M85049/69-15N

M85049/69-15N Backshells and Cable Clamps are connector parts designed for enhanced reliability and a variety of applications. They are primarily used in aerospace and military applications and other related-heavy industries, such as oil and gas, in which space and weight are of prime importance and excessive space taken up by bulky connector housings is not a feasible option. The M85049/69-15N provides a simple solution for secure and reliable electrical connections in tight spaces and under harsh conditions.

Application Field

The M85049/69-15N Backshells and Cable Clamps are made of corrosion-resistant, high-temperature, low-aging materials like polyphenylene sulfide. This construction allows them to be used in both military and industrial applications, for connecting both commercial and military-grade connectors. They are capable of being used in a wide range of temperatures, from -67°F (-55°C) up to 302°F (150°C). They are commonly used in applications which require resistance to weather exposure, propellants and fuels, and have proven to be very reliable against high levels of vibration as well.

Working Principle

The M85049/69-15N Backshells and Cable Clamps provide an effective method of cable strain relief, and are designed to hold and protect cables at the transition from a cable termination end to the connector interface. They use a wire cradle-style design to provide a 360-degree wrap around the crimp-style connectors in order to securely hold the cables in place. The strain relief feature effectively reduces the risk of micro-failures due to prolonged use and vibration, and also helps keep the electrical connection secured against short circuits due to loose terminations. The backshells are also designed to offer easier installation. They use a simple screw-and-clamp installation process which reduces the overall installation time required.

Conclusion

The M85049/69-15N Backshells and Cable Clamps provide a reliable and easy to install solution for secure and reliable electrical connections under harsh conditions. Their superior design increases reliability and usability under a wide range of temperatures, along with their resistance against weather exposure, propellants and fuels. They are commonly used in aerospace and military applications, and other related-heavy industries, such as oil and gas, in which space and weight are of prime importance.