Concrete Foundation Flat Roof Solar Mounting System Aluminum Alloy Structure

Customization: Available
Certification: GB, ISO, TUV, CE
Application: Commercial

Product Description

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Basic Information

Model NO.
SF-FR-02
Material
Aluminum Alloy
Type
Roof Ballast Bracket
Wind Speed
60m/S
Snow Load
1.4kn/Square Mater
Warranty
10 Years
Service Life
25 Years
HS Code
8503009090
Capacity
2000000W/ Month
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Product Description

Concrete and flat roof mounting structure accessories designed for high durability and efficiency.

Product Type Solar Roof Mounting System
Mounting System Arrangement Columns / Rows
Panel Size Customized
Panel Framing Framed / Unframes
Panel Orientation Landscape / Portrait
Panel Tilt Angle Customized
Wind Load 60m/s
Snow Load 1.4KN/M2
Supporting Structure Materials Galvanized Steel
Small Parts Materials Aluminum / Galvanized Steel / Polyethylene / SUS
Standards GB50009 / UL2703 / DIN1055
Warranty 10 years warranty, 25 years service life
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Structure Reference Photos

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Certifications

Product Certifications
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Packaging Details

About package: Small components are packaged by cartons; Rail and beam are packaged by the Iron pallet.
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Frequently Asked Questions

What is the maximum wind and snow load capacity?
The system is engineered to withstand a maximum wind speed of 60m/s and a snow load of 1.4KN/M2.
What materials are used for the mounting structure?
The main supporting structures are made of Galvanized Steel and Aluminum Alloy, with small parts utilizing Aluminum, Galvanized Steel, Polyethylene, and SUS.
What is the expected service life of this system?
The system comes with a 10-year warranty and is designed for a service life of up to 25 years.
Can the panel orientation and tilt angle be customized?
Yes, both the panel orientation (Landscape or Portrait) and the tilt angle can be customized according to specific project requirements.
Which international standards does the system comply with?
The mounting system meets GB50009, UL2703, and DIN1055 standards.
How is the product packaged for transport?
Small components are securely packed in cartons, while rails and beams are packed using iron pallets to ensure safety during transit.

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