BONFIGLIOLI DGM MPM Technical Manual page 75

34.021
Relationship to
parameter:
For asynchronous motors:
The catch time can be optimised here, if the automatically determined results (of the motor identification) are
insufficient.
For synchronous motors
The time during which the motor speed is determined can be set here.
34.090
Relationship to
parameter:
The control boost of the speed controller can be optimised here, if the automatically determined results (of the motor
identification) are insufficient.
34.091
Relationship to
parameter:
For asynchronous motors:
The reset time of the speed controller can be optimised here, if the automatically determined results (of the motor
identification) are insufficient.
For synchronous motors:
The reset time of the speed controller must be optimised here, we would recommend a value between 0.1 s and 0.5 s.
34.110
Relationship to
parameter:
5.080
33.034
This parameter can be used to optimise or deactivate slippage compensation.
0 = disable (performance as on the grid)
1 = compensation for slippage.
Example: 4 pole asynchronous motor at 1410 rpm, target frequency 50 Hz
Motor idling
0 = approx. 1500 rpm
1 = 1500 rpm
Motor at nominal point
0 = 1410 rpm
1 = 1500 rpm
50 Hz is always displayed as the actual frequency.
Deactivating slip compensation may result in blocking detection no longer working reliably.
Operating manual for DGM Modular | DOC02389740-0006 | 2021-07 | V1.70 EN
Catch time
Transfer status:
2
Drive type
Speed controller K
p
Transfer status:
2
Drive type
Speed controller T
n
Transfer status:
2
Drive type
Slip trimmer
Transfer status:
2
Drive type
Unit: ms
min.: 0 Own value (to be entered!)
max.: 10000
def.: 100
V/f ASM PMSM
x
Unit: mNm / rad / s
min.: 0 Own value (to be entered!)
max.: 10000
def.: 150
V/f ASM PMSM
x
Unit: s
min.: 0 Own value (to be entered!)
max.: 10
def.: 4
V/f ASM PMSM
x x
Unit:
min.: 0 Own value (to be entered!)
max.: 1.5
def.: 1
V/f ASM PMSM
x
SRM
x
SRM
x x
SRM
x
SRM
75