I-heater kagesi yegesi ephezulu

Izinga eliphezulu lokushisa kwegesi heater kagesi Isithombe Esifakiwe

Incazelo emfushane:

I-heater kagesi yegesi ephezulu yokushisa Njengomshini okhethekile wokushisa kagesi, ekuklanyeni nasekukhiqizeni inqubo, kufanele ihambisane namakhodi afanele okufakazela ukuqhuma kanye namazinga. I-heater kagesi engaqhumi yamukela idizayini yesakhiwo evimbela ukuqhuma kanye nezindlu ezingaqhumi, ezingavimbela ngempumelelo umthelela wezinhlansi kanye nezinga lokushisa eliphakeme elikhiqizwe izici zokushisa zikagesi kugesi ovuthayo nothuli oluzungezile, ngaleyo ndlela ugweme izingozi ezingase zibe khona zokuphepha. Isifudumezi sikagesi esingaqhumi siphinde sibe nemisebenzi eminingi yokuvikela, njengokuvikela isikhathi esingaphezu kwamanje, ukuvikela i-voltage engaphezulu, ukuntuleka kokuvikelwa kwesigaba, njll., okungavikela ngempumelelo ukuphepha kwemishini ngokwayo kanye nezisetshenziswa ezizungezile.

Xhumana nathi > CELA I-QUOTE

I-imeyili:elainxu@ycxrdr.com

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Isimiso sokusebenza

I-heater kagesi yegesi ephezulu yokushisa yakhiwe izingxenye ezimbili: umzimba kanye nesistimu yokulawula.Isici sokushisa kagesi sikhiqiza ukushisa: Isici sokushisa sikagesi ku-heater siyingxenye eyinhloko yokukhiqiza ukushisa. Lapho amandla kagesi edlula kulezi zakhi, akhiqiza ukushisa okukhulu.

Ukushisisa okuphoqiwe kwe-convection: Uma i-nitrogen noma enye into ephakathi idlula ku-heater, iphampu isetshenziselwa ukuphoqelela i-convection, ukuze okuphakathi kugeleze futhi kudlule endaweni yokushisisa. Ngale ndlela, i-medium, njengesithwali sokushisa, ingakwazi ukudonsa ngokuphumelelayo ukushisa futhi idlulisele ohlelweni oludinga ukushiswa.

Ukulawula izinga lokushisa: I-heater ifakwe isistimu yokulawula ehlanganisa inzwa yokushisa nesilawuli se-PID. Lezi zingxenye zisebenza ndawonye ukuze zilungise ngokuzenzakalelayo amandla okukhishwa kwe-heater ngokuvumelana nezinga lokushisa eliphumayo, ukuqinisekisa ukuthi izinga lokushisa eliphakathi lizinzile ngenani elimisiwe.

Ukuvikela ukushisa ngokweqile: Ukuze uvimbele ukulimala kokushisa okweqile kusici sokushisa, i-heater nayo ifakwe izinto zokuvikela ukushisa ngokweqile. Ngokushesha lapho kutholakala ukushisa ngokweqile, idivayisi inqamula ngokushesha ukunikezwa kwamandla, ivikela isici sokushisa kanye nesistimu.

Imininingwane yomkhiqizo iyaboniswa

Umdwebo wemininingwane ye-heater yamapayipi

Inzuzo yomkhiqizo

I-1, i-medium ingashiswa ekushiseni okuphezulu kakhulu, kuze kufike ku-850 ° C, izinga lokushisa legobolondo lingaba ngu-50 ° C kuphela;

2, ukusebenza kahle okuphezulu: kufika ku-0.9 noma ngaphezulu;

3, izinga lokushisa nokupholisa liyashesha, lifika ku-10℃/S, inqubo yokulungisa iyashesha futhi izinzile. Ngeke kube khona ukuhola kwezinga lokushisa kanye ne-lag phenomenon ye-medium elawulwayo, okuzobangela ukukhukhuleka kokushisa kokulawula, okulungele ukulawula okuzenzakalelayo;

I-4, izakhiwo ezinhle zemishini: ngoba umzimba wayo wokushisa uyinto ekhethekile ye-alloy, ngakho-ke ngaphansi komthelela wokugeleza komoya ocindezelayo, kungcono kunanoma yiziphi izakhiwo zomshini wokushisa womzimba namandla, okudinga isikhathi eside esiqhubekayo sokushisa komoya kanye nokuhlolwa kwezesekeli. kunenzuzo kakhulu;

5. Uma ingaphuli inqubo yokusebenzisa, impilo ingaba yinde amashumi eminyaka ambalwa, ehlala isikhathi eside;

6, umoya ohlanzekile, usayizi omncane;

I-7, i-heater yepayipi ingaklanywa ngokuya ngezidingo zabasebenzisi, izinhlobo eziningi zama-heater kagesi omoya.

Uhlolojikelele lwesicelo sesimo sokusebenza

Isifudumezi sikagesi sepayipi legesi elisezingeni eliphezulu siguqula amandla kagesi abe amandla okushisa ukuze kushisise uketshezi. Inqubo yokusebenza eqondile imi kanje:

Ngaphakathi kwe-heater kagesi, i-fluid medium medium ingena ku-heater kagesi ngaphansi kwesenzo sokucindezela futhi idlule kumzila othize wokugeleza ohlanekezelwe, oklanywe ngokomgomo we-fluid thermodynamics ukuze udlulise ngempumelelo ukushisa okukhiqizwa into yokushisa kagesi. .

Ngaphakathi kwe-heater kagesi, into yokushisa kagesi iguqula amandla kagesi ibe amandla okushisa, futhi ithwala lokhu kushisa ngokusebenzisa i-fluid medium, ngaleyo ndlela ikhulise izinga lokushisa eliphakathi kuya ezingeni elidingwa yinqubo, futhi izinga lokushisa eliphezulu le-outlet lingaba ngu-650 °. C.

Izifudumezi zikagesi zivame ukuhlonyiswa ngesistimu yokulawula engakwazi ukulungisa ngokuzenzakalelayo amandla okukhipha i-heater ngokuvumelana nezinga lokushisa le-outlet okukhiphayo ukuze kugcinwe izinga lokushisa eliphakathi elizinzile kanye nomfaniswano.

Uma izinga lokushisa lesici sokushisa liphezulu kakhulu, idivayisi yokuvikela ukushisa ngokweqile izonqamula ngokushesha ukunikezwa kwamandla ukuvimbela imiphumela emibi ebangelwa ukushisa okweqile kwe-medium, njengokupheka, ukuwohloka noma i-carbonization, ngaleyo ndlela yandise impilo yesevisi ye-heater kagesi. .

Isicelo somkhiqizo

I-heater yamapayipi isetshenziswa kakhulu endaweni yasemkhathini, embonini yezikhali, embonini yamakhemikhali nasemakolishi nasemanyuvesi nakweminye ilabhorethri eminingi yocwaningo nokukhiqiza yesayensi. Ifaneleka ngokukhethekile ukulawulwa kwezinga lokushisa okuzenzakalelayo kanye nokugeleza okukhulu kokushisa okuphezulu kwesistimu ehlanganisiwe kanye nokuhlolwa kwesesekeli, indawo yokushisa yomkhiqizo ayi-conductive, ayishisi, ayiqhumi, ayikho ukugqwala kwamakhemikhali, akukho ukungcola, iphephile futhi inokwethenjelwa, futhi indawo yokushisa iyashesha (iyalawuleka).