training catalogue 2012

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Training Coursescatalogue >> 2012


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Using this catalogueThis catalogue oers more than just an overview o Schneider Electrics scheduled automation trainingcourses and workshops; it also contains valuable inormation and suggestions on:

Recommended learning paths Minimum prerequisite knowledge

Objectives o each course Topics covered Intended audience Length o course

In addition, each o our courses and workshops are grouped into categories and include a traininglegend to provide a quick visual overview o the essential skills and knowledge targeted or each courseincluding the type, structure, level and ocus o each training course.

Indicates a required module o our PlantStruxureTM

certication program that provides expertiseacrossthe breadth o Schneider Electric solutions

Indicates a required module or our SCADACertication program; recognising those withextensive advanced experience integratingSchneider Electric SCADA solutions

Specialised workshops delivered by ourtechnical and solution specialists (availableon request)

Course structure broken down into percentage practical and theory

Intermediate AdvancedBasic

Solutions FundamentalsProduct

20%80%

Practical Theory

Course complexity or competency level. We recommend that youundertake the necessary prerequisite courses prior to attending

Course objective and ocus. Larger arrows indicate primary ocus,while smaller arrows indicate that some time will be spent exploringthis aspect during the course

PlantStruxureTM (SoCollaborative)

PlantStruxureTM is a collaborative system that allowsindustrial and inrastructure companies to meet theirautomation needs and at the same time deliver on growingenergy management requirements

Saety andSystem Tools

Networks andcommunication

Control

Sotware andvisualisation

Course type

Course structure and level

Course focus

MachineStruxureTM (SoMachine)

MachineStruxureTM is a preerred architecturalimplementation that has been tested, validated anddocumented to provide fexibility and optimisation using asingle sotware solution or our hardware control platorms

Saety andSystem Tools

Networks andcommunication

Control

Sotware andvisualisation

Course ocuses on Electrical Energy andPower concepts

Course ocuses on topics relevant to theBuilding industry

Scheduled, in-class, instructor-led training

courses, conducted at one o our trainingacilities (capital cities and key regional centres)

ASQA Accredited Course in collaborationwith SkillsTech as RTO or assessment andCerticate o Attainment

Indicates a module based on a mature productthat is typically only scheduled On Demand


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IndexSchneider Electric and Education 4

Automation Training Services 5

Curriculum Map 6

A Complete Range of Training Services 10Instructor-led Training, Workshops, Custom On-site Training, Sel-PacedTraining, Online Training, Academic Program, Educational Equipment,Training Partners

Software and Visualisation Courses 14Ampla Perormance, Ampla Advanced Conguration and System Design,Cicode Programming, CitectHistorian/ Vijeo Historian Conguration,CitectSCADA/ Vijeo Citect Conguration, CitectSCADA/ Vijeo CitectCustomisation and Design, CitectSCADA/ Vijeo Citect Upgrade, MDTAutoSave Administrator Training, Vijeo Designer Sotware (HMI): An

Introduction to Human Machine Interace, Vijeo Designer Sotware (HMI):Advanced Human Machine Interace, Web Designer and ETG3000Gateway Services

Networks and Communication Courses 26Advantys Congurator STB Distributed I/O, CitectSCADA/ Vijeo CitectArchitecture and Redundancy, CitectSCADA/ Vijeo Citect Diagnostics andTroubleshooting, CT1 - Ethernet Basics, CT2 - Network Inrastructure, CN1- ConneXium Product Conguration (TCSESM and TCSESM-E), ConneXiumWiFi Switches, High Availability Ethernet Networking and Redundancy,Industrial Communication, Industrial Communication ASi or Legacy,Introduction to Instrumentation and Process Control (HART)

Safety and System Tools Courses 38Application o Standard Libraries, Saety Fundamentals, Quantum SIL3Saety Implementation, Saety PLC Programming (Preventa XPS-MF), UnityApplication Generator (UAG) Sotware

PLC Courses 44Advantys Congurator STB Distributed I/O, Concept Maintenance, ConceptProgramming, Introduction to Instrumentation and Process Control (HART),PL7 Pro Programming and Maintenance, SoMachine Conguration, QuantumEthernet Remote I/O, Unity Pro Programming, 984 Ladder Logic - Level 1, 984Ladder Logic - Level 2, LL984 Editor or Unity or Quantum and M340 PLCs

Telemetry Courses 56

ClearSCADA Conguration, ClearSCADA Advanced Conguration,ClearSCADA Create and Congure Crystal Reports, E Series RTUConguration and Programming, Trio Radio Modem Product Conguration,Understanding DNP3 Protocol, DNP3 and Telemetry Fundamentals withM340 RTU

Drives, Motor Control and Power Quality Courses 64Correcting Harmonics and Power Quality Disturbances, HVAC Drive Systems,Intelligent Motor Control Centres (iMCC - TeSysT/U), Variable Speed DrivesCommunication, PowerLogic SCADA, Practical Aspects to Motor Control andDrives, SoMachine Conguration

Further information 72

Certied Education Centres, General Terms and Conditions or Training, CourseBooking Form


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Vijeo Citectservers

Engineering

ERP System

High Availability

Ethernet

Infrastructure Process Safety

Modicon STBDistributed IO

Altivar VariableSpeed Drive

Tesys TMotor Starter

ModiconController

Magelis HMIPlant Floor

Remote IO

TeSyS UMotorProtection

Powerlogic PM800Power Meter

MotorSys IPMCC

Smart instrumentation

ModiconHot-StandbyController

Remote IO

Modicon STBDistributed IO

PreventaSafetyController

Modicon M258Logic ControllerCANopen

Tesys TMotor Starter

LexiumIntegratedServo Drive

Modicon TMDistributed IO

LexiumServo Drive

Altivar VariableSpeed Drive

ProcessMachine

MachineHMI

SoCollaborativeSoftware

Operating & MonitoringSoCollaborative

SoftwareSoCollaborative

SoftwareSoCollaborative

Software

MESSoCollaborative

Software

BatchSoCollaborative

Software

Historian & ReportingSoCollaborative

Software

SoCollaborativeEngineeringSoftware

ControlUnityPro

VisualisationVijeoCitect

Web servicesWeb Designer

System DesignUAG/sg2

CommunicationOPCFactoryServer

or

DrivesController

DrivesController

MotionController

HMIController

Modicon

ModiconQuantum SIL3Safety Controller

Remote Site

Remote IO

Smart instrumentation

4

Schneider Electric and

Education

Together, we build a future for young peopleOur background in the industrial and commercial sectors and our close collaboration with theeducational world (teachers, students, school boards, school inspectors) show our willingness to sharea global vision o techniques and technologies in the rapidly evolving world o electricity with technical,secondary and higher education.

Our social responsibilityWe are committed to advancing the successul integration and training o young people. These actionsare undertaken in many countries in which Schneider Electric is present and then relayed throughout theworld, principally through its oundation.

Training solutionsSchneider Electrics training solutions are continually evolving to ensure that they consistently deliveroutstanding results. To make it easier or you, our automation training curriculum is now aligned to thePlantStruxureTM topography, with courses covering sotware and visualisation, control, networks andcommunications and saety and system tools.


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Automation Training

Services

Today, automation expertise is usually gained over years ofexperience on the job, with a significant time lag from hire date

to useful productivity. However, acquiring the necessary technical

skills through training ensures self-sufficiency; with many flow-on

benefits, including: reduced downtime, increased safety and

productivity and improved bottom line.

Improving and educating our uture workorce is everyones responsibility. At Schneider Electric weare committed to providing you with comprehensive knowledge o our products through high quality,interactive education that can immediately be applied in your workplace or institution.

Schneider Electrics instructor-led courses are designed to empower your engineering and technicalworkorce with new skills. Automation Training courses and programs provide hands-on experience,leaving students eeling condent enough to design and congure their own systems and applicationsusing Schneider Electric products and solutions.

Schneider Electrics educational methodology has been proven eective through thousands ohours o instruction. Feedback received rom customers conrms our success and drives continuousdevelopment o our training curriculum. With a team o qualied in-house product trainers in each state,backed up by technical and solution specialists with domain knowledge expertise, Schneider Electricseducational program delivers the training solutions required in your business.

Our training services include online, standard in-class and customised training sessions. SchneiderElectric courses are designed to teach undamental, theoretical and practical knowledge aboutour products, systems and the application o technology. There is a strong emphasis on increasingyour productivity and helping you better manage your liecycle costs, enabling you to maintain yourcompetitive advantage.

