They should, but it may or may not be your best choice. If you generally vape at lower amps and want the best battery life these would be the best choice. The CVI has a pretty high amp limit and it you're running dual coils or other high amp setup you could get better power from the Panasonic hybrids or an IMR battery.
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Thanks,
Yes, I normally vape single coil T3 and EVOD. I'm normally using a 1.8 ohm coil at about 3.8 - 4v so it puts me in the 2a range.
My biggest concern was that it either wouldn't fit well or not be compatible with the CVI.
For my 350 batteries I'll go with IMR but I'm not sure if flat top or button tops are best for this PV.
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One question I have is about temperature.
It's cold around here this time of year and my vapemail can be below freezing.
Is it best to let a new battery sit for a day to slowly get to ambient temperature before initial charging?
It's cold around here this time of year and my vapemail can be below freezing.
Is it best to let a new battery sit for a day to slowly get to ambient temperature before initial charging?
I was about to buy this battery but look at canvape chilling description :
Is this battery safe to use in a Sigelei V3 ?
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I have been using this battery for about a month an performance is the same as the standard evic battery, but with about 2-3 more hours of vape time. That's nice to have with my AGA-t which I typically vape at 4.5V or so, and I still get a full days use per charge.
Hmm...I was thinking about getting the 3400mah one, but I saw this one and was just wondering what the difference would be in the eVic? NCR18650PD 18650 Panasonic Rechargeable Li-ion Battery Flat Top
Would a high drain battery benefit in an evic? Or would it just be the same thing basically. I vape at 7.8 watts, with 2.0-2.5 ohm heads, so I am using anywhere from 4.1-4.5 volts based on my heads. I don't know what A draw that would be really.
Would a high drain battery benefit in an evic? Or would it just be the same thing basically. I vape at 7.8 watts, with 2.0-2.5 ohm heads, so I am using anywhere from 4.1-4.5 volts based on my heads. I don't know what A draw that would be really.
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It is not generally a good idea to post links to other vendors in a suppliers forum. That said, I prefer the pd's. Their discharge curve in low current applications is nearly identical down to 3.3-3.4 volts, which is where the evic cuts off, so the b's are not going to see much longer vape time. The pd's will however function much better in any higher current applications.
So even if I get the B one, the evic will show 0 battery but the battery itself will still have a few hundred mah left in it because of the evics cut off? Hmm, probably get the PD then, 2600mah already lasts me all day and well into the next day anyway.
This one... I can answer because it is generic enough ( battery wise )
The following is for standard rechargeable lithium's ( I believe the info is slightly different on the Pana B's that GV carries )....
A standard rechargeable lithium has a nominal charge of 3.7v... also known as it's storage voltage. This type of lithium is considered empty at around 3v but it is recommended to never go down to less then 3.2-3.3v. Going lower on the voltage is hard on them and limit their lifespan. Full charge on these is around 4.2v. The 3.3v is approximately 80% of the full charge of 4.2v ( 3.36 is exactly )... since capacity ( MAH ) is related to voltage... this means that you get to use about 80% of the full capacity... example is a 2200mah would give you about 1760mah of useable capacity. This, capacity vs voltage, is only a rule of thumb and isn't exactly true but it does get you close.
Now... you should know why most APV's with built in protection shut off when the batteries get down to around 3.0v-3.4v... The ones that cut off at 3.4v are easier on the battery itself thus extending it's workable lifetime. I usually try to not use mine less than 3.6v for the same reason, which is why I always carry a spare or two ( depending on capacity )
All these different battery technologies can be hard to understand.
I love your "plain english" explanations!
Ive been curious about this battery.
Would it be safe to use in a SSvamo v2? I usually vape at 8 watts, rarely going up to 9.0watts depending on the juice and ohm atomizer im using. Generally I stick with 2ohm to 3ohm resistances. I dont go over 5volts I believe. Most ive ever used is 5.5volts when in vv mode. Would duel coils be safe to use as well?
Just dont want to risk blowing a hole in my skull with a potential pipe bomb in my hand. Not impressed with efest 2250mah batteries. Only last me around ten hours.
Would it be safe to use in a SSvamo v2? I usually vape at 8 watts, rarely going up to 9.0watts depending on the juice and ohm atomizer im using. Generally I stick with 2ohm to 3ohm resistances. I dont go over 5volts I believe. Most ive ever used is 5.5volts when in vv mode. Would duel coils be safe to use as well?
Just dont want to risk blowing a hole in my skull with a potential pipe bomb in my hand. Not impressed with efest 2250mah batteries. Only last me around ten hours.
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When determining if a battery is good for a particular application you need to know how many amps the application requires as well as how many amps output the battery is capable of...
I have found nowhere that states what amps the Panasonic is capable of delivering... that makes giving a recommendation harder when we are talking about VV or VW applications on a PV. So I won't recommend it personally even though I suspect it will work, we just aren't given specific numbers to base a recommendation on. BTW, the eFests are as good as any IMR battery and just because you aren't impressed with how long they last, doesn't make them bad... That is a typical amount of time on an IMR whether you like it or not, it is what it is.
