9985 0081000

Single Conductor Cables (Hook-Up Wire)

Single conductor cables, also known as hook-up wires, are electrical wires used as a connection between two components, devices or systems. They offer a circuit’s flexibility by allowing different sections of the circuit to move around independently of each other, as well as offer protection against short circuits.

9985 0081000 single conductor cables provide superior flexibility and excellent electrical performance. These cables are designed to be highly flexible, and feature stranded wire, a varied selection of insulation materials, and small conductor sizes.

The most common types of 9985 0081000 single conductor cable are extreme temperature wire, instrumentation, for use in automated control panels, internal power, and hook-up cables. Other applications for this type of cable include music and lighting, home entertainment, business communication, and data processing systems.

Application Field and Working Principle of 9985 0081000 Single Conductor Cables

9985 0081000 single conductor cables offer superior flexibility and excellent electrical performance—making them ideal for a variety of applications. 9985 0081000 cables are suitable for use in automated control panels, internal power, and hook-up cables. These cables can also be used for data processing systems, home entertainment, music and lighting, and business communication.

The working principle of 9985 0081000 single conductor cables is as follows. The conductors are housed in a variety of insulation materials, each designed to provide increased flexibility and temperature resistance. The wire is stranded for increased flexibility, and the insulation is thin enough to reduce the cable’s overall size. This combination gives the cable increased flexibility, while still providing superior electrical performance.

9985 0081000 single conductor cables provide a wide range of flexibility and electrical performance. Their thin insulation and stranded conductors make them ideal for a variety of applications, from automated control panels to data processing systems. They are also highly durable and resistant to temperature extremes.