I-Electric Pitch Slip Ring yesimo se-Offshore Ocean engu-12MW
Isiteshi sokudlulisa isignali:sebenzisa ukuxhumana kwebhulashi lesiliva, ukwethembeka okuqinile, akukho ukulahlekelwa kwesignali. Ingakwazi ukudlulisa amasignali optical fiber (FORJ) , CAN-BUS, Ethernet, Profibus, RS485 nezinye izimpawu zokuxhumana.
Isiteshi sokudlulisa amandla:ifaneleke yamanje ephezulu, isebenzisa i-copper alloy block brush contact, ukwethembeka okuqinile, impilo ende kanye nomthamo oqinile wokugcwala.
Isingeniso se-Cable Reel
Lendandatho kagesi yokushelela isiliphu iwumklamo okhethekile we-MINGYANG Smart energy 12MW yesikhulumi sezimo ze-Offshore Ocean, ubuchwepheshe obukhethekile ngeHydraulic, FORJ , Profi-Bus , ukuxhumana, yonke imiklamo ekhethekile yezimo zasolwandle, ukusebenza okuqinile nokuzinzile.
Izinketho ongakhetha kuzo ngezansi : sicela uxhumane nonjiniyela wethu ukuze uthole izinketho:
● Imali efika ku-500 A
● FORJ uxhumano
● I-CAN-BUS
● I-Ethernet
● I-Profi-bhasi
● RS485
Umdwebo womkhiqizo (ngokwesicelo sakho)
Ukucaciswa kobuchwepheshe bomkhiqizo
| Ipharamitha Mechanical | Ipharamitha kagesi | |||
| Into | Inani | ipharamitha | Inani lamandla | Inani lesiginali |
| Dizayina impilo yakho yonke | 150,000,000 umjikelezo | I-Voltage elinganiselwe | 0-400VAC/VDC | 0-24VAC/VDC |
| Ibanga Lejubane | 0-50 rpm | Ukumelana ne-insulation | ≥1000MΩ/1000VDC | ≥500MΩ/500 VDC |
| ITemp Esebenzayo. | -30℃~+80℃ | Ikhebula / Izintambo | Izinketho eziningi ongakhetha kuzo | Izinketho eziningi ongakhetha kuzo |
| Ibanga Lomswakama | 0-90%RH | Ubude bekhebula | Izinketho eziningi ongakhetha kuzo | Izinketho eziningi ongakhetha kuzo |
| Izinto Zokuthintana | Isiliva-ithusi | Amandla okushisa | 2500VAC@50Hz,60s | 500VAC@50Hz,60s |
| Izindlu | I-Aluminium | Inani lokushintsha kokumelana ne-Dynamic | ＜10mΩ | |
| IP Class | IP54 ~~IP67(Kungenziwa ngokwezifiso) | Iziteshi | 26 | |
| Ibanga le-Anti corrosion | C3/C4 | |||
Isimiso sokusebenza sesiliphu samandla omoya iringi
Umgomo wayo wokusebenza usekelwe ikakhulukazi ezicini eziqhubayo zothintana naye oslayidayo. Isiliphu samandla omoya indandatho ibona ukudluliswa kwamandla nolwazi ngokusungula uxhumano lwesignali phakathi kwerotha ne-stator. Ingxenye ye-rotor ngokuvamile ifakwe ku-shaft ejikelezayo ye-turbine yomoya futhi ixhunywe kumhlangano we-turbine yomoya ojikelezayo. Ingxenye ye-stator igxilile emgqonyeni wombhoshongo noma isisekelo se-turbine yomoya.
Kwindandatho yesiliphu, amandla nesiginali kudluliselwa phakathi kwerotor ne-stator ngokusebenzisa othintana nabo abaslayidayo. Oxhumana nabo abaslayidayo bangaba amabhulashi ekhabhoni ensimbi noma ezinye izinto ezisetshenziswayo, ngokuvamile ezifakwe ku-rotor. Ingxenye ye-stator iqukethe iringi yokuxhumana ehambisanayo noma othintana naye.
Lapho i-turbine yomoya ijikeleza, ingxenye ye-rotor izohlala ixhumene nengxenye ye-stator. Ngenxa yezici ze-conductive zothintana naye oslayidayo, isignali yamandla ingadluliswa isuka engxenyeni emile iye engxenyeni ejikelezayo, ukuze kubonwe ukudluliswa kwamandla kanye nokusebenzisana kwesiginali yokulawula.
Mayelana nokudluliswa kwamandla, indandatho yokushelela kwamandla omoya yenza umsebenzi wokudlulisa ugesi ophehlwa yinjini yomoya ezingxenyeni ezimile. Amandla kagesi adluliswa esuka ezingxenyeni ezikhiqizayo ze-turbine yomoya aye ezingxenyeni ze-stator ngokusebenzisa ama-slip-rings, bese eyiswa esiteshini esincane noma igridi ngezintambo.
Ngaphezu kokudluliswa kwamandla, izindandatho zokushelela kwamandla omoya nazo zidlala indima ekulawuleni ukudluliswa kwesignali. Ngeringi yokushelela, isignali yokulawula ingadluliswa isuka engxenyeni enganyakazi iye engxenyeni ejikelezayo ukuze ibone ukugadwa, ukulawula kanye nokulawulwa kwenjini yomoya. Lezi zimpawu zokulawula zingabandakanya isivinini somoya, isivinini, izinga lokushisa kanye neminye imingcele ukuze kulungiswe isimo sokusebenza se-wind turbine ngesikhathi.
