I have an Osburn 2300. The one I bought didn't come with a bypass damper, and I had lots of issues with smoke rollout when I opened the door. And yes - I did crack it open for about 10 seconds to allow the air flow to adjust, then open it more to re-fill but it still smoked quite badly. Chimney is a double wall 6" which goes up 20 feet through the roof with a small jog using 2 90 degree elbows. I talked to the local dealer, explained the issue and all of a sudden they had a bypass damper kit which I installed myself. That damper sure helps with the smoke rollout.
Another issue I had, was that it seemed that the stove was starved for air during a normal burn, and lighting it was a challenge even with dry wood and heat up took forever. I have an external source of combustion air. So I experimented and found that if I opened the floor cleanout just a bit, the stove came alive as air was able to enter through the cleanout/ash drawer into the base of the fire. So then I decided to add a second damper under the cleanout by welding some angle iron on the bottom of the firebox in the cleanout drawer area and used a 1/2" thick square piece of steel which was welded to a 1/4" rod and a cute little spiral handle to match the other one that comes out the front of the stove. Now I can open this damper (about a 2"x2" opening) and vary it from fully open to fully closed - like when the cleanout plug is in. Now it lights and heats up like it should and I can make it roar a bit as the flame takes off. It's like the stove has come alive and lights and burns nicely now. I live in Alberta Canada and wonder if altitude (3428 ft) and less dense air has much effect of the breathing of the stove. It was designed in Quebec which is at sea level. Less dense air could mean the stove is starved for air using the OEM intake system.
Any comments on the altitude effect on the stove breathing properly?
Another issue I had, was that it seemed that the stove was starved for air during a normal burn, and lighting it was a challenge even with dry wood and heat up took forever. I have an external source of combustion air. So I experimented and found that if I opened the floor cleanout just a bit, the stove came alive as air was able to enter through the cleanout/ash drawer into the base of the fire. So then I decided to add a second damper under the cleanout by welding some angle iron on the bottom of the firebox in the cleanout drawer area and used a 1/2" thick square piece of steel which was welded to a 1/4" rod and a cute little spiral handle to match the other one that comes out the front of the stove. Now I can open this damper (about a 2"x2" opening) and vary it from fully open to fully closed - like when the cleanout plug is in. Now it lights and heats up like it should and I can make it roar a bit as the flame takes off. It's like the stove has come alive and lights and burns nicely now. I live in Alberta Canada and wonder if altitude (3428 ft) and less dense air has much effect of the breathing of the stove. It was designed in Quebec which is at sea level. Less dense air could mean the stove is starved for air using the OEM intake system.
Any comments on the altitude effect on the stove breathing properly?