55A0112-14-4

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Single Conductor Cables, also known as Hook-Up Wire, are commonly used in electrical and electronics applications to securely transmit electric signals. These cables can come in a variety of materials and insulation types, including 55A0112-14-4, which is a single-conductor cable specifically designed to be used in general-purpose wiring applications.

The 55A0112-14-4 cable is composed of 16 AWG strand conductors. It features strands that are insulated with a flame-retardant, X-ray-resistant, abrasion-resistant polyvinyl chloride (PVC) insulation. The insulation is rated to 600 Volts and 105°C in temperature. This makes the 55A0112-14-4 a great choice for many applications, including:

• Computer and data processing circuit assembly
• Connection and equipment wiring
• Internal wiring in electronic equipment
• Machinery wiring
• Can be buried in concrete
• Wire wrapping
• Lighting systems
• Industrial control wiring
• Telecommunications
• Outdoor wiring

In addition to its versatility in application, the 55A0112-14-4 cable is composed of strands with a tinned-copper: silver-plated copper ratio of 2:1 for better resilience against corrosion. This also provides greater conductivity than most single-conductor cables, making it a great alternative for electrical projects.

The working principle of the 55A0112-14-4 is pretty simple. Electric current follows the path of least resistance, so when the cable is connected to an electrical circuit, electric current will flow from one conductor to the other. The conductor\'s insulation prevents the current from traveling through the surrounding materials, which is why using properly-insulated single-conductor cables is essential for any wiring project.

In summary, the 55A0112-14-4 is a single-conductor cable specifically designed for general-purpose wiring applications. The cable\'s combination of resistance to corrosion, insulation and conductivity makes it a great choice for many different types of projects. Its working principle is based on the path of least resistance, which ensures that electric current will travel through the cable and not the surrounding materials.

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