15W Car Wireless Charger For Ford Mustang 2015-2023 QI Phone Charger Panel 27W Wired Fast Charger Pad Modified Car Accessories

Hign-concerned Chemical : None

Origin : Mainland China Feature 1 : ford mustang car accessories Feature 2 : ford mustang wireless charger Feature 3 : wireless charger for ford Feature 4 : wireless charger for mustang Feature 5 : qi car wireless charger

15W Car Wireless Charger For Ford Mustang 2015-2023 QI Phone Charger Panel 27W Wired Fast Charger Pad Modified Car Accessories - Compatible Models: Ford Mustang 2015-2023 - Input Power Supply: 9-16V/1.5-5A - Input Interface: 12V ACC power supply - Wireless Charging: dual coil 15W/10W/7.5W - Wired Charging: 27W TYPE-C fast charging - Charging Method: Electromagnetic induction - Interval Distance: 2-8mm (Attention: Charging can also be done with a case, but the phone case should not be too thick, and there should be no metal objects or rings on the back of the phone or the back of the phone case.) Wireless Charging: not applicable to all mobile phones !!!

What electronic devices does the car wireless charger support？ - Mobile Phone Devices: comply with QI wireless charging standards

- Other Smart Devices: comply with QI wireless charging standards

FOD Multi Protection Program ① Overcharge and over discharge protection ② Short circuit barrier protection ③ Overvoltage and overcurrent protection ④ Charging temperature control protection ⑤ Electromagnetic/Radiation Protection ⑥ Automatic metal/magnetic card detection Indicator Light - Green Light: power indicator light - Blue Light: charging indicator light - Orange Light: warning indicator light (flashing constantly) 1. The phone does not support wireless charging 2. There is a metal object on the back of the phone 3. The phone battery is fully charged Package List 1 X QI Phone Wireless Charger

Wireless Charging Function: only applicable to mobile phones with wireless charging function * Please consider this factor when placing an order with the buyer!!! * Please allow for slight discrepancies between the image and the actual product due to manual measurements and different displays.