PANASONIC TH-152UX1
152" PLASMA DISPLAY PANEL
SERVICE MODE AND BLINKING LED CODE
Service Navigation
NANODRIFT
Customers could select the NANODRIFT SAVER which reduces image retention OFF in the previous systems, but this system customers can not select OFF. If customers simply wants to select OFF, customers can set to OFF according to the following steps. However, the image retention cannot be guaranteed in this
case. Setup steps to select NANODRIFT SAVER to OFF
1. Press SETUP
2. Select Extended life settings
3. Select Custom Settings
4. Set the cursor to NANODRIFT SAVER and press OK more than 5 sec
5. YES/NO Screen of OFF selection is displayed.
6. Select YES, then becomes possible to select OFF.
NANODRIFT
Customers could select the NANODRIFT SAVER which reduces image retention OFF in the previous systems, but this system customers can not select OFF. If customers simply wants to select OFF, customers can set to OFF according to the following steps. However, the image retention cannot be guaranteed in this
case. Setup steps to select NANODRIFT SAVER to OFF
1. Press SETUP
2. Select Extended life settings
3. Select Custom Settings
4. Set the cursor to NANODRIFT SAVER and press OK more than 5 sec
5. YES/NO Screen of OFF selection is displayed.
6. Select YES, then becomes possible to select OFF.
VR Adjustment at SCD board
*How to adjust VR by stopping the fan not to operate SOS When adjustment VR is under the fan, please stop the fan by following steps and turn adjustment VR.
*If you disconnect the connectors of the Fan, SOS works, and the power supply is turn off so you can not adjust it. Steps to stop the Fan
1. Access the CAT mode and select CD mode
2. Change the data of MONITOR-EEPROM Change. Addr :change [00 01] to [00 A7] by Up/Down buttons Data :change[** **] to [** 00] by [8],[0] buttons
*How to adjust VR by stopping the fan not to operate SOS When adjustment VR is under the fan, please stop the fan by following steps and turn adjustment VR.
*If you disconnect the connectors of the Fan, SOS works, and the power supply is turn off so you can not adjust it. Steps to stop the Fan
1. Access the CAT mode and select CD mode
2. Change the data of MONITOR-EEPROM Change. Addr :change [00 01] to [00 A7] by Up/Down buttons Data :change[** **] to [** 00] by [8],[0] buttons
3. Select ID Mode. and
after ID Mode displayed, turn off the SW of the unit and then turn on again.
4. The unit will start with the Fan stopped, and then adjust VR.
4. The unit will start with the Fan stopped, and then adjust VR.
Note: After VR
adjustment is finnished, change MONITOREEPROM Change to the former value.(See
step 2) Addr :change [00 01] to [00 A7] by Up/Down buttons Data :change [00 00]
to [00 01] by [8],[0] buttons Select ID Mode (See chap.6.1.5.) and after ID
Mode displayed, turn off the SW of the unit and then turn on again. Check that
the unit will start and the Fan works.
Service Mode
CAT (Computer Aided Test) mode
HOW TO ACCESS CAT MODE
Press and hold the DOWN
button on the front panel of the unit and press the RECALL button on the remote
control 3 times quickly within 2 seconds this will place the unit in to CAT
mode.
To exit the CAT mode,
access the ID mode and switch off the main power.
IIC mode
Select the IIC mode by Up/Down button on the remote control at the front page of CAT mode and then press the OK button on the
remote control.
Select the IIC mode by Up/Down button on the remote control at the front page of CAT mode and then press the OK button on the
remote control.
1.Select the alignment Subject by UP/DOWN button on the
remote control
2,Select the alignment item by LEFT/RIGHT button on the
remote control
3.Adjust Optimum setting by [8] .[0] buttons on the remote
control
4.The data is memorized when press the RETURN button on the
remote control or change the alignment subject .
Subject and item are
mentioned on [IIC mode structure].
To exit the IIC mode, press the RETURN button on the remote control.
To exit the IIC mode, press the RETURN button on the remote control.
CD mode
Select the CD mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the
remote control more than 3 seconds.
Select the CD mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the
remote control more than 3 seconds.
SOS History
SOS History (Number of LED blinking) indication.
From left side; Last SOS, befor Last, three occurrence befor,2nd occurrence affter shipment, 1st occurrence after shipment. This indication will be cleared by [Self-check indication and forced to factory shipment setting]. To exit the CD mode, press the RETURN button on the remote control.
SOS History (Number of LED blinking) indication.
From left side; Last SOS, befor Last, three occurrence befor,2nd occurrence affter shipment, 1st occurrence after shipment. This indication will be cleared by [Self-check indication and forced to factory shipment setting]. To exit the CD mode, press the RETURN button on the remote control.
To exit the SD mode,
press the RETURN button on the remote control.
MS mode
Select the MS mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the remote control more than 3 seconds.
