HomeMy WebLinkAboutSHORT FORM - 06-00408 - 725 Centennial Loop - New SFRFres -h Ai"r
Cookar By Design
100�
Short Form Job:
Date:
Entire House 8,,,
Steve Meyers
1159 No. 3000 VV,, Rexburgh lei. 83440 Phone. 356_5074
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Jan 27, 2007
Mike Wood
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Page
Fresh AIp,I__
Cooler By Design
Building Analysis
Entire House
Steve Meyers
1159 No. 3000 f_, R exburg 1, Id. 83440 Phone: 356-5074
Job:
Date: ,fan 27, 2007
Mime Wood
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2007 -Jan -26 I i n3: 16
Page 1
Fresh Aior
wooler By Design
Component Constructions
Fntire House
Steve Meyers
1159 No. 3000 W. , Rexburg 1, Id . 83440 Phone: --5074
Job:
Date: Jan 27, 2007
By: Mike Wood
For Qchooll Dist. 321
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2007 -Jan- 11.0 Q
Page
10
F re -s h Ami r
Cooler �By Design
Project jummary
Entire House
Steve Meyers
1159 No. 3CM W., Rexburg], .Id. 83440 Phone: 356,5074
Job! #
Date-, Jan 27, 2007
Mike Wood
For:
Nates:
School Dist. 321
Weather.- Idaho Falls, I[, US
Winter Design Conditions Summer DConditions
Outside db _ F T
side db 89 'OF
I id a� 70 F Inside d b 75 ')F
Design TD 76 T Design
Daily range
Relative humidity 5.0 %
Moisture difference -31 gr/l
Heating Summary Sensible Cooling Equipment Load Sizina
Structure 62429 Btu h Structure 23499 Btuh
Ducts 0 fm Ducts
Central vent (72 cfm) 5063 Btuh Central vent fm) 933 Btuh
Humidification 0 Btuh Blower 0 Btuh
Piping 0 t
Equipment load 67492 Btuh Use manufactureros data n
Rate/swing It i I i r 0.94
Infiltration Equipment sensible load 22965 Btuh
Method
Construction quality SimplLatent Cii u merit Load Sizi ng
Average
Fireplaces 0 Structure 28 Btuh
Dues 0 Btu h
HeatinA cooi Central ven 72, cf-1296 Btuh
Area (ft2) t l i
Volume JV) 3578 3578 Equipmen
nt load 0 Btuh
Arir changes/hour 21626 21626
r- n .1 t- 0.28 0.15 quipment total load 22965 Btuh
-A;v, AVr(cfm) 101 54 Rec). total2.7 toin
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"ESh A Right-,. Worksheet Job; #4
ogler By design Entire House []ate: Jan 27, 2007
_ --- - BY: Mike Wood
Stege Meyers
1159 No. 300 W_, Rexburgl, id. 8344D Phone: 356-5Q74
9 Room name Entire House bedrm. #3
2 Exposed walk 411.2 ft 26.D ft
3 Ceiling height 8.9 ft 9.4 ft heat/cool4 Room dimensions
5 Roam area 3578.0 ftz 2 1.0 x 157.0 ft
157.0 ft
Ty Constriction U -value Or HTM Area (ft2} LoadArea (W) Loadnumber (Btuh/T-OF) (Btuh/ft2) or perimeter (ft) {Btuh} or perimeter (ft) (Bttih)
Neat Cool Gross At1PIS Fleas Cool Gross N!'P!S Heat Cool
6 1 2E-osw 0.068 n 5.17. 0.64 396 343 1773 219 0 0 p a
61 C 0.35D n 26_60 11,36 32 D $51 363 Q 0 D {i
11 p0 0.290 n 2.{74 5.36 21 21 463 113 0 0 D Q
W 15B -4c-3 0.488 n 1.49 2.59 390 390 7-442 326 {T 0 p D
11 W. - 12E-Osw 0A68 ne 5.17 0.64 25 20 102 13 U p 0 0
�---G 61G 0.30 ne 26.60 25.54 6 0 151 145 0 0 0
15B-Qc-6 0.488 ne 10.49 2.59 25 20 283 7 D Q 4 p
t -G X16 0.350 ne 26.60 26.15 6 0 151 148 Q q 0 Q
W 12E-Osw 0.068 e 5.77 0.64 468 395 2041 252 0p p 0
��, f 1 C 0.350 e 26.60 36.72 52 D 13-83 199 fl 0 4 Q
1 1 PQ 0.290 e 22.04 5_36 21 21 463 113 D 0 0 Q
tG 1 56-Qc-6 0.488 e 10.49 2.59 446 422 7352 285 D 0 0 0
61 B 0-350 e 26.60 37.55 24 0 638 904 D 0 Q (}
t -.G 7 2E-Osw 0_058 se 5.17 0.64 25 20 102 13 0 a D 0.
61 C 0.350 se 2f.60 32.43 6 0 151 184 0 0 0 0
V�J 1 58-Oc-F 0.488 se 10.49 2.59 25 20 283 7 0 d 0 0
��G fi1B
0.350 se 26.50 33.24 6 g 151 18$ 0 CI 0 0
t -G 12E-Osw {]_068 S 5.17 0.64 396 368 1902 235 0 0 0 (}
61 C 0.350 S 26.60 20.20 28 0 745 565 0 0 Q p
W a 56-oc-6 0.48$ s 10.49 2.59 376 376 E923 290 117 117' 2254 101
WL -G
- 12E-{}sw 0.068 sw 5.17 0.64 64 49 253 31 0 0 D 0
61 C €}.350 sw 26_E0 32.43 15 0 390 478 0 0 4 Q
T -G 158 -dc -5 0.488 sw 10.491 2.59 64 49 688 17 Q fl D D
61 B 0.350 sw 26.60 33.24 15 0 39a 488 a fl 0 0
12E-Osw 0.06$ w 5.17 0.64 414 341 1762 218 Q D fl a
T-nG 61C 4.354 w 26.60 36.72 52 0 1383 1909 0 Q � D
11 �0 0.29U W 22.04 5.3fi 21 2'� 463 113 0 fl 0 D
rZ 15E3 -0c -E 0.488 w 10.49 2.59 414 320 4527 114 117 141 1671 59
69 B 0.35 w 26.60 37.65 52 Q 1383 1958 16 0 426 602
� 1 PD 0.290 w 22_04 5.36 42 42 926 225 Q a p p
12E-{}sw 0.068 nw 5.17 0.64 64 47 241 30 p Q 0 Q
61 C
0.350 nw 26.80 25.54 17 U 452 434 f] {} 0 Q
0.485 nw 10.49 2.59 fQ 52 811 26 0 D p 0
61B 0.350 nw 26.6fl 26.15 19 Q 301 296 D 0 a (7
C 9E6-30ad 0.032 - 2.43 1.34 1789 1789 4351 2404 0 p 0 D
F 21A -20C 0.027 - 2.05 0.00 1789 206 3671 0 157 26 322 0
B c) AED excursion
631 214
Envelope foss/gain 55341 16649 4683 976
12 a) Infiltration
b} Room ventilation 7O$� 7Qo 22$� 230
73 Internal gains: occupants (g 230 5 1150 230
Appliances Gla 1200 56�aQ D
Less external load p
a Q Q -0Less transfer
Redistribution 0 Q 4 0
14 Subtotal 0 0 4 Q
15 Duct loads 62429 23499 4912 1229
0% Q°/a 0 0 0% 0°fo Q 0
Total room load 62429 23499 4912 1229
Air required M1711)1271 1271-
100 s6
Printout certified by RCCA to meet all requirements of Manual J 8th Ed
Fight -Suite Residential 6-0,02 R,9R40,535
C:kMy DocumentsWri htsoft i-- VAMDist # 321.rrp Calc = Mia Orlentafion;-- E
2007 -Jars- 11-03.16
Page I
Fresh Air., Rightm%,- Worksheet Jo b: #4
Cooler By Design Entire House Date: Jan 27, 2007
Entire
Steve Meyers By: Mike Woo[!
