I-KSG 6-10KV 50-1600KVA 400-1200V uhlobo oluqhelekileyo lomgodi omileyo-uhlobo lwesiguquli

KSG 6-10KV 50-1600KVA 400-1200V uhlobo oluqhelekileyo lomgodi owomileyo-uhlobo lwesiguquli esibonakalayo

Inkcazelo emfutshane:

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ingcaciso yeMveliso

Uthotho lwe-KSG lweziguquli zodidi olulomileyo lufanelekile kwizitishi ezisembindini, iiyadi ezingaphantsi komhlaba, iindawo zokungenisa umoya jikelele kunye neziyingxi zomoya kwimigodi yamalahle.Imigodi yesinyithi nengeyiyo eyentsimbi enerhasi kodwa engenangozi yoqhushumbo isetyenziselwa ukubonelela ngombane kwizixhobo ezahlukeneyo ezisemigodini nakwimigodi engaphantsi komhlaba, kwaye ikwasetyenziselwa umbane kwiitonela zikaloliwe zikawonke-wonke.
Uthotho lwe-KSG lwemigodi yohlobo loguquguquko olomileyo ludidi olulomileyo oluneqokobhe lomgangatho wokhuselo lwe-IP20 kwaye lunokusetyenziswa ngokudityaniswa nokutshintsha kwamandla ombane aphezulu naphantsi.I-transformer eqhelekileyo yodidi olumileyo kwimigodi iqulethwe yi-transformer eyomileyo eyahlukileyo, igobolondo kunye nekhebula.Isetyenziswa njengonikezelo lwamandla angaphantsi komhlaba kunye nezixhobo zesikhululo esingaphantsi komhlaba, esisiguquli sodidi olomileyo lwemigodi.Inguqu eyomileyo yohlobo lwezitishi ezihambayo zenjongo jikelele yezemigodi ayinayo Xa ixhotyiswe ngokutshintsha kwamandla ombane aphezulu naphantsi, indawo ephakathi ixhotyiswe ngondoqo we-transformer, oko kukuthi, inxalenye ejikelezayo kunye nenxalenye yentsimbi.

