Banner Engineering has released the WLS27 LED strip light. Featuring a durable aluminium internal structure and shatterproof, UV-stabilized, polycarbonate shell, WLS27 LED strip lights are ideal for harsh indoor and outdoor applications and resist exposure to high-pressure, 
high-temperature water, solvents, cutting oils and a broad range of chemicals.
Designed with the same durable, low-profile design and efficiency as Banner’s work light strip family, WLS27 LED strip lights are optimal for use where laminar airflow is a requirement. To satisfy diverse applications, the WLS27 is available in eight lengths from 145 mm to 1130 mm and multiple colour illumination options, including single, dual and dimmable configurations. Colour options include cool white, warm white, red, green, blue and yellow. Dual-colour models feature two colours in one light strip, which maintains the same intensity as single-color models.
“With our customers continuously discovering new lighting applications and challenges, we are constantly striving to develop dependable and advanced lighting technology,” said Matt Hahn, Technical Marketing Engineer for Lighting, Banner Engineering. “The new WLS27 LED strip light provides a lighting solution for harsh environments where washdown, oils or chemicals may be present, ensuring superior performance and reliability.”
To satisfy demanding environments, WLS27 LED strip lights are available in rugged, water resistant IP66, IP67 and IP69K construction. An internal temperature monitoring circuit protects the device in extreme conditions, ensuring the light does not overheat.
Banner’s WLS27 LED strip lights are offered in flexible mounting options, allowing users to deploy them in areas and applications where other lights may not fit. Optional snap clips are also available for simple installation and repositioning.
About Banner. Banner Engineering is a world leading manufacturer of photoelectric and ultrasonic sensors, indicator lights, vision sensors and vision lighting, electronic machine guarding systems, wireless networks, fiber optic assemblies and precision measurement systems.
