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ENERGY CONSERVATION CHECKLIST
FORM R405-2014 SCABN1NED St. Lucie Countv RESIDENTIAL ENERGY CONSERVATION CODE DOCLIMENTATION CHECKLIST Florida Departinent of Business and Professional Regulation Simulated Performance Alternative (Perfor'tnance) Method Applications fol•compliancewirh the 2014 Florida Building Code, Energy Conservation via the residential Simulated Performance method shall include 29 This checklist m A Famt R405 epan iha! dacumenls that the Prapased Design complies with Section R4D5.8 of the Fhorida Enargy Code. This form shall include a summary page indica Ong home address, a-rdtio and ilia pass ar fall status aluy'.vr!h summary areus and types otcampanents, whathertho home was sPtiu♦Hiedas a warst-case arierrtdUon, ndme dad vatskrri of the camphance sufNvdnr lout, name oflndividudl u,mpleting the ramplianre reparf (f pdge) and an Input summmrycher:klist that ran be used far field verffiatiun (usually 4 pageshray be greater). 0 Energy Performance Level (EPL) Display Card (one page) © Manda.ray pages) Required prfor'to CO for the Performance Mathed ® Air Ba•rferand ln-ulatfun lnspectwn Cumpanant Criteria checklisf+Table R402.4.1.1 - una page) ® A coniplefed 8nrc1ape Leakage Tast Rapo"1(usually one page) 0 It Furm R405 duct leakage Type lridh%rres anything other Than "default laekage . then a cwrriploled Form R405 Duct Leakage Test Repad NsUalAyone poye) Enwr yaaugaPi- USRi.Sa v4.t1 N75t �o�r �ss::u are Pa9c I �t 1 FORNR405-2014 FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION Florida Department olBusiness andProfessional Regulation -Residential Parfom,ance Method Project Nam--: CONNOLLY RESIDENCE-M.; PLANTATION-STLUCI Builder Name: POLLCONSTRUCTION Street 110u0 PLANTATION LAKESDRIVE PeanOOff w. PURTSTLUCIE My, State, 21p: PORT ST LUCIE , FL, 34936 Permit Number. Winer: CONNOLLY RESIDENCE Jurisdiction: 661200 Design Location: FL,ST LUCIE CO INTL 'I. New construction -or existing New (From Plans) D. Wall Typas12967.0 scift.) Insulation Arui 2. Single fanllly or multiple fantlly Smgle4amily a. Concrete Blodc- Irtt Insul, ExLeriur R=4.1 2723.00 ft' It. Frame- 'Aloud, Adjacent R=1 I.j 2�Ja.AO ft' 3. Numberuf units, if multiple family 1 c. NIA R= ff 4. Number of Bedrooms 3 d. NIA R= ff S. No 10. Ceting Types i39E9.0 syft.) Insulation Arw Is this a worst case? a. Uiular Attir. t'Ventad) R=30.0 2969.00 ft' 5. r andilianad 0aorarea abo%ragradellL') 2960 h. NIA R= if C.mditiuned fluuraraa beluwgrade(ff) 0 c. N)A R= ff 11. Ducts R if 7. 'Aindows(531-3 sgft.l Description Area a. Sup: Attic. Rut: Attic, AH: Garage a 515 a. U-Factor: S91, U=0.64 531.33 ft'• J. Sup: Attic, Rat: Attie, AH: Attic a 230 SHOO: SHGC=0.25 b. U-Factor- NIA fp 12. Cooling systems kBlulr Effryancy SHGC:• a. CL4itral Unit 45.5 SEER:17.00 - J. Central Unit 23.0 SEER:1857 C. U.Factor: NIA if SHGC: 13. Heating systams kStuir Etfidancy d. U-Factor: NIA rf n. 0:•Ctdc Huat Pump 17A HSPF:10.50 SHGC: b. 0?ctrin Heal Pamp 17.0 HSPF:9.,ln Area Weiplited Average Overha10 Depth: 5.191 ft. Area 'Pelghted Average SHGC: 0 250 14. Hot w•atur systums a. FJettdc Tanklu-ss Cap: 'I galluns 11. Flonr Typ•.s (29>39.0 sgfk.) Insulelion Area ER agbia a. Slab -On -Grade Edga Insulation R=0.0 2MB.•77 ft- b, l wrumationfpoturca b. NIA R= if None c, NIA R= ff '15, Credits Patel GlassRoorArea: 0-179 TatalPrnpostMadifted Loads: 80.82 PASS TotaPiaseline Loads: 81.18 rnure ,,,� Ihareb}certlfy 01 �praLrs a{{11�RRAS overed by Revewof the plans and thiscalculalinn * oFxnp�ib'nE'Art�l�bet•• r)�nargy spaclfltationscoveredbythis �F:1iiEST. Code. calculationindicatescompliance 0 57 withthe Florida Filergy Code. PREPARE�Y' • �" Beforeconstruction isctlntplrtrd i DATE: 91 this building Wilbeinspected for 0 A a cumpliancawithSection553.ggi3 Florid�tatutes. 1,1� Ihareb}cerilfy tP�i btfA�Il1� SHIP I ii'r Acompliance witllthe Florid aErR�l da., ,��10* �D WE OWNERAGENT. '04 - ��' ���'� BUILDINGOFFICIAL: DATE: r111- tIIA DATE: -Compliance requirescettitication bytheairfrardlerunitinarmfacturer that the air haadlerericlosurequalifier as eartifiedfactory-sealed Ira accordance withR403.2.2.1. -Compliance requires an AilBarrier asdhrsulation Inspection Checklist fit accordance wltltR402.4.1.1 and anenvelope leakage test reportirtaccardallce withR402.4.1.2. C FILE FORI.12405-2014 CEILING # Coiling Type Span: R-Value Area Framing Frac Truss Type 1 Under Anil: yVentad) LMNO AREAS 38 2049 fC 0.11 Wood 2 Under Attic (Vuntod) Master Bodroam lag 920 it- 0.11 Wand WALLS Adjnr-rnt Cavity Width Haight Shenthing Fuming Snlar Be -In ' yall Spate o 1. _ 1 N Exterior Cuncr_tr: Musk- Intlnsr4lMNG AREA 4.1 17 6 12 0 21g.o ft' 0 0.5 1) 2 5 Exterior Cancreta Black- Int InsJJIANG AREA 4.1 55 0 10 0 SSO.D ft< 0 0?5 0 3 E Exterior Conuato Block- IntlnsiWNING AREA 4.1 16 8 12 0 198.0 ft' 9 0.5 0 _ 4 W Exterior Concrete Blucl'.- Int lnsJJNI NG AREA 4.1 41 - 12 0 408.0 ft" l 0.o 0 _ 5 NVU Exterior Corwate Black- InthrsJrIMNG AREA 4.1 11 9 12 133.0 fr 9 0.5 0 _ . N Garege Frame - Wood LMNG ,AREA 11 22 1 12 0 264.o fl" 013 0.75 0 _ 7 N Exterior Camr-1 a Block- Int hmililasler Brdm 4.1 50 D 10 0 6170.0 fe 9 11.6 0 _ 3 5 Exterior Concrete Blnrk• InthwdNasler Bedri 4.1 19 3 10 0 195.O fe 7 03 0 _ 9 E E#eriur Cuncr_te Block- Intlnsdilaster Bedro 4.1 23 3 10 0 265.0 R' 9 0.3 0 10 W Exterior Cunucta Block- IntlnsdNaster Bedro 4.1 1i; 3 10 11 165.0ft' 0 0.3 Il DOORS # Omt Door Type Space Stomas U-N/alue Width Haight Area Ft In Ft In 1 N Insulated LIVING AREA Nunn .4a 3 8 24 W WINDOWS Orientation shownis the entered Pro asad oriantatin t. Wall U.'erltang 1 # Ornt ID Frank; Pallas NFRC U-FastDr SHGC Arua Dupth Saparatiun Int Shade Slouning 1 N 1 Metal SingletTinted) Yes 0a4 0.25 18.9 ft' 11 ft yin 1 ft0in Dr.3peslhlinds Nana 2 N 1 Metal Singlu i'Tlnted) Yes O.64 0.25 21.3 it, 2 it o in 1 it Dill Drapeslhlinds None 3 S 2 Metal Single;, Tinted) Yes 7.54 0.25 30.0 it, 2 it 11in 1 It 0111 Drapeslhlinds Nano 4 S 2 Metal Single jinhed) yes '3.64 0.25 64.0 F 2 0 0 in 1 0 0 in Drapesl0linds None 5 E 3 Mrtnl SinOlejinted) Ycs 9.54 0.25 42.2 R' 7 R l3in 4 it Din N:mr Nnnr. 6 E 3 Metal Single(Tinted) Yas O.S4 0.2a 47.0 R' 1 it Ohl 1 it Din None Nana 7 'Al 4 Metal Singlf jintuo Yes 9A34 0.25 0.a fP 2 it oil) 1 it Din DrapesPolklds Nana a Nl 4 Metal Single(Tinted) Yes 3 M 026 82.1 ft' 11 ft Sin 1 ft Din Drapes/blinds None B NW 5 t•Actal Single Tinted) Yus 0.64 035 27.2 R� 3 R 5in 1 f1 ain NDmo None 10 NW 5 Metal Shmjlu tTlnled) Yes 0.:34 0.25 24.0 ft' 11 ft yin 1 it Oin Nana None 11 N 7 lAatal Single iTlntcd) Vac 0.54 0.25 19.0 ft' 2 R 0 in 1 R D in Nave Nano 12 S 8 Metal Single 1Tintad) Yes •3.54 0.25 24.0 ft- 11 0 3ie 1 it Din None None 13 E 9 Metal Single �nntad) Yes 9X4 0.25 10.0 ft' 2 it gin 1 It 0itr Nine None 14 E 9 I•Actal Single 7Tintad) Ycs 9.n4 0.25 47.0 fN 2 it 01n 1 it Oin NDrrc None 15 to ll 10 Metal Singlf {Tintad) Yes 0:34 0.25 56.5 ft' 2 it 0 in I ft o in Nana None 1128r2016 2:30 AM EnergyuaugaiDD USA- FlaRas2014 Sauivn R405.4.1 Compliant Safmare Page 3 of 5 F0RtA2405-2014 GARAGE # Fluor Mee Calling Area Expusud Wall Perimaler A%1U. WallHaight Expusud Wall Insulaliun '1 Ee9 ft. 394 It' 94 ft 1D ft 1 INFILTRATION # Swpa Method SLA CFN G0 ELA EyLA ACH AW 50 1 Whultltuusn Propused ACH(50) .000362 26153 154.58 290.7 .2712 5 HEATINGSYSTEM # Swam T c Subtype Efficiency Capacity Block Ducts 'I Ele.rtrir. Heat Pump Electric Heat Pump Nrnx. Nulty HSPF:ID.S 17 kBtu;ly 1 HSPF_l.S •17 kBtu I r 2 6ys#1 sys42 COOLINGSYSTEM # Syst-m Typ. Subtypa Efliciellcj Capacity Air Flu::- SHR Block Ducts f _ Central Utllt Central Unit Split Split SEER: 17 4E.5 kBiullr 1700 tfrn 0.7a 1 SEER 18.523.E kBkr7ir S00 rim 0.71 2 sys#I SYS82 HOT WATERSYSTEM >< 9ystum Typa SubTypo Lpcatlun EF Cap Use SarP111 Cunsarvatlun 1 Elactric Tan&lass Garage 0.96 1 gal 70 gal 127 deg Nona SOLAR HOTWATERSYSTEM FSEC Curt # Company Nam- Qdlwq- Stnmge System Modal # Collcotur Madel ;f Area Volume FEF None Nulle fP DUCTS / # --- Supply-- Lucatiolt R-Value Area -- Returti---- Air CFM 25 CFM25 LuesfiAi Area Leakage Tjp- Handler TOT OUT ON RLF HVAC # Heat Cuul 1 2 Ad, a 51511' Aflin a 23n8' Altle Attir. 