301 Live Oak Blvd - #22435 (19688) (HIDDEN LAKE PHASE III) DOCUMENTSFOR BUILDING CONSTRUCTION
SECTION 9--RESIDENTIAL F13INT SYSTEM METHOD
DEPARTMENT OF COMMUNITY AFFAIRS
CLIMATE Z , ,S_.,
CENTRAL (
its form may be used to demonstrate compliance with the Energy Code for new single-family detached or multifamily attached dwellings under
ftio-, 9 of the Energy Code, An alternative to this method for single-family detached dwellings, and multifamily attached dwellings of three
I`
ories or less, is provided in Section 10 of this Code. Multifamily attached dwellings greater than three stories must comply under section 9
5. ditiorrs to existing residental buildings must comply Section 9 or 10. Additional
nfor-rzticm on how to complete this form may be obtained from your local building department or the Department of Community Affairs, Energy
Lie P-r-gram, 2571 Executive Center Circle East, Tallahassee, Florida 32301.
1=====______________________________-_---------------_-_-----------------
ROJECT NAME PERMITTING OFFICE:__ — _
D AL5DRESS:, I ]X_-- _1 CIRCLE CLIMATE ZONE: * 5 J 6 ---- -
l----------------IJCALTONHOMESIPERMITNUMBER:_
I - - - ---------
I JURISDICTION NUMBER: 01-)-------------------- i
DETAi_iiED I CHECK IF WORST CASE CALCULATION X I GLASS AREA AND TYPE
F=W X_ ADD, IF MULTIFAMILY NUMBER OF UNITS I CLEAR TINT, FILM, SOLAR SCREEN I
i ATT4_-i4ED----------1_______________________________________________=====1========1 SINGLE 198 SINGLE
ADD._ _ I 1 DOUBLE DOUBLE
1=====___________________________=___________I
NET WALL AREA AND INSULATION I CONDITIONED FLOOR I CEILING INSULATION
1--- —------------------- I -------------------------- 1 AREA I -------------------------- I--- --------- -----------I
It,WAe A SQ.FT.) 1 FRAME(AREA) 1414 1 1750 SO, FT. I UNDER ATTIC I SINGLE ASSEMBLY
1 R = 11.0 1 1 R= 30.0 1 R=
1========1=====-------=====1=====________________________________________________—_________________________________=
f-TS I COOLING SYSTEM I PRIMARY HEATING SYSTEM I PRIMARY HOT WATER SYSTEM
1------- —---- —----------- I --------------------------------------------- I ------- ------------------------------------------------------
c JND S"PICENTRAL - XXX I ELECT.STR___-___—HEAT PUMP X IELECTRIC RESISTANCE _______________I SOLAR
6 IROOM_____ I NAT. GAS --------- ROOM/PTHP---------- INATURAL GAS_______________ I HEAT RECOVERY
P@ SP IPACKAGE TERMINAL AC _ I OTHER FUELS NONEJOTHER FUELSEF= 0,89 1 DED. HEAT PUMP JEER/SEER
8.5 1 COP/AFUE 2.8 ]NUMBER OF BEDROOM 3 1 SF/EF= FIL.r:
yiC,I TOTAL POINTS / TOTAL BASE POINTS * 100 = CALCULATED E.P.I. 1 E.P.I. MUST NDT EXCEED 100 POINTS s 2 1
30657 / 37152 * 100 = 82.5 I I 2ccordance
with Section 553.907 F.S., I hereb ceriify tbatl Review of the plans and specifications covered by this calculation indicates le plans
and speci ms cover Is calculation I complianc ith the Florida Energy Code. Before construction is completed, this . ir, ccaap]'
rx e with the Flca da r de. 1 buildir, 11 be irrs a ted for cam iia rce in_a t nce with Section 553.908,F.S. tERiAA1JT:_- _ __-- DING
OFFICIAL: iTE: ---- 1
DATE: t -------------- l PRESCRIPTIVE
MEAS must be met or exceeded by all residences.) MINIMUM REQUIREMENTS
1------------------------------------------------------------------------------I
CHECK TO IND]CATE i COMPONENTS I
REQUIREMENTS I COMPLIANCE 1 1
IFWS(903.
