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15. Make the fi ne adjustment so that horizontal lines and vertical lines 

become straight.

16. Press the “9” button on the remote commander to return to coarse 

adjustment mode.

1.  Cover the blue CRT lens with a lens caps to allow only the green and 

red to show (or use the method shown in the note below for turning off 
the CRTs individually without using lens caps).

2.  Press the “3” button on the remote commander to select RED mode.

3.  Adjust the following items so that red lines overlap with green lines.

 

• 

RED CENT (horizontally/vertically)

 

• 

RED SKEW (horizontally/vertically)

 

• 

RED SIZE (horizontally/vertically)

 

• 

RED LIN (horizontally/vertically)

 

• 

RED MSIZ (horizontally)

 

• 

RED MLIN (horizontally)

 

• 

RED PIN (horizontally/vertically)

 

• 

RED KEY (vertically)

4.  Press the “9” button on the remote commander to enter fi ne 

adjustment mode.

5.  Make the fi ne adjustment so that horizontal lines and vertical lines 

overlap with green lines.

6.  Press the “9” button on the remote commander to return to coarse 

adjustment mode.

Note: If lens caps are unavailable, you can cut off the unnecessary color 
beams by controlling the service mode 2150P-2 1 RGBS.

1.  Remove the lens cap from the blue picture lens to display all colors.

2.  Press the “3” button on the remote commander to select BLU mode.

3.  Adjust the following items so that blue lines overlap with green and red 

lines.

 

• 

BLU CENT (horizontally/vertically)

 

• 

BLU SKEW (horizontally/vertically)

 

• 

BLU SIZE (horizontally/vertically)

 

• 

BLU LIN (horizontally/vertically)

 

• 

BLU MSIZ (horizontally)

 

• 

BLU MLIN (horizontally)

 

• 

BLU PIN (horizontally/vertically)

 

• 

BLU KEY (vertically)

4.  Press the “9” button on the remote commander to enter fi ne 

adjustment mode.

5.  Make the fi ne adjustment so that horizontal lines and vertical lines 

overlap with green and red lines.

6.  Press the “9” button on the remote commander to return `to coarse 

adjustment mode.

1.  After completing each adjustment of green, blue, and red for the NTSC 

Full mode press the “MUTING”+ “ENTER” buttons on the remote 
commander to write the registration data to the NVM.

1.  Make sure that the adjustment for NTSC Full mode are complete 

and the data have already been written.

2.  Select the PJE mode.

3.  Select Copy and set the data to “01”, and press the 

“MUTING”+“ENTER” buttons on the remote commander.

4.  The data from the NTSC Full mode is copied to all other modes.

Full

Screen

mode

Zoom

Screen

mode

HD

(1080i Full

Screen mode)

Copy Registration Data

5.  Check in the other modes and adjust as demands.

 

Once registration in all modes is satisfactory:

1.  Darken the room environment near the set.

2.  Select input of RF (with a signal) or Video1 - Video4 (with a signal), 

and enter Full Mode.

 

3.  Enter service mode and select the PJE group.

4.  Press the “MUTING” + “ENTER” buttons on the remote commander 

to write the data for Full mode.

 

You must complete step 4 even if registration looks OK in Full mode 
and there were not any adjustments made.

5.  To automatically store the offset values, press the “FLASH FOCUS” 

button on the front panel of the set.

 

(The offset value is now stored)

 

If FLASH FOCUS successfully calibrates, it displays
“CALIBRATION OK.” 
If FLASH FOCUS does not successfully calibrate, 
an error message is displayed. (Refer to section 2-15)

6.  Exit the service mode.

7.  If the calibration was successful, press the “FLASH FOCUS” button 

out of service mode.

8.  Confi rm registration is OK in all modes.

If an error code is displayed after the set has been correctly adjusted, check the following items: position, tilt and sizing.  If any of these adjustments 
are off, even slightly, the auto-registration pattern will not hit the four sensors properly. This occurs when the internal generator patterns are being 
fl ashed on the screen for the sensors to read.  Therefore, auto registration (called auto convergence) cannot operate properly, causing an error code to 
be displayed. In order for this function to operate properly correct position, tilt, and size must be adjusted properly.

