Fire protection systems are mandatory for all types of buildings. The most commonly used ones are fire sprinkler systems and CO2 fire suppression systems. But water from the sprinkler system can cause severe harm to sensitive items like data storage server room, various types of electronic items, and many more. Carbon dioxide fire systems are usually used more in buildings that have no or minimal occupancy. But they pose a huge health risk for residents in the building. This is the reason for not opting for CO2 fire suppression systems in buildings that are occupied significantly. For such a setting, modern services opt for fire suppression systems that disperse a type of combination of gases to eliminate the fire without leading to any harm for sensitive items. Clean agent fire suppression systems are proving to be crucial for all the sensitive environments.
What is a Clean agent fire suppression system include?
Clean agent fire suppression systems have very low health risk to people when compared to CO2 and also protect electronic and other sensitive items. The main part of the clean agent suppression system employs smoke detectors, the control panel, and notification devices. Smoke detectors act swiftly and alert about the fire before the situation heading to an emergency. They will send signals to the control panel alerting the notification devices and initiates the action devices that negate the fire. Associated notifying devices alert the residents of the building in case of fire in the area when the clean agent is about to get released.
How to choose the finest Clean Agent Fire Suppression Systems?
There are many types of factors that are influencing on selecting the finest clean agent fire suppression systems for the needs of a building. All the 3 types of systems are well equipped to negate the fire but they have their precise benefits and requirements. There are also differences in costs for installation and changes in settings of that building. One may need small tracks while the other may be installed differently based on the requirements. But everything comes down to the precise environment settings of that structure. A reliable fire system and services will guide you to properly clean agent fire suppression services that will address your requirements. They will analyze all the available options carefully and ensure to suggest a superior and apt system for your needs.
Types of Clean Agent Fire Suppression Systems:
This system consists of liquid gas that vaporizes when discharged. The system eliminates the oxygen increasing the fire, and also has an added benefit of heat absorption. It is one of the globally acknowledged chemical agents with the highest number of installations. The FM-200 fire suppression stops combustible, electrical, and flammable liquid fires effectively before their actions leading to any harm to the workers or damage to the important assets.
The Inergen employs inert gases like nitrogen, argon, and carbon dioxide to restrict the oxygen level and suppress the fires. Even if Carbon dioxide is included in the mixture, this blend of gas is safe for people. Once the mixture if gas gets released, it comes back to the normal state. This is helpful in areas that need immediate attention to the fire, has a significant presence of individuals, chances of fire during night times when the majority are asleep, or places where other agents cannot suppress the fire.
The EmNovec 1230 Clean Suppression System employs a liquid that is vaporized when it gets discharged. It is alike other clean suppression systems, but the EmNovec displaces oxygen surrounding a fire to eliminate it. Due to Novec 1230 fluid being kept as a liquid instead of a form of gas, the system needs a smaller track than gas systems such as inergen or CO2.
Fire Suppression Systems can be also be employed as a clean agent system. These systems are used in buildings that are minimally occupied, and direct use of carbon dioxide can lead to major health risks for those exposed.
Clean Agent Suppression Benefits:
Clean agent fire suppression systems get released and attain essential concentration levels within no time, extinguishing the fire before it causes terrible issues. They are intended to precisely extinguish fires, contrasting regular sprinklers that only aim to hold the fire until the arrival of fire safety personnel.
Easy to clean with no wastage:
Traditional sprinkler systems will lead to damage to electronic equipment, furniture, and other sensitive elements. This modern clean agent fire suppression system results in minimal wastages leading to smooth operations and easy clean-ups.
Safe to occupants:
They are safe to people with approvals from the US Environmental Protection Agency for usage in normal structures.
Whatever may be the requirement of your services like environment friendly, cost-effective, or globally accepted systems, clean agent fire suppression systems can be highly suited to meet the requirements.
Safe for electronic items:
Clean Agent Fire Suppression Systems are a regular type of fire protection systems for commercial structures having sensitive electronic items. Clean agent fire suppression systems are the finest option for these types since they can negate the fire with gas that won’t harm the electronics.
Clean agent fire suppression systems are primarily intended to shield valuable resources and the individuals occupying the structures. They never cause any of the possible harm often linked with regular sprinkler systems. Added to this, usage is safe for occupants and the environment. If you are looking for an efficient and safe service contact Protek Fire and Systems for advice on the best clean agent suppression system. They are offering Fire Extinguisher Inspection & Service, Clean Agent System Inspection & Service, Kitchen Hood Inspection & Service, and Kitchen Hood Cleaning for more than 30 years. The company provides the best design and installation services that are suited for your specific needs. Protek Fire understands that every customer has exclusive needs to blend with regulator codes, insurance specifications, environment, and operational concerns within these parameters.