Find out more about the online learning units available for your chosen topic here. You can start the learning program by clicking on the desired language version.
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MOVITRAC® basic – overview
Description:
In this e-learning module, you will learn about the MOVITRAC® basic control cabinet inverter, including its classification within the SEW‑EURODRIVE product range and the areas of application for which this inverter is suitable.
Learning goals:
- Being able to identify MOVITRAC® basic
- Being able to classify MOVITRAC® basic within the SEW‑EURODRIVE product range
- Being able to differentiate MOVITRAC® basic within the product family
- Knowing the areas of application for MOVITRAC® basic
Type of learning: Product knowledge
Duration: 10 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the special features, essential key data, and options of this control cabinet inverter.
Learning goals:
- Knowing the special features of MOVITRAC® basic
- Knowing the advantages of MOVITRAC® basic
- Knowing the key technical data and options of MOVITRAC® basic
Type of learning: Product knowledge
Duration: 12 minutes
Available in the following languages:
MOVITRAC® classic – overview
Description:
In this e-learning module, you will learn about the MOVITRAC® classic frequency inverter, including its classification within the SEW‑EURODRIVE product range and the areas of application for which this control cabinet inverter is suitable.
Learning goals:
- Being able to identify MOVITRAC® classic
- Being able to classify MOVITRAC® classic within the SEW‑EURODRIVE product range
- Being able to differentiate MOVITRAC® classic within the product family
- Knowing the areas of application for MOVITRAC® classic
Type of learning: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about MOVITRAC® advanced, including the role this inverter plays in the SEW‑EURODRIVE product range and where it can be used.
Learning goals:
- Being able to identify MOVITRAC® advanced
- Being able to classify MOVITRAC® advanced within the SEW‑EURODRIVE product range
- Being able to name the key features and areas of application of MOVITRAC® advanced
Type of learning: Product knowledge
Duration: 12 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the special features of MOVITRAC® advanced, along with the advantages and key technical data of this control cabinet inverter.
Learning goals:
- Knowing the special features of MOVITRAC® advanced
- Knowing the advantages of MOVITRAC® advanced
- Knowing the key technical data of MOVITRAC® advanced
Type of learning: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the MOVIDRIVE® modular, MOVIDRIVE® system, and MOVIDRIVE® technology frequency inverters, including their areas of application. You will also learn how to distinguish between these frequency inverters.
Learning goals:
- Knowing the task of MOVIDRIVE®
- Being able to identify MOVIDRIVE®
- Being able to name the key features and areas of application of MOVIDRIVE®
- Being able to classify MOVIDRIVE® within the SEW‑EURODRIVE product range
Type of learning: Product knowledge
Duration: 10 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about MOVIDRIVE® modular components and connections, and about the key technical data of this application inverter.
Learning goals:
- Knowing the components of MOVIDRIVE® modular
- Knowing the connections of MOVIDRIVE® modular
- Knowing the key data of MOVIDRIVE® modular
Type of learning: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the components and connections of the MOVIDRIVE® system inverter from the MOVI‑C® modular automation system, and about the key technical data of this inverter.
Learning goals:
- Knowing the components of MOVIDRIVE® system
- Knowing the connections of MOVIDRIVE® system
- Knowing the key data of MOVIDRIVE® system
Type of learning: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the components and connections of the MOVIDRIVE® technology inverter from the MOVI‑C® modular automation system, and about the key technical data of this inverter.
Learning goals:
- Knowing the components of MOVIDRIVE® technology
- Knowing the connections of MOVIDRIVE® technology
- Knowing the key data of MOVIDRIVE® technology
Type of learning: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the various MOVITRAC® advanced designs, as well as the options and accessories for all control cabinet inverters from the MOVI‑C® modular automation system.
Learning goals:
- Knowing and being able to describe the various MOVITRAC® advanced designs
- Knowing and being able to describe the options and accessories of MOVITRAC® advanced, MOVIDRIVE® modular, MOVIDRIVE® system, and MOVIDRIVE® technology
Type of learning: Product knowledge
Duration: 20 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the control modes for the inverters from the MOVI‑C® modular automation system, and about the basic operating principle using function control blocks (FCBs).
