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..
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..
JT Mobility's Combined Charging System (CCS) is grounded in open and universal standards tailored for electric vehicles. The CCS seamlessly integrates single-phase and rapid three-phase charging utilizing alternating current, with a maximum capacity of 43 kilowatts (kW). Additionally, it supports direct-current charging with a maximum capacity of 200 kW, with future compatibility projected to reach up to 350 kW – all within a singular system. This comprehensive approach addresses all essential charging requirements.The Combo CCS2 charging connectors are available in a range from 60A to 200A. They incorporate both alternating current (AC) Type 2 charging and direct current (DC) CCS fast charge capabilities in a single inlet, catering to the vehicle side of the charging process.80A-200A CCS2 Male Inlet Socket, 1000V DC CCS Type 2 IEC 62196-3 with 0.5-meter cable.IP55 RatedUnique Integrated DesignMounted on the side of the vehicle/EVSE.High strength flame retardant nylonPin Material: Copp..
JT Mobility's Combined Charging System (CCS) is grounded in open and universal standards tailored for electric vehicles. The CCS seamlessly integrates single-phase and rapid three-phase charging utilizing alternating current, with a maximum capacity of 43 kilowatts (kW). Additionally, it supports direct-current charging with a maximum capacity of 200 kW, with future compatibility projected to reach up to 350 kW – all within a singular system. This comprehensive approach addresses all essential charging requirements.The Combo CCS2 charging connectors are available in a range from 60A to 200A. They incorporate both alternating current (AC) Type 2 charging and direct current (DC) CCS fast charge capabilities in a single inlet, catering to the vehicle side of the charging process.CCS2 Car EV Male Inlet Socket, 1000V DC CCS Type 2 IEC 62196-3, 0.5-meter cable and locking actuator.IP55 RatedUnique Integrated DesignMounted on the side of the vehicle/EVSE.High strength flame retardant nylonPin..
JT Mobility's Combined Charging System (CCS) is grounded in open and universal standards tailored for electric vehicles. The CCS seamlessly integrates single-phase and rapid three-phase charging utilizing alternating current, with a maximum capacity of 43 kilowatts (kW). Additionally, it supports direct-current charging with a maximum capacity of 200 kW, with future compatibility projected to reach up to 350 kW – all within a singular system. This comprehensive approach addresses all essential charging requirements.The Combo CCS2 charging connectors are available in a range from 60A to 200A. They incorporate both alternating current (AC) Type 2 charging and direct current (DC) CCS fast charge capabilities in a single inlet, catering to the vehicle side of the charging process.60A 80A 125A 200A CCS 2 IEC 62196-3 Male Inlet SocketIP55 RatedUnique Integrated DesignMounted on the side of the vehicle/EVSE.High strength flame retardant nylonPin Material: Copper Alloy & Silver PlatingBett..