Gen Energy 4-Channel Simultaneous Fast 6A Charger & Power Station (V-Mount)

The Gen Energy 4-Channel Simultaneous Fast 6A Charger & Power Station (V-Mount) measures the voltage inside the battery in 100 steps and reflects it in real time, indicated by (5) LED lights. When the indicators are turned on, they are displayed in a simplified format, such as 100% state of charge, 99~95%, and 94~90%. Because they do not utilize low-durability displays such as liquid crystal panels, they can better cope with shock and temperature changes.

The Gen Energy G-CB100 has a rigid aluminum alloy body and high-power cooling fan designed to support its four charging terminals (the terminals' own heating performance is also excellent), which can help to reduce heat generation by more than 12% compared to a charger made of plastic. It also features exceptional internal EM shut-off effects.

The Gen Energy G-CB100 charges up to 6A at the same time, resulting in up to 8x faster charging efficiency than third party chargers. This feature applies when you use your own 290W, 195W, and 160W batteries (the 98W battery will charge up to 3A). Two XLR 4-pin connectors provide 14.4V DC output at up to 10A max. load (A+B).

Precision temperature control prevents overheating that may occur during high speed charging, with the battery condition checked and the condition of each battery assessed to specify the ideal current. This allows each battery to achieve an optimum state of charge.

Features:

• (4) V-Mount battery terminals
• Dual XLR 4-pin 14.4V DC output (Power Station); 10A max. load (A+B)
• High speed charging
• Anti-overheat features
• Aluminum body
• 100 levels of charge indication

Charging/Discharging Notes:

• Charging:
  
  • 4-channel, 6A simultaneous charging
  • 98Wh batteries charged at 3A automatically
  • Other mfg. battery packs charged at 3A automatically
• Discharging:
  
  • 2-channel XLR outlets :
    
    • If AC input, then 14.4V is discharged from AC power
    • If AC is disconnected, 14.4V is discharged, 10A sum continuously from battery one by one; if 290Wh used, 290 x 4 = 1160Wh discharged continuously