Ukwelashwa kobuso be-granite kuthinta kanjani ukusebenza kwayo ekusetshenzisweni kwe-linear motor?

Ezisetshenzisweni zezimboni zanamuhla, ama-motor aqondile asetshenziswa kakhulu ezenzakalelayo, kumarobhothi kanye nasekuthuthweni ngenxa yokunemba kwawo okuphezulu kanye nezici zokusebenza kahle kakhulu. I-Granite, njengetshe lemvelo elinobunzima obukhulu, elingagugi futhi elilula ukulishintsha, isetshenziswa kabanzi nasekukhiqizweni kwemishini eqondile, ikakhulukazi ekusetshenzisweni kwama-motor aqondile adinga ukulawulwa okunembile okuphezulu. Kodwa-ke, ukwelashwa kwendawo ye-granite kunomthelela omkhulu ekusebenzeni kwayo ekusetshenzisweni kwama-motor aqondile.
Okokuqala, ake sixoxe ngokwelashwa kobuso be-granite. Izindlela ezivamile zokwelapha i-granite zifaka phakathi ukupholisha, umlilo, ukuqhuma kwesihlabathi, izimpawu zokusika ummese wamanzi, njll. Ngayinye yalezi zindlela zokwelapha inezici zayo futhi ingadala ukuthungwa okuhlukile kanye nokuthungwa ebusweni be-granite. Kodwa-ke, mayelana nokusetshenziswa kwe-linear motor, sikhathazeke kakhulu ngomthelela wokwelashwa kobuso ezimpahleni zomzimba ze-granite, njengokuqina kobuso, i-friction coefficient njalo njalo.
Ekusetshenzisweni kwe-linear motor, i-granite ivame ukusetshenziswa njengesekelo noma into yokuqondisa izingxenye ezihambayo. Ngakho-ke, ubulukhuni bayo bomphezulu kanye ne-friction coefficient kunomthelela oqondile ekunembileni kokunyakaza kanye nokuzinza kwe-linear motor. Ngokuvamile, uma ubulukhuni bomphezulu buncane, i-friction coefficient iphansi, kulapho ukunemba kokunyakaza kanye nokuzinza kwe-linear motor kuphakeme.
Ukwelashwa ngokupholisha kuyindlela yokwelapha enganciphisa kakhulu ubulukhuni bomphezulu kanye ne-friction coefficient ye-granite. Ngokugaya nokupholisha, umphezulu we-granite ungaba bushelelezi kakhulu, ngaleyo ndlela kuncishiswe ukumelana kokupholisha phakathi kwezingxenye ezihambayo ze-linear motor. Lokhu kwelashwa kubaluleke kakhulu ekusetshenzisweni kwe-linear motor okudinga ukulawulwa okunembile okuphezulu, njengokukhiqiza i-semiconductor, izinsimbi zokukhanya kanye neminye imikhakha.
Kodwa-ke, kwezinye izimo ezikhethekile zokusetshenziswa, singase sifune ukuthi ubuso begranite bube nobulukhuni obuthile ukuze kwandiswe ukungqubuzana phakathi kwezingxenye ezihambayo zenjini eqondile. Ngalesi sikhathi, umlilo, ukuqhuma kwesihlabathi kanye nezinye izindlela zokwelapha kungaba usizo. Lokhu kwelashwa kungakha ukuthungwa okuthile kanye nokuthungwa ebusweni begranite futhi kwandise ukungqubuzana phakathi kwezingxenye ezihambayo, ngaleyo ndlela kuthuthukiswe ukuzinza nokuthembeka kwenjini eqondile.
Ngaphezu kobulukhuni bomphezulu kanye ne-friction coefficient, i-thermal expansion coefficient ye-granite nayo iyisici esibalulekile esithinta ukusebenza kwayo ekusetshenzisweni kwe-linear motor. Ngenxa yokuthi i-linear motor izokhiqiza inani elithile lokushisa ngesikhathi senqubo yokusebenza, uma i-thermal expansion coefficient ye-granite inkulu kakhulu, izoholela ekuguqukeni okukhulu lapho izinga lokushisa lishintsha, bese ithinta ukunemba kokunyakaza kanye nokuqina kwe-linear motor. Ngakho-ke, lapho sikhetha izinto ze-granite, sidinga futhi ukucabangela usayizi we-thermal expansion coefficient yayo.
Ngamafuphi, ukwelashwa komhlaba kwe-granite kunomthelela omkhulu ekusebenzeni kwayo ekusetshenzisweni kwe-linear motor. Lapho sikhetha izinto ze-granite, sidinga ukukhetha ukwelashwa okufanele ngokuya ngezimo ezithile zokusetshenziswa kanye nezidingo ukuqinisekisa ukusebenza okunembile nokusebenza kahle kwe-linear motor.