HomeMy WebLinkAboutSHORT FORM - 07-00059 - 774 Griffin St - New SFRMike Woad Heating & Coaling
C00jer Rv DeSegn
Short Form
Entire House
For., Jon North
Rexburg,
Jobw- Henderson edition
Date: Mir 1, 2007
By.- Mike Wood
mmulDBWG
774 Griffin St-Whi*sperwood
Htg Clg
Infiltration
outside db (°F) -G 89 Method
Inside db (°F) 68 75 Construction quality
Design TD (°F) 74 14 Fireplaces
Daily range - H
Inside humidity (%) - 50
Moisture difference (gr/lb) - -31
HEATING EQUIPMENT
Make AmStd
Trade Freedom 90 Single Stage
Madel AUX080C942D*
Efficiency
Heating input
Heating output
Temperature rise
Actual air flow
Air flow factor
Static pressure
Spare thermostat
ROOM NAME
eqp.
ba#h
bedrm.#4
sink
bed rm. #5
bed rm . #f
family
luandry
bed rm_ #3
i I V/d I f1/kItCi
master bath
master closet
bedrm .#2
master bed
hal! hath
92.1 AFUE
80000
75000
68
1185
0.03.1
0.00
Simplified
Average
0
COOLING EQUIPMENT
Make
Trade
Cond
Coil
Efficiency
B#uh Sensibly cooling
Stuh Latent cooling
OF Total coaling
cfm Actual air flaw
cfimlBttah Air flew factor
in H20 Static pressure
Load sensible heat ratio
0 SER
0 Btuh
0 Btuh
o Btu,
1185 cfm
0_a54 cpm/6tuh
0.00 in H20
1.0Q
Area H#g load Clg load Htg AVF Glg AVF
(ft) (Btuh) (Bfuh) (cfm) (cfm)
11Q 0 0 Q p
40, 557 25 17 1
238 2829 571 89 31
48 53 0 2 p
140 2271 549 71 30
140 2207 1288 fig 70
732 7860 5156 246 279
110 3356 1715 106 93
1196 2388 1521 75 52
654 9056 561 0 284 303
72 1293 1478 41 gD
48 D 0 p fl
144 2457 1467 77 79
201 3017 244$ 95 132
45 427 70
W E"
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Latent cooling
TOTALS
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634 6
44128
21898
1201
21713
0
21713
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Mike Wood Heating & C ligg
Cooler By Design
Building Analysis
Entire House
Job: Henderson edition
Date: a 6. 2007
BY: Mike Wood
For: torr North
Rexburg,
Idaho Fads, ID, US
Elevation: 4741 ft
Latitude: 44°N
Outdoor:
Dry bulb (°F)
Daly range (°F)
Wet bulb (°F)
Wind speed (mph.)
Heating
-6
15.0
Cooling
89
34 ( H
60
7.5
indoor;
indoor temperature (°F)
Design TD (°F)
Relative humidity
Moisture difference (gr/lb)
Infiltration:
Method
Construct -ion quality
Fireplaces
Heating
68
74
50
57.0
Simplified
Average
a
Gaoling
75
14
50
-31.5
-
Component
Bfuhlftz
Btuh
% of load
Walls
5.7
14428'32.7
Glazing
42.E
10573
24.E
Doors
Ceilings
28.9
2.4
1212
3481
�
7.g
Floors
1.1
1632
3.7
Ducts Infiltration
3.D
6456
14.6
Piping
0
o
0.01
0.0ificatioHumidn
0.0
Ventilationo
634E
14.4
Adjustments
0
Total
44778
100.0
vile
Component Btuh/ft2 Btuh % of load
Walls 0.2 S16 2.2
] -1
Glazing 57.8 'I4482 E27
Doors .
Ceilings 7
Floors 1.3 197 $.6
0.0 0 0,0
Infiltration 0.3 611 2.6
Ducks 0 00
Ventilation 1201 5.2
interna! gains 401D 17.4
Blower o 0.0
Adjustments -0
Total 23099 100.0
Overall U -value = 0.066 Btuhlftx-°F
Data entries checked.
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Mike Wood Heating 8 Cooling
Component Constructions Joh: Henderson edition
Cooler By Design Date: filar 1B, 2007
Entire House By: Mike Wood
For.- Jon North
Rexburg, Id. 83448
■� 4&aLMWf r.
