csmstr - Omega Engineering

CSSG – STRAIN GAGE INPUT PID MODULE PROGRAMMING
CRIMSON USER MANUAL - MODULAR CONTROLLER
DATA DESCRIPTION RANGE ACCESS
AutoConstD Auto-tuned Derivative Value 0 – 600.0 sec R
AutoFilter Auto-tuned Power Filter Value 0 – 60.0 sec R
ActConstP Active Proportional Value 0 – 1000.0% R
ActConstI Active Integral Value 0 – 6000.0 sec R
ActConstD Active Derivative Value 0 – 600.0 sec R
ActFilter Active Power Filter Value 0 – 60.0 sec R
LOOP/POWER
DATA DESCRIPTION RANGE ACCESS
PowerFault Power Output value for input fault +/- 200.00% R/W
PowerOffset Power Output Offset value +/- 100.00% R/W
PowerDead Power Output Deadband value +/- 100.00% R/W
PowerRevGain Power Output Reverse Gain value 0 – 500.00% R/W
PowerDirGain Power Output Direct Gain value 0 – 500.00% R/W
PowerRevHyst Power Output SmartOnOff Reverse Hysteresis 0 – 50.00% R/W
PowerDirHyst Power Output SmartOnOff Direct Hysteresis 0 – 50.00% R/W
RevLimitLo Reverse Low Limit 0 – 200.00% R/W
RevLimitHi Reverse High Limit 0 – 200.00% R/W
DirLimitLo Direct Low Limit 0 – 200.00% R/W
DirLimitHi Direct High Limit 0 – 200.00% R/W
LOOP/SCALEINPUT1
DATA DESCRIPTION RANGE ACCESS
DispLo1 Input 1 display low value +/-30,000 R/W
DispHi1 Input 1 display high value +/-30,000 R/W
SiglLoKey1 Input 1 signal low – keyed-in (entered) value +/-30,000 R/W
SigHiKey1 Input 1 signal high – keyed-in (entered) value +/-30,000 R/W
SigLoApp1 Input 1 signal low – applied value +/-30,000 R
SigHiApp1 Input 1 signal high – applied value +/-30,000 R
StoreSigLo1
StoreSigHi1
Store input 1 signal low (edge triggered) – on the positive
going edge, the millivolt signal applied to input 1 is saved
as SigLoApp1
Store input 1 signal high (edge triggered) – on the positive
going edge, the millivolt signal applied to input 1 is saved
as SigHiApp1
0 or 1 (bit) R/W
0 or 1 (bit) R/W
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