Rockwell-automation 8520-GUM 9/Series CNC Grinder Operation and Progra Manual de usuario Pagina 508
- Pagina / 820
- Tabla de contenidos
- MARCADORES
Valorado. / 5. Basado en revisión del cliente
Dresser/Wheel Radius Compensation
Chapter 15
15-20
Example 15.3
Sample Entry Move After Non-Motion Blocks
Assume current compensation plane is the ZX plane.
N01X0Z0;
N2G41T1; This blockcommandscompensationleft
N3M02; Thisis notthe entryblocksinceno axismoti on takesplace in
thecurrentplane.
N4...; Noaxis motion in currentplane.
N5...; Noaxis motion in currentplane.
N6...; Noaxis motion in currentplane.
” ”
” ”
” ”
N999X1Z1; Thisisthe entrymoveforthepreviouslyprogrammed G41.
Although there is no limit to the number of non-motion blocks allowed
before entering compensation, your system installer must select in AMP
the number of non-motion blocks that i s allowed during
dresser/wheel
radius compensation. If you exceed this number of non-motion blocks
during compensation, you must re-initialize dresser/wheel radius
compensation with a new entry move. For details on too many non-motion
blocks during compensation, see page 15-46.
Cancel the radius compensation feature by programming a G40. The path
that is taken when the dresser/wheel leaves radius compensation is referred
to as the exit move. The path that the dresser/wheel follows during an exit
move depends on:
The direction of compensation (G41 or G42)
The angle between the last motion made in dresser/wheel radius
compensation (in the current compensation plane) and the motion of the
exit move
Selecting a dresser/wheel radius offset number T0000 in a program does
not cancel radius compensation and does not generate an exit move.
Radius compensation continues on as i f a dresser/wheel radius had been
changed to a radius of zero. See page 15-51 for details on changing
dresser/wheel radius. The exit move, if T0000 is the active dresser/wheel
radius, is t he same path as the programmed dresser/wheel path.
Important: An exit move cannot be a circular move (G02 or G03). You
must program all exit m oves on a linear path. Any attempt to generate an
exit move using a circular path generates a block-format error.
15.4.2
Type A Compensation Exit
Moves
- Operation and 1
- Programming 1
- Important User Information 2
- Summary of Changes 3
- Chapter 12 10
- Axis Motion 10
- Index (General) 11
- Table of Contents 11
- Chapter 16 12
- Surface Grinding Fixed Cycles 12
- Chapter 17 12
- Using This Manual 15
- What This Manual Contains 16
- Reading This Manual 17
- Terms and Conventions 18
- Warnings, Cautions, and 18
- Important Information 18
- Related Publications 19
- Chapter 1 20
- Operating the Control 21
- Operator Panel Operations 22
- Using the Keyboard 23
- Softkeys 25
- Using the CRT 27
- The MTB P anel 28
- Chapter 2 29
- Table 2.B 29
- Software MTB Panel 31
- {FRONT PANEL} 31
- Software MTB Panel Screen 32
- Jog Axis Screen 34
- Set Zero 35
- ProgramExecute Screen 35
- Powering the Control 38
- TurningOnPower 38
- Turning Off Power 40
- Control Conditions at 40
- Power -Up 40
- Emergency Stop Operations 42
- Emergency Stop Reset 42
- Access Control 43
