● I-SSG-12kV solidinsulation network switchgear iyisisetshenziswa esihlakaniphile esinamafu esinezinto zokuvikela indawo ezungezile, intengo eyongayo kanye nokusebenza okulula.
Zonke izingxenye ze-conductive ku-switch zigxilile noma zivalwe ezintweni eziqinile zokuvikela.
● Iswishi eyinhloko isebenzisa i-vacuum arc, futhi isinqamuli sithatha isakhiwo sendawo emithathu. Amakhabethe aseduze axhunywe imigoqo yamabhasi eqinile.
● Isekethe yesibili isebenzisa ubuchwepheshe bokulawula obuhlanganisiwe futhi isekela umsebenzi wokudlulisa idatha.
| Ukuphakama ≤4000m(Sicela ucacise ukuthi isisetshenziswa sisebenza nini ukuphakama ngaphezu kuka-1000m ukuze ingcindezi yokwehla kwamandla emali futhi amandla ekamelo lomoya angalungiswa ngesikhathi sokukhiqiza)
Umswakamo we-Ambient |
| Izinga lokushisa le-ambient Izinga lokushisa eliphezulu:+50℃; Izinga lokushisa elincane: -40 ℃; Izinga lokushisa elijwayelekile ngo-24h alidluli ku-35℃.
|
01 Isakhiwo se-switchgear
※ Imodi yokuhlanganisa iKhabhinethi
Kwamukelwe uhlelo lwamabhasi anwebekayo aphezulu aseYurophu avaleleke ngokuphelele futhi avalelwe, alungele ukufakwa futhi angabizi kakhulu.
※ Umgqomo wekhebula
1.Ikhompathimenti yekhebula ingavulwa kuphela lapho okuphakelayo kuhlukanisiwe noma kusekelwe phansi.
2.I-bushing izohambisana nezinga le-DIN EN 50181 futhi izoxhunywa namabhawodi e-M16. Isibambisi singaxhunywa ngemuva kwetheminali yekhebula emise okwe-T.
3.I-CT ehlanganisiwe itholakala ohlangothini lwe-casing, olulungele ukufakwa kwekhebula futhi alithintwa amandla angaphandle,
4.Ubude ukusuka endaweni yokufaka ikesi kuye phansi buzoba ngaphezu kwama-650mm.
※ Isiteshi sokusiza ingcindezi
Uma kwenzeka iphutha langaphakathi le-arcing, idivayisi ekhethekile yokusiza ukucindezela efakwe engxenyeni engezansi yomzimba izoqala ngokuzenzakalelayo ukuze ikhulule ingcindezi.
02 Isekethe Eyinhloko
※I-circuit breaker
I-1.I-voltage ephezulu isebenzisa ubuchwepheshe bokuvikela ukulinganisa ingcindezi, egxilile noma evalwe kugobolondo le-epoxy resin ngesikhathi esisodwa.
I-2.Ukucima i-arc ye-vacuum ifakwe indlela ye-sine curve, enekhono eliqinile lokucisha i-arc futhi ilondoloza umzamo ekusebenzeni kokuvala nokuvula.
3.Ukusekelwa kwe-shafting yesistimu yokudlulisela iklanyelwe kakhulu nge-need roller bearing, eguquguqukayo ekujikelezeni kanye nokusebenza kahle kokudlulisela.
I-4.I-rectangular contact spring iyamukelwa, enenani lamandla elizinzile kanye nempilo ende yemishini kanye nogesi.
※ Isinqamuleli
1.Isinqamuli sidizayinelwe sinezikhundla ezintathu ukuvimbela ukusebenzisa kabi.
I-2.I-spring ye-disc yokusebenza ephezulu iqinisekisa ukuzinza kokucindezela kokuxhumana futhi kuhambisana nomklamo wokuxhumana nokuvala ukuma, ngaleyo ndlela iqinisekisa ukwethembeka kokuvala phansi.
