2000V IP67 AC Charging Seat Automotive High Voltage Wiring Harness

1. Product description

2000V IP67 AC charging seat automotive high voltage wiring harness high purity copper conductors and special surface treatment ensure excellent electrical conductivity and excellent corrosion resistance. For the 32A and 63A specifications, a multi-strand conductor design is also used to further increase the current carrying capacity. The cable is equipped with multiple metal shielding layers to effectively isolate electromagnetic interference and protect internal signals from the influence of external electromagnetic fields. At the same time, it can prevent the interference of cable radiation to the surrounding equipment. Overall design

The whole automobile high voltage wiring harness design is compact and beautiful, the cable is soft and flexible, easy to install. The connector is also specially designed for easy operation and stable connection even in harsh environments.

2. Product information

3. Picture of real products

4. Application area

Public charging pile: This automotive high voltage harness is ideal for all kinds of public charging pile scenarios, including roadside charging pile, parking lot charging station, gas station, etc. Its reliable IP67 protection rating can withstand harsh outdoor environments, and its 2000V high voltage rating can meet the needs of future fast charging. At the same time, multiple current specifications are optional, which is also easy to configure according to different charging power.

5. Feature

Modular design flexibility: This automotive high voltage wire harness adopts a modular structure design, including cable body, connectors and fixed brackets and other components. Standardized interfaces are used between components, which can be quickly assembled and disassembled, greatly improving the convenience of installation and maintenance. For example, cables of different lengths can be selected according to actual requirements to maximize the wiring requirements of different application scenarios.