Progressive cavity pump

A progressive cavity pump is a type of positive displacement pump and is also known as a progressing cavity pump, progg cavity pump, eccentric screw pump or cavity pump.It transfers fluid by means of the progress, through the pump, of a sequence of small, fixed shape, discrete cavities, as its rotor is turned. This leads to the volumetric flow rate being proportional to the rotation rate

Leaflet DH english

Progressing cavity pumps leasing material| Base materials: S275JR, AISI 304, AISI 316 Materials of the sealing shaft | Base materials: AISI 420, AISI 304, AISI 316, F51(Duplex), F55 (Super Duplex) Coatings: Hardened Chrome plated HCP Chrome oxide plasma (ceramic coating) Rotor material Base materials: AISI 420, AISI 304, AISI 316, F51(Duplex), F55 (Super Duplex) Heat treatments: Hardening

Progressive Cavity (PC) Pump Rotors

Along with stators, rotors are key components in Progressive Cavity (PC) pump function.WestCoast Rotor is a market leader in replacement PC pump rotor manufacturing. We produce numerous standard pump rotors, and have the capabilities to create application specific rotors in .

Progressive Cavity Pumps

Progressive cavity pumps, also known as helical rotor pumps or cavity pumps, are a type of rotary positive displacement pump that has a single threaded helically shaped rotor turning inside of a double-threaded helically shaped rubber stator. This produces a progressing cavity that moves the liquid through the pump and creates the pumping action.

Artificial Lift Systems

Special 3 coat hardening process for erosion and corrosion control (On all pumps) The ESPCP combines a submersible motor and a progressing cavity pump (PCP). A PCP is a positive displacement pump, made up of a single external helical shaped rotor turning eccentrically inside a double internal helical shaped stator of the same minor diameter

The complete pump range: Convincing high quality flexibility

Progressing cavity pumps, twin screw pumps and modules Flame-hardened rotors, stators, pump housing, seals, high alloyed tool steel or hardened steel: pumps made by WANGEN are designed and made for highest loads and maximum lifetime. The WANGEN PUMPEN quality management is certified to ISO 9001 and ensures the

G range

Progressing Cavity Pumps - G range Pumping highly viscous, solids laden and new-Newtonian fluids is a difficult and complex process. That is why, Sydex has developed and designed the G feeding screw progressing cavity pump range to ensure easy and efficient handling of high-viscosity fluids.

(PDF) PROGRESSIVE CAVITIES PUMP: A CASE OF STUDY

2 parts: 1) the rotor base metal and 2) the coating. (hard chrome plating). (Figure 4) The stator of a. progressive cavity pump consists of 3 parts; 1) a. steel tube, 2) a bonding system (glue

Spare

Rotor Right material conforming to international standards combined with special heat treatment and hard chrome plating technology, Ensures dimensions and critical tolerances are maintained. Quality Progressive cavity pumps, we have a wide range of retrofit spares to offer for brands like NETZSCH®, Roto pump®, psp, and other global brands as

PCP systems for hostile fluid conditions

Jan 18, 2016· Overview. In many applications, the constituents of the produced fluids pose the greatest difficulty in the successful use of progressive cavity (PC) pumps. In fact, the current use of PCP systems in many medium- and light-oil wells can be attributed to the recent development of new elastomers that can withstand the produced-fluid chemistry, allowing reasonable pump run lives to be .

New Rotors Induction hardening machine – Sito in english

Progressing cavity pumps Rotors Induction hardening machine – Impianto di tempra rotori New induction machine for hard rotors. Hardening Steel. Steel hardening consists of heating the material to a temperature over 723ºC (austenitic temperature) and then cooling the steel quickly, with a .

FUNCTIONING AND MAINTENANCE MANUAL

In progressing cavity pumps the axis of rotation of the rotor A does not coincide with the axis of rotation of the motor. The rotor is driven by a double-joint shaft. This shaft absorbs eccentric motions and shifts axial stresses towards the motor shaft. A B The fluid coming from the stator/rotor group is conveyed to the central body, and then

Nova Rotors DN-JN Progressive Cavity Pump

Nova Rotors DN/JN Progressive Cavity Pump. The Nova Rotors DN/JN series progressive cavity pump is excellent at handling viscous and non-viscous fluids with or without solids in suspension. There are various models of this helical rotor pump, the largest is capable of achieving flow rates up to 600m³/hr and pressures up to 48 bar.

Portfolio Gallery- Fort Wayne, Indiana

Air-Hardening Tool Steel Spindle Shaft More... Custom Fabrication for the Aerospace Industry More Progressive Stamping Die Fabrication More... Molded Tool Steel Cavity More... Wire EDM Fabrication of Die Blocks More... Precision Machine Design of a Rotor Core Assembly More...

Information

Progressive Cavity Pump Rotor and Stator Selection. Shape Selection of the Stator and Rotor. Type A. Short pitch, single head Thread number of stator and rotor: 1/2 Standard design, stable function, common pump. Duplex SS stainless steel with hardening .

Information

Progressive Cavity Pump Rotor and Stator Selection; Progressive Cavity Pump Shaft Seal Selection. Subtor pumps can be produced with two different styles of shaft seals that the customer can choose from. One is a packing seal and the other, a mechanical seal. Surface hardening on the coupling shaft After surface hardening, the coupling shaft

M3 Open Hopper Progressive Cavity Pump| Progressive Cavity

A progressive cavity pump is a displacement pump that, with an interference fit of the rotor in an eccentric motion and a fixed stator, will form a seal cage within the pump, moving material from the inlet to the outlet, thus completing the conveyance of the medium within the seal cage.

