But if the start capacitor isn't working then it might not get enough power to start? I haven't tried to run it since the day I got it, maybe it will start... I hope.
EDIT: FTW I'll give it a try real quick and see what happens.
Welp I just tried again and It was the same as before. I only gave it like 30 - 45 seconds this time while tapping at the compressor lightly. After that it was a little warm from the middle up, the bottom half was cold still. And it sounds just like an ac unit just before the "motor kicks in".
Sounds like it's getting plenty of power since its getting warm that quick.
Do you have a voltmeter? Can you get to the contacts or any part of the wire to measure the voltage getting to the compressor?
Good catch! 220V-240V @ 50Hz!
If there isn't a transformer in there you'll have to put it on a different line.
Most wall outlets are 110V-120V.
Edit: Are there any stickers/tags on that white box at the power receptacle?
It looks like an unmarked conduit box, but there's a good chance there's a transformer in there.
If so, one side of the box will measure 120V, and the other will measure 240V.
That box doesn't look big enough for a transformer to run that compressor.
If you don't want to get 240V routed to your room (understandable as it is probably too expensive), get a 240V VFD (surplus) and put a voltage doubler on the input to get the required voltage from the 120V line.
Looking for an outlet, I don't have a dryer and everything is gas. I opened the box and its just some wiring and a a capacitor for maybe the fan, ill put pics up soon.
Do you have a volt meter?
You can combine two 110 outlets if they are on separate phase to 220v. But you'll be at 60hz instead of 50hz, bit of a speed change and performance change, but may still run fine.
800W won't be sufficient, at least not at startup.
You need a 220v outlet. Running it on 60hz will be fine for now.
Try comparing the voltage with your multimeter/voltmeter between two DIFFERENT outlets. You will find an outlet set that are out of phase and give you 220V. Wire that in.
It would probably be cheaper to find a surplus 240V VFD and then make a voltage doubler to run it rather than try to find a transformer big enough for the compressor. (Unless you manage to find a surplus transformer of the correct specs in your area.) A transformer also won't help if the unit needs more than the 15A or 20A (at 120V) a single outlet supplies, but with a VFD, you can dial it down to stay within limits.
If you know someone very good with electronics, he/she could probably work with you to build a solid state converter for even less than a VFD. It's really just the voltage doubler and a power H bridge plus an oscillator to drive it. Probably on the order of $40 or so in parts at your power level.
Here's a gadget for combining two out of phase 120V outlets, but it costs more than a surplus VFD. It's popular with EV owners who want to charge twice as fast without expensive rewiring. http://www.quick220.com/220_catalog/voltage-converters.html
Okay, I like this idea http://www.quick220.com/220_catalog/voltage-converters.html just because this is an old house and the breaker box has had 104 years of service. So if I can find two different phases to plug instead of doing any wiring that would be better, plus I could move it around if I needed to with ext cords.
My multimeter needs a new battery and I don't have one at home. But it is reading 130v on the outlets I tested.
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