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Home My WebLink AboutENERGY EFFICIENCY CODEIll SCAN Erj FLORIDA ENERGY EFFICIENCY CODE By FOR BUILDING CONSTRUCTION a ..- 4PORM 906-A-49'ude CORM SECTION 9 — RESIDENTIAL POINT SYSTEM METHOD DEPARTMENT OF COMMUNITY AFFAIRS CLIMATEZONES CENTRAL 4 5 6 PROJECT NAMEs(oDv AND ADDRESS: a w► �Y- BUILDER: 4— sJa .'8/vv4n T-J,, I 12-1-G PERMITTING OFFICE: CLIMATE ZONE: 4 ❑ 5 ❑ 6 ❑ OWNER: II �a t.tJ aY� A. LPV"7 yvtC• PERMIT NO.: JURISDICTION NO.: NEW CONSTRliCTION X❑ ADDITION ❑ IF MULTIFAMILY, NUMBER OF UNITS COVERED BY THIS SUBMITTAL: � CONDITIONED FLOOR AREA 1 I SQ. FT. GLASS AREA AND TYPE CLEAR TINT,FILM,SOLAR SCREEN PREDOMINANT EAVE OVERHANG LENGTH �• ❑ FT SINGLE PANE L S SQ. FT SINGLE ST. PANE MULTIFAMILY AI ACHED ❑ I„ CHECK IF THIS SUBMITTAL REPRESENTS A WORST CASE CONDITION: ❑ PORCH OVERHANG [jj LENGTH n I� DOUBLE- PANE FQT DOUBLE- PANE L_L_W m FT. l NET WALL AREA AND INSULATION EXTERIOR MASONRY R = EXTERIOR FRAME R = EXTERIOR STEEL R = EXTERIOR LOG R _ j, FTT. m . ❑ L Z FTT. � so ( I � so FT. m � FT. m ADJACENT MASONRY R = ADJACENT FRAME R = ADJACENT STEEL. R = ADJACENT LOG R = ''I' FT. m . ❑ Z I S soT. I ► = so. [IL_L LJ l FT m CEILING AREA AND INSULATION FLOOR TYPE' AND INSULATION UNDER ATTIC R =SQ.c SINGLE ASSEMBLY R = SLAB PERIMETER R = RAISED: WD ❑ CON ❑ R = I F ❑ I F I ❑ ii ( FT ( FQT 3 3 FT F�. DUCTS I'i COOLING SYSTEM HEATING SYSTEM HVAC CREDITS HOT WATER SYSTEM HOT WATER CREDITS IN UNCONDITIONE Q CENTRAL ❑ ELECTRIC STRIP Q HEAT Q CEILING FANS ® ELECTRIC SOLAR: ❑ [I]SPACE R = � ❑ ROOM NATURAL GAS PUMP El NATURAL ❑ CROSS VENTILATION ❑NATURAL GAS _ . HEAT RECOVERY (CHECK) ❑ ` ❑ El TERMINAL El UNIT OR ❑ OTHER FUELS ❑ WHOLE HOUSE FAN ❑ OTHER FUELS DEDICATED IN CONDITIONED' AIR CONDITIONER ❑ PACKAGE TERMINAL HEAT PUMP NONE ❑ ❑ATTIC RADIANT ❑NONE HEAT PUMP: ❑ , m E.F. SPACE' R = ;' �, ❑', NONE SEER/EER AFOUEHSPFI �. p BARRIER ❑ MULTIZONE EF _ NUMBER OF m = BEDROOMS - INFILTRATION PRACTICE! USED 1 1 L (? D 7 # j ❑ #2 ❑ #3 TOTAL AS -BUILT POINTS rAl rill ATFn FNF In accordance �(th Section 553.907 F.S., I hereby certify that the plans and specifications covered by this calculation are in compliance with the Florida Energy Cpde. OWNER/AGENT: �YL'S r DATE: ��'� % -7 cl47 1 10 x 100 = lil TOTAL BASE POINTS CALCULATED E.P.I. Y PERFORMANCE INDEX MUST NOT EXCEED 100 POINTS. Review of the plans and specifications covered by this calculation indicates compliance with the Florida Energy Code. Before construction is completed, this building will be inspected for