Ferroli OMNIA M 3.2 8 kW 2CP000CF DC Inverter R-32 Wi-Fi Reversible Heat Pump with Control Included

Main features

• Device Placement - Outdoor Installation

• Heating thermal power Ta +7°C, Tw 35°C according to EN 14511 - 8.4 kW

• COP Ta +7°C, Tw 35°C according to EN 14511 - 5.15

• Cooling thermal power Ta 35°C, Tw 18°C according to EN14511 - 8.3...8.3 kW

• Cooling thermal power Ta 35°C, Tw 7°C according to EN14511 - 7.45...7.45 kW

OMNIA M 3.2 - Reversible heat pumps for outdoor installation with DC inverter compressor. This series of air-water heat pumps meets the winter and summer air conditioning needs of small and medium-sized residential and commercial systems. All units are suitable for outdoor installation and, being able to produce water up to 65°C, can be used in radiant systems, fan coils, radiators and for the indirect production of domestic hot water (DHW) via an external boiler if required. The units are characterised by the use of a DC inverter compressor which allows the power supplied to be modulated and are complete with a hydronic kit consisting of all the essential components for quick and safe installation. The units are characterised by high energy efficiency and low noise levels which allow them to be used as a single generator serving the system or integrated with other energy sources such as electrical support resistors or a boiler. All units are supplied as standard with a DHW boiler water temperature probe (assembly by the installer) and with an external air temperature probe (already installed on the unit), to achieve climate control in heating and cooling. For particular applications, they can be connected in “cascade” with a “ MASTER ” unit (managed directly by the controller) and up to 5 “SLAVE” units, even with different power ratings. DHW production is delegated to the “ MASTER ” unit, while in the event of anomalies in one “SLAVE” unit, the others can operate regularly. All units are carefully constructed and individually tested in the factory. Installation only requires electrical and hydraulic connections.