Automating with SIMATIC S7-300 inside TIA portal: configuring, programming and testing with STEP 7 Professional V11
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| Main Author: | |
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| Format: | Book |
| Language: | English |
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Erlangen
Publicis Publ.
2012
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| Online Access: | http://books.publicis-erlangen.de/cms/website.php?id=/de/produkte/automatisierungstechnik.htm&action=detail&pid=30091&pages=1 Inhaltstext Inhaltsverzeichnis |
| Physical Description: | 709 S. Ill., graph. Darst. |
| ISBN: | 9783895783821 |
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MARC
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| 240 | 1 | 0 | |a Automatisieren mit SIMATIC S7-300 im TIA-Portal |
| 245 | 1 | 0 | |a Automating with SIMATIC S7-300 inside TIA portal |b configuring, programming and testing with STEP 7 Professional V11 |c by Hans Berger |
| 264 | 1 | |a Erlangen |b Publicis Publ. |c 2012 | |
| 300 | |a 709 S. |b Ill., graph. Darst. | ||
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IMAGE 1
TABLE OF CONTENTS
TABLE OF CONTENTS
1 INTRODUCTION 20
1.1 OVERVIEW OF THE S7-300 AUTOMATION SYSTEM 20
1.1.1 SIMATIC S7-300 PROGRAMMABLE CONTROLLER 21
1.1.2 OVERVIEW OF STEP 7 PROFESSIONAL VI1 22
1.1.3 FIVE PROGRAMMING LANGUAGES 24
1.1.4 EXECUTION OF THE USER PROGRAM 26
1.1.5 DATA MANAGEMENT IN THE SIMATIC AUTOMATION SYSTEM 28
1.2 INTRODUCTION TO STEP 7 PROFESSIONAL VI1 29
1.2.1 INSTALLING STEP 7 29
1.2.2 AUTOMATION LICENSE MANAGER 29
1.2.3 STARTING STEP 7 PROFESSIONAL 30
1.2.4 PORTAL VIEW 30
1.2.5 HELP INFORMATION SYSTEM 31
1.2.6 THE WINDOWS OF THE PROJECT VIEW 32
1.2.7 ADAPTING THE USER INTERFACE 34
1.3 EDITING A SIMATIC PROJECT 35
1.3.1 STRUCTURED REPRESENTATION OF PROJECT DATA 36
1.3.2 PROJECT DATA AND EDITORS FOR A PLC STATION 37
1.3.3 CREATING AND EDITING A PROJECT 40
1.3.4 CREATING AND EDITING LIBRARIES 41
2 SIMATIC S7-300 AUTOMATION SYSTEM 42
2.1 S7-300 STATION COMPONENTS 42
2.2 S7-300 CPUS 44
2.2.1 CPU VERSIONS 44
2.2.2 CONTROL AND DISPLAY ELEMENTS 46
2.2.3 SIMATIC MICRO MEMORY CARD 47
2.2.4 MEMORY AREAS IN AN S7-300 STATION 47
2.2.5 BUS INTERFACES 49
2.3 SIGNAL MODULES 51
2.3.1 DIGITAL INPUT MODULES 51
2.3.2 DIGITAL OUTPUT MODULES 52
2.3.3 DIGITAL INPUT/OUTPUT MODULES 52
2.3.4 ANALOG INPUT MODULES 53
2.3.5 ANALOG OUTPUT MODULES 53
2.3.6 ANALOG INPUT/OUTPUT MODULES 54
2.4 FUNCTION MODULES 55
2.5 COMMUNICATION MODULES 56
2.6 OTHER MODULES 58
2.6.1 INTERFACE MODULES (IM) 58
2.6.2 POWER SUPPLY MODULES (PS) 58
2.6.3 SIMULATOR MODULE 59
2.6.4 DUMMY MODULE 59
2.7 SIPLUS S7-300 60
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TABLE OF CONTENTS
3 DEVICE CONFIGURATION 61
3.1 INTRODUCTION 61
3.2 CONFIGURING A STATION 64
3.2.1 ADDING A PLC STATION 64
3.2.2 ADDING A MODULE 64
3.2.3 ADDING AN EXPANSION RACK 65
3.3 PARAMETERIZATION OF MODULES 66
3.3.1 PARAMETERIZATION OF CPU PROPERTIES 66
3.3.2 ADDRESSING MODULES 69
3.3.3 ASSIGNING PARAMETERS TO SIGNAL MODULES 71
3.4 CONFIGURING THE NETWORK 73
3.4.1 INTRODUCTION, OVERVIEW 73
3.4.2 NETWORKING STATIONS 74
3.4.3 NODE ADDRESSES IN A SUBNET 75
3.4.4 CONNECTIONS 76
3.4.5 CONFIGURING AN MPI SUBNET 79
3.4.6 CONFIGURING A PROFIBUS SUBNET 80
3.4.7 CONFIGURING A PROFINET SUBNET 81
3.4.8 CONFIGURING AN AS-I SUBNET 85
4 TAGS, ADDRESSING, AND DATA TYPES 86
4.1 OPERANDS AND TAGS 86
4.1.1 INTRODUCTION, OVERVIEW 86
4.1.2 OPERAND AREAS: INPUTS AND OUTPUTS 87
4.1.3 OPERAND AREA: BIT MEMORY 89
4.1.4 OPERAND AREA: DATA 90
4.1.5 OPERAND AREA: TEMPORARY LOCAL DATA 91
