Sanyo PLCXP-100-L Service manual

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Page 1

FILE NO.

SERVICE MANUAL

Multimedia Projector

Model No. PLC-XP100L

U.S.A, Canada, Europe, U.K, Asia

Original Version

* Projection lens is optional.

PRODUCT CODE 1 122 380 20 (KC3AL)

1 122 381 20 (LC3AL) 1 122 381 22 (LC3CL)

Chassis No. KC3-XP100L00

Match the Chassis No. on the unit's back cover with the Chassis No. in the Service Manual. If the Original Version Service Manual Chassis No. does not match the unit’s, additional Service Literature is required. You must refer to “Notices” to the Original Service Manual prior to servicing the unit.

REFERENCE NO. SM5110873-00

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SERVICE MANUAL ....................................................... 1

Contents ........................................................................ 2

Safety Instructions ......................................................... 3

Safety Precautions ..................................................... 3

Product Safety Notice ................................................. 3

Service Personnel Warning ........................................ 3

Specifications ................................................................ 4

Circuit Protections .........................................................5

Fuse ............................................................................ 5

Thermostat (SW905) .................................................. 5

Mechanical sensor switches (SW1891,SW1861) ........6

Temperature sensors, wind sensors .......................... 7

Power failure and fan lock detection .......................... 8

Maintenance .................................................................. 9

Replacing the Filter Cartridge .................................... 9

Resetting the Filter Counter ..................................... 10

Resetting the Scroll Counter .................................... 10

Lamp Replacement .................................................. 11

Resetting the Lamp Counter .................................... 12

How to check Lamp Used Time ............................... 12

Cleaning ................................................................... 13

Quick maintenance ................................................... 14

Security Function Notice ............................................. 15

Mechanical Disassembly............................................. 16

Mechanical disassembly flow chart .......................... 16

Mechanical disassembly .......................................... 17

Optical Parts Disassembly .......................................... 28

Adjustments ................................................................. 38

Adjustments after Parts Replacement ...................... 38

Optical Adjustments .................................................... 39

Contrast adjustment ................................................. 39

Electrical Adjustments ................................................. 40

Service Adjustment Menu Operation ....................... 40

Memory IC (IC301, IC802) Replacement .................

Circuit Adjustments .................................................. 41

Test Points and Locations ........................................ 44

Service Adjustment Data Table ................................ 45

Chassis Description ....................................................64

Chassis over view ..................................................... 64

Input & signal processing stage ...............................65

LCD drive stage ........................................................ 66

Lamp control stage ................................................... 67

Fan control stage ...................................................... 68

Motor control stage ................................................... 69

Bus control stage ...................................................... 70

LED drive & RC control stage ................................... 71

Power supply & power failure circuit ......................... 72

Indicators and Projector Condition ........................... 73

Power failure detection system ................................ 75

Error information table .............................................. 75

Power failure detection tree ...................................... 76

Error History Log ...................................................... 77

Diagnosis of Power Failure with RS-232C port ........

Diagnosis procedure ................................................78

Serial Control Interface ............................................. 79

Control Port Functions................................................. 81

System Control I/O Port Functions (SH7727) ..........

Parallel I/O Expander (TIC81592GP) .......................

IIC Bus 8Bits 8ch 5V D/A Converter (M62393FP No.1

Fan Control) .............................................................. 83

Parallel Output Expander (74LCX574) ..................... 83

Waveform ....................................................................84

IC Block Diagrams....................................................... 85

Electrical Parts List ...................................................... 96

Electrical Parts Location ........................................... 97

Electrical Parts List ................................................... 99

Mechanical Parts List ................................................ 131

Cabinet Parts Location ........................................... 131

Mechanical Parts List ............................................. 136

Diagrams & Drawings .................................................. A1

Parts description and reading in schematic diagram ..A2

Schematic Diagrams ...................................................A3

Printed Wiring Board Diagrams ................................. A13

Pin description of diode, transistor and IC ................ A17

Note on Soldering ...................................................... A18

81 81

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Safety Instructions

Safety Precautions

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. For continued product safety and protection of personnel injury, servicing should be made with qualified personnel.

The following precautions must be observed.

ment covers or shields, barriers, etc. 1: An isolation transformer should be connected in the power line between the projector and the AC line before any service is performed on the projector.

DO NOT OPERATE THIS PROJECTOR WITHOUT

THE PROTECTIVE SHIELD IN POSITION AND PR

OPERLY SECURED.

2: Comply with all caution and safety-related notes provided on the cabinet back, cabinet bottom, inside the cabinet or on the chassis.

3: When replacing a chassis in the cabinet, always be certain that all the protective devices are installed properly, such as, control knobs, adjust-

4: Before replacing the cabinet cover, thoroughly

inspect the inside of the cabinet to see that no stray

parts or tools have been left inside.

Before returning any projector to the customer, the

service personnel must be sure it is completely safe

to operate without danger of electric shock.

Product Safety Notice

Product safety should be considered when a component replacement is made in any area of the projector. Components indicated by mark ! in the parts list and the schematic diagram designate components in which safety can be of special significance. It is, therefore, particularly recommended that the replacement of there parts must be made by exactly the same parts.

Service Personnel Warning

Eye damage may result from directly viewing the light produced by the Lamp used in this equipment. Always turn off Lamp before opening cover. The Ultraviolet radiation eye protection required during this servicing. Never turn the power on without the lamp to avoid electric-shock or damage of the devices since the stabilizer generates high voltages (15kV - 25kV) at its starts. Since the lamp is very high temperature during units operation replacement of the lamp should be done at least 45 minutes after the power has been turned off, to allow the lamp cool-off.

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Specifications

Mechanical Information

Projector Type Multi-media Projector

Dimensions (W x H x D) 14.56” x 7.36” x 17.32” (370 mm x 187 mm x 440 mm) (Not including raised portions)

Net Weight 25.8 lbs (11.7 kg)

Feet Adjustment 0˚ to 6.5˚

Panel Resolution

LCD Panel System 1.3” TFT Active Matrix type, 3 panels

Panel Resolution 1,024 x 768 dots

Number of Pixels 2,359,296 (1,024 x 768 x 3 panels)

Signal Compatibility

Color System

High Definition TV Signal 480i, 480p, 575i, 575p, 720p, 1035i, and 1080i

Scanning Frequency H-sync. 15 kHz–100 kHz, V-sync. 50 Hz–100 Hz

Optical Information

Projection Lamp 330 W NSH lamp

Interface

Input 1 Digital (DVI-D) x 1, Analog (Mini D-sub 15 pin) x 1

Monitor Out

Input 2 BNC Type x 5 (G or Video/Y, B or Cb-Pb, R or Cr-Pr, HV and V)

Input 3 RCA Type x 1, Mini DIN 4 pin x 1

R/C Jack Mini Type (Wired Remote) x 1

Control Port Mini DIN 9 pin x 1

USB Connector USB Series B x 1

Option Network Terminal x 1

Analog RGB (Mini D-sub 15 pin) Terminal x 1

Power

Voltage and Power Consumption AC 100–120 V (4.6A Max. Ampere), 50/60 Hz (The U.S.A and Canada)

AC 200–240 V (2.3A Max. Ampere), 50/60 Hz (Continental Europe and The U.K.)

Operating Environment

Operating Temperature 41˚F–104˚F (5˚C–40˚C)

Storage Temperature 14˚F–140˚F (-10˚C–60˚C)

Remote Control

Battery AAA or LR03 Type x 2

Operating Range 16.4’ (5 m/±30˚)

Dimensions 1.8” (W) x 1.0” (H) x 5.7” (D) (45 mm x 25 mm x 145 mm)

Net Weight 3.5 oz (99 g) (including batteries)

PAL, SECAM, NTSC, NTSC4.43, PAL-M, and PAL-N

● The specifications are subject to change without notice.

● LCD panels are manufactured to the highest possible standards. Even though 99.99% of the pixels are effective, a tiny

fraction of the pixels (0.01% or less) may be ineffective by the characteristics of the LCD panels.

This symbol on the nameplate means the product is Listed by Underwriters Laboratories Inc. It is designed and manufactured to meet rigid U.L. safety standards against risk of fire, casualty and electrical hazards.

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Circuit Protections

This projector provides 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.

Fuse

A fuse is located inside of the projector. When the POWER indicator is not lightning, the fuse may be opened. Check the fuse as following steps. The fuse should be used with the following type;

Screw

Fuse Part No. : 323 027 2605

TYPE T10AH 250V

LITTEL FUSE INC. TYPE 215010

How to replace the fuse

1. Turn the projector up and down.

2. Remove 1 screw and take the fuse cover off.

3. Remove the fuse from fuse holder on the power board.

To install the fuse, take reversed step in the above.

Thermostat (SW905)

There is the thermostat switch (SW905) inside of the projector to detect the internal temperature rising abnormally. When the internal temperature reaches near 90˚C, the thermostat opens to stop the operation of the power supply circuit. The thermostat will automatically return to normal condition when the internal temperature becomes normal (about 50

˚C)

Fuse cover

Fuse

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Thermostat (SW905)

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Circuit Protections

Mechanical sensor switches (SW1891,SW1861)

This projector provides 2 mechanical sensor switches, the one is for filter cartridge sensor switch (SW1891) and the other one is for lamp cover sensor switch (SW1861). The filter cartridge sensor switch detects whether the filter cartridge is installed correctly. If the filter cartridge is not installed correctly, the projector cannot turn on. The lamp cover sensor switch detects whether the lamp cover is closed securely. If lamp cover is opened or not closed completely, the drive signal to the lamp circuit is cut off. After opening the lamp cover for replacing the lamp ass’y, place the lamp cover correctly otherwise the projector cannot turn on.

Filter cartridge

Filter cartridge sensor switch (SW1891)

Lamp cover sensor switch (SW1861)

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Circuit Protections

Temperature sensors, wind sensors

The projector provides 3 temperature sensor ICs, 2 sensors on the Main board and 1 sensor on the RC front board, and 1 wind sensor on the intake duct. The sensor ICs monitor surrounding temperature of the lamp house and panels/prism, and room temperature, and the wind sensor monitors airflow passed through the air filter in the intake duct.

- Internal temperature sensor A (IC1816) (around the lamp house)

- Internal temperature sensor B (IC1814) (around the panels/prism)

- Room temperature sensor C (IC1692) (around the front cabinet)

- Wind sensor D (S901) (intake duct)

IC1692

IC1814 (Behind)

S901

IC1816

(Behind)

The projector is shut down and the WARNING TEMP. indicator is blinking red.

When the temperature inside the projector reaches a certain level, the projector will be automatically shut down to protect the inside of the projector. The POWER indicator is blinking while the projector is being cooled down. When the projector has cooled down enough (to its normal operating temperature), it can be turned on again by pressing the ON/STANDBY button.

✔Note:

• The WARNING TEMP. indicator continues to blink even after the temperature inside the projector returns to normal. When the projector is turned on again, the WARNING TEMP. indicator stops blinking.

LED indicators

WARNING TEMP. blinking red

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Circuit Protections

Power failure and fan lock detection

The projector provides the detection circuits of the power failure and the fan lock. When the detection circuit detects an error at the power supply line or at the fan operation circuit, the projector will turn into the standby mode to protect the other circuits defective.

The projector is shut down; and the LAMP indicator is lighting and other four indicators are blinking.

When the projector detects an abnormal condition, it will be automatically shut down to protect the inside of the projector and all five indicators on the top panel blink. In this case, unplug the AC power cord and plug it, and then turn on the projector once again to verify operation. If the projector cannot be turned on and these indicators are still blinking, unplug the AC power cord.

CAUTION

DO NOT LEAVE THE PROJECTOR WITH THE AC POWER CORD CONNECTED UNDER AN ABNORMAL CONDITION. IT MAY RESULT IN FIRE OR ELECTRIC SHOCK.

LED indicators

LAMP indicator lights on and other four indicators blink

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Maintenance

Replacing the Filter Cartridge

Filter prevents dust from accumulating on the optical elements inside the projector. Should the filter becomes clogged with dust particles, it will reduce cooling fans’ effectiveness and may result in internal heat buildup and adversely affect the life of the projector. This projector has an electrically operated filter which helps you to replace the filter easily. The projector monitors the condition of the filter at all time and replaces a filter with a new one automatically when it detects the clogging. If the projector detects that the filter is clogged and no scroll is left in the filter cartridge, a Filter cartridge replacement icon appears on the screen and the WARNING FILTER indicator on the top panel lights up. When you see this icon, replace the filter cartridge and reset the Filter counter and the Scroll counter.

Filter cover

Turn off the projector, and unplug the AC power cord

from the AC outlet.

First, clean up the dust on the projector and around the

air vents. Press d on the filter cover to release the latch and open

the filter cover.

Pull out the filter cartridge. When taking out the filter

cartridge, put your finger on the filter cartridge’s tab and then pull.

Put the new one back into the position and close the

filter cover. Make sure that the filter cartridge is properly and fully inserted.

Connect the AC power cord to the projector and turn

on the projector.

Reset the filter counter and the scroll counter.

CAUTION

Do not operate the projector with the filter removed. Dust may accumulate on the optical elements degrading the picture quality. Do not put anything into the air vents. Doing so may result in malfunction of the projector.

RECOMMENDATION We recommend avoiding dusty/smoky environments when operating the projector. Usage in these environments may cause a poor image quality.

Latch

When using the projector under dusty or smoky conditions, dust may accumulate on a lens, liquid crystal panels, or optical elements inside the projector. Such condition may degrade the quality of the projected image. When the symptoms above are noticed, contact your authorized dealer or service station for proper cleaning.

ORDER REPLACEMENT FILTER CARTRIDGE

Service Parts No.: 610 334 3747

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Tab

Filter cartridge

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Resetting the Filter Counter

Be sure to reset the Filter counter after replacing the filter and the filter cartridge.

Press the MENU button to display the On-Screen Menu.

Use the Point 7 8 buttons to move the red frame point- er to the Setting Menu icon.

Use the Point ed buttons to move the red frame point-

er to Filter counter and then press the SELECT button. A dialog box appears showing the Used time option and the Scrolls remaining option. Use the Point ed buttons to select Used time.

Used time shows the total accumulated time of the filter

use, a timer setting option, and the Reset option. Select Reset and the “Filter counter Reset?” appears. Select [Yes] to continue.

Another confirmation dialog box appears, select [Yes]

to reset the Filter counter.

Filter counter

Select “Used time” and the dialogue box below appears.

Select Reset and the “Filter counter Reset?” appears.

Select [Yes], then another confirmation box appears.

Resetting the Scroll Counter

Be sure to reset the Scroll counter after replacing the filter cartridge.

Press the MENU button to display the On-Screen Menu.

Use the Point 7 8 buttons to move the red frame pointer to the Setting Menu icon.

Use the Point ed buttons to move the red frame point-

er to Filter counter and then press the SELECT button. A dialog box appears showing the Used time option and the Scrolls remaining option. Use the Point ed buttons to select Scroll(s) remaining.

Scroll(s) remaining shows the number of the remain-

ing scrolls and the Reset option. Select Reset and the “Scroll counter Reset?” appears. Select [Yes] to continue.

Another confirmation dialog box appears, select [Yes]

to reset the Scroll counter.

Select [Yes] again to reset the Filter counter.

Scroll counter

Select “Scrolls remaining” and the dialogue box below appears.

Select Reset and the “Scroll counter Reset?” appears.

Select [Yes], then another confirmation box appears.

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Select [Yes] again to reset the Scroll counter.

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Maintenance

Lamp Replacement

When the projection lamp of the projector reaches its end of life, the Lamp replacement icon appears on the screen and LAMP REPLACE indicator lights orange. Replace the lamp with a new one promptly. The timing when the LAMP REPLACE indicator should light is depending on the lamp mode.

Top Panel

Lamp replacement icon

LAMP REPLACE indicator

Follow these steps to replace the lamp.

Turn off the projector and unplug the AC power cord.

Let the projector to cool for at least 45 minutes.

Open the filter cover.

Filter cover

Lamp cover

Screw

Loosen the screw and open the lamp cover and pull

out the lamp by using the built in handle.

Replace the lamp with a new one. Make sure that

the lamp is properly and fully inserted.

Close the lamp cover and secure the screw, and

close the filter cover.

Connect the AC power cord to the projector and turn on

the projector.

Reset the Lamp replacement counter

Note:

• Be sure to insert the lamp in the correct direction.

• Do not reset the Lamp replacement counter when the pro jection lamp is not replaced.

CAUTION

Allow a projector to cool for at least 45 minutes before you open the lamp cover. The inside of the projector can become very hot.

Lamp

Handle

CAUTION

For continued safety, replace with a lamp of the same type. Do not drop the lamp or touch the glass bulb! The glass can shatter and may cause injury.

ORDER REPLACEMENT LAMP

Type No. POA-LMP108 Service Parts No. 610 334 2788

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Counter Projector 500 H Lamp Normal 200 H Eco 300 H Corresponding value 600 H

Maintenance

Resetting the Lamp Counter

Be sure to reset the Lamp counter after the lamp is replaced. When the Lamp counter is reset, the LAMP REPLACE indicator stops lighting and the Lamp replacement icon disappears.

Press the MENU button to display the On-Screen Menu.

Use the Point 7 8 buttons to move the red frame pointer to the Setting Menu icon

Use the Point ed buttons to move the red frame pointer

to Lamp counter and then press the SELECT button. A dialog box appears showing the total accumulated time of the lamp usage and the reset option. Select Reset and the “Lamp replacement counter Reset?” appears. Select [Yes] to continue.

Another confirmation dialog box appears and select

[Yes] to reset the Lamp replacement counter.

Note:

• Do not reset the Lamp counter without replacing the lamp. Be sure to reset the Lamp replacement counter only after replacing the lamp.

How to check Lamp Used Time

Lamp counter

Select Reset and the “Lamp replacement counter Reset?” appears.

Select [Yes], then another confirmation box appears.

Select [Yes] again to reset the lamp counter.

The LAMP REPLACE indicator will light yellow when the total lamp used time (Corresponding value) reaches 3,000 hours. This is to indicate that lamp replacement is required. The total lamp used time is calculated by using the below expression, Total lamp used time (Corresponding value) = Teco + (Tnormal x 1.5)

Teco: used time in the Eco mode Tnormal : used time in the Normal mode

You can check the lamp used time following to the below procedure.

1 Press and hold the ON/STAND-BY button on the projector for more than 20 seconds. 2 The projector used time and lamp used time will be displayed on the screen briefly as follows.

Projector used time

Lamp mode

Total lamp used time

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Page 13

Maintenance

Cleaning

After long periods of use, dust and other particles will accumulate on the LCD panel, prism, mirror, polarized glass, lens, etc., causing the picture to darken or color to blur. If this occurs, clean the inside of optical unit.

Remove dust and other particles using air spray. If dirt cannot be removed by air spray, disassemble and clean the optical unit.

Cleaning with air spray

1. Remove the cabinet top following to “Mechanical Disassembly”.

2. Clean up the LCD panel and polarizing plate by using the air spray from the cabinet top opening.

Caution:

Use a commercial (inert gas) air spray designed for cleaning camera and computer equipment. Use a resinbased nozzle only. Be vary careful not to damage optical parts with the nozzle tip. Never use any kind of cleanser on the unit. Also, never use abrasive materials on the unit as this may cause irreparable damage.

Disassembly Cleaning

Disassembly cleaning method should only be performed when the unit is considerable dirty and cannot be sufficiently cleaned by air spraying alone.

Be sure to readjust the optical system after performing disassembly cleaning.

1. Remove the cabinet top and main units following to “Mechanical Disassembly”.

2. Remove the optical base top following to “Optical Unit Disassembly”. If the LCD panel needs cleaning, remove the LCD panel unit following to “LCD panel replacement”.

3. Clean the optical parts with a soft cloth. Clean extremely dirty areas using a cloth moistened with alcohol.

Caution:

The surface of the optical components consists of multiple dielectric layers with varying degrees of refraction. Never use organic solvents (thinner, etc.) or any kind of cleanser on these components. Since the LCD panel is equipped with an electronic circuit, never use any liquids (water, etc.) to clean the unit. Use of liquid may cause the unit to malfunction.

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Maintenance

Quick maintenance

This projector provides a cabinet front cover on the cabinet top to enhance the service maintenance. This enables service personnel to align the optical adjustment or replace the optical parts without disassembly the cabinet top.

1. Press and hold the release button the cabinet front cover and slide the cover frontward to take it off.

2. Remove 2 screws A on the prism shield cover and take prism shield cover off.

3. Loosen 4 screws B and take the LCD Panel/Prism ass'y upward off.

4. Remove 1 screw C on each stopper of the optical filter ass'y and take the optical filter ass'y upward off. See chapter "Optical Parts Disassembly" for further information of optical parts disassembly.

Release button

Prism shield cover

Green

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Security Function Notice

This projector provides security functions such as "Key lock", "PIN code lock" and "Logo PIN code lock". When the projector has set these security function on, you are required to enter correct PIN code to use the projector. If you do not know the correct PIN code to the projector, the projector can no longer be operated or started. In this case, you must reset those function first according to the resetting procedure described below and then check up on the projector.

Function Description

Locks operation of the side control or the remote control.

