Electrical Engineering and Electronics Learning Solutions Catalog 2025/2026
Table of contents Magazine Welcome M6 Trending topics M8 Renewable Energy M12 Grid Modernization M14 Energy Conversion and Storage M16 Industrial Electric Machines M18 Embedded Electronics M20 Smart Buildings M22 Electric Automation M24 Excellence in technical education M26 Learning through competition M42 Services M46 M2 Electrical Engineering and Electronics I Learning solutions for education and training
Complementary Areas of Expertise Industrial Trades 124 Factory Automation 136 PLC Programming 140 Process Automation 142 Pneumatics and Hydraulics 144 Wind Power 146 Learning Media Digital Learning with Festo LX 152 Software 157 Courseware 162 Electricity and Electronics Electronics Learning System – Electeo 4 Training Packages 10 Drive Technology and Motor Control Training Packages 38 Project Kits 54 Learning Systems 56 Electric Power Technology Training Packages 67 Protective Relaying 92 Building System Technology Introduction to Building System Technology 100 Building Automation 108 Lighting Systems 112 HVAC Systems 116 Electric Vehicles Infrastructure 118 Renewable Energy Systems 120 Table of contents Products M3 → festo.com/didactic
Magazine
Festo Didactic At your side to prepare a skilled workforce M6 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Welcome
Dear educators and instructors, Thank you for your interest in our learning solutions and for considering Festo Didactic as a partner for your technical education and training projects. Your commitment to imparting knowledge and fostering skills in electrical engineering and electronics is paramount, equipping the workforce of today and tomorrow with the electrical expertise needed to thrive in a wide range of occupations. We strive to optimize your educational investments in vocational or technical schools, universities, and industrial training centers with world-class solutions and services. We encourage you to browse this catalog and explore the wealth of resources at your disposal to facilitate learning and teaching. It is divided into two sections: The “Magazine” section provides information on a selection of current trend topics that influence skill requirements, along with details about the breadth of our services. The “Products” section introduces our extensive range of learning solutions encompassing ready-to-use learning content, training equipment, and software tools. Should you have any questions or require further assistance, simply reach out to us. We are here to support you every step of the way. Wishing you a fruitful reading and many rewarding learning experiences ahead! Your Festo Didactic Team M7 → festo.com/didactic Magazine > Welcome
Trending topics Impact on skills requirements M8 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
01 „From powering machines to enabling digital networks, electricity is everywhere, making electrical competence a core requirement for today’s workforce. “ Mathieu Plourde, P. Eng. Head of Electrical Engineering Product Management, Festo Didactic M9 → festo.com/didactic Magazine > Trending topics
Renewable Energy → Page M12 Trends Current topics in electrical engineering education The applications of electrical engineering are evolving rapidly, driven by technological innovation, digitalization, and the global shift toward sustainability. These changes have a direct impact on the skills students will need in the workplace. As a teacher, you play a pivotal role in equipping students with both strong foundational knowledge and the ability to work with emerging technologies. Our learning solutions help you address major trends, preparing students with the skills and experience that enhance their employability. Grid Modernization → Page M14 Industrial Electric Machines → Page M18 Energy Conversion and Storage → Page M16 M10 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
Electric Automation → Page M24 Magazine > Trending topics Other trends shape electrical engineering and electronics education, such as: Modular programs: Stackable microcredentials and task-oriented modules. Lifelong learning: Online courses, short-term certifications, and industry partnerships. Digital learning: Simulations, virtual labs, and online resources. Soft skills: Mainly collaboration, communication, creativity, and problem-solving. Interdisciplinary learning: Combining electrical engineering with mechanical systems, automation, cybersecurity, and software. Smart Buildings → Page M22 Embedded Electronics → Page M20 Festo helps you advance your training programs and stay at the forefront of industry and educational trends. M11 → festo.com/didactic
The shift to renewable energy sources, such as solar and wind power, is transforming the way electricity is generated, distributed, and utilized. For those interested in clean energy, efficiency, and sustainability, it is essential to understand these technologies. Exploring solar panels, wind turbines, and energy conversion systems provides a foundation for designing, analyzing, and optimizing renewable energy installations. Hands-on training shows how theoretical concepts apply in real-world settings. Renewable energy education also emphasizes environmental and economic impacts, preparing learners for careers in the growing green sector. As they explore different technologies, learners develop skills in system integration, performance evaluation, and troubleshooting. These skills will equip them to tackle challenges in a low-carbon future with technical expertise and critical thinking. Explore the following relevant learning solutions: Solar and Wind Power Training Packages TP 8012 → Page 67 Solar Thermal Learning System → Page 120 Nacelle Wind Power Learning System → Page 146 M12 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
Energy Transition Renewable Energy M13 → festo.com/didactic Magazine > Trending topics
