CA3102R16S-8PA71

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CA3102R16S-8PA71 is a type of electrical connector being designed and manufactured by TE Connectivity. The product comes in a metal shell with a type of thermoplastic insulation inside, designed with an oil-resistant PPS insulator for use in aggressive environments. It has a variety of connectors and pins including brass, aluminum, steel, or stainless steel pins.

The primary use for this type of connection is in motion control and automotive applications. It is resistant to vibration, and has a low insertion force and a high cycle life. This connector is often used in applications that involve high-voltage or high-temperature operations, as it can endure harsher or higher pressure conditions than other types of connectors. Additionally, it has high-level sealing properties, which makes it ideal for harsh weather conditions or wet applications.

Another common application of the CA3102R16S-8PA71 is in the power-generation sector. This connector is used in renewable energy applications and enables high current connections over a very small space. This type of connector is also often found in automotive, electric vehicle, and battery-processing systems, among other applications in the power-generation industry.

The main working principle of this connector is simple and straightforward. The pins are inserted into the thermoplastic insulation of the connector and fastened together by clamping. This creates a secure connection between two terminals. The connection can be further secured by soldering to ensure the integrity of the connection. The electrical connection is further strengthened by an epoxy bond which fills any air gaps that may exist in the pin connection.

The CA3102R16S-8PA71 is an extremely versatile and dependable connector. It is designed to last and can be used in many applications that require tight, sealed connections between two electrical terminals, such as motion control and automotive applications. It is also used in the power-generation sector, especially in renewable energy applications and electric vehicles. It is a highly reliable connector with a low insertion force, a high cycle life, and a secure, epoxy-based connection.

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