Idivayisi yesinxephezelo ye-HYTBBH ehlanganisiwe ye-voltage ephezulu ye-capacitor

Imodeli yomkhiqizo

Incazelo Yemodeli

Imingcele Yezobuchwepheshe

isakhiwo somkhiqizo
Isethi ephelele yesinxephezelo samandla asebenzayo ohlobo lwe-HYTBBH yochungechunge lwe-high-voltage yakhiwa ikakhulukazi ama-shunt capacitor, ama-reactor ochungechunge, izibambisi ze-zinc oxide, amakhoyili akhiphayo, izivikeli zeposi, amaswishi aphansi, amafreyimu ensimbi nothango.Izintambo eziphindwe kabili zenkanyezi futhi zihlanganisa ama-transformer amanje angalingani noma ama-voltage transformer.
I-fuse ixhunywe ochungechungeni nge-capacitor, futhi lapho ingxenye ye-capacitor idilika ochungechungeni, i-fuse isebenza ukuze isuse ngokushesha i-capacitor engalungile ebhange le-capacitor, ivimbela ngokuphumelelayo ukwanda kwephutha.
Ikhoyili yokukhipha ixhunywe ngokuhambisana nesifunda se-capacitor.Lapho ibhange le-capacitor lingasebenzi kusukela ekunikezeni amandla, i-voltage esele ku-capacitor ingehla isuka enanini eliphakeme kakhulu le-voltage elinganiselwe iye ngaphansi kuka-50V phakathi nemizuzwana emi-5.

Izibambisi ze-Zinc oxide surge zixhunywe emugqeni ukuze kukhawulwe i-overvoltage yokusebenza ebangelwa ukushintsha amabhange e-capacitor
I-reactor yochungechunge ixhunywe ochungechungeni kumjikelezo we-capacitor ukukhawulela ama-harmonics we-oda eliphezulu ku-switching capacitor bank kanye nokunciphisa ukuvala kwamanje kokungena.Izinga lokusabela le-reactor yochungechunge lingu-0.1% ~ 1% kuphela ekukhawuleleni i-inrush current, 4.5%~6% ngokukhawulela i-harmonics ngaphezu kwe-oda lesi-5, kanye no-12%~13%a ngokucindezela i-harmonics ngaphezu kwe-oda lesithathu.
Bheka imidwebo namathebula ananyathiselwe ubukhulu bangaphandle: ubukhulu bangaphandle kumathebula anamathiselwe buyireferensi kuphela, futhi ingaklanywa ngokuya ngezidingo zabasebenzisi.

Imingcele Yezobuchwepheshe

● I-voltage elinganiselwe yedivayisi: I-voltage elinganiselwe yohlobo lwedivayisi ye-capacitor ngu-6~35kV, i-voltage elinganiselwe yedivayisi ye-collective capacitor ngu-6~35kVa
● Umthamo olinganiselwe: umthamo wedivayisi ye-capacitor yohlobo lozimele 300 – 50000kvar, idivayisi yohlobo oluhlangene lwe-capacitor
Umthamo 600 ~ 20000kvar
● Imvamisa elinganiselwe: 50Hz evunyelwe
Ukuchezuka kwe-capacitance okuvunyelwe: ukuchezuka kwamandla ebhange le-capacitor ngu-0~+10% wamandla alinganiselwe wedivayisi;phakathi kwanoma yimaphi amatheminali emigqa emibili yebhange le-capacitor yesigaba sesithathu, isilinganiso esiphezulu kuya kwenani eliphansi le-capacitance akufanele lidlule i-1.02;Isilinganiso samandla amakhulu ukuya kobuncane besigaba ngasinye sochungechunge lweqembu akumele sidlule u-1.02.Umthamo wokulayisha ngokweqile: idivayisi ivunyelwe ukusebenza ku-1.1 Un isikhathi eside (amahora angu-8 njalo emahoreni angama-24).Idivayisi ivumela ukusebenza okuqhubekayo ku-1.31n.Ukuvikelwa kwedivayisi: Ukuvikelwa kwephutha kwangaphakathi kwedivayisi ye-capacitor kungathatha inhlanganisela enengqondo yamafuse angaphakathi, amafuse angaphandle, nokuvikelwa kwe-relay ngokuya ngezidingo zomsebenzisi (amadivaysi e-collective capacitor awanawo amafuse angaphandle);ngaphezu kwalokho, idivayisi kufanele futhi ifakwe overvoltage, ukwehluleka Voltage, overcurrent, ukuvikelwa ikhefu okusheshayo.Izinga lokusetshenziswa kwedivayisi: GB50227 “Ikhodi Yokudizayina Kwamadivayisi Ahambisanayo E-Capacitor”.

Amanye amapharamitha

Izimo zemvelo
● Indawo yokusetshenziswa: ngaphakathi noma ngaphandle;
● Ukuphakama: ≤2000m, (imikhiqizo yokuphakama okuphezulu ingaklanywa ngokuvumelana nezidingo zomsebenzisi);
● Izinga lokushisa le-ambient: -40℃~+45℃;
●Ukuthambekela endizeni eqondile akudluli amadigri angu-5;
●Indawo yokufaka nokusebenza kufanele ingabi negesi eyingozi noma isitimu, ukudlidliza kwemishini okunamandla, uthuli oluqhumayo noma oluqhumayo;

Ubukhulu

landa i-Google
●Uma u-oda, umsebenzisi kufanele ahlinzeke ngezimo zemvelo zendawo yokufaka;(ngaphakathi, ngaphandle).
●Lapho e-oda, umsebenzisi kufanele abonise amandla kagesi esistimu, imodeli yedivayisi ye-capacitor, umthamo wokufaka, ukucaciswa kweyunithi ye-capacitor kanye nemodeli, okokusebenza kwebhange le-capacitor kanye nenani, njll.
●Lapho e-oda, umsebenzisi udinga ukuhlinzeka ngomdwebo kagesi wesekethe eyinhloko kanye nosayizi wegumbi noma isakhiwo (isakhiwo esilinganayo ngaphambili nangemuva, isakhiwo esilinganayo kwesokunxele nakwesokudla, isakhiwo esifanayo).
●Lapho u-oda, umsebenzisi kufanele acacise indlela yokungena (umugqa wekhebula, ulayini ophezulu) kanye nokuma komugqa wocingo.Uma kunezidingo ezikhethekile, sicela ubonise okuhlukile.