1159 No, 3000 W., Rexburgl, Id. 83440 Phone: 356-5074
7 Room name laud
2 Exposed wall laundry family
3 Ceiling height 2��� � 50.6 ft
4 Room dimensions �.� � heat/cool ft heat/cool
5 Room area 1.0 x 15�. D ft 1-0 x 736.0 ft
157. 0 �E2 736.0 ft2
Ty Construction U -value Or HTM Area (ft3) Load Area (ft -2) Load
I7U�T1bet� (Stuhf�t�-°f) (6tuhlft2j ar perimeter {{�} (13tuh) or perimeter (ft) (Btuh)
Heat Coal Gross NJPIS Hit Coo! Gross NIPIS pleat Cool
6 w 1 2F-osw 0.068! n 5-17 0.64 o a o o a a
a
. �---G 6'i C o
��P� Q.350 n 26.80 1� .36 D Q Q 0 D {# 0 Q
�--e� 0.290 n 22.04 5.36 o o a 0 a a o a
. W 7 5B-ac-fi 0.488 n 10.49 2.59 0 4 fl D 54 54 1 �J45 �47
11 W.
12E-{35w f}.068 n8 5.17 0.64 0 0 0 Q 4 D {� p
BfiC 0.350 ne 26.60 25,54 4 0 D t1 0 D 4 Q
X111 1 �6-Qc-6 0.488 ne 10-49 2.59 {] D (} 0 0 p p 0
618 Q.350 rle 2E.E0 26-1 5f fl Q 0 0 0 D 0 D
Ij12E-DSw 0.06$ e 5.17 0.64 J 0 0 0 Q Q 0 d
61C 0.35Q e 26,$� 36.72 0 0 0 D Q 0 Q 0
Vr--G 1 1 P(} 0.290 e 22_04 5.36 4 Q D 0 0 fJ 15B -Or, -6 0.488 e 10.49 2.59 117 117 2264 Q i
61 B 6 85
12E-asw . e 26.60 37-65 a a a 0 0 o a
t -G fit C 0.068 se 5.17 -0,64 a o 4 0 0 0 0 0
0.364 se 26.60 32.43 Q Q fl 0 0 0 0 0
T -G 15$ -Dc -6 61 B [}.488 se 10.49 2.59 D 0 d 0 0 Q Q Q
0.354 se 28.4 33.24 Q fl 0 0 Q 0 0 0
1G 12E-Dsw 0A68 s 5.17 D.6�4 0 0 p p Q � a 0
51C 0.35 s ��.60 20, 20 d 0 0 E} 0 D 4 p
V1f 15B -OC -6 0.488 S 10.49 2.59 117 117 2264 101 36 36 E97 31
W 12E-Osw 0.068 svv 5.17 0.64 0 0 d 0 a 4 D 0
61C 0.350sw 26.6 32.43 0 d 0: 4
W0 0 Q 4
L --G 15B-4G-12E-flsw 6 44$8 sw 10.49 2.59 D [} 0 d 25 2(3 283 7
VIV 57 B {3.35Q sw 26.80 3324 0 Q 0 0 8 0 151 188 6'!C 0.068 w 5.17 0.64 0 0 0 0 Q Q D p
Ejlilpo 4.350 W 26,60 f3 36.72 Q 0 0 fl D Q 0
1513-0c-6 0.29Q w 22.04 5.36 Q Q 0 D 0 0 D g
'Lt0.488 w1x.49 2.59 0 Q Q D 2'i 6 158 2034 35
11 PD
61 B [].35U w 26.60 37.5 (l 0 Ci 0 18 0 426 602
0.290 w 22.04 5.36 0 0 0 0 42 42 926 225
iNLjG 1217-0sw 0.068 nw 5.17 0.64 [i 0 Q D (1 0 0
6'� C 0.350 nw 26.60 25.E p d
Vtf `f 5�-Qc-B a 0 D D � p 0
L -G 0.488 nw 1{}.49 2.59 D 0 0 0 25 2f} 2$3 7
61B 0.350 nw 26.60 26.15 0 0 0 0 6 Q '!51
C � 66-3�ad 0-0320-032- 2.43 1.34 D fl d 4 �p ❑ 148
F 21A -20c 0.427 - D 2.fl5 4.(iG+ 157 26 322 0 736 51 1510 0
6 c}ASD excursion
-223-313
Enveiupe 1os51g2in 4851 -22 9416 1691
12 a) 1 nfiftration
b) Roam ventilation 220 2� 445 44
0 p
13 Internal gains: Occupantsate. 230 p a �
Appliances @ 1200 2 0
Less exfemal load 24afl p a
Liss transfer � Q Q a
Redistribution a 0 0
14 Subtotal 0 0 3243 85
1 5 Duct toads 5079 Sao 1 13103 1820
a% o%a o aa�o flQio o 0
Total room load
Air required (cftm) 5079 2401 13103 1820
103 134 267 98
-� certified by ACOA to meet all reguirements of Manual J 8th Ed.
