gyrfalcon said:
Buckeye said:
I'm probably not far from where you are so I have had the same conditions. Like others have said, get the wood charred good for about 10-20 minutes and turn the air down about half. Then leave it there for about 15 minutes and close it almost all the way. Leave it open maybe an 1/8" or so. You should see the secondary tubes blowing flames at that point. That will bring the stove temp. up really well. If your wood is seasoned this stove is definately enough to heat a newer 1800 sq ft home. Our first year I probably wasted as much wood as I got heat out of. You think that leaving the air open and seeing all the flames that it has to be hotter than closing the air and not seeing as many, or the ones you see are dancing above the wood. That was the way I was always thinking, bigger flames = more heat. Not True.
Look at my link below. I heat this mass with mostly the heritage. It was built in 1912, no way to insulate the walls, cheap replacement windows that I have to put plastic over and generally not very well sealed up. The past few days my boiler has been running quite a bit, but, when the temp is above 20, it rarely runs. Maybe during the day when we are at work but not when we are home at all.
*******************************************************************************
Here's what I still don't get. If the secondaries are what really gives off the heat and the secondaries are burning gases from the wood, what the heck are they burning from really dry seasoned wood? Wouldn't they blast off more with unseasoned wood?
There's something I'm missing or have gotten wrong here. Can somebody straighten me out? What is dry wood giving off that the secondaries are burning?
********************************************************************************
Dry wood burns hotter & faster & gives off more heat that the same wieght in wet or unseasoned wood.
Wet or unseasoned or not seasoned long enough wood has a hard time to reach 450 deg and needs to steal heat from the rest of the fire to boil off the moisture.
Wet or high moisture wood steals the heat needed to boil water from the rest of the fire But after(about 45 minutes) the wet wood has dried off in the fire at 450 or 500 deg, it becomes dry wood and starts to burn better. At this time, you will notice less smoke from the chimney and you will need to closed down your primary air so that the fire does not get too hot because you had your primary air opened more that normal tring to get the wet wood to burn. (this takes an abnormal amount of primary air to burn)
after the wet wood dries in the fire, the former high primary air setting (for wet wood) is too much air & the fire gets real hot & burns up your wood load too quick.
Too much primary air just throws your heat up the chimney without doing much to heat your house.
You want 2 get the stove hot ,not get the chimney overhot.
If you don't believe me, try this experiment.
Buy two magnetic stove pipe thermostats (stack thermostats) & place one on the stove pipe 18 inches above the stove and the other one on the stove top.
This allows you to monitor both the stack temp & the stove top temp & know exactly how your stove is burning with different types of wood & different primary & secondary air settings.
These are the gagues that you use to fine tune your stove control settings.
If you have a double walled stainless steel stove pipe, you will need the kind of thermometer that has a long probe & you will have to drill a hole in the stove pipe to accept the probe and maybe a screw in mounting bracket for the thermometer.
Dry wood throws off plenty of HOT GASSES for the secondary air to ignite.
Wet wood throws off plenty of COLD STEAM & MOISTURE VAPOR that cools down the fire as well as the air inside the stove and the last time I looked, hot secondary air can not burn steam or moisture because steam & moisture are both non flamable.
Also, steam & moisture cool down the internal stove temps so that secondary combustion can not
happen or not happen efficiently.
My secondary burn does not work at all with a stove top temp below 500 deg.
I have to exceed 500 deg stove top in order to initiate secondary burn.
You stove may secondary burn at 450 deg or even 400 deg , but the hotter the internal sove temps, the better, more efficient the secondary burn.
I hope this helps.