YADDA AKE AMFANI DA ZINC OXIDE ARRESTER TESTER?

A cikin amfani da sinadarin zinc oxide na dogon lokaci, tsufar rufin yakan faru. Yana iya zama kamar al'ada a waje, amma cikin bai dace da ci gaba da aiki ba. Saboda haka, ya zama dole a duba aikin sinadarin zinc oxide a kan lokaci. Ana amfani da na'urar gwajin zinc oxide arrester, to ta yaya ake amfani da na'urar gwajin zinc oxide arrester?

Mai gwajin filin arrester na zinc oxide kayan aiki ne na musamman don gwada halayen lantarki na masu ɗaure zinc oxide. Ya dace da gano masu ɗaure zinc oxide masu matakan ƙarfin lantarki daban-daban ko waɗanda ba su da matsala, da kuma gano lahani masu haɗari a kan lokaci kamar danshi a cikin rufin ciki na kayan aiki da tsufa na faranti na bawul.

Kayan aikin yana da sauƙi kuma mai sauƙin amfani, kuma dukkan tsarin aunawa ana sarrafa shi ta hanyar IPC, jimlar ƙarfin da aka auna, ƙarfin juriya da harmonics MOA, ƙarfin lantarki na mita da harmonics, ƙarfin aiki da matakin aiki, ainihin ƙarfin lantarki da yanayin waveform na yanzu. Kayan aikin yana amfani da nazarin waveform na dijital, nazarin harmonic da sakamako masu kyau, hanyar tacewa ta dijital mai karko ta tsangwama ta software, da kuma ingantaccen bincike na sau 3 zuwa 7 na ainihin abun ciki na harmonic, kuma yana shawo kan matakin tsangwama, matakin da ya dace na juriya current Ma'auni tare da mai ɗaurewa.

Idan na'urar transformer ta lalace, da fatan za a haɗa ingantaccen wayar ƙasa ta kayan aiki da na'urar transformer ta gwaji da farko, sannan a haɗa wayar gwaji ta yanzu (wayoyin rawaya, kore da rawaya na wayoyi uku na tsakiya an haɗa su da ƙananan ƙarshen masu ɗaure zinc oxide guda uku), sannan a ƙarshe a haɗa wayar gwajin ƙarfin lantarki (wayoyin rawaya, kore da ja na wayoyi huɗu na tsakiya an haɗa su da ƙarshen ɗaya na na'urar auna transformer, kuma an haɗa wayar baƙi zuwa ɗayan ƙarshen na'urar auna transformer, a kula da alkiblar, idan ba za a iya daidaita alkiblar ba).

Idan aka haɗa shi da layin gwaji na yanzu, da farko, bisa ga girman wutar lantarki, layin gwajin na yanzu yana zuwa saman kewayon mai masaukin baki "0-2mA" ko ">2mA" (2-10mA > 2mA daidaitaccen lanƙwasa), sannan aka ce A ɗayan ƙarshen hanyar, ana rage oxide MOA. Hanyar haɗa layin gwajin ƙarfin lantarki ita ce a haɗa mita da farko, sannan a haɗa na'urar gwajin transformer. Bayan duba madaidaicin wayoyi, a hankali a ƙara ƙarfin lantarki zuwa ƙarfin aiki na mai riƙe zinc oxide, sannan a yi amfani da kayan aikin don fara gwajin.