500m head 1480 rpm multistage pump for water

general information

Multistage pumps are designed to transfer clean liquids through several impellers that are built into a series, as opposed to one and are typically useful in installations where a high head is needed. High-pressure applications can be achieved by installing the impellers on the same shaft of the multistage pump or parallel to each other on opposing shafts for higher flow rates. They are primarily useful for energy saving and different ranges of flow/head circumstances.

Applications

• Cooling water system

• Agriculture

• Domestic water supply

• Pesticide dosing system

• General industrial services

• Washing

• Environmental protection

   

Specifications

• Capacity: Q up to 123 USGPM (28 m3/h)

• Head: H up to 197 feet (60 m)

• Ambient Temperature: T up to 104°F (40°C)

• Liquid Temperature:
  Standard design: -15°C to +70°C
  Hot water design: -15°C to +110°C

• Max working pressure: 10 Bar

   

Standard material

All the parts contact with liquid made of 304 stainless steel, 316 stainless steel on request.                                   The suction and discharge head can be made of cast iron on request too.

How do multistage pump work?

Multistage pumps work in connected stages. The process starts where the liquid will enter a chamber at the suction line pressure and will then exit at an elevated pressure before entering the next chamber. This process can continue multiple times and the more chambers the multistage pump has, the higher the achievable pressure can be. The number of industries and sectors that can benefit from the multistage pump is virtually endless and there are many examples of where they might be applied.