HomeMy WebLinkAboutBLD-2025-0169 - WINDOWS/DOORS/SIDING NEW OR REPLACEDFor inspections, please call (360) 293-1901
PARCEL: P56124
LEGAL DESCRIPTION:
APPLICANT: Ageyev, Michael
1655 Main Street Unit 107
Ferndale, WA 98248
3602969380
OWNER: NEUPERT VICKIE V
UNKNOWN
ANACORTES, WA 98221
VALUATIONS:
SIDING SQUARE
FOOTAGE NEW OR
REPLACED
1080.00 $9,720.00
$9,720.00Total:
FEES:Paid Due
State Building Code Council fee $6.50 $0.00
BUILDING PERMIT FEE
WINDOWS/DOORS/SIDING
$181.25 $0.00
PLAN REVIEW FEE WINDOWS
DOORS SIDING
$117.81 $0.00
$0.00Totals :
REQUIRED INSPECTIONS
HOUSEWRAP/FLASHING
HOUSEWRAP/FLASHING
Windows/Siding/Doors Final
CONSTRUCTION CONTRACTOR:SIDING VAULT
5703 4th Ave #1503
FERNDALE, WA 98248
3602969380
License: SIDINV*787PJ
Expires: 10/16/2026
$305.56
BLD-2025-0169 WINDOWS/DOORS/SIDING NEW OR
REPLACED
ISSUED:
EXPIRES:
03/27/2025
03/27/2027
PROJECT NAME: RE-SIDE PROJECT
SITE ADDRESS: 2008 10TH ST ANACORTES
Page 1 of 1Printed by : Cheri Gleichmann on: 06/09/2025 01:21 PM
City of Anacortes, WA
904 6th Street
Anacortes, WA 98221
(360) 293-1901
http://cityofanacortes.org/
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RAINSCREENS
Appendix A
Additional Information
Note: James Hardie has a capillary break
requirement when installing HardiePanel on a
Multi-Family/Commercial project. Please visit
jameshardiepros.com for further information.
The Optional Use of Rain Screen Systems:
James Hardie will support the use of its exterior siding
products with rainscreen systems, but does not take
responsibility for the entire wall assembly or system.
James Hardie expects the designer or builder using our
components as part of the rainscreen system to:
• Adhere to all the installation requirements listed in the
relevant product installation instructions.
• Provide adequate details for water management.
• Make the decision about the use of rainscreen.
• James Hardie products does not recommend
“drainage mats” or “drainage boards” to provide the
necessary capillary break behind our siding. These
products can compress during the installation process,
impairing the drainage channels and further causing a
“wavy” appearance in the plank or panel products.
• Understand the interaction between system
components and how each of the components in the
system interacts.
• Design of the building envelope accounting for both
interior and exterior moisture control.
Installation Over Furring:
When installing James Hardie Siding products over
furring the question arises what thickness of furring can
be used as an alternate to normal metal or wood studs
specified in the ESR 1844 & 2290 Report. General rule
of thumb is, the specific ESR 1844 & 2290 fastener must
be installed into a material that has the same or better
holding power than that specified in the ESR 1844 &
2290 and with the same penetration as the ESR 1844 &
2290 fastener.
Note: The ESR 1844 & 2290 is the primary code compliance document James Hardie utilizes, but for other common applications and/or products, additional code compliance documentation and/or fastener specifications may exist. For special circumstances out side the scope of the ESR 1844 & 2290, please contact James Hardie’s Technical Services.
When reviewing the following details for attaching to
wood furring or framing, an important consideration is
that the fastener chosen must be fully encompassed by
a wood substrate - the furring may count as all or part of
the necessary penetration if it has been proven that the
furring and/or wood substrate has the same or better
holding power as a timber stud.
Design responsibility
In all cases it is the sole responsibility of the architect,
envelope engineer or specifier to identify moisture related
risks associated with any particular building design and
to make any appropriate adjustments or modifications
to the installation guidelines given by manufacturers.
Wall construction and design must effectively manage
moisture, considering both the interior and exterior
environment of the building.
