INSPECTIONS
PREPARED 6/26/09, 13:58:00 INSPECTION TICKET PAGE 9
Harnett County INSPECTOR: IVR DATE 6/29/09
ADDRESS . : 285 AUTUMN BREEZE IN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR ALCO CONTRUCTION PHONE : (919) 524-2164
OWNER GREGORY MORGAN PHONE : (919) 552-8869
PARCEL 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL(SFD)
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 60X58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
-101 01 6/29/09 R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
~oq
COMMENTS AND NOTES
PREPARED 7/06/09, 14:18:17 INSPECTION TICKET PAGE 1
Harnett County INSPECTOR: IVR DATE 7/07/09
- -
ADDRESS : 285 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR ALCO CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE : (919) 552-8869
PARCEL 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
- - - - - -
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 60X58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
- - - - - -
-101 01 6/29/09 BS R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
6/29/09 AP T/S: June 29, 2009 11:52 AM BSUTTON
A814 01 7/07/09 TI ADDRESS CONFIRMATION VRU 001790583
8103 01 7,/07/09 TI R*BLDG FOUND & TEMP SVC POLE TIME: 17:00 VRU 001790906
/ 1,L q _ T/S: 07/06/2009 02:18 PM JBROCK
COMMENTS AND NOTES
PREPARED 7/14/09, 13:59:20 INSPECTION TICKET PAGE 9
Harnett County INSPECTOR: IVR DATE 7/15/09
- -
ADDRESS . : 250 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR ALCO CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 60X58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
- - - - -
-101 01 6/29/09 BS R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
6/29/09 AP T/S: June 29, 2009 11:52 AM BSUTTON
A814 01 7/07/09 TW ADDRESS CONFIRMATION TIME: 17:00 VRU 001790583
7/08/09 AP 250 AUTUMN BREEZE LN
FUQUAY VARINA 27526
T/S: 07/08/2009 09:49 AM TWARD
B103 01 7/07/09 BS R*BLDG FOUND & TEMP SVC POLE TIME: 17:00 VRU 001790906
7/07/09 AE T/S: 07/06/2009 02:18 PM JBROCK
Clean exterior of foundation down to footing, apply
damproofing, and leave open. Will check at open floor
inspection
B105 01 7 /09 T~ m, R*OPEN FLOOR VRU 001794491
A0 `0 VOICE MESSAGE LEFT
COMMENTS AND NOTES
PREPARED 8/11/09, 13:58:23 INSPECTION TICKET PAGE 4
Harnett County INSPECTOR: IVR DATE 8/12/09
ADDRESS . : 250 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR ALCO CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 6OX58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
-
-101 01 6/29/09 BS R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
6/29/09 AP T/S: June 29, 2009 11:52 AM BSUTTON
A814 01 7/07/09 TW ADDRESS CONFIRMATION TIME: 17:00 VRU 001790583
7/08/09 AP 250 AUTUMN BREEZE IN
FUQUAY VARINA 27526
T/S: 07/06/2009 09:49 AM TWARD - -
B103 01 7/07/09 BS R*BLDG FOUND & TEMP SVC POLE TIME: 17:00 VRU 001790906
7/07/09 AE T/S: 07/06/2009 02:18 PM JBROCK
Clean exterior of foundation down to footing, apply
damproofing, and leave open. Will check at open floor
inspection
B105 01 7/15/09 BS R*OPEN FLOOR VRU 001794491
7/15/09 AP VOICE MESSAGE LEFT
T/S: July 15, 2009 12:22 PM BSUTTON
R425 01a FOUR TRADE ROUGH IN VRU 001806306
Call me if you have any issues - 919-669-8640 or
919-552-2200.
COMMENTS AND NOTES - -
PREPARED 8/19/09, 14:00:38 INSPECTION TICKET PAGE 5
Harnett County INSPECTOR: IVR DATE 8/20/09
- - - - - -
ADDRESS 250 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR ALCO CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL 06-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 60X58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
B101 01 6/29/09 BS R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
6/29/09 AP T/S: June 29, 2009 11:52 AM BSUTTON
A814 01 7/07/09 TW ADDRESS CONFIRMATION TIME: 17:00 VRU 001790583
7/08/09 AP 250 AUTUMN BREEZE LN
FUQUAY VARINA 27526
T/S: 07/08/2009 09:49 AM TWARD
B103 01 7/07/09 BS R*BLDG FOUND & TEMP SVC POLE TIME: 17:00 VRU 001790906
7/07/09 AE T/S: 07/06/2009 02:18 PM JBROCK
Clean exterior of foundation down to footing, apply
damproofing, and leave open. Will check at open floor
inspection
B105 01 7/15/09 BS R*OPEN FLOOR VRU 001794491
7/15/09 AP VOICE MESSAGE LEFT
T/S: July 15, 2009 12:22 PM BSUTTON
R425 01 8/12/09 FOUR TRADE ROUGH IN VRU 001806306
8/12/09 DA Call me if you have any issues - 919-669-8640 or
919-552-2200.
1. Need paper on garage gable 2.Switch wires at side door
pinched with OSB above ceiling. Notch OSB around wiring. 3.
Plumbing drain must be strapped 4' OC. All plumbing tests
ok to drop. OK to side/insulate
1129 01 8/19/09 TI R*INSULATION INSPECTION VRU 001808278
8/13/09 CA
R425 02 8/19/09 TI FOUR TRADE ROUGH IN VRU 001808260
8/13/09 CA Call if you have questions- 919-669-8640
1129 02 8/20/09_ TI R*INSULATION INSPECTION VRU 001809128
zjC-0
R425 03 8/ /09 TI - FOUR TRADE ROUGH IN VRU 001809110
- COMMENTS AND NOTES
ICS E N E IN{. T6747 Campo Rd., Missi, ntario, 1-5N 20, Caada
el: 905-363-41040 • Toll Free U800-758--7325 * Fax: 905.363-0102
October 24, 2007
Foam Worx Insulators, LLC.
1212 Home Court
Raleigh NC, 27603
Attn: Mr. Rich Brown, Sales Team Leader
Re: Thermal Performance of Icynene®
The International Energy Conservation Code, (Chapter 4), allows for the use of the
performance approach in approving insulation thickness. Compliance with this chapter
requires an analysis of the annual energy usage.
The Icynene Engineering Department has performed numerous energy analyses for new
construction and retrofit projects. Icynene uses REM/Design software developed by
Architectural Energy Corporation from Boulder, CO. Attached is their letter regarding the
code compliance capability of the software.
Icynene® is a thermal insulation and an air barrier material. It provides improved energy
performance as a result of convective heat flow control. The air seal advantage of
Icynene® provides improved energy performance over much higher R-value insulations
that are air permeable.
When The Icynene Insulation System® is installed in accordance with the
manufacturer's installation instructions to thickness of 3" in walls and 5" in roof/ceiling
application it will provide energy performance equal to or better then R-19 and R-30,
respectively, with mineral fiber insulation.
If you require further information please do not hesitate to contact the writer.
Yours truly,
Viktor M. Ginic, P. Eng.
Building Science Engineer
vginic@icynene.com
The Icynene Insulation System®
The Economic Thickness of Thermal Insulation
The conventional method of evaluating the performance of insulation is to measure the R-value,
the conductive heat flow resistance of the material.
The measurement of conductive heat flow resistance is made using the heat flow meter
apparatus. This test procedure (ASTM C-518) measures the thermal conductivity of insulation
material. In this test, one side of the specimen is heated to a specific temperature and after
steady state heat flow has been reached, the temperature on the opposite side is measured.
Through this temperature measurement the R-value is calculated. The outside surface of the test
apparatus and the specimen is sealed and insulated to minimize the heat loss through the edge
and eliminate the effects of any convection or radiant heat flow. This measurement solely defines
the conductive heat flow resistance of the insulation material, the R-value.
