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PV Rail Profile Connector Aluminum FarSun

The use of solar rail splice joiner enhances safety by providing a secure attachment between the panels and the mounting rails, contributing to structural stability, resisting wind and snow loads, and ensuring electrical safety. These safety measures minimize the risk of accidents, damage, and electrical hazards associated with solar panel installations.

 

Features:

  • Snow load resistance & wind resistance;
  • Structural Stability;
  • Versatile;
  • Secure Attachment.

 

Tags: Roof Mounting System, Solar Mounting Bracket Rail Splice, Rail System Solar Connector

    Description


    PV Rail Profile Connector Aluminum FarSun
    The use of solar rail splice joiner enhances safety by providing a secure attachment between the panels and the mounting rails, contributing to structural stability, resisting wind and snow loads, and ensuring electrical safety. These safety measures minimize the risk of accidents, damage, and electrical hazards associated with solar panel installations.

    The secure attachment minimizes the risk of panels falling or causing damage to the roof or surrounding areas.

    25-42 Rail Splice

    Specification


    They help distribute the weight of the panels evenly across the roof, reducing the stress on individual components. 

    Model Number

    FS-25*42 Rail Splice Kit

    Material

    Aluminum 6005-T5 Anodized & SUS304 Bolt

    Max Wind Speed

    Up to 60 m/s (214KM/H)

    Snow Load

    Up to 1.4KN/M2

    Standard Length

    120mm / 150mm / 200mm etc.

    Warranty & Service Life

    15 Years Warranty & 25 Years

    Certification

    CE/ SGS etc.

    Standard

    ASCE_7-10, EN1090, JIS8955:2017, IBC2009


    By securely fastening the panels to the mounting rails, the connectors help to ensure the safety and durability of the solar panel system.

    Application


    Solar roof rail splices are an essential component in the installation of solar panels on rooftops. 

    Their easy installation, strong and durable construction, versatility, cost-effectiveness, and low maintenance requirements make them an ideal choice for both residential and commercial solar energy projects.