Zhejiang Wantlai Wantlai Walhiware Wuta Lam., LTD.
RCD RARE CIKIN SAUKI CIKIN SAUKI A CIKIN SAUKI, 2 Poent nau'in AC ko nau'in RCCB JCRD2-125
JCR2-125 RCD shine mai fama da cuta na yanzu don kare mai amfani da dukiyarsu daga wutar lantarki kuma yana wucewa ta hanyar rashin daidaituwa ko rushewa zuwa hanyar yanzu.
Gabatarwa:
Na'urar da ke cikin tauji (RCD), mai canzawa-yanzu ta zama na'urar tsaro ta yanzu (RCCB) na'urar tsaro ta lantarki wanda ke fama da sauri tare da yaduwar yanzu zuwa ƙasa. Yana kare kayan aiki kuma don rage haɗarin mummunan lahani daga wutar lantarki mai gudana. Rauni na iya faruwa har yanzu a wasu halaye, alal misali idan ɗan'uwan lantarki ya zama keɓaɓɓawa, ko kuma idan mutumin ya shafi duka masu gudanarwa a lokaci guda.
JCR2-125 an tsara su ne don cire haɗin da'ira idan akwai yaduwa a halin yanzu.
JCR2-125 Residuul na yanzu (RCDs) ya hana ku karɓar injiniyoyin lantarki mai cike da fatalwa. Kare RCD shine ceton rai da kariya daga gobara. Idan kun taɓa waya ko wasu abubuwan haɗin rayuwa na ɓangaren cin zarafi, zai kiyaye mai amfani ƙarshen daga cutar. Idan mai sakawa ya yanka ta hanyar kebul, kayan aikin yau da kullun zai kashe wutar da ke gudana zuwa ga ƙasa. Za a yi amfani da RCD azaman na'urar mai shigowa wacce ke ciyar da wadatar wutar lantarki zuwa masu fitowar ta kewaya. A cikin taron na ma'auni na lantarki, rcd tafiye-tafiye kuma cire haɗin wadatar zuwa ga masu fitowa.
Na'urar sauya ko mafi kyau da aka sani da RCD ce ta hanyar tsaro mai aminci a cikin Wutar lantarki. Ana amfani da RCD da farko don kare ɗan adam daga girgije mai haɗari. Idan akwai lahani tare da kayan aiki a cikin gidan, RCD tana dogara da RCD saboda ƙarfin ikon da kuma cire haɗin lantarki. An tsara RCD ɗin da aka tsara don amsa da sauri. Na'urar halin yanzu tana kula da wutar lantarki da lokacin da kowane irin aiki mara kyau na na'urar da sauri ke amsawa.
Halin RCD ya wanzu ta fannoni daban-daban kuma amsawa daban-daban dangane da kasancewar abubuwan DC ko kuma mitu daban daban. Matsayin aminci suna samar da igiyoyin rayuwa sun fi talakawa figer ko zagaye. Ana buƙatar waɗannan RCD tare da alamu na gaba da mai zanen ko mai zaɓar don zaɓar na'urar da ta dace don takamaiman aikace-aikacen.
Nau'in S (lokacin-jinkai)
Wani nau'in RCD ne na yau da kullun na Sinusoidal na yau da kullun yana haɗa jinkiri na lokaci. Ana iya shigar da shi sama daga nau'in ACR RCD don samar da zaɓi. Ba za a iya amfani da RCD na lokaci ba don ƙarin kariya saboda ba zai aiki a cikin lokacin da ake buƙata na 40 ms
Rubuta AC
Rubuta AC RCDs (nau'in Janar), waɗanda aka fi dacewa a cikin gidaje, an tsara su don ƙaddamar da kayan aiki na kimiyya don kare kayan aiki waɗanda ke da tsayayya da su ba tare da wani kayan aikin lantarki ba.
Babban nau'in rcds ba su da jinkiri na lokaci da yin aiki da kai tsaye kan gano rashin daidaituwa.
Rubuta a
Nau'in RCDs ana amfani da su don canja wurin sauya yanayin ilimin Sinuidal da kuma don ragowar motsi na kai tsaye har zuwa 6 ma ..
Bayanin samfurin:
Babban fasali
Nau'in lantarki
● CRACH IRAELE
● Rashin ikon har zuwa 6ka
● (an yi shi a halin yanzu zuwa 100a (akwai a cikin 25a, kwana 63a, 80A, 100
● Trapping Sensivity: 30ma, 100ma, 10000ma
● Rubuta ko nau'in AC
● Matsakaicin Matsayi Na Bayyana
● 35m karfe hawa hawa
● Shigarwa sassauya tare da zabi na hanyar haɗin layi ko dai daga sama ko ƙasa
● U0 tare da IEC 61008-1, EN61008-1
Takafi hankali
30MA - ƙarin kariya daga lamba kai tsaye
100ma - hadin kai tare da tsarin duniya gwargwadon tsari na / dari 50 / R, don samar da kariya daga lambobin a kaikaice
300MA - kariya daga abokan huldai na kaikaice, kazalika da kashe gobarar wuta
Bayanai na fasaha
● Takaitaccen: IEC 61008-1, EN61008-1
● Rubuta: oneymomagnetic
● Nau'in (nau'in tashin hankali na ƙasa ya ji): A cikin AC suna samuwa
● poles: 2 pole, 1p + n
Oach rated na yanzu: 25a, kwana 63a, 8.0A, 100A
● Hyet suna aiki da wutar lantarki: 110v, 230v, 240v ~ (1p + n)
● Rated hankalin I △ N: 30ma, 100ma, 100.
