Hama 00201982 mobile device charger Smartphone, Tablet White AC Fast charging Indoor

The Hama 00201982 is a compact indoor AC fast charger with a USB-C port, designed for smartphones, tablets and other USB-C devices. It delivers up to 30 W of power and uses Qualcomm® Quick Charge™ 2.0/3.0 compatibility together with Power Delivery functionality to enable high-speed charging in a small white housing. Components made from gallium nitride (GaN) and a space-saving System-on-Chip design provide efficient performance with reduced heat generation.

Advantages

The charger’s GaN components and SoC architecture allow a lightweight, ultra-compact design without compromising output power. Intelligent charging control protects against overcurrent, overload and short circuits and includes temperature protection to ensure safe operation. The optimized charging process helps reduce stress on device batteries, which can extend battery service life. Automatic device recognition adjusts output for connected devices to provide optimal charging.

Suitable for

• Charging smartphones (including devices supporting Quick Charge and Power Delivery)
• Charging tablets and compact power banks
• Charging wireless earbuds and other small USB-C accessories

Key specifications

• Maximum power: 30 W
• Charger type: Indoor AC fast charger
• Port: USB Type-C
• Compatibility: Smartphones, tablets and other USB-C devices
• Protection: Overcurrent, overload, short circuit and temperature protection
• Color: White
• Input voltage: 100–240 V
• Supports: Qualcomm® Quick Charge™ 2.0/3.0 and Power Delivery

How to use

Connect the charger to an appropriate AC outlet (100–240 V). Plug a USB-C cable into the charger’s USB-C port and into your device. The charger will automatically recognize the connected device and deliver the optimal charging profile. For fastest charging, use a compatible USB-C cable and a device that supports Quick Charge or Power Delivery.

Recommendations

Use the charger in dry indoor environments and avoid covering it while charging to ensure adequate cooling. To maintain battery health, avoid leaving devices plugged in at maximum charge for prolonged periods.