Yeah no thanks. I work in an electrical based industry and I can tell you for a fact that you don’t want 240v at 100 to 200 amps for even a second.
I yelled at a tech the other day for not wearing hot gloves when working on a set of taps in a MSP. It’s not a joke and you’re gambling with your life.
I mean think about it. Why make GFCI outlets as a redundant safety feature if the breaker was so good at catching it? The point is that you shouldn’t trust a mechanical switch to be the only thing between you and going home to your family.
Where in the hell are you at that 200 amperage wall outlets are the norm?? In 99% of US homes outlets are 110v 15a which is enough to put you on your ass but certainly won’t kill you without prolong exposure or preexisting health factors
A human body wouldn’t conduct that much current with mains voltage. It’s just too high resistance.
Also pretty sure they mean breakers with GFCI as is required in some countries. If they just mean regular circuit breakers then yeah they are fucked.
Although tbf since it has both neutral and live in the strip it would probably short and not even reach the people. As in almost no current would go through them because ground is right next to it. This would in turn cause the breaker to trip without even a GFCI getting involved potentially.
Lmao it will definitely conduct enough to stop your heart if you’re well grounded. In this case these morons are likely ok because they’re in an aboveground rubber pool. If they were in an in ground pool with a nice metal drain or copper pipes for the water supply, they would be conducting just dandy if they stood in the wrong place.
Yeah you were talking about 100s of Amps. A human body won’t conduct that without a lot of voltage/potential difference. You don’t even need 1 amp to kill you though.
Yeah if there is exposed and grounded pipe work present that changes things somewhat. The lowest resistance path is probably still back through the same power strip the electric came from through, as water isn’t the best conductor out there.
Yeah no thanks. I work in an electrical based industry and I can tell you for a fact that you don’t want 240v at 100 to 200 amps for even a second.
I yelled at a tech the other day for not wearing hot gloves when working on a set of taps in a MSP. It’s not a joke and you’re gambling with your life.
I mean think about it. Why make GFCI outlets as a redundant safety feature if the breaker was so good at catching it? The point is that you shouldn’t trust a mechanical switch to be the only thing between you and going home to your family.
I don’t NEED to wear safety gloves because I’M Homer Simps
https://youtu.be/NBJsx_4xXKg?si=AQ9SRXV2VEcLmN5f
I almost forgot about this scene. I should play this at our next safety meeting 🤣
Here is an alternative Piped link(s):
https://piped.video/NBJsx_4xXKg?si=AQ9SRXV2VEcLmN5f
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I’m open-source; check me out at GitHub.
Where in the hell are you at that 200 amperage wall outlets are the norm?? In 99% of US homes outlets are 110v 15a which is enough to put you on your ass but certainly won’t kill you without prolong exposure or preexisting health factors
Almost as if places outside of the US exist. Like the EU where the voltage is 230 volts in homes.
Keyword being
I sure hope you guys arent pushing that with 200 amps, too
A human body wouldn’t conduct that much current with mains voltage. It’s just too high resistance.
Also pretty sure they mean breakers with GFCI as is required in some countries. If they just mean regular circuit breakers then yeah they are fucked.
Although tbf since it has both neutral and live in the strip it would probably short and not even reach the people. As in almost no current would go through them because ground is right next to it. This would in turn cause the breaker to trip without even a GFCI getting involved potentially.
Lmao it will definitely conduct enough to stop your heart if you’re well grounded. In this case these morons are likely ok because they’re in an aboveground rubber pool. If they were in an in ground pool with a nice metal drain or copper pipes for the water supply, they would be conducting just dandy if they stood in the wrong place.
Yeah you were talking about 100s of Amps. A human body won’t conduct that without a lot of voltage/potential difference. You don’t even need 1 amp to kill you though.
Yeah if there is exposed and grounded pipe work present that changes things somewhat. The lowest resistance path is probably still back through the same power strip the electric came from through, as water isn’t the best conductor out there.