Manuel d'utilisation / d'entretien du produit D78-5152 du fabricant Canon
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SER VICE MANU AL English Edition L V -51 10U/D78-5152 L V -51 10E/D78-5153 By Portable Document Format 1 General 0 PREF ACE 2 Repair 3 Adjustment 4 T roubleshooting 5 Parts Catalog 6 Electrical Diagra.
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CANON Multimedia Projector L V -51 10U D78-5152 L V -51 10E D78-5153 SER VICE S MANUAL.
Technical Documents Application This CD-ROM is issued by Canon Inc. for qualified persons to learn technical theory and product repair. This CD-ROM covers all localities where the products are sold. For this reason, there may be information in this CD-ROM that does not apply to the product sold in your locality.
PREF ACE 1. Service Manual Composition This manual contains information on servicing the product. It has the following sections. Part 1 General Information Provides the basic information needed to understand the product. (Operating instructions are not included.
II 3. T ools & T est Equipment 1) General Purpose T ools 2) T est Equipment (Local Purchase) 3) Other Equipment (Local Purchase) 4) Chart/Software (Attached with this manual) Description Tool No. Remarks Ball Driver, 2.0mm hex CY9-5002-000 Optical Parts Removal & Adjustment Hex Key Set (w/2.
CONTENTS Page Part 1: General Information 1. FEATURES .......................................................................................................1-1 1.1 Development objectives ...............................................................
3.7 Lamp Ballast Unit Fan (FN905) Removal .................................................2-8 3.8 Power Board Removal ..............................................................................2-8 3.9 Optical Unit and Fan (FN901) Removal .........
Part 4: T roubleshooting 1. TROUBLESHOOTING ......................................................................................4-1 1.1 No Power ..................................................................................................4-1 1.
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Part 1 General Information.
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1. FEA TURES 1.1 Development objectives With its sights firmly fixed on the SOHO-HOME market, Canon introduced the LV- 5100 B5 file size microportable* multimedia projector to consumers last year.
1.2 Major Features ● Compact, lightweight 2.7kg/B5 file size micro-portable type Real SVGA compatible, class-leading 850 ANSI lumen output ● Supports HDTV&DVD component input Beautiful image r.
1.3 L V -51 10 Features (Details) ● Brightest in the SVGA Micro Projector class - 850 ANSI Lumens 1) Large screen presentation even in brightly lit conference rooms 2) 132W UHP short arc lamp for bright images with great color balance ● Real projection SVG (800 x 600 dot) Digital compression XGA/SXGA high-definition projection * 0.
● Impressive image size - up to 200 inches. ● Reverse image function allows the unit to be suspended from the ceiling or used as a rear-screen projector. ● Reduced lamp problems (Replace Lamp Indication) 1) The replace lamp indicator shows when it is time for a change.
Part 1: General Information 1-5 2. L V -51 10 SPECIFICA TIONS 2.1 Main unit 1. Type: Micro-portable LCD Projector 2. LCD panel: 0.7" polysilicon active matrix TFT x 3 4:3 aspect ratio 3. Number of pixels: 480,000 pixels (800 H x 600 V) x 3 4. Resolution of display supported: SXGA & XGA (compression)/SVGA/VGA 5.
18. Scanning frequency: 15KHz to 80KHz for horizontal sync. 50Hz to 100Hz for vertical sync. Up to 100MHz for dot clock 19. Audio output: 1W monaural 20. Built-in speaker: 40mm x 30mm (1.57" x 1.18"), x 1 21. Rated supply voltage: 100V AC, 50 / 60Hz (Japan) 100 to 120V AC / 200 to 240V AC, 50 / 60Hz (overseas) 22.
3. NOMENCLA TURE 3.1 Main unit Part 1: General Information 1-7 Power Cord Connector Projection Lens Speaker Infrared Remote Receiver Lens Cover Air Intake Vent Zoom Ring Focus Ring Foot Lock Latch Exhaust Vent Air Intake Vent Air Intake Vent Lamp Cover Air Filter Adjustable Foot Terminals and Connectors F ig .
3.2 T op controls Part 1: General Information 1-8 WIDE TE LE PO WER M EN U MO DE NO RM A L LA MP RE PL A CE W AR NI NG TE MP . READ Y LAMP FOCUS RING T urn this ring to adjust the projected picture focus . W ARNING TEMP . INDICA TOR This indicator flashes red when internal projector temperature is too high.
