2020-06-06, 12:52 PM
I'm sure you will have more questions.
Do you have a clutch as well?
The regular motor controller cannot work at 24 volts, unless you get the 24 volt version. Then the two motor outputs (and ground) can be used to drive relays. I suggest putting a diode anti-parallel across the relay to protect the controller.
It is likely the relay will actually close at 12 volts. did you test this?
Is there some reason you need to use relays? It is better to avoid them and power the motor directly from the controller as this will give you variable speed, soft starting/stopping and current/voltage/power measurement.
Do you have a clutch as well?
The regular motor controller cannot work at 24 volts, unless you get the 24 volt version. Then the two motor outputs (and ground) can be used to drive relays. I suggest putting a diode anti-parallel across the relay to protect the controller.
It is likely the relay will actually close at 12 volts. did you test this?
Is there some reason you need to use relays? It is better to avoid them and power the motor directly from the controller as this will give you variable speed, soft starting/stopping and current/voltage/power measurement.