Incazelo
HEYA
Ngenxa yalokho, izinetho eziqondisiweyo ezifanele kuhluke kakhulu, ukuze uhlobo lwesikhashana lwenze ukuba lokhu olungaphandle kokuthi, i-15KVA Three Phases 380v ac omnyama avr/Voltage Stabilizer/Regulator. Lolu hlobo wayenziwa ukuthi kube khona ukusuka ngokulandelayo ukufinyelela amaservisi okusebenza nokuphakamisela kanye nokuhlala kudlula, ukusukela ukuthi kuhlobene nendawo yokusebenza kunye nokugcina okudingekayo kwezinto.
Lomcibishisi wovoliteji ungene ngokushesha lokuncane lokunikeza amaxhalele ethathweni engaphezulu, komercile nokubhedlwana nokugcina amaxhalele. Ngenxa yokuqondiswa kanye nokwenzeka kwe-15KVA, uzoba kuhle kakhulu ukuthi kungaba ngezinye izinto nokuvoliteji. Ikhishwe ngokuthi ikhangelisa umoya omphumeleyo ngaphandle kokuthi kuhloniphe zonke izigidi zokungena, into esidingene kakhulu.
I-HEYA 15KVA esikhethekileyo sesibini selokhiwe kusasa ngokushesha kunye nokuba amandla akho ayishayamayo, apha ahlukene ukuthi alenze ukuhlukeleko lwevolthe. Okushesha lokhu lake lichaza ngqo amanani angaphambili ukuthola ukuthi amanani adibane neyiphi indlela okufunekayo. Lolu HEYA ncwadi yasebenzela ngale ndlela eliphakamisayo ukuthi lokhu kungcono lokusebenza ukulawula amanani, ngakho ke kungavumeleya ukuhlaba kweendlela ezikhulu zokusebenza.
Isililo sokuze ama-380v ac esisebenzisa isililo sokuvela volthi AVR yesayithi yakhe yokugcina ngokubanzi kunye nokuthi umuntu wemikro-yegrid kunye nomphathi wesayithi wakhe wenza ukuthi usebenzise uphawu lwesayithi olungapheliweyo. Isililo singakwazi ukuphatha ukusebenza kwamanani ukuthola amanani kumgangatho ngenkinga lokusebenza.
Umbhali wavela ngamaxesha okuncane ezikhoyo ukusukumisa izinto zokugcina lokulandelana nokuhlola kwezindawo ezingaphambili kanye nezindawo ezinathela. Ukhishwe ukuqonda amandla apha ukusukumisa amafu angaphansi ngeelektriki futhi ukuphatha. HEYA usebenzisa amandla asihle kanye nokuthuthukisa ukuphatha ngokuzenzakalelayo, ukungena umsebenzi wakho usapho lwemfazwe phakathi komoya ofunekayo, komoya engaphezulu, inombolo yokushintsha kunye nomnye we-inombolo. Izimdabuko ezilindeleyo zingahamba ukufinyelela izinketho ezifanelelwayo zokuthi zibuyele kuquka imisebenzi yabo.
Umbhali akudinga ukuba kuhluke ukusebenza kanye nokwesusa kwesicelo. Isiphumeleli sesithole ye-voltage le HEYA lavela ngendlela encane elisukelela ukuthi isebenza kakhulu. Isiphamuleli yesithole sivela ngokubanjwa ngokusebenzisa inkulumo yokusebenza kunye nokuhlola okuningi kunye nokuhlola okungcono - amanani amahle kwiimbizo yezimali lesilandelayo.
6kva-90kva Iziphase Ezintathu 380v ac Avr/Voltage Stabilizer/Regulator
Imodeli | SVC-3- 9000VA | SVC-3-15000VA | SVC-3-20000VA | SVC-3-30000VA | SVC-3-60000VA | SVC-3-90000VA |
Ubuchwepheshe | Ukuhlola kweServo Motor +Umsebenzi wemikrosayithi omkhombwe | |||||
Ukuzelela Imitha | Umbala | Ngokubheka Okuthi Kuhle KweSicustomer | ||||
Info | Umvolo Zokufakwa/Umvolo Welusizi/Usizo Lwendawo/Isikhatsi Songxoxo/Indlela Yezilimo Ezidingekayo/Nomsindo | |||||
Ukugcinwa | Over Voltage | Umthetho wokuqasha ≥420V±4V | ||||
Umvoli Ohlanga | Umthetho wokuqasha ≤325V±4V | |||||
Ukugcina kakhulu | ngaphandle kwezinye 120% | |||||
Uhlupekile okuphathisi | 120°C±10°C | |||||
Isikhathi somuva | 8 amasekondi | |||||
Umlimi | English/Russia/Chinese | |||||
Umvume Ongasetyenziswa | AC 240-450V | |||||
Umvolti wephutha | 380V±2% okanye 380V±4% Okugcinwe | |||||
Isibalo sokuqala | 50Hz/60Hz | |||||
Isifase | Amathuluzi angosu | |||||
Ukusebenza kahle | ≥90% | |||||
Umgeni wemvume | -15°C~45°C | |||||
Uhlobo lomoya olungaphakathi | <95%<> | |||||
Umbiko wesikhathelo | akukho uhlu lwesikhephe esidingeni | |||||
Ukuphumelela Kwesethulo | Ngokwesintu zikhulu kakhulu phakathi kwe-2MΩ | |||||
Amandla | 9000W | 15000W | 20000W | 30000W | 48000W | 72000W |
Ubungako (mm) | 454×414×730 | 485×455×910 | 535×515×973 | 535×515×973 | 810×610×1345 | 810×610×1345 |
Iphakamiso (Amaphepha) | 1 | 1 | 1 | 1 | 1 | 1 |
I-G. W. (Kg) | 44.00 | 59.00 | 86.00 | 91.00 | 215.00 | 245.00 |