Name: HEIDENHAIN TNC 620 Programming Station
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HEIDENHAIN | TNC 620 | Conversational Programming User's Manual | 10/2017

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About this Manual6
New Functions 81760X15
Programs with .HU and .HC Extensions Can be Selected and17
New Functions 81760X20
Table of Contents33
First Steps with the TNC 62063
- Overview64
- Machine Switch-On64
- Acknowledging the Power Interruption and Moving to the Reference Points64
- Programming the First Part66
- Selecting the Correct Operating Mode66
- The most Important Control Keys66
- Opening a New Program/File Management67
- Defining a Workpiece Blank68
- Program Layout69
- Programming a Simple Contour71
- Creating a Cycle Program74
- Graphically Testing the First Part (Option 20)77
- Selecting the Correct Operating Mode77
- Selecting the Tool Table for the Test Run77
- Choosing the Program You Want to Test78
- Selecting the Screen Layout and the View78
- Starting the Test Run79
- Setting up Tools80
- Selecting the Correct Operating Mode80
- Preparing and Measuring Tools80
- The Tool Table TOOL.T81
- The Pocket Table TOOL_P .TCH82
- Workpiece Setup83
- Selecting the Correct Operating Mode83
- Clamping the Workpiece83
- Presetting with a 3-D Touch Probe (Option Number 17)84
- Running the First Program85
- Selecting the Correct Operating Mode85
- Choosing the Program You Want to Run85
- Starting the Program85
Introduction87
- The TNC 62088
- HEIDENHAIN Klartext and DIN/ISO88
- Compatibility88
- Visual Display Unit and Operating Panel89
- Display Screen89
- Setting Screen Layout90
- Control Panel90
- Modes of Operation91
- Manual Operation and El. Handwheel91
- Positioning with Manual Data Input91
- Programming92
- Test Run92
- Program Run, Full Sequence and Program Run, Single Block93
- Status Displays94
- General Status Display94
- Additional Status Displays96
- Window Manager100
- Overview of Taskbar101
- Portscan104
- Remote Service105
- Printer107
- Selinux Security Software109
- Vnc110
- Backup and Restore112
- Remote Desktop Manager (Option 133)115
- Introduction115
- Configuring Connections - Windows Terminal Service (Remotefx)116
- Configuring the Connection - VNC118
- Shutting down or Rebooting an External Computer119
- Starting and Stopping the Connection120
- Accessories: HEIDENHAIN 3-D Touch Probes and Electronic Handwheels121
- 3-D Touch Probes (Touch Probe Functions Software Option)121
- HR Electronic Handwheels122
Operating the Touchscreen123
- Display Unit and Operation124
- Touchscreen124
- Operating Panel125
- Gestures127
- Overview of Possible Gestures127
- Navigating in the Table and NC Programs128
- Operating the Simulation129
- Using the HEROS Menu130
- Operating the CAD Viewer131
- Functions in the Taskbar136
- Icons of the Taskbar136
- Touchscreen Calibration137
- Touchscreen Configuration137
- Touchscreen Cleaning138
Fundamentals, File Management139
- Fundamentals140
- Position Encoders and Reference Marks140
- Reference Systems141
- And Cycle145
- Designation of the Axes on Milling Machines151
- Polar Coordinates151
- Absolute and Incremental Workpiece Positions152
- Selecting the Preset153
- Creating and Writing Programs154
- Structure of an NC Program in HEIDENHAIN Klartext154
- Defining the Blank: BLK FORM155
- Creating a New NC Program158
- Programming Tool Movements in Klartext159
- Actual Position Capture161
- Editing an NC Program162
- The Control's Search Function166
- File Management: Basics168
- Files168
- Data Backup170
- Displaying Externally Generated Files on the Control170
- Directories171
- Paths171
- Working with the File Manager171
- Overview: Functions of the File Manager172
- Calling the File Manager173
- Selecting Drives, Directories and Files174
