Series:	--
Part Status:	Active
Cable Type:	Hook-Up
Wire Gauge:	28 AWG
Conductor Strand:	7/36
Conductor Material:	Copper, Tinned
Jacket (Insulation) Material:	Polyphenylene Oxide (PPO)
Jacket (Insulation) Diameter:	0.039" (0.99mm)
Jacket (Insulation) Thickness:	0.012" (0.30mm)
Length:	5000' (1524.0m)
Voltage:	600V
Operating Temperature:	-40°C ~ 105°C
Jacket Color:	Yellow
Features:	--

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Single Conductor Cables (Hook-Up Wire)

Single conductor cables, often referred to as “hook-up wire”, are used in a variety of applications and for a variety of purposes. From consumer electronics to industrial wiring, these cables are used in a number of ways. This primer covers 39128 0045000 application field and working principle for single conductor cables.

Construction of Hook-Up Wire

Single conductor cables are constructed from multiple layers of material. Typically, the innermost layer is an insulating material followed by a copper or other metal core for electrical conductivity. An outer jacket is then applied to protect the inner structure. The jacket can be composed of several materials, most commonly PVC or polyurethane. The end result is resistant to water, oil, abrasion, and other environmental conditions.

Conductor Materials

The conductor material used in single conductor cables is sometimes referred to as the “gauge” or “cross-sectional area” of the cable. The most common materials used are copper and aluminum, though other metals such as silver or gold are sometimes used. A variety of insulation materials can also be used, such as rubber, Nylon, Kynar, Teflon, and polyvinyl chloride (PVC).

Applications of Hook-Up Wire

Hook-up wire is used in a variety of applications, including consumer electronics, telecommunications, home theater systems, high-end audio systems, industrial wiring, and more. In consumer electronics, for example, hook-up wire is used to interconnect components within a device, as well as providing power from the device’s source. In industrial applications, the hook-up wire is used to wire machine control systems, as well as providing power from a system source.

Types of Hook-Up Wire

Hook-up wire is typically manufactured in two types: solid and stranded. Solid wire is composed of a single strand of metal, while stranded wire is composed of multiple strands of metal that are twisted or braided together. Stranded wire offers increased flexibility and is less prone to breakage than solid wire, making it well-suited for mobile applications or situations in which the wire needs to be bent or manipulated.

Working Principles of Hook-Up Wire

Hook-up wire works by allowing electrons to flow freely through the conductor material, creating an electrical current. The current is then used to power or control components of a device or system. To prevent interference or short circuits, insulation layers are applied over the conductor. The insulation layer also protects the user from coming into contact with the conductor material.

39128 0045000 Application Field

The 39128 0045000 application field is in industrial wiring. This hook-up wire is made of annealed stranded copper enclosed in a black PVC insulation and is UL listed. This type of cable is well-suited for use in direct burial applications as well as for under-floor wiring. The cable is also ULVW-1, CSA CMG, and RoHS compliant.

Conclusion

Single conductor cables, often referred to as “hook-up wire”, are used in a variety of applications and for a variety of purposes. They are constructed of multiple layers of material, the innermost of which is an insulating material followed by a copper or other metal core for electrical conductivity. Hook-up wire is used in a variety of applications, including consumer electronics, telecommunications, home theater systems, high-end audio systems, industrial wiring, and more. The 39128 0045000 application field is in industrial wiring, and this type of cable is well-suited for use in direct burial applications as well as for under-floor wiring. Finally, hook-up wire works by allowing electrons to flow freely through the conductor material, creating an electrical current that is then used to power or control components of a device or system.

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