Modern power grids are becoming smarter, more decentralized, and more sustainable. These improvements increase flexibility, reliability, and efficiency. They handle diverse energy sources, variable demand, and real-time monitoring more effectively. Studying grid modernization involves learning about digital control systems, protective relays, and automation technologies that ensure reliable electricity distribution. It is also essential to understand transmission and distribution networks, voltage management, and system reliability. Hands-on exercises allow learners to apply theoretical knowledge to practical scenarios, such as analyzing network performance, implementing protective measures, and optimizing energy flow. This combination of knowledge and practice prepares learners to contribute to resilient, intelligent, and sustainable electrical networks. Explore the following relevant learning solutions: Numerical Protective Relays → Page 90 Power Factor Correction TP 8016-3 → Page 83 Power Electronics TP 8015 → Page 73 M14 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
Energy Transition Grid Modernization M15 → festo.com/didactic Magazine > Trending topics
M16 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
Power Electronics Energy Conversion and Storage Energy conversion and storage, which were once specialized fields, are now central to modern electrical systems, including those related to renewable energy and electric mobility. Grasping the conversion, control, and storage of electrical energy sheds light on power electronics, including inverters, converters, and rectifiers. Practical experience helps learners grasp energy flow, voltage and current regulation, and device protection—all of which are essential skills in industrial and renewable energy applications. Battery technology is also critical and covers topics such as charging, discharging, energy density, efficiency, safety, and battery management systems (BMS). Combining power electronics with storage technologies prepares learners to design, operate, and maintain vital solutions for microgrids, electric vehicles, and smart energy systems. Hands-on exercises bridge the gap between theory and practice, equipping learners to engage with next-generation energy technologies. Explore the following relevant learning solutions: Solar and Wind Power Training Packages TP 8012 → Page 67 Power Electronics Training Packages TP 8015 → Page 73 M17 → festo.com/didactic Magazine > Trending topics
Industrial electric machines and drives are essential components of modern automation and electrified systems. Learning about AC and DC motors, transformers, generators, and drive systems provides a basis for designing, operating, and troubleshooting industrial equipment. Practical exercises reinforce concepts related to conveyors, robotics, factory automation, and electrified transportation. Modern drive technology increasingly relies on power electronics and control strategies. Exploring motor control techniques, such as servo and stepper drives, braking systems, and PLCs, prepares learners for careers in industrial maintenance, automation, and mechatronics. Structured exercises emphasize the safe and effective operation of motors and control systems. Explore the following relevant learning solutions: Power Electronics Training Packages TP 8015 → Page 73 Electrical Machines Training Packages TP 8016 → Page 81 Basic Principles of Circuits with Contacts TP 1211 → Page 38 Basic Motor Control Technology TP 1221 → Page 40 Servo Brake and Drive System TP 1410 → Page 44 Servo and Stepper Motor Control TP 1423 → Page 52 PLC Programming → Starting on page 140 Electrification of the Industry Industrial Electric Machines and Drives M18 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
M19 → festo.com/didactic Magazine > Trending topics
Digitalization Embedded Electronics M20 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
Embedded electronics are central to smart devices, industrial automation, and Internet of Things (IoT) applications. Key topics include microcontrollers, sensors, actuators, communication protocols, and hardware-software integration. Relevant competencies include programming, component interfacing, data acquisition, and system troubleshooting. Working with development kits and simulation tools helps learners apply theory to practical robotics, home automation, and industrial control solutions. Project-based exercises develop problem-solving and design skills, ensuring that learners can create reliable, efficient, and scalable embedded systems. Learning about realtime processing, signal conditioning, power management, and safety considerations prepares learners for careers in electronics, automation, and the IoT. Explore the following relevant learning solutions: Electeo → Page 4 Fundamentals of Electrical Engineering/Electronics TP 1011 → Page 14 Basic Principles of Digital Technology TP 1012 → Page 18 Microcontroller Learning System TP 1515/1516 → Page 22 M21 → festo.com/didactic Magazine > Trending topics
Building System Technology Smart Buildings Smart buildings integrate electrical, mechanical, and digital systems to improve energy efficiency, safety, and comfort. Learners explore automated lighting, HVAC, security, and energy management systems that use sensors, actuators, and embedded electronics. By understanding building automation protocols and energy monitoring, learners can design, operate, and maintain modern smart infrastructures. Hands-on exercises with real components bridge the gap between theory and practice. In addition to technical skills, learners gain insight into sustainability and energy optimization. Topics include efficient HVAC operation, smart lighting, automated shading, and renewable energy integration. Through project-based learning, learners prepare for careers in building automation, facilities engineering, and energy management, while developing problem-solving, interoperability, and troubleshooting skills. Explore the following relevant learning solutions: Power Supply Systems and Protective Measures TP 1111 → Page 102 Basic Principles of Electrical Installation TP 1121 → Page 106 Smart Home TP 1135 → Page 109 KNX / Smart Home Training Kit → Page 108 DALI Lighting Control TP 1145 → Page 114 Building HVAC Controls Learning System → Page 116 Electric Vehicle AC Charging Station → Page 118 M22 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
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See the latest technologies in electric automation Explore state-of-the-art technologies from Festo and stay up to date with trends you can share with your learners. → Visit our dedictated pages M24 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Trending topics
