Automation Technology Training - Festo€¦ · Training Courses Experienced instructors and...

Automation Technology Training

Course Catalog

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Technology, Organization,

People.

The perfect interplay of these

main elements is essential in

order to successfully put knowl-

edge into practice at a company.

These factors lay the founda-

tions for top performance and

financial success.

The Festo Competence Model

combines social, logistical and

technical skills to form a suc-

cess-oriented model for initial

and continued training.


Training Course Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Technology . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Organization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Learning Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Table of contents

3


“Ideas are only as good as

their practical and successful

implementation.”

Dr. Kurt Stoll

Owner

In the case of training activities,

this means that training must be

tailored closely to your require-

ments in order to ensure success-

ful implementation.

The basis for this is professional

consultancy and precise determi-

nation of your requirements. This

has been the principle behind the

development of our new range

of training and consultancy ser-

vices, which comprise everything

from an analysis of training needs

through to public seminars and

inhouse training programs, offe-

ring the right solution for every

need.

In view of the ever-increasing

competitive pressure faced by

companies today, lean production

systems, reduced downtime

and increased machine availa-

bility are vital prerequisites for

long-term success. This success

can be achieved only if improve-

ments in production and admin-

istration are codified into stan-

dards at regular intervals and

further improved.

For this purpose, companies need

staff who are able to recognize

potential for optimization in a

timely fashion, no matter whether

this relates to communication,

organization or technology.

As an experienced and strong

partner, we can help you to pre-

pare your staff and your company

to meet these challenges of the

future.

• Training tailored to the

specific requirements of your

particular production process.

• Detailed training needs

analysis of your employees to

determine their current skill

levels, and to configure a

training curriculum to meet

your defined skill requirements.

• Seminars delivered at your

facility, and scheduled to fit

your production plans.

• Public seminars delivered at

conference centers and Festo

facilities throughout the

United states.

• Seminars delivered inter-

nationally, that standardize

training wherever your

factories are located.

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Sustainable commitment to people and technology

Festo AG

Global player in

Automation and Didactic

13,500 people worldwide are

working towards innovative

advances in the production of

capital and consumer goods.

This reflects Festo’s philosophy

of full partnership and close

proximity to more than 300,000

customers in over 200 industries,

realized via 250 Festo locations

and 57 national Festo companies.

The focus of all activities is on

people and technology. From its

foundation, Festo has seen itself

as a strong partner and an inte-

gral component of societies and

business worldwide.

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Training Courses

Experienced instructors and

consultants provide customized

solutions to make your employ-

ees and your company success-

ful. Furthermore the results are

clear and sustainable

Methods and formats

Approx. 42,000 course parti-

cipants per year attend more

than 2,900 courses. Modular

and quality-assured training

content in over 39 languages.

Innovation and productivity begins with training and consulting

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Courses, workshops,

best-practice events and

corporate strategy games

Immediate results from

performance-based training

Intelligent automation starts

with people. Give them the train-

ing they need to keep your auto-

mated systems up and running.

Festo courses are designed to

provide essential working knowl-

edge and practical experience

which your people can put to

use right way:

• Pneumatics

• Electro-Pneumatics

• Process Automation

• Customized training for your

particular automation system

Practical, hands-on experience,

real industrial applications

Festo seminars are 70% hands-

on, using exercises to design,

construct and troubleshoot

real industrial automation

applications.

Festo has patented workstations

that put everything your team will

need right at their fingertips.

Real industrial components with

quick-connect fittings and special

mountings keep the focus on

learning.

Generic automation technology

training

This is not the vendor-product

training you may have experi-

enced elsewhere. The generic

knowledge and skills learned

can be applied to any of the

equipment in your plant.

Team learning stimulates

motivation and performance

Working together, engineers,

technicians, and maintenance

people learn the crucial impor-

tance of teamwork. Taking a

Festo seminar is a very motivat-

ing experience according to past

attendees. „It can even be fun

because your’re able to see what

you designed actually work.“

Success motivates!

A hands-on approach to learning

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Learning Systems

From fundamentals to

complete training centers

Our Learning Systems for

Automation include all current

automation topics in its product

range:

• Pneumatics

• Electropneumatics

• Hydraulics

• Electrohydraulics,

• Electronics,

• Electrical engineering

• Sensors

• Robotics

• CNC technology

• PLC and fieldbus technology

• Manufacturing technology

and process engineering

• Mechatronics

Your partner worldwide

Festo brings over 40 years of

experience to the table when

developing solutions for fast

learning and successful retention

for the entire spectrum of auto-

mation and technology.

This expertise and experience

puts us in a key position in the

market of the future. Demand for

training will continue to grow

rapidly. And that’s why we have

set ourselves the goal of making

learning even more efficient.


