AWD Horizontal Multistage Centrifugal Pump

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AWD Horizontal Multistage Centrifugal Pump

The AWD is a non-self-priming horizontal multistage centrifugal pump featuring high efficiency, low noise, resistance to mild corrosion, compact structure and light weight.

Pumps are axial suction and radial discharge with key flow components adopting stainless steel stamping and welding processes.

Product Description
  • The AWD is a non-self-priming horizontal multistage centrifugal pump featuring high efficiency, low noise, resistance to mild corrosion, compact structure and light weight.

  • Pumps are axial suction and radial discharge with key flow components adopting stainless steel stamping and welding processes.


▍Application Scenarios

Horizontal multistage centrifugal pumps are suitable for transporting thin, clean, non-corrosive, non-flammable, non-explosive liquids that do not contain solid particles or fibers. It has a wide range of applications, including:

  • Cooling systems;

  • Air conditioning systems;

  • Water treatment: purification of water;

  • Industrial cleaning systems;

  • Liquid transport, circulation, and boosting: for general liquid handling and movement;

  • Hot and cold water;

  • Food and beverage industry, pharmaceutical industry.


▍Technical Parameters

  • Flow range: 0.4~28 m³/h

  • Head range: 7.5~66.5 m

  • Power range: 0.37~4 kW

  • Maximum working pressure: 10 bar


▍Operating Conditions

Liquids: Thin, clean, non-corrosive, non-flammable, non-explosive, and free of solid particles and fibers. When the density of the liquid is greater than water, a higher power motor is required; for details, consult us please.

Liquid temperature range:

  • -20℃~+70℃(common); -20℃~+105℃(hot water)

  • Maximum altitude: 1000 meters

  • Maximum ambient temperature: +40℃

  • Maximum suction lift: depending on the pump NPSH (cavitation allowance) , medium temperature, installation location, sea level and the import pipeline loss and other factors.

  • Maximum inlet pressure: limited by the maximum working pressure.