The JT Mobility Three Phase 32A Type 2 tethered charging cable is specifically crafted for mode 3 charging, offering seamless connection and charging compatibility with both private and public AC charging stations. This Type-2 AC charging cable is comprised of a vehicle charging connector and an open cable end wire, designed for efficiently charging electric vehicles (EVs) with alternating current (AC).The connector features an ergonomic design, ensuring easy and comfortable handling during connection. When the cable is plugged in, it is safeguarded against the intrusion of particles and water. The protective cover possesses an IP55 degree of protection, effectively shielding against dust ingress. This open-end cable replacement is intended for integration into the charging station, allowing users to charge their EVs equipped with a Type 2 port. With a visually appealing design, a hand-friendly ergonomic structure, and user-friendly plug-in ease, this product combines practicality with..
The JT Mobility Three Phase 16A Type 2 tethered charging cable is specifically crafted for mode 3 charging, offering seamless connection and charging compatibility with both private and public AC charging stations. This Type-2 AC charging cable is comprised of a vehicle charging connector and an open cable end wire, designed for efficiently charging electric vehicles (EVs) with alternating current (AC).The connector features an ergonomic design, ensuring easy and comfortable handling during connection. When the cable is plugged in, it is safeguarded against the intrusion of particles and water. The protective cover possesses an IP55 degree of protection, effectively shielding against dust ingress. This open-end cable replacement is intended for integration into the charging station, allowing users to charge their EVs equipped with a Type 2 port. With a visually appealing design, a hand-friendly ergonomic structure, and user-friendly plug-in ease, this product combines practicality with..
The JT Mobility electric vehicle copper cables (EV Cables) are meticulously designed to meet international standards, specifically IEC 62893 and in accordance with the EN 50620 standard. JT Mobility offers options of TPU (Thermoplastic Polyurethane) and TPE (Thermoplastic Elastomer) for insulation and outer sheath, providing a balance of high strength and softness properties.The cable sheath is constructed from high-performance materials with characteristics such as weather resistance, high and low-temperature resistance, and rub resistance. Our high-quality oxygen-free copper conductor ensures excellent conductivity, rendering the cable soft, elastic, with a flexible index, and resistant to hardening in low temperatures.These EV cables, tailored for Electric Vehicle conductive charging systems, are suitable for Battery Electric Vehicles, Fuel Cell Vehicles (FCVs), and Hybrid Electric Vehicles (HEVs). They find widespread application in the charging connection between electric vehicles..
The JT Mobility electric vehicle copper cables (EV Cables) are meticulously designed to meet international standards, specifically IEC 62893 and in accordance with the EN 50620 standard. JT Mobility offers options of TPU (Thermoplastic Polyurethane) and TPE (Thermoplastic Elastomer) for insulation and outer sheath, providing a balance of high strength and softness properties.The cable sheath is constructed from high-performance materials with characteristics such as weather resistance, high and low-temperature resistance, and rub resistance. Our high-quality oxygen-free copper conductor ensures excellent conductivity, rendering the cable soft, elastic, with a flexible index, and resistant to hardening in low temperatures.These EV cables, tailored for Electric Vehicle conductive charging systems, are suitable for Battery Electric Vehicles, Fuel Cell Vehicles (FCVs), and Hybrid Electric Vehicles (HEVs). They find widespread application in the charging connection between electric vehicles..