ICR Li-ion 14500 3.7v rechargeable battery with BMS circuit

This Standard 14500 1000mAh 3.7 Volt Rechargeable Li-Ion Battery is a single cell compact and powerful battery cell with 1000 mAh capacity.ThisLi-ion batteryis very convenient to install in your project where 3.76 Volt with high capacity is needed.

TheStandard 14500100mAh 3.7V Rechargeable Li-Ion Battery is a source of power for various portable devices including flashlights, hobby transmitters, and receivers, etc.

This Battery can be the best Replacement to the normal Non-Rechargeable AA Battery used in many applications such as in RCTransmitter/RecieverRemote, which can make yourflight driving experience very cost-effective and efficient in terms of power output than that of conventionalAA batteries.

The batteryterminals can be used in any compatiblebattery adapter/holderor it can be permanently soldered to your applications power source wires.

Important:

1. Never completely discharge the Li-ion battery ( below 2.5V under load ).
2. Charge fully to 4.2V before first use.
3. Never attach any metal moving part |magnet| to the top-positive or the bottom-negative battery contact.
4. Never use force to install (insert) Li-ion battery.
5. Do not use old and new battery cells together.
6. Use only a high-quality battery charger.
7. Do not expose to heat.
8. Do not short (connect) positive (top), and negative (bottom) battery terminals (contacts).
9. Keep battery that is not in use in the plastic holder (or any insulating [plastic] container).
10. Do not charge the battery over 4.22V (another reason to use a high-quality battery charger).
11. Dont charge unattended.
12. Do not store your li-ion batteries fully charged (for an extended period of time).
13. Store in a cold and dry place at approximately 3.7V (storage charge).
14. After the battery is discharged-dont leave it discharged=>charge it as soon as possible
15. The user should have enough knowledge on Li-Ion rechargeable battery

Note: Images shown are for illustrative purposes only. Actual product may vary.