Training the easy way.

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Lenze Training Centre Version: 1.1 Training catalogue 2016 Page 1/61

Lenze Training Catalogue 2016

Training the

easy way.

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Contents

Training that

gives you

freedom.

We are with you in all 5 phases of your engineering process, helping you to create the perfect solution for your machine tasks. This gives you enough freedom for what is most important: your ideas. To assist you, we also offer you a wide range of training courses, giving you a chance to get to know our products, drive solutions and automation systems. Add our expertise to your experience, and make your working days more effective, safer, and one thing above all: easy.

1

Developing ideas

Are you looking to build the best machine possible and already have some initial ideas? Then get these down on paper together with us, starting with small inno-vative details and stretching all the way to completely new ma-chines. Working together, we will develop an intelligent and sus-tainable concept that is perfectly aligned with your specific re-quirements.

2

Drafting concepts

We see welcome challenges in your machine tasks, supporting you with our comprehensive ex-pertise and providing valuable concepts for your innovations. Here, we take a holistic view of the individual motion and control functions and draw up consistent, end-to-end drive and automation solutions for you – keeping every-thing as easy as possible and as extensive as necessary.

3

Implementing solutions

Our easy formula for satisfied customers is to establish an active partnership with fast decision making processes and an individ-ually tailored offer. We have been using this easy principle to meet the ever more specialised cus-tomer requirements in the field of machine building for many years.

4

Manufacturing machines

Functional diversity in perfect har-mony: as one of the few full-range providers in the market, we can provide you with precisely those products that you actually need for any machine task – no more and no less. Our L-force product portfolio, a consistent platform

for implementing drive and auto-mation tasks, is invaluable in this regard.

5

Ensuring productivity

Productivity, reliability and new performance peaks on a daily basis – these are our key success factors for your machine. After delivery, we offer you cleverly devised service concepts to ensure continued safe operation. The primary focus here is on technical support, based on the excellent application expertise of our highly-skilled and knowledgea-ble after-sales team.

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The right training for any task.

The benefits for you:

Time savings

Every second counts, so learn about what you can achieve with our portfolio in short, module-type seminars. They will enable you to focus on the thing that is really important: how to implement your project quickly and efficiently.

Variety

Always the right kind of training: our very diverse range of seminars is geared towards your engineering process.

Expertise

Hands-on learning experience: all our courses are practical, application-based and taught by experienced trainers. You will find it easy to integrate what you learn into your day-to-day work, straight away.

Proximity

Take part in the training you need when it suits you best: we offer our courses in many locations in Europe, all year round. This keeps you flexible in terms of both time and place.

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The Lenze Training Programme

Developing ideas & drafting concepts

Start-up training

• Design engineer • Project planner • Application engineer • Programmer

The ideal choice right from the start: our one-day start-up training courses give you a quick and very practical introduction to what our products, solutions and systems can do for you. Knowing this will make it easy for you to make the best choices when you implement your machine concept.

Commissioning and application training

• Design engineer • Project planner • Application engineer • Programmer

• Commissioning engineer

Getting your machine operating quickly: technical expertise is essential for success-fully implementing your ideas. In our commissioning and application training for systems you will get to know our products and software in more detail – for seam-less application and smooth operation.

Service training

• Maintenance engineer • Commissioning engineer

Safeguarding operation in the long term: our service training will equip you with the practical knowledge you need for reliable machine diagnostics and rapid trou-bleshooting. And for the worst-case scenario, you will learn how to replace faulty elements quickly and make your machine ready for operation once again.

1 2

3 4 5

Developing ideas & drafting concepts

1 2

3 4

5

Implementing solutions & manufacturing

ma-chines

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Lenze Online Training

The application get more and more complex while the training period still gets shorter: meeting this challenge Lenze provides a new training portal with didacti-cally structured trainings, which are especially aimed to impart basic knowledge efficiently and time-saving.

From now on it is even easier for Lenze customers and partners to get the know-how for their products and solutions. The training programme is continuously ex-tended to web-based trainings (online tutoring’s followed by workshops). Available worldwide, the training platform is aimed to impart new competences and key qualifications as fast as possible and will be extended to self-directed train-ings.

* Find our online training offerings on our website

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Lenze automation systems

Let your machine decide. Tailor-made for your machine tasks.

We offer you one-stop automation systems for both central (Controller-based) and decentralised motion control (Drive-based) from a single source. Here, we place great emphasis on the use of market standards, such as EtherCAT, CoDeSys V3, PLCopen, thereby simplifying integration into higher-level line topologies through standard interfaces. This ensures your independence and prevents you from relying on any single standard – which makes sound financial sense for any investment. Our services, products and systems are freely scalable on the basis of a well-designed modular system.

For decentralised motion control: Drive-based automation

With compact machines and machine modules, decentralised motion control al-lows the load on the machine control system to be dramatically reduced or even eliminated altogether.

In particular the Servo Drives 9400 and the Inverter Drives 8400 are capable of tak-ing over decentralised control responsibilities. And the I/O-System 1000 can be incorporated into the system to evaluate the control signals. An end-to-end net-work can also be established, for example using EtherCAT or CANopen. This in-cludes the scalable visualisation concept using the Human Machine Interfaces p300/p500 and VisiWinNET® software. The overall system can also be rounded off here with our range of motors and gearboxes.

For central motion control: Controller-based automation

The best way to implement powerful, central motion control for sophisticated ma-chines is with our Controller-based automation system. The controller 3200 resp. C300 offers the ideal prerequisites for this.

