Nexus' Din Long-Coupled Pumps

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The Nexus long-coupled, end suction, single-stage horizontal centrifugal pump is standardised to EN 733/DIN 24255 and can be used for a vast range of applications in the industrial and marine markets. The long-coupled design means that there is a large space between the pump and motor, this, in turn, protects the motor from fluid ingress in the case of a seal failure. The dimensions of the pumps are based on DIN 24255 for easy retrofitting to existing pipework and replacing other DIN models.

Design Advantages

  • Back Pull‐Out design for simple and quick maintenance
  • Volute casing is fitted with a replaceable wear ring
  • Double shrouded hydraulically balanced impeller
  • Robust and designed for continuous use
  • Interchangeable spare parts within the range reduce stock holding
  • Wearing rings prevent wear and improve pump efficiency

Available Options

We customise pumps according to your specific application. Get in touch with us today to get a complete list of your options.

  • Casing material
  • Impeller material
  • Range of mechanical seals
  • Wear ring material
  • Pack gland
  • Spare parts
  • Baseplate

Key Specifications

Flow, pressure, and other important technical data will depend on your specific requirements. The pumps are customisable and can be designed according to your application. Please get in touch with our team to get the exact specification according to your needs.

Applications

  • Aquaculture
  • Ballast
  • Boiler Feed
  • Cargo
  • Cooling
  • Fire Fighting
  • Fuel Transfer
  • Fume Scrubber
  • Grey Water
  • Irrigation
  • Marine Fuel
  • Sea Water Cooling
  • Sea Water Injection
  • Sea Water Service
  • Swimming Pool
  • Thermal Oil
  • Wastewater
  • Water Circulating
  • Water Transfer
Talk to our experts
Tsurumi GPN

PRINCIPLE OF OPERATION

Centrifugal pumps use the transfer of rotational energy from one or more impellers to the fluid to increase its velocity and pressure. The fluid is fed into the pump, hitting the eye of the impeller. Here, fluid is rotated, thereby gaining more speed. The fast rotation of the impeller causes the fluid to be deflected to the tips of the impeller and falls off to the volute. Here the fluid loses speed but gains pressure, causing it to be directed towards the pump outlet.

Servicing you anywhere in Australia

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