWER switch ON OFF o 01 VOLUME ENTER o EN ENTERbutton POWER ON OFF button VOLUME UP DOWN A buttons MEN...

Page 5: ...Dimensions j XV ClE 0 0 0 0 0 0 0 0 0 Top View Front View Side View 277 272 Units mm Bottom View 5 ...

Page 6: ... cabinet l 2 Remove the air filter cover first and then the M3 screw 1 3 Remove the tapping screw off the bottom cabinet Air Filter Cover 1 3 1 4 Remove the five screws four 3 mm tapping screws and one M2 5 screw off the rear cabinet l 5 Disconnect the connector PE of the AC cord that runs through the rear cabinet from the ballast unit Detach the rear cabinet 6 ...

Page 7: ... Note Mount the air filter cover last Do not attempt to place the air filter cover first and then the top cabinet Because otherwise the air filter cover s lever and the top cabinet s leaf switch lever would interfere with each other thereby damaging the leaf switch 1 Set the top cabinet over the bottom cabinet 2 Press the front cabinet against the top and bottom cabinets to fit them together 3 Pre...

Page 8: ...sconnect the connectors 2 3 Remove the screws off the control unit and operation key unit Disconnect the connectors 3 Removing the LCD module unit 3 1 Remove the screw off the panel cover Take out the panel cover 3 2 Pull up the LCD module unit slowly out of position r l n Key Unit Panel Cover w 2 3 LCD Control Unit Module Unit Sub Unit a exhaust vent iv Top Cabinet 8 ...

Page 9: ...e assembly from the bottom cabinet 5 Removing the lamp 5 1 Remove the two lock screws off the lamp cage module unit 5 2 Remove the three countersunk lock screws off the upper and lower lamp cases 5 3 Remove the lock screw and the nut off the lamp terminal 5 4 Release the lamp lock spring off the hook below the lower lamp case Take out the lamp mirror assembly Lamp cage module unit _ 1 5 3 0 h 5 2 ...

Page 10: ... sure that the liquid evaporates from the lens surface immediately after you rub it This is the best ratio The more ether is used the quicker the liquid evaporates l Method Use well washed bleached cotton cloth or cleaning paper available on the market Damp the bleached cotton cloth with the liquid and hold the lens sandwiched in the cloth with your thumb and the index finger Turn the lens and wip...

Page 11: ...J A and SELECT ADJ v keys are also used to make adjustments Each time the ENTER key is pressed on the ADJ IN screen the adjustment subjects of a group are changed one by one Pressing the VOLUME A key changes the subjects in the reverse order When the MENU key is pressed the previous group appears on the screeo _ Press S2001 again to go out of the ADJ IN mode Group I VIDEO 1 VIDEO 2 VIDEO 3 H CENT ...

Page 12: ...ro Not used just to be 0 zero VIDEO 2 SUB BIAS R BIAS B BIAS R DRIVE B DRIVE Sub bias adjustment White balance red bias adjustment White balance blue bias adjustment White balance red drive adjustment White balance blue drive adjustment VIDEO 3 P H CENT P COLOR S COLOR PAL horizontal position adjustment PAL colour adjustment SECAM colour adjustment TEMPSET Temperature detection level setting N W S...

Page 13: ...I I 1 VIDEO1 I H CENT SUB R IL Y CONT SUB G l 4 User mode screen I 1 _ _ _ _ ____ __ _______ I FACTORY SET 4 I I 1 _ SUB B i 0 I IENTER VOLUME A Not used ...

Page 14: ...1 Receive the PAL monoscope pattern l Using the A and v keys make the signal overscan just the same at right and 2 Press 52001 to call up the ADJ IN left mode and select the following subject Group VIDEO 3 Subject PAL H CENT Contrast DAC 1 Receive the NTSC lo step pattern l Using the A and v keys adjust the gamma signal difference between the 100 white correction on 2 Apply 3 5 Vdc to pin 7 of P80...

Page 15: ... level to mode and select the following subject 2 4O eO 05 Vp p Group VIDEO 1 Subject BRIGHT 3 Connect the oscilloscope to pin 2 of P1401 8 Tint DAC 1 Receive the NTSC half colour bar l Using the A and v keys adjust the signal B Y signal waveform to slope 2 Press S2001 to call up the ADJ IN down straight mode and select the following subject Group VIDEO 1 Subject TINT _ 4 3 Connect the oscilloscop...

