The URL can be used to link to this page

Home My WebLink AboutENERGY EEFFICIENCY CODE - 1-8-96H; tz. ..... _ ..-._... - _ ... __.-._ ... _ ... _....._ ......__ ...... 1 i�r=t(o Depar't.fient, or i.:C)i!munitV Of fair .M. _.708 FLORIDA ENERGY EFFICIENCY ,',ODE FOR. DL i I l_U l l' U C(JNI r 'RU _ I L!., N c:Or;M 60OK -..93 Residential Whoie Building Per t:or'Ill;tnce Method i s+_J1,f r H i-'ROE r i4AME: :8UILDER: ; P E I-' H I T T .0 N G ; C L.- I M A r L ' _ :OFFICE: :ZONE: 0UJ; FERMI t NO. !JURISDICTION NO- 1 ,l. New coiit'struction or addition jingle: amil.'y detached or Multifamily attached . r f Mu:! li famil '-No. of units ' h. of Multifamily, is this a worst case tya': /no) 5. Conditioned floor area (sq. ft. ) 6. Predominant eave• overhang (ft.) SCANNED 7. ,3orch'I overhang Length (ft.) 3. Glass area and type: �� Y a- Clea Glass St County b. Tint, film or solar screen 9.'Floor type and insulation: a. Slab on grade (R•"-value, perimeter) b.. Wood, raised (R-value, area ) 10:Net Wall type area and, insulation: K 1. New -Construction _. 2. Single•-.Fami Ly 4. o. 1.60 _. 7. 12.00 Single Pane ouble Pane 8a ..1375 . l; q f t 0. 00sq f t ab. 0.0sgft 0.00sgft _ 9a.Rz 0.00 279.00 ft 9b.R=19.00 , 180-00 sgft a. Extc 'ior: 1. Concrete --(Insulation R-value) 10a-:1. R- 8.20, a. Exte ior: 2. Wood frame (Insulation R--value) 10a.-2 Rol%00, b-Ad,iacent: 2. wood frame (Insulation R--value) 10b--2 R=11.00, ll.ceilink type area and insulation: a. (Under attic (Insulation R-.-value) 12.Air distribution systems a. Ducts (insulation "I- Location) 13. Cool:lnp system 1.Coc:l.ino system 14.Heatinlg System: 1=4.Heati.ng v tem. L S .Hot wat& system i&Hvt ter credits: (HP -Heat Recovery, DHP•-Dedicated Heat Pump) 17 Infildration practice: 1, 2 or 3 13.H`JAC lredi.ts (CF-Ceiling Fan, CV --Cross 'vent, HF-Whole house fan, RB--Attic radiant barrier, MZ--Multizone,) 19.EPI (must not exceed 100 points) a. Total As --Built points b. l Total Base points _..__.__...._._.._ ......-_..-_.__-..-__.-___._.....-__.___...-.....__.._-...-___- Hereby certify that the plans and syacifications covered by this calcu- lation are in compliance with the Florida Energy Code, PREPARED B Y DATE: _ i - ) hL f hereby certify that this building is in c; ompl . ance with the Florida Energy O:`ire . 2628.00sgft 1647. 00sgft. 209 . 00sq f t_ l i a . R=30 . 00 , 3 66 . 00sgf't 12a . R= 6.00 , unconr_! 13. Type: central ABC EER: 10.00 3. Typ"e: Central A/C CER: 10.00 14. Type: Heat Pump 14. Type: Heat Pump HE,PF : 6.80 15. Type: Electric EF: 0.90 la. 17. 2 1B. MZ 19. 97.=48 19a . 88566 . 30 19b. 90855.34. ---------------------------------------- Review of the plans and specifications covered by this calculation indicates compliance with the Florida Energy. Code. Before construction i`3 completed this building will be inspected for compliance in accordance with Section 553.908 F . a . 0 1T 1 MTMn n, 1= 7i' Tn1 - >FILTRATION REDUCTION PRACTTCE COMPLIANCE CHECKLIST COMPONEH P SECTION REQUIREMENTS FOR EACH PRACTICE CHECK PRACTICE 1 #L 606'1 - -- - - _-' _ --_'-- -- --- -- COMPLY WITH ALL INFILTRATION PRESCRIPTIYE3 Windows 606-1 Maximum of 0.34 CFM per linear foot of operable sash ^ ------------------------------------------------------------------------------- crack (inciudes sliding glass doors). . gpExterior & 606A Maximum of 0.5 CFM per sq. ft. of door area: solid Adjacent Doors., core, wood panel,insulated or glass doors only. Exterior s 606.1 To be caulked, gasketad, weather-stripped`or other--- & Cracks L------------ wise sealed. pRqC/lCE #2 _------------------------------------------------------ 606.1 ------------ _______��_ COMPLY WITH.PRACTICE #1 AND THE FOLLOWING- Et i ls 606'1 ;_ - _ - _ _ _ -_ _ __.. - __ - - - _ - - -_ - __ - __ _ - - _ - __ - Top plate penetrations sealed. Infiltration barrier & Floors __"-%------------ installed. Sole plate/floor joint caulked or sealed. &teyrior Walls 7no_______0________________-____________-___________-__-______ 606'1 —Penetrations, joints and cracks on interior surface & Ceilings ________ _______-_____-__-__________�__________ ` caulked, sealed or gasketedw' ' DuotWork 606'1 -------------- Ductwork in unconditioned space must be seaIed. . _________ Fireplaces ---------------------------- 606'l _---------------------- _-------- ---------- Equipped with`outside combustion air, doors and flue | / � dampers' Exhaust F6ns 606'1 Equipped with dampers' Combustion devices see 6O6'1,A'2' |-------------------- Cqmbustioh 606'1 =-------------------------------------------------- Combustion space and water heating systems provided Heating with outside combustion air' except direct vent | napplianoes' ' ----------------------------------------------------------Z_ � __-_______________ ~ �* OTHER��RE8CRIPTIVE MEASURES (must be met or exceeded by all residences.) Water H ' � er eaters 612'1 Comply with efficiencyrequirements in Table 6-11. � Switchnr clearly marked circuit breaker (eleotricl � or cutoff (gas) Must be provided.'External or built-- ---------------------------------- in heat trap required. Swimming Poolo 612'1 ____-_-_______-________-___________ Spas and heated popIs must have covers (except solar � Spas heated)' Non-commercial pools must hove a pump timer' � Gas spa & pool heaters must have a minimum thermal efficiency of 78 percent. _____________________________________________________________________ Shower Heads 612.1 Water flow must borestricted to no more than 3 gal- �-------- --------r----------------------------------------n_--------�--------- lons per minute at 80 PSIG- - AiK Distribution 610.1 All ducts, fittings, mechanicalequipment and pI� num Systems � . ' chambers shall Ye maohinioally attached, sealed, ins- ulated and installed in accordance with the criteria of Section 610, Ducts in unconditioned attics must | be insulated to a minimum of R-6. Air handlers shall not be installed in attics uplyss in mechanical closet. HVAC Cont ls 607'1 Separate readily accessible manual or automatic thermostat for each system. _______-______� � ------------------------- ------------------------ Insulation 604'1 Ceilings minimum R_19. Common Walls - Frame R-11 or | 602'1 CBS R-3 both sides' Common ceiling & floors R-11. y::p::y::A"k'�k 'y::y.:p� :y:.y: ;K :y::k. ;: ;y: ;¢; -.y: ;k :v .