Teledyne Gas and Flame Detection has introduced the Spyglass Xtend triple-infrared flame detector, designed to simultaneously detect hydrogen (H2) and hydrocarbon (HC) fires. This development addresses a key safety gap in industrial environments where both fuel types may be present.

Traditionally, hydrogen-only detectors have been used to identify H2 fires and trigger safety responses such as shutting off supply lines. However, in dense industrial settings with machinery, tools, and storage materials, an H2 fire can quickly ignite hydrocarbon fuels. While the hydrogen flame may be extinguished, a lingering HC fire may go unnoticed if relying on H2-only detection systems.

The Spyglass Xtend overcomes this limitation through its triple-infrared technology and a dedicated algorithm that allows for the simultaneous identification of both flame types. It offers five selectable sensitivity levels and faster response times compared to UV/IR technologies, enhancing early warning and improving fire mitigation strategies.

According to Régis Prévost, Product Line Manager at Teledyne Gas and Flame Detection, the detector delivers extended range and rapid detection capabilities. Importantly, its hydrogen detection performance matches that of Teledyne’s IR3-H2, a model dedicated exclusively to H2 detection.

Spyglass Xtend supports a comprehensive fire safety strategy, especially in environments where hydrogen and hydrocarbon fuels may coexist. By identifying both types of flames, it reduces the risk of undetected secondary fires and contributes to protecting personnel, assets, and infrastructure.

www.teledynegasandflamedetection.com