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HomeMy WebLinkAboutSUBMITTED PAPPERWORKDEC-07-98 04:12 PM FTD REALTY 561 $78 8254 P.02 DEC 91998 D COMMUNITY DEVELOPMENT C� ' ST. LUCIE COUNTY FL RaGuessT FOR 30 DAY DATat 0onwr .NuM69R: I 'ROAaRTY Aw"n, THE UNDRRSIONGD HEREBY REQUEi THE ABOVE OF -SCRIBED PROPERTY, F DAYS, FOR THE PURPOSE OFTESTINt TION FOR FINAL INSPECTION, IN C REQUEST WE HEREBY ACKNOV4900 �p •.p4i6i4 :. .:i. Thlp 10106rary power rela$u I$ P—MIMMOMMals no sett M by construction during halo time Ds Z. All Witness by our signatures, WI conditions of this aorsolnant, Inch Incorporated hffelfi by Hferenoe. 3. All oondltioneant rfqulremfnts "Requlremente Ibr 30 Day Pewee prembes Is ready tot oampilenee We hereby reles" and fordo to hold nai from all liebliltiu and claims. of any type 1 out cf.Ahls tranealdidn, Imtludine any d dl!oonneotlort of e1e411n00 pawoa ln, the e 1310 CT,QT Sfi, -JQ )aG 70d M U the .SCANNED BY St. Lucie County r POWER RELEASE c4 County Comm. Devoi. Dept. code Compliance Division 2300 V)tpin(e Avenue Port Piero, FL 34N2.5862 j Ph, (Eel) 02- �'as Fait (ae1) 4e�-113b' J OF ELECTRICAL POWER TO NOT TO EX09110 THIRTY (30) ND EQUIPMENT IN PREPARA- ON OF APPROVAL OF THIS E AS FOLLOWS: alai abbve ststod purpoa' other -V, bl t Td to abide by all terms end Owlslpn Policy, which If Isrohed document entitled vs been fulfilled and the s County, and their employee$ may on now or in the future may to Incurred .due to Ills I of thU fgnfinent. ; , DNI'_1'9'H 2266t1=10s 99©-7���Al It Al le(7 0077 ELEVATION CERTIFICATE f .p,� ",�r•'1'.�r, r997 y FEDERAL EMERGENCY MANAGEM .NT AGENCY NATIONAL FLOOD INSURANCL= PROGRAM At I N I I ION: Its(! of this rollilicate does not provide a waiver of the flood insurance purchase requirement 'I his loan is used only 1 providp, 01rvrdinn inlnnnalion necessary to ensuro compliance with applicable community floodplain nunagemlmll ordinances, to dr1i'milinn Iho plopel ilmuraIMP premium Into, and/or to support a request for n Letter of Map Amendment or Ilevision (LOMA or LOMII). Instructions for completing this form can be found on the following pages. SECTION A PIIOPER'TY INFORMATION III111 I lIrl . I IVJI I n'n I IAI,IF -- D III r 1 AUI IIII '1 i (bulmlinq All , I Init. Suiln 1101or aldll. I lumina Off P.O. ROD E AND IIUX III INIHER O 1111-11 I q la:I III' 111 if I II ul mn]III... It tlumbr-z, all•..) n Lc7T 'ZS 1 N_Iz1..TLlZS_' LS_Law o 1�'-zMATE c��c CITY ` Fort OJBUtIANGE nOMPAr1V 11S1: POLInY NI IlAnnn I COMPANY NAIL Nw.InCn SECTION B FLOOD INSURANCE RATE MAP (FIRM) INFORMATION PIOVide Irv, tnllowinq from tho proper FIRM (See Instructions): ZIP COUF 3 Y 9 S'� IIn IL111111IY Ill lh "Il � j 2. PAlira., NUlAnen I 0 3 1 l I 9. Sl�rl% C A, DATE e PIr� Ue% ( 2 1 v. I'IriM ZONE I 1 F /f—I\ fi. INAF E..,Us. EI F.VAflptl f (in AO: min;. u)� drpllQ I LC'j7 7. Indicnle the elevation datum system used on the FIRM for Base Flood Elevations (BFE): I JKNGVD'29 I_ I Other (describe on back) m. For ?.ours A or V. wherp, no BFE is provided on the FIRM, and the community has established a BFE for this building site, indicate Ihn cwnnlnnily's IIFF: I I I I I.I I leer NGVD (or other FIRM datum -see Section B, Item 7)• _ SECTION C BUILDING ELEVATION INFORMATION I. Using Ibe Elevalion Cmlificate Instructions, indicate the diagram number from the