print ]Air-to-water heat pumps
Air-to-water heat pumps draw energy from the ambient air even when the outdoor temperature drops to -15°C or even to -20°C. The energy gained at a low temperature is then “pumped“ to a higher temperature and transferred into heating water. Electric energy is consumed just to run a compressor and fan of the heat pump. This makes about one third of the energy supplied by the heat pump, the rest is drawn from the ambient air. Reliability and excellent parameters of CTC heat pumps are proved by many thousands annual installations in the harsh Scandinavian climate.
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Advantages of air-to-water heat pumps
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Drawbacks of air-to-water heat pumps
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| Code | Name | |
| 10753 | EcoAir 105 Heat Pump, heating capacity of 5.9 kW at A10/W35
EcoAir 105 - heat output of 5.9 kW at A10/W35 |  |
| 7962 | EcoAir 107 Heat Pump, heating capacity of 8.3 kW at A7/W35
EcoAir 107 - heat output of 8.3 kW at A7/W35 |  |
| 10018 | EcoAir 110 Heat Pump, heating capacity of 11.9 kW at A10/W35
EcoAir 110 - heat output of 11.9 kW at A10/W35 |  |
| 8440 | EcoAir 115 Heat Pump with EVI compressor
EcoAir 115 - heat output of 13.1 kW at A10/W35 |  |
| 8455 | EcoAir 120 Heat Pump with EVI compressor
EcoAir 120 - heat output of 19.2 kW at A10/W35 |  |
| 8456 | EcoAir 125 Heat Pump with EVI compressor
EcoAir 125 - heat output of 26.1 kW at A10/W35 |  |
