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Multiple conductor cables refer to cables that are designed with multiple conductive paths within a single cable sheath or jacket. The 01306.46.01 standard is intended to provide guidance on the design and installation of multiple conductor cables for electrical and other applications in the United States.

The 01306.46.01 standard covers the use of combined, multiple, conductors and cables, either or both of which may have the same or different electrical characteristics, including the number of conductors, conductor size, insulation type, fill factor, and so on. This includes both wire and cable products used for power, control, and communication applications.

The 01306.46.01 standard deals with several aspects of multiple conductor cables. It covers cable grouping, the electrical lengths of the conductors, the types of insulation, the construction of the conductors, the termination requisites, and the construction of conductors, cables, protective sheaths, and other components. Additionally, it contains information related to electrical testing, safety, and compatibility.

The 01306.46.01 standard provides clear design and installation guidelines for multiple conductor cables for electrical and other applications. This includes the various materials used in the construction, electrical characteristics, number of conductors, insulation type, and termination. It also contains information on electrical testing, safety, and compatibility.

The working principle of multiple conductor cables is based on the following:

• Electric current flows from one conductor to the other, through the wire conductor, insulation, and jacket or sheath, and from the multiple conductor into the second conductor, and from the second conductor into the other components, such as the power source or load.
• The conductor is made up of a large number of tiny wires which can carry a large amount of current and are insulated from each other to maintain the maximum electrical characteristics.
• The insulation is designed to maintain an electrical field between the conductors and the other components.
• The jacket or sheath provides a protective outer layer and helps maintain the electrical characteristics.
• Termination of multiple conductor cables is done according to the 01306.46.01 standard and typically includes the use of crimp connectors.

In summary, the 01306.46.01 provides design and installation guidelines for multiple conductor cables. It deals with aspects such as cable grouping, electrical lengths of the conductors, the types of insulation and construction of the conductors, termination requisites, electrical testing, safety, and compatibility. Multiple conductor cables work by a current flowing from one conductor to another through a wire conductor, insulation, and jacket or sheath.

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