466385-2

466385-2 Application Field and Working Principle

466385-2 is a type of crimper, applicator, or press used in the production of electrical components. The purpose of this tool is to permanently and securely join together two electrical elements. It does so by subjecting them to a controlled force and pressure in order to form a reliable electrical bond.

To use the 466385-2 for a secure electrical bond, first set your terminals in position. Then, by using the release lever on the device, you can adjust your device to the corresponding terminal size. Once adjusted, both elements can be secured in the device and a force or pressure can be applied if needed.

The 466385-2 is also responsively designed to reduce the amount of time and effort required in making electrical connections. It does so by providing a one-handed activation system and separate release levers for the terminals. This provides a more effective and reliable control when making connections. In addition, it also eliminates the need to continually adjust the tool between different terminals.

Unlike many other crimpers, applicators, and presses, the 466385-2 does not require any adjustments to the machine itself. Instead, this tool is operated with the turn of a single button, making it convenient and easy to use in a variety of circumstances.

The 466385-2 is also built to withstand the rigors of repeated electrical bondings. The construction material is made from a high-strength steel and aluminum alloy. This makes it both strong and durable to withstand the process of repeated crimpings and pressings.

The 466385-2 can be used in a wide variety of applications. Its mechanical properties make it suitable for use in both automotive and telecommunications industries. It can also be used in the assembly of enclosure, relays, and connectors.

The 466385-2 is a reliable and convenient tool for the production of secure electrical bonds. Easy to use and economical, it provides reliable control and secure connections while taking up minimal time and effort. In addition, its construction and design allow for the reliable and accurate repetition of connections.