I wasn't sure what to title this thread.
Lets say you have two loads, a table saw and a ban saw coming from two different circuits, both 208-1. Lets also say you want to devise a way so that these loads never run simultaneously. Is there a good way to do this without using a bunch of relays and contactors?
Do you think it would be possible/permissible to use a non-fused double throw disconnect assuming the over current protection for each circuit is sized properly and the disconnect ampacity rating is greater than the load, then size the branch circuit wiring for the larger load.
This has nothing to do with load calculations or service sizing.
Lets say you have two loads, a table saw and a ban saw coming from two different circuits, both 208-1. Lets also say you want to devise a way so that these loads never run simultaneously. Is there a good way to do this without using a bunch of relays and contactors?
Do you think it would be possible/permissible to use a non-fused double throw disconnect assuming the over current protection for each circuit is sized properly and the disconnect ampacity rating is greater than the load, then size the branch circuit wiring for the larger load.
This has nothing to do with load calculations or service sizing.