Once the R-value of an insulation material is determined, the heat flow through it can be
calculated using Fourier's steady-stale heat flow equation.
Q=AXAT
R
Where:
Q = Rate of heat flow, BTU/hr
A = Area, ft2
AT = Temperature differential, ° F
R = Resistance to heat flow, hr.ft2 ° F/BTU
This equation is used to calculate the benefit of increasing the thickness of any type of insulation
as long as there is no air movement (convective heat transfer) through the insulation.
As an example, consider 1000 ft2 of insulated area with a temperature differential of 400F. Let
us include the outside air film at R-0.2 and the inside air film at R-0.7. The total R-value before
the application of any insulation is 0A. Increasing the insulation thickness by 1" increments at R-
3.6/inch provides the following heat flow rates as shown in Figure 1.1 & 1.2.
Diminishing Heat Flow with Increasing Insulation Thickness
50000
100%
45000
40000
35000
30000
25000
LL
20000
= 15000
10000 20%
5000 49~ 9% e e
0 1 2 3 4 5 6 7 a 9 10 11 12
Thickness of Insulation (Inch)
Figure 1.1: Percentage of total heat flow
Total Heat Flow Reductionwith Increasing Insulatlon Thickness
100 94% 95% 98% 97% 97% 97% 981/ 98% 98%
89% 92%
90
^0 80%
90
c
70
`u
m 80
50
4
LL 40
A
= 30
m
0 20
F-
10
0
0 1 2 3 4 5 8 7 8 9 10 11 12
Thickness of Insulation (Inch)
Figure 1.2: Percentage of total heat flow reduction
In Figure 1.1, we can see that the first 1" of insulation reduces the heat flow to 20% of the total
and at 5" of thickness, the heat flow is reduced further, down to 5% of the total. In looking at
Figure 1.2, we see that increasing the insulation thickness from 6" to 12" only provides an
additional heat flow reduction of 2%. Doubling the insulation thickness (R-value); doubling the
cost; only provides a modest 2% increase in heat flow reduction. Based on this observation, it is
very difficult to justify the additional cost of adding insulation thickness beyond 5".
The Icynene Insulation System® fills any shaped cavity and adheres to almost all materials,
thereby, forming an insulation layer with very low air permeance. Air flow is eliminated and for
this reason, conductive heat loss can be used as a sole criterion for establishing insulation
thickness with Icynene.
As shown in Figure 1.2, insulation material with R-value of 3.6 per inch blocks out 95% of
conductive heat flow within the first 5 inches of the material. Thickness beyond this point would
bring more reduction in heat flow but it would not be economically justified since the returns on
additional R-value have greatly diminished.
REDUCE AIR INFILTRATION - REDUCE ENERGY USE
REDUCE EQUIPMENT SIZE
In the case of insulation material with significant air permeance, conductive heat loss should not
be the only criterion used for establishing insulation thickness. Convective heat loss must be
considered as well, particularly when a substantial latent load is involved.
Oak Ridce National Laboratory (ORNU conducted an experiment' to determine the efficiency of
a roof assembly insulated with low density, loose-fill fiberglass insulation and discovered that up
to 50% of the heat loss occurred as a result of convection; air circulation through the insulation.
This result showed that the air-permeable insulation had lost its anticipated thermal performance
level by halt and that convective heat transfer had a significant negative impact on insulation
performance.
1 ORNL's Building Envelope Center: Fighting the Other Cold War
URL: http://www.oml.gov/OPNLReview/rev26-2/texYummain.htmi
The importance of reducing air infiltration can be easily demonstrated by analyzing the energy
consumption for heating and cooling houses that have different R-values and air infiltration rates.
The following evaluation was generated using the REM/Design energy analysis software. This
evaluation deals with three identical houses, located in different North American cities with three
different levels of insulation and air-infiltration. The house design is fully detached, has
approximately 3,500 sq.ft. conditioned area with two stories and a fully conditioned basement.
The first is a Typical house with an air permeable insulation installed at R-19 in the walls & R-30
in the ceiling according to the general building code requirements and an air infiltration rate of 0.6
ACH at natural pressure.
The second house has the same insulation material with a Higher R-value, R-43 in the ceiling &
R-19 in the walls and an air infiltration rate is kept at 0.6 ACH at natural pressure.
The third is an Icynene house with R-11 in the walls, R- 18 in the ceiling and an air infiltration of
0AACH at natural pressure.
Heating and cooling costs and the required heating and cooling equipment capacities for each
house are plotted on the following graphs. The utility rates are set at $0.08 per kWh for
electricity and $0.50 per Therm for natural gas.
Figure 2.1 shows the energy costs for heating in several different cities throughout Nonh
America. The heating costs are compared for the three different insulation systems. It can be
seen that savings on heating cost reached up to 40%-50% with Icynene® when compared to the
`Typical' and "Higher R-Value" insulation system. Also, the graph indicates that the colder the
climate, the greater the heating cost savings are with Icynene.
Energy Cost for Heating
900
000
700
800
tTypical
`m 500 --a-Higher R-value
400
u a 300 -l-Icynene
200
100
0
tCo
North American major cities
Figure 2.1
Figure 2.2 shows savings on cooling costs with Icynene. They provide savings of 25%-40%
over the "Typical" and "Higher R-Value" insulation system. The cities in a hot & humid climate
show greater savings due to the higher cooling demand and latent load.
Energy Cost for Cooling
800
700 -
600
500 -~Typlcal
m 400 -O-Hlgher R-value
6
p 300 tlcynene
200
100
0
?m Q~ ~eJ
~`cc. OF Oa~~ 1,10
North American major cities
Figure 2.2
As far as sizing heating and cooling equipment is concerned, Icynene provides a significant
reduction in both heating & cooling load due to its air sealing property. Figures 2.3 & 2.4 show
the equipment size required in these houses for heating and cooling. The graphs show that there
is a significant reduction in required capacity for both heating and cooling relative to "Typical"
and "Higher R-Value" systems. Often with Icynene, size reduction for heating equipment can
reach up to 50% and for cooling, it can be up to 40%.
Calculated Load for Heating
80
70
m o0
°m 50 --*-Typical
40 --M- Higher R-value
'u -A-Icynene
V 30
m 20
0
J 10
0
e6Py,~'~~~ --e ~o~O~ ?~O°y~oc Qr°eC` '0 4t'
North American major cities
Figure 2.3
Calculated Load for Cooling
50
45
40
m
35
m 30 0 Typical
5 25 $Higher R-value
u 20 -A-Icynene
v 15
A
0 10
5
0
SOC.
North America major cities
Figure 2.4
Icynene's air seal capability virtually eliminates convective heat transfer within the insulation and
reduces unwanted air leakage through the building envelope. This feature improves the
efficiency of the building envelope thereby reducing the heating and cooling costs and reducing
the size of HVAC equipment as outlined in figures 2.1 through 2.4. As a result lower operating
costs are realized and the cost of the operating equipment is reduced.
Often, air permeable insulation at twice the R-value gets used and still comes short of the
desired energy savings as shown in Figures 2.1 and 2.2.
The on-site spray applied application of Icynene provides an excellent air seal that ensures a low
air infiltration rate for the building envelope. This quality improves energy efficiency of the
building as demonstrated through the graphs above and in addition, the overall performance of
the building resulting in better sound attenuation, healthier indoor environment and enhanced
thermal comfort.
