Warranty: 1 YEARS ,Part name: High voltage DC charging socket with cable assembly 2105010-KT2A0
This assembly (Part No.: 2105010-KT2A0) is exclusively engineered for new energy vehicles (BEVs/PHEVs) , fully complying with global HV DC charging standards (e.g., CCS2, GB/T 18487.1) and supporting NEV high-voltage battery systems (rated voltage: 300-800V DC). The socket matches the vehicle’s charging port interface (flange size: 120×80mm) and the cable is tailored to NEV chassis routing (length: 2.5-4m, customizable). It directly connects to the vehicle’s on-board charger (OBC) and battery management system (BMS), enabling seamless communication for charging parameter adjustment—no adapters required for mainstream DC charging piles
Product Attributes
Warranty: 1 YEARS ,Part name: High voltage DC charging socket with cable assembly 2105010-KT2A0
PRODUCT DESCRIPTION
High-Efficiency Fast Charging Performance
The assembly supports ultra-fast DC charging with a rated current of 200-400A and a maximum power output of 200-300kW, capable of charging a NEV battery from 20% to 80% in 30-45 minutes (depending on battery capacity). The cable uses high-conductivity tinned copper conductors (cross-sectional area: 50-95mm²) with low resistance (≤0.0008Ω/m at 20°C), minimizing charging heat loss (temperature rise ≤30K under full load). The socket’s contact pins (nickel-plated copper) feature a multi-point contact design, ensuring stable current transmission even during long charging cycles
Multi-Layer High-Voltage Safety Protection
Tailored for HV scenarios, the assembly integrates comprehensive safety features: HV interlock (HVIL) that cuts off power if the socket is disconnected during charging, over-voltage protection (triggers at ≥850V DC), over-current protection (limits to 450A peak), and insulation monitoring (insulation resistance ≥1000MΩ at 1000V DC). The socket housing meets IP67/IP6K9K waterproof/dustproof standards—sealed with silicone gaskets and protected by a dust cap with a locking mechanism, preventing water ingress even in heavy rain or car washes. It also has a built-in temperature sensor that pauses charging if overheating (≥85°C) occurs, avoiding fire risks
Durable & Weather-Resistant Construction
The socket housing is made of high-temperature-resistant PBT+GF30 plastic (heat resistance up to 150°C) with impact resistance ≥20kJ/m², resisting deformation from external collisions. The cable jacket uses oil-resistant and flame-retardant TPU material (UL94 V-0 rating) that withstands extreme temperatures (-40°C to 125°C) and resists corrosion from road salt, fuel, and cleaning agents. The cable’s bend radius is ≥10× its outer diameter (≥50mm), ensuring flexibility for repeated plugging/unplugging without insulation damage. The socket’s contact pins support ≥10,000 mating cycles, maintaining performance over the vehicle’s lifespan
User-Friendly & Vehicle-Integrated Installation
The assembly adopts a vehicle-specific flange mounting design—the socket’s flange aligns with the NEV body’s pre-drilled holes (4 M6 threads), enabling secure fixation with no additional modification. The cable comes with pre-installed mounting clips (nylon material) that attach to the chassis, avoiding friction with metal components. The socket features a clear LED indicator (green for ready, red for error, blue for charging) for intuitive status feedback, and the dust cap has a soft rubber grip for easy opening. Installation can be completed in 30-40 minutes with basic tools, and the cable is pre-marked with "Positive/Negative" labels to prevent wiring errors
TECHNICAL SUPPORT
1. Accessories selection consultation
- Provide ** intelligent selection tools ** (such as parts matching query system), input the vehicle model VIN code or engine model to match the corresponding parts number, reducing the selection error rate.
The technical team is available online 7×12 hours to answer technical questions about accessories (such as material compatibility and installation processes).
2. Customized development support
We offer specialized R&D services for special market demands (such as heat dissipation accessories for high-temperature regions in the Middle East and dedicated suspension components for road conditions in Africa), and complete sample delivery within six weeks.
3. Training and Technical materials
Provide remote/on-site training for the customer's after-sales team (such as diagnosis of electrical control accessories and DPF regeneration operation), along with multilingual versions of the "Accessories Installation Manual" and "Troubleshooting Guide".
4. Quality Traceability and Improvement
Through the QR code traceability system (one product, one code), track the production batch of accessories and the source of raw materials, respond quickly to quality complaints and initiate improvement processes.
AFTER-SALES AND LOGISTICS SUPPORT