Architectural Sheet Metal Manual

Architectural Sheet Metal Manual

SMACNA

Description

This completely revised publication contains the most comprehensive set of recommended practices available for proper design and installation of custom-fabricated architectural sheet metal including roof drainage system design for scuppers, gutters and downspouts.

Features more details in the historical restoration section on skylights, cornices and spires; new moisture and maintenance guide with underlayments; mechanical fasteners and soldering guidance; and enhanced metals selection data. Offers new construction techniques and alternative methods of design and installation reflecting climatic conditions and rainfall rates.

An upfront, fast “look-up” key speeds information retrieval. Also covers flashing, metal roofs, copings, gravel-stop fascia. Includes wind uplift pressure test reports confirming superior performance of custom-fabricated metal roofing. Applies to commercial, industrial and residential buildings.

Details

Topic
Technical Manuals, Design Guides, Technical Standards, Architectural Sheet Metal Standards
Media Type
Book
Publication Year
2012
Page Count
542
Edition
7th

Table of Contents

FOREWORD
iii
ARCHITECTURAL SHEET METAL TASK FORCE
iv
NOTICE TO USERS OF THIS PUBLICATION
v
CHAPTER RP ROOF PLANS
RP.2
TYPICAL METAL ROOF PLAN
RP.2
TYPICAL SHINGLE/TILE/SLATE-ROOF PLAN
RP.4
Table RP-1 Metal Roof Plan – Fast Lookup Keys to Architectural Elements
RP.2
Table RP-2 Shingle/Tile/Slate-Roof Plan – Fast Lookup Keys to Architectural Elements
RP.4
FIGURE RP-1 TYPICAL METAL ROOF PLAN
RP.3
FIGURE RP-2 TYPICAL SHINGLE/TILE/SLATE-ROOF PLAN
RP.5
TABLE OF CONTENTS
vii
CHAPTER 1 ROOF DRAINAGE SYSTEMS
1.1
DESIGN OF ROOF DRAINAGE SYSTEMS
1.1
GUTTER SIZING
1.5
RECTANGULAR GUTTER DESIGN
1.10
RECTANGULAR GUTTER STYLES
1.12
MANUFACTURED HALF ROUND AND OGEE GUTTERS
1.14
BUILT-IN GUTTER DESIGN
1.16
ALLOWANCES FOR GUTTER EXPANSION
1.20
LAP TYPE GUTTER EXPANSION JOINT
1.22
BUTT TYPE GUTTER EXPANSION JOINT
1.24
BUILT-IN GUTTER EXPANSION JOINT
1.26
BUILT-IN GUTTER EXPANSION JOINT — AT WALL
1.28
BUILT-IN EXPANSION JOINT — HEAVY GAGE GUTTER
1.30
COMBINATION SCUPPER AND GUTTER
1.32
HANGING GUTTER INSTALLATIONS — (GENERAL)
1.34
HANGING GUTTER INSTALLATIONS — GENERAL
1.34
HANGING GUTTER INSTALLATIONS — BRACKET SUPPORT
1.36
HANGING GUTTER INSTALLATIONS — ALTERNATE SUPPORTS
1.38
CONCEALED HANGING GUTTERS
1.40
HANGING GUTTER INSTALLATIONS — HEAVY GUTTER
1.42
HANGING GUTTER INSTALLATIONS — SLOPED ROOF
1.44
HANGING GUTTER INSTALLATIONS — SLOPED ROOF
1.46
HANGING GUTTER INSTALLATIONS — SLOPED ROOF
1.48
HANGING GUTTER INSTALLATIONS — HALF ROUND
