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Input range low, Input low signal – Watlow CPC400 User Manual

Page 122

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Chapter 5: Menu and Parameter Reference

CPC400 Series User’s Guide

108

Watlow Anafaze

Doc. 0600-2900-2000

Modbus Address (Loops 1 to 9): 40615 to 40623
Parameter Number: 38
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 38.1 to 38.9
Decimal Placement for Modbus or LogicPro: See Dec-
imal Placement for Percentage Values on page 80
.

Input Range Low

For a process or pulse input, enter the low process variable
for input scaling purposes. This value will be displayed
when the input signal is at the level set for Input low sig-
nal
.

This value and the value for Input low signal together de-
fine one of the points on the scaling function’s conversion
line. See Setting Up a Process or Pulse Input on page 58.

Values: Any value between the minimum process variable
for the selected display format (see Table 5.9 on page 107)
and the value for Input range high.
Default: 0
Modbus Address (Loops 1 to 9): 40598 to 40606
Parameter Number: 37
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 37.1 to 37.9
Decimal Placement for Modbus or LogicPro: See Dec-
imal Placement for Numeric Values on page 80
.

Input Low Signal

For a process or pulse input, enter the input signal level
that corresponds to the low process variable you entered for
the Input range low parameter.

For a process input, the low signal is a percentage of the
full scale input range. For a pulse input, the high signal is
expressed in Hertz.

Values: For process inputs, -99.9 to 999.8 (-999 to 9998)
percent of full scale. For pulse inputs, 0 to 1999 (0 to 1999)
Hz. This value must be less than the value for Input high
signal
. Values in parenthesis are for serial communications
and LogicPro.
Default: 0
Modbus Address (Loops 1 to 9): 40632 to 40640
Parameter Number: 39
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 39.1 to 39.9
Decimal Placement for Modbus or LogicPro: See Dec-
imal Placement for Percentage Values on page 80
.

l01 Input ranger
low b 0

l01 Input low r
signal b .0%