Attaching lap siding to wood furring:
When attaching lap siding products over wood furring, the
typical fastener used is the 1¼ in. long No. 11 ga. roofing
nail, blind nailed. This fastener is going to be the shortest
fastener approved for fastening lap siding products,
therefore the furring must be a minimum of 0.75 in thick
to achieve the same values as ESR 2290 Table 4 states
for the 11 ga. 1¼ in. roofing nail given plank reveal, stud
spacing, building height and exposure category.
A.1 A.2
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RAIN SCREENS
Attaching panel siding to wood furring:
When attaching panel siding products over wood furring,
the typical fastener used is the 6d common 2 in. long nail.
This fastener is going to be the shortest fastener approved
for fastening panel siding products into wood, therefore
the furring must be a minimum of 1-11/16 in thick to
achieve the same values as ESR 1844, Table 4, given stud
spacing, building height, and exposure category.
It is deemed an acceptable practice to not fasten along
the top and bottom plates for the 5/16 in HardiePanel
configurations listed in the ESR 1844, Table 4 using the
following fastener type:
• 0.091 in. shank X 0.225 in HD X 1.5 in long ring
shank nail
• Min No. 8 X 0.311 HD X 1 in. ribbed bugle head screw
• 0.10 X 0.25 in HD X 1.5 in long ET&F pin or equivalent
• 6d common 2 in. long nail
Conditions of use:
• This practice is acceptable for transverse load only.
• This practice is not acceptable for racking shear values
or in-plane forces other than perpendicular/normal wind
forces.
• All vertical joints shall occur over framing.
• All other James Hardie Installation Requirements shall be
followed.
A.6A.5
Attaching panel siding to steel furring:
When attaching panel siding products to metal furring, the
steel furring must be 20 gauge (33 mils) minimum to 16
gauge (54 mils) maximum. A fastener should be chosen out
of the ESR 1844, Table 4, which is approved for attaching to
steel framing. Two general rules that should be considered
when choosing a fastener is that a nail (pin) must penetrate
steel furring ¼ in, and screws must penetrate steel furring
3 full threads. Therefore, if the rules for steel fastening
are followed – given stud spacing, building height, and
exposure category – the values are the same as ESR 1844,
Table 4 states for the chosen fastener.
A.7 A.8
A.3 A.4
Attaching lap siding to steel furring:
When attaching lap siding products to metal furring, the
steel furring must be 20 gauge (33 mils) minimum to 16
gauge (54 mils) maximum. A fastener should be chosen
out of the ESR 2290, Table 4, which is approved for
attaching to steel framing. Two general rules that should
be considered when choosing a fastener is that a nail
(pin) must penetrate steel furring ¼ in, and screws must
penetrate steel furring 3 full threads. Therefore, if the
rules for steel fastening are followed – given plank reveal,
stud spacing, building height, and exposure category –
the values are the same as ESR 2290, Table 4 states for
the chosen fastener.
Appendix A (cont.)
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ATTACHING JAMES HARDIE PRODUCTS TO INSULATED CONCRETE FORMS (ICF)
Considering the proprietary nature of Insulated Concrete Forms (ICF) and the number of ICF manufacturers currently
selling product in the US and Canada, James Hardie Building Products cannot calculate or determine the proper
fastener for each type of plastic or metal cross-tie flange being used in the field. James Hardie offers the following as
a guide to determine the correct siding fastening to be used with the respective ICF system chosen for the project in
question.
1. Determine the projects basic wind design, including basic wind speed, wind exposure category, and mean roof height.
Find the fastener and frame type within James Hardie’s ICC-ES Product Evaluation Report (e.g. ESR 1844 & 2290)
that will meet the project’s basic wind design.
a. Take note of the head diameter, shank diameter, and fastener length for the fastener.
b. Take note of the frame type and frame spacing.
Headdiameter
Shankdiameter Length
3. Go to the ICF system manufacturer and find a fastener that is similar in dimension to the fastener from step 2.1 above.
a. Basically, the bearing area under the ICF fastener head shall be the same as or greater than the bearing area
under the James Hardie fastener head from step 2.
