TIA Portal V11 Safety en - CERN

For internal use only / © Siemens AG 2012. All Rights Reserved.

TIA Portal V11 SP2

SIMATIC Safety V11

For internal use only / © Siemens AG 2012. All Rights Reserved.I IA AS S SUP FAPage 3 TIA Portal V11 SP2 - SIMATIC Safety V11

Communication

Programming

Configuring

Highlights

Seamless Integration of Safety in the STEP 7-Engineering System

Safety-related engineering is completely integrated into thestandard automation system. One engineering for standard- and safety-related

programs Intuitive operation and the same workflow for developing

like for standard programs All feature from STEP 7 V11 are also available

for the option package STEP 7 Safety V11 Programming with the programming languages

FBD and LAD New: Support of DINT-Data types (32 Bit) Integrated, certified library for most safety functions

Do I need an additional engineering system for Safety?

ET 200ecoET 200S ET 200proET 200M

PROFIBUS & PROFIsafePROFINET & PROFIsafe

Controller ET 200 F-CPU ET 200S & ET 200pro

CPU 315F/317F/319F CPU 414F/416F EC31-RTX F IPC 427/477C-RTX F WinAC RTX F

Engineering STEP 7 Safety V11

PeripherieET 200isp



Is Safety always complicated?

Configuration Common look-and-feel for all

failsafe modules Storage of modules with customer

specific parameters in a library Own signature for parameters of a module ready-to-start: F-runtime group will be generated

automatically for each safety PLC No F-Call necessary Connecting tags from program editor to modules

via Drag & Drop Safety printout



How do I recognize Safety-related resources in my Program?

Safety-relevant resources are colored yellow in the Network view Device view Project tree Hardware catalog Safety program

Clear separation of user- and system-specific blocks All blocks automatically generated by the system

are saved in a system blocks folder


Communication

Programming

Configuring

Highlights


How do I recognize safety-related resources in my program?

Network viewDevices/Slaves with fail-safe modules are marked with a small E-STOP symbol

Tag table and watch table

Safety variables are shown in yellow in the tag- and watch table


Communication

Programming

Configuring

Highlights


What other innovative features are included?

Safety library

Module descriptions are displayed in the Safety Libraryupon „Mouse over“ New: independent numbering for all safety blocks from library

Data access New: DIAG-outputs could be connected directly to standard operands New: Standard access to F-Data is marked on the fly as error New: Access to standard data blocks from within F-Program


Communication

Programming

Configuring

Highlights What other innovative features are included?


Handling Undo Module-parking feature Storing of inconsistent blocks Same operational concept as Standard, i.e. identical compile and identical download Unconnected slaves and devices won’t be deleted


Communication

Programming

Safety printout Libraries Access protectionMigration

Safety Administration Editor

F-periphery F-PLCConfiguring

Highlights


For all F-PLC with safety mode activated

1. Open the project navigation of the F-CPU.

2. You could open the Editor via double click on "Safety Administration“or choose in the context menu the ‘Safety Administration Editor’ afterright click.

Where could I find the „Safety Administration Editor“?


Communication

Programming




Highlights


The Safety Administration Editor is responsible for following operations Displaying the current status and signature

of your safety program Displaying the status of the safety mode Creating/Organizing the F-runtime groups Display information for each safety block Creating/Changing access protection Common settings for the safety program

could be defined herein

What is the „Safety Administration Editor“?


Communication

Programming




Highlights

Migration from S7 Distributed Safety to STEP 7 Safety

In STEP 7 Safety V11 you can reuseexisting S7 Distributed Safety V5.4 SP5 projects.

Older projects must be first compiled in S7 Distributed Safety V5.4 SP5 and then migrated.

Can existing S7 Distributed Safety Projects be reused?


Communication

Programming




Highlights

Migration from S7 Distributed Safety to STEP 7 Safety

As a result of the migration, you will have a complete STEP 7 Safety Project, including a Safety Program.The program structure of S7 Distributed Safety and the signature are intact.The migrated project can be loaded into the F-CPU directly without further translation.

For a migrated project, it is not possible to produce a Safety Printout from STEP 7 Safety V11. Printouts generated by S7 Distributed Safety V5.4 SP5 and associated documents are still valid.

If the migrated project is translated by STEP7 Safety, a new program structure and common signature will be applied.

What happens during Migration?

OB35 F-Call F-FB

OB35 Main-Safety


Communication

Programming




Highlights

Libraries

Fail-safe modules, stations, blocks, variable tables, etc. can be storedin Global libraries or in the Project library.

Elements stored in Global libraries are available to all projects.These Global Libraries must be created explicitly.

The Project library stores elements which can be re-usedthroughout a single project. The Project Library is automatically created and stored within the project.

How are the libraries used?


Communication

DownloadCompiling F-runtime groupsRestrictions Program structureProgramming

Configuring

Highlights

Restrictions for safety program

In the safety program you could not use all data- and parameter types, also there are restrictions regarding supplied instructions.

Supported Data- und Parameter types: BOOL INT New: DINT WORD TIME

Not supported Data- and Parameter types: elementary Data types not above-named (e. g. BYTE, REAL) composed Data types (e. g. STRING, ARRAY, STRUCT, UDT) Parameter types (e. g. BLOCK_FB, BLOCK_DB, ANY)


Communication


Configuring

Highlights

Restrictions for safety program

Access to operands as follows: Data of data type BOOL, in bits Data of data type INT, in words Data of data type WORD, in words Data of data type DINT, in double words Data of data type TIME, in double words

New: The PROFIsafe driver now supports DINT-Data types!


Communication


Configuring

Highlights

Data exchange between standard and safety program

Which accesses to the process image are allowed?

allowed not allowednot allowedallowed Outputs

not allowedallowed not allowedallowed InputsFailsafe

process image

allowed not allowedallowed allowed Outputs

not allowedallowed allowed allowed InputsStandard-

process image

writingReadingWritingReading

In failsafe programIn standard program


Communication


Configuring

Highlights

Data exchange between standard and safety program

Which data accesses are allowed for data blocks?

allowed allowed not allowedallowed Failsafe

Data block

NEW: allowed NEW: allowed allowed allowed Standard-Data block

writingReadingWritingReading

In failsafe programIn standard program

TIA Portal V11 Safety en - CERN

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