1) IMAXIMUM OF 0.5 CFM per LINEAR FOOT OF OPERABLE SASH CRACK, ILA" _--_--_ RSCY)3.
1) IMAXIMUM OF 0,5 CFM per SQUARE FOOT OF DOOR AREA. INCLUDES SLIDING GLASS DOORS, 11-- ______ ------- fERIOR JOINTS &
CRACKS'(903.1) ITO BE CAULKED, GASKETED, WEATHER-STRITTIED OR OTHERWISE SEALED, I LING INSULATION(
903,9) (MINIMUM OF R-19, 1_—__—___--- ER HIEATERS(
903.2) (MUST BEAR 'ASHRAE' STANDARD 90-80 LABEL OR A MAXIMUM 4 WATT per SQUARE FOOT STAND-BY I LOSS. SWITCH
OR CLEARLY MARKED CIRCUIT BREAKER (ELECTRIC) OR CUT-OFF VALVE (GAS) I IMUST BE
PROVIDED, ----------- I MMIh. POOLS(
903,3) IiF HEATED BY OTHER THAN SOLAR, MUST HAVE POOL COVER DESIGNED TO MINIMIZE HEAT LOSS. I TALL NON-
COMMERCIAL POOLS MUST BE EQUIPPED WITH A POOL PUMP TIMER. I _ i j
WATER
PIPES(903.4) IINSULATION IS REQUIRED ONLY FOR RECIRCULATING SYSTEMS, IN SUCH CASES, PIPING HEAT LOSS I ISHALL BE
LIMITED TO A MAXIMUM OF 17.5 BTU per HOUR per LINEAR FOOT OF PIPE. (SEE 504.4). I____________ EWER HEADS(
903.5) IWATER FLOW MUST BE RESTRICTED TO NO MORE THAN 3 GALLONS per MINUTE. I — DUCT CONSTRUCTION(
903.6) ]CONSTRUCTED IN ACCORDANCE WITH INDUSTRY STANDARDS AND LOCK MECHANICAL CODE, I4,- -- — IDUCTS IN
UNCONDITIONED SPACE MUST BE INSULATED TO A MINIMUM R-4.2 1 1_ C CONTROLS(
903.7) IA SEPARATE, READILY ACCESSIBLE MANUAL OR AUTOMATIC THERMOSTAT FOR EACH SYSTEM, 1___---_____— M e 1
0 e
A * CLEAR I TINT. -II CLEAR I TINT11ARE =
SUMMER 1l' I I_-l-----I I POINTS -I I- I ' I-----1I I--1---- i ----- I RO I NTSi ! IN I34141.8 I 1625 1 IN 1 34 1 51.0-- I 51.5 II--47,8 I-- 43.5 1 0.87 1 1509_ 1 I INEI ___- 171.7 1 0 I I NE 1 0 1 77.2 1 76.6 11 71.7 1 63.4 1 1.00 1 0 1 I I
IE 1 20 1102.0 1 2040 1 IE 1 20 '1 109.2 1 107.1 11 102,0 1 87,3 1 0.78 1 1704 1 I GISEI ___- 1104,1 1 0 1 I SE 1 0 1 112.9 1 110.3 11 104.1 1 89.4 1 1.00 1 0 1 ILIS 130190.9 1 2727 1 IS I 30 1 100.2 1 98.3 11 90.9 1 78.8 1 0.67 1 2014 1 1_ISWI___-_1104.1 I 0 1 ISW I 0 1 112.9'1 110,3 II 104,1 1 89.4 1 1 1.00 ISIW I3`i 1102,0 I 3570 1 IW 1 51 109.2 1 107,1 11 102,0 1 87.3 1 0.78 1 23810 I_ ISINWI--_I 71.7 1 0 1 1NW 1 0 1 77.2 1 76.6 11 71,7 1 63,4 1 1.00 1 p 1 PR 8
I
I H I--_ 190.9 1 0 1 I H 1 0 1 367.7 1 303.3 11 324.6 1 238.1 1 1.00 1 b 1 IPRi lIIs16190.9 1 545 1 IS 1 6 1 100.2 1 98.3 11 90.9 1 76.6 1 0.57 1 343 1 I IEI201102.0 1 2040 1 IE I 20 1 109,2 1 107.1 11 102.0 1 84.1 1 0.78 1 1704 1 I IE1531102.0 1 5406 I IE 1 53 1 109.2 1 107.1 II 102.0 1 84.1 1 0.85 1 4919 1 Ll 0.