04 I-Len Ayinasondlo futhi I-Angle Ebanzi
I-1.I-high voltage live circuit ifakwe ebhokisini lensimbi engagqwali eline-laser welding, elingenayo indawo yangaphandle ngesikhathi sokusebenza futhi engakwazi ukuqaphela ukugcinwa kwempilo yonke mahhala.
2.Ukuvuza kwamanje phakathi kokuphansi kwe-high-voltage kanye nokuphuka kwe-isolation kusekelwe ngokuthembekile ngebhokisi lomoya ukuze kuzuzwe ukufakwa okugcwele.
3.Amathuba okwehluleka kwe-arcing ebhokisini mancane kakhulu, ikakhulukazi ngenxa yesakhiwo esilandelayo:
• Isigaba ngasinye sisebenzisa idivayisi yokucima i-arc ezimele.
• Isinqamuli sithatha isakhiwo sezikhundla ezintathu.
• Iswishi ye- earthing esheshayo enomsebenzi wokuvala ofanele.
• I-insulation ayithintwa indawo engaphandle
I-4.Uma kwenzeka iphutha langaphakathi le-arcing, i-valve yokukhulula ingcindezi efakwe ngaphansi kwebhokisi izoqala.
I-5.I-lens ye-angle ebanzi ifakwe umthombo wokukhanya we-LED, ongabheka ngokuphumelelayo izimo zokuvala, ukuvulwa kanye nokumisa phansi kwe-disconnector ukuze kube lula ukugcinwa kwabasebenzi bokusebenza nokugcinwa. I-lens barrel yenziwe nge-aluminium alloy, enamandla amakhulu futhi igwema ubungozi bokuhluleka kokuvalwa kwesekethe okubangelwa ukuguga.
03 Indlela yokusebenza
※ Indlela eyinhloko
Indlela yokudlulisa enembayo enomsebenzi wokuvala kabusha isebenzisa uxhumo lwe-spline, i-roller enaliti enezinaliti kanye nohlelo lokuklanywa kwebhafa kawoyela olusebenza kahle, ngaleyo ndlela iqinisekise ukuphila komshini komkhiqizo izikhathi ezingaphezu kweziyi-10000.
※ Indlela yokuhlukanisa izikhundla ezintathu
Indlela yokuhlukanisa izikhundla ezintathu enomsebenzi wokuvala ngokushesha idizayinelwe ngentwasahlobo eyodwa kanye namashafu amabili asebenzayo azimele ukugwema ukusebenzisa kabi.
※ I-circuit breaker mechanism kanye nendlela yokuhlukanisa izikhundla ezintathu ingalayishwa ngohlelo lokusebenza lukagesi. Zonke izingxenye zikagesi zifakwe phambi komshini, ezingangezwa futhi zigcinwe nganoma yisiphi isikhathi.
05Isixhumi esibonakalayo sekhompyutha yomuntu
1.Iphaneli yebhasi ye-analog icacile futhi kulula ukuyisebenzisa.
2.Iswishi eyinhloko yakhelwe ngenkinobho ukuze isebenze kalula. Isakhiwo sezinkinobho senziwa nge-zinc alloy ukugwema ukuguga nokwehluleka.
3.Imbobo yokusebenza iklanywe ngekhava ye-anti misoperation, engakwazi ukukhiywa.
4.Izimbobo ezimbili zokusebenza ezizimele zisetshenziselwa ukuhlukanisa nokushintsha amaswishi.
5.Iswishi yaphansi kufanele ifakwe "idivayisi yokukhiya i-voltage" ukuze ivimbele iswishi yaphansi ukuba ivaleke ngephutha uma ifakelwe ugesi.
I-6.I-lens ye-angle ebanzi enesistimu yayo yokukhanyisa ilula ukubuka ukuphuka okukodwa.
