7. GREENCRAFT BUILDERS COLLEYVILLE HOUSE

Transcription

BA-0911: Prototype House Evaluations—Greencraft Builders Colleyville House
7. GREENCRAFT BUILDERS COLLEYVILLE HOUSE, COLLEYVILLE, TX
7.1 Executive Summary
Gate 2 - Prototype: Colleyville House, Greencraft Builders, Dallas, TX
Overview
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Key Results
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Gate Status
Table 7.1-1: Stage Gate Status Summary
“Must Meet” Gate Criteria
Status
Summary
Source Energy Savings
Pass
The Colleyville house meets the 50% minimum source energy savings
threshold as defined by the 2009 Building America Benchmark.
Prescriptive-Based Code
Approval
Pass
The Colleyville House meets the local building code – 2003 IBC.
Quality Control
Requirements
Pass
Greencraft maintains quality control through constant communication and
onsite reviews by the builder and the architect. Detailed drawing sets from
the architect and documented specifications from BSC augments the quality
service that Greencraft provides.
“Should Meet” Gate
Criteria
Status
Summary
Neutral Cost Target
Pass
This home exceeds the neutral cost target when the cost of improvements is
financed as part of a 30 year mortgage. This annual amortized cost is less
than the energy savings of the homes compared to the BA Benchmark.
Quality Control Integration
Pass
Quality control is specified by documents between Greencraft and Building
Science Corporation.
Gaps Analysis
Pass
BSC and Greencraft attempted to integrate XPS insulation on the slab edge
but were unable to. Greencraft will try to include this and other
characteristics in future homes.
Conclusions
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7.2 Introduction
7.2.1. Project Overview
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Figure 7.2-1:
Colleyville House –
2009 Greencraft
Prototype House
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7.2.2. Project Information Summary Sheet
PROJECT SUMMARY
Company
GreenCraft Builders L.L.C.
Company Profile
GreenCraft Builders L.L.C. is the culmination of more than 30 years of
experience building and remodeling homes in the Dallas/Fort Worth
metroplex. Since 2004, Chris Miles, principal of GreenCraft, has been
recognized as a leader in the North Texas green building industry, first as a
producer and project manager, and now as a builder with his company,
Contact Information
Chris Miles
105 West Main Street
Lewisville, TX 75057
(214) 718-8424
http://www.greencraftbuilders.com/
Company Type
Custom Home Builder
Address
1708 Oak Knoll Drive
City, State
Colleyville, TX 76034
Climate Region
Mixed-Humid, IECC Zone 3A
SPECIFICATIONS
Number of Houses
1
Municipal Address
1708 Oak Knoll Drive, Colleyville, TX 76034
House Style
Single Family Detached with attached garage
Number of Stories
2
Number of Bedrooms
4
Plan Number(s)
Arnett House
Floor Area
4886 ft
Estimated Energy Reduction
70.5% over BA Benchmark
Estimated Energy Savings
$3459 annual savings
Estimated Cost
$960,000 or $196/ft
Construction Start
May 2008
Construction Finish
March 2009
2
2
7.2.3. Targets and Goals
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7.3 Whole-House Performance and Systems Engineering
7.3.1. Energy Analysis Summary
Table 7.3-1: Estimated Whole House Energy Use for the Colleyville House
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Table 7.3-2: Estimated House Energy Net Generation for the Colleyville House
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7.3.1.1. Parametric Energy Simulations
Figure 7.3-1: Parametric energy simulations for the Colleyville House
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7.3.1.2. End-Use Site and Source Energy Summaries
Table 7.3-3: Summary of End-Use Site-Energy
Table 7.3-4: Summary of End-Use Source-Energy and Savings
D-473
7.3.2. Discussion
7.3.2.1. Enclosure Design
Table 7.3-5: Enclosure Specifications
ENCLOSURE
SPECIFICATIONS
Ceiling
Description -
Standing Seam metal roof - Unvented Cathedralized Attic
Insulation -
8.6” R-30 low density open cell spray foam in roof rafter cavity
Walls
Advance Framed with ”OSB at the corners for structural
Description -
2x6 wood studs 24” o.c., two stud corners single top plate
Stacked framing with floor joists and roof trusses at 24”o.c.
Insulation -
R-20 low density open cell spray foam +1” R-5 XPS insulating sheathing
Description -
Slab on grade – Post Tensioned with Termimesh barrier system
Foundation
®
Slab is 51% fly ash
Insulation -
Non insulated
Description -
Double Pane Fiberglass Framed
Windows
®
Manufacturer -
Pella Impervia
®
2
U-value -
U = 0.28 Btu/hr-ft °F
SHGC -
SHGC = 0.24
Specification -
2.5 in leakage area per 100 ft enclosure, 3149 CFM 50, 2.5 ACH 50
Performance test -
0.9 in leakage area per 100 ft enclosure, 1097 CFM 50, 0.9 ACH 50
Infiltration
2
2
2
2
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Figure 7.3-2: Enclosure Building Section
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Figure 7.3-3: Unvented cathedralized attic with
foam installed
Figure 7.3-4: Open cell low density spray foam in
walls and unvented cathedralized attic
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Figure 7.3-5: Fully adhered roofing membrane
installed before standing seam roof
Figure 7.3-6: Standing seam metal roof
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Figure 7.3-7: Advanced framed walls – 2x6 studs
at 24” o.c.
Figure 7.3-8: Stacked framing with a 2x6 splice
joining two single top plates
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Figure 7.3-9: No cripples installed next to the jack
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Figure 7.3-10: Two windows with no adjacent to jack
studs
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Figure 7.3-12: Window with cladding installed
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Figure 7.3-15: Low density open cell spray foam
in unvented cathedralized attic (R-30) and walls
(R-20)
Figure 7.3-16: Low density open cell spray foam in attic
knee walls
7.3.2.2. Mechanical System Design
Table 7.3-6: Mechanical system specifications
MECHANICAL SYSTEMS
SPECIFICATIONS
Heating (outdoor unit)
Description -
4.1 COP Ground Source Heat Pump
Manufacturer & Model -
WaterFurnace® Envision™ Series
Cooling (outdoor unit)
Description -
18.8 EER Ground Source Heat Pump
WaterFurnace® Envision™ Series
Air Handler (indoor unit)
Description -
Variable Speed Air Handler + High Efficiency Air Filter
WaterFurnace® Envision™ Series + GeneralAire® AC22 filter
Domestic Hot Water
Description -
Instantaneous Tankless Hot Water + Separate tank for GSHP DHW
Rinnai® R94LSi (0.82 EF) + 30 Gal. A.O. Smith ® ProMax® tank
Distribution
Description -
Duct board and R-6 flex duct run outs in conditioned attic
Leakage -
430 CFM 25 (18%) total, 30 CFM 25 (1.0%) to outside
Ventilation
Description -
Central Fan Integrated Supply (CFIS) ventilation system
50 CFM 33% Duty Cycle: 10 minutes on; 20 minutes off
Energy Recovery Ventilator
Inline exhaust fan for all bathrooms
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MECHANICAL SYSTEMS
SPECIFICATIONS
Aprilaire® Model 8126 Ventilation Control System (VCS)
Fantech FR 150 inline exhaust fan for all bathrooms
Dehumidification
Description -
Supplemental dehumidification system
GeneralAire® Model 1300 Whole House Dehumidifier
Return Pathways
Description -
R-6 flex ducts to bedrooms and laundry room
Description -
3 kW array
Supplier: Meridian Solar | Manufacturer: Sharp® Corporation
PV System
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Figure 7.3-18: HVAC system located in the conditioned
unvented cathedralized attic
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Dehumidification
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Aprilaire® 8126 VCS control panel on supply
plenum
Figure 7.3-21: (L-R) GeneralAire® AC22 Filter,
WaterFurnace® Air Handler and GeneralAire® Model 1300
whole house dehumidifier on top of air handler
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7.3.2.3. Lighting and Miscellaneous Electrical Loads
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7.4 Construction Support
7.4.1. Construction Overview
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7.5 Project Evaluation
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7.5.1. Source Energy Savings
Requirement:
Final production home designs must provide targeted whole house source energy
efficiency savings based on BA performance analysis procedures and prior stage energy
performance measurements.
Conclusion:
Pass
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7.5.2. Prescriptive-based Code Approval
Requirement:
Must meet prescriptive or performance safety, health and building code requirements for
new homes.
Conclusion:
Pass
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7.5.3. Quality Control Requirements
Requirement:
Must define critical design details, construction practices, training, quality assurance, and
quality control practices required to successfully implement new systems with production
builders and contractors.
Conclusion:
Pass
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7.5.4. Neutral Cost Target
Requirement:
The incremental annual cost† of energy improvements, when financed as part of a 30 year
mortgage, must be less than or equal to the annual reduction in utility bill costs relative to
the BA benchmark house.
Conclusion:
Pass
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Table 7.5-1: Colleyville House Neutral Cost Analysis
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7.5.5. Quality Control Integration
Requirement:
Health, Safety, Durability, Comfort, and Energy related QA, QC, training, and
commissioning requirements should be integrated within construction documents,
contracts and BA team scopes of work.
Conclusion:
Pass
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7.5.6. Gaps Analysis
Requirement:
Should include prototype house gaps analysis, lessons learned, and evaluation of major
technical and market barriers to achieving the targeted performance level.
Conclusion:
Pass
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7.6 Conclusions/Remarks
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7.7 Appendices
7.7.1. BSC Project Case Study – Greencraft Colleyville House
7.7.2. Drawings and Specifications
7.7.3. Energy Modeling
7.7.4. Manual J Calculations
7.7.5. Field Testing
7.7.6. Builder’s Challenge Certificate
D-488
Appendix D.7.7.1
BSC Project Case Study—Greencraft Colleyville House
6/2009
Colleyville Eco House Prototype RR-0911:
1
Case Study
Colleyville Eco House Prototype
Colleyville, Texas
PROJECT PROFILE
OVERVIEW
BSC collaborated with Greencraft Builders, LLC in Colleyville, TX on a 2009 prototype house called the Colleyville House. This house demonstrates the energy efficiency and durability upgrades that Greencraft currently
promotes in all of their products. The Colleyville house
is located in Colleyville, TX, about 25 miles North West
of Dallas. The house was designed by William Peck and
Associates, an award winning architect specializing in
sustainable energy efficient architecture.
BSC has been collaborating with Greencraft homes
since 2005 and have forged a valuable working relationship. BSC provided consulting services
for Greencraft and recommended
numerous efficiency and durability improvements. One of the main features
that separate this home from previous
projects is the inclusion of a high efficiency ground source heat pump. Other
key upgrades include an unvented roof
with low density spray foam insulation
and supplemental dehumidification.
Also included are LoE3 next generation
spectrally selective glazing treatment
Project Team: Greencraft Builders,
LLC, Building Science Corporation
Address: 1708 Oak Knoll Drive,
Colleyville, Texas
Description:
4,886 ft2 two-story single family home
Completion Date:
March, 2009
Estimated Annual Energy Savings:
Average 70.5% projected source
energy savings relative to the 2008
Building America Benchmark
Project Website:
http://colleyvilleecohouse.com/
Appendix D.7.7.1
D-490
BUILDER PROFILE
GreenCraft Builders L.L.C. is
the culmination of more than 30
years of experience building and
remodeling homes in the Dallas/
Fort Worth metroplex. Since
2004, Chris Miles, principal of
GreenCraft, has been recognized
as a leader in the North Texas
green building industry, first as a
producer and project manager, and
now as a builder with his company,
PARTICIPATING PROGRAMS &
CERTIFICATIONS
U.S. Department of
Energy’s Building
America Program
U.S. Green Building
Council LEED® for HomesGold
U.S. Environmental
Protection Agency ENERGY
STAR® Program
NAHB National Green Building
Program™- Gold
2
PARAMETRIC STUDY
and very low enclosure infiltration. A full
CFL lighting package plus Energy Star®
appliances help to achieve a HERS
Index of 36.
The Colleyville house was able to procure high quality fiberglass framed windows with state of the art LoE3 spectrally selective glazing coating. This
resulted in an NFRC full unit SHGC rating of 0.34 with a U-value of 0.29. This
CONSTRUCTION
glazing coating, coupled with extensive
Greencraft constructs with full Adoverhangs in the floor plan, results in a
vanced Framing in their walls, roof, and greatly reduced cooling peak load and
frame floor. This includes 2x6 studs
annual cooling energy use.
at 24” o.c. plus two stud energy corA high efficiency ground source heat
ners and single top plates. Greencraft
employs stack framing so that wall and pump (18.8 EER/4.1 COP) is installed
along with a integrated supplemental
floor framing members are aligned to
dehumidification. All the equipment and
transfer loads efficiently through the
ductwork is located in the unvented
structure.
cathedralized attic to save living space.
The wall cavity is fully insulated with
Jump ducts provide passive returns
low density open cell spray foam to an from the bedrooms. High efficiency
R-20. The roof is an unvented catheexhaust ducts are installed at all the
dralized roof with R-30 low density
bathrooms and at the kitchen hood.
open cell spray foam installed to the
underside of the roof sheathing.
GreenBuilt™ North Texas
Sole show house at the Sunbelt
Builders Show
Appendix D.7.7.1
D-491
3
ENCLOSURE DESIGN
uRoof Assembly: Unvented roof
with R-30 open cell spray foam and
fully adhered waterproof membrane
vWall Assembly: Fully advanced
1
2
framed structure; R-24 wall with
R-20 open cell spray foam and 3/4”
XPS sheathing
wWindow Specifications: Vinyl
framed double glazed windows:
U=0.34, SHGC=0.29.
xAir Sealing: The design
3
5
4
6
infiltration rate is 2.5 in2 leakage
area per 100 ft2 of enclosure area.
Low density open cell spray foam
installed in wall and roof cavities.
Low expanding open cell spray
foam installed around windows
and mechanical and electrical
penetrations throughout the
enclosure.
Foundation Assembly:
Slab-on-grade foundation; y
uninsulated with Termimesh®
termite mitigation system and sill
seal z.
MECHANICAL DESIGN
Heating and Cooling: 4.1 COP/18.8 EER ground source heat pump (see u for piping).
Ventilation: Fantech energy recovery ventilator (ERV) v.
Supplemental Dehumidification: GeneralAire whole-house dehumidifier integrated with HVAC system w.
DHW: 0.82 EF instantaneous water heater with an add-on storage tank for hot water from ground source heat pump.
Lighting: ENERGY STAR® CFLs
Appliances: ENERGY STAR® dishwasher, refrigerator and clothes washer.
1
3
2
Appendix D.7.7.1
D-492
VENTILATION
Greencraft Builders, LLC utilizes
Central Fan Integrated Supply ventilation that draws outside air via a 6” flex
duct to the return plenum of the HVAC
system. This allows for the introduction of outside air to the living space
whenever space conditioning is already
operating. The GeneralAire whole
house dehumidifier draws air from the
main living space and supplies dehumidified air to the supply plenum of the
HVAC system. An Aprilaire® Ventilation
Control System 8126 communicates
with the air handler to employ fan
cycling. Fan cycling will turn on the
fan at a 33% duty cycle (10 minutes
on, 20 minutes off) in order to provide
outside air during periods of no space
conditioning. A 6” mechanical damper
is installed on the 6” outside air duct.
