DOWNLOAD Sharp XV-Z201E (serv.man29) Service Manual ↓ Size: 10.33 MB | Pages: 116 in PDF or view online for FREE

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TEMPERATURE
WARNING
indicator

POWER
indicator

LAMP
indicator

TEMP.

LAMP

POWER

If the temperature inside the
projector increases, due to
blockage of the air vents, or the

setting location, “

” will

illuminate in the lower left corner of the picture. If
the temperature keeps on rising, the lamp will turn off
and the temperature warning indicator will blink, the
cooling fan will run for a further 90 seconds, and then
the projector will enter the standby mode. After

“

” appears, be sure to perform the following

measures.

•

The lamp life becomes 0%, when used

for approximately 4,000 hours with “Eco
mode” or when used for approximately
3,000 hours with “Standard mode” .

•

When the remaining lamp life becomes

5% or less, “

” (yellow) will be displayed

on the screen. When the percentage be-
comes 0%, “

” will change to “

” (red),

the lamp will automatically turn off and
then the projector will automatically en-
ter the standby mode. At this time, the
lamp indicator will illuminate in red.

•

If you try to turn on the projector a fourth

time without replacing the lamp, the pro-
jector will not turn on.

Maintenance indicator

Condition

Problem

Possible Solution

Temperature

warning

indicator

Normal

Abnormal

Off

Red on/
Standby

The internal
temperature is
abnormally high.

Abnormal

•

 Blocked air intake

•

Relocate the projector to an area
with proper ventilation.

•

Cooling fan break-
down

•

Internal circuit failure
Clogged air intake

•

Take the projector to your nearest
Authorized SharpVision Service
Center or Dealer for repair.

Lamp

indicator

Red on/
Standby

The lamp does
not illuminate.

•

Burnt-out lamp

•

Lamp circuit failure

•

Carefully replace the lamp. 

•

Take the projector to your nearest
Authorized SharpVision Service
Center or Dealer for repair.

•

Please exercise care when
replacing the lamp.

Red on

Time to change
the lamp.

•

Remaining lamp life
becomes 5% or less.

Power

indicator

The power is
not turned on.

•

The lamp unit cover
is open.

•

Securely install the cover.

•

If the power is not turned on even
when the lamp unit cover is
securely installed, contact your
nearest Authorized SharpVision
Service Center or Dealer for
advice.

Green on/
Red on

Off

Green on

Green blinks

when the

lamp is

warming up.

1. Group: AD

S u b j e c t :   G - B R I G H T
(Black level)
G - C O N T R A S T   ( W h i t e
level)

2. Feed the window pattern

signal containing 91%
(0.64Vp-p) G signal and
0% level.
(Process/Gamma interac-
tion)
(SVGA or XGA)
Input 2 RGB input

1. Using CA100, observe the chromaticity of the 0%

window pattern portion.

2. In the screen with missing bits, change G-Bright

until y value for bright red changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur (value change of more
than 5/1000), and adjust the level to this point.

3. Using CA100, observe the chromaticity of the 91%

G signal portion.

4. In the screen with missing bits, change G-Con-

trast until y value for bright red changes to the
black side point where it will not change any more.
From here, raise the level by a single point where
the first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

1. Turn on the power (the

lamp lights up) and warm
up the system for 15 min-
utes.

1. Carry out the following setting.

Using the remote controller or press S2002  to
enter the process mode, and execute SS2 on SS
menu.

1. Input the gradation pat-

tern of RGB.
(SVGA60Hz or XGA)

2. S e l e c t   t h e   fo l l o w i n g

group and subject.
Group: DLP
Subject: Select INDEX
DELAY.

1. Select subject and make adjustment so that the

lamp gradation patterns of R, G and B should be
smooth without noise.

R

G

B

1. Group: AD

S u b j e c t :   R - B R I G H T
(Black level)
R - C O N T R A S T   ( W h i t e
level)

2. Feed the window pattern

signal containing 91%
(0.64Vp-p) R signal and
0% level.
(Process/Gamma interac-
tion)
(SVGA or XGA)
Input 2 RGB input

1. Using CA100, observe the chromaticity of the 0%

window pattern portion.

