2151204-2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crimpers, Applicators, Presses, are all used for the same purpose- to create reliable electrical connections. While the three are related, they perform quite different technical processes to achieve the desired outcome. The 2151204-2 Application Field and Working Principle explores the differences between these three and provides an overview of their respective working principles.

A crimper, much like its name implies, is a device that crimps or seals two wires together in order to create an electrical connection. The tool works by pushing two ferrules (copper sleeves) with a plain thimble and piercing tool or a copper ring with a dielectric backing onto the wires. The wires are then crimped together into one metallic cable by having the copper sleeves and the dielectric jacket compressed together. Once the crimper has created a reliable connection, the joint can then be tested for electrical performance.

An applicator is a device that applies pressure to wires via the contact between a flat piece of metal and a conductor within the wire. The force generated by the applicator is much more substantial than that produced by the crimper. The resulting pressure creates a reliable electrical connection, and the connection is typically tested with a continuity or electrical noise test. Commonly found in high-voltage applications, such as power transfer stations, applicators are particularly useful for creating highly secure connections.

Presses are devices that are used to press two components together in order to create an electrical connection. The press works by pressing two components together with an actuator arm against a material surface. This creates a relationship between the components which in turn generates an electrical connection. This type of connection is extremely reliable, making presses ideal for heavy-duty industrial applications.

The 2151204-2 application field and working principle outlines the differences between the three mentioned applications and gives a comprehensive overview of their respective working principles. It is a valuable tool for anyone looking to make reliable electrical connections in either a professional or a DIY manner. Ultimately, the 2151204-2 and its associated applications are invaluable for creating secure and long-lasting electrical connections.

The specific data is subject to PDF, and the above content is for reference