Motion control commands are forwarded to the Servo Inverters i700 via the stand-ardised EtherCAT realtime bus. Centrally managed, these inverters can drive all the motors in your machine module.

The I/O system 1000 combines impressive performance with extremely compact dimensions. For an open visualisation concept we offer the uniform end-to-end VisiWinNET® visualisation software and the p300/p500 range of high-performance HMIs for operation and monitoring. The complete system is rounded off by our motors and gearboxes.

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Lenze FAST Application Software

The easy way to develop something special.

The topic of software is becoming increasingly important in developing machines as mechanical engineers are focusing more attention on efficient processes for creating the applications they need. Lenze's standard software modules make it easy to develop modular mechanical control by simply adding the individual mod-ules using the application template.

This leaves more time for the machine's exciting performance factors.

Highlights

• Up to 80% of software engineering requirements are covered by Lenze's FAST • Significant reduction in development times for basic functions

• Time saved can be invested in further development of the machine's special fea-ture(s)

• Pre-configured and tested technology modules which are easy to re-use • Structured programming layout via the application template

• Error reduction thanks to tested software

Get robots moving – it’s easy.

Ready-made robotics modules make it extremely easy to integrate kinematics into the entire automation process. Technology modules for Pick & Place applications are available for this purpose, with models designed for different kinds of kinemat-ics. A fully functional robotics core is already integrated to ensure the greatest pos-sible degree of freedom.

Highlights

• Spatial movements based on a powerful robotics core with six degrees of free-dom

• Motion planning is based on PLCopen Part4, for all main and auxiliary axes Thanks to the encapsulated path planning system in the FAST technology module, no knowledge of robot programming is required.

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Lenze Controller-based Automation Training

Our modular Lenze Controller-based Automation Training Programme supports you in areas ranging from logic programming, through motion applications, all the way up to complete technology modules, embedded in a standardised project and software environment, and provides you with the basis for setting up your own machine application.

You will be introduced to controllers, I/O systems and servo inverter hardware for central motion control, as well as market standards such as IEC61131-3, PLCopen or EtherCAT, applied in the integrated development environment of PLC-Designer 3. The Lenze Controller-based Automation Training Programme is rounded off with a machine-oriented visualisation that can be created using the VisiWinNET® Smart development tool by simply selecting, applying and configuring the various options without the need for programming knowledge.

The training sessions are application-oriented and contain a large number of prac-tical exercises.

Overview of the Controller-based Automation Training : Lenze FAST PLC Designer Introduction Day 1 FAST Application Software Days 4 + 5 Motion Control Days 2 + 3 • Introduction to the 3200C/p500 controllers • Introduction to PLC Designer • Introduction to IEC-61131 programming • Introduction to the I/O system 1000 • Introduction to the 3200C/p500 controllers • Introduction to and

commis-sioning the i700 servo drive and ETHERCAT

• Brief introduction to PLC Designer • PLC open.

Homing, el. shaft, brake, cam, touch probe • Axis basic control • Operating modes • Virtual axis

• application sample i700

Introduction to the FAST Technology Modules

• Interfaces: principle and scalability

• Technology modules:

El. shaft, virtual. master, FlexCam • Modularisation of machine

appli-cations

Introduction FAST Application Template:

• Elements and structure • Communication • State machine • Error handling • Engaging/disengaging • Visualisation

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Additional FAST trainings

FAST Application Template OMAC/PackML 1 day Modularization of machine applications Introduction to FAST Application Template PackML: • Elementsand structure • Communication • State machine • Error handling

• Coupling and decoupling • Visualization

• Embed and configure kine-matics

• Define coordinate systems • Reference and commission

robots

• Insert auxiliary axes • Configure trajectories • Use technology modules

VisiWinNet® Smart Introduction

1,5 days

• VisiWinNet overview • Connection to controller • VisiWinNet Smart

introduc-tion:

- Structure and key functions - System functions

- Diagnostics and trouble shooting

- Creating a basic visualisation application PLC Designer OOP Object Orientated Programming OOP 1,5 days • Introduction to object oriented pro-gramming with the PLC Designer:

- Complex data structures and data types

- Interfaces, properties and methods

Additional trainings

• Brief presentation of controllers, Servo Inverter and EtherCAT

• Diagnostics and error reaction

• Device exchange & back-up

• Mounting and commis-sioning of systems • Parameterization,

optimi-zation and advanced di-agnostics

• Introduction to fieldbus technology

• Basics of fieldbus tech-nology • Commissioning and diagnostics of fieldbuses FAST Robotics 1 day Service & Commissioning 2 days Fieldbus Basics Profibus-DP, CANopen, ProfiNet and EtherCAT

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Lenze Drive-based Automation Training

Overview of the Drive-based Automation Training:

 Lenze Drive-based i500 Application 1 day 8400 Application 2 days 9400 Application 3 days 9400 Safety 1 day 9400 CAM 1 day i500 Service 1 day 8400 Service 1 day 9400 Service 1 day • Presentation of inverters • Commissioning and diagnostics with Keypad and Engineer software • Create projects, realize

applications

• Operating modes with and without encoder feedback

8400 and 9400:

• Handling of FB editor and oscilloscope

• Pre-made applications for speed-controlled and po-sition-controlled drives (speed actuating drive, table positioning)

