High-Pressure Air-Driven Liquid Pumps Operating Instructions
Our high-pressure pneumatic pumps are easy to operate using the following instructions.
Getting Started
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- Connect the pneumatic pump supply lines.
- Connect the lines for compressed air, outlet, and inlet
- Configure the drive pressure.
- Slowly open the compressed air supply to start the pump.
Building Pressure
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- Pressure automatically builds within the pump.
- The pilot valve disperses pulses of air to automatically cycle the spool valve.
- The liquid suctions.
Maintain Pressure
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- The pump maintains stable pressure.
- When the desired pressure is achieved, the pump will stop automatically.
- Pressure is maintained without consuming energy or losing heat.
- When pressure drops, the pump will restart automatically.
High-Pressure Air-Driven/Pneumatic Liquid Pump Features
The MAXPRO Technologies team will help you choose the best pump for your application. Pump features include:
- Discharge pressures between 60-101,000 psi
- Temperature range from -20 °F to 140 °F
- Drive air pressures range from 1-10 bar
- Standard and optional seals available
- Pilot air control for remote operation standard on many models
- External spool valve for quick maintenance on most models
- Dry air spool valve option available for severe service
- Safe for hazardous areas (no electrical power required)
- Sturdy construction materials, including aluminum, stainless steel, and cast iron
How It Works
- 1Air Inlet Port
- 2Air Drive Tube
- 3Drive Piston
- 4Upper Tappet Valve
- 5Pilot Air Tube
- 6Spool Valve
- 7Lower Tappet Valve
- 8Pilot Vent
- 9Outlet Muffler
- 10Inlet Check Valve
- 11Outlet Check Valve
- 12Drive Air Flow
- 13Exhaust Flow
Oil or Oil/Water Service High-Pressure Air-Driven/Pneumatic Liquid Pumps
Water or Oil Service High-Pressure Air-Driven/Pneumatic Liquid Pumps
Chemical Service High-Pressure Air-Driven/Pneumatic Liquid Pumps
High-Pressure Air-Driven Liquid Pumps Applications
Maximator® High-Pressure Air-Driven Liquid Pumps come in a variety of sizes and are useful in many industries, including oil & gas, mining, construction, aviation, aeronautics, automotive, biomedical, botanical oil extraction, alternative energy, chemical, defense, food processing, fracking, and more. Typical applications in these industries and others include:
- Bolt tensioning
- Calibration
- Clamping, crimping, cutting
- Gas storage facilities
- Hazardous fluid pumping
- Hydraulic and isostatic presses
- Hydraulic cylinder actuation
- Hydraulic power units
- Hydrostatic testing
- Pressure testing and proof testing
- Refrigerant systems testing
- Setting/testing pressure relief valves
- Supercritical extraction for cannabis
Quality Control and Industry Standards
Maximator GmbH is quality manufacturer with ISO 9001:2015 certification. CE Mark is available upon request.
To learn more about any of our quality high-pressure air-driven liquid pumps, please contact us today.
High-Pressure, Air-Driven Liquid Pumps Benefits
Choose MAXPRO for Reliable High-Pressure Air-Driven Liquid Pumps
MAXPRO is the exclusive supplier of Maximator pumps in North America. At MAXPRO® Technologies, we strive to offer the highest quality solutions for any high-pressure application. For more information about our high-pressure air-driven liquid pumps or any of our other high-pressure solutions, please contact us.
