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HomeMy WebLinkAboutHarbour Bayhead Village 35920;j BUILDING PLAN CHECK ST.LUCIE COUNTY -FORT PIERCE FIRE_ PREVENTION BUREAU •! FORT. PIERCE, FLORI-DA 33450 TELEPHONE;465-6655 3 84 - DATE RECEIVED: 7 Y Y CONTRACTOR: Harbor, Ridge Construction PHONE NUMBER: ` ARCHITECT; LIJ ¢oese PHONE NUMBER: OWNER: Hrbor�R Rid ge Garden Ant i LOCATION'_ 13500 N W Gilson Rd (2534 Saa nraoc Drive) TYPE OF OCCUPANCY: Residytial TYPE OF CONSTRUCTION:y SI-ZE OF BUILDING: NUMBER.OF FLOORS: 2 RECOMMENDATIONS. TO COUNTY -BUILDING OFFICIAL - - 1. All smoke detectors shall be'wired -to house electric 2 Relocate smoke detector on page E-1 as indicated in red on plans. 3. Attic access-shall`beno less than 22"X36 . 4. One (1) hour fire separation shallextend from the.floor to the under side of the roof._. - - - - - - FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION SECTION 9-RESIDENTIAL POINT SYSTEM METHOD CLIMATE ZONES s FORM 904B-84 nEPAeiMENToFWMMUH"AFMM . CENTRAL 5 6 PROJECT NAME HPF.�6U(L (k\Z)G6_ `b Fl-i hSflO VILlJj4C PERMITTING OFFICE: ANDADDRESS: q(>,gpi'.._ LOG 2 CIRCLE CLIMATE ZONE: 4 5 6 BUILDER: ?(j J0.-'. R�OGQ '-iNCi PERMIT NO.: OWNER: HA0.Qtw(Z (L,O C"t LZ ct JURISDICTION NO.: STATISTICS DETACHED ATTACHED IF MULTIFAMILY, NO. OF UNITS /J COVERED BY THIS CALCULATION: FT 1 2 GLASS AREA AND TYPE CLEAR TINT, FILM,SOLAR SCREEN SEPARATE CALCULATIONS ARE REQUIRED FOR EACH WORST CAS EAE UNITTYPE. CHECK IF THIS CALCULATION REPRESENTS A WORST CABS CONDITION. SGL a .3 J� SGL OBL � OBL NET WALL AREA AND INSULATION CONDITIONED I FLOOR AREA CEILING INSULATION CBS R= FRAME I R= UNDER ATTIC SGL. ASSEMBLY SYSTEM PRIMARY HEATING SYSTEM - - PRIMARY HOT WATER SYSTEM­ /COOLING NONE 1 i7 CENTRAL ❑ NONE ❑� ROOM F1PACKAGE TERMINAL AC EEPJSEER = LECTRIC STRIP ❑ GAS ❑ NONE ❑ OIL ❑ SOLAR _ ❑ HEAT PUMP: COP ='❑ ❑ ❑ OTHER: ^" . XELECTRIC RESISTANCE ❑ SOLAR III1- ��� HEAT RECOVERY, -. ❑ GAS ❑ DED. HEAT PUMP: COP = ❑ ❑ OTHER: CALCULATED E.P.I.: 9 0 ® CALCULATED E.P.I. MUST NOT EXCEED 100 POINTS In accordance with Section 553.907 ES., I hereby cerlHy, that the plans and specifications covered by this calculation are in compliance with the - Florida Energy Code. - �C- OWNERrAG T: T`rea3Jlc lCra S� Lr5-Q":- J+C_ DATE' Riwiew, of the plans and specifications covered by this calculation indi- cates compliance with the Florida Energy Code. Before constnwtion is completed, this building will be inspected for compliance in acrdance with Section 553.908, F.S._co BUILDING OFFICIAL: THIS DATA IS TO BE SENT TO DCA BY THE LOCAL BUILDING DEPARTMENT. - i . E F ` FORM 900dr134 This form may be used to denlORSUalte compliance I of the Energy Code. An alternative to this method provided in Section 10 of this Code. Only dwellings 1 be calculated using Sections 9 and 10. Other types I [buildings shall comply with the requirements of Sect FLORIDA ENERGY EFFICIENCY CODE- - FOR BUILDING CONSTRUCTION _ SECTION 9—RESIDENTIAL POINT SYSTEM METHOD CLIMATEZONES aEP/.HiMEHI OF COMM11NffY AFFNPS CENTRAL 5 6 3 the Energy Code fornew single-famlly detached or multifamily attached dMilkips under Section 9 r single-family detached dwellings, and multifamily attached dwellings of three stories or less, Is - ichare above ground frame (wood siding. brick veneer, etc.) or concrete wall type wmbuctili may vnstnrction must comply under Section 4 or Section 5 of this Code. Additions to existing residential 110 of this Code. Detailed information on taw to ComPlete this four may be obtained from Your local AN.1.e E,.e.,.,, r na P nerram. 2571 Executive Center Circle East, Tallahassee, Florida 32301. - --'_ PERMITTING OFFICE: PROJECT NAME ANDAODRESS:-' CIRCLE CLIMATE ZONE: 4 5 6 _ BUILDER - - PERMIT NO.: JURISDICTIONNO.: OWNER _,__ .. _. GLASS AREA AND TYPE IF MULTIFAMILY, NO.OF UNITS CLEAR TINT, FIW,SOIARSCREEN �� DETACHED _ COVERED BY THIS CALCULATION: _ SGL 3 SGL SEPARATE CALCULATIONS ARE REQUIRED - FOR EACH WORST CASE UNRTYPE. CHECKIF F-� ATTACHED THIS CALCULATION REPRESENTS A WORST DBL BELL - CASE CONDITION. ! NET WALL AREA AND INSULATION SU QlRONED 'FLOOR AREA CEILING INSULATION UNDER ATTIC SGL: ASSEMBLY R= 'CBS l�LL1J�J R= �-E FRAME b cp. 7 -L b 6 R=Mi COOLING SYSTEM PRIMARY HEATING SYSTEM PRIMARY MOTWATERSYSTEM CENTRAL ❑ NONE - vfELECTRiC STRIP ❑ GAS 0 NONE LECTRIC RESISTANCE ❑ SOLAR ROOM _ IIL_❑JJJ OIL ❑SOLAR ❑HEAT RECOVERY ❑GAS ❑ PACKAGE TERMINAL AC ❑HEAT PUMP: COP =❑❑❑ DED. HEAT PUMP: COP=!m EERrSEER= ❑OTHER: ❑OTHER: -. 1 CALCULATED E.P.L: - FT�o .® CALCULATED E.P.I. MUST NOT EXCEED IN POINTS. In accordance with Section 553.907 F.S.; 1 hereby wrtity that the plans and Spermcations Covered by ihiscalculailon.0 in Compliance with the ^ Review of the plans and specifications covered by this calculation indi- rotes compliance with the Florida Energy Code. Before cgnSVuction is Florida Energy Coded - completed, this building will be inspected for compliance in accordance ,j =Ac_ With Section 553908-F=S. OFFICIAL - OWNER/AGENL/J 7yC-4SJIG -/ BUILDING T DATE:�-„' mac.-:-� ..3'aZG-d DATE: 9A PRESCRIPTIVE MEASURES Must be meter exceeded Stall residences:), CHECK TO W QICATE MINIMUM REQUIREMENTS COMPLIANCE COMPONENTS REQUIREMENTS WINDOWS 903.1 MAXIMUMOF0.5CFM star LINEARFOOTOFOPERABLESASHCRACK, DOORS 903.1 MAXIMUM OF 0.5 CFM PER SQUARE RJOT OF DOOR AREArNCLUOES SLIDING GLASS COORS. En.JOINTSiCRACKSjSK3Aj TO BE CAUIXED. GASKETED,WEATHER-STRIPPED OR OTHERWISE SEALED. _ CEILING INSULATION(903.9) MINIMUMOPR-19. '- WATER HEATERS (903.21 MUST BEAR ASHRAE STANDARD 90.e0 LABEL OR A MAX.4 WATT/SO. FT. STAND-BY LOSS. SWITCH=. ORCLEARLY MARKED CIRCUIT BREAKER(ELECTRIC) OR CUTbFF VALVE(GASI MUSTBE- - -_ - PROVIDED. -' SWIMMINGFOOL.ROMj) IF HEATED BY OTHER THAN SOLAR MUST HAVE POOL COVER DESIGNEDTO MINIMIZE HEAT LOSS. ALL NONCOMMERCIAL POOLS MUST 8E EW?PED WNHA POOL PUMP TIMER. HOTWATERPIPES;D3.4) INSULATION IS REQUIRED ONLY FOR RECIRCULATING SYSTEMS. IN SUCH CASES. PIPING HEAT .� LDSSSH UELIMITEDTOAM .OF17SBTUJHPERLINEAR FOOT OF PIPE (SEE 504A), SHOWER HEADS W3 - WATER FLOW MUST BE RESTRICTED TO NO MORE THAN 3 GALLONS PER MINUTE. HVAC DUCT CONSTRUCTION CONSTRUCTED IN ACCORDANCE WID(, INDUSTRY STANDARDS AND DCAL MCCWICAL CODE (903-6) DUCTS IN UNCONDMNED SPACE MUST BE INSULATED TO A MINIMUM R42. HVACOONTROLS(9 A SEPARATE, READILYACCESS;a E MANUAL OR AUTOMATIC THERMOSTAT FOR EACH SYSTEM." RESIDENTIAL CALCULATION - FORM 800-AE4.._.. ....._ ____ _ .. .... .. _._..: _. CUMATE ZONES 456 .• COMPONENT -_ J CONCRETE R4.0 - R6.OSUP Q }r FRAME OR BRICK VENEER RO-10.9 11 1.0-18.9 R19-259 R q6 d UP COMMON MODOR METAL" " 6 INSULATED 0 STORM DOOR ❑ COMMON UNDER.. ATTIC ".. R 19-219 R 22-29.9 R 30 S UP - z 2 J_ W O -SINGLE ASSEMBLY NO ATTIC R 5-7.9 flBA9 R 10.11--9 H12-18.9 R 19-21.9 COMMON w H0�i.9 U H 7-f0.9 n R 11-189 G WOOD O fLF —_ on R0.2.9 ' JOO - - R3-59 U" i R 6-10.9 D R11-189 2 CONCRETE O _ COMMON y1 EDGE INSULATION ma J i O PERIMETER R0.24 6 d UP GROSS WINTER. = POINTS '- --.WPM _. _ _ -..._19.5 124... M15",4.8 SUMMER - _. GROSS ,SUMMER =`POINTS AREA" x - SPIN-'-' 23.8 14.5 12.3 ' 11A 25.2 6a 11.4 '1. SA 6.8 33.3 3.2 /o6S. a 2 - FORM V,q-Ag1 WINTER SUMMER OR AREA -.. SOL DaL µ9f -156j GgOBG - Oq pgEA 81NGLE- INIUBIE - $OF'-=-0POS$-. - - -/ .'WINIFA / CLfl ilNa -0LR TNa (9F) -SUMMER'- W _33 mu szz. dy/,b ".:MINTS _ 'tar ,w x d v6 4 t a a2 . NE tOtA - 6]2 NE _ 958 299 3% 258 .00 /O- �a/—. 2 5E - - s.r -101d 6]2 SE 339 ZBS R93 MS � ' tata. 6a.2 - a. y. 5 -i'S -2i1 2z9 193 03Eu3'— ^uW m 1V19 6a2 $W 339 B5 R93 245 _ w l9vs sr.z d. ' _ w so ]56 R ]W R56 $-jA— y� NW y�- 1613 6]R HW 263 2RY 226 139 N 0 11= NORSONTAL GLAS6(SKYLIGHCH). FOR SC OTHER THAN 0.835EE AEC. 90R,R1a15. TINr MVLT. AlMOE VSEO FOP GLASS WITH SOLAR SCREENS FlLM OHTINT. TOTAL GROSS WINTER MISTS a($]p .Q9 T0TALGgO555UMMLR PoINT$ - ]Q80.}_,d$ I-j P-65.b66 P=5.0.66 ]1Z H SUILMEB PoINT$ PoIN15 HpT WATER EP,1. ApJV3TMENT pTS.LEN8T0I.L MULTI ADJUSTED CPEOIiPS. PENALTY CALC.- 1 ( pTS.9 E.P.1. 33 0 3�.E5" 7o,Y3 .-LET _ _ to 9 = yo.�s_ 3 90.s THECA LCVLpIEVEPI MVSTBE EOU NIW POINTS. 95—�— AOILSTM NT M LTIPLI xRIrISCHO4-ril ]yjjE JAMU1.-ipuEH 1.40 f.d] 1.54 FORM 990-A�84 '' CLIMATE ZONES 4 5 6 gG-----DESIGN CREDIT -POINTS CP - -- CEILING FAN IN CONOSPACE(max5CP),--:' 7' -MULTQOHE A/C SEPARATED BY DOOR-'-"""' "'.S= ' CROSS VENTILATION (/ CP Permdm)'---'_- ""1 " ' - WNOLE HOUSEFAN(min-1.fi cfW.J.) r`---- --3- "- WooDsrovE - - -- ---- - FlREPLADEwliHOUMIDEM ...... ON AIR 1-2 - 9C TOTAL(noi to exceed 12 polnis) -- FEET N NE E BE S SW W NW ".9 /50 0.98 . J 074 .77 0.90 (0.96 1.00 1-1.9 1.00 0.96 ,92. 0.75 0.91 . 6� 1.00 --_ -_ 2-2.9----L09--0.98-0.93- 077-'0.81-"0.92"0.97.-"1:D0 3-3.9.._ .. 1.00..0.99 0.93.- 0.81 -0.85 - 0.93 --0.97- .1.00 .. --1.00 -0.99 -0.94- 0.84--0.86 ' D.94 " 0.97- 1.00 5_5.9 1.00 0.99 0.93`� 0.87 0.89. 0.95 _ 0.98. 1.00 6-6.9 - - LLD 0.99- 96 0.90 0.92 0.97 0.98 1.00 7-7.9 LOD 0.99 0.93 0.95 0.98 0 _ 1.00 64.9 1.OD . 1.00 0.98.. 