HEIDENHAIN SW 68894x-03 User Manual
Cnc pilot 640
Table of contents
Document Outline
- Controls and displays of the CNC PILOT
- Operating panel of the CNC PILOT
- CNC PILOT 640, software and features
- About this manual
- Would you like any changes, or have you found any errors?
- 1 Introduction and fundamentals ..... 35
- 2 Basics of operation ..... 51
- 3 Machine mode of operation ..... 73
- 4 Teach-in mode ..... 133
- 5 ICP programming ..... 373
- 6 Graphic simulation ..... 483
- 7 Tool and technology database ..... 499
- 8 Organization mode of operation ..... 541
- 9 Tables and overviews ..... 607
- 10 Overview of cycles ..... 641
- Would you like any changes, or have you found any errors?
- Introduction and fundamentals
- Basics of operation
- Machine mode of operation
- 3.1 Machine mode of operation
- 3.2 Switch-on / Switch-off
- 3.3 Machine data
- 3.4 Setting up a tool list
- 3.5 Machine setup
- 3.6 Tool measurement
- 3.7 Manual mode
- 3.8 Teach-in mode
- 3.9 Program Run mode
- 3.10 Load monitoring (option)
- 3.11 Graphic simulation
- 3.12 Program management
- 3.13 Conversion into DIN format
- 3.14 Units of measure
- Teach-in mode
- 4.1 Working with cycles
- 4.2 Workpiece blank cycles
- 4.3 Single cut cycles
- 4.4 Turning cycles
- Tool position
- Cut longitudinal
- Cut transverse
- Roughing, longitudinal—expanded
- Roughing, transverse—expanded
- Finishing cut, longitudinal
- Finishing cut, transverse
- Finishing cut, longitudinal—expanded
- Finishing cut, transverse—expanded
- Cut, longitudinal plunge
- Cut, transverse plunge
- Cut, longitudinal plunging—expanded
- Cut, transverse plunging—expanded
- Cut, longitudinal finishing plunge
- Cut, transverse finishing plunge
- Cut, longitudinal finishing plunge—expanded
- Cut, transverse finishing plunge—expanded
- Cut, ICP contour-parallel, longitudinal
- Cut, ICP contour-parallel, transverse
- Cut, ICP contour-parallel, longitudinal finishing
- Cut, ICP contour-parallel, transverse finishing
- ICP cutting, longitudinal
- ICP cut transverse
- ICP longitudinal finishing cut
- ICP transverse finishing cut
- Examples of turning cycles
- 4.5 Recessing cycles
- Cutting and infeed directions for recessing cycles
- Undercut position
- Contour forms
- Recessing, radial
- Recessing, axial
- Recessing, radial—expanded
- Recessing, axial—expanded
- Recessing radial, finishing
- Recessing axial, finishing
- Recessing radial, finishing—expanded
- Recessing axial, finishing—expanded
- ICP recessing radial
- ICP recessing cycles, axial
- ICP recessing, radial finishing
- ICP recessing, axial finishing
- Recess turning
- Recess turning, radial
- Recess turning, axial
- Recess turning, radial—expanded
- Recess turning, axial—expanded
- Recess turning, radial finishing
- Recess turning, axial finishing
- Recess turning, radial finishing—expanded
- Recess turning, axial finishing—expanded
- ICP recess turning, radial
- ICP recess turning, axial
- ICP recess turning, radial finishing
- ICP recess turning, axial finishing
- Undercutting type H
- Undercutting type K
- Undercutting type U
- Parting
- Examples of recessing cycles
- 4.6 Thread and undercut cycles
- Thread position, undercut position
- Handwheel superimposition
- Feed angle, thread depth, proportioning of cuts
- Thread run-in / thread run-out
- Last cut
- Thread cycle (longitudinal)
- Thread cycle (longitudinal)—expanded
- Tapered thread
- API thread
- Recut (longitudinal) thread
- Recut (longitudinal) thread—expanded
- Recut tapered thread
- Recut API thread
- Undercut DIN 76
- Undercut DIN 509 E
- Undercut DIN 509 F
- Examples of thread and undercut cycles
- 4.7 Drilling cycles
- 4.8 Milling cycles
- Rapid positioning milling
- Slot, axial
- Figure, axial
- ICP contour, axial
- Face milling
- Slot, radial
- Figure, radial
- ICP contour, radial
- Helical-slot milling, radial
- Milling direction for contour milling
- Milling direction for pocket milling
- Example of milling cycle
- Engraving, axial
- Engraving, radial
- Engraving, axial/radial
- 4.9 Drilling and milling patterns
- 4.10 DIN cycles
- ICP programming
- 5.1 ICP contours
- 5.2 ICP editor in cycle mode
- 5.3 ICP editor in smart.Turn
- 5.4 Creating an ICP contour
- Entering an ICP contour
- Absolute or incremental dimensioning
- Transitions between contour elements
- Fits and inside threads
- Polar coordinates
- Angular input
- Contour graphics
- Selection of solutions
- Colors in contour graphics
- Selection functions
- Zero point shift
- Copying a contour section in linear series
- Copying a contour section in circular series
- Copying a contour section by mirroring
- Inverting
- Contour direction (cycle programming)
- 5.5 Editing ICP contours
- 5.6 The zoom function in the ICP editor
- 5.7 Defining the workpiece blank
- 5.8 Contour elements of a turning contour
- 5.9 Contour elements on face
- 5.10 Contour elements on lateral surface
- 5.11 C and Y axis machining in smart.Turn
- 5.12 Face contours in smart.Turn
- 5.13 Lateral surface contours in smart.Turn
- 5.14 Contours in the XY plane
- Reference data in XY plane
- Starting point of contour in XY plane
- Vertical lines in XY plane
- Horizontal lines in XY plane
- Line at angle in XY plane
- Circular arc in XY plane
- Chamfer/rounding arc in XY plane
- Circle in XY plane
- Rectangle in XY plane
- Polygon in XY plane
- Linear slot in XY plane
- Circular slot in XY plane
- Hole in XY plane
- Linear pattern in XY plane
- Circular pattern in XY plane
- Single surface in XY plane
- Centric polygon in XY plane
- 5.15 Contours in the YZ plane
- Reference data in YZ plane
- TURN PLUS attributes
- Starting point of contour in YZ plane
- Vertical lines in YZ plane
- Horizontal lines in YZ plane
- Line at angle in YZ plane
- Circular arc in YZ plane
- Chamfer/rounding arc in YZ plane
- Circle in YZ plane
- Rectangle in YZ plane
- Polygon in YZ plane
- Linear slot in YZ plane
- Circular slot in YZ plane
- Hole in YZ plane
- Linear pattern in YZ plane
- Circular pattern in YZ plane
- Single surface in YZ plane
- Centric polygons in YZ plane
- 5.16 Loading existing contours
- Graphic simulation
- Tool and technology database
- Organization mode of operation
- 8.1 Organization mode of operation
- 8.2 Parameters
- 8.3 Transfer
- Data backup
- Data exchange with TNCremo
- External access
- Connections
- Ethernet interface CNC PILOT 620
- Ethernet interface CNC PILOT 640
- USB connection
- Data transfer options
- Transferring programs (files)
- Transferring parameters
- Transferring tool data
- Service files
- Creating a data backup file
- Importing NC programs from predecessor controls
- Importing tool data of the CNC PILOT 4290
- 8.4 Service pack
- Tables and overviews
- Overview of cycles