compliance in accordance with Section 553:908 F.S. BUILDING OFFICIAL: DATE: 9A 1. PRESCRIPTIVE MEASURES Must be met or exceeded by all residences. COMPONENTS ! t SECTION REQUIREMENTS CHECK WINDOWS 904.1 MAXIMUM OF 0.5 CFM PER LINEAR FOOT OF OPERABLE SASH CRACK. EXTERIOR & I ADJACENT DOORS`I 904.1 MAXIMUM OF 0.5 CFM PER SQ., FT. OF DOOR AREA. INCLUDES SLIDING GLASS DOORS, SOLID CORE, WOOD PANEL INSULATED OR GLASS DOORS ONLY. EXTERIOR JOINTS & CRACKS 904.1 TO BE CAULKED, GASKETED, WEATHERSTRIPPED OR OTHERWISE SEALED. I WATER HEATERS I; ffflll 904.2 MUST BEAR LABEL INDICATING COMPLIANCE WITH ASHRAE STANDARD 90 OR COMPLY WITH EFFICIENCY AND STANDBY LOSS REQUIREMENTS. SWITCH OR CLEARLY MARKED CIRCUIT BREAKER (ELECTRIC), OR CUT-OFF GAS MUST BE PROVIDED. AN EXTERNAL OR BUILT-IN HEAT TRAP MUST BE PROVIDED. SWIMMING POOLS!, & SPAS 904.3 SPAS & HEATED POOLS MUST HAVE COVERS (EXCEPT SOLAR HEATED). NON-COMMERCIAL POOLS MUST HAVE A -PUMP TIMER: GAS SPA & POOL HEATERS MUST HAVE MINIMUM THERMAL EFFICIENCY OF 75%. `_ HOT WATER I PIPES 904.4 INSULATION ISREQUIRERONLYFOR RECIRCULATING SYSTEMS INCLUDING HEAT RECOVERY UNITS. INSUCH CASES, PIPING HEATLOSS SHALL BE LIMITED TO 17.5 BTUMILINEAR FOOT OF PIPE. 1� " SHOWER HEADS I 904.5 WATER FLOW MUST BE RESTRICTED TO NO MORE THAN 3 GALLONS PER MINUTE AT 80 PSIG. )C HVAC DUCT CONSTRUCTION i. 903.2 904.6-1 CONSTRUCTED IN ACCORDANCE WITH INDUSTRY STANDARDS & LOCAL MECHANICAL CODES. DUCTS IN UNCONDITIONED SPACE MUST BE INSULATED TO MINIMUM R- 4.2 & JOINTS MUST BE SEALED, HVAC CONTROLS I, 904.7 1 SEPARATE READILY ACCESSIBLE MANUAL OR AUTOMATIC THERMOSTAT FOR EACH SYSTEM. K INSULATION .I; g04,9 CEILINGS -MIN. R-19. COMMON WALLS -FRAME R-11 OR CBS R-3. FRAME COMMON CEILINGS & FLOORS R-11. -1- CLIMATE tONF$ 4 5 6 SUMMER CALCULATIONS Cn U) J z GLASS I BASE I BASE AREA 'x SUMMER = SUMMER o PT. MULT.' POINTS N 3. < i 47.8 1 (*7 z w CDAREA SINGLE -PANE DOUBLE -PANE SUMMER111 I AS -BUILT GLASS x SUMMER POINT MULT. 0R SUMMER POINT MULT. x OVERHANG"-G ,LASS CLEAR TINT' CLEAR' TINT' FACTOR (9B) I SUM. PTA. N 3 . 51.0 51.5 47.8 ' 43.5 . ! .111 LO NE 77.2 76'.6 71.7 °63.4 N E 40 109.2 1.07.1 102.0 87.3 it II. 3-Y 3 SE 112.9 110.3 104.1 89.4 S 100.2 98.3 90.9 78.8 SW 112:9 110.3 104.1 89.4 I{I W 2- 109.2 107.1 102.0 87.3 :117 " NW 77.2 76.6 71.7 63.4 H' 367.7 303.3 324.6 238.1 lls 1D - . 7-. 10 . 