Reasonable price 38120 3.2V10Ah Cylindrical LiFePO4 cell for Marseille Importers
Short Description:
Reasonable price 38120 3.2V10Ah Cylindrical LiFePO4 cell for Marseille Importers Detail:
| Specification of 3.2V10Ah LiFePO4 battery | |||
| Item | Parameter | Remark | |
| Typical Capacity | 10Ah@ 1C discharge | Discharge current 1C with 2.0V cut off. | |
| Minimum Capacity | 10 Ah@ 0.2C | ≥10Ah | |
| Typical voltage | 3.2V | ||
| Weight | 288g±12g | ||
| Impendence | ≤3mΩ | Less Than 3mΩ | |
| Charge current (CC-CV) |
Suggestion continue charge current | ≤1C(10A) | 0℃～45℃，Suggest the max charge current less than 1C. To Achieve the max. Service life. 0.2C（CC）to 3.65V, At 3.65V（CV）until the current ≤0.02C, then stop charge. (P.S: Large continue charge rate will reduction of the service life of the cell. Considering the high rate will lead to temperature rising, we are not suggest the battery pack work on high charge rate continue long time.) |
| Max charge current | ≤5C(50A) | ||
| Cut off voltage | 3.65V | ||
| Discharge | Max. continue discharge current |
≤20C(200A) | -20℃~60℃ suggest the max. charge current less than 1C. To Achieve the max. Service life. 0.2C（CC）to 2.0V, stop discharge. (P.S: Large continue discharge rate will reduction of the service life of the cell. Considering the high rate will lead to temperature rising, we are not suggest the battery pack work on high discharge rate continue long time.) |
| Max discharge current(short time) |
≤30C(300A) | ||
| Cut off voltage | 2.0V | ||
| Charging time |
Standard | 5h | Preference value |
| Quick-charge | 0.5h | ||
| Recommend SOC window | SOC：10%~90% | Suggest DOD 90% | |
| Charging temperature | 0℃~45℃ | During charge , ambient temperature should not exceed 45℃. | |
| Discharging temperature | -20℃~60℃ | Battery can work at specified temperature range with capacity loss in tolerance. | |
| Storage tempera ture |
One month | 0℃~45℃ | |
| One year | 0℃~35℃ | ||
| Storage humidity | ＜70﹪ | ||
|
Technical parameters |
|
| Model | JKL-LFP38120 |
| Battery material (the anode) | LiFePO4 |
| Size | ∅38 x 120mm |
| Weight | 288g |
| Max. continuous charge current | 2C（20A） |
| Max.continuous discharging current | 5C（100A） |
| Max. peak discharge current | 25C（250A） |
| Working temperature | （-20℃）to（+60℃） |
| Cycle life | ＞3500times(25℃,1C charge/discharge,100%DOD) |
| performance advantage field | Vehicle power supply, vehicle start battery & Stop-start battery |
| cell’s collection way | Bolted connection & welding connection, lower touch resistance, avoiding poor touch. |
3.2V10Ah cell performance curves show:
High rated discharge performance curve：
38120 cell peak discharge test curve：
3.2V10Ah cell testing curve（Cycle testing 3500 times based on 1C charge & discharge，100%DOD/time，capacity retention ≥80%.）
Product detail pictures:
Related Product Guide:
Car Battery For Beginners
What Car Battery Should You Choose?
As for competitive selling prices, we believe that you will be searching far and wide for anything that can beat us. We will state with absolute certainty that for such excellent at such charges we are the lowest around for Reasonable price 38120 3.2V10Ah Cylindrical LiFePO4 cell for Marseille Importers, The product will supply to all over the world, such as: Austria , Iraq , Iraq , Insisting on the high quality generation line management and customers expert assistance, we now have designed our resolution to supply our buyers using the to start with amount getting and just after services practical experience. Maintaining the prevailing friendly relations with our buyers, we however innovate our solution lists all of the time to satisfy the brand new demands and adhere to the most up-to-date development of the market in Malta. We have been ready to face the worries and make the improve to understand all the possibilities in international trade.
By Carol
from Miami
- 2017.11.20 15:58
In general, we are satisfied with all aspects, cheap, high-quality, fast delivery and good procuct style, we will have follow-up cooperation!
By Atalanta
from Georgia
- 2018.12.30 10:21
