FCE17E09PA610

D-Sub Connectors are widely used in various engineering and industrial applications. Popular products include the FCE17E09PA610, a 9-pin panel mount connector with a screw termination. This connector has the capability to stand up to challenging conditions, including wide temperatures and heavy vibration.

The FCE17E09PA610 is designed for various applications, and its contact pins are gold plated for enhanced conductivity. It is also IP67 rated for water resistance and dust proofing. The connector has a low mating force which makes it easy to use with robotic systems. The contact pins and contacts are constructed of brass with nickel plating for enhanced durability.

The FCE17E09PA610 typically comes pre-assembled with screws, nuts, washers, and a pair of terminals. It is designed to provide greater convenience when connecting with cables or related components. The screw terminals are designed to provide a secure locking connection and prevent wires from loosening.

The working principle of the FCE17E09PA610 is simple. The connector has two rows of pins, with one row acting as the "male" and the other as the "female". When the two pieces of connectors are pressed together, the male pins and female slot make contact, allowing an electrical signal to pass through the connector. This contact is made possible by the gold plating of the pins and contacts, providing an unobstructed passage for the electrical signal.

The FCE17E09PA610 is used in a wide range of applications including computer networking, robotics, industrial automation, and gaming systems. It can also be used for interfacing with sensors, valves, and other electromechanical components. In addition, this connector is popularly used in harsh environments due to its rugged design and IP67 rating.

In conclusion, the FCE17E09PA610 connector is a reliable and cost-effective solution for many engineering and industrial applications. It has excellent features, such as gold plated contacts and pins, a low mating force, and IP67 rating. Its working principle is simple, and the connector is widely used across a range of disciplines due to its versatility and durability.