PZC29DGAN

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Rectangular Connectors are used in a variety of areas where two circuits must be connected. Their most common uses are as Headers, Male Pins, Mating Pins, Female Sockets, and Grounds. The PZC29DGAN is a Rectangular Connector designed to achieve superior performance. It is an extremely versatile and reliable connection system for industrial and automotive applications.

Main features of the PZC29DGAN include its patented power contact system with an extended contact mating design, high temperature operation up to 200°C, compliant pin options for up to 7 contacts, and its ability to meet or exceed electrical and environmental performance requirements. PZC29DGAN offers a variety of contact arrangements, including a single-row, dual-row, and right angle versions. The pins on the PZC29DGAN are gold plated for increased contact reliability and superior performance.

The PZC29DGAN Connector is typically used in the automotive industry where its superior performance is needed to meet the rigorous demands of the environment. It is also used in various applications, such as HVAC, power and battery systems, injection molding, and medical equipment. Its versatility and reliability make it a popular choice for these types of applications.

The working principle of the PZC29DGAN is simple: the connector is mated by inserting the pre-assembled male pins with the required pin arrangement into the female sockets and pushing them together. This system works in both directions, allowing the user to reliably disconnect or reconnect the components as needed. The patented power contact system provides additional strength and stability to the connection and ensures that power and signals are passed through with minimal interruption.

The PZC29DGAN is a reliable and versatile connection system for industrial or automotive applications. It is easy to use and provides a reliable and secure connection with superior performance. Its benefits also include increased contact reliability, high temperature operation up to 200°C, and low insertion and extraction forces. It is a great choice for applications where performance and reliability are key.

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