Page 16: ...to call up the ADJ IN level and the white level to 2 4OaO 05 mode and select the following subject VP P Group VIDEO 2 Subject B DRIVE 3 Connect the oscilloscope to pin 1 of I I P1401 I I 12 R bias DAC gamma correction on 1 Receive the NTSC IO step pattern l Using the A and v keys adjust the signal difference between the white levels 2 Press S2001 to call up the ADJ IN to 3 25kO 05 Vp p mode and se...

Page 17: ... 0 25iO 05 Group VIDEO 3 vp p Subject PAL COLOR 3 Connect the oscilloscope between pin 3 of P1401 and GND 16 SECAM colour DAC gamma correction on 1 Receive the SECAM half colour bar E Using the A and v keys adjust the 1 OCH signal difference between the 100 white 2 Press S2001 to call up the ADJ IN level and the red level to 0 25kO 05 mode and select the following subject VP P Group VIDEO 3 Subjec...

Page 18: ...so that the display bar display position signal be well centered on the screen check 2 Press the SOUND UP DOWN keys to get the sound volume display bar on the screen 20 Temperature 1 Press S2001 to call up the ADJ IN l Check that the numerical entry is 40 detection level mode and select the following group c h e c k Group TEMP SET 18 ...

Page 19: ...401 DL401 and their L peripheral circuits l V Is there signal at pins l 2 and 3 of P803 No Yes r L Check IC801 Q801 Q802 Q803 1 and their peripheral circuits r mm Go to Checking the IC1501 1 L A I interface circuit I No colour or poor tint with NTSC signal V Is there chroma signal input at pin 20 of IC801 No Yes r L m 7 Check DL401 lC401 0401 and therr r _I peripheral circuits I Check IC801 and it...

Page 20: ...e R Y and B Y signals put out of No fl peripheral circuits X801 and 1 Check IC801 and its I pins 45 and 46 of IC801 C811 in particular I L J m m I Check iC802 and its peripheral I circuits L a I No colour or poor tint with SECAM signal Check IC401 and its peripheral Check IC801 and its peripheral Check IC803 and its peripheral r I Check IC801 and its peripheral 1 L circuits A J 20 ...

Page 21: ... I 1 Check pins 58 and I 59 of IC801 and their I peripheral parts L I 1 Yes r Is there horizontal sync signal output No Check IC503 and its 1 at pin 10 of IC503 peripheral circuits I I Yes r A 1 Check IC1603 IC1607 and IC1608 I all located on the control PWB Check I also their peripheral parts L w I r Is there vertical sync signal output at No L Check IC801 and its 1 pin 4 of IC801 peripheral circ...

Page 22: ...oes F1701 break 1 down again Power unit in trouble I No r Ballast unit in trouble 1 No nroblem with fuse I Fuse blown out I Is discharging sound heard I Do Q1701 and L1701 break down in the short circuit mode rRG Eel r l 1 T1702 or I I ET eQer 1 L 2 J L l 22 rFt el Fh k blT I al701 a n d I I Ll701 a n d their L1701 L I p e r i p h e r a l c i r c u i t s 1 1 ...

Page 23: ...E 31 VEE 8 C IN 32 R OUT 9 ACC FILTER 33 v c c 2 10 Y IN 34 G OUT 11 COLOUR 35 OUT DC DET 12 F ADJ 36 B OUT 13 AGC OUT 37 N C 14 AGC FILTER 38 RGB AMPLITUDE 15 N C 39 FRP 16 CLAMP 40 RGB INV 17 APL 41 SUB BRIGHT B 18 H FILTER OUT 42 SUB BRIGHT R 19 SYNC SEP 43 BRIGHT 20 SYNC OUT 44 GAMMA 2 21 SYNC IN 45 GAMMA 1 22 TIME CONSTANT 46 PEAK LIMITER 23 PICTURE 47 SUB CONTRAST B 24 KILLER FILTER 48 SUB C...

Page 24: ...XV Cl E II Block diagram 24 ...