100 ft' Default Leakage Garage {Default) u(Default)r ril!ft' Default Leakage Attic (Deftmlt) e(Drfnult) 0 1 1 2 2 WS;201E2:30 AM EnertpjGaugmm USA- HaRes2014 Section R405.4.1 Cumpliant Safmara Paya4 at a Ou vax Y>.XYyy. 09� =0 on, Mtn CJC ZZZ a]n nh iota gain yXX C. n,0 9s mm mm TUt mn nr- :n •n :a:n 9U9 RxX- w oco wM1 9M h mm av am mm gaqgay^ N A .XX A 9p hn =13 ri- 0303 %a%a 99 :ny] mmm ] ]] ] 444 nn nr. mm �. •a mm :n:n J 2 N hh nh vas taw LU im Q ??' Ll nn ni= iota M W S:SR a y L W a LL �ryT y ma M1M1 mx M1r. •.]m •]•a 'om :o:o j S'XX L) aia x z in taa hn nr- 0%, to aa� .V mG hm AS nr- !a to w•a 'nm :n:n G [0 IP 222 •� mo xx vm am nm rn ;]a in. S :n P IlIl LL $c `sda c c i rA 4dow S a E a m T a - 1�-- a E u `- c um U J 2 :` H rA 6] W • Ft�RhAR405-2014 ENERGY PERFORMANCE LEVEL (EPL) DISPLAY CARD ESTIMATED ENERGY PERFORMANCE INDEX*= 100 The lau'erthaEnargyParfomtance Index, themarisefficlaet thehanle. 8060 PLANTATION LAKES DRIVE, PORTST LUCIE,FL, 34986 t. Nw rnns'Irm Ahnry �riU'vig 2. Singla ramilyur nnllipla ranuly 3. Numb_ruf unrt5. it nmt6p16 family 4. Numbu of B:drwms 5. la Ilia a uaral Casa? 0• Cunditiunedllcwr area Yl'I T. 'Alndaw. • Uasrrlplbn a. U-Farlm S01, D=0.a4 SHrf: SIIGL=0.2S b. U-FoctDr. WA SHGC: c U-Farl"n NIA SHG;: d. U-Factar: NIA SHOO: Area w'uiyhtud Arrayu rhuilartp Dcpth: Area w'ei9ht=d.Av.raga SHGC: Ww 11'Bom PUtnal a. wall Typal Slnylu-family 2.::;m<mr Work- Int lrsul; Extynor U. Frame- LRlnnd, h1ja"A 1 0. NIA 3 d. NIA 10. CeiGrS Typal rlu 0. Ulydar Attic NWlnedl 29DU b. NIA Area n N/A 5.^.iaa «' 11. Drrts x. Sup: Attic, Rat Attic, AH: GaraGc h. Sup: AFic, Hat Atti4.AH: An c IF 12. Cooling 5y5terlla fe a. GwtralUlul U. L1:ntralUNt 11. Fluor Types 10a1t xUor N. Slab-Un-GradcEdge brsulatiml R=nn b. NA R- WA R= IF 13. HeadnU systems 0. El.mdc Huat Pump 5. 191 ft. b. Eleetde Heat Pump 0.250 Area 14. Hol avatar syatxma 209.11111l' H. EI.Wt fL' iF b. ConSarvallun raalurea Nunn In. Gredas I certify, that Lhia home hascomplied with the Florida EnargyElOeieocy Code rolBuilding Constructiondlrough dteahove unergy saving featureswirich mill beinstalled (braxceedad) In tlllshonte Wore final inspactiom Otherwise, anewEP-01splay Cardwill bauompleted basedoninslalled Codecomplimit realures. BuilderSignatura: Address of NewHnnla: Data: City1171.2ip: 19a111ad4111 Area R-4.' 27113.00 0' R=119 21A.99 fr R= IF R= fF 1•lsulativa Arca R-30.9 2969,90 W R= fF H= IF R If 41 sis fl 230 k Stcdr Flliuency 41:.5 SEER:'7.00 23.6 SEEft'a.50 katu.lr ERcieney 17.0 HSPF:10,59 17.0 HSPFt159 r-ap: 1 0sllals PP: nAii Psmt 'Note: This is not £uilding EllergyRattng. Ifyuurindex 'is balaw70, your humemayqualify fur energyef Junt mortgage (EEM)inrentives ifyouabtain aFloridaEttargyGauge Rating. Contact thaEnergyGauga Hutline at (321) 5313-1492 or seutheEnargyGauga web site abnergygaugu.cum foiinfomlatibil and a list afcsrtifed Raters. For inforrnallonabuut theFluridaHuilding Code, EnergyCunserlaflun, contact theFluddaBuilding Cummissiuris support staff. "Labelrequired bySaction R303.1.3 ofthe Florida Building Code. BlergyCollservatibn, If not DEFAULT. 1R5:2016219 AFA FnargyGauge3 USA- FIaR=a1:t114- S=.rti:m R�D.i.4.1 il. tnrJiauSoftxara J y age t of 1 �l�p � Building Input Summary Report PROJECT Title: CONNOLLY RESIDENCE$D Bcdnwms: 3 :Wdress Type: Street Address Building T)Re: User Sathr.nns: 3 Lut 4 Offs r. CONNOLLY RESIDENCE Ce ndaioned Ava: 2999 sa.fL 131WILSubDivisim: M otUnits; I Total Stories: 1 Plat8ock; Hull4er NanID POI.] CONSTRUOTION 4'1Drsl Case. Na SI-eat: 60W PLANTATIOPI LA Pend Gffia PORT ST LULJE Ratala AM]w 9 GWwuy: 81. Luri« Ji.ris,lidho: M1290 (`Aml Vailtiladw: fdly, Stale.2ip: PORT ST LUCIE. FH dly TYPE Shgla-fendly Villa House Fen: FL , 14MN, NuwlCxisting: Num tFaam Plants Tuna w Suburban Ycer CunNrcb 20.Id Shielding: SuWban iNmnlem: CLIMATE Q-'sign Design Temp Int Ussign Temp Huathty Design Daly Tenlp L�catiun Tnq Siw 97.0 % 9.5 `L Wtg6r Suinnrer hay-ree Days PMisture Ratgc FL, ST LUL:IL CD INTL FL ST LUCIE CO INTL 39 99 71) 75 722 36 Medium UTILITY RATES Fuol Urtlt Utility Name W191Ay F.-dU,gi SRJII!t Electricky kAh OLD FLURIDA UTILITY RATES 9 C.,N Natiml Gas Tiami Flmda .Average 0 1.82 Foal U1 Gallon Florida Default 0 1.1 Prepare Gallup Fbrida De4nAt 9 1.4 SURROII NDINGS Shade Ines Adlar nt Hudditi)s Ornt Tytw HDight Width Distance Ex at Hui011t NFdth Dlstaio-x, N Nun, a ft a ft a ft 0 1t 0 ft 9 ft NE Nurse a ft 9 It a ft a ft 0 ft 0 It E None 0 ft 9 It O ft O ft 0 It 0 It SE Nolte D ft 9 it O ft U ft D ft 9 R S Nana Dft Oft Oft Oft Dft 0R 54V No., D it 9 0 0 II 0 II 0 II 9 0 P1 Ni na 0 g 9 it 11 It it II 0 Il 9 R NAY Nona n It 9 ft it ft it 1t 0 It 9 ft BLOCKS Number Name Arr Vu unte 1 AHU-i 21M9 2452E 2 AHU 2 920 92011 SPACES Nundw Nam" Area Wun,y Knrdtan Orpyrants Sadnavtm F'Inishad C,,-Axd IWind 1 LIVING AREAS 2049 245W Yes 4 2 Y.s Yus YU 2 Master BerVnort 9aa a200 NO 1 Yes Ycs Yes 1GbI2915 3:y2 Aid Energy[ia49e% t USR= v4.9 Page 1 at 0 Building Input Summary Report FLOORS ti Fiji- Type Space Perhoater Perutteter R=Jalua Area L is1 R-Valuc Tilt Wood Carpet 1 Slab -On -Grade Etlyn Iroulali-nt LNNG AREAS '142S R 0 2,749 T __- 412 9a ti�3 2 81ab-Un-Gm4o Edga 0lsuletim Master Badmni 112.5 R 0 9201E --- 0.2 0.4 0.4 ROOF Roof 13aula R031 Sulaf SA Errill Endll bell- Rich p TWu Matcmis Area Area color Abssr. Tustad TusWd InsuL Idupl 1 Hip Bam:t tdu ME tN 7 f.' Lluciunl O.S-� No 0.9 No 0 22.-ti ATTIC 7i Type Vcnlilatun Vent Ratio ji lal Area RBS IRCC 1 Ful attic Veined 3C•0 2939 w N N CEILING 11 rr3fi•1p Tyin. Space R-Valua Area T-n n inq Fr: edwi Tres 71rn I Ultda ARicj) LPANG AREAS 38 20491E TII lead 2 Under Attic() Mauer Bddmam 38 920 1F 0.11 l4e3d WALLS Wall adentatiun haiwis as milared. Actual adentatioNs modifludby ratatean is shmmin"Pru'edt' section abaw. Atl77'erxnt Cavity Width AI Haight SheuWnU Fronting Saw Beim. itand iv; Ta %,Lu To. R-Ve ua FL In Ft In .Ards R-Value Fraction .4bsor. Grade% 1 N EV. rlor uinrr«ta Bln .k- Int IngUIRAN13 AREAS 4.1 17 G 12 0 2101 fe b !1.8 11 2 S E4rsiar G.naum Bick- Int InsUVING AREAS 4.1 F-3 0 10 II 530.4 tP 0 !LA 0 a I- 1-4erir wnautu GiJ:- Int InsdJP•ANG AREAS 4.1 13 G IV 0 198.0 1P G 0.3 0 4 IN E1dv43r Cuttaete Sleek- Int InsddiNANG AREAS 4.1 41 6 12 0 498.0 tr a Oa C. 5 NW EAcri r wttarcto Block- Int IrisdJ'.ANG AREAS 4.1 11 0 12 132.11 ft 1 C. 0?l C. S N Celage Franla - Wood LIVING AREAS 11 22 0 122 0 234.4) tF D.23 8.75 0 7 N E4criar C:naele Sick- Int InstAlaster Budrw 4.1 50 0 10 3 500.8 tF 0 7.d 0 a S E!dcriJr ^-IrYvtn Hick- in[ InS1 11 %Iar Redruo 4.1 19 d 10 3 175A IV 0 0.6 u R E E4PrI]f vinrxotn B13ek- Int InsJtlaatar Bedrua 4.1 29 G 10 it 21i Al R 0 0.