Maxell MP-WU9101B User manual

1
DLP
®Projector
MP-WU9101B
User's Manual (detailed)
Operating Guide – Technical
Supported Signal Input Modes
Signal
Format Resolution
H
Freq.
KHz
Frame
Rate
Hz
PCLK
MHz
5
B
N
C
VGA
RGB
HV
5
BNC
RGB
HV
DVI
-D
HDMI / HDBaseT HD/
SDI/
3G
Remark
RGB
YUV(bit)
810 12
PC
640*480 31.469 59.94 25.175 √ √ √ √ VESA DMT
640*480 37. 5 0 0 74.99 31.500 √ √ √ √ VESA DMT
640*480 43.269 85 36.000 √ √ √ √ VESA DMT
800*600 37.879 60.32 40.000 √ √ √ √ VESA DMT
800*600 46.875 75 49.500 √ √ √ √ VESA DMT
800*600 53.674 85.06 56.250 √ √ √ √ VESA DMT
848*480 23.674 47.95 25.000 √ √ √ √ VESA CVT
848*480 31.020 60 33.750 √ √ √ √ VESA DMT
1024*768 48.363 60 65.000 √ √ √ √ VESA DMT
1024*768 60.023 75 78.750 √ √ √ √ VESA DMT
1024*768 68.677 85 94.500 √ √ √ √ VESA DMT
1280*720 35.531 47.95 57.987 √ √ √ √ VESA GTF
1280*1024 63.981 60.02 108.000 √ √ √ √ VESA DMT
1280*1024 91.146 85.02 1 57. 5 0 0 √ √ √ √ VESA DMT
1600*1200 75.000 60 162.000 √ √ √ √ VESA DMT
1920*1080 53.225 47.9 5 135.403 √ √ √ √ VESA CVT
1920*1200
RB 74.038 60 154.000 √ √ √ √ VESA CVT
1366*768 47.712 60 85.500 √ √ √ √ VESA DMT
1440*900 55.935 60 106.500 √ √ √ √ VESA DMT
1280*768 47.7 76 60 79.500 √ √ √ √ VESA DMT
1280*800 49.702 60 83.500 √ √ √ √ VESA DMT
1280*960 60.000 60 108.000 √ √ √ √ VESA DMT
Apple
MAC
640*480 35.000 66.67 30.240 √ √ √ √ Apple MAC
832*624 49.720 74.54 5 7. 2 8 0 √ √ √ √ Apple MAC
SDTV
480i 15.734 59.94 13.500 √ √
1440*480i 31.468 60 27.000 √ √ √ √
1440*576i 31.250 50 27.000 √ √ √ √
576i 15.625 50 13.500 √ √
EDTV 480p 31.469 59.94 27.000 √ √ √ √ √ √ √ √
576p 31.250 50 27.000 √ √ √ √ √ √ √ √
(continued on next page)

2
Supported signals
Supported Signal Input Modes
Signal
Format Resolution
H
Freq.
KHz
Frame
Rate
Hz
PCLK
MHz
5
B
N
C
VGA
RGB
HV
5
BNC
RGB
HV
DVI
-D
HDMI / HDBaseT HD/
SDI/
3G
Remark
RGB
YUV(bit)
810 12
HDTV
1080i 2 8.125 50 74.250 √ √ √ √ √ √ √ √ √
1080i 33.716 59.94 74.176 √ √ √ √ √ √ √ √ √
1080i 33.750 60 74.250 √ √ √ √ √ √ √ √ √
720p 3 7. 50 0 50 74.250 √ √ √ √ √ √ √ √ √
720p 44.955 59.94 74.176 √ √ √ √ √ √ √ √ √
720p 45.000 60 74.250 √ √ √ √ √ √ √ √ √
1080p 26.973 23.98 74.176 √ √ √ √ √ √ √ √ √
1080p 27.000 24 74.250 √ √ √ √ √ √ √ √ √
1080p 28 .125 25 74.250 √ √ √ √ √ √ √ √ √
1080p 33.716 29.97 74.176 √ √ √ √ √ √ √ √ √
1080p 33.750 30 74.250 √ √ √ √ √ √ √ √ √
1080p 56.250 50 148.500 √ √ √ √ √ √ √ √ √
1080p 67.4 3 3 59.94 148.352 √ √ √ √ √ √ √ √ √
1080p 6 7. 50 0 60 148.500 √ √ √ √ √ √ √ √ √
PsF
formats
1080sf 33.750 30 74.250 √
1080sf 28.125 25 74.250 √
(continued on next page)

3
Supported signals
SDI formats
Timing SDI Link mode Signal Standards Color
Encode
Sampling
Structure
Bit Depth
NTSC SD SMPTE 259M-C 270Mbps SD YCbCr 4:2:2 10
PAL SD SMPTE 259M-C 270Mbps SD YCbCr 4:2:2 10
1080i59 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080i60 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080P30 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080P25 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080i50 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080P24 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
720P60 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
720P50 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080Sf25 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080Sf30 HD SMPTE 292M 1.5Gbps HD YCbCr 4:2:2 10
1080P50 3G Level A SMPTE 424M 3Gbps YCbCr 4:2:2 10
1080P59 3G Level A SMPTE 424M 3Gbps YCbCr 4:2:2 10
1080P60 3G Level A SMPTE 424M 3Gbps YCbCr 4:2:2 10
1080P50 3G Level B SMPTE 424M 3Gbps YCbCr 4:2:2 10
1080P59 3G Level B SMPTE 424M 3Gbps YCbCr 4:2:2 10
1080P60 3G Level B SMPTE 424M 3Gbps YCbCr 4:2:2 10
Test Cable: Belden 1694A
(continued on next page)

