HomeMy WebLinkAboutRESCHECK - 06-00014 - 648 Centennial Loop - New SFRREScheck Compliance Certificate
2003 IEC
RES check Software Version 3.6 Release la.
Data filename: C:lProgram F1* les\C heck\R ES check\ B as 1'e. rek
1T : Rexburg
STATE: Idaho
HDD-- 8693
CONSTRUCTION TYPE: Single Farnfly
WINDOW BALL RST 1 .1
DAT E: 01/25/06
CONULLANCE: Passes
Maximum UA = 457
Your Horne UA = 399
12.7% Better Than Code (LTA)
Ceiling 1: Flat Cefling or Scissor Truss
Wall 1. Wood mine, 16" o.c..
Window 1: Vinyl Frame. -Double Pane with Low-
Door 1: Sofid
Bascnient VGTaII 1: Solid concrete or Masonry
Wall height., 8.0'
Depth below grade: .
fa ul tl n depth: 8.01
Window 2: Vinyl Frame' -Double Pane with Low
Furnace I : Forced Hot Air, 92 AFUE
? r'
Pemilt Number
Backed BY/Date
Gross Glazing
Are. or C avit nt. or Door
Perimeter -.1u -Value ®F act r UA
1866 30.0 0.0
2007 19.0 0.0
229
60
1784 13,0 0.0
65
103
0.350 80
0.3 2 0 19
100
0,350 32
COMPLIANCE STATEMENT: The proposed building design described here is consistent with the building plans,
specifications, and other calculations submitted with the permit application. The proposed building has been designed to
meet the 2003 IECC requirements in RESclaecic Version 3.6 Release 1 a (foi-rnerly MECcheck) and to comply wiffi ilae
mandatory requirements listed in the REScheek Inspection Checklist*
uilder esigncr Date
648 Centennial Loop
Generated by REScheck Package Generato
COMP liance Certificate
Project Title: A New Residence for Celeste Walker
Energy Code
Construction Thr
Window -to -Wall Ratio.-
Heating Degree [days:
Report Date:
2003 I ECC
Rexburg, Idaho
Single Family
0.13
8693
Date a#Plans_ Dec. 28, 2005
Project Information',
Lot 11, Block 2, Hidden Valley Subdivision Phase 8,
Rexburg, Idaho 83440
Project Notes
r
t 'I i L. -A
Builder Information:
Celeste Walker
U -Build It
106 north Woodruff n , Idaho Falls, Idaho 83401
(208) 552-7858
Ceiling:
Wall'.
Basement. -
Window: meatWindow`
Door-.
l=umace:. 80 AFUE
38.0 0.0
19.0 0.0
19.0 0.
0.350
0.350
Statement of Compliance. The proposed building design deschbed here is consistent with the building plans, specifications, and
other calculations submifted with the permit application. The proposed building has been designed to meet the 2003 IECC
requirements in the REScheck Package Generator and to complywith the mandatory requirements listed its the ESch
Inspection -icklist. �
� R
Builder/ Designer Company Name
Air Leakage:
X
Joints, penetrations, aft all other such openinos in the buildina en elone that ArP_int irrp of sir ha no mi i t ha ranhniri
specifications.
Duct Insulation
❑
Supply
ducts in
unconditioned
attics or outside the building
must be insulated to R-1 I.
0
Return
ducts in
unconditioned
attics or outside the building
must be insulated to R-6.
J
Supply
ducts in
unconditioned
spaces must be insulated to
R-31.
LJ
Return
duets in
unconditioned
spaces (except basements)
must be insulated to R-2.
LJ
Where
exterior walls are used
as plenums, the wall must be insulated to R-1 1.
L]
Insulation
is not
required on return
ducts in basements,
Duct Construction
L) Duct connections to flanges of air distribution system equipment must be sealed and mechanically fastened.
LJ All joints, sea , and Gonnections must be securelyfastened with welds, gaskets, mastics dhwives ,
ria -plus-embedded-fabric, or tapes. Tapes nd mastics must be rated UL 181A or UL 181B.
Exception: Continuously welded and locking -type longitudinal joints and seams on ducts operating at less than 2 in. w.g. (500
Pa).
L] The HVAC system must .provide a means for balancing air and water systems
Temperature Controls;
Ll Thermostats are required for each separate HVAC system. A manual or automatic means to partially r r' t or shut off the
heating and/or cooling input to each zone or floor shall be provided.
Service Water Heating:
[J Water heaters with vertical
pipe risers must have a hest trap on both the inlet and outlet unless the water heater has an integral
heat trip or is part of a circulatingsystem,
LJ' Insulate circulating hot water pipes to the
CirculatingHot Water Systems;
levels In Table 1.
D Insulate circulating hot water pipes to the levels in Table 1
SwimmingPools:
[J All hated swimming pools must have ars on/off heater switch and require a cover unless over % of the t n r- is from
non-depletable sources. Pool pumps require time clock.
Heating and Cooling Piping insulation
J HVAC piping conveying fluids above 105'F or chilled fluids below "F must be insulated to the levels in Table 2.
SEM
'la-ble I Minimum Insulation Thickness for Circulating Hot Water Pi
pes
Heated Water
Temperature ('OF)
170-180
140-169
100-139
Insulation Thickness I Inches by Pipe Sizes
Ion -Circulating Runouts
Up to
1 1F
Up to 1,250
Circulating Mains and Runouts
1.5"'
. i' !. 2.0"
1.
1.