4. Since the James Hardie siding product has to be attached to a structural member, in this case the ICF cross-tie
flange, the steps below shall be followed.
a. The onus is on the ICF system manufacturer to demonstrate that their ICF cross-tie flange holds fasteners,
screws or nails, the same as wood or steel framing hold screws or nails.
b. ICF fastener allowable withdrawal load capacity (applicable factor of safety applied) may be found in an ICC-ES
Product Evaluation for the given ICF manufacturer’s products, OR
c. The ICF manufacturer may have testing that shows their fastener’s allowable withdrawal load capacity
(applicable factor of safety applied) from their cross-tie flange.
5. For the fastener from step 2, a registered design professional shall calculate the allowable withdrawal load (factor
of safety applied) from the frame type noted in step 2.2.
6. A registered design professional shall then make an equivalency statement comparing the ICF fastener withdrawal
(step 4.1.1 or step 4.1.2) versus the fastener withdrawal from step 5.
7. When the ICF cross-tie flange spacing differs from the
James Hardie frame spacing in step 2.2, a registered
design professional shall calculate the maximum siding
fastener spacing into the cross-tie flange needed to resist
the applicable basic wind speeds published in James
Hardie’s ESR 1844 & 2290 for the fastener and design
from step 2.
8. When required by the code official and once in
possession of the information gathered in the steps
above it is the responsibility of the property owner,
design professional, contractor, or installer to make his
or her case to the Building Official¹.
¹ The Building Official reserves the right to approve alternate materials, design and methods
ofconstruction, 2006 International Building Code® Section 104.11, 2006 International Residential
Code® Section R104.11, and 1997 Uniform Building Code™ Section 104.2.8.
Concrete
Reinforcement
Insulating Foam
Starter strip builds out siding to the proper angle
Nailing Flange
Joint flashing
Install factory ends of planks at butt joints
Refer to ICF Manufacturer for compliant fastening
Note: Fastener bearing area is equal to the
head area less the shank area.
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The application of HardiePlank® Lap Siding and HardieTrim® boards to masonry construction complying with local
building codes using Concrete Masonry Units (CMU) complying to ASTM C 90 can be achieved by using one of the
following two methods of attachment. All other product specific installation requirements which are not outlined below
must be followed.
Method 1: Attachment Over Furring
Attach over furring with adequate thickness to allow attachment with approved fastening methods according to local
building codes and code compliance documentation. Furring must be attached to ensure it can transfer the wind
loads and other necessary forces back to the structure. The mechanical connection of the furring to the structure is
the responsibility of the Licensed Design Professional. James Hardie Building Products has no comment on the load
carrying capacity of the furring to framing connections.
Method 2: Attachment Directly to CMU
Attach directly to masonry with approved fastening method according to local building codes and code compliance
documentation. Refer to and follow local building codes for water resistive barrier requirements.
Fastening to CMU
For information on fastening James Hardie products to CMU refer to ESR 1844 & 2290.
Attachment of HardieTrim® boards
HardieTrim boards can be fastened using hardened finish nails designed for masonry construction. For more
information refer to the HardieTrim section of this guide.
ATTACHING HARDIEPLANK® LAP SIDING AND HARDIETRIM® PRODUCTS
TO CONCRETE MASONRY UNITS (CMU)
Spaced maximum 24” O.C.CMU wall
Furring strips to accommodate siding fastener length
6” clearance to grade
Starter strip(same as plank)HardiePlank® lap siding Trim
CMU wall
6” clearance to grade
Starter strip(same as plank)HardiePlank® lap siding Trim
Blind nailingsiding fastener
Furring strip to accommodate siding fastener length
Masonry fastener
Blind nailing
siding fastener
Masonry siding nail
HardiePlank® lap siding
A.10
A.12
A.11
A.13
Appendix A (cont.)