Industry 4.0 Electric Automation Electric automation combines electrical engineering, electronics, and digital technologies to control and optimize industrial processes, thereby making them safer, more efficient, and smarter. The growth of this field is fueled by Industry 4.0 technologies, including the Industrial Internet of Things (IIoT), digital twins, and predictive maintenance. The foundation of electric automation is provided by electrical engineering, which includes power distribution, motor drives, sensors, actuators, PLCs, and industrial networks. Designing, programming, and troubleshooting automated systems requires a broad set of interdisciplinary skills. Learners engage with motors, drives, PLCs, sensors, actuators, and industrial communication protocols while developing problem-solving, system integration, and project-based engineering abilities. Robotics and mechatronics build on this knowledge by merging mechanical and electrical systems to create autonomous and semi-autonomous machines. Hands-on projects reinforce the application of electrical engineering concepts in real-world industrial scenarios. Explore the following relevant learning solutions: Smart Sensors TP 1312 → Page 132 SkillsConveyor → Page 136 Learning Factories → Page 138 PLC Programming → Starting on page 140 M25 → festo.com/didactic Magazine > Trending topics
Excellence in technical education The key to progress M26 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
02 „ Stimulating learning environments and programs are investments in our future. Education drives innovation and supports sustainable development across the globe. “ Dr. Nader Imani VP Global Education M27 → festo.com/didactic Magazine > Excellence in technical education
Festo Learning Experience Service and support Software Hardware Modular learning systems Learning factories Digital Learning Courseware Training packages Simulation Our holistic approach Technical education thought through M28 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
Workforce development Formal education Continuing education M29 → festo.com/didactic Magazine > Excellence in technical education
M30 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Learning spaces > Learning space design > Excellence in technical education Concept for every challenge Complete solutions from planning to installation Customized solutions from a single source Every training facility has different requirements in terms of budget, space, performance level, and technology orientation. While these needs may differ, they share a common goal: to deliver exceptional training experiences for learners, whether they are students or working professionals. Are you looking to enhance existing training programs or create new ones related to process automation? Are you interested in digitalization and hands-on experimentation? Do you require new pedagogical resources aligned with industry requirements? For over 60 years, Festo Didactic has been addressing the inquiries of customers worldwide and developing tailor-made solutions for every challenge. You receive a coherent and future-proof concept from a single source. And learners receive the exact technical qualifications currently in demand in the job market.
M31 → festo.com/didactic Magazine > Learning spaces > Learning space design Industrial trades Factory automation Electrotechnology and electronics Prozessautomation Building systems technology Fluid power Process automation Industry 4.0 Renewable energy Environmental technology Magazine > Excellence in technical education
M32 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
Bringing your ideas to life Our extensive experience and leadership in the industry enable us to accurately pinpoint your qualification requirements. We assist you in achieving optimal market alignment by providing support for your middle and long-term strategies. Utilizing the 2D space concept and 3D planning, we ensure that your laboratory design is both practical and compelling. As seasoned automation specialists across various industries, we excel in transferring didactic knowledge of technologies. Equipped with state-of-the-art learning systems, we offer a comprehensive range of laboratories catering to almost all technical professional fields, including: • Electricity and electronics • Renewable energies • Industrial drive technology • Industry 4.0 • Process automation • And more Take advantage of our expertise! → Click here or scan the code Customized solutions Design of workshops and laboratories M33 → festo.com/didactic Magazine > Excellence in technical education
Festo LX combines industry expertise with didactic know-how to create unique learning experiences that match industry requirements. Festo LX is based on multimedia learning nuggets that can be processed in a modular fashion and combined to form individual learning paths. Festo LX offers didactically prepared learning content for many technical areas. Festo Learning Experience The digital portal for individual learning experiences M34 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
Festo LX combines digital courses and practical exercises performed on industry-aligned learning systems for increased employability. → Page 151 Find your learning content Browse our growing collection of pedagogical materials designed to support learning and teaching across a wide range of technologies and topics. Create your free account today! → Click here or scan the code: M35 → festo.com/didactic Magazine > Excellence in technical education
LX Creator AI helps tailor content to specific needs by enabling the creation and editing of learning nuggets, courses, or paths – with AI support to streamline your work. FluidSIM 365 is fully integrated into Festo LX, enabling online simulation in electrical engineering, hydraulics, and pneumatics directly within the learning portal. → Page 158 Electeo’s instruments are accessible directly through the Festo LX interface, providing a seamless electronics learning experience with real-time display of electrical values. → Page 4 Festo Learning Experience Portal New features that take learning to a new level Learning paths guide learners through suggested sequences to address specific topics in a structured way. Teachers can create their own paths or choose from pre-set paths. LX Tutor is an AI-powered companion designed to enhance the user experience with Festo LX, supporting both learners and teachers through interactive, educational conversations. M36 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
