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HomeMy WebLinkAboutPROJECT SUMMARY - 05-00328 - 1058 Arctic Willow Dr - New SFR17 Short or rEntire House Brandon Muir Job: Brandon Muir Date; Sep 01, 2005 runt tsranaon mwor Method Construction quality Fireplaces Infiftration Simplified Average D HEATING EQUIPMENT Malo Tradi! Madel -Efficiency 80, AFU Heating input p Heating output ' Q Temperature rise p Actual air flaw Air flow factor D.Q21 5tafie pressure 0,00 Space thermostat ROOM NAME I Area (ft2) Rooml Room2 Room3 Room4 RoonnS RvomG Rvam7 Roam9 Room13 Rooml 0 COOLING EQUIPMENT Make Trade Cond CO -11 Ruh Sensible cooling Btuh Latent cooling °`� Total pooling GActual air flow cfmlBtuh Air #[aw factor in H20 Static pressure Laid sensible head ratio iwVj Ht load (Btuh) 3998 1753 4121 6435 4662 5354 6883 8742 12528 11740 C g load (Blah) 2496 1924 2596 1 621 2232 2353 2628 3079 5206 4419 0 EES' / Btuh 0 Btuh 0 Btu 388 0.01, 9 cfm/Blah 0.00 in H2O 1.00 Htg AVF I Clg AVF (Cfm) (cfm) Pnntout cerfified by ALGA to meet all requirements of Manual J 8th Ed. ,_t:.'11V1"7ghtSQft RI9ht-Sufte Residential 6.0.22 RSR40897 ACO� Prajecti.rrp Cafe— WS Onentatian = N e 84 37 86 135 98 112 144 183 263 246 121 93 126 79 109 X14 128 150 253 275 2005--ol 1rF0 Page 1 Mfg Lag Outside db (°F) -6 gg Inside db (OF) 70 75 Design TD ('17) 76 14 Dail range _ H inside humidity 50 Moisture difference (grAb) - -31 Method Construction quality Fireplaces Infiftration Simplified Average D HEATING EQUIPMENT Malo Tradi! Madel -Efficiency 80, AFU Heating input p Heating output ' Q Temperature rise p Actual air flaw Air flow factor D.Q21 5tafie pressure 0,00 Space thermostat ROOM NAME I Area (ft2) Rooml Room2 Room3 Room4 RoonnS RvomG Rvam7 Roam9 Room13 Rooml 0 COOLING EQUIPMENT Make Trade Cond CO -11 Ruh Sensible cooling Btuh Latent cooling °`� Total pooling GActual air flow cfmlBtuh Air #[aw factor in H20 Static pressure Laid sensible head ratio iwVj Ht load (Btuh) 3998 1753 4121 6435 4662 5354 6883 8742 12528 11740 C g load (Blah) 2496 1924 2596 1 621 2232 2353 2628 3079 5206 4419 0 EES' / Btuh 0 Btuh 0 Btu 388 0.01, 9 cfm/Blah 0.00 in H2O 1.00 Htg AVF I Clg AVF (Cfm) (cfm) Pnntout cerfified by ALGA to meet all requirements of Manual J 8th Ed. ,_t:.'11V1"7ghtSQft RI9ht-Sufte Residential 6.0.22 RSR40897 ACO� Prajecti.rrp Cafe— WS Onentatian = N e 84 37 86 135 98 112 144 183 263 246 121 93 126 79 109 X14 128 150 253 275 2005--ol 1rF0 Page 1 Entire House 3572 66215 Other equip loads 6690 Equip. @ x.94 RSM Latent coaling TOTALS 3572 72905 28553 1232 27999 0 27999 Printout certified by ACCA to meet all requirements of Manua! J 8th Ed. , vvI I -g ht-Suke Rodentia! _ _ 22 RSR408,97 Via# Projet,-,. ou tEntire House afyBrandon Muir Job,; Date: Brandon uir Sep 01, 2006 For: Notes: Desi Brandon Muir Weather; ditions Outside db OF Inside db 70 OF Design TD 76 OF Heating Summary Structure Ducts Central vent (95 cfrn) Humidification Piping Equipment load Infiltration Method Construction qualify Fireplaces Area (ft2) Volume {" Air changeslhour Equiv. AVF (cfm) Heatina 352 X8575 0.28 133 Summer �gn Conditions Outside db 89 OF Inside db 75 °F Desi n TD 14 OF Daily range H Relative humid'ity 50 % Moisture difference -31 grab Sensible Cooling