HEIDENHAIN iTNC 530 E Manuals

Manuals and User Guides for HEIDENHAIN iTNC 530 E. We have 2 HEIDENHAIN iTNC 530 E manuals available for free PDF download: User Manual

HEIDENHAIN iTNC 530 E User Manual (689 pages)

Conversational Programming

Brand: HEIDENHAIN | Category: Control Panel | Size: 25 MB

Table of Contents

13
- Controls on the Visual Display Unit
  2
- Software Options
  6
Table of Contents

29
- Introduction
  37
  - The Itnc
    38
    
    Programming: Heidenhain Conversational, Smart.nc and Iso Formats
    38
    
    Operating Panel
    39
    
    Screen Layout
    39
    
    Visual Display Unit
    39
  - Modes of Operation
    41
    
    Manual Operation and Electronic Handwheel
    41
    
    Programming and Editing
    42
    
    Program Run, Full Sequence and Program Run, Single Block
    43
    
    General" Status Display
    44
    
    Status Displays
    44
    
    Additional Status Displays
    45
    
    D Touch Probes
    49
    
    Hr Electronic Handwheels
    50
- Manual Operation and Setup
  51
  - Switch-On, Switch-Off
    52
  - Moving the Machine Axes
    55
    
    To Traverse with the Machine Axis Direction Buttons
    55
    
    Incremental Jog Positioning
    56
    
    Traversing with the Hr 410 Electronic Handwheel
    57
    
    Hr 420 Electronic Handwheel
    58
    
    Positioning with Manual Data Input
    62
    
    Entering Values
    64
    
    Changing the Spindle Speed and Feed Rate
    65
    
    Datum Setting with Axis Keys
    67
    
    Datum Management with the Preset Table
    68
    
    Traversing the Reference Points in Tilted Axes
    76
    
    Datum Setting on Machines with Rotary Tables
    77
    
    Datum Setting on Machines with Spindle-Head Changing Systems
    77
    
    Setting the Datum in a Tilted Coordinate System
    77
    
    Limitations on Working with the Tilting Function
    78
    
    Position Display in a Tilted System
    78
    
    Activating Manual Tilting
    79
    
    Setting the Current Tool-Axis Direction as the Active Machining Direction (Fcl 2 Function)
    80
    
    Collision Monitoring in the Manual Operating Modes
    81
    
    Collision Monitoring in Automatic Operation
    83
- Positioning with Manual Data Input (MDI)
  85
  - Protecting and Erasing Programs in $MDI
    88
    
    Position Encoders and Reference Marks
    90
    
    Reference System
    90
    
    Reference System on Milling Machines
    91
    
    Polar Coordinates
    92
    
    Absolute and Incremental Workpiece Positions
    93
    
    Setting the Datum
    94
  - File Management
    95
    
    Data Backup
    96
  - Working with the File Manager
    97
    
    Overview: Functions of the File Manager
    98
    
    Calling the File Manager
    99
    
    Selecting Drives, Directories and Files
    100
    
    Creating a New Directory (Only Possible on the Drive Tnc)
    102
    
    Copying a Single File
    103
    
    Choosing One of the Last Files Selected
    105
    
    Copying a Directory
    105
    
    Deleting a Directory
    106
    
    Deleting a File
    106
    
    Tagging Files
    107
    
    Renaming a File
    108
    
    Data Transfer to or from an External Data Medium
    109
    
    Copying Files into Another Directory
    111
    
    The Tnc in a Network
    112
    
    Usb Devices on the Tnc (Fcl 2 Function)
    113
  - Creating and Writing Programs
    114
    
    Defining the Blank Form – Blk Form
    114
    
    Organization of an Nc Program in Heidenhain Conversational Format
    114
    
    Creating a New Part Program
    115
    
    Programming Tool Movements in Conversational Format
    117
    
    Actual Position Capture
    119
    
    Editing a Program
    120
    
    The Tnc Search Function
    124
    
    Generating a Graphic for an Existing Program
    126
    
    Functions of the 3-D Line Graphics
    129
    
    Highlighting Nc Blocks in the Graphics
    131
  - Structuring Programs
    132
    
    Definition and Applications
    132
    
    Displaying the Program Structure Window / Changing the Active Window
    132
    
    Inserting a Structuring Block in the (Left) Program Window
    132
    
    Selecting Blocks in the Program Structure Window
    132
  - Adding Comments
    133
    