Have questions about Festo LX? How does Festo LX work? What makes it unique? How does it support personalized learning? What content is available? What are the subscription models? How to get a free trial period? → Visit our web page M37 → festo.com/didactic Magazine > Excellence in technical education
Electrical Technology Curriculum Learning paths to build solid electrical skills Adaptable qualification plans The Electrical Technology Curriculum is a flexible, modular training program designed to equip a wide range of professionals— including electrical engineers, technicians, operators, and maintenance personnel— with the essential skills to operate, maintain, and troubleshoot electrical systems across diverse industries and applications. It features ready-to-use, fully customizable learning paths and courses that combine digital content, hands-on equipment, and software tools, providing learners with practical experience and preparing them for realworld challenges. Your benefits • Discover ready-made learning paths and courses that fit right into your program. • Speed up lesson prep with turnkey materials and activities. • Easily see how each topic connects— with clear prerequisites and follow-ups. • Inspire students with engaging, modern resources and learning tools. • Measure progress with assessments. • Develop learners’ real-world electrical skills. • Stay ahead with up-to-date, industry-aligned teaching. M38 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
M39 → festo.com/didactic Magazine > Excellence in technical education
Electrical Technology Curriculum Topic overview Basic skills Electrical and automation skills Learning paths cover areas such as: • Electrical and industrial safety • Fundamentals of electricity and electronics • Introduction to automated systems | Learning time: over 230 hours Learning paths cover areas such as: • Electrical motor control • Industrial electrical installations • Automation technologies • Pneumatics and electropneumatics • Building system technology | Learning time: over 280 hours The curriculum is a curated collection of learning paths. What is a learning path? It is a structured sequence of activities—such as eLearning courses, videos, hands-on training on learning systems, simulations, and assessments—that guides learners toward specific outcomes and targeted competencies. How to apply the curriculum? The curriculum is a toolset with resources that can be selected and adapted to fit different training programs and objectives. Based on the requirements of industrial electricians, it provides a solid foundation for multiple career paths that require electrical expertise. M40 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Excellence in technical education
Advanced electrical and automation skills Specialized skills Learning paths cover areas such as: • Condition monitoring and maintenance • Advanced electrical motors and drives • Power electronics • Power supply quality • Advanced industrial automation | Learning time: over 210 hours Learning paths cover areas such as: • Power generation, transmission, and distribution • Renewable energy systems • Process automation | Learning time: over 270 hours → Get a detailed overview of the curriculum and direct links to learning paths in Festo LX How to access and customize the learning paths? All curriculum content is available on the digital learning portal Festo LX, where learning paths and courses can be customized, arranged, and combined to create personalized learning experiences. Festo LX features over 5,000 – and counting – hours of learning activities to choose from. M41 → festo.com/didactic Magazine > Excellence in technical education
Learning through competition Making winners M42 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Learning through competition
03 Elfi Klumpp Head of Partnership Development Global Education „ Skills competitions spark passion for technical jobs while celebrating the innovation and talent needed to shape our future. “ M43 → festo.com/didactic Magazine > Learning through competition
Inspiring future renewable energy technicians WorldSkills M44 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Learning through competition
Meaningful, invigorating experiences Young people enrolled in training programs related to renewable energy are invited to seize the opportunity offered by skills competitions, big or small. Competitions enable young people to showcase their abilities in a competitive setting. They receive constructive feedback from industry experts, enhance their understanding and refine their skills. Exposure to real-world challenges contributes to students’ professional growth and stimulates soft skills development, thus increasing their employability. Not to mention the excitement, pride, and sense of achievement of being part of such grand events! A multifaceted competition The competition features four modules— Design, Installation, Testing, and Maintenance—reflecting real-world tasks of renewable energy technicians. Competitors design and document small-scale solar or wind systems, install and configure components, commission and test system performance, and troubleshoot faults. Emphasis is placed on safety, sustainability, communication, and efficient work practices in line with the WorldSkills Occupational Standard. Assessing skills Competitors in the renewable energy competition are objectively assessed based on the established WorldSkills Occupational Standard, which outlines the essential skills and knowledge required for renewable energy technicians. Key skills areas include work organization and management, communication, interpreting technical documentation, applying electrotechnology and control systems, performing installation and maintenance of renewable energy components, ensuring environmental sustainability, following health and safety regulations, and using modern measurement and diagnostic tools