4.2 ADDRESSING OF OPERANDS AND TAGS 92
4.2.1 SIGNAL PATH 92
4.2.2 ABSOLUTE ADDRESSING OF TAGS * 93
4.2.3 SYMBOLIC ADDRESSING OF TAGS 97
4.2.4 ADDRESSING CONSTANTS 98
4.3 INDIRECT ADDRESSING 99
4.3.1 MEMORY-INDIRECT ADDRESSING WITH STL 100
4.3.2 REGISTER-INDIRECT ADDRESSING WITH STL 103
4.3.3 WORKING WITH THE ADDRESS REGISTERS WITH STL 105
4.3.4 DIRECT ACCESS TO COMPLEX LOCAL TAGS WITH STL 112
4.3.5 INDIRECT ADDRESSING WITH SCL 114
4.4 ELEMENTARY DATATYPES 116
4.4.1 INTRODUCTION 116
4.4.2 BIT-SERIAL DATA TYPES BOOL, BYTE, WORD, AND DWORD 119
4.4.3 BCD NUMBERS BCD16 AND BCD32 119
4.4.4 FIXED-POINT DATA TYPES WITH SIGN INT AND DINT 121
4.4.5 FLOATING-POINT DATA TYPE REAL 121
4.4.6 DATA TYPE CHAR 122
4.4.7 DATA TYPES FOR DURATIONS AND POINTS IN TIME 123
4.5 COMPLEX DATA TYPES 125
4.5.1 STRING DATA TYPE 126
4.5.2 DATA TYPE ARRAY 127
4.5.3 DATA TYPE STRUCT 129
4.6 PARAMETER TYPES AND POINTERS 131
4.6.1 PARAMETER TYPES 131
4.6.2 POINTER 132
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4.6.3 "VARIABLE" ANY POINTER WITH STL 135
4.6.4 "VARIABLE" ANY POINTER WITH SCL 138
4.7 PLC DATA TYPES 138
4.8 START INFORMATION 139
5 PROGRAM EXECUTION 140
5.1 OPERATING STATES OF THE CPU 140
5.1.1 STOP OPERATING STATE 141
5.1.2 STARTUP OPERATING STATE 142
5.1.3 RUN OPERATING STATE 144
5.1.4 HOLD OPERATING STATE 144
5.1.5 RESET CPU MEMORY 145
5.1.6 RESTORING THE FACTORY SETTINGS 145
5.1.7 RETENTIVE BEHAVIOR OF OPERANDS 146
5.2 CREATING A USER PROGRAM 146
5.2.1 PROGRAM DRAFT 146
5.2.2 PROGRAM EXECUTION 150
5.2.3 BLOCK TYPES 151
5.2.4 EDITING BLOCK PROPERTIES 153
5.2.5 BLOCK INTERFACE 156
5.2.6 EXAMPLE OF USE OF BLOCK PARAMETERS 158
5.3 CALLING BLOCKS 158
5.3.1 GENERAL INFORMATION ON CALLING OF CODE BLOCKS 158
5.3.2 CALLING FUNCTIONS (FC) 160
5.3.3 CALLING FUNCTION BLOCKS (FB) 162
5.3.4 "PASSING ON" OF BLOCK PARAMETERS 165
5.4 STARTUP PROGRAM 166
5.4.1 ORGANIZATION BLOCK OB 100 166
5.4.2 DETERMINING A MODULE ADDRESS 166
5.4.3 PARAMETERIZATION OF MODULES 168
5.5 MAIN PROGRAM 172
5.5.1 ORGANIZATION BLOCK OB 1 172
5.5.2 PROCESS IMAGE UPDATING 172
5.5.3 CYCLE TIME AND RESPONSE TIME 174
5.5.4 HOLD, STOP, AND PROTECT PROGRAM 176
5.5.5 TIME 177
5.5.6 READ SYSTEM TIME 179
5.5.7 RUNTIME METER 180
5.6 INTERRUPT PROCESSING 181
5.6.1 INTRODUCTION TO INTERRUPT PROCESSING 181
5.6.2 PRIORITY CLASSES 182
5.6.3 TIME-OF-DAY INTERRUPT, ORGANIZATION BLOCK OB 10 183
5.6.4 TIME-DELAY INTERRUPTS, ORGANIZATION BLOCKS OB 20 AND 21 186
5.6.5 CYCLIC INTERRUPTS, ORGANIZATION BLOCKS OB 32 TO 35 188
5.6.6 HARDWARE INTERRUPT, ORGANIZATION BLOCK OB 40 189
5.6.7 INTERRUPTS FOR DPV1 ORGANIZATION BLOCKS OB 55 TO 57 191
5.6.8 ISOCHRONOUS MODE INTERRUPT, ORGANIZATION BLOCK OB 61 192
5.6.9 READING ADDITIONAL INTERRUPT INFORMATION 194
5.7 ERROR HANDLING 195
5.7.1 CAUSES OF ERRORS AND ERROR RESPONSES 195
5.7.2 SYNCHRONOUS ERROR 195
5.7.3 ENABLING AND DISABLING SYNCHRONOUS ERROR PROCESSING 197
5.7.4 ENTER SUBSTITUTE VALUE 200
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5.7.5 ASYNCHRONOUS ERRORS 200
5.7.6 DISABLE, DELAY, AND ENABLE INTERRUPTS AND ASYNCHRONOUS ERRORS 204
5.8 DIAGNOSTICS 206
5.8.1 DIAGNOSTICS INTERRUPT, ORGANIZATION BLOCK OB 82 206
5.8.2 READ SYSTEM STATE LIST 207
5.8.3 READ START INFORMATION 209
5.8.4 WRITE USER DIAGNOSTIC EVENT TO THE DIAGNOSTIC BUFFER 209
5.8.5 SYSTEM DIAGNOSTICS WITH REPORT SYSTEM ERRORS 211
6 PROGRAM EDITOR 213
6.1 INTRODUCTION 213
6.2 PLC TAG TABLE 214
6.2.1 EDITING PLC TAG TABLES 214
6.2.2 DEFINING PLC TAGS 214
6.2.3 EXPORTING AND IMPORTING A PLC TAG TABLE 216
6.2.4 CONSTANTS TABLES 217
6.3 PROGRAMMING A CODE BLOCK 217
