Used Progressive Cavity Pump / P-1063
This used Progressive Cavity Pump with the type designation NM090SY01S08B, was manufactured by the German company Netzsch in 1997 in mild steel.
The used Progressive Cavity Pump is driven by an 18,5 kW motor and the delivery pressure is 2 bar.
Dimensions: L 2000 mm x W 550 mm x H 1000 mm Weight: approx. 300 kg.
At the moment the used Progressive Cavity Pump is in our warehouse in Sinsheim, Germany. There it can be inspected at any time. Please call us for an appointment.
In our Used Pumps Overview you can find more different sized pumps. Should you not find a particular pump, please feel free to contact us, we are happy to assist you.
Technical data of the Used Progressive Cavity Pump
Used Progressing cavity pump
Progressive Cavity Pumps, also called Eccentric Screw Pumps are used in all industries for continuous promotion of virtually all media. Specifically designed for viscous media as slurries, liquid manure, oil and fats, the eccentric screw pump finds its use.
Functional principle of a used Progressive Cavity Pump
All eccentric screw pumps belong to the group of rotary displacement pumps. The characteristic feature of these pumps is the special design and arrangement of the two conveying elements, the rotor and the stator.
As a result of the different number of rotations of the rotor and the stator, a chamber is formed which opens and closes in a continuous sequence during the rotational movement of the rotor, the material to be conveyed being continuously transported from the suction side to the pressure side. Due to the result of the geometrical design and the constant contact between the two conveying elements, sealing lines are produced, which provide an absolute seal between the suction side and the pressure side in any position of the eccentric screw, even at a standstill.
Due to this closure between the suction side and the pressure side, the pump receives its high absorbency. However, it should be noted that on abrasive media, the wear is very high. This can lead to high operating costs.