FAQ

An exhaust air system plays an essential role in removing odors, moisture and pollutants, resulting in a noticeable improvement in indoor air quality.

Unlike conventional ventilation systems, which merely circulate the air in the room, exhaust fans transport the stale air directly outside. This is particularly relevant in rooms with high levels of humidity or odors.

A distinction is made between central exhaust air systems, which serve several rooms simultaneously, and decentralized fans, which are designed for individual rooms such as bathrooms or kitchens.

Exhaust air ducts are used when direct air ducting to the outside is not possible. They direct the exhaust air to the outside and support controlled air exchange.

The volume of exhaust air fans can vary. However, modern appliances usually work very quietly. The manufacturer's decibel specifications help to identify particularly quiet models.

Yes, efficient exhaust air systems help to save energy by providing fresh air in a targeted manner and thus reducing the need for heating or cooling energy.

Maintenance includes regular cleaning of the fans and filters, checking exhaust air ducts for any blockages and maintaining the motors and control units.

The size of the room, the necessary air exchange, the structural conditions and personal preferences are important selection criteria. Professional advice is recommended.

Yes, smart extract air systems often allow remote control, programmable settings and integration into smart home systems, which makes it easier to control and adjust the ventilation.

The efficiency of ventilation systems with heat recovery depends on several factors, including the type of heat exchanger, the insulation of the building and the way it is used. In general, these systems contribute significantly to energy savings by using the heat from the exhaust air to preheat the fresh air.

The amount of maintenance required can vary depending on the system. In most cases, filters, heat exchangers and other components need to be checked regularly. Professional maintenance in accordance with the manufacturer's instructions ensures that the system works optimally.

Yes, these systems support humidity control through targeted ventilation and dehumidification. In this way, they help to prevent condensation and mold growth.

No, ventilation systems with heat recovery can also be installed in existing buildings, provided the building structure and technical requirements allow this. Careful planning and expert advice are essential here.

Modern systems are usually designed to be quiet, although the volume varies depending on the model. The sound power level provides an exact indication of the noise development of the respective model.

Yes, such systems improve indoor air quality by continuously supplying fresh air and filtering out pollutants such as dust, pollen and other contaminants.

Yes, at very low outside temperatures, efficiency can be affected as the fresh air may have to be additionally heated, which can reduce the heat exchange rate. Nevertheless, ventilation systems with heat recovery remain more efficient than simple ventilation systems, even in cold weather.

With heat recovery, the heat from the exhaust air is used to preheat the incoming fresh air. This increases energy efficiency and contributes to a pleasant indoor climate.

Hybrid ventilation systems are ideal for living spaces, offices and other areas that require demand-based ventilation and need to be operated in an energy-efficient manner at the same time.

They are usually controlled automatically by sensors that monitor parameters such as air quality and humidity. However, it is also possible to adjust the settings manually.

Yes, hybrid systems can be used in both new and existing buildings, as they can be flexibly adapted to different architectural and usage-specific requirements.

Air quality is of central importance. Sensors detect pollutants and CO₂ levels and adjust the ventilation to ensure healthy and pleasant indoor air.

Yes, many hybrid systems enable cooling in summer by using cool outside air, which can reduce the use of air conditioning systems.

Maintenance includes regular cleaning of the filters and checking the sensors. Some systems automatically inform you when maintenance is required.

Thanks to high energy efficiency and reduced operating costs, hybrid systems save costs in the long term and increase the value of the property thanks to their modern and sustainable design.

Soundproof fans help to shield sources of noise such as traffic noise and at the same time ensure sufficient air circulation in the building, creating more pleasant room acoustics.

The construction method has a major influence on sound insulation performance. Our ventilation products are designed to provide effective noise reduction in both new and older buildings.

With our design tool, the standard sound levels can be calculated depending on the system configuration and the structural conditions in order to optimally adapt the sound insulation performance of the ventilation.

Models such as the e²60 and LUNOtherm S+ are characterized by particularly high sound insulation values and are ideal for rooms that place high demands on quiet and comfort.

LUNOS soundproof ventilators not only reduce external noise, but also minimize the operating noise of the ventilation system, which contributes to a quieter living and working atmosphere overall.