DIRTMAGPRO®, Dirt separator with double magnet for high flow rates.

The most common effects of contamination of heating and cooling systems include:

electrochemical corrosion - the deposition of contaminants on the metal components of the system leads to the formation of two zones (water/contaminants and contaminants/metal) with different oxygen contents. Due to this, an anodic reaction also occurs, leading to corrosion of the metal surfaces.
Valve malfunctioning - impurities in the water are deposited on the valve components, resulting in reduced control properties and leakage.
Reduction in heat exchanger efficiency - the accumulation of impurities in the heat exchanger reduces the heat transfer surface and restricts the flow of the medium.
Damage to the pump - impurities flowing into the pump can accumulate on pump components and cause damage to the internal structures and magnetic fields generated by the unit.

The first significant risk factor is the presence of impurities in the system water. This type of impurity can occur if the system has not been sized correctly or if all impurities have not been carefully removed from the system and the system must be cleaned. The presence of impurities can lead to clogged circulation pumps, reduced efficiency of heat exchangers or malfunctioning valves and poor heat transfer.