Two Stage Water Ring Vacuum Pump

Name: Two Stage Water Ring Vacuum Pump
Brand: TULSI PUMPS & SYSTEM
Price: 25000 INR
Availability: InStock

Price 25000 INR/ Piece

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MOQ : 1 Piece

Two Stage Water Ring Vacuum Pump Specification

Frequency
50 Hz

Voltage
220/440 V

Mounting Type
Base Mounted

Material
Cast Iron

Usage
Pipe Extruder, Paper Mills, Chemical Industry, Pharma Industry, Pharma Laboratory, Sterilizers

Application
Vacuum Generation

Seals Type
Mechanical Seals

Pump Type
Water Ring Vacuum

Color
Blue Painted

Phase
Three

Number of Stages
Double Stage

Cooling Method
Water Cooled

Two Stage Water Ring Vacuum Pump Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
4 Pieces Per Day

Delivery Time
1-7 Days

Two Stage Water Ring Vacuum Pump About

Two Stage Water Ring Vacuum Pump is highly demanded for its usage for various technical process such as concentration, vacuum evaporation, dehydration, feeding and drying. It is appreciated and acknowledged for its low maintenance and durability. It is manufactured using premium quality material and advanced technology in compliance with the set industry standards. Additionally, this Two Stage Water Ring Vacuum Pump can be availed from us on nominal rates.

Specification

Number of Stages	Double Stage
Material	Cast Iron
Frequency	50 Hz
Voltage	220/440 V
Phase	Three
Brand	Tulsi
Usage/Application	Pipe Extruder, Paper Mills, Chemical Industry, Pharma Industry, Pharma Laboratory, Sterilizers

Engineered for Industrial Reliability

With its double stage configuration and water-cooling system, this vacuum pump offers enhanced efficiency and low maintenance. The heavy-duty cast iron body ensures longevity and is resistant to demanding conditions commonly encountered in industrial settings such as chemical and pharmaceutical plants.

Broad Application Spectrum

From pipe extrusion to sterilization, this pump delivers optimal vacuum generation for various industries. Pharmaceutical labs, paper mills, and chemical industries benefit from its stable performance, supported by robust mechanical seals and adaptable voltage parameters.

FAQ's of Two Stage Water Ring Vacuum Pump:

Q: How does a two stage water ring vacuum pump work?

A: A two stage water ring vacuum pump utilizes water as the sealing medium to create and maintain vacuum. In this design, air is trapped and compressed over two stages, improving vacuum efficiency and depth, making it suitable for heavy-duty industrial applications.

Q: What are the main benefits of using a double stage water ring vacuum pump in industries?

A: Double stage pumps provide deeper vacuum, higher efficiency, and lower power consumption compared to single stage models. They ensure stable performance, reduced maintenance, and are ideal for applications requiring consistent vacuum like pipe extruders, paper mills, and pharmaceutical processes.

Q: When is it recommended to use a water cooled vacuum pump?

A: Water cooled vacuum pumps are recommended for environments where continuous operation generates significant heat. They help maintain optimal operational temperature, prevent overheating, and prolong the lifespan of the pump, especially in demanding applications.

Q: Where can this vacuum pump be used effectively?

A: This vacuum pump is effective in pipe extrusion, paper manufacturing, chemical processing, pharma industries, laboratories, and sterilization units, where consistent and reliable vacuum generation is critical to operations.

Q: What is the process for installing a base mounted water ring vacuum pump?

A: Installation involves securely mounting the pump on a stable base, connecting the water supply for cooling, aligning the inlet and outlet pipes, ensuring proper electrical connections on a three-phase 220/440 V, 50 Hz power line, and performing leak and performance checks before operation.

Q: How are mechanical seals advantageous in this pump?

A: Mechanical seals minimize leakage, enhance reliability, and reduce maintenance compared to traditional packing seals. They are well-suited for handling hazardous or high-purity gases often encountered in chemical or pharma industries.

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