Black 30W New Bertha LED CCT LIFUD Spotlight for Three-Circuit Track

The Black  30W New Bertha LED CCT LIFUD Spotlight for Three-Circuit Track is perfect as an accent light in any track-based lighting system. It has a design that will match any style and excellent performance.

Characteristics of theBlack  30W New Bertha LED CCT LIFUD Spotlight for Three-Circuit Track

The integrated source emits 2,400 lumens in a highly concentrated beam with an opening of 36º. The light it emits is of high quality and reproduces colours very naturally. It can work in a temperature range of -20ºC to 40ºC, although it is a product designed for indoor spaces.

Like most tracked luminaires, it can be moved and oriented in any direction, depending on the needs of the moment. It is made of aluminium and has a useful life of 30,000 hours.

Applications of the Black  30W New Bertha LED CCT LIFUD Spotlight for Three-Circuit Track

Due to the characteristics of this type of LED lighting, it is perfect as an accent light on decorative elements and products that you want to highlight or to create different atmospheres within a space. Its use is widespread in commercial environments such as showrooms, clothing or furniture shops, to name a few examples. In general, these are spaces that require a versatile lighting system that adapts to the needs of each situation.

Start enjoying the benefits of LED track lighting with the Black  30W New Bertha LED CCT LIFUD Spotlight for Three-Circuit Track that you will find in our online lighting shop, available in various colour temperatures.

What does CCT (correlated colour temperature) mean?

When a product is marked as CCT it means that we can change the colour temperature. CCT is defined in degrees Kelvin, according to the colour perception of a white LED to the human eye, we can differentiate them into 3 types of colour; a warm light, a neutral light and a cold light, from 2700-3500K, 4000-4500K and 5000-6500K respectively. The CCT values do not indicate anything about the colour rendering capacity of the LED.