00

No Error

10

Sensor 0 low output

Check sensor 0, connection/wiring, circuit, and pattern position 
(are patterns hitting sensor?) adjust 66 VUP, 70 HMID if necessary.

11

Sensor 1 low output

Check sensor 1, connection/wiring, circuit, and pattern position 
(are patterns hitting sensor?) adjust 69 HLE, 67 VMID if necessary.

12

Sensor 2 low output

Check sensor 2, connection/wiring, circuit, and pattern position 
(are patterns hitting sensor?) adjust 71 HRIV, 67 VMID if necessary.

13

Sensor 3 low output

Check sensor 3, connection/wiring, circuit, and pattern position 
(are patterns hitting sensor?) adjust 68 VLOW, 70 HMID if necessary.

20

Sensor 0 high output

Check sensor 0 and circuit.

21

Sensor 1 high output

Check sensor 1 and circuit.

22

Sensor 2 high output

Check sensor 2 and circuit.

23

Sensor 3 high output

Check sensor 3 and circuit.

30

V CENT or SKEW adjustment loop overflow

Check 67 VMID data and check registration condition.

31

H CENT or SKEW adjustment loop overflow

Check 70 HMID data and check registration condition.

32

H LIN or SIZE adjustment loop overflow

Check 69 HLE and 71 HRIV data and check registration condition.

40

V CENT regi data overflow

Check 67 VMID data and confirm V CENT data (all modes) is not near 511.

41

H CENT regi data overflow

Check 70 HMID data and confirm H CENT data (all modes) is not near 511.

42

V SKEW regi data overflow

Check 67 VMID data and confirm V SKEW data (all modes) is not near 511.

43

H SKEW regi data overflow

Check 70 HMID data and confirm H SKEW data (all modes) is not near 511.

44

H LIN regi data overflow

Check 69 HLE and 71 HRIV data and confirm H CENT data (all modes) 
is not near 511.

45

H SIZE regi data overflow

Check 69 HLE and 71 HRIV data and confirm H CENT data (all modes) 
is not near 511.

50

V CENT regi data overdrow

Check 67 VMID data and confirm V CENT data (all modes) is not near -512.

51

H CENT regi data overdrow

Check 70 HMID data and confirm H CENT data (all modes) is not near -512.

52

V SKEW regi data overdrow

Check 67 VMID data and confirm V SKEW data (all modes) is not near -512.

53

H SKEW regi data overdrow

Check 70 HMID data and confirm H SKEW data (all modes) is not near -512.

54

H LIN regi data overdrow

Check 69 HLE and 71 HRIV data and confirm H 

LIN data (all modes) 

is not near -512.

55

H SIZE regi data overdrow

Check 69 HLE and 71 HRIV data and confirm 

H SIZE data (all modes) 

is not near -512.

60

CENT/SKEW calibration loop overflow

Check 70 HMID and 67 VMID data and check registration condition.

61

SIZE/LIN calibration loop overflow

Check 69 HLE, 71 HRIV, 66 VUP, and 68 VLOW data and 
check registration condition.

70

V CENT/SKEW ratio limit

Check sensors 1 and 2, connection/wiring, circuit, increase 65 RTLM.

71

H CENT/SKEW ratio limit

Check sensors 0 and 3, connection/wiring, circuit, increase 65 RTLM.

73

H SIZE/Lin ratio limit

Check sensors 1 and 2, connection/wiring, circuit, increase 65 RTLM.

80

SIZE Limit Error

Check that horizontal SIZE data is not near 64 SZLM.

Error codes in normal (customer) mode are not 

displayed. You must enter PJE service mode to 

see the error code.

PJE        61      213        60
ERR            

Color:
0 = Green
1 = Red
2 = Blue

Error Code:
(See Error List)

(Blue Sensor 3 Low Output)

In service mode, the error will be displayed 

in text format.

ERROR B
LO LEVEL S3

3

2

0

1

FRONT OF SCREEN

0: UPPER SENSOR
1: LEFT SENSOR
2: RIGHT SENSOR
3: LOWER SENSOR

3

2

0

1

The TEST service item (PJE #72) can be used to determine if a sensor or sensor amplifi er is working properly. It can also be used to check pattern 
positions.

