ACT CONNECTIVITY USB-C laptop wall charger 65W with Power Delivery profiles

The AC2010 USB-C laptop wall charger 65W is the perfect companion for your laptop with a USB-C charging port. Thanks to predefined Power Delivery profiles, your laptop is always charged with the right amount of energy. Do you have a smartphone/tablet with USB-C? AC2010 will also charge your smartphone/tablet.

Always the right amount of energy with Power Delivery profiles
AC2010 charges your laptop with exactly the right amount of energy using five predefined Power Delivery profiles. The charger communicates with your laptop to find the right profile. This communication ensures the most effective and efficient charging.

Universal compatibility
The AC2010 USB-C Wall Charger is compatible with most popular laptop brands, including Dell, HP, Lenovo, Google Pixelbook, Apple MacBook Air M1/M2 laptops.

Works with both Apple and Android smartphones and tablets.
Connect your Android smartphone/tablet and latest generation iPhone/iPad to the ACT 65W USB-C wall charger to charge your mobile device.

Long cable: 2 meters
The AC2010 wall charger can be connected directly to the outlet. The charger has a convenient, 2-meter, fixed, long USB-C cable. This way you can move more freely with your notebook without having to sit next to the outlet. The AC2010 fits easily in your bag.

4 energy protection levels
We take security seriously. Therefore, the AC2010 wall charger is equipped with overheat protection, overvoltage protection, overcurrent protection and short circuit protection.

- USB-C laptop wall charger with 65 W Power Delivery support
- 2 meter fixed USB-C cable
- It always provides the right amount of energy for your laptop/smartphone/tablet
- 5 Power Delivery profiles for efficient and fast charging
- Supports USB-C charging for laptops (Dell, HP, Lenovo, Google Pixelbook)
- Supports fast charging of the latest generation Apple MacBook Air M1/M2, iPhones and iPads
- Supports fast charging of Android smartphones and tablets
- 4 power protection levels: over temperature, over voltage, over current and short circuit