SUPER Pneumatic Power Unit primarily consists of the Simite air booster pump (or Simite gas booster pump) and an air storage tank.
Standard accessories include: the air storage tank, pressure regulating switch, FRL (Filter-Regulator-Lubricator) unit, connecting pipelines, joints, and silencers. The gas buffer tank can be selected in an appropriate volume as needed, with common options including 10L, 20L, and other sizes. The system pipelines are connected using stainless steel.
Optional accessories include corresponding enclosures, digital pressure gauges, etc.
The connection diagram for the pneumatic booster unit is as follows:

型号 |
增压比 |
压力 |
气体出口压力计算公式 |
小进口压力 |
流量L/min |
Ps |
Po |
QDDY-1 |
1:1 |
10bar |
8bar |
1*Pa |
0.1bar |
860 |
QDDY-2 |
2:1 |
10bar |
16bar |
2*Pa |
0.1bar |
420 |
QDDY-3 |
3:1 |
10bar |
24bar |
3*Pa |
0.1bar |
312 |
QDDY-4 |
4:1 |
10bar |
32bar |
4*Pa |
0.1bar |
260 |
QDDY-5 |
5:1 |
10bar |
40bar |
5*Pa |
0.1bar |
220 |
Pa=驱动气压 Ps=输入气压 Po=输出气压,流量为标态下流量,且要求驱动气压为8公斤
When the gas being boosted is air, the final achieved pressure is: Drive Air Pressure × Boost Ratio.
When the gas being boosted is a non-air gas (e.g., nitrogen), the final achieved pressure is: Drive Air Pressure × Boost Ratio + Inlet Gas Pressure.
常用压力单位换算:1bar=0.1MPa=1公斤=145psi
Note: The models listed above are standard offerings. For applications requiring higher pressure, please consider upgrading to the Simite Gas Booster Pump. For detailed specifications, please refer to the Gas Booster Pump section.

Air Booster Unit with Buffer Tank
Gas Booster Unit Applications
Localized pressure boosting at the endpoint of compressed air systems
Natural gas pressure enhancement
Safety valve calibration
Bubble testing for valves and wellhead equipment underwater
Pressure regulator testing and inspection
Capable of pressurizing various gases including nitrogen, hydrogen, air, methane, etc.
Related Products
SUP Gas Booster Pump Product B

The B Series is a two-stage booster pump capable of increasing gas pressure from extremely low levels to very high pressures. It operates with a drive air pressure of ≤7 bar and accepts an inlet gas pressure range of 0.5–10 bar, with output pressures up to 90 MPa achievable. The reversing mechanism of this series is identical to that of the N Series. The entire pump is constructed from aluminum alloy and stainless steel.
For detailed information, please click here: Gas Booster Pump.
Pneumatic Booster Bench

This unit is suitable for high-pressure gas testing and can generate gas pressures of up to 90 MPa. The same equipment can boost most gases, including hydrogen, air, nitrogen, and natural gas, and is capable of gas pressurization, gas compression, and high-pressure gas testing.
For detailed information, please click here: Pneumatic Booster Bench
zengyabeng-m
The Servo High-Pressure Pump is a versatile product with a wide range of applications. It can pressurize air, nitrogen, helium, water, hydraulic oil, and other media to meet various high-pressure gas requirements across different fields. It is capable of conveying various media, including water and industrial liquids, and is suitable for different temperatures, flow rates, and pressure ranges.
Typical Applications:
-
Industrial Pressurization: High-precision pressure injection systems
-
Academic and Research Sector: High-precision pressure testing devices, rock testing equipment
-
Laboratories: High-precision pressure testing systems
For detailed information, please click here:Servo High-Pressure Pump


压力单位的换算关系MPa,kPa,bar,psi
Relationship Between Compression Ratios of Hydraulic and Pneumatic Pressures
Difference Between Hydrostatic and Pneumatic Pressure Tests
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