Learning goals:
- Knowing the control modes for the inverters from the MOVI‑C® modular automation system
- Knowing the basic operating principle applying to the function control blocks (FCBs) of the inverters from the MOVI‑C® modular automation system
- Knowing the relationship between the function control blocks and the control modes
Type of learning: Product knowledge
Duration: 25 minutes
Available in the following languages:
Description
In this self-study module, a video will teach you what a controller is, how it works, and where it is used. You will learn about basic terminology and relationships in control and automation technology.
Learning goals:
- Knowing what a controller is
- Knowing the areas of application for a controller
- Understanding the operating principle of a controller
- Knowing the key control technology terminology
- Understanding relationships in drive and automation technology
Type of knowledge: Video
Duration: 7 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the controllers in the MOVI‑C® modular automation system.
Learning goals:
- Being able to classify the MOVI‑C® CONTROLLER family within the SEW‑EURODRIVE product range
- Being able to name the key features and areas of application of the MOVI‑C® CONTROLLER family.
- Being able to identify MOVI‑C® CONTROLLER UHX85A
Type of knowledge: Product knowledge
Duration: 10 minutes
Available in the following languages:
Description:
In this self-study module, you will learn about the categories, features, and topologies of the MOVIKIT® software modules.
Learning goals:
- Knowing the products on which MOVIKIT® software modules can be operated
- Knowing the main features of MOVIKIT® software modules
- Being able to differentiate between the categories of MOVIKIT® software modules
- Knowing a typical application with device topology for a MOVIKIT® category
Type of knowledge: E-learning module
Duration: 50 minutes
Available in the following languages:
E-learning module: MOVIKIT® RotaryKnife software module – areas of application, operating principle, and features
Description:
In this self-study module, you will learn about the areas of application, operating principle, and features of the MOVIKIT® RotaryKnife software module.
Learning goals:
- Knowing the areas of application for the MOVIKIT® RotaryKnife software module
- Knowing the operating principle of the MOVIKIT® RotaryKnife software module in a typical application
- Knowing the features of the MOVIKIT® RotaryKnife software module
Type of knowledge: Product knowledge
Duration: 35 minutes
Available in the following languages:
E-learning module: MOVIKIT® MultiAxisController software module – operating principle, areas of application, and features
Description:
In this self-study module, you will learn about the operating principle, areas of application, and features of the MOVIKIT® MultiAxisController software module.
Learning goals:
- Knowing the operating principle of the MOVIKIT® MultiAxisController software module in a typical application
- Knowing the areas of application for the MOVIKIT® MultiAxisController software module
- Knowing the features of the MOVIKIT® MultiAxisController software module
Type of knowledge: Product knowledge
Duration: 90 minutes
Available in the following languages:
MOVIKIT® for storage/retrieval systems – structure, areas of application and solution principles (Part1)
Description:
In this self-learning course, you will learn about the structure, areas of application and solution principles with the MOVI-C® modular automation system for storage/retrieval systems and load handling devices.
Learning goals:
- Knowing typical storage/retrieval systems and their structure and areas of application
- Knowing the solution principles of the MOVIKIT® StackerCrane software module
Type of learning: E-Learning
Duration: User-specific
Available in the following languages:
MOVIKIT® for storage/retrieval systems – software modules and functions in detail (part 2)
Description:
In this self-study module, you will learn in detail about the functions of the MOVIKIT® software modules for storage/retrieval systems, e.g. MOVIKIT® StackerCrane effiDrive, MOVIKIT® StackerCrane MultiAxisController etc.
Learning goals:
- Knowing the MOVIKIT® software modules for storage/retrieval systems
- Knowing the functions in detail
Type of learning: E-Learning
Duration: 70 min
Available in the following languages:
Description:
In this e-learning module, you will learn to distinguish between the types and special features of decentralized drive inverters (MOVI‑C®) based on their areas of application and installation topologies.
Learning goals:
- Knowing the special features of decentralized drive inverters
- Knowing the types of decentralized drive inverters and their areas of application
Type of knowledge: Product knowledge
Duration: 20 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the special features of MOVIMOT® advanced and the key technical data of this drive unit.
Learning goals:
- Knowing the special features of MOVIMOT® advanced
- Knowing the advantages and limitations of MOVIMOT® advanced
- Knowing the key technical data of MOVIMOT® advanced
Type of knowledge: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the advantages and essential key data of MOVIMOT® performance.