1.50
BUILT-IN GUTTER INSTALLATION
1.52
WATER DIVERTER DESIGN AND INSTALLATION
1.54
BUILT-IN GUTTER INSTALLATION
1.56
GUTTER ACCESSORIES — SCREENS AND OUTLETS
1.58
CONDUCTOR HEADS — TYPICAL
1.60
SCUPPER DESIGN AND INSTALLATION
1.62
SCUPPER DESIGN AND INSTALLATION
1.64
SCUPPER — THROUGH FASCIA WITH CONDUCTOR HEAD
1.66
SCUPPER — DESIGN AND INSTALLATION
1.68
SCUPPER — OVERFLOW TYPE — DESIGN AND INSTALLATION
1.70
DOWNSPOUTS MANUFACTURED
1.72
DOWNSPOUTS — SHOP FABRICATED
1.74
DOWNSPOUT — GUTTER CONNECTIONS
1.76
DOWNSPOUTS - HANGER DESIGN
1.78
SHOP-FABRICATED DOWNSPOUT HANGERS
1.80
SPLASH PAN
1.82
FORMED ROOF SUMPS
1.84
ROOF DRAINS
1.86
Table 1-1 Design Areas for Pitched Roofs
1.1
Table 1-2 Rainfall Data and Drainage Factors
1.2
Table 1-2 Rainfall Data and Drainage Factors (Continued)
1.3
Table 1-3 Dimensions of Standard Downspouts
1.4
Table 1-4 Sloped Roof Gutters Maximum Roof Area for Gutters
1.6
Table 1-5 Recommended Minimum Gages For Gutter
1.11
Table 1-6 Maximum Distance Between Expansion Joint And Downspout In Feet (Meters) For Built-In Gutter
1.18
Table 1-7 Installation Values For “E” of Figures 1-5, 1-6, 1-7, 1-8, 1-9 and 1-10
1.20
Table 1-8 Recommended Sizes — Gutter Brackets or Straps
1.34
Table 1-9 Dimensions and Minimum Gages of Standard Downspouts
1.72
FIGURE 1-1 RECTANGULAR GUTTER DESIGN
1.11
FIGURE 1-2 RECTANGULAR GUTTER STYLES
1.13
FIGURE 1-3 MANUFACTURED HALF ROUND AND OGEE GUTTERS
1.15
FIGURE 1-4 BUILT-IN GUTTER DESIGN
1.17
FIGURE 1-5 ALLOWANCES FOR GUTTER EXPANSION
1.21
FIGURE 1-6 LAP TYPE GUTTER EXPANSION JOINT
1.23
FIGURE 1-7 BUTT TYPE GUTTER EXPANSION JOINT
1.25
FIGURE 1-8 BUILT-IN GUTTER EXPANSION JOINT
1.27
FIGURE 1-9 BUILT-IN GUTTER EXPANSION JOINT — AT WALL
1.29
FIGURE 1-10 BUILT-IN EXPANSION JOINT — HEAVY GAGE GUTTER
1.31
FIGURE 1-11 COMBINATION SCUPPER AND GUTTER
1.33
FIGURE 1-12 HANGING GUTTER INSTALLATIONS — GENERAL
1.35
FIGURE 1-13 HANGING GUTTER INSTALLATIONS — BRACKET SUPPORT
1.37
FIGURE 1-14 HANGING GUTTER INSTALLATIONS — ALTERNATE SUPPORTS
1.39
FIGURE 1-15 CONCEALED HANGING GUTTERS
1.41
FIGURE 1-16 HANGING GUTTER INSTALLATIONS — HEAVY GUTTER
1.43
FIGURE 1-17 HANGING GUTTER INSTALLATIONS — SLOPED ROOF
1.45
FIGURE 1-18 HANGING GUTTER INSTALLATIONS — SLOPED ROOF
1.47
FIGURE 1-19 HANGING GUTTER INSTALLATIONS — SLOPED ROOF
1.49
FIGURE 1-20 HANGING GUTTER INSTALLATIONS — HALF ROUND
1.51
FIGURE 1-21 BUILT-IN GUTTER INSTALLATION
1.53
FIGURE 1-22 WATER DIVERTER DESIGN AND INSTALLATION
1.55
FIGURE 1-23 BUILT-IN GUTTER INSTALLATION
1.57
FIGURE 1-24 GUTTER ACCESSORIES — SCREENS AND OUTLETS
1.59
FIGURE 1-25 CONDUCTOR HEADS — TYPICAL
1.61
FIGURE 1-26 SCUPPER DESIGN AND INSTALLATION