0.95 0.96 0.99 0,99 1.00 _ 9-9.9 1.00 LOB 0.99 0.97 0.98 0.99 . 1.00 10-10.91.00 LBO 0,99 0.99 0.99 0.99 1.00 - 1.00 - 11-11,9 ' /. 1.00 '1.00 ' 1.D0 1.00 TOO 1.00 1.00 _ 12 UP. i1.00 1.W 1_W 1.00-. 1Woo -1,00 '-1.00-'4.00 9D I HEATING SYSTEM CREDIT POINTS NATURALGAS/PROPANEHEATING 12.0 OIL HEATING Le 9E DESIGN PENALTY POINTS - - WASHERANODRYER INCONDSPACE 3- TOTAL GLASS OPENS LESS THAN 40°(. - 5 FIREPLACE WITH INSIDE COMBUSTION AIR 5 1.00 1.00 .1( .09%110 0.9 1-1.9 1-2.9 1.00 U_6r �iY95�.1.0 2-3.9 1.00 0.98 0.95 IL99� 095 0.87 0.86 0.87 0.89 098 .05 3-3.9 1.00 0.92 0.89 0.61 0.01 0.81 0.84 0.92 4-0.9 0.88 0.76 -0.77 0.76 0.79 . 0.86 5-5.9 - 0.99 0.99 0.85 (179 0.]q 076 0.75 0.76 0.85 0.99 U.85 76J 0.69 0.73 O.76 0.69 0.76 0.85 7-7.9 7-].9 0.99 0.81 0:72 0.72 0.67 jj11••7Z� 0.83 9-9.9 0.98 0.79 0.67 0.67 0.66 .0.71 ('h7ly/ 0.81 5-10. 0.98 0.78 0.66 0.64 0.71 0.66 0.66 67 0.78 f0-11.9 0,96 0.76 0.64 0.63 0.70 0.63 0.64 0.76 f2UP 0,76 0.64 0.63 0.70 0.B63 0.76 12 UP t'O-9Y 7. D76 00` 0.63- 0.62 OJO 0.62 O.W 0.63 0.76 .. . .. _- .. ..HEATING SYSTEM MULTIPLIER HSM ... HEAT PUMP _"_._.._HSM._ COP 2.5-2.6 2..37 2.9-3.0 3.1-3.2 _._AO --.37 ..34 m m -.29 . SOLAR HEATING SYSTEM - -' "" - -(BACKUP SYSTEM FRACT *K TBACKUPSYSTEM HSM) ELECTRIC STRIP HEAT 9.0' NATURAL GIISIPROPANE101L - 1.0(SEE TAB RCREDITS) PTAC B ROOM HEAT PUMPS MINIMUMCOP2.2.HSMFORCOP2.2-2.4=A5. SEE TABLE ABOVE FOR COP > 2.4 9H COOLING SY ENYMULTIPLIER(CSM) - -'- "'-"-' EERISEER' 7.6-7.9 B.0-BA B.�rH.9 9.0-9.9 .9.0.68 10.0.65 tO0.62 910.59 12..64 ELECTRIC CSM ..83 � .81 0.76 0.72 0.68 0.65 0.62 0.59 9UP- .54 - .COP 0.40 .M -1 0.4 -0.49 0.5 0.55 0.59 0.6M-64 1 0.65 0.69 1 0.70 6 UP GAS, _ =p: ---0515 '- -.---760 '- - 125. _.__ _ 1.20- - 1.09 1.00 0.92 0.89 MINIMUM SEE WEER LEVEL 7.8 FOR STRAIGHTCOOL OR HEAT PUMPS; MINIMUM OF 75 EER FOR ROOM UNITS AND PTAC. ' FOR ROOM UNIS AND PTAC, CSM FOR EER7S-7.7-=-.87.9EE TA BLE ABOVE FOR EER> 7.7. HOT WATER CREDIT POINTS HWCP -- - ELECTRIC RESISTANCE WATER HEATER 0 GAS WATER HEATER 10, -INSTANTANEOUS WATER -'ELECTRIC HEATER- _.. - 4.5 GAS"-..._. .. - - 12.6 _. HRU(A/C) WATER HEATER ELECTRIC BACKUP 85 GAS BACKUP 15.0 HRU(HP) WATER HEATER ELECTRIC BACKUP 10.6 GAS BACKUP 15.4 HEAT PUMP -WATER HEATER (DEDICATED HEATPUMP) COP 1.6D-1.89 1.90-2.19 2.20-2-49 25F279 2.80-3.00 CREDIT POINTS 9.0 11.4 13.1 14.4 15.4 OVERALL SOLAR o'er- SOLAR FRACTION' 0.1 ELECTRICBACKUP- 24 0.2 0.3 1 0.4 05 0.6 4.8 7.2 1 9.6 120 14.4 0.7 0.8 0.9 1.0 16.8 192 21.6 24.0- HOT WATER 9g GAS BACKUP - 91A 128 14.2 15.6 17.0 18.0 19.8 212 22.6 29.0 "#£flCENT OF ANNUAL HOT. WATER PROVIDED BY SOLAR SYSTEM +100= OVERALL SOLAR FRACTION 4 FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUC-DON FORM 9OD.B.BA SEC NE —RESIDENTIAL Pg SYSTEM METHOD. CLIMATE ZONES PRWECT NAME HF OF:\p G4 B yF Pf) VILLSGC PERMRTWG OFFICE: PND40DREBE q Q( LOG CIRCLE CLIMATE ZONE: 466 BUILDER: k{\(L4 UUQ $O "RING:. PERMRXO.. OANEfl: HH0.55DV \i R OCQ ;;S Jums,HCOu. NO. I�IT--ICI... 1 L�l�J�W _ _ STAFT�ISTICS DETACHED IF Mu EF"lLYN0.OFUNRS �tla COVEREU BY THIS CALCULATION AREPANO NPE TINTFILM,SOIARSCREEN CLEAIR RACfj �A rvED SEPARATE CALCULATIONS ARE REQUIRED FOR EACH WORST CASE UNITTYPE CH ECKF THIS �ALCULWNDITATION REPRESENT$ A WORST CASE CONDITION.. rr TOV186 � JSGI- J 9 t% SOL L ' DSL L J DR. JJ��LLIJJ NET WALL AREA ANDINSUITON flv 'HFIBI,E/�p'� p_ CONOITIGNED FLOOR/AREA CEILINGINSULATTOX CBS UN ER ATTIIC�^I EGrL A(SSEMjB�LYJ COOLING SYSTEM PRIMARY HEARING SYSTEMM PRIMARYHOTWATERSYSTEM CENTRPL ❑NONE l - ELECTRIC SipIP❑GAS IJNONE ELECTRIC RESISTANCE ❑3plAR MOIL ❑SOLPA '. 1-1 ryEAT RECOVERY ❑GLASS II I�POOM [. PACKAGETEVAINALAC ERJ TPUMP;COP -<❑❑ —II IJ DEO. HFAI PUMP: LOP=�1 1 L❑JOTMEp:_.—. EPR/SEER= .� � ❑OTHER: l L-1 CALCULATEDE.P.I.: � CALCULATEDEP.I: MUST NOT EACEED IW POINTSr Secllm 553.sm,F S., nare. pJJJlans covareJLylhia Ukulatiun arsYntne.. =CA=�TED�P.R. flevlew PI I, plans anp s sa Ws cpu W by Inis calculatim inEi- es¢nryparrca WNM1 tlq FloelUe Eneyy COEe. Eelom wn5budion,e..Yuen; Ima Wilting Wiv ba nePecMA for wmplM.rm m a�rea�cn 11wIN G__�¢STZ, _ 3 a6 Roar: 5x4M 5:3.906. FSOWNEWAGENT _._--- _— BUILDING OFRCIAL:_DAT_. THIS DATA I$ DCA RY THE LOCAL BULLRING pEPARTMENI. FLORIDA ENERGY EFFICIENCY CODE 7aa FOR OUILOING CONSTRUCTION--- �� SECIWNP-IIESIDEITALPoIHT SYSTEM NETNOp FORM 4Nte_ • CLMIgTE 2pXE PAOJ ECTNAME .. _ '.... '-.. PEgMRTING OFF CE: -.. gNOgppgESS: 9UILLEH. —� "'-•- CIACI£NGI ATE ZONE:4 5 B PEHMRNOe M.E. JURWCUONNO' �OETACHED=�F-'L.YNQ�0 Y. NO.OF UNITS VIATICLEAq NTTHIUWI TINT,FlIA1,SOlAqCEALCULATIONS qqE flEOUIgEO VNRTVPECHECNIF SGLSL^/ASTCASE `A PRACHTAN NEPRESeM A.O T LLLIIIION DBL OBL NEi WALLAREAANO1N5UlpT10N - CpNpIgpNEO GETTING INSULATIOX FRAME Cps q= p= FLWgpgEA UHUEq ATTIC SGL g55EMBLY q �.0'�fl`Q].L CENTML ❑NONE EIECfgICSTgW ❑GA$ ❑NONE CLECIgIC gE515TpNCE �APO.M .. r❑-�SOtpq ❑OIL I, �SIXA—qI ❑HEATq ECOVERY IGAS PACKAGE TEAMIILALAC ❑HEAT PVMP; COP. �_�❑pEp. HEAT PUMP: COPS LLL❑I_III LJ_ EEWSEEq= ®� ❑OTHER___l - ❑OTHFq: CALCUl4TE0E. P.t: CALCILg DERI. MU.TWTE%CEEOIWPO— ana®rtlaru'zwm5MM5539U1 F$ Ille�eby ceNlyY Ills PI' P "wNl:re Phrts anE s�clleBlEZ covcveE by ryiis calalnloa iMi b(,gtl. erect bylhs cyyy- nmmpRa yIM 'Ib.Ilie Fb ya Ene � ecm:yl flo tle Energy Ccile, Belo rvcbals : Ple tl IM b Vllp vJll bo IRPetleE tw ,.xmrtlare¢.I OWNEP/AGFN! 1"Pn 3JT mmpGv 1 IN SecI E53 YJ F_G. T � � Y � BVILUING OFFICIAL DATe DATe_ .. tlfsll�2pL , RESIDENTIAL CALCULATION FORM 900-A-54__..__.. .J'-'CLIMATE ZONES 456 .. COMPONENT:.. _::- J CONCRETE R0-2.6 - R4.0-5.9-- - R6.9AUP 3 -FRAME. OR BRICK- VENEER Rb10.9 _ R 11.0-18.9 R19-2S.9 R266 UP COMMON' MOD OR METAL INSULATED O STORM OOOR c, COMMON _ UNOEfl-.. ATTIC -... R 19-21.9 R22-29-9 R30LUP C7 2 J_ m V _ SINGLE ASSEMBLY NO ATTIC R 6-7.9 R B-9.9 R 10-115 R 12-169 R19-21.9 COMMON w 0 fl 0 6.9 R7-19.9 y Rii-1&9 0 YA]00 R19&UP.... ._.. _w z .. irp O o R 0-2.9 000 V. z R 6-10.9 R11-18.9 ¢ CONCRETE. COMMON ".-. _WINTER-. GROSS _ ' POINTS AREA "x- - WPM' 19.5 12.4._. .. _ &2 17.3 H� 4.1 2.1 - - 1.5 ao - 4.8 3-f_TT, w EDGE INSULATION PERIMETER WPM p 9 - 60.1PERIMETER H E] UFl 30.6 F VI - SUMMER :. cnoss - SUMMER = POINTS AREA x '-SPM' 23.8 11.4 2E_ 11.4 ,�r3$,. IS+ 8.4 6.8 Sao 3.2 23uy- r j ' L _ .FORM BWhPA CIJMATE 20NE54 6 6 WINTER SUMMER I IT MG SOL OBL NOF GFOS& OR AREA -{9Ff �WINTEfl -POINTS ". "SINGLE DOUBLE SOP' (9P) -"-GROSS SUMMFF POINTS " GW TINT Clq TIM N I013 6]3 N 1]6 149 fq IN NE 1%3 ]3 NE 261 221 i2g 169 ' E olz ? sE =672 10 s]z sE a3s rses zs3 a4s - a sw to '" c]z sw aa9 zes z93 z4s o W w NW 1%.9 -6T1 3 w ja-(7 356 R6) 4 a31 30] YS6 RSg 69 ^/ o f011 6].2' NW Q _ X 33 -9.2 H 691 621 9N _494 0 o T H=XORROXTAL GLA3$($KYLIGH151. FORSC OTHERTNAN0.g35EE SEG. 90S.2(a)i TIMNVLT. MqY GE VSEO FOp GLA55 WITH SOLAq SCREENS FILM Ofl TINT. .I TOTAL GROSS WINTER POINTS A/4 w A7 TOTAL GROSS SUMMER POINTS - 77 .61F IT <.11.1 1.14 ✓`[e es IT = 42-1.9 �$C/r, 99 114 a 60.)! Vf 546.E 1.12 IT = 6PSS 1.12 R e.76 UP I IT 67d UP UCTC IN CON04 DUCTS IN CON04 .09 " TONED SPACE I IT TIUNEOCPACE "' HSMFNOM 9G Sd $3iJ$u Pe.. Sdj3 :LSM FNOM 9H ? 71 636%.. i ev cax9NIONED 5J P3Zu3— oIWDE.R /Y73 3s. mvlrlE er- wxD:rIDNeD � yl 3S /Y 73 ARE F.I FlAON AREA SUMMER POINTS -- LATE ERE EI "WIMER SUMMEq HOTWATEN E.P.I. ADJUSTMENT AWUSTED CREOR pT$ __ PENALTY CA�AVLATEO POINTS POINT PTs.fS SVRTOTAL MULTI. 9 PRI ES ID pT>S I9�E.P.1. 7%/I x 1"ay -O _ .�J/ 1 THE LCULATEO EP.1. MUST BE EOUALTO Ofi LESSTHgN 1W POIMS.+ 9�: ._.. ADJ EONOMONE9 FTOORAREgEsO _ff.) a9W vm- W AVSTMEM 11W 1]W 15W 1]W 19W S1C0 2)00 AOOVE ''1 MVLi1PL1Efl 1.11 1.15 1.19 1S4 1.Rg IJ1 tA0 1.41 954 3 g�[ 9C- . DESIGNCREWPOINT CP 9D HEATING SYSTEM CREDIT POINT$ 7 CDUNG FANIN COSS SPACEI E Pj HATURPLGA%PROPANE HEATING 12A . MULTIZOHENCSCPMATEOBY pOOfl - 6 OILHEATING -' CROSSVENOIAl10H '' � - - - WHO[E HOU8E f4N(Mat31M II 5 w000 srovE '- - 6 9E DESIGN PENALTY POINT PPF➢IACE YMN OVi$IDE COMBVSTION AIq 2 WAS"T AMDDRYEHWCONO SPACE _ 6 t GLASS TOTAL OPENS LESS THAN_ III 1 9CTOTPL(mtbex[eailR polM1ls) - FIREPLACE WRHINSIOE COMOU590NAIq 5 9F WINTER OVERHANG FACTOR WO 9F SUMMER OVERHANG FACTOR SO FEET N NE E SE 6 6W W NW FEET H NE E 6 SW W NW .9 I.A99 p.>< C, O.SO p.96 1 W _6E ... I.Po 1.(q I. 1 PC ISS ' Im 1 W 2_2B 108 O.Bp- OII "061'-0.82 9.9] i.Op 9d9 1.W 095 OU8 0.3 PAZ 0.68"0Al p.9$,I p� 33B IOJ "0.99 1V9933 061 Ob 10E3 6 L S 1W-OAB-09i O0i Oho -O.M OW 1.0] q .9 1.Po 092 0p 091 .1 O61 D9G O9$ S59 1.W . OSS 08] Od9:_0.56, R98 I.Po 5-i8 0.89 0p6 O.]9 D.]fi O.A p.>6 O.]9 0.89 E6.8 tW 0.99 0.9p LLPo OB2 O.W 099 100 669 099 085 S.I. 0.13 D.75 SYS 0,76 O85 1_].9 W Ogg 09> 00 O91 S,. 093 1. > ]9 p,99 0M O.]2 p68 O.Td Po .0., 0.03 6.9 1W-1.W-om 005-S. 0.93 1.06 9-0.9 p.99 O.BI O.N -0.fi] 0]2 O6] 0.81 9-99 1.W 1C0 099 pW p.96 0.99 .LOJ :Po 9-99 0.&{ pAB 0.67 0.66 0.]1 66 10.108 1.03 f.W 099 OW ACC, I. 1.W 10.09 096 0.]6 O.Po A. 0.]0 0.6i V56 0.]6 tl-1t9 LO]vCS -L -1.W 11W - lim 11 11.9 .7 O]0 O.W O.GI p,]0 _0.69 -0.M 0.]6 12 VP tA9 1 W 1.PC 4Po 1JID 'm "1.W- 1.IS PUP 097 016 063 062 R]p 1682 O03 0.]6 9G "-. -HEATING SYSTEM MULTIPLIER HEM " IIEAT PUMP COP 2 EG 2]K.a 24].O t-32 e.