Right -Suite Residential6_0.02 RSR40535
C:\My Documents \rr fit oft HVAMDist # 3.21.rrp Calc = mja Orilentation = E 2007 -Jars- 11-03:16
Fuge
Fresh Ajr Right-... 4I`vrksheet Job: #4
Cooler By Design Entire House Date: Jan 27, 2007
Steve Meyers By: Mike Wood
1159 No-'3000 VV_, Rexburg], Id- 83440 Phone: 356-5074
1 Room name master bath master
2, Exposed wall 22.0 ft 22-6 ft
3 Ceiling height 9. 0 ft heat/mol 9-0 ft heat/coo[
4 Room dimensions 9.0 x 13.0 ft U x 312.0 ft
- 5 Room area 117.0 T 312.0 ft2
TY Construction
U-value Or HTNI Area (ft')
Load Area (ft2)
Load
number (Btuhlit-2-°F} (Btuhlff2} or pedmeter (ft) (Btuh) or perimeter (ft) (Btuh)
Heat Cool Gross N/P/S Heat Cool Gross NIP/S Heat Cool
6 W. 12E-Osw 0-068 n 5,17 0.64 0 0 01 54 33 171 21
5]
L---G 61 C 0
0.350 n 2&60 11.36 0 0 0 0 0 0 0 0
11 'PO 0-290, n 22,04 5.361 0 o. o- 0 21 21 463 'k '13
VV 1 6B-OC-6 0.488. n 10,49 2.L5!9 0 0 a 0 0 0
11 1N1 2E-Osw 0.068 ne 5.17 0.64 0. 0 0 0 0 0 0
0 0
61C0-350 ne 26-60 25.54 0 0 0 0 0 0 0 0
1513-0c-6 0.488 ne 10 00
0-49 2.59 0 0 0 0 '
Vr---G.
616 0.350 0
ne 26.60 26.15.' 0 0 0 0 :0, 0 0 0'
w12E-0-sw a.068 e 5.17 0.64a 0 0 0 0 0 0 0
sic 0,350 e 26.603672 0 0 0 0 0 0 0
11PQ 0,290 e 22.134 5-36 0. 0 D 0 0 0 0 o.
Ij
15 B -Oc-6 0.488 e 1 OA9 Z59 0 0 0 0 0 0 0 0
t-G 61 B 0.350 e 26-60 37.65 0 0 0 0 0 0 0 0
12E-Osw 0-068, se 5-17 0.64 0 0 0 0 0 0 0
--G. 61C 0
0,350 se 26.60 32A3 0 0 0 0 0 0 0 0
1513-0c-6 0.488 se 10.49 2.59 0 0 0 0 0
G 61 B
0.350 Se 26.60 33.24 0 0 0 0 0 0 .0 0
W, 12E-Osw 0.068 S 5.17 0.64 117 105 543 67 0 0 0 0
L-G' 61G 0-350 S 26.60 20.20 121 0 319 242 0 0 0 0'
W 15B-Oc-6 0.488 s 1.0.49 2-59 0 01 0 0 0 01 0 0
12E-Osw 0.068 sw 5.17 O.64 0 01 01 0 25 20 102 13
t..G
A1C 0-350 sw 26.60: 32.43 0 0 0. 0 6 0 151 184-
W. 158-Oc-6 0,488 sw 10.49 2.59 0 0 0 0 0 0 0 0
L-G 61 B O.350 sw 26.60 33,24 0 0 0 0 0 0 0 0
W, 12E-Osw 0,068 w 5.17. 0,64 81. 69 357 44 99 79
61G 0.350 w 26-60 36.72 12 0 319 441. 20 408 50
11po 01 532. 734
1513-0c-6 0-290 w 22.04 5.36. 0. 0 0 Q. 0 0 0 0
616 0.488 w 10.49 2.59 0 0 0 0 0 0 0 0
11 PO 0.360 w 2&60 37.65. 0 0 0 0 0. 0 ID 0
0.290 w 22-04 5.36 0 0 01 0 0 0� 0 0
W, 12E-Osw 0,068 nw 5.17 0.64 0 0 0 0 25 20 102. 13
61C 0.350 nw 26.60 25.54 0 0 0 0 6 0 151
15B-Oc-6 145
.1w .1
t-G 618 0-488 nw 10.49 2,59 0 0 0 0 0 0 0 0
0,350 nw 26M 26.15 01 a' 0 a 0 0 0 0
C 1613-30ad 0.032 2,43 1.34 117 117 285 157 312 312 759'
F 21A-20c 1 419
O�027 2.05 0,00 Q 0 0 0 01 0 0 0
c) AED excursion
44
307
Envelope lossigain
1822 996
2835 1999
12 a) Infiltration
b) Room verm580iation 0 57 597 59
01
0
13. Internal gains, Occupants @ 230 0 0
Appliances 1200 0 0 0 460
Less external load 0
Less transfer 0 0
Redistn-butlon 0 0 0 0
14 Subtotal 0 0 0
0
15 Duct loads 2402 1053
3435 2518
0% 0% 0 0 0% 00/0. 0 0
Total room load
Air req u i red (cfm) 2402 1053 3435 2518
49 57 70 136
Printout certified by AICA to meet all requirements of Manual J 8th Ed.
Right-Suite Residential 6.0.02 RS.R40535 2007-Jin-28 11.-03:16
J4CC-A CWY DocumentsWrightsoft HVACZist # 321.rrp Cale = MJ8 Orienlation = E Page 3
INSPECTION TICKE'aN
Bidg. ❑ Plumb. ❑ Elect. ❑ Mech. 0 Fire
Inspection Request: Recd By Date
Req. By �� �� .A�1 Phone No.
Project, Permit No,-,,OVi �'[d�
Address
Inspection Type
Day /Time Req -70
(�4-
Inspector's Report � Res. ❑ Comm. k 0�--}j��
�zzS ►�v�c�i C ��G�1
INSPECTED ITEMS CONFORM TO APPROVED DWG5 OY ❑ N N/A
WSPECTOR'S ACTION
0 APPROVED
El C.O. (FINAL)
ACTION REQUIRED.-
DISAPPROVED
El NOT APPLICABLE
Fl FINAL
LJ DID NOT INSPECT
Recl
Acknowledged
WMe - 4llice Copy low • Job Copy
F•FfR•C4103
Fresh Air Right-.. Worksheet Job: #4
Entire House aate: Jan 2T, aoo7
Cooler 8y DesignBy: Mike Woad
Steve Meyers
1159 Na. 3000 W, Rexburgl, Id. $3440 Phare: 356-5074
1 Room name once famldir�lkitclent
2 Exposed will 35.6 ft heat/coal
93.4 ft
Ceiling height 9.0 ft heat/cool 9.0 ft
4 Room dimensions '!.D x 251.0 ft1 _Q x 898_o ft
5 RbQ1718i'2�3 251.0 ftp 898.0 FEZ
Ty Construction fJ-value Dr FiTM Area (ft -2) Load Area (ft2) Load
number (Btuh/ft-?--T).; (BtU[Vft2) or perimeter (ft} (Btuh) or perimeter (ft) (Btuh)
Heat Cool Gross N1F'fS Heat Cool Gross NIPlS Heat Carl
fi W 12E-Dsw 0. 068 n 5-17 0.64 i35 135 688 86 207 "175 '904112�4 �2
. W.
