Industrial communication with fieldbus and Ethernet:
Gespeichert in:
Weitere Verfasser: | |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Berlin [u.a.]
VDE-Verl.
2011
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Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | Literaturangaben |
Beschreibung: | XVIII, 330 S. Ill., graph. Darst. 1 CD-ROM (12 cm) |
ISBN: | 9783800733583 |
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adam_text | IMAGE 1
CONTENTS
FOREWORD V
PREFACE OF THE EDITORS VII
1 THE MARKET FOR FIELDBUS AND INDUSTRIAL ETHERNET 1
DAVID HUMPHREY, FLORIAN GUELDNER 1.1 THE BENEFITS OF BEING CONNECTED 2
1.2 THE MARKET FOR INDUSTRIAL ETHERNET PRODUCTS 3
1.3 MARKET PLAYERS 4
2 TRENDS IN FACTORY AUTOMATION 9
MICHAEL VOLZ
2.1 GROWTH FACTORS 10
2.2 WHAT USERS ARE DEMANDING 11
2.3 FOCUS ON ENGINEERING COST 11
2.4 SECURITY ASPECTS 12
3 INTERNATIONAL STANDARDIZATION 13
MAX FELSER
3.1 HISTORY OF FIELDBUS STANDARDS 13
3.1.1 THE GERMAN-FRENCH FIELDBUS WAR 13
3.1.2 THE INTERNATIONAL FIELDBUS WAR 14
3.1.3 THE COMPROMISE SOLUTION 14
3.1.4 EXTENSIONS WITH ETHERNET 16
3.1.5 EXTENSIONS WITH WIRELESS SYSTEMS 16
3.2 STRUCTURE OF FIELDBUS STANDARDS 17
3.2.1 DEFINITION OF FIELDBUSES 17
3.2.2 DEFINITION OF REAL-TIME ETHERNET 17
3.2.3 INSTALLATION GUIDELINES 18
3.2.4 RELIABILITY. 19
3.2.5 DEFINITION OF PROTOCOL FAMILIES 19
3.3 SUMMARY 21
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1016843682
DIGITALISIERT DURCH
IMAGE 2
CONTENTS
4 FIELDBUSES: STATUS AND OUTLOOK 25
MICHAEL VOLZ
4.1 STABILITY AND RELIABILITY AS SUCCESS FACTORS 26
4.2 CHALLENGES FOR THE FUTURE 26
4.3 QUALITY THROUGH CERTIFICATION 27
5 CANOPEN 29
HOLGER ZELTWANGER 5.1 LOWER COMMUNICATION LAYERS 30
5.2 HIGHER COMMUNICATION LAYERS 32
5.3 DEVICE AND APPLICATION PROFILES 35
5.4 SUMMARY 40
6 CC-LINK 41
JOHN BROWETT, JOHN WOZNIAK 6.1 CC-LINK NETWORK TYPES 42
6.2 CC-LINK TOPOLOGY AND COMMUNICATION SPEEDS 43
6.3 DATA TRANSMISSION 44
6.3.1 CC-LINK DATA TYPES 44
6.3.2 TYPES OF STATIONS 45
6.3.3 MAXIMUM NUMBER OF DEVICES 45
6.3.4 TYPICAL SCAN TIMES 45
6.4 HOW CC-LINK COMMUNICATES 48
6.4.1 CC-LINK TRANSMISSION PROCESSES 48
6.4.2 CC-LINK MEMORY MAPPING 50
6.5 VERSION 1.1 OR VERSION 2.0 54
6.6 CC-LINK IMPLEMENTATION 55
6.7 PROFILES 55
6.8 CC-LINKSAFETY 57
6.9 CERTIFICATION TESTING 57
7 CIP: DEVICENET AND CONTROLNET 59
VIKTOR SCHIFFER
7.1 BASIC ELEMENTS OF THE COMMON INDUSTRIAL PROTOCOL (CIP) 60