}JA B.92 A86 UP ISM AO A] ,9C .ap .29 SOLAfl XEATHGCYCLE. _ (BACKUP SYSTEM FRACTIONJLx�O CRUPSYSiEMN6MI ( .0 ELECT.'..".. NAIUPALOPBIPRTPUSPPS 1.O (SEETABL ORCR PiAC6 MBONXEAT PUMPB Y.WIMBM COP R2 HSM wRLOP 22-2<=A5. SEE TABLE 0.BOV F FOP COP > 2.< 9H __ COOLINGSY E MULTIPLIER CSM) �il, =� r FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION Is SECTION 9-RESIDENTIAL POINT SYSTEM METHOD - CLIMATE ZONES FORM 9OO-B-84 - OEMM's[EM OF COMMOWtY AFFAIRS ICENTRAL 5 B PROJECTNAME 0.0d2 \DGti 1�v fh _J 1LlAGC PERMITTING OFFICE: - ANDADDRESS: CICIRLE HR@P G G .- i5 LO Gr '2 CIRCLE CLE CLIMATEZONE:-0 5 B BUILDER: be N -R-O ''3.Nc,'- OWNER: �q2D Wll R.l QG 4'� .Lt li .' --' - JURISDICTION NO.. . - STATISTICS - ❑DETACHED ACHED IF MULTIFAMILY, NO. OF UNITS" COVERED.BY THIS CALCULATION: GLASS AREA AND TYPE CLEAR !TINT, SEPARATE' CALCULATIONS ARE REQUIRED FOR EACH WORST CASE UNITTYPE. CHECK IF THIS CALCULATION REPRESENTS A WORST CASE CONDITION. - SGL' 7�FILLM,SSGOjLARRSSCREEN ,��J SGL DBL OBL NET WALL AREA AND INSULATION CONDITIONED FLOOR AREA CEILING INSULATION - CBS R= FRAME R= UNDERATTIC -I SGI-ASSEMBLY COOLING SYSTEM PRIMARY HEATING SYSTEM . PRIMARY HOT WATER SYSTEM CENTRAL- ❑ NONE ROOM' ElPACKAGE TERMINAL AC =EME CTRIC STRIP ❑ GAS ❑ NONE SOLAR jr3HEAT PUMP: COP = ®�DEO. ER: F cccCTRIC RESISTANCE ❑ SOLAR HEAT RECOVERY GAS HEAT PUMP: COPEERISEER ❑ OTHER: CALCULATED E.RL: LI�151 CALCULATED E.P.I. MUST NOT EXCEED 100 POINTS In accordance with Section 553.907 FPS., I hereby certify that Me plans and specifications covered by this calculation we In compliance with the Florida Energy Code:- I OWNERfA-/�<4�Ks+< LtSJ k..�le�-.i Zlc_ DATE:_ _ 3-a..'DATE:' Review of the plans and specifications covered by this calculation !nW- cafes compliance with the Florida Energy Code. Before construction is completed, this building will be inspected for complianca.in accordanw wiOi Section 553.90E F.S.U. - - - BUILDINGOFFICIAL- THIS DATA IS TO BE. SENTY0 OCA BY THE LOCAL BUILDING DEPARTMENT, -� FLORIDA ENERGY EFFICIENCY CODE &±�+� FORRUILDINGCONGTRUCTION-� SECTION q—HESIOENTL000leT6YSTEMMETIWO c.NTNELo$If FORM 9DD�Ab1 LNroero xnr.rtpws � cENmALp sa nia form meytIe Usetl to dean -forte pqueor xilh the FrNN,O,M, for nm renglsiarnlly Eelechetl a maWeLly aCscM1eE dm%rEY NXYr 3e ,9 'heErlagy Cotle.NW."othe, he Nis meVwg Be'Igip(yWy cotichof UweAingg W moflifarnlly M M, feep"oas,.dove Meet ar Ier,b EROIECTNAIdEPEHM(ITINGOfFlLE "'-'—' -.- AXOMGRESS. - - GROLECIIMATE 20NE.< a E UVILpEfl: '+" - PEHMR NO.: -- OWNEq: _ JUNSDICNe"He": L—Li—LL 11. ❑OETAOHE. IF MULTI FAMIE[ NC. FA�J CgVEREV OY THIS GLCUTANON: SEPAggTE COS NME REOUIREO PLCULATI FONEACXWORCTLASEUNRTYPECHECKF grTACXEO THIS CALCUTAiION HEPHECENTS A WOBET CAEE fANt Jr BIBS gHEAr S.0 TYPE CLEM R SCXE TINTNA ,F.SOIAEN SOL y 6' SOL � -" _ CT T I l �L NEr WALLAPEP ANO MSULATION CONOIIIONEO CEILING INYVLATWN CHS FpPMEFIOOHAPEp UNOEfl ATTIC sOL p55EMBLY j�N� UILI 0 L61 I Ld-d.0 I —,F_/_C_00_LIN_C SYS_rEM v��.ENTRAL ❑NONC L-1❑u1ROOM _ ❑ PACHACE TERMINAL AC EE EEEERu �© PRIM,Ry.EAIPNGSYSTEM PAIMARY HOTWrI SYSTEM 1❑�EIECipICSIRIP L]GAS NONE TOIL ❑SOLAR [::gNEAT PUMP:COP=®� ❑OTxEq: ELECTHICRESISTANCE r❑rSOtFq F]HEATH ECUoERY llllll�_�oEO. HFATPUMP: COP=��_C_l_� �OTHEIi ---_--. - . LAMNLArEO EP.L MUST NOT EXCEED iW POINTS Review I1h P-enL'in...—'ro by"ie cakelame ,,a wles eo,,Nanre MiM the Flontla Emgy CWe. Before eoru'IrvC4onk L,phis NM.,M." to Inspenteo for mm'S—. III//wph Se "'Ifer, F_S. IIISeclian oSVW]!.,I heM, ceelyRae Na Bort, merr2i hV lhie rotrJoux are n mmftherewieh Me_ Me.coals ffEP.L:EP.L: IY 4 L¢ e- 9A _- ESIMee Ia a.,re.amev __ mlMumgEauegEMEx15 CtlECKNIIIUICpiE REpUmEMEHS =1)Ex SHCINGK. IrVOgSj903� NAVM OFOSLM PEg5OU49E�IWiOF WOPMEn, Ixq upEH SLmMG G1ASS WJgS. _EXI daiHisi CegcKS 1 qo rO6ECgW(EO.Oq$Y.EIEp, WFATNER$igIPPE00P U1HFAVlI$ESEAIED. CEI�VWIONfgpa.91aRYNIIAVMOF 614 VWTCA 4I.-peER6fgUly MUSTHR SHMESTAN]PROgp90UBCLWgMgX,gY[qR/SO Fi 5TPN0 ORgE URMEDCIRCURtigFJucEHtELECIpA.r AidFF VKVE IGpS)MlfSi dE'SIYIiLH q a Mies (qA' E9 E or'-1, ...,..-u"'Mxsrlwee mGLca D-sIGI�EDrGMwiMig xs rinss. r- RESI0ENTIAL CALCULAOON LFOR514/0.8C __"�CYMATE ZONES<Sfi --.:_COMPONENT r f WMTEfl-• cR055, POINTS -.SUMMER .,cR055 - POINIS 7ARE4 --x- - 40.Ep ' x -$PM _L:. RB-26 199 23A - .- R2M9' -3/ - 1¢< af3J�. •• :.tA9 S - _ _.- GONC0.EfE_ Rd.0.5.9T "••�•`. -• y9 .. •- _ 129 j + R6A6UP%__ 83 11A. G - E ft0.109" - 1'L3 R53 i OR RiLO-tag 06 d.t ]/ /�O( IIA BRICK R1P35.9 -' 21 �9A VENEER COMMON -. Q O pCOMMON YAOOORMETAL MYLATEO .20 - _16R8 ]6.6 vTa Jd - d 18.4__ 5]__ __ yT M DOOR d0.1 Z -UNDER _ARC R 1s21.9 RR3-2A9 --. 0.306 UP - - P PA9 ao a.d 673d- _- c.9 6.5_ d] _ .. - yt_ 13 __. "_ _ 15.1 7.5 j _9NGLE ASSEMOLY NO ATTIC Rt0.11.9 "42 128 R13-1 B.9 5.5 9.9 -. R14R19 S< 40 COMMON 3.D 1.] N9gD fl 9-6.9 10.2 S9 4R 2l R11-18.9 _ 3] - IA _ _ 1 IUD RM129 qR-0 6.6 iii CONCRETE RF1U.9 9.1 RIl te9 d-0 25 - O R19EUP'. L xMMax G66 an H918- 6G6 1.] 383d.2 VI II''_' ECGE IN3UTAT_0_N PERIMEfEfl-- WY _ fl0. 9 EflIMEfER R6.UP „ 1 30L I!, 46RM9W-A-84 - CLIMATE ZONES456 WINTER - SUMMER OR AREA - SGL " 'DBL ..._.' .. - WOF (9F) -GROSS-' 'WINTER POINTS ., OR AREA -_',( .:_..: SINGLE - DOUBLE SOF• -,(9F)• C:.. -'"GROSS --SUMMER .POINTS CLR TINT a CLR TINE _ N .} - 101.3 672 A6 /• N 3.:?- - 176 149 74] 124 46aH.4 HE 101.3 E-2 HE 263 221 22fi 189 E .Sly" 101.3 672-E TV - 30- .299 307 256 O 2 SE -101.3 67.2 SE-- 339 285 293 245 •S 4is 101.9 67.2 .Q tl1 �p ry .3fi'/T.J• S 41 272 229 230 193 .is w SW 101.3 67.2 SW 339 285 293 295 2 0 W 30 101.3 6'7.2 .r�( .'( •Y w •30- 366 299 307 256 400 O-- 0 m NW 101.3 67.2 NW 263 - 221 226 189 to i H 3.5 -21.2 H 591 094 521 434 SW b / .SS3. 6 U zi o o . 6s aa_ fl/ -503,z 0 z o f Hy, All,3 VW/ff.. 77 cJ 8 A>a 3 H = HORIZONTAL GLASS (SKYLIGHTS). - - - FOR SC OTHER THAN 0.83 SEE SEC. 9022(a)5. TINT MOLT. MAY BE " USED FOR GLASS WITH SOLAR SCREENS. FILM OR PINT. TOTAL GROSS WINTER POINTS�vw0,. .'FR- TOTAL GROSS SUMMER POINTS R=4.2-4.9 vo.a 1.14 it ,frs R=4.2-4.9 ; 0.5'Y 1.14 .7 e P it UJ R=5.0 .6 1.12 R=5.0-6.6 1.12 R=fi.76 UP 1.09 - -R=6.76 UP ..' .-1.04 __... .. ... O� DUCTS IN CONDI- TIONED SPACE - 1.00 DUCTS IN CONOP TIONED SPACE - 1,00 HSMFROM9G E5­l1j1-X5 x ,Yo I ,a.gL7 CSM FROM 9H " /l,'Je2E2.51G x ,F/ " DIVIDE BY CONDITIONED FLOOR AREA l%. -W $ /66g �Jr%� WINTER POII7TS DIVIDE BY CONDSIONED-. FLOOH AREA' I SUMMER POINTS L ULATE ENERGY PERF RMAN E INDEX YYINTEfl SUMMEfl HOT WATER E.P.t. PDINTS POINTS PTS. 91 SUBTOpTAL ADJUSTMENT MULTI. 98 ADJUSTED CREDR PTS. 9C+9D PENALTY PTS. 9 CALCULATED E.P.I- /s�J- + 5ses _ ® = 70,! x /.z'% (jE.P.I. _ A�.33 _ 3 + 3 = �//. , Ip THE CALCULATED E.P.I. MUST BE EOUAL TO OR LESS THAN IN POINTS. s AD 1"W N CONDRIONED 901- 1101- 1301- 1501- 1701- 1901- 2101- 23�}� FLOOR AREA(SQ.FQ 0-900 1100 1300 1500 1]00 1SQQ 2}W 23W 30VE ADJUSTMENT i.il 1.15 (.19 W AB MULTIPLIER 1 '1.24 1.24 19A CLIMATE ZOHES 9C .j DESIGN CREDIT POINTS CP -CEILING FAN IN COND SPACE(max 5 CP); 1 MULWONE A/C SEPARATED BY DOOR - -5 - -' GROSSVEHNLATIONO CP rrrc m)'- - 1 WHOLE HOUSE FAN (MIN IS cfrtVs.i) 7 5 WOOD STOVE . _. _. -. ,, ... _. 5 FIREPLACE WITH OUTSIDE COMBUSTION AIR-' 2 9C TOTAL (not to excess 12 points) �5 9F WINTER OVERHANG FACTOR WO FEET N NE E SE S SW W NW 0-0.9 " 1.00 098 0.92 0.74 0.77 0.90 Q. 1.00 1-1.9 1.00 098 0. 0.75 ¢Z8_ 0.91 a 2-2.9____.1.00._. 0.98' .93 -0.77- N. 1 0.92--0.97--1.00 - 3-3.9 .1.00 0.99 0.93 0.61 0.93 �C97,, 1.00 4-4.9. - 1.00 0.99- 0.94 ..0.84 - 0.86 0.94 KU7,J-1.00 5-5.9 1.00 0.99 0.95 0.87 0.89 0-96 0.98 1.00 ".9 1.00 0.99 0.96 O-W 0.92. 0.987 100 7-7.9 1.00 0.99 0.W 0.93 0.95 0.98 99 190 8-11.9- 1.W 1.00 0.98 0.95 0.96 _. 099 99- 1.00 9-9.9 1.OD 1.00 0.97 0.98 0.99 1.00 I. 10-10.9 1.00 190 0. 9 0.99 0.99 099 1.00 1.00 1.00 la' 1.00 - 1.00 -1.00'_1.00 12 UP. "- 61100ii1 AO 1.00 1.00 1.00 -1.00 -1.00-"1.00 9D .HEATING SYSTEM CREDIT POINTS NATURAL GASIPROPANE HEATING 12A DILHEATING B.6 9E -- DESIGN PENALTY POINTS -WASHER AND OflYER IN COND SPACE '- - -3. TOTAL GLASS OPENS LESS THAN 40% 5 FIREPLACE WITHINSIDE COMBUSTION AIR 5 9F I SUMMER OVERHANG FACTOR SO FEET', N HE E SE -S -SSW NW 0-0.9 1-m 1.00 1.00 190 1.00 1.00 1.00 1-1.9 1.D0 1.00 0.99 0.99 0. 2-2.9 - 1.00 0.98 '0.9�) 0.83 0.9 0.93 0.95 .1.00 '0.98 3-39 1.00 0.95 0. 0.87 0.57 0.95 4�.9 1.00 0.92 0.84 0.81 0.81 0.81 0.92 5-5.9 0.99 0.80 0.79 0.76 0.77 0.76 0.79 D.88 6-6.9 0.99 0.85 0.76 0.73 0.75 0.73 0.65 7-7.9 0.99 0.53 0.72 0.69 0.73 0.fi9 �7 0.83 S-8.9 0.99 0.81 p,ZO,_ 0.67 0.72 Ob7 0.81 9-9.9 0.98 0.79 0.67 0.66 0.71 0.66 0.67 0.79 10-10.9 0.98 0.]e 0.64 0.70 0.64 0.65 0l8 11-11.9 07' O.64 0,63 0.70 0.W 0.64 0.76 12 UP - i0.97 1.76 0.63- 0.62 0.70 0.62 0.63 - 0.76 9G - --HEATIN EM MULTIPLIER (HSM) _ HEAT PUMP. - - - COP 2.5-2.6 2.7-2.8 2.9-3.0 3.1-3.2 3.