FCE17E09SN210

D-Sub Connectors

D-subminiature (D-sub) connectors are a type of electrical connector used in multiple applications across many industries. The D-sub is defined in two parts: the shell and the insert. The shell is an assembly of metal parts while the insert is the connection between the shell and cable.

The FCE17E09SN210 D-sub connector is used in many applications such as commercial gaming machines, video display monitor and other types of general electrical equipment. It is a 9-pin male-A connector with an Environmental Protection Rating of IP67.

Working Principle

The FCE17E09SN210 connector is designed to be used with a 9-conductor 3 mm jacketed cable. It has nine metal pins that are housed within a plastic housing. When the D-sub is connected to the mating component, the pins make contact with the conductors inside the cable. This connection allows electricity to be transferred between two components.

When the FCE17E09SN210 connector is in use, the pins can slide in and out of the plastic housing. This sliding action is used to ensure the proper connection of the pins within the shell. The pins are held in place by a recessed retention clip which allows the user to adjust the tension.

Advantages

The FCE17E09SN210 connector is an ideal choice for applications where a high degree of reliability and durability is required. It features a robust design that ensures the pins stay tightly connected and the connection is resistant to vibration and shock. The connector is also IP67 rated, meaning that it is water and dust resistant.

The FCE17E09SN210 connector is cost effective and easy to install. It is designed to be a quick and easy connection solution, and the recessed retention clip allows the user to quickly adjust the tension of the pins.

Disadvantages

The FCE17E09SN210 connector is not compatible with every application. It is designed for use with a 9-conductor 3 mm jacketed cable, so if the application requires a different type of cable, then this connector is not suitable for use. Additionally, the pins are larger than other types of connectors, making it difficult to fit into tight spaces.

The FCE17E09SN210 connector is also not as reliable as some other types of connectors. The pins can become loose over time and the connection may become unreliable. It is also not as resistant to extreme temperatures and may fail if the environment it is used in gets too hot or cold.

Conclusion

The FCE17E09SN210 connector is a great choice for applications where reliability and durability are key requirements. It offers a robust design that ensures the connection is secure and resistant to vibration and shock. However, it is important to remember that this connector is not suitable for use in every application and that it may not be as reliable and durable as other types of connectors.