Detailed Technical Parameters of Copper Stranded Wire, Copper Stranded Wire is a Conductive Wire made of Multiple Thin Copper Wire Twisted, widely used in Power Transmission, communication and Data Transmission and Other Fields (en anglais seulement). When Selecting and Applying Copper Stranded Wire, it’s very important to understand its detailed Technical Parameters (quand choisir et appliquer le Copper Stranded Wire, il est vraiment important à understand ses paramètres techniques déterminés). Hengyi HDMI China Extruder Machine Manufacturer introduce the Common Technical Parameters of Copper stranded wires to help readers better understand and choose Copper stranded Wires that suit their needs.

Conductor Material: le conducteur du Copper Stranded Wire est usually made of Pure Copper or tinned Copper. Pure Copper has good Electrical Conductivity and Corrosion Resistance, while tinned Copper has better Corrosion Resistance and solverability (en anglais seulement).

Méthode de stranding: Copper Stranded Wire can adopt different twisting Methods, such as regular twisting, Irregular twisting and Symmetric twisting. Different twisting Methods will affect the Flexibility, anti - interference ability, and Performance of Transmission of Copper Strands (méthodes de différenciation des twistings affecteront la flexibilité, l'efficacité de l'anti - interaction et la performance de la transmission des pistes de Copper).

La structure Twisted de Copper Stranded Wire can be divided into Single - pair, Twisted - pair et multi - pair. Twisted - Pair and Multi - pair structures can effective reduce Electromagnetic Interference and Signal Loss, and Improve Transmission Quality (en anglais seulement).

Stranding Density: The twisting Density of Copper Stranded Wire references to the number of Copper Wires Twisted per unit Length (la densité de la séparation des fils de Copper Stranded Wire references to the number of copper wire Twisted per unit length). The Higher the stranding Density, the better the Flexibility and Anti - interference Ability of the Copper Strands, but it will also increase the Manufacturing Cost (la haute densité de la stratégie, le meilleur de la flexibilité et de l'anti - interaction de la stratégie du Copper, mais il inclura le coût de la fabrication).

Le matériau d'installation du Copper Stranded Wire is usually Polyethylene (PE), Polyvinyl Chloride (PVC) or polypropylene (PP). Matériaux d'installation différenciés avec resistance de chaleur, resistance corrigée et propriétés électriques.

Rated Voltage and Current: The Rated Voltage and Current of the Copper Stranded Wire references to the Maximum Voltage and Current it can withstand (le voltage et la culture tarifés du Copper Stranded Wire references au maximum du voltage et de la culture peut se produire sans interruption). According to the Specific Application Requirements, Selecting the appropriate Rated Voltage and Current can ensure l'opération sûre et reliable du Copper Stranded Wire.

7. Structure de Shielding: pour les applications qui requièrent une interface, le Copper Stranded Wire can adopt a shielding structure, such as Aluminum Foil Shielding, braided Shielding or Copper Mesh Shielding, etc. La structure Shielding peut réduire efficacement l'influence de l'interaction électronique externe sur le signal.

Certification environnementale: when Selecting Copper Stranded Wire, it is also necessary to pay attention to whether it meets Environmental certification standards, such as ROHS, Reach, etc. Copper Strands that Meet Environmental certification standards are more friendly to the Environment and Human Health (en anglais seulement).

To sum up, Understanding the detailed Technical Parameters of Copper Stranded Wire is very important for choosing a Suitable Copper Stranded Wire (en anglais seulement). Par construction factors such as Conductor material, stranding method, stranding structure, stranding Density, Insulating Material, Rated Voltage and Current, shielding structure, and Environmental certification, you can choose a Copper Strand that Suits your needs to ensure its performance in Power Transmission and Stability and Reliability in data transmission.