BXRC-27E2000-B-72-SE

LED lighting has risen in popularity in the past decade, owing to its environment-friendly properties and energy saving potential. One type of LED lighting that has been gaining significant traction is that of Chip On Board (COB) LED lighting which has become popular for its light uniformity, long-term reliability and LED efficacy. The BXRC-27E2000-B-72-SE is an LED-based module from Cree which provides exceptional performance in this category.

The BXRC-27E2000-B-72-SE module, as the name suggests, is a single-emitter module, with a maximum power of 72W. This module is particularly interesting due to its ability to provide a wide array of light sources. It is compatible with both LED-based and halogen-based illuminators, and can be used in both indoor and outdoor applications. Furthermore, this LED module has a maximum lumen maintenance of more than 60 Lm/W after more than 1000 hours of operating time.

The main application field for this specific BXRC-27E2000-B-72-SE module is for downlighting. Its long-term reliability, wide light source range and energy-savings make it the perfect choice for indoor and outdoor locations where recessed lighting or spot lighting is present. It can also be used in task lighting applications, and its high optical efficacy allows for a greater distance between the active light source and the task area.

In terms of working principle, the BXRC-27E2000-B-72-SE module is quite simple. It consists of a single-emitter which is then connected to low-voltage direct current circuitry. This circuitry is connected to the main power supply and allows for the efficient conversion of the electrical power into light. The light is distributed to the desired locations evenly, providing a homogenous lighting experience.

In conclusion, the BXRC-27E2000-B-72-SE module is a great example of how LED lighting can provide effective solutions in a variety of applications. This specific module offers LED-based and halogen-based illuminators, a wide light source range, long-term reliability and energy-savings, making it the perfect choice for both indoor and outdoor downlighting or task lighting. Its working principle lies in the connection of the single-emitter with low-voltage direct current circuitry, allowing for efficient conversion of electricity and light distribution.