BenQ PE8700 - DLP Projector - HD Manuel utilisateur

DLP PROJECTOR

SERVICE MANUAL

MODEL：PE8700

CAUTION

BEFORE SERVICING THE PROJECTOR,

READ THE SAFETY PRECAUTIONS IN THIS MANUAL.

Contents

1.SafetyPrecautions 2

2. Servicing Precautions 2

3. Engineering Specification 3

4.SparePartsList 23

5.BlockDiagram 24

6.PackingDescription 25

7. Appearance Description 26

8. Alignment Procedure 28

9. Trouble Shooting Guide 39

10.Factory OSD Operation 49

11.Firmware upgrade procedure 56

12.RS232 Codes 58

13.Schematics 69

1. Safety Precautions

1. Be sure to read this manual before servicing and save it for future reference.

2. The lamp becomes extremely hot during operation. Allow the projector to cool for

approximately 45 minutes prior to removing the lamp assembly for replacement. Do not

operate lamps beyond the rated lamp life. Excessive operation of lamps beyond the

rated life could cause them to explode on rare occasions.

3. Never replace the lamp assembly or any electronic components unless the projector is

unplugged.

4. To reduce the risk of electric shock, do not disassemble this appliance. Take it to a

qualified technician when service or repair is required. Incorrect re-assembly can cause

electric shock when the appliance is subsequently used.

5. Do not place this product on an unstable cart, stand, or table. The product may fail,

sustaining serious damage.

2. Servicing Precautions

1. When replace the lamp, be sure to avoid burns your fingers because the lamp becomes

too hot.

2. Never touch the lamp bulb with a finger or anything else. Never drop it or give it a shock.

They may cause bursting of the bulb.

3. This projector is provided with a high voltage circuit for the lamp. Do not touch the

electric parts of power unit when turn on the projector.

4. Do not touch the exhaust fan during operation.

3. Engineering Specification

Superscripts indicate the method in Appendix B used for a given measurement, unless otherwise

noted.

1.0 Image Quality All tests must adhere to the assumptions in Appendix A

1.1 Brightness (In ‘optical test’ mode)

1.1.1 Typical 660 ANSI Lumens

1.1.2 Minimum 450 ANSI Lumens

1.2 Brightness Uniformity (In ‘optical test’ mode)

1.2.1 Typical 73 %

1.2.2 Minimum 60 %

1.3 Contrast Ratio (In ‘optical test’ mode)

1.3.1 Peak Contrast 1400:1 (Minimum)

1.4 Light Leakage

1.4.1 Blue Edge Procedure: Test @ distance 3m with 100% white pattern

Criteria: Color coordinateΔx,Δy≦0.015 (compared with the

center)

1.4.2 Light Leakage out of

ActiveArea

< 1 lux @ diagonal 60”

1.4.3 Reflective Edge Condition: distance 3m or image of 100” wide

Test Pattern: without connecting any source to projector

Criteria: No horizontal and vertical lines outside of the image

1.4.4 Blemish / Dust Test Pattern: Blue 90 with linear de-gamma / Gray 6

Criteria: Follow HD2 DMD image quality specifications

1.5 Color All Color Measurements must adhere to the assumptions in

Appendix A

TBD --PPR final

X Y

1.5.1 100% Gray (White) .274 ± .04 .318 ± .04

1.5.4 Red .647 ± .04 .341 ± .04

1.5.5 Green .304 ± .04 .566 ± .04

1.5.6 Blue .129 ± .04 .080 ± .04

1.6 Color Uniformity20 x y

1.6.1 100% Gray (White)

1.6.2.1 L1->L9 ±.04 ±.04

1.6.2.2 E10->E13 ±.04 ±.04

1.7 Mirror Defects / Dot Defects Dark pixels<=2, bright pixels =0 (See Appendix D)

1.8 Image Distortion Pincushion 1.0%

Keystone 1.0%

1.9 Descriptive Image Quality There should be no streaks or jitter, good saturated colors, and

crisp resolution. Must adhere to Appendix E

1.10 Lateral Color 1 Pixel

1.11 Screen Size for Testing

1). 52” Diagonal for OPT test;

