Extron Electronics System 5 IP Series User Guide - Manual (Page 72)

SIS ™ Programming and Control, cont’d
System 5 IP • SIS ™ Programming and Control 5-16
PRELIMINAR
Y
Command/r
esponse table for SIS commands (continued)
Command
ASCII
(T
elnet)
URL Encoded (W
eb)
Response
Additional description
(host to switcher)
(host to switcher)
(switcher to host)
Configur
e an IR/Serial Out port
24
Esc
X215
*
X210
IC
W
X215
%2A
X210
IC
|
Ir
c
X215
*
X210
This command sets IR/Serial Output port number
X215
(1 = port
A, 2 = port B,
3 = port C, 4 = port D) for either IR (
X210
= 0) or RS-232 (
X210
= 1) output.
V
iew an IR/Serial port’s config.
Esc
X215
IC
W
X215
IC
|
X210
Example:
Esc
3 IC
W3 IC
|
01
V
iew IR/Serial Output port C’s
configuration, which is RS-232 (01) in this example.
Ether
net data port configuration and use
Set the timeout period for the LAN (Ethernet) port’s curr
ent connection
24
Esc
0*
X6
9
TC
W0%2A
X6
9
TC
|
Pti 0*
X6
9
Set the time to wait (
X6
9
= waiting time in
tens of ms) to r
eceive the next character
befor
e terminating the Ethernet connection.
The r
esponse includes leading zer
os.
X6
9
= 1-65000 steps at 10 seconds per step,
default = 30 = 300 seconds.
This timeout period applies only when the switcher is connected to a PC via Ethernet. When it is connected to a PC via RS-232,
only the global timeout commands apply
.
V
iew the curr
ent connection timeout period
Esc
0TC
W 0TC
|
X6
9
Set the LAN port’s global timeout period
24
Esc
1*
X6
9
TC
W1%2A
X6
9
TC
|
Pti 1*
X6
9
Set the time to wait (
X6
9
= waiting time in
tens of ms) to r
eceive the next character
befor
e terminating the Ethernet connection.
V
iew the LAN port’s global timeout period
Esc
1TC
W 1TC
|
X6
9
Digital input data port (power sense port, right 3 pins of the pr
ojector/display contr
ol port)
Set I/O mode
24
1*
X40
[
1
%2A
X40
%5B
Iom 1*
X40
X40
= I/O mode
0 = input 8 = power sensor (triggers when the input pulse starts/stops).
V
iew I/O mode
1[
1
%5B
X40
V
iew I/O state
1]
1 %5D
X43
X43
= I/O state
0 = of
f
1 = on
An input voltage of less than 0.6 VDC is consider
ed as logic low
, and an input voltage of gr
eater than 0.7 VDC is considered to
be logic high. These thr
esholds ar
e not
adjustable.