<. f) 10 44 E4arior'van tc BCxA Int Insdtlastur Bedruo 41 13 G 10 0 135.0 to 0 0.3 0 DOORS tA'idth Height 1f Ornl E15ar Type Space Storms U-Vaud Ft In Ft In Area 1 N Insulaled I PANG AREAS None .43 3 a 24 : UJW2016 2:32 AM Eran•3 omjen ; uSRCSB v4.0 Paget at 3 71 i �• ] ] 9 h .] Z .`] Z I`] Z f] Z .] i Z Z Z$ Z ` Z Z Z Z u � N Y y � ❑ w m u r n {? d S n aa Z Z "V. 4 Z z z r Z Z Z y+ � .l' 2 j!• jl E o o a c o N z`++• � c T w a '� o` - L Z •r c r r •r .r r r .r .r r r r � � _ d "- a �� � y •n � W 5 d a o a:;. xa o L :a " o '� a a v i✓• � � w :4 C C C C c C C g C C C C y 0 i0 J C :Y n li T Cl C 2l n V1 Y • iV .'+ i Y V �a N N � O �� W k' W (] - W 41 y z z z z z z z z z z z z z z z 2 = 9 to � m E w W Z b W. w w w n 7 ry 45 n { z w_ a Ul a 3 3 3 3$?$ 3 3 3$$ 3 u u d d c d d d d d d d b o o d d }� p N j N m N UI N w R - -. 'S -ay. iE U g .. m T .E En N S N iE fi W W N w N N N w N w N a 2 _ � J J Vl N r 0 :, f` n L 3 } 5 Z Z w w W W �: S cS� Z w W W d C 2 Z LJ Gl i 3 W a Building Input Summary Report HDT WATERSYSTEM # System Type Sub'fype Lucatiilt EF Cap Use SetPl11 Credits .1 EICCtic Tankl—s Garar 9.88 1 MAI 70 ual 120 da Nun•. SOLAR HOT WATER Calleelur Surfer o Absurp. Trans Tank Talc Tank Heat F•V Ptmrp C:u Ia:S �r Typc Tilt ,AzinuM Area Lmv Caul Prad. Curt. Volume U-Value 6`ur Area Emir Elf Purnlied Energy DUCTS DUCT SUDIAY---- --- Ravin% Air CFM 23 CFPJ25 FP. M.. 4 # L.,eatlun W.Jalu. eW3 La ca.fun Area Number Leakage Type Handl-r TOT OUT ON RLF Heat CW 1 Attic 8 SIB tN Auri too it- Default Leakage Gsrmda (Defi lD ataulll 1 1 2 A.tlic 8 23D fP Attic 39 ft• Default L-�alaac Attic 'DcfaUfl (D;faul(l L TEMPERATURES Pmgraatabla TherntostaC,' Cal6-tg Fana:N c:nNh �P�`9C9J Jw1 H almj Jan �J Fab [[XX�I lCJ Feb [J(t PM PAar A, r +r [[����9JJ ��%�(JJ Jun [[��JJ Jul M LxJ Jun LCJ Jul [[{'9 A- AuglSl L� See Oct Oct X Nov X Nuv DY Dec Venlim l'9 Jan lU llC1l Fu5 [ll�Xfl Mar LC r l'9 May ll�X�t Jun l[�11 Jul l9 ICI Aug 1 IIX sup w Oct Nav d_a Tlterntastat Schedule: HERS 4,33R A- ltce Iklum Schedule type 1 z a 4 5 5 7 8 11 t9 11 12 Ceuling (8D) AM 78 7a 78 78 78 78 78' 78 80 EJ ED 89 PM BD 89 78 78 78 78 78 78 78 78 78 76 C:ualiilg PNEH) AM 78 73 78 78 7a 78 73 78 78 73 78 73 PM . is /s B %8 119 /8 /a B 1*8 /B 18 /a Hcath!q �!erpl pM ed vJ It yJ d� 58 �3 6d 11 118 53 MM aY 68 8B 48 8 '.�S' htl ii8 b titi 9S Heating PNEH) AM 88 U tit+ Lfi d. ii8 5d tier 8d b'8 68 5d PM fill 4 till fill 8R fils 88 fill fill 88 fit; 55 1i22d291ti 7:32 Aid ErrenlyUauDel" r USR(:SS v4.0 Page 4 al8 Building Input Summary Report APPLIANCES& LIGHTING Appliance Schedule: HERS 2008 Rdcrena H,urs Sahedula Type 1 2 :1 4 5 ., 7 0 n 11.1 ti 12 Ce1111111 Fans tSunnlen AM U.85 1s 0.85 185 0.65 0.65 12s 0.33 11.33 D.33 U.;11 133 4A Ralmed:1DD PM 0.33 133 0.33 0.33 0.33 1 0.9 0.8 0.9 D.ti 0.9 165 Annual Usc 0 kVdlfYr Peak ` DIUU 0 SVatls 009has %mhar NA 111.105 0.091 1047 0.047 1081 0.138 0256 C-.57 0.949 1 0.977 0.872 `h RulcasucIA'Al PM 0.773 0.095 D.605 9,57 9.5.31 0.57 7.57 0.57 0.0 0.488 0.43 9.193 Annual Use: 0 kVdlfYr Peak Value: 0 4Va0s 014mashar AM L'. 139 9.05 D.028 0.024 0.029 0,09 0.100 D.303 0.541 0.594 0.502 0.443 % Released:80 PM 0.877 9.zl&4 D.aS 11.321 91144 0.448 9.751 1 O0 9.697 A.'Ift3 9181 .Annual lIse: 0 kVlhfYr Peak Val ,a 0 %' ILs Drier AM O.2 11 a05 9.11E 0As 0.07E 0.2 D.375 11 011 11.05 1 % Released. III PM 0.875 .3.85 0.8 W125 0.525 •0.5 9.575 0.53 O.fi_'5 0.7 0.65 0.375 Annual Usk 0 WitYr Peak Valuu: D '.Vahs L•olldirU AM 0.16 115 0.16 9.18 D.13 0.45 0.4 026 0.10 0.18 0:12 0.11 % Rulcasc2w0 PM 0.16 0.17 023 9.27 D.34 0.55 0.55 0.80 1 D.S3 0.51 U.3 Annual Use: 0 Whf* Pack Value: 0 :+arts MiscJlalc:ws AM 0.4E 0.47 A47 0.47 Ik47 0.47 134 GTI 0.87 D.61 0.55 0.53 % Released:OU PM 01,2 0.5 -1.5 f15 D.1':3 11.7:1 0.79 0.48 1 D.4,1 11.77 0.55. Aniwal Usr.: 5818 kN7ifYr Peak V.11.w. 1957 4M1Att5 Paul Punp AM 9 0 11 9 11 9 0 Il 9 1 1 1 d Released:G PM 1 1 1 1 0 0 0 0 0 0 .3 0 Annual Usu: 0 WhifYr Peak Value D SVans Rama AM 0.057 0.057 0057 0.057 0957 0.114 0.171 0288 0.343 0.343 0.343 0.4 % Waasad:111O PM D.437 0.343 0283 0.4 0.571 1 0.657 D.423 U286 0.229 0.171 9.114 Annual Uea: 0 kkyllfYr Peak Value: 0 'dam 110ftcratiml AM 0.85 0.78 0.73 0.73 D.73 0,73 0.75 0.7.3 0.8 0.8 0.3 0.8 % Rek:ased:l DO PM 11.811 0.3:, O.IL1 wn 11kH 11.4h 1 f4r: 9ih 11.m O.D OX, Annual Use: 1028 k%kWYr Peak Value: *140 Walls 1ReI1 Punp AM 11.0E 0.9E 0X 9.1L9 D.OS 11.05 0.1 11.1 0.' 11.1 O.1 0.1 'A Released:0 PM 9.1 0.1 11.1 D.' 0.1 0.1 0.1 11.1 0.1 0.1 0.1 td Annual Use: 0 kVdlfYr Peak `daluu: 0 LSans REFRIGERATORS 10 Typa srreen L,.Aiim q.aar01 V"I Fr2. Val hlaka Mnda SNladnla IcWhP=Nr 1 Dclaak New C(ISTIN 1 CLOTHES DRYERS ID Type Screen Lucaflon Capacity Fuel Type Make Wdol Sdudule L,adsPe'7r 1 Dryers DetauO New 1AR41 Eltsidcllp RANGEOVEN ID Typ" S",uwl UrAll n T• _ FuellYPa Maki M1dA C<sAc.;ip Wen 1 Raupcs Dclauk Nam Maul LWktapU:•m C Cl.tift FleWic F Nut Ca11v 10W201e" 2.52 AN Env„jy mjeP. ; USRC55 A9 Page 5 of 5 Building Input Summary Report HARD WIRED LIGHTING ID TIP- Sarecn Lc fa i Total# qualihO C' ip FI :W OtwFL txtRldtdype Schedule Walls Per 6u16 I 2 3 Hard-'A:u Ha*'Ary Nab :^.'v DAault Detaull N.w IldtNu4 New UNR 1 Extadur 3sua MISC ELECTRICALLOADS ID T,Pa Svaen Irwin Wantln,' i;atayuo) oparadvp Laestiun Sdradula OH Suadhy 1 Pdisc HBO shplu 1leruldt 1 1 MMLI HERS291 1 I tAb?4162:32 AM EnaWUMOef.-IUSRGSO A.0 Pnue0 N.3 FORMR406-2014 Florida Department of Business and Professional Regulations Residential Whole Building Performance and Prescriptive Methods ADDRESS: a910 M ANI ARDN 1 ARFSURIVI- Pwndt r4umbar- PURT 5T LUC E. rL , 349113 MANDATORY REOUIREMENTMee Indh4dualradeSedans for full details- I9 4111.3 Energy PerformainctLevel(EPL) displayeard4Nandatory), The uulding ufficld slnall•aquire dratan eiicgly parfarmancele%,A(EPL) display aN ba amplatadmrd c nifiad byte. build.(to be aVAmtooldwrfad bufarafural appruvaluf dly lwilding'or tiocupancy.Ruriea lav: [Section 553,9-185Fb;rida Srahnmlrc,luire s the EPL displaywc b, be i•teludedes an ad&ndurttu each soles conradfur bats presuld and tvrlpresild r, sWdentia bLdldetys, The EPL displayeare contains infwmagmindicathly tivocrergy perfumraneelevd and ulildendesef compudents installed )n a dvvening Ln t. The buildhlg affidal shag Vairy d'at the F3L display card wmpletcdand signed sy Ole bW dr accumtelyrefleds the plans and specifications subniittndto demvnskalec mefianedor thebullding. .4 wpyuf ten EPL displaycard can bo'oundin AppendPA. [+j R402.4 Air leakage(Nandafory). TIIH building thermal elwelocr.,hWI be canstructedtu6mRair leakagaht accunlaaca''Attitha requirentiorb,of Sections R4t12.I lhruugli R41as4-4. .y R402.4.1 Building th.rinalenvelope, Thu buiidrnd Ihannal anvelopathal Apply with Sectoms Hlgl.4.t.land H,4q:.4.1.J.lhe saali•10 nlathads hatvraandissimilar nimanalsshan ellawfor dgwantial axpansionnnd contrudian, • R402.4.1.1 Installation-Tlte componclrtsot the buialing thermal eimbpars listed In Tabla R402A. 1.1shall N_ Installad Oil ere nnlamar withihb manufacturershistnielions andthecdttria nstcdin Table 492.4.I.las appficablslo the nlrtht duf wnalruc0Dn. ?":fyra required bythe cude official, an apPrvnrllurd panyshall inspeetal cimponenlsmid verily compgance. • R402-4-1.2 Testing. The hrAl(GrgoraNntlling imilahan lie IHAIHd and w Arimdas lrH`mtyanair I?akHgH raga of n'Il ace ..w.inySHir changes per IIInR in Jinulr Zntaa1 arA 2,aind:1 air 1.11v1ge9 p?r hmirin rdinialH 7.rfnes3 Ihrn�. rIL Tevlirr3 shall hH nnndurJ?dtilh a blowerdawala prassmer rU.2 inuliasw.g.lub Pasaals-.'A'herarai;ukad by l•Ia wale alficial, Iesl'mg mhap be canductedbyan approved Ihkd pWIy.A nvf$.a0fhlarrl •d llm resells td h? IHvI steal he5igrad Irylh, flarlj nNdudin<ijgla IM.