Inkcazo yoMfanekiso

Iiparamitha zobugcisa kunye nemilinganiselo yesakhiwo

Iimpawu zemveliso kunye nobungakanani bokusetyenziswa

Ubume bemveliso:
I-transformer eqhelekileyo yodidi olumileyo kwimigodi iqulethwe yi-transformer eyomileyo eyahlukileyo, igobolondo kunye nekhebula.Isetyenziswa njengonikezelo lwamandla angaphantsi komhlaba kunye nezixhobo zesikhululo esingaphantsi komhlaba, esisiguquli sodidi olomileyo lwemigodi.Inguqu eyomileyo yohlobo lwezitishi ezihambayo zenjongo jikelele yezemigodi ayinayo Xa ixhotyiswe ngokutshintsha kwamandla ombane aphezulu naphantsi, indawo ephakathi ixhotyiswe ngondoqo we-transformer, oko kukuthi, inxalenye ejikelezayo kunye nenxalenye yentsimbi.
I-voltage yegalelo le-transformer yohlobo olomileyo luyakwazi ukufumana i-voltage yomgca ukusuka ku-+5% ukuya kwi-5% ye-voltage elinganisiweyo.Ukuba kuyimfuneko ukutshintsha i-high-voltage igalelo lompompo wombane, vula i-high-voltage junction box cover on the box emva kokuqinisekisa ukuba i-transformer ayinawo amandla, kwaye utshintshe indawo yokudibanisa iqhekeza kwibhodi yetephu ephezulu-voltage ngokutsho. ukuya kwiThebhile 4. Xa ushiya i-factory, iziqwenga zokudibanisa zihlala zihlala kwi-4-5, oko kukuthi, i-voltage yegalelo elilinganisiweyo yi-10000V.
Icala le-transformer eyomileyo idityaniswe ngamacwecwe ensimbi, kwaye imingxuma yokungenisa umoya yongezwa kwicala lomzimba oyintloko ukwandisa indawo yokushisa ukushisa.Kukho iipleyiti ezine ezijingayo kwindawo engezantsi yebhokisi yokuguqula uhlobo olomileyo, ekufuneka isetyenziswe ngexesha elifanayo xa uphakamisa umatshini wonke.Inxalenye engezantsi yebhokisi ibonelelwa ngesihlangu esityibilikayo.Inxalenye engezantsi yebhokisi ye-transformer yodidi olumileyo inikezelwa ngeebholiti ezimbini ze-M12 zangaphandle kunye neempawu zomhlaba.
Uhlobo oluqhelekileyo lwe-former-type-former transformer esetyenziswa emigodini lusetyenziswa njengezixhobo zombane kwinkqubo yonikezelo lwamandla emigodini engeyiyo yamalahle.I-feeder eyahlukileyo isetyenziselwa izixhobo.
Izinto eziluncedo kwiMveliso & neempawu:
1. Iziguquli zodidi olumileyo ze-KSG zineenzuzo zokhuseleko, ukuthembeka, ukonga amandla, ukungafihli komlilo kunye nokuqhuma, akukho gesi ezinobungozi, akukho ngcoliseko lokusingqongileyo, kunye nokugcinwa okulula.
2. Iimpawu zokusebenza kwemveliso ziphezulu, zigcina iimpawu ezibalaseleyo zombane kunye noomatshini ngexesha lonke lobomi benkonzo.Eyona nto ifaneleke kakhulu kwiindawo ezineemfuno zokukhusela umlilo, ukuguquguquka okukhulu komthwalo kunye namanqanaba aphezulu okumelana nokushisa.
3. Intsimbi yentsimbi ye-KSG ye-transformer yemigodi yenziwe nge-high-permeability kunye ne-high-cold-rolled silicon steel sheet, kunye namalungu amancinci, ilahleko ephantsi kunye nengxolo ephantsi.I-coil ithatha itekhnoloji ephezulu kakhulu yokujika, kunye nezixhobo zokukhusela ubushushu zisetyenziswa phakathi kwamaleko kunye nokujika.Amabakala e-insulation angamabakala F kunye no-H amelana nobushushu, anokusebenza ixesha elide phantsi kwe-180 ° bume.
4. I-coil i-vacuum efakwe ngepeyinti ephuma kwamanye amazwe, kwaye ipeyinti yokudipha ingena ngokupheleleyo kwi-deep layer yekhoyili.160 ℃ ~ 170 ℃ ukomisa kunye nokunyanga, amandla aphezulu oomatshini.Umzimba u-vacuum-womiswe ngendlela yoxinzelelo oluguquguqukayo, kwaye umphezulu womzimba ugqunywe ngumaleko wepeyinti echasene nokufuma, eneempawu ezilungileyo zokugquma.

iimeko zokusebenza eziqhelekileyo:
Iziguquli zodidi olomileyo kufuneka zisebenze ngokwesiqhelo phantsi kwezi meko zilandelayo:
a) Ukuphakama: akukho ngaphezu kwe-1000m;
b) Ubushushu be-Ambient: -20℃～+40℃
c) Umswakama ohambelana nomoya awudluli kwi-95% (kwi +25 ° C);
d) kwindawo yegesi okanye umphunga engonakalisi isigqubuthelo;
e) Ukusetyenziswa kwiatmosphere eziqhumayo ngaphandle kothuli lwemethane.