ARCHITECTURAL ENERGY
C 0 R P 0 R A I 1 .0 X
Integrated Engineered Solutions
S
r_
December, 2004 re7
RE: REM/Rater" and REM/Designim Software Energy Code Compliance Capabilities
To whom it may concern:
The REM/Rare and REM/Design home energy analysis software has been developed and maintained by Architectural
Energy Corporation (AEC) since in 1985. REMIRate is the most widely used home energy rating system (HERS)
software in the country and is also used by numerous electric and gas utilities for various efficiency programs, including
EPA's Energy Star Homes Program. REM/Design is currently in use at the National Association of Homebuilders'
National Research Center and by hundreds of homebuilders, designers, researchers, weatherization agencies, and
manufacturers throughout the country. The REM methodology for calculating annual energy consumption in residential
buildings is based on SERURES, detailed and widely validated building energy simulation software, developed at the
Solar Energy Research Institute (now National Renewable Energy Lab or NREL) in the early 1980s.
Both REM/Raie and REM/Design produce code compliance reports for the 1992, 1993, and 1995 Model Energy Codes
and the 1998, 2000, 2001, 2003 and 2004 International Energy Conservation Code. Reports are available to show
compliance via the Chapter 4 (Systems Analysis) and Chapter 5 (Component Performance) approaches.
The Chapter .5 compliance report, called the Uo Compliance Repon in the REM software. is self-contained. That is, all
of the data needed to calculate the overall Uo of the home is presented on the report. That, the calculation of the overall
Uo can be verified with a hand calculation. The Chapter 4 compliance report, call the Performance Compliance Report
in the REM software, is based on a simulation olr the annual energy use of the home, both for the proposed design, and a
standard he= as outlined in Chapter 4.
Over the years, AEC has been an active proponent of developing a procedure to verify the accuracy of energy code
compliance software. We have been in contact with numerous organizations including CABO (now the ICC) and the
U.S. Department of Enerbry (DOE), in an attempt to generate interest in developing a means for obtaining such
verification. Unfortunately, no energy code compliance evaluation method currently exists.
Several years ago, DOE through the Hone; Energy Rating System Council, developed voluntary technical guidelines for
the HERS industry. As a pant of those guidelines, the National Renewable Energy Laboratory developed the HERS
Building Energy Simulation Test (BFSTEST) which all software used by accredited HERS Providers must pass in order
to meet the guidelines laid out by the HERS Council. To pass the HERS BESTEST, the toot in question must produce
accurate annual heating and cooling loads for a number of runs designed to test the limits of the tool. The following
graphs show that the REM software passes the HERS BE.STEST.
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AEC has spent a substantial amount of time and money understanding the codes for which our software provides
compliance reports. When interpretive questions arise, authoritative sources arc contacted so that sound decisions can
be made. We have worked closely with the MEC and IECC technical committees, the Building Energy Standards
Program at Pacific Northwest National Laboratory, and the Building Code Assistance Project to ensure that the MEC
and IECC. requirements and assumptions have been faithfully and correctly implemented in the REM software.
The thousands of REM sofwam users throughout the country are testament to its reliability and accuracy. Every effort
has been made to ensure oho energy codes have been faithfully and accurately implemented in the software. f lowever, if
you should need further information regarding the code compliance capabilities of AEC's REM software, feet tree to
contact me.
Sincerely,
David R. Roberts, P.E.
Senior Engineer
ICYNENE® - Spray Formula
PRODUCT SPECIFICATION
Average insulation contribution in stud wall: low vapor permeable paint on the interior
2' x 4' = R13 2' x 6' = R20 drywall is adequate.
The Icynene Insulation System* provides Water Absorption Properties
ff- more effective performance than the
INC equivalent R-value of air permeable Icynrene' is hydrophobic and does not
insulation materials. Icynene' is not exhibit capillary properties. It does not
1. PRODUCT NAME subject to loss of R-value due to aging, wick and is water repellent. Water an be
windy conditions, settling, convection or forced into the foam under pressure
Icvrrene' and The Icynene Insulation air infiltration: nor is it likely to be because it is open ceded. Water will drain
System• are registered trademarks for affected by moisture related conditions. by gravity rather than travel horhontally
polyicynene insulation manufactured by A FACT SHEET with R-value data is or vertically through the foam. Upon
Icynene Inc. Icynene' spray formula is a available upon request. drying, thermal performance is frilly
112 lb density free rise, open celled material. restored.
Air Permeance/Alr Bawler /Air Seal
2. MANUFACTURER Acoustical Properties
The Icynene Insulation System' fills any
Icyriene• is made on site from liquid shaped cavity, and adheres to all materials, performance in a 2'x4' woad stud wall:
components manufactured by Icynene creating assemblies with very low air
Inc. Installation and on-site manufacturing permeance. No additional interior or STC Sound Transmission Class - 37
is supplied by independent Icynene exterior air infiltration protection is Hz Freq 125 250 500 1000 2000 4000
Licensed Dealers. necessary ASTM E90 19 30 31 42 38 46
3. PRODUCT DESCRIPTION Air permeability of core foam: NEC Noise Reduction Coefficient - 70
ASTM E283 data H& Freq. 125 250 500 1000 2000 4000
Icynene' insulates and air seals at the 0.0049 US-m' @75 Pa for 5.25' ASTM C423 .d .43 .89 .72 .71 .67
same time. Its performance is less 0.0080 L/S-m @75 Pa for 3.25'
installation sensitive than factory Actual performance is superior than
manufactured insulation materials. It is an N all buildings, adequate mechanical reported test results because of Icynene`s
effective "breathing" air barrier that can ventilation/air supply should be provided ability to control air leakage.
adjust with the building to maintain a seal for optimum IAQ (Indoor Air Quality).
against energy-robbing air leakage for the See ASHRAE Guidelines. Burn Characteristics
fife of the budding. Convective air Water Vapor Permea ace Icynene' will be consumed by dame, but
movement inside cavities is virtually will not sustain dame upon removal of
eliminated, providing more uniform Icynene' is water vapor permeable and the dame source. It leaves a charcoal
temperatures throughout the building. allows structural moisture to diffuse and residue. It will not melt or drip. It should
The result is superior quality dissipate. It will not entrap moisture in be applied in accordance with applicable
construction, with higher comfort levels
and lower heating and cooling costs materials to which it is applied, building codes.
.
Energy savings vary depending on
building design, location, etc. Water vapor transmission properties: I1 Ch
ASTM E96 data Surface Running xrCharacteristics of
Icynene' is applied by spraying liquid Icynene° ASTM E84
components onto an open wall, crawl 16 perms 941 ng/(Paa•mr) @ 3' (76mm) thick Flame Spread <20
10 perms 565 ng/(Pa•s•mr) @ 5' i127mm) thick Smoke Development <400
space or ceiling surface. There they
Fuel
expand 100: 1 in just seconds to provide a Contribution 0
flexible foam blanket of millions of tiny Because its low air e, Oxygen Index ASPM D2863 2392
air cells, filling building cavities and laden e is s not infiltrated moisture- N.Y. State Fire gas toxicity LCso-12
air. Computer modeling oing of moisture
laden
sealing cracks and crevices in the process.
It adheres to virtually all surfaces, sealing movement in walls using a program
out air infiltration. Excess material is (MOIST) developed by Doug Burch of the CANADA Specifications
easily trimmed WE leaving a surface ready National Institute of Standards and Comer Wall Test CAN4-5102 FSC3
for drywall other finish. Technology (MST) suggested that a ID Flame Spread 510530
perm rating was not required when Smoke Development 95-150
4. TECFINICAL DATA Icynene insulation was used, except in
(Based on Core Samples) climates as cold or colder than Madison,
Wisconsin (7500 Heating degree days).