Idaho Falls, ID, US
Elevation : 4741 ft
Latitude: ON
Outdoor:
Dry bulb (°F)
Daily range (OF)
Wet bulb (°F)
Wind speed (mph)
Heating
-6
Gaoling
89
34 { H
60
7.5
Indoor:
Indoor temperature (°F)
Design TD (°F)
Relative humidity (°/a)
Moisture difference (gr/lb)
Infiltration:
� Method
Construction quality
Fireplaces
Heating
fib
74
50
57.0
Simplified
Average
d
Cooling
7�
14
50
-31.5
uvnstruction descriptions
Walls
15B-1 f - : Basement - 811
concretes no framing r interior fin h
R-10 foam bd to floor, 21
Partitions
(none)
Windows
I D- r: Operable, clear glass,. wood frame, 2 pane
Doors
11 D; Wood door, solid corer no storm
Ceilings
1-d: Ceiling under vented attic, no radiant barrier, dark
shingles, R-30 insulation
Floors
1E B - 28t: Tile covered basement floor, R-3 or higher fn ul ' wide
Or
Area
-volae
haul R
Htg HTM
Loss
ClIg HTM
Gain
ne
(T)
�ntur _*F)
V :T tuh)
(Btuh 2)
(B re
(Btwh f)
(Btuh)
e
496
0.061
10,0
5.71
2832
0,21
103
ne
11
0.061
10.0
5.33
60
0.14
604
734
0.061
10.0
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4163
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147
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0.14
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528
0.061
10.0
5..73
3028
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5.67
4285
0.20
151
all
2537
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10.0
14428
0.20
n
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0.0
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18.6
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0.0
4.
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7487
all
251
0.570
0.0
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10573
53.E
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Mike Wood Heating & Cooling
Cooler By Design
Project summary
Entire House
,fob: Henderson edition
Date: Mar 16, 2007
Mike Wood
For: Jon Forth
Rexburg,
Nates:
Weather.- Idaho Falls, ID, US
Winter Design Conditions Summer Design Condvuons
Outside db -6 0 F outside db
Inside db `Inside db 89 OF
Design TD ?4 °F Design TD � q5 , of
OF
range y
F
Relative humidity gp
Moisture difference -31 gr/lb
Heating Summary Sensible Caolirtg �quipmenf Load Sizing
Structure 37782 Btuh StructureDucts 0 ��� 2189$ Btuh
Central vent(93 cfm aucfs a gtuh
) 6346 Btuh Centra! Vent (93 cfm) 1201 Btuh
Humidification 0 Btuh Blower
Piping o Stun a Btuh
Equipment load 44128 Btuh Use manufacturer's data
Ratelswing multiplier 0.94
Infiltration Equipment sensible load 21713 Btuh
Method Simplified Latent CoolingWoConstru+�tion quaEity Average Equipment Lead Sizing
Fireplaces 0 Structure 551 Btuh
Ducts 0 Btuh
Area ft2 ��at�ng Coolin Central vent(93 cfm} -1669 Btuh
Volume (ft3) 17700 17700 � � 2918 291 Equipment latent load 0 Btuh
Air changes/hour Q.32 D.76 Equipment total load
21713 Btuh
Equiv. AVF (cfm) 94 47 Req. total capacity at D.70 SHR 2.6 ton
Heating Equipment Summary Cooling Equipment Summary
Make AmStd Make
Trade Freedom 90 Single Stage Trade
Model AUX08OC942D* Cond
Efficiency 92.1 AFUE coil
Heating�n ut Efficiency (l EER
P 8DC}a0 Btu
Heating output 75000 Btuh Sensible Goofing D BtuhLatent cooling 0 Btuh
Temperature rise 68 °F Tota! cooling Q B.tuh
Actual air flow '[ 185 cfim
Air flow factor Actual air flow 1185 cfm
0.03 cfml8tuh Air, flow
Static pressure 0.00 in H20 factor 0.054 cfmlBtuh
S#otic pressure 0.00 in H20
Space thermostat Laad sensible heat ratio 1.00
Printout cerEified by.ACCA to meet all requirements of Manual J 8th Ed.
