Progressive cavity pump NEMO® SY

Characteristics

Fluid
for wastewater, for chemicals, slurry, for food products, oil, fuel
Operation
with electric motor
Priming
self-priming
Technology
progressive cavity
Domain
for the petrochemical industry, industrial, for the chemical industry, for wastewater treatment, for the food industry, for the mining industry, agriculture, for the pharmaceutical industry, for hygienic applications, for maritime applications, for the paper industry, for the cosmetics industry, for methanizers
Applications
high-pressure, transfer, metering, discharge, process, drum, drain, filling, chemical process, suction, transport, conveying, lubrication, for industrial applications, high-temperature
Mobility
stationary, mobile
Flow

Max.: 350 m³/h (12,360.13335 ft³/h)

Min.: 0 m³/h (0 ft³/h)

Pressure

Max.: 72 bar (1,044.272 psi)

Min.: 24 bar (348.091 psi)

Description

NEMO® SY progressing cavity pumps are used in demanding applications for continuous, pressure-stable, gentle and low-pulsation conveyance as well as dosing in proportion to speed in nearly every branch of industry worldwide. The progressing cavity pump convinces through an extremely broad spectrum of applications.
Preferably, thin to viscous, solids-containing, shear-sensitive, lubricating and non-lubricating, thixotropic and dilatant as well as abrasive or adhesive media are conveyed. The pump is ideally suited for high-pressure applications. Four different rotor/stator geometries are available, enabling the pump to be customized perfectly to your application case. Furthermore in bearing block design and with a free shaft end, the pump can be driven by all types of drives, such as servo motors, diesel engines or hydraulic drives.

Variable, modular construction system
Various rotor/stator geometries and a wide range of materials
The right joint for every application
Mechanical seal as standard, other seals optional
Delivery pressure up to 72 bar
Gentle product conveyance
Pump connections according to national and international standards, as well as in special design
Easy serviceability