Learning goals:
- Knowing the special features of MOVIMOT® performance
- Knowing the advantages of MOVIMOT® performance
- Knowing the key technical data of MOVIMOT® performance
Type of knowledge: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about MOVIMOT® performance ELV and its key features. You will also gain an insight into the areas of application for MOVIMOT® performance ELV.
Learning goals:
- Being able to identify MOVIMOT® performance ELV
- Being able to classify MOVIMOT® performance ELV within the SEW‑EURODRIVE product range
- Knowing the key features of MOVIMOT® performance ELV and its areas of application
Type of knowledge: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the advantages and essential key data of MOVIMOT® performance ELV.
Learning goals:
- Knowing the special features of MOVIMOT® performance ELV
- Knowing the advantages of MOVIMOT® performance ELV
- Knowing the key technical data of MOVIMOT® performance ELV
Type of knowledge: Product knowledge
Duration: 25 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn all about the MOVIMOT® flexible decentralized inverter and how you can distinguish it from other inverters on the basis of its essential key technical data and advantages.
Learning goals:
- Knowing the special features of the MOVIMOT® flexible decentralized inverter
- Knowing the advantages of the MOVIMOT® flexible decentralized inverter
- Knowing the key technical data of the MOVIMOT® flexible decentralized inverter
Type of knowledge: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the options and accessories for the decentralized drive units (MOVIGEAR® performance, MOVIMOT® performance, MOVIMOT® advanced, and MOVIMOT® flexible).
Learning goals:
Knowing the options and accessories for the decentralized drive units (MOVIGEAR® performance, MOVIMOT® performance, MOVIMOT® advanced, and MOVIMOT® flexible)
Type of knowledge: Product knowledge
Duration: 20 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the various MOVIGEAR® performance designs and accessories.
Learning goals:
- Knowing the MOVIGEAR® performance designs and accessories
- Being able to describe the aim and purpose of the MOVIGEAR® performance designs and accessories
Type of knowledge: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the advantages and essential key data of MOVIGEAR® performance.
Learning goals:
- Knowing the special features of MOVIGEAR® performance
- Knowing the key technical data of MOVIGEAR® performance
Type of knowledge: Product knowledge
Duration: 12 minutes
Available in the following languages:
Description:
In this self-study module, you will learn about the MOVIPRO® technology decentralized inverter, including its classification within the SEW‑EURODRIVE product range and the areas of application for which this inverter is suitable.
Learning goals:
- Being able to identify MOVIPRO® technology
- Being able to classify MOVIPRO® technology within the SEW‑EURODRIVE product range
- Knowing the key features of MOVIPRO® technology and its areas of application
Type of knowledge: E-learning module
Duration: 10 minutes
Available in the following languages:
Description:
In this self-study module, you will learn all about the MOVIMOT® technology decentralized inverter and how you can distinguish it from other inverters on the basis of its essential key technical data and advantages.
Learning goals:
- Knowing the special features of MOVIPRO® technology
- Knowing the advantages of MOVIPRO® technology
- Knowing the limitations of MOVIPRO® technology
- Knowing the key technical data of MOVIPRO® technology
Type of knowledge: E-learning module
Duration: 12 minutes
Available in the following languages:
Description:
In this learning unit, you will learn which topologies are supported by the MOVI‑C® modular automation system and which components are used in these topologies.
Learning goals:
- Knowing and being able to differentiate between the topologies
- Knowing which hardware and software modules can be used in which topology
- Knowing the functions of the inverters and controllers within these topologies
Type of knowledge: E-learning module
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about the topology of single-axis automation and the role played by MOVIKIT® software modules.
Learning goals:
- Knowing typical topology characteristics
- Knowing the devices with which the topology can be achieved
- Knowing the role played by MOVIKIT® software modules in single-axis automation
- Knowing the basic operating principle of MOVIKIT® software modules
Type of knowledge: Product knowledge
Duration: 20 minutes
Available in the following languages:
Description:
In this learning unit, a video and an e-learning module will teach you about the EtherCAT® motion slave topology and the CiA 402 device profile.
