Single Stage Close-Coupled Pumps

EDUR-single stage close-coupled pumps are robust and efficient pumps with a long service life. They are characterized by compact assembly, customer-specific design options and a wide range of possible applications.

Fields of Application and Conveyed Fluids

Depending on customer requirements, our single stage close-coupled pumps are used in many applications: They can be used for cooling technology, energy technology, industrial cleaning technology, water and wastewater technology as well as in the chemical industry. The pumps are particularly suitable for the supply of pure or slightly contaminated liquids.

Variants of the Single Stage EDUR-Close-Coupled Pump

EDUR-Pumps | Single Stage Close-Coupled Pump NUB-Series

EDUR offers high-quality single stage close-coupled pumps with our NUB, CB and BC series. The pumps are available in a variety of construction styles and materials (e.g. grey cast iron, spheroidal graphite iron, bronze or stainless steel) as well as with various shaft seal systems and drive solutions. We deliver customer-specific configurations matched to our customer's requirements. Of course, we also provide certificates of all authorized classification societies and necessary test reports.

Advantages

EDUR-single stage close-coupled pumps stand out due to their efficient, economic, reliable, and long-lasting performance. Additional product advantages as well as technical characteristics are outlined below:

Axial thrust-free, open or load-relieved, closed impellers
Compensation of radial forces due to diffuser elements in the ring housing
Low NPSH values
Possibility to convey gas-loaded liquids
Excellent control behavior
Robustness against certain amounts of solid contents
Optimized size of pressure nozzle for low pipe friction losses and velocity head difference
Protection against dry running
Application in vacuum operation
Low-pulsation transport of media
Optional sensor-based operation monitoring
Low noise emissions
Various installation positions
Easy installation