Isithombe Esifakiwe Esinesaphulelo Se-CJW1 Series Intelligent Universal Circuit Breakers Acb

Isaphulelo esikhulu se-CJW1 Series Intelligent Universal Circuit Breakers Acb

Incazelo emfushane:

Izicelo

Ama-CJW1 series ahlakaniphile ama-universal circuit breakers angasetshenziswa i-fir elawula inethi yokusabalalisa i-voltage ephansi futhi ayigcine iphephile. Uma ifakwa kumaphaneli okusabalalisa i-voltage ephansi, isebenza njenge-master switch ukuze idlale indima yokuphepha evamile. Uhlobo lwayo lobuchwepheshe selufinyelele izinga elithuthukisiwe lomhlaba wonke lalolo hlobo lwemikhiqizo ngawo-1990. Ifanela isekethe ye-AC 50Hz, i-voltage elinganiselwe ingu-660V (690V) noma ngaphansi, i-current elinganiselwe ingu-400A-6300A.

Isilawuli esihlakaniphile esihlukahlukene sinikeza imisebenzi ehlukahlukene.

Ama-breaker ahambisana nezidingo zamazinga alandelayo, i-IEC 60947-2, i-GB14048.2-2001.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Qhubeka nokuthuthukisa, ukuqinisekisa ukuthi izimpahla zisezingeni eliphezulu ngokuhambisana nezidingo zemakethe kanye nezijwayelekile zabathengi. Inhlangano yethu inenqubo yokuqinisekisa ikhwalithi ephezulu esivele isunguliwe ye-CJW1 Series Intelligent Universal Circuit Breakers Acb, Siyakwamukela ngobuqotho abangani abavela emhlabeni wonke ukuthi babambisane nathi esisekelweni sezinzuzo zesikhathi eside.
qhubeka nokuthuthukisa, ukuqinisekisa ukuthi izimpahla zisezingeni eliphezulu ngokuhambisana nezidingo zemakethe kanye nezijwayelekile zabathengi. Inhlangano yethu inenqubo yokuqinisekisa ikhwalithi ephezulu esivele isunguliweI-China MCCB kanye ne-Circuit Breaker, Sikholelwa ukuthi ubudlelwano obuhle bebhizinisi buzoholela ezinzuzweni kanye nasekuthuthukisweni kokubili. Manje sesisungule ubudlelwano bokubambisana besikhathi eside nobuphumelelayo namakhasimende amaningi ngokuzethemba kwabo izinsizakalo zethu ezenziwe ngokwezifiso kanye nobuqotho ekwenzeni ibhizinisi. Siphinde sijabulele idumela eliphezulu ngokusebenza kwethu okuhle. Ukusebenza okungcono cishe kuzolindeleka njengesimiso sethu sobuqotho. Ukuzinikela kanye nokusimama kuzohlala njengakuqala.

Ukuhlukaniswa

Ngokusho kokufakwa: okulungisiwe nokudonswa ngaphandle
Ngokusho kwezinsika: izinsika ezintathu, izinsika ezine
Ngokwezindlela zokusebenza: injini kanye nesandla (ukulungiswa nokulungiswa)
Ngokusho kokukhishwa: isilawuli samanje esihlakaniphile, ukukhululwa okusheshayo (noma ukubambezeleka) okungaphansi kwe-voltage, kanye nokukhululwa kwe-shunt
Amandla esilawuli esihlakaniphile esisebenzisa amandla amaningi:
ukuhlukaniswa: Uhlobo lwe-H (olujwayelekile), uhlobo lwe-M (oluhlakaniphile olujwayelekile), uhlobo lwe-L (olunomnotho)
inomsebenzi wokuvikela umkhawulo wesikhathi esiphindaphindayo ukuze ibambezeleke kakhulu
umsebenzi wokuvikela owenziwe ngesigaba esisodwa
umsebenzi wokubonisa: ukusetha inkomba yamanje, inkomba yamanje yesenzo, inkomba ngayinye ye-voltage yentambo (kufanele isho njengoba u-oda).
Umsebenzi we-alamu
Umsebenzi wokuzihlola
Umsebenzi wokuhlola

Isimo Sendawo Yokusebenza Nokufakwa

Izinga lokushisa eliphakathi nendawo: -5℃ ~ 40℃, kanye nezinga lokushisa eliphakathi emahoreni angama-24 ngaphansi kuka-+35℃ (ngaphandle kwama-oda akhethekile).
Ukuphakama kwendawo yokufaka: ≤2000m.
Umswakama ohlobene: Akudluli ku-50% ekushiseni okuphezulu kwe-ambient okungu-+40℃. Uma izinga lokushisa liphansi, umswakama ophezulu uzovunyelwa, kodwa izinga lokushisa eliphansi kakhulu ngenyanga alidluli ku-+25℃ phakathi nenyanga emanzi kakhulu, kanye nenani eliphakeme kakhulu lenyanga elingadluli ku-90% kuleyo nyanga, kanye nokucabangela amazolo ebusweni bezimpahla, okuzovela ngenxa yokushintsha kwezinga lokushisa.
Ukuvikelwa kokungcola: 3 degree.
Izigaba zokufaka: Ⅳ zamasekethe amakhulu e-breaker, amakhoyili okukhululwa kwe-voltage ngaphansi kanye nesekethe eyinhloko yama-transformer; Ⅲ kwamanye amasekethe asizayo kanye nesekethe yokulawula.
Ama-breaker asetshenziswa emikhunjini nasezindaweni ezishisayo ezinomswakama angasebenza ngokujwayelekile ngaphandle kwethonya lomoya omanzi, inkungu kasawoti kanye nesikhunta.
Ama-breaker asetshenziswa emikhunjini angasebenza ngokuthembekile ngaphansi kokudlidliza okuvamile.
I-breaker kufanele ifakwe ngokwemigomo esencwadini yokusebenza. Kuma-breaker asetshenziswa njalo, i-gradient eqondile ayidluli ku-50, kuleyo esetshenziswa emikhunjini, i-gradient eqondile ayidluli ku-22.50.
I-breaker kufanele ibekwe endaweni lapho kungekho khona i-explosive medium kanye nothuli oluqhubayo futhi kungekho gesi, engagqwala insimbi noma ibhubhise i-insulation.
I-breaker kufanele ifakwe engxenyeni ye-switchboard futhi uhlaka lomnyango kufanele lulungiswe ngaphezu kwalokho, izinga lokuvikela lifinyelela ku-lP40.