\I and ll.widw:hi IIIe..IH official. Tasihlg seal bu porLvm.Mat an;tinivaftvca-aatianufall piroutrztivtaif UlubUbTing thrinal ohvulapu. Dining testing: 1. Eaebrwhidmxsand duurs. fireplace and stvedrisshan be closed, but not staled beyuncdle hlinidedweatherstrippirigx Other ii-filtratixicintri nwasurus: 2. Dampers induckig nxliausl, hitake, makeupYO, barkdrafta-ld flue damacrsshall Ire drnd, but nut sealed Oeyund i tendee infillfaliszl wldrol nnasures: 3. Int�iordoms.if nstagetlatatednlcofthctest.shallbeapdn; 4. Exton rdaorzfsr oungtiuuus venuladun s`hL'ms anc heat roeuveryvn:rtilotorsshag be cLsecand seakic: G. Heeling Anrd vsJng syatarisif ur:AHI £dal the linleur IhH Iesl,sha11 hn IurnrdnfF anc 0. Supp"id return Inglaters. if Installed w die time df the test shag be fully acor. •J R402.4.2 FireplaceiiNem •xoad-bun9ngfirapaw5uhW1 haveligtr:plling nuadernpar;a•id utdoor con-busliamir. rI R402.4.3 Fenestration a"v leaka94Y,1r1duve, skyfighisanddidhig glass daiirsshall haveanoir bdltmtian rate bf ru more ilal•0.3dm per squire foot (1.5 Llsnu!),whr i tnstad acwldin9 to NFRG 40o ur AAHA.V1DI•A..kZSA 10111.11.2.-A44•3,ywaxruditoc, intupaiduntlaburawn,mid istcd and LaL]Iae by diu rnwiufa Curar. Exception: Site -built wl•Idawa,skyllgll-,z;andCwrs, R402.4-4 Ru.assadllgliting. Recessed lurninakas kralalledin 11'ebugdkrg I. anrwl envelupeslian be senledta Iindl ak cal eUe bchvourl remiitivl-11A.11 lrn Anldlll-I11W, d.\'pH•Y..V,AO ranIKHP.d IHrrllniilrY.ti SIli3II I1H It: (HI?d arrrl Ialn`Jef1iLS fW`%Ylg Arl illr IY.i1VW gP.IALY nla MIN Ihmr2.9 ufm (9.9441-hs) drain lamedin acu:vdancawilliASTM E 233 We 1.aipar lib Pel pressure chrererilialA recessed hrmbielres gran ba sealed •vilha gaskelor caulk ba.vRan live horsing and Ilia intwix ushorc cling covenng. R403.1.1 Thermratatprovlslon(On ndatory).At least one tlermobtatsha11 as amnded6v can separate heating6ndea3ilig sytarn. �} R403.1.3 Hoatpulnp suppiwinu arylreat(Plandewry)Hua: punipsliavuig supplemclaaryaleetric resistwicnlieatshatl Itavncontruls thaL uxc_plturhig &twist, proven supp6vnuntalhcat uporation whanttu Inert pump canprossuran nn:al the heating iced. �V R403.2.2 Sealinll(IJenilatury+jnil ducts.air handluls,andfiltur buxuaandbuilding wvitiusdiat'umithri primaryair winainmont IussayHxH}s forair distribution syst.nrsshall Iva e;nsideredducts one plenum uhanib-rsslan be wnstrud_dandsaaled'ui acwNance with Sechwi C4932.7.21of the Comnwrial PmvlslonsoftNs cod�alidshan be showiita nieetducllghhwsscdtnrie by post-c:,nslruc:ion err yu4;h-ht tosWig buluw. Dual llgntnessshall be varifedbylestinD la Seupon303 pf pre Ri-SNI-I Seuhon 553.9e. Florida Stoluru ,eras autivsrized by Florida Stotutestu Liz "substantially leakfrne' byatli+r'uftli-_ fullo`xhng: 1. P,@i-0,,ninrrabn test:Tetal leakagauhall belesi, thancrequalta 4 dni"113 Llmuilpw 190cquarefeet(9-19r12)of candilionedfloorwaa when tustodat a phasl.ro difunJntlalof9.1 inchcsv,•.g. l25Pal across diucnttm systun;mdud'ntg tli; nvmiufadumr'sa'v nautllur unelusw_.All re;islar bootsuhall betapador olilenv'Iueseakdduritg thetest. 2. Rough -in test Tolal Nakay+silap hafHss OlahoreaRulki4 rim 1113 Llnunlpvir 19IggI1wHfvet (vs9 m21 of r.-mdhloteMsu•arHa •')AHnit ctwf HI .pressure difierelitialof 9.1 indnrs v4g, I25Pa)acrm the systeni,hiduc'hng live nmmJtadurer'seir handlecnclraure.Agregistnls sltallbe taped or adi.m.1seaaalnMunhy ditl L U.g thew IWndIPll4 roll IhSUORdat dn9IIa1H Of II1+tvVt,:;IL11 %lnka320va1I h? I?SA Ilmnor agafdtotl rS91 13S LArkl)p?r I'111squarH feel I0.24 rL),if 4:L111idlnislaur HrnH Exceptions: 1. T•ietand lealangetestis not required tar ducts midair im-dlersluadedeitkelywithunthebdldltg anvalopa. 2. Dm:ikstingis not ntaom"arouldhigs wmplyingby Secno1R405nttnL code. 1125r2915 Z43 Aid EnargyBaulu] USA- FlaRcs2914 - Sccllun R405.4.1 Curl Paga 1 of FORMNOS-2014 MANDATORY REQUIREMENTS- (continued) R493.L.1 Sealedairhendler. Air hanel.%s'laP Fnvua manurbaccorsGosuilaUWlfur all air p2hageefnorinnudla92 puru':rltallin dbsign a'v ilwi rmu whin Lslcdin acaordancuvitl ASHRAC 103. N R403.23 Building Cavhles(Mandatory}Buiding franrhuj cn4liesslrallnclbe usedasduelsar plenurny. iV R403.3 Mlichaulealsystempiping insulation (MmWalory). Mechavical sy'stumpioiny rapabluuf ranyingiluids abums'I03"FµPC) ru h.fiw55•FjlYClshallba ulsuLvcdtua mntnmmufR-3., ] R403.3.1 Pruteudollotplpiny Insulation. Piping insulalurr s.puSadla wea0ldrshall ba proladadfraui darnate,hlduding Iha4:aused by su ll ght. nmie Lure, 9quipinent nwhiterance,and vine. wid alialI p rovidesillaldi, rg from solar rad'N' liyl Thal?an Cause dagrdMi3ii of the niatariat pdhesivatapeshsll Trot he pamutted. R403.4.1 Crrculatfng but ulster ayatcrosr,Nandaturyj, uru4atinq but vatur sysenlssflan hu promdud'Aitl an autanlatiwr madly acuesstdb manualsv:in_h [llatcan turn off the Ilut4uterdruuUrir.1 pump v.91untlia sy'stands na:in use. PV R403,4.3 Heat traps itlandateryl. Staayu wafer healers lot equipped vifh infegrel hwL traps and hbvhrg varlical piperiyers sliad have heal traps installation beat the inlate slid autleti. Edenml heWtraps chub wnsist o' adhere cammewislyavailablaheut4apur a dovariard and upward band bf at least 3A llches ld9 niml hi tie [lot water distrlbufiunlnu and cold vreterhila located as close w pussible to the eturagb tank ® R403.4.dtgater heater e4RdenclesflAandatory]. R'atar beater el0uiendes 114(10.4.4.1 Storage water heater ternp.raturc cmruuls • R403.4-4.id Autoinaticcoutrois. Sernye walarheating systarnschan b>eaquippcdvitt autmnaticlemperaturecantrols cipauh of ad]ushnenllimn Ore tavasl to tire highest aueeptable Lerriperaturesell ngs for the btandec use. I he miniinurn tunlpvatuc sanity rarry+r rdull Fla inml 77]`Fhi 140`F 1'3g`C to tali"CL • R403.4.4.1,2 Shut dour. A rtihtrahlA'altiinr n dsariy niarloci lnicit iViakvQialI FN prilvfdedto pwadnlle pnwarsuppnad to alacVte sertica systainsfu be tur•led off. A eapamta valt�sslnil ba plovidadta Pam dtVia anargy sr-ppllod to ilia main bumeulsl of wnibustiunypbsofa.�-i. viatvhaaWlgsyatemstobctrrnladuff. R403.4.4.2water hceting equipment Wars hdathly egdpmentinstalled in rbsid.ntial units shall nlecNhe minimun•.1 idjldesof TaWu C404M1 Chapter4 of tle Fluden Builduvj vA., Energy Cbels.rvat on. C�ntmcr ial Pruvislons,for tre typ.uf equipment lieta0d. Equipment used to pwrwice heatht0 fund4ms as pad of a wmbinatlo't sys-temuliall satldyal srstad requ winentsfor the aperopdate water hexing cat jog-. Sdar wmiorhuatas snail nwtth.crturn Sualon R4g3.4.