Dukane Imagepro 8104wb, 8105b, 8106b Operating Guide

							11
Command Control via the Network
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 / Network 
command table 
(&17).
Command Control via the Network
LAN
LAN LAN cable (CAT-5 or greater) 
NOTE • If data is transferred via wireless and wired LAN at the same time,
the projector may not be able to process the data correctly.
Connection
1. Turn off the projector and the computer.
2. If you use wired LAN, connect the projector's  LAN port to the computer's 
 LAN port with a LAN cable. Use the cable that fulfi lls the specifi cation shown 
in fi gure. If you use wireless LAN, insert the USB wireless adapter into the 
projector's USB TYPE A port.
3. Turn the computer on, and after the computer has started up turn the 
projector on. 
						

							12
Communicaion Port
The following two ports are assigned for the command control.TCP #23
TCP #9715
Configure the following items form a web browser when command control is used.
Port Settings
Network Control 
Port1 (Port: 23) Port open
Click the [Enable] check box to open [Network 
Control Port1 (Port: 23)] to use TCP #23.
Default setting is “Enable”.
Authentication Click the [Enable] check box for the 
[Authentication] setting when authentication 
is required.
Default setting is “Disable”.
Network Control 
Port2 (Port: 9715) Port open
Click the [Enable] check box to open [Network 
Control Port2 (Port: 9715)] to use TCP 
#9715.
Default setting is “Enable”.
Authentication Click the [Enable] check box for the 
[Authentication] setting when authentication 
is required.
Default setting is “Enable”.
Command Control via the Network (continued)
When the authentication setting is enabled, the following settings are required.
Security Settings
Network Control Authentication 
Password
Enter the desired authentication password. 
This setting will be the same for 
[Network 
Control Port1 (Port: 23)] and [Network 
Control Port2 (Port: 9715)].
Default setting is blank.
Re-enter 
Authentication 
Password 
						

							13
Command Control via the Network (continued)
Command control settings
[TCP #23]
1. Command format
Same as RS-232C communication, refer to RS-232C Communicaton 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). One authentication error reply (5) is added.
(1)    ACK reply : 06h 
Refer to RS-232C communication  (
&10).
(2)   NAK reply : 15h 
Refer to RS-232C communication  (
&10).
(3)   Error reply : 1Ch + 0000h 
Refer to RS-232C communication  (
&10).
(4)   Data reply : 1Dh + xxxxh 
Refer to RS-232C communication  (
&10).
(5)    Authentication error reply : 1Fh + 0400h 
When authentication error occurred, the projector returns the error code.
[TCP #9715]
1. Command format
The  commands  some  datum  are  added  to  the  head  and  the  end  of  the  ones  of 
TCP#9715 are used.
Header Data length RS-232C command Check sum Connection ID
0×02 0×0D 13 bytes 1 byte 1 byte
[Header] 
02, Fixed
[Data Length] 
RS-232C commands byte length (0×0D, Fixed)
[RS-232C commands]  
Refer to RS-232C Communication command format  (
&9 )
.
[Check Sum] 
This is the value to make zero on the addition of the lower 8 bits from the header 
to the checksum.
[Connection ID]  
Random value from 0 to 255 (This value is attached to the reply data).
NOTE  •  Operation  cannot  be  guaranteed  when  the  projector  receives  an 
undefined 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. 
						

							14
2. Response code / Error code ("h" shows hexadecimal)
The  connection  ID  is  attached  for  the  TCP#23's  response  /  error  codes  are 
used. The connection ID is same as the sending command format.
(1) ACK reply : 06h + ××h                    (××h : connection ID)
(2) NAK reply : 15h + ××h
(3) Error reply : 1Ch + 0000h + ××h
(4) Data reply : 1Dh + xxxxh + ××h
(5) Authentication error reply : 1Fh + 0400h + ××h
(6)   Projector busy reply: 1Fh + ××××h + ××h 
When the projector is too busy to receives the command, the projector returns 
the error code. 
In such a case, check the sending code and send the same command again.