I hernial Performance This conclusion was In general agreement
with other computer modeling of
Thermal resistance R/in. (R9/25mm) moisture movement in building envelopes
ASTM C518: R3.6 hr. ft- °F/BTU performed in Canada. In those situations
Rsi 0.62 m' °C/W that warrant a vapor barrier, the use of
Electrical Wlrlag 5. INSTALLATIONS 19. PACKAGING AND STORAGE
Icyuene* has been evaluated with both The Icynene Insulation Systemo is Packaging - 55 U.S. gallon open top steel
14/3 and 1212 residential wiring (max, installed by a network of Licensed drums
122°F/50°C). It is chemically compatible Dealers, trained in the installation of Component 'A' - 550 It. per dimm
with all electrical wiring coverings. Icyneneo. Installation is generally Base Seal* - Polyisocyanate MDI
independent of environmental conditions. Component'B' - 500 lb. per drum
Note: For any insulation of knob and It can be installed in hot, humid or Cold Sealo - Resin
tube wiring, please reference local freezing conditions. Surface preparation is
electrical code. generally not necessary Within minutes, storage
the foaming process is complete.
Corrosion Component A should be protected from
6. AVAILABILITY freezing.
Irvneneo did not cause corrosion when
evaluated in contact with steel under Check regional yellow pages or contact Component B can be frozen but must be
85% relative humidity conditions. Icynene Inc. at 800-758-7325 or our protected from overheating 020°F/49°C)
website at www.icvnene.com and prolonged storage above
Bacterial or Fungal Growth and 100°F/38°C. Component B separates
Food Value 7, WARRANTY during storage and should be mixed
thoroughly prior to use.
Independent testing conducted by Texas WHEN INSTALLED PROPERLY IN
Tech University has confirmed that ACCORDANCE WITH INSTRUCTIONS, I1. INSTALLATION
Icyneneo is not a source of food for THE COMPANY WARRANTS THAT SPECIFICATIONS
mold; and as an air barrier, Icyneneo THE PROPEFMES OF THE PRODUCT
reduces the airborne introduction of MEET PRODUCT SPECIFICATIONS AS Refer to the Icynene Installer's Manual
moisture, food, and mold spores into the OUTLINED IN THIS PRODUCT for expanded information,
building envelope. It has no food value SPECIFICATION SHEET.
for insects or rodents.
8. TECHNICAL
Environmental / Health / Safety
Icynone Licensed Dealers and Icynene Inc.
Icynereo contains no formaldehyde or provide support on both technical and
volatile organic compounds. It has been regulatory issues. Architectural
thoroughly evaluated for in-situ emissions specifications in CSI 3-Part format are
by industry and government experts. available upon request.
VOC emmissions are below 1/100 of the
safe concentration level within hours 9, RELATED REFERENCES
following the application of Icynmeo. A
24 HR waiting period is recommended All h real properties were determined
physical
for highly sensitive people prior to
through testing by accredited third party
occupancy. agencies. lcynene Inc. reserves the right to
change specifications in its effort to
Not intended for exterior use. Not to be enhance quality features. Please confirm
installed within 2' (50 mm) of heat that technical data literature is current.
emitting devices, where the temperature
is in excess of 200°F(93°C).
ICYNENEM
The Icynene Insulation System°
Healthier, Quieter, More Energy Efficienr
Telephone: 905.3 63.4 040
Toll Free: 800.758.7325
Facsimile: 905.363.0102
Website: vdww.icynene.com
E-mail: inquiryPicynene.com
7ro3msA
I
it
8 ES R-1826
REPORTTM Issued May 1, 2008
This report is subject to re-examination in one year.
ICC Evaluation Service, Inc. I tlusines4Regional Office a 5360 Workman Ml Road, Whaler, Cal'b'ua 90601 • (562)699°51'
W W W.ICC~S.O fq ~~d Olr¢° a g00 Montclair Road, Suite A, Binni gram. Alabsna 35213 • (205) 5999800
Regional Once a 4051 West Flosssmoor Road, country Oub Hills, llGnois 80478 • (708) 799-2705
DIVISION: 07-THERMAL AND MOISTURE PROTECTION shelf Irfe of six months. Gold Seal° must be stored at
Section: 07210-Building Insulation temperatures below 100'F (37.8'C), and has a shelf life ofsix
months.
REPORT HOLDER: 3.2 Surface Burning Characteristics:
ICYNENE, INC. When tested in accordance with ASTM E 84, at a thickness of
6747 CAMPOBELLO ROAD 5.5 inches (140 mm) and a nominal density of 0.5 pcf (8
MISSISSAUGA, ONTARIO L5N 21-7 kgtm'), the Icynene Insulation Systems has a flame spread
CANADA index of 25 or less and a smoke-developed index of 450 or
(800) 758-7325 less.
www,icynene.com 3.3 Thermal Resistance:
EVALUATION SUBJECT: The Icynene Insulation Systems has thermal resistance (R-
values) at a mean temperature of 75'F (24'C) as shown in
ICYNENE INSULATION SYSTEM° Table 1.
3.4 Air Permeability:
1.0 EVALUATION SCOPE Based on testing in accordance with ASTM E 283, the Icynene
Compliance with the following codes: Insulation System° is considered air-impermeable.
is 2006 International Building Code° (IBC) 3.51ntumescent Coatings:
•2008 International Residential Code® (IRC) 3.5.1 FireFree 88: FireFree 88 is a water-based intumescent
• 2006 International Energy Conservation Code° (IECC) coating manufactured by International Fire Resistant Systems,
Inc. FireFree 88 is supplied in 5-gallon (19 L) buckets and has
• Other Codes (see Section 8.0) a shelf life of one year when stored in a factory-sealed
Properties evaluated: container at temperatures between 35'F (1.7'C) and 85'F
(29`C).
• Surface burning characteristics 3.5.2 SafeCoat Latex: SafeCoat Latex Fire Retardant Coating
• Physical properties is a latex-based intumescent coating manufactured by Magna
Coatings Technology Inc. SafeCoat Latex is supplied in 1-
•Thermal performance (R-values) gallon (3.8 L), 5-gallon (19 L) and 50-gallon (189 L) quantities
is Attic and crawl space installation and has a shelf life of 24 months when stored in a factory-
sealed container at temperatures above 50'F (10'C).
• Fire resistance
3.5.3 Aldocoat 757: Aldocoat757 intumescent ignition barrier
• Air permeability coating is awater-based acryliccoating manufactured by Aldo
2.0 USES Products Company, Inc. Aldocoat 757 is supplied in 5-gallon
(19 L) pails and 55-gallon (208 L) drums and has a shelf life
The Icynene Insulation Systems is used to provide thermal of six months when stored in a factory-sealed container at
insulation in buildings and to seal areas such as plumbing and temperatures between 40'F (4.5'C) and 90'F (32'C).
wiring penetrations against air infiltration, in Type V 4 0 DESIGN AND INSTALLATION
construction (IBC) and dwellings under the IRC. The Icynene
Insulation System may be used in fire-resistance-rated 4.1 General:
construction when installed in accordance with Section 4.5.
The manufacturer's published installation instructions and this
3.0 DESCRIPTION report must be strictly adhered to and a copy of these
3.1 General: instructions and this evaluation report must be available on the
jobsite at all times during installation.