● Rated karya kariyar: 6ka
● INUR VOLTAGA: 500V
Mitar mita: 50 / 60hz
● ● Huked impulse yana tsayayya da wutar lantarki (1.2 / 50): 6kv
Digiri: 2
Rayuwar Injin: 2,000
Rayuwar lantarki: Sau 2000
Digiri na kariya: IP20
● Matsakaicin zazzabi (tare da matsakaita na yau da kullun ≤35 ℃): - 5 ℃ ~ + 40 ℃
● Kaɗaɗɗa mai nuna alama: Green = kashe, ja =
Nau'in haɗin haɗin ● Tassara: USB / Type Busbar
● Haɗa: A kan cin abincin dare en 60715 (35mm) ta hanyar na'urar shirin sauri
● Ka ba da shawarar Torque: 2.5nm
● Haɗin: daga saman ko ƙasa suna samuwa
| Na misali | Iec61008-1, en61008-1 | |
| Na lantarki fasas | Rated na yanzu a (a) | 25, 40, 50, 63, 80, 100, 125 |
| Iri | Electomagnetic | |
| Nau'in (nau'in girgiza ƙasa ya ji) | AC, A, AC-G, Ag-S Kuma kamar yadda ake samu | |
| Sandunan sanda | 2 poent | |
| Rated voltage ue (v) | 230/240 | |
| Rated Sinkure I △ N | 30MA, 100MA, 100MA, 300MA | |
| Insulation voltage ui (v) | 500 | |
| Mita mai cike | 50 / 60hz | |
| Fted karya iyawa | 6ka | |
| Rated Edulse yana tsayayya da wutar lantarki (1.2/20) UIMP (v) | 6000 | |
| Gwajin gwajin Mulki a Ind. Freq. na 1 min | 2.5kv | |
| Digiri na ƙazanta | 2 | |
| Na inji fasas | Rayuwar lantarki | 2, 000 |
| Rayuwar inji | 2, 000 | |
| Mai nuna alama | I | |
| Digiri na kariya | IP20 | |
| Magana na zazzabi don kafa kayan zafi (℃) | 30 | |
| Yanayi na yanayi (tare da matsakaita kowace rana ≤35 ℃) | -5 ... + 40 | |
| Adana Heindiyar (℃) | -25 ... + 70 | |
| Shigarwa | Nau'in haɗin | USB / U-Type Busbar / Pin-Type Busbar |
| Girman terminal saman / kasan don kebul | 25mm2, 18-3 / 18-2 ADG | |
| Girman Terminal Top / Kasa don Busbar | 10 / 16mm2, 18-8 / 18-5awg | |
| Torque Torque | 2.5 n * m / 22 in-iBs. | |
| Hawa | A kan cinikin abincin dare en 60715 (35mm) ta hanyar na'urar Clip mai sauri | |
| Gamuwa | Daga sama ko ƙasa |
Ta yaya zan gwada nau'ikan RCD?
Babu sauran ƙarin buƙatu don mai sakawa don bincika ingantaccen aiki yayin da ake jingina ga halin yanzu na DC. Wannan gwajin yana gudana ne yayin aiwatar da masana'antu kuma ana kiranta gwajin, wanda ba wani banbanci daga yadda muke dogaro da yanayin da'ira a cikin yanayin kuskure. Rubuta A, B da F RcDs ana gwada su a cikin hanyar AC RCD. Cikakkun bayanai na tsarin gwajin kuma an iya samun ƙimar haɗin haɗin haɗi a cikin Jagoran Dakatar da Iet Ie a Iet Iet Iet Iet
Idan na gano nau'in ACR RCD yayin aiwatar da binciken lantarki yayin rahoton shigarwa na wutar lantarki?
Idan mai binciken ya damu matuka cewa romawar DC ta iya shafar gudanar da nau'in AC RCDs, dole ne a sanar da abokin ciniki. Ya kamata a sanar da abokin ciniki game da haɗarin da zai iya tashi da kimanta adadin laifin DC na yau da kullun ya kamata a yi shi don ƙayyade idan RCD ya dace don ci gaba da amfani. Ya danganta da adadin laifin DC na yanzu, RCD wanda aka makantar da laifin DC na yanzu ba zai iya yin haɗari ba kamar yadda ba shi da haɗari kamar yadda ba shi da rcd da farko.
Amintaccen Sabis na RCD
Yawancin bincike kan Amintaccen sabis da aka yi da za'ayi a kan RCDs wanda aka sanya a cikin ɗakunan shigarwa da abubuwan da muhalli da na waje na iya samun a aikin RCD.
