MAGNETIC FILTER DIRT SEPARATOR GRAVEL SEPARATOR 3/4'' IBF-06 IBO

✴️ The IBO magnetic separator, which is designed to trap contaminants, has been designed for use in central heating systems. Nowadays, these systems are equipped with efficient boilers, however, they are prone to failures and loss of efficiency due to the presence of impurities in the form of iron oxides, which are the main component of rust. These contaminants are formed by corrosion and are deposited in the form of deposits. Iron oxide particles circulate throughout the heating circuit, accumulating at key points in the installation. This results in the risk of failure of various components such as pumps, valves or heat exchangers. In addition, the heating capacity of the boiler decreases, which leads to increased heating costs.

✴️ To ensure the protection of the entire heating system, magnetic filters or dirt separators can be used. They can be used to remove most solid contaminants, such as iron or iron oxides suspended in the heating system fluid. These filters protect most of the system's components. They can be used in installations where there is a continuous circulation of the heating medium. This refrigerant can consist of a solution of water and glycol, with the glycol content not exceeding 50%.

✴️ Filters can also be used in solar and refrigeration systems, where they additionally trap contaminants such as sand.

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✅ Magnetic filters have the dual task of stopping different types of contaminants thanks to the use of a dual filtration system.

✅ In the case of a flowing liquid in a system, it must pass through a filter to continue circulating. The sediments passing through the filter are retained by a special design that consists of two filter elements. The first element, responsible for separating ferromagnetic (i.e. magnetic) impurities, is an externally mounted magnet with a force of 9000 Gauss. Another element that retains non-magnetic solid contaminants is a filter cartridge made of stainless steel with a sieve structure.

✅ The filtration chamber has a larger diameter than the tubes, which slows down the local velocity of the liquid flow inside the filter and thus slows down the deposition of contaminants. Thanks to this design, the magnet is able to attract most of the ferromagnetic contaminants, while larger particles, both magnetic and non-magnetic, are retained by the filter cartridge. The accumulated dirt can then be removed by means of a drain valve.

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