Real-world trap with servo press shut height that nobody warns you about: thermal growth changes your effective shut height during production.
On our Komatsu H1F-200, the frame grows about 0.03mm per degree C of temperature rise. Over a 4-hour production run, frame temperature goes up 8-12°C depending on SPM and tonnage. That's 0.24-0.36mm of shut height change. Doesn't sound like much, but if you're coining or doing precision bending to ±0.05mm, it matters.
The programmable BDC that I mentioned before helps here — you can use the press's built-in thermal compensation (if it has one) or manually adjust BDC offset every hour. But the point is: your "shut height" on a cold Monday morning is not the same as your shut height at 2pm on Thursday. Factor that into your die design clearances.
Other thing — when you're checking shut height compatibility for existing dies, measure the die closed height under load, not just sitting on the bench. Dies compress under tonnage. A die that measures 380mm on the bench might be 379.85mm at 150T. That 0.15mm matters when you're at the edge of your adjustment range.