Direct-Coupled Progressing Cavity Pumps in Industrial Design

Q=0.5-300 m³/h (2.2 USGPM – 1321 USGPM)

P=0~2.4 Mpa (0~348 psi)

What is adirect-coupled progressing cavity pump in industrial design ?

Direct-connected progressive cavity pump has no bearing seat, and the prime Mover bears the axial force of the progressive cavity pump, connecting the driving end and the flange at the end of the pump into a whole.

Direct coupled pump structure is compact and its axial dimension is short. Low investment, use and maintenance costs.

It is mainly used in environmental protection technology, food and chemical industries, etc., and can also meet various pressures of the petroleum industry, with stable delivery or precise administration.

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Features
Parameter Table
Applications
Documents

Direct-connected progressing cavity pumps

Direct-connected progressing cavity pumps-1

Direct-connected progressing cavity pumps-2

Direct-connected progressing cavity pumps-3

The direct-Coupled Progressing Cavity Pumps features

Gentle transportation
Suitable for all kinds of media with high viscosity and containing solid particles
Convenient disassembly and maintenance
Rotor / stator with various geometry and materials
Compact structure and small occupied area
The right joint for any application
Small mechanical vibration, no vibration and stable operation
Standard mechanical seal, other seals optional
Speed is proportional to rotational speed

PMV Direct-Coupled Progressing Cavity Pumps Parameter Table

Pump Type	Pressure Range (bar)	Capacity Range (m³/h)	Speed Range (rpm)	Inlet Size (G/DN)	Outlet Size (G/DN)	Motor Power (KW)
MJN025-2S	0~12	0~0.25	0~350	G1¼	G1¼	0.37
MJN05-1L	0~6	0~0.5	0~350	G1¼	G1¼	0.37
MJN05-2S	0~12	0~0.5	0~350	G1¼	G1¼	0.75
MJN1-1L	0~6	0~1	0~350	G1¼	G1¼	0.75
MJN1-2S	0~12	0~1	0~350	50	50	1.5
MJN1-4S	0~24	0~0.5	0~250	50	50	3
MJN3-1L	0~6	0~3	0~350	50	50	2.2
MJN3-2S	0~12	0~2.5	0~350	65	65	3
MJN3-4S	0~24	0~1.5	0~250	65	65	5.5
MJN5-1L	0~6	0~5	0~320	65	65	3
MJN5-2S	0~12	0~5	0~320	80	80	4
MJN5-3S	0~18	0~3	0~250	80	80	5.5
MJN5-4S	0~24	0~2	0~200	80	80	7.5
MJN10-1L	0~6	0~10	0~300	80	80	4
MJN10-2S	0~12	0~7	0~300	80	80	5.5
MJN10-3S	0~18	0~6	0~250	80	80	7.5
MJN10-4S	0~24	0~4	0~200	80	80	11
MJN15-1L	0~6	0~15	0~300	80	80	5.5
MJN15-2S	0~12	0~12	0~300	100	100	7.5
MJN15-3S	0~18	0~10	0~250	100	100	11
MJN15-4S	0~24	0~7	0~200	100	100	15
MJN25-1L	0~6	0~25	0~280	100	100	7.5
MJN25-2S	0~12	0~22	0~300	125	125	11
MJN25-3S	0~18	0~15	0~250	125	125	15
MJN25-4S	0~24	0~12	0~200	125	125	18.5
MJN50-1L	0~6	0~50	0~280	125	125	11
MJN50-2S	0~12	0~35	0~250	150	150	22
MJN50-3S	0~18	0~30	0~230	150	150	30
MJN50-4S	0~24	0~26	0~200	150	150	37
MJN80-1L	0~6	0~80	0~280	150	150	22
MJN80-2S	0~12	0~60	0~280	150	150	37
MJN80-3S	0~18	0~42	0~200	150	150	45
MJN80-4S	0~24	0~25	0~150	150	150	55
MJN120-1L	0~6	0~120	0~250	150	150	37
MJN120-2S	0~12	0~100	0~270	200	200	45
MJN120-3S	0~18	0~60	0~180	200	200	55
MJN120-4S	0~24	0~50	0~150	200	200	55
MJN180-1L	0~6	0~180	0~220	200	200	45
MJN180-2S	0~12	0~170	0~220	200	200	55
MJN300-1L	0~6	0~300	0~220	200	200	55

PMV progressive cavity pump design

PMV progressive cavity pump parts

PMV progressive cavity pump for sale/progressive cavity pump design

progressive cavity pump diagram1 — **progressive cavity pump diagram**

The Applications of Direct-Coupled Progressing Cavity Pumps

Direct-connected progressing cavity pump can be used to transport neutral or corrosive liquids, clean and abrasive liquids, liquids containing gas or easily generating bubbles, and liquids with high viscosity or low viscosity (including liquids containing fibers or solid substances)
Environmental protection: the transportation of industrial sewage, domestic sewage and sludge turbid water containing solid particles and short fibers, especially suitable for oil-water separators, plate filter presses and other equipment
Shipbuilding industry: used for transporting residual oil, cleaning tanks, sewage, seawater, etc.;
Petrochemical industry: used for transportation of various oils, especially crude oil;
Textile industry: used for conveying synthetic fiber liquid, viscose liquid, dye, nylon powder, etc.
Medicine and daily chemicals: transportation of various viscous pastes, emulsions and various ointment cosmetics, etc.
Canned food industry: transportation of all kinds of sticky starch, edible oil, honey, sugar sauce, fruit pulp, cream, fish and leftovers;
Brewing industry: all kinds of fermented viscous liquids, concentrated distiller’s grains, grain product residues, all kinds of sauces, pulps and mucus containing massive solid substances, etc.;
Construction industry: spraying and conveying of cement slurry, lime slurry, paint and other pastes;
Metallurgy and mining industry: used to transport oxides and wastewater, mine drainage and liquid explosives, etc.;
Chemical industry: transportation of various suspensions, grease, colloidal slurries, adhesives, paper making, printing, high viscosity ink, black liquor of paper pulp, PVC polymer plastic paste of paper, pulp with various concentrations, short fiber slurry, etc.progressive cavity pump design