Best Wholesale Great Power 6000mAh 3.2V Lithium Battery 32700
Rechargeable Li-Ion Batteries
Product Discription
1. Comes with explosion -proof valve
The cell itself has its own explosion-proof valve, which have high
safety performance, no explosion, no combustion , high temperature
resistance, good performance , and overcharge resistance
2. Quality Assurance
Recycling, longer battery life, safety and environmental protection
Quality Assurance: High- quality Class A batteries, high capacity,
low internal resistance , and can be discharged with large currents
3. Long service life
Stable performance and long cycle lie;
After 500 times of continuous charging and dis charging , the
battery capacity is not less than 85% of the rated capacity
4. High safety performance
No memory effect: can be used for charging and discharging at any
time
High safety performance, overcharge and over discharge protection
Specification :
| tem | Condition/ Note | Specification | |
| Norminal Capacity | 1C discharge capacity | 6.0Ah | |
| Minimum Capacity | 1C discharge capacity | 5.8Ah | |
| AC Impedance | At AC 1000 Hz | ≤8mΩ | |
| Nominal Voltage | | 3.2V | |
| Cell Size | Cell Diameter | 32.2±0.3 mm Max. 32.5 mm | |
| Cell Height | 70.5+0.4/-0.3 mm Max. 70.9mm | |
| Cell Weight | | 140±5 g | |
| End-of-charge Voltage | CC Mode | 3.65V | |
| Max Charging Current | | 6A | |
| End-of-charge Current | CV Mode | ≤0.3A | |
| Charging Method | Standard Charging | ≤1 C at CC/CV | |
| End-of-discharge Voltage |
CC Mode |
2.0V | |
Max continuous Discharging Current | |
18A | |
| Max Pulse Discharging Current | | 60A | |
| Cycle Life | @25℃ | ≥2000 cycles | |
Operating Temperature Range
|
Charging Temperature |
0~60 °C | |
| Discharging Temperature | -20~ 60°C | |
Storage Temperature |
-20~ 45°C | |
Appearance |
Without break, scratch, distortion, contamination, leakage and so
on
|
32700 Product advantage
· Stable voltage. LiFePO4 has a stable discharge around 3.4 volts
from full to dead. Regular Li-Ions go from 4.2 to 2.8 wreaking
havoc on your electronics.
· Lead acid compatible - you can use 4 iron phosphates in series to
replace a lead acid battery. You can use traditional 14.6 volt lead
acid chargers on this setup, as it comes out to a perfect 3.65
volts per cell.
· MUCH longer life. Li-Ion has a life cycle of 400 cycles. LiFePO4
is 2000. That is a no-kidding serious difference
.· SAFER - iron phosphates are far less likely to blow up, catch
fire, burn down your property - the chemistry is much more stable
compared to LiCoMn.
· Powerful - iron phosphates can give you ridiculous power bursts,
10C no problem, that's why they are the only option for replacing
lead acid for starter batteries.
