Prototype design of automated goods sorting process based on outseal PLC

The production process utilizing automation technology aims to enhance logistical process efficiency, diminish human errors, and elevate precision in item categorization. Accurate simulation of item sorting processes ensures the proper operation of automation systems. In the design of this automatic item sorting system, the Outseal Mega PLC serves as the controller, receiving signals from sensors and limit switches, processing information based on programmed instructions, and directing commands to the actuators. Inputs to the PLC comprise infrared sensors, metal sensors, and limit switches, each transmitting signals according to their designated functions. In the output section, DC motors and servo motors execute mechanical tasks based on PLC commands, with motor activation facilitated by relays. Through testing, it was established that the item sorting process operates in alignment with the designated design. With coordination among sensors, limit switches, and motors linked to the PLC, the system adeptly conducts item sorting with efficiency and accuracy. The prototype's function within the sorting system serves as a production line simulation for item categorization in small-scale industries. Subsequent developmental steps could encompass broader goals and scopes, incorporating measurements, monitoring, control, and analysis of various performance parameters.