- Assigning Access Levels 44
- {ACCESS CONTRL} 45
- Password Protectable 47
- Table 2.C 48
- Storing Password Lis t to 49
- Backup Memory 49
- Entering Passwords 50
- {PASSWORD} softkey 51
- [TRANSMIT] key. The access 51
- Changing Operating Modes 52
- (1) Manual mode 53
- (2) MDI mode 54
- (3) Automatic mode 55
- Control and Block Reset 56
- DisplayingSystemand 57
- Machine Messages 57
- MESSAGE ACTIVE 58
- SYSTEM MESSAGE 58
- MACHINE MESSAGE 58
- ⇑} softkey while holding 59
- Clearing Active Messages 60
- {CLEAR ACTIVE} 60
- The Input Cursor 61
- {REFORM MEMORY} 62
- Removing an Axis 63
- (Axis Detach) 63
- Time Parts Count 64
- Display Feature 64
- {TIME PARTS} softkey 65
- 2-27 for details 66
- Changing Date 67
- Changing Time 67
- Calculator Function 68
- Table 2.E 69
- Mathematical Operators 69
- Example 2.4 72
- Wheel LengthOffset Numbers 74
- Figure 3.2 75
- {RADIUS TABLE} 76
- Dresser Radius Corner Radius 77
- Entire Wheel Radius 77
- Dresser/Wheel Orientation 80
- DresserOrientations 81
- Grinding Wheel Orientations 82
- Entering Offset Data 83
- {WHEEL GEOMET } or 83
- R radius 85
- D diameter 85
- Set Offset Data Using 88
- {MEASURE} 88
- Changing the Active 89
- Dresser/Wheel Offset 89
- {ACTIVE OFFSET} 89
- Offset Table {WORK 90
- Entering Work Coordinate 91
- System Data 91
- DIAMOND 1 DIAMOND 2 CHUCK 1 92
- Backing Up Offset Tables 95
- screen appears: 96
- Programmable Zone Table 97
- Single-Digit Feedrate Table 99
- Tables and Setup 100
- Tool Offset Range 101
- Verification 101
- Verify for Maximum Change 103
- When Does Verification Occur 103
- Verify for Maximum Value 103
- Chapter 3 104
- Offset Tables and Setup 104
- Manual/MDI Operation Modes 105
- Jogging an Axis 106
- Continuous Jog 107
- Incremental Jog 107
- HPG J og 108
- Arbitrary Angle Jog 109
- Manual Gap Elimination 110
- Chapter 4 111
- Results of Gap Elimination 112
- Resetting Overtravels 113
- Manual Machine Homing 115
- Figure 4.5 116
- Manual Machine Home 116
- MDI Mode 117
- MDI Basic Operation 118
- Editing Programs On Line 121
- {PRGRAM MANAGE} softkey 122
- {CHANGE DIR} softkey 122
- Editing Programs at the 123
- Control (on line) 123
- Moving the Cursor 125
- ↑ ] softkey 126
- Changing Cursor Size 126
- Entering Characters and 127
- Changing and Inserting 127
- Inserting 129
- Erasing Characters and 130
- Erasing Commands to the EOB 131
- Erasing An Entire Block 132
- Sequence Numbers 133
- {RENUM PRGRAM} 133
- Editing ProgramsOn Line 134
- Chapter 5 134
- (softkey level 4) 134
- ALL ONLY 134
- Merging Part Programs 135
- {MERGE PRGRAM} 135
- Exiting Edit Mode 135
- Programming Aids 136
- QuickView 136
- {QuickView} softkey 137
- Using {QPATH+ PROMPT} 139
- Sample Patterns 139
- (softkey level 6) 142
- G Code Prompting 143
- {G CODE PROMPT} 143
- Grinding Cycle Prompting 145
- {GRINDR PROMPT} 145
- Selecting a QuickView Plane 147
- Digitizing a Program (Teach) 148
- {PRGRAM MANAGE} 149
- {EDIT PRGRAM} softkey 149
- {DIGITIZE} softkey 149
- ↑ } softkey to exit 150
- X - 0.000 151
- Z - 0.000 151
- Deleting A Program 157
- {DELETE P RGRAM} 157
- Renaming Programs 158
