Find the teaching materials and modules that are best suited to your needs. A team of teaching specialists with extensive experience in education and training. Add items that interest you to your watch list.
Customized and practical: These two didactics systems can be used to deploy various
Freely available MOVITOOLS® and MOVISUITE® engineering software from
The DRx.. motor assembly is a practical solution for electric drive technology training. The integrated AC asynchronous motor supports simple and safe startup via 4-mm laboratory sockets, making it ideal for use in laboratory environments, vocational schools, and technical colleges and universities.
The motor assembly is mounted securely on an aluminum base plate and features two carry handles, making it easy to create modular structures and move components around in an educational/training environment. The aluminum flywheel affixed to the input shaft has a protective cover and offers additional safety when practical work is being carried out with the motor.
The DRx.. didactics motor assembly is ideal for providing instruction in the basics of AC technology, motor control, frequency inverter technology, and electrical machine technology. It is compatible with standard didactics frequency inverters such as the MOVIDRIVE® technology MDX91A module and can be used to realistically simulate industrial applications.
The DRx.. didactics brakemotor assembly is a versatile and practical solution for electric drive technology training. Depending on the design, the integrated AC asynchronous machine is fitted with two different encoder systems and an integrated brake, making it ideal for simulating actual industrial applications in an educational or training environment.
The transparent terminal box cover with 4-mm laboratory sockets supports the easy and safe star or delta connection of the motor. The connections for the temperature sensor and built-in encoder are also accessible via 4-mm sockets, which makes it easier to integrate the assembly into training structures and laboratory experiments.
The aluminum flywheel affixed to the input shaft has a protective cover and offers additional safety when practical work is being carried out. The entire motor assembly is firmly screwed to a stable aluminum plate and features two carry handles, making it easy to create modular structures and move components around during training.
The DRx.. didactics brakemotor assembly is ideal for teaching topics including brakemotors, encoder systems, temperature monitoring, motor connections, and frequency inverter technology. It is compatible with state-of-the-art didactics frequency inverters such as the MOVIDRIVE® technology MDX91A module and supports realistic automation and electrical engineering training.
The DRN.. motor load brake didactics module from SEW‑EURODRIVE is a compact and robust bench module that has been specially designed for use in technical training and laboratory environments. It provides a safe means of applying load to electric drives and is ideally configured for use with DRN..-type AC asynchronous motors.
This module can be used to precisely simulate load changes in a system featuring an AC asynchronous machine, both when using a conventional industrial protection circuit or reversing contactor circuit and when operating in frequency inverter mode. This makes the module ideal for practical instruction in topics related to electrical machines, motor control, load simulation, and drive technology.
The DRN.. motor load brake module is an indispensable element for recreating realistic automation and electrical engineering technology scenarios for educational and training purposes. It helps teachers and trainers to demonstrate complex correlations clearly and safely, particularly when combined with additional didactics modules such as the MOVIDRIVE® technology MDX91A module and the DRx.. didactics motor assembly.
The BMK didactics brake control module has been specially designed for use in technical training, specifically for controlling the brake of the DRx.. didactics brakemotor assemblies. It makes it possible to apply and release the motor brake with precision, which makes it a key element for practical training in electric drive technology.
A three-position rotary switch is used to implement various control concepts, which is ideal for demonstrating different operating modes and control principles during training. The BMK module supports both manual operation and automated brake control in combination with frequency inverters such as the MOVIDRIVE® technology MDX91A module.
The BMK brake control module is ideal for use in vocational schools, universities, and technical training facilities. It provides a safe, clear, and educationally valuable means of analyzing and coming to grips with the way brakemotors behave under realistic conditions.
In addition to the electromechanics and gear unit technology modules for practical use, SEW‑EURODRIVE offers various documents/materials for teaching theory.