Heidenhain TNC 410 User Manual Page 227
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10 Programming: Q Parameters
214
FN 15: PRINT
Output of texts or Q parameter values
Setting the data interface: In the menu option RS 232
INTERFACE, you must enter where the texts or Q
parameters are to be stored. See section
”14.4 MOD Functions, Setting the Data Interface.”
The function FN15: PRINT transfers Q parameter values and error
messages through the data interface, for example to a printer.
When you transfer the data to a PC, the TNC stores the data in the
file %FN15RUN.A (output in program run mode) or in the file
%FN15SIM.A (output in test run mode).
To output dialog texts and error messages with FN15:
PRINT “numerical value”
Numerical values from 0 to 99: Dialog texts for OEM cycles
Numerical values exceeding 100: PLC error messages
Example: Output of dialog text 20
To output dialog texts and error messages with FN15:
PRINT “Q parameter”
Application example: Recording workpiece measurement.
You can transfer up to six Q parameters and numerical values
simultaneously. The TNC separates them with slashes.
Example: Output of dialog text 1 and numerical value for Q1
10.7 Additional Functions
- 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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