15 *
FLOOR / TOTAL = BASE TOTAL=ADJUSTEDI I TOTAL GLASS GROSI I 11IAREAIGLASSIADJUSTIBASEIGLASSI1i ill--- ---- 1------
I AREA (FACTOR I POINTS! RASE _SP1 1 SUMTiER
POINTS ! 15173 I F III
0.15 * 1750 / 198 =1,3258 * 17954 = 23802 1 11 I
I I BASE 1 I COMPONENT I 1 GROSS I I ICOM'ONENT I AREA * BASE = SUMt R I I DESCRIPTION 1 AREA * SPM I SUMMER
1
1 i
t
I I SPM I POINTS I I I I 1 POINTS I Y l-
i---------
1-------- I-------1-------I I------------------- I------ --I - ------- I ---------I I' 1WIEXTER,IOR 1 1166 1 1.0 1 1166 1 IBLK R 0 11 2.5 1 0 1 IAIADJACENT 1 24810,7 1 174 1 IFRM R 11 1 1166 1 1.9 1 2215 I ILI I I1IIFR,`I R 0 1 _ 1 6,4 1 0 1 k ILI IIII !PART R 11 1 48 1 0.7 1 174 I IDIEXTERIOR I 20
I 9.9 I 198 1 IINSULATED_______ 1 20 1 9,9 I 198 1 j IDIADJACENT 1 1613.2 1 51 1 IINSALUTED - 16 1 3,2 1 51 1 IRI I IIII ---------- I --------- 1 0 1 0 1 1 1 1749
1 0.6 1 1049 1 !ATTIC R 30 1 1749 1 0.6 1 1049 1 I CEILING IIII (ATTIC R 1 1 .0
1--------- 1
0 1 0 1 i ISIN ASSE
R01-1 0 1 0 1 IFISLAB 1 200
1 -31.8 1 -6360 1 ISLAB R= 0 1 200 1 -31.9 1 -6380 1 ILIRAISED I--- ---- 1 -3.43 1 0 1 IR-CONCR R 101 1--------- ----- 1
1 1
0 1 1 1 I====1R-WOOD R 1 _---1 -0.7 1 0 1 IRI SLAB ONGRADE- USE PERIMETER LENGTH ALONG CONDITIONED SPACE IN PLACE OF AREA s IINFILTRATIONI 1750
1
10.9 1 19075 1====IPACKAGE 11 - - - ( I 2 1
1750 I 10.9 I ]9075 1 USE FLOOR AREA
OF CONDITIONED SPACE 1 i !TOTAL GROSS
BASE SUM, PTS, .1 15353 1 ITOTAL GROSS COMPONENT SUMMER POINTS, 1 16383 1 1 I BASE
I TOTAL 1 BASE I I TOTAL I 1 1 BASE ICSM * GROSS = COOLING I 1 GROSS * DUCT * * 1 I 1
COOLING I (
BASE SPI POINTS I I SP I MULT 1 CSM I CCPPM I POINTS G I I
SYSTEM
I -------- I ------- I --------- I I ---------I-------- _ 1 1 0.
