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Inverted Tee Beam Details
Inverted Tee Beam bearing full on column (PDF) (DXF)
Double Inverted Tee Beams bearing on top of column (PDF) (DXF)
Inverted Tee Beams on double column haunch (PDF) (DXF)
Inverted Tee Beams on single column haunch (PDF) (DXF)
Cantilever Invertsed Tee Beam on column (PDF) (DXF)
Inverted Tee Beam bearing half on column – future expansion (PDF) (DXF)
Rectangle Beam Details
Single Rectrangle Beam bearing full on top of column (PDF) (DXF)
Two Rectangle Beams bearing on top of column (PDF) (DXF)
Rectangle Beams on double column haunch (PDF) (DXF)
Rectangle Beams on single column haunch (PDF) (DXF)
Cantilever beam (PDF) (DXF)
Pocket Beam
Flat Wall Panels
Bottom Connections
Flat panel to foundation exterior connection (PDF) (DXF)
Flat panel to foundation detail – future expansion (PDF) (DXF)
Flat panel to footing detail – tied to floor (PDF) (DXF)
Flat panel to footing detail – typical (PDF) (DXF)
Flat panel to foundation detail – typical (PDF) (DXF)
Corners
Outside butt corner detail (PDF) (DXF)
Inside butt corner detail (PDF) (DXF)
Shiplap corner detail (PDF) (DXF)
Shiplap corner with concrete column detail (PDF) (DXF)
Load Bearing
Flat panel double tee bearing in scallop detail (PDF) (DXF)
Flat panel joist bearing on shelf angle (PDF) (DXF)
Flat panel joist bearing in scallop (PDF) (DXF)
Flat panel double tee bearing – high low condition (PDF) (DXF)
Flat panel with joist bearing – high low roof in pockets (PDF) (DXF)
Flat panel joist bearing – high low with scallop and ledge angle (PDF) (DXF)
Flat panel with hollow core bearing in face angle (PDF) (DXF)
Non-Load Bearing
Flat panel with non-load bearing double tee (PDF) (DXF)
Flat panel with starter joist (PDF) (DXF)
Flat panel with deck angle (PDF) (DXF)
Overhead flat panel with double tee on beam (PDF) (DXF)
Overhead panel with starter joist (PDF) (DXF)
Overhead panel with non bearing double tee (PDF) (DXF)
Overhead panel conditions
Overhead load bearing panel – flats only (PDF) (DXF)
Overhead panel hanging connection (PDF) (DXF)
Overhead panel with steel tube (PDF) (DXF)
Double Tee Roof
Double Tee on Concrete Beams
Coped double tee bearing on L-beam (PDF) (DXF)
Coped double tee bearing on inverted tee beam (PDF) (DXF)
Double tee bearing on beam (PDF) (DXF)
Double tee bearing on split ledge inverted tee beam (PDF) (DXF)
Double tee bearing on L-beam (PDF) (DXF)
Double tee cantilever with tapered end on beam (PDF) (DXF)
Double tee cantilever with straight end on beam (PDF) (DXF)
Double tees bearing on BI one double tee coped (PDF) (DXF)
Double tees bearing on BI – typical (PDF) (DXF)
One double tee bearing on BI – future expansion (PDF) (DXF)
Two double tees bearing half on BR (PDF) (DXF)
Double Tee to Double Tee
Standard weld point connection (PDF) (DXF)
Double Tees on Block
Two double tees bearing on block welded (PDF) (DXF)
Two double tees bearing on block (PDF) (DXF)
Double tee bearing on block at floor (PDF) (DXF)
Double tee bearing on block at roof (PDF) (DXF)
Non-load bearing double tee to block details (PDF) (DXF)
Double Tees on Steel
Cantilever double tee bearing on steel (PDF) (DXF)
Double double tee bearing on steel (PDF) (DXF)
Double tee bearing on steel (PDF) (DXF)
Double Tee Walls
Bottom Connections
Double tee on foundation – tied to floor (PDF) (DXF)
Double tee stacked on block (PDF) (DXF)
Double tee to footing detail typical (PDF) (DXF)
Double tee to foundation detail typical (PDF) (DXF)
Double tee to foundation, connection outside – future expansion (PDF) (DXF)
Double tee to foundation detail – future expansion (PDF) (DXF)
Double tee to footing tied to floor (PDF) (DXF)
Double tee wall stacked on flat panel (PDF) (DXF)
Corners
Double tee butt corner detail with concrete column (PDF) (DXF)
Double tee butt corner detail typical (PDF) (DXF)
Double tee shiplap corner detail typical (PDF) (DXF)
Double tee shiplap corner detail with concrete column (PDF) (DXF)
Load Bearing
Joist bearing detail on ledge angle (PDF) (DXF)
Joist bearing detail in pocket (PDF) (DXF)
Joist bearing detail in scallop haunch (PDF) (DXF)
Double tee button haunch bearing detail (PDF) (DXF)
Double tee scallop haunch bearing detail (PDF) (DXF)
Hollowcore bearing on ledge angle (PDF) (DXF)
Miscellaneous
Recommended parapet detail (PDF) (DXF)
Typical weld point connection (PDF) (DXF)
Typical double tee wall panel caulk joint (PDF) (DXF)
Non-Load Bearing
Double tee wall tilt up to steel (PDF) (DXF)
Non-load bearing double tee to starter joist (PDF) (DXF)
Non-load bearing double tee to double tee wall connection (PDF) (DXF)
Non-load bearing overhead detail to double tee (PDF) (DXF)
Non-load bearing double tee to hollowcore connection (PDF) (DXF)
Double tee bearing on perimeter beam to wall connection (PDF) (DXF)
Openings
Solid concrete at head of opening detail (PDF) (DXF)
Solid concrete at jamb of opening detail (PDF) (DXF)
Wood nailer at head (PDF) (DXF)
Wood nailer at jamb (PDF) (DXF)
Architectural Details
Brick Details
3D thin brick assembly (PDF) (DXF)
Brick opening (PDF) (DXF)
Brick spacing section (PDF) (DXF)
Brick thin mitred corner – insulated panel (PDF) (DXF)
Brick thin mitred corner – solid panel (PDF) (DXF)
Brick transition with full mortar joint (PDF) (DXF)
Brick transition with reveal (PDF) (DXF)
Typical brick to brick joint (PDF) (DXF)
Corners
Miter corner with recess connection (PDF) (DXF)
Mitercorner with steel column (PDF) (DXF)
Miter corner with concrete column (PDF) (DXF)
Standard miter corner (PDF) (DXF)
Openings
Architectural finish around doors and windows (PDF) (DXF)
Solid concrete architectural finish edge (PDF) (DXF)
Others
Typical Reveal
Minimum reveal between finishes (PDF) (DXF) Typical Reveal (PDF) (DXF)
Panel Configuration
Double Tee Double tee wall panel (PDF) (DXF)
Flat Flat wall panel (PDF) (DXF)
Flat Panel Isometric Wall panel ISO (PDF) (DXF)
Helpful Layout Information
Layout and opening examples (PDF) (DXF)
Typical anchor bolt detail (PDF) (DXF)
