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Electrical and communication systems cannot exist without Electrical Cable Wire. Be it simple devices and machines, home appliances, industrial machines, or remote devices and systems.
Composite Cable (multiple function): definition and overview
A composite cable is a type of cable that consists of multiple conductors and/or transmission cores. Power, signal, data, and control cores are available in such cables. It allows achieving diverse purposes when using one type of communication link. In particular, such a connection method is useful when using multiple transmission types and eliminating the need to use several links.
Power Cable: definition and overview
A power cable is designed to deliver electricity from its source to the intended destination. Power Cable products are essential to provide electrical energy in various fields: in housing, industry, transport, enterprises, and municipalities. Choosing the right power cable is of great importance for electrical safety.
Coaxial Cable: definition and overview
A coaxial cable is a type of cable designed to transmit information signals. The design of the coaxial cable includes several layers: a core, an insulating layer, a shield, and an outer coating that protects the cable from external effects. The distinguishing feature of such a link is the shield that protects the core from electromagnetic interference.
Flexible Cable: definition and overview
A flexible cable is a type of communication link designed for use under bending conditions. For flexible applications, flexible cables are used, including in machines, robots, rollers, and other equipment. Such products are designed for cyclic bending and are subject to mechanical stress. Flexible products are primarily used where there is a need for motion: in robots and automated systems.
Industrial Cable: definition and overview
An industrial cable is a type of communication link designed for use in harsh environments. Industrial sites have specific requirements for materials and technologies. For example, machines operate under high mechanical loads, and electromechanical and electromagnetic compatibility is essential.
High Temperature Cable: definition and overview
A high-temperature is a type of communication link designed for use in high-temperature environments. For example, high temperatures can be encountered in industrial facilities, in heating equipment, or in engines. The essential characteristic of a high-temperature cable is its resistance to high temperatures. When choosing such a product, it is vital to consider the operating temperature conditions. Moreover, various classifications of high-temperature cables differ significantly in their characteristics and purposes.
Conclusion
Choosing the right cable ensures the long and reliable operation of any technical system. The wide range of products presented by companies allows finding the optimal solution for any task. This article introduced composite, power, coaxial, flexible, industrial, and high-temperature cables and explained their purpose.