1.63
FIGURE 1-27 SCUPPER DESIGN AND INSTALLATION
1.65
FIGURE 1-28 SCUPPER — THROUGH FASCIA WITH CONDUCTOR HEAD
1.67
FIGURE 1-29 SCUPPER — DESIGN AND INSTALLATION
1.69
FIGURE 1-30 SCUPPER — OVERFLOW TYPE — DESIGN AND INSTALLATION
1.71
FIGURE 1-31 DOWNSPOUTS - MANUFACTURED
1.73
FIGURE 1-32 DOWNSPOUTS — SHOP FABRICATED
1.75
FIGURE 1-33 DOWNSPOUT — GUTTER CONNECTIONS
1.77
FIGURE 1-34 DOWNSPOUTS - HANGER DESIGN
1.79
FIGURE 1-35 SHOP-FABRICATED DOWNSPOUT HANGERS
1.81
FIGURE 1-36 SPLASH PAN
1.83
FIGURE 1-37 FORMED ROOF SUMPS
1.85
FIGURE 1-38 ROOF DRAINS
1.87
CHART 1-1 WIDTH OF RECTANGULAR GUTTERS FOR GIVEN ROOF AREAS AND RAINFALL INTENSITIES
1.7
CHART 1-2 HALF ROUND GUTTER SELECTION WIDTH REQUIRED FOR GIVEN ROOF AREAS AND RAINFALL INTENSITIES
1.8
CHAPTER 2 ROOF EDGING AND PERIMETERS
2.1
ROOF EDGING AND PERIMETERS — DESIGN DATA
2.1
FORMED GRAVEL-STOP–FASCIA — JOINT SYSTEMS
2.8
CAP FASCIA–INSTALLATION
2.10
FORMED GRAVEL-STOP–FASCIA — SOFFIT INSTALLATION
2.12
FORMED GRAVEL-STOP RECESSED–INSTALLATION
2.14
HEAVY-GAGE FORMED GRAVEL–STOP–FASCIA INSTALLATION
2.16
HEAVY-GAGE GRAVEL-STOP–FASCIA — JOINTS AND CORNERS
2.18
HEAVY-GAGE GRAVEL-STOP–FASCIA — INSTALLATIONS
2.20
ROOF PAVER RETENTION
2.22
ROOF MEMBRANE PROTECTION
2.24
ROOF PAVER SYSTEMS – OUTER EDGE
2.26
ROOF PAVER SYSTEMS – EDGE RETENTION
2.28
ROOF PAVER SYSTEMS – SCUPPER DRAIN
2.30
Table 2-1 Gravel-Stop and Cap Fascia Design
2.4
FIGURE 2-1 FORMED GRAVEL-STOP–FASCIA — DESIGN DATA
2.3
FIGURE 2-2 FORMED GRAVEL-STOP–FASCIA — DESIGN DATA
2.5
FIGURE 2-3 ROOF-FASCIA-SOFFIT TRANSITIONS
2.6
FIGURE 2-4 FASCIA AND SOFFIT DESIGN DATA
2.7
FIGURE 2-5 FORMED GRAVEL-STOP–FASCIA — JOINT SYSTEMS
2.9
FIGURE 2-6 CAP FASCIA - INSTALLATION
2.11
FIGURE 2-7 FORMED GRAVEL-STOP–FASCIA — SOFFIT INSTALLATION
2.13
FIGURE 2-8 FORMED GRAVEL-STOP RECESSED - INSTALLATION
2.15
FIGURE 2-9 HEAVY-GAGE FORMED GRAVEL-STOP–FASCIA — INSTALLATION
2.17
FIGURE 2-10 HEAVY-GAGE GRAVEL-STOP–FASCIA—JOINTS AND CORNERS
2.19
FIGURE 2-11 HEAVY-GAGE GRAVEL-STOP–FASCIA — INSTALLATIONS
2.21
FIGURE 2-12 ROOF PAVER RETENTION
2.23
FIGURE 2-13 ROOF MEMBRANE PROTECTION
2.25
FIGURE 2-14 ROOF PAVER SYSTEMS – OUTER EDGE
2.27
FIGURE 2-15 ROOF PAVER SYSTEMS – EDGE RETENTION
2.29
FIGURE 2-16 ROOF PAVER SYSTEMS – SCUPPER DRAIN
2.31
CHAPTER 3 COPINGS
3.1
FORMED METAL COPINGS — DESIGN DATA
3.1
SUPPLEMENTAL DESIGN DATA FOR TABLE 3–1
3.4
LOCKS AND SEAMS DESIGN DATA
3.5
FORMED METAL COPINGS — TYPICAL PROFILES
3.8
FORMED METAL COPINGS — CURVED
3.10
FORMED METAL COPINGS — WITH FLASHING
3.12
FORMED METAL COPINGS AND RELIEF JOINT
3.14
FORMED METAL COPINGS — DUAL WALLS
3.16
PARAPET WALL COVERING
3.18
Table 3-1 Coping Design
3.3
