A Reconfigurable Logic Control Method For CIM System

Abd Rahim, Hatim Yaseer (2016) A Reconfigurable Logic Control Method For CIM System. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) A Reconfigurable Logic Control Method For CIM System.pdf - Submitted Version Download (390kB)

Abstract

This project is related to a reconfigurable logic control method for Computer Integrated Manufacturing (CIM). The CIM is developed for the implementation for automation and manufacturing platform. The main problem to reduce the errors leading defect in the product and it will lead to a highly expensive damage that need to be prevented by any necessary. Moreover, this application needed to maintain the quality of the product beside to reduce the time to operate the works. Therefore, the operation of this plant based on the sequence of the program that's being developed using PLC controller and also need to fulfil specification of the system. This process required model of the system that can be obtained from the PLC program that's being written in Ladder Diagram (LD), then the program will transform to Sequential Functional Chart (SFC) to understand the behaviour of the model using CX-programmer This main objective is to determine a control flow structure of a CIM system by using Grafcet/SFC with Petri Net and to verification checking of multiple properties using Petri net software. This experiment will carry out with Liveness, Safeness and Boundedness. For analysis technique, the reachability graph analysis that allow to simulate the analysis in real time process. Petri net software will be analyzed and made solution for the reconfigurable logic control for CIM Hence, this project can benefit from the good impact related to the manufacturing and automation industries.

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