B'fG 0.350 n 26.60 1 'i .36 t] 0 0 Q 32 ❑ 859 363
11P0 0_290 n 2.04 5.36 Q 0 0 f} [} 0 0 0
Vll 15B -OC -6 0.488 n 10.49 2.59 0 fl q 4 0 0 D 0
11VL_,G12E-0Sw 0_06$ ne 5.17 0.64 25 20 902 13 0 D 0 0
6'#C 0.350 ne 26.50 25.54 6 a 151 145 0 U 0 0
1513-Oc-6 O.488 ne 10.49 2.59 0 0 D Q 0 0 0 a
61 B 0.350 ne 26,60 26.15 C3 0 0 �p Q p 0 0
W 12E-0sw 0A68 e 5,17 0.64. 99 71 367 45 198 161 832 103
61 C 0.350 e 26.60 36.72 28 0 745 1 028 16 d 426 587
11PO 0.290 e 22.4 5.36 Q p 0 0 21 21 463 713
1513-0C-6 0.4$$ e 10.49 2.59 D 0 d 0 D Q 0 Q
61 B 0.350 e 26.64 37.5 0 D p 0 Q o 0
t..G 12E-psw 0.068 se 5.17 0.64 25 20 102 13 Q tl 0 0
61C [}_3513 se 26.60 32.43' 6 f} 151 184 0 0 0 0
15$ -DC -6 0.4$8 se 10.49 2.59 fl El 0 0 p p 0 Q
61 B 0.350 se 26.60 33.24 (] b D 0 0 0 p p
12E-Osw {}.0E8 S 5.17 0.64 36 36 186 23 126 126 551 81
61 C 0.350 s 26.60 20.20 a 0 0 o a f} o a
W 156-Oo-6 0.488 s 10.49 2.59 D {} 0 4 0 0 0 Q
W. 12E-nsw 0.068 sw 5.17 0.64 a a a a 38 29 psi 194
61-C, 0.350 sw 26-60 32.43 Q a Q 4 9 t? 239 292
15B-Qe-6 0.4$8 sw 10,49 2,59 0 0 0 0 Q {} Q p
LG 61 B 0.350 sw 26.60 33.24 0 d 4 0 0 a 0 0
12E-flsw 0.068 w 5.17 0.64 0 0 0 0 234 193 997 123
61 C 0.350 w 26.60 36.72 D 0 0 0 ZQ Q 532 734
11pd 0.290 w 22.04 5.36 fl 0 0 0 21 21 463 113
1�15B -OC -6 0.488 w 10.49 2.59 {} D Q 0 0 0 0 0
61 B 0.350 w 26.60 37.65 fl 0 0 D Q fl d 0
1 Po 0.290 w 22.04 5.36 0 d 0 D p q p 0
W 12E-4sw 0.068 nw 5_17 4.64 0 0 Q d 38 27 139 17
L --G 61C 0.350 nw 26.60 25.54 Q 0 0 D 11 d 301 290
W. - 15E3 -(3c-6 0.488 nw 10.49 2.59 d fl 0 0 q p 0 p
�-t� 69B 0.350 nw 26.60 26.15 0 0 (} 0 d fl p p
C 16B-30ad 0.032 - 2.43 1.34 251 251 610 337 898 898 2184 1207
F 21A -20c 0.027 - 2.05 0.00 0 0 d 0 0 D
B c) AES excursion -18 -436
Envelope loss/gain 3112 1856 9134 377
12 a) 111filtr"aiivn 839 93 2463 243
b) Room ventilation � � � 0
13 Entemal gains: Occupants @ 230 ❑ 0 a
Less external load
Appliances @ 1200 d 0 3 3600
0 D a Q
Less transfer 0 d � �
Red 15tflbutEOli � a � O
14 Subtotal 4051 1949 11597 7560
15 Duct loads 0% LI% D 0 0°lo 0°/o 0 (}
Total room load 4051 1949 11597 7560
Air required {c#m} 83 105 235 409
Printout certi#ied. by ACOA to meet a!I requirements of Manual J 8th Ed.
Right -Suite Residential 6.0.02 RSR40535
C:\My Doc u ent % righ# oft H \Di t # 321.rrp Calc = MJS Orientation = E
2007 -Jan -28 11:03:16
Page 4
Fresh Ai*r Right-.. Worksheet Job: #4
Entire House Date: Jan 27, 2007
Cooler
13Y Design By: Mike WoodSieve Meyers
1159 No- 3000 W., Rexburg 1. Id. 83440 phone: 356-504
1 Room name bathrm. bedrm. #2
2 Exposed wall #�eaticaol
6.0 ft 26,Q ft
Ceiling height 9.d ft heat/cool 9.0 ft4 Room dimensions 6.0 x 7.0 ft13.a x 13.0 ft
5 Room area 42.0 ftp 169.0 ft2
Ty Construction l? -value Or HTM Area {ftz} Load area (W) Load
number (BtuhIft22F) (Btuh/ft2) or pefteter (ft) (B#yah) or perimeter (ft) {Btuh}
Heat Cool Gross N1PIS Heat Cool Gross NIPfS Went Cao!
