Pet Friendly Ruggedized Lc Ip68 In-line Receptacle, Duplex, Single Mode W/ Dust Cap Trusted Seller [L6rJt9aF]

Ruggedized LC Fiber Receptacle: The Ultimate Protection for Harsh Environments

Introducing L-com's Pet Friendly Ruggedized Lc Ip68 In-line Receptacle, Duplex, Single Mode W/ Dust Cap Trusted Seller [L6rJt9aF], the perfect solution for applications that demand both performance and durability. This innovative receptacle combines the compact form factor of a duplex LC fiber connector with the robustness of a harsh environment connector, ensuring your connections remain secure and reliable in the most demanding conditions. With its IP68 rating when mated or capped, it provides maximum protection against moisture, liquid, and dust, making it an ideal choice for a wide range of industries and applications.

Key Features and Specifications

The Ruggedized LC fiber receptacle boasts a range of impressive features that set it apart from other connectors on the market. Its robust 400lb pull strength and 450lb crush resistance make it capable of withstanding even the most rigorous conditions. The temperature range of -40°C to 85°C ensures reliable performance in extreme climates. Additionally, the receptacle is designed to integrate seamlessly with L-com's RLRB line of plugs as well as standard LC connectors, providing versatility and compatibility. The dust cap included with each unit ensures that your connections remain protected when not in use.

Applications and Benefits

Whether you're working on deployable mobile systems, military applications, CATV or LAN installations, or in industrial, outdoor, or extreme environments, the Ruggedized LC fiber receptacle is the ideal choice. Its durability and reliability make it a must-have for telecommunications, data center, and processing network applications. With its ability to withstand harsh conditions and its compatibility with a wide range of standard and ruggedized LC connectors, this receptacle is designed to enhance the performance and longevity of your fiber optic connections.