The relay does the same thing.
Potential relay troubleshooting.
The relay coil is across terminals 2 and 5 while the relay contacts are across terminals 1 and 2.
The coil is wired between terminals 2 and 5 with the contacts between terminals 1 and 2.
Troubleshooting of a potential relay can be done with an ohmmeter.
Whenever possible the model number on the old relay should be used when ordering a new relay.
I show the.
All you have to do is touch the ends of the.
It s probably a bad potential relay.
Replacement relays can be cross referenced for different manufacturers using convenient tables via the internet.
Potential starting relays consist of a high resistance coil and a set of normally closed contacts.
After taking all of the connecting wires off of the potential relay measure the resistance across the 1 and 2 terminals.
Potential relay operation and testing.
A simple ohmmeter is all that is needed to troubleshoot a potential relay.
I ve used this procedure many times.
The start cap is momentarily applied to the circuit then quickly disengaged.
The resistance should read close to zero since there are normally closed contacts between terminals 1 and 2.
My paperback and e book.
A simple ohmmeter is all that is needed to troubleshoot a potential relay.
The above procedure simply mimics the action of the potential relay.
When used with a run capacitor a 15 000 ohm to 18 000 ohm 2 w bleed resistor should be attached to the start capacitor to prevent possible arcing when the relay contacts open.