43 1 39155 1 16837 1 1 31556 1 1.08 1 _-_--0.4 _I ____--_i - 136322 I 1 RASE I
NUMBER I I BASE I IHOT WATERI NUMBER I I HOT I HOT I I HOT IOF * BASE =HOT WATERI I SYSTEM I OF * HWM * WATER = WATER I I WATER IBEDRMSIHWMIPOINTSIIDESCRIPT (BEDROOMS I I CPM I POINTS I I SYSTEM I------- I------1- --1 I-------- I-------- I-------1----- 1 1 313527110581111 -- -1 89x1
3 1
3527 1 1 1 10581 1
I I OR I GLASS I E04K I EASE 1 IOR I GLASS I SINGLE WPM 11 DOUBLE WPM I WOF I GROSS I
I I (AREA * WPM = WINTER I I 1 AREA * CLEAR I TINT II CLEAR I TINT { WINTER
11__I I____I ROINTS__I I- I --- I 1II 1-.__1 POINTS_1
I IN 1 34 1 5.6 1 190 1 IN 1 34 1 9.6 1
I
9.6 11 5.6 1 6.1 1 1.08 1 353 1
1 INE1 0 1 3,5 1 0 1 INE I 0 1 7/4 1 7/3 11 3.5 1 4.2 1 1.00 1 0 1
1 I E 1 20 1 -5.6 1 112 1 I E 1 20 1 2.2 1 2.0 11 -5.6 1 3.6 1 0.20 1 9 1
IGISEI 0 1-13.4 1 0 1, ISE 1 0 1 10.3 1 9,7 II -13.4 1 10.4 1 1.00 1 0 1
ILIS 1 30 1-14.0 1 420 1 IS 1 30 1 10.9 1 10.2 II -14.0 1 I1.0 1 0,70 1 -229 1
IAISWI 0 1-13.4 1 0 1 ISW 1 0 1 10.3 1 9.7 II -13.4 1 10,4 1 1.00 1 0 1
I S I W I 5 1 -5.6 1 196 I I W 1 35 1 2.2 1 2.0 11 -5.6 1 3. 6 1 0.20 1 15 1
ISI%''I 0 1 3.5 1 0 1 INW 1 0 1 7,4 1 7,3 11 3.5 1 4.2 1 1.00 1 0 1
1 I H 1 0 1-14.0 1 0 1 1 H 1 0 1 32,1 1 28,.0 11 -27.0 1 21.5 1 1.00 1 0 1
I IS 1 6 1-14,0 1 84 1 IS 1 6 1 10,9 1 10.2 11 -14,0 1 10.4 1 0.54 1 -35 1
1 1 E 1 20 1 -5.6 1 1 i 2 I I E 1 20 1 2.2 1 2.0 11 5j, 6 1 3, 2 1 0.20 1 9.1
1 IE 1 53 1 -5,6 1
I I I I I
I I 1 1 I
I I 1 I I
297 1
I
I
I
IE 1 53 1
I I I
I I I
I I I
2,2 1
I
1
1
2,0 I1-5.6 1
ii I
II 1
II I
3.2 1
i
l
I
0.19 1 -22 1
I I
I I
I I
I I I I I
I I I I I
l 1 0,15 *FLOOR /
I I 1 1 I
I I 1 I i
TOTAL = BASE f TOTAL=ADJUSTEDI
it I 1
11 I I
I TOTAL GLASS GROSS
I I
I I
I I
I I (AREA I GLASS (ADJUST 1 RASE I GLASS I I WINTER POINTS 1 99 1
111-------- I ------ I AREA IFACTOR I POINTSI BASE SPI
lil 0.15 * 1750 / 198 -1.K58 10s0 = 1366 1
I I I I I BASE I I COMPONENT I I I GROSS I
I ICOMPONENT 1 AREA BASE = WINTER I I DESCRIPTION I AREA WTIM = WINTER I
11 I
I-I---------I--------I
I WPM 1 POINTS 1
I--
I 1 I I POINTS I
1WIEXTERJOR 1 1166 1 1.1
I
1 1283 I.
