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10621 27TH DR SE 2019-08-19
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10621 27TH DR SE 2019-08-19
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8/19/2019 2:17:50 PM
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8/19/2019 2:17:49 PM
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Street Name
27TH DR SE
Street Number
10621
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DocuSign Envelope ID:A901108A-3- -06-983C-1 FA892AFF5FD <br /> "I HVAC RESIDENTIAL LOAD CALCULATIONS Based MDC <br /> Is28 <br /> on ACCA Manual J8ae 02/10/2011 <br /> LEARNING SOLUTIONS' <br /> Instructions:Enter data into yellow fields only.All other fields are required text.Grey fields are calculations. <br /> Design Conditions: Project: Vasllly Pdgodich <br /> Indoor Design Heating db 72 Winter 99%db 21 HTD 51 Address <br /> Indoor Design Cooling db 75 Summer 1%db 92 CTD 17 City&Stale <br /> Indoor Oaslgn Cooling RH 50% Grains 7 Daly Range Medium Load Info Seattle,Washington <br /> Latitude 47 Elevation 14 Phone <br /> 1 divided by R-Value=U-Value U-Value times temperature dl erence=Heeling Transfer Multiplier - - Haid times Area Is.Ft.=BfUfl flest"ua <br /> For example I I R19 a 0.053 For mampie.0 053 x 71 e 3.76 Fur nxampk,3.76 x 3.500 sq.h.=13.171 <br /> Heat Total Glass Area Single Double Triple Jalousie _Healing <br /> (Sq.Ft.) 1 0 I X Heeling •:...., :21.43 4.;..•,i <br /> 300 0 0 ` <br /> Cooling Total Glass Area Single Double Triple Jalousie <br /> (Sq.FL) North 1 0 1 X Cooling 13 IS 10 23 <br /> Area 0 0 0 0 <br /> Chock box below NE/NW 1 0 1 X Cooling 28 21 43 <br /> and to add InternalArt <br /> a 0 0 0 0 <br /> Sliding Glass Doom Shading. South I 0 1 X Cooling 4 r 28 <br /> Banos Arca 0 0 0 0 <br /> I] SE/SW I 0 1 X Costing 41 30 24 <br /> Area 0 0 0 0 <br /> D&W l0 0 Cooling 46 33 27 46 <br /> dtal 0 0 300 0 0 <br /> Doors •p rrs Vlidtli Hnlghl Area WoodlMctal Stone Molal MclalvMelal Ston <br /> 1 j 1X1 I 42 1 v <br /> Heating <br /> iii`fi I.O.. 0 <br /> X Cooling 8,10 13.50 8.19 <br /> 42 0 0 13051, <br /> Gross Exposed Wall HeightLength Area <br /> (Sq.FL) I <br /> I X I 1=1 1,900 <br /> Net Wall Frame-Siding Area Check If 19-2 0Instil R-11 R-13 R-19 R-21 <br /> Exposed Wall Tess I 1,600 1 X Heating Board 12.20 4.95 4.64 347 3.32 <br /> all glass and doors insulation Is 0 0 0 1.600 0S, <br /> Wood Studs X Cooling all. 6.96 2.58 2.16 1.35 1.16__ <br /> No Board Insulation LJ 0 0 0 1,800 0 <br /> Height Length Area 0 Htsul R-2 Instil RJ final R-15Maul <br /> Net Wall(Above Concrete Blocked/ rade ') 1 0 1XI 1=1 0 1 g 0 <br /> X Heating 29.78 1372 903 300 <br /> IMIBMIlr <br /> No interior finish X Cooling 9.93 4.57 2.98 102 <br /> 0 0 0 0 <br /> Net Wall(8'Below Grade) Height Length Area 0 Instil R-2 Inset R-417551 R-15 Maul <br /> Concrete Block cal board Insulation I 1 XI 1=1 0 1 X Healing 5.38 4.59 3.67 164 <br /> No interior finish 0 0 0 0 Bre <br /> Ceiling(Sq.PL1 None - R19,6- - R30,10• R38,12' R56 <br /> (Under Attic or Attie knee wall) Heating 