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1994 Washington State Nonresidential Energy Code Compliance Form <br />for Prescriptive Option If not, either the Component Performance or Systems Analysis Options must be used. <br />-.-- I".I- ••'-r•..-.— .... n.n.n.p cmm.ng errverop\ elbl=CR.WeenCl510..h..ellg.11.M. Much Vtl.6N,0, rppbnfl <br />t.dwlemenh Me rolloveng nw a pone. compne HI epa.. ha.bng tryee \ .1amenh a Me pnm.ry h..M9 111.1 indlddmg oas.lward. 1111.ol. and <br />Other. All other ep6e Mating Instill. including gar told hall 1 and Sian b¢al an units wear. in. pool .1.:. cmntance near..gamy ncead. 10 <br />propane.pac. hearing sy.bm.and Moo .Hein. Inted in MUKepow to Wlft'or M.glo..conddloMdeoor.m. Exc.ptlon: HOW PVmp\ and <br />e4N¢ bv.lan.. ([onbnped at right) to;=, etcelc nu.hnce Mating In v.n.bi. art wlpm. dpMbuWn <br />.yatem. <br />Electno <br />--- Resistance <br />rip\\Heat j yn <br />AN <br />woes R-10 <br />All Insulation InstalkC7 <br />Opaque Walls Rd <br />Below gads well levil R•12 <br />Below grave wells (pihrl Rdg <br />Rook over Attica R. <br />AN other root R-2 <br />Floors over uncond so R.21 <br />SlabsdiyrWe RI <br />Radiant doors R•1 <br />Opequedoors U-060 <br />Glazing Criteria Metz <br />Gump Vert OH <br />Area % U U SHGC <br />00.15% 090 1 45 1 o0 <br />15.20% 075 140 100 <br />20-25% 060 130 060 <br />25.00% 050 125 050 <br />no I I you <br />yea <br />nor <br />insulation Installed? <br />e Wait <br />R•t <br />ry walls (Mt) <br />U-0 1 <br />ry waft(pine") <br />U-02 <br />grade weNo (evil <br />R-12 <br />grade wait (othr) R•ig <br />7f�R <br />vwr an," <br />R. <br />r room <br />R-2 <br />ver uncond up <br />R•21 <br />nyrade <br />R•t <br />Nmra <br />Rd <br />do0rs <br />u 0 <br />Gtnng Cmr!na Met? <br />Gt rig Ven. OH <br />Area % U 11 <br />s <br />0G.M% 0 DO 145 <br />100 <br />05-07% 060 100 <br />070 <br />07.10% 050 125 <br />050 <br />1C•15% 040 080 <br />040 <br />01111111111111i© <br />AN Insulation Inalalted7 <br />Opaque vi <br />R-2 <br />Masonry, wags (Ord) <br />U-0 1 <br />Masonrywalt(othen <br />U-02 <br />Below grade waas(evi) <br />R•12 <br />Below grade wait (othr) <br />R-24 <br />Root war s01ca <br />R- <br />N other root <br />R. <br />Floors over uncon0 <br />R-00 <br />SMbs-angrude <br />R-1 <br />short Noprs <br />R•t <br />Opaque doors <br />U-0 69 <br />Glanng Ciaena Met? <br />Glahng Van OH <br />Area % U U <br />o0-to% 040 090 <br />100 <br />yes I no <br />Prllsonph" M <br />Path Allowed 1. <br />xM Performance or4_ --� <br />AN ' <br />wells R•24 <br />AN Icauttion Installed? <br />r0paqua Wan\ R•J <br />Below prase walla levil R- <br />Below grade wells IotM <br />Root quit a'. R• <br />n ott o rods R- <br />Flops aer untao R• <br />SIaW-m.grade R•1 <br />aslant Noon R-1 <br />Opaque door U-0 <br />Gla M Crania Metz <br />Gluing Vert OH <br />Area NO U U SHG <br />00.20% 040 080 too <br />©mom <br />ConcreteAlasonry Optic, <br />Assembly Description <br />Wall Heat Capacity (HC) <br />Assy Tag HC— Area (s) HC x Area <br />*If the area <br />weighted heat <br />capacity (HC) of <br />the total above <br />grade wall Is a <br />minimum of 9 0. <br />the Concrete <br />Masonry Option <br />may be used. <br />—For framed <br />walls, assume <br />HC=t0 unless <br />calculations are <br />provided; for all <br />other walls. use <br />Section 20117. <br />Tclals <br />Area weighted HC divide total of (HC x area) by Total Area <br />