I--- ---------------
IPa R
I --------- I ---------
0 1 0 1 6
1--------- I
1 0 1
IAIADJACENT 1 248 1 1,8 I 446 1 IFRM R 11 1 1166 1 2 1 2332 1
ILI I I I I IFRM R 0 1 0 1 6.8 1 0 1
ILI I I I I PART R 11 1 248 1 1,8 1 446 1
IDIEXTERIOR I 20 1 10.5 1 210 1 1INSULATED_ 1 20 1 10.5 1 210 1
IOIADJACENT 1 16 1 7.6 1 122 1 IINSALUTED 1 16 1
1
7.6 1 122 1
IRI 1 I 1 I I_ 0 1 0 1 0 1
1 1 1749 1 0.6 1 1049 1 IATTIC R 30 1 1749 1 0.60 1 1049 1
I CEILING I I 1 1 ATTIC R 0 1 0 1 0.0 1 0 1
I ISIN ASSE R 0 1 0 1 0.0 1 0 1
I IFISLAB 1 200 1 -1,9 1 -380 1 ISLAB R= 0 1 200 1 2.5 1 500 1
1LIRAISED 1 0 1 -0.20 1 0 1 1R-CONCR R1 0 1 4 1 0 I.
i 101 I I I I==== I R-WOOD R1 0 1 3.5 1 0 1 IRI
SLAB ON GRADE- USE PERIMETER LENGTH ALONG CONDITIONED SPACE IN i
PLACE
OF AREA I A IINFILTRATIONI
1750 1' 4.1 1 7175 1====!PACKAGE # 2 1 1750 1 4.1 1 7175 1 I
USE FLOOR AREA OF CONDITIONED SPACE I ITOTAL
GROSS RASE WIN. PTS. 1 9905 1 ITOTAL GROSS COMPONENT WINTER POINTS. 1 11834 1 I
1 BASE I TOTAL I BASE I I TOTAL I I I I i
I
I
BASE I HSM * GROSS = DATING I I GROSS * DUCT * HEAT = HEATING I I
HEATING I IBASE WPI POINTS I I WP I MULT I HSM I CPM I POINTS 9
I
I
SYSTEM I -------I------- I ----- ---I I ----- I --------- I --------- I --------- I 1
1 1.14 1 8539 1. 9734 1 1 11934 1 1.08 1 0.5 1 .1 1 6444 I ; I
BASE I BASE I BASE I TOTAL I I COOLING I HEATING I HOT 1 TOTAL I I
COOLING +HEATING + WATER = BASE I I POINTS + POINTS + WATER = POINTS I I
POINTS I POINTS IOOINTS I POINTS I I I I POINTS I I 1
16837 1 9734 1 10581 1 37152 I I I K32 1 6444 1 10581 1 30657 1 J
f 1-1-IA`REA SAM-r-wun t-r q-r-5ut I-GROSS-1
1 ____j I POINTS -I I- I
AREA
1 _
R :1 TINT ll CLEAR I TINT +' = SUMMER 1
ram I IN I 34 1 47.8 1 1625 1 IN 1 34 1 51.0 1-51.5 11 47.8 1 43.5 1 0.87 1
f
1509 1IINEI___- 71.7 I 0 1 INE I 0 1 77.2 1 76.6 11 71.7 1 63.4 1 1.00 1IIEI201102,0 I 2040 1 0 1IE1201109.2 1 107.1 11 102.0 1 87.3 1 0.78 IIGISEI___ 1104.1 1 0 1 ISE 1 0 1 112.9 1 110.3 II 104.1 1 89.4 1 1.00 1