Training Course Overview

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Training Courses

Technology, Organization, People

Valves in Process Automation – Introduction

Valves in Process Automation – Specialist

Symbols in PA ISA-based (P&ID; PFD; BFD) – Introduction

Symbols in PA ISA-based (P&ID; PFD; BFD) – Advanced

Closed Loop Control – Optimizing settings

Practical Mastery of Closed Loop Control

Principals of industrial Measurement & Instrumentation - Introduction

Principals of industrial Measurement & Instrumentation

Modern Process Automation – Executive Summary

Modern industrial pneumatics – Fundamentals

Troubleshooting and maintenance of pneumatic systems

Effective maintenance of pneumatic systems

Effective problem solving techniques

Use of vacuum in handling systems

Valve terminal CPX – Commissioning, modification and fault elimination

Valve terminal CPV – Commissioning, modification and fault elimination

Energy-efficient design of pneumatic systems

Safety in Pneumatics

Modern industrial hydraulics

Troubleshooting industrial hydraulics

Proportional hydraulics

CoDeSys – A hardware independent introduction for programmers

CoDeSys for Industry

Basic principles of sensor technology

Introduction to Mechatronics

Fundamentals of Electric Drives

Fast, confident electric drive configuration

SYNCHRO – Introduction to Lean Production and VSM

KANBAN – Pull production control

TPM – Maintenance strategies and TPM

Training Courses

PA111

PA121

PA171

PA181

PA191

PA201

PA211

PA221

PA311

PN111

PN121

PN132

PN142

PN152

PN163

PN173

PN183

PN193

HY511

HY521

HY132

PLC281

PLC271

AUT121

AUT211

ED111

AUT201

LP111

LP121

LP141

Technology

565674

565673

565680

565679

565681

565682

565683

565684

565685

559395

559396

559390

559417

559405

559389

559388

559391

559392

559448

559449

559451

570614

570612

565669

565671

562553

570024

Organization

561209

559423

559428

Course Code

VALVE PA 1

VALVE PA 2

ISA PA 1

ISA PA 2

CONTROL PA 1

CONTROL PA 2

INST PA 1

INST PA 2

PA-COMPACT

P111

P121

EM-PEP

EM-PST

VUU

CPX

CPV

DESIGN1

DESIGN2

H511

H521

PH711

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SENSOR

AUT211

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SYNCHRO2

KANBAN

TPM

Former

Course Code

Order Number

13

14

15

16

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18

19

20

21

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24

25

26

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28

29

30

31

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41

42

43

44

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Target Groups

Target Groups

Operators Maintenance Design/

Engineering

Trainer Management Operators

Fields – Process –

Laboratory

Maintenance

Process –

Engineering

Trainer/

Consultant

Design/

Engineering

Management

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Factory Automation

End User/OEM

Process Automation

End User/EPC, OEM, System Integrator

Technology

PA111

PA121

PA171

PA181

PA191

PA201

PA211

PA221

PA311

PN111

PN121

PN132

PN142

PN152

PN163

PN173

PN183

PN193

HY511

HY521

HY132

PLC281

PLC271

AUT121

AUT211

ED111

AUT201

Organization

LP111

LP121

LP141

Course Code

11


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Triple skills

Experience

For over 40 years, we have been

providing support for all devel-

opment stages of automation

technology. Our seminars use

the latest technology.

Close collaboration with our

parent company ensures access

to the latest machines and sys-

tems, while our trainers have

first-hand expertise.

Innovation

We place tough demands on

our training. At our seminars,

you will notice the difference

compared to other training pro-

viders. We provide new answers

to long-standing questions that

help you to make decisive steps

in your company plans.

Vision

Our trainers are active in their

trade, and know the areas of

work of your participants.

This knowledge extends beyond

purely technical requirements

to questions concerning topics

such as Just in time, TPM and

Kanban.

Technology

13


Technology

14 We are happy to adapt this course to your industry-specific needs. Contact: (866) 661-7496

Valves in process automation –

Introduction

PA111

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course gives you an overview of process valve technology and of selecting the right valve for the right

application with a cost effective drive system.

FA: N/A

PA: Field-Process-Laboratory Operators

• Overview of design and function of process valves

• Material selection for media, process and process valve

• Testing and certification requirements of process valves

• Basic principles of process valve actuating systems (manual, hydraulic, electric and pneumatic)

• Reading and interpreting basic process valve symbols

The participant:

• can select, assemble, and test basic process valve installations

• can maintain and troubleshoot basic process valve installations

• can identify and describe the construction, design features, and operation of the

standard process valve types

• can read technical specifications and identify graphical symbols for process valves

• knows the role of process valve actuation – manual, hydraulic, electric and pneumatic

• is aware of innovative developments and current trends in process valve automation products and

their application

Basic technical understanding

1 day

565674


Technology

15We are happy to adapt this course to your industry-specific needs. Contact: (866) 661-7496

PA121

Target groups

Contents

Outcomes

Prerequisites

Duration

Order 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.

