Siemens D7-SYS Manuals

Manuals and User Guides for Siemens D7-SYS. We have 1 Siemens D7-SYS manual available for free PDF download: Manual

Siemens D7-SYS Manual

Siemens D7-SYS Manual (534 pages)

System- and communication configuring

Brand: Siemens | Category: Control Systems | Size: 2.7 MB

Table of Contents

Table of Contents
8
1 In Just a few Steps to the First Project

28
2 Systemsoftware

42
- Configuring
  43
- General Description
  43
- Configuring Tools
  43
- Configuring Steps
  44
- Terminology and Libraries
  44
- Configuring the Hardware
  45
- The First Step: Selecting the Hardware Modules
  45
- The Second Step: Parameterizing the Hardware Modules
  46
- The Third Step: Checking the Configuring
  48
- Creating CFC Charts
  48
- The First Step: Selecting the Function Blocks
  48
- The Second Step: Parameterizing and Interconnecting Function Blocks
  49
- The Third Step: Compiling and Loading the User Program into the CPU
  54
- Operating Statuses of a CPU Module
  55
- Configuring Example of a CPU Module
  56
- Task
  56
- Solution
  56
- Description and Use of the Signal Transfer Mechanisms
  58
- Data Consistency
  58
- Data Transfer Within the same Task of a CPU
  59
- Data Transfer between Various CPU Tasks
  59
- Data Transfer between Cyclic Tasks of Several Cpus
  60
- Data Transfer between Interrupt Tasks of Several Cpus
  61
- Minimizing the Deadtimes
  62
- Processing Sequence Within a Basic CPU Clock Cycle
  62
- Interconnection Changes and Limited Number of Interconnections
  62
- Significance and Uses of the Process Image
  64
- Implementing the Process Image
  65
- Process Image for Cyclic Tasks
  66
- Process Image for Interrupt Tasks
  67
- Significance and Application of the CPU Synchronization
  68
- Time Synchronization
  68
- Synchronizing Its Own Basic Clock Cycle to the Basic Clock Cycle of a Master CPU
  68
- Synchronizing Its Own Basic Clock Cycle to an Interrupt Task of a Master CPU
  69
- Synchronizing Its Own Interrupt Tasks to Interrupt Tasks of a Master CPU
  69
- Synchronizing Several SIMATIC TDC/SIMADYN D Stations
  69
- Response When the Synchronization Fails
  69
- Configuring the CPU Basic Clock Cycle Synchronization
  69
- Configuring the Interrupt Task Synchronization
  71
- Example of a Synchronization Configuration
  72
- Significance of the Processor Utilization
  72
- Determining the Approximate Processor Utilization
  72
- Calculating the Precise Processor Utilization
  73
- Mode of Operation of the Task Administrator
  73
- Eliminating Cycle Errors
  75
- Technical Data of the Operating System
  75
- Features
  75
- The Basic Operating System Functions
  77
- The Service Utility
  80
- Function Description and User Instructions
  82
- Fatal System Error "H
  82
- Background Processing
  84
- Online Test Mode
  85
- System Chart @SIMD
  86
- Communications Configuring
  90
- Introduction
  91
- Basic Information on Communications
  91
- Overview of the Various Data Couplings
  91
- Overview of the Communication Utilities
  97
- Communication Block I/Os
  98
- Initialization Input CTS
  98
- Address Connections AT, AR and US
  99
- Data Transfer Mode, MOD Input
  100
- Firmware Status, ECL, ECO Connection
  104
- Status Display, Output YTS
  104
- Mode of Operation of the Couplings
  105
- Central Coupling Blocks
  106
- Transmitters and Receivers
  107
- Compatible Net Data Structures
  108
- Number of Coupling Modules in a Subrack
  109
- Reorganizing a Data Interface
  109
- Couplings on the Subrack
  111
- Local CPU Coupling
  111
- Communications Buffer Coupling
  111
- Coupling to EP3 Modules
  112
- Subrack Coupling
  114
- Hardware Structure
  116
- Scope of Supply
  116
- Response When "Shutting Down" a Coupling Partner
  116