We oer a broad curriculum that can be tailored to meet your specic requirements. This allows us toadapt training according to your existing projects and create manuals specic to your needs. Whetherits alignment with your shit requirements, expansion projects or legacy migration strategies, SchneiderElectric has the educational services you require.

For more inormation on Automation Training courses or schedules call 1300 369 233or visit:

www.schneider-electric.com.au/training

5


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MDT

Admin istra torTraining

2 days

Vijeo

DesignerIntroduction

1 day

Software and Visualisation Network & Com

Pre-Sales

Qualication

Introduction to Industrial

System Design Engineer System Design Engineer

IT Admin/BusinessSystems Engineer

IT Admin/BSE.

Plant Operator

Maintenance Engineer Maintenance Engineer

3 days

Vijeo

DesignerAdvanced

1 day

PlantStruxure certification courses

SCADA certification courses

SCADA

Conguration

CicodeProgramming

2 days

SCADA

Customisationand Design

2 days

CitectSCADA/ Vijeo Citect Overview (online)

SCADA

Archi tecture andRedundancy

2 days

SCADA

Diagnostics andTroubleshooting

1 day

Historian

3 days

Ampla

Perormance

2 days

Ampla

AdvancedPerormance

2 days

MES certification courses

Safety certification courses

Industry trainingAutomation and control learning path

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Practical

Aspects toMotor Control

and Drives

2 days

IMCC HVAC Comms Harmonics

1 day add-on

cation

Network (online)

System Design Engineer

PlantOperator

Maint.Engineer

Maintenance Engineer

Saety

Fundamentals

2 days

Control Safety and System Tools

UAG

3 days

Introduction toInstrumentation

and ProcessControl (HART)

2 days

Unity Pro

Programming(with/without

hardware)

3/4 days

Industrial

Communication

3 days

High Availability

EthernetNetworking and

Redundancy

3 days

ConneXium

WiFi Switches

1 day add-on

Quantum

Ethernet RIO Advantys

Congurator

1 day add-on

LL984 editoror Unity or

Quantum andM430 PLCs

1 day add-on

Introduction to IndustrialAutomation (online)

Quantum

SIL3 SaetyImplementation

3 days

Discover

Motor Control

SaetyEssentials

(online)

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Safety certification courses

Practical

Aspects toMotor Control

and Drives

2 days

HMI



Control Safety and System Tools

Low End

Control (LEC)Conguration- Twido/Zelio -

3 days

SoMachine

Conguration

3 days

Vijeo

DesignerIntroduction

1 day

Vijeo

DesignerAdvanced

1 day

SoHVAC

Parameterisation

2 days

TVDA:

Hoisting Packaging Conveying

Custom

Original Equipment Manufacturer (OEM)

ContractorContractor

IMC TVDA:

Pumping Hoisting Lits

Custom

Telemetry (TRSS) certification courses

Introduction to IndustrialAutomation (online)

Discover

Motor Control

Saety

Fundamentals

2 days

Saety PLC(PreventaXPS-MF)

3 days

SaetyEssentials

(online)

8

Industry trainingTraining learning path for OEMs


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Plant Operator

IT Admin/Business Systems Engineer

Trio Radios

Wireless RadioModems

2/3 days*

AccutechWireless

Instrumentation

custom*

M340 RTU

ModuleConguration(Unity Pre-req)

1 day*

IEC-61131-3

SCADAPackRTU

Conguration

3 days*

ClearSCADAAdvanced(OLE / SQL)

2 days*

Crystal Reports

Create andCongure

2 days*

RTUsSCADA Connectivity

Maint.Engineer

PlantOperator

IT Admin/BSE.

DNP-3 Protocol

Introduction toDNP-3

2 day*

ClearSCADA

Conguration

4 days*

9

Learning path for Telemetry


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A Complete Range

of Training Services

Schneider Electric Australia offers a suite of Educational Servicesdesigned for end users, engineers, system integrators, equipment

manufacturers, panel builders and educational establishments.

Our courses and programs provide you with hands-on experience,

leaving you feeling confident enough to design and configure your

own systems and applications using Schneider Electric products

and solutions.

Instructor-led Training

Schneider Electrics Educational Services provides multi-levelcourses or end users, engineers and system integrators.All authorised courses have a limited number o attendeesto ensure participating students get the most out o eachcourse and access to an experienced Instructor. Each studentis allocated with a PC which is pre-congured with relevantapplications and other sotware needed throughout the course.

WorkshopsWe also oer a number o specialised workshops delivered byour technical and solution specialists. These workshops canbe delivered at one o our local oces or on-site. Due to the

specialist nature o these workshops they are availableon request.

Custom On-site TrainingOur Schneider Electric Certied Instructors can deliver any oour listed courses on-site at your acility. In addition, we alsooer Site Specic Courses where you can include modulesrelevant to your organisation rom any o our existing trainingcourses. For certication purposes, an exam invigilationservice can also be provided on-site. You should discuss yourrequirements with your local Educational Services Managerand see how this might best be accomplished.

Self-Paced TrainingThe SCADA curriculum o instructor-led courses is alsoavailable as Sel-Paced Education Kits. This means you canstudy the material in your own time and at your own pace.These kits include all the materials you would receive i youattended an instructor-led course. The manuals are easy toollow and include exercises throughout to ensure you becomeamiliar with the practical application o SCADA solutions.

Online TrainingOur online education modules are designed to provide

students with the entry level undamentals required or ourbroader industrial automation topics. These ree modules actas both a primer or urther instructor-led In-Class TrainingCourses, as well as developing knowledge and expertise oranyone involved in the liecycle support o Schneider Electricsautomation and control equipment.

Academic Program

The Academic Program is designed to enable universities,technical colleges and tertiary training centers the ability toget the most out o their sotware investment. This is achievedby providing students and aculties with access to the industrialautomation sotware and courseware or a nominal ee. Thisprogram provides support or the registered aculty, which isa 12 hours a day, 5 days a week technical support service.Signicant benets or the institution, the instructor and thestudent makes this program exceptional value.

Educational EquipmentTo support our Academic Program, we oer a complete

catalogue o Schneider Electric Educational Equipment.For more inormation or to obtain a copy o theEducational Equipment catalogue contact your local oce

on 1300 369 233 or visit

www.schneider-electric.com.au/training.

Training PartnersDelivering on our promise to make energy sae, reliable,ecient, productive and green, Schneider Electric leveragetraining partners to provide your sta with experientialworkshops that support our automation training curriculum.Training partners include the ollowing:

Hirschmann via RMIT University Edith Cowan University SkillsTech Australia SolidQ Security Inrastructure Solutions University o Sydney School o Chemical

and Biomolecular Engineering


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Certified Training ProgramsIt can be dicult to compare the skills o one person to another, particularly when hiring new sta.Whilst university degrees indicate what an applicant is capable o, it does not measure an applicantsskills with regards to designing and implementing industrial applications.

Schneider Electrics certication programs address this issue. Much like any educational environment,participants in our certication programs will attend classes, study, sit exams and progressively earnrecognition in key components o industrial automation.

We currently oer two types o certication:

SCADA certificationProvides a structured ramework ensuring engineers have extensive experienceintegrating Schneider Electric SCADA solutions using CitectSCADA or Vijeo Citect.

PlantStruxureTM certificationCerties technical experts in a wide range o subjects covering the breadth o our evolvingPlantStruxure oer; including networking and architecture, PLC and SCADA platorms,as well as Schneider Electric engineering tools.

SCADA Certification ProgramThe SCADA certication program distinguishes and recognises engineers who have demonstratedtheir advanced expertise in the integration o Schneider Electrics SCADA sotware solutions.

At the heart o the CEP are the SCE (SCADA Certied Engineer) exams, which provide a means otesting experienced systems engineers. They encompass tests or both CitectSCADA/ Vijeo Citectknowledge as well as a range o related topics, such as PLC communications, Microsot WindowsOS and networking.

The CitectSCADA Certied Proessional (CSCP) and Vijeo Citect Certied Proessional (VCCP)qualications are introductory certications which can be achieved as the rst stage o the ull CEPqualication. The CSCP will be awarded to those CEP candidates who achieve a pass on the currentversion conguration exam.

