XPEHEW-L1-R250-00FE4

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XPEHEW-L1-R250-00FE4 LED is a very popular LED lighting product. It is often used in commercial, industrial and residential projects due to its high efficiency and long lifetime. This LED, part of the White LED family, is a high power LED designed primarily for area and flood lighting applications.

The XPEHEW-L1-R250-00FE4 LED (also known as the XPEHEW-L1) is a white LED that produces a pleasant, uniform white light. It is a type of phosphor-converted LED (PC LED). That means that the LED produces light by combining short wavelength blue light generated by a blue light-emitting diode (LED) with a phosphor converter, which absorbs the blue light and then re-emits light in a longer wavelength (usually yellow or green). This combination results in light that appears white to the human eye.

The XPEHEW-L1-R250-00FE4 LED is a high efficiency, high power LED that is also low in cost. It has an efficacy of up to 150 lm/W, a wide beam angle of up to 120°, a CRI of 70~80, and an operating temperature range of -20°C to +70°C.

The XPEHEW-L1-R250-00FE4 LED is a reliable LED lighting solution for area and flood lighting applications. It is robust, has a long lifetime of up to 40,000 hrs (with a nominal flux of 95 lumens), and a low thermal resistance for easy heat dissipation.

The working principle of the XPEHEW-L1-R250-00FE4 LED is simple, yet effective. The basic idea is that when electricity passes through the LED it emits light. The amount of light produced is determined by the voltage and current of the power supply. By using a phosphor converter, this light is converted from one color (blue or UV) to another color (white, yellow, or green), resulting in a pleasing white light.

The XPEHEW-L1-R250-00FE4 LED is a reliable and cost-effective high power white LED. Its wide beam angle, high efficiency, robustness and long lifetime make it an ideal lighting solution for area and flood lighting applications. Its low thermal resistance also allows for easy heat dissipation, and its simple yet effective working principle ensures that the light is emitted in a uniform, consistent manner.

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