Indoor Charger Wentronic 44962 Universal White 4 USB Ports 5V

The Wentronic 44962 Universal Indoor Charger in white is a compact 4-port USB charger designed for AC mains use. With four USB 2.0 ports and a total maximum power of 30 W at 5 V output, this charger supplies power to multiple portable devices simultaneously. It accepts a wide input voltage range of 100–240 V, making it suitable for use in different regions. Built-in protections against over current, overcharge and overheating ensure reliable and safe charging for everyday devices.

Advantages

This indoor charger offers simultaneous charging for up to four USB devices while occupying a single wall outlet. The universal compatibility and 100–240 V input range make it convenient for home and office use. Safety features such as over current, overcharge and overheating protection help prevent damage to connected devices. Its lightweight and compact design enable discreet placement and easy transport.

Suitable for

• Charging mobile phones and smartphones
• Powering tablets and e-readers
• Recharging cameras and action cams
• Charging headphones and wireless earphones
• Powering smartwatches and fitness bands

Key specifications

• Output voltage: 5 V
• Maximum total power: 30 W
• Number of USB ports: 4 (USB 2.0)
• Input voltage: 100–240 V AC
• Charger type: Indoor, universal compatibility
• Product colour: White
• Weight: 0.07 kg

How to use

Plug the charger directly into a compatible AC wall socket within the rated input voltage range (100–240 V). Connect up to four USB devices using their USB charging cables. Charging begins automatically once devices are connected. Do not use the charger if the casing is damaged or if it shows signs of overheating. Disconnect the charger from the mains when not in use.

Recommendations

For optimal performance, use original or quality-certified USB charging cables and avoid connecting devices that together exceed the charger’s 30 W maximum output. Allow adequate ventilation around the charger during use to support heat dissipation and prolong component life.