Customized by pipeline booster pump manufacturer

Customized by pipeline booster pump manufacturerworking principle

The working principle of pipeline booster pump is mainly based on the action of centrifugal force. When the pump is started, the motor drives the impeller to rotate rapidly, and the blades on the impeller drive the fluid to rotate together. The fluid generates inertia during rotation and flows towards the outer edge of the impeller. At the same time, a certain vacuum area will be formed at the center of the impeller, and the liquid level pressure is higher than that at the center of the impeller. Therefore, the liquid will enter the pump through the suction pipeline under the pressure difference. As the impeller continues to rotate, the liquid will be continuously sucked in and squeezed out, thereby achieving the purpose of pressurization.

Customized by pipeline booster pump manufacturerFeatures and Advantages

High Efficiency and Energy Saving

By adopting optimized hydraulic model design, the matching degree between the impeller and the flow channel is high, and the energy conversion efficiency is significantly improved.

The design of direct connection between the motor and the pump body reduces transmission losses and further improves operational efficiency.

Compact structure, flexible installation

The vertical structure saves floor space, the coaxial design of the inlet and outlet reduces the difficulty of pipeline connection, and supports horizontal, vertical, and lateral multi angle installation.

Supporting multiple parallel or series operations, it can flexibly adapt to different flow and head requirements.

Stable operation and low noise

The dual bearing support structure reduces vibration, operates with low noise, and meets environmental protection requirements.

Integrated design of motor and pump body reduces resonance and extends equipment life.

Diverse materials and strong corrosion resistance

The pump body material can be selected from cast iron, stainless steel (such as 304, 316L), engineering plastics, etc., to adapt to different working conditions such as clean water, sewage, chemical media, etc.

Mechanical seals use corrosion-resistant materials such as silicon carbide and fluororubber to ensure sealing reliability.

Easy maintenance and low failure rate

Modular design facilitates disassembly and replacement of vulnerable parts such as seals and bearings without the need to move pipelines.

Usage Tips

1. Shorten the suction pipeline: Try to shorten the suction pipeline as much as possible and reduce the number of bends to reduce pipeline losses and improve suction performance.

2. Install exhaust valves: Install exhaust valves in areas of the bladder that are prone to gas accumulation to prevent cavitation.

3. Reasonable configuration of reducer: When the suction pipe of the pump is in a vertical direction, if there is a reducer, an eccentric reducer should be configured to avoid the formation of air pockets.

4. Set up a pipe rack: Set up a pipe rack above the pump valve at the vertical inlet or outlet to reduce the force on the pump pipe mouth.

5. Pay attention to slope setting: When transporting liquids with low density, the suction pipeline should have an appropriate slope to allow the vapor generated by vaporization to return to the suction tank and avoid cavitation.