SONY KDL-26S2000E - KDL-32S2000E - KDL-40S2000E - KDL-46S2000E -
KDL-26S2010E - KDL-32S2010E - KDL-40S2010E - KDL-46S2010E - KDL-26S2020E
- KDL-32S2020E SERVICE MODE LED ERROR CODES AND POWER SUPPLY CIRCUIT
SONY KDL-26S2000E - KDL-32S2000E - KDL-40S2000E - KDL-46S2000E - KDL-26S2010E - KDL-32S2010E - KDL-40S2010E - KDL-46S2010E - KDL-26S2020E - KDL-32S2020E
SERVICE MODE LED ERROR CODES AND POWER SUPPLY CIRCUIT
WAX2
SELF DIAGNOSTIC SOFTWARE
The identification of errors within the WAX2 chassis is
triggered in one of two ways :- 1: Busy or 2: Device failure to respond to IIC.
In the event of one of these situations arising the software will first try to
release the bus if busy (Failure to do so will report with a continuous flashing
LED) and then communicate with each device in turn to establish if a device is
faulty. If a device is found to be faulty the relevant device number will be
displayed through the LED (Series of flashes which must be counted).
LED
Error Code
LED ERROR CODE
|
ERROR DESCRIPTION
|
1
|
UNREG33V Supply Voltage Trouble (DCALERT3)
|
2
|
VD1.8, DE5V/6V Voltage Trouble (DCALERT2)
|
3
|
UNREG10.5V, PANEL5V Voltage Trouble
(DCALERT1)
|
4
|
Back Light Trouble
|
5
|
Main Supply Voltage Trouble
|
6
|
Speaker Applied Voltage Trouble
|
7
|
Monitor an Increase in Inside-Temperature
(esp. on the panel side)
|
8
|
Trident
IC Trouble
|
9
|
DTT Trouble (Communications / BS_CS_PROT)
|
How to
enter Service Mode
Service adjustments to this model can be performed using the
supplied remote Commander RM-ED005
1. Turn on the power to the TV set and enter into the
stand-by mode.
2. Press the following sequence of buttons on the Remote Commander.
2. Press the following sequence of buttons on the Remote Commander.
ON SCREEN DISPLAY > (DIGIT 5)
> (VOLUME +) > (TV POWER)
3. The menu will then appear on the screen.
4. Move to the relevant command using the up or down arrow buttons
on the remote commander.
5. Press the right arrow button to enter into the required menu item.
6. Press the ‘Menu’ button on the remote commander to quit the Service Mode when all adjustments have been completed.
5. Press the right arrow button to enter into the required menu item.
6. Press the ‘Menu’ button on the remote commander to quit the Service Mode when all adjustments have been completed.
Note : After carrying out the service adjustments, to prevent the customer accessing
the ‘Service Menu’ switch the TV set OFF and then ON.
White
Balance Adjustment
The following adjustments are done via ECS.
Set up mode for White Balance Adjustment
1. Send ECS_ADJUST_LEVEL_SETTING_INIT command.
2. Ensure COL_MATRIX_INDEX=15.
3. Ensure hreg p1_d_p_26=0 and hreg p1_d_p_28=0.
4. Ensure DYNAMIC_EN=0.
The following adjustments are done via ECS.
Set up mode for White Balance Adjustment
1. Send ECS_ADJUST_LEVEL_SETTING_INIT command.
2. Ensure COL_MATRIX_INDEX=15.
3. Ensure hreg p1_d_p_26=0 and hreg p1_d_p_28=0.
4. Ensure DYNAMIC_EN=0.
White Balance of colour temperature “High”
1. Set up COLOR_TEMP=0.
2. Set up GAMMA_OFF=15.
3. R_GAMMA_OFST_01=128
R_GAMMA_OFST_02=128
R_GAMMA_OFST_03=128
R_GAMMA_OFST_04=128
B_GAMMA_OFST_01=128
B_GAMMA_OFST_02=128
B_GAMMA_OFST_03=128
Set up B_GAMMA_OFST_04=128.
