8 Points 9 Seconds

The “usual workaround” is a fake resistance threshold on the tfr curve. It depends on the W setting and the mass of the heater since the 2 second time is a fixed condition.

The power delivered heats up the embedded coil and the mass around it. TSD check is like having a resistance threshold to reach within the first seconds. To solve this the easier and most obvious solution is to deliver more Power. If you have a probe test the cup with increasing W (each time from cold) and note the live resistance after 2s. That is the threshold for that W. Higher W, higher threshold achievable.

There is a way to get to the desired temp earlier and pass the tsm check, use higher W. I don’t know what is the power your heater can handle, so check the specs. If you can’t use more power, the only workaround is to “adjust” the Material.

That material has a TCR of 0,00114, but the whole “curve” is raised above, at 68 F it’s 1.5 not 1.00. I don’t understand if this has any meaning, any kind of edge with special applications. Kind of speculating… what could be the meaning of 68 F not 1,00 (More info about this specific material in pm)

In the material files I’ve met in the past I’ve always found 68 F having a value of 1.00 I have recently found a material file with TCR 0,00114 but 68 F around 1.5. If the slope of the curve doesn’t change, is there any difference having 68 F 1.00 or 1.5 ?! 🙏🏻