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Working Principle
Air Separators operate by slowing down the water flow as it enters the separation chamber. When the velocity decreases, air bubbles naturally rise to the top of the chamber. Inside, a specially designed separation element increases the contact surface area, allowing even microbubbles to detach from the water.
The collected air rises to the top and is automatically vented through an air release valve. The air-free water continues through the system, improving heat transfer and protecting HVAC components. This continuous air-removal process helps maintain optimal performance and prevents system issues caused by trapped air.
Key Benefits
• Improved Efficiency: Enhances heat transfer by ensuring air-free water circulation
• Quiet Operation: Reduces noise caused by air pockets and turbulence in the system
• Enhanced Equipment Protection: Prevents pump cavitation, corrosion, and damage to valves and pipes
• Better System Performance: Stabilizes flow and temperature distribution throughout the HVAC network
• Low Maintenance: Features automatic air venting for worry-free operation
• Extended Lifespan: Protects system components, reducing wear and increasing longevity
• Versatile Use: Suitable for heating, cooling, and chilled water applications across all building types
• Energy Savings: Ensures efficient system operation, reducing power consumption
Technical Features
• High-Efficiency Microbubble Separator: Allows effective removal of both large air pockets and microbubbles
• Robust Construction: Made from corrosion-resistant materials for long-term durability
• Automatic Air Vent: Ensures continuous, hands-free air release
• Low Pressure Drop Design: Maintains smooth water flow without impacting system performance
• Wide Compatibility: Suitable for various pipe sizes, flow rates, and HVAC configurations
• Thermal Resistance: Designed to withstand high temperatures found in heating systems
• Easy Installation: Can be fitted vertically or horizontally depending on the application