Emergency Radio Battery Powered, Hand Crank Solar Emergency Radio, NOAA Weather Emergency Radio

Product Description This Emergency Radio Battery Powered is a multi-purpose portable weather radio designed for home emergency backup and outdoor adventure use. It ideal for power outages, hurricanes, camping, hiking and other emergency scenariosMarketplac.... Material Main shell: High-impact ABS plastic; Light source: High-brightness LED lamp beads; Power component: Built-in lithium battery + hand crank generator + solar panel; Radio module: High-sensitivity receiving chip; Buttons: Wear-resistant silicone buttons. Specifications Power supply modes: 3×AA batteries (not included), hand crank, solar panel, Micro USB charging Radio bands: NOAA / AM / FM Lighting: LED flashlight + pop-out reading lamp Extra function: SOS sound-light alarm, mobile phone emergency charging Net weight: 0.9 lbs Charging note: AA batteries only supply radio power and cannot charge mobile phones; switch to Li-ion mode to activate phone charging function. Cleaning Method 1. Cut off all power sources before cleaning, do not clean while the radio is powered on. 2. Wipe the outer plastic shell with a dry soft cloth; use a slightly damp cloth to remove stubborn dirt, never soak the whole machine in water. 3. Keep the charging port, hand crank shaft and solar panel free of dust; clean the solar panel surface regularly with dry cloth to guarantee charging efficiency. 4. Do not use corrosive detergent, alcohol or thinner to wipe the surface, which will damage the shell and panel coating. 5. Keep the machine dry after cleaning, store in ventilated place to avoid dampness and circuit damage. Package List 1 × Emergency Radio Battery Powered Important Notes 1. Do not use the SOS alarm unnecessarily; only activate the sound-light alarm when encountering real danger outdoors. 2. Do not leave the solar panel exposed under strong sunlight for a long time, which may accelerate panel aging. 3. Keep the radio away from water, heavy rain and humid environment to prevent short circuit and circuit failure.