2-- .77 93i{, III ,JH .III !II lil COND. TOTAL BASE BASE ADJUSTED 15 x FLOOR _ GLASS = ADJUST. x GLASS = GLASS BASE COMPONENT BASE SUMMER DESCRIPTION AREA x POINT MULT = SUMMER POINTS EXTERIOR, q x 2., 1.0 a. ADJACENT .7 S 3 EXTERIOR 2-0 4;8 Cr ADJACENT 1.6 o G UNDER ATTIC z OR SINGLE. w ASSEMBLY U - O 0 LL !h AS•BUILT GLASS SUBTOTAL v COMPONENT DESCRIPTION SUMMER AREA x POINT MULT. (9C THRU 9G) AS -BUILT SUMMER POINTS x . 9zz.5 111'�Z A T Z I II � ti {I ;al'I )OR AREA DIRECTLY UNDER CEILING. AS -BUILT CEILING AREA',I - 31.8 S 4 - 3A3 ERIMETER LENGTH AROUND CONDITIONED FLOOR. FOR RAISE 1 10.9 1 L USE TOTAL FLOOR AREA OF CONDITIONED SPACE. v COOLING SYSTEM BASE COOLING I TOTAL BASE SYSTEM x SUMMER MULTIPLIER POINTS BASE = COOLING POINTS - TOTAL AS -BUILT SUM. PTS. AS -BUILT I AS -BUILT I AS -BUILT AS -BUILT x DM x CSM x CC, = COOLING 9H 9K 9L I POINTS 43pp L 71-217i ,Z Sf3 Jr% j•/o - 40I(1 jII' Z AS -BUILT HOT WATER SYSTEM DESC. NUMBER AS -BUILT AS -BUILT"" OF x HWM x HWCM Ii, = HOT WATER BEDROOMS 9M 9N ifd POINTS HOT WATER SYSTEM NUMBER BASE BASE OF x HOT WATER = HOT WATER BEDROOMS I MULTIPLIER I POINTS 3 3527 I of8 t c/ 3 �✓ 2 _ 1I� t05, 'H = Horizontal' Glass (Skylights) 2For glass with known Shading Coefficient, see section 903.2(a). Tint Multipliers may be used for glass with solar screens, film, o jji iqt. .2- 91 HEATING SYSTEM MULTIPLIERS (HSM) CLIMATE ZONES 4 5 6 SYSTEM TYPE HEATING SYSTEM MULTIPLIERS' Meat HSPF 6.4 - 6.89 6.9 - 7.39 T4 - 7,89 7.9.8.39 8.4 - 8.88 8.9 - Up Central U,r COP 2.5 2 69 2.7.2.89 2.9 - 3.09 3.1 - 3.29 3.3 - 3.49 3.5 - 3.69 3.7 - Up Pump its HSM .50 .47 .44 .41 .39 37 PTHP HSM .52.._...._ .50 .47 .44 .41 .39 .37 Electric; trip 1.0 Gas & qther Fuels 1.0 (See Table 9J for Credit Multiplier) Minimums: Central Units -Air Source 2.7 COP (6.4 HSPF), Water Source 3.4 COP, Ground Water Source 3.2 COP. PTHP 2.6. COP means Coefficient of Performance. 9.1 HEATING CREDIT MULTIPLIERS (HCM) ,' SYSTEM TYPE HEATING CREDIT MULTIPLIERS Attic Radlant Barrier HCM .98 Multizone HCM .90 Natural as i1 AFUE .67 - .69 .70 - .74 .75 - .79 .80 - .84 .85 - .89 .90 - Up HCM .37 .35 .33 _31 .29 .27 Other Fu, Is HCM .60 .58 .54 .50 .47 .45 Where more than one credit is claimed, multiply HCM's together. Enter product on page 4. AFUE means Annual Fuel Utilization E_fficiencv. 9K COOLING SYSTEM MULTIPLIERS (CSM) SYSTEM TYPE COOLING SYSTEM MULTIPLIERS' RATING 7.5- 8.0- 8.5- 9.0- 9.5- 10.0- 10.5- 11.0- 11.5- 12.0 CENTRAL'UNITS 7.9 8.4 8.9 9.4 9.9 10.4 10.9 11.4 11.9 & Up (SEER/EER) CSM ! .40 .38 .36 _34 .32 .31 .30 .28 PTAC & OOM UNITS (EER), � CSM A5 .43 .40 .38 .36 .34 .32 .31 .30 :28 Minimums: Central Units -Air Cooled 7.8 EER (8.5 SEER). Ground Water Cooled 10.0 EER. EER means Enerqv Efficlencv Ratio. SEER means Seasonal Enerov Efficlencv Ratio. 