FA: N/A

PA: Field-Process-Laboratory Operators, Process-Engineering Maintenance, Design/Engineering,

Trainer/Consultant

• Overview of design and function of process valves, taking international standardization into account

• Physical principles and material selection related to media and process valves

• Testing and certification requirements of process valves

• 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

• 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

and

• 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


3 days

565673

Valves in process automation –

Specialist


Technology


ISA-based symbols in PA (P&ID, PFD, BFD) –

Introduction

PA171

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course gives you an overview of ISA-based symbols used in process automation. It also provides an

overview of basic streamline principles, enabling you to understand the entire process control system in

your company. (ISA = The Instrumentation, Systems and Automation Society)

FA: N/A


• Symbols and standards for the relevant industry segments

• Schematics of functional relationship of piping, instrumentation and system equipment components

• Schematics of the processing system

• Schematics of the main process

• Reading process component symbols

• Influence of international regulations

The participant:

• knows the symbols used in process automation such as valves, instruments etc.

• can read Piping & Instrumentation Diagrams (P&ID)

• can read Process Flow Diagrams (PFD)

• can read Block Flow Diagrams (BFD)

• can identify and explain graphical symbols for process valves, instruments, piping etc.


1 day

565680


Technology


PA181

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Comments

This course provides you with an insight into ISA-based symbols used in the process automation.

It also familiarizes you with the basic streamline principles enabling you to understand the entire process

control system in your company. (ISA = The Instrumentation, Systems and Automation Society)

FA: N/A

PA: Process-Engineering Maintenance, Design/Engineering, Trainer/Consultant

• Symbols and standards for the relevant industry segments

• Schematics of functional relationship of piping, instrumentation and system equipment components

• Schematics of the processing system and diagrammatic representation of main processes

• Reading and interpreting process component symbols

• Influence of international regulations

The participant:

• understands and knows all symbols used within the process automation such as valves,

instruments etc.

• can use and develop Piping & Instrumentation Diagrams (P&ID)

• can use and develop Process Flow Diagrams (PFD)

• can use and develop Block Flow Diagrams (BFD)

• can identify and explain graphical symbols for process valves, Instruments, piping etc.


2 days

565679

We are happy to adapt this course to your industry-specific needs.

ISA-based symbols in PA (P&ID, PFD, BFD) –

Advanced


Technology


Closed Loop control –

Optimizing settings

PA191

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will master the principles of automatic process control and the operation of the

feedback loop to include proportional, integral and derivative control modes. It also covers concepts

of cascade, ratio, and feed forward control as well as controller tuning methods.

FA: N/A


• Operation of the components in a closed-loop control system including static and dynamic functions

• Requirements for open-loop and closed-loop stability

• Three control system tuning methods to achieve specified quality control

• Functionality of cascade control loops

• Principles and design features of feed forward control

• Advantages of feed forward control over feedback control

• Operation and function of ratio control systems

• Safety concerns and procedures when operating control systems

The participant:

• can commission a basic closed-loop control system

• can initiate 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.

• knows the fundamentals of closed-loop controls


1 day

565681


Technology


PA201

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will master the principles of automatic process control and the operation of the

feedback 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.

FA: N/A

PA: Process Engineering Maintenance, Design/Engineering, Trainer/Consultant

• Operation of the components in a closed-loop control system including static & 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

• The operation and function of ratio control systems and tuning of ratio 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

Practical Mastery of Closed Loop Control


Technology


Principles of industrial Measurement and Instrumentation –

Introduction

PA211

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will cover the equipment used in process automation to measure and control a process.

You will learn how process equipment is used to form an open- and closed-loop system and gain an

understanding of drawings used in industry.

FA: N/A


• 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


The participant:

• can measure and describe the difference between basic electrical principles

• can identify analog and digital signals and describe the difference between them

• can identify 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 different components of a control valve

• can explain the main parts of open- and closed-loop systems, their function and signal flows

• can identify the symbols and components used in instrumentation drawings


1 day

565683


Technology


PA221

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will cover 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.

FA: N/A


• 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


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 function and signal

flows

• can identify the symbols and components used in instrumentation drawings


4 days

565684

Principles of industrial Measurement and Instrumentation


Technology


Modern Process Automation –

Executive Summary

PA311

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course gives you a general overview of the latest technologies, regulations and standards used in

the process automation industry, including process valve technology, explosive safety in process auto-

mation installations with Safety Integrity Level aspects, and the importance of process control and

measurement.

FA: N/A

PA: Management

• Design and function of different process valve types

• Basic principles of process valve actuating systems (manual, hydraulic, electric and pneumatic)

• Reading and interpreting basic process valve symbols

• Explosive safety fundamentals EN 60079, EN-1127, EN-13463, IEC61241 plus appropriate guidelines,

function and duties, selection and qualification

• IEC 61508 guideline + dedicated guidelines, function and duties, with the fundamentals of SIL

• Symbols and standards

• Schematics of the main process

• Overview of types of instruments

• Open- and closed-loop control


The participant:

• can verify process valve selections and control systems

• can discuss and understand explosive safety topics and the influence of their operation

• can identify Safety Integrity Level targets

• understands the process control theory as an overview

• understands the main symbols used in the process automation and the importance of proper

documentation


1 day

565685


Technology


PN111

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will cover in detail the most up-to-date products, current tools and methods used in

industry. Our principle is learning from the real world for the real world!

