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Training and ConsultingCourse catalogue 2013

www.festo-tac.com

Technology, Organisation,People.

The perfect interplay of thesemain factors is essential in orderto successfully put knowledgeinto practice at a company.These factors lay the founda-tions for top performance andfinancial success.

The Festo Competence Modelcombines social, logisticaland technical skills to form a success-oriented approach for initial and further training.

Table of contents

Training Course Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Technology . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Organisation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .53

People . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

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Dr. Theodor NiehausManaging DirectorFesto Didactic GmbH & Co. KG

We all know the global trends of the future and might already be affected by some of their impacts, either as employer or employee. Nobody can escape from the increasing dynamics and complexity of worldwide economy and the turbulences resulting from them.

The deep changes have led to the development of new opti-mised production techniques, which result in comprehensive adaptations of the value chains. To master these changes, your employees need enhanced com-petencies. Our training offer, which includes public and inhouse courses, helps you to close competency gaps in an efficient and practical way.

Another obvious trend is the increasing shortness of natu-ral resources and energy. One example is the worldwide ris-ing pressure to use water more efficiently, to improve water treatment and to reduce costs. Automation technology makes an important contribution to safeguard the quality and guar-antee the efficiency of the water-related processes. However, investment in new technology only pays if affected employees are optimally qualified. Thus, the demand for these trainings is rising rapidly.

As a response to those trends, we have extended our training portfolio and offer new training courses dealing with water sup-ply, wastewater treatment and energy efficiency. These train-ings were developed in coopera-tion with renowned universities and companies and are based on the industrial experience of Festo. We constantly keep on developing trainings to help employees deal with the more and more complex systems and machines.

Festo is a global engineering and manufacturing company that maintains its own global train-ing and consulting teams for customers all around the world. Operating in the same economic sector and environment as our customers, we have a level of understanding and insight of your challenges, which allows us to fulfil your needs with tar-geted training and consulting solutions.

To effectively synchronise the contents and aims of in-house courses with your business objectives, we can conduct a comprehensive analysis about the training needs of staff. On completion of the analysis, you receive a detailed report about the current knowledge levels of your employees and a compe-tence development plan which addresses the key business objectives.

Our portfolio combines train-ings with tailor-made knowledge checks, e-learning, teachware and learning systems. This unique integration increases the effectiveness of learning, opti-mises learning outcomes and maximises learning transfer.

We are pleased to welcome you in one of our trainings or to meet you at your site.

Festo Didactic – Your partner for successful training solutions

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Festo

Global player inAutomation and Didactic

15,500 people worldwide areworking at Festo towards inno-vative advances in the produc-tion of capital and consumer goods.This reflects Festo’s philosophyof full partnership and close proximity to more than 300,000 customers in over 200 indus-tries, realised via 250 Festo locations and 59 national Festo companies.

The focus of all activities is onpeople and technology. From itsfoundation, Festo has seen itselfas a strong partner and an inte-gral component of societies andbusiness worldwide.

Sustainable commitment to people and technology

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Training in technology and productivity – from a global engineering and manufacturing company

Manufacturing know-how

Festo is both a global engineer-ing and manufacturing com-pany and training and consulting organisation with experienced instructors and consultants.This gives us insight into the challenges and opportunities not normally available to train-ing providers. We practice what we teach.

And we can use this experience to help you optimise the two parts of the productivity equa-tion – people and technology.

Globally qualified trainers

Our networks of qualified train-ers in the areas of Technology, Organisation and People share resources and best practices and contribute to continuous improvement and development of new products to address cus-tomer needs.

Methods and formats

Our trainers draw on the entire range of methods and formats –from an interactive presentation for a large group to the coach-ing of individuals in production teams.

We practice what we teach

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Improving the people part of productivity

Our approach is competency-based – getting people fit for productivity

What we train

Festo offers a wide scope of training services covering the three skills areas, Technology, Organisation and People and the three factors in productivity, quality, time and cost.

Training is based on customer needs, for example:

Technology– Introduction of a new

technology– Development of all skills

needed to serve a produc-tion cell

Organisation– Establishment or improvement

of continuous improvement processes

– Introduction of KanbanPeople– Improvement in

communication – Implementation of problem-

solving techniquesQuality– Increase of individuals’

sensitivity to quality– Reduction of rework and

reject rate Time – Optimisation of set-up time – Minimisation of unplanned

downtimeCosts– Avoiding waste– Reduction of capital in work

in progress

How we train

Our training is competency-based, which means that – benefits for all stakeholders

are clear – “before” and “after” snap-

shots of skills make the ROI transparent

– it complements the com-petency matrix approach to improving individual performance

– it fosters a will to achieve in both trainer and trainees

– it provides orientation and a sense of achievement in technology training

– Hands-on exercises with industrial components rein-force the transfer of new skills

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Getting exactly the right training

With our training formatsand services we can respond flexibly to meet your needs

No matter wich training format is chosen – whether public or in-house, a course, workshop, best-practice eventor corporate strategy games – the focus is always on first-hand experience. In both public andcustomised training, the out-comes are transparent to all stakeholders, and allow them to track progress towards achiev-ing the required competencies. Rapid transfer to daily practice is a key quality criterion – we help you to measure and opti-mise this.

Standard training

In public courses, a predefined set of competencies are trans-ferred. Approximately 42,000 course participants attend over 3,000 of our public courses worldwide every year.Our trainers deliver modularand quality-assured trainingin 39 languages.

Customised training

There are three levels tocustomised training:

Customised courses designed to achieve agreed outcomes are generally in-house to provide customers with a greater focus on the requirements of their business, increased flexibility and reduced expenses, often with the advantage of no travel for participants.

If you are not sure which skills profile a team needs, our Train-ing Needs Analysis (TNA) will identify the requirements and audit current skills in a report.

To optimise transfer, a post course review can be run a few weeks after training – this audits the upgraded skills set against the original profile.

Competence development projects

If your customised training exceeds the scope of a single course, qualification programs can be established. These com-prise several courses with time between that allow transfer to the workplace and integration of in-house projects with targets such as optimising set-up time on a machine.

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The best of both worlds – blended learning

E-Learning

E-learning is designed for those who want to brush up their knowledge or master the basics of a new topic but are unable to visit a course. Festo web-based training programmes provide flexibility in training – anywhere, any time. Tutors can promote creativity and increase motivation.

Already, more than 30 digital training programmes are availa-ble in many languages and cover topics like:

Technology Pneumatics, Hydraulics,Electrical engineering, Electronics, Electrical safety measures, Electrical drives, Sensors, Actuators, PLC, Open-and closed-loop control, GRAFCET, Safety engineering, Machine vision, Process auto-mation, Water and wastewater treatment Organisation Poka Yoke, Value Stream Analysis and mapping, 5S, Project management, Time management PeopleCustomer orientation, Team performance, Personnel management

Blended learning

Blended learning combines the flexibility and freedom of web-based training with the lasting benefits of face-to-face training.All our training programmesoffer the following benefits:– Excellent didactic and

multimedia course topics– Scope for self-study during

classroom-based training– Learning scenarios can be

individually customised– Can be used in conjunction

with the Classroom Manager– Can be integrated into training

concepts which use other media

– Participant guidance– Monitoring of learning

progress and certification

Flexible blended learning programs

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Customer-specific projects and consulting

Improving specific Key Per-formance Indicators (KPI) such as downtime or setup time

Optimising production

Through value stream mapping we jointly track the progress ofa product through your produc-tion with the aim of keeping the procedure efficient and avoiding waste. Experienced consultants employ state-of-the-art methods and tools that have been tried and tested at customer sites and within our own production.

Principles

Application of tried and tested processes– Elimination of errors and

malfunctions– Identification and resolution

of the root causes of problems– Optimisation of all process

factors– Close communication with

machine operators

Cleanliness, order, discipline and standardisation as the basis for quality.

Benefits and results

– Improvement in the qualification of all employees

– Increase in machine efficiency of up to 40 %

– Reduction in errors and rejects of up to 90 %

– Reduction of unplanned downtime of up to 90 %

– Reduced accident rate

Format: workshop and in-house project.

Training Course Overview

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12

Training CoursesTechnology

Page Order no. Course code Description

Technology

16 567522 PN291 Modern industrial pneumatics for operators

17 559395 PN111 Modern industrial pneumatics – Fundamentals

18 559396 PN121 Troubleshooting of electropneumatic systems using PLC controls

19 559417 PN142 Effective industrial problem solving techniques

20 575774 PN381 Vacuum in handling technology

21 559389 PN163 Valve terminal CPX – Commissioning, modification and fault elimination

22 574395 PN361 Energy saving in pneumatic systems

23 574393 PN351 Systematic safety improvement in pneumatic systems

24 573629 PN331 Pneumatics for water management

25 559448 HY511 Modern industrial hydraulics

26 559449 HY521 Maintenance troubleshooting in hydraulic systems

27 573359 HY181 Mastering mobile hydraulics

28 559451 HY132 Proportional hydraulics

29 559452 AUT111 GRAFCET – The new process description

30 559381 PLC211 Simatic S7 – Fundamentals

31 559383 PLC222 Simatic S7 – Intermediate

32 559382 PLC232 Simatic S7 – Bus technology

33 570614 PLC271 CoDeSys version 2 – A hardware-independent introduction to CoDeSys

34 570612 PLC281 CoDeSys version 2 – A hardware independent introduction to PLC programming

35 577954 PLC371 CoDeSys version 3 – A hardware-independent introduction to CoDeSys

36 577956 PLC381 CoDeSys version 3 – A hardware independent introduction to PLC programming

37 577951 EL131 Introduction to electricity for industrial maintenance 1

38 577953 EL141 Introduction to electricity for industrial maintenance 2

39 562553 ED811 Mastering the basics of electrical drives

40 577959 SN171 Mastering machinery safety 1

41 577961 SN182 Mastering machinery safety 2

42 565673 PA121 Valves in process automation

43 565675 PA141 Explosives safety

44 565682 PA201 Practical Mastery of Closed Loop Control

45 565684 PA221 Principles of industrial measurement and instrumentation

46 577543 PA231 Water purification processes in modern water works

47 577545 PA241 Safe and efficient water transport and distribution

48 577547 PA251 Key processes of wastewater transport and control

49 577549 PA261 Fundamentals of modern wastewater treatment processes

50 577551 PA271 Monitoring, controlling and optimising operations in water and wastewater treatment plants

51 577553 PA281 Energy optimisation in water and wastewater treatment plants

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Training CoursesOrganisation, People

Page Order no. Course code Description

Organisaton

54 561209 LP111 SYNCHRO – Introduction to Lean Production and VSM

55 559425 LP131 SMED – Reducing set-up time with SMED

56 559428 LP141 TPM – Maintenance strategies and TPM

57 559422 LP511 Lean Administration Game

People

60 565668 LS111 Leadership training module 1



63 559442 TTT111 Train-the-Trainer – Mastering key trainer skills

64 560278 CO111 Service Ambassador – Communication skills for service engineers

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Technology

Triple benefits

ExperienceFor over 40 years, we have beenproviding support for all devel-opment stages of automation technology. Our training courses use the latest technology.Close collaboration with our industrial division ensures access to the latest machines and systems, while our trainers have first-hand expertise.

