CAEN3C8F040DF

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Circular Cable Assemblies are cables that are used for connecting electrical equipment or systems. They are designed to provide reliable transmission of signals and electrical power and to minimize signal and power losses from external influences. CAEN3C8F040DF is a circular cable assembly that is used for a variety of applications.

CAEN3C8F040DF is a shielded, two-conductor, field-wireable cable assembly. It is composed of an inner insulator, an outer dielectric, and a shield. Its conductor bundle design helps ensure that the shield works more efficiently. This cable assembly is designed for use in harsh industrial environments. It is commonly used for applications such as factory automation, robotics and process control.

The working principle of CAEN3C8F040DF is based on electromagnetic induction. The two conductors in the cable assembly transmit an alternating current. This alternating current produces a fluctuating magnetic field. The shield acts as a Faraday cage, intercepting external electromagnetic fields such as radio waves, cell phone signals or radiation. The shield prevents any outside signals from interfering with the signal transmission quality as it travels back and forth along the assembly.

This cable assembly is designed for reliability and durability. The wires are UV and water resistant and are rated to operate up to 125°C. The outer jacket is made of FEP, which provides superior mechanical and temperature protection for the cable. The insulation material used is made of a special thermally-modified ethylene-propylene rubber compound that provides improved temperature rating and flexibility.

CAEN3C8F040DF is an effective and reliable solution for many applications. It is particularly useful for circular data and power connections in applications such as robotics, sensors, instruments, test and measurement, and factory automation. It offers superior protection against electromagnetic interference, making it ideal for use in environments where electromagnetic interference is common. In addition, it provides reliable power and signal transmission for tight spaces and other difficult-to-access locations.

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