> So maybe we can agree that the perfect solution would be to have GFCI outlets everywhere?
Meh, gfci outlets aren’t that expensive so if you’re a super vigilant home owner you could easily put one on every circuit in your house. But modern code calls for them in the laundry room, garage, bathrooms and kitchen, so for all practical purposes you almost do have them on every circuit.
For the whole house or circuit, that’s exactly what breakers are for.
For the risk of shock from an electrified appliance, that’s what the ground is for and is a very reliable solution provided that it’s actually done correctly. Unfortunately a lot of builders and electricians cut corners and either don’t ground or don’t do it properly.
To me seems like people are hating on a pretty great system. Put differently, if all you had was a whole house GFCI and someone invented an outlet GFCI that enabled localized fault detection at very low levels it would seem like an advancement. Funny to hear people want to go backwards.
Meh, gfci outlets aren’t that expensive so if you’re a super vigilant home owner you could easily put one on every circuit in your house. But modern code calls for them in the laundry room, garage, bathrooms and kitchen, so for all practical purposes you almost do have them on every circuit.
For the whole house or circuit, that’s exactly what breakers are for.
For the risk of shock from an electrified appliance, that’s what the ground is for and is a very reliable solution provided that it’s actually done correctly. Unfortunately a lot of builders and electricians cut corners and either don’t ground or don’t do it properly.
To me seems like people are hating on a pretty great system. Put differently, if all you had was a whole house GFCI and someone invented an outlet GFCI that enabled localized fault detection at very low levels it would seem like an advancement. Funny to hear people want to go backwards.