Gemini : How to wire a plug
Gemini : How to wire a plug
Whoever thought this would burn your house down didn’t read the diagram. The only wire external to the circuit is the ground.
This is 100% a safe way to wire an outlet, provided you don’t expect it to deliver power.
Plenty of old houses still don’t have them in Australia and NZ, but they’re required on power circuits in new builds.
As they should be, they’re an incredible technology.
This is a plug, not an outlet; and it shorts the live + neutral pins together. There is no ground pin present, though a wire labeled ground is also being shorted to the live+neutral pins. (basing ‘pins’ on shape/colour and ignoring that at least one is in the wrong position)
If this doesn’t immediately trip the breaker when plugged in, it’s because you have an open neutral; and now whatever’s on the end of that ground wire (typically exposed metal) is live.
Unless the path to the ground of the device, and then from there to actual ground, is shorter, then nothing will flow that way.
That’s not true. Electricity will take all available paths to return to ground, with current flow relative to the resistance present. In other words, two low resistance paths will share similar amounts of current when both are connected to power.
If you were touching anything connected to that ‘ground’ wire while also connected to a true ground yourself; you could receive a harmful shock from plugging this in, even with a breaker in-line and successfully tripping. A GFCI device should prevent that shock, but a regular breaker will not trip fast enough.
First, both ‘neutral’ and ‘ground’ are leaving that plug.
Second, that ‘ground’ wire is connected to both live and neutral, with no actual ground connection present. The other end of that wire is presumably connected to the exposed metal of the appliance this plug would be powering. Just calling a wire ‘ground’ doesn’t make it ground nor safe; it has to actually be electrically connected to a grounded point.
The ground wire is connected to ground, per the diagram.
The ground wire in the diagram is not connected to your house’s grounding device. It is connected to the ground of the appliance, which has no such connection to the actual, physical ground.
Everytime someone ask AI for wiring diagram, Medhi’s mom will go slap them with a slipper.
DO NOT TRUST ANY AI TECHNICAL DRAWING
FTFY
There been so much gaslighting I keep thinking I’m missing something as I keep doing the mandatory AI usage from work and largely throwing away the results. Yet I keep repeatedly hear people hush about how great it is.
Last week I finally had something that I thought would be right up it’s alley: a fairly milquetoast program that needed to be ported from one language to another. It generated the ugliest unmaintainable code I could imagine. I went to execute the test suite and it failed every single one. The code was ugly, hard to follow, failed to important a number of sanity checks, kept repeating common code without factoring, making up calls that didn’t exist. In trying to salvage it, I decided to ask it to implement a super simple check that should have been a one liner and it suggested splatting over a hundred lines of code all over the file to randomly mess with imaginary end points for no apparent reason and still falling to just check the length of the array I told it to.
Meanwhile people at my company who don’t even commit any code are writing on internal blogs about how transformative it is, how much it makes their coding better (that they didn’t even do) and executives are commenting their vision and intelligence and promoting them…
This is fucking fantastic.
Just as a PSA, black wire to brass screw, white wire to silver screw, bare or green wire to screw on rounded prong. Also, black wire is hot, white is neutral, green is ground.
I get that it’s a bad idea to trust AI to something so important. And that it’s probably going to shock or kill you.
But since I’m not an electrician, ELI5. What’s wrong with this diagram?