SONY KLV-26V300A - KLV-32V300A - KLV-40V300A - KLV-46V300A
LED BLINKING ERROR CODE SERVICE MODE AND ADJUSTMENTS
SELF
When safety shutdown occurs, LED display reports
the cause by using the Lighting patterns as indicated below. Since there are various
failure items in WAX model. Light blinking is used so that shutdown causes can
be judged from the number of blinking times. The items corresponding to the number of blinking times are indicated as follows
Failure LED Displays
MONITORING
ITEMS
|
NUMBER
OF STANDBY LED
(RED) BLINKING TIMES |
Main
power supply voltage error
|
2
|
DC_ALERT
1
|
3
|
DC_ALERT
2
|
4
|
DC_ALERT
3
|
5
|
Backlight
error
|
6
|
Internal
temperature error
|
7
|
Audio
error
|
8
|
Fan
error (HFR model only)
|
9
|
Digital
FE error
|
10
|
Trident
error
|
11
|
How to enter Service Mode
Service adjustments to this model
can be performed using the supplied Remote Commander
RM-GA008
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.
(STBY) - (ON SCREEN DISPLAY) - (CH 5) - (VOLUME + ) - (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.
– After carrying out the service adjustments, to prevent the customer accessing the ‘Service Menu’ switch the TV set OFF and then ON.
Aging
1. Aging setting
i. Set no signal and monitor as aging mode.
2. Aging condition
i. Aging condition before white balance adjustment is as follows;
Supply Voltage : Rating
Time : 20 minutes or over
(AGING_TIMER registor setting)
Ambient temp : 22 - 28°C
Brightness : Brightness is set by aging mode
Input : Set no signal except digital and analog RF (video/component/PC)
i. Set no signal and monitor as aging mode.
2. Aging condition
i. Aging condition before white balance adjustment is as follows;
Supply Voltage : Rating
Time : 20 minutes or over
(AGING_TIMER registor setting)
Ambient temp : 22 - 28°C
Brightness : Brightness is set by aging mode
Input : Set no signal except digital and analog RF (video/component/PC)
3. LED lighting pattern during aging
In case that AGING_TIMER > 0
Green (0.5s) >off (0.5s) > Green (0.5s) > off (0.5s)
Notes: Green (Power LED is ON/OFF)
In case that AGING_TIMER = 0
Green (3.0s) > off (3.0s) > Green (3.0s) > off (3.0s)
Notes: Green (Power LED is ON/OFF)
Green (0.5s) >off (0.5s) > Green (0.5s) > off (0.5s)
Notes: Green (Power LED is ON/OFF)
In case that AGING_TIMER = 0
Green (3.0s) > off (3.0s) > Green (3.0s) > off (3.0s)
Notes: Green (Power LED is ON/OFF)
Note:
If set has been put on surface down, brightness surface irregularity is caused by static electricity. If so be, turn set over or keep it upright more than 30 seconds. As surface irregularity is vanished away, then check the set.
If set has been put on surface down, brightness surface irregularity is caused by static electricity. If so be, turn set over or keep it upright more than 30 seconds. As surface irregularity is vanished away, then check the set.
Signal Level Adjustment
Set up of AD calibration 1 adjustment for terrestrial analog
The following adjustments are done via ECS.
1. Send ECS_ADJUST_LEVEL_SETTING_INIT command
2. Ensure noise reduction NR=3 (high), hreg_P4_cvd2_85 [2:0] = 0 ADJ_COLOR_PAL = 4 (for GA)
3. Set up correspond value to resistors
Set up of AD calibration 1 adjustment for terrestrial analog
The following adjustments are done via ECS.
1. Send ECS_ADJUST_LEVEL_SETTING_INIT command
2. Ensure noise reduction NR=3 (high), hreg_P4_cvd2_85 [2:0] = 0 ADJ_COLOR_PAL = 4 (for GA)
3. Set up correspond value to resistors
Note for Input Signal [GA model] (PAL) included
black and white, 75% Y and 75% C, without set up
Y signal calibration 1 adjustment
for terrestrial analog
1. Input color bar via terrestrial analog
2. Send ECS command: ADJUST_TCD3_CONT_RF. Wait success receive data.
3. Read value of S-REG_APL_LUMA via ECS. Then confirm that the value is within the range of below.
4. Read value of S-REG_TCD3_CONTRAST via ECS.
Note : Y signal calibration adjustment target of terrestrial analog input.
