Umsebenzi we-Inverter OUTPUT: ngemva kokuvula i-“IVT SWITCH” yephaneli yangaphambili, isiguquli sizoguqula amandla amanje aqondile ebhethri abe yi-pure sinusoidal alternating current, okuyi-OUTPUT nge-“AC OUTPUT” yephaneli yangemuva.
Umsebenzi we-automatic voltage stabilizer: lapho i-voltage yeqembu lebhethri ishintshashintsha phakathi kwephuzu elingaphansi kwe-voltage kanye nephoyinti lokweqile, futhi umthwalo ushintsha ngaphakathi kwamandla akaliwe, okokusebenza kungakwazi ukuzinzisa ngokuzenzakalelayo i-voltage ephumayo.Umsebenzi wokuvikela i-over-voltage: lapho i-voltage yebhethri inkulu kune-"overvoltage point", okokusebenza kuzonqamula ngokuzenzakalelayo okukhiphayo kwe-inverter, iphaneli yangaphambili ye-LCD ibonisa "overvoltage", kuyilapho i-buzzer ikhiphe umsindo we-alamu wemizuzwana eyishumi. , i-inverter recovery iyasebenza.
Umsebenzi wokuvikela i-Undervoltage: lapho i-voltage yebhethri iphansi kune-"undervoltage point", ukuze ugweme ukulimala kwebhethri ngenxa yokukhishwa ngokweqile, okokusebenza kuzonqamula ukuphuma kwe-inverter ngokuzenzakalela.Kulesi sikhathi, iphaneli yangaphambili ye-LCD ibonisa "ngaphansi ukucindezela”, kuyilapho i-buzzer ikhipha umsindo we-alamu wemizuzwana eyishumi.Lapho i-voltage ikhuphuka ifika “ephuzwini lokutakula elingaphansi kwe-voltage”, i-inverter recovery iyasebenza; wokungahloniphi.
Umsebenzi wokuvikela ukulayisha ngokweqile: uma amandla okukhipha i-AC edlula amandla alinganiselwe, imishini izonqamula ngokuzenzakalelayo ukuphuma kwe-inverter, iphaneli yangaphambili ye-LCD ibonisa "ukulayisha ngokweqile", ngesikhathi esifanayo, i-buzzer izokhipha umsindo we-alamu we-10-yesibili.Vala i-"IVT SWITCH" kuphaneli yangaphambili, futhi isibonisi "sokulayisha ngokweqile" sizonyamalala.Uma udinga ukuqala kabusha umshini, kufanele uhlole futhi uqinisekise ukuthi umthwalo ungaphakathi kwebanga elivumelekile, bese uvula "I-IVT Shintshela" ukuze buyisela okukhiphayo kwe-inverter.
Umsebenzi wokuvikela isifunda esifushane: uma i-AC output short circuit i-short circuit iyenzeka, imishini izosika ngokuzenzakalelayo ukuphuma kwe-inverter, iphaneli yangaphambili ye-LCD ibonisa "overload", ngesikhathi esifanayo, i-buzzer ikhiphe umsindo we-alamu we-10-yesibili. "IVT SWITCH" kuphaneli yangaphambili, futhi isibonisi "sokulayisha ngokweqile" sizonyamalala.Uma udinga ukuqala kabusha umshini, kufanele uhlole futhi uqinisekise ukuthi umugqa wokuphuma ujwayelekile, bese uvula "I-IVT Switch" ukuze ubuyisele inverter. okukhiphayo.
Umsebenzi wokuvikela ukushisa ngokweqile: uma izinga lokushisa lengxenye yokulawula yangaphakathi yecala liphezulu kakhulu, okokusebenza kuzonqamula ngokuzenzakalelayo ukuphuma kwe-inverter, iphaneli yangaphambili ye-LCD ibonisa "ukushisa", ngasikhathi sinye, i-buzzer izokhipha i-10- umsindo we-alamu yesibili.Ngemva kokuba izinga lokushisa libuyele enanini elivamile, ukuphuma kwe-inverter kubuyiselwa.
Umsebenzi wokuvikela ukuxhumeka kokuhlehla kwebhethri: isisetshenziswa sinomsebenzi ophelele wokuvikela ukuxhumeka kokubuyela emuva kwebhethri, njenge-polarity enhle nebi yokuxhunywa kwebhethri reverse, i-fuse ecaleni izoxubana ngokuzenzakalelayo, ukugwema ukulimala kwebhethri nezinto zokusebenza. kusanqatshelwe ukuhlehlisa ukuxhumana kwebhethri!
Umsebenzi wokushintsha amandla ozikhethela wona: uma ukhetha umsebenzi wokushintsha amandla, idivayisi ingashintsha ngokuzenzakalelayo umthwalo kumandla wamandla esimweni sokusha kwebhethri noma ukwehluleka kwe-inverter, ukuze kuqinisekiswe ukuzinza kokunikezwa kwamandla kwesistimu.Ngemva kwe-inverter isebenza ngokujwayelekile, izoshintshela ngokuzenzakalelayo kugesi we-inverter.
Isikhathi sokuthumela: Jan-12-2022