Page 25: ... COLOR pin No 11 Used to receive DC voltage for colour adjustment l F ADJ pin No 12 A resistor is added between this terminal and GND Used to adjust the filter s frequency characteristic l AGC OUT pin No 13 Used to output the voltage detected by the video system AGC detector l AGC FILTER pin No 14 Used to connect a filter to detect the video system s AGC l CLAMP pin No 16 Used to connect with a ca...

Page 26: ...ive the oscillator circuit signal GND pin No 29 Grounding terminal l R OUT G OUT B OUT pin Nos 32 34 and 36 Used to output the primary colour signals that are inverted according to the inversion signal l VCC2 pin No 33 Used to connect the positive polarity power for RGB output OUT DC DET pin No 35 Used to connect a capacitor to detect the output DC bias l RGB AMPLITUDE pin No 38 Used to adjust the...

Page 27: ...of Pierce crystal oscillator type and functions as a crystal unit The APC detector phase detects the burst signal and the VCO oscillation output signal The resulting detection voltage is used to control the VCO s oscillation frequency and to form a phased locked loop By doing so no readjust ment is needed 9 Killer detector The detector is used to phase detect the burst signal and the VCO s oscilla...

Page 28: ...ng to the FRP pulse being inputted to pin 39 When the pin 40 is at the VCC potential the input output and inverted pulse are in the relation ship shown below VIDEO input FRP input R G B output i Tl r l Primary colour output The push pull system is employed in order to drive a capacity load A feedback is made to keep the output signal s center voltage at VCC VEE 2 This is to prevent DC components f...

Page 29: ...27 TEST4 I 23 VDOUT 0 WIDE mode select input Normal at I Wide at HI Horizontal signal output sync VIDEO mode select input 1 Test terminal input Horizontal signal output sync Test terminal input 2 Vertical svnc sianal outbut 2 8 ITEST I I 1 I Test terminal input 29 TEST2 30 TEST1 Test terminal input Test terminal input 3 1 CL0 0 Negative power generation clock output 32 DGND Power High voltage powe...

Page 30: ...6 0 lNVlN2 I lnverter input 2 61 INVOUT2 0 lnverter output 2 62 MFS 0 Field ID signal monitor output 63 VCC P o w e r Logic circuit power 5V typical 64 GND P o w e r Logic circuit power ground OV l The GND and DGND pins are interconnected inside the chip with a resistor in between Be sure to keep both pins at the same potential l When the OE input level gets low all the output signals to the TFT p...

Page 31: ...4 4 1 1 X direction signal X direction signal o I generation decoder generation decoder Vnrticnl svqc D e 3 I I PCOI II Phase l I I At 3 I 6 VDOUT RGBINV FRP VLS MFS INVIN INVOUT VDDl 3 Level shifter 1 Leve I shi l HDOUTI HDOUT2 SBLD BLDIN BLDOUT MVSYNC MHSYNC NAlNl NAIN2 NAOUT _ 0 VDD2 VDD Line 31 ...

Page 32: ...001 RH IX2992CENl I BLOCK DIAGRAM INTERFACE IR3Y12 4444 LCD CONTROLLER CLK DATA CS 1 1 1 JAPANISEEG S VIDEO IN MICRO CONTROLLER IX2992CE l6 1 SECAM OUT I 57 I B OUT LED LAMP 4 RESTART up LEDTEMP BALLAST unit SDA 32 ...

Page 33: ...341M R C I R C 1 6 w TIM3 1 7 TIM2 18 P24 S VIDEO IN I S VIDEO SW LAMP FAILURE I LAMP FAILURE LED STAND BY 0 LED STAND BY 19 P25 20 P26 21 NC LED POWER LED RESTART NC 0 LED POWER 0 LED RESTART 22 NC NC 23 NC NC 24 NC NC 25 NC NC 26 1 NC I I 27 P27 2 8 C N V S S LED LAMP 0 LED LAMP FAILURE GND GND 29 1 XIN I I I SYSTEM CLOCK OSC 3 0 X O U T XOUT 0 SYSTEM CLOCK OSC 31 v s s GND GND 32 1 NC I I 33 NC...

Page 34: ...XV Cl E 77 VJ PWMl NC 78 m PWM2 P CON 1 0 P CON 1 79 NC NC 80 P63 PWM3 NC 34 ...

