10128 23RD DR SE 2017-10-25 - Laserfiche WebLink

DocuSign Envelope ID: 150C424E-AA2D-4744-9D26-24669106lC6B is • ®AV H VAC RESIDENTIAL LOAD CALCULATIONS Based R XC ea on ACCA Manual J8ae 02/1012011 LEARNING SOLUTIONS- Instructions:Enter data into yellow fields only, All other fields are required text.Grey fields are calculations. Desi n Conditions: Project: Krippner&Abrahmson Indoor Design Heatindb 72 Winter 99%db 21 ff 51 Address Indoor Desi n Coolin db _ j47 Summer 1 k db 92 CTD 17 CI &State Indoor Desi n Coolin RH Grains 7 Dail Ran a Medium Load Info Seattle Washington Latitude Elevation 14 Phone# 1 divided by R-Value=U-ValueU-Value times temperature difference=H .g Transfer Multipller HTM times Area Sq.Ft.=BTUH Heat Gain/Loss For example,1 1 R19=0.053 For example,0.053 x 71=3.76 For example,3.76 x 3500 sq.R.=13,171 Heat Total Glass Area Single Double Triple Jalousie (Sq.Ft.) X Heating 4993 78.66 ',12 49.x: 0 350 0 0 Cooling Total Glass Area Single Double Triple Jalousie (Sq.Ft.) North 0 X Cooling 23 13 10 23 Area 0 O 0 0 Check box below NE/NW 0 X Cooling 43 28 21 43 and to add Internal Area 0 0 0 0 Sliding Glass Doors Shading. South 0 X Cooling 47 28 15 47 Blinds Area 0 0 0 0 ❑+ SE/SW �0 X Cooling 41 30 24 41 Area 0 0 0 0 E 8 W 0 X Cooling 46 33 27 46 0 1 350 0 0 Doors #Drs WidthHei�gght Area Wood WoodlMetal Storm Metal MetallMetal Storm m X1tl�= 42 X Heating 19.89 14.28 17.85 10.71 42 0 0 0 X Cooling 8.10 13.50 8.10 13.50 42 0 0 1 0 Gross Exposed Wall Height Length Area (Sq.Ft.) X = 2,100 Net Wall Frame-Siding Area Check if R-2 0Insul RAI R43 R-19 R-21 Exposed Wall less 1,850 X Heating Board 9.49 4.39 4.13 3.21 all glass and doors Insulation is 1,850 0 0 0 0 Wood Studs X Cooling usty. 5.39 2.06 1.77 1.12 0.95 No Board Insulation LJ 11850 0 0 0 0 Hei ht ^Length Area 0 Insul R-2 Insul R-4 Insul R-15 Insul Net Wall(Above Grade 2') EM X u=�0 X Heating 29.78 13.72 8.93 3.06 Concrete Block wl board insulation 0 0 0 0 No interior finish X Cooling 9.93 4.57 2.98 1.02 0 0 1 0 0 Net Wall(8'Below Grade) ..Height Len th Area 0 Insul R-2 Insul Rd Insul R-151nsul Concrete Block w/board insulation X�m X Heating 6.38 4.59 1 3.67 1 1.84 No Interior finish 0 0 1 0 1 0 Ceiling(Sq.Ft.) None R19 6" R30 10" R38,12" I R56 (Under Attic or Attic knee wall) Heating Wdth Length Area 20.81 2.50 1.63 1.33 Attic Temperautre 150' X = 1,050 X 0 1,050 0 0 U Any Roofing Material Cooling 21.42 2.57 1.68 1.37 0.95_ (Unconditioned Ceiling Discount Sq FT) 0 1,050 0 0 Ceiling(Sq.Ft.) None R19,6" R30 10" R38,12" R56 Ceiling below Roof Joists Heating Width Length Area 12.29 2.60 1.73 1.48 loo Dark or Bold Color Asphalt Shingle X=_ X 0 00 0 0 _ Deck Consrtuc0on Cooling 1 11.45 1 1.45 0.94 0.71 0.95 (Unconditioned Ceiling Discount Sq F7) F-0-1 0 01 0 Basement Floor Width ^Length Area (2 or More Feet Below Grade) X I�_r X Heating 1 0.00 20'Shortest Side Slab on Grade Linear Ft. 0 Insul R-5 R40 R-15 Heavy Dry or Light Wet Soil 128 X Heating 69.3 22.9 18.1 16.0 Vertical Edge Insul T below grade 128 0 0 FR�3O Floor Over pen Craw Width ^Length Area 0-TileNnyl ll-Carpet R-11 R-19 Space or Garage �0 X I__J= X 26.6 19.6 4.0 2.6 0 0 0 0 16.7 12.3 9.2 3.3 0 0 0 0 Floor Over EnclosedWidth Length Area 0Insul R-11 R-19 Unconditioned Crawl Space X _ X Heating 7.38 3.36 FTotaIGFM or Unconditioned Basement 0 0 X Cooling 1.92 0.47 0 0 0 Check if Semi-Loose ❑ Home Leakage Factor Infiltration HouseUnder 2000 S .FtOver 2000 S .Ft. HTD Ceiling Area Height Mins. Average Semi-Loose Avera a Semi-Loose 51 2,100 X �+ 60 X 0.00 032 UOG CTD 023 0.00 0.16 0.00 5 17 Fireplaces CFM 1 X 20 20 Number of People People 1 0 X 250 = Avera Designer Internal Appliance Gains ,_, 0I (kitchen,Laundry equipment, Check Box if washer&dryer inside living space d'31 Computers,Televisions&Lighting) not check for second floor(2400 BTUH) 0 0 Subtotal Check Box for%Leakage Supply Alr and Return%Air Duct Leakage 6%&6% W 6%Supply&Return Leakage(extremely sealedlductwork in conditioned space) 6% 6% Duct Loss/Gain-Supply&Return 9%&1s% ❑ 9%Supply 15%Return Air Leakage(Notably Sealed) 0% 0% r 12%&24% ❑ 12%Supply and 24%Return Duct Leakage(Average Sealed) 24%&47% 24%Supply Air and 47%Return Duct Leakage(Partially Sealed)