In certain cases where traditional water-based sprinkler systems aren’t an effective means of fire suppression, special hazard fire suppression systems can be utilized to avoid dangerous, damaging, and impractical consequences. Environments such as data centers or healthcare facilities require specialized fire protection systems for the safety of assets and people within an area.
Clean agents such as carbon dioxide or FM-200 contain extinguishing factors that protect sensitive equipment and components from fire and smoke damage. These agents are environmentally friendly and are designed to quickly target the fire at the point of ignition, suffocating the flame, and successfully suppressing the threat.
Your system should be engineered specifically for the environment you are trying to protect. Investment in the correct fire suppression setup will mitigate unnecessary work stoppages, clean-up efforts, and post-event damage to assets. A proper system should be efficient, reliable, and cost-effective with event monitoring capabilities through easily programmable controls.
Without an effective detection system, your choice of clean agent and the subsequent system design are moot. Advances in technology have enabled the deployment of early-warning fire detection systems that can immediately identify fires. The utilization of pipe networks, sensor-triggered algorithms, as well as infrared and blue LED technology has enabled these systems to neutralize threats the moment they begin.
Alongside special hazards fire suppression systems are numerous software and hardware add-ons that can be installed for added protection of certain environments. For situations involving evacuations, there are systems that can monitor an event in real-time through a network of individual cameras, as well as give emergency instructions to groups of evacuees. For situations involving a close-proximity to hazards, systems have been engineered to trigger only after the situation is no-longer within a temperature of survivability.
Certain situations require buildings and equipment to power down to save data and components, as well as the lives of firefighting personnel from electrocution. Some instances require the use of video analytics software, as well as fire detection and intrusion hardware, to properly safeguard a specific environment. Whatever the environmental circumstances are, there is a special hazards fire suppression system designed for those needs.
Ultimately, your goal is to select the correct system for the job. Whether you are trying to protect a data center, a power plant, or an aircraft hangar, having an keen awareness and understanding of the environment of operation is the keystone to creating a strong fire-safety plan. Having a working knowledge and understanding of the different types of special hazard fire suppression systems will mitigate any unnecessary losses of assets, while substantially reducing time and expenses of clean-up efforts.
Fike
FK‑5–1‑12 Fire Suppression System
Overview
Fike’s FK‑5–1‑12 Fire Suppression System is designed to be non-corrosive and non-conductive. It’s used in place of water-based suppression agents as a way to mitigate damage and clean-up after an event. It’s designed to protect irreplaceable sensitive electronic equipment and other assets in under 10-seconds by utilizing an operating pressure of 500 psi to reach hazards anywhere in the environment. Do to its zero ozone depletion potential, this FK‑5–1‑12 agent has the lowest environmental impact of all the chemical fire suppressants.
Applications
- Computer Rooms
- Telecommunication Centers
- Records and Data Archives
- Testing and Imaging Equipment
- Reference Materials
- Chemical Laboratories
- Clean Rooms
- Control Rooms
- Flammable Liquid Storage
- Offshore Drilling Rigs
- Robotic Equipment
- Textile Manufacturing
- Electric Utility Facilities
- Media Storage
- Military Vehicles
- Art and Historical Collections
ECARO-25 Clean Agent Fire Suppression
Overview
TheECARO-25 Clean Agent Fire Suppression System reduces the potential for work stoppages and business delays by utilizing a clean agent for fire suppression. It’s more efficient and effective in protecting electronics and high-value assets through use of Fike’s cutting-edge Impulse Technology. Through extensive engineering and testing, Fike has designed a state-of-the-art fire suppression container valve that is reliable, versatile, and cost effective.
Utilization of smaller diameter piping over longer distances equates to this system being 15% more efficient than FM-200 and 25% more efficient than the FK‑5–1‑12 Fire Suppression System. This system also Leverages Dupont’s FE-25 clean agent which reduces the necessary amount for suppression by 20% over the FM-200 system and a 28% reduction in necessary amount over the FK‑5–1‑12 system.