Automatic Connection Break
T h e   T C P  c o n n e c t i o n   w i l l   b e   a u t o m a t i c a l l y   d i s c o n n e c t e d   a f t e r   t h e r e   i s   n o 
communication for 30 seconds after being established.
Authentication
The  projector  does  not  accept  commands  without  authentication  success 
when  authentication  is  enabled.  The  projector  uses  a  challenge  response  type 
authentication  with  an  MD5  (Message  Digest  5)  algorithm.  When  the  projector  is 
using  a  LAN,  a  random  8  bytes  will  be  returned  if  authentication  is  enabled.  Bind 
this  received  8  bytes  and  the  authentication  password  and  digest  this  data  with 
the MD5 algorithm and add this in front of the commands to send.
Following  is a sample  if the authentication  password  is set to “password”  and  the 
random 8 bytes are “a572f60c”.
1) Select the projector.
2)  Receive the random 8 bytes “a572f60c” from the projector.
3)    B i n d   t h e   r a n d o m   8   b y t e s   “ a 5 7 2 f 6 0 c ”   a n d   t h e   a u t h e n t i c a t i o n   p a s s w o r d 
“password” and it becomes “a572f60cpassword”.
4)    Digest this bind “a572f60cpassword” with MD5 algorithm.
  It will be “e3d97429adffa11bce1f7275813d4bde”.
5)    Add this “e3d97429adffa11bce1f7275813d4bde” in front of the commands and 
send the data.
  Send “e3d97429adffa11bce1f7275813d4bde”+command.
6)    When  the  sending  data  is  correct,  the  command  will  be  performed  and  the 
reply data will be returned. Otherwise, an authentication error will be returned.
NOTE • As for the transmission of the second or subsequent commands, the 
authentication data can be omitted when the same connection.
Command Control via the Network (continued) 
						

							15
This projector is equipped with NETWORK BRIDGE function.
When the projector connects to the computer by LAN communicaton, an external 
device  that  is  connected  with  this  projector  by  RS-232C  communication  can  be 
controlled from the computer as a network terminal.
For details, see the 6. Network Bridge Function - Network Guide.
Network Bridge Communication 
Network Bridge  Communication
CONTROLRS-232C
LAN
LAN
Connection
1. If you use wired LAN, connect the computer's LAN port and the projector's 
  LAN port with a LAN cable. Use the cable that fulfi lls the specifi cation shown 
in fi gure. If you use wireless LAN, insert the USB wireless adapter into the 
projector's USB TYPE A port.
2. Connect the projector's  CONTROL port and the RS-232C port of the
devices that you want to control with a RS-232C cable.
3. Turn the computer on, and after the computer has started up turn the projector 
on.
4. Set the COMMUNICATION TYPE to  NETWORK BRIDGE. (&OPTION menu - 
SERVICE - COMMUNICATION in the User's Manual - Operating Guide)
NOTE • If data is transferred via wireless and wired LAN at the same time, 
the projector may not be able to process the data correctly. 
						

							16
Communication settings 
For communication setting, use the OPTION - SERVICE - COMMUNICATION 
menu. (
&OPTION menu - SERVICE - COMMUNICATION in the User's Manual 
- Operating Guide )
Item Condition
BAUD RATE 4800bps / 9600bps / 19200bps / 38400bps Data length 8 bit (fixed) PARITY NONE/ODD/EVEN
Start bit 1 bit (fixed)
Stop bit 1 bit (fixed)
Transmission method HALF-DUPLEX/FULL-DUPLEX
NOTE  • For  connecting  the  projector  to  your  devices,  please  read  the 
manual for each devices, and connect them correctly with suitable cables. 
•   Turn  off  (the  power  of  )  both  the  projector  and  other  devices  and  unplug  , 
beore connecting them.
•   For  details  of  Transmission  method,  refer  to 
6.4  Transmission  method 
 - Network Guide .