Ukufakwa kwemveliso kunye nokusetyenziswa

Ukufakela kunye nokugunyaziswa:
Yenza uhlolo olubanzi lwemveliso kunye neemvavanyo zombane eziyimfuneko phambi kofakelo
1. Fakela i-transformer yodidi olulomileyo
(1) Indawo yokufakela
1.1 I-transformer kufuneka ifakwe kufuphi neziko lomthwalo.
1.2 Umgangatho wokukhusela wegumbi le-transformer kufuneka uhlangabezane neemfuno zenqanaba lokukhusela i-IP20.Iigesi ezitshabalalisayo kunye neengqungquthela zothuli kufuneka zithintelwe ekuhlaseleni i-transformer.
(2) Isiseko sofakelo
2.1 Isiseko se-transformer kufuneka sikwazi ukujamelana nobunzima obupheleleyo be-transformer.
2.2 Isiseko se-transformer siya kuhlangabezana neemfuno zeekhowudi zokwakha kazwelonke.
(3) Ukhuseleko lokothuka kombane kunye nomgama wokhuseleko
3.1 Uyilo lofakelo lwe-transformer kufuneka luhlangabezane neemfuno zokhuseleko lomntu, kwaye kufuneka kuqinisekiswe ukuba i-transformer ayinakuchukunyiswa ngabantu ngexesha lokusebenza.Ubuncinane bomgama okhuselekileyo phakathi kwamaqumrhu ahlawuliswayo naphakathi kwemizimba ephilayo nomhlaba kufuneka uhlangabezane neemfuno zemimiselo yobonelelo lwamandla kazwelonke.Ukongezelela, umgama omncinci okhuselekileyo phakathi kweentambo kunye nemigca ye-voltage ephezulu, imigca yokulawula ukushisa, imigca yefeni kunye neekhoyili eziphezulu kufuneka ziqinisekiswe..
3.2 Ukuze kube lula ukufakwa, ukugcinwa kunye nokuhlolwa emsebenzini, kufuneka kushiywe ipaseji phakathi kwe-transformer kunye nodonga.
3.3 Kufuneka kubekho umsantsa ongaphezu kwe-1m (umgama ongemda wangaphandle) phakathi kwee-transformers ezimeleneyo.
3.4 Isikhundla sofakelo lwe-transformer kufuneka sibe lula kubasebenzi abasemsebenzini ukujonga nokulinganisa isixhobo kwindawo ekhuselekileyo.
(4) Ukungenisa umoya
4.1 Kufuneka kubekho izibonelelo ezaneleyo zokungenisa umoya kwigumbi le-transformer ukuqinisekisa ukuba ukushisa okwenziwa yi-transformer kuchithwa ngexesha.
4.2 Imfuno yomoya opholileyo, ukuhamba komoya malunga ne-3m3 / min ngokulahleka kwe-kilowatt, kwaye umthamo we-ventilation unqunywe ngokwexabiso elipheleleyo lokulahleka kwe-transformer.
4.3 I-transformer kufuneka ifakwe i-600mm kude nodonga ukuqinisekisa ukuhamba komoya malunga ne-transformer kunye neemfuno zokhuseleko lomntu.
4.4 Iingcingo okanye izivalo kwindawo yokungenisa umoya kunye nendawo yokuphuma aziyi kunciphisa indawo esebenza ngokunqamlezayo yokuhambisa.
Kufuneka kubekho amanyathelo okuthintela ukungena kwezinto zangaphandle.
(5) Ngaphantsi kweemeko eziqhelekileyo, i-transformer ayifuni ukufakwa kunye neenyawo zeenyawo, kodwa xa kukho imfuneko yokuchasana ne-vibration, kufuneka ukuba kufakwe i-bolts foot bolts ngaphambi kokungcwatywa ngokwemilinganiselo yangaphandle.
(6) Ukudityaniswa kweentambo zombane
