Netzsch NM045by01l06b

Home » Netzsch » Netzsch NM045by01l06b

What is a progressive cavity pump?

Name : Progressive Cavity Pump
(Single Screw Pump)
Material :Progressive cavity pump parts, including the screw and helical rotor, are usually made of corrosion-resistant materials like 304SS or 316L stainless steel.
Model : See photo model-01 / model-02(equal to NETZSCH series)
Applicable medium : For any medium with or without solid content for different viscosity.
Application : Environmental engineering, Food & Beverage, Paper industry, oil gas and petrochemicals, and Additional markets.

The Description of NM045by01l06b

A netzsch pumps, also known as a helical rotor pump, consists of several progressive cavity pump parts such as an inlet, outlet, screw, helical rotor, pump head, motor, guiding bearing, and couplings. The screw and helical rotor form a pump chamber that moves along the length of the screw, allowing for fluid transportation and pressure adjustment. The guiding bearing supports the screw and reduces friction, while the couplings connect the motor and pump head to work together in coordination.

progressive cavity pump diagram1
progressive cavity pump diagram
Sludge Screw Pump

People Also Ask

A progressive cavity pump is a type of positive displacement pump that is designed to handle extremely tough pumping applications and high viscous fluids.

There are two major types of pumps—dynamic and positive displacement. Dynamic pumps maintain a steady flow of the fluid whereas, positive displacement pumps contain individual portions of fluid that are enclosed before they are moved along.

Typically, PCPs deliver 80% total system efficiency— the ratio of lifting power to input power—much higher than other artificial lift methods such as rod pumps, ESPs, jet pumps, and gas lift.

Positive displacement pumps draw fluid into a cavity, or displace the fluid, and then force the fluid out of the cavity through suction. Centrifugal, or aerodynamic, pumps have a spinning impeller that draws the fluid into the pump and forces it out of the outlet point at an increased velocity.

Send Your Enquiry :