Isebenza njani i-servo drive
Okwangoku, i-Wortoal Servo Drives isebenzisa iprosesa yedijithali (i-DSP) njengeyona nto iphambili kulawulo, enokufumana i-algorithms enobunzima obunzima kwaye ikwazi ukufezekisa i-digicy, inethiwekhi kunye nobukrelekrele. Izixhobo zamandla ngokubanzi zammkela iSekekho ye-drive drive yemodyuli yombane (ipm) njengesixhobo. Qala isekethe ukuze unciphise ifuthe kumqhubi ngexesha lokuqalisa.
Icandelo lokuqhuba lamandla kuqala lilungisa amandla enqanaba lesithathu okanye amaxabiso aphambili kwisekethe i-Bridge ye-Bridge egcwele ibhulorho egcweleyo ukuze afumane amandla e-DC. Emva kombane wesigaba sesithathu esihlaziyiweyo okanye i-mains yombane, i-magnet yesilinganiselo senqanaba lesithathu iqhutywa yi-AC Worso motor iqhutywa yinguqulelo ye-flloud ye-voltage ye-voltage yohlobo lwe-voltage. Yonke inkqubo yecandelo lokuqhuba lamandla lingatsho nje ukuba yinkqubo ye-AC-DC-AC. Eyona nto iphambili kwiyunithi yokuhlengahlengiswa kweyunithi (i-AC-DC) yibhokisi yesekethe elipheleleyo leSigaba sokuSebenza.
Ngesicelo esikhulu se-servo, ukusetyenziswa kwe-servo drives, i-servo uqhuba ukulungisa ingxaki, kunye nolondolozo lwe-servo uqhuba yonke imiba yobugcisa ye-serso namhlanje. Ababoneleli beenkonzo zetekhnoloji yokulawula itekhnoloji baqhuba uphando olunzulu ngobuchule kwi-servo drives.
Iidrives ze-servo ziyinxalenye ebalulekileyo yolawulo lwentshukumo yanamhlanje kwaye zisetyenziswa ngokubanzi kwizixhobo zokuzenzekelayo ezinjengamaziko erobhothi kunye namaziko omatshini e-CNC. Ingakumbi i-servo drive esetyenziselwa ukulawula i-Ac Magnet isisigxina ye-AC TICHRANnous Imoto ye-hotspot yophando ekhaya nakwamanye amazwe. Okwangoku, isantya, kunye nendawo ezi-3 zokuLawulwa kwe-ALGOOP evaliweyo ngokusekwe kulawulo lwe-vector zihlala ziyilo oluyilo lwe-Ac Sons. Nokuba isantya esivaliweyo-yoyilo oluvaliweyo kule algorithm lisengqiqweni okanye lingadlala indima ephambili ekwenzeni yonke inkqubo yokulawulwa kweseshoni, ngakumbi intsebenzo yokulawula isantya.
Iimfuno zeNkqubo yeServO yokuqhuba:
1. Uluhlu lwesantya esibanzi
2. Ukuchaneka okuphezulu
I-3. I-Rigadity eyodwa yokuhambisa kunye nokuzinza okuphezulu.
4. Ukuze kuqinisekiswe ukuvelisa kunye nokulungisa umgangatho,Ukongeza efuna ukuchaneka kwezikhundla eziphezulu, iimpawu ezintle zempendulo ziyafuneka, oko kukuthi, impendulo yokulandelela imiqondiso yokulandela umkhondo kufuneka ukhawuleze, kuba inkqubo ye-CNC ifuna ukongeza kwaye isuswe i-brakting. Ukukhawulezisa kubaluleke ngokwaneleyo ukunciphisa inkqubo yenguqu yexesha lenkqubo yokondla kwaye unciphise impazamo yenguqu ye-contour.
5. Isantya esisezantsi kunye ne-torque ephezulu, umthamo ophezulu
Ngokubanzi, umqhubi we-servo unengxaki yokugcwala ngaphezulu kwe-1.5 kwimizuzu embalwa okanye kwisiqingatha seyure, kwaye unokugcwaliswa kakhulu ngamaxesha ama-4 ukuya kweli-6 ngexesha elifutshane ngaphandle komonakalo.
I-6. Ukuthembeka okuphezulu
Kuyadingeka ukuba inkqubo yokuqhuba ye-CNC yoomatshini we-CNC inokuthembeka okuphezulu, uzinzo oluhle lokusebenza, ukuguquguquka kwendalo esingqongileyo kumaqondo obushushu, umswakama, ubuchule obuqinileyo bokuphazamiseka.
Iimfuneko ze-servo drive yemoto yemoto:
I-1. Imoto inokuqhuba kakuhle ukusuka kwisantya esisezantsi kwesantya esiphezulu, kwaye ukugqobhoza itotari kufanele kube kuncinane, ngakumbi kwiziko eliphantsi elinjenge-0.1r / imiz / imiz / isezantsi, kusekho isantya esizinzileyo ngaphandle kokukhawuleza.
2. Imoto kufuneka inomgangatho omkhulu wokulayisha ixesha elide ukuze ifezekise iimfuno zesantya esisezantsi kunye ne-torque ephezulu. Ngokubanzi, i-DC se-servo Mars kufuneka igcwaliswe kakhulu amaxesha ama-4 ukuya kweli-6 kwimizuzu embalwa ngaphandle komonakalo.
3. Ukuze ufezekise iimfuno zempendulo ekhawulezileyo, inqwelo-mafutha kufuneka ibe nomzuzu omncinci we-intertia kunye netroti enkulu, kwaye incinci ixesha elincinci kwaye iqalise i-voltage kangangoko kunokwenzeka.
I-4. Imoto kufuneka ikwazi ukumelana rhoqo, ukuqhambuka kunye nokubuya umva.
IXESHA LOKUQALA: UJul-07-2023