- {RENAME PRGRAM} 158
- Displayinga Program 159
- {DISPLY PRGRAM} 159
- Comment Display 160
- {PRGRAM COMENT} 160
- Copying Programs 161
- Selecting the Protectable 162
- Part Program Directory 162
- Protected Program 165
- Encryption and Decryption 165
- {SET-UP NCRYPT} softkey 166
- {REVRSE FILL} softkey 166
- [TRANSMIT] key 167
- Encryption/Decryption Table 168
- END OF CHAPTER 169
- Chapter Overview 171
- Selecting the Part Program 172
- Application 172
- Editing Part Programs Off 173
- Chapter 6 174
- Connecting the Workstation 175
- Downloading Part Programs 176
- Uploading P art Programs to 182
- ,orpress[R] 183
- Running a Program 189
- Chapter 7 190
- Single Block 192
- Selecting a Part Program 193
- Input Device 193
- Selecting a Program 194
- De-Selecting a Part Program 197
- Program Search {SEARCH} 198
- Search WithRecall 201
- {MID ST PRGRAM} 201
- {ACTIVE PRGRAM} softkey 202
- {MID ST PRGRAM} softkey 202
- {SEQ # SEARCH} softkey 202
- {STRING SEARCH} softkey 202
- Basic Program Execution 204
- {QUICK CHECK} 206
- Axis Inhibit Mode 208
- Dry Run Mode 209
- Part Production/Automatic 210
- <CYCLE START> 211
- Interrupted Program 212
- Recover{RESTRT 212
- Jog Retract 215
- Figure 7.6 216
- Jog Retract Operation 216
- Figure 7.7 217
- Block Retrace 218
- Figure 7.8 219
- Display and Graphics 221
- →} softkey displays 222
- {PRGRAM} 223
- X - 7483 .647 224
- Z - 7483 .647 224
- U - 7483 .647 224
- {PRGRAM} (Small Display) 225
- U -0.035 227
- {ABS} ( SmallDisplay) 228
- {TARGET} 229
- X - 7483 . 647 230
- Z - 7483 . 647 230
- U - 7483 . 647 230
- {TARGET} (Small Display) 231
- {DTG} (Large Display) 233
- {DTG} (Small Display) 234
- {AXIS SELECT} 235
- {M CODE STATUS} 236
- {PRGRAM DTG} 237
- {PRGRAM DTG} (Small Display) 238
- {G CODE STATUS} 240
- {SPLIT ON/OFF} 241
- 0.000X 0.000X 242
- Changing Languages 243
- Graphics 244
- Selecting the Program for 244
- Running Graphics 245
- Displays and Graphics 246
- Chapter 8 246
- DisablingGraphics 247
- Changing Parameters 247
- {GRAPH SETUP} 248
- Power Turn-on Screen 257
- (softkey level 3) 258
- Screen Saver 259
- Communications 261
- Communication Port 263
- Parameters 263
- Chapter 9 264
- Table 9.A 264
- Inputting Part Programs 269
- Port A {FROM A TO MEM} 271
- Port B {FROM B TO MEM} 271
- Outputting Part Programs to 273
- Port A {MEM TO PORT A} 274
- Port B {MEM TO PORT B} 274
- Verifying Part Programs 276
- Against Source Programs 276
- VERIFY: program name 277
- Error Conditions (Inputting 278
- Programs) 278
- Introduction to Programming 279
- Tape Format 280
- Chapter 10 282
- Example 10.1 283
- Comments in Part Programs 283
- Program Configuration 284
- Program Names 286
- Comment Blocks 288
- Block Delete and 289
- MultiLevel Delete 289
- End of Block Statement 290
- Using Subprograms 290
- Subprogram Call (M98) 291
- Main and Subprogram 292
- Return (M99) 292
- Subprogram Nesting 293
- M98P11111; 294
- M98P22222; 294
- M98P33333; 294
- M98P44444; 294
- Word Formats and 295
- Functions 295
- Table 10.A 296
- Table 10.B 297
- Word Formats and Descriptions 297
- Minimum and Maximum 298
- (Programming Resolution) 298
