Description
RCT 12V 100Ah LiFePO4 Battery
Easy to carry lightweight Lithium 12.8v Battery great for replacing inverter gel batteries. With Wh of 1280 you can power a typical appliance of 150W power draw for approx 6 and a half hours (times may vary).
When the battery needs to be used in parallel or in series, each battery shall be fully charged according to the standard charging method before parallel or in series.
Duration of maximum constant current is thermally limited by internal electronics and depends on ambient temperature.
Specifications:
- Iron-V Lithium Iron Phosphate Battery 100Ah
- Cost Effectiveness
- Longer Service Life
- Guaranteed Safety
- Fast Charge
- Drop-in Replacement
Nominal Characteristics
- Case Material ABS
- Length (mm) 306
- Width (mm) 169
- Height (mm) 215
- Weight (kg) 10.3
- Terminal Type M8
- IP Grade
- BCI Group NO. 27
- Cell Type-Chemistry Prismatic LiFePO4
Mechanical Characteristics
- Cycle Life: ≥2000
- Operating Temperature Charge: 10 ºC ~ 45ºC
- Discharge: -20ºC ~ 55ºC
- Storage Temperature 20ºC~30ºC
- Storage Duration 12 months at 25ºC
- Heating Function Charging heating (Optional)
- <1º, ON >6ºC, OFF
Operating Conditions
- Voltage Window 10.8-14.6V
- Max. Continuous Charge Current 100A
- Max. Continuous Discharge Current 100A
- Peak Discharge Current 200A15s ± 2s
- Recommended charge current/A 50A
- Recommended discharge current/A 50A
- Charge current cut-off/A 3A
Charge & Discharge Characteristics
- Primary Charging Protection Current: >105.0 ± 2.5A
- Secondary Charging Protection Current: >125.0A ± 2.5A
- Primary Discharging Protection Current: >105.0 ± 2.5A
- Secondary Discharging Protection Current: >210.0A ± 2.5A
- Over-charge Voltage Protection Voltage: >14.8 ± 0.2V
- Over-discharge Voltage Protection Voltage: <9.6 ± 0.2V
- High Temperature Protection Charging: 65 ± 3ºC Recover: 60 ± 3ºC
- Discharging: 65 ± 3ºC Recover: 60 ± 3ºC
- Low Temperature Protection Charging: 0 ± 3ºC Recover: 3 ± 3ºC
- Discharging: -20 ± 3ºC Recover: -15 ± 3ºC
BMS Characteristics
- Nominal Voltage Nominal Capacity Energy IR Efficiency Maximum Batteries in Series and Parallel
- 12.8 V 100Ah 1280Wh ≤ 12mΩ @ 100% SOC ≥ 99.5 % 2 x 4
When will I get it?
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