FA: Operators, Maintenance, Design/Engineering, Trainer

PA: N/A

• 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

• Basic principles of industrial electric controls: Buttons, contacts, relays

• Basic principles 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, features, and operation of pneumatic components

• can identify and explain ISO symbols for pneumatic components

• can interpret technical specifications and data relating to pneumatic components

• knows the fundamentals of compressed air generation

Technical understanding

3 days

559395

Modern industrial pneumatics –

Fundamentals


Technology


Troubleshooting and maintenance of pneumatic systems

PN121

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course allows you to extend your specialist knowledge of complex pneumatic systems and

improve your troubleshooting skills. Practical exercises on training equipment for setup, commissioning,

troubleshooting and fault elimination facilitate the transfer of knowledge to your day-to-day work.

FA: Maintenance, Design/Engineering, Trainer

PA: N/A

• Setup and commissioning of pneumatic and electropneumatic systems

• Analysis of control tasks using GRAFCET in accordance with DIN EN 60848

• Design and function of pneumatic and electropneumatic circuits

• Special pneumatic components (valve terminals)

• Different types of valve terminal actuation

• Operating modes (AUT/MAN/EMERGENCY STOP)

• Electropneumatic and electronic control systems

• Latest standards and regulations

• Practical exercises and systematic troubleshooting

The participant:

• can set up and commission complex pneumatic systems

• can systematically troubleshoot pneumatic systems

• knows the role of PLC in automation and can integrate the PLC into the control section

• can work with valve terminals

• can interpret latest standards and regulations

Modern industrial pneumatics – Fundamentals training

3 days

559396


Technology


PN132

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course allows you to expand your technical and troubleshooting knowledge and to identify and

eliminate faults without delay using a systematic procedure and the ability to understand the functional

relationships of complex machinery.

FA: Maintenance, Trainer

PA: N/A

• 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

• Optimizing 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

• Optimization of a production-related system with TPM (Total Productive Maintenance) components

• Practical exercises on systematic troubleshooting

The participant:

• 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 explain the function and operation of selected MPS stations

• can apply FMEA (Failure Mode and Effect Analysis) to a machine

• can describe the structure of GRAPHCET and identify applications that use its strengths

• is aware of products and services that support TPM


4 days

559390

Effective maintenance of pneumatic systems


Technology


Effective problem solving techniques

PN142

Target groups

Contents

Outcomes

Prerequisites

Duration

Order 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.

FA: Maintenance, Trainer

PA: N/A

• Function plans of complex industrial equipment

• Introduction to GRAFCET

• Troubleshooting using problem solving techniques

• Causes of downtime and how to prepare a fault list

• Methods/tools for analyzing weak spots

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


2 days

559417


Technology


PN152

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will learn the special features of using vacuum as opposed to conventional

compressed air. You will also learn about generation and measurement of vacuum, as well as selection

and dimensioning of reservoirs and suction cups, and the use of appropriate valves and sensors.


PA: N/A

• Generation and distribution of vacuum

• Difference between conventional handling technology and vacuum handling technology

• Vacuum sensing for process control

• Dimensioning vacuum suction cups

• Air requirements of vacuum systems

• Influence of material properties on vacuum handling

• Practical exercises in small groups on special training units and individual components using

different materials

The participant:

• can describe the fundamentals of vacuum

• knows about vacuum generation and applications

• can select vacuum generation components

• can select suction cups for different industrial applications

• can troubleshoot vacuum applications


2 days

559405

Use of vacuum in handling systems


Technology


Valve terminal CPX –

Commissioning, modification and fault elimination

PN163

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Preconfigured complex systems with valve terminals and mechanical, pneumatic and electrical compo-

nents bring numerous advantages but create new tasks for maintenance staff. This courses enables you

to understand how pneumatic and electrical components work together. You will also learn identification

and elimination of faults, and troubleshooting aids.

FA: 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 behavior

• 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


PN173

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Preconfigured complex systems with valve terminals and mechanical, pneumatic and electrical compo-

nents bring 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.

FA: Maintenance, Design/Engineering


• Functional relationships between pneumatics and electrical engineering

• Creating pressure zones

• Production and reading of pneumatic circuit diagrams

• Terminal configuration and spare parts ordering

• Modification and replacement of parts

• 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:

• becomes familiar with the CPV valve islands and operation principals

• can interact with the CPV interface

• can diagnose failures of CPV valve islands

• can undertake diagnosis via Profibus


2 days

559388

Valve terminal CPV –

Commissioning, modification and fault elimination


Technology


Energy-efficient design of pneumatic systems

PN183

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Incorrect dimensioning leads to higher costs, a reduction in quality and other problems. Covering the

basic solutions for correct dimensioning using real examples, this course enable you to plan and design

safe optimized pneumatic systems. Working with Festo ProPneu software you will learn relationships

between pressure, load and speed.

