Working characteristics and typical application of air pump

Working characteristics and typical application of air pump

Air pump work features:

1. Output pressure range: cover 0.6Mpa-160Mpa pressure zone 2. Various kinds of gas drive: compressed air, nitrogen, water vapor, natural gas, etc. can all be used as pump driving gas source.

3. Wide range of applications: In the industrial field, it is used for the chucking of machine tool chucks, accumulator charging, high-pressure bottle filling, and converting low-pressure gas into high-pressure gas. Where the pressure of the air source is not high enough, either a mechanical or electronic test device can be used with a Deco booster pump.

5. Easy to adjust: In the pressure range of the pump, adjusting the regulating valve to adjust the inlet pressure, the output hydraulic pressure accordingly corresponding to the non-polar adjustment.

6. Automatic pressure keeping: For any reason, the pressure in the pressure maintaining circuit will drop, it will start automatically, supplement the leak pressure and keep the circuit pressure constant.

7. Operational safety: Using gas-driven, no arc and sparks, can be used in hazardous locations.

8. Simple maintenance: Compared with Other air-driving pumps, the Deco booster pump can accomplish the same work, but its parts and seals are small, and maintenance is simple. 9. Cost-effectiveness: The booster pump is a type of piston pump. The Deco booster pump works quickly and reciprocally. As the output pressure increases, the pump's reciprocation slows until it stops. At this point, the pump pressure is constant, energy consumption is minimal, and all components stop moving.

typical application:

1. Static and burst tests for fittings, hoses, valves, pressure vessels, cylinders, etc. 2. Static and dynamic tests after aerospace accessories repair 3. Safety valve calibration 4. Valve and wellhead device bubbling in water 5. Air pressure Regulator detection 6. Automobile brake system test 7. Communication cable inflator 8. Air-filled tire of the aircraft and hydraulic accumulator 9. High-pressure nitrogen inflation in gas-assisted injection molding 10. Compression of ultrapure gas (CO2 supercritical extraction)

11. Testing of high pressure gas systems and equipment 12. Demineralization, such as reverse osmosis and desalination 13. Providing pressure to test or calibrate natural gas components 14. Recording downhole fluid depths Acoustic wave device power 15. High pressure gas flow morphology study 16. Geological Specimens Destructive Testing

Bicycle Tire

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