3.3 Rear panel terminals Part 1: General Information 1-9 C O MP U T E R I N S – V I D E O C O M PU TE R C O N TR OL PO RT R E S ET A U D IO I N A V Y – Pb/Cb – Pr/Cr A U D IO OU T V I D E O RESET BUTT ON The micro processor may malfunction and need to rest.
3.4 Computer Input terminal Connect the display output terminal of the computer to this terminal with the VGA Cable (attached). When connecting the Macintosh computer, the MAC Adapter (optional) is required.
3.6 Remote control Part 1: General Information 1-11 VOLUME POWER D.ZOO M KEYST ONE VIDEO MENU MUTE P-TIMER NO SH OW FREEZE AUTO IMAG E NORMAL COMPU TER ON ALL O FF D .
3.7 Operating range Point the remote control toward the projector (receiver's window) when pressing the buttons. Maximum operating range for the remote control is approximately 5m (16.
4. COMMENT AR Y 4.1 External appearance design This product follows the same design concept and coloring as the earlier models, LV- 7325/LV-7320 to establish a unified image for Canon Multimedia Projectors. Some of the major design points, which are basically the same as the other Canon Multimedia Projectors, are outlined below.
4.3 Fan speed control A new feature of this projector is Real Time Fan Control. Temperature sensors control the fan to reduce the fan noise level to an unobtrusive level (39dB) during normal operation. There are two temperature sensors, sensor 1 measuring ambient room temperature and sensor 2 measuring the temperature in the area of the LCD panels.
5. CONNECTING 5.1 Connection to the computer Part 1: General Information 1-15 C O M P U T E R I N S – V I D E O CO M P U T E R CO N T R O L P O R T RE S E T A U D I O IN A V Y – Pb/Cb – Pr/Cr AU.
5.2 Connecting to the video equipment Part 1: General Information 1-16 C OM PU TE R IN S — V ID EO CO MP UT ER CO NT R OL P OR T RE SE T A UD IO IN A V Y — Pb/Cb — Pr/Cr A UD IO O UT V ID EO Vid.
6. SETTING-UP THE PROJECT OR 6.1 Positioning the projector This projector is designed to project on a flat projection surface. The projector can be focused from 1.4m (4.6') to 8.0m (26.3'). Refer to the figure below to adjust the screen size.
Part 1: General Information 1-18 in blurred images. 6) Screen and room brightness Do not install the projector where sunlight or lighting directly strikes on the screen. If sunlight or light from lighting strikes on the screen, image will appear whitish and difficult-to-view.
7. SUPPORTED COMPUTER SYSTEM MODE The projector judges the incoming signal from the connected personal computer and automatically selects the appropriate system mode. Some models cannot be selected depending on the computer. In this case, the message Go to PC adj .
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Part 2 Repair Information.
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1. SAFETY INSTRUCTIONS Part 2: Repair Information 2-1 WARNING: The chassis of this projector is isolated (COLD) from AC line by using the converter transformer. Primary side of the converter and lamp power supply unit circuit is connected to the AC line and it is hot, which hot circuit is identified with the line ( ) in the schematic diagram.
2. CIRCUIT PROTECTIONS This projector is equipped with the following circuit protections to operate in safety. If the abnormality occurs inside the projector, it will automatically turn off by operating one of the following protection circuits. 2.1 Fuse The fuse is located inside of the projector.
2.3 W arning T emperature and Power Failure Protection The TEMP WARNING indicator flashes red and the projector will automatically turn off when the internal temperature of the projector exceeds the normal temperature or when stopping cooling fans or when the internal power supply lines are failed.
Part 2: Repair Information 2-4 CAUTION Do not operate the projector with the air filter removed. The dust is stuck on the LCD panel and the mirror, and it may spoil the fine picture image. Do not put the small parts into the air filter intake vents. It result in the malfunction of the projector.
3. MECHANICAL DISASSEMBLIES Mechanical disassemble should be made following procedures in numerical order. Following steps show the basic procedures, therefore unnecessary step may be ignored. 3.1 Cabinet T op Removal (1) Remove 5 screws. (2) Remove 2 screws A of the Cabinet Front (bottom part).
3.3 Main Board Removal 1. Remove 9 screws and remove the main board upward. 3.4 Fuse Removal 1. Remove a screw and pull the line filter cover upward and then replace the fuse if required.
