VIKING PN-962PD

Viking PN-962PD – safely charges even your laptop

The Viking PN-962PD power bank impresses with its 20000mAh capacity, build quality and versatility. It also excels with advanced safety features, providing complete protection for both your devices and the power bank itself. Thanks to its high capacity, you'll no longer have to worry about where to charge your electronic devices. With this practical power bank, you can charge not only your mobile phone, tablet, e-book reader, GPS navigation, camera and camcorder, but also your laptop.

Charge up to 4 devices at once

With the Viking PN-962PD power bank, you can charge up to 4 devices simultaneously. You have three USB-A ports and one USB-C output with support for Qualcomm Quick Charge 4.0 (22.5W) and Power Delivery 3.0 (18W) fast charging. To charge the Viking PN-962PD power bank at up to 12V, you can use three options – USB-C, Micro USB and a Lightning connector. The battery used not only boasts a 20000mAh capacity, but also has no memory effect and weighs just 415 grams.

Key features of the Viking PN-962PD 20 000 mAh power bank

• Maximum output of 22.5W
• Supports Qualcomm Quick Charge 4.0 and Power Delivery 3.0 fast charging
• Capacity of 20000mAh (3.7V / 74Wh)
• Highly effective IC technology for boosting battery life and protection
• Display and LED indication of the power bank's charge status
• Battery with no memory effect and at least 500 charge cycles
• LCD display shows battery capacity status, charging progress and QC/PD charging usage
• MCU control chip
• Viking PN-962PD includes protective electronic elements against overcharging, discharging or short circuits

Charge smart with the Viking PN-962PD power bank

Thanks to support for Qualcomm Quick Charge and Power Delivery fast charging standards, the Viking PN-962PD power bank charges your Android or iOS devices up to 50% faster. The built-in intelligent MCU electronic chip automatically detects the required voltage and current from the charged devices in real time and optimises its output voltage and current to achieve the most efficient charging possible. This chip also ensures that the battery of the device being charged is not placed under extreme strain.