This information is probably already available in the manuals or the forum archives, but so far I haven't been able to find it (gotta hit the perfect search phrase). So I figured it would be faster to ask the forum hive mind.
I have a coworker who is creating a set of offline programs (using Process Simulate) for a Fanuc RJ-3iB controller. These OLPs are for some R&D testing, and need to achieve precise speeds over Linear and Circular motions. But due to delays in building the cell control architecture, it's currently uncertain if we will be running these programs in T1 or Auto (T2 is not available on this controller).
The good news is, the speeds we need are well under the 250mm/s T1 maximum flange speed. What my coworker is stuck on is the details of how the RJ-3 handles reducing speeds in T1 mode. Is every programmed motion reduced by a fixed %, or only motions that are programmed higher than 250mm/s? Or is it something more complex? What he wants to do is produce two different versions of his OLPs, one for Auto and one for T1, that will generate the same linear/circular velocity in space when run in their respective modes. He can't use speed registers due to the limitations of the Process Simulate post-processor he's stuck with.