Incazelo:
Isilinganisi sethayaisetshenziselwa ukukala ukungalingani kwe-rotor,isondo balancerokomshini wokulinganisa osekelwa kanzima, ukuqina kohlaka lwe-swing kukhulu kakhulu, ukungalingani kwe-rotor kulungiswa imiphumela yokulinganisa yomshini wokulinganisa oshukumisayo, ukuze kuncishiswe ukudlidliza, kuthuthukiswe ukusebenza futhi kuthuthukiswe ikhwalithi yomkhiqizo, ukudlidliza kwe-rotor noma ukudlidliza okusebenza ekuphatheni kungancishiswa kube ibanga elivumelekile.
Izici:
I-rotor engalingani idala ingcindezi esakhiweni sayo esisekelayo kanye naku-rotor ngokwayo ngesikhathi sokujikeleza kwayo, okuholela ekudlidlizeni. Ngakho-ke, ibhalansi eguquguqukayo ye-rotor iyadingeka kakhulu,isondo balanceriyirotha esesimweni sokuqhathanisa ibhalansi eguquguqukayo. Indima yebhalansi eguquguqukayo yile: 1, ukuthuthukisa ikhwalithi ye-rotor nezingxenye zayo, ukunciphisa umsindo; 2, nciphisa ukudlidliza. 3. Ukwandisa impilo yesevisi yezingxenye ezisekelayo (ama-bearings) . Yehlisa ukungaphatheki kahle komsebenzisi. Yehlisa ukusetshenziswa kwamandla.
Indlela yokudlulisa:
Imodi yokushayela ye-rotor eshayelwaisondo balancerkuhlanganisa ukushayela ngebhande elikhalayo, ukushayela ngokuxhumanisa kanye nokuzishayela wena. I-Loop drag iwukusetshenziswa kwebhande lenjoloba noma le-silk loop, nge-motor pulley donsa rotor, ngakho-ke i-loop drag rotor surface kufanele ibe ne-sylindrical surface ebushelelezi, inzuzo ye-loop drag ukuthi ayithinti ukungalingani kwe-rotor, futhi ukunemba kwebhalansi kuphezulu. I-Coupling drive iwukuba ukusetshenziswa kwamajoyinti e-universal kuzoba yi-shaft eyinhloko yeisondo balancerfuthi i-rotor ixhunyiwe. Izici ze-coupling drive zifanele i-rotor ngokubukeka okungavamile, ingadlulisela i-torque enkulu, ifanele i-drag fan kanye nezinye i-rotor enkulu yokumelana nomoya, ukungalungi kokudonsa okuhlangene ukuthi ukungalingani kokuhlanganisa ngokwayo kungathinta i-rotor (ngakho ukuhlanganisa kufanele kulinganiswe ngaphambi kokusetshenziswa) futhi wethule ukuphazamiseka okungathinta ibhalansi ye-disk. Yenzelwe ukwamukela izinhlobo ezahlukene zama-rotors. I-self-drive iwukusebenzisa ukuzungezisa kwamandla erotha ngokwayo. Ukuzishayela ngokwakho kuyindlela yokuhudula enethonya elincane ekunembeni kwebhalansi, futhi ukunemba kwebhalansi kungafinyelela phezulu kakhulu.
Isebenza kanjani:
I-Balancer umshini okala usayizi nendawo yokungalingani kwento ejikelezayo (irotha) . Lapho i-rotor izungeza i-axis yayo, amandla e-centrifugal akhiqizwa ngenxa yokusabalalisa kwesisindo esingalingani okuhlobene ne-eksisi. Lolu hlobo lwamandla e-centrifugal olungalingani lungabangela ukudlidliza, umsindo nokusheshisa ukuguga okuhambisana ne-rotor, okuzophazamisa kakhulu ukusebenza komkhiqizo nempilo. I-motor rotor, ithuluzi lokuphotha lomshini, i-fan impeller, i-steam turbine rotor, izingxenye zemoto nama-air-conditioning blades nezinye izingxenye ezijikelezayo enqubweni yokukhiqiza, zidinga ukulingana ukuze zisebenze kahle. Ukusatshalaliswa okukhulu kwe-rotor okuhlobene ne-axis kungathuthukiswa ngokulungisa ukungalingani kwe-rotor ngokusho kwedatha elinganiswa nge-balancer yesondo, ukudlidliza kwe-rotor noma amandla okudlidliza asebenza ekuthwaleni ancishiswa ebangeni elivumelekile lapho i-rotor ijikeleza. Ngakho-ke, ibhalansi yamasondo iwukunciphisa ukudlidliza, ukuthuthukisa ukusebenza nokuthuthukisa ikhwalithi yemishini edingekayo. Ngokuvamile, ibhalansi ye-rotor ihlanganisa izinyathelo ezimbili: ukulinganisa nokulungiswa kokungalingani. i-balancer yesondo isetshenziswa kakhulu ukukala ukungalingani. Ukusebenza okuyinhloko kwesilinganisi samathaya kuvezwa izinkomba ezimbili ezibanzi: ukufinyeleleka okuncane okusele kungalingani kanye nezinga lokunciphisa elingalingani. Okwakuqala ubuncane bokungalingani okusele okutholwe isilinganisi sesondo, okuyinkomba yokulinganisa amandla okulinganisa aphezulu kakhulu wesilinganisi samathaya, kanti lesi sakamuva siyisilinganiso sokungalingani okuncishisiwe ekungalinganini kokuqala ngemva kokulungiswa, kuyisilinganiso sokusebenza kahle kwebhalansi, ngokuvamile evezwa njengephesenti.
Isikhathi sokuthumela: Apr-06-2023
