Application of safety PLC and safety components in industrial automation systems

Abstract

Ovaj rad bavi se analizom i implementacijom sigurnosnih sustava u industrijskoj automatizaciji, s posebnim naglaskom na primjenu sigurnosnih PLC-ova i pripadajućih sigurnosnih elemenata. Kroz teorijsku obradu objašnjeni su principi rada sigurnosnih PLC-ova i njihova integracija sa svjetlosnim zavjesama, sigurnosnim vratima i drugim ključnim komponentama. Nadalje, u praktičnom dijelu rada razvijena je simulacija industrijskog postrojenja s pomoću softverskih alata kao što su Factory IO i TIA Portal, gdje su analizirani rizici i implementirane sigurnosne mjere. Provedena testiranja pokazala su da integracija sigurnosnih PLC-ova i komponenata značajno doprinosi smanjenju rizika i povećanju sigurnosti u industrijskim procesima. Simulacije su omogućile vizualizaciju funkcionalnosti sigurnosnih sustava te evaluaciju učinkovitosti kroz različite scenarije. Rezultati ukazuju na važnost korištenja naprednih sigurnosnih tehnologija u projektiranju industrijskih postrojenja, pružajući vrijedne uvide za daljnji razvoj i implementaciju u stvarnim sustavima. Rad tako predstavlja doprinos u razvoju sigurnosnih rješenja za modernu industriju i pruža temelj za unaprjeđenje sigurnosnih standarda u industrijskoj automatizaciji.This paper deals with the analysis and implementation of safety systems in industrial automation, with special emphasis on the application of safety PLCs and associated safety elements. The working principles of safety PLCs and their integration with light curtains, safety doors and other key components are explained through theoretical treatment. Furthermore, in the practical part of the work, a simulation of an industrial plant was created using software tools such as Factory IO and TIA Portal, where risks were analyzed and safety measures were implemented. The conducted tests have shown that the integration of safety PLCs and components significantly contributes to reducing risks and increasing safety in industrial processes. The simulations made it possible to visualize the functionality of the security systems and evaluate the effectiveness through different scenarios. The results indicate the importance of using advanced safety technologies in industrial plant design, providing valuable insights for further development and implementation in real systems. Work in this way represents a contribution to the development of safety solutions for modern industry and provides a basis for improving safety standards in industrial automation

Similar works

Full text

thumbnail-image

University North Digital Repository

redirect
Last time updated on 17/04/2025

This paper was published in University North Digital Repository.

Having an issue?

Is data on this page outdated, violates copyrights or anything else? Report the problem now and we will take corresponding actions after reviewing your request.

Licence: info:eu-repo/semantics/openAccess