Univerzální laboratorní PLC úloha se zaměřením na Safety technologii
Loading...
Date
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
Tato bakalářská práce se zabývá vývojem softwaru, sloužícího k demonstraci možností univerzální laboratorní úlohy s PLC technikou B&R Automation. Cílem bylo využít bezpečnostní prvky, které jsou součástí úlohy k realizaci pružné bezpečnostní aplikace. Vývoj aplikace probíhal v prostředích Automation Studia a SafeDESIGNERU, které jsou na softwareové rovině nástroji pro práci s technikouB&R. Automation Studio posloužilo k vytvoření standardního programu v jazyce ST, zatímco za pomoci SafeDESIGNERu vznikl bezpečnostní program v jazyce FBD. Vývoj se zakládal na paralelním návrhu a odlaďování programů pro bezpečnostní a standardní PLC, jelikož jedno bez druhého nemůže fungovat. Práce obsahuje mimo jiné funkční návrh programu pro oba PLC automaty, které společně s vizualizací dohromady tvoří bezpečnostní aplikaci, splňující požadované parametry.
This bachelor thesis deals with the development of software used to demonstrate the possibilities of a laboratory PLC stand with B&R components. The goal was to use the security features that are part of this stand to implement a flexible security application. The development took place in Automation Studio and SafeDESIGNER environments, which are software-level tools for working with B&Rtechnology. Automation Studio was used to create a standard program in ST language, while SafeDESIGNER was used to create a safety program in FBD language. The development was based on parallel design and debugging of programs for safety and standard PLCs, as one cannot work without the other. The thesis contains, among other things, a functional program design for both PLCs. The program design, together with the visualization form a safety application that meets the required parameters.
This bachelor thesis deals with the development of software used to demonstrate the possibilities of a laboratory PLC stand with B&R components. The goal was to use the security features that are part of this stand to implement a flexible security application. The development took place in Automation Studio and SafeDESIGNER environments, which are software-level tools for working with B&Rtechnology. Automation Studio was used to create a standard program in ST language, while SafeDESIGNER was used to create a safety program in FBD language. The development was based on parallel design and debugging of programs for safety and standard PLCs, as one cannot work without the other. The thesis contains, among other things, a functional program design for both PLCs. The program design, together with the visualization form a safety application that meets the required parameters.
Description
Subject(s)
laboratorní úloha, bezpečnostní aplikace, PLC, B&R, program, ST, FBD, laboratory stand, safety application, PLC, B&R, program, ST, FBD