• Basics of CAM-technology • Application examples

about “CAM-technology” • Introduction to the

appli-cation “CAM-profiler” • Usage of different CAM

profiler functionalities • Additional

parameteriza-tion and configuraparameteriza-tion of the application with the Engineer Software • Practical exercises on the

training equipment

• System overview of safety modules (SM0, SM100, SM301) • Background information safety technology • Parameterization and configuration • Commissioning, diagnos-tics and service

• Practical exercises on the training equipment

• Parameter access and reading of status infor-mation of the inverters by means of the Keypad • Diagnostics with EASY

Starter (machine states, error reaction, logbook, service register, Trend) • Commissioning of

pre-made applications • Installation and operation

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Start-up training

Training Programme Start-up training

Inverter i500 start-up

Target group: Machine and system manufacturers

Decision makers and staff members, for example from the areas of electrical engineering/design, drive technology and project planning, who are keen to gain an overview of the Inverter i500 and some initial experi-ence of their own.

Objective

To obtain an overview of the technology and functionality of the Inverteri500. In guided and supported exercises on our training equipment, you will gain some initial practicalexperience in applying the Lenze engineering software.

Training content

• System overview:

scaling, device structure, functionality • Options for implementing applications • Demonstrations:

- Commissioning with Keypad

- Setting parameters and diagnostics with the EASY Starter software - Integration in master control

Duration: 1 day (9 am to 3 pm)

Costs: free

Dates: on demand

Contact person for technical issues (Germany)

Lenze LEV Thomas Molden

E-mail: [email protected]

Contact person for technical issues (Austria)

Lenze Antriebstechnik GmbH Karsten Lüchtefeld

www.Lenze.com/Training via the tile link “Lenze Online Training Portal”.

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Start-up training

Inverter Drives 8400 start-up

Decision makers and staff members, for example from the areas of electri-cal engineering/design, drive technology and project planning, who are keen to gain an overview of the Inverter Drives 8400 and some initial expe-rience of their own.

Objective

To obtain an overview of the technology and functionality of the InverterDrives 8400. In guided and supported exercises on our training equipment, you will gain some ini-tial practicalexperience in applying the Lenze engineering software.

- Commissioning with Keypad

- Setting parameters with the Engineer software - Diagnostics with the EASY Starter software

Costs: free

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Start-up training

Servo Drives 9400 start-up

Decision makers and staff members, for example from the areas of electri-cal engineering/design, drive technology and project planning, who are keen to gain an overview of the Servo Drives 9400 and some initial experi-ence of their own.

Objective

To obtain an overview of the technology and functionality of the Servo Drives 9400. In guided and supported exercises on our training equipment, you will gain some initial practical experience in applying the Lenze engineering software.

- Working with Software Engineer

- Incorporating control and safety functions - Diagnostics with the EASY Starter software

Costs: free

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Start-up training

Controller-based Automation start-up

Decision makers and staff members, for example from the areas of auto-mation, electrical engineering/design, drive technology and project plan-ning, who are keen to gain an overview of our controller-based system and some initial experience of their own.

Objective

To familiarise yourself with Lenze's controller-based system:

• System presentation/introduction to the 3200 C controller, i700 servo inverters, EtherCAT

• Lenze FAST Motion, technology modules and Application Template

• Introduction to controller-based automation

• Hardware: 3200 C controller, p500 panel controller, I/O System 1000 and i700 servo inverters • Brief introduction to PLC Designer and EtherCAT fieldbus

• PLCopen motion blocks

• Lenze FAST Motion with the AxisBasicControl functional block and i700 sample application • Introduction to the Lenze FAST application software

• Technology modules, scalability and licence model • Example: "Electrical Shaft" technology module

• Application Template and software structuring outlook

• Brief introduction to Lenze visualisations with VisiWinNET® Smart

• Practical presentation on how to use the system, based on the example of a machine application

Costs: free

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Start-up training

Drive Solution Designer start-up

Staff members from the area of development and project planning.

Objective

To obtain a short overview of the functions and functionalities of the Drive Solution Designer and EASY Explorer software. You will be familiarized with the main as-pects of the software and you will gain some initial practical experience in applying the software with Lenze drive systems. You will be able to evaluate the use of the software in your own company.

• Easy Explorer: software to determine drives • DSD – part of the engineering chain • DSD software (structure and architecture) • DSD interface

• Project preparation

• Programme sequence in DSD • Results and protocols • Motion planning in DSD

• Analyse and optimise drive dimensioning • Practical exercises

Costs: free

Note:

In this training you will use your own notebook. Therefore, you will get a test ver-sion of the Drive Solution Designer software.

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Commissioning and application training

Inverter i500

Staff members from the fields of • Electrical engineering/design • Project planning

• Machine application • Commissioning

Objective

The participants learn how to commission the Inverter i500 and how to adapt the applications to individual requirements.

Recommended:

• The free online training “Inverter i500 Basics” is recommended for this workshop.

Practice: commissioning of the Inverter i500 for different applications using different engineering tools (Keypad, PC) and adapting them to indi-vidual needs:

• Presentation of the Inverter Drives 8400

• Characteristics of setpoint structure and operating modes and selection of control signals

• Adapting the Inverter i500 to the requirements of a conveyor drive (I/Os, motion profile, start/stop behaviour)

• Inverter i500 default settings (favourite list, parameter sets, access control)

• Optimization of motor control

• Integration to master control via field bus

• Advanced functions of Inverter i500 (process controller, help functions, supervision)

Type of training: Workshop

Duration: 1 day (8.30 am to 4.30 pm)

Costs: €450 plus tax (VAT)

Dates: see table below

Note: This training is also offered as Online Training. In Germany the workshops will not take place before June.

