FJH-30-R-200.00-4

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Flat Flex Cable (FFC) and Ribbon Jumper Cables (FJH) play an important role in many industrial power applications. FJH-30-R-200.00-4 is a special type of ribbon jumper cable that is used in many places. This article will discuss the applications in which FJH-30-R-200.00-4 can be used and its working principle.

Applications for FJH-30-R-200.00-4

FJH-30-R-200.00-4 is a flat flex cable specifically designed for use in power distribution systems. This type of cable is extremely flexible and can be used to connect up to three co-locates together. Additionally, FJH-30-R-200.00-4 can also be used in telecommunications, data transmission, and other forms of signal and power transmission. It is also ideal for adding additional load or providing power to multiple outlets.

Working Principle of FJH-30-R-200.00-4

At its core, FJH-30-R-200.00-4 is a flat flex cable consisting of two conductors, insulated with polyester tape and then braided together. Its design enables it to handle up to 30 amps of current per conductor. It is also relatively flexible, allowing for a large degree of movement without degrading the quality of the connection.

Because of the flat flexible nature of the cable, FJH-30-R-200.00-4 is able to maintain a strong electrical connection even when subject to movement. This makes it ideal for use in areas that may require a degree of flexibility, such as when running cables to connect multiple outlets. Additionally, the flat flex cable is also capable of scattering EMI/RFI noise which further enhances its utility in power distribution applications.

Conclusion

In conclusion, FJH-30-R-200.00-4 is a specialized flat flex cable designed for use power distribution systems and other applications that require a high degree of flexibility. It is able to safely handle up to 30 amps of current per conductor and is capable of withstanding a large degree of movement without degrading the quality of the connection. Additionally, the flat flex nature of the cable also enables it to scatter and reduce EMI/RFI noise, making it a versatile and reliable choice for many power-related applications.

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