SFSD-07-30-F-03.26-S

Rectangular Cable Assemblies

The SFSD-07-30-F-03.26-S is a rectangular cable assembly used for a variety of application fields. It is made up of high-quality materials and is designed for outdoor use in harsh environments. The cable consists of seven black strands, two red strands, one white strand, and one blue strand, which are twisted together and housed in a PVC jacket. The overall design is quite rugged and reliable.

Application Fields

The SFSD-07-30-F-03.26-S cable assemblies can be used in a variety of application fields, most notably in industrial, IT, telecom, and power engineering systems. Industrial use includes connection of various automation systems, as well as industrial control networks and their components. In IT, the cable assemblies can be used to connect computers, networking devices, and other electronic components. For telecom, the assembly is used for connecting servers, routers, and other telecom equipment. Lastly, the assemblies are commonly used in power engineering systems for the connection of power generators, control systems, and other power components.

Working Principle

The SFSD-07-30-F-03.26-S cable assemblies have a number of distinctive features that make them suitable for a wide range of applications. Firstly, the cables are designed to provide protection against electromagnetic interference (EMI) due to their conductive shielding design. The presence of a ground wire also helps reduce crosstalk between cables. Secondly, the cables have a high degree of flexibility thanks to their twisted design and PVC jacket, making them easy to install and route. Thirdly, the assemblies feature a resistance to temperature changes, making them suitable for outdoor installations. Lastly, the cables have a high tensile strength, making them sturdy and reliable for long-term use.

Conclusion

In conclusion, the SFSD-07-30-F-03.26-S cable assemblies are an excellent choice for a variety of application fields and provide superior protection against EMI and crosstalk. They are also highly flexible, resistant to temperature, and have a high tensile strength. These features make them ideal for harsh environments and long-term use, making them the perfect solution for industrial, IT, telecom, and power engineering systems.