To calculate amps... you use the numbers you gave for watts and ohms and then use an Ohm's Law calculator. The range you gave can't be used by themselves... you need to know which were being used at a particular time. An example of why would be if I used your max numbers of 5v and 2ohms... it would give us 12.5w and 2.5a. Since you said you didn't go over about 9w, obviously those where you.
So now you know, you must use exact numbers to be able to find out the amps you are using... PS. If you don't have an Ohm's Law calculator, there are a "million" of them on the web, just search for them and pick your favorite one.
I have found nowhere that states what amps the Panasonic is capable of delivering... that makes giving a recommendation harder when we are talking about VV or VW applications on a PV. So I won't recommend it personally even though I suspect it will work, we just aren't given specific numbers to base a recommendation on. BTW, the eFests are as good as any IMR battery and just because you aren't impressed with how long they last, doesn't make them bad... That is a typical amount of time on an IMR whether you like it or not, it is what it is.
To calculate amps... you use the numbers you gave for watts and ohms and then use an Ohm's Law calculator. The range you gave can't be used by themselves... you need to know which were being used at a particular time. An example of why would be if I used your max numbers of 5v and 2ohms... it would give us 12.5w and 2.5a. Since you said you didn't go over about 9w, obviously those where you.
So now you know, you must use exact numbers to be able to find out the amps you are using... PS. If you don't have an Ohm's Law calculator, there are a "million" of them on the web, just search for them and pick your favorite one.
Panasonics are great batteries but I can buy two of them for that price and because they are unprotected you will kill them if you discharge them down to empty. Dead they will not recharge. Furthermore even if you catch them in time to re-charge them if you do this often enough crystals will form inside the battery itself making them dangerous. This is a great battery but should only be used by people who know what they are doing and probably only with people who use a multi-meter and check their batteries all the time.
Also just to let people know, this is the battery that is inside a protected NCR18650B if you have a protected battery that is too long you can take the wrapper and the protected button off the top and this is what you get. But then again you had better never let it run low.
Also just to let people know, this is the battery that is inside a protected NCR18650B if you have a protected battery that is too long you can take the wrapper and the protected button off the top and this is what you get. But then again you had better never let it run low.
When using an unprotected batt the only mod it should go in are mods the included the protection in it's chipping or you include a kick or the very 2 cent fuse you just removed..
VV & or VW mods have the safety to prevent total drain of an unprotected batt......
Pull that protected button off throw the batt in a Mechanical mod you just may blow your head off...
DO NOT tamper with batts...
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Can I use this with Smoktech SID ? Also the regular charger wont work with this one I have to put a piece of metal to make contact.
Panasonic NCR18650B 3400mah Li-Ion for eVic & Other Mods
$14.95
Panasonic NCR18650B 3400mah Flat top batteries for the Joyetech eVic, ego-t mod or other mods needing an 18650.
This is a Genuine Panasonic NCR18650B 3400mAh rechargeable Li-Ion Battery; it is made in Japan, a quality product, no memory effect, long storage life, Light weight and high energy density.
You receive one battery with this listing. Non protected ICR. This is the same high capacity battery Joyetech is going to introduce in their own branded box.
Can you tell me what the c rating is on this battery pls.
I just bought two of these batteries off eBay. unfortunately, i only found this thread after i clicked Buy. i've gone through this thread start to end and googled for the past 3 hours. someone help me out..
a) is this a protected/unprotected battery?
b) using on my eVic.. does question a) even matter? inbuilt protection on eVIc?
c) i vape on a RSST at 1.9-2.0 Ohm at around 3.8V (or 7.2W). using the online Ohm calculator, this gives me calculated current of 1.90 A. so.. this is well within the battery rating of 2C (6.8A).. am i right? my head wont blow off yeah?
a) is this a protected/unprotected battery?
b) using on my eVic.. does question a) even matter? inbuilt protection on eVIc?
c) i vape on a RSST at 1.9-2.0 Ohm at around 3.8V (or 7.2W). using the online Ohm calculator, this gives me calculated current of 1.90 A. so.. this is well within the battery rating of 2C (6.8A).. am i right? my head wont blow off yeah?
The ones that GotVapes sell... are unprotected... since you got it on eBay, it's uncertain if it is a real Panasonic or not since fakes abound.
I"m unable to quickly verify the discharge C rating on the battery that GotVapes sells... I saw nothing released officially from Panasonic nor from any of the tests that I read on several of the flashlight forums ( an excellent source for info on batteries btw )
I"m unable to quickly verify the discharge C rating on the battery that GotVapes sells... I saw nothing released officially from Panasonic nor from any of the tests that I read on several of the flashlight forums ( an excellent source for info on batteries btw )
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