While being efficient and cost-effective is ideal, having low environmental impact is a must. Dupont’s FE-25 clean agent has zero ozone depletion potential which allows for people to obtain the fire protection they want and the environmental protection we need.
Applications
- Computer Rooms
- Telecommunication Centers
- Records and Data Archives
- Testing and Imaging Equipment
- Reference Materials
- Chemical Laboratories
- Clean Rooms
- Control Rooms
- Flammable Liquid Storage
- Offshore Drilling Rigs
- Robotic Equipment
- Textile Manufacturing
- Electric Utility Facilities
- Media Storage
- Military Vehicles
- Art and Historical Collections
FM-200 Fire Suppression System
Overview
Fike’s FM-200 Fire Suppression System leverages clean agent technology which discharges in under 10-seconds for quick and effective extinguishment of the threat. Also utilizing rupture disc valve technology allows for expedited effectiveness, while leaving zero residue to mitigate the need for costly cleanups, and reducing the damage to the facility and its equipment.
As a widely accepted replacement for Halon 1301, it has zero ozone depleting potential due to its short atmospheric lifetime. It’s safe for occupied areas and requires minimal container storage space, simplifying its installation. Fike offers an extensive line of fire protection accessories along with the best warranty in the industry, making this system efficient and cost-effective.
Applications
- Computer Rooms
- Telecommunication Centers
- Records and Data Archives
- Testing and Imaging Equipment
- Reference Materials
- Chemical Laboratories
- Clean Rooms
- Control Rooms
- Flammable Liquid Storage
- Offshore Drilling Rigs
- Robotic Equipment
- Textile Manufacturing
- Electric Utility Facilities
- Media Storage
- Military Vehicles
- Art and Historical Collections
Proinert2 Inert Gas Fire Protection System
Overview
The PROINERT2 Inert Gas Fire Suppression System was designed to cut installation costs by nearly 60% through increasing the BAR cylinder capacity by upwards of 50%. This enables a decrease in system footprint within the environment, while also requiring less cylinders and accessory equipment needed for operation.
By decreasing the amount of pneumatic actuators, hoses, and fittings used to operate the system, Fike was able to provide environments with unlimited amount of pipe runs to any floor and room within the protected area. Through the employment of a specially-designed valve system which works with low-pressured, smaller-diameter piping arrangements, prevents damage and work-stoppages from occurring.
This also allows for a consistent rate of agent discharge while maintaining proper room ventilation requirements. Being that this system is globally approved and recognized for fire suppression means that this inert gas system is safe, natural, and cost-effective.
Applications
- Art Galleries
- Museums
- Libraries
- Archive Storage
- Computer Rooms
- Control Rooms
- Electronic Centers
- Data Processing Centers
- Military Installations
- Pharmaceutical Buildings
- Medical Buildings
- Switch Rooms
CO2 Fire Suppression System
Overview
Fike’s CO2 Fire Suppression System has a superior design due to the use of carbon dioxide as the fire suppression agent. Utilization of this inert gas has a high-rate of expansion which allows for the odorless, colorless, and electrically non-conductive agent to quickly and effectively suppress a wide-range of hazards for class A, B, and C fire threats.
Utilized alongside the CO2 suppression agent are intelligent control panels that quickly detect threats before they can compromise equipment or components in a given environment. With certain systems, clean-up efforts can become costly and time-consuming. This system’s design entirely eliminates clean-up due to the CO2 agent failing to leave post-event residue which allows for operations to quickly recommence after a fire threat is neutralized.
Applications
- Liquid Storage Areas
- Quench Tanks
- Mixing Operations
- Spray Booths
- Turbine-driven generators
- Electrical Areas
- Dust Collectors
- Engine Rooms
DuraQuench
Overview
Although in some cases, traditional water sprinkler systems can be effective, they can also damage the assets contained within the room being protected. A costly alternative are high-powered water mist systems.