To obtain certication, students must pass the exam or each o the corresponding modules o theSCADA Certied Engineer Program (CEP):

Module 1: Conguration Module 2: Cicode

Module 3:Architecture and Redundancy Module 4: Customisation and Design Module 5: Diagnostics and Troubleshooting

The SCADA certication program is open to all customers, end users and partners.

1

2

3

4

5

Networks andArchitecture

Unity Pro andPAC Platform

SCADA Engineering Tools(UAG or sg2)

PlantStruxureTM

Certified Engineer

Level of expertise

SCADA

Certified

Engineer

Completed

eduCational

ServiCeS

Thisisto certify that

Fiona Straton

hassuccessfully completedthe

Citect SCADA/VijeoCitect

Configuration Training Course

AuthorisedBy

Lyle vanderVeer

National SupportandTraining Manager

On a successful pass of

either the CitectSCADA or

Vijeo Citect configuration

exam, students receive

a pass certificate and

the introductory CSCP

qualification.


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PlantStruxure Certification ProgramThe PlantStruxure CEP (Certied Engineer Program) distinguishes and recognises engineers skilledin the integration o Schneider Electric technology based automation projects.

With the certication, Schneider Electric acknowledges to the market that the PlantStruxure CertiedEngineer masters the Schneider Electric system oer/ technology. The engineer should thereore becapable, to implement a given solution/application in the best possible way using Schneider Electrictechnology. Currently, the PlantStruxure Certied Engineer Program is available only to employees

o active Schneider Electric Alliance partners.

The PlantStruxure certication is issued to engineers who have successully demonstrated theirexpertise by passing an exam or each o the our key modules:

Module 1: Schneider Electric Architectures and Networking Module 2: Unity Pro and PAC Platorms Module 3:Vijeo Citect - SCADA Platorm Module 4: Engineering Tools Module 5: Connexium (external Prometric exam or RPL* rom Hirschmann)

Modules 1 through 3 are mandatory and passing grades on each module are required to be eligible orcertication. Module 4 contains two sub modules - one or UAG and one or sg2. A passing grade ononly one o these two modules is sucient to be eligible or certication. A candidate can choose to

take either one or both o these. No additional credit is given to candidates passing both sub modules.Module 5 is a planned Industrial Ethernet extension to the PlantStruxure CEP in 2012, and will bemandatory or both new and existing PlantStruxure certied engineers, requiring an external exam.

The PlantStruxure CEP is exclusively accessible to Schneider Electric Alliance partners.

Module 1

Module 2

Module 3

Module 4a

Module 4b

or

Architectures and Networking

Unity Pro and PAC Platforms

Vijeo Citect - SCADA Platform

UAG (Unity Application Generator)

sg2

Engineering Tools

Schneider Electric PlantStruxureTM

Certified Engineer Program Launched in 2010 (Wave 1)

Module 1

Schneider Electric PlantStruxureTM

Certified Engineer Program planned for 2012 (Wave 2)

Architectures and Networking

Module 2 Unity Pro and PAC Platforms

Module 3 Vijeo Citect - SCADA Platform

Module 4 UAG (Unity Application Generator)

Module 5 Connexium CT1, CT2 and CN1

* RPL - recognition or prior learning

What is the PlantStruxure

Certification Program?

The PlantStruxure

Certification Program

is designed to test anengineers knowledge

of Schneider Electrics

preferred systems and

architectures. The

PlantStruxure Certified

Engineer (PCE) status is

awarded to engineers who

pass four exams designed

specifically to test this

knowledge.


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Industrial Ethernet Certication: Reer Courses CT1, CT2 and CN1 to be added in 2012.

Modicon PLCs and Unity

ERIO and Advantys IOs

Vijeo Citect SCADA

Magelis HMI

Altivar Drives

Tesys Motor Starter

Sg2 Engineering Soft

UAG Engineering Soft

1 2 3 4 5

5

4

3

2

1

Expert

Advanced

Competent

Basic

Novice

3

3

3

3

2

2

1

1

13

PlantStruxure Certification ProgramThe PlantStruxure CEP is at the heart o the Schneider Electric Alliance Partnership Policy:Maintaining a minimum number o PlantStruxure Certied Engineers is one o the prerequisites or aSchneider Electric Alliance Partner Company to reach the PlantStruxure Certied Alliance Partner Status.

As an employee o an Alliance Partner please contact your local Schneider Electric Alliance PartnerManager to sign up or a certication exam or or any question related to the PlantStruxure exam or theSchneider Electric Alliance Program.

Recommended competency prole or Alliance Partner employees planning to register or thePlantStruxure CEP exams:

In 2012, we plan to train, examine, and promote extended competency in the ollowing areas:

Telemetry and Remote SCADA Solutions: TRSS exams with RPL oered to ormer CMI Partners

Energy Management Information Systems: EMIS exams based on PowerLogic SCADA withRPL required or IEC-61850 protocol and IED conguration

Manufacturing Execution Systems: MES exams based on Ampla, Vijeo Historian with RPLrequired or SQL and SSRS

Safety Systems: Attendance at our Saety PLC Courses or Certied Functional Saety Proessionals;

1. Machine Functional Saety: RPL required or IEC-62061 / ISO-13849 and Sistema (SaetyFundamentals Course)

2. Process Functional Saety: RPL required or Certied Functional Saety Engineers (ISA-S84 orTUV), IEC-61508 / IEC-61511, SIL Calculation

PSX Certified Engineers Alliance Certified Partner (#) Advanced PSX Certifications

PSX CerticationCore Knowledge

Engineering Tools (UAG/sg2)

PLC & RIO Legacy*

SCADA HMI*

Networking Drives*

PlantStructure CertiedAlliance integration

partner with

TRSScertied

EMIScertied

MEScertied

Safetycertied

PlantStructure Certified Alliance partner

* Optional competencies - not certied


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Software and

Visualisation

Courses

10

Software and

Visualisation

Courses

14


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Ampla PerformanceTwo-day Instructor-led Course

Course DescriptionThe Ampla Perormance training program introduces new Ampla users to thebasic concepts and methods involved in conguring and using Ampla Studioand Production Analyst to model perormance.

An additional one-day case study is optional.

DurationTwo-day instructor-led course, with lunch provided.

Audience

IT Admin and Business System Engineers who use Ampla

Precursors It is essential that students are amiliar with Microsot

Windows operating systems



20%80%

Practical Theory

Ampla Performance Course Outline

Day 1 of 2

The rst day introduces participants to theramework o Ampla and covers the ollowingtopics:

Design Speciications Managing Projects Hierarchies Security

Reporting Points Production Module

Day 2 of 2

On the second day, participants congure aperormance solution or the case study introducedon day one. This entails the ollowing topics:

Downtime Module Metrics Module Production Analyst Web Client

Part number: SAUTR1208

Easy ways to registerWeb: www.schneider-electric.com.au/trainingEmail: [email protected]

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Ampla AdvancedConfiguration and System DesignTwo-day Instructor-led Course

Course DescriptionThe Ampla Advanced Conguration training program introduces heavy-dutyAmpla users (those responsible or conguration, integration and troubleshooting,or example) to the most important conguration tasks they are likely to need in theirday-to-day work. Each topic is discussed in the context o practical scenarios, withhands-on examples built in wherever this is easible.


Audience Experienced Ampla usersAmpla ConigurersAmpla Integrators

Precursors Students must have attended the Ampla Perormance

(SAUTR1208) course It is essential that students are amiliar with Microsot




20%80%

Practical Theory

Ampla Advanced Configuration Course Outline

Day 1 of 2

The rst day introduces participants to Amplaconguration concepts and techniques relatingto ISA95 modelling standards. Specic topicscovered on this day include:

Models Templates Master Data Synchronisation

Day 2 of 2

The second day introduces participants to theollowing advanced conguration techniques:

Web Services Reporting Stores Procedure Code Items Diagnostics

16




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Cicode ProgrammingTwo-day Instructor-led Course

Course DescriptionLearn basic programming techniques using the Cicode programming language in thishands-on interactive course. The course is aimed at users who have had no programmingexperience. It is also useul or experienced users who wish to become amiliar with Cicode.


