HomeMy WebLinkAboutLEGACY REPORTb,
SCANNED
LEGACY REPORT BY NIwR-638
e St. Lucie County RelssuedApM 1. 2003
ICC Evaluation service, Inc. &ffii" 01�' p1 "N°' " � ■ (�)
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Legacy report on the 2000 IrMsrnad anal Betiding Code% the 2000 Intematio/1e1 Residential Code° and
the 2002 Accumulative Supplement to the International Codes'. the BOCAF National Building
Code/1999, the 1999 Standard Building Codea,1997 (Inform Building CodeTM, and the logs /ntemationat
One and Two Family Dwall)ng Codeo
DIVISION: 07—THERMAL AND MOISTURE PROTECTION
Section: 07460-.Siding
EVALUATION SUBJECT:
Alcoa Vinyl Siding and Mastic Vinyl Siding
(See Table 1 for Description of Products)
MANUFACTURER,
ALCOA HOME EXTERIORS, INC.
2800 CAMPBELL ROAD
SIDNEY, ON 45365
alan.haying@alcoo.com
www.alcoahamos.com
1.0 SUBJECT
1.1 Alcoa Vinyl Siding
1.2 Mastic Vinyl Siding
2.0 PROPERTY FOR WHICH EVALUATION IS BOUGHT
2.1 Exterior Wall Covering
22 Wed Resistance
3.0 DESCRIPTION
Alcoa Home Exteriors, Inc. hodzordal and vertical lap vinyl
Sidings and horizontal soffits are manufactured from rigid
poiyvinyichloride (PVC) compound, which confonnstothe
requirements ofABTM DWYSaiiforthe use as an exterior
weather Covering. Alcoa Home Exteriors, Inc. sidings and
soffits are produced In a minimum thickness o10.040 inch
(1.016 mm).
AICoa Home Exteriors, Inc, vinyl sidings are available in a
variety of Colors and surfece/Wood-grain textures with
matching inside and outside comer posts, trim and
moldings. A horizontal soffit in a matching color is also
available in a vented design. Refer To Table 1 at the end
of this repparlfor sddinglsof l characteristics and profiles for
each siddngrsotfit style, including the amount of net free
area pet linear feat of the perforated soffit. The amount or
vented soffits utilized shag be shed in accordance to the
Code requirements for ventilation of enclosed attics and
rafter spaces.
4.0 INSTALLATION
Installation dWl be in cmlformancewithASTM D4758-94,
the manufacturers installation Instmctions, entitled Alma
Vint'! Siding, Soffit & Designer Amassortet InaWlahm
Manual, copyrightdated 2000, and sub)octtothe limitations
stated to this report, A Copy of these insbuctions shall be
avaiable on the)Cbstta at all times during installation.
Siding shall be installed horizontaltyover solid sheathing
adadted to framing spaced a maximum le inches (406
mm) on center and covered With a weather -resistive
mertduane harder as required by the applicable model
code. Fasteners shall bemnosion-resistant nallaw8h a are
Inch diameter (8.5 mm) head and 11e inch diameter (32
the tromingaminimum ofIinch 12.7mm).Nallsshaii—be
installed through the center of the nailing slots, a mard-
mum of 16 Inches (408 mm)on carder, and shall be driven
only far enough to hold the elements in place, leading a
minimum vaz Inch (0.8 mm) space between the fasteners
head and the face of the vinyl nailing rail, so as not to
restrict movement due to expansion and Contraction.
ONE -HOUR NOHLOAD-BEARING FIRERESISTANCE
ASSEMBLY (EXPOSED FROM BOTH SIDES)
a One layer of eta In. (15.9 mm) thick Type X Gypsum
Wallboard (interior face).
a 3 sla in. (92 mm) 0-channel corrosion resistant steel
studs spaced 16 In. (406 mm) on center.
a 31n. (78.2 mm) thick by 18 in_ (406.4 mm) wide Thermo -
fiber Batt Insulation.
a One layer of SIB in. (16.9 men) thick Type X Gypsum
Sheathing (extedorlace).
a 0.040 in. (1.02 mm) thick Double 4 in. (101.6 mm) vinyl
sidle.