Learning goals:
- Knowing the basic operating principle of the EtherCAT® motion slave topology and the CiA 402 device profile
- Knowing how MOVIDRIVE® modular and MOVIDRIVE® system are connected to the controller
- Knowing what CiA 402 products are available from SEW‑EURODRIVE and their applications
- Knowing the difference between EtherCAT® CiA 402 and EtherCAT® SBusPLUS devices
- Knowing the CiA 402 mode of operation
Type of knowledge: Product knowledge
Duration: 30 minutes
Available in the following languages:
Description:
In this self-study module, you will learn how regenerative energy can be used at SEW‑EURODRIVE. You will learn about the braking resistor, supply and energy recovery, and Power and Energy Solutions (PES).
Learning goals:
- Knowing the various energy management concepts of MOVI‑C®
- Knowing typical areas of application for the energy management concepts
Type of learning: Basic knowledge
Duration: 22 minutes
Available in the following languages:
Description:
In this self-study module, you will find out more about the Power and Energy Solutions product series. You will learn how these products can be used and why this is worthwhile.
Learning goals:
- Knowing the Power and Energy Solutions products
- Knowing the Power and Energy Solutions topologies
- Knowing the advantages of Power and Energy Solutions
Type of learning: Product knowledge
Duration: 15 minutes
Available in the following languages:
Description:
In this e-learning module, you will learn about various components and how they are used, based on the application example of the Panorama Train at Europa-Park in Rust. You will also learn about the key technical details of the components for this application and the associated advantages.
Learning goals:
Knowing the application requirements of the Panorama Train, and how to meet these requirements using products from SEW‑EURODRIVE
Knowing the tasks performed by the SEW‑EURODRIVE products and how they interact with each other
Type of learning: Product knowledge, video tutorials
Duration: 20 minutes
Available in the following languages:
Basic principles of drive technology Asynchronous and synchronous motor on the inverter with open and closed-loop control mode
Description:
In this workbook, you will learn the basic principles of drive technology as well as the functionality and control methods of asynchronous and synchronous motors on the MOVI-C® generation inverter.
Learning goals:
- Knowing the basic principles of drive technology
- Knowing the control modes of the new MOVI-C® generation
Type of learning: Workbook
Duration: User-specific
Available in the following languages:
Basics of IEC Programming
Programming and Diagnostics
Description:
In this workbook, you will learn the basics of IEC programming of the MOVI-C® CONTROLLER.
Learning goals:
- Being familiar with the basics of IEC programming for the MOVI-C® CONTROLLER
- Knowing how to create IEC programs using the different programming languages in IEC61131
- Being familiar with operation, diagnostics, and visualization options in the IEC Editor
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVISUITE® – Practice on the Inverter
Startup, Parameterization and Diagnostics
Description:
In this workbook, you will learn the practical procedure for start up, parameterization and diagnostics of the inverters of the MOVI-C® automation system.
Learning goals:
- Being familiar with using fault diagnostics and the Scope function for the graphical recording of measured quantities
- Knowing how to perform data backup
- Being familiar with startup, parameterization, and drive optimization of MOVIDRIVE® modular, system, and technology application inverters
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® Software Modules Drive Category
Parameterization and Diagnostics
Description:
In this workbook, you will learn the practical procedure for start up, parameterization and diagnostics of the MOVIKIT® software modules Drive Category of the MOVI-C® automation system.
Learning goals:
- Being familiar with connecting the MOVIDRIVE technology application inverter to a central controller by loading MOVIKIT® software modules
- Knowing how to load and parameterize the MOVIKIT® software modules so that the application can be controlled via process data
- Bein familiar with controlling and testing the application using the diagnostics
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® Software Modules MultiMotion Category
Parameterization, Programming and Diagnostics
Description:
In this workbook, you will learn the practical procedure for start up, parameterization and diagnostics of the MOVIKIT® MultiMotion Category software modules of the MOVI-C® automation system.
Learning goals:
- Being familiar with controlling the MOVIDRIVE® modular application inverter with MOVIKIT® software modules via a MOVI-C® CONTROLLER
- Knowing how to start up, diagnose, and control various MOVIKIT® Motion software modules using the IEC program
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® Robotics Software Module
Parameterization and Diagnostics
Description:
In this workbook, you will learn how to start up MOVIKIT® Robotics and how to control the kinematics of a robot with the RobotMonitor and the fieldbus monitor.
Learning goals:
- Being able to parameterize and start up MOVIKIT® Robotics
- Knowing how to control the kinematics of a robot with the RobotMonitor
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® RotaryKnife Software Module
Parameterization and Diagnostics
Description:
In this workbook, you will learn on a training model how to start up the cross cutter application and control it via the process data interface.
