Isilingi soMbane soMbane weSiliphu semeko yoLwandle lwaseLwandle i-12MW
Ijelo losasazo loMqondiso:sebenzisa uqhagamshelwano lwebrashi yesilivere, ukuthembeka okuqinileyo, akukho kulahleka komqondiso. Iyakwazi ukuthumela izibonakaliso zefiber optical (FORJ) , CAN-BUS, Ethernet, Profibus, RS485 kunye nezinye iimpawu zonxibelelwano.
Umjelo wothumelo lwamandla:ilungele umsinga ophezulu, usebenzisa i-copper alloy block brush contact, ukuthembeka okuqinileyo, ubomi obude kunye nomthamo oqinileyo wokulayisha.
Intshayelelo yeCable Reel
Le ntsimbi yombane isiliphu isilingi uyilo olukhethekileyo MINGYANG Smart amandla 12MW iqonga iimeko Offshore Ocean, technic ekhethekileyo kunye Hydraulic, FORJ , Profi-Bus , uqhagamshelwano, yonke uyilo olukhethekileyo iimeko yolwandle offshore, ukusebenza eyomeleleyo kwaye uzinzile.
Ukhetho olunokwenzeka lokukhetha ngolu hlobo lungezantsi: nceda uqhagamshelane nenjineli yethu malunga nokhetho:
● Imali ukuya kuthi ga kwi-500 A
● FORJ uqhagamshelwano
● I-CAN-BHASI
● I-Ethernet
● I-Profi-bhasi
● RS485
Umzobo wemveliso (ngokwesicelo sakho)
Ubuchwephesha bemveliso
| Mechanical Parameter | Ipharamitha yoMbane | |||
| Into | Ixabiso | ipharamitha | Ixabiso lamandla | Ixabiso lomqondiso |
| Yila ubomi bonke | 150,000,000 umjikelo | Ulinganiso lweVoltage | 0-400VAC/VDC | 0-24VAC/VDC |
| Uluhlu lwesantya | 0-50rpm | Ukumelana ne-insulation | ≥1000MΩ/1000VDC | ≥500MΩ/500 VDC |
| ITemp yokuSebenza. | -30℃~+80℃ | Intambo / iiNcingo | Iinketho ezininzi zokukhetha | Iinketho ezininzi zokukhetha |
| Uluhlu lokufuma | 0-90%RH | Ubude bekhebula | Iinketho ezininzi zokukhetha | Iinketho ezininzi zokukhetha |
| Izixhobo zoQhagamshelwano | Isilivere-ubhedu | Amandla e-insulation | 2500VAC@50Hz,60s | 500VAC@50Hz,60s |
| Izindlu | Aluminiyam | Ukutshintsha kwexabiso lokumelana nokutshintsha | ＜10mΩ | |
| IP Class | IP54 ~~IP67(Inokwenzeka ngokwezifiso) | Imijelo | 26 | |
| Ibakala elichasene nomhlwa | C3 / C4 | |||
Umgaqo wokusebenza weringi yamandla omoya
Umgaqo wayo wokusebenza usekelwe ikakhulu kwiimpawu zokuqhuba umnxibelelwano we-sliding. Umsesane wokutyibilika wamandla omoya uqonda ukuhanjiswa kwamandla kunye nolwazi ngokuseka amandla kunye nonxibelelwano lomqondiso phakathi kwerotor kunye nestator. Icandelo le-rotor lihlala lixhonywe kwi-shaft ejikelezayo ye-injini yomoya kwaye idibaniswe nendibano ye-injini yomoya ejikelezayo. Ingxenye ye-stator igxininiswe kwi-barrel yenqaba okanye isiseko se-injini yomoya.
Kwindandatho ye-slip, amandla kunye nomqondiso zihanjiswa phakathi kwe-rotor kunye ne-stator ngokusebenzisa abafowunelwa be-sliding. Abafowunelwa be-Sliding banokuba ziibrashi zekhabhoni zetsimbi okanye ezinye izinto zokuqhuba, ngokuqhelekileyo zifakwe kwi-rotor. Inxalenye yestator iqulethe iringi yoqhagamshelwano ehambelanayo okanye umfowunelwa.
Xa i-injini yomoya ijikeleza, inxalenye ye-rotor iya kuhlala idibanisa ne-stator part. Ngenxa yeempawu zokuqhuba umnxeba wokutyibilika, umqondiso wamandla unokudluliselwa ukusuka kwindawo emileyo ukuya kwindawo ejikelezayo, ukuze uqonde ukuhanjiswa kwamandla kunye nokusebenzisana komqondiso wolawulo.
Ngokubhekiselele kuthungelwano lwamandla, isiliphu samandla omoya sisenza umsebenzi wokuhambisa umbane oveliswe yiijini yomoya ukuya kumalungu amileyo. Amandla ombane akhutshelwa ukusuka kwiindawo ezivelisa i-iturbine yomoya ukuya kwiindawo zestator ngokusebenzisa i-slip-rings, kwaye emva koko kwisikhululo esingaphantsi okanye igridi ngeentambo.
Ukongeza kuthungelwano lwamandla, iiringi zokutyibilika zamandla omoya nazo zidlala indima ekulawuleni ukuhanjiswa komqondiso. Ngeringi yokutyibilika, umqondiso wolawulo unokugqithiselwa ukusuka kwindawo emileyo ukuya kwindawo ejikelezayo ukuqonda ukubekwa esweni, ukulawula kunye nolawulo lweinjini yomoya. Le miqondiso yolawulo inokubandakanya isantya somoya, isantya, ubushushu kunye nezinye iiparamitha ukuze kulungiswe imeko yokusebenza yeinjini yomoya ngexesha.
