Membrane Roofing CAD Drawings
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Membrane Roofing - Fleeceback
FB-1B.1 - Coated Drip Edge Fascia - TPO, PVC or KEE HP
FB-1C.1 - Metal Bar Edge Termination
FB-1D.1 - SecurEdge 200
FB-1E.1 - SecurEdge 300
FB-1F.1 - SecurEdge 2000 & 3000
FB-2A - EPDM Membrane Splices - Projects with 10, 15, & 20 Year Warranties
FB-2A.1 - EPDM Membrane Splices - Projects with 145mil Membrane or 25/30 Year Warranties
FB-2B.1 - Thermoplastic Membrane Splices
FB-3A.1 - Deck-to-Deck Expansion Joint
FB-3B.1 - Deck-to-Wall Expansion Joint
FB-6A.1 - Roof Drain with Continuous Membrane
FB-6B.1 - Roof Drain with Separate Target Splice
FB-8A.1 - Pre-Molded Pipe Seals
FB-8B - Field Fabricated Pipe Flashing
FB-9 - Membrane Terminations (PAGE 1 OF 2)
FB-9 - Membrane Terminations (PAGE 2 OF 2)
FB-12A.1A - Parapet/Curb with Separate Membrane - Full Coverage
FB-12A.1B - Parapet/Curb with Separate Membrane - Bead Applied
FB-12B.1A - Parapet/Curb with Continuous Membrane - Full Coverage
FB-12B.1B - Parapet/Curb with Continuous Membrane - Bead Applied
FB-12C - Parapet/Curb with Water Based Adhesive
FB-15A.1 - EPDM Pressure Sensitive Inside Corner
FB-15B.1 - EPDM Pressure Sensitive Outside Corner
FB-15C.1 - Thermoplastic Pre-Molded Inside Corner
FB-15D.1 - Thermoplastic Pre-Molded Outside Corner
FB-16A.1 - EPDM Pressure Sensitive Pourable Sealer Pocket
FB-16B.1 - Thermoplastic Molded Sealant Pocket
FB-18A.1 - Through-Wall Scupper with Pressure Sensitive EPDM Flashing
FB-18B.1 - Through-Wall Scupper with SecurWeld or Sure-Flex Metal
FB-25.1 - Simulation of Metal Roof in Thermoplastic Membranes
FB-27 - Fleeceback Membrane Attachment Using Bead Adhesive
Thermoplastic Membrane - VersiFleece
VF-1.1 - VersiTrim Drip Edge Fascia
VF-1.2A - VersiTrim Heat Weldable Drip Edge
VF-1.3A - Metal Bar Edge Termination
VF-1.4A - VersiTrim 200
VF-1.5A - VersiTrim 300
VF-1.6A - VersiTrim 2000 & 3000
VF-2.2A - Thermoplastic Membrane Splices
VF-3.1A - Deck-to-Deck Expansion Joint
VF-3.2A - Deck-to-Wall Expansion Detail
VF-6.1A - Roof Drain with Continuous Membrane
VF-6.2A - Roof Drain with Separate Target Splice
VF-8.1A - Pre-Molded Pipe Seal
VF-8.2 - Field Fabricated Pipe Flashing
VF-9.0 - Membrane Terminations (PAGE 1 OF 2)
VF-9.0 - Membrane Terminations (PAGE 2 OF 2)
VF-12.3 - Parapet/Curb with Water Based Adhesive
VF-12A.1A - Parapet/Curb with Separate Membrane - Full Coverage
VF-12A.1B- Parapet/Curb with Separate Membrane - Bead Applied
VF-12B.2A- Parapet/Curb with Continuous Membrane - Full Coverage
VF-12B.2B- Parapet/Curb with Continuous Membrane - Bead Applied
VF-15.3A - Thermoplastic Pre-Molded Inside Corner
VF-15.4A - Thermoplastic Pre-Molded Outside Corner
VF-16.2A - Thermoplastic Molded Sealant Pocket
VF-18.2A - Through-Wall Scupper with Thermoplastic Coated Metal
VF-25.1A - Simulation of Metal Roof in Thermoplastic Membranes
VF-27 - VersiFleece Membrane Attachment Using Bead Adhesive
What is the Membrane Roofing CSI section and why are these CAD files important?
Membrane Roofing, categorized under CSI section 075000, is a crucial component in modern building envelopes, particularly valued for its water-resistant properties and durability. This section typically includes various types of membranes, such as thermoplastic, thermoset, and modified bitumen, each offering unique benefits suited to different applications and environmental conditions. CAD files in this context are indispensable tools that offer detailed drawings and layouts of membrane roofing systems. These drawings include precise dimensions, layer compositions, and connection details, enabling architects and engineers to integrate these systems seamlessly into building designs. The CAD files serve as a visual aid that complements the written specifications and performance requirements found in this section, ensuring that the design intent is clearly communicated to all stakeholders. Furthermore, CAD drawings provide critical insights into the installation process, illustrating how various components interact and fit together. This visualization helps construction teams understand complex roofing configurations, ensuring that the installation adheres to both the manufacturer's guidelines and industry standards. Overall, CAD files in the context of membrane roofing are vital for achieving a high-quality, reliable, and efficient roofing system.
Frequently Asked Questions
What is the importance of CAD files in the Membrane Roofing section?
CAD files provide detailed design drawings that are essential for visualizing and planning membrane roofing installations. They help ensure accurate dimensions and facilitate collaboration between architects, engineers, and contractors.
How do CAD drawings assist in the installation of membrane roofing?
CAD drawings offer precise layout plans for the installation, including details such as roof slope, drainage, and material joints, which help in executing the project accurately and efficiently.
Can CAD files for membrane roofing be customized for specific project requirements?
Yes, CAD files can be customized to accommodate specific project needs, such as unique roof shapes, penetrations, and other specific architectural features, ensuring the design meets the project’s unique requirements.
Why should AEC professionals use CAD files over traditional 2D drawings for membrane roofing projects?
CAD files provide enhanced accuracy, ease of modification, and a higher level of detail. They allow for easy updates and revisions, which are crucial for complex roofing systems, compared to traditional 2D drawings.
How do CAD files improve collaboration in membrane roofing projects?
CAD files enable seamless sharing and integration of design information among project stakeholders, enhancing communication and coordination, which is vital for the successful completion of membrane roofing projects.