1. Input color bar via terrestrial analog
2. Send ECS command: ADJUST_TCD3_CONT_RF. Wait success receive data.
3. Read value of S-REG_APL_LUMA via ECS. Then confirm that the value is within the range of below.
4. Read value of S-REG_TCD3_CONTRAST via ECS.
Note : Y signal calibration adjustment target of terrestrial analog input.
S-REG_APL_LUMA ---- SREG_TARGET _Y_RF±2
C signal of terrestrial analog Input/HUE calibration 1 adjustment
1. Send command: ADJUST_TCD3_HUE_RF from ECS. Wait success receive data.
2. Read S-REG_AVE_VAL_B_AREA0 via ECS (READ_AREA = 0)
3. Read S-REG_AVE_VAL_B_AREA6 via ECS (READ_AREA = 6)
4. Confirm that 8 bits of MSB of 2) and 3) are in the range of below.
C signal of terrestrial analog Input/HUE calibration 1 adjustment
1. Send command: ADJUST_TCD3_HUE_RF from ECS. Wait success receive data.
2. Read S-REG_AVE_VAL_B_AREA0 via ECS (READ_AREA = 0)
3. Read S-REG_AVE_VAL_B_AREA6 via ECS (READ_AREA = 6)
4. Confirm that 8 bits of MSB of 2) and 3) are in the range of below.
SREG_AVE_VAL_B _AREA* difference --- ±2
5. Read S-REG: TCD3_SATURATION via ECS.
6. Restore the original value SREG_NR = 4 (high)
7. Send ECS command: ADJUST_LEVEL_SETTING_CLR blue level only.
As for READ_AREA number and position.
6. Restore the original value SREG_NR = 4 (high)
7. Send ECS command: ADJUST_LEVEL_SETTING_CLR blue level only.
As for READ_AREA number and position.
Note:
If it is adjusted other signal (other color system), it needs restoring the value for changed SREGS and sending the ADJUST_LEVEL_ SETTING_CLR before signal changing.
If it is adjusted other signal (other color system), it needs restoring the value for changed SREGS and sending the ADJUST_LEVEL_ SETTING_CLR before signal changing.
Step before AD calibration-1
adjustment of video Input
1. Send ECS command: ADJUST_LEVEL_SETTING_INIT. Wait success recieve data
2. Set SREG_NR=1 (low), hreg_P4_cvd2_85 [2:0] = 0 SREG_ADJ_COLOR_PAL = 4 (for GA)
3. Set up correspond value to following resistors SREG_TARGET_Y_V
[For AEP, GA (Video-PAL)]
SREG_TCD3_CONT_PAL_V
SREG_TCD3_SAT_PAL_V
SREG_TCD3_HUE_PAL_V
1. Send ECS command: ADJUST_LEVEL_SETTING_INIT. Wait success recieve data
2. Set SREG_NR=1 (low), hreg_P4_cvd2_85 [2:0] = 0 SREG_ADJ_COLOR_PAL = 4 (for GA)
3. Set up correspond value to following resistors SREG_TARGET_Y_V
[For AEP, GA (Video-PAL)]
SREG_TCD3_CONT_PAL_V
SREG_TCD3_SAT_PAL_V
SREG_TCD3_HUE_PAL_V
Y signal calibration-1 adjustment of
video input. (PAL for AEP, GA)
1. Input 75% color bar signal via Video1 input.
2. Send ECS command: ADJUST_TCD3_CONT_V. Wait success receive data.
3. Read value of S-REG: APL_LUMA via ECS and confirm that the values are in corresponding range of below.
1. Input 75% color bar signal via Video1 input.
2. Send ECS command: ADJUST_TCD3_CONT_V. Wait success receive data.
3. Read value of S-REG: APL_LUMA via ECS and confirm that the values are in corresponding range of below.
S-REG_APL_LUMA ----SREG_TARGET _Y_V±2
4. Read value of S-REG: TCD3_CONTRAST via ECS.
Set offset
of V input for S input setting by u-com internal.
