Caricabatterie per interni Navilock 65907 smartphone nero bianco

The Navilock 65907 indoor charger is a Qi-certified wireless charging station for smartphones, available in black and white. It uses inductive energy transfer to charge compatible mobile devices without a cable and includes a USB Type-A port for optional wired charging of a second device. The charger has a beveled design that keeps the phone display accessible while charging and is powered via DC input for indoor use.

Advantages

This wireless charger eliminates the need to plug and unplug charging cables, protecting device connectors and simplifying daily charging. The integrated USB Type-A port adds flexibility by allowing an additional device to be charged simultaneously using a cable. The compact, bevel-shaped design keeps the smartphone within easy reach and ensures the display remains usable during charging.

Suitable for

• Qi-compatible smartphones and other Qi-enabled mobile devices
• Users who prefer cable-free charging at home or in the office
• Charging an additional device via USB Type-A cable

Key specifications

• Brand: Navilock
• Model / MPN: 65907
• EAN: 4014619833641
• Color: Black / White
• Charging standard: Qi (wireless, inductive)
• Additional port: USB Type-A for optional wired charging
• Power input: DC (indoor use)

How to use

Connect the charger to a suitable DC power source. Place a Qi-compatible smartphone on the charging surface with the screen facing up and ensure the device is centered for optimal inductive charging. If you need to charge a second device, plug a compatible USB cable into the Type-A port and connect it to the device. Monitor the device’s charging indicator to confirm charging has started.

Recommendations

Use only the supplied or certified external DC adapter and a compatible USB cable. Remove thick cases or metal attachments from the back of the smartphone before wireless charging to improve efficiency. Avoid exposing the charger to moisture or extreme temperatures and place it on a stable, flat surface during use.