FIGURE 3-1 FORMED METAL COPINGS — DESIGN DATA
3.2
FIGURE 3-2 LOCKS AND SEAMS DESIGN DATA
3.6
FIGURE 3-3 LOCKS AND SEAMS DESIGN DATA
3.7
FIGURE 3-4 FORMED METAL COPINGS — TYPICAL PROFILES
3.9
FIGURE 3-5 FORMED METAL COPINGS — CURVED
3.11
FIGURE 3-6 FORMED METAL COPINGS — WITH FLASHING
3.13
FIGURE 3-7 FORMED METAL COPINGS AND RELIEF JOINT
3.15
FIGURE 3-8 FORMED METAL COPINGS — DUAL WALLS
3.17
FIGURE 3-9 PARAPET WALL COVERING
3.19
CHAPTER 4 FLASHING
4.1
THROUGH-WALL FLASHING (GENERAL)
4.1
THROUGH-WALL FLASHING — INSTALLATION
4.2
THROUGH-WALL FLASHING — CAVITY WALL
4.3
THROUGH-WALL FLASHING — INSTALLATION–AT COPING
4.4
COUNTER FLASHING SYSTEMS (GENERAL)
4.6
COUNTER FLASHING SYSTEMS — INSTALLATION
4.6
COUNTER FLASHING SYSTEMS — INSTALLATION
4.8
COUNTER FLASHING SYSTEMS — INSTALLATION
4.10
COUNTER FLASHING SYSTEMS — INSTALLATION
4.12
BASE AND COUNTER FLASHING SYSTEMS — INSTALLATION
4.14
COUNTER FLASHING SYSTEMS — INSTALLATION
4.16
VALLEY FLASHING INSTALLATION
4.18
VALLEY FLASHING INSTALLATION
4.20
HIP AND RIDGE FLASHING
4.22
RIDGE FLASHING AT MANSARD ROOF
4.24
CHIMNEY FLASHING
4.26
CHIMNEY FLASHING (STUCCO)
4.28
LEDGE FLASHING
4.30
DORMER-HEAD–SILL FLASHING FOR FRAME CONSTRUCTION
4.32
SHINGLE ROOF FLASHING
4.34
TERMITE SHIELDS
4.36
FIGURE 4-1 THROUGH-WALL FLASHING — INSTALLATION
4.2
FIGURE 4-2 THROUGH-WALL FLASHING — CAVITY WALL
4.3
FIGURE 4-3 THROUGH-WALL FLASHING — INSTALLATION-AT COPING
4.5
FIGURE 4-4 COUNTER FLASHING SYSTEMS — INSTALLATION
4.7
FIGURE 4-5 COUNTER FLASHING SYSTEMS — INSTALLATION
4.9
FIGURE 4-6 COUNTER FLASHING SYSTEMS — INSTALLATION
4.11
FIGURE 4-7 COUNTER FLASHING SYSTEMS — INSTALLATION
4.13
FIGURE 4-8 BASE AND COUNTER FLASHING SYSTEMS — INSTALLATION
4.15
FIGURE 4-9 COUNTER FLASHING SYSTEMS — INSTALLATION
4.17
FIGURE 4-10 VALLEY FLASHING INSTALLATION
4.19
FIGURE 4-11 VALLEY FLASHING INSTALLATION
4.21
FIGURE 4-12 HIP AND RIDGE FLASHING
4.23
FIGURE 4-13 RIDGE FLASHING AT MANSARD ROOF
4.25
FIGURE 4-14 CHIMNEY FLASHING
4.27
FIGURE 4-15 CHIMNEY FLASHING (STUCCO)
4.29
FIGURE 4-16 LEDGE FLASHING
4.31
FIGURE 4-17 DORMER-HEAD–SILL FLASHING FOR FRAME CONSTRUCTION
4.33
FIGURE 4-18 SHINGLE ROOF FLASHING
4.35
FIGURE 4-19 TERMITE SHIELDS
4.37
CHAPTER 5 BUILDING EXPANSION
5.1
BUILDING EXPANSION JOINTS (GENERAL)
5.1
BUILDING EXPANSION JOINTS — ROOF
5.2
EXPANSION JOINT INTERSECTION
5.4
BUILDING EXPANSION JOINTS — ROOF AT GRAVEL-STOP
5.6
BUILDING EXPANSION JOINTS — ROOF
5.8
BUILDING EXPANSION JOINTS — ROOF
5.10
BUILDING EXPANSION JOINTS — ROOF–TO–WALL
5.12
BUILDING EXPANSION JOINTS — WALL
5.14
BUILDING EXPANSION JOINTS — IN SLABS
5.16
FIGURE 5-1 BUILDING EXPANSION JOINTS — ROOF
5.3
FIGURE 5-2 EXPANSION JOINT INTERSECTION
