Indlela yokubhekana ne-insulation ye ukuchithwa kwesithando somlilo amakhoyili?

1. Ku-voltage yelayini engenayo engu-380V, i-voltage emikhawulweni yomibili yekhoyili ingu-750V, kanti i-voltage phakathi kwamajika nayo ingamashumi amaningana ama-volts. Uma ibanga phakathi kwamajika likhulu ngokwanele, ibanga eliphakathi kwamajika lingasetshenziswa futhi njengokwahlukanisa. Lokhu ukwelashwa kwe-insulation yokuqala. Uma i-slag yensimbi iqhuma kukhoyili, isifunda esifushane phakathi kokujika sizokwakhiwa, futhi le ndlela manje isisusiwe.

2. Inqubo evame ukusetshenziswa yokwelapha ukufakwa kwamakhoyili esithandweni sokuncibilika iyindlela emine yokwelapha yokufakelwa. Okokuqala, fafaza upende wokuvikela phezu kwekhoyili; okwesibili, bopha ungqimba lwe-mica tape kukhoyili efafazwe ngopende wokuvikela; okwesithathu, bopha ungqimba lweribhoni yengilazi ngaphandle kwe-mica tape; ekugcineni, fafaza ungqimba lopende wokuvikela. Inqubo enjalo yokwelapha yokufakelwa ingaqinisekisa ukuthi amandla okumelana ne-voltage yekhoyili yesithando somlilo encibilika iphezulu njengo-5000V.

3. Enye indlela yokwelashwa kwe-insulation yamakhoyili esithandweni sokuncibilika kwe-induction ukufafaza ngokuqondile upende ofaka izinga lokushisa eliphezulu. Abanye opende abavamisile abavamile bathi izinga lokushisa lingamelana no-1800 ° C, kodwa ukufafaza upende ofaka izinga lokushisa eliphezulu futhi kuyindlela elula. Uma sikhuluma ngokwethiyori, ukuphakama kwezinga likapende we-insulating wezinga eliphezulu lokushisa, liphezulu ukumelana nezinga lokushisa likapende we-insulating. Ukumelana nevolumu ephezulu kapende ofaka izinga lokushisa eliphezulu mkhulu kuno-1016Ωm ekamelweni lokushisa. Amandla e-dielectric aphezulu (amandla okuqhekeka), angaphezu kuka-30KV/m. Inokuqina okuhle kwamakhemikhali, ukumelana nokuguga, ukumelana nokugqwala kanye nokuphinda kusebenze kahle okupholisayo. Alikho iphuzu elikhanyayo, alikho iphuzu lokuthungela, ubulukhuni obuphezulu, ubulukhuni obukhulu kuno-7H. Ukumelana nokushisa okungu-1800 ℃, kungasebenza ngaphansi komlilo ovulekile isikhathi eside.

4. Ukuthi ukugqunywa kwekhoyili yesithando somlilo esincibilikayo ukuvaleka kwebanga phakathi kokuphenduka, noma ukusonteka kwezinto zokuvikela noma ukufuthwa ngopende ofaka izinga lokushisa eliphezulu, kufanele kufakwe ungqimba lweglue ephikisayo ngaphakathi kwekhoyili naphakathi. ukuphenduka kwekhoyili.

I-coil refractory mortar isetshenziselwa ikhoyili yesithando somlilo esincibilikisayo. Isakazwa ngokulinganayo ebusweni bayo kanye nerempu, enomthelela omuhle wokuvikela ukushisa, futhi ingavimbela ukujikeleza okufushane noma ukuphuma phakathi kwamakhoyili ekukhiqizeni i-inrush current eyeqile ukuze kushise i-thyristor. Ikhoyili iyaguga futhi ikhoyili iyavutha ngenxa yokuvuza kwamanzi, okungavimbela ngokuphumelelayo isithando somlilo ukuba sidlule esithandweni ngenxa yokushisa okuphezulu kwensimbi encibilikisiwe.