Jotul F600CB here on 14ft of Metalbestos 6" double wall chimney.
No damper required or needed.
No damper required or needed.
I tried modifying the control on mine... modified the linkage, bent tabs, separated the primary and secondary controls, blocked off holes, drilled new holes, tried a grate, and I-don't remember-what-all. I could make it better... not great... but then the weather would change and...WS - I agree 100% with your first post.
I have a PE Spectrum with a 25 ft stack. It overfired regularly until I modified(bent) the damper stop tab. Works great now.
I bet if I had a 10 ft chimney this stove would be fine in stock mode. There is not a one size fits all program for this.
Well WS I'm new to these Epa stoves... I burnt wood in a home build wood furnace for 25 or 30 years...I paid 90.00 dollars for it.....The guy who built it did a nice job..... Now the winter of 2013/2014 I burned between 4 and 5 cords through the old dragon....This past winter I installed a Heatmax,..... Now I didn't follow the factory recommendations right to a tee...I had a perfectly fine masonry clay lined chimney.."inside dimensions of the clay liner was 6.75 x 6.75...... So I plugged her in after a few weeks it became apparent I needed to install a BD which I did...I tried modifying the control on mine... modified the linkage, bent tabs, separated the primary and secondary controls, blocked off holes, drilled new holes, tried a grate, and I-don't remember-what-all. I could make it better... not great... but then the weather would change and...
Now the thing is in my garage/shop with a 16 foot chimney running straight up through the roof (installed exactly to the manual)... I've re-done and un-done all the same stuff... I'm still not impressed. I get the best performance by settin' the key damper just barely open enough so smoke/flame won't spill out the door when it comes up to temperature... "best" performance, not great performance. But that's me and mine... not you and yours.
My biggest complaint is the waste... dead, black, unburnt charcoal in the bottom unless I babysit the damn thing. I literally have to stir 'n' rake the coal bed every 10 minutes or so to get any heat from the coal bed... and if I don't stir 'n' rake the coals just die out. I can't (and don't wanna') be babysittin' it like that... so if fills with those dead and dieing coals... and I end up tossin' out somethin' like ¼, or more, of the fuel I put in the thing. Of course, if it burned on a grate system, with combustion air fed under the coal bed (rather than over it), it would be a non issue... but that ain't happenin' without guttin' 'n' rebuildin' the thing.
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Nope... no derail.hope I didn't derail
however I do agree that there are stoves out there that can have the air shut to the point of starving the fire...mine being one of them, I can shut it down so far that it smokes like a damn steam engine...I believe the operators manual would "make up" for the air adjustments, as it likely tells the operator how to adjust the settings to be EPA compliant? im just guessing though
OK... I believe ya' (what kind/vintage of stove??).This is true on my stove. I can choke the fire out with the 2 controls that are on the front of the stove.
Just a guess, but if it's 100% dampened off with the controls built into the stove I don't believe a damper would make a difference....unless it could get me to 110% ?OK... I believe ya' (what kind/vintage of stove??).
But I just gotta' ask... if ya' ain't never tried one (with the current set-up), how can ya' possibly know a flue damper wouldn't make an improvement in performance??
I mean... seriously... how can ya' possibly know??
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Well greenskeeper, I posted this in another thread recently.
It's something I've actually done... have you??
Just because something works a certain way on paper don't mean it will work that way in actual practice... and that's been proven time 'n' time again.
Tell ya' what ya' do.
- Get a good fire goin' in your stove, then slowly start closin' the air inlet and watch how the fire reacts.
- Do the same thing with the flue damper and watch how the fire reacts.
- Get the fire goin' good again, leave the flue damper open and close the air inlet to minimum for ½ an hour... measure the temperature of the stove top and sides.
- Do the same thing but leave the air inlet open and close the flue damper to minimum for ½ an hour... measure the temperature of the stove top and sides.
- Try it with the flue damper open ¾ and the air inlet closed ¾... measure the temperature of the stove top and sides.
- Again with the flue damper closed ¾ and the air inlet open ¾... measure the temperature of the stove top and sides.
- Come back and tell me, with a straight face, they do the same exact thing and it don't make any difference which one you use to adjust the stove.
blah,blah, ....
and we need to find you a false baby nipple,,as thats about all your good for. your second behind slowp for troll,,might want to try harder, loser..to bad all your good for is a troll...must be a worthless drug filled life...Olyman - You need to find the "kneel-n-bob" emoticon, it would be more appropriate.
A flue pipe is like a vaccum cleaner the higher the draft ( taller chimney) the more suck you get . Sometimes you gotta do what you gotta do to keep that in check. I could see how a guy with a 25+ foot chimney needs a damper of some kind regardless if it's EPA or not
...you'd be able to impress your kids with a tube and a little red fluid.
The draft (the amount of suck) ain't changin' when you close the ash drawer... the draft (amount of suck) remains the same....when I shut the ash drawer stopping all that extra air the BDR opens, telling me I have more draft with less air.
Both the BDR and a key damper reduce the draft (suck or vacuum) acting on the firebox, but neither can change the total draft being created by the chimney (other than the slight difference flue gas temperature would make by using either).
The draft (the amount of suck) ain't changin' when you close the ash drawer... the draft (amount of suck) remains the same
When you close the ash drawer you reduce the amount of air flowing through the firebox, resulting in more of the total "vacuum" acting on the BDR, and less on the firebox
I believe this is where your confusion lays... the firebox is upstream from the BDR, not downstream.The firebox is down stream from the BDR
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