- Perfect for use in garages, basements, porches, laundry rooms, and cabinets. These motion-activated sockets adapt seamlessly to different indoor environments and automatically respond to movement. - Ideal for homeowners, office workers, and hotel managers who want to improve space with intelligent lighting control and energy savings. By turning lights on only when needed, they help reduce waste and lower utility costs. - Lightweight sockets with adjustable sensitivity and timer settings. They provide automatic lighting for nighttime use, with a detection range of 3-5 meters and a detection angle of 120 degrees. - How it helps you - Convenience: lights turn on automatically when you enter a space and turn off after the timer elapses, reducing the need to search for switches in the dark. - Energy efficiency: motion-triggered lighting minimizes unnecessary electricity use, helping you save on energy bills. - Safety and accessibility: well-lit entry points and work areas reduce the risk of accidents in common trouble spots like garages and laundry rooms. - Use scenarios - Garage or basement entry: when you walk in after dark, lights activate automatically for a clear, well-lit path; after you leave and the timer expires, the lights turn off. - Cabinets and closets: as you approach or reach into a cabinet, interior lighting turns on briefly for easy access and hands-free operation. - Porches and laundry rooms: movement in these areas triggers lighting, improving safety and visibility while keeping energy use low. - Specifications and performance - Detection range: 3-5 meters - Detection angle: 120 degrees - Sensitivity: adjustable - Timer: adjustable - Construction: lightweight sockets designed for indoor use - Compatibility and installation notes - Designed for indoor environments such as garages, basements, porches, laundry rooms, and cabinets - No complex wiring required; simply install and configure the adjustable sensitivity and timer to suit your space - Provides intelligent lighting control and energy savings without compromising reliability or ease of use