Fike set-out to minimize-costs and maximize effectiveness with the DuraQuench pumped water mist suppression system. Through the use of a skid-mounted centrifugal pump, they were able save time and money by reducing the necessary system pressure by more than 90% which decreased economic output by 60%.
Utilizing a wide variety of pipe options to include copper, stainless steel, and CPVC piping allows for versatility and freedom when it comes to system installation. The ability to source water from either a reservoir or the building’s main enables the DuraQuench system to be effective for a wide-variety of applications, providing potential for unlimited discharge times.
Applications
- Offices
- Classrooms
- Manufacturing Plants
- Churches
- Hotels
- Processing Plants
- Museums
- Power Plants
Micromist Fire Suppression System
Overview
The Fike Micromist Fire Suppression System expends 100 times less water than traditional sprinkler systems through use of a fine mist that quickly and effectively extinguishes the fire threat. Leveraging a single fluid, intermediate pressure system greatly reduces installation and maintenance costs by removing unnecessary piping networks and fittings.
Great for applications that have little or no water-source, this self-contained design is portable, reliable, and easily installable. It comes pre-assembled, tested, and packaged containing all the valves and actuation components needed for proper system operation.
Being that this system utilizes water along with mist capabilities entails a fast and cost-effective means of fire suppression that causes little damage to equipment and components while minimizing the clean-up effort after an event.
Applications
- Oil and Gas Processing Plants
- Production Modules
- Fuel Handling Units
- Machine Rooms
- Flare Snuffing
- Engine Test Cells
- Special Hazards Machine Rooms
- Incidental Storage
- Flammable Liquids Storage
- Emergency Diesel Engine Generators
Cheetah XI Intelligent Fire Suppression Control System
Overview
The Cheetah XI Intelligent Fire Suppression Control System leverages technology that allows for highly-detailed and accurate information to be exchanged within a quarter-second between emergency modules. Direct communication from the control panel enables modules to be independently programmed to give specific emergency instructions, making this system one of the fastest and most versatile fire suppression control systems on the market today.
This system is offered in two forms; the Cheetah XI 1016 which is designed to support up to 1,016 devices on one network, creating the possibility of over 130,000 different combinations of sensors and modules that can be engineered specific to environmental needs. The Cheetah XI 50 can support up to 50 devices on a single network, creating the same efficient and effective fire suppression capabilities, while being more economically conscious for those smaller businesses and stand-alone applications.
Applications
- Data Centers
- MRI Machines
- Switch Rooms
- Electrical Closets
- Retail Stores
- Generator Rooms
- Document Storage
- Small Control Rooms
- Internet Service Providers
- Mining
- Museums
- Warehouses
- Office Buildings
- Industrial Facilities
- Telecommunications
SHP-Pro Fire Detection and Fire Protection System
Overview
Fike’s SHP-Pro Fire Detection and Fire Protection System is easily installed and configured while being versatile within a wide range of industries and fire threats. A single-hazard control system designed for high value asset protection within smaller applications, utilizes a clean or inert gas agent; such as CO2 or Micromist technology for fire suppression.
Through the leveraging of a fire sprinkler or sprinkler pre-action deluge to maintain control over the system enables operations to be conducted through a single control panel, which is designed for harsh environments. It is ideal for industrial applications and with a selectable 120 or 240VAC power input, optional batteries for up to 90 hours of standby power, and a removable door for easy installation, this fire protection system is designed for your greatest specialty hazard needs.
Applications
- Industrial Facilities
- Data Centers
- Telecommunications
- Generator Rooms
- Internet Service Providers
- Mining
- Museums
- Warehouses
- Office Buildings
Integrated Voice Evacuation and Messaging System
Overview
Fike’s Integrated Voice Evacuation and Messaging System is the fastest, safest, and most effective system on the market. It was engineered with the ability to leave clear, concise, and fully-customizable voice messages through use of intelligent fire alarm panels and independently operated amplifiers. This enables the deliverance of specific information, situational details, and strategies that can provide evacuees with pre-recorded instructions that can assist them to safety.