The Icynene Insulation System° is a low-density, open-cell, 4.2Application:
polyurethane foam plastic insulation and air barrier system
that is 100 percent water-blown with an installed nominal The Icynene Insulation Systems must be applied using spray
density of 0.5 pcf IS kg/m'). The Icynene Insulation Systems equipment specified by Icynene, Inc. The Icynene Insulation
is a two-component, spray-applied product. The two Systems must not be used in areas which have a maximum
components of the insulation are Base Seats, a service temperature greater than 180' F (82' C). The foam
polyisocyanale, and Gold Seats, a resin. Base Seats must be plastic must not be used in electrical outlet or junction boxes
stored at a temperature of 50'F (10'C) or greater, and has a or in contact with rain or water, and must be protected from
~{tEPOf1Ta^ arena;W De carunuM as reprarwrung aulheecr ar arrya,hwalnrD,as„rot ParrAeauy oddra„ed, ,ror are rheyroDe carunued o, nn
.,,nw„m.ar finerab~.,l f;h.re➢ora,arerommeMa;iomf iu rnc7sonE,wwannerv yrmennm,orr s,~;e., r«..a p..,r or; vood a,raarrl+dLrg I
or alhwmnrtw in Chia reJrort, ar a, to m!v➢rrodun ra.ered by rho report
we,uWA~
Cepynght 0 2008 Page 1 of 4
Page 2 of 4 ESR-1626
the weather during and after application. Where the Icynene described in Section 4.4.1. The intumescent coatings must be
Insulation System° is used as an air-impermeable barrier, installed in accordance with the coating manufacturers
such as in unventilated attic spaces regulated by IRC Section published installation instructions. Aldocoat 757 coating must
R806, the insulation must be installed at a minimum thickness be spray-applied at a rate of 1 gallon per 100 ft' (0.00025
of 3.5 inches (89 mm). The lcynene Insulation Systemecan be Um~. Safemat Latex must be spray-applied at a rate of 1
installed in one pass to the maximum thickness. Where gallon per 80 ft' (0.00031 Um2). See Figure 1.
multiple passes are required, the cure time between passes 4.4.2.4Assembly No. 38: The lcynene Insulation System° is
is negligible. The lcynene Insulation Systeme must only be applied to the underside of the roof deck between rafters in
installed by licensed dealers, certified by lcynene, Inc., to attics, and to the underside of the floor deck between floor
install the lcynene Insulation System'. joists over crawl spaces, to a maximum thicknessof 10 inches
4.3 Thermal Barrier: (254 mm); and to vertical wall surfaces to a maximum
The lcynene Insulation Systems must be separated from the thickness of 6 inches (152 mm). The insulation is covered with
interior of the building by an approved therm al barrier, such as FireFree 88, described in Section 3.5. The intumescent
mating must be installed in accordance with the mating
/i inch (1 m gypsum wallboard installed using manufacturer's published installation instructions. FireFree 88
mechanical fasteners in accordance with the applicable code, be applied at a rate of 1 gallon per 100 ft'. See
or an equivalent 15-minute thermal barrier complying with the coating must Figure 1.
applicable code. When installation is within an attic or crawl
space as described in Section 4.4, a thermal barrier is not 4.4.2.5Assembly No. 4: The lcynene Insulation System® is
required between the foam plastic and the attic or crawl applied to the top of the ceiling, between joists in attic floors,
space. to a maximum thickness of 6 inches (152 mm). See Figure 1.
4.4 Attics and Crawl Spaces: 4.5 One-hour Fire-resistance-rated Assemblies:
4.4.1 Application with a Prescriptive Ignition Barrier: When 4.5.1 Assembly 1(Limited Load-bearing Wood Stud Wall):
the lcynene Insulation System° is installed within attics or Minimum nominally 2-by4 [I'/, by 3'1, inches (38 mm by 89
crawl spaces where entry is made only for service of utilities, mm)] southern pine (G = 0.55), No. 2 grade studs spaced 16
an ignition barrier must be installed in accordance with IBC inches (406 mm) on center with a base layer of % -inch-thick
Section 2603.4.1.6 and IRC Sections R314.5.3 and R314.5.4, (12.7 mm) wood fiber sound board installed horizontally on
as applicable. The ignition barrier must be consistent with the each face with vertical joints located over the studs, attached
requirements for the type of construction required by the with 6d box nails, 2 inches (51 mm) long and spaced 24
applicable code and must be installed in a manner so that the inches (610 mm) on center along the studs, and a second
foam plastic insulation is not exposed. The lcynene Insulation layer of/a inch-thick (15.9 mm) Type X gypsum wallboard
Systeme may be installed in unvented attics in accordance installed vertically on each face, attached with 8d box nails,
with IRC Section R806.4. 2'/, inches (64 mm) long and spaced 7 inches (178 mm) on
4.4.2 Application without a Prescriptive Ignition Barrier: center along the studs. The stud cavity contains lcynene
Where the lcynene Insulation Systeme is installed in an attic insulation nominally 2 inches (51 mm) thick.
or crawl space without a prescriptive ignition barrier, in 4.5.1.1 Axial Design: Axial loads applied to the wall assembly
accordance with Sections 4.4.2.1 through 4.4.2.5, the must be limited to the least of the following:
following conditions apply: a 1,805 pounds (8029 N) per stud.
1. Entry to the attic or crawl space is only for the service of a Design stress of 0.78 F,
utilities.
2. There are no interconnected attic or basement areas. a Design stress of 0.78 F, at a maximum l/d of 33.
3. Air in the attic or crawl space is not circulated to other 4.5.2 Assembly 2(Llmited Load-bearing Wood Stud Wall):
parts of the building. Minimum nominally 2-by-4 (1 12 by 3 /2 inches (38 mm by 89
mm)] southern pine (G = 0.55), No. 2 grade studs spaced 16
4. Combustion air is provided in accordance with Section inches (406 mm) on center with two layers of/, inch-thick
701.4.2 of the International Mechanical Codee. (12.7 mm) Type X gypsum wallboard installed vertically with
4.4.2.1 Assembly No. 1: The lcynene Insulation Systeme is joints staggered on each face, attached with 8d box nails, 2'1,
applied to the underside of the solid roof sheathing between inches 104 mm) long and spaced 7 inches (176 mm) on center
rafters in attics and to the underside of the floor deck between along the studs for the face layer and 5d cement mated box
floor joists over crawl spaces, to a maximum thickness of 10 nails, 2 inches (51 mm) long and spaced 24 inches (610 mm)
inches (254 mm). The insulation is not installed on vertical on center along the studs. The stud cavity contains lcynene
surfaces. See Figure 1. insulation nominally 2 inches (51 mm) thick.
4.4.2.2Assembly No. 2: The lcynene Insulation Systeme is 4.5.2.1 Axial Design: Axial loads applied to thewall assembly
applied to the underside of the roof deck between rafters in must be limited to the least of the following:
attics, and to the underside of the floor deck between floor a 1,805 pounds (8029 N) per stud.
joists over crawl spaces, to a maximum thickness of 10 inches -Design stress of 0.78 F
(254 mm), and to vertical wall surfaces to a maximum
thickness of 3'/, inches (89 mm). See Figure 1. n Design stress of 0.78 F ~ at a maximum lVd of 33.
4.4.2.3Assembly No. 3A The lcynene Insulation Systemeis 4.5.3 Assembly 3 (Floor/Ceiling): Minimum nominally 2-by-
applied to the underside of the roof deck between rafters in 10 [t'/, by 9'/4 inches (38 mm by 235 mm)] Douglas fir, No. 2
attics, and to the underside of the floor deck between floor grade wood joists spaced 24 inches (610 mm) on center, with
joistsovercrawl spaces, to a maximum thicknessof 10inches minimum 1-by3[314 by 2V, inches (19.1 by 64 mm)] spruce
(254 mm); and to vertical wall surfaces to a maximum bridging atmid-span. Floor decking must be minimum'/zinch-
thickness of 6 inches (152 mm). The insulation on the vertical thick (12.7 mm) exterior grade plywood installed perpendicular
wall surfaces is covered with Aldomat 757 or Safecoal Latex, to joists and fastened with 2-inch-long (51 mm) ring shank
described in Section 3.5, or a prescriptive ignition barrier as nails 6 inches (152 mm) on center at the joints and 12 inches
Page 3 of 4 ESR-1826
(305 mm) on center at the intermediate joists. Plywood joints 6.0 EVIDENCE SUBMITTED
must occur over joists. Icynene insulation must be applied to
the underside of the plywood deck between the joists to a 6.1 Data in accordance with the ICC-ES Acceptance Criteria
of 5 inches (127 mm). Two layers of minimum'/e-inch- for Spray-applied Foam Plastic Insulation (AC377), dated
depth
thick (15.9 mm), Type X gypsum wallboard must be attached October 2007.
perpendicular to the joists on the ceiling side of the assembly. 6.2 Test report on air leakage rate in accordance with ASTM
The first layer must be attached with V/4-inch-long (32 mm), E 283.