0.
Table : Minimum Insulation Thickness for HVAC Pipes. Hot Water Pies
Over 21H
Fluid Temn. Insulation Thickness in Inches by Pipe Sizes
Piping System Types Lange(> " Runouts 1 it and Less
Heating Systems
Low Pressure[Temperature
Low Temperature
Steam Condensate for feed water)
Cooling Systems
Chilled Water, 1` .r nt and
Brine
1.2511
to .,,
fr .to "
201-250
1
1.5
1.5
2.0
106-200
1.0
1.0
1.
40-55
0,5
0.5
0.75
1,
Below 40
1.0
1.0
1.5
1.
NATES TO FIELD: (Building Department Use only)
0600014
648 Centennial Loop
REScheck compliance Certificate
20.03 IECC
RESeheck Software Version 3,6 Release 1a
Data flenarne: C:IDacumejits and SettingslDra#�31DesaplWALKER.rck
PROJECT TITLE: WALKER RESIDENCE
CITY. Rexburg
STAT: Idaho
HDD.- 86,93
CONSTRUCTION TAPE: Single Family
WINDOW 1 'MALL RATIO: o. 16
DATE: I2/29/05
DATE OF PLANS : 12/2005
PROJECT DESCRIPTION:
REXIBURG., IDAHO
DES IGNER/CONTRACTOR:
KENT & KENT HEATING
COMPLIANCE.- Passes
Maximum UA = 444
Your Home UA = 437
1-6% Setter Than. Code (UA)
C ecked By/Date,
FL
JAN 0 6 2006 '!
Gross Glazing
Area or Cavity Cont.
Nrimeter -Vales -ValuU-Fa or 1LA
Ceiling 1: Flat Ceiling or Scissor T fuss 1758 30.0 0.0
P1,9ll I: Wood 1611 ox, 6.2)
F
W' I * Vin l Frame:Double Pane, 194 19.0 0-.0 94
3 1,3"'
Door t Solid 60 0.350 110
Basement Wall.
Concrete r Masorffy19
1923 13.0 t
Wall Neigh 152
Depth bel 1
1
*on d th 4.01
Lc I.- Fore9 2
A U E
Air Coiiditioiiicr 1. Electric GentrW Air,, I I SEER
COMPLIANCE STATEMENT; The Proposed building design described here is consistent with the
specifications, and other calculations submitted with the permit application. The proposed building has been des' pans,
meet the 2(1Q3 IECC requirements in REScfrer_.�: Version 3.6 ReIease la (fDl-rnerly ME�cheeh) and to comply I with the
to
mandatory r��l1rements listed in the REScheck lnspectlOn Checklist. P Y
vv-
Builder/Designer Date
REScheck Inspection Checklist
X003 IECC
RESclzeck Soff ware Version 3.6 Release I a
DATE: i2129105
PROJECT TITLE: WALKER RESIDENCE
Bldg.
Dept.
Use
7
l
Ceilings:
1. Ceiling 14 Flat Cillr r S i .r Truss, -.0 r Ition
Comments:
Above -Grade Wal is
. Wall L Wood Frame, 16" o.c., R-19.0 cavity 1-nsulation
Comments
Basement Walls.
t Basement Wall 1: Solid Concrete or Mason, . ' ht . ' . ' ire 1,
R-13.0 cavity insulation
Comments*
Windows:
1. Window 1: Vinyl Frame. -Double ane, -factor: 0.350
For windows without l l d- t r l. describe features-,-
#
tur �
# Panes Frame Type Thermal Break? 'ices Na
Comments:
Doors:
I. Door 1: Solid? -tor; 0-320
Comments:
Heating and Coolingx ment
1. Fumace I--- Forced dot Air, 92 A-FUE or higher
Make and model Number
2. Air Conditioner 1+ Electiic Central Air, 1 1 SEER or higher
Make and Model Number
Air Leakage:
Jot_t , penetmtions, and all other such openings -in the building envelope that are sources of air
bags must be sealed..
Recessed tights must be 1, Type t d} or installed inside an appropfiate air -tight assembly
with a 0. 5 " clearance froni x ul l rat r' al . If non -TC mted, the fixture must be installed with
3fr cleamnce from insulation.
Skylightso
Minimum in ulati n requir t forl i t. b u t r Greater than t inchs i -_ 1.
Vapor Retarder:
Required on the warm -in -winter side of all non -vested framed ceilings, walls, and floor
Materials identification:
Materials and equipment must be installed in accordance with the rnanufictuxees installafion instructions.
Materials and equipment must be identified so that compliance can be determzned.
ManLIEcturer manuals for all installed heating and cooling equipment and service wader heating
equipment must be provided_
Insulation R -values, gazing U -factors, and heating and cooling equipment efficiency must be clearly
marked on the buflding plans or specifications.
Duct Insulation*
Supply
duds in
unconditioned
attics or outside the building must be ins-Liiated to R-11_
Return
duds in
unconditioned
attics or outside the building muss be insulated to R-5.
Supply
ducts in
unconditioned
spaces must be insulated to R-11.
Return
ducts in
unconditioned
spaces (except basements) must be insulated to R-2.
Where
exterior walls are used as plenums, the wall must be insulated to R-11.
Insulation is not required
an return ducts in basements.
Duct Construction*
Duct connections to flanges of al.r distn'bution system equipmcnt must be scaled and mechanically fastened.