6.1 Ngaphambi kokuba uqhagamshele zonke iitheminali, kufuneka uqhelane nengxelo yovavanyo kunye nedayagramu yoqhagamshelo kwi-nameplate, kwaye uqhagamshelwano kufuneka luchaneke.
6.2 Umgca wokudibanisa owenziwe ngeentambo okanye iibhasi kufuneka uhambelane neemfuno zemigaqo yokusebenza kwe-transformer kunye nemimiselo yokufakelwa kombane, kwaye ukhethe iintambo kunye neebhasi ezineziqendu ezifanelekileyo.
6.3 Ucingo oludityanisiweyo aluyi kuvelisa uxinzelelo olugqithisileyo lomatshini kunye netorque kwitheminali.Xa i-current ingaphezu kwe-1000 amps, kufuneka kubekho uxhulumaniso oluthambileyo phakathi kwe-busbar kunye nee-terminals ze-transformer ukuhlawulela uxinzelelo olwenziwa ngabaqhubi ngexesha lokwandiswa kwe-thermal kunye nokunciphisa.
6.4 Ubuncinane bomgama wokugquma phakathi kwezinto eziphilayo naphakathi kwezinto eziphilayo nomhlaba mawuqinisekiswe, ngakumbi umgama ophakathi kweentambo neekhoyili ezinombane ophezulu.
6.5 Uqhagamshelo lwebholithi kufuneka luqinisekise uxinzelelo olwaneleyo lokunxibelelana, kunye newasha yebhabhathane okanye iwasha yasentwasahlobo ingasetyenziswa.
6.6 Phambi kocingo, zonke iibholithi zokuqhagamshela kunye neebhloko zetheminali mazicocwe.Zonke iidibansi kufuneka ziqine kwaye zithembeke.
6.7 Kwitheminali ekhokelayo ephumayo yomgca wesebe lekhoyili ye-voltage ephezulu, amandla kufuneka afane xa kudityaniswa, kwaye akuvumelekanga ngokungqongqo ukuba amandla empembelelo kunye namandla okugoba asebenze kwi-terminal.
(7) Umhlaba
7.1 Kukho i-bolt yokumisa phantsi kwe-transformer, ekufuneka idibaniswe nenkqubo yokukhusela yokukhusela.
7.2 Ixabiso lokumelana nomgangatho wenkqubo yokukhusela yokukhusela kunye ne-cross-section of the grounding wire kufuneka ihambelane nemimiselo yokufakelwa kombane.
(8) Ukufakwa kunye nokusetyenziswa kwenkqubo yokulawula ubushushu
8.1 Ngenxa yokuba imveliso ixhotyiswe nge-thermometer yesignali, inokuqonda imisebenzi yephutha, isandi esingaphezulu kweqondo lokushisa kunye ne-alamu yokukhanya, i-over-temperature falling automatic and switching automatic on and off the fan.
I-8.2 I-thermometer yesignali kunye nokumelana ne-platinum ifakwe ngaphambi kokuba imveliso ihambe kwifektri, kwaye i-wiring ye-fan kunye ne-thermometer ye-signal igqityiwe, oko kukuthi, ixabiso lobushushu be-thermometer phezu kwe-alarm yokushisa kunye nohambo olungaphezulu lokushisa, kwaye ifeni ngokuzenzekelayo iqala kwaye ime.Xa ufaka, umsebenzisi kufuneka avule kuphela umbane ngokuhambelana nencwadana yomyalelo wofakelo okanye ilogo yethemometha yomqondiso, kwaye uqhagamshele isiphelo somgca we-alarm.
2. Ukulungiswa komhlaba
(1) Ngaphambi kokufaka i-ome-type transformer kwi-downhole, qala ulungelelanise indawo ye-terminal ye-high-voltage igalelo lempompo ye-transformer kwindawo efanelekileyo ngokuhambelana nenqanaba lonikezelo lwamandla ezantsi kunye nokubhekisela kwimiyalelo.