7.Isibambo se-spline esingafakwa kunoma iyiphi indlela silungele i-opera
06 Iyunithi Eyinhloko
Imojula yeyunithi eyinhloko ingathengiswa ngokuhlukana, futhi wonke amapharamitha alungisiwe endaweni ngaphambi kokuphuma embonini yethu. Amakhasimende awadingi ukulungisa iphutha, kodwa adinga kuphela ukufaka imojula yeyunithi eyinhloko kukhabhinethi ukuze isethi ephelele; Inkampani yethu ihlinzeka amakhasimende ngohlu olugcwele lwemidwebo yekhabethe, imidwebo yesikimu yesibili, izincwadi zomkhiqizo, izinto zokuphromotha, ukubonisana nobuchwepheshe nezinye izinsiza mahhala.
Amazinga aphezulu | |
I-GB 3906-2006 | 3.6kV~40.5kV AC Metal Enclosed Switchgear and Control Equipment |
I-GB/T 11022-2011 | Izidingo Zobuchwepheshe Ezivamile Ze-High Voltage Switchgear kanye namazinga wezisetshenziswa zokulawula |
I-GB 3804-2004 | 36kV~40.5kV Amandla kagesi aphezulu we-AC Load Switch |
I-GB 1984-2014 | I-High Voltage AC Circuit Breaker |
I-GB 1985-2014 | Izixhumi ze-AC zamandla aphezulu kanye nama-Earthing Switches |
GB 3309-89 | Ukuhlolwa Komshini Kwe-High-Voltage Switchgear at Room Temperature |
Amazinga aphezulu | |
I-GB 13540-2009 | Izidingo zokuzamazama komhlaba ze-High Voltage Switchgear nezisetshenziswa zokulawula |
I-GB/T 13384-2008 | Imibandela Yobuchwepheshe Ejwayelekile Yokupakishwa Kwemikhiqizo Yemishini Nekagesi |
I-GB/T 13385-2008 | Izidingo Zomdwebo Wokupakisha |
I-GB/T 191-2008 | Izimpawu Zezithombe Zokupakisha, Isitoreji Nezokuthutha |
I-GB 311.1-2012 | Ukudidiyelwa kweInsulation Ingxenye 1 Izincazelo, Izimiso kanye Nemithetho |
Q/GDW 730-2012 | Izimo Zobuchwepheshe Zeyunithi Eyinhloko Yendandatho Engagqunywe Ngumzimba engu-12kV |
Amapharamitha | ||
1 | Ikalwe imvamisa/voltage/yamanje | 50Hz/12kV/630A |
2 | Ilinganiselwe isikhathi esifushane ukumelana nokwamanje | 20kA/4s |
3 | Isilinganiso samandla esinqunyelwe ukumelana ne-voltage | 42/48kV |
4 | Isilinganiso sombani simelana ne-voltage | 75/85kV |
5 | Isigaba sokulahlekelwa ukuqhubeka komsebenzi | I-LSC 2B |
6 | Isilinganiso sangaphakathi se-arc | Hlela ngodonga IAC A FL 20kA/1S |
Hlela kusukela odongeni IAC A FLR 20kA/1S | ||
7 | Ibanga lokuvikela lokushintsha/lekhabhinethi | IP67/IP41 |
Imvelo | ||
1 | Izinga lokushisa le-ambient | -40℃ ~ 60℃ (Kwenziwe ngezifiso ngezansi -25 ℃) |
2 | Umswakama ohlobene | ≦95% |
3 | Ukuphakama | ≦4000米 |
4 | I-anti-seismic | 8 oku |
5 | Ikakhulukazi efanelekayo ithafa, ugu, alpine, ukungcola okuphezulu nezinye izindawo. | |
※ I-SSG-12 igesi yemvelo efakwe i-switchgear yenethiwekhi ngeke ibe nenkinga yokuthi umfutho womoya uyancipha kancane kancane njengokushintsha kwe-SF6 ekushiseni okuphansi, futhi ukufakwa kuzoqhubeka nokwehla kuyo yonke inqubo, okuholela ekwehlulekeni kokufakwa. |