Interfaces
Processor
Dimming Panels
Smart Dimmers/Switches
1,700 K
2,700 - 3,300 K
4,100 - 4,150 K
5,500 - 6,000 K
6,500 K
15,000 - 27,000 K
1,850 K
3,000 K
5,000 K
6,200 K
6,500 - 10,500 K
1,700 K
2,700 - 3,300 K
4,100 - 4,150 K
5,500 - 6,000 K
6,500 K
15,000 - 27,000 K
1,850 K
3,000 K
5,000 K
6,200 K
6,500 - 10,500 K
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Daytime
Keep to your workday schedule with a “Daytime” lighting scene that automatically activates at 9 am every day. As you head into your home office, bright white-blue ambient lights and desk lights greet you for optimal focus and concentration.
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Bedtime
As you head to bed at the end of the day, prepare for restorative sleep with a “Bedtime” lighting scene you can activate from a bedside remote or tablet. Not only do lights dim gradually, but they switch to a warm, orange hue that induces relaxation.
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Entertaining
Entertain in style with a “Party” lighting scene that activates lights in the kitchen and living room to a white-blue hue that keeps guests energized throughout the night. Add landscape lighting to the scene to encourage guests to gravitate to your beautiful outdoor spaces.
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Movie Night
Transform your theater into the perfect viewing environment with a “Movie Night” lighting scene on your handheld remote or touchpad that dims recessed lights and decorative sconces while turning on floor track lighting for safe movement during the movie.
Various sectors, from healthcare to corporate environments, have begun exploring the potential benefits of lighting that follows the natural sleep-wake cycles of the human body. Known as circadian lighting, these strategically designed systems may support health, alertness, productivity, and overall comfort.
The concept of circadian lighting is based on the human circadian rhythm, a 24-hour internal clock. An area of the brain called the hypothalamus helps regulate this rhythm by receiving signals from the eyes that indicate when it is daytime and nighttime. In turn, it helps govern melatonin release to align sleepiness with darkness and alertness with light.
Research has suggested that light affects both visual and non-visual systems and that electric light can influence circadian rhythm. Circadian lighting is the idea that electric light can be used in ways that better support human health by minimizing disruption to that rhythm. Scientists have found that long-term exposure to certain wavelengths of blue light at specific intensities may negatively affect melatonin production.
This remains a relatively new area within the lighting industry, and the available research is still developing. At present, there are three electric-light approaches to circadian lighting systems: intensity tuning, color tuning, and stimulus tuning.
Intensity Tuning
Intensity tuning is the most familiar and cost-effective approach to circadian lighting. Fixtures maintain a fixed correlated color temperature (CCT) while brightness is adjusted through a controlled dimming system to correspond with the time of day. Light levels remain lower in the early morning, increase as the day progresses, and reduce again in the evening.
Color Tuning
