It should; but it’s also important to note breakers are not intended to prevent electric shocks, they are intended to protect the wiring within your walls.
The time in between this being plugged in and the relevant breaker tripping IS enough time to receive a harmful shock from that ‘ground’ wire. Preventing this is the purpose of GFCI devices.
Assuming everything else is in good working order, the fault current would probably be enough to trip the breaker in a similar time frame to how fast a GFCI would react.
But, if the owner of the house is asking AI for electrical advice, it’s entirely possible they’ve fucked up wiring the socket as well.
I mean, potentially, I guess; but you’re rolling the dice with resistances across a few dozen connections, high fault currents, and trip time curves that altogether I certainly wouldn’t want to play games with.
Regular breakers are not designed to trip at high speed and prevent shocks, they’re there to stop your wiring from bursting into flames. The larger the fault, the faster they will cut off power, but there’s no guarantee that’ll be fast enough to save you from electrocution.
It should; but it’s also important to note breakers are not intended to prevent electric shocks, they are intended to protect the wiring within your walls.
The time in between this being plugged in and the relevant breaker tripping IS enough time to receive a harmful shock from that ‘ground’ wire. Preventing this is the purpose of GFCI devices.
Assuming everything else is in good working order, the fault current would probably be enough to trip the breaker in a similar time frame to how fast a GFCI would react.
But, if the owner of the house is asking AI for electrical advice, it’s entirely possible they’ve fucked up wiring the socket as well.
I mean, potentially, I guess; but you’re rolling the dice with resistances across a few dozen connections, high fault currents, and trip time curves that altogether I certainly wouldn’t want to play games with.
Regular breakers are not designed to trip at high speed and prevent shocks, they’re there to stop your wiring from bursting into flames. The larger the fault, the faster they will cut off power, but there’s no guarantee that’ll be fast enough to save you from electrocution.
I did say probably.