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LC OM3 DX Avoid Laser Adapter Without Flange

Fiber Optic Adapters

LC OM3 DX Avoid Laser Adapter Without Flange

  • Adapter Type: LC Body Style: Duplex
  • Connector Polish Type: PC
  • Connector Fiber Mode: Multi mode(OM3)
  • Insertion Loss: ≤0.2dB
  • Durability: >1000times
  • Mounting Type: Without Flange
  • Color: Aqua

     LC OM3 DX Avoid Laser Adapter Without Flange is an important component for optical fiber communication systems. It uses LC connectors and is suitable for multi-mode optical fibers. It has the characteristics of avoiding laser damage and provides stable and reliable optical fiber connections.

     LC OM3 DX Avoid Laser Adapter Without Flange adopts a design to avoid laser damage, which can effectively protect fiber connections and reduce the potential harm of laser to equipment and personnel. This design can effectively protect the fiber end when the fiber is connected and disconnected, extend the service life of the fiber, and improve the reliability and stability of the system.

     

     In addition, the adapter does not have a flange design, making it more flexible and lightweight, making it suitable for some occasions that have strict requirements on equipment size and weight. At the same time, the design without flanges can also reduce costs and improve production efficiency.

     LC OM3 DX Avoid Laser Adapter Without Flange is suitable for a variety of multi-mode optical fiber communication systems, such as data centers, enterprise networks, smart buildings and other fields. Its stability, reliability and security make it an indispensable and important component in optical fiber connections, providing an important guarantee for the normal operation of optical fiber communication systems.

     

     In general, LC OM3 DX Avoid Laser Adapter Without Flange has the characteristics of avoiding laser damage, can effectively protect optical fiber connections, improve the reliability and stability of the system, and is an indispensable and important component in optical fiber communication systems.