L2C3-2290205B06000

LED Lighting - COBs, Engines, Modules

The L2C3-2290205B06000 is a type of LED module that is designed specifically for lighting applications. It is made up of a single module and uses the circuit\'s COB (Chip-on-Board) technology to control the current and power. The module is designed for applications such as high bay lighting, directional and street lighting, tunnel lighting, and similar applications.

Application Field

The L2C3-2290205B06000 is designed for a variety of applications that require high intensity, directional lighting. It has a range of up to 50,000 lumens, with the combination of its high-flux emitters, making it suitable for use in high bay lighting, directional and street lighting, tunnel lighting, and similar applications.

The module is also suitable for installations with limited or no access to main power. This makes it perfect for situations where there is limited or no access to a mains power supply such as industrial environments, or any other location or application where energy efficiency is a priority.

Working Principle

The L2C3-2290205B06000 module works by managing the current, voltage, and power that the LEDs receive. It combines the power regulating, with current regulating and the light intensity control, in a single module. The COB technology, which is the conductive board and the circuitry combined, enables the L2C3-2290205B06000 to deliver high efficiency and consistent performance over the entire range of power outputs.

The patent-pending circuitry includes high-efficiency FET drivers and high-efficiency rectifiers, and adds up to a power factor of 1. The result is a module that is capable of providing very high light intensity, while consuming very little power.

Conclusion

The L2C3-2290205B06000 is an LED module designed for a variety of applications that require high intensity, directional lighting. It is the perfect solution for any installation with limited or no access to mains power, and is designed to provide consistent and efficient performance. The module works by combining the power regulating, current regulating, and light intensity control with its patent-pending circuitry.