- Copying a Single File176
- Creating a New Directory176
- Creating New File176
- Copying Files into Another Directory177
- Copying a Table178
- Choosing One of the Last Files Selected179
- Copying a Directory179
- Deleting a File179
- Deleting a Directory180
- Tagging Files181
- Renaming a File182
- Sorting Files182
- Additional Functions183
- Additional Tools for Management of External File Types184
- Additional Tools for Itcs192
- Data Transfer to or from an External Data Carrier194
Programming Aids199
- Screen Keypad200
- Entering Text with the Screen Keyboard200
- Adding Comments201
- Application201
- Entering Comments During Programming201
- Inserting Comments after Program Entry201
- Entering a Comment in a Separate Block201
- Commenting out an Existing NC Block201
- Functions for Editing of the Comment202
- Freely Editing an NC Program203
- Display of NC Programs204
- Syntax Highlighting204
- Scrollbar204
- Structuring Programs205
- Definition and Applications205
- Displaying the Program Structure Window / Changing the Active Window205
- Inserting a Structure Block in the Program Window206
- Selecting Blocks in the Program Structure Window206
- Calculator207
- Operation207
- Cutting Data Calculator210
- Application210
- Programming Graphics212
- Activating and Deactivating Programming Graphics212
- Generating a Graphic for an Existing Program213
- Block Number Display ON/OFF214
- Erasing the Graphic214
- Showing Grid Lines214
- Magnification or Reduction of Details215
- Error Messages216
- Display of Errors216
- Opening the Error Window216
- Closing the Error Window216
- Detailed Error Messages217
- INTERNAL INFO Soft Key217
- FILTER Soft Key217
- Clearing Errors218
- Error Log218
- Keystroke Log219
- Informational Texts220
- Saving Service Files220
- Calling the Tncguide Help System220
- 5.10 Tncguide Context-Sensitive Help System221
- Application221
- Working with Tncguide222
- Downloading Current Help Files226
Tools229
- Entering Tool-Related Data230
- Feed Rate F230
- Spindle Speed S231
- Tool Data232
- Requirements for Tool Compensation232
- Tool Number, Tool Name232
- Tool Length L232
- Tool Radius R232
- Delta Values for Lengths and Radii233
- Entering Tool Data into the NC Program233
- Entering Tool Data into the Table234
- Importing Tool Tables243
- Overwriting Tool Data from an External PC245
- Pocket Table for Tool Changer246
- Calling the Tool Data249
- Tool Change251
- Tool Usage Test254
- Tool Compensation256
- Introduction256
- Tool Length Compensation256
- Tool Radius Compensation257
- Tool Management (Option Number 93)260
- Basics260
- Calling Tool Management261
- Editing Tool Management262
- Available Tool Types266
- Importing and Exporting Tool Data268
Programming Contours271
- Tool Movements272
- Path Functions272
- FK Free Contour Programming (Option 19)272
- Miscellaneous Functions M272
- Subprograms and Program Section Repeats273
- Programming with Q Parameters273
- Fundamentals of Path Functions274
- Programming Tool Movements for Workpiece Machining274
- Approaching and Departing a Contour278
- Starting Point and End Point278
- Overview: Types of Paths for Contour Approach and Departure280
- Important Positions for Approach and Departure281
- Approaching on a Straight Line with Tangential Connection: APPR LT283
- Approaching on a Straight Line Perpendicular to the First Contour Point: APPR LN283
- Approaching on a Circular Path with Tangential Connection: APPR CT284
- Approaching on a Circular Path with Tangential Connection from a Straight Line to the Contour: APPR LCT285
- Departing in a Straight Line with Tangential Connection: DEP LT286
- Departing in a Straight Line Perpendicular to the Last Contour Point: DEP LN286
- Departing on a Circular Path with Tangential Connection: DEP CT287
