Fire Suppression Systems
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Fire Suppression Systems
This system is designed to meet the requirements of NFPA 2001, Standard for Clean Agent Fire Extinguishing Systems, 2001 edition. It is suitable for a wide range of property types, including industrial and commercial occupancy. System components are designed to be mounted on standard ISO-approved pipework and fire protection system enclosures.
Design | Installation | Maintenance
The fire suppressing system is activated by heat, smoke, or a combination of the two. The system is designed around three basic elements: a means for delivering the extinguishment agent, a discharge piping system, and a discharge nozzle or nozzles. Each of these elements is an important consideration in the design of a suppression system.
Why Choose Our Fire Suppression Systems?
Clean Agents
No residue left behind and safe for sensitive electronic equipment.
Rapid Response
Fast detection and suppression to minimize damage.
Key Benefits
Fire suppression systems with clean agents provide specialized protection for sensitive equipment and environments.
Advantages of suppression systems
- No damage protection for electronic equipment
- Fast and effective suppression
- NFPA standards compliance
What are clean agents?
Clean agents are fire extinguishing substances that leave no residue after discharge and are electrically non-conductive. They are ideal for protecting sensitive electronic equipment, artwork, important documents, and other valuable assets that could be damaged by water or foam.
Where are clean agent suppression systems typically used?
These systems are commonly used in data centers, server rooms, telecommunications rooms, archives, museums, libraries, control rooms, and any area where water could cause more damage than the fire itself.
Are clean agents safe for people?
Yes, when properly designed and installed, clean agent systems are safe for people. Systems include pre-discharge alarms and time delays to allow evacuation before agent discharge.
How do detection systems work?
Systems use high-sensitivity smoke detectors and heat detectors to provide early detection. They typically require cross-zone confirmation before discharge to prevent false activations.
What maintenance do these systems require?
Systems require regular inspections of detectors, control panels, agent cylinders, and discharge nozzles. Annual testing includes agent level verification, alarm testing, and discharge simulations.