FA: Design/Engineering

PA: N/A

• Costs of compressed air production with calculation examples

• Compressed air drying and costs

• Costs of leaks

• Optimum dimensioning and material selection for compressed air networks

• Compressed air quality for different applications

• Function and design of the service unit, slow restart pressurization

• Speed measurement of a cylinder with different fittings and tubing

• Dimensioning of a pneumatic system from the service unit through to the drive, including the hoses

and fittings

• Determining the air requirement for a plant, including procedure and calculation examples

• Use of ProPneu calculation software

• Different pressures for advance and return strokes

• Reducing installation costs – from a single valve to valve terminal

• Various valve terminals, selection criteria

The participant:

• knows key efficient design features from compressed air generation to drive section

• can use software tools to improve design quality and optimize system dimensioning

• can apply key aspects of proactive maintenance

• can detect and avoid energy waste in pneumatic systems


2 days

559391

Pneumatics


Technology


PN193

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Health and safety are key design criteria for pneumatic systems. Safe systems require clear structuring

of processes, correct choice of components and circuits with the necessary safety features. In this course

you learn how to clearly define processes with Grafcet, how pneumatic components behave in different

operating modes, and which safety standards have to be taken into account when designing circuits.

FA: Design/Engineering

PA: N/A

• Representation of control sequences (Grafcet)

• Practical flow control for pneumatic drives depending on the relevant load

• Influence of mass moment of inertia in semirotary drives

• Intermediate positions in pneumatic drives

• Introduction to proportional technology, use, function and soft stop

• Safety in the event of power failure: clamps, 5/3-way valves, piloted non-return valves

• Behavior of pneumatic drives when power is restored

• Pneumatics for safety applications

• Equipment symbols as per DIN/ISO 1219-1

• Designation of equipment in circuit diagrams as per DIN/ISO 1219-2

• Pneumatic diagrams in FluidDRAW®

• Simulation of pneumatic circuits in FluidSIM®

The participant:

• recognizes the importance of the Grafcet planning method and understands its symbols

• knows the effect of one-way flow control valves, the meaning of push, pull and alternating loads and

can select and use one-way flow control valves accordingly

• knows the effect of moments of inertia on semirotary drives and can use the Festo “Moment

of Inertia Calculation Tool” to calculate the moment of inertia and select the correct semirotary drive

using the data sheets

• knows ways of stopping pneumatic drives in intermediate positions

• has an insight into the safety technology standards, knows basic terms, understands the function of

pneumatic actuators in relation to various pneumatic and electropneumatic valves and is familiar

with circuits for various safety categories


2 days

559392

Safety in Pneumatics

Pneumatics


Technology


HY511

Target groups

Contents

Outcomes

Prerequisites

Duration

Order 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. As in all Festo Didactic

seminars, there is an emphasis on practical exercises.

FA: Operators, Maintenance, Engineering, Trainer

PA: Operators Field-Process-Laboratory, Maintenance Process-Engineering, Design/Engineering,

Trainer/Consultant

• 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:

• design, assemble and test basic hydraulic circuits

• maintain and troubleshoot basic hydraulic control systems

• identify and describe the construction, design features and operation of hydraulic components

• interpret technical specifications and data relating to hydraulic components and systems

• identify and explain graphical symbols for hydraulic components

• describe fundamentals of oil flow


4 days

559448

Modern industrial hydraulics


Technology


Troubleshooting industrial hydraulics

HY521

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Careful maintenance can almost double the operating life of hydraulic components.

This course provides you with the relevant knowledge and necessary strategies and methods to tap

into these potential savings.

FA: Maintenance


• Special cylinders, hydraulic motors, piloted valves, synchronization controls, valve fittings,

power supply systems with hydraulic reservoir and variable displacement pumps

• Technical knowledge, communication and teamwork

• Maintenance: Increasing operational reliability of production plants

• Inspection: Identification, measurement and evaluation of wear on systems

The participant:

• knows the features of piloted vales, special cylinders, hydraulic motors, valve fittings and

power supply systems with hydraulic reservoir and variable displacement pumps

• understands how availability of production equipment can be improved

• can recognize and assess the degree of machine wear and carry out the relevant measurements

• can apply the principles of systematic troubleshooting to real applications

• can identify and analyse the weak points of a machine and initiate measures to eliminate them

• can safely recommission the system

Modern industrial hydraulics training

5 days

559449


Technology


HY132

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

In this course you will learn the function and control of proportional valves and the structure of basic

circuits in practical industrial applications. An extensive practical part gives you the opportunity to set up

circuits, set parameters and gain experience in commissioning and troubleshooting proportional hydraulic

controls.


