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HomeMy WebLinkAboutSHORT FORM - 07-00195 - 1056 Green Willow Dr - New SFRFresh Air Cooler By Design Short Furm Fntire House For. Randy Fogle Sugar City, id. 83448 Phone: 208-317=1056 Jots: Date: Apr 18, 2007 B-0 Mike Wood 1056 Green Willow Dr -Fogle H#9 Ci9 Infiltration outside db (°F) -G 89 Method Simplified Inside db,(O,F) 70 75 Construction quality sern'll-loose Design TD (°F) 75 14 Fireplaces p Daily range - H Inside humidity (%) .. 50 Moisture difference (gr/lb) - -31 HEATING EQUIPMENT COOLING EQUIPMENT Mace AmStd Make Trade Freedom 90 Single Stage Trade Model AUX080C942D* Cond Coil Efficiency 92.1 AFUE Efficiency Q EER Heating input 80000 Btuh Sensible Boviing 0 Btuh bleating output 75000 Btuh Latent cooling 0 Btuh Temperature rise 100 OF Total cooling 0 Btuh Actual air flow 808 cfm Actual air flow 808 cfm Air flow factor 0.016 cfmlBtuh Air flow factor Q.054 GfmlBtuh Static pressure 0.00 in H20 Static pressure o_oo in H20 Space thermostat Load sensible heat ratio 1.00 ROOM NAME Area Htg load C[g load Htg AVF Clg AVF (W) (Btuh) (Btuh) (Cfm) (cfm) Room! 2 156 2948 829 48 45 master closed 80 907 180 15 10 master 406 4888 1600 79 87 bed rm #'i 272 3783 1 342 fit 73 bedrm.#2 221 3014 674 49 36 bed rm. #3 228 3058 678 50 37 bath rm down 115 1024 109 17 6 bed rm. #4 272 3014 846 49 46 CIDSE# 42 534 57 9 3 luandry 108 1331 254 22 14 luandry down 1,15 2189 233 35 13 eqP- 55 p 0 0 0 cold storage 153 a 0 0 0 bed rm 45 295 5010 1212 81 66 fam, bath 75 0 0 - bath rm. 140 384 186 closet dwn 74 0 fl U Printout certified by ACCA to meet all requirements of Manual J h ^'� Vy1^lC��""1t5(7-� dight -Suite Residential 6,D.02 RSR40535 2007 -Apr -18 19:0 :13 �;� C:IMy DacumentslWrightsaft NVAC1�agle#2.rrp Calc = MJ8 Orientation= P1W Pa el entry family kitchen dinning Entire House Other equip loads Equina. @ 0.94 Latent cooling TOTALS 482 6834 309 111 167 834 32 0 5 342 52 18 532 5183 2521 I 84 136 423 2540 770 41 42 d 5072 49847 14926 8Q8 808 5700 2757 RSM 16622 0 5072 55547 ' 16622 1 808 1 808 Printout certified by AICA to meet all requirements of Manual J 8th Ed. vrl 9 h t bight -Suite Residential .0.0RSR40535 )CCK -W Documents Wright oft HV\Fogl .rrp Calc = MJ8 Orientation = Nom' 2007 -Apr -18 19:01-13 Page 2 Fresh Air Cooler By Design Building Analysis � Entire House Job: Date: Apr 18, 2007 B: Mike Wood For: Randy Fogle S ugar City Id. 83448 Phone. 268-317= 1056 L-V4ai1vn: Idaho Falls, Elevation: Latitude: Outdoor., ID, Us 4741 ft 44pN Dry bulb (T) Daly range ('17) Wet bulb (°F) Wind speed (mph) Indoor: Indoor temperature ('°F) Design TD (°F) Relative humidity Heating Coolg$9 Moisture difference (grllb) Infiltration: _ �0 (H) Method Construction quality 15.0 7-5 Fireplaces Heating 70 76 50 61.5 Simplified Semi -lapse u Cooling 75 14 50 -31.5 Component Btuhl#tz B#uhI °/fl of load Walls 5.2 16338 29.4 dazing 1 2E.5 5373 9.7 1 Doers 22_D 13-89 2..5 Ceilings 2-4 6321 11.4 Floors 0_0 0 0.0 Infiitration 6.0 20426 36.8' Ducts Q,6 0 4.0 Piping D 0.d Humidification 0 0..0 Ventilation 570Q 10.3 