Network Bridge Communication (continued) 
						

							17
RS-232C Communication / Network command table
Names Operation TypeHeaderCommand DataCRC Action Type
Setting code
Power
SetTurn off
BE  EF0306  00 2A  D3 01  0000  60 00  00
Turn on BE  EF0306  00 BA  D2 01  0000  60 01  00
Get BE  EF
0306  00 19  D3 02  0000  60 00  00
[Example return]
  00  00  01  00 02  00 
  [Off]  [On] [Cool down]
Input SourceSetCOMPUTER IN1 BE  EF
0306  00 FE  D2 01  00 00  20 00  00
COMPUTER IN2 BE  EF 0306  00 3E  D0 01  00 00  20 04  00
HDMI BE EF 0306 00 0E D2 01 00 00 20 03 00
S-VIDEO BE  EF 0306  00 9E  D3 01  00 00  20 02  00
VIDEO BE  EF 0306  00 6E  D3 01  00 00  20 01  00
USB TYPE A BE EF 0306 00 5E D1 01 00 00 20 06 00
LAN BE EF 0306 00 CE D5 01 00 00 20 0B 00
USB TYPE B BE EF 0306 00 FE D7 01 00 00 20 0C 00
Get BE  EF0306  00 CD  D2 02  00 00  20 00  00
Error StatusGetBE  EF
0306  00 D9  D8 02  0020  60 00  00
[Example return]
      00  00            01  00           02  00         03  00 
    [Normal]     [Cover error]  [Fan error] [Lamp error]
      04  00            05  00           07  00         08  00          \
    0C  00 
 [Temp error] [Air flow error] [Cold error] [Filter error] [Lens Door error]
MAGNIFY
Get BE  EF0306  00 7C  D2 02  00 07  30 00  00
Increment BE  EF 0306  00 1A  D2 04  00 07  30 00  00
Decrement BE  EF 0306  00 CB  D3 05  00 07  30 00  00
FREEZESetNORMAL BE  EF
0306  00 83  D2 01  00 02  30 00  00
FREEZE BE  EF0306  00 13  D3 01  00 02  30 01  00
Get BE  EF0306  00 B0  D2 02  00 02  30 00  00
PICTURE 
MODE
Set NORMAL BE  EF
0306  00 23  F6 01  00BA  30 00  00
CINEMA BE  EF 0306  00 B3  F7 01  00BA  30 01  00
DYNAMIC BE  EF 0306  00 E3  F4 01  00 BA  3004  00
BOARD(BLACK) BE  EF 0306  00 E3  EF 01  00 BA  3020  00
BOARD(GREEN) BE  EF 0306  00 73  EE 01  00 BA  3021  00
WHITEBOARD BE  EF 0306  00 83  EE 01  00 BA  3022  00
DAYTIME BE  EF 0306  00 E3  C7 01  00 BA  3040  00
PHOTO BE  EF0306  00 73  F5 01  00 BA  3005  00
Get BE  EF
0306  00 10  F6 02  00BA  30 00  00
[Example return]
  00  00  01  00 04  00 10  00 05  00 
  [Normal]  [Cinema] [Dynamic]  [Custom] [PHOTO]  
  20  00  21  00 22  00 40  00 
     [BOARD(BLACK)]  [BOARD(GREEN)] [WHITEBOARD] [DAY TIME]
BRIGHTNESS
GetBE  EF0306  00 89  D2 02  00 03  20 00  00
Increment BE  EF 0306  00 EF  D2 04  00 03  20 00  00
Decrement BE  EF 0306  00 3E  D3 05  00 03  20 00  00
BRIGHTNESS 
ResetExecute BE  EF0306  00 58  D3 06  00 00  70 00  00
CONTRAST
GetBE  EF0306  00 FD  D3 02  00 04  20 00  00
Increment BE  EF 0306  00 9B  D3 04  00 04  20 00  00
Decrement BE  EF 0306  00 4A  D2 05  00 04  20 00  00
RS-232C Communication / Network command table
