The Pitched Tile Roof Solar Mounting System is a photovoltaic mounting solution for pitched, curved, and sloping tile roof applications in residential and commercial projects. Built with AL6005-T5 aluminum alloy and SUS304 stainless steel components, it provides a durable mounting interface for solar modules while helping to protect the underlying roof structure when installed in accordance with the approved project design and installation instructions.
The configuration can include tile roof hooks, aluminum rails, rail connectors, module clamps, grounding components, and fasteners. Final component selection, fastening locations, roof interface details, and structural verification should be confirmed for the specific roof construction, module layout, local loading conditions, and applicable regulations.
Benefits of Tile Roof Solar Mounting Systems:
- Project-Based Compatibility: A range of hooks, rails, clamps, and accessories can be selected to suit the confirmed roof profile, roof structure, and PV module configuration.
- Flexible Installation Options: Side-mounted tile roof hooks support mounting arrangements for pitched and curved tile roofs, subject to roof and structural review.
- Durable Materials: Anodized aluminum alloy and SUS304 stainless steel components are selected for corrosion resistance and long-term outdoor use.
- Roof-Conscious Design: The mounting layout is designed to help maintain roof integrity when the correct hooks, fasteners, flashing or sealing measures, and installation procedures are used.
Technical Parameters
| Parameter | Value |
|---|---|
| Product Name | Tile Roof Mounting System |
| Application | Pitched Tile Roof / Curved Tile Roof / Sloping Tile Roof |
| Main Materials | AL6005-T5 Aluminum Alloy and SUS304 Stainless Steel |
| Surface Treatment | Anodized Aluminum Components |
| Reference Design Standard | AS/NZS 1170, subject to project-specific engineering requirements |
| Applicable Modules | Framed or Frameless Modules, subject to confirmed clamp compatibility |
| Module Orientation | Portrait or Landscape, subject to system design |
| Indicative Wind Design Capacity | Up to 60 m/s, subject to roof condition, layout, fastening design, local code, and project engineering verification |
| Indicative Snow Load Capacity | Up to 1.4 kN/m², subject to roof condition, layout, fastening design, local code, and project engineering verification |
| Warranty | Up to 12 years, subject to the applicable sales contract and warranty terms |
| Design Service Life | Up to 25 years under appropriate design, installation, use, and maintenance conditions |
| Quality and Documentation | Manufactured under an ISO 9001 quality management system. Available product documentation and applicable certificates can be confirmed for the selected configuration. |
| Customization | Customization support available subject to technical and commercial confirmation |
Main Parts List
1. Tile Roof Hook
2. Aluminum Rail
3. Rail Connector
4. End Clamp
5. Mid Clamp
6. Earthing Plate
7. Grounding LugStructure Details
Tile Roof Hook
Base Connection
Mid Clamp Detail
End Clamp Detail
Installation
A typical tile roof solar mounting kit may include the following components. The final installation method must follow the approved system drawings, project-specific structural design, local building requirements, and applicable safety procedures.
- Rails: Aluminum rails are installed on the selected roof hooks and provide support for the module-clamping system.
- Roof Hooks: Hooks are positioned and fixed to verified structural members, such as rafters or purlins, in accordance with the approved fastening design.
- Bolts and Screws: Fastener type, length, embedment, spacing, and sealing measures must be selected for the specific roof construction and project requirements.
- Mid and End Clamps: Clamps secure PV modules to the rail system within the module manufacturer’s approved clamping zones.
- Grounding and Cable Management: Grounding components and wire clamps should be installed in accordance with the project electrical design and applicable codes.
Project Showcase
FAQ
Q1: What is the installation process for the Solar Tile Roof Mounting System?
The process involves confirming roof and structural conditions, locating roof hook positions on verified rafters or purlins, fixing hooks securely, installing support rails, and securing modules with approved clamps. Roof interface details and installation procedures should follow the approved project design.
Q2: Do I need special tools or skills for installation?
Basic installation tools such as drills, screwdrivers, torque tools, and measuring equipment are commonly required. Installation should be completed by qualified personnel familiar with roof safety, fall protection, the approved mounting design, and applicable local requirements.
Q3: How does the system withstand harsh weather?
The system uses SUS304 stainless steel roof hooks and AL6005-T5 aluminum rails. Design capacity may reach wind speeds of up to 60 m/s and snow loads of up to 1.4 kN/m², subject to the confirmed roof condition, mounting layout, fastening design, local code, and project-specific engineering verification.
Q4: What maintenance is required for the tile roof solar system?
Maintenance typically includes periodic inspection of roof hooks, rails, clamps, fasteners, grounding connections, cable management, and roof condition. Solar modules should be cleaned when required by site conditions and the module manufacturer’s maintenance guidance.
Q5: What safety precautions apply during installation?
Avoid installation during unsafe weather conditions. Use appropriate fall protection and approved tools, do not step on solar modules, follow the module manufacturer’s clamp-zone requirements, and ensure the completed installation is inspected according to the approved project documentation and local safety requirements.
