ATO 100: 1 air booster with formula to calculate gas outlet pressure PB is 100XPL+ PA, connection: gas Inlet / gas outlet (NPT thread) is 1/ 4/ M14*1.5. The product structure is stable, the material performance is remarkable, durable and safe.
Features:
Automatic pressure maintaining: no matter what causes the pressure drop in the pressure maintaining circuit, the sesant pump will start automatically to supplement the leakage pressure and keep the circuit pressure constant.
Operation safety: gas driven, no arc and spark, completely used in places with flammable and explosive liquid or gas.
Simple maintenance: compared with other gas drive pumps, the sesant pump can complete the same work, but its parts and seals are less, and the maintenance is simpler.
High cost performance: ATO gas booster pump is a kind of piston pump. When it works, ATO gas booster pump quickly reciprocates. With the increase of output pressure, the reciprocating speed of the pump slows down until it stops. At this time, the output pressure of the pump is constant, the energy consumption is the lowest, and all parts stop moving. Because of the simple structure of the piston pump, it is easy to maintain.
Product display:
Specification:
Mode
ATO-DGD-100
Pressure boost ratio
100:1
Min. gas Inlet pressure PA
35 bar
Max.gas Inlet pressure PA
800 bar
Max. gas outlet pressure PB
800 bar
Drive piston diameter
160mm
Driven air pressure PL
2 bar- 8 bar
Max. driving air pressure
10 bar
Formula to calculate gas outlet pressure PB
100XPL+ PA
Connection: Gas Inlet / Gas outlet (NPT thread)
1/ 4/M14* 1.5
Max. flow at driven air pressure of 6 bar
300 L/min (at PA of 60bar)
Weight
25kg
Dimension: (unit:mm)
Tips: What are ATO 100: 1 air boosters functions?
High pressure nitrogen gas filling in auxiliary injection molding.
Compression of ultrapure gases (CO2 supercritical extraction).
Testing of high pressure gas systems and instruments.
Destructive test of address specimen.
Demineralization, such as reverse osmosis and desalination.
Provide pressure to test or calibrate natural gas components.
The power of sonic equipment for recording the depth of downhole fluid.
Study on high pressure gas flow pattern.
