Wow! Judging from the length of the suspension insulators, the phase/phase voltage would appear to be in the low-100 kV range, so I'm guessing that any energized cable-to-cable approach within , say 24", could result in a massive phase/phase flash-over! I guess the engineers have all of that figured out in their design of these pylon line suspension systems, though.
Pylons playing double-dutch.
DigiTan000 1 year ago
Wow! Judging from the length of the suspension insulators, the phase/phase voltage would appear to be in the low-100 kV range, so I'm guessing that any energized cable-to-cable approach within , say 24", could result in a massive phase/phase flash-over! I guess the engineers have all of that figured out in their design of these pylon line suspension systems, though.
gmtcman 1 year ago
cool video. those lines are a movin. lol almost seems like they would gallop too far and break off.. gives you an eerie sense.
c0rrupts3ct0r555 1 year ago
it sounds like a windy day, soo what if it was the wind that made the powerlines move not any electrical force? :/ x
SeriousHorserider 1 year ago
Wow thats a sweet video. Was this in the Midwest somewhere? Looks like Michigan.
tengoindiamike 2 years ago
This one was taken in Manitoba!
132000Volts 2 years ago