This is controlled by the fan cycler and
will close off the outside air duct during
periods of consistent space conditioning to prevent over ventilation of the
living space.
Bathroom exhaust fans plus a kitchen
hood are installed to provide spot
ventilation when necessary. These are
all routed to the outside and are not recirculating fans. One of the bathroom
fans is rated to provide ASHRAE 62.2
ventilation so that the house can be
operated at that rate if needed.
QUALITY CONTROL
• Design follows BSC Building
America criteria
4
MOVING FORWARD
The open house period of the Colleyville house has ended and now Greencraft is ready to start design on the
Net Zero Energy Lewisville Eco House.
One of the major design upgrades for
this house will be the installation of
a heat pump with integrated supplemental dehumidification. AAON Inc.
has designed a residential heat pump
that integrates modulating gas reheat
to allow for dehumidification separate
from cooling. This technology has been
implemented successfully in commercial buildings for years and now will
provide supplemental dehumidification
in residential buildings.
• Manual J8 analysis ensures right
sized mechanical systems and
ductwork
DESIGN AND CONSTRUCTION CHALLENGES
The construction of the Colleyville house presented a number of challenges
to the builder. First, there was a new framing crew on the site and they had
significant difficulty constructing a fully advanced framed structure. Greencraft
had to hire another framing contractor halfway through construction to remedy
errors and finish the job to meet specifications.
Second, the homeowners requested a dark metal roof for aesthetic purposes.
Greencraft had to work to find an Energy Star® rated dark metal roofing material
in a short period of time.
Third, the homeowners also requested a higher roof pitch to match the 10:12
roofs in the neighborhood. A 10:12 roof pitch greatly reduces the overhang
potential for shading purposes so Greencraft compromised by increasing the
roof pitch from the original 4:12 to 6:12. A 6:12 pitch still allowed for the specified
overhangs to be constructed.
Fourth, a considerable amount of select fill had to be obtained to prepare the ground surface properly. This was due to
the fact that the previous home on this site had a pier and beam foundation. The existing foundation was fully removed
and that left large cavities that needed to be filled. Then, the resulting ground had to be compacted 95% to meet the
structural demands and this had to be tested and verified in the field.
This case study has been prepared by Building Science Corporation for the Department of Energy’s Building America
Program, a private/public partnership that develops energy solutions for new and existing homes. The views and opinions of
authors expressed herein do not necessarily state or reflect those of the United States government or any agency thereof.
For more information about Building America go to www.buildingamerica.gov.
For more information about this or other case studies by Building Science Corporation and the Building America
Program go to: www.buildingscienceconsulting.com/buildingamerica.
Appendix D.7.7.1
D-493
Appendix D.7.7.2
Drawings and Specifications
N 06° 26' 20" W 322.34'
N
LOT 2,
BLOCK 1
EXISTING TREE
10" OAK
EXISTING TREE
16" OAK
BRICK COLUMN TYP.
CONCRETE
EXISTING / REMOVED
WALKWAY A/C
BACK PORCH
9' 37" W
314.92'
COURT
LOT 1,
BLOCK 1
WROUGHT
IRON FENCE
DEMOLISHED BUILDING
REMOVED A/C
REMOVED POOL EQUIPMENT
EXISTING TREE
40' BUILDING LINE
WATER METER
WATER
METER
OAK KNOLL DRIVE
SITE PLAN
52'-1/2"
BACK PORCH 2
LOT 2
LOT 1,
BLOCK A
N 88° 07' 30" E 239.63
CHAIN LINK
'
TENNIS
FENCE
UTILITY POLE
15' DRAINAGE &
UTILITY
EASEMENT
OHE
EXISTING
GABANA
EXISTING
BUILDING WOOD
FENC
E
GAZEBO
UTILITY
POLE
6' DRAINAGE &
UTILITY EASEMENT
CONCRETE
POOL
WROU
GHT
IRON
FENCE
37'-4 5/8"
NEW RESIDENCE
36'-10"
47'-5 1/4
"
FRONT PORCH/
ENTRANCE
EXISTING TREE
APPROXIMATE LIMIT OF 100 YARD FLOOR PLAIN
PER GRAPHIC SCALE
S 85° 47' 11" W 186.50'
CABLE BED.
TEL. PED.
SANITARY SEWER MANHOLE
1" = 20'
SITE PLAN
Date:
SHEET 1
Lewisville, Tx
(972) 221-1424
A S S O C I A T E S I N C.
ARCHITECTS
WILLIAM PECK &
1708 OAK KNOLL DRIVE,
COLLEYVILLE, TEXAS.
ARNETT HOUSE
These plans are intended to provide the basic construction information necessary to
substantially complete this structure. These construction documents must be verified and
checked by the builder or person in authority of this project. Any discrepancy, error, and/ or
omissions, if any, are to be brought to the attention of the Designer prior to any construction
or purchases being made. It is recommended that the owner or builder obtain complete
engineering services for: foundation, HVAC, and structural, prior to construction of any kind.
NOTE: All Federal, state, and Local codes, ordinances, and restrictions take precedence
over any part of these construction documents which may conflict with same, and must be
strictly obeyed and followed before and during construction.
THESE CONSTRUCTION DOCUMENTS AND THERE USE, ARE THE PROPERTY OF
WILLIAM PECK & ASSOCIATES, INC. AND ARE NOT TO BE TRACED, REUSED OR
REPRODUCED IN ANY WAY, BY ANY MEANS, WITHOUT THE EXPRESSED WRITTEN
PERMISSION OF WILLIAM PECK & ASSOCIATES, INC.. ALL RIGHTS RESERVED
THIS DOCUMENT IS RELEASED FOR THE PURPOSE OF INTERMIN REVIEW UNDER THE AUTHORITY OF WILLIAM PECK & ASSOCIATES, ON THIS PLOT DATE AMD IS NOT TO BE USED BY AUTHORITIES HAVING JURSDICTION FOR THE PURPOSE OF ISSUING CONSTRUCTION PERMITS
S 03° 0
STONE
102'-5 3/8"
1
6' DRAINAGE &
UTILITY EASEMENT
83'-8 3/8"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-001
OF 27
Appendix D.7.7.2
14'-6"
4'-1/8"
3'-3 7/8"
4'-7"
11'-6 1/2"
24'-4 1/2"
5'-6"
4'-5"
5'-9 1/4"
1'-4 1/2"
6'-6"
6'-6"
5'-7 1/4"
3'-1 1/2"
4'-3"
4'-3"
4'-3"
5'-0"
6'-6 1/4"
28'-10"
5 1/2"
10'-2"
3'-7 1/4"
6'-4 7/8"
3'-9 1/8"
2'-5 1/2"
2'-6 1/2"
3'-10"
2'-8 1/4"
10'-10 3/4"
4'-11"
4'-11"
8'-1 1/4"
8'-9"
FLAT WORK
GRILL AREA
7'-10"
226
OUTDOOR
KITCHEN
CK SIZE
OF EXISTING
W117
W118
D118
37'-0"
CLG HT 10'-0"
D112
122
GARAGE
CLG HT 10'-0"
D113
D123
10'-0"
121
OFFICE
BUILT IN @
OFFICE
A105/A
4'-4"
@ 42"
CLG HT 12'-0"
6'-11"
57'-2 1/2"
6'-5 1/2"
4'-5 1/2"
D117
23'-6"
117
PWDR
RM
CLG HT 10'-0"
20 R. @ 7"
19 T. @ 11"
2'-4"
114
GAMERM
D102
101
ENTRANCE
HALL
CLG HT 12'-0"
CLG HT 10'-0"
4'-2 1/2"
D116
118
STORAGE
115
BAR
CLG HT 12'-0"
D120
8'-8"
2'-4"
D103
5'-4"
7'-2 1/4"
6'-0"
Opening 105
4'-5 1/4"
A202/B
D124
8'-3 1/2"
3'-10"
4'-9"
3'-10"
Opening 108
4'-2 1/2"
STRUCTURAL
BEAM
@ 12'
103
PWDR
RM
D114
6'-2"
DBL
OVEN
COMBO
REF
119
BACK A105/B Sect
ENTRANCE
D115
HALL
CLG HT 10'-0"
A107/B
7'-8"
DECORATIVE BEAM
TO CONTINUE TO SIDE WALL @ 12'
CLG HT 12'-0"
4'-7 1/2"
7'-1"
2'-2"
16'-5"
BEAM
@ 10'
4'-1 1/2"
6'-2 1/2"
4'-6"
KITCHEN ELEV. A401
A107/A
4'-10 7/8"
4'-8"
D119
W127
W126
W125
W138
W137
D121
W132
9'-7 1/2"
11"
D101
W139
16'-6"
5'-4 1/2"
W103
116
MEDIA/MUSIC
ROOM
CLG HT 10'-0"
11'-8"
W101
6'-3"
W102
16'-0"
@ 36"
D122
2'-1 7/8"
1'-9"
D111
220
PANTRY/
UTILITY
CLG HT 10'-0"
12'-5 1/2"
7'-2 3/4"
9'-10"
D
2'-4"
113
KITCHEN
CLG HT 12'-0"
13'-9 3/4"
102
HALL
104
HIDE CLOS.
Opening 106
CLG HT 10'-0"
HIDDEN
24'-10 1/4"
11'-5"
L.C.
UP
W104
4'-1 1/8"
BEAM
@ 12'
6'-1/2"
6'-11 5/8"
6'-2 1/2"
5'-10"
3'-8"
D106
108 SHOWER
CLG HT 10'-0"
D125
8'-6 5/8"
STORAGE
14'-4 1/2"
2'-0"
W119
2'-3 3/4"
2'-0"
1'-0"
FUTURE
ELEVATOR
& HALLWAY
W
9'-6"
A106/B
D104
W+D
110
MASTER
CLOSET
CLG HT 10'-0"
12'-0"
4'-5/8"
4'-5/8"
4'-6"
109 TOILET RM
CLG HT 10'-0"
8'-5/8"
D108
3'-0"
6'-3 5
/8"
W121
IRON BD
D.W.
BEAMS
@ 14'-7"
5'-2"
D107
4'-0"
LINEN
W10
5
W120
DRAWER
MICRO
D105
W106
5'-2 1/4"
8"
4'-0"
U.C. REF
U.C. REF
5'-9 3/4"
11'-0"
8'-0"
106
MASTER
BATHRM
CLG HT 10'-0"
1'-6
5/8
"
FULL HT
CABINET
W/ COFFEE
MAKER
D.W.
4'-0"
CLG HT 14'-0"
CLG HT 12'-0"
A106/A
11'-3"
1'-4"
111
GREAT
RM
6'-1"
20'-6"
17'-5 7/8"
6'-4"
5'-11"
ARCHED TOWER
57'-2 1/2"
CLG HT 12'-0"
OR ARCHED TOWER CLG
Opening 107
TUB
A201/B
W114
2'-8 1/4"
105
MASTER
BEDRM
CLG HT 12'-0"
107
TUB
CLG HT
10'-0"
W113
7'-5 3/8"
W112
20'-3 1/2"
3'-8 1/2"
W107
112
DINING RM
8'-4"
W111
225
COVERED
PORCH 2
CLG HT 10'-0"
14'-10"
3'-11 3/4"
D110
D109
11'-5 3/4"
W116
8'-4"
W110
W124
2'-11"
2'-6" 4"
VAULTED CLG
W109
W115
7'-5 1/2"
224
BACK PORCH 1
6'-8"
4'-2"
W108
5 1/2"
6'-1/2"
1'-6"
W123
5 1/2"
17'-3 5/8"
22'-2 7/8"
W122
1'-11 1/2"
2'-11"
26'-2" SLAB
2'-7 1/8"
5 1/2"
1'-6"
4"
6'-1/2"
5 1/2"
20'-3 3/4"
5'-9 7/8"
METAL SHEET
TOP OF OPENING
13'-8 1/2"
METAL SHEET
TOP OF OPENING
1'-6"
3'-5 1/8"
5 1/2"
5 1/2"
5'-6 1/8"
3'-11 1/8"
1'-9 7/8"
1'-6"
5'-9"
5 1/2"
10"
6'-8"
11'-0"
4'-4"
10'-11"
W129
W128
5 1/2"
W130
1'-3 1/2"
2'-6"
W131
2'-0"
20'-2"
WALKWAY
4'-11 3/4"
5'-0"
5'-10"
11'-7"
Opening 104
5 1/2"
Opening 101
METAL SHEET
TOP OF OPENING
5'-5 7/8"
W136
A 401/E12
10" WIDE
WOOD BEAM
W133
3'-5 3/8"
10'-10 3/4"
W134
7'-9"
Opening 103
8'-10"
6'-4 1/2"
223
FRONT
PORCH
CLG HT 12'-6 "
2'-5 1/2"
9'-3 1/2"
Opening 102
2'-5 1/2"
8'-10"
5 1/2"
W135
METAL SHEET
TOP OF OPENING
6'-4 1/2"
METAL SHEET
TOP OF OPENING
3'-10"
METAL SHEET TOP OF OPENING
2'-4"
2'-0"
9'-11 3/4"
4'-4"
4'-4"
4'-5 3/8"
2'-8 1/2"
3'-7"
3'-7"
18'-2"
3'-6 1/4"
4'-4"
9'-5 3/4"
17'-4"
20'-2"
7'-2"
2'-5 3/4"
4'-4"
3'-6 1/4"
5'-7 3/4"
4'-11"
4'-11"
7'-10 1/2"
10'-4"
27'-8"
23'-4 1/4"
5 1/2"
119'-4"
A 201/A Front SOUTH
A
FLOOR PLAN 1ST FLOOR
1/4" =
1'-0"
COLLEYVILLE, TEXAS.