5.5
FIGURE 5-3 BUILDING EXPANSION JOINTS — ROOF AT GRAVEL-STOP
5.7
FIGURE 5-4 BUILDING EXPANSION JOINTS — ROOF
5.9
FIGURE 5-5 BUILDING EXPANSION JOINTS — ROOF
5.11
FIGURE 5-6 BUILDING EXPANSION JOINTS — ROOF–TO–WALL
5.13
FIGURE 5-7 BUILDING EXPANSION JOINTS — WALL
5.15
FIGURE 5-8 BUILDING EXPANSION JOINTS — IN SLABS
5.17
CHAPTER 6 METAL ROOF SYSTEMS
6.1
SUMMARY OF DESIGN GUIDELINES FOR METAL WALL AND ROOF SYSTEMS
6.1
METAL SIDING AND ROOFING COMMENTARY
6.4
MECHANICAL VERSUS HAND SEAMING AND METAL THICKNESS
6.4
PORTABLE ROLL FORMERS
6.4
PREPAINTED METALS COMMENTARY
6.4
ROOF SUPPORT SYSTEMS
6.6
TRANSVERSE SEAMS
6.6
METAL ROOF DECK — TYPICAL PROFILES
6.8
FLAT SEAM ROOFS
6.10
CURVED-FLAT SEAM DORMER ROOF
6.12
STANDING SEAM ROOFS
6.14
BATTEN SEAM ROOFS
6.18
BERMUDA TYPE ROOFS
6.22
ROOF TRANSITIONS
6.26
METAL ROOF EAVES
6.28
EAVES WITH ICE DAMS
6.30
VENTED AND NON-VENTED RIDGE CAPS
6.32
GABLE AND RAKE FLASHING
6.34
MANSARD ROOFS AND EQUIPMENT SCREENS
6.36
MANSARD ROOFS
6.38
WINDOW (BAY) AND ORNAMENTAL ROOFS
6.40
DOMES AND CONICAL ROOFS
6.42
METAL ROOF PANEL EXPANSION AND CONTRACTION
6.44
Table 6-1 Gage and Pan Widths for Standing Seam Roofs
6.14
Table 6-2 Recommended Gages and Pan Widths for Bermuda Roofs
6.22
FIGURE 6-1 ROOF SUPPORT SYSTEMS
6.7
FIGURE 6-2 METAL ROOF DECK — TYPICAL PROFILES
6.9
FIGURE 6-3 FLAT SEAM ROOFS
6.11
FIGURE 6-4 CURVED-FLAT SEAM DORMER ROOF
6.13
FIGURE 6-5 STANDING SEAM ROOFS
6.15
FIGURE 6-6 STANDING SEAM ROOFS
6.16
FIGURE 6-7 STANDING SEAM ROOFS
6.17
FIGURE 6-8 BATTEN SEAM ROOFS
6.19
FIGURE 6-9 BATTEN SEAM ROOFS
6.20
FIGURE 6-10 BATTEN SEAM ROOFS
6.21
FIGURE 6-11 BERMUDA TYPE ROOFS
6.23
FIGURE 6-12 BERMUDA TYPE ROOFS
6.24
FIGURE 6-13 BERMUDA TYPE ROOFS
6.25
FIGURE 6-14 ROOF TRANSITIONS
6.27
FIGURE 6-15 METAL ROOF EAVES CONDITIONS
6.29
FIGURE 6-16 EAVES WITH ICE DAMS
6.31
FIGURE 6-17 VENTED AND NON-VENTED RIDGE CAPS
6.33
FIGURE 6-18 GABLE AND RAKE FLASHING
6.35
FIGURE 6-19 MANSARD ROOFS AND EQUIPMENT SCREENS
6.37
FIGURE 6-20 MANSARD ROOFS
6.39
FIGURE 6-21 WINDOW (BAY) AND ORNAMENTAL ROOFS
6.41
FIGURE 6-22 DOMES AND CONICAL ROOFS
6.43
FIGURE 6-23 METAL ROOF PANEL EXPANSION AND CONTRACTION
6.45
CHAPTER 7 METAL WALLS
7.2
HEAD, SOFFIT, AND SILL FLASHING
7.6
WALL TO ROOF FLASHING
7.8
METAL WALL PARAPET
7.10
WALL PANEL CORNERS
7.12
WALL PANEL CORNERS
7.14
FIGURE 7-1 WALL SYSTEM FEATURES
7.2
FIGURE 7-2 WALL SYSTEM FEATURES
7.3
FIGURE 7-3 WALL SYSTEM FEATURES
7.4
FIGURE 7-4 METAL SIDING AND ROOFING — TYPICAL PROFILES
7.5
FIGURE 7-5 HEAD, SOFFIT, AND SILL FLASHING
7.7
FIGURE 7-6 WALL TO ROOF FLASHING
7.9
FIGURE 7-7 METAL WALL PARAPET
7.11
FIGURE 7-8 WALL PANEL CORNERS
7.13
