Basic Parameters: Wire Diameter and Length
The choice of wire diameter directly affects the current carrying capacity and conductivity of the wire harness, while the wire length relates to the internal spatial layout and connection stability of the equipment. Therefore, these two basic parameters must be accurately determined when formulating a wire harness manufacturing plan.
Connection Key: Terminal Type
Terminals are the bridge connecting the wire harness to other components, and their type selection is crucial. Depending on the application scenario, pin-type, socket-type, or soldered terminals each have their advantages, and selection must be based on actual needs.
Safety Assurance: Insulation Materials
The quality of the insulation material directly affects the service life and safety performance of the wire harness. Ideal insulation materials should possess excellent insulation, heat resistance, corrosion resistance, and sufficient mechanical strength to withstand various harsh working environments.
Core Performance: Electrical Performance
Electrical performance indicators such as conductivity, withstand voltage, and resistance are key parameters for measuring the transmission efficiency and safety of the wire harness. Strict control and testing of these performance characteristics during the manufacturing process are crucial to ensuring that wire harness products meet industry standards.
Manufacturing Process: Production Technology A reasonable production process can significantly improve the manufacturing efficiency and cost-effectiveness of wire harnesses. From wire cutting and stripping to crimping and assembly, each step of the process requires careful design and strict implementation to ensure the excellent quality and performance of the finished product.