(continued on next page) 
						

							RS-232C Communication / Network command table (continued)
18(continued on next page)
Names Operation TypeHeaderCommand DataCRC Action Type
Setting code
CONTRAST 
ResetExecute BE  EF0306  00 A4  D2 06  00 01  70 00  00
GAMMASet1 DEFAULT BE  EF
0306  00 07  E9 01  00 A1  30 20  00
1 CUSTOM BE  EF 0306  00 07  FD 01  00 A1  30 10  00
2 DEFAULT BE  EF 0306  00 97  E8 01  00 A1  30 21  00
2 CUSTOM BE  EF 0306  00 97  FC 01  00 A1  30 11  00
3 DEFAULT BE  EF 0306  00 67  E8 01  00 A1  30 22  00
3 CUSTOM BE  EF 0306  00 67  FC 01  00 A1  30 12  00
4 DEFAULT BE  EF 0306  00 F7  E9 01  00 A1  30 23  00
4 CUSTOM BE  EF 0306  00 F7  FD 01  00 A1  30 13  00
5 DEFAULT BE  EF 0306  00 C7  EB 01  00 A1  30 24  00
5 CUSTOM BE  EF 0306  00 C7  FF 01  00 A1  30 14  00
6 DEFAULT BE  EF 0306  00 57  EA 01  00 A1  30 25  00
6 CUSTOM BE  EF 0306  00 57  FE 01  00 A1  30 15  00
7 DEFAULT BE  EF 0306  00 A7  EA 01  00 A1  30 26  00
7 CUSTOM BE  EF 0306  00 A7  FE 01  00 A1  30 16  00
Get BE  EF0306  00 F4  F0 02  00 A1  30 00  00
User Gamma 
PatternSet Off
BE  EF0306  00 FB  FA 01  00 80  30 00  00
9 steps gray scale BE  EF0306  00 6B  FB 01  00 80  30 01  00
15 steps gray scale BE  EF0306  00 9B  FB 01  00 80  30 02  00
Ramp BE  EF0306  00 0B  FA 01  00 80  30 03  00
Get BE  EF0306  00 C8  FA 02  00 80  30 00  00
User Gamma 
Point 1Get BE  EF0306  00 08  FE 02  00 90  30 00  00
Increment BE  EF 0306  00 6E  FE 04  00 90  30 00  00
Decrement BE  EF 0306  00 BF  FF 05  00 90  30 00  00
User Gamma 
Point 1 ResetExecute BE  EF0306  00 58  C2 06  0050  70 00  00
User Gamma 
Point 2Get BE  EF0306  00 F4  FF 02  00 91  30 00  00
Increment BE  EF 0306  00 92  FF 04  00 91  30 00  00
Decrement BE  EF 0306  00 43  FE 05  00 91  30 00  00
User Gamma 
Point 2 ResetExecute BE  EF0306  00 A4  C3 06  0051  70 00  00
User Gamma 
Point 3Get BE  EF0306  00 B0  FF 02  00 92  30 00  00
Increment BE  EF 0306  00 D6  FF 04  00 92  30 00  00
Decrement BE  EF 0306  00 07  FE 05  00 92  30 00  00
User Gamma 
Point 3 ResetExecute BE  EF0306  00 E0  C3 06  0052  70 00  00
User Gamma 
Point 4Get BE  EF0306  00 4C  FE 02  00 93  30 00  00
Increment BE  EF 0306  00 2A  FE 04  00 93  30 00  00
Decrement BE  EF 0306  00 FB  FF 05  00 93  30 00  00
User Gamma 
Point 4 ResetExecute BE  EF0306  00 1C  C2 06  0053  70 00  00
User Gamma 
Point 5Get BE  EF0306  00 38  FF 02  00 94  30 00  00
Increment BE  EF 0306  00 5E  FF 04  00 94  30 00  00
Decrement BE  EF 0306  00 8F  FE 05  00 94  30 00  00
User Gamma 
Point 5 ResetExecute BE  EF0306  00 68  C3 06  00 54  70 00  00
User Gamma 
Point 6Get BE  EF0306  00 C4  FE 02  00 95  30 00  00