4. Set up “Wait”.
5. Set up the correct values for 20IRE for TEST_R_LEVEL, TEST_G_LEVEL and TEST_B_LEVEL.
1. Set up COLOR_TEMP=0.
2. Set up GAMMA_OFF=15.
3. R_GAMMA_OFST_01=128
R_GAMMA_OFST_02=128
R_GAMMA_OFST_03=128
R_GAMMA_OFST_04=128
B_GAMMA_OFST_01=128
B_GAMMA_OFST_02=128
B_GAMMA_OFST_03=128
Set up B_GAMMA_OFST_04=128.
4. Set up “Wait”.
5. Set up the correct values for 20IRE for TEST_R_LEVEL, TEST_G_LEVEL and TEST_B_LEVEL.
6. Adjust R_GAMMA_OFST_01 and B_GAMMA_OFST_01 chroma
values
7. Set up the correct values for 40IRE for
TEST_R_LEVEL, TEST_G_LEVEL and TEST_B_LEVEL.
8. Adjust R_GAMMA_OFST_02 and B_GAMMA_OFST_02 chroma
values
9. Set up the correct values for 60IRE for
TEST_R_LEVEL, TEST_G_LEVEL and TEST_B_LEVEL
10. Adjust R_GAMMA_OFST_03 and B_GAMMA_OFST_03
chroma values
11. Set up the correct values for 80IRE for
TEST_R_LEVEL, TEST_G_LEVEL and TEST_B_LEVEL.
12. Adjust R_GAMMA_OFST_04 and B_GAMMA_OFST_04
chroma values
13. Write R_GAMMA_OFST_01~R_GAMMA_OFST_04 and B_GAMMA_OFST_01~B_GAMMA_OFST_04
in the NVM.
14. Write R_GAMMA_OFST_04~R_GAMMA_OFST_05 and B_GAMMA_OFST_04~B_GAMMA_OFST_05 in the NVM.
15. Set up TEST_PATTEN_ON=0.
16. Set up COL_MATRIX_INDEX=30.
17. Set up hreg_p1_d_p_26=3.
18. Set up hreg_p1_d_p_28=3.
19. Set up DYNAMIC_EN=0xffff
20. Set up COLOR_TEMP=1.
21. Write the correct values for R_DRV, B_DRV, R_BKG and B_BKG
14. Write R_GAMMA_OFST_04~R_GAMMA_OFST_05 and B_GAMMA_OFST_04~B_GAMMA_OFST_05 in the NVM.
15. Set up TEST_PATTEN_ON=0.
16. Set up COL_MATRIX_INDEX=30.
17. Set up hreg_p1_d_p_26=3.
18. Set up hreg_p1_d_p_28=3.
19. Set up DYNAMIC_EN=0xffff
20. Set up COLOR_TEMP=1.
21. Write the correct values for R_DRV, B_DRV, R_BKG and B_BKG
22. Send ECS COLOR_SAVE command.
23. Set up COLOR_TEMP=2.
24. Write the correct values for R_DRV, B_DRV, R_BKG and B_BKG
23. Set up COLOR_TEMP=2.
24. Write the correct values for R_DRV, B_DRV, R_BKG and B_BKG
25. Send ECS COLOR_SAVE command.
26. Set up COLOR_TEMP=3.
27. Write the correct values for R_DRV, B_DRV, R_BKG and B_BKG
26. Set up COLOR_TEMP=3.
27. Write the correct values for R_DRV, B_DRV, R_BKG and B_BKG
28. Send ECS COLOR_SAVE command.
29. Switch the TV set OFF and then ON again to retain adjustment values.
29. Switch the TV set OFF and then ON again to retain adjustment values.
POWER SUPPLY CIRCUIT