6 W 1 2E-Dsw 0.068 n 5.17 0.64 Q a 0 Q 0 0 D D
61 C 0.350 n 26.60 11.3E p 0 p 0 0 0 0 Q
11P0 0.290 n 22.04 5.36 0 0 o 0 4 01 a o
V11 15B -0c-6 0.488 n 1(1.49 2.59 0 0 Q 0 0 4 0 U
11t -G 12E-Qsw 0.068 ne 5.17 0.64 0 D a 0 0 0 D a
fit C 0.354 ne 26.80 25.54 0 d D 0 0 [] p p
t -G 15B-Oc-6 0.48$ ne 10.49 2.59 0 0 D 0 0 p fl
61B a.350 ne 26.E0 26.15 U 0 D d 0 d Q {7
Wr --G 12E -{35w 0.068 e 5.17 0.64 54 46 238 29 117 117 605 75
61C 0.350 e 26.60 3.72 8 fl 213 294 0 p 0 Q
13 Pa 0.250 e 22.04 5.36 0 0 0 4 0 p Q p
tG 1513-006 x.488 e 10.49 2.59 0 0 0 Q 0 0 d p
61B 0.350 e 26.60 37.65 0 4 p 0 p 0 Q 0
t --G 12E-Osw 0, 068 se 5.17 0.64 0 0 0 0 o D fl a
61 C 4.350 se 26.60 3.43 0 p 0 0 0 4 0 p
t -G 1 5B -Dc -6 0.488 5e 10-49 2.59 0 0 0 0 0 0 D 0
61 B 0.350 se 2f.6033.24 0 p p 0 Q 0 p p
12E-�sw D.a�8 s 5.'[7 0.84 a 0 43 Q 117 101 522 fi5
61 C 0.35 5 26.6 20.20 Q p Q D 18 Q 426 323
W 158 -tic -6 0.488 s 10.49 2.59 Q 0 0 D 0 Q D D
W! 12E-Osw 0.068 sw 5.17 0.64 0 0 0 0 Q d 0 D
'-G 61C 0.350 5w 26.60 32.43 Q Q D 0 0 i} 0 0
W 1513-0ct 0.488 sw 10.49 2.59 0 0 Q {l 0 D D 0
631 B 0.350 sw 25.6 33.24 a Q 0 0 E3 4 Q 0W 1211-�sw 0.068 w 5.'17 4.64 WQ 0 D i3 0 4 D
51 C 0.350 w 26.60 3E.72 a a a 0 i3 d a0
11 PD 4.290 w 22.04 5.36 0 01 a o a o 0 0
15B-Qc-6 0.85 w 10.48 2.59 D ❑ 0 Q' D D Q 0
61B 4.350 w 26.60 37.65 a o a a o a a o
11Pp 0.290 w 22.4 5.36 Q 01 D 0 D ❑ a p
12E-Osw D.OfiB nw 5.17 0.64 Q Q 0 D 0 0 p 4
61 C 0.350nw 26.60 25.54 D p 0 D 0 Q 4 0
W I 5B -OC -6 0.488 raw 10.49 2_59 D fl D p 0 D 0 D
L ---G". 6113 0.350 nw 28.60 26.15 0 fl 0 0 0 0 D p
C 16B-30ad 0.{ 32 - 2.43 1.34 42 42 1(72 56 1B9 169 411 227
F 21A -20c 0.27 - 2.05 0_00 0 ti 0 4 Q 0 a �
6 c}QED excursion 7 11
Envelope loss/gain 553 387 1963 ifld
12 a} f nfii .� I#ration 5$ ��
b} Room ventilat�5 g
�
pn p p 0 Q
33 Internal gains: Occupants 9 230 p 0 230
Less exiemal load Appliances @ 120 D 0 0 01
Q �
Less transfer {} 0. � �� Q
Redistribution p O Q o
14 Subtotal
15 Duct loads {3% 0%71Q 40� 2648 998
0% 0% Q 0
Total room load 7� � �Q3 2648 998
Air required (Cfm) 14.22 54 54
Printout certified bACCA to meet all requirements of Manual J 8th Ed.
iC-j #`1'tLr,- c ->ft Right -Suite Residential 6.0.02 R5R40535 2007 -Jan -28 11:03:15
��* C:IMy Dacume�ltslWrfghtsoft HVAGtDist # 321.rrp Cafc = MJ8 Orientation = E Page 5
Fresh Air Right-*. Norksheet Job: #4
Cooler By Design Entire House Date: Jan 2-7, 2007
By: Mike Wood
Steve Meyers
1159 No. 3000 W., Rexburgl, Id. 83440 Phone: 356-5074
7 Room name
2 Exposed wall bedrTn. #4 storage
�$ ,� � 24-0 ft3 Ceiling height 9.0 ft heat/cool 7.0 ft heaUcool
4 Room dimensions 1.0 x 201.0 ft 11-0 x 10.0 ft
5 Room area 21.0 ft.2 110.0 ftx
Ty Construction tiJ-value Or HTM Area (ft2) Load Area (W) Load
cumber (Btuhfft2T)l (Btuh/ft2 or perimeter (ft) (Btuh) or perimeter (etuh)
Heat Coo! Gross N/PIS Heat Cool Gross. N/PIS Heat Coal
6 WI _ -I2E-Osw 0.068 n 5.17 {1.64 0 C D Q 0 Q 0q
I-[� fit C 0.350 n 26.60 1 1.35 Q Q 0 Q Q. p f} d
L. --Q 11Pa 0.290 n 22.04 5.36 0 0 0 0 a o 0 0
V1! 15B -0c-6 0.488 n 10.49 2.59 99 93 1916 85 21 21 300 8
11 W 12E-osw o.068 ne 5.17 O.64 0 0 4 0 Q 0 4 0
61 C 0.350 ne 26.60 2.54 fl 4 0 Q 0 U D 0
W, 15B-oc-6 o.4B8 ne 10.49 2.59 a a () o a o a o
61$ 0.350 ne 28.6b 26.15 d 0 0 ' d 0 0 0 0
W 12E-Osw 8.068 e 5.17 0.61 0 0 0 g D
B`! C 13.350 e 26_60 36.72 Q 0 0 Q ti 0 tJ U
�� P� 0.294 e 22A4 5.35 Q 4 0 Q Q 0 D D
L�Z
1 5B -4C-6 0.488 e 10.49 2.59 0 D a 4 77 77 1100 28
61 B 0.350 e 26.50 37.65 0 0 0 {3 0 p D Q
t,G 32E-Osw 0.068 SB 5.17 0.84 0 Q 0 0 0 Q fl 0
61 C 0.350se 26.60 32.43 0 0 0 D 0 d D D
15B-Oo-6 0.488 se 10.49 2.59 D a 0 0 0 d D 0
61 B 0.350 Se 28.60 33.24 0 0 0 0 p 0 0
12E-Osw 0.068 s 5.17 0.54 0 0 Q D 0 0 ❑ 0
.---G 61C 0.350 s 26.50 2{].20 4 p D 0 0 0 D D
VV fi SB-Qc-6 0.488 s 10.49 2.59 0 a o 0 70 70 1000 26
t -G. 12E-ilsw 0.058 sw 5.17 a.64 a a 0 D 0 0 0 D
01C 0.350 sw 26.80 3.43 Q 0 0 D 0 0 {} Q
WL.. --G
158-Oc-6 Q488 Sw 'Ip.49 2.59 38 29 4D5 1D o a 4 0
61 B 0.350 sw 26.60 33.24 9 0 239 299 0 0 4 4
W 12E-osw 0.{35$ w 5.17 0.64 0 D 0 fl 0 0 0 0
61 C 0.3517 w 25.8 36_72 0 D {} 0 p 0 [] 0
11pQ 0.290 w 22.134 5.36 U D 0 0 0 f} 0 D
Wi 158-{]c-6 D.488 w 10.49 2.59 81 61 826 18 l? 0 fl D
--Ca 618 0.350 w 26.60 37.55 20 0 532 753 p p Q 4
L ----D 11PD 0.290 w 22.04 5.36 [} D d 0 Q D d 4
12E-asw 0.068 nw 5.1�i x.84 4 0 0 D Q 0 0 4
B1 C 0.350 nw26.6 25.54 D f3 4 0 0 0 0 D
V;V 156 -tic -6 0.488 nw 10.49 2.59 3$ 33 529 18 U fl 0 4
L---jG 61 B 0.350 nw 26.60 26.15 6 U 151 14$ 0 0 D {J
C 1613-30ad 0.032 - 2.43 1.34 a 4 0 o D 0 0 0
F 21A -20c a.o27 - 2.05 0.{}0 201 28 412 0 110 24 226 0
6 c) AED excursion 418 -6
Envelope loss/gain 5011 1749 2628 56
12 a) Infiltration 250 25 �0 7
b} Room ventilation 0 0 a �
13 Internalgains.- Occupants @ 230 1 230 0 d
Appliances Cw 1200 0!
