Sew Eurodrive Didactics

Practical teaching aids prepare specialists for the ever-increasing automation of drive technology. In our MCB didactics module, trainees have the opportunity to practice on a real frequency inverter from the MOVITRAC® B series, turning theory into real-life practical experience.  Gain practical experience on the industry-standard MOVITRAC® B frequency inverter To make consumer goods widely affordable, manufacturers are continuing to advance the automation of their production plants. As a result, the electronically upgraded machines are becoming increasingly sophisticated. This in turn places ever greater demands on prospective electronics professionals (MT, EBT, EMA, EAT, EAFT, EGS). That is why we offer the frequency inverter module as an electro-mechanical teaching aid. The module helps prospective experts to understand how to switch on and operate AC asynchronous motors electronically and to apply this knowledge. The teaching aid is part of our modular teaching concept and was developed specifically for subject area 8, "Selecting and integrating drives." Real inverter with comprehensive functionality   The main benefit: A tried and tested, single-phase frequency inverter from the MOVITRAC® B series forms the electronic core element of the teaching material. Its extensive functionality enables you to put the theory you have learned into practice. The teaching aid provides clear instruction in the control and operation of asynchronous motors from SEW-EURODRIVE and third-party motors. It is freely configurable and enables positioning control via Digital and analog signals PROFIBUS PROFINET Using a higher-level PLC controller, a master-slave situation can also be simulated: The functions for speed and direction control as well as measurement functions are available for this. Depending on requirements, the didactics module is available in two variants: Assembly kit for quick and simple installation Fully equipped module that can automatically trigger an acoustic alarm signal when using and operating a safety blocking device