8125 0601000

Multiple Conductor Cables are typically used in applications where a larger number of electrical signals need to be sent simultaneously or with a minimal number of parallel connections. 8125 0601000 is an example of a Multiple Conductor Cable, but to understand its application fields and working principles, let us first understand what a Multiple Conductor Cable is.

What is a Multiple Conductor Cable?

A multiple conductor cable is a type of cable or wire that contains multiple conducting paths, also known as conductors, within a single strand. Each conductor has individual insulation, allowing for a very efficient approach for unified data and power transmission. This is different from a single conductor cable, which generally has only one conductor surrounded by insulation and then a single outer metallic shield or sheath. In Multiple Conductor Cables, bare or tinned copper conductors are insulated with high temperature jacket materials, like silicones, polyurethanes, or glass fiber cloth.

8125 0601000 Applications Field and Working Principles

8125 0601000 is a typical example of a Multiple Conductor Cable, with 7 individual tinned copper conductors with silicone insulation. The silicone-coated conductors have a temperature rating of 125°C and an outer diameter of 0.12 inch. Each of the 7 conductors are rated for different voltage and amperage values, which is why they are perfect for complicated high-voltage applications.

This 8125 0601000 cable can be used to make intricate wiring or power harnesses within an industrial building for all kinds of powering needs. It is often used in applications such as controlling various motors with one cable, several conductors running inside the same tube, for both power and data transmission. It is also often used in power distribution systems within industrial buildings. It can be used as an input and output cable, for instance an output from a controller or a power supply.

The working principles of 8125 0601000 involves the multiple conductors being electrically insulated from one another and from any metallic shielding. This allows for individual wires to carry specific signals, while being separated from the other wires. With this, the cable is able to provide multiple paths of signal transmission without requiring multiple cables to run separately and without interference from other signals.

Conclusion

8125 0601000 is a Multiple Conductor Cable, which is used in a variety of applications due to its efficiency in providing multiple pathways for signal transmission. With its 7 individual conductors, each with its own voltage and amperage ratings, this cable is well-suited for performing intricate wiring for industrial applications.