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HomeMy WebLinkAboutSHORT FORM - 05-00117 - 302 Oaktrail Dr - New SFRShort Form Entire House Job; Burlington Slab Date: Nov 09, 2004 Performance Air 11 For: Burlington 302 cq M�I �R HEATING EQUIPMENT Malo BRYANT HEATIN Trade Bryant, r►us yu Model 350MAV036060 Efficiency Heating input Heating output Temperature rise Actual air flow 1111" flow factor Static {pressure Space thermostat ROOM NAME Bedroom 2 bedroom 1 Master Bedroom M. Bath Mech Living room 'Bath Kitchen / E]Iflfng Entire House Other equip wads Equip. c�r7 D.94 latent coaling TOTALS 93.1 AFUE Infiltration Method. Construction quality Fireplaces Simplified Average 0 COOLING EQUIPMENT Make Bryant Trade Cube 561 C Coed 561 CJ 1 8-A Coil CK5A/C K5 BAO 1 S +TDA Efficiency 10 SEER 8tuh Sensible cooling 12040 Outside db (°F) -6 89 Inside db (OF"), 72 72 Design TD (°F) 7$ 17 Daily range - H Inside humidify cfmlBtuh Sp Moisture difference (gr/lb) - -24 HEATING EQUIPMENT Malo BRYANT HEATIN Trade Bryant, r►us yu Model 350MAV036060 Efficiency Heating input Heating output Temperature rise Actual air flow 1111" flow factor Static {pressure Space thermostat ROOM NAME Bedroom 2 bedroom 1 Master Bedroom M. Bath Mech Living room 'Bath Kitchen / E]Iflfng Entire House Other equip wads Equip. c�r7 D.94 latent coaling TOTALS 93.1 AFUE Infiltration Method. Construction quality Fireplaces Simplified Average 0 COOLING EQUIPMENT Make Bryant Trade Cube 561 C Coed 561 CJ 1 8-A Coil CK5A/C K5 BAO 1 S +TDA Efficiency 10 SEER 8tuh Sensible cooling 12040 Btuh Btuh Latent cooling 5160 Btuh °F Total coaling 17200 gtuh CfM Actual aid- flow 573 cfm cfmlBtuh fir flow factor 0.D73 cfmiBiuh in HSC] Static pressure 0.30 in H20 Load sensible feat ratio 1.,00 I z IU &+IU1 WAP Printout certified by ACOA to meet all requirements of Manual J 8th fid. Ar, VVr1gntSC>Tt ACCK P:11(aalchnerl6urlington C.rrp Right-Sulte Residential 6,0,05 R,9R40767 Cafe = Mia Orientatlan = 0f C1g AVF (GfM) 573 2005 -Apr -1.9 07:18,35 p e.I V Building Analysis Entire Huse Job: Burlington Slab Dates Nov 09, 2004 Performance Air 1 For: Burlington Ltin Idaho Falls, Ef r ti n: L tit - . I, US 4741 ft 44 O Outdoor: Dry bulb (°F) Daily range OF) Wet bulb (0�) VVind speed (mph) Heating -6 15.0 Coolin g 34 ( H fia 7.5 Indoor: Indoor temperature (QF) Design TD (°F) Relative humidity {°/o) Moisture difference (gr/lb) Infiltration: 3 Method i�anstruction quality Fireplaces Heating 72 78 50 66.1 Simplified Average 0 Component Btuh/ft2 Btuh %of lead Walls 5.4 1 7244 17.6 Glazing 38.2 548 13.31 Doors 15.6 655 1.6 Ceilings 2.0 2476 5.o Floors 10-6 12773 31-1 Infiltration 5. 