19'-5 3/4"
(972) 221-1424
38'-10 1/2"
Lewisville, Tx
7'-4"
ARCHITECTS
10"
ARNETT HOUSE
5 1/2"
WILLIAM PECK &
119'-4"
A202/A Back NORTH
REVISIONS
1st FLOOR PLAN
AREA SQUARE FOOTAGES:
1ST FLOOR: 3,452
2ND FLOOR: 1,336
3RD FLOOR: 97
TOTAL A/C: 4,885
GARAGE: 1,040
FRONT PORCH+ENTRANCE: 253
BACK PORCH 1: 177
COVERED PORCH 2 :342
BALCONY: 326
UNCOVERED OUTDOOR KITCHEN: 70
DATE
Date:
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-101
SHEET 2
OF 27
Appendix D.7.7.2
4'-4"
A
FLOOR PLAN 2ND FLOOR
2'-2"
8'-6"
201
KIDS STUDY
202
D202
STUDY
CLOSET
W216
4'-8"
9'-1 3/4"
2'-3 3/4"
FUTURE
ELEVATOR
6'-11"
A105/B Sect
D203
212
PWDR
RM
W215
W214
3'-9 1/4"
W213
2'-2 3/4"
2'-5 1/4"
6'-0"
3'-3/8"
5'-5 1/2"
4'-8"
W212
3'-7"
12'-10 1/2"
6'-4"
D210
207
BEDRM 3
4'-5 1/2"
13'-4"
D206
DESK
211
BATHRM 3
CLG HT 9'-1 1/2"
206
WC
D208
208
CLOSET
DN
210
BEDRM 4
209
CLOSET
2'-0"
2'-10"
1/4" =
1'-11 1/2"
1'-10 1/2"
3'-4 1/2"
5'-3"
47'-5 3/4"
26'-2"
5'-10"
4'-3 1/4"
W205
A202/B
W211
4'-7 1/2"
5'-6"
47'-5 3/4"
1'-0"
2nd FLOOR PLAN
Date:
SHEET 3
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
3'-8"
LINEN
36'-1/2"
3'-0"
1'-8"
3'-6"
205
BATH 2
W206
SHOWER
12'-4"
4'-0"
1'-6 3/4"
6'-2"
204
VANITY RM
W207
21'-10 1/4"
D214
W204
6'-0"
D212
D213
OPEN BALCONY
1'-11 1/2"
W209
2'-1"
213 CLOSET /
5'-6 1/2"
4'-1"
2'-3"
D215
5'-7"
W203
2'-1"
LADDER
6'-4"
W208
214
1/2 OPEN AND
1/2 COVERED
BALCONY
203
BEDRM 2
5'-3 1/2"
1'-9"
7'-6"
6'-8"
20'-7 1/4"
6'-6"
D209
W202
2'-8 5/8"
12'-10"
4'-7"
A107/B
2'-11 7/8"
5'-1"
20'-3 3/4"
11 1/2"
21'-3 3/4"
W210
A107/A
D201
4'-6 1/2"
A105/C
D211
5'-8 1/2"
19'-1 3/4"
D207
A105/A
14'-4 1/2"
CLG 9'-1 1/2"
12'-10"
2'-2"
5'-4 1/2"
D205
1'-6 1/2"
5'-4 1/2"
D204
OPEN
TO MASTER
BEDRM
14'-5 1/2"
W201
1'-10"
A106/B
6"
1'-0"
6'-4"
OPEN
TO GREAT RM
L.C.
14'-3 1/2"
8'-0"
14'-4 1/2"
1'-6"
4'-0"
2'-6"
2'-3"
15'-9 3/8"
2'-3"
5'-5"
20 R. @ 7"
. @ 119 T
2'-2"
1"
A106/A
5'-7"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-102
OF 27
Appendix D.7.7.2
A
W304
A106/A
3'-0"
3'-1"
13'-4 7/8"
1'-3"
41'-6 3/4"
3'-5"
A105/A
W304
A107/A
3'-3"
FLOOR PLAN ROOF
3'-8"
W303
301
OBSERVATORIO
W301
A107/B
4'-0"
10'-4 1/4"
W302
3'-4 1/8"
OPEN TO
MASTER
BEDRM
W302
CHIMNEY
12'-3 1/2"
3'-1"
W305
3'-8"
W305
2'-8"
3'-4 1/8"
A202/A Back NORTH
119'-4"
10'-6"
36'-11 3/4"
W301
3'-10"
2'-10"
FIRST FLOOR
EXTERIOR WALLS
SECOND FLOOR
EXTERIOR WALLS
10'-6"
3'-5"
W303
LADDER
A106/B
A105/B Sect
A202/B
3'-3"
10'-6"
SECOND FLOOR
EXTERIOR WALLS
FIRST FLOOR
EXTERIOR WALLS
A 201/A Front SOUTH
1/4" =
1'-0"
ROOF
Date:
SHEET 4
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
16'-5 1/2"
A201/B
3'-6"
3'-2 1/2"
10'-1/2"
2'-10"
3'-3"
10'-4 1/4"
5'-2"
3'-2 1/2"
9'-2"
4'-0"
9'-2"
11'-4 1/2"
19'-6 1/2"
21'-8 1/4"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-103
OF 27
Appendix D.7.7.2
SGL
DBL
DBL
DBL
DBL
DBL
---------------
---------------
---------------
---------------
B
---------------
---------------
---------------
---------------
---------------
---------------
---------------
DOUBLE DOOR UNIT W/TRANSOM 1'-5"
COAT CLOSET
POWDER ROOM
MASTER BEDRM
BATHRM DBL DOOR
TOILETRM
MASTER CLOSET
SHOWER SLIDING D
FAMILY RM DBL DOOR
PORCH D W/TRANSOM 1'-5"
BACK HALL DOOR
PANTRY/UTILITY POCKET D
OFFICE DOOR
PANTRY D
UNDER STAIRS CLOSET
BATHRM DOOR
HALLWAY GARAGE INT DOOR
PORCH D TO GARAGE
MEDIA RM INT DOOR
MEDIA RM INT DOOR
FRONT PORCH GLASS DOOR
CLOSET DOOR
GARAGE D W/TRANSOM
O.H. GARAGE D
O.H. GARAGE D
BALCONY DOOR
CLOSET DOOR
BATHRM DOOR
BATHRM DOOR
BATHRM DOOR
BEDRM DOOR
CLOSET DOOR
CLOSET DOOR
BEDRM DOOR
BEDRM DOOR
CLOSET DOOR
BATHRM DOOR
TOILET RM DOOR
SHOWER RM DOOR
BATHRM DOOR
---------------
DOOR SCHEDULE
WINDOW SCHEDULE
MARK
A
Quantity
Library Part Name
SIZE
WIDTH
HEIGHT
HEADER HT
MATERIAL
GENERAL NOTES:
Opening 108
W101
W102
1
1
1
W Rectangular Open...
W1 Casement
W1 Casement
12'-0"
2'-0"
2'-0"
6'-0"
3'-6"
3'-6"
10'-0"
8'-8"
8'-8"
Wood 08-Pine
ALU CLAD. WOOD WINDOW
--POWDER RM W/O MULLION
POWDER RM W/O MULLION
W103
W104
W105
W106
W107
W108
W109
W110
W111
W112
W113
W114
W115
W116
W117
W118
W119
W120
W121
W122
W123
W124
W125
W126
W127
W128
W129
W130
W131
W132
W133
W134
W135
W136
W137
W138
W139
W201
W202
W203
W204
W205
W206
W207
W208
W209
W210
W211
W212
W213
W214
W215
W216
W301
W302
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
W1 Casement
W1 Casement
W1 Casement
W1 Casement
W Fixed
W1 Casement
W1 Casement
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W1 Casement
W1 Casement
W1 Casement
W Awning 1
W Awning 1
W Awning 1
W Awning 1
W Awning 1
W Awning 1
W1 Casement
W1 Casement
W1 Casement
W1 Casement
W1 Casement
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W Fixed
W1 Casement
W1 Casement
W1 Casement
W Awning 1
W Awning 1
W Awning 1
W Awning 1
W1 Casement
W Awning 1
W Awning 1
W1 Casement
W1 Casement
W Awning 1
W Awning 1
W Awning 1
W Awning 1
W1 Casement
W1 Casement
2'-0"
2'-0"
2'-0"
2'-0"
4'-0"
3'-6"
3'-6"
6'-0"
6'-0"
6'-0"
6'-0"
6'-0"
3'-6"
3'-6"
3'-6"
3'-6"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
2'-0"
2'-0"
2'-0"
2'-0"
3'-0"
3'-6"
3'-6"
3'-6"
3'-6"
3'-6"
3'-6"
3'-6"
4'-0"
4'-0"
3'-0"
2'-6"
2'-6"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-6"
3'-0"
3'-6"
3'-6"
3'-6"
3'-6"
4'-6"
6'-9"
6'-9"
6'-6"
6'-6"
3'-0"
3'-0"
3'-0"
6'-6"
6'-6"
6'-6"
6'-6"
6'-0"
5'-0"
5'-0"
2'-0"
2'-0"
2'-0"
2'-0"
2'-0"
2'-0"
3'-6"
3'-6"
3'-6"
3'-6"
5'-0"
6'-6"
6'-6"
6'-6"
1'-6"
1'-6"
1'-6"
1'-6"
6'-0"
6'-0"
5'-6"
2'-0"
2'-0"
2'-0"
2'-0"
5'-6"
2'-0"
2'-0"
5'-6"
5'-6"
2'-0"
2'-0"
2'-0"
2'-0"
2'-6"
5'-6"
8'-8"
8'-8"
8'-8"
8'-8"
8'-6"
9'-3"
9'-3"
8'-0"
8'-0"
12'-0"
12'-0"
12'-0"
9'-0"
9'-0"
9'-0"
9'-0"
9'-4"
8'-4"
8'-4"
8'-5"
8'-5"
8'-5"
8'-5"
8'-5"
8'-5"
8'-8"
8'-8"
8'-8"
8'-8"
8'-6"
8'-0"
8'-0"
8'-0"
10'-6"
10'-6"
10'-6"
10'-6"
8'-0"
8'-0"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
7'-8"
6'-6"
6'-6"
MASTER TUB
MASTER BEDRM WINDOW
MASTER BEDRM WINDOW
DINING RM
DINING RM
GREAT RM
GREAT RM
GREAT RM
DINING RM
DINING RM
DINING RM
DINING RM
DINING RM
PANTRY/UTILITY
PANTRY/UTILITY
W/ 1 VERTICAL MULLION
HIDDEN CLOSET W/O MULLION
DINING RM
DINING RM
DINING RM
DINING RM
DINING RM
DINING RM
DINING RM
STUDY RM
STUDY RM
BEDRM W
BEDRM W
BEDRM W
BEDRM W
OBSERVATORIO
BEDRM W
W303
W304
W305
2
2
2
W1 Casement
W Fixed
W1 Casement
3'-0"
2'-6"
3'-0"
3'-6"
1'-6"
3'-0"
6'-8"
7'-10"
7'-8"
OBSERVATORIO
BEDRM TOWER, HEADER TO 1ST FLOOR 19'-10"
REMOTE CONTROL, HEADER HT 19'-8" TO 1ST FLOOR
WINDOW SCHEDULE
COLLEYVILLE, TEXAS.
DBL
(972) 221-1424
GLASS
HOLLOW
SOLID
SOLID
SOLID
SOLID
HOLLOW
GLASS
GLASS
GLASS
GLASS
SOLID
SOLID
HOLLOW
HOLLOW
SOLID
SOLID
SOLID
SOLID
SOLID
GLASS
HOLLOW
SOLID
METAL
METAL
GLASS
HOLLOW
SOLID
SOLID
SOLID
SOLID
HOLLOW
HOLLOW
SOLID
SOLID
HOLLOW
SOLID
SOLID
SOLID
SOLID
---------------
Lewisville, Tx
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
4'-6"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
8'-0"
6'-8"
8'-0"
8'-0"
8'-0"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
6'-8"
10'-8"
10'-0"
10'-0"
8'-6"
8'-0"
6'-8"
8'-0"
NOTES
ARCHITECTS
ROOM FINISH SCHEDULE
6'-0"
3'-0"
2'-6"
3'-0"
3'-0"
3'-0"
3'-0"
2'-6"
6'-0"
3'-0"
3'-0"
3'-0"
3'-0"
2'-8"
2'-8"
2'-8"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
3'-0"
9'-0"
18'-0"
3'-0"
2'-6"
2'-6"
2'-6"
2'-6"
3'-0"
2'-4"
2'-4"
3'-0"
3'-0"
2'-4"
2'-6"
2'-4"
2'-4"
2'-6"
8'-0"
5'-5 1/2"
5'-5 1/2"
3'-4 1/2"
3'-0"
2'-0"
5'-4"
LOUVER
MATL
W HT
GLZ
ARNETT HOUSE
C
HT
EL
WILLIAM PECK &
D101
D102
D103
D104
D105
D106
D107
D108
D109
D110
D111
D112
D113
D114
D115
D116
D117
D118
D119
D120
D121
D122
D123
D124
D125
D201
D202
D203
D204
D205
D206
D207
D208
D209
D210
D211
D212
D213
D214
D215
Opening 101
Opening 102
Opening 103
Opening 104
Opening 105
Opening 106
Opening 107
W
TYPE
SIZE
MARK
REVISIONS
DATE
SCHEDULES
DOOR
DOOR AND FRAME SCHEDULE
FRAME
HARDWARE
FIRE RATING
EL GLZ HEAD
SET NO KEYS. RM NO
Date:
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-104
SHEET 5
OF 27
Appendix D.7.7.2
A
A105/C
12'
1'-5"
C
12'-0"
13'-5"
COLUMN
KID'S STUDY
11'-7"
0"
0"
1/4" =
10'
1'-0"
B
0"
A105/A
A105/B
PANTRY/
UTILITY
0"
1'-6 1/2"
OBSERVATORIO
TOWER
21'-7"
LADDERS TO
OBSERVATORIO
TOWER
16'-6"
KID'S STUDY
BALCONY
11'-5 1/2"
L.C.
UTILITY
COVERED
PORCH
UNDER STAIR
STORAGE
-1 1/2"
1/4" =
1/4" =
1'-0"
29'-7"
25'-1"
21'-7"
LOFT
LOUNDRY
11'-7"
KITCHEN
OFFICE
0"
1'-0"
SECTIONS
Date:
SHEET 6
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
3'-6"
5'-1/2"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-105
OF 27
Appendix D.7.7.2
B
A
A106/B
A106/A
12'-0"
1'-5"
KITCHEN CLG
12'-0"
13'-5"
GREAT RM CLG
STONE
UP TO 14'
GAMERM CLG
0"
-1 1/2"
1/4" =
1/4" =
1'-0"
TOWER
BEAMS ACROSS
TOWER
FAN
5'-3"
MASTER
BEDRM
2'-6"
1'-0"
SECTIONS
Date:
SHEET 7
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
14'-7"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-106
OF 27
Appendix D.7.7.2
BALCONY
B
A
9'-0"
9'-1 1/2"
KID'S STUDY
11'-5 1/2"
COVERED
PORCH
3'-4"
UTILITY
-1 1/2"
0"
A107/B
A107/A
1/4" =
1/4" =
1'-0"
1'-0"
8'-0"
SECTIONS
Date:
SHEET 8
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
1'-0"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-107
OF 27
Appendix D.7.7.2
29'-7" TOP OF PLATE
STUCCO
21' TOP OF PLATE
STUCCO
13'-5" TOP OF PLATE
14' TOP OF PLATE
STUCCO
STONE
0"
2
10'-8 1/2"
1
A 201/B Left
29'-7" TOP OF PLATE
10'-6"
5'-3"
0"
A 201/A Front
1/4" =
21' TOP OF PLATE
13'-1/2" TOP OF PLATE @ BAR
10'-6" TOP OF PLATE
1/4" =
1'-0"
STUCCO
STANDING SEAM METAL ROOF
20'-7" TOP OF PLATE
STUCCO
14' TOP OF PLATE
ALUMNUM CLAD WOOD WINDOWS
12' TOP OF PLATE @CENTER OF BEAM
10'-11 1/2" TOP OF PLATE
10'-6" TOP OF PLATE
6'-4"
5'-3"
3'-6"
0"
1'-0"
FRONT& LEFT
ELEVATIONS
Date:
SHEET 9
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-201
OF 27
Appendix D.7.7.2
29'-7" TOP OF PLATE
STUCCO
21' TOP OF PLATE
16'-9"
CAST STONE CAP
14' TOP OF PLATE
11'-7"
1
STUCCO
12' TOP OF PLATE
10'-6" TOP OF PLATE
STUCCO
STONE
0"
2
A 202/B Right
12' TOP OF PLATE
6'-4"
5'-3"
0" F.F.
