im getting 3-4 hrs per 2x18650 samsung inr on average
1. batteries fully charged to 4.20
2. I put them on charger around 3.65-3.71v
3. I blow through on average 10Mls at 40-50w before they need to go back on charger
That's a quite high wattage, and therefore high drain on the batteries. In my average use, vaping at around 30w with temperature control (so the actual wattage varies), I calculate that I get around 3 hours from one 2500 mAh battery. That's with the batteries draining to around 3.4-3.5v, and heavy chain vaping (so a worst case scenario). Not sure how much eliquid I get on one battery, but around 10 ml might be close to accurate.im getting 3-4 hrs per 2x18650 samsung inr on average
1. Batteries fully charged to 4.20
2. I put them on charger around 3.65-3.71v
3. I blow through on average 10Mls at 40-50w before they need to go back on charger
I get about 1 1/2 hrs to 2 hrs with mech on one 18650That's a quite high wattage, and therefore high drain on the batteries. In my average use, vaping at around 30w with temperature control (so the actual wattage varies), I calculate that I get around 3 hours from one 2500 mAh battery. That's with the batteries draining to around 3.4-3.5v, and heavy chain vaping (so a worst case scenario). Not sure how much eliquid I get on one battery, but around 10 ml might be close to accurate.
Sent from my C6903 using Tapatalk
Yeah with a 3 ohm single coil. Tootle puffers like to save energy.so my question is how people get 2 days worth out of a set of 2... they take a few puffs every hour?
Yeah with a 3 ohm single coil. Tootle puffers like to save energy.![]()
so my question is how people get 2 days worth out of a set of 2... they take a few puffs every hour?
so my question is how people get 2 days worth out of a set of 2... they take a few puffs every hour?
FWIW it the AMPS you watch to determine battery drain. Wattage alone wont tell you anything.. The more amps you draw the faster you drain your MAH bank.
What's heavier: one pound of feathers or one pound of lead?
Wattage tells you everything.
if you go by amps you will need more information:
Is it regulated or unregulated?
What' the voltage?
if it is regulated, did you take the amp reading on the battery side or atomizer side?
Efficiency of the kick module, thicker wire in the lower resistance coil leading to longer ramp up time, different vaping habits? I don't know what the specific reason is (though I believe your basing your assessment on experience rather than rigorous testing, unreliable), but in watts are watts.I can only go by how long batteries last for me.... I vape on a 5-15 watt kick module set to 75%, or 11-12watts. Funny how the higher amp drawing coils drain the battery faster. If watts, was watts, was watts.... You'd think I'd get the same battery life when running a 1.3ohm coil vs a 1.9ohm. But I don't. Why don't they use the battery at same rate? The wattage is the same?