FFSD-20-D-08.00-01-N

Rectangular Cable Assemblies

Rectangular cable assemblies are high-performance wires and cables, designed to provide additional physical protection, flexibility and strain relief to the cables. These cables offer the advantages of a robust engineering solution, with flexibility and strain relief, for operations on tight spaces such as in laboratories, industrial settings and specialized machinery.

The FFSD-20-D-08.00-01-N is a cable assembly commonly used for industrial applications. Its unique construction features two layers of high-performance insulation, with an additional layer of strain relief, to protect the cables from bending and compression. Additionally, it is equipped with an interlocking grounding wire that ensures better contact with the outside environment.

Application Field

The FFSD-20-D-08.00-01-N is a cable assembly designed for low-voltage applications, such as in the factory setting and in industrial applications. The cable assembly is widely used for industrial instruments, automation equipment, medical equipment, robots and other special machinery. It is also ideal for connecting sensitive electronic components, such as sensors, to the rest of the system.

Working Principle

The FFSD-20-D-08.00-01-N cable assembly works by creating a conduit when the cable plugs into an enclosure. This provides a reliable pathway for electrical signals or data to travel through the connected components. The components connected with this cable assembly are also protected against vibrations and mechanical pressure, due to the two layers of insulation and the strain relief feature.

Additionally, the interlocking grounding wire ensures better contact with the outside environment, reducing the risk of interference from surrounding conditions. This also eliminates the need for additional contact points and grounding wires for increasing the stability of a connection.

Conclusion

The FFSD-20-D-08.00-01-N cable assembly is a robust solution for industrial applications. It provides reliable electrical connections and data transmission channels while simultaneously protecting internal components from mechanical stresses. Additionally, it is able to create a conduit when connecting components to an enclosure, which also helps increase the stability of the connection.