A cikin aiwatar da Magnetic rabuwa na magnetite, saboda Magnetic agglomeration, yana da sauƙi don samar da "Magnetic inclusions" da "ba Magnetic inclusions", wanda tsanani shafi sa na concentrates.The cikakken atomatik electromagnetic wanke da mayar da hankali inji da kansa ɓullo da ta hanyar da kanta. Walt sabon ƙarni ne na kayan aikin magnetic filin rauni mai rauni.Yana la'akari da cikakken ƙarfin filayen kamar ƙarfin maganadisu, nauyi, buoyancy, ƙarfin centrifugal, da sauransu. Haɗe, ana daidaita sigogin aiki ta atomatik bisa ga kaddarorin ma'adinai, wanda zai iya rage abun ciki na ƙazanta yadda yakamata kamar silicon, phosphorus. , da sulfur a cikin Magnetic ores, da kuma samun high-sa magnetite concentrates da tsaka-tsakin samfurori irin su concentrates a cikin Magnetic rabuwa tsari, wanda ya cancanta a gaba.Ƙarshe na ƙarshe ya dace da aikin fa'ida na mai amfani da magnetite, wanda ya buɗe wata sabuwar hanya ga ƙarfin ƙarfe na ƙasata don aiwatar da dabarun "ingantawa da rage ƙazanta".
Ƙa'idar aiki
Ana ciyar da ma'adinin zuwa tsakiya da na sama na injin elatriation ta hanyar bututun ciyar da tama da kuma bututun ciyar da tama, kuma ruwan da aka kwashe ana wanke shi.Tsakanin nada biyu da kuma lokacin da aka kashe, tun da ƙarfin maganadisu na ƙasa ya yi rauni sosai, sai a yi masa shege da tarwatsewa ta hanyar babban gudu mai jujjuyawar ruwa zuwa sama, ta yadda gangue guda ɗaya, slime da slime conjoined organisms suka gauraya a ciki. , musamman matalauta masu haɗuwa da kwayoyin halitta.Ƙarƙashin bel ɗin da ke gudu yana sama, kuma ƙarƙashin aikin ɗan ƙaramin juyi mai jujjuyawar ruwa zuwa sama, yana tashi zuwa gefen ambaliya kuma ana fitar da shi ya zama wutsiya galibi ya ƙunshi gawawwakin da ke haɗuwa.
Ka'idar aiki na na'urar zaɓin panning electromagnetic
Ma'adinan maganadisu da ke cikin ma'adanin suna yin maganadisu ta hanyar filin maganadisu da ke haifar da naɗaɗɗen wutar lantarki, kuma abubuwan da ake samu na maganadisu na maganadisu sun zama magnetic dipoles, kuma yawancin magnetic dipoles suna jan hankalin juna don samar da sarƙoƙi na maganadisu.Lokacin da aka kashe nada, saurin gudu nan take. haɗin haɗin wutar lantarki yana tarwatsewa ta hanyar axial shearing ƙarƙashin aikin juyawa mai sauri da haɓakar ruwa. Ana maimaita tsarin da ke sama lokacin da aka kunna na'urar ta gaba kuma ta rage kuzari.Ana aiwatar da wannan tsari sau da yawa, ta yadda za'a iya zaɓar kayan magnetic sau da yawa a cikin injin elutriation don samun babban ƙarfin magnetite mai girma, kuma a lokaci guda, abun ciki na ƙazanta kamar SiO2 shima yana raguwa.
Tsarin sarrafawa na injin wanki
Injin elutriation yana ɗaukar iko mai ƙarfi guda biyu, wato, haɓakar ambaliya da haɓakar ƙasa shine maƙasudin sarrafawa. Valve.A cikin tsarin sarrafawa, ta hanyar saita ƙimar da aka yi niyya na maida hankali na ambaliya da raguwar kwararar ruwa, tsarin sarrafawa yana ɗaukar algorithm mai sarrafa hankali don sarrafa ƙarfin filin maganadisu da buɗe bawul ɗin ƙasa don kiyaye ƙimar manufa a cikin takamaiman kewayon aiki. .
Lokacin da adadin abincin tama ba shi da ƙarfi, tsarin sarrafawa zai daidaita bawul ɗin ƙasa ta atomatik bisa ga canjin ƙarancin ruwa a cikin na'ura mai haɓakawa, ta yadda matsakaicin magnetic a cikin injin elutriation ya kasance baya canzawa kuma yana kiyaye yanayin daidaitawa; Ruwan ruwa ba shi da kwanciyar hankali, tsarin sarrafawa yana daidaita ƙarfin filin maganadisu bisa ga canji na zubar da ruwa na na'urar wanke don tabbatar da kwanciyar hankali na ma'auni.
Ƙwararren lantarki ta atomatik da zaɓin na'ura yana ɗaukar hanyar sarrafa PID mai haɓakawa ta atomatik, wanda baya buƙatar aikin hannu kuma koyaushe yana aiki a cikin mafi kyawun yanayi.Ta amfani da fasahar Intanet na Abubuwa, ana watsa sigogin aiki zuwa dandamalin girgije mai nisa, da lantarki. an kafa fayiloli don kayan aiki don gudanar da tsarin rayuwa gabaɗaya; ƙwararrun masana'antar sarrafa ma'adinai na kamfaninmu na iya daidaita ma'aunin sarrafa ma'adinai na injin wanki ta hanyar dandamalin saka idanu mai nisa don inganta masu amfani.
Yanayin aikace-aikacen na'urar zaɓin panning electromagnetic
Lokacin aikawa: Maris 21-2022