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LC-26SA1E/RU, LC-32SA1E/RU

5 – 13

* ERROR STANDBY CAUSE (Page 1/11)

The total time when the unit enters the standby due to operational error and cause of error are recorded on EEPROM as much as possible.

The values can be used to locate the fault for repair.

* EEP CLEAR (Page10/11)

Clear of process adjustment EEP value.

8/11

[M GAMMA 1-3]

1

M GAMMA R 1

0

W/B adjustment, gradation 1R adjustment value

2

M GAMMA G 1

0

W/B adjustment, gradation 1G adjustment value

3

M GAMMA B 1

0

W/B adjustment, gradation 1B adjustment value

4

M GAMMA R 2

0

W/B adjustment, gradation 2R adjustment value

5

M GAMMA G 2

0

W/B adjustment, gradation 2G adjustment value

6

M GAMMA B 2

0

W/B adjustment, gradation 2B adjustment value

7

M GAMMA R 3

0

W/B adjustment, gradation 3R adjustment value

8

M GAMMA G 3

0

W/B adjustment, gradation 3G adjustment value

9

M GAMMA B 3

0

W/B adjustment, gradation 3B adjustment value

10

M GAMMA WRITE

OFF/ON

EEP writing  of  adjustment values

9/11

[M GAMMA 4-6]

1

M GAMMA R 4

0

W/B adjustment, gradation 4R adjustment value

2

M GAMMA G 4

0

W/B adjustment, gradation 4G adjustmnet value

3

M GAMMA B 4

0

W/B adjustment, gradation 4B adjustment value

4

M GAMMA R 5

0

W/B adjustment, gradation 5R adjustment value

5

M GAMMA G 5

0

W/B adjustment, gradation 5G adjustmnet value

6

M GAMMA B 5

0

W/B adjustment, gradation 5B adjustment value

7

M GAMMA R 6

0

W/B adjustment, gradation 6R adjustment value

8

M GAMMA G 6

0

W/B adjustment, gradation 6G adjustment value

9

M GAMMA B 6

0

W/B adjustment, gradation 6B adjustment value

10

M GAMMA WRITE

OFF/ON

EEP writing of adjustment values

10/11

[ETC]

1

EEP CLEAR

OFF/ON

Clear of all adjustment value

2

EEP  CLEAR B

OFF/ON

Clear of setting value of B mode

3

STANDBYCAUSE RESET

OFF/ON

Reset of STANDBY CAUSE

4

AUTO INSTALLATION SW

0/1

1: * * *   0: * * *

5

OPTION

0

6

COUNTRY

(- -/EURO/UK/ITALY/FRANCE/
RUSSIA)

Destination setting

7

L ERR RESET

0

LAMP ERR RESET Initializatio of L_ERR

8

L ERR STOP

0/1

LAMP ERR Inhibit L_LRR detection

9

I2C-OFF

ENTER

BUS STOP

11/11

[LCD]

1

OSC FREQ50

62

INVERTER drive frequency setting

2

OSC FREQ60

62

INVERTER drive frequency setting

3

PWM FREQ50

0

Frequency setting for INVERTER dimmer

4

PWM FREQ60

0

Frequency setting for INVERTER dimmer

5

PWM FREQ

409

Dimmer frequency adjustment

6

PWM DUTY

227

Dimmer DUTY adjustment

7

PWM CTRL

0

Dimmer CONTROL adjustment

     LC-26SA1E/RU, LC-32SA1E/RU

5 – 14

* The adjustment process mode menu is listed in Section 5.

1. Signal generator level adjustment check (Adjustment to the specified level)

1. Enter the adjustment process mode according to Section 3.

•Composite signal PAL

: 0.7Vp-p  

±0.02Vp-p (Pedestal to white level)

•15K component signal

: Y level               0.7Vp-p 

±0.02Vp-p (Pedestal to white level)

  (50 Hz)

  PB, PR level      0.7Vp-p 

±0.02Vp-p

1

Setting

[Signal]
PAL
Sprit Field Colour Bar
RF signal UV

[Terminal]
TUNER

•Feed the PAL Sprit Field colour bar signal  to TUNER.
  Signal level: 52 dB 

µV   +0dB ,  -1dB (75Ω  LOAD)

2

Auto adjustment
performance

Adjustment process
Page3

Bring the cursor on [

RF AGC ADJ] and press [OK]

[

RF AGC ADJ  OK] appears when finished.

1

Setting

[Signal]
PAL
SMPTE Field Color Bar
RF signal UV
[Terminal]
TUNER

•Feed the PAL SMPTE color bar signal (E-12ch) to TUNER.
  Signal level: 52 

±1dB µV (75Ω LOAD)

2

Auto adjustment
performance

Adjustment process
Page6

Bring the cursor on [

RF AGC ADJ] and press [OK].

