Cover: CNCelite 8060/8065 Easyplane
CNCelite 8060/8065 Easyplane
Manuals

CNCelite 8060/8065 Easyplane

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5.0 MB
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64
Version
V1.0
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33 sections
  1. INDEX 3
  2. 1 5-axis machining. 19
  3. 1.1 Construction of the coordinate system. 20
  4. 1.2 Behavior of the coordinate systems. 21
  5. 1.2.1 Spindle kinematics. 21
  6. 1.2.2 Table kinematics. 22
  7. 2 Activation of kinematics (#KIN ID). 24
  8. 2.1 Summary of the variables. 26
  9. 3 Definition of inclined planes (#CS / #ACS). 27
  10. 3.1 Rotation about the coordinate axes. 28
  11. 3.2 Angles of the plane projection about the axes. 30
  12. 3.3 Plane defined by three points. 32
  13. 3.4 Plane perpendicular to the tool. 34
  14. 3.5 Cancel the active inclined plane. 35
  15. 3.6 Save the active inclined plane. 35
  16. 3.7 Load a previously saved inclined plane. 35
  17. 3.8 Summary of the variables. 36
  18. 4 Tool perpendicular to the inclined plane (#TOOL ORI). 37
  19. 4.1 Summary of the variables. 40
  20. 5 5-axis machining with RTCP (Rotating Tool Center Point). 41
  21. 5.1 Activate the static/dynamic RTCP. 43
  22. 5.2 Deactivating the RTCP. 47
  23. 5.3 Summary of the variables. 48
  24. 6 Alignment of the machine coordinate system with the part (#CSROT). 49
  25. 6.1 Activation of tool orientation. 50
  26. 6.2 Cancel the tool orientation. 50
  27. 6.3 Management of discontinuities in the orientation of rotary axes. 51
  28. 6.4 Summary of the variables. 54
  29. 6.5 Transform part zero taking into account the table position (#KINORG). 56
  30. 6.6 Summary of the variables. 58
  31. 7 Correct the implicit tool length compensation of the program (#TLC). 59
  32. 7.1 Summary of the variables. 60
  33. 8 Active zero offset table. 61

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