CK(BK/XK/LK)GKL 10-35KV 200-3000A 500-2000Kvar High Voltage Qallalan
Sharaxaada Alaabta
Reactor-ka xaddidaya hadda wuxuu si taxane ah ugu xiran yahay nidaamka korantada si loo xaddido wakhtiga gaaban ee hadda jira marka nidaamka korontadu uu guuldareysto.Marka xariiqdu gaaban tahay, reactor-ka hadda xaddidaya wuxuu isticmaalaa sifooyinkiisa reactor si uu u xaddido wareegga gaaban ee hadda xariiqda xaddidan, si qalabka beddelka uu u saaro cilladda si habsami leh oo waxtar leh.Reactors-ka hadda xaddidaya guud ahaan waxay adeegsadaan reactors-core air-core oo leh toosnaan ka wanaagsan oo qiimaha falcelinta.Reactor-ka xaddidaya hadda wuxuu u shaqayn karaa si badbaado leh oo la isku halleyn karo iyada oo hoos timaad wakhtiga-dheer ee hadda la qiimeeyay.Haddii ay dhacdo guuldarro, wareeggeedii amperes-ku wuu kordhaa dhowr jeer ama daraasiin jeer, laakiin iska caabinteeda ama awoodda xaddidaadda wareegga gaaban lama yarayn karo.Sidaa darteed, reactor-ka xaddidaya hadda waa in laga sameeyaa badeecooyin godan halkii laga samayn lahaa alaabada xudunta u ah birta.
Dareen-celinta hawada-core waa qalab koronto oo koronto-sare leh oo loo isticmaalo nidaamka korantada si loo xaddido wareegga-gaaban ee hadda jira, magdhowga tamarta falcelinta iyo isbeddel siman.Qulqulka magnetic wuxuu sameeyaa wareeg hawada dhex mara, sidaas darteed waxaa loo yaqaan reactor-ka hawada.
Haddii korantada la qiimeeyay iyo danab sahayda dabaqa-qafiska AC saddex-waji asynchronous motor ay isku mid yihiin, reactor-hawo-core tiro la mid ah sida matoorka ayaa lagu xidhi karaa si taxane ah inta u dhaxaysa mootada iyo korontada soo socota si loo kordhiyo. Qiimaha inductance iyo xakamaynta hadda bilaabma si aanay aad u sareyn.
Reactors godan waxa inta badan loo qaybiyaa reactors taxane godan, reactors filter godan, reactors shunt godan, reactors xadaya godan hadda, reactors godan godan, reactors godan bilowga ah, iwm, kuwaas oo inta badan loo isticmaalo magdhow awood falcelin, shaandhaynta waafaqsan, xadaynta hadda iyo kuwa kale. munaasabadaha.
Sharaxaada Model
Xuduudaha farsamada iyo cabbirada qaabdhismeedka
1. La qiimeeyay danab shaqeeya: AC 6kV 10kV 35kV
2. Nooca heerka falcelinta: 4% 6% 8% 10% 12%
3. Heerka dahaarka la qiimeeyay: AC35LI75
4. Kor u kaca heerkulka qayb kasta oo ka mid ah reactor: heerkulka gariiradda ayaa ka yar ama la mid ah 75K
5. Sawaxanka reactor: in ka yar 65dB (waxaa lagu tijaabiyay masaafo siman 1 mitir u jirta reactor)
7. Awoodda xad-dhaafka ah: reactor-ku waxa uu ku shaqayn karaa wakhti dheer inta jeer ee awoodda iyo hadda wada-jirka oo aan ka badnayn 1.2 jeer kan hadda la qiimeeyay.