    Entering a Comment in a Separate Block
    133
    
    Entering Comments During Programming
    133
    
    Inserting Comments after Program Entry
    133
    
    Functions for Editing of the Comment
    134
  - Creating Text Files
    135
    
    Opening and Exiting Text Files
    135
    
    Editing Texts
    136
    
    Deleting and Inserting Characters, Words and Lines
    137
    
    Editing Text Blocks
    138
    
    Finding Text Sections
    139
  - Integrated Pocket Calculator
    140
    
    Display Help
    141
    
    Displaying Error Messages
    141
    
    Show Error List
    142
    
    Window Contents
    143
  - Pallet Management
    144
    
    Selecting a Pallet Table
    146
    
    Selecting a Pallet File
    152
    
    Setting up the Pallet File with the Entry Form
    153
    
    Sequence of Tool-Oriented Machining
    157
- Programming: Tools
  161
  - Entering Tool-Related Data
    162
    
    Feed Rate F
    162
    
    Spindle Speed S
    163
  - Tool Data
    164
    
    Requirements for Tool Compensation
    164
    
    Tool Length L
    164
    
    Tool Numbers and Tool Names
    164
    
    Delta Values for Lengths and Radii
    165
    
    Entering Tool Data into the Program
    165
    
    Tool Radius R
    165
    
    Entering Tool Data in Tables
    166
    
    Using an External Pc to Overwrite Individual Tool Data
    171
    
    Pocket Table for Tool Changer
    172
    
    Calling Tool Data
    175
    
    Tool Change
    176
  - Tool Compensation
    178
    
    Tool Length Compensation
    178
    
    Tool Radius Compensation
    179
    
    Definition of a Normalized Vector
    183
    
    Permissible Tool Forms
    184
    
    Using Other Tools: Delta Values
    184
    
    D Compensation Without Tool Orientation
    185
    
    Face Milling: 3-D Compensation with and Without Tool Orientation
    186
    
    Peripheral Milling: 3-D Radius Compensation with Workpiece Orientation
    188
    
    Table for Workpiece Materials
    191
    
    Table for Cutting Data
    192
    
    Table for Tool Cutting Materials
    192
    
    Data Required for the Tool Table
    193
    
    Working with Automatic Speed / Feed Rate Calculation
    194
    
    Changing the Table Structure
    195
    
    Switching between Table and Form View
    196
    
    Configuration File Tnc.sys
    197
    
    Data Transfer from Cutting Data Tables
    197
- Programming: Programming Contours
  199
  - Path Functions
    200
  - Tool Movements
    200
    
    Miscellaneous Functions M
    200
    
    Programming with Q Parameters
    200
    
    Subprograms and Program Section Repeats
    200
    
    Important Positions for Approach and Departure
    205
    
    Overview: Types of Paths for Contour Approach and Departure
    205
    
    Approaching on a Straight Line Perpendicular to the First Contour Point: Appr Ln
    208
    
