83930 0101000

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Multiple conductor cables are low-voltage wires used to connect electrical and electronic devices. These cables contain more than one conductor, hence the name multiple conductor cable. These cables are generally constructed out of polyvinyl chloride (PVC), flexible and safe to use in a range of applications. The conductors can be made from copper or aluminum, and have a wide range of insulation methods to meet insulation requirements. 83930 0101000 application field and working principle are two of the most commonly used multiple conductor cables.

The 83930 0101000 cable is most commonly used in installations where exceptional flexibility and resistance to abrasion are needed, especially in harsh environments or in places that are subject to prolonged abuse from vapors or chemicals. This type of multi-conductor cable is also used in installations where high electrical conductivity is required. This type of cable has aluminum conductors and a polyvinyl chloride insulation. Its ease of installation and mechanical properties make it preferred for a variety of automatic control systems, including those of lighting, signaling, and industrial systems.

The 0101000 cable is similar to the 83930 in terms of its wide-ranging mechanical properties and chemical resistance. The difference is that this cable has a tinned copper construction. It is most commonly used for military and industrial applications, and is preferred for its superior electrical performance and flame-retardant properties. It is manufactured to UL-VW-1 and CSA-AWM requirements, and is generally used to connect the components of higher-voltage electronics.

In addition to the different construction materials used, the working principle of these cables is also different. The 83930 cable is a flex, non-shielded cable, so it utilizes a single wire conductor and PVC insulation to provide electrical continuity. On the other hand, the 0101000 cable is a shielded cable, which consists of multiple conductors and a wrapped shield. This allows each conductor to be isolated while providing superior electromagnetic interference (EMI) protection. The shielded cable also helps to reduce electro-magnetic transmission noise, making it ideal for sensitive electronic equipment applications.

In conclusion, multiple conductor cables are a popular choice for a variety of applications, such as lighting and lighting control systems, computer networks, audio/video systems, industrial machinery, and military environments. 83930 0101000 application field and working principle are two of the most commonly used multiple conductor cables, each designed to address a specific need. The 83930 cable is most suitable for installations requiring flexibility and chemical resistance. The 0101000 cable is designed for higher voltage electronics, military, and industrial applications, and is preferred for its superior electrical performance and flame-retardant properties. Both cables utilize different construction materials and working principles to provide electrical continuity.

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