4
Supported signals
3D Timing Format
Standard Resolution V-Freq
(Hz) V-Total
H-Freq
(kHz)
HDBaseT
(*1)
HDMI1/2
(*1)
DVI-D
(*2) Remarks
720p50 Frame Packing 1280x720 50 1470 37. 5 √ √ *3
720p59 Frame Packing 1280x720 59.94 1470 44.96 √ √ *3
720p60 Frame Packing 1280x720 60 1470 45 √ √ *3
720p50 Top-and-Bottom 1280x720 50 750 37. 5 √ √ √ *3
720p59 Top-and-Bottom 1280x720 59.94 750 44.96 √ √ √ *3
720p60 Top-and-Bottom 1280x720 60 750 45 √ √ √ *3
1080p23 Frame Packing 1920x1080 23.98 2205 26.97 √ √
1080p24 Frame Packing 1920x1080 24 2205 27 √ √
1080i50 Side-by-Side (Half) 1920x1080 50 1125 56.25 √ √ √ *3
1080i59 Side-by-Side (Half) 1920x1080 59.94 1125 67.43 √ √ √ *3
1080i60 Side-by-Side (Half) 1920x1080 60 1125 67. 5 √ √ √ *3
1080p50 Side-by-Side (Half) 1920x1080 50 1125 56.25 √ √ √ *3
1080p59 Side-by-Side (Half) 1920x1080 59.94 1125 67.4 3 √ √ √ *3
1080p60 Side-by-Side (Half) 1920x1080 60 1125 6 7.5 √ √ √ *3
1080p50 Top-and-Bottom 1920x1080 50 1125 56.25 √ √ √ *3
1080p59 Top-and-Bottom 1920x1080 59.94 1125 67. 4 3 √ √ √ *3
1080p60 Top-and-Bottom 1920x1080 60 1125 67. 5 √ √ √ *3
1080p50 Frame Sequential 1920x1080 50 1125 56.25 √ √ √ *3
1080p59 Frame Sequential 1920x1080 59.94 1125 67. 4 3 √ √ √ *3
1080p60 Frame Sequential 1920x1080 60 1125 67. 5 √ √ √ *3
*1: Based on IT6802 chip specication
*2: Based on IT6535 chip specication
*3: Frame drop at scaler and frame doubling at formatter

5
ACOMPUTER IN
D-sub 15pin mini shrink jack
<Computer signal>
• Video signal: RGB separate, Analog, 0.7Vp-p, 75Ω terminated (positive)
• H/V. sync. signal: TTL level (positive/negative)
• Composite sync. signal: TTL level
<Component video signal>
• Video signal: Y with composite sync, Analog, 1.0±0.1Vp-p, 75Ω terminated
Cb/Pb, Analog, 0.7±0.1Vp-p, 75Ω terminated
Cr/Pr, Analog, 0.7±0.1Vp-p 75Ω terminated
• System: 480i@60, 480p@60, 576i@50, 720p@50/60, 1080i@50/60, 1080p@50/60
Pin Signal Pin Signal
1 Video Red, Cr/Pr 9 (No connection)
2Video Green, Y 10 Ground
3 Video Blue, Cb/Pb 11 (No connection)
4 (No connection) 12 SDA (DDC data)
5 Ground 13 H. sync / Composite sync.
6 Ground Red, Ground Cr/Pr 14 V. sync.
7 Ground Green, Ground Y 15 SCL (DDC clock)
8 Ground Blue, Ground Cb/Pb
Connection to the ports
① ⑤④③②
⑥ ⑩⑨⑧⑦
⑪ ⑮⑭⑬⑫
①⑤④③②
⑥⑩ ⑨ ⑧ ⑦
⑪⑮⑭⑬⑫
Connection to the ports
12V OUTPUT
(OPTION) A

6
COMPUTER IN2 BR/Cr/Pr, CG/Y, DB/Cb/Pb, EH, FV
BNC jack x5
<Computer signal>
• Video signal: RGB separate, Analog, 0.7Vp-p, 75Ω terminated (positive)
• H/V. sync. signal: TTL level (positive/negative)
• Composite sync. signal: TTL level
<Component video signal>
• Video signal: Y with composite sync, Analog, 1.0±0.1Vp-p, 75Ω terminated
Cb/Pb, Analog, 0.7±0.1Vp-p, 75Ω terminated
Cr/Pr, Analog, 0.7±0.1Vp-p 75Ω terminated
• System: 480i@60, 480p@60, 576i@50, 720p@50/60, 1080i@50/60, 1080p@50/60
12V OUTPUT
(OPTION) BCDEF
G
CONTROL
D-sub 9pin plug
* About the details of RS-232C communication,
please refer to the next section.
Pin Signal Pin Signal Pin Signal
1 (No connection) 4 (No connection) 7 RTS
2 RD 5 Ground 8 CTS
3 TD 6 (No connection) 9 (No connection)
H12V OUTPUT(OPTION)
Power terminal only for an optional lens. Use this port when you need power supply for the
optional lens. Do not connect other device to this port. Put the cover when it is not used.
Refer to the manual of the optional lens for details.
① ②
⑥⑦⑧⑨
⑤④③
①②
⑥⑦⑧⑨
⑤④③
G
H
Connection to the ports (continued)