Select the MS mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the remote control more than 3 seconds.
To exit the MS mode,
press the RETURN button on the remote control.
Caution: Market Select should be set [7] for model TH-152UX1 / UX1W / UX1C after exchange of A-Board.
Caution: Market Select should be set [7] for model TH-152UX1 / UX1W / UX1C after exchange of A-Board.
ID mode
Select the ID mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the
remote control more than 3 seconds.
Select the ID mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the
remote control more than 3 seconds.
To exit the ID mode,
press the RETURN button on the remote control.
RGB white balance adjustment
[Condition]
• Make sure the front panel to be used on the final set is fitted.
• Make sure a color signal is not being shown before adjustment.
• Put the color analyzer where there is little color variation.
• Make sure the front panel to be used on the final set is fitted.
• Make sure a color signal is not being shown before adjustment.
• Put the color analyzer where there is little color variation.
[Adjustment]
1. Set COMPONET / RGB-IN SELECT to RGB.
2. Select the IIC mode [PANEL W / B Adj.] item.
3. Check that the color temperature is [COOL (Hi)].
4. Output a white balance pattern.
5. Touch the signal receiver of color analyzer to the highlight window’s center.
6. Fix G drive at E0h and adjust B drive and R drive so x, y become the [Color temperature COOL (Hi)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
8. Set color temperature to [NORMAL (Mid)].
9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes the [Color temperature NORMAL (Mid)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
11. Set color temperature to [WARM (Low)].
12. Set G drive to E0h and adjust B drive and R drive so the highlight window’s x, y become the [Color temperature WARM (Low)] shown in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG.( In addition, adjust it after it lowers by 08h data for NG. )
13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
14. Copy the R drive, G drive and B drive data in NTSC, PAL DVI region.
1. Set COMPONET / RGB-IN SELECT to RGB.
2. Select the IIC mode [PANEL W / B Adj.] item.
3. Check that the color temperature is [COOL (Hi)].
4. Output a white balance pattern.
5. Touch the signal receiver of color analyzer to the highlight window’s center.
6. Fix G drive at E0h and adjust B drive and R drive so x, y become the [Color temperature COOL (Hi)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
8. Set color temperature to [NORMAL (Mid)].
9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes the [Color temperature NORMAL (Mid)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
11. Set color temperature to [WARM (Low)].
12. Set G drive to E0h and adjust B drive and R drive so the highlight window’s x, y become the [Color temperature WARM (Low)] shown in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG.( In addition, adjust it after it lowers by 08h data for NG. )
13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
14. Copy the R drive, G drive and B drive data in NTSC, PAL DVI region.
Adjustment target
Hi-light: x ± 0.003 y ± 0.003
Hi-light is target of the number at drive adjustment in the hi-light windows.
Therefore, it is not target of the hi-light number at after adjustment white balance.
Hi-light: x ± 0.003 y ± 0.003
Hi-light is target of the number at drive adjustment in the hi-light windows.
Therefore, it is not target of the hi-light number at after adjustment white balance.
YUV white balance adjustment
[condition]
• Make sure the front panel to be used on the final set is fitted.
• Make sure a color signal is not being shown before adjustment.
• Put the color analyzer where there is little color variation.
[Adjustment]
1. Set COMPONENT / RGB-IN SELECT to COMPONENT.
2. Select the IIC mode [PANEL W / B Adj.] item.
3. Check that the color temperature is [COOL (Hi)].
4. Output a white balance pattern.
5. Touch the signal receiver of color analyzer to the highlight window’s center.
6. Fix G drive at E0h and adjust B drive and R drive so x, y become the [Color temperature COOL (Hi)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B become FCh with the gain ratio kept. (ALL-DRIVE)
8. Set color temperature to [NORMAL (Mid)].
9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes the [Color temperature NORMAL (Mid)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
11. Set color temperature to [WARM (Low)].
12. Set G drive to E0h and adjust B drive and R drive so the highlight window’s x, y become the [Color temperature WARM (Low)] shown in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG.( In addition, adjust it after it lowers by 08h data for NG. )
13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
14. Copy the R drive, G drive and B drive data in YUV1_525ip, YUV3_625ip region.
• Make sure the front panel to be used on the final set is fitted.
• Make sure a color signal is not being shown before adjustment.
• Put the color analyzer where there is little color variation.
[Adjustment]
1. Set COMPONENT / RGB-IN SELECT to COMPONENT.
2. Select the IIC mode [PANEL W / B Adj.] item.
3. Check that the color temperature is [COOL (Hi)].
4. Output a white balance pattern.
5. Touch the signal receiver of color analyzer to the highlight window’s center.
6. Fix G drive at E0h and adjust B drive and R drive so x, y become the [Color temperature COOL (Hi)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B become FCh with the gain ratio kept. (ALL-DRIVE)
8. Set color temperature to [NORMAL (Mid)].
9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes the [Color temperature NORMAL (Mid)] in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. )
10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
11. Set color temperature to [WARM (Low)].
12. Set G drive to E0h and adjust B drive and R drive so the highlight window’s x, y become the [Color temperature WARM (Low)] shown in the below table.
