Iinxalenye zesitampu zentsimbi ezichanekileyo
I-Circuit breaker yinxalenye ebalulekileyo yenkqubo yamandla, ejongene nokuhanjiswa kwamandla ombane, inkqubo yokukhusela kunye neminye imisebenzi.I-low-voltage circuit breaker iqulunqwe ngabafowunelwa, izixhobo zokucima i-arc, iindlela zokusebenza kunye nezixhobo zokukhusela.Abafowunelwa (abafowunelwa be-static kunye nabafowunelwa abahambahambayo) basetyenziswa kwii-breakers zesiphaluka ukuvula okanye ukuphula isiphaluka.Iimfuno ezisisiseko zoqhagamshelwano zezi: (1) inokuvula ngokukhuselekileyo nangokuthembekileyo kwaye yaphule umsinga wesekethe ngaphantsi komda wesiphaluka esifutshane.(2) ukusebenza kwangoku kwenkqubo yokusebenza kwexesha elide.(3) phakathi kwenani elichaziweyo lobomi bombane, akusayi kubakho konakala okunzulu emva kokulayita nokuqhawuka.Iindidi zoqhagamshelwano zeesekethe ezisetyenziswa ngokuqhelekileyo zidibanisa i-butt, ukudibanisa ibhuloho kunye ne-plug-in contact.Uninzi lwabafowunelwa be-butt kunye noqhagamshelwano lwebhulorho luqhagamshelwano lomphezulu okanye uqhagamshelwano lomgca, kunye nokufakwa kwe-alloy esekelwe kwisiliva kufakwe kwi-weld kubafowunelwa.Ukongeza kuqhagamshelwano oluphambili, kukho oonxibelelwano abancedisayo kunye noqhagamshelwano lwe-arc kwisigaba ngasinye se-breaker circuit.
Ulandelelwano lwesenzo soqhagamshelwano lwe-circuit breaker lulandelayo: xa i-circuit breaker ivaliwe, i-arc contact ivalwe kuqala, emva koko umnxeba oncedisayo uvaliwe, kwaye ekugqibeleni uqhagamshelwano oluphambili luvaliwe;ngokuchaseneyo, xa i-circuit breaker iphukile, uqhagamshelwano oluphambili luthwala umbane wangoku, kwaye umsebenzi woqhagamshelwano lwesibini kukukhusela uqhagamshelwano oluphambili, uqhagamshelwano lwe-arc lusetyenziselwa ukuthwala i-arc cauterization xa usika umbane, kwaye i-arc yenziwe kuphela kwi-arc contact, ngaloo ndlela iqinisekisa ukuba uqhagamshelwano oluphambili alucinywanga yi-arc kwaye lusebenza ngokuzinzileyo ixesha elide.Inkqubo yokucima i-arc isetyenziselwa ukucima i-arc phakathi koqhagamshelwano xa isiphaluka sinqanyuliwe.Inkqubo yokucima i-arc iqulethwe ngamacandelo amabini: enye yindlela eqinile yasentwasahlobo yokwahlula ngokukhawuleza abafowunelwa be-breaker circuit, kwaye enye kukuba igumbi lokucima i-arc lihlelwe ngaphezu koqhagamshelwano.Indlela yokusebenza ye-breaker circuit iquka iinxalenye ezimbini: indlela yokuhambisa kunye neyokuhamba.(1) Indlela yokuhambisa: Ngokwendlela yokusebenza eyahlukileyo ye-breaker circuit inokwahlulwa ibe: ukuhanjiswa kwencwadana, ukuhanjiswa kwe-lever, ukuhanjiswa kwe-electromagnet, ukuhanjiswa kwemoto;ngokwendlela yokuvala inokwahlulwa ibe: ukuvalwa kokugcinwa kwamandla kunye nokuvalwa kokugcinwa kwe-non-energy.(2) Isixhobo sokukhubeka sasimahla: Umsebenzi wesixhobo sokukhulula kukuqonda unxibelelwano phakathi kwendlela yokuhambisa kunye nenkqubo yoqhagamshelwano.Imveliso efanelekileyo egqityiweyo ihlanganiswe kwiindawo eziphezulu.Sinikezela abathengi ngeenkonzo ezilungiselelwe zonke iintlobo zamalungu.
| Igama lento | iindawo zokutywina zentsimbi |
| Izinto eziphathekayo | Intsimbi yeCarbon, intsimbi ethambileyo, iSPCC, intsimbi engenanto, ubhedu obomvu, ubhedu, ubhedu lwephosphor, ubhedu lweberyllium, kunye nezinye izinto zentsimbi. |
| Ukutyeba | 0.1mm-5mm |
| Inkcazo | Yenziwe ngokwezifiso, ngokwemizobo yakho kunye neesampuli |
| Ukuchaneka okuphezulu | +/-0.05mm |
| Unyango lomphezulu | Ukugquma umgubo I-Anodic oxidationI-Nickel plating I-Tin yokubeka, i-Zinc plating, iSilver plating Cu plating njl |
| Ukwenziwa | Ukunyathela/Ukusika iLaser/Ukubethelwa/Ukugoba/Ukuwelda/Abanye |
| Ifayile yokuzoba | 2D:DWG,DXF njl 3D:IGS,STEP,STP.ETC |
| Isatifikethi | ISO SGS |
