I believe it did include the price of the Garn....I actually want something SIMPLE in my setup, i dont want nor need anything complex.
steelejones said:Hey guys, a few comments back at you all. First, I appreciate all your help and comments its helping me work through this process. I really have only a month or so to get my mind made up etc.
Today I got an estimate from a local company on installing it, it came to 28k...OUCH! And that was me putting up the radiant tubing under the floor myself.
Second, I went and measured the door opening for the basement and its 77 inches wide if i remember.
Third, I was actually considering keeping the Garn indoors and the wood outdoors, however that sounds like a pain in the butt in Northern Maine, but I may go that route.
I wish I really had a list of items that I actually need to hook to the garn to make it all work. Im a DIY's in most areas of my home, i do my own electric and basic plumbing I just dont have much experience in heating.
I know If i do go the direction of the Garn, ill have to buy my first years wood all seasoned for me and that will be costly, but would let me work on cutting, splitting and storing next years wood etc.
Cost of 28k is going to be prohibitive for sure.
That's more my style. Especially if I can leave the whole trailer in thier. Of course my wifey may have issues if she has to park outside.We installed the greenwood in the garage it was to big to get in the basement, but its nice out there to just back up a trailer load of wood and your good to go.
she keeps asking how soon I’m going to fire up the OPB so she won’t have to hear the oil beast in the basement.
Lazy Flame said:That's more my style. Especially if I can leave the whole trailer in thier. Of course my wifey may have issues if she has to park outside.We installed the greenwood in the garage it was to big to get in the basement, but its nice out there to just back up a trailer load of wood and your good to go.
she keeps asking how soon I’m going to fire up the OPB so she won’t have to hear the oil beast in the basement.
*chuckle* I made a fire in the woodburner for the wifey. It was only 50deg outside, but the fire was pretty. A happy wife is a good thing!!
Gonna make sweet love down by the fire- Chef on Southpark
So you just run a stack thru the roof then? When boilers go truly smokeless we'll look at 'em again. The only spot I have is upwind from the house. How much does a garn smoulder I wonder if a 1/4 of the time it may sit idle.
Lazy Flame said:When boilers go truly smokeless we'll look at 'em again. The only spot I have is upwind from the house. How much does a garn smoulder I wonder if a 1/4 of the time it may sit idle.
thanks so much, this chute idea is just quite something. I'm looking into putting in a boiler and now its definatly going into the basement, and a chute from the outside of the house where I can just dump the wood in with the skid steer, ( We'VE got a concrete slab in the big barn where we dry and store the fire wood ) and its all done. never touch the wood till I fead the stove ( the wood is scraps from our sawmill ) this is such a great site.Gooserider said:Lots of different approaches, including conveyors, chutes, etc... I have it worse since I currently have to go UP about half a flight of steps to reach our woodstove - a basement setup would be easier if only because it means going DOWN instead... What I use is a wood cart that I purchased from Harbor Freight - essentially a metal tube frame that is hung between a couple of bicycle wheels. It will hold about 150 lbs of splits, or about 2.5 times as much as one of those slings. The big wheels are good over obstacles, and make it relatively easy to drag the cart up the stairs - FAR easier than a sling, having tried both.
Gooserider
got yerba mate said:thanks so much, this chute idea is just quite something. I'm looking into putting in a boiler and now its definatly going into the basement, and a chute from the outside of the house where I can just dump the wood in with the skid steer, ( We'VE got a concrete slab in the big barn where we dry and store the fire wood ) and its all done. never touch the wood till I fead the stove ( the wood is scraps from our sawmill ) this is such a great site.Gooserider said:Lots of different approaches, including conveyors, chutes, etc... I have it worse since I currently have to go UP about half a flight of steps to reach our woodstove - a basement setup would be easier if only because it means going DOWN instead... What I use is a wood cart that I purchased from Harbor Freight - essentially a metal tube frame that is hung between a couple of bicycle wheels. It will hold about 150 lbs of splits, or about 2.5 times as much as one of those slings. The big wheels are good over obstacles, and make it relatively easy to drag the cart up the stairs - FAR easier than a sling, having tried both.
