26-60-4140

Rectangular Connectors - Headers, Male Pins, have become commonplace in modern electronic assemblies thanks to their wide range of applications and advantages. The 26-60-4140 is a type of header pin in this category. Each side of the male pin is composed of two metal plates that are stamped with a grooved pattern. The two plates are then bonded together with a heat-sensitive adhesive, creating a durable connection point.

The 26-60-4140 has a wide range of applications, especially in medical, automotive, and industrial electronic assemblies. It is able to bridge distances that otherwise would require a lengthy wiring path and simplify complex assemblies. The high temperature rating of the pins ensures reliable performance in high temperature environments.

The most common application of the 26-60-4140 is to provide power and signal connections between boards, devices, and wiring harnesses. Thanks to the grooved pattern, they provide secure and reliable connections. The reliable and durable nature of the pins makes them ideal for industrial applications. Many automotive devices such as sensors, switches, and amplifiers also use these pins for transmitting power and data.

The working principle of the 26-60-4140 is quite simple. It consists of two metal plates, one placed on top of the other. The grooved pattern stamped on the plates will securely lock them together when a force is applied. This creates a secure and reliable connection suitable for long-term operation in a variety of environments. The durable and heat-resistant nature of the pins ensures reliable performance in high temperature environments.

In conclusion, the 26-60-4140 is a type of rectangular connector header, male pin. It has a wide range of applications in medical, automotive, and industrial electronic assemblies. It is used for providing power and signal connections between boards, devices, and wiring harnesses. The pins are securely locked together by the grooved pattern stamped on the plates, and have a high temperature rating for reliable performance in harsh environments.