..11 Joints, sus, and connections must be securelyt With welds, gaskets, mastics (adhesives),
mastic -plus -embedded -fabric, or tapes. Tapes and mastics must berated UL 181A r UL
181B.-
xti: Continuously welded and locking -type loncritudinal joints and seams o ducts
amts a t less than in. +. (500 ..
The HVAC system must provide a means fDr balancing air and water systems.
Temperature Controls:
Thermostats are requite hr each separate HVAC system. A manual or automatic means t
partially r t t or shut oftheheating and/or of fi g input to each zone or-Roor shall be provided -
e Water ear :
Water heatm with i pipe nsers mut have a heat trap on both the -inlet and outtet unless the
water heater has an integral heat trap or is part of a Circulatingsystem.
Insulate circulatinghot water pipes to the levels in Table 1.
Circulating Hot Water Systems.,
Insulate circulating bot water pipes to the levels in Table 1.
Swimming Foals:
All heaters swimming pools must have an anlvffheater switch and require a cover unless over 20%
of the he-aing enez-gry is from non-depletable sources. Paul pumps require a time clock.
Hating and Cooling Wiping Insulafion.,OF
fWAC piping conveying fluids above 105 T or chilled fulds below SS T must be insulated t the
Ievels in Table '21.
Table] Millil"u"' It's"lation Thickness for Circulatbzg Hit Water Pipes.
Insulation Thickness in inches bv Piae Sizes
eat Water
Lemperature F1
170-180
140-160
100-130
ClrculafinFr
1.5" to 2.0"
Table Mi yi im unt Insulation Th ickn ess for ,SVA C Pipes.
Fluid Temp. Insulation I
PI'pl'n2 5.ystem.Tyi)es Range2PI Runouts
Heating Systems
Low Pressure/Temperature
Low Temperature
Sty Condensate (for water-
C00fing Systems
Chilled Water, Refrigemt,
and n'e
'wins and Runouts
OverTi
.
0
1.
1.
Licknessin Trees bv PI'DCSim
1't and Less
1.2511
t2511 t tf " to "
201-250
1.0
1.5
1.5
2.0.
120-200
0-5
1.0
1.0
1.
Any
1.0
1,0
1.5
2.0
NOTES TO FIELD (Building Department Use OnlY)
1.0
Below 40
1.0
1t
1-5
1.
NOTES TO FIELD (Building Department Use OnlY)
kl
0
cr
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Short corm
Entire House
K&K HEATING
N
Job. WALKER
Date* DECEMBER 2005
H Bakke
For: WALKER RESIDENCE
MADISON COUNTY, REXBURG, ID
Htg C -Ig Infiltration
Outside db {°F} -6 89 Method Simplified
Inside db (4F) 70 75 Construction quality Average
Design TD {°F} 76 14 Fireplaces 0
Dailly range -- H
Inside humidity 50
Moisture difference (gr/lb) - -31
HEATING EQUIPMENT COOLING EQUIPMENT
Make PAYNE HEATING & COOLING Make Paye
Trade Payne Trade Payne PAS 2
Madel PG9MAA060080** Cond PA12NA036-B
Efficiency 90 AFUE
Coil CC5A/CD5AA036+TDR
Efficiency 12 SEER
Heating input8Q0�� Btuh Sensible cooling 24500 Btuh
Heating output 74000 Btuh Latent cooling 10500 Btuh
Temperature rise 77 OF Total cooling 35000 Btuh
Actual air flew 1[]3S cfm ActU21air flow 1200 cfm
Air flv►nr factor 0.428 cfm/Btuh Air flow factor 0.Q53 cfm/Btuh
Static pressure 0.60 in H2O Static pressure 0,26 in H20
Space thermostat Load sensible head ratio 1.D0
ROOM NAME Area Htg load Cig load Htg AVF CIg AVF
(ft2) (Btuh) (Btuh) (cfm) (cfm)
BED I X22 2328 739 65 39
BATH � 62 528 598 15 32
BED 2 234 242 '1997 67 106OFFICEX42 1592 1643 44 Si
FAMILY 631 3518 1698 98 90
STORAGE 47 705 fib 20 4
GUEST 743 1634 532 46 34
BED 3 189 1$07 1026 50 55
MBATH 170 3077 1761 $6 94
M.BED dao 1669 2380 47 127
BED 4 195 3137 2257 87 120
BATH 2 56 577 144 16 g
MUSIC 158 2142 7 075 fiD 57
UTILITY 88 949 1241 26 66
MECH 80 1 905 ill 25 6
DIN/KIT/FAM 890 10139 51 ifi 283 276
BoldWitalic values have been manually overridden
Printout certified by ACCAto meet all requirements antral J 8th Ed.
Right-Sufte Residential 6.0,27 RSR43585
CADocuments ars ettin slDraft [)esktop\WALKE .rr
Calc = NIJ 8 Orientation = N
n e,c- ` 19-45-37
Page 1
Entre Haase d
Other equip loads
Equip. @ Q.94 RSM
Latent cooing
TOTALS
3509 37119 2254p
15176 2796
23815
0
3509
52295
23815
BOIdlhal c values have been manually verriddej7
?035
1035
Printout certified by AICA to meet all requirements of Manual J 8#h Ed.
