R162PFPL.40.E2 Cables, Wires

Multiple Conductor Cables are an important class of electrical wires and connectors. The R162PFPL.40.E2 cable is a type of multi-conductor cable which is widely used in many industries due to its high performance and reliable application in a variety of different applications. The product is designed to provide maximum flexibility and to reduce installation time and labor costs.

R162PFPL.40.E2 are multi-conductor cables made of a metal-sheath-type insulation material which features electrical and mechanical properties ideal for extensive applications. This metal-sheath-type insulation is ideal because it provides more protection against mechanical damage as well as protection against the chemical action of other materials that may be present in the air.The cable features a diameter of 3.8mm, an insulating thickness of 1.65mm, and a strand type AWG of 16/32.

R162PFPL.40.E2 multi-conductor cables are designed for a wide variety of applications, including industrial machines, construction sites, and telecommunication networks. The cable is versatile and can be used in all types of circuits, including unshielded, shielded, and twisted-pair configurations. It can be used as an indoor or outdoor installation depending on the application needs.

The working principle of the R162PFPL.40.E2 is based on providing maximum flexibility, durability, and protection. The cable is constructed with a plutone core, an outer sheath, and filler material. The plutone core is composed of several strands of insulated solid copper electrical wire in a helical pattern. This helical pattern allows for maximum flexibility and reduces bending radius. The outer sheath provides protection against mechanical damage and helps to protect against water, chemical, and ultraviolet radiation. The filler material inside the sheath helps to reduce weight and adds additional insulation.

R162PFPL.40.E2 cables are an important component of any electrical system. The product is designed to be reliable, to reduce installation time and labor costs, and to provide maximum flexibility. It is an important electrical component that should be considered when designing any type of electrical system.