effectively. Strong partnerships The WorldSkills Association organizes national and international vocational competitions since 1950. Thousands of young skilled workers around the world demonstrate their skills in over 60 vocational occupations year after year. Festo and WorldSkills International have enjoyed a close partnership since 1991. As a Global Industry Partner (GIP), Festo contributes the latest technology trends from industry to the competitions in Mechatronics, Industry 4.0, Water Technology and Renewable Energy. Since 2008, WorldSkills Europe and Festo have been working together to promote training in technical professions. In recognition Festo received the award of Premium Sponsor from WorldSkills Europe. → Visit the website for more info A strong wind has been blowing in favor of renewable energy since the skill first appeared at WorldSkills. Skill 62 – Renewable Energy was introduced at the 2022 Special Edition in Kyoto, Japan, with three pioneering competitors. Due to strong interest, it became an official competition at WorldSkills Lyon 2024, where six teams from around the world showcased their expertise using state-of-the-art wind power equipment provided by Festo Didactic—highlighting the global demand for skilled renewable energy technicians. M45 → festo.com/didactic Magazine > Learning through competition Images: Courtesy of WorldSkills International
Services We are here for you M46 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Services
04 „ We invest in the professional development of our team members to ensure they can deliver an optimal and valuable experience to all our customers. “ Markus Bellenberg Head of Global Technical Customer Service M47 → festo.com/didactic Magazine > Services
Workforce development New skills for education and industry Addressing skills gaps Lifelong learning and competency development for employees are crucial for keeping pace with industry challenges. We are your perfect partner when it comes to specialized employee training for mastering technological, organizational, or interpersonal challenges and preparing for digital transformation. Industrial DNA We help bridge the gap between industrial skill requirements and individual competencies. Our solutions contribute to two main objectives: fostering employability and solving skills shortages by equipping people with the necessary industrial skills, as well as by closing existing skills gaps through proven qualification solutions for their workforce, thereby improving productivity. As part of the Festo Group, we have firsthand experience and deep insights into industry demands. Moreover, our engineers are in close contact with other industries and provide us with valuable input on skills requirements for technological developments today and in the future. This industrial DNA enables us to constantly improve our equipment and service portfolio and to develop training programs that are in phase with current practices. Curriculum and training content development Festo Didactic develops curricula and provides consulting services for training content development and vocational and academic skills standards and programs. We deliver training solutions focused on measurable business outcomes with a wide range of standardized and customized trainings. Our learning solutions do not only aim at delivering single qualification courses – we also develop job-role-specific programs and curricula, focusing on competencies for a particular position. Contact the Festo office nearest you to discover the full scope of local workforce development services and courses. M48 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Services
M49 → festo.com/didactic Magazine > Services
M50 Electrical Engineering and Electronics I Learning solutions for education and training Magazine > Services
Optimal returns on your investments We view our customers as long-term partners, which is why we consistently provide extensive support before and after delivery. Worldwide presence, local service – With representatives in 60 countries, there is always someone who speaks your language. Services tailored to your needs will enable you to make the most of your learning solutions. Our many years of productive exchanges with industry will help you define the exact training requirements for your situation. We offer support from project definition, to room planning and project implementation. Our expertise is derived from our vast international experience in training and education projects of all scopes and a network of partners and customers. Train-the-trainer sessions, online or on-site, allow you to optimize investments and focus on what is most important: foster skills and support learners. Customer assistance Service and support Installation, commissioning and maintenance can be carried out by our qualified team in order to guarantee safe, efficient setup and make sure you can use your new products straight away. Technical assistance is provided in-house by our employees from customer assistance, sales, product management or development. Our ticket system guarantees maximum transparency of the processes. Remote access to your computer is another effective and cost-efficient way to support you. A robust warranty backs our products for your peace of mind. Furthermore, our company prides itself on providing high-quality products designed for longevity, featuring repairability. Contact us to discover the full scope of our assistance services and start planning your project. M51 → festo.com/didactic Magazine > Services
Products
2 Electricity and Electronics
3 → festo.com/didactic Electronics Learning System – Electeo System Description............................................................................................4 Base Unit...........................................................................................................6 Learning Boards.................................................................................................8 Training Packages System Description..........................................................................................10 Fundamentals of Electrical Engineering TP 1010.............................................12 Fundamentals of Electrical Engineering and Electronics TP 1011.....................14 Basic Principles of Digital Technology TP 1012................................................18 Basic Principles of Control Technology TP 1013...............................................20 Microcontrollers TP 1515/1516......................................................................22 Accessories. ....................................................................................................28