Right-uiteeidentiai 6,0.2-7 R4
C.,\Documents and etti ng NDra\De tops L E r rrp Calc = MJ8 Orientation = N
1200
2100 -Dec- 19:5.37
i�
a,
Building Analysis
Entire House
K&K HEATING
.yob: WALKER
Date: DECEMBER 2005
B: Kelli Bakke
For. WALKER RESIDENCE
MADISON COUNTY, REXBURG, ID
Location:
Idaho Fa11s, !D, US
Elevation: 474' ft
Latitude: 440N
Outdoor:
Dry bulb (°F)
Daily range (°F}
Wet bulb ('F)
11'I++ind speed (mph)
Indoor:
Indoor temperature (°F)
Design TD (°F)
Relative humidity 4°/fly
Heating Cooling Moisture difference �g6rfib}
34 H Infiltration:
Met
A 60 � �
Construction quality
15.0 7.5 Fireplaces
Heating
70
76
30
35.2
Simplified
Average
0
Cooling
?5
14
50
-31.5
Corn onent
Btuhlfta
Btuh
°Jo of load
Wafts
4.5
15832
30.3
Glazing
26.6
8324
15.9
Doors
24.3
1459
2,S
Ceilings
2.4
4275
8.2
Floors
0.8
1469
2.8
Infiltration
2.7
5759
11.0
Ducts
{}
0.0
ipin9
0
p.0
Humidification
o
0.0
Ventilation
15176
29.0
Adjustments
p
100.0
Tota!
52295
100.0
Component I Btuhlft2 I Btuh I
°Is of toad
Walls
0.3
1
1116
4.4
1
Glazing
38.01
1190
4
Doors
0.O
O
0.0
Ceilings
1.3
2362
9.3
Floors
0.0
Q.0
D
d.0
Infiltration
5�8
2.2
Ducts
p
0.0
Ventilation
2 ��fi
11.0
Internal gaits
E590
26.,0,
Bower
0
0,0
Adjustments
p
Total
25335
100.0
Overall u -value = 0.058 Btuntft2-01F
Data entries checked.
Right -Suite Residential 6-0.27 RSR43W5
CADocuments andetbrigs\[)f 33 (De ktopI ALKER.rrp Calc T MJ8 Orientation
2005 -.Dec- 19:45.-37
Foga
Component Constructions
Entire House
K&K HEATING
Job: WALKER
Date: DECEMBER 2005
By; Dell! Bakke
For: WALKER RESIDENCE
MADISON COUNTY, REXBURG, ID
Lvcation:
Idaho Fails, ID, U5
EleV2filon: 4741 ft
Lafitude: 44°N
Outdoor: Heating
Dry bulb (°F) _6
Daily range (°F) ..
Wet bulb (QF)
Wind speed (mph) 15.0
Cooling
89
34 H
60
7.5
Construction descriptions
Walls
1 - . a Wood -stud frame, siding or stucco, no board -insulation,
-1 9 cavity insulation
15131 -0 - ; Basement - " concrete, wood framing., interior finish,
- 13 cavity, no board insulation, '
Partitions
(none)
Windows
1 'rel Frame: Double Pane, clear Row -
Doors
]fetal door. paper honeywmb, with storm
Cei'lings
613- 0ad : Ceiling under vented attic, no radiant b r, dark
shingles, R-30 insulation
Indoor:
Indoor temperature (F)
Design TD (T)
Relative humidity M}
Moisture difference (gr/lb)
Infiltration:
Method
Construction qualify
Fireplaces,
Heating
70
7s
30
35.2
Simplified
Average
0
Cooling
75
14
50
-31.5
r
Area
U - Value
In ul R
Htg HTMLoss
1139
C1g HTM
Gain
n
64
0.350
0.0
26.6
1702
14.4
1
0.0
451
0.068
19.0
5.17
2330
0.64
288
418
0.068
19.0
A
2159
0,64
267
S
473
0.068
19-0
.1
2444
0.64
302
W
364
0.068
19.0
.1
1883
0.64
233
all
1706
0.068
19.0
5.17
8815
0.64
1090
n
469
0-
13.0
3,80
1783
0.01
ID442
428
0.049.
13.0
4.10
1 754
0.03
1
501
0.049
13.0
3.92
1964
0_01
390
0.049
13.0
3.89
1516
0.01
all
1788
0.049
+13.0
3.92
7017
0.01
26
n
43
0.350
0.0
26.6
1139
14.4
617
n
64
0.350
0.0
26.6
1702
14.4
1
0.0
1
0.350
0.0
26.6
556
51.7
1081
0
0.350
0.0
26.6
1064
27.4
1096
S
32
0.350
0.0
26.6
851
27.4
877
W
74
0,350
0.0
26.6
1981
51.7
3850
W
39
0.350
0.0
26,6
1030
51-7
2001
all
313
0.350
0.0
26.6
8324
33.4
ID442
rt 40
0.320
0.0
24.3
963
0.00
S 20
0320
0.0
24.3
496
0.00
0
all 60
0.320
0.0
24.3
1 459
0,001
0
1758 0.032 30.0
Right -Suite Resilderitial 6-0.27 RSR43585
CADocuments and S,ettings�Dr2ft3\lDesktopkWALK:F:R,rrp Calc = W8 Orientation
2.43 475 1.34 2362
Floors
91A:
Tile covered basement floor, No rusk
_;ion, 50'wide
Right -Suite Residential 6.0.27 RSR4358,5
ADocuincint 2nd ttingskDr fit ' Desktop\l L Ef ,. Calc = Mj8 Orientation
1 758 0.022
0.84 1 469 0100
0 sB c- 19-45-37
Page
0
AED ,assessment
Entire House
K&K HEATING
Job: WALKER
Date: DECEMBER 2005
OH Bakke
11 V f ILA1.4 I N i XVCIV IiC
MADISON COUNTY., REXBURG, ID
Idaho Fails, ID, US
Elevation: 4741 ft
Latitude.- 440N
outdoor: Heating
Dry bulb ("F)
Daily range (OF)
Wet bulb (OF) Wind speed (mph) 15.0
Cooling
89
34
so
7.5
Indoor.