Audience Programmers and non-programmers who want to become amiliar

with the Cicode language

CitectSCADA/ Vijeo Citect System Integrators and DesignersTechnical users who develop and maintain their installed

CitectSCADA or Vijeo Citect and control systems

Precursors Students must be amiliar with Microsot Windows operating

systems It is also recommended that students attend the CitectSCADA/ Vijeo

Citect Coniguration (SAUTR1201) course prior to attending this course,or have a good working knowledge o CitectSCADA/ Vijeo Citect

A general understanding o PLC communication is recommended



20%80%

Practical Theory

Cicode Programming Course Outline

Day 1 of 2

Day One provides an introduction to Cicode anddemonstrates how Cicode may be used:

Introduction to Cicode Variable operators used in Cicode The Cicode Editor Writing simple unctions Converting and ormatting Cicode variables

Include iles

Day 2 of 2

Day Two introduces urther Cicode programmingtechniques:

Structure programming techniques Conditional executors Return unctions Arrays Debugging

17




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CitectHistorian/ VijeoHistorian ConfigurationThree-day Instructor-led Course

Course DescriptionCitectHistorian/ Vijeo Historian takes inormation gathered rom your SCADA system andmakes it available or display in industry standard applications. This course is designed orengineers who wish to congure and maintain a Historian project and managers who wishto analyse the data in the client tools.

DurationThree-day instructor-led course, with lunch provided.

Audience People who want detailed knowledge on how to set up and use

CitectHistorian/ Vijeo Historian Managers who require knowledge o how to use CitectHistorian/

Vijeo Historian client tools to access data CitectSCADA/ Vijeo Citect System Integrators and Designers

Precursors Solid experience in both Microsot Windows operating system

and CitectSCADA/ Vijeo Citect is required



20%80%

Practical Theory

CitectHistorian/ Vijeo Historian Course Outline

Day 1 of 3

Day One provides an introduction toCitectHistorian/ Vijeo Historian and itsvarious components including handson technical training:

Data sources Historian at a glance

Historian status Publish inormation Backill manager

Day 2 of 3

Day Two extends on the topicso day one and ocuses on:

Project management Tasks Events Excel client

Web client

Day 3 of 3

Day Three extends the techniquesstudied in the rst two days to includereporting:

Integrity checker Historian interpolation Process Analyst

Reports deployment manager Energy reports Case study

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CitectSCADA/ Vijeo CitectConfigurationThree-day Instructor-led Course

Course DescriptionGain insight into CitectSCADA/ Vijeo Citect project design and become amiliar withconguration techniques. This interactive course includes practice with plant control,data collection, trending and reporting.


AudienceThose who want to become amiliar with CitectSCADA/ Vijeo

Citect project development techniques

CitectSCADA/ Vijeo Citect users, including engineering sta,maintenance sta and plant supervisors

Technical users who maintain and improve their installedCitectSCADA/ Vijeo Citect and control systems

Managers who want more than a basic understanding oCitectSCADA/ Vijeo Citect

CitectSCADA/ Vijeo Citect System Integrators and Designers

Precursors It is essential that students are amiliar with Microsot Windows operating systems Experience in PLC control system design and/or programming is desirable



20%80%

Practical Theory

CitectSCADA/ Vijeo Citect Configuration Course Outline

Day 1 of 3

Day One involves introduction to thevarious components o CitectSCADA/Vijeo Citect, project design,communications and graphics:

Citect coniguration environment Managing projects

Tab style projects Include projects Setting up communications Graphics

Day 2 of 3

Day Two implements variousareas o the CitectSCADA/ VijeoCitect project design, includingcontrols and alarms:

Operator input Genies and popup pages

Events Alarms

Day 3 of 3

Day Three continues with the projectdesign elements o CitectSCADA/Vijeo Citect and introduces methods oreporting and monitoring the system:

Trends via the Process Analyst Page management

Reports Accumulators Security

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CitectSCADA/ Vijeo CitectCustomisation and DesignTwo-day Instructor-led Course

Course DescriptionThis interactive course will give you insight into the principles behind customisingCitectSCADA/ Vijeo Citect using custom templates, genies and popup pages. You will beusing dierent programming environments, including Cicode and VBA. In addition, you willlearn about exchanging data between CitectSCADA/ Vijeo Citect and other applicationssuch as Microsot Access and Excel.


Audience

Advanced Programmers CitectSCADA/ Vijeo Citect System Integrators and Designers


systems Students should also have attended the CitectSCADA/ Vijeo

Citect Coniguration course and either a Cicode Programmingor CitectSCADA/ Vijeo Citect Architecture and Redundancycourse or have at least six months experience in CitectSCADA/Vijeo Citect design and programming



20%80%

Practical Theory

CitectSCADA/ Vijeo Citect Customisation and Design Course Outline

Day 1 of 2

Day One ocuses on the details o creating customisedpages in your CitectSCADA/ Vijeo Citect project:

Custom templates Complex genies Genie orms Smart popup pages

Day 2 of 2

Day Two extends the material rom Day Oneto improve the operation and managemento graphics pages and incorporates some othe most commonly used advanced eaturesincluding connecting to other applications:

Cicode Forms CitectSCADA and ODBC

ActiveX integration

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CitectSCADA/ Vijeo CitectUpgradeOne-day Instructor-led Course (On Demand)

Course DescriptionReceive an update on CitectSCADA/ Vijeo Citect project design andconguration techniques, including how to implement an upgrade andview the latest product eatures.

DurationOne-day (on demand) instructor-led course, with lunch provided.

AudienceThose who need to know about new product eatures in the

latest version o CitectSCADA/ Vijeo Citect

CitectSCADA/ Vijeo Citect System Integrators and DesignersTechnical users o existing CitectSCADA/ Vijeo Citect systems


systemsAt least two years experience in CitectSCADA/ Vijeo Citect

design is requiredThis course is primarily intended or persons with strong

experience in CitectSCADA V6.x



20%80%

Practical Theory

CitectSCADA Upgrade Course Outline

This course initially looks at how to install the latest versions o CitectSCADA/ Vijeo Citect and considers any issueswith upgrading projects. Most o the time is then spent investigating the eatures o the new version and how to makebest use o them:

How to prepare or an upgrade System requirements How to upgrade the project Installing multiple versions o CitectSCADA/ Vijeo Citect Templates

Graphics Enhancements Tag Extensions Server-Side Online Changes

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MDT AutoSaveAdministrator TrainingTwo-day On Demand Workshop

Course DescriptionThe AutoSave application is a change management system to which automatesprocesses and procedures or real time modications o both hardware device suchas Programmable Process Controllers (PLCs) and sotware applications such as VijeoCitect SCADA. The MDT AutoSave Administration workshop provides students withpractical experience when implementing the AutoSave tool; including installation,conguration and application.

DurationTwo-day workshop, with lunch provided.

AudienceThis programs is aimed at both system administrators and

engineers responsible or the liecycle support andmanagement o AutoSave implementation

Precursors Essential that attendee have a sound working knowledge o

Microsot XP operating system Its is also desirable to have amiliar knowledge o Microsot Windows server

environments (Windows 2003 or Windows 2008); PLCs and SCADA devices

Collaborative Automation

by



20%80%

Practical Theory

MDT AutoSave Administrator Training Course Outline

Day 1 of 2

Day One covers general conguration and installationprocedures; including:

MDT AutoSave overview MS Server Environment

Overview o MS Server environmentsand available architectures

Overview o IIS and SQL Server MS licensing requirements or AutoSave

Installation, process and procedures Installation o application, server and client. Conigurations o server and client

Security/ Access Developing access to the system. Adding and

coniguring users and levels and access. Setting up system architecture ( olders/containers)

Day 2 of 2

Day Two Device extends the topics covered in Day One toinclude:

Devices and Wires Installation and Coniguration o Devices Devices and Wires implementation and application

Plug-In implementation and application Universal Plug-In Unity (PLC) Plug-In

Vijeo Citect Plug-In

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Vijeo Designer Software (HMI)An introduction to Human Machine InterfaceOne-day Instructor-led Course

Course Description

This course will provide an overview o the Vijeo Designer sotware and introduce

the various components and operations available to you. We will discuss installation,conguration and implementation o HMI process alarms and data logging.

Participants are required to bring their own laptop to the training.A trial version o the Vijeo Designer sotware will be provided.

DurationOne-day Instructor-led training course with lunch provided.

