Sulzer Submersible Pumps

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Sulzer offers an extensive range of submersible pumps. They are robust, reliable, and powered by highefficiency motors, resulting in a lower total cost of ownership than the competition. The Sulzer submersible pump range also boasts versatility, with applications spanning from light to medium and heavy-duty transfer of rags and solids in municipal and industrial wastewater environments.

KNOW MORE ABOUT SULZER SUBMERSIBLE PUMPS

  • Davey boasts highly dependable pumps for the commercial, residential, and infrastructural sectors.
  • Davey boasts highly dependable pumps for the commercial, residential, and infrastructural sectors.
  • Davey boasts highly dependable pumps for the commercial, residential, and infrastructural sectors.
  • Davey boasts highly dependable pumps for the commercial, residential, and infrastructural sectors.
  • Davey boasts highly dependable pumps for the commercial, residential, and infrastructural sectors.

Design Advantages

  • Powered by premium efficiency IE3 motor for greater savings
  • Long-term reliability and optimal operational life
  • Reduced maintenance costs by field adjustments rather than off-site repair
  • Excellent rag handling without blockage
  • High-quality materials for durability and longevity

Available Options

All-Pumps can customise pumps according to your requirements and applications. Get in touch with us today to find the right pump!

  • Explosion-proof models
  • Lifting hoop
  • Spare parts

Applications

  • Dewatering
  • Mine water management
  • Inlet and outlet pumping stations
  • Return of activated sludge
  • Terminal pumping station
  • Wastewater handling
  • Stormwater handling
  • Flood control
  • Industrial water and effluent treatment
  • Water supply
  • Mixed liquor recirculation
  • Tertiary treatment

OUR RANGE OF SULZER SUBMERSIBLE PUMPS

PRINCIPLE OF OPERATION

The operation of submersible pumps is similar to that of electric submersible centrifugal pumps. An enclosed electric motor powers the pump as the fluid’s kinetic energy rises. The fluid is subsequently lifted through the pump by this energy’s partial conversion to pressure. The design uses a vertical shaft to rotate the impellers and pressurise fluid. Using mechanical seals is necessary to prevent the electric motor from malfunctioning as the entire unit is submerged in the fluid.

Servicing you anywhere in Australia

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