72V 12Ah / 864Wh Samsung 40T eBike Battery 70A BMS CPHV72-12
by Cap Rouge
Original price
$1,041.00
-
Original price
$1,250.00
Original price
$1,041.00
$1,041.00
-
$1,250.00
Current price
$1,041.00
Mini Rectangle High Intensity e-Bike Battery
72V
12 Ah
864 Wh
High Discharge Samsung 40T 21700 Cells
70A Continuous Discharge BMS - For Motors Up To 5000 Watts
XT60 and XT90 Female Charge Port
3A, 5A or 1-5 Variable Battery Charger Options
Removable Branding
UN38.3 Certification and MSDS
Multipurpose battery, Compatible with Bafang, CYC Motor, Hub Motors and More
XT90 Female Charging Port - Cable 30cm
XT90 Female Discharge Port - Cable 30cm
Discharge or Charge From Either XT90 Port
Extra Layer Of High Grade Thick Rubber Shrink
Dimensions: L 340mm - W 95mm - H 95mm, can be placed in any direction
Built to Cap Rouge specifications, this battery is suitable for bikes with motors up to and including 5000W
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
XT90 Spark proof connector instructions here
- 72 Volt
- 12 Ah
- 864 Wh
- 4000mAh 21700 Samsung 40T cells, tested to EN62133-2-22017
- 20S3P
- Dimensions: L 340mm - W 92mm - H 88mm, can be placed in any direction
- 70A continuous discharge BMS for motors up to 5000w
- XT60 And XT90 Female Charging Port
- 1-5A, 3A or 5A Charger options
- 10A maximum charge input
- Weight 4.95 KGS
- Discharge cable with XT90 Female connector
- Extra durable black rubber outer casing
- Internal battery pack encased in protective case
- Battery Management System (BMS)
- Charging voltage
- Balance voltage for single cell
- Current consumption
- Maximal continuous charging current
- Maximal continuous Discharging current
- Over charge Protection
- Over discharge protection
- Over current protection
- Short protection
- Resistance Protection