InnovationWe place tough demands onour training. At our training courses, you will notice the dif-ference compared to other train-ing pro-viders. We provide new answers to long-standing ques-tions that help you to make decisive steps in your company plans.

VisionOur trainers know the areas ofwork of your participants.This knowledge extends beyondpurely technical requirementsto questions concerning topicssuch as Just in time, TPM andKanban.

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Technology

16 Online booking: www.festo-tac.com

PN291

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

In the factories which implement TPM, the autonomous maintenance is one of the back bones of the implementation. To achieve autonomous maintenance, the operator should know the basics of the related technology so that he/she can do the defined maintenance and troubleshooting of the machines or pro-duction lines. This training course has been designed for the operators so that they become technical operators in the field of pneumatics.

Operators

• Safety in pneumatics• Actuators and valves• Controls:

– Pneumatic and electrical control of the valves– Position and speed control

• Basic principles of compressed air supply: Production, preparation, distribution• Daily preventive maintenance• Identifying abnormalities in the production• Basic troubleshooting of pneumatic systems• Various breakdown analysis tools• Regulations

The participant:• can identify and tag malfunctions in the production• can perform regular preventive maintenance procedures• can fill out and analyse various breakdown charts and tools• can identify and troubleshoot basic pneumatic breakdowns• can communicate failures and breakdowns with maintenance crew

None

3 days (2 days face to face, 1 day shop floor workshop)

567522

Modern industrial pneumatics for operators

Pneumatics

Technology

17Online booking: www.festo-tac.com

Modern industrial pneumatics – Fundamentals

PN111

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

In this course you will cover in detail the most up-to-date products, current tools and methods related to pneumatics used in industry. Our principle is learning from the real world for the real world!

Operators, maintenance, design/engineering, trainers

• Drives: Cylinders for different drive purposes• Valves: Various valve types (pneumatic/electric controlled, structures, different mid positions etc)• Controls: Pneumatic and electric controls of valves

– Position control: Limit switches and sensors– Speed control: Uses of throttle valves– Logic control: And/or valves– Pressure control: Uses of adjustable pressure sensors– Time-dependent control

• Fundamentals of industrial electric controls: Buttons, contacts, relays• Fundamentals of compressed air supply: Production, preparation, distribution• Symbolic representation of devices, standards• Identifying and eliminating faults, including safety aspects• Cutting installation costs – from single valve to valve terminal

The participant:• can design, assemble and test basic pneumatic circuits• can maintain and troubleshoot pneumatic components and basic control systems• can identify and describe the design, feature and operation of pneumatic components• can identify and explain symbols for pneumatic components• can interpret technical specifications and data relating to pneumatic components• knows the fundamentals of compressed air generation

Basic technical understanding

3 days

559395

Pneumatics

Technology


PN121

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

This course allows you to extend your technical and methodological knowledge and to identify andeliminate faults without delay using a systematic procedure and the ability to understand the functionalrelationships of complex machinery.

Maintenance, trainers

• Functional relationships between mechanical elements, pneumatics, electronics and PLC• Design and function of pneumatic and electropneumatic components• Basic principles of sensor technology• Reviewing, completing and using machine documentation• Developing and applying troubleshooting strategies in a team• Optimising systems using fault documentation• Learning and applying safety regulations and valid standards• Process FMEA (Failure Mode and Effect Analysis) as a method of preventive maintenance• Optimisation of a production-related system with TPM (Total Productive Maintenance) components• Practical exercises on systematic troubleshooting

• The participants:• can describe the functional relationship between mechanical, pneumatic,

electronic and PLC components• masters troubleshooting techniques and strategies• is familiar with safety aspects of pneumatic systems• can effectively use PLCs to identify and locate failures in an electro pneumatic system

PN 111 Modern industrial pneumatics – Fundamentals trainingBasic PLC training

3 days

559396

Pneumatics

Troubleshooting of electropneumatic systemsusing PLC controls

Technology


Effective industrial problem solving techniques

PN142

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Modern industrial plants have a high level of complexity, making it increasingly difficult for maintenance staff to detect the cause of faults with technical competence and experience alone. A methodical approach is required. This includes analysis of the environment, communication with specialist departments and systematic use of appropriate problem-solving techniques.


• Definitions, understanding and communicating problems• Troubleshooting using problem solving techniques• Causes of downtime and how to prepare a fault list• Methods/tools for analysing weak spots

(Pareto, cause-effect diagram, brainwriting, FMEA, measure list, measure plan)

The participant:• becomes familiar with the technical structure of a complex machine• understands the causes of downtime and failures• can prepare and evaluate failure lists• can solve technical problems using a structured approach

PN111 “Modern industrial pneumatics – Fundamentals” or equivalent knowledge

2 days

559417

Technology


Vacuum in handling technology

PN381

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

The use of vacuum plays an important role in handling technology. The vacuum is used in positioning, transporting, lifting, sorting and with many more applications. To work with those applications, the knowledge about vacuum technology is essential, especially for those who design, maintain or even need to select the right vacuum components for various applications.

In this training course, participants learn about the basic specifics of vacuum compared to compressed air.The production of vacuum, selection of the right suction cups, and also opportunities for cost reduction are mainly covered.

Maintenance, design/engineering, trainers

• Introduction to vacuum technology• Vacuum generation in handling technology• Vacuum components in handling technology• Component selection criteria

The participant:• Understands the generation and provision of vacuum• Describes the fundamentals of vacuum• Selects and dimensions suction cups• Interprets the material properties of handling with vacuum• Interprets the vacuum generator properties• Designs simple vacuum circuits


1 day

575774

Pneumatics

Technology


Pneumatics

Valve terminal CPX –Commissioning, modification and fault elimination

PN163

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Preconfigured complex systems with valve terminals and mechanical, pneumatic and electrical compo-nents have numerous advantages but create new tasks for maintenance staff. This course enables you to understand how pneumatic and electrical components work together. You will also learn identification and elimination of faults, and troubleshooting aids.

Maintenance, design/engineering

• Design and function of three different CPX valve terminal series– MPA– Midi– VTSA

• Valve functions• Creating pressure zones• Drawing and reading pneumatic circuit diagrams• Functional relationships between pneumatics and electrical engineering• Terminal configuration and spare parts ordering• Modification and replacement of parts• Versatile electrical connection technology• Adjustable failsafe behaviour• Detection and elimination of pneumatic and electric controls• Diagnosis via fault LEDs at the Profibus node• Creating a Profibus configuration using STEP7• Testing and diagnosis via Profibus using a programming unit• Programmed diagnosis

The participant:• is familiar with the CPX valve terminals and operation principles• can interact with the CPX interface• can diagnose failures of CPX valve terminals• can undertake diagnosis via Profibus


2 days

559389

Technology


Energy saving in pneumatic systems

PN361

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

The issues related to energy saving are becoming more vital each day. In the factories or even in the small workshops, the intelligent use of every energy source and the right sizing and selection of components save significant amounts of cost, time, waste etc. Compressed air is a very important energy source for industrial production. The possibilities to save costs from production to consumption of compressed air are enormous. But everything begins with the attention of the people who work with it. The training course focuses on peoples’ attention of costs and improving the areas of compressed air production, distribution, preparation and the pneumatic circuits. This training especially matches the customers’ training needs who had already received a Festo Energy Saving Service.

Operators, maintenance, engineering, designers, trainers

• The cost of compressed air with measurements• The cost of leaks• The compressed air consumption of various circuits• The cost of over and under sizing of components• The right sizing for efficiency• Energy efficient circuits• Correcting the failures that caused efficiency wastes

The participant:• Understands the relation between the consumption and the cost of energy sources • Applies efficiency measures in the preparation, distribution and consumption of compressed air• Corrects the failures that cause efficiency waste• Applies efficiency measures in pneumatic circuits• Selects efficient components for various applications• Measures the air consumption of various pneumatic applications• Improves the lifetime of various pneumatic components


2 days

574395

Pneumatics

Technology


Pneumatics

Systematic safety improvement in pneumatic systems

PN351

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Just like good functionality and economic efficiency, safety is essential to the success of any product.What is more, the European directives and standards require intelligent solutions and raise the level of professional skills required. As a result, there is a wide range of different products, information and quali-fications for safety engineering. However, most of them focus on the control level. This course familiarises participants with integrated control and pneumatic solutions for the right commissioning, troubleshooting, set-up, maintenance and simple optimisation of a system.