A scalable design enables it to be engineered for many types of environments such as single facilities or full-blown campuses. By employing the use of fault-tolerant components entails the survivability of the entire system even if one of the components fails. In addition, a built-in redundancy is leveraged to reduce risk and increase equipment savings through use of a fully digital back-up.
Applications
- Auditoriums
- Churches
- High-rise Buildings
- Educational Facilities
- Manufacturing Facilities
- Arenas
- Stadiums
Precise Vision Fire Detecting Graphics System
Overview
The Precise Vision Fire Detecting Graphics System allows for observation of visual and situational details about what’s happening within the facility. This system was designed to assist facility managers with overcoming situational threats, while giving personnel quick reactionary access through potential emergency situations.
Access to the event’s history will allow for real-time strategy updates through direct email alerts to key personnel. Utilization of LEDs to mark the locations of intelligent devices can be programmed independently to illuminate specific areas during situational emergencies.
This system is fully-integratable into Fike’s Cheetah XI Intelligent Fire Suppression Control System, providing complete device detail and event updates through the quick monitoring of floor plans to observe the conditions, routes, cut-offs, and hazards that can potentially compromise a situation.
Applications
- Data Centers
- Telecommunications
- Educational Facilities
- Financial Institutions
- Government Buildings
- Health Care Facilities
- Hospitality
- Museums
- Galleries
- Office Buildings
- Power Plants
FIKE Video Analytics Flame, Smoke and Intrusion Detection System
Overview
Fike’s Video Analytics Flame, Smoke and Intrusion Detection System enables visual detection of the flame at its source, independent of the area’s airflow, which allows for early-warning fire detection capabilities to protect from both fire and intrusion simultaneously. This FM-approved technology detects the presence of flames in either the camera’s field of view or reflected light if the flame is obstructed. It’s also capable of detecting ambient smoke and smoke clouds if flames are not yet visible.
Each Fike Video Analytics Network can support up to 32 separate cameras that record in real-time video streams while being saved onto an internal hard-disk. Customizable storage space allows for the monitoring of live feeds that maintain event logs and alarm conditions while dispatching alarms and videos to remote locations.
Applications
- Museums
- Transportation
- Aircraft Hangars
- Education
- Manufacturing
- Energy
- Warehouses
- Distribution Centers
- Maritime
FAAST Air Sampling System
Overview
Fike’s Fire Alarm Aspiration Sensing Technology (FAAST) was designed to deliver highly accurate and discreet early warning fire detection by drawing in air through a series of pipes within the environment. By employing blue LED and infrared optical smoke detection, which run specially-designed algorithms, allows for the early-detection of a wide range of fire threat hazards. Utilization of a sensor within the network distinguishes random particulates from smoke particulates.
This system perfectly complements and integrates into any of Fike’s other fire alarm and suppression panels allowing for the ease of programming and reduction of overall costs. The employment of an onboard ethernet interface enables remote monitoring and email status updates. A single device can test chamber air-flow measurements in real-time, through dual airflow detection capabilities, and can protect up to 8,000 sq. ft. This system enables up to five fire and smoke alarm levels for flexibility and consistent monitoring.
Applications
- Cold Storage
- Malls
- Airports
- Stadiums
- Prisons
- High-security Access Areas
- Museums
- Churches
- Mansions
Linear Heat Cable
Overview
Fike’s Linear Heat Detection System is specifically designed for tough environments. Engineered to breakdown at certain temperatures through use of heat sensitive polymer, this system provides economic and versatile detection capabilities by triggering an alarm only after the surrounding area is no longer survivable. This makes it ideal for environments that are close to hazards.