Gooserider
Lazy Flame said:That's more my style. Especially if I can leave the whole trailer in thier. Of course my wifey may have issues if she has to park outside.We installed the greenwood in the garage it was to big to get in the basement, but its nice out there to just back up a trailer load of wood and your good to go.
she keeps asking how soon I’m going to fire up the OPB so she won’t have to hear the oil beast in the basement.
*chuckle* I made a fire in the woodburner for the wifey. It was only 50deg outside, but the fire was pretty. A happy wife is a good thing!!
Gonna make sweet love down by the fire- Chef on Southpark
So you just run a stack thru the roof then? When boilers go truly smokeless we'll look at 'em again. The only spot I have is upwind from the house. How much does a garn smoulder I wonder if a 1/4 of the time it may sit idle.
You answered the question I was going to ask & that was, does the Garn have a built in heat exchanger. I wonder why Garn doesn't put one in as standard? Flat plates to handle the Garns considerable output aren't cheap & just a bit of steel tubing in the hot boiler water would handle it. I had wondered what the top tubing bundle in Garnifications boiler was & this is probably it. Is Garn just trying to save a few bucks by not putting in an exchanger? RandyGooserider said:There are (like most things hydronic) several different options on how to plumb stuff up with a Garn, and if you put it in your basement you get some choices that aren't as practical for folks with it in an outbuilding...
From what I've seen here, it seems that most folks have a loop coming out of the Garn that just goes through a flat plate heat exchanger, and back to the Garn - the other side of the heat exchanger is a conventional pressurized system. I have seen some folks put the exchanger in the outbuilding with the Garn, others have put it in the basement, there are arguments that can be made for either approach, and it also somewhat depends on the individual install circumstances.
Once you are on the other side of the HX from the Garn, you can plumb things using any of the various approaches folks use with any other boiler - in effect the HX becomes your "virtual boiler" and the Garn dissapears, as all the system knows or cares is that there is a source of hot boiler water, not where it came from. With the Garn in an outbuilding, you pretty much have to put the DHW tank on the system side of the HX because that's what you can access easily.
As an alternative, with the Garn in the house, presumably one could do an exchange coil on the Garn side of the HX instead, and that might also have some advantages with the right setup. I would be very tempted to try doing a thermosiphon loop between the Garn and the DHW heater using a sidearm HX - no need for pump energy or expensive control plumbing other than a mix valve on the DHW out line, would keep the DHW tank at whatever temp the Garn was at, and probably give a near infinite supply of hot water. If this was done, and the insulation on the Garn was good enough, I could even see shutting off the rest of the plumbing in the summer, and still keeping the DHW hot with one burn every few weeks...
Gooserider
Singed Eyebrows said:You answered the question I was going to ask & that was, does the Garn have a built in heat exchanger. I wonder why Garn doesn't put one in as standard? Flat plates to handle the Garns considerable output aren't cheap & just a bit of steel tubing in the hot boiler water would handle it. I had wondered what the top tubing bundle in Garnifications boiler was & this is probably it. Is Garn just trying to save a few bucks by not putting in an exchanger? RandyGooserider said:There are (like most things hydronic) several different options on how to plumb stuff up with a Garn, and if you put it in your basement you get some choices that aren't as practical for folks with it in an outbuilding...
From what I've seen here, it seems that most folks have a loop coming out of the Garn that just goes through a flat plate heat exchanger, and back to the Garn - the other side of the heat exchanger is a conventional pressurized system. I have seen some folks put the exchanger in the outbuilding with the Garn, others have put it in the basement, there are arguments that can be made for either approach, and it also somewhat depends on the individual install circumstances.
Once you are on the other side of the HX from the Garn, you can plumb things using any of the various approaches folks use with any other boiler - in effect the HX becomes your "virtual boiler" and the Garn dissapears, as all the system knows or cares is that there is a source of hot boiler water, not where it came from. With the Garn in an outbuilding, you pretty much have to put the DHW tank on the system side of the HX because that's what you can access easily.
