100G0111-1.20-2

Single conductor cables, also known as hook-up wire, are commonly found in the telecommunications and electrical industries. They are insulated cables used to connect and power different types of equipment. The 100G0111-1.20-2 is a single conductor cable available on the market. This article will explore the application fields and working principle of this type of cable.

This type of single conductor cable is used for connecting multiple pieces of equipment, such as electronic and electrical components, in a large variety of applications. It is also used for building medium and low voltage power circuits, as well as for control and signal circuits. It is suitable for use in industrial, commercial, and residential settings where cable with good flame retardant properties is needed. It also works as a medium-low voltage, wattage-rated power cable.

The 100G0111-1.20-2 type single conductor cable is made up of an inner conductor of stranded annealed copper strands and is layered with a fluoropolymer insulation. The inner conductor is protected by an additional layer of laminated fluoropolymer which provides additional protection against moisture, abrasion, and chemical corrosion. The insulation also prevents any cross conductive interference between adjacent cables. This type of cable is also available with a heat resistant polyester thermal insulation layer for increased operating temperature.

In terms of the working principle, the 100G0111-1.20-2 type of single conductor cable is designed to transfer electrical current from one point to another. The stranded, annealed copper strands form the inner conductor, which is insulated with a layer of laminated fluoropolymer. The cable is then protected with an additional layer of polyester thermal insulation, which protects it from heat and environmental hazards. The insulation also helps to reduce cross conductive interference between adjacent cables, ensuring that the cable works efficiently.

In summary, the 100G0111-1.20-2 type of single conductor cable is used in a wide range of applications in the telecommunications and electrical fields. It is made up of an inner conductor of stranded annealed copper strands protected by a layer of laminated fluoropolymer and a heat resistant polyester thermal insulation layer. Its working principle is to transfer electrical current from one point to another. Thus, this type of single conductor cable can be used to build medium and low voltage power circuits, as well as for control and signal circuits.