Extended operating limits
System synergy and integration
Maximum versatility
Dual circuit
Extractable electrical panel
Integrated control
WWB, with the most extended operating limits on the market, represents an alternative solution for the production of ACS: with the help of any medium temperature air or water heat pump (Aermec NRP or NXP versatile series), it produces hot water up to a temperature of 80 °C.
It also has an extremely high performance compared to normal heat pumps:
COP = 4,30 (hot water production 70/78 °C)
COP = 5,72 (hot water production 60/65 °C).
Components synergy and integration are today essential qualities for the development of new systems or retrofit actions.
The use of the best components, in some cases, is not enough.
WWB includes both features.
It can therefore be integrated in any type of new or already existing system: with fan coils, with underfloor heating, with radiators or for the production of domestic hot water.
Available in 8 sizes with power from 57 to 266kW and in low noise version, WWB guarantees high energy efficiency also with partial loads.
It finds multiple applications in hotels, multi-purpose buildings, wellness centers, in the tertiary sector and in the processing industry. WWB's compact dimensions allow easy handling and installation especially in case of reduced technical spaces.
Thanks to the two independent cooling circuits, WWB ensures continuity of operation also in the most critical situations. This technical characteristic is a fundamental prerequisite for a unit designed to be the sole source of hightemperature heating.
WWB is fitted with a sliding extractable electrical panel.
Option designed to allow easy inspection of the panel in case of small spaces.
At the moment of configuration of the unit, it is possible to select the opening side (right or left).
WWB control functions and logic, designed by Aermec, perfectly interact with the ones of another equipped Aermec NRP or NXP versatile heat pump.
The integration ensures several benefits in terms of sequencing and management of the unit resources.