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Pressure gauge CO2/N2 0-300bar 1/4" thread
EAN: 2000000032900
Brand:
Unit: pc
Stock qty: 4
Delivery time within Estonia for stock items approx. 3-5 working days. NOTE! Due to the rapid price increase, prices for non-stock items may change without prior notice! Standard prices with 24% VAT.
Pressure gauge CO2/N2 0-300bar 1/4" thread
High-pressure gauge for measuring CO2 or N2 gas cylinder pressure. The instrument shows the remaining gas quantity in the cylinder and helps plan cylinder replacement in time.
Operating principle. The pressure gauge is installed on the CO2 pressure regulator where it displays the cylinder pressure (high-pressure side). High pressure indicates a full cylinder, falling pressure indicates an emptying cylinder. In beverage cooling systems, CO2 cylinders with pressure up to 200-300 bar are typically used.
Measurement range: 0-300 bar. Thread connection: 1/4". Metal housing. Suitable for CO2 and N2 cylinder pressure measurement.
Frequently asked questions about this product
Does this gauge show the cylinder pressure or the dispensing pressure?
It measures the high-pressure (cylinder) side and is fitted on the inlet of the CO2 pressure regulator. It tells you how full the cylinder is, not the working pressure delivered to your kegs, which is shown by the regulator's low-pressure gauge.
Why does a CO2 cylinder gauge stay near full for a long time and then fall quickly?
CO2 is stored as a liquid, so while liquid remains the pressure stays roughly constant. The needle only drops sharply once the last liquid has vaporised, so order a refill as soon as the reading begins to fall. A nitrogen (N2) cylinder, which holds gas only, falls steadily instead.
Where on the regulator is it installed?
On the high-pressure side of the regulator, using its 1/4 inch thread, so it reads the pressure straight from the cylinder.
How should it be handled to stay accurate?
Mount it where it is protected from knocks and avoid pressure spikes beyond its range. The housing is metal but the internal movement is delicate, so do not over-tighten it or subject it to impacts.
| High (m) | 0.4 |
| Width (m) | 0.4 |
| Length (m) | 0.6 |