6.3.1 CREATING A NEW CODE BLOCK 217
6.3.2 WORKING AREA OF PROGRAM EDITOR FOR CODE BLOCKS 218
6.3.3 SPECIFYING CODE BLOCK PROPERTIES 220
6.3.4 PROGRAMMING A BLOCK INTERFACE 220
6.3.5 PROGRAMMING A CONTROL FUNCTION 222
6.3.6 EDITING TAGS 226
6.3.7 WORKING WITH PROGRAM COMMENTS 228
6.4 PROGRAMMING A DATA BLOCK 229
6.4.1 CREATING A NEW DATA BLOCK 229
6.4.2 WORKING AREA OF PROGRAM EDITOR FOR DATA BLOCKS 230
6.4.3 DEFINING PROPERTIES FOR DATA BLOCKS 231
6.4.4 DECLARING DATA TAGS 231
6.4.5 ENTERING DATA TAGS IN GLOBAL DATA BLOCKS 232
6.5 COMPILING BLOCKS 233
6.5.1 STARTING THE COMPILATION 233
6.5.2 COMPILING SCL BLOCKS 234
6.5.3 ELIMINATING ERRORS FOLLOWING COMPILATION 234
6.6 PROGRAM INFORMATION 235
6.6.1 CROSS-REFERENCE LIST 236
6.6.2 ASSIGNMENT LIST 237
6.6.3 CALL STRUCTURE 239
6.6.4 DEPENDENCY STRUCTURE 240
6.6.5 CONSISTENCY CHECK 240
6.6.6 MEMORY UTILIZATION OF THE CPU 241
7 LADDER LOGIC LAD 242
7.1 INTRODUCTION 242
7.1.1 PROGRAMMING WITH LAD IN GENERAL 242
7.1.2 PROGRAM ELEMENTS OF LADDER LOGIC 244
7.2 PROGRAMMING BINARY LOGIC OPERATIONS WITH LAD 245
7.2.1 NO AND NC CONTACTS 245
7.2.2 SERIES AND PARALLEL CONNECTION OF CONTACTS 246
7.2.3 T BRANCH, OPEN PARALLEL BRANCH 247
7.2.4 NEGATING RESULT OF LOGIC OPERATION 248
7.2.5 EDGE EVALUATION OF A BINARY TAG 248
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7.2.6 COMPARISON CONTACTS 249
7.3 PROGRAMMING MEMORY FUNCTIONS WITH LAD 249
7.3.1 SIMPLE COIL, ASSIGNMENT 250
7.3.2 SET AND RESET COILS 250
7.3.3 RETENTIVE RESPONSE DUE TO LATCHING 251
7.3.4 COILS WITH TIME RESPONSE 252
7.3.5 COILS WITH COUNTER RESPONSE 253
7.4 PROGRAMMING Q BOXES WITH LAD 254
7.4.1 MEMORY BOXES : 255
7.4.2 EDGE EVALUATION OF CURRENT FLOW 255
7.4.3 SIMATIC TIMER FUNCTIONS 256
7.4.4 SIMATIC COUNTER FUNCTIONS 257
7.4.5 IEC TIMER FUNCTIONS 257
7.4.6 IEC COUNTER FUNCTIONS 258
7.5 PROGRAMMING EN/ENO BOXES WITH LAD 260
7.5.1 TRANSFER FUNCTION, MOVE 261
7.5.2 ARITHMETIC FUNCTIONS 261
7.5.3 MATH FUNCTIONS 262
7.5.4 CONVERSION FUNCTIONS 263
7.5.5 SHIFT FUNCTIONS 264
7.5.6 WORD LOGIC OPERATIONS 265
7.6 CONTROLLING THE PROGRAM FLOW WITH LAD 266
7.6.1 WORKING WITH STATUS BITS IN THE LADDER LOGIC 267
7.6.2 EN/ENO MECHANISM WITH LAD 268
7.6.3 JUMP FUNCTIONS 269
7.6.4 BLOCK FUNCTIONS 270
7.6.5 MASTER CONTROL RELAY (MCR) 272
8 FUNCTION BLOCK DIAGRAM FBD 274
8.1 INTRODUCTION 274
.8.1.1 PROGRAMMING WITH FBD IN GENERAL 274
8.1.2 PROGRAM ELEMENTS OF THE FUNCTION BLOCK DIAGRAM 276
8.2 PROGRAMMING BINARY LOGIC OPERATIONS WITH FBD 277
8.2.1 SCANNING FOR SIGNAL STATES "1" AND "0" 277
8.2.2 PROGRAMMING A BINARY LOGIC OPERATION IN THE FUNCTION BLOCK DIAGRAM
278 8.2.3 AND FUNCTION 279
8.2.4 OR FUNCTION 279
8.2.5 EXCLUSIVE OR FUNCTION 280
8.2.6 COMBINED BINARY LOGIC OPERATIONS, NEGATING RESULT OF LOGIC
OPERATION . . . . 280 8.2.7 T BRANCH 281
8.2.8 EDGE EVALUATION OF BINARY TAGS 281
8.2.9 COMPARISON FUNCTIONS 282
8.3 PROGRAMMING STANDARD BOXES WITH FBD 283
8.3.1 ASSIGN BOX 283
8.3.2 SET AND RESET BOXES 284
8.3.3 STANDARD BOXES WITH TIME RESPONSE 285
8.3.4 STANDARD BOXES WITH COUNTER RESPONSE 285
8.4 PROGRAMMING Q BOXES WITH FBD 286
8.4.1 MEMORY BOXES 287
8.4.2 EDGE EVALUATION OF RESULT OF LOGIC OPERATION 288
8.4.3 SIMATIC TIMER FUNCTIONS 288
8.4.4 SIMATIC COUNTER FUNCTIONS 290
8.4.5 IEC TIMER FUNCTIONS 290
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8.4.6 IEC COUNTER FUNCTIONS 291
8.5 PROGRAMMING EN/ENO BOXES WITH FBD 292
8.5.1 TRANSFER FUNCTION MOVE 293
8.5.2 ARITHMETIC FUNCTIONS 294
8.5.3 MATH FUNCTIONS 294
8.5.4 CONVERSION FUNCTIONS 295
8.5.5 SHIFT FUNCTIONS 296
8.5.6 WORD LOGIC OPERATIONS 297
8.6 CONTROLLING THE PROGRAM FLOW WITH FBD 299
