I-17/50kv MOV Bushing Surge Arrester ihlinzeka ngenethiwekhi yamandla kagesi aphakathi nendawo evikelayo enokwethenjelwa. Ukusebenzisa isivikelo se-semi-conductive ukuqinisekisa ukuthi umuntu uphephile futhi okokusebenza kungasebenza kahle, futhi banenani eliphezulu ukuqinisekisa ukuthi bangasebenza ngaphansi kwezimo. .
I-17/50kv MOV Bushing Surge Arrester ingasetshenziswa kanye nesixhumi sangemuva se-T.
Ihlinzeka ngokuvikeleka okuvikeleke ngokuphelele kwabashonile ababopha ngaphambili.
Idizayini ye-Metal (zinc) Oxide Varistor (MOV) engenagebe.
Irabha yokufaka i-EPDM ebunjwe eduze kwemojuli ye-MOV.
Ukukhweza kungaba mpo, ovundlile, noma iyiphi i-engeli phakathi.
Azikho izidingo zokugunyazwa kwesigaba esincane.
Ugesi ongu-100% uhlolwe efekthri.
I-KEER ekhethekile ku-Elbow Surge Arrester Insert, sihlinzeka ngekhwalithi ephezulu ye-Elbow Surge Arrester Insert.Imikhiqizo yethu ihambisana ne-IEEE386, kanye namazinga e-IEC.
I-17/50kV Surge Arrester Insert isetshenziswa kakhulu kunethiwekhi yamandla kagesi aphakathi nendawo, njengama-transformer switch gears kanye nekhebula nokunye, asetshenziswa kanye nezisekeli zekhebula lokunqamula umthwalo njengesixhumi sendololwane nesivalo esivikelayo esivalekile.
I-1.EPDM INSUULATION: Ukufakwa kwe-EPDM kwe-sulfur ephulukisiwe kwekhwalithi ephezulu kuxutshwe futhi kwakhiwe ngaphakathi endlini ukuze kulawulwe ngokuphelele izici zenjoloba zokufakelwa.
2.SEMI-CONDUCTIVE SHIELD: Isihlangu esibunjiwe se-semi-conductive se-EPDM sihlangabezana nezimfuneko ze-ANSI/IEEE Standard 592.
3.ARRESTER CORE: Yakha ucezu lwevalvu ye-zinc oxide lightning arrester ngokusebenzisa ukwelashwa okukhethekile.
4.PROBE: I-Probe inikeza indlela ethembekile yokuxhumana nabantu besifazane abakhwelayo.
5.INTAMBO YOKUGULA:(Inketho yocingo oluphansi olukhudlwana) Isetshenziselwa amandla kagesi ashukumisayo ngempumelelo ngemva kokuholela endaweni yokubeka phansi.
Ukwakheka Komkhiqizo
I-1.ingqimba yokufakelwa:ukwakheka okuyingqayizivele kanye nobuchwepheshe bokuxuba ukuze kuqinisekiswe ikhwalithi ye-precast EPDM injoloba yokuhlukanisa.
2.i-semi conductive layer yangaphandle: I-EPDM conductive rubber eyenziwe ngaphambilini ivumelana nezinga le-IEEE592.
3.Umbani wokubopha umbani: wakhiwe i-Zinc Oxide MOA ngokucubungula ubuciko obukhethekile.
4.ithusi, ikhava engezansi yekhava yethusi kanye nesibambisi sesendlalelo esingaphandle esibambayo eduze, yenza isibambisi esingangeni manzi esisebenzayo, futhi sinikeze isisekelo sokubopha umbani.
5.indawo ephansi yocingo oluphansi: izibambisi ezikhuphukayo eziphezu komhlaba, zizomisa ngokuphumelelayo amandla kagesi ombani aholele endaweni yokuya phansi.
I-6.ingqimba ye-semiconductive yangaphakathi: i-EPDM eyenziwe ngenjoloba ephumelelayo yokulawula ukucindezeleka kagesi.
7.ibholithi enamakhanda amabili: ibholithi yethusi efakwe ibhawudi kanye nekesi ukuqinisekisa ukusebenzisana okuseduze.
8.ikhava yokuphela kwe-insulator: umkhiqizo unomphumela wokuvala uphawu.
