Ukukhetha i-condenser yokugcina izinto ezibandayo kuhlelwe kakhulu ngokuya ngesimo sangempela sephrojekthi yokugcina izinto ezibandayo.
I-condenser yohlobo lomoya iyona esetshenziswa kakhulu njengamanje. Inezinzuzo eziningi ezifana nesakhiwo esilula, intengo ephansi, izingxenye ezimbalwa ezigugayo, ukufakwa okulula kanye nokusetshenziswa okubanzi, okuyinto ethandwa amakhasimende. Ama-condenser ohlobo lomoya ngokuvamile afaneleka imishini yokugcina izinto ezibandayo encane nephakathi nendawo, futhi kukhona nezimo zokusetshenziswa kumaphrojekthi amakhulu okugcina izinto ezibandayo ezindaweni ezinemithombo yamanzi enciphile.
Uchungechunge lwe-air condenser luyi-radiator eyenzelwe ngokukhethekile ama-compressor angenawo umoya kanye nama-compressor angenawo umoya ngokugcwele; kunezinhlobo ezine zokukhiqiza: Uhlobo lwe-FN, uhlobo lwe-FNC, uhlobo lwe-FNV kanye nohlobo lwe-FNS; Uhlobo lwe-FN, uhlobo lwe-FNC, uhlobo lwe-FNS lusebenzisa uhlobo lwe-outlet oluseceleni, uhlobo lwe-FNV lusebenzisa uhlobo lwe-outlet oluphezulu.
Kusetshenziswa ishubhu yethusi elingu-3/8″ kanye neshidi le-aluminium elinophawu oluhlanganisiwe, ishidi le-aluminium kanye neshubhu yethusi kuxhunywe eduze yishubhu yokwandisa yomshini, futhi ukusebenza kahle kokushintshana kokushisa kuphezulu. ; Ingasetshenziswa ku-R22, R134a, R404A kanye nezinye izinto ezisebenza ngokuqandisa, futhi isetshenziswa kabanzi emishinini ehlukahlukene yokuqandisa ye-Freon. Ama-condenser ohlobo lwe-FNS asebenzisa amandla aphezulu, ivolumu yomoya enkulu, ama-motor anesivinini esiphansi, kanye nokufakwa okwakhelwe ngaphakathi, ukubukeka okuhle, umsindo ophansi, kungaba. Ingasetshenziswa kumayunithi anomsindo ophansi; i-condenser yohlobo lwe-FNV inohlangothi olukhulu oluya ngasemoyeni, umphumela omuhle wokushintshana kokushisa, futhi ifakwe i-motor enama-pole angu-6 enomsindo ophansi; ingasetshenziswa kumayunithi amakhulu okushintshana; izinhlobo ezahlukene zingaklanywa ngokuya ngezidingo zamakhasimende.
Abasebenzisi besitoreji esibandayo bavame ukunaka kakhulu indawo yokushintshana kokushisa kwe-condenser kuyunithi, ikakhulukazi ngoba bakhathazekile ngokuthi uma ukushintshana kokushisa kwe-condenser kuncane kakhulu, ingcindezi yokufinyeza izoba phezulu kakhulu ngesikhathi sokusebenza kwemishini ehlobo, okuholela ekuvaleni kwemishini ukuze kuvikelwe; kodwa abantu abaningi abayinaki ingcindezi yokufinyeza ephansi. Uma ingcindezi ye-condenser iphansi, ukwehla kwengcindezi kuyo yonke i-valve yokwandisa kuzoncishiswa, futhi i-refrigerant etholwe yi-evaporator izoba yincane, ngaleyo ndlela ibangele ukuthi uhlelo lokufinyeza luhluleke.
Ezinhlelweni zokuqandisa, uma i-condenser ifakiwe ngaphandle, ingcindezi yokukhipha (ingcindezi yokujiya) yesistimu ivame ukuba phansi ebusika (noma ezindaweni eziphansi zokushisa).
Lesi simo sivame kakhulu enyakatho. Kuma-air conditioner, sikhona nasemishinini yokugcina izinto ezibandayo. Uma ingcindezi yokujiya iphansi kakhulu, i-valve yokwandisa ngeke ikwazi ukuthola ukwehla okwanele kwengcindezi emaphethelweni ayo amabili, okwenza kube nzima ukunikeza i-evaporator ingcindezi efanele. Ngakolunye uhlangothi, amandla okupholisa esistimu awakwazi ukuhlangabezana nezidingo, futhi azophinde abangele ama-alamu aphansi kanye nezinye izinkinga ohlelweni.