diagrams found on Pages 5 and 6 Ihat best rip scrihes the subject building's reference level FIIMI Zonr.: At-A30, At:, AH, and A (with BFE). The lop of the reference level floor from the selected diagram is at an elevation of I I I It IDI.I OI feel NGVD (or other FIRM datum -see Section B, Item 1). (b). Fit IM Zones V 1430, VE, and V (with BFE). The bottom of the lowest horizontal structural member of Ilia reference level from Iho sela-clod diagram, is at an elevation of L.LJ_LLJ.LJ feet NGVD (or other FIRM datum -see Section B, Item 7). (c). FRIM Zone A (without BFE). The floor used as the reference level from the selected diagram is U-11_I feet•above I J or below I I (check one) the highest grade adjacent to the building. (r). FIRM Zone AO. The floor used as the reference level from the selected diagram is LL_I.L feet above lJ or below I .I (check oar.) the highest grade adjacent to the building. If no flood depth number Is available, is the building's lowest floor (reference level) plevaled in accordance with the community's floodplain management ordinance? ❑ Yes No l� Unknown 3. inrlicale the elevation datum system used In determining the above reference level elevations: NGVD'29 ❑ Other (describe under Comments on Page 2). (NOTE: If the elevation datum used In measuring the elevations is different than that used on file FInM (see Section B, Item 71, then convert the elevations to the datum system used on the FIRM and show file conversion equalion under Comments on Page 2.) �I� 4. Elevalion reference mark used appears on FIRM: ElYes DAD (See Instructions on Page 4) 5. The relerence level elevation is based on: 9 actual construction ❑ construction drawings (NO I'E: Use of construction drawings is only valid if the building does not yet have the reference level floor in place, fit which case [his cerlilicale will only be valid for the building during the course of co; lsiruclion. A post -construction Elevation Certificate will be required once construction is complete.) G. The elevation of Ilia lowest grade Immediately adjacent to the building is: L1_l.1LI.6J feet NGVD (or other FIRM datum -see Section B, Item 7). SECTION D COMMUNITY 1. If the community official responsible for verifying building elevallons speclfleIi that the referee 1�va n ca e ` 1 Is not Iho "lowest Moor" as defined In the community's floodplain. manage thl (atlonr�oTf the building's "I� , dU�t Moor" as defined by the ordinance is: 1--fleet NGVD (or other FIRM datum-s cll Itil Il�r1e),I998 2. Dale of the start of construction or substantial Improvement r I.MA four 01-31r MAY 90 REPLACES ALL PREVIOUS EDITIONS SECTION E CErirIFICATION E l I Ili•: r INlilic:dinn i:: In he signed by a land sulvnyor, engineer, or architect Who is aulhorized 6y sL•.11e or local law lot.htlily rlovatiun I I I I IG I I L'll loll whoa Ihn Plov;dion information for Zones AI—A30, AE, At I, A (with DFE),V I—V30,VE, and V (with BFF) is requilnd. community ufficiniz who are authorized by local law or ordinance to provide floodplain nlanagonlent information, nlcry alsn shill the 6 P'tllfll:;Ilion. In Ow case of Zones AO and A (without a FEMA or community issued DFE), a building official, a plopoity ownor, or :in oVill,'I's play also sign the rrllificaliun. lioh,nmce level dingruns 0, 7 and 0 - Disl'ingnishing F-oatutes-If lire cerl'ifier is unable to certify to brealeaway/nolrbr('.akaway will. enr:lnculn si70, Incation of servicing equipment, area use, wall openings, or unfinished area Featule(s), then list the Features) not iucluLlnd elhc cerlificaliomuuder_Gommenls below. 