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mike Wood Fffeatin-g & cooring
Cooler By Design Right -%v iVorksheet Job. Henderson
edition
En 0
tire Date:
House r 1,, 2007
By: Mike Wood
1 Room name
21 Exposed wall Enfire House -
CeilingInt .
i 3536 ft32-00�
� tt
4 Room dimensions .0 ft d 8.0 ft heat/wol
Thr Construction -value Or HT r
ea (ft2) Load Area (ft2)
number (Btuh/ft;k-"F)Bt i c un t .Load
(Btuh) or pen meter (ft) 13tu h)
Heat Cool Gross N/P/S Heat Cool Gross
N/P/S fit oot
15B-10sfc;-2 0.083 ne. 1 1360 696 0 0 0
11 60 2 0 0 0
1513-+1O f -0.670 ne 42.181 98 11 0 478 476 0 0
.8 4.51 0.28 848 73 4163 147 88 88 505 19
1 DO 0.3901513- 1 Qsfc-2 28,86 _1 0 0
t—G I D-c2ow 0-083 se 4-51 0.28 23. 11 60 0: 0
ID
W. 1 513-1 0f- 28 528 528 3028 11 8 459 �1
0.083 . 4. 1 0,28 880 756 4285 151
88 88 505
F 21 B-281 0.032 2-37 134 1470 1470 3481 1976 0 0 0 0
0 01
1.11 0, 1470 178 163 0 110 321 122 0
E D excursion
972
Envelope loss/gain
1Infiltration
U Room ventilation X50 15,11 .584 55
0 0
13 Intemal gains: occupants A 230
Less extemal load Appliances 1200 2 24001 2 0
2400
Less transfer 0 0
R edi tri ution 0 0 0 0
14 Subtotal 0 -0 -2174 -22 7
15 D u t loads 37782 21898 0
Total room lid
Air required 37782 21898.
1185 1185
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Mike Wocpa Heiating a Cling Rightwr
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Worksheet Job. Henderson edition
Entire House Date: Mar 16, 2007
: Mike Wood
1 Room ream
2 Exp Exposed wall bath
Ceiling height 1.. ft
Room dimensions heat/cool .0 heat/ f
Roomareas .o ft 14.0 1-0 ff
40,0 ft2
238-0 ft:z
TY Construction -value u r �
Ares. ( ) Load Area 2
number Load
Et�h�' - �� B���h��� ��r p�mt�r 1`t Bl.uh
rr (Btu h)
Heat Cool Gros NIP/S Heat Cool
Gross NIP/ Heat Coo!
6 Vr I B-1 O f- .083 n .51 0.28 ' 0
1 D -clow ' 13.6 1 682
42.18 18.61; 0 0 0 1
1-1:- 0.08 ne x-.51 0.28 0 675 298
I D ove 0_5701 n 42.1 f41. 8 g 0 0
15 13- 1 Osfc-2his . V # T � ��� � 0 �00'. 0 ++
11DO .1 60., 38 0 0 . y 7 0
0, gg a 28.86 . 1 g 0 0
1513-1 fc- .083 s {4.51 0.28 � 0 0 0
1 D- o4218 53,33 0 Q 0 0
0:28 0 0 0 g 0 0. 0
t—G 1 D-c2ow 0,083 w 4,51 0-28 64 64 367 14 112 112 642
0,570 w 4Z18 6.38 00 0 024
1 1- ad 0.,032'- 2.37 0 0 0
F 2113-28t1AI 0.00 40 8 44 0 238 31
2641 0
.ED excursion
-8
Envelope JOss/gain
411
1 ) Infiltration
- 2263 288
U Room Oren Mateo n 14
566
0 0
1 Internal gains: ants
2829 57
_ 0
Less ext mal I1200 0 0 230
Less transfer 0 g 0
Redistribution ,� �
.
�1 4 Subtotal 0 �
1 Duct loads 557 �1
14
1
Notal room load
Air required (cfi-n) 557 25 311
2829 7
.
JqCCN
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Mar 16, 2007
Mike Wood
1 Room name
2sink
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Ceiiing height,ft 4_
4 Room dimen ioni � heat/l .0 tt l
5 Room -area . ft 10,0 x 1. 0 ft
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Thr Construction U4l ur
number _� i TM
Area ( ) Load Area T
btu if t F) Eta f~f�. r � Load�i ter �� �t� �r p ri ef er ft
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Heat
- Cool rosy N/P/ Heat ��i
Gross HeatCool
T—G 1 D-c2ow 1513-1 f- _ 0831 n 4.51
W. 0.570 n 42i18
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L --G 1 D-c2ow F___ C' I D-c2ow 0.083 e 4.51 0,28 0. .0 0 0 80 80 459 17.
