Soluva® Air M10ID5138843
Locations: Rooms and buildings with high ceilings, office buildings, conference rooms, hotels, public buildings, restaurants, larger retail stores, production rooms, clean rooms, museums, theaters, sports halls, bars
Learn more about on www.heraeus.com
Soluva Air M10 is used for air purification with UV-C light. The effectiveness of UV-C technology has been proven in many independent studies. Viruses have only a thin lipid (fat) layer. This penetrates the UV-C light and destroys the RNA of the virus. The system is easy to install with two ceiling hooks and requires only a household power supply. In normal operation, the device is very quiet and odorless.
The room height should be at least 3m. LED lamps indicate the operating status. The UV-C lamps of the Air M10 have a service life of about 16,000 hours. They are easy to replace during maintenance work and can be returned to Heraeus for recycling.
It is proven that Heraeus UV-C air purifiers do not produce ozone.
The Soluva Air M10 is comparatively insensitive to temperature and is suitable for locations with low temperatures, for example refrigerated rooms or in the production of food.
Soluva Air M10 has a capacity of up to 1,100m³/h. Several units can be used for larger rooms or production facilities. If an air conditioning system is available, we recommend the Soluva Air D.
Heraeus Noblelight delivers the devices free of charge.
- CE-compliant devices
- Safe and reliable disinfection of the place of use. 99,999% (Log 5) proven
- Several Soluva Air M10 can be used in larger rooms
- Single ceiling mounting
- Easy low-maintenance handling, no complex filter changes
- Use from 0 degrees possible
Further information about the system and the legal notice can be found here.
|Dimensions in mm (W x D x H)||1160 x 376 x 488mm|
|UV-C power at beginning of Lifetime||200W|
|Ambient temp. operation||0-35°C|
|Ambient temp. storage/transport||-10-60°C|
|Relative humidity (non-condensing)||25-80%|
|Type of protection||IP20|
|Noise||53db(A), measured in 1 m distance|