Analogue Outputs - ECOLAB Versatronic Betriebsanleitung

Device menu
10.4.8

Analogue outputs

Go to: Device menu è Configuration è Analogue outputs è Analogue output 1 to 9
Configuration
point
Name
Output value signal Alias values/
Analogue signal
Manual mode
allowed
Safety value
1 to 4
Scale start
1 to 4
scaling end
1 to 4
( 1 ) The input field shows the unit of the value that is set for "Output value".
417102269 Rev. 2-08.2020
Selection / option
Up to 15 characters of text
* Alias value 1: Ch.1 reading
Alias Value 2: Ch.1 temp.
*Alias value 3: Ch.2 reading
Alias Value 4: Ch.2 Temp.
* Alias Value 5: Ch.3 reading
Alias Value 6: Ch.3 Temp.
* Alias value 7: Ch.4 reading
Alias value 8: Ch. 4 temp.
* = Please select only the highlighted points
0 to 10 V
0 to 20 mA
4 to 20 mA
10 to 0 V
20 to 0 mA
20 to 4 mA
Yes
No
0 to 10.7 V
or
0 to 22 mA
1
-99999 to +99999 ( )
1
-99999 to +99999 ( )
166
Explanation
Output name
Analogue signal source of
the output
Type of issued unit signal
Disable/enable manual
mode for the output.
With manual mode you can
test the settings of fixed
values for the analogue
output.
Ä Chapter
See
10.6 'Functional level'
on page 179.
Sets an analogue value for
the output when in Hold
mode, during calibration or
in the case of an error
If an analytical input for
conductivity measurement
is set as the "Signal
baseline", the safety values
1 to 4 are assigned to the
conductivity measuring
ranges of 1 to 4. Pairs with
the same number belong
together. Otherwise, safety
value 1 applies.
Analogue value of the
analogue signal source (see
configuration item "Output
value") which corresponds
to the lower limit of the unit
signal hub [0 V or 0 (4) mA]
Analogue value of the
analogue signal source (see
configuration item "Output
value") which corresponds
to the lower limit of the Input
signal hub (10 V and 20
mA)
Default
Ch. X analogue output
IN 7: Alias value 1 Ch 1
reading X
IN 8: Alias value 3 Ch 2
measured value X
IN 9: Alias value 5 Ch 3
measured value X
IN 10: Alias value 7 Ch 4
measured value X
4 - 20 mA
Yes
0.0 mA
0.00
500.00