Izvedba uporabniškega vmesnika za vodenje modularnega proizvodnega sistema

SKALAR, URBAN (author), Mušič, Gašper (mentor)

Diplomsko delo opisuje zasnovo aplikacije vmesnika človek-stroj na način, s katerim se lahko vsakodnevno srečamo v industriji. Predstavljena sta dva načina izvedbe take aplikacije ter njune prednosti in slabosti. Aplikacija je narejena za laboratorijski modularni proizvodni sistem. Sistem sestavlja pet delovnih postaj, ki delujejo vsaka zase in preko komunikacijskega vodila PROFINET komunicirajo med seboj. Vsaka postaja vsebuje po en krmilnik PLK (SIEMENS S7-1200), ki omogoča postavitev spletnega strežnika. Poleg tega je v strojno konfiguracijo projekta dodan še KTP900 Basic panel, ki prav tako komunicira s krmilniki preko vodila PROFINET. Vmesnik človek-stroj je narejen preko panela KTP900 Basic in preko spletnega strežnika posameznega krmilnika PLK. Aplikacija za panel je sestavljena v okolju »TIA Portal V13«. Ta aplikacija prikazuje stanja vseh krmilnikov. Na spletnih strežnikih posameznih krmilnikov tečejo aplikacije, napisane v jezikih HTML in Javascript. Dostop do aplikacij posameznih krmilnikov poteka preko pripadajočega IP-naslova, ki ga vtipkamo v spletni brskalnik. Vsaka od teh aplikacij prikazuje samo stanja posameznega krmilnika. V diplomskem delu je predstavljeno delovanje sistema. Opisani sta uporabljena strojna in programska oprema ter izvedba in delovanje aplikacije.

• Language: Slovenian
• Keywords: Programirljivi logični krmilnik, vmesnik človek-stroj, HTML, Javascript
• Work type: Bachelor thesis/paper
• Organization: FE - Faculty of Electrical Engineering
• Year: 2016
• PID: 20.500.12556/RUL-85006
• Publication date in RUL: 09.09.2016

Secondary language

• Language: English
• Title: Implementation of human-machine interface for a modular production system

Abstract

The thesis describes the design of human-machine interface application in a way that can be seen in industry every day. Two different designs of application are introduced with their advantages and disadvantages. Application is made for a laboratory modular production system of 5 stations, which are working independently and are communicating with each other over PROFINET network. Each station includes one PLC (SIEMENS S7-1200), which supports web server hosting. Furthermore, a KTP900 Basic panel is added in hardware configuration, and it is communicating with other PLCs over PROFINET network. Human-machine interface application is made through KTP900 Basic panel and through webserver of each PLC. The panel application is made in »TIA Portal V13« environment. This application is presenting states of all controllers in the system. On web server of each controller runs an application written in HTML and JavaScript languages. Applications can be accessed via web browser with corresponding IP addresses. Each of these applications is only showing states of individual controller. This thesis roughly presents system operations. It also describes hardware and software that are used and explains the making of application and its operations.

• Keywords: Programmable logic controller, Human-machine interface, HTML, Javascript