1 60351 14.7 Ducts 4502 11.7 Piping 0 0.0 Humidification p p,0 Ventilation 1 609 3.9 Adjustments p Internal gains Total 41072 100.0 la2ing- Gther Ceilfni Floors tl ll rallon Component Btuh/ft2 Btuh %of load Walls 0.6 1 832 10.2 Glazing 9.7 1397 17.1 Doers 4.3 181 2.2 Ceilings 1.1 1428 17-5 Floors 0.0 a o.a Infiltration 0.6 672 8.2 Ducts 3293 40.4'Ventilation 35a 4.3 Internal gains 0 0.0 Blower p 0.0 Adjustments p Total 8154 1 100.0 Overall -value = 0.092 Btu htt'-O F Data entries Checked. VVPh Right -Suite Reside tial 6.0-05 RSP40767 F"Wartchnerkeurlineton C.rrp Q010 = MJ8 Orierltat o r Do ors talon 2005 -Apr -1 07-18-35 Page 1 Component Constructions Entire House Job` Burlington Slab Date: Nov,, 2004 B: Performance Air 11 For: Burlington Location: Idaho Falls, ID, US Elevation: 474 1 ft Latitude: 44"N Outdoor,Heating Dry bulb (°F) -6 Daily range (°F) -. Wet bulb {°F} Vliind speed (mph) 15.0 Gaoling 89 34 ( H so 7,s Construction descriptions Walls 12F-4sw: Wood stud frame, siding ar stucco, no board insulation, R-21, cavity insulation Partitions 12C-Osw, Woad stud frame, siding or stucco, no board Insulation, R-1 3 cavityinsulation 1 F- t Wood stud frame, siding or stucco' no board -insulation, -1 cavity insulation Windows 1 C., Vynal frame double pane, clear Doors, 1 kSo-lid core Ceilings 1 B- ad: Ceiling under vented attic, no radiant barrier, dart shingles,, R- insulation Floors 22A-tph: Tile covered slab on grade, heavy moist soil, No edge insul, No horiz in u l ,. " t- uite Residential 6-0-05 RSR40767 F.Kart hner\Burfi ton C.rrp Calc z: MJ8 Orlertation = Gain Indoor: Indoor temperature {°F} Design TD (°F) Relative humidity (%} Moisture difference (gr/lb) Infiltration: } Method Construction quality Fireplaces Heating 72 78 50 66.1 Simplified Average 0 Cooling 72 17 50 23.8 Or Area - ai a In ul R Htg HTMLois 956 Clg HTM Gain e ( V) (BtU h '-L' F) (ft2_"' F/Btu h) ( Btu h t2) (Btuh) ( Btu hif) ( Btu h ) n 106 x.065 21.0 5.07 537 0.67 71 SW 320 0.065 21.0 5.07 1 622 0.67 214 258 _065 21. 38.E 1 308 0.67 173 SW 17 0.065 21.0 5.0.7 86 0.67 11 all 290 0.065 21,0 5.07 1470 0.67 194 raw 17 0.065 21.0 5.07 86 0.67 11 all 1 008 0.065 21. 5.07 5110 0.67 675 232 0.091 0,490 13.0 7.10 956 1647 &60 e 139 96 0.065 38.2 21.0 5.07 20-8 487 0.19 0.490 1 n 25 0,490 0.0 3&2 956 8.33 208 e 25 0,490 0.0 38.2 956 8,33 20-8 all 42 41 0.490 0.0 3&21 567 8,33 342 SW 6 0.490 0.0 38.2 217 8.33 47 1 0.490 0.0 38.E 1567 833 342 nw 6 0.490 0.0 38.2 217 8.33 4 all 143 0,490 0.0 38.2 5478 8.33 1194 n 21 0.200 0,0 15,6 328 4.30 90 1 0.200 0,0 15.6 328 4.30 90 all 42 0.200 0-0 15,6 655 4.30 181 1-246 OM38.0 1.99 2476 1.115 1428 121 1.358 0.0 106 12773 0,00 2005 -Apr -I 9 07:18 Pace I at 9 Project Summary Entire House Job: Burl ngton Slab Date: Nov 0, 2004 Performance Air 11 For: Burlington Notes: Brent Jensen Weather: Winter Design Conditions