Key lock

PIN code lock

Logo PIN code lock

If the Key lock is enabled with side control lock, the projector can no longer be started.

Initial setting: Key lock function is disabled

Prevents the projector from being operated by an unauthorized person.

Initial code: “1234”

Prevents an unauthorized person for changing the start-up logo on the screen.

Initial code: “4321”

Resetting procedure

1 Disconnect the AC power cord from the AC outlet. 2 As pressing the SELECT button on the projector, connect the AC power cord into an AC outlet again. Keep

pressing the SELECT button until the POWER indicator lights continuously.

This is complete the resetting of the security function. The PIN code lock and Logo PIN code lock are reset

as the initial PIN code at the factory and the Key lock function is disabled.

Please refer to the owner's manual for further information of the security functions.

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Mechanical Disassembly

Mechanical disassembly flow chart

Mechanical disassembly should be made by following procedures chart. Following steps show the basic procedures, therefore unnecessary step may be ignored. Caution: The parts and screws should be placed exactly the same position as the original otherwise it may cause loss of performance and product safety. The wiring method of the leads and ferrite cores should be returned exactly the same state as the original, otherwise it may cause lose of performance and product safety.

Screws Expression (Type Diameter x Length) mm

T type M Type

1 Cabinet front cover removal

2 Cabinet top removal

3 Control ass'y and filter cover removal

4 Main board removal

5 Cabinet back & lamp cover removal

6 Power box removal

1-1 Cabinet front disassembly

2-1 LED board removal

3-1 Control board fan (FN907) disassembly

5-1 AV board removal

5-2 Fans (FN904, FN905, FN906) removal

6-1 Power box disassembly

7 Optical unit removal

8 Cabinet front & ballast box removal

9 Filter box removal

10 Fan (FN902, FN903) & duct removal

7-1 Lens shift motor ass'y removal

8-1 Ballast box disassembly

9-1 Filter box and fan (FN901) disassembly-

9-2 Filter box disassembly-2

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Mechanical Disassembly

Mechanical disassembly

1 Cabinet front cover removal

1 Press the release button and slide the lamp cover to

the arrow direction and remove it.

Release Button

1-1 Cabinet front cover disassembly

1 Remove 2 screws A(T3x8) and take the release button,

button holder and spring off.

Fig. 1-1

Release button

Spring

Button holder

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Mechanical Disassembly

2 Cabinet top removal

1 Open the filter cover and remove 1 screw A (M3x8). 2 Remove 1 screw B (M3x8) and open the lamp cover

and remove 1 screw C (M3x8).

3 Remove 4 screws D (M3x8) on the cabinet top and 2

screws E (M3x8) on the cabinet back.

4 Release the hooks by pressing the side part of cabinet

bottom indicated with the arrows and take the cabinet top off.

Cabinet top

Press here to unhook

LED board

2-1 LED board removal

1 Remove 2 screws F (M3x8) and take the LED board

and LED holder off.

Fig. 1-2

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Mechanical Disassembly

3 Control board ass’y and covers removal

1 Remove 2 screws A (T3x8) and take the control board &

fan ass’y upward off. 2 Open the filter cover and take the filter cartridge off. 3 Remove the filter cover off by using a flat screw driver as

shown in the figure.

Control board & fan(FN907) ass'y

Filter cartridge

Flat screwdriver

Turn the flat screwdriver in the arrow direction to unhook the filter cover's hinges. Note: Be careful not to scratch the filter cover and holder.

Filter cover

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Mechanical Disassembly

3-1 Control board and fan (FN907) disassembly

1 Remove 2 screws B (M3x6) and take the control board/

button holder off

2 Unhook 4 hooks C on the button holder and take the con-

trol board off.

3 Remove 2 screws D (M3x10) and take fan (FN907) off.

Control buttons

Control board

4 Main board removal

1 Remove 2 screws A (M3x6) and take the prism shield

cover top off.

2 Remove 6 screws B (M3x6) and take the main shield cover

top off. 3 Remove 1 screw C (M3x6) and take the main board off. 4 Remove 2 screws D (M3x6) and take the main shield cov-

er bottom off.

FN907

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Main board

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Mechanical Disassembly

5 Cabinet back ass’y removal

1 Remove 3 screws A (T3x8) and 1 screw B (M3x6) and

take the cabinet back ass’y upward off.

Lamp cover

5-1 AV board removal

1 Remove 5 screws D (T3x8) and 4 screws E (T3x10-

black) and take the AV board off.

AV board

5-2 Fans (FN904, FN905, FN906) removal

1 Remove 6 screws F (T3x8) and take the fans (FN904,

FN905, FN906) off.

FN905

FN906

FN904

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Mechanical Disassembly

6 Power Box removal

1 Remove the 3 covers A and B on the cabinet. 2 Remove 1 screw C (T3x12) and take thermal switch

(SW905) off 3 Disconnect the socket D (K6B) on the power board. 4 Remove 2 screws E (M4x8) and take the power box

upward off.

Thermal switch (SW905)

6-1 Power box disassembly

1 Remove 6 screws F (M3x6) and take the power box

cover off. 2 Remove 5 screws G (M3x6), 1 screw H (M4x8), 2

screws J (T3x5) and take the power board off.

Isolation sheet

Power board

Isolation sheet

Note: The isolation sheet must be placed as shown in the figure above.

Isolation sheet

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Mechanical Disassembly

7 Optical unit removal

1 Remove 7 screws A (T4x12) and 2 screws B (T3x8),

disconnect ballast socket and take the optical unit upward off.

7-1 Lens shift motor ass’y removal

1 Remove 2 screws B (M3x6) and take the lens shift mo-

tor ass’y off.

2 Remove 1 screw C (T3x6) and take the lens shift sen-

sor board off.

3 Remove 2 screws D (T2x4) and take the lens shift mo-

tor off

Lens shift motor

Sensor board

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Page 24

Mechanical Disassembly

8 Cabinet front and ballast box removal

1 Remove 4 screws A (T3x8) and take the cabinet front

upward off. 2 Remove 1 screw B (T3x8) and take the RC front board

off. 3 Remove 1 screw C (M4x8) and pull the ballast box

backward and remove it off.

RC front board

Ballast box

8-1 Ballast box disassembly

1 Remove 2 screws D (M3x6) and take the shield case

top off 2 Remove ballast board from the shield case bottom.

Isolation sheet

Ballast board

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Page 25

Mechanical Disassembly

9 Filter box removal

1 Remove 1 screws A (T3x8), 2 screws B (T4x40) and take

filter box upward off.

Filter box

9-1 Filter box and fan (FN901) disassembly-1

1 Remove 3 screws C (T4x35), and take fan (FN901) and

holder off.

2 Remove 1 screw D (T3x14) and take the wind sensor

(S901) off.

FN901

S901

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Page 26

Mechanical Disassembly

9-2 Filter box disassembly-2

1 Remove 2 screws E (T3x8) and take the filter cover off. 2 Take the filter cover latch off by pulling it. 3 Remove 3 screws F (T3x8) and take the filter bottom cover

off. 4 Take the filter switch board off, and remove 1 screw G and

take the filter round sensor board off. 5 Remove 2 screws H (T4x8) and filter motor off.

Filter shaft

holder

Filter round

sensor board

Filter bottom

cover

Latch

Filter switch board

Filter motor

-26-

Page 27

Mechanical Disassembly

10 Fans (FN902, FN903) and duct removal

1 Remove fan (FN902) upward off. 2 Remove 2 screws A (T3x8) and take duct (prism) up-

ward off.

3 Remove 3 screws B (3x8) and take duct (PBS) upward

off. 4 Remove lamp cover switch board upward off. 5 Remove fan (FN903) upward off.

Lamp cover switch board

FN902

FN903

-27-

Page 28

Optical Parts Disassembly

Disassembly requires a 2.0mm or 2.5mm hex wrench and a slot screwdriver.

1 Projection lens removal

1 Shift the Projection lens to the low end by the lens shift

function.

2. Press and hold the release button on the cabinet front cover and slide it in the arrow direction as shown in the figure and open it.

3 Slide the lens lock lever A on the projector to “UN-

LOCK” (UPPER) position and remove the Projection Lens ass’y off.

Note : When making unlocking, attach your hand to pre-

vent the lens fall.

Release button

Lever A

-28-

Page 29

Optical Parts Disassembly

2-1 LCD panel/Prism ass'y removal

Prism shield cover

1 Remove 2 screws A (M3x6) and take the prism shield

cover off.

2 Remove 4 screws B (M2.5 x6) and take the LCD panel/

prism assembly upward off.

LCD panel/prism

assembly

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Page 30

Optical Parts Disassembly

2-2 Polarized glasses-out removal

1 Remove 1 screw C (M2.5x6) on each stopper and take

the polarized glasses upward off.

Pre-Polarized glass (B)

Polarized glass-out (B)

(Blue)

(Green)

Pre-Polarized glass (G)

Polarized glass-out (G)

Pre-Polarized glass (R)

Polarized glass-out (R)

* Mount the glasses as the film

attached side comes to the LCD panel side.

(Red)

Note; Do not replace the LCD panel separately otherwise it cannot obtain

proper picture. Do not touch the prism, the LCD panel and electrode of flexible cable.

IMPORTANT NOTICE on LCD Panel/Prism Ass'y Replacement

LCD panels used for this model cannot be replaced separately. Do not disassemble the LCD Panel/Prism Ass’y. These LCD panels are installed with precision at the factory. When replacing the LCD panel, should be replaced whole of the LCD panels and prism ass’y at once. When replacing LCD Panel/Prism ass’y, take the optical and electrical adjustments following to the chapter "Adjustment".

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Page 31

Optical Parts Disassembly

LCD Panel Type Check

There are 2 types combination of the LCD panel/prism assembly and the optical unit, named Type-R and Type-L. Since both have no compatibility, each type should be combined with the same type, and the specific parts should be used. If not, the poor optical characteristics may degrade the quality of a projected image. Confirm the "R" label or "L" label on top of the LCD panel/ prism assembly and the optical unit.

NOTE:

LCD panel/prism assembly should be used with the same type of the optical unit.

Confirm that both marking "R" is matched.

LCD Panel/Prism Ass'y Type-R

Confirm that both marking "L" is matched.

LCD Panel/Prism Ass'y Type-L

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Page 32

Optical Parts Disassembly

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 following to the procedure below.

Focus adjustment:

1 Loosen 4 screws A on the LCD Panel/Prism ass’y with 2.0

mm hex driver.

2 Turn the projector on and project the image with WIDE

zoom, and adjust the FOCUS control to obtain the best

focus. 3 Turn the ZOOM control to the TELE position. 4 Insert a flat screw driver into the slot B and move the LCD

Panel/Prism Ass’y backward or forward by turning the

screwdriver left or right to obtain the proper focus. Confirm

the focus at TELE and WIDE zoom. 5 Tighten 4 screws A to fix the LCD Panel/Prism ass’y.

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Page 33

Optical Parts Disassembly

3 Polarized glass/Optical filter ass'y removal

1 Remove 1 screw A (M2.5x6) on each stopper and take the

polarized glasses upward off.

Glass holder

Stopper

marker

film

Polarized glass

Polarized glass/ Optical filter ass'y

Optical filter (HCP)

Red

Glass holder

Blue

Green

-33-

Page 34

Optical Parts Disassembly

TYPE-L

TYPE-R

3-1 Polarized glass/Optical filter mounting

There are 2 types combination of the LCD panel/prism assembly named Type-R and Type-L. Mount the polarized glasses and optical filters according to the type of the LCD panel assembly as shown in the figure below

2 slits

Marker

(behind)

Polarized glass-in (B)

Optical filter-HCP (B)

* Polarized glasses should be

mounted as the film attached side comes to the LCD panel side.

2 slits

Marker

Polarized glass-in (G)

Optical filter-HCP (G)

Marker

Optical filter-HCP (R)

Polarized glass-in (R)

2 slits (behind)

2 slits

Polarized glass-in (B)

Optical filter-HCP (B)

* Polarized glasses should be

mounted as the film attached side comes to the LCD panel side.

2 slits (behind)

Polarized glass-in (G)

Optical filter-HCP (G)

Marker

Optical filter-HCP (R)

Polarized glass-in (R)

2 slits

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Page 35

Optical Parts Disassembly

4 Optical base top removal

Before taking this procedure, remove cabinet top, main board following to the chapter "Mechanical disassembly". 1 Remove 1 screw A (T3x8) on the thermostat, 1 screw B

(T3x8) on the ballast trigger and 4 screws C (T3x8).

2 Unhook 4 hooks D on the optical base top and take the

optical base top upward off.

Ballast trigger

B C

Thermostat

-35-

Page 36

Optical Parts Disassembly

238

241

240

238

490490

489489

241

240

4-1 Optical parts locations in the Optical Unit

No. Parts Name No. Parts Name

1 LENS,INTEGRATOR(IN) * 9 MIRROR(R) 2 LENS,INTEGRATOR(OUT) * 10 LENS,RELAY(IN) 3 ASSY,PRISM(PBS) 11 LENS,RELAY(OUT) * 4 LENS,CONDENSER(IN) 12 LENS,CONDENSER(R) 5 MIRROR(W-COLD) 13 MIRROR(B) 6 LENS,CONDERSOR(OUT) * 14 POLARIZED GLASS(IN/GB) 7 DICHROIC MIRROR (B) 15 LENS,CONDENSER(G) 8 DICHROIC MIRROR (G) 16 LENS,CONDENSER(B)

Shield Plate

Note: The parts indicated with (*) are fixed with the adhesive onto the optical base bottom, so these parts are not the replaceable parts.

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Page 37

Optical Parts Disassembly

238

241

240

238

490490

489489

241

240

4-2 Optical parts directions in the Optical Unit

When mounting or assembling the optical parts in the optical unit, the parts must be mounted in the specified location and direction as shown in the figure below.

Mount as the marker comes this side up.

Mount as the part no. is facing this side

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Page 38

Adjustments

Adjustments after Parts Replacement

LCD/

Prism Ass’y

Adjustment

Optical

 ●: Adjustment necessary ❍: Check necessary

Disassembly / Replaced Parts

Polarized

Glass

Optical Filter

Power Board Main Board Fan s

Contrast adjustment

Panel type check and setting

Fan control adjustment

PC-auto calibration

Electrical Adjustments

Video-auto calibration -1

Video-auto calibration -2

Common center adjustment

Gamma shift adjustment

White balance adjustment [PC]

Gamma correction adjustment [PC]

White balance adjustment [AV]

Gamma correction adjustment [AV]

White uniformity adjustment

Wind sensor calibration

● ● ●

❍ ●

● ● ●

●

● ●

❍ ❍ ❍ ❍

● ● ●

Note on the main board replacement

When replacing the main board, take read/write procedure of the gamma adjustment data and color shading correction data. The “gamma adjustment data” and “color shading correction data” of each panel have been adjusted precisely at the factory to match the characteristics of each panel. When you replace the main board, you need to read out the "gamma adjustment data" and "color shading correction data" stored in the memory IC on the previous main board and write down them into the memory IC on the new main board. By this way, the projector is enabled to reproduce the picture which has the properly adjusted gamma characteristic and color shading correction.

Use "Projector Service Tool" software for Read/Write of the gamma adjustment data and color shading correction data. This tool also enable to correct the color shading and gamma characteristics.

PROJECTOR SERVICE TOOL v. 4.10

SERVICE PARTS NO.: 610 337 8787

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Page 39

Optical Adjustments

Contrast adjustment

[Before Adjustment]

- Input a 100% of black raster signal.

1. Loosen a screw A on the polarized glass stopper which you intend to adjust.

2. Turn the lever B of optical filter as shown in figure to obtain the darkest brightness on the screen.

3. Turn the lever C of polarized filter as shown in figure to obtain the darkest brightness on the screen.

4. Tighten the screw A to fix the polarized glass stopper.

Repeat steps 1 to 4 for remaining R, G or B contrast adjustment.

Lever C (Polarized filter)

Lever B (Optical filer)

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Page 40

Service Mode Input Video Group No. Data 0 0 32 Ver. R 1.00

Electrical Adjustments

Service Adjustment Menu Operation

To enter the service mode

To enter the “Service Mode”, press and hold the MENU and SELECT button for more than 3 seconds. The service menu appears on the screen as follows.

To adjust service data

Select the adjustment group no. by pressing the MENU button (increase) or SELECT button (decrease), and select the adjustment item no. by pressing the pointer e or d button, and change the data value by pressing the 7 or 8 button. Refer to the “Service Adjustment Data Table” for further description of adjustment group no., item no. and data value.

To exit the service mode

To exit the service mode, press the ON/STAND-BY button.

Group No.

Item No.

Data value

Memory IC (IC301, IC802) Replacement

Memory ICs 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, the re-adjustments are required following to the “Electrical Adjustments”. The data of lamp replacement counter is stored in the Memory IC. Please note that the lamp replace counter will be reset when the memory IC is replaced. (Lamp replace counter cannot be set to the previous value.)

●Caution to memory ICs replacement

When memory ICs are replaced with new one, the CPU writes down the default data of the service adjustments to the replaced ICs as the mentioned on the service adjustment table. As these data are not the same data as

factory shipped data, it should be required to perform the re-adjustments following to the “Electrical Adjustments”. Please note that in this case the lamp replace counter will be reset.

●Caution of Main Board replacement (in the case memory ICs are not defective)

When the main board is replaced, memory ICs should be replaced with the one on previous main board. After replacement, it should be required to perform the re-adjustments following to the “Electrical Adjustments”. In this case, the value of lamp replace counter can be kept as before.

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Page 41

Electrical Adjustment

White 100%

Black 100%

Circuit Adjustments

CAUTION: The each circuit has been made by the fine adjustment at factory. Do not attempt to adjust the following

adjustments except requiring the readjustments in servicing otherwise it may cause loss of performance and product safety.

[Adjustment Condition]

16 steps gray scale pattern

 ● Input signal

Video signal ......................

1.0Vp-p/75W terminated, 16 steps gray scale (Composite video signal)

Computer signal ................. 0.7Vp-p/75W terminated, 16 steps gray scale

pattern

Component Video signal .... 0.7Vp-p/75W terminated, 16 steps gray scale

(Component video signal with 480p, 575p, 720p or 1080i format)

 ● Picture control mode ......

“STANDARD” mode unless otherwise noted.

Note:

* Please refer to “Service Adjustment Menu Operation” for entering the service mode and adjusting the service

data.

z Panel Type Check and Setting

* Before setting, you need to check which type of LCD pan-

el is placed on the projector according to the item "LCD Panel/Prism Ass'y removal" in the chapter "Optical Parts Disassembly".

1. Enter the service mode.

2. Panel Type Check

Select group no. “290”, item no. “0”. Check the data

value as follows; Data value: 0 For L-Type of LCD Panel Data value: 20 For R-Type of LCD panel

3. Panel Type Setting

Select group no. “290”, item no. “1” and change data

value from 10 to 0 or 20 depending on your LCD Panel

type. When the data value reaches 0 or 20, it returns

to 10 quickly. The gamma-characteristics is reset ac-

cording to your selection.

Note:

Be careful to take this adjustment. The value of gamma

adjustment data will be reset and cannot be restored

if you change the mode of LCD panel type.

x Fan Voltages adjustment

1. Enter the service mode.

2. Connect a digital voltmeter to test point chassis ground (-). (7 test points are provided for this adjustment, perform all the voltage adjustments in the table below.)

3. Select group no. “140”. Select item no. B and change data value to adjust the voltage to be C - 0.1V + 0V, and select item no. D and change data value to adjust the voltage to be E ±0.1V.

4. Repeat step 2 to 3 for the remaining test points in the table below.

Test Point A Item B Voltage C Item D Voltage E

TPFN5 0 13.8 1 5.0

TPFN3 2 13.8 3 5.0

TPFN4 2 13.8 3 5.0

TPFN2

TPFN1 6 13.8 7 5.0

TPFN7 8 13.8 9 5.0

4 13.8 5 5.0

A (+) and

TPFN6 10 13.8 11 5.0

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Page 42

Electrical Adjustment

c PC-Auto Calibration

1. Enter the service mode.

2. Receive the 16-step grey scale computer signal with

Input 1 [PC analog] mode.

3. To start the auto-calibration for PC adjustment, select

group no. “680”, item no. “0” and then change data value from “0” to “1”. After the auto-calibration completed, "OK" will appear on the screen.

v Video-Auto Calibration -1

1. Enter the service mode.

2. Receive the 16-step grey scale 480i-component vid-

eo signal with Input 2 [Y,Pb/Cb,Pr/Cr] mode.

3. To start the auto-calibration for Video adjustment, se-

lect group no. “680”, item no. “0” and then change data value from “0” to “1”. After the auto-calibration completed, "OK" will appear on the screen.

b Video-Auto Calibration -2

1. Enter the service mode.

2. Receive the 16-step grey scale composite video sig-

nal with Input 3 [Video] mode.

