phillc54 wrote:
tommylight wrote:
phillc54 wrote: @benbenben
Wow, you have a LOT of hysteresis in that setup.
It looks like a 12mm sensor, so he would end up having 13 to 14mm of hysteresis , depending on the sensor sensitivity.
That is something I had not considered, my float switch is a mechanical microswitch with very little hysteresis. Maybe I should increase the limit of 10 and folk can setup whatever suits them, although I must admit that I thought X10 would be plenty.
i am on an crappy 20eur ebay computer and cant bump up the value for accl in z due to stepgen limitations otherwise it would be able to stop faster and i didn't need the high move up speed
the settings in the video were probing total z high at maximum speed, now changed to probing half z high with reduced speed and it reduces the overshoot, not as fast as i would like but considering my equipment, its fair
yes screw is M12, sensor head is 10,5
i think its not about sensor size caus it triggers at half its diameter or even less(seen by eye)
the thing what makes me wonder is that i have the same sensor as home switch and search faster for home then probing and the overshoot is minimal, i would say 8mm from trip point, but i guess the deceleration is increased in upward motion bc of the weight of torch pushing down...maybe i add a spring which gets tensioned while moving down :laugh:
