R142SFPL.41.03

Multiple Conductor Cables: R142SFPL.41.03 Application Field and Working Principle

Multiple conductor cables are high-performance products used in the manufacturing industry and laboratory settings. These cables provide a reliable connection in complicated high-tech applications, which makes them very popular in both industrial and laboratory applications.

The multiple conductor cable R142SFPL.41.03 is a product that can be utilized for various applications. It is a type of multi-conductor cable made of four conductors. This product has an operating temperature range of from -20°C to 105°C, as well as UL and CSA certifications, making it suitable for various electrical applications.

The R142SFPL.41.03 is designed to be used in factory automation, computerized control systems, telecommunications, instrumentation systems, multi-channel signal transmission systems, and data communications. This variety of applications makes it a highly versatile product that can suit most needs.

In industry settings, the R142SFPL.41.03 can be used in connection setups for machines of different kinds, both in terms of their signal and power connections. Moreover, this cable can also act as a single-pair cable in a system where two or more signal lines need to be connected.

The working principle of the R142SFPL.41.03 is based on the principle of multiple conductors in a single cable. This type of cable includes four insulated conductors which are twisted together in a single cable. The four conductors are: a black conductor, which acts as the ground wire; a white conductor, which acts as the signal conductor; a red conductor, which acts as the power conductor; and a green conductor, which acts as an extra conductor. The four conductors act together to create a reliable and secure connection between two electrical components.

The R142SFPL.41.03 is ideal for a variety of applications, as its properties and construction provide a high performance connection. Its excellent electrical features and shielding capabilities make it a reliable solution for complex and sophisticated applications.