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Izdelava krmilno-regulacijskega sistema za avtomatizacijo pogonov z asinhronskimi motorji
ID ERJAVEC, SIMON (Author), ID Mušič, Gašper (Mentor) More about this mentor... This link opens in a new window

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MD5: 65EF396752CD5305D2A30D14CCA2E0E3
PID: 20.500.12556/rul/7e6292c2-9553-477c-8e06-98c7b1198887

Abstract
Avtomatizacija pogonskih sistemov je področje avtomatizacije, ki vključuje vse sisteme, v katerih se izvaja gibanje v nadzorovanem načinu. Takšne sisteme v osnovi sestavljajo pogonske naprave s krmiljenjem in uporabniškim vmesnikom. Tovrstno krmiljenje naprav je na področju industrijske avtomatizacije zelo razširjeno. Problematika tovrstnih sistemov je pogosto kompleksen nadzor ter nepreglednost izvajanja ukazov, zato smo se izbrane teme lotili z namenom izdelave sistema z izboljšanim nadzorom vodenja pozicionirnega segmenta in izvajanjem funkcij v različnih pozicijah. Namen projekta je predvsem izdelava uporabniku prijaznejše različice, ki bi omogočala boljši pregled nad celotnim procesom in hitrejše načrtovanje programov za izvedbo. Prednost tovrstnega pristopa bi bilo tudi varnejše, funkcijsko izpopolnjeno delovanje, bolj prilagodljivo delovanje in enostavnejša montaža krmilnega sistema.

Language:Slovenian
Keywords:Krmilni sistem, merilna tehnika, pozicioniranje, vizualizacija, PLK-panel, frekvenčna regulacija, asinhronski motor.
Work type:Bachelor thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2016
PID:20.500.12556/RUL-85007 This link opens in a new window
Publication date in RUL:09.09.2016
Views:2336
Downloads:361
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Secondary language

Language:English
Title:Development of control system for asynchronous motor drive automation
Abstract:
The automation of motion control systems is a field of automation, which includes all the systems that involve motion in a controlled mode. These systems typically consist of drive devices with a control and user interface. This type of control devices is widespread in the field of industrial automation. Problems of this sort of systems are often complex control and order execution complexity. That is why we decided to build a system with improved control of position segment and performance of functions in different positions. The purpose of this project is to create more user-friendly version, which would give a better overview of the entire process and faster programming for execution process. The advantages of this sort of control are also securer, functionally sophisticated operation, more flexible operation and easier way to install a control system.

Keywords:Control system, measurement technique, positioning, visualization, PLC panel, variable-frequency control, asynchronous motor.

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