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MTS MultiPurpose TestWare®
Failure Detector Process
Event Process Descriptions
382
Failure Detector Process
About the Failure Detector Process
The Failure Detector process is a detector process which monitors signals for
occurrence failure events (peak or valley values), determines whether the failure
events meet the criteria for specimen failure, and if so, completes the process.
Failure Detector Parameter Descriptions
Settings tab
Settings Tab
I
TEM DESCRIPTION
Failure Event
% of
event type
(Maximum or
Minimum)
monitored signal
Specifies the percentage of the monitored signal’s maximum or minimum
value that represents specimen failure. When the monitored signal reaches this
level the process ends.
Selects the type of event the process looks for in the monitored signal. For
example, if you select maximum, a maximum or peak level will trigger the
process.
Selects the input signal for which the process monitors your failure criteria.
Initial Value
Specifies whether the process monitors the value of the selected signal relative
to zero (Absolute), or relative to the value of the signal when the Failure
Detector process started (Relative).
Sensitivity
Specifies how much the monitored signal must change before a level is
considered a maximum event (peak) or a minimum event (valley).
- 100-147-131 H 1
- Index 567 6
- Before You Contact MTS 8
- If You Contact MTS by Phone 9
- MTS MultiPurpose TestWare® 10
- Technical Support 10
- Before You Begin 13
- Conventions 14
- Electronic manual 15
- About MultiPurpose TestWare 17
- Application Overview 18
- About MPT Processes 19
- Test Procedures in Projects 20
- About the MPT User Interface 21
- About the MPT Control Panel 25
- MPT Control Panel Toolbar 26
- MPT Test Progress Panel 28
- MPT Specimen Panel 29
- MPT Power Panel 31
- MPT Channel Counters Panel 32
- MPT Sequence Counters Panel 33
- About Process Specific Panels 34
- MPT Run/Stop/Hold Panel 35
- MPT Procedure Editor 36
- MPT Procedure Editor Menu 37
- Group Menu 37
- Display Menu 37
- Tools Menu 38
- MPT Procedure Editor Toolbar 38
- Procedure Table 40
- Process Palette 42
- Performing Common Tasks 43
- How to Create a New Procedure 44
- Design elements that 46
- How to Open a Procedure 47
- How to Save a Procedure 47
- How to Preview a Procedure 47
- How to Print a Procedure 47
- How to Run a Procedure 48
- About Counters 49
- Types of Counters 49
- Display Channel and 51
- Sequence Counters 51
- Use the right-mouse 53
- About the MPT Specimen Log 57
- Scroll to new entry 60
- MPT Options Editor 61
- About the MPT Options Editor 62
- About Transition States 70
- User Actions 72
- Program States 72
- > Specimen tab 73
- Data File 73
- About Test Recovery 75
- Recovery 76
- > Specimen Log tab 77
- Message Capture 77
- Insertion 85
- About Sequencing Processes 87
- About “Buffer Full” Signals 89
- About “Trigger” Signals 90
- Process Sequence Example 93
- About Editing Trigger Signals 94
- Sequence processes 98
- How to Open the Group Table 99
- User-defined interrupt 101
- How to Disable Processes 103
- Working with MPT Processes 104
- Working with MPT Variables 105
- About MPT Variables 106
- About Variable Operation 107
- An example of using the 108
- Variable Editor 108
- An example using the 109
- Operator Information 109
- About Calculated Variables 112
- Calculations created 113
- About Control-Mode Variables 114
- Default variable naming 116
- Example of variables in 117
- “Calculated” checkbox 118
- Working with MPT Specimens 125
- Without Being Saved 149 126
- Saved 151 126
- About MPT Specimens 127
- About Assigning MPT Specimens 127
- Using the Specimen 128
- With the Specimen 129
- MPT Specimen Editor 131
- TEM DESCRIPTION 132
- MPT Specimen File Types 134
- About Specimen.dat Files 135
- How to format the data 136
- How to parse the MPT 136
- About Specimen.log Files 138
- About Specimen.mpp Files 138
- About Specimen.mps Files 139
- About Specimen.prm Files 139
- About Loading MPT Specimens 140
- MPT Specimen Loading Examples 143
- Currently loaded 144
- Procedure assigned to 144
- IALOG ITEM DEFAULT 145
- Relinked to Another Procedure 146
- Restore procedure 149
- Chapter 11 153
- Plan Your Test 154
- The sample test 155
- How these processes 157
- Example of a group 158
- Sequence Your Processes 163
- Cyclic Command 167
- (Fatigue Part) 167
- Segment Command 168
- (Return to Zero) 168
- Peak/Valley Acquisition 169
- (Acquire Peak/Valley) 169
- Digital Input Detector 170
- (Monitor Continuity) 170
- Data Limit Detect 172
- (Trigger at 75C) 172
- Digital Output 173
- (Switch Fan On) 173
- Data Limit Detector 174
- (Trigger at 50C) 174
- Digital Output 175
- (Switch Fan Off) 175
- Select Procedure Options 176
- Command Processes 179
- Segment Command Process 181
- Command tab 182
- General tab 183
- Cyclic Command Process 186
- Segment Shapes 188
- Dwell Command Process 195
- Channels tab 196
- Profile Process 198
- About Working with Dimensions 199
- About selecting 202
- Saving procedures that 203
