2
• Example of ID setting (When Group A, which performs multi-projection with two projectors, and Group B, which
performs multi-projection with three projectors, are connected.)
Projector 1
PROJECTOR ID : 01
GROUP ID
: A
Multi-projection Group A
Projector 2
PROJECTOR ID : 02
GROUP ID
: A
Projector 3
PROJECTOR ID : 03
GROUP ID
: B
Multi-projection Group B
Projector 4
PROJECTOR ID : 04
GROUP ID
: B
Projector 5
PROJECTOR ID : 05
GROUP ID
: B
You can assign the ID code to the control command.
• When the command having the PROJECTOR ID is sent, only the projector having the corresponding ID returns the
response.
(When the PROJECTOR ID is set to ALL on the projector, the projector responds to all the PROJECTOR ID
numbers assigned to the commands.)
• When the command having the GROUP ID is sent, all the projectors having the corresponding ID return the
response.
• When the command having no ID code is sent, all the projectors return response.
When the projectors are connected in a daisy chain configuration, you are recommended to set the PROJECTOR ID
to other than “ALL” and assign the PROJECTOR ID differently for each projector to communicate with each projector
individually. Refer to the operation manual of the projector for setting the PROJECTOR ID.
When you use a daisy chain configuration, set the STANDBY MODE to “STANDARD.” Refer to the operation manual
of the projector for setting the STANDBY MODE.
Important:
• Adapters may be necessary depending on the PC connected to this projector. Contact your dealer for details.
1. Interface
1.1 Pin assignment of SERIAL IN and SERIAL OUT terminals (D-SUB 9-pin)
Pin No.
Name
I/O
1
OPEN
2
RXD
IN
3
TXD
OUT
4
OPEN
5
GND
6
OPEN
7
OPEN
8
OPEN
9
OPEN
1.2 Communications format
PROTOCOL
RS-232C
BAUD RATE
9600 [bps]
DATA LENGTH
8 [bits]
PARITY BIT
NONE
STOP BIT
1 [bit]
FLOW CONTROL
NONE
This projector uses RXD, TXD and GND lines for RS-232C control.
For RS-232C cable, the supplied cable (crossover cable) should be used.
Summary of Contents for DLP XD8100U
Page 9: ... 4 PCB LOCATION Fig 1 1 2 7 5 8 3 4 6 9 10 11 12 13 14 ...
Page 11: ... 6 EXPOSED VIEW Fig 2 1 5 3 Fx1 Hx2 7 2 Dx2 Cx3 8 Ex1 Gx1 1 Ax1 4 6 Kx2 Jx1 Bx1 9 DLP ASSY ...
Page 13: ... 8 Chassis ASSY 1 Fig 2 2 1 Ax10 Bx2 Cx2 4 5 Fx5 Gx2 Hx2 6 8 9 2 Kx5 Lx3 3 Dx2 7 Jx1 Ex2 ...
Page 15: ... 10 1 Ax5 4 5 6 8 7 Bx2 Cx4 Dx2 Ex4 Hx2 11 2 3 10 9 Hx2 Fx1 Gx2 Chassis ASSY 2 Fig 2 3 ...
Page 22: ... 17 1 2 3 4 5 6 7 8 9 10 E x 2 C x 2 D x 2 B x 2 A x 2 Filter ASSY Fig 2 7 ...
Page 146: ... MEMO ...
