FFMD-06-S-02.00-01

Rectangular Cable Assemblies

FFMD-06-S-02.00-01 is a popular rectangular cable assembly used in a broad spectrum of applications. It consists of a number of components, including both thermoplastic and metallic parts, in order to provide a reliable and durable electrical connection. This article will discuss the field of application for this cable assembly and how it works to deliver reliable and secure electrical connections.

Application Field

The FFMD-06-S-02.00-01 is primarily used for power transmission and signal communication between two points, such as in electrical equipment used in automobiles and industrial machinery. This cable assembly has proven to be highly effective in environments where continuous-flexing applications are necessary, and has been designed to provide a long and reliable service life. It is suitable for use in a wide variety of applications, including data processing, robotics, and automated control systems.

Working Principle

The FFMD-06-S-02.00-01 features a unique design that enables it to provide a reliable and secure electrical connection. The cable assembly uses high-quality thermoplastics and metals in order to provide a secure physical connection, thereby ensuring a good electrical connection. The cable is constructed with numerical coded conductors that are soldered into place so as to create highly reliable connections. The contacts are protected by a PVC sheath, which helps to protect the delicate connection from shocks and vibrations, thus providing superior performance and prolonging the service life of the cable assembly.

The assembly also offers superior EMF shielding performance. The copper braid shielding that surrounds the cable prevents high-frequency electromagnetic radiation from entering or exiting the cable assembly. This helps to ensure that all signals and power transmissions remain highly secure and reliable, even in highly interference-heavy environments.

The FFMD-06-S-02.00-01 cable assembly is designed to provide superior performance, reliability, and cost-efficiency. It is suitable for a variety of applications, including power transmission, signal transmission, and data processing. The assembly features a robust design that is capable of withstanding high vibration levels, EMF interference, and shock and corrosion. Its superior shielding capabilities and durability make it an attractive option for many applications.