Its not too hard. You just have to figure out which terminals of the switch are actually connected to each other in what switch positions. Usually the middle row are all commons, and either the top row or the bottom row (if you are holding the switch the right way) is all normally open (NC) while the other will all be normally closed (NC). Since this is probably just a push-push stomp switch, each pole will toggle to the other position every time you click it. All the open switches will close, and all the closed switches will open.
Its not too hard. You just have to figure out which terminals of the switch are actually connected to each other in what switch positions. Usually the middle row are all commons, and either the top row or the bottom row (if you are holding the switch the right way) is all normally open (NO) while the other will all be normally closed (NC). Since this is probably just a push-push stomp switch, each pole will toggle to the other position every time you click it. All the open switches will close, and all the closed switches will open.
Just move the black wire over.![]()
I don't see a battery in there.
Does that thing take batteries?
:13:
According to the diagram and YouTube vid I watched, no.
Then it needs a battery.
:13:
Move the southmost wire northeast, make sense? That 3PDT switch is beyond overkill for what you are trying to do, a SPST would have worked fine and you would have only had 2 terminals to deal with.
Or, as LLL said, just put a battery in it.
Makes sense. I’ll probably get to this Thursday night.
I though LLL was kidding about the battery….no?
You could power it (with a battery or a DC input) and use one of your extra switch legs to turn on an LED when the loop from the amps switch input is closed (or open - whichever makes the desired channel active). I mean, if for some reason it is not otherwise obvious that the channel has changed.
Makes sense. I’ll probably get to this Thursday night.
I though LLL was kidding about the battery….no?