User guide

54
7 Parameterisation of the Operating Modes
7.18 Operating mode 37: Distance; dynamic current limit A2
NOTE
In order for the parameter to function, KP_H must be > 0.
Function IN 1: Travel distance; the distance increases with each high flank (x); displacement = x*distance.
Function IN 2: Analog A2 dynamic current limitation.
Speed Current limit
IN A IN B IN 1 IN 2 Direction Value Type Value Function Comment
0 0 x A2 - 0 - - Free-wheeling No braking, no current feed
1 0 x A2 pos A1 D A2 N control
1 0 x A2 pos A1 D A2 N control
1 0 x A2 pos A1 D A2 N control
1 0 x A2 pos A1 D A2 N control
0 1 x A2 neg A1 D A2 N control
0 1 x A2 neg A1 D A2 N control
0 1 x A2 neg A1 D A2 N control
0 1 x A2 neg A1 D A2 N control
1 1 0 A2 - 0 D A2 Stop Stopping
1 1 0 -> 1 A2 - A1 D A2 Distance Positioning
1 1 0 A2 - 0 D A2 Stop Stopping
1 1 0 -> 1 A2 - A1 D A2 Distance Positioning
Distance = Parameter 44 + 45; relative distance with plus/minus sign. Positive distances are travelled in a clockwise direction.
Travel distance only if KP_H > 0
For further information, see page 33.
Stop control = If KP_H > 0; brake and stop in the current position on changeover to IN A = IN B = 1 + Coasting rh, lh.
If KP_H = 0; brake and stop on changeover to IN A = IN B = 1, run speed to 0.
S = Static
P = Parameter
F = Freeze
D = Dynamic
x = Arbitrary value