8.6.1 WORKING WITH STATUS BITS IN THE FUNCTION BLOCK DIAGRAM 299
8.6.2 EN/ENO MECHANISM WITH FBD 301
8.6.3 JUMP FUNCTIONS 302
8.6.4 BLOCK FUNCTIONS 303
8.6.5 MASTER CONTROL RELAY (MCR) 305
9 STATEMENT LIST STL 307
9.1 INTRODUCTION 307
9.1.1 PROGRAMMING WITH STL IN GENERAL 307
9.1.2 STRUCTURE OF AN STL STATEMENT 308
9.2 PROGRAMMING BINARY LOGIC OPERATIONS WITH STL 309
9.2.1 PROCESSING OF A BINARY LOGIC OPERATION, OPERATION STEP 309
9.2.2 SCANNING FOR SIGNAL STATES "1" AND "0" 311
9.2.3 PROGRAMMING A BINARY LOGIC OPERATION IN THE STATEMENT LIST 312
9.2.4 AND FUNCTION 313
9.2.5 OR FUNCTION 313
9.2.6 EXCLUSIVE OR FUNCTION 313
9.2.7 COMBINED BINARY LOGIC OPERATIONS 314
9.2.8 CONTROL OF RESULT OF LOGIC OPERATION 316
9.3 PROGRAMMING MEMORY FUNCTIONS WITH STL 317
9.3.1 ASSIGNMENT 318
9.3.2 SETTING AND RESETTING 318
9.3.3 EDGE EVALUATION 319
9.4 PROGRAMMING TIMER AND COUNTER FUNCTIONS WITH STL 320
9.4.1 SIMATIC TIMER FUNCTIONS 320
9.4.2 SIMATIC COUNTER FUNCTIONS 322
9.4.3 IEC TIMER FUNCTIONS 323
9.4.4 IEC COUNTER FUNCTIONS 324
9.5 PROGRAMMING DIGITAL FUNCTIONS WITH STL 325
9.5.1 TRANSFER FUNCTIONS 325
9.5.2 COMPARISON FUNCTIONS 327
9.5.3 ARITHMETIC FUNCTIONS 329
9.5.4 MATH FUNCTIONS 332
9.5.5 CONVERSION FUNCTIONS 333
9.5.6 SHIFT FUNCTIONS 335
9.5.7 WORD LOGIC OPERATIONS 337
9.6 CONTROLLING THE PROGRAM FLOW WITH STL 339
9.6.1 WORKING WITH STATUS BITS IN THE STATEMENT LIST 340
9.6.2 EN/ENO MECHANISM WITH STL 342
9.6.3 JUMP FUNCTIONS 343
9.6.4 JUMP LIST 345
9.6.5 LOOP JUMP 345
9.6.6 BLOCK FUNCTIONS 346
9.6.7 MASTER CONTROL RELAY (MCR) 348
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9.7 FURTHER STL FUNCTIONS 349
9.7.1 ACCUMULATOR FUNCTIONS 349
9.7.2 ADDING OF CONSTANTS TO ACCUMULATOR 1 352
9.7.3 DECREMENTING, INCREMENTING 353
9.7.4 NULL INSTRUCTIONS 354
10 STRUCTURED CONTROL LANGUAGE SCL 355
10.1 INTRODUCTION TO PROGRAMMING WITH SCL 355
10.1.1 PROGRAMMING WITH SCL IN GENERAL 355
10.1.2 SCL STATEMENTS AND OPERATORS 357
10.2 PROGRAMMING BINARY LOGIC OPERATIONS WITH SCL 359
10.2.1 SCANNING FOR SIGNAL STATES "1" AND "0" 359
10.2.2 AND FUNCTION 360
10.2.3 OR FUNCTION 361
10.2.4 EXCLUSIVE OR FUNCTION 361
10.2.5 COMBINED BINARY LOGIC OPERATIONS 361
10.2.6 NEGATING RESULT OF LOGIC OPERATION 362
10.3 PROGRAMMING MEMORY FUNCTIONS WITH SCL 363
10.3.1 VALUE ASSIGNMENT OF A BINARY TAG 363
10.3.2 SETTING AND RESETTING 363
10.3.3 EDGE EVALUATION 364
10.4 PROGRAMMING TIMER AND COUNTER FUNCTIONS WITH SCL 364
10.4.1 SIMATIC TIMER FUNCTIONS 364
10.4.2 SIMATIC COUNTER FUNCTIONS 365
10.4.3 IEC TIMER FUNCTIONS 366
10.4.4 IEC COUNTER FUNCTIONS 367
10.5 PROGRAMMING DIGITAL FUNCTIONS WITH SCL 368
10.5.1 TRANSFER FUNCTION, VALUE ASSIGNMENT OF A DIGITAL TAG 368
10.5.2 COMPARISON FUNCTIONS 368
10.5.3 ARITHMETIC FUNCTIONS 369
10.5.4 MATH FUNCTIONS 370
10.5.5 CONVERSION FUNCTIONS 371
10.5.6 SHIFT FUNCTIONS 373
10.5.7 WORD LOGIC OPERATIONS, LOGIC EXPRESSION 374
10.6 CONTROLLING THE PROGRAM FLOW WITH SCL 375
10.6.1 WORKING WITH THE ENO TAG 375
10.6.2 EN/ENO MECHANISM WITH SCL 376
10.6.3 CONTROL STATEMENTS 378
10.6.4 BLOCK FUNCTIONS 387
11 S7-GRAPH SEQUENTIAL CONTROL 390
11.1 INTRODUCTION 390
11.1.1 WHAT IS A SEQUENTIAL CONTROL? 390
11.1.2 PROPERTIES OF A SEQUENTIAL CONTROL 391
11.1.3 PROGRAM FOR A SEQUENTIAL CONTROL, QUANTITY FRAMEWORK 392
11.1.4 OPERATING MODES 392
11.1.5 PROCEDURE FOR CONFIGURATION 393
11.2 ELEMENTS OF A SEQUENTIAL CONTROL 394
11.2.1 STEPS AND TRANSITIONS 394
11.2.2 JUMPS IN A SEQUENTIAL CONTROL 395
11.2.3 BRANCHING OF A SEQUENCER 396
11.2.4 GRAPH-SPECIFIC TAGS 397
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11.2.5 PERMANENT INSTRUCTIONS 398
