Gamewell-FCI ASD-IL2F Fire Alarm Head

The Gamewell-FCI ASD-IL2F Fire Alarm Head is engineered for reliable fire detection in commercial and industrial environments. This device integrates seamlessly with fire alarm systems to provide prompt and accurate alerts.

• Sensitivity rating of 0.5-1.0%/ft ensures early flame detection and rapid response times.
• Operating temperature range from -20°F to 150°F allows performance in diverse environmental conditions.
• Compatible with standard Gamewell-FCI control panels for easy integration and system expansion.
• Compact design with a diameter of 4.5 inches facilitates unobtrusive installation in various locations.
• Durable construction meets UL 268 standards for enhanced safety and regulatory compliance.

Compared to earlier models, the ASD-IL2F offers improved sensitivity and a wider temperature tolerance, surpassing typical industry benchmarks. Its advanced detection capabilities contribute to more dependable fire safety measures, making it a preferred choice for modern fire alarm systems.

Enhanced Detection with Advanced Technology

This fire alarm head incorporates a sophisticated optical sensor that differentiates between smoke and other airborne particles, reducing false alarms. Its precise flame detection technology enables swift identification of fire sources, minimizing potential damage and enhancing occupant safety.

Robust Performance in Challenging Settings

Designed to endure harsh environments, the ASD-IL2F maintains consistent functionality even in dusty or humid locations. The device’s robust materials and rigorous testing guarantee longevity and reliable performance, providing peace of mind for building managers and safety professionals.

Seamless System Compatibility and Installation

The unit’s standardized mounting and wiring simplify installation processes, reducing setup time and labor costs. Compatibility with a broad range of Gamewell-FCI control systems ensures flexible deployment options and straightforward integration into existing fire alarm infrastructures.