Featuring an explosion-proof design, an intelligent built-in microcontroller and rechargeable batteries that provide 45-minutes of testing on a single charge, the new TL105 Test Lamp for General Monitors' UV, UV/IR and IR Flame Detectors allows routine maintenance to be performed safely in hazardous areas. (read more)

RFID Inc. Extend-a-Read2 Next Generation Release of Active Tag RTF Systems for Asset Applications (read more)

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. (read more)

The evolution continues with the new X2200 UV Flame Detector. Approved to FM 3260 (2000), the X2200 meets the most stringent requirements worldwide with advanced detection capabilities and immunity to extraneous sources, combined with a superior mechanical design. (read more)

The UVX 300 luminescence sensor was designed to effectively detect UV luminescent materials and markers. The UV light source is directed towards a target & the visible light is reflected from the target back to the UVX300. Since the UV luminescent materials are invisible under a normal light spectrum it is possible to mark products without affecting their appearance. (read more)

With advanced ultraviolet and infrared sensing technologies, the new FL3110 UV/IR and FL3111 UV-Only Series Flame Detectors from General Monitors are virtually immune to false alarms while sensing unwanted fires to provide accurate, reliable and secure protection of people, equipment and facilities in hazardous applications and industries. (read more)

The Maya-Pro deep, deep UV spectrometer works well to 170nm. The key is the high-sensitivity back-thinned 2D FFT-CCD detector, which offers greater than 90% quantum efficiency, high dynamic range and excellent UV response. (read more)

The UVX 300 luminescence sensor was designed to effectively detect UV luminescent materials and markers. The UV light source in the UVX 300 is directed towards a target and the visible light is reflected from the target back to the UVX300. Since the UV luminescent materials are invisible under a normal light spectrum it is possible to mark products and parts without affecting their appearance. (read more)

These UV, Gallium Nitride (GaN) and Silicon Carbide (SiC), sensors are intended for use in the spectral region of 200 nm to 400 nm where maximum quantum efficiency is required at these wavelengths. (read more)

The UVX 300 luminescence sensor was designed to effectively detect UV luminescent materials and markers. The UV light source in the UVX 300 is directed towards a target and the visible light is reflected from the target back to the UVX300. Since the UV luminescent materials are invisible under a normal light spectrum it is possible to mark products and parts without affecting their appearance. (read more)