Digiplay

I'm having a lot of inconsistency with many different atomizers They register properly. Then they go up. As a result when it was detected properly. I then Locked ohms Mod slept. No longer locked and fired .02 ohms higher this blasting me with burnt cotton. For the sake of this thread lets sick to the topic of the chip chip not recalling locked state on sleep. Surely that's a bug. If I don't unlock it. It shouldn't come unlocked. Can others confirm the behaviour ? Has it been fixed in beta firmware? Cheers

Awesome thanks for the info. I'm not sure what's wrong with it other than its not accurate. A lot of people see issues with the stainless profiles. Not sure what to tell him bt I Jess I'll just open a dialog. Appreciate the info thanks.

How does one go about finding the proper value for wire not profiled on steam engine (or listing incorrectly) or rather determining the coefficient? I have a lot of stainless wire that isn't working properly with any of the steam engine values downloaded and sent to the dna mod. I would like to find a way to profile that specific wire to ensure accuracy but dfo not know how to measure the appropriate values - or how people are measuring at steam engine, specific vendors, etc. Thanks for any information - I'm hopeful the downside is that it's time consuming, not that it needs specific equipment etc.

I've tried two 316L wires, and I've tried three stainless curves and none of it is accurate. I'm guessing we need to make our own. I have a vested interest in creating my own temp curve - but I don't know how to do it or if it is reasonable for an average user to do so . Does anyone have a link to a how to on creating the profiles? I bought a pound of 316L on ebay, and the wire is very good, I just can't work with it in temp control - a pound is roughly equivalent to 1500 ft, for about $18 shipped... as you can see with that quantity It would be great to accurately profile it. Some users have stated that the change is too miniscule in resistance to get accurate readings from stainless - at least to the level of nickel. I haven't found Titanium particularly good either, but better than stainless