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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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WCPL Oil SGI Three Stage Electrical Vacuum Boster System

WCPL Oil SGI Three Stage Electrical Vacuum Boster System Specification

Mounting Type
Base Mounted / Skid Mounted

Inlet/Outlet
Customizable (Flanged)

Noise Level
Low Noise Operation

Voltage
380V/415V

Working Temperature
5C to 50C

Features
Three-stage, High Vacuum, Oil Lubricated, Reliable, Low Maintenance

Caliber
Standard/As Required

Discharge Pressure
Up to 0.1 mbar

Frequency
50 Hz / 60 Hz

Theory
Vacuum Pump, Rotary Vane

Speed
Customizable

Flow Rate
Up to 1500 m3/hr (Depending on model)

Fuel Tank Capacity
Not Applicable (Electric Operated)

Control System
Electrical Panel with Starter and Protection

Max Suction
-755 mmHg

Head Size
Three Stage

Material
Mild Steel / Cast Iron

Structure
Three Stage Booster System, Horizontal Frame Mounted

Power
Multiple options up to 30 HP, 7.5 kW to 75 kW

Standard
ISO 9001 Certified

Fuel Type
Electric Powered, Electric

Pressure
Low to High Vacuum, Atmospheric to high vacuum

Usage
Industrial, Pharmaceutical, Chemical Processing, Industrial Vacuum Applications

Application
Vacuum Packaging, Degassing, Distillation, Evacuation, Pharmaceutical, Chemical, Lamination, Food Processing, Packaging

Suction Type
Positive Displacement

Seals Type
Oil Sealed

Priming
Automatic

Pump Type
Oil Rotary Vane, Vacuum Booster with Rotary Vane Backing

Capacity
High/As per model specification

Service Support
On-site Installation & Training

Degree of Vacuum
Up to 0.001 mbar

Service Life
Long Service Life, Heavy Duty Operation

Safety Features
Low Oil Level Protection, Overload Protection

Cooling Type
Forced Air / Water Cooled

Oil Capacity
10 to 35 Litres (depending on model)

Pump Body Coating
Epoxy Powder Coated

WCPL Oil SGI Three Stage Electrical Vacuum Boster System Trade Information

Minimum Order Quantity
1 Unit

Main Domestic Market
Gujarat

About WCPL Oil SGI Three Stage Electrical Vacuum Boster System

The WCPL Oil SGI Three Stage Electrical Vacuum Booster System is a robust and efficient solution designed for achieving high vacuum levels. This advanced system integrates an oil-sealed pump for reliable operation and features a three-stage design, significantly enhancing its vacuum capabilities and pumping speed. Electrically powered, it provides consistent and powerful performance, making it ideal for industrial applications requiring deep vacuum and increased throughput. The booster component further optimizes the system's efficiency, ensuring rapid evacuation and sustained vacuum in demanding environments.

Exceptional Vacuum Performance

This vacuum booster system provides an impressive degree of vacuum, reaching up to 0.001 mbar, and offers a flow rate of up to 1500 m3/hr depending on the model. Its advanced three-stage rotary vane configuration ensures low to high vacuum capabilities suitable for a wide range of industrial operations, from food packaging to chemical processing.

Reliable & Durable Design

Engineered with epoxy powder-coated mild steel or cast iron for longevity, the booster system is designed for heavy-duty operation and long service life. Oil lubrication, low oil level protection, and overload protection significantly enhance reliability and reduce maintenance periods, making it perfect for continuous, demanding industrial use.

Comprehensive Application Support

Whether used in pharmaceutical, chemical, lamination, or food processing industries, this system is adaptable with multiple mounting options, customizable flanged inlet/outlet, and support for both forced air and water cooling. Each unit comes with on-site installation and training to ensure seamless integration and optimal performance in your facility.

FAQ's of WCPL Oil SGI Three Stage Electrical Vacuum Boster System:

Q: How does the WCPL Oil SGI Three Stage Electrical Vacuum Booster System ensure reliable and safe operation?

A: The system incorporates low oil level protection and overload protection, as well as a robust epoxy powder-coated pump body. These features help prevent equipment damage and extend service life, ensuring reliable operation even under heavy-duty conditions.

Q: What industries and applications can benefit from this vacuum booster system?

A: This booster system is designed for a wide array of sectors, including pharmaceutical, chemical, food processing, vacuum packaging, distillation, degassing, lamination, and general industrial vacuum applications, thanks to its high vacuum capabilities and customizable configurations.

Q: When is on-site installation and training provided for this vacuum booster system?

A: On-site installation and comprehensive training are included with purchase, ensuring users can operate and maintain the system efficiently from the outset. Service support is coordinated according to the customer's schedule and site readiness.

Q: Where can the system be installed and how is it mounted?

A: The system is suitable for industrial environments and can be base mounted or skid mounted as required. Its horizontal frame design and customizable connections support versatile placement and integration in various facility layouts.

Q: What is the process for customizing the inlet/outlet connections on the booster system?

A: Inlet and outlet connections can be tailored to standard or specific flanged requirements, allowing seamless compatibility with existing piping or equipment. Customization details are finalized during order placement to meet unique operational needs.

Q: How does the forced air or water cooling improve system performance?

A: Forced air or water cooling dissipates heat more effectively during operation, enabling the booster to maintain stable temperatures and optimal performance even under sustained, rigorous workloads typical in industrial settings.

Q: What are the primary benefits of choosing this three-stage, oil-sealed vacuum system over other options?

A: By offering a high degree of vacuum, low maintenance, robust safety features, long service life, and the choice between forced air or water cooling, this system provides industries with a reliable, efficient, and easily adaptable solution for diverse vacuum applications.

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