Ungayakha kanjani ikhoyili yokufudumeza engenayo
Kungaphakathi kweleyili yokufudumeza kokufakwayo (i-infuction heating coil / inductor) lapho amandla kazibuthe ahlukahlukene adingekayo ekufudumaleni kwangaphakathi athuthukiswa, ngokugeleza kokushintshana kwamanje.
Induction heating coil / Inductor design Ngakho-ke kungenye yezici ezibaluleke kakhulu zomshini wokufudumeza jikelele wokufakelwa. I-inductor eyenzelwe kahle ihlinzeka iphethini yokufudumeza efanele ingxenye yakho futhi ikhulisa ukusebenza kahle kokufudumeza kwamandla kokungenisa, ngenkathi ivumela ukufakwa okulula nokususwa kwengxenye.
Ikhoyili / i-inductionor engenayo akudingeki ukuthi ibunjiwe kwi-helix. Ngomklamo ofanele, kungenzeka ukushisa izinto zokuhlobisa zanoma yiluphi usayizi nefomu, futhi futhi kungenzeka ukushisa kuphela ingxenye yokuqukethwe edingekayo. Kungenzeka futhi ukushisa izindawo ezihlukile zengxenye ngasikhathi sinye noma emazingeni okushisa ahlukene ngendlela eyakhiwe ngayo i-inductor geometry. Ukufana kwezinga lokushisa ngaphakathi kwengxenye yakho kutholakala ngokwakhiwa okulungile kwe-inductor. Ukufana okusebenzayo kakhulu kungatholakala ezingxenyeni eziyindilinga. Ngenxa yohlobo lokugeleza kwendle kagesi okwenzeka manje, izingxenye ezinemiphetho ebukhali zingakwazi ukushisa ngokukhethekile kulezo zindawo uma kungakusetshenziswanga design eyi-inductor design.
Ukusebenza kahle kokubhanqanisa
Kukhona ubudlelwano obulinganayo phakathi kwenani lokugeleza kwamanje nebanga phakathi kwe-inductor nengxenye. Ukubeka ingxenye esondelene ne-inductor kwandisa ukuhamba kokukhona kanye nenani lokushisa okufakwe engxenyeni. Lobu budlelwano kubizwa ngabo njengokuhlanganiswa kokuqina kwe-inductor.
Ukwakha Okuyisisekelo
I-induction Heating coil / Inductors imvamisa yenziwe nge-tubing yethusi - umqhubi omuhle kakhulu wokushisa nogesi - enobubanzi be-1/8 ″ kuya ku-3/16 ″; imihlangano emikhulu yamakhoyili ethusi yenzelwa izicelo ezinjenge-strip metal Ukushisa nokushisa kwepayipi. Ama-inductors ngokuvamile apholiswa ngamanzi ajikelezayo, futhi imvamisa kwenziwa ngokwezifiso ukulingana nomumo nosayizi wengxenye ezofudunyezwa. Ngakho-ke ama-inductors angaba nokujika okukodwa noma okuningi; ube nesimo se-helical, esiyindilinga noma isikwele; noma yakhelwe njengengaphakathi (ingxenye ngaphakathi kwe-inductor) noma yangaphandle (ingxenye eduzane ne-inductor).
How Induction Heating Coils Work
Ngabe isisebenzi sokufudumeza sisebenza kahle futhi sisebenza kahle kangakanani sinqunywa yikhoyili yokungeniswa. Amakhoyili wokufaka angamakholi ethusi ahlanganiswe ngamanzi akhiwa kusuka kushubhu lethusi okwenziwe kalula ukuthi abe yikhoyili lwenqubo yokufaka ukufudumeza. Njengoba amanzi ehamba phakathi kwawo, amakhoyili okushisa okufakwayo uqobo awashisi.
Amakhoyili womsebenzi ahlukahluka ngokuxakaxaka kusuka kwikhoyili eyakhiwe ngokuqondile isuselwa endaweni yethusi eqinile futhi ibunjiwe, yaya kwikhoyili elilula le-solenoid- noma le-helical -xeba (elenziwe ngenqwaba yezikhathi zokujika kwesilonda sethumbu lethusi elizungeza i-mandrel).
Ngokukhiqiza insimu ye-electromagnetic eshintshayo ngenxa yokushintshashintsha kwamanje okukhona kubo, amakhoyili adlulisa amandla asuka ekuphethweni kwamandla kuya kwelemboza lomsebenzi. Inkambu ye-coil's alternating electromagnetic (EMF) idala indawo yamanje (eddy yamanje) endaweni yokusebenza, ekhiqiza ukushisa ngenxa yokulahleka kwe-I squared R (ukulahleka okuyisisekelo).
Amandla wekhoyili we-EMF ahambelana nokwamanje endaweni yokusebenza. Lokhu kudluliswa kwamandla kwaziwa njengomphumela wamanje we-eddy noma umphumela we-transformer.
