Home
Core Swx Apex 360 29.6V 367Wh Lithium-Ion Battery, V-Mount
Macy's
Loading Inventory...
Core Swx Apex 360 29.6V 367Wh Lithium-Ion Battery, V-Mount in Ponce, PR
From Core Swx
Current price: $399.00

Macy's
Core Swx Apex 360 29.6V 367Wh Lithium-Ion Battery, V-Mount in Ponce, PR
Current price: $399.00
Loading Inventory...
While specifically engineered to cater to the unique power needs of high-power Led lighting systems, the Apex 360 29.6V 367Wh Lithium-Ion Battery, V-Mount, is a versatile and robust power solution. This high-quality, durable battery boasts a substantial 367Wh capacity, ensuring extended runtimes and fewer interruptions for recharging. The Apex 360 is a reliable V-Mount battery, a standard in the industry, making it compatible with a wide array of cameras and other electronic devices. Its innovative design allows it to output up to 12A continuously, providing a consistent and powerful energy source for your equipment. This battery is not just about power it's about efficiency too. The Apex 360 is capable of delivering high voltage under lower current requirements, resulting in a cooler and more efficient operation of Led lights that accept higher voltages.
While specifically engineered to cater to the unique power needs of high-power Led lighting systems, the Apex 360 29.6V 367Wh Lithium-Ion Battery, V-Mount, is a versatile and robust power solution. This high-quality, durable battery boasts a substantial 367Wh capacity, ensuring extended runtimes and fewer interruptions for recharging. The Apex 360 is a reliable V-Mount battery, a standard in the industry, making it compatible with a wide array of cameras and other electronic devices. Its innovative design allows it to output up to 12A continuously, providing a consistent and powerful energy source for your equipment. This battery is not just about power it's about efficiency too. The Apex 360 is capable of delivering high voltage under lower current requirements, resulting in a cooler and more efficient operation of Led lights that accept higher voltages.






