Note: When both S video and video (CVBS) are connected, select video (CVBS) by setting SREG_S_INPUT <0> = 0 Change back this data after adjustment Note for Input signal [GA model] (PAL, NTSC) Included black and white, 75% Y and 75% C, without set up.
of V input for S input setting by u-com internal.
Note: When both S video and video (CVBS) are connected, select video (CVBS) by setting SREG_S_INPUT <0> = 0 Change back this data after adjustment Note for Input signal [GA model] (PAL, NTSC) Included black and white, 75% Y and 75% C, without set up.
C signal of video Input/HUE
calibration 1 adjustment (PAL for AEP, GA)
1. Input 75% color bar signal via video1 input.
2. Send command: ECS_ADJUST_TCD3_HUE_V via ECS. Wait
success receive data
3. Read S-REG_AVE_VAL_B_AREA0 via ECS
4. Read S-REG_AVE_VAL_B_AREA6 via ECS
5. Confirm that 8 bits of MSB of 3) and 4) are in the range of below
1. Input 75% color bar signal via video1 input.
2. Send command: ECS_ADJUST_TCD3_HUE_V via ECS. Wait
success receive data
3. Read S-REG_AVE_VAL_B_AREA0 via ECS
4. Read S-REG_AVE_VAL_B_AREA6 via ECS
5. Confirm that 8 bits of MSB of 3) and 4) are in the range of below
SREG_AVE_VAL_B _AREA* difference ---- ±2
6. Read S-REG_AVE_VAL_B_AREA2 via ECS (GA-NTSC)
7. Read S-REG_AVE_VAL_B_AREA4 via ECS
8. Confirm that 8 bits of MSB of 6) and 7) are in the range of below (GA-NTSC)
7. Read S-REG_AVE_VAL_B_AREA4 via ECS
8. Confirm that 8 bits of MSB of 6) and 7) are in the range of below (GA-NTSC)
SREG_AVE_VAL_B _AREA* difference --- ±2
9. Read S-REG_TCD3_SATURATION via ECS
10. Read S-REG_TCD3_HUE via ECS. (GA-NTSC) As for READ_AREA number and position
10. Read S-REG_TCD3_HUE via ECS. (GA-NTSC) As for READ_AREA number and position
Restoring original setting
1. Restore the original value SREG_NR = 2 (mid)
2. Send ECS command: ADJUST_LEVEL_SETTING_CLR Blue level only. S Input set offset of V input.
1. Restore the original value SREG_NR = 2 (mid)
2. Send ECS command: ADJUST_LEVEL_SETTING_CLR Blue level only. S Input set offset of V input.
Setup before adjustment Y signal of
video Input. (NTSC for GA)
1. Send ECS command: ADJUST_LEVEL_SETTING_INIT wait success Receive Data.
2. Set SREG_NR = 1 (low), hreg_P4_CVD2_85 [2:0] = 0
SREG_ADJ_COLOR_PAL = 1 (for GA)
3. Set up correspond value to following resistors.
SREG_TARGET_Y_V (for GA NTSC)
[FOR GA (Video-NTSC)
SREG_TCD3_CONT_OFST_V
SREG_TCD3_SAT_OFST_V
SREG_TCD3_HUE_OFST_V
1. Send ECS command: ADJUST_LEVEL_SETTING_INIT wait success Receive Data.
2. Set SREG_NR = 1 (low), hreg_P4_CVD2_85 [2:0] = 0
SREG_ADJ_COLOR_PAL = 1 (for GA)
