Extron electronics CrossPoint 450 Plus 2412 HV, User Manual

Page: 127 / 214

4-17
CrossPoint / MAV Matrix Switchers • Programmer’s Guide
Command/response table for SIS commands (continued)
Command ASCII command
(host to switcher)
Response
(switcher to host)
Additional
description
Digital Sync Validation Processing (DSVP) (CrossPoint)
N
X!
= Global or room preset # 00 - 32, 10 maximum for a room preset (00 = current configuration)
X1#
= Sync frequency xxx . xx (frequency in hZ [V] or kHz [H]))
X1$
= Connection status 0 = no input connected
1 = input connected
List individual sync
frequency
X!
LS
X1# , X1#]
Listed as horizontal frequency,
vertical frequency.
Example:
2LS
031.50
,
060.00
]
Input 2 horizontal frequency
is 31.5 khZ and its vertical
frequency is 60 Hz.
N
The matrix switcher returns 000.00,000.00 if there is no connection or sync frequencies are not applicable.
View connections 0LS
X1$
1
X1$
2
X1$
3
...
X1$
n
]
Each
X1$
response is
the connection status
(0 = no input detected,
1 = input detected) of
an input, starting from input 1.
n is the maximum number of
inputs for this model.
RGB delay (CrossPoint)
N
X#
= Output number 01 – (maximum number of outputs for your model)
X1%
= RGB delay interval Delay in 1/2 second increments (10 maximum)
Set RGB delay
EX#
*
X1%
D
}
Out
X#
•Dly
X1%
*1
]
Example:
E
13*7D
}
Out13•Dly07
]
Set the RGB interval for ties
to output 13 to 3.5 seconds
(7 x 0.5 sec.).
View RGB delay
EX#
D
} X1%]
Example:
E
14D
}
05
]
Output 14 interval is
2.5 seconds (5 x 0.5 sec.).
I/O Grouping
N
X1^
= Group # (for I/O grouping) 1 through 4 groups (0 = no group)
N The group that is assigned in each of the following I/O grouping commands (
X1^
) must be 1, 2, 3, 4, or 0 (not grouped).
Write input grouping
EX1^
1
X1^
2
...
X1^
n
I
}
Gri
X1^
1
X1^
2
X1^
3
...
X1^
n
]
Each
X1^
entry is the group
number assigned to an input
position, starting from input 1.
n = the maximum number of
inputs for this model.
Example:
CrossPoint 450 Plus 3232
E
40...33I
}
See below.
01 Input:
Gri Response #s = group:
Input 1 in group 4
02 03 04 05 06 07 08 09 10 11 12
4 0 1 3 3 0 0 0 0 4 4 4 4 1 1 2 2 1 2 2 3 3 3 3
13 14 15 16 17 18 19 20 21 22 23 24
Input 2 not grouped
2 1 2 2 3 3 3 3
25 26 27 28 29 30 31 32
Input 32 in group 3
Input 1 - group 4,
input 2 - group 0 (ungrouped),
... input 31 - group 3,
input 32 - group 3.
Write output grouping
EX1^
1
X1^
2
...
X1^
n
O
}
Gro
X1^
1
X1^
2
X1^
3
...
X1^
n
]
Each
X1^
entry is the group
number assigned to an output
position, starting from output
1.
n = the maximum number
of outputs for this model.