The vinyl siding shall be mechanically fastened To the
gypsum sheathing with 0Type 6drytvatscrews, 1 sm In.
Q3 rem)) long, spaced 16 in. (408 mm) on center In the
and 6 in. (152 mm) on Center along the joints and
perimeter.
5.0 IDENTIFICATION
Each carton of Moos Home Exteriors, Inc., vinyl, soMt and
accessories shall be identlied with the manufacturers
name, product name, production code, the statement
"Conforms to ASTM Specifcatlon D3879," the statement
"Corrfofms to U.B.C. Standard 14-2' and this NES report
number.
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Page 2 of 4 NER-M
6.0 EVIDENCE SUBMITrw
6.1 Report of Vinyl siding pelfolmancetestsconducted in
accordance with ASTM D3678 prepared byArehrteo.
turef Testing, Inc., Report No, 01-30641.01, dated
January 12,1998.
6.2 Report on windload resistance of vinyl siding in
accordance wlthASTM D5206, prepared byArchitec-
turW Testing inc., Report No. 01-34037.01, dated
February 26. 1999.
6.3 Report on windload resistance of vinyl siding in
accordance withASTM D5206, prepared byArahheo•
tural Testing Inc Report No. 07-30101,01, dated
December 16. 2000.
6.4 Report on windbad resistance of vinyl siding in
accordance with ASTM DS208, prepared byArchnec-
tural Testing Inc., Report No. 0131653.02, dated
May, 11.1998.
6.5 Table of allowable design wind pressures on Alma
Vinyl Siding In accordance with ASTM D3679, pre-
pared by Architectural Testing Inc., Project No. 01-
40951, dated February 4, 2002.
6.6 Report on fire test in accordance with ASTM E84- 7,
Wepared by Southwest Research Instifute, Project
No. 01-8361.290d,h,l,p, dated July 16,1997.
6.7 ReportoffiretestinaccordancewMAsTME119-98,
Prepared by Southwest Research Insure, Project
No. 01-03300-01-001, dated January 2000.
6.9 Report of radiant heat teats prepared by Southwest
Research Institute, Project No. 014890-031, dated
December 1993.
6.9 Report on flammability characteristic test In accor-
dance with the lntermadlafe-Scala Muldstory Test,
prepared by Southwest Research Institute, Project
No. 01-08300-01-M, dated January 2000.
6.10Rsportolvinyl siding performance tests conducted in
accordancewith ASTM D3679, prepared by Polymer
Diagnostic Inc., Pro)ectNo. P77456, dated March 19.
188a_
6,11ManufacWrLre product literature and installation
instructions dated January 2001.
7.0 CONDITIONS OF USE
The ICC-ES Subcommittee for the National Evaluation
Service finds that the Alma Vinyl Siding and the Mastic
Vinyl Siding descnbedintfds reportcomplleswiththe 2000
International Budding Codes, the 2000 intemadonal
ODde/1999, the 1999 Standard Building Codeo, 1997
Unifomr Building Codem and the 1998 intemadonal one
and Two FamilyOWalift Code®, subject to the following:
7.1 Alma and Mastic vinyl siding shall be installed in
accordance with ASTM D4766.94 and the marrufeo.
turer•s Written Installation Instruction subject to the
conditions of this report
7.2 The siding shall be installed over solid sheathing
covered with an a minimum ofone layer of a wealner-
resistive barrier compiymg with the requirements of
the applicable code.
7.3 In jurisdictions adopting the international Bung
Code, Ote installation of the Siding shall be in accor-
dance With Section 1409.1 of the 2000 lntenrabonel
Budd/ngCode, wherethedesign wind pressure on the
siding does net exceed the alowable values stated in
Table 2. The archgedurat trim shall be llmited to 10
Percent of the exterior wall surface where the fire
separation distance is 8 R (15244 mm) or less.
Additionally, the architectural trim shall be limited to
40 ft r112.2 m) in heightabove grade when Installed on
buildings of Type 1, %-111, and IV construction.
