Olimpia Splendid's air-to-water heat pump, with refrigerant R32 refrigerant, stands out for its high energy efficiency class (A+++ in heating, medium climate) and compact dimensions. The engineering of the components and the reduced shape (500x280x810) of the indoor unit allow for easy installation, even inside a kitchen wall unit. Great ease, finally, also on the controls front: through a configurable touchscreen user interface it is possible to customise comfort and DHW requirements and optimise energy performance, quickly and intuitively.
Inverter air-water heat pump
Energy efficiency class in average climate heating up to: A+++ (35°C) and A++ (55°C)
Powers available: 10 powers with refrigerant R32 single-phase (4-6-8-10-12-14-16 kW) and three-phase (12-14-16 kW).
Supplies DHW with temperature up to 60° C. DHW management: Sherpa is used to manage Domestic Hot Water
with extreme flexibility through two management modes: water probe inserted in the storage tank or thermostat contact of the storage tank.
Climatic curves based on the external air temperature: two curves available, one for cooling and one for heating.
The climatic curves allow the temperature of the system to be varied according to the external climatic conditions, adjusting the heat input to
the building’s thermal needs, in order to obtain energy savings.
Two configurable cooling set points, Three set points configurable in heating mode (one of which for DHW): the set points can also be selected from a remote contact.
Standard double-stage electric heating elements: configurable as single or double-stage can be activated to support the heat pump, with checking, via the electronic control, of the actual thermal output of the heat pump. Each stage is activated according to the actual need for thermal power, in order to optimise electricity consumption.
Daily holiday and weekly programmer: heating/cooling, DHW, night
Complete management of anti-legionella cycles
R32* refrigerant gas
* Non hermetically sealed equipment containing fluorinated gas with GWP equivalent to 675 (R32)
