Supporting energy transition

The components in a heating or cooling system are constantly exposed to wear caused by impurities in the water. 
This risk is particularly serious in the more delicate heat pump systems, as impurities could obstruct the small inner passages and affect the internal adjustment devices from working properly, reducing the flow rate.

The use of a magnetic dirt separator filter and compulsory chemical conditioning with the necessary additives guarantees higher water quality.
 

Noisy pipes, insufficient flow rates, total circulation blockages, less than optimal heat exchange and corrosion of metal components are the most common problems that may arise when there is air within a system.

This is why it is essential to use a high-efficiency deaerator specifically designed for heat pump systems.
 

Increasingly environmentally conscious, new technologies require significant investment and it is therefore important to ensure they remain protected and durable over time. Hydraulic circuits in self-contained or hydrosplit systems have an external section which connects the machine to the rest of the system and which, although short and well insulated, may be at risk of freezing in certain conditions, such as electrical blackouts in sub-zero temperature conditions.

The antifreeze valve protects the heat pump system from the formation of ice without diminishing its performance and without the use of electricity or harmful antifreeze substances.

 

The heat pump should continue to run even after the off command is received from the thermostats. This is essential, especially at the coldest times of the year, because it means the residual energy in the compressor can be worked off and defrosting (i.e. the heat exchanger defrost cycle) activated. In these situations, the machine needs a constant amount of thermal energy and minimal water circulation.

In low-inertia systems, the additional inertial volume is essential to guaranteeing thermal energy and allowing water to circulate, even if there are zones that are fully or partially closed.