There are many terms associated with spiral cords. Listed below are some standard terms: Specific inductive capacity (SIC), cable type (S), lay length (L), and UL/CSA. Each has its definition and technical terminology. To understand how to use these terms, keep reading! A brief description of each will help you make better choices when selecting a spiral cord. We hope this technical glossary of spiral cords will help you make the best choice.
Spiral cords are popular alternatives to traditional cables, serving many purposes in industries from manufacturing to automotive. Drilling machines, for instance, have used spiral cords in their equipment. Spiral cords come in both power and signal versions and are typically made of different materials and dimensions. Power versions of spiral cords are easier to work with than signal versions and can be suited for various applications. Spiral cables also have the advantage of allowing multiple connections.
Spiral wrap is popular for cable protection and organization. These wraps can be retrofitted to pre-installed wiring and are available in many colors and materials. In addition, they come with various properties, including flexibility, tangle resistance, and anti-corrosion.
The insulation of spiral cords is usually made of an insulating jacket and sheathing material. The coat protects the wire from environmental elements but cannot protect it from electromagnetic interference. The cables are often shielded with a thin layer of aluminum or braided mesh woven into the cord. This shielding helps reduce noise from other electrical power sources. A shielded spiral cable is more durable and less susceptible to damage than an unprotected one.
The insulation of spiral cords comes in two types: thermoplastic and thermoset. The former is more flexible and durable but less effective in colder temperatures. The latter is also a better choice when temperatures are below zero. Both types of insulation will protect the wires, ensuring their long-term performance. Depending on their use, the choice of insulation material may depend on the application. For example, some materials resist UV rays, while others are more prone to oxidation.
Spiral cords are used in most areas where a connection wire must be gathered for equipment. Spiral cords are helpful for this purpose since they have excellent flexibility and can withstand repetitive flexing. Coils are made of coiled insulating materials and conductors and are highly resistant to abrasion and chemical attack.
Many electronics use spiral cords. In the beginning, they were only used on landline telephones. But today, their versatility is used in other places as well. For example, spiral cables save space in office buildings and can cover greater distances than regular cables. Although the lines do not break easily, there are limits to their ability to stretch. If you overstretch them too much, they may lose their retractable properties.
Spiral cords are used for a variety of different applications. A standard coiled cord can contain bundles from 0.39″ to 1.5″ in diameter. Some of these cords are made explicitly for medical use. Other uses for spiral cords include applications in consumer electronics, medical devices, and other fields. There are many different sizes and types to choose from, making it easier to find the right cord for your needs.
The sizes of spiral wrap cables will depend on the materials used. If they are used indoors, they won’t need to be UV-resistant, but if they are exposed to harsh environments, you should choose one with that resistance. UV-resistant black polyethylene, for example, is perfect for use in direct sunlight. PTFE is another material to consider. Finally, natural polyethylene is a good choice for general-purpose bundling.