17 0 1ILIS130190.9 1 2727 1 IS i 30 I 100.2 1 98.3 11 90.9 1 78.8 1 0.67 I 2014 Ii_ I SJJ I 1104.1 I 0 1 I SId I 0 1 112.9 1 110.3 11 104.1 1 89.4 1 1.00 1 0 1nfj !SIN I 35-1102.0 ! 3570 1 IN I 3J ! 109.2 1 107.1 11 102.0 1 87.3 1 0.78 1 681 1jISINWI--_I 71.7 1 0 1 INW 1 0 1 77.2 1 76.6 11 71.7 1 63.4 1 1.00 1 O j1IIHI190.9 I 0 1 IH 1 0 1 367.7 1 303.3 11 324.6 1 238.1 1 1.00 1 0 1 f %
1
I IS 1 6 1 90.9 1 545 I 15 I 6 1 100.2 1 98.3 11 90.9 1 76.6 1 0.57 1 343 1 KI
1
IE 1 20 1102,0 1 2040 1 IE 1 20 1 109.2 1 107.1 11 1Q.0 1 84.1 1 0.78 1 1704 1 IIEI531102.0 I 5406 I IE I 53 1 109.2 1 107.1 11 102.0 1 84.1 1 0.85 1 4919 1 II
I I I I I
I I 1 I i
II I I I I
1 0.15 *FLOOR / TOTAL = BASE TOTAL =ADJUSTED! 1
I (AREA GLASS IADJUST I LASE I GLASS 1 TOTAL
GLASS sROSi 1 111--- ----
I----- I AREA !FACTOR I POINTSI BASE SPI I ----
SUMMER POINTS 1 15173 I c
j I
I I 0.15 * 1750 - - 198 =1. 3258 * 17954 = 23802 I 1
1 I I I BASE I I COMPONENT j1 I (COMPONENT
I AREA * BASE = SUMMER ! I DESCRIP7ION 1 AREA 1 I
GROSS I SPM =SUMMER
I 1 1I1SPMIPOINTSIIIIIPOINTSI1-I---------1--------I-------1--------1 II------------------ I------ --
I --------
I --------- 1 X IWIEXTERIOR 1
1166
1 1.0 1 1166 I 1BLK R 0 1 I 2,5 I 0 1 IAIADJACENT 1 24810.7 1 174 1 1FRM R 11 1_--1166 I 1.9 1 2215 I ILI I II1IFRMR01 _ I 6.4 1 0 1 ILI I IIIIPARTR111_-_--248 1 0.7 1 174 1 1DIEXTERIOR I 20 I
9,9 I 198 1 IINSULATED ! 20 1 9.9 1 198 1 IOIADJACENT 1 16 13.2 1 51 1 IINSALUTED--------I Is 1 3.2 1 51 1 IRI I I II !--------- 1 1 1749 1
0.6 1 1049 1 !ATTIC R 30 1 1749 1 0.6 1 1049 1 I CEILING I IIIIATTICR011010111iIIISINASSER0110101IFISLAB12001 -
31.8 1 -6360 1 ISLAB R= 0 1 200 1 -31.9 1 -6380 1 ILIRAISED 11 -3.43101IR,-CONCR R______--_1- 101 i 1 -1 ! O 1
I I I====1R-WOOD R i IRI SLAB ON GRADE-
USE PERIMETER LENGTH ALONG CONDITIONED SPACE IN PLACE OFIAREA,7 I 0 1
I IINFILTRATIONI 1750 1
10.
9 1 19075 1====IP'ACKAGE # 2 1 1750 I 10.9 I 19075 I I --- USE FLOOR AREAOF
CONDITIONED SPACE TOTAL GROSS BASE SUM.