7
Connection to the ports (continued)
IHDMI 1, JHDMI 2
• Type :Digital audio/video connector
• Audio signal: Linear PCM (Sampling rate; 32/44.1/48 kHz)
Pin Signal Pin Signal Pin Signal
1T.M.D.S. Data2 +
N.C. 8T.M.D.S. Data0 Shield
MHL_Shield 15 SCL
CD_PULLUP
2T.M.D.S. Data2 Shield
CD_SENSE 9T.M.D.S. Data0 -
MHL- 16 SDA
N.C.
3T.M.D.S. Data2 -
N.C. 10 T.M.D.S. Clock +
N.C. 17 DDC/CEC Ground
VBUS_CBUS_GND
4T.M.D.S. Data1 +
N.C. 11 T.M.D.S. Clock Shield
TMDS_GND
18
+5V Power
VBUS
5T.M.D.S. Data1 Shield
TMDS_GND 12 T.M.D.S. Clock -
N.C. 19 Hot Plug Detect
CBUS
6T.M.D.S. Data1 -
N.C. 13 CEC
N.C.
7T.M.D.S. Data0 +
MHL+ 14 Reserved (N.C. on device)
N.C.
① ⑤
④
③
②⑥⑩
⑨
⑧
⑦⑪⑮
⑭
⑬
⑫
⑲
⑱
⑰
⑯
①⑤
④
③
②⑥⑩
⑨
⑧
⑦⑪⑮
⑭
⑬
⑫
⑲
⑱
⑰
⑯
K
HDBaseT
RJ-45 jack
Pin Signal Pin Signal Pin Signal
1 HDBaseT0+ 4 HDBaseT2+ 7 HDBaseT3+
2 HDBaseT0- 5 HDBaseT2- 8 HDBaseT3-
3 HDBaseT1+ 6 HDBaseT1-
① ⑤
④
③
② ⑥ ⑧
⑦
①⑤
④
③
②⑥⑧
⑦
12V OUTPUT
(OPTION)
J
I
K

8
12V OUTPUT
(OPTION)
LM
N
O
Connection to the ports (continued)
DVI-D
DVI-D jack (digital to digital)
Pin Signal Pin Signal Pin Signal
1 T.M.D.S. Data2 - 9 T.M.D.S. Data1 - 17 T.M.D.S. Data0 -
2 T.M.D.S. Data2 + 10 T.M.D.S. Data1 +
18 T.M.D.S. Data0 +
3 T.M.D.S. Data2/4 Shield 11 T.M.D.S. Data1/3 Shield 19 T.M.D.S. Data0/5 Shield
4 - 12 -
20 -
5 - 13 - 21 -
6 DDC Clock 14 +5V Power 22 T.M.D.S. Clock Shield
7 DDC Data 15 Ground (for +5V) 23 T.M.D.S. Clock +
8 - 16 Hot Plug Detect 24 T.M.D.S. Clock -
1 2 3 4 5 67 8
910 11 12 13 14 15 16
17 18 19 20 21 22 23 24
N
SDI MIN, LOUT
BNC jack
• SD/HD/3G-SDI signal, Digital, 0.8V±10%, 75Ω terminated
• System:
SD-SDI signal: conforming to SMPTE ST 259-C standard
YCBCR 4:2:2 10-bit
480i, 576i
Single link HD-SDI signal: conforming to SMPTE ST 292 standard
YPBPR 4:2:2 10-bit
720p@50/60, 1080i@50/60, 1080sf@25/30
3G-SDI Level-A signal: conforming to SMPTE ST 424 standard
YPBPR 4:2:2 10-bit
1080p@50/60
OREMOTE CONTROL
Ø3.5 stereo mini jack

9
RS-232C Communication
RS-232C Communication
When the projector connects to the computer by RS-232C communication, the
projector can be controlled with RS-232C commands from the computer.
For details of RS-232C commands, refer to RS-232C Communication command
table (&14).
Connection
1. Turn off the projector and the computer.
2. Connect the projector's CONTROL port and the computer's RS-232C port
with a RS-232C cable (straight). Use the cable that fullls the specication
shown in gure.
3. Turn the computer on, and after the computer has started up turn the projector
on.
CD (1) (1) －
RD(2) (2) TD
TD (3) (3) RD
DTR (4) (4) －
GND (5) (5) GND
DSR (6) (6) －
RTS (7) (7) CTS
CTS (8) (8) RTS
RI (9) (9) －
12345
9
8
7
6
CONTROL port of
the projector
RS-232C port of
the computer
RS-232C cable
(straight)
RS-232 CONTROL
① ②
⑥⑦⑧⑨
⑤④③
NOTE • In case of replacement and RS-232 cable (cross) has been installed, please
add a packed RS-232 cable (cross) to make connection correctly.

