55PC0811-16-9 Cables, Wires

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Single conductor cables, also known as hook-up wires, are cables made up of one or more insulated conductors that are used in electrical systems. 55PC0811-16-9 is one of the most common single conductor cable used in a variety of applications and industries. In this article, we will discuss its application field and its working principle.

Application field of 55PC0811-16-9

55PC0811-16-9 is a cable designed for high temperature applications such as ovens, forges, foundries, and other hot process equipment. It is also used to connect devices such as motors and transformers to supply power. Moreover, it is used in point-to-point wiring for environmental chambers and high temperature control systems.

The cable is also used as an internal wiring connection for appliances such as refrigerators, microwaves, and dryers. Additionally, it is often used in remote control, signal transmission, and instrumentation applications that require high-temperature resistance, flexibility, and reliability like power tools, measuring equipment, robotic systems, and incubators.

The Working Principle of 55PC0811-16-9

55PC0811-16-9 is composed of an inner conductor made of stranded tinned copper, insulation layer consisting of fluoropolymer (PFA), and a jacket made of fluoropolymer (FEP). The conductor is designed to provide high electrical performance and the insulation and jacket provides better flexibility and protection from different higher temperatures.

The cable is rated UL 3173 and is flame retardant. The cable provides continuous temperature working and short circuit current ratings of up to 250°C and 230A/mm2 respectively. It also provides excellent chemical and stress fatigue resistance due to its fluoropolymer construction.

The cable is designed to meet the conductor cable standards and carries a temperature index of -55°C to +150°C. The insulation layer provides protection against temperature, oil, grease, chemical, and acids. The insulation also provides protection against atmospheric, volatile, and ozone influences, as well as electric static dissipation.

The cable features a tinned copper shielding construction and an overall jacket to protect against mechanical damage. The cable’s tinned copper shielding ensures reliable current flow and the overall jacket provides excellent resistance to oil, moisture, chemicals, and abrasion.

In conclusion, the 55PC0811-16-9 is a versatile single conductor cable designed for a variety of applications. It features high temperature and short circuit ratings and provides excellent mechanical, chemical, and stress fatigue resistance. Its insulation provides protection against temperature, atmospheric, volatile, and ozone influences. Moreover, its tinned copper shielding ensures reliable current flow and the overall jacket provides protection against mechanical damage.

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