Extron electronics XMP 240 C AT User Manual page 120

Command
Metering
NOTE: Metering is available on all input gain and output attenuation blocks.
Read meter level
Enable meter updates
KEY:
X7@ = Target OID
X8* = Updates status
X8( = Meter level
Automixer Gate Monitoring
Get current automixer
gate monitoring status
Unsolicited automixer
gate status update
KEY:
X7@ = Automixer OID
X9! = Gate monitoring status
X9@ = Meter status
X9% = Signal level when gate is
opened or closed
X9^ = Automixer gate status
Signal Level Monitoring (SLM)
SLM tracks when the signal at a metered gain OID crosses a set threshold level. When SLM is enabled for an OID,
an unsolicited message is sent when the threshold level is crossed. The response includes the OID, meter on/
off status, level after the threshold was crossed, and if the level was going up or down when the threshold was
crossed.
Set SLM status
Get current threshold
status
Unsolicited meter value
KEY:
X9@ = Meter status
X9$ = Monitoring threshold
= Metered gain OID
X17@
= Meter value
X19%
= Meter relative to threshold
X19^
ASCII command
(host to device)
E X7@ }
V AU
E X7@ X8* }
V * AU
See Object ID (OID) Number Tables
0 = disabled, 1 = enabled
-150.0 dBFS to 0.0 dBFS (1500 to 0000)
E X7@ }
J AU
This is enabled by selecting
the dialog
Automix
Monitor
checkbox (see
Gate
Input Automix Block
on
page 39).
See Object ID (OID) Number Tables
0 = gate monitoring disabled, 1024 = gate monitoring enabled
0 = meter off, 1 = meter on
0000-1023 = gate closed, ≥1024 = gate open
(see Automixer Gate Monitoring
0 = gate closed, 1 = gate open
E X17@ X9$ }
J * AU
E X17@ }
J AU
0 = meter off, 1 = meter on
0 = disabled, 0001-2000 = signal threshold to monitor
(-0.1 to -200.0 dBFS).
See Object ID (OID) Number Tables
0000-2000 = 0.0 to -200.0 dBFS
0 = above threshold, 1 = equal to or below threshold
Response
(device to host)
X8* X8(]
*
X7@ X8*]
DsV *
X9!]
X7@ X9@ X9% X9^]
DsV * * *
on page 125)
X17@ X9$]
DsJ *
X9$]
X17@ X9@ X19%
DsV * *
X19^]
*
XMP 240 C AT • Remote Control and Configuration
Additional description
-150.0 dBFS to 0.0 dBFS
on page 127
Verbose mode 2/3
X7@ X9$]
DsJ *
on page 127
Verbose mode 2/3
X17@ X9$]
DsJ *
on page 127
125