Heidenhain TNC 410 User Manual Page 17
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- Table of contents
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4
1 Introduction
1.2 Visual Display Unit and Keyboard
Main menu dialog Function
BRIGHTNESS Adjust brightness
CONTRAST Adjust contrast
H-POSITION Adjust horizontal position
H-SIZE Adjust picture width
V-POSITION Adjust vertical position
V-SIZE Adjust picture height
SIDE-PIN Correct barrel-shaped distortion
TRAPEZOID Correct trapezoidal distortion
ROTATION Correct tilting
COLOR TEMP Adjust color temperature
R-GAIN Adjust strength of red color
B-GAIN Adjust strength of blue color
RECALL No function
The BC 120 is sensitive to magnetic and electromagnetic noise, which
can distort the position and geometry of the picture. Alternating fields
can cause the picture to shift periodically or to become distorted.
Screen layout
You select the screen layout yourself: In the PROGRAMMING AND
EDITING mode of operation, for example, you can have the TNC show
program blocks in the left window while the right window displays
programming graphics. You could also display help graphics for cycle
definition in the right window instead, or display only program blocks
in one large window. The available screen windows depend on the
selected operating mode.
To change the screen layout:
Press the SPLIT SCREEN key: The soft-key row
shows the available layout options.
<
Select the desired screen layout.
- User’s Manual 1
- Conversational 1
- Programming 1
- Controls on the TNC 2
- TNC Models, Software and 4
- Features 4
- Contents 10
- Introduction 14
- 1.1 The TNC 410 15
- Visual display unit 16
- Keyboard 18
- 1.3 Modes of Operation 18
- Programming and Editing 19
- Test run 20
- Program Run, Single Block 21
- 1.4 Status Displays 22
- “General” status displays 22
- Additional status displays 22
- General program information 23
- Positions and coordinates 23
- Information on tools 24
- Coordinate transformations 24
- Tool measurement 24
- Touch Probes and Electronic 25
- Handwheels 25
- Manual Operation and Setup 26
- 2.1 Switch-On 27
- 2.2 Moving the Machine Axes 28
- Miscellaneous Functions M 31
- 2.4 Setting the Datum 32
- (Without a 3-D Touch Probe) 32
- Positioning with Manual Data 34
- Input (MDI) 34
- 3.1 Programming and Executing 35
- Simple Positioning Blocks 35
- Fundamentals of NC 38
- File Management 38
- Programming Aids 38
- 4.1 Fundamentals of NC 39
- Selecting the datum 43
- 4.2 File Management 44
- Files and file management 44
- Working with the file manager 44
- Creating a new part program 48
- Define the blank 49
- To erase the graphic: 52
- 4.5 Adding Comments 53
- 4.6 HELP Function 54
- Feed rate F 57
- Spindle speed S 57
- 5.2 Tool Data 58
- Entering tool data in tables 60
- Tool offset: length ? 61
- 5.3 Tool Compensation 65
- Measuring the tool length 72
- Measuring the tool radius 74
- Programming Contours 76
- Path functions 77
- Free contour (FK) programming 77
- Miscellaneous functions M 77
- Programming with Q parameters 77
- ■ Starting point P 81
- ■ Auxiliary point P 81
- ■ First contour point P 81
- ■ End point P 81
- Approaching on a circular arc 84
- APPR LCT 85
- 6.4 Path Contours — 89
- Cartesian Coordinates 89
- Overview of path functions 89
- Straight line L 90
- Circle center CC 91
- Corner Rounding RND 95
- Coordinates 99
- Straight line LP 100
- Helical interpolation 101
- Example: Helix 104
- 6.6 Path Contours – 105
- FK Free Contour Programming 105
- Initiating the FK dialog 106
- Auxiliary points 109
- Relative data 110
- Closed contours 110
- Example: FK programming 1 111