3. To start the auto-calibration for composite video ad-

justment, select group no. “680”, item no. “0” and then change data value from “0” to “1”. After the auto-calibration completed, "OK" will appear on the screen.

m Gamma Shift adjustment

1. Receive the 100%-whole-white computer signal with Input 1 [PC analog] mode.

2. Enter the service mode.

3. Measure luminance on the screen with the luminance meter. It is A for the reading of luminance meter.

4. Change the signal source to the 50%whole-white computer signal with Input 1 [PC analog] mode.

5. Select group no. “920”, item no. “6” and change the Data value to make the reading of luminance meter to be A x 22% .

, White Balance adjustment [PC]

This adjustment is carried out in the both of image mode "Standard" and "Real".

1. Receive the 50%-whole-white computer signal with

Input 1 [PC analog] mode.

2. Set image mode to "Standard" or "Real" you intend to adjust.

3. Enter the service mode, select group no. “920” item no. “5” (Red) or “7” (Blue), and change Data values respectively to make a proper white balance.

Conform that proper white balance is obtained in the both of image mode "Standard" and "Real".

n Common Center adjustment

1. Receive the 50%-Whole Gray composite video sig-

nal with Input 3 [Video] mode.

2. Enter the service mode.

3. Select group no. “100”, item no. “92” and change data value to “2” to reduce the panel frequency.

4. Project only green light component to the screen.

5. Select group no. “200”, item no. “9” and change data value to obtain the minimum flicker on the screen.

6. Project only blue light component to the screen.

7. Select item no. “10” and change data value to obtain the minimum flicker on the screen.

8. Project only red light component to the screen.

9. Select item no. “11 and change data value to obtain the minimum flicker on the screen.

10. Select group no. “100”, item no. “92” and change data value to “0” to reset the panel frequency.

. Gamma Correction adjustment [PC]

This adjustment is carried out in the both of image mode "Standard" and "Real".

1. Receive the 16-step grey scale computer signal with Input 1 [PC analog] mode.

2. Set image mode to "Standard" or "Real" you intend to adjust.

3. Enter the service mode, select group no. “920”, item no. “6” and change the Data value to make a proper 16 steps gradation.

Conform that proper 16 steps gradation is obtained in the both of image mode "Standard" and "Real".

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Page 43

Electrical Adjustment

⁄0 White Balance adjustment [AV]

This adjustment is carried out in the both of image mode "Standard" and "Cinema".

1. Receive the 50%-whole-white composite video signal

with Input 3 [Video] mode.

2. Set image mode to "Standard" or "Cinema" you intend to adjust.

3. Enter the service mode, select group no. “920” item no. “5” (Red) or “7” (Blue), and change Data values respectively to make a proper white balance.

Conform that proper white balance is obtained in the both of image mode "Standard" and "Real".

⁄1 Gamma Correction adjustment [AV]

This adjustment is carried out in the both of image mode "Standard" and "Cinema".

1. Receive the 16-step grey scale composite video signal with Input 3 [Video] mode.

2. Set image mode to "Standard" or "Cinema" you intend to adjust.

3. Enter the service mode, select group no. “920”, item no. “6” and change the Data value to make a proper 16 steps gradation.

⁄3 Wind Sensor Calibration

1. Enter the service mode, select group no. “170” and item no. “0” .

2. To start the calibration, change data value from “0”

to “1”. During the calibration, the word "Please wait..." appears on the screen. After the calibration completed correctly, "OK" will appear on the screen.

IMPORTANT Before taking this adjustment, you need to replace the filter cartridge with new one or scrolled up to new filter.

Conform that proper 16 steps gradation is obtained in the both of image mode "Standard" and "Cinema".

⁄2

White Uniformity Adjustment

If you find the color shading on the screen, please adjust the white uniformity by using the proper computer and “Projector Service Toll” software supplied separately.

-43-

Page 44

Electrical Adjustment

K47A

K47B

K1401

IC9201

IC4401

IC4801

K8B

K8C

K8D

K8E

K8J

K8H

K8K

K8L

K8M

K8N

K8X

IC401

IC801

K78BK78H

K78C

K78D

K78E

K78F

K78G

IC1201

IC4701

K25B

K25G

IC101

K25R

IC301

K78A

TPFN2

TPFN7

TP501

TP503TPFN6

TPFN5

TPFN4

TPFN3

TPFN1

TP561

TP563

TP531

TP533

Test Points and Locations

MAIN BOARD

-44-

Page 45

Electrical Adjustment

Service Adjustment Data Table

These initial values are the reference data written from the CPU ROM to memory IC when replaced new memory IC. The adjustment items indicated with “✻” are required to readjust following to the “Electrical adjustments”. Other items should be used with the initial data value.

Grp Item Item Name Function Range Initial

0 Temperatu re Monitor [ Read only ]

0 LM76( Temp) A Monitor Temp. Sensor A ( Room: IC1692) - -

1 LM76( Temp) B Monitor Temp. Sensor B ( Lamp: IC1816) - -

2 LM76( Temp) C Monitor Temp. Sensor C (Pan el:IC1814) - -

1 Pressu re Sensor Mo nitor [R ead only]

0 MPXHZ6115A(Pressure) Monit or Pressure Se nsor - -

1 MPXHZ6115A(Pressure) Monit or Pressure Se nsor [mm Hg] - -

2 MPXHZ6115A(Pressure) Monit or Pressure Se nsor [hpa] - -

3 Angle Sensor Mon itor [Rea d only]

0 MAS1390 (Acc eleratio n) A Monito r Angle Se nsor A -

1 MAS1390 (Acc eleratio n) B Monito r Angle Se nsor B -

4 Wind Se nsor Moni tor [Read o nly]

0 Flow Senso r Monitor Wind Sens or -

5 Fan Voltag e Monitor [ Read only ]

0 FAN A Monitor ( Exhaust : Large ) Fan voltage (x0.01V) [A01] - -

1 FAN B Monitor ( Exhaust : Small ) Fan vol tage (x0.01V) [ A02] - -

2 FAN C Monitor ( PBS) Fan voltag e (x0.01V) [A03 ] - -

3 FAN D Monitor ( Power) Fan voltage (x0.01V) [A0 4] - -

4 FAN E Monitor ( Panel Cool ling) Fan voltag e (x0.01V) [A05 ] - -

5 FAN F Monitor ( Panel Cool ling) Fan vol tage (x0.01V) [A06] - -

10 RS232C Se tting

0 Baudrate RS232C Bau d Rate (0 :19200 / 1:9600) 0 / 1 0

11 PJ-Net Set ting

0 Reset Dis able PJ-Net Rese t (0: Enable / 1: Disable) 0 / 1 0

20 Logo Proh ibition

0 Logo Prohi bition 0: Menu, 1: Pr ohibiti on 0 / 1 0

30 Color Sh ading /Gamm a Correct ion

0 Color Sha ding Corre ction On /Off 0: Off, 1:O n *Not memor ized 0 / 1 1

1 Gamma Cor rection O n/Off 0: Of f, 1:On *Not memorized 0 / 1 1

40 Dimmer

1 Dimmer Leve l 0:Min.W ~ 15: Max.W *Mem orized 0 ~ 15 11

2 DIMMER CTR L LEVEL1 Luminance Level 1 Data f or Dimmer: L ess than val ue 0 ~ 255 7

3 DIMMER CTR L LEVEL2 Luminance Level 2 Data f or Dimmer: L ess than val ue 0 ~ 255 14

4 DIMMER CTR L LEVEL3 Luminance Level 3 Data f or Dimmer: L ess than val ue 0 ~ 255 21

5 DIMMER CTR L LEVEL4 Luminance Level 4 Data f or Dimmer: L ess than val ue 0 ~ 255 28

6 DIMMER CTR L LEVEL5 Luminance Level 5 Data f or Dimmer: L ess than val ue 0 ~ 255 35

7 DIMMER CTR L LEVEL6 Luminance Level 6 Data f or Dimmer: L ess than val ue 0 ~ 255 42

8 DIMMER CTR L LEVEL7 Luminance Level 7 Data f or Dimmer: L ess than val ue 0 ~ 255 49

9 DIMMER CTR L LEVEL8 Luminance Level 8 Data f or Dimmer: L ess than val ue 0 ~ 255 56

10 DIMMER CTRL LEVEL 9 Lumi nance Level 9 D ata for Dimmer: Less tha n value 0 ~ 255 63

11 DIMMER CTRL LEVEL10 Lumina nce Level 10 Data fo r Dimmer: Le ss than valu e 0 ~ 255 70

12 DIMMER CTRL LEVEL11 Lumina nce Level 11 Data for Dim mer: Less t han value 0 ~ 255 77

13 DIMMER CTRL LEVEL12 Lumina nce Level 12 Data for D immer: Le ss than value 0 ~ 255 84

14 DIMMER CTRL LEVEL13 Lumina nce Level 13 Data for D immer: Le ss than value 0 ~ 255 91

15 DIMMER CTRL LEVEL14 Lumina nce Level 14 Data for D immer: Les s than value 0 ~ 255 98

16 DIMMER CTRL LEVEL15 Lumina nce Level 15 Data for D immer: Le ss than value 0 ~ 255 105

17 DIMMER AVE POINT Dimmer Avar age Points 1~16 4

50 Auto Pict ure Contro l

0 Auto Pictu re Control Fo rced OFF 0: Me nu 1: Forced O ff *Memorized 0 / 1 Ini tial =1, Ship= 0

70 COOLIN G

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Page 46

Electrical Adjustment

Grp Item Item Name Function Range Initial

0 COOLING _TIME Coolin g time at Power O ff 10 ~ 120 90

1 Not used Not us ed -1

80 Projec tor used tim e Reset

0 PJ Time Reset Time is re set when the va lue is set to 10. 0 ~ 10 0

90 Operat ion histor y

0 OPERATION_ HISTORY_1 Last Operation hi story 0 ~ 32767 0

~ : : : :

49 OPERATION_HISTO RY_50 50t h Operati on histor y 0 ~ 32767 0

50 OPERATION_HISTO RY Reset History is r eset when th e value is set to 10. 0 ~ 10 0

91 Error Log * Refer to Error Log tab le

0 Warning _Log_1 L ast Error Lo g 0 ~ 32767 0

~ : : : :

49 Warning_Lo g_50 5 0th Error Log 0 ~ 32 767 0

50 Warning_Lo g Reset Log is reset whe n the value is s et to 10. 0 ~ 10 0

112 Lamp Co nﬁg

0 Lamp Con ﬁg Change L amp Life Sel ect 1000 ~ 80 00 2500

113 Lamp Res et Counter [ Read only ]

0 Lamp Rese t times Lamp rese t times 0 ~ 127 0

115 Lamp Go O ut

0 Lamp Go Ou t 0 :Disa ble / 1:Ena ble - 0

116 Lamp Rep lace Dips play

0 Lamp tim e display 0:D isable / 1: Enable 0/1 1

117 Lamp Life Test

0 Lamp life test enable 0:Disa ble 1:Ena ble for Safet y check - 0

1 Lmap On tim e(for l ife test) Minutes for Safety ch eck - 1

2 Lamp Of f time( for life test) M inutes for Safety chec k - 3

3 Lamp tota l time( for life test) Hours for Safety che ck - 0

120 RC KEY Dis able

1 RC KEY Front /Rear Disab le 0: Enable / 1: Front RC Disa ble / 2:R ear RC Disab le / 3:RC KEY All Disable 0 / 1 / 2 / 3 0

130 75 ohm terminated

0 TERM_1 In put1(D_ SUB)75 ohm terminated ON/ OFF (0 :OFF 1: ON) 0 / 1 0

1 TERM_ 2 Input2( BNC)75 ohm term inated ON /OFF (0: OFF 1:ON ) 0 / 1 0

140 Fan Adjust ment

0 Fan A Max (DAC ) Fan DAC Output adjust ment 0 ~ 255 2 24

1 Fan A Min (DAC ) * Lamp Mode : Forced Eco 0 ~ 255 3 8

2 Fan B Max (DAC ) 0 ~ 255 22 5

3 Fan B Min (DAC ) Volmin =5V 0 ~ 255 3 6

4 Fan C Max (DAC ) Volm ax=13.8V 0 ~ 255 22 9

5 Fan C Min (DAC ) ( DACmax - DACmin ) / (Volmax - Volmin) * (Volnow - Volmin) + DACmin 0 ~ 25 5 35

6 Fan D Max (DAC ) 0 ~ 255 227

7 Fan D Min (DAC ) 0 ~ 255 38

8 Fan E Max (DAC ) 0 ~ 255 22 2

9 Fan E Min (DAC ) 0 ~ 255 3 6

10 Fan F Max (DAC) 0 ~ 255 22 2

11 Fan F Min (DAC) 0 ~ 255 3 8

141 Fan Optio n

142 Fan Temp Error Set ting [Re ad only} Read only

0 Temp A Warning Temp. A (Room ) to judge fo r abnormal t emp (x0.1°C) 0 ~ 1000 470

1 Temp B Warning Temp. A (Lamp) to judge for abnorma l temp (x0.1°C) 0 ~ 1000 750

2 Temp C Warning Temp. A (Panel) to judge for abn ormal temp ( x0.1°C) 30 0 ~ 1000 6 50

3 Temp B-A Warning Temp. B-A ( Filter Clogge d) to judge f or abnorma l temp (x0.1°C) 0 ~ 1000 500

4 Temp C-A Warning Temp. C-A (F ilter Clog ged) to judge for abno rmal temp (x 0.1°C) 0 ~ 1000 310

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Page 47

Electrical Adjustment

Grp Item Item Name Function Range Initial

143 Fan Manual C ontrol

0 Fan Fix SW

1 Fan Manual SW FanManual Control SW 0 :Auto / 1：Manual * Not memorize d 0 / 1 0

2 Fan A Manual O ut

3 Fan B Manual O ut 0 ~ 2000 1350

4 Fan C Manual O ut 0 ~ 2000 1350

5 Fan D Manual O ut 0 ~ 2000 1350

6 Fan E Manual O ut 0 ~ 2000 1350

7 Fan F Manual O ut 0 ~ 200 0 1350

144 Fan Table Setting

0 Fan Control Max Temp Fan control rang e of Temp Sensor A (x0 .01V) 300 ~ 100 0 380

1 Fan Control Min Temp 0 ~ 1000 310

2 Fan A Normal M ax (Volt) Fan contr ol range at L amp Normal ( x0.01V) 0 ~ 2000 1350

3 Fan A Normal M in (Volt) * It does not c hange wit h real time 0 ~ 2000 900

4 Fan B Normal M ax (Volt) 0 ~ 2000 1350

5 Fan B Normal M in (Volt) 0 ~ 2000 700

6 Fan C Normal M ax (Volt) 0 ~ 2000 1380

7 Fan C Normal M in (Volt) 0 ~ 2000 1380

8 Fan D Normal M ax (Volt) 0 ~ 2000 1350

9 Fan D Normal M in (Volt) 0 ~ 2000 1200

10 Fan E Normal Max ( Volt) 0 ~ 2000 1350

11 Fan E Normal Min (Vol t) 0 ~ 2000 700

12 Fan F Normal Max ( Volt) 0 ~ 2000 1350

13 Fan F Normal Min (Vol t) 0 ~ 2000 700

14 Fan A Eco Max (Volt) Fan control range at Eco N ormal (x0 .01V) 0 ~ 2000 1350

15 Fan A Eco Min (Volt) * It does n ot change in real time 0 ~ 200 0 500

16 Fan B Eco Max (Volt) 0 ~ 2000 1350

17 Fan B Eco Min (Volt) 0 ~ 2000 500

18 Fan C Eco Max (Volt) 0 ~ 2000 70 0

19 Fan C Eco Min (Volt) 0 ~ 2000 70 0

20 Fan D Eco Max (Volt) 0 ~ 2000 1350

21 Fan D Eco Min (Volt) 0 ~ 2000 1100

22 Fan E Eco Max (Volt) 0 ~ 2000 1350

23 Fan E Eco Min (Volt) 0 ~ 2000 500

24 Fan F Eco Max (Volt) 0 ~ 200 0 1350

25 Fan F Eco Min (Volt) 0 ~ 200 0 500

0:n ormal / 1: Normal Mi n / 2:Normal Max / 3 :Eco Mi n / 4 :Eco Ma x

* Not memorized , Abnor mal temp =100°C

Fan Voltage at M anual Mod e * Not memorized (x0.01V) * Effect ive only Fan Manual SW is 1

0 ~ 4 0

0 ~ 2000 1350

145 Fan Temp. Offse t Setting

0 Temp A Warning Of fset (Temp) Temp. warning of fset value a t Power On (x0.1℃ ) 0 ~ 200 170

1 Temp B Warning Of fset (Temp) 0 ~ 200 170

2 Temp C Warning Of fset (Temp) 0 ~ 200 170

3 Temp B-A Warning O ffset (Temp) 0 ~ 200 170

4 Temp C-A Warning O ffset (Temp ) 0 ~ 200 170

5 Temp A Warning Of fset (Tim e) Temp. warning o ffset tim e at Power On (se c.) 0 ~ 30 0 180

146 Fan Star t Setting

0 Fan Start S tep (Volt /Sec ) Voltage deviation/1 sec at Fan start (Volt/ Sec) 0 ~ 200 0 20

1 Fan A Start Vol t Fa n start vol tage (x0.01V) 0 ~ 2000 700

2 Fan B Start Vol t 0 ~ 2000 700

3 Fan C Start Vol t 0 ~ 2000 70 0

4 Fan D Start Vol t 0 ~ 2000 70 0

5 Fan E Start Vol t 0 ~ 2000 700

6 Fan F Start Vol t 0 ~ 200 0 700

147 Fan Pressur e Setting

0 Press Sour ce Range Low Press se nsor contr ol range (mmHG) 0~1024 525

1 Press Sour ce Range Hi gh 0~1024 700

2 Press Fan Add Range High 0 ~ 2000 0

3 Press Fan Add Range Low 0 ~ 2000 650

148 Fan Ceilin g Setting

0 FAN A Ceiling O ffset Offset volt age at Ceili ng (x0.01V) 0 ~ 2000 0

1 FAN B Ceiling O ffset 0 ~ 2000 0

2 FAN C Ceiling O ffset 0 ~ 2000 0

3 FAN D Ceiling O ffset 0 ~ 2000 0

4 FAN E Ceiling O ffset 0 ~ 200 0 0

4 FAN F Ceiling O ffset 0 ~ 2 000 0

-47-

Page 48

Electrical Adjustment

Grp Item Item Name Function Range Initial

149 Fan Clogg ed Setting

0 Temp C-A Upward High Fan voltage add ition by Se nsor A - C temp Upw ard High 0 ~ 1000 3 00

1 Temp C-A Upward Lo w Fan voltage addit ion by Senso r A - C temp Upward L ow 0 ~ 1000 2 80

2 Temp C-A Downwar d High Fan voltage addition by Se nsor A - C temp Dow nward High 0 ~ 1000 150

3 Temp C-A Downwar d Low Fan voltage addit ion by Senso r A - C temp Downward Low 0 ~ 1000 110

150 Shipping Setting

0 Shipping Setting S hipping S et when the value is set to 10. 0 ~ 10 0

170 Wind Sen sor

0 Flow Senso r Calibrat ion

1 Flow Senso r Offset M in

2 Flow Senso r Offset M ax

3 Flow Senso r Calibrat ion Error Log

4 Clog Chec k Enable Clogged D etectio n (0: Di sable / 1: Enable) 0 ~ 1 Initial =0, Sh ip=1

171 Wind Sen sor

0 Ideal Flo w Data Air ﬂow data th eory for c urrent fan vol tage (Re ad only) - -

1 Flow Dif ference Dat a Dif ferentia l value betw een actual a nd theor y (Read onl y - -

2 Clog Dete ct Flow Dif ference Dat a “Dif ferential value to judg e “Clogg ed”( Read only) - -

3 Warn Detect Flow Diffe rence Data

4 Press Add Data Additional value o f press sens or - -

5 Filter Scr oll Timer

175 Filter

0 Compuls ion Filter Taking Up

1 Take Up Bend

2 Take Up Times Filter scr oll remaining times ( Read only ) - 9

3 Take Up Time Reset

4 Scroll Counter Reset T ime S croll Cou nter reset ti mes (Read o nly) 0 ~ 25 5 0

Wind Sen sor Offset Auto-Ca libration Calibra tion star ts when the val ue is set to 1. After cal ibration, OK is displaye d.

Wind Sen sor Mini Of fset value * After ca libration, the value i s set automat ically. (Of fset Range : 350 - 550 )

Wind Sen sor Max Of fset value * After ca libration, the value i s set automat ically. (Of fset Range : 550 - 800 )

Error Log fo r Auto-Ca libratio n 0: No Err or 10: Min no t stabilize d 11: Min out of offs et range 20: Ma x not stabi lized 21: Max out of offset ran ge

“Dif ferential value to judg e “Clogg ed warning" (Read onl y) Judge w hen the rema ining scro ll times is 0.

Filter sc roll timer (hours)(Read o nly) * Execut e at 2000 hou rs

Filter sc roll force dly *Execu te when the val ue is set to 1

Remove ﬂexu re of ﬁlter *Execu te when the val ue is set to 1

Reset of sc roll up tim es *Reset wh en the value is set to 10.

