XRCWHT-L1-R250-005A8

LED Lighting - White

The XRCWHT-L1-R250-005A8 is a white light-emitting diode (LED) lighting device. It is powered by a low voltage electrical power source, typically 12Vdc, and increases efficiency and decreases energy consumption when compared with traditional lighting technologies. LED lighting devices such as the XRCWHT-L1-R250-005A8 can be used in both interior and exterior lighting applications.

Application Field

The XRCWHT-L1-R250-005A8 application field ranges from residential to commercial, industrial, and street lighting. It is highly suitable for use in indoor and outdoor environments alike, including anything from entertainment, architecture, automotive, and landscape lighting to lighting in offices and hospitals, industrial and commercial facilities, and stadiums.

Working Principle

The working principle of the XRCWHT-L1-R250-005A8 white LED light is based on the electrical band gap structure of a semiconductor material. When a small electrical current is applied to the material it emits light. The intensity and color of the light produced from an LED lighting device can be varied by altering the voltage and/or current applied.

This type of LED lighting device, the XRCWHT-L1-R250-005A8, is specifically designed for directional lighting, that is, it is designed specifically to emit light in a specified direction. It does this by utilizing special optics designed to focus the light away from its source. This type of directional lighting is highly efficient and effective, as the light is directed where it is needed, resulting in improved visibility and increased safety in outdoor areas.

In addition, the XRCWHT-L1-R250-005A8 LED lighting device has an estimated working life of up to 25,000 hours, making it especially cost effective in comparison to traditional lighting technologies, which have a much shorter lifespan. LED lighting devices are also typically more durable and dependable, requiring no warm up time and generally functioning more effectively in extremely hot or cold temperatures.