gregfox
ArboristSite Operative
My stove has a lower primary intake which works great with the damper but I see why it wouldn't work if your air is coming from the top
thats neat, i have the englander 30, just a larger version. i wonder how it worked? i didnt see any feedback.
What is a good tem to maintain? My thermometer sits in top of stove and I always worry about over firing itProbably going to make it much worse, is that a catalytic stove or secondary reburn system? That's a very typical complaint from owners of secondary air system stoves that are using good aged dry hardwood that gasses off quickly with minimal air volume moving past it.
With the primary closed off there's still plenty of air from the secondaries to burn all the intial gas and not enough volume of air entering the firebox to avoid heavy coaling of the wood after it gasses off. Alot of fuel and heat is lost this way with EPA stoves, they need enough air supply to work as designed. Don't sweat the higher operating temperatures they run at, these things are at their level best running well to the hot side consistently.
They won't work like an old smoke dragon cruising along forever @300* and flue dampers will make a perceived problem worse. Let some air move through these new EPA stoves, choking them off is the source of most complaints.
What is a good tem to maintain? My thermometer sits in top of stove and I always worry about over firing it
My stove has hit 700 on top before but most of the time I keep it at 500. I had a leaky cast stove that scared the sh#t out of me when I reached 800. It never damaged it but I gave that stove back and got my current stove under warranty.
Ok everybody bow down to whitespider.:msp_scared: I got to say he's a smart fella and has a lot of good points. I don't agree with everything he post's though. First of all I don't dare call BS on anybodys post. I have an epa stove and love it. I can get lots of heat out of my stove,get great burn times,and can get rid of the coal bed rather quickly with nice heat output. My stove has the main air intake at the airwash and a couple holes in the bottom front. My stove also has a start up air controll that lets air in at the bottom front and four large holes at the bottom back. I use the start up to manage the coals. I also use just start up intake to allow a little air come in at the back and a little in the front to get a nice even burn.
So I really like my epa stove and I haven't done anything to modify it. I'm not saying it's the best and everyone should have one but I'm saying not all epa stoves are bad. My chimney gets cleaned once a year and I'm sure I could get away with cleaning it every three years with the half a handfull of fly ash I get out of the chimney. I'm not a tree hugger and hate how the government keeps poking there business in our lives but I like my clean stove and hate when my neighbors smoke dragon when it's billowing smoke all day toward my house. He's getting really good at cleaning his chimney also. Five gallon bucket full of creosote sometimes. Hmmmm would I go for a epa stove again? Hell yea!
I agree, I do not really have that problem with my secondary burn stove, and the colder it is out the better it works. It is certainly true that once the volatiles have been cooked out of the wood it is tougher to keep it burning hot and I generally open the air control some, or throw in something fresh to let it cook off. But with colder air and more draft the performance improves.i have to agree with you, i have almost not problem with coal build up with my EPA stove and love it compaired to my old non EPA one. twice the heat outpu with about half the wood usage. saying that i know NOT all stove are equal and the same stove in a differant house will burn differantly.
the only time i do have a problem with coal build up is when i burn all good hardwood like locust or oak. the burn times are great (up to 12 hrs or so) but the coal bed can get to big. i like to keep some pine and cotton wood mixed in. i throw a few splits in with the throttle open and i get a quick fire to warm up and the coal bed goes way down.
Yeah, well we wonder how you have such a hard time with it too. I'm trying to figure out why you think more draft makes it work worse - how more air flow could make a coaling problem worse.I get a kick out of you guys living in the east, such as Pennsylvanian, and you guys living south of the Great Lakes, such as Indiana. Your comparisons are not apples-to-apples... we haven't seen temps much over around 15[sup]o[/sup] for over 10-days now, most of the day temps stay in the single digits, at least half of those days have started out well below zero, and the wind blows hard out'a the northwest across the open plains. We might just get a break on Saturday... they're sayin' we might even reach 20[sup]o[/sup] for an hour or two in the late afternoon.
I've already said it works "OK" when daytime high temps are in the mid-20's or so, but we ain't seen that for two weeks now... heck, we've only seen teens a handful of times. It's when it gets cold, damn cold, and stays that way for several days that this EPA technology falls flat... I'm looking at maybe 16[sup]o[/sup] best case for today, but it won't even hit 10[sup]o[/sup] until sometime after lunch and be back in single digits by 4:00 PM.
Todays high 16...Last nights low 1. Sounds close enough to me!
Yawn. I'm sure it's a bit colder in Iowa, which would mean you need more heat output - how is that relevant to the discussion of your being unable to get the stove to work properly? The temperature difference is not going to make that much difference in regard to the function of the stove.Oh really? Let’s compare Johnstown, PA with my location for the month of January…
Close enough?? Heck, you ain’t even in the same ball park. Most categories show around a 10[sup]o[/sup] difference… and that’s a whole bunch when it comes to heating. Heck, I had 8 more heating degree days (average per day) than you did; that’s a 21% increase, I needed a 21% increase in BTU output over what you did to keep the same building warm… and that don’t account for wind.
- Average High Temperature
You – 32
Me – 27- Mean Average Temperature (basically accounts for how long it takes to warm-up, and how quickly it cools-off each day)
You – 27
Me – 18- Average Low Temperature
You – 21
Me – 10- Average Heating Degree Days (per day) (a measure of how much heat it takes to keep a building warm each day based on 65[sup]o[/sup] outside temperature equals one heating degree day)
You – 38
Me – 46- Average Dew Point
You – 20
Me – 11- Prevailing Wind Direction
You – WSW
Me – NNW
Average Wind Speed
You – 11 MPH
Me – 16 MPH
Are you serious??The temperature difference is not going to make that much difference in regard to the function of the stove.
I did some research as well...
There are anomalies everywhere, maybe this is your month or year. We get them as well. If you use average low and high temperatures for our heating seasons and lets say October through March (6 months). The average low for Decorah, Iowa (which is about as far north east as I can find) during those months is 21. In Johnstown, Pa the average low is 24.8. That is 3.8 degrees difference. The highs are 44.8 and 40.8, respectively. I think it is safe to say that it averages 4 degrees colder in NE Iowa than in Johnstown, PA. IMO that would be apples to apples.
To be honest with you...I'm surprised you trust a thermometer or computer for for any information!
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