Operators, maintenance, engineering, designers, trainers

• The right dimensioning• Operation modes• Safe designing example

– Hazardous areas– Risk analyses– Safety measures

• 10 technical safety functions• Emergency stop• Pneumatic safety tips

The participant:• Recognises the hazards in pneumatic processes• Analyses the risk factors of simple pneumatic designs• Applies safety measures and safety circuits• Understands the principles of emergency and safety solutions• Raises the safety reliability of simple pneumatic designs


2 days

574393

Technology


There is a trend among operators of water treatment plants towards the increased use of pneumatic drives instead of electric drives. The advantages in terms of cost, system reliability, reduced complexity, ease of use and maintenance clearly speak for this technology.

This three-day course gives the participants an insight into process automation in water-related plants, making an important contribution to the process reliability of these plants.

Anyone employed in the area of industrial process or water treatment facilities

• Production and distribution of compressed air• Spotting and eliminating waste• Reading of circuit diagrams and interpretation of control sequences• Design and function of directional control, pressure, shutoff and flow control vales• Function of linear and rotary drives• Correct adjustment of process drives and their sensors• Safe and precise manual intervention• Safe decommissioning in case of total loss of auxiliary energy• Practical exercises, designing and testing of circuits and troubleshooting

The participant:• can confidently identify relationships within the process• can avoid damage and failure in the case of user-specific errors through safe and precise intervention


3 days

573629

PN331

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Pneumatics for water management

Pneumatics

Technology


Hydraulics

HY511

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

This course provides you with an insight into hydraulic components and their function.You will create and read circuit diagrams and set the pressure and position of hydraulic drives. You will also learn the basics of electrical drives, enabling you to commission electro hydraulic systems. As in all Festo Didactic training courses, there is an emphasis on practical exercises.


• Equipment and circuit diagram symbols, reading and interpreting basic hydraulic circuit diagrams• Physical principles• Structure and mode of operation of basic components• Measuring volumetric flow and pressure• Technology and characteristic data of valves and drive elements• Intensive training for industrial practice: setting up systems in accordance with circuit diagrams,

commissioning• Fundamentals of proportional hydraulics• Structure of simple relay controls

The participant:• designs, assembles and tests basic hydraulic circuits • maintains and troubleshoots basic hydraulic control systems• identifies and describes the construction, design features and operation of hydraulic components • interprets technical specifications and data relating to hydraulic components and systems • identifies and explains graphical symbols for hydraulic components • describes fundamentals of oil flow


4 days

559448

Modern industrial hydraulics

Technology


Hydraulics

The right maintenance approach supported with intense hydraulic knowledge and troubleshootingstrategies prolongs the operating hours of hydraulic machines and reduces the downtimes. This courseprovides you with the relevant knowledge and real life exercises based on troubleshooting techniques.

Operators, maintenance, trainers

• Important hydraulic components• Circuit design and reading• Hydraulic troubleshooting techniques• Analysing circuits for troubleshooting• Hydraulic maintenance approach• Troubleshooting guides

The participant:• knows the features of important hydraulic components• can interpret the technical data of the component• understands how availability of production equipment can be improved• knows the efficient maintenance methods• can read and analyse hydraulic circuit diagrams• can effectively troubleshoot hydraulic circuits• can safely commission the system

Modern industrial hydraulics training (HY 511)

3 days,

559449

HY521

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Maintenance troubleshooting in hydraulic systems

Technology


Hydraulics

The know-how needed to design, maintain and operate mobile hydraulic systems is becoming more impor-tant each day. Due to the complexity of mobile hydraulic systems compared to industrial hydraulics, the skills needed for maintenance and design require strong mobile hydraulics fundamentals. In this course, you will learn every important detail related to mobile hydraulics. And due to many interesting mobile hydraulics solutions and circuits, this course also enlarges your perspective of industrial hydraulics.


• Hydro static transmission and related components • Steering unit• Working hydraulics• Load holding• Load sensing in constant and variable displacement pumps• Pressure and flow control• Fundamentals of proportional control• Commissioning and maintaining mobile systems

The participant:• can identify the components and explain their functions in a given mobile hydraulic circuit • can build and test hydrostatic transmissions, working hydraulics and steering circuits• can explain load sensing functions and other efficiency components • can make adjustments for the required control parameters of mobile hydraulics • can measure the required parameters in a mobile hydraulic circuit• can systematically troubleshoot and explain maintenance procedures• can explain the safety measures in mobile equipments

HY511 “Modern industrial hydraulics” or equivalent knowledge

3 days

573359

HY181

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Mastering mobile hydraulics

Technology


Proportional hydraulics

In this course you learn the function and control of proportional valves and the structure of basiccircuits in practical industrial applications. An extensive practical part gives you the opportunity toset up circuits, set parameters and gain experience in commissioning and troubleshooting proportional hydraulic controls.


• Structure, function and characteristic data of proportional, way, pressure and flow control valves• Generation of setpoints (analog and digital)• Adapting amplifier electronics to required conditions• Development and interpretation of proportional hydraulics circuit diagrams• Intensive practical training through setup of circuits according to circuit diagrams and

setting parameters for optimal commissioning• Tips for maintenance, troubleshooting and commissioning• Proportional valves in open-loop controls and control valves in closed-loop controls• Introduction to servo valve technology and control• Current standards and safety regulations for industrial practice

The participant:• understands the principles of proportional hydraulics• can explain the structure and mode of operation of proportional, way, pressure and flow control valves• can interpret the characteristic data of proportional valves• can adapt amplifier electronics to the required conditions• can develop, read, understand and interpret proportional hydraulics circuit diagrams• can explain the principles of servo valve technology and control• can explain the difference between open- and closed-loop controls• can name current standards and safety regulations for industrial practice

HY511 “Modern industrial hydraulics” or equivalent knowledge

3 days

559451

HY132

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Hydraulics

Technology


GRAFCET

GRAFCET – The new process description

AUT111

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Used in automation and process engineering, GRAFCET is a specification language for sequences in accordance with DIN/EN 60848. It replaces DIN 40719-6 Function Chart. If you are involved in design and engineering, the course provides you with an invaluable planning tool. GRAFCET delivers a primary work-ing document for plant engineers and line builders – and maintenance personnel with the key to fast and effective troubleshooting for maintenance.

Design/engineering, trainers

• Explanation of the key elements of the standard• What can GRAFCET do that Function Chart cannot?• Modes of operation• Hierarchies• Macro- and microstructures• Decentralized intelligence and sequences• Creating example GRAFCETs

The participant:• knows the advantages, benefits and application fields of GRAFCET• knows the characteristics and structure of GRAFCET plans• can read and understand a GRAFCET plan• can visualize automation technology problems step by step with GRAFCET• can draw own GRAFCET plans of varying degrees of difficulty

Basic knowledge of control technology

1 day

559452

Technology


PLC

Simatic S7 – Fundamentals

PLC211

Target groups

Contents

Outcomes

Duration

Article number

You will learn the structure and mode of operation of the Simatic S7 as well as how to create simple logic association and sequence programs. A key element of the course is application and handling, using the programming terminology and taking into account the various interfaces between the individual techno-logies (mechanical, pneumatics, hydraulics, electrical and PLC).

Maintenance, design/engineering, trainer

• Basic structure of the Simatic S7 controller• Roles of the input and output modules• The 3 programming languages: FUC, LD and IL• The basic instruction set of Simatic S7• Latching• PLC timers• Archiving and restoring PLC programs

The participant:• can configure and commission a Simatic S7 controller• can create, read out and change hardware configurations• can create and commission PLC programs with logic associations and sequences• can combine various program modules into structured programs• can delimit and eliminate faults and errors using the diagnostic buffer and status display

4 days

559381

Technology


PLC

PLC222

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

This course focuses on the process to be automated. The contents covered in this advanced seminar will allow you to implement your automation solutions with the Simatic S7.


• Deeper exploration of STEP 7• Structured programming• Sequence programming in FUC• GRAFCET planning aid as per DIN EN 60848• Reading and normalising analog values• Application of various organisational modules• Generation of and working with data modules• Declaration of variables in function modules and functions• Application of standard and system function modules• Application of IEC modules from the library

The participant:• understands and creates complex program structures• finds errors in complex programs quickly and efficiently• identifies the reasons for machine stops with the aid of the PLC program• makes changes and additions to programs developed by others

Simatic S7 – Basic principles training

4 days

559383

Simatic S7 – Intermediate

Technology


PLC

Simatic S7 – Bus technology

PLC232

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

It is hard to imagine industrial automation without communication via bus systems. This course gives you an introduction to various technologies: Profibus, Interbus, AS-i bus, and fieldbus and enables you to use and commission them and identify and eliminate faults.


• Function of the AS interface• Addressing AS-I user modules and commissioning of an AS interface with the Simatic S7-300• System information and structure of the MPI network• Configuration and commissioning of an MPI network with a Simatic S7-300• Technical system information on the Profibus DP• Mode of operation of the Profibus DP• Commissioning of various Profibus components with the Simatic S7-300

The participant:• can parameterise and diagnose Profibus DP slaves• can plan and systematically commission AS-i system• can identify and eliminate faults in an AS-i network• can plan and systematically commission a Profibus network• can identify and eliminate faults in a Profibus network

Simatic S7 – Basic principles trainingSimatic S7 – Bus intermediate training

3 days

559382

Technology


PLC

PLC271

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

CoDeSys version 2 –A hardware independent introduction to CoDeSys

Flexibility despite a high degree of automation is one of the most important challenges in manufactur-ing companies. It demands the integration and networking of different controls in a complex automation system. This is complicated by the huge variety of programming software available. Differences in user-interface, functionality and command sets cause confusion and make mistakes more likely. CoDeSys –a tried and tested, globally-introduced hardware-independent software from 3S offers a Controller Devel-opment System according to the IEC 61131-3 with all defined programming languages independent of the hardware manufacturer. This training demystifies CoDeSys and gives participants confidence in using it.


