891816 RD013

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Single Conductor Cables (Hook-Up Wire) 
891816 RD013 appliaction field and working principle is one of the single conductor cables (hook-up wire). It is also known as hook wire, which is mainly used to connect internal components to a device on circuit boards. It is found in various sizes and types of wire in order to fit specific needs. The 891816 RD013 hook-up wire utilizes stranded tinned copper as the conductor which is covered with a pigment free PVC jacket. 
The construction for the 891816 RD013 Hook-Up Wire starts with stranding the copper conductors. The copper conductor needs to be of certain gauges and material for the electrical use of the wire. The wire is then coated with a protective PVC jacket. The color of the jacket differs from the different types of wire allowing each type to be identified from another. The jacket also helps protect the wire from becoming damaged from unintentional scratches or cuts on the exterior.
The application field for the 891816 RD013 consists of the automotive, general industrial, and the general consumer industries. The wire meets UL, Civil Standard, and SAE safety standards, so it can be used almost anywhere for any type of product. The rating for this hook-up wire is 1000 Volts, 600 Volts, and 300 Volts. 
The working principle of the 891816 RD013 works by delivering electrical charges from one end of a circuit to the other. When an electrical current is applied to the wire, it will carry the electricity along it until it hits the end of the wire or something else in the circuit.  The copper core helps conduct the electricity through the insulating jacket and to the end destination.
The 891816 RD013 Hook-Up Wire is an effective, efficient, and easy to use single conductor cable that can be used in many applications. It offers the advantages of being lighter than traditional cable, as well as being less costly.  The PVC insulator also helps to protect against damage to the insulation, and the copper core offers great conductivity in order to maximize electrical efficiency.
   

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