FIGURE 7-9 WALL PANEL CORNERS
7.15
CHAPTER 8 WALL AND ROOF PENETRATIONS
8.1
ROOF PANEL PENETRATIONS — GENERAL
8.1
ROOF PANEL PENETRATION
8.2
ROOF PANEL PENETRATION
8.4
ROOF PANEL PENETRATION
8.6
WALL PENETRATION FLASHING
8.8
WALL PENETRATION FLASHING
8.10
WALL PENETRATION FLASHING
8.12
WALL PENETRATION FLASHING
8.14
ROOF PENETRATION FLASHING – PIPES
8.16
ROOF PENETRATION FLASHING — PIPES
8.18
ROOF PENETRATION FLASHING — STRUCTURAL STEEL
8.20
EQUIPMENT SUPPORT FLASHING
8.22
SLOPING ROOF PENETRATION FLASHING
8.24
Table 8-1 Rooftop Equipment Elevation
8.22
FIGURE 8-1 ROOF PANEL PENETRATION
8.3
FIGURE 8-2 ROOF PANEL PENETRATION
8.5
FIGURE 8-3 ROOF PANEL PENETRATION
8.7
FIGURE 8-4 WALL PENETRATION FLASHING
8.9
FIGURE 8-5 WALL PENETRATION FLASHING
8.11
FIGURE 8-6 WALL PENETRATION FLASHING
8.13
FIGURE 8-7 WALL PENETRATION FLASHING
8.15
FIGURE 8-8 ROOF PENETRATION FLASHING - PIPES
8.17
FIGURE 8-9 ROOF PENETRATION FLASHING — PIPES
8.19
FIGURE 8-10 ROOF PENETRATION FLASHING — STRUCTURAL STEEL
8.21
FIGURE 8-11 EQUIPMENT SUPPORT FLASHING
8.23
FIGURE 8-12 SLOPING ROOF PENETRATION FLASHING
8.25
CHAPTER 9 LOUVERS, SCREENS AND SKYLIGHTS
9.2
FORMED LOUVERS — STATIONARY
9.2
FORMED LOUVERS — STATIONARY
9.4
FORMED LOUVERS — ADJUSTABLE
9.6
FORMED LOUVERS — ADJUSTABLE
9.8
EXTRUDED LOUVERS
9.10
LOUVER MULLION COVERS
9.12
LOUVER SCREENS
9.14
LOUVERED ENCLOSURES
9.16
LOUVERED PENTHOUSE
9.18
SUNSHADE — LOUVERED
9.20
SUNSHADE CANOPY
9.22
PLASTIC SKYLIGHTS
9.24
Table 9-1 Louver Blade and Frame Construction Details
9.4
FIGURE 9-1 FORMED LOUVERS — STATIONARY
9.3
FIGURE 9-2 FORMED LOUVERS — STATIONARY
9.5
FIGURE 9-3 FORMED LOUVERS — ADJUSTABLE
9.7
FIGURE 9-4 FORMED LOUVERS — ADJUSTABLE
9.9
FIGURE 9-5 EXTRUDED LOUVERS
9.11
FIGURE 9-6 LOUVER MULLION COVERS
9.13
FIGURE 9-7 LOUVER SCREENS
9.15
FIGURE 9-8 LOUVERED ENCLOSURES
9.17
FIGURE 9-9 LOUVERED PENTHOUSE
9.19
FIGURE 9-10 SUNSHADE — LOUVERED
9.21
FIGURE 9-11 SUNSHADE CANOPY
9.23
FIGURE 9-12 PLASTIC SKYLIGHTS
9.25
FIGURE 9-13 LOUVER FREE AREA CALCULATION
9.26
CHAPTER 10 INTERIOR ARCHITECTURAL SHEET METAL ELEMENTS
10.2
COLUMN COVERS
10.2
CORNER GUARDS
10.4
INTERIOR WALL LINING
10.6
PARTITION AND COLUMN CLOSURES AND MULLION COVERS
10.8
PLANTER BOX LINERS
10.10
DRAPERY POCKETS
10.12
LIGHTING TROUGHS
10.14
HOODS — ORNAMENTAL
10.16
LINEN AND TRASH CHUTES
10.18
FIGURE 10-1 COLUMN COVERS
10.3
FIGURE 10-2 CORNER GUARDS
10.5
FIGURE 10-3 INTERIOR WALL LINING
10.7
FIGURE 10-4 PARTITION AND COLUMN CLOSURES AND MULLION COVERS
10.9
FIGURE 10-5 PLANTER BOX LINERS
10.11
FIGURE 10-6 DRAPERY POCKETS
10.13
FIGURE 10-7 LIGHTING TROUGHS
10.15
FIGURE 10-8 HOODS — ORNAMENTAL
10.17
FIGURE 10-9 LINEN AND TRASH CHUTES
