Comprehensive fire protection
Siemens provides complete single-source solutions ensuring seamless system integration. Benefit from unified specs and documentation across all systems, plus simplified communication through one supplier contact.
The FibroLaser linear heat detection system is designed for challenging environments like tunnels, parking garages and cable trays to provide rapid fire detection and precise localization, protecting lives and assets.
Fires in complex environments demand quick, accurate detection and localization, often complicated by strong winds or electromagnetic interference. The FibroLaser linear heat detection system solves this using glass fiber cables as precise temperature sensors. It measures both convection and radiation heat, providing reliable detection even in harsh conditions.
The FibroLaser linear heat detection system offers:
Linear heat detectors reliably calculate the temperature and position of a heat source. Through optimization of temporal and local resolution, even slight temperature changes can be reliably and exactly displayed.
FibroLaser delivers reliable, long-term operation with minimal lifecycle costs. Plan and calculate with qualified experts, seamlessly integrate with standard systems and benefit from sensor technology that is maintenance free.
Define pre-alarms for fast, reliable alarming and evacuation. Provide fire departments with exact fire location, extent and propagation. Control ventilation, smoke extraction and extinguishing systems accordingly.
Siemens provides complete single-source solutions ensuring seamless system integration. Benefit from unified specs and documentation across all systems, plus simplified communication through one supplier contact.
Detect heat reliably even under harsh conditions like dampness, corrosion or dirt. Maintain precision despite electromagnetic interference in cable trays or railway tunnels for consistent performance.
FibroLaser detects convection and radiant heat, analyzing them within one second up to 0.5 meters. It avoids deceptive phenomena, quickly locating actual fires and eliminating false alarms for reliable operation.