Imagine that you have a home with a low ceiling. Does it make sense to use a traditional fixture with a glass casing that drops down an extra foot?
What if you have a bathroom design where part of the bathtub enclosure cuts off light from the fixture above the sink. Would a flat panel with backlighting that sat a little higher deliver better illumination?
One of the best new technologies to come from LED home lighting involves the flat panel backlit sensor. It's like what you can find in televisions and computer monitors, but the amount of light it produces is consider.
You'll receive the same predicted L70 lumen maintenance as with other lighting options in this category while having access to more configuration choices.
Backlit sensors use a novel arrangement of imaging elements to increase the amount of light they capture. This technology makes it easier to improve low-light performance. Although the technique has been used for some time in various industries, it's only now becoming a practical option for indoor illumination.
This option works like any other LED light. The electric current passes through a semiconducting material which emits photos through electroluminescence principles.
In the past, a lot of the light that LEDs created for home fixtures was trapped inside the product. As this issue has been rectified, it has created some unique design opportunities for indoor lighting.
You can use BSI sensors for LED panels that work well in recessed areas, suspended from the ceiling, or in surface mount applications. It delivers general lighting where needed or can serve as a task light in some situations.
The primary advantage of using backlit technology is that the product offers more even lighting distribution. You'll experience less shadowing with this installation because of how the light gets distributed throughout the open space.
You can select products in this category that come with remote control benefits. This feature is sold separately as an accessory, but it also delivers an additional sensor configuration option to use.
Although different products offer unique CRI ratings, most backlight sensors deliver an outcome higher than 80. That helps colors render more realistically within the home environment.
This technology even delivers an energy savings potential of more than 60%. Three selectable light colors are available from today's reputable brands, offering something warmer, a cool option, and then an option close to daylight. You even get three maximum lumen and wattage outputs to consider.
If you've been wondering why there is so much excitement about LED technology for lighting, a backlit sensor in whatever configuration you prefer ensures that you receive an ideal solution for schools, offices, hospitality settings, and other various commercial applications.
A backlight sensor makes sense for a lot of different situations. Now is the perfect time to see if it would be appropriate for your home.