Isihlukanisi se-Electromagnetic samandla omile esizenzakalelayo se-DCFJ

Isihlukanisi se-DCFJ Esizenzakalelayo Ngokugcwele Samandla Omile Esihlukanisayo Isithombe Esifakiwe

Incazelo emfushane:

Umkhiqizo: Huate

Umsuka womkhiqizo: China

Izigaba: Ama-electromagnet

Ukusetshenziswa: Ukususwa kwama-oxide anamandla kamagnetic, ukugqwala kwensimbi, kanye nokunye ukungcola okuvela ezintweni ezinhle ezintweni eziphikisayo, izinto zobumba, ingilazi, amaminerali angewona awensimbi, izimboni zezokwelapha, zamakhemikhali kanye nezokudla.

1. Umklamo wesekethe kamazibuthe othuthukisiwe olingiswa yikhompyutha onokusatshalaliswa kwensimu kamazibuthe okulungiselelwe kanye namandla aphezulu (0.6T).
2. Amakhoyili okuvusa avaliwe ngokuphelele, avikela umswakama, avikela uthuli, futhi avikela ukugqwala anokupholisa okusebenzayo kwamanzi kawoyela ukuze asebenze kahle ezindaweni ezinzima.
3. Ukuzenzakalela okuphezulu okunohlelo lokulawula oluhlelekile kanye nesixhumi esithuthukisiwe somuntu nomshini ukuze kusebenze kahle futhi kunembile.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Isicelo

Le mishini isetshenziselwa ukususa ama-oxide anamandla kakhulu, ukugqwala kwensimbi okuqhekekile kanye nokunye ukungcola ezintweni ezinhle. Isebenza kabanzi ekuhlanzweni kwezinto ezingafuneki, izinto zobumba, ingilazi kanyeezinye izimboni zezimbiwa ezingezona ezensimbi, ezokwelapha, zamakhemikhali, zokudla kanye nezinye izimboni.

Amapharamitha Obuchwepheshe Ayinhloko

◆ Isekethe yamagnetic isebenzisa umklamo wokulingisa ikhompyutha ngokusatshalaliswa kwensimu yamagnetic ngokwesayensi nangokunengqondo.
◆ Zombili iziphetho zamakhoyili zigoqwe ngensimbi ukuze kukhushulwe izinga lokusebenzisa amandla kazibuthe futhi kwandiswe amandla kazibuthe endaweni yokuhlukanisa ngaphezu kuka-8%, futhi amandla kazibuthe angemuva angafinyelela ku-0.6T.
◆ Igobolondo lama-coil okuvusa inkanuko lisesimeni esivalwe ngokuphelele, lingenamswakama, alinawo uthuli futhi alikwazi ukugqwala, futhi lingasebenza ezindaweni ezinzima.
◆ Ukusebenzisa indlela yokupholisa inhlanganisela yamanzi kawoyela. Ama-coil okuvusa ashesha kakhulu ukushisa, akhuphuka ngezinga lokushisa eliphansi kanye nokunciphisa okuncane kokushisa kwensimu yamagnetic.
◆ Ukwamukela i-matrix yamagnetic eyenziwe ngezinto ezikhethekile futhi ezakhiweni ezahlukene, ene-gradient enkulu yamagnetic field kanye nomphumela omuhle wokususa insimbi.
◆ Indlela yokudlidliza iyasetshenziswa ezinqubweni zokususa nokukhipha insimbi ukuze kuvinjelwe ukuvaleka kwezinto.
◆ Isithiyo sezinto sibekwe ebhokisini lokuhlukanisa izinto ukuze kuxazululwe ukuvuza kwezinto ezizungeze ipuleti eligoqekayo ukuze kususwe insimbi ecacile.

◆ Igobolondo lekhabhinethi yokulawula lenziwe ngepuleti lensimbi lekhwalithi ephezulu kanye nesakhiwo somnyango ongqimba oluphindwe kabili. Ayingeni uthuli futhi ayingeni manzi enesilinganiso se-IP54.

◆ Uhlelo lokulawula lusebenzisa isilawuli esingahlelwa njengesakhi sokulawula esiyinhloko ukulawula indlela ngayinye eqhubayo ukuze isebenze ngokuhambisana nomjikelezo wokugeleza kwenqubo onezinga eliphezulu lokuzenzakalela.

◆ Uhlelo lokulawula luhlonyiswe ngobuchwepheshe obuthuthukisiwe bokuxhumana phakathi komuntu nomshini, obungaba ne-ukuxhumana okusheshayo kwesikhathi sangempela nabalawuli abahlelekayo ngebhasi le-Host Link noma ikhebula lenethiwekhi.

◆ Imininingwane esendaweni iqoqwa yizinzwa kanye nama-transmitter. Ngokusho kwamapharamitha enqubo yokuzuza anikezwe ngumsebenzisi, i-PID control theory ethuthukisiwe (i-constant current) isetshenziswa ukuze kufezwe ngokushesha amandla ensimu yokuvuselela alinganisiwe ohlelweni lokulawula kokubili ezimweni ezishisayo nezibandayo zemishini. Ixazulula ukushiyeka kwemishini yangaphambilini ngesikhathi sokusebenza okushisa, njengokwehla kwamandla ensimu yamagnetic kanye nesivinini sokukhuphuka kokuvuselela okuhamba kancane njll.

Amapharamitha Obuchwepheshe

Ipharamitha/Imodeli	I-DCFJ-150	I-DCFJ-300	I-DCFJ-450	I-DCFJ-600	I-DCFJ-800	I-DCFJ-1000
Insimu kazibuthe yangemuva (T)	0.4/0.6
Ububanzi begumbi lokusebenza (mm)	φ150	φ300	φ450	φ600	φ800	φ1000
Ukuzijabulisa yamanje (i-ADC)	≤90	≤100	≤130	≤160	≤160	≤335
Ukuzijabulisa amandla (kW)	≤25	≤35	≤48	≤58	≤70	≤120
Amandla enjini (kW)	0.09×2	0.75×2	1.1×2	1.5×2	2.2×2	2.2×2
Isisindo (kg)	≈4200	≈6500	≈9200	≈12500	≈16500	≈21000
Umthamo wokucubungula (t/h)	0.2-0.5	1-2	2-4	4-6	6-8	8-10