Ukusetshenziswa kwempahla ephezulu ye-Iron-Boron kungavikelela ukukhululwa okungaphezu kuka-3% eminyakeni engu-10, futhi imisebenzi yemaqhinga ivikela ngamakhadi e-stainless steel.

Usebenzisa isikhundla esingaphandle se-bearing esiphakeme, okuwenza kube lula ukuthatha indawo ye-bearing.

Izilinganiso zokufakwa zihambisana nomkhawulo we-DT75, umkhawulo wokulinganisa i-belt conveyor DTII, kulula ukusebenzisa.

Isakhiwo senkqubo ye-magnet yeminyaka eyi-half sivimbela izinto ze-ferrous ukuba zingene ngaphakathi kwe-belt conveyor ukuze kube nokuqhubeka okukhuselekile.

Nxa isetshenziswa njengesikhungo esiqhubayo se-belt conveyor, amandla ayohlolwa ngohlelo lokusebenza olukhulu lokwenza imibhalo ukuze kuqinisekiswe amandla esikhungo.

Isikali se-magnetic sinezindlela ezinqunyiweyo ngendlela ethenqayo, ukuze kugwenywe ukuwohloka kwesixhumanisi se-magnetic nokulimala, futhi kuqinisekiswe ukusebenza okungaxhunyiwe kwesixazululo.

I-tub ezisezantsi zilungiselelwe ngokukhethekile, ngokusebenzisa lezo zindlela izinto ezine-grade ye-0-6mm zingasetshenziswa ngqo kuhlukanisweni kwe-magnetic, futhi ngeke kube nokukhuluka kwezinto ezisezantsi ku-tub ngenkathi kuqothwa umsila, ngakho ukukwazi kwayo kuyinkulu kakhulu.

Kunezinhlanganiso eziningi ze-silt ezungezile eziqondiswe emikhondweni emibili yefu, okuqinisekisa ukulula ukukhishwa kwezinto ezihlanganisiwe efunyenwe efwini.

Kulula ukuyifaka ngesikhala esincane sezindawo kanye nokuyisebenzisa okulula

Inesikhathi sokukhuluka okukhulu kwesikhungo se-magnetic. Ukuqina kwesikhungo se-magnetic esingaphandle singafinyelela ku-1T, futhi isikhungo se-magnetic esenziwe singafinyelela ku-2T emhlabathini wesikhungo se-magnetic.

Qala isithombe se-excitation sesikhululo somkhiqizo we-energy, esingabuyisela ngaphezu kwa-40% yempahla ekuthuthukisweni kwesikhululo uma kuqhathaniswa nezinto ezifanayo.

Iwaya ehlanganisiwe yesikhululo se-excitation iphindwe kusukela kwesigaba se-B kuye kwesigaba se-H.

Sebenzisa i-transformer yomkhuseleko, ngakho-ke amandla esikhululo sokugcina kuya emhlabathini angakhi isikhala, futhi siyenze iphephile kakhulu futhi ithembekile lapho kwenziwa khona umsebenzi.

Imiqulaze yamanzi okukhanyayo yenziwe ngensimbi engavikela ukusola, enezimpawu zokumelana nokuwohloka okukhulu. Indlela yokudlulisa okuqondiswe yi-design inendawo enkulu futhi ihamba umzila omfishane, ngakho imishini ayinandaba nokuvuthwa noma ukuvalwa.

Isikhathi sokuphila sesilingo somkhiqizo siyadlula eminyakeni emihlanu.

Kusetshenziswa isimiso sokulinganisa i-3D simulation yomhlaba olukhulu lwe-magnetic field esikhungweni se-industry, ngaleyo ndlela kuqediwe ukukhubaza kwemiphumela emikhulu yemiphumela evela kumkhiqizo oqediwe.

Ukusetshenziswa kokulawulwa okuncane kwamanani kanye nezingxenye zelekhtroniki zizonke ezilungile, okuyinto ekusiza ukuthenga amabhuku kanye nokukhubazeka okuncane.

Isilingo somoya nokuqhuma kutholwa ngokuguqulwa kwesilingo, okuyenza kube lula futhi kulula. Ngakho-ke, kwenza kube lula ukufinyelela izibalo ezinhle zokwahlukanisa.

Izinketho eziningi ezinemiphumela ehlukahlukene ezinempahla yemaqhwa, okumele yenzelwe ukuba ithole isibalo esihle sokuhlukanisa futhi yenze ukuphila kwesikhathi eside kwempahla yemaqhwa.

Ukubuyiselwa okulinganiselwe kwamaqhwa kuyaphezulu ngama-1.5% kunamanye, kanti izimbi ezingemaqhwa ezinamasilika zilandelwa ngokulinganiselwe yi-30% kunamanye.