- F Words (Feedrate) 300
- (Preparatory Functions) 301
- Table 10.E 303
- G Code Table 303
- I J K Integrand Words 306
- (Miscellaneous Functions) 307
- Table 10.F 308
- Basic M Codes 308
- (1) Program Stop (M00) 309
- (3) End of Program (M02) 309
- (5) Overrides Enabled (M48) 310
- (6) Overrides D isabled (M49) 310
- (9) Subprogram Call ( M98) 311
- N Words (Sequence 312
- Numbers) 312
- O Words (Program Names) 312
- P,L (MainProgramJumps 313
- S Word (Spindle Speed) 313
- (Length, Radius, and 314
- OrientationOffsets) 314
- Table 10.G 315
- Programming T Words 315
- Coordinate Control 317
- Machine (Absolute) 318
- Coordinate System 318
- Motion in the Machine 319
- Coordinate System (G53) 319
- Preset Work Coordinate 320
- Systems (G54-59.3) 320
- Chapter 11 321
- Figure 11.3 321
- Work Coordinate System 321
- Altering Work Coordinate 324
- Systems (G10L2) 324
- ExternalOffset 326
- Altering External Offset 327
- G10L2P0O1X-15.Z-20.; 328
- G10L2P0O1X-30.Z-30.; 328
- Offsetting the Work 329
- Coordinate Systems 329
- Coordinate Offset Using 330
- Wheel Position (G92) 330
- are global. This means that 331
- Offsetting Coordinate Zero 333
- Points (G52) 333
- {SET ZERO}Offset 334
- Jog Offset 335
- Canceling Coordinate 336
- System Offsets (G92.1) 336
- Rotating the Coordinate 339
- Rotating the Current Work 340
- Coordinate System (G68 340
- N01 G54; 343
- N02 G68Z0X0R10; 343
- N03 G68Z5.X4.R30; 343
- N04 G69; 343
- ExternalPart Rotation 344
- Figure 11.18 345
- Plane Selection 349
- (G17,G18, G19) 349
- Overtravels and 350
- Programmable Zones 350
- Figure 11.19 351
- Hardware Overtravels 352
- Software Overtravels 352
- Figure 11.21 353
- Programmable Zone 2 354
- (G22,G23) 354
- Figure 11.23 355
- Programmable Zone 3 356
- (G22.1, G23.1) 356
- Figure 11.25 357
- Absolute/Incremental Modes 360
- (G90,G91) 360
- Inch/Metric Modes (G70 361
- Radius/Diameter Modes 362
- (G07,G08) 362
- Figure 11.27 363
- Results of Example 11.15 363
- Scaling and Axis Position 367
- Display Screens 367
- Scaling Magnification Data 368
- Scaling Restrictions 370
- Rapid Positioning Mode 374
- Linear Interpolation Mode 375
- Circular Interpolation Mode 377
- (G02,G03) 377
- R--word is present 378
- 180 degrees 180 degrees 379
- G02I-5.K5.F.1; G02R10.F.1; 380
- G02X15.Z5.I-5.K5.F.1; 380
- G02X10.Z5.R10.F.1; 380
- Positioning Rotary Axes 381
- AxisMotion 382
- PALAxis Mover 383
- QuickPath Plus 383
- Linear QuickPath Plus 385
- No End Coordinate Known (L) 386
- No Intersection Known 387
- Circular QuickPath Plus 389
- (G13,G12.1) 389
- Linear-to-Circular Blocks 390
- Circular-to-Linear Blocks 392
- Circular-to-Circular Blocks 393
- Chamfering and Corner 394
- Chamfering 395
- N10X0.Z0.F.1; 396
- N20X10.Z10.,C5; 396
- N30G02X20.Z20.R10; 396
- CornerRadius 397
- N10Z25.X0.F.1; 398
- N20G01A90,C2.; 398
- N30Z15.X20.A180,R5.; 398
- N40X40.; 398
- Automatic Motion To and 399
- From Machine Home 399
- Automatic Machine Homing 400
- Automatic Return to 401
- Machine Home (G28) 401
- Automatic Return from 402
- Machine Home (G29) 402
- Example 12.17 403
- Machine Home Return 404
- Check (G27) 404
- Move To Alternate Home 405
