Siemens SIMATIC S5-115U Manuals

Manuals and User Guides for Siemens SIMATIC S5-115U. We have 1 Siemens SIMATIC S5-115U manual available for free PDF download: User Manual

Siemens SIMATIC S5-115U User Manual (676 pages)

SIMATIC S5 series CPU 941-7UB11 CPU 942-7UB11 CPU 943-7UB11 and CPU 943-7UB21 CPU 944-7UB11 and CPU 944-7UB21

Brand: Siemens | Category: Controller | Size: 6.25 MB

Integral Blocks
5
- Table of Contents
  7
- Preface
  17
- Introduction
  19
Installation Guidelines
19
- Technical Description
  22
- Application
  25
- System Overview
  25
- Central Processing Units
  27
- Input and Output Modules
  27
- Power Supply
  27
- Intelligent Input/Output Modules
  28
Communications Processors
28
- Expansion Capability
  28
- Centralized Configuration
  29
- Distributed Configuration
  29
- Communications Systems
  29
- Operator-Process Communication, Monitoring, and Programming
  29
- Software
  30
- Technical Description
  33
- Modular Design
  33
Mounting Rack
34
- Functional Units
  35
- Power Supply Modules
  38
- Central Processing Units
  39
- Operating Modes
  46
- Restart Characteristics
  46
- RUN Mode
  49
- Restart Characteristics and Cyclic Operation
  49
- Measuring and Estimating the Scan Time and Setting the Scan Monitoring Time
  53
- Measuring the Scan Time
  53
- Estimating the Scan Time
  54
- Setting the Scan Monitoring Time
  59
- Accessories
  59
- Backup Battery
  60
- Memory Submodules
  60
- Programmers (PG)
  61
- Operator Panels (OP)
  61
- Printers (PT)
  61
- Installation Guidelines
  63
- Mounting Rack
  72
- Central Controller (CC)
  75
- Centralized Configurations
  85
- Distributed Configuration
  86
- Other Possible Configurations
  94
- Wiring
  95
- Connecting the PS 951 Power Supply Module
  95
- Connecting Digital Modules
  96
- Electrical Installation with Field Devices
  101
- Connecting Nonfloating and Floating Modules
  106
- Wiring Arrangement, Shielding and Measures against Electromagnetic Interference
  108
- Running Cables Inside and Outside a Cabinet
  108
- Running Cables Outside Buildings
  109
- Shielding Cables
  111
- Special Measures for Interference-Free Operation
  112
PLC System Start-Up and Program Test
115
- Overall Reset
  117
- PLC System Start-Up and Program Test
  117
- Prerequisites for Starting up a PLC
  117
- Steps for System Start-Up
  117
- Transferring the Program
  119
- Determining the Retentive Feature of Timers, Counters and Flags
  121
- Starting the Program
  123
- Testing the Program
  123
- Program Check" Test Function
  124
- Search
  124
- STATUS/STATUS VAR Test Function
  125
- FORCE Outputs and Variables
  127
- Special Features of the Cpus with Two Serial Interfaces
  128
- Notes on the Use of Input/Output Modules
  129
- Power Supply
  130
- System Start-Up
  130
- System Start-Up Procedure
  131
- Error Diagnostics
  133
- Error Diagnostics
  135
- Interrupt Analysis
  136
- ISTACK" Analysis
  136
- Meaning of the ISTACK Displays
  140
- LED Error Signalling
  143
- (Only in the Case of CPU 943/944)
  144
- Error Messages When Using Memory Submodules
  144
- Program Errors
  145
- Determining an Error Address
  146
- (Not Possible on the PG 605U Programmer)
  149
- Program Trace with the Block Stack ("BSTACK") Function
  149
- Other Causes of Malfunction
  150
- System Parameters
  150
- Addressing/Address Assignments
  151
- Address Structure
  153
- Addressing/Address Assignments
  153
- Analog Module Addresses
  153
- Digital Module Addresses
  153
- Slot Address Assignments
  153
- Fixed Slot Address Assignments
  154
- Variable Slot Address Assignments
  155
- Handling Process Signals
  159
- Accessing the PII
  160
- Accessing the PIQ
  161
- Direct Access
  162
- Address Allocation on the Central Processing Units
  163
- Introduction to STEP 5
  171
- Introduction to STEP 5
  173
- Methods of Representation
  173
- Writing a Program
  173
- Circuit Diagram Conversion
  175
- Operand Areas
  175
- Linear Programming
  176
- Program Structure
  176
- Structured Programming
  177
- Block Types
  179
- Organization Blocks (Obs)
  180
- Function Blocks (Fbs)
  183
- Program Blocks (Pbs)
  183
- Sequence Blocks (Sbs)
  183
- Data Blocks (Dbs)
  188
- Program Execution
  190
- RESTART Program Execution
  190
- Cyclic Program Execution
  192
- Time-Controlled Program Execution
  192
- Integral Function Blocks
  193
- Interrupt-Driven Programming Execution
  194
- Handling Programming Errors and PLC Malfunctions
  195
- Compressing the Program Memory
  197
- Modifying Blocks
  197
- Modifying the Program
  197
- Processing Blocks
  197
- Number Representation
  198
- Basic Operations
  201
- STEP 5 Operations
  201
- Boolean Logic Operations
  202
- Set/Reset Operations
  207
- Load and Transfer Operations
  210
- Timer Operations
  215
- Counter Operations
  225
- Comparison Operations
  230
- Arithmetic Operations
  231
- Block Call Operations
  232
- Other Operations
  238
