Magnet NdFeB iyo SmCo xoog leh waxay dhalin karaan awood ay ku kaxeeyaan walxaha qaar iyada oo aan xidhiidh toos ah la samayn, sidaa awgeed codsiyo badan ayaa ka faa'iidaysta sifadan, sida caadiga ah sida isku xidhka magnetic ka dibna bambooyin birlab ah oo isku xidhan codsiyada aan shaabadu lahayn.Isku-xireyaasha darawallada magnetic waxay bixiyaan wareejin aan xiriir la lahayn oo wareeg ah.Isticmaalka isku-xidhyada birlabeedka ayaa baabi'in doona dareeraha ama gaaska ka qaybaha nidaamka.Intaa waxaa dheer, isku-xirayaasha birlabku sidoo kale waa dayactir bilaash ah, sidaas darteed waxay yareeyaan kharashyada.
Sidee magnets loogu qoondeeyay isku xirka bamka magnetic si ay u shaqeyso?
LammaanahaNdFeB or SmComagnets waxay ku xidhan yihiin laba siddo oo xooga saaraya labada dhinac ee qolofka haynta ee hoyga bamka.Giraanta dibadda waxa ay ku dheggan tahay matoorka matoorka;giraanta gudaha ee usheeda dhexe ee bamka.Giraan kastaa waxa uu ka kooban yahay tiro isku mid ah oo magnets is-bar-bar socda iyo kuwo iska soo horjeeda, oo lagu habeeyay baal kala duwan oo giraanti kasta ku wareegsan.Marka la wado qeybta isku xirka dibadda, qulqulka ayaa si magnetic ahaan loogu kala qaadaa qeybta isku xirka gudaha.Tan waxaa lagu samayn karaa hawada ama iyada oo loo marayo xannibaadda xakamaynta ee aan magnetka ahayn, taas oo u oggolaanaysa go'doomin buuxda ee magnets gudaha gudaha birlabyada dibadda.Ma jiraan qaybo xidhiidhiya oo ku jira matoorada magnetic Drive-ka kaas oo u oggolaanaya gudbinta qulqulka iyada oo loo marayo xagal iyo isbarbar-dhigga khaldan.
Waa maxay sababta NdFeB ama SmCo magnets dhul dhif ah loogu doortay isku xirka bamka magnetic?
Alaabta birlabeedka loo isticmaalo isku xidhka birlabeedka ayaa inta badan ah Neodymium iyo Samarium Cobalt magnets oo leh sababo soo socda:
1. NdFeB ama SmCo magnet waa nooc ka mid ah magnets joogto ah, kaas oo aad uga sahlan isticmaalka marka loo eego magnet-ka elektaroonigga ah ee u baahan koronto dibadeed.
2. NdFeB iyo magnets-ka SmCo waxay gaari karaan tamar aad uga sareysa marka loo eego magnets-ka caadiga ah.Neodymium sintered magnet wuxuu bixiyaa tamarta ugu sareysa ee shay kasta maanta.Cufnaanta tamarta sare waxay awood u siinaysaa miisaanka khafiifka ah ee walxaha magnetka si ay u gaarto waxtarka wanaagsan ee nidaamka bamka oo dhan oo leh cabbir is haysta.
3. Magnet Cobalt Dhulka Naadirka ah iyo Neo magnet waxay la shaqayn karaan xasilloonida heerkulka wanaagsan.Habka hawlgalka, marka heerkulka shaqadu uu sii kordho ama kulaylinta ay dhaliso eddy current, tamarta magnetic iyo ka dibna qulqulka ayaa yaraan doona hoos u dhigista heerkulka wanaagsan iyo heerkulka sare ee shaqada ee NdFeB iyo SmCo magnets sintered.Heerkulka sare ee gaarka ah ama dareeraha daxalka ah, magnet SmCo ayaa ah doorashada ugu fiican ee walxaha magnetka.
Waa maxay qaabka magnet-ka NdFeB ama SmCo ee loo isticmaalo isku xirka bamka magnetic?
Magnet-ka SmCo ama NdFeB ee sintered waxa lagu soo saari karaa qaab iyo cabbir balaadhan.Codsiga xirmooyinka bamka magnetic, inta badan qaababka magnetka ayaa ahxannibid, rootiama qaybta arc.
Soo-saareha ugu weyn ee isku-xidhka birlabeedka joogtada ah ama bambooyin-magnet ahaan isku-xidhan ee adduunka:
KSB, DST (Dauermagnet-SystemTechnik), SUNDYNE, IWAKI, HERMETIC-Pumpen, MAGNATEX
Waqtiga boostada: Jul-13-2021