82A0811-20-9

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Single Conductor Cables, or commonly referred to as Hook-Up Wire, feature many varieties of electrical cables ranging from gauge sizes 14 to 30 and are composed of copper or copper alloy conductors. 82A0811-20-9 is among these and is a type of lead-free single conductor wires suitable for applications requiring high flexibility and mechanical strength. It offers high temperature and excellent abrasion resistance characteristics.

82A0811-20-9 Construction

The 82A0811-20-9 wire is composed of a 20 AWG conductor with 7 strands of 38 AWG tinned copper, a PVC insulation layer, and a polyvinylidene fluoride (PVDF) jacket material. This wire construction allows for a maximum current rating of 0.5A and its voltage rating of 300V. The approximate outer diameter measures to 0.071 in (1.8mm) with an insulation wall thickness of 0.0083 in (0.2108 mm). Additional features found in this wire are a temperature range of -60 Fahrenheit to +221 Fahrenheit (-51 Celsius to +105 Celsius) and a dielectric strength of 1500V.

82A0811-20-9 Applications

82A0811-20-9 can be found in various applications with its flexible design and high temperature resistance. It is often used in electronic systems, appliances, toys, heating cords, control systems, automotive wiring, and as an insulated cover for other wires. Its reliability in commercial applications due to its abrasion resistance and lead-free nature make 82A0811-20-9 useful for electronic products where durability and efficiency are required.

82A0811-20-9 Working Principle

The working principle related to 82A0811-20-9 is the process in which an electrical current is conducted through a single conductor connected with two electrical power sources. The current will travel through the conductor as it comes in contact with the two power sources. The process of current flow is known as conduction. The wire’s external insulation helps provide protection against short circuits, which can be caused by accidental contact between two conductors or between a conductor and a power source. The outermost layer of insulation on the wire helps protect against electrical shock.

The 82A0811-20-9 wire also acts as an electromagnetic shield for any electromagnetic interference, which helps to keep circuitry safe from undesirable wave propagation. The abrasion resistance presents an additional benefit in arduous applications as it allows for the wire to be used in harsh environments without wearing down due to frequent contact. The heat resistant nature of this wire makes it an ideal choice for applications that require high temperatures.

Conclusion

The 82A0811-20-9 wire is an ideal cable solution for various electrical applications due to its high temperature and abrasion resistance features. The flexibility of the wire and its construction makes it suitable for intricate wiring, and the single conductor set up allows it to work well as an electromagnetic shield. This wire is useful for a variety of applications including automotive, appliance and electronic systems.

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