combining safety and conventional interfaces for interlock plcs v1 ipz

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CERN CIS PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica 1 Combining safety and conventional interfaces for interlock PLCs Ignacio Prieto Diaz Riccardo Pedica PLC Based Interlock systems Workshop 1-2 February 2016 CERN

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Page 1: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

CIS

PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica 1

Combining safety and conventional interfaces for interlock PLCs

Ignacio Prieto Diaz Riccardo Pedica

PLC Based Interlock systems Workshop

1-2 February 2016 CERN

Page 2: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

CIS

PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica 2

the way to new energy…

Page 3: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Hydrogen

Helium Neutron

Energy

Page 4: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica 4

Page 5: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica 5

The ITER Domestic Agencies are responsible for implementing the procurement activities under each Member’s responsibility

*

European Union

CN

IN

RF

KO

JP

US

Page 6: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

ITER

6

Page 7: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

ITER Interlock Control System

7

Central I&C System- CODAC - Central Interlock System- Central Safety Systems

Plant System I&C- Plant Control System - Plant Interlock System- Plant Safety System

Page 8: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

The CIS

8

#19 #100 #8To

morro

w

Page 9: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

ICS – Complex architecture

9

Page 10: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Interlock PLC Software Architecture

PROGRAMMING STRUCTURE

• Safety program• Conventional

program

SCADA INTERFACES

• Epics • WinCC OA

COMMUNICATION PROTOCOL

• SIEMENS S7• SIEMENS TSPP• Fail Safe

communication

HARDWARE INTERFACES

• Digital I/O• Analog AI

HEALTH MONITORING

SYSTEM• Critical HLM • Conventional

HLM

PROTECTION FUNCTION

• Local protection function

• Central protection function

Page 12: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Integration tool

PIS configuration and integration

PLC software template

Control logic diagram tool

Mini-CIS

DESIGN

DEVELOP

TEST

INTEGRATION

Page 13: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Guidelines for PIS Configuration and Integration

Guidelines for PIS Configuration and Integration It guides the plant system developer to the configuration of the Plant Interlock Slow Controller giving rules for • Hardware naming convention • Block naming and numbering convention • Variables Naming convention • Implementation of

• Safety program • Core application • Standard Program

• Implementation of the Safety program • Version control • Development process

Page 14: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

PLC Software template

• General Structure of the program• Communication interfaces

• TSPP • S7 • Failsafe

• Command execution• 3 Steps Overrides verification

• Hardware interfaces • Health monitoring system

• Critical • Non critical

• Runtime group organization• F_ PROG• Standard • Safety

It provides the basic structure of a Plant System PLC Code

Page 15: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

CERN

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

CLD – Control Logic Diagram tool

Common platform for I&C Design Management

Developed by the Central Safety System, extended to ITER I&C

Database Functions

Controllers

Variables

Logic Drawing Tool

Report utility

V&V

Page 16: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

CLD – Control Logic Diagram tool• Plant Breakdown Structure

• Central Functions• Sub functions

• EVENT / CENTRAL / ACTION• Central Interlock System

• Supervisor Module (SCADA server)• Controllers• Sub functions

• Logic Drawing tool• Variables

• Plant Interlock Systems• Controllers• Local Functions / Sub functions

• Logic Drawing tool• Variables• Sensors and Actuators

• Reports• Interface Data Sheets• Controller Data sheet• Custom reports

Page 17: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

mini-CIS The mini-CIS is an industrial computer, where the hardware and the software components are designed to perform the main functionality of the CIS and permit the FAT/SAT of Interlock Plant System.

Subsequent to the use of the mini-CIS, the integration of the corresponding PIS into the real CIS should be immediate and free from errors.

• WinAC RTX

• NI PCIe FPGA card

• WinCC OA

Page 18: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Interfaces data sheetThe functional interface data between the PLC and other plant Systems are documented and managed through the IDS (Interface Data Sheet)There are five categories of functional interfaces in the plant interlock controllers• Critical automatic data• CIS supervision on PIS• Critical manual data• Archiving interface• Maintenance interface.

Automatic generated Electrical diagramSEE Electrical expert.An electrical tool used by ITER exchanges information with PLC programming software in order to automatically generate and update Input/Output card layouts

And more…

Page 19: Combining safety and conventional interfaces for interlock PLCs v1 IPZ

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Conclusions

The ITER Interlock System will most likely be the first machine protection system built with most of its components provided in-kind from up to 36 different countries

A strong effort is being put in place to ensure that all actors around the globe design, build and configure the parts of the puzzle to be properly integrated with the central

system

While a detailed design of the Central Interlock System has been already performed, a strategy has been put in place to continuously monitor the progressive growth the

overall interlock system.

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PLC/COTS based Interlock and protection systems 1-2 February CERN 2016 Ignacio Prieto Diaz - Riccardo Pedica

Thank you...

@ITERinterlocks