What Different Industrial Robot Cable Types Are There Based On Their Structural Design?

What different industrial robot cable types are there based on their structural design?

divided into four sections based on usage and structure

1. Because it is always installed on a pole, bare-stranded wire, also known as overhead wire, is the market leader in this category.

Since there is no specific voltage level for the overhead conductor, it is theoretically possible to use the same series of conductors for low-voltage, medium-voltage, high-voltage, and even ultra-high-voltage applications.

To limit the corona on the wire's surface, the 330-500kv class has certain specifications for the outer diameter of the wire and the smoothness of the surface (that is, the electric field makes the surrounding local air electrically free, which will increase the line loss).

Industrial robot cables: Despite the overhead conductor's straightforward construction, it has a significant impact.

More than 90% of the line length in the power network is made up of high-voltage transmission and distribution lines, particularly 110kv-500kv lines, which make up the majority.

From the structural composition, three varieties of bare-stranded wire can be distinguished.

The first type is made from a single wire of a single metal material, such as aluminum stranded wire, copper stranded wire, aluminum alloy stranded wire, etc.;

the second type is made from a steel-stranded wire as the core wire to increase the tensile strength; this type is then made into an aluminum stranded wire with one or more layers of aluminum wire or aluminum alloy wire;

and the third type is a stranded wire made from a

The reason steel-cored aluminum stranded wire is a popular type is that the steel core can withstand the tension placed on the pole, allowing for an increase in the distance between the poles, which lowers investment costs (especially for high-voltage lines), increases conductor life, and improves safety.

The anti-corrosion steel-cored aluminum stranded wire covered with an anti-corrosion coating should be chosen if there is corrosive gas near the laying line.

The following is the new product development trend for overhead and wire:

1 Increase the wire's conductivity or long-term working temperature to increase transmission capacity; examples include double-capacity wire;

3 Anti-ice and snow wires that prevent the surface of the wires from freezing in cold climates; 2 Increase tensile capacity and vibration resistance without increasing the weight of the wire, such as high-strength aluminum alloy stranded wire, self-damping (Anti-vibration) wires, etc.

2. By "bare single wires," we mean non-ferrous metal single wires of various compositions and dimensions.

These include round single wires made of copper, aluminum, and their alloys, flat single wires made of copper, aluminum, and their alloys, and single wires with metal coatings made of tin, silver, nickel, and other metals, as well as double metal wires made of aluminum-clad steel, copper-clad aluminum, and copper-clad steel, among other materials. The majority of these goods are used as raw materials to create new wire and cable products.

3. Industrial robot cables: Products that are not spherical are referred to as profiled wires, while items that are not used in longer lengths are referred to as profiles. Profiled wires and profiled products have various cross-sectional shapes.