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HomeMy WebLinkAboutSHORT FORM - 06-00298 - 305 Oaktrail Dr - New SFRShort Form Entire House Job: Burlington Basement Date: Nov 0, 2004 r%", r3^4^r it II _.... . %%-rI , "oCA%D i I i U I It Oaktra,,I* Dr Outside db (OF) Inside db ("F) -6 89 Design TD ("F) 72 72 Daily range78 17 Inside humidity 50 Moisture difference (grlb Method Construction quality Fireplaces Infiltration ire lif ed Average 0 HEATING EQUIPMENT COOLING EQUIPM�ENT Make BRYANT HEATIN Make Bryant Trade Bryant, Plus g0 Trade Model 5�1 C Model 350MAV036060 Gond 561 CP030-C Efficiency 93,1 AFUE Call FC4CNF030 Heating inputEfficiency 70 EER fi�0�0 Btuh Heating output 56000 Btuh Sensible roofing 19320 Btuh Temperature rise Latent coaling 8280 Btuh Actual air flow 61 °F Total cooling 27600 Btuh 7000 cfm Actual air flow flow factor 1000 cfm Q.Q30 cfmlBt�h Static pressure Air flow factor 0.157 cfmlBtuh a.�5 in H20 Static pressure Space thermostat � 0.65 in H20 Load sensible feat ratio 1.00 ROOM NAME Area Hatload CI load (ft2) (Btuh) (Bg �� Htg AVF Cig A1JF (cfm) (GfM) Future Family ro S05 7664 1 � �p Storage 130 z2$ 179 Kitchen l dining 186 � 579 2�4 47 41bedroom 3 4325 946 728 149 130 2365 490 70 bedroom 2 100 1416 34� 77 future bath 45 85 42 54 futurebedroom24Q � � 3 3 Master Bedroom future bedroom 2 2a4 385 ���� 3�$ 88 �2 156 2376 330 71 Living room 464 734 666 92 52 Garage 4$d � 61 2 218 "�05 m,bath I a 0 D 253 bath I 54 � 110 � 6.3 � 3 �} 54- 34'I 92 10 �0 14 E?Oldlitalic v2fuPshave been manually Overridden Printout certified by ACCA to t all requirements f Manual J 8th Ed. A5NVVrj 1-1Right-Suite Residential 6.0,53 RSR40767 CADOcuments and Settings�BNMY Documents\Heat bads�Kartchner\Burfirigt'on C; basementxrp Ca[c = Mj PDQ creaked with pdfFactory trial version www, dffacto .com 2 006 -Jun - 13 06;57:37 Entire House � 2848 336fi86366F____ 100Q Other equip loads 41$8 9� 3 Equip. @0,94 RSM 6842 Latent cooling 0 TOTALS F ROIdlitalk values have been manually o erridde n Printout Certified by ACOA to meet all requirements Dight -Suite Residential 6.0.53 RSR407 ADOcurnem and SettingskBWy Documents\Heat I0ad,5\iia. PDF created with pdfFactory trial version vArwvv. dffacto .com 11� 1000 111 2006 -Jun -1 3 06:57.37 Y. In Building Analysis cnrlre House Job: Date: B Burlington -'Basement Nov 0, 2004 Performance Air II I< Uf LD U1 Ill ly LUI ] Ubasement LII I Idaho Falls ID, US Elevation: 474 1 ft Latitude: 440N Outdoor: Dry bulb (OF� Darty range T) Wet bulb(' ) Wind seed (mph) Heating -16 Cooling 89 34 60 7.5 Indoor: Indoor temperature (°F) Des[g nTD ("F) Relafive humidity {%} Moisture difference (gr/lb) Infiltration- Method H } Co ction quality Fireplaces Heating 72 78 5(l 66.1 Simplified Average 0 Cooling 72 17 50 -23.8 F b'r`a IIS %p6dang odvr Component Bt h/ t % of load Walls Glazing 0.4. Doors .2177. 4.3 11 t Ceilings Floors 0a 1646 Y 22.6 Infiltration 0.3 03 492 769 6.8 10.6 Ducts Ventilation 913 12.5 Internal gains d1 ustm tints —Total 7270 100.0 03 Doors Overall -value = 0.145 Btuh/W-OF Data entries chocked. ., X"r1 C3�Right- cite Res'dential 6.0.53 RSR40767 ADoruments and ttings�B My DOcurnent \Heat ioadsk art hner�BurJln tcn PDF created with pdfFactory trial version wvtrw. dffacto _com on Drs 2006 -Jun -1 3 06:57:37 Page 1 . � N �.. C omponent Constructions Entire House Job: 3urrfi n ton Basement Date: Nov 0., 2004 Byw Performance Air fic rvr: burtingtan L basement L-WkoClUV[ l Idaho Falls, I D, US Elevation- 4741 ft Latitude; 440N Outdoor: Heating Dry