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Synchronous servomotors from the CMP.. series are suitable for applications with maximum dynamics, such as in the food and beverage industry and in automobile manufacturing. They can be used to implement rapid cycle times with power and precision anywhere, including in the tightest of spaces. Our didactics modules for electromechanics can be used to run various synchronous servomotors on a practical basis.
The CMP.. didactics motor assembly from SEW‑EURODRIVE has been specially designed for use in technical training and laboratory environments. The integrated AC synchronous motor supports easy and safe startup using industry-standard prefabricated connectors for power and D-sub connectors for the encoder, which makes it ideal for use in education and training settings.
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 output shaft is secured by a connected flywheel with protective cover, which offers additional safety for practical exercises.
The CMP.. didactics motor assembly is ideal for teaching content related to synchronous motors, encoder technology, power connections, motor startup, frequency inverter operation, and electric drive systems. It is compatible with additional didactics modules such as the MOVIDRIVE® technology MDX91A module and supports the realistic simulation of industrial applications in automation and electrical engineering.
The CMP.. didactics brakemotor assembly from SEW‑EURODRIVE offers an ideal platform for practical instruction in relation to AC synchronous motors with an integrated brake function. This assembly helps learners familiarize themselves with the high precision, dynamics, and behavior of a state-of-the-art synchronous motor under realistic conditions.
The drive is fully equipped with a temperature sensor, electromechanical brake, and encoder, meaning it can be used to simulate a wide variety of educational scenarios related to drive technology, motor control, and brake control. The assembly is particularly suitable for use in vocational schools, colleges, universities, and technical training facilities.
When combined with other didactics modules such as the MOVIDRIVE® technology MDX91A module or the BMK brake control module, the CMP.. didactics brakemotor assembly can be perfectly integrated into training and laboratory structures. It supports the realistic simulation of industrial applications and helps to convey an understanding of state-of-the-art automation and drive systems.
The CMP.. motor load brake didactics module from SEW‑EURODRIVE is a bench module that has been specially developed for technical training and provides a safe means of applying load to electric drives. It is ideally configured for AC synchronous motors from the CMP.. series and supports the practical simulation of industrial applications in frequency inverter operation.
The module can be used to accurately simulate load changes in a system with synchronous motors, making it ideal for use in laboratories, vocational schools, colleges, universities, and other technical training facilities. Its combination of compact design and educational functionality makes this module an indispensable part of any cutting-edge training and learning system.
The CMP.. motor load brake module is ideal for teaching content related to electrical machines, load simulation, drive technology, frequency inverter control, and system behavior under load. It can be combined with additional didactics components such as the CMP.. didactics motor assembly and the MOVIDRIVE® technology MDX91A module to create a complete and highly realistic training system.
The BMV didactics brake control module has been specially designed for use in technical training, specifically for controlling the brake of the CMP.. brakemotor assemblies with AC synchronous motors. 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, braking behaviors, and control principles during training. The BMV module supports both manual operation and automated brake control in combination with frequency inverters such as the MOVIDRIVE® technology MDX91A module.
The BMV brake control module is particularly suitable for use in vocational schools, colleges, universities, and technical training facilities. It provides a safe, clear, and educationally valuable means of analyzing and coming to grips with the way synchronous 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.