10
RS-232C Communication (continued)
Communication settings
1. Protocol
19200bps, 8N1
2. Command format ("h" shows hexadecimal)
Byte Number 0 1 2 3 4 5 6 7 8 9 10 11 12
Command
Action
Header Data
Header
code
Packet
Data
size
CRC
ag Action Type Setting code
L H L H L H L H L H L H
<SET> Change setting to
desired value [(cL)(cH)]
by [(bL)(bH)].
BEh EFh 03h 06h 00h
(aL) (aH) 01h 00h (bL) (bH) (cL) (cH)
<GET> Read projector
internal setup value [(bL)
(bH)] .
(aL) (aH) 02h 00h (bL) (bH) 00h 00h
<INCREMENT>
Increment setup value
[(bL)(bH)] by 1.
(aL) (aH) 04h 00h (bL) (bH) 00h 00h
<DECREMENT>
Decrement setup value
[(bL)(bH)] by 1.
(aL) (aH) 05h 00h (bL) (bH) 00h 00h
<EXECUTE> Run a
command [(bL)(bH)].
(aL) (aH) 06h 00h (bL) (bH) 00h 00h
[Header code] [Packet] [Data size]
Set [BEh, EFh, 03h, 06h, 00h] to byte number 0 to 4.
[CRC ag]
For byte number 5, 6, refer to RS-232C Communication Command table
(&14).
[Action]
Set functional code to byte number 7, 8.
<SET> = [01h, 00h], <GET> = [02h, 00h], <INCREMENT> = [04h, 00h]
<DECREMENT> = [05h, 00h], <EXECUTE> = [06h, 00h]
Refer to the RS-232C Communication command table(&14).
[Type] [Setting code]
For byte number 9 to 12, refer to RS-232C Communication command table
(&14).

11
RS-232C Communication (continued)
3. Response code / Error code ("h" shows hexadecimal)
(1) ACK reply: 06h
When the projector receives the Set, Increment, Decrement or Execute
command correctly, the projector changes the setting data for the specied
item by [Type], and it returns the code.
(2) NAK reply: 15h
When the projector cannot understand the received command, the projector
returns the error code.
In such a case, check the sending code and send the same command again.
(3) Error reply: 1Ch + 0000h
When the projector cannot execute the received command for any reasons,
the projector returns the error code.
In such a case, check the sending code and the setting status of the projector.
(4) Data reply: 1Dh + xxxxh
When the projector receives the GET command correctly, the projector returns
the response code and 2 bytes of data.
NOTE • For connecting the projector to your devices, please read the manual
for each devices, and connect them correctly with suitable cables.
• Operation cannot be guaranteed when the projector receives an undened
command or data.
• Provide an interval of at least 40ms between the response code and any
other code.
• The projector outputs test data when the power supply is switched ON, and
when the light source is lit. Ignore this data.
• Commands are not accepted during warm-up.
• When the data length is greater than indicated by the data length code, the
projector ignore the excess data code. Conversely when the data length is
shorter than indicated by the data length code, the projector returns the error
code to the computer.

12
When the projector connects network, the projector can be controlled with RS-
232C commands from the computer with web browser.
For details of RS-232C commands, refer to RS-232C Communication command
table (&14).
Command Control via the Network
LAN
LAN or
HDBaseT port
Connection
1. Turn off the projector and the computer.
2. If you use wired LAN, connect the projector's HDBaseTTM port to the
computer's LAN or HDBaseT port with a LAN cable. Use the cable that ful lls
the speci cation shown in  gure.
3. Turn the computer on, and after the computer has started up turn the
projector on.
Command Control via the Network
• LAN cable (CAT-5e or greater)
or
• For HDBaseT connection
- CAT-5e or greater
- shielded type (connectors included)
- straight cable
- single cable

13
Communication Port
The following port is assigned for the command control.
TCP #23
Command Control via the Network
Command control settings
[TCP #23]
1. Command format
Same as RS-232C communication, refer to RS-232C Communication command format.
2. Response code / Error code ("h" shows hexadecimal)
Four of the response / error code used for TCP#23 are the same as RS-232C
Communication (1)~(4).
(1) ACK reply : 06h
Refer to RS-232C communication (&11).
(2) NAK reply : 15h
Refer to RS-232C communication (&11).
(3) Error reply : 1Ch + 0000h
Refer to RS-232C communication (&11).
(4) Data reply : 1Dh + xxxxh
Refer to RS-232C communication (&11).
NOTE • Operation cannot be guaranteed when the projector receives an
undened command or data.
• Provide an interval of at least 40ms between the response code and any other
code.
• Commands are not accepted during warm-up.