Learning goals:
- Knowing the startup and configuration process in MOVISUITE®
- Being familiar with startup and diagnostics in the IEC Editor
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® FlyingSaw Software Module
Parameterization and Diagnostics
Description:
In this workbook, you will learn how to start up the flying saw application on a training model and control it via the process data interface.
Learning goals:
- Knowing the startup process of the FlyingSaw on a training model.
- Being able to control the FlyingSaw application via the process data interface
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® FilmFeeder Software Module
Parameterization and Diagnostics
Description:
In this workbook, you will learn how to start up the film transportation application on a training model and control it via the process data interface
Learning goals:
- Knowing the startup process of the film transportation application on a training model
- Being able to control the film transportation application
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® CombiTelescope Software Module
Parameterization and Diagnostics
Description:
In this workbook, you will learn on a training model how to start up and test the MOVIKIT® CombiTelescope software module for a combi telescope load handling device.
Learning goals:
- Being able to configure, program, and start up a combi telescope load handling device using the MOVIKIT® CombiTelescope software module
- Knowing the operating principle of MOVIKIT® CombiTelescope
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® MultiAxisController Software Module
Parameterization and Diagnostics
Description:
In this workbook, you will learn about the key functions of MOVIKIT® MultiAxisController on the basis of practical examples.
Learning goals:
- Making contact with MOVIKIT® MultiAxisController
- Getting to know the main functions of MOVIKIT® MultiAxisController
Type of learning: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® Visualization
Plant visualization with MOVIKIT® WebVisualization
Description:
In this workbook, you will learn how to use MOVIKIT® WebVisualization to create practical visualizations for systems with the MOVI-C® CONTROLLER.
Learning goals:
- Being familiar with the MOVIKIT® Visualization
- Using simple and complex visualization objects in a visualization example
Type of learning: Workbook
Duration: User-specific
Available in the following languages:
MOVIKIT® Visualization Software Module
Plant visualization with SEW-Framework
Description:
In this workbook, you will learn how to use the SEW-Framework to create visualizations for systems with MOVIKIT® Visualization.
Learning goals:
- Being familiar with the MOVIKIT Visualization
- Using simple and complex visualization objects in a visualization example
Type of learning: Workbook
Duration: User-specific
Available in the following languages:
Storage/retrieval systems with MOVIKIT® StackerCrane effiDRIVE
Parameterization, programming, startup, and diagnostics
Description:
In this workbook, you will learn how to parameterize, test, and monitor a storage/retrieval system with two travel axes and one lifting axis.
Learning goals:
- Being able to configure, program, and start up storage/retrieval systems using MOVIKIT® StackerCrane.
- Knowing the operating principle of the MOVIKIT® StackerCraner effiDRIVE®, MOVIKIT® StackerCrane MultiMotion, and MOVIKIT® StackerCrane MulitAxisController
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
DOP – Drive Operator Panel
Plant visualization with the HMI-Builder.PRO
Description:
In this workbook, you will learn about the key functions of MOVIKIT® MultiAxisController on the basis of practical examples.
Learning goals:
- Knowing what the HMI_Builder-PRO visualization tool is
- Applying solution approaches for plant visualization in learning examples
Type of learning: Workbook
Duration: User-specific
Available in the following languages:
Functional Safety with MOVISAFE® CS..A
Parameterization and Diagnostics
Description:
In this workbook, you will learn how to start up an inverter with the MOVISAFE® CS..A safety option and how to parameterize and diagnose the different functions.
Learning goals:
- Knowing how to start up an inverter with MOVISAFE® CS..A safety option
- Being familiar with parameterizing and diagnosing different functions
- Knowing how to perform acceptance of the tested drive safety functions
- Knowing how to perform a data backup
Type of knowledge: Workbook
Duration: User-specific
Available in the following languages:
DriveRadar®
SmartDataCollector
Description:
In this workbook, you will learn how to start up the DriveRadar® SmartDataCollector and configure all settings for collecting data from MOVI-C® and predecessor devices, as well as forwarding it to an endpoint.
Learning goals:
- Being able to use the SmartDataCollector
- Being able to derive or create rules for preventive maintenance
Type of learning: Workbook
Duration: User-specific
Available in the following languages: