LED Motion Sensor Cabinet Light (2 Pieces)

FEATURES

• 【Unique Illumination Effects】This LED motion sensor light features an innovative cat's eye bulb along with three energy-efficient lamp beads that create eye-catching hill light effects, turning your space into a visually stunning area.

【Battery Efficiency】With a powerful 2200mAh rechargeable battery, these lights can operate continuously in "ON" mode for as long as 9 hours. In "AUTO" mode, they are capable of running for up to 15 weeks (based on four activations per day), and recharging takes only about 4.5 hours.

• 【Three Lighting Options & Adjustable Brightness】The rechargeable light allows you to modify the color temperature and brightness with a simple touch of the sensor. You can select from three lighting settings: warm light (3000K), neutral light (4000K), and cool white light (6000K). By pressing and holding the sensor, you can adjust the brightness from 10% to 100% to match your needs.

• 【Easy Setup】Featuring a built-in magnet, this light can be effortlessly attached to any metallic surface or adhered with the supplied 3M adhesive. The sturdy magnetic system ensures that it remains firmly in place while also allowing for easy removal for recharging.

• 【Versatile Applications】This wireless hill light is ideal for numerous locations such as cabinets, closets, bedrooms, garages, staircases, and workshops, effectively illuminating all dimly lit areas. It can also serve as a portable light source.

INSTALLATION INSTRUCTIONS

TECHNICAL DETAILS

• Material PC

• ColorsWarm light, Cool white light

• Built-in Battery Capacity2200mAh

• Charging Time4 hours

• Color Temperature3000K/4500K/6000K

• Operating ModesContinuous sensor mode, darkness detection, and always-on mode

• Input Voltage5V

• Output Power1.5W

• Mounting MethodMagnetic attachment with adhesive

WHAT'S INCLUDED

• 2 * LED motion sensor lights

IMPORTANT REMINDER

• Please note that there may be slight variations due to manual measurements.

• The actual colors of the product may differ from what you see on your screen due to variations in display and lighting.