Laptop Volt 1:1 USB-C charging locker VLS1-10S-UAC-O for 10 laptops up to 17 inches - RFID lock + Web control
- This charging locker is shipped for free!
- The product is manufactured in Europe
- Bravour® is an official Zioxi distributor ℹ️
- Post-payment possible
The Laptop Volt 1:1 USB-C charging locker is specifically designed to charge 10 laptops up to 17 inches at a time. With RFID lock and web control through the onView web portal, it is easy to control locker access and user management.
- Easy locker access using RFID locks and an easy-to-configure control system
- Fast charging thanks to the integration of USB-C PD specific power up to 60W per port
- Tidy and secure storage for your laptops thanks to the short cable and patented zioxi oneClick cable ports.
The Laptop Volt 1:1 USB-C Charging Locker VLS1-10S-UAC-O is a highly efficient and stylish product for safely storing and charging up to 10 laptops with 17-inch screen sizes. The locker is designed with RFID locks for easy access control and also offers web control via the integrated web portal.
The locker is equipped with a separate electrical space for storing USB C adapters and cables. The 1-1 locker design makes only a short length of USB power cable available for each charging space, contributing to a tidy and user-friendly environment.
The Laptop Volt 1:1 USB-C charging locker VLS1-10S-UAC-O is made of high-quality, rugged materials and features double wall doors. The doors fold 180 degrees for easy and secure access and prevent accidental door damage.
The OnView management app gives you several options.
Web management features allow you to manage users. Several locker modes are available, such as Loan (for self-service), Private (reserved for one user) or Public (for multiple users).
With the remote control features of the web portal and app, you can manage smart lockers by location, floor, building or organization. This allows you to, for example, open doors, assign users, decommission lockers and more.
With integration with data from European power grids, it is possible to get advice on the most environmentally friendly times to charge devices and charge them according to a configurable set of rules.