} 3.5 d UP HSM ..,AO 37 1 . ,34 - .32 1 "'90 .29 SOLAR HEATING SYSTEM (BACKW SYSTEM FRACTION) x (BACKUP SYSTEM HSM) - ELECTRICSTRIPHEAT 1.0 - NATURALGASIPROPANEIOIL 1.0(SE TTABLE 9D FOR CREDITS) PTAC d ROOM HEAT PUMPS MINIM UM COP 2.2. HSM FOR COP 2.2-2A=.45. SEE TABLE ABOVE FOR COP> 2.4 9N OOLING SYSTEM MULTIPLIER CSM) --- EEPoSEER 7.8-7.9' B.0.8.4 8.5-8.9- 9.0-9.4 9.5-9.9 10.0-10.4 10.5-10.9 11.0-11.9 12.0-UP ELECTRIC CSM ..83 . .81 0.76 - 0.n 0.68 0.65 0.62 - 0.59 0.54 COP p 40-0.44 AS OA9 GAS.--:_=-._'CSM- 1.50 _.•--_1.25 MINIMUM SEERIEER LEVEL 7.8 FOR STRAIGHTCOOL OR HEAT PUMPS; MINIMUM OF 74 EER FOR ROOM UNITS AND PTAC. . FOR ROOM. UNITS AND PTAC, CSM FOR EER7.5- 7.T=.87. SEE TABLE ABOVE FOR EER>].Z - _ HEATER HRU (AIC) WATER HEATER HRU (HP) WAT.FR HEATER HEAT PUMP WAER HEATEI 10EDICATED, IEAT PUMP) o f ERI SOLAR ! HOT WATER 4 FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION SECTION S-{IESI�rE"AL POINT SYSTEM METHOD CLIMATE ZONES FORM 90O-B-04 p!wwLwm.aaua cENTPhL 4 5 a pgOJER NPME ROUR'R\D(a Z• -bFl-Jv -V ,%kl PERMITTING OFFICE: ANO ADDRESS: j\ly[q ,G-6 lOG Z CIPCLF CLIMATEZONE: 4 5 S. BNLOER: t UU(C RIO&C. - 'NC. _ PERMIT NO.: OWNER: gRSo-a %IOG4; led . JUmsDICTON NO: srnnsncs ❑OFTACHEO. UNIT$ IFMULTI FLlj p,EBAPAT 9Y T,LU CALCULAT IqJ'. ^ CLEAR .LASS AREA ANOTYPE .LINT. FILM SOIAR�BC BEEN SEPAgATE CALCULATIONS AflE REpUIflEO $A 'll JI 1 ISOL FON FISH WORST CASE UNIT TYPE. CHECN IF LJ_01YLJ ATTACHE. THIS CALCULATION REPRESENTS A WORST OBL OBL CASECONRTION, NETWALLAREAANDINSUTATION CONDITIONED CEILING INSULATION FLOOR AREA UNDEPATTLC SOLASSEMBLY LILIL73I R-m.❑ fl-m.EJ CES N= FRAME R= Lf1116N I FFA.Lol LLLdAg LAA.❑� OLING SYSTEM PRIMARYHEATTMGSYSTBA PRIMARY HOT WATER SYSTEM fgpL (NONE a _ r ] yeLcc.THCSTBIP GAS L�NUNE `r�PLECTHIC BESISIpNCE ISOIAH Lu❑J LI M [-FS.NE.- ❑J OIL ❑ SOLAR MEAT RECOVERY - GAS AGE TERMINAL AC HEAT PUMP: COP=❑❑ HEAT PUMP: COP =❑m !�OED. I lOTHEN: ]OTHER: F CALCULATEOEP.L Fr-KI- CALCULATELOJE.P.I. MUST NOT EXCEED IN POINTS' In atsmasrce nTh Sebbon 003 907 E..j I lIeeabr cvnlly.I WThe pMre Reom OI Me Plana sM snedle abMn YMMMb by Re cLaiabMI inal. aM sbecRcelgrvs twereb by My cnlc:nnot one in to,blotw oth to -. tMos w,Fienw won the Flwpa EmMy Co]B. Boone cona4ucWn¢ Hb. Cne"Ono— . wetti ,-Hie building will W imFectbU In, O}nplianw in Bcc ebbu Mlll Setlbnt..R9 FS 'P /J' II 1 OVPJER. qV/G/i a'e' �aSY=tl.�a/v a - BUILDING OFFICIAL OAIE.(7 6-Ob DATE: HIS DATA ISTO BE SENTTO DCA BYTNE LOCAL BUILDING DEPARTMENT. J FORM 900•A-04 This form may be used to dernait of the Energy Code. An alternative I ....,gnat In Section t0 of this Coda. C mlance t methotl FLORIDA ENERGY EFFICIENCY CODE,._. _.. FOR BUILDING CONSTRUCTION— ... SECTION 9—RESIDENTIAL POINT SYSTEM METHOD CCEMN7IL L 4 5E6 VENoouofr0FC0MMm0YAFRmS T the Energy Cade lornew 0000-family detached Of muNIBM11y'a9adwd dwegri s Urvier Section 9 r single-family detached dwellings, and multifamily attached dwellings of three stodea or less, Is ___ _._.._ ........,w e.�..,e r—I eidinn. Mirk veneer. etc.) or concrete wall type construction may ul buildings strall comply with the requirements of Section tDoft is e. 2571 ExeoAiva Center Circle East. Tallahassee, Flodda 32301. building department or the Depamnem at Community Affairs. Energy Code Program. - PERMITTING OFFICE:- PROJECT NAME CIflCLE CLIMATE ZONE: 4 5 fi ' GUILDER: PERMITNO.: BUILAER:' - ' - - OWNER. _ _. _ JURISDICTION NO.:�� 1_J�J GLASS AREA AND TYPE - ❑DETACHED IF COVERED CAL UNITS CLEAR TIM.FILM,SOLAR SCREE .COVERED BY THIS CALCULATION: SEPARATE CALCULATIONS ARE REOU IRED SGL a SGL FOR EACH WORST CASE UNIT TYPE. CHECK IF ATTACHED THIS CALCULATION REPRESENTS A WORST DEL �� DBL CASE CONDITION. NET WALL AREA AND INSULATION - CON DRIONED ICEILINGINSULATION FLOOR AREA UNDER ATTIC SGL ASSEMBLI CBS R= FRAME R= - rrrrTI 11 n r ITi�� I I�—I 1 I / 1 LI -A VJ I R- 1 -1 11 I' R= 1I 11 CENTRAL V V' ❑ NONE eLCCTRIC STRIP ❑ GAS. ❑NONE ELECTRIC RESISTANCE ❑ SOLAR ROOM ❑ OIL - ❑ SOLAR ❑ HEAT RECOVERY - ❑GAS ❑ PACKAGE TERMINAL AC ❑HEAT PUMP: COP =❑.❑❑ DED. HEAT PUMP: COP =.o.m EEFUSEEft = ® ❑OTHER: ��y�I� OTHER CALCULATED E.P.L: F19 .LI—� - .CALCULATED EP.1. MUST NOT EXCEED IN POINTS In accordance with Section 553.907 FS.,1 hereby certify mat the plans Review of the plans and specifications covered by this caicUlagon indi- and specificallonscovered by_this calculation are In compliance with the cales compliance with the Florida Energy Code. Before construction is Florida Energy Code. - completed, this building will be Inspected for compliance in accordance with Section 553-908, F.S. Tresedr�Cians i' �.»Ir.�*P`- 7CL BUILDING OFFICIAL: ':LATER HEATERS (9(32) SWIMMING POOLS (903.3) F;VkTED BY OTHEFTHAN SDIAR, MUST HAVE POOL COVER DESIGNED TO MINIMIZE HEAT LOSS.I ALL ONLOrNAERCIAL POOLS MUST BE EQUIPPED WITH A POOL PUMP TIMER. HOT WATER PIPES (903A) INSULATION IS REQUIRED ONLY FOR RECIRCUURING SYSTEMS. IN SUCH CASES. PIPING HEAT LOSS SMALL BE LIMITED TO A MAX OF 175 BTU iH PER UNEAR ROOT OF PIPE (SEE 50f.4). HVAC DUCT CONSTRUCTION I CONSTRUCTED IN ACCORDANCE WITH INDUSTRY STANDARDS AND LOCAL MECHANICAL CODE. RESIDENT/AL CALCULATION E.RATE YGNE54 E 6 I -.COMPONENT- WINTER ' GROSS WMTEE REIN SUMMER GRO55 ;SOMMEn POIM5 AREA WPM' PPEA "6PN .. LOHCflEIE R 0.2fi -1A5 236 ' fl40-S9 - '9A 12] ' P6A6UP 'OS 1L9 j--� F0.AME fl0.1Q9 1]J R5.2 Q 3 Ofl P11.0.169 aTd-" 44 flA OQO. _ BflICK VENEER Pl9-R59 21 6A 4 0.R6hVp 1.5 6. COMMON si 69 9.9 �y.�/ .3 TJ o� O 3.A oZ.30y— � p NpOOOP METAL O R 3}S�} 59 ��__ _ __ _ �9.] lag 6.fi SiOPM000N - ib COMMON 906 I 2 V Ii ALTW PROSUP P6-).9 _ _ PB9.9 _ P10.119 23 — _ _ . SINGLE R NO AT Ro A, R. Y9.6 ].5 15.1 63 12B P 12_10.9. P19-21.9 34 34 6A COIAMO. 1p y R. 103 IS.d i 6O }VLV'D PS-109 R11-10.9 43 29 91 12p R19ADP-' 2b OO ROQ9 Pad$ L 411, P6-10.9 5.9 9.1 = W CONCiETE 194 9 E5 R196OF VP - 2l l.] - 4 EOGE IA O`ARON PERIMETER WPM - q P029 ml 420 PERIMETER fl666p _95.9- a 30.B —FORM 900•AA4 CLIMATE ZONES 4 5 6 WINTER SUMMER OR AREA .. _. _ -- - - SGL 'DBL- ..> -_. WOF (9F) GROSS ./ WINTER -, POINTS - OR AREA _ ....':_.:;_ SINGLE DOUBLE ' SOfi ,(9i� GROSS 1' SUMMER .:.POINTS CLR TINT CLR TINT N _ 101.3 "672 - - N 176 149 147 124 '-- NE 101.3 - 672 NE - 263 221 226 189 E U - 101.3 672 /00, (� - E y - 356 99 307 256 ,TJQ) O z SE 101.3' 67.2 SE no 285 293- 245- ¢ +S .3 LOTS 67.2 .W 3a t. -S .3 X 272 . 229 230 193 azi SW 101.3 67.2 SW 339 85 293 245 0 -W _J� L0L 67.2 W �� .356 299 307 256 ,Co' N w NW - 1018 672 NW 263 221 226 189 _ 3.5 1 -21.2 H 591 494 621 434 a=_ J W U 2 F O Z O O H= HORIZONTAL GLASS(SKYLIG HTS). FORSCOTHERTHAN 0.83 SEE SEC. 902.2(a)5. TINT MULL MAY BE USED FOR GLASS WITH SOLAfl SCREEN�FILM� OR TINT. TOTAL GROSS WINTER POINTS 1 ".0 I?, TOTAL GROSS SUMMER POINTS �`/3L 1./4 -SiT+3g1.3� R=4.2-4.9 L=.�" 1./461.12 R = 5.0-6.62P1.09 FR-49 -R=6.7@UP - - 1.09CONDI- ACE t,pp DUCTS IN CONDO TIONED SPACE �,pp'- . _._. HSM FROM 9G SfiSn7.3(x /.� .DVSi>'/.Pii CSM FROM 9H DIVIDE BY CONDITIONED �j!%3 FLOOR AREA DIVIDE BY � 37 02,10.fot _ CONDITIONED . I�%.2l WINTER POINTS - FLOOR AREA I 3$. 17 . SUMMER POINTS ALCULATE ENERGY PERF RMAN EINDEX ' WINTER SLIM HOT WATEq POINTS POINTS PTS: 9 E.P.I. ADJUSTMENT SUBTOTAL .MULTI. 9B ADJVSTED E.P.I. CREDIT PTS. 9C+9D PENALTY PTS. 9 CALCULATED E.P.I. THE CALCULATED E.P.L MUST BE EQUALTO OR LESS THAN 1W POINTS. _ B A IT&IENT Fr7ULTIPLIL�R ` CON901- - 1101- 1301 1501- 1701- 1901- 210H FLOORAREA (SQ. FT.) 0-900 1100 1300 1500 1700 1900 21 DO 2300 ADJUSTMENTLPLIER I f.if l.Th /.19 11 1,2i I 1.29 I 1.34 1.40 1.47 MUTI{` 2301- A1.54E 9C.. DESIGN CREDIT POINTS CP 9O HEATING SYSTEM CREDIT POINTS CEILING FAN IN DOW SPACE Imrt 6C%-:: -Y NAIURpLGATIPItOPAHE XEATNG 120 SEPARATED BYDOOB_:_ ___-6--_ � OIL NEATN6 - -" - - ..- -MULTQONEA/C - "CROSS VEHIILAMIN (1 CPPoIFmT)=+=^ -:1' WXOfEH015E FAN(m8t15 Cllrth,l.)- -5 " - ..SFOYE 5 -. 9E - DESIGN PENALTY POINTS - OHEPLACEWf(XOUT30ECOMBVSTION FIN 2 Wp$IIERRND pgYFfl IN CONDSpgCE 8 TOTALGEASSOPENSLESSTHAN. 6 BCTOTAL(notWe��w613PPIMt) a ` FIREPLACEWITH INSIDE WNUU5T10N AIR -6 9F "1YINTEH O9-RHANG FACTOR 50 _ SUMMER OVERHANG FACTOR SO EEf N.... NE E 5E : 5- ryI-W--MY N XE E - $E 8 $W W NW 0-09 fAp 0.98 OT4 O.T/ 09D !(tl v.]1.OD 1Ap t W _ A0�)1.W iTo 92 .Y5 0>6 Ogi 1T00 1,40 d99- 099 09B O93 0 1M2 EN -00- 098- 0M OP 0.81-092 09] -1.03 1.M 0.99 095 O.&4 092IS. Lm am 093 091 am -093 09] 1.W 1.00 095 089 O8T 0.86 BUT am U.4 S 190 0� 0 Od4 O66094 09] La, IW 0,9E pB4 WU .1 0 1 G. 0$1. Im am 0 5 09] O.B9 09fi D.98 La _-.1/p 093 0.88 0]9 pM On p]4 0>90'Go 1M 1. Og4 090 0.9E--C9> 09B 1.W 099 p85 an 0]3 0]5 0]8 0.]6 05T 19 1. G99 09] 093 095 O. 0.9 ill , O.9g OBi_ an 0.69 = 049 0 2 0.8E -0SS D.95 O.g6 099 ((G.§9? 1.00 049 p81 0.]0 O.fi] O.Y[. O il.']ITl O.tlt1.W ISO G9 09] 0.98 B. 'T06 lm U93. an p.6] C.W 0.]1 .6p0]9fOB 1.M f.W OMR 0.99 0.99 08> 1.(p I:W 090 0]8.�G. 0.64 0.>0 O4d 06G 1-119 1.W 1.G0 f.W t.p] 1�1W1MtA0 041.-0.>8'. 0.84 OA3 063 O.4G" 036A3 -t00' 1AOl Im 1. 