RS-232C Communication command table
14 (continued on next page)
14
RS-232C Communication command table
Names Operation Type Header Command Data
CRC Action Type Setting code
Power
Set OFF BE EF 03 06 00 2A D3 01 00 00 60 00 00
ON BE EF 03 06 00 BA D2 01 00 00 60 01 00
Get
BE EF 03 06 00 19 D3 02 00 00 60 00 00
[Example return]
00 00 01 00 02 00 03 00 04 00
[Off] [On] [Cool down] [Warm Up] [Warning]
Input Source Set
COMPUTER IN1 BE EF 03 06 00 FE D2 01 00 00 20 00 00
COMPUTER IN2 BE EF 03 06 00 3E D0 01 00 00 20 04 00
HDMI1 BE EF 03 06 00 0E D2 01 00 00 20 03 00
HDMI2 BE EF 03 06 00 6E D6 01 00 00 20 0D 00
DVI-D BE EF 03 06 00 AE D4 01 00 00 20 09 00
HDBaseT BE EF 03 06 00 AE DE 01 00 00 20 11 00
SDI BE EF 03 06 00 5E DE 01 00 00 20 12 00
Get BE EF 03 06 00 CD D2 02 00 00 20 00 00
Error Status Get
BE EF 03 06 00 D9 D8 02 00 20 60 00 00
[Example return]
00 00 01 00 02 00 03 00
[Normal] [Cover error] [Fan error] [Light error]
04 00 50 00, 80 00
[Temp error] [Other error]
PICTURE
MODE
Set
STANDARD BE EF 03 06 00 83 F5 01 00 BA 30 06 00
NATURAL BE EF 03 06 00 23 F6 01 00 BA 30 00 00
CINEMA BE EF 03 06 00 B3 F7 01 00 BA 30 01 00
DYNAMIC BE EF 03 06 00 E3 F4 01 00 BA 30 04 00
DICOM SIM. BE EF 03 06 00 73 C6 01 00 BA 30 41 00
USER-1 BE EF 03 06 00 E3 FB 01 00 BA 30 10 00
USER-2 BE EF 03 06 00 73 FA 01 00 BA 30 11 00
USER-3 BE EF 03 06 00 83 FA 01 00 BA 30 12 00
Get BE EF 03 06 00 10 F6 02 00 BA 30 00 00
BRIGHTNESS
Get BE EF 03 06 00 89 D2 02 00 03 20 00 00
Increment BE EF 03 06 00 EF D2 04 00 03 20 00 00
Decrement BE EF 03 06 00 3E D3 05 00 03 20 00 00
BRIGHTNESS
Reset Execute BE EF 03 06 00 58 D3 06 00 00 70 00 00
CONTRAST
Get BE EF 03 06 00 FD D3 02 00 04 20 00 00
Increment BE EF 03 06 00 9B D3 04 00 04 20 00 00
Decrement BE EF 03 06 00 4A D2 05 00 04 20 00 00
CONTRAST
Reset Execute BE EF 03 06 00 A4 D2 06 00 01 70 00 00
RS-232C Communication command table

RS-232C Communication command table (continued)
15
(continued on next page) 15
Names Operation Type Header CRC Command Data
Action Type
Setting code
ASPECT Set
NORMAL BE EF 03 06 00 5E DD 01 00 08 20 10 00
4:3 BE EF 03 06 00 9E D0 01 00 08 20 00 00
16:9 BE EF 03 06 00 0E D1 01 00 08 20 01 00
16:10 BE EF 03 06 00 3E D6 01 00 08 20 0A 00
NATIVE BE EF 03 06 00 5E D7 01 00 08 20 08 00
ZOOM BE EF 03 06 00 9E C4 01 00 08 20 30 00
Get BE EF 03 06 00 AD D0 02 00 08 20 00 00
GEOMETRY
MODE
Set
KEYSTONE BE EF 03 06 00 6B 8C 01 00 30 31 01 00
PERFECT FIT BE EF 03 06 00 9B 8C 01 00 30 31 02 00
WARPING BE EF 03 06 00 3B 8F 01 00 30 31 04 00
Get BE EF 03 06 00 C8 8D 02 00 30 31 00 00
KEYSTONE V
Get BE EF 03 06 00 B9 D3 02 00 07 20 00 00
Increment BE EF 03 06 00 DF D3 04 00 07 20 00 00
Decrement BE EF 03 06 00 0E D2 05 00 07 20 00 00
KEYSTONE V
Reset Execute BE EF 03 06 00 08 D0 06 00 0C 70 00 00
KEYSTONE H
Get BE EF 03 06 00 E9 D0 02 00 0B 20 00 00
Increment BE EF 03 06 00 8F D0 04 00 0B 20 00 00
Decrement BE EF 03 06 00 5E D1 05 00 0B 20 00 00
KEYSTONE H
Reset Execute BE EF 03 06 00 98 D8 06 00 20 70 00 00
PERFECT FIT
Left Top - H
Get BE EF 03 06 00 31 89 02 00 21 21 00 00
Increment BE EF 03 06 00 57 89 04 00 21 21 00 00
Decrement BE EF 03 06 00 86 88 05 00 21 21 00 00
PERFECT FIT
Left Top - V
Get BE EF 03 06 00 75 89 02 00 22 21 00 00
Increment BE EF 03 06 00 13 89 04 00 22 21 00 00
Decrement BE EF 03 06 00 C2 88 05 00 22 21 00 00
PERFECT FIT
Right Top - H
Get BE EF 03 06 00 89 88 02 00 23 21 00 00
Increment BE EF 03 06 00 EF 88 04 00 23 21 00 00
Decrement BE EF 03 06 00 3E 89 05 00 23 21 00 00
PERFECT FIT
Right Top - V
Get BE EF 03 06 00 FD 89 02 00 24 21 00 00
Increment BE EF 03 06 00 9B 89 04 00 24 21 00 00
Decrement BE EF 03 06 00 4A 88 05 00 24 21 00 00
PERFECT FIT
Left Bottom - H
Get BE EF 03 06 00 01 88 02 00 25 21 00 00
Increment BE EF 03 06 00 67 88 04 00 25 21 00 00
Decrement BE EF 03 06 00 B6 89 05 00 25 21 00 00
PERFECT FIT
Left Bottom - V
Get BE EF 03 06 00 45 88 02 00 26 21 00 00
Increment BE EF 03 06 00 23 88 04 00 26 21 00 00
Decrement BE EF 03 06 00 F2 89 05 00 26 21 00 00
PERFECT FIT
Right Bottom - H
Get BE EF 03 06 00 B9 89 02 00 27 21 00 00
Increment BE EF 03 06 00 DF 89 04 00 27 21 00 00
Decrement BE EF 03 06 00 0E 88 05 00 27 21 00 00
PERFECT FIT
Right Bottom - V
Get BE EF 03 06 00 AD 8A 02 00 28 21 00 00
Increment BE EF 03 06 00 CB 8A 04 00 28 21 00 00
Decrement BE EF 03 06 00 1A 8B 05 00 28 21 00 00
PERFECT FIT
All Corners Reset
Execute BE EF 03 06 00 D5 8A 06 00 29 21 00 00

