CLU701-1002C4-403H5K2

LED lighting consists of LEDs, COBs, Engines, and Modules. Low power LEDs are colored in the visible spectrum such as red, yellow, blue and green. The high power LEDs, also known as COBs, are much brighter than standard low power LEDs. COBs can produce big, white, and uniform beams of light and are ideal for applications that need accurate color rendering.

The CLU701-1002C4-403H5K2 is a high power LED COB designed by Lumileds. It operates on a nominal current of 3.7A and a forward voltage of 85-93V. The light output is rated at 93 lumens per watt. The CLU701-1002C4-403H5K2 is capable of producing 3950K white light with a maximum CCT of 4000K. It has a narrow 120 beam angle and is mainly used in directional lighting applications.

The CLU701-1002C4-403H5K2 is ideal for applications that require high energy efficiency and superior color rendering. It is typically used in floodlights, wall washers, dance floor lighting, retail displays, and accent lighting fixtures. The COB can also be used in outdoor applications such as architectural and street lighting.

As a LED COB, the CLU701-1002C4-403H5K2 has two main elements: the LED chip and the driver/power supply. The LED chip consists of one or more high power LEDs, which are responsible for converting electrical energy into light energy. The driver/power supply provides the electrical power and current control to the LED chip. The voltage needed to drive the LED chip can be determined by the manufacturer and will depend on the type of chip and the amount of current required.

For this CLU701-1002C4-403H5K2, the input voltage range is from 50-85V. The power factor (PF) of the driver is 0.90 and the total harmonic distortion (THD) is ≤20%. The driver/power supply also includes over voltage (OV) protection, under voltage (UV) protection, and short circuit protection.

Overall, the CLU701-1002C4-403H5K2 is a highly efficient LED COB designed for lighting applications that require superior color rendering and directional illumination. With its wide input voltage range and high power efficiency, it is an ideal choice for a variety of applications.