9L COOLING CREDIT MULTIPLIERS (CCM) SYSTEM TYPE 700 ING CREDIT MULTIPLIERS CCM) Ceiling �ans .86 Multizone .90 Cross Ventilation or Whole House Fan (Credit for only n .95 Attic Radiant Barrier .95 Where more than one credit is claimed, multiply CCM's together. Enter product on. a e 2. 9M HOT WATER MULTIPLIERS (HWM) SYSTEM TYPE HOT WATER MULTIPLIERS Electric EF ,80 - .81 .82 - .83 .84 - .85 .86 - -.87 .88 - .90 1 .91 - .93 .94 - ,96 .97 & Up Resistance, HWM 3879 3785 3695 3609 3527 3411 3302 3200 1 EF .54 - .55 .56 - .57 .58 - .59 .60 - ,61 .62 - .63 .64 - .65 .66 & Up Natural Gas HWM 1415 1364 1317 1273 1232 1194 1158 Other Fuels HWM 2317 1 2234 1 2157 1 2085 1 2018 1 1955 1 1895 Water heaters must comply with prescriptive measures of Tattle 9A, EF means Energy Factor. 9N HOT jWATER CREDIT MULTIPLIERS (HWCM) SYSTEM TYPE HOT WATER CRE XT MULTIPLIERS SF .1 .2 .3 .4 .5 .6 .7 .8 .9 1.0 Solar W ter Heater HWCM .9 .8 .7 1 .6 .5 .4 1 .3 .2 .1 1 .0 With Air -conditioner Heat Pump Heat Re overy Unit HWCM .62 .58 EF 2.0-2.49 2.5-2.99 3.0.3.49 3.5 & U Dedicated Heat Pump I HWCM _44 .35 1 .29 .25 A HWM must be used in conjunction with all HWCM. See Table 9M. SF means Solar Fraction. EF means Energy Factor. 9P INFILTRATION REDUCTION PRACTICE COMPLIANCE CHECKLIST (See Section 903.2(f)) COMPONENTS REQUIREMENTS FOR EACH PRACTICE CHECK PRACTICE #1 COMPLY WITH ALL INFILTRATION PRESCRIPTIVES ON TABLE 9A. PRACTICE #2 COMPLY WITH PRACTICE #1 AND THE FOLLOWING: Exterior Walls. and Floors Top plate.enetrations sealed. Infiltration barrier installed. Sole platelfloor'oint caulked or sealed. Exterior Walls & Ceilings Penetrations 'oints and cracks on interior surface caulked sealed or clasketed. Ductworki' Ductwork in unconditioned space must be sealed. Fireplaces- Eouipped with outside combustion air, doors and flue dampers. Exhaust Fans Equipped with dampers. Combustion devices see 903.2(fl. PRACTICEi #3 COMPLY WITH PRACTICES #1 AND #2 AND THE FOLLOWING: Ceilings i i Infiltration barrier installed. Interior Walls To late penetrations sealed or 'oints & cracks on interior walls caulked sealed or gasketed. Recessed: Lights Sealed from conditioned space & insulated from ventilated attics aces. Ductwork I All ductwork located in conditioned space. Combustioh Appliances Be in unconditioned space (except direct vent). Draw air from unconditioned space. Exhaust by-products outdoors. Stoves see 903.2(f). 