0 ~ 1 0

0 ~ 1023 0

- -

0 ~ 1 0

0 ~ 10 0

176 Filter Di spplay

0 Filter Icon Display Di splay 0: D isable / 1: Enable 0 /1 1

177 Filter Ti mer

0 Filter Tim er Reset Tim es Filter time reset times with us er menu 0 ~ 255 0

1 Force Power Off Time Forced Po wer Off Tim e (hours ) 0 ~ 1000 10

180 DDC Setting

0 HDCP EDID Dat a Settin g 0:DVI EDID Dat a / １:HDCP EDID Da ta 0 / 1 1

190 Panel Life Test

0 Panel Life en able 0: Test M ode ON, Test Mod e OFF 0 / 1 1

200 CXA7007

0 G SIG Center 0 ~ 63 32

1 B SIG Center 0 ~ 6 3 32

2 R SIG Center 0 ~ 63 32

3 G Gain Cont rol 0 ~ 255 194

4 B Gain Cont rol 0 ~ 2 55 194

5 R Gain Cont rol 0 ~ 255 194

6 G Bright Co ntrol 0 ~ 255 0

7 B Bright Co ntrol 0 ~ 2 55 0

8 R Bright Co ntrol 0 ~ 255 0

9 G VCOM Contr ol 0 ~ 255 104

10 B VCOM Control 0 ~ 255 104

11 R VCOM Control 0 ~ 255 104

-48-

Page 49

Electrical Adjustment

Grp Item Item Name Function Range Initial

12 G SID Control A 0 ~ 25 5 16

13 B SID Control A 0 ~ 255 16

14 R SID Control A 0 ~ 255 16

15 G SID Control B 0 ~ 25 5 130

16 B SID Control B 0 ~ 255 130

17 R SID Control B 0 ~ 255 130

18 G FRINV 0 ~ 1 0

19 B FRINV 0 ~ 1 0

20 R FRINV 0 ~ 1 0

290 Panel

0 PANEL_LR

1 PANEL_CHG

300 Built-i n Device : CXD3815

0 Compon ent Y Level

1 Compon ent C Level

2 CVBS Y Level

3 CVBS C Level

4 Sub Hue CVBS/ S Input (NTSC )Tint Adj. 0 - 63 32

5 HS Slice Level H Sync Slice L evel 0 - 15 4

6 HS Slice O ffset

7 VS Slice Level V Sync Slice Level 0 - 15 6

8 VS Slice Of fset Offse t for V Sync Sli ce Level 0 - 15 6

9 Samplin g Phase A /D Cloc k Phase 0 - 63 0

10 Pre Shoot Level Sub-Sh arpness 0 - 15 8

11 Over Shoot Level Sub-Sharp ness 0 - 15 8

12 Y Filter

13 C Filter

14 NTSC/PAL Dete ct

Panel Type Disp lay (Read o nly) 0: Type-L / 2 0: Type-R

Gamma da ta will be res et when the val ue is set to 0 or 20. 20: Type- R, 0: Type-L

Component Scar t Input Gain A dj. Group 01 : <YCbCr >1080i-6 0, 1080i-5 0, 1035i <RGB >1080i- 60, 1080i-50, 103 5i Group 02 : <YCbCr>720p- 60, 720p -60 <RGB >720p-60, 720p-50 Group 03 : <YCbCr>48 0p, 575p <RGB >480p, 575p Group 04 : <YCb Cr>48 0i, 575i <RGB >480i, 575i Group 05 < Scart> 480i, 575i

Component SCart I nput Gain Ad j. Group 01 : <YCbCr >1080i-6 0, 1080i-5 0, 1035i <RGB >1080i- 60, 1080i-50, 103 5i Group 02 : <YCbCr>720p- 60, 720p -60 <RGB >720p-60, 720p-50 Group 03 : <YCbCr>48 0p, 575p <RGB >480p, 575p Group 04 : <YCb Cr>48 0i, 575i <RGB >480i, 575i Group 05 < Scart> 480i, 575i N ote: Link w ith Group 4

CVBS/ Yinput Gain Adj. Composite / S-VIDEO

C Input Ga in Adj. Composite / S-VIDEO

Offse t of H Sync Sli ce Level Group 01 : <YCbCr >480 i, 575i Group 02 : <YCbCr>48 0p, 575p Group 03 : <YCbCr>720p Group 04 : <YCb Cr>1080i Group 05 : O thers

Y Input Filter band Set ting Group 01 : Composite, S -Video Group 02 : 4 80i, 575i, 480p, 575p Group 03 : 720p-6 0, 720p-5 0, 1035i, 1080 i-60, 108 0i-50

C Input Filter Band Set ting Group 01 : Composite, S -Video Group 02 : 4 80i, 575i, 480p, 575p Group 03 : 720p-6 0, 720p-5 0, 1035i, 1080 i-60, 108 0i-50

NTSC/ PAL Detection Thres hold Sett ing 0 : 64H /1V - PAL Ident Strong 1 : 96H /1V 2 : 128H/1V 3 : 160H/1V - PAL Ident Weak * Change i s effecti ve at System -Au to Select ion

- 0

0 ~ 20 10

0 - 255

0 - 255 162 /163

0 - 255 124/127

0 - 15

0 - 7

0 - 3 2

118 118 118 118 134

110 110 127 134 150

5 5 4 3 5

5 5 6

302 Built-i n Deveice : FPGA(D EMO_MOD E) SH

0 FPGA_ DEMO_ON_ OFF De mo mode On /Off( 0:O ff,1:On) * Not m emorized 0 ~ 1 0 1 FPGA_ DEMO_MO DE De mo mode Swi tch (0 :Demo0,1:Demo1 ･･･ ) * Not mem orized 0 ~ 3 0

303 Built-i n Device : FPGA(C olor Maneg .) S H

0 YRange Bright ness (Y) R ange 0 ~ 32 8

1 HueRang e Hue Range 0 ~ 2 0 10

2 GainRange Gain Range 0 ~ 50 30

-49-

Page 50

Electrical Adjustment

Grp Item Item Name Function Range Initial

3 GM_M inSlope Gam ma Mini Slo pe (x0.01) 0 ~ 10 3

4 GM_M axSlope Gamma Max S lope (x0.1) 10 ~ 30 18

5 GM_Converge G amma Convarg e Point Numb ers (x0.1) 1 ~ 5 3

6 Not used Not us ed - -

7 Not used Not us ed - -

8 COLM_GET_KIND_Y_ud Point Nu mbers at Col or Acquire d 1 ~ 9 9

9 Not used Not us ed - -

10 Not used Not used - -

11 SameHue H ue Comp sam e angle rang e 1 ~ 10 3

12 Cut_UVNorm Hue Co mp UV Norm Mi ni Value 0 ~ 64 5

13 Cur_MinY H ue Comp Bri ghtness M ini Value 0 ~ 127 0

14 Cur_MaxY Hue Co mp Bright ness Max Valu e 128 ~ 255 2 55

15 CM_IsAcc ess For Deb ag 0 ~ 1 1

310 Built-i n Device : AD9882

0 GREEN_OFFSET 0 - 127 63

1 RED_OFFSET 0 - 127 63

2 BLUE_OFFS ET 0 - 127 63

3 GREEN_GAI N 0 - 255 78

4 RED_GAIN 0 - 255 78

5 BLUE_GAIN 0 - 255 78

6 BANDWIDTH Analog 0 - 1 1

7 Last Cali b Table [Off set]

8 Last Cali b Table [Gain ]

9 OFFSET_THRESH_ 0

10 OFFSET_THRESH_1

11 OFFSET_THRESH_2

12 OFFSET_THRESH_3

13 OFFSET_THRESH_4

14 OFFSET_THRESH_5

15 GAIN_THRESH_ 0

16 GAIN_THRESH_1

17 GAIN_THRESH_ 2

18 GAIN_THRESH_ 3

19 GAIN_THRESH_ 4

20 GAIN_THRESH_ 5

21 OFFSET R 0 Under OFFSET Thresh X - X Diffe rential Data 0 - 25 5 121

22 OFFSET R 0-1 0 - 255 123

23 OFFSET R 1-2 0 - 255 124

24 OFFSET R 2-3 0 - 255 128

25 OFFSET R 3-4 0 - 255 131

26 OFFSET R 4-5 0 - 255 131

27 OFFSET R 5 Over 0 - 255 128

28 OFFSET G 0 Under OFFSET Thresh X - X D ifferen tial Data 0 - 255 123

29 OFFSET G 0-1 0 - 255 124

30 OFFSET G 1-2 0 - 255 125

31 OFFSET G 2-3 0 - 255 128

32 OFFSET G 3-4 0 - 255 131

33 OFFSET G 4-5 0 - 255 130

34 OFFSET G 5 Over 0 - 255 128

35 OFFSET B 0 Under OFFSE T Thresh X - X Differenti al Data 0 - 255 126

36 OFFSET B 0-1 0 - 255 125

37 OFFSET B 1-2 0 - 255 126

38 OFFSET B 2-3 0 - 255 128

39 OFFSET B 3-4 0 - 255 132

40 OFFSET B 4-5 0 - 255 133

41 OFFSET B 5 Over 0 - 2 55 128

42 GAIN R 0 Under GAIN Thresh X - X Differe ntial Data 0 ~ 255 129

43 GAIN R 0-1 0 - 255 129

Frequency Range at Auto-Calibration *Re ad only 255 is def ault 0:OFFSET_Thresh 0 les s 1:OFFSET_Thresh 0 - 1 2:O FFSET_Thresh 1- 2 3:O FFSET_Thresh 1- 2 ~~ 6:O FFSET_Thresh 5 more

【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】【MHz】

0 - 6 255

0 - 255 70

0 - 255 80

0 - 255 85

0 - 255 100

0 - 255 120

0 - 255 140

0 - 255 70

0 - 255 80

0 - 255 85

0 - 255 100

0 - 255 120

0 - 255 140

-50-

Page 51

Electrical Adjustment

Grp Item Item Name Function Range Initial

44 GAIN R 1-2 0 - 255 129

45 GAIN R 2-3 0 - 255 128

46 GAIN R 3-4 0 - 255 127

47 GAIN R 4-5 0 - 255 126

48 GAIN R 5 Over 0 - 255 128

49 GAIN G 0 Under GAIN Thresh X - X Di fferential Data 0 - 255 129

50 GAIN G 0-1 0 - 255 129

51 GAIN G 1-2 0 - 255 129

52 GAIN G 2-3 0 - 255 128

53 GAIN G 3-4 0 - 255 127

54 GAIN G 4-5 0 - 255 126

55 GAIN G 5 Over 0 - 2 55 128

56 GAIN B 0 Under GAIN Thresh X - X Dif ferential D ata 0 - 255 130

57 GAIN B 0-1 0 - 255 127

58 GAIN B 1-2 0 - 255 127

59 GAIN B 2-3 0 - 255 128

60 GAIN B 3-4 0 - 255 128

61 GAIN B 4-5 0 - 255 127

62 GAIN B 5 Over 0 - 255 128

311 Built-i n Device : M62393FP

0 R_CLA MP 0 - 255 0

1 G_CLA MP 0 - 255 0

2 B_CLAM P 0 - 255 0

400 Composite (NTSC) C omposite / S -Video

0 Total Dots * Rea d only 0 ~ 3000 858

1 Disp Dots 0 ~ 3 000 66 8

2 H Back Porch 0 ~ 3000 128

3 V Back Porch 0 ~ 30 00 47

4 Disp Line 0 ~ 1500 4 56

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

401 Composite (PAL) Composi te / S-Video

0 Total Dots * Rea d only 0 ~ 3000 864

1 Disp Dots 0 ~ 3 000 65 6

2 H Back Porch 0 ~ 3000 147

3 V Back Porch 0 ~ 30 00 64

4 Disp Line 0 ~ 1500 534

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

410 SCART(48 0i)

0 Total Dots * Rea d only 0 ~ 3000 858

1 Disp Dots 0 ~ 3 000 66 8

2 H Back Porch 0 ~ 3000 130

3 V Back Porch 0 ~ 30 00 47

4 Disp Line 0 ~ 1500 4 56

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

411 SCART (575i )

0 Total Dots * Rea d only 0 ~ 3000 864

1 Disp Dots 0 ~ 3 000 65 6

2 H Back Porch 0 ~ 3000 146

3 V Back Porch 0 ~ 30 00 64

4 Disp Line 0 ~ 1500 534

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

-51-

Page 52

Electrical Adjustment

Grp Item Item Name Function Range Initial

420 YCbCr (480 i)

0 Total Dots * Rea d only 0 ~ 3000 858

1 Disp Dots 0 ~ 3 000 66 8

2 H Back Porch 0 ~ 3000 130

3 V Back Porch 0 ~ 30 00 47

4 Disp Line 0 ~ 1500 4 56

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

421 YCbCr (575i)

0 Total Dots * Rea d only 0 ~ 3000 864

1 Disp Dots 0 ~ 3 000 65 6

2 H Back Porch 0 ~ 3000 146

3 V Back Porch 0 ~ 30 00 64

4 Disp Line 0 ~ 1500 534

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

422 YCbCr (480 P)

0 Total Dots * Rea d only 0 ~ 3000 858

1 Disp Dots 0 ~ 3 000 68 4

2 H Back Porch 0 ~ 3000 122

3 V Back Porch 0 ~ 30 00 46

4 Disp Line 0 ~ 1500 4 60

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

423 YCbCr (575P )

0 Total Dots * Rea d only 0 ~ 3000 864

1 Disp Dots 0 ~ 3 000 69 2

2 H Back Porch 0 ~ 3000 128

3 V Back Porch 0 ~ 30 00 56

4 Disp Line 0 ~ 1500 5 50

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

424 YCbCr (720P - 60)

0 Total Dots * Rea d only 0 ~ 3000 1650

1 Disp Dots 0 ~ 3 000 1250

2 H Back Porch 0 ~ 3000 306

3 V Back Porch 0 ~ 30 00 34

4 Disp Line 0 ~ 1500 70 0

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

425 YCbCr (720P- 50 )

0 Total Dots * Rea d only 0 ~ 3000 1980

1 Disp Dots 0 ~ 3 000 1250

2 H Back Porch 0 ~ 3000 304

3 V Back Porch 0 ~ 30 00 34

4 Disp Line 0 ~ 1500 70 0

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

426 YCbCr (1080i -60)

0 Total Dots * Rea d only 0 ~ 3000 220 0

1 Disp Dots 0 ~ 3 000 1872

2 H Back Porch 0 ~ 3000 248

-52-

Page 53

Electrical Adjustment

Grp Item Item Name Function Range Initial

3 V Back Porch 0 ~ 30 00 54

4 Disp Line 0 ~ 1500 1050

5 *** * Not used

6 *** * Not used

7 *** * Not used

8 VSBEG 0 ~ 15 2

427 YCbCr (1035i )

0 Total Dots * Rea d only 0 ~ 3000 220 0

1 Disp Dots 0 ~ 3 000 1872

2 H Back Porch 0 ~ 3000 248

3 V Back Porch 0 ~ 30 00 90

4 Disp Line 0 ~ 1500 1012

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

428 YCbCr (1080i -50)

0 Total Dots * Rea d only 0 ~ 3000 264 0

1 Disp Dots 0 ~ 3 000 1872

2 H Back Porch 0 ~ 3000 248

3 V Back Porch 0 ~ 30 00 54

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

430 RGB Vide o (480i )

0 Total Dots * Rea d only 0 ~ 3000 858

1 Disp Dots 0 ~ 3 000 66 8

2 H Back Porch 0 ~ 3000 126

3 V Back Porch 0 ~ 30 00 47

4 Disp Line 0 ~ 1500 4 56

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

431 RGB Vide o (575i)

0 Total Dots * Rea d only 0 ~ 3000 864

1 Disp Dots 0 ~ 3 000 65 6

2 H Back Porch 0 ~ 3000 143

3 V Back Porch 0 ~ 30 00 64

4 Disp Line 0 ~ 1500 534

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

432 RGB Vide o (480P)

0 Total Dots * Rea d only 0 ~ 3000 858

1 Disp Dots 0 ~ 3 000 68 6

2 H Back Porch 0 ~ 3000 115

3 V Back Porch 0 ~ 30 00 46

4 Disp Line 0 ~ 1500 4 60

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

433 RGB Vide o (575P)

0 Total Dots * Rea d only 0 ~ 3000 864

1 Disp Dots 0 ~ 3 000 69 2

2 H Back Porch 0 ~ 3000 122

3 V Back Porch 0 ~ 30 00 56

4 Disp Line 0 ~ 1500 5 50

5 * Not used

6 * Not used

-53-

Page 54

Electrical Adjustment

Grp Item Item Name Function Range Initial

7 * Not used

8 VSBEG 0 ~ 15 2

434 RGB Vide o (720P-6 0 )

0 Total Dots * Rea d only 0 ~ 3000 1650

1 Disp Dots 0 ~ 3 000 1250

2 H Back Porch 0 ~ 3000 289

3 V Back Porch 0 ~ 30 00 34

4 Disp Line 0 ~ 1500 70 0

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

435 RGB Vide o (720P-50 ) * Re ad only

0 Total Dots 0 ~ 3 000 1980

1 Disp Dots 0 ~ 3 000 1250

2 H Back Porch 0 ~ 3000 287

3 V Back Porch 0 ~ 30 00 34

4 Disp Line * Not used 0 ~ 1500 700

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

436 RGB Vide o (1080i-60)

0 Total Dots * Rea d only 0 ~ 3000 220 0

1 Disp Dots 0 ~ 3 000 1872

2 H Back Porch 0 ~ 3000 231

3 V Back Porch 0 ~ 30 00 54

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

437 RGB Vide o (1035i)

0 Total Dots * Rea d only 0 ~ 3000 220 0

1 Disp Dots 0 ~ 3 000 1872

2 H Back Porch 0 ~ 3000 231

3 V Back Porch 0 ~ 30 00 90

4 Disp Line 0 ~ 1500 1012

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

438 RGB Vide o (1080i-5 0)

0 Total Dots * Rea d only 0 ~ 3000 264 0

1 Disp Dots 0 ~ 3 000 1872

2 H Back Porch 0 ~ 3000 231

3 V Back Porch 0 ~ 30 00 54

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

440 HDCP (48 0P)

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

441 HDCP (5 75P)

-54-

Page 55

Electrical Adjustment

Grp Item Item Name Function Range Initial

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

442 HDCP (720 P-60 )

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step)

8 VSBEG 0 ~ 15 2

443 HDCP (720 P-50 )

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

444 HDCP (1080 i-60 )

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

445 HDCP (1035i )

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

446 HDCP (1080 i-50)

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

447

0 * Not used

1 * Not used

2 * Not used

3 * Not used

-55-

Page 56

Electrical Adjustment

Grp Item Item Name Function Range Initial

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

448 HDCP (1080 -25psf)

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

449 HDCP (1080 -24psf)

0 * Not used

1 * Not used

2 * Not used

3 * Not used

4 * Not used

5 * Not used

6 * Not used 7 OverSca n Over Scan Rate( 0~25.5％ : 0.1％ Step) 0 ~ 25 5 0

8 VSBEG 0 ~ 15 2

450 RGB-Vid eo (1080-3 0psf)

0 Total Dots * Rea d only 0 ~ 3000 220 0

1 Disp Dots 0 ~ 3 000 1874

2 H Back Porch 0 ~ 3000 230

3 V Back Porch 0 ~ 30 00 54

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

451 RGB-Vid eo (1080-25 psf)

0 Total Dots * Rea d only 0 ~ 3000 264 0

1 Disp Dots 0 ~ 3 000 1874

2 H Back Porch 0 ~ 3000 230

3 V Back Porch 0 ~ 30 00 54

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

452 RGB-Vid eo (1080-24ps f)

0 Total Dots * Rea d only 0 ~ 3000 2750

1 Disp Dots 0 ~ 3 000 1874

2 H Back Porch 0 ~ 3000 250

3 V Back Porch 0 ~ 30 00 56

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

453 RGB-Vid eo (1080P-6 0)

0 Total Dots * Rea d only 0 ~ 3000 1565

1 Disp Dots 0 ~ 3 000 1332

2 H Back Porch 0 ~ 3000 174

3 V Back Porch 0 ~ 30 00 56

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

-56-

Page 57

Electrical Adjustment

Grp Item Item Name Function Range Initial

8 VSBEG 0 ~ 15 2

454 RGB-Vid eo (1080P-50 )

0 Total Dots * Rea d only 0 ~ 3000 1878

1 Disp Dots 0 ~ 3 000 1332

2 H Back Porch 0 ~ 3000 174

3 V Back Porch 0 ~ 30 00 56

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

455 RGB-Vid eo (1080P-4 8)

0 Total Dots * Rea d only 0 ~ 3000 1957

1 Disp Dots 0 ~ 3 000 1332

2 H Back Porch 0 ~ 3000 174

3 V Back Porch 0 ~ 30 00 56

4 Disp Line 0 ~ 1500 1050

5 * Not used

6 * Not used

7 * Not used

8 VSBEG 0 ~ 15 2

600 PW Optio n

0 FrameLoc k Option

1 AV Screen Forc e True Mode

2 Field Sen se Invert Ena ble I nvert FLDINV Setting 0 : D isable / 1 : Ena ble 0 - 1 0

6 Device Ref resh Disable 0 : Enable (Norm al) / 1: Disa ble *Not mem orized 0 - 1 0

12 V-Sync Bigin Value Setu p V-SYnc Start val ue 0 - 15 2

605 Spread S pectrum Reset af ter AC Off

0 Enable 0 = Spreading Off / 1 = Spreading On 0 - 1 1

1 Spreadi ng Ratio Default value: 100 0 - 300 50

2 Modulat or Frequenc y Default valu e: 300 200 - 500 8 0

620 Sub Brig htnes

0 Center Con trast

1 Center Bri ghtness 0 - 1023

2 Center Col or 0 - 1023

3 Center Tin t

4 Center Sha rpness

5 Center Whi teBalanc e-Red 0-1023

6 Center Whi teBalanc e-Gree n 0-1023

7 Center Whi teBalanc e-Blue 0-1023

8 Center Bla ckBalan ce-Red 0-1023

9 Center Bla ckBalan ce-Gre en 0 -1023

10 Center Black Balance -Blue 0-1023

0: PC si gnal FrameLock OFF 1: PC signa l and Vfreq 47Hz~Panel fr equency r ange FrameLo ckON

