All-in-one room climate controlHeating, cooling, ventilation and dehumidification for year-round comfort.
Fan CoilaroVAIR plus
The flexible radiator replacement for heating and cooling with a heat pump.
- Heating, cooling, ventilation and dehumidification for year-round comfort
- Perfect compatibility with Vaillant aroTHERM heat pumps
- No refrigerants or gas required
- Compact console for renovation and new build
- Quick temperature control and quiet operation
- Easy operation directly on the unit
The aroVAIR plus slim console fan coil is highly versatile, making it ideal for any room that needs efficient climate control. Suitable for both new builds and modernised homes, it delivers fast, effective heating, cooling, dehumidification and ventilation throughout the year. Whether in living rooms or kitchens, aroVAIR plus provides tailored comfort by partnering perfectly and efficiently with aroTHERM heat pumps. It can operate as a standalone solution or complement underfloor heating seamlessly.
Ideal for:
- Heating
- Cooling
All-in-one room climate control
aroVAIR plus fan coils can heat or cool rooms depending on the season, while also providing ventilation and removing excess humidity – all in a single unit when paired with a reversible aroTHERM heat pump. They can simply replace old radiators in the same position, letting you fully benefit from the heat pump’s efficiency. A replaceable filter captures particles such as dust and pollen to keep indoor air fresh and clean.
Optimised for heat pump efficiencyPerfect compatibility with Vaillant aroTHERM heat pumps.
Optimised for heat pump efficiency
aroVAIR plus fan coils are the ideal complement to aroTHERM heat pumps. They transfer the heat or cooling provided by the reversible heat pump, allowing you to take full advantage of the technology. In addition, they enable the heat pump to be operated under ideal conditions, maximising its energy efficiency. Two power levels are available: 1.5 kW (ideal for bedrooms) and 2.5 kW (ideal for living rooms).
Simple water-based installationNo refrigerants or gas required.
Simple water-based installation
As with traditional radiators or underfloor heating, only water circulates between the indoor unit of the heat pump and the fan coils to provide heating or cooling. No refrigerants or gas are used, making installation and maintenance simpler and allowing the work to be carried out by your usual installer.
Slim radiator replacement designCompact console for renovation and new build.
Slim radiator replacement design
aroVAIR plus slim consoles are wall‑mounted, replacing radiators during renovation or installed in the same position in new builds. The modern, particularly slim design provides heating, cooling and ventilation in one compact unit.
Fast response with low noise levelsQuick temperature control and quiet operation.
Fast response with low noise levels
By using controlled, comfortable pulsed air to heat or cool the room, aroVAIR plus fan coils quickly reach the desired temperature with very little inertia. They adapt rapidly to changing conditions, including ventilation needs and humidity removal. The unit features a silent fan with adjustable operating speed, which runs even quieter at night – ideal for bedrooms.
Integrated comfort controlEasy operation directly on the unit.
Integrated comfort control
A CB control for the slim aroVAIR plus console is integrated on the top of the unit. Easy to reach and clearly legible, it allows you to easily select the desired comfort options.
Comfort and energy-saving operating modesFlexible modes for everyday use.
Comfort and energy-saving operating modes
The aroVAIR control menus allow for adapting their operation to different situations – either continuous or intermittent. Depending on the setting, the unit can prioritise rapid distribution of hot or cold air, or switch to silent and economical modes, ensuring the ideal balance between comfort and energy savings in every scenario.
Technical data table overline
Technical data table headline
aroVAIR plus | |
VA 1-015 CSN | VA 1-025 CSN |
| Cooling Output (acc. to EN 1397) (min) | Cooling Output (acc. to EN 1397) (min) | 0,90 kW1 | 1,16 kW1 |
|---|---|---|---|
| Cooling Output (acc. to EN 1397) (medium) | Cooling Output (acc. to EN 1397) (medium) | 1,24 kW1 | 2,05 kW1 |
| Cooling Output (acc. to EN 1397) (max) | Cooling Output (acc. to EN 1397) (max) | 1,76 kW1 | 2,81 kW1 |
| Cooling Output (acc. to EN 1397) (sensible) | Cooling Output (acc. to EN 1397) (sensible) | 1,26 kW1 | 1,97 kW1 |
| Cooling Output (acc. to EN 1397) (latent) | Cooling Output (acc. to EN 1397) (latent) | 0,5 kW1 | 0,84 kW1 |
| Heat Output (acc. to EN 1397) (min) | Heat Output (acc. to EN 1397) (min) | 1,05 kW2 | 1,34 kW2 |
| Heat Output (acc. to EN 1397) (medium) | Heat Output (acc. to EN 1397) (medium) | 1,34 kW2 | 1,96 kW2 |
| Heat Output (acc. to EN 1397) (max) | Heat Output (acc. to EN 1397) (max) | 1,69 kW2 | 2,44 kW2 |
1Cooling conditions: Water temperature: 7 °C (inlet) / 12 °C (outlet), ambient temperature: 27 °C (dry temperature) / 19 °C (wet temperature)
2Heating conditions: Water temperature: 45 °C / ΔT = 5 K (inlet), same water flow as for cooling conditions, Ambient temperature: 20 °C (dry temperature)