7.1.1 OBJECT ORIENTATION 61
7.1.2 BASIC PRINCIPLES OF CIP COMMUNICATIONS 62
7.1.3 CONNECTIONS, MESSAGE TYPES 63
7.1.4 OBJECTS 64
7.1.5 DEVICE PROFILES 66
7.1.6 CONFIGURATION AND DEVICE DESCRIPTION 67
7.1.7 BRIDGING AND ROUTING 68
7.1.8 FUNCTIONAL SAFETY (CIP SAFETY) 69
7.1.9 CONFORMANCE TESTING 71
IMAGE 3
CONTENTS
7.2 DEVICENET 72
7.2.1 COMMUNICATION MODEL 72
7.2.2 SYSTEM CONCEPTS 73
7.2.3 SYSTEM START-UP 74
7.2.4 ADDRESSING PRINCIPLES 75
7.2.5 SUPPORTED TOPOLOGIES 75
7.2.6 DATA RATES 76
7.2.7 INSTALLATION 76
7.2.8 COMMUNICATION PLC - I/O 77
7.2.9 COMMUNICATION PLC - PLC 79
7.2.10 DEVICE CONFIGURATION AND INTEGRATION 80
7.2.11 SAFETY SUPPORT 80
7.2.12 PROFILES 80
7.2.13 DIAGNOSTICS 80
7.2.14 DEVICE REPLACEMENT 81
7.3 CONTROLNET 81
7.3.1 COMMUNICATION MODEL 81
7.3.2 SYSTEM CONCEPTS 82
7.3.3 ADDRESSING PRINCIPLES 84
7.3.4 SUPPORTED TOPOLOGIES 84
7.3.5 DATA RATES 84
7.3.6 INSTALLATION 84
7.3.7 COMMUNICATION PLC - I/O 86
7.3.8 COMMUNICATION PLC - PLC 86
7.3.9 DEVICE CONFIGURATION AND INTEGRATION 87
7.3.10 SAFETY SUPPORT 87
7.3.11 PROFILES 87
7.3.12 DIAGNOSTICS 87
7.3.13 DEVICE REPLACEMENT 88
8 INTERBUS 91
MARTIN MIDLER
8.1 BASIC SPECIFICATIONS OF THE INTERBUS SYSTEM 91
8.1.1 THE RING SYSTEM 92
8.1.2 THE INTERBUS ELEMENTS 93
8.1.3 THE INTERBUS REMOTE BUS 94
8.2 DATA TRANSMISSION IN THE INTERBUS SYSTEM 95
8.2.1 THE SUMMATION FRAME PROTOCOL 95
8.2.2 DATA SECURITY IN THE INTERBUS SYSTEM 96
8.2.3 HYBRID DATA TRANSMISSION 96
8.3 INTERBUS PROTOCOL CHIPS 97
8.3.1 THE IPMS4 MASTER PROTOCOL CHIP 97
8.3.2 THE SLAVE PROTOCOL CHIPS 97
IMAGE 4
CONTENTS
8.4 INTERBUS DIAGNOSTICS 99
8.4.1 GRADED DIAGNOSTIC CONCEPT 99
8.4.2 FIBER OPTIC DIAGNOSTICS 101
8.5 INTERBUS SAFETY 103
8.5.1 METHOD OF OPERATION 103
8.5.2 ADVANTAGES FOR THE USER 103
8.6 CONCLUSION 105
9 PROFIBUS 107
KLAUS-PETER LINDNER 9.1 OVERVIEW: PROFIBUS AS MODULAR SYSTEM 107
9.2 TRANSMISSION TECHNOLOGY 109
9.2.1 RS485 109
9.2.2 OPTICAL TRANSMISSION 110
9.2.3 MBP I LL
9.2.4 TROUBLESHOOTING 112
9.3 COMMUNICATION 112
9.3.1 PERFORMANCE LEVEL DP-V0 113
9.3.2 PERFORMANCE LEVEL DP-V1 115
9.3.3 PERFORMANCE LEVEL DP-V2 116
9.3.4 ADDRESSING WITH SLOT AND INDEX 116
9.4 GENERAL APPLICATION PROFILES 117
9.4.1 PROFISAFE 117
9.4.2 REDUNDANCY 119
9.5 SPECIFIC APPLICATION PROFILES 120
9.5.1 PROFIDRIVE 120
9.5.2 FLUIDPOWER 121
9.5.3 IDENT SYSTEMS 121
9.5.4 PROFIBUS PA 121
9.6 DEVICE MANAGEMENT 122
9.7 PROFIBUS IMPLEMENTATION 123
9.8 QUALITY ASSURANCE AND CERTIFICATION 123
