Cold-Formed Metal Framing CAD Drawings
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Clips & Connectors
CRC & T-Bridge Clips (Joining & Terminating)
T-Bead Corner Bead
T-Blocking
T-Brace
T-Braces & T-Bridge Clips (Joining & Terminating)
T-Braces & T-Bridge Clips (Joining)
Tat Slotted Track
Cold Formed Metal Framing - Rigid Clips
Telling Rigid Clips A
Telling Rigid Clips A Assembly
Telling Rigid Clips B
Telling Rigid Clips B Assembly
Cold-Formed Metal Framing - Load Bearing
1 Bridge Clip Drawing to secure CRC to Stud
1 True-Brace
2 Bridge Clip Drawing to connect CRCs
2 True-Brace
LB - Base Concrete
LB - Bridging - CRC
LB - Bridging Strap and Block
LB - Header High Box (Screwed)
LB - Header High Box (Weld)
LB - Header High I-Shaped (Screwed)
LB - Header High I-Shaped (Weld)
LB - Header Low Box (Screwed)
LB - Header Low Box (Weld)
LB - Header Low I-Shaped (Screwed)
LB - Header Low I-Shaped (Weld)
LB - Joist Bearing End Concrete
LB - Joist Bearing End Steel
LB - Joist Bearing End Wall Stud
LB - Joist Bearing Mid Concrete
LB - Joist Bearing Mid-Steel
LB - Joist Bearing Mid-Wall Stud
LB - Joist Bridging
LB - Joist Floor Opening
LB - Joist Hanger Steel
LB - Joist Wall Detail
LB - Stud Penetration
LB - Stud Track
LB - Top Joist Bearing
LB - Top Truss Bearing (Distribution)
LB - Top Truss Bearing (Wood Plate)
LB - Top Truss Bearing at 16
LB - Top Truss Bearing at 48
T-Knee
Cold-Formed Metal Framing - Non-Load Bearing
Base - Concrete
Base - Masonry
Base - Metal Deck
Base - Steel
Base - Track (Wall Splice)
Base Clip - Concrete
Base Clip - Metal Deck
Base Clip - Steel
Bridging - CRC
Bridging - Strap and Block
Clip - Bypass - Concrete - 1
Clip - Bypass - Concrete - 2
Clip - Bypass - Steel Angle
Clip - Bypass - Steel Angle - Direct Weld
Clip - Bypass - Steel Beam
Clip - Bypass - Steel Beam - Extension
Clip - Horizontal - Above Tube
Clip - Horizontal - Below Beam
Clip - Horizontal - Masonry
Clip - Horizontal - Tube
Header - Box (Clip)
Header - Box (Track Shoe)
Header - Flatwise
Header - Flatwise (Deep Leg)
Header - Strongback
Infill - Base - Channel
Infill - Beam
Infill - Top - Channel
Kicker - Concrete
Kicker - Down - Concrete
Kicker - Down - Metal Deck - No Ribs
Kicker - Down - Metal Deck - Ribs
Kicker - Metal Deck - No Ribs
Kicker - Steel Beam
Kicker - Steel Joist (Parallel)
Kicker - Steel Joist (Perpendicular)
Lap Details
Sill - Built Up
Sill - Built Up (Deep Leg)
Sill - Track
Sill - Track (Clip)
Slip Track - Bent Plate
Slip Track - Concrete
Slip Track - Metal Deck
Slip Track - Sloped Deck
Slip Track - Steel Beam
Slip Track - Steel Beam - Infill
Slip Track - Steel Beam - Infill - Z Clip
Slotted Slip Track - Bent Plate
Slotted Slip Track - Concrete
Slotted Slip Track - Metal Deck
Slotted Slip Track - Steel Beam
Slotted Slip Track - Steel Beam - Infill
Slotted Slip Track - Steel Beam - Infill - Z Clip
Stud - Header Detail
Stud - Multiple
Stud - Stud Detail
Stud - Track
Top Clip - Concrete
Top Clip - Metal Deck
Top Clip - Steel
VersaDry Track 1-Hour Rated
VersaDry Track Clip
VersaDry Track Non-Rated, 1 Piece
VersaDry Track Non-Rated, 1 Piece - 2
VersaDry Track Non-Rated, 2 Piece
VersaDry Track One Hour Rated, 2 Piece
VersaDry Track Two Hour Rated, 1 Piece
VersaDry Track Two Hour Rated, 2 Piece
Vertical Slide Clip - Bypass - Beam
Vertical Slide Clip - Bypass - Concrete - 1
Vertical Slide Clip - Bypass - Concrete - 2
Vertical Slide Clip - Bypass - Extended
Vertical Slide Clip - Bypass - Steel
Vertical Slide Clip - Top of Wall - Concrete
Vertical Slide Clip - Top of Wall - Metal Deck
Vertical Slide Clip - Top of Wall - Steel
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
SF5
SFS10
SFS11
SFS12
SFS13
SFS14
SFS15
SFS16
SFS17
SFS18
SFS19
SFS20
SFS21
SFS22
SFS23
SFS24
SFS25
SFS26
SFS27
SFS28
SFS29
SFS3
SFS4
SFS6
SFS7
SFS8
SFS9
SCW10
SCW14
SCW15
SCW16
SCW17
SCW2
SCW3
SCW4
SCW5
SCW6
SCW7
SCW8
SCW9
Titan Joist System
Telling Titan Joist A
Telling Titan Joist B
Titan Header
Titan Header Clip 250
Titan Header Clip 300
What is the Cold-Formed Metal Framing CSI section and why are these CAD files important?
Cold-Formed Metal Framing, as covered in CSI section 054000, involves the use of thin steel components that are shaped at room temperature to form structural elements. The CAD (Computer-Aided Design) files for this section include detailed drawings that illustrate the dimensions, connections, and configurations of the various framing components such as studs, tracks, joists, and trusses. These files are crucial for visualizing the framework layout and for conducting accurate measurements and assessments during the planning phase. They assist in the coordination between different trades, ensuring that the cold-formed metal framing integrates seamlessly with other building systems. Furthermore, the CAD files help in identifying potential issues early in the design process, thus minimizing costly alterations during construction. They also serve as a basis for creating accurate material lists and for ensuring compliance with relevant building standards and codes.
Frequently Asked Questions
What is included in the CSI section 054000 for Cold-Formed Metal Framing?
CSI section 054000 covers the design, materials, and installation of cold-formed metal framing components, including wall, ceiling, and floor framing members used in building construction.
How can CAD files assist with designing Cold-Formed Metal Framing?
CAD files provide precise diagrams and layouts for cold-formed metal framing, enabling AEC professionals to visualize and plan the integration of these components into a building's structure efficiently and accurately.
Why is it important to reference CAD files when working with Cold-Formed Metal Framing?
Referencing CAD files ensures that the cold-formed metal framing is designed and installed according to exact specifications, reducing errors and rework during construction, and ensuring structural integrity and compliance with standards.
Can CAD files be used for both design and documentation of Cold-Formed Metal Framing?
Yes, CAD files can be used for both design and documentation purposes, providing detailed schematics for the initial design phase and precise documentation for construction and compliance verification.
How do CAD files improve collaboration among AEC professionals working on Cold-Formed Metal Framing projects?
CAD files improve collaboration by offering a shared digital platform where architects, engineers, and contractors can access, modify, and comment on the framing designs, ensuring all parties are aligned and informed throughout the project lifecycle.