Page 35: ...4 LCD Panel RLCDP0037CEZZ I Pins XV Cl E 35 ...

Page 36: ...verse shift LCCOM voox vssx VDDY VSSY VMOS ENABLE DIR DIR Used to input a counter electrode potential of the LCD panel Used to input positive power for the X driver Used to input negative power for the X driver Used to input positive power for the Y driver Used to input negative power for the Y driver Used to input a common potential for the holding capacitor Used to enable they driver output Used...

Page 37: ... XV ClE Timing charts 1 tr tf Dx DY CLX CLX CLY CLY 2 t pdCC CLX CLY CLX CLY t pdCCL 3 ts CLxn 5 0 t s ts 4 tDS tDH Dx DY CLXI CLY 37 ...

Page 38: ... CHASSIS LAYOUT I CHASSISANORDNUNGSPLAN BALLAST UN RDENC0235CEZZ T iH G F E D C F 1 7 0 2 a1701 POWER RDENCO SUB UNIT DUNTK9349DE MAIN UNIT DUNTK9348DE 14 h SC1602 II IC5Q4 SW IC303 1 I 2 I 3 I 4 I 5 I 6 II 75 II ...

Page 39: ...E XV Cl E POWER UNIT RDENC0236CEZZ I c504 v OPERATION KEY UNIT RUNTK0576CEZZ 00000 0001 I 7 I 8 I 9 I 10 I 11 I 12 a 76 ...

Page 40: ...S SPANNUNGSMESSUNGEN 1 Spannungen an den Priifpukten bei einer Netzspannung von 220V gemessen Signale werden ftir die Wartung mit einem Farbbalken Signal generator zugeftihrt und Spannungen werden mit einem MeOinstrument 20 kQ V ermittelt SIGNALFORMMESSUNGEN 1 Die Wellenformen an den Testpukten werden bei einer Netzspannung von 220V verfolgt Signale werden fur die Wartung mit einem Farbbalken Sign...

Page 41: ...801 pin 20 0 1 Vidiv 20psec div 9 IC801 pin 21 0 2Vldiv 2Ousecldiv IC801 pin 29 0 2V div 20 usecldiv IC801 pin 45 0 2V div 20psecldiv IC801 pin 46 0 2V div 20psec div IC803 pin 20 SOmV div 20ysecidiv IC502 pin 11 1 Vldiv 5msecldiv I IC504 pin 4 1 V div Smsec div P803 pin 1 0 2V div 2Obsecldiv P803pin 3 0 2V div 20psec div P803 p i n 5 0 5V div 20psecldiv IC1501 p i n 3 2 2V div 20psecIdiv IC1501 p...

Page 42: ...I XV Cl E c OVERALL WIRING DIAGRAM I GESAMTSCHALTPLAN I I POWER UNIT RDENC0236CEZZ 1 f SUB UNIT I ocNw 46TJCEz lx DUNTK9349DE DUNTK9348DE lJ 0 i 1 I 2 I 3 I 4 I 5 I 6 79 _ __ _ _ _ ...

Page 43: ...E SUB UNIT LCD 1 RLCDP0037CEZZ r i CONTROL UNIT DUNTK9350DE B p4Eq I 0 0 0 cl 0 0 0 0 o K z Ey UN1T I 7 I 8 I 9 I 10 I 11 I 12 ...

Page 44: ...W MAIN NIT 112 I HAUPT EINHEIT 112 I I I I m VHITDA8375A 3 lVlDEO CHROMA SYNCl I cc304 TA7809S I 81 ...

Page 45: ...XV Cl E OUNTK9348DEo fO5 06 mm11 I I ...

Page 46: ...XV Cl E n MAIN UNIT 212 I HAUPT EINHElT 2 2 T O M A I N l 2 1 1 I B 1 G R w 1 I 2 I 3 I 4 I 5 I 6 83 _ _ ...

Page 47: ...E B DRIVER G DRIVER r 01409 ICI501 IR3Y I20 63 63eatii3 I INTERFACE M OND 7 1 TO CONT SC I602 SOCNOl99FJ DUNTK9348DEcwxdo6 I 7 I 8 I 9 I 10 I 11 I 12 s 84 ...

