Charging station cables can be used indoors or outdoors. When used outdoors, charging station cables can withstand the erosion of high cold, sunlight, rainwater, and automotive oil substances. Charging station cables have special properties such as UV resistance, ozone resistance, high and low temperature resistance, and chemical erosion resistance. Charging station cables can be frequently stretched, bent, or subjected to external mechanical damage such as being crushed by electric vehicles. Charging station cables meet special mechanical performance requirements such as bending, twisting, and vehicle crushing tests.
Conductor type: The conductor is made of multi strand precision twisted oxygen free copper wire, with strong flexibility.
Insulation characteristics: Special modified high-temperature resistant elastic material insulation, oil resistance, water resistance, corrosion resistance, high and low temperature resistance, high mechanical strength, excellent chemical stability and dielectric properties, good product performance, and safe use.
Applicable environment: -40 ℃~125 ℃
Usage characteristics:
1. The charging station cable has the characteristics of high voltage resistance, high temperature resistance, electromagnetic interference resistance, stable signal transmission, resistance to bending for more than 10000 times, wear resistance for more than 50000 times, wear resistance for more than 50000 times, oil resistance, waterproofing, acid and alkali resistance, UV resistance, etc. for signal control and transmission network system of voltage, current, etc. during the charging process.
2. The product has good concentricity, reaching over 80%, ensuring stable and reliable high voltage resistance of the cable.
3. The minimum bending of the product is 4D, which is convenient for use between corner wiring in narrow spaces. The product has high flexibility characteristics, making it very convenient for car wiring.
4. The rated temperature of the product is 125 ℃, which is a significant technological advancement and improvement for the use of one-time molded soft grade insulation materials. It is essential to ensure the flexibility of the cable and improve its current carrying capacity.
