Ideal for small capacity duties 80 GPM until 1,600 GPM and high head applications: 1,500 ft, however, in some cases some of this pumps can be used for capacities of 5,780 gpm using 2 and 4 pole motors (1760 y 3460 RPM).
· Extremely deep wells where problems with shafting are likely to be encountered (such as in crooked wells).
· In installations where flooding would damage standard above ground motors.
· Applications such as booster pumps which require quiet operation.
· Installations where there is little or no floor space.
· Horizontal pipeline booster pumps placed directly in the pipeline where conditions require a minimum amount of excavation or use of land surface.
· Dewatering applications.
|Vertical Submersible Turbine Pump||Applications:
– Drilled Wells
– Offshore Drilling Platforms
– Booster Pumps
– Potable Water
Capacity in GPM:
Approx. HP Range:
· Riser Pipe
It connects the submersible pump to the surface plate. The pump discharges through this pipe to the surface. It may be several hundred feet long in a deep well application or a short connection piece in a booster pump.
· Electrical Cable
It extends from the top of the unit to the surface.
· Pump Bowl Assembly
It consists of single or multiple stages to meet exact system head requirement. A wide range of bowl sizes is available to meet system capacity requirements. Standard construction includes cast iron bowls with bronze impellers on a stainless steel pump shaft. A suction strainer is used to prevent foreign objects from entering the pump.
· Electric Motor
It is attached to the lower end of the bowl assembly, becoming an integral part of the submersible unit. The motor thrust bearing carries the thrust load of the pump.
· Suction Barrel
It may be utilized for booster service. Its size will depend on specific installation requirements. For high-pressure applications, the suction barrel is extended to accommodate additional bowls.