Supports for Plaster and Gypsum Board CAD Drawings
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Lathing and Furring Components - Continuous Vents - Stucco/Plaster
Arched Casing Bead
Casing Bead Wide Flange
Continuous Vents
Continuous Vents
Corner Bead
Corner Bead Long Flange
M Control Joint
Parts and Pieces
Sill Screeds
Slip Joint / Expansion Joint
T Bar Casing bead
Ultra Lath
Ultra Trac 90 Degree Angle Intersection
Ultra Trac Aesthetic Reveals
Ultra Trac End Stop
Ultra Trac Inside Corner
Ultra Trac Intersections
V Control Joint
Metal Support Assemblies
Backing Clipped Track - Heavily Loaded - Grab bars, handrails, wall hung cabinets
Backing Flat Strip - Lightly Loaded - Paper Towel Dispensers, towel bars, toilet paper holders
Bottom Track Anchorage Low Velocity Fastener
Bottom Track Anchorage Wedge Anchor
Bridging Cold-rolled Channel with Clip Angle
Bridging Double Flat Strip with Blocking
Bridging Single Flat Strip with Blocking
Deflection Track Assembly Double Deflection Track
Deflection Track Assembly Single Track with Cold-rolled Channel
Door - Load Bearing Back to Back Header Back to Back Jamb
Door - Load Bearing Back to Back Header Boxed Jamb
Door - Load Bearing Back to Back Header Single Jamb
Door - Load Bearing Boxed Header Back to Back Jamb
Door - Load Bearing Boxed Header Boxed Jamb
Door - Load Bearing Boxed Header Single Jamb
Door - Load Bearing Single Header with Strongback Back to Back Jamb
Door - Load Bearing Single Header with Strongback Boxed Jamb
Door - Load Bearing Single Header with Strongback Single Jamb
Door - Non-Load Bearing Single Track Header Back to Back Jamb
Door - Non-Load Bearing Single Track Header Boxed Jamb
Door - Non-Load Bearing Single Track Header Single Jamb
Full-height Curtain Wall Deflection Clip
Non-Load Bearing Interior Wall Framed Above Ceiling with Diagonal Kicker
Non-Load Bearing Interior Wall Framed to Ceiling with Diagonal Kicker
Shearwall X-Bracing
Spandrel Curtain Wall Diagonal Brace
Spandrel Curtain Wall Sticker to Beam
Spandrel Curtain Wall Sticker with Vertical Drop and Diagonal Brace
Spandrel Framing at Pony Wall Steel Post with Embed
Typical Floor Framing
Wall Framing at Corner Track Lap Connection
Window - Load Bearing Back to Back Header Back to Back Jamb
Window - Load Bearing Back to Back Header Boxed Jamb
Window - Load Bearing Back to Back Header Single Jamb
Window - Load Bearing Boxed Header Back to Back Jamb
Window - Load Bearing Boxed Header Boxed Jamb
Window - Load Bearing Boxed Header Single Jamb
Window - Load Bearing Single Header with Strongback Back to Back Jamb
Window - Load Bearing Single Header with Strongback Boxed Jamb
Window - Load Bearing Single Header with Strongback Single Jamb
Window - Non-Load Bearing Single Track Header Back to Back Jamb
Window - Non-Load Bearing Single Track Header Boxed Jamb
Window - Non-Load Bearing Single Track Header Single Jamb
Metal Support Assemblies
Backing Clipped Track - Heavily Loaded - Grab bars, handrails, wall hung cabinets
Backing Flat Strip - Lightly Loaded - Paper Towel Dispensers, towel bars, toilet paper holders
Bottom Track Anchorage Low Velocity Fastener
Bottom Track Anchorage Wedge Anchor
Bridging Cold-rolled Channel with Clip Angle
Bridging Double Flat Strip with Blocking
Bridging Single Flat Strip with Blocking
Deflection Track Assembly Double Deflection Track
Deflection Track Assembly Single Track with Cold-rolled Channel
Door - Load Bearing Back to Back Header Back to Back Jamb
Door - Load Bearing Back to Back Header Boxed Jamb
Door - Load Bearing Back to Back Header Single Jamb
Door - Load Bearing Boxed Header Back to Back Jamb
Door - Load Bearing Boxed Header Boxed Jamb
Door - Load Bearing Boxed Header Single Jamb
Door - Load Bearing Single Header with Strongback Back to Back Jamb
Door - Load Bearing Single Header with Strongback Boxed Jamb
Door - Load Bearing Single Header with Strongback Single Jamb
Door - Non-Load Bearing Single Track Header Back to Back Jamb
Door - Non-Load Bearing Single Track Header Boxed Jamb
Door - Non-Load Bearing Single Track Header Single Jamb
Full-height Curtain Wall Deflection Clip
Non-Load Bearing Interior Wall Framed Above Ceiling with Diagonal Kicker
Non-Load Bearing Interior Wall Framed to Ceiling with Diagonal Kicker
Shearwall X-Bracing
Spandrel Curtain Wall Diagonal Brace
