Hi people, hope your all OK.
My sigelei only goes up to 30 watts, and that seems to be enough for me. I can get warm vapour even at lowish ohms, and it blows great clouds wether low or high OHM's.
So, what makes say a 100 watt device better than a 30 watt? Is it just the fact it can go lower with the Ohms? Somenone mentioned that low ohms come about as only mechanical mods can be used at competitions, so thats why new people think lower is better. I have tried many coils since I got my RDA, the one I am using at the moment is a 1.8 OHM sleeper coil, and that chucks out plumes of vapour. I tried a dual 0.5, but this seems to be the best I have built so far.
So, is it only the ability to go lower that makes the higher wattage devices 'better'? If it is just the ability to go lower, I'm happy with my device and 0.3 is low enough for me at the moment, as thats my devices lowest limit. Although I have heard there is a button press that turns it into a Mechanical by bypassing the chip, not sure if this is true as all I have found is DC-DC and PWM mode changes, although in DC-DC I notice you can take longer than 7 second pulls.
My sigelei only goes up to 30 watts, and that seems to be enough for me. I can get warm vapour even at lowish ohms, and it blows great clouds wether low or high OHM's.
So, what makes say a 100 watt device better than a 30 watt? Is it just the fact it can go lower with the Ohms? Somenone mentioned that low ohms come about as only mechanical mods can be used at competitions, so thats why new people think lower is better. I have tried many coils since I got my RDA, the one I am using at the moment is a 1.8 OHM sleeper coil, and that chucks out plumes of vapour. I tried a dual 0.5, but this seems to be the best I have built so far.
So, is it only the ability to go lower that makes the higher wattage devices 'better'? If it is just the ability to go lower, I'm happy with my device and 0.3 is low enough for me at the moment, as thats my devices lowest limit. Although I have heard there is a button press that turns it into a Mechanical by bypassing the chip, not sure if this is true as all I have found is DC-DC and PWM mode changes, although in DC-DC I notice you can take longer than 7 second pulls.