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0.032 2.37 1.34 0 0
F 1 B-281 0 0 0 0
1A10.00 48 0 53 0 140 24
1551 l
E D excursion
-
56
Envelope to gin 53 0
1833 278
121 a Infiltration
b) Froom ventilation 0 0 438 41
13 i ntemal gains --i --------- ..... a 0 0
Occupant @ 230
Appliances A 1200 0 230
Less extemal Id 0 0
Less transfer 00 0
Redistribution ibution 0 0 0 0
1ubtota1 OF 0 a 01
15 L)ud loads 01 2271 549
Total room load
Air required (fm) 0 2271 549
21 0 71 30
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Entire House Date: Mar 1 2007
Mike Wood
21 Room name
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Ceiling height � f� 23-0 ft 58.0ft
4 Roam dimensions . h t/�l _ � ft heat/000l
m area 1.0 x 140.0 ft 1-0 732.0 ft
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TY Construction U-valueOr HTLoad Area (ft2) Load
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2 144 813 28
1 13- Dad 0-032 _ . 1., 1350 19F 21 32
0.01 - 1.11 0.00 : 140
,23 155 0 732 58 813
n
FID excursion
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Envelope loss/gain
'1787 101846272778
Room ventilation 4201 40 1059 100
0 0.0 0
13, Its gains, cx,,u pa nt230
1 230 0
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Less extern a I load 0 0 0
Less transfer 0. 0 0
Redistribution 0 0 0 0
14 Subtotal 0 0 2174 2277
15 D u t loads 056 -� 2207 1288 7860 Y1
0 0% 0% 0
Total room load
Air required 2207 1X88 7860 5156
69: 70 2461 271
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Cooler B LiRight-*ar n Worksheet Job: Henderson edition
Entire House Date; Mar 16, 2007
E3°: Mike Woad
1 Doom rums
Expos wall I uandry bed rm. 43
Csillag height � � 32.0 ft 21.0 ft
Room dimensions . heaticoo l - 0 h aYwol
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110-0 fk 196. 0 ft2-
T Construction U -value Or HTM Area
number btu �t�-�1= � LoadAreaLoad
13tu or perimeter(ft).Btuh or
� eter ftp Btuh
Heat Cool Gross N/P/S Heat cool Gross /P/
Heat Cool
1513-1 WC-2 0.08: n 4.51 fly.
I D---clow 0.570 n 42.18 18-61
'Vt—G 1 D-c2owE� f- 0 0 0 0
x.083 n 4_x`1 0.28 0 0
t:�G 1 D-c2ow 0-083 e 4.51 0,28 88 671 376 13 112 96 544 1
0.570 a 4, 1 60.38
1 1 _0 _ 1 01 675
0 01
1513-1 Osfc-2 O. .51 0.28 0 0 0
Dom. . _ 0 0 0
15B-1 Csfc-2 O .51 0.28 0 459
W 1 513-`� O, 0-083 . 1 8 W. 40 40 229 8
I D-r 0.570 w 4.1 0. 1
10 t �1 0 260 1 1 1 6 263
� � 13-28t 0-032 2.37 1.34 0.015 1.11 0.00 0 0
c ALD excursion
350
Envelope loss/gain
2782 1659 2004 1255
12 a) Infiltration
b) Room ventilation 584 55 383 36
0
13 Inter-nalgains-
Occupants 9 230 0
Appliances (g 1200230
Less external Coad 001
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Less tra n seer 0 0 0
Red i t i buti on 0 0 0
Subtotal 0
15 Duct loads 3366 1715
L 1 2388 1521
Total room load
Air required ( fry 1715 2388 1521
106
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Cooler By Design Right-vr Worksheet J
Entire House Date: Mar 16, 2007
By: Mike Wood
I Room name
Exposed wall li /din/ it h 6 , bath
Ceiling height 59,6 master . � �
4 Room dins .0 ft h i -0 ft
Room area .0 X 9, 0 ft
654.0 ftp O ft2
TY Construction -value r HTS � �2 number Btu f -0F
Load Area
or pegntiter (Btuh or Perimeter (ft)
Load
(Btu h)
Heat COOFGross
N/FIS I Heat Coal Gross
Heat Cool
W. 15B-1 f0,083 n -
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0.570 n 4.x.1 1 .61 0 � � 0
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0-570 ne 42.18 41.98 11 a 478 0
15B-1 Osfr,-2 0.083 e 4.51 0,28 112 1 , 0
Gj I D -clow 0.570 ,1 0. 11 0 0 0
11 DO 1012 1449 0 0 0
15B-1 Osfc-2 T_G 1-0.083 se 51 28 11 0
0.570 42.1 53.31
VV 1513-1 f- 478 0 0 0 0
W, 1513-10sfc�2 , 08 3 4,51 0.28 144 1
0.28 176 136 764 26 64 48 269
O570 w 42.18 60,38 40 0 1687 9C 1613-30ad 0.032 2.37 1 34 654 654 1549 2415 16 0 675 966
21 B -28t 0-015 0.00. 22 2 24 879 72 72 170 97
0
ED excursion
569
Envelope loss/gain
7911 54774 1448
'�
12 a infiltration
b Froom ventilation 1089 10 146
1
1 Int mal gains_Occupants
230
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Less extern a I load 0
Less transfer 0 0 � �.