Indoor temperature ('OF')
Design TD (°F)
Relative 'humidity (%)
Moisture difference (gr/lb)
Infiltration:
H �
Method
Construction quality
Fireplaces
Heating
7d
76
30
35.2
Simplified
Average
0
Cooling
75
14
50
-3i.5
1 610(
14r
12}00
I too
s
Ca
X
'1 0 0
.,0(
111
11
Hourly Glazing Load
e 0— 1 kJ
Hour Of Day
A-�!
Maximum hourly glazing load exceeds average by 43.7%,
AED firnt
mouse domes not have adequate exposure dir►ersi#y �A�p�, based on AED I�m�t of 30 °/a.
AED excursion: 1461 Btuh (PFG - 1,*3*AFG)
Right -Suite Residential 6.G,27 RSR43585
2005 -Dec -29 19.45.7
Page 1
Project Summary
Entire House
K&K HEATING
W,
Job: WALKER
Date= DECEMBER 2005
13: Kelli Bakke
For: WALKER RESIDENCE
MADISON COUNTY, REXBURG, ID
Notes: Some registers are shown further from the wa!l or windows for c[arity_
f.
installation but registers
standard distance from walls or windows.
During
Weather:
Winter Design Conditions
Outside db _6 pF
Inside db 70 OF
Design TD 76 " F
Heating Summary
Structure
Duds
Cenral vent {216 cpm}
Humidification
Piping
Equipment load
Infiltration
Method
Construction quality
Fireplaces
37119
0
15176
0
0
52295
Area (ft2) He 3549
Volume (ft�} 1757fl
Air changes/hour 0.28
Equiv. AVF {cfm} g�
Idaho Falls, ID, US
Summer Design Conditions
Outside db 89 OF
Malde db
Design TD 75 OF
Daily range 14 OF
Relative humidity H
Moisture difference 50 %
-31 g /1
Sensible Cooling EquipmentLoad Sizi
ng
Btuh
Structure
22540
E3tuh
cfm
Btuh
auris
Centra! vent (2fi cfm)
0
2796
Btuh
Btuh
Btuh
Blower
0
Btuh
Btuh
in H20
1.00
Btuh
Use manufacturer's data
Ra, ing multiplier
0.94
Equipment Sensible load
23815
Btuh
Simplified
Average
a
Cooling 359
17570
0.15
44
Heating Equipment Summary
Make PAYNE HEATING & COOLING
Trade Payne
Model PG9MAA060080**
Efficiency 90 AFUE
Heating input 80000 Btuh
Heating output 7400D Btuh
Temperature rise 77 " F
Actual air flow 735 cfm
Air how factor 0.028 cfm/Btuh
Static pressure 0.60 in H20
Space thermostat
Latent Coo -ling Equlpment Load Sizing
Structure 1 Qi n
Ducts
Central vent {216 c#m}
Equipment la, ent food
o Btu
-3886 Btuh
0 Btuh
Equipment total load 23815 Btuh
Req_ total capacity at 0.7a SHR 2.8. ton
gaoling equipment Summary
Make Payne
Trade Payne PA12
Coad PA1 2NA036-6
Coil CC5A/CD5AA036+TDR
Efficiency
Sensible coolie
Latent cooing
Total cooing
Actual air flow
Air flow factor
Static pressure
Load sensible heat ratio
,601 t-Wic values have been manually overridden
Print certified by ACOA to meetall requirements
Ed -
Right -Suite Residentiai 6.0.27 RSR43585
CADocuments and etti n '1 f# 1D ,ktop�W L R _rrp Calc = mj8 Orientation = I
12
SEER
24500
Btuh
10500
Btuh
35000
Btuh
1200
cfm
O.Q53
�fmlBtul�
0.26
in H20
1.00
2005 -Dee- 9 19,45-37
Page I
lm -hs
Riglit-J Worksheet .,ori:
Entire House Date:
K&K HEATING By:
WALKER
DECEMBER 2005
Kalli Bakke
Printout certified by ACCA• rements of Manual J 8th Ed.
Right- su lie Residential .0, 7 4 5
pE.rrp Ca)c=MJ,8ne r,tafi err
005-Dic-9 19-45-37
Page 1
Rig
A : *-*J Worksheet Job- WALKER
Entire HoUSre IDate." DECEMBER 2005
K&K HEATINGH Bakke
1 .gy m nam
Exposed wall BATH 1 BED
Ceiling height 62 ft 30,7 ft
4 Room dimensions heat/cool 9.0
Room area 10.1 x 6,2 ft 14-'62.2 ft:13 t
233.9 ftz
Ty Cbntr u do U--value Or-i l
nu
mr tiff� -Area � Or Pedmeter (ft) r
tuh) or pe ern t r () Btuh
Heatr CC�01 Gross N/P/S Heat cool Gross N/P/S Heat Cool
6 L2 1'2E-Osw 0.068 n 5.,1
15B 1 3-Owc32 00 0 0 0
T—G 0,093 n _7 0.24
1 0-350 n 26.600 01 0 0
t—G1E 0.068 5.17 0. 0
1 .. 0 0 0
1B13-owc-8 0,093 e 3.72 O. 0 0
1 E 0 0 0 0 0.
O350 s 26,60 27.39 0
D 71 0.320 24,32 O. 0 0
t—G 1E1� 0.093 3,72 0.24 0 0 0 0
1__ 1 112, 418
0.68 5.17 O. 426 438
0.350 0 1. 0 0 0 0
t—G
t—G 1 -- . X93 �rwr . 7 0 0 0 0
126.60 51.69 7 0 179 347 16 0 426 827
18 14 1 492 0
- a 0.032 - 91A.x.43 1. 4 _
151
84
_.
