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Electrical cable diagramFlexible mains cable with three 2.5 mm solid copper conductors An electrical cable is an assembly of one or more wires running side by side or bundled, which is used as an electrical conductor, i.e., to carry electric current. One or more electrical cables and their corresponding connectors may be formed into a cable assembly,[1] which is not necessarily suitable for connecting two devices but can be a partial product (e.g. to be soldered onto a printed circuit board with a connector mounted to the housing). Cable assemblies can also take the form of a cable tree or cable harness, used to connect many terminals together.

A 250 V, 16 A electrical cable on a reel Coaxial cable – used for radio frequency signals, for example in cable television distribution systems. Direct-buried cable Flexible cables Filled cable Heliax cable Non-metallic sheathed cable (or nonmetallic building wire, NM, NM-B)[6] Armored cable (or BX)[6] Multicore cable (consist of more than one wire and is covered by cable jacket) Paired cable – Composed of two individually insulated conductors that are usually used in DC or low-frequency AC applications Portable cord – Flexible cable for AC power in portable applications Ribbon cable – Useful when many wires are required. This type of cable can easily flex, and it is designed to handle low-level voltages. Shielded cable – Used for sensitive electronic circuits or to provide protection in high-voltage applications. Single cable (from time to time this name is used for wire) Structured cabling Submersible cable Twin and earth Twinax cable Twin-lead – This type of cable is a flat two-wire line. It is commonly called a 300 Ω line because the line has an impedance of 300 Ω. It is often used as a transmission line between an antenna and a receiver (e.g., TV and radio). These cables are stranded to lower skin effects. Twisted pair – Consists of two interwound insulated wires. It resembles a paired cable, except that the paired wires are twisted CENELEC HD 361 is a ratified standard published by CENELEC, which relates to wire and cable marking type, whose goal is to harmonize cables. Deutsches Institut für Normung (DIN, VDE) has released a similar standard (DIN VDE 0292). Hybrid cables

Electrical cable jacket material is usually constructed of flexible plastic which will burn. The fire hazard of grouped cables can be significant.[3] Cables jacketing materials can be formulated to prevent fire spread[4] (see Mineral-insulated copper-clad cable). Alternately, fire spread amongst combustible cables can be prevented by the application of fire retardant coatings directly on the cable exterior,[5] or the fire threat can be isolated by the installation of boxes constructed of noncombustible materials around the bulk cable installation.