An Introduction to LED Color and Brightness Ratings

It might not be easy to settle on an LED light hue. Choosing the right lighting fixtures is crucial since it will determine the overall success of your project. The ability to recognize the various LED colors, interpret their meanings, and apply them appropriately may be quite useful after this introduction to LED color and brightness ratings.

All About Kelvin

Every room in your home or building requires a certain brightness and color to look best, whether inside cabinet lighting, outdoor patio lighting, or shop display lighting.

The Kelvin scale is a set of units used to determine the ideal light color temperature. You may be familiar with the lighting terms 3000K and 4000K. This scale is the basis for using kelvin numbers, sometimes known as color temperatures.

William Thomson established the Kelvin scale in 1848 to specify the light output of various bulbs and fixtures. It ranges from 1,000 to 10,000 degrees Kelvin. A lower Kelvin value indicates a warmer, redder glow. A greater value indicates a cooler, bluer light.

The hue of an LED light, particularly when used for home illumination, refers to two things: bright white and multicolored red, green, and blue (RGB) illumination.

The White Light

The Kelvin scale visually represents the transition from warmer to cooler white light. From 1,000,000 to 10,000,000,000, “white” shifts from orange to yellow to blue as the brightness level increases.

LED light color temperature designations are not standard across the board. But here is a reference for common names and the corresponding number on the Kelvin scale. Typical incandescent light bulbs are 2700K to 3000K, or “warm white.” 3000K to 3500K is a warm white or soft white. Warm white is 6500K to 10,000K.

The daylight spectrum runs from around 5500K to 6500K, and the color turns burning. Most commercial and domestic lighting sold in megastores has a color temperature between 2700K and 6500K.

The 2700K to 4500K range is the most often used for home LED lighting. Understanding the distinctions between white LED light colors and how to utilize them is crucial because they affect how an item or a place is seen when lighted.

Showing Their True Colors

While white LED lights are the most prevalent, the 16 million color options available with red, green, and blue (RGB) LED lights make them just as useful. Diodes employ the primary colors of RGB to create a wide range of secondary colors.

You can make a light whatever color you choose, not just the standard red, green, and blue. White LED lights measure color temperature on the Kelvin scale; however, RGB lights only go by the color name.

This introduction to LED color and brightness ratings gives you an idea of the scope. The lower kelvin is more yellow, while the higher kelvin becomes bluer. With this information, you can pick the best PAR light bulbs from Stylighting to match the rooms for whatever you desire.

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