bulb('DF) -6 D'ally range 0 _ Wet bulb OF ,. Wird speed (mph) 15.0 Cooling 89 34 H 60 7.5 indoor: Indoor temperature (°F) Design 7D ('OF) Relative humidity Moisture difference (gr1lb) Infiltration: � Method Construction quality Fireplaces Heating 72 78 50 66.1 Simplified Average 0 Cooling 72 17 50 -23.8 construction descriptions Or Walls 1 i` -O. Wcod stud frame, siding or stucco, no board insulation, n R-21 1 covin' iia ul tJon n 1 11- - : Basement - S"p concrete, wood framing, interior finish =1 1 cavity, R-4 foam bd to 31 f Partitions 1 - :'mood trod frame, siding or stucro, no board insulation, - 13 cavity insulation Windows 1 : Vynal frame double pane, lar Coors 1-: Solid core e se S e S W all Area -value Insul R Htg HTM Loss GIg HTM Gain (t,) (Btu hf F-` F) (W-T/Stuh) (Btu hfft�) (Rtu h) (Btuh M1 (Btuh) 258 0.065 21 �O 5.07 1308 0.67 173 17 0.065 21.0 5.07 8.6 0.67 11 402 0.065 21.0 3.66 1470 0g48 194 17 0.065 21.0 5.07 815 0.67 11 274 0.065 21.0 1.52 416 0.20 55 450 0.065 21,0 3.06 1379 0.40 182 1418 OM5 21.0 3.35 4745 0.44 627 304 U53 15.0 517 1571 0.29 89 232 0.053 15.0 5.14 1192 0,28 66 320 0.053 15.0 5,19 1 660 0.30 95 280 0.053 15-0 5.15 1441 0.29 80 1136 0.053 15.0 5.16 5864 0.29 331 240 0.091 13.0 7.10 1 704 0..60 144 n 41 0.490 0,0 38.2 1 567 8.33 342 n 16 0.490 0.0 38.2 612 8.33 133 ne 6 0.490 0.0 38.2217 655 8.33 47 1 0.490 0.0 38.2 1567 8.33 342 e 32 0.490 0,0 38.2 1223 8.33 267 Se 6 0.490 0.0 38.E 217 8.33 47 S 25 0.490 0.0 38.E 956 8.33 208 W 25 0.490 0,0 38.2 956 8.33 208 W 32 0.490 0�0 38.2 1223 8.33 267 all 223 0.490 0.0 38.2 8536 8.33 1 860 n 21 0T200 0.0 15.6 328 4.30 90 1 0-200 O'D 15-6 328 4.30 90 II 42 0.200 U 15-6 655 4.30 181 VV C I <:�PR r ht -8 Ute Res idem lal 6.0_53 RS R407 7 v.NDOCume ,ts and SetfingsB' Document Went loads artchn rkBurlin toy c basement -up Calc mi PDF* created with pdfFactory trial version www. dffactar .com 2D06--Jun-13 06-57-.37 Page 1 WA Or • Ceilings 1 B- ad; Ceiling under vented aftic, no radiant barrier, dark 1887 shingles, F - insulation 1-51 2852 � 87 1646 Floors 1 -p, Carpeted floor over tight enclosed crawl, -1 I wall, No 1672 U68 0.0 1 35 2258 0.29 492 VV[rlghtS(��ft Residential 6.0.53 40767 y -AC . NIDD u er�t aril ettIn SNB\ DocumentHeat IOacf\ art hn r\BurJin tori c bay ement.rrp Calc = j PDF created with pdfFactory trial version www. Ddffactorv. 2006 -jun -13 06--57.37 Page e V Project Summary Entire House Job". Burlington Basement Date: Nov 09, 2004 By: Performance E r 11 For: Kartchner Homes Note. Brent Jensen Weather: Idaho Falls, ID, US Winter Design Conditions Outside db -B OF Inside db 72 OF Design TD 78 OF Heating Summary Stricture Ducts Central vent (58 cpm) Humidification Piping Equipment load Infiltration Method Construction quality Fireplaces 3366$ d 4188 0 0 37856 Area ftz g Volume �Heating 'f X3468 7 Air changes/hourq,3� Equiv. AUF (cfm) gg Summer Design Condi ions Outside db 8 0 Inside db 72 OF Design TD 17 OF Daify range H Relative humidity 50 % Moisture d fr n -24 gr/lb Sensibly Cooling Equipment Load Sizing Btuh Structure 5366 Btuh Btuh Btuh Ducts Central vent (58 cpm} (l 913 Btuh Btuh Btuh Btuh Blower Q Btuh Btuh Use manufacturer's data n Rate/swing multiplier 0.94 Equipment sensible load 6842 Btuh Simplified Average 0 Cooling 2358 18347 0.16 49 Heating Equipment Summary Make BRYANT HEATiN Trade Bryant, Plus 90 Model 350MAV036060 Efficiency Heating input Heating output Temperature rise Actual air flow Air flow factor Static pressure Space thermostat 93,1 F 60000 13tuh 56000 Btuh 1 