82A0116-24-9

Series:	MIL-W-22759, FlexLine
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	Hook-Up
Moisture Sensitivity Level (MSL):	--
Wire Gauge:	24 AWG
Conductor Strand:	105/44
Conductor Material:	Copper, Nickel Coated
Jacket (Insulation) Material:	Ethylene Tetrafluoroethylene (ETFE), Irradiated
Jacket (Insulation) Diameter:	0.037" (0.94mm)
Jacket (Insulation) Thickness:	0.004" (0.10mm)
Length:	--
Voltage:	600V
Operating Temperature:	200°C
Jacket Color:	White
Ratings:	--
Features:	--

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82A0116-24-9 Single Conductor Cables (Hook-Up Wire)

Single Conductor Cables, also known as hook-up wires, are general-purpose electrical wires that are used in a wide range of applications where a single insulated conductor is required. 82A0116-24-9 single conductor cables are generally made from a variety of materials, such as PVC and Teflon. They are commonly used in the audio/visual, telecommunications, and automation industries. 82A0116-24-9 single conductor cables are characterized by their UL 1610 style number, which specifies the size and type of the cable. The 82A0116-24-9 specification is a UL-approved type of single conductor cable. The 82A0116-24-9 specification indicates the cable has a 9-awg copper conductor insulation, a thermoplastic insulation material, and a total diameter of 0.525 inches.

Application Field

82A0116-24-9 single conductor cables are widely used across a variety of applications. These include both commercial and residential applications such as wiring home and office appliances, lighting systems, and circuit breakers. They are also commonly used in the audio/visual industry, and can be found in the wiring of computers, music systems, TV sets, and other audio-visual systems. These cables are also used in the telecommunications industry, and are often seen in security systems, wiring, and as back-up power supplies. Finally, these types of single conductor cables are often found in industrial automation settings, such as in motor controls, as well as in home automation systems.

Working Principle

The working principle of a single conductor cable is quite simple. When electricity is passed through two points, the cable acts as an electrical conductor, transmitting the electricity between the two points. The different types of single conductor cable may feature different insulation materials and different diameters, but the basic functioning principle remains the same.The basic construction of a single conductor cable consists of a single conductor wire surrounded by insulation. The conductor wire is typically made from either copper or aluminum and is usually stranded or solid. The conductor wire is arranged in a pattern so as to create the most efficient electrical pathway while reducing the amount of electrical resistance. The insulation type and thickness of the insulation will depend on the application of the cable and the temperature requirements of the environment the cable is to be used in.

Advantages and Disadvantages

Single conductor cables offer a number of benefits over other types of electrical wiring. The most significant advantage of single conductor cables is their flexibility. They are typically easy to install and handle, and can be easily routed through tight spaces without damaging the insulation. They also require less space as compared to other types of electrical wiring, making them ideal for applications where space is an issue. Furthermore, single conductor cables usually have a much longer lifespan as compared to other types of wiring. However, single conductor cables have some drawbacks as well. For example, they are more expensive than other types of wiring and require more work to install. Additionally, their lack of flexibility makes them more prone to damage if not installed correctly. Finally, they are limited in terms of the amount of current that can be carried.

Conclusion

82A0116-24-9 single conductor cables are a type of single conductor cable that offer many advantages, such as flexibility and a longer lifespan. They are commonly used in a number of different applications, including audio/visual, security, telecommunications, and industrial automation. Despite their advantages, single conductor cables may still have some drawbacks such as higher installation and maintenance costs, lack of flexibility, and their limited current-carrying capacity. Nonetheless, these cables remain a popular choice for many different types of applications.

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