Hollyland HL-C1-CH08 Solidcom C1 (Pro) 8-Slot Battery Charging Case

Efficient Charging Solution for Solidcom C1 Batteries
The Hollyland Solidcom C1 8-Slot Battery Charging Case is a must-have accessory for professionals who rely on the Solidcom C1 wireless intercom system. This charging case provides a dedicated solution for keeping your batteries powered and ready to go. Designed with eight individual slots, it allows you to charge multiple batteries at once, making it ideal for large-scale productions, live events, and broadcast applications.

Fast and Reliable Power Supply
With an input range of AC 100–240V at 50/60Hz, this charging case is built for versatility and global use. The case outputs a stable 12V/2A DC power supply, ensuring that each battery receives the optimal charge for extended operational performance. The single charging port delivers approximately 420mA of current, providing efficient energy distribution across all eight slots.

Organized and Space-Saving Design
This charging case is designed to keep your workspace tidy while efficiently managing your Solidcom C1 batteries. The compact structure allows for convenient storage and transport, making it a practical addition to mobile production setups. Whether you're in a studio, on location, or backstage at an event, this charging solution keeps your batteries secure and accessible.

Seamless Integration with Solidcom C1 System
Tailored specifically for Solidcom C1 intercom headsets, this charging case ensures a hassle-free experience when it comes to power management. Simply insert the batteries into the designated slots, connect the case to a power source, and let it handle the rest. The intelligent design safeguards against overcharging, ensuring long-term battery health and reliability.

Essential for Extended Communication Needs
For teams operating in live production, sports broadcasting, theater, and large-scale events, uninterrupted communication is essential. The Hollyland Solidcom C1 8-Slot Battery Charging Case provides the convenience and efficiency required to keep multiple users connected without downtime due to depleted batteries.