A-2014-2-4-LP/FS-R

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

A-2014-2-4-LP/FS-R is a type of modular connector, commonly referred to as a jack. Modular connectors are devices used to join telecommunications and other signal processing systems. They provide a disconnect and reconnect point either on a plug or in a socket in order to facilitate equipment maintenance or refurbishment without removing connected equipment. Jacks come in many varieties such as 4P, 10P, and 14P, and A-2014-2-4-LP/FS-R is one of the most popular and widely used of them all.

A-2014-2-4-LP/FS-R modular jacks have a number of advantages over traditional hardwired wiring, including the ability to process large amounts of data, require less wiring, and reduce costs associated with installation compared to hard wired wiring. This makes them ideal for applications in many fields, such as telecommunications, networking, industrial automation, medical, military/aerospace, and consumer electronics, as well as in home or small office environments.

The A-2014-2-4-LP/FS-R is a type of 8P8C (8 position, 8 contact) jack. It is composed of an insulated contact sleeve, a contact crimp, a molded plastic housing, and a strain relief boot. The contact sleeve is made of phosphor bronze and provides a low contact resistance when inserted and withdrawn from the jack. The contact crimp is made of zinc plated steel and provides additional resistance to the contact sleeve. The molded housing is constructed of an UL-rated black thermoplastic and protects the contacts from dust, debris, and accidental short-circuiting. The strain relief boot protects the cable assembly from excessive bending, making A-2014-2-4-LP/FS-R jacks extremely reliable.

To ensure consistent operation, all A-2014-2-4-LP/FS-R jacks are inspected for integrity during the manufacturing process. The jacks are first inspected for defects in the contact sleeve, crimp, and housing. Afterward, they are tested for electrical integrity. Two methods of testing are used to verify their performance. The first method is the high-voltage dielectric strength test, which uses a high voltage source to test the insulation resistance of the jacket and components. The second method is the current test, which is used to test the electrical continuity of the jacks. These tests guarantee that each jack meets the highest industry standards.

Given their numerous advantages, A-2014-2-4-LP/FS-R jacks have become the preferred choice for a variety of applications. They offer versatility and reliability, making them well suited for any application. Furthermore, their low cost and ease of use makes them an ideal solution for any wiring or networking project.

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