Navitel PWR10 MX VIHREÄ varavirtalähde 10000 mAh

NAVITEL PWR10 MX is a portable external battery with a capacity of 10000 mAh. It supports simultaneous charging of up to three devices through two USB-A ports and one reversible USB-C port. The power bank provides a total output power of 22.5 W and an output current up to 5 A, and its digital display shows the remaining charge level. The compact dimensions (140 x 69.2 x 15.5 mm) and weight of 220 g make it easy to carry in a pocket, backpack or bag.

Advantages

The Navitel PWR10 MX offers multiple charging ports including USB-C with Power Delivery and USB-A ports with Quick Charge compatibility, enabling efficient charging for smartphones, tablets and other gadgets. Intelligent power management monitors connected devices and distributes current to prevent overloads. The durable plastic housing is scratch- and abrasion-resistant, and the built-in digital indicator provides clear visual control of the remaining battery level.

Suitable for

• Charging smartphones and feature phones
• Recharging tablets and e-readers
• Powering wearables and portable players
• Travel, hikes and everyday carry

Key specifications

• Battery capacity: 10000 mAh
• Output ports: 2 × USB-A, 1 × USB-C (reversible)
• Total output power: 22.5 W
• Maximum output current: up to 5 A
• Dimensions: 140 × 69.2 × 15.5 mm
• Weight: 0.22 kg
• Colour: Green

How to use

Connect the power bank to a device using a suitable USB cable: use the USB-C or one of the USB-A outputs depending on the device connector. The digital display will indicate the remaining charge before and during use. To recharge the power bank itself, connect an appropriate charger to the USB-C input (or as specified by the manufacturer). Avoid exposing the device to moisture and extreme temperatures while charging or storing.

Recommendations

For longer battery life, store the power bank partially charged (around 40–60%) if it will not be used for extended periods. Use original or certified cables and chargers to ensure safe and efficient charging.