I have a serious mess of cords and switch boxes that have gone too long without proper organization. I’m finally giving in and will be making a couple boards for them. Show me what you got for some inspiration please!
I will also be integrating separate GFCI outlets for each submerged electronic. I have been avoiding GFCI because it has always seemed to me like too great a risk to the tank to have a single GFCI with the ability to shut down the entire system if one thing shorts out. Yes, I know the risk to my wellbeing should be higher priority! I use an apex controller with 16 outlets. My idea is to mount GFCI outlets to my board for each outlet on the apex, then wire the back of the outlets into the apex energy bar outlets. The apex will plug into a non-GFCI wall outlet. So if something trips a GFCI it will only shut off power to the faulty device, and my apex will still have power so I will be notified the device is no longer drawing electricity and can investigate. Does this sound reasonable?
I will also be integrating separate GFCI outlets for each submerged electronic. I have been avoiding GFCI because it has always seemed to me like too great a risk to the tank to have a single GFCI with the ability to shut down the entire system if one thing shorts out. Yes, I know the risk to my wellbeing should be higher priority! I use an apex controller with 16 outlets. My idea is to mount GFCI outlets to my board for each outlet on the apex, then wire the back of the outlets into the apex energy bar outlets. The apex will plug into a non-GFCI wall outlet. So if something trips a GFCI it will only shut off power to the faulty device, and my apex will still have power so I will be notified the device is no longer drawing electricity and can investigate. Does this sound reasonable?