RS-232C Communication command table (continued)
16 (continued on next page)
16
Names Operation Type Header CRC Command Data
Action Type
Setting code
PERFECT FIT
Left Side
Distortion
Get BE EF 03 06 00 31 97 02 00 41 21 00 00
Increment BE EF 03 06 00 57 97 04 00 41 21 00 00
Decrement BE EF 03 06 00 86 96 05 00 41 21 00 00
PERFECT FIT
Right Side
Distortion
Get BE EF 03 06 00 75 97 02 00 42 21 00 00
Increment BE EF 03 06 00 13 97 04 00 42 21 00 00
Decrement BE EF 03 06 00 C2 96 05 00 42 21 00 00
PERFECT FIT
Top Side
Distortion
Get BE EF 03 06 00 FD 97 02 00 44 21 00 00
Increment BE EF 03 06 00 9B 97 04 00 44 21 00 00
Decrement BE EF 03 06 00 4A 96 05 00 44 21 00 00
PERFECT FIT
Bottom Side
Distortion
Get BE EF 03 06 00 01 96 02 00 45 21 00 00
Increment BE EF 03 06 00 67 96 04 00 45 21 00 00
Decrement BE EF 03 06 00 B6 97 05 00 45 21 00 00
PERFECT FIT
All Sides Reset Execute BE EF 03 06 00 3D 96 06 00 47 21 00 00
PERFECT FIT
Memory Save-1 Execute BE EF 03 06 00 29 95 06 00 48 21 00 00
PERFECT FIT
Memory Save-2 Execute BE EF 03 06 00 D5 94 06 00 49 21 00 00
PERFECT FIT
Memory Save-3 Execute BE EF 03 06 00 91 94 06 00 4A 21 00 00
PERFECT FIT
Memory Load-1 Execute BE EF 03 06 00 6D 95 06 00 4B 21 00 00
PERFECT FIT
Memory Load-2 Execute BE EF 03 06 00 19 94 06 00 4C 21 00 00
PERFECT FIT
Memory Load-3 Execute BE EF 03 06 00 E5 95 06 00 4D 21 00 00
ECO MODE Set
Eco BE EF 03 06 00 AB 22 01 00 00 33 01 00
Normal BE EF 03 06 00 3B 23 01 00 00 33 00 00
Custom BE EF 03 06 00 3B 37 01 00 00 33 30 00
Get BE EF 03 06 00 08 23 02 00 00 33 00 00
INSTALLATION Set
FRONT /
DESKTOP
BE EF 03 06 00 C7 D2 01 00 01 30 00 00
REAR / DESKTOP BE EF 03 06 00 57 D3 01 00 01 30 01 00
REAR / CEILING BE EF 03 06 00 A7 D3 01 00 01 30 02 00
FRONT / CEILING BE EF 03 06 00 37 D2 01 00 01 30 03 00
Get BE EF 03 06 00 F4 D2 02 00 01 30 00 00

RS-232C Communication command table (continued)
17
(continued on next page) 17
Names Operation Type Header CRC Command Data
Action Type
Setting code
LANGUAGE Set
ENGLISH BE EF 03 06 00 F7 D3 01 00 05 30 00 00
FRANÇAIS BE EF 03 06 00 67 D2 01 00 05 30 01 00
DEUTSCH BE EF 03 06 00 97 D2 01 00 05 30 02 00
ESPAÑOL BE EF 03 06 00 07 D3 01 00 05 30 03 00
PORTUGUÊS BE EF 03 06 00 C7 D1 01 00 05 30 07 00
BE EF 03 06 00 37 D4 01 00 05 30 08 00
BE EF 03 06 00 A7 D5 01 00 05 30 09 00
BE EF 03 06 00 37 DE 01 00 05 30 10 00
BE EF 03 06 00 57 D5 01 00 05 30 0A 00
Get BE EF 03 06 00 C4 D3 02 00 05 30 00 00
COLOR
Get BE EF 03 06 00 B5 72 02 00 02 22 00 00
Increment BE EF 03 06 00 D3 72 04 00 02 22 00 00
Decrement BE EF 03 06 00 02 73 05 00 02 22 00 00
COLOR Reset Execute BE EF 03 06 00 80 D0 06 00 0A 70 00 00
TINT
Get BE EF 03 06 00 49 73 02 00 03 22 00 00
Increment BE EF 03 06 00 2F 73 04 00 03 22 00 00
Decrement BE EF 03 06 00 FE 72 05 00 03 22 00 00
TINT Reset Execute BE EF 03 06 00 7C D1 06 00 0B 70 00 00
SHARPNESS
Get BE EF 03 06 00 F1 72 02 00 01 22 00 00
Increment BE EF 03 06 00 97 72 04 00 01 22 00 00
Decrement BE EF 03 06 00 46 73 05 00 01 22 00 00
SHARPNESS
Reset Execute BE EF 03 06 00 C4 D0 06 00 09 70 00 00
DYNAMIC
BLACK
Set OFF BE EF 03 06 00 FE 5A 01 00 80 22 00 00
ON BE EF 03 06 00 6E 5B 01 00 80 22 01 00
Get BE EF 03 06 00 CD 5A 02 00 80 22 00 00
GAMMA Set
1.0 BE EF 03 06 00 FB DB 01 00 A0 30 64 00
1.8 BE EF 03 06 00 3B 86 01 00 A0 30 B4 00
2.0 BE EF 03 06 00 FB A6 01 00 A0 30 C8 00
2.2 BE EF 03 06 00 FB A9 01 00 A0 30 DC 00
2.35 BE EF 03 06 00 CB BF 01 00 A0 30 EB 00
2.5 BE EF 03 06 00 9B B3 01 00 A0 30 FA 00
DICOM SIM. BE EF 03 06 00 8B F0 01 00 A0 30 FF FF
Get BE EF 03 06 00 08 F1 02 00 A0 30 00 00

