Kyakkyawan J1772 Cable - TUV EN50620 TPU Sheath 3 × 4.0mm2 + 1 × 0.5mm2 Nau'in 2 EV Caja Cable - Mida
Kyakkyawan J1772 Cable - TUV EN50620 TPU Sheath 3 × 4.0mm2 + 1 × 0.5mm2 Nau'in 2 EV Caja Cable - Mida Detail:
3G4.0mm²+2*0.5mm² EV Wire AC EV Cable Jagororin
Siga
● Samfurin: 32A/40A waya don Nau'in 2 EV Cable
● SPEC: 3*4.0mm²+2*0.5mm²
● Matsayin Magana: TUV 2PfG 1908
● Reted halin yanzu: 32A/40A
● Wutar lantarki mai aiki: 450/750V AC
● Radius Bebding: ≥ 8D
● Gwajin jinkirtawa: IEC60332-1
● Yawan hayaki: IEC61034, EN50268-2
● Adadin sakin acid da aka dafa: IEC670754-1, EN50267-2-1
● Zafi, sanyi, juriya ga hasken ultraviolet ozone
● Zafin aiki: -45°C ~+ 125°C
● CE, TUV, UL yarda
Ana amfani da igiyoyin caji na EV don haɗa na'urori masu cajin abin hawa na lantarki da kayan aikin caji don watsa wutar lantarki zuwa motocin lantarki kuma an sanye su da wani adadin layukan sigina, layukan sarrafawa, layin taimakon wutar lantarki, da dai sauransu don tabbatar da ingantaccen sarrafa duk tsarin caji aiki lafiya.Ana amfani da igiyoyin caji gabaɗaya a tashoshin caji, wuraren ajiye motoci, otal-otal, al'ummomi, gareji, da sauran wurare.Ana iya sanya igiyoyin caji masu ɗaukar nauyi a cikin mota.
32A Waya Cajin Mataki ɗaya don EV (Motar Lantarki)
●Samfuran suna da sassauƙa tare da radius mai kyau na lanƙwasa, suna tsira daga high da ƙananan zafin jiki, samar da juriya na mai, juriya na acid da alkali, juriya na ruwa, juriya na abrasion, juriya mai tsauri, juriya na UV, jinkirin harshen wuta mai kyau, kyakkyawan ƙarfin lantarki, da ƙananan zafin jiki mai mahimmanci. tashi.
● Wayoyin cajin mu na EV don motocin lantarki suna tallafawa yanayin caji daban-daban a yankuna daban-daban.
Abubuwan Jiki | |||||
Mai gudanarwa | Girman Gudanarwa/导体尺寸 | EV07EE-H 3G4.0+2X0.5mm2 | |||
Abun Gina | 4mm2 ku | 0.5mm2 ku | |||
Construction/构造 | mm | 160/0.20± 0.008 | 28/0.15±0.008 | ||
Material/材质 | - | Bare Copper Waya | |||
OD/绞合外径 | mm | 3.40 | 0.91 | ||
Insulation | Material/材质 | mm | TPE | ||
Matsakaici.Kauri/标准厚度 | mm | 1.00 | 0.60 | ||
Min.Kauri/最小厚度 | mm | 0.80 | 0.45 | ||
Insulation OD/线径 | - | 5.6 ± 0.15mm | 2.2 ± 0.15mm | ||
Launi/颜色 | Brown, Blue, Yellow/ Green | Black, Green | |||
Rufewa | % | masana'anta mara saƙa, 100% Rufewa !, 25% Rufewa | |||
Jaket | Material/材质 | - | TPE | ||
Matsakaici.Kauri/标准厚度 | mm | 1.80 | |||
Min.Kauri/最小厚度 | mm | 1.50 | |||
Cable OD/成品线径 | mm | 14.0 ± 0.5mm | |||
Launi/颜色 | - | Orange ko Baƙar fata | |||
Yin alama (印字) | TüV 2 PfG 1908 EV07EE-H 3G4mm2+2×0.5mm2 450V/750V EV Cable | ||||
Lantarki Haruffa 电气性能 | |||||
Matsayin Magana | V | TüV 2 PfG 1908/05.12 | |||
Rated Voltage/额定电压: | V | AC 450/750V | |||
Ƙimar Zazzabi/温度等级: | ℃ | -40 ℃ ~ +125 ℃ | |||
Juriya na Max.Conductor a 20℃ /导体电阻: | Ω/KM | 6mm2 ≤3.39 Ω/KM & 0.5mm2 ≤39.0 Ω/KM Max a 20℃ | |||
Magana Yanzu/参考电流 | A | 32A | |||
Gwajin lanƙwasa sanyi/冷弯测试: | - | '-40± 2'C x 4H Babu Rushewa | |||
Ƙarfin Ƙarfi / 抗张强度: | N/mm2 | Insulation≥10N/mm2, Sheath≥10N/mm2 | |||
Gwajin harshen wuta/阻燃性 | - | Saukewa: IEC60332-1 | |||
Heat, Cold, Wear, UV Resistance, Mai hana ruwa da Higher da inji ƙarfi |
Hotuna dalla-dalla samfurin:
Jagoran Samfuri masu alaƙa:
Tare da ingantacciyar gudanarwarmu, ƙwarewar fasaha mai ƙarfi da ingantacciyar dabarar sarrafa inganci, muna ci gaba da samarwa abokan cinikinmu ingantaccen inganci, ƙimar farashi mai ma'ana da masu samarwa masu kyau.Mun yi niyya a zama ɗaya daga cikin amintattun abokan tarayya da samun cikar ku don Kyakkyawan ingancin J1772 Cable - TUV EN50620 TPU Sheath 3 × 4.0mm2 + 1 × 0.5mm2 Nau'in 2 EV Charger Cable - Mida , Samfurin zai samar wa duk faɗin duniya. , irin su: Argentina, Mexico, Colombia, Sana'a, sadaukarwa koyaushe suna da mahimmanci ga aikin mu.Mun kasance koyaushe muna cikin layi tare da hidimar abokan ciniki, ƙirƙirar manufofin sarrafa ƙimar da mannewa ga gaskiya, sadaukarwa, ra'ayin gudanarwa na dindindin.
Amsar ma'aikatan sabis na abokin ciniki yana da hankali sosai, mafi mahimmanci shine cewa ingancin samfurin yana da kyau sosai, kuma an shirya shi a hankali, an aika da sauri! Daga Clementine daga Sweden - 2017.06.16 18:23