Adjustments p 9.7 Total 55547 100.0 ',"VC9 Component Btuhlft2 Btuh % of load Walls,0.6 2021 11.4 Glazing 35.0 7062 39.9 Doors 5.4 338 1.9 Ceilings 1.3 3493 19.8 Floors 0.0 Q 0.D Infiltration Q,6 2013 11.,4 Ducts 0 0.0 Ventlia#icon 1050 5.9 Internal gains p 0.0 Blower 1707 9.7 Adjustments p Total 17683 100.0 Overall U -value = 0.045 Btuhlft�,-°F WARNING: window to floor area ratio = 4.0% - less than 5°/a. 1171 Right -Suite Residential 6.0.02 RSR40535 C --\My Docu ent \Wright of# HVAC\FogI .rrp Calc = NIJ8 Orientation .:ter-' .xjw K 2007 -Apr -18 19:01:13 Fags I Fresh Air Cooler By Design Co pomiant Constructions Entire House Job; Date: Apr 18, 2007 By: Mi-ke Wood For-. Randy Fogle. Sugar City, Id. 83448 Phone: 208-317=1 056 Idaho Falls, lCl, US Eleaatian: X 741 ft Latitude. 440N Outdoor: Heating. Dry bulb (°F) _6 Daily range (°F) Wit bulb (°F) - Wind speed (mph) 15.0 Cooling 89 34 ( H 60 7.5 Construction descriptions Walls 12E-Dsw: Wood stud frame, siding or stucco, no board insulation, R-19 cavity "Ins ulat art Partitions (none) Indoor: Indoor temperature (°F) Design TD (F) Relative humidity Moisture difference (gr/lb) Infiltration: Method Construction quality Fireplaces Heating 70 76 50 61.5 Simplified Semi -loose 4 foaling 75 14 50 -31.5 Or Area U-vallue IresuI R Htg HTM Loss Cid HTM Gal 66 (ft') (Btuh -T) (T-Tfflt rh) (Btuhff#-2) (-Btuh) (Btuh ) (13tuh) n 4 0.068 19.0 .1 2341 i4 2248 e 804 0.068 19.0 5.17 41 0.64 514 se 757 0.068 19.0 .1 3912 0.64 484 SW 694 0.068 19.0 .1 3587 0.64 444 nw 902 0068 19-0 1 4662 0.64 577 all 3161 0,068 19.0 5.17 16338 0.64 1 Windows 61 C: class u=.35 shgc +_34, clear low -e; NFRC rated (SHGC-0.34) ne Doors 11 PO-. Metal door, polyu retha ne co re, no : to rr Ceilings 1 B= d-. Ceiling under vented attic, no radiant barrier, dark shingles, - insulation Floors '91A-- class floor over conditioned space v iri v Right -Suite Residential 6.0.02 RSR40535 ACA:A CLAMy Documents ri ht aft HVACTogle#2.rrp Cafe = MJ8 Orientation 48. 0.350 0.0 22.0 26.6 1277 25.5 1226 66 0.350 0.0 026 26.6 1 756 32.4 2140 88 0.350 0-0 5.36 26.6 2341 25-.5 2248 202 0.350 0.0 26.6 5373 2T8 5615 se 1 0.290 0.0 22.0 463 5.36 1113 nvwr 42 0.200 0.0 22.0 026 5.36 225 all 63 0.290 0.0 22.0 1 389 5.36 338 2599 0.032 30.0 2.43 6321 1.34 3493 2599 0.000 0. 0-00 .00 0 2007 -Apr -18 191-0113 Page 1 Project :summary Job.- #2 Fresh Air EntireH+L7LIS� By: Mike Wood date: Apr �I8, 2007 Cooler By Design For: Randy Fogle Sugar City, Id. 83448 Phone' 208-317=1056 Motes: holden Willow subdivision Weather: Idaho Falls, ID, US Winter Design Conditions,Summer Design Conditions Outside db -6 OF OuIts'de db 89 °F Inside db 7Q °F Inside db 75 ° F Design TD 76 °F Design TD 14 OF Daily range H Relative humidity 50 % Moisture difference -31 g r/l b Heating Summary Sensible Cooling Equipment Load Sizing Structure 49847 Btuh Structure 14926 Btuh Ducts � �fm Ducts 0 Shah Central vent (8'f cfm) 57QQ Btuh Central vert cern} 1050 Btuh Humidification D Btuh Blower 1707 Btuh Piing 0 Btuh Equipment load 55547 Btuh Use manufacturer's data Rate/swing multiplier D_94 