RS-232C Communication command table (continued)
18 (continued on next page)
18
Names Operation Type Header CRC Command Data
Action Type
Setting code
COLOR
TEMPERATURE
Set
5400K BE EF 03 06 00 5B E2 01 00 B0 30 36 00
6500K BE EF 03 06 00 AB C5 01 00 B0 30 41 00
7500K BE EF 03 06 00 0B C3 01 00 B0 30 4B 00
9300K BE EF 03 06 00 6B CD 01 00 B0 30 5D 00
NATIVE BE EF 03 06 00 0B B4 01 00 B0 30 FF 00
CUSTOM-1 BE EF 03 06 00 CB F8 01 00 B0 30 13 00
CUSTOM-2 BE EF 03 06 00 5B F9 01 00 B0 30 12 00
CUSTOM-3 BE EF 03 06 00 FB FA 01 00 B0 30 14 00
CUSTOM-4 BE EF 03 06 00 AB F9 01 00 B0 30 11 00
CUSTOM-5 BE EF 03 06 00 FB FF 01 00 B0 30 18 00
Get BE EF 03 06 00 C8 F5 02 00 B0 30 00 00
COLOR TEMP
OFFSET R
Get BE EF 03 06 00 04 F5 02 00 B5 30 00 00
Increment BE EF 03 06 00 62 F5 04 00 B5 30 00 00
Decrement BE EF 03 06 00 B3 F4 05 00 B5 30 00 00
COLOR TEMP
OFFSET R Reset
Execute BE EF 03 06 00 40 C5 06 00 4A 70 00 00
COLOR TEMP
OFFSET G
Get BE EF 03 06 00 40 F5 02 00 B6 30 00 00
Increment BE EF 03 06 00 26 F5 04 00 B6 30 00 00
Decrement BE EF 03 06 00 F7 F4 05 00 B6 30 00 00
COLOR TEMP
OFFSET G Reset
Execute BE EF 03 06 00 BC C4 06 00 4B 70 00 00
COLOR TEMP
OFFSET B
Get BE EF 03 06 00 BC F4 02 00 B7 30 00 00
Increment BE EF 03 06 00 DA F4 04 00 B7 30 00 00
Decrement BE EF 03 06 00 0B F5 05 00 B7 30 00 00
COLOR TEMP
OFFSET B Reset
Execute BE EF 03 06 00 C8 C5 06 00 4C 70 00 00
COLOR TEMP
GAIN R
Get BE EF 03 06 00 34 F4 02 00 B1 30 00 00
Increment BE EF 03 06 00 52 F4 04 00 B1 30 00 00
Decrement BE EF 03 06 00 83 F5 05 00 B1 30 00 00
COLOR TEMP
GAIN R Reset Execute BE EF 03 06 00 10 C6 06 00 46 70 00 00
COLOR TEMP
GAIN G
Get BE EF 03 06 00 70 F4 02 00 B2 30 00 00
Increment BE EF 03 06 00 16 F4 04 00 B2 30 00 00
Decrement BE EF 03 06 00 C7 F5 05 00 B2 30 00 00
COLOR TEMP
GAIN G Reset Execute BE EF 03 06 00 EC C7 06 00 47 70 00 00
COLOR TEMP
GAIN B
Get BE EF 03 06 00 8C F5 02 00 B3 30 00 00
Increment BE EF 03 06 00 EA F5 04 00 B3 30 00 00
Decrement BE EF 03 06 00 3B F4 05 00 B3 30 00 00
COLOR TEMP
GAIN B Reset Execute BE EF 03 06 00 F8 C4 06 00 48 70 00 00

