32
where
xx:
46 = Setpoint A gain
47 = Setpoint B gain
48 = Setpoint C gain
49 = Setpoint D gain
50 = Setpoint E gain
54 = Setpoint Analog gain
To report the gain value for setpoint A, enter:
R 46
The controller responds with the message [
M
x value
], where:
x
:
1 = Setpoint A gain
2 = Setpoint B gain
3 = Setpoint C gain
4 = Setpoint D gain
5 = Setpoint E gain
6 = Setpoint Analog gain
value:
0 to 32767
If the gain for setpoint A is set to 45, an example response is:
M
1 45
Setting the Gain Compensation Factor
The gain compensation factor (GCF) modifies the gain value so that the controller gives the best response to
the low range setpoints.
When the device receives a setpoint in the range of the high sensor (Channel 1), it uses the gain value entered
with the [
Mxvalue
] command. When the controller receives a setpoint in the range of the low range sensor
(Channel 2), it uses a percentage of the high range gain determined by the GCF.
The messages described here set and report the gain compensation factor.
The [
GCvalue
] command sets the gain compensation factor, where:
value:
0 to 100% of high range gain
To report the value of the gain compensation factor, enter:
RGC
The controller responds with the message [
GC
value
], where:
value
:
0 to 100% of high range gain
For example, if:
M
xvalue
= 90.0
and:
GCF = 50
then:
Gain used for low range = 45.0