1110 diagram number, Section C, Item 1, must still be onteled. I redih' that the inlurmnlion in Sections Band C on This certificate rnplesenls Illy best efloils to inlerprel the (Inla available.. I undrlstand that any false statemenf play be punishable by line or ingnisonmenl under 10 U.S. Code, Section 1001. Cl Ill II If II'S IIAMI: LICENSE Nl1MDE11 (at Allix SDa) IiARLE R. STARKEY __. PSM df 4451) HI [- COMPANY NAME PROFESSIONAL SURVEYOR AND. MAPPER, ACCURIGHT LAND SURUYINC, INC. AImI1I:Sri CITY SIAIE zip I501 DFCKER VEj. /S[JjI'1'I's 419—D,.,STUART_ FL 3,1994 }IOI IAI 1111r: / / / 04U: r _ PI [ONE `9 Copies should be made of this Certificate for: 1) community official, 2) GOTAMEN IS: and 3) building owner. oil WITH ON PILES, SLAB BASEMENT PIEFIS, On COLUMNS A v A A V ZLVIES ZONES ZONES ZONES ZONES DEFERENCE 1111 [nRICF DASE LEVEL DEFERENCE I Evl1� 11000 LEVEL ELEVATON •. '�`!`:'%' �`� PASS 'I DE/EDENGE l,�I,AWacEN! ': :•lyy_ LEVEL •AWACFNI It WO ELEVATION I l':nlloll REFERENCE �yl, LEVEL GRADE 9kL;e fl, 73Tcr. ',. '1,• 'fir%<j'? iiijff;(1'IT: ).: ADJACnNGRADE The diagrarns above illustrate the points at which the elevations should be measured In A Zones and V Zones. Elevations for all A Zones should be measured at the top of,the reference level floor. Elevations for all V Zones should be measured at the bottom of the lowest horizontal structural member. Page 2 1 y FRASER ENGINEERING AND TESTING, INC. VERO BEACH INDUSTRIAL 33rd STREET • FORT PIERCE • FLORIDA • 34946 1461-7508 STUART (561) 283-7711 FT. PIERCE 1-800-233.9011 L Ls v Re ort P �of DENSITY OF SOIL IN PLACE VELOPMENT ASTM D2922 UNTY : L CLIENT: Premier Construction & Remodeling CONTRACTOR: Client SITE: Lot 257, Section 2, Nettles Island Foundation Fill Rot. DATE: 26-Aug-98 JOB is 2046 PER1fTi:.9807U57S� DENSITY TEST DATE H2o NDISTURE-DENSITY RELATIONSHIP IN PLACE DRY PERCENT TEST NAX. NO. TESTED LOCATION ELEVATION % NO. DRYINT. DENS" CONPACIION 7569 8/26/98 NE Comer 0 - 1' 7338 108.3 102.9 95.0 " 1 - 2' 105.0 97.0 Center 0 - 1' 103.7 95.8 105.2 97.1 SW Corner 0 - 1' 103.0 95.1 - �105.1 97.0 All Elevations Below Slab Grade _. Coples: :Client - I Respectfully submiaed, St Lucie County Bldg IL� IJ FRASER ENGIN f iNi3 nNG. INC. SEP COMMUNITYDEVELOPMENT ST. LUCIE COUNTY FL Alexander H. Fraser.i.E Fla. R 16178 ' GEOTECHMLLENGRAMIbNi FORMTON RNESTIGATR6 O0NCETE.SO1.M0ASPKWTTESM FRASER ENGINEERING AND TESTING, INC. 3504 INDUSTRIAL 33RD STREET FORT PIERCE, FLORIDA 34946 VERO BEACH(561) 567.6167 FORT PIERCE(561) 461-7598 STUART (561) 283-7711 FT. PIERCE IA00-233-9011 Report Of MOISTURE DENSITY RELATIONSHIP ASTM 1557-78 CLIENT: Premier Construction & Remodeling CONTRACTOR: Client SITE: Lot 257, Section 2, Nettles Island P.C.F. Dry Weigt Moisture %of Dry fit U P.O. #: DATE: 8/26198 JOB is 2046 PERWT#- 98070575 Test No. Test Method Sample Location Optimum Moisture % Win Dry D&i*-P.C.F. Sol Desap5m 7569 B Composite 11.9 108.3 Tan fine sand with trace of shell fragments Copies: Client -1 Respectfully submitted, SL Lucie County Bldg. Dept. -1 FRASER ENGINE _ 1NG,ANQ T - ING, INC. Alexander