(2) Xa i-transformer eyomileyo ifakwe kwi-voltage epheleleyo kwaye akukho mthwalo, i-inrush current (i-impulse current) inokuveliswa.I-inrush yangoku inxulumene nokuphazamiseka kombane komgca kunye nexabiso elikhawulezayo lombane xa uvala, ngokuqhelekileyo akukho ngaphezu kwe-5 yangoku i-rerated current ye-voltage ephezulu, kwaye i-inrush yangoku ibola ngokukhawuleza., ngamanye amaxesha imizuzwana emininzi.

Ukusetyenziswa kunye nokusebenza:
1. Khangela
1.1 Ukubonakala, khangela i-coil ye-transformer, i-voltage ephezulu kunye ne-low voltage lead kunye nokudibanisa umonakalo okanye ukukhululeka.
1.2 Tshekisha ukuba ngaba idatha ekwi- nameplate iyazanelisa na iimfuno zoku-odola.
1.3 Khangela ukuba i-casing ye-transformer kunye ne-iron core zisekelwe ngokusisigxina.
1.4 Jonga ukuba isixhobo sokulawula ubushushu kunye nesixhobo sokupholisa umoya siphelele na.
1.5 Tshekisha ukuba ngaba ingxelo yovavanyo lwasefektri igqityiwe na.
1.6 Khangela ukuba ngaba kukho izinto zangaphandle kumbindi we-iron nakwikhoyili, nokuba kukho uthuli okanye izinto zasemzini kumzila womoya.
1.7 Ngaphambi kokuba usebenze, sebenzisa umoya ocinezelweyo ukucoca ikhoyili ye-transformer, i-iron core kunye ne-air passage.
1.8 Khangela umgama phakathi komgca wokulawula ukushisa kunye nenxalenye nganye, kwaye kuphela emva kokuqinisekisa ukuba ichanekile inokufakwa ekusebenzeni kovavanyo.
2. Uvavanyo
2.1 Uvavanyo lokuxhathisa olungundoqo:
Ukukhulula okwethutyana undoqo we-transformer kwi-clamp ephezulu (buyela kwimeko yokuqala emva kokulinganisa), kwaye ulinganise nge-500V megohmmeter (umswakama ohambelana ≤85%).
I-Iron core-clamp kunye nomhlaba ≥5MΩ.
2.2 Uvavanyo lwe-coil insulation resistance (iqondo lobushushu 10℃-40℃, ukufuma okuhlobene ≤85%), umlinganiselo nge-2500V megohmmeter, ukuchasa ukugquma komhlaba:
Ukujika kwamandla ombane aphezulu emhlabeni ≥1000MΩ
Ukujika kombane ophantsi ukuya emhlabeni ≥1000MΩ
Ukujika kombane ophezulu ukuya kumoya ophantsi kwamandla ombane ≥1000MΩ
Kwindawo enomswakama, ukuxhathisa kwe-insulation kuya kuncipha.Ngokuqhelekileyo, ukuba ukuchasana kwe-insulation akukho ngaphantsi kwe-2 MΩ (ukufunda kwi-25 ° C ngomzuzu we-1) nge-1kV ye-voltage elinganisiweyo, inokuhlangabezana neemfuno zokusebenza.Nangona kunjalo, xa i-transformer imanzi kakhulu, kungakhathaliseki ukuba i-insulation resistance resistance, kufuneka yomiswe ngaphambi kokuba uvavanyo lombane lokumelana okanye luqalise ukusebenza.
2.3 Izinga lokungalungelelani kovavanyo lokumelana ne-DC: isigaba yi-4%;umgca yi-2%.
2.4 Uvavanyo lomlinganiselo weTransformer: ngaphantsi okanye ulingana ne ±0.5%.
2.5 I-frequency yolwakhiwo lwangaphandle imelana novavanyo lombane, i-voltage yokumelana yi-85% yomgangatho wovavanyo lwasefektri.
2.6 Yenza i-frequency yamandla yokumelana novavanyo lombane kwi-transformer exhotyiswe nge-thermostat.Zonke iiprobe kwi-thermostat kufuneka zikhutshwe phambi kovavanyo.
3. Beka ekusebenzeni
3.1 Ngexesha lokuqala i-thermostat ifakwe ekusebenzeni: Isixhobo sokulawula ubushushu silungelelaniswe kwiqondo lokushisa elihambelanayo le-insulation level ye-transformer xa ishiya i-factory.Phantsi kweemeko eziqhelekileyo, akuyomfuneko ukuba kulungiswe.Nceda ubhekisele kwimiyalelo yofakelo kunye nokusebenza kwesixhobo sokubonisa ubushushu kunye nebhokisi yokulawula ubushushu (ukuba kukho).Emva kokuba ulawulo lobushushu kunye nokufuma kuhlanjululwe ngokufanelekileyo, qala ubeke isiguquli sisebenze, emva koko ubeke ulawulo lobushushu kunye nomboniso wokufuma usebenze.
3.2 Ngaphambi kokuqalisa ukusebenza, i-transformer kufuneka ivalwe kathathu phantsi komthwalo ongekho phantsi kombane olinganisiweyo.
3.3 Emva kokuba i-no-load ifaneleke kathathu, inokufakwa ekusebenzeni ngomthwalo, kwaye umthwalo kufuneka unyuswe ngokuthe ngcembe.
3.4 Ngethuba lokuvala ukungabikho komthwalo, ngenxa ye-excitation inrush current, i-overcurrent and quick-break security settings kufuneka ihambelane kakuhle.
3.5 Umsebenzi ogqithisiweyo we-transformer kufuneka uqhutywe ngokuhambelana ne-GB/T17211-1998 (IEC905) "Izikhokelo zokuLayishwa kwe-Dry-Type Power Transformers", kunye ne-voltmeter, i-ammeter, imitha yamandla kunye nesixhobo sokulinganisa ubushushu kufuneka sibekwe esweni ngokukhawuleza. ukugqiba ukuba ngaba kukho nakuphi na ukungaqhelekanga kwi-transformer., ukwenzela ukuba kuthathwe amanyathelo okuthuthwa kwangethuba ukukhusela i-transformer ekubeni igxininiswe kakhulu.
3.6 Ukuba isandi esingaqhelekanga okanye i-alamu yobushushu obungaphezulu kweqondo lokushisa lenzeka kwi-transformer ngexesha lokusebenza, kufuneka kuhlawulwe ingqalelo kwaye kuthathwe amanyathelo ahambelanayo.