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HomeMy WebLinkAboutSHORT FORM - 06-00212 - 224 Seagull Dr - New SFRPER `N CE N E A T J w iG 4+iEFpTtL�kTl�h1 i AIR CoF-01)IT[ 15-H Short corm Entire House For: Windsor 6 model Job: I iceso r Date: May, 01, 2006 PZ P,3rFnrm2rtra Air j 224 Seagull Dr uuisiae o ("F) „s 89 dtntrltratian Inside db (6F) 70 Method SimplifiedDesign TD (°F) 76 �$ Construction quality 14 Fireplaces Semi -loose Daily range - H 0 Inside humidity (°,�o} - 50 MOisture difference (gr/lb) - -31 n�)6k I 11mu tQUIPMENT Flake Bryant Trade Plus got Model 350AAV03606ox Efficiency Heating input Healing output Temperature rise Actual air flow Air flowfactor Static pressure Space thermostat 92.4 AFUE 60000 56000 59 1035 0.027 0.60 Btuh Btuh OF cfm cfm/Btuh in H2O COOLING EQUIPMENT Mike Bryant Trade Legacy RNC 13 R22 AC Cored 1 1 3RN(A, G)g24-B Coif CAS* 307 7A**+TDR Ef€iciency Sensible Goofing Latent cooling Tota! cooling Actual air flow Air flow tactor Static pressure Load sensible feat ratio ROOM DAME Area Htg load (ft2) (Btuby Roams Raom2 112 2764 Bath 100 2120 4� master 539 Fancily X52 2260 Future Bedroom 1 469 11664 Family Room 121 1638 Future Bedroom 2 725 6813 Future Bedroom 3 1-30 1800 Storage 110 1610 m. bath 1�� 0 wic 1671 laundry 70 E75 Kitchen/dining 84 2001 Future Bathroom 11.6 3124 50 322 C!g load (Btuh) 1136 1118 X33 753 3327 8$0 525 440 441 D 283 118 5$6 2,368 7 13 SEER 16380 uh 7020 Btuh 2340o Brun 1035 cfm 0.085 cfim/atuh 0.60 'in H20 1.00 Htg AVF + C19 AVF (Cfm) (Cfm) 8 0l l tali c values have been rnanualfY OVerridden Printout certified by ACCAt • irements of Manual J 8th Ed. Right -Suite Iesicfntl 6.0,53 RSR40767 73 96 56 95 14 20 60 64 31.0 282 43 75 181 45 48 37 43 37 0 a 44 24 18 10 53 Sp 83 201 9 1 2006 -May- 12:20:36 Page I w Entire House Other equip loads Equip. @ 0.94 RSM Latent coating TOTALS 2614 2614 39000 1738 `l ................ 12217 320 11785 0 11785 Bold/italic values iraye been manually overridden Printout certified by RCCA to meet all requirements of Manua! J 8th Ed. Right -Suite Residential 6.0.53 RSR40767 C.Mocuments and SettingskBft DQ L'r'- ent..s\H.eat .C,ods� art li Orlentat 1035 1D35 1035 2006 -May -02 y - 12:20:36 Page HEATiwCO.Y&hr7MLATIC]hr i hAf. CC-401TFOWNG Builatog Analysis Entire House Job: Windsors Date,, May, 011 2006 B: Performance Air LLC iaano Falls, !D, US Elevation: 4741 ft Latitude: 440N Outdoor: Dpi bulb (°F) Daily, nge (°F) Wet bulb (°F) Wind speed (mph) Heating -s Coohng 89 34 60 7.5 irmvor: Indoor temperature (°F) Design TMJ (°F) Relative humidity Moisture differeme (gr/lb) ( H intMehodtf : Construction Fireplaces quality Heating 70 76 50 61-5 Simplified Semi -loose 0 Cooling 75 14 50 -31.5 Overall U -value = 0.065 6tuh/ft2-°F Data entries checked. 