11.2.6 STEP AND TRANSITION FUNCTIONS 398
11.2.7 PROCESSING OF ACTIONS 402
11.3 CONFIGURING A SEQUENTIAL CONTROL 408
11.3.1 PROGRAMMING THE GRAPH FUNCTION BLOCK 408
11.3.2 CONFIGURING THE SEQUENCER STRUCTURE 409
11.3.3 PROGRAMMING STEPS AND TRANSITIONS 411
11.3.4 PROGRAMMING PERMANENT INSTRUCTIONS 412
11.3.5 CONFIGURING BLOCK-INDEPENDENT ALARMS 413
11.3.6 ATTRIBUTES OF THE GRAPH FUNCTION BLOCK 413
11.3.7 USING THE GRAPH FUNCTION BLOCK 414
11.4 TESTING THE SEQUENTIAL CONTROL 416
11.4.1 LOADING THE GRAPH FUNCTION BLOCK 416
11.4.2 SETTINGS FOR PROGRAM TESTING 416
11.4.3 USING OPERATING MODES 418
11.4.4 SYNCHRONIZATION A SEQUENCER 418
11.4.5 TESTING WITH PROGRAM STATUS 419
12 BASIC FUNCTIONS 421
12.1 BINARY LOGIC OPERATIONS 421
12.1.1 INTRODUCTION 421
12.1.2 WORKING WITH BINARY SIGNALS 422
12.1.3 AND FUNCTION, SERIES CONNECTION 425
12.1.4 OR FUNCTION, PARALLEL CONNECTION 426
12.1.5 EXCLUSIVE OR FUNCTION, NON-EQUIVALENCE FUNCTION 427
12.1.6 NEGATE RESULT OF LOGIC OPERATION, NOT CONTACT 428
12.2 MEMORY FUNCTIONS 429
12.2.1 INTRODUCTION 429
12.2.2 STANDARD COIL, ASSIGNMENT 429
12.2.3 SINGLE SETTING AND RESETTING 430
12.2.4 DOMINANT SETTING AND RESETTING, MEMORY FUNCTION 431
12.2.5 EDGE EVALUATION 433
12.3 SIMATIC TIMER FUNCTIONS 438
12.3.1 OVERVIEW 438
12.3.2 PROGRAMMING A TIMER FUNCTION 441
12.3.3 TIMER RESPONSE AS PULSE 443
12.3.4 TIMER RESPONSE AS EXTENDED PULSE 445
12.3.5 TIMER RESPONSE AS ON DELAY 447
12.3.6 TIMER RESPONSE AS LATCHING ON DELAY 449
12.3.7 TIMER RESPONSE AS OFF DELAY 451
12.4 IEC TIMER FUNCTIONS 453
12.4.1 INTRODUCTION 453
12.4.2 PULSE GENERATION TP 453
12.4.3 ON DELAY TON 454
12.4.4 OFF DELAY TOF 455
12.5 SIMATIC COUNTER FUNCTIONS 456
12.5.1 OVERVIEW 456
12.5.2 PROGRAMMING A COUNTER FUNCTION 460
12.5.3 PRINCIPLE OF OPERATION OF A COUNTER FUNCTION 461
12.5.4 ENABLING A COUNTER FUNCTION WITH STL 462
12.6 IEC COUNTER FUNCTIONS 464
12.6.1 INTRODUCTION 464
12.6.2 UP COUNTER CTU 465
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12.6.3 DOWN COUNTER CTD 466
12.6.4 UP/DOWN COUNTER CTUD 467
13 DIGITAL FUNCTIONS 469
13.1 GENERAL INFORMATION 469
13.2 TRANSFER FUNCTIONS 470
13.2.1 GENERAL INFORMATION ON THE "SIMPLE" TRANSFER FUNCTION 470
13.2.2 MOVE BOX WITH LAD AND FBD 470
13.2.3 LOADING AND TRANSFERRING WITH STL 472
13.2.4 VALUE ASSIGNMENTS WITH SCL 473
13.2.5 COPYING AND FILLING A DATA AREA IN THE WORK MEMORY 475
13.2.6 TRANSFER DATA AREA FROM AND TO LOAD MEMORY 478
13.2.7 CONTROL MEMORY AREA WITH MCR DEPENDENCY 479
13.3 COMPARISON FUNCTIONS 482
13.3.1 EXECUTION OF "SIMPLE" COMPARISON FUNCTION 482
13.3.2 COMPARISON FUNCTION T_COMP 484
13.3.3 COMPARISON FUNCTION S COMP 485
13.4 ARITHMETIC FUNCTIONS 486
13.4.1 GENERAL FUNCTION DESCRIPTION 486
13.4.2 DATA TYPES AND STATUS BITS FOR AN ARITHMETIC FUNCTION 486
13.4.3 EXECUTION OF THE ARITHMETIC FUNCTION 489
13.4.4 ARITHMETIC FUNCTIONS FOR DATE AND TIME 490
13.5 MATH FUNCTIONS 491
13.5.1 GENERAL FUNCTION DESCRIPTION 491
13.5.2 GENERAL EXECUTION OF A MATH FUNCTION 491
13.5.3 TRIGONOMETRIC FUNCTIONS SIN, COS, TAN 493
13.5.4 ARC FUNCTIONS ASIN, ACOS, ATAN 493
13.5.5 ADDITIONAL MATH FUNCTIONS 494
13.6 CONVERSION FUNCTIONS 495
13.6.1 IMPLICIT DATA TYPE CONVERSION 495
13.6.2 DATA TYPE CONVERSION OF FIXED-POINT NUMBERS 497
13.6.3 DATA TYPE CONVERSION OF FLOATING-POINT NUMBERS 499
13.6.4 DATA TYPE CONVERSION FOR DATE/TIME WITH T CONV 502
13.6.5 DATA TYPE CONVERSION FOR DATA TYPE STRING WITH S_CONV 503
13.6.6 DATA TYPE CONVERSION OF HEXADECIMAL NUMBERS 505
13.6.7 SCALING AND UNSEALING 506
13.6.8 FURTHER CONVERSION FUNCTIONS 507
13.7 SHIFT FUNCTIONS 508
13.7.1 GENERAL FUNCTION DESCRIPTION 508
