Iowa Medical
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This gas booster equipment uses pure compressed air as the driving power source and a gas booster pump as the pressure source. It is designed to handle hydrogen, nitrogen, oxygen, helium, N2O, argon, CO2, and other gases as pressurized media. The output pressure is directly proportional to the driving gas pressure.
By adjusting the pressure of the driving gas source, the corresponding pressurized gas pressure can be obtained. When the driving gas source balances with the pressurized gas, the pneumatic booster pump stops automatically, stabilizing the output at the preset pressure. Features include explosion-proof design, energy efficiency, environmental protection, and adjustable output pressure in a compact, lightweight unit.
| Product Name | Pneumatic air driven gas booster pump equipment |
| Model | GU-GTB-40 |
| Pressure Ratio | 40:1 |
| Drive Air Source Pressure | 3-8 bar |
| Maximum Outlet Pressure | 320 bar (46400 psi) |
| High Pressure Outlet (at 5.0 bar drive) | 200 bar |
| High Pressure Outlet (at 6.0 bar drive) | 240 bar |
| Min/Max Gas Inlet Pressure | 15 bar / 320 bar |
| Equipment Dimension | 580*450*570 mm |
| Packing Weight | 45 KG |
The system uses pure compressed air as the driving power source, making it safe for use in dangerous locations without electricity.
Yes, the output pressure is proportional to the driving air pressure and can be easily adjusted via the drive air regulator valve.
No, the pump will automatically stop when the driving air pressure and the output pressure reach a balance at the preset value.
It is compatible with a wide range of gases including Hydrogen, Nitrogen, Oxygen, Helium, Argon, CO2, N2O, and CH4.
Yes, because it is pneumatic and driven by gas, there are no sparks or flames generated, making it ideal for hazardous oil and gas fields.
The equipment and all accessories are covered by a one-year warranty, including technical advice and guidance.
