411-13-258-41-001000

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Rectangular connectors have long been one of the most commonly used methods of electronic connection. Headers, receptacles, female sockets, and many other types of rectangular connectors are used in all types of applications, ranging from computer systems to consumer electronics. The 411-13-258-41-001000 series of rectangular connectors is no exception; By combining a wide array of powerful features and robust design characteristics, this family of products is a great solution for many different applications requiring reliable connections.

411-13-258-41-001000 Connector Features

411-13-258-41-001000 is a series of rectangular connectors that provides a range of versatile features for intended users. Different models of the series are available with varying pin counts, from 10 pins to 32 pins; the wide range of different pin counts means that the series is strong enough to support most applications that require electronic connection. Repetitive mating cycles are also available on these connectors; with up to 5000 mating cycles, the connector ensures a reliable and long-lasting connection throughout its projected lifespan.

The 411-13-258-41-001000 series connectors have insulation resistance ratings of up to 500 volts for a single contact. Furthermore, the connectors are rated for current-carrying capacities of up to 2 amps, allowing for the powering of a wide range of electronic devices in applications where higher power levels are needed. Finally, the series features two locking features, allowing for a secure locking connection and a secure mate.

411-13-258-41-001000 Connector Working Principle

The 411-13-258-41-001000 series of connectors uses a simple but effective method of connection. The design of the connector is based on a modular system. Each connector is composed of several modular components, such as the header, receptacle, and female socket. Each component is designed to connect with one another in a precise manner. This ensures that a secure connection is made between the two components.

The first step of connecting two components involves inserting the header into the receptacle. As the header is inserted, the connector allows for alignment of the two components. The receptacle then securely locks into the header. Once the header is securely locked into place, it is impossible to remove the header without first unlocking the receptacle. This ensures a secure connection which cannot easily be broken.

The second step of the connection process involves the insertion of the female socket into the receptacle. This ensures that the electrical connection between the two components is solid and cannot be disrupted. The locking mechanism also ensures that the connection remains secure at all times. This ensures that the connection will remain strong and reliable.

Conclusion

The 411-13-258-41-001000 series of rectangular connectors is a great solution for all kinds of applications. The robust design characteristics of these connectors, combined with their wide array of features, make them an ideal choice for users requiring a reliable connection. The connectors feature an effective locking mechanism, which ensures that the connection remains secure. Furthermore, the connectors support up to 500 volts and 2 amps of current, so they are suitable for powering a wide range of applications.

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