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AUSTRALIA'S BIGGEST AND BEST RANGE OF CERTIFIED EBIKE BATTERIES AND CHARGERS AT THE LOWEST PRICES! FREE POSTAGE OVER $99*
AUSTRALIA'S BIGGEST AND BEST RANGE OF CERTIFIED EBIKE BATTERIES AND CHARGERS AT THE LOWEST PRICES! FREE POSTAGE OVER $99*

36V 10.4Ah / 374Wh Ezy Commuter Samsung eBike Battery CPSEZY36-10.4

Original price $371.00 - Original price $436.00
Original price
$371.00
$371.00 - $436.00
Current price $371.00

Ezy Commuter Folding Bike eBike Replacement Battery

36 Volt

10.4 Ah

374 Wh

DMEGC 18650 Cells

25A Continuous Discharge BMS- For Motors Up To - 800 Watts

2A, 3A, 4A or 1-5 Variable Battery Charger Options

ST3 3 Pin Charging Port (Free Single Pin Charger Adapter Available If Required - Select From Drop Down Menu)

Removable Branding

SSE027 Style Rear Rack Battery

UN38.3 Certification and MSDS

Also direct replacement for Ezy Commuter Folding Bike eBike,

Multipurpose battery, Compatible with Bafang, CYC Motor, Tongsheng, Hub Motors and More

Dimensions: L 350mm - W 150mm - H 55mm - Battery only, without bracket/sleeve

Popular SSE-027 battery, fits a wide range of imported bicycles, or can be used to fit a new battery on your rear rack. Coming with battery pack and battery retaining bracket

Built to Cap Rouge specifications, this battery is suitable for bikes with motors up to and including 800W

High quality, long life battery built using 18650 cells

All cells used in our batteries are 100% new and tested to International Electrotechnical Commission (IEC) standard 62133-2-2017 or 2012, beware as many Australian suppliers do not mention the brand of cell used

  • 36V
  • 10.4 AH
  • 374 Wh
  • 10S3P
  • Dimensions: L 360mm - W 155mm - H 60mm
  • DMEGC 18650 cells, tested to EN62133-2-22017
  • Weight 2.7Kg 
  • 2 Keys with docking station included
  • ST3 3 pin charging por
  • 1-5A, 2A, 3A or 4A Battery charger options
  • 5A maximum charging input
  • Discharge cable with Micro Anderson connector
  • 25A Continuous discharge BMS for motors upto 900W
  • Battery Management System (BMS) Managing
    1. Charging voltage
    2. Balance voltage for single cell               
    3. Current consumption                
    4. Maximal continuous charging current     
    5. Maximal continuous Discharging current            
    6. Over charge Protection 
    7. Over discharge protection         
    8. Over current protection 
    9. Short protection
    10. Resistance Protection