HTSW-105-19-S-S

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The HTSW-105-19-S-S is a rectangular connector header with a long, robust pin that is ideal for use in many difficult environments. The HTSW-105-19-S-S connector is designed for use in harsh industrial and military applications, as well as in medical and aerospace applications. It is designed to accommodate standard header pin sizes, allowing it to be used in a variety of applications.

The HTSW-105-19-S-S header features a high-temperature insulation system that ensures the proper insulation of contacts. This insulation system is resistant to corrosion, vibration, and extreme temperatures, making it well-suited for many tough industrial and military applications. Thanks to its long pins, the HTSW-105-19-S-S connector is able to easily and securely fit through much thicker materials, such as aluminum or steel.

The connector header is constructed of wide plastic material for easy insertion without crimping or bending. The body is designed for secure mounting over the application’s substrate. The plastic material ensures the longevity of the pins, even when exposed to harsh environments. Furthermore, the connector header is designed for easy disassembly and replacement.

The HTSW-105-19-S-S connector header’s working principle relies on the solderless interconnection principle. The connector pin is inserted into a pre-drilled hole in the PCB, and then the connector is locked in place. This locking mechanism provides a secure, locked connection that is reliable and durable. The contact points are made of high-quality copper for enhanced conductivity.

The HTSW-105-19-S-S connector header is an ideal solution for many tough applications, such as extreme temperatures, high vibration, and dirty or corrosive environments. The robust pin construction allows it to be used on thicker materials, and the secure attachment of the connector to the substrate ensures a stronger connection. Furthermore, the insulation system is designed to resist corrosion, vibration, and extreme temperatures, allowing for a secure connection in even the most difficult and unforgiving applications.

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