Rockwell-automation 8520-GUM 9/Series CNC Grinder Operation and Progra Instrukcja Użytkownika Strona 758
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Error and System Messages
Appendix B
B-4
Message Description
AXISINVALID FOR G24/G25 The programmed axis was notAMPedforsoftwarevelocityloop operation,and can not be used
in a G24 or G25 block. To usethesefeaturestheaxisprogrammedmustbeconfiguredfor
tachless operation(orbe a digital servo).
AXISISHARD STOPPED, CANT ADJUST SERVO T he torque limitof theservo cannotbe adjusted because,eitherthe axisisinahard--stopped
state, or someother axison the sameservo card is in a hard--stopped state.
AXISMODULE POWER FAULT Thecurrent throughthepower outputtransistors is monitored. Ifthecurrentexceedsafixed
level(greater than 300% ofcontrollerrating)thisfaultwill appear. Typicalcauses areashorted
lead,motormalfunction,ormalfunctioningpower IGBTs.
AXISMODULEOVER CURRENT One oftheaxis modulesof your1394drivehas been requestedto providetoomuch current.
This istypically causedbyAccel/Decel command fromtheCNCisrequiring peak currentforan
excessive amountoftime,the machinefrictionor inertial/viscous load isexcessive,themotor
hasbeenimproperly sized,a shortcircuitexistsacrossthe driveoutputterminals,logicsupply
circuits have malfunctioned,or ACinputis incorrectly wired.
AXISMODULEBUSSVOLTAGELOSS TheDCbus supply waslostto theaxis module. Check sliderconnections/termination stripor
therecould be a blown link fuse.
AXISMODULE OVER TEMP The 1394 containsa thermalsensor whichsensestheinternalambienttemperature. Causes
could be:thatthecabinetambienttemperature is above rating. The machinedutycycle
requiresan RMScurrentexceeding thecontinuousrati ng of thecontroller. The airflow accessto
the1394 is limitedorblocked. Thisdoesnot necessarilyindicatea motorovertemperature.
Motorovertemperture sensorsshould be wired directlyintothe E-Stopstring.
AXIS MOVERCONFLICT WITH G16.3/G16.4 You have requestedaPALaxis moverfunctionon an angled wheel grinder. You can not usethe
PALaxismoverinoneofthe angled wheel modesunless the PALaxis moverhas controlof
boththe axial and thewheelaxes.
AXISNAME DUPLICATE Two or moreaxeshave been assigned thesame name in AMP.
AXISNOT IN PROCESS You attempted toread/writea paramacroparameterfor an axisthatisnotcurrentlyin the
processrequestingthe data. To accessparamacroparameterdata foran axis,thataxismust
be in theprocessmaking therequest.
AXISPOSITIONINCORRECT Usingthe mid-startprogramfunction,you have searchedto a blockthat doesnotcreatethe
programmed contourifstarted fromyourcurrentaxis position. Beawarethe mid-start operation
mayhave searchedthru a offsetoperationthatisnotreadily apparentto determineyour axis
position. The mid-start operationis aborted. You mustre-performthemid-startoperation and
eitherpositiontheaxes tothe correctaxisposition, or usethe{MOVE& EXIT}softkeytofindthe
correct axisposition.
AXISSELECT NOT ALLOWED The{AXIS SELECT } softkey was pressedwhen no axis selectoptionisavailable. Axisselectis
only available on large screensand normal character size screen for systemsthatcontainmore
then9axestotal or dual processsystems with more than8 axes in a process. Itisnotavailable
when the small screen (showing all system AMPed axes) is being viewed.
AXISTYPE-POSITION LOOP ERROR In patchAMP, an axiswasassigned a positionloop typethatis illegal forthe axistype assigned
tothataxis.
B
BACKUP VERSION OF AMP WAS COPIED TO RAM The AMPin RAM waserased(battery backup failed)or corrupted,sothecontrolautomatically
copiedtheversion ofAMPin backupmemoryi nto RAMmemory. (The controlstoresAMP in
backup,butworksfromthe copyofAMPinRAMmemory.)
BADDAC MONITORPATCH AMPENTRY An invalid valuewasentered intopatch AMPparameter#86 or #87. Eitherparameterallows
theaxes tobemonitoredthrough theservo module(DAC)analog output. Seedocumentation
providedby Allen-Bradleyon patchAMP, or contactAllen-Bradleycustomersupportservice.
BAD FIRST POCKET BLOCK When performing an irregular pocket cycle, the firstpocket block should be awayfromthe
pocketstart/end corner,not towardit. The moveto thestart/end corner isgenerated basedon
thecoordinatesprogrammedin the pocketdefinitionblockitself.
BAD PAL PROM One ofthePAL PROMchips(plugged intothemain processorboard)has failed orisnot
plugged in properly.
- 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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