Progressive Cavity Pump Selection Guidelines

Jan 10, 2019· Progressive Cavity Pump Selection Guidelines. January 10, 2019. Progressive cavity pumps are one of the important types of positive displacement pumps used across various industries for transferring different types of solids, as well as air-entrained and multiphase liquids. These pumps are specially designed for applications that may involve

Progressive Cavity

The progressive cavity pump (PCP) is a positive displacement pump, using an eccentrically rotating single-helical rotor, turning inside a stator. The rotor is usually constructed of a high-strength steel rod, typically double-chrome plated. The stator is a resilient elastomer in a double-helical configuration molded inside a steel casing.

Sludge transfer pumps

As sludge transfer pumps, the K range is high performance industrial progressing cavity pumps. This PCP, available in block or long coupled configuration, can be manufactured in different materials including cast iron, stainless steel 304 and 316 as well as Duplex and super Duplex steel (SAF 2205) in order to suit highly corrosive and difficult applications (high salinity laden liquids for

PUMPING ABRASIVE SLURRIES WITH PROGRESSING .

of the rotor or inner gear of the progressing cavity pump moves in an eccentric path opposite to the direction of shaft rotation. This necessitates the incorporation of two universal joints operating in the slurry between the drive shaft and rotor. One manufacturer used a hardened pin and slotted

Vertical Progressive Cavity Pump – Subtor Indonesia

Vertical Progressive Cavity Pump The length of the OU vertically class progressive cavity pump can be adjustable so that the pump can be adjusted to pools or wells of various depths. The rotor and stator stay under the water while operating the pump so that the .

Progressive Cavity Pump Shaft Seal Selection – Subtor

Progressive Cavity Pump Shaft Seal Selection Subtor pumps can be produced with two different styles of shaft seals that the customer can choose from. One is a packing seal and the other, a mechanical seal.

Rotor and Stator Selection

The quality of stator and rotor can directly or indirectly determine progressive cavity pumps service lives. Specialized in pump stator and rotor, Subtor has designed four types of stator and rotor for you to choose—type A, type B, type D and type P.

Progressive Cavity Pump Guide & Eccentric Screw Mono Pump

Progressive cavity pumps, otherwise referred to as a helical rotor pump, eccentric screw pump or mono pump, are part of the positive displacement family. Positive displacement pumps are characterised by an operation that moves fluid by trapping a fixed volume and .

The effects of temperature on the mechanical and

The progressive cavity pump (PCP) is a positive displacement pump, consisting of a polished helical-shaped rod (rotor) turning inside a helical elastomer (stator).

Progressive Cavity Pump

The progressive cavity pump is an exceedingly convertible pump and can be used in numerous pumping applications. A progressive cavity pump can be defined as a positive displacement pump which works based on the progress of the rotor. It is often called as, PC pumps. Eccentric screw pump. Progg cavity pump.

New Applications for Wellbore Progressing Cavity Pumps

Mar 05, 1996· The application of Progressing Cavity Pumps ("PCP's") for artificial lift is still new compared to other technologies. The technology is advancing rapidly and that, combined with new techniques which are learned empirically, continually expands the range of applications. PCP suppliers are doing novel work in plating and hardening of rotors

Best Progressive Cavity Pump Manufacturers in China

Progressive Cavity Pumps Working Principle. The progressive cavity pump is a kind of internal meshing closed rotor positive displacement pump. Its main working parts are composed of an eccentric screw (rotor) and a fixed elastic bushing (stator).

Study on Speed and Clearance Optimization of All-Metal

As the metallic stator progressing cavity pump (PCP) operates with the stator and rotor in clearance fit, the slippage between cavities has a significant influence on the pump performance.

SPE

Introduction Until recently, the Progressing Cavity Pump (PCP) most widely used in down-hole conditions consisted of a stator made of a nitrile based elastomer that is injected and permanently bonded inside a steel tube, and a rotor, machined from steel and .

Progressive Cavity Pump Stators

Dec 20, 2011· Another important consideration with progressive cavity pump stators is the geometry profile (see Figure 2). Generally, there are four different stator geometry technologies in the marketplace. Conventional geometry is typically 1:2 (single helix rotor inside a double helix stator).

Progressive Cavity Pump Rotor

Progressive Cavity Pump Rotor We can design and process rotors in different geometric shapes to meet specific customer requirements. The metal materials used can also be treated for surface hardening or vacuum heating, with the hardness of the metal after treatment reaching HRC60-65°.

Pumps

Rotor Right material conforming to international standards combined with special heat treatment and hard chrome plating technology, Ensures dimensions and critical tolerances are maintained. Quality Progressive cavity pumps, we have a wide range of retrofit spares to offer for brands like NETZSCH®, Roto pump®, psp, and other global brands as

Shaft Seal

Shaft seal for progressive cavity pump——mechanical seal. • Wide application: Mechanical seals are suitable for outdoor conditions with low temperatures, high temperature, high vacuum, high pressure; it remains tight for substances which are corrosive, abrasive, inflammable, explosive and toxic. To prolong the service life of mechanical

Progressive cavity screw pumps UPRENT pumps and pumping

Working principle. The progressive cavity pump belongs to the group of rotary positive displacement pumps. These pumps are characterized by the presence of a "rotor" (rotating part) and a "stator" (fixed part). Inside the stator (comparable to a screw with two principles) the rotor moves (comparable to a screw with one principle

Customized Solutions

When standard solutions aren't enough, Erne Fittings works with the customer to develop the right product for their requirements. For example, Erne Fittings worked with Pumpenfabrik Wangen to develop special rotors for progressive cavity pumps. The rotors are made from 16MnCr5 steel with inside diameters ranging from DN80 to DN145.