Endaweni enezinga lokushisa eliphansi ebusika, uhlelo lokuqandisa luvame ukwehluleka ngenxa yokucindezela komoya obandayo okuphansi kakhulu, ngakho-ke ikhona yini indlela esingagwema ngayo ukucindezela komoya obandayo okuphansi kakhulu endaweni enezinga lokushisa eliphansi?
1. Sebenzisa isilawuli sokucindezela kokukhipha umoya ukulawula ukusebenza kwefeni ngezikhathi ezithile;
Ukusebenza kwefeni ngezikhathi ezithile kulula futhi kulula ukukusebenzisa, futhi ubuchwepheshe sebuvuthiwe. Isilawuli esisetshenziswayo siyisilawuli sokucindezela, esingalawula ukuqala nokuma ngezikhathi ezithile kwefeni;
Uma ingcindezi iphansi kakhulu, cisha ifeni; uma ingcindezi iphezulu kakhulu, vula ifeni; ukucindezela okuphezulu okukodwa kungakhethwa, njengeDanfoss KP5, njll., futhi inani lokusetha ingcindezi lisethwa ngokwesimo sangempela.
Ngokuvamile, kumayunithi amancane, kusetshenziswa abalandeli ababili noma ngaphezulu, omunye wabo uvame ukuvuleka, kanti abanye abalandeli balawulwa yisilawuli sokucindezela. Ukuqala noma ukuma kwabalandeli kulawulwa yizinga lokucindezela komoya.
2. Lawula ijubane lefeni ye-condenser;
Indlela yokulawula isivinini sabalandeli nayo iyindlela esivuthiwe iminyaka eminingi. Izingxenye zikagesi eziyinhloko ezisetshenziswayo ama-frequency converters (anezigaba ezintathu) noma ama-speed gavern (anezigaba eyodwa).
Isimiso esiyinhloko sokusebenza siwukusebenzisa imodeli yempendulo yokucindezela kokukhipha umoya (izinga lokushisa elinciphayo) (isignali engu-1~5V noma engu-4-20ma).
Ukufaka ku-frequency converter (i-speed governor), i-frequency converter ikhipha (0~50HZ) ku-fan ngokuya ngesethingi, futhi ibona ukusebenza kwe-variable speed ye-fan.
Kodwa ngokuvamile intengo iphakeme kakhulu.
3. Sebenzisa i-damper noma ifeni ukuze usebenze ngezikhathi ezithile ukulawula ukugeleza komoya;
Ingxenye eyinhloko idivayisi yokulawula ivolumu yomoya ethambile. Umgomo uwukusebenzisa i-damper yokulawula yohlobo lwe-piston eqhutshwa yi-refrigerant enomfutho ophezulu. Le divayisi yokulawula ingathola umfutho wokukhipha umoya ozinzile njengesilawuli sesivinini somefeni;
Into ebaluleke kakhulu ukuthi ingcindezi yokungena kwevalvu yokunweba ngeke ishintshe kakhulu njengokusebenza okuvamile kwefeni.
Idivayisi yesivalo ingasethwa endaweni yokungena komoya noma endaweni yokukhipha umoya;
4. Sebenzisa idivayisi yokugcwala kwe-condenser.
Umgomo osebenzayo wedivayisi yokugcwala kwe-condenser ukusebenzisa i-refrigerant eningi ukwandisa ingcindezi yokufutha yesistimu.
Idivayisi yokugcwala kwe-condenser isetshenziswa ezindaweni ezifudumele noma eziphansi zokushisa ukuthumela ukugeleza okukhulu kwe-refrigerant kusuka ku-accumulator kuya ku-condenser, futhi isebenzise i-refrigerant eyengeziwe ukwandisa ingcindezi ye-condensation yesistimu, ukuze kugwenywe ukuthi ingcindezi ye-condensation iphansi kakhulu emazingeni okushisa aphansi. Iphutha.
Isikhathi sokuthunyelwe: Ephreli-18-2022