Page 48: ...n SUB UNIT I UNTEREINHEIT H G F E D C B A 2 L G t i i i l I I I I I amoS 4x I I I _ I R 1 I I I I I I I I I II 1 i ii t I I I 2 I 3 I 4 I 5 I 6 I 85 __ ____ ...

Page 49: ...XV Cl E I 7 I 8 I 9 I 10 I 11 I 12 ...

Page 50: ...TROL UNIT I STEUERWERK EINHEIT r IC I603 TC4W53F I 0 0 c LT 4 3 2 I vss M IN4 COM Cl610 Td M 7 s LB a 0 Q 4 ICI 606 TC4SU I If TO MAIN J NC 8 so w 9 R MVSYNC IO CSYK I I HSY 12 VD 13 ENou7 1 4 I 1 I 2 I 3 I 4 I 5 I 6 I 87 ...

Page 51: ...l5V Ii r12v ICI 606 ETM3070T LCD CONTROL 6LDIN ltc WSTNC 8 I6 DX I7 vssx 1 s VID S I9 VlD 0 0 5 FF Cl622 25 611 7u RI612 r Cl623 4 m T I 125w Cl401 ik rl IllJl RI402 4 7Km MWOlTA R16lcJ 47K DUNTK9350DEoz os o6 I 7 I 8 I 9 I IO I 11 I 12 ...

Page 52: ...XV Cl E xv q POWER UNIT I NETZ EINHEIT TO ADENC0235CEZZ RDENC0236CEZZ I I I 0702 R ll I 712 62 2SC3266 1 2WI E2w E IIK Wl 0 _ IA I VA 0702 ER I 02 0701 I ssss I I I I _ ...

Page 53: ...C I623 2SC I623 UPC76NI 5H 0710 R749 Em3242 0 IC702 TA7643 I r D72D I LA 17 x704 PQIPRFI I T O F A N CN4P PH T O F A N T O M A I N r POl2RFI IC706 JJPC24MOBAHF I 7 I 6 I 9 I 10 I 11 I 1 2 1 11s A R E A I S C O L D S I D E 90 ...

Page 54: ... BALLAST UNIT I VORSCHALT EINHEIT RDENC0235CEZZ TO RDENC0236CEZZ CNl701 v i VG I E WI I V32 I LI L2 4 L3 THIS AREA IS HOT SIDE CNl703A I 12 131 4 CN I7038 01716 0 2SA0 I2 R 72 IW 11 1 I I I 1 2 I 3 I 4 I 5 I 6 I 91 I ...

Page 55: ...E XV Cl E I r t _ _ _ I 34 rnl z o r em TO SUB CN I702 N LIGHT 0171 I 2SA6 I2 T H I S A R E A I S C O L D S I D E I r IC 1702 M5239L i r 01707 2SCI 623 I 7 I 8 I 9 I 10 I 11 12 ...

Page 56: ... XV CIE XV n OPERATION KEY UNIT I BEDIENUNGSTASTEN EINHEIT 93 _ __ __ I _ _ _ __ _I_y_ _II _ _ u H G F E s D c B A ...

Page 57: ...rol Unit Component Side Steuetwerk Einheit Bestiickungsseite Operation Key Unit Component Side Bedienungstasten Einheit Besttickungsseite Control Unit Wiring Side Steuetwerk Einheit Leiterbahnseite Operation Key Unit Wiring Side Bedienungstasten Einheit Leiterbahnseite 1 I 2 I 3 I 4 I 5 I 6 ...

Page 58: ... XV ClE Main Unit Component Side Haupt Einheit Bestiickungsseite Main Unit Wiring Side Haupt Einheit Leiterbahnseite 4 5 I 6 I 1 I 2 I 3 I I 95 ...

Page 59: ...E XV Cl E Sub Unit Component Side Untereinheit Bestiickungsseite Sub Unit Wiring Side Untereinheit Leiterbahnseite I 7 1 8 I 9 I 10 I 11 I 12 1 96 ...

Page 60: ...XV Cl E Power Unit Component Side Netz Einheit Bestiickungsseite Power Unit Wiring Side Netz Einheit Leiterbahnseite 1 I 2 I 3 I 4 I 5 I 6 97 ...

