CK(BK/XK/LK)GKL 10-35KV 200-3000A 500-2000Kvar High Voltage Dry Air Core Reactor Series Parallel Reactor yangoku yokuLimiting Filter Reactor
Ingcaciso yeMveliso
I-reactor yangoku yokunciphisa idityaniswe kuthotho kunye nenkqubo yamandla ukukhawulela i-short-circuit current xa inkqubo yamandla isilela.Xa umgca ufutshane, i-reactor-limiting current isebenzisa iimpawu zayo ze-reactor ukukhawulela i-short-circuit current yomgca ngaphakathi komda othile, ukwenzela ukuba i-switchgear isuse iphutha ngokufanelekileyo nangempumelelo.Iireactor zangoku ezinciphisayo zikholisa ukusebenzisa ii-air-core reactors ezinomgca ongcono wexabiso lokusabela.I-reactor yangoku yokunciphisa ingasebenza ngokukhuselekileyo kwaye ithembekile phantsi kwexesha elide langoku.Kwimeko yokusilela, ukujika kwayo kwe-ampere kwandisa amaxesha amaninzi okanye amaxesha amaninzi, kodwa ukuxhathisa okanye ukukwazi ukukhawulela i-short-circuit current ayinakuncitshiswa.Ke ngoko, i-reactor yangoku yokunciphisa kufuneka yenziwe ngeemveliso ezingenanto endaweni yeemveliso zentsimbi.
I-air-core reactor sisixhobo sombane esine-inductive high-voltage esisetyenziswa kwisixokelelwano samandla ukucutha umsinga omfutshane, imbuyekezo yamandla asebenzayo kunye nokutshintsha okulinganayo.I-magnetic flux yenza i-loop emoyeni, ngoko ibizwa ngokuba yi-air-core reactor.
Ukuba i-voltage elinganisiweyo kunye nonikezelo lombane lwe-squirrel-cage AC yesigaba sesithathu se-asynchronous motor ziyafana, ireactor-core yomoya enenani elifanayo lokujika njengoko injini inokudityaniswa kuthotho phakathi kwemoto kunye nombane ongenayo ukuze unyuke. ixabiso le-inductance kunye nokulawula ukuqala kwangoku ukuba kungabi phezulu kakhulu.
Ireactors ezimgongxo zohlulwe ubukhulu becala zibe ziireactors ezingumgongxo, izihluzi zefiltha ezingenanto, i-shunt reactors enomgongxo, ireactors enomgongxo yangoku, ireactors engumgongxo ekhoyo, ireactors yokuqalisa umngxuma, njl. njl., ezihlala zisetyenziselwa imbuyekezo yamandla asebenzayo, ukuhluza iharmonic, umda wangoku kunye nokunye. amaxesha.
Inkcazo yoMfanekiso
Iiparamitha zobugcisa kunye nemilinganiselo yesakhiwo
1. Amandla ombane osebenzayo: AC 6kV 10kV 35kV
2. Uhlobo lwereyithi yokusabela: 4% 6% 8% 10% 12%
3. Inqanaba le-insulation elilinganisiweyo: AC35LI75
4. Ukunyuka kweqondo lobushushu kwindawo nganye ye-reactor: ukunyuka kweqondo lokushisa kwekhoyili kungaphantsi okanye kulingane ne-75K
5. Ingxolo ye-reactor: ngaphantsi kwe-65dB (ivavanywa kumgama othe tye kwi-1 yemitha ukusuka kwisixhobo sokwenza umbane)
7. Umthamo ogqithisiweyo: I-reactor inokugijima ixesha elide phantsi kwe-frequency yamandla kunye ne-harmonic current engekho ngaphezu kwe-1.2 amaxesha angoku alinganisiweyo.
