Dynacore DHBC-4 26V Battery Charger

Description

Dynacore DHBC-4 26V Battery Charger

The Dynacore DHBC-4 26V Battery Charger is a specialized and high-performance quad-channel charger explicitly designed for the latest generation of high-voltage 26V V-mount Li-ion batteries. These batteries are primarily used to power high-draw cinema lighting (like ARRI SkyPanels) and certain high-end cinema cameras, making this charger an essential piece of equipment for professional film and broadcast productions.

The Dynacore DHBC-4 26V V-Mount Quad Charger is a powerful and intelligent simultaneous battery charging station built for demanding professional environments. It is specifically engineered to charge four 26V V-mount Li-ion batteries simultaneously, providing an efficient and rapid replenishment solution for high-voltage power packs.

Each of the four charging channels delivers a substantial 29.2V DC output at 3A, ensuring fast and optimized charging for each connected 26V battery. This high current output significantly reduces downtime, making it ideal for large film sets, broadcast studios, and rental houses where high-power lighting and camera systems are in constant use.

Designed for global usability, the DHBC-4 features a universal AC input voltage (90V~240V / 47Hz~63Hz), allowing for seamless operation in any country without the need for additional voltage converters. Each charging channel operates independently, intelligently managing the charge process for each battery. Clear LED status indicators for each bay provide real-time visual feedback on charging progress.

The DHBC-4 boasts a durable yet portable design, featuring a comfortable integrated carry handle for easy transport between locations. Its robust construction is complemented by raised, rubberized feet that enhance stability and aid in heat dissipation, ensuring reliable performance even during extended use. The Dynacore DHBC-4 26V charger is an indispensable high-voltage battery management solution for professional cinematographers and gaffers relying on powerful 26V systems.