AV Signal Natural Wide - > True change 0 : Disabl e / 1 : Enable <True at Natu ral Wide >

Composite / S-Vide o / Compone nt / Digital / D-RGB-Vide o /Anal ogRGB / RGB -Video / HDCP- PC /HDC P-AV /SCART/ PJ-Net Value = (Value at Menu - C enter Value of Me nu) x Alpha / 10 + Center Contra st [Max] 1023 [Mi n] 0 Bright ness [M ax] 1023 [ Min] 0 Color [ Max] 1023 [ Min] 0 Tint [ Max] 180 [ Min] 0 Sharpn ess [Ma x] 23 [M in] 0 WB-Re d [Max ] 1023 [Min ] 0 WB-Green [Ma x] 1023 [M in] 0 WB-B lue [Ma x] 1023 [Min] 0 BB-Re d [Max ] 1023 [Min ] 0 BB-G reen [Max] 1023 [M in] 0 BB-B lue [Ma x] 1023 [M in] 0”

0 - 1 1

0 - 1 0

0 - 1023

577/ 577/577/492 /492

/53 5/57 7/492 /492 /572/ 492

512/512/ 512/512/512

/50 8/512/ 512/512/ 520/ 512

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

95/ 95/95 /95 /95

/95 /95/ 95/ 95/ 95/ 95

8/ 8/ 8/8/8

/8 /8 /8/8/ 8/8

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

512/512/ 512/512/512

/512/ 512/512/512/ 512/512

-57-

Page 58

Electrical Adjustment

Grp Item Item Name Function Range Initial

11 Alpha Contra st

12 Alpha Bright ness

13 Alpha Color

14 Alpha Tint

15 Alpha WhiteB alance- Red 0-50 0

16 Alpha WhiteB alance- Green 0-50 0

17 Alpha WhiteB alance- Blue 0 -500

18 Alpha Black Balance -Red 0 -500

19 Alpha Black Balance -Green 0 -500

20 Alpha Black Balance -Blue 0-500

120/120 /120/120 /120/

120/120 /120/120 /120/120

120/120 /120/120 /120/

120/120 /120/120 /120/120

120/120 /120/120 /120/

120/120 /120/120 /120/120

10/10 /10/10/10/

10/10 /10/10/10/10

40/ 40/ 40/4 0/4 0/

40/ 40/ 40/4 0/4 0/40

40/ 40/ 40/4 0/4 0/

40/ 40/ 40/4 0/4 0/40

40/ 40/ 40/4 0/4 0/

40/ 40/ 40/4 0/4 0/40

20/ 20/20 /20 /20 /

20/ 20/20 /20 /20 /20

20/ 20/20 /20 /20 /

20/ 20/20 /20 /20 /20

20/ 20/20 /20 /20 /

20/ 20/20 /20 /20 /20

680 Auto Cari baration

0 Execute Ca librati on

1 Loop Coun t Maxi mum times of C alibrati on 1 - 30 3

2 OFFSET ARE A H START H Star t Position at Black level acquire are a 0 - 100 0 975

3 OFFSET ARE A V START V St art Posit ion at Blac k level acquire area 0 - 1000 500

4 GAIN AREA H START H Start Posi tion at Whit e level acqui re area 0 - 1000 25

5 GAIN AREA V START V Start Position at W hite level ac quire area 0 - 1000 5 00

6 Image ARE A H WIDTH Black/ White level acqui re area widt h 0 - 4 095 13

7 Image ARE A V HIGHT Black /White l evel acquir e area height 0 - 4095 9

8 OFFSET tar get Black level ad j. target 0 - 127 1

9 OFFSET tore lance Black level ad j. trelanc e 1 - 127 1

10 GAIN target White leve l adj. targe t 0 - 255 235

11 GAIN toleranc e W hite level adj . toleranc e 1 - 255 1

12 Auto Status

13 Auto Wait Wait va lue 1 - 20 1

14 CHECK -Tolelan ce Offset Final c heck Toleran ce 1 - 255 1

681 AutoPC Adjust

0 AutoPCAdjustEnable 0:AutoPCAd just Enabl e 1:AutoPCAd just Prohi bit 0 - 1 0

1 Frequency Step Total Dot Search S teps 0-3 1

2 Frequency Threshol d

3 Fine Phase

4 BLKDET Black Level Detect Ar ea 0 - 3 1

5 PHASEMSK

685 Auto Cali bration - YCbC r <10bit>

0 Gain Area H Start - Y A cquire Area of Y Signal H-Start Pos ition 0 - 100 0 25

1 Gain Area V Start - Y Acquire Area of Y Sign al V-Start Po sition 0 - 1000 200

6 Image Area H W idth Acquire Area of Signal Width 0 - 40 95 13

7 Image Area V H eight Acquire Area of Signal Height 0 - 4095 9

8 Gain Target - Y Target Value of Y S ignal 0 - 1023 790

11 Gain Tolerance Gain Toleranc e 0 - 1023 1

12 Output Tolerance Output Toler ance 0 - 1023 5

Auto- calibrat ion will exec ute when the value chang es (For PC Wh ite-100% Adju stment)

Auto Cali bration Re sult * Read on ly 0: End correctly / 1 : on adjustm ent / 9: End at Er ror

TotalDot Matc h 0 [] <- -- ---- -> 10[ Not Match ]

Fine Phas e after Total Dot Ad j. 0: FinePhase Enab le / 0 : FinePhas eDiable

Phase Detect Filter 0 : All bit １:Lower 1 bit D isable 2: Lower 2 b it Disabl e 3: Lower 3 bit D isable

0 - 1 0

0 / 1 / 9 0

0 - 10 5

0 - 1 0

0 - 3 0

686 Auto Cali bration - CVB S <10bit>

0 Gain Area H Start - Y A cquire Area of Y Signal H-Start Pos ition 0 - 100 0 25

1 Gain Area V Start - Y Acquire Area of Y Sign al V-Start Po sition 0 - 1000 200

6 Image Area H W idth Acquire Area of Signal Width 0 - 40 95 13

7 Image Area V H eight Acquire Area of Signal Height 0 - 4095 9

8 Gain Target - Y Target Value of Y S ignal 0 - 1023 790

11 Gain Tolerance Gain Toleranc e 0 - 1023 1

12 Output Tolerance Output Toler ance 0 - 1023 5

690 CUSTOM (Aspec t)

0 Connec t Indivi sual/Interl ock Sele ction 0 :Indiv usual /1:Inter lock 0 - 1 0

1 Horizont al Scaler H-Scaler 0 - 200 100

2 Horizont al Positio n H-Pos ition Cor rect 0 - 200 100

-58-

Page 59

Electrical Adjustment

Grp Item Item Name Function Range Initial

3 RESET/STORE H-Aspec t Reset/ Save 0:Reset /1:Save 0 - 1 0

4 Vertical Scaler V-Scaler 0 - 200 100

5 Vertical Position V-Positi on Correc t 0 - 200 100

6 RESET/STORE V-Aspect Res et/ Save 0:R eset/1:Save 0 - 1 0

7 Not used Not us ed 0 - 1 0

8 CUSTOM ON /OFF Custom Functio n 0: Disa ble/1: Enable 0 - 1 0

700 Genera l

0 IP Mode

1 3:2 Pu llDown Mode bit0 : Gl obal Moti on / bit1 : Vide o Motion 1 - 3 1

2 Detect Film Mode Enab le 0 : 2:3p ull down & 2: 2pull down / 1 : 2: 3pull down / 2 : 2:2p ull down 0 - 2 0

3 Force IP Mo de

701 De-interlace set ting Ef fect only Pr ogressive O N / Film

0 Motion Ad aptive Weig ht Value < KDEINT> 0 - 2 55 25

1 Angle Inte rpolati on Level 0 : Conser vative <= === > 4 : Aggress ive 0 - 4 2

2 CUE Low Pass Fi lter Enable < CUELPFEN> 0 - 1 0

711 Noise Re ductio n (Time) Eff ect only N.R ON

0 Noise Pixe l Range < NSRANGE Y> / <NSRANGEUV> 0 - 2 1

1 Noise Reg ion 0 <NSREGIONY0 > / <NSREGIONUV0> 0 - 1023 12

2 Noise Reg ion 1 <NSREGIONY1> / < NSREGIONUV1> 0 - 1023 24

3 Noise Reg ion 2 <NSREGIONY2 > / <NSR EGIONUV2 > 0 - 1023 40

4 Noise Gai n Level <NSFILTERY**> / < NSFILTERUV**> 0 - 255 100

715 Noise Re ductio n (Time) Eff ect only N.R OFF

0 Noise Pixe l Range < NSRANGE Y> / <NSRANGEUV> 0 - 2 1

1 Noise Reg ion 0 <NSREGIONY0 > / <NSREGIONUV0> 0 - 1023 12

2 Noise Reg ion 1 <NSREGIONY1> / < NSREGIONUV1> 0 - 1023 24

3 Noise Reg ion 2 <NSREGIONY2 > / <NSR EGIONUV2 > 0 - 1023 40

4 Noise Gai n Level <NSFILTERY**> / < NSFILTERUV**> 0 - 1023 1

720 2:2 pull down se tting

0 22Film Mo de Sensit ivity Film Dete ction Sen sitivit y <FILM STVT22 > 1 - 5 4

1 22Film Mo de Thresho ld Low <FILMTHRD2 2A> 0 - 32767 80

2 22Film Mo de Thresho ld High <FILMTHRD22B > 0 - 32767 120

3 VOFTHR13 <VOFTHR13> * Read o nly 0 - 1023 124

4 VOFTHR12 <VOFTHR12> * Read o nly 0 - 1023 124

5 VOFTHR2 3 <VOFTHR2 3> * Read on ly 0 - 1023 124

6 Video Mot ion Window Start X <VOFSTARX> 0 - 2047 10

7 Video Mot ion Window Stop X <VOFSTO PX> 0 - 2047 10

8 Video Mot ion Window Start Y <VOFSTARY> 0 - 1023 10

9 Video Mot ion Window Stop Y 0 - 1023 10

Setti ng at IP OFF 0: IP Bl ock Not Use / 1: I P Block Use d IP OFF

0 : IP Proces s Disable / 1 : F orce Norma l IP Mode / 2 : Forc e Film Mode * Effect o nly PSF Sign al

