85612 BK005

Multiple Conductor Cables are cables with multiple conductors contained in a single cable sheath. The 85612 BK005 is one such type of cable, widely used in industrial and commercial applications due to its safe and efficient functioning. It is a dual shielded electronic shielded cable, with foil and drain wire for interconnection and communication wiring.

The 85612 BK005 consists of two highly flexible aluminum conductors with a cross section size of 12 AWG. The cable is insulated with a flame-retardant PVC insulation, and further comes with a dual aluminum foil shielding. This shielding effectively eliminates any external noise or interference from other electrical equipment. The cable is also provided with a stranded tinned copper drain wire which is used to drain out any induced current.

The 85612 BK005 is designed for various applications, such as industrial control and automation, manufacturing, robotics, security systems, CCTV systems and audio transmission. It is especially suitable for use in applications where shielding is required but flexibility is also necessary. The mechanical and electrical characteristics of this cable make it a perfect solution for harsh environments that require shielding.

In terms of working principle, the 85612 BK005 uses a pair of conductors which are densely stranded to enable a low resistance path to the load. These are surrounded by a poly-vinyl chloride (PVC) insulation that prevents any short circuit. The inner dual aluminum foil shielding provides protection against strong magnetic fields and the outer braided drain wire helps in dissipating any induced currents. This ensures safe and proper functioning of the cable.

The 85612 BK005 is a high quality, reliable and well-designed cable for use in industrial and commercial applications. As a multi-conductor type of cable, it offers numerous benefits for shielding and transferring electrical signals. It is robust, flexible, and weather and temperature resistant – making it an ideal choice for a variety of electronic applications.