91614-422LF

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The 91614-422LF is a specialized connector used in a variety of industrial and commercial applications. It is the type of rectangular header connector, specifically a combination receptacle and female socket. It offers a secure connection between two wires while remaining easy to install and simple to maintain.

The 91614-422LF is designed to help manage complex wiring connections in a wide variety of industries, including aviation, telecommunications, medical, and military applications. It has a standard 8-position female socket or 17-position female socket that is both secure and easy to use. The interior of the connectors is designed in a way to ensure reliable electrical connections. It also includes a strain relief feature that helps protect the wires from accidental wear and tear.

The 91614-422LF connector is available in two configurations: vertical and right angle. Its design has a wide range of contact spacing that can range from 1.4 millimeters to 2.2 millimeters. This ensures that each connection is secure regardless of the application. The connector is also rated for a current capacity of up to 3.0A and can withstand up to 1000V. It is UL-rated for hazardous locations and CAT5 compliant.

The working principle of the 91614-422LF connector is based on its variety of pins arranged in a rectangular pattern that fit into the corresponding holes of the mating connector. The pins are designed to create a secure connection when plugged in. Furthermore, the connector is designed with a positive locking feature that prevents accidental disconnection and helps prevent unwanted interference from other electronic signals. The 91614-422LF also has a durable metal housing that surrounds the pins, providing extra protection against environmental factors such as dust and moisture.

The 91614-422LF is designed for a variety of different jobs ranging from home automation to small prototype designs. It is both cost-effective and reliable, making it a popular choice amongst electronics engineers and technicians. Its combination of features makes it an ideal solution for high-speed digital connections and electromechanical applications.

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