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Micropump GAH

Micropump GAH is a Micropump high-system-pressure magnetic-drive suction-shoe gear pump for very low-flow dosing and metering on high-static-pressure process lines. It combines compact fluid handling with application-specific magnetic-drive construction and is relevant where repeatable flow, contained liquid handling and serviceability matter. AxFlow supports product selection and availability. Request a quote for Micropump GAH from AxFlow.

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Key Specifications

  • Flows up to 506 ml/min
  • Pressure up to 5.2 bar

Product features

  • High-system-pressure magnetic-drive suction-shoe gear pump → matches the hydraulic architecture to very low-flow dosing and metering on high-static-pressure process lines
  • Verified operating envelope → flow is 8
  • Magnetic-drive containment → removes a dynamic shaft seal from the liquid path and reduces a common leakage and maintenance point
  • Positive-displacement delivery → supports controlled, repeatable flow for dosing, metering and transfer duties
  • Compact construction → simplifies integration into OEM equipment, analytical instruments and space-constrained skids
  • Configurable wetted materials → allows chemical compatibility to be matched to the actual process fluid
  • Variable-speed operation → lets flow be adjusted to the required duty point without changing pump size
  • Static sealing → reduces the number of moving sealing interfaces exposed to the process liquid
  • Serviceable pump head → supports planned maintenance and replacement of wear components instead of replacing complete equipment
  • OEM integration options → support repeatable machine builds and specialised fluid-handling subassemblies

Product description

Micropump GAH is a Micropump high-system-pressure magnetic-drive suction-shoe gear pump for very low-flow dosing and metering on high-static-pressure process lines. It is intended for engineers and OEM builders who need stable fluid handling in compact equipment while controlling leakage risk, repeatability and maintenance access. The correct pump should be selected from the actual flow, pressure, viscosity, temperature and chemical-compatibility requirements.

The product uses the GA suction-shoe hydraulic platform in a high-system-pressure configuration. Magnetic coupling keeps the motor-side drive physically separated from the pumped liquid, while the hydraulic design determines the available flow, pressure capability and tolerance to the process fluid. This architecture supports compact integration and reduces dependence on a rotating shaft seal exposed to the liquid.

Flow is 8.5–506 mL/min, maximum differential pressure is 5.2 bar, system pressure is up to 345 bar, temperature range is −46 to +177 °C and viscosity range is 0.5–1500 cP. These published limits describe the family rather than every possible configuration, so final selection must also confirm wetted materials, suction conditions, drive speed and any application-specific requirements.

For lifecycle cost, correct sizing matters as much as nominal pump capability. A properly selected Micropump unit can support predictable flow, planned service and straightforward spare-parts management, while unsuitable materials or operating conditions can shorten service life. AxFlow can help identify the correct Micropump GAH configuration, check availability and support replacement or OEM projects. Request a quote for Micropump GAH from AxFlow.


Construction

Alignment
Horizontal
Materials
SS 316, Titanium, Alloy 20, Hastelloy C-276
Seals
Mag Drive
Coupled
Close

Performance

Max Capacity
506 ml/min
Max Differential Pressure
5.2 bar
Max Temperature
177 °C
Max Viscosity
1500 cP
Min Capacity
8.5 ml/min
Min Temperature
-46 °C
Max Head
345 bar
Min Viscosity
0.5 cP

Micropump GAH is intended for very low-flow dosing and metering on high-static-pressure process lines. Suitability depends on the required duty point, liquid properties and selected materials. AxFlow can help confirm the correct configuration before ordering.
The magnetic coupling transfers torque without a conventional dynamic shaft seal in the liquid path. This reduces a common leakage and wear point while supporting compact pump construction. Material compatibility and operating limits must still be checked for the actual fluid.
Check required flow, differential and system pressure, viscosity, temperature, suction conditions, wetted materials and drive speed. Also confirm whether solids, abrasive particles or chemical compatibility impose additional limits. AxFlow can help review these points against the available configurations.
Yes, AxFlow can help identify the installed pump, pump head, drive and relevant service parts. Replacement should be based on the full model code and application data rather than the family name alone. This reduces the risk of selecting an incompatible hydraulic or material configuration.
Operate the pump within its verified pressure, temperature, viscosity and suction limits and use materials compatible with the liquid. Appropriate filtration and planned service can reduce avoidable wear where the application requires it. Correct sizing and spare-parts planning help reduce unplanned downtime over the equipment lifecycle.
UAB AxFlow