MAGNETIC DRIVE PUMPS

Magnetic drive PUMPS EVT7

Magnetic drive PUMPS EVT7

ADVANTAGES

- Accidentally dry run capability with carbon impeller bearing

- Energy saving

Ceramic

Carbon

Socket union

Hosebarb

Pumps have dry run accidentally capability when equipped with carbon impeller bearing

APPLICATION FIELDS

- Acid and alkaline soutions with minimal solid sospended particles

- Electroplating, Chemical and PCB industry

 

Details
MPC 042 - MPP 031

MPC 042 - MPP 031

Operating principle

The distinctive feature of magnetic drive pump is the absence of a connection between motor and pump.

The rotation of the impeller is obtained by the magnetic force between two magnets :

one is coupled to the motor, the other drives the impeller.

This construction guaranties the highest reliability and avoids any leackage, so maintenance interventions are reduced and simplified.

DIRECTIVES:

• The pump should never run dry.

• Dirty liquids and crystals reduce the life of the bearings.

• The ambient temperature should be between 0 and 40 °C.

• Flame proof motors should be used in explosive atmospheres.

• The liquid should not crystallize in the pump.

• The maximum temperature of the pumped liquid should be: 70 °C (for PP) 95 °C (for PVDF)

• The pump is normal priming.

 

Details
MPP 051 - MPP 052

MPP 051 - MPP 052

Operating principle

The distinctive feature of magnetic drive pump is the absence of a connection between motor and pump.

The rotation of the impeller is obtained by the magnetic force between two magnets :

one is coupled to the motor, the other drives the impeller.

This construction guaranties the highest reliability and avoids any leackage, so maintenance interventions are reduced and simplified.

The materials used are:

• Polypropylene and PVDF for plastic components.

• Ceramics (Al2 O3 99,7%) for shaft and thrust ring.

• Rulon for bearings

• EPDM or Viton for the O-ring.

 

Details
MPP 101 - MPP 201

MPP 101 - MPP 201

Operating principle

The distinctive feature of magnetic drive pump is the absence of a connection between motor and pump.

The rotation of the impeller is obtained by the magnetic force between two magnets :

one is coupled to the motor, the other drives the impeller. This construction guaranties the highest reliability

and avoids any leackage, so maintenance interventions are reduced and simplified.

The materials used are:

• Polypropylene and PVDF for plastic components.

• Ceramics (Al2 O3 99,7%) for shaft and thrust ring.

• Rulon for bearings

• EPDM or Viton for the O-ring.

 

Details
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