55PC0112-20-1 Cables, Wires

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Single Conductor Cables (Hook-Up Wire) are a type of cabling designed to transmit electronic information and signals from one device to another. The 55PC0112-20-1 is one such cable that is designed for a range of applications in both commercial and residential scenarios. This article will explain the application field and working principle of the 55PC0112-20-1 cable.

Application Field

The 55PC0112-20-1 cable is a UL flexible type CSA hook-up wire with stranded tinned copper and a PVC insulation. This type of cable is ideal for a range of applications including automotive and electronic equipment, control and instrumentation, data processing, medical and computer equipment, and more. Additionally, the 55PC0112-20-1 cable is routinely used in industrial automation, in the aeronautical industry, and for telecommunications applications.

The 55PC0112-20-1 cable is suitable for general purpose and high-temperature use, which makes it a popular choice for isolation and connection in many different applications. It\'s also used for heavy duty applications such as battery leads, secondary wiring systems, and motor control circuits. As such, the cable is used in extreme conditions, including those with higher temperatures.

The 55PC0112-20-1 cable provides low resistance to current flow, which makes it optimal for long runs where voltage drop is a concern. This cable is also known for its high electrical strength, which allows the cable to maintain the integrity of the signal under loads and harsh environmental conditions.

The 55PC0112-20-1 cable is available in multiple colors, sizes, and lengths. Depending on the application, the user can choose from a range of colors to ensure proper identification of wires in wire harnesses or cables.

Working Principle

The 55PC0112-20-1 cable is a single conductor, which means that it can only carry electrical current in one direction. As electricity flows through the cable, it generates a field around the conductor, which will vary depending on the voltage and frequency of the current. This field is an electromagnetic field, and it increases as the voltage increases.

When the electromagnetic field of the 55PC0112-20-1 cable interacts with other cables or devices, it can induce electrical signals in them. This phenomenon is known as electromagnetic interference (EMI). To reduce EMI, the 55PC0112-20-1 is designed with an extruded insulation that is resistant to electric fields. This helps to reduce the risk of interference between nearby cables and other devices.

The 55PC0112-20-1 cable is also designed to reduce the amount of voltage drop over long runs. This is achieved by using stranded copper as the conductor, which provides more surface area than solid wire for the electricity to flow through. Additionally, the cable is designed to be resistant to corrosion and moisture, which helps ensure reliable electrical performance over time.

The 55PC0112-20-1 cable is UL and CSA approved, which indicates that it meets safety requirements for use in a wide range of industrial and residential applications. The cable is capable of carrying up to 600V and temperatures ranging from -25 ºC to +125 ºC, depending on the application.

Conclusion

The 55PC0112-20-1 cable is a UL and CSA approved single-conductor cable that is designed for use in a wide range of industrial and residential applications. It features stranded tinned copper with a PVC insulation and is resistant to electric fields, making it ideal for the transmission of electronic information and signals. The 55PC0112-20-1 is capable of carrying up to 600V and temperatures ranging from -25 ºC to +125 ºC, ensuring it meets the safety requirements for a variety of applications.

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