Multiple Conductor Cables

Multiple Conductor Cables are electrical wire cables that contain two or more separate conductors. These cables can be used on almost any electronic device, from large industrial machines to computer systems, and even everyday household appliances. There is a wide variety of Multiple Conductor Cables available, each with their own unique set of features, capabilities, and application fields.

P202AL52.30.86

The P202AL52.30.86 Multiple Conductor Cable is a high-performance and flexible cable specifically designed for industry, agriculture, and automotive applications. It is composed of two single-filament conductors housed within a PVC outer jacket. The conductors are made from copper plated with oxygen-free copper, offering excellent electrical properties and corrosion resistance. The outer jacket is rated UL MTW and CSA LL-2, making it safe for use in dry and damp conditions.

Application Field

P202AL52.30.86 Multiple Conductor Cable has a wide range of applications in both industrial and household contexts. It can be used on high-speed data transmission lines in automation systems, as well as in the automotive and agricultural industries for motor, generator, alternator and throttle operated systems. It is also commonly used in household applications such as alarm systems, security cameras, and media centers.

Working Principle

P202AL52.30.86 Multiple Conductor Cable is designed to provide an efficient and convenient way to transmit electrical energy. It works by passing current through the two or more individually isolated or intertwined conductors. The current passes through the cable in one direction and is returned through the other conductor. By utilizing multiple conductors, it is possible to transfer more electric energy in a single package.

Conclusion

The P202AL52.30.86 Multiple Conductor Cable is a highly reliable and efficient electrical cable, designed for a wide range of applications. Its two single-filament conductors are made from copper plated with oxygen-free copper, making it durable and corrosion-resistant. Its wide range of applications covers industries such as automotive, agriculture, and industry, as well as many household applications. Its working principle is simple but effective, allowing multiple conductors to be used to transfer an increased amount of electric energy.