AlgoRex® Fire Detectors
Fire detectors overview
AlgoRex detection algorithms distinguish between real fires and deceptive phenomena every time, and well beyond the requirements of the six EN standard test fires. Common features:
ecologically sound choice of materials
high resistance against electromagnetic interference, moisture, corrosion and dirt
There are three different AlgoRex detector technologies.
Collective detectors are ideal for straightforward applications and low fire risk situations. Smoke and heat detectors using technology for detection within standard limits are reliable and of proven design.
Features of the collective detector series:
AnalogPLUS technology with detection algorithms
AnalogPLUS detectors with detection algorithms are ideal for moderate-risk applications with moderate levels of deceptive phenomena. Addressable smoke and heat detectors feature multi-stage, intelligent signal evaluation. Centrally selected, detector-specific sensitivity adjustment, alarm verification and multiple detector linkage render AnalogPLUS detectors reliable and impervious to deceptive phenomena.
Features of the AnalogPLUS detector series:
top reliability due to a high-quality, optoelectronic sensor system
pre-programmed detection algorithms
signal processing at detector and processing center levels make for superior reliability
Interactive technology, application specific algorithms
Interactive AlgoRex detectors are used whenever demanding situations and high fire risk call for trustworthy alarms and detection. In other words, no false alarms ever again.
AlgoLogic, the evaluation and decision-making logic based on programmable application algorithms, combined with interactive signal processing, makes for dependable detection and elimination of deceptive phenomena in our interactive AlgoRex detectors.
Features of the interactive detector series:
optoelectronic sensor systems ensure superior reliability
detector-processor-stored, application specific algorithms
automatically self-testing, built-in diagnostic algorithms
unmatched immunity to deceptive phenomena and situational factors