Isifudumezi-sifudumezi se-defrost sesinye sezona zinto zibalulekileyo kwiifriji kunye neefriji. Uxanduva lwayo oluphambili kukuthintela ukubunjwa kweqabaka ngokunyibilikisa i-ice layer eqokelelwe kwiikhoyili ze-evaporator. Uyilo lwetyhubhu yesifudumezi se-defrost lubalulekile ekugcineni ukusebenza okuqhelekileyo kwesixhobo. Ngokukodwa, xa umoya ongaphakathi kwefriji okanye isikhenkcisi udlula kwi-evaporator ukuze uphole, ukufuma okusemoyeni kunokujiya kwaye ngokuthe ngcembe kukhenkce kumphezulu we-evaporator. Ukuba ezi zingqimba zeqabaka azisuswanga ngexesha, ziya kukhula ngokuthe ngcembe kwaye zithintele ukujikeleza okusebenzayo komoya obandayo, ngaloo ndlela kuchaphazela ukufana kunye nokuzinza kobushushu bangaphakathi besixhobo.
Ukuqinisekisa ukuba iifriji okanye iifriji ziyakwazi ukubonelela ngokuqhubekayo indawo ephantsi yobushushu obuphantsi, abavelisi badla ngokufaka inkqubo yokucima ngokuzenzekelayo kwisixhobo. Inxalenye engundoqo yale nkqubo yinto yokufudumeza i-defrost, eqala ngamaxesha amisiweyo kwaye idlulisele umlinganiselo ofanelekileyo wobushushu kwiikhoyili ze-evaporator ukunyibilikisa umkhenkce oqokelelweyo. Lo msebenzi wokuphelisa isikhenkce ngamaxesha athile awuncedi nje kuphela ukugcina ukujikeleziswa komoya okugudileyo ngaphakathi kwesixhobo kodwa ukwaphucula kakhulu ukusebenza kakuhle kwefriji kunye nokunciphisa ukusetyenziswa kwamandla.
Umgaqo wokutshatyalaliswa kwiifriji - Yintoni ifriji epholile ngomoya
Inzuzo enkulu yefriji epholile ngomoya kukuba ayinayo iqabaka. Ngokungafaniyo neefriji ezineenkqubo zokukhenkcisa, ifriji epholiswa ngumoya ayinayo ingaphakathi ehlala ifumile, kwaye ukutya akubambeleli kunye. Ngaphezu koko, ifriji epholileyo yomoya inomjikelezo oqhubekayo womoya obandayo, ohluzwa yinkqubo ye-deodorization, kwaye iphunga langaphakathi liya kugcinwa litsha ixesha elide, ngaphandle kwe "iphunga lefriji" elingathandekiyo. Ifriji epholileyo ngomoya ayinayo iqabaka; kunokuba, iqabaka ijiya kwi evaporator. Ekubeni ingaphakathi kwisikhenkcezisi, asinakuyibona ngokuthe ngqo ucango lwesikhenkcezisi luvuliwe, ngoko ngokufuziselayo ibizwa ngokuba ayinaqabaka. Ukongezelela, ngenxa yokuba ifriji epholileyo emoyeni iyakwazi ukuchithwa ngokuzenzekelayo.
Umgaqo wokutshatyalaliswa kwefriji epholileyo emoyeni - Umgaqo osebenzayo wokutshitshiswa kwifriji epholile emoyeni
Emva kokuba inkqubo yokucima igqityiwe kumjikelo wangaphambili, i-timer defrosting idibanisa umgca ompunga kunye nomgca we-orange uxhunyiwe, kwaye i-timer, i-compressor, kunye ne-fan zonke ziqala ukusebenza ngaxeshanye. I-timer yokunciphisa idityaniswe kuluhlu kunye ne-heater defrost, kodwa ngenxa yokumelana okukhulu kwangaphakathi kwe-timer defrost kunye nokumelana okuncinci kwangaphakathi kwesifudumezi se-defrost, ininzi yombane isetyenziswe kwi-timer defrost, kwaye i-heater defrost ivelisa ubushushu obuncinane kakhulu. Xa i-timer defrost kunye necompressor zisebenza ngaxeshanye kwi-cumulative total yeeyure ezi-8, abafowunelwa bomgca wegrey we-defrost kunye nomgca we-orenji baxhunyiwe. I-heater ye-defrost inikwe amandla ngokuthe ngqo yi-fuse kunye ne-defrost switch, kunye ne-motor defrost i-short-circuited yi-switch control control ye-defrost. Isibali-xesha sokumisa siyayeka ukusebenza.
Xa iqabaka inyibilike ngokupheleleyo, xa ubushushu bomphezulu be-evaporator buphakama ukuya kwi-10-16 ° C, abafowunelwa bokutshintsha ubushushu bobushushu banqanyulwa kwisekethe ye-defrost, kwaye kwangaxeshanye, i-timer defrost iqala ukusebenza. Emva kwemizuzu emi-5, abafowunelwa bomgca ompunga kunye nomgca we-orange badibaniswe kwakhona, ukugqiba inkqubo enye yokucima ngokuzenzekelayo. Icompressor kunye nefeni ziqala ukusebenza kwakhona kwifriji. Emva koko, xa iqondo lokushisa le-evaporator lihla kwiqondo lokushisa lokusetha kwakhona kwi-defrost control control switch, i-switch control yeqondo lokushisa ivaliwe ukudibanisa i-heater defrost, ilungiselela ukutshatyalaliswa okulandelayo.
Nangona kunjalo, ukuba i-defrost heat element ingasebenzi kakuhle, njengokuguga, ukutshisa, okanye ukudibanisa okungahambi kakuhle kwesekethe, kunokuthintela umjikelo we-defrost ukuba usebenze ngokufanelekileyo. Ngenxa yoko, iqabaka kwi-evaporator inokuqokelela ngokukhawuleza, ivalele indlela yokuhamba komoya kwaye yenza kube nzima kwisixhobo ukugcina uluhlu lweqondo lokushisa. Le meko ayichaphazeli kuphela ukugcinwa kokutya kodwa ibeka uxinzelelo olongezelelweyo kwizinto eziphambili ezifana ne-compressor, kwaye inokukhokelela kumonakalo wezixhobo. Ke ngoko, xa ubona ukwehla kokusebenza kokupholisa kwefriji okanye isikhenkcezisi sakho, ukuqokelelana okungaqhelekanga kweqabaka ngaphakathi, okanye ukonyuka okubonakalayo kokusetyenziswa kwamandla, kufuneka ujonge kwangoko ubume benkqubo ye-defrost.
Ukuba ukrokrela ukuba i-defrost heat element iphosakele, kucetyiswa ukuba uthathe amanyathelo alandelayo ngokukhawuleza: Okokuqala, nqamula ukunikezelwa kwamandla kwezixhobo zokuqinisekisa ukhuseleko; okwesibini, sebenzisa i-multimeter ukuvavanya ixabiso lokuchasana lezinto zokufudumeza ukugqiba ukuba lingaphakathi kwendawo yokusebenza eqhelekileyo; ekugqibeleni, ukuba kuqinisekisiwe ukuba icandelo lonakele, kufuneka uthenge inxalenye entsha ehambelana nemodeli yoqobo yokutshintshwa. Ngokugcina kunye nokutshintsha amacandelo angalunganga ngexesha elifanelekileyo, unokwandisa ngokufanelekileyo ubomi benkonzo yefriji okanye ifriji kwaye uqinisekise ukuba ihlala ikwimeko engcono yokusebenza.
Ixesha lokuposa: Apr-26-2025