3x Rechargeable Magnetic LED Strip Light & PIR Motion Sensor - Cupboard Cabinet Kitchen Unit Mini Auto Spotlight

3x Rechargeable LED Strip Lights with Motion Sensor kitContents: 3x USB Rechargeable + Magnetic LED Spot Lights3x USB Micro B Charging Cables (white)3x Wall / Ceiling / Under or in-cabinet Metal Mounting Plate & Fixing Screw KitsFeatures: Battery Powered + Rechargeable – Our compact & bright LED lights have been fitted with a powerful 3.7V Lithium battery that boasts an impressive 2 month battery life (based on 5 minutes use per day) and a fast recharge time of only 3 hours. The light can be charged with the supplied USB Cable, this can be inserted into any PC, Laptop or smartphone charger. PIR Motion Sensor – There are 2 settings on the back of the light, “On” & “Off”… Setting the light to “On” will engage the PIR motion detector. This will automatically turn the light on when any motion is detected within a 1m range of the small sensor on the light. The light will then automatically turn itself off after 15 seconds of no movement being detected. The light will reset and stay on until movement is no longer detected.This not only reserves power, you don’t have to worry about reaching for a switch, or more importantly, install one. Perfect for use in wardrobes, under and in kitchen units, under stairs cupboards, storage units, lofts/attics, bedrooms, vans and more…Magnetic Mounting – A key feature of our kit is how easy it is to install. Each light has a strong magnetic backing plate and is supplied with a metal mounting plate & fixing screws. If you are mounting the light to a magnetic, metallic material, simply place the light on the surface. If you are mounting to a ceiling, wall or under a cabinet / in a wardrobe ETC… Simply fix the lightweight metal backing plates to your chosen surface using the supplied fixing screws. The screws are only 8mm long meaning that they will fit to most if not all surfaces without going all the way through (great for wardrobes or underneath kitchen units / in kitchen units. The light will then magnetically stick to t