Spectrum Controls 1756sc-OF8H Series A - Manual (Page 53)

Chapter 5: 1756sc-IF8H Channel Configuration, Data, and Status 39
Table 5.1b
Tag Name Data Type Style Description
If8h0Configuration.ChXInputRange 1 SINT DEC Configures the channel's input range.
Input ranges include:
0 = -10.25 to 10.25V
1 = 0 to 5.125V
2 = 0 to 10.25V
3 = 0 to 20.58 mA
4 = 3.42 mA to 20.58 mA
If8h0Configuration.ChXDigitalFilter 1 INT DEC A non-zero value enables the filter,
providing a time constant in
milliseconds used in a first order lag
filter to smooth the input signal. If non-
zero, must be greater than twice the
RTS rate.
0 to 20100 msec
If8h0Configuration.ChXRateAlarmLimit 1 REAL FLOAT The trigger point for the rate alarm
status bit which will set if the input
signal changes at a rate faster than the
configured rate alarm. Configured in
user scaling units per second.
If8h0Configuration.ChXLowSignal 1 REAL FLOAT One of four points used in scaling. The
low signal represents the minimum
input range.
If8h0Configuration.ChXHighSignal 1 REAL FLOAT One of four points used in scaling. The
high signal represents the maximum
input range.
If8h0Configuration.ChXLowEngineering 1 REAL FLOAT One of four points used in scaling. The
low engineering represents the
minimum scaled range.
If8h0Configuration.ChXHighEngineering 1 REAL FLOAT One of four points used in scaling. The
high engineering represents the
maximum scaled range.
If8h0Configuration.ChXLowAlarm 1 REAL FLOAT The low process alarm trigger point.
Enter the value in terms of engineering
units.
If8h0Configuration.ChXHighAlarm 1 REAL FLOAT The high process alarm trigger point.
Enter the value in terms of engineering
units.
If8h0Configuration.ChXLowLowAlarm 1 REAL FLOAT The low low process alarm trigger point.
Enter the value in terms of engineering
units.
1
X represents the module channel number (0 to 7).