Izizathu zokukhetha isithando sokushisa sensimbi esiyindilinga

1. Isithando somlilo esiyindilinga sensimbi sinesivinini sokushisa esisheshayo kanye ne-oxidation encane kanye ne-decarburization

Njengoba umgomo wokushisisa kwe-intermediate frequency induction ukufudumeza kwamanje kwe-electromagnetic induction eddy, ukushisa kukhiqizwa isiqeshana somsebenzi ngokwaso, ngakho-ke isivinini sokushisisa siyashesha, i-oxidation incane, ukusebenza kahle kuphezulu, futhi inqubo yokuphindaphinda kuhle.

2. Isithando somlilo esiyindilinga sensimbi sinezinga eliphezulu lokuzenzakalela futhi singakwazi ukubona ukusebenza okuzenzakalelayo ngokugcwele

Umshini wokuphakela othomathikhi kanye nomshini wokuhlela ozenzakalelayo okhiphayo kuyakhethwa, futhi isixhumi esibonakalayo sekhompuyutha yezimboni noma umshini womuntu singasebenza ngokuzenzakalelayo ngokugcwele.

3. Ukushisa kokushisa kwesithando sokushisa kwensimbi eyindilinga kufana, futhi ukunemba kokulawula izinga lokushisa kufinyelela ku-0.1%

Izinga lokushisa lokushisisa lifana futhi umehluko we-radial lokushisa mncane. Izinga lokushisa lingalawulwa ngokunembile yisistimu yokulawula ukushisa okuzenzakalelayo.

4. I-inductor yesithando somlilo esiyindilinga yensimbi inomsebenzi omude futhi kulula ukuyishintsha

Uhlaka lwesithando somlilo lwenziwe nge-silicon carbide noma indlela yokuhlanganisa iyonke. Izinga lokushisa elisebenzayo lingaphezulu kuka-1250 °C, futhi linokwahlukanisa okuhle, ukuvikela ukushisa, ukumelana nokushaqeka kanye nokumelana nomthelela.

5. Iphutha phakathi kwamandla okuklama kanye namandla okusebenza kwangempela ekhoyili ye-inductor yokufaka isithando somlilo esiyindilinga esishisayo ayikho ngaphezu kuka-±5%. I-insulation yekhoyili isebenzisa izindlela ezithuthukisiwe zokwelashwa kokufakwa ukuze kuqinisekiswe ukuthi ubuchwepheshe bokubopha okukhethekile bunganciphisa ngempumelelo ukudlidliza kwe-axial. Ikhoyili yenziwe ngeshubhu yethusi eyisikwele esiyisikwele esiyisikwele esiqinile esigoqelwe ngokubanda se-T2