Emmeti Mirai

Emmeti Mirai SMI is a monobloc DC-Inverter air-to-water heat pump (a Mirai Split option is also available), designed and manufactured in Japan to guarantee maximum efficiency and reliability in winter and summer air conditioning; "DC Inverter" technology provides continuous output modulation according to system demand and optimised management of electricity consumption. It combines compactness with a complete set of functions, as individual components of the heating system and the associated controls are already integrated within the unit. Its configuration versatility makes it suitable for direct connection to various types of systems, such as: radiant terminals (for heating and cooling), air terminal units (cassettes or fan coil units), low-temperature radiators and heat exchangers for domestic hot water (DHW) production.

The unit is equipped with a remote panel (optional), installed inside the home, for simple and efficient control, giving the user maximum freedom to manage temperatures and operating times while ensuring maximum comfort and minimum electricity consumption; the same remote panel acts as a room temperature and humidity sensor, allowing the system to calculate the dew point and activate/deactivate the dehumidifier. Added to this are the typical advantages of a heat pump heating system: cooling and heating of rooms with a single unit, greater product reliability over time, and respect for the environment thanks to the complete elimination of direct CO2 emissions.

Integrated control of the heating system and the heat pump is provided by the innovative SMART-MT controller located in the unit itself, which is connected to the heat pump control electronics "PCB-Main" via the corresponding PCB-Terminal Block card, where the various inputs and outputs of the system components can be connected. The SMART-MT controller allows residential comfort to be personalised according to different requirements for the use of energy sources and terminal units. Via SMART-MT, in addition to the usual commands for the heat pump operating mode and status, all parameters relating to the system control algorithms can be set.

Features

• Compressor: hermetic DC inverter with thermal protection and crankcase heater

• Refrigerant: R32

• Electronic expansion valve

• Water-side plate heat exchanger

• Air-side heat exchanger with copper tubes and aluminium fins

• Axial fans with DC brushless motors and safety guard grille

• Innovative SMART-MT controller

• TERMINAL BLOCK electrical board

• Painted sheet-metal structure complete with condensate drip tray