'For multipli rs for other types of systems see section 904.9. i -6- GLIMATF160NES 4 5 6 WINTER CALCULATIONS I I F- BBASE WINTER! BASE. GLASS Uj x POINT WINTER s AREA I MULTIPLIER I PENNTS' F= Cn J C7 z LL' o GLASS x SINGLE -PANE OR DOUBLE -PANE x WINTE�jh AS -BUILT WINTER POINT MOLT WINTER POINT MULL OVERHANG = GLASS AREA 11 CLEAR TINT' CLEAR TINT' FACTOR (9B) WIN. PTS. N 3.5 9.6 9.6 5.6 6.1 �IIS NE 7.4 7.3 3.5 4.2 I:I E -2.2 -2.0- -5.6 -3.6 SE -10.3 - 9.7 -13.4 -10.4 S -10.9 -10.2 -14.0 -11.0 i)I SW -10.3 - 9.7 -13.4 -10.4 11'i W 2- -2.2 -2.0 -5.6 -3.6 NW 7.4 7.3 3.6 4.2 H' -32.1 -28.0 -27.0 -21.5 ilh Ili -2,z 2. Cr2.i -.Z0 1O F III II. lif !Ili COND. TOTAL BASE BASE ADJUSTED A 5 x 'FLOOR = GLASS = ADJUST x GLASS = GLAS3 AREA I AREA FACTOR I SUBTOTAL BASE WP .15 1 11CI I 1 115.95 1.4-7-- 1 4-tp_ _ Ion BASE COMPONENT AREA. x BASE WINTER = WINTER DESCRIPTION POINT MULT. POINTS EXTERIOR Ll, 1.1 a ADJACENT 2.0 1.8 3 AS -BUILT GLASS j� SUBTOTAL WINTER �( AS -BUILT COMPONENT AREA x POINT MOLT. _!� WINTER DESCRIPTION 9C THRU 9G ' , POINTS E zz S 2_ o !! S Z 1" 3,97 BASE HEATING 7 TOTAL BASE BASE TOTAL AS -BUILT I AS -BUILT I AS-BUILTI, AS -BUILT HEATING SYSTEM x WINTER = HEATING AS -BUILT x DM x HSM x HCM '�I; '= HEATING SYSTEM MULTIPLIER I POINTS POINTS WIN. PTS. I (9H) (91 94 POINTS 1.14 j✓c% (t(�77 1t3I 1• lD . 5O _ �IJ f (e24� uli BASE BASE BASE TOTAL AS -BUILT AS -BUILT I AS -BUILT I TOTAL COOLING + HEATING + HOT WATER = BASE COOLING + HEATING + HOT WATER 'I{ AS -BUILT POINTS POINTS POINTS POINTS POINTS POINTS POINTS ' I POINTS 0 From P.2 From P.2 Enter on P.1 From P.2 From P.2 Enter on P I I.Z�-tom fEGZ7 !05; 2q4-70' �Z� %_> z I �L%g,pi •�II .Z(�(pD% 'H = Horizontal Glass (Skylights) ' 2For glass with known Shading Coefficient, see section 903.2(a). Tint Multipliers may be used for glass with solar screens, film or'tijnt.. II; -4- �� i i 9B WINTER OVERHANG FACTORS (WOF) WINTER POINT MULTIPLIERS (WPM) r CLIMATE ZOMES 4 5 6� RATIO .0-.11 .12-.17 .18-.26 .27-.35 .36-.46 1 .47-:57 .58-.70 1 .71-:83 1 .84-1.18 1.19-1:72 1.73-2.73 2.74+ .OH 1 SINGLE PANE GLASS N 1.0 1.03 1.05 ,1.08 1.10 113 1.15 1.18 1.20 1.24 1.29 1.34 NEINW ;; 1.0 1.07 1.10 1.15 1.20 -1.25 1.30 1.35 1.39 1.50 1.59 1.67 E/W 1.0 .71 .57 .19. -.20 -.65 -1.05 -1.48 -2.03 -3.01 -4.06 -5.04 > 1 SE/SW r 1':0 .93 .90 .80 .68 .54 .39 .22 .05 -.33 -.71 -1.01 S I 1.0 .95 .92 .83 .70 .54 .36 .13 -.13 -.70 -.98 -1.09 w ,) (I DOUBLE PANE GLASS U)" N 1.0 1.05 1.07 1.11 1.14 1.18 1:21 1.24 1.28 1.34 1.40 1.47 i NE/NW 1.0 1.11 1.16 1.24 1.32 1.41 1.48 1.56 1.63 1.80 1.94 2.08 j E/W 1.0 .88 .82 .66 .50 .31 :15' -.03 -.26 -.66 -1.10 -1.50 f SE/SW . 