4 Electricity and Electronics > Electeo Electronics Learning System – Electeo A Blended Solution to Teach and Learn Electronics A modern learning solution with complete course materials to allow users to harness the power of electronics Electronics has become an integral part of our digitally-driven world, offering unprecedented levels of convenience and efficiency in the industry and beyond. Why not harness the power of electronics to optimize the process of teaching and learning this vital subject? Advance your electronics training programs and laboratories with Electeo! Step into the world of Electeo Electeo is a web-based, blended learning solution designed for the practical study of electricity fundamentals, analog and digital electronics, as well as programmable and industrial electronics. Ideal for vocational and technical schools, universities, and industrial training centers, Electeo develops professional skills in the analysis, design, testing, and troubleshooting of electronic circuits. Thoughtfully crafted for seamless integration into classrooms, it meets the evolving needs of diverse learners and training programs. 100% digital Electeo unlocks its full potential when used in combination with the digital portal Festo LX (subscription required) for a completely online solution. Festo LX allows teachers to create, plan, customize, and assign courses, and track and report on learners’ progress. Virtual instruments are accessible directly within the interface of Festo LX for efficient hands-on sessions. The FluidSIM 365 online simulation software (subscription required) enables electronics circuit simulation. – Multimedia learning content in a digital platform – Circuit simulation software available in Electeo’s web environment – Seamless data acquisition and transfer between the hardware and the virtual instruments Note: Courses are also available as PDF and printed workbooks. Electeo is a new learning solution in constant development. Currently, a select range of courses and learning boards is offered. However, product development is ongoing, and new topics, such as digital electronics and motors, will be added to the collection over time. → Video
5 → festo.com/didactic Electricity and Electronics > Electeo Electrically safe Safety is of utmost importance when dealing with electricity. Electeo operates at low voltage and is protected against short-circuits, eliminating the risk of electric shock. The platform’s design and component ratings ensure that large and potentially dangerous voltages are not generated. Electeo complies with major electrical safety standards. Universally connected Every minute spent in the laboratory should be dedicated to learning, not wasted on troubleshooting or configuring equipment. Electeo is powered by a unique electronic core that ensures hassle-free operation and compatibility with a wide range of devices – laptops, tablets, and smartphones. Electeo’s open technology enables easy implementation of future enhancements. It also allows advanced users to develop custom applications using software tools such as LabVIEW, MATLAB, and C#. – Compatible with most computers and mobile devices – No software programs to install locally – Over-the-air hardware updates – Open, secure technology – Embedded web server to work independently from an IT infrastructure or without an Internet connection The Electeo system at a glance A typical Electeo work setup consists of: – A Base Unit with built-in digital data acquisition – One or more Learning Boards Electeo’s promise: reliable performance for everyone Learners enjoy a straightforward learning experience that encourages hands-on learning and meets professional standards. Teachers benefit from an easy-to-use system with updated content and methods, allowing them to spend more time with students and improve lab sessions. School administrators make a future-proof investment that modernizes labs, boosts teacher productivity, and ensures graduates have the skills for jobs. All workbooks included in a single campus license All PDF workbooks, including student and instructor versions, are conveniently bundled in a single campus license with order no. 8131442 (EN) and no. 8233375 (DE). Printed workbooks remain available upon requests. – Courses corresponding to the Learning Boards; courses are available in digital format on Festo LX (subscription required) or in PDF format (campus license) – Storage Unit for Learning Boards
6 Electricity and Electronics > Electeo Electeo Base Unit Thanks to its connectivity and data acquisition capabilities, this laboratory device allows learners to perform practical activities outlined in the Electeo courses. Learners clip a learning board and analyze circuits in a web-based environment. The Electeo base unit provides a self-contained work environment: portable, lightweight, and ergonomically designed, ensuring user comfort. Made of durable plastic, it operates on low voltage, prioritizing user safety and longevity. It incorporates protection against short circuits and features hardware status lights for both instruments and the unit itself. With secure learning board fixation using magnets, it accommodates one full-size board or two half-size boards. Connectors power and control boards equipped with active components. Data acquisition terminals provide access to the virtual instruments. These instruments include DC voltage sources, a digital multimeter (voltmeter, ammeter, ohmmeter, and power meter), signal and clock generators, and a dual-channel oscilloscope, meeting the most demanding training needs. Virtual instruments can be accessed through a web browser or the Festo LX interface. They are as accurate as traditional instruments. Adaptive displays enhance user convenience, with measured values easily transmitted directly to the Festo LX course. Electeo base unit with Wi-Fi 8141686 Electeo