AudienceThis course is intended or trades personnel, technicians

and engineers who require a working knowledgeo the Vijeo Designer programming environment, HMIrange and connectivity

Precursors General understanding o Programmable Logic Controller (PLC)

terminology and good PC knowledge are desirable but not necessary



70%30%

Practical Theory

Vijeo Designer Software: Introduction to HMI Course Outline

Whether machine manuacturer, operator or user, Vijeo Designer makes things easy or you at all stages o yourHMI application lie cycles. Learn how to build a complete project:

HMI and PLC connectivity Vijeo Designer application development Install, run and navigate Vijeo Designer component Oline testing using the simulator Managing HMI remotely Trending and logging data Understand hardware capability

Build an application starting with basic and simple eatures; progressing to more advanced levels Setup, connect and download the project using Ethernet or USB cable Setup basic trending and data logging

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Vijeo Designer Software (HMI)Advanced Human Machine InterfaceOne-day On Demand Workshop

Course DescriptionThis progressive course will urther develop your understanding o the Vijeo Designersotware and introduce the various components and operations available to you. We willdiscuss advanced topics including scripting, data logging and resources. Participants arerequired to bring their own laptop to the training.

A trial version o Vijeo Designer sotware will be provided.

DurationOne-day workshop, with lunch provided.

AudienceThis course is intended or engineers and technicians who require an

in-depth knowledge o the Vijeo Designer programming environment,particularly in the areas o advanced unctions (such as scripting,data logging and resources)

PrecursorsVijeo Designer Sotware (HMI): Introduction to Human

Machine Interace course (SAUTR1401)A good understanding o PLC terminology and PC knowledge



70%30%

Practical Theory

Vijeo Designer Software: Advanced (HMI) Course Outline

Whether machine manuacturer, operator or user, Vijeo Designer makes things easy or youat all stages o your HMI application liecycles. Learn the concepts and implementation o:

Scripting Advanced communications Exporting and importing data or re-use Using resources Advanced security

Trending and data logging Generation o data with oice tools Intelligent Data Service data gathering

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Web Designer and ETG3000Gateway ServicesOne-day On Demand Workshop

Course DescriptionConguration, web and HMI unctions and services using Web Designer, this sotwaretool enables you to congure web pages and web services embedded within theFactoryCast HMI and Gateway modules.


AudienceThis workshop is designed or maintenance and design

engineers and OEMs, setting up remote access to PLC

and end devices, using embedded web services

Precursors General knowledge o PLC and web terminologies Knowledge o Schneider Electric industrial automation

protocols and Ethernet services



50%50%

Practical Theory

Web Designer and ETG3000 Gateway Services Course Outline

This course is designed to assist students in becoming procient with Web Designer. Topics include:

Discuss the eatures o the ETG3xxx Product line Overview o dierent possible architectures available using ETG3xxx products Transparent gateway, remote programming/setup or maintenance o devices application Embedded Web server Remote Diagnostics, monitoring and control o Ethernet and serial devices Data acquisition and data processing using ETG3xxx Graphic monitoring and user Web pages using ETG3xxx

Local data logging and remote database connectivity Calculation using arithmetic and logic scripting Unity Application browser via HMI Factory Cast module Alarming and Reporting via email

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Networks and

Communication

Courses

26


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Advantys Configurator STBDistributed I/OOne-day Optional Add-on Workshop

Course DescriptionThe objective o this course is to gain the knowledge and become expert withAdvantys STB distributed I/O, learn the technical eatures and possibilities o anAdvantys STB solution.

This course may be combined with Industrial Communication (SAUTR1102)to create a our-day workshop.

DurationOne-day optional add-on workshop to the Unity Pro Programmingcourse (SAUTR1003), with lunch provided.

Audience Product Application Engineers and Technical Service Engineers

maintaining Advantys on-site Technical support engineer level 1 in automation ield

supporting Advantys STB and PLC

Precursors Good knowledge o the Advantys STB oer Good knowledge o coniguring I/O scanning on a Schneider Electric

PLC with Ethernet TCP/IP



40%60%

Practical Theory

Advantys STB Distributed I/O Course Outline

This course is designed to assist students in becoming procient with Advantys STB Distributed I/O.Topics covered include:

STB as a complete product integration solution Discover the entire range o the dierent modules and extensions Coniguration and debugging a complete island on Ethernet TCP/IP network Importing and exporting variables rom Advantys to Unity Pro Connecting TeSys U in Advantys island

Assembly Rules and Restrictions CANopen Extension and enhanced products Run-Time Parameters and PKW Diagnostics and Feedback Relex Actions

27




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CitectSCADA/ Vijeo CitectArchitecture and RedundancyTwo-day Instructor-led Course

Course DescriptionThis newly updated course replaces CitectSCADA/ Vijeo Citect Networking. Gainadvanced networking skills and knowledge, including how CitectSCADA/ Vijeo Citectuses a network, redundancy and distributed servers. Learn more about connecting toCitectSCADA/ Vijeo Citect remotely through the Web Client.


Audience Network administrators who need to understand how

CitectSCADA/ Vijeo Citect is conigured on their network CitectSCADA/ Vijeo Citect System Integrators and DesignersTechnical users who maintain and improve their installed

CitectSCADA/ Vijeo Citect and control systems

Precursors Students must be amiliar with Microsot Windows operating systems It is also recommended that students have attended a CitectSCADA/

Vijeo Citect Coniguration (SAUTR1201) course or have at leastsix months experience in CitectSCADA/ Vijeo Citect design



20%80%

Practical Theory

CitectSCADA/ Vijeo Citect Architecture and Redundancy Course Outline

Day 1 of 2

Day One ocuses on the details o networkingin CitectSCADA/ Vijeo Citect and theimplementation o a ully networked andredundant system:

Clustering Distributed processing Runtime system management

Online changes Coniguring a global display client

Day 2 of 2

Day Two incorporates some o the most commonlyused advanced eatures o CitectSCADA/ VijeoCitect, including remote communications:

CitectSCADA/ Vijeo Citect redundancy Web Client System security



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CitectSCADA/ Vijeo CitectDiagnostics and TroubleshootingOne-day Instructor-led Course

Course DescriptionThe Diagnostics and Troubleshooting course provides engineers with the skills andknowledge to help monitor the perormance and health o their SCADA system,troubleshoot subtle problems both within a project and the interconnection betweennetworked computers.

DurationOne-day Instructor-led course, with lunch provided.

Audience Engineers who are responsible or the design and maintenance

o a SCADA network Network administrators who need to understand how SCADA

is conigured on their network CitectSCADA/ Vijeo Citect System Integrators and Designers Technical users who maintain and troubleshoot installed

SCADA and control systems

Precursors Students must be amiliar with Microsot Windows Operating Systems This advanced course assumes students have attended SCADA Coniguration

(SAUTR1201) and Architecture and Redundancy (SAUTR1109)



40%60%

Practical Theory

CitectSCADA/ Vijeo Citect Diagnostics and Troubleshooting Course Outline

Our SCADA sotware has been designed with fexibility in mind and our customers successully use theirSCADA sotware to handle large amounts o data, tags, alarms, reports, etc. This new course investigatesthe methods and tools available to system designers to help monitor the perormance and health o theirSCADA system:

Cicode and the Citect Kernel Network management and the Kernel Publish subscribe model o communications System perormance management

Tag extensions System proile tools Communication analysis

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CT1 Ethernet BasicsTwo-day Instructor-led Course

Course DescriptionThis course will introduce participants to the undamentals o Industrial EthernetNetworks. At the end o this course participants will have a sound understandingo Ethernet and how it is deployed in an Industrial Network.

Participants should also attend the CT2 Industrial Networking course or urtherdetails on Ethernet undamentals and additional topics on Industrial Ethernet networks.

DurationTwo-day Instructor-led course, with lunch provided.

AudienceThis course is aimed at engineering and technical sta involvedin supporting modern Ethernet based industrial control systems

Anyone wanting to understand the basic principals o IndustrialEthernet Networks

Precursors No previous knowledge o the subject is required Students must be amiliar with Microsot Windows Operating Systems



40%60%

Practical Theory

CT1 - Ethernet Basics Course Outline

Day 1 of 2

Day One introduces the undamentals oIndustrial Ethernet Networks including:

Ethernet standardisation bodies Physical network components

Cables - copper/ibre Power over Ethernet Intro Ethernet Frame and message types

Day 2 of 2

Day Two continues with an overview o otherphysical network components including:

Hubs, Switches and Media Converters Speeds - 10/100/1GB and Hal Full Duplex Network Topologies - bus, star, ring, mesh Network Traic Control Network Management



30


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CT2 Network InfrastructureThree-day Instructor-led course

Course DescriptionThis course will build on the undamentals and principles presented in theCT1 Ethernet Basics (SAUTR1111). It will provide theoretical and practicalknowledge on TCP/IP, static routing, multicasting, Quality o Service (QOS), etc.The emphasis will be on deploying these principles in an Industrial Ethernet Network.