3.5 A V and Component Board Removal 1. Remove 3 screws A and FPC cables, and then take the component board off upward. 2. Remove a screw B and a grounding lead, and then take the AV board ass’y off upward. 3.6 Line Filter Board Removal 1. Remove a screw A and remove a grounding lead.
3.7 Lamp Ballast Unit Fan (FN905) Removal 1. Disconnect the thermal switch sockets. 2. Remove a screw A and disconnect the lamp socket. 3. Remove 2 screws B (bottom side) and a screw C , and the remove the lamp ballast unit upward.
3.9 Optical Unit and Fan (FN901) Removal 1. Remove 2 screws A and the thermal switch. 2. Remove a screw B and disconnect the lamp socket. 3. Remove 7 screws C and pull the optical unit upward. 4. Remove 2 screws D and fan (FN901). 3.10 Audio Amp. Board Removal 1.
3.1 1 Fans (FN902, FN903, FN904) Removal 1. Remove 4 screws A and 3 screws B and remove the duct cover and fans (FN902 and FN903). 2. Remove 2 screws C and fan (FN904), and remove 2 screws D and fan holder. 3.12 AC Inlet Ass’y Removal 1. Remove a screw A and a grounding lead.
4. OPTICAL P ARTS DISASSEMBLIES 4.1 Projection Lens Removal 1. Remove the Cabinet top and cabinet front following to “Mechanical Disassemblies”. 2.
4.3 Integrator Lens Ass’y Disassembly 1. Remove the cabinet top, front and main board following to “Mechanical Disassemblies”. 2. Remove 2 screws A and take the integrator lens ass’y off upward. 3. Release 4 hooks B on the holder and remove the integrator lens.
4.5 Polarized Glass-in Ass’y Disassembly 1. Remove the cabinet top, front, main and component boards following to “Mechanical Disassemblies”. 2. Remove each screw and take the each polarized glass-in ass’y off upward. 3. Release 2 hooks and remove the polarized glass-in.
4.7 Locations and Directions When the optical parts mounting or assembling, the parts must be mounted in the specified location and direction. Please follow to the figure below.
5. LCD P ANEL/PRISM ASS’Y REPLACEMENT 5.1 LCD Panel/Prism Ass’y Removal 1. Remove the cabinet top, front and main board following to “Mechanical Disassemblies”. 2. Remove 4 screws by using the 2.0 mm hex driver and take the LCD Panel/Prism ass’y off upward from the optical unit.
5.2 Note on LCD Panel/Prism Ass’y Mounting After replacing or installing the LCD Panel/Prism ass'y, please make sure to obtain the best focus in both TELE and WIDE zoom. If the focus adjustment is required, please adjust the positioning of LCD Panel/Prism Ass’y by following the below procedure.
6. CLEANING Cleaning with air spray 1. Remove the cabinet top following to “Mechanical Disassemblies”. 2. Clean up the LCD panel and polarizing plate by using the air spray from the cabinet top opening.
Part 2: Repair Information 2-18 7. LAMP REPLACEMENT Procedure 1. Turn off the projector and disconnect the AC cord. Allow the projector to cool for at lease 45 minutes. 2. Remove a screw with a screwdriver and remove the lamp cover. 3. Remove 2 screws and pull out the lamp assembly by grasping the handle.
Recommendation Should the air filter become clogged with dust particles, it will reduce the cooling fan’s effectiveness and may result in internal heat build up and short lamp life. We recommend cleaning the air filter after the projection lamp is replaced.
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Part 3 Adjustment.
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1. BEFORE ADJUSTMENTS Part 3: Adjustment 3-1 IC302 on the main board stores the data for the service adjustments, and should not be replaced except for the case of defective device. If replaced, it should be performed the re-adjustments following to the “Electrical Adjustments”.
Part 3: Adjustment 3-2 1.1 Adjustments after Parts Replacement Integrator Lens Adjustment ❍ ● Relay Lens Adjustment ❍ ● Contrast Adjustment R-Contrast adjustment ● G-Contrast adjustment ● .
1.2 Service Adjustment Menu Operation T o enter the service mode To enter to the “Service Mode”, press and hold the MENU and NORMAL button on the projector at the same time for more than 3 seconds. The service mode display appears on the screen as follows.
