Yes they are. But DNA200 mods under EScribe you can select different battery types and that is one of them listed.
Gotcha.
Yes they are. But DNA200 mods under EScribe you can select different battery types and that is one of them listed.
And are they Susceptible to the Dreaded "Memory Effect" ?
Nope, not at all. They are very forgiving batteries. They can take a lot of abuse and they just keep going.
Still pretty much the same zoiDman.But they can be recharged thousands of times.
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The highest amps I have found so far is the PylonTech IFR18650-XP cells which the datasheet says 44A CDR @ 1100mah.
I call using the same battery at different amps as individual ratings. As depending on how much you draw from the battery the following can be different: capacity, voltage sag, temperature, etc. I like to see different rating for different currents.
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I personally also like how Aspire lists the temperature for a given current. More should do this too. I don't want this only on the confidential datasheet that most doesn't have access to. As if my cells are hot enough to fry eggs with, I want to know if this is expected or not. I am sure other vapers would like to know too.
Say if a cell has a 30A CDR, but the temperature gets to 70°C at 30A, I won't use it at 30A. And I would like to see other CDR values with their temperatures too. Pretty much how Aspire is listing them.
I'm going to do a google search, but do you have a link to buy LiFe cells?
You could factor the Wh into that thought as well, less voltage & less capacity = ...A 44A CDR really isn't a Big Enticement to me.
You could factor the Wh into that thought as well, less voltage & less capacity = ...
Aweso.... oh. EU only. Argh.www.enercig.com has a great 26650 LFP cell I recently tested.
They have the lower energy density, i.e. they pack fewer watt hours for a given size and weight of cell. This makes them unattractive for devices that are intrinsically designed to be highly portable, where weight and size are critical factors.Sure there are. Like a mentioned a number of times now, LiFe cells (aka "LFP" stands for "lithium ferrophosphate") are far safer than INR/IMR cells. As LiFe cells are really tough to purposely to get them to overheat and to ignite. Only a few vapors are actually using them. And so far I haven't heard one single mishap from using any of them yet.![]()
I am saying they are not safe period! Why would I be responsible while people like you say they are ok to use and I am saying no they are not.
They have the lower energy density, i.e. they pack fewer watt hours for a given size and weight of cell. This makes them unattractive for devices that are intrinsically designed to be highly portable, where weight and size are critical factors.
I think your thoughts about safety of the cells have less to do with the batteries and more to do with how you've been ADVISING people to use them frankly. And you are stating both things.
Perhaps if you used them in the recommended fashion you wouldn't consider them SO unsafe.
It's not the batteries, it's you. To be blunt.
Anna
Posting this in the New Members Forum is a disservice to all new vapers who come to this forum seeking information about vaping and batteries. You need to get a better understanding of just what the continuous discharge rating and pulse rating really mean before preaching a bunch of misinformation and untruths.Actually I do use them in the recommend fashion, since we are pulsing our cells, using pulse rating is also indeed safe too (assuming the wrapper is truthful). As long as the pulse rating is realistic of our vaping habits. As there is no real standard of what a pulse rating is.
But like I mentioned early on, most vapors use continuous discharge rate. But we should never run our mods continuously (this is something that most doesn't seem to understand). But using the continuous discharge rating and just pulsing them is using them well below what they are capable of. In a sense, they are much safer usually.