- Spindle Speed Control 406
- Surface Grinder 407
- No S-word 407
- S-word for Wheel Speed 408
- Cylindrical Grinder 409
- S-word for Part Speed 409
- Figure 12.21 411
- Figure 12.22 413
- Notes on Constant Surface 414
- Speed Mode (G96) 414
- Example 12.18 415
- CSS R-word Programming 416
- CSS Axis Selection 417
- CSS Examples 418
- Example 12.21 421
- Feedrates 425
- Feedrates Applied During 426
- Dresser/WheelRadius 426
- Compensation 426
- Figure 12.27 427
- Feed Per Minute Mode (G94) 428
- Feed Per Revolution Mode 428
- Rapid Feedrate 429
- Feedrate Overrides 430
- Feedrate Limits (Clamp) 431
- Rotary Axis Feedrates 432
- Special AMP Assigned 433
- Single-Digit F-words 433
- ExternalDeceleration 434
- Feedrate Switch 434
- Automatic 435
- Acceleration/Deceleration 435
- Exponential Acc/Dec 436
- Linear Acc/Dec 437
- S-Curve Acc/Dec 438
- Programmable Acc/Dec 439
- G48.n X_Y_Z_ 440
- Precautions on Corner 441
- Grinding 441
- Cutting Mode (G64 - - modal) 442
- Spindle Acceleration (Ramp) 443
- Controlling Spindles 443
- (G12.1, G12.2,G12.3) 443
- Spindle Orientation 444
- (M19, M19.2,M19.3) 444
- Spindle Direction 446
- (M03, M04, M05) 446
- Short Block Acc/Dec Check 447
- G36,G36.1 447
- Figure 12.38 448
- Figure 12.39 449
- MirrorImage (G50.1,G51.1) 451
- Manual Mirror Image 453
- Axis Clamp 454
- DualAxis Operation 454
- Figure 12.41 455
- Dual Axis Configuration 455
- Parking a Dual Axis 456
- Homing a Dual Axis 457
- Programming a Dual Axis 458
- Table 12.E 459
- Offset Management for a 460
- Dual Axis 460
- Wheel Compensation 461
- Wheel LengthOffsets 461
- Wheel Length Offsets 463
- Selecting Wheel Length 464
- Offsets (T Word) 464
- Tool Control Functions 465
- Chapter 13 465
- Table 13.A 465
- T Words and Resulting Offsets 465
- Activation of Wheel Length 466
- Programming Changes to 467
- Wheel Geometry and Radius 467
- Offset Tables (G10L10) 467
- Angled-Wheel Grinding 469
- Determining the Wheel 470
- Chapter 14 471
- Figure 14.2 471
- Angled-Wheel Mode 472
- (G15,G16.3 and G16.4) 472
- Normal Angled-Wheel 474
- Grinding Mode (G16.3) 474
- Figure 14.4 475
- Canceling G16.3 mode 476
- Two Step Angled -Wheel 477
- Grinding Mode (G16.4) 477
- Example 14.2 478
- (motionisawayfrompart) 478
- Angled-Wheel TransformOff 479
- PositionDisplays for 480
- Angled-Wheel Grinders 480
- Manual Motion on an 482
- Angled-Wheel Grinder 482
- Offsets on an 484
- Programmable Zones on an 485
- Figure 14.6 487
- Introduction to 490
- Chapter 15 491
- Table 15.A 493
- G Code Compensation Direction 493
- Figure 15.3 494
- Dresser Radius 495
- Xlengthoffset 497
- Entire WheelRadius 499
- Compensation Block Format 500
- Example 15.1 501
- Example 15.2 502
- Generated Compensation 503
- Blocks G39,G39.1 503
- Figure 15.13 504
- Type A Compensation Paths 505
- Type A Compensation Entry 505
- Type A Compensation Exit 508
- Example 15.4 509
- Type A Sample Exit Moves 509
- Figure 15.19 512
- Assume T1 radius is 3 513
- N10 Z10.G41T1 513
- N11 X10.Z2.I3K-10.G40; 513
- See Figure 15.21 514
- Type B Compensation Paths 515
- Type B Compensation Entry 515
- Type B Compensation Exit 518