84 0,00 0 0 10 234 234. 569 314
0.
6. c D excursion
166
Envelope loss/gain 1731
512 597
2330
1 a) Infiltration
1753
Room entilation 1
8
0 0
13 Internal gains-- Occupants @ 230
Less extemal load 1
Bila races @ 1200 230
Less transfer
Redistribution 0
1 0
1 uct loads 528 598 0
0% 0% 2412 1991
0 0
Tota! room i d
i
Air required (fm) 8598 �
1 12 1991
7 101
Printout certified by ACCA to meet all requirements of
ftI
l J 8th Ed.
-Iht-Suite Residential _0, F
AD u me n t and Setting 1D ra IBX est X
p tr F. r p Calc = I J rientat on - i .45:37
Fuge
Rigi its Worksheet
Entire House Date: DECEMBER
K&K TING Bili Bakke
11 Room- name
Exposed wall OFFICE FAMILY
3 Ceiling height 22.8 ft T 33.6 ft
Room dimensions -0 ft heat/cool . ft head
cwl
Room a 142.4 ft:1 1-0 x 631.1 ft
Ty COnstruction -valve r HTM
number Ptuh/ftz-T) (BjUhjft2) Area (fr) Load Area Load
or perimeter (ft) (Btuh or PFirnetr )t
Heat cool rosy 1/PIS Heat Cool Gross N/P/S
Heat Cil
1 E
iLossj::N/P:/:-c
117 64 0
D. 14-39 0 0
1 T�n71 0.320 r 24.32 .0'
WI 1 B 1 --w T 0.093 n . 7 � �' � 0 0
x.24 7 7 396 0
649 0
0350 n 26-60 14,39 0
.068 e 5.17 0, 1 461
1 0.350 � , 1.69 �
1b131� 0 0 0
Or350 S 26.60 27,39
L9 71A 0.320 s 24.32 0.00 0 0
t—G 1 1 �- 0.-093. .7 0 0
1 96 96 393 3
.350 7. 0
1 s 0
. 068 5.17 0
.
61A
t—G 61A 0.093 w 3-72 O24 53 37 139 ' 0 0 0 0
350 w 2E60 51 .691 1 0
1613- 0ad 0.0 - 2.43 1. 426 0
1 �I 1 '� � 1 1 1535
0.84 . 0
0
AED excursion
385
Envelope loss/ air,
1531 1407
n12 a) Infiltration 1
229
3428
b) Room vent.iNa on 61
13, Internal gains: Occupants
Appliances g 1200� 460
Less e t m@ I lo, D
Less' transfer 0 0 0
Redistribution
0
15 Duct loads 592 1 643
0%% 0 0 % � 1 1698
Totat room load
Air required (cfm ) 1 592 1643
7 1698
0
Printoutcerfified by ACCA to meet all r2quirements of Manual J 8th Ed.
C-10muments and Draf top\WAL E .rrp Calc = Mj8 Dieraation = N 2005 -Dec- 19:45:37
Page
, K
. Worksheet
Entire House Date: DECEMBER
K&K HEATING B: Kelli Bakke
1 Room name STORAGE
GUEST
51 Ceiling height 1ft 24.2 ft
Room area 47.4 ft2 10.3 x 46 ft
142.9 fife
Ty Construction U -value Or- HTM Area
umber` Btul T F, 2 Area (ft2Load
or Perimeter
Heat Cool Gross NiP/ Heat
Gross /PIS Heat Cool
1 E.
J:-�nG 0-350 n t 0.320 n 24.32
1 1B1 3-ow0.093 n 3.72 0.24 0 0 0 0
t 1 0 0 7
0..50 2.60 14.39 0 j
1 E- 0-068 e 5.17 0. 0 t 4.26 230
0.350 , 26.60 1, 0 0
00-93 e
2721 24 5.17 t 169 1 125 125 5110
W. 1 1 Vic -32 00 0 0 0 0
1—G 61A x.093 1 . 4
. 350 s 26,60 27.39 0 0 0
1 2E . } 5.17 0
"t—G 61A w 26j6O 51.69 0 0 0 0 0 0
W. L 1 513 1 -OW- C. 0.24
0.032 2.43��� 0 0
F 91A
4 1164 143 143 348 192
0,022 - . - 000 0 0
AED au$on
Envelope 'aw
665 64
t
1" a) InfInfiltration�frt��
Room ventilation 4 65 61
0 0
13 Intemal gains: Occupants 230
Appliances 1200 230
Less extemal load 0 0
Less transfer 0
Redistribution 0 0
14, Subtotal
15 [duct loads 705 68,
1634.