- Supplementary Operations
  239
- Enable Operation
  241
- Bit Test Operations
  242
- Digital Logic Operations
  244
- Shift Operations
  248
- Conversion Operations
  250
- Decrement/Increment
  252
- Disable/Enable Interrupt
  253
- Processing Operation
  254
- Jump Operations
  257
- Substitution Operations
  259
- System Operations
  265
- Load and Transfer Operations
  266
- Jump Operation
  269
- Arithmetic Operation
  270
- Other Operations
  271
- Condition Code Generation
  273
- Momentary-Contact Relay (Edge Evaluation)
  276
- Sample Programs
  276
- Binary Scaler
  277
- Clock (Clock-Pulse Generator)
  278
- Delay Times
  279
- Interrupt Processing
  283
- Programming Interrupt Blocks
  283
- Calculating Interrupt Response Times
  285
- Function Description
  287
- Initialization in Restart Obs
  287
- Process Interrupt Generation with the 434-7 Digital Input Module
  287
- Start-Up
  287
- Reading in the Process Signals
  289
- Programming Example for Interrupt Processing
  290
- 6Es5 485-7La11
  292
- Function Description
  292
- Interrupt Processing with the Digital Input/Output Module
  292
- Operating the Module with Alarm Processing
  293
- Operating the Module Without Alarm Processing
  293
Analog Value Processing
305
- Analog Input Module 460-7LA12
  307
- Connecting Transducers to the 460-7LA12 Analog Input Module
  308
- Putting Analog Module 460-7LA12 into Operation
  317
- Analog Input Module 465-7LA13
  323
- Connecting Transducers to the 465-7LA13 Analog Input Module
  324
- Starting up the 465-7LA13 Analog Input Module
  328
- LA11 Analog Input Module
  332
- Connecting Transducers to the 466-3LA11 Analog Input Module
  333
- Start-Up of the 466-3LA11 Analog Input Module
  337
- Arithmetic Blocks
  373
- Conversion Blocks
  373
- Data Handling Blocks
  373
- Integral FB "DELETE
  373
- OB160 Variable Time Loop
  373
- OB251 PID Control Algorithm
  373
- OB254 Read in Digital Input Modules (CPU 944 Only)
  373
- OB31 Scan Time Triggering
  373
- Organization Blocks
  373
- The Integral "COMPR" Block
  373
- Integral Blocks
  375
- Configuration and Default Settings for DB1
  420
- DB1: Initializing Internal Functions
  420
- Setting the Addresses for the Parameter Error Code in DB1 (an Example of How to Set the Parameters Correctly)
  421
- How to Assign Parameters in DB1
  422
- Rules for Setting Parameters in DB1
  423
- How to Recognize and Correct Parameter Errors
  424
- Transferring the DB1 Parameters to the PLC
  427
- Reference Table for Initializing DB1
  428
- DB1 Programming Example
  430
- Communications Capabilities
  435
- Data Interchange
  435
- Interprocessor Communication Flags
  435
- Page Frame Addressing
  441
- SINEC L1 Local Area Network
  441
- Coordinating Data Interchange in the Control Program
  443
- Assigning Parameters to the S5-115U for Data Interchange
  446
- Point-To-Point Connection
  450
- Connecting a Communications Partner
  451
- Setting Parameters and Operation
  452
- ASCII Driver (for CPU 943/944 with Two Serial Interfaces Only)
  454
- Data Traffic
  455
- Coordination Bytes
  457
- Mode
  458
- ASCII Parameter Set
  460
- Assigning Parameters
  463
- Sample Program for ASCII Driver
  464
- Protocol (for CPU 944 with Two Serial Ports Only)
  472
- Assigning the Driver Number for a Communications Link
  476
- Sample Program for Transmitting Data
  487
- Integral Real-Time Clock
  491
- Structure of the Clock Data Area
  498
- Structure of the Status Word
  500
- Battery Backup of the Hardware Clock
  504
- Programming the Integral Clock
  505
- Reliability, Availability and Safety of Electronic Control Equipment
  519
- Failure Characteristics of Electronic Devices
  520
- Components
  521
- Availability
  522
- Failure Distribution
  523
- Types of Failures
  525
- Safety Measures
  526
- Summary
  527
- Technical Specifications
  529
- Technical Specifications
  531
- General Technical Specifications
  533
- Description of Modules
  535
  - Power Supply Modules
    539
  - Central Processing Units
    544
- Digital Input Modules
  550
- Digital Output Modules
  561
- Digital Input/Output Module
  575
- Analog Input Modules
  576
- Analog Output Modules
  582
- Intelligent Input/Output Modules
  588
- Communications Processors
  589
- Accessories
  595
  - A Operations List
    603
  - A.2 Basic Operations
    608
  - A.3 Supplementary Operations
    614
  - A.4 System Operations
    619
  - A.5 Evaluation of CC 1 and CC
    620
  - A.6 Machine Code Listing
    621
  - B Maintenance
    625
  - B.2.1 Removing the Battery
    628
  - B.2.3 Battery Disposal
    629
  - B.4 Replacing the Fan Motor
    630
- Interface Modules
  631
- CC Interface Modules
  638
- C.5.3 Connector Pin Assignment of the IM 305/IM
  639
- C.6 Connector Pin Assignment of the er 701-3 Mounting Rack
  640
- C.7 Legend for Connector Pin Assignment
  643
- E SIEMENS Addresses Worldwide
  653

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