Honeywell UDA2182 manual Math Configuration, Linear default

Configuration

Table 6-10 Math Configuration

Sub-menu	Parameter	Selection or		Parameter Definition
		Range of
		Setting
Math 1	Type	Linear (default)		Provide a linear output with Gain and Offset with digital
Math 2				filtering.
Math 3				Output = Filter (Gain * (Input) + Offset)
Math 4
				Linear is simple linear scale used to retransmit the PV
				using the High Range as scaled 100% output and the
				Low Range is the scaled to 0% output. There is no
				restriction on the High and Low ranges. Setting the
				high range to a value less than the low range will invert
				the action of the math output. Limit out has no effect on
				the output.
		Log		Log (base 10):
				Output = Log(Input): Input > 10^-10
				Output = -10 Input <= 10^-10 Output Block Low
				Range=Log(Input low value)
		Sq Root		Square Root:
				Output = SqRoot(Input). Input > 0
				Output = 0 Input < 0
		Abs Value		Absolute Value
				If Input >= 0 then Output = Input
				If Input < 0 then Output = -Input
		Any Analog Signal	Analog Signal Source – Process signal to be monitored
		See Table 6-3	by the Alarm. Any analog source such as PV,
			Temperature, Pharma, Math, Function Generator,
			Switch, PID, or Calculated Values*
			* units of measure between the two input boards must be
			similar
	Source	-99999 to	For Linear Math Types. Gain multiplier for Calculation
		99999.9 in	Output = Gain * Input + Offset
		Engineering Units
		default = 1.000
	Gain	-99999 to
	(Linear Only)	99999.9 in
		Engineering Units
		default = 0.000	For Linear Math Types. Offset for Calculation
			Output = Gain * Input + Offset
	Offset	-99999 to
	(Linear Only)	99999.9 in
		Engineering Units
		default = 0.000
	Filter Time	0 to 120	A software digital filter is provided for dampening the
		default = 0.0	process noise and is applied before the limit functions.
			The units are in time constant seconds.

86 UDA2182 Universal Dual Analyzer Product Manual January 2009