0Idlitatic values have been manually a Verridden Right -Suite -srderitial 6,0.5 . RSR40767 .006 -May -12:20:36 page 1 IL ti Id "P,ERFORMANCE 11111t !I "1 Component Constructions Entire House ig Job: Windsor Date: May, 01, By: Performance Air LLC Idaho Falls, gyp, [J5 Elevation: 4741 ft Latitude: 440N outdoor: Heating Dry bulb (°F) -6 Daily range (°F) _ Wet bulb (OF) - Wind sped (mph) 15, p Cooling 89 34 ( H 60 7.5 inaovr: Indoor temperature (°F) Design TD (T) Relative humidity Moisture difference (glib) Infiltration; � Method Construction quality Fireplaces Heating 70 76 50 G1.5 Simplified Semi -loose 0 Gaoling 75 14 50 -37.5 �� 41.%A W61 � Ll I I U L r 1 Fj El tj n S Or Area U." -Value Instil R Htg HTM Loss tLj htft2_o F) (fp C19 HTMirl Walls _ "F/Btuh) (BtuhtfF) (Btuh) (Btuh/ft2) ,eton) 1 B 1 1-O - Basement - " concrete, wood f rom i � 1 n to Cho. . -11 cavity, no boar insulation, 4 � r finish � � 0.056 1 �1, 2032 0.106 27 232 0.056 11.0 3.85 893 0.06 15 S 416 0.056 11.0 1.37 571 0.01 3 W 216 0.056 .0 4.89 1057 0.07 1 12F-Osw: Wood stud fram. e, s.iding or stucco, no board insulation all 1280 C-056 11.0 3.56 4552 0.05 59 R-21 cavity insulation n 338 0.065 21.0 4.94 1670 ne 17 0.065 21.0 4.94 83 0.47 8 e 327 0.065 21.0 4.94 1615 .4 S 344 0.065 21.0 4.94 1699 0.47 163 324 0.065 21.0 4.94 1601 0.47 154 nw 17 0,065 21.0 4.94 83 0.47 all 1 367 0.065 21.0 Partitions 4.94 6752 0.47 649 12C-Osw: Wood stud frame, siding or stuccono board -1 cavity insulation r 2379 0.33 113 Windows 61A: Vynal Frame Duel Glazed, clear I-; NFA SI�=.rte n 0.0 30:4 973 12.1 386 ne 6 0.400 0.0 30.4 2371 12.1 940 26.2 151 S 32 0.40 30.4 274 37.4 337 S 62 0.400 . 669 30.4 1885 20.9 1296 W 16 0.400 .0 M4 486 37:4 599 12 0,400 0.0 30.4 365 37A 449 0.0 30.4 175 26.2 151 all 253 0.400 0.0 30.4 Doors 676 19.7 4977 1014 italic values have ,been ManU811Y Werri dde Right -Suite Residentlaf 6.0.53 RSR40767 - ADocuments and Settjngs�B�my DOCUnlents eat 10ads ar. finer' ndso 2006- M2 -0 12:20:36 Page I •il En - 1 - d: Ce'lling under vented attic, no . __-cunt ba -shingles, - inufatio rrrr, 1 B- . f: Ceiling on exposed beams, light shingles, ' insulation, ' mood deck Floors 1 -: Carpeted basement fr-or, R-3 or hi I - 19 CSCP: Ca rp t d f1ocr ove r Ug ht enclose �� E�� ref, -�I 1�, 1 - rpe#d basement floor, No insulation, n, 0id 1 229 0,026 _ 242 8 1.09 1342 447 0.105 6.0 7.98 3569 3.46 1550 1 301 0.019 3.0 1.26 0.00 165 0,049 19.0 1.29 213 024 39 12 0,027 0.0 2.05 BWdlitalic values have been manually OVerridd n Right -Suite Residential 6.0.5 40767 CMOcurinerits and ettingskB\ y Docw rents\beat load-s\Ka tchnerkVV1ndso 2006 -May -02 12:20:36 'age 1 Im I PERFORIMANCE r_01Y1QfTIi5NINn A"N Proje.