0.9] O.Tfi 063 p.G2 JO 062 0.6E 0]6 9G --HEATING SYSTEM MULTIPLIER HSM N'c"AT PUMP COP__ 2R28 39-3A A132 3A06 t'.4 3Sd UP HSM .M S2 9p n SOIARHEATINGSYsi _IOACKUP SYSTEM TRAM „ BACKUP SYSTEM XSM). ELEGTPICSTXIP HEAT NATURALGASPXOPANEMIL 1D(SEETABCEgQFpP' GPEMLEB PTAC6 ROOM HEAT PUMPS MINI MU M COP 21 REM -COP R2-9A=Ai $EETADL EABOVEFOPCOP>YA 9H - COOLING SV T£MgdULTIPLIER (CSM) - ELECTRIC EENEEEP 7.0.]9 B.0.BA 01g.g 9p-9A g5-g,9 f0.1 IN4 1P Z{Y9 11.0.11.9 12PUP ! C6N .p AI D.>6 060.0.M OA 0.59 OUP._ 0<p-0M OA6-099 0 n pA5-06B 065-069, B. UP-- - -GAS, CSM 1.50 1Al 0B2 am- _ MINIMUM SEEWEVIOWELTA FOR STRgGHFCOOLOX BEAT PUMP$I MINIMUMOF],6EEH LUBH00MUX1T6.pNOYSAG-: -' -FOHHCOMUNOSANOPTAC.SM REERT.5->AslB]. $EE TABLE ppOYE FOX EEO>]T _91 ' HOTIWATER GHEOIT POINTS HWCP).. ELECTRMH@STAXCE_WATEX HEATER ---WAXTAHEUUS VIAIEfl FLECFPp .. E H 4.B f1ATER_ - GP$ d_ ELECTRIC pACKVP HfiU (P/C)WATEXHEAIEX B.5 OAK BACKUP _I£0 HXU (HPI WAIEq HEpTEq ELECTRIC BACKUP - 10.6_ _ GAS BACKUP -T - HLATPUMPWATERNEATEX co, 1.60.199 __ (DEOCATEDNEATPUMP) CflEDR PCINR' e0 1.90.E-19 2.20.L49 BA Y"S-A A 1S.1 OVERALL SOLAR FRpCpN' 10 SOLAR 0.60KUP 21 0924.9\ HOTWATE5 CASBACCP 14.4 6 192 21424.0 A1 . 13OT8 4T 1;9I66t 16.6 212 T1.PERCFMOANHHOTWAERPXOIO1TOfl 1 1TA YED ' p$YS1EM+1DOa OV 4 I f"-Nlrl{i BUILDING 5 ZONING DEPARTMENT" SS. LUCI£ COUNTY ELECTRICAL P£' ST LUChFGWNTY n 1IIA AVENUE .IGOY 101 CSy\ �\, ,`-F 8.` 108 T MCRCEPCE, FLOflIO.0 PHONE: 466-1100 Subfett m eY pwY'v+ d tlr NasivJ Eleco-b Cod vN tlue Ebceial Gob & P. 3 6' -0I% of SL Leer Cwnn. flaiM1 TN60 R- - ' Cwo-evmt i k ( O4 �_y lob Adder >-f4P Se» Aa ' pundl. Cwtr.rmr ovm.. Noa o _ 2.e s L-s Dv.nty7F- Flnt 14,00Ova, 1a .30 e.. -- Owr 1 'lv" 1 ro / 1mGill. w Wa 1 Yw 5Iv IfTL FCO -, PanW 1.50 6.ar 5 tlnu 0 Wf 5.00 wz1.. Ifewr 1S0 Ow a Ary m ro - 5.00 1.50 Ow 10 tl 100 h MOO . -Owm IM.r 1.W Qr im hF eaA 10AA E WInNn AE Cm4 1.00 S.IeTbo�d tNu 100 Msa 4.00 Oii�wNer/D{gmd 100 Swim GO N IGO A^P S.CO _ 0 Bed T 50 __ Per 100. Nry i00 AwR COO B Iba M Spn iW O- M Mry .00 Mqc 8.00 O w -- 2.00 Pr 603 tlxu EW MnR 12" �J T s Neon SO�s 1.00 Per 600 Neu 000 Amps MOO . 6zlOv O� lA0 Duce 800 Aygi MOO/MOO pxld u0ea OfsmWlim Fawb 1.00 'je..nor-nRy Po. -.gin fd,c- nGANmrt I.trtn @3.00 ,_� MINIMUM FEE SIMOU l - TOTAL FEE I APIkem - p Savor io apa s.b ibed befog me 16is day of �%nacw Iv 'fir— �.. , I ��PvNia Sr rc of F 1 N-Ury P-1-1, SIaR Of Ftfrld»AI La.ee I' My Camm eRP res - MY C.1 E p as lu YGl 1984 •/xmmo nmea. I , FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCRON "-- t'�/ SECTWN B—RESIOEMIAL fOIM SYSTEM METHOD CLIMATE ZON FOAM 900.A B6 Thlsfwm maYLS Us ylo damn N kmlr�wmwLD41aE gy CW (pti¢w xgl IrvnpYEe Jietl "mulp(eml ellecM1NJvnlp ViAe 4Mi N W Ene'gy CMe. qn allertati to Nb me1M1M for dlglakmpydelullN Wppilys ¢Htl muYJlyMy yrxlpd EwaI11n85 d IM1w aline¢ ur ks LOWmhIH�wlecfgtsk �Pf00kea140Gs vT1c1181eeNne YmuM4amelVmlaL3lg.picXwrew�etc)w mn•ratawetllyya¢vt5W41IGl, build � IYWeolml¢wdbnmUSlepnPlyuldar SecLon9w5Mbn5o1 W5 CMa A�llicne loevsfugrvsNe rg55nallmmPHMNYrore9Wlev^nnLsol Sec4G fOININSCo]e.Daniledlnlomalpn on Mx McwnlAek blsblmmryCe Walmq bullYpu4 WwLngdepazMenl orlM OepabnatlalGmmemily pllahs, EargyggB Rty m,25]i ERg2w Cenkr Cirtk Eaz4 Td1aK .p. FlotNa S'LJ81. ANVASTESS: - '- "-- PEgMITpHGOFFWEf '— ANOAOOgE$$: - CIRQF CLMATE ZOXE: < S 8 Bun -- OfrNEfl: - 1Ug601CXON HO_� ❑pETACHEO IF MULTFAMILY NO.OF UNRS -® GLASS AREA AND TYPE WVEflEp BY- OM'S ATION: CLFAR TIM FILM,Sp1Aq'..Y;f1E1 To NUN ED QUPS ATTACHED SIB LCULATcu MNE5ENT5 pCNgg50T OBL DRL NET WALL.REAANOINSULATON _ CONUIiIONEp CEILILNGIIILNSJOItq—TIIOLLXJJI CFID - R= FEMME Rc- FLOORAREA VN Eq pTTp SGLASSEM L1 DNG SYSTEM --,yy__PplmARYHEATNGSYSIEM PRI"RYHOTWATERSYSTTW 1 �CENTPh, ❑NONE [' EETBICSTRIP ❑GAS ❑NONE- ELECTRIC flESISTPNCE ❑S.-O I ROOM F��❑.�JJJ OIL ❑SpLAfl ❑HEAL R.E.Py r❑GA9rJ ❑ LLL❑..JII PACIUGE,I E-flM�Wg�L (AC 1 IHEpi PUMP: COP=❑❑ �pEO. HFATP.MV. C.P J EENSEER= I 7,L� ,��J OTHER: OTHER CALCVLATEOE.P.I.:- CALCVLATDD EP.I. MUST -NOT EXCFED'. POINTS Bn aaaM.vl 'hSetlI n553.9U7F$IM1mebYCW1y WINe plansfl[vkw al Vhe plem aW u,oIcahee,_,_W Lyl ,,.be btllManeNiceionecmer�bYlhbca.cHlalbn ere h inwlrylyllcevfiP Up-. cyeq mmP9eam wryh the Ne. 00,, C e. BeRewelly Flpitla EnmSy CMe. ampkbtl TM1 ..hO.be lnspecVed loe wmpliercaIn ecNEar¢e. alnsmu .sT.soS, _s.. owNEwAGENr.�x �T,a�_T Tnc ougolNG ofFIcwL: DATE ogre: 9A wlhame ne.mmmua --- J .vDcvs�L -_ Nfarz aeLEMSrvcMrac G V —SLiR UM9f 05 CFM PEgSpUggE]Poi0_F WGgg5e0. NCWUESSLGNG GU55 WCP5. F MNMUMIOF S.11q.l9CpCA5YElE EN q�udiG . Vm:96 VUCrc39aT iOB -SIP _GFwLED G INSUgTIVN (9ry.e1 . - IEBUy [HSfeU9y USiw pSWYa i eKI IL0 MM.n Vpn/EQFi SLghp OYl➢SSSW ICN _ IEECIP L)OSMbfF WLVEIGP5)MUS'/ v SNIMI9lNG qM" 1 ) IFSNFATEOSVOTNEfl1NiN5gN1 NUSTH<Y£IWL WVFA Ok OTOMNMIZEHEATLG53. MOT WR ONLOMMESCIALiOJLS MVSIBEEVVWPEO WUHPFphW EgPPE51 1.. EbTYENIg"�. OU.UAIAEL,,,,iEEpEGTOOHALTMpO,,,ENU,PER mw S. F0N0SrUpCFHPGIPESE(SSEEEIP$qING.91X. FAT I lOh Fl[mYVS BE HESiHCI" pMGI¢TH4Aa65LLON5PERMINVIE aC WLi LG gEUCrEO Wpo EVgM �� 1-.).al NILONUIi / SVICLa ZECIVW GLGYIE tLCryligO C U II1GAMV LYgCCES 6 VIGN,piICTHEPMpSTwi fCq FgPi SVSiEM I" �1 RESIDENTIAL CALCULATION -- -_- .. FORM 900-A-84 _ .... ... _ �1. _... .... .... CLIMATE ZONES 466 . COMPONENT.:.: ' J - CONCRETE R 0-28 R2.7-3.9:'� R 4.0-5.9 R 6.0 B UP 6 FRAME - OR BRICK VENEER RP-10.9 - - R 111.0-18.9 R19-25.9 N26RUP COMMON WOOD OR METAL Q INSULATED O Op STORM DOOR COMMON UNDER .. ATTIC . ZSINGLE ASSEMBLYNO ATTIC fl6-7.9 COMMON tiA .9 ,n0.90W18.9mA UP-- z -.Qo ___Oo.9 - 00.9LL z0.9CON18.9OCO �. WINTER' -- GROSS - .. WINTER = POINTS AREA x ''' WPM 19.5 ----12.4- ' ..J. _... .. -.9.5. _. ..: .. .8.2 ... 17.3 - 4.1 2.1 - 1.5 0 4.8 3 SUMMER -..CROSS SUMMER - POINTS - AREA x - SPM' 23.8 - 6 ---14.5-. 12.3 11A 252 11.4 s3�, 8.4 - 6.8 %�iO 3.2 a3uy-- v - RM---- ----- �- " - q" r09Cy:.JY' CLINATEZ0NE5456 WINTER SUMMER OR AREA SM "'- OGL" WA 09 Gfl655 - WINTER . FORTS OR An" 9NGLG OOGME GOF (99 - GROSS SUMMER POINTS MR Tour MS THU H f01.9 6T3 N 96 119 141 1. NE lOV 6L2 HE 2W 221 . 169 61.R • ,jjl. yr$ E' ]96 .1 2. 4.1 /s" 2 $E 6T2 SE 11 A9 2W R9S VG " , 6T3 /.MO 3a .b s u%a 2T2 239% 96 IRS al na . n EW ,o .] 6.S WT ]]9 W9 29] .5 - O W 1011 " 6T.2 W IWV ]56 r29DJ SIM I N w NW t0tA 6T.2 HW RN .1 226 161 X 15 -212 X 591 99{ 521 VM1 j H= XORMONTAL CLASS (SKYLIGHTS). FOR SC 0THER TRAIN 0.63 SEE SEC 9022a)5. TINT MOLT. MAY DE USED FOR GU S WITH SOLAR SCREENS FILM 0R THE %J P TOTAL GN059 WINTEfl P0INR °/LsvB.} TOTAL CROSS SUMMER POINTS 4 _ ... (>r! 3 �r 5d $3 Sd 53i.o3 BX ��(.01i •')% I. R ='6Z-J.9 LIJ UIJ P=6.0.6.6 1.12 R=5.0.d.6 112 D� P=6.T O9 ge6.T8 Vp 1.99 OVCTS IN CONDO DUCTS IN CON., DONE. SPACE io9 TONED SPACE owmE BY "''" �. omnE Rr - coxpNlonEo Jrd%3%vj= /H73. coxo,noNEo (���j/:3f Fl90R AREA ' WVJTEq PoIKR FLO0q APE4 SUMMEq POINT$ AL ULATE EN H YPEHF RMA EX TERSUMMERHOTWpiERPIppJOSTMENTPENALCALCULATEUNTSPOINTS9RUBTOTAL MULT.(9R)EP(9PTs1CLsy � W3.AY = ch;oy _ HE CALCULATED E RI. MUST BE EOVAL DO OR LESS THAN 10p POSTS, 3R� Ao 1 M M LT(PL) 1` LONOIiIONEO 991- �=301- IIR_POFAREAFT.) o-ym Y1%- T'0j jSSj= j%Q} j91_ I OVE AUJUETMEIR 11W 19� 15CR �tOI� 2 5G MVLTPpeX 1.11 1.15 L19 139 t� 1500 21Po 23W I AND 1,5 3 I -- CLIMATE ZONE99 5 6 N CREDIT ' POINTS CP 9C. .21A CEILINOND SPACE (nmM 5 OF) -MULTQEPARATEDBYDOOR-:�'•- '•` - CROSS1 (1"CP--icortl):'_WHOLEAN(min.!5e -J)-� --S-NOOD - " - - -5 _ FIREPLOUTSIDE COMBUSTION AIR_" _2 9C TOTexceed 12 points) 9D ..HEATING SYSTEM CREDIT POINTS . -NATURAL GAS/PROPANE HEATING - 72.0 .OIL HEATING - 9.6 9E DESIGN PENALTY POINTS - WASHER AND DRYER IN CORD ET N'RE E SE S SW W NW o-0,9 1.o0 0.98 W 0.74 077 0.90 0.96 1.00 1-1.9 1-1.9- _ 1.00 - 0.88 0.75 0.81 0.91 1.W -- 1.00-0.98 9 9 `0.77-0.7 -0.91 ID9 � "1.00 3-3.9 t.00 -0.99 0.81 '0.85 0.93 97 1.00 _ 4-4,9.____.4.oO-0.99 .0.94--0.64--0.86-.0.94 -0.97-. 1.00 5-5.9 -,.00 0.99':-0.91 '. 0,87 __ 0.89.-0,96 0.98 .1.00 _ 6-8.9 --L00 `0.99 0.96---0.90 0.92 0.97 0.98 TOO 7-7.9 1.00 0.99 0.97.' 0.93 0.95 0.98 . 0.99 1.00 - 8-8.9 --1.00 - 1.00-0.98-0.95-.-0.96 "' 0.W _ 1.00 9-9.9 1.00 1.D0 OX 0.97 0.98 0.99 .W .00 10-10.9 A.00 -1.00 0.09 0.99 0.99 0.99 1. 1.00 -11-11.9 -1.00--1-00--1.00-1.00 -1. "-1.00 '1.00"1:00 :. 12 UP 1.00 1.00-1.00.1.00- 1.00 r1.00-1.00"1.00 SPACE - � 3 TOTAL GLASS OPENS LESS THAN 409L 5 FIREPLACE WITH INSIDE COMBUSTION AIR 5 FEET' N RE- E - SEA'. S SW W NW 0.-0.9 1.00 100 � too 1.00 1.00 1.00 1.00 1.00 1 0.93 -0.92 093 4.95 2-1.9 2 2.9 1.00 98 098 0,95� 0.93 0.92 090 0.95 i 098 098 3-3.9 1.00 0 95 0. 0.87 0.66 " 0.67 0.95 li 4-4.9 1.00 0.92 0.84 0.81 0.61 0.51 0.84 0.92 5-5.9- 0.99 0.88 0.79 0.76 O.T7 0.70 0.79 0.88 6-6.9 0.99 0.85 0.76 0.73- 0.75 O.TU 0.76 0.85 7-7.9 0.99 0.83 0.72 0.69 0.73 0.09, 0.72 0.83 B-8.9 0.99 0.81 0.70 0.67 0.72 067 0.81 9-9.9 0.98 0.79 0.67 0.66 0.71 O.6G 0.7U 0.79 1D-10.9- 0.98 0.78 0.66. 0.64 0.70 0.64 0.78 11-11.9 0.97 0.76 .. 0." 