LPPB402NFSS-RC

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The LPPB402NFSS-RC is an innovative rectangular connector that is designed for automation and robotic applications. It is typically used for inter-connecting robotic arms and controllers or for connecting other robotic components. The connector is a compact, high performance, and IP67-rated product, specifically engineered for reliable signal integrity in robots.

The LPPB402NFSS-RC consists of a header and a receptacle. The header, or male connector, has pins that are evenly spaced between two rows and are terminated at the ends with soldered eyelets. The receptacle, or female socket, also contains two rows of evenly spaced connection points, which when correctly mated to the header, facilitate electrical connection. The combination of the header and receptacle is firmly secured by a locking mechanism at each end.

The working principle of the LPPB402NFSS-RC is relatively straightforward. When the header and receptacle are mated, electrical connections are made between the terminals on the two components. This allows for the transfer of electrical signals, or data, between electronic devices. Additionally, the locking mechanism ensures that the connection remains secure and that no interference is present at the connection points, leading to a reliable and consistent performance.

The LPPB402NFSS-RC is designed to meet the demands of a wide array of robotic applications, including autonomous vehicles and machine vision systems. This connector features extra-long pins which provide extra space for signal and power connections. Additionally, its insulated frame and two locks ensure there is no either accidental disconnects. Its robust construction also makes it suitable for harsh industrial conditions.

The LPPB402NFSS-RC provides a reliable and efficient solution for connecting robotic devices. The combination of female sockets and header ensures a strong connection that can be used to transmit both data and power. Its robust design and reliable construction make it suitable for many different applications, including automotive, machine vision, and robotics.

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