1Mdih Length Area 20.81 2.50 1.63 1.33 0.92 <br /> Attic TemperaoEe 1505 I 1XI I=I 1,100 I X a 1100 0 - 0 a Many-•' <br /> Any Roofing Material Cooling 21.42 2.57 1,68 1.37 0.95 <br /> fUnconditbned Ceiling Discount Sq F7) 1-1 0 1.100 0 0 0 <br /> Ceiling(Sq.Ft.) None R19,Be R30,10' R38,1211 058 <br /> Ceiling below Roof Joists Heating Width Length Area 12,29 265C 1.73 1.46 1.07 <br /> Darker Bold Color Asphalt Shingle OXI 1=ll X g 0 0 0 711E.1111 <br /> Deck Consrtuatien Cooling�.� 11.45 1.45 0.04 0.71 495 <br /> [Unconditioned Ceiling Discount Sq FT) I v 1 0 0 0 0 0 M <br /> Basement Floor Width Length Area <br /> (2 or More Feat Below Grade) O XI 1=1 0 1 X Heating I 0.00 11111111a <br /> 20'Shortest Side <br /> Slab on Grade Linear Ft. 0 Instil 0S R-10 R-15 <br /> Heavy Dry or Light Wet Son 1 0 1 X Heating1 <br /> ^ '1 22. h 1 16.0 <br /> Vertical Edge lnsul 3'below grade 0 0 0 0 10 <br /> Floor Oyer Open Crawl Width Length Area 0-TileNinyl ()Carpet R-11 R-19 R.30 <br /> Space or Garage 1 0 1 X1 0 1=1 1500 I x4 6 <br /> g 2.; 1 <br /> 210 10 0 1500 0 <br /> 107 10.3 9.2 A <br /> 10 0 <br /> .3 <br /> 0 0 0 IO 0 <br /> Floor Over Enclosed Width Length Area 0 Inaul R-11 R-19 R-30 <br /> � <br /> Unconditioned Crawl Space r----101 a I e I a I X Heating 7.30 336 2.50 <br /> or Uncona0ioned Basement 0 0 00 W'. <br /> X Cooling 1.92 0.47 0,32 022 <br /> 0 0 0 0 <br /> Infiltration Cheek it House Under <br /> ❑ Home under 2000 Sq.Ft. Over <br /> e FOver 2000 Sq.Ft.r Total CFM <br /> HTO <br /> Ceiling Area Height Mins. Average Semi-Loose Average Semi-Loose 0 IIMEIF <br /> - <br /> 1,900 1 X L 12 I;®X 0.45 0.00 1.37 0.00 122 CTO <br /> 0.23 0.00 0.16 0.00 I 81 17 <br /> Fireplaces UM <br /> I X 20 M <br /> Number of People People 1_0_1 X 250 = <br /> Average Designer <br /> Intemal Appliance Gains Or <br /> (kitchen,Laundry equipment. Check Box H washer&dryer Inside living space a 0 0 <br /> Computers,Televisions&Lighting) not check for second floor(2400 BTUH) <br /> Subtotal _ _ <br /> Check Box for%Leakage ;Appy Air and Return%Air Duct Leakage <br /> 6%&6% 9 6%Supply&Return Leakage(extremely seekdiductwork in conditioned space) 0% 0% - '- <br /> Duct LossIGain.Supply&Return 9%&15% 0 9%supply 15%Return Air Leakage(Notably Sealed) 0% 0% <br /> 12%&24% 3 12%Supply and 24%Realm Duct Leakage(Average Sealed) 12% 24% <br /> 24%&47% U 24%Supply Air and 47%Return Duct Leakage(Partially Sealed) 0% 0% <br /> 35%&70% U 35%Supply Air end 70%Rehm Er Leakage(Unsealed) 0% 0% <br /> Bower Meat Discount Check Box for Blower Discount ❑I 1,707 <br /> Manufacturers performance data I Adjusted Subtotal <br /> Cooling Latent Load <br /> Grains CFM <br /> Latent Infiltration Gain 1=X 1 7 I X I 81 I = <br /> Check Box if Ducts in <br /> Latent for Occupants an UnconditionedD X1 200 I = <br /> space CFM <br /> Latent for Ducts in unconditioned I 7 I X I 81 1 = <br /> space ❑ <br /> I Total Latent Heat Ga In <br /> oopyrIght02011 HVAC Learning Solutions I I SIT Ratio TOTAL LOAD MEM',1 <br />
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