WYT2BV
Motor Power：1.5-110 kW Inlet/Outlet Range：DN25-DN200 2BV Type Stainless Steel Water Ring Vacuum Pump
Pumping Rate：3-600 m³/h
Motor Power：1.5-110 kW
Inlet/Outlet Range：DN25-DN200
Limiting Vacuum：-0.092-0.098 MPa（92%~98% Vacuum）
Working Fluid Flow Rate: 5-50 L/min. Generally, clean water is used. For corrosive gases, other liquids (such as ethanol) can be used instead.
Motor Power：1.5-110 kW
Inlet/Outlet Range：DN25-DN200
Limiting Vacuum：-0.092-0.098 MPa（92%~98% Vacuum）
Working Fluid Flow Rate: 5-50 L/min. Generally, clean water is used. For corrosive gases, other liquids (such as ethanol) can be used instead.
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WYT launched the stainless steel water vacuum pump is a robust, corrosion-resistant solution designed for industrial applications requiring reliable vacuum generation in harsh environments. Unlike traditional automotive or AC vacuum pumps optimized for light-duty or oil-based systems, this vacuum pump leverages water as its working fluid to create a dynamic sealing ring, enabling isothermal compression of gases while withstanding corrosive media.
Functional Positioning
Stainless steel water ring vacuum pump is a volumetric vacuum pump that uses water or other liquids as the working medium. By eccentric rotation of the impeller, a dynamic water ring is formed inside the pump body to achieve gas suction, compression, and discharge.
- Suitable for industrial scenarios that require high vacuum and corrosive or clean media, such as chemical, pharmaceutical, food processing, etc.
Structural Composition
- The main components include the pump body (made of stainless steel), impeller, distribution plate, shaft seal, bearings, and drive motor.
- The working fluid (usually water) is circulated in the pump body, and gas compression is achieved through the relative motion between the water ring and the impeller.
Core Features
Corrosion resistance
- The key components such as the pump body and impeller are made of 304 or 316L stainless steel, which is resistant to corrosive media such as acid, alkali, and salt, extending equipment life and reducing maintenance costs.
Low energy consumption and easy maintenance
- By optimizing the thickness of the water ring and the design of the impeller clearance, energy consumption can be reduced and operational efficiency can be improved.
- Modular design supports quick disassembly and easy maintenance, reducing downtime.
Application Scenarios
- Chemical Industry
Processes such as vacuum distillation, drying, and degassing, typically supported by a vacuum pump, are used to treat conditions containing corrosive gases.
- Pharmaceutical Industry
Clean workshop vacuum conveying, sterile packaging, vacuum concentration and other processes, supported by a reliable vacuum pump, comply with GMP standards.
- Food Processing
Vacuum concentration, degassing, packaging and other processes to ensure product hygiene and safety.
- Environmental Protection Engineering
Biogas Purification and Waste Gas Adsorption Systems in Wastewater Treatment Plants.
