Indlela yokuguqula i-furnace yokunyibilikisa induction ukuba ibe namandla ngakumbi?

A. Imeko ye Iziko lokunyibilikisa iitoni ezi-2 phambi kwenguqu:

1. The Iziko lokunyibilikisa iitoni ezi-2 ixhotyiswe nge-1500Kw, ubushushu bokunyibilika bufuneka ukuba bube yi-1650 degrees, kwaye ixesha lokunyibilikisa eliyilelweyo lingaphakathi kweyure enye. Ixesha langempela lokunyibilika lisondele kwiiyure ze-1, ezikude noyilo lwangaphambili.

2. I-inverter thyristor itshiswa kakhulu, kwaye i-thyristor yokubuyisela idla ngokonakala.

3. Ii-capacitors ezimbini zine-bulging phenomenon yesisu

4. Ingxolo ye-reactor iphezulu kakhulu

5. Kunzima ukuqala emva kokuba isithando somlilo esitsha sitshisiwe

6. Emva kokuba intambo epholileyo yamanzi ihlolwe, ubude abunangqiqo, kwaye kukho isiganeko sokubulala nokugoba.

7. Ubushushu bamanzi benkqubo yokupholisa budlula ama-55 degrees

8. Umbhobho wenkqubo yokupholisa uyaguga kakhulu

9. Umbhobho wonikezelo lwamanzi ongenelwa ngamanzi mkhulu kunombhobho obuyayo wamanzi, okukhokelela ekuhambeni kwamanzi okupholisa okulambathayo.

B, iitoni ezi-2 zesiqulatho soguqulo lwesithando sokunyibilika:

1. Faka indawo ye-thyristor ye-rectifier kunye ne-inverter thyristor, ukwandisa i-voltage yokumelana kunye nexabiso elingaphezulu kwe-thyristor, kwaye ukwandise i-angle conduction ye-thyristor.

2. Ukwandisa amandla ombane we-DC we-original intermediate intermediate power supply ukusuka kwi-680V ukuya kwi-800V, kunye ne-DC yangoku ukusuka kwi-1490A yasekuqaleni ukuya kwi-1850A, ukuze kuqinisekiswe ukuba amandla emveliso yesithando somlilo sokunyibilikisa afikelela kwixabiso loyilo lwe-1500Kw.

3. Ukuphucula amandla asebenzayo e-furnace yokuncibilika kwe-induction kunye nokwandisa kakhulu amandla ombane, ngaloo ndlela kuphuculwe izinga lokusetyenziswa kwe-transformer kunye nokunciphisa isohlwayo samandla asebenzayo.

4. Faka indawo ye-bulging capacitor, ukwandisa ukucwangciswa kwe-capacitor, kwaye unciphise ukushisa okwenziwa yi-copper bar kunye ne-capacitor.

5. Lungiselela i-reactor, yomeleza ikhoyili ye-reactor, kwaye unciphise ingxolo ebangelwa yi-coil vibration.

6. Coca kwaye ubeke indawo yesiphaluka sangaphakathi samanzi kwikhabhinethi yokubonelela umbane kunye nokwandisa umbhobho wamanzi obuyayo, ophucula kakhulu umphumo wokupholisa wesithando somlilo. Isenzeko sokutshisa ngokusisiseko sipheliswe.

7. Ukwandisa ubude bentambo yokupholisa amanzi ukuqinisekisa ukuba intambo epholileyo yamanzi ayigobi ekufeni ngexesha lonke lenkqubo yokujika kwesithando somlilo, kunye nokuqinisekisa umphumo wokupholisa kwentambo.

C. Isiphumo senguqu ye Iziko lokunyibilikisa iitoni ezi-2:

1. Xa iqondo lokushisa lokunyibilika kwe-2-ton induction melting furnace liyi-1650 degrees, ixesha lokunyibilikisa isithando somlilo esisodwa yimizuzu engama-55, ephantse ibe yi-1 ngokukhawuleza kunangaphambi kokuguqulwa.

2. Ukushisa kwamanzi ajikelezayo okupholisa kuncitshiswe ngama-degrees angama-10, kwaye ukushisa kwamanzi malunga nama-42 degrees ngexesha lokusetyenziswa ngokuqhelekileyo.

3. Akukho nto ye-silicon evuthayo kwisiqingatha sonyaka emva kokuguqulwa, kwaye ingxolo ye-intermediate frequency power supply iyancipha kakhulu.

4. Emva kokuba ikhebula elipholileyo lamanzi litshintshwe, akukho nto yokugoba efileyo, kwaye ikhebula elipholileyo lamanzi lipholile ngokuqhelekileyo.