AWI Standards

StandardsANSI/AWI SMA 0643-2021 - Wood Stair, Handrail, and Guard Systems

ANSI/AWI SMA 0643-2021 - Wood Stair, Handrail, and Guard Systems

3.1 General

a) The following requirements shall govern unless a project’s s require otherwise.

b) Should a conflict be discovered within this standard, the least restrictive requirement shall prevail.

c) When metal components and/or fabrications are referenced within this standard, they shall comply with AMP 555 – Code of Standard Practice for the Architectural Metal Industry (latest edition) and AMP 500 – Metal Finishes Manual (latest edition).

d) When applicable, shall verify field measurements.

3.1.1 Measurements

a) This standard is written with the metric system of measurement followed by the U.S. Customary System of measurement in brackets.

b) The system of measurement used in the project’s original contract documents and architectural drawings shall dictate which system of measurement within these standards is used for verification of compliance.

c) The U.S. Customary measurement is typically a “soft” conversion of the metric measurement. In order to make the metric number more conceptually coherent and consistent, most conversions for less than 152.4 mm [6″] in dimension are “soft” converted to the nearest 0.1 mm. For measurements above 152.4 mm [6″], the “soft” value is converted to the nearest 1 mm.

d) “Inconspicuous,” when used in this standard, means not readily visible without careful inspection at a distance of:

Premium Custom Economy
610 mm [24″] 1219 mm [48″] 1829 mm [72″]

e) Gaps and flushness between , exposed components shall be tested with a feeler gauge at points where components are required to contact as indicated within this standard.

3.1.2 Special Requirements

a) If treatment, chemical resistance, fire retardancy, or moisture resistance is required, fasteners shall be stainless steel, or a fastener recommended by the /supplier.

b) Where special physical and/or environmental construction requirements (e.g. seismic, flood, and/or high velocity wind) are required, such requirements and details shall be clearly stated in the contract documents.

c) Requirements for Product, such as preservative treated, moisture resistant, or fire-retardant materials, shall be specified by the design professional.

3.1.3 Environmental Conditions

a) Requirements of this standard are contingent upon maintaining proper interior environmental controls prior to, during, and after installation. See the AWI 200 – Care & Storage Standard (latest edition).

b) This standard does not establish requirements for flushness and gap tolerances for Product installed in a non-climate-controlled environment.

c) Prior to installation, the flushness and gap tolerances of Products intended for environments shall meet the requirements herein.

3.1.4 Manufacturer/Supplier Requirements for Installation

a) /supplier shall provide Product to comply with the contract documents.

b) Manufacturer/supplier shall provide drawings indicating location of anchorage/ blocking. See AWI 100 – Submittals Standard (latest edition).

c) Manufacturer/supplier shall provide drawings indicating location and size of platforms and intermediate landings. See AWI 100 – Submittals Standard (latest edition)

d) Manufacturer/supplier shall provide details and s of Product to ensure landing nosing and landing s provided by others are compliant with approved submittals.

e) Manufacturer/supplier shall provide documented instructions for Product installation which include anchorage and fastening methods and fastener details.

f) Responsibility for materials and installation of platforms and intermediate landings shall be specified in contract documents. In the absence of specification, verification shall be obtained in writing prior to the commencement of work.

3.1.5 Default Grade Requirements

a) Unless otherwise specified, Product shall comply with the minimum default .

