Indlela yokunquma amandla we- ukushisa kwe-intermediate frequency induction ipayipi bender?

Amapayipi ensimbi anobubanzi obukhulu kufanele ashiselwe ukuze agobe futhi akhe. Ukusetshenziswa kokushisa kwe-intermediate frequency induction ukushisa endaweni ipayipi yensimbi kunezinzuzo zayo eziyingqayizivele futhi ayikwazi ukushintshwa ngezinye izindlela zokushisa.

I-frequency induction heat pipe egobisayo esesithombeni yakhiwe umshini wokugoba ipayipi, ugesi kanye ne-inductor yokufudumeza okuphakathi kwamafrikhwensi. Inzwa ifakwe ekugcineni kwe-bender yepayipi. Lapho amandla enikezwa ukushisa okungeniswayo, i-bender yepayipi nayo iqala ukuzungezisa ipayipi kancane. Njengoba inani lokuphenduka kwekhoyili yokungeniswa lincane, i-inductor ixhunywe ku-transformer yesinyathelo esisuka phansi esimaphakathi.

Isithombe sibonisa i-inductor ye-medium-frequency induction heat bend yamapayipi ensimbi anobubanzi obukhulu, enziwe ngamapayipi ethusi ahlanzekile angama-rectangular. Ukuze kuthuthukiswe ukusebenza kahle kokushisa, ikhoyili ye-induction ifakwe ungqimba olumelana nokushisa nokushisa. Ngenxa yokuthi inani lokuphenduka kwekhoyili ye-induction lincane, ububanzi be-inductor buncane, ububanzi bengxenye eshisayo yepayipi yensimbi abukhulu, ukuguqulwa kwe-bender yepayipi ngesikhathi sokugoba akukukhulu, futhi ipayipi yensimbi. ngeke likhubazeke.

Ngokuvamile, ububanzi bepayipi yensimbi enobubanzi obukhulu ngu-Φ700-Φ1200mm, ukushuba kodonga lwamapayipi kungaphansi kuka-40mm, futhi imvamisa yamanje ingaba ngu-1000-2500Hz. Imvamisa yamanje ingabalwa ngokusho kobubanzi bepayipi lensimbi, ukushuba kodonga kanye nezinga lokushisa lokushisa. Amandla adingekayo ekushiseni anqunywa ngokusho kokushisa okushisa kanye nesivinini esihambayo sepayipi yensimbi lapho igobile.