The MX LC/PC (Male) – FC/PC (Female) Adaptor SM (MX-2652) is a high-quality fiber optic adaptor designed for singlemode (SM) applications. This adaptor offers an efficient and reliable solution for connecting LC (Male) to FC (Female) connectors in fiber optic networks, ensuring low insertion loss and durable performance in a wide range of applications.
Key Features & Specifications:
Low Insertion Loss (≤ 0.3 dB):
- The MX-2652 provides a low insertion loss of ≤ 0.3 dB, ensuring that the optical signal remains strong and clear. This ensures minimal attenuation during signal transmission, maintaining the high quality and integrity of the optical connection.
High Durability:
- The MX-2652 adaptor is designed to endure frequent use, with a durability of 500 mating cycles. The increase in insertion loss after 500 mating cycles is a maximum of 0.2 dB, ensuring the adaptor remains functional and reliable over a long lifespan.
Wide Operating Temperature Range:
- The MX-2652 operates effectively in extreme conditions, with an operating temperature range of -40°C to 85°C. This makes it suitable for both indoor and outdoor installations in a variety of environments, from industrial settings to telecommunications infrastructure.
Storage Temperature Range:
- With a storage temperature range of -40°C to 85°C, the MX-2652 adaptor can be safely stored in challenging environments without degrading, making it an ideal component for large-scale network installations where storage conditions may vary.
Singlemode Fiber Compatibility:
- This adaptor is designed for use with singlemode (SM) fiber optic systems. Singlemode fiber is ideal for long-distance, high-speed data transmission, and the MX-2652 ensures seamless connectivity in such systems.
Panel Cutouts:
- The MX-2652 is designed with panel cutouts, making it easy to install in fiber optic panels. This feature ensures a secure and stable fit when integrating the adaptor into panels or racks, helping organize and optimize the space in your fiber optic system.
Panel Clip for Easy Installation:
- The adaptor features a panel clip that facilitates easy and quick installation. This ensures that the adaptor stays securely in place once installed, simplifying the setup process and reducing installation time.
Increased Panel Density:
- The MX-2652 is engineered to increase panel density, allowing you to optimize space in fiber optic enclosures. This is especially beneficial in environments where high-density installations are required, such as data centers or telecommunications networks.
Quick Plug-in Installation:
- The MX-2652 allows for quick plug-in installation, making it easy for technicians to integrate it into existing fiber optic networks without the need for complex tools or configurations.
Practical Applications:
Telecommunications: The MX-2652 is ideal for use in telecommunications networks where singlemode fiber is used for long-distance signal transmission. It ensures efficient and low-loss connections between different components of the system.
Data Centers: In data centers, this adaptor can be used to connect fiber optic panels or media converters, helping maintain a high level of performance in fiber optic communication systems.
Fiber Optic Systems: The MX-2652 is designed to integrate seamlessly with fiber optic patch panels, optical switches, and fiber optic transceivers, making it a versatile and essential component for fiber optic systems in various industries.
Industrial and Outdoor Installations: The wide operating temperature range makes this adaptor suitable for industrial and outdoor environments where temperature fluctuations and harsh conditions may occur.
Conclusion:
The MX LC/PC (Male) – FC/PC (Female) Adaptor SM (MX-2652) is a reliable and durable solution for connecting LC and FC connectors in singlemode fiber optic systems. With features like low insertion loss, high durability, panel cutouts, and quick installation, it is an ideal choice for a wide range of applications, including telecommunications, data centers, and industrial environments. The MX-2652 ensures reliable performance, easy integration, and long-lasting durability in demanding fiber optic networks.
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