Outside OF Inside d Design TLS 78 OF Heating Summary Structure Ducts Central gent (22 Humidification Piping Equipment load cfm) Infiltration Method Construction quality Fireplaces 34661 Btuh 4802 cfm 1609 spun 0 Btuh 0 Btuh 41072 Btuh Hca#ing Area (W) 1185 Volume (ft -3) 11163 Air changes/ our 0.45 Equiv. AVF (cfm) 84 Idaho Falls !D, U5 Simplified Avera'9rlm 0 Heating Equipment Summary Make BRYANT HEATIN Trade Bryant, Plus 90 Mode[ 350MA1f036060 Efficiency 93.E AFU,E Nesting input 6D000 Btuh Heating output 560D0 Btuh Temperature rise 106 OF Actual air flow 573 cfm Air flow factor 0.015 cfm/Btuh Static pressure 0.30 in H20 Space thermostat Summer Design Conditions Outside db 89 OF Inside db 72 OF Design TD 17 OF Deily range H 0.30 Relative humidity 50 Moisture difference -24 grflb Sensible Cooling Equipment Lead Sizing Structure Ducts Central vent Blower {22 cfm} Use manufacturer's data Rate/swing multiplier Equipment sensible load 4511 Btuh 3293 Btuh 351 Btuh (l Btuh n 0.94 7665 Btuh Latent Cooling Equipment Load Sizing Structure --582 Btuh Ducts -83 Btuh Cental vent (22 cfm) -304 Btuh Equipment latent food 0 Btuh Equipment total load 7665 Btuh Req. dotal capacity at 0.70 SHR 0.9 tori Cooling Equipment Summary Make Bryant Trade lube 561 C hand 561 CJ 1 8-A Coil CK5AICK5BA018+TDR Efficiency Sensible coming Latent coaling Total icvoling Actual air flow Air flow factor Static pressure Load sensible heat rano Printout certified by ACOA to asst all requirements of Manual J 8th W ri g n I SQTt R i- ht -Suit F:\ a,t hneABud1ngton _ rrp Calc = M J ientatlon 10 SEER 12040 Btuh 5160 Btuh 17200 Btuh 573 cfm 0.073 cfm/Btuh 0.30 in H20 I .a0 2005 -Apr -19 0718:35 Pae 1 a Duct System Summary Entire House Job: Burlington Slab Date: Nov 09,2004 Performance Air 11 For: Burlington External static pressure Pressure lasses Available static pressure Supply I return available pressure Lowest friction rate Actual air flaw To#ai effective length (TEL) Heating 0.30 in H20 0.00 in H20 0.30 in H20 0.2 3 f 0.1 0 to H20 x.129 in/1 00ft 573 cfm 232 ft Cooling 0.30 in H20 0.00 in H20 0.30 in H20 0.01 0. 1 0 in H20 0.129 'In/1 00ft 573 0173 Design Hag CEg Design Dram Rect Dict Actual Ftg.Eqv Name (Btuh) MM) (cfm) FR (in) Size {in) Matl, Ln (ft) Ln (ft) Trunk Bedroom z h 5563 81 64 0.133 4 Ox 0 ShMt 24.7 125.0 bedroom I C 764 55 56 0.136 4 Ox (J ShMt 21.1 125.0 Master Bedroom G 1127 $1 $tea 0.140 4 Q7t 0 ShMt 17.0 125.O M. Bath C 213 12 16 0.151 4 axe shmt 6.4 125.0 Living room -A C 1541 109 1 1 3 0.141 6 QX 0 ShMt 16.1 125.0 Living roam c 1541 109 1 x.137 fi 4x 0 ShMt 19.9 1 25.0 Bath C 133 fi 10 0.149 4 Ox 0 ShMt 8.1 125.0 Kitchen f Dining -A h 4138 50 59 0.135 4 Ox (i ShMt 22.0 125.0 Kitchen 1 Dining h 4138 GO 59 0.129 4 ()x D ShMt 2$.3 12.0