0.
Redistribution 0 0
14 Subtotal 57 29 0 0
32, 17
15 Duct loads 9056 5610 1293
1478
0% 0% 0
Total room, I od
Air req ui red 9056 5610 1
293 1 E47 8284 30,31 180
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,2007
Milke Woof
1 Room name
Exposes wall master closet bedrrn .
3 Ceiling height 8, 0 ft 0. 0 ft heat/cool 24-0 ft
IZO x 12-0 ft
48.0 W 144.0 ft2
T' Construction U-value Or Heil
number (Btuh/W-OF)Load
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144 144 341. 194
6 c) AED excursion
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0'
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Occupants (9 230
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230
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Redistribution 0 0 00
14 Subtotal -114 -59 0 0
15 Duct loads 0 0. 2457 1 467
Total roam load
Air requIir (Cfm) 0 2457 1467
01 77 79
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Mite Wood Neatmg 8 Cooling
Cooler By Design Right-.. IVQrk$he@t Job: Henderson edition
Entire House Date: Mar 16, 207
By: Mike Wood
1 Room name
2 Exposed wall master bed hal! Bath
3 Ceiling height 28.0 ft5.D ft
4 Room dimensions &0 ft heaticool 8.0 ft heat/cool
5 Room area 201. 0 ft2 1.0 x 204.a ft 9.#7 x 5.0 ft
45.0 ftz
TY Construction U -value Or HTM Area {�t�} Load Area (f2) Load
number [B#�iVftz-°F} (3tuh/ft2) or perime#er (ft) (3tuh) or perimeter (�t) (13tuh)
Heat Coal Gross NIPIS Heal Cool Gross NIPIS Heat Coal
6Vr15S-11Jsfc-2 0.083 n 4,51 o.za 112 112 642 24 40 4�] 229 g
---G 1 Q-c2ow 0.57 n 42.18 18.61 0 0 Q D 0 0 0 D
. WI - 15B-10sfc-2 0.083 rye 4.5"� 4.28 a 0 0 0 0 0 0 0
'----G 7 d-c2aw 0.574 n e 42. � 8 41.98 0 0 ❑ 0 Q d fl D
11 16B-10sfC-2 0.083 e 4.51 0.28 0 fl 4 D t] 0 D d
1 D-c2ow 0.570 e 42.18 60_3B D a Q 0 0 0 0 0
11 Do 0.390 e 28,86 7.21 D a Q t] 0 0 0 p
1513-1 0stc-2 0.083 se 4.51 0.28 0 D 0 0 D p
t ---G I D-c2ow 0_570 se 42.18 53.33 4 Q 0 0 Q 0
� p 0. o
'W 1513-1 Osfc-2 0.0-83 S 4-51 x.28 D 0 D 0 0 Q Q Q
'} 5B-1 05fc-2 0.083 w 4.51 0.28 112 92 519 � 8 Q ❑ � n
t -G 1 b�2ow 0.57 w 42. � 8 54.38 20 0 844 120$ p 0 4 Q
C 168-308d 0.032 - 2.37 1.34 201 201 476 270 45 45 107 60
F 21 H -28t 0.15 - 9.11 0,{7Q 0 (] 0 D D D 0 p
6 c} AED excursion
448 _7
Envelope Iosslgain 2481 1928
7336 fit
12 a) infiltration �1 � 4$ �
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13 Irttemal gains- Occupants g 230 2 460 Q
Appliances @ 1200 p Q
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Redistribution a 0 Q Q
14 Subtotal 24 13 p p
15 Duck Ioads0%3017 2448 427 70
0
Total room Load
Air required (cfm) 3017. 2448 427 74
95 132 13 4
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Mike Wood Heating IEng
Coale.r By Design
Duct System Summary
Entire House
W�
,fob: Henderson edition
Da e.- M, a 61
By.-, Mike Wood
For.- Jon North
Rexburg,.
