The best solution for every residential user
Air to Water Heat Pump Kita Mi, Mi Cold, Mi Plus, Mi Plus Cold
Available in Monobloc and Split versions, with single and three phase power supply.
The air-water heat pumps Kita Kita Mi, Mi Cold, Mi Plus Cold are the optimal solution to meet the needs of all medium-large residential users and for commercial applications.
The Kita air-water heat pumps are equipped with the scroll inverter compressor with steam injection capable of heating, cooling and producing hot water in high temperature.
The heat pumps of the Kita series are available in both monobloc and split versions to meet your every need.
Compared to the standard heat pumps of this power range, which generally require integration from a boiler or electric heaters, the pumps of the Kita Mi line are designed to operate in monovalent mode, without any need for additions.
This therefore guarantees maximum energy savings and at the same time avoids the need to connect to a traditional fuel network.
| For Monobloc and Split version | Mi | Mi Cold | Mi Plus | Mi Plus Cold | ||
| Energy class | A+++ | |||||
| Electrical supply | Supply | V-Hz | 230-50 / 400-3-50 | 400-3-50 | ||
| Noise level | Max sound pressure at 1 Meter | dB(A) | dB(A) | 45 | |||
| Compressor | Type | Scroll Inverter | ||||
| Driver | Vapour Injection | |||||
| Fan Data | Type | EC | ||||
| Fan diameter | mm | 800 | ||||
| Max speed | rpm | 500 | ||||
| Evaporator | Fin spacing | mm | 2,5 | |||
| Heat exchanger | Type | Plate Exchanger | ||||
| Material | Inox | |||||
| Refrigerant | Type | R410A | ||||
| Refrigerant charge | kg | 6,5 | ||||
| Hydraulic circuit | Type pump | EC | ||||
| Weight | Outdoor unit / Outdoor unit + indoor unit | kg | 220 Monobloc / 200 + 50 Split | |||
| Dimensions | Outdoor unit | mm | H1012 x L1591 x D546 | |||
| Indoor unit | mm | H878.4 x L550 x D208 | ||||
For Monobloc and Split version
| Operating conditions | Me | Compressor load | ||
|---|---|---|---|---|
| Med. | Max. | |||
| Heating mode | Air 12 °C Water 35 °C |
Thermal power (kW) | 8,10 | 16,80 |
| COP | 5,81 | 5,23 | ||
| Air 7 °C Water 35 °C |
Thermal power (kW) | 7,76 | 16,60 | |
| COP | 5,18 | 4,38 | ||
| Air 2 °C Water 35 °C |
Thermal power (kW) | 6,88 | 13,70 | |
| COP | 4,76 | 4,19 | ||
| Air -7 °C Water 35 °C |
Thermal power (kW) | 5,49 | 11,00 | |
| COP | 3,82 | 3,31 | ||
| Air -15 °C Water 35 °C |
Thermal power (kW) | 4,55 | 9,07 | |
| COP | 3,29 | 2,81 | ||
| Air -20 °C Water 35 °C |
Thermal power (kW) | 4,12 | 8,10 | |
| COP | 2,80 | 2,70 | ||
| Air 2 °C Water 55°C |
Thermal power (kW) | 6,25 | 12,40 | |
| COP | 3,02 | 2,67 | ||
| Cooling mode | Air 35 °C Water 7 °C |
Cooling power (kW) | 5,39 | 9,03 |
| EER | 3,72 | 3,63 | ||
| Air 35 °C Water 18 °C |
Cooling power (kW) | 7,03 | 11,78 | |
| EER | 5,07 | 4,68 | ||
For Monobloc and Split version
| Operating conditions | Me | Compressor load | ||
|---|---|---|---|---|
| Med. | Max. | |||
| Heating mode | Air 12 °C Water 35 °C |