0 - 1 1

0 - 2 2

721 2:3 pull down setting

0 Global M otion Sens itivit y Fi lm Detecti on Sensit ivity < FILMSTV T23> 1 - 5 4

1 Video Mot ion Sensi tivity F ilm Detect ion Sensi tivity < VOFSTVT> 1 - 5 4

2 Video Mot ion Thres hold Low <VOFTHR DA> 0 - 32767 120

3 Video Mot ion Thres hold High < VOFTHRDB > 0 - 32767 180

4 Global M otion Thre shold < GMDTHRD > * Read only 0 - 1024 124

5 23Film Mo de Thresho ld < FILMTHRD23 > 0 - 32767 100

6 Global M otion Wind ow Start X <GMDSTARX > 0 - 2 047 10

7 Global M otion Wind ow Stop X <GMDSTOPX> 0 - 2 047 10

8 Global M otion Wind ow Start Y <GMDSTARY> 0 - 1023 10

9 Global M otion Wind ow Stop Y <GMDSTOPY> 0 - 102 3 10

900 CXD3540 _TG

0 SCANM 0 ~ 3 2 1 FRPM 0, 2 2

2 SCAN_SEL 0 ~ 1 1

3 HP 0 ~ 2047 14

4 VP_G 0 ~ 255 4

5 SHP_R 0 ~ 127 55

6 SHP_G 0 ~ 127 55

7 SHP_B 0 ~ 127 55

8 FRP_HP 0 ~ 2047 49

-59-

Page 60

Electrical Adjustment

Grp Item Item Name Function Range Initial

9 PRG_U 0 ~ 1023 49

10 PRG_D 0 ~ 1023 112

11 HST_R_PF 0 ~ 127 22

12 HST_R_PC 0 ~ 127 7

13 DCK1_R_WA 0 ~ 127 11

14 DCK1_R_F 0 ~ 127 48

15 DCK2_R _WA 0 ~ 127 0

16 DCK2_R _F 0 ~ 127 0

17 DCK3_R_WA 0 ~ 127 11

18 DCK3_R_ F 0 ~ 127 0

19 DCK4_R_WA 0 ~ 127 0

20 DCK4_R_F 0 ~ 127 0

21 HST_G_PF 0 ~ 127 22

22 HST_G_PC 0 ~ 127 7

23 DCK1_G_WA 0 ~ 127 11

24 DCK1_G_F 0 ~ 127 48

25 DCK2_G_WA 0 ~ 127 0

26 DCK2_G_ F 0 ~ 127 0

27 DCK3_G_WA 0 ~ 127 11

28 DCK3_G_F 0 ~ 127 0

29 DCK4_G_WA 0 ~ 127 0

30 DCK4_G_F 0 ~ 127 0

31 HST_B_PF 0 ~ 127 22

32 HST_B_PC 0 ~ 127 7

33 DCK1_B_WA 0 ~ 127 11

34 DCK1_B_F 0 ~ 127 48

35 DCK2_B_WA 0 ~ 127 0

36 DCK2_B_ F 0 ~ 127 0

37 DCK3_B_WA 0 ~ 127 11

38 DCK3_B_ F 0 ~ 127 0

39 DCK4_B_WA 0 ~ 127 0

40 DCK4_B_F 0 ~ 127 0

41 PCG_U 0 ~ 1023 49

42 PCG_D 0 ~ 1023 206

43 ENB_U 0 ~ 1023 120

44 ENB_D 0 ~ 1023 26

45 CLR_U 0 ~ 1023 0

46 CLR_D 0 ~ 1023 0

47 VCKP 0 ~ 2047 49

48 VCKPD 0 ~ 2047 1344

49 VSTP 0 ~ 255 125

50 DFT_ON 0 ~ 1 0

51 HPC_R_DAT0 0 ~ 8191 0

52 HPC_R_DAT1 0 ~ 8191 0

53 HPC_G_DAT0 0 ~ 8191 0

54 HPC_G_DAT1 0 ~ 8191 0

55 HPC_B_DAT0 0 ~ 8191 0

56 HPC_B_DAT1 0 ~ 8191 0

57 SCAN_HP 0 ~ 2047 49

910 CXD3540 _DSD_PR E

0 USR_R _GAIN 0 ~ 1023 512

1 USR_G_GAIN 0 ~ 1023 512

2 USR_B _GAIN 0 ~ 1023 512

3 USR_R _BRIGHT 0 ~ 8191 0

4 USR_G_BRIGHT 0 ~ 8191 0

5 USR_B _BRIGH T 0 ~ 8191 0

6 FRM_DAT 0 ~ 255 0

7 SEL_M ODE 0 ~ 7 0

8 RLR_D UM_PIX 0 ~ 127 8

920 CXD3540 _GAM

0 GAM_ON 0 ~ 1 1

1 GAM_R _GAIN 0 ~ 1023 512

2 GAM_G _GAIN 0 ~ 1023 512

3 GAM_B _GAIN 0 ~ 1023 512

4 GAM_R _BRIG HT 0 ~ 8191 0

5 GAM_G _BRIGHT 0 ~ 8191 0

6 GAM_B _BRIGH T 0 ~ 8191 0

-60-

Page 61

Electrical Adjustment

Grp Item Item Name Function Range Initial

930 Gamma Calculatio n Status

0 GAM_CALC _STATUS - 0

940 CXD3540 _VXT

0 VXT_DETECT_ON 0 ~ 1 1

1 VXT_GSEL 0 ~ 3 2

2 VXT_RCALC 0 ~ 1 0

3 VXT_GCALC 0 ~ 1 0

4 VXT_BCALC 0 ~ 1 0

5 VXT_ON 0 ~ 1 0

6 VXT_RDATU1 0 ~ 25 5 8

7 VXT_RDATU2 0 ~ 25 5 9

8 VXT_RDATU3 0 ~ 25 5 22

9 VXT_GDATU1 0 ~ 255 8

10 VXT_GDATU2 0 ~ 255 9

11 VXT_GDATU3 0 ~ 255 22

12 VXT_BDATU1 0 ~ 25 5 8

13 VXT_BDATU2 0 ~ 25 5 9

14 VXT_BDATU3 0 ~ 25 5 22

15 VXT_RDATL1 0 ~ 255 4

16 VXT_RDATL2 0 ~ 255 5

17 VXT_RDATL3 0 ~ 255 11

18 VXT_GDATL1 0 ~ 255 4

19 VXT_GDATL2 0 ~ 255 5

20 VXT_GDATL3 0 ~ 255 11

21 VXT_BDATL1 0 ~ 2 55 4

22 VXT_BDATL2 0 ~ 2 55 5

23 VXT_BDATL3 0 ~ 2 55 11

24 VXT_TH_ON 0 ~ 15 15

25 VXT_TH1 0 ~ 255 30

26 VXT_TH2 0 ~ 255 61

27 VXT_TH3 0 ~ 255 188

28 VXT_TH4 0 ~ 255 229

950 CXD3540 _CSC

0 CSC_XH 0 ~ 1 0

1 CSC_ON 0 ~ 1 1

2 CSC_R _GP1 0 ~ 511 3 24

3 CSC_R _GP2 0 ~ 511 30 5

4 CSC_R _GP3 0 ~ 511 28 2

5 CSC_R _GP4 0 ~ 511 259

6 CSC_R _GP5 0 ~ 511 219

7 CSC_R _GP6 0 ~ 511 198

8 CSC_R _GP7 0 ~ 511 172

9 CSC_R _GP8 0 ~ 511 141

10 CSC_G_GP1 0 ~ 511 331

11 CSC_G_GP2 0 ~ 511 3 09

12 CSC_G_GP3 0 ~ 511 287

13 CSC_G_GP4 0 ~ 511 265

14 CSC_G_GP5 0 ~ 511 231

15 CSC_G_GP6 0 ~ 511 213

16 CSC_G_GP7 0 ~ 511 193

17 CSC_G_GP8 0 ~ 511 166

18 CSC_B_GP1 0 ~ 511 346

19 CSC_B_GP2 0 ~ 511 316

20 CSC_B_GP3 0 ~ 511 29 0

21 CSC_B_GP4 0 ~ 511 26 8

22 CSC_B_GP5 0 ~ 511 2 31

23 CSC_B_GP6 0 ~ 511 20 9

24 CSC_B_GP7 0 ~ 511 184

25 CSC_B_GP8 0 ~ 511 161

960 CXD3540 _SHAD

0 SHAD_GSEL 0 ~ 3 1

1 SHAD_R _CALC 0 ~ 1 1

2 SHAD_G_CALC 0 ~ 1 1

3 SHAD_B _CALC 0 ~ 1 1

4 SHAD_ON 0 ~ 1 0

5 SHAD_R _DAT1 0 ~ 255 37

6 SHAD_R _DAT2 0 ~ 255 18

-61-

Page 62

Electrical Adjustment

Grp Item Item Name Function Range Initial

7 SHAD_R _DAT3 0 ~ 255 12

8 SHAD_G_ DAT1 0 ~ 255 37

9 SHAD_G_ DAT2 0 ~ 255 18

10 SHAD_G_DAT3 0 ~ 255 12

11 SHAD_B_DAT1 0 ~ 255 0

12 SHAD_B_DAT2 0 ~ 255 18

13 SHAD_B_DAT3 0 ~ 255 12

14 SHAD_COEF 0 ~ 4 095 1365

970 CXD3540 _VS

0 VS_GSEL 0 ~ 3 0

1 VS_R_ RGT

2 VS_G_RGT

3 VS_B_ RGT

4 VS_CYCLE

5 VS_ON

6 VS_GDAT1

7 VS_DAT

8 VS_GDAT3

9 VS_GDAT2

980 CXD3540 _DSDPOST1

0 HXT_TH4_ON

1 HXT_TH3_ON

2 HXT_TH2_ON

3 HXT_TH1_ON

4 HXT_ON

5 HXT_RCALC

6 HXT_GCALC

7 HXT_BCALC

8 HXT_GSEL

9 HXT_RDAT1

10 HXT_RDAT2

11 HXT_RDAT3

12 HXT_GDAT1

13 HXT_GDAT2

14 HXT_GDAT3

15 HXT_BDAT1

16 HXT_BDAT2

17 HXT_BDAT3

18 HXT_TH1

19 HXT_TH2

20 HXT_TH3

21 HXT_TH4

22 SEL_MODE 2

０ ~ 1 ０ ~ 1 ０ ~ 1 ０ ~ 1

０ ~ 1 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255

０ ~ 1

０ ~ 3 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255 ０ ~ 255

０ ~ 7

982 Auto- Gamma Adju stment Parameter s Setting

0 PC Standa rd : LVL_USE x0.01 1 ~ 999 100

1 PC Real : LVL_USE x0.01 1 ~ 999 8 5

2 AV Standard : LVL_U SE x 0.01 1 ~ 99 9 90

3 AV Cinema : LVL_USE x0.01 1 ~ 999 85

4 PC Standa rd : W_SXY_0 x0.001 1 ~ 999 29 0

5 PC Real : W_SXY_0 x0.0 01 1 ~ 999 295

6 AV Standard : W_ SXY_0 x0.001 1 ~ 999 290

7 AV Cinema : W_SXY_0 x 0.001 1 ~ 999 313

8 PC Standa rd : W_SXY_1 x0.001 1 ~ 999 315

9 PC Real : W_SXY_1 x0.0 01 1 ~ 999 320

10 AV Stand ard : W_SXY_1 x0 .001 1 ~ 999 315

11 AV Cinema : W_ SXY_1 x0.001 1 ~ 999 329

12 PC Standard : B_ SXY_0 x0.0 01 0 ~ 999 0

13 PC Real : B_SXY_0 x0.001 0 ~ 999 2 95

14 AV Stand ard : B_SXY_0 x0.001 0 ~ 999 290

15 AV Cinema : B _SXY_0 x0.001 0 ~ 999 313

16 PC Standard : B_ SXY_1 x0.0 01 0 ~ 999 0

17 PC Real : B_SXY_1 x0.001 0 ~ 999 3 20

18 AV Stand ard : B_SXY_1 x0.001 0 ~ 999 315

19 AV Cinema : B _SXY_1 x0.001 0 ~ 999 329

20 PC Standard : LIM IT_CONTRAST 100 ~ 5000 5000

21 PC Real : LIMIT_CONTR AST 100 ~ 5000 1000

22 AV Stand ard : LIMIT_CONTRAST 100 ~ 500 0 1500

-62-

Page 63

Electrical Adjustment

Grp Item Item Name Function Range Initial

23 AV Cinema : L IMIT_CONTRAS T 100 ~ 5 000 1500

24 Auto Gamma CALC Au to-Gam ma re-Cal c when the val ue to 10 1 ~ 10 0

25 PC Standard : CAL _CONT RESULT CONTR AST Read only ~ ---

26 PC Real : CAL_CON T RES ULT CONTRAST Read o nly ~ ---

27 AV Stand ard : CAL_CO NT RESU LT CONTRAST Read on ly ~ ---

28 AV Cinema : CA L_CONT RESULT CONTRAST Read only ~ - --

29 PC Standard : CO NT_USE x 0.001 100 ~ 500 0 500

30 PC Real : CONT_USE x0.001 100 ~ 5000 50 0

31 AV Stand ard : CONT_USE x 0.001 100 ~ 500 0 500

32 AV Cinema : C ONT_USE x0.001 100 ~ 5000 500

991 Digital Gamma Test Patte rn

Test Pattern Di splay

(No La st Memor y)

OSD Gray Sc ale Red

(No La st Memor y)

OSD Gray Sc ale Green

(No La st Memor y)

OSD Gray Sc ale Blue

(No La st Memor y)

0000: Test Pattern O ff 0001: OSD G ray Scale 0002 : Window Pat tern 0003 : Vertic al Gray Scal e 0004 : H-Stri pe 0005 : Diagon al Pattern 0006 : Dot Pattern

0 ~ 6 0

0 ~ 1023 960

-63-

Page 64

DVI-D

INPUT1INPUT2MONITOR

OUTPUT

D_SUB

RGB

Video,Y,Cr,Cb

S-C, S-Y

PJ-Net

BNCD_SUB

CONTROL

PORT

D_SUB RCA

USB

S-VIDEO

R-RC

F-RC

W-RC

IC1011

SYNC SEP.

IC4001

BUFFER-SW

IC4002

BUFFER

UC3801

RS-232C

IC1831

IC1841

IC8201

PC A/D

IC1201

FPGA

IC4701

DPRAM

IC1811

FLASH

MEMORY

IC1801

RAM

IC1305

FLASH

MEMORY

IC1301

IC1311

IC1321

IC1331

DDR

MEMORY

IC4801

I/O

EXPANDER

IC801

SH3

IC301

SCALER

IC501

IC1501

R-S/H

G-LCD

PANEL

R-LCD

PANEL

IC531

IC1531

G-S/H

IC561

IC1561

B-S/H

MOTOR

CONTROL

FAN

CONTROL

LED

DRIVE

IC802

EEPROM

IC3402

SDRAM

IC9202

SDRAM

IC1692

TEMP

SENSOR

IC1816

TEMP

SENSOR

IC1814

TEMP

SENSOR

IC401

DIGITAL

GAMMA

H/V

USB+,-

INPUT3

IC2801

IC2802

AMP.

MOTORS

FANS

LEDS

(PANEL)

IC1883

A/D, D/A

IC1881

IC1882

ACCELE

SENSOR

IC4801

PRESS

SENSOR

(LAMP) (ROOM)

IC9201

VIDEO

DECODER

AV A/D

H/V

IC101

VIDEO

SELECTOR

H/V

Y,CB,CR

IC302

EEPROM

D[0-7]

A[0-7]

SC_D[0-14]

SC_A[0-16]

RAOUT

GAOUT

BAOUT

IC4401

DIGITAL

ENHANCER

PW_DBE

PW_DGE

PW_DRE

IC1001

RGB-SW

IC2001

BNC/RCA

IC1002

SYNC

B-LCD

PANEL

Chassis Description

Chassis over view

-64-

Page 65

Chassis Description

DVI-D

PJ-Net

INPUT1

D_SUB15D_SUB15

INPUT2

BNC

53,54

140

141

129

1,3,5

8,10,12

1,3,5

13,3

12.5

562

110

111

258

179

336

109

114

113

112

15,17

RCAS-VIDEO

INPUT3MONITOR

OUT

CV/Y

SCART_R

OUT_R/CR

OUT_G/Y

OUT_B/CB

OUT_HS

OUT_VS

OUT_SW

SCART_G

SCART_B

S_C

Y_IN

CB_IN

CR_IN

S_Y

SCART_CV

S_C

S_Y

Y_IN

-IN1/IN2

IN1_HSYNC

IN1_VSYNC

IN1_CLK

IC1012

IC1013

IC102

IC9203

Q106

IC2001

BNC/RCA-SW

IC1001

IN1/IN2-SW

IC1002

SYNC-SW

IC4001

BUFFER-SW

IC4002

BUFFER-SW

IC9201

VIDEO

DECODER

AV A/D

IC9202

SDRAM

IC101

VIDEO

SELECTOR

IN1UV[0-9]

IN1Y[0-9]

RGB

Y,CR,CB

MAIN

K21A K10A

RGB

Q4001

IC301

<PW388>

SCALER

8,10,12

10,12,14

3,6

IC1011

SYNC

SEP.

IN2:H

-BNC/RCA RCA:H

OUT:H

-IN1/IN2

IN1:H

113

112

#IN1/IN2

Y:H

9,11

201816

268

537

IN0_HSYNC

IN0_VSYNC

IN0_CLK

CG_HSYNC

CG_VSYNC

124

CG_CLK

IC1201

FPGA

IC8201

PC A/D

IN0BE[2-7]

IN0GE[0-7]

IN0RE[0-7]

CG_B[0-7]

CG_G[0-7]

CG_R[0-7]

R_IN

G_IN

B_IN

VSOUT

HSOUTHS

OUT_HS

OUT_VS

IC8202

IC8203

Y_IN

CB_IN

CR_IN

Y_IN

CB_IN

CR_IN

SCART_CV

IC1006

111|120

5753494145

Input & signal processing stage

-65-

Page 66

Chassis Description

RAOUT[0-9]

GAOUT[0-9]

BAOUT[0-9]

280

219

216

IC1301

IC1311

IC1321

IC1331

DDR

MEMORY

IC1305

FLASH

MEMORY

IC301

SCALER

<PW388>

IC501

R-S&H

IC1501

R-S&H

R1_OUT[0-11]

R2_OUT[0-11]

G1_OUT[0-11]

G2_OUT[0-11]

B1_OUT[0-11]

B2_OUT[0-11]

TP501

R-LCD

PANEL

MAIN

FPGA_VOUT

FPGA_HOUT

FPGA_CLK0

PW_DRE[0-9]

PW_DGE[0-9]

PW_DBE[0-9]

CPU_AD[0-17]

CPU_DT[0-15]

A[0-17]

D[0-15]

SC_A[1-21]

SC_D[0-15]

142

231

237

111

112

PW_DVSYNC

PW_DHSYNC

PW_DCLK

IC531

G-S&H

IC1531

G-S&H

TP531

K25R

K25G

K25B

G-LCD

PANEL

IC561

B-S&H

IC1561

B-S&H

TP561

B-LCD

PANEL

IC4401

DIGITAL

ENHANCER

IC801

SH3

IC401

DIGITAL

GAMMA

CORRECTION

LCD drive stage

-66-

Page 67

Chassis Description

SW1861

LAMP COVER-SW

IC801

SH3

LAMP

LP900

SW905

THERMAL

SWITCH

A901

POWER

A901

LAMP

BALLAST

Q1861

LB_SH_UART

LAM_DET

PFC_SW_CPU

SH_LB_UART

LAMP_SWIN

PFC_SW

IC4801

INVERTER

IC1871

COVER SW.

1 2

186 16

191

195

167

212

5 1 4

3 1

K10B

CN6A

CJ1

CJ2

K6C

K6A K6B

K8K K8B

POWER-ON:H

MAIN

Lamp control stage

-67-

Page 68

Chassis Description

IC801

SH3

IC7811

DAC FAN

CONTROL

K78A

FN907

(POWER)

TPFN1

S16V

IC7821 Q7822

FAN_DRIVE

FAN_CONT5

Q7806 Q7807

IC7802

Q7821

L7821

D7823

K78B

FN903

(LAMP)

TPFN2

K78C

FN905

(EXHAUST)

TPFN3

TPFN4

IC7861 Q7864

Q7861 Q7862

Q7863

L7861

D7863

K78D

FN906

(EXHAUST)

D7867

IC7841 Q7842

FAN_CONT6

Q7841

L7841

D7843

Q7843

D7842

IC1871

Q7921

D7862

D7822

D7862

K87E

FN904

(LAMP)

TPFN5

IC7741 Q7742

FAN_DRIVE_CPU FAN_DRIVE

FAN_ENB2

FAN_CONT3

Q7781

Q7741

L7741

D7743

K78F

FN902

(PANEL)

TPFN6

K78G

FN901

(PANEL)

TPFN7

IC7701 Q7702

Q7701

L7701

D7703

IC7721 Q7842

FAN_CONT2

FAN_CONT1

Q7721

L7721

D7723

D7722

FAN_PF

Q7791

D7702

D7741

FAN_ENB1

Q7782

FAN_ENB3

Q7783

Q7784

SH_SCL_S5V SH_SDA_S5V

LAMP_FAN_PF

IC4801

I/O EXPANDER

Fan control stage

FN907

-68-

FN905 FN906

FN904

FN903

FN902

FN901

Page 69

Chassis Description

K8M

K8L

K8N

LENS_TOP

LENS_BOT

LENS_R_POSI

LENS_L_POSI

LENS_C_POSI

FOCUS+

FOCUS-

ZOOM+

ZOOM-

IC4801

I/O

EXPANDER

IC1872

BUFFER

IC6451

BUFFER

IC801

SH3

IC4401

DIGITAL

ENHANCER

IC5501 FOCUS

DRIVE

5 1

IC5501

ZOOM DRIVE

ZOOM

FOCUS

IC5541

STEPPING

MOTOR

DRIVE

FILTER

LENS_UP

LENS_DOWN

LENS_LEFT

LENS_RIGHT

18 9

520

IC6501

UP/DOWN

DRIVE

LENS SHIFT

UP/DOWN

18 9

LENS_TOP

LENS_BOT

LENS_R_POSI

LENS_L_POSI

LENS_C_POSI

165

150

520

IC6521

LEFT/RIGHT

DRIVE

LENS SHIFT LEFT/RIGHT

FOCUS+_EX

FOCUS-_EX

ZOOM+_EX

ZOOM-_EX

LENS_UP_EX

LENS_DOWN_EX

LENS_LEFT_EX

LENS_RIGHT_EX

LENS POSITION

SENSOR

STOP UP DOWN

LENS_DOWN H H L

LENS_UP H L H

STOP RIGHT LEFT

LENS_LEFT H H L

LENS_RIGHT H L H

STOP + -

FOCUS - H H L

FOCUS + H L H

STOP + -

ZOOM - H H L

ZOOM + H L H

MOTOR_STEP

Motor control stage

-69-

Page 70

Chassis Description

PW_SDA_DDC_D

PW_SCL_DDC_D

AV_PW_SDA

AV_PW_SCL

HDCP_CLK

HDCP_DATA

PC_PW_SDA

PC_PW_SCL

Q301

Q302

IC8041

BUS-SW

PW_SDA_S5V

PW_SCL_S5V

Q306

Q307

IC8062

PC-HDCP

MEMORY

IC8061

BUS-SW

AD_SDA

AD_SCL

IC8072

HDCP-KEY

MEMORY

IC8071

BUS-SW

IC8052

AV-HDCP

MEMORY

IC8051

BUS-SW

144,232

380 11

ACCELE_SENS+

FILTER_DET

WINDS_SENS

PRESS_SENS

FILTER_COUNT

63,158

246,325

PW_SDA_DDC_A

PW_SCL_DDC_A

VGA_SDA

VGA_SCL

Q303

Q304

IC1003

BUS-SW

IC1004

DDC

MEMORY

IC7801

D/A

IC4811

PRESS SENS

IC802

EEPROM

IC8302

EEPROM

247,398

64,159

SH_SDA_S5V

SH_SCL_S5V

Q801

Q802

216

217

233

234

166

235

IC101

VIDEO

SELECTOR

IC401

DIGITAL

GAMMA

PANEL DRIVE

S&H CIRCUIT

IC501, IC1501

IC531, IC1531

IC561, IC1561

PW_SDA_S3V

PW_SCL_S3V

DDC_SW_PW DDC_SW

DSub15

SH_SDA_3V

SH_SCL_3V

GAM_SDA

GAM_SCL

IC1401

BUS-SW

FAN

CONTROL

CIRCUIT

214

215

IC8201

PC A/D

IC9201

AV A/D

IC301

SCALER

<PW-388>

IC801

SH3

IC1883

A/D, D/A

IC1814

TEMP.

(PANEL)

IC1899

MOTOR

ROUND

IC1816

TEMP.

(LAMP)

IC1692

TEMP.

(ROOM)

ACCELERA-

TION

SENSOR

IC3251

BUFFER

FILTER SW.

SW1891

WINDS

SENSOR

S901

K8E

K8C

K8D

Bus control stage

-70-

Page 71

Chassis Description

IC801

SH3

POWER_ON

Wired RC

Jack

A2821

RC Pre-Amp.

A4051

RC Pre-Amp.

K28B

K10A

R/C

MAIN

203

K21A

K8X

K8J

K8H

2 3 4

Q5850

D6885

KEY2

236

KEY3

239

R_C_CPU W_RC

W _RC_SW

F_RC

R_RC

WARNING FILTER

Q5853

D6884

LAMP REPLACE

TEMP_LED_EX

Q5852

D6883

WARNING TEMP

READY_LED_EX

Q5851

D6882

LAMP

POWER_LED

RC_CTL0

RC_CTL1

Q5861

D68821

Q2803

Q2801

Q5862

12 2

5712

D[0-7]

A[0-7]

POWER

Key Switches

IC2802

BUFFER

IC2801

BUFFER-SW

IC1871

BUFFER

IC4801

I/O

EXPANDER

RC ACTIVE RC_CTL0 RC_CTL1

NORMAL L L

FRONT ONLY H L

REAR ONLY L H

WIRED H H

40839738

61 12

FILTER_LED_EX

LAMP_REP_LED_EX

LED drive & RC control stage

-71-

Page 72

Chassis Description

L261

K21A

K10A

S16V

D8043

IC4801

I/O

EXPANDER

111

186

211

A[0-7] D[0-7]

IC1851

D/A

IC801

SH3

MAIN

IC104

S12V

IC5542

15V_LNS

Q6612

IC_RESET

M/A_PF

D6604

15V_LNS_PF

D592

GAM_13.5V_PF

D591

GAM_15.5V_PF

D6676

R6676-R6677

Q6613

9V_LNS_PF

D1019

3.3VSH

Q1458

SW_3.3VGAM_VDDA3

Q1459

Q1457

2.5V_DI

IC1451

SW_2.5VGAM_VDE2

HVDD

IC592

ON_15V

PFC_SW_CPU

IC_RESET_CPU

PFC_SW

IC_RESET

10VA 9V_LNS

Q6611

R583

15.5V WDA

IC591

IC_RESET

Q6621 Q6622

IC6606

S6V

D6621

S-6V

Q6692

IC5891

3.3V_AD1

IC261

L262

3.3V_AD2

L264

3.3V_AD4

L263

3.3V_AD3

S3.3V

Q6696

S5V

IC5581

S1.8V_PW

IC1306

1.2VPIC

IC3401

IC3403

S1.9V

IC5801

S2.6V_PW

IC1307

S1.25V_REF

IC3281

MAIN_6V_PF

D261

D262

D263

AD_3.3V_PF

L271

3.3V_DVPL

L3401

L3451

3.3V_FPGA

IC271

L272

3.3V_AVD

L281

3.3V_AD3

D271

D272

D281

VDEC_3.3V_PF

D3401

1.2V_PPLA

IC3451

D3451

FPGA_1.5V_PF

MAIN_-5V_PF

Q6691

Q5801

Q6694

Q6693

IC6609

3.3V_D

IC281

3.3V_A

IC_RESET

L231

3.3V_DVPL

IC231

L232

3.3V_AVD

L281

3.3V_AD3

D232

L232

3.3V_AVD

D252

D231

D281

VDEC_1.8V_PF

1.8V_D

IC251

1.8V_A

IC6608

L3452

1.2V_PPLD

D3452

S2.5VSF

IC1251 IC1252

L1251

3.S3.3VSF

D1251

SWF_2.5V_PF

S2.5VSF

D1252

SWF_1.2V_PF

15V_LNS_PF

D1451

GAM_2.5V_PF

1.8VDDI

1.8VDDAI

IC1452

SW_1.8VGAM_VDDI

D1452

GAM_1.8V_PF

3.3VDDA3

3.3VDE3

IC1454

SW_3.3VGAM_VDDA3

D1454

GAM_3.3V_PF

3.3V

IC861

BUFFER

9V_LNS_PF

LAMP_FAN_PF

GAM_1.8V_PF

GAM_2.5V_PF

PJ_5V_PF

S-6V_AV_PF

S5V_AV_PF

MAIN_-5V_PF

MAIN_PF

FAN_PF

SWF_1.2VPF

SWF_2.5V_PF

VDEC_1.8V_PF

FPGA_1.5V_PF

GAM_15.5V_PF

MAIN_6V_PF

MAIN_3.3V_PF

AD_3.3V_PF

VDEC_3.3V_PF

GAM_3.3V_PF

GAM_135.V_PF

Q5887

Q5819

Q5886

Q5818

Q5828

Q5834

Q5827

Q5833

Q5872

Q5879

Q5871

Q5878

S5V

S-5V

S6V

S-6V

5VDVI15VDVI1

IC1014

S5V_AV_PF S5V_AV_PF

Q1013

S-5V_AV_PF S-5V_AV_PF

Power supply & power failure circuit

-72-

Page 73

Chassis Description

Indicators and Projector Condition

Check the indicators for the projector condition.

The projector is operating normally.

Indicators

POWER

green

LAMP

red

WARNING

TEMP.

red

WARNING

FILTER

orange

LAMP

REPLACE

orange

Projector Condition

✽

The projector is off. (The AC power cord is unplugged.)

The projector is in stand-by mode. Press the ON/STAND-BY button to turn on the projector.

The projector is operating normally.

The projector is preparing for stand-by or the projection lamp

✽

is being cooled down. The projector cannot be turned on until cooling is completed and the POWER indicator lights green.

✽

The projector is in the Power management mode.

The filter is scrolled using the FILTER button on the remote control or the Filter control function in the setting menu. When the filter is being scrolled, the Filter replacement icon and “Please wait...” message (Fig. 1) appear on the screen for 10 seconds.

Fig.1 Filter replacement icon and “Please wait...”

The projector is detecting abnormal condition.