3. Set up correspond value to following resistors.
SREG_TARGET_Y_V (for GA NTSC)
[FOR GA (Video-NTSC)
SREG_TCD3_CONT_OFST_V
SREG_TCD3_SAT_OFST_V
SREG_TCD3_HUE_OFST_V
White balance adjustment when color temperature is “cool”
1. Set up SREG_COLOR_TEMP = 0 (Cool)
Reference: To separate GAMMA & WB adjustment, operate the following initial setting before WB adjustment
- Send ECS command: CSC_BYPASS_INIT_SET
2. Set SREG_TEST_G_LEVEL = 204 (80 IRE)
3. Adjust values of SREG_WB_GAM_R (B) 05 to be the chroma
4. Set SREG_TEST_G_LEVEL = 128 (50 IRE)
5. Adjust values of SREG_WB_GAM_R (B) 04 to be the chroma
6. Set SREG_TEST_G_LEVEL = 76 (30 IRE)
7. Adjust values of SREG_WB_GAM_R (B) 03 to be the chroma
8. Set SREG_TEST_G_LEVEL = 51 (20 IRE)
9. Adjust values of SREG_WB_GAM_R (B) 02 to be chroma
1. Set up SREG_COLOR_TEMP = 0 (Cool)
Reference: To separate GAMMA & WB adjustment, operate the following initial setting before WB adjustment
- Send ECS command: CSC_BYPASS_INIT_SET
2. Set SREG_TEST_G_LEVEL = 204 (80 IRE)
3. Adjust values of SREG_WB_GAM_R (B) 05 to be the chroma
4. Set SREG_TEST_G_LEVEL = 128 (50 IRE)
5. Adjust values of SREG_WB_GAM_R (B) 04 to be the chroma
6. Set SREG_TEST_G_LEVEL = 76 (30 IRE)
7. Adjust values of SREG_WB_GAM_R (B) 03 to be the chroma
8. Set SREG_TEST_G_LEVEL = 51 (20 IRE)
9. Adjust values of SREG_WB_GAM_R (B) 02 to be chroma
10. Set SREG_WB_GAM_R( B) 01 as follows;
SREG_WB_GAM_R (B) 01 = SREG_WB_GAM_R (B) 02
+ [SREG_WB_GAM_R (B) 02-SREG_WB_GAM_R (B) 03]
SREG_WB_GAM_R (B) 01 = SREG_WB_GAM_R (B) 02
+ [SREG_WB_GAM_R (B) 02-SREG_WB_GAM_R (B) 03]
11. Set SREG_WB_GAM_R06-07 and SREG_WB_GAM_B06 ~
07 as follows;
[When ADJ data SREG_WB_GAM_B05 > 154]
[ADJ data SREG_WB_GAM_R05 > 128]
SREG_WB_GAM_R (B) 06 = SREG_WB_GAM_R (B) 05
- [SREG_WB_GAM_R (B) 05 - SREG_WB_GAM_R (B) 04] /2
SREG_WB_GAM_R (B) 07 = 128
[ADJ data SREG_WB_GAM_R05 = < 128]
SREG_WB_GAM_B06 = SREG_WB_GAM_B05
- [SREG_WB_GAM_B05-SREG_WB_GAM_B04] /2
SREG_WB_GAM_B07 = 128
SREG_WB_GAM_R06 = SREG_WB_GAM_R07 = SREG_WB_GAM_R05
[When ADJ data SREG_WB_GAM_B05 = < 154]
SREG_WB_GAM_R (B) 06 = SREG_WB_GAM_R (B) 07 = SREG_WB_GAM_R (B)_05
[When ADJ data SREG_WB_GAM_B05 > 154]
[ADJ data SREG_WB_GAM_R05 > 128]
SREG_WB_GAM_R (B) 06 = SREG_WB_GAM_R (B) 05
- [SREG_WB_GAM_R (B) 05 - SREG_WB_GAM_R (B) 04] /2
SREG_WB_GAM_R (B) 07 = 128
[ADJ data SREG_WB_GAM_R05 = < 128]
SREG_WB_GAM_B06 = SREG_WB_GAM_B05
- [SREG_WB_GAM_B05-SREG_WB_GAM_B04] /2
SREG_WB_GAM_B07 = 128
SREG_WB_GAM_R06 = SREG_WB_GAM_R07 = SREG_WB_GAM_R05
[When ADJ data SREG_WB_GAM_B05 = < 154]
SREG_WB_GAM_R (B) 06 = SREG_WB_GAM_R (B) 07 = SREG_WB_GAM_R (B)_05
