TRIPLEX PLUNGER PUMP (OE-75)

Triplex Plunger Pump Supplier in Gujarat.

High-pressure liquid transfer requires a pump that delivers consistent performance under demanding operating conditions. The Triplex Plunger Pump (OE-75) from Orevia Engineering Pvt. Ltd. is designed for applications requiring high pressure, dependable flow, and continuous operation. As a trusted Triplex Plunger Pump Manufacturer in Ahmedabad, Orevia Engineering provides robust positive-displacement pumping solutions for industrial cleaning, hydro testing, pipeline maintenance, pressure washing, and other high-pressure applications. The OE-75 features three reciprocating plungers arranged to provide more uniform fluid flow than single-plunger designs, while its rugged construction supports reliable high-pressure operation in demanding industrial environments.

Key Advantages

The OE-75 is engineered to provide dependable performance in demanding industrial environments.

• High-pressure operation up to 120 Bar

• Capacity range of 85 to 272 LPM

• Three-plunger configuration for smoother fluid delivery

• Positive-displacement pumping principle

• Suitable for continuous industrial applications

• Reliable performance under demanding operating conditions

• Efficient liquid transfer

• Suitable for high-pressure cleaning and testing applications

• Robust construction for long-term industrial use

How Does a Triplex Plunger Pump Work?

The pump operates through the reciprocating movement of three plungers driven by a common crankshaft. The plungers work in a sequential cycle to maintain continuous fluid movement.

• Suction Stroke: The plunger moves backward, reducing pressure inside the pumping chamber and allowing liquid to enter through the inlet valve.

• Compression Stroke: The plunger moves forward and compresses the liquid inside the chamber.

• Discharge Stroke: The inlet valve closes while the discharge valve opens, forcing the liquid into the high-pressure outlet.

• Three-Plunger Operation: The sequential movement of three plungers helps provide smoother discharge and reduces flow pulsation.

This operating principle makes the OE-75 suitable for applications that require controlled, high-pressure fluid delivery.

Industrial Applications

The Triplex Plunger Pump OE-75 can be used across a wide range of industries and maintenance operations, including:

• High-pressure water cleaning

• Industrial pressure washing

• Drain and pipe jetting.

• Pipeline hydro testing

• Heat exchanger cleaning

• Boiler and equipment cleaning

• Oil and gas applications

• Chemical process applications

• Industrial machinery cleaning

• Vehicle and equipment washing

As an experienced Triplex Plunger Pump Supplier in Gujarat, Orevia Engineering provides high-pressure pumping solutions for varied industrial requirements.

Why Choose Orevia Engineering Pvt. Ltd.?

Choosing the right high-pressure pump requires consideration of application conditions, fluid characteristics, operating hours, required discharge, capacity, and pressure to ensure reliable performance. Orevia Engineering Pvt. Ltd. provides application-oriented pumping solutions backed by dependable engineering and technical support. As a trusted Triplex Plunger Pump Distributor in India and Triplex Plunger Pump Wholesaler in Gujarat, the company offers practical high-pressure pumping solutions for bulk industrial requirements and diverse applications.

Need a reliable OE-75 Triplex Plunger Pump? Contact Orevia Engineering Pvt. Ltd. for product details, technical guidance, and application-specific solutions.

Frequently Asked Questions

1. What is the capacity of the OE-75 Triplex Plunger Pump?

The OE-75 has a capacity range of 85 LPM to 272 LPM, depending on the selected operating configuration.

2. What is the maximum pressure of the OE-75?

The OE-75 Triplex Plunger Pump is designed to operate at pressures of up to 120 Bar.

3. Where is the OE-75 Triplex Plunger Pump used?

It is suitable for high-pressure cleaning, pipe and drain jetting, hydro testing, heat exchanger cleaning, industrial washing, oil and gas operations, and other demanding fluid-handling applications.