The electric motor has seen an important expansion in the last decade, in multiple applications such as: automotive, e-mobility, industrial automation, agriculture and several industrial sectors, in order to make the industry more sustainable. In conjunction with the electric motor evolution, it has been necessary to provide motor control systems increasingly efficient. In this optic, it has been realized a motor control system to facilitate and improve the analysis and study of an asynchronous motor. The development system is composed of an electrical cabinet with all the most important safety components, a three-phase inverter and a communication method to make simple the interface between the final user and the machine.