- Hands-on implementation of real industrial projects.
- Immediate analysis of parameter effects under load.
- Direct connection to real plant components.
- Combination of hardware, software, and digital learning.

Give your learners the confidence they need in today’s working world. This equipment is more than just hardware – it is your companion for motivating lessons that combine hands-on practice and digital learning.
Whether basic frequency inverter technology in vocational schools or in-depth entry into complex industrial drives and vector control at technical colleges: you always teach to industrial standards.
Invest in a system that reduces your day-to-day teaching workload and prepares your learners with enthusiasm for the challenges of modern industry.

Thanks to touch-safe 4 mm terminals, you do not have to check the wiring every second. Your learners work safely, and you can focus on teaching.
The electronic nameplate handles data synchronization. You do not lose time with typing errors, but start directly with guided commissioning using STARTDRIVE.
Optimizations become immediately visible through before-and-after comparisons in ActiveServo. The hardware provides proof of progress – without lengthy explanations.
Whether V/f control or vector control – the system adapts to your level and gives you confidence. Solve every practical question live on the device and reinforce your professional authority.
With real scenarios such as load cases on conveyor systems, you optimally prepare your learners. You teach the competencies that matter in modern industrial operations today.

Use the original Siemens SINAMICS G120 in a protected laboratory environment. Thanks to touch-safe 4 mm safety sockets and shaft covers, maximum safety is guaranteed. This allows your learners to fully concentrate on hands-on practice while you keep a clear head.

Experience state-of-the-art commissioning processes through direct data exchange via EDD. The electronic nameplate eliminates the tedious manual data entry for you and your learners. You teach digital Industry 4.0 standards while saving valuable preparation time.

Test drives under real conditions with the high-precision servo machine test system. You simulate pumps, fans, or hoisting equipment in four-quadrant operation for tangible results. This makes complex physical load curves directly tangible for your learners in the lab.

The Interactive Lab Assistant (ILA) guides your learners step by step through theory and practice. Including automated data acquisition via drag & drop, this system noticeably reduces your workload. You gain the freedom to provide individual mentoring while the software guides the course.

Your learners work directly with Siemens STARTDRIVE – the tool used by real industry professionals. This system will continue to accompany them throughout their entire professional careers. You give them the confidence of learning with the same software that is a global industry standard.

All components are housed as didactically prepared panels in a mobile experiment trolley. Setup is fast and tool-free, while the clear separation of modules ensures a high level of safety. This enables a stress-free start to teaching and maximum flexibility in the room.
Frequency inverter: Siemens SINAMICS G120
Motor: 3-phase asynchronous motor
Load simulation: Servo machine test system
Rated power: 300 W
Safety: Touch-safe 4 mm safety sockets
System design: Modular Lucas-Nuelle PanelTrain
The animation shows it clearly: modules in, modules out – and the device adapts immediately. With the modular system, you can reconfigure any training unit without effort. Insert and start.
This keeps the training device flexible and always precisely aligned with the topic you want to teach.
One device, many topics. Swap and adapt modules.
New content via modules – no need for a new system.
Fewer devices, less effort, lower costs.
Train your learners with STARTDRIVE to true industrial standards. Experience preparation that reflects real professional practice.
Master digital commissioning confidently through the electronic nameplate. This efficiently prepares your course groups for the connected world of the IIoT.
Analyze motor and generator operation through dynamic load simulations. Turn theory into expert knowledge that sustainably motivates your learners.
Optimize control methods for maximum efficiency directly on real equipment. Your learners master modern industrial standards today and in the future.
Simulate the authentic behavior of pumps, fans, or conveyor systems. Realistic machine profiles make learning outcomes immediately tangible in the lab.
Promote independence through fault finding in a protected environment. Maximum safety with 4 mm safety sockets ensures stress-free teaching.

YOU GUIDE THE LEARNING
RXLea introduces a new way of learning: project-oriented, hands-on, and clearly structured. Learners solve real tasks, instructors save time in preparation. Interactive modules, smart analyses, and real hardware create a modern, efficient learning environment.
Animations, interactive tasks, and realistic scenarios promote deep understanding. All content is structured into clear learning paths – for focused, practice-oriented learning.
3D assembly animations and digital instructions simplify complex processes, reduce errors, and strengthen learner independence.
Overview images, screenshots, and animation examples make the learning environment transparent. In addition, photos from the learning packages are available, country-specific if required.
With the EDT25, real industrial projects such as a conveyor belt drive can be implemented in a hands-on way. You can parameterize drive systems, simulate industrial loads, and directly analyze the effects on the motor.
You can parameterize the frequency inverter both manually via the LCD operator panel and digitally via the Siemens TIA Portal. This trains the use of both methods commonly used in industry.
In addition to standard values, parameters such as starting current, slip compensation, acceleration, and thermal motor protection can be configured in the TIA Portal.
The integrated machine test system emulates various industrial loads. This allows loads to be reproduced realistically and with time variation, including evaluation of the motor’s response.
Yes. Thanks to the integration of a braking chopper, operation can be optimized, and parameter fine-tuning under load can be learned in a practical, hands-on way.
It is planned to enable industrial projects to be experienced virtually as well – either on a PC or with AR glasses. This adds an innovative learning layer to the system.
The system is aimed at:
Technical universities and vocational schools
Training centers and industrial companies
Teachers, instructors, technicians, and trainees who want to work with frequency inverters in a hands-on, practice-oriented way.
Yes. The learning platform is compatible with existing LMS systems, and the equipment is based on Siemens standard hardware that is already used in many companies.