Thermal power (kW) | 8,10 | 15,00 |
| COP | 5,81 | 5,50 | ||
| Air 7 °C Water 35 °C |
Thermal power (kW) | 7,76 | 15,00 | |
| COP | 5,18 | 4,93 | ||
| Air 2 °C Water 35 °C |
Thermal power (kW) | 6,88 | 15,00 | |
| COP | 4,76 | 4,05 | ||
| Air -7 °C Water 35 °C |
Thermal power (kW) | 5,49 | 15,00 | |
| COP | 3,82 | 3,14 | ||
| Air -15 °C Water 35 °C |
Thermal power (kW) | 4,55 | 13,08 | |
| COP | 3,29 | 2,71 | ||
| Air -20 °C Water 35 °C |
Thermal power (kW) | 4,12 | 12,20 | |
| COP | 2,80 | 2,56 | ||
| Air 2 °C Water 55°C |
Thermal power (kW) | 6,25 | 15,00 | |
| COP | 3,02 | 2,52 | ||
| Cooling mode | Air 35 °C Water 7 °C |
Cooling power (kW) | 5,39 | 9,03 |
| EER | 3,72 | 3,63 | ||
| Air 35 °C Water 18 °C |
Cooling power (kW) | 7,03 | 11,78 | |
| EER | 5,07 | 4,68 | ||
For Monobloc and Split version
| Operating conditions | Me | Compressor load | ||
|---|---|---|---|---|
| Med. | Max. | |||
| Heating mode | Air 12 °C Water 35 °C |
Thermal power (kW) | 10,60 | 20,50 |
| COP | 5,60 | 4,87 | ||
| Air 7 °C Water 35 °C |
Thermal power (kW) | 10,62 | 20,20 | |
| COP | 4,62 | 4,05 | ||
| Air 2 °C Water 35 °C |
Thermal power (kW) | 9,41 | 17,50 | |
| COP | 4,27 | 3,60 | ||
| Air -7 °C Water 35 °C |
Thermal power (kW) | 7,52 | 14,60 | |
| COP | 3,43 | 2,85 | ||
| Air -15 °C Water 35 °C |
Thermal power (kW) | 6,23 | 12,40 | |
| COP | 2,95 | 2,42 | ||
| Air -20 °C Water 35 °C |
Thermal power (kW) | 5,39 | 11,30 | |
| COP | 2,53 | 2,27 | ||
| Air 2 °C Water 55°C |
Thermal power (kW) | 8,55 | 17,10 | |
| COP | 2,71 | 2,30 | ||
| Cooling mode | Air 35 °C Water 7 °C |
Cooling power(kW) | 8,75 | 12,85 |
| EER | 3,34 | 3,15 | ||
| Air 35 °C Water 18 °C |
Cooling power (kW) | 11,41 | 16,37 | |
| EER | 4,72 | 4,33 | ||
For Monobloc and Split version
| Operating conditions | Me | Compressor load | ||
|---|---|---|---|---|
| Med. | Max. | |||
| Heating mode | Air 12 °C Water 35 °C |
Thermal power (kW) | 10,60 | 18,00 |
| COP | 5,60 | 5,27 | ||
| Air 7 °C Water 35 °C |
Thermal power (kW) | 10,62 | 18,00 | |
| COP | 4,62 | 4,57 | ||
| Air 2 °C Water 35 °C |
Thermal power (kW) | 9,41 | 18,00 | |
| COP | 4,27 | 3,55 | ||
| Air -7 °C Water 35 °C |
Thermal power (kW) | 7,52 | 18,00 | |
| COP | 3,43 | 2,75 | ||
| Air -15 °C Water 35 °C |
Thermal power (kW) | 6,23 | 16,00 | |
| COP | 2,95 | 2,35 | ||
| Air -20 °C Water 35 °C |
Thermal power (kW) | 5,39 | 14,00 | |
| COP | 2,53 | 2,14 | ||
| Air 2 °C Water 55°C |
Thermal power (kW) | 8,55 | 18,00 | |
| COP | 2,71 | 2,25 | ||
| Cooling mode | Air 35 °C Water 7 °C |
Cooling powera (kW) | 8,75 | 12,85 |
| EER | 3,34 | 3,15 | ||
| Air 35 °C Water 18 °C |
Cooling power (kW) | 11,41 | 16,37 | |
| EER | 4,72 | 4,33 | ||
Technical Catalogue
1 file(s) 5 MB
KITA Mi Plus Performances data table UNI_TS_11300-4
1 file(s) 181.87 KB
KITA Mi Plus Cold Performances data table UNI_TS_11300-4
1 file(s) 185.29 KB
KITA Mi Performances data table UNI_TS_11300-4
1 file(s) 183.51 KB
KITA Mi Cold Performances data table UNI_TS_11300-4
1 file(s) 181.11 KB
