MIRAI-SMI 4.0
Mirai SMI 4.0 is a packaged Air-Water DC-Inverter heat pump, designed and built in Japan to guarantee utmost efficiency and reliability for winter and summer climate control; the "DC Inverter" technology allows continuous variation of the power to suit demand, and optimised management of power consumption.
It combines compactness with complete functions, insofar as certain components of the heating system and their relative regulation are incorporated within the unit.
Its versatile configuration makes it ideal for direct connection to different types of systems, such as: radiant terminals (for heating and cooling), air terminal units (cassettes or fan coils), low temperature radiators and heat exchangers for the production DHW.
The machine is equipped with a remote panel (optional), which is installed inside the home, for its simple and efficient control, giving the user maximum freedom to manage the operating temperatures and times, thus guaranteeing utmost comfort and minimum power consumption; the same remote panel acts as an ambient Temperature and Humidity sensor, thus allowing the system to calculate the dew point and activate/deactivate a dehumidifier.
Add to all this the typical advantages of developing a heating system with heat pumps, the possibility to cool and heat rooms with a single unit, increased product reliability over time, respect for the environment, and the total elimination of direct CO2 emissions.
The integrated management of the heating system and heat pump (HP) occurs through an incorporated innovative SMART-MT controller, which is connected to the “PCB-Main” management electronics of the heat pump through a dedicated PCB-Terminal Block board, where the various inputs and outputs of the parts making up the system can be connected.
The SMART-MT controller allows the customisation of residential comfort based on differing needs for the use of energy sources and terminal units.
Using the SMART-MT, in addition to the normal commands on the mode and operating status of the HP, all the parameters relating to the plant management algorithms can be set.
Characteristics
- Compressor: hermetically sealed DC inverter complete with thermal protection and crankcase heater
- Refrigerant: R32
- Electronic expansion valve
- Plate exchanger on water side
- Aluminium-finned copper tube exchanger on air side
- Axial flow fan with brushless DC motors and falling object protective structure
- Innovative SMART-MT controller
- TERMINAL BLOCK printed circuit board
- Painted sheet metal structure complete with condensate drain pan
It combines compactness with complete functions, insofar as certain components of the heating system and their relative regulation are incorporated within the unit.
Its versatile configuration makes it ideal for direct connection to different types of systems, such as: radiant terminals (for heating and cooling), air terminal units (cassettes or fan coils), low temperature radiators and heat exchangers for the production DHW.
The machine is equipped with a remote panel (optional), which is installed inside the home, for its simple and efficient control, giving the user maximum freedom to manage the operating temperatures and times, thus guaranteeing utmost comfort and minimum power consumption; the same remote panel acts as an ambient Temperature and Humidity sensor, thus allowing the system to calculate the dew point and activate/deactivate a dehumidifier.
Add to all this the typical advantages of developing a heating system with heat pumps, the possibility to cool and heat rooms with a single unit, increased product reliability over time, respect for the environment, and the total elimination of direct CO2 emissions.
The integrated management of the heating system and heat pump (HP) occurs through an incorporated innovative SMART-MT controller, which is connected to the “PCB-Main” management electronics of the heat pump through a dedicated PCB-Terminal Block board, where the various inputs and outputs of the parts making up the system can be connected.
The SMART-MT controller allows the customisation of residential comfort based on differing needs for the use of energy sources and terminal units.
Using the SMART-MT, in addition to the normal commands on the mode and operating status of the HP, all the parameters relating to the plant management algorithms can be set.
Characteristics
- Compressor: hermetically sealed DC inverter complete with thermal protection and crankcase heater
- Refrigerant: R32
- Electronic expansion valve
- Plate exchanger on water side
- Aluminium-finned copper tube exchanger on air side
- Axial flow fan with brushless DC motors and falling object protective structure
- Innovative SMART-MT controller
- TERMINAL BLOCK printed circuit board
- Painted sheet metal structure complete with condensate drain pan
| 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 EH0618DC | Cooling Capacity [kW] nom (min-max) 6,00 (1,10 - 6,00) | Heating Capacity [kW] nom (min-max) 6,10 (0,85 - 6,50) | EER/COP 3,85 / 4,40 | Space heating seasonal energy efficiency class Low temperature applications A++ | Space heating seasonal energy efficiency class Medium temperature applications A++ | Q.ty per pack. 1 pcs | Code 07248116 | |
Model EH1018DC | Cooling Capacity [kW] nom (min-max) 8,90 (2,25 - 8,90) | Heating Capacity [kW] nom (min-max) 9,90 (2,25 - 10,35) | EER/COP 3,90 / 4,60 | Space heating seasonal energy efficiency class Low temperature applications A++ | Space heating seasonal energy efficiency class Medium temperature applications A++ | Q.ty per pack. 1 pcs | Code 07248126 | |
Model EH1218DC | Cooling Capacity [kW] nom (min-max) 12,20 (2,75 - 13,20) | Heating Capacity [kW] nom (min-max) 12,40 (2,05 - 13,00) | EER/COP 4,66 / 4,55 | Space heating seasonal energy efficiency class Low temperature applications A++ | Space heating seasonal energy efficiency class Medium temperature applications A++ | Q.ty per pack. 1 pcs | Code 07248136 | |
Model EH1618DC | Cooling Capacity [kW] nom (min-max) 16,40 (3,75 - 17,70) | Heating Capacity [kW] nom (min-max) 16,20 (3,15 - 18,20) | EER/COP 4,45 / 4,40 | Space heating seasonal energy efficiency class Low temperature applications A++ | Space heating seasonal energy efficiency class Medium temperature applications A++ | Q.ty per pack. 1 pcs | Code 07248146 | |
Model EH1718D3 | Cooling Capacity [kW] nom (min-max) 18,30 (4,10 - 19,30) | Heating Capacity [kW] nom (min-max) 18,60 (7,56 - 20,55) | EER/COP 4,30 / 4,15 | Space heating seasonal energy efficiency class Low temperature applications A++ | Space heating seasonal energy efficiency class Medium temperature applications A++ | Q.ty per pack. 1 pcs | Code 07248156 |
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 R32 (GWP = 675). Power supply: 230 Vac/1 ph/50 Hz (with the exception of the EH1718D3 model which has a 400 Vac/3 ph + N/50 Hz power supply). |