Infiltration Equipment sensible load 1 5G22 Btuh Method Simplified Latent Cooling Equipment Load Sizin Construction quality Semi -loose g Fireplaces 0 Structure -2797 Btuh Ducts D Btuh Heat'inCoolin Central vent 8'f cfm) -4460 Btuh Area (ft) 503Z 507� Equipment latent load 0 Btuh Volume (ftp) 405$Q 405-80 Air changes/hour Q.43 0.23 equipment total ford 16622 Btuh Equiv. AVF (cfm) X91 156 Req. dotal capacity at 0.70 SHR 2.D ion Heating Equipment Summary Goofing Equipment Summary Make AmStd Make Trade Freedom 90 Single Stage Trade Model AU,X080C942D* Cord Efficiency 92.1 p,,FuE Coll 0 EER Heating input 80000 Btuh Pleating output 75000 Btuh Sensible cooling 0 Btuh Latent cooling 0 Btuh Temperature rise 100 OF Toia� eoo�ing p g��,� Actual air flow 8a8 cfm Actual air flow $08 cfm Air flow factor {�.(�16 �fmlBtuh Air �faw tactor x.054 cfm/Btuh Static pressure 0.00 in H2O Static pressure Q.00 in H20Space thermostat Load sensible heat ratio 1.00 Printout certified by RCCA to meet all requirements of Manual .! 8th Ed. _ - A/V V1 1tf ht -Suite des -Id a ntia l 6, 0 , 02 RSR40535. CAMY Document Wright oft H0g1e ,rrp Calc - MJ8 Orientation- NW 2 007 - pr -"1 a 19:01:13 Page I Fresh Ai�.-_ Right�. Norksheet Job: #2 Cooler By Design Entire House Date: Apr 18, 2007 By: Mike Wood 1 Room name Entire House �2oflm12 2 Exposed wall 428.3 ft 3 Ceiling height 25. f{ 4 Room dimensions 8.0 � d 8_D ft {} heat/cool 5 Room area 5072.4 ffi!156_ ft Z12.0 x 13.0 ft TY Construction L.1 -value Or HTM Area {fez} Loac! Area (ft2) Lead number (Btuh/ftLOF) (Btuh/ft2) or perimeter (ft) {Btuh} or penmeter (ft) (Btuh) Heat Cool Gross NIPIS Heat Cool Gross NfPlS Heat Cool B W 12E-{}sw 4_068 r't 5.17 0.64 4 4 23 3 a 0 D 0 . t—G 12E-Osw 0.068 ne 5.17 0.6�# 852 $04 4155 514 96 $0 413 51 61C �_3�� ne X6.60 25.54 48 q 1277 1226 16 0 426 409 11 � 12E-4sw 0.08 se 5.17 0.64 778 757 3912 484 1(}4 104 537 6fi 11 PD 4.29(} se 22.E}4 5.36 2'� 21 463 113 €] 0 0 d t—G 12E-Osw 0.088 Sw 5.17 0,64 760 694 3587 444 p Q D {} 8'f G 0.350 sw 26.60 32.43 66 0 1756 2140 Q 0 p p 12E-QSw 0.06$ nw 5.17 0.54 1 032 942 4662 577 4 0 0 D 61 C 4.350 nw 26.6D 25.54 88 0 2341 2248 a a 4 p 11Pn 0.290 nw 22.04 5.36 42 42 526 225 fl 0 0 0 C 16B -302d 0,032 - 2.43 1.34 2599 2599 5321 3493 156 156 379 210 F 91A 0.000 - OM a.D[J 2599 235 Q 0 0 0 D D 6 cj ASD excursion 1�7 _25 Envelope loss/ga-in 29421 10914 1756 711 12 a} infiltration 20426 2013 1192 117 %} Room ventilation 0 d 0 0 13 Internal gains. Occupants 0 230 o 0 0 0 Less external load � � � Q Appliances @ 1200 0 0 0 p Less transfer Redistribution 0 0 0 D 14 Subtotal 0 0 0 0 15 Duct Toads 49847 14926 2948 829 Total, roam load 49847 1492 2948 829 Air required �cfm} 808 808 48 45 Printout certified by RCCA to meet all requirements of Manual J 8th Ed light -Suite Residential 6.0.02 RSR40535 CWY Document �Wn g ht o I --I \Fog Ie# . rrp Galc = IVlJ8 Orientation =ref 2007 -Apr -18 19:01-A3 Page I rtsh Air RightmNw. Norksheet Job: #x Cc��fer By Design Entire House Date --Apr 18, 2007 By: Mike Wood 2 Exam game master closet master Exposed wall 8-0 ft, 3g � � 