• Overview of the standard IEC 61131-3• Introduction to the CoDeSys programming environment• Use of the 6 programming languages IL, ST, LD, FBD, SFC, CFC• Use of visualisation• Working with simulation• Functions, function blocks and libraries• Conversion of PLC programs• Use of variable and symbolic operands• Using the Help function• Aids to trouble-shooting

The participant:• can explain the scope and potential of CoDeSys• can explain the positioning of CoDeSys to other programming environments • can select the best programming language for a given task• can identify which products can be programmed with CoDeSys • selects appropriate language for a specific task and combine them to a complete project • can create a basic simulation based on the internal SoftPLC from CoDeSys and test programs• can create a basic visualisation (e.g. belt or distribution station)

Common technical knowledge

2 days

570614

Technology


PLC281

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

CoDeSys version 2 –A hardware independent introduction to PLC programming

In order to master the fast-changing requirements of embedded and PC-controlled industrial applications, it is increasingly important to master and apply different programming languages. This is complicated by the huge variety of programming software available. Differences in user-interface, functionality and com-mands sets cause confusion and make mistakes more likely. CoDeSys – a tried and tested, globally-intro-duced hardware-independent software from 3S offers a Controller Development System according to the IEC 61131-3 with all defined programming languages independent of the hardware manufacturer.This training demystifies CoDeSys and gives participants confidence in using it.


• Design and functions of a PLC• Overview of the standard IEC 61131-3• Overview of automation structures and bus systems• Functionality of the CoDeSys programming environment • Use of the 6 programming languages IL, ST, LD, FBD, SFC, CFC• Offline simulation • Visualisation• Configuration and commissioning Festo automation systems

The participant:• can use and combine IEC 61131-3 languages (CoDeSys v2.3) to program an professional solution

for an industrial application quickly and efficiently• can program IEC 61131-2 compatible industrial controllers • can describe the sequence of the MPS Distribution Station using Grafcet • can program the sequence of the MPS Distribution Station using a language or combination

of languages• can use debugging tools to simulate, test and trace• can use CoDeSys features to troubleshoot• masters the fundamentals of visualisation• can create and use different kinds of variables (local, global)• knows how to find help within the software

Basic electrical knowledge. We recommend taking the EL131, EL141 and PLC271 courses in advance.

2 days

570612

PLC

Technology


PLC371

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Flexibility despite a high degree of automation is one of the most important challenges in manufacturingcompanies. It demands the integration and networking of different controls in a complex automationsystem. This is complicated by the huge variety of programming software available.Differences in userinterface, functionality and command sets cause confusion and make mistakes more likely. CoDeSys – a tried and tested, globally-introduced hardware-independent software from 3S offers a Controller Development System according to the IEC 61131-3 with all defined programming languages independent of the hardware manufacturer. This training demystifies CoDeSys and gives participants con-fidence in using it.


• Overview of the standard IEC 61131-3• Introduction to the CoDeSys programming environment• Use of the 6 programming languages IL, ST, LD, FBD, SFC, CFC• Use of visualisation• Working with simulation• Functions, function blocks and libraries• Conversion of PLC programs• Use of variable and symbolic operands• Using the Help function• Aids to trouble-shooting

The participant:• can explain the scope and potential of CoDeSys• can explain the positioning of CoDeSys to other programming environments• can select the best programming language for a given task• can identify which products can be programmed with CoDeSys• selects appropriate language for a specific task and combine them to a complete project• can create a basic simulation based on the internal SoftPLC from CoDeSys and test programs• can create a basic visualisation (e.g. belt or distribution station)


2 days

577954

CoDeSys version 3 –A hardware-independent introduction to CoDeSys

PLC

Technology


PLC381

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

CoDeSys version 3 –A hardware independent introduction to PLC programming

In order to master the fast-changing requirements of embedded and PC-controlled industrial applications,it is increasingly important to master and apply different programming languages. This is complicated bythe huge variety of programming software available. Differences in user-interface, functionality andcommands sets cause confusion and make mistakes more likely. CoDeSys – a tried and tested, globallyintroduced hardware-independent software from 3S offers a Controller Development System according tothe IEC 61131-3 with all defined programming languages independent of the hardware manufacturer. This training demystifies CoDeSys and gives participants confidence in using it.


• Design and functions of a PLC• Overview of the standard IEC 61131-3• Overview of automation structures and bus systems• Functionality of the CoDeSys programming environment• Use of the 6 programming languages IL, ST, LD, FBD, SFC, CFC• Offline simulation• Visualisation• Configuration and commissioning Festo automation systems

The participant:• can use and combine IEC 61131-3 languages (CoDeSys v3.2) to program an professional solution for an

industrial application quickly and efficiently• can program IEC 61131-2 compatible industrial controllers• can describe the sequence of the MPS Distribution Station using Grafcet• can program the sequence of the MPS Distribution Station using a language or combination of

languages• can use debugging tools to simulate, test and trace• can use CoDeSys features to troubleshoot• masters the fundamentals of visualisation• can create and use different kinds of variables (local, global)• knows how to find help within the software

Basic electrical knowledge. We recommend taking the EL131, EL141 and PLC271 courses in advance.

2 days

577956

PLC

Technology


EL131

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Electrical engineering has become an indispensible element in many areas of industry and servicecompanies. At the same time, though, it is also an obstacle, because staff who have not completed atraining program or a course of study in electrical training are constantly confronted by signs saying‘Access prohibited’ and ‘Authorised personnel only’. However, there are official organisations in somecountries who can potentially certify and allow employees who have undertaken specialist electricaltraining to carry out a limited range of tasks.

This course presents in detail the most important electrical components, the properties and features ofelectric current, and the safety regulations for working in commercial operations – as well as covering thesame material in extensive practice-oriented exercises. Using the ‘see – understand – apply’ principle,technical background information from the course allows participants to recognize relationships and toimplement what they have learnt in practice in their work. This results both in employee safety and greaterproductivity.

The course is designed for all employees with little or no basic electrical training, who are constantlyconfronted with electrical systems. These include machine operators, maintenance technicians, fitters,and designers – but also service personnel such as janitors / caretakers, cleaning staff etc. who have towork with electrical equipment or enter rooms containing such equipment.

• What is electric current? What effects does it have?• Closed circuit• Electrical conductivity• Units and symbols• Ohm‘s Law• Measuring in the circuit• Voltage supplies• The resistor as a component• Series connection of resistors• Parallel connection of resistors• Voltage divider• Circuit principles• Electrical components (capacitor, relay, contactor etc.)• Avoidable and unavoidable measuring errors• Conductors – semiconductors – non-conductors (insulators)• The diode and its applications in automation

The participants learn about key electrical components, and understand interrelationships and safetyregulations for operational practice. They also see the relationships to other technologies such aspneumatics and hydraulics. This content is complemented by extensive practical exercises such as thesetup and testing of various circuits.


2 days

577951

Introduction to electricity for industrial maintenance 1

PLC

Technology


Introduction to electricity for industrial maintenance 2

PLC

EL141

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Electrical engineering has become an indispensible element in many areas of industry and servicecompanies. At the same time, though, it is also an obstacle, because staff who have not completed atraining program or a course of study in electrical training are constantly confronted by signs saying‘Access prohibited’ and ‘Authorised personnel only’. However, there are official organisations in somecountries who can potentially certify and allow employees who have undertaken specialist electricaltraining to carry out a limited range of tasks.

This course presents in detail the most important electrical components, the properties and features ofelectric current, and the safety regulations for working in commercial operations – as well as covering thesame material in extensive practice-oriented exercises. Using the ‘see – understand – apply’ principle,technical background information from the course allows participants to recognize relationships and toimplement what they have learnt in practice in their work. This results both in employee safety and greaterproductivity.

The course is designed for all employees with little or no basic electrical training, who are constantlyconfronted with electrical systems. These include machine operators, maintenance technicians, fitters,and designers – but also service personnel such as janitors / caretakers, cleaning staff etc. who have towork with electrical equipment or enter rooms containing such equipment.

• Direct current, alternating current, and three-phase current• Electric field und magnetism• Safety in electric circuits• Measuring, calculating and interpreting values• Work and power• Motors• Capacitor• Coils• Physical variables• Fundamentals of sensor technology

The participants learn about key electrical components, and understand interrelationships and safetyregulations for operational practice. They also see the relationships with other technologies such aspneumatics and hydraulics. This content is complemented by extensive practical exercises such as thesetup and testing of circuits.

Introduction to electricity for Industrial Maintenance 1 course or equivalent knowlege

2 days

577953

Technology


Electrical Drives

Mastering the basics of electrical drives

ED811

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

As electrical drives are increasingly used in industry, many mechanical engineers and technicians areconfronted with this new and initially complex technology and are expected to be able to commission andmaintain it. This is a daunting prospect for anyone that has not had proper training. This course aims toprovide this target group with the attitudes, skills and knowledge they need to master the basics.On completion of the training participants are able to select the most appropriate components for a given application, safely commission drives, and locate and eliminate simple faults.


• Linear & rotary mechanical drives ( Tooth belt; spindle; ball screw; torque motor)• Motors ( DC Motors; AC Motors – Synchronous & asynchronous; servo; stepper)• Direct drives (Linear & torque motors)• Brakes for electrical drives• Mechanical gear units for electrical drives• Displacement encoders (Incremental; absolute; resolver)• Selection criteria for electrical drives• Controllers• Festo Configuration Tool (FCT) software package

The participant:• can explain the functional principles of synchronous machines and steppers.• can describe the functional principles of servo and stepper controllers.• can differentiate between the various types of encoders and identify their function and specific

application.• can explain the differences between the various types of brakes.• is able to analyse a system consisting of different electric drives, controllers, brakes, gear boxes and

explain their configuration and relationship.• can differentiate between the range of gear boxes for electrical drives and identify their function and

specific application.• can differentiate between the various types of mechanical drives (axis), and explain their construction.• can describe the characteristics, analyse the technical data and specify the applications of the different

types of mechanical drives (axis).• can select the most appropriate components of an electrical drive for a given application.• can explain the relevant parameters of the configuration software and their effect on the drive system.• can set up, power up and configure an electrical drive system (commission).• can use the Festo Configuration Tool (FCT) to set up the different parameters for speed, homing,

positioning and torque control.• can work safely with an electrical drive and demonstrate the desire to carry out the safety practises.• can locate and eliminate simple faults.

