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Micropump Magnet Drive Gear Pumps

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Micropump magnet drive  gear pump, positive displacement  

Micropump high performance magnet drive gear pumps provide precise and pulseless flows and leak-free operation. They are available in a wide range of materials and configurations. Capacities up to 1000 lit/hr and injection pressures up to 7 bar.

These pumps combine positive displacement pumping without pulsation, with a magnetic drive which eliminates leakage and contamination.

Applications

Analytical Instrumentation, Semiconductor/Electronics, Laboratory, Medical Equipment, Paints & Inks, Food & Beverage

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Cavity Design
Cavity style gear pumps feature a conventional design that uses gears rotating within a precision cavity to carry fluid from the pump's inlet to the outlet.  Benefits of the cavity style pumps include excellent lift capability, moderate pressure capability, high system pressure on selected models, and exceptional chemical resistance. These pumps deliver accurate metering for a wide range of precision applications and offer fewer wearing parts, easy installations, and user-friendly operation.

Suction Shoe Design
Developed by Micropump, the revolutionary suction shoe pressure loaded gear pump design features a 'suction shoe' that allows the pump to self-compensate for wear.  Suction shoe pumps maintain high volumetric efficiency, even at elevated pressures.  In addition, by reducing the parts needed for operation to a minimum, the suction shoe design minimises downtime and simplifies servicing.  Additional benefits include near zero slip for more accurate metering, longer life and better performance as pump components wear or thermally expand, and good chemical resistance.

 

MICROPUMP PUMPING GUIDES
Micropump guide to gear pump repeatability
Effects of viscosity on Micropump gear pumps
Micropump cavity style pump design and suction shoe pump design
How a magnet drive pump works
Micropump guide to magnet drives
Description of the Micropump bypass assembly


Series 180 (GA)
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Series 180 (GA)
Flow rates to 0.32 l/min (0.075 GPM)
Differential pressures to 5.2 bar (75 psi)
System pressures to 345 bar (5000 psi)
Displacement: 0.017/0.042/0.084/0.092 ml/rev
Series 200 (GB)
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Series 200 (GB)
Flow rates to 4.0 l/min (0.91 GPM)
Differential pressures to 8.7 bar (125 psi)
System pressures to 21 bar (300 psi)
Displacement: 0.26/0.58/1.17 ml/rev
Series 220 (GC)
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Series 220 (GC)
Flow rates to 12.0 l/min (2.7 GPM)
Differential pressures to 8.7 bar (125 psi)
System pressures to 103 bar (1500 psi)
Displacement: 0.81/1.82/3.48 ml/rev
Series 120 (GJ)
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Series 120 (GJ)
Flow rates to 3.2 l/min (0.71 GPM)
Differential pressures to 5.6 bar (80 psi)
System pressures to 21 bar (300 psi)
Displacement: 0.316/0.64/0.91 ml/rev
Series 2200 (GD)
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Series 2200 (GD)
Flow rates to 12.0.l/min (2.7 GPM)
Differential pressures to 6.9 bar (100 psi)
System pressures to 103 bar (1500 psi)
Displacement: 3.48 ml/rev
Series 114 (GK)
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Series 114 (GK)
Flow rates to 10.9 l/min (2.4 GPM)
Differential pressures to 4.1 bar (60 psi)
System pressures to 103 bar (1500 psi)
Displacement: 3.15 ml/rev
Series 5000 (GL)
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Series 5000 (GL)
Flow rates to 13.5 l/min (3.0 GPM)
Differential pressures to 8.7 bar (125 psi)
System pressures to 103 bar (1500 psi)
Displacement: 4.6/6.2/7.7 ml/rev
Series 5500 (GM)
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Series 5500 (GM)
Flow rates to 21 l/min (4.6 GPM)
Differential pressures to 8.7 bar (125 psi)
System pressures to 103 bar (1500 psi)
Displacement: 7.3/9.8/12.2 ml/rev
Series 10K (GN)
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Series 10K (GN)
Flow rates to 42 l/min (9.2 GPM)
Differential pressures to 6.9 bar (100 psi)
System pressures to 103 bar (1500 psi)
Displacement: 24.5 ml/rev
   
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