Axial Flow Pumps

Designed to move large volumes of fluid at relatively low pressures.

Consisting of a propeller-like impeller, an axial flow pump rotates within a cylindrical casing or pipe. As the impeller spins, it pushes fluid parallel to the pump's shaft, creating flow in an axial direction.

Key features of axial flow pumps include:

1. High flow rates with low head (pressure)

2. Propeller-shaped impeller with few blades

3. Fluid movement parallel to the pump shaft

4. Typically used for applications requiring large volume transfer

These pumps are commonly used in scenarios such as:

- Flood control and drainage

- Irrigation systems

- Wastewater treatment plants

- Cooling systems for power plants

Axial flow pumps are efficient for moving high volumes of liquid when significant pressure increase is not required. Their performance characteristics differ from other pump types, with power consumption increasing as flow decreases.

Typical Axial Flow Specifications

P-07, 400-1600 GPM, 1760 RPM
P-09, 750-1300 GPM, 1760 RPM
P-20, 5600-19000 GPM, 690 RPM
P-26, 12000-39000 GPM, 580 RPM
P-26, 13800-49000 GPM, 705 RPM
P-26, 8500-29000 GPM, 490 RPM
P-10, 1800-4900 GPM, 1760 RPM
P-09, 800-2000 GPM, 1160 RPM
P-12, 3000-10500 GPM, 1760 RPM
P-10, 2500-3600 GPM, 1180 RPM
P-12, 1600-5100 GPM, 870 RPM
P-12, 2200-7000 GPM, 1180 RPM
P-16A, 2900-10500 GPM, 880 RPM
P-16A, 4000-14000 GPM, 1170 RPM
P-20, 8000-23600 GPM, 870 RPM
P-16A, 2200-8200 GPM, 700 RPM
P-26, 12000-39000 GPM, 580 RPM (Two Stage Propeller)
P-26, 13800-49000 GPM, 705 RPM (Two Stage Propeller)