Convenient charger cable selection

As the current carrier connecting the electric vehicle and the charging pile, the safety of the charging cable has always been a concern of the public. It needs not only to transmit information between the two, but also to control the charging. On the basis of ensuring excellent insulation performance, the circuit features high aging resistance, heat resistance, oil resistance, weather resistance, etc. Because of the frequent bending and dragging in the use process, Therefore, the flexibility and mechanical properties of cables are also required.

Generally, according to the charging rated power, it can be divided into 3.5kw and 7kw household charging posts. The rated current of 3.5kw charging posts is 16A, and that of 7kw charging posts is 32A. These two kinds of power charging posts are connected to household 220V single-phase electricity.

Product application: The AC cable of the electric vehicle charging cable is used for the connecting cable of the conductive charging interface of the electric vehicle with the AC rated voltage of 22V. It is suitable for families or public places to use power supply equipment equipped with control pilot circuit to provide AC charging power for electric vehicles. It is a charging cable product commonly used for electric vehicles.

Product features: high temperature resistance, flame retardancy, good oil resistance, wear resistance, high mechanical strength, high flexibility, easy installation and use. Flame retardant materials usually contain heteroatom polymer materials, such as those containing bromine and phosphorus, which absorb the free radicals generated by combustion in the process of experimental combustion and hinder the chain reaction. It will not burn itself and prevent combustion from spreading. High temperature resistance means that the original properties remain under high temperature conditions, such as Hooke coefficient during stretching, wear resistance and sealing performance of materials. It also means that under high temperature conditions, its chemical properties will not change, and its physical properties will not change as much as possible. Oil resistance is mainly used to test the resistance of materials to oil corrosion. For example, the materials are made into standard samples, immersed in the oil of undetermined grade for a certain time, and then calculate the volume growth or quality change of the product. The oil resistance of the product is judged by the test.

To learn more about EV cable and EV Charging  cable, please visit OMG's official website: https://www.omgevcable.com