POWER

green

Indicators

LAMP

red

• • • on

• • • dim

• • • off

WARNING

TEMP.

red

WARNING

FILTER

orange

✽

LAMP

REPLACE

orange

The temperature inside the projector is elevated close to the abnormally high level.

Projector Condition

The temperature inside the projector is abnormally high. The projector cannot be turned on. When the projector is cooled

down enough and the temperature returns to normal, the POWER indicator lights green and the projector can be turned on. (The WARNING TEMP. indicator keeps blinking.) Check and replace the filter.

• • • blinking at the normal rate (approx. 1 second ON, 1 second OFF)

• • • blinking fast

(approx. 0.5 seconds ON,

0.5 seconds OFF)

-73-

• • • blinking slow (approx. 2 seconds ON, 2 seconds OFF)

Page 74

Chassis Description

POWER

green

LAMP

red

Indicators

WARNING

TEMP.

red

WARNING

FILTER

orange

✽

LAMP

REPLACE

orange

Projector Condition

The projector has been cooled down enough and the temperature returns to normal. When turning on the projector, the WARNING TEMP. indicator stops blinking. Check and replace the filter.

The lamp cannot light up. (The projector is preparing for stand-by or the projection lamp is being cooled down. The projector cannot be turned on until cooling is completed.)

The lamp cannot light up. (The lamp has been cooled down enough and the projector is in stand-by mode and ready to be turned on with the ON/STAND-BY button.)

The lamp has been used overtime. Replace the lamp immediately and then reset the lamp counter. The indicator will be turned off after resetting the counter.

Fig.2 Filter replacement icon

Fig.3

Fig.4 Filter cartridge replacement icon

If the Filter counter reached a time set in the timer setting, a Filter replacement icon (Fig.2) appears on the screen and the WARNING FILTER indicator on the top panel lights up. Replace the filter as soon as possible. If the filter is out of scroll and the projector reaches a time set in the timer setting, Fig. 3 appears on the screen and the WARNING FILTER indicator lights up. Replace the filter cartridge as soon as possible. If the filter is clogged and no scroll is left in the filter cartridge, a Filter cartridge replacement icon (Fig.4) appears on the screen and the WARNING FILTER indicator lights up. Replace the filter cartridge as soon as possible.

✔Note:

• Fig.2, Fig.3 and Fig.4 icon will not appear when the Display function is set to “Off” , during “Freeze” , or “No show”.

The filter cartridge is not installed in the projector. Check the filter compartment to see if the filter cartridge is installed in the projector. When the filter cartridge is installed and the indicators continue to light and blink, read the column below.

The projector detects an abnormal condition and cannot be turned on. Unplug the AC power cord and plug it again to turn on the projector. If the projector is turned off again, unplug the AC power cord and contact the dealer or the service center. Do not leave the projector on. It may cause an electric shock or a fire hazard.

✽

When the filter detects clogging, reaches a time set in the timer setting or runs out of the filter scroll, the WARNING FILTER indicator lights orange. When this indicator lights orange, replace the filter or the filter cartridge with a new one promptly. Reset the Filter counter after replacing the filter. Reset the Filter counter and Scroll counter after replacing the filter cartridge . When the projection lamp reaches its end of life, the LAMP REPLACE indicator lights orange. When this indicator lights

orange, replace the projection lamp with a new one promptly. Reset the lamp counter after replacing the lamp.

-74-

Page 75

Chassis Description

Power failure detection system

Detection of Power failure

Projector provides a protection circuit to prevent the secondary failure when the power failure, fans failure or temperature failure occurs on the projector. The power failure detection lines "S5V_AV_PF", "MAIN_-5V_PF", etc. are connected to the main power supplies and fans. When the failure occurs, IC801<SH3, SYSTEM CONTROL> receives an error information through the IC4801<I/O EXPANDER> and then outputs the signal "PFC_SW_CPU" from pin 186 to stop the power supply. The power failure detection signals are sent to IC4801<I/O EXPANDER> and then sent to IC801<SH3, SYSTEM CONTROL> .

Error information table

IC Pin Signal Name Connection Lines Error Information Failure Area

64 PJ_5V_PF PJ_5V PJNET, S5V 5V line on Network Unit

65 S-5V_AV_PF -5V_AV AV, S-5V S-5V line on AV

66 S5V_AV_PF S5V AV S5V S5V line on AV

67 MAIN_-5V_PF MAIN_-5V MAIN, S-5V S-5V line on Main

68 M/A_PF M/A_9V M/A, 9V 9V line on Main

S16V line on Fan Drive stage FN901, FN902, FN904

S16V line on Fan Drive stage FN905, FN906, FN907, FN908

IC4801

69 FAN_PF S16V, FAN LOCK FAN, 16V

70 SWF_1.2V_PF SWF_1.2V SWFPGA1, 1.2V FPGA stage 1.2V line

71 SWF_2.5V_PF SWF_2.5V SWFPGA1, 2.5V FPGA stage 2.5V line

VDEC_1.8V_PF VDEC_1.8V VDEC, 1.8V Video Decoder & A/D stage

73 FPGA_1.5V_PF FPGA_1.5V FPGA2, 1.2V

77 MAIN_6V_PF MAIN_6V MAIN, 6V 6V line on Main

78 MAIN_3.3V_PF MAIN_3.3V MAIN, 3.3V 3.3V line on Main

80 AD_3.3V_PF AD_3.3V ANALOG, 3.3V PC A/D stage 3.3V line

VDEC_3_3V_PF VDEC_3.3V VDEC, 3.3V Video Decoder & A/D stage

GAM_1.8V_PF GAM_1.8V GAMMA, 1.8V Digital Gamma stage 1.8V

63 GAM_2.5V_PF GAM_2.5V GAMMA, 2.5V Digital Gamma stage 2.5V

86 GAM_3.3V_PF GAM_3.3V GAMMA, 3.3V Digital Gamma stage 3.3V

88 GAM_13.5V_PF 13.5V GAMMA, 13.5V Panel Drive stage

56 LAMP_FAN_PF S16V, FAN LOCK LAMP FAN, 16V

47 9V_LNS_PF 9V_LNS LENS, 9V Lens Motor Drive (Zoom/Focus)

46 15V_LNS_PF 15V_LNS LENS, 15V Lens Motor Drive (Lens Shift)

IC801

166 FILTER_DET FILTER, DET Filter Cartridge is not installed

9 FILTER_COUNT MOTOR, TIMOUT Filter Motor Error

233

PRESS_SENS PRESS, ERROR Pressure Sensor IC4811

-75-

Page 76

Chassis Description

D232

D252

D231

D281

VDEC_1.8V_PF

D261

D262

D263

D271

D272

D281

VDEC_3.3V_PF

Q6693

IC_RESET

FAN_PF

ERROR INFO.

DETECTION LINE NAME

M/A, 9V

LENS, 15V

LENS, 9V

AV, S-5V

AV, S5V

PJNET, S5V

LAMP FAN, 16V

FAN, 16V

MAIN, S-5V

GAMMA, 3.3V

GAMMA, 1.8V

GAMMA, 2.5V

VDEC, 1.8V

SWFPGA1 1.2V

SWFPGA1 2.5V

FPGA2, 1.2V

VDEC, 3.3V

GAMMA, 13.5V

GAMMA, 15.5V

MAIN, 6V

ANALOG, 3.3V

Fans

FAN CONTROL CIRCUIT

MAIN

LAMP_FAN_PF

PJ_S5V_PF

L261

S16V

D8043

IC104

S12V

IC5542

15V_LNS

Q6612

M/A_PF

D6604

15V_LNS_PF

D592

GAM_13.5V_PF

D591

GAM_15.5V_PF

D6676

R6676-R6677

Q6613

9V_LNS_PF

D1013

3.3VSH

Q1458

SW_3.3VGAM_VDDA3

Q1459

Q1457

2.5V_DI

IC1451

SW_2.5VGAM_VDE2

HVDD

IC592

ON_15V

10VA 9V_LNS

Q6611

R583

15.5V

WDA

IC591

IC_RESET

Q6621 Q6622

IC6606

S6V

D6621

S-6V

Q6692

IC5891

3.3V_AD1

IC261

L262

3.3V_AD2

L264

3.3V_AD4

L263

3.3V_AD3

S3.3V

Q6696

S5V

IC5581

S1.8V_PW

IC1306

1.2VPIC

IC3401

S1.9V

IC5801

S2.6V_PW

IC1307

S1.25V_REF

IC3281

MAIN_6V_PF

AD_3.3V_PF

L271

3.3V_DVPL

L3401

L3451

3.3V_FPGA

IC271

L272

3.3V_AVD

L281

3.3V_AD3

D3401

1.2V_PPLA

IC3451

D3451

FPGA_1.5V_PF

MAIN_-5V_PF

Q6691

Q5801

Q6694

3.3V_D

IC281

3.3V_A

IC_RESET

L231

3.3V_DVPL

IC231

L232

3.3V_AVD

L281

3.3V_AD3

L232

3.3V_AVD

1.8V_D

IC251

1.8V_A

L3452

1.2V_PPLD

D3452

S2.5VSF

IC1251 IC1252

L1251

3.S3.3VSF

D1251

SWF_2.5V_PF

S2.5VSF

D1252

SWF_1.2V_PF

D1451

GAM_2.5V_PF

1.8VDDI

1.8VDDAI

IC1452

SW_1.8VGAM_VDDI

D1452

GAM_1.8V_PF

3.3VDDA3

3.3VDE3

IC1454

SW_3.3VGAM_VDDA3

D1454

GAM_3.3V_PF

3.3V

S5V

S-5V

S5V_AV_PF

Q1013

S-5V_AV_PF

MOTER, TIMEOUT

FILTER, DET

FILTER_DET

FILTER_COUNT

Network

Board

MOTOR ROUND

PRESS, ERROR

PRESS_SENS

IC4811 PRESS

SW1891

FILTER SW.

IC1899

Power failure detection tree

-76-

Page 77

Chassis Description

Error History Log

This projector provides the error history log function. To check the logs, you need to enter the service mode and select Group No. "91" and Item No. "0" to "49". The error code is displayed on the Data column. The description of the error code is listed on the table below. * How to enter the service mode and select the group, item

and data value, see "Service Adjustment Menu Operation".

Error Error Code

Normal 0 -

1000 PJNET, S5V 1001 AV, S-5V 1002 AV, S5V 1003 MAIN, S-5V 1004 M/A, 9V 1005 FAN, 16V 1006 SWFPGA1, 1.2V 1007 SWFPGA1, 2.5V 1008 VDEC, 1.8V 1009 FPGA2, 1.5V 1010 MAIN, 6V 1011 MAIN, 3.3V

1012 ANALOG, 3.3V

Power Failure

Temperature Error

Lamp Error

Filter Error

1013 VDEC, 3.3V 1014 GAMMA, 1.8V 1015 GAMMA, 2.5V 1016 GAMMA, 3.3V 1017 GAMMA, 13.5V 1018 LAMP FAN, 16V 1019 LENS, 9V 1020 LENS, 15V 1021 SWFPGA, CONFIG 1022 FPGA, CONFIG 1023 PW, DPORT OUT 1024 FILTER DET 1025 MOTOR, TIMEOUT 1026 PRESS, ERROR 2000 2001 2100 2101 2102 2200 Sensor C detects abnormal temperature. (IC1692) 2201 Sensor C fails measurement. (IC1692) 2202 3000 Lamp1 fails on 3001 Lamp1 goes out 3002 4000 Air Filter is not installed 4001 Wind Sensor Error 4002

Error Infomation

(See Powe Failure Detection Tree)

Sensor A detects abnormal temperature. (IC1816) Sensor A fails measurement. (IC1806) Sensor B detects abnormal temperature. (IC1814) Sensor B fails measurement. (IC1814) Sensors B-A temperature error.

Sensors C-A temperature error.

Communication Error on Lamp1

Filter Scroll Motor Error

Group

No.

91 0

Item

No.

1 2 3 : :

Data (Error Code)

✻ ✻ ✻ ✻

: :

✻

<- Latest Error

How to reset the Error History Log

1. Enter the Service Mode, and select Group No. "91" and Item No. "50". 2 The history log will be reset when the Data Value is set to "10". The value automatically returns to "0".

* How to enter the service mode and select the group, item and data value, see "Service Adjustment Menu Operation".

-77-

Page 78

Chassis Description

Diagnosis of Power Failure with RS-232C port

This projector provides a function to get the error information of the projector by using the RS-232C serial port for the power failure diagnosis. The further error information of the power failure and fan failure can be found out by using this function.

Diagnosis procedure

1 Connect a RS-232C serial cross cable to CONTROL PORT on the projector and serial port on the PC. 2 Launch a communication software "Hyper terminal" provided with PC and setup the communication condition as

follows;

Baud rate : 9600 / 19200 bps Parity check : none Stop bit : 1 Flow control : none Data bit : 8

3 Turn on the projector. Check that the LED shows a

power failure. (All the LEDs except LAMP LED are blinking)

4 Type a diagnosis command of the power failure “CR

ALLPFAIL” and press a "ENTER" key within 1 second on the command window of the software.

The error information will be listed on the window as the right. Check the status column. If “NG” is listed, the power failure occurs on its signal line (Power Line Name). In case of the right table, this error information means that the power failure occurs on the S5V power supply on AV board. Check if the parts connected to S5V power supply line are defective.

Also the error information may be listed multiple as the below; In the above case, 2 kinds of causes are considered. One is the power failure occurs on the multiple places at the same time, other is a power failure affects multiple power supply lines even if the failure occurs on the single place. In the ﬁrst case, Check if the parts connected to the multiple power supply lines are defective. In the later case, determine a failure point referring to the power supply ﬂow chart on previous page. Basically, if the power failure occurs on the upper side of power supply, the power failure is also detected on lower side of power supply frequently. If the failure occurs on the lower side of power supply, it is lightly affected to the upper side of the power supply. In the above case, because the failure occurs on the 6V power supply on the main board, the failure is also detected on the 3.3V power supply on the ANALOG circuit on the main board.

CR ALLPFAIL

000 PJNET, S5V OK 000 AV, S-5V OK 000 AV, S5V NG 000 MAIN, S-5V OK 000 M/A, 9V OK 000 FAN, 16V OK 000 SWFPGA1, 1.2V OK

........ ............... ......... ......

CR ALLPFAIL

000 PJNET, S5V OK 000 AV, S-5V OK 000 AV, S5V OK 000 MAIN, 6V NG 000 M/A, 9V OK 000 ANALOG, 3.3V NG 000 SWFPGA1, 1.2V OK

........ ............... ......... ......

Error Information

(Signal Name)

Status

Error

* See "Power Failure Detection Tree" for further description of the Error Information.

-78-

Page 79

Chassis Description

Serial Control Interface

This projector provides a function to control and monitor the projector's operations by using the RS-232C serial port.

Format

The command is sent from PC to the projector with the format below; 'C' [Command] 'CR' Command: two characters (refer to the command table on next page. The projector decodes the command and returns the 'ACK' with the format below; 'ACK' 'CR'

Operation

1 Connect a RS-232C serial cross cable to CONTROL PORT on the projector and

serial port on the PC.

2 Launch a communication software "Hyper terminal" provided with PC and setup

the communication condition as follows;

Baud rate : 9600 / 19200 bps Parity check : none Stop bit : 1 Flow control : none Data bit : 8

Note:

• The default of the baud rate is set to 19200 bps. If an error occurs in the communication, change the serial port and the communication speed (baud rate).

3 Type the command for controlling the projector and then enter the "Enter" key

within 1 second. Example When you want to change the input to INPUT 2, Type 'C' '0' '6' 'Enter'.

Note:

• Enter with ASCII 64-byte capital characters and one-byte characters.

-79-

Page 80

Chassis Description

The below table shows the typical command lists for controlling the projector. Please consult your local dealer for further information of another commands.

Functional Execution Command Table

Command Function

C00 Turn the projector ON

C01

C02 Turn the projector OFF C05 Select Input 1 C06 Select Input 2 C07 Select Input 3 C08 Select Network C09 Volume UP C0D Video mute ON C0E Video mute OFF C0F Aspect 4:3

C10 Aspect 16:9 C1C Menu ON C1D Menu OFF C20 Brightness UP C21 Brightness DOWN C23 Select Input 2 Video C24 Select Input 2 Y, Pb/Cb,Pr/Cr C25 Select Input 2 RGB C28 ON Start ON C29 ON Start OFF C33 Select Input 3 Video C34 Select Input 3 S-video C35 Select Input 3 Y, Pb/Cb,Pr/Cr

Turn the projector OFF (immediately OFF)

Command Function

C3A Pointer RIGHT C3B Pointer LEFT C3C Pointer UP C3D Pointer DOWN

C3F Enter C46 Zoom DOWN

C47 Zoom UP C4A Focus DOWN C4B Focus UP

C50 Select Input 1 Analog RGB

C51 Select Input 1 SCART

C52 Select Input 1 DVI (PC Digital)

C53 Select Input 1 DVI (AV HDCP) C5D Lens shift UP

C5E Lens shift DOWN

C5F Lens shift LEFT

C60 Lens shift RIGHT

C89 Auto PC Adj.

C8E Keystone UP

C8F Keystone DOWN

C90 Keystone RIGHT

C91 Keystone LEFT

Status Read Command Table

Command Function

CR0 Status Read CR6 Temperature Read

-80-

Page 81

Control Port Functions

System Control I/O Port Functions (SH7727)

Pin No. Function Na me Fun ction Pol.

9 No t used Filter Scr oll Times D etection I

12 R_ C_CPU Remo te Control I nput I

111 ON_15V Panel Power Dr ive O

118 La mp Option SW3 Lam p Option SW3 I

119 La mp Option SW2 Lam p Option SW2 I

120 Lamp Option SW1 Lam p Option SW1 I

133 PIO_EN Par allel I /O Outp ut Enable O

138 PW_RESET PW Reset O

182 BOX_SW PJ- Net Detect ion I

186 PFC_SW_CPU PFC_SW O

191 S H_LB_ UART Lamp D immer O

195 SH_EX_UAR T Data Transfer 2 [Ext ernal] O

198 LB_SH_UART Lamp Di mmer I Not use d Error Detecti on

201 EX_SH_UAR T Data Rec eive2 [E xternal ] I

203 KEY1 Key Inpu t (GPIO) I

206 NET_SW PJ-Ne t Power On/ Off O

210 SYS _SW_CPU Bus S witch O H

211 IC _RESET_CPU Power Dri ve for Periphe ral IC O L

212 L AMP_SWIN Lamp Drive O L H: On L: O ff

213 FAN _DRIVE_ CPU Fan Drive O

214 S H_SDA_ 3V IIC Bus (For D evice whic h turns off i n standby) IO Input Por t L: Ac tive

215 S H_SCL _3V IIC Bus (For D evice which turns of f in standby ) IO Input Po rt L: Ac tive

216 S H_SDA _S3V IIC Bus IO

217 S H_SCL _S3V IIC Bus IO

233 PRESS_SENS Pres sure Senso r Input AI

234 ACCELE_SENS G-Sensor Input AI

235 Wi nd Sensor In put[ AI

236 KEY2 Key Inpu t (AD Conver ter Input) AI

238 KEY3 Key Inpu t (AD Conver ter Input) AI

239 OPT1 Option R esistor (A D Converter I nput) AI

Stand -by Power On

→

Active L

→ →

→

H: Dis able L: Enab le

→

Reset by H → L → H

→

L: Yes H: No

→ → →

19200bps or 9600 bps

→

19200bps or 9600 bps

→

H: Power

→

H: On L: O ff

→

H: On L: O ff

→

L: Active

→

L: Active

→

Analog Vol tage Inpu t

→

Analog Vol tage Inpu t

→

Analog Vol tage Inpu t

→ → → →

Action

Parallel I/O Expander (TIC81592GP)

Pin No. Function N ame Fu nction Pol.

1 S3 .3V - - - -

2 Clock Input (14.7456MHz) I

3 O

4 GN D - - - -

5 S3 .3V - - - -

6 D7 Data Bu s 7 I /O

7 D6 Data Bu s 6 I /O

8 D5 Data Bu s 5 I /O

9 D4 Data Bu s 4 I /O

10 D3 Data Bus 3 I/ O

11 D2 Data Bus 2 I/ O

12 D1 Data Bus 1 I/ O

13 D0 Data Bus 0 I/ O

14 A5 Addr ess 5 I

15 A4 Addr ess 4 I

16 A3 Addr ess 3 I

17 A2 Addr ess 2 I

18 A1 Addr ess 1 I

19 A0 Addr ess 0 I

20 GN D - - - -

21 SH _WE0 Wri te Signal I

22 SH _RD Read Signal I

23 SH _CS6 Ch ip Enable I

24 EXP_RESET Reset Input I

25 S3 .3V - - - -

26 GN D - - - -

27 MO DE0 CPU I/ F Setting I

28 MO DE1 CPU I/ F Setting I

29 FOC US+_EX Focu s Up O

30 FO CUS-_EX Focu s Down O

Stand -by Powe r On

→

→ → → → → → → → → → → → → →

→ → → →

Action

Open

L: Active H : Not Active

-81-

Page 82

Control Port Functions

Pin No. Function N ame Fu nction Pol.

