Gamewell-FCI ASD-IL2F Fire Alarm Head

The Gamewell-FCI ASD-IL2F Fire Alarm Head is engineered for reliable smoke detection with advanced photoelectric sensing technology. Designed to integrate seamlessly with modern fire alarm systems, it ensures prompt and accurate alerts for enhanced safety.

• Operating Voltage: 24 VDC provides consistent power for dependable performance in critical situations.
• Current Draw: 150 µA optimizes energy consumption while maintaining system sensitivity.
• Operating Temperature Range: 32°F to 120°F (0°C to 49°C) ensures functionality across diverse indoor environments.
• Compatible with Gamewell-FCI systems for easy installation and reliable communication.
• Low-profile design blends discreetly into ceilings and walls without compromising detection capabilities.

Compared to earlier models and industry benchmarks, the ASD-IL2F combines enhanced sensing accuracy with greater energy efficiency. Its photoelectric technology offers improved response times to smoldering fires, making it a significant upgrade over traditional ionization detectors. Additionally, its compatibility and low power requirements align with current fire safety standards and building codes.

Innovations in Detection and System Integration

This fire alarm head utilizes state-of-the-art photoelectric detection, which excels at identifying slow, smoldering fires often missed by other technologies. Its design prioritizes both sensitivity and false alarm resistance, ensuring dependable alerts without unnecessary disruptions. The compact form factor is engineered for straightforward installation, reducing labor time and costs while maintaining aesthetic appeal.

Moreover, the ASD-IL2F’s low current draw supports longer system battery life and overall energy savings, a critical factor in large-scale fire alarm networks. Integration with Gamewell-FCI control panels provides users with advanced monitoring capabilities, including real-time status updates and diagnostics, enhancing overall fire system reliability and maintenance efficiency.