- Response When "Powering-Up" the Master Subrack
  117
- Acknowledging
  117
- Restart Frequency
  118
- Configuring
  119
- Industrial Ethernet Coupling (SINEC H1)
  120
- Hardware and Central Coupling Block
  121
- Hardware
  121
- Central Coupling Block @CSH11
  123
- Communications Via SINEC H1 Layer 2
  123
- Communications Via SINEC H1 Layer 4
  125
- Communications Via SINEC H1 Layer 7 (STF)
  127
- Address Connections
  127
- Communications Utility, Process Data
  129
- Communications Utility, Message System
  131
- System Time
  133
- Data Quantities, Sampling Times
  133
- NML Network Management
  134
- PROFIBUS DP Coupling
  135
- Configuring with D7-SYS
  136
- Central Coupling Block
  136
- Address Connections AT, AR
  137
- SYNC/FREEZE Commands
  138
- Configuring Versions of SYNC/FREEZE
  139
- Diagnostics Function Block
  143
- Configuring with COM PROFIBUS
  147
- Harmonizing with Data Configured in CFC
  147
- SS52 as PROFIBUS Slave
  148
- Loading the Database
  149
- Start-Up/Diagnostics
  150
- Leds
  150
- Error Class (ECL) and Error Code (ECO)
  151
- Application Example, PROFIBUS DP Coupling
  152
- Typical Configuration and System Requirements
  153
- Check List of the Required Hardware and Software Components for SIMADYN D
  155
- Configuring under STEP 7 CFC
  156
- Using Transmit- and Receive Blocks
  158
- Configuring the Typical Configuration in CFC
  159
- Configuring the SS52 Communications Module with COM PROFIBUS
  162
- Generating the COM Database with COM PROFIBUS
  162
- Downloading the COM Database into the SS52
  170
- Working with the "Ss52Load" Download Tool
  170
- Behavior of the SS52 During and after the Download
  170
- PROFIBUS FDL Coupling (SINEC L2 FDL)
  172
- Hardware and Central Coupling Block
  172
- Hardware for PROFIBUS FDL
  172
- Central Coupling Block @CSL2L for the PROFIBUS FDL Coupling
  173
- Communications Via PROFIBUS FDL
  174
- Data Quantities, Sampling Times
  176
- PROFIBUS FMS Coupling (SINEC L2-FMS)
  177
- Hardware and Central Coupling Block
  179
- Hardware for the PROFIBUS FMS Coupling
  179
- Central Coupling Block @CSL2F for PROFIBUS FMS Coupling
  179
- Communications Via PROFIBUS FMS
  180
- SIMADYN D Communications Utility
  183
- Process Data
  183
- Message System
  187
- Tables
  189
- Data Quantities, Sampling Times
  191
- Comss5
  191
- Menu Structure
  192
- Bus Parameters
  193
- Communication Associations
  195
- Loading the Database
  205
- Examples
  207
- Example 1: Process Data between Two SIMADYN D Stations
  207
- Example 2: Process Data between Three SIMADYN D Stations
  211
- DUST1 Coupling
  216
- Hardware Structure
  216
- Configuring
  216
- Configuring Example, Service to CFC
  217
- Configuring Example, Process Data between SIMADYN D Subracks
  217
- Subrack 2
  217
- DUST2 Coupling
  220
- Hardware Structure
  220
- Configuring
  220
- DUST3 Coupling
  222
- Hardware Structure
  222
- Configuring
  222
- Data Entries at Inputs AT, AR
  222
- Central Coupling Block
  223
- Transmit/Receive Blocks
  224
- DUST7 Coupling
  225
- General
  225
- Hardware
  225
- Configuring
  225
- MPI Coupling
  226
- Characteristics and Hardware
  226
- Configuring
  226
- USS Master Coupling
  227
- Hardware Structure
  227
- Data Transfer Technique
  230
- Transferred Net Data
  230
- Configuring
  230
- Central Coupling Block @CSU
  230
- Function Blocks Which Can be Used
  231
- Telegram Types
  232
- Mode of Operation
  232
- USS Master on the T400 Technology Module
  233
- Basis Network for the T400 Technology Module
  233
- Initialization
  234
- Broadcast
  234
- USS Slave Coupling
  235
- Basis Network for the T400 Technology Module
  235
- Initialization
  235
- Exchanging Process Data
  236
- Transmitting
  236
- Receiving
  236
