Amabhaso omoya ojikelezayo yindlela ejikelezayo. Ngexesha lokusebenza, iRottor Rottor ijikeleza kancinci, kwaye kukho umsilo othile phakathi kwesitayile kunye nengwevu. Ngenxa yoxinzelelo phakathi komoya (uxinzelelo oluqinisekileyo) oluhambahamba kwi-preheter kunye negesi ye-Flue (uxinzelelo olubi), umoya uza kuvuza kwi-gesi, ebangela ukuvuza komoya.

Ingozi yokuvuza komoya kumaxhoba omoya:

Ukonyuka kokuvuza komoya kuya kwandisa ukusetyenziswa kwamandla idrafti enyanzelisiweyo kwaye yonyusa ukuphulukana nobushushu, kunye nokunciphisa ukusebenza kwe-boiler. Ukuba ukuvuza komoya kuyinto enkulu kakhulu, ingabangela ukungasebenzi kakuhle komoya kwiziko, kuchaphazela imveliso ye-boiler, kwaye ibangela i-boiler yeBoiler.

Umcimbi ophambili ekulawuleni i-guap yokutywina yamacala omoya ngumlinganiso wempatho ye-Preuthe. Ubunzima bulele kwinto yokuba i-rotor ye-Preter of Shitred ihamba, kwaye iqondo lobushushu ngaphakathi kwamaphazamiso umoya sisondele kwi-400 ℃, ngelixa kukho nenani elikhulu le-ash kunye negesi engaphakathi. Kunzima kakhulu ukubukela ukufuduswa kwezinto ezishukumisayo kwiindawo ezinobunzima. II-GAP SEXT GJCT-15-Eisetyenziswa ngokudibeneyo kunye neI-GAP STRAMITER GJCF-15, yenzelwe ngokukodwa le ndawo yokusebenza ukuze ilinganise ngempumelelo isithuba sokutywina kwamaphazamiso omoya kwaye unciphise ukuvuza komoya.

Sebenzisa ii-gapmer ye-Gjct-15-eUkubeka iliso kwaye uhlengahlengise umsantsa womoya ophambi komoya anokuphucula kakhulu kwaye womeleze umoya ongena kwiziko emva kokudibanisa, ukukhawulezisa ukudibanisa, kunye nokuphucula ukusebenza ngokukuko.