Total room road
Air required (ofm) 705 68
1634 6322o 4 46 34
Printout certified by ACCA. to meet all requirements of Manual J'3th Ed.
rRight-Suite Residential 6.0.27 RSR43585
Page 4
L
Righm(mJ Worksheet
Entire House
K&K HEATING
Job: 'BALKER
Date: D. 200,5
O1 i Bakke
Printoutcertified by ACOA to meet all rec
N~ r - U-2
4 F i � ite esidential 6.[x_27 F 5
ADocu nt and eti�in s XDesktoptWALKER.rrp Calc -z Mj8 Oji
wrements of Manual J 8th Ed.
0D- 49.45:37
Page 5
Rig& d. . ftJ Worksheet
Entire House
K&K HEATING
Job: WALKER
Date: DECEMBER 2005
Kell! Bakke
Printout certified by ,gCCA to meet all
CADocumentsand ett« raft1De ktop1 L1Calc = MJ8
uirements of Manual J 8th Ed.
2005 -De -c-2919-45,37
5:37
Page
Rig -.-J Worksheefi Job: WALKER
Entire House oats: oEcE�neE€� zoos
K&K HEATING By: Kelii Bakke
'� Room name
2 Exposed wad! BATH 2 NlL1SIG
3 Ceiling height 5.'1 ft 22.4 ft
4 Room dimensions 9'0 ft nea�1 9.0 ft heat/cool
5 Room area 1.0 x 58.1 �f 12_4 x 12.8 ft
56.1 ft 15$.3 fkZ
Ty Construction U -value Or HSM Area ftz
r+umber (BtutUftZ-"F} (BtUh/ft2) or perimeter (f€) {B#uh Area (ft) Load
or perimeter (ft) t6luhj
Heat Cool Grass NJPlS Heat Coal Gress NIPIS Heat Coo!
612E-0sw 0.068 n 5.17 0.E1#
6'fA 0.350 n 26.8E} 14.39 �� 38 195 24 4 0 4 0
71A 0_320 n 24.32 D, �f} Q 0 2-E 3 115 (] p p �y
'15813-0wc-8 OA93 n 3.72 p.24 p a � � Q 0
i 9
t. --G 61A 0.350 n 26.60 14.3 p � � � �
t -G 12E-osw o_os$ e 5.1� 0.64 a o a o a o o a
fi1A Ci.350 e 26.60 51.89 � � � 58 50 256 32
W 1 56 1 3-Uwc-8 Q 0 p 0 D p
O.fl93 e 3.72 4.24 0 0 Q d
12E-Qsw t3_fJ68 s 5.17 0.64 � p 0 D 0
61A {].350 ' s 26_SD 27.39 0 0 112 92 474 59
71A 0.320 s 24.32 0_� p 0 4 � 2� O 532 54$
3 58'13-Owc-B 0.Og3 s 3.72 4.24 Q 0 0
fi1A p.35p s �B.SQ 27.39 p � a Q 0 0 � Q
12E-Dsw D.f]68 w 5.17 47.64 fl 0 0 D p �p �
51A 0.35Q w 26.6(} 5.69 p � D D �� 41 2U9 26
t -G 15B13-0wc-8 D.093 w 3.72 0.24 p 0 0 Q Q ❑ 0 0
69A 0.35(3 vv 26.60 51.69 p � � 0 0 0 p p
C 'i68-30ad 0,032 - 2.�t3 'i_34 0 0 Q Q 0 0 0
F 91A 0.02 - � 0 D 0 0 a 0 0
Q.$4 �.[7� 56 5 47 0 158 22 132
0
fi C] ASD excursion
127
t -GI
Envelope losslgain
X55 132 1604 792
12 a} Infitration
b) Room ventilation 122 '�2 53$ �3
a o a �
13 Internal gains: occupants @ 230
Appliances cr 1200 a a � 230
fess externa! load � D (} 0
Less transfer 4 {� a �
Redist�ibu#tan p 0 � �
14 Subtotal 0 4 0 d
15 Duct loads 577 144 242 '�Q�S
Q% 0% 0 � Q% a% Q Q
Total roam load
Air required {cfrn} 577 1441 2142 1075
16 8 60 57
Pi -into t certified b
ACCA to meet alt r
lht-Suite Residential 6.0.27 R
4�8ADc ments and Setting raftes LI Cal w 5
Orlentatinn = N
uIrements of Manual J 8th
2005 -Dec- 19-45-37
Page 7
Ri'gl-WJ Worksheet
Entire House
K&K HEATING
Job. WALKER
Date:E MB E 2005
By: Kelli Bakke
Printout certified bY ACCA to t all requirements f Manual J 8tEd
h
iht-ij'te icntl@[ x_0.27 48
ADacuments and Sett -in s�Dratt3 CD ktop�L EJ _ Calc = Mj8 Orient
205 -Dec- 19:45-37
Rage 8
Ri6 .L -J Worksheet Job--
Entire
ob.Entire House Date:
K&K HEATING BY:
WALKER
DECEMBER 2005
Ili Bakke
Pnntout certfied by ACCA to meet all requirements o
Right -Suite Residential 6.0-27 RSR43585
2005 -Dec -29 19.-45.37
Page
Duct System Summary