H. Frc s*,`F'E., F Itch "Nc.16178 GEOTECHN LLENGWA33aN0 FOLEVATM DAMSTMTXM COMCREIE. SCLAWASPHALTTESTM ST. LUCIE COUNTY DEPARTMENT OF;COMMUNITY DEVELOPMENT 2300 VIRGINIA AVENUE FT. PIERCE, FL. 34982-5W2 561-462-15M DESIGN CERTIFICATION FOR,WIND LOAD COMPLIANCE This Certification is to be completed by the project design architect or engineer. This Certification must be submitted with all applications for building permit involving the construction of new residence (single or multi -family), residential addition, any accessory structure requiring ;a building permit, and any nonresidential structure. This Certification shall not apply to interior renovations (provided that no structural walls, columns or other similar component is being effected) and certain other minor building permits. For further assistance, please ,contact the Building Inspection Office at 462-1553 or 462-2172. • rw4wvA Wh5 E USE ONLY PROJECT NAME STREET ADDRESS Ue =FOR ' WCST.TYPE e 11 1 CERTIFY THAT, TO THE BEST OF MY KNOWLEDGE AND BELIEF, THESE PLANS AND SPECIFICATIONS HAVE BEEN DESIGNED TO COMPLY WITH THE APPLICABLE STRUCTURAL PORTION OF THE BUILDING CODES CURRENTLY ADOPTED AND ENFORCED BY ST. LUCIE COUNTY. I ALSO CERTIFY THAT STRUCTURAL ELEMENTS DEPICTED ON THESE PLANS PROVIDE ADEQUATE RESISTANCE TO THE WIND LOADS AND FORCES SPECIFIED BY CURRENT CODE PROVISIONS. 1. BUILDING CODE EDITION USED (YEAR) SBCCI ' I ASCE 7.88 OTHER (SPECIFY) 2. BUILDING DESIGN IS (CHECK ONE) ENCLOSED PARTIALLY ENCLOSED OPEN BUILDING 1 3. BUILDING HEIGH-0 21- 4 FT 4. WIND SPEED USED IN BUILDING DESIGN: _MPH S. WIND EXPOSURE CLASSIFICATION (REFER TO EXPOSURE TABLES IN BUILDING CODE IDENTIFIED IN LINE 01): 8. AVERAGE WIND VELOCITY PRESSURE ON EXTERIOR FACES OF STRUCTURE: PSF � 7. PEAK WIND VELOCITY PRESSURE ON EXTERIOR FACES OF STRUCTURE: L_ PSF 8. IMPORTANCEILISE FACTOR (OBTAIN FROM BUILDING CODE): _ 8, LOADS: FLOOR �Q . PSF ROOFMEAD: PSF ROOFILIVE: 5 PSF 10. WERE SHEAR WALLS CONSIDERED FOR STRUCTURE (CHECK oNe) YES _ NO _ If N0, why? (attach explaination) ' 11. IS A CONTINUOUS LOAD PATH PROVIDED (CHECK ONE) YES _ NO— If NO, why? (attach explaination) O, wny7 (attach 12. ARE COMPONENT AND CLADDING DETAILS PROVIDED (CHECK ONE) YES _ NO— H N - 13. MINIMUM SOIL BEARING PRESSURE: !NO d PSF AS WITNESSED BY MY SEAL, I HEREBY CERTIFY THAT THE INFORMATION INCLUDED 4JITH THIS CERTIFICATION . i IS TRUE AND CiORRECT, _T fO THE BEST OF MY KNOWLEDGE AND BELIEF. _ I r NAME: —+I # T/DCK- L), �+ ��LL CERTIFICATION NO: 1�10 22� E� EAL H E y, ISI DATE: DESIGN FIRM: 2 YO �[QS 6LCCOV FORh1 N0: 02000 / 0 NO Department of Community Affairs SN: 7258 FLORIDA ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION FORM 600A-93 Residential Whole Building Performance Method A CENTRAL PROJECT NAME: Nettles Island BUILDER: Premier Construction AND ADDRESS: 9801 S Ocean D 257-2 PERMITTING CLIMATE Jensen Bch, FL 34957 OFFICE: St Lucie ZONE: 41_1 51_1 61_1 OWNER: Dallas Eckert PERMIT NO. JURISDICTION NO. 1. New construction or addition 2. Single family detached or Multifamily 3. If Multifamily -No. of units 4. If Multifamily, is this a worst case s,. Conditioned floor area (sq.ft.) 6: Predominant eave overhang (ft.) 7. Porch overhang length (ft.) 8. Glass area and type: a. Clear Glass b. Tint, film or solar screen 9. Floor type and insulation: a. Slab on grade (R-value, perimeter) b. Wood, raised (R-value, area ) 10.Net Wall type area and insulation: a. Exterior: 2. Wood frame (Insulation ll.Ceiling type area and insulation: a. Under attic (Insulation R-value) 12.Air distribution systems a. Ducts (Insulation + Location) 13.Cooling system CK 1. New Construction _ attached 2. Single -Family _ 3. 