Part 3: Adjustment 3-4 1.3 Service Conditions When you carry out the electrical, optical service adjustment or repairing with cabinet top removal, it should be done under the service conditions listed below. If you can not keep the one of following conditions, the projector turns off automatically by operating the protection circuit.
Part 3: Adjustment 3-5 1.4 Service Adjustment Data T able PC CV or S Y/Cb/Cr 0 RGB AMP (Gamma OFF) ✻ 30 30 0 - 63 Same as No.1of RGB AMP(Gamma ON) 1 RGB AMP (Gamma ON) 30 30 To up/down R/G/B of Gamma at same time system stop up/down, when R, G or B value reached Max or Min value.
Part 3: Adjustment 3-6 For Fan Control 283 Ter 2 0 - 31 284 t 1 2 - 5 Temperature checking period, 0.5/1.0/1.5/2.0/2.5/3.0 sec. 285 TaH 52 0 - 255 286 TaL 46 0 - 255 287 TbH 44 0 - 255 288 TbL 38 0 - .
2. ELECTRICAL ADJUSTMENTS [Adjustment condition] • Input signal Video signal: 1.0Vp-p/75 Ω terminated, 16 steps gray scale (Composite video signal) Component Video signal: 0.7Vp-p/75 Ω terminated, 16 steps gray scale (Component video signal with 480i, 480p, 575p, 720p, 1035i or 1080i format) Computer signal: 0.
2.3 PC-Offset Adjustment 1. Receive the 16-step gray scale computer signal. 2. Set to COMPUTER mode. [R-Offset adjustment] 3. Connect an oscilloscope to test point “TP2212R” (+) and chassis ground (-). 4. Enter to the service mode, select item no.
2.5 Component Gain Adjustment 1. Receive the 16-step gray scale component video signal. 2. Set to VIDEO (Component) mode. [Component-R gain adjustment] 3. Connect an oscilloscope to test point “TP2212R” (+) and chassis ground (-). 4. Enter to the service mode, select item no.
2.6 A V Gain Adjustment 1. Receive the 16-step gray scale video signal. 2. Set to VIDEO mode. 3. Connect an oscilloscope to test point “TP2222G” (+) and chassis ground (-). 4. Enter to the service mode, select item no. “30” and change data value to adjust “a” to be 1.
2.8 Signal Center Adjustment 1. Receive the 16-step gray scale computer signal. 2. Set to COMPUTER mode. [R-signal cneter adjustment] 3. Connect a digital voltmeter to test point “TP511” (+) and chassis ground (-). 4. Adjust voltage to be 7.30 ±0.
2.10 PC/A V -Video Adjustment-1 Presetting 1. Input the 16-step gray scale video signal and computer signal. [PC/A V -video adjustment] 2. Connect an oscilloscope to test point “TP512” (+) and chassis ground (-). 3. Enter to the service mode, select item no.
2.1 1 PC/A V -Video Adjustment-2 [PC-video adjustment-2] 1. Receive the 16-step gray scale computer signal. 2. Set to COMPUTER mode. 3. Connect an oscilloscope to test point “TP512” (+) and chassis ground (-). 4. Enter to the service mode, select item no.
2.13 Common Center Adjustment 1. Receive the 1 dot line computer signal. 2. Set to COMPUTER mode. [R-common center adjustment] 3. Cover the G and B panel to block the light transit. 4. Adjust VR2561 to obtain the minimum flicker on the picture. [G-common center adjustment] 5.
2.15 Black Balance Adjustment [PC black balance adjustment] 1. Receive the 16-step gray scale computer signal. 2. Set to COMPUTER mode. 3. Enter to the service mode, select item no. “9” (Red) or “10” (Blue), and change data values respectively to make a proper white balance at darker portion of the screen.
Part 3: Adjustment 3-16 3. OPTICAL ADJUSTMENTS 3.1 Contrast Adujstment [Before adjustment] • Adjustment requires a 2.0mm hex wrench and a slot screwdriver. • Remove cabinet top following to “Mechanical Disassemblies”. • Input a 100% of black raster signal.
3.2 Integrator Lens Adujstment [Before adjustment] • Adjustment requires a 2.0mm hex driver and a slot screwdriver. • Remove cabinet top following to “Mechanical Disassemblies”. [Adjustment]] 1. Turn on lamp by a state of without FPC cable of LCD panels.
Part 3: Adjustment 3-18 F ig . 3-13 F ig . 3-14 a b a b Moving of slot B Slot B A Yellow y x Moving of Slots D Slot D C Slot D C y x Yellow.
