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'66?
Looks pretty rough. Should be an interesting restorations! I think they should have offered that shade of yellow longer than they did. I guess the filings got rusty and expanded.
 
That washer is a 1966 model.

Some 1965 Custom Deluxe models didn't have the offset timer that Bob talked about and no 1966 Custom Deluxe models had it.

It would almost match my new 1967 Imperial dryer. Same color at least. I'm looking for a control panel like the one of my dryer, if anyone knows where to locate one (from a 1966 DCIAK), I'd like to buy one. It doesn't need to be in good shape as I'll have to modify and repaint it.

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For the longest time Frigidaire had the type motors that would start out at 0 and gradually build up to speed as the tub would spin. Most other machines had abandoned that style of motor, if they had ever used it. I know they were tough on fuses and circuit breakers.[this post was last edited: 2/24/2017-06:22]
 
great to hear that a machine after sitting for so long and needing only a capacitor replaced was able to come back to life and run. Would have been great if a video had been shot of it going off on it's "maiden" return to the living.

Would have been nice to enjoy the excitement.

Anyhow, wishing you all the best with your new toy and may it bring you many years of fun and service!
 
Please forgive my ignorance, again. What does the capacitor do?

The capacitor is like a battery, it's stores an extra charge of electricity to give the motor extra power for starting to turn with a heavy load. There are two sets of copper windings in washer motors, start and run. When the motor first starts power is sent to both the start and run windings. When the motor nears full speed a centrifugal switch cuts out the start winding and the motor just uses the run winding. The capacitor is wired into the start winding.
 
I would like to add to Uni's description a bit.

When you have a 3-phase electric motor, each phase is off the previous one by 120 degrees, so all 3 phases make 360 degrees. Each winding is a bit off the other, so it's as if the electric field is rotating around the stator, which then makes the rotor follow it.

A single phase motor will show something similar, but the field only "rotates" by 180 degrees, which makes it hard to start the whole thing -- one it's already started, it goes just fine.

One of the ways to help it start is, like Uni said, to have a run winding and a start winding. When you put a capacitor and a winding like that in series the field shifts 90 degrees in comparison with the main (run) winding. That makes it simple, because now the rotor sees a rotating field of 90 degrees all around and the current induced in the rotor by the rotation field makes it easy to start. Once it's working, even if you cut the start winding out, the current induced in the rotor is always a few degrees behind, and that is enough to keep it going.

This is a very simplified explanation -- electrical engineers will complain about several details, but it's enough to get the idea. More info in the wikipedia link below.

Cheers,
   -- Paulo.

http://https//en.wikipedia.org/wiki/Induction_motor
 
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