These LED Cabinets are available in both plastic & metal made structural configurations in wide range of attractive designs. They are completely suitable to be installed in offices, houses, showrooms, shopping malls, and shops. These cabinets are provided with robust yet lightweight thermoplastic light cover that not only protects against dust & moisture but also enhances illuminating intensity. They are quick & easy to install and have long service life. LED Cabinets have compact structure that can easily accommodate all required electrical assemblies while delivering eye captivating appearance.
FAQ of LED Cabinets:
Q: What is an LED cabinet?
A: An LED cabinet is a type of cabinet that incorporates LED lighting technology into its design. The LED lighting is used to provide illumination to the contents of the cabinet, making it easier to see and access items stored inside.
Q: What color can LED cabinets emit?
A: LED cabinets can emit a wide range of colors, depending on the specific type of LED used. Some LED cabinets have color variable settings, allowing users to adjust the color of the lighting to their preference.
Q: What material are LED cabinets made from?
A: LED cabinets can be made from a variety of materials, but one common material is ABS, which is a type of thermoplastic polymer known for its durability and strength.
Q: What is the working temperature range of LED cabinets?
A: The working temperature range of LED cabinets is typically between 3000-3200K Kelvin (K). This range is chosen because it produces a warm, pleasant light that is easy on the eyes.
Q: What type of lighting technology is used in LED cabinets?
A: LED lighting technology is used in LED cabinets. LEDs are known for their energy efficiency, long lifespan, and low heat output, making them an ideal choice for cabinet lighting.
Q: What is the input voltage range for LED cabinets?
A: The input voltage range for LED cabinets is typically between 12v-24v Volt (V). This range is chosen because it provides enough power to light the LEDs without overheating them or using too much electricity.