Coupling – A coupler is a piece of equipment that connects to the keg valve and permits inert gas, generally CO2, to enter the keg while allowing beer to exit the keg. Basically, it allows CO2 to enter while keeping beer out.
Kegs are available in a broad range of sizes, shapes, and materials, but beer produced in the United States is typically packed in stainless steel kegs of 5 gallon, 7.75 gallon, or 15.5 gallon capacity. From the outside, you can see a valve on the top of the building. This is the opening via which gas is introduced and beer is emitted.
How does a keg draft system work?
Any draft system that moves beer from the keg to the faucet requires pressured gas to function properly. If you force the beer out of the keg through the coupler, it will ultimately travel up to the tap, allowing you to pour a pint whenever you choose.
What are the different parts of a draft beer system?
As a starting point, let’s look at a standard draft-beer installation. As soon as you have a general understanding of the various components, we can go into further depth about things like keg valves, couplers, regulators, faucets, and other related items so that you may construct a draft beer system that is precisely suited to your requirements!
How does a kegerator work?
- Kegerators are the most popular type of direct draw draft system, and they are also the most expensive.
- Draft beer delivery from keg to tap is accomplished using this standard technology, which may be found anywhere.
- Beer gas, which is either pure carbon dioxide or a blend of nitrogen and carbon dioxide, is used to move beer from the keg through the beer line and up to the draft tower and faucet.
How is beer delivered from a keg?
Draft beer delivery from keg to tap is accomplished using this standard technology, which may be found anywhere. Beer gas, which is either pure carbon dioxide or a blend of nitrogen and carbon dioxide, is used to move beer from the keg through the beer line and up to the draft tower and faucet.