Resistance welded copper wire is a type of wire used for transmitting power or signals, and its technical requirements include the following aspects:
Choose appropriate copper materials: Resistance welded copper wire should be made of oxygen free electrolytic copper with high purity and good conductivity. This can ensure that the resistance welded copper wire has low resistance and good conductivity.
Wire diameter and cross-sectional area: Determine the appropriate wire diameter and cross-sectional area based on the required transmission current or signal size. The selection of wire diameter and cross-sectional area should take into account current load, voltage drop, and the withstand voltage capacity of the wire.
Insulation layer and protective layer: Resistance welded copper wire should have good insulation performance to prevent current leakage and short circuits. If necessary, an insulation layer or protective layer can be added to the resistance welded copper wire to increase insulation effect and wear resistance.
Bending and bending performance: Resistance welded copper wire should have certain bending and bending performance to meet the needs of different installation environments. When selecting and designing resistance welded copper wire, factors such as installation space, curve radius, and bending frequency should be considered.
Welding and connection technology: Resistance welded copper wire need to be connected to other electrical equipment or circuits during use. Therefore, resistance welded copper wire should have good welding and connection techniques to ensure the reliability and stability of the connection.
Corrosion resistance and wear resistance: Resistance welded copper wire are usually in harsh working environments and may be affected by corrosion and wear. Therefore, when making resistance welded copper wires, it is necessary to choose suitable anti-corrosion and wear-resistant materials and take corresponding protective measures.
