Optical Flame Detectors designed to perform in the harshest environmental conditions and connect directly to alarm or automatic fire extinguishing systems.
UV/IRS Ultraviolet/Infrared Flame Detector
Ultraviolet/Infrared (UV/IR) flame detector reacts to both UV and IR flame radiation delivering accurate and reliable fire monitoring, yet is immune to arc welding, hot body radiation, lightning or sunlight. UV/IRS ( Ultraviolet/Infrared ) flame detector delivers exceptional performance with many distinct functions and features. Two precise spectrums of radiation must be recognized and confirmed by highly tuned sensors for the UV/IRS to initiate a fire condition. This accurate and reliable flame monitoring technology combined with immunity to arc welding, hot body radiation, lightning and sunlight greatly reduces costly false alarms while providing critical safety performance to your site and personnel.
Single UVS Ultraviolet Flame Detector
Single UV flame detector reacts to the ultraviolet radiation found in hydrocarbon fires, delivering accurate and reliable fire monitoring. The Single UV does not react when exposed to incandescent or fluorescent lighting, heaters or sunlight. Single UVS ( Ultraviolet ) flame detector delivers high performance detection designed to meet strict industry performance requirements. A precisely tuned spectrum of radiation must be recognized and confirmed by our advanced UV sensor to initiate a fire condition, yet it is immune to incandescent or fluorescent lighting, heaters or sunlight — so false alarms are considerably reduced. The Single UVS is designed for simple installation and lower maintenance costs while delivering superior safety performance.
Hydrogen H2 Flame Detectors
Hydrogen flame detectors are specially tuned for non-hydrocarbon based flame applications where accurate and instant detection of difficult to see hydrogen and silence fires is required. Hydrogen flame detectors are specially tuned for non-hydrocarbon based flame applications where accurate and instant detection of difficult to see hydrogen and silane flame is required. Our advanced optical sensors ensure the greatest degree of UV and IR spectral bandwave matching to the radiant energy emitted by invisible hydrogen and silane flame — and the lowest degree of matching to non-fire stimuli. This provides ultra-fast alarm, an unparalleled level of false alarm immunity, with a full 120° horizontal field-of-view!