Increment BE  EF 0306  00 A2  FE 04  00 95  30 00  00
Decrement BE  EF 0306  00 73  FF 05  00 95  30 00  00 
						

							RS-232C Communication / Network command table (continued)
19(continued on next page)
Names Operation TypeHeaderCommand DataCRC Action Type
Setting code
User Gamma 
Point 6 ResetExecute BE  EF0306  00 94  C2 06  0055  70 00  00
User Gamma 
Point 7Get BE  EF0306  00 80  FE 02  00 96  3000  00
Increment BE  EF 0306  00 E6  FE 04  0096  30 00  00
Decrement BE  EF 0306  00 37  FF 05  00 96  3000  00
User Gamma 
Point 7 ResetExecute BE  EF0306  00 D0  C2 06  00 56  70 00  00
User Gamma 
Point 8Get BE  EF0306  00 7C  FF 02  00 97  30 00  00
Increment BE  EF 0306  00 1A  FF 04  00 97  30 00  00
Decrement BE  EF 0306  00 CB  FE 05  00 97  30 00  00
User Gamma 
Point 8 ResetExecute BE  EF0306  00 2C  C3 06  0057  70 00  00
COLOR TEMPSet 1 HIGH BE  EF
0306  00 0B  F5 01  00B0  30 03  00
1 CUSTOM BE  EF 0306  00 CB  F8 01  00B0  30 13  00
2 MID BE  EF 0306  00 9B  F4 01  00B0  30 02  00
2 CUSTOM BE  EF 0306  00 5B  F9 01  00B0  30 12  00
3 LOW BE  EF 0306  00 6B  F4 01  00B0  30 01  00
3 CUSTOM BE  EF 0306  00 AB  F9 01  00B0  30 11  00
4 Hi-BRIGHT-1 BE  EF 0306  00 3B  F2 01  00B0  30 08  00
4 CUSTOM BE  EF 0306  00 FB  FF 01  00B0  30 18  00
5 Hi-BRIGHT-2 BE  EF 0306  00 AB  F3 01  00B0  30 09  00
5 CUSTOM BE  EF 0306  00 6B  FE 01  00B0  30 19  00
6 Hi-BRIGHT-3 BE  EF 0306  00 5B  F3 01  00B0  30 0A  00
6 CUSTOM BE  EF 0306  00 9B  FE 01  00B0  30 1A  00
7 Hi-BRIGHT-4 BE  EF 0306  00 CB  F2 01  00B0  30 0B  00
7 CUSTOM BE  EF 0306  00 0B  FF 01  00B0  30 1B  00
Get BE  EF0306  00 C8  F5 02  00 B0  3000  00
COLOR TEMP 
GAIN RGet BE  EF0306  00 34  F4 02  00 B1  3000  00
Increment BE  EF 0306  00 52  F4 04  00 B1  3000  00
Decrement BE  EF 0306  00 83  F5 05  00 B1  3000  00
COLOR TEMP 
GAIN R ResetExecute BE  EF0306  00 10  C6 06  00 46  70 00  00
COLOR TEMP 
GAIN GGet BE  EF0306  00 70  F4 02  00 B2  3000  00
Increment BE  EF 0306  00 16  F4 04  00B2  30 00  00
Decrement BE  EF 0306  00 C7  F5 05  00 B2  3000  00
COLOR TEMP 
GAIN G ResetExecute BE  EF0306  00 EC  C7 06  0047  70 00  00
COLOR TEMP 
GAIN BGet BE  EF0306  00 8C  F5 02  00 B3  3000  00
Increment BE  EF 0306  00 EA  F5 04  00 B3  3000  00
Decrement BE  EF 0306  00 3B  F4 05  00B3  30 00  00
COLOR TEMP 
GAIN B ResetExecute BE  EF0306  00 F8  C4 06  0048  70 00  00
COLOR TEMP 
OFFSET RGet BE  EF0306  00 04  F5 02  00 B5  3000  00
Increment BE  EF 0306  00 62  F5 04  00B5  30 00  00
Decrement BE  EF 0306  00 B3  F4 05  00B5  30 00  00
COLOR TEMP 
OFFSET R   ResetExecute BE  EF0306  00 40  C5 06  004A  70 00  00
COLOR TEMP 
OFFSET GGet BE  EF0306  00 40  F5 02  00 B6  3000  00