DurationThree-day Instructor-led course, with lunch provided.

Audience This course is aimed at engineering and technical sta involved

in supporting modern Ethernet based industrial control systems

Precursors Students must be amiliar with Industrial Ethernet Networks.

Previous completion o the CT1 Ethernet Basics (SAUTR1111)course is highly recommended

Students must be amiliar with Microsot Windows Operating Systems



40%60%

Practical Theory

CT2 - Network Infrastructure Course Outline

Day 1 of 3

Day One introduces studentsto the undamentals o networkinrastructure, including:

IP - Internet protocol IP Communications

ILAN IRouted Network

UDP and TCP

Day 2 of 3

Day Two ocuses on the variousinrastructure applications including:

SNTP PTP DHCP SNMP

Day 3 of 3

Day Three explores variousdeployment options including:

Multicasting IGMP and GMRP

Quality o Service (QOS) Industrial Protocols

Modbus TCP/Ethernet IP

Security

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CN1 ConneXium ProductConfiguration (TCSESM and TCSESM-E)Two-day Instructor-led Course

Course DescriptionParticipants will receive in-depth knowledge on the ConneXium Managed Switches,including installation, commissioning and supervision. This training course is boththeoretical and practical. The necessary knowledge about unctions and deploymentpossibilities o the switches is taught in individual theory blocks. Each block is ollowedby practical exercises designed to amiliarize participants with the devices through rsthand experience.

DurationTwo-day Instructor-led course, with lunch provided.

AudienceThis course is aimed at engineering and technical sta involvedin supporting modern Ethernet based industrial control systems

Precursors Students must be amiliar with Industrial Ethernet Networks.

Previous completion o the CT1 Ethernet Basics (SAUTR1111) andCT2 Industrial Networking (SAUTR1112) courses is highly recommended

Students must be amiliar with Microsot Windows Operating Systems



40%60%

Practical Theory

CN1 - ConneXium Product Configuration Course Outline

Day 1 of 2

Day One introduces the ConneXium product,including:

Overview o ConneXiumManaged Switch Products

Device properties e.g. orm actor,temperature ranges, certiications

Firmware and coniguration management Switching

Port coniguration Multicast control VLANs

Day 1 of 2

Day Two introduces urther advanced topicsincluding:

Redundancy HIPER Ring, Rapid Spanning

Tree, DRS Dual Ring RSTP Diagnostics

Port Mirroring, device status, event log Security

Port Security, authentication Advanced

DHCP relay, command line interace



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ConneXium WiFi SwitchesOne-day Optional Add-on Course

Course DescriptionThe objective o this course is to provide students with an understanding o theprinciples o wireless communication including how to congure the ConneXium WiFiswitches in an industrial environment.

DurationOne-day optional add-on course to the High Availability Ethernet Networkingand Redundancy course (SAUTR1103). Lunch provided.

Audience This course is aimed at engineering and technical sta involved in supporting

modern Ethernet based industrial control systems

Precursors Students should be amiliar with basic networking terminology and

Microsot Windows Students are required to have completed Unity Pro Programming

(SAUTR1003) and High Availability Ethernet Networkingand Redundancy course (SAUTR1103)

Students should be competent with industrial automation concepts Understanding o collaborative automation control system concepts



40%60%

Practical Theory

ConneXium WiFi Switches Course Outline

This course is designed to teach students how to conigure ConneXium WiFi switches in anindustrial environment. Topics include:

Wireless Data Communications Standards and Uses Untethered device/network access (roaming clients) Replace standard cabling to reduce installation costs Installations where standard cabling is not possible Seamless Wired and Wireless Wireless Technologies within the Wireless LAN StandardsTerms, Deinitions and Acronyms

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High Availability EthernetNetworking and RedundancyTwo-day On Demand Workshop

Course DescriptionThe objective o this course is to provide students with a working knowledge o industrialnetworking both in theory and implementation. At the end o this course, students will havean understanding o the range o Schneider Electric Ethernet based network solutionsincluding communications, network architecture structures, network redundancy, highavailability and implementation methods associated with automation control systems. Ahands-on practical session allows students to implement validated network architecturesand apply a range o sotware tools to diagnose network status.

DurationTwo-day on demand workshop, with lunch provided.

Audience This course is aimed at engineering and technical sta

involved in supporting modern Ethernet based industrialcontrol systems

Precursors Students should be amiliar with basic networking

terminology and Microsot Windows Students are required to have completed Unity Pro

Programming (SAUTR1003) course Students should be competent with industrial automation concepts Understanding o collaborative automation control system concepts



40%60%

Practical Theory

High Availability Ethernet Networking and Redundancy Course Outline

Day 1 of 2

Day One introduces students to industrial networkingconcepts including:

Deining industry terms Ethernet theory Introduction to Transceivers, Switches and Routers ConneXium switches/sotware Topologies, OSI-layers, IP Addressing, TCP/IP

properties, IP address and subnetting, packets,

Port Mirroring Redundancy, Hyper Ring, RSTP, Link

Redundancy, Link Aggregation, MRP Traic control including Restricting Broadcast QoS VLANS Multicasting Introduction to industrial communication protocols

Day 2 of 2

Day Two ocuses on network building blocksand industrial application architectures:

Network Management includingmangers and agents and SNMP

Network architecture, options,design and implementation

Networking architecture or PAC/PLC andwindows based client/server structure

Industrial control network redundancy Overview to network security - issues Media selection criteria Cabling overviewTypes, application, terminationTroubleshooting principles and tools Overview o DRS switch unctionality



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Industrial Communication(Modbus, CANopen, Profibus, EthernetIP)Three-day Instructor-led Course (On Demand)

Course Description

The objective o this course is to provide students with an understanding o the keycommunication eldbuses and networks in the industrial market; including: Modbus,Probus, CANopen, Ethernet TCP/IP (CIP/ Modbus), FDT/DTM.

This course can be combined with the Advantys STB Distributed I/O (SAUTR1404)add-on course to create a our-day course.

DurationThree-day on demand workshop, with lunch provided.

Audience This course is optimised to suit Project, Design, Commissioning

or Maintenance Engineers; or anyone who needs to implementindustrial communication networks

Precursors Knowledge o industrial communication principles Ability to conigure a PLC using Unity Pro



40%60%

Practical Theory

Industrial Communication Course Outline

Day 1 of 3

Day One introduces principles o industrialcommunications including:

What is communication Mandatory communication items Industrial communicationThe OSI model Choice and positioning o networksTopologies

Layers Modbus Programming communication

with Unity PLCs BMXNOM0200 coniguration

Day 2 of 3

Day Two extends the material romday one to include:

Ethernet Modbus TCP/IP Basic Ethernet principles Networking with Windows Protocols IP address classes Troubleshooting TCP/IP

Network design Ethernet Modbus TCP

coniguration with Unity Pro FDT/DTM I/O scanning with Unity Pro CANopen coniguration

with Unity Pro

Day 3 of 3

Day Three continues to extend theconcepts covered in the previousdays by including:

Proibus Hardware setup PRM sotware Unity Pro DTM coniguration PRM coniguration

Fieldbus discovery Device Proibus parameters Online diagnostics DVP1 acyclic requests Ethernet/ IP coniguration with

Unity Pro and NOC0401 Explicit messaging (requests) Local slaves

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Industrial CommunicationASi or LegacyOne-day Optional Add-on Workshop

Course Description

The objective o this course is to design, troubleshoot and commission a systemusing the technical eatures o one o the ollowing networks:

Actuator Sensor interace (ASi) Modbus Plus (MB+) FIP

The course involves a lot o hands on experience with equipment to gain an intellectualand practical based knowledge o the system. This course is ideal or engineers involvedin migrations rom some o the legacy networks like FIP and MB+ as well as existinginstallations which have machine based networks in them.

DurationOne-day optional add-on workshop to the Industrial Communication(Modbus, CANopen, Probus, EthernetIP) course (SAUTR1102).Lunch provided.