Basic electrical and sensor understanding. We recommend taking the Introduction to electricity for Indus-trial maintenance 1 and 2 courses in advance.

2 days

562553

Technology


Electrical Drives

Mastering machinery safety 1

SN171

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Since December 2009 it is compulsory to use the “new” machinery directive 2006/42/EC. Thisrequirement together with the harmonised standards could translate into a significant change in yourorganization. Other than several small modifications and additions, the new IIB declaration (referred to asthe declaration of incorporation) is also introduced. Technical files and user manuals with informationabout transportation, installation, commissioning, adjustment, maintenance, disassembly, scraping andrecycling must be created and delivered with the partially completed machinery.

Designers of machinery, designers of mechanical or electrical control systems.

Using the new harmonised standards EN ISO 13849-1 for the Performance Level (PL) and Mean time ToFailure (MTTF) calculations as well as the EN ISO 13849-2 for the validation of the safety systems designedfor the machinery, are quite a challenge to handle properly and require a lot of new knowledge totackle these requirements.The standard EN IEC 62061 is for electric, electronic and programmableequipment. In this standard you can find information about the Safety Integrity Level (SIL).The EN ISO with information about the combination of several machines. This would further developinto Integrated Manufacturing System, referred to as IMS. The above-mentioned topics and a lot more will be covered in this two-day course about machinery safety.

After the completion of this training the participant can:• apply the machinery directive• determine which other directives have to be applied• determine and describe the limits of the machinery• create the proper documentation for the machinery• explain the changes made in the “new” machinery directive• name the new standards that are harmonised under the machinery directive• describe the relation between the directives and the harmonised standards• carry out a risk assessment• explain the difference between a machinery and a partially completed machinery• list the documents that have to be prepared for the machinery and the partially completed machinery• define the life stages of the machinery• identify the responsible person for each life phase of the machinery• describe the residual risks and handle them• use the information from the EN ISO 13849-1 and 13849-2 (PL)• create the safety circuits for different categories• perform the necessary calculations for PL, MTTFd based on the B10 value• define the abbreviations: MTTF, MTBF, B10 , T10 , DC, CCF, etc.• prepare a declaration of conformation or a declaration of incorporation based on the harmonised

standards

Common technical knowledge.

2 days

577959

Technology


Electrical Drives

Mastering machinery safety 2

SN182

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Machinery can be a combination of machines. In this case we are dealing with an Integrated ManufacturingSystem (IMS). The information about IMS can be found in the harmonised standard EN ISO 11161:2010Safety of machinery – Integrated manufacturing systems – Basic requirements.

Designers of machinery, designers of mechanical or electrical control systems.

The standard about electrical safety for machinery is the EN IEC 60204-1:2006 Safety of machinery –Electrical equipment of machines - Part 1: General requirements. In machinery, electricity is nearly always used, that means the EN IEC 60204 is a very important harmonised standard to use.

The participant can:• explain the definition of a basic Integrated Manufacturing System (IMS)• define the limits of the IMS• identify a task zone in an IMS• define the span of control in an IMS• describe the measures that have to be taken for suspending safety functions• identify the responsible person for the design of the IMS• locate the connection of the incoming supply• design a control cabinet and the electric installation in a machine• identify the required electrical protection class (IP)• carry out the required calculations for the electric installation in the machine, cross wire section,

current carrying capacity, cable length, over current protection, etc.• explain the difference between protective and functional bounding• design a “safe” IMS• define the limits of the machine and the covered area for the task zone• design a safety system for the IMS• use the 60204 calculation tool• create the appropriate documentation for the IMS and the control system of machinery• provide the necessary information about the needed power supply (electric, pneumatic, hydraulic, etc.)

Basic knowledge of the machinery directive and standards is required.We strongly recommend taking the Mastering Machinery Safety 1 course in advance.

2 days

577961

Technology


Valves in process automation

PA121

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

This course provides you with insight into process valve technology, including valve/drive selection based on materials and standards, and taking cavitation into account. It also gives you an understanding of entire valve control systems.


• Overview of design and function of process valves, taking international standardisation into account• Physical principles and material selection related to media and process valves• Testing and certification requirements of process valves (such as works test certificate)• Cavitation – what is cavitation, how to avoid cavitation damage with specially designed valve types• Principles and selection of process valve actuation (manual, hydraulic, electric and pneumatic)• Reading and interpreting process valve symbols• Influence of international regulations on the process valve selection (AWWA; API etc.)• SIL regulation (Safety Integrity Level), explosive safety and the influence on the process valves

The participant:• can select, assemble, and test complex process valve installations• can maintain and troubleshoot complex process valve installations• can identify and describe the construction, design features, and operation of process valves• can interpret technical specifications and data relating to process valves and systems• can identify and explain graphical symbols for process valves• can perform simple calculations of pressure, flow and force• knows the role of process valve actuation – manual, hydraulic, electric and pneumatic• knows how to prevent cavitation damage• knows innovative development and current trends in process valve automation products and

their application


4 days

565673

Process Automation

Technology


Explosive safety

PA141

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

This course gives you an insight into standards-based explosive safety & explosion protection with risk analysis and operation/maintenance of electrical & mechanical installations. It also covers the develop-ment of explosive safety rules for machines, equipment and switchgear, conformity with the CE mark, explosive safety documentation as well as explosive safety in other countries.


• Explosive safety fundamentals EN 60079, EN-1127, EN-13463, IEC61241- plus appropriate guidelines, function and duties, selection and qualification

• ATEX Directive 94/9/EC, IECEex, UL-Aex ...• Process safety management, risk management• Process hazards analysis• Implementation of an explosive safety management• Documentation and approvals

The participant:• understands and can use EU the guideline 94/9EG plus related guidelines• knows explosive safety – function and duties, selection and qualification• knows fundamentals of technical explosive safety – electrical & mechanical• knows appropriate legal regulations and responsibilities of the operator / owner• understands the reaction and properties of materials, chemicals and mixtures in gas and dust areas• knows / understands relevant standards (ISO/DIN/AWWA/ANSI ...)• can perform accreditation and relevant guidelines (German Lloyd, FDA ...)• can organise and develop operational explosive safety measures and implement them in operational

concepts• can develop / form EX documentation and initiate approvals• can communicate with internal and external bodies• is familiar with the framework, definitions, systems, hardware and software requirements


4 days

565675

Process Automation

Technology


In this course you will master the principles of automatic process control and the operation of the feed-back loop to include proportional, integral and derivative control modes as well as advanced concepts of cascade, ratio, and feed forward control. You will also learn and practice controller tuning methods and get an overview of drawings used in industry.


• Operation of the components in a closed-loop control system including static and dynamic functions• Requirements for open loop and closed-loop stability and control system tuning methods• Functionality of cascade control loops and the advantages of cascade control over single-element

feedback control, and tuning a cascade control loop for optimum control• Principles and design features of feed forward control and tuning a feed forward control system

for optimum control• Operation and function of ratio control systems and tuning of ratio control systems• Safety concerns and procedures when operating control systems

The participant:• can commission a basic closed-loop control system• can initiate and modify basic closed-loop control systems• can identify components• can read a circuit diagram or wiring schematic• can connect components according to a circuit diagram or wiring schematic• can operate, describe, identify and analyze a control• knows the fundamentals of closed-loop controls


4 days

565682

PA201

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Practical mastery of closed loop control

Process Automation

Technology


PA221

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

In this course you will become familiar with the equipment used in process automation to measure and control a process. Using practical exercises and training, you will learn how process equipment is used to form an open- and closed-loop system, and will gain an understanding of drawings used in industry.


• Basic electric principles and electrical safety• Transducers & sensors• Principles of measurement (flow, level, temperature & pressure)• Control valves, their components and functions• Control theory• Fundamentals of control loops• Instrumentation symbols and drawings• Practical training on software and hardware with loop tuning & adjustment• Safety concerns and procedures when operating control systems

The participant:• can measure and describe the difference between basic electrical principles• can identify, describe and measure the difference between analog and digital signals• can identify and measure and understands the principles of sensors used to measure process variables• knows principles of various installations used to measure process variables• can identify and describe the components of a control valve• can explain the main parts of open- and closed-loop systems, their functions and signal flows• can identify the symbols and components used in instrumentation drawings


4 days

565684

Principles of industrial measurement and instrumentation

Process Automation

Technology


This module deals with the water treatment processes used in modern water treatment plants.These plants have to provide households and industry with clean drinking water. The module teachesprinciples, practices and the desired function and operation of a variety of water treatment processes,including the flocculation and sedimentation. The goal is to apply the necessary techniques creating anenvironmentally safe effluent on the one side and to ensure healthy drinking water on the other side.

Technical staff and supervisors of water treatment plants

• Flocculation– Measuring- and control technologies– Calcium hardness analysis by titration– Water softening using flocculation– Alternative: Iron flocculation using iron hydroxide– Dosage of coagulants– Neutralisation of the pH-value

• Sedimentation– Simulation: Sedimentation of sludge (granulate)– Analysis of factors affecting sedimentation– Analysis of flow rates– Determination of the load of solids– Creation of a sedimentation graph– Calculation of the maximum surface overflow rate

• Chlorine dosing and disinfection– Disinfection control– Measurement of chlorine concentration

The participant is able to:• control coagulation, flocculation and sedimentation processes• evaluate the processes of precipitation and flocculation and identify overdosing• create a sedimentation graph• measure and interpret chlorine dosage• dose chlorine

1 day

577543

PA231

Target groups

Contents

Outcomes

Duration

Article number

Water purification processes in modern water works

Water Technology

Technology


Safe water transport and distribution is essential for drinking water supply. Participants of this moduleare familiarized with control technologies in water transport to achieve the optimum distribution ofdrinking water to the consumer. For this purpose all relevant components need to function efficientlyand form an effectively adjusted system. The module traces the flow of water from the source to thepublic. Pumps are one of the focuses, since they are widely used in water plants.