- Handling and Visualizing Parameters
  237
- Special Features for 4-Conductor Operation of the USS-Slave Coupling
  237
- Peer-To-Peer Coupling
  238
- Initialization
  238
- Transferring Process Data
  238
- Transmitting
  238
- Receiving
  239
- SIMATIC P-Bus Coupling
  240
- Data Transfer Via I/O Accesses
  243
- SIMOLINK Drive Coupling
  249
- Basic Information
  249
- Application with Master-Slave Process Data Transfer
  251
- Applications and Modes Which Should be Set
  252
- Configuring - First Steps
  255
- Configuring the SIMOLINK Coupling under STEP 7
  256
- SIMOLINK Function Blocks
  260
- Parameterizing the MASTERDRIVES MC
  261
- Coupling Diagnostics
  263
- Options and Accessories
  265
- Introduction
  266
- Overview, "Manual Mode
  267
- Overview, "Automatic Mode: Communications
  267
- Function Block WR_TAB
  269
- Manual Mode
  271
- Application
  271
- Configuring
  272
- Automatic Mode: Communications
  273
- Configuring for S7 Control and SIMATIC FM 458 Application Module
  275
- Inserting Tabular Values in the Data Block
  277
- Manually Entering Tabular Values
  277
- Importing Tabular Values
  281
- Subsequently Downloading Tabular Values into a DB
  291
- Automatic Mode: Memory Card
  294
- Generating a Table File in the Csv Format
  294
- Working with the D7-SYS Additionalcomponentbuilder
  296
- Downloading
  299
- Configuring the Function Blocks
  301
- Parameter Access Technique for D7-SYS
  303
- General Description of the Parameter Functionalityinformation
  303
- Parameters
  303
- BICO Technology for SIMADYN D
  306
- Status-Dependent Parameter Changes
  310
- Identifying SIMADYN D Components
  310
- Units and Unit Texts
  311
- Functional Scope
  316
- Operator Devices Which Can be Connected
  317
- Communications Utility, Display Control
  318
- General Description
  318
- Hardware
  318
- Software
  319
- Central Block @DIS
  319
- Process Data Acquisition Blocks
  320
- Acquisition Blocks for Binary Values (Only OP2)
  321
- Message Output Blocks (Only OP2)
  322
- Application Information
  323
- Computation Times
  324
- Data Transfer Times
  324
- Configuring Example
  325
- Communications Utility, Message System
  328
- Entry Logic of the Message Entry Blocks
  328
- Message Entry Blocks for an Activated Message
  328
- Message Entry Blocks for an Activated and a De-Activated Message
  329
- Configuring Example for a Message System
  329
- Output Formats of the Message Evaluation Block MSI
  333
- Structure of an Error- or Alarm Message
  333
- Overview of the Message Formats
  333
- Structure of an Overflow Message
  335
- Structure of a Communications Error Message
  335
- System Error Message Structure
  336
- Communications Utility Parameter Processing
  343
- Master Configuring
  343
- Description of Scope
  343
- Supported Couplings
  344
- Telegram Structure
  344
- Mode of Operation of the PKW Blocks
  344
- Configuring Example
  346
- Task/Response Ids
  349
- Task/Response Assignments
  351
- Cascading
  351
- Parameter Change Report Processing
  352
- Cyclic Tasks
  352
- Temporary Error Messages from the DPI Blocks
  352
- Important Drive Converter Settings
  353
- For Change Tasks, the Parameter Change Rights of the Drive Converter Must be Set at the Configured Interface. Network
  354
- Terminology
  354
- Description
  354
- Rigid Network
  355
- Address Data in the Rigid Network
  355
- Assigning the Data Interfaces to the Configured Ntcs
  357
- Assigning the Copying Relationships of the NTC to NTD
  358
- Route Selection and Errors
  358
- Initialization of a Rigid Network
  358
- Channel Modes
  358
- Communications Utility Process Data
  359
- Receive- and Transmit Blocks
  359
- Virtual Connections
  361
- I/O of the CRV, CTV Blocks
  363
