MiTEC MiPOWER In-Car Charger - White

Currently unavailable

Currently unavailable
The MiTEC MiPOWER In-Car Charger is an ideal solution for commuters and frequent travelers who need to keep multiple devices powered simultaneously. Its primary benefit is the inclusion of both USB-A and USB-C ports, offering versatile compatibility for various smartphones, tablets, and electronics. While it provides reliable and safe power delivery, users should note that the charging speed depends on the specific device requirements and the output capacity of the vehicle's power socket.
| Colour | White |
|---|---|
| Series | MiPOWER |
| Brand | MiTEC |
Yes, the charger is designed to power two devices simultaneously using the USB-A and USB-C ports.
No, the package includes the in-car charger unit only. You will need to use your own charging cables.
It is designed to work with standard 12V vehicle power sockets, which are found in the vast majority of cars and trucks.
Yes, the charger features integrated protection against over-current and over-voltage to ensure a safe power delivery.
Yes, it is compatible with most USB-powered tablets, provided you have a compatible cable.
Ensure the car engine is running or the ignition is set to the accessory position. Verify the charger is fully pushed into the socket.
Clean the vehicle's 12V socket of any debris and try re-inserting the charger firmly.
Check the USB cable for internal breaks or damage. Test the device on the alternative port to rule out a cable fault.
To begin using the MiTEC MiPOWER charger, simply insert the unit into your vehicle's 12V accessory socket until it is seated firmly. Once the blue or indicator light (if equipped) glows, connect your USB cable to the appropriate port and plug it into your device. The charger is compatible with any USB-A or USB-C powered electronic device. For maintenance, keep the ports free of dust and debris by gently wiping the exterior with a dry, lint-free cloth. Avoid exposing the device to extreme moisture or liquid spills to maintain electrical integrity.