    Approaching on a Straight Line with Tangential Connection: Appr Lt
    208
    
    Overview of Path Functions
    213
    
    Straight Line L
    214
    
    Inserting a Chamfer Chf between Two Straight Lines
    215
    
    Corner Rounding Rnd
    216
    
    Circle Center CC
    217
    
    Circular Path C Around Circle Center CC
    218
    
    Circular Path Cr with Defined Radius
    219
    
    Circular Path Ct with Tangential Connection
    220
    
    Polar Coordinate Origin: Pole CC
    226
    
    Circular Path Cp Around Pole CC
    227
    
    Straight Line Lp
    227
    
    Circular Path Ctp with Tangential Connection
    228
    
    Helical Interpolation
    229
    
    Contour Programming
    234
  - Graphics During Fk Programming
    235
  - Converting Fk Programs into Heidenhain Conversational Format
    236
  - Initiating the Fk Dialog
    237
  - Free Programming of Straight Lines
    238
  - Free Programming of Circular Arcs
    238
  - Input Possibilities
    239
  - Auxiliary Points
    242
  - Relative Data
    243
  - Opening a Dxf File
    252
  - Basic Settings
    253
  - Layer Settings
    254
  - Datum Specifying
    255
  - Contour Selection, Saving a Contour Program
    257
  - Zoom Function
    258
- Programming: Miscellaneous Functions
  259
- Programming: Cycles
  291
  - Working with Cycles
    292
    
    Machine-Specific Cycles
    292
    
    Defining a Cycle Using Soft Keys
    293
    
    Defining a Cycle Using the Goto Function
    293
    
    Calling Cycles
    295
    
    Working with the Secondary Axes U/V/W
    297
  - Point Tables
    298
    
    Creating a Point Table
    298
    
    Hiding Single Points from the Machining Process
    299
    
    Selecting a Point Table in the Program
    300
    
    Calling a Cycle in Connection with Point Tables
    301
    
    Centering (Cycle)
    305
    
    Drilling (Cycle)
    307
    
    Reaming (Cycle)
    309
    
    Boring (Cycle)
    311
    
    Universal Drilling (Cycle)
    313
    
    Back Boring (Cycle)
    315
    
    Universal Pecking (Cycle)
    317
    
    Bore Milling (Cycle)
    320
    
    Rigid Tapping Without a Floating Tap Holder New (Cycle)
    324
    
    Tapping with Chip Breaking (Cycle)
    326
    
    Fundamentals of Thread Milling
    328
    
    Thread Milling (Cycle)
    330
    
    Thread Drilling/Milling (Cycle)
    336
    
    Outside Thread Milling (Cycle)
    344
    
    Rectangular Pocket (Cycle)
    354
    
    Circular Pocket (Cycle)
    359
    
    Slot Milling (Cycle)
    363
    
    Circular Slot (Cycle)
    368
    
    Pocket Finishing (Cycle)
    373
    
    Stud Finishing (Cycle)
    375
    
    Circular Pocket Finishing (Cycle)
    377
    
    Circular Stud Finishing (Cycle)
    379
    
    Circular Slot (Oblong Hole) with Reciprocating Plunge-Cut (Cycle)
    384
    
    Circular Pattern (Cycle)
    391
    
    Linear Pattern (Cycle)
    393
  - Sl Cycles
    397
    
    Overview of Sl Cycles
    399
    
    Contour Data (Cycle)
    404
    
    Pilot Drilling (Cycle)
    405
    
    Rough-Out (Cycle)
    406
    
    Floor Finishing (Cycle)
    407
    
    Side Finishing (Cycle)
    408
    
    Contour Train (Cycle)
    409
    
    Cylinder Surface (Cycle 27, Software Option)
    411
    
    Cylinder Surface Slot Milling (Cycle 28, Software Option)
    413
    
    Cylinder Surface Ridge Milling (Cycle 29, Software Option)
    416
  - Sl Cycles with Contour Formula
    431
    
    Selecting a Program with Contour Definitions
    432
    
    Defining Contour Descriptions
    433
    
    Entering a Contour Formula
    434
    
    Contour Machining with Sl Cycles
    437
  - Cycles for Multipass Milling
    441
    
    D Data (Cycle)
    442
    
    Multipass Milling (Cycle)
    443
    
    Ruled Surface (Cycle)
    445
    
    Face Milling (Cycle)
    448
    
    Datum Shift (Cycle)
    457
    
    Datum Shift with Datum Tables (Cycle)
    458
    
    Datum Setting (Cycle)
    462
    
    Mirror Image (Cycle)
    463
    
    Scaling Factor (Cycle)
    466
    
    Axis-Specific Scaling (Cycle)
    467
    
    Working Plane (Cycle 19, Software Option)
    468
  - Special Cycles
    476
    
    Dwell Time (Cycle)
    476
    
    Program Call (Cycle)
    477
    
    Oriented Spindle Stop (Cycle)
    478
    
    Tolerance (Cycle 32, Software Option)
    479
- Programming: Special Functions
  481
  - Define the Plane Function
    484
- Position Display
  484
  - Reset the Plane Function
    485
  - Abbreviations Used
    497
    
