Fire-Lite
Fire-Lite SD355 Fire Alarm Smoke Detector Head
Fire-Lite SD355 Fire Alarm Smoke Detector Head
The Fire-Lite SD355 smoke detector head offers reliable smoke detection with advanced sensing technology designed for quick response in fire emergencies. This unit is engineered to integrate seamlessly with fire alarm systems, ensuring safety in various commercial and residential settings.
- Operating voltage: Supports a wide range from 17 to 41 VDC, allowing flexible installation options.
- Current draw: Consumes as little as 45 µA in standby mode, promoting energy efficiency.
- Temperature rating: Operates effectively in environments up to 150°F (65.5°C), suitable for most indoor applications.
- Dimensions: Compact design with a diameter of 6.1 inches, enabling discreet and versatile placement.
- Compatibility: Designed to work with a variety of Fire-Lite control panels, enhancing system reliability.
Compared to industry standards and earlier models, the SD355 improves detection accuracy while minimizing false alarms through enhanced sensor technology. Its energy-efficient design and broad voltage range make it suitable for modern fire safety systems, outperforming many conventional smoke detectors in responsiveness and integration flexibility.
Advanced Detection and Enhanced Safety Features
The Fire-Lite SD355 incorporates cutting-edge smoke sensing technology that rapidly identifies smoke particles, ensuring early warning in fire conditions. Its low standby current reduces power consumption, making it ideal for large-scale installations where energy efficiency is critical. The detector's robust temperature tolerance extends its usability across diverse environments, from office buildings to industrial spaces.
Engineered for straightforward installation, the SD355 supports various mounting options and works seamlessly with Fire-Lite’s range of control panels, ensuring comprehensive fire alarm system compatibility. Its durable construction and precise detection capabilities provide peace of mind by maintaining consistent performance under demanding conditions.