Air source heat pump monoblock Magis M6 EH3 - 6.35 kW, 1 phase, 230 V, 50 Hz 3.033780

Air source heat pump – efficient heating and cooling

The Magis M6 EH3 monoblock air source heat pump is a comprehensive solution for heating, cooling and domestic hot water preparation. The device is characterized by high energy efficiency, confirmed by A+++ energy class (at a supply temperature of 35°C) and A++ (at 55°C), which qualifies it for funding programs such as "Clean Air". The monoblock design with a hermetically sealed refrigeration system simplifies installation and ensures reliable operation.

Performance and user comfort

The Magis M6 EH3 offers a heating capacity of 6.35 kW at a temperature of 7/35°C, and the COP in these conditions is as high as 4.95. This makes the device provide efficient heating even in difficult weather conditions – it works efficiently even at an outside temperature of -25°C. The Twin Rotary DC Inverter compressor with power modulation (30-100%) allows for precise adjustment of performance to the current needs of the building, minimizing operating costs. The maximum supply temperature reaches 65°C, which enables cooperation with existing heating systems. The control automation allows for operation of two heating zones, including one with a mixer, ensuring comfort and optimization of energy consumption.

Design and special features

The device uses an environmentally friendly R32 refrigerant with a low global warming potential (GWP=675). The standard equipment includes a factory-installed central heating heater with a power of 3 kW and a drain tray heating cable, which increases reliability and safety of use. The complete hydraulic module contains a plate heat exchanger, circulation pump, diaphragm tank, safety and venting valves, and a flow sensor – all ready for connection. The quiet operation of the device makes it ideal for both single-family homes and residential buildings. The possibility of cooperation with a photovoltaic installation further reduces operating costs and increases the ecological character of the system.