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NT00000603-JBRB-ECOWATT-PR-AN-191202
The previous example is given for a voltage signal. If a current signal is used, apply the same procedure,
replacing screens P522 and P523 with the following:
P524 ANALOG.1 min
CURRENT VAL
ANALOG. INPUT 1 min:
4.0mA
Set the min. current transmitted by the
sensor
ANALOG. INPUT 1 min:
6.5mA*
*Example
P525 ANALOG.1 max.
CURRENT VAL
ANALOG. INPUT 1
max.: 20mA
Set the max. current transmitted by
the sensor
ANALOG. INPUT 1 max:
18mA*
*Example
6.11.4
Select the sensor’s total measurement range
SYSTEM
CONFIGURATION
6 x
5 - SENSOR CONFIG
ANALOGUE INPUTS
6 x
P512 ANALOG.1 min.
CO2 VAL
ANALOG. INPUT 1 min.
CO2: 0ppm
Set the right value for the sensor used
ANALOG. INPUT 1 min
CO2: 100ppm*
*Example
P513 ANALOG.1 max.
CO2 VAL
ANALOG. INPUT 1 max.
CO2: 2,000ppm
Set the right value for the sensor used
ANALOG. INPUT 1 max
CO2: 1,900ppm*
*Example
The previous example is given for a CO2 sensor. If another type of sensor is used, apply the same proce-
dure, replacing screens P512 and P513 with the following:
°C TEMPERATURE SENSOR
% HYGROMETRY SENSOR
P514 ANALOG.1 min.
TEMP VAL
ANALOG. INPUT1 min.
TEMP: 0°C
ANALOG. INPUT1 min.
TEMP: 10 °C*
*Example
P515 ANALOG.1 max.
TEMP VAL
ANALOG. INPUT1
max. TEMP: 50°C
ANALOG. INPUT1
max. TEMP: 60°C*
*Example
P516 ANALOG.1 min.
HYGRO. VAL
ANALOG. INPUT 1
min. HYGRO.: 0%
ANALOG. INPUT 1
min. HYGRO.: 10%*
*Example
P517 ANALOG.1 max.
HYGRO. VAL
ANALOG. INPUT 1
max. HYGRO.: 100%
ANALOG. INPUT 1
max. HYGRO.: 90%*
*Example