3 Ceiling height 8.0 #t heaticool 8_D i# 4 Room dimensions heat/cool 5 Room area 8.0 x lO.d ft 1.D x 406.0 ft 80.E W4Q6.4 ft' TY Construction U -value Or HTM Area ft2 � { J Load Area f�Load number ($tuhl�f2-°F) (8iuh1�} or perimeter (ft) {Bfuit) or perimeter {i�} (Btuh) Meat Cao! Gross NfPIS Heat Gaai Gross hI1PlS Heat Coal fi W 92E-a5w0.068 n 5.17 D,64 0 Q €� 0 0 0 0 -G 61 C 12E-Usw a_a68 ne 5.17 0.64 64 64 331 41 176 176 910 112 12E-OSw - �0.350 ne 26_60 25.54 0 Q 0 0 0 0 p 0 �0.068 se 5.17 fl.E4 p � 0 011 v 12E-Dsw 4.290 se 22.34 5.36 Q p 0 Q 0 0 t—G $1 C 0.068 sw 5.1i 0.84 0 0 0 0 0 0 0 (? 12E-4Sw 0.350 sw 26.50 32.43 i3 [� D fl 0 fl U 0 61 C 0.068 nw 5.17 fl.64 Q 0 D 0136 116 599 74 1 1 PO 0.350 nw 26.60 25.54 Ci 0 ❑ Q 20 0 532 51 C 168-30ad 0,290 nw 22,04 5.36 0 0 0 0 0 0 0 0 F 91A a.U32 - 2.43 1.34 80 80 195 108 406 406 987 546 OAUO - o_oQ 4.00 0 0 0 0 p 4 0 � G +c) AED excursion 173 Envelope Iosslgain 525 142 3028 1416 12 a} Infiltration b) room ventilation�s� 3s 1850 183 13 Internal gains: Occupants @ 230 0 0 0 Less external load Appliances @120o p � o D Less transfer p p ReclistRbuiion a a p 14 Subtotal Q 01 0 D 15 Duct loads 907 1$0 48$8 1600 °°i° 0% Q Q a0/0 o��o 0 0 Total room load Air required (cfm} gfl7 ��� 488$ 1600 15 16 79 87 Printout certified by ACCAto meet all r Uirements of Manual J 8th .fid. 2007 -Apr -1 19:01:13 Page R Ight- S Liite Re s Identia16.0.02 RS R40 Uirements of Manual J 8th .fid. 2007 -Apr -1 19:01:13 Page Fresh Al Right-.4. No rks h eet Job: #2 Cooler By Desi Entire House Dirt: Apr 18, 2007 B: Mike Wood Exposed wall 30.3 ft Ceiling freight .0 ft h atl�l _ 4 Room dimensions51 Doom area 272. 0 :z221 . O ft2 TY Construcfion U-value Or HTIVI Area OF (tuh/Tor Load u(Btu ' -� � � (Btu h) or pedmeter (ft) Btuh Heat Cool Gross / PIS Deet ool Heat i.Cool 12E-Osw 0.068 n 5.1 0-64 12E—.D12E-.Dsw 0.068 ne 5-17. 0.64 3 165 20 t1 0.350 n 26.60 , 5 0 �I 56 16 0 426 40 11 t—D 11po 0.068 se 5.17 0-64 2 2 10 1 0 0! 0. 0 0_290 e 22.04 5.36 0 0 0 T--G 61 C �E 0.068 sw 5,17.0.64 80 so 413 51 �0 sw 26.60 32.43 0 0 0 0 0 0 0 0 VV 1 E-O 0.063 nw 5,170.64 128 103 553 69 +136 136 7031 0.350, nw 26,60 25.54 20 0 532 511 0 87 11 B 0 n 22.04 5.36 0 0 0 0 0 0 0 0 � �-3d 0.032 2.43 1.34 272 272 662 366 0 I4 1 _ 0 0 0.000 0.00 0,00 0 0 0 0 221 30 0 ED excursion 1_1 Envelop loss/gain 2341 1201583. 533. 12 a Infiltration 1443 1 b Room ventilation 1431 141 0 0 1.3 Internal gains- Occupants Less extemal load Appliances Q 1200 0 Less transfer 0 0 0 Redistribution ] 0 0 0 0 0 0 1Duct loads 3783 1342 3014 674 % 0% 0 0 0% 0% 0 Total room load 3783 1342 3014 Air required ( m) 1 73674 49 3 Printout certified by ACCAto meet all requ- irements Manual J 8th Ed. Right-Suite Residenlial 6,0.02 RSR40535 007- C-.\My Docurnents�"�I�r[ghtsoft H' ' \Fogle# ,rrp� Calc; j8 mentation = N fir,-'� `i °a - 1 3 Fresh Air Right�.. Morksheet Job: #2 Cooler By Design Entire louse date: Apr 18, 2007 By: Mike Wood 1 Roam name bed rm. #3 bath rm down 2 Exposed wall 30_5 ft 11.5 ft 3 Ceiling height 8.C3 ft heat/cool 8.@ ft 4Room dimensions 1heat/cool 'x.5 x 13.0 ft 1�.5 x 1[3_f3 ft 15. 