ams OSRAM GW QTLTS1.EM-H6J2-XX55-1 is a 2.7 V White LED in a compact 2835 surface-mount package designed for efficient and wide-angle illumination applications. Operating at a maximum forward current of 250 mA, it delivers a luminous flux of 37.2 lumens with a color temperature of 4000 Kelvin, ideal for neutral white lighting.
This LED integrates OSRAM's OSCONIQ E 2835 series semiconductor technology, known for high luminous efficacy and reliability, making it suitable for industrial, commercial, and residential lighting systems including area lights, table lamps, downlights, and spotlights.
The wide 120° Lambertian emission pattern ensures uniform light distribution, enhancing visual comfort and quality of illumination. Its high CRI (minimum 80) ensures accurate color rendering for applications requiring true color perception.
Constructed to meet IEC 62471:2006 photobiological safety standards, this component safeguards end-users from hazardous light emissions, providing added safety assurance for lighting designers and manufacturers.
This LED features a compact 2.8 mm x 3.5 mm 2835 surface-mount package. Operates at a forward voltage of 2.7 V with a maximum forward current of 250 mA. Delivers typical luminous flux of 37.2 lumens at 4000 K color temperature.
Wide viewing angle of 120 degrees for homogeneous illumination. High luminous efficacy approximately 212 lm/W ensures energy-efficient lighting. Compliant with IEC 62471:2006 standards for photobiological safety. Provides a color rendering index (CRI) of 80 minimum and 82 typical for quality color output.
Single LED per package enables flexible lighting design and integration.
This LED is widely applied in electronic components for displays, lighting systems, and indicators across industrial, laboratory, commercial, and manufacturing environments. Installation is facilitated by its surface mount package type, streamlining assembly and enhancing reliability.
Explore EnvMart’s extensive portfolio of industrial LED components and lighting solutions for advanced semiconductor and illumination integration.
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