    Define Tcpm Function
    506
    
    Mode of Action of the Programmed Feed Rate
    507
    
    Interpretation of the Programmed Rotary Axis Coordinates
    508
    
    Reset Tcpm Function
    510
    
    Prerequisites for the Program to be Converted
    512
    
    Application Example
    513
- Programming: Subprograms and Program Section Repeats
  515
- Calling a Subprogram
  517
- Calling a Program Section Repeat
  518
- Label Lbl
  518
- Programming a Program Section Repeat
  518
- Calling any Program as a Subprogram
  520
- Nesting Depth
  521
- Subprogram Within a Subprogram
  521
- Types of Nesting
  521
- Repeating Program Section Repeats
  522
- Repeating a Subprogram
  523
- Programming: Q Parameters
  531
- Principle and Overview
  532
  - Calling Q Parameter Functions
    533
  - Programming Fundamental Operations
    536
- Trigonometric Functions
  537
  - Programming Trigonometric Functions
    538
- Calculating Circles
  539
  - Unconditional Jumps
    540
- Additional Functions
  543
- Entering Formulas Directly
  564
  - Rules for Formulas
    566
  - Programming Example
    567
- Preassigned Q Parameters
  568
  - Values from the Plc: Q100 to Q
    568
  - Active Tool Radius: Q
    568
  - Tool Axis: Q
    568
  - Spindle Status: Q
    569
  - Coolant On/Off: Q
    569
  - Overlap Factor: Q
    569
  - Unit of Measurement for Dimensions in the Program: Q
    569
  - Tool Length: Q
    569
  - Coordinates after Probing During Program Run
    570
- Test Run and Program Run
  581
  - Plan View
    584
  - Overview of Display Modes
    584
  - Projection in 3 Planes
    585
  - D View
    586
  - Magnifying Details
    589
  - Repeating Graphic Simulation
    590
  - Measuring the Machining Time
    591
- Functions for Program Display
  592
- Test Run
  593
- Program Run
  596
  - Run a Part Program
    596
  - Interrupting Machining
    597
  - Moving the Machine Axes During an Interruption
    598
  - Resuming Program Run after an Interruption
    599
  - MID-Program Startup (Block Scan)
    600
  - Returning to the Contour
    602
- Automatic Program Start
  603
- Erasing the "/" Character
  604
- Optional Block Skip
  604
- MOD Functions
  607
- Mod Function
  608
  - Changing the Settings
    608
    
    Exiting the Mod Functions
    608
    
    Selecting the Mod Functions
    608
  - Overview of Mod Functions
    609
- Code Numbers
  611
- Loading Service Packs
  612
- Setting the Data Interfaces
  613
  - Setting the Rs-232 Interface
    613
  - Setting the Rs-422 Interface
    613
  - Setting the Operating Mode of the External Device
    613
  - Setting the Baud Rate
    613
  - Software for Data Transfer
    615
- Introduction
  617
  - Ethernet Interface
    617
    
    Connection Possibilities
    617
  - Connecting the Itnc Directly with a Windows Pc
    618
  - Configuring the Tnc
    620
- Configuring Pgm Mgt
  625
  - Changing the Pgm Mgt Setting
    625
  - Dependent Files
    626
  - Rotate the Entire Image
    630
  - Position Display Types
    631
- Unit of Measurement
  632
  - Datum Display
    635
  - Find and Enter the Maximum Traverse
    635
  - Displaying Help Files
    637
  - Selecting Help Files
    637
  - External Access
    640
- Tables and Overviews
  641
  - General User Parameters
    642
    