 DISPLAY/
   LOOP 

 (0) 

0 

0 

           Normal calibration (no diagnostics).

 (0) 

X 

X 

           Performs one adjustment cycle, then 

 

 

 

             displays average peak voltages for the 

 

 

 

                        specified CS/ZL and Color.

 (0) 

3 

3 

           Does nothing (can't display more than one 

 

 

 

             CS/ZL or Color at a time.)

 

1 

X 

X 

Adjusts specified CS/ZL and Color

 

 

 

 

until a key is pressed. Useful for 

 

 

 

 

measuring signals with oscilloscope.

Color: 

0=Green, 1=Red, 2=Blue, 3=All

CS/ZL: 

0=None, 1=Cent/Skew, 2=siZe/Lin, 3=Both

Display/Loop: 0=Display, 

1:Loop

S0: 2.04  S1: 1.86
S2: 1.98  S3: 2.23

Sensor 0 peak voltage = 2.04 V, etc.

S0

S3

S2

S1

When replacing the following components marked with a Y  on the 
schematic diagram always check the HV regulation, and if necessary 
re-adjust.

C8079, C8083, C8090, 
C8129, 
D8013, D8038, D8043, 
D8051, 
IC8006,
Q8021,
R8055, R8099, R8102, 
R8128, R8129,
R8131, R8139, R8140, 
R8142, R8153, R8163,
R8223, R8230,
T8004 (LOT), T8005 (FBT),
HV Block, D Board

VR8001

Part Replaced (Y)

Adjustment (X)

OPERATION CHECK
1.  Receive the all white signal.

2.  Set PIC MAX/BRT CENT.

3.  Confi rm that the voltage between CN8015 1 PIN and GND is less 

than 7.80VDC.

HV REGULATION ADJUSTMENT
1.  Connect a HV static voltmeter to the unconnected plug of the 

high-voltage block.

2.  Power on the set.

3.  Receive the all white signal.

4.  Set PIC MAX/BRT CENT.

5.  Confi rm that the static voltmeter reading is 31.0 ± 0.4V.

 

If not, adjust with VR8001 to the specifi ed value.

6.  After adjustment, put the VR cover on VR8001 (as shown below) and 

apply suffi cient amount of epoxy resin around VR8001.

Remove the cap from
the unused terminal and
connect a static voltmeter
there.

epoxy resin

VR8001

When replacing the following components marked with a Y  on the 
schematic diagram always check the hold-down voltage and re-adjust 
when necessary.

C8054, C8086, C8088,
C8100, C8104, C8118,
C8123, C8124, C8094
D8019, D8020, D8022,
D8028, D8036,
FB8001,
IC8008,
Q8035, Q8043,
R8035, R8043, R8159, 
R8166, R8171,
R8196, R8201,
T8004 (LOT), T8005 (FBT),
HV Block, D Board

VR8002

Part Replaced (Y)

Adjustment (X)

OPERATION CHECK
1.  Receive the dot signal.

2.  Set PIC MIN/BRT MIN.

3.  Confi rm that the voltage between cathode of D8038 (JW171) and 

GND is more than 23.0V DC.

4.  Using an external DC Power supply, apply the voltage shown below 

between cathode of D8038 (JW171) on “D” and GND, then confi rm 
that the HV-Prot circuit works. (Raster disappears)

  Apply DC voltage: Less than 29.05V DC.

HV HOLD-DOWN ADJUSTMENT
1.  Connect a HV static voltmeter to the unconnected plug of the 

high-voltage block.

2.  Power on the set.

3.  Connect an external 10k

Ω VR at CN8015 and adjust this VR so that 

the high voltage is 34.50kV.

4.  Adjust VR8002 to the point that the HV-Prot circuit works (Raster 

disappears) at 34.50 ± 0.50kV reading on the static voltmeter.

5.  After adjustment, put the VR cover on VR8002 and apply suffi cient 

amount of epoxy resin around VR8002 as the same manner for 
VR8001.