7057/19 BL005

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Single Conductor Cables, or Hook Up Wire, are designed for high temperature applications, offering a safe and reliable connection between two conductors. The 7057/19 BL005 is a type of Hook Up Wire, designed for industrial use. It is constructed from PVC insulation and Stranded Tinned Copper wire in a single solid core.

The 7057/19 BL005 is a high-temperature rated Hook Up Wire that is well-suited for a variety of industrial applications. It is designed for use in electrical control circuits, general purpose wiring, and motor and control circuits. It is suitable for use in both damp and dry areas. Its high-temperature rating makes it a suitable choice for automotive and industrial wiring applications, as it is able to withstand up to 90 degrees Celsius.

The 7057/19 BL005 offers good resistance to chemicals and impurities, ensuring a high level of reliability and safety. This type of Hook Up Wire is also resistant to water, oil, gasoline, and grease, making it an ideal choice for harsh environments. It is also flame retardant, meaning it can be safely and reliably used in fire-prone locations.

The working principle of the 7057/19 BL005 Hook Up Wire is simple. It consists of a single, solid core of Stranded Tinned Copper wire that is insulated with PVC. This insulation protects the wire from electrical short-circuiting. The copper core is used as both a conductor and a return path in the system, carrying the desired current between two points in the system. The thickness of the wire and the insulation protect against electrical overloads, while also providing excellent corrosion resistance.

The 7057/19 BL005 Hook Up Wire is a reliable, safe, and cost-effective solution for a variety of industrial and automotive wiring applications. It is designed to resist heat, water, chemicals, and impurities, making it an ideal choice for use in harsh environments. The single core of Stranded Tinned Copper wire ensures reliable transmission of the desired current, while the PVC insulation protects the system against electrical overloads.

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