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Input range high, Input high signal, Table 5.9—display formats 107 – Watlow CPC400 User Manual

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CPC400 Series User’s Guide

Chapter 5: Menu and Parameter Reference

Doc. 0600-2900-2000

Watlow Anafaze

107

Table 5.9

Display Formats

Input Range High

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

This parameter and the Input high signal parameter to-
gether define a point on the conversion line for the scaling
function. See Setting Up a Process or Pulse Input on page
58
.

Values: Any value between Input range low and the maxi-
mum process variable for the selected display format (see
Table 5.9).
Default: 1000. Decimal placement depends upon the value
of the Disp format parameter.
Modbus Address (Loops 1 to 9): 40581 to 40589
Parameter Number: 36
LogicPro Driver: Database
LogicPro Address (Loops 1 to 9): 36.1 to 36.9
Decimal Placement for Modbus or LogicPro: See Dec-
imal Placement for Numeric Values on page 80
.

Input High Signal

For a process or pulse input, enter the input signal level
that corresponds to the value for the Input range high pa-
rameter. For a process input, the high signal is a percent-
age of the full scale input range. For a pulse input, the high
signal is expressed in Hertz.

Values: For process inputs, -99.8 to 999.9 (-998 to 9999)
percent of full scale. For pulse inputs, 1 to 2000 (1 to 2000)
Hz. This value must be greater than the value for Input low
signal
. Values in parentheses are for serial communica-
tions and LogicPro.
Default: 100.0% (1000) for a process input, 1000 (1000) for
a pulse input

Display Value

Modbus or

LogicPro

Value

Minimum

Process
Variable

Maximum

Process
Variable

-999 to 3000

255

-999

3000

-9999 to 30000

0

-9999

30000

-999.9 to 3000.0

1

-999.9

3000.0

-99.99 to 300.00

2

-99.99

300.00

-9.999 to 30.000

3

-9.999

30.000

-.9999 to 3.0000

4

-0.9999

3.0000

l01 Input ranger
high b 1000 ˚F

l01 Input high r
signal b100.0%