Type W drywall screws, spaced 24 inches (610 mm) on
center. The second layer must be applied perpendicular to the 6.3 Comparative crawl space tests and related analysis, to
joists, offset 24 inches (610 mm) from the base layer. The justify attic and crawl space assemblies.
second layermustbe attachedwith 2-inch-long (51 mm), Type 6.4 Test reports in accordance with ASTM E 119.
S drywall screws spaced 12 inches (305 mm) on center.
Additional fasteners must be installed along the butt joints of 7.0 IDENTIFICATION
the second layer, securing the two layers together. These Allpackagesandcontainersofthe Icynene Insulation Systems
fasteners must be / /z inch-long (38 nim), Type G drywall must be labeled with the Icynene, Inc., name and address; the
screws placed 2 inches (51 mm) back from each end of the product name; the game spread index and the smoke-
bull joint and spaced 12 inches (305 mm) on center. The developed index; the shelf life expiration date; the label of the
wallboard joints on the exposed side must be treated with inspection agency (Intertek Testing Services): and the
paper tape embedded in joint compound and topped with an evaluation report number (ESR-1826).
added coat of compound, and the fastener heads must be
coated with joint compound in accordance with ASTM C 840 8.0 OTHER CODES
or GA-216.
8.1 Scope:
5.0 CONDITIONS OF USE The products recognized in this report have also been
The Icynene Insulation Systems described in this report evaluated for compliance with the fallowing codes:
complies with, or is a suitable alternative to what is specified a 2003 International Building Codas (2003 IBC)
in, those codes listed in Section 1.0 of this report, subject to
the following conditions: .2003 International Residential Codes (2003 IRC)
5.1 This evaluation report and the manufacturer's published a 20031nternationalEnergy Conservation Codes(20031ECC)
installation instructions, when required by the code official, . BOCAs National Building Code/1999 (BNBC)
must be submitted at the time of permit application.
5.2 The Icynene Insulation Systems must be installed in a 1999 Standard Building Codes (SBC)
accordance with the manufacturer's published installation a 1997 Unilemr Building Code- (UBC)
instructions, this evaluation report and the applicable code.
If there is a conflict between the installation instructions 8.2 Uses:
and this report, this report govems. See Section 2.0.
5.3 The Icynene Insulation Systems must be separated from 8.3 Description:
the interior of the building by an approved 15-minute
thermal barrier. When installation is in attics and crawl See Section 3.0.
spaces in accordance with Section 4.4, a thermal barrier 8.4 Installation:
is not required on the attic or crawl space face of the
insulation. 8.4.1 General: See Section 4.1.
5.4The Icynene Insulation Systems must not exceed the 8.4.2 Application: See Section 4.2.
thickness and density noted in Section 3.2 of this report, s
except as permitted for attics and crawl spaces as 8.4.3 Thermal Barrier: The Icynene Insulation System must
described in Section 4.4. be separated from the interior of the building by an approved
thermal barrier, such as 0.5-inch (12.7 mm) gypsum wallboard
5.5 The Icynene Insulation Systems must be protected from installed using mechanical fasteners in accordance with the
the weather during and after application. applicable code, or an equivalent 15-minute thermal barrier
5.6 The Icynene Insulation Systems must be applied by complying with the applicable code, except where installation
installers certified by Icynene, Inc. is within an attic or crawl space as described in Section 8.4.4.
5.7 Use of the Icynene Insulation Systems in areas where the B.4.4 Attics and Crawl Spaces:
probability of termite infestation is 'very heavy' must be in 8.4.4.1 Application with a Prescriptive Ignition Barrier:
accordance with IRC Section R320.5 or IBC Section When the Icynene Insulation Systems is installed within attics
2603.8, as applicable. or crawl spaces where entry is made only for service of
5.8 The Icynene Insulation Systems is limited to installation in utilities, an ignition barrier must be installed in accordance with
combustible construction. 2003 IBC Section 2603.4.1.6, 2003 IRC Section l
5.9 Jobsite certification and labeling of the insulation must BNBC Section 2603.4.1.4, SBC Section 2603.5.1.6, and UBC
comply with IRC Sections N7101.4 and N1101.4.1 and Section 2602.4, as applicable. The ignition barrier must be
comp
comp Sections 1 Sects and 102.1.11, as applicable. consistent with the requirements for the type of construction
IECC required by the applicable code and must be installed in a
5.10 A vapor retarder must be installed in accordance with manner so that the foam plastic insulation is not exposed.
the applicable code. 8.4.4.2 Application without a Prescriptive Ignition Barrier:
5.11 The Icynene Insulation Systems is manufactured in See Section 4.4.2, except that combustion air must be
Mississauga, Ontario, Canada, under a quality control provided in accordancewith Section 703 ofine 1999 Standard
program with inspections by Intertek Testing Services Mechanical Code° and Sections 701 and 703.1 of the 1997
(AA-691). Uniform Mechanical Code, as applicable.
Page 4 of 4 - ESR-1826
8.4.50ne-hour Fire-resistance-rated Assemblies: See 8.5.21n jurisdictions adopting the SBC, use of the Icynene
Section 4.5. Insulation System' in areas where the probability of termite
8.5 Conditions of Use: infestation is "very heavy' must be in accordance with SBC
Section 2304.1.4.
The Icynene Insulation Systeme described in the report 8.6 Evidence Submitted:
complies with, or is a suitable aitemative to what is specified
in, those codes listed in Section 8.0 of this report, subject to See Section 6.0.
the following conditions:
8.7 Identification:
8.5.1 See Conditions of Use 5.1 through 5.6, 5.8, 5.10 and See Section 7.0.
5.12.
TABLE 1-THERMAL RESISTANCE (R-VALUES)
THICKNESS (Inches) R-VALUE ('F-fe-h/Btu)
ASTM C 518 Tested Values
1 3.7
3.5 13
Calculated R-Values'
2 7
3 11
4 14
5 18
5.5 20
6 22
7 25
7.5 27
8 29
9 32
9.5 34
10 36
For SI: 1 inch = 25.4 mm, 1 'F ft'.h?Btu = 0.176110'K.m /W.
'Calculated R-values are based on tested K values at a 3.5-inch thickness.
ILLUSTRATION OF ESR-1825 INSTALLATION ASSEMBLIES ESR-1826
nP' TVA. .
ar, kimovII,611; tyx
Na T}-IE.i'NfAd..P.ARBI~R iJO7Fk-RM~.I~i
+ N31C~M1U~t]NE3AFY131GR' nre~lc~rurnalvef~
I
tc>rread'81f!st0lquwtth3aatl-erm6l:. cyf+a~&~rrwt®iled.v4&ttx mthen;gl.
.for igntlonjq tier: ff'Igvtlon baorw:
U-rvrtroipofsMeatninp. -urlde, theroof w?oa"hq.::.
elic,ycedking,:;
LnyePthn floor's):'est}irg>
Wbll4;: =or>vatlm fltm tl Wdlo;
rotrl~.l~irntn NCRloet
Assembly No. 1 Assembly No. 2
or+c)n~eR
fit. ttlplwalls. typ .w.r. -
r..ok~I.lc~i;
~Ls
ruddc-e ZSr 0 nId'[1-UUYtAL. Ba.FF2 BZ.