3.3 Relay Lens Adjustment [Before adjustment] • Adjustment requires a 2.0mm hex driver and a slot screwdriver. • Remove cabinet top following to “Mechanical Disassemblies”. [Adjustment] 1. Turn on lamp by a state of without FPC cable of LCD panels.
Part 3: Adjustment 3-20 4. TEST POINTS AND LOCA TIONS IC301 IC202 IC6101 IC6901 IC561 IC531 IC501 IC811 IC3301 IC2200 K5C TP2212R TP2222G TP2211R TP2221G TP6601 TP2232B TP5101 TP5103 TP221R TP7223 TP7.
Part 4 T roubleshooting.
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1. TROUBLESHOOTING 1.1 No Power 1) Periphery of chassis 1. Is fuse (F901) blown? Fuse may be opened when either the LAMP indicator or the READY indicator isn't Illuminated. Check the fuse. • For continued safety, replace with a fuse of the same type.
3) Main board 1. Check that the 15.5V is observed at pins 1-3 of K3C. 2. Check that the 6V is observed at pins 6-8 of K3C. 3. Check that the -5V is observed at pin 9 of K3C. 4. Check that the 5V is observed at pins 10-11 of K3C. 5. Check that the 6V is observed at pins 2-4 of K3D.
<Memo> Part 4: T roubleshooting 4-3.
Part 4: T roubleshooting 4-4 F ig . 4-1 IC301 SYSTEM CONTROL ON/OFF BUTTON 17-18 16 14 15 13 19 18 146 206 2 6 2-5 8 2 4 AC INPUT FAN LAMP BST_SW. LAMP POWER 5V_SW. 5V_SW. F601 FUSE SW902 THERMAL SW. Is fuse ( F601) bl own? SW904 INTER LOCK SW. LAMP READY TEMP WARNING LAMP REPLACE Check that the POWER FAIL signal at pin 6 of IC1808 is correct.
Part 4: T roubleshooting 4-5 5V_SW. S6 V 15V 5V 7 P.F.C. control P.F.C. Abno rmal te mperat ure det ecti on insi de of t he proj ecto r. Abno rmal te mperat ure det ecti on on the Main bo ard. Interlock switch TSW611 LAMP CB2 CB2 K8CC-1 K8CC-4 CB1 LAMP.
1.2 No Sound 1) Main board 1. Check that the PC/AV switching signal is correct. Pins 10 and 11 of IC5001 ...................AV : L, PC : H 2. Check that audio signal is observed at following points. Pins 11-12(PC)/13-14(AV) of K10B/K50B 3. Check that the MUTE signal is correct.
1.3 No Picture 1) AV board 1. Check that the Vcc-voltages(+5V, -5V) are applied to AV circuits. Pins 47-50 of K10A, Pins 47-54 of K10B ..............5V Pins 39-42 of K10B ..............................................-5V Check IC1001, IC1002 and IC1021.
Part 4: T roubleshooting 4-8 TP532 TP562 A/D IC202 DIGITAL RGB MATRIX IC6101 SYSTEM CONTROL & SCAN CONV. IC301 D/A IC2200 TIMING CONTROL IC3301 LCD DRIVER IC401 R-S/H IC501 R- LCD PANEL G- LCD PAN.
2. CONTROL PORT FUNCTIONS 2.1 System Control & I/O Port Functions IC Ref. No Pin/Name I/O Signal Name Function Note IC301 PortA0 I/O ROMWEL For ICE PortA1 I/O ROMWEH For ICE PortA2 I/O BOOTWE For .
IC Ref. No Pin/Name I/O Signal Name Function Note IC1806 12 O SCLK 3-Line Serial Clock 13 O SDATA 3-Line Serial Data 14 O DAC_STLOBE DAC Data Effective: Low 15 O S&H_STLOBE S&H Data Effective: High 16 O IRM_STLOBE White Uniformity Data Effective: Low 17 O FAN_CONT2 Digital Pot.
Part 4: T roubleshooting 4-11 TPDVS TP3321 DVS TP3581 NRS for R/B TP3582 NRS for G TP2211R TP2212R D/A R-OUTPUT TP7224 AV V-SYNC TPDHS TP3322 DHS 3. W A VEFORMS TP218 TP208 AV VIDEO TP207 TP7223 AV H-.
