This set-up has one of our CellarMix Panels.
The CellarMix Panel is perfect for the Beer and Beverage Dispense as it is tailored specifically to the Beer Dispense Code of Practice. A key part of this is related to the pressure safety relief systems. We use pressure relief valves rated to 45psi for CO2 and 55psi for N2, Mixed Gas and Air.
Primary regulators regulate the pressure from the cylinders to the gas mixing panel.
You will need a cylinder of pure CO2 and a cylinder of pure Nitrogen to supply the gas mixing panel. This is the most cost effective way of using gas cylinders.
Beer pumps can be run of off compressed air to help get the beer to the taps. They can be used for keg or cask.
Running them off of compressed air is much more cost effective than using precious Nitrogen.
Obviously an air compressor compresses the air to create pressure, which in this case, is used to run the beer pumps.
Secondary regulators regulate the pressure from the gas mixing panel to the keg. This is to make sure there isn’t too much pressure going into the keg. The gas is put into the keg to push the beer out and up to the taps. Mixed gas is used so that the beer isn’t over or under carbonated, which can cause the beer to fob or be flat.
The CellarMix Panel is perfect for the Beer and Beverage Dispense as it is tailored specifically to the Beer Dispense Code of Practice. A key part of this is related to the pressure safety relief systems. We use pressure relief valves rated to 45psi for CO2 and 55psi for N2, Mixed Gas and Air.
Primary regulators regulate the pressure from the cylinders to the gas mixing panel.
You will need a cylinder of pure CO2 and a cylinder of pure Nitrogen to supply the gas mixing panel. This is the most cost effective way of using gas cylinders.
Beer pumps can be run of off compressed air to help get the beer to the taps. They can be used for keg or cask.
Running them off of compressed air is much more cost effective than using precious Nitrogen.
Obviously an air compressor compresses the air to create pressure, which in this case, is used to run the beer pumps.
Secondary regulators regulate the pressure from the gas mixing panel to the keg. This is to make sure there isn’t too much pressure going into the keg. The gas is put into the keg to push the beer out and up to the taps. Mixed gas is used so that the beer isn’t over or under carbonated, which can cause the beer to fob or be flat.
This option has our CellarMix Panel and a Nitrogen Generator.
Reduce your reliance on cylinder gases by generating your own nitrogen in the cellar.
You will need a cylinder of pure CO2 to supply the gas mixing panel.
Reduce your reliance on cylinder gases by generating your own nitrogen in the cellar.
You will need a cylinder of pure CO2 to supply the gas mixing panel.
This option includes our GasHub unit that is a gas mixer and nitrogen generator in one.
Starting from a clean sheet of paper, and armed with 30 years’ experience of supplying the pub cellar industry the Beverage Systems GasHub range of products looks to provide a complete beverage dispense solution in a single box.
The GasHub incorporates a Nitrogen Generator, a Gas Mixing System and a source of compressed air to power beer pumps.
The GasHub only needs to be supplied with pure CO2 so you will need a cylinder of this.
Starting from a clean sheet of paper, and armed with 30 years’ experience of supplying the pub cellar industry the Beverage Systems GasHub range of products looks to provide a complete beverage dispense solution in a single box.
The GasHub incorporates a Nitrogen Generator, a Gas Mixing System and a source of compressed air to power beer pumps.
The GasHub only needs to be supplied with pure CO2 so you will need a cylinder of this.