-1 1/2"
A 202/A Back
0" F.F.
1/4" =
20'-7" TOP OF PLATE
13'-5" TOP OF PLATE
10'-6" TOP OF PLATE
10'-11 1/2" TOP OF PLATE
STUCCO
5'-3"
STONE
0"
1/4" =
1'-0"
29'-7" TOP OF PLATE
STUCCO
21' TOP OF PLATE
ALUMNUM CLAD
WOOD WINDOWS
16'-9"
STUCCO
12'-4"
10'-8 1/2"
1'-0"
NORTH & EAST
ELEVATIONS
Date:
SHEET 10
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-202
OF 27
Appendix D.7.7.2
1
ROOF NOTES:
ALL RAFTERS TO BE 2x8 @ 24" O.C., #U.N.O.
ROOF SLOPES TO BE:
- MAIN ROOFS 4' : 12'
-
ROOF PLAN
PLATE HT 10'-8 1/2"
PLATE HT 14'-9"
PLATE HT 10'-6"
4 : 12
4 : 12
TOWER PLATE HT 21'-0"
4 : 12
4 : 12
4 : 12
4 : 12
4 : 12
PLATE HT 10'-0"
4 : 12
PLATE HT 20'-7"
PLATE HT 12'-0"
PLATE HT 20'-7"
4 : 12
4 : 12
4 : 12
PLATE HT 20'-7"
PLATE HT 10'-6"
PLATE HT 13'-1/2"
4 : 12
4 : 12
PLATE HT 20'-7"
PLATE HT 13'-5"
3'-6" : 12'
3'-6" : 12'
PLATE HT 13'-5"
PLATE HT 10'-6"
4 : 12
PLATE HT 20'-7"
4 : 12
PLATE HT 13'-5" (MASTER BEDRM)
4 : 12
4 : 12
PLATE HT 20'-7"
4 : 12
PLATE HT 10'-6"
PLATE HT 12'-0" @ CENTER OF BEAM
PLATE HT 10'-6"
OVERHANG TO BE MIN. 2'-2" FROM EXTERIOR FACE OF THE STUD.
4 : 12
ARROWS INDICATE DRAINAGE.
3/16" =
1'-0"
ROOF PLAN
Date:
SHEET 11
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
4 : 12
4 : 12
PLATE HT 12'-0"
PLATE HT 10'-6"
4 : 12
4 : 12
4 : 12
4 : 12
4 : 12
PLATE HT 13'-5"
4 : 12
PLATE HT 14'-0"
4 : 12
PLATE HT 10'-0"
4 : 12
PLATE HT 10'-11 1/2"
4 : 12
4 : 12
4 : 12
PLATE HT 10'-8 1/2"
PLATE HT 10'-6"
PLATE HT 14'-0"
PLATE HT 11'-1/2"
PLATE HT 10'-0"
PLATE HT 10'-11 1/2"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-301
OF 27
Appendix D.7.7.2
ARCHED
ROOF
CHIMNEY,
ARCHED
METAL
ROOF
1
ARCHED
ROOF
Roof Framing
3/16" =
1'-0"
Roof Framing
Date:
SHEET 12
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-302
OF 27
Appendix D.7.7.2
2x6
@16" O.C.
2x8
@16" O.C.
2x6
@16" O.C.
TOWER
OPEN TO ROOF
DECK (ARCHED).
2x6
@16" O.C.
2x6
@16" O.C.
2
2x6
@16" O.C.
2x6
@16" O.C.
1
OPEN TO ROOF
DECK (ARCHED).
BEAMS
@ 14'-7"
2x6
@16" O.C.
2x8
@16" O.C.
2x8
@16" O.C.
2x8
@24" O.C.
ATTIC
ACCESS
METAL SHEET
TOP OF OPENING
METAL SHEET
TOP OF OPENING
2x8
@16" O.C.
BEAM
@ 12'
2x8
@16" O.C.
Ceiling Joists 1st Floor
2x6
@16" O.C.
2x8
@16" O.C.
2x6
@16" O.C.
2x6
@16" O.C.
DASHED
LINES:
FUTURE
ELEVATOR
2x6
@16" O.C.
2x6
@16" O.C.
2x8
@16" O.C.
ENGINEERED
FLOOR TRUSS
SYSTEM
ATTIC
ACCESS
2x8
@16" O.C.
2x6
@16" O.C.
2x6
@16" O.C.
2x8
@16" O.C.
2x6
@16" O.C.
2x6
@16" O.C.
ATTIC
ACCESS
Ceiling Joists 2nd Floor
1/8" =
ENGINEERED
FLOOR TRUSS
SYSTEM
1/8" =
1'-0"
METAL SHEET
TOP OF OPENING
METAL SHEET
TOP OF OPENING
VAULTED
ENGINEERED
FLOOR TRUSS
SYSTEM
DASHED
LINES:
FUTURE
ELEVATOR
2x8
@16" O.C.
(2x6
@24" O.C.)
ENGINEERED
FLOOR TRUSS
SYSTEM
BEAM
@ 10'
DECORATIVE BEAM
STRUCTURAL
BEAM
@ 12'
2x8
@16" O.C.
STAIRS
2x8
@16" O.C.
2x8
@16" O.C.
2x8
@24" O.C.
10" WIDE
WOOD BEAM
METAL SHEET
TOP OF OPENING
1'-0"
CEILING JOISTS
Date:
SHEET 13
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-303
OF 27
Appendix D.7.7.2
2'-11 1/2"
1
4
4'-1"
11"
3"
4'-0"
3"
1'-9 1/2"
2'-0"
1'-0"
2'-7"
11'-0"
2'-0"
MICRO
IN DRAWER
A 401/E KITCHEN ISLAND ELEVATION
2'-0"
A 401/B KITCHEN ELEVATION
2'-0"
BUILT-IN
COFFEE MAKER
DRAWER
FULL HT
CABINET
W/ PULL-OUT
DRAWERS
2'-6"
3/8" =
2'-0"
1'-10"
1'-0"
3"
3/8" =
1'-0"
7
2"
2"
2'-2"
2'-0"
1'-4 1/8"
3'-9"
3"
2'-0"
3'-0"
2
1'-0"
9'-5"
3'-4"
2'-0"
3"
3"
3'-0"
6"
U.C. REF.
UNDER COUNTER REF.
SGL DOOR,
CURVED WALL BEHIND
3X
DBL DOOR CABINETS
W/ SHELVES 12" DEEP
3"
3'-6"
3
4'-0"
11'-6"
CORNER CAB.
CUVED WALL
BEHIND
3'-6"
5"
5"
2'-0"
1'-9"
11'-6"
A 401/C KITCHEN & BAR
3"
A 401/D KITCHEN ELEVATION
2'-0"
2'-0"
3/8" =
2'-0"
2'-0"
2"
3/8" =
3/8" =
1'-0"
DBL DOOR WALL CAB.
DBL DOOR WALL CAB.
6'-0"
4 1/2"
4'-1"
1'-11"
7'-10"
1'-0"
BAR COUNTER
4'-0"
4'-0"
23'-9 1/8"
1'-0"
INTERIOR
DETAILS
Date:
SHEET 14
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
1 1/2"
3/8" =
5" 5"
SGL DOOR CAB.
7"
MICRO
IN DRAWER
A 401/F KITCHEN & BAR
7"
SGL DOOR CAB.
7"
DBL DRAWER
3'-6"
3'-8"
3 1/2"
COVER PANEL
1'-6"
8'-0"
DEEP CABINET
W/ SHELVES
1 1/2"
5
2'-7"
1'-0"
3 1/2"
2'-0"
9"
3'-6"
2'-7"
3/8" =
3'-0"
A 401/G BAR
10'-0"
6
1'-4"
11"
3'-6"
SGL DOOR CAB.
3'-8"
11"
3'-0"
DBL DOOR CAB.
3'-0"
12'-0"
2'-0"
9"
9'-0"
6'-0"
3'-6"
SGL DOOR CAB.
3'-0"
3'-0"
1'-0"
3'-0"
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
A-401
OF 27
Appendix D.7.7.2
UNIT
Ground Fault Interupter-120V Receptacle
Recessed Can Light Fixture
220V Receptacle
Recessed Can Light Fixture (spot light)
Incandescent Pendant Light Fixture
GAS
3
4
220
J
Gas Supply
Junction Box - 10'-0" Above Finished Floor
10'-0" AFF
H.B.
Floor Outlet
Wall Mounted Incandescant Fixture
Switch
Incandescant Wall Sconce
T
Thermostat Control
4-Way Switch
Flourescent Light Fixture
S
Smoke Detector
3-Way Switch
Condensing and Air Handling Units
Hose Bib
Bath Exhaust Fan - Broan Model 686 Ductless
SD
1x4 Flourescent Light Fixture
Garbage Disposal
Electrical Panel
D.B.
Door Bell
Exit Sign
Telephone Outlet
Emergency Egress Lighting
DATA+TEL Outlet
2x4 Flourescent Ceiling Tray Light Fixture
TV
TV Outlet
GAS
Garage Door Opener
Garage Door Opener
GENERAL NOTES:
PROVIDE FOR FOR MECHANICAL SYSTEM.
Vertical Flourescent Lighting
CK SIZE
OF EXISTING
TANKLESS GAS WATER HEATER
GAS
METAL SHEET
TOP OF OPENING
CCTV
CCTV
H.B.
METAL SHEET
TOP OF OPENING
4 4
@ 96"
EAVES
FAN
CCTV
4
H.B.
TANKLESS GAS WATER HEATER
FAN
TV
4
FAN
UP-LT
W/DIMMER
@ 13'
FULL HT
CABINET
W/ COFFEE
MAKER
L.C.
TV
IRON BD
W
UP-LT
W/DIMMER
@ 13'
IRON BOARD
U.C. LTS
@ SHELVES
WHIRLPOOL
3 4
U.C. LTS
@ SHELVES
D
220
GAS
D.W.
TV
FAN
4
BUILT IN @
OFFICE
GAS
GAS
FAN
D.W.
CENTRAL VAC
DRAWER
MICRO
4
3
BEAMS
@ 14'-7"
FAN
4
TV
W+D
220
S
S
SD
4
DECORATIVE BEAM
DN -LTS
ON TOP OF ARCH
REF
4
4
3
TV
BEAM
@ 10'
220
3
BEAM
@ 12'
DBL
OVEN
COMBO
SD
STRUCTURAL
BEAM
@ 12'
S
TIMER FOR BACK YARD LANDSCAPING
TIMER FOR FRONT YARD LANDSCAPING
SD
20 R. @ 7"
19 T. @ 11"
4
3
4
LTS
@ 42"
TV
FAN
U.C. REF
U.C. REF
3
UP
48" SPRINKLER
4 3
4
IRON BOARD
3 3
3 3
MTR
CLG
OUTLET
@ 36"
33
OUTLET
@ SOFFIT
33
TV
LTS
H.B.
CLG
OUTLET
TIMER / MOTION ACTIVATED /
SWICTH IN GARAGE
METAL SHEET
TOP OF OPENING
METAL SHEET
TOP OF OPENING
FAN
LTS
OUTLET
@ SOFFIT
LTS
10" WIDE
WOOD BEAM
OUTLET
@ SOFFIT
METAL SHEET
TOP OF OPENING
1
Electrical Plan 1st Floor
1/4" =
1'-0"
COLLEYVILLE, TEXAS.
GFI
(972) 221-1424
Supply Diffuser
Lewisville, Tx
Built-In Column Accent Lighting
W.P.
ARCHITECTS
Monopoint Directional Fixture
Return Air Filter Grill
ARNETT HOUSE
Exterior Flood Lighting
WILLIAM PECK &
120V Receptacle Water Proof
120V Receptacle
LEGEND
REVISIONS
ELECTRICAL/1
FIXTURE
Date:
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
E-01
SHEET 19
OF 27
Appendix D.7.7.2
GFI
220
1
3-Way Switch
Garbage Disposal
Garage Door Opener
Garage Door Opener
LEGEND
GAS
220V Receptacle
J
10'-0" AFF
Floor Outlet
Switch
T
Thermostat Control
4-Way Switch
S
Smoke Detector
SD
Supply Diffuser
UNIT
H.B.
D.B.
TV
Gas Supply
Hose Bib
Electrical Panel
Door Bell
Exit Sign
Telephone Outlet
DATA+TEL Outlet
TV Outlet
GENERAL NOTES:
OPEN BALCONY
CLG 9'-1 1/2"
TV
FAN
3
TV
S
TV
S
43
Electrical Plan 2nd Floor
SD
CCTV
S
SD
S
4
SD
SD
STAIR LTS W/MOTION S.
TV
1/4" =
1'-0"
DN
ELECTRICAL/2
Date:
SHEET 20
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
3
W.P.
3
3
4
4
120V Receptacle
20 R. @ 7"
. @ 119 T
FIXTURE
1"
3
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
E-02
OF 27
Appendix D.7.7.2
3
4
FIXTURE
120V Receptacle
GFI
220
1
3-Way Switch
Garbage Disposal
Garage Door Opener
Garage Door Opener
LEGEND
W.P.
GAS
220V Receptacle
Floor Outlet
Switch
T
Thermostat Control
4-Way Switch
S
Smoke Detector
J
10'-0" AFF
SD
Supply Diffuser
UNIT
H.B.
D.B.
TV
Gas Supply
Hose Bib
Electrical Panel
Door Bell
Exit Sign
Telephone Outlet
DATA+TEL Outlet
TV Outlet
GENERAL NOTES:
FIRST FLOOR
EXTERIOR WALLS
SECOND FLOOR
EXTERIOR WALLS
SECOND FLOOR
EXTERIOR WALLS
FIRST FLOOR
EXTERIOR WALLS
Electrical Plan Roof Floor
1/4" =
1'-0"
Electrical Tower
Date:
SHEET 21
Lewisville, Tx
(972) 221-1424
ARCHITECTS
WILLIAM PECK &
COLLEYVILLE, TEXAS.
ARNETT HOUSE
REVISIONS
DATE
05-23-08
Scale:
Drawn:
Job:
Sheet Number:
E-03
OF 27
Appendix D.7.7.2
Appendix D.7.7.3
Energy Modeling
February 25, 2009
Chris Miles
GreenCraft Builders LLC
105 W. Main Street
Lewisville, Texas
214-718-8424
Building America Performance Analysis of the Colleyville House
Dear Mr. Miles,
BSC has completed initial energy analysis for the 2009 Greencraft Colleyville house in Texas.
The analysis shows that the plan has a source energy consumption reduction of 70.5% relative to
the Building America Benchmark Protocol. The following is a detailed explanation of the
analysis and results as well as a discussion on the various attributes of the plan.
BSC will be performance testing the 2008 Colleyville house the second week in March 2009.
Sincerely,
Philip Kerrigan Jr., PE
Daniel Bergey
Building Science Corporation
30 Forest Street, Somerville, MA 02143
P: 978.589.5100 F: 978. 589.5103
www.buildingscience.com
Appendix D.7.7.3
1
7
Energy Analysis for Greencraft Colleyville House, Texas
1.
Building Plan and Specifications
The building characteristics used in this analysis are listed below. Details of the analysis are
included later in the report.
