The Influence of Terminal-plated on the Design of Automobile Wiring Harness
At present, the wire harness terminals used in automotive connectors are mainly made of high-quality copper alloy stamping. In order to protect the terminal substrate
At present, the wire harness terminals used in automotive connectors are mainly made of high-quality copper alloy stamping. In order to protect the terminal substrate
Overview requirements Crimping connections are performed with the help of valid drawing requirements. The special crimping dimensions (crimping height and width, etc.) of the assembly
Terminal-crimped wires testing generally involves the following items: insertion force test, durability test, insulation resistance test, vibration test, mechanical shock test, cold and hot shock test,
Introduction of terminal cross-section analysis Cross-section analysis is a more accurate and comprehensive detection method. At first, it is mainly used to detect the crimping
Automatic terminal crimping machine, with the functions of wire cutting, stripping and terminal crimping, is equipped with automatic air blowing and oil feeding device, which can
The automobile terminal is one of the main connecting components in the wiring harness, which is connected by the wire and the terminal after crimping, which
Terminal is a kind of accessory product used to realize electrical connection, which belongs to connector in industry. With the higher degree of industrial automation
Check whether the crimping applicator is clean and worn. Clean the applicator and replace worn ones if necessary. Check whether the crimping applicator is clean and worn.
Piercing connection method of cold-pressed terminal The piercing connection of the cold-pressed terminal is also known as the insulation displacement connection. In practice, the reliability
The fully-automatic terminal crimping machine may encounter some minor problems more or less in the process of use. If these problems are not dealt with, it may
We will elaborate the best solutions based on the balance of processing requirements and cost-effectiveness.