base unit without Wi-Fi 8208409 The base unit with Wi-Fi includes the TP-Link ARCHER T2U AC600 USB Wi-Fi adapter, which complies with FCC (USA), IC (Canada), CE DoC (EU), and UKCA (UK) regulations. For other regions, the base unit without Wi-Fi is available, and a compatible USB dongle can be sourced locally. For more information, please contact your Festo representative. Necessary accessory, also order: Power cable with IEC connector at one end and country-specific plug at other end. Connector as per... CEE 7 for DE, FR, NO, SE, FI, PT, ES, AT, NL, BE, GR, TR, IT, DK, IR, ID 582146 NEMA 5-15 for US, CA, Central America, BR, CO, EC, KR, TW, TH, PH, JP 582145 BS 1363 for GB, IE, MY, SG, UA, HK, AE 582148 AS-3112 for AU, NZ, CN, AR 582147 SEV 1011 for CH 582150 CEI 23-50 for IT 582151 NBR 14136 for BR 582152 Other plug types are available on request. Connectivity options include USB type B for virtual network connection, RJ45 for standard network connection, and built-in Wi-Fi supporting access point or client network connections. Future-ready expansion possibilities comprise USB type A 2.0 and optical link for high-speed data transfer. Network interfaces like 10Base-T, 100Base-TX, and IEEE 802.11 a/b/g/n wireless capabilities augment connectivity. Powered by a unique electronics core, the base unit enables seamless communication with various devices. Firmware updates are automatic and there are no software or drivers to install. The Electeo base unit is meticulously designed for convenience and hassle-free operation. The Electeo base unit is provided with three oscilloscope probes, multimeter cables, 2 mm safety laboratory cables, and jumpers. Storage Unit for Learning Boards Compact, portable rack tray that holds up to 8 learning boards in an upright position for easy access and visibility. Made from lightweight aluminum, this open-frame rack tray features two handles for easy manipulation. The integrated plastic inserts stabilize and hold learning boards. Order no. 8205343
7 → festo.com/didactic Electricity and Electronics > Electeo Once installed on the Electeo base unit, learners connect the components to create various electrical circuits and use test-and-measurement virtual instruments to explore subjects such as: – Charging and discharging time of a capacitor – Capacitors in series and in parallel – Transient response of a RC circuit – Capacitance – Current and phase in a capacitive circuit – Magnetic field and electromagnetic inductance – Faraday’s and Lenz’s laws – Self-induction – Transient response of a RL circuit – Inductor in series and in parallel – Inductance – Current and phase in an inductive circuit – Impedance of resistors, capacitors and inductors – Phasor diagrams – Impedance of series and parallel circuits This board allows learners to conduct practical experiments with time-dependent components and understand how they change the electrical characteristics of circuits. Time-dependent components are electronic devices whose characteristics influence the time response of circuits. Understanding the influence of time-dependent components in the behavior of circuits is crucial in designing reliable electronic systems and circuits. This full-size board enables learners to engage in learning exercises and projects outlined in the course “Electeo – Capacitors, Inductors, and Impedance”. The board features an array of switches, current-sensing resistors, a free-wheeling diode, a rectifying diode, resistors, inductors, capacitors, polarized capacitors, and a LED light. Capacitors, Inductors, and Impedance Learning Board AC/DC Fundamentals Learning Board Once installed on the Electeo base unit, learners connect the components to create various electrical circuits and use test-and-measurement virtual instruments to explore subjects such as: – DC voltage sources – Electric circuits and current – Ohm’s law – Series, parallel, and series-parallel resistive circuits – Power in circuits – Switching concepts – AC waveform measuring techniques using the oscilloscope – Time constant, phase angle, and phase shift – Power and effective values of voltage and current in resistive AC circuits – Solving resistive AC circuits – RC circuits – And more This board allows learners to conduct practical experiments with basic electrical circuits and learn the fundamental laws of electricity. The basic principles and concepts associated with alternating current (AC) and direct current (DC) in electrical systems are foundational knowledge needed to understand, design, analyze, and troubleshoot a wide range of electrical and electronic systems. This full-size board enables learners to engage in learning exercises and projects outlined in the courses “Electeo – AC Fundamentals” and “Electeo – DC Fundamentals.” The board features a network of resistors, a potentiometer/rheostat, a current-sensing resistor, a varistor, a capacitor, a NTC thermistor, a PTC thermistor, blue and red LED indicators, a set of switches, and a white LED matrix. en 8141693 Recommended workbooks: “DC Fundamentals” and “AC Fundamentals” (→ page 160) Courses on Festo LX: aDC Fundamentals aAC Fundamentals en 8172968 Recommended workbooks: “Capacitors and Inductors” and “Impedance” (→ pages 160 and 161) Courses on Festo LX: aCapacitors and Inductors aImpedance
8 Once installed on the Electeo base unit, learners connect the components to create various electrical circuits and use test-and-measurement virtual instruments to explore subjects such as: – Magnetism, magnets, and compass – Magnetic field patterns and attractive/repulsive forces – Direction and intensity of electromagnetism fields – Right-hand rule – The electromagnet – The linear solenoid actuator – The electromechanical relay – Basic relay circuits – Solenoid and relay construction – And more This board allows learners to conduct practical experiments with basic electromagnetic devices and understand the phenomena of magnetic fields applied to electricity. Magnetism and electricity are interconnected through the principle of electromagnetic induction, and their relationship is harnessed in numerous technologies, ranging from power generation and distribution to transportation, communication, and medical diagnostics. This full-size board enables learners to engage in learning exercises and projects