Sony VPL-HS51A / VPL-HS60 Service Manual ▷ View online
1-21
VPL-HS60/HS51A
2. Minimum voltage adjustment for fan 1 drive
1.
1.
Enter “29: Fan1/Reg Min” in Other of Device Adjust.
2.
Adjust the voltage so that pin 1 of the connector
CN1907 on the C board is within the following
specification.
Specification: 4.60
CN1907 on the C board is within the following
specification.
Specification: 4.60
± 0.05 V
3. Maximum voltage adjustment for fan 4 drive
1.
1.
Enter “30: Fan2/Reg Max” in Other of Device Adjust.
2.
Adjust the voltage so that pin 1 of the connector
CN1910 on the C board is within the following
specification.
Specification: 12.0
CN1910 on the C board is within the following
specification.
Specification: 12.0
+0.1
V
_0.2
4. Maximum voltage adjustment for fan 3 drive
1.
1.
Adjust the voltage so that pin 1 of the connector
CN1909 on the C board is within the following
specification.
Specification: 12.0
CN1909 on the C board is within the following
specification.
Specification: 12.0
+0.1
V
_0.2
5. Minimum voltage adjustment for fan 4 drive
1.
1.
Enter “31: Fan2/Reg Min” in Other of Device Adjust.
2.
Adjust the voltage so that pin 1 of the connector
CN1910 on the C board is within the following
specification.
Specification: 6.7
CN1910 on the C board is within the following
specification.
Specification: 6.7
+0.1
V
_0.2
6.
Minimum voltage adjustment for fan 3 drive
1.
Adjust the voltage so that pin 1 of the connector
CN1909 on the C board is within the following
specification.
Specification: 6.7
CN1909 on the C board is within the following
specification.
Specification: 6.7
+0.1
V
_0.2
7. Maximum voltage adjustment for fan 5 drive
1.
1.
Enter “32: Fan3/Reg Max” in Other of Device Adjust.
2.
Adjust the voltage so that pin 1 of the connector
CN1911 on the C board is within the following
specification.
Specification: 12.0
CN1911 on the C board is within the following
specification.
Specification: 12.0
± 0.1 V
8. Minimum voltage adjustment for fan 5 drive
1.
1.
Enter “33: Fan3/Reg Max” in Other of Device Adjust.
2.
Adjust the voltage so that pin 1 of the connector
CN1911 on the C board is within the following
specification.
Specification: 4.60
CN1911 on the C board is within the following
specification.
Specification: 4.60
± 0.05 V
Procedure after adjustment
1.
Change the value of “27:Fan/Reg Adj.Cont” from 1 to 0.
2.
Save the value in the memory.
Cross Table of Board Replacement
Board Name
Device Name
Item Name
C
P.DRV
VCOM (R)
O
VCOM (G)
O
VCOM (B)
O
W/B ADJUST
INPUT-A HIGH
GAIN R
O
GAIN G
O
GAIN B
O
BIAS R
O
BIAS G
O
BIAS B
O
INPUT-A LOW
GAIN R
O
GAIN G
O
GAIN B
O
BIAS R
O
BIAS G
O
BIAS B
O
INPUT-A HIGH
GAIN R
O
GAIN G
O
GAIN B
O
BIAS R
O
BIAS G
O
BIAS B
O
INPUT-A MID
GAIN R
O
GAIN G
O
GAIN B
O
BIAS R
O
BIAS G
O
BIAS B
O
VIDEO MID
GAIN R
O
GAIN G
O
GAIN B
O
BIAS R
O
BIAS G
O
BIAS B
O
VIDEO LOW
GAIN R
O
GAIN G
O
GAIN B
O
BIAS R
O
BIAS G
O
BIAS B
O
O: Need adjustment
1-22
VPL-HS60/HS51A
Gamma memory is actualized through Gamma mode
functions’offsetting the output values to the Contrast and
Brightness devices.
When the power plug is connected to the power line
(Standby status), all data inside the CPU ROM are
written into the NVM (Nonvolatile Memory). When the
power is turned to on, required data for the current picture,
such as status memory data, etc., are selected, and they are
written into the internal RAM.
When adjustment is carried out, the adjustment data is
stored in the NVM automatically (for items of the user
mode) or by the trigger of memory operation (for items of
the factory mode).
Adjustable items (W/B and Device Adjust) of the factory
mode are memorized into the NVM by the memory
operation. At the same time, the factory preset (adjusted)
data are all eliminated from the memory.
functions’offsetting the output values to the Contrast and
Brightness devices.