0 its 5 Roam area 227.5 ft1 Ty Construction L! -value Or HTM Area (ftz] Load Area (�t2j Load number {Btuf�lftZ-°F} (Btuhlft�} or perimeter (ft) (Btuh) or perimeter (ft) (gtuh Heat Cool Gross N1PfS Heat Cool Gross NIPfS Heat Cool 6 W 1 2E-gsw t�_��8 n 5.1 i x.64 {1 fl �3 (� 0 0 D 0 . t�G 12E-Dswi3_i368 ne 5.17 x_64 14{7 '€24 541 79 92 92 47559 B"f C 0.350 ne X6.60 25.54 16 Q 426 4fl9 � p Q � '12E-0sw 0.06$ se 5.17 0.54 104 104 537 66 0 Q 0 Q 17 11 PO 12E-Dsw [3.290 se 22.04 5.36 0 0 0 0 D 0 0 p t—G 0.068 sw 517 064 0 0 469G Q D 4 12E-dSw .{sw.6[32.43 d 0 0 0 0 a a Q 51 C E].068 nw 5.17 0.64 0 p 0 0 0 0 0 � 11 PO 0.350 nw 28.60 2.54 a a o 0 o Q D D VL0-290nw 22.04 5.36 d 0 0 D U p C '16B-3pad 0.032 � d - 2.43 1.34 0 0 d 0 0 Q 0 Q F 91A 0.000 - 0.00 0.00 228 31 fl o 115 12 U � s cj AE[] excursion _1 9 Envelope loss/gain 18[}4 535 475 55 12 aj Infiltration ��$s ��� �� � U) �toor� ventilation 4 0 0 D 13 Internal gains: occupantsa[7 230 Q 0 0 Appliances @ 1200 a 0 Less external load d 0 p Less transfer 0, Q 0 p Redistribution 0 0 0 q 14 Subtotal Q 03058 D 8 p 15 Duct loads 24 1oao%oIo a% o% Total room load 3058 678 Air required (cfm) 9024 10950T 37 .17 � Printout cerfified b RCCA to meet all r ACC�I% Right -Suite Residentlai 6.0.02 RSR4053,5 CANly Document i rlght soft F- VACTo le .rrp Calc = MJ8 Orientation, = NW uirements of Manual J nth Ed. 07 -Apr -1 1 :ol:1: Fags 4 Fresh Air Right%, Morksheet yob: #2 Cooler By Design Entire House 'Date: Apr 18, 2007 By: Mike Wood 1 Room name bed rm. #4. closet 2 Exposec! wall 30.0 f# 6.0 ft 3 Ceiling height 8.0 ft heat/cool 8.0 ft heaflcoo! 4 Roorn dimensions 17.0 x 16_0 ft 7_0, x 6.0 Tt 5 Room area 272.0 ft -2 42.4 ftx Ty Construction U --value Or HTM Area (ftp) Load Area (ftz) Load number (Btu h/fP- 'F) (Btuh/ft2) or perimeter (ft) (Btuh) or perimeter (ft) (Btuh) Heat Cool Gross NIPIS HeafCool Gross NIP1S Heat Cool 6 W 12E-Osvv 0.068 n5.17 D.fi4 0 p 0 fl 0 D 1) D t—G 12E-psw O.OfiB ne 5.17 0.64 32 32 165 20 d 0 0 p Bic 0.35{7 ne 26.6a 25,54, E} Q 40 0 d fl 0 12E-Dsw Q.088 se 5.17 0.64 0 D 0 D 0 0 Q D 11t_z�ilpo 0_290 se 22.04 5.38 0 [l 0 0 D a 0 D T--G 12E-osw 0,068 sw 5.'i7 x.64 8a 80 413 57 00 C] D 61 C 0.350 sin+ 26.60 32.43 C} Q Q D Q 0 0 Q 92E-4Sw f}.06$ nw 5.17 0.64 128 112 579 72 4$ 48 24$ 31 T::::Gl 61C 0.350 nw 26.6.0 25.54 16 d 428 409 D f} o p 11P0 D.290 nw 22_04 5.36 Q 0 d D 0 0 D 0 C 168-30ad 4.32 - 2.43 1.34 p p p 0 0 Q 0 0 F 91A O.OQO - 0.00 0_00 272 30 D 0 42 6 p Q 6 c} AED excursion 153 _2 Envelope losslgain 1583 705 248 29 12 a) Infiltration 1431 141 b} Roam ventilation28 28 0 0 F 0 4 13 Internal gains: Occupants @ 230 0 0 0 0 Appliances @ 1200 p Less external load 0 � 00 � Less transfer Redistrabution a 0 0 0 14 Subtotal 15 Duct IOads0°r'� 0% 3�194a 840 534 5� D% 0%0 Total room load 3014 846II 534 57 Air required (cfm) 49 46 9 3 Printout certified by RCCA to meet all requirements of Manual J 8th Ed. - g Rfgh#-Suite Residential 6.0.02 R5R40535 2007 -Apr -18 19.01:13 �C� C:1My pacumentslWrightsaft HVAC1Fogle#2.rrp Calc = MJ8 Orientation = NW Page 5 