- Example: FK programming 2 112
- Example: FK programming 3 113
- 101HEIDENHAIN TNC 410 114
- Programming: 116
- Miscellaneous Functions 116
- Program Run Control, Spindle 118
- Coordinate Data 118
- Contouring Behavior 120
- Contour filter: M124 123
- Machining open contours: M98 126
- M110/M111 128
- (LOOK AHEAD): M120 128
- ■ M120 LA0 is programmed, or 129
- Rotary Axes 130
- 360°: M94 130
- Defining a cycle 133
- Calling the cycle 134
- 8.2 Point Tables 135
- Creating a point table 135
- 8.3 Drilling Cycles 137
- BACK BORING (Cycle 204) 144
- Example: Drilling cycles 148
- ■ Program tapping cycle 149
- ■ Centering 150
- ■ Drilling 150
- ■ Tapping M6 150
- POCKET MILLING (Cycle 4) 153
- POCKET FINISHING (Cycle 212) 154
- STUD FINISHING (Cycle 213) 156
- SLOT MILLING (Cycle 3) 162
- (Cycle 210) 163
- (Cycle 211) 165
- 8.5 Cycles for Machining Hole 171
- Patterns 171
- CIRCULAR PATTERN (Cycle 220) 172
- LINEAR PATTERN (Cycle 221) 173
- N = Q242 174
- N = Q243 174
- 8.6 SL cycles 177
- CONTOUR GEOMETRY (Cycle 14) 178
- 8.6 SL Cycles 179
- ROUGH-OUT (Cycle 6) 182
- Example: Rough-out a pocket 185
- MULTIPASS MILLING (Cycle 230) 189
- RULED SURFACE (Cycle 231) 191
- Q228 Q225Q234Q231 192
- Example: Multipass milling 193
- ■ Select a new program 194
- DATUM SHIFT (Cycle 7) 195
- MIRROR IMAGE (Cycle 8) 197
- ROTATION (Cycle 10) 198
- SCALING FACTOR (Cycle 11) 199
- ■ Reduce Y axis by factor 0.6 200
- 189HEIDENHAIN TNC 410 202
- Subprogram 1: 202
- Define milling operation 202
- 8.9 Special Cycles 203
- Subprograms and 206
- Program Section Repeats 206
- 9.1 Marking Subprograms and 207
- 9.2 Subprograms 207
- 9.3 Program section repeats 208
- 9.4 Program as Subprogram 209
- 9.5 Nesting 210
- Repeating a subprogram 212
- 9.6 Programming Examples 213
- Example: Groups of holes 214
- Q Parameters 218
- 10.1 Principle and Overview 219
- Place of Numerical Values 220
- Mathematical Functions 221
- 10.4 Trigonometric Functions 223
- 10.5 If-Then Decisions with 224
- 10.6 Checking and Changing 225
- 10.7 Additional Functions 226
- FN 14: ERROR 226
- Displaying error messages 226
- FN 15: PRINT 227
- FN 18: SYS-DATUM READ 228
- Reading system data 228
- FN19: PLC 231
- Rules for formulas 233
- 10.9 Preassigned Q Parameters 235
- ■ Values from the PLC 235
- ■ Tool and spindle data 235
- Example: Ellipse 237
- 10.10 Programming Examples 238
- Move to working depth 242
- Test Run 244
- 11.1 Graphics 245
- Plan view 246
- Projection in 3 planes 246
- 3-D view 247
- Magnifying details 247
- 11.2 Test run 249
- 11.2 Test Run 250
- 11.3 Program run 251
- 11.3 Program Run 252
- Programs 258
- 11.5 Optional Block Skip 259
- 3-D Touch Probes 260
- ■ stops moving, and 261
- 12.2 Setting the Datum with a 264
- 3-D Touch Probe 264
- ■ Calculate the height 271
- Digitizing 272
- Probe (Optional) 273
- Defining the digitizing range 274
- 13.3 Meander Digitizing 275
- 13.4 Contour Line Digitizing 276
- Part Program 278
- MOD Functions 280
- 14.2 System Information 281
- 14.3 Code Number 282
- Setting the BAUD RATE 282
- Setting the block buffer 283
- Software for data transfer 283
- 14.6 Position Display Types 285
- 14.7 Unit of Measurement 285
- 14.9 Axis Traverse Limits 287
- 14.10 The HELP Function 288
- Tables and Overviews 290
- 15.1 General User Parameters 291
- External data transfer 292
- TNC displays, TNC editor 295
- Machining and program run 300
- Electronic handwheels 302
- RS-232-C/V.24 Interface 303
- HEIDENHAIN devices 303
- 15.3 Technical Information 305
- 15.3 Technical Information 306
- 15.4 TNC Error Messages 308
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