Guys, after only running my Seton for a few weeks, and reading a lot of valuable info on this site, I have decided that I will be adding storage next year. The one thing that I have a hard time grasping is how the flow thru the tubes is able to move the heat off fast enough without shutting down and refiring repeatedly, until the storage is up to temp.
I would be doing unpressurized storage, perhaps up to 1000 gallons, but probably closer to 500.
If my Seton 130 is cranking at say 1500F, I find it hard to imagine that it could run like that for 4-5 hours without shutting down. That would seem to require a phenomenol flow rate thru the tubes to keep from getting too hot and shutting down the air. Yet most of you guys seem to be saying that is exactly what you do. What am I missing here?
thx. Pat
I would be doing unpressurized storage, perhaps up to 1000 gallons, but probably closer to 500.
If my Seton 130 is cranking at say 1500F, I find it hard to imagine that it could run like that for 4-5 hours without shutting down. That would seem to require a phenomenol flow rate thru the tubes to keep from getting too hot and shutting down the air. Yet most of you guys seem to be saying that is exactly what you do. What am I missing here?
thx. Pat