Equipment Load. Sizing Btuh Structure 7141 Btuh cfrn B#uh Ducts Central vent (95 c#m} 11412 1232 Btuh Btuh Btuh Btuh Blower a Btuh Btuh Use manufacturer's dada RatelswEng multiplier D.54 Equipmeryt sensible load 2999 Btuh Simplified Average 0 Co �lin 5i2 28576 0.15 71 Heating Equipment Summary Make Trade Model Efficiency Heating input Heating output Temperature rise Actual air flaw Air flew factor Static pressure Space thermostat SQ RFC3E � Btuh 0 Btuh 0 OF 1388 cfm d.021 cfmfBfuh 0.00 in HSC) Latent Cooling Equipment Load Sizing Structure -1285 Btuh Ducts -299 Btuh Central gent (95Gfm713 ) -18tuh Equipment latent load D Btuh Equipment to, 2onn Btuh Req_ total capacity at 0.7p SHR 3.3 ton Cooling Equipment Summary Maize Trade Cond Cal! Efficiency D EES Sensible cooling a Btuh Latent cooling Q Btuh Total cooing Q Btuh AGtua[ air flow 1385 cfm Air flow factor 0.449 cfmlBtuh Static pressure- �n H20 Load gensible heat ratio 1.00 Printout ce[fified by ACCA to meet all requirements of Manual J 8th Ed. -- it SCS Right -Safe Resi 6--0.22 RSR40897 r ' Ojectl Cafes. = Mis neni n = N -e01 16128:50 Page 1 vvr_iuhtsoft Y_ Brandon Muir Job: Brandon Muir Date. Sep 01, 2006 B: Phone: Fps: Notes: SHIP TO: Aftn: Phone.- Fax: 'hvne:Fax: Src I Pad # Desen-pbon f 0 H ts4:3 Right -Suite Residential_ 0- RSR40897 Projedl,rrp CaIC= MJ8 Orientation = P Qty Ta�ai Unit fist pEeces I Pnce Disc I Extension 2005-Sep-ol 1=r0 Page I A wrightsoft- Brandon Muir ..fob: Date: By: Bran Muir Sep G1 v 2005 BILL TO: SHIP TO: Ph vr,e: Fax:, Notes. - Order otes: Ord date Src I Pari Ordered b Desefipfion VVr1 ,Sift p t -u fte Residential 6-0,22 RSR40897 P r oject I. rrP Cafe = MJ8Orientation Attn: Phone: Fax. Purchase order # Date required QtyTotal� pieces Ship vii Q1%ff Qtv "Ir '"'.? issued retumed 2005-e 16;.8.50 page 1 or I" m W�r IF inghtsoft- k Brandon Muir Job Date B. Brandon Muir Sep 0.1, 2006 r r . t5ran on it ExternalHeating Coolingl�ng static pressure Pressure losses d_0[} in H20, 0.00 in H20 0.00 in H20 �.OD in H20Available static pressure D.00 in H24 0.40 in H20 Supply t return avadable pressure 0.00/0,00 -inH20 0.00 1 0.00 m H20- Actual air flow Lowest friG�ion rate 0.000 roll DO#t 0_000 inli DOR Total effective length (TEL) 1 388 c#m 0 ft 1 3$8 c#m Name Design Htg CIg Design Diam Rect Duct Actual Ftg.Egv► (13tuh) (cfm,) (cfm) FR {in} Size (in) Mat[ Ln (ft) Ln {f#} Roami c 24961 84 i121 0.000 0 Ox 4 Shmt 4_0 0.0 Room2 c 1924 37 93 0.000 0 OXO ShMt D.0 p_0 Ro=3 G 259s ss 126 0.0001a ax �a ShMt 0.0 o.o R°�m4 h 1621 135 79 0.000 a rn� o shit R°°m5 � 2232 ss 109 0.000 0 oxo ShMt o,o 0.0 �1140.0 o.o °°�6 � 2��3 � � 2 R°��o me o sn�nt 0.0 0.0 n zs�s o Ox o snit �.o ����A n 1540 g2 75 0.000 o 0.0 Room90-0 0.0 Room13-A h 1540 92 75 0.000 o Ox v sn�[t 0.0 0.0 .RoomI3 n 2603 131 126 0.000 a Ox snit o.0 o_o R°°m10-A n 2603 131 127 o.aoa o ox a snit 0.0 a_a R°O�'t° n 2210 123. 107 0.000o ox o snMt 0.0 a.v h 2210 123 107 D 0 Ox 0 ShMt 0.0 0.0 Trunk Grill Htg Cig TEL design Jame Size (in) (Cfm) (Cfm) FR rb1 Ox 0 1388 1388 0.0 0.000 j4� v .rf SC)fjt RU ht -&he Residentlia 1 - 0,22 RSR40897 ACC Phi . ca = mj8 Orientation = Veloc Diam RectSize StudlJoist Duc# QPM) (in) (in) Openin (in)MatI Trunk 0 D Ox 0 ShMt 2005 -Sep -01 1628-50 Pagel