- Editing placeholder 203
- Compatibility between 204
- Mapping tab 205
- Actions tab 206
- File Summary tab 206
- How to apply manual 209
- Adjusted values applied 210
- Adjusted values not 210
- External Command Process 211
- Considerations for 212
- Command process 212
- About Setpoint/Span Settings 214
- Scaling tab 216
- Sweep Command Process 220
- How to Define a Sweep Process 224
- Signal Based Command Process 226
- Profile with ALC Process 233
- File summary tab 236
- Tracking tab 239
- Cyclic with ALC Process 241
- Matrix tab 243
- YSTEM RATE (HZ)FILE RATE (HZ) 248
- Relative Time Signal 251
- Status tab 257
- 8. Click the Mapping tab 258
- Road Surface Output Process 261
- Chapter 13 271
- About Buffers 272
- Data File Header 273
- Data Destination 275
- About Station Signals 276
- TEM DESCRIDESCRIPTIONPTION 277
- Time and Rollover 278
- Time signals 278
- About Peak/Valley Process 279
- Acquisition tab 280
- Destination tab 281
- Output units tab 282
- For more information 282
- Timed Acquisition Process 284
- Max/Min Acquisition Process 289
- Output Units Tab 292
- Level crossing 296
- Signals Tab 297
- Sample rate and 301
- 493 hardware sample 302
- 494 hardware sample 303
- Signals tab 306
- Output Units tab 307
- Cyclic Acquisition Process 310
- Considerations when 311
- Data Storage tab 312
- Fatigue Process 319
- Strain ( ε) 321
- Range ( ε) 321
- Mean ( ε) 321
- Fatigue tab 324
- Monitoring tab 326
- Settings tab 327
- Time History Input Process 331
- File tab 332
- Trend Process 336
- Trend Parameter Descriptions 338
- How to Define a Trend Process 341
- About Smart Limits 342
- Event Process Descriptions 345
- Data Limit Detector Process 346
- About Limit Modes 347
- Limits tab 348
- Log Message As 349
- How to set signal 353
- Input Table tab 354
- Continuously in step 8 357
- Operator Event Process 359
- Options tab 361
- Tab (part 1 of 2) 368
- Tab (part 2 of 2) 369
- Continuously in step 10 372
- Program Event Process 373
- How to detect 374
- Done Interrupt 374
- Periodic Time Event Process 377
- in step 6 381
- Failure Detector Process 382
- Tab (part 1 of 2) 383
- Tab (part 2 of 2) 384
- Chapter 15 387
- Digital Output Process 388
- Output table tab 390
- Outputs tab 390
- Temperature Control Process 393
- Other Process Descriptions 399
- Program Control Process 400
- Action tab 401
- Group Process 405
- How to Define a Group Process 407
- MPT Calculation Process 408
- Operator Information Process 410
- Variables tab 412
- Parameters tab 413
- Start Application Process 420
- Send Mail Process 426
- Procedure table 429
- Set Controller Value Process 430
- Calc Parameters and 432
- Calc Variables tabs 432
- Values tab 432
- About the Auto Offset Process 436
- About Feedback Signal Offset 437
- Available list 439
- Data Display Process 440
- Data display plot setup 441
- Decimation 445
- Additional Plot Properties 452
- Data Display 453
- setting 454
- Defining additional 455
- Chapter 17 457
- Active Procedures 459
- Trend Monitoring Window 460
- Active Process 461
- Channel Selection 461
- ESCRIPTION 462
- Limit Settings Window 463
- Numerical Data Window 464
- Fatigue Monitoring Window 467
- About Best Case/Worst Case 471
- Model 793.11 Profile Editor 473
- Profile Editor 476
- 23 4 5 6 478
- About Creating Profiles 480
- About Playing Out Profiles 481
- Default Profile Locations 481
- Profiles in Projects 481
- About Working with Profiles 481
- About Profile Types 483
- Block-Arbitrary Profiles 483
- Phase Profiles 484
- About Profile Properties 485
- About Profile Constants 486
- Creating Profiles 487
- Using Shortcuts 488
- How to Create New Profiles 488
- How to Open Existing Profiles 489
- How to Set Preferences 489
- How to Create Phase Profiles 491
- How to Assign Actions 493
- How to Analyze Profiles 494
- Design Considerations 495
- Header Data Syntax 497
- Action and Counter Syntax 498
- Channel Header Syntax 499
- Channel Data Syntax 500
- EYWORD RANGE COMMENTS 501
- Channel 1 data 503
- Channel 2 data 503
- Graphical Preview Channel 1 504
- Graphical Preview Channel 2 504
- Phase Profile Example 505
- Segment behavior with 507
- Segment Count of 1 507
- How to Preview Profiles 513
- Transitions 514
- 1, segment 1) 516
- How to Play Out Profiles 519
- MPT Profile Command 520
- Menu Bar 522
- File Menu 524
- New Profile Settings Window 525
- Channel Grid Display 525
- Level1 (L1) 527
- Level2 (L2) 527
- Action (Optional) 527
- About Wave Shapes 529
- How to Define Taper Times 532
- Print Preview Window 533
- Print Preview Toolbar 533
- Profile Summary Window 534
- Edit Menu 535
- Channel Setup Window 536
- Level Units 537
- Channel Constants Window 539
- Actions Window 541
- Channel Menu 542
- Access Tools > Show Graph 543
- DESCRIPTION 544
- Grid Lines 547
- Analyze Window 548
- Window Menu 550
- Help Menu 551
- Default Templates 553
- Template Error Messages 554
- Excel File Converter 557
- MPT Shortcuts 561
- Shortcut Command Line 562
- How to Create an MPT Shortcut 564
- 252, 264 568
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