P'TS, 1 15353 1 ITOTAL GROSS COMPONENT SUMMER POINTS, 1 16383 1 1 I BASE 1
TOTAL I BASE I I TOTAL I I I I I BASE I CSM * GROSS = COOLING I I GROSS * DUCT * * COOL I 1 COOLING I
IBASE
SPI POINTS I I SP I MULT I CSM I COM I POINTS G I I SYSTEM
I--------
I ------- I --------- I I --------- I- 0.43 1
39155 1 16837 1 1 31556 1 1.08 1 0.4 1 1 1 13632 1 I BASE I NUMBER
I I BASE I IHOT WATERI NUMBER I I HOT I HOT I I HOT I OF * BASE =HOT WATERI I SYSTEM I OF * HWM * WATER = WATER I I WATER I BEDRMSIHWMIPOINTSIIDESCRIPT (BEDROOMS I I C'M I POINTS I I SYSTEM I------ I ------I - --I I---------1--------I--------I-- I I 3 13527I10581Ij1-------I 89X1 3
1 3527
I 1 1 10581 1
IORIBLASSIBASE I BASE I IOR I GLASS I SINGLE WPM 11 DOUBLE WPM i WOF I GROSS I
1 I IAREA * WPM = WINTER I 1 I AREA CLEAR I TINT 1,1 CLEAR I TINT * WINTER I
1__I I_____I PDINTS__I I - I --__I
i--
I-____--II_-II I POINTS-1
I IN 1 34 1 5.6 1 190 1 IN 1 34 1 9.6 1 9.6 11 5.6 1 6.1 1 1.08 1 353 1
I I NE I 0 1 3.5 1 0 1 I NE 1 0 1 7.4 1 7.3 11 3.5 1 4.2 1 1.00 1 0 1
I I E 1 20 1 -5.6 1 112 1 I E 1 20 1 -2.2 1 -2.0 11 -5.6 1 3. 6 J 0.20 1 9 1
IGISEI 0 1-13.4 1 0 I, ISE 1 0 1 -10.3 1 -9.7 11 -13.4 1 10.4 1 1.00 1 0 1
ILIS 1 30 1-14.0 1 420 1 IS 1 30 I -10.9 1 -10.2 11 -14.0 1 11.0 I 0.70 I -229 1
1AISW1 0 1-13.4 1 0 1 ISW 1 0 1 -10.3 1 -9.7 11 -13.4 1 10.4 1 1.00 1 0 1
ISIW 1 35 1 -5.6 1 196 1 IW 1 35 I, -2.2 1 -2.0 11 -5.6 1 3.6 1 0.20 1 15 1
ISINWI 0 1 3.5 1 0 1 INW 1 0 1 7.4 1 7.3 11 3.5 1 4.2 1 1.00-1 0 1
I I H 1 0 1-14.0 1 0 1I H 1 0 1 -32.1 1 -28. 0 11 -27. 0 1 21. 5 1 1. 00 1 0 1 I
IS 1 6 1-14.0 1 84 1 1S 1 6 1 -10.9 1 -10.2 11 -14.0 1 10.4 I 0.54 I -35 1 1
f E 1 20 1 -5.6 1 112 1 I E 1 20 1 -2.2 1 -2.0 11 -5.6 1 3.2 1 0.20 1 9 1 1
IE 1 53 1 -5.6 1 I
1 l
i I I i 297
1 IE 1 1
I I I
I I 53
1 -2.2 1 -2.0 11 -5.6 1 I
I If I 1
I II 1 3.
2 1 I
I
0.
