2500-type Quintuple Plunger Pump Assembly

  • Item No.:33
  • Category:Plunger Pump Assembly
  • The plunger pump is a crucial component in hydraulic systems. It operates by the reciprocating motion of the plunger inside the cylinder, causing changes in the volume of the sealed working chamber to achieve oil suction and discharge. Plunger pumps are widely used in various sectors of the petroleum industry due to their high rated pressure, compact structure, high efficiency, and convenient flow adjustment.

· Versatile Options: The plunger diameter can be freely selected between 3.75" and 5", requiring only a replacement of the corresponding packing.

· Maintainability: All components of the equipment are interchangeable with those of mainstream manufacturers, simplifying future maintenance and reducing costs.

· High Stability: All parts are produced with mature processes and to high standards, ensuring zero-tolerance precision and extending service life.

· Adaptability: Suitable for intermittent oil well operations such as acidizing, cementing, fracturing, and well killing.

· Dual Lubrication System: Both the power end and the fluid end are equipped with independent lubrication systems to ensure proper oil pressure during operation.


Fetures


Name

Model / Specification / Parameters

Plunger Diameter

3.75’’ - 5’’

Net Weight

6760kg

Dimensions

2199mm✖️1980mm✖️1113mm

Maximum Input Power

1866KW(1800hp)

Stroke

203.2mm(8’’

Maximum Connecting Rod Load

854.9KN(224959 lbs)

Gear Ratio

6.353:1



 Pump Speed

111

150

200

250

330

Plunger Diameter

Flow Rate

Pressure

Flow Rate

Pressure

Flow Rate

Pressure

Flow Rate

Pressure

Flow Rate

Pressure

3.75’’

802

121.9

1086

94.1

1446

70.7

1809

56.5

2385

42.8

4’’

912

107.2

1234

82.8

1643

62.2

2055

49.7

2710

37.7

4.5’’

1154

84.7

1563

65.4

2082

49.1

2604

39.2

3437

29.7

5’’

1427

68.6

1930

52.9

2574

39.7

3217

31.8

4247

24.1

Note: The parameters in the table are calculated based on 100% volumetric efficiency and 90% mechanical efficiency. Flow rate is in L/min, and pressure is in MPa.