Training systems for modern drive technology and power electronics

Electrical machines and power electronics Modern electrical machines

Our training systems and electrical machines offer the ideal combination of safety, technological innovation and didactic excellence.

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Trainees learn about the behaviour of electrical machines using the TPS system for drive technology.

The trainee uses digital experiment instructions on a tablet to work through the various tasks in the field of electrical machines.

For in-depth knowledge of drive technology

Our training system for electrical machines makes it possible to perform fundamental experiments on machines without much effort. The experiments are summarised into topic-specific, interactive courses. The courses run on all platform and devices. All settings are specified by the courses and automatically transferred to the measuring system via Wifi or USB. The Machine Test CASSY, the dynamometer and the machine base bench form the basis for our modern machine testing system.

Machine Test CASSY

Compatible and comprehensive

The LEYBOLD Machine Test CASSY is the safe and user-friendly solution for training in electrical drive technology. It is possible to upgrade existing FEEDBACK, LEYBOLD and ELWE Technik machines to run with the new machine system. This allows you to upgrade the lab to the newest standard cost-effectively by re-using almost all existing components.

The system enables both the detailed testing of motors and generators and the practical simulation of loads in different drive scenarios, which are also used in electrical vehicles or renewable technologies.

Visit Machine Test CASSY 0.3 Visit Machine Test CASSY 1.0

Trainee works out how an electrical machine works on the TPS system. This enables him to determine the behaviour of the machine with different settings.

Complete set-up of the LD DIDACTIC machine testing system.

The close-up of an electrical machine shows the safety concept. The machine bench has a mechanical interlock and protection against accidental contact with rotating parts.

Safety and didactics go hand in hand

The LEYBOLD drive systems enable safe experimentation thanks to numerous safety measures. For example, all rotating parts are covered, locked and monitored. At the same time, practical hazards are addressed in the courses, which is an important part of the training.

Power electronics in drive technology

LEYBOLD offers a compact, didactically designed frequency converter for driving electrical machines. The Converter Controller CASSY provides a basic understanding of modern drive and servo technology controlled by power electronics.

In courses that are specially tailored to the requirements of vocational colleges and universities, we offer interactive and digitally supported experiments on all relevant topics:

Four-quadrant operation of a direct current machine (Learn more)
Slip compensation (Learn more)
Load simulation (Learn more)

Additionally, we also offer courses with industrial frequency inverters.

Converter Controller CASSY installed in the TPS training disc system. Used in power electronics in drive technology. LD DIDACTIC

Highlight:

Variety with interchangeable rotors

Machines with interchangeable rotors are ideal for demonstrating the design and function of electrical machines. The interaction of assembling of the machine immediately opens up a new understanding. Thanks to the use of industry-related components, the machine can be compared directly with an industrial machine. The machines are functional and can be fully characterised with the Machine Test CASSY.

Explore set-ups with interchangeable rotors

Various interchangeable rotors and stators can be used with the machine testing system. A trainee demonstrates the simple and safe replacement of a rotor on the electrical machine.

Various machines with interchangeable rotors can be used with the machine testing system.

Try our Virtual Experiment!

Asynchronous machine 400/692 V

Explore our electrical machines due to the Virtual Experiments to “Characteristics of an asynchronous machine 400/692 V” (E2.2.4.1-5) - anytime, anywhere and no physical hardware needed!

Explore the Virtual Experiment