Heat pump for split installation OMNIA S 3.2 16 T

-New Full Inverter split system heat pump range with environmentally friendly R32 refrigerant.

-The series consists of an outdoor unit that houses the most important elements of the refrigeration circuit,.

-from the compressor to the heat exchanger will be connected with refrigerant pipes to the indoor unit.

-The indoor unit, on the other hand, contains the main components of the heat source water circuit, whereby.

-pre-installation of all essential parts, such as the high-performance circulation pump and expansion vessel, to ensure safe, fast and practical installation.

-A 6 kW electric heater is included as standard for three-phase models. Installing a split system also has the distinct advantage of avoiding the problem of freezing, even in the coldest temperatures (down to -25°C) and in the absence of electricity.

-All units meet the most extreme winter/summer heating/cooling needs and are capable of producing hot water at a temperature of.

-of water up to 65°C, making them ideal for virtually all heating systems, whether underfloor heating, fan coil units.

-or radiators, including domestic hot water (DHW) production via an external water heater.

-The new Ferroli Full Inverter design uses DC inverter modulation for the three main energy consuming components of the machine, i.e. the compressor, fan and pump. This allows distributed power modulation, accurately tracking the heat load, ensuring very high energy efficiency and significant energy savings for the end user.

-In addition, Ferroli's full inverter design reduces inrush current, avoiding fluctuations in the mains and.

-thereby improving component running times. The noise level is one of the lowest on the market, and it can be used either stand-alone or integrated with other heat sources, such as a boiler.

-All units are supplied with a temperature probe for the external DHW heater (not included) and an outdoor sensor (pre-mounted on the outdoor unit) for temperature control of both heating and cooling.