Floor area
(ft2)
4886
Surface Area
(ft2)
12598
Volume
(ft3)
76929
Glazing Ratio
(%)
18.9%
Specifications
Building Enclosure
Ceiling
Walls
Foundation
Windows
Infiltration
R-30 spray foam at roof deck to create Conditioned attic Icynene®
2x6, 24" oc framing with 3/4" XPS with R-19 Spray foam Icynene®
51% Flyash concrete monolithic slab with Termimesh termite control
Pella ® fiberglass LoE3 (U=0.28, SHGC=0.24)
2.5 sq in leakage area per 100 sf envelope
Mechanical systems
Heat
Cooling
DHW
Ducts
Leakage
Dehumidification
Ventilation
Return Pathways
WaterFurnace COP 5 GSHP
WaterFurnace 4 ton downstairs, 2 ton upstairs
6 wells 25' apart 300 ft deep
30 gal LowBoy gets hot water from GSHP
Rinnai R94LSi Instantaneous Hot Water EF=0.82 for auxillary DHW
R-4.2 flex runouts in unvented attic or in floor joists
none to outside (5% or less)
GeneralAire Model 1300 whole house dehumidifier
ERV Fantech SER Series
AirCyclerTM FR-V Supply-only system integrated with AHU
33% Duty Cycle: 10 minutes on; 20 minutes off, 50 CFM average flow
Jump ducts at bedrooms and laundry
Other Loads
Lighting
Appliances
2.
CFL lighting package all screw base
Energy Star fridge, DW, clothes washer
Energy Analysis
Baseline Energy Efficiency Package: A whole house hourly energy consumption parametric simulation
was completed comparing the incremental energy consumption reduction for various energy efficiency
strategies compared to the Building America Benchmark Protocol created by the Department of Energy.
The simulation was run using EnergyGauge USA USRCBB v2.8.01 software developed by the Florida
Solar Energy Center (FSEC).
Each parametric step shows an increment over source energy use (IOSEU) over the Building
America Benchmark Protocol for the change to the model. This can be used to evaluate the
relative effects of each performance upgrade made to the model. Due to rounding error, the sum
of incremental improvements does not precisely match the total improvement for all measures.
Each step is described below and the results are discussed.
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.3
2
7
Parametric Annual Loads Study
million Btu/year (source energy)
700.0
600.0
500.0
400.0
300.0
200.0
100.0
0.0
Heating
Cooling
Hot Water
Lighting
Other
50% Reduction
1. Plan Changes: This step reflects the difference in window distribution between the
Benchmark and the planned house.
2. 1+ Shading: This step accounts for the shading provided by roof overhangs. Taken
together with the previous step, the savings is 3.7% of Benchmark energy usage.
3. 2 + Air Seal: This step brings the modeled house to Building America targets for air
infiltration. The IOSEU for this step was 12.5%.
4. 3 + Ducts to interior: In this step, all ductwork was well sealed and brought to the
interior, greatly reducing leakage to outside. The IOSEU for this step was 16.6%.
5. 4 + 2x6 OVE Framing: Advanced framing on 24” centers saves labor while reducing
thermal bridging in the walls. 2x6 walls provide space for R-19 cavity insulation,
resulting in an IOSEU of 3.2%.
6. 5 + Insulating Sheathing: ¾” of XPS sheathing was added to the exterior of all exposed
walls, for an IOSEU of 1.0%.
7. 6 + R-30 attic insulation: The ceiling insulation was increased from R-25 to R-30. This
upgrade results in an IOSEU of 1.2%.
8. 7 + U=0.28, SHGC=0.24 Windows: All windows were set to those to be installed, for an
IOSEU of 8%.
9. 8 + 0.82 EF Instantaneous gas hot water: A gas hot water tank with an EF rating of 0.56
was replaced with a high efficiency instantaneous gas hot water system. This resulted in
an IOSEU of 1.5% for this step.
10. 9 + HRV: A heat recovery ventilator was added to the central air system. The IOSEU
for this step was 0.7%.
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.3
3
7
11. 10 + GSHP: A ground source heat pump with a COP of 5.0 was modeled. The IOSEU
for this step was 17.5%.
12. 11 + CFLs: All light fixtures in the modeled house were provided with compact
fluorescent bulbs. The IOSEU was 5.3%.
13. 12 + ES Appliances: The dishwasher, clothes washer, and refrigerator were replaced with
Energy Star rated models. The IOSEU for this step was 1.9%
14. 10+ 80% Compact fluorescent lighting: The lighting scheme was changed from a 14%
CFL lighting package to an 80% CFL package for all hard wired lights. This resulted in a
IOSEU of 4.2% for this step.
Total Source Energy Savings
Parametric
Run ID
Description of change
0
Benchmark
1
Windows as-designed
(H/C/DHW/Lights/Appliances/Plug)
Annual
% over BA
Incr. Over
energy
Item
Bmrk
Bmrk
cost
Savings
$5,602
-3.2%
-3.2%
$5,777
($175)
HERS Score
Heating
Load
Cooling
Load
kBtuh
kBtuh
142
174.4
197.7
142
170.4
178.6
2
Porches and overhangs
3.7%
6.9%
$5,399
$378
130
175.7
188.2
3
Air Seal (2.5 Leakage Ratio)
16.2%
12.5%
$4,708
$691
114
130.2
147.2
83.9
4
Ducts 5% leakage and in cond. space
32.8%
16.6%
$3,795
$913
92
96.8
5
R-19 OVE Walls
35.7%
3.0%
$3,632
$163
89
90.7
80.1
6
3/4" XPS
36.8%
1.0%
$3,575
$58
87
89.4
79.4
7
R-30 Roof
38.0%
1.2%
$3,506
$69
85
88
78
8
Windows Low-e (U=0.28, SHGC=0.24)
46.0%
8.0%
$3,064
$442
74
73.4
56.5
9
0.82 EF Inst. DHW
47.5%
1.5%
$2,968
$96
70
73.4
56.5
10
HRV
48.1%
0.7%
$2,931
$37
69
72.4
55.5
11
WaterFurnace GSHP COP=5
63.3%
17.5%
$2,094
$965
53
72.4
55.5
12
CFL Lighting
68.6%
5.3%
$1,802
$292
48
72.4
55.5
13
ES Appliances
70.5%
1.9%
$1,680
$122
47
72.4
55.5
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.3
4
7
3.
Energy Components
The pie charts below reflect the component energy use for benchmark and the BA characteristics
model. Because most of the savings were in heating and cooling, the plug loads, which are
dependent on occupant behavior, and not on the building design, form a larger fraction of the total
load.
Benchmark Component Energy Use
MEL, 75 Million Btu
Lighting, 54
Million Btu
DHW, 26 Million Btu
Cooling, 286
Million Btu
Heating, 192
Million Btu
Cooling
Heating
DHW
Lighting
MEL
Prototype
Component Energy Use
Cooling, 56
Million Btu
Cooling
Heating
MEL, 71 Million Btu
DHW
Lighting
MEL
Heating, 29 Million
Btu
Lighting, 22
Million Btu
DHW, 9 Million Btu
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.3
5
7
4.
End Use Site and Source Energy
GreenCraft: Colleyville House
ESTIMATED WHOLE HOUSE ENERGY USE
Source (106 BTU/yr)
Site (106 BTU/yr)
Area + Bsmt (sq ft)
69
189
4886
+0
% Electric
No. of Bedrooms
72%
4
Table 1. Summary of End-Use Site-Energy
Annual Site Energy
Manual Benchmark
End-Use
Prototype
kWh
therms
kWh
therms
Space Heating
16656
0
2411
0
Space Cooling
24886
DHW
0
Lighting*
4717
Appliances + Plug
5695
OA Ventilation**
112
Total Usage
52064.75
Site Generation
0
Net Energy Use
52065
4782
236
0
114
5293
80
1946
114
178
350
14610
194
0
350
14610
194
*Lighting end-use includes both interior and exterior lighting
**This OA Ventilation energy consumption is for fan energy only,
space conditioning is included in Space Heating and Cooling
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.3
6
7
Table 2. Summary of End-Use Source-Energy and Savings
Source Energy Savings
Estimated Annual Source Energy
% of End-Use
% of Total
Manual Benchmark
Prototype
Prototype
Prototype
10^6 BTU/yr
10^6 BTU/yr
savings
savings
Space Heating
191.2
27.7
86%
26%
Space Cooling
285.7
54.9
81%
36%
DHW
25.8
8.7
66%
3%
Lighting*
54.2
22.3
59%
5%
End-Use
Appliances + Plug
77.8
73.2
6%
1%
OA Ventilation**
1.3
2.0
-60%
0%
Total Usage
636
189
70%
70%
70%
70%
Site Generation
0
0
Net Energy Use
636
189
0%
Notes:
The "% of End-Use" columns show prototype energy savings in each end-use category.
The "% of Total" columns show component savings contribution to the overall savings.
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.3
7
7
Appendix D.7.7.4
Manual J Calculations
Rhvac - Residential & Light Commercial HVAC Loads
Wolverton Co. Inc.
Waxahachie, TX 75165
Elite Software Development, Inc.
Colleyville Eco House (Arnett)
Page 1
Load Preview Report
Scope
Has
AED
Building
System 1
Yes
Area
Sen
Gain
Lat
Gain
Net
Gain
Sen
Loss
Sys
Htg
CFM
Sys
Clg
CFM
Sys
Act
CFM
912
4,682
46,192
11,172
57,364
87,459
949
1,774
1,774
972
3,585
33,181
7,215
40,396
68,298
799
1,353
1,353
3,919
2,614
6,533
7,837
Net
Ton
Rec
Ton
ft.²
/Ton
4.78
5.13
3.37
3.69
Ventilation
Zone 1
Duct
Size
18
3,585
29,262
4,601
33,863
60,461
799
1,353
1,353
18
1-Master Bath
208
2,233
342
2,575
6,359
84
103
103
1-6
2-Master Bedroom
252
1,972
576
2,548
3,490
46
91
91
1-6
3-Master Closet
150
783
130
913
2,445
32
36
36
1-4
4-Hidden Closet
36
290
49
339
912
12
13
13
1-4
5-Powder Bath
36
290
49
339
912
12
13
13
1-4
6-Living
525
4,781
685
5,466
7,290
96
221
221
2-6
7-Entry
144
1,133
147
1,280
2,924
39
52
52
1-4
8-Dining Room
285
3,416
503
3,919
6,633
88
158
158
1-8
9-Kitchen
320
1,445
0
1,445
245
3
67
67
1-5
10-Game Room
320
2,579
225
2,804
5,152
68
119
119
1-6
96
519
78
597
1,402
19
24
24
1-4
12-Utility
160
773
147
920
2,652
35
36
36
1-4
13-Office
160
1,093
228
1,321
4,026
53
51
51
1-4
11-Bar
14-East Pwdr Bath
48
192
49
241
823
11
9
9
1-4
15-Stairs / Hall
216
612
57
669
1,400
19
28
28
1-4
16-Media Room
448
2,949
840
3,789
8,118
107
136
136
1-7
17-Observation
100
2,845
261
3,106
3,273
43
132
132
1-7
81
1,357
235
1,592
2,405
32
63
63
1-5
1,097
13,012
3,956
16,968
19,160
150
421
421
10
3,919
2,614
6,533
7,837
18-Upper Master Bedroom
System 2
Yes
1.41
1.45
759
Ventilation
Zone 1
1,097
9,093
1,342
10,435
11,323
150
421
421
10
19-Bedroom 4
234
2,423
364
2,787
2,682
35
112
112
1-6
20-Bedroom 3
156
1,402
264
1,666
1,113
15
65
65
1-5
21-Bath 2
143
1,601
127
1,728
1,932
26
74
74
1-5
22-Bedroom 2
168
1,372
338
1,710
1,922
25
63
63
1-5
23-Kids Study
330
1,806
191
1,997
2,859
38
84
84
1-5
66
489
58
547
815
11
23
23
1-4
24-Upstairs Bath
C:\ ...\~UNTTL0.rhv
Thursday, June 25, 2009, 11:50 AM
Appendix D.7.7.4
Wolverton Co. Inc.
Page 2
Total Building Summary Loads
Component
Description
4A-6-o: Glazing-Double pane low-e (e = 0.20 or less),
high performance, operable window, e=0.05 on
surface 2, any frame, u-value 0.33, SHGC 0.33
10D-w: Glazing-French door, double pane low-e glass (e
= 0.10), wood frame, u-value 0.49, SHGC 0.32
11N: Door-Metal - Polystyrene Core
12C1-0bw: Wall-Frame, R-13.3 open cell 1/2 lb. spray
foam insulation in 2 x 4 stud cavity, no board
insulation, brick finish, wood studs
18B1-21o: Partition Roof/Ceiling (STD=15, WTD=15)Roof Joists Between Roof Deck and Ceiling or Foam
Encapsulated Roof Joists, Spray Foam Insulation,
White or Light Color Asphalt Shingle, Any Wood
Shake, Dark or Medium Color Tile, Slate or Concrete,
Light or Unpainted Metal, Light or Silver Membrane,
Light Tar and Gravel, R-21 open cell 1/2 lb. spray
foam in 2 x 6 joist cavity
22A-ph: Floor-Slab on grade, No edge insulation, no
insulation below floor, any floor cover, passive, heavy
moist soil
open cell foam: Partition Floor (STD=15, WTD=15)-Over
open crawl space or garage, Custom, over garage
with open cell foam
Area
Quan
808.5
Sen
Loss
13,346
Lat
Gain
0
Sen
Gain
14,354
Total
Gain
14,354
84
2,059
0
1,583
1,583
63
4232.5
1,103
19,055
0
0
794
8,381
794
8,381
4314
3,301
0
3,301
3,301
303
20,573
0
0
0
701
536
0
536
536
59,973
0
2,000
0
0
11,811
15,675
0
3,943
5,229
28,949
2,300
1,200
0
0
5,906
7,837
28,949
4,300
1,200
0
0
9,849
13,066
87,459
11,172
46,192
57,364
Subtotals for structure:
People:
Equipment:
Lighting:
Ductwork:
Infiltration: Winter CFM: 219, Summer CFM: 219
Ventilation: Winter CFM: 290, Summer CFM: 290
10
0
Total Building Load Totals:
Check Figures
Total Building Supply CFM:
Square ft. of Room Area:
Volume (ft³) of Cond. Space:
1,774
4,682
52,455
Building Loads
Total Heating Required Including Ventilation Air:
Total Sensible Gain:
Total Latent Gain:
Total Cooling Required Including Ventilation Air:
CFM Per Square ft.:
Square ft. Per Ton:
87,459
46,192
11,172
57,364
Btuh
Btuh
Btuh
Btuh
0.379
912
87.459
81
19
4.78
MBH
%
%
Tons (Based On
Sensible + Latent)
5.13 Tons (Based On
75% Sensible
Capacity)
Notes
Calculations are based on 8th edition of ACCA Manual J.
C:\ ...\~UNTTL0.rhv
Appendix D.7.7.4
Wolverton Co. Inc.
Page 3
Total Building Summary Loads (cont'd)
Notes
All computed results are estimates as building use and weather may vary.
Be sure to select a unit that meets both sensible and latent loads.
C:\ ...\~UNTTL0.rhv
Appendix D.7.7.4
Wolverton Co. Inc.
