I just purchased a Vision Spinner 1300mah battery. I vape pretty heavily. While I wait I am wondering, how long do you get on your 1300mah eGo Spinner? I only get a half a day on my 900mah eGo twist.
How Log Does Your 1300mah EGo Spinner Last?
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About the same here, when I just had one
Rotating two now, use one for a full day and swap out the next morning while it charges.
It's said that the "lighter" discharge cycle actually help the battery last longer.
I have had my Vision Spinner for about 3 weeks now and I have noticed the following:
- on a Kanger t3 at around 4.2 volts, I was getting around 11 - 14 hours till I had to recharge the battery.
- on a Vivi Nova at 1.8 ohms and around 3.8 volts, I was getting around 8 - 10 hours before recharging.
- on the same Nova at 2.4 ohms, at around 3.8 - 4.4 volts, I am getting around 10 - 13 hours of battery life.
I consider myself a moderate vaper, and am vaping Dragon's Tear e-liquid, 50/50 blend, with 6 mg of nicotine.
I hope this info helps.
SPM3
- on a Kanger t3 at around 4.2 volts, I was getting around 11 - 14 hours till I had to recharge the battery.
- on a Vivi Nova at 1.8 ohms and around 3.8 volts, I was getting around 8 - 10 hours before recharging.
- on the same Nova at 2.4 ohms, at around 3.8 - 4.4 volts, I am getting around 10 - 13 hours of battery life.
I consider myself a moderate vaper, and am vaping Dragon's Tear e-liquid, 50/50 blend, with 6 mg of nicotine.
I hope this info helps.
SPM3
Thanks for the info, SPM3.
Kinda fits the "higher voltage = lower current = longer usage" concept.
Kinda fits the "higher voltage = lower current = longer usage" concept.
I managed to kill one in five hours once, but I was testing juices (and believe me, I was noticing the effects of all the nicotine!)
On average, mine tended to last about 12 hours, running it around 4 volts and with a 2.6 ohm clearto on it. I'm a pretty heavy vaper, too.
Assuming you use yours at the same voltage as your Twist, and with the same juice delivery system, and exactly as often...if you got a half day from the 900 a little quick math says you'll get 0.72 of a day from the Spinner.
That's probably low. Not all of our battery capacity can be used, so your 900 may have cut off around 700. Your 1300 may very well cut off at 1100, or 0.8 days.
On average, mine tended to last about 12 hours, running it around 4 volts and with a 2.6 ohm clearto on it. I'm a pretty heavy vaper, too.
Assuming you use yours at the same voltage as your Twist, and with the same juice delivery system, and exactly as often...if you got a half day from the 900 a little quick math says you'll get 0.72 of a day from the Spinner.
That's probably low. Not all of our battery capacity can be used, so your 900 may have cut off around 700. Your 1300 may very well cut off at 1100, or 0.8 days.
My Spinner lasts me about a day and a half. I run between 3.8 and 4.8 depending on which delivery system I'm using. My 900mah standard batteries last me about the same amount of time.
the amperage is what ultimatley matters regarding battery life. using ohms law ( Ohm's Law Calculator ), you can determine the amps your pulling off the battery.
for example, if your running a 2 ohm carto at 4v, your wattage is 8 and your amps are at 2.
if youre running a 2.6 ohm carto at 4.56, you are still gettting that same 8 watts of power, but your amperage is only at 1.75.
the 2 ohm carto will drain your battery faster than the 2.6ohm carto even though you are gettign the same vape from each.
another battery capacity issue to consider is the lifetime chargability of the batt. if you continuously run the battery to death each time before charging, it will significantly lower the lifetime of the batt. charging at 50% is the optimal choice for prolonging lifetime of the batt. of course this may not be practical, but any amount of life remaining in the batt when charging will be better than none.
do not be shy of giving your batts "shallow charges". gone are the days of having to run your battery dead before charging. this was the rule of thumb among nickel based batts of the past to avoid damaging the battery capacity. most folks still use this rule, but not only is it not appropriate for lithium based batts, it damages them.
lithium based batts should be charged at 50% optimally & they like shallow charges (for example, charging the batt when its at 40% up to say 80% is fine. or even from 80% to 100%). using the batt while its charging is not recommended even though most "passthru" batts encourage this. the reason is because you are forcing the battery to give and receive power at the same time which puts undue stress on the chemistry.
not only does this info pertain to our vaporizers, but also to your cell phones, laptops, electric toothbrushes, razors, etc.
for example, if your running a 2 ohm carto at 4v, your wattage is 8 and your amps are at 2.
if youre running a 2.6 ohm carto at 4.56, you are still gettting that same 8 watts of power, but your amperage is only at 1.75.
the 2 ohm carto will drain your battery faster than the 2.6ohm carto even though you are gettign the same vape from each.
another battery capacity issue to consider is the lifetime chargability of the batt. if you continuously run the battery to death each time before charging, it will significantly lower the lifetime of the batt. charging at 50% is the optimal choice for prolonging lifetime of the batt. of course this may not be practical, but any amount of life remaining in the batt when charging will be better than none.
do not be shy of giving your batts "shallow charges". gone are the days of having to run your battery dead before charging. this was the rule of thumb among nickel based batts of the past to avoid damaging the battery capacity. most folks still use this rule, but not only is it not appropriate for lithium based batts, it damages them.
lithium based batts should be charged at 50% optimally & they like shallow charges (for example, charging the batt when its at 40% up to say 80% is fine. or even from 80% to 100%). using the batt while its charging is not recommended even though most "passthru" batts encourage this. the reason is because you are forcing the battery to give and receive power at the same time which puts undue stress on the chemistry.
not only does this info pertain to our vaporizers, but also to your cell phones, laptops, electric toothbrushes, razors, etc.
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