March Pumpen Magnetic Driven Gear Pump Type: MP/MPA

MP I° Range 114-514

Performance data

Flow: max. 500 l/h
Head: max. 6,5 bar
Temperature: max. 65°C
System pressure: max. 7,5 bar
NPSH req.: 3,3 m @ 1450 rpm

Category:

MPA I° Range 114-514

Performance data

Flow: max. 500 l/h
Head: max. 13 bar
Temperature: max. 120°C
NPSH req.: 3,3 m @ 1450 rpm
System pressure: max. 16 bar

Parts in contact with liquid

Pump casing: Stainless steel 1.4571
O-Rings: EPDM, FKM, FEP
Rotor: Stainless steel 1.4571
Stator: Resin impregnated carbon
Sliding spool: Resin impregnated carbon
Bushing: SSiC

Pump characteristics

  • Rotary vane pump according to positive displacement principle
  • Constant speed control mode without losses of differential pressure
  • Perfect for applications with low-viscosity liquids and liquid gases
  • Handling of liquids nearly pulsation-free
  • Pump type according to ATEX 2014/34/EU, suitable for Zone 1

MPA II° Range 614-814

Performance Data

Flow: max. 800 l/h
Head: max. 13 bar
Temperature: max. 120°C
NPSH req.: 4,5 m @ 1450 rpm
System pressure: max. 16 bar

Parts in contact with liquid

Pump casing: AISI316
O-Rings: EPDM, FKM, FEP
Rotor: AISI316
Stator: Resin impregnated carbon
Sliding spool: Resin impregnated carbon
Bushing: SSiC

Pump characteristics

  • Rotary vane pump according to positive displacement principle
  • Constant speed control mode without losses of differential pressure
  • Perfect for applications with low-viscosity liquids and liquid gases
  • Handling of liquids nearly pulsation-free
  • Pump type according to ATEX 2014/34/EU, suitable for Zone 1

MPA III° Range 1014-2014

Performance data

Flow: max. 2100 l/h
Head: max. 13 bar
Temperature: max. 120°C
NPSH req.: 5,6 m @ 1450 rpm
System pressure: max. 16 bar

Parts in contact with liquid

Pump casing: Stainless steel 1.4571
O-Rings: EPDM, FKM, FEP
Rotor: Stainless steel 1.4571
Stator: Resin impregnated carbon
Sliding spool: Resin impregnated carbon
Bushing: SSiC

Pump characteristics

  • Rotary vane pump according to positive displacement principle
  • Constant speed control mode without losses of differential pressure
  • Perfect for applications with low-viscosity liquids and liquid gases
  • Handling of liquids nearly pulsation-free
  • Pump type according to ATEX 2014/34/EU, suitable for Zone 1
  • Leak-free
  • Ideal for metering applications
  • Self-lubricating hydraulic parts
  • High discharge pressure
  • Low flow
  • Rugged design
  • Corrosion resistant
  • Self-priming
  • Dry running able ( only MPA )
  • Close coupled, compact design
  • Nearby pulsation free flow
  • Ideal for use with frequency inverter
  • Can handle low viscosity liquids