SST-90-WCLS-T11-M3450

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LED lighting has become an important part of modern illumination. It offers many advantages, including better efficiency, brighter light, and the ability to manipulate light output in desired ways. As technology advances, LED lighting has come to encompass a broad range of devices, including the SST-90-WCLS-T11-M3450. This article will discuss the application field and working principle of the SST-90-WCLS-T11-M3450.

COBs, Engines, and Modules

Before exploring the application field and working principle of the SST-90-WCLS-T11-M3450, it is important to understand the various technologies commonly used in LED lighting. LED chips are the most common form of LED lighting, and the smallest form factor. They are used in many types of LED lighting products, from spotlights and streetlights, to decorative lighting. LED chips typically require some type of separate control mechanism, such as a driver, to regulate the current and voltage.

COB stands for “chip-on-board”, and is a type of LED packaging. COBs typically consist of multiple LED chips bonded directly onto a substrate. This enables more efficient current and heat management, which leads to better light output and control. COB LED modules are COBs integrated into a lamp module, which typically includes a LED driver, and even sometimes optics or reflectors. COB LED modules are one of the main technologies used in the SST-90-WCLS-T11-M3450.

The term “engine” is used to refer to larger COBs, generally those over 200 mm in diameter. Engines typically contain several thousand LED chips, arranged in an array. This allows for more light output than would be possible with a single COB. Engines are used in large-scale lighting applications, such as industrial warehouses, stadiums, and concert venues. Engines are also typically available with a wide range of light output capabilities, enabling them to be used for diverse application requirements.

The SST-90-WCLS-T11-M3450 is an engine, with a maximum chip count of 6,000, and a maximum power of 330W. It is designed to provide super-bright illumination, with a luminous efficacy of 140 lm/W. This level of efficiency is exceptional, and provides a great return on investment.

Application Field and Working Principle

The SST-90-WCLS-T11-M3450 is designed for use in large-scale area lighting applications, as it is capable of producing bright, uniform light across an area. It is particularly suitable for use in industrial warehouses, stadiums, and concert venues, as it is capable of withstanding the high temperatures and pressures of those environments. It is also highly efficient, which leads to substantial cost savings.

The working principle of the SST-90-WCLS-T11-M3450 is relatively simple. The engine contains 6,000 LED chips, which are arranged in an array on a substrate. When a current is applied to the chips, they emit light. The intensity of the light can be controlled by adjusting the current. Additionally, the angle of the light emitted can be adjusted using specific optics or reflectors.

The SST-90-WCLS-T11-M3450 is capable of producing a wide range of light output levels, from very dim to extremely bright. To achieve this, the engine is fitted with an advanced driver, which is capable of accurately controlling both the current and voltage levels applied to the chips. This allows for precise control of the light output.

The SST-90-WCLS-T11-M3450 is designed for durability and longevity. The engine has a rated lifetime of over 50,000 hours, along with an IP65 rating, which means it is completely waterproof and dustproof. Additionally, the engine is designed to be highly resistant to shock, vibration, and electromagnetic interference.

Conclusion

The SST-90-WCLS-T11-M3450 LED engine is an advanced LED lighting solution, designed to provide super-bright illumination with maximum efficiency. It is suitable for use in industrial warehouses, stadiums, and concert venues, and is capable of withstanding high temperatures and pressures. Additionally, it has a rated lifetime of over 50,000 hours, an IP65 rating, and is resistant to shock, vibration, and electromagnetic interference. The engine utilizes a sophisticated driver for controlling both current and voltage levels, which enables precise control of the light output.

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