CWN-501-60-0060

The CWN-501-60-0060 is a rectangular connector with headers, male pins, designed to meet a wide range of application requirements. It is able to be used in a range of applications, such as automotives, industrial, communications, aerospace, and medical.

The CWN-501-60-0060 is capable of transmitting data signals with a high electrical performance and reliability. It has a current rating of 10 amps and insulation resistance of 1000 Megaohms. It is RoHS-Compliant and also UL-Listed.

Due to its unique design, the CWN-501-60-0060 is able to offer an easy connection between two circuits without damage to either. The connector is molded from heavy duty thermoplastic and is a two-piece system consisting of a shell and a set of pins. The pins are constructed of brass and are placed in the shell which provides an electrical as well as a mechanical connection when placed between the two mating components.

The shell of the CWN-501-60-0060 connector is designed in such a way that it provides a secure connection. It has multiple benefits, and one of them is that it prevents the pins from being pulled out by external forces. Furthermore, it provides additional strain relief, protecting the connection from malfunction due to vibration or motion.

The pins of the CWN-501-60-0060 are constructed from brass and are designed to provide a reliable connection. The pins are contoured in such a way that they provide a tight fit when the two mating components snap together. This prevents any looseness or rattling due to movement or vibration.

The CWN-501-60-0060 is designed to offer superior electrical performance with a wide range of frequencies. The connector is able to provide higher throughput speeds which support faster data transmission. Furthermore, it is built to last and has a good track record when it comes to reliability.

The CWN-501-60-0060 connector, with its headers and male pins, is a dependable and reliable solution for many applications. It is a secure connection which is able to withstand a wide range of frequencies while providing a reliable connection. This makes it ideal for applications such as automotive, industrial, communications, aerospace, and medical while offering superior performance and reliability.