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water-resistive barrier
joint flashing
Pre-built corner using a pair of
nails (one in each face) attach
the corner to the building1/8 in caulked gap is
left between siding and
the side trim pieces
rigid insulation
Flashings
The Z flashing above all horizontal trim must be incorporated into the WRB regardless of WRB position. If the foam is
being used per manufacturers instructions as the WRB, all flashings must be incorporated into the drainage plane such
that it allows moisture to drain down and out.
Note: It is recommended to layout the rigid
foam insulation such that vertical joints do
not occur at the corners of window and door
openings or overs if possible.
• When using a weather resistive barrier (WRB) in conjunction with rigid foam
insulation, the WRB can be installed underneath the foam as shown, or
over the top if more convenient
• Regardless of where the WRB is placed all flashings must be
incorporated into the WRB and drainage plane.
• Some rigid foam insulation products are manufactured with tongue &
groove or shiplap joints and can be used as the WRB when properly
installed and sealed. When using rigid foam insulation as the WRB refer
to manufacturers installation instructions.
Trim
Depending upon the reveal around windows, doors, & penetrations,
thickness of foam and the type and thickness of trim used there will be
different techniques to install the siding and trim to ensure the foam is
completely concealed.
WEATHER BARRIER & RIGID FOAM
A.17
A.18 Don’t caulk gap
between flashing and
upper panel.
Trim to be added to
keep window proud
of siding when adding
rigid insulation
1/8 in caulked gap is
left between siding and
the side trim pieces
Flashing
Rigid Insulation
Structural
Sheathing
Water-resistive barrier Starter Strip
1/4 in Gap
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JOINT FLASHING WITH HARDIEPLANK® LAP SIDING
One or more of the following joint treatment options are required by code (as referenced 2009 IRC R703.10.2)
A. Joint Flashing (James Hardie recommended)
B. Caulking* (Caulking is not recommended for ColorPlus for aesthetic reasons as the Caulking and ColorPlus will
weather differently. For the same reason, do not caulk nail heads on ColorPlus products.}
C. “H” jointer cover Flashing behind butt joints provides an extra level of protection against the entry of water at
the joint.
James Hardie recommends 6 in. wide flashing that overlaps the course below by 1 in. Some local building codes
may require different size flashing. Joint-flashing material must be durable, waterproof materials that do not react
with cement products. Examples of suitable material include finished coil stock and code compliant water-resistive
barriers. Other products may also be suitable.
The reasons for this are:
1. The use of joint flashing behind field butt joints is an approved joint treatment
method as described in the 2006 International Building Code and is
recognized by James Hardie and experts across the building industry to be a
superior method.
“1405.17.2 Horizontal lap siding. Lap siding shall be lapped a minimum of 1 1/4 inches (32 mm)
and shall have the ends sealed with caulking, covered with an H section joint cover or located over
a strip of flashing.”
Experts across the industry recognize flashings as an effective and
responsible method for draining a wall system:
“The fundamental principle of water management is to shed water by layering materials in such a way that
water is directed downwards and outwards out of the building or away from the building. The key to this
fundamental principle is drainage. The most elegant expression of this concept is a flashing. Flashings are
the most under-rated building enclosure component and arguably the most important.”
EEBA (Energy & Environmental Building Association™) Water Management
Guide By Joseph W. Lstriburek, Ph.D., P.eng. June 2004.
2. Reduced maintenance required by the home owner – It is recognized by James
Hardie, several caulking manufacturers, experts across the industry, and experienced
home owners that when caulking is used at field butt joints, maintenance will be
required. Depending on the specific product and the application, caulked field butt
joints will need to be maintained to guarantee continued performance over the life of
the building. In addition, several sealant/caulking manufacturers recommend against
using their products at butt joints in fiber cement siding for many of the reasons
discussed here.
3. Improved appearance – When installed properly, flashing at a field butt joint can create a better looking joint.
James Hardie recommends butting field joints together in moderate contact which achieves a more continuous
looking joint. When utilizing a caulked butt joint, a gap specified by the caulk manufacturer must be left at the
joint. Over time as the caulk ages, this joint can become pronounced on the wall and stand out.
Joint flashing
Do not use caulk on HardiePlank® lap siding with ColorPlus® technology
A.21
A.22
Appendix A (cont.)
