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Single Conductor Cables (Hook-Up Wire)

Single conductor cables, commonly referred to as hook-up wires, are part of the wide range of cables and wires used in the application of electrical, telecommunications, and data/signaling systems. Single conductor cables are typically used for connections from a power source to a load, for inner circuitry of equipment, and for interconnections between equipment. Hook-up wires are typically designed with insulation to protect the conductor from abrasion, heat, moisture, and other environmental factors.

9504-100BRN Application Field and Working Principle

9504-100BRN is an unshielded single conductor cable designed for use in both electrical and telecommunications applications. It is suited for circuit interconnections providing better protection than non-insulated cables in the event of an electrical short or electromagnetic interference. The jacket on the cable is made of ethylene propylene rubber compound that is chemically and thermally stable for better quality and performance. The insulation of the cable is made of polyvinyl chloride (PVC) which provides excellent resistance to oil, chemicals, heat, electrical and mechanical properties. The shielded conductors of the cable are stranded tinned copper which also provides excellent flexibility and has great electrical conductivity for system efficiency.

The functioning of 9504-100BRN single conductor cable relies on the passage of electric current through the copper core of the conductor. When an electrical current passes through the cable, electrical fields are generated which interact with the copper strands to create a resistance which results in the passage of the electric current. This resistance of the copper strands prevents overheating or other electrical problems from occurring due to excessive electricity flowing through the cable. In addition, the copper strands protect the surrounding materials from being damaged by the electrical current.

The shielded conductors of the 9504-100BRN cable also serve to provide better protection in situations with electric interference or short circuits. The shielding prevents interference from the cable from disrupting other electrical components and protects the cables from electric damage caused by a short circuit. This protects both the system and the equipment connected to it.

Another major factor of 9504-100BRN single conductor cable is its capacity for signal transmission. The copper strands are designed to be conductive of both electric and radio frequencies, allowing the cable to be used for both electrical and communication signals. The high conductivity of the cable ensures that the signals remain strong and clear. Additionally, the PVC insulation and jacket are designed to protect the signal from being disrupted by other external sources.

In summary, 9504-100BRN is a single conductor cable designed for use in both electrical and telecommunications applications. It is suited for circuit interconnections providing better protection than non-insulated cables in the event of an electrical short or electromagnetic interference. It is equipped with PVC insulation and a jacket made from ethylene propylene rubber compound for added protection. The copper strands in the cable provide excellent flexibility and electrical conductivity, while the shielding provides additional protection from electrical short circuits and electromagnetic interference. 9504-100BRN is also capable of transmitting both electric and radio frequencies, making it suitable for both electrical and communication signals.

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