8. Hadhaaga qiimaha falcelinta: farqiga u dhexeeya qiyamka falcelinta laba-waji ah ee fal-celinta saddex-waji kama badna ±2%
8
10. Deegaanka shaqada: isticmaal joogga ≤ 1500 mitir, heerkulka deegaanka -25 ℃ ~ + 45 ℃, qoyaan qaraabo ah ≤ 90%
11. Heerka fulinta alaabta: GB1094.6-2011 JB/T 5346-2013
Tilmaamaha badeecada iyo baaxadda isticmaalka
Tilmaamaha dhismaha:
1. Qaab dhismeedka bilaa saliida ahi waxa uu meesha ka saarayaa cilladaha reactors-ka saliida ku jira sida daadinta saliida iyo ololka, waxa ayna hubisaa in si badbaado leh loo shaqeeyo.Ma jiro xudunta birta, ma jiro saturation ferromagnetic, iyo linearity ee qiimaha inductance waa wanaagsan;
2. Codsashada kombuyuutarka si loo hagaajiyo naqshadaynta nooca qalalan ee hawada-core reactor, waxay si dhakhso ah oo sax ah u naqshadeyn kartaa cabbirada qaabdhismeedka ka wanaagsan iyadoo loo eegayo shuruudaha kala duwan ee isticmaalayaasha;
3. Waxay qabataa qaab-dhismeed cylindrical ah oo leh dabaylo badan oo lakabyo ah oo isbarbar socda, waxaana jira kanaalka hawo-mareenka ee u dhexeeya xirmo kasta, kaas oo leh kulaylka wanaagsan iyo heerkulka hooseeya;
4. Dabayshu waxay ka samaysan tahay fiilooyin wareeg ah oo yaryar oo iskutallaab ah iyo dabaylo isbarbar socda oo badan, kuwaas oo si weyn u yarayn kara luminta hadda jirta iyo luminta daadinta;
5. Banaanka dabaysha ayaa si adag loogu duudduubay fiber galaas ah oo lagu daaweeyay resin epoxy, waxaana lagu daaweeyaa heerkul sare, si uu u yeesho daacadnimo wanaagsan, xoog farsamo oo sarreeya, iyo awood xoog leh oo uu u adkaysto saameynta wakhtiga gaaban ee hadda jirta;
6. Isticmaalka xiidmaha isku xirka aluminiumka oo leh xoog farsamo oo sarreeya, khasaaraha hadda jira waa mid yar;
7. Dhammaan dusha sare ee gudaha iyo dibadda ee reactor-ka godan waxaa lagu dahaadhay lakab gaar ah oo ka-hortagga gabowga ka-hortagga ultraviolet, kaas oo leh dhejis adag oo u adkeysan kara xaaladaha cimilada dibadda ee adag;
8. Habka rakibaadda wuxuu noqon karaa saddex waji oo toosan, sidoo kale wuxuu noqon karaa dabeecad ama khadka;isticmaalka dibadda ayaa si weyn u dhimi kara maalgashiga kaabayaasha;
9. Hawlgal badbaado leh, buuq yar, looma baahna dayactir joogto ah;
10. Marka loo eego shuruudaha isticmaalaha, inductance-keeda waa la hagaajin karaa, cabbirka hagaajintuna wuxuu gaari karaa 5% ama ka badan.
Deegaanka lagu dabaqi karo:
1. Jooga oo aan ka badnayn 2000m;
2. Heerkulka deegaanka -25～+45(℃), qoyaan qaraabo ah oo aan ka badnayn 90%;
3. Qaabka mowjadda korantada korantada waxay la mid tahay mawjadda sinaha;
4. Ma jiro gaas waxyeelo leh oo hareeraha ka jira, ma jiraan walxo guban kara iyo walxaha qarxa;
5. Deegaanka ku hareeraysan waa inuu lahaadaa xaalado hawo wanaagsan.Haddii lagu rakibo golaha wasiirada, waa in lagu rakibaa qalabka hawo-qaadista.
Meelaynta alaabta iyo rakibidda
Meelaynta reactor:
1. Koronto-dhaliyaha-sare ee godan ee hadda xaddidaya waxa uu si taxane ah ugu xidhan yahay dhammaadka wax-soo-saarka wareegga labaad ee beddelka ama koronto-dhaliyaha ugu weyn.