2. In the screen with missing bits, change R-Bright

until x value for bright red changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur (value change of more
than 5/1000), and adjust the level to this point.

3. Using CA100, observe the chromaticity of the 91%

R signal portion.

4. In the screen with missing bits, change R-Con-

trast until x value for bright red changes to the
black side point where it will not change any more.
From here, raise the level by a single point where
the first missing bits occur (value change of more
than 5/1000), and adjust the level to this point.

1. Group: AD

Subject: B-BRIGHT (Black
level)
B - C O N T R A S T   ( W h i t e
level)

2. Feed the window pattern

signal containing 91%
(0.64Vp-p) B signal and
0% level.
(Process/Gamma interac-
tion)
(SVGA or XGA)
Input 2 RGB input

1. Using CA100, observe the chromaticity of the 0%

window pattern portion.

2. In the screen with missing bits, change B-Bright

until y value for bright red changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

3. Using CA100, observe the chromaticity of the 91%

B signal portion.

4. In the screen with missing bits, change B-Con-

trast until y value for bright red changes to the
black side point where it will not change any more.
From here, raise the level by a single point where
the first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

1. Feed the 480P 100%/0%

black/white window pat-
tern signal.

2. Group: DTV

Subject: BRIGHT (Black
level)
CONTRAST (White level)
(Process/Gamma interac-
tion)
Input 2 Color difference in-
put

1. Using CA100, observe the chromaticity of the 0%

black window pattern portion.

2. In the screen with missing bits, change Bright

until y value for bright green changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

3. Using CA100, observe the chromaticity of the 100%

white window pattern portion.

4. In the screen with missing bits, change Contrast

until y value for bright green changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

1. Group: DTV

Subject: Tint

1. Check the fixed value.

Tint: 8

1. Group: DTV

Subject: Color

1. Check the fixed value.

Color: 10

1. Group: VIDEO

Subject: N-Color
P-Color
S-Color

1. Check the fixed values.

N-Color: 10
P-Color: 10
S-Color: 10

1. Group: VIDEO

Subject: N-Tint
P-Tint
S-Tint

1. Check the fixed values.

N-Tint: 8
P-Tint: 4
S-Tint: 4

1. Group: DVD

Subject: Color

1. Check the fixed value.

Color: 10

1. Feed the NTSC VIDEO

1 0 0 % / 0 %   bl a ck / w h i t e
window pattern signal.

2. Group: VIDEO

Subject: BRIGHT (Black
level)
CONTRAST (White level)
( P r o c e s s / G a m m a
interaction)
Input 4 Composite video
input

1. Using CA100, observe the chromaticity of the 0%

black window pattern portion.

2. In the screen with missing bits, change Bright until

y value for bright green changes to the black side
point where it will not change any more.  From here,
raise the level by a single point where the first
missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

3. Using CA100, observe the chromaticity of the 100%

white window pattern portion.

4. In the screen with missing bits, change Contrast

until y value for bright green changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

1. Check the fixed value.

Tint: 4

1. Group: DVD

Subject: Tint

1. Feed the 480I 100%/0%

black/white window pat-
tern signal.

2. Group: DVD

Subject: BRIGHT (Black
level)
CONTRAST (White level)
(Process/Gamma interac-
tion)
Input 2 Color difference in-
put

1. Using CA100, observe the chromaticity of the 0%

black window pattern portion.

2. In the screen with missing bits, change Bright

until y value for bright green changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.

3. Using CA100, observe the chromaticity of the 100%

white window pattern portion.

4. In the screen with missing bits, change Contrast

until y value for bright green changes to the black
side point where it will not change any more.  From
here, raise the level by a single point where the
first missing bits occur
(value change of more than 5/1000), and adjust
the level to this point.