Abstract

JIMENEZ, Luis Enrique Chuquimarca; CRUZ, Jean Carlo; DELGADO VERGARA, Génesis  and  SOLANO, Edward Jair. Design and simulation of a conveyor belt system for box sorting and classification. RCTU [online]. 2022, vol.9, n.2, pp.19-30. ISSN 1390-7697.  https://doi.org/10.26423/rctu.v9i2.629.

Today’s industrially automated systems incorporate advanced device models and state-of-the-art technological tools. In the present work, a system to classify different types of boxes was designed by emulating the CODESYS 3.5V software, which allows the programming of a virtual logic controller. Furthermore, the KEPServerEX software was used to link the variables between the Factory I/O platform and the Infilink-HMI interface, which were used to simulate and observe the industrial system’s processes, respectively. The technical data of electrical protection equipment applied to industrial devices, on the other hand, is compared for their respective parameterizations. Therefore, the automated system runs remotely through the AnyViz platform, where each user can monitor and manage system variables satisfactorily and remotely.

Keywords : Codesys; Raspberry; PLC; AnyViz; KEPServerEX..

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