7058/19 SL001

Single Conductor Cables (Hook-Up Wire) refer to cables that have a single conductor made of copper or aluminum and that are typically insulated with a variety of material options. The 7058/19 SL001 is an insulation material particularly used for cable assemblies in electronic and electrical equipment of various kinds. It has excellent dielectric strength and provides superior resistance to oil, water, and most chemicals. It can be a good option for applications that make use of frequent bending and flexing and requires the highest levels of mechanical stress.

The 7058/19 SL001 application field has a wide range of possibilities, since it is designed to be used in applications as diverse as aerospace, medical, automotive and industrial. It is ideal for equipment that uses shielded cables and requires excellent electrical and thermal properties. Due to its robust nature, it is also suitable for harsh environments. It can endure extreme temperatures and is suitable for assembly into most types of connectors. It has a good flame retardant rating and is compliant with UL94V-0 specifications.

The working principle of 7058/19 SL001 Single Conductor Cables is relatively straightforward. After it is hooked up to different equipment, the dielectric acts as a barrier. The conductors inside pass electrical current from the source, to the destination, while the insulation layer prevents it from travelling elsewhere. This ensures the current remains contained and heads directly to its destination. The insulation also prevents any interference from outside sources, such as protecting against radio frequencies, and interference from other cables and power supplies.

In conclusion, 7058/19 SL001 Single Conductor Cables is an insulation material specifically designed for applications in the aerospace, medical, automotive and industrial sectors. It is designed to withstand extreme temperatures and to provide superior protection from electrical and mechanical stress. It is a great option for shielded cable assemblies that require excellent electrical and thermal properties. In terms of its working principle, it acts as a barrier to ensure that the current remains contained and is directed to its intended destination while also preventing any interference from outside sources.