This is one big clean burning, heat outputting monster.
My good friend Bruce built this stove 30 years ago from 1/4" thick high nickle alloy armor plating taken from a shot blasting booth.
It sits in the 1200 sq ft machine shop of his 2800 sq ft Gun Shop.
A few months ago he decided to retrofit a secondary air system and here are the following sizes, material and interesting result.
The Stove is 36" deep x 24" wide x 36" high.
The fire box is approximately 36" deep x 24" wide x 24" high.
The 1/8" thick bronze baffle plate is 30" deep x 24" wide x 24" high.
Above the baffle are 4, 2" tubes that a 300 ss thermostatically controlled blower pushes air through. Above those tubes is a 1/4 steel baffle. (steel baffle can be seen by the weld line on the outside, near the top of the stove of picture #5)
The 5 secondary air tubes are spaced 5 inches apart, are .750" in diameter and 17" long made from black pipe with .125" holes drilled in them pointing towards the exhaust opening and steel baffle.
Triple walled 8", 316 ss stove pipe is 35' approximately long.
There are 3 intake holes .850" in diameter on the side of the stove to feed the secondary air.
The stove contains no firebrick. (pushing him to line the bottom of the firebox)
So on to the Fire!!
The stoves secondary kicks in between 450* and 500*.
No visible smoke can be seen from outside.
Before the secondary air was installed this stove produced a significant amount of smoke and creosote.
After 25 days the stove was shut down and the stove pipe was visibly inspected and zero creosote could be found.
In this time Bruce stated that he burned just under 2 face cords of White Ash and White Oak. (about half of what he would normally burned before)
So here is the kicker...........the heat output and burn time.
Before if he could get the shop 75* he was running the stove real hard 'n' hot with a short burn time of 6 hrs.
Now he has a hard time keeping the shop under 80* with burn times reaching 12 to 14 hrs. with just 2 to 3 splits, No Joke!
He has had to plug of 2 of the 3 air intake holes.
He is lucky enough that his brother in law is a heating and cooling professional. He is now looking at options to pump the heat into the remaining 800 sq ft Show room and his 800 sq ft living quarters. (He is running 3 stoves at present)
The black pipe has no signs of warping.
Thought everyone would like to see this mammoth and hear about the improvement the secondary air has made?
(Note pics were taken shortly after a small test fire)
My good friend Bruce built this stove 30 years ago from 1/4" thick high nickle alloy armor plating taken from a shot blasting booth.
It sits in the 1200 sq ft machine shop of his 2800 sq ft Gun Shop.
A few months ago he decided to retrofit a secondary air system and here are the following sizes, material and interesting result.
The Stove is 36" deep x 24" wide x 36" high.
The fire box is approximately 36" deep x 24" wide x 24" high.
The 1/8" thick bronze baffle plate is 30" deep x 24" wide x 24" high.
Above the baffle are 4, 2" tubes that a 300 ss thermostatically controlled blower pushes air through. Above those tubes is a 1/4 steel baffle. (steel baffle can be seen by the weld line on the outside, near the top of the stove of picture #5)
The 5 secondary air tubes are spaced 5 inches apart, are .750" in diameter and 17" long made from black pipe with .125" holes drilled in them pointing towards the exhaust opening and steel baffle.
Triple walled 8", 316 ss stove pipe is 35' approximately long.
There are 3 intake holes .850" in diameter on the side of the stove to feed the secondary air.
The stove contains no firebrick. (pushing him to line the bottom of the firebox)
So on to the Fire!!
The stoves secondary kicks in between 450* and 500*.
No visible smoke can be seen from outside.
Before the secondary air was installed this stove produced a significant amount of smoke and creosote.
After 25 days the stove was shut down and the stove pipe was visibly inspected and zero creosote could be found.
In this time Bruce stated that he burned just under 2 face cords of White Ash and White Oak. (about half of what he would normally burned before)
So here is the kicker...........the heat output and burn time.
Before if he could get the shop 75* he was running the stove real hard 'n' hot with a short burn time of 6 hrs.
Now he has a hard time keeping the shop under 80* with burn times reaching 12 to 14 hrs. with just 2 to 3 splits, No Joke!
He has had to plug of 2 of the 3 air intake holes.
He is lucky enough that his brother in law is a heating and cooling professional. He is now looking at options to pump the heat into the remaining 800 sq ft Show room and his 800 sq ft living quarters. (He is running 3 stoves at present)
The black pipe has no signs of warping.
Thought everyone would like to see this mammoth and hear about the improvement the secondary air has made?
(Note pics were taken shortly after a small test fire)