It's quirky, I suspect some software bugs working at it as well. Although you can manually push the pin down, just my gut feeling, forcing stuff mechanically like that, is just inviting problems. When the pin bends slightly and wants to bind, or you snap the bastard off god forbid and now that little piece falls down into something etc etc. Take the extra 10 seconds and cycle the bikes power, this also ensures the bike 'SEES' that the charge is complete and pin retracted, to I guess you could call it, clean up it's own 'world view' of what's going on to maybe prevent some other errors if it thinks pin still up, whatever.
Without being actually able to see the code myself, it's hard to tell exactly what is going on, but by behaviors and what ive seen on other stuff in the past, pulling stuff out of my ass, (besides my head) that may have some credibility
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I've dealt with many Ladder Logics, and SLC500, and Siemens PLC, and GE's horrendous MK V, VI VIe bla bla, Harmony, you name it and their accompanying .json .mkv .plc .m6b etc etc files to learn one thing over the years. You eventually learn to hate them ALL, you are convinced the designers of these systems, have already decided they hate YOU when they designed and coded this stuff!!
Aaron