9.8.1 TEST PROCEDURE 124
10 COMPARISON OF FIELDBUS SYSTEMS 127
MICHAEL VOLZ
IMAGE 5
CONTENTS
11 INDUSTRIAL ETHERNET: STATUS AND OUTLOOK 129
MICHAEL VOLZ
11.1 REAL-TIME BEHAVIOR 130
11.2 CONNECTION BETWEEN OFFICE WORLD AND CONTROL TECHNOLOGY 131
11.3 CABLING TECHNOLOGY 131
11.4 OUTLOOK 132
12 CC-LINKIE 133
JOHN BROWETT, JOHN WOZNIAK 12.1 CC-LINK IE CONTROL 133
12.2 CC-LINK IE FIELD 134
12.2.1 CC-LINK IE FIELD TOPOLOGY 134
12.2.2 CC-LINK IE FIELD DATA TYPES AND NETWORK MEMORY ALLOCATION 137
12.2.3 CC-LINK IE FIELD COMMUNICATION 139
12.2.4 CC-LINK IE FIELD FRAME STRUCTURE 144
12.2.5 CONNECTION FOR ETHERNET TCP/IP (UDP/IP) DEVICES 145
12.2.6 CC-LINK IE FIELD IMPLEMENTATION 145
12.2.7 PROFILES 146
12.2.8 CC-LINK CONFORMANCE TESTING 148
12.2.9 MAIN FEATURES OF CC-LINK IE FIELD 148
13 ETHERCAT 149
OLIVER FEH
13.1 TECHNOLOGY PRINCIPLE 150
13.1.1 PROCESSING *ON THE FLY 150
13.1.2 BEST PERFORMANCE 150
13.1.3 MIGRATION FROM CLASSICAL FIELDBUS TO ETHERCAT WITH GATEWAYS 151
13.1.4 FLEXIBLE TOPOLOGY INCLUDING REDUNDANCY OPTIONS 152
13.1.5 EASY DIAGNOSIS AND CONFIGURATION 154
13.1.6 USE OF STANDARD COMPONENTS 154
13.2 THE ETHERCAT DEVICE PROTOCOL 155
13.2.1 CYCLIC COMMUNICATION (PROCESS DATA) 156
13.2.2 ACYCLIC COMMUNICATION 156
13.2.3 SYNCHRONIZATION WITH DISTRIBUTED CLOCKS (DC) 158
13.3 INTEGRATED FUNCTIONAL SAFETY 159
13.4 ETHERCAT FOR PLANT AUTOMATION 162
13.5 IMPLEMENTATION ASPECTS 165
13.5.1 MASTER IMPLEMENTATION 165
13.5.2 SLAVE IMPLEMENTATION 166
13.5.3 MONITORING TOOLS 166
13.6 ETHERCAT TECHNOLOGY GROUP 167
IMAGE 6
CONTENTS
14 ETHERNET/IP 171
VIKTOR SCHIFFER
14.1 COMMUNICATION MODEL 172
14.2 SYSTEM CONCEPTS 172
14.3 ADDRESSING PRINCIPLES 174
14.4 SUPPORTED TOPOLOGIES 174
14.5 DATA RATES 175
14.6 INSTALLATION 175
14.7 COMMUNICATION PLC - I/O 176
14.8 COMMUNICATION PLC - PLC 177
14.9 DEVICE CONFIGURATION AND INTEGRATION 177
14.10 SAFETYSUPPORT 178
14.11 PROFILES 178
14.12 DIAGNOSTICS 178
14.13 DEVICE REPLACEMENT 178
14.14 FIELDBUS INTEGRATION 179
14.15 INTEGRATION IN ENTERPRISE NETWORKS 179
14.16 SECURITY 180
15 MODBUS 183
MICHAEL VOLZ
15.1 HISTORY OF THE MODBUS PROTOCOL 183
15.2 THE MODBUS PROTOCOL SUITE 184
15.3 MODBUS TCP OVERVIEW 184
15.3.1 MODBUS PROTOCOL FUNCTION CODES 185
15.3.2 THE MODBUS APPLICATION DATA UNIT (ADU) 187
15.3.3 MODBUS TCP ADDRESSING MODEL 188
15.3.4 MODBUS TCP DATA MODEL 188
15.3.5 MODBUS PROTOCOL TRANSACTIONS 189
15.3.6 MODBUS PDU AND ADU FORMATS 190
