SIMATIC S7 TIA Portal Programming 2 Course TIA-PRO2

Title......Page 1
00_Cover......Page 2
01_Training Devices......Page 3
1. Training Devices and Addressing......Page 4
1.1. Training Area Setup with S7-1500......Page 5
1.2. Positioning the Modular S7 Controllers......Page 6
1.3. SIMATIC S7-1500: Modular Controller for the Mid to Upper Performance Range......Page 7
1.3.1. SIMATIC S7-1500: Modules......Page 8
1.3.2. SIMATIC S7-1500: CPU-Display ( Menu and Colors......Page 10
1.3.3. SIMATIC S7-1200/1500: Technology Functions......Page 11
1.3.4. SIMATIC S7-1200/1500: Memory Card......Page 12
1.4. Distributed I/O Systems......Page 13
1.5. Configuration of the S7-1500 Training Device......Page 14
1.6. Configuration of the ET200SP Training Device......Page 15
1.7. Operating and Display Elements of the Training Device......Page 16
1.8.2. Connection to Distributed I/Os of the ET200SP......Page 17
1.10. Training Area as Plant with Distribution Conveyor and Touchpanel......Page 18
02_Hardware Commissioning......Page 20
2. Hardware Commissioning......Page 22
2.1. Task Description Hardware Commissioning: Commissioning an S7-1500, ET200SP and Touchpanel......Page 23
2.2. TIA Portal: Portal View and Project View......Page 24
2.2.1. Portal View......Page 25
2.2.2. Project View......Page 26
2.3. Components of the "Devices & Networks" Editor......Page 27
2.3.1. Devices & Networks: Device View (Hardware Configuration)......Page 28
2.3.2. Hardware Catalog......Page 29
2.4. Setpoint and Actual Configuration......Page 30
2.4.1. Setpoint Configuration: Creating a Hardware Station......Page 31
2.4.2. Inserting / Deleting a Module......Page 32
2.4.3. Symbols of the Module Channels......Page 33
2.4.4. Changing a Module......Page 34
2.4.5. Uploading the Actual Configuration into the Project (1): Inserting an Unspecified CPU......Page 35
2.4.6. Uploading the Actual Configuration into the Project (2): Detecting Accessible Devices......Page 36
2.4.7. Uploading the Actual Configuration into the Project (3): Reading-out the Actual Configuration......Page 37
2.5. Uploading a Device as a New Station (1) (Hardware with Parameterization and Software)......Page 38
2.5.1. Uploading a Device as a New Station (2) (Hardware with Parameterization and Software)......Page 39
2.6. Compiling the Hardware Configuration and Downloading It into the CPU......Page 40
2.7. Online Tools......Page 41
2.7.1. Online Connection via Industrial Ethernet: IP Address and Subnet Mask......Page 42
2.7.2.1. Windows7 Operating System......Page 43
2.7.3. Online Access: Accessible Devices in the Portal View......Page 44
2.7.4. Accessible Devices in the Project View: CPU Online Access: Reading-out the Diagnostics Buffer......Page 45
2.7.5. Accessible Devices in the Project View: CPU Online Access: CPU-RUN/STOP, Memory Reset (MRES)......Page 46
2.7.6. Online Access to the CPU: IP Address, Name, Time, FW Update, Format Memory Card......Page 47
2.8. CPU Memory Reset (MRES) using the Mode Selector Switch......Page 48
2.8.1. SIMATIC S7-1200/1500: Memory Concept for CPU Memory Reset......Page 49
2.8.2. SIMATIC S7-1200/1500: Memory Concept for CPU Reset to Factory Settings......Page 50
2.9. SIMATIC Card Reader......Page 51
2.10. Task Description: Creating a Project with an S7-1500 Station......Page 52
2.10.1. Exercise 1: Deleting Old Projects......Page 53
2.10.2. Exercise 2: Connecting the PG and Setting the IP Address of the PG......Page 54
2.10.3. Exercise 3: Erasing the SIMATIC Memory Card of the CPU......Page 55
2.10.4. Exercise 4: Resetting the CPU using the Mode Selector Switch......Page 56
2.10.5. Exercise 5: Determining the CPU Firmware Version and Assigning the IP Address (Node Initialization)......Page 57
2.10.6. Exercise 6: Creating a New Project......Page 58
2.10.7. Exercise 7: Creating the S7-1500 Station......Page 59
2.10.8. Exercise 8: Reading-out the Actual Configuration......Page 60
