Look like this?View attachment 35528
That's a biggin!
Mine looks like an old electric range element that has been straightened out, with the ends bent 90 degrees, like this:
https://www.ebay.com/itm/174067467337
Look like this?View attachment 35528
That's a biggin!
Mine looks like an old electric range element that has been straightened out, with the ends bent 90 degrees, like this:
https://www.ebay.com/itm/174067467337
I installed the same Lagun table leg in my Casita trailer. It is a real quality piece of hardware and very versatile.Not exactly a repair but we upgraded the table in our Class B motorhome...
^ Nice fix! Was the issue visible or did you detect it by other than visual means?
I like how you elucidated your thought process getting to the result.Not exactly a repair but we upgraded the table in our Class B motorhome...
I always take apart broken stuff. You might see something, even with less than perfect close-up vision.As I went to pull off one of the caps, it came off to easy, and I figured that was the problem. .
That's a good share on the deoxit technique. Even though the components are too small to see, it's nice to know there's still something to try.
I finally replaced the AC capacitor and it works. The old one seemed to have an oil leak (pictured).
....
So did the A/C improve ?
...
I was also disappointed that a data sheet didn't come with it to give me an amp rating. It's charged by an AC with deadly amperage. It's not comforting that everyone just "knows" the capacitor isn't deadly without a rating or test.
Well, how did you determine it was the right cap for this application? Was it based on the model number? If so, a reputable source would only be selling a properly spec'd part.
A capacitor like that would typically have the capacitance value/s (in uF) and the working (or max) voltage on the label. Beyond that, you are dealing with things like ESR, max amps, power dissipation (which are all related).
Bottom line is, if the cap is the correct uF and voltage, and is spec'd to be used on a motor of X horsepower, all those other ratings will fall in line.
The amps that the A/C draws has almost nothing to do with the amp rating of that capacitor. It's only part of the circuit.
Fun fact to scare the begeezuz out of you - did you know that depending on how a capacitor is arranged in a circuit, it could deliver thousands, or even millions of times more current (for a short time) than the amp rating on the device? That's what caps can do - they can store energy in small amounts delivered over a long time, and can deliver that energy in a very large amount over a very short time. But that doesn't necessarily make them dangerous, there's more to it than that.
Theoretical example (ignoring ESR and other losses): Charge a cap with 1 micro-amp (not enough to be dangerous) for 1000 seconds. It can now deliver 1000 Amps for 1 micro-second.
Glad it's working!
-ERD50
You just added more scary sounding info to a person that has a fear because he doesn't have any understanding of electricity, capacitors, etc.
Well, how did you determine it was the right cap for this application? Was it based on the model number?
...he should just calmly ask about the potential dangers.
he amps that the A/C draws has almost nothing to do with the amp rating of that capacitor. It's only part of the circuit.
Well yeah, but it does weed out the fools that kill themselves young......... A retirement forum isn't the place to get this information.
Well yeah, but it does weed out the fools that kill themselves young.