markws
Well-Known Member
- Joined
- 8/12/03
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Dear All,
I thought that I would document building my brewstand. For quite some time I have been brewing with a couple of converted kegs & esky with a NASA burner. Each brew day consisted of a reasonable amount of lifting and moving gear around in order to heat the sparge water, boil the wort etc. Moving forward....I have spent a fair amount of time considering what design would best suit my brewing needs and have settled on a modified Brutus Ten (Lonnie Mac, www.alenuts.com) single tier brew system. I am sure at the end of this thread I will probably be more concerned the total cost of the build!
Modifications being considered:
Gas pilot safety valve system (described by MNBugeater, honeywell thermocouple and pilot burner and BASO safety valve)
Electric HLT
BC-460 software system (wireless) and controller with my itouch. (Todate, i have this system monitoring my fermentation fridge and appears to be a stable plaform)
Progress todate:
SS 50L kegs obtained, lids cut out (1 x XU1 angle grinder has died in completing this task).
Holes for all the hex nipples have been drilled. Hex nipples have been welded into place and tested for leaks.
Approximately 1.5 kegs have been cleaned and had a basic polish (1 x XU1 angle grinder has died in completing this task).
HLT has been fitted with a 1/2" full port ball valve, 2400 watt heating element, 1/2" 100mm exterior insert thermowell (note the socket welded on to the keg is a standard 1/2" socket fitting cut in half and stepped on a lathe to help with positioning), 1/2" SS pickup tube and 1/2" SS cap nut converted to act as a compession fitting with a plastic olive compression fitting (I have found this to be the cheapest way to maintain the SS theme and create a compression fitting that does not need to provide water tight seal)
Mistakes made todate:
Mistake 1 - not really caring too much about trying to mate the diameter of the hole cut into the keg with a readily available cooking lid.
Mistake 2 - not buy shares in XU1!!!!!
Purchases made todate:
Majority of the fittings he been purchased. I am planning to use all 1/2" SS, specifically cam lock connectors for all hoses.
2x March 809 pumps purchased
1x 30 plate SS heat exchanger
50x50x3mm x 16m square steel tube (stainless stand was an inital consideration. However, at >$40.00 per metre, mild steel at $12.50 per metre was selected).
Future tasks to be completed:
Machine an appropriate cover for the heaing element to cover the power connections.
Finish cleaning/polishing the kegs
Re-weld one of the hex nipples that has a small leak when water tested.
Research burner and gas valve configurations
Additionally, I have purchased a Cigweld 130 DC arc welder and assoc equipment. So, all the welding presented in the various pics has been done by me. Until this project I have never used any type of welding equipment, so apologies to all professionals in this area if my efforts appear alittle on the butcherous. However, as a side note - since welding all the sockets into each of the kegs - I would have to say it was not really a difficult task, but rather time consuming an achievable by most DYI'ers.
Attached below are pics of the current AG brew system and the work on the new brew stand.
I thought that I would document building my brewstand. For quite some time I have been brewing with a couple of converted kegs & esky with a NASA burner. Each brew day consisted of a reasonable amount of lifting and moving gear around in order to heat the sparge water, boil the wort etc. Moving forward....I have spent a fair amount of time considering what design would best suit my brewing needs and have settled on a modified Brutus Ten (Lonnie Mac, www.alenuts.com) single tier brew system. I am sure at the end of this thread I will probably be more concerned the total cost of the build!
Modifications being considered:
Gas pilot safety valve system (described by MNBugeater, honeywell thermocouple and pilot burner and BASO safety valve)
Electric HLT
BC-460 software system (wireless) and controller with my itouch. (Todate, i have this system monitoring my fermentation fridge and appears to be a stable plaform)
Progress todate:
SS 50L kegs obtained, lids cut out (1 x XU1 angle grinder has died in completing this task).
Holes for all the hex nipples have been drilled. Hex nipples have been welded into place and tested for leaks.
Approximately 1.5 kegs have been cleaned and had a basic polish (1 x XU1 angle grinder has died in completing this task).
HLT has been fitted with a 1/2" full port ball valve, 2400 watt heating element, 1/2" 100mm exterior insert thermowell (note the socket welded on to the keg is a standard 1/2" socket fitting cut in half and stepped on a lathe to help with positioning), 1/2" SS pickup tube and 1/2" SS cap nut converted to act as a compession fitting with a plastic olive compression fitting (I have found this to be the cheapest way to maintain the SS theme and create a compression fitting that does not need to provide water tight seal)
Mistakes made todate:
Mistake 1 - not really caring too much about trying to mate the diameter of the hole cut into the keg with a readily available cooking lid.
Mistake 2 - not buy shares in XU1!!!!!
Purchases made todate:
Majority of the fittings he been purchased. I am planning to use all 1/2" SS, specifically cam lock connectors for all hoses.
2x March 809 pumps purchased
1x 30 plate SS heat exchanger
50x50x3mm x 16m square steel tube (stainless stand was an inital consideration. However, at >$40.00 per metre, mild steel at $12.50 per metre was selected).
Future tasks to be completed:
Machine an appropriate cover for the heaing element to cover the power connections.
Finish cleaning/polishing the kegs
Re-weld one of the hex nipples that has a small leak when water tested.
Research burner and gas valve configurations
Additionally, I have purchased a Cigweld 130 DC arc welder and assoc equipment. So, all the welding presented in the various pics has been done by me. Until this project I have never used any type of welding equipment, so apologies to all professionals in this area if my efforts appear alittle on the butcherous. However, as a side note - since welding all the sockets into each of the kegs - I would have to say it was not really a difficult task, but rather time consuming an achievable by most DYI'ers.
Attached below are pics of the current AG brew system and the work on the new brew stand.