As Tony said, yes. Because Ti has lower resistance change/given temp change than Ni you allways have to set your Ni calibrated temperature limit lower to get the actual (and lower than Ni) resistance change you need.
It pretty cool that you can use your dna40 to temp control a Ti build while in Ni mode ; that isn't possible with a Snow Wolf, it absolutely freaked out when I tried that. Temp fluctuated wildly between cool and hot.
i think the tp on the wolf is suspect whatever wire yiu are using....
Yeah, it wasn't exactly what I'd call a "smooth operator" with nickel either. Variations in temp were noticeable. Maybe the processing is a little slow. When using the Ti coil in Ni mode it seemed like it would take too long to see a res drop in the coil when reducing power after hitting tp, then it was slow to react and ramp the temp back up. I suspect this has to do with the larger tcr of Ni wire. In Ni mode with a Ni build it worked ok but was still a bit slow to react for my taste. This dog won't hunt; it's to busy chasing its own tail. I bought the Wolf and within 4 hours I gave it to my Gson.
Well, sorry for my English
Dna 40 doesn't have a Ti mode so the only way to run a Ti coil is to set a lower temperature. I liked 185C (set on screen)
A few days ago, Tom measured a dna 40 with a ti coil at 185C and the coil was in fact at 240C (232 was a mistake, sorry)
Here the equivalence chart of Ti for a dna 40
Regards
Tony
Sent from my keyboard through my phone or something like that.
You mean you still don't have one of these yet?Now that Boeing has patented nuclear power for their engines, we should start thinking in nuclear to power up some boards
Oh that one!
Yeah I remember that one.
Brain freeze I guess [emoji14] carry on
Regards
Tony
Sent from my keyboard through my phone or something like that.
Lol. Not sure if you are serious or not so I'll reply nicely
Mr. Fusion is portable reactor that powers the DeLorean in the iconic 80's movie Back to the Future.
It is shown at the end of the first movie.