- Departing on a Circular Arc Tangentially Connecting the Contour and a Straight Line: DEP LCT287
- Path Contours  Cartesian Coordinates288
- Overview of Path Functions288
- Straight Line L289
- Inserting a Chamfer between Two Straight Lines290
- Rounded Corners RND291
- Circle Center CC292
- Circular Path C Around Circle Center CC293
- Circle CR with Defined Radius294
- Circle CT with Tangential Connection296
- Example: Linear Movements and Chamfers with Cartesian Coordinates297
- Example: Circular Movements with Cartesian Coordinates298
- Example: Full Circle with Cartesian Coordinates299
- Path Contours - Polar Coordinates300
- Overview300
- Datum for Polar Coordinates: Pole CC301
- Straight Line LP301
- Circular Path CP Around Pole CC302
- Circle CTP with Tangential Connection302
- Helix303
- Example: Linear Movement with Polar Coordinates305
- Example: Helix306
- Path Contours - FK Free Contour Programming (Option 19)307
- Fundamentals307
- FK Programming Graphics309
- Initiating the FK Dialog310
- Pole for FK Programming310
- Free Straight Line Programming311
- Free Circular Path Programming312
- Input Possibilities313
- Auxiliary Points316
- Relative Data317
- Example: FK Programming 1319
- Example: FK Programming 2320
- Example: FK Programming 3321
Data Transfer from CAD Files323
- Screen Layout of the CAD Viewer324
- Fundamentals of the CAD Viewer324
- CAD Import (Option 42)325
- Application325
- Using the CAD Viewer326
- Opening the CAD File326
- Basic Settings327
- Setting Layers329
- Setting a Preset330
- Defining the Datum332
- Selecting and Saving a Contour335
- Selecting and Saving Machining Positions338
Subprograms and Program Section Repeats345
- Labeling Subprograms and Program Section Repeats346
- Label346
- Subprograms347
- Operating Sequence347
- Programming Notes347
- Programming the Subprogram348
- Calling a Subprogram348
- Program-Section Repeats349
- Label349
- Operating Sequence349
- Programming Notes349
- Programming a Program Section Repeat350
- Calling a Program Section Repeat350
- Any Desired NC Program as Subprogram351
- Overview of the Soft Keys351
- Operating Sequence352
- Programming Notes352
- Calling any Program as a Subprogram353
- Nesting356
- Types of Nesting356
- Nesting Depth356
- Subprogram Within a Subprogram357
- Repeating Program Section Repeats358
- Repeating a Subprogram359
- Programming Examples360
- Example: Milling a Contour in Several Infeeds360
- Example: Groups of Holes361
- Example: Group of Holes with Several Tools362
Programming Q Parameters365
- 10.1 Principle and Overview of Functions366
- Programming Notes368
- Calling Q Parameter Functions369
- Part Families-Q Parameters in Place of Numerical Values370
- Application370
- Describing Contours with Mathematical Functions371
- Application371
- Overview371
- Programming Fundamental Operations372
- 10.4 Angle Functions374
- Definitions374
- Programming Trigonometric Functions374
- 10.5 Calculation of Circles375
- Application375
- 10.6 If-Then Decisions with Q Parameters376
- Application376
- Unconditional Jumps376
- Abbreviations Used376
- Programming If-Then Decisions377
- 10.7 Checking and Changing Q Parameters378
- Procedure378
- 10.8 Additional Functions380
- Overview380
- FN 14: ERROR: Displaying Error Messages381
- FN16: F-PRINT - Formatted Output of Texts and Q Parameter Values385
- FN 18: SYSREAD - Reading System Data392
- FN 19: PLC - Transfer Values to the PLC421
- FN 20: WAIT for - NC and PLC Synchronization422
- FN 29: PLC - Transfer Values to the PLC423
- Fn 37: Export424
- FN 38: SEND - Send Information from NC Program424
- 10.9 Accessing Tables with SQL Commands425
- Introduction425
- Overview of Functions426
- Programming SQL Commands427
- Application Example428
- Sql Bind429
