Charging Dock Station Compulocks 10 Ports USB 10PUSBDKS-EU

The Compulocks 10 Ports USB Charging Dock Station is a freestanding charger designed to power up to ten mobile phones or tablets simultaneously. It has a compact white housing with ten 15 mm slots to hold devices and supports wide input voltage for use in different regions. The dock provides strong input power and a total output of up to 120 W, distributing current automatically to connected devices.

Advantages

The charging dock incorporates a multi-protection safety system that guards against short circuits, overheating, power surges, over-charging and over-current. Synchronous rectification technology increases conversion efficiency up to 88%, reducing wasted heat and improving energy use. The dock is compatible with any device that charges via USB and automatically adjusts output current per connected device up to 5V/2.4A per port.

Suitable for

• Offices and reception areas that need to charge multiple devices
• Classrooms or training rooms with shared tablets or phones
• Households with several mobile devices
• Retail or service counters that provide charging to customers

Key specifications

• Model: Compulocks 10PUSBDKS-EU
• Ports: 10 USB ports
• Single-port output: 5V / 2.4A
• Total output: up to 120W
• Slot thickness: 15 mm (0.59")
• Input voltage: 100–240 V
• Colour: White
• Dimensions (W × D × H): 130 × 238 × 90 mm

How to use

Place the dock on a stable, flat surface and insert each device into a slot so the USB cable reaches the corresponding port. Connect the charging station to a compatible mains outlet using the supplied power cable. The dock will detect connected devices and automatically adjust the output current; ensure cables are fully inserted and devices are positioned securely in the slots during charging.

Recommendations

For safe and efficient operation, use original or high-quality USB cables, avoid blocking ventilation around the dock, and do not expose the unit to moisture. Disconnect the dock from mains before cleaning and allow adequate spacing between devices to prevent excessive heat buildup.