Technical staff and supervisors of water treatment plants

• Operation of pumps– Types of pumps and the principles of their operation– Components of pumps– Maintenance of pumps– Horsepower and efficiency of a pump

• Water transport to high tower– Constant supply of drinking water

• Water supply to different pressure zones– Simulation of two settlement zones located on different altitudes– Manual and automatic valve control

• Water loss– Identification of water loss– Leakages– Analysis of water consumption

The participant is able to:• supervise and control a common pump station system• identify and explain types of pumps and their components• implement measures to ensure water supply to different pressure zones• understand the function and advantages of manual and automatic valve control systems• reduce water losses through pressure control• detect narrowings in piping systems by monitoring flow rate and pressure• keep the fill level of a high tower constant under varying basic conditions• detect leakages with zero-consumption measurement

2 days

577545

PA241

Target groups

Contents

Outcomes

Duration

Article number

Safe and efficient water transport and distribution

Water Technology

Technology


Wastewaters are waterborne solids and liquids discharged to the sewers and represent waste of commu-nity life. To ensure a safe and odorless transport of the sewers to the wastewater plant it is necessary to use modern pump stations.

Participants of this module are familiarized with control technologies of wastewater removal and the related processes. For this purpose all relevant components need to function efficiently and form an effec-tively adjusted system. The module traces the flow of wastewater from the public to the wastewater plant.

Technical staff and supervisors of wastewater treatment plants

• Hydraulics of water flow in pipes• Transport of solids• Operation of sewer systems

– Control technology for flow control– Storm water management– Flushing of sewer systems for the removal of sediments– Optional for university students: calculation of a gravity drainage sewer

The participant is able to:• distinguish between dry weather and rain flow• forecast effects of exceeding the hydraulic capacity• regulate and calculate the water flow• understand the transport and blockage of solids• operate a throttle device/overflow by y flow through basin• control retention of solids

2 days

577547

PA251

Target groups

Contents

Outcomes

Duration

Article number

Key processes of wastewater transport and control

Water Technology

Technology


Over the years wastewater treatment management practices have evolved into a technically complexbody of knowledge based on past practice-applied engineering and environmental sciences.The intelligent application of these fundamentals goes a long way toward assuring us that the environ-ment will be maintained in a safe and acceptable condition.

The module teaches principles, practices and the desired function and operation of a variety ofwastewater treatment processes focused on sedimentation and the biological treatment.

Technical staff and supervisors of wastewater treatment plants

• Sedimentation– Simulation: Sedimentation of sludge (granulate)– Analysis of factors affecting sedimentation– Analysis of flow rates– Determination of the load of solids– Creation of a sedimentation graph– Calculation of the maximum surface overflow rate

• Biological treatment (activated sludge)– The activated sludge process and basic principles– Calculations for activated sludge– Aeration– Hydraulic and sludge circulation

The participant is able to:• understand and control the sedimentation processes• identify the load of solids and calculate the peak value• create a sedimentation graph• understand activated sludge processes in wastewater treatment• know the consequence of overload in a wastewater treatment plant• calculate the amount of oxygen needed

1 day

577549

Fundamentals of modern wastewater treatment processes

PA261

Target groups

Contents

Outcomes

Duration

Article number

Water Technology

Technology


Huge amounts of money are being spent to treat water to ensure it is safe for human consumption.Millions more are being spent to distribute the same water to our homes, schools, hospitals andbusinesses. In the meantime, millions of gallons of that valuable treated water are lost by leakage dueto excess pressure. New technology has opened doors for more efficient methods of controlling thedistribution of water. In addition, monitoring and controlling the processes in water and wastewatertreatment plants is an important part to ensure good water quality. As a result, excessive dosing can beavoided; undesired concentrations of chemicals and negative consequences are prevented. Moreover,an optimised process helps to minimise costs for chemicals and energy. Monitoring includes sampling,testing, recording and reporting results.

Technical staff and supervisors of water and wastewater treatment plants

• Adjustment of electronic amplifiers• Data collection

The following parameters are collected:– Filling levels– Volume rates– Line pressure– Electric current/voltage, power– Oxygen (O2)– Chlorine (Cl2)

• Interpretation of characteristic data parameters• Automated closed-loop control of pumps• Automated closed-loop control of valves/flows• Automated closed-loop control of aeration

The participant is able to:• define and supervise goals related to water and wastewater treatment• identify relationships within the processes• run control systems• operate electronic equipment for water and wastewater process control• use different control strategies (automated close-loop control)• control fill level• manage volumetric flow control• drain control• control aeration

2 days

577551

PA271

Target groups

Contents

Outcomes

Duration

Article number

Monitoring, controlling and optimising operations in water andwastewater treatment plants

Water Technology

Technology


It is essential that water and wastewater treatment plants are continuously optimised after beingcommissioned. This ensures that all the devices and units perform smoothly so that the water qualityreaches the required level. Furthermore, it is important to pay attention to operational costs. An optimised system consumes less electrical power, results in reduced maintenance work and increasedlife-time of the operational units. Particularly pump stations and aeration consumes a significant portion of energy in water and wastewater plants and should therefore be a special focus. Finally, energy optimi-sation ensures that environmental compliance is achieved.

Technical staff and supervisors of water and wastewater treatment plants

• Energy consumption• Efficiency• Forms of Energy• Control strategies on the overall energy consumption of pump stations• Energetic optimisation of aeration• Efficient energy• Costs of air consumption• Causes for waste of energy• Energy management

The participant is able to:• understand the technical structures of complex water and wastewater treatment plants• evaluate the relation between energy consumption and the costs of energy sources• determine main consumers• apply efficiency measures• detect failures that cause waste of energy• define and supervise quality goals related to energy consumption• compare the efficiency at systems (e.g. pumps)• determing energy demand of interference in pipes• optimise energy demand of control strategies (automated close-loop control) in fill level,

flow control and aeration• evaluate measures for energy saving• develop an energy management system• estimate the potential of energy production in a wastewater treatment plant

2 days

577553

PA281

Target groups

Contents

Outcomes

Duration

Article number/Price

Energy optimisation in water and wastewater treatment plants

Water Technology

Organisation

An excellent company

We know what makes anexcellent company:a focus on customer satisfaction,corporate and quality strategy, employee satisfaction, efficient processes, responsible and tar-get-oriented employee mana-gement, job-oriented qualifica-tion, positive business results and a positive impact on society.

We will prepare your entireorganisation for the new tasksyou will face.

Our consultants will advise youremployees on the developmentof an independent and auto-nomous working style. The aimof their work is to enable compa-nies to efficiently structure work, organisation and qualification processes.

53

Organisation


Taking the form of a strategy game, this training gives you a holistic view of material and information flows within a company and sensitises you to different types of waste in processes. You learn to analyse the causes of delivery problems and low productivity and to develop and implement ideas for meeting cus-tomer needs and improving processes. The main goal is to instil lean thinking in your company. The strategy game provides practical experience for all employees involved in lean production projects.

Operators, maintenance, design/engineering, trainers, managers

• Inventory minimisation as an important basis for increased productivity• The principle of pull production control• Advantages compared to conventional production control methods• Types and function of different pull production control methods• Application of methods• Kanban – the classic pull principle• SMED – Optimisation of setup processes with Single Minute Exchange of Die• CIP as part of the business game• Introduction to Value Stream Mapping (VSM)

The participant:• can analyse the causes of delivery problems and low productivity• can develop and implement ideas for meeting customer requirements and process improvements

2 days

561209

LP111

Target groups

Contents

Outcomes

Duration

Article number

SYNCHRO – Introduction to Lean Production and VSM

Lean Production

Organisation


Lean Production

Optimum batch size is often determined based on minimum inventory and job changeover costs. But this approach has one critical flaw: It views changeover costs as unchangeable. This often results in overpro-duction, excessive inventories, adjusted transport routes and scrapping, high cycle times and delivery problems. This course enables you to radically reduce machine and plant downtime caused by setup.

Operators, maintenance, design/engineering, trainers, management

• Relationship between batch size and setup time• Reducing setup times as the only way to reduce batch sizes and inventories in production• The SMED (Single Minute Exchange of Die) method and its phases• The OTED (One Touch Exchange of Die) method• Constructive solutions for fast setup processes• Work organisation options for fast setup processes• Influence on production control• Practical implementation of methods in a model plant

The participant:• is able to recognise waste• knows the importance of short setup times for fast and economical order processing,

flexible production and low inventories• can apply and teach the SMED method

1 day

559425

SMED – Reducing set-up time with SMED

LP131

Target groups

Contents

Outcomes

Duration

Article number

Online booking: www.festo-tac.com

Organisation

56

LP141

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

TPM – Maintenance strategies and TPM

This course provides service technicians with an overview of commonly used maintenance strategies,compares them based on different requirements and thus provides you with a basis for making mainte-nance decisions to maximize availability in your own company.

Operators, maintenance, design/engineering, trainers, management

• Production systems and their influence on maintenance• Six typical types of machine and system malfunctions• Roles and self-image in maintenance• Organisational structures for maintenance• Comparison of maintenance strategies:

– Event-oriented maintenance– Routine maintenance– Total Productive Maintenance (TPM)– Reliability-Centered Maintenance (RCM)– Risk-Based Maintenance (RBM)

• Data for recording maintenance performance• Examples and practical exercises

The participant:• can identify sources of malfunctions on machines and systems• sees maintenance as a service provider for production• can evaluate various maintenance strategies and select the optimum one• can implement the company’s maintenance strategies• can select and collect data for recording maintenance performance

Experience in maintenance

2 days

559428

Lean Production

Organisation


Lean Production

Although efficient administrative processes are essential for the productive operation of any company, complex administrative tasks often exhibit a high level of waste, such as unnecessarily long meetings, duplication of work, fuzzy responsibilities and an unfiltered flood of information. This waste is counter-productive to the aim of administration − contributing to value creation in the company.

