I-Assembly ye-Brush Holder ye-Wind generator esezingeni eliphezulu C274
Incazelo Yomkhiqizo
| Ubukhulu obujwayelekile besistimu yendandatho yokushelela | |||||||||
| Usayizi Oyinhloko I-MTS280280C274 | A | B | C | D | E | R | X1 | X2 | F |
| I-MTS280280C274 | 29 | 109 | 2-88 | 180 | Ø280 | 180 | 73.5° | 73.5° | Ø13 |
| Ukubuka konke kwezinye izici zesistimu yendandatho yokushelela | |||||
| Imininingwane yebhulashi eliyinhloko | Inani lamabhulashi ayinhloko | Ukucaciswa kwebhulashi lokumisa | Inani lamabhulashi okumisa phansi | Ukuhlelwa kokulandelana kwesigaba esiyindilinga | Ukuhlelwa kokulandelana kwesigaba se-Axial |
| 40x20x100 | 18 | 12.5*25*64 | 2 | ngokumelene newashi (K、L、M) | Kusukela kwesobunxele kuya kwesokudla (K、L、M) |
| Izinkomba zobuchwepheshe zemishini |
| Imininingwane Kagesi | ||
| Ipharamitha | Inani | Ipharamitha | Inani | |
| Ububanzi bokujikeleza | 1000-2050rpm | Amandla | 3.3MW | |
| Izinga lokushisa lokusebenza | -40℃~+125℃ | I-voltage elinganisiwe | 1200V | |
| Ikilasi lebhalansi eguquguqukayo | G1 | Isilinganiso samanje | Ingalinganiswa ngumsebenzisi | |
| Indawo yokusebenza | Isisekelo solwandle, ithafa, ithafa | Ukuhlolwa kwe-voltage | Ukuhlolwa okufika ku-10KV/1min | |
| Ibanga lokulwa nokugqwala | C3、C4 | Ukuxhumeka komugqa wesiginali | Ngokuvamile ivaliwe, uxhumano lochungechunge | |
Imidwebo Yemininingwane Yomhlangano
Iyini ibhulashi lekhabhoni?
Endandatho yokushelela yamandla aphezulu, ibhulashi lebhulashi, elaziwa nangokuthi ibhulashi lekhabhoni, liyinto ebaluleke kakhulu. Ukukhethwa kwezinto zebhulashi lekhabhoni kuthinta ngqo ukusebenza kwendandatho yokushelela yonke. Njengoba igama lisikisela, ibhulashi lekhabhoni kumele libe nekhabhoni eyisisekelo. Njengamanje, ibhulashi lekhabhoni emakethe yokwengeza izinto zekhabhoni, ngaphezu kwe-graphite, akukho okunye. Amabhulashi ekhabhoni asetshenziswa kakhulu yibhulashi lekhabhoni le-graphite lethusi kanye nebhulashi lekhabhoni le-graphite lesiliva. Amabhulashi ekhabhoni amaningana azochazwa ngokuningiliziwe ngezansi.
Ibhulashi le-graphite carbon
Ithusi liyi-conductor yensimbi evame kakhulu, kanti i-graphite iyi-conductor engeyona eyensimbi. Ngemva kokufaka i-graphite ensimbini, ibhulashi lekhabhoni elikhiqizwayo aligcini nje ngokuba ne-conductivity enhle kagesi, kodwa futhi linokumelana okuhle nokuguguleka kanye ne-graphite lubricity, kanye nezinto ezimbili ezingenhla ziyathengeka futhi kulula ukuzithola. Ngakho-ke, ibhulashi lekhabhoni le-copper-graphite liyi-conductor ye-carbon slip-ring esetshenziswa kakhulu emakethe. Ama-slip ring kaMorteng anamandla aphezulu kakhulu amabhulashi ekhabhoni e-copper-graphite. Ngakho-ke, lolu chungechunge lwe-slip ring yamandla aphezulu lunezinzuzo eziningi. Ngaphezu kwalokho, ingxenye yawo inezakhiwo ezihlala zilungiswa. Isikhathi senkonzo salolu hlobo lwe-slip ring singaba ngaphezu kweminyaka eyi-10.
Vele, ngaphezu kwebhulashi lekhabhoni lethusi - i-graphite, kunezinye ibhulashi lekhabhoni lensimbi eliyigugu, njenge-graphite yesiliva, i-graphite yesiliva - ithusi, ibhulashi lekhabhoni legolide nesiliva - ithusi njalo njalo. Lawa mabhulashi abiza kakhulu ngenxa yokwengezwa kwezinsimbi eziyigugu njengegolide nesiliva. Yiqiniso, ukusetshenziswa kwendandatho yokushelela yensimbi eyigugu yekhabhoni kuzothuthukiswa kakhulu. Ngakho-ke, kwezinye izinto ezisetshenziswayo ze-electromechanical ezisezingeni eliphezulu ezidinga ukudlulisa ugesi omkhulu, kuyadingeka futhi ukusebenzisa indandatho yokushelela yensimbi eyigugu yekhabhoni. Phela, isidingo salezi zindandatho zokushelela ezinogesi ophezulu sincane kakhulu.
Izindandatho zokushelela zamanje, kunebhulashi elibomvu lethusi noma lethusi elisheshayo elinamasongo okushelela amanje aphezulu. Izidingo ziphakeme kakhulu. Ngenxa yokwakheka okuhlukile kancane kwethusi nethusi, izakhiwo zazo zomzimba ezifana nokumelana nokuguguleka kanye nokushelela nazo zihlukile kancane. Ukuze kuthuthukiswe ukusebenza kokugcoba phakathi kwebhulashi nendandatho yethusi, umuntu angathuthukisa ukushelela kobuso okusheshayo kwendandatho yethusi nebhulashi, kanti ezimbili zingatholakala ngokufaka uwoyela wokugcoba njalo.
Umthelela wamabhulashi ekhabhoni ekusebenzeni kwama-slip rings anomoya ophezulu nawo unqunyelwe ekusebenzeni kukagesi kanye nempilo yesevisi. Ngokuhlaziywa okungenhla, singazi ukuthi ukusebenza kukagesi kwama-slip rings anomoya ophezulu kusetshenziswa amabhulashi ethusi-graphite, ethusi kanye nethusi. Ayalingana, futhi ukuqhutshwa kukagesi kwama-slip rings anomoya ophezulu kusetshenziswa amabhulashi esiliva-ethusi-ethusi kanye namabhulashi e-alloy egolide-esiliva-ethusi-ethusi-egraphite kuphakeme. Ngokuphathelene nomthelela empilweni yesevisi, inobuhlobo obukhulu ngokusebenza okuthile kwe-slip ring.