    Input Possibilities for Machine Parameters
    642
    
    Selecting General User Parameters
    642
    
    Compatibility
    655
    
    Non-Heidenhain Devices
    657
    
    Ethernet Interface Rj45 Socket
    658
    
    Rs-422/V.11 Interface
    658
  - Technical Information
    659
  - Exchanging the Buffer Battery
    666
- Itnc 530 with Windows 2000 (Option)
  667
  - General Information
    668
    
    End User License Agreement (Eula) for Windows
    668
    
    Specifications
    669
    
    Logging on as a Tnc User
    670
    
    Logging on to Windows
    670
    
    Logging on as a Local Administrator
    671
  - Switching off the Itnc
    672
    
    Logging a User off
    672
    
    Exiting the Itnc Application
    673
    
    Shutting down Windows
    674
  - Network Settings
    675
    
    Adjusting the Network Settings
    675
    
    Controlling Access
    676
    
    The Itnc Drive
    677
    
    Data Transfer to the Itnc
    678
  - Visual Display Unit
    683
  - Overview Tables
    685
  - Status Displays
    687
    
    Miscellaneous Functions
    687
    
    D Touch Probes
    689
  - Example
    689

HEIDENHAIN iTNC 530 E User Manual (514 pages)

Cycle Programming

Brand: HEIDENHAIN | Category: Control Panel | Size: 10 MB

About this Manual
3
TNC Model, Software and Features
4
Software Options
6
Feature Content Level (Upgrade Functions)
8
New Cycle Functions of Software 340 49X-02
10
Table of Contents
19
Fundamentals / Overviews
21
Fixed Cycles: Drilling
23
Fixed Cycles: Tapping / Thread Milling
24
Fixed Cycles: Pattern Definitions
26
Fixed Cycles: Cylindrical Surface
28
Fixed Cycles: Multipass Milling
30
Cycles: Coordinate Transformations
31
Cycles: Special Functions
33
Touch Probe Cycles: Special Functions
40
- Fundamentals / Overviews
  43
- Available Cycle Groups
  45
- Overview of Fixed Cycles
  45
- Overview of Touch Probe Cycles
  46
- Using Fixed Cycles
  47
- Machine-Specific Cycles
  48
- Working with Fixed Cycles
  48
- Defining a Cycle Using Soft Keys
  49
- Defining a Cycle Using the GOTO Function
  49
- Calling Cycles
  50
  - Calling a Cycle with CYCL CALL POS
    51
  - Calling a Cycle with M99/89
    51
- Working with the Secondary Axes U/V/W
  52
- Program Defaults for Cycles
  53
- Entering GLOBAL DEF
  54
- Using GLOBAL DEF Information
  54
- Global Data for Drilling Operations
  55
- Global Data Valid Everywhere
  55
- Global Data for Milling Operations with Pocket Cycles 25X
  56
- Global Data for Positioning Behavior
  56
- Global Data for Probing Functions
  57
- Application
  58
- Pattern Definition PATTERN DEF
  58
- Entering PATTERN DEF
  59
- Using PATTERN DEF
  59
- Defining Individual Machining Positions
  60
- Defining a Single Row
  61
- Defining a Single Pattern
  62
- Defining Individual Frames
  63
- Defining a Full Circle
  64
- Defining a Circular Arc
  65
- Creating a Point Table
  66
- Function
  66
- Point Tables
  66
- Hiding Single Points from the Machining Process
  67
- Selecting a Point Table in the Program
  68
- Calling a Cycle in Connection with Point Tables
  69
  - Fixed Cycles: Drilling
    71
  - Basics
    72
  - Overview
    72
- Centering Diameter or Centering Depth
  73
  - Cycle Parameters
    74
  - Cycle Run
    75
- Drilling
  75
- Setup Clearance
  76
- Reaming
  77
- Setup Clearance
  78
- Boring
  79
- Setup Clearance
  82
- Universal Drilling
  83
- Back Boring
  87
- Setup Clearance
  90
- Universal Pecking
  91
- Bore Milling
  95
  - Single-Fluted Deep-Hole Drilling
    98
  - Programming Examples
    101
