Firstly as far as I know the panel does not need GFCI and if it did you wouldn't want it on the outlet as when something trips the outlet your panel is dead.
When you say "dead," do you mean unpowered until the GCFI is reset or do you mean the GCFI getting tripped will damage the panel?Firstly as far as I know the panel does not need GFCI and if it did you wouldn't want it on the outlet as when something trips the outlet your panel is dead.
unpowered until the GCFI is resetWhen you say "dead," do you mean unpowered until the GCFI is reset or do you mean the GCFI getting tripped will damage the panel?
Thanks for the clarification. Yeah, that would not be a long-term solution but I was hoping it might be better than the piggyback power the board is currently getting. It might be some days before I can get my electrician friend out to look at the panel so I was hoping to find something I can do myself in the meantime.unpowered until the GCFI is reset
Will do once I'm home tonight. Thanks again for your help!Show us pictures of your CB panel.
You can use the connection from the "line" side of the GFCI to power the panel with no issues. There should be one available on the device.Thanks for the clarification. Yeah, that would not be a long-term solution but I was hoping it might be better than the piggyback power the board is currently getting. It might be some days before I can get my electrician friend out to look at the panel so I was hoping to find something I can do myself in the meantime.
Thanks! I already have a line running from that GCFI outlet to the panel (for a stenner pump) and now that I'm home, I was able to trip the GCFI and found that power was still going to stenner pump so the wiring must not run through the GCFI like I originally assumed.You can use the connection from the "line" side of the GFCI to power the panel with no issues. There should be one available on the device.
Here's a pic of my CB panel. Breakers 6/7 currently power the Oasis panel, filter pump and booster pump. 9a powers a GCFI outlet, pool light and stenner pump.Show us pictures of your CB panel.
Awesome, thank you!You or an electrician can tap in to the non-GFCI side of 9A and power your panel from that CB.
Breaker 6/7 should be changed to GFCI for your pumps.
You can power the Stenner and the panel.So 9a already runs to the controller for the stenner pump. Should I used that to power the board instead and if so, can I power the stenner with a piggyback from the pump relay?
Done! Thanks again for your help with this. I've just got to get the GCFI breaker installed now and then I should be good to go.You can power the Stenner and the panel.
Connect the panel wire to the LINE side of the Stenner relay to pickoff the power from the same CB.
See THIS threadDone! Thanks again for your help with this. I've just got to get the GCFI breaker installed now and then I should be good to go.
On a side note, I noticed that the filter pump relay is always on. I asked Waterway and they said that was normal because I have a variable speed pump which always needs power. My booster pump is powered from the load sides of the filter pump relay and I had thought this prevented the booster from running without the filter pump but now I see that is not the case (since the load sides of the filter relay are always powered). In this scenairio, is there any feasible way to ensure the booster pump only runs when the filter pump is running?
Oh wow, that's super helpful. Didn't know something like that existed.See THIS thread
That diagram is dangerous leaving L1 always hot. Someone working on the pump may assume with the pump not running there is no power to the wires.Oh wow, that's super helpful.
Oh wow, that's super helpful. Didn't know something like that existed.
Looking over the various threads on that topic, it seems they're all for 120V SWC but if I'm understanding correctly, this diagram should work for my 240V booster pump?
View attachment 630003
Thank you, I was actually wondering about that after I posted my reply. Wasn't sure what would happen to the booster if its relay turned on without the current switch engaged sending only one leg of the 240V to the booster pump. Whatever would happen, I'm guessing it wouldn't be good for the pump?That diagram is dangerous leaving L1 always hot. Someone working on the pump may assume with the pump not running there is no power to the wires.
The NEC states both legs of a 240 volt circuit must be switched together.
One leg of the 240V circuit is always powered in that diagram. It does not matter if the relay is turned on.Wasn't sure what would happen to the booster if its relay turned on without the current switch engaged sending only one leg of the 240V to the booster pump.