- Sql Execute430
- Sql Fetch433
- Sql Update434
- Sql Insert435
- Sql Commit436
- Sql Rollback437
- Sql Select438
- Entering Formulas Directly439
- Entering Formulas439
- Rules for Formulas441
- Example of Entry442
- String Parameters443
- String Processing Functions443
- Assign String Parameters444
- Chain-Linking String Parameters445
- Converting a Numerical Value to a String Parameter446
- Copying a Substring from a String Parameter447
- Reading System Data448
- Converting a String Parameter to a Numerical Value449
- Testing a String Parameter450
- Finding the Length of a String Parameter451
- Comparing Alphabetic Priority452
- Reading out Machine Parameters453
- 10.12 Preassigned Q Parameters456
- Values from the PLC: Q100 to Q107456
- Active Tool Radius: Q108456
- Tool Axis: Q109457
- Spindle Status: Q110457
- Coolant On/Off: Q111457
- Overlap Factor: Q112457
- Unit of Measurement for Dimensions in the Program: Q113457
- Tool Length: Q114458
- Coordinates after Probing During Program Run458
- Deviation between Actual Value and Nominal Value During Automatic Tool Measurement With, for Example, the TT 160458
- Tilting the Working Plane with Spatial (Workpiece) Angles Instead of Spindle Head Angles: Coordinates for Rotary Axes Calculated by the Control458
- Measurement Results from Touch Probe Cycles459
- Programming Examples461
- Example: Ellipse461
- Example: Concave Cylinder Machined with Spherical Cutter463
- Example: Convex Sphere Machined with End Mill465
Miscellaneous Functions467
- Entering Miscellaneous Functions M and STOP468
- Fundamentals468
- Miscellaneous Functions for Program Run Inspection, Spindle and Coolant470
- Overview470
- Miscellaneous Functions for Coordinate Entries471
- Programming Machine-Referenced Coordinates: M91/M92471
- Moving to Positions in a Non-Tilted Coordinate System with a Tilted Working Plane: M130473
- Miscellaneous Functions for Path Behavior474
- Machining Small Contour Steps: M97474
- Machining Open Contour Corners: M98475
- Feed Rate Factor for Plunging Movements: M103476
- Feed Rate in Millimeters Per Spindle Revolution: M136477
- Feed Rate for Circular Arcs: M109/M110/M111478
- Calculating the Radius-Compensated Path in Advance (LOOK AHEAD): M120 (Miscellaneous Functions Software Option)479
- Superimposing Handwheel Positioning During Program Run: M118 (Software Option Miscellaneous Functions)481
- Retraction from the Contour in the Tool-Axis Direction: M140483
- Suppressing Touch Probe Monitoring: M141485
- Deleting Basic Rotation: M143486
- Automatically Retracting the Tool from the Contour at an NC Stop: M148487
- Rounding Corners: M197488
Special Functions489
- 12.1 Overview of Special Functions490
- Main Menu for SPEC FCT Special Functions490
- Program Defaults Menu491
- Functions for Contour and Point Machining Menu491
- Menu for Defining Different Conversional Functions492
- 12.2 Tool Carrier Management493
- Fundamentals493
- Save Tool Carrier Templates493
- Assigning Input Parameters to Tool Carriers494
- Allocating Parameterized Tool Carriers497
- Active Chatter Control ACC (Option 145)498
- Application498
- Activating/Deactivating ACC499
- Working with the Parallel Axes U, V and W500
- Overview500
- Function Paraxcomp Display501
- Function Paraxcomp Move502
- Deactivating FUNCTION PARAXCOMP503
- Function Paraxmode504
- Deactivating FUNCTION PARAXMODE506
- Example: Drilling with the W Axis507
- 12.5 File Functions508
- Application508
- Defining File Functions508
- 12.6 Defining Coordinate Transformations509
- Overview509
- Trans Datum Axis509
- Trans Datum Table510
- Trans Datum Reset511
- 12.7 Defining a Counter512
- Application512
- Define FUNCTION COUNT513
- 12.8 Creating Text Files514
- Application514
- Opening and Exiting a Text File514
- Editing Texts515
