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Gas Based Systems |
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Water Based Systems |
In addition to fire detection and alarm systems, organizations that have a dedicated server / rack rooms should have minimum gas suppression systems. The different types of gas suppression systems available are CO2, NAF SIII, FM 200 and Inergen. |
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Pyroguard offers a range of Water Based Fire Protection Systems like Sprinkler, Hydrant, Pre-action Systems, Kitchen Hood System, High and Medium Velocity Mist Systems and Tank Foam System to suit individual fire protection needs. |
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The FM 200 agent is one of the most effective fire suppressants available for stopping fires before they cause any damage. The FM 200 agent is safe for environment, people and property and has an unblemished record of safety in use.Fire suppression systems employing FM 200 agent are ideal for most fire protection applications that involve high value assets and mission critical facilities. |
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A well designed and a well laid out Hydrant System forms the backbone of the entire fire fighting system.
Hydrant Fire Protection System is designed to fight fire of huge proportions, in all classes of risks. It is designed to be in operation even if a part of the affected structure collapses. This system consists of yard hydrant piping systems, internal hydrant piping, hose reel drums, hose cabinets, internal and external hydrant valves and set of pumps. |
FM 200 gas storage cylinders consume less space compared to other extinguishing agents like inergen. FM 200 system requires 10 seconds or less for release of gas, thus stopping ordinary combustible, electrical and flammable liquid fires before they can cause any significant damage. Fire extinguished quickly, means less damage, less repair cost, less downtime and disruption of business. |
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The Hydrant System typically comprises of Fire Water Source, Pumps (Diesel, Electrical), Control Panel, System Piping, Control Valves and Hydrant Valves with Accessories.
NBC, NFPA, TAC, IS, FM and Local Fire Authorities.
All materials required for this system are available indigeneously.
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| NAF S 125 / NOVEC 1230 Engineered Systems |
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Target Industry Segment:: |
Agent testing – determines the extinguishing concentrations.Nozzle area coverage – determines the maximum coverage of nozzles, the minimum average nozzle pressure and the minimum working temperature of the system.
Validation of flow calculation method – validates the accuracy of the flow calculation program, which is one of the most critical aspects of systems design.
System component testing – tests the reliability of each component (valves, hoses, cylinders, check valves, actuators, nozzles, etc.). Agent component recognition – confirms the quality and origin of the extinguishing agent.
Review of manuals – UL reviews the information and data contained in the design and installation manuals to make that systems are properly designed and installed. …tested in accordance with standard for halocarbon clean agent extinguishing system units. in occupied spaces subject to design. |
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Commercial Buildings, Industries, Power Plants, Refineries, Residential Apartments, Theatres, Telephone Exchanges Etc. |
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Sprinklers Systems and Others |
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| Inert Extinguishing Agents:- |
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Inert extinguishing agents are the most environmentally friendly gases available. An inert
gas reduces the oxygen concentration in a risk to a level below the threshold where combustion can
be supported.
Inert gas systems normally require pressure relief venting to safeguard room construction. Inert gases
are available at 150, 200 and 300 bar pressures and in 80, 100, 120 and 140 litre cylinders.
Inert gases have excellent flow characteristics enabling the cylinder to be stored at some distance
from the risk. Inert gases are able to be used in occupied spaces subject to design.
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The Sprinkler System typically comprises of Fire Water Source, Diesel and Electrical Pumps, Control Panel, Sprinkler Bulbs, System Piping, Control Valves and Annunciator Panel.
The sprinkler system is maintained under a stipulated pressure and the sprinkler bulbs are rated to fuse at a set temperature. In case of fire, the rise in temperature of the liquid inside the bulb causes it to fuse and release a fine jet of water over the seat of fire, thus extinguishing it. The bursting of the bulbs and water spraying action causes the line pressure to drop, which in turn triggers the fire pumps into operation, thereby, supplying the required quantity of water into the system. The coverage area of the sprinkler bulb is designed as per the hazard category of fire specified in NFPA, and regulation provided by the Indian National Building Code of India. |
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