Adjust it again after it lowers of 08h data when the adjustment is NG.( In addition, adjust it after it lowers by 08h data for NG. )
13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE)
14. Copy the R drive, G drive and B drive data in YUV1_525ip, YUV3_625ip region.
Adjustment target
Hi-light: x ± 0.003 y ± 0.003
Hi-light is target of the number at drive adjustment in the hi-light windows.
Therefore, it is not target of the hi-light number at after adjustment white balance.
Hi-light: x ± 0.003 y ± 0.003
Hi-light is target of the number at drive adjustment in the hi-light windows.
Therefore, it is not target of the hi-light number at after adjustment white balance.
Self Check
Display Indication
1. Self-check is used to automatically check the bus line controlled circuit of the Plasma display.
2. There are 2 kinds of Self-check mode Self-check indication and forced to factory shipment setting :
Press the down button on the customer controls at the bottom of the set, at the same time pressing the OFFTIMER button on the remote control, and the screen will show.
Self-check indication only:
Press [5] button on the remote control at ID mode in CAT mode.
Display Indication
1. Self-check is used to automatically check the bus line controlled circuit of the Plasma display.
2. There are 2 kinds of Self-check mode Self-check indication and forced to factory shipment setting :
Press the down button on the customer controls at the bottom of the set, at the same time pressing the OFFTIMER button on the remote control, and the screen will show.
Self-check indication only:
Press [5] button on the remote control at ID mode in CAT mode.
If the IIC ports have
been checked and found to be incorrect Or not located then [ - -] will appear
in place of [OK] [01] in the line of the [PTCT] means the number of blinks of
the
Power LED is 1. [H09] in the line of the [PTCT] is the error code.
To exit the CAT mode switch off the main power
Power LED is 1. [H09] in the line of the [PTCT] is the error code.
To exit the CAT mode switch off the main power
Note: The line of the
[PTCT] displays when you get into the Selfcheck mode for the first time only
after the Power LED blinks.
LED Blinking timing
chart
1. Subject
Information of LED Blinking timing chart.
2. Contents
When an abnormality has occurred to the unit, the protection circuit operates and resets to the stand by mode. At this time, the defective block can be identified by the number of blinks of the Power LED on the front panel of the unit .
1. Subject
Information of LED Blinking timing chart.
2. Contents
When an abnormality has occurred to the unit, the protection circuit operates and resets to the stand by mode. At this time, the defective block can be identified by the number of blinks of the Power LED on the front panel of the unit .
|
Blinking times
|
Contents
|
Check point
|
PTCT indication*
|
|
1
|
No particular
check point |
D1-D4 Board
DU Board A Board |
*1 H09
|
|
2
|
P +15V SOS,
F +15V SOS, A +15V SOS |
P3/P4/P5/P6 Board
A Board DS Board D1-D4 Board DU Board |
*2 H09
|
|
3
|
P +3.3V SOS
|
D1-D4 Board
DU Board |
*3 H09
|
|
4
|
Power SOS
|
P/P1-P9 Board
|
04 H09
|
|
5
|
P +5V SOS
|
P3 Board
D1-D4 Board |
*5 H09
|
|
6
|
Driver SOS1
|
SCU Board
SCD Board |
*6 H09
|
|
7
|
Driver SOS2
|
SCU/SCD Board
SU1-SU3 Board SD1-SD3 Board |
*7 H09
|
|
8
|
Driver SOS3
|
SSU/SSD Board
SS2 Board SS3 Board SS4 Board |
*8 H09
|
|
9
|
Communication error
between Panel-MPU and PD4 MASTER(D3) Discharge control SOS |
D1-D4 Board
DU Board |
*9 H09
|
|
10
|
Terminal Board SOS
|
Terminal Board
DS Board |
0A H09
|
|
11
|
FAN SOS
|
FAN
PB1-4 Board A Board |
0B H09
|
|
12
|
FPGA config SOS
|
A Board
DN Board |
*C H09
|
|
13
|
A +9V, A +3.3V, A +1.8V
|
A Board
|
0D H09
|
|
A +5V
|
1D H09
|
||
|
A +1.2V_M, A +1.2V_S,
SUB +3.3V |
2D H09
|
||
|
A-Board Microcomputer
Communication SOS |
3D H09
|
||
|
14
|
LED_10V, 3.3V, 1.2V,
1.05V |
DN Board
|
0E H09
|
|
15
|
Front End 4K FAN SOS
|
Front End 4K FAN
Front End 4K Unit |
0F H09
|
|
Front End 4K config SOS
|
1F H09
|