15.3.7 MODBUS EXCEPTION RESPONSES 191
15.4 MAPPING THE MODBUS PROTOCOL ON TCP/IP 193
15.4.1 MODBUS TCP CONNECTION MANAGEMENT 194
15.4.2 USE OF TCP/IP STACK. 194
15.5 CONFIGURATION OF MODBUS TCP DEVICES AND SYSTEMS 196
15.6 PERFORMANCE ASPECTS 196
15.7 MODBUS TCP CONFORMANCE TESTING 197
15.8 THE MODBUS ORGANIZATION 197
16 POWERLINK 199
STEFAN SCHOENEGGER 16.1 DATA EXCHANGE WITH POWERLINK 200
16.1.1 WHY STANDARD ETHERNET CANNOT ACHIEVE HARD REAL-TIME OPERATION 200
IMAGE 7
CONTENTS
16.1.2 THE POWERLINK STACK 201
16.1.3 THE POWERLINK MECHANISM 202
16.2 FUNCTIONAL CHARACTERISTICS OF POWERLINK 203
16.2.1 NETWORK STRUCTURE WITH POWERLINK: FREE SELECTION OF TOPOLOGY 203
16.2.2 UNIQUE ADDRESSING FOR EACH NODE 204
16.2.3 HOT PLUGGING 204
16.2.4 CROSS-TRAFFIC INCREASES PERFORMANCE AND SIMPLIFIES THE SYSTEM 205
16.2.5 REDUNDANT NETWORKS WITH POWERLINK 206
16.2.6 DIAGNOSTICS 206
16.2.7 POWERLINK = CANOPEN OVER ETHERNET 207
16.3 SAFETY AND SECURITY 207
16.3.1 BUS INDEPENDENCE 208
16.3.2 OPENSAFETY FUNCTIONALITY 209
16.3.3 MECHANISMS FOR ERROR DETECTION AND PREVENTION 209
16.3.4 STRUCTURE OF THE OPENSAFETY FRAME 210
16.3.5 THE OPENSAFETY NETWORK 210
16.3.6 SECURITY 211
16.4 TECHNICAL IMPLEMENTATION OF THE MASTER AND SLAVES 211
16.4.1 SOLUTIONS FOR THE POWERLINK MASTER 212
16.4.2 SOLUTIONS FOR THE POWERLINK SLAVE 212
16.5 POWERLINK OPEN SOURCE 213
16.6 EPSG USER ORGANIZATION 213
17 PROFINET 215
JOERG FREITAG
17.1 PROFINET AT A GLANCE 216
17.1.1 PROFINET HIGHLIGHTS 217
17.1.2 PROFINET IO DEVICE CLASSES 217
17.1.3 ADDRESSING IN PROFINET IO 218
17.2 PROFINET IO BASICS 219
17.2.1 DEVICE MODEL 219
17.2.2 REAL-TIME COMMUNICATION 220
17.2.3 DATA COMMUNICATION 221
17.2.4 NETWORK DIAGNOSTICS IN PROFINET 222
17.2.5 SYSTEM ENGINEERING AND GSD 223
17.2.6 SYSTEM POWER-UP 223
17.2.7 NEIGHBORHOOD DETECTION 224
17.2.8 FAST START-UP 224
17.3 IRT COMMUNICATION IN PROFINET IO 225
17.3.1 IRT CONTROL 225
17.3.2 IRT INTERVALS 226
17.4 PROFINET IO CONTROLLER AND DEVICE 227
IMAGE 8
CONTENTS
17.5 CONFORMANCE CLASSES (CC) 227
17.6 APPLICATION PROFILES FOR PROFINET IO 228
17.6.1 TRAIN APPLICATIONS 228
17.6.2 PROFIENERGY 228
17.7 INTEGRATION OF FIELDBUS SYSTEMS 230
17.8 NETWORK INSTALLATION 230
17.8.1 PROFINET CABLING 231
17.8.2 PLUG CONNECTORS FOR DATA 232
17.8.3 PLUG CONNECTORS FOR POWER 232
17.8.4 NETWORK COMPONENTS 232
17.8.5 REDUNDANCY 232
17.8.6 INDUSTRIAL WIRELESS 233
17.9 PROFINET IO CERTIFICATION 234
