Pronal motor-driven pumps are designed to transfer water, diesel, ground fuels, or aviation fuels, depending on the configuration. Available with diesel or electric motorization, and with a centrifugal or volumetric pump, they meet a wide range of needs: rapid transfer, refueling, unloading, draining, field operations, tank supply, mobile use, or integration into more complete installations.
Depending on the fluid, the required flow rate, the necessary pressure, and the operating environment, Pronal offers several families of motor-driven pumps, with standard versions and versions adapted to potentially explosive atmospheres.
High-flow diesel motor-driven pump
This diesel motor-driven pump is designed to transfer diesel at a high flow rate. It is equipped with a 2-cylinder, 4-stroke diesel engine, with air cooling, electric start, and battery included. The pump is self-priming and can reach a flow rate of up to 130 m³/h. The datasheet also indicates a maximum head of 2.8 bar, a maximum suction lift of 6 m, and a maximum liquid temperature of 70°C.
- Diesel transfer
- High-flow fuel pumping
- Use with an autonomous diesel configuration
- Applications requiring a flow rate of up to 130 m³/h
- Possible integration with distribution equipment, depending on options
- High flow rate of up to 130 m³/h
- Autonomous diesel engine
- Electric start with battery included
- Self-priming pump
- Optimized frame for easy deployment
- Available options: customizable dashboard, pressure indicators, volumetric meter, strainer, different frames, wheels, forklift pockets, aviation hoses, and dispensing nozzles
To learn more about the high-flow diesel motor-driven pump, its technical specifications and applications: Click here
Diesel motor-driven pumps, water and fuel
Diesel motor-driven pumps can transfer water or fuel up to 90 m³/h, depending on the configuration. Compact, easy to use, and suitable for light-duty applications, they can be deployed quickly, including in remote areas. Some configurations can be set up in around 20 minutes by a single operator.
- Water transfer
- Fuel transfer
- Use in remote areas
- Light-duty applications
- Mobile pumping with diesel motorization
- Applications requiring a flow rate of up to 90 m³/h
- Compact solution
- Easy to use
- Quick setup by a single operator
- Self-priming centrifugal pump
- Autonomous diesel motorization
- Several flow rate levels available
- Kerosene supply possible, depending on compatibility
To learn more about diesel centrifugal motor-driven pumps, their technical specifications and applications : Click here
Standard and ATEX electric motor-driven pumps
Standard electric centrifugal motor-driven pumps can transfer diesel or water at flow rates of up to 150 m³/h. They are equipped with 230 / 400 V or 400 / 690 V electric motors, depending on the configuration, with IP55 protection. Available flow rates reach 22 m³/h, 40 m³/h, 85 m³/h, or 150 m³/h, depending on the model.
The ATEX version is designed for the transfer of ground and aviation fuels, including diesel, gasoline, kerosene, and AVGAS. It can also reach flow rates of up to 150 m³/h and features II 2 G Ex h IIB T4 Gb marking.
- Diesel transfer
- Water transfer in standard version
- Ground fuel transfer in ATEX version
- Aviation fuel transfer in ATEX version
- Use with electric power supply
- Applications requiring a flow rate of up to 150 m³/h
- Use in potentially explosive atmospheres with ATEX configuration
- Wide flow rate range of up to 150 m³/h
- Electric motorization
- IP55 protection
- Standard and ATEX versions available
- Possible transfer of diesel, gasoline, kerosene, and AVGAS in ATEX version
- ATEX marking II 2 G Ex h IIB T4 Gb
To learn more about electric motor-driven pumps, their technical specifications and applications : Click here
Lightweight diesel motor-driven pump
The lightweight diesel motor-driven pump is designed for the transfer of semi-loaded water or ground fuel at flow rates of up to 24 m³/h. Compact and easy to use, it is suitable for light-duty and intermittent applications. It is equipped with a 1-cylinder, 4-stroke diesel engine, air-cooled, with manual start, direct injection, and manual speed regulation.
With a weight of 50 kg, dimensions of 790 x 550 x 645 mm, a maximum head of 20 m, a tank capacity of 2.4 L, and an autonomy of 3 hours, it offers a simple solution for compact pumping needs.
- Transfer of semi-loaded water
- Ground fuel transfer
- Light-duty applications
- Intermittent use
- Pumping up to 24 m³/h
- Need for a compact and lightweight motor-driven pump
- Compact and lightweight motor-driven pump
- Weight of 50 kg
- Flow rate up to 24 m³/h
- Autonomous diesel motorization
- Self-priming pump
- 3-hour autonomy
- Drain plug to empty the pump after use
- Filling plug to facilitate priming
- Rotation direction indicator
To learn more about the lightweight diesel motor-driven pump, its technical specifications and applications : Click here
Standard and ATEX volumetric diesel motor-driven pumps
Volumetric diesel motor-driven pumps are designed for the transfer of ground and aviation fuels, including diesel, gasoline, kerosene, and AVGAS. They use an ATEX-certified volumetric pump, self-priming, with constant flow, an integrated bypass adjustable from 2 to 8 bar, and an integrated 3 mm strainer.
