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Specifications

Specifications Description
Max Capacity (m³/hr) 55m³/hr
Max Pressure (m) 120m
Viscosity (cPs) 5,500 cPs
Max Speed (rpm) 1400rpm
Max Temp (°C) 250°C
See below to download our full specification

Downloads

Working Principle

How does a Magnetically Driven Internal Eccentric Gear Pump work?

Fluid enters the pump and fills the cavities between the idler gear teeth and the rotary gear teeth. Fluid is transported through the pump in the rotational direction of the gear As the fluid is transported through, the fixed crescent in the pump splits the fluid and acts as a seal, preventing backflow of the fluid As the pump is filled, it forms pockets of fluid to guarantee a set volume per rotation Once the pump is flooded, the gears mesh together to form a seal, which enables all of the fluid to exit the discharge of the pump under pressure.

Key Features

The Mag Drive Internal Eccentric Gear Pump has many benefits  which include:

  • Pulseless Flow: Accurate, pulseless flow at high differential pressures
  • Suitable for Viscous Fluids
  • High Mechanical Efficiency: Across different pressures and varying flow
  • Efficient Suction Lift
  • Bi-Directional Flow
  • ATEX Certified: For use in hazardous environments

If you’re looking for a modular model of the Mag Drive Gear Pump that is suitable for low-volume, high-pressure applications, take a look at our Mag Drive Modular Gear Pump.

A picture of the internal parts of our Magnetically Dirven Internal Eccentric Gear Pump