FYI: Im talking about this mechanical mod: Super T ~ Precise Simplicity
Now, Super-T recommends either the AW IMR 14500 or the AW Protected 14500 batteries, but doing the math, the protected batteries dont seem to be practical.
It was a bit difficult to find the battery specs, but I found them on ProVapes site: AW 14500 batteries
From that site, it lists the Capacity @ 750mAH (min. 700mAH) and the Max. Discharge Rate @ 1.5C. So, using the min. capacity, the max rated discharge would be 1.05 Amps. Then, using the max voltage for the battery (4.2V) and Ohms law (R = V/I), we get a minimum(!) resistance of 4 Ohms for attachments, to operate within the rated specs of the battery.
For safety reasons, I used the min. capacity and the max. voltage. Other than that, can anyone see anything wrong with those calculations? Is it even possible to get 4+ Ohms atties, cartos, clearos, etc.?
Now, Super-T recommends either the AW IMR 14500 or the AW Protected 14500 batteries, but doing the math, the protected batteries dont seem to be practical.
It was a bit difficult to find the battery specs, but I found them on ProVapes site: AW 14500 batteries
From that site, it lists the Capacity @ 750mAH (min. 700mAH) and the Max. Discharge Rate @ 1.5C. So, using the min. capacity, the max rated discharge would be 1.05 Amps. Then, using the max voltage for the battery (4.2V) and Ohms law (R = V/I), we get a minimum(!) resistance of 4 Ohms for attachments, to operate within the rated specs of the battery.
For safety reasons, I used the min. capacity and the max. voltage. Other than that, can anyone see anything wrong with those calculations? Is it even possible to get 4+ Ohms atties, cartos, clearos, etc.?