Indlela yokugcinwa kwesithando sokunyibilikisa induction

1. Xa i-furnace yokunyibilikisa i-induction ihluleka, kuyimfuneko ukujonga ukuba iiparitha zesixhobo se-furnace yokuncibilikisa i-induction ichanekile xa iqhuba, nokuba kukho ukufudumeza, ubomvu, i-screws ekhululekile kunye nezinye izinto ezibonakalayo kwi-melting induction. eziko. Nokuba unxulumano phakathi kombane ophakathi kwamaza ombane, amandla ombane e-DC, kunye nombane we-DC wemitha yomlilo yokunyibilikisa iyasebenza ngokwesiqhelo. Imveliso yombane we-DC kunye ne-DC yangoku yi-intermediate frequency power, ukuze sikwazi ukugweba ukuba amandla omlilo wokunyibilikisa we-induction aqhelekile ngokupheleleyo; nokuba umlinganiselo wamandla ombane ombane ongenayo, amandla ombane e-DC kunye nombane ophakathi kwamaza ombane uchanekile. Umzekelo: i-500kw induction melting furnace, i-voltage yombane engenayo yi-380V, emva koko i-voltage ephezulu ye-DC yi-513V, kwaye i-DC yangoku yi-1000A. Ukuba i-voltage ye-DC ifikelela kwi-500V kwaye ixabiso langoku le-DC liyi-1000A ngexesha lokusebenza, amandla okusebenza aqhelekileyo. Umlinganiselo wombane we-DC kunye ne-intermediate frequency voltage unokubonisa imeko yokusebenza ye-inverter. Umzekelo, ukuba umbane we-DC yi-510V kunye ne-voltage frequency frequency yi-700V, i-angle ekhokelayo ye-inverter yi-36 °. Sisebenzisa i-700V / 510V = 1.37 ukubona ukuba, ngokubanzi, umlinganiselo wamandla ombane ophakathi kunye nombane we-DC uphakathi kwe-1.2 kunye ne-1.5, kwaye sonke sicinga ukuba i-inverter isebenza ngokuqhelekileyo. Ukuba umlinganiselo ungaphantsi kwe-1.2, i-angle ekhokelayo incinci kakhulu, kwaye i-inverter inzima ukuhamba; ukuba kukhulu kunamaxesha angama-1.5, i-angle ekhokelayo inkulu kakhulu, kwaye izixhobo zinokungaphumeleli.

2. Ingaba isandi sesithando sokunyibilikisa i-induction siqhelekile ngexesha lokusebenza, ingaba kukho ingxolo kwisandi sokunyibilikisa isithando somlilo, nokuba isandi siyaqhubeka, ingaba kukho isandi esithambileyo se-reactor vibration kunye nokuba kukho isandi esiqhekezayo. Ngokufutshane, yahlukile kwisandi esiqhelekileyo. ukumisela indawo yesandi.

3. Buza umqhubi we-furnace yokunyibilika kwe-induction malunga nemeko ye-furnace yokunyibilikisa i-induction xa idiliza. Xa uyiqonda, zama ukuba neenkcukacha kangangoko. Kwangaxeshanye, kufuneka uqonde imeko yokusebenza kwesithando sokunyibilikisa i-induction phambi kokungaphumeleli.

4. Xa i-furnace yokunyibilikisa i-induction ingaphumeleli, kufuneka ufunde ukusebenzisa izixhobo zokuvavanya ezifana ne-oscilloscopes kunye ne-multimeters ukulinganisa i-waveform, i-voltage, ixesha, i-angle, ukuchasana kunye nezinye iiparitha zenqaku ngalinye ukujonga isizathu sokungaphumeleli.

5. Ukuba iphoso le-furnace yokunyibilikisa i-induction ifunyenwe kwaye ilungiswe, musa ukuqhuba izixhobo ngokuthe ngqo emva kokufumana iphoso ngaphandle kokuhlolwa, kuba kukho kaninzi ezinye izizathu ezinzulu emva kwecala lokubangela iimpazamo ezinjalo.