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Training dates Inverter i500

Date

Locations in Germany

Hameln Gräfelfing Herborn Neukirchen-Vluyn Stuttgart

Date Code Date Code Date Code Date Code Date Code

January February March April May

June 02nd I5_A.01.DE 21st I5_A.02.DE

July 14th I5_A.03.DE

August 18th I5_A.04.DE

September 08th I5_A.05.DE

October 20th I5_A.08.DE 13th I5_A.07.DE 27th I5_A.09.DE 06th I5_A.06.DE

November 10th I5_A.10.DE

December 22nd I5_A.12.DE 08th I5_A.11.DE

Date Location Austria Asten Date Code January February 23rd I5_A.01.AT March April May 03rd I5_A.02.AT June 28th I5_A.03.AT July August September October 13th I5_A.04.AT November December 13th I5_A.05.AT

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Inverter Drives 8400

Objective

The participants will be capable of commissioning the Inverter Drives 8400 independently and adapting applications to their own

requirements. They will also learn about the functionalities and control characteristics.

• Presentation of the Inverter Drives 8400

• Commissioning and diagnostics using the keypad and the Engineer software

• Creating projects, implementing applications

• Guide to using the function block editor and oscilloscope • Operating modes with and without encoder feedback

• Pre-made applications for speed-controlled and position-controlled drives (speed actuating drive, table positioning)

• Connecting fieldbuses

Duration: 2 days (8.30 am to 4.30 pm)

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Training dates Inverter Drives 8400

Date

January 26th-27th 84_A.01.DE

February 16th-17th 84_A.02.DE

March 15th-16th 84_A.05.DE 01st-02nd 84_A.03.DE 08th-09th 84_A.04.DE

April 12th-13th 84_A.06.DE 19th-20th 84_A.07.DE

May 10th-11th 84_A.08.DE 31st 84_A.11.DE

June 01st 84_A.11.DE 08th-09th 84_A.09.DE

July 12th-13th 84_A.10.DE

August 16th-17th 84_A.12.DE

September 06th-07th 84_A.13.DE

October 18th-19th 84_A.16.DE 11th-12th 84_A.15.DE 25th-26th 84_A.17.DE 04th-05th 84_A.14.DE

November 08th-09th 84_A.18.DE

December 20th-21st 84_A.20.DE 06th-07th 84_A.19.DE

Date Location Austria Asten Date Code January 12th-13th 84_A.01.AT February March April 05th-06th 84_A.02.AT May June July August September 13th-14th 84_A.03.AT October November 08th-09th 84_A.04.AT December

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Servo Drives 9400

Objective

The participants will be capable of independently configuring the Servo Drives 9400, implementing applications and starting up the system. They will also gain comprehensive knowledge of how to operate Lenze's Engi-neer engiEngi-neering software.

• Presentation of the Servo Drives 9400

• Project planning, installation and operation

• Commissioning and adapting pre-made applications

• Parameter setting, diagnostics and error correction using the keypad and Engineer

• Basic drive functions and modes of motor operation

• Creating and configuring your own applications using the function block editor

• Integrating the Servo Drives 9400 into CAN networks and configuring multi-axis applications

• The basics of positioning technology and resolving positioning tasks

• Practical exercises on the training equipment Duration: 3 days (8.30 am to 4.30 pm)

Costs: €1,350 plus tax (VAT)

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Training dates Servo Drives 9400

Date

Location Germany

January February 02nd-04th 94_A.01.DE March 15th-17th 94_A.02.DE April May 10th-12th 94_A.03.DE June 14th-16th 94_A.04.DE July August 23rd-25th 94_A.05.DE September 27th-29th 94_A.06.DE October 25th-27th 94_A.07.DE November December 13th-15th 94_A.08.DE Date Location Austria Asten Date Code January February 02nd-04th 94_A.01.AT March April May 10th-12th 94_A.02.AT June July 05th-07th 94_A.03.AT August September October November 15th-17th 94_A.04.AT December

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Servo Drives 9400: Application Electronic CAM profiler

Objective

The participants will be capable of independently configuring the Servo Drives 9400 with the application “Electronic CAM profiler”, implementing applications and starting up the system. They will also gain application oriented knowledge of how to effectively operate Lenze's Engineer engi-neering software.

Prerequisites for attending this training:

• Participation in the training “Servo Drives 9400, Commissioning and Application”.

• Basics of CAM-technology

• Application examples about “CAM-technology”

• Introduction to the application “Electronic CAM profiler” • Usage of different CAM profiler functionalities

• Additional parameterisation and configuration of the application with the Engineer Software

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Servo Drives 9400: Servo PLC

Alongside the functionality of a servo inverter, the 9400 Servo PLC also offers the properties of a PLC that can be programmed using the industry standard IEC 61131-3. This training is aimed at persons who need to be able to configure and program 9400 Servo PLCs.

Objective

During the training, the participants will familiarise themselves with the application options of the 9400 Servo PLC. The participants will then be able to program and commission the 9400 Servo PLC using the PLC De-signer programming environment.

