I have a couple questions about the temperature protection feature in the DNA40, but I swear to God, for the life of me, I can't watch another minute of Busardo to try and find out the answer. Here it goes:
Suppose you have an RDA atop your DNA40 mod, you coil it with nichrome wire and wick it with your favorite wicking material, use it the ordinary way - sans temperature protection - and find the perfect vape at, say, 25W.
Now, if you calibrate the mod for that particular coil, dial the highest "safe" temperature setting and vape with the temperature protection at 25W, is the vape cooler, warmer or identical (provided the wick is properly wetted of course)?
And then, if you crank up the watts all the way and vape with the temperature protection, supposedly the chipset will scale back the power in real-time to stay within a safe temperature range. So in theory, you get the hottest, densest vape the wetness of your wick will allow. Or do you?
Conversely, if the vape with the temperature protection turned on is less dense, or less hot than the vape you get without temperature protection, does that mean the unprotected vape is less safe - despite the fact that you can't taste acrolein or anything? Or does it mean the DNA40 chipset is too conservative and isn't actually as good as a human being at keeping the power level on the bleeding edge?
I guess what I'm trying to find out is whether the temperature control degrades the quality of the vape, and if it does, whether it's worth getting used to it for the sake of getting the additional safety net during vapor production.
Suppose you have an RDA atop your DNA40 mod, you coil it with nichrome wire and wick it with your favorite wicking material, use it the ordinary way - sans temperature protection - and find the perfect vape at, say, 25W.
Now, if you calibrate the mod for that particular coil, dial the highest "safe" temperature setting and vape with the temperature protection at 25W, is the vape cooler, warmer or identical (provided the wick is properly wetted of course)?
And then, if you crank up the watts all the way and vape with the temperature protection, supposedly the chipset will scale back the power in real-time to stay within a safe temperature range. So in theory, you get the hottest, densest vape the wetness of your wick will allow. Or do you?
Conversely, if the vape with the temperature protection turned on is less dense, or less hot than the vape you get without temperature protection, does that mean the unprotected vape is less safe - despite the fact that you can't taste acrolein or anything? Or does it mean the DNA40 chipset is too conservative and isn't actually as good as a human being at keeping the power level on the bleeding edge?
I guess what I'm trying to find out is whether the temperature control degrades the quality of the vape, and if it does, whether it's worth getting used to it for the sake of getting the additional safety net during vapor production.