8. Ibhalansi yexabiso le-reactance: Umahluko phakathi kwazo naziphi na izigaba ezibini zokusabela kwi-reactor yesigaba esithathu ayikho ngaphezulu kwe ±2%
9. Ukumelana nobushushu kunye nenqanaba lokugquma: inqanaba lilonke le-insulation ye-reactor lingaphezulu kwebakala F (155℃)
10. Indawo yokusebenza: sebenzisa ukuphakama ≤ 1500 yeemitha, ubushushu be-ambient -25 ℃ ~ + 45 ℃, ukufuma ≤ 90%
11. Umgangatho wokuphunyezwa kwemveliso: GB1094.6-2011 JB/T 5346-2013
Iimpawu zemveliso kunye nobungakanani bokusetyenziswa
Iimpawu zesakhiwo:
1. Isakhiwo esingenawo i-oyile sisusa ukusilela kwee-reactors ezifakwe kwioli ezifana nokuvuza kweoli kunye nokutsha, kunye nokuqinisekisa ukusebenza okukhuselekileyo.Akukho ngundoqo wentsimbi, akukho saturation ye-ferromagnetic, kwaye umgca wexabiso le-inductance ulungile;
2. Ukusebenzisa ikhompyutha ukuze kuphuculwe uyilo lwe-air-core reactor eyomileyo, inokukhawuleza nangokuchanekileyo ukuyila iiparamitha ezingcono zesakhiwo ngokweemfuno ezahlukeneyo zabasebenzisi;
3. Yamkela isakhiwo se-cylindrical esine-multi-layer windings ngokufanayo, kwaye kukho umjelo wokungenisa umoya phakathi kwephakheji nganye, enokutshatyalaliswa kobushushu obuhle kunye nobushushu obuphantsi bokushisa;
4. I-windings yenziwe ngamacingo amancinci ajikelezayo kunye ne-multiple parallel windings, enokunciphisa kakhulu ukulahleka kwangoku kwe-eddy kunye nokulahleka kokuvuza;
5. Umphandle we-winding uhlanganiswe ngokuqinileyo ngefiber yeglasi efakwe kwi-epoxy resin, kwaye iphiliswe kwiqondo lokushisa eliphezulu, ukwenzela ukuba ibe nengqibelelo efanelekileyo, amandla aphezulu omatshini, kunye nekhono elinamandla lokumelana nempembelelo yangoku yexesha elifutshane;
6. Ukusetyenziswa kwesakhelo sokuqhagamshelwa kweenkwenkwezi ze-aluminium ezinamandla amakhulu omatshini, ilahleko yangoku ye-eddy incinci;
7. Yonke indawo yangaphakathi nangaphandle ye-reactor egobileyo ifakwe kwi-anti-ultraviolet ekhethekileyo yokukhusela i-anti-aging layer, ene-adhesion eqinile kwaye inokumelana neemeko zemozulu zangaphandle;
8. Indlela yokufakela ingaba yinqanaba lesithathu, kwaye ingaba ngumlingiswa okanye kumgca;ukusetyenziswa kwangaphandle kunokunciphisa kakhulu utyalo-mali lweziseko ezingundoqo;
9. Ukusebenza okukhuselekileyo, ingxolo ephantsi, akukho mfuneko yokugcinwa rhoqo;
10. Ngokweemfuno zomsebenzisi, i-inductance yayo inokulungiswa, kwaye uluhlu lohlengahlengiso lunokufikelela kwi-5% okanye ngaphezulu.
Indawo esebenzayo:
1. Umphakamo awudluli kwi-2000m;
2. Ubushushu be-Ambient -25～+45(℃), ukufuma okuhambelanayo okungagqithiyo kuma-90%;
3. I-waveform ye-voltage yonikezelo lwamandla ifana ne-sine wave;
4. Akukho gesi inobungozi ngeenxa zonke, akukho zinto ezinokutsha kunye neziqhushumbisi;
5. Indawo engqongileyo kufuneka ibe neemeko ezilungileyo zokungenisa umoya.Ukuba ifakwe kwikhabhinethi, izixhobo zokungenisa umoya kufuneka zifakwe.
Ukubekwa kwemveliso kunye nokufakwa
Ukubekwa kwe-reactor:
1. I-high-voltage hollow current-limiting reactor ixhunywe kwi-series kunye ne-output end of the second circuit of the main transformer or generator.
2. Iindlela zokubeka ii-series ze-high-voltage hollow current-limiting reactors zihlukaniswe zibe: ukubekwa kwezigaba ezintathu, ukupakisha ezimbini kunye nokubeka enye, kunye nesigaba sesithathu.
