The heat pump of the company Inventor has a power of 10 kW and can meet the needs of a house up to 100 m². It is a device that has the ability to draw existing energy from one outdoor space and transfer it to another interior, offering heating and cooling. In order to heat the space, the heat pump draws heat from the environment and channels it inside the house to increase the heat of the interior. Conversely, in order to cool the space, it draws heat from inside the house and expels it to the environment, gradually cooling the space.
It can be connected to a single-phase or three-phase supply, consuming a small percentage of electricity from the grid, drawing the rest of the energy from the environment. This results in energy and money savings, since there is no longer the need to buy oil or wood. The use of electricity is required only at the stage of pumping heat, and not in its transmission. The proportion of energy required to operate the pump corresponds to approximately 3/4 from the environment and 1/4 from electricity. This means, for example, that for every 3 kWh it draws from the environment, combined with 1 kWh of electricity required for its operation, we have a total of 4 kWh of useful thermal energy. The technology it uses is air-to-water, that is, it uses air as a source of heat and water as a means of transport. It heats or cools the water, which is then channeled inside the house.
The system is monoblock, which means that all its individual components (such as compressor, heat exchanger, fans, etc.) are integrated inside a unit, which is placed outdoors. This gives you ease of installation and direct connection to the water system.
- Stock: In Stock
- Model: CMATM10S
- SKU: ATM10S
The heat pump of the company Inventor has a power of 10 kW and can meet the needs of a house up to 100 m². It is a device that has the ability to draw existing energy from one outdoor space and transfer it to another interior, offering heating and cooling. In order to heat the space, the heat pump draws heat from the environment and channels it inside the house to increase the heat of the interior. Conversely, in order to cool the space, it draws heat from inside the house and expels it to the environment, gradually cooling the space.
It can be connected to a single-phase or three-phase supply, consuming a small percentage of electricity from the grid, drawing the rest of the energy from the environment. This results in energy and money savings, since there is no longer the need to buy oil or wood. The use of electricity is required only at the stage of pumping heat, and not in its transmission. The proportion of energy required to operate the pump corresponds to approximately 3/4 from the environment and 1/4 from electricity. This means, for example, that for every 3 kWh it draws from the environment, combined with 1 kWh of electricity required for its operation, we have a total of 4 kWh of useful thermal energy. The technology it uses is air-to-water, that is, it uses air as a source of heat and water as a means of transport. It heats or cools the water, which is then channeled inside the house.
The system is monoblock, which means that all its individual components (such as compressor, heat exchanger, fans, etc.) are integrated inside a unit, which is placed outdoors. This gives you ease of installation and direct connection to the water system.
| Technical | |
| Rated Power (Cooling/Heat) | 10/9,90 |
| Maximum Water Temperature | 65⁰C |
| Technology | Ενιαίου τύπου |
| Cooling | 5~30 ⁰C |
| Feed | Μονοφασική |
| Outdoor unit noise power | 60/50.5/41 dB(A) |
| Energy | |
| Cooling efficiency factor (35ºC) | 4,95 |
| Heating efficiency coefficient (55ºC) | 4,55 |
| Features | |
| Electrical resistance | 10kW |
| Wifi | Ναι |
| Dimentions | |
| Weight | 121 kg |