7.4 In jurisdictions adopting the BOCA National Bulking
Code, the Installation of the siding shall be limited to
areas where the design wind pressure on the siding
does not exceed the allowable values stated in Table
2. The architectural trim shall be limited to 10 percent
Of the exterior Wall surface where the fire separation
distance Is 5 It (15244 mm) or less. Additionally, the
architectural trim shall be limited to 40 R (12.2 m) In
height above grade when installed on bWidings or
Type 1, 2, 3, and 4 construction.
75 In jurisdictions adopting the Standard Building Code
the installation of the siding shall be limited to areas,
Where the design wind pressure on the siding does
notexceed ate allowabievalues stated in Table 2 and
Is permitted for use on all construction types.
7.6 In jurisdictions adopting the lntemauenal Residen&I
Code. the installation of the siding shall be Installed in
accordance with Table R703A and Ilmhed to areas
where the basic wind speed does not exceed the
allowable values sued in Table 2.
7.7 Exterior walls shall be braced in accordance with the
applicable code_
7.6 Face nailing of the siding panels is prohibited (except
Where specifically identified In the manufacturer's
Installation instructions).
7.9 Bacidng surfaces shall be noncombustible for all
mnafrucdon types, except for buildings of Type 5(V)
const action in jurisdictions adopting the BOCA
National Building Code, intemadonalBuilding Code,
Uniform Building Code ,and Type V1 In judsdictioris
adop ft the Standard Building Code.
7.10Mtntmum fire Separation distance for Alcoa and
Mastic vbtyf siding Is 15 % (4.5 m).
7,11Thr3 report is subject to periodic reexamination. For
information on the current status of this report, con.
tact the ICC-ES.
This reportis subject to m-examination In one year.
Page 3 of 4 MER4M
*mm a "
Product
Product
Product
Product
Product
Net Free
Name .
Code
Description
Ertposura
Thickness
Length
Area
THE FOLLOWING MATERIALS ARE DISTRIBUTED UNDER THE Alcoa Homo Exteriors, Inc. NAME IN THE
- "ALCOA SERIES VINYL Saw LINE -
Super-V 8" Horizontal
AV8T
Horizontal square edge lap siding
8'
.048'
lZ-W
NA
Super-V Double 4' Horizontal
AV44T
Horizontal square edge lap siding
84
044"
lZ-W
NA
Super V Double 5• Hprlmnlal
AVbST
. Horizontal square edge lap siding
10"
044•
12'40
NA
8u aV Double 5" VOYmW
PVS10N
ertical'1/" grooved lap siding
10"
.044'
12-0'
NA
HlghlatWs Foils Double 4' Horzontal
HF40'
Horizontal.square edge by siding
8"
.0444
12-61
NA
Highlands Falls babble 4 -1/2" Dutch Lap
Horizontal
HFD45
Horizontal Dutch lap siding
9"
.044"
12'-1"
NA
Highlands Falls Double 5` Horizontal
HF60
FFO tal square lap siding
10°
1 .044"
12'4`
NA
Liberty Double 4" Horizontal
L44T
I-bri mtel square edge lap siding
s"
.048"
121-8"
NA
Liberty Double 5• Horizontal
L55T
orizcnW square edge lap siding
10"
.048-
12'-W
NA
Liberty Double 5" Olde Dutch
Lb55T
Horizontal Dutch lap siding
10"
.0480
12'-W
NA
Lake Forest Premier Double 4" Horizontal
LFP40 _
Horizontal square edge lap siding
8'
044•
12-6"
NA
Lake Forest Prcmkr Double 4K° Dutch
Lap HorizontalHorizontalLFPD45
Horizontal Dutch lap siding
g°
.044'
12-1"
NA
Lake Forest Premier Double 5" Vertical
LPP10N
ua ordeal sqre edge lap siding
low
.048"
12%0'
NA
Grand Sierra Double 4" Horizontal
G 440
Horizontal square edge lap aiding
8"
.048"
121-0"
NA
Grand Sierra Double 4 %" Dutch Lap
GSD45
Horizontal Dutch lap P siding
On
.046"
12.10
MA
Grand Sierra Double 5' Horizontal
GS50
Mod=ntal square edge lap siding
10"
.C46`
12'-0"
. NA
Silhouette Triple 3" Horizontal
STV3
ntal square edge lap siding
g°
.044"
IZ-0'
NA
Suhoueft Double 4" Horizontal
STV44
orizontal square edge lap siding
8"
.044"
12' W
NA
SOiwuette Double 5° Outolt lap Horizontal
ST1055.
