I-Rotary Air PreHoter iyindlela ejikelezayo. Ngesikhathi sokusebenza, i-prehater rotor ijikeleza kancane, futhi kukhona igebe elithile phakathi kwesitebhisi ne-rotor. Ngenxa yomehluko wengcindezi phakathi komoya (ingcindezi emihle) egeleza nge-prebeter kanye ne-flue greas (ingcindezi engemihle), umoya uzovuza ekuhambeni kwegesi ethambile ngalezi zikhala, kubangele inani elibalulekile lokuvuza komoya.

Izingozi zokuvuza komoya ku-air preheaters:

Ukwanda kokuvuza komoya kuzokwandisa ukusetshenziswa kwamandla okusalungiswa okuphoqelelwe kanye nabalandeli bohlaka, kwandise ukulahleka kokushisa kwentuthu. Uma ukuvuza komoya kukhulu kakhulu, kungadala futhi ukugeleza komoya okunganele esithandweni somlilo, okuthinta umphumela we-boiler, futhi kubangele kakhulu ukubulawa kwabantu.

Inkinga esemqoka ekulandiseni igebe lokuvalwa kwama-pailing of air ukulinganisa kokuguqulwa kwe-preheter. Ubunzima bukhona eqinisweni lokuthi i-deformered detor rotor iyanyakaza, kanti izinga lokushisa ngaphakathi kwe-air Preneater lisondele ku-400 ℃, kuyilapho kukhona inani elikhulu lomlotha wamalahle namagesi awonakalisayo ngaphakathi. Kunzima kakhulu ukuthola ukuthunyelwa kwezinto ezishukumisayo ezindaweni ezinokhahlo okunjalo. Le khasiI-Gap Meament Sensor GJCT-15-Eisetshenziswa ngokubambisana neI-Gap transmitter gjcf-15, yenzelwe ngqo lesi simo sokusebenza ukukala ngempumelelo igebe lokubopha le-Air Prebeter futhi linciphise ukuvuza komoya.

UsebenzisaI-Gap Sensor GJCT-15-EUkuqapha futhi uguqule igebe le-Air Prebeter lingathuthuka kakhulu futhi liqinise umoya ofaka isithando somlilo ngemuva kokushayeka, ukusheshisa ukumiswa kwamafutha, kuqinisekisa ukuhlanganiswa okuzinzile ku-boiler, futhi kuthuthukise ukusebenza kahle kokuqina.