Part 4: T roubleshooting 4-12 TP502 S&H R-OUTPUT TP532 S&H G-OUTPUT TP511 S&H R-OUTPUT TP512 S&H G-OUTPUT TP501 S&H R-INPUT TP531 S&H G-INPUT TP2221G TP2222G D/A G-OUTPUT TP223.
Part 4: T roubleshooting 4-13 TP513 S&H B-OUTPUT TP562 S&H B-OUTPUT TP561 S&H B-INTPUT.
Part 4: T roubleshooting 4-14 4. IC BLOCK DIAGRAMS ● F A5332M <P ower F actor Control, IC01> ● AN5265 <A UDIO OUTPUT , IC001>.
Part 4: T roubleshooting 4-15 ● PW164-10RK <System Contr ol/Scan Con ver ter , IC301> ● CXA2111R <LCD Driver , IC401>.
Part 4: T roubleshooting 4-16 ● M62358FP <D A C, IC431> ● CXD3503R <White Unif ormity Compensation, IC471>.
Part 4: T roubleshooting 4-17 ● CXA2112R <Sample & Hold, IC501, IC531, IC561> ● STR-Z2156 <P ower Switching Contr ol, IC631>.
Part 4: T roubleshooting 4-18 ● IDT71V016S <RAM, IC811> ● CXA2016S <Sync Separator , IC1021>.
Part 4: T roubleshooting 4-19 ● MC10H351ML <IC1501> ● LM76CHMX <Thermal Sensor , IC1831, IC1832>.
Part 4: T roubleshooting 4-20 ● MB40988PFQ<D/A COn ver ter , IC2200> ● A V9155C <PLL, IC1961> REFERENCE CLOCK CPU CLOCK OUTPUT BUFFERS 2XCPU CPU A GND PO WER-DO WN GND VDD 14.
Part 4: T roubleshooting 4-21 ● TC4053BF <Switching, IC5001> ● ET1030F0A <Level Shift, IC3501, IC3531, IC3561>.
Part 4: T roubleshooting 4-22 ● SAA7114H <Digital Video Pr ocessor , IC5101>.
Part 5 Parts Catalog.
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PA R T S CA T ALOG Multimedia Pr ojector L V -5110U REF .NO .D78-5152 L V -5110E D78-5153 P ower Pr ojector L V -5110J D78-5151.
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1 4 7 5 36 11 12 a b c d 6 9 8 2 3 3 10 13 14 42 e 52 52 47 42 42 42 42 46 46 46 46 46 46 47 47 47 25 46 47 47 35 47 46 46 29 49 49 28 47 47 27 42 42 34 24 46 31 26 41 30 41 41 41 51 43 43 43 f 41 32 23 33 g 37 53 Page 1 CANON L V -5110J REF .
Page 1 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 NEW SYMBOL PARTS NO. CLASS QTY DESCRIPTION REMARKS * 1 DY4-6122-000 C 1 COVER, TOP 2 DY4-6098-000 C 1 COVER, BOTTOM 3 DY4-6017-000 C 2 LEG, ASS&a.
70 50 50 50 50 48 48 48 48 48 44 44 44 44 62 45 45 45 45 45 45 45 69 22 75 76 77 80 79 78 21 63 Page 2 CANON L V -5110J REF . No . D78-5151 L V -5110U D78-5152 L V -5110E D78-5153.
Page 2 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 NEW SYMBOL PARTS NO. CLASS QTY DESCRIPTION REMARKS 21 DY4-6029-000 C 1 HOLDER, INTEGRATOR IN 22 DY4-6030-000 C 1 HOLDER, RELAY OUT 44 DY4-6047-00.
(80) (77) (78) (75) 71 72 81 (76) (79) 66 82 68 67 73 74 (69) 73 65 61 64 (63) Page 3 CANON L V -5110J REF . No . D78-5151 L V -5110U D78-5152 L V -5110E D78-5153.
Page 3 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 NEW SYMBOL PARTS NO. CLASS QTY DESCRIPTION REMARKS 61 DY4-6050-000 C 1 PRISM, PBS (63) DY4-6052-000 C 1 LENS, INTEGRATOR IN 64 DY4-6053-000 C 1 L.
A100 A001 A200 A2800 A1800 A600 SP901 SW904 FN905 FN901 IL901 L901 F601 POWER P. C . B . A901 SW902 A1000 FN902 FN904 FN903 LP900 Page 4 CANON L V -5110J REF .
