179620-7

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Rectangular Connectors - Housings are essential components for various electronic systems. 179620-7 is a specific type of connector in this category – its application and working principle can be explained as follows.

What is 179620-7?

179620-7 is an innovative rectangular connector system from Harris. The version 7 in the name is the latest iteration of the connector series, which excels in the field of high temperature applications. It possesses numerous features that make it ideal for such an environment.

What Are the Benefits of 179620-7?

179620-7 connectors are designed for high-temperature applications with superior performance. These connectors offer unmatched protection for sensitive electrical connections in harsh environments, while also maintaining the highest level of connectivity and signal integrity. They also boast superior vibration-resistant capabilities to ensure reliable system performance.

They boast outstanding mating cycles capability due to their special construction and contact design. The connector’s pins are spring loaded to provide constant contact pressure and ensure environmental sealing. Additionally, 179620-7 is extremely lightweight, making them particularly suitable for robotic and high-accuracy applications.

What Are the Applications of 179620-7?

179620-7 connectors can be used in a wide range of industries and applications. They are suitable for industrial automation, control and instrumentation systems, as well as for medical, military and aerospace applications. They can also be used for communications systems, electrical and electronic equipment, power converters, and renewable energy systems.

What Is the Working Principle of 179620-7?

179620-7 is based on the modular approach, which allows users to configure and assemble the connector based on their specific requirements. The 3-piece design of this connector consists of a housing, a contact and a locking mechanism. The shape of the contact varies depending on the power and the voltage requirements. The contacts are inserted into the housing, and the housing is then secured with a locking mechanism.

The housing comes in two variations – one for PCB mounting and the other for cable connection. The PCB version has a pair of nails while the cable mounting version has an insulation strain relief and a strain relief for the strain relief bushing.

Conclusion

The 179620-7 connector is an ideal choice for high-temperature applications due to its superior performance, lightweight construction and vibration-resistant capability. Its three-piece design with modular approach allows for flexible configuration to suit specific applications. Its application includes industrial automation, control and instrumentation systems, medical, military and aerospace and other areas.

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