Increment BE  EF 0306  00 26  F5 04  00B6  30 00  00
Decrement BE  EF 0306  00 F7  F4 05  00 B6  3000  00 
						

							RS-232C Communication / Network command table (continued)
20(continued on next page)
Names Operation TypeHeaderCommand DataCRC Action Type
Setting code
COLOR TEMP 
OFFSET G  ResetExecute BE  EF0306  00 BC  C4 06  00 4B  70 00  00
COLOR TEMP 
OFFSET BGet BE  EF0306  00 BC  F4 02  00B7  30 00  00
Increment BE  EF 0306  00 DA  F4 04  00B7  30 00  00
Decrement BE  EF 0306  00 0B  F5 05  00B7  30 00  00
COLOR TEMP 
OFFSET B  ResetExecute BE  EF0306  00 C8  C5 06  004C  70 00  00
COLOR
Get BE  EF0306  00 B5  72 02  00 02  22 00  00
Increment BE  EF 0306  00 D3  72 04  00 02  22 00  00
Decrement BE  EF 0306  00 02  73 05  00 02  22 00  00
COLOR ResetExecute BE  EF0306  00 80  D0 06  00 0A  70 00  00
TINT
GetBE  EF0306  00 49  73 02  00 03  22 00  00
Increment BE  EF 0306  00 2F  73 04  00 03  22 00  00
Decrement BE  EF 0306  00 FE  72 05  00 03  22 00  00
TINT ResetExecute BE  EF0306  00 7C  D1 06  00 0B  70 00  00
SHARPNESS
GetBE  EF0306  00 F1  72 02  00 01  22 00  00
Increment BE  EF 0306  00 97  72 04  00 01  22 00  00
Decrement BE  EF 0306  00 46  73 05  00 01  22 00  00
SHARPNESS 
ResetExecute BE  EF0306  00 C4  D0 06  00 09  70 00  00
ACTIVE IRIS SetOFF
BE  EF0306  00 0B  22 01  00 04  33 00  00
THEATER BE  EF0306  00 CB  2F 01  00 04  33 10  00
PRESENTATION BE  EF 0306  00 5B  2E 01  00 04  33 11  00
Get BE  EF0306  00 38  22 02  00 04  33 00  00
MY MEMORY 
LoadSet 1
BE  EF0306  00 0E  D7 01  00 14  20 00  00
2 BE  EF0306  00 9E  D6 01  00 14  20 01  00
3 BE  EF0306  00 6E  D6 01  00 14  20 02  00
4 BE  EF0306  00 FE  D7 01  00 14  20 03  00
MY MEMORY 
SaveSet 1
BE  EF0306  00 F2  D6 01  00 15  20 00  00
2 BE  EF0306  00 62  D7 01  00 15  20 01  00
3 BE  EF0306  00 92  D7 01  00 15  20 02  00
4 BE  EF0306  00 02  D6 01  00 15  20 03  00
ASPECTSet4:3 BE  EF
0306  00 9E  D0 01  00 08  20 00  00
16:9 BE  EF 0306  00 0E  D1 01  00 08  20 01  00
NATIVE BE  EF0306  00 5E  D7 01  00 08  20 08  00
14:9 BE  EF 0306  00 CE  D6 01  00 08  20 09  00
16:10 BE  EF 0306  00 3E  D6 01  00 08  20 0A  00
NORMAL BE  EF 0306  00 5E  DD 01  00 08  20 10  00
Get BE  EF0306  00 AD  D0 02  00 08  20 00  00
OVER SCAN
GetBE  EF0306  00 91  70 02  00 09  22 00  00
Increment BE  EF 0306  00 F7  70 04  00 09  22 00  00
Decrement BE  EF 0306  00 26  71 05  00 09  22 00  00
OVER SCAN 
ResetExecute BE  EF0306  00 EC  D9 06  00 27  70 00  00
V POSITION
GetBE  EF0306  00 0D  83 02  00 00  21 00  00
Increment BE  EF 0306  00 6B  83 04  00 00  21 00  00
Decrement BE  EF 0306  00 BA  82 05  00 00  21 00  00