Net Safety's Single UV flame detector reacts to the ultra-violet radiation found in hydrocarbon and hydrogen fires, delivering accurate and reliable fire monitoring. As an added advantage, the Single UV does not react when exposed to incandescent or fluorescent lighting, heaters or sunlight - so false alarms are considerably reduced.

Enclosed in a rugged, explosion-proof housing, the Single UV uses the latest in microprocessor and UV sensor technology. It is capable of stand-alone operation or can be connected to a variety of control devices to create a dependable flame monitoring system. The user can define sensitivity and time delay settings to virtually eliminate false alarms and the built-in testing routines ensure continuous operation.

The Single UV has a Field of View of up to 120 degrees and is available with analog or analog/relay output configuration for 12 or 24 VDC systems - just let us know your requirements!

Net Safety's Single UV flame detector is globally certified Class I, Division 1 for hazardous locations to CSA, ATEX, Factory Mutual (FM), ANSI/UL, INMETRO, and GOST-R performance, technical and safety standards.

Features 

Sees hydrocarbon & hydrogen fires, Field of View of up to 120 degrees, Explosion-proof, Class I, Division 1 certified, FM, CSA, ANSI/UL, ATEX, INMETRO, and GOST-R certified, Connect indoors or out, directly or up to 2000 feet away, Immune to sunlight and hot body radiation, Adjustable, no-tool swivel mount, User programmable sensitivity and time delay settings, Tolerant to high temperatures and humidity levels, Multi-colored, high intensity LEDs, Watchdog timer monitors internal electronics, Manual and automatic testing of optical surfaces, Detects reflected UV light, Multiple output configurations available.

Benefits

Detects different fire types for flexible coverage, Wide coverage per detector, Suitable for hazardous locations, Engineered to the highest international standards, Flexible installation , Limits false alarms caused by nearby activities, Simplified installation and alignment, Adapt to different locations, conditions and activities, Lowers operating costs by reducing maintenance tasks, See detector status in the field, Continous systems self-diagnosis, Allows maintenance scheduling by evaluating cleanliness, Increased protection with an extended range,Connect to a wide variety of equipment.