13.7.2 GENERAL EXECUTION OF A SHIFT FUNCTION 508
13.7.3 SHIFT TO RIGHT 510
13.7.4 SHIFT TO LEFT 511
13.7.5 ROTATE TO RIGHT 512
13.7.6 ROTATE TO LEFT 512
13.7.7 ROTATING BY THE CONDITION CODE BIT CC1 (STL) 513
13.8 LOGIC FUNCTIONS 513
13.8.1 WORD LOGIC OPERATIONS 513
13.8.2 INVERT 516
13.8.3 CODE BIT AND SET BIT NUMBER 517
13.8.4 SELECTION AND LIMITING FUNCTIONS 517
13.9 FUNCTIONS FOR STRINGS 520
1 6
IMAGE 10
TABLE OF CONTENTS
14 PROGRAM FLOW CONTROL 524
14.1 STATUS BITS 525
14.1.1 DESCRIPTION OF THE STATUS BITS 525
14.1.2 CONTROLLING THE STATUS BITS 527
14.1.3 SETTING AND RESETTING THE RESULT OF LOGIC OPERATION 528
14.1.4 CONTROLLING THE BINARY RESULT 529
14.1.5 EVALUATING THE STATUS BITS 532
14.2 JUMP FUNCTIONS 533
14.2.1 INTRODUCTION 533
14.2.2 ABSOLUTE JUMP 533
14.2.3 CONDITIONAL JUMP FUNCTIONS 535
14.2.4 JUMP FUNCTIONS DEPENDING ON STATUS BITS 536
14.3 BLOCK END FUNCTIONS 539
14.3.1 BLOCK END FUNCTION RET (LAD AND FBD) 539
14.3.2 BLOCK END FUNCTIONS BEC, BEU, AND BE (STL) 540
14.3.3 RETURN STATEMENT (SCL) 540
14.4 CALLING OF CODE BLOCKS 541
14.4.1 GENERAL INFORMATION ON BLOCK CALLS 541
14.4.2 CALLING A FUNCTION (FC) 541
14.4.3 CALLING A FUNCTION BLOCK (FB) 543
14.4.4 CHANGE TO A BLOCK WITHOUT BLOCK PARAMETER 545
14.5 DATA BLOCK FUNCTIONS 547
14.5.1 OPENING A DATA BLOCK 548
14.5.2 ADDITIONAL DATA BLOCK FUNCTIONS WITH STL 549
14.5.3 CREATING, DELETING, AND TESTING DATA BLOCKS 550
14.6 MASTER CONTROL RELAY 553
14.6.1 INTRODUCTION 553
14.6.2 MCR DEPENDENCY 554
14.6.3 MCR AREA AND MCR ZONE 555
14.6.4 MCR AREA AND MCR ZONE WITH A BLOCK CHANGE 555
14.6.5 STATEMENTS FOR THE MASTER CONTROL RELAY 557
15 ONLINE OPERATION AND PROGRAM TEST 558
15.1 CONNECTION OF A PROGRAMMING DEVICE TO THE PLC STATION 559
15.1.1 SETTINGS ON THE PROGRAMMING DEVICE 559
15.1.2 CONNECTING THE PROGRAMMING DEVICE TO THE PLC STATION 560
15.1.3 SWITCHING ON ONLINE MODE 561
15.2 TRANSFERRING PROJECT DATA 562
15.2.1 LOADING PROJECT DATA FOR THE FIRST TIME 562
15.2.2 RELOADING THE PROJECT DATA 564
15.2.3 PROTECTION OF THE USER PROGRAM 565
15.2.4 EDITING OF ONLINE PROJECT WITHOUT OFFLINE PROJECT 566
15.2.5 WORKING WITH THE MICRO MEMORY CARD 567
15.3 BLOCK HANDLING 568
15.3.1 DOWNLOADING A BLOCK TO THE CPU 568
15.3.2 EDITING THE ONLINE VERSION OF A BLOCK 569
15.3.3 DELETING A BLOCK 569
15.3.4 PACKING THE WORK MEMORY 569
15.3.5 OFFLINE/ONLINE DATA BLOCKS 570
15.3.6 COMPARING BLOCKS 571
15.4 HARDWARE DIAGNOSTICS 574
15.4.1 STATUS DISPLAYS ON THE MODULES 574
15.4.2 DIAGNOSTIC INFORMATION 575
17
IMAGE 11
TABLE OF CONTENTS
15.4.3 DIAGNOSTIC BUFFER 575
15.4.4 DIAGNOSTIC FUNCTIONS 577
15.4.5 ONLINE TOOLS * / 577
15.4.6 FURTHER DIAGNOSTIC INFORMATION VIA THE PROGRAMMING DEVICE 578
15.5 TESTING THE USER PROGRAM 579
15.5.1 PROCESS AND TEST MODES 579
15.5.2 DEFINING THE CALL ENVIRONMENT 580
15.5.3 TESTING WITH PROGRAM STATUS 580
15.5.4 TESTING IN SINGLE STEP MODE 584
15.5.5 MONITORING OF PLC TAGS 587
15.5.6 MONITORING OF DATA TAGS 587
15.5.7 TESTING WITH WATCH TABLES 588
15.5.8 ENABLE PERIPHERAL OUTPUTS 593
15.5.9 TESTING WITH THE FORCE TABLE 594
16 DISTRIBUTED I/O 597
16.1 INTRODUCTION, OVERVIEW 597
16.2 ET 200 DISTRIBUTED I/O SYSTEM 598
16.2.1 ET200L 598
16.2.2 ET200M 598
16.2.3 ET200S 599
16.2.4 ET 200ISP 600
16.2.5 ET200R 600
16.2.6 ET 200ECO 600
16.2.7 ET 200PRO 601
16.3 PROFINETIO 602
16.3.1 PROFINET IO COMPONENTS 602
16.3.2 ADDRESSES WITH PROFINET IO 604
16.3.3 SPECIAL PROFINET CONFIGURATIONS 607
16.3.4 CONFIGURING PROFINET IO 608
16.3.5 COUPLING MODULES FOR PROFINET IO 612
16.3.6 REAL-TIME COMMUNICATION WITH PROFINET IO 613
16.4 PROFIBUS DP 614
16.4.1 PROFIBUS DP COMPONENTS 614
