The magnetic filter, designed for hydraulic circuits, functions to filter and remove impurities in the heating system. This device can separate and retain both magnetic and non-magnetic particles. It is particularly recommended for boiler and aerothermal installations. The filter’s body, made from PA66 polyamide with a fiberglass load, and the magnetic filter for aerothermal and boilers, constructed from AISI 304 stainless steel, exhibit these attributes.
The filter operates magnetically, employing a neodymium magnet of 11,000 Gauss. The maximum working pressure it withstands is 3 bar. At 3 bar, it can handle a maximum flow of 2.7 m3/hour. The maximum working temperature it can endure is 90º. The filter connects through two ball valves with butterfly control H-H of 3/4. It’s a versatile device capable of functioning both horizontally and vertically.
Thanks to its drainage device, performing maintenance and cleaning is simple and easy. It is compatible with fluids such as water and water with glycol, with the latter constituting a maximum of 30%.
Advantages of the 11,000 Gauss magnetic filter for aerothermal systems and boilers
This device is specifically designed to filter and separate impurities in the heating system, as it is capable of separating and retaining both magnetic and non-magnetic particles. Thanks to its magnetic operation with a powerful neodymium magnet, it achieves effective removal of impurities.
In addition, its installation is very easy and convenient, making it an attractive option for any user. Another important aspect to mention is that it can work both horizontally and vertically, offering versatility in adapting to different spaces and needs.
Last but not least, the maintenance and cleaning of this device are carried out in a simple manner, thus allowing the heating system to be maintained in optimal condition without complications.
What is it and how does it work?
The 11,000 Gauss magnetic filter for aerothermal systems and boilers is a device used to remove impurities from the water circulating through a heating system. Besides, the magnetic filter contains a powerful magnet that attracts and retains particles of iron, oxide, and other materials found in the water.
During the process, as water flows through the magnetic filter, it causes the impurities to adhere to the magnet, retaining them inside the filter. In this way, the water circulating through the heating system is clean and free of impurities, helping to keep the system in perfect condition.
Why is this magnetic filter important?
The 11,000 Gauss magnetic filter for aerothermal systems and boilers is important because it helps prevent the accumulation of impurities in the heating system. Impurities can clog the ducts and reduce the flow of hot water, which can make the heating system less efficient.
Furthermore, impurities can damage parts of the system, such as pumps and valves, which may require costly repairs. The 11,000 Gauss magnetic filter for aerothermal systems and boilers helps to prevent these problems and keep the heating system in perfect condition.