Ender 5 Plus with dual z calibration
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I can tell you the y motor rotates very slowly when performing home all.
I will lower the feedrate tomorrow and report back. Thanks for the help
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@nightmare90gt said in Ender 5 Plus with dual z calibration:
I can tell you the y motor rotates very slowly when performing home all.
so that could be a wiring problem, a loose grubscrew, or the motor is not getting enough current.
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Swapped y motor to x driver and x motor to y driver and the stuttering went to the x motor.
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@nightmare90gt
did you change the wire to a new one? -
No just moved the connector
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@Veti moved the connector on the duet not the motors
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try a different wire. it could be a phase not making a connection.
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Wouldnt moving the connector at the board take the wiring out of the equation? I'm thinking that the y driver might be bad. Because the same motor and wiring on the x driver worked as intended.
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ah i get you. you did swap the wire that way as well.
so if you move reconfigure the driver to be on the duex it works for both?
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I dont know how to reconfigure the y driver to be on the duex
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Changed what it think it would to drive 6 and still get the stuttering
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Tried reloading firmware, new configuration from the config tool nothing has worked
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@nightmare90gt said in Ender 5 Plus with dual z calibration:
M584 X0 Y1 Z2:5 E3:4 ; configure 2 Z motors connected to outputs Z and P5
change to
M584 X0 Y6 Z2:5 E3:4 ; configure 2 Z motors connected to outputs Z and P5 -
I did that still did the samething
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with the motors powered can you move the belt of the x or y motors without much force?
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@Veti with the printer on I can move the belts without much force. I have even tried this with a spare motor that way belts dont come into play
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Seems to only do it when x and y are asked to work together
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maybe the movement wasnt 45 degrees.
after homing. issue
G0 X0 Y0
then
G0 X100 Y100
that should be a movement where only one motor moves.
with the printer on I can move the belts without much force.
not printer on. motors powered. test this directly after a move.
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Top belt needs a lot of force. Bottom very little
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Y motor runs the top belt, x motor runs the bottom belt