Compatible with Fike intelligent and conventional fire detection and alarm panels allows for easy installation and maintenance while minimizing false alarms. The cable comes in a variety of lengths, coatings, and temperatures while providing hazard coverage at every point on the device for maximum protection.
Applications
- Switchgear
- In-rack Freezer and Cooler Storage
- Alarm and Trouble Resound
- Archive and Warehouse Storage
- Elevator Shafts
- Cooling Towers
- Conveyors
- Cable Trays
- Cable Spreading Rooms
- Terminal Rooms
- Generators
- Tunnels
- Bridges
- Parking Decks
- Engine Bays
- In-cabinet
- Motors
Emergency Power Shutdown Management System
Overview
Fike’s Emergency Power Shutdown Management System is designed to power down an environment during an emergency such as a fire, flood, or HVAC failure resulting in the overheating of sensitive equipment. By de-energizing equipment, turning off ventilation and cooling, as well as maintaining a proper concentration of fire suppressant will insulate fire department personnel from potential electrocution during an event.
One of the most important safety features of any IT, data center, or equipment room is the ability to safely shutdown power through Emergency Power Off controls. By consolidating and controlling equipment emergency power-offs in a timely, efficient, and coordinated manner reduces the chances of accidental activation. This also prevents expensive interruptions to business while increasing safety for the facility as well as personnel.
Applications
- Data Centers
- Telecommunications Facilities
- Industrial Facilities
- Elevator Machine Rooms
- Water Treatment Plants
- Electrical Rooms
Kidde Fire Systems
Cardox LP CO2 System
Overview
The Cardox LP CO2 comes in handy in suppressing hazards that need more than 5000 pounds of carbon dioxide. The specifications of the system allow it to protect all areas in need of more than two suppression rounds or suppressing numerous hazards. The system has been designed to act fast to suppress the hazard area and blow out the fire in seconds. This system does not need hydrostatic testing as it comes ready to use. Even better, it does not leave any residues which mean there will not be costly clean-ups after the suppression.
Each system is designed to address hazards in unenclosed equipment and those in partial enclosures. It allows continuous air handling to draw out hazards in one sweep. It is also designed for extreme temperatures making it ideal for different applications. In order to make it easy to handle all applications, each system can be installed vertically or horizontally. The system has been engineered to handle extended and multiple discharges to take out fire hazards that take long.
Each system is designed to handle any form of hazard from small enclosures to big hazards. All systems are FM approved to show the quality of each machine. Each system is stainless steel made to last long with a limit switch to control its functionality. The unit is built to detect and put out fires fast. Cylinders can be stored under cold temperatures in refrigeration units.
Applications
- Warehouses
- Distribution centers
- Museums
- Transportation
- Manufacturing
- Cold storage
- Prisons
- Mansions
- Chemical preparation rooms
- Computer rooms
- Clean rooms
Kidde HP CO2 System
Overview
The Kidde HP CO2 is a system engineered for industrial processes where fire hazards are expected. It comes fitted with pneumatic and electric detection features allowing it to sense fire immediately when it starts. Its design lets it operate automatically which reduces the chances of a fire hazard spreading.
The Kidde HP CO2 is available in three application configurations to operate in different areas. The total flooding application is designed for unoccupied areas like large warehouses. Local application and hand-hose lines are ideal for smaller enclosures. Like other suppression systems from Kidde, it operates by displacing oxygen and cooling. This makes it efficient in taking out the fire within seconds.
The duration of each discharge is tailored for different users. This makes it useful in multiple applications. It sports approved detection and controls units. C02 being readily available, users can get refills with ease.
When the system detects a hazard outbreak, it reduces the volume of oxygen in the atmosphere making it impossible for combustion to occur. It’s hardware is engineered strong to handle different applications and systems. The system comes with both 25 and 100-pound cylinders that you can refill locally. Besides, it features long hose reel line systems for use in extended areas. In order to use it in different directions, the system features directional valves easy to use. It also comes with lockout circuits and lockout valves for easy control.
