Me. I'm probably qualified for an honorary degree in Electrical Ignorance.
Sonny
Me. I'm probably qualified for an honorary degree in Electrical Ignorance.
Sonny
half. And there are 120 direction changes (60 cycles) in one second.
( ?~ ?? ?°)
;-)
However, there are differences. Wood can be used to make electricity but the other way around takes a *long* time.
Ugh..., Yes!
Sonny
That comment makes me wonder whether you really understand--as well as Bob Villa has explained it.
Wonder about what? What I said is correct, with a possible niggle about "circuits" (without the neutral there is only one).
Frankly, I didn't understand "( ?~ ?? ?°)". ;-)
The flow of electricity in the 240v versus 120v circuits (feel free to show me that I'm wrong, and I'll be the first to admit it).
No, most don't get it, just regurgitating something they have googled. ;~)
First off there is a single phase, a 240v circuit needs no neutral.
The potential of the two legs is 180 degrees different to cause that potential.
A 120v circuit require a neutral return path.
If you have two signals that are 180 degrees out of phase they cancel each other. That would be a two phase system and you only have one.
The "potential" is a voltage term. The 2 "hot" wires are in phase for 240 s ingle phase. If you took 2 120 Volt circuits from the same side of the pane l (in phase) black to black, white to white...you would have effectively, t he same circuit at 120 V. 240 out of phase? Not sure of the consequences of that!
Don't they call that a "run" (of outlets, say)?
The breaker equivalent of a "slow-blow" fuse is called a "high magnetic" breaker. If your regular breaker is tripping on startup you might want to consider going that route. Personally when I run into tht though I generally just rewire the tool for 220 (if that's an option) and run a dedicated circuit. Most tools seem happier with 220 anyway.
Running large stationary tools at 240V is certainly recommended (I think the OP has already gone that way) but there isn't a lot of reason to run dedicated circuits in a home shop. Several tools can share the circuit, since you aren't likely to use them simultaneously. The exception, of course, is a DC.
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