2.10.9. Exercise 9: CPU Properties: Parameterizing the Clock Memory Byte......Page 61
2.10.10. Exercise 10: CPU Properties: Parameterizing the Display Language and Display Protection......Page 62
2.10.11. Exercise 11: Addresses of the DI Module......Page 63
2.10.12. Exercise 12: Addresses of the DO Module......Page 64
2.10.13. Exercise 13: Addresses of the AI Module......Page 65
2.10.14. Exercise 14: Compiling the Device Configuration and Downloading It into the CPU......Page 66
2.11. Task Description: Commissioning the ET200SP......Page 67
2.12. Fieldbus Systems for SIMATIC S7......Page 68
2.13. Components of the PROFINET Standard......Page 69
2.13.1. PROFINET IO Device Types......Page 70
2.13.2. PROFINET Addresses......Page 71
2.13.3. Inserting and Networking Distributed I/O......Page 72
2.13.4. PROFINET IO Device ET200SP: Assigning the IP Address and Device Name OFFLINE......Page 73
2.13.5. PROFINET IO Device ET200SP: Assigning the Device Name ONLINE......Page 74
2.13.6. Exercise 15: ET200SP: Reset to Factory Settings......Page 75
2.13.7. Exercise 16: Reading-out the Firmware Version of the ET200SP......Page 76
2.13.8. Exercise 17: Offline Project: Adding the ET200SP......Page 77
2.13.9. Exercise 18: Networking the ET200SP......Page 78
2.13.10. Exercise 19: Configuring and Parameterizing the ET200SP......Page 79
2.13.11. Exercise 20: ET200SP: Assigning the IP Address / PROFINET Name OFFLINE......Page 80
2.13.12. Exercise 21: ET200SP: Assigning the PROFINET Name ONLINE......Page 81
2.13.13. Exercise 22: Copying a PLC Tag Table......Page 82
2.13.14. Exercise 23: Compiling the HW Configuration and Downloading It into the CPU......Page 83
2.13.15. Exercise 24: Testing the Wiring of the Conveyor Model’s Sensors and Actuators......Page 84
2.14. Task Description: Commissioning the Touchpanel......Page 85
2.15. Adding an HMI Device......Page 86
2.16. Configuring the IP Address of a Touchpanel......Page 87
2.16.1. Networking a Touchpanel......Page 88
2.16.2. Configuring an HMI Connection......Page 89
2.16.3. Setting the IP Address on the Touchpanel......Page 90
2.16.4. Downloading the HMI Project into the Touchpanel......Page 91
2.17. Exercise 25: Copying the Touchpanel Project and the Interface Data Block from the Library......Page 92
2.17.1. Exercise 26: Networking the Touchpanel......Page 93
2.17.2. Exercise 27: Configuring the HMI Connection......Page 94
2.17.3. Exercise 28: Compiling and Saving the HMI Project......Page 95
2.17.4. Exercise 29: Setting the IP Address on the TP......Page 96
2.17.5. Exercise 30: Downloading the HMI Project into the Touchpanel......Page 97
2.17.6. Exercise 31: Carrying Out a Function Test......Page 98
03_Program Design Methods......Page 99
3. Program Design Methods......Page 100
3.1. Plant Description: The Conveyor Model as Distribution Conveyor......Page 101
3.2. Types of Program Blocks......Page 102
3.2.1. Structured Programming......Page 103
3.2.2. Block Properties: Programming Language, Time Stamps......Page 104
3.2.3. Cyclic Program Execution......Page 105
3.3. Organization Blocks of the S7-1500......Page 106
3.3.1. Interrupting the Cyclic Program......Page 107
3.3.2. OB Start Information......Page 108
3.4. Block Programming......Page 109
3.4.1. Closing / Saving / Rejecting a Block......Page 110
3.4.2. Operand Edge Evaluation......Page 111
3.4.3. RLO Edge Evaluation......Page 112
3.5. Overview: Data Types in STEP 7......Page 113
3.5.1. Elementary Data Types......Page 114
3.5.1.1. Integer (INT, 16-Bit Integer) Data Type......Page 115
3.5.1.2. Double Integer (DINT, 32-Bit Integer) Data Type......Page 116
3.5.1.3. REAL (Floating-point Number, 32 Bit) Data Type......Page 117
3.5.2. IEC Counters: CTU, CTD, CTUD......Page 118
3.5.2.1. Counter Function: Inputs......Page 119
3.5.2.2. Counter Function: Outputs......Page 120
3.5.3. IEC Timer Function: TON......Page 121
3.5.4. Timer Function TON (ON Delay) Pulse Diagram......Page 122