10.19
CHAPTER 11 OTHER METAL ELEMENTS
11.2
ROOF SCUTTLES
11.2
SMOKE HATCHES
11.4
CURTAINS — DRAFT OR FIRE
11.6
CORNERSTONE BOXES
11.8
SNOW GUARDS
11.10
FIGURE 11-1 ROOF SCUTTLES
11.3
FIGURE 11-2 SMOKE HATCHES
11.5
FIGURE 11-3 CURTAINS — DRAFT OR FIRE
11.7
FIGURE 11-4 CORNERSTONE BOXES
11.9
FIGURE 11-5 SNOW GUARDS
11.11
SNOW RETENTION SYSTEM COMMENTARY
11.12
CHAPTER 12 HISTORICAL RESTORATION
12.1
HISTORY OF METALS IN ARCHITECTURE
12.1
ARCHITECTURAL SHEET METAL’S ROLE IN SUSTAINABILITY
12.2
SUMMARY OF HISTORIC RESTORATION OF ARCHITECTURAL SHEET METAL
12.3
HISTORIC PRESERVATION PRE-QUALIFICATION
12.4
SPECIAL QUALIFICATION REQUIREMENTS
12.4
HISTORIC PRESERVATION CONTRACTOR PERSONNEL EXPERIENCE QUALIFICATION FORM
12.6
HISTORIC PRESERVATION QUALIFICATIONS FORM
12.7
HISTORIC METAL SHINGLE ROOFS RESTORATION AND REHABILITATION
12.8
CORNICE RESTORATION
12.9
CORNICE ASSEMBLY AT PARAPET
12.10
CORNICE ASSEMBLY WITH GUTTER
12.12
FORMED SKYLIGHTS
12.14
FORMED SKYLIGHT-MUTIN
12.16
SPIRES
12.18
CUPOLA/DOME/SPIRE (CDS) RESTORATION AND REHABILITATION
12.20
ASSESSMENT
12.20
REHABILITATION/REPLACEMENT
12.21
PRESSED OR REPOUSSE REPLICATION AND REHABILITATION OF AESTHETIC METAL ELEMENTS
12.24
REHABILITAION OF AESTHETIC METAL ORNAMENTATION
12.25
FIGURE 12-1 CORNICE ASSEMBLY AT PARAPET
12.11
FIGURE 12-2 CORNICE ASSEMBLY WITH GUTTER
12.13
FIGURE 12-3 FORMED SKYLIGHTS
12.15
FIGURE 12-4 FORMED SKYLIGHT-MUTIN
12.17
FIGURE 12-5 SPIRES
12.19
FIGURE 12-6 CUPOLAS
12.27
FIGURE 12-7 COPPER DOME
12.28
APPENDIX A THICKNESS AND WEIGHT OF SHEET METALS
A.1
A.1 THICKNESS AND WEIGHT OF SHEET METALS
A.1
Table A-1 Thickness and Weight of Galvanized and Black Iron
A.1
Table A-2 Thickness and Weight of Copper
A.2
Table A-3 Nominal Weight of Lead or Zinc-Coated Copper Sheet
A.2
Table A-4 Thickness and Weight of Stainless Steel
A.3
Table A-5 Thickness and Weight of Aluminum
A.4
Table A-6 Thickness and Weight of Zinc-Tin Alloy
A.5
Table A-7 Thickness and Weight of Sheet Lead
A.5
Table A-8 Expansion of Building Materials
A.6
Table A-9 Metric Conversion Charts Inches into Millimeters and Feet to Meters
A.7
APPENDIX B METALS APPLICATION AND SPECIFICATIONS REFERENCES
B.1
B.1 ALUMINUM
B.1
B.2 COPPER AND LEAD COATED COPPER
B.2
B.3 LEAD
B.3
B.4 GALVANIZED STEEL
B.4
B.5 STAINLESS STEEL
B.5
B.6 ZINC-TIN ALLOY
B.8
B.7 TERNE COATED STAINLESS
B.9
B.8 ZINC
B.10
B.9 ANODIZING
B.11
B.10 PORCELAINS
B.11
B.11 SILICONIZED ACRYLIC AND POLYESTER PAINTS
B.12
B.12 POLYURETHANES
B.12
B.13 FLUOROPOLYMERS
B.12
B.14 POWDERED METAL COATINGS
B.12
APPENDIX C GALVANIC CORROSION
C.1
C.1 GALVANIC SCALE
C.1
APPENDIX D SHEET METAL ROOF TEST REPORT
D.1
D.1 INTRODUCTION
D.1
