Clean Agent Fire Suppression System

fire suppression systems are optimally suited for use in server rooms. Because these systems do not require external pressure vessels and pipelines, installation and construction costs are significantly lower than gas extinguishing systems. Also, no oxygen is taken away on activation. A fire outbreak in a server room can result in devastating data loss, unplanned downtime, and financial losses for businesses. To prevent this from happening, building an effective server room fire suppression system can be extremely important. Recent research and case studies highlight the importance of specialized server room fire suppression solutions. A study conducted by the Fire Safety Research Institute demonstrated the effectiveness of gas-based suppression systems in managing server room fires, with a significant reduction in downtime and damage.

Gas based fire suppression systems fights with fire with gaseous discharge. Either they use reduction or physical heat extraction to suppress fire outbreaks. The term "Gaseous fire suppression  refers to the process of putting out a fire using chemical agents and inert gases. Known as clean agent fire suppression as well. Gas-based Fire Suppression Systems “ also known as Clean Agent Fire Suppression Systems “ chemical agents to extinguish fires immediately. Each system typically consists of the agent along with agent storage containers, release valves, delivery piping and dispersion nozzles. Carbon dioxide is another commonly used gas in fire suppression systems. Like clean agents, carbon dioxide does not require clean up after discharge. Unlike clean agents, carbon dioxide puts out fires by removing oxygen, not heat. This is a critical difference, because it means that carbon dioxide can not be used in occupied spaces.

Automatic Gas based flooding system for electrical and server rooms. The main difference in local application from total flooding design is the absence of physical barriers enclosing the fire space. Manual intervention can be done anytime from the fire panel to manually activate System instantly or abort the activation of System at any time before the releasing signal is passed from the panel to device. Therefore, in many cases these rooms are protected with automatic gas extinguishing systems. Systems working on a total flooding principle apply an extinguishing agent to a three dimensional enclosed space in order to achieve a concentration of the agent (volume percent of the agent in air) adequate to extinguish the fire. This system requires no monitoring whatsoever, activating instantly in the event of a fire. The HFC 227ea flooding system can be manually activated too. As soon as a fire is detected, the system is actuated and large quantities of extinguishing agents are released through wide-range nozzles that give the agent more reach.