Principle of steel tube isithando sokushisa sangaphakathi

1. I-sensor winding yenziwa ngokuhambisana ne- “Inductor Manufacturing Process Code” ehlanganiswe yinkampani yethu.

2. Umzimba wesithando somlilo we-steel tube induction heat furnace uhlukaniswe waba amasethi amabili ngokusho kwemininingwane ehlukene ye-Φ95-130 yamashubhu ensimbi, ngalinye linamasethi angu-6. Ipayipi lensimbi Φ95-115 yiqembu, ipayipi lensimbi Φ115-130 yiqembu.

2.1 Umgomo we-steel tube induction heat furnace iyithuluzi lokushisa elinamandla aphezulu, ukuminyana kwamandla kungafinyelela amakhulu amaningana noma ama-kilowatts amaningana ngesentimitha yesikwele ngasinye. Uma kungekho zinyathelo ezithathwayo, amandla agxile kakhulu azokhiqiza ukuvuza kwensimu kazibuthe emikhawulweni emibili, okubangela ukushisa kwetafula le-roller; kuhambisana nokuhlakazwa kwemigqa yamagnetic field, lezi zici zizokwandisa ukusetshenziswa kwamandla omzimba wesithando somlilo futhi zenze umphumela wokushisa wezingxenye ezimbili zesithando somlilo ube mpofu. Ngaphezu kwalokho, ukushisa kwenziwa ngokusebenzisa amandla amathathu. Uma zivuliwe ngesikhathi esifanayo, izithando eziyisithupha zizophazamisana; lokhu kuzothinta ukwanda kokuphakelwa kukagesi. Lokhu kubonakala kumathuluzi afanayo esakunikeza wona ngo-2001. . Ukuze senze lokhu, sithatha izinyathelo ezilandelayo:

2.1.1 Ukuze kuncishiswe ukuvuza kazibuthe, qinisekisa ukuthi ukunikezwa kwamandla okuvama okumaphakathi akuphazanyiswa yinkundla kazibuthe kanye netafula le-roller kanye nohlaka lokusekela phakathi kwendikimba yesithando somlilo azishisi, amapuleti esithandweni angaphambili nangemuva omzimba wesithando somlilo. zenziwe ngamapuleti ethusi avaliwe futhi amanzi aklanyelwe ngokukhethekile ukudlulisa amanzi kumjikelezo womlomo wesithando somlilo.

2.1.2 Isethi ngayinye yesithando somlilo ifakwe amandla, isakhiwo sokuqondisa ipayipi lensimbi elishintsheka ukuphakama, elenza ipayipi lensimbi lingene kalula esithandweni somlilo, ligweme umthelela wepayipi lensimbi ku-inductor, futhi inwebe ngempumelelo isevisi. impilo ye-inductor.

2.1.3 Ukusungulwa kwesakhiwo esikhethekile sepuleti lomlomo wesithando somlilo esilwa nozibuthe ngaphambi nangemuva kwendikimba yesithando somlilo kungokwenkampani yethu.

2.2 Ulayini lwesithando somlilo luthatha ishubhu le-corundum, izinga lokushisa lesevisi lingafinyelela ngaphezu kuka-1700 ℃, futhi linokwahlukanisa okuhle, ukwahlukanisa ukushisa, ukugodola nokumelana nokushisa kanye nokumelana nomthelela.

2.3 Kunembobo yokukhipha amanzi ngaphansi kwesithando somlilo sokungeniswa, esingakhipha ngokuzenzakalelayo amanzi ajiyile esithandweni.

2.4 Ubude bomzimba wesithando somlilo cishe bungama-660 mm.

2.5 Isakhiwo sesithando somlilo sokungeniswa siboniswa emfanekisweni

1. I-sensor winding yenziwa ngokuhambisana ne- “Inductor Manufacturing Process Code” ehlanganiswe yinkampani yethu.

2. Umzimba wesithando somlilo we-steel tube induction heat furnace uhlukaniswe waba amasethi amabili ngokusho kwemininingwane ehlukene ye-Φ95-130 yamashubhu ensimbi, ngalinye linamasethi angu-6. Ipayipi lensimbi Φ95-115 yiqembu, ipayipi lensimbi Φ115-130 yiqembu.

2.1 Umgomo we-steel tube induction heat furnace iyithuluzi lokushisa elinamandla aphezulu, ukuminyana kwamandla kungafinyelela amakhulu amaningana noma ama-kilowatts amaningana ngesentimitha yesikwele ngasinye. Uma kungekho zinyathelo ezithathwayo, amandla agxile kakhulu azokhiqiza ukuvuza kwensimu kazibuthe emikhawulweni emibili, okubangela ukushisa kwetafula le-roller; kuhambisana nokuhlakazwa kwemigqa yamagnetic field, lezi zici zizokwandisa ukusetshenziswa kwamandla omzimba wesithando somlilo futhi zenze umphumela wokushisa wezingxenye ezimbili zesithando somlilo ube mpofu. Ngaphezu kwalokho, ukushisa kwenziwa ngokusebenzisa amandla amathathu. Uma zivuliwe ngesikhathi esifanayo, izithando eziyisithupha zizophazamisana; lokhu kuzothinta ukwanda kokuphakelwa kukagesi. Lokhu kubonakala kumathuluzi afanayo esakunikeza wona ngo-2001. . Ukuze senze lokhu, sithatha izinyathelo ezilandelayo:

2.1.1 Ukuze kuncishiswe ukuvuza kazibuthe, qinisekisa ukuthi ukunikezwa kwamandla okuvama okumaphakathi akuphazanyiswa yinkundla kazibuthe kanye netafula le-roller kanye nohlaka lokusekela phakathi kwendikimba yesithando somlilo azishisi, amapuleti esithandweni angaphambili nangemuva omzimba wesithando somlilo. zenziwe ngamapuleti ethusi avaliwe futhi amanzi aklanyelwe ngokukhethekile ukudlulisa amanzi kumjikelezo womlomo wesithando somlilo.

2.1.2 Isethi ngayinye yesithando somlilo ifakwe amandla, isakhiwo sokuqondisa ipayipi lensimbi elishintsheka ukuphakama, elenza ipayipi lensimbi lingene kalula esithandweni somlilo, ligweme umthelela wepayipi lensimbi ku-inductor, futhi inwebe ngempumelelo isevisi. impilo ye-inductor.

2.1.3 Ukusungulwa kwesakhiwo esikhethekile sepuleti lomlomo wesithando somlilo esilwa nozibuthe ngaphambi nangemuva kwendikimba yesithando somlilo kungokwenkampani yethu.

2.2 Ulayini lwesithando somlilo luthatha ishubhu le-corundum, izinga lokushisa lesevisi lingafinyelela ngaphezu kuka-1700 ℃, futhi linokwahlukanisa okuhle, ukwahlukanisa ukushisa, ukugodola nokumelana nokushisa kanye nokumelana nomthelela.

2.3 Kunembobo yokukhipha amanzi ngaphansi kwesithando somlilo sokungeniswa, esingakhipha ngokuzenzakalelayo amanzi ajiyile esithandweni.

2.4 Ubude bomzimba wesithando somlilo cishe bungama-660 mm.

2.5 Isakhiwo sesithando somlilo sokungeniswa siboniswa emfanekisweni