seriously- is your dryer in your garage?
I have an inverter tig that is rated the same way. I can plug it in a 120v outlet and run it at a reduced welding output or plug it into 230v (single phase) and run it at full output. I have a jumper plug that plugs into the welders standard 120v plug and then has a standard 3 prong 50amp NEMA 6-50 "welder" plug on it to plug into a standard NEMA 6-50-R receptacle.
Look at my sig line, 2nd one. I'd say about 50% of all single family dwellings in CA have the washer and dryer in the garage. Not every one of those has a 240v outlet though. Welders don't need anything but 2 wires to work on 240v but it's a good idea to have the neutral blade go to the ground of the welder.seriously- is your dryer in your garage?
I have an inverter tig that is rated the same way. I can plug it in a 120v outlet and run it at a reduced welding output or plug it into 230v (single phase) and run it at full output. I have a jumper plug that plugs into the welders standard 120v plug and then has a standard 3 prong 50amp NEMA 6-50 "welder" plug on it to plug into a standard NEMA 6-50-R receptacle.
Reminds me of an 'adapter' I made when we were living at another house
I had a dedicated 30 amp circuit for my welder - but I also wanted to occasionally use a 240v 15 amp woodworking tool on the same circuit, an old Rockwell RC-33 Planer
This caught my eye, as I have the same planer.
Would using the 15 amp planer, be a problem, on a 30 amp circuit, if the planer had an elec. problem? Would it maybe melt wires in the planer, instead of tripping the breaker?
This depends but it is a violation to have a recept larger than the breaker its on in this kind of circuit. Did the planer come with a factory cord?
Explain this? So I have a 50a outlet, 50a wire running with a 40a breaker in a violation? Wouldn't it be just the opposite?
There isnt a 40a receptacle so code allows a 50a receptacle on a 40a circuit.