2). Distance 3.0m for Focus test. ( Tele @ the same Throw

Distance. )

Criteria: Pixel clear ( same as test chart )

2.0 Optical

2.1 Optical Structure Single Chip 0.8” 12° tilt DMD ( HD2 ) from Texas Instruments

(HD2 Front Projection Image Quality Specification described in

Appendix D)

2.2 Projection Lens Manual Zoom & Focus

2.2.2 F/# 2.8

2.2.3 Throw Ratio 100” Diagonal at 3m ( Wide )

2.2.4 Zoom Ratio 1.2 : 1

2.2.5 Focus and flare As following chart:

2.3 Lamp

2.3.1 Maker Ushio

2.3.2 Model NSH 210 MD

2.3.3 Type DC lamp

2.3.4 Lamp Wattage 210 watts

2.3.5 Lamp life 1000 Hours ( Typical )

2.4 Focus Distance 1.5 – 5m

2.5 Keystone Correction

2.5.1 Electronic ± 12°

2.6 Colors 24-bit color

2.7 Native Resolution

2.7.1 PC Mode 1280 x 720 pixels

2.7.2 Video Mode

1280 x 720 pixels

3.0 Mechanical & Cosmetic

3.1 Dimensions 400L x 347W x 116H

3.2 Weight 16.7 lbs (7581 g)

3.3 Security Slot Kensington compatible slot 150N break away force

3.4 Feet 4 adjustable feet

3.5 Lamp Replace Position Front

4.0 Compatibility Supporting timing: see appendix E

4.1 RGB PC Compatible VGA, SVGA, XGA

4.2 Video Signal Composite, S-Video, Y/CB/CR

4.3 HDTV DTV Y/PB/PR , DTV RGBHV ,DTV DVI-I ( 480P, 1080i, 720P,

576P, 540P)

4.4 Image Inversion Mirror, Upside-down, Mirror Upside-down

4.5 Scaling Scaling from other resolutions to native by O-plusTM scaling

chip

4.6 Aspect ratio ANAMORPHIC, 4x3, LETTER BOX, VIRTUAL WIDE.

5.0 Interface Connectors

5.1 RGB Input DVI x 1 (include 5.2.5)

5.2 Video Input

5.2.1 Composite RCA x 1

5.2.2 S-Video S-Video x 1

5.2.3 Component RCA x 3

5.2.4 Progressive component

and DTV RGBHV

BNC x 5

5.2.5 Digital Video DVI x 1 with HDCP

5.3 RS232C Input Telephone jack

6.0 Electrical

6.1 RGB

6.1.1 Input

6.1.1.1 Amplitude 0.7 ± 0.1 VPP at 75Ωtermination, positive bright

6.1.1.2 Input

Impedance

75Ω

6.1.1.3 Synch TTL compatible

6.1.2 Computer

Compatibility

The unit should be compatible with normal computer formats

ranging from VGA to XGA.

