At one point in my trip, two of the older engineers were trying to sort out a control problem that just made no sense. After about an hour they were starting to pull their hair out and concluded:
I can only imagine good things happening from here. There’s nothing better that having your name in every ear of the big guys, just to find out you did shit right and held your ground on proper protocol, AND were qualified over any other engineer there.
Yeah it was kind of cool to spend 10 minutes on the phone with the project manager, and at the end of it have him thank me for what I did so that the project could keep rolling along. :tup:
Mind boggling. I wonder what power lines like that are made of?
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ask and ye shall receive. (hand for scaling factor)
these are 345kV lines, but this particular line is “special” because it’s oil cooled (the hole in the middle). These aren’t the ones that go into canada, these ones are sweeter.
ask and ye shall receive. (hand for scaling factor)
these are 345kV lines, but this particular line is “special” because it’s oil cooled (the hole in the middle). These aren’t the ones that go into canada, these ones are sweeter.
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:spunk: That’s cool. I wouldn’t guessed so many layers. Am I seeing, from the center, hole-copper-steel-aluminum-rubber-copper strands-rubber-steel strands-rubber?
The previous commotion was over a single switch for a 1000hp motor. I wonder how much my managers will pucker over the main feeder to the plant? (4000 volts, 1200 amps, 3 compressor motors totalling 4500hp.)
I was within about 16 feet of the pot heads and could see the hairs on my arms moving. I’m probably sterile now. I’ll try sneaking some pics.
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I’ve never been near that kind of voltage. I was standing next to the arc furnace at Nucor Steel while it was running. Same kind of thing where you can ‘feel’ it. That was relatively low voltage at 800V, but running 30,000 amps.