18 SERCOS 235
PETER LUTZ
18.1 SERCOS I AND II 235
18.1.1 TOPOLOGY 236
18.1.2 COMMUNICATION METHOD, SYNCHRONIZATION AND PROTOCOL STRUCTURE 237
18.1.3 STANDARDIZED DATA 239
18.1.4 IMPLEMENTATION 240
18.2 SERCOS III 240
18.2.1 TOPOLOGY AND INSTALLATION 240
18.2.2 TRANSMISSION PROCEDURE 241
18.2.3 MESSAGE STRUCTURE 243
18.2.4 RING REDUNDANCY AND HOT-PLUGGING 243
18.2.5 DIRECT CROSS COMMUNICATION AND CONTROLLER-TO-CONTROLLER
COMMUNICATION (C2C) 243
18.2.6 SYNCHRONIZATION 244
18.2.7 CIP SAFETY ON SERCOS 245
18.2.8 DEVICE PROFILES 246
18.3 IMPLEMENTATION OF SERCOS III 248
18.4 SUMMARY 249
19 COMPARISON OF ETHERNET SYSTEMS 251
FRITHJOF KLASEN
19.1 PERFORMANCE INDICATORS 251
19.2 REQUIREMENTS 252
19.3 IMPLEMENTATION CONCEPT 254
19.4 SELECTION CRITERIA 256
19.5 FUTURE OUTLOOK. 258
IMAGE 9
CONTENTS
20 WIRELESS: STATUS AND OUTLOOK 259
LUTZ RAUCHHAUPT
20.1 WIRELESS, RADIO, OR WLAN 259
20.2 REQUIREMENTS AND CONDITIONS OF RADIO-BASED INDUSTRIAL COMMUNICATION
260
20.3 CELLULAR NETWORK SYSTEMS 261
20.4 WIRELESS LOCAL AREA NETWORKS (WLAN) 263
20.5 BLUETOOTH 265
20.6 WIRELESSHART 266
20.7 WIRELESS SENSOR/ACTOR NETWORK FOR FACTORY AUTOMATION (WSAN-FA) 267
20.8 OTHER WIRELESS SOLUTIONS 268
20.9 OUTLOOK 269
21 CONNECTING NETWORKS 271
MICHAEL VOLZ
21.1 CONNECTION OF AUTONOMOUS PLANT UNITS HAVING THEIR OWN PLCS 271
21.2 CONNECTION OF LOWER-LEVEL PLANT UNITS WITHOUT OWN PLCS 273
21.3 SELECTION AND USE CRITERIA 273
22 SECURITY FOR ETHERNET SYSTEMS 275
FRITHJOF KLASEN
22.1 INDUSTRIAL ETHERNET AFFECTS SECURITY SOLUTIONS 275
22.2 CHALLENGES 276
22.2.1 ORGANIZATIONAL CHALLENGES 277
22.3 DIFFERENCES TO BUSINESS IT 277
22.4 TECHNICAL CHALLENGES 278
22.5 POSSIBLE SOLUTIONS 279
22.5.1 SECURITY OBJECTIVES 280
22.5.2 THREATS AND RISK ANALYSIS 280
22.5.3 SECURITY - A JOINT PROJECT 280
22.6 THE SOLUTION: PEOPLE, PROCESSES, TECHNOLOGIES 281
23 FIELD DEVICE INTEGRATION WITH FDI 283
DANIEL GROSSMANN, ALEXANDER KAISER 23.1 CURRENT SITUATION IN DEVICE
INTEGRATION 283
23.2 THE SOLUTION: FIELD DEVICE INTEGRATION 284
23.2.1 BENEFITS OF EDDL 284
23.2.2 BENEFITS OF FDT 284
23.3 DEVICE PACKAGE - REPRESENTATIVE FOR A DEVICE 285
23.3.1 CATALOG (MANDATORY) 285
23.3.2 EDD - DEVICE DEFINITION - DEF (MANDATORY, BASED ON EDDL) 286
IMAGE 10
CONTENTS
23.3.3 EDD - USER INTERFACE DESCRIPTION - UID (MANDATORY, BASED ON EDDL)
286
23.3.4 EDD - BUSINESS LOGIC - BL (MANDATORY, BASED ON EDDL AND FDT) 286
