24V 40Ah Lithium Trolling Motor Battery
We designed 24V 40Ah lithium trolling motor battery with superior Lithium iron phosphate(LiFePO4) technology for your boat.
- Category: Lithium Trolling Motor Battery
24V 40Ah Lithium LiFePO4 Trolling Motor Battery
Features
Cost Effectiveness
Longer Service Life
Guaranteed Safety
Fast Charge
Drop-in Replacement
Technical Characteristics
NORMAL CHARACTERISTICS | |
Nominal Voltage | 25.6 V |
Nominal Capacity | 30Ah |
Energy | 768Wh |
IR | ≤30mΩ@100%SOC |
Efficiency | ≥99.5% |
Maximum Modules in Series | 1 |
CHARGE & DISCHARGE CHARACTERISTICS | |
Voltage Range | 21.6-29.2V |
Max. Continuous Charge Current | 30A |
Max. Continuous Discharge Current | 30A |
Peak Discharge Current | 70A（10s） |
Recommended charge current/A | 15A |
Recommended discharge current/A | 15A |
Charge current cut-off/A | 0.9A |
OPERATING CONDITIONS | |
Cycle Life | ≥2000 |
Operating Temperature | Charge: 10℃~45℃ |
Discharge: -20℃~55℃ | |
Storage Temperature | 20℃~30℃ |
MECHANICAL CHARACTERISTICS | |
Case Material | ABS |
Dimension（L*W*H） | 229*138*213mm |
Weight | 7.3Kg |
Terminal Type | F11（M6） |
Cell Type-Chemistry | Cylindrical LiFePO4 |
BMS CHARACTERISTICS
Primary Charging Protection: Current: 30~45A, Delay time:15±2s
Secondary Charging Protection: Current: ≥45A, Delay time: ≤3s
Primary Discharging Protection: Current: 35A~70A, Delay time:15±2s
Secondary Discharging Protection: Current: ≥70A, Delay time: ≤3s
Over-charge Voltage Protection: Voltage: >30.4±0.2V, Delay time:≤3s
Over-discharge voltage protection: Voltage: <18.4±0.2V, Delay time: ≤3s
High Temperature Protection: Charging: 65±3℃ Recover: 60±3℃, Discharging: 65±3℃ Recover: 60±3℃
Low Temperature Protection: Charging: Charging: 0±3℃ Recover: 3±3℃, Discharging: -20±3℃ Recover: -15±3℃
Cycle No. Vs DOD%
Attention
● 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.
● When the battery is discharged empty. It should be recharged in time. Otherwise, the BMS can’t work due to low voltage, and the battery will be permanently invalidated.