The overall performance of a company can only be improved if processes in the administrative units are analysed, employees sensitised to change and processes continuously optimised. The flow of information must strictly be focussed on essentials and all unnecessary actions must be eliminated.

The Lean Administration Game gives participants the opportunity to experience the astonishing improve-ments that can be made in administrative processes – by playing a 45 minute game several times and improving it each time. As a result the participants also learn to identify and eliminate the different types of waste.

Design/engineering, trainers, management

• Value creation and waste in administration• Principles for designing lean administrative processes• Identifying deficiencies in existing processes with the help of a detailed process analysis• Professionally designing administrative processes • A clean and tidy working place as basis for efficient working• Optimisation approaches for administrative processes and their practical implementation in a

concrete example• Organisational requirements for successful process optimisation• Immediate implementation and revision of the acquired knowledge

The participant:• can describe the principles of Lean Administration • has experienced the dramatic improvements that Lean Administration can bring• can describe the eight types of waste• has gained experience in identifying and eliminating forms of waste

2 days

559422

Lean Administration Game

LP511

Target groups

Contents

Outcomes

Duration

Article number

Online booking: www.festo-tac.com

xxx

P-NEU

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number/Price

Comments

xxxxxxxxxx

59

People

Bringing out your best side

Social skills and effective net-works are the key to a successfulorganisation.

In the future, both managersand specialists will be requiredto continue developing not onlytheir technical but also theirsocial skills.

Knowing how to overcomedifficult situations and supportteams throughout processes ofchange is becoming more andmore important. Festo will teachyou how to positively design alllevels of a process in order toachieve a successful overallsolution.

People


Leadership Training Module 1

LS111

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

Comments

This module on the principles of leadership is the first of three that includes team leadership and personal mastery. With a minimum theory and maximum activities, you experience key leadership principles and skills and gain an understanding of what makes a good leader (role model). Group activities give you a shared view of leadership and allow you to start identifying the changes you need to make.

Management

• Principles of leadership• Leading is communicating• One to one leadership skills• Leading yourself

The participant:• understands what constitutes a good leader• identifies the changes necessary to become a good leader• understands the principles of management• knows the key tasks of a manager• knows different styles of leadership and how and when to apply them• knows how and when to delegate

The course is designed for First Line Leaders, that is, junior management.

3 days

565668

The three modules take place over a roughly six-month period. An interim project defined at the end of the first module is completed by participants. It is recommended the program is preceded and closed by a company-internal review meeting (participant and superior). The modules are best run with around 12 participants.

Leadership

People


LS242

Target groups

Contents

Outcomes

Duration

Article number

Comments


This module is the second module of three that includes team leadership and personal mastery. With a minimum theory and maximum activities, you experience key leadership principles and skills and gain an understanding of what makes a good leader (role model). Group activities give you a shared view of lead-ership and allow you to start identifying the changes you need to make.

Management

• Building and managing teams• Roles and group dynamics• Team leadership skills• Handling conflict

The participant:• can explain what constitutes a team, the team cycle and different roles within a team• can match individual needs to roles• can explain basic time management techniques• understands the importance of building relationships and alliances in the business• has achieved self-awareness of personal values and behaviour and understands how others

perceive them• has identified the perception others have of him/her and the actions necessary to

achieve this• can describe the basic stages of change and the associated feelings people experience• can apply techniques to guide individuals through the transition• has created a plan for development of skills and a specific personal topic that puts practice

into action

3 days

573633


Leadership

People



LS253

Target groups

Contents

Outcomes

Duration

Article number

Comments

This module is the third module of three that includes team leadership and personal mastery.With a minimum theory and maximum activities, you experience key leadership principles and skills and gain an understanding of what makes a good leader (role model). Group activities give you a shared view of leadership and allow you to start identifying the changes you need to make.

Management

• Developing the leadership personality• The leader as coach and mentor• Leading through change• Networking and sparring

The participant:• has completed a personal action and the results have been presented and discussed in small groups• has reviewed key learning so far based on a personal action plan and is committed to future actions• has identified a sparring partner for continued peer coaching

3 days

573635


Leadership

People


Train-the-Trainer – Mastering key trainer skills

If you want to impart knowledge or train competencies, you not only need the specialist knowledge but also the didactic know-how. This course will teach you in two modules to present content in a clear and engaging way, thus increasing effectiveness. This Train-the-Trainer course gives you methods and import-ant tips that will allow you to meeting your training goals in a professional and qualified manner.

Trainers

• Didactics and methods for training• Competency-based training, training aims and seminar design• Physiology of learning• Didactic reduction• Teaching and learning methods• Progress checks• Active listening and asking questions• Giving and receiving feedback

The participant:• knows the classical learning mechanisms and can adapt training content to participants’ needs• knows creative techniques to make technical training engaging• knows the most important media and knows how they can be used for a specific training aim or

target group• can communicate effectively with participants• knows feedback rules and can give and receive feedback• can structure training content in a clear and appropriate way• can present complex topics clearly through didactic reduction

2 x 3 days with a few months between the courses for preparing a course work and practicing the content

559442

TTT111

Target groups

Contents

Outcomes

Duration

Article number

Train-the-Trainer

People


CO111

Target groups

Contents

Outcomes

Prerequisites

Duration

Article number

This course presents a compelling new approach to customer communication. Proven tools guide the ser-vice professional and develop the core skills needed for effective communication. The training course is part of the four-part Service Ambassador program providing you, as a service engineer, with the skills to build relationships, enhance loyalty, discover opportunities and differentiate their business from the competition.


• Identifying the ‘environmental factors’• The core competencies of a professional and successful service engineer• Comparing ‘modern consultative’ and ‘adversarial’ communication• The communication cycle• Key skills for ‘setting the stage’• Strategic questioning skills• Listening skills and the barriers to effective listening• Identifying customer needs and expectations• ‘Delivering the result’ – customer focus• Achieving customer satisfaction and future commitment

The participant:• has developed an increased awareness of customer perceptions• is able to apply the customer ‘communication cycle’• has enhanced customer-focused communication skills• has developed skills to help identify customer needs and expectations• can identify ways to enhance the customer’s opinion of themselves and their company• can develop a personal action plan to help implement benefits gained in daily working

Practical understanding of the machines for which customer support is required as well as experience in visiting customers in an after-sales technical support role

2 days

560278

Service Ambassador –Communication skills for service engineers

Communication

Festo worldwide

ArgentinaFesto S.A.Edison 2392(1640) MartínezProv. Buenos AiresTel. +54 (011) 4717 82 00,Fax +54 (011) 47 17 82 82E-mail: [email protected]

AustraliaFesto Pty. Ltd.Head Office (Melbourne)179-187 Browns RoadP.O. Box 261Noble Park Vic. 3174Tel. +61(0)3 97 95 95 55,Fax +61(0)3 97 95 97 87E-mail: [email protected]

AustriaFesto Gesellschaft m.b.H.Linzer Straße 2271140 WienTel. +43 (0)1 910 75-0, Fax +43 (0)1 910 75-250E-mail: [email protected]

BelarusIP FestoMasherov avenue, 78220035 MinskTel. +375 (0)17 204 85 58,Fax +375 (0)17 204 85 59E-mail: [email protected]

BelgiumFesto Belgium saRue Colonel Bourg 1011030 BruxellesTel. +32 (0)2 702 32 11, Fax +32 (0)2 702 32 09E-mail: [email protected]

BelgiumFesto Belgium nvKolonel Bourgstraat 1011030 BrusselTel. +32 (0)2 702 32 11, Fax +32 (0)2 702 32 09E-mail: [email protected]

BrazilFesto Brasil LtdaRua Guiseppe Crespi, 76Jd. Santa Emília04183-080 São Paulo / SP -BrasilTel. +55 (11) 5013-1600,Fax +55 (11) 5013-1801E-mail: [email protected]

BulgariaFesto EOOD1592 SofiaBul. Christophor Kolumb 9Tel. +359 (0)2 960 07 12,Fax +359 (0)2 960 07 13E-mail: [email protected]

CanadaFesto Inc.5300 Explorer DriveMississauga, Ontario L4W 5G4Tel. +1 (0)905 624 90 00,Fax +1 (0)905 624 90 01E-mail: [email protected]

ChileFesto S.A.Avenida Américo Vespucio, 760PudahuelSantiagoTel. +56 2 690 28 00, Fax +56 2 690 28 60E-mail: [email protected]

ChinaFesto (China) Ltd.1156 Yunqiao Road,Jinqiao Export Processing Zone,Pudong,201206 ShanghaiTel. +86 21 60 81 51 00, Fax +86 21 58 54 03 00E-mail: [email protected]

ColombiaFesto Ltda.Autopista Bogotá - Medellín Km 6 (costado sur)Tenjo, CundinamarcaTel. +57 (1) 865 77 88,Fax +57 (1) 865 77 88 Ext.287E-mail: [email protected]

CroatiaFesto d.o.o.Nova Cesta 18110000 ZagrebTel. +385 (0)1 619 19 69,Fax +385 (0)1 619 18 18E-mail: [email protected]

Czech RepublicFesto, s.r.o.Modřanská 543/76147 00 Praha 4Tel. +420 261 09 96 11, Fax +420 241 77 33 84E-mail: [email protected]

DenmarkFesto A/SIslevdalvej 1802610 RødovreTel. +45 70 21 10 90, Fax +45 44 88 81 10E-mail: [email protected]

EstoniaFesto OY AB Eesti FiliaalA.H. Tammsaare tee 118B12918 TallinnTel. +372 666 1560, Fax +372 666 15 6E-mail: [email protected]

