5010/60C SL002

Multiple Conductor Cables

Multiple Conductor Cables are an essential component for transferring power or signal between two circuits located anywhere in a system. The 5010/60C SL002 is one of the most common types out on the market. It is a type of multiple conductor cable designed to be used in extreme temperatures, from -40 up to +105 degrees Celsius. The cable features exceptional electrical and mechanical properties in order to meet the application needs.

The 5010/60C SL002 features two to six insulated conductors that are twisted together and enclosed in an extruded, solidified temperature-resistant sheath. The individual conductors are stranded to provide flexibility and improved mechanical performance when compared with ordinary twisted cables.

The primary application fields of 5010/60C SL002 include power suppliers, lighting systems, control systems, automobile cables, audio and marine/marine navigation. It is also suitable for home appliances, instrumentation, telecommunication equipment, security systems, and construction sites. This multiple conductor cable provides exceptional performance when used alongside other electronic devices such as computers, servers, and other similar equipment.

When it comes to its working principle, the 5010/60C SL002 multiple conductor cable utilizes the principle of electromagnetic induction. This principle states that if a voltage is applied to one conductor, an induced voltage will be created in the remaining nearby conductors. This induced voltage is proportional to the applied voltage which is why multiple conductor cables are best when used in high voltage systems.

The 5010/60C SL002 multiple conductor cable is well-known for its durability and long lasting performance in extreme temperatures. It is designed to last for years in extreme conditions without showing any signs of deterioration. The cable is also resistant to abrasion, UV radiation, and chemical corrosion.

Overall, the 5010/60C SL002 multiple conductor cable is an important component utilized in a variety of applications, from power suppliers in homes to complete power systems in large projects. Its ability to perform in extreme temperatures and long lasting nature makes it an ideal choice for a multitude of applications. The working principle of electromagnetic induction allows for maximum efficiency and safety when working with high voltage systems.