Lenovo CH05 Fast Wireless Charging Pad

Lenovo CH05 Fast Wireless Charging Pad

EAN: 6970648210793

Wireless Charger, Lenovo Original Ultra Slim Wireless Charging Pad for iphone XS MAX XR X 8 Plus, Samsung Galaxy S9 Plus Note 8 S8 Plus and All Qi Enabled 7.5/10w Devices(Without AC Adapter )

【Three Charging Model】7.5W model with QC2.0/QC3.0 adapter (9V,1.67A) is compatible with iPhone X /8/8 plus/ ; 10 W model with QC2.0/QC3.0 adapter(9V,1.67A) is compatible for Samsung Galaxy S9/S9plus/S8/ S8plus/S7/S7 edge/S6 edge plus/Note 5 series devices; 5W model with adapter(5V,2A) is compatible for All Qi-enabled devices

【Wireless Charging】This wireless charger with Qi charging technology will work with all Qi standard devices. No cables needed, just place devices on the charger pad center and you can enjoy the cable-free convenience

【Efficient Charging】Smart wireless charging chip conducts a efficient and excellent charging performance, Lenovo wireless charger works with Rubber/Plastic/TPU cases which would be with 6mm thin. To get better experience, we would like you to take off the phone case and use our recommended adapters (NOT INCLUDED)

【Advanced Safety】Built-in intelligent chip prevents overheat, overvoltage and short circuit. 0.4 in thickness design, thermal sensor ensures that the charging process does not overheat generated and provides a safety charging experience

【Notice】The blue indicator means phone is under charging, green means charging is complete. and the phone case thickness should be within 6mm and without metal and magnetic objects attached, such as IC card, bank card, metal case, metal ring. Otherwise it may slow the charging speed and extend the charging time. Please set your phone at the center of the pad for better recognition

Support Apple 7.5W fast charge 10W fast charge (requires QC2.0 support), compatible with 5W Lightweight and fanless design quiet and no noise Two-color LED indicator Smart wireless charging chip combines performance and efficiency Thermal sensor ensures that the charging process does not overheat