Audience These optional workshops are optimised to suit Maintenance

Technicians; or anyone who needs to implement industrialcommunication networks

Precursors

Participants must have a good working knowledge o PLCs andcommunications as well as experience in using Unity. This coursemust be accompanied by the Industrial Communication(SAUTR1102) to orm a our-day course



40%60%

Practical Theory

Industrial Communication ASi or Legacy Course Outline

Day 1 of 3

AS-interace Content:

Introduction to ASi ASi wiring principles The ASi protocol in depth ASi Sae ASi system design Programming ASi with the M340

ASi master module using theB+W ASi ethernet gateway

Troubleshooting ASi

Day 2 of 3

Modbus Plus (MB+) Content:

Modbus Plus hardware Network topology Peer Cop Modbus Plus status Master block Local and remote statistics MPBSTAT Network bridging Distributive control

Day 3 of 3

FIPIO Content:

Fipio network dynamics Fipio hardware and assembly Network cable and installation Conigure network devices Network status Fipio network debug Unity Pro or PL7 Pro sotware tools

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37

Introduction to Instrumentationand Process Control (HART)Three-day On Demand Workshop

Course Description

This practical instrumentation course will provide attendees with a basic backgroundand the role o instrumentation in maintaining a stable and controlled process. Thecourse is designed to provide maximum hands-on in order to provide attendeeswith practical experience in areas o instrument calibration, signal interpretation andcontrol loop tuning.


Audience

This course is intended or technicians, electricians and electrical,mechanical and process engineers involved in plant maintenance

Precursors It is essential that students are amiliar with Microsot Windows

operating systems



60%40%

Practical Theory

Introduction to Instrumentation and Process Control Course Outline

Day 1 of 3

Day One introduces processcontrol concepts, instrumentation andtheory, including:

Basic measurement theory Understanding process dynamics

including, how and why wecalibrate instruments

Instrument signals, Analog and Digital

Overview o signal conditioning Control elements - Variable

Speed Drives and Valves Process control overview, general

terminology and types o control True Colour

Day 2 of 3

Day Two builds on the conceptscovered in Day One, including:

Understanding P, PI and PIDcontrol. The eect o usinggain, integral and derivativetime on the control output

Overview o cascade andeed orward control

Calibration o measuringelement and a controlelement (Valve + I/P)

Tuning methodsThe role o modeling

and simulation Coniguring process controllers

or PID control

Day 3 of 3

Day Three continues to extend theconcepts introduced on Days One andTwo, including:

Understanding and designinginstrumentation architecturesbased on the HARTcommunication protocol

Implementing HART-based

ield devices with our hostsystem interace

Connecting to HART dataand inormation sitting in aHART enabled device

Introduction to asset managementtools and calibration techniques




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Safety and

System Tools

Courses

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Application of Standard LibrariesOne-day On Demand Workshop

Course DescriptionThis course is aimed at developing an understanding o validated Plant Solutions librariesavailable across existing engineering and visualisation products. This workshop objectiveis to provide practical experience in the use o our libraries to provide all basic, advancedand customised control unctions, as well as the interaces or ecient monitoring andoperation o the plant. Libraries standardise the communication and conguration odevices and unctional elements within the plant.


Audience This course is aimed at PlantStruxure Certiied engineers

who intend to implement our TVDA based process controlsolutions with speciic application library requirements

Precursors Attendees are expected to have a good knowledge o

Citect SCADA/ Vijeo Citect and Unity Pro engineering systems Students must be amiliar with Microsot Windows operating systems



60%40%

Practical Theory

Application of Standard Libraries Course Outline

This one day workshop is customised to meet your individual requirements. The course isstructured to include a combination o the ollowing platorms and associated libraries:

Unity Pro

Fuzzy control library Flow control library HVAC library

Predictive control libraryTeSys library

Unity Pro/ UAG/ Plant Solutions / Vijeo Citect

Enhance process library Unity Pro/ sg2/ UAG/ Plant Solutions / Vijeo Citect

Device and process library

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Safety FundamentalsTwo-day Instructor-led Course (On Demand)

Course DescriptionThe objective o this course is to explore and explain the benets, requirements and obligationssurrounding plant process and unctional machine saety requirements. The workshop includesa combination o class room instruction ollowed by hands-on experience with tutorials andexamples. Real lie scenarios will be used in classroom discussion and debate, students areencouraged to bring documentation that can be used and shared with the class.


Audience

This course is designed to suit Systems Integrators, OEMsor anyone who needs to design, implement or maintain saetyin and around Plant and Machinery

Precursors Students should complete the online Fundamentals o Saety

course and have at least six months experience with saetycontrol systems and understand general automationprogramming and engineering principles



70%30%

Practical Theory

Safety Fundamentals Course Outline

Day 1 of 2

Day One provides an overview saety undamentals,then covers the ollowing topics:

Liecycle Risk management or Plant and Machine(AS/NZS 4360:2004 Risk management)

National OHS Strategy 2002-2012 (Sae Design) Principles o Sae Design The deinition o Reasonably Practicable Reliability vs. Probability

Saety System Principles - Hierarchy o Control Introducing Functional (ISO13849-1) and

Qualitative (AS4024) Machine Saety Standards Saety Integrity Levels, Categories and

Perormance Levels. Selecting theappropriate method or your installation

Day 2 of 2

Day two extends the undamentals covered on dayone to include:

Detailed comparison o AS4024 and ISO13849-1 Measuring compliance against each standardTrue to lie examples o managing, assessing and

achieving compliance o a typical automatedcontrol system

Prepared scenario allowing students

to assess, design and validate a saetysystem, while applying legal and regulatoryramework, reasonably practicable concepts,hierarchy o control and standards

SISTEMA Workshop Guided exampleso how to use sotware evaluation toolor unctional saety on machines

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Quantum SIL3 SafetyImplementationTwo-day On Demand Workshop

Course DescriptionThe objective o this workshop is to be able to implement a unctional saetyapplication using the TUV unction blocks and certied Quantum SIL3 hardware.

Participants are required to bring their own laptop, with Unity Pro already installedto the training.

DurationCustom two-day on demand workshop, with lunch provided.

Audience

This course is intended or end-users or systemintegrator project technical teams responsible orimplementing Quantum SIL3 projects

Precursors You should have a working knowledge o Unity Knowledge o Saety Norms is a plus but not mandatory Students should have attended Unity Pro Programming

Course (SAUTR1002/3) and High Availability EthernetNetworking and Redundancy (SAUTR1103)

Student should also have attended Saety Fundamentalscourse (SAUTR1011)



50%50%

Practical Theory

Quantum SIL3 Safety Implementation Course Outline

Day 1 of 2

Day One provides an introduction to unctionalsaety including:

Saety CPU Project and Architectures Hands on labs including:

Starting a project Maintenance mode Saety mode Application protection

Communication with UMA

Day 2 of 2

Day two extends the undamentals coveredon Day One to include:

Saety I/O modules Hands on labs including:

High-availability blocks Quantum Saety Hot Stand-by System, Hands-on Labs (S_HSBY_SWAP)

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Safety PLC Programming(Preventa XPS-MF)Three-day Instructor-led Course (On Demand)

Course DescriptionThis course provides students with an understanding o the dierence between a normaland a Saety PLC (both Hardware and Sotware) and be able to create a simple applicationunder XPSMFWIN. Learn how to allocate XPS resources to projects and congure saetyrelated unctions; set up, connect and download projects via Sae Ethernet; diagnose andtroubleshoot the online XPS PLC.


Audience

Project and Design Engineers who design, write, commission anddocument Saety PLC user application programs

Precursors Good understanding o PLCs and industrial automation concepts. Knowledge o Saety Norms and considerations is a plus but

not mandatory Competency in the Microsot Windows environments Students should have completed High Availability Ethernet

Networking and Redundancy (SAUTR1103) and MachineSaety Essentials (SAUTR1011)



60%40%

Practical Theory

Safety PLC Programming (Preventa XPS-MF) Course Outline

Day 1 of 3

Day One ocuses on the undamentalso PLCs including terminology andprogramming:

Introduction to unctional saety IEC Terms Programming Principles

and Terminology The XPSMF Saety PLC Family

Day 2 of 3

Day Two extends the material romDay One to include XPSMF Sotwareimplementation:

Saety Inputs andOutputs cards

Sae and Non SaeCommunications

Understand security and

consistency checks Usage o unction blocks Line monitoring unction

Day 3 of 3

Day Three incorporates the skillslearned into the programming anddocumentation o saety projects:

Analog inputs management Sae Ethernet communication:

Remote I/O PLC to PLC

Modbus TCP/IP communication

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Unity Application Generator(UAG) SoftwareThree-day On Demand Workshop

Course DescriptionThis course covers all steps how to realise and operate an automation control system(PLC & SCADA) using the related SW tools. UAG workshop provides hands-on basictraining on how to design and create a collaborative process control system basedupon Unity Pro and Vijeo Citect.