0 0 0L@55 EktBRlat loadQ a a �
Less transfer � � Q �
Redistribution 614 24 -2696 -63
14 Subtotal 5874 2028 � p
15 Duct loads 0%4°/a D {} po/a �n/o 0 0
Total room Ind 5874 2028 D a
Air required (cfm) 120 110 fl p
�1
Printout certified by ACOA to meat all requirements of Manual J 8th Ed.
Right -Suite Residential 6.0,02 RSR40535
AMY Do cumentsWrightsoft HYACUst l .rrp a1c;-_ MJ8 Orientation = E
2007 -Jan -28 :03:16
:
Page
fresh Air Right-.. Morksheet Job: #4
r By Design
Entire House Date: Jan 27, 2007
Steve Meyers BY: Mike Wood
1159 No, 3000 W., Rexburgf, Id- 83440 Phone: 356-5074
I Room name eqP• bedrm. # 5
21 Exposed wall 6.0 ft 35.6 ft
3 Ceiling height 9.q ft heaUfloal 9.0 ft heat/cool
4 Roam dimensions 6.0 x 7.0 ft 1.0 x 251.0 ft5 Roam area x
42.0 ft 251.0 ft�
Ty Construction li-value Or HTM Area (ftx) Load Area (ftp) Load
number (Btuh/T-T)l (Btuh/ft2) or perimeter (fit) (Btuh)- or perimeter (ft J (Btuh)
Heat Goof Gross NlPIS Heat Coral Gross NlP/S Heat Cool
6 W 'f 2E-(]sw 0_068 n 5.17 0.64 d 0 d 0 c3 p q Q
6�C 0.350 n 26.60 11,36 0 0 D p 0 p D
'I 1 PO 0.290 rt 22.{}4 5.36 f} D U 0 d fl D a
W 15B -DC -6 0.458n1.49 2.59 [} Q {l 0 135 135 2613 116
11 W. 1 2E-Dsw 0_068 nye 5.17 fl.64 6 a 0 0 4 0 0 0
61C 0.350 ne 26.60 25.54 0 0 0 Q 0 El 0 Q
W 1513-0C-6 4.48$ ne 10.49 2.59 0 0 d Q 25 20 283 7
69B 0.350 ne 26.60 2E.15 0 0 Q fl 6 D. 151 148
W 12E-Dsw 0.058 e 5.17 £1.64 0 D d 0 0 0 0 t]
61C 0,350 e 26.4 36.72 0 Q 0 0 0 f? 4 Q
11 PQ 0.2941 e 22.04 5.35 fl Q 0 Q 4 0 D +0
t -G 1 5 B-Qc-G 0.488 e 10.49 2.59 54 54 1045 47 99 75 1026 23
616 0.354 G 26.50 37.65 0 0 0 0 24 0 638 9014
t...G 12E-Dsw O.068 Se 5.17 4.64 0 Et 0 Q g 0 D Q
61 C 0.350 se 26.60 32.43 0 t} 0 0 0 0 0 p
t -.-G 158-Oc-6 0.488 se 10.49 2.59 0 C1 0 {l 25 20 283 7
61 B 0.350 se 26.80 33.24 0 0 0 0 fi f3 151 188
V� 12E-osw 0.068 s 5.17 0.64 0 Q d 0 p p 0 p
69C 0.350 s 26.60 20,20 0 17 E} f} Q (} D t}
W 7 5B -0c-6 0.488 s 10-49 2.59 0 0 0 0 36 36 697 31
T. -G 72E-Osw 0.068 sw 5.17 0.64 Q Q 0 D 0 4 p p
61 C 0.350 sw 26.60 32.43 0 0 0 o fl 0 t} 0
W 15B-Oc-6 0.488 Sw 10.49 2.59 0 Q 0 C} 0 0 0 0
61 D.350 Sw 2&60 33.24 IJ 01 0 0 0 4 D 0
W 12E-Osw 0.068 w 5.17 0.64 0 0 0 D 0 U 0 D
-G 61 C
0.350 W 26.50 3E.72 Q Q D 0 a Q Q 0
11 F'fl 0.290 w 22.04 5.36 0 Q 0 4 0D d 4
1513-0r,-6 0.488 w 10.49 2.59 0 [l 0 0 [} 01 p D
fit B 0.350 w 26.60 37.65 0 0 d 0 0 Q 0 p
11P0 0.290 w 22.4 5.38 0 0 D D 0 o p a
VNL-G
- 12E-Osw 0.{?F8 raw 5.17 0.64 0 p 0 p 0 00 0
61C 0_350 raw 26.60 25.54 0 ❑ a 0 a 0 0 C}
W 156-0c-6 D.488 raw 10.49 2.59 0 0 Ci 0 0 0 0 p
.61 B 0.350 raw 26.60 26.15 {5 0 0 D D 0 p 0C i 6B-34ad 0.032 - 2.43 1.34 D Q 4 D 0 0 0 0
F 21A -20c 0.027 - 2.05 [l_Da 42 B 86 t] 259 36 515 D
fi c) AED excursion -4 12
Envelope loss/gain 1131 42 6356 1437
12 a} Infiltration 53 5 31
b} FZaam ventilation 0 0 D a
13 IRternaf gains: Occupants @ 230 p a Q 0
Less external load
Appliances @ 1200 p p 0 a
� d � �
Less transfer0 � � Q
Redistribution
14 Subtotal -1184 -47 1 169 47
4 ❑ 7838 � 514
15 Duet loads 0°/0 0°/0 0 Q 0% 0°Io 0 p
Tota) room toad U 0 7838 15 4
Air required (�cftr�)
Q d i160 82
#CCA.
Printout certified by ACCA to meet all re uirements of Manual J 8th Ed.