23.3.5 USER INTERFACE PLUG-IN - UIP (OPTIONAL, BASED ON FDT) 286
23.3.6 ATTACHMENTS (MANDATORY; OPTIONAL - DEPENDING ON PROTOCOL) 287
23.4 THE BASIC ARCHITECTURE 287
23.4.1 SYSTEM ARCHITECTURES 288
23.4.2 TOPOLOGIES 289
23.5 AIMING FOR A UNIFORM APPROACH THROUGH HARMONIZATION 291
23.6 FDI FROM AN END USER PERSPECTIVE 293
23.6.1 A SOLUTION 293
23.6.2 SAFEGUARDING INVESTMENTS 294
23.6.3 ROBUSTNESS 294
23.6.4 INTEROPERABILITY 294
23.6.5 UNIFORMITY 295
23.6.6 VERSION HANDLING 295
23.7 SUMMARY 295
24 IMPLEMENTATION CRITERIA: MAKE OR BUY? 297
VOLKER OESTREICH
24.1 MARKET SITUATION 297
24.2 OPTIONS FOR IMPLEMENTATION 298
24.2.1 IN-HOUSE DEVELOPMENT OF COMMUNICATION INTERFACES 298 24.2.2
IN-HOUSE DEVELOPMENT WITH EXTERNAL SUPPORT 298
24.2.3 APPLICATION OF MODULAR COMMUNICATION MODULES 299
24.3 THE RIGHT DECISION: ASSISTANCE OFFERED 299
24.3.1 EXAMPLE: TIGHTENING CONTROLLER 301
24.3.2 SPECIFIED BOUNDARY CONDITIONS 301
24.3.3 RESULTS OF THE CALCULATION 302
24.4 CONCLUSION 303
25 FLEXIBLE INTERFACE IMPLEMENTATION 305
MICHAEL VOLZ
25.1 DEVELOPMENT PLANNING 305
25.1.1 CONSULTATION 305
25.1.2 IMPLEMENTATION 306
25.1.3 DEVELOPMENT ENVIRONMENT 306
25.1.4 HARDWARE/SOFTWARE DESIGN 306
25.1.5 CERTIFICATION 306
25.1.6 TECHNOLOGY SUPPORT 307
IMAGE 11
CONTENTS
25.2 IN-HOUSE DEVELOPMENT OR DEVELOPMENT PARTNERSHIP 307
25.2.1 IMPLEMENTATION OPTIONS 308
25.2.2 IN-HOUSE DEVELOPMENT OF COMMUNICATION INTERFACES 308 25.2.3
CUSTOMER-SPECIFIC SOLUTIONS 309
25.2.4 READY-TO-USE COMMUNICATION MODULES 309
25.2.5 EXTERNAL BUS CONNECTION WITH A PROTOCOL CONVERTER 310
ORGANIZATIONS 312
AUTHORS 317
INDEX 327
|
any_adam_object | 1 |
author2 | Klasen, Frithjof |
author2_role | edt |
author2_variant | f k fk |
author_GND | (DE-588)143568248 |
author_facet | Klasen, Frithjof |
building | Verbundindex |
bvnumber | BV039957605 |
classification_rvk | ZQ 6150 |
ctrlnum | (OCoLC)773363460 (DE-599)DNB1016843682 |
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 | Elektrotechnik / Elektronik / Nachrichtentechnik Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
format | Book |
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genre | (DE-588)4143413-4 Aufsatzsammlung gnd-content |
genre_facet | Aufsatzsammlung |
id | DE-604.BV039957605 |
illustrated | Illustrated |
indexdate | 2024-07-10T00:14:58Z |
institution | BVB |
isbn | 9783800733583 |
language | English |
oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-024815401 |