- Deleting and Re-Inserting Characters, Words and Lines515
- Editing Text Blocks516
- Finding Text Sections517
- 12.9 Freely Definable Tables518
- Fundamentals518
- Creating a Freely Definable Table518
- Editing the Table Format519
- Switching between Table and Form View520
- FN 26: TABOPEN - Open a Freely Definable Table521
- FN 27: TABWRITE - Write to a Freely Definable Table522
- FN 28: TABREAD - Read from a Freely Definable Table523
- Customizing the Table Format523
- Pulsing Spindle Speed FUNCTION S-PULSE524
- Programming a Pulsing Spindle Speed524
- Resetting the Pulsing Spindle Speed525
- 12.11 Dwell Time FUNCTION FEED526
- Programming Dwell Time526
- Resetting Dwell Time527
- 12.12 Dwell Time FUNCTION DWELL528
- Programming Dwell Time528
- Lift off Tool at NC Stop: FUNCTION LIFTOFF529
- Programming Tool Lift-Off with FUNCTION LIFTOFF529
- Resetting the Lift-Off Function531
Multiple-Axis Machining533
- 13.1 Functions for Multiple Axis Machining534
- The PLANE Function: Tilting the Working Plane (Option 8)535
- Introduction535
- Overview537
- Defining the PLANE Function538
- Position Display538
- Resetting PLANE Function539
- Defining the Working Plane with the Spatial Angle: PLANE SPATIAL540
- Defining the Working Plane with the Projection Angle: PLANE PROJECTED542
- Defining the Working Plane with the Euler Angle: PLANE EULER544
- Defining the Working Plane with Two Vectors: PLANE VECTOR546
- Defining the Working Plane Via Three Points: PLANE POINTS549
- Defining the Working Plane Via a Single Incremental Spatial Angle: PLANE RELATIV551
- Tilting the Working Plane through Axis Angle: PLANE AXIAL552
- Specifying the Positioning Behavior of the PLANE Function554
- Tilting the Working Plane Without Rotary Axes562
- Inclined-Tool Machining in a Tilted Plane (Option 9)563
- Function563
- Inclined-Tool Machining Via Incremental Traverse of a Rotary Axis563
- Inclined-Tool Machining Via Normal Vectors564
- 13.4 Miscellaneous Functions for Rotary Axes565
- Feed Rate in MM/Min on Rotary Axes A, B, C: M116 (Option 8)565
- Shortest-Path Traverse of Rotary Axes: M126566
- Reducing Display of a Rotary Axis to a Value Less than 360°: M94567
- Maintaining the Position of the Tool Tip When Positioning with Tilted Axes (TCPM): M128 (Option 9)568
- Selecting Tilting Axes: M138571
- Compensating the Machine Kinematics in ACTUAL/NOMINAL Positions at End of Block: M144 (Option 9)572
- FUNCTION TCPM (Option 9)573
- Function573
- Defining FUNCTION TCPM573
- Mode of Action of the Programmed Feed Rate574
- Interpretation of the Programmed Rotary Axis Coordinates575
- Type of Interpolation between the Starting and End Position576
- Selection of Tool Reference Point and Center of Rotation577
- Resetting FUNCTION TCPM578
- Three-Dimensional Tool Compensation (Option 9)579
- Introduction579
- Suppressing Error Messages with Positive Tool Oversize: M107580
- Definition of a Normalized Vector581
- Permissible Tool Shapes582
- Using Other Tools: Delta Values582
- 3-D Compensation Without TCPM583
- Face Milling: 3D Compensation with TCPM584
- Peripheral Milling: 3-D Radius Compensation with TCPM and Radius Compensation (RL/RR)586
- Interpretation of the Programmed Path588
- 13.7 Running CAM Programs589
- From 3-D Model to NC Program589
- Consider with Post Processor Configuration590
- Please Note the Following for CAM Programming592
- Possibilities for Intervention on the Control594
- ADP Motion Control595
Pallet Management597
- Pallet Management (Option Number 22)598
- Application598
- Selecting Pallet Table602
- Inserting or Deleting Columns602
- Processing Pallet Table603
- 14.2 Pallet Preset Management605
- Fundamentals605
- Using Pallet Presets605
- 14.3 Tool-Oriented Machining606
- Fundamentals606
- Sequence of Tool-Oriented Machining608
