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csmstr - Omega Engineering

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MODULE CONFIGURATION<br />

CSINI/CSINV – ANALOG INPUT MODULE PROGRAMMING<br />

LINEARIZATION CURVE<br />

The Linearization Curve plots the PV value over the input points. To enter new values, click<br />

anywhere on the graphic.<br />

CHANNEL N LINEARIZATION DATA<br />

Enter up to 100 input/PV pairs for the selected input channel. Use a comma or to<br />

separate the pairs, and press the enter key to enter the next pair. The graphic will update to<br />

show the result of the data. Data may also be copied from programs such as MS Excel, and<br />

pasted into the dialog box.<br />

AVAILABLE DATA<br />

The following are the data values available to the Master, and therefore, may be mapped to<br />

PLC registers.<br />

INPUT/STATUS<br />

DATA DESCRIPTION RANGE ACCESS<br />

PV1 – 8<br />

Process Value – scaled according to PV at Minimum and<br />

PV at Maximum values<br />

* R<br />

InputAlarm1 – 8 Input out of range 0 or 1 (bit) R<br />

* Configuration dependent.<br />

INPUT/CONTROL<br />

DATA DESCRIPTION RANGE ACCESS<br />

InputFilter Input Filter 0 – 60.0 sec R/W<br />

ProcessMin1 – 8 Desired PV at minimum input signal level +/- 30,000 R/W<br />

ProcessMax1 – 8 Desired PV at maximum input signal level +/- 30,000 R/W<br />

LinearSlope1 – 8** Slope value applied to PV .001 – 10.000 R/W<br />

LinearOffset1 – 8** Offset value applied to PV +/- 30,000 R/W<br />

** Models with linearizer only.<br />

REVISION 6 PAGE 55

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