[

RF AGC ADJ OK] appears when finished.

[RF Signal]

㸡

100% white

LC-26SA1E/RU, LC-32SA1E/RU

5 – 15

1

Setting

[Signal]
PAL
Full Field Color Bar
Composite or RF signal

[Terminal]
EXT3 VIDEO IN
TUNER

•Feed the PAL full field colour bar signal (75% colour saturation) to    
  EXT3 VIDEO IN.
•Feed the RF signal (PAL colour bar) to TUNER.
•Make sure the PAL colour bar pattern  has the sync level of 7:3 with 
  the picture level.

2

Auto adjustment
performance

Adjustment process
Page3

Bring the cursor on [

PAL + TUNER ADJ] and press [OK]

[

PAL + TUNER ADJ  OK] appears when finished.

1

Setting

[Signal]
PAL
Full Field Color Bar
Composite or RF SMPTE signal
[Terminal]
EXT3 VIDEO IN
TUNER

•Feed the PAL full field color bar signal (75% color saturation) to EXT3 
VIDEO IN
•Feed the RF signal SMPTE color bar (E-12) to TUNER.
•Make sure the SMPTE color bar pattern (E-12) has the sync level of 
7:3 with the picture level.

2

Auto adjustment
performance

Adjustment process
Page6

Bring the cursor on [

PAL +TUNER ADJ] and press [OK].

[

PAL+ TUNER ADJ OK] appears when finished.

1

Setting

[Signal]
COMP15K, 50Hz
100% Full Field Colour Bar

[Terminal]
EXT4 COMPONENT IN

•Feed the COMPONENT 15K 100% full field colour bar signal (100%    
  colour saturation) to EXT4 COMPONENT IN.

2

Auto adjustment
performance

Adjustment process
Page4

Bring the cursor on [

COMP15K ADJ] and press [OK]

[

COMP15K ADJ  OK] appears when finished.

㸡

100% white

㪲

VIDEO IN SIGNAL]

㸡

100% white

[RF Signal]

100% white

Black

     LC-26SA1E/RU, LC-32SA1E/RU

5 – 16

Adjustment gradation values (IN) appear on page 7/11 of process adjustment, and adjustment initial values (offset value) appear on pages 8/11 and
9/11. For white balance adjustment, adjust the offset values on pages 8/11 and 9/11.

[Condition of the unit for inspection]  Modulated light: MAX (+8)

[Adjustment reference device]  Minolta CA-210

[Adjustment]

Check that the values on page 7/11 of process adjustment are set as below. If not, change them accordingly.

1) Display the current adjustment status at point 6. (Page 8/11 of process adjustment)

The display for checking the adjustment status is toggled by pressing the “6” button on the remote control.

(Normal OSD display 

→ “6”→ display for check (OSD disappears) → “6” →normal OSD display →  •  •  •)

2) Read the value of the luminance meter.

3) Change M GAMMA R6/M GAMMA  B6 (Adjustment offset value) on page 9/11 of process adjustment so that the values of the luminance meter

approach x =0.272 and y =0.277.

(Basically, G is not changed. If adjustment fails with R and B, change G. When G is lowered, the weaker of R and B must be fixed.)

4) If G is changed in step 3),  change the values of M GAMMA G1-M GAMMA G5 on pages 8/11 and 9/11 of process adjustment as follows. When

not changed, go to step5).

Offset value of M GAMMA G1 = (Offset value of M GAMMA G6) * (160/960)

Offset value of M GAMMA G2 = (Offset value of M GAMMA G6) * (320/960)

Offset value of M GAMMA G3 = (Offset value of M GAMMA G6) * (480/960)

Offset value of M GAMMA G4 = (Offset value of M GAMMA G6) * (640/960)

Offset value of M GAMMA G5 = (Offset value of M GAMMA G6) * (800/960)

5) Display the adjustment status of the current point 5. (Each time the “5” button on the remote control is pressed, the adjustment status check dis-

play is toggled.)

(Normal OSD display 

→ “5” → Check display (OSD disappears) → “5” → Normal OSD display → • • •)

Change M GAMMA R5/M GAMMA B5 (adjustment offset value) on page 9/11 of process adjustment so that the values of the luminance meter
approach x = 0.272 and y = 0.277.

6) Repeat step 5) for points 4, 3, 2,  and 1.

M GAMMA IN 1

160

M GAMMA IN 2

320

M GAMMA IN 3

480

M GAMMA IN 4

640

M GAMMA IN 5

800

M GAMMA IN 6

960