Page 61: ... I I I 1 I I I I I I I I I I I I I Ballast Sub Unit Component Side Vorschalt Untereinheit Bestiickungsseite Ballast Sub Unit Wiring Side Vorschalt Untereinheit Leiterbahnseite J _i E5 wia i n 4 mw v y I i n Ballast Unit Wiring Side Vorschalt Einheit Leiterbahnseite I 7 I 8 I 9 I 10 I 11 I 12 L J 98 ...

Page 62: ... SHOWN ARE SUPPLIED AS AN ASSEMBLY BUT NOT INDEPENDENTLY DLCPP0049DEOi J LCD Module Unit CQ PRINTED WIRING BOARD ASSEMBLIES NOT REPLACEMENT ITEM DUNTK9348DE02 Main Unit For Europe DUNTK9348DE05 Main Unit For U K DUNTK9348DE06 Main Unit For Australia and New Zealand DUNTK9349DE02 Sub Unit For Europe DUNTK9349DE0 5 Sub Unit For U K DUNTK9349DE06 Sub Unit For Australia and New Zealand DUNTK9350DE02 C...

Page 63: ...lCWlOGM J 1 0 16V Elect N P A C C308 VCESPFICWIOGM J 1 0 16V Elect N P A C c309 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB c310 VCESPFIHWIOSM J 1 50V Elect N P A C C312 RC EZ0417CEZZ J 1 5 0 16V Electrolytic AD c313 VCKYCYlEFl04Z J 0 1 25V Ceramic AA c315 VCKYCYlHB103K J 0 0 1 50V Ceramic AA C316 VCKYCY 1 HBl03K J 0 01 50V Ceramic AA c317 VCKYCYI HBl03K J 0 0 1 50V Ceramic AA C318 VCKYCYlHB103K J O O...

Page 64: ...cription Code C 8 6 9 VCKYCYlEFl04Z J 0 1 25V Ceramic A A C870 VCCCCYlHHlOlJ J 100 5 0 V C e r a m i c A A C871 VCKYCYlHBl03K J 0 0 1 5OV Ceramic AA C 8 7 2 VCEAPFlHWlOGM J 1 0 5OV Electrolytic AB C 8 9 3 VCEAPFlHW225M J 2 2 50V Electrolytic AB C l 4 3 1 VCEAPFlCW226M J 2 2 16V Electrolytic AB C l 4 3 2 VCKYCYlHBlO3K J 0 0 1 5OV Ceramic AA C l 5 0 1 VCEAPFlCWl07M J 1 0 0 16V Electrolytic AD C l 5 ...

Page 65: ...100 lil6W Metal Oxide AA R808 VRS YY 1 JF561 J J 560 1 16W Metal Oxide AA Ref No R809 R810 R811 R812 R813 R814 R815 R816 R817 R818 R819 R820 R821 R822 R823 R824 R825 R826 R827 R828 R829 R830 R831 R832 R833 R834 R835 R836 R837 R838 R839 R840 R841 R842 R843 R844 R845 R846 R847 R848 R849 R850 R851 R852 R853 R854 R855 R856 R857 R858 R859 R860 R861 R862 R863 R864 Part No Description Code VRS CYl JFlOSJ...

Page 66: ...al Oxide AA J 47 1 16W Metal Oxide AA J 6 8 0 1 2W Metal Oxide AA J 6 8k 1 16W Metal Oxide AA J 47 1 16W Metal Oxide AA J 680 1 2W Metal Oxide AA J 6 8k 1 16W Metal Oxide AA R1469 VRS CYl JF47OJ R1471 VRS TX2HF681 J Rl501 VRS CYlJF102J Rl502 VRS CYlJFl02J R1503 VRS CYl JFIOPJ R1504 VRS CYiJF22lJ R1505 VRS CYlJF333J R1506 VRS CYl JF273J RI507 VRS CYl JF563J R1508 VRS CYlJF124J Rl509 VRS CYlJFl24J R...