}::{< .y::y::y::y; •.y: ;:� :K ,K .�r :y: ;k :y::K :¢::j^. ;k � •k •4::Y.:K:k'y: -.y::K :{� :K :y; :y :k :K •.k .K ;k �tr ;K :y::k.:k =k �k'y: �K =K ,t::M =K'k :K :k :K :K :K-ic'k'K .K • SUMMER CALCULATIONS :� :K :..ic :F::K _.y::k ;y::k * �K :y: �k �K •k :}: 'y::K 'y: � �}� �K .k � 'k �k �K =k �K'•y:'K -K =k :k =K :y::K -K -y: ;K'k'K K �K =K :K k :'K :k :y::y, .{; -K .,K =Y•y< :K � �K =y: 'K �= �K 'K 'K 'K �k .y; � -K �k �K �K � �y: � -k * -k o BASE no_. _w AS -BUILT GLASS-- __ ._..,, - _....... _ _.-.._- _.. _- -_ __ ORIEN AREA x BSPM = POINTS ; TYPE SC ORIEN AREA x SPM x SOF = POINTS ------------------------------------------------------------------------------- S 295 ..00 W 459.40 109.7 34303.2 109.7 33787.6 109.7 32361.5 109.7 50396.2' SGL CLR N 37.3 64.5 .92 2213.4 SGL CLR N 45.0 64.5 .94 2713.8 SGL CLR N 60.0 64.5 .94 3618.4 SGL CLR. N 21.0 64.5 .53 717.9 SGL CLR. N 26.4 64.5 .84 1436,0 SGL CLR N 8.0 64.5. .76 392.6 SGL-CLR N 54.0 64.5 .88 3076.6 SGL CLR N 40.0 64.5 .84 2175.8 SGL CLR N 21.0 64.5 .53 717.9 SGL CLR E 9.0 136.3 .94 1149.0 SGL CLR E 84.0 136.3 .95 10838.6 SGL CLR E 42.0 1.36.3 .59 3377.5 SGL CLR E 24.0 136.3 .59 1930.0' SGL CLR E 12.0 136.3 S9 965.0 SGL CLR E 11.0 136.3 .41 612.6 SGL CLR E 6.0 136.3 .77 626.7 SGL CLR E 12.0 136.3 .82 1335.7 SGL CLR E 42.0 136.3 .39 2240.0 SGL CLR E 20.0 136.3 .86 2335.3 SGL. CLR. E 16.0 136.3 .82 1781.0 SGL CLR E 30.0 136.3 .68 2799.4 SGL CLR S 80.0 135.6 .30 320.4 SGL CLR S 54.0 135.6 .94 6846.4 SGL CLR S 12.0 135.6 .58 946.3 SGL CLR S 12.0 135.6 _76 1234.9 SGL CLR S 4.0.0 135.6 .30 1627.2 SGL CLR S 36.0 135.6 .86 4181.9 SGL CLR S 12.0 135.6 .58 946.3 SGL CLR S 9.0 135.6 .69 844.3 SGL CLR S 40.0 135.6 .52 2828.8 SGL CLR W 118.4 136:3 .94 15115.9 SGL CLR W 120.0 136.3 .45 7311.7 SGL CLR W 20.0 136.3 .45 1218.6 SGL CLR W 60.0 136.3 .89 7278.4 SGL CLR W 36.0 136.3 .40 1981.2 SGL CLR W 45.0 136.3 .3S 2140.7 SGL CLR W 60.0 136.3 .89 7278.4 ---.-_._-__---------------.__-___----___--__ .15 x CONED. FLOOR / TOTAL GLASS = ADJ. -------------------------- x GLASS = ADJ GLASS --_.--__-_ ; - .GLASS AREA AREA FACTOR POINTS POINTS ; POINTS _isS�.8� 3_.001,375.10 rp^y tl640N�^150,848.47_M==96=475.67_;�Y112,088-71 N-ON GLASS[ ------------ ARE A x BSPM = POINTS ; TYPE R-VALUE AREA x ----------------------- SPM = POINTS Ext 4275,.0 1.6 6840.0 ; Ext NormWtBlock In 8.2 2628.0 1.42 3731.8 Ext Wood Frame 19.0 1647.0 1.60 2635.2 Adj 209.0 1.0 209.0 ; Adj Wood Frame 11.0 209.0 1.00 209.0 DOORS ---- k__-_...._.__.._._.-_- Adj 210 2.6 ;GES L I NGS-; -------•--------- _1J44,_- 350410 _ S 54.6 2492 - 8 Adj Insulated 21.0. 2.60 54.6 unssr FLOORS_.___.__.__._..____ _.._..._ Slb 279.0 -20.0 --5580.0 ; Slab -on -Grade .0 279.0 --20.00 -5560.0 ksd•' 18d.0 •-2.2 -388-6 ; Rsd Wood Adjacent. J9.0 180.0 .60 103.0 INFILTRATION - -- - -•- -- __ _. _...._ 5863.0 14.7 66186.1 ; Practice 02 5863.0 14.70 86156.1 TOTAL SUMMER POINTS ' -. 