D.2 METAL ROOF DESCRIPTION
D.1
D.3 CONCLUSIONS
D.3
FIGURE D-1 SHEET METAL ROOF TEST REPORT
D.4
FIGURE D-2 SHEET METAL ROOF TEST REPORT
D.5
FIGURE D-3 SHEET METAL ROOF TEST REPORT
D.6
FIGURE D-4 SHEET METAL ROOF TEST REPORT
D.7
APPENDIX E CUSTOM FABRICATED METAL ROOFING SPECIFICATIONS
E.1
E.1 DESCRIPTION
E.1
E.2 QUALITY ASSURANCE
E.1
E.3 PERFORMANCE AND TESTING
E.3
E.4 SUBMITTALS
E.4
E.5 MATERIAL – THICKNESS – FINISHES
E.5
E.6 FABRICATION
E.8
E.7 IDENTIFICATION, DELIVERY, STORAGE AND HANDLING OF MATERIALS
E.9
E.8 INSTALLATION
E.10
E.9 ACCEPTANCE AND CLEAN UP
E.11
APPENDIX F MOISTURE AND MAINTENANCE OF BUILDING ENVELOPES
F.1
F.1 MOISTURE TRANSFER METHODS
F.1
F.2 CONTROLS AT THE DESIGN STAGE
F.1
F.3 UNDERLAYMENT COMMENTARY
F.2
F.4 GENERAL GUIDELINES FOR UNDERLAYMENT SELECTION
F.4
F.5 AIR LEAKAGE
F.5
F.6 DIRECTION OF LAPS
F.6
F.7 DEHUMIDIFICATION
F.6
F.8 INVESTIGATING MOISTURE PROBLEMS FROM A MAINTENANCE STANDPOINT
F.6
F.9 REPLACING AND REPAIRING
F.7
F.10 OTHER THINGS TO LOOK FOR
F.7
F.11 DESIGN DOCUMENT REFERENCES
F.7
Table F-1 General Guidelines for Roof Underlayment Selection1
F.5
APPENDIX G SCUPPER SIZING
G.1
G.1 SCUPPER SIZING PROCEDURES:
G.1
Table G-1 Scupper Capacity In Gallons per Minute (GPM)
G.3
Table G-1M Scupper Capacity in Liters per Second (l/s)
G.3
Table G-2 Downspout Leader Capacity
G.4
FIGURE G–1 WEIR
G.4
APPENDIX H SMACNA REPRINTS 1929 STANDARD
H.1
APPENDIX I ADDITIONAL INFORMATIONAL PUBLICATIONS
I.1
APPENDIX J MECHANICAL FASTENERS
J.1
J.1 MECHANICAL FASTENERS
J.1
J.2 NAILS
J.1
J.3 SCREWS
J.4
J.4 FASTENER EVALUATION
J.8
FIGURE J-1 NAIL SHANK TYPES
J.1
FIGURE J-2 NAIL POINTS
J.2
FIGURE J-3 NAIL SHAPES
J.2
FIGURE J-4 NAIL SIZES
J.3
FIGURE J-5 BUTRESS AND STANDARD THREAD SCREW SHANKS
J.4
FIGURE J-6 SCREW WITHDRAWAL RESISTANCE
J.5
FIGURE J-7 ADDITIONAL SCREW INFORMATION
J.5
FIGURE J-8 SCREW POINTS
J.6
FIGURE J-9 SELF-DRILLING AND SELF-TAPPING SCREW FUNCTION PHASES
J.6
FIGURE J-10 SCREW HEAD SHAPES
J.7
APPENDIX K SOLDERING
K.1
K.1 SOLDERING
K.1
K.2 INSTALLER PREQUALIFICATION PROCEDURE
K.2
FIGURE K-1 THE GREATEST USABLE HEAT IS AT THE LARGEST PART OF THE TINNED AREA
K.2
APPENDIX L ARCHITECTURAL FASCIA AND COPING WIND TESTS REPORT
L.1
L.1 STRI WIND UPLIFT TESTING COPINGS AND FASCIA
L.1
L.2 USING THIS TRB
L.1
L.3 USING THIS TRB
L.2
L.4 MEMBRANE AND ATTACHMENT REQUIREMENTS FOR FASCIA
L.2
ANS/SPRI ES1 2003 PERFORMANCE TEST REPORT
L.3
Table 5 – Minimum Metal Thickness for Flatness
L.2
FIGURE L-1 FORMED METAL COPINGS — DESIGN DATA
L.9
FIGURE L-2 FORMED GRAVEL-STOP-FASCIA - DESIGN DATA
L.10
APPENDIX M GENERAL GUIDE TO JOINT SEALANTS FOR ARCHITECTS
M.1
APPENDIX N FORMER COMMITTEE MEMBERS AND OTHER CONTRIBUTORS*
N.1