Page 4
System 1 Summary Loads
Component
Description
moist soil
Area
Quan
637.5
Sen
Loss
10,524
Lat
Gain
0
Sen
Gain
10,590
Total
Gain
10,590
84
2,059
0
1,583
1,583
63
3143.5
1,103
14,152
0
0
794
6,227
794
6,227
3217
2,463
0
2,463
2,463
303
20,573
0
0
0
50,874
0
1,400
0
0
9,587
7,837
0
3,201
2,614
21,657
1,610
1,200
0
0
4,795
3,919
21,657
3,010
1,200
0
0
7,996
6,533
68,298
7,215
33,181
40,396
People:
Equipment:
Lighting:
Ductwork:
7
0
System 1 Load Totals:
Check Figures
Supply CFM:
1,353
3,585
42,582
System Loads
Total Latent Gain:
CFM Per Square ft.:
Square ft. Per Ton:
68,298
33,181
7,215
40,396
Btuh
Btuh
Btuh
Btuh
0.378
972
68.298
82
18
3.37
MBH
%
%
Tons (Based On
Sensible + Latent)
3.69 Tons (Based On
75% Sensible
Capacity)
Notes
C:\ ...\~UNTTL0.rhv
Appendix D.7.7.4
Wolverton Co. Inc.
Page 5
System 2 Summary Loads
Component
Description
with open cell foam
Area
Quan
171
Sen
Loss
2,822
Lat
Gain
0
Sen
Gain
3,764
Total
Gain
3,764
1089
4,903
0
2,154
2,154
1097
838
0
838
838
701
536
0
536
536
9,099
0
600
0
0
2,224
7,837
0
742
2,614
7,292
690
0
0
0
1,111
3,919
7,292
1,290
0
0
0
1,853
6,533
19,160
3,956
13,012
16,968
People:
Equipment:
Lighting:
Ductwork:
3
0
System 2 Load Totals:
Check Figures
Supply CFM:
421
1,097
9,873
System Loads
Total Latent Gain:
CFM Per Square ft.:
Square ft. Per Ton:
19,160
13,012
3,956
16,968
Btuh
Btuh
Btuh
Btuh
0.383
759
19.160
77
23
1.41
MBH
%
%
Tons (Based On
Sensible + Latent)
1.45 Tons (Based On
75% Sensible
Capacity)
Notes
C:\ ...\~UNTTL0.rhv
Appendix D.7.7.4
Wolverton Co. Inc.
Page 6
System 1, Zone 1 Summary Loads (Average Load Procedure for Rooms)
Component
Description
moist soil
Area
Quan
637.5
Sen
Loss
10,524
Lat
Gain
0
Sen
Gain
10,590
Total
Gain
10,590
84
2,059
0
1,583
1,583
63
3143.5
1,103
14,152
0
0
794
6,227
794
6,227
3217
2,463
0
2,463
2,463
303
20,573
0
0
0
50,874
0
1,400
0
0
9,587
0
3,201
21,657
1,610
1,200
0
0
4,795
21,657
3,010
1,200
0
0
7,996
60,461
4,601
29,262
33,863
People:
Equipment:
Lighting:
Ductwork:
7
0
System 1, Zone 1 Load Totals:
Check Figures
Supply CFM:
Zone Loads
Total Heating Required:
Total Latent Gain:
Total Cooling Required:
1,353
3,585
42,582
CFM Per Square ft.:
Square ft. Per Ton:
60,461
29,262
4,601
33,863
Btuh
Btuh
Btuh
Btuh
0.378
1,185
60.461
86
14
2.82
MBH
%
%
Tons (Based On
Sensible + Latent)
3.03 Tons (Based On
75% Sensible
Capacity)
Notes
C:\ ...\~UNTTL0.rhv
Appendix D.7.7.4
Wolverton Co. Inc.
Page 7
System 2, Zone 1 Summary Loads (Average Load Procedure for Rooms)
Component
Description
with open cell foam
Area
Quan
171
Sen
Loss
2,822
Lat
Gain
0
Sen
Gain
3,764
Total
Gain
3,764
1089
4,903
0
2,154
2,154
1097
838
0
838
838
701
536
0
536
536
9,099
0
600
0
0
2,224
0
742
7,292
690
0
0
0
1,111
7,292
1,290
0
0
0
1,853
11,323
1,342
9,093
10,435
People:
Equipment:
Lighting:
Ductwork:
3
0
System 2, Zone 1 Load Totals:
Check Figures
Supply CFM:
Zone Loads
Total Heating Required:
Total Latent Gain:
Total Cooling Required:
421
1,097
9,873
CFM Per Square ft.:
Square ft. Per Ton:
11,323
9,093
1,342
10,435
Btuh
Btuh
Btuh
Btuh
0.383
1,246
11.323
87
13
0.87
MBH
%
%
Tons (Based On
Sensible + Latent)
0.88 Tons (Based On
75% Sensible
Capacity)
Notes
C:\ ...\~UNTTL0.rhv
Appendix D.7.7.4
Wolverton Co. Inc.
Page 8
Detailed Room Loads - Room 1 - Master Bath (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Number of Registers:
Runout Air:
Runout Duct Size:
Runout Air Velocity:
Actual Loss:
Htg. & clg.
26.0
8.0
208.0
10.0
2,080.0
1
103
6
526
526
0.174
Item
Description
W -Wall-12C1-0bw 26 X 10
N -Wall-12C1-0bw 8 X 10
S -Wall-12C1-0bw 8 X 10
S -Gls-4A-6-o shgc-0.33
73%S (2)
W -Gls-4A-6-o shgc-0.33 0%S
N -Gls-4A-6-o shgc-0.33
100%S
UP-Roof-Part-18B1-21o 26 X
8
Floor-22A-ph 42 ft..Per.
Subtotals for Structure:
Infil.: Win.: 19.0, Sum.: 19.0
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Actual Winter Vent.:
Percent of Supply.:
Actual Summer Vent.:
Percent of Supply:
Actual Winter Infil.:
Actual Summer Infil.:
1
1
1
103
3.0
0
15
15
11
11
19
19
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
250
64
70
10
-UValue
0.090
0.090
0.090
0.330
Htg
HTM
4.5
4.5
4.5
16.5
Sen
Loss
1,125
288
315
166
Clg
HTM
2.0
2.0
2.0
16.0
Lat
Gain
0
0
0
0
Sen
Gain
495
127
139
160
10
16
0.330
0.330
16.5
16.5
165
264
39.9
15.1
0
0
399
241
208
0.051
0.8
159
0.8
0
159
42
1.358
67.9
2,852
0.0
0
0
2.440
5,334
1,025
1.221
0
342
1,720
513
342
2,233
420
6,359
Appendix D.7.7.4
Wolverton Co. Inc.
Page 9
Detailed Room Loads - Room 2 - Master Bedroom (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
18.0
14.0
252.0
12.0
3,024.0
1
91
6
465
465
0.136
Item
Description
N -Wall-12C1-0bw 14 X 12
W -Wall-12C1-0bw 4 X 12
100%S (2)
14
Infil.: Win.: 9.8, Sum.: 9.8
People: 200 lat/per, 230
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
91
1.8
0
8
9
10
11
10
10
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
120
48
48
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
540
216
792
Clg
HTM
2.0
2.0
15.0
Lat
Gain
0
0
0
Sen
Gain
238
95
722
252
0.051
0.8
193
0.8
0
193
18
1.358
67.9
1,222
0.0
0
0
2.440
2,963
527
1.222
0
176
400
1,248
264
460
576
1,972
216
2
3,490
Appendix D.7.7.4
Wolverton Co. Inc.
Page 10
Detailed Room Loads - Room 3 - Master Closet (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
15.0
10.0
150.0
10.0
1,500.0
1
36
4
415
415
0.193
Item
Description
S -Wall-12C1-0bw 10 X 10
E -Wall-12C1-0bw 2 X 10
W -Wall-12C1-0bw 4 X 10
S -Gls-4A-6-o shgc-0.33 66%S
10
Infil.: Win.: 7.2, Sum.: 7.2
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
Area
Quantity
89
20
40
11
150
-UValue
0.090
0.090
0.090
0.330
0.051
Htg
HTM
4.5
4.5
4.5
16.5
0.8
16
1.358
160
1
1
1
36
1.4
0
6
16
4
11
7
7
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Sen
Loss
401
90
180
182
115
Clg
HTM
2.0
2.0
2.0
16.2
0.8
67.9
1,086
0.0
0
0
2.444
2,054
391
1.219
0
130
588
195
130
783
2,445
Lat
Gain
0
0
0
0
0
Sen
Gain
176
40
79
178
115
Appendix D.7.7.4
Wolverton Co. Inc.
Page 11
Detailed Room Loads - Room 4 - Hidden Closet (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
6.0
6.0
36.0
10.0
360.0
1
13
4
154
154
0.028
Item
Description
S -Wall-12C1-0bw 6 X 10
S -Gls-4A-6-o shgc-0.33 73%S
UP-Roof-Part-18B1-21o 6 X 6
Infil.: Win.: 2.7, Sum.: 2.7
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Area
Quantity
55
5
36
6
60
-UValue
0.090
0.330
0.051
1.358
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
13
2.2
0
2
16
1
11
3
3
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Htg
HTM
4.5
16.5
0.8
67.9
Sen
Loss
248
83
28
407
Clg
HTM
2.0
16.0
0.8
0.0
Lat
Gain
0
0
0
0
Sen
Gain
109
80
28
0
2.433
766
146
1.217
0
49
217
73
49
290
912
Appendix D.7.7.4
Wolverton Co. Inc.
Page 12
Detailed Room Loads - Room 5 - Powder Bath (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
6.0
6.0
36.0
10.0
360.0
1
13
4
154
154
0.028
Item
Description
S -Wall-12C1-0bw 6 X 10
S -Gls-4A-6-o shgc-0.33 73%S
Infil.: Win.: 2.7, Sum.: 2.7
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Area
Quantity
55
5
36
6
60
-UValue
0.090
0.330
0.051
1.358
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
13
2.2
0
2
16
1
11
3
3
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Htg
HTM
4.5
16.5
0.8
67.9
Sen
Loss
248
83
28
407
Clg
HTM
2.0
16.0
0.8
0.0
Lat
Gain
0
0
0
0
Sen
Gain
109
80
28
0
2.433
766
146
1.217
0
49
217
73
49
290
912
Appendix D.7.7.4
Wolverton Co. Inc.
Page 13
Detailed Room Loads - Room 6 - Living (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
21.0
25.0
525.0
14.0
7,350.0
2
111
6
563
563
0.199
Item
Description
N -Wall-12C1-0bw 25 X 14
100%S (2)
100%S
N -Gls-10D-w shgc-0.32
100%S
25
Infil.: Win.: 15.8, Sum.: 15.8
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
221
1.8
0
17
8
24
11
16
16
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
148
84
-UValue
0.090
0.330
Htg
HTM
4.5
16.5
Sen
Loss
666
1,386
Clg
HTM
2.0
15.0
Lat
Gain
0
0
Sen
Gain
293
1,264
76
0.330
16.5
1,254
15.1
0
1,144
42
0.490
24.5
1,029
18.8
0
791
525
0.051
0.8
402
0.8
0
402
25
1.358
67.9
1,698
0.0
0
0
2.443
6,435
855
1.220
0
285
400
3,894
427
460
685
4,781
350
2
7,290
Appendix D.7.7.4
Wolverton Co. Inc.
Page 14
Detailed Room Loads - Room 7 - Entry (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
16.0
9.0
144.0
12.0
1,728.0
1
52
4
601
601
0.399
Item
Description
S -Wall-12C1-0bw 9 X 12
W -Wall-12C1-0bw 6 X 12
S -Door-11N 6 X 7
9
Infil.: Win.: 8.1, Sum.: 8.1
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
Area
Quantity
66
72
42
144
-UValue
0.090
0.090
0.350
0.051
Htg
HTM
4.5
4.5
17.5
0.8
15
1.358
180
1
1
1
52
1.8
0
7
13
6
11
8
8
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Sen
Loss
297
324
735
110
Clg
HTM
2.0
2.0
12.6
0.8
67.9
1,019
0.0
0
0
2.439
2,485
439
1.222
0
147
913
220
147
1,133
2,924
Lat
Gain
0
0
0
0
Sen
Gain
131
143
529
110
Appendix D.7.7.4
Wolverton Co. Inc.
Page 15
Detailed Room Loads - Room 8 - Dining Room (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
15.0
19.0
285.0
12.0
3,420.0
1
158
8
453
453
0.087
Item
Description
N -Wall-12C1-0bw 19 X 12
W -Wall-12C1-0bw 5 X 12
E -Wall-12C1-0bw 7 X 12
100%S (4)
E -Gls-4A-6-o shgc-0.33
100%S
E -Gls-10D-w shgc-0.32
100%S
19
Infil.: Win.: 16.8, Sum.: 16.8
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
158
2.8
0
16
10
17
11
17
17
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
137
60
45
91
-UValue
0.090
0.090
0.090
0.330
Htg
HTM
4.5
4.5
4.5
16.5
Sen
Loss
617
270
203
1,500
Clg
HTM
2.0
2.0
2.0
15.0
Lat
Gain
0
0
0
0
Sen
Gain
271
119
89
1,368
18
0.330
16.5
297
15.1
0
271
21
0.490
24.5
515
18.9
0
396
285
0.051
0.8
218
0.8
0
218
31
1.358
67.9
2,105
0.0
0
0
2.441
5,725
908
1.220
0
303
200
2,732
454
230
503
3,416
372
1
6,633
Appendix D.7.7.4
Wolverton Co. Inc.
Page 16
Detailed Room Loads - Room 9 - Kitchen (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
16.0
20.0
320.0
12.0
3,840.0
1
67
5
490
490
0.195
Item
Description
20
Infil.: Win.: 0.0, Sum.: 0.0
Equipment:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Area
Quantity
320
0
-UValue
0.051
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
67
1.0
0
1
1
7
11
0
0
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Htg
HTM
0.8
Sen
Loss
245
Clg
HTM
0.8
Lat
Gain
0
Sen
Gain
245
0
245
0
0
0
0
0
245
0
1,200
0
1,445
245
Appendix D.7.7.4
Wolverton Co. Inc.
Page 17
Detailed Room Loads - Room 10 - Game Room (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
16.0
20.0
320.0
12.0
3,840.0
1
119
6
608
608
0.232
Item
Description
S -Wall-12C1-0bw 20 X 12
E -Wall-12C1-0bw 3 X 12
100%S (3)
S -Gls-10D-w shgc-0.32
100%S
20
Infil.: Win.: 12.5, Sum.: 12.5
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
119
1.9
0
12
10
13
11
12
12
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
135
36
84
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
608
162
1,386
Clg
HTM
2.0
2.0
15.0
Lat
Gain
0
0
0
Sen
Gain
267
71
1,263
21
0.490
24.5
515
18.9
0
396
320
0.051
0.8
245
0.8
0
245
23
1.358
67.9
1,562
0.0
0
0
2.442
4,478
674
1.221
0
225
2,242
337
225
2,579
276
5,152
Appendix D.7.7.4
Wolverton Co. Inc.
