Why would I want a whole circuit to be cut because of a single device fault, and then have to spend time figuring out which device on that circuit actually has the fault.
Plus if a device only needs 3A it shouldn’t be able to draw more
Why would I want a whole circuit to be cut because of a single device fault
Dunno, if I have a fault in my home, I want it to be spectacular.
A couple of years ago I literally had massive blood pressure and walked like 2 km to go buy a box of fuses.
Burning two fuses, I figured out one of the extension strips was bad.
If I plug something in and half of my apartment goes black, TWICE, and needs a fuse replacement each time, maybe that thing needs to be tossed anuway. I’m no electrician, I can’t troubleshoot a power strip. It has served its years. Bye.
Can’t rotate type G 180°. And since type F sockets are recessed, it’s just as unlikely to get shocked as with type G. Ground even connects first. And it’s directly compatible with type C and most type E plugs (since E&F usually share the same plug design, just the socket is a little different). What advantage would type G have to F?
That’s neat. I can remember maybe one or two instances in my life, where that could have been useful. The rest of the time, I much prefer smaller plugs that I can plug in upside down and a home electrical network with good wiring.
Which are only necessary because British houses are wired with a ring main. It’s a false economy.
Also, when it was created, most appliances were earthed. Nowadays, most things one plugs in are small electronic devices which don’t need an earth. Type G/BS1363 has no 2-pin variant, and even mandates a mechanical shutter to prevent a plug without an earth pin from being used. Which was great in 1947, but not so much now, when Europeans, Americans, Japanese, Australians and such have slender 2-pin plugs and economical sockets to put them in, while the Brits/Irish/HK/UAE are stuck with their enormous clownshoe of a plug.
I would have thought two pin plugs are easily to break. I’ve not broken a British plug in 40 years of life.
Anyway I’m not trying to debate this. There are plenty of resources online where electricians discuss the different plug types and the order is typically UK, Germany, and Australia.
What I’d like to see is apples-to-apples comparison of home and office safety between the different plug types. The data is sorta out there, but it’s not normalized in a way that’s convenient for comparison between countries.
On paper, yes, the North American plug is pretty bad, but will that show up in actual practice? There may be a case for changing it, but that needs a comprehensive study before going to all the effort to transition to a better design. Even if we had that study right in front of us, I can already hear conservatives complaining about Marxists electrical plugs.
Nearly, that’s the type G
BS. Type F/Schuko is the USB-C of power sockets/plugs.
No fuse, no way
Why would I want a whole circuit to be cut because of a single device fault, and then have to spend time figuring out which device on that circuit actually has the fault.
Plus if a device only needs 3A it shouldn’t be able to draw more
Dunno, if I have a fault in my home, I want it to be spectacular.
A couple of years ago I literally had massive blood pressure and walked like 2 km to go buy a box of fuses.
Burning two fuses, I figured out one of the extension strips was bad.
If I plug something in and half of my apartment goes black, TWICE, and needs a fuse replacement each time, maybe that thing needs to be tossed anuway. I’m no electrician, I can’t troubleshoot a power strip. It has served its years. Bye.
Usually that happens just when you plug it in so…
Type G only exists because the British skimped on wiring after WW2 and needed to put a fuse in each plug for safety, hence the chonkiness.
Can’t rotate type G 180°. And since type F sockets are recessed, it’s just as unlikely to get shocked as with type G. Ground even connects first. And it’s directly compatible with type C and most type E plugs (since E&F usually share the same plug design, just the socket is a little different). What advantage would type G have to F?
The fuse: https://lemmy.world/comment/10644612
That’s neat. I can remember maybe one or two instances in my life, where that could have been useful. The rest of the time, I much prefer smaller plugs that I can plug in upside down and a home electrical network with good wiring.
Go watch any video comparing plugs and I bet the majority say Type G. It has so many safety features it’s unreal.
Which are only necessary because British houses are wired with a ring main. It’s a false economy.
Also, when it was created, most appliances were earthed. Nowadays, most things one plugs in are small electronic devices which don’t need an earth. Type G/BS1363 has no 2-pin variant, and even mandates a mechanical shutter to prevent a plug without an earth pin from being used. Which was great in 1947, but not so much now, when Europeans, Americans, Japanese, Australians and such have slender 2-pin plugs and economical sockets to put them in, while the Brits/Irish/HK/UAE are stuck with their enormous clownshoe of a plug.
I would have thought two pin plugs are easily to break. I’ve not broken a British plug in 40 years of life.
Anyway I’m not trying to debate this. There are plenty of resources online where electricians discuss the different plug types and the order is typically UK, Germany, and Australia.
What I’d like to see is apples-to-apples comparison of home and office safety between the different plug types. The data is sorta out there, but it’s not normalized in a way that’s convenient for comparison between countries.
On paper, yes, the North American plug is pretty bad, but will that show up in actual practice? There may be a case for changing it, but that needs a comprehensive study before going to all the effort to transition to a better design. Even if we had that study right in front of us, I can already hear conservatives complaining about Marxists electrical plugs.