klingonsosarey
New Member
Hi
This is sound very silly to all you electro tech people, but this is beyond my personal expertise.
I have a problem with the electronics of a Delta air purifier: I can't get it to start the motor. I have isolated the problem to the circuit board, because when I connect the 110V power directly to the motor (bypassing the circuit) it works perfectly. The circuit serves as a timer and provides lower speed settings (hi med lo). there are four wires going from the circuit to the motor. white black red and blue. I connect the black and white to the power supply and it starts. I speculate that the additional wires serve to feed a certain voltage at a different phase, so it lowers the power output of the motor. The motor is rated 115V, 3A, single phase.
My question is : can I leave the simple bypass I made as a permanent connection? Am I risking and overload or some other adverse effect?
thank you for your time. I know this is abc to you.
This is sound very silly to all you electro tech people, but this is beyond my personal expertise.
I have a problem with the electronics of a Delta air purifier: I can't get it to start the motor. I have isolated the problem to the circuit board, because when I connect the 110V power directly to the motor (bypassing the circuit) it works perfectly. The circuit serves as a timer and provides lower speed settings (hi med lo). there are four wires going from the circuit to the motor. white black red and blue. I connect the black and white to the power supply and it starts. I speculate that the additional wires serve to feed a certain voltage at a different phase, so it lowers the power output of the motor. The motor is rated 115V, 3A, single phase.
My question is : can I leave the simple bypass I made as a permanent connection? Am I risking and overload or some other adverse effect?
thank you for your time. I know this is abc to you.