Page 18
Detailed Room Loads - Room 11 - Bar (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
12.0
8.0
96.0
12.0
1,152.0
1
24
4
275
275
0.086
Item
Description
S -Wall-12C1-0bw 8 X 12
S -Gls-4A-6-o shgc-0.33 73%S
8
Infil.: Win.: 4.3, Sum.: 4.3
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
24
1.3
0
3
14
3
11
4
4
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
86
10
96
-UValue
0.090
0.330
0.051
Htg
HTM
4.5
16.5
0.8
Sen
Loss
387
165
73
Clg
HTM
2.0
15.9
0.8
Lat
Gain
0
0
0
Sen
Gain
170
159
73
8
1.358
67.9
543
0.0
0
0
2.438
1,168
234
1.219
0
78
402
117
78
519
96
1,402
Appendix D.7.7.4
Wolverton Co. Inc.
Page 19
Detailed Room Loads - Room 12 - Utility (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Item
Description
N -Wall-12C1-0bw 16 X 10
E -Wall-12C1-0bw 2 X 10
100%S
Infil.: Win.: 8.1, Sum.: 8.1
Room Totals:
C:\ ...\~UNTTL0.rhv
Htg. & clg.
16.0
10.0
160.0
10.0
1,600.0
1
36
4
410
410
0.188
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
36
1.3
0
6
18
4
11
8
8
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
145
20
15
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
653
90
248
Clg
HTM
2.0
2.0
15.1
Lat
Gain
0
0
0
Sen
Gain
287
40
226
18
1.358
67.9
1,222
0.0
0
0
2.439
2,213
439
1.222
0
147
553
220
147
773
180
2,652
Appendix D.7.7.4
Wolverton Co. Inc.
Page 20
Detailed Room Loads - Room 13 - Office (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Item
Description
E -Wall-12C1-0bw 10 X 10
N -Wall-12C1-0bw 16 X 10
W -Wall-12C1-0bw 2 X 10
100%S
Infil.: Win.: 12.6, Sum.: 12.6
Room Totals:
C:\ ...\~UNTTL0.rhv
Htg. & clg.
16.0
10.0
160.0
10.0
1,600.0
1
51
4
579
579
0.372
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
Area
Quantity
100
145
20
15
-UValue
0.090
0.090
0.090
0.330
Htg
HTM
4.5
4.5
4.5
16.5
28
1.358
280
1
1
1
51
1.9
0
10
19
5
11
13
13
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Sen
Loss
450
653
90
248
Clg
HTM
2.0
2.0
2.0
15.1
67.9
1,901
0.0
0
0
2.443
3,342
684
1.221
0
228
751
342
228
1,093
4,026
Lat
Gain
0
0
0
0
Sen
Gain
198
287
40
226
Appendix D.7.7.4
Wolverton Co. Inc.
Page 21
Detailed Room Loads - Room 14 - East Pwdr Bath (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
8.0
6.0
48.0
10.0
480.0
1
9
4
102
102
0.013
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Item
Description
E -Wall-12C1-0bw 6 X 10
Area
Quantity
60
6
Infil.: Win.: 2.7, Sum.: 2.7
60
Room Totals:
C:\ ...\~UNTTL0.rhv
-UValue
0.090
1.358
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
9
1.1
0
2
22
1
11
3
3
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Htg
HTM
4.5
67.9
Sen
Loss
270
407
Clg
HTM
2.0
0.0
Lat
Gain
0
0
Sen
Gain
119
0
2.433
677
146
1.217
0
49
119
73
49
192
823
Appendix D.7.7.4
Wolverton Co. Inc.
Page 22
Detailed Room Loads - Room 15 - Stairs / Hall (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
12.0
18.0
216.0
20.0
4,320.0
1
28
4
324
324
0.119
Item
Description
E -Wall-12C1-0bw 7 X 10
E -Door-11N 3 X 7
18
Infil.: Win.: 3.2, Sum.: 3.2
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
28
0.4
0
3
12
3
11
3
3
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
49
21
216
-UValue
0.090
0.350
0.051
Htg
HTM
4.5
17.5
0.8
Sen
Loss
221
368
165
Clg
HTM
2.0
12.6
0.8
Lat
Gain
0
0
0
Sen
Gain
97
265
165
7
1.358
67.9
475
0.0
0
0
2.443
1,229
171
1.214
0
57
527
85
57
612
70
1,400
Appendix D.7.7.4
Wolverton Co. Inc.
Page 23
Detailed Room Loads - Room 16 - Media Room (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
16.0
28.0
448.0
10.0
4,480.0
1
136
7
510
510
0.133
Item
Description
S -Wall-12C1-0bw 28 X 10
E -Wall-12C1-0bw 16 X 10
W -Wall-12C1-0bw 10 X 10
73%S (3)
28
Infil.: Win.: 24.4, Sum.: 24.4
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
136
1.8
0
19
14
15
11
24
24
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
250
160
100
30
-UValue
0.090
0.090
0.090
0.330
Htg
HTM
4.5
4.5
4.5
16.5
Sen
Loss
1,125
720
450
495
Clg
HTM
2.0
2.0
2.0
15.9
Lat
Gain
0
0
0
0
Sen
Gain
495
317
198
477
448
0.051
0.8
343
0.8
0
343
54
1.358
67.9
3,667
0.0
0
0
2.441
6,800
1,318
1.220
0
440
400
1,830
659
460
840
2,949
540
2
8,118
Appendix D.7.7.4
Wolverton Co. Inc.
Page 24
Detailed Room Loads - Room 17 - Observation (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
10.0
10.0
100.0
8.0
800.0
1
132
7
492
492
0.124
Item
Description
N -Wall-12C1-0bw 10 X 8
S -Wall-12C1-0bw 10 X 8
E -Wall-12C1-0bw 10 X 8
W -Wall-12C1-0bw 10 X 8
100%S (2)
W -Gls-4A-6-o shgc-0.33 0%S
(2)
81%S (2)
10
Infil.: Win.: 14.5, Sum.: 14.5
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
132
9.9
0
8
6
14
11
14
14
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
53
53
80
53
27
-UValue
0.090
0.090
0.090
0.090
0.330
Htg
HTM
4.5
4.5
4.5
4.5
16.5
Sen
Loss
239
239
360
239
446
Clg
HTM
2.0
2.0
2.0
2.0
15.0
Lat
Gain
0
0
0
0
0
Sen
Gain
105
105
158
105
406
27
0.330
16.5
446
39.9
0
1,076
27
0.330
16.5
446
15.6
0
422
100
0.051
0.8
77
0.8
0
77
2.441
2,492
781
1.222
0
261
2,454
391
261
2,845
320
3,273
Appendix D.7.7.4
Wolverton Co. Inc.
Page 25
Detailed Room Loads - Room 18 - Upper Master Bedroom (Average
Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
9.0
9.0
81.0
8.0
648.0
1
63
5
460
460
0.173
Item
Description
N -Wall-12C1-0bw 9 X 8
E -Wall-12C1-0bw 9 X 8
W -Wall-12C1-0bw 9 X 8
S -Wall-12C1-0bw 9 X 8
100%S (2)
100%S (2)
Infil.: Win.: 13.0, Sum.: 13.0
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
1
1
63
5.8
0
6
9
7
11
13
13
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
49.5
72
72
66
22.5
-UValue
0.090
0.090
0.090
0.090
0.330
Htg
HTM
4.5
4.5
4.5
4.5
16.5
Sen
Loss
223
324
324
297
372
Clg
HTM
2.0
2.0
2.0
2.0
15.0
Lat
Gain
0
0
0
0
0
Sen
Gain
98
143
143
131
338
6
0.330
16.5
100
15.0
0
90
81
0.051
0.8
62
0.8
0
62
2.441
1,702
703
1.222
0
235
1,005
352
235
1,357
288
2,405
Appendix D.7.7.4
Wolverton Co. Inc.
Page 26
Detailed Room Loads - Room 19 - Bedroom 4 (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
13.0
18.0
234.0
9.0
2,106.0
1
112
6
571
571
0.205
Item
Description
S -Wall-12C1-0bw 18 X 9
E -Wall-12C1-0bw 13 X 9
66%S (2)
E -Gls-4A-6-o shgc-0.33 0%S
(2)
18
Floor-Part-open cell foam 18
X 13
Infil.: Win.: 9.1, Sum.: 9.1
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
2
1
112
3.2
0
34
31
39
34
9
9
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
129
102
33
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
581
459
544
Clg
HTM
2.0
2.0
16.2
Lat
Gain
0
0
0
Sen
Gain
255
202
534
15
0.330
16.5
248
39.9
0
598
234
0.051
0.8
179
0.8
0
179
234
0.051
0.8
179
0.8
0
179
1.763
2,190
492
0.882
0
164
200
1,947
246
230
364
2,423
279
1
2,682
Appendix D.7.7.4
Wolverton Co. Inc.
Page 27
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
12.0
13.0
156.0
9.0
1,404.0
1
65
5
476
476
0.184
Item
Description
E -Wall-12C1-0bw 12 X 9
13
X 12
Infil.: Win.: 3.5, Sum.: 3.5
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
2
1
65
2.8
0
14
22
22
34
4
4
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
91.5
16.5
156
-UValue
0.090
0.330
0.051
Htg
HTM
4.5
16.5
0.8
Sen
Loss
412
272
119
Clg
HTM
2.0
39.9
0.8
Lat
Gain
0
0
0
Sen
Gain
181
658
119
156
0.051
0.8
119
0.8
0
119
1.769
922
191
0.880
0
64
200
1,077
95
230
264
1,402
108
1
1,113
Appendix D.7.7.4
Wolverton Co. Inc.
Page 28
Detailed Room Loads - Room 21 - Bath 2 (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
11.0
13.0
143.0
9.0
1,287.0
1
74
5
543
543
0.239
Item
Description
N -Wall-12C1-0bw 13 X 9
E -Wall-12C1-0bw 11 X 9
(2)
100%S (2)
13
X 11
Infil.: Win.: 7.1, Sum.: 7.1
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
2
1
74
3.5
0
25
33
26
34
7
7
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
102
84
15
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
459
378
248
Clg
HTM
2.0
2.0
39.9
Lat
Gain
0
0
0
Sen
Gain
202
166
598
15
0.330
16.5
248
15.1
0
226
143
0.051
0.8
109
0.8
0
109
143
0.051
0.8
109
0.8
0
109
1.764
1,551
381
0.884
0
127
1,410
191
127
1,601
216
1,932
Appendix D.7.7.4
Wolverton Co. Inc.
Page 29
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
14.0
12.0
168.0
9.0
1,512.0
1
63
5
465
465
0.176
Item
Description
N -Wall-12C1-0bw 12 X 9
W -Wall-12C1-0bw 14 X 9
100%S
12
X 14
Infil.: Win.: 7.6, Sum.: 7.6
sen/per:
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
2
1
63
2.5
0
25
39
22
34
8
8
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
91.5
126
16.5
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
412
567
272
Clg
HTM
2.0
2.0
15.0
Lat
Gain
0
0
0
Sen
Gain
181
249
248
168
0.051
0.8
129
0.8
0
129
168
0.051
0.8
129
0.8
0
129
1.765
1,509
413
0.880
0
138
200
936
206
230
338
1,372
234
1
1,922
Appendix D.7.7.4
Wolverton Co. Inc.
Page 30
Detailed Room Loads - Room 23 - Kids Study (Average Load Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Htg. & clg.
15.0
22.0
330.0
9.0
2,970.0
1
84
5
613
613
0.303
Item
Description
W -Wall-12C1-0bw 15 X 9
N -Wall-12C1-0bw 21 X 9
100%S (2)
22
Infil.: Win.: 10.6, Sum.: 10.6
Room Totals:
C:\ ...\~UNTTL0.rhv
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
2
1
84
1.7
0
37
44
29
34
11
11
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
135
141
48
-UValue
0.090
0.090
0.330
Htg
HTM
4.5
4.5
16.5
Sen
Loss
608
635
792
Clg
HTM
2.0
2.0
15.0
Lat
Gain
0
0
0
Sen
Gain
267
279
722
330
0.051
0.8
252
0.8
0
252
1.765
2,287
572
0.883
0
191
1,520
286
191
1,806
324
2,859
Appendix D.7.7.4
Wolverton Co. Inc.
Page 31
Detailed Room Loads - Room 24 - Upstairs Bath (Average Load
Procedure)
General
Calculation Mode:
Room Length:
Room Width:
Area:
Ceiling Height:
Volume:
Runout Air:
Runout Duct Size:
Actual Loss:
Item
Description
S -Wall-12C1-0bw 11 X 9
100%S (2)
11
Infil.: Win.: 3.2, Sum.: 3.2
Room Totals:
C:\ ...\~UNTTL0.rhv
Htg. & clg.
6.0
11.0
66.0
9.0
594.0
1
23
4
259
259
0.077
ft.
ft.
sq.ft.
ft.
cu.ft.
CFM
in.
ft./min.
ft./min.
in.wg./100
ft.
Occurrences:
System Number:
Zone Number:
Supply Air:
Supply Air Changes:
Required Vent.:
Percent of Supply.:
Percent of Supply:
1
2
1
23
2.3
0
10
46
8
34
3
3
CFM
AC/hr
CFM
CFM
%
CFM
%
CFM
CFM
Area
Quantity
87
12
-UValue
0.090
0.330
Htg
HTM
4.5
16.5
Sen
Loss
392
198
Clg
HTM
2.0
15.0
Lat
Gain
0
0
Sen
Gain
172
180
66
0.051
0.8
50
0.8
0
50
1.768
640
175
0.879
0
58
402
87
58
489
99
815
Appendix D.7.7.4
Wolverton Co. Inc.
Page 32
System 1 Room Load Summary
Room
No Name
---Zone 1--1 Master Bath
2 Master
Bedroom
3 Master Closet
4 Hidden Closet
5 Powder Bath
6 Living
7 Entry
8 Dining Room
9 Kitchen
10 Game Room
11 Bar
12 Utility
13 Office
14 East Pwdr Bath
15 Stairs / Hall
16 Media Room
17 Observation
18 Upper Master
Bedroom
Area
SF
Htg
Sens
Btuh
Min
Htg
CFM
Run
Duct
Size
Run
Duct
Vel
Clg
Sens
Btuh
Clg
Lat
Btuh
Min
Clg
CFM
Act
Sys
CFM
208
252
6,359
3,490
84
46
1-6
1-6
526
465
2,233
1,972
342
576
103
91
103
91
150
36
36
525
144
285
320
320
96
160
160
48
216
448
100
81
2,445
912
912
7,290
2,924
6,633
245
5,152
1,402
2,652
4,026
823
1,400
8,118
3,273
2,405
32
12
12
96
39
88
3
68
19
35
53
11
19
107
43
32
1-4
1-4
1-4
2-6
1-4
1-8
1-5
1-6
1-4
1-4
1-4
1-4
1-4
1-7
1-7
1-5
415
154
154
563
601
453
490
608
275
410
579
102
324
510
492
460
783
290
290
4,781
1,133
3,416
1,445
2,579
519
773
1,093
192
612
2,949
2,845
1,357
130
49
49
685
147
503
0
225
78
147
228
49
57
840
261
235
36
13
13
221
52
158
67
119
24
36
51
9
28
136
132
63
36
13
13
221
52
158
67
119
24
36
51
9
28
136
132
63
3,919
2,614
33,181
7,215
1,353
1,353
Ventilation
System 1 total
7,837
3,585
68,298
System 1 Main Trunk Size:
Velocity:
Loss per 100 ft.:
799
18 in.