The system is industry approved with FM, MEA and USCG certificates to show its quality. It is also UL listed to enhance its functionality.
Applications
- Manufacturing
- Warehouses
- Hospitals
- Churches
- Mansions
- Telecommunication centers
- Flammable chemicals storage facilities
- Media storage
- Museums
ADS Clean Agent System
Overview
The ADS Clean Agent system comes with an innovative design to suppress fire hazards in large enclosures. In cases where long agent flow distances are needed, the ADS system comes in handy. It sports the patented ‘piston-flow’ engineering that allows it to deliver mass flow rates. This signature technology lets the unit perform up to three times faster and smoother than standard systems in its category. This way, it can suppress fire hazards over long distances.
Its design allows users to connect different sizes of hosepipes to create a long network that suppresses fires over long distances. The system comes as a replacement for the Halon 1301 models. Installations are easy with agent storage cylinders and nozzles as the only items needed. During installation, users can use the existing pipe network. By using the existing pipe network, users can save on installation costs.
Clean Agent is non-conductive. The volatile agent does not leave behind residue which means there is cleaning after the suppression. You can use the system in both closed and unenclosed areas. Each system comes with sizeable cylinder capacities offering more efficient storage to suppress large areas and reduce instances of refills. The agent flows at high speed in the small diameter pipes to suppress fires fast, in seconds. The small diameter pipes aim at reducing the installation costs.
In case of fire detection, the system can discharge ADS clean agent into the hazard within seconds. Like other models from this manufacturer, it comes with some certificates to show its quality. The cylinders are designed durable and strong to withstand time and many years of use. Users can install the unit far from the application area by use of extended pipework. ADS are the short form for Advanced Delivery System. This system is optimized to take care of multiple applications. The system has been designed for efficient transmission of the suppression agent.
Applications
- Large warehouses
- Mansions and flats
- Manufacturing
- Education
- Churches
- Records and data archives
- Electric utility facilities
- Robotic equipment
- Hospitals
Kidde ECS 360psi Clean Agent System
Overview
The Kidde ECS 360psi Clean Agent System is a system engineered to protect valuable assets without leaving behind any residue that might damage the said assets. This system was targeted for businesses and storage facilities that cannot afford to lose assets or risk using water to put out fires which might take longer.
Unlike other systems, Kidde ECS 360psi Clean Agent System operates by breaking down the components of fire into its core; it breaks the molecular structure of fire. During its operation, the clean agent does not harm the users or the protected storage area and does not leave behind any mess to be cleaned. The system can discharge the agent within seconds. In turn, the agent can extinguish the fire within seconds. After the suppression, the agent needed to be ventilated out of the enclosed area for the facility to get back to business.
When used in compliance with set standards, the clean agent used in Kidde ECS 360psi Clean Agent System is non-toxic and does not affect the breathing system of its users. Its design is fully developed and comes flexible to accommodate different applications. With 360psi, extended pipe network can be used to install the unit a long distance from the suppression area. The pressure is enough to discharge the suppression agent fast and effectively. This way, the unit can surpass the functionalities of water-based systems that take long to suppress fires.
The system is easy to install thanks to the Kidde engineered software. It is industry approved with FM and MEA certificates.
Applications
- Storage units
- Warehouses
- Education
- Stores
- Manufacturing
Kidde ECS 500psi Clean Agent System
Overview
The ECS 500psi Clean Agent System was engineered for ease of installation. The system sports a simple design with great flexibility to accommodate different applications and reduce the cost of maintenance. There are only a few materials needed for installation which makes installation fast and cheap.
This system is designed with high pressure to topple all other Kidde suppression systems. Its 500psi/ 34.5 bars allow it to operate smoothly and faster than the conventional 360psi/ 25 bar system. It offers great capabilities to suppress hazards even faster and in a smoother manner.
