DON"T FORCE IT! Use a bigger hammer!
Have you blown out the windings? Dust collects in there and blocks the cooling airflow.
I was told many years ago that a lathe is the only machine that could reproduce itself. I don't know if that's true, but it sounds good.
You are looking for current flow to the igniter, so use an ampere setting.
ASSuming all the pieces are even there!
It's a balmy -1º here this morning. I pity those out in the midwest!
DON'T FORCE IT!! Use a bigger hammer...:rolleyes:
I have the same situation with the aftermarket fan in my St Croix. It was unbearable. I balanced the fan by removing metal on the heavy side, so...
Lookin' good!
I've never seen it, but it makes sense. I think you're onto something here. My auger does something different; I know it's free and the bushing is...
Looks pretty good to me. I am lucky since my Allen screws all came out fairly easily. I used anti-seize on the threads, so they come out easily...
Good idea - I did the same thing on my stove.
Is smoke building up in the burn chamber? If so it might ignite making the noise. Is your combustion blower operating properly?
No problem here, but that looks like a very poor weld! Whoever did it should be embarrassed!
Can't argue with the facts. I would expect longer life from all the components in there, as well.
I think the fans are a good idea. I get the same effect by leaving my stove's side doors open a bit, so it's much cooler back there.
You guys are missing the point. What if there’s a severe rainstorm inside the stove when you’re trying to light it?
If my math is right it’s about 10% fast. That might make a noticeable difference in the size of the fire – or not.
Make sure the output RPMs of the old motor and the new motor are the same.
A ground loop always makes for a playground for gremlins.
