FIRE SUPPRESSION SYSTEM
AUTOMATIC FIRE SUPPRESSION SYSTEM FOR ELECTRICAL
PANEL/ SERVER ROOM Faster than fire Property protection and small extinguishing systems (eg. for electrical panels, server racks, engine rooms and tool machinery) have spot-on and prompt effects. The key to this is represented by our fire tube (pneumatic sensor hoses) which can be installed flexibly in the building or danger area, are practically immune to malfunctions and do not require any external power supply. They are as simple as they are ingenious. In the event of fire, the fire tube bursts at the Hottest spot. The loss in pressure causes the valve to open and release the fire extinguishing agent. The practical thing about this principle is that the detection SAFETYONE feature can also be secured in the immediate vicinity of a potential fire source. This means that a fire can be detected during its emergent phase, ie. during the first few seconds. And this “baby fire” can then be easily put out even using a small fire-extinguishing system, the size of which can be adapted to the respective danger potential
Electrical Enclosure tube based fire suppression SYSTEM
Research shows Electrical fires consistently rank among the leading causes of commercial and residential fires, most of the fire start with a just a spark in electrical main often resulting in death, injury, and significant property loss, costing money and downtime to businesses. and there’s just one way to deal with them: instant detection and swift firefighting. Our system is designed to detect and suppress at the heart of the fire, alerting by sounder or direct wiring into the building fire alarm, ensuring the right people are aware.
The Concept
The heart of the system is the Linear Heat Sensitive pneumatic polymer tubing. It is connected at one end to a JET-X extinguishing Agent container, which the rest runs through the risk area, in a predetermined manner. When the flame touches the tubing and it reaches a temperature of 90-110 Deg C the tubing burst sat it hot test point (which is nearest to the most vulnerable part of the fire), thus forming a nozzle.
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