Zeziphi izizathu ezixhaphakileyo zokukhenkceka kwizitshisi zokugcina izinto ezibandayo?

Umoya opholileyo uyinxalenye ebalulekileyo yenkqubo yefriji yokugcina ibanda. Xa isibanda somoya sisebenza kumaqondo obushushu angaphantsi kwe-0°C nangaphantsi kwendawo yombethe womoya, iqabaka iqalisa ukuvela kumphezulu womphunga. Njengoko ixesha lokusebenza lisanda, i-frost layer iya kuba nzima kwaye iyancipha. . Umaleko otyebileyo weqabaka uya kubangela iingxaki ezimbini eziphambili: enye kukuba ukuchasana kokuhanjiswa kobushushu kwanda, kwaye amandla abandayo kwi-coil ye-evaporator ayinakudlula ngokufanelekileyo eludongeni lwetyhubhu kunye neqabaka kwindawo yokugcina ebandayo; enye ingxaki: Umaleko ongqindilili weqabaka Umaleko wenza ukuxhathisa okukhulu komoya kwinjini yefeni, okukhokelela ekuncipheni komthamo womoya wesipholisi somoya, nto leyo ekwanciphisa ukusebenza kakuhle kokuhambisa ubushushu kwisipholile somoya.

1. Ukunikezelwa komthamo womoya onganelanga, kubandakanywa ukuvaleka kwe-air outlet kunye nokubuyisela i-air duct, ukuvalelwa kwesikrini sokucoca, ukuvinjelwa kwe-gap fin, i-fan engajikeleziyo okanye isantya esincitshisiweyo, njl., okubangelwa ukutshintshiselana kokushisa okunganeleyo, ukunciphisa uxinzelelo lwe-evaporation, kunye nokunciphisa ukushisa kwe-evaporation;

2. Ingxaki yokutshintsha ukushisa ngokwayo, i-heat exchanger isetyenziswa ngokuqhelekileyo, ukusebenza kokutshintshwa kobushushu kuyancipha, kwaye uxinzelelo lwe-evaporation luyancitshiswa;

3. Ubushushu bangaphandle buphantsi kakhulu, kwaye ifriji yoluntu ngokubanzi ayiweli ngaphantsi kwe-20°C. Isikhenkcezisi kwindawo yobushushu obuphantsi kuya kubangela ukutshintshiselana kobushushu okwaneleyo kunye noxinzelelo oluphantsi lwe-evaporation;

4. Ivalve yokwandisa yonakaliswe yiplagi okanye i-pulse motor system elawula ukuvulwa. Ekusebenzeni kwexesha elide lenkqubo, ezinye ii-sundries ziya kuthintela i-valve port yokwandisa ukuze ingakwazi ukusebenza ngokuqhelekileyo, ukunciphisa ukuhamba kwefriji, ukunciphisa uxinzelelo lwe-evaporation, kunye nokulawula ukuvulwa. Ukungahambi kakuhle kuya kubangela ukunciphisa ukuhamba kunye nokunciphisa uxinzelelo;

5. I-throttling yesibini, ukugoba kombhobho okanye i-debris blockage ngaphakathi kwe-evaporator, okubangelwa i-throttling yesibini, eyanciphisa uxinzelelo kunye nokushisa kwenxalenye emva kokubethelwa kwesibini;

6. Inkqubo ayihambelani kakuhle. Ukuchaneka, i-evaporator incinci okanye imeko yokusebenza yecompressor iphezulu kakhulu. Ukwehla kobushushu;

7. Ukunqongophala kwefriji, uxinzelelo oluphantsi lwe-evaporation kunye neqondo lokushisa eliphantsi lokunyuka;

8. Umswakama ohambelanayo kwindawo yokugcina uphezulu, okanye indawo yokufakela i-evaporator ayilunganga okanye umnyango wokugcina obandayo uvula rhoqo kwaye uvaliwe;

9. I-defrosting ayicocekanga. Ngenxa yokungonelanga kwexesha lokuqhawula kunye nesithuba esingenangqiqo se-defrosting reset probe, i-evaporator iqala ukusebenza xa i-defrosting ingahlambulukanga. Umaleko weqabaka ongaphelelanga we-evaporator ubanda emva kwemijikelo emininzi kwaye i-Acmulation iba nkulu.