20.500.12556/RUL-106525 Izvedba sistema za vodenje pomikov pri lesnoobdelovalnih strojih Motion control system implementation for woodworking machines Rdeča nit diplomske naloge je povezovanje različnih znamk servomotorja, servoregulatorja in programirljivega logičnega krmilnika (PLK) v celoto, namenjeno pozicioniranju osi. Povod za preverjanje združljivosti teh komponent sem dobil v podjetju Tibo d. o. o., kjer se vsakodnevno spopadamo z odpovedjo katere od teh komponent. Ker so stroji večinoma starejšega letnika, identičnih rezervnih delov na trgu praktično več ni, tako da smo primorani rešitve iskati drugje. Na voljo sem imel znamke Yaskava (motor), Emerson (regulator) in Beckhoff (PLK, grafični vmesnik), s katerimi se v podjetju pogosto srečujemo. Povezavo teh komponent sem izvedel do te mere, da lahko os ročno ali avtomatsko pomikam na točno določeno pozicijo. Izdelal sem tudi svoj program PLK v programskem okolju TwinCAT 3, ki skrbi za pravilno izvajaje vseh funkcij v sistemu. Za prikazovanje in določanje avtomatskega pomikanja sem pripravil grafični vmesnik, na katerem lahko odčitavamo pozicijo osi oziroma jo pošiljamo drugam z vpisovanjem mere v vpisovalno okno. Za konec sem sistem, ki prvotno deluje z analognim pozicioniranjem osi (+/– 10 V), nadgradil na digitalnega, ki poteka prek protokola EtherCAT. Predstavil sem končna opažanja obeh vrst pozicioniranja. The main theme of this graduation thesis represents a connection of different types of servomotor, servo drive and programmable logic controllers (PLC) into a whole, intended for positioning the axis. I got the reason for checking the compatibility of these components at company Tibo d. o. o. We are there daily faced with the failure of one of these components. Because the machines that we are faced up are mostly very old, on the market we almost never get identical spare parts so we are forced up to look for solutions elsewhere. I choose the brands Yaskava (motor), Emerson (servo drive) and Beckhoff (PLC, graphic interface), which we often meet in the company. The connection between these components has been established to the level where the axis can be moved manually or automatically to exact position. I also created my own PLC program in TwinCAT 3 programming environment, which provides the correct execution of all function in the system. To display and determine automatic positioning, I have created a graphical interface where the axis can be read and a new position can be set by typing a measure into a window. For the end I have upgraded the system, which initially operates with the analog positioning of the axis (+/- 10 V) to digital positioning via EtherCAT protocol. I presented the final observations of both types of positioning. pozicioniranje osi servoregulator programirljivi logični krmilnik analogno in digitalno krmiljenje axis positioning servo drive programmable logic controller analog and digital control true false false Slovenski jezik Angleški jezik Diplomsko delo/naloga 2019-03-01 12:00:03 2019-03-01 12:00:08 2022-08-19 03:46:17 0000-00-00 00:00:00 2019 0 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 1970-01-01 44801 Okorn_Anze_-_Izvedba_sistema_za_vodenje_pomikov_pri_lesnoobdelovalnih_strojih.pdf Okorn_Anze_-_Izvedba_sistema_za_vodenje_pomikov_pri_lesnoobdelovalnih_strojih.pdf 1 6FFF0793D9249C354F81278EF290B270 59b1920de51001ab0ccf8bbc9ee6512ab6e80c25ef056dc5c78b7c3898994dc2 59a7a7b6-a1b6-11eb-a523-00155dcfd717 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=117314 Fakulteta za elektrotehniko 0 0 0