* Aluminum cables – Their conductivity ranks just below gold, silver, and copper.Industrial control cable provides a medium to transmit signals from and to devices. Aluminum alloy in industrial control cable improves heat resistance and mechanical strength, and soldering ability.
Nowadays, fiber optical technology in industrial control cable is used.
* Silver cables – They have the highest metal and thermal Cable connector conductivity, plus good resistance to corrosion and oxidation.
Materials For Industrial Control Cable
* Copper cables – They are non-magnetic and corrosion resistant. These cables are used in power plants, as telecommunication cable, and other industrial application that require data transmission. The copper alloy decreases the wear and tear, increases physical and mechanical properties and resistance to corrosion. Their thermal conductivity and electric conductivity is second to gold and silver.
They have good mechanical strength and corrosion resistance. The other kinds of cables include coaxial cables, LAN cables, house wiring, wireless and LAN, underground high voltage cables, and others.
The main aim of a control cable is transmission control. They can be easily welded and are used widely. It comprises two or more wires connected together by braiding or twisting.
An electrical control wire transmits electricity. The cables are classified on the basis of their protector type, insulation type, electrical conductivity, cost, weight, and other uses. You can find these cables installed in industrial areas as well as buildings. They rg59 coaxial cable are easy to weld and used chiefly for coating and cladding layer. In industrial, applications, including energy and transportation sector, generally, cables insulated with PVC are used. It’s important to choose the right wiring and cable type to ensure safe and smooth transmission of signals from one device to another. However, they have low tensile strength and cannot be easily welded. The electrical wires are coated with an insulating material.