Optimum Climate Controlled Relative Humidity table
Figure 2
Figure 3
Figure 4
Figure 66
Figure 67
Figure 65
3-3-4-1 Epoxy Resin
3-3-4-5 Solid Phenolic
tr-op-table
awi-fig5
ANSIAWI 0620-2018-awi-fig6
ANSIAWI 0620-2018-awi-fig7
awi-fig8
awi-fig9
awi-fig10
awi-fig11
awi-fig12
ANSIAWI 0620-2018-awi-fig13
ANSIAWI 0620-2018-awi-fig14
ANSIAWI 0620-2018-awi-fig23
ANSIAWI 0620-2018-awi-fig25
awi-fig30.ashx
ansi-awi-0620-2024-figure-41
awi-fig42
ANSIAWI 0620-2018-awi-fig43
awi-fig44
awi-fig45
awi-fig46
ANSIAWI 0620-2018-awi-fig51
ANSIAWI 0620-2018-awi-fig52
ANSIAWI 0620-2018-awi-fig53
ANSIAWI 0620-2018-awi-fig54
formula
awi-fig87
awi-fig5
awi-fig8
awi-fig9
awi-fig10
awi-fig15
awi-fig16
awi-fig17
ANSIAWI 0641-2019-awi-fig18
ANSIAWI 0641-2019-awi-fig19
ANSIAWI 0641-2019-awi-fig20
ANSIAWI 0641-2019-awi-fig21
ANSIAWI 0641-2019-awi-fig22
ANSIAWI 0641-2019-awi-fig23
ANSIAWI 0641-2019-awi-fig24
ANSIAWI 0641-2019-awi-fig25
ANSIAWI 0641-2019-awi-fig26
ANSIAWI 0641-2019-awi-fig27
ANSIAWI 0641-2019-awi-fig28
ANSIAWI 0641-2019-awi-fig29
awi-fig30
ANSIAWI 0641-2019-awi-fig31
ANSIAWI 0641-2019-awi-fig32
awi-fig33
awi-fig34
awi-fig35
ANSIAWI 0641-2019-awi-fig36
awi-fig41
awi-fig42
ANSIAWI 0641-2019-awi-fig43
awi-fig44
awi-fig45
awi-fig46
ANSIAWI 0641-2019-awi-fig72
ANSIAWI 0641-2019-awi-fig85
awi-fig86
awi-fig88
awi-fig89
awi-fig90
awi-fig91
awi-fig92
awi-fig93
awi-fig94
awi-fig95
awi-fig96
awi-fig97
awi-fig98
awi-fig99
awi-fig100
awi-fig102
ANSIAWI 1232-2022-awi-fig5
awi-fig8
awi-fig9
awi-fig10
ANSIAWI 12322022-awi-fig15
ANSIAWI 12322022-awi-fig16
ANSIAWI 1232-2022-awi-fig18
ANSIAWI 1232-2022-awi-fig19
ANSIAWI 1232-2022-awi-fig20
ANSIAWI 1232-2022-awi-fig22
ANSIAWI 1232-2022-awi-fig23
ANSIAWI 1232-2022-awi-fig24
ANSIAWI 1232-2022-awi-fig25
ANSIAWI 1232-2022-awi-fig26
ANSIAWI 1232-2022-awi-fig27
awi-fig28
ANSIAWI 1232-2022-awi-fig29
awi-fig30
ANSIAWI 1232-2022-awi-fig32
awi-fig33
awi-fig34
ANSIAWI 1232-2022-awi-fig35
awi-fig36
ANSIAWI 1232022-awi-fig41
awi-fig42
ANSIAWI 1232-2022-awi-fig43
awi-fig44
awi-fig45
awi-fig46
ANSIAWI 1232-2022-awi-fig72
awi-fig86
ANSIAWI 1232022-awi-fig103
ANSIAWI 1232022-awi-fig104
ANSIAWI 1236-2022-awi-fig5
awi-fig11
awi-fig12
ANSIAWI 1236-2022-awi-fig23
ANSIAWI 1236-2022-awi-fig24
ANSIAWI 1236-2022-awi-fig25
ANSIAWI 1236-2022-awi-fig43
ANSIAWI 1236-2022-awi-fig47
ANSIAWI 1236-2022-awi-fig48
awi-fig50
ANSIAWI 1236-2022-awi-fig110
ANSIAWI 1236-2022-awi-fig111
ANSIAWI 1236-2022-awi-fig112
Figure 5 - Compliance Testing Measurement
Figure 160 - Grain Angle
Figure 5 - Compliance Testing Measurement
Figure 23 - Overlap
Figure 24 - Chip-Out
Figure 25 - Over-Filing / Over-Machining
Figure 47 - Flushness, Countertop
Figure 52 - Flushness at Butted Edges
Figure 150 - Machining Through Veneered Panels
Figure 5 - Compliance Testing Measurement
Figure 8 - Scribe Filler
Figure 9 - Scribe Moulding
Figure 10 - Scribe Allowance
Figure 15 - Frameless Construction Reveal
Figure 16 - Face Frame Construction Reveal
Figure 17 - Laboratory Application Reveal
Figure 18 - Grain Layout, Stile and Rail 1
Figure 19 - Grain Layout, Stile and Rail 2
Figure 21 - Grain Layout, Flush Panel, Custom Grade
Figure 23 - Overlap
Figure 24 - Chip-Out
Figure 25 - Over-Filing / Over-Machining
Figure 26 - Flushness Variations, Exposed and Semi-Exposed
Figure 27 - Flushness, Fixed Horizontal
Figure 28 - Radius, Beveled, or Square Edges
Figure 29 - Radius and Square Edges
Figure 30 - Gaps and Flushness, Casework
Figure 32 - Glass Clips
Figure 33 - Wrap-Around Hinges, Flush Overlay
Figure 34 - Wrap-Around Hinges, Reveal Overlay
Figure 35 - Reveal, Hinge Overlay
Figure 36 - Adjustable Shelves
Figure 41 - Closure, Laminate
Figure 42 - Closure, Filler
Figure 43 - Gaps, Reveal Overlay Frameless
Figure 44 - Gaps, Flush Overlay Frameless
Figure 45 - Gaps, Reveal Overlay Face Frame
Figure 46 - Gaps, Inset Face Frame
Figure 72 - Drawer Gaps
Figure 85 - Soffit, Fascia, and Filler
Figure 86 - Casework Surfaces
Figure 87 - Maximum Allowable Adjustable Shelf Lengths for MOE Values
Figure 103 - Scribed Corner Closure Panel
Figure 104 - Scribed Inside Corner Filler
ansi-awi-0620-2024-figure-17