0.63 gz0 0.63 0.64 0.76 12UP 0.97 0.70 0.63 0.62 .70 0.62 0.63 0.76 9G _ ..... _ _ __ -HEATING SYSTEM MULTIPLIER HSM - - _ _" - - HEAT PUMP - COP 2.5-2.6 2.7-2.B 2.9-3.0 3.1-3.2 1 3.4 3.56UP HSM - AO .37 .30 .29 SOLAR HEATING SYSTEM (BACKUP SYSTEM FRA ONj-'xyHACKUP SYSTEM HSM) ELECTRIC STRIP HEAT - 1.0 - NATURALGASIPROPANUOIL - 1.0(SEE TABL RCREDITS) PTAC A ROOM HEAT PUMPS ' MINIMUM COP 2.2. HSM FOR COP 2.2-2.4=.45. SEE TABLE ABOVE FOR COP>Z4 9H COOLING SY 7E MULTIPLIER CSM - EERISEER 7.8-7.9 8.D-8.4 8.5-8.99.OA.4- 9.5-9.9 /0.0-10.4 10.5-10.9 11.0-11.9 12.0-UP CSM .83 .81 .0.76 0.72 0.0 0.65 0.62 0.59 0.54 ]ELECTRIC COP0.40 .44. ' OAS 0.49 ._ 0.5 0.55-0.59 0.60 0_64 - 0.65 0.69 0.708 UP AS",-.]==: _. --CSM-:--.30-`- - tss tza 1A9 -1.00 ..o.9z 0.89 MINIMUM SEEFVEER LEVEL Z8 FOR STRAIGHT COOL OR HEAT PUMPS; MINIMUM OF 7S EER FOR ROOM UNITS AND PTAC. --FORAOOM VNfISANDP7AC CSM FOR EER 7S -T7'= .B7. SEE TABLE ABOVE FOR EER > 7 7. :91 - - HOT WATER CREDIT POINTS HWCP -__... -EIECTflIC REStSTM1NCE WATER HEATER-'""-'" - GAS WATER HEATER --INSTAHTANEOU9 WATER -._ NEATER-- .__ . - _. - -ELECTRIC -__ ---� 4.5 - GAS.. ..._ .. _.. 12.6 - HRU(WC(WATER HEATER- ELECTRIC BACKUP 85 GAS BACKUP _ 150 HRU (HP) WATER HEATER ELECTRIC BACKUP 10.6 15A GAS BACKUP _ HEAT PUMP WATER HEATER DEDICATED HEAT PUMP - ( ). COP 1.60-1.89 - 1.90-Z79 2.20-749 250-2.79- 2615A 15A CREDIT POINTS 9.0 ii.d 13.7 74.4 � OVERALL SOLAR FRACTION' 0.1' 02 0.3 0.4 0.5 0.6 0.7 0.9 0.8 1.6 SOLAR - -ELECTRICBACKUP 2.4 4.8 72 9.6 12.0 14A 16.8- 192 21.6 24.0 HOT WATER 90 GAS BACKUP 114 12.8 - 142 15.6 170 18.8 19.0 21.2 �.6 24.0 -PERCENT OF ANNUAL HOT WATER PROVIDED BY SOLAR SYSTEM +1M = OVERALL SOLAR FRACTION 4 ••• FLORIDA ENERGY EFFICIENCY CODE .FOR BUILDING ---- -CONSTRUCTION— SECTION 9—RESIDENTIAL POINT SYSTEM METHOD CLIMATE ZONES FORM 900•A-84 DEPAmMEKr OFCOMMuarrYAP Ajns CENTRAL 4 5 6 This form maybe used to demonstrate compliance with the Energy Code fornew single4anily detached ormultifamlly attached dwoifings under Section 9 of the Energy Code. An alternative to this method for single-family detached dwellings, and multifamily attached dwellings of three stories or less, Is - pmvided in Section 10 of this Code. OnFydwellings which are above ground (tame (wood siding, brick veneer, etc.) or concrete wall type wrntivctionmay be calculated using Sections 9 and 10. Other types of Construction must comply under Section 4 m Section S of this Crwlw: AHAainns b axis9rw residemiat onieinys s��a, wnryry rum u. regoremems e, ocvvon Ivor mils wee. ueraliea Intormauon on how locomptete this form maybe ublained hom your bcaf building department or the Department of Community Affairs, Energy Coda Program, 2571 Execvkve Center Circle East, Tallahassee. Florida 32301. . PROJECTNAME- .._..._ _.;_. _.....,_. _...._ .... _. ... _.. PER MRTINGOFFICE:-_. ._. ..x,. : ._.:.._.. ANDADDRESS: -- - CIRCLE CLIMATE ZONE: 4 5 5 BUILDER: .. ... .. --- OWNER:FT ❑DETACHED --- ATTACHED IF MULTIFAMILY, NO. OF UNITS I• •/I I I COVERED BY THIS CALCULATION: W� SEPARATE .CALCULATIONS ARE REQUIRED FOR EACH. WORST CASE UNIT TYPE. CHECK IF - THIS CALCULATION REPRESENTS A WORST CASE CONDITION. GLASS AREA AND TYPE CLEAR INT, FILM,SOLAR SCREEN SGL O� a SGL DBL DBL NET WALL AREA AND INSULATION CONDITIONED FLOOR AREA CEILING INSULATION CBS fl= FR/A•ME - R= UNDER ATTIC SGL ASSEMBLY Vim/ C OLWG SYSTEM PRIMARY HEATING SYSTEM' PftiMARY HOT WATEli SYSTEM" CENTRAL ❑ NONE - ❑ ROOM ❑ PACKAGE TERMINAL AC EERISEER = EUJ LECTRIC STRIP GAS NONE ELECTRIC RESISTANCE' a SOLAR _ ❑ OIL O SOLAR ❑ HEAT RECOVERY ❑ GAS ❑HEAT PUMP: COP=❑❑ '❑ DED. HEAT PUMP: GOP=.❑m ❑ OTHER: - ❑ OTHER: CALCULATED EP.1.: I-/� _CALCULATED E.P.L MUST NOT EXCEED 100 POINTS !n accordance with Section 553.9D7 F.S., I hereby certify that the plans Review of the plans and specifications covered by this calculation indl- arM specRcalims covered by this calculation are in compliance with the-= - Cates compliamce with the Florida Energy Code. Before conetmclipn Ls - Flbrida Energy with - completed, this building will be inspected for compliance in accortlanco with Section 653.908, F.S. OWNEFVAG--`reR3Jr�Vas�'T.�ia�r3rm_.'T.r ^.,,,....- I( WATERHEATERS(eaD2) POOLS (9033) 11 HOT WATER PIPES (903.4) HVACDUCTCONSTHut-RD, PROVIDED.-'----"""`•""•""`�'^"'I vn l:rrWYF YAWE(GASI MUSTBE IF HEATED BYOTHER THAN SOLAR MUST HAVE POOL COVER DESIGNED TO MINIMIZE HEAT LOSS, ALL NON-COMMERCIAL POOLS MUST BE EQUIPPED WITHA POOL PUMP TIMER INSULATION S REOUWEDONLYFDR RECIRCULATING SYSTEMS INSUCHCASES, PIPING HEAT LOSSSHALL BE LIMITED TO A MAY. OF 17.5 STU JH PER LINEAR FOOT OF PIPE fSEE 5Oa Af INDUSTRY STANDARDS AND LOCAL MECHANICAL CWE CHECK 1 1 1 III 41 �I III ' �I Y t i I I 1 1 RESIDENTIAL CALCULATIONFORM 1 ___ _ OMMPTi]ON.486 COMPONENT, WINTER-- Ggoss WINTER" PoIMTS SUMMER SPM cRas6 '6UMMEN POIHF pxEA WPM AR_'cA Rp{R. "10b 33A 4A AUP _-j- �f �.%_ BR 11A rFMM 1)d 4.1 R£3 RitA-18.9 A46SUP ' et 11.4R'B".OA %eiO t6 AB .J%SS^ D 32 aBDV— N p µQOU OR METAL_ IN6ULATEO _ 1636 �.S O� 0.5.9 150A IIIA 76.6 COMMON 40.6 6A _UNOEfl _. ATTIC fl 11219 3A Bb RII-RH.9 - —' -2] 65 R306 UP 23 V Z R179 9] 19A W SINCLE. R10.t1.9 84 ICB J V ASSEMBLY R1R-1l.9 NO ATTIC flt9-3Y9 3.O - 6A _ COMMON /HT3 ' ao" N O-6s 1az 54 w ¢� �O O VgCO . CONCTEfE CAMMON X raH 41 _ 20 � /. L_. R1118B fl1H8uP / ROaS R3E9 •T _"_ ]. _ _____ Tb� 44 25 1.7 �- Ri1189 _y4.H _ 3A M EWE W6UTATI0N � PEgIMETEq WPM _ 0Q R0.29 60.1 R3d9 45.9 JO PERIM[TEfl R6SUP .THd 2 1 I wgM 9oo-ga ICLIMATE mNM 4 Y/INTER SUMMER ww I mi 1 OR N N 3 a AREA - SGL f01.3 D.L. ... _ fi]2 YAG [9r] GR054 -WIM£q - Oft AREA SINGLE CLq TIM JOVBIE CLfl TIM SOF (9f) '- GHO55 'SVNMEfl N 1i6' A9 lO 1N _NE 1013 6]2 NE P6Y P21 PY6 199 - E /H - 1913 6i2 100,(� E' y 355 30T Y35 .4p 3';�� $E 1D13 6>.Y SE -" ]39 .a P83 29] Y45 S .�.i. 9,3 6]3 0 3a f:c.• S 2]2 99 193 , �... GW 1013 Si.2 _ $W ]39 P66 R9] 296 fIW 1013 G/2 NW P63 P31 RRE 169 N ]5 -_212 _ _ _ H 691 490 4X .moo _I FOfl SCOTHEq TH N9 35EE SEC. 992.2(a)£TINIMVLT. MAY 6E Bs H- HORRONTAL GLASS(SKYUCH>51. ED FORGLA95 WITN SOLAR SCgFEN9 FILM Oq TIM. TOTAL GROSS WINTEq PpIN15- Y'/jL TOTALGfl0995VMM gPOIMS .,j U j q=4.R-4.9 1.14 SG3£1.3� A 42-0.9 q 60.66. p 6> UP V ZONED DE. S SPACE SPADE -R-5.0.6.6 1.15 112 G>A VP tA9" 99 BE B IN CONDO TIONED RPACE t00 100 I i' DIYUIE BY coxolrron6o 6658t31 /Y73 3�3aj T DIvmEEY- — EON..P.NEO .,;I.M73 j�` {7 FLOOR AREA ELOON A.B, SUTAM ED POINT$ L LATE N Y F RMAN EINDE% WINTER RD.... HDTWgTEN POINTS POINTS PTS: 91 E.M. SUBTOTAL. AWU TMENT ADJUSTED CPEpIT PIS. PENALTY CgLN,ATw SUET 9q EP.L_ 1C+9D PT$ 9E ": E,P.L. ',?>7 O 73,s/ lxq &"1.Y/ _ 2 3 i0•4/ THE CA1GULpTED E.P.L MUST 6E EOVAL TOOq LE65lHANIPo POINTS. CONDITIONED 9D1- "%_ FLOOq APEgi$O. Fff 0.9D3 _ 1W W ADJUCTMEM Lll 1.15 1.18 MVLTIpLIEq '3p1- 1E%- 4]91- 11T91--" 1�1- 2101- sG0 nW 9W iW 29M ABDYE LR4" 1.29 134 1.40 1 b 1'TA 3 C_: I II! 9C.. DESIGN CREDIT POINTSCP 9D HEATING SYSTEM CREDIT POINTS -0£NMGFANIN NATURALGAS/PHOPANEHEATING t30 aIULTQONEpIC6£PAgpTEOtlY000q --6- I OIL NEATNO B.6 -T' I�. F -CROSS VENIIIATpN 1CP rlwm) - ' WHOLE HOVSE HJI (mlalb ClMa.l) -B YA005TOVE ': 6 9E pESIGN PENALTYPOINTS Flp£p1ACE WXH0UR10E4VNBUST1ON 0.1R WA6HEq gNOORYERIN CONp6FpCE 9 " _-` TOTpL G1A530PEN$LESSTIAN 4Pb s yCTOTAL(nvl loezaetl l3 PdnIB). a. FlPEPLACE WRNIHSIDE COMBUSIN)N AIR 6 9F "WINTER OVERHANG FACTOR WO 9F SUMMER OVERHANG FACTOR SO FEET N BE E BE 5 SW W NW FEEY SE 5 SW s:O W_ XW 0-09' 1.W 098 0]4 0]] 090 OQB 1.W iW -1A1 1.03 - 1 1.W 1-L9 1.L0 0.96 92 0.]5 0]B D.91 - 1.0] 1-1.9 LW. 1.W O A.. 09B 693 A.- 0 LPo Z-P5 . _ 1.00 0.9E-0.93 :. -A.02--0.9F -I W L0l M. AA 0..Po p92 093 029 B. 041 AU }39 -1.00 0.SB -0.99 OAI O.BS 0.93 0.92 3-3,9 1. "B O.Bg Q6] O.BIi OEI 0.A4 095 4+.9 1W 099 0. 0$0 066 O.gd 0.. 1. 1. aCPS'. bJ.9 1.00 0.34 0.61 0.01 091 OA4 Sv.9 LW U99 096'-0b] U09 U.96 096_-1W - OAS 090 O.Po 0.. 0. OR C..]6 "S 0]0 OBB 0.98 1m O.SI 0.96 "A. 1 W 1. 6-6.9 OA 005 0]6 0.]5 0A, OA6 OBS A.95 1Aq OPJ 09] 0.95 0.B. 0.99 OW 100 ]-].g p.pB 0,03 p.M p.fi9 U.]3 O.fA BAB D,]3 ..9 B R034}J 3-B.g 1.fp iW 090 0.95 0.96 B. 1.00 8-0.9 O.Y9 -0.BT 0.]O D.6] O.T2 1+J.9 LCO tUJ 099 OH]' 0.96 0.99 'TTlil l.W 9-9.9 096 0.)9 O6] O.E6 0.7I O.W 00 0. ,109 1.00 l.W am C99 "Ba 0.99 LOU 1.00 10-109 09 . C. 164 0]0 0.89 O.E6 p.]6 It-11.9 1.W LW 10 L00 100 -0.UO 1.W -.1.W 1-t19 097 0.76 0.64 063 9.Z OGI 0.89 O.M 12 UPy.IW 1W IPo -0.00. 1W 100 OJ 12 UP 097 0.]6 OGT 0.02(]0)0 A 0.6 J OS6 9S- HEATING SYSTEM MULTIPLIER HSMftk� 9�3.1_32 ]}q y56STEC. (BACKUP SYSTEMFNACPOI a' B CKUPSYSTEM NSM) OIL 1.0(SEETAP$ MUII ISM FOR COP P 32 4d=AB. TABLEARS. 3EF TABLE ABOVE FOfl COPRA ._.. 1ULTIPLIER 9H COOLMrWCUPCT CSMELEfiTflID R5E B.O+BA' fls5-0,9 10.0-10.6. alcaP.0 .o.pse .ass ows-o.ae oss-DA9 - aso-p.Gp'SL5N- v 115 lA9 L00" 0.93 O.BB U MINIMUM 6EEWEEq IEVEL ].B FOF StRA1GM COOL ORNEAT PUMP31 MINIMUNOFZS F.ER FpR ROOM UN(I5 PROPTAC. YOq BOOM UNNSAN O PTAC, CSM FOR TERi,O =CL A]. SEE TA91E ADWE FOP EER> ].], 91 HOT WATER CREDIT POINTS QAWCP1 EC Rd RESETAN.L EcH HEAT R _- 0 C SWATEOHEATEH IN;7AIRANEOU WASH 'ELECTR2 _ LS ROBLE. , ELELTiIC BACKUP_ HRU(A/CIWATERH..R GAS BACKUP ELECTRIC BACKUP 10.6 HxV (xP)WATEq HEAIEq GASBACKUP _ 15.4 HEATPUMPWATEHHEATER COP 1.60-1.89 1.N-219 2 2.49 RSO-2]9 2b0.1W (OWKATEOiIEATPUMP) UgEORPOINR 13.1_- OVERALLSOIARFRACNON' 9A 11A 13.1 1Q4 r " OB 1.0 SOLAR '' EtECTgICBACKUP 0.6P OA OA 0.5 0.6 2.7 0.6 - 2t6 24.0 _ NOTWATtl! 