Acer 100W GaN PD Charger - Black





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The Acer 100W GaN PD Charger is designed for professionals and students who rely on multiple devices, offering a high-speed, portable solution to power laptops, tablets, and smartphones simultaneously. By leveraging advanced GaN II technology, it provides an efficient 100W output across four ports while remaining compact, though users should note it features a fixed UK Type G plug which limits its versatility for international travel.
| Colour | Black |
|---|---|
| Model Part Number | ZL.ADTCC.00M |
| Brand | Acer |
Yes, the charger is fully compatible with smartphones, tablets, and other USB devices via the USB-C and USB-A ports.
The charger uses industry-standard USB Power Delivery (PD) 3.0 technology, making it compatible with most laptops that support USB-C PD charging.
No, the 100W total output is shared across the ports. High-demand devices should be prioritized to specific ports for best performance.
Yes, a 2-meter USB-C cable rated for 100W is included.
The adapter supports 100-240V input, but it features a fixed UK Type G plug. You would need a physical travel adapter for other plug types.
Check that the wall outlet is providing power and that the USB-C cable is fully inserted into both the charger and the laptop.
Ensure you are using the USB-C port for high-power devices and verify that no other high-drain devices are saturating the charger's total 100W capacity.
It is normal for the charger to generate heat during operation. Ensure there is adequate airflow around the unit and it is not covered by blankets or papers.
To begin, simply plug the adapter into a standard 100-240V AC wall outlet. Connect your USB cables to the designated ports, ensuring that for maximum power delivery to a laptop, you use one of the USB-C ports. For maintenance, keep the ports free of dust and debris, and avoid bending the included 2m cable sharply near the connectors to preserve its longevity. As an indoor-only power supply, ensure it is kept away from moisture and extreme heat sources to maintain the integrity of the internal safety mechanisms.