CO2 System
Co2 is a colorless, odorless, chemically neutral gas that is both readily available and electrically non-conductive. Basically, in a protected area, by lowering the level of oxygen that helps to burn, it causes fire extinction. This fire extinguishing mechanism makes the Co2 system very effective and requires minimal cleaning. But it should be used normally in empty places and otherwise the employees will be notified to evacuate the place when the system is activated and avoid contacting it. This gas may be used in the CO2 fire extinguishing system by Total Flooding, but carbon dioxide is the only gas that can be used by local application.
Total Flooding automatic fire extinguishing system
Automatic fire extinguishing system Local Application
The extinguishing function of this system is that a heat-sensitive tube is installed inside the equipment space, next to the high-risk points. This tube is connected to the automatic valve of the cylinder head containing Co2 extinguishing gas. If there is a flame or an increase in temperature beyond the permissible limit, this tube will melt and be punctured, and with the nitrogen gas pressure drop inside the tube, the system is activated by the automatic valve, Co2 gas from the gas nozzle (in the indirect system) or from the point of rupture of the tube (in the systems Directly) at the place of evacuation and extinguishing the fire in the shortest time.
Advantages of Local Application fire extinguishing system
- Fast and effective extinguishing from the closest possible point
- Simple system installation with high flexibility
- Automatic operation of the system without the need for electricity and mechanical equipment
- Significant reduction of human injuries
- Significantly reducing the destruction of equipment caused by fire and minimizing the reconstruction time
- Elimination of injuries caused by the operation of water sprinkler systems
- Removing damage caused by dust and grease resulting from the operation of the aerosol system
- Affordable with minimal cost
