What are the Usage Areas of Air Separators?
Air Separator
In both heating and cooling systems, the dissolved air in the water within the installation is collected by a specially designed AISI 304 quality stainless steel filling. It forms bubbles and the air separator allows them to be expelled through the air vent valve. Bubbles accumulate in one place, and in the area where the hydrostatic repulsive force on the metal surface is greater than the adhesion force of the metal structure, microbubbles collect in the upper air chamber. In this place, through flotation, the regulated air volume generally allows the air vent valve to operate, and as a result, the excess air is expelled. You can get service from the site https://www.vefaheat.com/separatorler/hava-ayirici/.
Functions of Air Separator
Generally, the usage areas of air separators are in boiler systems (cast iron and steel boilers), cascade boiler systems, cooling systems, air conditioning systems, or closed-loop systems such as underfloor heating.
Air bubbles in systems can:
- Generally cause oxygen corrosion in heating and cooling systems.
- Cause cavitation in piping components and pumps.
- Adhere to heat transfer surfaces and impede heat transfer.
- Cause both noise and vibration in the system.
Air separators primarily ensure that air released from water due to increasing water temperature is expelled from the system. Air separators generally operate based on the combined action of certain physical principles. The active area is made of expanded stainless steel sheet. These sheets are placed radially within the body and simultaneously cut the water flow in a way that does not create any problems in circulation, causing strong turbulence. The generated turbulence causes changes in both speed and pressure, and can also lead to the release of micro air bubbles. Due to the effect of molecular attraction, these microbubbles also tend to accumulate on the expanded metal surfaces.
