I know this has been covered somewhere but im either finding it and not understanding it or something.
- I want to use one of the 30A Diagrams to build my panel. 1 PID, 2 Pumps, Estop, 2 Elements (1 at a time obviously)(5500W)
I need to put a 30A GFCI Breaker into my box and I have to run wire but Im confused if 10/4 Romex will work or not? 10guage is much cheaper then 8 and 6 for 40 and 50 amps respectively.
I may be able to pull it off if I buy the 10 gauge and use one of the 30 amp builds I just want to make sure.
The other question is if I use his 40a Diagram but power 4500W elements instead of 5500W elements would that work with 30A.
I like having 2 PID's and my thinking is that the less current drawn from the 4500W Element will allow current to be pulled by the extra PID controller and still be safe for 30A service.
- I want to use one of the 30A Diagrams to build my panel. 1 PID, 2 Pumps, Estop, 2 Elements (1 at a time obviously)(5500W)
I need to put a 30A GFCI Breaker into my box and I have to run wire but Im confused if 10/4 Romex will work or not? 10guage is much cheaper then 8 and 6 for 40 and 50 amps respectively.
I may be able to pull it off if I buy the 10 gauge and use one of the 30 amp builds I just want to make sure.
The other question is if I use his 40a Diagram but power 4500W elements instead of 5500W elements would that work with 30A.
I like having 2 PID's and my thinking is that the less current drawn from the 4500W Element will allow current to be pulled by the extra PID controller and still be safe for 30A service.