• Detailed knowledge of how to use the Servo Drives 9400 HighLine

• Programming knowledge in line with IEC 61131-3 or comprehensive experience in the field of PLC programming

• Overview of the hardware and software structure of the 9400 Servo PLC • Presentation and application of the Engineer and

PLC Designer software products • Diagnostics options

• CANopen fieldbus communication

Costs: €1,350 plus tax (VAT)

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Servo Drives 9400: Safety Engineering

This training is aimed at persons from the fields of project planning, electronics development, application and commis-sioning, who wish to use the safety modules of the Servo Drives 9400, integrate them into their machines and systems and adapt them to their applications.

Objective

The participants will be capable of configuring the Servo Drives 9400 independently with safety modules, implementing applications, commis-sioning the systems and ensuring service.

This training builds on the "Servo Drives 9400: Commissioning & Applica-tion" course.

• System presentation/introduction to the SM0, SM100 and SM301 safety modules

• Background information on safety engineering • Parameter setting and configuration

• Commissioning, diagnostics and service • Practical exercises on the training equipment

Duration: 2 days (Austria: 1 day, 8.30 am to 4.30 pm)

Costs: €900 plus tax (VAT) (Austria: €450 plus tax (VAT))

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Training dates Servo Drives 9400: Safety Engineering

Date

January February

March 08th-09th 94_SAF.01.DE 22nd-23rd 94_SAF.02.DE

April May June July August September October

November 02nd-03rd 94_SAF.03.DE 08th-09th 94_SAF.04.DE

December Date Location Austria Asten Date Code January February March April May 13th 94_SAF.01.AT June July August September October November 18th 94_SAF.02.AT December

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PLC Designer Introduction

Introduction to PLC Designer and IEC 61131-3 programming

Target group:

Machine operators and machine and system manufacturers

This training is aimed at persons from the fields of development, applica-tion, commissioning and service, who are keen to work with PLC-Designer V3 and gain some basic knowledge of IEC61131-3 programming.

Objective

The participants will gain technical knowledge on how to apply, program, commission and use the diagnostics options of PLC Designer. They will learn the basics of how to use this product and perform IEC61131-3 programming.

• Introduction to the 3200 C controller, p500 panel controller and the central I/O System 1000

• Structure of PLC Designer V3

• Creating a standard project with I/O mapping and connecting to the controller

• Project settings, project download, boot project, source code download and upload

• Using libraries and the device repository

• Presentation of variable & data types, POUs (program, function block, function), tasks, persistent & retain variables

• Using monitoring, variable forces, overwriting, trace, text list, logbook

• Introduction to IEC61131-3 programming languages, focusing on the FUP languages and structured text

• Using basic data structures

• Introduction to visualisation with the PLC Designer • Practical exercises on the training equipment

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Training dates PLC Designer Introduction

Date

January

February 23rd CbA_PLC.02.DE 02nd CbA_PLC.01.DE

March 15th CbA_PLC.04.DE 08th CbA_PLC.03.DE

April 12th CbA_PLC.05.DE

May 31st CbA_PLC.06.DE

June 07th CbA_PLC.07.DE 21st CbA_PLC.09.DE

July 05th CbA_PLC.08.DE

August

September 06th CbA_PLC.10.DE 13th CbA_PLC.11.DE

October 18th CbA_PLC.12.DE November 15th CbA_PLC.14.DE December 06th CbA_PLC.13.DE Date Location Austria Asten Date Code January February March 01st CbA_PLC.01.AT April May June 07th CbA_PLC.02.AT July August September 20th CbA_PLC.03.AT October 18th CbA_PLC.04.AT November December

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Motion Control

Introduction to controller-based Motion with the i700 servo inverter

Target group:

This training is aimed at persons from the fields of development and application, who integrate automation systems with the i700 servo in-verters and 3200 C and/or p500 controllers into their machines and sys-tems from a software perspective and create motion applications.

Objective

The "Motion Control" training is an engineering-oriented system and application training course. The participants will gain basic knowledge of how to test, evaluate and implement applications. The training creates the basis for participants to independently extend their system knowledge within the scope of projects.

Note

Participants should ideally complete the "PLC Designer Introduction: training module to ensure that they have the necessary knowledge be-fore attending this course.

• Introduction to the 3200 C controller, p500 panel controller, I/O System 1000 and controller-based motion • Introduction, configuration, commissioning of i700 servo inverters, SoftMotion axis and EtherCAT fieldbus • Brief introduction to PLC Designer

• PLCOpen blocks, motion and visualisation projects

• Lenze Fast Motion for positioning with the FB-AxisBasicControl and "Application Sample i700"

• The PLCOpen motion functions: homing, electrical shaft, cam and brake • Lenze touch probe function blocks

• Drive and motion operating modes (csp, csv, cst) • Applying a virtual axis

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Training dates Motion Control

Date

Locations Germany

January February 24th-25th CbA_MC.02.DE 03rd-04th CbA_MC.01.DE March 16th-17th CbA_MC.04.DE 09th-10th CbA_MC.03.DE April 13th-14th CbA_MC.05.DE May June 01st-02nd CbA_MC.06.DE 08th-09th CbA_MC.07.DE 22nd-23rd CbA_MC.09.DE July 06th-07th CbA_MC.08.DE August September 07th-08th CbA_MC.10.DE 14th-15th CbA_MC.11.DE October 19th-20th CbA_MC.12.DE November 16th-17th CbA_MC.14.DE December 07th-08th CbA_MC.13.DE Date Location Austria Asten Date Code January February March 02nd-03rd CbA_MC.01.AT April May June 08th-09th CbA_MC.02.AT July August September 21st-22nd CbA_MC.03.AT October 19th-20th CbA_MC.04.AT November December

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FAST Application Software

Introduction to controller-based FAST Application Software with the i700 servo inverter

Target group:

This training is aimed at persons from the fields of development and application, who are keen to integrate their machines and systems from a software perspective and create complex motion applications with technology modules in standardised software and project structures.