- Example 15.7 519
- Sample Exit Move Segments 519
- Figure 15.27 523
- Path During Compensation 525
- Linear Pa th-to -Linear Path 530
- N10 X15.Z10.G41; 532
- N11 X-5.Z8.; 532
- N12 X0.Z35.G42; 532
- N20 X5Z10.G41; 532
- N21 X-5.Z7.G42; 532
- Figure 15.38 533
- Too Many Non-Motion 534
- Figure 15.40 535
- Corner Movement After 537
- Generated Blocks 537
- Changing Dresser/Wheel 539
- Radius During 539
- No controlgenerated 540
- Withcontrol generated 540
- Figure 15.47 541
- MDI or Manual Motion 543
- During Dresser/Wheel 543
- Radius Compensation 543
- Figure 15.49 544
- Moving To/From Machine 545
- Changing or Offsetting Work 546
- Coordinate System in 546
- Block Look-Ahead 547
- Error Detection 548
- Circular Departure Too Small 549
- Interference 549
- DisablingError Detection 550
- Surface Grinding 552
- Considerations 552
- Figure 16.3 553
- Typical Axis Configuration 553
- Reciprocation 554
- Crossover 556
- The Plunge 557
- Parallel Axes 557
- Z - crossover position 559
- Y - plunge depth 560
- E - reciprocation feedrate 562
- P - dress program number 562
- G81 or G81.1 Reciprocation 563
- Without Cross Pick or 563
- G82 or G82.1 Plunge 564
- Grinding (Slot) 564
- Figure 16.4 565
- G82 Plunge Grinding Motions 565
- G83 or G83.1 Incremental 566
- Plane Grinding (Axis 1) 566
- Figure 16.5 567
- G84 or G84.1 Incremental 569
- Plane Grinding (Axis 2) 569
- G85 or G85.1 Continuous 570
- Figure 16.6 571
- G86 or G86.1 Continuous 573
- Figure 17.1 576
- Cylindrical Grinding Cycles 576
- Cylindrical Grinding 577
- Without Plunge 585
- G82 or G82.1 Incremental 586
- Face Grinding (Axis 1) 586
- Figure 17.3 587
- Plunge Grinding (Axis 2) 590
- Figure 17.4 591
- G84 or G84.1 Multi -pass 594
- Figure 17.5 595
- G85 or G85.1 Multi -pass 597
- Diameter Grinding (Axis 2) 597
- Figure 17.6 598
- G86 or G86.1 Shoulder 600
- Figure 17.7 601
- G86 Shoulder Grinding Motions 601
- G87 or G87.1 Shoulder 602
- Grinding With Face Plunge 602
- G88 or G88.1 Shoulder 604
- Grinding With Diameter 604
- G89 or G89.1 Multi-Step 606
- Plunge with Blend 606
- G89 for Normal Single-Step 612
- Grinders 612
- G89 for Two-Step Grinders 613
- Micro-Feed During the 614
- G89/G89.1 Cycles 614
- Figure 17.13 615
- G89 Plunge with Micro-Feed 615
- Turning Operations 617
- Single Pass O.D. and I.D 618
- Roughing Cycle (G20) 618
- Chapter 18 619
- Example 18.1 619
- Straight Grinding Cycle 619
- Figure 18.2 620
- Results of Example 18.1 620
- G90G00X50.Z106.; 622
- G20X38.Z46.I-11.F.5; 622
- Single Pass Rough Facing 623
- Cycle (G24) 623
- G24 Straight Facing 624
- G24 Tapered Facing 625
- G90G00X43.Z55.; 627
- G24X10.Z50.K-10.F10.; 627
- Single Pass Thread Grinding 628
- Considerations for Thread 628
- Single Pass Threading Mode 630
- Single Pass Variable Lead 635
- Threading Mode (G34) 635
- Example 18.7 636
- Skip and Gauge Probing Cycles 639
- ExternalSkip 640
- Functions (G31 codes) 640
- Wheel Gauging External 641
- Skip Functions (G37 Codes) 641
- Skip and Gauge probing Cycles 642
- Chapter 19 642
- Figure 19.1 644
- Case 1 Case 2 Case 3 644
- Paramacros 645
- Basic Mathematical 646
- Operators 646
