VR Headset Volt 1:1 USB-C charging locker VVR1-12S-UC-O# including USB-C cables for 12 VR Headsets & Controllers - RFID lock + Web control
- This charging locker is shipped for free !
- Product is manufactured in Europe
- Bravour® is an official Zioxi partner ℹ️
- Post-payment possible
The VR Headset Volt 1:1 USB-C charging locker is a compact, stylish and secure solution for charging and storing VR headsets and controllers. It contains 12 lockers and has RFID lock and web management for easy access control. In addition, USB-C cables are included
OnView RFID VR Headset Charging Locker is the perfect solution for securely and efficiently charging your VR headsets and controllers.
- Smart charging locker with web portal for user management and authorisation
- Modern and stylish design, suitable for any room
- Separate electrical compartments for quick charging of VR headsets and controllers via USB-C
- USB-C cables included
OnView RFID VR Headset Charging Locker is the perfect solution for securely and efficiently charging your VR headsets and controllers. This charging locker has 12 lockers and is equipped with an RFID lock for easy access control. Moreover, you can manage the lockers via a web portal and app, giving you anytime, anywhere visibility of users, lockers and power consumption.
This Volt 1:1 VR Charging Locker has a separate electrical compartment with USB-C power module and offers up to 20W output power per port for fast charging with the included USB-C cables. The cables are secured with the patented zioxi oneClick cable ports, so the lockers are always tidy and ready for use. The lockers are robust and have a modern look, making them suitable for both business and private environments.
The onView web management features allow you to exercise even more control. For example, you can control access with support for most commonly used RFID cards and keys, manage users and set locker modes, such as loan mode, private mode or public mode. Moreover, via the web portal and app, you can manage lockers, keep logs and set rules for optimal flow control.