Entire House
K&K HEATING
Joky.- WALKER
Date: DECEMBER 2005
13Y' KelfiBakke
For
WALKER RESIDENCE
MADISON COUNTY, REXBURG, ID
External static pressure
PresSUre dosses
Available static, pressure
Supply 1' return available pressure
Lowest friction rate
Actual air flow
Total effective length (TEL)
Heating
0.60
in woo
0.24
in H20
x.36
in H2O
0.21/0-15,
in H20
0.085
in/1 00ft
1035
cfm
423 ft
Cooling
0.26
in H24
0.(}2
in H24
0.24
in H20
0,41 0.1D
in H2�
0.057
in/1 00ft
1200
cpm
Design Htg C19 Design
Name (Btuh) (Cfm) (Cfm) FR
BSD f h2328 65
BATS f 39 0.0$7
BED 2 C 598 15 32 0.061
C 1991 67 106 0.070
OFFICE C '1643 44 $7 0.061�AMf�Y h84g 49 45 0.063
�AIV�iLY•A h 849 49 45 U.061
STORAGEh fib 20 4 0.000GUEST it 1634.46 34 �}.'� 02
��° 3 c 1026 50 ss 0.063
M.BA7N C $$D 43 47 0;.061
M.BAD TH-A � � 8801
4347 0.0572�� Q.�8�
M. BEQ-A C 1190 23 63 a.O�
$�� 4 C 2257 87 '! 20 (}.060
BATH z h 577 16 $ 0.093Music h 10756p
UTILITY 1241 5? 0.063
rnEcH �� �fi 0.070
h 111 2� 6 D_Da0
I]iNfKIi7FAM-p h 1035 J% 55 0.066DIwK►-�rFann h 10:35 57 55 4.Q61
1
DIiVIKITlFAM-B h 103
��, ��, 1 �� �.as�
Di���ci;iFA�n-c h 1035 57 55 0.091
f�IN1KlT1FAM-D h 1035 57 55 0.062
Qiam Rect Duct Actual Ftg.Egv
(in). Size {in} Matl Ln (ft) Ln tft) Trunk
6 Ox 0 VlFx 51.1 195.0 st2
s Ox fl V x 30.7 205.D st2
6 OX0 VlFx 32.8 170A st2
6 OX0 VlFx 37.3 195,0 std
6 Ox Q VlFx 21.5 205.0 st1
6 ox 0 ViFx 30.8 205.0 st2
0 Ox 0 VlFx 0.0 0.0 sib
6 4x p VlFx 40.8 170.0 St1
6 Ox 0 VlFx 21.6 205.Q st2
6 0x 0 V1Fx 52.7 180.0 st2
6 OX0 V1Fx 46.4 205.0 st2
s 0x 0 VFx 44.7 115.0 st2
6 Ox {] VlFx 34.8 190.0 st2
s oxo vcFx 32.2 205.0 st2
6 OX0 VIFx 26.0-2Q5.� t2
6 OX0 VlFxs Ox Q 20.5 205.0 st2
ViFx 24.0 180.0 std
0 OX0 VIFX 0.0 0_0 sti
6 Ox D VlFx 10.0 205.0 std
6 OX0 VfFx 2T.5 2D5.0 st2
6 Ox D VlFx 22.3 205-D std
6 oxo V1Fx 41.4 115,0 st'l
6 Ox 0 VlFx 41.1 190_0 St
BOItalc values have been manually od
Right -Suite Residential 6.0.27 FB F :5
Calc � MJ8 Orientation. = I
}
0 -0 -Dec -219 - 4 5-145
'ago 1
3
Grit! IHt9 ICIg TEL Design Yeloc IDi1
am Rec�Size StudlJoist Duct
;Name Size (in) (cfm) (CfmOQ �R =fpm) din} (in) Opening (in) Mati
rb2 Ox fl 82 138 1X3.2 D. Ci68 436 fi 14x3.25 10x5
rb3 0x 0 11 4 85 SJSP171.' Q.Q85 3616 14x3.25 7 0x5
rb5 OxflSJSP
�b4 Ox D 49 45 118.8 0.082 155 6 14x3.25 10x5 SJSPrb6 Ox 0 4fi 34 135-8 0_107 144 6 14x3.25 1 Ox5
�-b7 Ox 0 44 8�' 121.3 a. 08Q 277 6 '� 't 4x3.25 Ox5 SJSSJSPP
50 55 81,9 0-119 '� 73 fi 'i 4x3.25SJSP
rb8 Oxo'!09 157 134.9 0.472 497 fi 14x3.2 1 flx5 5rb9 0X(? 2Q1 230 '�49.3 0.DE5 X29 Ox5 SJS
rb 1 fl 0x 0 $3 121 88.4 0.110 384 614x3.25 10x5 sis
rb 12 Ox 0 SJSP
rb `! � Qx 0 116 112. 99.8 flp9� 3b8 � � 4x3,25 '� 0x5 S.1Sp
rb 1 Ox [3 96 '� 2fi .1 D8.3 0.090 399 6 14x3.25 1 Ox5 SJSP
45 10 Q.0 0_000 142. 0 14x3.25 '10x5 SJSP
Trunk
rt 1
rti
rti
rte
rt2
rt2
r#1
rt2
Trunk
Name Type
rtl � peak AVF
rt2 Peau AVF
Htg CIg Design Veloc
(Cfm) (cfm) FR (fpm)
257 288 1 01.072 648
7331 902 1 0.057 584
Right -Suite Residential _0-27 1 43 ,8
C-%Docurnents and Settings\Drati3ldDesktop1WALKER.rTp
Calc =; MA Orientation = l
Diam Rect Duct Duct
('In) Sipe (in) Material
9 8 x 8 ShtMetj
16 8 x 28 ShtMefl
Trunk
2005 -Dec -29 19;45.45