Umgaqo wokufudumeza wesithando sokunyibilikisa induction

I-furnace yokunyibilikisa i-induction ikakhulu iqulethwe ngumbane, i-coil induction kunye ne-crucible eyenziwe ngezinto eziphikisayo kwi-coil induction. I-crucible iqulethe intlawulo yetsimbi, elingana ne-second winding ye-transformer. Xa i-coil induction ixhunyiwe kwi-AC power supply, i-alternating field magnetic iveliswa kwi-coil induction. Ekubeni umrhumo ngokwawo wenza i-loop evaliweyo, ukuvuthwa kwesibini kubonakala ngokujika okukodwa kwaye kuvaliwe. Ngako oko, i-current induced current ikhiqizwa kwintlawulo ngexesha elifanayo, kwaye xa i-current induced idlula kwintlawulo, intlawulo iyatshisa ukukhuthaza ukunyibilika kwayo.

Iziko lokunyibilikisa lokungeniswa lisebenzisa unikezelo lwamandla ombane ophakathi ukuseka indawo yemagnethi ephakathi, evelisa imisinga ye-eddy ngaphakathi kwemathiriyeli yeferromagnetic kwaye ivelise ubushushu, ukuze kufezekiswe injongo yokufudumeza imathiriyeli. I-furnace yokunyibilikisa i-induction isebenzisa i-200-2500Hz i-intermediate frequency frequency unikezelo lwamandla obushushu bokungenisa, ukunyibilika kunye nokugcinwa kobushushu. I-furnace yokunyibilikisa i-induction isetyenziselwa ukunyibilikisa i-carbon steel, i-alloy steel, intsimbi ekhethekileyo, kwaye ingasetyenziselwa ukunyibilika kunye nokufudumeza isinyithi esingenawo i-ferrous njengobhedu kunye ne-aluminium. Isixhobo sincinci ngobukhulu. , Ubunzima bokukhanya, ukusebenza kakuhle okuphezulu, ukusetyenziswa kwamandla aphantsi, ukunyibilika ngokukhawuleza kunye nokufudumeza, ukulawula lula ukushisa kwesithando somlilo, kunye nokusebenza kakuhle kokuvelisa.