Well
@Stu, of course, but it the designer job to measure, calibrate and find the correct compensation offset curve to have the sensor readings match the reality of what happens at the middle of the bowl. I love to summon
@Hippie Dickie in those cases, because his design is fundamentally a digital portable vap2 with the exact same 100% all glass vapor path (did you face similar issues my good man? please share your comments)
From the few reports we had previously it gives the impression that you can get a very black load at certain set temperatures where it shouldn't happen on a digital vape with active temperature control, and *especially* when you guys claim it has a lot of conduction/radiant heat going on. ABV color is not necessarily tied to extraction level *BUT* it is definitely a visual marker of the temperature that the load was exposed to. You can see it clearly using a precise "conduction" vape like the Ascent which is able to output the entire color palette from green to dark brown (can't get it black tho) with perfect uniformity and without stirring.
Temperature control on mostly convection vapes is trickier as you can get pretty easily hotspots and it involves very complicated fluid mechanics analysis to really understand what your hot air flow is doing etc. But with a mostly radiant (
@OF will disagree so let's say "conductive") heat like what you describe, it's pretty straight-forward to attain a state where your bowl temperature is always "at or below" your setpoint (vs often "at or above" your setpoint in some convection designs that overshoot)
It might really be just an impression but I think your units are running much hotter than what they display... No big deal, might just have to tame them down.