Lenze i510 - Page 71

6 Function & parameter description
Group 4 – I/O setup
Lenze · Inverter i510 / i550 - Cabinet · Operation Manual · 0.4 EN · 02/2016 71
P400:6
0x2631:6
Start forward (CW)
i510
i550
R/W
0:Not connected
(Reference see P400:1)
Start forward signal (Edge triggered)
State:
Transition FALSE-->TRUE will start the motor forward
Note:
- Use P400:2 “Run/Stop” signal to stop the motor
- Set the signal to 0: FALSE to disable the function
- If a bipolar input (-10V..+10V) is used the direction is controlled by the
reference signal
P400:7
0x2631:7
Start reverse (CCW)
i510
i550
R/W
0:Not connected
(Reference see P400:1)
Start reverse signal (Edge triggered)
State:
Transition FALSE-->TRUE will start the motor forward
Note:
- Use P400:2 “Run/Stop” signal to stop the motor
- Set the signal to 0: FALSE to disable the function
- If a bipolar input (-10V..+10V) is used the direction is controlled by the
reference signal
P400:8
0x2631:8
Run forward (CW)
i510
i550
R/W
0:Not connected
(Reference see P400:1)
Run forward signal (Maintained signal)
State:
TRUE will start the motor forward
The last activated signal of run forward and run reverse defines the di-
rection!
FALSE of Run Forward and Run Reverse will stop the motor according to
the defined stop method
Note:
- Set the signal to 0: FALSE to disable the function
- If a bipolar input (-10V..+10V) is used the direction is controlled by the
reference signal
P400:9
0x2631:9
Run reverse (CCW)
i510
i550
R/W
0:Not connected
(Reference see P400:1)
Run reverse signal (Maintained signal)
State:
TRUE will start the motor reverse
The last activated Signal of Run Forward and Run Reverse defines the di-
rection!
FALSE of Run Forward and Run Reverse will stop the motor according to
the defined stop method
Note:
- Set the signal to 0: FALSE to disable the function
- If a bipolar input (-10V..+10V) is used the direction is controlled by the
reference signal