MB400-NWR120-4CL2

LEDs - Lamp Replacements

Light emitting diodes, or LEDs for short, have been widely used for lighting since the early 21st century. LEDs are small and efficient lights that can be found in everything from home and commercial lighting fixtures to TVs and computers. The MB400-NWR120-4CL2 is an example of an LED that is specifically engineered for use as a lamp replacement. This article will discuss the application field and working principle of the MB400-NWR120-4CL2 LED.

Application Field

The MB400-NWR120-4CL2 is a premiere LED designed to replace traditional fluorescent lamps. This type of LED is perfect for commercial and industrial applications, as it has been designed to be extremely durable, energy efficient, and cost-effective. The lamp consumes only 120W of power and comes with a 120-degree beam angle so it can be used to light up an entire space or room. The lamp also comes with a minimum lifespan of 50,000 hours and can be dimmed to adjust the light intensity for any application.

Working Principle

LEDs use a direct current of electricity to produce light. The MB400-NWR120-4CL2 has a working voltage of 85-265VAC and a built-in constant current driver for linear dimming. The driver regulates the voltage and current to ensure optimal operation and maximum efficiency. Inside the LED is a semiconductor material, usually some sort of metal oxide, that emits light when an electric current passes through it. The light is then focused and projected outward by a reflector, producing a bright and uniform light output.

Conclusion

The MB400-NWR120-4CL2 LED is designed to be a perfect substitute for traditional fluorescent lamps. It is energy efficient, cost effective, durable, and can be dimmed to adjust the light intensity to any application. This type of LED is perfect for commercial and industrial applications, such as lighting up large spaces or rooms. The LED operates on a direct current of electricity and uses a semiconductor material to emit light, which is then focused and projected outward by a reflector.