<:c'. R=.A-A.2.1 Solar lilaterheating systemsSalar %ytiI.rn.,ilr florri, 4i IIolwa1A(pnniiril,in.rPr.l+.d try IhY Al1rIIrB11nU( itnanjy factor rA thb systen•-T'it, sutar mrewffy factor ofa systemshall lid datanl'ulcdir m Om Florida Solar Ertenjy Canter Olfactory of C.rihud Sala Sy lanls,Salar collactars seal be tested in accordancewiOdSO Standunf 9800,Test Matnods for Solar Collectors, and $RCC $landdrdTi•A-1, $ddr UomasOuFiul v:'alor System end CmnponerdTdst Pnncal, Colleclars to insl-allad SUlar velar hawing 5yteras should meet the following coterie; 1. Be HstallcdwithatOtangle betvreent•3 Ceyrees and 49 d.yrcas ul the-wrzumohand _. fie itslalladman on=-nlahalvLdrlE tlayr.suf Vua v�ulh. �. R40.5 M11.chauicaWeutilatieu (Mandatory]. The bu0dngshall bu pruvldedv.'ith tunitlaliunthat nicuts tin ruqulrunidAsalthu Firida BuRdarg ^.add, Re.'Jdanlial.a-Florida r3uildhrg Code. Medrartcal, as apuGcable,ur•.vilh a0rer app•avad mdaruaf venlilatiun. Anldttr ai• intab-asand UAiaustssha0 In.m amonninur gm'.ity danlousthztdwu wla:rtK1 vmndatlun syste:nlis nn apl:mtilg. ..3 R403.9.1 A1lele4h0use meebanlraNemilatlun gz:tvnfan Aloaey. Marharl�al vanlda0un syslen lansstrau mae0.he efficacy recluiramanlsufTable R4011,1. Esueptlurc'tk'lloro mnchanical %us tiatorrimmarc integral to testcdanc isted!TYAC uyuippiwit, tovshall bu pa+usudbyan electronically ian"ufelednnlar. R403.5.2 Ves6lationair- Residential bulidingsdcsigr• dtiW cpemtcdma fwsdivb Ind:lurpraseure or for mechanical ,nititaGtn shal vee[atetu0u+uhvj aitcria: 1. The dusignair cllangu;crhuur mininiumicia rasiduntia buildn" bi ASHRAE 52.'•/dtila0onfur Aoa:ptablulndaa Ar Quality, shall battle inaxhnurrrata5 allU•vddfUr re5id0ilidl applications. 2. No watiatiuna• air-NitgtlLiud systun makiair shall 6n promiludto wrdtimtudspacaf rin attics, erav4spa"o, atechudclosuc 3 garages .y outdoor spads adjad:nttu sv:inmiiny puotsur spas. If %Y dflaln nWr is rlriAVrI YAM With i d a(ii r'Tni{r�]; 11 nil tla vun 14.4 the rips MCa] frnm v."ildi air IA drawATshall hn insulatidto n minimum of R-H mid thueul ing shall be insulatudW a ndnim4ni;r R-1g, space purmitting,ur R-ii- uthomtsu- R403.s Healhlgand wulUlq equipment (Naudaturyl. Tire faltivingsamionaara aguipmant. + R40.0.1 EqulWnentslzing. Huatng andwuliny equimnentshallbasizedin u cordsncewithACCA PAmtulS basedanihe equiprnen. loads cslculatedul acwnancd Y.I& ACCA PAmmaIJ ar other epproveetwatuig andwoling calculation menhodvlmjlac, basdf oil building h,adstur Ilse dreetonal odeltetiuuof t•ibuuild'uig. The manufadur.rem: model nunlbtruf the outdoar and Indoor unitstif split systbmishall he submihsdahmg whhtiz sensible ane Wtal cau0ng capacit.satthbdasign conddiarn QaSR. dial In Sects i R:rnH.1. Mlle C.nda dilaR rlul AEfl•N daUgllY.r 4Aralylndi,rs, pnNl9wV .v Iulura mlimWimw citarlanion; which arad equipmdnl5iiuig. Sylemsimrg ralmlali3ruyehat •rut brciudu Gads u'eelal bylowl inlarrilillard mauhanival venRidioll such as standard Richer end balhroam exhaust sy5tdnl5. • R403-0.fA Cooling equipment capacity. Coiling attyequipmertshallbe sel.d6cab lhatits wnl rawdtyts nutl.ss tianate calculated total Wd, but not more Oran 1.15Unrasgr atur thanthu taal lust calcWatodar:aud'vig totly: pruccdurc s. r: tc&il SWUM 403.5,ur the elosust availahlxizu povidud bytiu n•anulzcturcrspruductihls. Tltu curwep ending latunt rapadtydf t'lu equipmw-4 wall nolliu lLss thahtliu calculaledlat.ntlaad 116,271n 441 AI•A Ere.r1 GWJ.ge] USA- FlaRes2014 - Saetluir R495A.1 Conn Pagu 2 of 3 F7RdAR495-213U MANDATORY REQUIREMENTS - (continued) 7 R403.61.1 Canting equipplarrt eapacityfeantlnuedj The Uuhliahadvnk?fur AIIRI total <:apadtyicn hamihal,mthrg-taSt %aifimann shah ltatLcwedfur a4uipn•entsizing. hAsuufacluret expandedpcdormalvx data shell baosedtosdea cabling -only equlpiwitThis selealbn shall be used lu select woling-oahy eiguipaleN.Thn seleclpn shall be basadan the uuldaofdesign cry bulb lempuralunlur ire I,iad lalolllalnrr(N anhtrmg '.vAmt IR... arahlr i-vaLxr:Slflma a<pliFwsaN1,tiH hbnvar r:hil prnvldadhy lH ;npa'rd«11 par':Imranr.?daa, the design vejj fiu, en.erngwet sulr lemparalureand Ora Ifesiglt valuerur enlarl'tg drybulb Ienrperalure. Design) valuesfur ent.ru)g wet bun and drybuta lenlpcmtureshall uefur the Indwr dry hdb and rclathwe liunudityuseelfbr the load calmefliun anc shalha aquaadfur munrsitlagRinsif ilia mtumduLgslis installed n an mcand tlunatlsparzr. Exceptions: 1. Alladled AngIN- mid md94mdyne fri ntial 9quipnmanti;Wrig Inayha salilmkn f)atill;"wlrtlg taparityls land that. Ili. wlWatec LN:d senthle Wit nod.iiq Leon) 19 p�lt:ent o' fiml land. 2. !Mon signed and staled hya FIvWa-r3ls1xrxd enjrla?r,h. aLundrar!;'ingla- Rod will -fa alyun tS, Ili rapalilynf aquipmenl Inayhe slzal ur a<,:nnUrvz v:]h y,.al d=sign practica. f R403A.1.2 Heating equipment capacity • R403.6.1.2.1 Heat pumps. Heat pumpsshting snal be baaedun the awing re4dren•entsas calmlatedazardingtb Section R401r.1.1 and ilia that pumpulal r.alurg•apacityalIAll notha morathan 1.1otim.4graatar dean thSd�lagn cnc10ng had. • 11403.0.122 Electric resistanmiunmses. Elaftric resistanrx vmacrsshnal !sized%V111 a <WY f tlt__tlesign s:quirem-nts { aliaAalY.dan!:ixdhg IJ Ore. prmialblm ai P.A.rfir Santian R403.fi.1. • R4131ALI2S Fossilfuel hamingequiprnent. The capodlyuNussil fuel heating egdpmaravit) raturu daft a tmospherlcbtsners shall lint be less than the design bad calculmcd in aecurdance'.vith Section R403.6.1. R403A.1.3 Extra opanitto qulradfor special aceaslons. Resldunucs ragt'rurg becamwoing or heeling equipinerl Wimullyun arc intermittent basis, such as anticipated atldtionalleads caused cy major antlemmnrnentevr;nts.sha0 hn%� bquipmemsizedor willnuledlu prevent wnlinuousspacauwlugor healing svilhinllla. dpaue by anearrnare of the falprimg appals, 1. A separatewulbig or heating systamis utilized to providecuoliigur heatunglulhe I -I cntertairmaffireas 2. A variable capacity systcrosi_ed for opthrum pi&mimlecaurirng base load perbdsis utilized. ?y R403 7' Systerssafvingmuhiple dwallingunits (Naddat ny). Systan's serving multipledwelling unitsshall eomplywiit Seaimu- C403 slid C404 of tine Cbmrnem'ra Provisiansi n lieu of Seai m R403. R403.8 Snow melt sy. emcantralla fNandatoryj. SMv, end ice-melling s!rstems.suppllddOwugli energyc Nice a thebdlding. dial include atn nlaticcentrels rapabluef shutting ufllhu systmnvvhcntho pavulnanticripcmturda abuvc5SF, an nu prucipitatiunis falling acid So autbnratimr manualcbntral tha:wil allow shuto0wllanlie outdoor tenlperaturds above4UT. iV R403.9 srrimmingpools, ingmund spasand pv Whale spaa(Mandatory). Th. energy regdren entstor residential pubis and ingmund up as shall be as specifiedm Sections R4019.1 asbmdh R403.9.3and hr accordance vdtil .Af4011APSP-15.The energy rhgdrements fbr pnablesp[. shall la� It accudance gi :W lIAPSP-i4. R403S1 Pool and spa II catcrs. Al plied hcal_rsaha0 hu uqup"u-itha raacity a,:cl:s4lalu..II switch that is mounted WILI&I the healarlu allyv alrullurg elf ilia healer tvilflauladjUs.ing the Ibemlaalilis A.ing. R403.9.1.1 Gazand cil-find pool and spa Innetr . Al gas- mrdul-food prsJ and scan: IvLaa shal limun n]dnmm thermal ufOdumyof 82 p_rwmfur teatms maaufafdumdon ur aO.r Apr] Id, 1913+xh; n tua-ted in ax,irdana:v:Wt ANSI 21.59. Puy hual9 frA bynaufalgasuf LPgas shall not hate cnninuousl1burlun9 pile: lights. R403.9.1.'a Heatpump pool beaters Heat purnppWI haall;rsshall havaa minunumCOP of 4.I) •.vino tested in accordance wth AHRI 1150.7aWc L. StandaMRati•tg Grrditiuns LuvAlr TempenturaA testmpurtfrum ail ivdepmldentlabumturps ^equired to very prbcedlrte e:,mplisnca. i;eWlemralsvAmnuvgpubl heat pumpsare nutrcquired to nect0us standard. f) R4133.9.2 Time swivams. 