Objective

The "Lenze FAST Technology Modules" course focuses on engineering-oriented application training. After completing the training, participants should be capable of applying the technology modules, as well as understanding and exploiting their added value in a standardised software and project structure. The training creates the basis for participants to independently extend their knowledge within the scope of projects.

Prerequisite for attending this course:

Participation in the Lenze FAST Motion training

• Introduction to Lenze FAST technology modules • Interfaces: Principle and scalability

• Technology modules "Electrical Shaft, Virtual Master, FlexCam" • Introduction FAST Application Template:

- Elements and software structure

- Machine modules and applications, communication, state ma-chine, error handling, mechanisms during engagement - Visualisation, diagnostics and operation

Note: In Germany the training dates are the same as those of “FAST Ro-botics”. Depending on the demand either the one day “Fast Robotics” training or the two days “FAST Application Software” training takes place.

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Training dates FAST Application Software

Date

January February 16th-17th CbA_FAST.01.DE March 01st-02nd CbA_FAST.02.DE April 19th-20th CbA_FAST.03.DE May June 07th-08th CbA_FAST.04.DE July 12th-13th CbA_FAST.05.DE August September 13th-14th CbA_FAST.06.DE October 25th-26th CbA_FAST.07.DE November 29th-30th CbA_FAST.08.DE December Date Location Austria Asten Date Code January February March April 12th-13th CbA_FAST.01.AT May June 21st-22nd CbA_FAST.02.AT July August September October 04th-05th CbA_FAST.03.AT November December 06th-07th CbA_FAST.04.AT

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FAST Robotics

Target group:

This training is aimed at persons from the fields of development and application, who integrate automation systems with the i700 servo in-verters and 3200 C controllers into their machines and systems from a software perspective and create robotic applications.

Objective

The participants learn how to commission a robotic PLC-program and how to adapt the program to individual applications requirements. Prerequisites for attending this training:

• Good knowledge from the training PLC Designer Introduction and Mo-tion Control

• Additional recommendation for this workshop: The online robotic base training “Robotic Basics”

Initial commissioning of a customer-specific robotics application by means of practical exercises on training set-ups:

• Integrate and configure customer-specific kinematics

• Define coordinate systems and reference and commission robots • Insert auxiliary axes

• Configure trajectories, perform movements and adapt trajectories • Use technology modules

• Test “Conveyor Tracking” application

Note: In Germany the training dates are the same as those of “FAST Ap-plication Software”. Depending on the demand either the one day “Fast Robotics” training or the two days “FAST Application Software” training takes place.

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Training dates FAST Robotics

Date

January February 16th CbA_RFAST.01.DE March 01st CbA_RFAST.02.DE April 19th CbA_RFAST.03.DE May June 07th CbA_RFAST.04.DE July 12th CbA_RFAST.05.DE August September 13th CbA_RFAST.06.DE October 25th CbA_RFAST.07.DE November 29th CbA_RFAST.08.DE December Date Location Austria Asten Date Code January February March 08th CbA_RFAST.01.AT April May June July August September 06th CbA_RFAST.02.AT October November 02nd CbA_RFAST.03.AT December

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VisiWinNet® Smart Introduction

Introduction to Lenze VisiWinNet Smart with the 3200C/p500 controller

Target group:

This training is aimed at persons from the fields of project planning and application, who are keen to program, commission and integrate auto-mation systems with VisiWinNET® Smart into their machines and sys-tems.

Objective

The participants will be capable of independently configuring automa-tion systems using VisiWinNET® Smart, as well as implementing and commissioning basic applications.

• Connection to the controller

• Overview of VisiWinNET® Smart and further product versions • Introduction

to VisiWinNET® Smart Editor and the Project Wizard to Form Designer and project configuration

Defining internal and external (controller) variables and user controls Creating cross-references and performing troubleshooting

Managing and switching between multiple languages Using alarms, trends and formulae

Using user management and logbook functions • Creating a basic visualisation application • Practical exercises on the training equipment

Duration: 1.5 days

Time Hameln: day 1: 9 am to 4.30 pm, day 2: 8.30 am to 1 pm

Time Asten: day 1: 8.30 am to 4.30 pm, day 2: 8.30 am to 12.30 pm

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Training dates VisiWinNET® Smart Introduction

Date

January February 18th-19th CbA_VWN.01.DE March 03rd-04th CbA_VWN.02.DE 22nd-23rd CbA_VWN.04.DE 15th-16th CbA_VWN.03.DE April 21st-22nd CbA_VWN.05.DE May June 09th-10th CbA_VWN.06.DE 16th-17th CbA_VWN.07.DE 28th-29th CbA_VWN.09.DE July 14th-15th CbA_VWN.08.DE August September 15th-16th CbA_VWN.10.DE 27th-28th CbA_VWN.11.DE October 27th-28th CbA_VWN.12.DE November December 01st-02nd CbA_VWN.14.DE 13th-14th CbA_VWN.13.DE Date Location Austria Asten Date Code January 28th-29th CbA_VWN.01.AT February March April 07th-08th CbA_VWN.02.AT May June July August September 15th-16th CbA_VWN.03.AT October November 10th-11th CbA_VWN.04.AT December

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FAST Application Template OMAC/PackML

Introduction to Controller-based FAST Application Template OMAC/PackML with Servo-Inverter i700

Target group:

The training is aimed at persons from the fields of development and application, who are keen to integrate their machines and systems from a software perspective and to use standardised software and project structures, as well as defined Application Templates for this.