Printout certified by ACOA to meet all requirements of Manual J Sth Fd CAMY DOCUMent Mr`i ht o HVA 0gl .rrp Calc ;-- MJS Orientation = NVV 2007 -Apr -18 19:01-13 'age i resh Air Right�, Worksheet .gab: #2 ooler By Desi -.911 Entire House Date: Apr 18, 2007 By. Mike Wood 'i 2 Roam name Exposed wall luandry luandry down 3 Ceiling height 12.0 ft 10.0 ft Rpom dimensions 8.0 ft heat/cool 8.4 � heat/cool 5 Room area 12.0 x 9.o ft 11.5 x 14,{1 ft 108.0 ft2 115,0 T Ty Construction U -value Or HTM Ares, {ftz} Load Area (ftp) Land number (BEufi�lftz-�F) (Btuhlf�2) or perimeter {ft} (Btuh) or perimeter (ft) (Btuh) Heat Copl Gross N/P!S Went Cooi Gross NIPI5 Heat Cool 8 W 12E-Osw 0.068 n 5.17 0.64 0 Q 0 0 0 [} D 12E-osw �--.jG a_pss ne 5.17 0.64 96 95 496 51 a 0 0 D 81 G 1 2E-asw 0.350 ne 0.068 se 26_60 5.17 25.54 a.54 fi 0 Q Q 0 0 fl p 0 0 11 11P0 �.Z9� se 22.4?4 5.36 0 o 0 a D 4 4 a 0 0 0 D 0 12E-Osw D.g88 sw 5.97 0_64 d i7 a 0 0 D 0 D 61C 12E-Osw 0.35[} sw 0.06.8 26.60 32.43 0 Q 0 f] 4 D 0 fl a 0 61 C nw 17.35Q nw 5_17 28.6C} 0.64 25.54 o d a 0 o D o E? so so 413 5� 1 �1 P� C 168-30ad 0_290 nw 22.4 5.36 Q Q 0 D 0 0 4 0 0 p 0 p F 91A 0.032 - 2.43 1.34 '� a8 108 263 145 0 0 0 d 0.000 - 4.aE3 OM 108 12 E} D 115. 10 0 E] 6 c} AEQ excursion Envelope loss/gain 759 198 413 48 12 a} Infiltration b} Room ventilation 3-72 55 477 47 � 0 4 0 13 Internal gains: Occupants @ 230 0 0 Appliances� 1200 p '� D Q 0 Less external load ❑ Less transfer 0 0 0 0 Redfstnbut3on 0 0 0 p Subtotal 0 0 1 299 138 114 15 Duct loadso 0% a 0% 1331 0 254 2189 233 D Q% D°fa d Tote room load required (cfm} 1331 2� gg 23.3Air 22 141 35 13 Printout certified by ACOA to meet all requirements of Manual J Sth Fd CAMY DOCUMent Mr`i ht o HVA 0gl .rrp Calc ;-- MJS Orientation = NVV 2007 -Apr -18 19:01-13 'age Fresh Air Right-.. NorkshLnet .,a6: #2 Cooler By Design Entire House Date: Apr 18, 2007 By: Milo Ward 1 Room name 2 Exposed walk eqp• cold storage 3 Ceiling height o.a ft 26.0 ft 4 Room dimensions$.� � heat/mol8.� ft heaticoa� 5.5 x 10_0 ft 1�.Q x 9.0 ft Roam area 55.0 ftp 153, fJ f[2 Ty Construction lJ-value Or NTM Area (ft2) Lead Area (ftz) Load number (Btu h/ft2-OF) (Btuh/ft2) or perimeter (ft) (Btuh) or penme#er (ft) {Btuh} Heat Cool Gross NIPIS Heat Cool Grass NfPIS Heat Cool 6 W 12E-p5w 0. 068 n 5.17 .64 0 ❑ Q D f] 0 T—G � 1 2E-osw Q. osa ne 5-17 0.64 o a o a o o C 0 61C 0_350 ne 26.60 25.54 D D 0 Ca o 12E-Osw 0 0 . 0.64 D 11P0 0 0 92E-Osw . e . 5.36 0 a o 0 a 0 o 0 t—G O.�D68 sw x.17 D.64 0 0 D 13661C � �6 X36 703 87 a_35Q sw 26.fiC1 32. 43 0 D a 0 12E-Osw 0 0 T --G61 C .r7QB4 Cd } 2 72 372 46{3 .D 25.54 0 Q d 0 0 0 0 11Pi4.290 nw 22.04 536 p } ( Q C 166-30ad p . . 1.34 d G 0 0 0 Ei D 0 F 91A Q.Oafl - 0.00 0_[1Q 55 Q � D 153 0 {] 6 c}AES} excursion 0 -S Envelops loss/gain 0 0 1075 125 12 a) Infiltration b} Roarvt ventilation 1240 122 0 0 0 0 13 Intemai gains: Occupants @ 2,30 a o 0 Appliances @ 1200 p Q Less extemai load 0 0 Q Less transfer 0 0 0 p Re -distribution a D 0 d is Subtotal a d -2315 -247 15 Duct loads 0 0 p p 0% 000 0 o a% o% o 0 Torah room load Air required (cfm) 0 0 � � 0 0 i rint ut certified by ACOA to meet all requirements of Manual J 8th Ed- Right-Su-iteR-esidentjal6.0-02RSR40535 C-.