1.0 .95 .92 .85 .76 .65 .54 .41 .28 -.01' -,30 -.52 S 1.0 .96 .94 .87 78 .65 .51 .33 .13 -,30 -.51 -.60 0' OH LENGTH': 0 ft. 1 1 ft. 1 11/2 f1. 1 2 ft. 3 ft. 1 31/2 ft. 1 41/2 ft 51/2 ft. 61/2 ft. 9'/211. 1 14 ft. 1 20 ft.+ * To select by Overhang Length, no part of glass shall be more than 8 ft. below the overhang. I, OVERHANG RATIO =; OH LENGTH OH HEIGHT ' T �- L H 9C WALL WINTER POINT MULTIPLIERS (WPM) FRAME WOOD STEEL R-VALUE EXT' ADJ EXT ADJ 0- 6.9 6.8 5.3 9.4 6.7 R.VALUE 7-10.9 2,$ 2.1 4.4 3.3 0- 2.9 11.12.9 40 1.8 3.3 2.6 3 4.9 '6:9 ,.13 -18'.9 1 1,$ 3.0 3.0 2.4 5 - 19-18A 111 1.0 2.4 �7-26 &U 7 7 14 1.2 . 9D, DOOR WINTER !POINT MULTIPLIERS (WPM) j DOOR TYPE .' EXTERIOR ADJACENT WOOD l I 7.6 5.9 INSULATED 5.1 4.0 i 9F FLOOR WINTERIPOINT MULTIPLIERS (WPM) i SLAB oH L IT CONCRETE' BLOCK' FACE BRICK INT. INSULATION EXT INSUL. R-VALUE WOOD FR NORMAL WT. NOR. WT. 0- 6.9 7.0 EXT ADJ' EXT 7 -10.9 2.1 6.0 3.1 6.0 11 -18.9 1.7 3.8 2.3 2.8 19 - 25.9 1.0 2.9 1.9 2.0 26&Up .6 23 1.5 1.5' R'-VALUE BLOCK 1.5 1.1 .8 0-2.9 3.7 HIRE- s:z:">.>: 10 & Up 1.3 ,t 9E CEILING WINTER POINT MULTIPLIERS (WPM) LOG 6 INCH I•VALUE EXl 0- 2.9 2.2 3-6.9 1.2 7&Up .9 8 INCH I•VALUE EX1 0-2.9 1.2 3-6.9 .9 7&Up .7 UNDER ATTIC SINGLE ASSEMBLY CONCRETE DECK ROOF F CEILING TYPE R-VALUE WPM R-VALUE WPM 1,9 - 21.9 1.0 10'-10.9 1:8 I -VALUE DROPPED EXPOSED 22-25.9 .9 'it -12.9 ._ 1.6 10-13.9 14-20.9 1.2 .7 1.3 .7 26-29.9 .7 13-18.9 19-25.9 1.5 1.1 6 30-3.7.9 .6 21 &U .4 .3 38 & U 4 26 & U ;: .... •ON-GRADE EDGE INSULATION RAISED CONCRETE RAISED WOOD. POST OR PIER CONSTRUCTION STEM WALL WI UNDER FLOOR INSULATION ADJACENT R-VALUE WPM R VALU -E WPM 0 2.9 2.5 0-2.9 4.0 R•VALUE WPM WPM WPM' 0. 6.9 7.9 �•..; 5.3 3-4.9 - 1.7 3-4.9 1.6 7-10.9 2.1 ...:.°..;.:67».....::..; 2.1 5-6.9 -2.4 5-6.9 1.1 11-18.9 1.5 .5 13 ft-7&U - 2.7 7&U 8 19&Up .9 .3 1.0 913 INFILTRATION V, INTER POINT MULTIPLIERS (WPM) 9H DUCT MULTIPLIERS (DM) INFILTRATION PRACTICE (See Tale 9P) WPM PRACTICE # 1 6.2 PRACTICE # 2 ",, 4.1 PRACTICE # 3 2.2 R-VALUE With Return Air Duct W O Return Air Duct 4.2 - 4.9 1.14 1.10 5.0 - 6.6 1.12 1.08 6.7 & Up 1.09 1.06 DUCTS 1N CONDITIONED SPACE 1.00 1.00 'For multipliers for of ler types of concrete block construction see section 903.2 (b). 