Ok so I have researching and the more I research the more questions I ask myself.
Here is my plan. I want to purchase a unit capable of 5000 to 6000 watts and hook it up to a manual transfer switch. The goal is to power my tank, some lights in the house and fridge. I'm sure you guys have seen this too many times. However I want to be safe and protect my electronics. The generators I have seen capable of powering that much are not inventor style generators. And the inventor generators I have seen cannot be hooked up to a transfer switch. They also cost a lot more. So I was thinking just put line conditioners on the two dedicated circuits I use for my tank. Would that solve the issue and protect my apex, Dc Pumps, lights etc?
If the answer is yes what about gfci? Both of my outlets for the tank are gfci. If I use a line conditioner will it work with gfci outlets? Would I still be protected with gfci?
Here is my plan. I want to purchase a unit capable of 5000 to 6000 watts and hook it up to a manual transfer switch. The goal is to power my tank, some lights in the house and fridge. I'm sure you guys have seen this too many times. However I want to be safe and protect my electronics. The generators I have seen capable of powering that much are not inventor style generators. And the inventor generators I have seen cannot be hooked up to a transfer switch. They also cost a lot more. So I was thinking just put line conditioners on the two dedicated circuits I use for my tank. Would that solve the issue and protect my apex, Dc Pumps, lights etc?
If the answer is yes what about gfci? Both of my outlets for the tank are gfci. If I use a line conditioner will it work with gfci outlets? Would I still be protected with gfci?