EXSYS EX-11017 16-porttinen USB Type-C-latausasema

Exsys EX-11017 is a 16-port charging station with USB Type-C outputs and a stated total power capacity of 65,000 W. The unit is intended to provide centralized power distribution for many devices at once, reducing the need for individual power adapters. Its design targets environments that require multiple simultaneous charges such as offices, classrooms, retail points and shared workspaces.

Advantages

The 16 USB-C ports enable simultaneous connection of numerous phones, tablets and other USB-C devices. Centralized charging minimizes cable clutter and consolidates power management in one device. The high stated total power capacity allows the station to support heavy concurrent usage across all ports. The product is presented by the Exsys brand and is intended to simplify device charging in multi-user settings.

Suitable for

• Office charging stations for staff phones and tablets
• Classrooms and training centres with multiple student devices
• Retail displays and demonstration areas requiring continuous device power
• Shared workspaces, meeting rooms and hot-desking environments

Key specifications

• Number of output ports: 16 USB Type-C ports
• Total power capacity: stated as 65,000 W
• Output connector type: USB Type-C
• Intended use: simultaneous charging of multiple USB-C devices

How to use

Place the charging station on a stable surface near an appropriate mains outlet. Connect the unit to mains power following local electrical safety requirements, then connect devices to the USB Type-C ports using compatible charging cables. Monitor device charging status on each device; the station centralizes power so individual adapters are not required for each device. For safety, follow any manufacturer guidance supplied with the product regarding ventilation, placement and connection limits.

Recommendations

For reliable operation, install the charging station in a well-ventilated area and avoid covering vents. Use USB-C cables that match device charging specifications and observe device manufacturer guidance for charging. In environments with many devices, distribute connections to avoid concentrating maximum power draw on a subset of ports.