55PC0811-22-9CS2502

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Single conductor cables are widely used in a variety of industries for wiring and connecting various electrical components. In particular, hook-up wire (sometimes referred to as lead wire) is regularly used to connect circuits on sensor equipment, relay systems, and electronic devices. The 55PC0811-22-9CS2502 cable is one such example of a single conductor cable, and in this article we explore its application field and working principle.

Application Field

Specifically, the 55PC0811-22-9CS2502 cable is designed for internal and external wiring within sensors, electrical equipment, and other electronic devices. Because of its exceptional performance, it is often used in harsh environmental conditions. The cable is rated for a maximum temperature range of -20 to 105°C, so it can also be used in humid areas, damp locations, and elevated temperatures.

In addition to its commonly used application as hook-up wire, this cable is also suitable for use in transformer, welding, and rectifier applications. It can also be used as an insulated conductor in laser system development and robotics. As such, it is often used in a myriand of industrial and manufacturing settings.

Construction

The 55PC0811-22-9CS2502 cable is composed of a single conductor that is made of 99.99% pure tinned copper. The conductor is insulated with a flame-retardant, para-aromatic polyimide and includes a 0.25 mm thick copper shield. The total weight of the cable is 1125 g/km.

The cable features 0.1 mm thick Mylar taping with a foil shield. It also has a 0.2 mm thick meta-aramid coating that helps protect it from abrasion, wear, and corona-ion. There are three insulated copper cores included, and they are covered with a 25 mm thick polyimide jacket.

Working Principle

The single conductor in the 55PC0811-22-9CS2502 cable is comprised of 99.99% pure tinned copper, making it highly conductive. The copper is further insulated with a flame-retardant para-aromatic polyimide that helps prevent electric arc faults. Also, the cable has a 0.25 mm thick copper shield to provide additional protection against electric arc faults.

In addition, the Mylar taping with foil shield helps to decrease signal noise and distortion. This allows the cable to better transmit signals, both short- and long-distance. Finally, the 25 mm thick polyimide jacket and the 0.2 mm thick meta-aramid coating helps protect the cable from external damage, such as abrasion, wear, and corona-ion.

Conclusion

The 55PC0811-22-9CS2502 cable is a single conductor cable that is designed to connect electrical and electronic components. It is most often used as hook-up wire and is suitable for use in transformers, welding applications, and robotics. The cable is composed of a 99.99% pure tinned copper conductor and is insulated with a flame-retardant para-aromatic polyimide. It also features a 0.25 mm thick copper shield, Mylar taping with a foil shield, and a 0.2 mm thick meta-aramid coating. All of these features help protect the cable from external damage and allow it to transmit signals both short- and long-distance.

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