CRT20-8WH-100

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Single conductor cables, which are headed by the CRT20-8WH-100, are cables that contain a single conductor core composed of any number of different materials and used for many different industrial applications. For example, the CRT20-8WH-100 is a UL-approved hook-up wire for general purpose use.The CRT20-8WH-100 is a PVC-insulated, 75°C rated, 8AWG copper conductor with an overall outer diameter of 10.2mm. Although primarily used for machine tools, machine control and instrumentation, these cables may also be used for medium voltage power and lighting applications. It is UL approved from -25°C to 105°C, and is rated for voltages up to 300V. It is also Halogen-free, meaning it will not release toxic gasses like those emitted by burning ordinary insulations such as polychlorinated biphenyl (PCB) or PVC insulation.One application of the CRT20-8WH-100 is in the form of an industrial control cabinet wiring harness. A wiring harness is an organized and detailed set of cables and connectors that allows for quick and easy installation. The wiring harness creates a secure connection between the power source and the protected equipment, minimizing the risk of accidental short-circuiting. The role of the CRT20-8WH-100 is to connect the load to the power source, creating the wiring harness. It is also used for branch connections, allowing the current to flow from one component to another. The PVC insulation and halogen-free design of the CRT20-8WH-100 allow for secure connections between the load and the power source, as the insulation prevents electric current from escaping and the halogens eliminate the risk of toxic gases being released.In terms of its working principle, the CRT20-8WH-100 is a single conductor which carries electrical current from one point to another in a secure manner. The insulation protects the internal conductor while preventing any accidental shorts that could cause a potential hazard. The insulation also allows for the wires to be routed in various directions depending on the application. The conductor is responsible for carrying the power, while the insulation reduces the risk of electrocution and accidental shorts. As the cables are connected to a power source, electrical current is able to flow freely and reach the load safely.

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