2420/32 RD-100

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Single conductor cables, commonly known as hook-up wires, are the wiring of single-circuit control systems. This type of wiring is used for connecting one or more devices in an electrical system such as a motor, electronic component, or an electrical switch. The 2420/32 RD-100 is a single conductor cable which is commonly used in the application fields of industrial equipment, telecommunication, aerospace, automobiles and other commercial applications. The RD-100 is a versatile single conductor wire capable of carrying up to 2420 watts of electricity and is rated for use up to 32 volts.

The 2420/32 RD-100 single conductor cable is multi-stranded-copper cable with a polyethylene insulation. This type of cable is designed for applications with higher voltage systems, thus it is able to handle a higher current rating. It can also be designed for use in a low voltage/current system if needed. Additionally, this type of wire is UL Listing compliant. This type of wire is flexible and highly resistant to oil, water and abrasion. This makes it a great solution for harsh environmental applications. Furthermore, the RD-100 is also flame-resistant and fire-rated, allowing it to be used in hazardous environments where flammability is a concern.

The working principle of the 2420/32 RD-100 single conductor cable is simple. Electrical current passes through the copper strands of the conductor, thus providing power to whatever device is connected. The polyethylene insulation acts as a barrier to protect the cable from external elements, such as moisture and dirt, while also providing electrical insulation from other nearby wires or objects. This prevents shorts or other electrical issues from occurring in the system. The insulation also helps to minimize any unwanted electromagnetic interference (EMI).

The 2420/32 RD-100 single conductor cable is an effective and efficient solution for many industrial and commercial applications. It provides a reliable power source to whatever device is connected while also protecting against various elements and potential electrical hazards. It is an ideal solution for both low and high voltage systems, making it a great choice for many electrical applications.

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