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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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WCPL Petrochemical Water Cooled Three Stage High Performance Booster System

WCPL Petrochemical Water Cooled Three Stage High Performance Booster System Specification

Discharge Pressure
Max 25 Bar

Voltage
380V / 415V, 3 Phase, 50 Hz

Working Temperature
0C to 80C

Max Suction
8 meters

Control System
Automatic / Manual options

Fuel Tank Capacity
N/A (Electric drive)

Features
Corrosion resistant, continuous duty, easy maintenance

Mounting Type
Baseplate mounted

Theory
Multi-stage centrifugal, Centrifugal Pump

Speed
2900 RPM

Head Size
up to 300 meters

Frequency
50 Hz / 60 Hz

Inlet/Outlet
DN50 / DN40 (customizable)

Noise Level
Below 75 dB(A)

Flow Rate
10 - 35 m3/h

Caliber
Suitable for 2 to 6 connections

Material
Stainless Steel / Cast Iron

Structure
Close coupled or frame mounted, Water Cooled, Three Stage

Power
7.5 - 30 kW, 3 kW to 75 kW

Standard
ISO 5199 / API 610

Fuel Type
Electric, Electric

Pressure
Up to 2.5 MPa, Up to 25 Bar

Usage
Petrochemical process booster, Petrochemical, Industrial Water Booster

Application
Petrochemical plants, refineries, water treatment, Water Supply, Petrochemical Transfer, Booster Applications

Suction Type
Water-cooled, three stage

Seals Type
Mechanical seal

Priming
Self-priming

Pump Type
High performance booster, Multi-Stage Centrifugal Booster Pump

Capacity
Up to 2100 LPM

Vibration Level
Compliant to IS/ISO Standards

Operation Mode
Continuous Duty

Bearing Type
Heavy Duty, Grease/Lubrication

Protection Class
IP55 / IP56

Motor Type
TEFC/Flameproof (optional)

Impeller Type
Enclosed / Semi-open

Cooling Method
Water Cooled Three Stage

Installation
Indoor / Outdoor

Optional Accessories
Pressure Gauge, Non-Return Valve, Control Panel

Shaft Material
High strength alloy steel

WCPL Petrochemical Water Cooled Three Stage High Performance Booster System Trade Information

Minimum Order Quantity
1 Unit

Main Domestic Market
Gujarat

About WCPL Petrochemical Water Cooled Three Stage High Performance Booster System

The WCPL Petrochemical Water Cooled Three Stage High Performance Booster System is an advanced industrial solution designed for demanding petrochemical applications. This robust system utilizes efficient water cooling to maintain optimal operating temperatures, ensuring consistent performance and extended lifespan in harsh environments. Its innovative three-stage design significantly enhances pressure boosting capabilities, delivering unparalleled high performance for critical processes. Engineered for reliability and efficiency, this booster system is ideal for operations requiring powerful and stable fluid transfer, contributing to increased productivity and safety within petrochemical facilities.

Engineered for Demanding Industrial Applications

This booster system excels in challenging environments, such as petrochemical plants, refineries, and water treatment facilities. With its three-stage, water-cooled operation, it offers exceptional pressure and reliability. Its corrosion-resistant construction, self-priming design, and robust protection class (IP55/IP56) ensure durability and safety for continuous operation.

Flexible Installation and Operation

Designed for both indoor and outdoor use, the booster can be baseplate mounted to suit your facility layout. With TEFC or flameproof motor options, it caters to diverse safety and operational requirements. The system supports both automatic and manual control, allowing seamless integration with existing control architecture.

Efficiency and Low Maintenance

High-efficiency enclosed or semi-open impellers, along with heavy-duty bearings and mechanical seals, provide reduced maintenance needs and extended service life. The motor operates at high speeds (2900 RPM) while maintaining noise levels below 75 dB(A), contributing to a safer, more comfortable work environment.

FAQ's of WCPL Petrochemical Water Cooled Three Stage High Performance Booster System:

Q: How does the three-stage water-cooled design benefit my operations?

A: The three-stage water-cooled design enables high discharge pressures (up to 25 Bar) and excellent thermal efficiency, making it ideal for continuous, heavy-duty petrochemical and industrial water boosting. Effective cooling also helps protect the pump against overheating during long-term operation.

Q: What applications are best suited for this booster system?

A: This booster system is specifically engineered for petrochemical plants, refineries, water treatment facilities, and large-scale water transfer or supply operations requiring reliable and sustained pressure boosting.

Q: When should I use the flameproof motor option?

A: Select the flameproof motor option in environments where there is a risk of explosive gases or hazardous petrochemical materials to meet stringent safety requirements, ensuring compliance with relevant safety standards.

Q: Where can this pump be installed, and what are its mounting options?

A: The pump is designed for flexible installation and can be mounted indoors or outdoors on a baseplate. Its robust construction and IP55/IP56 protection class ensure reliable operation in various environmental conditions.

Q: What is the maintenance process for this booster system?

A: Routine maintenance includes periodic inspection of bearings, lubrication system, and mechanical seals. Enclosed/semi-open impeller designs and heavy-duty bearings contribute to extended service intervals and easier servicing, minimizing downtime.

Q: How do the optional accessories enhance system operation?

A: Optional accessories such as a pressure gauge, non-return valve, and control panel enhance control, monitor pump performance, and help prevent reverse flow or overpressure, offering added convenience and safety.

Q: What are the main benefits of choosing this booster system?

A: Key benefits include high efficiency, corrosion resistance, continuous duty capability, low maintenance needs, compliance with international standards, and flexibility in installation, meeting a wide range of industrial water and petrochemical processing needs.

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