3.5.4.1. IEC Timer / Counter Instance Data Blocks......Page 123
3.6. STEP 7 - Test Functions, Overview......Page 124
3.7. Procedure for Creating a Program......Page 125
3.7.1. Structure Elements of Structograms (1)......Page 126
3.7.2. Structure Elements of Structograms (2)......Page 127
3.8. Plant Description: The Conveyor Model as Distribution Conveyor......Page 128
3.8.1. Structure of the CPU Program and Interface to the Touchpanel......Page 129
3.8.2. DB Variables instead of Memory Bits......Page 130
3.8.3. Exercise 1: Copying "DB_Conveyor" from the Library......Page 131
3.8.4. Exercise 2: Startup Program "OB_Startup" (OB100) and Operating Mode Section "FC_Mode" (FC15)......Page 132
3.8.5. Exercise 3: Programming the Conveyor Motor Control "FC_ConvMotor" (FC16)......Page 133
3.8.6. Exercise 4: Programming the Time Monitoring of the Transport Sequences "FC_Fault" (FC17)......Page 134
3.8.7. Exercise 5: Programming the Indicator Lights "FC_Signal" (FC14......Page 135
04_Jump and Accumulator Functions......Page 137
4. Jump and Accumulator Functions......Page 138
4.1. Task Description......Page 139
4.2. Overview of the Accumulator Functions......Page 140
4.2.1. Arithmetic Instructions......Page 141
4.2.2. Swapping the Order of the Bytes in ACCU1......Page 142
4.2.3. Shift Instructions (ACCU 1)......Page 143
4.2.4. Word Logic Operations......Page 144
4.2.4.1. Word Logic Operation: Example: Separating Code_Color by Masking......Page 145
4.3. Jump Functions......Page 146
4.3.1. Jump List......Page 147
4.3.2. Jump Distributor......Page 148
4.4. Program Loop in STL......Page 149
4.4.1. Program Loop in FBD (LAD)......Page 150
4.5. Exercise 1: Running Light when Operation ("FB_Running_Light") is Switched Off......Page 151
05_Analog Value Processing and Arithmetic......Page 152
5. Analog Value Processing & Arithmetic......Page 153
5.1. Task Description: Checking the Weight and Statistic Values......Page 154
5.2. Principle of Analog Value Processing......Page 155
5.3. Analog Input and Output Modules......Page 156
5.3.1. Analog Input Modules......Page 157
5.3.2. Analog Output Modules......Page 158
5.4. Analog Value Representation and Measured Value Resolution......Page 159
5.4.1. Analog Value Representation of Different Measuring Ranges......Page 160
5.4.2. Analog Value Representation for the Analog Outputs......Page 161
5.5. Analog Value Processing: Direct I/O Access with ":P"......Page 162
5.5.1. Scaling Analog Input Values with SCALE......Page 163
5.5.2. Unscaling Analog Output Values with UNSCALE......Page 164
5.5.3. Scaling with NORM_X and SCALE_X......Page 165
5.5.4. Math Functions: MIN, MAX, LIMIT......Page 166
5.5.5. Verification with IN_RANGE, OUT_RANGE, OK......Page 167
5.6. Task Description: Checking the Weight and Displaying It......Page 168
5.6.1. Exercise 1: Setting the Channel Parameters of the AI Modules (ET200SP and Central AI)......Page 169
5.6.2. Exercise 2: Checking the Weight with Cyclic Interrupt "OB_Cyclic interrupt" (OB35)......Page 170
5.6.3. Exercise 3: Displaying the Part Weight on the Touchpanel......Page 171
5.7. Task Description: Calculating and Displaying the Statistic Values......Page 172
5.8. Data Storage in Accumulator 1......Page 173
5.8.1. Loading and Transferring Data......Page 174
5.8.2. Basic Mathematical Functions: Addition......Page 175
5.8.3. Meaning of EN, ENO and BR Bit......Page 176
5.8.4. Basic Mathematical Functions: Comparator Operations......Page 177
5.8.5. Conversion Operations: Data Type Conversion......Page 178
5.8.6. Implicit Data Type Conversion......Page 179
5.8.7. LAD/FBD: CALCULATE Box......Page 180
5.8.8. Sample Calculation: Utilization Bay 1......Page 181
5.8.9. Exercise 4: Copying the TP Screen "Statistic" from the Library......Page 182
5.8.10. Exercise 5: Statistics Data "FB_Statistics" (FB18)......Page 183
06_FC_FB_Multiple Instances......Page 185
