G125-FC25005L0-0300F Cable Assemblies

Rectangular Cable Assemblies are used for a wide range of applications, from military applications to everyday consumer goods, due to their robust physical and electrical characteristics. One example of Rectangular Cable Assemblies that is common in the industrial world is the G125-FC25005L0-0300F.

This specific type of Rectangular Cable Assemblies has a three-conductor assembly with PTFE insulating sleeve. The conductors are made of silver- plated copper and the diameter of each conductor is 0.75mm. Its operating temperature range is from -55°C to +105°C. Its number of contact times is 100-500.

G125-FC25005L0-0300F cable assemblies are ideal for applications in industrial environments, as they provide the high reliability of a shielded cable assembly with a low electromagnetic interference (EMI) level which in turn results in a low emission of electrical noise. This makes it perfect for data transmission and signal transmission over a long distance.

The working principle of G125-FC25005L0-0300F cable assemblies is based on using flexible plastic sleeves to protect the conductors in the assembly. This allows the conductors to move within the sleeve, ensuring a continuous exchange of data between the cable and the receiving device. The data is then transferred directly from the conductors to the receiving device. The use of a shielded assembly further ensures that no EMI is emitted, or that any external EM radiation is suppressed.

G125-FC25005L0-0300F cables are ideal for a variety of applications, such as conveyors, process control systems, automation systems, and other machine control systems. They can also be used for wiring projects, as they provide consistent and reliable data or signal transmission. These cables are also used in industrial and commercial vehicles, as well as for instrumentation and test measurement systems.

G125-FC25005L0-0300F cable assemblies are a reliable and robust form of data or signal transmission. Their rugged construction ensures that they will perform consistently in the harshest of environments. The use of flexible plastic sleeves ensures that the conductors in the assembly can move within it, enabling a continuous exchange of data between the cable and the receiving device. The shielded construction also allows for minimal EMI, resulting in a low amount of electrical noise output.