52 GASBACKUP RA 48 ]'2 96 1R'0 14A I6.0 19.2 IYL6 24.0 t1d .- .PEBCENt OFANNVAI. N(liw¢rmnen,....... II.e 14$ i5b 171 16.0 19b RIS _ d rl-� FORM 900-A-84 s form may be used to demonstrate conlplia M .0he Energy Code.An alternative le this method I. FLORIDA ENERGY EFFICIENCY CODE:.FOR BUILDING CONSTRUCTION .SECTION 9--RESIDENTIAL POINT SYSTEM MERiOD of this Code. torn CUMATE20NES CENTRAL 4 5 6 ings under Section 9 w stories or less, is peconswction may-- D existing residential wined Imm voar local PROJECT NAME.. AND ADDRESS: .. ...... i _ .. >.. _. PERMITTING '�� -� ^� -_ CIRCLE OFFICE . _..__ __... ...... ....... CLIMATE ZONE:4 5'6 BUILDER: - IF �.. J _. PERMRNO.::•.,. qq:" OWNER: ._ ,�.•��y`.. _ JUNISDICTION NO �� Y DETACHED ATTACHED IF MULTIFAMILY. NO. OF UNITS COVERED BY THIS CALCULATION: �� � �J :,�� GLASS AREA AND TYPE CLEAR INT. FILM,SOLA SCREEN - SGL' "' /R �' 9 !�' SGL SEPARATE CALCULATIONS ARE REQUIRED FOR EACH WORST CASE UNIT TYPE CHECK IF THIS CALCULATION REPRESENTS A WORST - CASE CONDITION. I L�-1 I I I I_DEL �1 L�L1J I ' DEL NET WALL AREA AND INSULATION CONDITIONED FLOOR AREA. CEILING INSULATION - UNDER ATTIC R=M.U. SGL ASSEMBLY R=CD.❑ CBS -'I R= { 3 C�31.Loj FRAME R= I m E]jEj1jZjZj6 I I I I I LID_W COOLINGSYSTEM PRIMARY HEATING YSTEM PRIMARY HOT WATER SYSTEM CENTRAL ❑ NONE ❑ ROOM r ❑ PACKAGE TERMINAL AC'' _ EEWSEER = ETA ld ELECTRIC STRIP ❑ GAS ❑ NONE ❑ ❑ OIL ❑ SOLAR - LJ T PUMP: COP - ®� -, ❑ OTHER: ' E ECTRIC RESISTANCE ❑SOLAR ❑ HEAT RECOVERY ❑ GAS ❑ DED. HEAT PUMP: COP = ❑ m ❑ OTHER: CALCULATED E.P.I.: �.� CALCULATED E.P.I. MUST NOT EXCEED 100 POINTS In accordance with Section 553.907 ES.,-1 hereby certify that the plains.. andspeciGcAtions covered by this calculation are in compliance with the Flodda Energy Code.--. - ' - -- OWNEFL/AG�ENL TY¢la 3JrG �5'F T/t3J!v-t Se r+ DATEi� Y a�G�.Q%i _ Review of the plans and specifications covered by this calculation indl- dates compliance with the Florida Energy Code. Before construction Is completed,this building wig be inspected for compliance In accordance with Section 553908 F.S. BUILDING OFFICIAL:' DATE: —. 9APREScuiriva MEASURES gdstbe I �b all res dencesl MINIMUM PEOUnEMEMs CHECKTOIATE COMPONENTS REQUIREMENTS- COMPD CE 'WINDOWS eco.1 ---1 MA)sMUMOF0.5 CFM rUNFARFDOTOFOPERABLE SASH CRACK DOORS(903.1) MAXIMUM OF 05 CFM PER SQUARE FOOTOF DOOR AREA. INCLUDES SUDI OGLASS DOORS. M.JCINTS6CRACKS 903.1 TOBECAULNEO, GASKETED.WEATHER-STRIPPED OR OTHERWISE SEALEDP CEILING INSULATION (903.9) MINIMUM OF R-19. WATEfl HEATERS (9RJ2) . - - MUSTBEARASHRAESTANDARD9 BOLABELORAMAK.4 WATT/SQ. FLSTAA[[��1-BYLOSS.SWITCH. OR CLEARLY MARKED CIRCUIT BREAKER(ELECTRIC)OR CUT-OFF VALVEABl MUST BE PROVIDED. ' SWIMMING FOOIS(K38) IF HEATED BY OTHER THAN SOLAR, MUST HAVE POOLCOVER DESIGNED TO RIINIMIZE HEAT IDSS.' ALL NONCOMMERCwLPOOLS MU9TBE EQUIPPED WfIHAPOOLPUMP TIMED' HOT WATER PIPES (9D3AJ INSULATION IS REQUIRED ONLY FOR RECIRCULATING SYSTEMS. IN SUCH IPAAC�ES. PIPING HEAT E(SEE SO4A). LOSSSHALLSEUA2TEDTOAMAKOFI7.SBTUJHPERUNEAR FOOTOFP6FE 9HOWERHFADs (903.5 WATER FLOW MUSTBERESTRICTED TO NO AfORE THAN3GALLONS PER MINUT. HVgC DUCT MECHANICAL CODE CONSTRUCTION CONSTRUCTED MACCORDANCC'WIRf INDUS TRY STANOAflpS ANOfOCALM t (B0a6) pUGTS IN—NCgRDIHO�Ep $PACE IAOST INSUt TED TO A MINIMUM R19 HVACCONTROL519Da n BEOfl EACH SYSTEM. — -----�••,w�'—i MANUAL OR AUTOMATIC THERM I- OSTAT FAA f R SIDENML CALCULATION FORMBG8A04 _ CLIMAYE20NE5466 *._COMPONENT WINTER-- GROSS„ R`NER SUMMER ., GROSS .. SUMMER POINT$ AREA WM M -' 9._-RE.]as - o: 3 -.•ti9 ' Ff9.�. 145 G - CONCRE]E_ P4Ai➢ — -- By 133 - j R8.86UP `eT 11A-- � Ffl " R.D. RttA-169 D6 4a 6 QO 11A eD (A�Sr CK _ R19a5➢ R.l BA Y.4EER P266UP lE 60 MO coMMox Q O p V DOE _oq. METAL NSUIM TORM OOOP fAMMON �O Ifiza ,2 Jw�- q ass Qr 6'� 18.4 8A6 C8.6 6.'/ 'UN 65 -ATTIC fl38d VP - _ -_22 : 41 U 6WGLE 6.T P10.11 t28 AS6EMNLY RiY-t69 __ g5 __ - NOATTIC P19-Y1.9 3.y se _ IXIMMON 9A — _ 1.] _ �➢ 8.Y 4 P]-lo - 4➢ _ MODIR O flIR 9fi189 P VP 3T _12.8 16 8 l4 66 - 46 p F0.59 COACPETE PF10.9 S.9 I 5 �S� R11 169 S. COMmox 6G a➢ H94S— EG - Iv =4 3d..1 _ PEXIMETEq y/p 1 - 45.9 y EDGEIN WI TRIM 0¢ TR 0Q9. mzPERIMETERI P66 UP O �v 1 j� yL f. ,_•FORM 9 A-64 - CLIMATE ZONES 4 5 6 i WINTER SUMMER . OR .�.. AREA' .. =SGL. .. 'DBL. - . WOF (9F) "--GROSS: '''WINTER ,� POINTS: OR .'. -AREA? .. - -: -,. -:. _..:. SINGLE- DOUBL SOF -(9F)' ._ '�O GROSS = SUMMER ..:POINTS CLR TINT u.: CLR TINT. .... .,.... N '.� 101.3 67.2 .ft - !• N '.3eZ "- 176 149 147 124 • -y/bRi�•4 NE - 101.3 672 - - NE 2G3 221 226 189 - E �� 107.3 6l2 3 E " : 5"S '- 356 .299 - 307 266 - d.2: ,S O z SE - -101.3 - 67.2 - - BE - '' _ '-. 339 285 293 246 C .S °is 101.3 - 67.2 'S' .'t '272= 229- 230 193- N2 67.Tar m SW 101E 6b2 SW - '. 339 285 293 245 O 1Y 101.3 67.2 • d . y W 3 b 356 299 1 307 256 ,OB 0- N w NW 101.3 67.2 NW 263 221 226 109 Q Z H 3S -21.2 H 1 591 494 521 434 0 z o ai '/7 E $' A.-/0 33,Y' rH=ORIZONTAL GLASS (SKYLIGHTS). FOR SC OTHER THAN 0.836EE SEC: 9022(a)S. TINT MULT. MAY BE ` USED FOR GLASS WRH SOLAR SCREENS, FILM OR TINT. TOTAL GROSS WINTER POINTS i7 6..'2,Tw- TOTAL GROSS SUMMER POINTS' 370•SS `'-. R=4.2-4.9 '/O.a 1.14 $ ,frf R=4.2�.9 ? 0..59 1.14' U� R=5.0_6.6 1.12 F1=5.0.6.6 1.12 >7 R=6,]A UP im R=6.7@UP- 1.09 - -- DUCTS IN CON01- TIONED SPACE 1.00 - DUCTS IN CONDI- TIONED SPACE ''- 1.00 ' F HSM FROM 9G '- GSYi/. b•.S o CSM-FROM 9" ::' //✓ 6 :., 0'l-�11.79 DIVIDE BY " CONDITIONED FLOOR AREA 19.2.%'� _ /6G6 ' ' W NTER POINTS DIVIDE BY - Co'U,TIDIEU FLOOR AREA = - SUMMER POINTS AL ULATE ENERGY PERF RMAN CE INDEX ' WINTER SUM MEfl POINTS POINTS HOT WATEfl PTS. 91 E.P.L- ADJUSTMENT ADJUSTED SUBTOTAL MULTI. 9B E.P.I. CREUITPTS. 913+9O PENALTY P' S. 9 CALCULATED E•RL _THE _ CALCULATED E.P.I. MUST BE EQUAL TO OR LESS THAN IDD POINTS,' 1_98 I AD M NT M L7 PLI R - CONOFFIONED 901- ,101- 1301-. 1501- J 1701- iaoII FLOOR AREA (SQ. FT.) aye 901 110p 1561 . 1700 i 19" 210G AUJUSTMENT 1.11 _ 1.15 2101- 23DO 2301- ABOVE 1.47 1.54 I.. - 7. 1.74 1 1.40 ' CDMATE TONES 4'S6 __.,, 9D .. HEATING SYSTEIA CREDIT {JOINTS NATURAL GASIPROPANE HEATING OIL HEATING 9E DESIGN PENALTY POINTS - 3 I . WASHER AND DRYER IN COND SPACE " -. __ - TOTAL GLASS OPENS LESS THAN- - 5 _ . 9C TOTAL (noee t fo exctl 12 Twl01e) FIREPLACE WITH INSIDE COMBUST ION AIR 5 9F WINTER OVERHANG FACTOR 9F SUMMER OVERHANG FACTOR SO ET p NE E BE S SW W NW FEET' N NE E SE SW NW loo 1.00 �.g 1.00 0.98 1.00 0.98 <29 U.92 0.75 0.77 091 096 ' 1-00 119 i 1.00 100 1.00 U993 1.00 093 0. ..0.98 2-2.9. .._t1.OD. 090- .03 0.77 0.81-8 093 �,0�9q77^'- 1.� y3.9 1.W 095 0. 9� 087 0.9- 0.87 �0.b95� 0.95 2 _-_ .1.00 0.991.00 0.99. 0.94 ' O.B4 0.06 0.94-1.00 4-4.9 1.00 0.92._ 0.84 0.81 091 0.01 _ -.0088 .92 6-69 1.00 0.99 095 '0.87 0. 092. �0.96 09B 1.W 6-6.9 0.99 085 0.76 073 -0.5 073 0.79 0.85 7-8.9 11.00 00 1.00 0.90 095 096. 0.99./099-=1.00 8-89 - 0.99 Q.B7 0.83 0.72 0.67_ 0.2 0.66 0.81 9-9.9 - 1.00 1A0 0.97 0.98 0.99 1.00 1.00 D-9.9 0.98 0.79 �.67 0.66 0.71 0.64 0.66 0.76 10.9 10-102 .:. LW -1.W 1.00-a�-'7:00--1�00 1.00-. 1.00 1.00 1.00 10-11.9 0.98 0.76 - o.64 0.63'. 0.70 ` 0.63 0.64 0.76 J199 1,00' 1.w /.00 --1.00 100 -. 1.00 12 VP /0.97 OT6 0.63 0.62 070 0.62 0.63 OJ6 _-HEATIN - EM MULTIPLIER HSM 90 00P 2.. 2.6 - 2.7-2.8 2.9-3A 3.1-32 9.3-3A 3.5 8 UP 2g MEAT PUMP - NSM ,,40 .37 34x -32 .30 --I (BACK SYSTEM FRACTION) (BACKUP SYSTEM HSM) - nr�ur eYSYEM PFAC h ROOM HEAT PUMPS ELECTRI MINIMUM SEERIEER LEVEL7.6 FOR GAS WATER HEATER -INSTANTANEOUS WATER ._ HEATER.. . HRU (AIC) WATER HEATER HRU (HP) WATER HEATER HEAT PUMPWATER HEATER (DEDICATED HERE PUMP) OVERALLS 'SOLAR - ELEC' HOT WATER �2 GASE 2.2. HSM FOR COP 2.2 - 2.4 =.45. -0.49" .0.50-0.54 0.55-0.59 0.60-0.64 ' 0.65-0.69 '- .-0. 0.89 " .,. :.. --.. 