Idatha Yobuchwepheshe kanye Nokwazi

Ithebula lamanje elilinganiselwe 1
Isilinganiso samanje sefreyimu ye-Inm A					Isilinganiso samanje se-ln A
2000					(400)630,800,1000,1250,1600,2000
3200					2000,2500,2900,3200
4000					3200,3600,4000
6300					4000,5000,6300

Amandla okuphuka kwesekethe esifushane kanye nokumelana nesikhathi esifushane kwama-breaker, ibanga lokugoba “liyi-zero” (njengoba ingaphandle le-breaker lingekho ukugoba.) Ithebula 2

Isilinganiso samanje sefreyimu ye-Inm A		2000	3200	4000	6300
Ikhono lokuphula isifunda esifushane elilinganiselwe i-lcu(kA)O-CO	400V	80	80	100	120
	690V	50	50	75	85
Kulinganiswe ukusebenza kwekhono lokuphula isifunda esifushane 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
Kulinganiswe isikhathi esifushane sokumelana ne-lcw i-lcs(kA)O-CO-CO	400V	50	50	80	100
	690V	40	40	65	75
Kulinganiswe isikhathi esifushane sokumelana 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 nentambo yokukhipha iyafana ekuphukeni kwamandla.

Amandla aphezulu okubhubhisa angama-360W kuma-breaker, futhi ekushiseni okuhlukile, kanye nomthamo wamanje ohlala isikhathi eside olinganiselwe uzoshintsha. Ithebula 3

I-Ambient izinga lokushisa℃	Isilinganiso samanje
I-Ambient izinga lokushisa℃	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

Isici sokuvikela isilawuli samanje esihlakaniphile kanye nemisebenzi Izilungiselelo kanye nephutha. Ithebula 4

Ukulibaziseka isikhathi eside	Ukulibaziseka okufushane		Ngokushesha		Iphutha elifakwe umhlaba
lr1	lr2	Iphutha	lr3	Iphutha	lr4	Iphutha
(0.4-1)Ngaphakathi	(0.4-15)Ngaphakathi	±10%	ln-50kA(Inm=2000A) ln-75kA(Inm=3200A)	±15%	lnm=2000~3200A (0.2-0.8)Ngaphakathi (1200A,160A)	±10%
Isaziso: Uma inesivikelo sezinyathelo ezintathu ngesikhathi esisodwa, isethingi ngeke idlule.

Ukubambezeleka isikhathi eside ngenxa yezici zokusebenza kwesikhathi esiphambene samanje I2TL, =(1.51lr1)2tL, kanye nesikhathi sayo sesenzo (1.02-2.0) Ir1, inephutha lesikhathi ±15%. Ithebula 5

1.05Ir1	1.3Ir1	1.5Ir1 Isikhathi sokusetha S	15	30	60	120	240	480
＞2hno isenzo	Isenzo sehora eli-1	Isikhathi Sokusetha esingu-2.0Ir S	8.4	16.9	33.7	67.5	135	270

incazelo yomkhiqizo1 incazelo yomkhiqizo2 Qhubeka nokuthuthukisa, ukuqinisekisa ukuthi izimpahla zisezingeni eliphezulu ngokuhambisana nezidingo zemakethe kanye nezijwayelekile zabathengi. Inhlangano yethu inenqubo yokuqinisekisa ikhwalithi ephezulu esivele isunguliwe ye-CJW1 Series Intelligent Universal Circuit Breakers Acb, Siyakwamukela ngobuqotho abangani abavela emhlabeni wonke ukuthi babambisane nathi esisekelweni sezinzuzo zesikhathi eside.
Ukuthengisa ngobuningi okunesaphuleloI-China MCCB kanye ne-Circuit Breaker, Sikholelwa ukuthi ubudlelwano obuhle bebhizinisi buzoholela ezinzuzweni kanye nasekuthuthukisweni kokubili. Manje sesisungule ubudlelwano bokubambisana besikhathi eside nobuphumelelayo namakhasimende amaningi ngokuzethemba kwabo izinsizakalo zethu ezenziwe ngokwezifiso kanye nobuqotho ekwenzeni ibhizinisi. Siphinde sijabulele idumela eliphezulu ngokusebenza kwethu okuhle. Ukusebenza okungcono cishe kuzolindeleka njengesimiso sethu sobuqotho. Ukuzinikela kanye nokusimama kuzohlala njengakuqala.