55A9002-30-6 Cables, Wires

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Single Conductor Cables (Hook-Up Wire) play a pivotal role in the electrical industry. From providing the electrical signal powering our homes to wiring up the complex systems in aircraft, single conductor cables are necessary to get equipment running. This article will discuss the application field and working principle of a particular single conductor cable (55A9002-30-6) to illustrate its importance and impact on everyday life.

This particular single conductor cable (55A9002-30-6) is commonly used for both commercial and industrial applications. Most often, it is specified for indoor applications such as interior wiring of machines, appliances, equipment, and other electronic substrates. It is also used for conduit and duct installations, temporary lighting installations, communication systems, and power distribution. In addition, due to its UL Recognized and UL Listed component status, it can also be used for wet locations like swimming pool installations and other areas subject to water.

55A9002-30-6 single conductor cables possess certain properties making them ideal for the relevant applications. Its stranded 14 AWG copper conductor rated up to 600V ensures maximum conductivity and connection strength in the most extreme conditions. The insulation is a temperature-resistant thermoplastic Polyvinyl Chloride (PVC) composite that prevents heat dissipation and prevents short-circuiting. Its maximum operating temperature is 90°C for wet applications, 75°C for dry conditions, and 105°C for short-circuit loads. Additionally, the cable is rated for as a UL Type NM-CC (NEC Article 1880) and meets NEC requirements for direct burial installations. It also meets stringent UL44 flame test requirements.

The working principle of 55A9002-30-6 is relatively straightforward. Upon application of an electric voltage, the stranded 14 AWG copper conductor carries the current through the PVC insulation to the load. The current is delivered at a uniform voltage according to the specifications of the load. The wiring layout is designed in order to reduce impedance and ensure proper ground fault protection. The insulation prevents any shorts between conductors and keeps exterior dust, water, and debris from invading the electrical system.

Overall, 55A9002-30-6 is an essential component for a number of commercial and industrial applications. Its design ensures maximum conductivity, protection from the environment, and durability. Its versatility makes it suitable for a multitude of projects. In conclusion, single conductor cables should not be taken for granted as they are fundamental to the success of many electrical engineering projects.

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