16.4.2 ADDRESSES WITH PROFIBUS DP 618
16.4.3 CONFIGURING PROFIBUS DP 622
16.4.4 COUPLING MODULES FOR PROFIBUS DP 625
16.4.5 SPECIAL FUNCTIONS FOR PROFIBUS DP 627
16.5 SYSTEM BLOCKS FOR DISTRIBUTED I/O 631
16.5.1 SYSTEM BLOCKS FOR PROFIBUS DP 631
16.5.2 SYSTEM BLOCKS FOR PROFIBUS DP AND PROFINET IO 635
16.5.3 SYSTEM BLOCKS FOR PROFINET IO 638
16.6 ACTUATOR/SENSOR INTERFACE 640
16.6.1 COMPONENTS OF ACTUATOR/SENSOR INTERFACE 640
16.6.2 ADDRESSES ON THE ACTUATOR/SENSOR INTERFACE 643
16.6.3 CONFIGURING THE ACTUATOR/SENSOR INTERFACE WITH CP 343-2P 644
16.6.4 SYSTEM FUNCTIONS FOR AS-I 645
17 COMMUNICATION 646
17.1 OVERVIEW 646
17.2 S7 BASIC COMMUNICATION 647
17.2.1 BASICS OF STATION-INTERNAL S7 BASIC COMMUNICATION 647
18
IMAGE 12
TABLE OF CONTENTS
17.2.2 CONFIGURING OF STATION-INTERNAL S7 BASIC COMMUNICATION 648
17.2.3 SYSTEM BLOCKS FOR STATION-INTERNAL S7 BASIC COMMUNICATION 648
17.2.4 BASICS OF STATION-EXTERNAL S7 BASIC COMMUNICATION 650
17.2.5 CONFIGURING OF STATION-EXTERNAL S7 BASIC COMMUNICATION 651
17.2.6 SYSTEM BLOCKS FOR STATION-EXTERNAL S7 BASIC COMMUNICATION 651
17.3 S7 COMMUNICATION 654
17.3.1 BASICS 654
17.3.2 CONFIGURING S7 COMMUNICATION 655
17.3.3 ONE-WAY DATA EXCHANGE 657
17.3.4 TWO-WAY DATA EXCHANGE 658
17.3.5 MONITORING FUNCTIONS 661
17.4 OPEN USER COMMUNICATION 661
17.4.1 BASICS 661
17.4.2 ESTABLISHING AND CLEARING CONNECTIONS 663
17.4.3 DATA TRANSFER WITH TCP NATIVE OR ISO-ON-TCP 665
17.4.4 DATA TRANSFER WITH UDP 668
18 APPENDIX 671
18.1 WORKING WITH SOURCE FILES 671
18.1.1 GENERAL PROCEDURE 671
18.1.2 PROGRAMMING A LOGIC BLOCK IN THE SOURCE FILE 672
18.1.3 PROGRAMMING A DATA BLOCK IN THE SOURCE FILE 678
18.1.4 PROGRAMMING A PLC DATA TYPE IN THE SOURCE FILE 679
18.2 MIGRATING PROJECTS 680
18.3 SIMULATION WITH THE TIA PORTAL 683
18.3.1 DIFFERENCES FROM A REAL CPU 683
18.3.2 STARTING AND SAVING THE SIMULATION 684
18.3.3 USING THE SIMULATION 686
18.3.4 TESTING THE PROGRAM WITH THE SIMULATION 689
18.3.5 ADDITIONAL FUNCTIONS OF PLCSIM 690
18.4 WEBSERVER 691
18.4.1 ENABLE WEB SERVER 691
18.4.2 READING OUT WEB INFORMATION 692
18.4.3 STANDARD WEB PAGES 692
18.5 STORAGE OF LOCAL TAGS 696
18.5.1 STORAGE IN GLOBAL DATA BLOCKS 696
18.5.2 STORAGE IN INSTANCE DATA BLOCKS 698
18.5.3 STORAGE IN THE TEMPORARY LOCAL DATA 698
18.5.4 DATA STORAGE OF THE BLOCK PARAMETERS OF A FUNCTION (FC) 698
18.5.5 DATA STORAGE OF THE BLOCK PARAMETERS OF A FUNCTION BLOCK (FB) 701
18.5.6 DATA STORAGE OF A LOCAL INSTANCE IN A MULTI-INSTANCE 703
INDEX 705
19 |
| any_adam_object | 1 |
| author | Berger, Hans 1949- |
| author_GND | (DE-588)130311863 |
| author_facet | Berger, Hans 1949- |
| author_role | aut |
| author_sort | Berger, Hans 1949- |
| author_variant | h b hb |
| building | Verbundindex |
| bvnumber | BV040423711 |
| classification_rvk | ZQ 5450 |
| classification_tum | MSR 728f |
| ctrlnum | (OCoLC)724897521 (DE-599)DNB100989014X |
| dewey-full | 629.895 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 629 - Other branches of engineering |
| dewey-raw | 629.895 |
| dewey-search | 629.895 |
| dewey-sort | 3629.895 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik Elektrotechnik / Elektronik / Nachrichtentechnik Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
| format | Book |
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| id | DE-604.BV040423711 |
| illustrated | Illustrated |
| indexdate | 2024-09-06T00:24:16Z |
| institution | BVB |
| isbn | 9783895783821 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-025276356 |
| oclc_num | 724897521 |
| open_access_boolean | |
| owner | DE-29T DE-91G DE-BY-TUM DE-1050 DE-12 DE-1043 DE-83 DE-M347 |