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The fastening requirements for each product are stated in one or more of the following technical documents and in
some cases fastener products may be referenced. Below are the steps that can be used to demonstrate an alternate
fastener’s equivalency to the James Hardie published fastening requirements.
1. It is the responsibility of either the property owner, design professional, contractor, or installer to consult:
a. The fastener Manufacturer for a Product Listing Specification or Code Compliance report that covers the
installation method in question, or;
b. A licensed Architect or Professional Engineer to make an equivalency statement linking the alternate
fastener (or fastening method) to the fastening requirements published within the relevant James Hardie
technical document;
2. Once in possession of the information gathered in step one it is the responsibility of the property owner, design
professional, contractor, or installer to make his or her case to the Building Official¹
¹ The Building Official reserves the right to approve alternate materials, design and methods of construction, 2006 International Building Code® Section 104.11, 2006 International Residential Code
Section R104.11, and 1997 Uniform Building Code Section 104.2.8. All national, state, and local building code requirements must be followed and where they are more stringent than the James
Hardie installation requirements, state and local requirements will take precedence.
JAMES HARDIE REQUIREMENTS FOR ALTERNATE FASTENERS AND METHODS OF FASTENING
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Appendix B
Estimating
Siding
All houses can be broken down to triangles, rectangles, and squares.
Using these simple shapes it is very easy to estimate the amount of siding
required.
1. Break down the portions of the house to be sided into the simple
shapes (squares, rectangles, triangles) Figures 12.1 - 12.4.
2. Determine the height and width of each shape.
3. Multiply height x width to determine square footage. For triangles
divide the total by 2.
4. Add all of the square footage numbers together.
5. Subtract large items such as garage doors, large doors, large
windows, and banks of windows from total.
Do not remove small windows, doors, vents, or other small areas
not being sided.
6. Total all numbers. This gives you the total covered area.
7. Use the coverage charts located in this section to determine the
number needed.
8. Add a minimum of 5% for waste. If there are multiple (3 or more)gables,
chases, bump outs, or dormers add 10%.*
* Material for starter strip is included in the calculation for waste.
Trim
Number of HardieTrim® Boards:
Trim is applied to corners and around doors and windows. Trim is also
used for fascia board, rake board, band board, frieze board and other
details.
1. Determine which areas are to be trimmed.
2. Measure all openings to be trimmed including doors, windows,
vent openings, corners (inside and outside), and other areas.
3. Measure for fascia, rakes, and frieze boards.
4. Add the lengths for corners, fascia, rakes, and frieze and add
5% for waste.
5. Add the lengths for window and door trim and add 10% for waste.
6. Add the total from lines 4 and 5 to determine the amount
of trim needed.
The estimation methods in this section are meant as a guide. James Hardie
does not assume responsibility for over or under ordering of product.
Wall Area
Height
Width
Height _____feet x width _____ feet =_____ square feet
Gable Area
Height
Width
1/2 height x width = _____ area of gable (square feet)
Gambrel Roof House
A
Width
1/2 (A+B) x C + 1/2 B x D = _____ total area of gable (square feet)
Dormer Area
Height
Width
1/2 height x width = _____ area of dormer (square feet)
D
BC
B.1
B.2
B.3
B.4
Rake Board
Band Board
Corner Trim
Door Trim
Fascia
Frieze
Window Trim
B.5
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HardiePlank® Lap Siding
Coverage Chart* (number of planks)
Coverage Area Plank Width (in)
(square feet) W. (in) 5.25 6.25 7.25 8.25 9.25 12
Exp. (in) 4 5 6 7 8 10.75
100 25 20 17 14 13 9
200 50 40 33 29 25 19
300 75 60 50 43 38 28
400 100 80 67 57 50 37
500 125 100 83 71 63 47
600 150 120 100 86 75 56
700 175 140 117 100 88 65
800 200 160 133 114 100 74
900 225 180 150 129 113 84
1000 250 200 167 143 125 93
1100 275 220 183 157 138 102
1200 300 240 200 171 150 112
1300 325 260 217 186 163 121
1400 350 280 233 200 175 130
1500 375 300 250 214 188 140
1600 400 320 267 229 200 149
1700 425 340 283 243 213 158
1800 450 360 300 257 225 167
1900 475 380 317 271 238 177
2000 500 400 333 286 250 186
2100 525 420 350 300 263 195
2200 550 440 367 314 275 205
2300 575 460 383 329 288 214
2400 600 480 400 343 300 223
2500 625 500 417 357 313 233
2600 650 520 433 371 325 242
2700 675 540 450 386 338 251
2800 700 560 467 400 350 260
2900 725 580 483 414 363 270
3000 750 600 500 429 375 279
The estimation methods in this section are meant as a guide. James Hardie does not assume responsibility for over or under ordering of product.