7m&wtch)sur uthuru,ntnl mu9mdthat ran autbmatimlyturn offend on hcatuteand oumpsacwrding ilia pr�4�t scheduleshal to insta Iedbnal heatcriiand pimps.Heaters. pun•ps and mutbaOra: havebult intimersshaIhe deemedhr campllonue wllrthis equipment Exceptians: • 1. C.11ere publa heaer sland'ardsirequ re 24-lour pump uperelions. 3. ahara pumpsarerequlnedlo opemlesolar-mil waste-heat-2unnegpool heat ng systems. :i. Whera punlpsaro wicued asdusivu4itom an -situ rumvvablu gunumti�n. •t R403.9.3 covers. Heated h)rlrrnlinggl<wla an dingrtumd lmnfan?nllynlslall:+.rl\I)iiS tiIAII hn ?.1•IlllppY.A WIIIIH fMp'P-F..Ianlan9n Pl?r N)N at the •wala-surrueur aliquill caverm ollla• roans Iuuvanlo reduce tied lluss. Exeepliou: Outdoor po-als delving aver 70 pereentot me energy'o, heating trom site-recuvered energy. such as a heat pumpor ' solar ml,!rgyswra wmputadoverm- operating sasson. Al RR404.1 Lighting equipmant (Mandatory). A nunimunlof 75 parceatufthe lampsin pemrmentlyinshrledlghting ii ur-sshal be Iugh-effcaey ampsora minntun•ot 75 purxnlot permale•rtpmnstalledlghting fixturesshal contain onlyligh efficacy lamps. Exception: Loa-vulage lighting shall nitbe reGulrad to milize high elmey lamps. 5 R WAA Gghdug equipment (Nandatoryj. Fuel gaslglaing systenissliall not Nava aominuwsl blm•ing plutlghC 61 P4052 PedonnaneaCNLY. All ducts lot anlrelyinsidu Ihebu Wing thermal anvelopvs"l be insdetedloe mhtinurnuf H-d. J 114012.1 Pcdormaneu ONLY. C-1111I slml I'a)u nuninlum insular unuf R-1f1. Wmrasingl? assRmhyoftha mom,idd!ikam I)aantyp4ur cmcrata da•.Vraxtdunut havusuffirronlspaea,R-101s aluvv4. 1 Y15401+; t.43 AN EncryyuaugeD ll6 A- FlaRus2914 - Sui dun 171405.4.1 Cum Pagv, 3 of 3 FIDWAR405-2014 TABLE 402.4.1.1 AIR BARRIERAND INSULATION INSPECTION COMPONENT CRITERIA P•ojma Name: CONNOLLY RESIDFNNCE-MM PLANTATION-STLU Builder Name: POLO CONSTRUCTION Street: a05L PLANTATION LAKESDRIVE Pemiit Oflvx P,]RT ST LUidE City, State,2ip: PORTGT LUCIE. FL. 34986 Pemrit Number. Ovmcr. CONNOLLY RESIDENCE Judsdidiam 661200 Design Lacallvw FL, ST LUCIE CO_INTL COMPONENT CRITERIA CHECK Air barrier arid lhernial barrier AIXOntln❑nna alrbird rsluill hcitrstnllyd inthe huildinyem Jnpr.. E,A:riordrannel envalupe contains awntinuous barrier. BR;aks on❑Ints in the air bani_rshall be sealed. x Air -perm :nhli: insulatiun shall not bo used as s sealing material. Calllrtglaltio The air barrier inany dropparcailiny'soffit shall ba aligned with the insulation andany ;laps in the air brimarshall besealed. Acassupenings. drop duvntstairs urlatee willdwrstouncundiliuned X allicspoces Shall besealed. Corners and headers shall ba insulated and thajulstion of die foundation Walls and sill plate shall basealad. Thejunctinn of ihatop plate and ilia tap ureYtaliar wallsshan basealed. Exteriurthrmtal rinmd?)pe.. insulation forfram-d v:alls shall lydmrdallyd 'nn x substarltialranlacl and continuous alignment with Uw airbarrier- IGmevafisshal besealed. Windows, skylightsend doors Thaspace betweenvAndawld❑urjambs andtiaming andskytights and framing shall basealed. X Rini joists Rinijoists are Insulated antl induda an air barrier. x Fluurs (including above -garage Insulation shall hemiallad to maintain pernianentcunraet with undarside andcanfllevered floors] ufsubtloar decking. The air barrl�rsha9 be instilled atmny exposed adyeaf insu6ntiun. x Crawl Spaoe•Nalls V,''huro praaided in lieuuf floor insulelian, insulation shall bepannenenlly a0achM to the araxfspas• yells. Exposcd❑adh 111 umuntud crawl spec❑s shall bumvurud with aClass l X vapor ratnrdrr wi[hnvrrlapping jnints Lnprd. shafts,penatralions Duelshafts, utility penetrations, andflue shah upanings laextadar or unwnditioned space shall basealed. X Narroweavities Batts in namwv mynas shall be cut tuftt. or narrom ities shall bafl0ad by insulatinn that nn instnllatir,n r�.adilyr: mftirms tri thravailnhlesavity x Spaces. Geragesepaiatioh Air sealing shall bu pruvidud b❑twoun dr❑ garage and condidunud spaces. x Ram66edllghting Recessed lightfixtutes instilled inth. buildingthamial envelope shall be X airtight IC rated, and sealed lndredrpaall. Plumbingand wiring Bffitinsulaliun shall be culneally lard around wiringand plumbing in extaliarwalls, uninsulalinn that un installelian raadilyc❑nfunlis lnavailabler x Space shallextend behind piping and wiring. Simwerflub Un exteriorxafl Exterior wallsadiacenl to slw•.v m ancitubs shall be insulated and the air x barrierinsialled separating them from ilia showers andlubs. Elactdoallphone box on Tlu-j air barriershall be installed behindeleu-trtsal urconimmni;atiun boxes or air sealed boxes shall be installed, x HVAC register boots HVACragistar baalsthal penetrate building thermalenvelape, shall be I sealed to tire sub -flour ordrywall. X Fireplace An air barrier shall be installetl un firaplare walls. Fireplaces shall have I gaskewd doors x 185rMl Zt45 All Enargyvaauya?: USA- FIaRus2014S.i:1Ui R405A.1 Wmpliarn SJt%-an: Pape 1 of 1 Air System Sizing Summary for FAMILY -BEDROOMS AHU-1 Project Name: CONNOLLY RESIDENCE -PT ST LUCIE 01/25/2016 Prepared b : Michael Bassford 02:60AM Air System Information Air System Name ............ Equipment Class .............. Air System Type ............... FAMILY -BEDROOMS AHU-1 ................................. SPILT AHU ......................................... SZCAV Sizing Calculation Information Zone and Space Sizing Method: Zone CFM................................... Peak zone sensible load Space CFM................................... Coincident space loads Central Cooling Coil Sizing Data Totalcoil load..........................................................................3.0 Totalcoil load........................................................................46.0 Sensible coil load................................................................35.0 Coil CFM at Jul 1700.........................................................1700 Maxblock CFM...................................................................1700 Sum of peak zone CFM....................................................1700 Sensible heat ratio............................................................0.777 ft'/fon....................................................................................534.2 BTU/Ihr-ftJ............................................................................. 22.5 Water flow @ 10.0 OF rise .................................................. NIA Numberof zones............................................................................. 