Horizontal Dutch lap siding
10,
-044..
112t0"
NA
Silhouette 6-112" Beaded Horizontal
S7VB55
orizontal siding
8"1/2"
'048"
1"" INA
Silhouette e" Horizontal
srvno
Hotzontal siding
B"
.048
12' 6"
ryq
Trademark Double 4' Horizontal
TMR40
Horizontal square edge lap siding
9"
.040"
12'-6"
NA
Trademark Double 5" Horizontal
TMRSo
Horizontal square edge lap siding
10"
040"
t2'-0`
NA
Tredematk Double 4-10 Dutch Lap
Horizontal
TMRD45
Horizontal Dutch lap siding
91
.040"
12-1-
NA
Meadowbrook Double 4' Horizontal
M340
0rtzontal square edge lap aiding
8•
.042"
121-V
NA
Meadowbrook Double W Horizontal
MB60
Horizontal square edge lap siding
10•
.042`
12'-0'
NA
Meadowbrook Double 41/2' Dutch Lap
HorizontalMBD45
Horizontal Dutch lap siding
9"
.042"
12L1"
NA
Meadowbrook 8-1/2-Beaded
M8965
Horizontal siding
6-1/2".
.042`
12�"
Nq
Mill Creek Double 4' Horizontal
MC40
Horizontal Square edge lap siding
a"
.040"
12'4i•
NA
NNI Creek Double 4" Dutch Lip Horizontal
MCD40
orimrrtal Dutch lap aiding
8"
040°
12'4"
NA
Mitt Creek Double 5" Horizontal
MCfiO Horizontal
equate edge lap tiding
10'
,040"
12'-0"
NA
Mill Creek Double 5" Dutrh Lap Horizontal
MCD50 Horizontal
Dutch lap siding
10"
.040'
12L0"
NA
Pro-SedTM Soffit and Vertical%wins
pg580N Nort
Vented soffit and vertical
8"
sldi
.040P
12'$'
zero
PrO-Tech Plus® Triple 40 Soffit and
VertiraiWainscot
Non
P7512N
-vended soffit and vertical
12"
IZW
iding
.040"
zero
Pro -Tech Plus@ Triple4" Vented So1Bt
PTS12V Triple
soffit panel with slotted vents
t2°
,04M
17-0"
5ndro per
Pro -Fit® Double 8" Non -vended Soffit
MVS12N12 Double
non -vented soffit
care foot
panel
12"
.040•
12'-0"
zero
Pro-Fit(l)Double 6" Vented son12.8
MVS12V12 Double
vented soffit panel
12"
.040•
12'-0"
square
inches per
Pro Select Double S• Soffit
PSS10N Double
non -vented soffit panel
10'
,ow
12-0`
square foot
zero
Pm -Select Double 5' Venter Soffit
PSS10V
uble vented soffit panel
10"
046P
12,-W
7.53 are
Inches par
per
care foot
Page 4 of 4
HER-638
Timor n 1. ..-_..
