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GET 10% OFF YOUR ENTIRE ORDER WHEN PURCHASING ANY CONVERSION KIT AND BATTERY COMBO - SAVE UP TO $400! USE CODE: 10OFFCVRKITS
GET 10% OFF YOUR ENTIRE ORDER WHEN PURCHASING ANY CONVERSION KIT AND BATTERY COMBO - SAVE UP TO $400! USE CODE: 10OFFCVRKITS

48V 15Ah / 720Wh Rear Rack Samsung eBike Battery CPSR48-15

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Original price $611.00 - Original price $611.00
Original price
$611.00
$611.00 - $611.00
Current price $611.00

48 Volts

15 Ah

720 Wh

Samsung 50G 21700 Cells

40A Continuous Discharge BMS - For Motors Up To 1800 Watts

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

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

Rear Rack Battery, Includes Mounting Bracket

Removable Branding

Your battery includes everything you need to replace your current, or install a new rear rack battery. These are normally fitted to the rear rack of the bike

Built to Cap Rouge specifications, this battery is suitable for bikes with motors up to and including 1800W

High quality, long life battery built using 21700 cells

This battery is one of Cap Rouge specialties. We are the first Australian reputable company to use top line 21700 cells. This battery is for long life and high performance.

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

  • 48V
  • 15 Ah
  • 720 Wh
  • 13S3P 
  • 370L 155W 58H including mounting bracket/ controller box
  • Weight 4.10 KG Excluding Charger
  • Built in tail light connected to battery
  • Docking station, to attached the battery to your bike
  • ST3 3 pin charging port
  • 1-5A, 2A, 3A or 4A  Battery charger options
  • 5A maximum charge input
  • Samsung 50G 21700 cells, tested to EN62133-2-22017
  • Discharge cable with micro Anderson connector
  • Continuous discharge 40A
  • 2 Keys included
  • 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