Unganquma Kanjani Uma I-Condenser Noma I-Evaporator Ilimele?

 

 

Ama-Condensers nama-evaporator ayizingxenye zokushintsha ukushisa eziwumgogodla wezinhlelo zesiqandisi, futhi isimo sazo sokusebenza sithinta ngokuqondile ukusebenza kahle kwesiqandisi nokuzinza kwesistimu. Ukunquma ukuthi zonakalisiwe kudinga ukuhlanganisa ukuhlolwa okubonakalayo, ukuqapha kwepharamitha yokusebenza, ukuhlolwa kokusebenza, nezindlela zokuhlola ezisizayo. Ngezansi izindlela zokwahlulela eziqondile:

1. Ukuhlola Okubonwayo

1.1 I-Condenser Visual Inspeisenzo

 

Ukulimala ngokomzimba: Hlola ukuthi amashubhu ethusi/ensimbi engagqwali e-condenser agobile, akhubazekile, noma aphukile. Kuma-condenser{1}}omoya opholile,-amaphiko amakhulu awile noma aphukile azonciphisa ukugeleza komoya futhi anciphise kakhulu ukusebenza kahle kokushintshanisa ukushisa. Ukuze uthole{4}}izikhonkwane ezipholile zamanzi, hlola igobolondo ukuze uthole ukuqhekeka noma ukuvuza kokushisela; amabala amanzi, ukugqwala, noma izimpawu zikawoyela oyisiqandisi zibonisa amathuba amakhulu okuvuza.

Ukuqoqwa okungalungile: Ingqimba ewugqinsi yothuli, uwoyela, noma isikali (emanzini-amayunithi apholile) endaweni ye-condenser isebenza njengokwahlukanisa, okubangela ukungashisi kahle. Ngaphansi kwezimo ezijwayelekile, indawo engaphezulu kufanele ihlanzeke; ukungcolisa ngaphezu kuka-0.5mm ubukhulu (ngisho nangaphandle kokulimala) kungase kubangele amaphutha okusebenza{3}}kuhlukanise phakathi "kokuvinjwa okungalungile" kanye "nokulimala kwe-本体".

Ukugqwala: Ezindaweni ezisogwini noma{0}}ezinomswakama ophezulu, amapayipi e-condenser ajwayele ukugqwala. Izindonga zamapayipi ezacile noma ukubhoboza/ukubhoboza kuzodala ukuvuza kwesiqandisi, okwenza umonakalo omkhulu.

1.2 I-Evaporator Visual Inspection

 

Isithwathwa/uqweqwe olungavamile: I-evaporator evamile kufanele ibe nesithwathwa esincane esifanayo. Iqhwa eliwugqinsi lasendaweni noma isithwathwa esingalingani (isb., isithwathwa esinzima endaweni yokungena, ukungabi naqhwa endaweni yokuphuma) kungase kubonise ukuvaleka kwamapayipi, isiqandisi esinganele, noma ukuvuza kwangaphakathi. Ukungabikho ngokuphelele kwesithwathwa kudinga ukuhlola ukuvuza noma ukuphuka kwamapayipi.

Ukuvuza kwemikhondo: Izimpawu zikawoyela endaweni ye-evaporator (isiqandisi sixutshwa namafutha esiqandisi kanye nokuvuza ngawo), ikakhulukazi emajoyini amapayipi namashisela, kuyizimpawu ezijwayelekile zokuvuza. Kuma-evaporator akhelwe{1}ngaphakathi, hlola ukuthi ukufakwa kumswakama kunomswakama yini; isikhunta noma ukugeleza kwamanzi ku-insulation kungase kuhambisane nokubhobozwa kwe-evaporator.

Ukulimala ngokomzimba: Amapayipi e-Evaporator mancane-ama-dent, imifantu ngenxa yokushayisana, noma amashubhu okushintsha ukushisa angaphakathi aphukile azoqeda ngokuqondile umthamo wokushintsha ukushisa.

2. Ukuqapha Ipharamitha Yokusebenza

2.1 Ukuqhathanisa Ipharamitha Yezinga lokushisa

 

I-Condenser: Ngesikhathi sokusebenza okuvamile, umehluko wezinga lokushisa ongenisa umoya-lokuphumayo womoya{1}}ama-condenser apholile ungu-8–12℃, kanti umehluko wokuphuma kwamanzi-wamanzi{5}}opholile ungu-4–6℃. Umehluko omncane wezinga lokushisa (<5℃) may indicate insufficient heat exchange area (e.g., damaged fins), refrigerant leakage, or fan/pump failure. An excessively large temperature difference with high-pressure alarms may signal condenser blockage or internal pipe damage causing abnormal heat exchange efficiency.

I-Evaporator: Umehluko{0}}wokuphuma kwezinga lokushisa ophumayo wamasistimu omoya kufanele ube ngu-10–15℃. Umehluko omncane ungase ubonise ukungcola kwe-evaporator, ukuvuza kwangaphakathi, noma ukugeleza kwesiqandisi okwanele. Izinga lokushisa eliphansi ngokungavamile (<0℃) with persistent icing may stem from pipe blockage or sensor faults, which can cause evaporator freezing and cracking over time.

