Verbatim 31861 Charge ‘n’ Drive Qi2 Magnetic Wireless Car Charger, Black

Description

High Power Qi2 Wireless Charging

Take your iPhone charging to the next level with the Verbatim Qi2 Charge ‘n’ Drive “Ice Cooling” Magnetic Wireless Car Charger. Offering up to 15W* of power, it charges iPhone models (16/15/14/13/12) at twice the power of the original Qi standard. Whether you’re navigating or streaming music, your iPhone stays charged and ready. Plus, it supports Qi2-compatible Android devices, ensuring universal compatibility for all your charging needs.

Stay Cool, Charge Efficiently

Featuring an advanced ice-cooling system, this charger uses a smart cooling fan and semiconductor chilling plate to prevent overheating and ensure optimal charging efficiency. Whether you’re in a hot car or on a long drive, this technology keeps your device cool and charging at maximum speed without interruptions.

Flexible Mounting Options

Mount your phone wherever it’s most convenient with the charger’s versatile mounting options. Choose from ventilation, dashboard, or windscreen mounting, thanks to the included ventilation holder and suction cup holder. The 360° rotatable design ensures you can always find the perfect viewing angle for navigation, calls, or music control.

Quantity per pack 1 pc(s)
Package width 67 mm
Package depth 106 mm
Package height 146 mm
Package weight 321 g
Package type Hanging box
Storage temperature (T-T) -10 – 60 °C
Cables included USB Type-C to USB Type-C
Mobile operating systems supported Android, iOS
Wireless charging Yes
Fast charging Yes
Layers per pallet 5 pc(s)
Product colour Black
Width 64.3 mm
Depth 64.3 mm
Height 43.2 mm
Weight 117 g
Cable length 1 m
Operating temperature (T-T) 0 – 40 °C
User guide Yes
Number of simultaneously connected devices (max) 1
Charger compatibility Smartphone
Input voltage
Input current 3 A
Plug and Play Yes
LED indicators Yes
Charger type Auto
Power source type USB
Maximum power 15 W
Frequency range 110 – 360 kHz
Working distance 3 mm
Power protection features Over current, Over voltage, Overheating, Short circuit
Efficiency 70%