Product documentation

CNC 8065elite 2.0 G

Designed to deliver total versatility, with smart pre-defined cycles that eliminate complex programming and a dedicated dressing cycle for optimal tool maintenance. Combined with an intuitive, operator-focused HMIelite interface and true multiprocess capability... all with the advantages of CNCelite 2.0.

62 documents Product page

CNC System
CNC 8065elite 2.0 G

Features

01

Complete redesign

More powerful control algorithms and circuits with the latest technology

02

Ethernet

New Sercos III Servo Bus, with Industrial Ethernet technology at 100 MBd. Better integration of functions that depend on more than one axis

03

Full Digital

Feedback inputs prepared for FeeDat, SSI, etc. real-time serial communication protocols. Nanometer resolution.

04

Smaller

We have created an extremely compact CNC platform with reductions of around 45% to 60% (depending on model) in size compared to the previous CNC platform.

05

Wide range of monitors and keyboards configurations

Provides maximum flexibility when designing the machine control panels

06

VESA mount

New installation system. When using the simple VESA mount adapter, a CNC can be connected directly to monitors of various sizes.

07

Web technology-based HMIelite

Easy programming and portability to other platforms.

08

Always Ready for the future

QUERCUS is the CNC automation system that can help you grow vertically and allows you to be always prepared for most demanding requirements of the current and future markets.

Manuals

3

Simulator

1

CAD drawings

58

Manual contents

CNCelite 8065 Cylindrical grinder manual (·G· model)

  1. INDEX p. 3
  2. 1. BASIC CONCEPTS. p. 5
  3. 1.1 General concepts. p. 5
  4. 1.2 Configuration of the machine axes. p. 5
  5. 2. BASIC OPERATIONS. p. 7
  6. 2.1 Main screen. p. 7
  7. 2.2 Wheel Table. p. 8
  8. 2.3 Tools. p. 10
  9. 2.4 Dresser Offset. p. 12
  10. 2.5 Modeling or dressing cycle. p. 14
  11. 2.6 Workpiece Offset. p. 17
  12. 3. CYCLE EDITING. p. 19
  13. 3.1 Access to grinder cycles. p. 19
  14. 3.2 Cycle editing. p. 20
  15. 3.3 Simulation or execution of a cycle. p. 20
  16. 3.4 Inserting a grinder cycle into a program. p. 21
  17. 3.5 Execution or simulation of a program with grinder cycles. p. 21
  18. 4. CYLINDRICAL GRINDING CYCLES (EXTERNAL). p. 23
  19. 4.1 Plongee. p. 23
  20. 4.2 Plongee & Shoulder. p. 25
  21. 4.3 Reciprocating. p. 27
  22. 4.4 Reciprocating & Shoulder. p. 30
  23. 4.5 Conical Reciprocating. p. 33
  24. 4.6 Rolling. p. 36
  25. 4.7 Multiplongee. p. 39
  26. 4.8 Multiplongee & Shoulder. p. 42
  27. 4.9 Plongee XC. p. 45
  28. 4.10 Reciprocating XC. p. 48
  29. 4.11 Shoulder. p. 51
  30. 5. CYLINDRICAL GRINDING CYCLES (INTERNAL). p. 53
  31. 5.1 Internal plongee. p. 53
  32. 5.2 Internal Plongee + shoulder. p. 55
  33. 5.3 Internal reciprocating movement. p. 57
  34. 5.4 Internal shoulder. p. 60
  35. 6. GRINDING WHEEL VARIABLE. p. 63
  36. 6.1 List of variables from the technological tables. p. 63

Error codes

Type the code shown by the machine and see its cause and solution, with the page in the manual.

Support

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