oclc_num | 773363460 |
open_access_boolean | |
owner | DE-92 |
owner_facet | DE-92 |
physical | XVIII, 330 S. Ill., graph. Darst. 1 CD-ROM (12 cm) |
publishDate | 2011 |
publishDateSearch | 2011 |
publishDateSort | 2011 |
publisher | VDE-Verl. |
record_format | marc |
spelling | Industrial communication with fieldbus and Ethernet Frithjof Klasen ... (eds.) Berlin [u.a.] VDE-Verl. 2011 XVIII, 330 S. Ill., graph. Darst. 1 CD-ROM (12 cm) txt rdacontent n rdamedia nc rdacarrier Literaturangaben Feldbus (DE-588)4210346-0 gnd rswk-swf Prozesskommunikation (DE-588)4176067-0 gnd rswk-swf Prozessautomation (DE-588)4176053-0 gnd rswk-swf Ethernet (DE-588)4127501-9 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Prozessautomation (DE-588)4176053-0 s Prozesskommunikation (DE-588)4176067-0 s Feldbus (DE-588)4210346-0 s Ethernet (DE-588)4127501-9 s DE-604 Klasen, Frithjof (DE-588)143568248 edt DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024815401&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Industrial communication with fieldbus and Ethernet Feldbus (DE-588)4210346-0 gnd Prozesskommunikation (DE-588)4176067-0 gnd Prozessautomation (DE-588)4176053-0 gnd Ethernet (DE-588)4127501-9 gnd |
subject_GND | (DE-588)4210346-0 (DE-588)4176067-0 (DE-588)4176053-0 (DE-588)4127501-9 (DE-588)4143413-4 |
title | Industrial communication with fieldbus and Ethernet |
title_auth | Industrial communication with fieldbus and Ethernet |
title_exact_search | Industrial communication with fieldbus and Ethernet |
title_full | Industrial communication with fieldbus and Ethernet Frithjof Klasen ... (eds.) |
title_fullStr | Industrial communication with fieldbus and Ethernet Frithjof Klasen ... (eds.) |
title_full_unstemmed | Industrial communication with fieldbus and Ethernet Frithjof Klasen ... (eds.) |
title_short | Industrial communication with fieldbus and Ethernet |
title_sort | industrial communication with fieldbus and ethernet |
topic | Feldbus (DE-588)4210346-0 gnd Prozesskommunikation (DE-588)4176067-0 gnd Prozessautomation (DE-588)4176053-0 gnd Ethernet (DE-588)4127501-9 gnd |
topic_facet | Feldbus Prozesskommunikation Prozessautomation Ethernet Aufsatzsammlung |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024815401&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
work_keys_str_mv | AT klasenfrithjof industrialcommunicationwithfieldbusandethernet |