Spandrel Curtain Wall Sticker to Beam
Spandrel Curtain Wall Sticker with Vertical Drop and Diagonal Brace
Spandrel Framing at Pony Wall Steel Post with Embed
Typical Floor Framing
Wall Framing at Corner Track Lap Connection
Window - Load Bearing Back to Back Header Back to Back Jamb
Window - Load Bearing Back to Back Header Boxed Jamb
Window - Load Bearing Back to Back Header Single Jamb
Window - Load Bearing Boxed Header Back to Back Jamb
Window - Load Bearing Boxed Header Boxed Jamb
Window - Load Bearing Boxed Header Single Jamb
Window - Load Bearing Single Header with Strongback Back to Back Jamb
Window - Load Bearing Single Header with Strongback Boxed Jamb
Window - Load Bearing Single Header with Strongback Single Jamb
Window - Non-Load Bearing Single Track Header Back to Back Jamb
Window - Non-Load Bearing Single Track Header Boxed Jamb
Window - Non-Load Bearing Single Track Header Single Jamb
Structural Metal Framing
SBB1
SBB10
SBB11
SBB12
SBB13
SBB14
SBB15
SBB16
SBB17
SBB18
SBB19
SBB2
SBB20
SBB3
SBB4
SBB5
SBB6
SBB7
SBB8
SBB9
SRS1
SRS10
SRS11
SRS12
SRS13
SRS14
SRS15
SRS16
SRS17
SRS2A
SRS3
SRS4
SRS5
SRS6
SRS7
SRS8
SRS9
SLB1
SLB10
SLB11
SLB12
SLB14
SLB2
SLB3
SLB4
SLB5
SLB6
SLB7
SLB8
SLB9
SCW10
SCW14
SCW15
SCW16
SCW17
SCW2
SCW3
SCW4
SCW5
SCW6
SCW7
SCW8
SCW9
What is the Supports for Plaster and Gypsum Board CSI section and why are these CAD files important?
The 'Supports for Plaster and Gypsum Board' section encompasses the design and specification of the underlying structures that hold plaster and gypsum board in place. This includes metal or wood framing systems, furring channels, resilient channels, and other requisite hardware. The section ensures these supports meet the necessary strength and durability standards to accommodate the weight and intended use of the plaster or gypsum board finish. CAD files provide detailed drawings that help in visualizing the layout and integration of these support systems within the overall building structure. They are instrumental in defining the spatial relationships, dimensions, and connections between components, aiding in accurate material estimation and construction. The CAD files thus serve as a critical tool for ensuring compliance with design specifications, building codes, and performance requirements, facilitating seamless communication among architects, engineers, and construction teams.
Frequently Asked Questions
What is the primary purpose of CAD files in the context of CSI Section 092200 - Supports for Plaster and Gypsum Board?
CAD files provide detailed technical drawings that illustrate the support structures required for plaster and gypsum board installations. They help ensure accurate and efficient design and construction by specifying dimensions, materials, and connection details.
How can CAD files improve the design process for supports in plaster and gypsum board installations?
CAD files allow AEC professionals to visualize the support systems in a detailed and scalable format, facilitating the identification of potential design issues early in the project. This helps in optimizing the layout and ensuring compatibility with other building systems.
Why are CAD files crucial for collaboration among AEC professionals working on projects involving Section 092200?
CAD files serve as a common reference point that can be easily shared and updated among architects, engineers, and contractors. This ensures that all stakeholders have access to the most current design information, promoting effective coordination and minimizing errors during construction.
Can CAD files be integrated with other digital tools used in construction planning for Section 092200?
Yes, CAD files can be integrated with BIM and other digital tools to provide a comprehensive view of the construction project. This integration helps in clash detection, project scheduling, and cost estimation, improving overall project efficiency.
What are some best practices for using CAD files to maintain compliance with Section 092200 specifications?
Best practices include maintaining accurate and up-to-date CAD files, adhering to industry standards for drafting, and regularly reviewing the drawings with all involved parties to ensure compliance with specifications and alignment with project goals.