Product Product Product Y
Product JProcluctj Net Free
Nam® Code Description P.itposuro Thickness I Length Area
-FOLLOWING
THE MATERIALS Aft DISTRIBUTW UNDER THE Alcoa Home E deriom, tne. NAME IN THE
- "MASTICTM SERIES VINYL SIDING" LINE
Brentwood Double 4" Horizontal
BW40
Horizontal square edge lap siding
8°
.040"
12'-8•
NA
Brentwood Double 5' Horizontal
BW50
Horzontal square edge lap siding
10"
A40•
12'-0°
NA
Brentwood Dutch Lap Double 4-1/2•
Horizontal
DBW45
Horizontal Dutch lap siding
9•
.0400
12'-1'
NA
Carvedwmd 2 Double 4' Horizontal
C1N240
Horizontal square edge lap siding
8"
.0/.42'
12'-6•
NA
Carvedwood 2 Double 5' Horizontal
CW250
Rortzontvl square edge lap siding
10'
.042"
12'-0°
NA
Carvedwood 2 Double 4-1121 Dutch Lap
CW21745
HorlmMa! Dutch lap
p siding
94
.042•
12,1"
NA
Carvedwood 2 Triple 3' Horizontal
CW2soS
Horizontal square edge lap sIdI
9•
.042"
12'-1•
- NA
Carvedwood 2 Double V Hodzotdal
7W240S
Horizontal square edge lap sidirm
6•
121-"
Carvedwood 6-1/0 Beaded Horizontal
CW865
40fizontal siding
6.1l2"
1 .042'
.042"
12'4•
NA
NA
T-lckO Barkwood Double 4" Horizontal
WGV40
Jorizontal square edge siding
8•
048•
1Y-8"
NA -
T lokrat Borkvuood Double 5` Horizontal
WGV50
Horizontal square ed a siding
Cr1
048°
tr-o°
NA
T-bkO tweed Double 5° putch LeD
Horizontal
zontal
DWGV60
Horizontal Dutch lap slding
to' -
.oar
12'-0•
NA
T-lokO Barkwood Trpla 2-2/3' Horizontal
WGV3266
Horizontal square edge siding
6'
.o46•
12lZ
NA
T-IpkO Barkwood 8• Horizontal
WGV90
lap siding
6"
04a"
t2'$•
NA
Quest 3 Doubts4• Horizontal
QT40
RIIonkl
nal square edge siding
8'
044'
12'�°
NA
Quest 3 Double 5" Horizontal
QT50
fa! square edge siding
10"
044"
1Y-0•
VA
Quest 3 Double 4-1lL'Horizonte!
QTD45
tal square ed a sidf
9'
0q4'
1Y-1°
NA
Not -to Yable 1.
(1)1 inch equals 25A mmhnetem it in. = 26A mm)
(2)NA equals Not Applicable
TALI e 9
Product Type
Locking
System
Design Test
Pressure
Allowable Design Wind Pressure
Allowable Design Pressure
Over Open Studs
Over Sheathing")
Barkwood
T Iok
40Ibr/h' (195 kg/m')
- 23.3 psf 1.12 kPa)
46.7 psf (2.24 kpa) -
Quest 3
T°l 0k
76 W/W 366 kWfn2)
522 psr (2.5 kPa)104.4
psf (5 kPa)
CaAMdWyood Series 2
T'Lok
701bVW (341 kg(m')
36.7psf (1.76 kpa)
73.3 psf (3.5 kPa)
Brentwood
Took
40 Ibf/fP 195 kg/m')
23.3 psf (1,12, kPa)
46.7 psf 224 kPa)
Grand Sierra
rLok
76 Wife (366 kg/m')
52.2 psf (2,5 kPa)
104.4 psf (5 kPa)
Lake Forest Premier
T40k
40 Ibf/I12 (196 kg/m)
23.3 psf (1.12 kPa)
46.7 psf (2.24 kpa)
Lbberty Elite
T lok
40 IbW (195 kgfe)
23.3 psr (1..12 W2)
46.7 psf (224 kPa)
Mill Creek
T-lok
40Ibff a (195 wirni)
23.3 psf (1,12 kPa)
'46.7 psf (224 kPa)
Meadowbrcok
T-1ok
40 lKff (195 kg(mz)
23.3 psf (1.12 kPa)
46.7 psf, 224 kPa)
Trademark
T-krit
40 Ibf/A2 (195 kgfm')
23,3 PSf (1.12 kPa)
46,7 psf (2.24 kPa)
SilhouetteT4ok
40 IbtW (195 kgdn2)
23.3 psf (1.12 kPa)
48.7 pef 224 kPa)
Highland Falls
T-lok
40 I6flfta 19511/q/m=)
23.3 psf (1.12 kPa)
46.7 psf (2.24 kPa)
Super-V
T-fok
to lb►/h2 (195 kg/ma)
23.3 psf (1.12 kPa)
48.7 psf (2.24 kPa)
Nn%om fr. T.M. 9.
