BraveSirRobbin
Moderator
Hmmm, if it was me here is what I would do.
Remove the cable going to the Elk relay from the button's terminals. Take a piece of wire and momentarily touch (short) the two terminals on the button together and see if the garage door opens, then do again to make sure it closes. This will verify that a temp short is required for opening and closing.
Then I would take a meter and measure the resistance between your two wires going from the Elk Relay (cable still disconnected from the garage door button terminals). You should see infinite resistance.
Then with the meter still connected to those wires, run your rule and make sure the resistance is near zero (less than three ohms or so) and then goes back to infinite resistance. You may have to extend your time to more than just a second to get this reading on your meter.
I'm thinking the relay is not opening properly or a short/leakage exists somewhere in the cable.
Remove the cable going to the Elk relay from the button's terminals. Take a piece of wire and momentarily touch (short) the two terminals on the button together and see if the garage door opens, then do again to make sure it closes. This will verify that a temp short is required for opening and closing.
Then I would take a meter and measure the resistance between your two wires going from the Elk Relay (cable still disconnected from the garage door button terminals). You should see infinite resistance.
Then with the meter still connected to those wires, run your rule and make sure the resistance is near zero (less than three ohms or so) and then goes back to infinite resistance. You may have to extend your time to more than just a second to get this reading on your meter.
I'm thinking the relay is not opening properly or a short/leakage exists somewhere in the cable.