not mine, saw this on the list of craig, figured someone would salivate over it
https://losangeles.craigslist.org/ant/hvo/d/santa-clarita-monarch-lathe/7700144396.html
the raise3d printer seems like a good platform, but it seems to cause most beginners headaches due to the specialized software, and the typical printer hardware problems.
we have a mix of printers at work, and i'm most fond of the Prusa MK3S printers. they're refined and robust, but...
on classic control, i see the max feed as parameter 8. i suppose on NGC, that means the parameter is readable with #3000(x).008? replace (x) with your axis #? I think the value is listed in mm/s
19.1123 is ancient software, it's not suprising if that's a glitch
there's a whole bunch more associated with that version of software, like weird peck drilling problems, the door unlocks if the spindle encoder loses connection, etc.
are you using a dead-length collet chuck? if not, that will introduce some length differences, which change based on how long your bar currently is.
i'm pretty sure there's a way you can use the turret to push against, so that way you always have a known length.
my other guess is maybe...
yeah i have some stories about that machine. largely, they could never get thermal compensation right, and i fried a few of the prototype dual vector drives during testing.
i think G171 / G172 were introduced recently for mill/turn programming, to switch modes on the fly.
Setting 285 is a ngc setting, but i think there's a comparable setting for radius / diameter (setting 85?) in Coldfire machines.
i did software testing at haas for a number of years, and touched this behavior several times.
without being able to see your code in context, it's hard to say what's happening.
generally, it helps to specifically command the brake behavior into the desired state you're looking for before...
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