55PC0211-8-9CS2970

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Single Conductor Cables (Hook-Up Wire) are the most fundamental cable type for electrical wiring in a variety of applications. A prime example of such a cable is the 55PC0211-8-9CS2970, a 24 AWG UL1007 single conductor cable used for general purpose applications. This article will discuss the application field and working principle of this cable.

The 55PC0211- 8-9CS2970 cable is composed of a single, stranded bare copper conductor and a clear PVC insulation. It has a slash rating of 300V, is UL approved, and meets RoHS standards. It is rated for a maximum temperature of 105°C and is resistant to most oils and solvents. It is also rated for -10°C to 80°C in wet and dry applications.

This cable is ideal for use in a variety of applications, including automotive, consumer products, appliances, communications equipment, and home automation. The cable is perfect for hardwiring into most types of connectors and is an ideal choice for situations where extra flexibility is required. It also makes a great choice for use in longer runs, since the stranded conductors prevent kinking and breaking due to vibration.

The working principle of the 55PC0211-8-9CS2970 cable is relatively simple. The conductor is made of a single strand of copper, which is a great choice for general purpose applications. The copper conductor allows electrical current to pass through and, in turn, powers whatever device or application it is connected to. The PVC insulation then acts as a buffer between the copper conductor and its environment, preventing any stray electrical currents or signals from being transmitted through the cable and causing interference with other connected devices.

The 55PC0211-8-9CS2970 provides an extra level of flexibility, making it ideal for applications such as automotive wiring harnesses and consumer electronic products. It is also a great choice for where vibration is a concern, as the stranded conductors provide plenty of flexibility for even the longest of runs. Overall, this cable is a great choice for a variety of applications in the electronic field.

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