C2016A.12.06

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Single Conductor Cables, also known as "hook-up wire", generally consist of a single conductor that is in either an insulated or uninsulated form. They are used in a variety of electrical applications ranging from data transmission cables to building control wires. Single Conductor cables can be used for power or signal transfer, depending on the specific requirements of an application.

The term “single conductor” generally refers to cables with a single wire or conductor contained within an insulation or jacket material. These cables typically feature strands of copper and/or aluminum depending on the conductor size needed. In most cases, the insulation on the single conductor cables is either a twisted-pair type (multi-strand copper conductors twisted together) or a basic “round” type (single stranded conductor). Single conductor cables are used in a variety of applications, typically for connecting the components of devices or systems.

C2016A.12.06 is a single conductor cable, often referred to as a hook-up wire, ideal for use in avionics, electronics, and process control applications. It features a solidconductor of 0.50mm and stranded construction for added flexibility, as well as tinned copper for resistance to corrosive conditions. The insulation on this cable is polyvinyl chloride (PVC), which provides superior resistance to flame spread, smoke generation, and water absorption. Additionally, C2016A.12.06 is UL and CSA certified for 125°C operation and is RoHS compliant for international product safety standards.

The primary purpose of utilizing single conductor cables such as C2016A.12.06 is to transfer data and provide electrical connections and protection from outside interference. Single conductor cables have the benefit of being easier to install and cheaper to manufacture than multi-conductor cables, and to a lesser extent, they also consume less energy. They can also be used to carry higher frequencies than multi-conductor cables, making them ideal for applications requiring data transmission.

In addition to data transmission, single conductor cables can also be used as internal wiring to connect components within a device or system. Single conductor cables are often used to connect switches, fuses, and relays to specific power sources or to provide control signals for various devices. Because single conductor cables are easy to install and inexpensive to produce, they are often used in a variety of applications to quickly and efficiently connect different systems. For example, as part of an electrical system, single conductor cables can be used to run low-voltage (LV) cables from a fuse box to electrical outlets.

Single conductor cables are essential components of many electrical systems because they provide electrical connections while protecting wires and components from external interference. This type of cable is strong, reliable, and cost-effective, making it the preferred choice for many different types of applications. C2016A.12.06, in particular, is ideal for avionics, electronics, and process control applications thanks to its solid resistance to flame spread, smoke generation, and water absorption.

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