20.500.12556/DKUM-46384 NADZOR VARNOSTNE RAZSVETLJAVE V INDUSTRIJI SECURITY LIGHTING CONTROL IN THE INDUSTRY Varnostna razsvetljava je zelo pomemben sistem aktivne požarne zaščite. Statistično je dokazano, da jo uporabniki oziroma lastniki stavb v večini zanemarjajo. Zato smo se odločili, da v novi objekt, ki ga bomo gradili, implementiramo nadzorni sistem varnostne razsvetljave. Ko sem pristopil k projektu, sem ugotovil, da je iskanje optimalne funkcionalnosti sistema znotraj predvidenih finančnih mej, zahtev vzdrževanja in managementa zelo kompleksna naloga. V magistrskem delu se tako ukvarjam s problematiko izbora nabora funkcij avtomatiziranega nadzornega sistema varnostne razsvetljave v industrijskem okolju. Cilj naloge je prikazati nov način metodologije določevanja funkcij, ki temelji na upoštevanju zahtev managementa, finančnih virov, vzdrževanja in primerljivosti z ostalimi objekti. Na podlagi nabora in izbora funkcij smo sistem tudi implementirali v praksi – objekt RKC 3. Metodologije, ki sem jo opisal v nalogi, ne najdemo v literaturah, ima pa velik smisel in potencial, saj je iskanje optimalne funkcije zapletena naloga. Če upoštevamo teoretični in praktični del, sem uspešno realiziral cilj naloge in prišel do nekaterih pomembnih zaključkov, ki so zbrani v sklepnem poglavju. Eden pomembnih sklepov je, da je nadzorni sistem  EMWinPRO varnostne razsvetljave bistveno bolj determinističen pri odkrivanju napak, hkrati časovno bolj učinkovit, za kar se zmanjša obremenitev zaposlenih in posledično zagotavlja višjo stopnjo varnosti v samem objektu. Cilj avtomatizacije v zgradbi pomeni boljši nadzor, obvladovanje zasilnih svetilk, dosežemo avtomatizirano in ponovljivo vodenje, in s tem večje udobje za uporabnika (ni potrebnih fizičnih pregledov, kar povzroča motnje v proizvodnji). Emergency lighting is a very important system of active fire safety; it has been statistically proven that it has been mainly neglected by users i.e. owners of buildings. This is why we have decided to implement a surveillance system of emergency lighting in the new building which is being built. When we started the project we found that the search for the optimal functionality of the system in the envisioned financial restrictions, maintenance demands and management is a very complex task. The master's thesis discusses the problem of deciding on the collection of functions of an automated control system of emergency lighting in an industrial environment. The aim of this paper is to show a new methodology of defining functions which is based on the grounds of management demands, financial sources, maintenance and comparability with other buildings. We have also implemented the system in practise on the basis of the collection and set of functions in the RKC 3 building. The methodology described in the paper cannot be found in the literature but it has great sense and potential because the search for the optimal function is a complex task. If we regard the theoretical and practical part I have successfully realised the goal of our task and gained some important conclusions which are gathered in the final chapter. One of the important conclusions is that the surveillance system EMWinPRO of safety lighting is far more deterministic in finding errors and at the same time time-wise much more effective which lowers the strain on the employees and consequently ensues a higher level of security in the building itself. The goal of automation in the building is better monitoring, control over emergency lights, we achieve automated and reproducible management and thus a higher comfort for the user (no physical check-ups, which disturb production, are necessary). varnostna razsvetljava DALI sistem EM PRO-modul Emergency lighting DALI system EM PRO modul true true false [M. Rifelj] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2014-09-24 15:32:04 2014-10-13 11:32:13 2022-05-17 03:11:40 2021-05-05 03:25:41 2014 0 Krško 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 004.052:628.978.6:606:62(043.3) 1024191324 URN:SI:UM:DK:0Q6MPQLQ MAG_Rifelj_Marko_2014.pdf MAG_Rifelj_Marko_2014.pdf 1 F71DF035BCF4D6971EAAF35AC4AA5B96 36b68c7c8bfaacb5258b3bb65dc355297eab02a4d878f69fa9ffb5ddd6e740fc 5db58805-7c0b-11eb-bb7a-00155d0001ca https://dk.um.si/Dokument.php?lang=slv&id=68322 Fakulteta za energetiko 0 0 0