As an alternative, with the Garn in the house, presumably one could do an exchange coil on the Garn side of the HX instead, and that might also have some advantages with the right setup. I would be very tempted to try doing a thermosiphon loop between the Garn and the DHW heater using a sidearm HX - no need for pump energy or expensive control plumbing other than a mix valve on the DHW out line, would keep the DHW tank at whatever temp the Garn was at, and probably give a near infinite supply of hot water. If this was done, and the insulation on the Garn was good enough, I could even see shutting off the rest of the plumbing in the summer, and still keeping the DHW hot with one burn every few weeks...
Gooserider
chainsaw pete said:Don't know what you have been reading but the Garn unit is in my opinion the best wood boiler available. I considered putting mine in my basement but decided to put in outside barn instead. Glad I did. You will not have much problem with smoke but the mess of bugs and bark and other things coming off the wood makes a real mess. The residual heat coming off the Garn heats my Garn barn. My dog loves it. I am a Plumbing contractor and have hooked up alot of Out door Wood Boilers. Nothing on the market can compare with the Garn.
Heaterman: I had wondered why a tubing bundle was not welded in at the top of the Garn with one end the inlet & the other the output. This would fit all if I'm not mistaken as you could draw off the heat you needed. Flat plates have their limits as you say. You should be able to take 10,000 btu off an integral exchanger or 250,000 provided it is sized for the largest load, Randyheaterman said:Singed Eyebrows said:You answered the question I was going to ask & that was, does the Garn have a built in heat exchanger. I wonder why Garn doesn't put one in as standard? Flat plates to handle the Garns considerable output aren't cheap & just a bit of steel tubing in the hot boiler water would handle it. I had wondered what the top tubing bundle in Garnifications boiler was & this is probably it. Is Garn just trying to save a few bucks by not putting in an exchanger? RandyGooserider said:There are (like most things hydronic) several different options on how to plumb stuff up with a Garn, and if you put it in your basement you get some choices that aren't as practical for folks with it in an outbuilding...
From what I've seen here, it seems that most folks have a loop coming out of the Garn that just goes through a flat plate heat exchanger, and back to the Garn - the other side of the heat exchanger is a conventional pressurized system. I have seen some folks put the exchanger in the outbuilding with the Garn, others have put it in the basement, there are arguments that can be made for either approach, and it also somewhat depends on the individual install circumstances.
Once you are on the other side of the HX from the Garn, you can plumb things using any of the various approaches folks use with any other boiler - in effect the HX becomes your "virtual boiler" and the Garn dissapears, as all the system knows or cares is that there is a source of hot boiler water, not where it came from. With the Garn in an outbuilding, you pretty much have to put the DHW tank on the system side of the HX because that's what you can access easily.
As an alternative, with the Garn in the house, presumably one could do an exchange coil on the Garn side of the HX instead, and that might also have some advantages with the right setup. I would be very tempted to try doing a thermosiphon loop between the Garn and the DHW heater using a sidearm HX - no need for pump energy or expensive control plumbing other than a mix valve on the DHW out line, would keep the DHW tank at whatever temp the Garn was at, and probably give a near infinite supply of hot water. If this was done, and the insulation on the Garn was good enough, I could even see shutting off the rest of the plumbing in the summer, and still keeping the DHW hot with one burn every few weeks...
Gooserider
The reason a flat plate does not come with a Garn, or any other unit I know of for that matter, is simply that there is no "one size fits all". The heat exchanger needs to be sized to the type of system and the heating load, not the Garn itself. The burn rate of a Garn has nothing to do with heat exchanger size. While the Garn does burn at 300-400,000, the heat generated simply goes into the integral storage if not needed by your system.
I was wondering this Slowzuki, that having a pressurized loop in a non pressure vessel might cause some code troubles, Randyslowzuki said:A tube type HX has limits too. Has to be sized. If you use the treatment program and test your water, an open system works well. As soon as they start putting pressurized components you get into ASME stamps.
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