19 1 -22 1 I
I 1
I I
I I I I I
1 0.15 *FLOOR / I
I I I1 1 I I
I 1 I 1 11 I I TOTAL =
RASE TOTAL=ADJUSTEDI I TOTAL GLASS GROSS I
I I
I I
I 1
I IAREA 1 GLASS IADJUST I EASE I GLASS 1 I WINTER POINTS 1 99 1 III --------
I ------ I AREA (FACTOR I -POI NTSI_RASE SPI ---- + 111
0.15 * 1750 / 198=1.3258 * -1030 = -1366 1 I
I ! I I RASE 1 i COVONENT I I I GROSS, I 1
ICOMPONENT I AREA RASE = WINTER 1, 1 DESCRIPTION 1 AREA WPM = WINTER I 11
I I -
I---------- I-------- I
WPM I POINTS 1 I -------
I-- ------ I I
1 1 I POINTS I IWIEXTERIOR
1 1166 1 1.1 1 1283 1. 1-------------------
I--------- 1BLM
R 0 1 I---------
0
1 I ---------
I 6
1 0 1 IAIADJACENT,
1 248 1 1.9 1 446 1 IFRM R 11 1 1166 1 2 1 L3310 1 1L1
I I I I IFRM R 0 1 0 1 6.8 1 .0 1 ILI
I I I I IPART R 11 1 248 1 1.8 I 446 I IDIEXTERIOR
1 2011 10.5 1 210 1 11NSULATED_ I 20.1 10.5 1 210 1 101ADJACENT
1 16 1 7.6 1 122 1 IINSALUTED _-_-I 16 1 7.6 1 122 1 1R1
I I I I I __ _ 1 0 1 0 1 0 1. 1
1 1749 1 0.6 1 1049 1 IATTIC R 30 1 1749 1 0.60 1 1049 1 1
CEILING I I 1 1 ATTIC R 0 1 0 1 0.0 1 0 1 1
1 1 I 1 ISIN ASSE R 0 1 0 1 0.0 1 0 1 IFISLAB
1 200 1 -1.9 1 -380 I ISLAB R= 0 1 2(xO 1 2.5 1 '500 1 ILIRAISED
1 0 1 -0.20 1 0 1 IR-CONCR R1 0 1 4 1 0 1 101
1 I 1 i====1R-WOOD R1 0 1 3.5 1 0 1 1R1
SLAB ON GRADE- USE PERIMETER LENGTH ALONG CONDITIONED SPACE IN PLACE OF AREA I
INF ILTRATION 1 1750 1' 4.1 1 7175 1====1PACKAGE 2 1 1750 1 4.1 1 7175 1 USE
FLOOR AREA OF CONDITIONED SPACE I ITOTAL
GROSS BASE WIN. PTS. 1 9905 1 ITOTAL GROSS COMPONENT WINTER POINTS, I 1i834 I I
BASE I TOTAL I BASE I I TOTAL I 1 i I BASE
I HSM * GROSS = HEATING 1 I GROSS * DUCT * HEAT = HEATING 1 F I
HEATING I IBASE WPI POINTS I 1 WP I MULT i HSM I CPM I POINTS I ISYSTEM
I ---- ---I ------- 1----- ---I I-------I------1--------- I --------- 1---------I I
I 1.14 1 8539 1 9734 1 1 11934 1 1.08 1 0.5 1 .1 1 6444 1 I
BASE I BASE I BASE 1 TOTAL I 1 COOLING I HEATING 1 HOT I TOTAL I I
COOLING +HEATING + WATER = BASE 1 1 POINTS + POINTS + WATER = POINTS I POINTS
I POINTS IPOINTS I POINTS I 1----------
1-------- I ---- --I 1
I I POINTS I I
1
16837 1 9734 1 10581 1 37152 1 1-----
I-------1------I---------I 1
J3632 1 6444 1 10581 I, 30657 1 S--------------------- -+
PLAT OF SURVEY
for
CALTON HOMES OF FLORIDA
Legal Description
Lot 100, HIDDEN LAKE PHASE III, UNIT I, according to the plat thereof as recorded
in Plat Book 27, Pages 44 through 47, of -the Public Records of Seminole County, Florida.
l5. 89 'O(,
ti
h
4
SURVEY NOTES:
1) The street address of the above described property is Live Oak Boulevard2) The above described property does not lie within a 100 year Flood Hazard
Area.
SUMEYOW S CERTIFICATE
This is to certify that I have made a Survey of the above described property and that the plat hereon delineated
is an accurate representation of the same. I further certify that this Survey meets the minimum Technical
Standards as set forth by the. Florida i?uard of Land u1vt yi,r,; pursuant to Section 472.027 of the Florida Statutes.
KiTNER SURVEYING, INC.
R. ULAIR K1fNER - P.L.S. No. 3382
Pcjt L Off c I3,Y 01')3 - Sanford, FL 32772-0823
1)' ) .,:';'-:'UI III _
PRf1JFCT NO. LI IRVf-Y OATF :
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