SI-B8U111250WW

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SI-B8U111250WW Application Field and Working Principle

As a reliable LED lighting solution, the SI-B8U111250WW module has multiple applications in fields such as automotive, medical, and architectural, as well as related industrial settings. This LED lighting module is made up of 8 individual LED modules, attached onto one LED engine, and is capable of generating extremely bright and even illumination over a wide range of angles due to its off-axis distributions.

Construction

The SI-B8U111250WW LED lighting module features a mechanical construction consisting of a mounting board, bracket and 8 individual LED modules. The mounting board is a steel material and features adhesive for rapid installation of the bracket and the 8 individual modules. The bracket has 2 additional screws for mounting the modules, and the modules themselves are housed in aluminum housing with silicone sealed plastic optics.

Specifications

The SI-B8U111250WW LED lighting module has a wide variety of specifications. The center wavelength of its LEDs is between 940 nm and 1100nm, maximizing its overall output efficiency while minimising energy consumption. The full module includes an integrated optics design that directs the light outward through the 797° angle lens on the bottom of the module, allowing for uniform and consistent illumination across a wide variety of angles. Furthermore, the output power of the module is an impressive 240W, and its total luminous flux is rated at 9167 Lumens.

Working Principle

The SI-B8U111250WW LED lighting module utilizes a range of technologies to generate highly effective illumination in a range of settings. It is engineered to be electrically driven and can be switched on and off from any voltage source. In order to maximize the module’s overall efficiency, the LED modules and optics are electronically insulated from each other to reduce conduction and prevent short circuiting or contact with other electronic objects. Furthermore, the LED module is designed to dissipate heat by incorporating thermal protection and heat sinks, thus reducing power consumption.

Conclusion

The SI-B8U111250WW LED lighting module is an ideal solution for a variety of applications due to its impressive technical specifications, reliable mechanical construction, and efficient working principle. Its 8 individual LED modules and integrated optics design generate intense lighting and allow for uniform and consistent illumination over a wide variety of angles. Additionally, its thermal protection, heat sinks, and electrical insulation all combine to provide a robust and cost-effective LED lighting solution.

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