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PV Mounting System Solar Bracket Rail Splice
| US$0.60-1.99 | 100 Pieces (MOQ) |
Port:
Tianjin, China
Production Capacity:
1000tons/Month
Payment Terms:
L/C, T/T, D/P, Paypal
Hebei Jingzhao Fasteners Co., Ltd.
Hebei, China
Last Login Date:
Sep 18, 2024
Business Type:
Manufacturer/Factory
Main Products:
Solar Brackets and Accessories, Anti-Seismic Brackets, Bolts, Nuts, Screws, Fasteners, Washers
Product Description
Company Info
Basic Info.
Model NO.
JZ
After-sales Service
10 Years
Warranty
10 Years
Condition
Certification
API, ISO, CB, CE
Application
Home, Industrial, Commercial
Specification
Sample
$1/Piece
Delivery Time
7-45 Days
Lengths
Customized
Dimensions
Customized
Material
Aluminum Alloy
Test
100%QC Testing
Trademark
JZ
Transport Package
Carton+Pallet
Origin
Hebei
HS Code
7610900000
Product Description
Product Description
PV Mounting system Solar bracket Rail Splice
Mount Type | Rail connectors and other components metal roof solar panel mount |
Applicable site | metal roof |
Applicable Module | framed or frameless panel |
Module Orientation | landscape or portrait |
Wind load | 60m/s |
Snow load | 1.4KN/m2 |
Material | Aluminum alloy and stainless steel 304 |
Warranty | 10years |
Rail Splice Advantage:
A solar bracket rail splice is a component used to connect two separate lengths of solar panel mounting rail, allowing for the expansion of a solar array across a larger surface or to accommodate the contours of a roof. This splice provides a seamless transition between the rail sections, ensuring that the solar panels remain securely fastened and aligned. Here are some advantages of using a solar bracket rail splice:
1. Continuity of Rail System: The splice allows for the uninterrupted flow of the mounting rail, maintaining the structural integrity of the system and ensuring that the solar panels are securely supported.
2. Ease of Installation: Splices are designed to be easy to install, often requiring only simple tools and minimal additional hardware to join the rail sections together.
3. Weather Resistance: High-quality splices are typically made from corrosion-resistant materials, such as anodized aluminum or stainless steel, which can withstand harsh weather conditions and extend the lifespan of the solar panel installation.
4. Load Distribution: The splice helps to distribute the weight of the solar panels evenly along the entire length of the rail, which can improve the overall stability of the system.
5. Adaptability: Rail splices can be used to adjust the length of the mounting rail to fit different roof dimensions or to follow architectural features, providing flexibility in the design of the solar array.
6. Aesthetic: The splice is designed to be visually appealing and integrate seamlessly with the rest of the mounting system, minimizing the visual impact on the building's appearance.
7. Strength and Durability: Splices are engineered to maintain the strength of the rail system, ensuring that the connection can withstand the forces applied by the weight of the solar panels and environmental factors.
8. Scalability: The use of splices allows for the easy expansion of the solar array in the future by adding additional rail sections without the need for major structural modifications.
When using a solar bracket rail splice, it's important to ensure that it is compatible with the specific solar panel mounting rail being used and that it meets the necessary industry standards for safety and performance. Following the manufacturer's instructions and best practices during installation is crucial for the longevity and efficiency of the solar panel array.
A solar bracket rail splice is a component used to connect two separate lengths of solar panel mounting rail, allowing for the expansion of a solar array across a larger surface or to accommodate the contours of a roof. This splice provides a seamless transition between the rail sections, ensuring that the solar panels remain securely fastened and aligned. Here are some advantages of using a solar bracket rail splice:
1. Continuity of Rail System: The splice allows for the uninterrupted flow of the mounting rail, maintaining the structural integrity of the system and ensuring that the solar panels are securely supported.
2. Ease of Installation: Splices are designed to be easy to install, often requiring only simple tools and minimal additional hardware to join the rail sections together.
3. Weather Resistance: High-quality splices are typically made from corrosion-resistant materials, such as anodized aluminum or stainless steel, which can withstand harsh weather conditions and extend the lifespan of the solar panel installation.
4. Load Distribution: The splice helps to distribute the weight of the solar panels evenly along the entire length of the rail, which can improve the overall stability of the system.
5. Adaptability: Rail splices can be used to adjust the length of the mounting rail to fit different roof dimensions or to follow architectural features, providing flexibility in the design of the solar array.
6. Aesthetic: The splice is designed to be visually appealing and integrate seamlessly with the rest of the mounting system, minimizing the visual impact on the building's appearance.
7. Strength and Durability: Splices are engineered to maintain the strength of the rail system, ensuring that the connection can withstand the forces applied by the weight of the solar panels and environmental factors.
8. Scalability: The use of splices allows for the easy expansion of the solar array in the future by adding additional rail sections without the need for major structural modifications.
When using a solar bracket rail splice, it's important to ensure that it is compatible with the specific solar panel mounting rail being used and that it meets the necessary industry standards for safety and performance. Following the manufacturer's instructions and best practices during installation is crucial for the longevity and efficiency of the solar panel array.
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