*Coverage chart does not include waste. ** Number of nails given are for building framed 16 in o.c.
Nail Coverage Chart** (number of nails)
Coverage Area Plank Width (in)
(square feet) Width (in) 5.25 6.25 7.25 8.25 9.25 12
Exposure (in) 4 5 6 7 8 10.75
100 250 200 166 143 125 93 500 1250 1000 830 715 625 465 1000 2500 2000 1660 1430 1250 930
HardiePanel® Vertical Siding
Coverage Chart* (number of panels)
Coverage Area Panel Size (ft)
(square feet) 4x8 4x9 4x10
(32SF) (36SF) (40SF)
100 4 3 3 200 7 6 5 300 10 9 8 400 13 12 10 500 16 14 13 600 19 15 15 700 22 20 18 800 25 23 20 900 29 25 23 1000 32 28 25 1100 35 31 28 1200 38 34 30 1300 41 37 33 1400 44 39 35 1500 47 42 38 1600 50 45 40 1700 54 48 43 1800 57 50 45 1900 60 53 48 2000 63 56 50 2100 66 59 53 2200 69 62 55 2300 72 64 58 2400 75 67 60 2500 79 70 63 2600 82 73 65 2700 85 75 68 2800 88 78 70 2900 91 81 73 3000 94 84 75
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HardieShingle® Siding
HardieShingle Staggered Edge Notched Panel Coverage
Panels are available in 48 in lengths. Pieces needed for one square (100 sq. ft) of product coverage = approximately
50, (depending on ratio of length to height of wall) based on maximum exposure of 6 in
HardieShingle Straight Edge Notched Panels Coverage
Panels are available in 48 in lengths. Pieces needed for one square (100 sq. ft) of product coverage = approximately
43, (depending on ratio of length to height of wall) based on maximum exposure of 7 in.
HardieShingle Half-round Notched Panel Coverage
Panels are available in 48 in lengths. Pieces needed for one square (100 sq. ft) of product coverage = approximately
43, based on a maximum exposure of 7 in.
HardieShingle Individual Shingle Coverage*
Shingles are available in 4.2 in, 5.5 in, 6.75 in, 7.25 in and 10 in widths, Bundles needed for one square (100 sq. ft)
of product coverage:
Shingle Width # of Bundles (5 in Exp.) # of Bundles (7 in Exp.) Pieces per Bundle (5 in Exp.) Pieces per Bundle (7 in
Exp.)
4.2 in. 3 3 20 15
5.5 in 6 6 20 15
6.75 in 6 3 20 15
7.25 in 6 6 20 15
10 in 3 3 20 15
* Individual shingles are not available in all areas. Check you local dealer for availability.
HardieSoffit® Panels
• For 12 in. and 16 in width soffits: Divide total lineal footage of soffit and/or eaves by 12.
• For 24 in width soffits: Divide total lineal footage of soffit and/or eaves by 8.
Appendix B (cont.)
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Appendix C
Glossary of Building Terms
Back Roll - To roll over a freshly spray painted surface
with a roller.
Back Sealing/Priming - Back sealing and back priming
are used interchangeably in the field and refer to the act
of applying a sealer or primer to the back of a cladding
material to minimize the potential for water absorption
through the backside of the product.