Objective

The "FAST Application Template OMAC/PackML " training is software-oriented application training. After completing the training, participants should be capable of using the Lenze FAST Application Template

OMAC/PackML with its software project structures and functionalities and also understand the added value associated with this.

The training creates the basis for participants to independently extend their system knowledge within the scope of projects.

Prerequisite for attending this course

Participation in the PLC Designer Introduction training

• Introduction to the FAST Application Template OMAC/PackML - Elements and software structure

- Machine modules and applications, communication, state ma-chine, error handling and mechanisms during

engage-ment/disengagement

• Visualisation, diagnostics, handling

Duration: 1 day

Date: on demand

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PLC Designer OOP

Introduction to Object Orientated Programming OOP

This training is aimed for programmers who want to comprehend the potential of OOP and use this within the PLC Designer programming Tool.

Objective

In the end the participants are familiar with the possibilities of Object Oriented Programming as addition to the standard IEC 61131-3 Pro-gramming. The different keywords will be explained so that the partici-pants can understand these within the code.

Prerequisite for attending this course

Participation in the PLC Designer Introduction training

• Introduction to object orientated programming - Methods, Properties, Inheritance, Interfaces - User-defined data structures

• Practical exercises

Duration: 1.5 days

Time Hameln: day 1: 8.30 am to 4.30 pm, day 2: 8.30 am to 12.30 pm

Time Asten: day 1: 8.30 am to 4.30 pm, day 2: 8.30 am to 12.30 pm

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Fieldbus Basics

Basics of fieldbuses by the examples of Profibus-DP, CANopen, ProfiNet und EtherCAT

Target group:

Machine operators and machine and system manufactures

The training is aimed at persons from the fields of development, applica-tion, commissioning and servicing, who would like to learn about basics, projecting and application of fieldbus systems.

Objective

The participants are able to project, commission and to diagnose te fieldbus systems.

• Brief introduction to the background of fieldbus technology • Technology of Fieldbus Systems

• Commissioning and diagnostics of fieldbus systems • Practical exercises on the training equipment

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Service training

Inverter i500

Target group:

This training is aimed at persons from the fields of operation, maintenance and servicing.

Objective

The participants learn how to run diagnostics and how to eliminate faults, use the keypad, the EASY Starter and further engineering tools in order to eliminate faults.

• The free online training “Inverter i500 Basics” is recommended for this workshop.

Practice: Detecting errors and eliminating faults using different engineer-ing tools (Keypad, PC):

• Operation of keypad and EASY Starter when service is required • Diagnostic options (Status LEDs, error messages, history memory,

Trend)

• Data backup and recovery

• Facts about firmware compatibility and user settings

Note: This training is also offered as Online Training. In Germany these workshops will not take place before June.

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Service training

Training dates Inverter i500

Date

January February March April May June 22nd I5_S.01.DE July August 19th I5_S.02.DE September

October 21st I5_S.04.DE 07th I5_S.03.DE

November December 09th I5_S.05.DE Date Location Austria Asten Date Code January February March 17th I5_S.01.AT April May June 16th I5_S.02.AT July August September 29th I5_S.03.AT October November December 01st I5_S.04.AT

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Service training

Inverter Drives 8400

Target group:

The "Inverter Drives 8400: Service" training is aimed at persons from the fields of operation, maintenance and servicing.

Objective

In this training course, participants will learn the basics of installing and servicing the Inverter Drives 8400.

They will gain technical knowledge on

• Diagnostics and eliminating malfunctions (troubleshooting) • Using the keypad, EASY Starter and Engineer

• Accessing parameters and exporting status information to the Inverter Drives 8400 using the keypad

• Diagnostics with the EASY Starter and Engineer software packages (device statuses, error responses, logbook, trend, data logger) • Commissioning specified user parameter settings

• Steps for complete data backup • "Device replacement" during servicing

• Useful information on installation and operation • Practical exercises on the training equipment

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Service training

Date

January 12th 84_S.01.DE February March 10th 84_S.02.DE April 05th 84_S.03.DE May 31st 84_S.04.DE June July August 09th 84_S.05.DE

September 27th 84_S.07.DE 13th 84_S.06.DE

October November 29th 84_S.08.DE December Date Location Austria Asten Date Code January February March 15th 84_S.01.AT April May June 14th 84_S.02.AT July August September 27th 84_S.03.AT October November 29th 84_S.04.AT December

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Service training

Servo Drives 9400

Target group:

This training is aimed at persons from the fields of operation, maintenance and servicing.

Objective

In this training course, participants will learn the basics of how to install and service the Servo Drives 9400.

They will gain technical knowledge on

• Diagnostics and eliminating malfunctions (troubleshooting) on the Servo Drives 9400

• Using the keypad

• Using EASY Starter and Engineer

• Accessing parameters and exporting status information to the Servo Drives 9400 using the keypad

• Diagnostics with the EASY Starter and Engineer

(device statuses, error responses, logbook, service register, trend, data logger, oscilloscope)

• Commissioning pre-made applications • Steps for complete data backup

(e.g. for altered parameter setting in the device) • "Device replacement" during servicing

• Useful information on installation and operation • Checking and optimising the motor control • Practical exercises on the training equipment

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Service training

Date

January 13th 94_S.01.DE February March 11th 94_S.02.DE April 06th 94_S.03.DE May June 01st 94_S.04.DE July August 10th 94_S.05.DE

October November 30th 94_S.08.DE December Date Location Austria Asten Date Code January February March 16th 94_S.01.AT April May June 15th 94_S.02.AT July August September 28th 94_S.03.AT October November 30th 94_S.04.AT December

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Service training

Inverter Drives 8200 vector and 8200 motec

Target group:

This training is aimed at persons from the fields of commissioning, ser-vice and project planning.

