They would still trip in this case
Yeah, the switch isn’t the breaker it’s just the reset is my understanding.
So would this reset immediately or not reset at all?
Not at all, it has to be flipped off before you can turn it back on.
When a breaker pops the switch moves to the middle, to reset, you have to turn it all the way off and then back on. If it’s in the middle and you go straight to on then it’s just springy and nothing happens, and it moves back to the middle.
So yeah, ruins the joke but nothing’s compromised here.
That actually is good context tho. Ive sometimes turned a switch from middle to on and wondered why it did nothing and then turned them all off and on and it worked. I assumed i was flipping the wrong switch
Thanks!
So yeah, ruins the joke but nothing’s compromised here.
I wouldn’t say you ruined the joke but used it as an opportunity to teach. Thanks again
Would not reset at all.
Basically, the breaker has an internal switch and an external operating handle. When it trips, the internal mechanism of the breaker disengages the internal switch from the external handle, and flips the internal switch to its open position. The handle can’t toggle the internal switch while it is disengaged.
To re-engage, you have to move the handle to the full “off” position. The internal switch re-engages the handle, and the handle can now toggle the switch again.
This breaker cannot be shut off manually, nor can it be reset manually. But, it can still trip in case of a fault.
It’s kinda like if you have a pushbutton start car, but you drop off the passenger who has the key fob. The car will continue running until it is shut down or stalls out. But once that happens, you can’t restart it without the key fob.
…over the stack of plugs sticking so far out from the wall.
Yeah just makes it harder to reset
I highly doubt those LEDs are drawing over 20A in the first place. Those lights only draw like 0.2W per ft, or 69W per 1k LEDs.
You’d need nearly 35,000 LEDs, or about 12,000ft of lights to trip the breaker.
Yeah the best option is to just bypass the breaker box completely.
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I’m calling fake now.
Christmas lights, if made correctly, should have a fuse. These cords aren’t made to handle the full 20A the breaker can. They usually cap somewhere around 3A. Nothing is stopping you from plugging a two prong 12A vacuum cleaner into them. So if you actually tried that, you’d blow the fuse in your lights before you tripped the breaker.
This is how 16 gauge extension cords should be made, too. Unfortunately, they aren’t, and people light those up all the time.
Either that, or here goes Amazon, once again not vetting the shit they sell, and selling average intelligence people fire hazards.
The strands’ fuses probably wouldn’t see that current though. These are connected in parallel.
The first plug has all the current passing through it, but I’m not sure that would reach a fuse if it’s down-circuit protecting the lights.
Also, trying to tie a breaker in the closed (on) position like that won’t stop it from tripping. It’ll just make it more difficult to reset.
When tripped, the internal electrical part detaches from the lever mechanism and switches to the off position. The lever will then normally be ether free floating or spring to the middle (between on and off) until it is moved to the off position. Moving it to the off position will reattach the lever mechanism to the electrical part, which then allows it to be turned back on.
Also, I think the lights would be perfectly happy being plugged in like that because they are LEDs. I don’t know how many it would take stacked like that before you would have trouble, but I feel like it would be a lot more.
I was comparing lights two weeks ago. The sets I was looking at had 150 bulbs. The manufacturer recommended a max of 4 incandescent strings in series. For led it was 30 in series. Led only draws around 7 watts each.
The fuse doesn’t matter. Those LEDs draw like 69W per 1k LEDs. You’d need about 12,000ft of lights to pass 20A
15a plug socket, 20a breaker. Fake.
Actually, many houses are built this way. My house has 15A receptacles on 20A circuits. I don’t agree with it. The breaker should always be the weakest point. But the NEC (section 210.21) allows you to put 15A receptacles on 20A circuits as long as you use a duplex receptacle OR there are multiple simplex receptacles on the circuit.
This kind of thing is why code requires washing machines to have their own dedicated circuits, but you always find a duplex receptacle where the washing machine goes. It’s not for your convenience. It’s the most cost-effective way to pass code.
As long as the wiring is good for 20A it’s fine. Also if you break open a 15A recepticle a lot of them have the 20A contacts in there as well since it’s the same unit just with a different face.
I really do like the festive warm glow of a bonfire more than LEDs.
(Water those trees!)
Something something Technology Connections!
Fun fact: holding the breaker in the closed position don’t stop it from kicking off.
And that’s just smart design, so you don’t get fried if the breaker or RCD is physically blocked or is wilfully held in place, like with hillbilly Bob over here.
ElectriciansFire departments hate this one weird trick!Electricians either have and easy service call or a new contract to wire a new house. Win win.
Nothing wrong with grounding the plastic breaker switch to the breaker box AND preventing the breaker from tripping. Genius work, genius.
(Note: sarcasm)
Could be improved by placing a bucket of water nearby in case of an electrically caused fire.
Worth noting, the breaker will still trip just fine if you do this. It’ll just be more annoying to reset since you’d need to remove that wire first.
Still very stupid, just not in the way it seems at first glance. Pointless, but not dangerous.
That’s lit.
I guess they need to get the chestnuts ready for that open fire they’re about to have.
I always wondered what those holes are for!
Every Christmas they find another fragment of that person and their house underneath the snow.
In-wall radiative heating to boot!
Same vibes as 2kilowatt pc
