No, I meant an outside air supply, but an ash pit is worthy of looking for too.Do you mean the ash pit?
No, I meant an outside air supply, but an ash pit is worthy of looking for too.Do you mean the ash pit?
Can an ash pit leak air into the fireplace and how does that influence the performance of an insert?No, I meant an outside air supply, but an ash pit is worthy of looking for too.
It would depend on how it was constructed and whether cold air was being pulled up through it.
No there is notIs there a hole in the floor of the fireplace that admits outside air for combustion?
Yeah, even though "modern" stoves don't draw all that much compared to an open fireplace, without outside combustion air, there will be cold air infiltrating the house to get to the stove, especially a big one this. I'm a big believer in so-called OAK's. They are actually required in mobile home applications, but mostly because mobiles are considered to be so tight (right or wrong), that without it, the stove can compete with other things like dryers, bathroom fans, etc for air, sometimes allowing inadequate air to the stove. Any tight house can suffer that way, but a drafty house can be a problem too with the air infiltration.No there is not
So do people make their own air kits? How would that work. I have a hammer drill. I can poke some holes.Yeah, even though "modern" stoves don't draw all that much compared to an open fireplace, without outside combustion air, there will be cold air infiltrating the house to get to the stove, especially a big one this. I'm a big believer in so-called OAK's. They are actually required in mobile home applications, but mostly because mobiles are considered to be so tight (right or wrong), that without it, the stove can compete with other things like dryers, bathroom fans, etc for air, sometimes allowing inadequate air to the stove. Any tight house can suffer that way, but a drafty house can be a problem too with the air infiltration.
Well, your stove may have come with a provision for adding a duct around 3 or 4 inches. Then all you have to do is add it to the stove and get the other end to an outside air source. The outside inlet should be screened off for rodents and other undesirables and in a place that is isolated from wind, like a crawl space (ventilated).So do people make their own air kits? How would that work. I have a hammer drill. I can poke some holes.
I really doubt if the lack of an OAK would contribute this much of a problem unless the house is very tight and maybe has some other things competing for air, or the house is very drafty pulling in a lot of outdoor air through the house, but the issues don't seem to point that way to me. But in the long run, I would encourage the OP to do what he can to install something while he is looking into the other aspects and has access.I brought up the ash dump because there was a theory that the blower was drawing cold air in and causing the air being blown into the room to be cooled down. I was under the impression your stove was burning quite hot, just not putting off an equivalent amount of heat. If outside/combustion air were the issue I would think your stove would have a slow lazy fire and not come up to the temps that had been mentioned.
What does your installer have to say about all this? Have you asked him over?I'm 98.6% sure it doesn't have that. I asked the installer about it and he said newp.
I brought up the ash dump because there was a theory that the blower was drawing cold air in and causing the air being blown into the room to be cooled down. I was under the impression your stove was burning quite hot, just not putting off an equivalent amount of heat. If outside/combustion air were the issue I would think your stove would have a slow lazy fire and not come up to the temps that had been mentioned.
I hate to ask this, but I assume that you let the whole piece sit in the house and then split it open again to test after the 48 hours. The reason being that meters are only measuring the surface down maybe a millimeter or so, and any open face surface can dry quite a bit in 48 hours warm on the surface. Not doubting what you did, and your fire looks pretty good on the pics, but just pointing it out FWIW. It's a good chance it's still okay, but it is pretty important to measure the inside of a split that has been just split to be sure.Fyi i tested another piece of ash last nighy for moisture after it sat for 48 hours and it was 17%
Well, the important thing to look for is evidence that the secondaries are burning. Without that, you've got a pre-1990 inefficient stove in effect. The lazy flame thing is fine as long as the secondaries are firing well.I was under the impresion thata slow lazy flame is what you want. I let iy burn full bore for 10-15 mins then choke it down till the flames just roll slow like a candle. Please tell me if im doing it wrong. Sometimes i can close the air all the way and get a good few hours of burn time at about 400* on my front temp gauge.
Yes i split it after 48, and tested immediatleyI hate to ask this, but I assume that you let the whole piece sit in the house and then split it open again to test after the 48 hours. The reason being that meters are only measuring the surface down maybe a millimeter or so, and any open face surface can dry quite a bit in 48 hours warm on the surface. Not doubting what you did, and your fire looks pretty good on the pics, but just pointing it out FWIW. It's a good chance it's still okay, but it is pretty important to measure the inside of a split that has been just split to be sure.
That's become sort of an issue. I can get them going, but sometimes they only light for a little bit. It seems i have to check it every 20 minutes, which i really can't do. In my experience so far, the secondaries dont seem to stay lit for the duration of the burn, only maybe 1/4-1/2 of it. Is that normal ?Well, the important thing to look for is evidence that the secondaries are burning. Without that, you've got a pre-1990 inefficient stove in effect. The lazy flame thing is fine as long as the secondaries are firing well. It takes some experience studying the fire after you light it. Again, there are a lot of factors involved. Sometimes, mine will take off in five or 10 minutes, other times it takes longer depending on how I fill it, start it, etc. You have to look at the secondaries. Sometimes, you think the secondaries are going fine so you turn the air down and then look again and they've gone out because the firebox has cooled somehow. Also, it works best if you turn the air down a little at a time. Nurse it down in stages. These are just a few hints to look for.
Stove top temps and amount of time alone are not the whole game. Keeping the secondaries consistently firing is though and that takes watching the fire closely. It's sometimes a balancing act to get the air turned down as soon as you can for efficiency, but it's only efficient if the secondaries are working for you. Takes practice. Often, my primary fire can look nearly dead, but there are orange and blue (blue is best - hotter) dancing flames around the secondary system. That's what to look for, although lazy primary burning is fine too along with the secondary flame on top, depending on your fire, wood, etc.
Did I mention that it's all about the secondaries? Even if you are already familiar with all this, it comes up on threads often and I thought it may be helpful.
Sounds like the wood is fine.Yes i split it after 48, and tested immediatley
Not in my experience, no. Once you have them going well, they should stay good throughout the burn cycle until the fire just cools down normally. Something wrong there.In my experience so far, the secondaries dont seem to stay lit for the duration of the burn, only maybe 1/4-1/2 of it. Is that normal ?
Hmmmm. So then there lies an issue. Anything you can suggest?Not in my experience, no. Once you have them going well, they should stay good throughout the burn cycle until the fire just cools down normally. Something wrong there.
Hard to tell without being there. For some reason the firebox is cooling too much, or was never quite hot enough to begin with before shutting the air down. It's easy to shut the air down too much, too early. It's happened to all of us I suppose. I can only repeat to watch the fire closely, close the air down in steps. I'm starting to wonder if there really is a problem with primary air supply, maybe even in the control mechanism.Hmmmm. So then there lies an issue. Anything you can suggest?
Well, it'll mostly chew through wood. I just got home from work. So i can load it and only close it about halfway to see how it behavesHard to tell without being there. For some reason the firebox is cooling too much, or was never quite hot enough to begin with before shutting the air down. It's easy to shut the air down too much, too early. It's happened to all of us I suppose. I can only repeat to watch the fire closely, close the air down in steps. I'm starting to wonder if there really is a problem with primary air supply, maybe even in the control mechanism.
Again, I'm not familiar with your stove, but maybe the air shouldn't be closed all the way at all. What happens if you keep the air up a little throughout the cycle?
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