PMA KS 50 Mode D'emploi page 7

Structure of configuration word 2 (
No alarm
0
Sensor alarm
1
Sensor alarm + limit contact
2
Sensor + heating curr. alarm + limit contact
3
Sensor + heating current alarm
4
Heating current alarm
5
SSR-short circuit
6
normally closed (relay de-energized with alarm)
No limit contact
0
Relative limit contact
1
Relative limit contact with suppression
2
Absolut limit contact
3
Relative limit contact refer to W1
4
normally open (relay energized with alarm)
No limit contact
5
Relative limit contact
6
Relative limit contact with suppression
7
Absolut limit contact
8
Relative limit contact refer to W1
Ü
9
Con1
*
With = x x x
The limit contact is suppressed during start-up or after set-point changes.
Limit contact (LC), relative, normally closed
The adjusted values correspond to control
deviations (X-W), at which an alarm occurs.
Con2
I D
M
Pressing or
Pressing makes the change effective and
Alarm 1
*
*
2
, these adjustments are without function.
):
changes the value (the longer the faster).
No alarm
0
Sensor alarm
1
Sensor alarm + limit contact
2
Sensor + heating curr. alarm + limit contact
3
Sensor + heating current alarm
4
Heating current alarm
5
SSR-short circuit
6
normally closed (relay de-energized with alarm)
No limit contact
0
Relative limit contact
1
Relative limit contact with suppression
2
Absolut limit contact
3
Relative limit contact refer to W1
4
normally open (relay energized with alarm)
No limit contact
5
Relative limit contact
6
Relative limit contact with suppression
7
Absolut limit contact
8
Relative limit contact refer to W1
9
Limit contact (LC), absolute, normally closed
The adjusted values correspond to the process
values (X), at which the alarm occurs.
Con3
is displayed.
Ü
Alarm 2
*
*
5