6. Functions, Function Blocks and Multiple Instances......Page 186
6.1. Task Description: Programming Re-usable Blocks......Page 187
6.2. Blocks for Structured Programming......Page 188
6.2.1. Parameter Declaration in Functions and Function Blocks......Page 189
6.2.2. Properties of Functions......Page 190
6.3. Properties of Function Blocks......Page 191
6.4. Local and Global Operands......Page 192
6.4.1. Management of the Local Data Stack......Page 193
6.4.2. The Use of Local, Temporary Variables......Page 194
6.5. Instance and Multiple Instance Data......Page 195
6.5.1. Example: Storing IEC Counter/Timer Instances in a Global DB......Page 196
6.5.2. Exercise 1: "FB_Statistics" (FB18): Creating IEC Counter Instances in a Global DB......Page 197
6.6. Task Description: Programming "FB_Fault" (FB17) as IEC-conform and with that Re-usable......Page 198
6.6.1. Instance Formation of Function Blocks......Page 199
6.6.2. Structure of the Multiple Instance Model......Page 200
6.6.3. Exercise 2: Programming "FB_Fault" (FB17) as IEC-conform and with that Re-usable......Page 201
6.6.4. Exercise 3: Programming "FB_Statistics" (FB18) as Re-usable......Page 202
07_Complex Data and Addressing Possibilities......Page 204
7. Complex Data and Addressing Possibilities......Page 205
7.1. Task Description: Managing Weight Values in WeightStore and Displaying Statistic Values......Page 206
7.2. Meaning of Variables and Data Types......Page 207
7.3. Overview: Data Types in STEP 7......Page 208
7.3.1. Elementary Data Types......Page 209
7.3.2. Data Types for Timers, Date and Time-of-day......Page 210
7.3.3. Complex Data Types......Page 212
7.3.4. Meaning of Complex Data Types......Page 213
7.3.5. Time Stamp: DATE_AND_TIME (DT)......Page 214
7.3.5.1. Access to DT by means of AT-View......Page 215
7.3.6. Time Stamp: DTL......Page 216
7.3.7. Character String: STRING......Page 217
7.3.7.1. Access to STRING by means of AT-View......Page 218
7.3.8. Slice Access (All Languages)......Page 219
7.3.8.1. Example of a Slice Access: ‘Sign’ Scan......Page 220
7.3.9. ARRAY......Page 221
7.3.10. Indexed Array Accesses......Page 222
7.3.10.1. Example of Indexed Array Accesses: Saving Part Weights in WeightStore......Page 223
7.3.11. Structure: STRUCT......Page 224
7.3.12. PLC Data Types: UDT (User defined Data Type)......Page 225
7.3.12.1. Using UDTs......Page 226
7.4. "Shifting" (Copying) Variables of a Complex Data Type......Page 227
7.5. Simulating the PLC Controller (S7-PLCSIM S7-1200/1500)......Page 228
7.6. Exercise 1: Creating "UDT_WeightStore" and Weight Database "DB_Weights"......Page 229
7.6.1. Exercise 2: Expanding "DB_OP" (DB99) and Connecting the TP Screen "Statistic"......Page 230
7.6.2. Exercise 3: Programming "FB_Weights" (FB35)......Page 232
7.6.3. Exercise 4: Testing "FB_Weights" (FB35) using PLCSIM......Page 234
7.6.4. Exercise 5: Commissioning "FB_Weights" (FB35)......Page 235
7.7. Additional Information......Page 236
7.7.1. Settings for Simulating an HMI Device......Page 237
7.7.2. Simulating an HMI Device......Page 238
7.7.3. Additional Exercise: Simulating the Touchpanel......Page 239
7.7.4. Extended Instructions: STRING, DT......Page 240
08_Blocks with Optimized Block Access......Page 241
8. Blocks with "Optimized Block Access"......Page 242
8.1. Task Description: Downloading Structurally Changed Data Blocks without Re-initialization......Page 243
8.2. Programming Languages: Overview......Page 244
8.3. System Architecture of S7-1500......Page 245
8.4. Block Attribute: Optimized Block Access......Page 246
8.4.1. Comparison: Standard / Optimized Block Accesses......Page 247
8.4.2. "Standard" and "Optimized" Block Access......Page 248
8.4.3. Optimized Blocks (All): Automatic Initialization of Temporary Variables......Page 249
8.4.4. Principle: "Download without Re-initialization" Structurally Changed Data Blocks......Page 250
8.4.5. Memory Reserve of Data Blocks......Page 251
