416-83-244-41-011101

Rectangular Connectors – Headers, Receptacles, Female Sockets

416-83-244-41-011101 application field and working principle form an integral part of modern industrial society, without which advances that continue to define our future would be not be possible. Rectangular connectors, such as headers, receptacles, and female sockets, have been outfitted with improved technologies, making them a vital component within the industry.

The Significance of Rectangular Connectors

These connectors have become an integral part of data-coding and electrical interface technology, with applications across multiple industries. Most of these connectors are encased in a plastic or a metal protective shell, which prevents contact damage and unintentional arcing. Although they appear simple, the design and engineering of these rectangular connectors requires an understanding of electrical infrastructure, insulation resistance, and current counts.

Varieties of Rectangular Connectors

The various varieties of rectangular connectors include, but are not limited to, headers, receptacles and female sockets. A connector header is built for applications that require small-signal connection and consist of a strip of pins with insulation between them. A connector receptacle is a device or outlet that can accept a plug or pipe connection to create a secure connection, and is connected to female sockets that form the actual connection.

Benefits of Machine-Assisted Industry

Thanks to advances within the fields of engineering and automation, the production of these connectors have become less labor intensive and more cost effective. As automated machines now perform most of the labor-intensive tasks related to these connector types, most of the efforts required to create the connectors are now attributed to designing them properly.

The Technology Behind 416-83-244-41-011101

416-83-244-41-011101 is a rectangular connector that is developed in accordance with the latest automation and industry trends. This connector is created using a combination of metals such as brass, bronze and aluminum, and then treated with a high wear protection surface coating for extended durability. This ensures that vibration or tension won’t lead to easy breakage. The pins of this connector are staggered and insulated to minimize contact damage and arcing. Additionally, the shell is made of synthetic plastic material, which not only protects the pins but also insulates from current surges.

416-83-244-41-011101 Application Field and Working Principles

The 416-83-244-41-011101 application fields include but are not limited to telecommunications and automation systems, car electronics, and office or home appliances. The working principles are to transfer data or electricity from one circuit to another while providing precision safety and ruggedness. Again, the insulation between the pins prevents unintentional arcing when transmitting electricity at high voltages, and the synthetic plastic material shell protects the pins from contact damage and improves the connector’s ability to withstand shock and vibration.

Conclusion

Rectangular connectors, such as headers, receptacles, and female sockets are used for a variety of applications across multiple industries, with 416-83-244-41-011101 being an improved version developed in accordance with industry trends and automation technologies. These connectors are now produced using automated machines, ensuring a cost effective solution, and their insular properties provide vital protection against contact damage and arcing at high voltages.