SWIT PB-M90S 90Wh Pocket Mini V-mount lithium battery

125.00 د.ا

  • It is a portable V-mount battery with extreme size. It adopts high-capacity high-quality cells and ultra-small size 90Wh capacity. It is suitable for outdoor portable power supply applications of small cameras, monitors, lights and other film and television equipment.
  • PB-M90S is composed of 8 imported class a high-capacity batteries, with a nominal voltage of 14.4V and a capacity of 90wh/6.25ah. It can be loaded into hand baggage for airport security inspection, and its continuous load capacity is at least 120W, 10A.
  • PB-M90S has a built-in B-mount, which supports 120W/10A DC output and charging input. It is recommended to charge the PC-U130B2 of SWIT dual B-mount travel charger.
  • PB-M90S innovatively adopts the “leadless” internal process. All cells, electrodes, B-Mount, power indicator lights and other devices are directly welded with the motherboard without using a single wire, which effectively reduces the internal resistance and maximizes the battery performance. The circuit is stable, safe and reliable.

 

Description
  • It is a portable V-mount battery with extreme size. It adopts high-capacity high-quality cells and ultra-small size 90Wh capacity. It is suitable for outdoor portable power supply applications of small cameras, monitors, lights and other film and television equipment.
  • PB-M90S is composed of 8 imported class a high-capacity batteries, with a nominal voltage of 14.4V and a capacity of 90wh/6.25ah. It can be loaded into hand baggage for airport security inspection, and its continuous load capacity is at least 120W, 10A.
  • PB-M90S has a built-in B-mount, which supports 120W/10A DC output and charging input. It is recommended to charge the PC-U130B2 of SWIT dual B-mount travel charger.
  • PB-M90S innovatively adopts the “leadless” internal process. All cells, electrodes, B-Mount, power indicator lights and other devices are directly welded with the motherboard without using a single wire, which effectively reduces the internal resistance and maximizes the battery performance. The circuit is stable, safe and reliable.