�MyDocui-nents\WrightsoftHVACFogle#2.rTp 0a1C=MJ8 Orlentaflon=NW 007 -Apr- 18 19.- 01,1 Page 7 Fresh Air Norksheet Job: #2 Cooler BY Design Entire House Date: Apr 18, 2007 By: Mike Wood I Room name bed Exposed wall 41,0 ft fam bath Ceiling height _ 0 ft 4 Room dimensions heat/mol & ft heat/cool 51 Room area 294.5 W 75.0 ft TY Construction U -value Or HTM Area Load Area (ft2)Lid number tuh/1t -0F) (Btuhlf2) or perimeter ft Btub r - � perimeter (ft) (13tuh Heat Coolrosy N/P/ Heat Cool Gross N/P/ _ est CW 6 VV 12E-Os12E-Osw 0.068 n 5.17 0,64 0 T_G12E—Os 0.068 ne5.17 0, 0 0 1 0 0 0.350 ne .. 2554 0 0 0 0 0 t, -D 11PO 0_058se 5.17. 0,64 124 124 641 79 0 0 0 0 0..90 e 22,04 536 0 0 0 t—G 61 C12E-Os12E-Osw 0.068 , '17 . 4 1 1 7 x.350 .6.60 32.43 1 0 4 03 870 0 12E—Os12E-Osw 0.068 nw 5,170.64 52 :52 269 3.3 0 1 C 0.350 nw 26,60 25.54 0 00 0 1 1 Ptd 0 0 0 0,000 4 0.00 0.00 295 41 0 0 75 0 C) AED excursion a I nfiftration b Room ventilation 1955 193 0 0 0 0 13 Interna) gains: ccup nt Less eme1 load Appliances @ 1200 0 0 0 1 1 0 Less transfer � 0 Redistribution- 0 0 0 14 Subtotal 1016 108 0 15 Duct loads 5010 1212 0 Total room load 5010 1212 Air required ern 81 6610 Printout certified by ACOA to meet all requirements of __j H lt Right -Suite Residential 6.0.02 RSR4,0535 \M Documents'��'1�'right o MVAC\F0 a ,rrp Calc = J8 Orientation : - �r-�18 :ag 13e 8 Fresh Air Cooler By Design Right-.. Norksheet Entire House Job: Date: Apr 18, 2007 BY: Mike Wood Printout certified b ACCA to meet all r t Flight -Suite Residential . _D R 0535 :� Documents\ ri lit oft HVACTog�i .rr,P ai = jiBOrientation uirements of 'Manual J 8th Ed. 20107 -Apr -18 19:01:1 Page Fresh Ai"r Right-,, VVorksheet Baa: 92 Cooler By Design Entire House Date: Apr 18, 2047 By: Mike Woad 1 Room name 2 exposed waft entry 'farm€y 3 Ceiling height $ d ft 47•5 ft 36.{} f{ 4 Room dimensions 8.heat/cool . 0 ft heat/cool ftZ 5 Room area 482.4 1. U x 482.4 ft 2 1-0 x 833.5 ft 833.5 ft Ty Construction U-vafue Or HTM Area f1} Load Area (ft:2)f4} (BtuhlfLoad or perimeter eft} (E3tuh) o perimeter (fit) (Btuh) Heat Cool Gross NlP18 Heat Coal Gfb55 NlP15 Heat Cool 6 W 12E-Osw 0.068 n 5.17 0.64 4 4 23 3 . 1qJ 12E-Osw 0_058 ne 5.77 0.84 2E� 2D 1D3 �13 a 0 � 0 � G 61C Q.350 ne 26.fiQ 25.54 � Q 0 4 0 0 ,� �12E-0sw 0 4 a p p {� 1,� �� O.C)68 se 5.17 0.64 � I} 4 p 288 288 1488 ti 84 '12E-Osw U.290 se 22.04 5.36 0 a o a fl D Q p T -G 61 C E7.06$ sw 5.17 0.64 156 138 713 88 p C#.35b sw 25.60 32.43 'i 8 0 479 584 p 0 0 0 12E-D5w 0.06$ nw 5.17 4.64 200 147 760 9,4 (} � � 61 C 0.354 nw 26.60 25.54 32 Q 851 817 p � fl i 1 PO 13.290 nw 22Q4 5.3E 21 21 463 113 p p � 0 . C 16B-30ad x.032 - 2.43 1.34 482 482 1173 648 0 p � D F 91 A 0. E300 - 0. 