Ngingakwazi ukusebenzisa amabhulashi ekhabhoni ama-ac motors kuma-dc motors?

Ibhulashi lekhabhoni lemoto ye-DCIngxenye ebalulekile esetshenziswa kumadivayisi ahlukahlukene kagesi, ikakhulukazi kuma-DC Motors. Kusebenza njengomqhubi kagesi osebenza ngokushelela umqhudelwano noma ukushelela indandatho ukuze ukhiqize i-gesi kagesi emakhokhweni wemoto. Kuyingxenye ebalulekile yemoto ye-DC futhi kungathinta ukusebenza kwemoto. Nasi isithombe esibonisa ibhulashi lekhabhoni lemoto ye-DC:

1. Uyini umsebenzi webhulashi lekhabhoni lemoto ye-DC?

Lapho i-carbon brobus inama-commetator noma indandatho yemoto ye-DC, ivumela ukuthi ugesi wamanje ukugeleza kusuka kumthombo wamandla kwingxenye yokujikeleza yemoto, okungukuthi i-rotor. Ngamanye amagama, i-brush yekhabhoni isetshenziselwa ukudlulisa amandla kagesi avela engxenyeni yesiteshi yemoto engxenyeni ejikelezayo.

2. I-Carbon Brushi inomthelela kanjani ukusebenza kwemoto ye-DC?

Ukusebenza kwemoto ye-DC kungathintwa yikhwalithi yebhulashi lekhabhoni. Amabhulashi e-carbon asezingeni elifanele kufanele abe nokuvuka okuphezulu kagesi nokushisayo, ukwehla okuphansi kokwehla, okuhlanganisiwe okuphansi okuhlanganisiwe, kanye nezakhiwo ezinhle kakhulu. Ngakho-ke, kubalulekile ukukhetha amabhulashi ekhabhoni yekhwalithi enhle ukuqinisekisa ukusebenza kahle kwemoto ye-DC.

3. Kwenzekani uma ibhulashi lekhabhoni liyaphuma?

Ibhulashi lekhabhoni ligqoke futhi lidabula isikhathi ngokuhamba kwesikhathi, futhi lidinga ukushintshwa ngezikhathi ezithile. Ibhulashi lekhabhoni eligugile lingadala ukulimala okukhulu kwemoto ye-DC futhi lithinte ukusebenza kwalo. Kungadala futhi izinhlansi, umsindo, kanye nokudlidliza, okungaholela ekungalungisweni okunzima kwemoto.

4. Ungayifaka kanjani esikhundleni ibhulashi lekhabhoni?

Ukushintsha i-Carbon Brush kuncike ohlotsheni lwe-DC motor ekusetshenzisweni. Kodwa-ke, inqubo ejwayelekile yokubuyisela i-Carbon Brush imi ngalendlela elandelayo:

1. Nqamula ukunikezwa kwamandla bese ususa isembozo semoto ye-DC.
2. Susa izikulufa zebhokisi le-Brush, usebenzisa amathuluzi afanele, bese uvimba ibhokisi lebhulashi kusuka emotweni.
3. Khipha ibhulashi elidala lekhabhoni kusuka kumgcini webhulashi, bese uyifaka esikhundleni esisha.
4. Qinisekisa ukuthi ibhulashi elisha lekhabhoni liqondaniswe kahle nomdlalo noma indandatho yokushelela.
5. Hlanganisa kabusha ibhokisi lebhulashi, ikhava, bese uqinisa izikulufa.
6. Hlola imoto ye-DC ukuze usebenze kahle ngaphambi kokuphinda uxhumane nokuthola amandla.

Sengiphetha, ibhulashi lekhabhoni lemoto ye-DC libamba iqhaza elibalulekile ekusebenzeni kwezimoto. Idlulisela amandla kagesi avela engxenyeni emile yemoto engxenyeni ejikelezayo futhi ivumela imoto ukuba isebenze kahle. Usebenzisa amabhulashi e-carbon amahle, uwasebenzise ngezikhathi ezithile, futhi uqinisekise ukufakwa okufanele nokuqondanisa kahle kungathuthukisa isikhathi sokuphila kanye nokusebenza kwe-DC motor. Uma ufuna amabhulashi e-carbon ephezulu yemoto yakho ye-DC imoto yakho, thintana ne-niishu haishuna International Co, Ltd. Sihlinzeka ngezindlela eziningi zemoto, kufaka phakathi izixazululo zekhabhoni, futhi sizibophezele ekuhlinzekeni izidingo zamakhasimende. Xhumana nathi ku-Ukumaketha4@nide-group.comUkuze ufunde kabanzi.

Amaphepha okucwaninga kwesayensi kumabhulashi e-carbon ama-dc motors:

1. UJ. J. Shea noR. F. Robinette (1950) "Umphumela we-Commutator Rughness Forkness on Carbon Brush Wear", I-Journal of Apple Physics, 21 (8).

2. X. GAO, S. LI, Z. Wang, noZ. Liu (2019) "Design and 2019)" Design and 2019) "Design and 2019)" Design and 2019) "Design and 2019)" Design and 2019) "Design and 2019)" Design and 2019) "Design and 2019)" Design and 2019) "I-Journal of Physics: I-Journal of Physics: 1208 (1).

3. F. Munir noM. F. Warsi (2012) "Model of Carbon and Slip Ring Thinta Ukusebenza okuphelele kukagesi kwe-DC Motors", ukuqhubeka kwengqungquthela yamazwe aphesheya kwezimboni, i-Istanbul, eTurkey.

4. C. Yang, G. Yang, no-Y. Huang (2014) "Ukugqoka Imodeli kanye nokuqashelwa kwemodeli yamabhulashi e-Copper-Graphite asetshenziswa kumabhulashi we-DC Motors", 57 (1).

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6. A. Nazir no-S. Famono (2018) "Ukutholwa kwemigoqo ye-rotor ephukile kwimoto ye-DC usebenzisa ukuhlaziywa komsindo we-carbon bronur", i-66 (1).

7. U-W. Xu, D. Lu, X. Zhang, no-G. Zhang (2020) "Izifundo ze-Copper-Graphical Electrical Thinta angezelu izithasiselo zemoto ye-DC yemoto", izinto zokwakha, 13 (19).

8. G. Y. Yeap noP. Leech (2016) "Ukusebenziseka kwengcindezi yebhulashi yekhabhoni yokunciphisa ukugqokwa komdlalo nge-argorithm ye-DC usebenzisa i-algorithm ye-DC usebenzisa ucwaningo lwezinhlelo zokusebenza, iHoboken, NJ, e-USA.

9. F. Munir noM. F. Warsi (2012) "Model of Carbon and Slip Thinta Ukuxhumana ngogesi okulungele ukusebenza kagesi kwama-DC Motors", ukuqhubeka kwengqungquthela yamazwe aphesheya kwezimboni, i-Istanbul, eTurkey.

10. H. LIU, J. YE, futhi L. LIU (2019) "Ucwaningo mayelana nokusebenza kwe-Tribology nge-motor ye-DC", ukuqhubeka kwengqungquthela yamazwe aphesheya ye-2019 ngobunjiniyela bemishini, amarobhothi, i-China.