1602 RUCKER AVE 2016-01-01 MF Import

. � Site ID/Address l Permit No. 1997 WSEC Chapter 5, Residential Quali�cation Form page 1 Heat Source: Other Fuels, Zone 1 Instructions Overview The Chapter 5 Approach ailows any combination of building envelope components as iong as the collective heat loss doesn't exceed a maximum limit established by code. The calculations on the lower part of this page may be ignored if below grade wall insulation will either be R-19 on the interior or R-10 on the exterior or if the basement will not be heated or a habitable space, and the floor above is insulated. Page 2,Target Dwelling Calculation. Compute areas using outer surfaces for walls, ceilings(less skylights), and floors. � Use the rough-framed opening areas for doors and giazing. WSEC Chapter 10 default vaiues must be used for all walls, i ceiiings, floors, untested doors/glazing, and to determine below-grade wall/slab UA'. The Target glazing area is 15°/a of � the total heated floor area. , Page 2,Proposed Dwelling Calculation. Compute areas using outer surfaces for wall, ceilings, and floors. Use �he I rough-framed opening areas for doors and glazing. WSEC Chapter 10 default values must be used for all walls, ceilings, � floors,untested doors/glaziny, and to determine below-grade wall/slab UA•. . Tha Proposed DwslOny compUu!f th�Proposed UA doesnY axcaed iha Tarpat UA. � Trensfer well,cNllnp,floor,Qlazlnp,and door va/ues(R and(Q to th�Checkllat � BNow Grad�CalculaUon(for bslow-prade walUslab h�at Iws trad�offs) 1. For each wall that differs in depth, perform a separate calculation using Steps 2 3 3. Sum the totals. 2. Detertnine wall area from the slab surtace to the top of the mud sill. Exclude door and glezing areas and insert only i the concrete wall area fnto the designated boxes for both Target and Proposed heat loaa. � 3. Find the appropriate wall depths in Table 1 and insert the corrcsponding wall values into the Target box(es). Multiply { the wrtespanding wall U•factor by the area derived in Step pL 1 ♦. Measure the perimeter distance in linear feet for each slab under a wall with a different Table 1 depth. InseR the slab { R-factor from Table 1 corresponding to each wall listed in Step#3. i TARGET HEAT LOSS able 1 (Below grade wall/slabs) B.G. wall#1 (Ft2) x U = �'��aro�n,a�a+i mn«e�e w.n a.qn — InWehq not rtwn th�n 8'otw�n abov�prW� B.G. slab#1 (L.Ft) x F_ _ •) B.G. wall#2 (Ft2) x U = B.G. slab#2 (L.Ft) x F_ = Insulabd fnteriorwall Valuss TOTAL COLUMN � 2' depth: Walls U.043 Slab F.69 3.5' depth: Walls U.041 Slab F.64 PROPOSEp NEAT LOSS 7' depth: Walls U.037 ¢ Use Chapter 10 U3F-tacton for this calculaGon and the Siab F.57 � TARGET area/linear foot measuromanb. Inaulated exterior wall B.G. wail #1 (Ft2) x U = 2' depth: Walls U.070 B.G. slab#1 (L.Ft) x F_ � Slab F 60 B.G. wall#2 (Ft2) x U = 3.5' depth: Walls U.064 — Slab F.57 B.G. slab#2 (L.Ft) x F_ = 7' depth:Walls U.066 TOTAL COLUMN � Slab F.42 'If value M not liited,uae et�ndard er.gineerinp pract(ce - ar,aunweM• 3