PA: N/A

• 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 control

• 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

Modern industrial hydraulics training

3 days

559451

Proportional hydraulics


Technology


Flexibility despite a high degree of automation is one of the most important challenges in manufacturing

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 commands 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 confidence in

using it.


PA: Operator Field-Process-Laboratory, Maintenance Process-Engineering, Design/Engineering,

Trainer/Consultant

• 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 visualization

• Working with simulation

• Functions, function blocks and libraries

• Conversion of PLC programs

• Use of variable and symbolic operands

• Using the Help function

• Aids to troubleshooting

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

• select 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 visualization (e.g. belt or distribution station)

2 days

570614

CoDeSys –

A hardware independent introduction for programmers

PLC281

Target groups

Contents

Outcomes

Duration

Order number


Technology


PLC271

Target groups

Contents

Outcomes

Duration

Order number

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.

FA: Maintenance

PA: Maintenance Process-Engineering, Design/Engineering, Service technicians, electricians,

programmers and others

• Construction and function 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

• Visualization

• Configuration and commissioning on Festo automation systems – and much more...

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

3 days

570612

CoDeSys for Industry


Technology


AUT121

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Sensors are used for a wide range of functions in automated systems, such as to measure pressure, force

and distance, detect the presence and/or position of workpieces and the completion of process steps.

This course gives you an overview of sensor technology including the design and function of different

types of sensors, their applications and limitations.


PA: N/A

• Basic physical principles and characteristic features in use

• Sensor selection based on materials and ambient conditions

• Terms and definitions in sensor technology

• Design, function and applications of different sensors for detecting presence, distance, travel, force

and pressure, material quality etc.

• Industrial applications and realization

• Technical data and limits on use of sensors

• Connection technology and signal processing

• Practical exercises and fault analysis

The participant:

• knows the functions of various sensors such as indicating, distance, pressure, force etc.

• can select and install sensors for various applications

• can adjust and calibrate sensors

• can interpret sensor technical data

• can troubleshoot sensor faults

Technical understanding

3 days

565669

Basic principles of sensor technology


Technology


Introduction to mechatronics

AUT211

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

Today we are surrounded by automation systems that are a combination of mechanical engineering,

electronics and software. This seminar provides you an understanding and lays the foundation for

mastery of industrial automation, enabling you to commission, operate, adjust and maintain these

machines.


PA: N/A

• Basic physical principles

• Fundamentals of mechanics, pneumatics or hydraulics

• Motion control by electrical engineering

• Motion control by PLC

• Various sensor types and limit switches

• Basics of servo technology

• Factory automation simulation using MPS stations

• Practical exercises and troubleshooting

The participant:

• can troubleshoot basic mechatronic control systems

• can assemble and test basic mechatronic circuits (pneumatic, electrical, and software)

• can install or replace, and commission pneumatic, electropneumatic, electrical and PLC hardware

components

• can use diagnostic software to assist troubleshooting

• recognizes and can differentiate between the different types of programming used in industry

• can download a program and commission a simple PLC control system

• can identify and describe the operation of pneumatic, electropneumatic, electrical and PLC components

and sensors

• can interpret technical specifications and data relating to pneumatic, electropneumatic, sensor,

electrical and PLC components and systems

General technical understanding, background in automation

5 days

565671


Technology


ED111

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

The increasing use of these servo drives in industry has led to a skills gap that can have a negative impact

on productivity. If you are a user of conventional pneumatic drive technology, this course provides you

with the knowledge and skills to master the basics of electrical servo drives.


PA: Maintenance Process-Engineering, Design/Engineering, Trainer/Consultant

• Fundamentals of electrical drives

• Encoders (absolute, incremental, resolver)

• Motors (asynchronous, synchronous, AC servo, DC, stepper)

• Controllers, motion profiles, positioning drives

The participant:

• can describe the function of stepper, servo and positioning drive

• can describe the interplay of mechanical and electrical components

• knows the criteria for selecting a drive

• can commission an electric drive system

• can localize and eliminate simple faults

• can use the Festo Configuration Tool software

• can assemble, power up and configure a system

• can select the most appropriate drive for a given application

• can identify and eliminate faults and can interpret error messages

• can work safely with an electric drive

• has completed practical exercises with spindle and toothed-belt axes, cantilever axes, stepper and

servo motors.

Basic electrical and sensor understanding

2 days

562553

Fundamentals of Electric Drives


Technology


Fast, confident electric drive configuration

AUT201

Target groups

Contents

Outcomes

Prerequisites

Requirements

Duration

Order number

For many years it seemed that pneumatics was superior to electrical drives in linear and rotary motion.

Electric drives have developed into an energy-efficient, versatile technology. The increasing use of these

drives in industry – demanding the mastery of mechanical and electrical components and software has

led to a skills gap that can negatively impact productivity. If you are a user of conventional pneumatic

drive technology, this course provides you with the knowledge and skills to master the basics of electrical

servo drives.

