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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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New Dehydration 0.001Torr Three Lobe Economic Booster System

New Dehydration 0.001Torr Three Lobe Economic Booster System Specification

Max Suction
0.001 Torr

Flow Rate
Up to 1600 m3/h

Mounting Type
Skid Mounted/Base Plate

Control System
PLC/Manual

Theory
Three Lobe Booster Principle, Vacuum Pump (Three Lobe Roots Booster)

Working Temperature
-10C to 80C

Head Size
Medium/Heavy Duty

Features
Energy Efficient, Compact Design, Low Maintenance, High Ultimate Vacuum

Fuel Tank Capacity
N/A (Electric powered)

Voltage
380V/415V, 3 Phase, 50/60Hz

Caliber
DN50-DN150

Noise Level
80 dB(A)

Speed
Up to 3450 rpm

Discharge Pressure
up to 1 bar

Inlet/Outlet
Customizable Flange or Threaded

Frequency
50/60 Hz

Material
Cast Iron/Stainless Steel

Structure
Three Lobe Roots Blower Assembly, Horizontal, Three-Lobe Roots

Power
3 kW-45 kW, 7.5~30 kW

Standard
ISO/CE Certified

Fuel Type
Electric, Electric

Pressure
Ultra Low Pressure/Vacuum, Up to 0.12 MPa

Usage
Industrial Dehydration - Vacuum Application, Industrial/Vacuum Dehydration

Application
Dehydration, Vacuum Drying, Pharma Processing, Food Processing, Chemical Industries, Dehydration, Distillation, Vacuum Packing

Suction Type
Vacuum Suction

Seals Type
Oil-Sealed/Mechanical

Priming
Self Priming

Pump Type
Economic Three Lobe Booster, Roots Booster Pump

Capacity
Variable, as per model

Drive Type
Direct or Belt Driven

Operation Mode
Continuous

Protection Grade
IP54/IP55

Weight
Varies with model (Approx. 600-1800 kg)

Lubrication
Oil-lubricated Bearings

Cooling Method
Air or Water cooling (optional)

Surface Treatment
Anti-corrosive Coating

Insulation Class
F or H

Vacuum Level
0.001Torr achievable

New Dehydration 0.001Torr Three Lobe Economic Booster System Trade Information

Minimum Order Quantity
1 Unit

Main Domestic Market
Gujarat

About New Dehydration 0.001Torr Three Lobe Economic Booster System

This innovative dehydration system features a three-lobe economic booster, engineered for superior vacuum performance. Achieving an impressive ultimate vacuum of 0.001 Torr, it's ideal for applications demanding extremely low pressures. The "three-lobe" design signifies a robust and efficient rotary lobe pump, often used as a booster in vacuum systems to enhance pumping speed and reach deeper vacuum levels. Its "economic" aspect suggests a cost-effective solution, balancing high performance with operational efficiency. This system is perfect for industrial dehydration processes where rapid and thorough moisture removal is critical, offering a powerful yet economical approach to achieving ultra-low vacuum environments.

Advanced Vacuum Booster Technology

Relying on the trusted three lobe roots booster principle, this system delivers remarkable vacuum performance essential for sensitive industrial processes. With options for direct or belt-driven operation, it meets the needs of both medium and heavy-duty applications, ensuring optimal system flexibility.

Versatile Cooling and Customizable Design

The system features optional air or water cooling, allowing users to tailor operation to their environment and process demands. Custom inlet/outlet flanges, media selection, and a choice of anti-corrosive coatings make it adaptable to various installations and chemical exposures.

Energy Efficiency and Low Maintenance

With energy-efficient operation, oil-lubricated bearings, and robust construction, the booster offers extended service intervals and minimal wear. Its compact, skid-mounted design ensures easy installation and integration into existing PLC or manual control systems.

FAQ's of New Dehydration 0.001Torr Three Lobe Economic Booster System:

Q: How does the three lobe booster system achieve ultra-low vacuum levels?

A: The system utilizes a three lobe roots booster mechanism, which efficiently increases gas flow while reducing pressure, enabling vacuum levels as low as 0.001 Torr-suitable for demanding dehydration and drying processes.

Q: What are the main benefits of using this booster pump in industrial dehydration?

A: Key advantages include rapid moisture removal, energy efficiency, low maintenance requirements, high ultimate vacuum for quality end-products, and robust anti-corrosive protection for operation in harsh industrial settings.

Q: When is it best to choose air cooling versus water cooling for this system?

A: Air cooling is recommended where water availability is limited or ambient temperatures are moderate. Water cooling provides enhanced thermal regulation, ideal for high-duty cycles or higher environmental temperatures, ensuring continuous optimal performance.

Q: Where can this booster system be installed and integrated?

A: Designed for versatility, it can be skid-mounted or base plate installed, fitting seamlessly into vacuum drying, pharmaceutical, chemical, and food-industry production lines. Its IP54/IP55 protection grade supports deployment in industrial environments.

Q: What is the process for customizing inlets, outlets, and mounting for specific applications?

A: Upon assessing process requirements, flange or threaded connections, caliber sizes (DN50-DN150), and mounting configurations are tailored at manufacturing stage. Coordination with the supplier ensures the booster fits your existing setup.

Q: How is operation and control managed for the booster system?

A: Operation is managed via either PLC-based automation for sophisticated process integration or through manual controls for straightforward use, allowing flexibility in both new and retrofitted systems.

Q: What kind of maintenance is required and what are typical service intervals?

A: Periodic checks for oil-lubricated bearings and seals ensure reliable operation. Thanks to robust construction and efficient design, maintenance intervals are extended, reducing total operating costs and minimizing downtime.

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