Intengo Engcono Kakhulu ku-EV Wire & Cable – UL Cable 600V 16Amp 3*14AWG+1*18AWG AC EV Ishaja EV Ikhebula lokushaja – Mida Isithombe Esifakiwe

Intengo Engcono Kakhulu ku-EV Wire & Cable – UL Cable 600V 16Amp 314AWG+118AWG AC EV Ishaja EV Intambo yokushaja – Mida

Incazelo emfushane:

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Ividiyo Ehlobene

Impendulo (2)

Izinto zethu zivame ukuhlonzwa futhi zithenjwa abantu futhi zingafeza ukushintsha ngokuphindaphindiwe izidingo zezomnotho nezenhlaloI-Ev Car Fast Charger, Isibhamu se-GBT, 3 Phase Ev Ikhebuli yokushaja, Samukela amakhasimende amasha nangaphambilini azo zonke izigaba zendlela yokuphila ukuze asithinte ukuze uthole ubudlelwano benhlangano besikhathi eside nempumelelo efanayo.

Intengo Engcono Kakhulu ku-EV Wire & Cable – UL Cable 600V 16Amp 3*14AWG+1*18AWG AC EV Ishaja EV Ikhebula lokushaja – Imininingwane ye-Mida:

Ikhebuli yokushaja ye-UL Standard Single Phase 16A EV
Isingeniso Somkhiqizo:

Ikhebula le-EV liwuhlobo lwekhebula eliguquguqukayo lokuxhuma imoto kagesi enenqwaba yokushaja noma isokhethi yamandla, umqhubi wethusi wekhwalithi ephezulu ongenawo umoya-mpilo uqinisekisa umphumela omuhle kakhulu wokuqhuba;I-TPE insulation material ithambile futhi inamandla aphezulu;ikhebula sheath wenziwe nge-TPE esebenza kahle kakhulu, enezici ezifana nesimo sezulu, ukumelana nezinga lokushisa eliphezulu&eliphansi, ukumelana nokukhuhla, i-ect.Intambo ithambile, iyanwebeka, inkomba egobekayo futhi ngeke iqine uma izinga lokushisa liphansi.Amakhebuli e-EV esistimu yokushaja yemoto kagesi alungele Imoto Kagesi Yebhethri, Imoto Yeseli Elinamafutha(FCV) & Imoto Kagesi EHybrid(HEV). Asetshenziswa kakhulu ekuxhumekeni kokushaja phakathi kwemoto kagesi namandla kagesi;noma isetshenziswe endaweni yokushaja imoto kagesi kanye nesixhumi esibonakalayo sokushaja.

美国UL 认证充电电缆

Ukwakha	Izici
1.Umqhubi	Izinga lokushisa elilinganiselwe: -40℃～105℃
Indwangu: Ithusi Elingenalutho	I-Voltage elinganiselwe: 300V; 600V noma 1000V
2.I-Insulation	Ukuhlolwa Kwelangabi: Indlela yokuhlola ye-VW-1 Ihambisana ne-UL 2556
材质Material: TPE noma i-PVC	Okuncane: Irediyasi yokugoba: ≥5*OD
Umbala: Mnyama, Mhlophe, Oluhlaza/Ophuzi	I-Dielectric Voltage: 1.5kVac/1min.Ayikho indlela yokuhlola ukwehlukana ehambisana ne-UL 2556
3.Ukugcwalisa	Ukugoqa Okubandayo: -40 ℃/4h Ayikho indlela yokuhlola imifantu Thobela UL 2556
Material: Intambo ye-PP	I-Hot Shock: 150 ℃/1h Ayikho indlela yokuhlola imifantu Landela i-UL 2556
4.Itheyiphu	Ukumelana Nowoyela:IRM902, 60℃/168h Ukuqina kanye Ne-Elongation ≥70% Inani elingaguquki
Material:Izindwangu ezingalukiwe	I-Crush Resistance:S≤12AWG 4.45kN, 12AWG＜S≤2AWG, 11.1kN, 2AWG＜S 15.6kN
5.Umgodla	Ukumelana Nesimo Sezulu:720hin i-xenon arc weatherometer, Akukho mifantu
Material: TPE noma PVC	Izidingo Zemvelo: Ihambisana ne-RoHS 2.0 kanye ne-REACH
Umbala:	Emnyama noma Ewolintshi

Izithombe zemininingwane yomkhiqizo:

Umhlahlandlela Womkhiqizo Ohlobene:

Esigxila kukho ngaso sonke isikhathi ukuhlanganisa nokuthuthukisa okuhle kanye nesevisi yezixazululo zamanje, okwamanje njalo sithuthukisa imikhiqizo emisha ukuze ihlangabezane nezidingo ezihlukile zamakhasimende Zentengo Engcono Kakhulu ku-EV Wire & Cable – UL Cable 600V 16Amp 3*14AWG+1*18AWG I-AC EV Charger EV Cable - Mida , Umkhiqizo uzohlinzeka kuwo wonke umhlaba, njenge: Nigeria, Peru, Belarus, Manje sesisungule ubudlelwano bebhizinisi besikhathi eside, obuzinzile futhi obuhle nabakhiqizi nabathengisi abaningi emhlabeni jikelele.Okwamanje, besibheke phambili ekusebenzisaneni okukhulu nakakhulu namakhasimende aphesheya okusekelwe ezinzuzweni ezifanayo.Kufanele uzizwe ukhululekile ukuxhumana nathi ukuze uthole imininingwane eyengeziwe.

I-EV Wire & Cable

Le nkampani inezinketho eziningi esenziwe ngomumo ongakhetha kuzo futhi ingenza ngokwezifiso uhlelo olusha ngokwesidingo sethu, okuhle kakhulu ukufeza izidingo zethu.

Ngu-ROGER Rivkin waseNepal - 2018.06.18 17:25

Umuntu othengisayo unomsebenzi futhi unomthwalo wemfanelo, unemfudumalo futhi unesizotha, saba nengxoxo emnandi futhi ayikho imigoqo yolimi ekukhulumisaneni.

Ngu-Alice wase-India - 2017.02.14 13:19