Band Board - A decorative piece of trim placed between
two floors along the rim joist.
Bevel Cut - See weather cut
Blind Nailing - The action of placing a fastener through
the top edge of lap siding that will be covered by the next
course of siding.
Bump Out - A built out protrusion from a building.
Butt Joint - To place materials end-to-end or end-to-
edge without overlapping. Also known as a field joint.
Caulk - A compound used to fill cracks, gaps, seams
and joints.
Chase - A framed enclosed space around a flue pipe or
a channel in a wall, or through a ceiling for something to
lie in or pass through.
Course - A row of planks, one plank wide running the
length of the house.
Dormer - A gabled extension built out from a sloping roof
to accommodate a vertical window.
Drip Cap - A molding or metal flashing placed on the ex-
terior topside of a door or window frame to cause water
to drip beyond the outside of the frame.
Drip Edge - A metal or vinyl flashing placed on the top
edge of the roof sheathing which directs water away from
the structure to prevent seepage under or behind the
exterior trim or fascia.
Eave - The lower part of the roof that projects over the
exterior wall assembly.
Electro-Galvanized - Covered with zinc using a plating
process.
Face - The side of the siding, trim, or soffit showing once
the product has been installed.
Face Nailing - The action of placing a fastener through
the overlap of a plank. The fastener will be visible.
Fascia Board - A trim board attached to the ends of the
rafters.
Finished Grade - The level at which the ground surface
meets the foundation of a building.
Flashing - A thin flat metal positioned under/behind roof-
ing, windows, doors, corner posts, etc. to keep draining
water from penetrating the house.
Frieze Board - A horizontal member connecting the top
of the siding with the soffit
Furring/Furring Strip - Furring strips are long, thin strips
of wood, metal or Fiber Cement used to make backing
surfaces to support the finished surfaces.
Gable - The end of a wall that is created when a roof line
is pitched and slopes in two directions.
Galvanized - Covered with zinc. Either hot-dipped or
electro-plated.
Grade - The height of the ground on which something
stands.
Horizontal - Parallel to the horizon; on a level.
Joint Flashing - An additional weather resistive barrier
placed behind a butt joint.
Lap - To over lap a course of siding with another course
of siding.
Level - A position of measurement truly and exactly hori-
zontal, 90° from a plumb surface.
Light Block - Decorative trim item placed under light
fixtures and other exterior fixtures.
Miter - To make a
diagonal cut, beveled
to a specific angle
45° and 22 1/2° are
common.
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Mud Sill - A building member resting and normally at-
tached to the foundation of a building running around the
perimeter of the building. Also known as sill plate.
OSB - Oriented Strand Board. A common type of struc-
tural panel sheathing.
PEL - Permisible Exposure Limit. The maximum daily
exposure level to respirable silica. OSHA’s Personal
Exposure Limit is 0.05 mg/m3.
Plumb - A position of measurement truly and exactly
vertical, 90° from a level surface.
Plunge Cut - The act of driving a saw into the body of a
material.
Rafter Tail - The end of a rafter extending past the wall
assembly.
Rain Screen Wall - Consists of an exterior cladding, a
cavity behind the cladding
typically created through the use of furring strips for the
purpose of drainage and
venting to the outside; an innerwall plane incorporating a
weather resistive barrier.
Rake Board - Decorative trim placed at an angle.
Rigid Sheathing - Plywood or OSB.
Rim Joist - The board that the rest of the joists are nailed
to. It runs the entire perimeter of the house.
Rip Cut - Cut along the grain, usually lengthwise on a
board.
Scroll Work - Decorative trim work.
Sheathing - Sheets of plywood, gypsum board, or other
material nailed to the outside face of studs as a base for
exterior siding.
Shim - A building material, usually wood, used to even a
surface.
Silica - Mineral that is composed of silicon dioxide, SiO2.
Speed Square - Triangle shaped measuring device used
in a variety of framing and siding applications.
Stage - To deliver, stack, or store material in a specific
location.
Starter Strip - An accessory used under the first course
of siding to provide a consistent plank angle.