�'��� J�t�C�►�t Right -Suite Residential 6.0.0 RSR4D535
C.1My DacumentslWrightsoft HVAClpist # 321.rrp Calc = MJS Qrientation = E
2007-J a n-28 11:03, 1
Page 7
FreSh Air Right-�. Norksheet - Job: #4
ooler By design Entire House Date: Jan 27, 2007
_. 8y: Mike wood
Steve Meyers
1159 Ncs. 3000 1N., Rexburg{, !d. 83440 Phane, 356-5(}74
1 Room name bath dwn. closet # 5
2 Exposed wall 0.0 ft 4.0 ft
3 Ceiling height 9.D ft heat/cool 9.o ft heaticoal
4 Room dimensions 7.0 x 9.0 ft 8.0 x 4.0 it
5 Room area 63_0 ft2 32.0 ft2
Ty Construction U -value Or HTM Area (ff:2) Load Area (ft2) Load
number (Btuhlftz-°F) (BtuhIft2) or perimeter (ft) {Btuh} or perameter (it) {Btuh}
Heat Cool GI"f}55 i1I1PIS Heat Cool Gross NlPIS Heat Cao
6 W 12�-�sw U.fl68 n 5.17 D.64 0 4 � fl 0D Q p
S1 C ❑.350 n 26,x0 11.36 Q U 0 D 0 f? d p
11100 0,290 n 2Z04 5-36 a o 0 0 0 0 o a
. w 15B-oc-6 0.488 n 1o.as 2.59 a o a o 36 36 697 31
L ---G11 W. 12E -05w 0.068 ne 5.17 0.64 0 0 4 0 p 0 ❑ p
L -G 61C 0.350 ne 26.60 25.54 0 0 0 0 0 G d a
W 15S -0c-6 0.488 ne 10.49 2.59 0 0 D p Q 0 0
L ---G E1B 0.350 ne 26.60 26.15 0 D [l d 0 p {7 0
tj12E-0sAe 0.06$ e 5.17 0.64 0 fl D 0 0 0 0 p
61C 0,350 e 26.0 35.72 (? 0 a 0 D 0 p p
1 Po 0.290 e 22.04 5.36 0 i] D 0 Q 0 4 0
T_G 1513-0C-6 0.4$8 e 10.49 2.59 4 0 0 ❑ p Cl 0 Q
61B 0.350 e 26.60 37.65 0 D fl Q p p p �
12E -05w 0_068 se 5.17 0.84 0 {} D 0 0 0 4 0
69G 0.350 se 28.80 32.43 0 0 0 0 Q 4 D 0
T--G
1513-0c-6(3.488 se '10.49 2.59 0 p p {} p p 0 a
61B 0.350 se 26.50 3.24 0 0 D fl 0 b D 0
:\f 12E-osw 0.068 s 5.17 o_sa a a Q o 0 o a a
sic 0.350 s 26.60 20.20 0 a Q o a o o a
W 15B -0C-6 0.488 S 14.49 2.59 0 4 0 0 0 D 0 4
W 12E-{lsw 0.668 sw 5.17 0.64 0 f} fl 0 p p g 0
L --G 61C 0.350 sw 26.50 32.43 0 0 Q p p p {} Q
W. - 15B-Oc-6 0.488 sw 10.49 2.59 Q 0 0 fl 0 D 0
61B 0.350 sw 26.6(} 33.24 a i3 a a o 0 o a
Ij12E-OSw 0.058 w 5.17 0.64 0 4 Q 0 o D o p
61C 0.350 w 26.60 36.72 Q d 0 0 U D 0
11PQ 0.294 w 22.04 5.36 D 4 fl 0 {} Q 0 D
VV 158-Oc-6 0.488 w 10.49 2.59 0 0 0 0 0 0 D p
61 B x.3517 w 28.60 37.65 a 0 0 {} Q p Q p
11P0 0.290 w 22.04 5.36 4 Cr Q 0' 0 {7 Q {}
w! 12E-osw 0,068 nw 5A7 0.64 0 o 0 0 o a o 0
�----G
61C 4.350 nw 26.60 25.54 fl 0 D D 0 D p 0
WI - 156-Oc-6 0.88 nw 10.49 2.59 0 4 0 0 0 0 0 0
�G
61B 0.350 nw 26.60 26-15 a 0 0 0 D 0 v Q
C 1613-30ad 0.032 - 2.43 1.34 0 0 0 0 0 0 0 D
F 21A -20c 0.027 - 2.05 O.QO E3 0 129 U 32 4 66 D
6 cJ AED excursion � .3
l
Envelape loss/gain 129 � 762
28
12 a; Infiltration 0 0
b) Room Wentilatiol� 3� �
0 o a o
13 Internal gains. Occupants (p 230 Q p 0 0
Appliances @ 1200{} 0 0 0
Less exfemal load
Less transfer 0 0 p ao 0 0 0
Redistribution 64� 2B -798 -32
14 Subtotal ��s �s o a
15 Duct loads o��� aD�o 0 o 0%oQio ❑ o
Ta#al room load 779 2E p o
Air required {cfan}
96 1 D 0
Printout certified bv,ACCA to m
% 117111 it Right -Suite Residential 6.0.02 RSR40535ACCK --
-WY Doc; uments rl t, soft HVAC NDi t # 321.rrp CaIc = MJ8 Orientation = E
Diremen
Manual J t F- .
2007 -Jan -28 11:0 :1
Page 8
Fresh Air Right-,. Nor Job' #4
Cooler By Design Entire House Late: Jan 27, 2007
Steve Meyers By: Mike Wood
1159 oa 3000 ice., Rexbur 1, Id. 83440 Phone: 356--5.074
1 Room name
21 ExpoSII Int �#
. 0 ft
Ceiling height .0 ft heat/cool
4 Doom dimensions .0 x 5-0 ft
Room area40. 0 f
Ty Construction U-value Or H T 1 Area 2Load Area
number (Btuh/ft2-'F)I (BtUK/ft2) or perimeter ) Btuh or perimeter
Heat Cool Gross N/P/S Heat Cool Gros /EJ Heat Cool
0.350 n 26.60 11,36 0 010
1 I P 0 0-290 n 22.04 5.36 0 0 0
w 1513-0c-6 .4 n 10.49 Z59 45 45 871 39
11 W. 12E-Osw 0.068 ne 5,170.64 0 0 0 0
L-G 1 C 0.350 n
1513-0c-6 0.488 ne 10.49 2,59 0 0 0
61 B 0.350 n
W 12E-Osw 0.068 .1.