FA: Design/Engineering, Trainer

PA: Design/Engineering, Trainer/Consultant

• Influence of application data on the required system

• Dimensioning and selection of the right system

• Significance of the mass moment of inertia

• Understanding the control behavior

• Factors influencing positioning accuracy and repeatability

• Designing and dimensioning systems using the “Positioning Drives” software

• Tips for safe mechanical and electrical design

• Tips on user guide, system documentation, maintenance and repair

• Safety in the electrical control

• Emergency stop

• Types of Stop

• Safety categories according to EN ISO 13 849-1 and EN 62 061

• Safe stop using the controller

• Practical exercises with the following components, spindle axis, toothed belt axis, cantilever axis,

handling device, stepper and servo motors

The participant:

• can describe the function and design of new electric drives

• can select, configure, dimension and integrate optimal electrical drive systems for applications

• knows relevant technical data, formulas, parameters

• can use configuration and dimensioning software to select according to their needs

• can select, configure, dimension and integrate optimal electrical drive systems for application

• Is familiar with appropriate safety legislation and standards and can adapt to the needs of their

own operational needs within production

Basic electrical and sensor understanding

Hardware similar to TP800 plus components

2 days

570024


41

An excellent company

We know what makes an

excellent company:

a focus on customer satisfac-

tion, corporate and quality

strategy, employee satisfaction,

efficient processes, responsible

and target-oriented employee

management, job-oriented

qualification, positive business

results and a positive impact

on society.

We will prepare your entire

organization for the new tasks

you will face.

Our consultants will advise your

employees on the development

of an independent and auto-

nomous working style. The aim

of their work is to enable com-

panies to efficiently structure

work, organization and qualifi-

cation processes.

Organization


Organization


LP111

Target groups

Contents

Outcomes

Duration

Order number

Introduction to Lean Production and Value Stream Mapping

Taking the form of a strategy game, this training gives you a holistic view of material and information

flows within a company and sensitizes you to different types of waste in processes. You learn to analyze

the causes of delivery problems and low productivity and to develop and implement ideas for meeting

customer needs and improving processes. The main goal is to instill lean thinking in your company.

The strategy game provides practical experience for all employees involved in lean production projects.

FA: Maintenance, Design/Engineering, Trainer, Managers

PA: Process-Engineering Maintenance, Design/Engineering, Trainer/Consultant, Managers

• Inventory minimization 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 – Optimization of setup processes with Single Minute Exchange of Die

• CIP processes 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


Organization


Kanban –

Pull production control

LP121

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course uses an example of kanban to teach you the tools and methods for better planning and

implementation of pull processes. You learn to use these methods to optimize processes and inventories

automatically, freeing up resources and capital. You quickly learn to use the practical knowledge to

implement simple pull processes in your own company.

FA: Maintenance, Design/Engineering, Trainer, Management

PA: Process- Engineering Maintenance, Design/Engineering, Trainer/Consultant, Management

The various kanban methods

• Kanban – manual or electronic?

• How do we produce in the customer’s takt time? How do we calculate this?

• Calculating the order point

• Determining batch size

• How do we dimension a supermarket?

• How do I design a kanban board or kanban card

• Audit systems, key characteristic values

The participant:

• can design kanban circuit

• can calculate buffer inventories, kanban quantities, customer takt time, order point and lead times

• can determine batch sizes

• can design supermarkets

• can design kanban boards and cards

• can use audit systems

• can calculate key characteristic data

• can put approaches into practice

Some experience in production control

1 day

559423


Organization


TPM –

Maintenance strategies and Total Productive Maintenance

LP141

Target groups

Contents

Outcomes

Prerequisites

Duration

Order number

This course provides service technicians with an overview of commonly used maintenance strategies,

compares these based on different requirements and thus provides you with a basis for making

maintenance decisions to maximize availability in your own company.

FA: Maintenance, Design/Engineering, Trainer, Management

PA: N/A

• Production systems and their influence on maintenance

• Six typical types machine and system loss

• Roles and self-image in maintenance

• Organizational 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 establish sources of loss on machines and systems

• sees maintenance as a service provider for production

• can evaluate various maintenance strategies and select the appropriate one for the company

or various machines

• can implement the company’s maintenance strategies

• can select and collect data for recording maintenance performance

Experience in maintenance

2 days

559428


Learning Systems

45


Learning Systems for Automation

Laboratory Equipment

and Training Packages

Software and Courseware

Mechatronics

Professional Laboratory

Equipment

The modular workstation systems

for basic and further training.

With many practical details to

make teaching and learning

easier. Learnline and Learntop is

practical, versatile, resilient, and

extendable.

Training Packages

Training packages are of modular

design. You can start today with

the basic pneumatics level and

then continue to the advanced

level tomorrow, or start again

with electropneumatics.

