0151670281

Flat Flex, Ribbon Jumper Cables

0151670281is a type of flat flex, ribbon jumper cable designed for industrial applications. It is designed for high currents and for applications in hostile environments where hot-plug and/or bridging capability is required. The 20151670281 features high resistance to temperature and vibration, a low insertion force and excellent contact force, and numerous mechanical securement points to ensure reliable connection.

Application Field

0151670281 can be used for a range of industrial applications, including those in automotive, heavy equipment and construction, industrial automation, robotic systems, remotely operated vehicles, laboratory apparatus, medical systems, and military applications. It is suitable for use in applications where high current or high voltage must be transferred or where hot-plug environment must be maintained.

Working Principle

The 20151670281 consists of two flexible flat ribbon cables which are connected in a 90-degree angle. Each cable is comprised of electrical contacts made out of a stamped metal lensed contact with double layers of insulation. This provides a secure, reliable connection between the two cables, ensuring that the electrical current is transferred safely and reliably. The contacts are designed to allow for simple and reliable mechanical securement at the points of connection, as well as to accommodate the dynamic movements which occurs in the application environment.

The ribbon jumper cable offers a high-temperature performance, with a working temperature range of -55°C to +105°C. The flexibility of the flat ribbon cables, as well as the low insertion and contact forces, makes it suitable for automated or robotic environments. Additionally, the robust design provides a reliable connection which is resistant to shock, vibration, and other environmental disturbances such as dust, dirt, and liquids.

Conclusion

0151670281 is a flexible flat flex ribbon jumper cable suitable for a wide range of industrial applications. It features a high resistance to temperature and vibration, low insertion and contact forces, and an array of mechanical securement points. Its robust design ensures reliable electrical connection in a variety of hostile environments.