OF 1000 CfM 0.030 ftuh 0.65 in H2O Latent Cooling Equipment Load Sizing Structure -666 Btuh Ducts o Btuh Centrad vent (58 cfm) 791 Btuh Equipment latent load p Btuh Equipment total load 6842 Btuh Req. fatal capacity at 0,70 SHR 0.8 ton Cooling Equipment Summary Make Bryant Trade Model 561 C Gond 561 CP43D-C Coil FC4CNF030 Efficiency Sensible coaling Latent cooling Total cooling Actual air flow Air flow factor Static, pressure Load sensible heat ratio 's"Idlitalic values have been manually Overridden [printout certified by ACOA to meet all requirements rl Right -Suite Residential 6.0.53 RSR407 7 \Docum nts and SettlngsNMMy Da unient �'Heat loadsWartchnerTurlington C basetnent, rrp Cair, = m PDF created with pdfFactory tris! Version www. dffacto .com 10 EPR 19320 Btuh 8280 Btuh 2 60 Btuh 1000 ctm 0.157 cfmlBtuh 0.65 in H2O 1.00 2006 -Jun- 13 06.57:37 page 1 0 ak ; .� 7F � .,• � • rk r r. .,� �, : !: : cP , t ? wr: +� + �{ ;as AED Assessment Entire House Job: Burlington Basement Cate: Nov 0, 2004 By: Performance Ir 11 . U1, ourFlingion u basement Idaho Falls, SID , U Elevation: 4741 ft Latitude: 440N Outdoor: Heafl'ng Dry burl OF -6 89 Daily range F) Wet bulb - 60 Wind spend p 15.0 Indoor: Indoor temperature (°F) Design TD (°F) Relative humidity Moisture difference (gr/lb) Infiltration- Method H � Construction quality Fireplaces Fluting 72 78 50 66.1 Simplified Average 0 Cooling 72 17 50 23.8 2, c E ice 114 ' 1) CU a CD rV ru CD H Q Hourly Glazing Load FbUrfy dour of Day Avamge AEE) HmR Maximum hourly glazing load exceeds average by 56,7°/a. House does not have adequate exposure diversity (AE[]), teased on AED limit of 30°/a. AED excursion.- 317 Btuh (PFG - 1.3*AFG) . I _ght-Suite Residential 6.0.53 RSR40767 VV Irl CADOcurnents and Settings\My DocumentsHeat f ds� PDF crated with pdfFactory trial Persian www, dffactory.cor� 2006-J.un-1 3 06:5737 Page 1 PDF created with pdfFactory trial versivn www. dffiacto .com PDF created with pdfFactory trial version wwW. dffacto.com F., R 0 1 I-A#Duct System Summary, `. . Y , y .. a ,:.� � iCa ` ati' fi .Y , � } � F a � .r•s; s+a ��.•� Entire House Job 4 Burlin for k 9asement Date: Nov 0, 2004 Eby; Performance i r 11 I a t ouriington u basement External static pressure Pressure losses Available static ;pressure Supply return available pressure Lowest friction rate Actual air flow Total effective length (TEL) Heating 0.65 in H.20 0.44 in H20 0.21 In H2O 0.13/0.08 in H2O 0.045 in/ I 00ft 1 000 cfm 469 ft Cooling 0.65 in H20 0.44 in H2O 0.21 in H2O 0.1310.08 in H20 0.045 in1ft 1 000 CfM I Design Htg Clg Di r� Iii Ft I duct Actual l=t E lr �� f � fryqv F(in)Si - ltd �r� ft �� ft Tran Future Famill y ro h 7664 2 1 storage h 1579 47 41 0.0721 5 OX 0 ShMt 95.0 Kitchen I dining C 946 128 149 0,070 7 OX 0 bedroom 1 t 77 0.06 Shy C 346 42 54 x.071 5 OX 0 Sh future bedroom h 2971 ShMt .066 S h'It 8.0 275.0 t1 futurebedroomh � � 170.0 t Master Bedroorn 045 6 OX 0 Shpt 23.0 265.0 St I Living roorn C 6:66 92 105 0'.110 6 OX 0 Sht 22.0 95.0 �_ bethbath �G 1612 2181 253 054 hM '. 210.0 t'f 10 0.064 4 Oxo short 11,0 190.0 sti - - 14 0.066 S h PDF crewed with pdfFactory trial version www. dffacta .com # .0b ig ame IGrifi Size (in) i"bI rb2 rb3 Ox 0 Ox 0 Obi Htg (Cfm) 436 207 357 Cog TEL Design Veioc Siam RectSize (Cfm) R FR (fpm) (in) (in) 338 96,0 0.084 555 12 Ox 0 246 181.0 Q,045 451 10 Ox 0 416 169.0 0,048 530 12 Ox Q Stud/Joist Opining (in) Duct Mail Trunk snMt I rti shMt rte snnnt ►tz PDF created with pdfFactory trial version uvwuv. dffacta .tom