![background image](http://html.mh-extra.com/html/watts/bar-positrol/bar-positrol_mounting-and-operating-instructions_876746014.webp)
14
English
Operating Instructions
bar-positurn2 and bar-positrol
Elektrischer Anschluss:
3-position-controller
Electric Connections:
Model positurn: PN2-3P-D; PN2-3P-E und PN2-3P-S
Digital
Inputs
1
2
Activate magnet B (clockwise Rotation) 24VDC
Go to middle position 24VDC
3
Digital
Outputs
4
Counter-clockwise end position reached
5
Clockwise end position reached
6
Stand by
Middle position reached
7
8
Analogue
Outputs
9
Actual value pivoting angle (+)/( - ) to clamp 14
10 Actual value diff. press. (+) (optional) /( -)
to clamp 14
Activation
Safety valve
11 Magnet C (+)
12 Magnet C ( - )
Power
supply
13 24 VDC
14 GND (for Supply, analog signals and digital input
Activation
Solenoid
valve
15
16 Magnet A ( - )
Magnet A (+)
Magnet B (+)
17
18 Magnet B ( - )
Earthing
Earthing point in the housing
Model positrol: PL-3P-D; PL-3P-E und PL-3P-S
Activate magnet A 24VDC (counter-clockwise rotation)
Electric Connections:
model positurn: PN2-D; PN2-E und PN2-S
Digital
Inputs
1
Activate magnet A (counter-clockwise rotation)
2
Activate magnet B (clockwise rotation)
3
Digital
Outputs
4
Counter-clockwise end position reached
5
Clockwise end position reached
6
Stand by
7
Analogue Inputs
8
Set value for pivoting angle (+)/( - ) to clamp 14
Analogue
Outputs
9
Actual value pivoting angle (+)/( - ) to clamp 14
10
Actual value diff. press. (+) (optional) /( - )
to clamp 14
Activation
Safety valve
11
Magnet C (+)
12
Magnet C ( - )
Power
supply
13
24 VDC
14
GND (for Supply, analog signals and
digital inputs)
Activation
Solenoid valve
15
16
Magnet A ( - )
Magnet A (+)
Magnet B (+)
17
18
Magnet B ( - )
Earthing
Earthing point in the housing
model positrol: PL-D; PL-E und PL-S
Positioner
Refeeding of clamps
1, 2, 3 and 8 results
a
ccross clamp 14.
Please take care that
there is a potential equalisation
between voltage source for feedin
and signal source.
Refeeding of clamps
1, 2, 3 and 8 results
a
ccross clamp 14.
Please take care that
there is a potential equalisation
between voltage source for feedin
and signal source.