If the parallel groove clamp has insufficient clamping force during use, it will directly affect the processing accuracy and production safety. The cause needs to be systematically investigated and resolved in a timely manner.
The dynamic change of copper terminal contact resistance is affected by many factors. The study of its laws and influencing factors is of great significance to the stable operation of electrical systems.
In the field of electrical connection, the parallel groove clamp is an efficient and reliable wire connection hardware, and its material selection is crucial to performance.
In vibration environments, such as machining, vibration screening and other fields, the parallel groove clamp needs to have good vibration resistance.
Copper terminals play a vital role in electrical connections. They are not only a bridge for current transmission, but also a key component to ensure the stable operation of electrical systems.
In the connection of high-voltage wires, the aluminum terminal ensures the stable transmission of current through its unique design and material selection.