8.4.6. Data Block Initialization after Structural Changes......Page 252
8.4.7. Data Blocks "Download without Re-initialization"......Page 253
8.4.8. Resetting the Data Block Memory Reserve......Page 254
8.4.9. Downloading without Re-initialization for Structurally Changed Function Blocks......Page 255
8.4.10. Exercise 1: Expanding a Data Block and Downloading it into the CPU without Re-initialization......Page 256
8.4.11. Exercise 2: Resetting the Data Block Memory Reserve......Page 257
8.5. Initializing Setpoints in the Online Program......Page 258
8.6. Additional Information......Page 259
8.6.1. Data Block Control......Page 260
09_HMI Alarm Messages......Page 261
9. HMI Alarm Messages......Page 262
9.1. Task Description: Configuring Discrete and Analog Alarm Messages......Page 263
9.2. Tasks of an Alarm (Message) System......Page 264
9.3. Structure of an Alarm (Message)......Page 265
9.3.1. Alarm Classes......Page 266
9.4. Alarm (Message) Procedures......Page 267
9.4.1. Configuring Discrete Alarms......Page 268
9.4.2. Configuring Analog Alarms......Page 269
9.4.3. Displaying Alarm (Messages)......Page 270
9.4.4. Exercise 1: Configuring a Discrete Alarm......Page 271
9.4.5. Exercise 2: Configuring an Analog Alarm......Page 272
9.4.6. Exercise 3: Configuring an Alarm Window......Page 273
10_System Diagnostics and Error Handling......Page 274
10. System Diagnostics and Error Handling......Page 275
10.1. Task Description: Displaying an I/O-Device Failure on the Touchpanel......Page 276
10.2. Functional Principle of the CPU System Diagnostics......Page 277
10.3. Overview: Diagnostic Possibilities......Page 278
10.4. Diagnostics using the PG with STEP 7......Page 279
10.5. CPU System Diagnostics......Page 280
10.5.1. CPU System Diagnostics: Functional Principle......Page 281
10.5.2. Parameterizing CPU System Diagnostics......Page 282
10.5.3. Displaying System Diagnostics Alarms in STEP7......Page 283
10.5.4. Exercise 1: Displaying System Diagnostics Alarms on the CPU-Display......Page 284
10.5.5. Displaying System Diagnostics Alarms on the HMI Device with "System Diagnostics View"......Page 285
10.5.6. Exercise 2: Displaying System Diagnostics on the HMI Device......Page 286
10.6. Diagnostics with the CPU Web Server......Page 287
10.6.1. PN-CPUs: Accessing the Web Service......Page 288
10.6.2. PN-CPUs: Web Service: "Start Page"......Page 289
10.6.3. PN-CPUs: Web Service: Example "Diagnostic Buffer"......Page 290
10.6.4. Parameterizing the CPU Web Server......Page 291
10.6.5. Exercise 3: Activating and Parameterizing the Web Server......Page 292
10.7. Diagnostics using the S7 Program......Page 293
10.7.1. Start Information of the Error OBs......Page 294
10.7.2. Global Error Handling with Asynchronous Error OBs......Page 295
10.7.3. Diagnosis of Asynchronous Errors with "DeviceStates"......Page 296
10.7.4. Global Handling of Synchronous Errors with Error OBs: Principle......Page 297
10.7.5. Global Handling of Synchronous Errors with Error OBs: CPU Behavior......Page 298
10.7.6. Local Handling of Synchronous Errors......Page 299
10.7.7. Exercise 4: Integrating Local Error Handling......Page 300
10.7.8. Task Description: Displaying an IO-Device Error and Time-of-day Synchronization with the CPU......Page 302
10.7.9. Exercise 5: Displaying an IO-Device Error......Page 303
10.7.10. Exercise 6: Determining the Device Downtime......Page 304
10.7.11. Exercise 7: HMI Devices Time-of-day Synchronization with the CPU......Page 305
10.8. Diagnosis of the Operator Panel Status using the CPU Program......Page 306
10.8.1. Configuring the Life Bit......Page 307
10.8.2. Exercise 8: Diagnosis of the Online Connection TP <--> CPU......Page 308
11_SCL......Page 309
11. Structured Control Language SCL......Page 310
11.1. Task Description: Storing Weight Values in a DB Tag......Page 311
11.2. Program Creation with SCL......Page 312
11.3. Advantages of the SCL Programming Language......Page 313