-
Resaip4vrl~-15vi:t~f60JrI'tC)ntE~fTFJ
gs*ter rAT:
Fioi-En ,pq
. ......It~tinne~'rr~ellt%f wAlhcr.~C-9"7tderpYl
>.tnsJ=rthorngf""~ihnefFrry,: rr writid-I wrrlr
~nderthn #loor pl^estlYryaj -
on +~tiral ale... -an tte AmFrRattfls ~tigpppCS;.
'Sp)Ck1Y1cY'~-eon tYreYVall~ *Eads.
tobn eoeretl rr -
(B7FIre8ee9eneec+stooaftrall
_ haarn.8l.rfazs?_
Assembly No. 3 Assembly No. 4
See Section 4.4.2 for general requirements
FIGURE 1-ATTIC AND CRAWL SPACE INSTALLATION WITHOUT A PRESCRIPTIVE IGNITION BARRIER
ROOF WATERPROOFING
ROOF UNDERLAYMENT
ROOF SHEATHING
ICYNENE
SUITABLE ;r..• TYPICALLY
SUBSTRATE
MATERIAL 5112'-8'OF~ j•: :
.r.' ICYNENE . ••,,'1\
VENTED
r:
SOFFIT
mechanical equipment
: • NO RADIANT BARRIER located In the a81c -
s :'til.. • v ,rw
7•'•~ Y,' GYPSUM BOARD
1 NO INSULATION
SEALED J NO VAPOR RETARDER
SOFFIT ICYNENE ON ATTIC FLOOR
2 1/2% 3 1IT FOR 2X4 STUDS
3 112' - 5 1f2' FOR 2x6 STUDS
yf FOR WALL APPLICATION
i••• EXTERIOR CLADDING NOTES:
t:
VENTED AIR SPACE 1, CONDITIONED (UN-VENTED) ATTIC ASSEMBLY HAS BEEN
WEATHER-RESISTANT ADOPTED BY THE 2DO6 INTERNATIONAL RESIDENTIAL CODE,
BARRIER SEE SECTION R806.4.
SOLID SHEATHING 2, THE ICYNENE INSULATION SYSTEM IS A THERMAL
INSULATION AND AIR BARRIER MATERIAL.
ICYNENE 3. FOR IGNITION BARRIER REQUIREMENTS IN THE ATTIC AREA
REFER TO ICC - FS LEGACY REPORT NER-420.
6" GYPSUM BOARD 4. ROOF COVERING AND TYPE OF WALL CLADDING MAY VARY
FROM INDICATED.
5. VENTED SOFFIT IS ALTERNATE DESIGN OPTION.
• 6. FOR VAPOR RETARDER REQUIREMENTS CONTACT
ICYNENE ENGINEERING DEPARTMENT.
DETAIL - 1
ICYNENE CONDITIONED (UNVENTED)
ATTIC ASSEMBLY Nov2oos
1-800-758-7325
www.icynene.com ICY_ENG_01
T he nerve I nsulation
LIFETIME LIMITED WARRANTY
Icynene Inc. ("Icynene" subject to the conditions and limitations listed herein, warrants that The Icynene
Insulation System" (the "Produce'), when installed according to its installation instructions by an Icynene
Licensed Dealer, will perform as indicated in the product specification sheet published at the time of the
installation. This Lifetime Limited Warranty is it. t throughout the life of the building, provided the
original purchaser registers with the Icynene within 30 days of occupancy. Icynene's sole
responsibility under this Warranty shall y defective Product at the cost of the
material only. Icynene shall not be ther costs whatsoever in connection
with the removal or installaticyw6 ei a 'on.
Icynene shall have no li• , under thissL'ife ' y/fo d ects or failure caused by
improper storage, or an in or in sink a ce its Writ { lions, or any damage due
to fire, storms, other Acts - neg o cldent„ or of ct f ure, or damage caused by
materials adjacent to the caused by alte no r i n of the installation of the
Product. Statements abou ties ofith u Dealers or contained in
advertising literature do It ss W ty
THE WARRANTY IS MADE IN ER ER STATUTE, OR IN TORT,
OR BY IMPLICATION OF L LUDING WARRANTIES OF
MERCHANTABILITY AND c ON TO THIN LENGTH OF
THIS WARRANTY. ICYNENE S UENTIAL DAMAGES, ARISING
FROM A BREACH OF ANY EXPR OF REMOVING, INSTALLING, OR
REINSTATING ANY REPAIR OF REPL
Some states do not allow limitations on how an warranty lasts or the exclusion or limitation
of incidental or consequential damages, so the above itations or exclusions may not apply to you. This
Lifetime Limited Warranty gives you specific legal rights, and you may also have other rights which vary
from jurisdiction to jurisdiction.
To obtain performances under this Lifetime Limited Warranty, the customer most notify Icynene in writing
of the defect promptly following its discovery and must submit with this notice proof of the date of
purchase and the date, location and description of the circumstances under which the defect occurred or
was first noticed. Notice shall be given in writing to:
WARRANTY DEPARTMENT
Icynene Inc.
6747 Campobello Road
Mississauga, Ontario
L5N 2L7 Adft&
Canada ENVIROD SI
SL-30"l
January 17, 2003
Ed Reeves
Icynene, Inc.
5805 Whittle Road
Suite 100
Mississauga, Ontario
L41Z 2J1
RE' GOLDSEAL'71: Residential Occupancy Mme
Dear Mr. Ed Reeves,
As outlined in my report entitled "Human Health Risk Assessment of Volatile Organic
Compound Emissions from GOLDSEALP4", GOLDSEALTm emission products should
not pose a significant health risk to individuals residing in homes insulated with this
building material. Based on the decay patterns of GOLDSEALn" emission products and
the conclusions drawn from the risk assessment process, a residential occupancy time of
1 day has been recommended for your product. With a planned assessment of all
construction materials, the use of GOLDSEALTm as a polyurethane foam insulation
product, should not pose an additional health risk to the general population.
4tSmc
aj, Ph.D.
Institute of Agricultural Rural and Environmental Health (LARE.H)
Contra for Agricultural Medicine, University of Saskatchewan
103 Hospital Drive, Saskatoon SK S7N 0W8 Telephone: (306) 966-8286 Facsimile: (306) 966-8799
PREPARED 10/02/09, 13:58:42 INSPECTION TICKET PAGE 6
Harnett County INSPECTOR: IVR DATE 10/05/09
ADDRESS . : 250 AUTUMN BREEZE IN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR,: ALT CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL 08-0642- - -0023- .-03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 60X58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
B101 01 6/29/09 BS R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
6/29/09 AP T/S: June 29, 2009 11:52 AM BSUTTON
A814 01 7/07/09 TW ADDRESS CONFIRMATION TIME: 17:00 VRU 001790583
7/08/09 AP /250 AUTUMN BREEZE LN
FUQUAY VARINA 27526
T/S: 07/08/2009 09:49 AM TWARD
B103 01 7/07/09 BS R*BLDG FOUND & TEMP SVC POLE TIME: 17:00 VRU 001790906
7/07/09 AE T/S: 07/06/2009 02:18 PM JBROCK
Clean exterior of foundation down to footing, apply
damproofing, and leave open. Will check at open floor
inspection
B105 01 7/15/09 BS R*OPEN FLOOR VRU 001794491
7/15/09 AP VOICE MESSAGE LEFT
T/S: July 15, 2009 12:22 PM BSUTTON
R425 01 8/12/09 BS FOUR TRADE ROUGH IN VRU 001806306
6/12/09 DA Call me if you have any issues - 919-669-8640 or
919-552-2200.
1. Need paper on garage gable 2.Switch wires at side door
pinched,with OSB above ceiling. Notch OSB around wiring. 3.
