HTSW-135-24-G-T

The HTSW-135-24-G-T is a rectangular high-temperature, high-reliability connector. It is primarily used in industrial and automotive applications and is designed for relatively harsh conditions such as high vibration and extreme temperatures. This connector offers an optimal solution for many complex system requirements and also ensures the reliability and safety of individual component connections.

Introduction to HTSW-135-24-G-T

The HTSW-135-24-G-T is a type of high-temperature, high-reliability connector. It is manufactured with robust materials and is typically used when exceptional resistance to high temperatures or harsh environmental conditions is needed. These connectors consist of two parts, with headers being embedded in the mating components. The headers have metal contact pins to ensure electrical connection.

The HTSW-135-24-G-T is designed as a cost-effective and high-performance solution for industrial and automotive applications. The rugged construction ensures high durability and enables reliable operation in extreme temperatures and harsh environments. This connector is UL rated and complies with MIL-DTL-83723D Class I/II/III/IV requirements. It has a current rating of 8A per contact and a voltage of 500VAC.

Applications of the HTSW-135-24-G-T

The HTSW-135-24-G-T is primarily used in industrial and automotive applications. It is suitable for communications and control systems, vehicles, power systems, and engine control systems. Its durable construction and robust design make it suitable for harsh environments and extreme temperatures.

The HTSW-135-24-G-T is an ideal solution for applications requiring high reliability and high temperatures. It is often used in applications such as military, aerospace, and medical. The connector is suitable for a variety of applications, including RF connectors for microwave applications, wiring harnesses, high-speed data, power supplies, and instrumentation.

The HTSW-135-24-G-T is used to connect power and data lines. It is an excellent solution for connecting circuits in a commercial, industrial, or automotive application. The connector ensures high-performance operation with reliable electrical and mechanical connections. The connector is available in both male and female configurations, enabling quick interconnection with other components.

Working Principle of the HTSW-135-24-G-T

The HTSW-135-24-G-T consists of two parts, a header which houses the metal contact pins, and a receptacle which is designed to offer high reliability electrical connection. The connector has a current rating of 8A per contact and a voltage of 500VAC. The pin design allows for both high-voltage applications as well as low-voltage, high-current applications.

The HTSW-135-24-G-T provides reliable electrical connection via a variety of contact options, depending on the application. When it is mated with a compatible receptacle, the mating pins are inserted into the contact pins of the header and locked into place. The pins are designed to contact the pin stem at multiple points, ensuring a secure electrical connection. The pins are also designed to provide a positive locking mechanism, further ensuring that the connection remains secure and reliable.

The HTSW-135-24-G-T is designed for easy installation and removal. The pins are designed with an easy-to-grip, low-profile design that allows for easy handling. This connector is also designed to be environmentally sealed, protecting it from environmental contaminants and to provide reliable performance in harsh conditions.

Conclusion

The HTSW-135-24-G-T is a high-temperature, high-reliability connector. It is primarily used in industrial and automotive applications and is designed for relatively harsh conditions such as high vibration and extreme temperatures. The connector is UL rated and complies with MIL-DTL-83723D Class I/II/III/IV requirements and is ideally suited for applications requiring reliable performance in harsh environments. The connector is designed with an easy-to-grip, low-profile design and reliable locking mechanism, ensuring a secure connection and high performance operation even in extreme temperatures.