%;t Summary Entire House F=0 Job Windsor Date: May: 013 2006 By: Performance Air LL For: Kartchner homes Notes-, 314 Bevlah's Lane Weather: Winter Design Conditions Outside db -6 ° F inside db 70 OF Design TD 76 ° F Heating Summary Structure 39000 Btuh Ducts 0 Btuh Centra! vent (25 cfm) 1739 Btuh Humidification 0 Btuh Piping 0 Btuh Equipment load 40739 Btuh Infiltration Idaho Falls, ID, US Method Simplified Construction quality Semi -loose Fireplaces 0 Area (ft2} He ,449 Ca0l�ng Volume (ft3) 2449 X4$56 14856 Air changes/hour�.�� a.25 Equiv. AVF (cfm) 121 62 Heating Equipment Summary Make Bryant Trade Plus got Model 350AAV036060,x Efficiency Healing input Hating output Temperature rise Actual air flow Air f10W factor Static pressure Space thermostat 92.4 AFUE 6000 Btuh 56000 Btuh 59 OF 1035 cfm 0.027 cfm/Btuh 0.60 in H20 Summer Design Conditions Outside db 89 OF Inside db 75 OF Design TD 14 OF Daily ran ge Relative �iumidity 50 Moisture difference -31 r1lb Sensible Cooling Equipment Load Sizing Structure Ducts Central vent (25 cf,rn} Blower Use manufacturer's data Rate/swing multiplier Equipment sensible load 12217 Btuh 0 Btuh 320 Btuh 0 Btuh 0.94 11785 Btuh Latent Cooling Equipment Load Sizing Structure Ducts Central vent (25, cfm) Equipment latent load -313 0 -445 0 Btuh Btuh Btuh Btuh Equipment total load 11785 g Req, total capacity at (x.70 SHR 1.4 ton Cooling Equipment Summary Make Bryan# Trade Legacy RNC 13 R22 AC Cond 'f 13RN(A,G)a24-B C0,11 CAR**3017A**+TDR Efficiency SensibIe cooling Latent cooling Total cooling Actual air flaw Air flow factor Static pressure load sensible heat ratio 0 OldlitaValues ha ve been man ,Fajly c vorriddan Printout certified by ACCA to m-eet all requirements f tnU2( J ! U. f ht -Suite ReSidential 6,0.53 RSR40767 ADacuments and SetflngsTWy D cumentsNeat loads\KafthnrMirid r E3.rrp C81cJS Orinta# 13 SEER 16380 Btuh 7020 Btuh 23400 Btuh 9Q35 cfim 0.085 cfmlBtuh 0,,60 in H20 1,00 2006 -May --0 12:20-36 Page 1 M IP'ERFORMANCE. NFxTrN GINTILATION & CON[)1Ti13F4PRO bw AED ASsess ent Entire House Nia .fob: Windsor r C Date: May, 013 200 Performance Air LLC IP 94bw 0 , W V " IUIDUI %.90F I I iuutfl Idaho Falls, ID, US Elevation: 4741 ft Latitude: 44°N Outdoor: Heating Cooling Dry bulb (°F) -6 89 Daily range (°F) - 34 � Wet bulb (°F) so Wind speed (mph) 15.Q 7.5 H ) inaaor: Indoor temperature (°F) Design TD (°F) Relative humidity N} Moisture difference (grfib) Infiltration: Method Construction quality Fireplaces