  - Example: Using Drilling Cycles in Connection with PATTERN DEF
    103
  - Fixed Cycles: Tapping / Thread Milling
    105
  - Tapping New
    107
  - Rigid Tapping
    109
  - Retracting after a Program Interruption
    111
  - Tapping with Chip Breaking
    112
  - Fundamentals of Thread Milling
    115
  - Prerequisites
    115
  - Thread Milling
    117
  - Thread Milling/Countersinking
    120
  - Thread Drilling/Milling
    124
  - Helical Thread Drilling/Milling
    128
  - Outside Thread Milling
    132
  - Fixed Cycles: Pocket Milling / Stud Milling /Slot Milling
    139
- Rectangular Pocket
  141
- Circular Pocket
  146
- Slot Milling
  150
- Circular Slot
  155
- Rectangular Stud
  160
- Circular Stud
  164
  - Fixed Cycles: Pattern Definitions
    171
  - Circular Pattern
    173
  - Linear Pattern
    176
  - Example: Circular Hole Patterns
    178
  - Fixed Cycles: Contour Pocket, Contour Trains
    181
  - Characteristics of the Subprograms
    182
  - SL Cycles
    182
  - Characteristics of the Fixed Cycles
    183
  - Contour Geometry
    185
  - Overlapping Contours
    186
  - Subprograms: Overlapping Pockets
    187
  - Area of Inclusion
    188
  - Area of Exclusion
    189
  - Contour Data
    190
  - Pilot Drilling
    192
  - Rough-Out
    194
  - Floor Finishing
    198
  - Side Finishing
    199
  - Contour Train
    201
  - Trochoidal Slot
    205
  - Finishing with Closed Slots
    206
  - Roughing with Closed Slots
    206
  - Roughing with Open Slots
    206
  - Example: Roughing-Out and Fine-Roughing a Pocket
    211
  - Example: Contour Train
    216
  - Fixed Cycles: Cylindrical Surface
    219
  - Overview of Cylindrical Surface Cycles
    220
  - Cylinder Surface
    221
  - Example: Cylinder Surface with Cycle 27
    233
  - Example: Cylinder Surface with Cycle 28
    235
  - Fixed Cycles: Contour Pocket with Contour Formula
    237
  - SL Cycles with Complex Contour Formula
    238
  - Properties of the Subcontours
    239
  - Selecting a Program with Contour Definitions
    240
  - Defining Contour Descriptions
    241
  - Entering a Complex Contour Formula
    242
  - Contour Machining with Sl Cycles
    245
  - Roughing/Finishing Superimposed Contours with Contour Formula
    246
  - Fixed Cycles: Multipass Milling
    253
  - Run 3-D Data
    255
  - Multipass Milling
    257
  - Ruled Surface
    259
  - Face Milling
    263
  - Example: Multipass Milling
    268
- Datum Shift
  274
- Datum Setting
  281
- Mirror Image
  282
- Rotation
  284
- Scaling Factor
  286
- Axis-Specific Scaling Factor
  288
- Working Plane
  290
  - Positioning the Axes of Rotation
    293
  - Automatic Positioning of Rotary Axes
    294
  - Position Display in the Tilted System
    295
  - Positioning in a Tilted Coordinate System
    295
  - Workspace Monitoring
    295
  - Combining Coordinate Transformation Cycles
    296
  - Example: Coordinate Transformation Cycles
    299
  - Cycles: Special Functions
    301
  - Dwell Time
    303
  - Program Call
    304
  - Cycle Function
    306
  - Oriented Spindle Stop
    306
  - Tolerance
    307
  - Influences of the Geometry Definition in the CAM System
    308
- Cycle Parameters
  310
  - Using Touch Probe Cycles
    311
  - General Information about Touch Probe Cycles
    312
- Cycles in the Manual and El. Handwheel Modes
  313
- Touch Probe Cycles for Automatic Operation
  313
  - Before You Start Working with Touch Probe Cycles
    315
  - Maximum Traverse to Touch Point: MP6130
    315
- Orient the Infrared Touch Probe to the Programmed Probe Direction: Mp
  315
