?url_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.title=SIMULASI+PENGENDALIAN+MOTOR+INDUKSI+MENGGUNAKAN%0D%0AMETODE+FIELD+ORIENTED+CONTROL&rft.creator=AQILATUR+ROHMAH%2C+1415031021&rft.subject=620+Ilmu+teknik+dan+ilmu+yang+berkaitan&rft.description=Motor+Induksi+adalah+suatu+motor+yang+dicatu+oleh+arus+bolak-balik+pada+statornya%0D%0Asecara+langsung+dan+pada+rotornya+terdapat+arus+karena+induksi+dari+stator.+Teknik%0D%0Apengontrolan+motor+induksi+dapat+dilakukan+dengan+metode+Field+Oriented+Control%0D%0A(FOC).+Pengendalian+kecepatan+dengan+Field+Oriented+Control+(FOC)+merupakan%0D%0Asuatu+metode+pengaturan+medan+pada+motor+AC%2C+di+mana+dari+sistem+coupled+diubah%0D%0Amenjadi+sistem+decoupled.+Pengendalian+Motor+Induksi+dengan+metode+Field+Oriented%0D%0AControl+didasarkan+pada+pengendalian+besaran+medan+dan+sudut+fasa+arus+dan%0D%0Ategangan.+Pemodelan+motor+induksi+dengan+metode+FOC+untuk+mengatur+kecepatan%0D%0Amotor+dilakukan+menggunakan+Simulink+Matlab.+Spesifikasi+awal+untuk+motor+induksi%0D%0Ayaitu+daya+10+Hp%2C+faktor+daya+0.85+pf%2C+Frekuensi+50Hz%2C+Vrated+220V%2C+dan+dengan%0D%0Avariasi+jumlah+kutub+motor+4%2C+6%2C+dan+8+kutub.+Hasil+pemodelan+motor+induksi+yang%0D%0Adiamati+yaitu+arus+starting%2C+daya+motor+(Watt)+dan+Torsi+motor.+Arus+starting+motor%0D%0Ayang+dibutuhkan+untuk+memutar+torsi+motor+dengan+spesifikasi+tersebut+yaitu+sebesar%0D%0A277.33A+dengan+kecepatan+motor+maksimum+yang+dihasilkan+paling+tinggi+dengan%0D%0Adesain+4+kutub+yaitu+157+Rad%2Fsec.+Daya+motor+yang+dibutuhkan+sebesar+35.5+Kw+untuk%0D%0Amotor+induksi+tersebut.+Torsi+tertinggi+yang+mampu+dicapai+yaitu+537.25+Nm+dengan%0D%0Adesain+motor+8+kutub+namun+kecepatan+yang+dapat+dicapai+motor+paling+rendah+yaitu%0D%0A64.4+Rad%2Fsec.+Hal+ini+menunjukkan+bahwa+hubungan+antara+torsi+dan+kecepatan+motor%0D%0Aberbanding+terbalik.%0D%0A%0D%0AKata+kunci+%E2%80%94+Motor+Induksi%2C+Field+Oriented+Control%2C+Pengendalian+kecepatan%0D%0Amotor%0D%0AInduction+motor+is+a+motor+which+is+shown+by+alternating+current+in+the+stator%0D%0Adirectly+and+in+the+rotor+there+is+current+due+to+induction+from+the+stator.+The%0D%0Ainduction+motor+control+technique+can+be+done+using+the+Field+Oriented+Control%0D%0A(FOC)+method.+Speed+control+with+Field+Oriented+Control+(FOC)+is+a+method+of%0D%0Aregulating+the+field+on+an+AC+motor%2C+where+the+system+is+combined+into+a+decoupled%0D%0Asystem.+Induction+Motor+Control+with+Field+Oriented+Control+method+is+based+on%0D%0Acontrolling+the+field+magnitude+and+phase+angle+of+current+and+voltage.+Induction%0D%0Amotor+modeling+with+the+FOC+method+to+regulate+motor+speed+is+carried+out+using%0D%0ASimulink+Matlab.+The+initial+specifications+for+the+induction+motor+are+10+HP%0D%0Apower%2C+0.85+pf+power+factor%2C+50Hz+frequency%2C+Vrated+220V%2C+and+with+variations+in%0D%0Athe+number+of+motor+poles+4%2C+6%2C+and+8+poles.+The+observed+induction+motor%0D%0Amodeling+results+are+starting+current%2C+motor+power+(Watts)+and+motor+torque.+The%0D%0Amotor+starting+current+required+to+rotate+the+motor+torque+with+these+specifications%0D%0Ais+277.33A+with+the+highest+maximum+motor+speed+produced+with+a+4-pole+design%2C%0D%0Awhich+is+157+Rad%2Fsec.+The+required+motor+power+is+35.5+Kw+for+the+induction%0D%0Amotor.+The+highest+torque+that+can+be+achieved+is+537.25+Nm+with+an+8-pole+motor%0D%0Adesign+but+the+lowest+speed+that+can+be+achieved+by+the+motor+is+64.4+Rad%2Fsec.+This%0D%0Ashows+that+the+relationship+between+torque+and+motor+speed+is+inverse.%0D%0A%0D%0AKata+kunci+%E2%80%94+Induction+motor%2C+Field+Oriented+Control%2C+Control+of+motor+speed&rft.publisher=FAKULTAS+TEKNIK&rft.date=2021&rft.type=Skripsi&rft.type=NonPeerReviewed&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F60560%2F1%2FABSTRAK%2520-%2520Aqila%2520Huri.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F60560%2F2%2FSIMULASI%2520PENGENDALIAN%2520MOTOR%2520INDUKSI%2520MENGGUNAKAN%2520METODE%2520FIELD%2520ORIENTED%2520CONTROL%2520-%2520Aqila%2520Huri.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F60560%2F3%2FSIMULASI%2520PENGENDALIAN%2520MOTOR%2520INDUKSI%2520MENGGUNAKAN%2520METODE%2520FIELD%2520ORIENTED%2520CONTROL%2520%255BTanpa%2520Pembahasan%255D%2520-%2520Aqila%2520Huri.pdf&rft.identifier=++AQILATUR+ROHMAH%2C+1415031021++(2021)+SIMULASI+PENGENDALIAN+MOTOR+INDUKSI+MENGGUNAKAN+METODE+FIELD+ORIENTED+CONTROL.++FAKULTAS+TEKNIK%2C+UNIVERSITAS+LAMPUNG.+++++&rft.relation=http%3A%2F%2Fdigilib.unila.ac.id%2F60560%2F