Elimko E-PR-200 Series, Руководство пользователя

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Elimko
E-PR-200
KY-PR200-0420-0 PAGE
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6.6.2. Digital Output Card adjustments
Please see section 6.6.1 for a description of parameters.
Figure 6.19 Digital Output Card Adjustments
6.6.3. Analog Input Card adjustments
Name
: The channel can be named with using maximum 12 characters.
Description
: Maximum 50 characters long description.
Input Type
: Determines input type. The parameter can be selected as,
Thermocouple, Resistance
Thermometer, Ohm, Milivolt, Miliamper or Volt.
Range Low
: Determines minimum input value that will be applied to the channel. This parameter is
active only for linear inputs.
Range High
: Determines maximum input value that will be applied to channel. This parameter is
active only for linear inputs.
Range Low - Range High Values for Linear Inputs are given below.
INPUT Min. Input Max. Input
Miliamper -20 mA 20 mA
Milivolt -2000 mV 2000 mV
Ohm 0 ohm 5000 ohm
Volt -10 V 10 V
Linearization
: Determines sensor type for Thermocouple and Resistance Thermometer and how to
linearize the Linear Inputs while the process value is calculated.
Decimal Point
: Determines the position of decimal point. The parameter can be adjusted as
0
,
0.0
,
0.00
or
0.000.
Zero – Span
: Determines process value for TC and RT sensors in the case of sensor break depending
on
Sensor Break
parameter. The parameter determines the scale for linear inputs.
Sensor Break
: Determines process value in the case of sensor break. Process value will be equal to
Zero when
SET LOW
is selected and will be equal to Span when SET HIGH is selected.
Shift Value
: Determines shift value of process value.
Unit
: Determines the unit of the input.
CJ Type
CJ Temperature
CJ Source
: Determines the cold juction compensation type for TC inputs.
DISABLED
selection
disables the compensation.
CONSTANT
selection fixes the cold junction temperature to
CJ Temperature parameter.
RESERVED and EXTERNAL
selections use external E-CJ-
NTC-01 terminal NTC sensor.
CHANNEL CJ
selection assigns cold junction temperature
to the cold junction temperature of another channel defined by
CJ Source
and likewise
CHANNEL
selection assigns cold junction temperature to the process value of the
channel defined by
CJ Source
.