The SWIT KA-A20S is a robust V-mount battery plate specifically designed for ARRI ALEXA LF, ALEXA 65, and ALEXA SXT cameras, delivering reliable high-voltage power and multiple output options in a durable CNC aluminum housing.
The SWIT KA-A20S is a robust V-mount battery plate specifically designed for ARRI ALEXA LF, ALEXA 65, and ALEXA SXT cameras, delivering reliable high-voltage power and multiple output options in a durable CNC aluminum housing.
The SWIT KA-A20S ALEXA V-mount Plate provides a reliable and high-performance power solution for professional ARRI ALEXA cameras. Designed to perfectly match ARRI ALEXA LF, ALEXA 65, and ALEXA SXT, the KA-A20S ensures secure V-mount battery installation while maintaining optimal power delivery for high-demand camera systems.
When paired with SWIT PB-H290S bi-voltage batteries, the plate outputs 22–33.6V, ideal for high-voltage ARRI camera operation. With standard V-mount batteries, it maintains the original battery voltage, offering flexibility across various setups. The aluminum CNC unibody housing provides durability, heat dissipation, and reliable mounting, while high-load pins and multiple circuit protections guarantee safe, uninterrupted operation on set.
Additional outputs include 2x D-tap, 1x LEMO, and 1x USB, allowing you to power monitors, lights, or other accessories directly from the plate. This makes the KA-A20S a versatile and essential accessory for professional cinematographers.
Key Features
Dedicated V-mount plate for ARRI ALEXA LF/65/SXT cameras
High-voltage output 22–33.6V with PB-H290S batteries
Maintains original voltage with other V-mount batteries
Durable aluminum CNC unibody housing
Reliable high-load pins and multiple circuit protections
Multiple accessory outputs: 2x D-tap, 1x LEMO, 1x USB
Perfect for high-demand professional cinematography
Model: KA-A20S
Compatibility: ARRI ALEXA LF, ALEXA 65, ALEXA SXT
Battery Type: V-mount, PB-H290S Bi-voltage compatible
Outputs: 2x D-tap, 1x LEMO, 1x USB
Housing: Aluminum CNC unibody
Protections: Overload, short-circuit, and multiple circuit safeguards