csmstr - Omega Engineering

MODULE CONFIGURATION
CSPID – PID MODULE PROGRAMMING
OUTPUTS/CYCLE TIMES
DATA DESCRIPTION RANGE ACCESS
CycleTime1 Cycle Time for Output 1 0.1 – 60.0 sec R/W
CycleTime2 Cycle Time for Output 2 0.1 – 60.0 sec R/W
CycleTime3 Cycle Time for Output 3 0.1 – 60.0 sec R/W
CycleTime4 Cycle Time for Output 4 (CSPID2 only) 0.1 – 60.0 sec R/W
OUTPUTS/REMOTE DATA
DATA DESCRIPTION RANGE ACCESS
DigRemote1
Digital Remote 1 – Outputs assigned to Digital Remote
can be controlled by writing the DigRemote bit to a 1 or 0.
0 or 1 (bit) R/W
DigRemote2 Digital Remote 2 – See DigRemote1 0 or 1 (bit) R/W
DigRemote3 Digital Remote 3 – See DigRemote1 0 or 1 (bit) R/W
DigRemote4 Digital Remote 4 – See DigRemote1 0 or 1 (bit) R/W
AnlRemote1
Analog Remote Value 1 – Outputs assigned to Analog
Remote can be controlled by writing a number to this
word.
* R/W
AnlRemote2 Analog Remote Value 2 – See AnlRemote1 * R/W
AnlRemote3 Analog Remote Value 3 – See AnlRemote1 * R/W
AnlRemote4 Analog Remote Value 4 – See AnlRemote1 * R/W
OUTPUTS/INFORMATION
DATA DESCRIPTION RANGE ACCESS
OP1State State of Output 1 0 or 1 (bit) R
OP2State State of Output 2 0 or 1 (bit) R
OP3State State of Output 3 0 or 1 (bit) R
* Configuration dependent. Except for the application detailed below, these numbers may be
treated as signed integers. All temperature inputs are measured to a tenth of a degree
resolution. For process inputs, the resolution is dependent on the user scaling values.
Application exception: If the application involves Fahrenheit measurement over 3000 degrees
with a C type thermocouple, the following values should be treated as unsigned – PV, ReqSP,
ActSP and AlarmData 1-4 (when configured for absolute operation).
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