2For, multipliers for of er types of raised' wood assemblies see section 903.2 (e) 1. I -5- r ' SUMMER POINT MULTIPLIERS (SPM) 9B SUMMER OVERHANG FACTORS (SOF) For single and double pane glass. ,a ,l i CLIMATE ZONES 4 5 6 �lil 10- OH RATIO .0-.11 .12-.17 .18-.26 .27-.35 .36-.46 .47-.57 .58-.70 .71-.83 .84-1.18 1.19-1.72 1.73-2.73 2.74+ N 1.0 .94 .91 .87 .83 .79 .75 .72 .69 .62 lik .56 .50 ml NE/NW 1.0 .94 .91 .85 .79 .72 .68 .63 :58 .50 11.! .40 .36 ,LU o E/W 1.0 .95 .92 .85 .78 .70 .64 .58 .52 .42 11 .33 .26 SE/SW 1.0 .93 .90 .81 .72 .62 .55 .49 .42 .33 11I.27 .22 S 1.0 .91 .87 .77 .67 .57 .50 .45 .39 .32 111.28 1 .25 'OH LENGTH * 0 ft. I 1 ft. 1 11h ft. 2 ft. 3 ft. 31/2 ft. 1 41/2 ft. 51/2 ft. 1 61/2 ft. 91/2 ft. 14 ft. 20 ft.+ * To select by Overhang Length; no part of glass shall be more than 8 ft. below the overhang. I� OVERHANG RATIO = OH LENGTH OH HEIGHT Ifr L H 9C WALL SUMMER POINT MULTIPLIERS (SPM) FRAME WOOD STEEL R-VALUE I EXT ADJ EXT ADJ 0- 6.9 6.4 2.2 8:9 2.9 7 - 10.9 2.3 .8 4.1 1.3 11 - 12.9 1.9 :7 3.0 1.0 13. 18.9 1.7 .6 2.8 0.9 19 - 25.9 1.0 .3 2.4 0.8 9D DOOR SUMMER POINT MULTIPLIERS (SPM) DOOR TYPE EXTERIOR ADJACENT WOOD 7.2 2.4 INSULATED 4.8 1.6 QF FI nnR SIIMMFR PnINT MIILTIPLIFRS ISM IL H CONCRETE BLOCK' INT. INSULATION EXT. INSUL. FACE BRICK ' I LOG 11, R-VALUE WOOD FR, NORMAL WT. NOR. WT. 0- 6.9 2.9 III 6 INCH R•VALUE EXT ADJ EXT '7 -10.9 .6 R-VALUE EXT 0- 2.9 2.5 .9 2.5 11-18.9 .4 01 2.9 1.7 3- 4.9 1.4 .7 .7 19 - 25.9 .2 1 3JU 6.9 1.1 5- 6.9 1.0 .6 .3 26&U .1 14Up .8 7 -10.9 .8 .4 .1 R-VALUE BLOCK 111 B INCH 11 -18.9 .4 .3 .0 0- 2.9 1.0 REVALUE EXT 19-25.9 .2 .2 3- 6.9 .6 01;--;2.9 1.0 26 & Up 1 1 <` 7- 9.9 .4 31;V 6.9 .8 10 & U .2 71& Up .7 i 9E CEILING SUMMER POINT MULTIPLIERS (SPM) l UNDER ATTIC SINGLE ASSEMBLY CONCRETE! DECK ROOF II'CEILING TYPE R-VALUE SPM R-VALUE SPM 19 - 21.9 1.1 10 -10.9 3.0 R-VALUE DROPPED EXPOSED 22-25.9 .9 11-12.9 2.7 10-13.9 3.0 3.3 26-29.9 •7 13-18.9 2.4 14.20.9 2.0 2.1 Rn -WQ R 1Q_9FQ 1R 21&LID K4 1.3 SLAB -ON -GRADE EDGE INSULATION RAISED CONCRETE RAISED WOOD2' lli POST OR PIER CONSTRUCTION STEM WALL WI UNDER FLOOR INSULATION ; ADJACENT R-VALUE' SPM R-VALUE SPM R-VALUE PM PM III' PM 1. 0-2.9 -1.0 - 5.3 3-4.9 -31.8 3-4.9 -1.7 7-10.9 -1.1 -2.8 Ili 2.1 5-6.9 -31.7 5-6.9 -1.7 11-18.9 -1.0 -2.2 ll' 1.8 7& - t. 7& -1.7 19&Up -.9 -1.8 fll 1.0 9G INFILTRATION SUMMER POINT MULTIPLIERS (SPM) 9H DUCT MULTIPLIERS (DM) INFILTRATION PRACTICE SPM (See Table 9P) PRACTICE # 1 13.8 PRACTICE # 2 10.9 PRACTICE # 3 7.6 R-VALUE With Return Air Ductl W/0 Return Air Duct 4.2 - 4.9 1.14 III 1.10 5.0 - 6.6 1.12 111 1.08 6.7 & Up 1.09 -111 1.06 DUCTS IN CONDITIONED SPACE 1.00 Ili 1.00 'For multipliers for other types of concrete block construction see section 903.2 (b). 2For multipliers for other types of raised wood assemblies see section 903.2 (e) 1. -3- s