Page 67: ...HBl03K J 0 0 1 50V Ceramic AA C2018 VCKYCYlHBlOSK J 0 0 1 50V Ceramic AA C2019 VCKYCYlHBl03K J 0 0 1 50V Ceramic AA C2020 VCKYCYlHB103K J 0 0 1 5OV Ceramic AA C2021 VCEAPFlCWl07M J 100 16V Electrolytic AD C2022 VCEAPFlCWlOGM J 1 0 16V Electrolytic AB C2023 VCEAPFlCW107M J 1 0 0 16V Electrolytic AD C2024 VCKYCYlHBlOBK J 0 0 1 50V Ceramic AA C2025 VCKYCYlHBl03K J 0 0 1 50V Ceramic AA C2026 VCKYCYlHB...

Page 68: ... J 22k 1 16W Metal Oxide AA J 8 2k 1 16W Metal Oxide AA J 12k 1 16W Metal Oxide AA J 10k 1 16W Metal Oxide AA J 2 2 k lil6W M e t a l O x i d e A A J 27k 1 16W Metal Oxide AA J 22k 1 16W Metal Oxide AA J 22k 1 16W Metal Oxide AA J 22k 1 16W Metal Oxide AA J 150k 1116W Metal Oxide AA J 10k 1 16W Metal Oxide AA J 5 6k 1 16W Metal Oxide AA J 3 9k 1 16W Metal Oxide AA J 5 6k 1 16W Metal Oxide AA J 47k...

Page 69: ...16W R1604 VRS CYlJFlOlJ J 1 0 0 1 16W R1605 VRS CYlJFlOSJ J 10k 1 16W R1606 VRS CYl JF103J J 10k 1 16W R1608 VRS CYlJF183J J 1 8 k 1 16W R1609 VRS CYl JF683J J 6 8 k 1 16W Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide Metal Oxide AE AX AD AD AE AB AB AC AB AB AA AA AA AA AA AB AA AA AB AB AB AB AB AA AA AB AA AB AA AA AA AA AA AA AA AA AA Ref No Pa...

Page 70: ...UBA0005KZ J Diode 1 SS55 95KUBC0221AK J Diode ERA18 02 95KUBC0248AK J Diode 05NU42 95KUBC0248AK J Diode 05NU42 95KUBC0215DK J Diode ERA1 5 06 95KUBY0020AK J Diode 1 SS355TE 95KUBA0005KZ J Diode 1 SS55 95KUBYOO20AK J Diode 1 SS355TE 95KUBC0264BC J Diode ERB32 02 95KUBC0264BC J Diode ERB32 02 95KUBC0207CK J Diode ERB83 006 95KUBC0265BB J Diode ERD32 02 95KUBC0265BB J Diode ERD32 02 95KUBY0020AK J Di...

Page 71: ...5KUEEC820CH J a2 1 2w Carbon 95KUEEB561DC J 5 6 0 ll4W Carbon 95KUEEB561 DC J 5 6 0 ll4W Carbon 95KUEXCASlO3 J 10k l lOW C h i p 95KUEXCAS103 J 10k l lOW C h i p 95KUEXCAS102 J lk l lOW Chip 95KUEEB472DC J 4 2k 1 4W Carbon AC AC AC AC AB AB AB A0 A0 AB A0 AB AB AB AB A0 AB AB AB Ref No Part No Description Code R720 R721 R722 R723 d R724 d R725 R726 R728 R729 R730 R731 R732 R733 R734 R735 R736 R737...

Page 72: ...V Electrolytic AD Cl709 95KUGCU331 AS J 330 1kV Ceramic AD C l 7 1 0 95KUGFQ225HA J 2 2 400V Film AK Cl71 1 95KUGXAEF333 J 0 033 50V Ceramic Chip A B Cl712 95KUGZ0956ZZ J 0 33 400V Film AH C l 7 1 3 95KUGZ0956ZZ J 0 33 400V Film AH C l 7 1 4 95KUGFLlO3HQ J 0 01 400V Film AD C l 7 1 5 95KUGXAFCl05 J 1 16V Ceramic Chip AD Cl716 95KUGXAED104 J 0 1 25V Ceramic chip AB Cl717 95KUGXAFFl04 J 0 1 50V Cera...

