Hochiki SLR-24H Fire Alarm Head

The Hochiki SLR-24H Fire Alarm Head combines advanced detection technology with reliable performance to ensure superior fire safety. Engineered for easy integration, this device meets stringent life-safety standards across commercial and industrial environments.

• Operating Voltage: 24 VDC guarantees efficient, low-power consumption suitable for various fire alarm control panels.
• Sensitivity Range: 0.6 to 2.5%/ft obs enables early smoke detection and timely alerts, enhancing occupant safety.
• Operating Temperature: -10°C to 50°C makes it adaptable to diverse indoor climates without compromising performance.
• Base Compatibility: Standard Hochiki bases allows for seamless replacement and installation within existing systems.
• Dimensions: 4.1 inches diameter, 1.6 inches height provides a compact profile that blends unobtrusively into building interiors.

Compared to typical fire alarm heads, the Hochiki SLR-24H delivers consistent sensitivity and wide temperature tolerance, surpassing many conventional models. Its compatibility with standard bases simplifies upgrades, while its compact design minimizes visual impact. These attributes make it a versatile choice in environments requiring dependable smoke detection with minimal maintenance.

Innovations in Detection and Durability

Incorporating Hochiki’s expertise, this fire alarm head employs refined optical sensing technology to distinguish between real smoke particles and false alarms effectively. The device’s robust construction ensures longevity under rigorous operating conditions, contributing to reduced downtime and maintenance costs. Its precise calibration maintains optimal sensitivity, providing reliable notifications that meet and often exceed industry benchmarks.

With enhanced electromagnetic compatibility and resistance to environmental contaminants, the SLR-24H stands out for operational stability. This performance consistency supports compliance with safety regulations and reinforces the integrity of fire detection systems in complex infrastructures. By integrating this model, facilities achieve a higher standard of fire safety assurance with minimal installation complexity.