Izingxenye zokugxiviza zensimbi ezinembile
I-Circuit breaker iyingxenye ebalulekile yesistimu yamandla, enesibopho sokusatshalaliswa kwamandla kagesi, uhlelo lokuvikela kanye neminye imisebenzi.I-low-voltage circuit breaker yakhiwe ngabathintwayo, izinto zokucisha i-arc, izindlela zokusebenza namadivayisi okuvikela.Oxhumana nabo (oxhumana nabo abamile kanye nothintana nabo abahambayo) basetshenziswa kuma-breaker circuit ukuvula noma ukuphula isekethe.Izidingo eziyisisekelo zothintwayo yilezi: (1) ingavula ngokuphephile nangokuthembekile futhi iphule umsinga wesekethe ngaphansi komkhawulo wamanje wesekethi emfushane.(2) ukusebenza kwesistimu yokusebenza yesikhathi eside.(3) phakathi kwenani elishiwo lempilo kagesi, ngeke kube nokuguga okukhulu ngemva kokuvula nokuphuka.Izinhlobo zokuxhumana zama-circuit breaker asetshenziswa kakhulu ukuxhumana kwezinqe, ukuthintana kwebhuloho kanye nokuxhumana ne-plug-in.Iningi labathintwayo bezinqe kanye nokuxhumana kwebhuloho kukhona ukuxhumana okungaphezulu noma okuthinta ulayini, futhi okufakwayo kwe-alloy okusekelwe esiliva kushiselwe koxhumene nabo.Ngaphezu kokuxhumana okuyinhloko, kukhona oxhumana nabo abasizayo kanye noxhumana nabo be-arc esigabeni ngasinye se-breaker circuit enkulu.
Ukulandelana kwesenzo sokuxhumana kwe-circuit breaker kungokulandelayo: lapho i-breaker yesifunda ivaliwe, ukuthintana kwe-arc kuvaliwe kuqala, khona-ke oxhumana naye osizayo uvaliwe, futhi ekugcineni othintana naye oyinhloko uvaliwe;ngokuphambene nalokho, lapho i-circuit breaker iphukile, othintana naye oyinhloko uthwala umthwalo wamanje, futhi umsebenzi wokuxhumana kwesibili ukuvikela othintana naye oyinhloko, ukuthintana kwe-arc kusetshenziselwa ukuthwala i-arc cauterization lapho kunqanyulwa okwamanje, futhi i-arc yenziwa kuphela ku-arc contact, ngaleyo ndlela iqinisekisa ukuthi othintana naye oyinhloko akanqanyulwa yi-arc futhi isebenza ngokuzinzile isikhathi eside.Isistimu yokucima i-arc isetshenziselwa ukucisha i-arc phakathi koxhumana nabo lapho isifunda sinqanyuliwe.Uhlelo lokucima i-arc luqukethe izingxenye ezimbili: enye iyindlela eqinile yasentwasahlobo yokuhlukanisa ngokushesha othintana nabo be-breaker circuit, kanti enye iwukuthi igumbi lokucima i-arc lihlelwe ngaphezu koxhumana nabo.Indlela yokusebenza ye-circuit breaker ihlanganisa izingxenye ezimbili: indlela yokudlulisela kanye nendlela yokukhubeka.(1) Indlela yokudlulisa: Ngokwemodi yokusebenza ehlukene ye-breaker circuit ingahlukaniswa ibe: ukudluliswa kwezandla, ukudluliswa kwe-lever, ukudluliswa kukazibuthe kagesi, ukudluliswa kwemoto;ngokusho kwemodi yokuvala ingahlukaniswa: ukuvalwa kwesitoreji samandla nokuvalwa kwesitoreji esingewona amandla.(2) Indlela yamahhala yokukhubeka: Umsebenzi wendlela yokukhululwa kwamahhala ukubona ukuxhumana phakathi kwendlela yokudlulisela kanye nesistimu yokuxhumana.Umkhiqizo omuhle oqediwe uhlanganiswa kusuka ezingxenyeni ezisezingeni eliphezulu.Sihlinzeka amakhasimende ngezinsizakalo ezenziwe ngokwezifiso zazo zonke izinhlobo zezingxenye.
| Igama lento | izingxenye zensimbi zokunyathela |
| Okubalulekile | Carbon steel,Mild steel,SPCC,Stainless steel,ithusi elibomvu,ithusi,phosphor yethusi, beryllium bronze, nezinye izinto zensimbi |
| Ubukhulu | 0.1mm-5mm |
| Ukucaciswa | Ngokwezifiso, Ngokuvumelana nemidwebo yakho namasampula |
| Ukunemba okuphezulu | +/-0.05mm |
| Ukwelashwa kwendawo | I-Powder enamathela I-anodic oxidationI-Nickel Plating I-tin plating, i-Zinc plating, i-Silver plating Cu Plating njll |
| Ukukhiqiza | Ukunyathela/Ukusika iLaser/Ukubhoboza/Ukugoba/Ukushisela/Okunye |
| Ifayela Lokudweba | 2D:DWG,DXF njll I-3D:IGS, STEP, STP.ETC |
| Isitifiketi | ISO SGS |
