Single Stage Water Ring Vacuum Pump

Name: Single Stage Water Ring Vacuum Pump
Brand: TULSI PUMPS & SYSTEM
Price: 30500.00 INR
Availability: InStock

Price 30500.00 INR/ Piece

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MOQ : 1 Piece

Single Stage Water Ring Vacuum Pump Specification

Material
CI

Structure
Diaphragm Pump

Power
Pneumatic Volt (v)

Standard
STANDERD

Weight
30 Kilograms (kg)

Pressure
High Pressure mpa

Usage
Oil Well

Single Stage Water Ring Vacuum Pump Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
4 Pieces Per Day

Delivery Time
10 Days

About Single Stage Water Ring Vacuum Pump

Single Stage Water Ring Vacuum Pump is basically used in automotive industry, hydraulic pumps and automatic transmission pumps. It is extensively valued and requested by the clients for its choice quality and long running life. It is manufactured at our well-equipped production unit using the finest quality components and the latest technology in compliance with set market standards. Apart from this, we provide this Single Stage Water Ring Vacuum Pump in numerous technical specifications at market leading prices.

Specification

Number of Stages	Single stage
Material	Cast Iron
Model No.	Tulsi
Power	Electric
Usage/Application	Pipe Extruder, Paper Mills, Chemical Industry, Pharma Industry, Pharma Laboratory, Sterilizers
Voltage	220/440 V
Brand	Tulsi

Durable Cast Iron Construction

This vacuum pump is manufactured with high-quality cast iron (CI), providing longevity and resistance against harsh working conditions. Its durable structure ensures it can withstand the rigors of oil well environments, reducing maintenance frequency and increasing operational reliability.

Optimized for Oil Well Operations

Specially designed for use in oil well applications, the pump delivers stable vacuum pressure, supporting efficient extraction and transportation of oil. Its high-pressure capabilities make it a dependable choice for industrial-scale operations.

Efficient Pneumatic Power

The pump operates using pneumatic power, eliminating the need for electrical supply and making it suitable for remote locations or hazardous areas where electrical equipment may pose risks. This flexibility adds to its field suitability.

FAQ's of Single Stage Water Ring Vacuum Pump:

Q: How does the Single Stage Water Ring Vacuum Pump operate in an oil well application?

A: The pump utilizes a water ring mechanism and diaphragm structure to create high vacuum pressure, which assists in extracting liquids and gases from oil wells effectively. Its pneumatic power system allows it to function reliably even in areas lacking electrical infrastructure.

Q: What are the key benefits of using a pneumatic-powered, cast iron vacuum pump?

A: Using pneumatic power enhances safety in explosive or wet conditions, while the cast iron construction ensures durability, corrosion resistance, and longevity. These features contribute to reduced downtime and lower maintenance costs.

Q: Where can the Single Stage Water Ring Vacuum Pump be installed?

A: This pump is designed for installation in oil wells and other industrial applications, particularly where high vacuum and pressure are required. Its structure and power system make it suitable for remote locations or areas with challenging environments.

Q: When should this type of vacuum pump be chosen over electric alternatives?

A: Choose this pump when operating in hazardous, flammable, or electrically constrained environments-common in oil fields. Its pneumatic mechanism eliminates the risk associated with sparks and electrical faults, ensuring continuous, safe operation.

Q: What is the process for maintaining this vacuum pump?

A: Routine inspections should focus on the diaphragm, seals, and water ring integrity. Maintenance is straightforward due to its rugged structure; periodic checks and timely replacement of worn components will maximize performance and lifespan.

Q: How does the pump's high-pressure capability benefit oil extraction?

A: High-pressure vacuum ensures more efficient and rapid removal of liquids and gases, boosting extraction rates and optimizing oil well productivity. This level of pressure also allows for the handling of heavier workloads without loss of efficiency.

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