1S6,4S9.3S ; 202,126.17 TOTAL. x SYSTEM r COOLING ; TOTAL x CAP x DUCT .x SYSTEM x CREDIT = COOLING SUM PTS , MULT POINTS ; COMPON RATIO MULT MULT MULT POINTS lS6,4S9.38 .37 69,001.07 ;202 126.17 1.00. 1.070 .340 .950 69 S56.S3 M { If 1-4 y sc It O x is Q tt ! ?L # I€ if X it +� I 11 LL i x if O x it 3 € It ?� it X ? If ?' it ! if I .. CIL S It It i x x it ? ?E F- if x ! s # J if } i-f iF ? - if CL } # L it LLI t x if if Q iF t (f) ? if It G ? I� :4 if it } O ! i J } if iF Gi # it If CC # i I( Ltif if �- ! If ! If ! t u it if ---- sc G if L Y- 1! G� ?� ? if €- ! # 1( if L ! +� if H ! yG €f ) # # IF IF } ? LI i C I s, it } i # !i X I tF If ? Q t x it if I u 1 u i Ft ! ! # 11 ! Z t f G`? u i J O i if 0 0 f HgOG^ to,InN0,N0,,'tt1NOt-0,u?`- wNNo\oo\om\ov)otv4 nre)In h? i CO 1 Q if f) I -1 -4 In V) � . . . . . . . . . . 1 (J7 I- 1 M if H ! . . . . . . . . . . . . . . . . . . . M-i0\r- tNOoot'-Nt-vCt\OMUh)inooal--InP--IvOvoMOvvfl0,\0co�too\0bo } (nZ } _ if rt r- N O\ O M -f In Ov -I V Chl -t N co N O O E -f LO Ir) 1 { 1 N CO M N \0 ION Cd 1 Q H I \{E it F-t 1 O C►'• O N r -F --i N -f cv -i M + .-4 1 J O 1 Q 11 O' 1 \0 It --i r 1 U Q i N It R I --i ! 1 - if i 1 i N 1€ if € - \0t'---20t-•\00V) "7o.MO1-\3-000^d-7t-I-NM€-cgc0003o3oGr- tot ! i Ii X: 1 -tOU O 000c1.10-t00c•1000N1-4m-40mMa\a\Noa,Oc\4Ino4riMt,54InM ! i If a 1 \0MIn M I 1 if ! -I --I .--(p ,O 0%, :} It W, -t N In In rr) CJ -i M E ---- i -- if E -+ --t ! 1 03 If X I ! U) I it ! t`, I`- •••-I -4 r-€ -t •-I --I -! '-4 -i -t .-t •--I O G O V 00 Q O o -f -i - i -t -€ -t ' I ! M E it ! 000 O t . . . . . . . . I C_ t H If Q I t=�MMtr)ti?t�MMM ra(€NC€Cd^iNNN t _3co { in it L! I a)r-o, � v (9 F 1 M 11 t1' 1 N zF U N v N --a h i o O 1 If i 1 ! it ra?�3Q0�?OOUOUOOOOOQOOGOOGOUGGQQOG�OOGOOO } i If lf.) ! N0G �LO0•-•-1\oca-to-€o\Ncl \0N(N0\000�tN040 0No\000000.DIn0 1 1 It ao\ -f c N, In 4 C\i 03 It N -i -t -4 -r (vd --i M 63 In --1 -F It tr) N N \0 !) vs E if I T I € <1 if ? ! Ln 11 I t-; ZZZZZ ZZZZ(sl1.F_tLdWLF.IIf. UlLdLs_ WL)LdLr)'( (f)(Y)CnCOWG)W:93?� <�3 ! (i7Z 1 to It € ! Q H ! 1 If ! -Y E J O 1 it ! U G R) it i O E E 'D } ! Ii ! CO L L 4-1 I X i it I 4-) LL LL fjf E ! !f ' 19 a !Oc i O If i E Tj 3 rrC�1Yofm0C or_ CG,- 0�sY0� cl�OfCCC�rl�tYlYG� Q�ofw0LSOr-CCtztr12�fYcl Qw Y0� Q� 1 O 1'I it ► L O O Fill C �!J_E-IJJJJJJ�JJ J�J-iJJJ.iI-iJJJJJJJJ-iJ-1JJ 1 ht- ! v0 if I O O O C UU UUUUUUUUUUC-)UU0UUOOODUQC)C) >JUUUUUUUU 1 10U I • It Li i Z33 H i I C= Q i It 0- 1 JJJJJJJJJJJJJJJJJJJJ-lJ J J J J-tJJ JJJJJJJJ I L 1 It }} -0 4-) U) (1) GO CO U) M N (f) (n GO W (f) M G7 (n (f) (I) () W (0 U) GrO 0 co U3 03.0 GO M (n M GO G,) GO (n M (n I I i! I LL.# V C= <1 € V) I If 1 ! C -+ N O CA i J l O f! (f) I In to M i 1 0 C. 1 .-f 11 }- 1 . . In M 03 M 1 L) ) if z 1 N <t R L N N -i a) i J Qi 1 Lf) It H! 00 O N t+ Q C: I 1r II o 1 N --+ N • 1 ! i t ! F- I M I f Q! --i i 1 Ii i I! i 1 M Lf) E M !- . Ct.. ! ! ! ? 