- MID-Program Startup with Block Scan609
Batch Process Manager611
- Batch Process Manager (Option 154)612
- Fundamentals612
- Application612
- Opening the Batch Process Manager615
- Creating a Job List615
- Editing a Job List617
- Executing the Job List618
Manual Operation and Setup619
- 16.1 Switch-On, Switch-Off620
- Switch-On620
- Traverse Reference Points622
- Switch-Off624
- 16.2 Moving the Machine Axes625
- Note625
- Moving the Axis with the Axis Direction Keys625
- Incremental Jog Positioning626
- Traverse with Electronic Handwheels627
- Spindle Speed S, Feed Rate F and Miscellaneous Function M637
- Application637
- Entering Values637
- Adjusting Spindle Speed and Feed Rate638
- Feed Rate Limit F MAX638
- Optional Safety Concept (Functional Safety FS)639
- Miscellaneous639
- Explanation of Terms640
- Additional Status Displays641
- Checking the Axis Positions642
- Activating Feed-Rate Limitation643
- 16.5 Managing Presets644
- Note644
- Saving Presets in the Table644
- Protecting Presets from Being Overwritten649
- Activating a Preset651
- 16.6 Presetting Without a 3-D Touch Probe652
- Note652
- Preparation652
- Presetting Setting with an End Mill652
- Using Touch Probe Functions with Mechanical Probes or Measuring Dials653
- Using a 3-D Touch Probe (Option 17)654
- Introduction654
- Overview655
- Suppress Touch Probe Monitoring657
- Functions in Touch Probe Cycles657
- Selecting the Probing Cycle660
- Recording Measured Values from the Touch Probe Cycles660
- Writing Measured Values from the Touch Probe Cycles to a Datum Table661
- Writing Measured Values from the Touch-Probe Cycles to the Preset Table662
- Calibrating 3-D Touch Probes (Option 17)663
- Introduction663
- Calibrating the Effective Length664
- Calibrating the Effective Radius and Compensating Center Misalignment665
- Displaying Calibration Values668
- Compensating Workpiece Misalignment with 3-D Touch Probe (Option 17)669
- Introduction669
- Identifying Basic Rotation670
- Saving the Basic Rotation in the Preset Table670
- Compensation of Workpiece Misalignment by Rotating the Table671
- Show Basic Rotation and Offset672
- Rescind Basic Rotation or Offset672
- Measuring 3-D Basic Rotation673
- Presetting with a 3-D Touch Probe (Option Number 17)676
- Overview676
- Presetting on any Axis677
- Corner as Preset678
- Circle Center as Preset680
- Setting a Center Line as Preset683
- Measuring Workpieces with a 3-D Touch Probe684
- Tilting the Working Plane (Option 8)687
- Application, Function687
- Position Display in a Tilted System689
- Limitations on Working with the Tilting Function689
- Activating Manual Tilting690
- Setting the Tool-Axis Direction as the Active Machining Direction692
- Setting a Preset in a Tilted Coordinate System692
Positioning with Manual Data Input693
- Programming and Executing Simple Machining Operations694
- Positioning with Manual Data Input (MDI)695
- Protecting Programs in $MDI697
Test Run and Program Run699
- Graphics (Option 20)700
- Application700
- Speed of the Setting Test Runs701
- Overview: Display Modes702
- 3-D View702
- Plan View706
- Projection in Three Planes706
- Repeating Graphic Simulation708
- Tool Display708
- Measurement of Machining Time709
- Showing the Workpiece Blank in the Working Space (Option 20)710
- Application710
- Functions for Program Display712
- Overview712
- Test Run713
- Application713
- Test Run Execution715
- Test Run up to a Certain Block716
- Program Run717
- Application717
- Running a Part Program718
- Interrupting, Stopping or Aborting Machining719
- Moving the Machine Axes During an Interruption722
- Resuming Program Run after an Interruption723
- Retraction after a Power Interruption724
- Entering the Program at any Point: MID-Program Startup727
- Returning to the Contour733