31 ZOOM +_EX Zoom Up O

32 ZOO M-_EX Zoom Down O

33 LEN S_DOWN _EX Lens Shift Down O

34 LEN S_UP_EX Lens Shift Up O

35 LEN S_BOT L ens Botto m Detectio n I

36 LEN S_TOP L ens Top Detecti on I

37 POWER_LED Power LED On/O ff O

38 RE ADY_LED_EX Ready LED O n/O ff O

39 TEM P_LED_E X Temp LED On/ Off O

40 L AMP_REP_LED_E X L amp Reple ce LED On/Off O

41 PJ_UPDATE PJ-Net Write Forc ed O 42 PLLS TB_EX CXD3531 Re set O L Fixed PLLSTB,RST_GAM = H, L → L,L → L,H Res et

43 SH _PW_0 (S H_RESE T_EN) Softwar e Protect O

44 W-S W Wired RC D etect I

45 SH _CHK_ DPRAM PW INT Cle ar Monitor I nput I

46 15V_LNS _PF 15V_LNS Powe r Fail Detect I

47 9V_LNS _PF 9V_LNS Power Fail Detec t I

48 C_ READY I

49 O

50 GN D - - - -

51 S3.3V - - - -

52 RC_CTL_0 Rear RC Rec eiver Switc h O

53 RC _CTL_1 FrontRC Re ceiver Swi tch O

54 FPG A_HZ FPGA Hi-Z (D RAM Reaet ) O

55 SH _BSY DPRAM A ccess Control Outp ut O

56 L AMP_FAN_PF L AMP_FAN Power Fail Detect I

57 LENS _LEFT_EX Lens S hift Lef t O

58 LEN S_RIGHT_E X Len s Shift Ri ght O

59 LEN S_L_ POS Lens L eft Positi on Detect I

60 LEN S_R_ POS Lens Ri ght Positio n Detect I

61 FILTER_ LED_EX Filter LED On /Off O

62 GA M_1.8V_PF GAM_1.8V Power Fail D etect I L: Erro r

63 GA M_2.5V_PF GAM_ 2.5V Power Fail De tect I

64 PJ_5 V_PF PJ_5V Power Fail Det ect I

65 -5V_AV_PF -5V_AV Power Fail Detect I

66 S5 V_AV_PF S5V Power Fail Detect I

67 MAI N_5V_PF MAIN _5V Power Fail Detect I

68 M /A_PF M /A Power Fail Detect I Not Checked L: Error

69 FAN_ PF FAN Power Fail Detect I

70 SWF_1.2V_PF SWF_1.2V Power Fail Dete ct I

71 SWF_2.5 .V_PF SWF_2.5.V Power Fail D etect I

72 VDEC _1.8V_PF VD EC_1.8V Power Fail Detect I Not Chec ked L : Error

73 FPGA_1.5V_PF FPGA _1.5V Power Fai l Detect I Not C hecked L: Error

74 GAM _15.5V_PF GAM_15.5V Power Fa il Detect I N ot Checked L: Error

75 S3.3V - - - -

76 GND - - - -

77 MA IN_6V_PF MAIN_6V Power Fail D etect I Not Chec ked L: Er ror

78 MAI N_3.3V_PF MAIN _3.3V Power Fa il Detect I Not C hecked L: Error

79 GN D - - - -

80 AD_ 3.3V_PF AD_3.3V Power Fail D etect I Not Chec ked L: Er ror

81 GND - - - -

82 VEC_3.3V_PF I

83 No t used Not used I

84 MO USE_TXD PJ- Net Mouse Data Output O

85 GN D - - - -

86 GA M_3.3V_PF I

87 S3 .3V - - - -

88 13.5V_PF I

89 PJ_SH_UART1 PJ-Net C ommand ( SH:R XD) I

90 SH _PJ_UART1 PJ-Ne t Command ( SH:TXD ) O

91 GND - - - -

92 No t used Not used I

93 GN D - - - -

94 No t used Not used O

95 IRQ0 PJ-N et Serial Interrupt Out put O

96 ?? ? Air M ouse Seri al Interrup t Output O

97 PROD UCT_OPT1 Produc t Option I

98 PRO DUCT_OPT2 Produc t Option I

99 GN D - - - -

100 GND - - - -

Stand -by Powe r On

L: Active H : Not Active

→

L: Active H : Not Active

→

L: Active H : Not Active

→

L: Active H : Not Active

→

L: Lens Bot tom

→

L: Lens Top

→

L: Brigh t H: Dark

→

L: On H: O ff

→

L: On H: O ff

→

L: On H: O ff

→

L: Write Mo de H: Normal

→

L: Reset Ena ble H: Res et Disabl e

→

H: Not Inserted L: I nserted

→

L: INT Not Cl eared

→

Not used

→ →

L: Rear Sel ect

→

L: Front Sel ect

→

H after co nﬁgurati on

→

L: BUSY

→

L: Error

→

L: Active H : Not Active

→

L: Active H : Not Active

→

L: Limite d Position

→

L: Limite d Position

→

L: On H: O ff

→

L: Error

→

L: Error

→

L: Error

→

L: Error

→

L: Error

→

L: Error

→

L: Error

→

Normal :19200b ps PJ-Net:76 800bps

→

Normal :19200b ps PJ-Net:76 800bps

→

L Fixed

→

L Fixed

→

Active H

→ →

H: Prod uct

→

H: Prod uct

→

Action

-82-

Page 83

Control Port Functions

IIC Bus 8Bits 8ch 5V D/A Converter (M62393FP No.1 Fan Control)

Pin No. Function N ame Fu nction Pol.

1 Re set Input I

2 IIC BUS SCL I

3 IIC BUS SDA I/O

4 FAN_ CONT1 FAN_ X Contro l Voltage (Panel Coolin g Fan) AO

5 FAN_ CONT2 FAN_ X Contro l Voltage (Panel Coolin g Fan) AO

6 FAN_ 6_DRIV E FAN_X Dri ve(CPU 213:FAN_D RIVE_CPU - AN D) AO

7 No t used AO

8 DAC Lowe r Ref. Voltage -

DAC Upper Ref.

Voltage (CH5 ~CH8)

10 GND -

DAC Upper Ref. Vol tage

(CH1~CH4)

12 FAN_C ONT3 FAN_ X Control Volt age (L AMP Cooli ng Fan) AO

13 FAN_CONT7 FAN_ X Control Volt age (Set E xhaust Fan Sm all) AO

14 FAN_CO NT6 FAN_ X Control Volt age (Set E xhaust Fan Bi g) AO

15 FAN_C ONT5 FAN_ X Control Voltage (Power C ooling Fan ) AO

Power for Out put Buffer (4.5V ~

5.5V)

17 Power Su pply +5V ±10％ -

18 Slave A ddress Set ting Pin2 ( Vdd) I

19 Slave Ad dress Sett ing Pin1 (GND ) I

20 Slave Address Sett ing Pin0 (GND ) I

Stand -by Powe r On

→ → → → → → → →

→

→ → → →

→

→ → → →

Action

0: FAN Max ~ 255: FAN Min

255: ON 0: OFF

(Ope n)

0: FAN Max ~ 255: FAN Min

Parallel Output Expander (74LCX574)

Pin No. Function N ame Fu nction Pol.

1 PIO_EN Pa rallel I /O Enab le Input I

2 D0 Data Bu s 0 I

3 D1 Data Bu s 1 I

4 D2 Data Bu s 2 I

5 D3 Data Bu s 3 I

6 D4 Data Bu s 4 I

7 D5 Data Bu s 5 I

8 D6 Data Bu s 6 I

9 D7 Data Bu s 7 I

10 GND - - - -

11 PIO_CS _WE Clock Input I

12 SW_3 .3VGAM_VDDA3 Po wer Control f or Digital Gamma O Fixed L

13 Not used O

14 SW_2 .5VGAM_VDE2 Power Contro l for Digit al Gamma O Fixed L

15 Not used O

16 SW_1.8VGAM_VDDI Power Control for Digi tal Gamma O Fi xed L

17 Not us ed O

18 RST_S &H_S H S&H R eset Signa l O

19 DAC_VDDMNT S& H Shutdow n Monitor O Fixed L H : Normal L: SIGOUT Not Invert

20 3. 3V Power Sup ply - - -

Stand -by Powe r On

→

Action

-83-

Page 84

Waveform

VIDEO signal <VIDEO> HSYNC signal < HOUT>

HSYNC signal <HS1> VSYNC signal <VS1>

R-S&H signal <TP501> G-S&H signal <TP531>

VSYNC signal <VOUT>

B-S&H signal <TP561>

-84-

Page 85

DGND

IN2

AGND

IN1

AGND

IN0

OUT2

OUT1

OUT0

AD8074 /AD8075

G =

+1/+2

G =

+1/+2

G =

+1/+2

IC Block Diagrams

● AD8075 <Amp-SW, IC1009, IC4001>

● AD8183 <Amp-SW, IC1001, IC2001>

-85-

Page 86

IC Block Diagrams

● AD9882 <PC A/D, IC8201>

● BA6287 <Motor Drive Focus, Zoom, IC5501, IC5521>

-86-

Page 87

IC Block Diagrams

● BA6920 <Motor Drive Lens Shift Up/Down, Left/Right, IC6501, IC6521>

● BA7078 <Sync Separator, 1011>

-87-

Page 88

IC Block Diagrams

● CXA2239 <Video Selector, IC101>

● CXA7007 <Sample&Hold, IC501, IC531, IC561, IC1501, IC1531, IC1561>

-88-

Page 89

IC Block Diagrams

● CXD3540 <Digital Gamma Shift & LCD Driver, IC401>

● CXD3815 <Video Decoder & A/D, IC9201>

-89-

Page 90

IC Block Diagrams

● FA7701

● M62393 <DAC, IC7801>

-90-

Page 91

IC Block Diagrams

● MXA2500 <Dual Axis Accelerometer, IC1881, IC1882>

● NJM2671 <Motor Controller, IC5541>

-91-

Page 92

IC Block Diagrams

● PCF8591 <A/D, D/A Converter, IC1883>

● PW388 <Scaler, IC301>

-92-

Page 93

IC Block Diagrams

● SI-3010 <Regulator, IC1252, IC3401, IC3403, IC3451>

● SI-3018, SI-3025 <Regulator, IC1452, IC231, IC251, IC1251, IC1451>

-93-

Page 94

IC Block Diagrams

● SP232 <RS-232C Driver, IC3801>

● TIC81592<I/O Expander, IC4801

-94-

Page 95

IC Block Diagrams

-95-

Page 96

KC3-XP100L00

Read description in the Capacitor and Resistor as follows:

CAPACITOR

CERAMIC 100P K 50V

Rated Voltage

Tolerance Symbols: Less than 10pF A : Not specified B : ±0.1pF C : ±0.25pF D : ±0.5pF E : +0 -1pF F : ±1PF G : ±2pF H : +0.1 -0pF L : +0 -0.1pF R : ±0.25 -0pF S : +0-0.25pF More than 10pF

A : Not specified B : ±0.1% C : ±0.25% D : ±0.5% F : ±1% G : ±2% H : ±3% J : ±5% K : ±10% L : ±15% M : ±20% N : ±30% P : +100-0% Q : +30-10% T : +50-10% U : +75-10% V : +20-10% W : +100-10% X : +40-20% Y : +150-10% Z : +80-20%

Rated value: P=pico farad, U=micro farad

Material:

CERAMIC........... Ceramic

MT-PAPER......... Metallized Paper

POLYESTER...... Polyester

MT-POLYEST.....Metallized Polyester

POLYPRO.......... Polypropylene

MT-POLYPRO....Metallized Polypropylene

COMPO FILM.....Composite film

MT-COMPO........Metallized Composite

STYRENE...........Styrene

TA-SOLID........... Tantalum Oxide Solid Electrolytic

AL-SOLID........... Aluminium Solid Electrolytic

ELECT................ Aluminum Foil Electrolytic

NP-ELECT..........Non-polarised Electrolytic

OS-SOLID.......... Aluminium Solid with Organic Semiconductive Electrolytic

POS-SOLID........ Polymerized Organic Semiconductive

DL-ELECT.......... Double Layered Electrolytic

PPS-FILM...........Polyphenylene Sulfide Film

MT-PPS-FILM.....Metalized Polyphenylene Sulfide Film

MT-PEN-FILM.....Metalized Polyethylenenaphthalate Film

CAPACITOR.......Other

CARBON 4.7K J A 1/4W

Rated Wattage

Performance Symbols: A: General B: Non flammable Z: Low noise Other: Temperature coefficient

Tolerance Symbols: A: ±0.05% B: ±0.1% C: ±0.25% D: ±0.5% F: ±1% G: ±2% J: ±5% K: ±10% M: ±20% P: +5-15% Z: 0 ohm

Rated value, ohms: K: 1,000, M: 1,000,000

Material:

CARBON........... Carbon

MT-FILM............ Metal Film

OXIDE-MT......... Oxide Metal Film

SOLID................ Composition

MT-GLAZE......... Metal Glaze

WIRE WOUND...Wire Wound CERAMIC RES.. Ceramic

FUSIBLE RES....Fusible

RESISTOR ........Other

T: ±10ppm/°C U: ±25ppm/°C C: ±50ppm/°C D: ±100ppm/°C E: ±200ppm/°C F: ±250ppm/°C G: ±350ppm/°C H: ±1000ppm/°C±10% W: ±1200ppm/°C±10% Y: ±1400ppm/°C±10% J: ±2000ppm/°C±10% K: ±2400ppm/°C±10% L: ±2700ppm/°C±10% M: ±3000ppm/°C±10% N: ±3300ppm/°C±10% P: ±3600ppm/°C±10% Q: ±3900ppm/°C±10% R: ±4200ppm/°C±10% S: ±4300ppm/°C±10% V: ±4500ppm/°C±10% X: ±8000ppm/°C±10%

RESISTOR

Electrical Parts List

Product safety should be considered when a component replacement is made in any area of a projector. Components indicated by a ! mark in this parts list and the circuit diagram show components whose value have special significance to product safety. It is particularly recommended that only parts specified on the following parts list be used for components replacement pointed out by the mark.

● Read Description in the parts list

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Page 97

Electrical Parts List

Electrical Parts Location

● Assemblied Boards

A901

Power Board

KC3-XP100L00

LED Board

Control Board

RC Front Board

A901

Ballast Board

● Out Of Circuit Board

SW905

Thermostat

AV Board

Main Board

Cover SW Board

Filter SW Board

Sensor Board

FN905

Cooling Fan

FN906

Cooling Fan

S901

Wind Sensor

FN907

Cooling Fan

(Power)

FN901

Cooling Fan

M901

Filter Motor

FN904

Cooling Fan

LP900

Lamp Ass’y

FN903

Cooling Fan

FN902

Cooling Fan

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Page 98

Electrical Parts List

ASSY, COVER LENS ASSY,MOUNTING LENS

CABLE,USB

ASSY,SPACER

CABLE,INTERFACE

QUICK SETUP GUIDE

CD-ROM,OWNERS MANUAL

CORD,POWER

REMOTE CONTROL

● Accessories (see accessories parts list)

KC3-XP100L00

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Page 99

Electrical Parts List

Note: Parts order must contain Chassis No., Part No., and Descriptions.

Key No. Part No. Description Key No. Part No. Description

305 147 2218 TR 2SA1037AK-S-T146

ASSEMBLED BOARDS

! 610 333 1379 ASSY,PWB,MAIN KC3A ! 610 333 1362 ASSY,PWB,CONTROL KC3A ! 610 333 1645 ASSY,PWB,SENSOR KC3A ! 610 333 1447 ASSY,PWB,A/V KC3A ! 610 333 1409 ASSY,PWB,R/C FRONT KC3A ! 610 333 2833 ASSY,PWB, COVER SW KC3A ! 610 333 7326 ASSY,PWB, LED KC3A ! 610 334 4553 ASSY,PWB, FILTER SW KC3A

OUT OF CIRCUIT BOARD

L901 945 003 3811 CORE,FERRITE L902 945 003 3835 CORE,FERRITE L903 945 050 8418 CORE,CLAMP L904 945 003 3811 CORE,FERRITE L905 945 003 3811 CORE,FERRITE L906 945 003 3811 CORE,FERRITE L907 945 003 3835 CORE,FERRITE

! LP900 610 334 2788 COMPL,OPTICAL LMP-KC3A ! A901 645 093 0980 UNIT,BALLAST ! FN901 645 093 0973 MOTOR,BLW DC 10.8W ! FN902 645 093 0973 MOTOR,BLW DC 10.8W ! FN903 645 093 9037 MOTOR,BLW DC 3.0W ! FN904 645 093 0959 MOTOR,FAN DC 2.52W ! FN905 645 093 0942 MOTOR,FAN DC 1.68W ! FN906 645 093 0942 MOTOR,FAN DC 1.68W ! FN907 645 093 9037 MOTOR,BLW DC 3.0W ! M901 645 093 2571 MOTOR,DC 12V

S901 645 093 2533 UNIT,WIND VELOCITY SENSOR

! SW905 645 093 3592 THERMOSTATS ! A902 610 337 7704 UNIT,POWER(AC) SERVICE KC3AL

WLP&A901 610 337 6370 CABLE,BALLAST SERVICE KC3AL

! FUSE 323 027 2605 FUSE 250V 10A

610 333 1379 ASSY,PWB,MAIN KC3A

TRANSISTOR

Q101 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q102 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q103 305 134 5928 TR 2SA1037AK-T146-R

305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q106 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q111 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q112 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q113 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q114 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q116 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146

KC3-XP100L00

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Page 100

Electrical Parts List

Key No. Part No. Description Key No. Part No. Description

KC3-XP100L00

Q1457 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q1458 305 151 2013 TR FSS134-TL Q1459 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q1861 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q2501 305 158 9213 TR IMZ4-T108 Q2502 305 158 9213 TR IMZ4-T108 Q2531 305 158 9213 TR IMZ4-T108 Q2532 305 158 9213 TR IMZ4-T108 Q2561 305 158 9213 TR IMZ4-T108 Q2562 305 158 9213 TR IMZ4-T108 Q2801 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q2803 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q301 305 045 8728 TR 2SK536-TB Q302 305 045 8728 TR 2SK536-TB Q303 305 045 8728 TR 2SK536-TB Q304 305 045 8728 TR 2SK536-TB Q306 305 045 8728 TR 2SK536-TB Q307 305 045 8728 TR 2SK536-TB Q5501 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5521 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5801 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0

305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5818 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5819 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5827 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5828 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5833 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S

305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5834 305 014 4512 TR 2SC2412K T146 R 305 014 4611 TR 2SC2412K T146 S 305 015 8727 TR 2SC2812-L6-TB 305 015 8925 TR 2SC2812-L7-TB 305 163 1615 TR 2SC2812N-L6-TB0 305 173 9816 TR 2SC3928A1R 305 173 9915 TR 2SC3928A1S Q5850 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q5851 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB 305 002 6927 TR 2SA1179-M7-TB 305 163 1516 TR 2SA1179N-M6-TB 305 173 9618 TR 2SA1235A1E 305 173 9717 TR 2SA1235A1F Q5852 305 134 5928 TR 2SA1037AK-T146-R 305 147 2218 TR 2SA1037AK-S-T146 305 002 0311 TR 2SA1037K T146 R 305 002 0410 TR 2SA1037K T146 S 305 002 6729 TR 2SA1179-M6-TB

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Sanyo PLCXP-100-L Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SERVICE MANUAL

Contents

Safety Instructions

Safety Precautions

Product Safety Notice

Service Personnel Warning

Specifications

Circuit Protections

Fuse

Thermostat (SW905)

Mechanical sensor switches (SW1891,SW1861)

Temperature sensors, wind sensors

Power failure and fan lock detection

Maintenance

Replacing the Filter Cartridge

Resetting the Filter Counter

Resetting the Scroll Counter

Lamp Replacement

Resetting the Lamp Counter

How to check Lamp Used Time

Cleaning

Quick maintenance

Security Function Notice

Mechanical Disassembly

Mechanical disassembly flow chart

Mechanical Disassembly

Optical Parts Disassembly

Adjustments

Adjustments after Parts Replacement

Optical Adjustments

Contrast adjustment

Electrical Adjustments

Service Adjustment Menu Operation

Memory IC (IC301, IC802) Replacement

Circuit Adjustments

Test Points and Locations

Service Adjustment Data Table

Chassis Description

Chassis over view

Input & signal processing stage

LCD drive stage

Lamp control stage

Fan control stage

Motor control stage

Bus control stage

LED drive & RC control stage

Power supply & power failure circuit

Indicators and Projector Condition

Power failure detection system

Error information table

Power failure detection tree

Error History Log

Diagnosis of Power Failure with RS-232C port

Diagnosis procedure

Serial Control Interface

Control Port Functions

System Control I/O Port Functions (SH7727)

Parallel I/O Expander (TIC81592GP)

IIC Bus 8Bits 8ch 5V D/A Converter (M62393FP No.1 Fan Control)

Parallel Output Expander (74LCX574)

Waveform

IC Block Diagrams

Electrical Parts List

Electrical Parts Location

Electrical Parts List