Umgomo wokonga amandla we-electromagnetic Techning Technology ukwenza umzimba we-wetal afudumele ukuzishisa, futhi ngokwesimo esithile, kungavikelekile kakhulu ukufudumeza ngaphandle komzimba, ngakho-ke umphumela wokulondolozwa kwamandla, ufike ku-30% kuya ku-80%.
1. Ukunqunyelwa kwezindlela ezikhona zokushisa
Kulesi sigaba, indlela yokushisa esetshenziswa yimishini yokushisa efana nemishini yepulasitiki emakethe ngokuvamile i-coil eshisa kagesi, idlulisela ukushisa emzimbeni ovuthayo, kepha kuphela ukushisa okusondele ngaphakathi kwendawo yomgqomo ozoba ngcono. Lapho idluliselwa emzimbeni ovuthayo, iningi lokushisa ngaphandle lilahlekile emoyeni, futhi kunokulahleka kokushisa okushisa, okuholela ekwandeni kokushisa okukhona. Ngaphezu kwalokho, ukufudumala kocingo okumelana nakho kunobubi bokuqina kwamandla aphansi, okungenakusetshenziswa kwezinye izikhathi ezidinga izinga lokushisa eliphakeme. Wanelisekile.
2. Umgomo wokonga amandla
Uhlelo lokufudumeza lwe-elekthronikagnetic luqukethe izingxenye ezimbili: Ibhodi Yokulawula Ukushisa Ka-Electromagnetic kanye nekhoyili yokushisa. Ukuhlinzekwa kwamandla okushisa okulawulwa ukushisa [okufudumele okuxhumana naye (noma i-solid-State edluliselwe) i-terminal yokuphuma] yomshini wokuqala ulungisa amandla e-ac frequency ac amandla ebhodini eliphakeme le-electromagnetic nge-electromagnetic ac poil e-aclencnetic heating control board, bese uyixhumanisa nekhoyili yokufudumeza ye-electromagnetic nge-call. Imvamisa ephezulu yokushintshanisa okwenzeka njengamanje emzimbeni wensimbi efudumele ngokusebenzisa impahla yokufakelwa ukuze wenze umzimba ovuthayo uzishise. Ngaphezu kwalokho, ukunikezwa kwamandla nakho kungafaka ngokuqondile kwibhodi lokulawula elinama-elektromagnetic, futhi isilawuli sokuqala sokushisa silawula ngokuqondile isimo esisebenzayo se-electromagnetic eshisa ebhodini lokulawula i-electromagnetic Fetring control board yesilawuli se-electromagnetic sokushisa.
Enye yezinzuzo zale ndlela yokushisa ukuthi imishini ayidingi ukuthi isatshalaliswe isikhathi eside, ingaqalwa noma iphele nganoma yisiphi isikhathi, futhi ithatha isikhathi esingaphezu kwemizuzwana eyishumi ukufinyelela okushisa kokushisa.
Qaphela ukuthi ukungeniswa kuyindlela yokushisa engeyona eyokuthintwayo futhi ikhoyili ayikaze ithinte indawo yokusebenza nganoma yisiphi isikhathi.
Ama-Eddy currents akhiqiza owakhe amandla kazibuthe, aphikisana namandla kazibuthe akhiqizwa yikhoyili. Lokhu kuphikiswa kuvimbela amandla kazibuthe okuqala angena ngokushesha enkabeni yento ezungezwe yikhoyili.
Imisinga e-Eddy isebenza kakhulu eduze kwento evuthayo, kepha iba buthaka kakhulu endaweni ephakathi nendawo.
Ibanga ukusuka ebusweni bento evuthayo ekujuleni lapho amahlaya amanje afinyelela kuma-37% ukujula ukungena. Lokhu kujula kukhuphuka ngokuncipha imvamisa. Ngakho-ke, imvamisa efanele kufanele ikhethwe ukuze kufezeke ukujula okufisayo kokungena.
Le khasi Umugqa wokukhiqizwa wohlelo lokuvikelwa kwe-Off- Line I-Hanao Tech (Seko Tech) ihlolwe futhi ingasindisa ngempumelelo amandla nge-50%. Inqubo yonke yokukhiqiza ifaka ukondla okuzenzakalelayo-ngaphambili kanye nokuvumelanisa kwejubane leshubhu lokuvumelanisa-ukuxhumeka ukushisa-amanzi okulayisha amanzi. Imishini yenziwa ngokwezifiso ngokuya ngezidingo ze-oda elithile lekhasimende futhi ingaphatha uhla lwekhalisi kusuka ku-219 kuya ku-1219mm. Ipayipi lidluliselwa ngabathengisi abajikelezayo, okuvimbela ukuwa kanye ne-deformation yepayipi lensimbi enkulu ngenxa yokuthambisa impahla ngemuva kokushisa, futhi kuxazulule inkinga yokuqondisa okuqondile kwesibili ngemuva kokushisa. Le mishini isetshenzisiwe emabhizinisini akhiqizwayo ahamba phambili asekhaya aholayo, futhi abonakaliswe ngokugcwele yimakethe.