1.20" 1.09.._ 1.00 0.92 ' COOL OR HEAT PUMPS: MINIMUM OF 1.5 EER FQR ROOM UNITS AND P7AC. - 5 - 7,7--.87. SEE TABLE ABOVE FOR EER> 7.7. HOT WATER CREDIT POINTS (HWCP--) -� 1 4 _FLORIDAENERGYEFFICfENCYCODE_- a -FOR BUILDING CONSTRUCTION SECTION 9—RESIDENTIAL POINT SYSTEM METHOD CLIMATE ZONES FORM 900 A-84 oEPAIrrNEMOF COMMVNffY AFI'AI0.5 CENTRAL4 5 6 This term may be used tc dem instraie compliance With the Energy Code foinewsingle-lamlly detached or muNfamily attached dw@Ifings under Sectim 9 of the Energy Code. An alterative to Nis method for single-family detached dwellings, and mulgfamity attached dwellings of three Modes or less, Is provided in Section 10 of this Code. Only dwellings which are above ground frame (wood siding, brick veneer, etc.) or Concrete well type Construction may be calculated using Sections 9 and 10. Other types of Construction must comply under Section 4"Section 5 of this Coda. Additions to existing residential buildings shall Comply with the requirements of Section 10 of this Coda. Detailed Information an how to complete this form maybe obtained tram your local building department or the Department of Community Affairs, Energy Code Program, 2571 Executive Center Circle East, Tallaha;See, Florida 32301. PROJECT NAME - - _ PERMITTING OFFICE:._-.. AND ADDRESS: " - CIRCLE CLIMATE ZONE: 4 5 G - BUILDER:" '- ""' "' PERMIT NO.: - - OWNER: -. _ JURISDICTION NO.:, ❑ DETACHED ATTACHED �--r— IF MULTIFAMILY, NO. OF UNITS I 11 I COVERED BY THIS CALCULATION: FT 7 GLASS AREA AND TYPE CLEAR TINT, FILM,SOLAR SCREEN SEPARATE CALCULATIONS ARE REQUIRED FOR EACHWORST CASE UNIT TYPE, CHECK IF THIS CALCULATION REPRESENTS A WORST CASE CONDITION. SGL J 'J SOL � DBL � DBL NET WALL AREA AND INSULATION CONOITfONEO FLOOR AREA - CEILING INSULATION CBS R= - FRAME R= UNDERATTIC SGLASSEMBLY q COOLING SYSTEM PRIMARY HEATING SYSTEM PRIMARY HOT WATER SYSTEM CENTRAL ❑ NONE 11ROOM - ❑ PACKAGE TERMINAL AC EERtSEER = FWI❑p ^ I ., u 16CTRICSTRIP ❑ GAS ❑ NONE ❑OIL ❑ SOLAR. a HEAT PUMP: COP = ❑ ❑ ❑ OTHER: LECTRIC RESISTANCE ❑ SOLAR ❑ HEAT RECOVERY ❑ GAS ❑ DED. HEAT PUMP: COP = ❑ m ❑ OTHER: - ULATED E-RI.: �.® CALCULATED E.P.I. MUST NOT EXCEED 100 POINTS V1na=ndarcawith Section 553.907 F.S., I hereby certty that the plans ecifications covered by this calculation are in compliance with the' Energy Code. - - - ,y'<gSJic Review Of the plans and specNcations covered by this calculation Indi- cates compliance with me Florida Energy Code. Before consmrction is completed, this building will be Inspected for Compliance in accordancewith Section 553.908, F.SRlA/GEJNT! BUILDING OFFICIAL' DATE: ' DATE: /y��rte-e-�� _ 3 oZG ^ d 9A PRESCRIPNVE MEAS RES Musl be ref or ertceetledb all resieences. MINIMUM REQUIREMENTS CHECK TO INDICATE COMPONENTS REQUIREMENTS COMPLIANCE WINDOwSao1.1 MAYIMUM OF 0.5 CFM LINEAR FOOT OF OPERABLE SASH CRACK. DOORSe03.1 MAX IMUM OF 0.5 CFM PER SQUARE FOOT OF DOOR AREA INCLUDES SLIDING GLASS DOORS. WATER HEATEHS (M32) - SWIMMING MOLS(903.3) IF HEATED BY OTHER THAN SOLAR, MUST HAVE POOL COVER DESIGNED TO MINIMIZE HEAT LOSS. ALL NON-COMMERCIM. FOOLS MUSTBE EWIPPED WITH A POOL PUMP TIMER. HOT WATER PIPES (903.4) INSULATION IS REQUIRED ONLY FOR R---- -- ATING SYSTEMS. IN GUCH CASES, PIPING HEAT .u...•.,.---.__- LDSS SHALL BEUMITEDTOAMJ.OF17.5BTUh PERUNEAR FOOT OF PIPE nSFF snen 11 NVACOUCTCONSTRUCTION CONSTRUCTED IN ACCORDANCE WITH INDUSTRY STANDARDS AND=AL MECWWICAL CODE, ' RESIOENnAL CALCULATION - +'-- FORM 900-A-64 ....... --.. `::.'_'_ _. __.: ... '_ CLIMATE ZONdS 4 5 6 .-COMPO_NENT.., __"". _ J .. "_ ..._.. CONCRETE RO-2.6 '•, - R2.7-3.9-..._ R 4.D39 R6.Ofi UP G FRAME OR BRICK VENEER - R0-10.9 R11A 18.9 R19-259 R26fiUP COMMON Moo OR METAL- _ Q INSULATED O STORM DOOR Op COMMON - --UNDER .. ATTIC R 19-21.9 R22-29.9 R 30 & UP O Z _J W O SINGLE ASSEMBLY NO ATTIC R 6-7.9 R 6-9.9 R16-11.9 R 12-089 R 19-21.9 COMMON U R R7-ID.9 ..o wt C i.... WOOD ....._._ flit-189 R19fi UP.... .. Oo Op ... R369 U' i 0 � CONCRETE R 6-10.9 Rit-189 O _ R19&UP WMMON ' "--:WINTER= GROSS WINTER =POINTS AREA.- '-WPM 19.5 12.4 - _ 9.5 8.2 17.3 ..� 4.1 a 0_ - 2.1 1.5 EDGE INSULATION PERIMETER WPM in d AQ PERIMETER R 0-Z9 60.1 17IR5 R 3-5.9 45.9 R6fiUP 30.6 - SUMMER .... Gnoss SUMMER _' POINTS AREA x SPM - " 23.8 12.3 11.4 25.2 Ga-7 11A 8.4 6.8 ,33.E 3.2 a 2 Ila FORM 906A.81 CLIMATE ZONES 4 5 6 WINTER SUMMER - - ORI 1 AREA ._.. �. SGL UBL WOF (9F _ GROSS ' W NTER -POINTS ''- OR _.' AREA .. SINGLE- CLR TINT DOUBLE- CLR T NE ...:. SOF (9F) =3R0SS-- SUMMER'- :.. . -: POINTS --' N .?tea' 101.3 - 672 N _ NE . _.. .....- 101.3 '.672 6L2 1.1m E -101.3 - 67.2 - -'-` BE 339 285 293 245 - "'' S- 11,5 - 101.3 67.2 ,3,5'0-0 - 'S SW - 101.3 67.2 - SW 339 5 293 245 - - W SD 101.3 67.2$ o'(, W J� 358 2 307 256 .w %� StD-- NW /01.3 67.2 NW 263 -221" 226 /89 H 3.5 -21.2 H ! 591 494 521 C34 n = nvmcvN IAL GLASS (SKYLIGHTS). H FOR SC OTHER THAN 0.83 SEE SEC. 9022(a)5..TINT MULL MAY BE USED FOR GLASS WITH SOLAR SCREENS FILM OR TINT pJ R = 5.4.0-2-4.9 6. 6 tifjr,7y.Y 1.14 1.12 .SSYjyFl. T R = 4.2-9.9 -7,-' A- R=5.0.6.E AP 1.14 1.12 ?,5 -4, Cif R=6.7&UP'* 1.09-'- R=G7&UP y0i- f, DUCTS IN CONDI- TIONEDSPACE _ _ _ _ _ 1.00 DUCTS IN CONDI- TIONED SPACE - taD HSM FflOM 9G-' .%� '6 ��• :J-S�/'li! L CSMFROM9H„- DIVIDE HY =/67 POINTS DIVIDE BY/oCONDMONED. 6/- /1 ;FLOOHAREA' - - SUMMER POINTS WIN TEq SUMMER MOT WATEfl EPJ. ADJUSTMENT ADJUSTED- CREDNPTS.- PENALTY CALCULATI POINTS POINTS PTS. 9 SUBTOTAL - MULTI 9B - EPI 9C t 90 PTS (4E1 ' E PI � 9a. �s I � 8� _ = THE CALCULATE. E.P.I. MUST HE EQUAL TO OR LESS THAN 100 POINTS... B AD M NTM L IPLIER CONDITIONED 901- 1101- 1301- 1501- - 1701- 1901- 101- 2301 , FLOOR AREA (SD. FT.) 0.900 1100 1300 1500 1700 1900 - 21 -. �300 ABOVE ADJUSTMENT 1.1L 1.95 1.19 '' - 1.24 2100 A7-- 1.54. MULTIPLIER _1�4 1.40 3 _:.-- - - .FORM 900.A.84'-'- CLIMA E2DNE9456 -. gC______DESIGNN CREDIT. POINTS CP - - CEILING FANINCONDSPACE (MMSCP) -MULTIZONEA/OSEPARATED BY DOOR-"'-_..-, S- CROSS VENTILATION V CP per room) WHOLE HOUSE FAN WOOD STOVE FlREPLACEWITHOUTSIDE COMBUSTION AIR -- "2 9C TOTAL (not to ex wed 12 points) - - - 9F WINTER OVERHANG FACTOR WO �N-NE FEET SE S SW 1 NW _ �-�EBy�- 0-0.9 1.00 0.98 �iI1.6 1-1.9 1.D0 0.98 2 2_25 ____t.DO.--0.98 -0.93- 0.74 0.75 0.77-0.81--0.92 I .77 0.90 0.91 . - 0.97'-Too .1.00 1.00 _ 3�9 4-4.9 - '1.00; 0.99. 0.93._0.BL :q.00 L 0.99-0.94'-O.B4 --0.85 :0.88-'- "0.93--0.97"-1,0) 0.94 - 0.97-Y.00 - 5-5.9 6-6.9 1.DD -0.99 '0-95- -0R7 '/.00' 0.99 0.90 , 0.09_- 0.92 0.96 0.97 _ 0.98 0.98 1.00 1.00 7-7.9 `/9§`j' 0'9 1.Do a.99 7 0.93 0.95. 0.98 Q, 1.00 ",a lD0_"Do 098 _0.95 096 -0.99- 099 1.00 9-99 100 i.00 0 99 0.97 0.98 D.99 1.00 10-109 1.00 -1.00 0 99 - am0 99 - 0.99 - 1 00 1.00 .. 11-11.9 12 UP 1. 1.00 1.00 -1.00 tA0 1 W 1 00 ..1.w 1.00- 100 1.00: -.1.00 1.00 100. - 1 00 :-1.00 9D HE . ATING SYSTEM CREDIT POINTS - NATURAL GASIPROPANE 12.0 OILHEATINO - - 9.6 9E DESIGN PENALTY POINTS - "- WASHER AND ORYER IN COND SPACE ""' ""' -' 3 TOTALGLASSOPENS LESS TNAN 40°b - '- 5 -FIflEPLACE WfIH INSIDE COMBUSTION AIR :. '- ---- 5 Ur aOmmtn uvennarva rnl.lvn avr FEET N NE E SE S SW W NW 0-00 9 1.00 1.00 .L00 1.00 1,)-00�� 00�1.09�1 owo , 1.00 1-1.9 1.00 1.00 0.99 98 'R99 .1.00 2-2.9 - 1.00 0.96 0.95 0.93 0.92 0.93 0.95 0.98 3-3.9 1.00 0.95 0.89 0.67 0.66 0.67 0.89 -. 0.95 4 .9 '. 1.00 0.92 -0.84 0.81 0-81 091 0-M 0.92 5-5.9' 0.99 0.88 0.79 0.76 0.77 0.76 0.79 0.88 6-6.9 - 0.99 0.85 §,1 013 0.75 0.73 0.76 0.85 7-7.9 0.99 - 1.1 072 - 0.69 0.73 - 0.69 p��� 0.83 6-8.9 D.W 081 .0.7.0 0.67 0.72 0.67 f(a0'7G01},I' 0.81 9-9.9 0.98 0.79 0.67 0.66 0.71 0.46 0.79 10F10.9 - 0.98 0.78 - 0.66 0.64 0.70 0.64 0.66 0.78 i 11.9 .: 9,9 076 .0.64 063 -.. 0.70 0.03 . 0.64 0.76 12 UP - (0.9 j 0 76 .0.63 0.62 0.70 0.02 0-M - 0.76 9(,, - _ - -..- : -- -- -HEATING SYSTEM MULTIPLIER HSM _ .._ :. .. - HEAT PUMP - COP - - 2.5-2.6 - 2.7-2.8 2.9-13.0 .3-1-3-2 3.3-3.4 3.5 S UP . _HSM _ :..,_; AD � �.37 .34 .32 .30 -1 w .SOLAR HEATING SYSTEM ---' --' "" (BACKUP SYSTEM FRAC Nix (BACKUP SYSTEM HSM) ELECTRIC STRIP HEAT 1.0 NATURAL GAS/PROPANEIOIL 1.0(SEE TAB CREDITS) - PTAC 6 ROOM HEAT PUMPS _ MINIMUM COP 2.2. HSM FOR COP 22-2.4=.45. - - SEETABLEABOVEFORCOP>2.4 9H COOLING SY ULTIPLIER (CSM) - - - -- EERISEER- -7.8-7.9-". -' 4A ,l .' 8.5-9.9 S.0-9.4 10.0-10.4 10.1i10.9 11.a-11.9 12.0-UP CSM.. :.M- .61 '- 0.76. 0.72'' 0.68=. 0.0 0.62-- -0.59 O5 ]ELECTRIC 0.40-0.44 ='. 0.45-0.49 .OS -0.5S-0.59 - " 0.60-0.64 -= ' O.aS-O.fi9C: . 0.70 RUPGAS__: -:CSM 1.305-----128- - 1.20'- -_ 1A9 3' t.00--,. I o.-92-': 0.e9.: MINIMUM SEEHIEER LEVEL 7.8 FOR STRAIGHT COOL OR HEAT PUMPS; MINIMUM OF 7.5 EER FOR ROOM UNITS AND PTAC. UN - FOR ROOM ITS AND PTAC. CSM FDR EER 7.5-7.7:=:87. BEE TABLE ABOVE FOR EER> 7.]. -' orI HOT WATER CREDIT POINTS (HWCPI .. - . ?. HEATER- - HRU (AIC) WATER HEATER HRU(HP)V/ATERHEATER EAT PUMP WATE- HR HEATER 4 ,a - --- n �w 8P351nq B93 359M Y ax wj. r n i / r I� �TT _ v .1_1 u. A 3E_ Harbnr Lj 11=Loo& FKAMIIJG rLAN t ,— d 'a' z .tom w - �, I �.�.�, � �i •',.�� u _-T f rV� LV 7 oN� a ry IL owe � s - kk^ x i �s7 _FLcn�nN - 't » Garden H 07,ift A artments_ F a F- !> - PIR5T � l 002 PLAN �F L l ti erden r 9 __d SECOND FL(+OR PLAN �� n uv Yd_ .tee.. _.. ,.... 6 ♦a�i�x e.,: Hm f ro rNve m na ul e[ ri r c. p r - � ,� •; �� _� ram— r �,,� n � �JP s.. Ll .T x_ o� Ia a r pal ICI A erlmcnke A� T. K l a 0 1 - 1 D L F -l_ .Li ��� L] LL li r I i LL t 4 sew ��Jnc:F� �. w ? � �.°'J ... • � m .. -. r 1a m a � I F� YI JU n- rod c, a eL� - o rApaetmQnts A� .r �T a a l WILI IT 'JM$IraNNEGT OIJ DETAIL Y�F,-i_EI<o2 C0..DEtnl '�'` �y� nIT D Y= L 11 F F6 11INF11111Dy P/.q _ l�4EA` tq fe vi ny v� " cn ., r dc K:n Al -All curToafi •['AIL �4 /ss�k....Le Hrt07,4, A ff,SR.eritS �' rrnmJw 1k v e �' ! ! u u hL /m lal 1 . 1 [r 4� 1 may. 1 LLrzi �n ne .are e�e�s. 1�" � is' /IL '� II /v V� h CImGIOF'�0 � c!T G�RPEN AILRTHGNTS