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SWIT PB-H260S
Smart Bi-Voltage 350W Super High Load Battery with 28V/14V auto recognization and switching for V-mount.
Key features:
- Strong structured battery with1.5 meters drop-off proof
- Bi-voltage: 14.4V (11-16.8V) & 28.8V (22-33.6V)
- D-tap always normal 14V output
- Compatible with all normal voltage chargers
- Max 6A fast charging (by SWIT S-3812S charger)
- 8-LED remaining run time indicators
- 14.4V D-tap output for on-camera devices
- 14.4V/28.8V auto recognition and switching
- 260Wh high capacity, Max 350W high load
- V-mount
14.4V/28.8V Bi-Voltage for ALEXA LF/65 and all normal cameras
The ARRI Alexa LF/65 require on-board battery input voltage 19.5-34V only, and the normal 14.4V (11-16.8V)
batteries are no longer compatible.
The existing 26-28.8V high voltage batteries can power Alexa LF/65, but the high voltage with the same physical
connectors will surely damage other normal cameras.
A better solution is to use normal 14.4V battery with a DC boost plate
But the current between battery and V-plate will get quite high with 160W load and 14.4V voltage, and will melt
the battery pins.
Now you will have a great solution for Alexa LF/65: the SWIT Intelligent Bi-voltage Battery, can output both 11
16.8V normal voltage and 22-33.6V high voltage, with auto recognition and switching by the dedicated V-mount
plate, compatible with Alexa LF/65 and all other normal cameras and devices, with no risk of misusing.
4.4V/28.8V Auto Switching by Alexa dedicated plate KA-A20S
The Bi-voltage battery PB-H260S output normal 11-16.8V voltage as default, you can attach to any normal
V-mount cameras or other devices, and any normal voltage chargers.
Use the ARRI ALEXA dedicated V-mount plate KA-A20S, PB-H260S battery can recognize and auto switch on 22
33.6V, to power Alexa LF/65/SXT/AMIRA.
260Wh Capacity, 200W High Load
PB-H260S consists of 24pcs high class 18650 battery cells, and reaches 260Wh high capacity.
PB-H260S supports Max 350W constant power output, can drive ALEXA LF (160W) more on-camera monitors or
wireless simultaneously.
The high load battery will have longer life time than normal battery if always under full load power.