61C 0,350 e 26.60 36-72 0 0 0 aLZ .
i1po 0.290 e 22.04 5.36 0 0
1513-0c-6 0.488 e 10.49 0 0 0
- 1 B 0.350 e 26.60 37.65 a;
t..G 1 E- s° 0.068. se 5,17 0.64 0 0
.1 C 0.350'e 26.6 32.43: 0 0 0
1 B- 0.488 se 10.49 2.59 0 0 0 0
1 B O�350 se 26.60 33.24 0 0 0 0
1E- Osw 0.068 5 5.V 0.64 0
61C U50 s 26,60 20,20- 0 0 0 LI
w I 513-0c-6 0,488 10.49 2.59. 0
t--G P 12E-Osw 0.088 Sw 5.17 O.64 0 0 0 0
610 0.350 t
W. 156-Oc-6 0.488 sw 10.49 2.59 0 0 0
61 B 0.888 sw 26.60
1.2E-o1.2E-osw 0.068 w 5.17 0.84 0 8 0 0
1 C 0.850 + 28.80 86.72 0 0 0 8
11 p o 0.290 w 2Z04I 5.36 0 0 0
15B-Oc-6 0.488 w 10,49 2.59 0 0 0
t B 0.850 w 26.60 37.85 0 0 On 0
11 FSO 0.290 w 22.04 5.36 0 0 0 0
12E-Osw 8.068 nw 5,17 0.84 0 0 0
1
VIV 15B-Oc-6 0.488 nw 1 OA9 x.59 0 0 0
1 B 0.350 nw 26.60 26.15 0
1613-30ad d 0.0 82 - x.43 1.34 0 Of 0 0
F 1 Rc 0.027 2.05 0,00 40 5 82 0
ED excursion
-41 1
Envelope I o / ai n 953 35
infiltration 44 4
b) Room ventilation 0 �
113 Intemal galln t Occupants (g 230 0
Appliances @ 1200 0 0
Less extemal load 8
Less transfer D 0
Redistribution -997 -
39
14 Subtotal
16 but loads��.0%
Total room load
Air required
0
Printout certifiedly ACCAto meet all re2ujrernents of Manual J 8th Ed.
Right-Suite Residential 6.0.02 RSR40535 2007-Jan-28 11:03,16
CAMy DocuryientsWrightsoft H ACNDi t # 321 rrp Calc = MJS Orientation;-- E
Page
Fresh Aiw,r
-i....fooler By Desion
Duct System Summary
Entire House
Steve Meyers
1159 No, 3 00 W, R e burg1, id, 83440 Phone: 356-5074
ia
Job,
Date: Jan 27 2007
: Mike Wood
For: School Dist. 321
External static pressure
Pressure losses
Available static pressure
Supply 1 return available pressure
Lowest friction rate
Actual air flaw
Total effective length (TEL)
Heating
0.00 in H20
1.70 in H-20
-1.7 in H20
-1.11 I -0.55 in HSC]
-0.2$ 1re/1 00ft
1271 cfm
612 ft
Cooling
0.00 in H20
1.7d in H2O
-1.7 in H2O
-1-11 1-0.59 in H20
-0.28 inl100ft
1271 cfm
Design Htg Cfg Design Diam Reit Duch Actual Ftg.Eqv
Name Ttuh) (cfm) (cfm) FR (in) Size (in) Matt Ln (ft) Ln (ft) Trunk
bearm.#4 h 202$ 120 710 -O.76 0 OX ShMt 22.D 125_0
°ffiCe c 1949 83 105 -0.79 0 Ox 0 ShMt 16.0 125.0
bath dwn_ h 26 16 1 -0.46 0 Ox fl ShMt 7.0 235.0 st3
bedrrrt. # b it 15141 160 82 -0.54 0 Ox (l ShMt 1 190.0 St 1
famldin/kitclent-E C 1260, 39 68 -0.48 0 Ox 0 ShMt 10.0 220.0 st1A
bathrm. C 403 14, 22 0.45 0 oxo ShMt 15.0 25.{3 st3
famldiNkitclent-B C 1260 39 6$ -0.41 d Ox 0 ShMt 34.0 235.{D s#3
family h X07 89 33 -0.29 D Ox D ShMt 36.0 345.0 st3
famldinikitclent-A C 1260 39 sg -0,30 0 Oxy ShMt 41.0 335.E st3
famfdiNki#cJent-D c 1260. 39 fab -0.30 4 Ox 0 ShMt 36.0 330_ st3
famldir�lkitclent G 1260 39 68 -0_52 d Ox Q ShMt 23.0 190.0 sti
family -A h 6-07:gg 33 -0.31 0 Ox 0 ShMt 43.0 320.0 st3
family -B h 607 $g 33 -0.30 Q 0x0 ShMt 56.Q 310.0 st3
master -A C 125935, 68 -0-31 a Ox 0 ShMt 57.E 300.0 st3
master C1259 35 G$ -0.29 0 Ox 0 ShMt 63.0 320.0 St3A
laundryc 2401 103 13D -0.31 0 Ox 4 ShMt 48.0 310.0 st3A
bedrm. #3 h 1 29 100 66 -0.28 0 Ox Q ShMt 71.0 33D.0 st3B
bedrm. #2 C 99$ 54 54 -0.30 (] OX 0 ShMt 54.0 320.0 St313
master bath C 1 053 49 57 -0.32 D Opt 0 ShMt 55.Q 285.0 s#3C
famldinikifclent-C c 1260 39, 6$ _0,47 Q QX 0 ShMt .28.0 235.0 S#3
At=. vvir-i Right -Suite Residential6.0.02 RSR40535
,PCCK CAMyDo ume nts ri ht oft HVAC\D i t # 321.rrp Cale = mis Orientation;-- E page 1
Grill Htg Cig TEL Design Veloc Diam RectSize Stud/Joist Duct
Name Size (in) (cfm) (cfM) eft} FR fpm) (in) (En) Opening (in) Mail Trunk
rbc 0x {l 189 95 211.0 -0.28 598 0 14x3.25 10x5 SJSp rt1 B
rb2 Ox 0 2Q9 143 81. 0 -0.72 564 0 14x3.25 'i OX5 SJSP rt1
rb3 (fix 0 192 163 87.0 -0.67 609 0 14x3.25 1 Ox5 SJSp rd
rb4 Ox Q 175 83. 80.0 -0.98 555 Q 14x3.25 1 Ox5 SJSp rk1
rb5 Ox D 161 242 73.0 -Q.SD 7'65 0 14x3.25 1(]x5 SJSp rb4
rb6 ox D 133 190 153.E -0.38 602 0 14x3.25 1 Ox5 SJSp MA
rbc ox 0 93 158 143.0 -0,41 500 Q 14x3.25 10x5 SJSp rt'1A
rb8 Ox 0 119 193 172.0 -0.34 6111 d 14x3.25 10x5 SJSp rt9A
VVl tRight-Suite Residential 6.0,02 RSR40535
ACC�% AMY Docu ent Mi-ight oft HVAC i t # 321,rrp Calc = MJ8 Orientation = E
2007 -Jan- 11:03:24
Page