C2104A.12.19

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Single conductor cables, also known colloquially as hook-up wires, are defined as insulated cables composed of one or more single conductor element comprised of solid or stranded wires. These cables are commonly utilized in low-voltage applications for a number of electronic and industrial applications, and may be of either a single conductor type, or a multiconductor type, which is composed of several single conductor elements, each of which may consist of a single wire sheathed in a single core of insulation.

The use of hook-up wires dates back to the mid 19th century, when applications such as overhead telephone lines, low-voltage lighting systems, and “telegraph keys” required reliable insulated cables to operate. Over time, the production of single conductor cables has become optimized for specific applications. C2104A.12.19, for example, is a PVC insulated single conductor cable designed for use in internal wiring of electrical and electronic devices. It features a AWG size of 24 and insulation thickness of 0.5mm, and is highly reliable in dry and moist conditions.

In general, single conductor cables are designed to carry an electrical current through a single insulated conduit. Typically, the individual conductor element consists of fine strands of copper wire, which are surrounded by a jacket of insulation in order to prevent short circuiting and arcing. This insulation may be composed of a variety of materials such as high-grade silicone rubber, thermoplastic blends, nylon, and PVC. Each material offers various combinations of mechanical protection, flexibility, fire-resistance, chemical-resistance, and thermal properties, allowing for selection based on the application requirements.

Of the available single conductor cables on the market, C2104A.12.19 is particularly well-suited for use in both domestic and industrial settings. It is halogen-free, making it flame-resistant and less likely to generate corrosive fumes during combustion. Its operating temperature range is -20 to + 60C, making it suitable for both indoor and outdoor use. Also, thanks to its silicone rubber insulation, the C2104A.12.19 provides reliable electrical performance even when exposed to moisture and other contaminants.

In terms of performance, C2104A.12.19 has an excellent dielectric strength, with a minimum of 1.2kV. Its current-carrying capacity is also impressive – the cable is capable of transmitting up to 10A with no performance degradation. In addition, the individual wires are well-shielded against radio frequency interference, making it suitable for applications where EMI control is a priority.

In summary, C2104A.12.19 is a single conductor cable designed for use in a variety of low-voltage applications. Its PVC insulation provides reliable protection in dry and moist conditions, and its halogen-free design makes it flame-resistant and less likely to generate poisonous fumes in the event of a fire. Its current-carrying capacity is 10A, and it has an impressive dielectric strength of 1.2kV. All in all, C2104A.12.19 is an excellent choice for any low-voltage wiring project.

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