This range covers several flow rates: 12 m³/h, 24 m³/h, 40 m³/h, and 60 m³/h depending on the configuration. Higher-flow versions feature II 2 G Ex h IIB T4 Gb marking and allow a maximum differential pressure of 8 bar.
- Diesel transfer
- Gasoline transfer
- Kerosene transfer
- AVGAS transfer
- Ground fuel transfer
- Aviation fuel transfer
- Applications with highly flammable liquids
- Pumping at 12 m³/h, 24 m³/h, 40 m³/h, or 60 m³/h depending on configuration
- Constant-flow volumetric pump
- ATEX-certified pump
- Integrated bypass adjustable from 2 to 8 bar
- Integrated 3 mm strainer
- Maximum differential pressure of 8 bar
- 6-hour autonomy, depending on configuration
To learn more about volumetric diesel motor-driven pumps, their technical specifications and applications : Click here
Standard and ATEX volumetric electric motor-driven pump
Standard and ATEX volumetric electric motor-driven pump units allow the transfer of diesel or water from 12 to 80 m³/h in the standard version. The ATEX version allows the transfer of land and aviation fuels, including diesel, gasoline, kerosene and AVGAS, from 3 to 80 m³/h.
They combine an electric motor up to 11 kW, 50 Hz, in 230 / 400 V or 400 / 690 V depending on the configuration, with an ATEX-certified volumetric pump. This pump is self-priming, with a constant flow rate, an integrated bypass adjustable from 2 to 9 bar, and an integrated 3 mm strainer. The ATEX version is marked II 2 G Ex h IIB T4 Gb.
- Diesel transfer
- Water transfer in standard version
- Gasoline transfer in ATEX version
- Kerosene transfer in ATEX version
- AVGAS transfer in ATEX version
- Land fuel transfer
- Aviation fuel transfer
- Applications from 3 to 80 m³/h depending on configuration
- Use in potentially explosive atmospheres with ATEX version
- Constant-flow volumetric pump
- Flow rates from 12 to 80 m³/h in standard version
- Flow rates from 3 to 80 m³/h in ATEX version
- Electric motor up to 11 kW
- IE3 efficiency
- IP55 protection
- Integrated bypass adjustable from 2 to 9 bar
- Integrated 3 mm strainer
- Available configurations: wheelbarrow frame or frame with forklift pockets
- ATEX marking II 2 G Ex h IIB T4 Gb for the dedicated version
To learn more about volumetric electric motor-driven pump units, their technical specifications and applications : Click here
How to choose the right motor-driven pump unit ?
To choose the most suitable motor-driven pump unit, several criteria should be taken into account:
- The fluid to be transferred : water, diesel, gasoline, kerosene, AVGAS, or land / aviation fuel depending on the configuration.
- The required flow rate : the ranges cover requirements from 3 m³/h to 150 m³/h depending on the motorization and pump technology.
- The motorization : diesel for autonomous use; electric for installations with available power supply.
- The pump technology : centrifugal for high-flow transfers; volumetric for constant flow with integrated bypass.
- The operating environment : standard version or ATEX version with II 2 G Ex h IIB T4 Gb marking depending on requirements.
- The frame configuration : with or without wheels, enclosed, with forklift pockets, or wheelbarrow format depending on the application.
- Additional equipment : dashboard, pressure indicators, volumetric meter, strainer, hoses, nozzles, hose reel, or safety accessories.
Why choose Pronal motor-driven pump units ?
Pronal motor-driven pump units meet a wide range of transfer needs thanks to a complete range combining diesel or electric motorization, centrifugal or volumetric pump technology, and standard or ATEX versions.
They cover a variety of applications: water transfer, diesel transfer, land fuel transfer, aviation fuel transfer, or use in potentially explosive atmospheres.
The main advantages of Pronal motor-driven pump units are :
- A wide flow-rate range, from 3 m³/h to 150 m³/h depending on the configuration.
- Autonomous diesel solutions for operations without electrical power supply.
- Electric solutions suitable for installations with available power supply.
- Self-priming centrifugal pumps for high-flow transfer requirements.
- Constant-flow volumetric pumps with integrated bypass for applications requiring controlled flow.
- ATEX versions for sensitive fuels and potentially explosive atmospheres.
- Customizable configurations with frames, wheels, forklift pockets, dashboards, indicators, strainers, fittings, and distribution equipment.
- Available safety equipment such as spark arresters, manual shut-off valves, and flame arresters depending on the configuration.
Thanks to this diversity of motorization options, pump technologies, flow rates, and accessories, Pronal offers motor-driven pump units adapted to the constraints of each application.
Do you have a project, a specific constraint, or a particular requirement ? Our teams are here to listen, analyze your request, and offer a solution tailored to your operational requirements.
Contact us to continue the discussion and build efficient, long-lasting solutions together.