Because of their modular design and their ease of use, SORHEA infrared barriers can be installed on most large or medium sites.

Protection for sensitive sites : protection for nuclear power plants

In certain areas of activity (military, prisons, nuclear power plants, research centers, airports, etc.), security is of primary importance.

Infrared barriers can detect intrusion in sensitive sites that are at risk for attacks or espionage.

Industry : high risk production sites

Protect your professional equipment with infrared barriers, guards on duty 24 hours a day.

The long range of SORHEA infrared barriers makes them especially suitable for extended sites.

Surveillance of airports requires extremely reliable equipment. When dealing with public safety, there is no room for error.

MAXIRIS 2000 infrared barriers equipped with the MAXIBUS networking option are perfectly suited to this kind of application.

Surveillance of automobile and recreational vehicle parking areas requires robust and reliable equipment unaffected by environmental conditions.

MAXIRIS 2000 infrared barriers are widely used for these types of applications.

They are available in columns 1 to 5 meters in height, with 2 to 16 beams with an effective outdoor range of 100 meters.

These are linked by a hub and can be remotely configured thanks to their tele-management option.

SORHEA infrared barriers consist of infrared columns of different heights, from the small UNIRIS barrier with a double transmitter 18 cm high to the large 5 m high MAXIRIS 2000 equipped with numerous beams.

This impressive selection of products makes it possible to propose solutions well-suited to the complexity of the sites to protect.

Surveillance of exhibition tents, temporary storage sites, jobsite materials or sites whose alarm systems are weak requires reliable, easy-to-install equipment.

The MOBILIRIS II and VIGIRIS systems have been specifically designed for rapid deployment on sites with little or no infrastructure and not suited to civil engineering modifications.