Objective

In this training course, participants will learn the basics of installing, commissioning, operation and servicing the inverter drives vector and 8200 motec.

They will gain the technical knowledge necessary for commissioning, parameter setting and eliminating faults on drives.

 Basics of electromagnetic compatibility

 Installing and commissioning the devices

 Setting parameters, diagnostics and elimination of errors with Key-pad and Lenze PC software “Global Drive Control” (GDC)

 Practical exercises on the training equipment

Duration: 1 day

Date

January 14th 82_S.01.DE February 25th 82_S.02.DE March April 07th 82_S.03.DE May June 02nd 82_S.04.DE July August 11th 82_S.05.DE

October November

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Service training

Servo Drives 9300

Target group:

This training is aimed at persons from the fields of commissioning, ser-vice and project planning.

Objective

In this training course, participants will learn the basics of how to install and service the Servo Drives 9300.

They will gain technical knowledge on the commissioning, parameterisa-tion and error eliminaparameterisa-tion on the drives.

 Overview of drive system

 Installation and commissioning servo inverter 9300

 Setting parameters, diagnostics and elimination of errors with Key-pad and Lenze PC software “Global Drive Control” (GDC)

 Practical exercises on the training equipment

Duration: 1 day

Date

January 15th 93_S.01.DE February 26th 93_S.02.DE March April 08th 93_S.03.DE May June 03rd 93_S.04.DE July August 12th 93_S.05.DE

October November

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Service training

Controller-based Automation: Service & Commissioning

Service & commissioning of the controller 3200 C / c300/ p500 / p300 and the servo-inverter i700

Target group: Machine operators

This training is aimed at persons from the fields of commission-ing and service.

Objective

In this training course, participants will learn the basics of in-stalling, commissioning, operating and servicing the controller, the servo-inverters i700 and the EtherCAT field bus.

They will gain the technical knowledge necessary for commissioning, parameter setting and eliminating faults on the systems.

Training content day 1 (target groups service & commissioning)

• Brief introduction of controller, servo-inverter and EtherCAT

• Diagnostics and elimination of errors (focus Easy Starter) • Replacement and backup of the devices

Training content day 2(target group commissioning)

•

• Mounting and commissioning of the systems

• Parameterisation, optimisation and advanced diagnostics (focus PLC Designer)

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Service training

Training dates Controller-based Automation

Date

January 26th-27th CbA_S.01.DE February 16th-17th CbA_S.02.DE March April 05th-06th CbA_S.03.DE May 24th-25th CbA_S.04.DE June July 19th-20th CbA_S.05.DE August 30th-31st CbA_S.06.DE September October 11th-12th CbA_S.07.DE November 08th-09th CbA_S.08.DE December Date Location Austria Asten Date Code January February 24th-25th CbA_S.01.AT March April May 24th-25th CbA_S.02.AT June July August September October 11th-12th CbA_S.03.AT November December Special topics

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Special topics

Drive Solution Designer

Target group: Machine operators and machine and system manufacturers

Staff at manufacturers or users of machines/systems that work in the fields of develop-ment, project planning or general planning

Objective

This training offers participants a detailed overview of the software's functions. Partici-pants will learn how to use the software and then be able to perform dimensioning auton-omously for Lenze drive systems in their field.

Equipment

The participants are requested to bring a suitable laptop with them to the training course (operating system: Windows XP, Vista, 7 or 8, minimum 1 GB RAM)

• DSD – A link in the engineering chain • DSD software (structure and architecture) • The user interface of the DSD

• Preparing projects • Program flow in the DSD • Results and logs

• Motion planning in the DSD • Basic multi-axis designs

• Analysing and optimising designs

• A large number of application-oriented training exercises

Training the easy way.

Lenze Training Catalogue 2016

Training the

easy way.

Table of Contents

Training that

gives you

freedom.

1

2

3

4

5

The benefits for you:

The Lenze Training Programme

1 2

3 4 5

1 2

3 4

5

Lenze Online Training

Lenze automation systems

Lenze FAST Application Software

Lenze Controller-based Automation Training

Lenze Drive-based Automation Training

Inverter i500 start-up

Inverter Drives 8400 start-up

Servo Drives 9400 start-up

Controller-based Automation start-up

Drive Solution Designer start-up

Inverter i500

Inverter Drives 8400

Servo Drives 9400

Servo Drives 9400: Application Electronic CAM profiler

Servo Drives 9400: Servo PLC

Servo Drives 9400: Safety Engineering

PLC Designer Introduction

Motion Control

FAST Application Software

FAST Robotics

VisiWinNet® Smart Introduction

FAST Application Template OMAC/PackML

PLC Designer OOP

Fieldbus Basics

Inverter i500

Inverter Drives 8400

Servo Drives 9400

Inverter Drives 8200 vector and 8200 motec

Servo Drives 9300

Controller-based Automation: Service & Commissioning

Drive Solution Designer