Flat Roof 15-35 degree European adjustable ballast bracket

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1️⃣ Site Assessment and Planning: Check the roof condition, load-bearing capacity, local solar conditions, and wind and snow loads. Determine the tilt angle and required ballast according to the project design.

2️⃣ Install Protective Pads: Place EPDM or rubber pads beneath the bracket bases to help protect the roof surface and waterproofing layer.

3️⃣ Assemble the Brackets: Connect the adjustable triangular brackets to the base rails and set the tilt angle between 15° and 35° as specified in the design.

4️⃣ Place the Ballast: Add concrete blocks or other approved ballast materials to the designated trays or rails according to the project's load calculations.

5️⃣ Install the Solar Panels: Position the panels on the mounting structure and secure them with compatible mid and end clamps.

6️⃣ Complete Wiring and Inspection: Finish the electrical connections, tighten all fasteners to the specified torque, and check the alignment and stability of the entire system.

Our standard package is steel pallet for long alu profile, while small alu components will be packed into cartons with plywood pallet.

☆ Simple Structure: Uses only four main components, helping simplify assembly.

☆ Space-Efficient Design: The east-west layout can reduce the spacing required between panel rows, depending on the system configuration.

☆ Non-Penetrating Installation: The ballast-based design avoids roof drilling in suitable applications.

☆ Pre-Assembled Components: The pre-assembled frame helps reduce on-site installation time and labor costs.

☆ Durable Aluminum Construction: Made from AL6005-T5 aluminum alloy, with a stated 10-year warranty and 25-year service life, subject to the manufacturer's terms and installation conditions.

Related Certificates

☆ Strength Analysis Report: Structural performance can be evaluated against project-specific wind and snow load requirements.

☆ Aluminum Quality Certificate: Provides material composition information for the AL6005-T5 aluminum alloy.

Q1: Does this system require drilling into the roof?
A ballast-based system can often be installed without penetrating the roof membrane. However, mechanical fixing may be required depending on the roof structure, wind loads, and local regulations.

Q2: Is the bracket suitable for all flat roofs?
Not necessarily. The roof must have sufficient load-bearing capacity and a suitable surface for installation. Waterproofing, drainage, insulation, and membrane compatibility should also be checked.

Q3: Can the bracket withstand strong winds?
Wind resistance depends on the system design, ballast quantity, roof conditions, and installation quality. A project-specific wind-load assessment is essential.

Q4: Can the bracket be customized?
Customization may be available for dimensions, tilt angles, materials, and mounting configurations. Confirm your project requirements with the manufacturer before ordering.