Software

• Digital training programs/WBTs

• EasyPort

• Simulating with FluidSIM®

• Projecting with EPLAN

• Simulating system and virtual

learning environment CIROS®

Courseware

Textbooks and workbooks for:

• Pneumatics/Hydraulics

• Sensors

• Electronics/PLC/

Electrical closed-looped

control technology

• Mechatronics/

Handling technology/

Process automation

• Metal technology/

CNC technology

• GRAFCET/

Automation technology

• Working Material

MPS® Transfer System/Project Kit

Planning, assembly, program-

ming, commissioning, operation,

maintenance and troubleshooting

of production systems.

MPS® Stations

From small MPS® project kits to

multi-layered projects with stand-

alone stations, interconnected

stations and integrated systems.

MPS® 200 Complete Stations

From small complete systems to

entire mechatronic laboratory

outfits.

MPS® 500-FMS Flexible

Production

The basis for general technology

training using practical problems

from actual operational applica-

tions.

46


Factory Automation

and Lean Factory

Hybrid Training Factories

Mobile Robotics

MicroFMS

• Buffer of unmachined parts

• Separation

• CNC machining process

• Buffer of finished parts

• SCADA/DNC options

MultiFMS

A comprehensive training

environment specifically for

mechatronics engineers.

iCIM 3000

iCIM systems illustrates complex

topics such as production, logis-

tics and sequence planning in

flexible manufacturing systems.

iFactory

Creative production planning and

engineering with simple and clear

interfaces.

Project Kits for Task-based

training

Modular and flexible project kits,

ideally suited for exciting and

practical lessons in technology.

Compact Workstations

Want each of your training work-

stations to offer a high level of

complexity? Then the Compact

Workstation with four integrated

closed-loop controls systems is

the solution for you.

MPS®-PA Stations

The exclusive use of industrial

components ensures a speedy

transfer of knowledge from a

training scenario to practical

application.

AFB Training Factory

The AFB training factory is

designed and equipped like a

state-of-the-art industrial plant,

based on the automation know-

how and engineering experience

of Festo.

Robotino®

Trainees integrate and utilize

technical features and functions,

such as electric drive engineer-

ing, kinetics, sensors, control

technology, vision systems and

programming techniques.

Ordering, product assistance

and technical support

Tel: 1-866-661-7496

Fax: 1-631-435-3847

E-mail: [email protected]

www.festo.com/

uslearningsystems

47


Festo North America

Festo Regional Contact Center

5300 Explorer Drive

Mississauga, Ontario L4W 5G4

Canada

For ordering assistance or to find your

nearest Festo Distributor:

Call: 1.800.99.FESTO (800-993-3786)

Fax: 1.800.96.FESTO (800-963-3786)


For technical support:

Call: 1.866.GO.FESTO (866-463-3786)

Fax: 1.800.96.FESTO (800-963-3786)


USA Headquarters

Festo Corporation

395 Moreland Road

P.O. Box 18023

Hauppauge, NY 11788, USA

www.festo.com/us

USA Sales Offices

Appleton

North 922 Tower View Drive, Suite N

Greenville, WI 54942, USA

Boston

120 Presidential Way, Suite 330

Woburn, MA 01801, USA

Chicago

1441 East Business Center Drive

Mt. Prospect, IL 60056, USA

Dallas

1825 Lakeway Drive, Suite 600

Lewisville, TX 75057, USA

Detroit

Automotive Engineering Center

2601 Cambridge Court, Suite 320

Auburn Hills, MI 48326, USA

New York

395 Moreland Road

Hauppauge, NY 11788, USA

Silicon Valley

4935 Southfront Road, Suite F

Livermore, CA 94550, USA

East: 395 Moreland Road, Hauppauge, NY 11788, USA

Central: 1441 East Business Center Drive, Mt. Prospect, IL 60056, USA

West: 4935 Southfront Road, Suite F, Livermore, CA 94550, USA

Argentina Australia Austria Belarus Belgium Brazil Bulgaria Canada Chile China Colombia Croatia Czech Republic Denmark Estonia Finland

France Germany Great Britain Greece Hong Kong Hungary India Indonesia Iran Ireland Israel Italy Japan Latvia Lithuania Malaysia Mexico

Netherlands New Zealand Norway Peru Philippines Poland Romania Russia Serbia Singapor Slovakia Slovenia South Africa South Korea Spain

Sweden Switzerland Taiwan Thailand Turkey Ukraine United States Venezuela

Mexiko Canada

Festo Worldwide

Canada

Headquarters

Festo Inc.

5300 Explorer Drive

Mississauga, Ontario L4W 5G4

Phone: 1.905.624.9000

Fax: 1.905.624.9001


www.festo.com/ca

Mexico

Headquarters

Festo Pneumatic, S.A.

Av. Ceylán 3

Col. Tequesquinahuac

54020 Tlalnepantla

Edo. de México

Phone: 011 52 [55] 53 21 66 00

Fax: 011 52 [55] 53 21 66 65


www.festo.com/mx

USA Design and manufacturing Operations


Automation Technology Training - Festo€¦ · Training Courses Experienced instructors and...

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Transcript of Automation Technology Training - Festo€¦ · Training Courses Experienced instructors and...