Move Out Of Range Issue pls help - Bed Mesh Calibrate

General Discussion
1

Basic Information:

Printer Model: Anycubic Kobra go ( Hero me 7 Hotend )
MCU / Printerboard: Stock
Host / SBC : Mainsail Klipper
klippy.log

Recently upgraded to Hero me 7, Move out of range: 208.500 5.000 20.000 [0.000], now i am getting this, please can someone help, i tried googling but i am struggling a lot, i tried doing it alone but i cannot, Thank you in Advance !

printercfg.txt.txt (5.0 KB)
klippy.log (67.8 KB)

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2

You have to take the bed-size and the probe offset into the calculation of the bed_mesh.

Bed X-max is 200

The probe X-offset is -46

Bed X-mesh goes from 5 to 215

So the X-probe-positions go from 51 to 261.

That is way off the bed (208 already is).

For further information: Understanding X and Y Axes Limits and Homing

3

ahhh i see, how do i fix it ? sorry i am very new to Klipper

4

I have done this but still getting this now

Move out of range: 225.150 10.000 20.000 [0.000]

  • he easiest process to determine the proper starting and ending coordinates for mesh_min / mesh_max is:
    1. Home the printer
    2. Move the head towards the left-front corner until you have positioned the probe’s tip as close as possible to this left-front edge
    3. Issue the GET_POSITION command and get the nozzle coordinates
    4. Correct the obtained X value with the x_offset and the Y value with the y_offset (mind the algebraic sign)
    5. Enter the corrected values as mesh_min
    6. Repeat steps 2. to 5., but this time place the probe’s tip as close as possible to the back-right corner and use the result for mesh_max
  • Setting these coordinates wrongly typically will lead to a Move out of range: X Y Z [E] error
5

I have done this

[bed_mesh]
speed: 200
horizontal_move_z: 20
mesh_min: 34, 12
mesh_max: 209, 222
probe_count: 5, 5
algorithm: bicubic

Now i am getting this error : Move out of range: 213.750 12.000 20.000 [0.000]

Please help :frowning:

6

The X-bed size is 200.
The Probe is 46 left of the nozzle.
So the max X probe position is 200 - 46 - 5 (for safety) = 149
In y direction there is no offset, so the mesh limits can be (line 5):

[bed_mesh]
speed = 400
horizontal_move_z = 20
mesh_min = 5, 5
mesh_max = 149, 225
probe_count = 5, 5
zero_reference_position = 72.5, 106
algorithm = bicubic
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7

Thank you, you sweet sweet Angel !!!

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