CHM-6-30-95-18-AA00-F2-3

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LED Lighting - COBs, Engines, Modules

Light-emitting diode (LED) lighting has become increasingly popular for its low power consumption, long life, and continued advances in light output. One of the more popular LED lighting configurations is the type known as “COB”, which stands for “chip on board”. In this configuration, multiple chips are placed directly on a printed circuit board to generate high-intensity lighting. By their nature, LEDs generate light in the form of a bright spot, in a specific direction. The COB configuration places multiple chips together in close proximity, providing an increase in the overall light output in the intended direction. In addition to the increased light output, the COB configuration’s focus on a single circuit board can also result in a more consistent product. This is because the same processes used in creating the circuit board are also used in creating the chips, meaning the design and performance is predictable.

An example of a COB configuration is CHM-6-30-95-18-AA00-F2-3. This is a 95W integrated LED module produced by Dialight, a leading manufacturer of LED lighting products. This product is designed for use in commercial and industrial applications, providing a light output equal to a 1000w Metal Halide lamp. The unit has a wide range of applications including parking garages, warehouses, and allow retail applications. It is UL 854 and UL 1598 listed, which certifies it for use in hazardous and moist locations.

The CHM-6-30-95-18-AA00-F2-3 LED module utilizes a 3030 LED chip to generate its light. It has a beam angle of 120°, with a maximum color temperature of 5000K. It has a minimum lumen output of 10,000 lumens, and a CRI of 70. The unit also features a built-in dissipater for improved heat dissipation, and a cone reflector for increased lighting efficiency. The overall design of the unit makes it highly efficient and reliable.

In terms of working principle, the CHM-6-30-95-18-AA00-F2-3 LED module is quite simple. The unit utilizes a power source, such as an AC or DC voltage. This power source is fed into the module, which then converts it into electrical energy. This electrical energy is then used to power individual LEDs on the circuit board. When the LEDs turn on, they release photons, which then combine to form the overall light output of the module.

In conclusion, the CHM-6-30-95-18-AA00-F2-3 LED module is an excellent choice for a variety of applications. It is highly efficient, provides a consistent beam angle and color, and features a built-in dissipater for improved heat dissipation. The unit also utilizes a simple working principle, allowing for easy installation and maintenance. Thus, LEDs can be considered a viable option for lighting commercial and industrial applications.

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