OMNIA ST 3.2

-New range of heat pump split systems Full Inverter with R32 refrigerant gas, which has a low environmental impact.

-The range consists of an outdoor unit that houses the most important elements of the refrigeration circuit, which is connected to the indoor unit by refrigerant pipes.

-Indoor unit, contains the main components of the heat source water circuit, with pre-installation of circulation pump and expansion vessel and integrated water heater for.

-The indoor unit is also equipped with an electric heater with an output of 3 kW for single-phase models and 6 kW for three-phase models.

-OMNIA ST 3.2 models differ from OMNIA S 3.2 models in that they have an integrated domestic hot water tank located directly in the indoor unit.

-Models from 4 to 10 kW have a DHW tank capacity of 190 litres, and models from 12 to 16T kW have a tank capacity of 240 litres. This water heater can be fitted with an optional electric heater (supplied separately) or a solar thermal collector can be connected (supplied separately).

-The installation of a split system also offers the distinct advantage of avoiding the problem of freezing, even at the coldest temperatures and when there is no electricity. All units meet the most extreme winter and summer air conditioning requirements of small to medium sized systems, they can produce hot water up to 65°C, making them suitable for virtually all heating systems, whether underfloor, fan coil or radiator type.

-The new Ferroli Full Inverter design uses DC inverter modulation on the 3 main power consuming components of the heat pump, namely the 3 main power consuming components, i.e. compressor, fan and pump.

-This allows distributed power to be modulated by precisely tracking the heat load, resulting in very high energy efficiency and significant energy savings for the end user.

-What's more, Ferroli's full inverter design reduces inrush current, thus avoiding fluctuations in the mains electricity supply. The noise level is one of the lowest on the market, so it can be used as the only heat source in the system.