2. Hababka meelaynta ee taxanayaasha koronto-dhaleedka godan ee hadda xaddidaya waxay u kala qaybsan yihiin: saddex-waji-dhigid, laba is-dul-saarid iyo hal-dhigid, iyo is-dul-saar saddex-waji ah.
3. Xadhkaha reactor-ka looma kala qaybin xariiqyo soo galaya iyo kuwo baxaya, dhamaad kastaa waxa uu noqon karaa xariiq soo socda, laakiin xadhiga saddexda weji waa in uu ahaado mid joogto ah.
4. Cagaha kor u kaca ee reactor-ka ayaa sidoo kale ah dhibcaha dhulka.Fadlan hubi dhulka la isku halayn karo inta lagu jiro rakibidda.Cagaha badan ma sameyn karaan loop.
5. Biraha cagaha lagu dhejiyo waxay u baahan yihiin in la hagaajiyo si looga fogaado buuqa sababtoo ah rakibid xumo.
6. Reactor-ku waa qayb birlabeed ah, waana in lagu rakibaa meel ka durugsan agabka birta ah, sida dayrarka birta, tiirarka birta, gidaarada, iwm.
Taxadir Rakibaadda:
1. Hababka soo socda ee rakibidda ma tixgeliyaan booska aan ferromagnetic ee leh leexashada xiran iyo reactors kale,
2. Waa in aanay jirin walxo bir ah oo aan dhab ahayn oo ku dhex jira 1.1 D ee badhtamaha jidhka reactor, lamana samayn karo siddo xidhan
(Xusuusin: D waa dhexroorka sare ee jidhka reactor).
3. Waa in aanay jirin biro xidhan ama walxo bir ah oo ku jira aasaaska rakibaadda reactor.
4. Fogaanta dhexe ee u dhaxaysa labada kooxood ee ku xiga (ama laba qaybood) ee reactors kama yarayn 1.7 D.
Nooca Alaabta Isticmaalka iyo Tilmaamaha Dalbashada
Noocyada iyo isticmaalka caadiga ah:
a.Reactor-ka taxanaha ah waxa uu si taxane ah ugu xidhan yahay kapacitor-ka qalabka magdhawga kapacitor-ka ee barbar socda si uu u xakameeyo is-waafajinta hadda oo loo xaddido xidhitaanka hadda qulqulaya.
b.Reactor-ka xaddidan ee hadda jira wuxuu si taxane ah ugu xiran yahay nidaamka korantada si loo xaddido wareegga gaaban ee hadda socda oo loo xaddido wareegga gaaban ee gudaha xadka la oggol yahay marka nidaamku guuldareysto.
c.Reactor-ka shunt wuxuu ku xiran yahay si la mid ah nidaamka korantada, wuxuuna gudbiyaa awoodda falcelinta kicinta iyada oo loo marayo nidaamka beddelka ee ugu weyn si loo magdhabo awoodda hadda ee xariiqda gudbinta, ka hortagga korantada ee terminalka xadhkaha iftiinka inuu kordho, oo uu ilaaliyo xasilloonida korantada. ee habka gudbinta.
d.Shaandheeyaha shaandhada waxaa si taxane ah loogu isticmaalaa bangiga korantada ee isbarbar socda si loo sameeyo loop tuning si loo shaandheeyo hab-raaca sare ee gaarka ah iyo hubinta tayada sahayda korontadu.
Tilmaamaha dalbashada:
1. Nidaamka lagu qiimeeyay danab kaydinta
2. La qiimeeyay hadda ee reactor
3. La qiimeeyay heerka falcelinta
4. La qiimeeyay awoodda reactor
5. Habka rakibaadda (horayn ama is dulsaaran)
6. Isticmaal deegaan (gudaha ama dibadda)
7. Xagasha waalan ee xariiqda iyo ka baxsanba
8. Shuruudaha gaarka ah ayaa si cad loo sheegay Fiiro gaar ah: Xogta kor ku xusan waxaa loogu talagalay tixraac kaliya, iyo xuduudaha gaarka ah waxay ku xiran yihiin alaabta warshadda.
Faahfaahinta alaabta
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