5-1474621-9

Flat Flex, Ribbon Jumper Cables are versatile jumper cables used in a wide range of industrial, domestic, commercial, and automotive applications. These cables are often used in electric motor starters, dimmers, and other industrial machinery where tight spaces and small spaces require precision wiring. The cables consist of a flat, flexible, and insulated insulated copper strips which interconnect two or more conductors inside a thermoplastic insulation. The outer edges may be either be held together by electrically conductive clips or protected by over-molded heat shrink seals.

The 5-1474621-9 application field is one which requires high precision in electrical work, as high precision and accuracy is needed when connecting two or more components. These cables are designed to provide precise and secure electrical connection, while minimizing the essential of having to connect and re-connect wiring in devices. The connectors of the cable are designed with low-profile designs to fit tightly in narrow spaces, allowing access to multiple wires and terminals in tight areas.

The cables are capable of withstanding high temperatures, and operate up to a maximum temperature of +105°C. This means that they are suitable for a range of applications, including high-intensity motors, and motors operating under high vibration conditions. The flat flexible design also ensures that no pressure is placed on cable conductors, eliminating any risk of cable breakage or tear when subjected to large stresses.

The working principle for these cables is relatively simple. When an electrical current is passed through the cable, it creates a magnetic field which then induces a current through the other conductors. This in turn induces a field which mirrors the original magnetic field, creating the desired electrical connection. By using multiple conductors simultaneously, the cables are able to facilitate a high degree of precision in secure electrical connections.

The 5-1474621-9 application field and working principle offer a variety of advantages to a wide range of industrial and commercial applications. The cables offer precision and reliability for electrical connections, while being resistant to high temperature and vibration. They are easy to install and maintain, reducing time and costs associated with wiring and re-wiring. As such, these cables are a key component in a variety of industries and applications, including automation, energy, and transportation.