RS-232C Communication command table (continued)
19
(continued on next page) 19
Names Operation Type Header CRC Command Data
Action Type
Setting code
ACCENTUALIZER
Get BE EF 03 06 00 5D 70 02 00 0C 22 00 00
Increment BE EF 03 06 00 3B 70 04 00 0C 22 00 00
Decrement BE EF 03 06 00 EA 71 05 00 0C 22 00 00
ACCENTUALIZER
Reset
Execute BE EF 03 06 00 C8 DB 06 00 2C 70 00 00
HDCR
Get BE EF 03 06 00 A1 71 02 00 0D 22 00 00
Increment BE EF 03 06 00 C7 71 04 00 0D 22 00 00
Decrement BE EF 03 06 00 16 70 05 00 0D 22 00 00
HDCR Reset Execute BE EF 03 06 00 34 DA 06 00 2D 70 00 00
COLOR
MANAGEMENT
HUE R
Get BE EF 03 06 00 0C 63 02 00 00 27 00 00
Increment BE EF 03 06 00 6A 63 04 00 00 27 00 00
Decrement BE EF 03 06 00 BB 62 05 00 00 27 00 00
COLOR
MANAGEMENT
HUE R Reset
Execute BE EF 03 06 00 98 EB 06 00 D0 70 00 00
COLOR
MANAGEMENT
HUE Y
Get BE EF 03 06 00 F0 62 02 00 01 27 00 00
Increment BE EF 03 06 00 96 62 04 00 01 27 00 00
Decrement BE EF 03 06 00 47 63 05 00 01 27 00 00
COLOR
MANAGEMENT
HUE Y Reset
Execute BE EF 03 06 00 64 EA 06 00 D1 70 00 00
COLOR
MANAGEMENT
HUE G
Get BE EF 03 06 00 B4 62 02 00 02 27 00 00
Increment BE EF 03 06 00 D2 62 04 00 02 27 00 00
Decrement BE EF 03 06 00 03 63 05 00 02 27 00 00
COLOR
MANAGEMENT
HUE G Reset
Execute BE EF 03 06 00 20 EA 06 00 D2 70 00 00
COLOR
MANAGEMENT
HUE C
Get BE EF 03 06 00 48 63 02 00 03 27 00 00
Increment BE EF 03 06 00 2E 63 04 00 03 27 00 00
Decrement BE EF 03 06 00 FF 62 05 00 03 27 00 00
COLOR
MANAGEMENT
HUE C Reset
Execute BE EF 03 06 00 DC EB 06 00 D3 70 00 00
COLOR
MANAGEMENT
HUE B
Get BE EF 03 06 00 3C 62 02 00 04 27 00 00
Increment BE EF 03 06 00 5A 62 04 00 04 27 00 00
Decrement BE EF 03 06 00 8B 63 05 00 04 27 00 00
COLOR
MANAGEMENT
HUE B Reset
Execute BE EF 03 06 00 A8 EA 06 00 D4 70 00 00
COLOR
MANAGEMENT
HUE M
Get BE EF 03 06 00 C0 63 02 00 05 27 00 00
Increment BE EF 03 06 00 A6 63 04 00 05 27 00 00
Decrement BE EF 03 06 00 77 62 05 00 05 27 00 00
COLOR
MANAGEMENT
HUE M Reset
Execute BE EF 03 06 00 54 EB 06 00 D5 70 00 00

RS-232C Communication command table (continued)
20 (continued on next page)
20
Names Operation Type Header CRC Command Data
Action Type
Setting code
COLOR
MANAGEMENT
SATURATION R
Get BE EF 03 06 00 CC 67 02 00 10 27 00 00
Increment BE EF 03 06 00 AA 67 04 00 10 27 00 00
Decrement BE EF 03 06 00 7B 66 05 00 10 27 00 00
COLOR
MANAGEMENT
SATURATION R Reset
Execute BE EF 03 06 00 F8 E9 06 00 D8 70 00 00
COLOR
MANAGEMENT
SATURATION Y
Get BE EF 03 06 00 30 66 02 00 11 27 00 00
Increment BE EF 03 06 00 56 66 04 00 11 27 00 00
Decrement BE EF 03 06 00 87 67 05 00 11 27 00 00
COLOR
MANAGEMENT
SATURATION Y Reset
Execute BE EF 03 06 00 04 E8 06 00 D9 70 00 00
COLOR
MANAGEMENT
SATURATION G
Get BE EF 03 06 00 74 66 02 00 12 27 00 00
Increment BE EF 03 06 00 12 66 04 00 12 27 00 00
Decrement BE EF 03 06 00 C3 67 05 00 12 27 00 00
COLOR
MANAGEMENT
SATURATION G Reset
Execute BE EF 03 06 00 40 E8 06 00 DA 70 00 00
COLOR
MANAGEMENT
SATURATION C
Get BE EF 03 06 00 88 67 02 00 13 27 00 00
Increment BE EF 03 06 00 EE 67 04 00 13 27 00 00
Decrement BE EF 03 06 00 3F 66 05 00 13 27 00 00
COLOR
MANAGEMENT
SATURATION C Reset
Execute BE EF 03 06 00 BC E9 06 00 DB 70 00 00
COLOR
MANAGEMENT
SATURATION B
Get BE EF 03 06 00 FC 66 02 00 14 27 00 00
Increment BE EF 03 06 00 9A 66 04 00 14 27 00 00
Decrement BE EF 03 06 00 4B 67 05 00 14 27 00 00
COLOR
MANAGEMENT
SATURATION B Reset
Execute BE EF 03 06 00 C8 E8 06 00 DC 70 00 00
COLOR
MANAGEMENT
SATURATION M
Get BE EF 03 06 00 00 67 02 00 15 27 00 00
Increment BE EF 03 06 00 66 67 04 00 15 27 00 00
Decrement BE EF 03 06 00 B7 66 05 00 15 27 00 00
COLOR
MANAGEMENT
SATURATION M Reset
Execute BE EF 03 06 00 34 E9 06 00 DD 70 00 00