1 Floor Area...............................................................................2049.0 ft' Location...................................................Port St Lucie, Florida Calculation Months.....................................................Jan to Dec Sizing Data.............................................................User-Modified Tons Load occurs at.................................................................. Jul 1700 MBH OADB/WB..................................................................89.7/77.7 OF MBH Entering DB I WB.........................................................77.1 /65.5 OF CFM Leaving DB / WE ..........................................................57.7 /56.6 OF CFMCoil ADP ......................................................................................55.5 OF CFMBypass Factor.........................................................................0.100 ResultingPH ..................................................................................54 % Design supply temp.................................................................58.0 OF Zone T-stat Check.................................................................0 of 1 OK Max zone temperature deviation.............................................3.1 OF Central Heating Coil Sizing Data Max coil load.........................................................................13.8 MBH Coil CFM at Des Htg......................................................... 1700 CFM Max coil CFM...................................................................... 1700 CFM Water flow @ 20.0 OF drop ................................................ N/A Supply Fan Sizing Data Actual max CFM.................................................................1700 CFM Standard CFM.....................................................................1699 CFM Actual max CFM/fl' 0.63 CFM/ft' Outdoor Ventilation Air Data Design airflow CFM...................................................................a CFM CFMIfl'....................................................................................0.00 CFWft' Load occurs at................................................................... Des Htg BTU/(hr-fl�..................................................................................... 6.7 Ent. DB / Lvg DB.......................................................... 699 / 77.4 OF Fan motor BHP.......................................................................... 0.25 BHP Fanmotor kW............................................................................0.18 kW Fanstatic.................................................................................... 0.511 in wg CFM/person................................................................+�e♦!r i6 wle rso ♦ G i! G E • .,ss�.. N .0L 7 go :FS . ORIpP.��iiM1° rnnnts Hourly Analysis Program v.4.3 Pagel of 1 Zone Sizing Summary for FAMILY -BEDROOMS AHU-1 Project Name: CONNOLLY RESIDENCE -PT ST LUCIE 01262016 Prepared by: Michael Bassford 02:50AM Air System Information • Air System Name ................ FAMILY -BEDROOMS AHU-1 Equipment Class .................................................... SPILT AHU Air System Type............................................................ SZCAV Sizing Calculation Information Zaire and Space Sizing Method: Zone CFM................................... Peak zone sensible load Space CFM................................... Coincident space loads Zone Sizing Data Numberof zones.............................................................................1 Floor Area...............................................................................2049.0 ft° Location...................................................Port St Lucie, Florida Calculation Months.....................................................Jan to Dec Sizing Data............................................................. User -Modified Maximum;...-' Design ''Mmimom =+ Time . Maximum -Zone - Cooling Air Air -: :--of He Floor Sensible , Flow Flow' P-,eak:`L'oadArea „°.:Zone Zone Name (MBH) �. (CFMI' _ :.� (CFM). -. � Load j(MBH) .' (ftl - 1 :CFM/fR Zone 1 40.8 1700 1700 Jul 1700 14.2 2049.0 0.63 Zone Terminal Sizing Data Space Loads and Airflows No Zone Terminal Sizing Data required for this system. ZoneName;l Spacellame' .Molt Cooling Sensible "(MBA) .Time �- of : Load�: '�-Air. '.Flow (CFM) -.-Heating - Load -:::(MBH) -Floor - Area, . (ft') Space - .CFM/W Zone 1 1-BATHROOM #2 1 2.9 Jul 1700 121 1.2 77.0 1.57 1-BATHROOM #3 1 2.1 Jul 1700 88 0.7 89.0 0.99 1-BEDROOM #2 1 3.3 Jul 1700 137 1.7 195.0 0.70 1-BEDROOM #3 1 2.9 Jul 1700 121 1.3 191.0 0.64 1-BREAKFAST NOOK 1 4.1 Jul 1700 170 1.5 164.0 1.04 1-DINING 1 4.4 Jul 1700 184 1.5 182.0 1.01 1-FOYER 1 2.8 Jul 1700 116 1.1 75.0 1.66 1-GREATROOM 1 9.1 Jul 1700 380 3.3 432.9 0.88 1-HALL 1 1.1 Jul 1700 47 0.4 158.0 0.30 1-KITCHEN 1 4.7 Jul 1700 197 0.2 295.0 0.67 1-LAUNDRY 1 2.3 Jul 1700 96 0.8 106.0 0.91 1-STORAGE 1 1.0 Jul 1700 41 0.3 86.0 0.48 Hourly Analysis Program v.4.3 Page 1 of 1 Air System Design Load Summary for FAMILY -BEDROOMS AHU-'I Project Name: CONNOLLY RESIDENCE -PT ST LUCIE 01252016 Prepared by: Michael Bassford 02:50AM - 'DESIGN'COOLING - -DESIGN HEATING COOLING -DATAATJu11700. - - HEAMNGDATA ATDES .HTG- COOLING OA DB.I WB: 693'F{77.7 °F HEATING'OA DB ! WEI 43.0 OF 136.1 OF Sensible... - Latent .. Sensible - Latent ONE LOADS ..- `Details.--(BTUIhr) (BTWh) Details (BTU/hr)' - (BTU/hr) Window & Skylight Solar Loads 367 ft' 7047 - 367 ft' - - Wall Transmission 1165 ft' 2747 - 1165 ft' 3197 Roof Transmission 2049 ft' 1858 - 2049 ft' 1324 Window Transmission 367 ft' 4711 - 367 ft' 7925 Skylight Transmission 0 ft' 0 - 0 ft' 0 - Door Loads 0 ft' 0 - 0 ft' 0 Floor Transmission 204911:' 0 - 2049ft' 1512 Partitions 220 ft' 146 - 220 ft' 248 - Ceiling 0 ft' 0 - 0 ft' 0 - Overhead Lighting 1196 W 4081 - 0 0 - Task Lighting 0 W 0 - 0 0 Electric Equipment 0 W 0 - 0 0 - People 12 2840 1660 0 0 0 Infiltration - 0 0 - 0 0 Miscellaneous - 17400 8400 - D 0 Safety Factor _ 0%10% 0 0 0% 0 0 » Total,Zohe Loads-: ..: - 40836 10Z60" - ,. -- _ 14206-- '_ 6 Zone Conditioning - 35130 10260 - 14422 0 Plenum Wall Load 0% 0 - 0 0 - Plenum Roof Load 0% 0 - 0 0 - Plenum Lighting Load 0% 0 - 0 0 - Relurn Fan Load 1700 CFM 0 - 1700 CFM 0 Ventilation Load 0 CFM 0 0 0 CFM 0 0 Supply Fan Load 1700 CFM 630 - 1700 CFM -630 - Space Fan Coil Fans - 0 - - 0 - Duct Heat Gain 1 Loss 0% 0 - 0% 0 - s> Total System Loads . .. 35760 110260 - 13791- - 0 Central Cooling Coil - 35760 10264 - 0 0 Central Heating Coil - 0 - - 13791 - >> Total Conddionirig;: 35760 10294 .- 13791 .0 Key. -Positive values are cig loads Positive valrjes are htg loads .Negative "values areht0 loads Negative values are cl0loads' Hourly Analysis Program v.4.3 Page 1 of 1 Air System Sizing Summary for MASTER SUITE AHU-2 Project Name: CONNOLLY RESIDENCE -PT ST LUCIE 012512016' Prepared by: Michael Bassford 02:51AM Air System Information Air System Name .......................... MASTER SUITE AHU2 Equipment Class .................................................... SPLT AHU Air System Type............................................................ SZCAV Sizing Calculation Information Zone and Space Sizing Method: Zone CFM................................... Peak zone sensible load Space CFM...................................Coincident space loads Central Cooling Coil Sizing Data Totalcoil load..........................................................................1.8 Total coil load........................................................................21.7 Sensible coil load................................................................ 16.7 Coil CFM at Jul 1700...........................................................800 Maxblock CFM..................................................................... 800 Sum of peak zone CFM......................................................800 Sensible heat ratio............................................................0.768 ft°/f o n.................................................................................... 508.7 BTU/(hr............................................................................... 23.6 Water flow@ 10.0 OF rise .................................................. WA Numberof zones.............................................................................1 FloorArea.................................................................................920.0 ft' Location...................................................Port St Lucie, Florida Calculation Months Sizing Data .............. .....Jan to Dec User -Modified Tons Load occurs at.................................................................. Jul 1700 MBH OADB7WB..................................................................89.7177.7 OF MBH Entering DB1WB.........................................................77.0/65.6 OF CFM Leaving DS 1 WB..........................................................57.7156.6 OF CFM Coil ADP ......................................................................................55.5 OF CFMBypass Factor......................................................................... 0.100 ResultingRH.................................................................................. 55 % Design supply temp.................................................................58.9 OF Zone T-stat Check................................................................. 0 of 1 OK Max zone temperature deviation.............................................3.0 OF Central Heating Coil Sizing Data Max coil load...........................................................................75 MBH Coil CFM at Des Hill ............................................................000 CFM Max coil CFM......................................................................... 800 CFM Water flow@ 20.0 OF drop ................................................ WA Supply Fan Sizing Data Actual max CFM...................................................................000 CFM Standard CFM........................................................................799 CFM Actual max CFM/ft'.............................................................0.87 CFM/ft' Outdoor Ventilation Air Data Design airflow CFM...................................................................0 CFM CFMfft'....................................................................................0.90 CFNUft' Load occurs at.... BTU1(hr-ftj ........... Ent. DB / Lvg DB .... Des Htg .............. 8.2 69.7170.4 OF Fan motor BHP.......................................................................... 0.12 BHP Fanmotor kW............................................................................ 0.09 kW Fanstatic.................................................................................... 0.50 in wg CFM/person 0.00 CFM/person Hourly Analysis Program v.4.3 Pagel of 1 Zone Sizing Summary for MASTER SUITE AHU-2 Project Name: CONNOLLY RESIDENCE -PT ST LUCIE Olf25f2016 Prepared by: Michael Bassford 02:S1 AM Air System Information • Air System Name., ........................ MASTER SUITE AHU2 Equipment Class .................................................... SPLTAHU Air System Type............................................................ SZCAV Sizing Calculation Information Zone and Space Sizing Method: Zone CFM................................... Peak zone sensible load Space CFM................................... Coincident space loads Zone Sizing Data Number of zones.............................................................................1 FloorArea ................... ...................................................... - ...... 920.0 ft' Location ................................................... Port St Lucie, Florida Calculation Months.....................................................Jan to Dec Sizing Data............................................................. User -Modified `Maximum D(1131911.1..' Minimum -'. rime `Maximum -Zone . _ ' Cooling Air. - Air >�of of In Sensihle Flaw _-;_ Flow 1 Peak Lhad<Area: Zane Zone Name `r(MBH) , (CFM)--_- (CFM Load, _ (MBH) �`(-CFMIft3 Zone 1 19.2 800 600 Jul 1700 7.8 920.0 0.87 Zone Terminal Sizing Data Space Loads and Airflows No Zone Terminal Sizing Data required for this system. one Name! Spaceiame _ Mult Cooling Sensible '(MBHI `lime = of :Load . . _ .Air -_-Flow -..jCFM) . '.Heating Load :._(MBH)' ; : Floor Area (ft).:- `; Space CFWft? Zone f 2-DEN 1 3.4 Jul 1700 142 1.6 135.0 1.05 2-MASTER BATH 1 5.1 Jul 1700 213 2.4 270.0 0.79 2-MASTER BEDROOM 1 8.0 'Jul 1700 335 3.4 300.0 1.12 2-MASTER HALL 1 0.8 Jul 1700 34 0.1 80.0 0.43 2-MASTER HER WIC 1 1.1 Jul 1700 47 0.6 90.0 0.52 2-MASTER HIS WIC 1 0.7 Jul 1700 30 0.0 45.0 0.67 Hourly Analysis Program v.4.3 Page 1 of 1 Air System Design Load Summary for MASTER SUITE AHU-2 Project Name: CONNOLLY RESIDENCE -PT ST LUCIE 0125/2016 Prepared by: Michael Bassford 02:51AM - DESIGN COOLING -. .DESIGN HEATING - COOLINGDATA AT Jul'1760 - - - HEATINGDATAATDESHTG COOLING OA DB f WD 89J °F / 77.7 °F , _ HEATINGOA DB / WB 43.0 °F 736Ak °F - Sensible Latent Sensible •.> Latent ZONE LOADS Details (BTUIhri . .(BTHIhr) Details (BTUlht) (BTU/hr) Window & Skylight Solar Loads 165 V 4029 - 165 ft' - Wall Transmission 1005 ft' 2321 - 1005 ft' 2759 - Roof Transmission 920 ft' 774 - 920 W 595 Window Transmission 165 ft° 2113 - 165 8' 3554 Skylight Transmission 0 112 0 - 0 8' 0 - Door Loads 0 ft' 0 - 0 ft' 0 Floor Transmission 920 ft° 0 - 920 ft' 936 - Paditions 0 V 0 - 0 ft' 0 - Ceiling 0 ft2 0 - 0 ft' 0 Overhead Lighting 497 W 1696 - 0 0 - Task Lighting a W 0 - 0 0 - Electric Equipment 0 W 0 - 0 0 - People 2 460 240 0 0 0 Infiltration - 0 0 - 0 0 Miscellaneous - 7800 4600 - 0 0 Safety Factor 0%/0% 0 0 0% 0 0 »TotalZoneLeads -'19197 SO40 '' -' - - 78A3.::� .-' _ .0 Zone Conditioning - 16366 5040 - 7796 0 Plenum Wall Load 0% 0 - 0 0 - Plenum Roof Load 0% 0 - 0 0 - Plenum Lighting Lead 0% 0 - 0 0 - Retum Fan Load 800 CFM 0 - 800 CFM 0 Ventilation Load 0 CFM 0 0 0 CFM 0 0 Supply Fan Load 80C CFM 297 - B00 CFM -297 - Space Fan Coil Fans - 0 - - 0 - Duct Heat Gain y Loss 0% 0 - 0% 0 »Total Sown 'Loads,-. - - - 166132 -5040.-' -- _ 7500' '. "0 Central Cooling Coil - 16662 51141 - 0 0 Central Heating Coil - 0 - - 7500 - » Total:Conditioning' ... .. -...: %`. 16662 ' 5041:. - • ; - 7500 - ..0 Key .i.Positive values are ,clg:loads ;Positive values are htgaoads ' ;Negative values are htg; loads"�Hegatiye4alues are clBloads. Hourly Analysis Program v.4.3 Pagel of 1