11.4. Creating an SCL Block......Page 314
11.4.1. Editing an SCL Block......Page 315
11.4.2. Operators......Page 316
11.4.3. Control Structures......Page 317
11.4.4. Direct Addressing (Examples)......Page 318
11.4.5. Indirect Addressing (Examples)......Page 319
11.4.6. Calling an SCL Block......Page 320
11.4.7. Monitoring SCL Blocks......Page 321
11.5. Exercise 1: Copying the SCL Block from the Library......Page 322
11.5.1. Exercise 2: Commissioning "FC_Weight_SCL" (FC38)......Page 323
12_S7_GRAPH......Page 324
12. S7-GRAPH......Page 325
12.1. The Conveyor Model as Production Line......Page 326
12.2. S7-GRAPH: Programming Sequential Function Operations......Page 327
12.3. Creating an S7-GRAPH Block......Page 328
12.4. Sequence View of an S7-GRAPH Block......Page 329
12.5. Interlock and Supervision......Page 330
12.6. Testing an S7-GRAPH Sequencer......Page 331
12.7. Exercise 1: Copying an S7-GRAPH Block from the Library......Page 332
12.8. Exercise 2: Commissioning the S7-GRAPH Block......Page 333
12.9. Additional Information......Page 334
12.9.1. Additional Exercise: Returning Rejected Parts......Page 335
13_Drive with Startdrive......Page 336
13. Integrating and Commissioning a Drive with Startdrive......Page 337
13.1. Task Description: G120 as an Additional Conveyor Drive......Page 338
13.2. Communication Standard PROFIdrive......Page 339
13.2.1. CPU - Drive Communication: CPU - G120......Page 340
13.2.2. Standard Telegrams......Page 341
13.2.3. Structure of the Control Word (CDS0 - ControlDataSet for Fieldbus Control)......Page 342
13.2.4. Structure of the Status Word......Page 343
13.2.5. Setpoint / Actual Value ( Speed Values......Page 344
13.3. Inserting a Drive into the Project......Page 345
13.3.1. Networking a Drive......Page 346
13.3.2. Parameterizing the Module Address and Module Name......Page 347
13.3.3. Configuring a Power Unit......Page 348
13.3.4. Parameterizing the Process Data Area (PZD)......Page 349
13.3.5. Assigning the Device Name ONLINE (Module Initialization)......Page 350
13.4. Parameterizing the Drive: with the "Commissioning Wizard"......Page 351
13.5. Online Commissioning: Activating / Deactivating the Control Panel......Page 352
13.5.1. Operating the Control Panel......Page 353
13.5.3. Monitoring Active Messages Online......Page 354
13.5.4. Exercise 1: Reading-out the Firmware Version of the Drive......Page 355
13.5.5. Exercise 2: Restoring the Factory Settings......Page 356
13.5.6. Exercise 3: Inserting and Networking the Drive in the Offline Project......Page 357
13.5.7. Exercise 4: Configuring and Parameterizing the Drive......Page 358
13.5.8. Exercise 5: Assigning the PROFINET Device Name Online......Page 359
13.5.9. Exercise 6: Parameterizing the Drive OFFLINE with the Commissioning Wizard......Page 360
13.5.10. Exercise 7: Downloading the Parameterization into the Drive......Page 365
13.5.11. Exercise 8: Operating the Drive via the Control Panel......Page 367
13.5.12. Exercise 9: Commissioning a Program Expansion......Page 368
13.6. Additional Information......Page 369
13.6.1. Changing Parameters in the Inverter......Page 370
13.6.2. G120 Reset to Factory Settings via BOP-2......Page 371
14_Training_and_Support......Page 372
14. Training and Support......Page 373
14.1. Any Questions on our Training Courses Offered??......Page 374
14.2. www.siemens.com/sitrain......Page 375
14.3. Learning path: SIMATIC S7 Programming based on TIA Portal......Page 377
14.4. The Industry Online Support – the most important innovations......Page 378
14.5. The Principle of Navigation......Page 379
14.6. Complete product information......Page 380
14.7. mySupport – Overview......Page 381
14.8. Support Request......Page 382
14.9. Support Request......Page 383
14.10.1. Conferences and Forum management......Page 384
14.10.2. Interactions in the Forum......Page 386
14.11. Task and Checkpoint......Page 388