Mirai SMI Leaf
Mirai SMI Leaf is a DC-Inverter air-to-water monobloc heat pump designed and manufactured in Japan to ensure maximum efficiency and reliability in winter and summer air conditioning.
"DC Inverter" technology provides continuous power variation according to system demand and optimised electricity consumption management.
Refrigerant: R290
Mirai SMI Leaf is the real brain of the system; thanks to the integrated management system (via the innovative Optima MT controller), it is able to directly control the main components of the heating system, simplifying not only its use but also its installation.
Optima MT is connected to the heat pump management electronics (PCB-Main) and is equipped with a terminal block to which the various inputs and outputs of the system components can be connected. It allows you to customise residential comfort according to the various requirements of energy sources and terminal units.
Its versatile configuration makes it suitable for direct connection to various types of systems, such as radiant terminals, fan coils, radiators and domestic hot water production systems.
Added to this are the typical advantages of installing a heat pump heating system, the possibility of cooling and heating rooms with a single unit, greater product reliability over time, and environmental friendliness thanks to the total elimination of direct CO2 emissions.
By combining Mirai SMI Leaf with the new Febos X Supervisor, it is possible to control and monitor the system remotely (via smartphone and dedicated app), further increasing the energy efficiency of the entire system, reducing running costs and ensuring maximum comfort.
Characteristics
- Compressor: hermetic DC inverter complete with thermal protection
- Electronic expansion valve
- Water-side plate heat exchanger
- Air-side heat exchanger with copper pipes and aluminium fins
- Helical fan with brushless DC motors and safety guard
- Innovative Optima MT regulator complete with terminal block
- Gas separator on the hydronic circuit
- Water flow meter on the hydronic circuit
- Integrated electricity consumption measurement system
- Painted sheet metal structure, equipped with a condensate collection tray in the lower part with a channelled drain and an electric heating element that activates according to the external temperature
| Model | Cooling Capacity [kW] nom (min-max) | Heating Capacity [kW] nom (min-max) | EER/COP | Space heating seasonal energy efficiency... | Space heating seasonal energy efficiency... | Q.ty per pack. | Code |
|---|---|---|---|---|---|---|---|
Model EH0826M-SMI | Cooling Capacity [kW] nom (min-max) 8,20 (3,47 - 9,72) | Heating Capacity [kW] nom (min-max) 8,11 (1,79 - 9,58) | EER/COP 4,01 / 4,78 | Space heating seasonal energy efficiency class Low temperature applications A+++ (min D/max A+++) | Space heating seasonal energy efficiency class Medium temperature applications A++ (min D/max A+++) | Q.ty per pack. 1 pcs | Code 07258420 |
Model EH1226M-SMI | Cooling Capacity [kW] nom (min-max) 12,17 (4,46 - 12,71) | Heating Capacity [kW] nom (min-max) 11,33 (2,12 - 13,62) | EER/COP 3,96 / 4,98 | Space heating seasonal energy efficiency class Low temperature applications A+++ (min D/max A+++) | Space heating seasonal energy efficiency class Medium temperature applications A++ (min D/max A+++) | Q.ty per pack. 1 pcs | Code 07258440 |
Cooling performance under the following standard nominal conditions: - Air temperature = 35 °C - Water temperature = 23/18 °C Heating performance under the following standard nominal conditions: - Air temperature = 7 (6) °C - Water temperature = 30/35 °C Energy efficiency classes in accordance with EU Regulations no. 811-813 / 2013, and to the EN 14825 and EN 14511 standards. Refrigerant R290 (GWP = 3). Power supply: 230 Vac/1 ph/50 Hz. |