ACT AC2010 Charger

ACT AC2010 Universal USB-C Fast Charger | 65W | Power Delivery Profiles | 2 Meter

• USB-C Laptop Charger 65W with Power Delivery support Fixed USB-C cable with a length of 2 meters Always the right power for your laptop/smartphone/tablet 5 Power Delivery profiles for fast and efficient charging Supports USB-C charging for laptops (Dell,
• HP, Lenovo, Google Pixelbook) Supports fast charging for the latest generation Apple MacBook Air M1/M2, iPhones and iPads Supports fast charging for Android smartphones and tablets Quadruple protection:

Overheating, overvoltage, overload, and short circuit The AC2010 USB-C laptop charger 65W is the perfect solution to charge your laptop via USB-C. Thanks to the preset Power Delivery profiles, your laptop will always be charged with the correct amount of energy. Do you have a smartphone/tablet with USB-C?

The AC2010 also charges your mobile device via USB-C. Always the right amount of energy with Power Delivery profiles The AC2010 charges your laptop with precisely the right amount of energy thanks to the five preset Power Delivery profiles. The charger communicates with your notebook to find the correct profile.

This guarantees that your notebook is charged in the most efficient way. Universally applicable The AC2010 USB-C charger for notebooks can be used with most common notebook brands, including Dell, Lenovo, Google Pixelbook, Apple MacBook Air M1/M2.

Works with both Apple and Android smartphones and tablets Connect your latest generation Android smartphone/tablet or your iPhone/iPad to the ACT 65W USB-C wall charger to charge your mobile device. Long cable: 2 meters The AC2010 is a charger that connects directly to a wall socket. The charger has a fixed USB-C cable with a length of 2 meters. This means you no longer have to sit with your notebook next to the power outlet.

Furthermore, the AC2010 fits easily in your bag. 4-way protection Safety is our top priority. That's why our AC2010 USB-C charger is equipped with protection against overheating, overvoltage, overload, and short circuit.