CT2956-5-10

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Single conductor cables, also known as hook-up cables, are designed to connect electrical components together. They are used for transferring electrical signals and power from one electrical component to another. CT2956-5-10 is a single conductor cable that is most commonly utilized for light-duty power distribution and low-voltage electrical applications.

CT2956-5-10 is a UL-listed recessed and sheathed hook-up wire specifically designed for a wide range of electrical applications. It is comprised of two 14 AWG stranded tinned copper wires, encased in a polyvinyl chloride jacket. The jacket helps protect the wires from general abrasion, moisture, flame, UV light, and other environmental elements. The cable looks like any other single-conductor cable, except the two conductive components are encased in the polyvinyl chloride material.

The CT2956-5-10 can be used in light-duty power applications and wiring, such as wiring for air conditioner, heater, and lighting. This type of cable is also suitable for powering motors, relays and switches, as well as connecting high-fidelity audio and home theater systems. CT2956-5-10 can also be utilized for connecting fire alarm systems, robotic and computer mice, as well as alarm system components.

Commonly found in dry indoor locations, CT2956-5-10 cables offer good flexibility and can be used for both vertical and horizontal applications. The UL standard requires the conductor to be polyvinyl chloride insulated and jacketed with a UL recognition number and thickness. The jacket must also comply with NFPA 79, Standard for Industrial Machinery.

In order to ensure proper performance and operation, it is important to choose the right type of cable for the application. CT2956-5-10 cables are often used where extended runs of cable are required, such as those needed for elevators or other long runs of wire. They are also used in tight space applications, such as industrial control panels.

CT2956-5-10 cables are capable of carrying as much as 750 Volts. They also feature low capacitance and a low inductance, which helps prevent signal interference. The high-heat tinned copper conductor construction helps to reduce wear and tear on the cable, contributing to a long product life. The use of polyvinyl chloride insulation systems ensures safe and reliable cable operations.

The working principle of a CT2956-5-10 cable lies in the two conductive components, the conductors and the jacket. The two conductors carry the electrical signals and power throughout the cable, while the jacket serves as an insulator to protect the conductors from environmental elements. This insulation also helps to reduce the risk of electric shock.

In conclusion, the CT2956-5-10 single conductor cable is an excellent choice for many versatile applications that require light-duty power distribution and low-voltage electrical wiring. Its UL-listed design and polyvinyl chloride insulation help protect the conductors and maintain high performance and operation. The low capacitance and low inductance also help prevent signal interference, contributing to its efficiency and stability.

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