3. I-wiring ye-reactor ayikwahlulwanga ibe yimigca engenayo nephumayo, nasiphi na isiphelo sinokuba ngumgca ongenayo, kodwa i-wiring yesigaba sesithathu kufuneka ihambelane.
4. Iinyawo ezinyukayo ze-reactor nazo ziindawo zokumisa.Nceda uqinisekise umgangatho othembekileyo ngexesha lofakelo.Iinyawo ezininzi azikwazi ukwenza iluphu.
5. Izikhonkwane zokuqinisa iinyawo kufuneka zilungiswe kwindawo yokuphepha ingxolo ngenxa yokufakwa kakubi.
6. I-reactor iyingxenye yamagnetic kwaye kufuneka ifakwe kude nezixhobo ze-magnetic conductive, ezifana neecingo zentsimbi, iintsika zentsimbi, iindonga, njl.
Amanyathelo okuFakela:
1. Ezi ndlela zilandelayo zokufakela aziyithatheli ngqalelo indawo engeyiyo i-ferromagnetic ngokujika okuvaliweyo kunye nezinye ii-reactors,
2. Akuyi kubakho izinto zentsimbi ezirhabaxa ngaphakathi kwe-1.1 D yombindi womzimba we-reactor, kwaye akukho luphu luvaliweyo lunokwenziwa.
(Qaphela: D yidayimitha engaphandle ye-reactor body).
3. Akufuneki kubekho imivalo yentsimbi evaliweyo okanye izinto zetsimbi kwisiseko sofakelo lwe-reactor.
4. Umgama osembindini phakathi kwamaqela amabini ameleneyo (okanye iiseti ezimbini) zeereactors awukho ngaphantsi kwe-1.7 D.
Uhlobo lweMveliso yokusetyenziswa kunye neMiyalelo yoku-odola
Iintlobo eziqhelekileyo kunye nokusetyenziswa:
a.Uthotho lwe-reactor luqhagamshelwe kuthotho kunye ne-capacitor kwisixhobo sembuyekezo ye-capacitor ehambelanayo ukucinezela i-harmonic yangoku kunye nokunciphisa ukuvala i-inrush yangoku.
b.I-reactor yangoku yokunciphisa idityaniswe kuthotho kunye nenkqubo yamandla ukukhawulela i-short-circuit current kunye nokunciphisa i-short-circuit current ngaphakathi koluhlu oluvumelekileyo xa inkqubo isilela.
c.I-reactor ye-shunt idityaniswe ngokuhambelana nenkqubo yamandla, kwaye idlulisela amandla asebenzayo e-inductive ngokusebenzisa inkqubo yokuguqula engundoqo ukuhlawulela i-capacitive yangoku yomgca wothumelo, ukukhusela i-voltage ye-terminal ye-light-load line ekuphakameni, kunye nokugcina uzinzo lwe-voltage. yenkqubo yothumelo.
d.Isihluzi se-reactor sisetyenziswa kuthotho kunye ne-parallel capacitor bank ukwenza i-tuning loop ukuze kuhluzwe ii-harmonics zomyalelo ophezulu kunye nokuqinisekisa umgangatho wobonelelo lwamandla wegridi yamandla.
Imiyalelo yokuodola:
1. I-voltage yokugcina ilinganiswe yinkqubo
2. Ireyitha yangoku yereactor
3. Ireyithi yokusabela ereyithiweyo
4. Umthamo olinganisiweyo wereactor
5. Indlela yokufakela (ethe tye okanye ipakishwe)
6. Sebenzisa okusingqongileyo (ngaphakathi okanye ngaphandle)
7. I-engile yegeza ngaphakathi nangaphandle komgca
8. Iimfuno ezizodwa zichazwe ngokucacileyo Qaphela: Le datha ingentla yenzelwe ireferensi kuphela, kwaye iiparamitha ezithile zixhomekeke kwiimveliso zefektri.
Iinkcukacha zemveliso
Iimveliso shot real
Ikona yocweyo lwemveliso
Ukupakishwa kwemveliso
Ityala lesicelo semveliso