1 0 1 If } CO 1 ! # ! ! O 1 J i o I+ 1 ! ! s tL <1 ! O I+ 1 X i LJ E I t I C3 O O O! CC I M I f 1 ': i 0 U i 0 i s C: I \0 I f I Q i E ' }— -- — — -- -- --- - — -- -- -- - -- .i-Z —I I i co L>3 i i In G, i -i ! 'd t�! 00 L0 rrn } O 1 if (() w ! ! 1` O 1 N (n \t -? O G\ In ! U I Ln it a Q 1 I("I N I On V t•� M Rf It If J L }'t I Z v X ! If (5 1 M U H i € if I J J ! In i In Ii Z I J -L-f '•7 O 'n H Z W. U) • 3 i H 1 -f If O, 1 Q X -a O-D w C } } .. If Z 1 3 w 2 0 tL U FLOORS ---_..._.-__.-_._-_-.... - -.._ jj'' Slb . 27y:0 -2. 1 ' - � � -•585.9 ; Slab -on --Grade .0 279.0 2. 10 -..585.9 Rsd 150.0 .L •--50.4 ; Rsd Wood Adjacent 19.0 180.0 .30 54.0 INFILTRATION-.._._.-_- -__.- � 5863.0 Practice #2 5863.0 1.20 7035.6 _17035_6-; TOTAL WINTER POINTS 7,798.42 ; 11.,275.58 TOTAL x' SYSTEM = HEATING.; TOTAL x CAP x DUCT x SYSTEM x CREDIT = HEATING WIN.PTS MULT POINTS ; COMPON RATIO MULT MULT MULT POINTS -_-..-_.....---.._ 7,7987 2 1.10 -__._..._._._._-_-__._.._..._--._-_..__-_.__. 8,57S.26 ; 11,275.5S -_._.._._..-__._..-.__...-_.__.-._-_._.---.._.__..-_.._._ 1.00 1.070 .500 .950 5,730 S1 ir 4" 4 4" -.fc 4: -,0: "t: 1f: 'jr '.fl 1: v ;K =K ;r ;K : 1/tJATER HEATIN',a :t:;V*, A, 4: k.K A< 1,* 41 BASE S 13 U I L T ,NUM OF MULT TOTAL TANK VOLUME = EF T A i,,l K, x I'll U L T (-,R E D I T TOTAL 6 E D R MSS RATIO Ill U L T 4 3319.0 13,276.00 so ..'.g0 1.000 324-4.7 1.00 12 978 . 67 S U M 1vI A R'( BASE - - - AS --BUILT COOL;I MG HEATING HOT WATER TOTAL COOLING. HEATING HOT WATER TOTAL POINTS POINTS + POINTS POINTS POINTS + POINTS + POINTS = POINTS 690j:,)1.18578.3 13276-0 90,855.34.: 69856.8 5730.8 12978.7 88,566.30 EPI = 97.4.8 ENERGY GUIDE INllet fled information of the E DI rating number or for a y ITEM listed, asG< your Builder for EPI:_ 97.5 DCA Form 60OA-93 or Form c' 008 --93 _.__.._.. ...-_..--_,_....-_-,.-___._.-:_..-_..-_.-_.._._-_,._....,,__. _. The may inum allowable EPI is 100,. The lower tier~: EPI the more efficient the home RESIDENTIAL ENERGY PERFORMANCE RATING SHEET ITEM HOME VALUE Law Efficiency High Efficiency SINGL CLR Df3L TINT WINDOWS,. ................... Single Clear. ; x_.__.._.-.._.__...._"._- _..___._,....._ - j INSULATI N.............. V. V.I. Ce'l l i ng R-•-Val ue ......... 30.0 Wall R. Va.l.ue......... 8.2 Ploor R._Value......... 0.0 AIR COND TIONER..........N.. EER-. ........ .......... 10.0 HEATING SYSTEM .............. Electric HSPF............ 6.8 WATER HEr`aTER................. Electric EF.............. . 0.90 Gas EF.............. 0.00 Soler EF............. OTHER FEATURES .............. R•--10 R-30 ,----------- _X, R--O R07 R- O R--19 I � I 9.7 EER 16.0 I 6..8 HSPF 1%.0 w o ................... � , 0.88 0.96 .___....X._....._..___..__._.__ ._..__._._ 0.54 0.90 I , 0.40 0.80 --------------------- I certify that these energy saving features required for the Florida Energy Cade have been installed in this house. Builder Address: Signature: Date: City; Zip Florida Energy Code for Building Construction ,_ 19.93 Florida pepartment of Community Affairs FL-•EPL CARD93