Hi guys, I just wanted to share a couple of observations on the TSDZ2 that I've been riding actively for a week now on a full-suspension MTB.
I'm on OSF v20.1C.2 and I love it, I very much appreciate the work done by all the enthusiasts. I did the calibration of the torque sensor - no load, 25kg and full load and the respective ADC values were 142, 238 and 272. While cycling uphill yesterday, at a short rest in eMTB mode I noticed that the motor was providing power with me off the bike. I went into "Technical" and saw the no-load ADC at 153. Decided to try full load and it was 302 - very strange. I can't have gained that much weight overnight. Although I've done the heat dissipation mods with quality pads and paste and temperature is in control, the motor had warmed up quite a bit. I adjusted the offset ADC and the max ADC and went on cycling. At another rest, with the motor having cooled down quite a bit now, I checked the ADC values again and they were close to the initial ones. So temperature does influence materials' properties quite a bit, no surprise. But this greatly defeats the purpose of the calibration, not sure what to suggest. Perhaps brands like Bosch have temperature compensation for this, who knows.
I'm on the SW102, but I've ordered the 860c as the SW102 freezes randomly far too often in the calibrations menus. Happens randomly and can be circumvented by going out of the menu often to save settings, but it happens every single time I go to Torque Calibration and try to scroll past the 25-kg weight ADC value (default 250). This also happens on OSF 1.1.0 randomly. The SW102 for me is a frustration. I've searched for these freezes and it seems I'm not the only one with the SW102 having them, so that's a relief.
Also, this is probably not the best place to share this, but I saw on another board a user who had replaced the oil seal on the chainring adapter with a bearing of the same size - I tried that and it fits perfectly. I think this helps prevent play at the big clutch bearing as it reduces lateral forces on it caused by the imperfect chainline, It may prevent failure, we'll see. It might also help offload some of the shaft bending forces, I'm guessing.
Anyway, I love the TSDZ2 and the OSF, I'd be gladly making a modest donation. Thank you!