csmstr - Omega Engineering

MODULE CONFIGURATION
CSPID – PID MODULE PROGRAMMING
LOOP/CONTROL
DATA DESCRIPTION RANGE ACCESS
ReqSP
Requested Setpoint – The setpoint value written to the
controller. This value may be different than the Actual
Setpoint in applications utilizing Setpoint Ramping.
* R/W
Power Manual output power setting +/- 200.00% R/W
SetHyst Setpoint Hysteresis for On/Off Control * R/W
SetDead Setpoint Deadband for On/Off Control * R/W
SetRamp Setpoint Ramp Rate * R/W
InputFilter Input Filter 0 – 60.0 sec R/W
ReqManual
Request Manual – Write this bit to a 1 to invoke manual
mode. In manual mode, writing to the Power register
controls the output power.
0 or 1 (bit) R/W
ReqTune Request auto-tune – Write this bit to a 1 to invoke auto-tune. 0 or 1 (bit) R/W
ReqUserPID
Request User PID Set – High loads User Values into Active
set, Low loads Auto-Tune Results into Active set.
0 or 1 (bit) R/W
LOOP/ALARMS
DATA DESCRIPTION RANGE ACCESS
AlarmData1 Alarm 1 Value * R/W
AlarmData2 Alarm 2 Value * R/W
AlarmData3 Alarm 3 Value * R/W
AlarmData4 Alarm 4 Value * R/W
AlarmHyst1 Alarm 1 Hysteresis value * R/W
AlarmHyst2 Alarm 2 Hysteresis value * R/W
AlarmHyst3 Alarm 3 Hysteresis value * R/W
AlarmHyst4 Alarm 4 Hysteresis value * R/W
AlarmAccept1 Alarm 1 Accept bit 0 or 1 (bit) R/W
AlarmAccept2 Alarm 2 Accept bit 0 or 1 (bit) R/W
AlarmAccept3 Alarm 3 Accept bit 0 or 1 (bit) R/W
AlarmAccept4 Alarm 4 Accept bit 0 or 1 (bit) R/W
HCMLimitLo Heater Current Low Limit Alarm value 0 – 100.00 mA R/W
HCMLimitHi Heater Current Low Limit Alarm value 0 – 100.00 mA R/W
HCMAcceptLo Heater Current Low Limit Alarm Accept 0 or 1 (bit) R/W
HCMAcceptHi Heater Current High Limit Alarm Accept 0 or 1 (bit) R/W
InputAccept Input out of range alarm accept 0 or 1 (bit) R/W
REVISION 6 PAGE 31