Cylindrical Headway 8AH 3.2V LiFePO4 Battery 38120HP Support 10C Discharge Currnet
Cylindrical Headway 3.2V 8AH LiFePO4 Battery 38120HP Support 10C Discharge Currnet
Feature:
1. Flexible assembling
2. Support large discharge and charge current
3. Long cycle life
Cylindrical Headway 3.2V 8AH LiFePO4 Battery 38120HP Support 10C Discharge Currnet
Parameter:
| ITEM | SPECIFICATION |
| Nominal capacity | 8Ah @ 1C |
| Minimum capacity | 7.5Ah @ 1C |
| Nominal voltage | 3.2V |
| Max Charging voltage | 3.65 ±0.05 V |
| Discharge ending voltage | 2.5 ±0.05 V |
|
Charge current |
Standard charge: 2C Max charge: 10C when T≥10 OC Max charge: 3C when 10 OC≥T≥0 OC Max charge: 0.1C when 0 OC≥T≥- 10 OC |
|
Discharge current |
Standard discharge: 5C Max continously discharge: 15C Max instant (30s) discharge: 30C |
|
Charge and discharge cell surface temperature |
5C continously discharge:≤15 OC 10C continously discharge:≤25 OC |
| Recommended charge and discharge cell surface temperature |
Charge: 0～45 OC Discharge: -20～60 OC |
|
Maximum allowable charge and discharge cell surface temperature. Charging and discharging at these conditions will shorten cell cycle life. |
Charge: 60 OC Discharge: 75 OC |
| Humidity range | 0～90%RH (noncondensing) |
| Internal resistance | ≤5mOhm (AC Impedance, 1000HZ) |
| Cell dimension |
Height: 136 mm Max Diameter: 38.5mm Max |
| Weight | ≤350g |
Cylindrical Headway 3.2V 8AH LiFePO4 Battery 38120HP Support 10C Discharge Currnet
Picture:
Cylindrical Headway 3.2V 8AH LiFePO4 Battery 38120HP Support 10C Discharge Currnet
Warning in handling the lithium-ion cell
To prevent the possibility of the cell from leaking, heating, explosion, please observe the following precautions:
Don’t immerse the cell in water;
Don’t use and leave the cell near a heat source such as fire or heater;
When charging, use a cell charger specifically for that purpose;
Don’t reverse the positive and negative terminals;
Don’t discard the cell in fire or heater;
Don’t connect the cell to an electrical outlet directly;
Don’t discard the cell in fire or heater;
Don’t connect the positive and negative terminal directly with metal objects;
Don’t transport and store the cell together with metal objects such as necklaces, hairpins; Don’t directly solder the cell;
Don’t pierce the cell with a nail or other sharp object.
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