Id. $3448
External static pressure
Pressurelosses
Available static pressure
Supply ! return available pressure
Lowest friction rate
Actual air flow
Total effective length (TEL)
Heating
0.00 in H2O
0.00 in H2O
0.00 in H2O
0.00 / 0.00 in H2O
0.000 in/100ft
1185 cfm
653 ft
Cooling
0,00 ire H2O
0.00 in H20
0.00 in H2O
0.00 l 0.D0 in HBO
0.000 in/100ft
118,5 cfm
Design Htg Clg Deign Diam Rect Duct Actual Ftg.Eqv
Mame (Btuh) (cfm) (cfm) FR (in) Size (in) Matl Ln (ft) Ln (fit) Trunk
luandry h 1 715 106 93 0.000 0 OX Q ShMt 5.0 245.{) st2
family -Q c 1289 62 70 0.000 d Ox 0 'ShMt 38_0 225.4 st1
IivldiNk�tch c 1402 71 75 0.000 Q Ox U ShMt 38.E 245.0 st2
ta"����'-B c 1289 62 70 0.000 D Ox D ShMt 15_0 225.01 st1
i�v�d��k�t�n-s G 1402 71 76 0.000 0 Ox 0 ShMt 16,0 245.i] st2
family C 9 289 62 70 0.000 0 Ox 0 ShMt 49.0 225.0 St1
livldinikitch-A 1402 71 76 0.000 0 ax 4 ShMt 45.0 245.0 s#2
family -C C 1289 6i2 70 0. 000 0 OX 0 ShMt, 27.0 215.0 St'�
5���-� h v z o 0.000 o ax o ShMt 40.0 210.0 Sty
lir►Idinlicifch-C C 7402 71 76 0.000 D OX ShMt 29.0 245.Q st2
bed rrn. #6 � 1288 59 7{� 0.000 0 Ox 0 ShMt 64.0 200.0 st'�
master bath c 1478 41' $0 Q_OOD D Ox U ShMt 37.0 235.0 St2
bed rm. #3 C 152'! 75 82 0.000 0 Ox 0 ShMt 65.0 234.0 s#2
hath h 25 17 1 0.000 0 4x 4 ShMt39.0 190.0 st1
b�d�►_� n 571 ss 31 0.000. 0 oxo ShMt 51.0 180.0 sty
master bed G 244$ 95 132 0.000 0 OX 0 ShMt 45.Q 220.0 st2
hatl bath r, 70 � 3 � o. o00 0 Ox o ShMt 59.0 210.0 st2
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bed�, .#2 c 1467 77 79 0.000 o Ox o ShMt 76,0 200.0 sty
n 549 71 30 0.000 v oxo ShMt 78_0 180.0 sty
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Grill Htg Cig TEL Design Veloc Diam RectSize SfudlJoi�t Duct
Name Size (in} (cfm} �cfm} (ft} FFA, (fpm) {in} (in) Opening {in} Mati Trunk
rbl RDx 0 185 209 193.0 0.000 d 01 ox 0 ShMt rt1
rbc Ox 0 63 70 339.0 0.000 Q 0 Ox 0 ShMt rt1
rb3 ax Q 87- 71 313.0 0.000 D 0 0x Q ShMt r#'#
rb4 ox 0 160 61 296.E 0.000 o o ox p ShMt rt I
rb5 ox 0 248 245 249.0 0.000 0 0 ox v ShMt
res oxo 1a3 23.2 306.0 0.000 a o ox o ShM
rb7 ox a 169 z1 5 358.0 0.000 0 0 0x a snit rte
ras oxo 90 83 337.0 0.000 0 0 ox o snnnt rte
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