FinlandFesto OyMäkituvantie 9PL 8601511 VantaaTel. +358 (09) 87 06 51,Fax +358 (09) 87 06 52 00E-mail: [email protected]

FranceFesto EurlZA des Maisons Rouges8 rue du clos sainte Catherine94360 Bry-sur-MarneTel. +33 (0) 820 20 46 40 (numéro indigo),Fax +33 (0) 820 20 46 41E-mail: [email protected]

GermanyFesto Didactic GmbH & Co. KGRechbergstr. 373770 DenkendorfGermanyTel. +49 (0)711 346 70,Fax +49 (0)711 34 75 48 85 00E-mail: [email protected]

GermanyFesto AG & Co. KGPostfach73726 EsslingenRuiter Straße 8273734 EsslingenTel. +49 (0) 711 347 0, Fax +49 (0) 711 347 2628E-mail: [email protected]

GreeceFesto Ltd.40 Hamosternas Ave.P.C. 11853 AthensTel. +30 210 341 29 00, Fax +30 210 341 29 05E-mail: [email protected]

Hong KongFesto Ltd.6/F New Timely Factory Building,497 Castle Peak Road,Kowloon, Hong KongTel. + 852 27 43 83 79, Fax + 852 27 86 21 73E-mail: [email protected]

HungaryFesto Kft.Csillaghegyi út 32-34.1037 BudapestHotline +36 1 436 51 00Tel. +36 1 436 51 11, Fax +36 1 436 51 01E-mail: [email protected]

IndiaFesto Controls Private Ltd.237B,Bommasandra Industrial Area,Bangalore Hosur Highway,Bangalore 560 099Tel. +91 (0)80 22 89 41 00,Fax +91 (0)80 27 83 20 58 / 27 83 33 62E-mail: [email protected]

IndonesiaPT. FestoJl. Tekno V Blok A/1 Sektor XIKawasan Industri BSDSerpong -Tangerang 15314Banten - IndonesiaTel. +62 (0) 21 27 50 79 00,Fax +62 (0) 21 27 50 79 98E-mail: [email protected]

IranFesto Pneumatic S.K.# 2, 6th street, 16th avenue,Km 8, Special Karaj RoadP.O.Box 15815-1485Teheran 1389793761Tel. +98 (0)21 44 52 24 09,Fax +98 (0)21 44 52 24 08E-mail: [email protected]

IrelandFesto LimitedUnit 5 Sandyford ParkSandyford Industrial EstateDublin 18Tel. +353 (0)1 295 49 55,Fax +353 (0)1 295 56 80E-mail: [email protected]

IsraelFesto Pneumatic Israel Ltd.P.O. Box 1076Ha'atzma'ut Road 48Yehud 56100Tel. +972 (0)3 632 22 66,Fax +972 (0)3 632 22 77E-mail: [email protected]

ItalyFesto SpAVia Enrico Fermi 36/3820090 Assago (MI)Tel. +39 02 45 78 81, Fax +39 02 488 06 20E-mail: [email protected]

JapanFesto K.K.1-26-10 HayabuchiTsuzuki-kuYokohama 224-0025Tel. +81 (0)45 593 56 10 / -5611,Fax +81 (0)45 593 56 78E-mail: [email protected]

Korea SouthFesto Korea Co., Ltd.470-1 Gasan-dongGeumcheon-guSeoul #153-803Tel. +82 1666 0202, Fax +82 (0)2 864 70 40E-mail: [email protected]

LatviaFesto SIAA. Deglava iela 601035 RigaTel. +371 67 57 78 64, Fax +371 67 57 79 46E-mail: [email protected]

LithuaniaFesto, UABPartizanų 63M50306 KaunasLietuvaTel. +370 (8)7 32 13 14, Fax +370 (8)7 32 13 15E-mail: [email protected]

MalaysiaFesto Sdn. Berhad10 Persiaran IndustriBandar Sri DamansaraWilayah Persekutuan52200 Kuala LumpurTel. +60 (0)3 62 86 80 00,Fax +60 (0)3 62 75 64 11E-mail: [email protected]

MexicoFesto Pneumatic, S.A.Av. Ceylán 3,Col. Tequesquináhuac54020 TlalnepantlaEstado de MéxicoTel. +52 (01)55 53 21 66 00,Fax +52 (01)55 53 21 66 55E-mail: [email protected]

NetherlandsFesto B.V.Schieweg 622627 AN DelftTel. +31 (0)15 251 88 99,Fax +31 (0)15 251 88 67E-mail: [email protected]

New ZealandFesto Ltd.20 Fisher CrescentMount WellingtonAucklandTel. +64 (0)9 574 10 94, Fax +64 (0)9 574 10 99E-mail: [email protected]

NigeriaFesto Automation Ltd.Motorways Centre, First Floor, Block CAlausa, Ikeja,LagosTel. +234 (0)1 794 78 20,Fax +234 (0)1 555 78 94E-mail: [email protected]

NorwayFesto ASOle Deviks vei 20666 OsloTel. +47 22 72 89 50, Fax +47 22 72 89 51E-mail: [email protected]

PeruFesto S.R.L.Amador Merino Reyna 480San IsidroLimaTel. +51 (1) 219 69 60, Fax +51 (1) 219 69 71E-mail: [email protected]

PhilippinesFesto Inc.Festo BuildingKM 18, West Service RoadSouth Super Highway1700 Paranaque CityMetro ManilaTel. +63 (2) 77 66 888, Fax +63 (2) 82 34 220/21E-mail: [email protected]

PolandFesto Sp. z o.o.Janki k/Warszawyul. Mszczonowska 705090 RaszynTel. +48 (0)22 711 41 00,Fax +48 (0)22 711 41 02E-mail: [email protected]

PortugalFesto – Automação, Unipessoal, Lda.Rua Manuel Pinto De Azevedo, 567Apartado 80134109-016 PortoContact Center: 707 20 20 43Tel. +351 22 615 61 50, Fax +351 22 615 61 89E-mail: [email protected]

RomaniaFesto S.R.L.St. Constantin 17010217 BucurestiTel. +40(0)21 403 95 00,Fax +40 (0)21 310 24 09E-mail: [email protected]

RussiaOOO Festo-RFMichurinskiy prosp., 49119607 MoscowTel. +7 495 737 34 00, Fax +7 495 737 34 01E-mail: [email protected]

SingaporeFesto Pte. Ltd.6 Kian Teck WaySingapore 628754Tel. +65 62 64 01 52, Fax +65 62 61 10 26E-mail: [email protected]

SlovakiaFesto spol. s r.o.Gavlovicová ul. 183103 Bratislava 3Tel. +421 (0)2 49 10 49 10,Fax +421 (0)2 49 10 49 11E-mail: [email protected]

SloveniaFesto d.o.o. LjubljanaIC Trzin, Blatnica 81236 TrzinTel. +386 (0)1 530 21 00,Fax +386 (0)1 530 21 25E-mail: [email protected]

South AfricaFesto (Pty) Ltd.22-26 Electron AvenueP.O. Box 255Isando 1600Tel. +27 (0)11 971 55 00,Fax +27 (0)11 974 21 57E-mail: [email protected]

SpainFesto Pneumatic, S.A.U.Avenida Granvia, 159Distrito Económico Granvia L'H08908 Hospitalet de LlobregatBarcelonaTel.: 901243660, Fax: 902243660Tel. +34 93 261 64 00, Fax +34 93 261 64 20E-mail: [email protected]

SwedenFesto ABStillmansgatan 1Box 21038200 21 MalmöTel. +46 (0)20 38 38 40, Fax +46 (0)40 38 38 10E-mail: [email protected]

SwitzerlandFesto AGMoosmattstrasse 248953 Dietikon ZHTel. +41 (0)44 744 55 44,Fax +41 (0)44 744 55 00E-mail: [email protected]

TaiwanFesto Co., Ltd.Head Office9, Kung 8th RoadLinkou 2nd Industrial ZoneLinkou Dist., New Taipei City24450 Taiwan, R.O.C.Tel. +886 (0)2 26 01-92 81,Fax +886 (0)2 26 01 92 86-7E-mail: [email protected]

ThailandFesto Ltd.Viranuvat Building, 6th - 7th Floor.1250 Bangna - Trad Road (Soi 34)Bangna, Bangkok 10260Tel. +66 2746-8700, Fax +66 2746-8370E-mail: [email protected]

TurkeyFesto San. ve Tic. A.S.Tuzla Mermerciler OrganizeSanayi Bölgesi 6/1834956 Tuzla - Istanbul/TRTel. +90 (0)216 585 00 85,Fax +90 (0)216 585 00 50E-mail: [email protected]

UkraineDP Festoul. Borisoglebskaya,1104070, KievTel. +380 (0)44 239 24 30,Fax +380 (0)44 463 70 96E-mail: [email protected]

United KingdomFesto LimitedApplied Automation CentreCaswell RoadBrackmills Trading EstateNorthampton NN4 7PYTel. ++44 (0)1604 / 66 70 00,Fax ++44 (0)1604 / 66 70 01E-mail: [email protected]

United StatesFesto Corporation (New York)395 Moreland RoadP.O. Box 18023Hauppauge, NY 11788Call Toll-free 800/993 3786Fax Toll-free 800/963 3786Tel. +1(631) 435 08 00, Fax +1(631) 435 80 26E-mail: [email protected]

VenezuelaFesto C.A.Av. 23 esquina con calle 71N° 22-62, Edif. Festo.Sector ParaísoMaracaibo - VenezuelaTel. +58 (261) 759 11 20/759 41 20/759 44 38,Fax +58 (261) 759 04 55E-mail: [email protected]

VietnamFesto Co Ltd(Cong Ty TNHH FESTO)No. 1515 – 1516 Van Dai Dong StreetWard An Phu, District 2Ho Chi Minh CityTel. +84 (8) 62 81 44 53 – 4454,Fax +84 (8) 62 81 44 42E-mail: [email protected]

www.festo-tac.com

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