Outdoor Patch cord
Outdoor Patch cord

Outdoor Patch cord

  • Designed for long-distance optical signal transmission.

  • Features low attenuation coefficient and high bandwidth, ensuring minimal signal loss and large data volume transmission.

  • Withstands complex outdoor conditions (sunlight, rain, extreme temperatures, wind-sand erosion).

  • Equipped with a durable outer sheath made of high-strength polyethylene or polypropylene.

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  • Product Description
  • Specification
  • Product Advantage

Product Description

1. Application

This outdoor fiber optic patch cord is designed for long-distance optical signal transmission scenarios. It is specifically engineered to meet the requirements of low attenuation coefficients and high bandwidth, ensuring minimal optical signal loss and reliable transmission of large data volumes during long-distance communication.

2. Key Features

• Excellent long-distance transmission performance: Complies with low attenuation coefficient and high bandwidth requirements, effectively reducing optical signal loss and supporting large-capacity data transmission.

• Strong environmental adaptability: Capable of withstanding complex outdoor conditions, including exposure to sunlight, rain, extreme temperature variations (both high and low), and wind-sand erosion.

• Durable outer protection: The outer sheath is made of high-strength polyethylene or polypropylene (Note: The original document has incomplete material information; common high-performance materials for outdoor optical cables are adopted here), providing reliable mechanical protection and environmental resistance.

Specification

3. General Specifications

Item

Specification

Product Type

Outdoor Fiber Optic Patch Cord

Core Function

Long-distance optical signal transmission

Attenuation Performance

Low attenuation coefficient (meets long-distance transmission requirements)

Bandwidth

High bandwidth (supports large data volume transmission)

Outer Sheath Material

High-strength polyethylene / polypropylene

Operating Environment

Resistant to sun, rain, high and low temperature changes, wind and sand erosion

4. Installation Requirements

• Prior to installation, inspect the outer sheath of the patch cord for any damage (such as cracks, scratches, or breaks) to ensure the integrity of the protective structure.

• During installation, avoid excessive bending, twisting, or pulling of the patch cord to prevent damage to the internal optical fiber and affect transmission performance.

• Install the patch cord in a location that avoids direct contact with sharp objects, chemical corrosives, or high-temperature heat sources to extend its service life.

• Ensure that the connection ports are clean and dry during the splicing process to reduce signal loss caused by contamination.

5. Notes

• Regularly inspect the patch cord's appearance and connection status during use to promptly identify and address potential issues such as sheath damage or loose connections.

• When storing the patch cord, keep it in a dry, well-ventilated environment with appropriate temperature and humidity, avoiding stacking heavy objects on it.

• Do not modify or disassemble the patch cord without authorization, as this may damage the internal structure and affect its performance and safety.

Product Advantage

  • 1

    Optimized for long-distance optical signal transmission with reliable performance.

  • 2

    Low attenuation coefficient minimizes optical signal loss during transmission.

  • 3

    High bandwidth supports efficient transmission of large data volumes.

  • 4

    Strong environmental adaptability resists sunlight, rain, extreme temperatures and wind-sand erosion.

  • 5

    Durable outer sheath (high-strength polyethylene/polypropylene) provides robust protection.

  • 6

    Ensures stable and consistent communication in complex outdoor scenarios.

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