- Safety Clearance to Touch Point: MP6140
  315
- Confidence Interval for Multiple Measurement: Mp
  316
- Consider a Basic Rotation in the Manual Operation Mode: Mp
  316
- Multiple Measurement: Mp
  316
- Kinematicsopt, Permissible Deviation of the Calibration Ball Radius: Mp
  317
- Kinematicsopt: Tolerance Limit in Optimization Mode: Mp
  317
- Touch Trigger Probe, Probing Feed Rate: MP6120
  317
- Touch Trigger Probe, Rapid Traverse for Positioning: Mp
  317
- Executing Touch Probe Cycles
  318
  - Basic Rotation
    322
  - Basic Rotation
    331
  - Compensation Via Rotary Axis
    331
  - Set Basic Rotation
    335
  - Example: Determining a Basic Rotation from Two Holes
    340
  - Touch Probe Cycles: Automatic Datum Setting
    341
  - Measurement Results in Q Parameters
    344
  - Saving the Calculated Datum
    344
  - Slot Center Ref Pt
    345
  - Ridge Center Ref Pt
    349
  - Datum from Outside of Corner
    368
  - Classification of Results
    399
  - Tolerance Monitoring
    400
  - Tool Compensation
    400
  - Tool Monitoring
    400
  - Reference System for Measurement Results
    401
  - Tool Breakage Monitoring
    401
  - Ref. Plane
    402
  - Polar Reference Plane
    403
  - Measure Angle
    405
  - Measure Hole
    408
  - Meas. Circle Outside
    412
  - Meas. Rectan. Outside
    420
  - Measure Inside Width
    424
  - Measure Ridge Width
    427
  - Measure Coordinate
    430
  - Meas. Bolt Hole Circ.
    433
  - Measure Plane
    437
  - Touch Probe Cycles: Special Functions
    445
  - Calibrate Ts
    447
  - Calibrate Ts Length
    448
  - Measuring
    449
- Cycle Run
  451
- Measuring in 3-D
  451
- Cycle Parameters
  452
  - Measure Axis Shift
    453
  - Fast Probing
    456
  - Touch Probe Cycles: Automatic Kinematics Measurement
    461
  - Kinematic Measurement with TS Touch Probes
    462
  - Save Kinematics
    464
- Log Function
  465
- Measure Kinematics
  466
- Positioning Direction
  468
- Example Calculation of Measuring Positions for an a Axis
  469
- Machines with Hirth-Coupled Axes
  469
- Choice of Number of Measuring Points
  470
- Choice of the Calibration Sphere Position on the Machine Table
  470
- Notes on the Accuracy
  471
  - Fine Optimization over the Entire Range of Traverse
    472
  - Inspecting the Machine Accuracy
    472
- Notes on Various Calibration Methods
  472
  - Optimization of a Specific Rotary Axis Position
    472
  - Backlash
    473
  - Position and Angle Optimization Mode Q406 = 2
    478
  - Position Optimization Mode Q406 = 1
    478
  - Test Mode Q406 = 0
    478
  - Various Modes (Q406)
    478
  - Dispersion (Standard Deviation)
    480
  - Error Outputs
    480
  - Evaluation of Measuring Points
    480
  - Notes on Log Data
    480
  - Measurement Uncertainty of Angles
    481
  - Preset Compensation
    482
- Adjustment of Tool Changer Heads
  487
- Example: Adjusting a Tool Changer Head
  488
- Drift Compensation
  489
- Touch Probe Cycles: Automatic Tool Measurement
  493
- Setting the Machine Parameters
  495
- Differences between Cycles 31 to 33 and Cycles 481 to 483
  495
- Entries in the Tool Table TOOL.T
  497
- Display of the Measurement Results
  498
- Calibrating the TT
  499
- Calibrating the Wireless
  500
- Measuring the Tool Length
  501
- Cycle for Measuring a Tool During Rotation
  501
- Cycle for Measuring a Tool During Standstill (E.g. for Drills)
  501
- Cycle for Measuring Individual Teeth
  501
- Measuring the Tool Radius
  503
- Measuring Tool Length and Radius
  505
Fixed Cycles
509

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