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Australia's Biggest Range of eBike Batteries! Out of Stock Items will be Back in Stock Soon! Free Postage over $50*
Australia's Biggest Range of eBike Batteries! Out of Stock Items will be Back in Stock Soon! Free Postage over $50*

Bafang 48V 750W BBS02B Conversion Kit 68-73MMM & 17.5Ah Battery

by Bafang
Sold out
$1,497.00
SKU BBS02750W175

48V 750W BBS02B eBike Conversion Kit & Battery Combo

48V 750W Mid-Motor

120Nm Torque

BBSO2B Conversion Kit

Choice of 7 Different Display Options

Choose cable brake sensors or Hydraulic brake sensors 

Bottom Bracket Size 68-73MM

48V 17.5Ah / 840Wh DS-6 Battery LG MJ1 3500MAh Cells CPPOLF48-17.5

  • Bafang Model:
  • BBS02B
  • 48 Volts
  • 750W
  • Gear Drive
  • Brake Sensor Levers or Hydraulic Brake Sensors
  • 3.8 Kg
  • Choice of Display
  • Axle size: 68-73mm
  • Crank Teeth:  44T,46T,48T,52T
  • Cadence Speed Sensor
  • Cable:45.mm M8.4 for EB-Bus, 500mm for battery
  • Throttle
  • Led Light Function
  • Speed Sensor
  • Gear Sensor Function

48 Volt CPPOLF48-17.5AH DP-6 Case Battery

17.5AH

840Wh

40A Continuous Discharge, excellent for 1500W motors

LG MJ1 3500MAh Cells

DS-6 Polly case, with added fitment options. 

Built to Cap Rouge specifications, this battery is suitable for bikes with motors up to and including 1500W

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
  • 17.5 AH
  • 13S5P cell configuration 
  • LG MJ1 3500MAh 18650 CB Tested Cells
  • 840 Wh
  • Battery charger included
  • 2 Year warranty
  • 368L 90W 112H
  • Docking station
  • Extra fitting/mounting options when compared to similar size batteries
  • 2 keys
  • Weight 4.87 KG
  • 3 mounting slots to connect to bike frame
  • Discharge cable with micro Anderson connectors
  • 40A Continuous discharge 
  • 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