M7VWK-3710J

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D-Sub cables are a type of electrical connector cable typically used in computing, communication, and data transmission systems. One of the most commonly used D-Sub cables is the M7VWK-3710J. This cable has several distinct features that make it particularly suitable for these applications.

The M7VWK-3710J is composed of two separate parts. The first is the male portion, which consists of 9 pins made of resilient, corrosion-resistant brass for superior electrical engagement and signal performance. The second part is the female portion, which contains 9 pin receptacles that are engineered to connect to the male portion in a tight, vibration-resistant manner. The two sections are connected via wiring with 14 AWG x 24 strands of pure copper for maximum flexibility and enhanced signal transmission.

The M7VWK-3710J is rated for a temperature range of -20°C to + 80°C for reliable performance in harsh environments. It is also IP67 rated for dust and water resistance, making it ideal for applications where the equipment will be exposed to the elements. It has an operating voltage of up to 1000 volts, making it suitable for a wide range of electrical systems. Additionally, the M7VWK-3710J is also UL recognized and CSA approved.

The working principle of the M7VWK-3710J is quite straightforward. Two pieces of equipment will have the male and female pieces of the cable\'s connector attached. Then, upon connection, the 9 pins extend from the male portion and make contact with the female receptacle, thereby establishing an electrical connection and allowing data to be transmitted between the two pieces of equipment. Data transmission is enhanced by the design of the connector, which allows for signal transmission across multiple layers and a wide range of temperature ranges.

The M7VWK-3710J is a reliable, robust D-Sub cable that is well-suited for a variety of applications. Its resistance to dust, water, and vibration make it an ideal choice for industrial and medical applications, while its operating voltage and multiple layer capabilities allow it to be used in a wide range of communication, data transmission, and computing systems.

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