Enhancing the dependability of PLC-based automated chemical powder filling machine through failure analysis and sequential reliability estimation

The PLC-based automatic chemical powder-filling machine is widely utilized in production ventures to efficiently complete various tasks and enhance the performance of automatic machines in the industrial sector. The machinery is specifically designed to boost overall output and streamline production processes. In the design stage, the subsequent stability needs to be determined and evaluated in order to guarantee high reliability and safety of chemical powder-filling machine operations. The automatic chemical powder filling machine’s total reliability is determined by the order and integrity of its segments. In addition to turning the fixing for the excess structure into a highly trustworthy automatic chemical powder filling machine, the group dependability test result directs the designer to determine which component is most essential to move forward with in the following stage. In this study, we have attempted to evaluate the dependability of PLC-based automatic chemical powder filling machines by performing failure analysis and sequential reliability estimation using Lab VIEW software.