That reduces the chances of fire, but wildly increases the eddy-current losses you're essentially turning the conduit wiring system into a giant electromagnet. And the wires are running through all-metal conduit. You are causing high EMFs, which in turn cause vibration, which causes fatigue and arcing failures, and eddy current heating in anything metallic anywhere near the imbalanced wires. That is because AC creates inductive effects - this is the reason transformers work. Current will be traveling in a big circle.Īnd that's a huge no-no when you are dealing with AC power. Which means not only could they cause the breaker trip, they could be the victim of the above effect. Except you want to tap a circuit that's shared with your neighbor. You insist that nobody will be affected but you. So voltage will be rather wack-a-doodle, and that can cause problems for some machines. But it will be weird, because those appliances (together) will be in series with your machine. So they're going to power back up, even though one of them just tripped the circuit. What does this mean for other appliances still plugged into circuit A? Oh, they're getting power alright, from circuit B through your machine. Now, it's pulling circuit A's voltage toward circuit B's voltage. Power from circuit B is traveling through your machine and ending up on circuit A. Your machine stops working, of course.īut what happens to the other loads on circuit A? They're dead right? No sir, they are not. So your machine is loaded between circuits A and B, and SNAP! Circuit A breaker trips. If a breaker trips, you'll be backfeeding the tripped circuit. The room next to mine is occupied by someone who only has things plugged into the walls in the room, so if our bathroom receptacles are connected It won't matter. The room with my specific panel is locked, but this is one of 3 identical rooms per floor, 4 floors. Help, please :)Įdit 1: are photos of the electrical panel. I'm not an electrical engineer, I'm a mechanical one. The hardware is going to draw something in the neighborhood of 3200w/15a 220v (3200w/30a 110v), so if I combined 2x 110v/20a with a high gauge Y adaptor, I shouldn't have any problem as long as the wiring was correct? Is there a Y adaptor I could buy to combine 2 different phases of 110v to create a 220v power strip? all of the 110v outlets that I have access to are 20a breakers, so would this new 240v line give me 40a (assuming the hardware and wire gauge can handle it)? I have a piece of equipment that requires a 220v connection, and I do not have the ability to run a 220v line from the breaker. Good morning electrical geniuses, here's a problem for you.
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