6.1.3 Video Compatibility Don’t use BUBUKAU DVD for test equipment.

6.2 Control

6.2.1 IR Receivers

6.2.1.1 Location 2receiver, located on the front and rear of this projector

6.2.1.2 Range 8m ( front ) / 5m ( rear ) with 30 degree horizontal Angle and 15

degree vertical angle

7.0 Power Requirements

7.1 Power Supply VAC 100 – 240 Full range switch (50/60Hz), 3 Wire Grounded

7.2 Power Consumption 310W max.

7.3 Power Connector IEC

8.0 Audible Noise Level 34 dB ( Max) @ 25℃sea level

9.0 Thermal

9.1 Surface Metal 60°C

9.2 Surface Plastic 65°C

9.3 Exhaust Air 80°C

9.4 Screws, Terminals 70°C

10.0 Contamination

10.1 Prevention Optical system is closed

10.2 Dust in Optical Path No noticeable dust

11.0 Included Accessories

11.1 Cables Power Cord Set (US, UK, Euro) x 1, VGA Cable (1.8m) x 1,

Projector Common Cable x 1

11.2 Printed Matter User’s manual

11.3 Remote Control IR Remote x 1, AAA Batteries x 2

12.0 User Interface

12.0 Backlight NO

12.1 Operator Panel YES

12.2 Indicators Power Status LED, Lamp Status LED

12.3 Remote Control Front IR receiver , Rear IR receiver

12.4 Onscreen Menu Should be in 3 languages (English, French, Spanish )

12.8 User’s Manual Should be in 3 languages (English, French, Spanish )

13.0 Reliability

13.1 General Failure Def. See Appendix B

13.2 MTBF 20000 hours except for DMD chip , lamp , fans and color wheel.

14.0 Environmental

14.1 Operating 10 – 35°C, 20 – 90%RH, without condensation

14.2 Storage -10 – 70°C, 20 – 90%RH, without condensation

14.3 Altitude 0 – 6000 feet above sea level, ambient 30 ℃

14.4 Shock

14.4.1 Straight Drop 50mm

14.4.2 Tilt Over Should be able to fall over from tilting without taking any

damage. Must Adhere to Appendix B

14.5 Gas No corrosive, toxic, or combustible gas should be emitted

14.6 Electrostatic Discharge comply to the acceptance criteria as specified in EN

61000-4-2/1995

15.0 Regulatory UL, CE, FCC Class B. Must Adhere to Appendix B Section 10.0

15.1 Safety Requirements UL compliance: UL6500 (2th Version)

CSA compliance: E60065-00

TUV compliance: IEC60065:2001

CCC: GB8898; GB13837; GB17625.1: 1998

15.1 EMI Requirements 1. CE Mark compliance: EMC: 89/336/EEC

EN 55013:1990+A12 :1994+A13 :1996+A14 :1999

EN 61000-3-2:1995+A1 :1998+A2 :1998+A14 :2000

EN 61000-3-3:1995+A1 :2001

EN 55020:1994+A1 :1996+A12/A13/A14 :1999

IEC 61000-4-2/2001

IEC 61000-4-3/2001

IEC 61000-4-4/1995+A1:2000+A2:2001

2. FCC

FCC Part 15B

3. C-Tick

ASIN2S 1053:1996

4. VCCI

VCCI/2002(15th Edition)

16.0 Packaging

16.1 Packaging Form Must adhere to attached file

16.1.1 Dimensions 537 x 520 x 260 mm

16.1.2 Weight TBD

16.1.3 Palletization 1140 x 1050 x 120 mm

16.1.4 Carton Labeling Must adhere to attached file

16.2 Vibration Must adhere to Appendix B

16.3 Drop Test Must adhere to Appendix B

Appendix A Optical Measurement

This part of the Optical Test Instruction describes those measurements to be executed

during the production of the optical engines.

Content:

A1 BRIGHTNESS

A2 BRIGHTNESS UNIFORMITY

A3 BRIGHTNESS DIFFERENCE

A4 ANSI CONTRAST

A5 PEAK CONTRAST

A6 LIGHT LEAKAGE

A7 IMAGE DISTORTION

A8 THROW RATIO

A9 ZOOM RATIO

A10 FOCUS RANGE

A11 COLOR

A12 COLOR UNIFORMITY

A13 OPTICAL KEYSTONE (FIXED)

 General requirements

1. The unit shall be allowed to stabilize without further adjustment for a

minimum of 10 minutes, at nominal ambient room temperature of 25°C,

before making measurements.

2. Measurements shall take place in a light proof room, where the only source of

illumination is the projector. Less than 1% of the light on the screen shall be

from any source other than the projector.

3. All measurements shall be made on flat screens that do not provide any

advantage to the performance of the unit

4. All measurements shall be made at standard color temperature setting, 100%

white image (per ANSI IT7.228-1997), except where noted

 Practical consideration

1. When measuring contrast manually, operators should not wear white

clothing since light reflected from white clothing can influence the

measurement.

2. Unless otherwise specified the projection lens is set in the widest zoom

position since zoom function can influence the measurement.

3. Measurement should be performed with Minolta Chromameter, Model

CL-100, or equivalent.

 A1. BRIGHTNESS

Unit: Lumen

Brightness: Default

Contrast:Default

W: width of projected image; H: height of projected image

A (Area) = W * H (in meters)

ANSI Lumens = )()(

9987654321 2

mAlux

LLLLLLLLL ∗

3W1

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