00 0.00 1$ 2 p � � 0 834 36 0 p 6 c) AED excursion 509 -11 Envelope lass/gain 4565 2$69 'l489 173 12 a} Infiltration 4) Room ventilation 2268 223 1717 169 a D n a 13 Internal gains: Occupants @ 2300 4 0 Appliances @ 120 p 0 Less e�ctemal load 0 0 1 0 Less Transfer 0 0 0 D Redistribution 0 0 o Gr 14 Subtotal 0 0 0 o 95 Duct IRads 6834 3092 3205 342 ❑% aero n a ops opo a a Total room Toad Air required (cfm) 6834 3092 3205 342 11'1 167 52 38 Printout certified�CA to meet all requirements f Manual J 8th E. r-11 rght-Suite R e sidantia1 6.0,02 8 3 R40535 :\fly D0CMent \ rig t o t H VAC �Fog l#2_rrp C a c = Mi a 0fientaij on = N VV 2007 -Apr -18 19:01:1 Page 1 Fresh Air Rightak.... vIlorksheet Jib; #2 Entire House Date: Apr 18, 2007 Cooler By DesignBy: Mike Wood 1 Room name kitchen dinning 2 Exposed wall 32.0 ft 13, 0 ft 3 Ceiling height 8_o ft heat/cool 8.0 ft heat/cool 4 Room dimensions 19.0 x 28.0 ft 1.0 x 423.0 ft 5 Room area 532.0 ffz 423_D W Ty Construction U-valueOr HTM Area (ft -2) Load Area (W) Load number(Stuhlff-IF} (Btuhlft2) or perimeter (ft) (Btuh) or perimeter {ft} (Btuh) Heat Cool Gross NlPIS Heat Cool Gross NIPIS Heat Cool 6 IN 'i 2E-Osw 0-068 n 5.17 ❑. fi4 � ❑ q f} 0 D p 0 VIII 12E-4sw 0.068 ne 5.17 }.E4 fl 0 { 0 Q�G 51 C 0(.re. 2554 fl D 0 0 0 0 0 0 12E-Osw 0.068 se 5.17 0.64 52 52 269 33 104 83 429 11 1 1 Po 0.290 se 22.04 5.3E 0 53 0 {} Q 21 21 463 113 T—G 12E-flsw O.Dfi8 Sw 5.17 0.�4 152 120 6,�U T7 0 (} D 0 61C {�_3�a sw 2B.B0 32,43 32 4 851 103$ 0 4 p p 12E-Osw 0.068 raw 5_17 0.64 52 31 160 20 p 0 0 Q 81C 0.350 nw 26.8€} 25.54 a � {} Q Q d 0 0 11PD G�.29Q nw 22.04 5.36 21 21 463 113 (l 0 0 0 C 16S-30ad 01.032 - 2A3 1.34 532 532 9294 715 423 423 1029 569 F 91A 0.0E74 - 0.010 0,00 0fl D 0 01 0 0 ❑ 6 c) AED excursion 376._26 Envelope loss/gain 3657 2371 1921 ::7108 12 a} Infiltration 152r -!5� 62Q fit 4} Room ventilation1526� � 0 93 In#emal gains: Oocupantsa� 230 0 0 0 � Ap�pliar�ces @ 12D0 p �F � � Less e�ctemal load � � � Q Less transfer Redistribution 0 0 0 p 14 Subtotal 0 0 0 p 15 ❑UCtI0ad55183 2521 2540 770 0% 4% Q 00°Io 0% 4 0 Total room load 583 2521 ��qp �D Air req uired {cfrn} 84 136 41 42 Printout certified by ALGA to meet all requirements of Manual J 8th Ed. wNeft—m" 1�D V1 Right -Site e id-anrdal 40 5 -- , N ,� Docu � entsMright H 1�o � # srp Calc;-- _0,0 MJ8 Orientation = NVV 2007 -Apr -18 19:01-13 Page 11 Lural Job #E- #2 Performed by dike Wood for: Randy Fogle Sugar City, id. 83448 Phone: 208-317=1056 Scale: 1 : 154 Page I Right -Suite identi l 6.0.02 2007 -Apr -1 19:03-42 2 if M Grill Htg Clg TEL Design Veloc Diam RectSize Stud/Joist Duct' Name Size (in) (cfm) (cfM) FR (fpm) (ire) (in) Opening, (in) Math Trunk rb2 0 161 179 124.5 0. Dfla 566 0 14x3.25 7 ax5 SJSp MA rb3 (3x 0 1861 238 87.5 0.000 754 Q 14x3.25 I 0x5 SJSp ftl rb5 ox a 119 166 91.D 0.000 524 0 '4x3,25 1 Ox5 Sisrti rbc ox a 65 �.2 230.5 0.000 207 a 14x3.25.p �ox� s�sp rt3A res oxo 53 1921s_oo.oao �s� o 14x3.25 1ox5 SJSp rt3A rb7 ox 0 98 $2 197.0 0.000 311 D 14x3.25 '! 0x5 SJSp rk3 rb:$ ox 0 26 9 174.5 0.000 82 D 14x3.25 10x5 SJSp rt3 rb9 0x0 17 fi 14$.0 0.000 55 D 14x3.25 1ox5 SJSp ft3 rk�1Q ox 0 81 66 '42.0 0.004 257 0 14x3.25 10x5 SJSp rt2 WrIqhtSC3ft Dight -Suite Residential 6.0.02, RSR40535 C'\My Docum nt kWrf ht ft HkFo le ,rrp Cale T Mj8 Orientation, 19:01:29 ,010 Page