GENEFIRE PX1E

Autonomous aerosol extinguishing system for protecting electrical installations and technical rooms

The GENEFIRE PX1E is a modern , autonomous aerosol fire extinguishing system designed to effectively protect electrical installations, technical equipment, and enclosed spaces where there is a risk of fire. The device utilizes advanced aerosol fire extinguishing technology, which allows for the rapid suppression of combustion and effective suppression of fire at an early stage.

The system operates automatically and maintenance-free , activating electrically upon receiving a signal from the fire detection system or control system. This allows the device to respond immediately in the event of a threat, limiting the spread of fire and minimizing the risk of serious property damage.

Upon activation, the GENEFIRE PX1E releases 100g of aerosol extinguishing agent , which fills the protected space in approximately 50 seconds and effectively extinguishes the fire. The extinguishing aerosol neutralizes the combustion reaction without the use of water or foam, so it does not cause flooding of electrical installations or damage to electronic devices .

GENEFIRE PX1E protects spaces up to 5 m³ , making it ideal for server rooms, control cabinets, electrical boxes, kitchens and other places where there is a risk of fire in electrical installations or electronic devices.

The device's slim design ( 265 mm × 32 mm ) allows for installation even in very confined spaces. The GENEFIRE PX1E is a modern and reliable fire protection solution that increases the safety of power installations, technical infrastructure, and electronic equipment.

Fire classes

The GENEFIRE PX1E system is designed to extinguish fires of the following classes:

A – solid materials (paper, wood, plastics)
B – flammable liquids (fuels, oils, solvents)
C – flammable gases
E – live electrical installations
F – fats and oils

The most important advantages of the system

Automatic aerosol extinguishing
Effective fire suppression by interrupting the combustion reaction.

Autonomous electric activation
The system starts automatically when a threat is detected.