DurationThree-day workshop, with lunch provided.

Audience System Integrators, Project and Design Engineers who design

and implement Process Control and Automation Systems

Precursors Students should have attended Unity Pro Programming Course

(SAUTR1002/3) and High Availability Ethernet Networking andRedundancy (SAUTR1103) as well as SCADA ConigurationSAUTR1201



50%50%

Practical Theory

Unity Application Generator (UAG) Course Outline

Day 1 of 2

Day One provides anintroduction to the UAG systemapproach, including:

System setup Customising UAG to

enorce site standards System requirements Physical model

Topological model Generating HMI

Day 2 of 3

Building on the undamentalsintroduced on Day One, thesecond day ocuses on:

Vijeo Citect coniguration Fieldbus PLC channels PLC-PLC communication Net Partner

Generation DFB Unity Pro DFB Concept Structured data

Day 3 of 3

Day Three ties up the inormationpresented in the rst two days andapplies the techniques to aspecic project. Topics include:

SCoD EditorVijeo Citect graphics design Worklow to build an application Case study

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PLC

Courses

44


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Advantys Configurator STBDistributed I/OOne-day Optional Add-on Workshop

Course DescriptionThe objective o this course is to gain the knowledge and become expert withAdvantys STB distributed I/O, learn the technical eatures and possibilities o anAdvantys STB solution.

This course may be combined with Industrial Communication (SAUTR1102)to create a our-day workshop.

DurationOne-day optional add-on workshop to the Unity Pro Programmingcourse (SAUTR1003), with lunch provided.

AudienceThis course is designed to suit Systems Integrators, OEMs or anyone who

needs to design, implement or maintain Advantys STB Distributed I/O

Precursors Good knowledge o the Advantys STB oer Good knowledge o coniguring I/O scanning on a Schneider Electric

PLC with Ethernet TCP/IP



40%60%

Practical Theory

Advantys STB Distributed I/O Course Outline

This course is designed to assist students in becoming procient with Advantys STB Distributed I/O.Topics covered include:

STB as a complete product integration solution Discover the entire range o the dierent modules and extensions Coniguration and debugging a complete island on Ethernet TCP/IP network Importing and exporting variables rom Advantys to Unity Pro Connecting TeSys U in Advantys island

Assembly Rules and Restrictions CANopen Extension and enhanced products Run-Time Parameters and PKW Diagnostics and Feedback Relex Actions

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Concept Maintenance(with Quantum/Momentum PLC Hardware)Three-day Instructor-led Course (On Demand)

Course DescriptionThis course aims to provide participants with the knowledge to successully maintain plantand systems controlled by Quantum/ Momentum PLCs which use Concept programmingsotware. All ve IEC programming languages: Sequential Function Chart (SFC), FunctionBlock Diagram (FBD), Ladder Diagram (LD), Structured Text (ST) and Instruction List (IL)are covered. Using Derived Function Blocks (DFB) and Derived Data Types (DDT) are alsoincluded. Peer-to-peer communications, along with I/O Scanning and global data base arealso covered, as are basic troubleshooting procedures.

DurationThree-day (on demand) instructor-led course, with lunch provided.

Audience Electrical maintenance personnel Programming engineers

Precursors Basic understanding o PLCs is required Competency in using Microsot Windows



40%60%

Practical Theory

Concept Maintenance Course Outline

Day 1 of 3

Day One ocuses on PLC hardwareand an introduction to Concept:

Setting up and wiring Quantum/Momentum PLC hardware

Introduction to basic Conceptprocedures and to theConcept PLC Simulators

The Project Browserand Preerences

Day 2 of 3

Day Two extends the material romDay One to include:

Variables Editor and ReerenceData Editor (RDE) templates

Animating, editing andsaving programs

Searching and replacing objects Programming using Sequential

Function Chart (SFC) language PLC Coniguration screens PLC communication overview Connecting Concept to

Quantum/ Momentum PLCs Download and upload projects Online diagnostics and

troubleshooting

Day 3 of 3

Day Three combines the skillsacquired during Days One andTwo and includes:

Function Block Diagram(FBD) scanning

Using Derived FunctionBlocks (DFB) and DerivedData Types (DDT)

IEC Ladder Diagram(LD) programming

Introduction to StructuredText (ST) and to InstructionList (IL) programming

Archiving and exportingConcept projects

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Concept Programming(with Quantum/Momentum PLC Hardware)Four-day Instructor-led Course (On Demand)

Course DescriptionThis course aims to provide participants with the knowledge to successully design,congure, install, connect, program, commission and document Quantum/ MomentumPLC projects. The implications o IEC61131 are covered, as are all ve IEC programminglanguages: Sequential Function Chart (SFC), Function Block Diagram (FBD), LadderDiagram (LD), Structured Text (ST) and Instruction List (IL). The course also includescreating and using Derived Function Blocks (DFB) and Derived Data Types (DDT); pluspeer-to-peer communications, along with I/O scanning and global data base.

DurationFour-day (on demand) instructor-led course, with lunch provided.

Audience Project/ design/ programming engineers Electrical maintenance personnel

Precursors A sound understanding o PLCs is required Competency in using Microsot Windows



50%50%

Practical Theory

Concept Programming Course Outline

Day 1 of 4

PLC hardware and an introduction to Conceptincluding:

Selection, layout, installation, wiringand coniguring Quantum andMomentum PLC hardware

Overview o the IEC61131 standard Introduction to basic Concept procedures

and the Concept PLC Simulators

Day 2 of 4

The Variables Editor, Reerence Data Editor

templates and the Project BrowserAnimation editing and saving programs Searching and replacing objects Programming using the Sequential

Function Chart (SFC) language

Day 3 of 4

Coniguring digital and analogue I/O racks,Ethernet, peer-to-peer communications,I/O scanning and the global data base

Using media to connect Conceptto selected PLCs

Download and upload Concept projects Update PLC modules with

Concepts ExecLoader Online diagnostics and troubleshooting

Day 4 of 4

Function Block Diagram (FBD) scanning

Derived Function Blocks (DFB) and Macros Creating and using Derived Data Types (DDT) IEC Ladder Diagram (LD) and non-IEC

984 Ladder Logic programming Introduction to Structured Text (ST) and

Instruction List (IL) programming Printing, archiving and exporting projects

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Introduction to Instrumentationand Process Control (HART)Three-day On Demand Workshop

Course DescriptionThis practical instrumentation course will provide attendees with a basic background andthe role o instrumentation in maintaining a stable and controlled process. The courseis designed to provide maximum hands-on in order to provide attendees with practicalexperience in areas o instrument calibration, signal interpretation and control loop tuning.


Audience This course is intended or technicians, electricians and

electrical, mechanical and process engineers involved inplant maintenance

Precursors It is essential that students are amiliar with Microsot




60%40%

Practical Theory

Introduction to Instrumentation and Process Control Course Outline

Day 1 of 3

Day One introduces processcontrol concepts, instrumentation andtheory, including:

Basic measurement theory Understanding process

dynamics including, how andwhy we calibrate instruments

Instrument signals,Analog and Digital

Overview o signalconditioning

Control elements - Variable

Speed Drives and Valves Process control overview, general

terminology and types o controlTrue Colour

Day 2 of 3

Day Two builds on the conceptscovered in Day One, including:

Understanding P, PI and PIDcontrol. The eect o usinggain, integral and derivativetime on the control output

Overview o cascade andeed orward control

Calibration o measuringelement and a controlelement (Valve + I/P)

Tuning methods

The role o modeling and simulation Coniguring processcontrollers or PID control

Day 3 of 3

Day Three continues to extend theconcepts introduced on Days Oneand Two, including:

Understanding and designinginstrumentation architecturesbased on the HARTcommunication protocol

Implementing HART-basedield devices with ourhost system interace

Connecting to HART dataand inormation sitting in a

HART enabl

training catalogue 2012

Documents