Page 4 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 NEW SYMBOL PARTS NO. CLASS QTY DESCRIPTION REMARKS A001 DY4-6088-000 C 1 PCB ASS'Y, AUDIO * A100 DY4-6123-000 C 1 PCB ASS'Y, MAIN * A20.
U-1 U-2 V- 1 V- 2 W- 1 X-1 Z Page 5 CANON L V -5110J REF . No . D78-5151 L V -5110U D78-5152 L V -5110E D78-5153.
Page 5 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 NEW SYMBOL PARTS NO. CLASS QTY DESCRIPTION REMARKS U-1 DY4-6072-000 C 1 REMOTE CONTROLLER, LV-5100 U-2 DY4-5859-000 B 1 COVER, REMO-CON BATTERY V.
Page 6 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 PAGE NEW SYMBOL PARTS NO. QTY PAGE NEW SYMBOL PARTS NO. QTY 1 53 CY2-8231-000 2 1 28 DY4-6036-000 1 2 50 CY2-8232-000 4 1 29 DY4-6037-000 1 4 SP9.
Page 7 P AR TS LIST REF.NO. D78-5151 D78-5152 D78-5153 PAGE NEW SYMBOL PARTS NO. QTY 4 A1800 DY4-6084-000 1 4 A1000 DY4-6085-000 1 4 A2800 DY4-6087-000 1 4 A001 DY4-6088-000 1 4 A600 DY4-6089-000 1 4 .
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Part 6 Electrical Diagrams.
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1. P ARTS DESCRIPTION AND READING IN SCHEMA TIC DIAGRAM 1. The parts specification of resistors, capacitors and coils are expressed in designated code. Please check the parts description by the following code table. 2. Some of transistors and diodes are indicated in mark for the substitution of parts name.
Part 6: Electrical Diagrams 6-2 Mark Type number R 1S2076A,1S2473,1N4148 AA 1S2076A,1S2473,1SS133,1N4148 ● Diode Mark Type number -- 2SC536 2SC945A 2SC1815 2SC1740S AD NF, NG PA, QA, RA Y, GR Q, R, .
A K C BE C2 C1 B1 B2 E C C BE K A C B E B2 B1 C1 C2 E E B C B2 B1 C1 C2 E B2 B1 C1 C2 E1 E2 K AA A KK K A K A C B E C B E C B E 1 2 3 4 5 6 Index 1 2 N Index Inde x 1 2 N 2 1 3 (IN) (OUT) (GND) 2 1 4 .
A1 LAMP REPLACE W ARNING READY POWER KEY SW POWER LED TEMP LED READY LED F AN DRIVE-SW S/VIDEO-SW PC/A V-SW F AN CONTROL1 F AN CONTROL2 LAMP ON KEY SW TEMP W ARR LAMP ERR S-SW CB-SW CR-SW LAMP REP LED.
A2 AC CORD C618 ASSY PWB, MAIN ASSY PWB, A V ASSY PWB, PO WER ASSY PWB, R/C ASSY PWB, COMPONENT Q671 IC01 P .F .CONTROL TSW611 Q6611 Q641 K3C K6J K3D K6K K3M K3N 1-3 6-8 10-11 9 LAMP B ALLAST UNIT ASS.
A3 (SCH_MK6P A/PK6P A) SW904 SW902 CB1 K904S K903S K901S K902S 1A V4Z10B18300 CB2 J11B4160N IL901 K8C K8D K5A K8B FN903 FN905 FN901 K3L K3K K3J FN902 K3N K3M K8CC SP901 K33B K3B K3G K33G K33R K3R K3A .
S5V PC/AV_SW V -SY H-SY 9V S-SW S-C S-Y CB_SW 5V S-5V VIDEO 5V S-5V 5V 5V S-5V DA T A/ADB CLK2 TXD2 CTS/V DTR RTS RXD2 VOL_CONT POWER_F AIL 12V S/CV_SW 5V CR_SW MUTE R_IN G_IN B_IN S5V RESET_M V -TH 5V S-5V S-5V S5V S-5V 5V 5V S-5V S5V S5V S5V 1/16GZ0C 1/16 GJ22KC 1/16GZ0C 1/16GZ0C 1/16GZ0C 1/16GZ0C 1/16GZ 0C 16KZ 0.
