What the Cubiod is displaying is the current being supplied by the board to your atomizer, not the current drawn from the batteries.Ah, makes sense. What exactly is my mod reading(cuboid 150w) when I trigger a puff. at 97 watts the amp says 24.3 but I highly doubt that's the actual amperage I'm drawing at that moment? Because I'm pretty sure the batteries in it now are only 20A
I see, thanks for clearing that up. I'm either going to go with the he2's or vtc5a's, not sure yet. I don't plan on going above 120watts so I think either of these will be fine when paired with the tfv12 .12 ohm coil.What the Cubiod is displaying is the current being supplied by the board to your atomizer, not the current drawn from the batteries.
Yeah like I said personally I don't see my self coming close to 120 or more on this mod. The hit for me is good at 90-100 and the extra life on the he2 would be nice. I do plan on, however, upgrading to a quad battery mod like the rx300 soon so I don't know if that changes my battery options when it comes to running 4 batteries and if I can get away with less amperage and get more mAh out of it for longer life?
Yeah like I said personally I don't see my self coming close to 120 or more on this mod. The hit for me is good at 90-100 and the extra life on the he2 would be nice. I do plan on, however, upgrading to a quad battery mod like the rx300 soon so I don't know if that changes my battery options when it comes to running 4 batteries and if I can get away with less amperage and get more mAh out of it for longer life?
Cutoff for the RX300 is at 6 volts, not 6.4 volts. But with Arctic Fox installed on my RX300, I am able to change the cutoff voltage (I have mine set to 3.14 volts). The user manual of the RX300 clearly states to use only 25 amp batteries. The VTC5A is 25 amps, and has smaller voltage sag compared to any 20 amp 18650 battery. Higher voltage input from the batteries due to smaller voltage sag also means the regulated mod will draw less amps from the batteries. Drawing less amps from the batteries also means it will take longer before you need to recharge them, so although depending on the wattage you vape, the VTC5A can give you the same runtime as a 3000 mAh battery, or pretty close to it. But because it is a 25 amp battery, the VTC5A is safer than a 20 amp battery. For this reason alone, it can still make perfectly good sense to go for the VTC5A, even, if you vape below 173 watts. And then there is also the additional fact that, even at 140 watts, the VTC5A runs cooler so not only will it be safer, but also there will be less wear and tear on the batteries so it will take longer before you will need to purchase new batteries. Please also keep in mind that even a little bit of reminiscence to chain vaping and or hot weather conditions also play a part in determining how far you can go in the land of the wattages. Finally, due to how the voltage of a battery oscillates at the beginning of every pulse, the regulated mod's stable performance will also depend to some certain degree on the size of the chosen battery's voltage sag.The RX300 is as Conan posted a parallel-series, double the voltage of a single battery, so 6.4v is low cut off for calculations, being 2 series sleds in parallel you'd gain an extra 50% CDR for safety margin.
20 amp batteries would max out at 173 watts with it
25amp batteries would max out at 216 watts with it
30 amp batteries would max out at 259 watts with it
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