55PC0222-20-6/9

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Multiple Conductor Cables are a type of cable containing two or more cables or conductors within one cable. They are typically used for applications such as conduction and transmission of electricity, signal transmission, data communication, and various other applications. As their name suggests, multi-conductor cables are constructed from multiple strands of insulated conductive materials which are combined in a single cable, allowing for better system performance over single conductor systems.

The 55PC0222-20-6/9 is a type of multiple conductor cable, featuring 6 individually insulated conductors. The conductor diameters are 22 AWG, and the gauge type is copper alloy. The cable length is 9 feet (2.74 meters) and it has a nominal diameter of 0.156 inches (3.96 mm). It has a rated voltage of 300 Vrms, and a rated temperature of 105°C for operation and 125°C for installation.

The 55PC0222-20-6/9 can be used in many different applications, the primary one being the conduction and transmission of electrical signals. This cable is commonly used in various industrial and commercial control systems, such as home automation systems, smart homes, and security systems. The cable can also be used for many other applications, such as data transmission, instrumentation, and lighting control.

The working principle of the 55PC0222-20-6/9 cable is the same as any other multiple conductor cable: it acts as a conduit for passing electrical signals from one point to another. The individual conductors in the cable are insulated from each other, preventing any short-circuits or other complications during transmission. They are then arranged into bundles, which protect the cable from external interference and mechanical strain. All of this helps to ensure that the signals sent over the cables are clear and consistent.

The 55PC0222-20-6/9 is a great choice for applications that require the reliable transmission of electrical signals over multiple conductors. It is durable, flexible, and can be used for a variety of different applications. Its superior insulation and strain relief makes it an ideal choice for applications where reliability and performance are essential.

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