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The Series 2200 is a magnetically driven, cavity style gear pump. A cavity style gear pump captures fluid in the space between the gear teeth and the surrounding cavity to carry it through the pump. The magnetic coupling uses two concentric magnets to drive the pump without direct contact with the motor shaft, eliminating
the need for a dynamic shaft seal.
Small Size
The smaller package size of the Series 2200 delivers performance that is usually found only in much larger pumps.
Leak Free
The magnetic drive and a single O-ring seal keep the fluid securely inside the pump and potential contaminants out.
Smooth Pulseless Delivery
Positive displacement, helical gears provide smooth, accurate fluid delivery that is proportional to motor speed.
Chemically Resistant
An extensive range of wetted material options assure compatibility with a wide range of chemicals.
Easy to Service
Series 2200 pumps are easy to field service using a Micropump service kit and simple hand tools.
Proven Reliability
Nearly 40 years of experience solving the most difficult pumping problems go into the design and manufacture of every Micropump pump ensuring the most reliable pumping solution available.
Advanced Pump Technology
Micropump uses the latest engineering tools and manufacturing equipment to produce the most advanced pumping solutions available. Products are developed using state-of-of-the-art CAD, Finite Element Analysis (FEA) and rapid prototyping tools. Precision CMM and CNC manufacturing equipment ensure the highest level of product quality.
Wide Range of Options
Modular product design offers the flexibility to configure the product to your specific needs. Some options include:
- Multiple gear, body and O-ring materials
- Optional high torque magnets
- NEMA, IEC and Micropump drive mounts
- Optional abrasive resistant models
OEM Configurations
Series 2200 pumps can be customized to meet your individual requirements.
High System Pressure Capability
Optional versions of the Series 2200 are designed to withstand system pressures up to 103 Bar (1500 psi).
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