Plumbing.-drain must be strapped 4' OC. All plumbing tests
ok to drop::! OK to side/insulate
1129 01 8/19/09 TI R*INSULATION INSPECTION VRU 001808278
8/13/09 CA
R425 02 8/19/09 TI FOUR TRADE ROUGH IN VRU 001808260
8/13/09 CA Call if you have questions- 919-669-8640
1129 02 8/20/09 BS R*INSULATION INSPECTION VRU 001809128
8/20/09 AP Make sure plumbing drains under house are strapped before
final inspection
R425 03 8/20/09 BS FOUR TRADE ROUGH IN VRU 001809110
8/20/09 AP Make sure plumbing drains under house are strapped before
final inspection:
10
H824 01 9116109 BM ENVIR. OPERATIONS PERMIT TIME: 17:00 VRU 001822766
9/16/09 DA T/S: 09/16/2009 "10:-10 AM SSTEWART
T/S: 09/16/2069;-..10~:fi0- AM SSTEWART
ON HOLD FOR LETTER OF CONFIRMATION OF INSTALL OF TANK FROM
- - - - - CONTINUED ONTO NEXT PAGE -
PREPARED 10/02/09, 13:58:42 INSPECTION TICKET PAGE 7
Harnett County INSPECTOR: IVR DATE 10/05/09
ADDRESS : 250 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR,:, ALCIO CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
- - - -
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
- -
ANGIER EVERGREEN. WILL RELEASE WHEN RECD.
T/S: 09/16/2009 10:12 AM SSTEWART
H824 02 9/30/09 BM U ENVIR. OPERATIONS PERMIT TIME: 17:00 VRU 001829704
9/30/09 AP T/S: 09/30/2009 10:05 AM SSTEWART
T/S: 09/30/2009 10:06 AM SSTEWART
R429 01 10/05/09 TFOUR TRADE FINAL VRU 001830660
Q~ Call me if you have questions or If you want me to meet you
out there. 919-669-8640 or 919-552-2200.
Thanks,
Morgan
- - COMMENTS AND NOTES -
..f
1.~v
ri. u
Vy
[rt Ji
PREPARED 10/08/09, 14:08:51 INSPECTION TICKET PAGE 6
Harnett County INSPECTOR: IVR DATE 10/09/09
i
f
ADDRESS . i 250 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR ALCO~CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL . 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
DIRECTIONS : GO ON 401 TO FUQUAY TAKE 2 LEFT ON
CHRISTIAN LIGHT RD GO ABOUT 1.5 MILES
RD WILL BE ON THE LEFT AUTUMN BREEZE
USE BE LILLIE RD LAND WILL BE ON THE
RIGHT WHERE THE TOBACCO BARN IS JB
****PREMISE #65285075****
STRUCTURE: 000 000 60X58 3BDR SFD W/ GARAGE & DECK CRAWL
FLOOD ZONE . . . . : FLOOD ZONE X
# BEDROOMS . . . . . . . . . 3.00 PROPOSED USE . . . . . . . : SFD
SEPTIC - EXISTING? . . . . : NEW
PERMIT: CPSF 00 CP * SFD
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
- -
B101 01 6/29/09 BS R*BLDG FOOTING / TEMP SVC POLE VRU 001787436
6/29/09 AP T/S: June 29, 2009 11:52 AM BSUTTON
A814 01 7/07/09 TW ADDRESS CONFIRMATION TIME: 17:00 VRU 001790583
7/08/09 AP x/250 AUTUMN BREEZE LN
FUQUAY VARINA 27526
T/S: 07/08/2009 09:49 AM TWARD
B103 01 7/07/09 BS R*BLDG FOUND & TEMP SVC POLE TIME: 17:00 VRU 001790906
7/07/09 AE T/S: 07/06/2009 02:18 PM JBROCK
Clean exterior of foundation down to footing, apply
damproofing, and leave open. Will check at open floor
inspection
B105 01 7/15/09 BS R*OPEN FLOOR VRU 001794491
7/15/09 AP VOICE MESSAGE LEFT
T/S: July 15, 2009 12:22 PM BSUTTON
R425 01 8/12/09 BS FOUR TRADE ROUGH IN VRU 001806306
8/12/09 DA Call me if you have any issues - 919-669-8640 or
919-552-2200.
1. Need paper on garage gable 2.Switch wires at side door
pinched with OSB above ceiling. Notch OSB around wiring. 3.
Plumbing drain must be strapped 4' OC. All plumbing tests
ok to drop. OK to side/insulate
1129 01 8/19/09 TI R*INSULATION INSPECTION VRU 001808278
8/13/09 CA
R425 02 8/19/09 TI FOUR TRADE ROUGH IN VRU 001808260
8/13/09 CA Call if you have questions- 919-669-8640
1129 02 8/20/09 BS R*INSULATION INSPECTION VRU 001809128
8/20/09 AP Make sure plumbing drains under house are strapped before
final inspection
R425 03 8/20/09 BS FOUR TRADE ROUGH IN VRU 001809110
8/20/09 AP Make sure plumbing drains under house are strapped before
final inspection
H824 01 9116109 BM \/ENVIR. OPERATIONS PERMIT TIME: 17:00 VRU 001822766
9/16/09 DA T/S: 09/16/2009 10:10 AM SSTEWART
T/S: 09/16/2009 10:10 AM SSTEWART
ON HOLD FOR LETTER OF CONFIRMATION OF INSTALL OF TANK FROM
- CONTINUED ONTO NEXT PAGE - - - -
PREPARED 10/08/09, 14:08:51 INSPECTION TICKET PAGE 7
Harnett County INSPECTOR: IVR DATE 10/09/09
.11 ;
ADDRESS 250 AUTUMN BREEZE LN SUBDIV: DOUGLAS GENE & CAROL ANN LEWIS
CONTRACTOR t -ALCO~CONTRUCTION PHONE (919) 524-2164
OWNER GREGORY MORGAN PHONE (919) 552-8869
PARCEL 08-0642- - -0023- -03-
APPL NUMBER: 08-50020218 CP NEW RESIDENTIAL (SFD)
REQUESTED INSP DESCRIPTION
TYP/SQ COMPLETED RESULT RESULTS/COMMENTS
ANGIER EVERGREEN. WILL RELEASE WHEN RECD.
/T/S: 09/16/2009 10:12 AM SSTEWART
H824 02 9/30/09 BM ~V ENVIR. OPERATIONS PERMIT TIME: 17:00 VRU 001829704
9/30/09 AP T/S: 09/30/2009 10:05 AM SSTEWART
T/S: 09/30/2009 10:06 AM SSTEWART
R429 01 10/05/09 FOUR TRADE FINAL VRU 001830660
10/05/09 DA Call me if you have questions or If you want me to meet you
out there. 919-669-8640 or 919-552-2200.
Thanks,
Morgan
must have garage door in for final
R429 02 10/0n9/0^99~ TI FOUR TRADE FINAL VRU 001833227
y Call me if you need anything. 919-669-8640
- - - - COMMENTS AND NOTES -
i
g v i' Si
ii
I,
COUNTY OF HARNETT
DEPARTMENT OF BUILDING INSPECTION
AND PLANNING/DEVELOPMENT
CERTIFICATE OF OCCUPANCY
This certificate issued punsuaMtotthe requirernerdsof Section 105 of the North Carolina State Building
Code and the Harnett County Zoning O cer if at the time of issuance this structure was in
compliance with the various ordinances of the County of Harnett regulating development and building
construction or use. For the following:
Use Gasification: SFD Conditional Use Permit No.:
Type ofConstmchon: v BuildmgPermiiNo.: 08-50020215
Owner of Building: Morgan Gregory Electrical Permit No.: 08-50020218
BuilfingAddress: 250 Autumn Breeze Lane InsulationPemdtNo.: 08-50020218
Zoning District: NA Plumbing Permit No.: 08-50020218
Zoning Permit No.: NA Mech. Petit No.: 08-50020218
Date: 10-09-09 Envl CO No: 08-50020218
Brad Sutton NA
Building Official Zoning Official
i `