LG LGEAMF11865 Cell Specifications

[TheBatteries]

Warning: The information in this thread was obtained from various sources on the Internet, including any datasheets linked below, and is provided for reference only. It is not guaranteed to be accurate. To prevent fire or personal injury, never charge or discharge a cell before verifying the information yourself using the original specifications sheet provided by the manufacturer.

Brand:	LG
Model:	LGEAMF11865 (ICR18650MF1)
Capacity:	2150mAh Rated
Voltage:	3.65V Nominal
Charging:	4.20V Maximum 1075mA Standard 2150mA Maximum
Discharging:	2.75V Cutoff 430mA Standard 10000mA Maximum
Description:	Purple Cell Wrapper White Insulator Ring 18650 Form Factor

Data References:
http://www.repasebaterii.cz/files/img/datasheet/icr18650mf1.pdf

Pictures:

 

[Leonid Parakhine]

Make/Model: LG LGEAMF11865

Please find datasheet attached.

 

[Overmind]

Datasheet link no longer working.

 

[mcfrank]

Datasheet:
https://www.akkuman.de/shop/mediafiles/PDF/18650 Lithium/165.pdf

 

[farkelminkus]

I paid 1.50 each for these used from a store I shop at and my test are testing around 2400ma. Great cells for rebuilding my dewalt 20v max battery packs.

 

[Korishan]

I paid 1.50 each for these used from a store I shop at and my test are testing around 2400ma. Great cells for rebuilding my dewalt 20v max battery packs.

Don't use those for your Dewalt packs, please. They are only rated for 430mA continuous with 10A intermittent spikes. In a drill or other cordless device you'd be hammering them closer to their max quite often, well over their "normal" rated discharge rate.
They will not last very long under those conditions and loose capacity relatively quickly. Not to mention you won't get the full power of what the tool "should" be able to output due to these limiting the amps output.

Powertools can surge as much as 20A and possibly hire depending on the specific tool. For instance, a Drill Driver can put out some passive amps when drilling, same with a circular saw. However, an Orbital Sander not so much.