Progressive cavity pump NEMO® in FSIP® Design
for wastewaterfor chemicalsslurry

Progressive cavity pump - NEMO® in FSIP® Design - NETZSCH Pumps & Systems - for wastewater / for chemicals / slurry
Progressive cavity pump - NEMO® in FSIP® Design - NETZSCH Pumps & Systems - for wastewater / for chemicals / slurry
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Characteristics

Technology
progressive cavity
Fluid
for wastewater, for chemicals, slurry, for food products, for lubricants, fuel
Operation
with electric motor
Priming
self-priming
Mobility
stationary
Domain
for the chemical industry, industrial, for methanizers, for wastewater treatment, for the food industry, for the pharmaceutical industry, agriculture, for the petrochemical industry, for the mining industry, for the paper industry, for the cosmetics industry, for hygienic applications, for maritime applications
Applications
suction, transfer, discharge, process, high-pressure, dosing, drain, chemical process, for industrial applications, high-temperature, conveying, for harsh environments
Fluid specification
for low-viscosity fluids, for abrasive fluids, for viscous fluids, for solids-laden fluids, for high-viscosity fluids
Other characteristics
compact, heavy-duty
Flow

Min.: 4 m³/h
(141.25867 ft³/h)

Max.: 250 m³/h
(8,828.66668 ft³/h)

Pressure

12 bar
(174.045 psi)

Description

NEMO® progressing cavity pumps in the FSIP® (Full Service in Place) design allow you to save up to 66 percent on servicing time. Available in three variants, these pumps are versatile and can be utilized across all industrial sectors where a variety of media need to be conveyed with low pulsation, unaffected by pressure and viscosity fluctuations, or require precise dosing. The FSIP® concept is particularly advantageous for applications where pumps are subjected to high wear and require frequent maintenance and servicing. By reducing the installer's workload, eliminating unnecessary steps, and shortening maintenance time, significant savings in capacity and costs can be achieved. For example, up to 66 percent of working time can be saved when changing the stator. The FSIP® pump is designed so that the housing itself serves as support and orientation during assembly. This special design ensures that each component automatically fits into its designated place without the need for further adjustments. As a result, changing all wear parts takes less than half the time previously required.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.