-
(1)Thq extedorwall shall be soildlq sheathed with an approved structural sheathing material capable of resisting a transverse design wind
load as indicated above.
(2)Refer to the manufacturer's Installation instructions for a description of the locking system.
AI LOWABL$ D2$10
PRESSIt S IN PSF
ALCOA
i
EA Wl I All IN INCHES
SOMFITTYPE
13"
15"
is"
21"
f IIUMI, Cf t1MINUn1)
+93.0
+7.5
+58.1
+48,
+
12'.RAL9 SVGSZN?A.6Voin7A
-813
.63.3
-525
-43,3
-37.4
T
�' NAn5'
+93.0
4.71.5
+58.1
+48.9
+413
AL '•
-165
-127
-103
-86.7
-74.8
SWG14420144.3VGVJZM44
+78.3
4.60.2
+41.2
+ ,
4TffMA-0A��' S
, -691A
+9 .0
-53.4
+71.5
•43A
+58.1
-36.5
+48.9
-31.5
+47-3
SAS12219.LPAS12229.5,191MA
LCAM2319. LFAS22319
-g2,3
-63.3
-51.5
-43.3
•37A
AL 16 ,
SA516A19. LCA826420,
+93.0 .
- 3
+71.5
-47.5
r +5 .1
1 38_6
+48.9
+42.3
ALU�ZUARD 1r,_
SAM2216, LPASL216, SA312316.
+7.3
2
+4&9
-325
+41.2
-2&1
+35.6
Lc5S12316,LIZAS12316
-69A
-53A
-43A
-365
-315
evsl�v.aysloN.
+/� 1,2
W-47.0
+/-38.
+-32.2
+/-27.8
10". S
HVS10V, HV510N
+/-102
+/-7&4
.6
+1-5' .6
a ,4 .
Pa ', -
PBSSON, Pb560V
+'
+/-53.5
+/-03
+/-36.6
+1.3C
o s B
srAPPRS80N Pa
iss ssov '
+1-11
+/ 89.1
+/-7L4
+/-60.8
+F52,7
)SD', NAILS
PS510N Psslov
44 3.9
+�
+1.40.0
+- 7
�
- .1
MNYU Iw.
" PSS20N,P3310v
t1-107
+ • 2.1
+/-66.8
+156.1
:H .4
RO. 12•, ;
PTS12. P7`S12V. P7512Cv
+1-463
+/ 35.6
+/ 29,0
+i-24.4
12", STAlM
PTs12td PTs12v, m22cv
+T77.0
+159A
+/•48.3",+r'-40
+/.35.1
L u , S
OVs12N Uvs12.p, PVs12CP
+/-41.
+/-3Z.1
t-
V UVS1'I2N. LVIWM 12, S.
UvsW312P. WSMCP
+1S .2
+I.4 .4
+1.36.6
+1-31.
T 6 AEKSV a
711A151DN,TRM310V
+/-35.6
+/-42.8
+/-3a,9
+i-29.3
+/-25
7'RAD6 I 1 IV, APtPS
72LM510N, TRMS10v
+F9 .8
+/7YS
+/•58.0
+- I
+/-421
C ,RAL OAT ,3
1. DESIGN PRESSURES LIS= IN TABL2 ARE BASED ON
A COMPARATNE ANALYSES DONE IN HR FNCTDM No ,
INC. PROJECT 0 SOW4 AND ARE IN CONFQRX NCE WPPH'
FLOWDA BUILDING CODE 2004. SECTION 1609 "WIND LOADS-.
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WIND LOADDESIGNPHESURY380NSOFPiTS.