R5139 R5136 R5138 R5116 R5117 R5118 R5119 R5137 R5141 R5122 R5121 R5123 R5124 R5126 R5127 R5128 R5129 R5131 R5132 R5133 R5134 R5104 R5106 R5103 R5107 R5108 R5109 X5101 C5102 C5101 C5106 C5107 C5108 TP.
R801 R807 R803 RB851 R856 R854 R853 C806 C807 C851 R857 R802 C812 C811 R1823 R1826 R1828 R804 R806 R808 R301 R302 C301 C302 TP802 TP801 R823 R824 R826 R827 K8Y 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 .
R1EA0R04G ;R1A40R04G R1EA0R04G ;R1A40R04G R1EA0R04G ;R1A40R04G R1EA0R04G ;R1A40R04G R1EA0R04G ;R1A40R04G 25KZ0.1 GQFZ 6.3EM220WM ;6.3EM220F1 1/16GZ 0C 1/16GZ 0C 1/16GZ 0C 1/16GZ 0C 1/16GZ 0C 1/16GZ 0C 1/16GZ 0C 1/16GJ 330C 1/16GJ 330C 1/16GJ 330C 1/16GJ 330C 1/16GJ 330C 1/16GJ 330C 1/16GJ 1.
15.5V FRP RGT 15VL VCK STV BHST BHCLK1 5V ENB2B ENB1B ENB1G ENB2G 5V GHCLK1 GHST STV VCK 15VL 15VL 5V PCG VCK ENB2R ENB1R STV RHST RHCLK1 15VL DWN 9V S5V 15.
PSDA PSCL FCNT1 FCNT2 12V1 15.5V1 12V2 12V F ANDRIVE_SW POWER_F AIL F ANDRIVE_SW 15.5V1 POWER_F AIL POWER_F AIL 12V POWER_F AIL POWER_F AIL POWER_F AIL 12V1 12V2 POWER_F AIL 15.
A10 ■ Printed Wiring Board Diagrams (L V -51 10U/E) P ower Boar d (SIDE:A) P ower Boar d (SIDE:B) This projector is isolated from AC line by using the internal converter transformer .
A11 Component Boar d (SIDE:A) A V Board (SIDE:A) R/C Board (SIDE:A) “K33G” “K8A” Main Board Main Board “K8D” Main Board “K50B” “K50A” G-LCD Panel R-LCD B-LCD Main Board “K33R” .
A12 Main Board (SIDE:A) Power Board “K6K” FN905 Main Board (SIDE:B) FN903 Lamp Ballast Unit Audio Amp Board “K6P” FN901 Component Board “K3R” Component Board “K3A” “K10B” “K10A.
Un point important après l'achat de l'appareil (ou même avant l'achat) est de lire le manuel d'utilisation. Nous devons le faire pour quelques raisons simples:
Si vous n'avez pas encore acheté Canon D78-5152 c'est un bon moment pour vous familiariser avec les données de base sur le produit. Consulter d'abord les pages initiales du manuel d'utilisation, que vous trouverez ci-dessus. Vous devriez y trouver les données techniques les plus importants du Canon D78-5152 - de cette manière, vous pouvez vérifier si l'équipement répond à vos besoins. Explorant les pages suivantes du manuel d'utilisation Canon D78-5152, vous apprendrez toutes les caractéristiques du produit et des informations sur son fonctionnement. Les informations sur le Canon D78-5152 va certainement vous aider à prendre une décision concernant l'achat.
Dans une situation où vous avez déjà le Canon D78-5152, mais vous avez pas encore lu le manuel d'utilisation, vous devez le faire pour les raisons décrites ci-dessus,. Vous saurez alors si vous avez correctement utilisé les fonctions disponibles, et si vous avez commis des erreurs qui peuvent réduire la durée de vie du Canon D78-5152.
Cependant, l'un des rôles les plus importants pour l'utilisateur joués par les manuels d'utilisateur est d'aider à résoudre les problèmes concernant le Canon D78-5152. Presque toujours, vous y trouverez Troubleshooting, soit les pannes et les défaillances les plus fréquentes de l'apparei Canon D78-5152 ainsi que les instructions sur la façon de les résoudre. Même si vous ne parvenez pas à résoudre le problème, le manuel d‘utilisation va vous montrer le chemin d'une nouvelle procédure – le contact avec le centre de service à la clientèle ou le service le plus proche.
