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FIRE PROTECTION
Data Centers + Telecom Room
Data centers and telecom rooms contain critical electronic equipment that must remain in operation to ensure business uptime. Electrical malfunctions, overheating equipment, or environmental hazards within the space can go unnoticed until a fire develops, making early detection essential.
Fire protection systems are designed to automatically detect these conditions at the earliest possible stage, and respond with very early warnings, suppression methods that won’t cause additional damage, and coordination of interlocked power or mechanical systems.
Very early warning detection is achieved using air sampling, which identifies extremely low concentrations of smoke before fire conditions develop. Spot-type smoke detectors can also be used for applications where standard warning requirements are .
If a fire does occur, clean agents are discharged to suppress the hazard while remaining safe for electronics and leaving no residue.
In areas where water-based protection is required, fire sprinkler systems utilize pre-action configurations, which limit water discharge to confirmed fire conditions and prevent accidental water damage.
PROTECTED ENVIRONMENTS
Data centers. Telecom rooms. Server rooms. Network closets. Telecommunications closets (IDF/MDF rooms). UPS and battery rooms. Battery energy storage rooms. Electrical rooms. Control rooms. IT equipment rooms. Equipment racks and enclosures. Modular data centers (containerized units). Edge computing environments. Cable vaults.
Design + Install
Fire Defense provides precisely calculated drawings and installations for fire protection systems in sensitive electronic environments where uptime, equipment protection, and early detection are critical.
- Total flooding clean agent suppression
- Enclosure integrity testing and leakage identification
- Very Early Warning Aspirating Smoke Detection (VESDA)
- Early warning and pre-alarm configuration
- Cross-zone detection logic
- Power and HVAC/CRAC shutdown control
ITM
Fire Defense performs inspection, testing, and maintenance for fire protection systems in data centers and telecom facilities. Our comprehensive services focus on detection performance, system readiness, and integrated system function.
- Semi-annual inspection of clean agent systems
- Detector threshold sensitivity and transport time testing
- Pre-discharge warning and abort function tests
- Verification of interlocked shutdown functions
- Cylinder pressure and weight verification
- Releasing panel, circuit, and supervisory inspection
- Documentation and deficiency reporting
Emergency Service
24/7 emergency service is available for data center and telecom room fire protection systems. Fire Defense responds to system faults, discharge events, and impairments requiring immediate restoration of protection.
- Emergency response for trouble, supervisory, and alarm conditions
- Post-discharge system recharge and reset
Codes and Standards
Fire Defense performs services in accordance with NFPA 72, NFPA 75, NFPA 76, NFPA 2001, and other applicable codes, manufacturer requirements, customer specifications, and AHJ requirements.
Note: NFPA makes its codes and standards available online for free. Select View Free Access under Current & Prior Editions and create a free account.
Visit NFPA 72: National Fire Alarm and Signaling Code →
Visit NFPA 75: Fire Protection of Information Technology Equipment →
Visit NFPA 76: Fire Protection of Telecommunications Facilities →
Questions & Answers
What happens after a clean agent system discharges?
The system must be inspected, cylinders replaced or recharged, and all detection and releasing functions verified before being returned to service.
How does air sampling provide earlier warning than standard detectors?
Standard spot detectors rely on smoke rising to the ceiling, whereas air sampling systems actively draw air through a network of pipes into a laser-based sensing chamber. This method can identify microscopic combustion particles in the incipient stage, allowing facility managers to investigate a potential hazard before a fire becomes visible.
What is the purpose of a pre-action sprinkler configuration in these rooms?
Where water-based protection is required by code or insurance, a pre-action system provides a safeguard against accidental discharge. The system piping remains dry until a confirmed fire condition is detected, at which point the valve opens to allow water into the pipes, ensuring discharge only occurs when it is absolutely necessary.
Does the clean agent system require the room to be sealed?
Yes, per NFPA standards, a clean agent requires a specific concentration to be maintained for a defined hold time to ensure total suppression. Fire Defense performs a room integrity door fan test to identify leaks in cable pass-throughs or partitions that could compromise the effectiveness of the system.