I-Intelligent Universal Breaker CJW1(ACB)
Ukwahlukanisa
- Ngokusho kokukhweza: kulungisiwe futhi kukhishwe
- Ngokwezinti: izinti ezintathu, izinti ezine
- Ngokusho kwezindlela zokusebenza: i-motor kanye ne-manual (ukugcinwa nokulungiswa)
- Ngokuvumelana nokukhishwa: ihlakaniphile phezu kwesilawuli samanje, i-under-voltage ngokushesha (noma ukubambezeleka) ukukhululwa, nokukhululwa kwe-shunt
- Amandla wesilawuli esihlakaniphile samanje:
- ukuhlukaniswa: uhlobo H (oluvamile), uhlobo lwe-M (oluhlakaniphile oluvamile), uhlobo luka-L (lwezomnotho)
- inomsebenzi wokulibazisa okuchichimayo ukuhlehlisa umkhawulo wesikhathi sokuvikela
- umsebenzi wokuvikela wesigaba esisodwa somhlaba
- umsebenzi wenkomba: ukusetha inkomba yamanje, inkomba yesenzo samanje, inkomba ngayinye ye-voltage yocingo (kufanele isho njengoba uyala).
- Umsebenzi we-alamu
- Umsebenzi wokuzihlola
- Umsebenzi wokuhlola
Isimo Sendawo Sokusebenza Nokufakwa
- Izinga lokushisa le-ambient: -5℃ ~ 40℃, kanye nezinga lokushisa elijwayelekile emahoreni angama-24 ngaphansi kuka +35℃ (ngaphandle kwama-oda akhethekile).
- Ukuphakama kwendawo yokufaka: ≤2000m.
- Umswakama ohlobene: Awedluli ama-50% ezingeni lokushisa eliphakeme kakhulu le-ambient elingu-+40℃.Uma izinga lokushisa liphansi, umswakama ophezulu uzovunyelwa, kodwa izinga lokushisa eliphansi kakhulu enyangeni elingadluli +25℃ phakathi nenyanga enomswakama kakhulu, kanye nesilinganiso esiphezulu sanyanga zonke se-numiaty esihlobene esingeqile ku-90% kuleyo nyanga, nokucabangela amazolo. endaweni yezimpahla, ezovela ngenxa yokushintsha kwezinga lokushisa.
- Ukuvikelwa kokungcola: 3 degree.
- Izigaba zokufaka: Ⅳ amasekhethi ayinhloko e-breaker, amakhoyili okukhipha amandla kagesi angaphansi kanye nesekhethi eyinhloko yama-transformer;Ⅲ kwamanye amasekhethi asizayo kanye nesekhethi yokulawula.
- Izinqamuli ezisetshenziswa emikhunjini nasezindaweni ezishisayo ezishisayo zingasebenza ngokujwayelekile ngaphandle komthelela womoya oswakeme, inkungu kasawoti kanye nesikhutha.
- Izinqamuli ezisetshenziswa emikhunjini zingasebenza ngokuthembekile ngaphansi kokudlidliza okuvamile.
- I-breaker kufanele ifakwe ngokuya ngemibandela ebhalwe encwadini yokusebenza.Kumabreaker asetshenziswa okuvamile, i-gradient eqondile ayikho ngaphezu kuka-50, kulokho okusetshenziswa emikhunjini, i-gradient eqondile ayikho ngaphezu kuka-22.50.
- I-breaker kufanele ibekwe endaweni lapho kungekho khona igesi eliqhumayo kanye ne-conductive dustand, engagqwalisa insimbi noma ibhidlize into efakwa ngaphakathi.
- I-breaker kufanele ifakwe engxenyeni ye-switchboard futhi uzimele womnyango kufanele ulungiswe ngaphezu kwalokho, izinga lokuvikela lifika ku-lP40.