- Channel Marshalling Blocks CCC4 and CDC4
  363
- Group Block CCC4
  363
- Compatible Net Data Structure
  365
- Diagnostic Outputs
  365
- Fault/Error Cause
  365
- Channel Assignment
  366
- Principle Mode of Operation
  368
- Applications
  368
- Features of Pointer-Based Communications
  369
- Configuring Information and Instructions
  371
- Examples of CFC Screenshots
  371
- Communications Utility Service
  377
- Function Block SER
  378
- System Load, Response Times
  379
- Communications Utility Time of Day Synchronization
  380
- Communications with SIMATIC Operator Panels
  381
- Configuring Example
  381
- Configuring with CFC
  383
- Initializing the OP7
  384
- Reading Function Block Connections (I/O)
  384
- Configuring Events
  386
- Configuring Alarm Messages
  387
- Configuring the Function Keyboard
  388
- Configuring the Interface Area
  389
- Importing the Symbol Table
  390
- Application Information
  392
- Computation Times
  392
- Communications with Wincc (MPI)
  393
- Process Variables
  396
- SIMADYN D Software
  396
- Configuring Wincc
  399
- Binary Events
  399
- SIMADYN D Messages
  399
- SIMADYN D Configuring Software
  399
- Wincc Configuring Software
  401
- Generating the Address Book Using the CFC Editor
  401
- Address List Import Tool ADRIMP
  403
- Prerequisites
  403
- Generating the Variable Definition File
  404
- Generating and Importing a New Signal List
  404
- Importing an Existing Signal List
  405
- Checking the Generated Tag Management in Wincc
  405
- Communications Set-Up, SIMADYN D-Wincc
  405
- Connecting Cable
  405
- Activating Wincc
  406
- Activating SIMADYN D
  406
- Changeover from STRUC V4.X to D7-SYS
  407
- Function Blocks
  408
- Assigning Names to Function Block Types and Connections
  408
- Arithmetic Blocks
  410
- Logic Blocks
  411
- Communication Blocks
  415
- Conversion Blocks
  419
- Diagnostic Blocks
  420
- SIMOVERT D Block
  420
- COROS Blocks
  421
- Adapting Specific Connection Attributes
  422
- Display Utility
  422
- Equipment Response Utility
  423
- Changing the Data Types for Function Blocks
  423
- Configuring
  427
- Configuring Tools
  427
- Object-Oriented Handling of the Configuring Tools
  428
- Installation and De-Installation
  428
- Configuring, Step by Step
  431
- Administering the Project Data
  431
- Configuring the Hardware
  431
- Configuring the Open-Loop/Closed-Loop Control
  433
- Compiling and Loading the User Program
  436
- Test and Start-Up
  437
- V4.X Terminology Which Is Replaced by D7-SYS Terminology
  439
- Closed-Loop Thyristor Current Control
  441
- Overview
  442
- Hardware Configuration
  443
- Software Configuration
  444
- Function Description
  446
- PA6, Synchronization
  446
- Offset Angle
  449
- Line Supply Analysis / Rotating Field Detection
  449
- Synchronization and Pulse Generation
  452
- EMF, Voltage - Actual Value Sensing
  455
- Fault Evaluation and Protection
  465
- CAV, Current Actual Value Sensing
  470
- CSP, Current Setpoint Calculation
  474
- CPC, Current Pre-Control
  476
- CPI, Current Controller
  478
- PC6, Firing Angle Controller
  482
- Commissioning
  491
- Preparatory Work
  491
- Voltage Sensing Calibration
  496
- Determining the Offset Angle
  496
- Determining the Armature Time Constant TA
  497
- Optimizing the Current Controller
  499
- Field Supply
  501
- Special Features/Issues
  503
- Operation from 60 [Hz] Line Supplies
  503
- Operation with Unstable Line Supplies
  503
- Communications Utility, Time Synchronization
  504
- Interfaces to the Power Electronics
  505
- SITOR Set
  505
- SITOR Cabinet
  507
- Definitions
  514
- Formats
  514
- Designations
  515
- Abbreviations
  516
Appendix

517

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