I-DCFJ Ngokupheleleyo i-Automatic Dry Power Electromagnetic Separator
Isicelo
Esi sixhobo sisetyenziselwa ukususa i-oxides enemagnethi ebuthathaka, irusi i-crumb iron kunye nezinye izinto ezingcolisekileyo ezivela kwizinto ezintle.amanye amashishini ezimbiwa ezingezizo ezentsimbi, ezonyango, amachiza, okutya kunye namanye amashishini.
IiParameters eziphambili zobuGcisa
◆ Umjikelo wemagnethi wamkela uyilo lokulinganisa lwekhompyuter kunye nokusasazwa kommandla wesayensi kunye nemagnethi.
◆ Zombini iziphelo zeekhoyili zisongelwe ngesikrweqe sentsimbi ukunyusa izinga lokusebenzisa amandla omagnetic kunye nokwandisa ukuqina kwemagnethi kwindawo yokwahlula ngaphezu kwe-8%, kunye nemvelaphi yemagnethi yamandla inokufikelela ku-0.6T.
◆ Igobolondo leekhoyili zokuvuselela zikwisakhiwo esitywinwe ngokupheleleyo, ukufuma, uthuli kunye nobungqina bokuhlwa, kwaye inokusebenza kwiimeko ezinzima.
◆ Ukwamkela indlela yokupholisa okudityanisiweyo kwe-oyile-amanzi. Iikhoyili ezivuselelayo zinesantya esikhawulezayo sokukhupha ubushushu, ukunyuka kobushushu obuphantsi kunye nokunciphisa okuncinci kwe-thermal kwimagnethi.
◆ Ukwamkela i-matrix yamagnetic eyenziwe ngezinto ezikhethekileyo kunye nezakhiwo ezahlukeneyo, kunye ne-gradient enkulu yemagnethi kunye nesiphumo esihle sokususa intsimbi.
◆ Indlela ye-Vibration yamkelwa kwiinkqubo zokususa isinyithi kunye nokukhupha ukuthintela ukuvinjelwa kwezinto.
◆ Isithintelo se-Material sisekwe kwibhokisi yolwahlulo lwemathiriyeli ukusombulula ukuvuza kwezinto ezijikeleze i-flap plate ukuze kususwe intsimbi ecacileyo.
◆ Igobolondo yekhabhinethi yokulawula yenziwe ngeplate yensimbi ephezulu kunye nesakhiwo socango oluphindwe kabini. Iyakwazi ukumelana nothuli kunye nobungqina bamanzi kunye nomlinganiselo we-IP54.
◆ Inkqubo yokulawula ithatha isilawuli esicwangcisiweyo njengenxalenye yolawulo oluphambili ukulawula indlela yokusebenza nganye ukuze iqhube ngokuhambelana nomjikelo wenkqubo kunye nenqanaba eliphezulu lokuzenzekelayo.
◆ Inkqubo yolawulo ixhotyiswe ngeteknoloji yojongano oluphezulu lwabantu, enokuthi ibe nayoisantya esiphezulu unxibelelwano ngexesha lokwenyani kunye nabalawuli programmable ngokusebenzisa Host Link ibhasi okanye networking cable.
◆ Iidatha ze-site ziqokelelwa ngababonisi kunye nabadlulisi.Ngokutsho kwiiparameters zenkqubo ye-beneficiation enikezelwa ngumsebenzisi, i-PID yokulawula i-theory (i-current current) isetyenziselwa ukufezekisa ngokukhawuleza amandla e-excitation field of the control system in both hot and iindawo ezibandayo zezixhobo.Isombulula ukusilela kwezixhobo zangaphambili ngexesha lokusebenza okushushu, njengokuhla kwamandla ombane kunye nesantya esicothayo sokunyuka kwe-excitation njl.
Iiparamitha zobuGcisa
IParamete/Imodeli | DCFJ-150 | DCFJ-300 | DCFJ-450 | DCFJ-600 | DCFJ-800 | DCFJ-1000 |
Indawo yangasemva yemagnethi (T) | 0.4/0.6 | |||||
Ububanzi begumbi lokusebenza (mm) | φ150 | φ300 | φ450 | φ600 | φ800 | φ1000 |
Uchulumanco | ≤90 | ≤100 | ≤130 | ≤160 | ≤160 | ≤335 |
Uchulumanco | ≤25 | ≤35 | ≤48 | ≤58 | ≤70 | ≤120 |
Amandla emoto | 0.09×2 | 0.75×2 | 1.1×2 | 1.5×2 | 2.2×2 | 2.2×2 |
Ubunzima(kg) | ≈4200 | ≈6500 | ≈9200 | ≈12500 | ≈16500 | ≈21000 |
Umthamo wokuqhuba (t/h) | 0.2-0.5 | 1-2 | 2-4 | 4-6 | 6-8 | 8-10 |