- 18.6 Automatic Program Start734
- Application734
- Skipping Blocks735
- Application735
- Delete / Symbol735
- 18.8 Optional Program-Run Interruption736
- Application736
MOD Functions737
- MOD Function738
- Selecting MOD Functions738
- Changing the Settings738
- Exiting MOD Functions738
- Overview of MOD Functions739
- Graphic Settings740
- Counter Settings741
- Machine Settings742
- External Access742
- Entering Traverse Limits744
- Tool Usage File745
- Select Kinematics745
- System Settings746
- Set the System Time746
- 19.6 Select the Position Display747
- Application747
- 19.7 Setting the Unit of Measure749
- Application749
- 19.8 Displaying Operating Times749
- Software Numbers750
- Application750
- 19.10 Enter the Code Number750
- 19.11 Setting up Data Interfaces751
- Serial Interfaces on the TNC 620751
- Application751
- Setting the RS-232 Interface751
- Set BAUD RATE (Baud Rate No. 106701)751
- Set Protocol (Protocol No. 106702)752
- Set Data Bits (Databits No. 106703)752
- Check Parity (Parity No. 106704)752
- Set Stop Bits (Stopbits No. 106705)752
- Set Handshake (Flowcontrol No. 106706)753
- File System for File Operation (Filesystem No. 106707)753
- Block Check Character (Bccavoidctrlchar No. 106708)753
- Condition of RTS Line (Rtslow No. 106709)753
- Define Behavior after Receipt of ETX (Noeotafteretx No. 106710)754
- Settings for the Transmission of Data Using PC Software Tncserver754
- Setting the Operating Mode of the External Device (Filesystem)755
- Software for Data Transfer755
- Ethernet Interface757
- Introduction757
- Connection Possibility757
- Configuring the Control757
- 19.13 Firewall763
- Application763
- 19.14 Set up Touch Probes766
- Introduction766
- Setting up a Touch Probe with Radio Transmission766
- Setting up a Touch Probe in the MOD Dialog767
- Touch Probe with Radio Transmission Configuration768
- Configuring the HR 550FS Wireless Handwheel770
- Application770
- Assigning the Handwheel to a Specific Handwheel Holder770
- Setting the Transmission Channel771
- Selecting the Transmitter Power771
- Statistical Data772
- 19.16 Load Machine Configuration773
- Application773
Tables and Overviews775
- 20.1 Machine-Specific User Parameters776
- Application776
- Connector Pin Layout and Connection Cables for Data Interfaces790
- RS-232-C/V.24 Interface for HEIDENHAIN Devices790
- Non-HEIDENHAIN Devices792
- Ethernet Interface RJ45 Socket792
- Technical Information793
- User Functions795
- Software Options798
- Accessories801
- Overview Tables802
- Fixed Cycles802
- Miscellaneous Functions804
- Functions of the TNC 620 and the Itnc 530 Compared806
- Comparison: Specifications806
- Comparison: Data Interfaces806
- Comparison: PC Software807
- Comparison: User Functions807
- Comparison: Miscellaneous Functions815
- Comparator: Cycles817
- Comparison: Touch Probe Cycles in the Manual Operation and Electronic Handwheel Modes of Operation819
- Comparison: Probing System Cycles for Automatic Workpiece Control820
- Comparison: Differences in Programming822
- Comparison: Differences in Test Run, Functionality825
- Comparison: Differences in Test Run, Operation826
- Comparison: Differences in Manual Operation, Functionality827
- Comparison: Differences in Manual Operation, Operation828
- Comparison: Differences in Program Run, Operation828
- Comparison: Differences in Program Run, Traverse Movements829
- Comparison: Differences in MDI Operation834
- Comparison: Differences in Programming Station834

HEIDENHAIN TNC 620 Programming Station User Manual

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HEIDENHAIN TNC 620 Programming Station Specifications

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Brand	HEIDENHAIN
Model	TNC 620 Programming Station
Category	Control Systems
Language	English