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Umsebenzi we-Inverter OUTPUT: emva kokuvula i-"IVT SWITCH" yepaneli yangaphambili, i-inverter iya kuguqula amandla akhoyo ngoku ebhetri kwi-pure sinusoidal alternating current, eyi-OUTPUT yi "AC OUTPUT" yepaneli yangasemva.

Umsebenzi wokuzinzisa amandla ombane ozenzekelayo: xa i-voltage yeqela lebhetri iguquguquka phakathi kwendawo engaphantsi kwe-undervoltage kunye ne-overvoltage point, kunye nokutshintsha komthwalo ngaphakathi kwamandla alinganisiweyo, isixhobo sinokuzinzisa ngokuzenzekelayo umbane wokuphuma. inkulu kune "i-overvoltage point", izixhobo ziya kunqumla ngokuzenzekelayo i-inverter output, iphaneli yangaphambili ye-LCD ibonisa "i-overvoltage", ngelixa i-buzzer ikhuphe isandi se-alamu sesibini. , i-inverter yokubuyisela isebenza.

Umsebenzi wokukhusela i-Undervoltage: xa i-voltage yebhetri iphantsi kune "undervoltage point", ukwenzela ukuba ugweme umonakalo kwibhetri ngenxa yokugqithisa, izixhobo ziya kunqumla ngokuzenzekelayo i-inverter output.Ngeli xesha, iphaneli yangaphambili ye-LCD ibonisa "ngaphantsi uxinzelelo", ngelixa i-buzzer ikhuphe isandi se-alam yemizuzwana elishumi.Xa i-voltage iphakama "kwindawo yokubuyisela ngaphantsi kwe-voltage", i-inverter recovery point isebenza; yokungabi namandla ombane.

Umsebenzi wokukhusela ukulayisha ngaphezulu: ukuba amandla okukhutshwa kwe-AC adlula amandla alinganisiweyo, izixhobo ziya kunqumla ngokuzenzekelayo i-inverter output, iphaneli yangaphambili ye-LCD ibonisa "i-overload", ngexesha elifanayo, i-buzzer iya kukhupha isandi se-alamu ye-10.Vala. i "IVT SWITCH" kwiphaneli yangaphambili, kwaye "umthwalo ogqithisiweyo" umboniso uya kunyamalala.Ukuba ufuna ukuqalisa kwakhona umatshini, kufuneka ukhangele kwaye uqinisekise ukuba umthwalo ungaphakathi koluhlu oluvumelekileyo, kwaye emva koko uvule "I-IVT Switch" ukuya. buyisela imveliso yokuguqula.

Umsebenzi wokukhusela isiphaluka esifutshane: ukuba i-AC yesekethe yesiphaluka esifutshane iyenzeka, izixhobo ziya kunqumla ngokuzenzekelayo i-inverter output, iphaneli yangaphambili ye-LCD ibonisa "i-overload", ngexesha elifanayo, i-buzzer ikhuphe isandi se-alamu ye-10. "IVT SWITCH" kwiphaneli yangaphambili, kwaye "umthwalo ogqithisiweyo" umboniso uya kunyamalala.Ukuba ufuna ukuqalisa kwakhona umatshini, kufuneka ukhangele kwaye uqinisekise ukuba umgca wokuphuma uyinto eqhelekileyo, uze uvule "I-IVT Switch" ukubuyisela i-inverter. imveliso.

Umsebenzi wokukhusela ubushushu: ukuba ubushushu becala langaphakathi lecala liphezulu kakhulu, izixhobo ziya kunqumla ngokuzenzekelayo i-inverter output, iphaneli yangaphambili yeLCD ibonisa "overheat", ngelo xesha, i-buzzer iya kukhupha i-10- isandi se-alamu yesibini.Emva kokuba ubushushu bubuyela kwixabiso eliqhelekileyo, imveliso ye-inverter ibuyiselwe.

Umsebenzi wokukhusela uqhagamshelo lwebhetri: isixhobo sinomsebenzi ogqibeleleyo wokukhusela uqhagamshelo umva webhetri, onjengendawo entle kunye nembi yoqhagamshelo lwebhetri, ifuse kwimeko iya kuxubana ngokuzenzekelayo, ukunqanda umonakalo kwibhetri nakwisixhobo. kusathintelwe ukubuyisela umva uqhagamshelo lwebhetri!

Umsebenzi wokutshintsha amandla okuzikhethela: ukuba ukhetha umsebenzi wokutshintsha amandla, isixhobo sinokutshintshela ngokuzenzekelayo umthwalo kumandla ombane kwimeko yebhetri engaphantsi kombane okanye ukungaphumeleli kwe-inverter, ukwenzela ukuba kuqinisekiswe ukuzinza kokunikezelwa kwamandla kwenkqubo.Emva kwe-inverter isebenza ngesiqhelo, iya kutshintshela ngokuzenzekelayo kunikezelo lombane loguqulo.