SST-90-W57S-F11-L2200

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LED Lighting technology has been rapidly advancing through the years, which brought considerable development to COBs, Engines, Modules, etc. One of the latest breakthroughs in LED Lighting is SST-90-W57S-F11-L2200, a hi-power LED luminaire designed for numerous applications. In this article, we will discuss on this technology\'s application fields, working principle, and related processing techniques.

Application Field

SST-90-W57S-F11-L2200 is typically used in lighting applications that require high level of illumination, such as car headlights, street lights, and sport courts. This hi-power LED luminaire features unique optics that generate a beam angle of 60°, which is well-suited for general purpose lighting or downlighting install during evenings and nights. Additionally, this versatile illumination solution can also be used in high-end architectural designs. For instance, it can be installed in light screens, providing vivid and colorful projections for the edifices.

Working Principle

SST-90-W57S-F11-L2200 utilizes a set of fast moving, highly efficient LED chips attached to a high-efficiency aluminum housing. This LED lighting system has an integrated thermal management system, which helps with maintaining its temperature and stabilize the luminaire\'s overall performance. It also comes with an adjustable beam angle, allowing for customizable illumination effects for different applications.

In terms of the emitting spectrum, this LED luminaire has a Color Rendering Index (CRI) of Ra>70, which makes it an ideal lighting solution for many indoor and outdoor scenes that require deep and vivid color accuracy. Moreover, the unique phosphor-conversion technology deployed in this system converts the visible white LED light into a natural-looking lighting scene, providing a more comfortable and enjoyable experience.

Processing Techniques

The efficient thermal management system of SST-90-W57S-F11-L2200 is paramount in efficiently emitting light with minimal heat. Therefore, multiple processing techniques are implemented to ensure the optimal performance of the LED luminaire. For instance, the aluminum-housing material is designed with multiple layers, providing a thermal-absorption layer and a depth-diffusing layer for efficient cooling and light-dispersion. In addition, the external surface of the housings are also designed with anodized treatments for light-emitting and corrosion-resistance.

Furthermore, multiple precision-alignment techniques are utilized for each individual LED chip, providing continuous illumination and uniformity across different installation environment. The exacting process also ensures that the LED chips are precisely aligned with the fixture enclosure to deliver a reliable and consistent beam angle. Finally, highly efficient thermal-resistance-tape ensures a good thermal-contact between the LED housing and the electronic assembly units.

Conclusion

SST-90-W57S-F11-L2200 is a high performance LED luminaire designed for numerous applications. Its application fields range from outdoor and street lighting to high-end decorative architecture. Its unique optics and adjustable beam angle provides vivid illumination and color accuracy that is suitable for different scenes. Its efficient thermal management system is implemented with multiple processing techniques, ensuring its optimal performance. Overall, this LED luminaire remains one of the most reliable and effective lighting solutions in the market.

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