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Mono Epsilon E18K

Description

Mono Epsilon E18K is intended for abrasive, viscous and solids-containing process media. It is relevant where the process needs a positive-displacement pump matched to a defined duty point and where reliable transfer directly affects process continuity, downstream equipment and maintenance planning.The model is built to maintain steady low-shear transfer at controlled speed. Its construction is based on the Epsilon drivetrain, robust transmission and low-speed progressing-cavity operation, so the operating speed, rotor/stator geometry and selected elastomer or wetted materials can be matched to the medium and installation requirements.The supplied model data lists a maximum capacity of 97 m³/h and a maximum pressure of 4 bar. These are selection limits rather than a guarantee for every liquid, speed or material combination; viscosity, solids, temperature, suction conditions and compatibility still need to be checked.For lifecycle cost, the key considerations are wear-part condition, rotor and stator selection, seals, drive condition and access for planned maintenance. AxFlow can support model identification, spare-parts selection, service and replacement assessment so maintenance teams can reduce unplanned downtime and keep the installed pump aligned with the process duty.

Price offered

Amount
Estimated delivery time

Construction

Construction material
Cast Iron, Stainless Steel
Categories
Pumps
Product group
Progressive Cavity Pumps

Performance

Min. Temperature
-5 Celsius
Max. Temperature
100 Celsius
Max differential pressure
4 bar
Max capacity
97 m³/h

Mono Epsilon E18K is selected for abrasive, viscous and solids-containing process media. It uses the progressing-cavity principle to provide controlled positive-displacement transfer. AxFlow can help confirm whether the installed or proposed duty matches this exact model.
Check flow, differential pressure, viscosity, solids content, temperature, suction conditions and material compatibility. Rotor, stator, seals and drive configuration must match the medium and operating point. AxFlow can support final model and configuration selection.
Rotor and stator condition is central to progressing-cavity pump performance, while seals, joints and drive components also require inspection. Wear rate depends strongly on the pumped medium and operating speed. Use the exact model and serial information when identifying spare parts.
AxFlow supports Mono installed equipment with model identification, service and spare-parts selection. Exact availability depends on the installed configuration and component revision. Provide the model and serial number so the correct parts can be checked.
Repair is often appropriate when the casing, drive and installation remain suitable and wear components can be renewed economically. Replacement should be considered when the duty has changed, major components are damaged or lifecycle cost is increasing. AxFlow can compare service requirements with a current-generation replacement for the application.
SIA AxFlow