766 ft./min
0.083 in.wg
Cooling System Summary
Net Required:
Recommended:
Equipment Data
Type:
Model:
Indoor Model:
Brand:
Efficiency:
Sound:
Capacity:
Sensible Capacity:
Latent Capacity:
ARI Reference No.:
C:\ ...\~UNTTL0.rhv
Cooling
Tons
3.37
3.69
Sensible/Latent
Split
82% / 18%
75% / 25%
Sensible
Btuh
33,181
33,181
Latent
Btuh
7,215
11,060
Total
Btuh
40,396
44,241
Heating System
Natural Gas Furnace
Cooling System
Standard Air Conditioner
0 AFUE
0 SEER
0 Btuh
n/a
n/a
n/a
0 Btuh
0 Btuh
0 Btuh
Appendix D.7.7.4
Wolverton Co. Inc.
Page 33
System 2 Room Load Summary
Room
No Name
---Zone 1--19 Bedroom 4
20 Bedroom 3
21 Bath 2
22 Bedroom 2
23 Kids Study
24 Upstairs Bath
Area
SF
Htg
Sens
Btuh
Min
Htg
CFM
Run
Duct
Size
Run
Duct
Vel
Clg
Sens
Btuh
Clg
Lat
Btuh
Min
Clg
CFM
Act
Sys
CFM
234
156
143
168
330
66
2,682
1,113
1,932
1,922
2,859
815
35
15
26
25
38
11
1-6
1-5
1-5
1-5
1-5
1-4
571
476
543
465
613
259
2,423
1,402
1,601
1,372
1,806
489
364
264
127
338
191
58
112
65
74
63
84
23
112
65
74
63
84
23
3,919
2,614
13,012
3,956
421
421
Ventilation
System 2 total
7,837
1,097
19,160
System 2 Main Trunk Size:
Velocity:
Loss per 100 ft.:
150
10 in.
771 ft./min
0.185 in.wg
Cooling System Summary
Net Required:
Recommended:
Equipment Data
Type:
Model:
Indoor Model:
Brand:
Efficiency:
Sound:
Capacity:
Sensible Capacity:
Latent Capacity:
ARI Reference No.:
C:\ ...\~UNTTL0.rhv
Cooling
Tons
1.41
1.45
Sensible/Latent
Split
77% / 23%
75% / 25%
Sensible
Btuh
13,012
13,012
Latent
Btuh
3,956
4,337
Total
Btuh
16,968
17,349
Heating System
Natural Gas Furnace
Cooling System
Standard Air Conditioner
0 AFUE
0 SEER
0 Btuh
n/a
n/a
n/a
0 Btuh
0 Btuh
0 Btuh
Appendix D.7.7.4
Appendix D.7.7.5
Field Testing
March 25, 2009 Chris Miles GreenCraft Builders LLC 105 W. Main Street Lewisville, Texas 214‐718‐8424 Building America Performance Testing of the Colleyville House Dear Mr. Miles, BSC visited the Colleyville house on March 10, 2009 and performed a full battery of performance tests for commissioning the house as a Building America building. Overall, the house tested very well and complies with Building America Specifications. Monitoring devices were also installed. Temperature and Relative Humidity HOBOs were installed in various areas of the house. It will be recording and saving data every half hour for a year. If you have any questions you can email me at [email protected]. The data will have to be downloaded in one year. Sincerely, Building Science Corporation Philip Kerrigan Jr., PE Building Science Corporation
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
1
9
Field Testing Report for Greencraft Colleyville House, Texas
Building Plan and Specifications
Building Science Corporation tested the Colleyville House (a 2007 Building America Research house) on March 10, 2009. This prototype reaches 69% vs. the Building America Benchmark without PVs and 76% with PV renewables. This prototype was given a full battery of tests, including multipoint blower door measurements; duct leakage (total and to the outside), and individual register flows. Overall, the Colleyville house tested extraordinarily well. In addition to meeting Building America performance criteria the house employs many conservative design elements (salvaged wood floors, recycled material countertop) and is certified LEED Platinum. Figure 1: Greencraft Colleyville House at 1708 Oak Knoll Drive, Colleyville, TX The building dimensions for the Colleyville house are listed below. Floor area
Address
Town, State
Colleyville, TX
2
(ft )
4886
Surface
2
(ft )
12598
Volume
3
(ft )
76929
Glazing
Ratio (%)
18.9%
The summary of our blower door data was as follows: CFM 50measured
CFM 50goal
Pass/Fail
CFM @ 50 Pa
1097
CFM @ 50 Pa
3149
2.5 in2
Pass
ACH 50
EqLA
ELA
Leak Ratio
(cfm50/vol/hr) (in2@10 Pa) (in2@4 Pa) (EqLA/surf/100)
0.9
113.0
60.3
0.9
•
Duct airtightness tests were run on the prototype; it met our requirement of 5% or less of nominal air handler flow duct leakage to outside (CFM 25), at 1.0% (30 CFM). Total duct leakage was on the order of 18% (430 CFM 50). •
A GeneralAire model 1300 whole house dehumidifier was installed and configured correctly. •
An Aprilaire Model 8126 Ventilation Control System was installed for outside air ventilation. •
An Energy Star Compact Fluorescent Lighting package was installed as well as an Energy Star refrigerator, dishwasher and clothes washer. Building Science Corporation
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
2
9
Construction
Construction of the Colleyville House was well documented and they have a website solely dedicated to this project. http://www.colleyvilleecohouse.com/ GreenCraft Builders LLC. was the builder for this project, headed by Chris Miles. The house had guided tours throughout the construction process and over 4000 people were able to explore the project and get educated on the advanced technologies involved. Below are the characteristics of the house Specifications
Building Enclosure
Ceiling
Walls
Foundation
Windows
Infiltration
R-30 spray foam at roof deck to create Conditioned attic Icynene®
2x6, 24" oc framing with 3/4" XPS with R-19 Spray foam Icynene®
51% Flyash concrete monolithic slab with Termimesh termite control
Pella ® fiberglass LoE3 (U=0.28, SHGC=0.24)
2.5 sq in leakage area per 100 sf envelope
Mechanical systems
Heat
Cooling
DHW
Ducts
Leakage
Dehumidification
Ventilation
Return Pathways
WaterFurnace COP 5 GSHP
WaterFurnace 4 ton downstairs, 2 ton upstairs
6 wells 25' apart 300 ft deep
30 gal LowBoy gets hot water from GSHP
Rinnai R94LSi Instantaneous Hot Water EF=0.82 for auxillary DHW
R-4.2 flex runouts in unvented attic or in floor joists
none to outside (5% or less)
GeneralAire Model 1300 whole house dehumidifier
ERV Fantech SER Series
AirCyclerTM FR-V Supply-only system integrated with AHU
33% Duty Cycle: 10 minutes on; 20 minutes off, 50 CFM average flow
Jump ducts at bedrooms and laundry
Other Loads
Lighting
Appliances
CFL lighting package all screw base
Energy Star fridge, DW, clothes washer P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
3
9
Walls The house was cladded with Hardie Color Plus siding and stone over Tyvek® DrainWrap™ (with the corrugated grooves) over ¾” unskinned XPS sheathing over a wood framed wall with 2x6 24” OVE framing. The OVE framing includes a single top plate and two stud energy corners as well as windows framed at 2’ intervals. Figure 2: Walls wrapped with Tyvek® DrainWrap™ Building Science Corporation
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
4
9
Roof The roof was constructed with an unvented cathedralized attic. Icynene® was sprayed to the underside of the roof sheathing to R‐30. A fully adhered roof membrane was installed over the roof sheathing, see photo below. Figure 3: Fully adhered roof membrane installed over roof sheathing as underlayment for standing seam metal roof Greencraft chose to construct an unvented cathedralized attic rather than the vented roof in a cathedralized attic installed at the 2007 Bannister house. This is due to cost concerns, mainly from a labor standpoint. Figure 4: Standing seam metal roof Building Science Corporation
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
5
9
Foundation Termimesh was installed as a physical termite barrier before the concrete pour. Below are some photos. Termimesh protection around plumbing
Termimesh installation
Lattimore Concrete poured the concrete foundation for the Colleyville House. The concrete for the foundation of the house and porches consisted of 51% fly ash. This installation increases the strength of the concrete to 6000 psi (twice the normal strength). 51% fly ash concrete pour Other efficiency improvements include: Recycled glass material countertop Bamboo countertop Low VOC paint 3kW Photovoltaic installation Building Science Corporation
Finished slab
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
6
9
Mechanical Systems A 5.0 COP ground source heat pump from WaterFurnace with a variable speed air handler is installed for heating and cooling. The ductwork is assembled with flex with duct board. The duct work is located in conditioned space as the photos show below. Ductwork coming from mixing box Ductwork in cathedralized attic The ventilation system is a supply only central fan integrated supply (CFIS) system. 8” outside air duct with mechanical damper at return plenum Building Science Corporation
Inline fan connecting three bathrooms and the laundry room to the outside via a single duct P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
7
9
The dehumidification system installed is a GeneralAire model 1300 whole house dehumidifier that draws directly from the main living space and dumps into the supply plenum of the HVAC system. This configuration allows for whole house dehumidification to run separate from heating and cooling because it is not fully coupled to the duct system (intake is from main living space). This prevents short circuiting as can happen when the dehumidifier is ducted to both supply and central return, which would require the air handle to run whenever there is a call for dehumidification. Figure 5: GeneralAire Model 1300 installed on top of air handler Building Science Corporation
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
8
9
Temperature and Relative Humidity Monitoring BSC installed a monitoring system in the Colleyville house to observe conditions for one year. Building Science Corporation requests monthly utility bills for comparison to our computer models. Purpose Questions to be answered are: 1.
How do the temperatures and humidity levels compare in the various living areas and unvented attic? 2.
Is interior relative humidity effectively controlled with the Aprilaire supplemental dehumidification system? Monitoring Instrumentation in Bedrooms and Attic BSC installed temperature/RH sensors called HOBO’s to keep track of temperatures and relative humidities; they are 1‐¾” x 2‐¼” x ¾”. A sample picture is shown here. Two types of HOBO’s will be installed: • Temperature/Relative Humidity loggers will be located in the bedrooms, near the thermostat, and upstairs. • An Onset Hobo Pro outdoor weather monitor, measuring temperature and relative humidity, will be installed under an exterior roof soffit. Building Science Corporation
P: 978.589.5100 F: 978. 589.5103
Appendix D.7.7.5
9
9
BA-0911: Prototype
House Evaluations—Greencraft
BUILDING
LEAKAGE TESTBuilders Colleyville House
Date of Test: 3/10/09
Test File: BD with Attic closed and Cupola Open
Technician: P. Kerrigan
Customer:
Building Address:
GreenCraft Builders
P.O. 147
Lewisville, TX 75067
Phone 214-718-8424
Colleyville, TX
Test Results
1. Airflow at 50 Pascals:
(50 Pa = 0.2 w.c.)
1097 CFM ( +/- 1.4 %)
0.86 ACH
0.22 CFM per ft2 floor area
2. Leakage Areas:
127.4 in2 ( +/- 4.3 %) Canadian EqLA @ 10 Pa
72.4 in2 ( +/- 7.2 %) LBL ELA @ 4 Pa
3. Minneapolis Leakage Ratio:
0.09 CFM50 per ft2 surface area
4. Building Leakage Curve:
Flow Coefficient (C) = 114.7 ( +/- 11.7 %)
Exponent (n) = 0.577 ( +/- 0.032 )
Correlation Coefficient = 0.99218
5. Test Settings:
Test Standard: = CGSB
Test Mode: = Depressurization
Equipment = Model 3 Minneapolis Blower Door
Infiltration Estimates
1. Estimated Average Annual Infiltration Rate:
144.5 CFM
0.11 ACH
28.9 CFM per person
(using bedrooms + 1)
2. Estimated Design Infiltration Rate:
Winter:
124.5 CFM
0.10 ACH
Summer:
78.4 CFM
0.06 ACH
3. Recommended Whole Building Mechanical
Ventilation Rate: (based on ASHRAE 62.2)
63.0 CFM
Cost Estimates
1. Estimated Cost of Air Leakage for Heating:
$
0 per year heating
2. Estimated Cost of Air Leakage for Cooling:
$
0 per year cooling
Appendix D.7.7.5
BUILDING LEAKAGE TEST Page 2
Date of Test: 3/10/09 Test File: BD with Attic closed and Cupola Open
Building Conditions
Inside Temperature:
Outside Temperature:
# of Stories
75 deg F
73 deg F
2.0
Heating Fuel:
Heating Fuel Cost:
HSPF:
Heating Degree Days:
Cooling Fuel Cost:
Cooling SEER:
Cooling Degree Days:
Heat Pump
Wind Shield:
# of Occupants
M
4.0
# of Bedrooms:
Volume:
Surface Area:
Floor Area:
4.0
76929 ft3
12598 ft2
4886 ft2
Ventilation Weather Factor:
Energy Climate Factor:
0.89
18.0
Design Winter Wind Speed:
Design Summer Wind Speed:
13.0 mph
7.0 mph
Design Winter Temp Diff:
Design Summer Temp Diff:
48 deg F
24 deg F
5.00
2407
16.0
1693
Comments
Appendix D.7.7.5
BUILDING LEAKAGE TEST Page 3
Data Points:
Nominal
Building
Fan Pressure
Pressure (Pa)
(Pa)
0.5
-48.5
-43.5
-38.8
-35.1
-29.6
-22.8
-19.6
0.6
n/a
38.0
33.4
26.8
242.6
200.4
144.7
117.2
n/a
Nominal
Flow
Temperature
Adjusted
Flow
% Error
1092
1025
920
923
838
711
639
1090
1023
918
922
837
709
638
0.4
0.3
-3.9
2.1
2.0
0.3
-1.8
Fan
Configuration
Baseline
Std Dev (Pa)
+/- 0.19
Ring A
Ring A
Ring A
Ring B
Ring B
Ring B
Ring B
+/- 0.06
Appendix D.7.7.5
BA-0911: Prototype
House Evaluations—Greencraft
Building
Leakage Curve Builders Colleyville House
2000
Building
Leakage
(cfm)
1000
900
800
700
600
500
400
300
200
4
5
6
7
8 9 10
20
Building Pressure (Pa)
30
40
50
Appendix D.7.7.5
60
Appendix D.7.7.6
Builder’s Challenge Certificate
RR-0911:
SM
Estimated annual energy usage:
Electric (kWh) 12607
Natural Gas (therms) 193
1708 Oak Knoll Dr, Colleyville, TX 76034
Rated by Building Science Corp.
Rating conducted May 15th, 2009
Conditioned floor area (sq. ft.): 4886
www.buildingamerica.gov/challenge
e
h
Meets T
et.
e mark
ty in th
nd safe
ealth a
rt, h
, comfo
uality
nce, q
rforma
rgy pe
ene
e best
izing th
n
Recog
llenge
rs Cha
Builde
Your Home!
36
08TX3600000001293
Appendix D.7.7.6
D-569

7. GREENCRAFT BUILDERS COLLEYVILLE HOUSE

Transcription

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