2.2 Ukutholwa Kwepharamitha Yengcindezi

 

Sebenzisa igeji yokucindezela ukulinganisa ingcindezi ephezulu nephansi yesistimu: Esiqandisini esingu-R22, umfutho ophezulu ojwayelekile (uhlangothi lwe-condenser) ngu-1.4–1.8MPa, kanti umfutho ophansi ojwayelekile (uhlangothi lwe-evaporator) ngu-0.4–0.6MPa.

Ukucindezela okuphezulu okuphansi nokucindezela okuphezulu okuphansi: Amathuba aphezulu okuvuza kwangaphakathi (ukuwela kwesiqandisi-ukugeleza) ku-condenser noma i-evaporator.

Umfutho ophezulu ophezulu kanye nomfutho ophansi ophansi: Ingase ibonise ukuvinjelwa kwe-condenser noma ukulimala kwepayipi le-evaporator okuvimbela ukuhamba kwesiqandisi.

Ingcindezi ephansi ephezulu nephansi: Hlola ukuvuza kwesiqandisi (i-evaporator/condenser perforation).

3. Ukuhlolwa Kokusebenza

3.1 Amandla Okunciphisa Ukupholisa/Ukushisa

 

Uma izinga lokushisa langaphakathi/isitoreji lihluleka ukufinyelela inani elimisiwe (ngemuva kokukhipha amaphutha e-compressor noma ingxenye ye-throttling), cabanga ngomonakalo we-evaporator noma we-condenser: Ukulimala kwe-evaporator kunciphisa ukumuncwa kokushisa; umonakalo wecondenser udala ukunqanyulwa kokushisa okungekuhle, okuvusa{{0}ukuvikelwa kwengcindezi ephezulu kanye nokuphazamisa umjikelezo wesiqandisi.Isibonelo: Ukuvuza kwe-evaporator ye-air conditioner kuholela ekushiseni okuphezulu kweyunithi yasendlini, ne-condenser yangaphandle esebenzayo kodwa akukho mphumela wokupholisa. Ukulimala okukhulu kwe-condenser fin kubangela izinga lokushisa eliphezulu elingavamile-kumapayipi okucindezela aphezulu (ngisho nokusebenza kwabalandeli okuvamile kwangaphandle) kanye nokuvalwa kwesistimu okuvamile.

3.2 Umsindo Nokudlidliza Okungavamile

 

Ukungqubuzana kwensimbi okuvela kufeni ye-condenser kungase kubonise amaphiko akhubazekile aklwebha ama-fan blades nomaukushayisana kwamapayipi e-condenserngegobolondo.

Umsindo othi "hissing" ovela ku-evaporator ungase ubonise ukulimala kwepayipi langaphakathi (ukuvuza kwesiqandisi) noma ukuqhekeka kwepayipi ngesikhathi sokuncibilika ngemva kokuqhwaza.

4. Izindlela Zokuhlola Ezisizayo

4.1 Ukuhlolwa Kokuqina Komoya

 

Gcwalisa isistimu nge-nitrogen (1.8–2.0MPa) futhi ubambe ingcindezi amahora angu-24: Ukwehla kwengcindezi okudlula u-0.05MPa kubonisa ukuvuza. Thola ukuvuza ngokufaka amanzi anensipho kumajoyinti epayipi evaporator/condenser kanye namashisela (qaphela amabhamuza). Ukubamba ukucindezela okuvamile kodwa ukucindezela kokusebenza okungavamile kungase kubonise umonakalo ofihliwe wamapayipi wangaphakathi.

4.2 Ukutholwa kwesithombe se-infrared

 

Skena i-evaporator/condenser surface ngesithombe se-infrared thermal: Izingxenye zokushintsha ukushisa ezivamile zinokusabalaliswa okufanayo kwezinga lokushisa. Izindawo zasendaweni zokushisa okuphezulu/eziphansi zibonisa ukuvaleka kwamapayipi, ukuvuza, noma ukushintshaniswa kokushisa okungekuhle, okuvumela ukwenziwa kwasendaweni komonakalo onembile.

4.3 Ukuhlaziywa Kwesampula Kawoyela

 

Khipha uwoyela wesiqandisi ohlelweni: Imfucumfucu yensimbi (kusuka ekugugeni kwepayipi evaporator/condenser) noma umswakama oweqile (kusuka emonakalweni wamapayipi nokungena kwamanzi) kuwoyela ubonisa ukulimala komshini-ukuhlakazeka nokuhlola.

Isifinyezo

 

Ukunquma umonakalo we-condenser/evaporator kudinga-indlela yobukhulu obune: "ukuhlola okubonakalayo - amapharamitha - ukusebenza - ukuhlola". Beka kuqala ukuhlola okubukwayo ukuze uqede amaphutha angaphezulu, bese usebenzisa amathuluzi ukuze uthole okungavamile kwepharamitha, futhi ekugcineni uqinisekise uhlobo lomonakalo ngokusekelwe ekusebenzeni kokusebenza. Ekunakekeleni kwansuku zonke, hlanza njalo izindawo ezishintshayo futhi uqaphe amapharamitha okusebenza ukuze uthole umonakalo ofihliwe kusenesikhathi futhi uvimbele ukwanda kwephutha.