Gemmecotti HPP/HPF Rotary Vane Magnetic Drive Pump

Chemical Pump & Corrosive Liquid Pump

Key Specifications
Max Flow Rate 16lpm
Max Head 50M
Max Temperature 90°C
Max Viscosity 40 cP
Solids 0mm
Size 3/8” to 1/2”
Datasheet
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The Gemmecotti HPP/HPF Series Magnetic Drive Pump is a thermoplastic rotary vane pump that is magnetically coupled constructed in PP or PVDF. This range of mag drive pumps has a high chemical resistance and is typically used as chemical pumps to transfer highly corrosive, toxic, noxious, and carcinogenic liquids. The vane pumps HPP/HPF are ideal for low flow/high head applications such as pilot plants and sampling. Thanks to the innovative design of the Gemmecotti vane magnetic drive pumps, there is no direct connection between the electric motor shaft and the impeller, meaning no mechanical seals are needed that may wear, and the risk of leakage is eliminated.

The sealing of this mag drive pump series is maintained by a magnetic coupling, which removes the need for a mechanical seal and ensures safety by eradicating the risk of any corrosive fluids leaking from the pump. Being magnetically coupled pump, HPP/HPF range also benefit from smooth operation, less noise and wear. The Gemmecotti HPP/HPF magnetic drive pump has a simple structure that requires low maintenance, saving time and money on pump repairs and spare part costs during the pump life.

Features of the HPP/HPF Mag Drive Pump:

  • Rotary vane pump
  • Thermoplastic magnetically coupled pump
  • Suitable for highly corrosive liquids and chemicals
  • High torque magnetic coupling
  • Low maintenance costs
  • 230V, Three phases 50hz / 60hz motors available.
  • Flanges, baseplate and dry running protection available on request.

The Gemmecotti HPP/HPF magnetic drive pump range is known as a vane pump, and it can handle highly corrosive and hazardous liquids. Thanks to its design benefits, this mag drive pump series is a preferable option for transferring toxic, noxious and carcinogenic liquids.

  • Leak-proof design: This magnetic drive pump design eliminates the risk of fluid leakage. As a result, there isn't any risk of wasting expensive products or leakage of hazardous fluids.
  • Reliable design: The HPP/HPF series of mag drive pumps have a simple design, which makes them extremely reliable pumping solutions that provide cost-effective maintenance and have a longer service life
  • Low maintenance: By eliminating the seals, this range of magnetically coupled pumps also gets rid of associated friction loss, wear and noise, meaning efficient pump operation and saving money on spare part costs.
  • Magnetic coupling: This vane magnetic drive pump requires no need for motor/pump alignment procedures due to being magnetically coupled.

The HPP/HPF vane magnetic drive pump is designed with maximum safety in mind and provide an efficient and reliable operation. In addition, these magnetically coupled pump series have a sealless design and high chemical resistance, making them an ideal chemical transfer pump solution for highly corrosive applications.

  • Chemical and petrochemical
  • Pharmaceutical
  • Paper mills
  • Textile industry,
  • Food processing
  • Water treatment plants

The Gemmecotti HPP/HPF Thermoplastic Magnetic Coupling Rotary Vane Pumps are available with the following material options:

PPPVDFEPDMVitonGraphite
CasingXX
RotorX
O-ringXX
StatorX

FAQs

Rather than having a mechanical seal to prevent liquid escaping from between the motor and pump shaft, magnetically coupled pumps use two magnets. The absence of mechanical seals that are prone to wear reduce the chance of leaking and maintenance.

The drive magnet is attached to the shaft operated by the motor. As the motor turns on, it spins the drive magnet which in turn spins the magnet attached to the impeller. The rotation of the impeller produces the power that drives the liquid through the pump.

Due to their seal-less design meaning they are not prone to leaks, magnetic drive pumps are very popular for the pumping of flammable, toxic and hazardous chemicals, acids and other potentially dangerous fluids that do not contain abrasives.

No! The presence of solids can stick to the magnets and interfere with the operation of the pump.

Under extremely high temperatures or excessive torque the magnets may decouple meaning that the pump shaft can slip causing stoppages and inefficiencies.

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