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3ZB-1800 (1340) Triplex Plunger Pump

The 3ZB-1800 (1340) type triplex plunger pump is a positive-displacement, reciprocating, horizontal, single-acting pump that is primarily used for intermittent well servicing operations such as fracturing, acidification, water injection, and sand prevention. It is mainly composed of a fluid end, a power end, and a lubricating system, characterized by high output power, high pressure, and large displacement.

Classification:

Triplex plunger pump


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Product Description

The 3ZB-1800 (1340) type triplex plunger pump is a positive-displacement, reciprocating, horizontal, single-acting pump that is primarily used for intermittent well servicing operations such as fracturing, acidification, water injection, and sand prevention. It is mainly composed of a fluid end, a power end, and a lubricating system, characterized by high output power, high pressure, and large displacement.

The power end housing employs a rigid welded structure, while the fluid end offers a selection of plunger diameters, including 4" (φ101.6 mm), 4-1/2" (φ114.3 mm), and 5" (φ127 mm), to satisfy the user requirements for various pressures and displacements.

Main Technical Parameters:

No.

Name

Parameters

1

Model

3ZB-1800 (1340)

2

Maximum input power, kW (BHP)

1340 (1800)

3

Plunger stroke, mm (in)

203.2 (8")

4

Maximum operating stroke frequency, times/min

330

5

Gear ratio

6.353:1

6

Overall dimensions (L×W×H), mm

2275×1300×1155

7

Maximum weight, kg

5675

Operation characteristic parameter

Pump stroke frequency, min-1 

75

115

200

300

330

Plunger diameter

in (mm)

Displacement

L/min

Pressure

MPa

Displacement

L/min

Pressure

MPa

Displacement

L/min

Pressure

MPa

Displacement

L/min

Pressure

MPa

Displacement

L/min

Pressure

MPa

4"

(101.6)

371

123.5

568

123.5

988

73.6

1483

49

1631

44.6

4-1/2"

(114.3)

469

97.6

719

97.6

1251

58

1876

38.7

2064

35.1

5"

(127)

579

79

889

79

1544

47

2317

31.3

2548

28.4

The above displacement and pressure parameters are the theoretical values calculated based on a mechanical efficiency of 90%, a pump efficiency of 90%, and a displacement coefficient of 100%.

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