Yes, the object is in a compressed height.
Because a Z-switch error, I had to change the E1 and E2 port. So the Z-axis motor is in the E2 port and I have a customized firmware (tinker).
Yes, the object is in a compressed height.
Because a Z-switch error, I had to change the E1 and E2 port. So the Z-axis motor is in the E2 port and I have a customized firmware (tinker).
Yes, the object is in a compressed height.
Because a Z-switch error, I had to change the E1 and E2 port. So the Z-axis motor is in the E2 port and I have a customized firmware (tinker).
Extruder motors have different steps per mm than the x/y/z motors - you need to adjust that in your customized firmware for E2.
Indeed, and i don't see any good in putting the Z on the E2 because of a Z-Switch error
Indeed, and i don't see any good in putting the Z on the E2 because of a Z-Switch error
It shouldn't be a problem. The only issue, if done properly changing the pins.h definition, is that UM2 boards for the Z stepper work at 1/8 but all the other steppers work at 1/16 so the Z on other stepper would need x2 steps/mm or adjusting the steps to 1/8 on the firmware, since Z stepper 1/8 is a limit from a physical switch of two pins that by default is open (1/8 ).
Edited by Guest
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DidierKlein 729
When you say 50% high you mean that the actual object is being printed in a compressed height? or that it stops after 50% ?
Did you change something on the electronic card?
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