Introduction video
Stopping a fire before it becomes a major incident
The system operates directly inside the protected enclosure to limit fire spread before the entire panel, cabinet or room is affected.
AeroXFireshield video centre
Videos, real-life tests and demonstrations of our automatic fire suppression systems
See how our solutions work through real-life tests, fire suppression demonstrations, installation guides and technical presentations for electrical panels, cabinets, server racks and professional equipment.
The videos on this page illustrate how AeroXFireshield solutions operate. Final system sizing always depends on the protected volume, ventilation and the actual equipment configuration.
Real-life fire tests
Recorded fire outbreaks inside electrical enclosures, cabinets and technical racks.
Automatic activation
Operation without human intervention as soon as the detection system reaches its activation threshold.
Installation explained
Positioning, detection-line routing and assembly of multiple devices.
Made in France
Solutions developed and assembled by AeroXSense in Perpignan, France.
Understanding the risk
A localised fire outbreak can have long-lasting consequences
This video presents the possible consequences of a fire, from emergency response and insurance procedures to business interruption and temporary relocation. It then explains the role of automatic protection installed directly next to the risk.
Electrical enclosures and panels
Real automatic fire suppression tests
These demonstrations show the fire outbreak, automatic system activation, discharge of the fire-suppressing aerosol and suppression of the fire inside an enclosed volume.
AeroXFireshield AX33
Real-life test inside an electrical panel
The video shows the AX33 activating automatically inside an electrical panel and the condensed aerosol acting directly next to the fire outbreak.
StickerPro 1
Suppressing a fire outbreak inside an electrical enclosure
An ultra-compact device acts directly inside the enclosure to stop the fire before it spreads through the electrical installation.
A video demonstration does not replace a technical assessment. The amount of extinguishing agent, detection-line length and device position must be adapted to the volume, ventilation and geometry of each installation.
IT equipment protection
Fire suppression test inside a 600-litre server rack
Server racks contain continuously powered equipment and several potential heat sources. Protection integrated inside the rack can operate before the fire spreads to the rest of the technical room.
Short version
Fire suppression test summary
A concise format showing the fire outbreak, system activation and the result achieved inside the rack.
Full version
Full test protocol and result assessment
This version follows the test preparation, activation, aerosol discharge and fire suppression throughout the protected volume.
Installation and operation
Position the detection line as close as possible to risk components
System effectiveness depends on correct sizing and a detection-line route designed to monitor the actual areas where overheating may occur.
Technical guide
Installation, activation and manufacturing in Perpignan
This video presents device positioning, detection-line routing, the activation and suppression principles, and the French manufacturing of AeroXSense solutions.
Follow each row of risk components
The detection cable runs above circuit breakers, terminal blocks, variable-speed drives, contactors and other components that may overheat.
Cover the entire relevant volume
The route must cover all sensitive areas rather than simply following the perimeter of the enclosure or cabinet.
Check system sizing
The internal volume, ventilation openings and equipment layout determine the model and number of generators required.
Larger volumes
Series installation and cascade activation
Several devices can be combined when one generator is insufficient for the protected volume. This configuration provides coordinated activation and the appropriate total quantity of extinguishing agent.
Technical demonstration
Assembly, crimping and activation of multiple devices
The video details detection continuity, crimping and the cascade-activation principle used to protect larger cabinets, racks and technical assemblies.
Company and innovation
AeroXSense in the media
Discover the company’s story, positioning and approach to fire prevention through media features on solutions developed in France.
Interview
Crans-Montana and AeroXSense presentation
A feature about fire risk, prevention and the automatic solutions developed by AeroXSense.
BFM Business
Presentation of AeroXSense innovation
A presentation of the company’s positioning and its automatic systems for protection against electrical fire outbreaks.
Applications
Explore solutions for each environment
Every installation has its own constraints relating to volume, ventilation and equipment layout. Explore the technical pages covering the main risks protected by AeroXFireshield.
Electrical panels
Automatic protection for residential panels and small electrical enclosures.
Electrical cabinets
Distributed detection and suppression directly next to professional electrical components.
Electrical rooms
Local protection for equipment installed in technical rooms.
Server racks
Protection for IT equipment and communication infrastructure.
Photovoltaic systems
Reduced fire risk inside DC and AC electrical enclosures and cabinets.
EV charging infrastructure
Protection for EV charging equipment and its associated electrical enclosures.
Frequently asked questions
Understanding operation and installation
How does an automatic condensed-aerosol fire suppression system work?
When activated, the generator discharges a fire-suppressing aerosol that acts on the combustion reaction. Its purpose is to suppress the fire outbreak inside the protected volume before it spreads.
Does the system operate without human intervention?
Yes. Detection and activation are automatic, allowing the system to operate even when no one is near the panel, cabinet or rack.
Does the device depend on the protected equipment’s power supply?
The autonomous solutions are designed to activate without relying on the protected equipment’s electrical power supply. Monitoring or status-reporting options may, however, require a dedicated interface.
How is the required number of devices determined?
Sizing depends on internal volume, ventilation, enclosure geometry, the type of equipment and the position of openings. Several generators can be combined for larger volumes.
Can several devices be installed in series?
Yes. A series installation can provide cascade activation. Detection-line assembly and crimping must comply with the defined technical configuration.
What should be done after activation?
The installation must be made safe and the cause of the fire identified and corrected. The activated device must then be replaced before the equipment is returned to service.
Where are AeroXFireshield solutions manufactured?
AeroXSense develops and assembles its solutions in Perpignan, France, for the protection of small electrical, technical and industrial volumes.
Have the right solution sized for your installation
Send us the volume to be protected, a few photographs and the main characteristics of your equipment. Our team will recommend the appropriate AeroXFireshield configuration.
