Asphalt Shingles CAD Drawings
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Asphalt Shingles
S-01a - Identification of Roof Areas and Components
S-01b - Basic Shingle Course - 3 Tab Strips - Marathon (All Styles)
S-01c - Basic Shingle Course - Laminated - Cambridge and Dynasty
S-01d - Basic Shingle Course - Armourshake
S-01e - Basic Shingle Course - Royal Estate
S-01f - Basic Shingle Course - Crowne Slate
S-02a - Shingle Application Over Underlayment Centered Through Valley
S-02b - Shingle Application Over Underlayment Woven Through Valley
S-02c - Ice Dam Protection Membrane Through Valley and at Eave
S-03a - Drip Edge Metal at Rake and Downslope Eave Edge
S-03b - Drip Edge Metal with Gutter
S-03c - Drip Edge Metal at Rake with Winged Gutter
S-04 - Staggered Course Method with Drip Edge Metal
S-05 - Half Bond Method Marathon with Drip Edge Metal
S-05b - Application Dynasty/Cambridge with Drip Edge Metal
S-05c - Application Armourshake with Drip Edge Metal
S-05d - Application Royal Estate with Drip Edge Metal
S-05e - Application Crowne Slate with Drip Edge Metal
S-06a - Open Valley
S-06b - Closed Cut Valley
S-07 - Soil Pipe Stack (Plumbing Vent)
S-08 - Roof Vent
S-09 - Step Flashing at Roof to Sidewall Intersection
S-10 - Apron (e.g., Headwall) and Step Flashing at Dorner (e.g., Sidewall)
S-11a - Metal Clad Chimney with Backer Flashing
S-11b - Cement Plaster Clad Chimney with Flashings
S-11c - Masonry Chimney with Flashings
S-11d - Wood Clad Wall with Flashings
S-12 - Skylight Flashing
S-13a - Ridge Cap (Ventilated)
S-13b - Ridge Cap (Non-Vented)
What is the Asphalt Shingles CSI section and why are these CAD files important?
CAD files in the 073113 section offer precise, scalable drawings that represent the dimensions, layout, and installation details of asphalt shingles. These files are crucial for architects and engineers, allowing them to visualize and plan the roofing system comprehensively. The CAD representations typically include cross-sections, layout patterns, and fastening methods for asphalt shingles, ensuring compatibility with various roof designs. The files facilitate communication between design and construction teams, ensuring that the shingles are installed according to design specifications, which can enhance the structural integrity and aesthetic appeal of the building. By integrating these CAD files into project plans, stakeholders can anticipate potential issues and make informed decisions early in the design process, thereby optimizing the overall construction workflow.
Frequently Asked Questions
What are the key benefits of using CAD files for Asphalt Shingles in CSI Section 073113?
CAD files for Asphalt Shingles provide precise and detailed drawings that help in the accurate design and installation of roofing systems. They ensure that all dimensions and specifications are adhered to, reducing errors and improving project efficiency.
How do CAD files assist in the selection of Asphalt Shingles?
CAD files allow AEC professionals to visualize the layout and arrangement of asphalt shingles, helping in the selection process by providing a clear representation of the roofing design. This aids in making informed decisions about aesthetics and functionality.
Can CAD files for Asphalt Shingles be integrated with other design software?
Yes, CAD files are compatible with various design and architectural software, allowing seamless integration into larger project plans. This facilitates coordination among different disciplines and ensures consistency across all project documents.
How do CAD files support compliance with industry standards for Asphalt Shingles?
CAD files include detailed specifications and measurements that align with industry standards and regulations. This ensures that the installation of asphalt shingles is compliant with local building codes and manufacturer guidelines.
What information is typically included in CAD files for Asphalt Shingles?
CAD files for Asphalt Shingles typically include detailed drawings of shingle layouts, dimensions, materials specifications, and installation instructions. This information is crucial for accurate planning and execution of roofing projects.