centered around basic electrical circuits outlined in the course “Electeo – Magnetism and Electromagnetism”. The board features switches, electromagnetic relays, an electromagnet, a red LED indicator, as well as a magnet suspending rod and magnet holders. Magnetism and Electromagnetism Learning Board Diodes and Rectifiers Learning Board Once installed on the Electeo base unit, learners connect the components to create various electrical circuits and use testandmeasurement virtual instruments to explore subjects such as: – Diodes – Half-wave rectifiers – Full-wave rectifiers – Ripple reduction – Zener diodes This board allows learners to conduct practical experiments with rectifiers and voltage regulators using diodes and Zener diodes. Diodes are fundamental semiconductors devices with diverse applications. They enable the control of current flow, signal modulation and demodulation, logic operations, power supply conversion, and protection of electronic circuits. This full-size board enables learners to engage in learning exercises and projects outlined in the course "Electeo – Diodes and Rectifier Circuit". The board features a transformer, an array of resistors, rectifer diodes, a bridge rectifier, capacitors, and a Zener diode. en 8195357 Recommended workbook: “Diodes and Rectifier Circuits” (→ page 161) Course on Festo LX: aDiodes and Rectifier Circuits en 8172969 Recommended workbook: “Magnetism and Electromagnetism” (→ page 160) Course on Festo LX: aMagnetism and Electromagnetism Electricity and Electronics > Electeo
9 → festo.com/didactic Electricity and Electronics > Electeo Bipolar Junction Transistor (BJT) Learning Board This board allows students to understand, analyze, apply, and troubleshoot NPN and PNP bipolar junction transistors (BJTs) in electronic circuits through hands-on experimentation. Bipolar junction transistors are key semiconductor devices for their ability to amplify signals and act as switches, enabling efficient control and operation of electronic circuits. This full-size board allows students to engage in the study and handson experimentation outlined in the BJT Fundamentals and Basic Circuits course. The board includes NPN and PNP BJTs, a voltage adapter circuit, a load line and operating point test circuit, a transistor switching circuit, common emitter and common collector amplifier circuits, a microphone, and a headphone jack. A light indicates the power and operating status of the board. en 8217999 Recommended workbook: “BJT Fundamentals and Basic Circuits” (→ page 161) Course on Festo LX: aBJT Fundamentals and Basic Circuits This board enables learners to explore the key concepts and practical uses of operational amplifiers (op amps), with a focus on their characteristics, common configurations, and troubleshooting methods. Operational amplifiers are versatile building blocks in analog electronics, used for signal amplification, comparison, and mathematical operations. Mastering their fundamental properties and configurations is essential for designing effective electronic circuits. This full-size board enables learners to engage in learning exercises and projects outlined in the course Operational Amplifier Fundamentals. The board features five sections: a voltage comparator/follower, a voltage comparator with hysteresis, a non-inverting amplifier/summing amplifier, an inverting amplifier/ summing amplifier, and a dual-level detector. Operational Amplifiers (Op-Amp) Learning Board en 8216836 Recommended workbook: “Operational Amplifiers Fundamentals” (→ page 161) Course on Festo LX: aOperational Amplifiers Fundamentals Once installed on the Electeo base unit, students connect the components to create various electrical circuits and use virtual test and measurement instruments to explore topics such as: – BJT types (NPN and PNP transistors) and working principles – BJT operating modes, characteristics, and curves – Load line and operating point Q of a BJT circuit – BJT as a switch – BJT as common-emitter and common-collector amplifiers – Biasing techniques – Troubleshooting Once installed on the Electeo base unit, learners connect the components to create various electrical circuits and use test-and-measurement virtual instruments to explore subjects such as: – Fundamentals of op amps and parameter designations – Ideal vs non-ideal behavior and operation with and without feedback – Use of op amps as comparators (with and without hysteresis) – Inverting/non-inverting voltage amplifiers – Summing amplifiers
10 Electricity and Electronics > System description Proven training concept Discover a comprehensive range of learning solutions that develop universal electrotechnology skills, with a strong emphasis on electrical safety. Our learning systems include modular, customized, and complete solutions to meet diverse training requirements and budgets in both industry and education. These solutions are always accompanied by outstanding learning content, ensuring maximum skills development. Designed for training The modular structure of the training packages enables instructors to set up a training and learning environment that matches training and budgetary requirements. This flexibility offers room for gradual expansion. Equipment is built to withstand daily use in training. All in all, this results in versatile, cost-efficient sets of equipment. Rapid transfer Whether in initial professional training or more advanced courses: It is essential to be able to recall what has been learned and apply it immediately. This is easier to do if the worlds of learning and work are as similar as possible. That is why the training packages for electrical engineering only contain industrial components, and the exercises in the course documents come from a typical, professional environment. Expertise in electronics Electronics skills are critical for implementing automation, monitoring, communication, safety, and sustainability. This is why we offer specialized electronics learning solutions accompanied by a collection of hands-on courses that covers the fundamentals, as well as digital, communication, and industrial electronics, including programmable electronics. Electricity and Electronics Training Packages Build Basic Skills and Knowledge
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