| owner_facet | DE-29T DE-91G DE-BY-TUM DE-1050 DE-12 DE-1043 DE-83 DE-M347 |
| physical | 709 S. Ill., graph. Darst. |
| publishDate | 2012 |
| publishDateSearch | 2012 |
| publishDateSort | 2012 |
| publisher | Publicis Publ. |
| record_format | marc |
| spelling | Berger, Hans 1949- Verfasser (DE-588)130311863 aut Automatisieren mit SIMATIC S7-300 im TIA-Portal Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 by Hans Berger Erlangen Publicis Publ. 2012 709 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier SIMATIC S7-300 (DE-588)4598687-3 gnd rswk-swf FBS Programmiersprache (DE-588)4615222-2 gnd rswk-swf SCL Programmiersprache (DE-588)4576043-3 gnd rswk-swf KOP Programmiersprache (DE-588)4463473-0 gnd rswk-swf AWL Programmiersprache (DE-588)4447858-6 gnd rswk-swf STEP 7 (DE-588)4447857-4 gnd rswk-swf SIMATIC S7-300 (DE-588)4598687-3 s STEP 7 (DE-588)4447857-4 s KOP Programmiersprache (DE-588)4463473-0 s FBS Programmiersprache (DE-588)4615222-2 s AWL Programmiersprache (DE-588)4447858-6 s SCL Programmiersprache (DE-588)4576043-3 s DE-604 text/html http://books.publicis-erlangen.de/cms/website.php?id=/de/produkte/automatisierungstechnik.htm&action=detail&pid=30091&pages=1 text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3665064&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025276356&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Berger, Hans 1949- Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 SIMATIC S7-300 (DE-588)4598687-3 gnd FBS Programmiersprache (DE-588)4615222-2 gnd SCL Programmiersprache (DE-588)4576043-3 gnd KOP Programmiersprache (DE-588)4463473-0 gnd AWL Programmiersprache (DE-588)4447858-6 gnd STEP 7 (DE-588)4447857-4 gnd |
| subject_GND | (DE-588)4598687-3 (DE-588)4615222-2 (DE-588)4576043-3 (DE-588)4463473-0 (DE-588)4447858-6 (DE-588)4447857-4 |
| title | Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 |
| title_alt | Automatisieren mit SIMATIC S7-300 im TIA-Portal |
| title_auth | Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 |
| title_exact_search | Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 |
| title_full | Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 by Hans Berger |
| title_fullStr | Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 by Hans Berger |
| title_full_unstemmed | Automating with SIMATIC S7-300 inside TIA portal configuring, programming and testing with STEP 7 Professional V11 by Hans Berger |
| title_short | Automating with SIMATIC S7-300 inside TIA portal |
| title_sort | automating with simatic s7 300 inside tia portal configuring programming and testing with step 7 professional v11 |
| title_sub | configuring, programming and testing with STEP 7 Professional V11 |
| topic | SIMATIC S7-300 (DE-588)4598687-3 gnd FBS Programmiersprache (DE-588)4615222-2 gnd SCL Programmiersprache (DE-588)4576043-3 gnd KOP Programmiersprache (DE-588)4463473-0 gnd AWL Programmiersprache (DE-588)4447858-6 gnd STEP 7 (DE-588)4447857-4 gnd |
| topic_facet | SIMATIC S7-300 FBS Programmiersprache SCL Programmiersprache KOP Programmiersprache AWL Programmiersprache STEP 7 |
| url | http://books.publicis-erlangen.de/cms/website.php?id=/de/produkte/automatisierungstechnik.htm&action=detail&pid=30091&pages=1 http://deposit.dnb.de/cgi-bin/dokserv?id=3665064&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025276356&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT bergerhans automatisierenmitsimatics7300imtiaportal AT bergerhans automatingwithsimatics7300insidetiaportalconfiguringprogrammingandtestingwithstep7professionalv11 |