GLOGLOW Charging Adapter V Lock Battery to NPF Adapter with DTap Output, Plastic V Mount Power Plate, Black, 168g, for Monitors and Fill Lights Battery and Controller
Secure Lock Mechanism: Safety lock ensures firm attachment to V-mount batteries with Arrow Storage Case capability, providing reliable connection and hassle-free installation and removal during use.
Versatile Power Conversion: Transforms V-mount batteries to NP-F format, enabling seamless compatibility with monitors, fill lights, and other NP-F battery-powered equipment for flexible power solutions.
Wide Voltage Compatibility: Accepts V-type male mount input voltage ranging from 11-16.8V, making it compatible with various V-lock battery brands and capacities for professional video production needs.
Dual Output Ports: Features NP-F battery male mount output at 7.4V/3A and a 14.8V D-tap female port, allowing simultaneous power supply to multiple devices for enhanced workflow efficiency.
Lightweight Construction: Made from durable black plastic weighing approximately 5.9 ounces, offering long-lasting performance without adding unnecessary bulk to your camera rig setup.
Description
This V Lock Battery to NP-F Adapter transforms your V-mount batteries into a versatile power source for NP-F compatible devices. The adapter features a plastic construction that keeps weight minimal at approximately 5.9 ounces while maintaining durability for extended use. It accepts V-type male mount input voltage ranging from 11-16.8V and converts it to 7.4V/3A output through the NP-F battery male mount, making it compatible with monitors, fill lights, and other NP-F battery-powered equipment. An integrated 14.8V D-tap female port provides additional power output options for connecting supplementary gear. The safety lock mechanism ensures your battery stays securely attached during operation while allowing quick and easy removal when needed. Finished in black, this lightweight power plate offers a practical solution for photographers, videographers, and content creators who need flexible power distribution across multiple devices on set or in the field.