When the power plug is connected to the power line
(Standby status), all data inside the CPU ROM are
written into the NVM (Nonvolatile Memory). When the
power is turned to on, required data for the current picture,
such as status memory data, etc., are selected, and they are
written into the internal RAM.
When adjustment is carried out, the adjustment data is
stored in the NVM automatically (for items of the user
mode) or by the trigger of memory operation (for items of
the factory mode).
Adjustable items (W/B and Device Adjust) of the factory
mode are memorized into the NVM by the memory
operation. At the same time, the factory preset (adjusted)
data are all eliminated from the memory.
1-8. Memory
Memory structure consists of the following five memory
blocks.
1.
blocks.
1.
Set memory
2.
Status memory
3.
Chroma memory
4.
W/B memory
5.
Channel memory
6.
Image Flip memory
7.
Picture memory
8.
RCP memory
9.
Fan memory
CPU internal ROM :
512 kbyte Flash Memory
CPU internal ROM :
32 kbyte
External NVM memory : 8 kbyte EEPROM
Computer
High
Low
Computer
Middle
High
Low
Middle
High
Low
Middle
High
Low
Middle
Custom1
Custom3
Custom2
Custom1
Custom3
Custom2
Custom1
Custom3
Custom2
Custom1
Custom3
Custom2
Others
Others
W/B
Memory
High
Low
Middle
Custom1
Custom3
Custom2
No.02
No.03
No.04
...
No.99
No.01
Status
Memory
Memory
No.01
No.02
No.02
No.03
No.04
...
No.99
Status
Memory
Memory
Set Memory
Set Memory
Set Memory
Status Memory
Chroma Memory
Input-A
Preset
No.03
No.04
...
No.99
Component
Preset
No.101
...
No.120
Input-A
User
No.03
No.04
...
No.99
HDMI
Preset
W/B
Memory
Memory
W/B
Memory
Memory
NT358/443/BW60
PAL/PAL-M/N/
SECAM/BW50
SECAM/BW50
15k RGB
Component (15k)
HDTV (YPbPr)
NT358/443/BW60
PAL/PAL-M/N/
SECAM/BW50
SECAM/BW50
15k RGB
Component (15k)
Two times speed
Component
Component
Two times speed
Component
Component
HDTV (YPbPr)
HDTV(GBR)
(Include two times speed)
(Include two times speed)
HDTV(GBR)
(Include two times speed)
(Include two times speed)
Chroma
Memory
Memory
Chroma
Memory
Memory
CPU ROM
External NVM
CPU RAM
Initialize
Active memory copy
Memory
1-23
VPL-HS60/HS51A
Channel Memory
Image Flip Memory
Channel
Memory
Memory
Video
S Video
Input-A
Component
Channel
Memory
Memory
Video
S Video
Input-A
Component
HDMI
HDMI
Picture Memory
Dynamic
Standard
Cinema
User1
User2
User3
Standard
Cinema
User1
User2
User3
Picture
Memory
Memory
Picture
Memory
Memory
All Input
Channel
Video
Dynamic
Standard
Cinema
User1
User2
User3
Standard
Cinema
User1
User2
User3
Dynamic
Standard
Cinema
User1
User2
User3
Standard
Cinema
User1
User2
User3
S Video
Dynamic
Standard
Cinema
User1
User2
User3
Standard
Cinema
User1
User2
User3
Input-A
Dynamic
Standard
Cinema
User1
User2
User3
Standard
Cinema
User1
User2
User3
Component
Dynamic
Standard
Cinema
User1
User2
User3
Standard
Cinema
User1
User2
User3
HDMI
Turn over to the upper and lower
sides
No turn over to the upper and
lower sides
sides
No turn over to the upper and
lower sides
Turn over to the upper and lower
sides
No turn over to the upper and
lower sides
sides
No turn over to the upper and
lower sides
Image Flip
Memory
Memory
Image Flip
Memory
Memory
1-24
VPL-HS60/HS51A
1-9. Warning on Power Connection
Use a proper power cord for your local power supply.
The United States,
Canada
Canada
Continental Europe
UK, Ireland,
Australia, New
Zealand
Australia, New
Zealand
Japan
Plug type
VM0233
290B
YP-12A
COX-07
*
YP332
Female end
VM0089
386A
YC-13B
COX-02
VM0310B
YC-13
Cord type
SJT
SJT
H05VV-F
H05VV-F
N13237/CO-228
VCTF
Rated Voltage
& Current
& Current
10A/
125V
125V
10A/
125V
125V
10A/250V
10A/250V 10A/250V
7A/125V
Safety approval UL/CSA
UL/CSA VDE
VDE
VDE
DENANHO
* Use a rated plug that complies with the regulation of each country and the
specifications.
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