Due to their excellent controllability, electric drives, in contrast to hydraulic or pneumatic drives, are preferred in industry. For the provision of mechanical kinetic energy, the electric motor as the center of the electric drive systems is the driving force in the realization of industrial processes. In order to understand these complex interrelationships that modern drives bring with them, a holistic system approach is needed in which learners learn to understand the interaction of electrical as well as mechanical components and are introduced to practice through the use of different learning systems and methods.
In a compact housing, this equipment set offers a complete, flexible and convenient load and drive system. This allows the machines under test to be analyzed in different load situations.
The didactic concept allows a clear differentiation between test specimen and load. The practical quick-change system makes it easy to set up and change the machines to be tested. The test specimens are wired using tried-and-tested, flexible A4 EduTrainer.With the braking system, simple tests can also be carried out manually without a PC and software, e.g. recording a characteristic curve. Measured values, characteristics and function mode are shown on the integrated display.
In conjunction with the convenient DriveLab software, a wide range of possibilities are created.
With the electrical machines (available as an option), almost all electrical circuits and drives found in industry, commerce and the home can be taught in a practical and training-oriented manner.T
he range of drives includes systems of varying complexity: from single-phase and three-phase drives to DC drives and modern servo drives
Product Guide Electronics and Electrical Engineering
Stepper and servo motors are indispensable in industry for precise and controlled movements. They enable automation, accuracy and efficiency in various industrial applications to increase productivity and competitiveness.