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Magnetic drive pumps
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Submersible pump / magnetic-drive - max. 8.5 - 10.5 gpm, max. 42.0 ft | 3-MD series
Max Flow: 10.5 GPM (39LPM) at 50HZ
Max...
Max...
Submersible pump / magnetic-drive - max. 8.5 - 10.5 gpm, max. 42.0 ft | 3-MD series
Max Flow: 10.5 GPM (39LPM) at 50HZ
Max Head: 42.0 Feet (12.8M) at 50HZ
Available in Polypropylene and Kynar
Non-Submersible or Submersible
Max Head: 42.0 Feet (12.8M) at 50HZ
Available in Polypropylene and Kynar
Non-Submersible or Submersible
Progressive cavity pump / magnetic-drive - max. 18 gpm
Mag Drive series are the first progressing cavity wobble stator pumps to offer magnetic drives. The proprietary, magnetic coupling design performs well in hazardous applications and is effective with difficult-to-seal fluids. This ensures operator safety and protects the environment from contamination.
Features
Patented,...
Features
Patented,...
Progressive cavity pump / magnetic-drive - max. 18 gpm
Mag Drive series are the first progressing cavity wobble stator pumps to offer magnetic drives. The proprietary, magnetic coupling design performs well in hazardous applications and is effective with difficult-to-seal fluids. This ensures operator safety and protects the environment from contamination.
Features
Patented, sealless technology provides zero leakage, preserving expensive fluids, eliminating hazardous work place conditions and protecting the environment
No mechanical seals are used, eliminating costly repairs
Pulsation-free, low shear pumping action maintains product integrity
No vapor locking when handling gaseous, volatile liquids
Four models from which to choose for application versatility
Various motor options available
Materials of construction include PVC housings
Stator materials include FPM with optional Nitrile and EPDM; Titanium rotors are standard
Skid mounted, turnkey systems are available for one-stop, hassle-free shopping, saving time and money
Typical Applications
Sodium Hypochlorite
Ammonia
Hydrogen Peroxide
Ferric Chloride
Aluminum Chloride
Ammonium Chloride
Calcium Chloride
Nickel Chloride
Features
Patented, sealless technology provides zero leakage, preserving expensive fluids, eliminating hazardous work place conditions and protecting the environment
No mechanical seals are used, eliminating costly repairs
Pulsation-free, low shear pumping action maintains product integrity
No vapor locking when handling gaseous, volatile liquids
Four models from which to choose for application versatility
Various motor options available
Materials of construction include PVC housings
Stator materials include FPM with optional Nitrile and EPDM; Titanium rotors are standard
Skid mounted, turnkey systems are available for one-stop, hassle-free shopping, saving time and money
Typical Applications
Sodium Hypochlorite
Ammonia
Hydrogen Peroxide
Ferric Chloride
Aluminum Chloride
Ammonium Chloride
Calcium Chloride
Nickel Chloride
Internal-gear pump / magnetic-drive / toxic fluid / for high-viscosity materials - max. 80 m³/h, max. 16 bar | MAG series
TopGear MAG is a range of leak-proof internal gear pumps for low and high viscous liquids which are corrosive, toxic, aggressive or expensive. Total containment of the liquid inside the pump...
Internal-gear pump / magnetic-drive / toxic fluid / for high-viscosity materials - max. 80 m³/h, max. 16 bar | MAG series
TopGear MAG is a range of leak-proof internal gear pumps for low and high viscous liquids which are corrosive, toxic, aggressive or expensive. Total containment of the liquid inside the pump is achieved using a hermetically sealed can, which isolates the liquid from the surrounding environment. This eliminates the need for shaft seals and the associated wear and leakage that would normally be experienced.
The Magnetic Drive pumps are therefore not only environmentally friendly they also contribute to improved safety in chemical and process plant environments.
Complying amongst others with the ATEX (ATmospheres EXplosibles) directive, magnetic drive pumps make an important contribution to health and safety of process plants.
The Magnetic Drive pumps are therefore not only environmentally friendly they also contribute to improved safety in chemical and process plant environments.
Complying amongst others with the ATEX (ATmospheres EXplosibles) directive, magnetic drive pumps make an important contribution to health and safety of process plants.