- Mathematical Function 647
- Commands 647
- SQRT[14+2] 648
- SIN[SQRT[14+2]] 648
- LN[#2+4] 648
- Expression Entered Result 649
- Parameter#1isset at1.6 649
- Parameter #2 is setat 2.8 649
- Parameter #3 is setat 4.0 649
- Parametric Expressions as 650
- G- or M -codes 650
- Transfer of Control 651
- Conditional Operators 651
- GOTO and IF-GOTO 653
- DO-END a nd 654
- WHILE -DO-END Commands 654
- Conditional WHILE-DO -END 655
- Parame ter Assignments 656
- LocalParameter 657
- Assignments 657
- G65P1001K1I2J3J4J5; 658
- G65P1001R3.1A2R-0.5 658
- Common Parameters 659
- System Parameters 660
- Chapter 20 661
- Table 20.D 661
- System Parameters (continued) 661
- #2001 to 2732 662
- Dresser/Wheel Offset Tables 662
- Block Execution Control 2 664
- ProgramStop With Message 665
- Mirror Image 666
- #4001 to 4120 666
- Modal Information 666
- #5001 to 5012 667
- Coordinates of End Point 667
- #5021 to 5032 668
- #5041 to 5052 668
- Machine Coordinate Position 668
- #5095 and 5096 672
- Probe Length and Radius 672
- #5101 to 5112 673
- Current Following Error 673
- #5201 to 5212 673
- External Offset Amount 673
- #5221 to 5392 674
- Work Coordinate Table Value 674
- #5500 to 5508 676
- In-Process Dresser Parameters 676
- #5600 to 5625 677
- S-CurveTimeperBlock 677
- #5631 to 5642 678
- #5651 to 5662 678
- #5671 to 5682 679
- #5691 to 5702 679
- #5711 to 5722 680
- #5731 to 5743 680
- Home Marker Distance 680
- PALParameters 681
- Output Flags: 682
- Assigning Parameter Values 683
- Table 20.H 685
- Argument Assignments 685
- #1 = 10,#2=#1+2; 687
- #1 = 19.0,G1X10; 687
- #1=5,#2=4,#1=6; 687
- Backing Up Parameter 691
- Macro Call Commands 692
- Non-Modal Paramacro Call 694
- ModalParamacro Call (G66) 694
- Example 20.18 695
- Modal Macro Call 695
- ModalParamacro Call 696
- Example 20.20 697
- G66.1 Macro Operation 697
- AMP-Defined G-Code 698
- Macro Call 698
- AMP-Defined M-Code 699
- AMP-Defined T-, S-, and 700
- B-Code Macro Call 700
- Nesting Macros 701
- Macro Output Commands 703
- Example 20.24 705
- Sample of a DPRNT block 705
- In-process Dresser 707
- Offset Generation While 708
- Dressing 708
- Chapter 21 709
- Plane Selectionfor the 710
- In-process Dresser Offset 710
- Maintaining Dresser Offsets 712
- Activating the In-process 713
- On-line In-process Dresser 714
- Table 21.A 715
- Calibrating the In-process 718
- Program Interrupts and 721
- Dressing Interrupts 721
- Enabling/Disabling Program 722
- Interrupts (M96, M97) 722
- Chapter 22 723
- Figure 22.1 724
- Type 1 Interrupt 724
- Figure 22.2 726
- Type 2 Program Interrupts 726
- Example 22.1 729
- Figure 22.3 732
- The Interrupt Program (P 733
- Interrupt Request 735
- Softkey Tree 737
- Describing Level1 Softkeys 739
- Using the Softkey Tree 739
- SoftkeyTree 742
- Appendix A 742
- END OF APPENDIX 754
- Error and System Messages 755
- Appendix B 756
- → G 59.3 786
- G-Code Table 801
- Appendix C 802
- for, 12-88 808
- generat ion, 21-2 810
- Table, 3-11 811
- for in process dresser, 21-6 811
- on an angled-wheel grinder 817
- 9/Series Grinder 818
- PN 176955 820
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