79256 SL001

Multiple Conductor Cables are generally composed of groups of insulated conductors in a common outer sheath. These cables offer a variety of benefits in terms of size, flexibility, voltage, current, and temperature ratings. One such example is 79256 SL001, which is presented in this article and reflects these benefits.

The 79256 SL001 Multiple conductor cable has a voltage rating of 600V and a current capability of up to 25A. It consists of eight individually insulated conductors, in a polyolefin outer jacket. Each conductor is made up of 7 x 28 AWG strands each. This cable is UL listed and meets industry requirements for safety. It is also resistant to various environmental conditions, such as impact, UV exposure, acids, oils, and alkalies.

The 79256 SL001 can be used in a variety of applications, including power and lighting. It is capable of carrying three-phase power to electric motors, or other machinery. It can also convert AC power into DC power, providing a low-cost alternative to more expensive power supplies. Additionally, this cable can be used as security or control wiring, for data and communication purposes, or for audio/visual applications.

The 79256 SL001’s working principle is based on the fact that current will take the path of least resistance. The insulation surrounding each conductor ensures that current will not take any other path, which is why multiple conductors can be run in the same cable without interference. Each insulated conductor has an electrical resistance that will influence the current flow, so it is important to select the right cable for the right application.

The 79256 SL001 Multiple Conductor Cables provide a space-saving solution for the transmission of power, data, and communication signals, in a variety of applications. Its flexibility and temperature rating makes it ideal for industrial, and outdoor applications. The insulation surrounding the individual conductors allows for multiple cables to be run in the same outer sheath, ensuring minimal interference and improved safety. Furthermore, its current rating coupled with its voltage rating makes it suitable for a variety of applications.