Sub-Fascia - Framing member attached to the rafter
tails used to support the fascia or used to pad out the
fascia.
T-Shed – A shed with a single vertical wall and a roof that
hangs off that wall on either side. The cross section of the
shed is shaped like a ‘T’.
Vertical - Being or situated at right angles to the horizon;
upright.
Weather Cut- 15° to 45° cut used to join two boards.
Weather-Resistive Barrier- A building paper that pro-
tects building materials from exterior water penetration.
Z-Flashing- A piece of flashing bent into the shape of a
“z”. Used over window trim, band boards, panel intersec-
tions, and other vertical surfaces.
Appendix C (cont.)
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Appendix D
Note: All building work must be in accordance with the applicable local building codes. The following is a list of
the key code clauses. It is provided as a reference tool and not intended to be a substitute for proper design of ap-
proved construction. ASTM E1825 also provides guidance on the evaluation of materials, products an systems used
in exterior wall construction.
Site and Foundations
2003,2006,2009,2012, 2015 International Building Code
Chapter 18 Foundations and Retaining Walls
1803.3 (03,06) Site grading; 1804.3 (09,12) Site grading;
1804.4 (15) Site grading
2003 2006, 2009, 2012, 2015 International Residential
Code for One- and Two- Family Dwellings
Chapter 4 Foundations
R401.3 Drainage
Ground Clearances
2003, 2006, 2009, 2012, 2015 International Building Code
Chapter 18 Foundations and Retaining Walls
1803.3 (03,06) Site grading; 1804.3 (09,12) Site grading;
1804.4 (15) Site grading
Chapter 23 Wood
2304.11.2.2 (03, 06, 09, 12)Wood supported by exterior
foundation walls.
2304.12.1.2 (15) Wood supported by exterior foundation walls
2003, 2006, 2009, 2012, 2015 International Residential Code
for One- and Two- Family Dwellings
Chapter 3 Building Planning
Chapter 4 Foundations
R404.1.6 Height above finished grade
Moisture Management
2003, 2006, 2009, 2012, 2015 International Building Code
Chapter 14 Exterior Walls
1404.1 General
1404.2 Weather-resistive barrier
1405.1 General
1405.2 Weather Protection
1405.3 Flashing (03,06)
1405.4 Flashing (09,12, 15)
1405.17 (03,06) Joints
1405.16 (09,12, 15) Joints
2003, 2006, 2009, 2012, 2015 International Residential Code
for One- and Two- Family Dwellings
Chapter 7 Wall Covering
R703.2 Weather-resistant barrier
R703.8 Flashing
R703.10 Joints
Wall Construction
2003, 2006, 2009, 2012, 2015 International Building Code
Chapter 22 Steel
Chapter 23 Wood
2003, 2006, 2009, 2012, 2015 International Residential Code
for One- and Two- Family Dwellings
Chapter 6 Wall Construction
R602.10 Wall bracing
Fastening
2003, 2006, 2009, 2012, 2015 International Building Code
Chapter 14 Exterior Walls
1405.15 (03,06) Fiber cement siding
1405.16 (09,12, 15) Fiber cement siding
1406.2.2 (03, 06) Architectural trim
1406.2.2.2( 09) Trim
1406.2 (12, 15) Combustible exterior wall coverage
2003, 2006, 2009, 2012, 2015 International Residential Code
for One- and Two- Family Dwellings
Chapter 7 Wall Covering
R703.4 (03, 06, 09, 12) Attachments
R703.3 (15) Nominal thickness and attachments
Code References
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ESR Reports Online
HARDIEPLANK®
LAP SIDING &
HARDIESHINGLE®
SIDING
ESR 2290
HARDIEBACKER®
CEMENT BOARDS
ESR 2280
HARDIEPANEL®
VERTICAL SIDING
ESR 1844
HARDIESOFFIT®
PANELS
ESR 2273
HARDIEWRAP®
WEATHER BARRIER
ESR 2658
To find the most current ESR reports please visit www.icc-es.org and reference below for the
corresponding ESR number for that product.