XHP35A-H0-0000-0D0HC440E

LED Lighting - White

The XHP35A-H0-0000-0D0HC440E is a type of LED light emission, delivering the brightness and efficacy in all colors required for general lighting applications. It is a monochromatic white light with a high quality, precision collimated illumination.

This type of LED light is widely used in a variety of commercial and domestic lighting, as well as professional stage lighting. It is also used in retail, hospitality and commercial lighting as well as in special lighting projects, such as theatre and special decorative illumination.

Application Field

The XHP35A-H0-0000-0D0HC440E is designed for wide angle applications in general lighting, and it is suitable for e.g. retail, hospitality, commercial and domestic lighting applications.

It is suited for retrofitting of existing with traditional luminaires, such as linear neon luminaires, halogen MR16, and other traditional lamps. It can also be used for decorative lighting projects such as theatre lighting, stage lighting, and special decorative lighting applications.

Working Principle

This LED light is based on a high quality collimator, making it possible to increase the brightness and optical efficiency of the light path. The collimator helps to reduce the total light output of the product to achieve high efficacy, as well as to minimize chromatic aberration and improve color uniformity.

The XHP35A-H0-0000-0D0HC440E LED light can be connected to a wide range of power supplies, including AC and DC high-brightness LED drivers. The drivers are designed to deliver the power required to operate the LED light, and they provide the current level needed to produce the desired effect.

The LED light works by converting electrical energy into visible light within the collimated section of the product. The current through the LED emits the desired wavelength of light, which is then directed forward in a narrow beam of uniform intensity. This process helps to increase the brightness of the light and also allows for greater flexibility when changing the color.