Idatha Yezobuchwepheshe kanye nekhono
| Likalwe kuThebula lamanje 1 | ||||||||
| Uhlaka olulinganiselwe lwe-Inm A yamanje | Ikalwe okwamanje ln A | |||||||
| 2000 | (400)630,800,1000,1250,1600,2000 | |||||||
| 3200 | 2000,2500,2900,3200 | |||||||
| 4000 | 3200,3600,4000 | |||||||
| 6300 | 4000,5000,6300 | |||||||
Isilinganiso sokukwazi ukuphulwa kwesekethe emfushane kanye nesikhathi esifushane sokumelana nezinqamuleli, ibanga le-arcing lithi “ziro” (njengoba ingaphandle lebreaker lingenawo ama-arcing.)Ithebula 2
| Uhlaka olulinganiselwe lwe-Inm A yamanje | 2000 | 3200 | 4000 | 6300 | ||||
| Isilinganiso esilinganiselwe sokunqamuka kwesifunda esifushane I-lcu(kA)O-CO | 400V | 80 | 80 | 100 | 120 | |||
| 690V | 50 | 50 | 75 | 85 | ||||
| Ilinganiselwe ikhono lokuphulwa kwesifunda esifushane sokusebenza nx lcu(KA)/COS∅ | 400V | 176/0.2 | 176/0.2 | 220/0.2 | 264/0.2 | |||
| 690V | 105/0.25 | 105/0.25 | 165/0.2 | 187/0.2 | ||||
| Ilinganiselwe isikhathi esifushane ukumelana ne-lcw I-lcs(kA)O-CO-CO | 400V | 50 | 50 | 80 | 100 | |||
| 690V | 40 | 40 | 65 | 75 | ||||
| Ilinganiselwe isikhathi esifushane ukumelana ne-lcw (kA)———”+0.4s,O-CO | 400V | 50 | 50 | 65/80(MCR) | 85/100(MCR) | |||
| 690V | 40 | 40 | 50/65(MCR) | 65/75(MCR) | ||||
| Isaziso: Intambo yokufaka kanye ne-out put iyafana ngokuphuka kwekhono. | ||||||||
Ubukhulu bamandla okucekela phansi ngu-360W eziphulini, futhi kumazinga okushisa ahlukene, kanye nesilinganiso samanje esihlala njalo sizoshintsha.Ithebula 3
| I-ambient izinga lokushisa℃ | Ikalwe okwamanje | |||||||
| 400A | 630A | 800A | 1000A | 1250A | 1600A | 2000A | ||
| 40 | 400A | 630A | 800A | 1000A | 1250A | 1600A | 2000A | |
| 50 | 400A | 630A | 800A | 1000A | 1250A | 1550A | 1900A | |
| 60 | 400A | 630A | 800A | 1000A | 1250A | 1550A | 1800A | |
Ihlakaniphe ngaphezu kwesici sokuvikela isilawuli samanje nemisebenzi Isilungiselelo nephutha.Ithebula 4
| Ukubambezeleka okude | Ukubambezeleka okufushane | Ngokushesha | Iphutha lomhlabathi | |||||
| lr1 | lr2 | Iphutha | lr3 | Iphutha | lr4 | Iphutha | ||
| (0.4-1)Ku | (0.4-15)In | ±10% | I-ln-50kA(Inm=2000A) I-ln-75kA(Inm=3200A) | ±15% | I-lnm=2000~3200A (0.2-0.8)Ngaphakathi (1200A,160A) | ±10% | ||
| Qaphela: uma inezinyathelo ezintathu zokuvikela ngesikhathi esisodwa, ukulungiselelwa ngeke kudlule. | ||||||||
Ukubambezeleka okude kuzici zokusebenza zamanje eziphambene ne-I2TL, =(1.51lr1)2tL, futhi isikhathi sayo sesenzo(1.02-2.0) Ir1, sinephutha lesikhathi ngu-±15%.Ithebula 5
| 1.05Ir1 | 1.3Ir1 | 1.5Ir1 Isikhathi sokusetha S | 15 | 30 | 60 | 120 | 240 | 480 |
| ＞2hno isenzo | ＜1h isenzo | 2.0Isikhathi Sokusetha S | 8.4 | 16.9 | 33.7 | 67.5 | 135 | 270 |
Bhala umlayezo wakho lapha futhi usithumelele wona