Charging gun cable

1. Product Introduction

It is applicable to the conductive charging connection device of new energy vehicles with a rated voltage of AC 450/750V and below and DC 1.0kV and below. In the era of vigorous development of new energy vehicles, the charging gun cable, as a key component connecting the vehicle to the power source, is quietly playing an indispensable role. It is not only a physical channel for current transmission, but also an important part of promoting green travel and achieving a sustainable energy future.

2. Product Model

According to different charging requirements and standards, the cables of new energy vehicle charging guns are divided into various types. Common types include AC charging cables, which are mainly used for daily slow charging and are suitable for use in home charging piles and some public slow charging places. These cables usually have relatively small currents and are designed with more emphasis on stability and versatility. Dc fast charging cables, on the other hand, are designed to meet the urgent need for rapid charging. They can carry greater currents and quickly replenish energy for vehicles within a short period of time. They are widely used in places such as highway service areas and urban fast charging stations. The commonly used models of charging gun cables include EVDC-SS, EVDC-S90, EVDC-S90U, etc. Due to the large number of models and specifications, they cannot be listed in detail. We welcome users from all walks of life to contact our company for communication. We will design the most suitable product according to your needs.

3. Product Features

The charging gun cable for new energy vehicles features multiple outstanding performances. From the most fundamental perspective of conductivity, it uses high-purity copper and other metal conductors, which can efficiently conduct current and ensure a stable power supply during the charging process. Whether it is the daily slow charging or fast charging needs, it can precisely adapt and minimize the loss during power transmission to the greatest extent. In terms of insulation protection, the outer layer of the cable is wrapped with high-quality insulating materials, such as special plastic polymers. These materials not only have excellent insulation performance to prevent leakage accidents, but also have a tough texture that can resist various physical damages, such as punctures and compressions, providing all-round safety guarantees for the charging process.