Heating 70 76 50 61.5 Simplified Semi -loose 0 Coaling 75 14 50 -31.5 0 us; 7, 61( aC ELI 250 Hourly Glazing Load F ou dy $ i --r I � 10 1/ 18 1 Hour of Day Awiaira o Maximum hourly glazing Load exceeds average �y,34.7%. AED Jamil rouse cloes not have adequate exposure diversity AEI]}, based on AED 11 -mit of 30%.ASD excursion: 267' E3tuh(PFG -1.3�`AFC) S Oldl tali c values have been manually overridden Right -Suite 1 e identi l 6.0.53 40767 ADocuments and etfin A3' My DoCurnents\Wieat loadsk art hnerMl° 2006 -May -0 12:20;35 Page 1 Main floor 5 71-0.1F Jab #: Windsor b Performed by Performance Air LLC dor: Windsor g mode! Scale: 1 : 99 Page I Right -Suite Residential 6.0.53 RSR40767 2006 -May- 12:20:39 CADOCuments and SetfingsVMy Doc, 1% r PER.FORMANCE HEN4,VENNLAr10 d AIR r01-GJTlWF11N%P For.0 "1 Duct system Summary Entire House Windsor model NMO Job: Windsor Date: May, 01, 2006 Performance Air LL External static pressure Pressure losses Available static pressure Supply 1 return available pressure Lowest friction rate Actual sir flow Total effective length (TEL) heating 0.50 in H20 0.39 in H2O 4,21 in H20 0,'f 3 ! 0.08 in H20 0.037 in/100ft 1035 cfm 561 ft Coaling 0.60 in H20 0.39 .n H20 a.21 in H20 x. 73 ! a.08 to H20 0.37 1nl1 00ft 7035 cfm Future Bedroom Bath Family- Fam!l OOI OOm raster Kitchen/dining Family Room FLiture Bedroom I M. bath laundry wi Future Bedroom Fut-ure Bathroom Design Wig (Btuh) I (cfm) Clg Design Siam Rett Duct (cfm) FR {in} Size (ire) Matt h 1800 48 37 0.069 C 233 14 20 0.000 h 1664 155 141 0.000 h 5832 9 55 141 0.068 C 1136 73 96 0.073 0x 0 111$ 56 95 0.073 C 753 60. 64 0.049 C 2368 83, 201 0.052 h 6873 181 45 0.045 0x 0 $$Q 43 75 0.043 h 1671 44 24 0.042 h 2001 53 50 0.045 h 675 18 10 0.037 h 1610 43 37 0.073 h 3Z2 9 1 0.076 Actual Ln (ft) 5 0x 0 ShMt 14.0 0 0x 0 ShMt 0.0 4 0x0 ShMt 0.0 7 0x 0 ShMt 17,0: 6 0x 0 ShMt 14.5 6 0x 0 ShMt 14.0 6 0x 0 ShMt 39.0 9 0x 0 ShMt 24.0 9 0x 0 ShMt 53.0 6 0x0 ShMt 22,0 5 0x 0 ShMt 54.0 5 0x 0 ShMt 43. 0 4 OXO ShMt 48.0 5 0x 0 ShMt 13.0 4 0x 0 ShMt 7.0 Ftg. Eqv L n (ft) Trunk 'f SC]_D s#2 0.0 0.0 180.0 Stj 170.0 st2 170.0 st'I 235.0 stl 235.0 5t2 245.0 SOA 29a-4 si2A 265.0 SO 255.0 st1 B 310.0 stjC 170.0 std 170.(i st2 Trunk Htg Cig Design Veloc Di'am Rect Duct Name Type (Cf,m) (CfM) FR f m Duct (p ) (in) Size (in) Material Trunk st1C Peak AVF 18 10 0.037 st16 Peak AVF 115 84 0.037 $1 4 8 x 4 ShtMetl st1B st1A Peak AVF 296 346 7 8 x 6 ShtMetl MIA 465 0.037 st1 Peak AVF �0.037 381 11 8 x 14 ShtMetl st1 st2 Peak AVF 256 409 499 14 8 x 22 ShtMetl st2A Peak AVF 43 0.043 460 12 8 x 16 ShtMetl . ............. 75 0.043 336 ... 6 8 x 4 ShtMetl st2