Due to its high pressure, the system was designed for large enclosures, but it is offered at the same price as other units with 360psi. Each system comes with an 1100-pound cylinder. This cylinder carries enough agents to suppress fire in an enclosure of about 27,000 cubic meters. With this system, only a single cylinder is needed.
With this system, installation can include longer pipes with reduced diameters. Extended pipework works just fine given the high pressure of the system. This allows the cylinder to be installed a longer distance from the hazard area.
Users can design the system with the HASP software from Kidde. The software is easy to run making it fit for all. HASP is a calculation software showing users how to install the system for different applications. Each system can be used with directional valves allowing the economical use of the cylinder. This means the unit can be used for different applications within the same area.
The ECS 500psi Clean Agent System is a high-performance system designed for a wide variety of applications. Each of the systems uses a clean suppression agent. This agent is safe for the people around the suppression area and the environment. Again, it does not leave any mess to clean up after the suppression. Using the Kidde HASP software, users can calculate all aspects of the system including pressure venting. The clean agent needs to be ventilated out after the suppression.
Applications
- Warehouses
- Substations
- Flight simulators
- Mansions
- Stores of flammable chemicals
- Any enclosed area
Kidde Argonite System
Overview
This is an innovative system that uses inert gases to reduce the effect of suppression agents on the environment. The system uses a blend of equal amounts of nitrogen and argon gases. This unique blend matches the density of air. The engineering considered the cleanliness and harmless characteristics of each of these gases.
Each of the two gases that form aragonite is readily available and do not leave behind residue to be cleaned after the suppression. Again, Argonite does not decompose when exposed to fire or any other elements making it even cleaner for use in different applications.
Kidde Argonite System is designed for total flooding in enclosed areas. It can be used for large enclosures thanks to the systems increased flow rates. It operates by reducing the amount of oxygen in an enclosure to reduce combustion. All this occurs without endangering individuals inside a room.
The system is designed to be actuated by a solenoid or through manual actuation. This is unlike most modern systems that come with automatic actuators. Argonite comes stored in a gas cylinder within the system assembly. When well assembled, the engineering of the system allows it to extinguish a fire within one minute. It has control and limit valves to regulate functionality. The suppression agent does not harm the equipment in enclosures in which it suppresses the fire. Installation of this system has been made cheap with only a few materials needed. Long narrow pipes can be connected to form an extended pipe network.
Applications
- Control rooms
- Flight simulators
- Chemical preparation rooms
- Clean rooms
- Flammable chemicals storage facilities
- Media storage
- Substations
- Warehouses
- Manufacturing halls
Kidde Nitrogen Suppression System
Overview
True to its name, this fire suppression system from Kidde uses nitrogen to put out fires. It was designed to extinguish fire from vital facilities that run a risk of fire. Due to the safe nature of Nitrogen, and the fact that it occurs naturally in the atmosphere, the Kidde Nitrogen Suppression System is ideal for use in occupied areas.
The unit does not harm those around or the environment. After the suppression, Nitrogen will only need to be vented out, and the room will become functional. The Kidde Nitrogen Suppression System operates by reducing the volume of oxygen in the room that has a hazard outbreak to such levels that the fire cannot burn anymore. Even as it operates, the system does not affect the environment in any way or those around.
When exposed to heat, nitrogen does not decompose. Again, it does not produce any by-products that might tarnish surfaces or leave a residue to be cleaned. When a fire breaks out in an area with many combustible materials, this system comes in handy. This system can be stored in low temperatures without affecting its functionality.
The system is built with great pressure enabling it to discharge nitrogen within seconds and suppress a fire within minutes. The increased flow rates also enable the unit to put out the fire in large enclosures.
Applications
- Offices
- Residential houses
- Warehouses
- Storage facilities
- Education facilities
- Health centers
- Substations
- Military vehicles
- Control rooms
- Computer rooms
- Media storage
- Offshore drilling rigs