Too early to tell, DonLooks a little better but I gotta ask, do you seem to have more airflow since you hooked up the extra 6 inch cold aire return?
Mine was at 3 hoursRight now for example I'm at 24 hours since last tending
Too early to tell, DonLooks a little better but I gotta ask, do you seem to have more airflow since you hooked up the extra 6 inch cold aire return?
Mine was at 3 hoursRight now for example I'm at 24 hours since last tending
Are we talking a full cord or face cord? A full cord contains roughly 3 face cords. Normal price on a face cord is $55 - $75 depending on quality and delivery ect.larryfoster wrote:Just looked and saw that, supposedly, a cord of dry oak weighs in excess of 2 tons.I don't believe that.However, BTU wise, (as you said) they appear to be close.I am having trouble picturing a cord of wood lasting as long as a ton of coal.Not saying it won't.
Just curious Larry but am I undersatnding correctly that you are getting 220* temps from your supply? And this is not warm enough in your living area?larryfoster wrote:Just now.
650 and 220
Today, I am plenty warm but it's almost 50 outsideJust curious Larry but am I undersatnding correctly that you are getting 220* temps from your supply? And this is not warm enough in your living area?
Wow! If that was the case with my setup it would be 90* in my house...
Me too.I would rather handle the 2000#
& enjoy a more steady heat
I never saw a combined almost 70 pages dealing with this here.One thing I noticed is you saying that no one else mentions having the problems you are having. Of course we have, but we just keep on keepin' on until it's beat.
If wood works better for you then that to me is a telling sign, coal isn't treating you right. That means your coal is lacking
That's at the low end of a level pickup load here.Are we talking a full cord or face cord? A full cord contains roughly 3 face cords. Normal price on a face cord is $55 - $75 depending on quality and delivery ect.
I would think you are right about that.larryfoster wrote:That's really high.
Maybe it's going to be packaged and resold in the 3-4 log packages they sell at convenience stores?
This tells me that the available air supplied by the spinner must be bypassing the fuel bed through the front and rear plates. It's only when you flood the ashpan area with primary air, by leaving the ashpan door open, that the fuel itself is satisfied.larryfoster wrote:Another of my brilliant observations/questions.
I get warmer air into my supply and then in to my house with higher furnace temps.
So, I need to keep my furnace temps higher to be warmer.
Duh!
I have always been scared to let my furnace fire run away.
So, when I have the ash door open, for example, I'm checking it pretty often and closing it when I get around 700.
Even with the spinner all the way open, temps drop fairly quickly.
Ky Speedracer has taken the plug out of the back to get more air.
I tried that for a short time and didn't seem to get any favorable results.
I think I'm going to try it again, though
Short of opening and closing the ash door every 30-45 minutes to keep the temps higher, but not too high, any suggestions on how to maintain higher temps for longer periods of time?
I guess this is my Goldilocks post.
Not too hot, not too cold, just right.
I'm guessing this will necessitate using more coal if it can be achieved