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Baseus GaN5 30W USB-C EU Wall Charger - Purple
EAN: 6932172646233
Symbol: P10110902527-Z1
Baseus GaN5 30W USB-C EU Wall Charger - Purple
The Baseus GaN5 30W is a compact wall charger with a USB-C port that combines high power with a small size. GaN technology increases energy efficiency and allows for a smaller footprint without sacrificing performance. Up to 30W of power enables fast charging of compatible smartphones and tablets. An advanced cooling system supports stable operation under heavier loads. It's a practical solution for everyday use at home, in the office, and on the go.
Specification:
- Brand: Baseus
- Model: Baseus GaN5 30 W USB-C EU
- Entry:
- AC 110 - 240 V~, 50/60 Hz, 0.8 A max.
- Exit:
- USB-C 5V = 3A; 9V = 3A; 12V = 2A; 15V = 2A; 20V = 1.5A max.
- Maximum power: 30 W
- Material: PC
- Weight: about 46 g (without packaging)
- Color: purple
The most important advantages of the Baseus GaN5 30W charger:
- Compact mini design: takes up less space and fits easily in your bag.
- Fast charging up to 30W: efficiently recharge compatible devices.
- Modern GaN technology: higher efficiency in smaller sizes.
- Baseus cooling system: effective heat dissipation during operation.
- Multi-level protection: protection against overvoltage, overload and overheating.
Compact size makes it easy to transport and store
The small housing means the charger takes up little space on a power strip and easily fits in a backpack or bag.
Up to 30W of power for fast charging
The USB-C port supports parameters up to 20 V = 1.5 A max., which allows you to effectively power compatible smartphones and tablets.
GaN technology increases energy efficiency
The use of GaN components translates into higher operating efficiency and lower energy losses while maintaining compact dimensions.
Efficient cooling supports stable operation
Cooling solutions accelerate heat dissipation, which increases safety of use during charging.
Extensive security features protect your devices
Built-in protection systems reduce the risk of overvoltage, overload, overheating and short circuits during charging.