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1. If the colours are remark-

ably unbalanced at the right
and left halves the follow-
ing adjustment.

2. Feed the SMPTE pattern

(1024 x 768.60 Hz) signal.

3. Set S4201 to the R (right-

hand magenta) or L (left-
hand magenta) position,
depending on
howunbalanced the colors
are.

4. Set S4202 to the  ON posi-

tion.

»

Using R4215 (color imbalance control), reduce the
color imbalance for the right and left halves.

1. Choose the group VIDEO  1

to keep the unit without sig-
nal.

2. Select the color system into

N358.

3. Connect the frequency

counter between TP401
and GND.

»

Turn C450 to have the frequency counter read
14.31818 MHz 

±

50 Hz.

1. Choose the group VIDEO 1

to keep the unit without sig-
nal.

2. Force the color system into

PAL.

3. Connect the frequency

counter between TP401
and GND.

»

Turn C446 to have the frequency counter read
17.734475 MHz 

±

50 Hz.

1. Feed the NTSC mono-

scope pattern signal.
Group : VIDEO 1
Subject : NTSC-H

»

Using the membrane switch or the remote control
button, adjust the data to have the same overscan.

5. Reverse the on-screen im-

age right and left.

6. Bring the right-and-left re-

verse back to normal.

»

Adjust R4222 until the white balance becomes the
standard level.

»

If the right-and-left balance is not as specified, take
this procedure again.

1. Feed the NTSC colour bar

signal.
Group : VIDEO 1
Subject : BRIGHT

2. Press the membrane switch

or the remote control’s mute
button (to set the gamma
correction to the process
setting).

»

Using the membrane switch or the remote control
button, adjust the level where the black signal be-
comes bit-less (dotted).

1. Feed the NTSC split colour

bar signal.
Group : VIDEO 1
Subject : AGC

2. Connect the oscilloscope

between pin (2) of P801
and GND.

»

Using the membrane switch or the remote control
button, adjust the black-to-white (100%) level differ-
ence to 0.9 

±

0.02 Vpp.

0.9 Vp-p

1. Feed the NTSC colour bar

signal.
Group : VIDEO 1
Subject : TINT

2. Connect the oscilloscope to

pin (5) of P801.

»

Using the membrane switch or the remote control
button, adjust the data to have the -(B-Y) waveform
downhill straight.

1. Feed the NTSC colour bar

signal.
Group : VIDEO 1
Subject : N-COLOUR

2. Connect the oscilloscope to

pin (1) of P801.

»

Using the membrane switch or the remote control
button, adjust the difference between the 100% white
portion and the red portion to 0.18 

±

0.02 Vp-p.

100% White Red

1. Make the following choice:

Group : VIDEO 1
Subject : PICTURE

2. Connect the oscilloscope

between pin (2) of P801
and GND.

»

Using the membrane switch or the remote control
button, adjust the black-to-white (100%) level differ-
ence to 1.1 

±

0.02 Vp-p.

1.1 Vp-p

1. Feed the NTSC mono-

scope pattern signal
Group : VIDEO 2
Subject : R1-GAIN

B1-GAIN

»

Choose the subjects R1-GAIN and B1-GAIN, and
make adjustment so that the entire screen looks
evenly colorless.
If the black side is not properly adjusted, first readjust
the black side by making the following choice:

Group : OUTPUT 1
Subject : R1-BLK

B1-BLK

Then, make the following choice:

Group : VIDEO 2
Subject : R1-GAIN

B1-GAIN

Readjust the related data.
Since the subjects R1-BLK and B1-BLK are common
for the RGB input and VIDEO input, feed the RGB
signal again to adjust the white balance.

1. Feed the SECAM colour

bar signal.
Group : VIDEO 1
Subject : S-COLOUR

2. Connect the oscilloscope to

pin (1) of P801.

»

Using the membrane switch or the remote control
button, adjust the data to have a level difference of
0.36 

±

0.02 Vp-p between the 100% white portion and

the red portion.

100% White Red

1. Receive the colour bar sig-

nal.

»

In the process mode, select L1. Check the colour and
tint.

1. Feed the PAL colour bar

signal.
Group : VIDEO 1
Subject : P-COLOR

2. Connect the oscilloscope to

pin (1) of P801.

»

Using the membrane switch or the remote control
button, adjust the difference between the 100% white
portion and the red portion to 0.36 

±

0.02 Vp-p.

100% White Red

1. Receive the monoscope

pattern signal.

»

In the process mode, select L2. Check the picture,
brightness and sharpness.

»

In the process mode, select L3. Check the bass, tre-
ble and balance.

1. Receive the RGB signal.

»

In the process mode, select L4. Check the picture,
brightness, red, blue, clock, phase, horizontal posi-
tion, and vertical position.

»

In the process mode, select OFF. Make sure that the
off-timer starts with “5” (minutes), counts down each
minute in 1 second, and turns off the set at “0”.

1. Heat by Drier

»

Make sure that the TEMP is indicated.

»

Execute S4 of the group SSS to make the factory
settings.

1. Group : LENS

Subject : LENS AUTO

»

Adjust the lens center position (for the lens center to
come to the 

√

 mark on the front cabinet).

»

When the ENTER key is pressed after choosing the
subject LENS AUTO, the data is fed automatically.