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ODMT Air Driven Gas Boosters provide for pressures up to 80Mpa (11,600 psi). Used for virtually all known gases, these boosters are ideal for increasing gas pressure, transferring high pressure gas, charging cylinders and scavenging.
The OMD series gas booster pump is a single-stage booster pump. In order to achieve the required pressure, the input air pressure at the gas input port requires a certain degree of pre-increase. The pre-increase pressure reaches
The maximum pressure varies. The maximum pressure can be increased to 80Mpa. The commutation method of this series of pumps is exactly the same as that of the OMA series. The difference is that this series of pumps
It is a double-head pump based on the OMA series. The entire pump is made of aluminum alloy and stainless steel. The driving piston diameter of this series of pumps is 160mm.
The dynamic air pressure is ≤8bar, and the pump heads at both ends are equipped with exhaust cooling. When leaving the factory, the two inlets and two outlets can be connected with pipelines according to user requirements.
OMD-Series
This series of pump has double stage. It can amplify extremely low pressure into very high pressure. The drive gas pressure≤8bar. The rage of inlet gas pressure is 0.5-10bar. The maximum pressure can be up to 80Mpa. The pump is made of aluminum alloy and stainless steel.
The diameter of its drive piston is 160mm. Both pump heads can cool the exhaust gas.
Type | Pressure ratio | Min. Gas Inlet Pressure PA(bar) | Max. Gas Inlet Pressure PA(bar) | Max. Allowed Outlet Pressure PB(bar) | Outlet Pressure Calculate Formula PB | Gas Inlet | Gas Outlet | Max. Flow Ln/min @PL=6bar |
OMD10 | 10:1 | 5 bar | 80 bar | 80 bar | 10PL+PA | ZG1/4 | ZG1/4 | 372@PA=6 |
OMD25 | 25:1 | 10bar | 200bar | 200bar | 25PL+PA | ZG1/4 | ZG1/4 | 154@PA=20 |
OMD40 | 40:1 | 15bar | 320bar | 320bar | 40PL+PA | ZG1/4 | ZG1/4 | 92@PA=20 |
OMD60 | 60:1 | 25bar | 480bar | 480bar | 60PL+PA | ZG1/4 | ZG1/4 | 115@PA=40 |
OMD100 | 100:1 | 35bar | 800bar | 800bar | 100PL+PA | ZG1/4 | ZG1/4 | 74@PA=40 |
PL=drive pressure PA=input gas pressure PB=output gas pressure
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