Page 73: ...lOW C h i p J 2 2 k l lOW C h i p J 12k l lOW C h i p J 1 5k l low C h i p J 3 3k l lOW C h i p J 5 6k l lOW C h i p J 2 2 0 i low C h i p J 10k l lOW C h i p J 4 7 k 1 4W C a r b o n J 3 9 k 114W C a r b o n J 6 8 k ll4W C a r b o n J 10k l lOW C h i p J lk l lOW Chip J 4 7k l lOW C h i p J 2 2k l lOW C h i p J 10k l lOW C h i p J 10k l lOW C h i p J 10k l lOW C h i p J lk l lOW Chip J 4 7k l lOW...

Page 74: ...T AND MECHANICAL PARTS Optics Mechanism GEHAUSE UND MECHANISCHE BAUTEILE Optik Mechanismus I XV Cl E The car Die Kor Serial number of optics mecanism Seriennummer fijr Optik Mechanismus I 2 I 3 I 4 I 5 1 I 6 ...

Page 75: ...5 Stellen in der Seriennummer fur den Optik Mechanismus 02454 thru 06976 02454 bis 06976 umber of 7ecanisrn ummer ftir echanismus 06977 thru 10276 06977 bis 10276 10277 and on 10277 und dartiber 0 6 12 Shift stopper Schaltanschlag Stopper rib reshaped Anschlagrippe neue Form Shift screw reshaped Schaltschraube neue Form E ring abolished E Ring abgeschafft 3 112 ...

Page 76: ...1 XV ClE XV CABINET AND MECHANICAL PARTS I GEHiiUSE UND MECHAN 1 I 2 I 3 I 4 I 5 I 6 I 113 _ _ _ I _ _ ____ ___ __ __ ______I_ l _ ...

Page 77: ...XV ClE 1 IECHANISCHE BAUTEILE I 7 I 8 I 9 I 10 I 11 I 12 J 114 ...

Page 78: ...te Speaker Angle x2 BA BA BA AG AG AG AB AB AV AG AD 115 1XV CIE Ref No Part No Description Code 3 2 3 QCNW 4673CEZZ J 3 2 4 VSP0065PB228A J 3 2 5 XEBSD30P06000 J 3 3 CDUC 0060CEK0 J 3 3 l Not Available 3 3 2 NFANR0069CEOO J 3 3 3 PSPAZ0248CEZZ J 3 3 4 XEPSD40P35000 J 3 4 GCOVA1697CESA J 3 5 GCOVAl698CESA J 3 6 GLEGG9027CESB J 3 7 JHNDA1035CESA J 3 a LANGK0635CEFW J 3 9 LX BZ3363CESA J 3 10 LX NZ3...

Page 79: ...r Wire Holder xl Intake Air Filter AD AC AB AB AD AA AD Cooling Fan Exhaust Vent AT Thermistor AP Choke Trans AV C Check Mark Label AD For Australia and New Zealand 30 LXBZ3279CESD J 31 LX TZ3090CESA J 32 LX BZ3374CESA J 33 XBPSD4OPlOJSO J Screw xl for Side Cover AB Screw x4 for Rear Cab AC Screw xl for Rear Cab AC Screw x6 AA for Exaust Fan Lamp Case 34 Not used 35 XEBSD30P08000 J 36 XEBSDBOPl 0 ...

Page 80: ... v Ref No Part No Description Code PACKING PARTS NOT REPLACEMENT ITEM SPAKC5062CEZZ Packing Case SPAKP0808CEZZ Polystyrene Mat SPAKX2773CEZZ Buffer Material TLABKOOOl TAZZ Number Card TLABN0157CEZZ Serial Number Label SERVICE JIGS Use for servicing QCNW 3468CEZZ J Extension Cable 14 pin Main TA Sub TA QCNW 3468CEZZ J Extension Cable 1Cpin Main TB Sub TB BA BA QCNW 4753CEZZ J Extension Cable 20 pin...

Page 81: ...oben und unten Verpackungskarton The packing case top is tape sealed Die Oberseite des Verpackungskartot ist mit Klebeband versiegelt Front I J Frontseite use 8 staples to fix the packing case Bottom side 8 Heftklammen verpackungskarton zu fixen Unterseite Number Card Serial Number Label Serien Nr Etikett IS Nummer Kane 118 ...

Page 82: ...S H A R P TQ0240 S Printed in Japan In Japan gedruckt MW KD ...

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