![]() ![]() You NEED to generalize these things, since 6 months dowen the road someone could read this and have a different battery and try charging above 2 amps, stuff like this happens EVERY day.Ĭharging at 2amps could damage some batteries since I was generalizing all 18650s and not one battery in particular my statement is still correct. I've seen some cells get hot as low as 1.5amps. PS: No, you gave wrong information saying that some 18650s can't be damaged by a 2amp charge rate, again I'm talking about all 18650 batteries not one kind, make, model or particular cell. All the info I gave the OP is tested and true, if you feel the need to charge at 2 amps or above go for it but that's not the information I'd give a user. After the line is connected, Need to charge first, then have output. ![]() So what do you do? You give them safe margins well within safe parameters. Product Description Features: 100 Brand New and High Quality Strictly according to the diagram wiring: 0V(B )3.7V(B1)7.4V(B2)11.1V(B+), Do not deliberately short circuit. Why? Because if you give that kind of information people will go out and try to charge the battery at the highest rate possible. I don't say well I've seen this battery charged at a rate as high as 3.86 amps so you're good. When I give information out to members asking for safety limits whether it be amp draw or charge/discharge limits I always make sure to give then a safety margin. ![]() Click to expand.Charging at 2amps could damage some batteries since I was generalizing all 18650s and not one battery in particular my statement is still correct.Īlso know that all cells are not created equal, a pair of 30Q if you put them both under diagnostics will not have the exact same curve. ![]()
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