0 _ (yes/no) 4. _ 5. 1186.00 6. 1.00 _ 7. 0.00 Single Pane Double Pane 8a. O.Osgft O.00sgft _ 8b.232.Osgft O.00sgft _ 9a.R= 0.00 14.00 ft _ 9b.R=19.00 1102.20 sqft R-value) 10a-2 R=11.00, 1441.00sgft 14.Heating System: 15.Hot water system: 16.Hot Water Credits: (HR-Heat Recovery, DHP-Dedicated Heat Pump) 17.Infiltration practice: 1, 2 or 3 18.HVAC Credits (CF-Ceiling Fan, CV -Cross vent, HF-Whole house fan, RB-Attic radiant barrier, MZ-Multizone) 19.EPI (must not exceed 100 points) a. Total As -Built points b. Total Base points --------------------------------------- I Hereby certify that the plans and specifications covered by this calcu- lation are in compliance with the Florida Energy Cod PREPARED BY: DATE: - - Q I hereby certify that this building is in compliance with the Florida Energy Code. lla.R=19.00 , 1167.00sgft 12a. R= 6.00 , uncond 13. Type: Central A/C SEER: 10.00 14. Type Heat Pump HSPF: 7.30 15. Type: Electric EF: 0.89 16. 17. 2 18. CF CV RB 19. 90.79 19a. 21526.61 19b. 23710.73 ---------------------------------------- Review of the plans and specifications covered by this calculation indicates compliance with the Florida Energy Code. Before construction is completed this building will be inspected for compliance in accordance with Section 553.908 F.S. OWNER/AGENT: BUILDING OFFICIAL: DATE: I DATE: SUMMER CALCULATIONS BASE __= I =_= AS -BUILT GLASS ---------------- ORIEN AREA x BSPM = POINTS TYPE SC ORIEN AREA x SPM x SOF = POINTS ------------------------------------------------------------------------------- E 42.00 82.2 3452.4 SGL TINT E 13.0 107.1 .87 1215.9 SGL TINT E 3.0 107.1 .73 234.3 SGL TINT E 13.0 107.1 .87 1215.9 SGL TINT E 13.0 107.1 .87 1215.9 S 110.00 82.2 9042.0 SGL TINT S 16.0 98.3 .85 1333.4 SGL TINT S 16.0 98.3 .85 1333.4 SGL TINT S 16.0 98.3 .85 1333.4 SGL TINT S 16.0 98.3 .85 1333.4 SGL TINT S 16.0 98.3 .85 1333.4 SGL TINT S 4.0 98.3 .70 276.6 SGL TINT S 13.0 98.3 .88 1120.3 SGL TINT S 13.0 98.3 .88 1120.3 W 40.00 82.2 3288.0 SGL TINT W 12.0 107.1 .90 1162.4 SGL TINT W 12.0 107.1 .90 1162.4 SGL TINT W 16.0 107.1 .90 1549.9 NW 40.00 82.2 3288.0 SGL TINT NW 12.0 76.6 .90 824.2 SGL TINT NW 7.0 76.6 .82 441.5 SGL TINT NW 4.0 76.6 .73 224.5 SGL TINT NW 4.0 76.6 .73 224.5 SGL TINT NW 13.0 76.6 .92 911.2 ----------------------------------------------------------------------`-------- .15 x COND. FLOOR / TOTAL GLASS = ADJ. x GLASS = ADJ GLASS GLASS AREA AREA FACTOR POINTS POINTS POINTS ------------------------------------------------------------------------------- :15 ------------------------------------------------------------------------------- 1,166.00 232.00 .767 19,070.40 14,623.38 19,566.64 ------------------------------------------------------------------------------- NON GLASS ------------ AREA x BSPM = POINTS TYPE R-VALUE AREA x SPM = POINTS ------------------------------ WALLS ---------------- Ext 1441.0 1.0 1441.0 DOORS ---------------- Ext 42.0 4.8 201.6 CEILINGS ------------- UA 1165.2 .6 699.1 FLOORS --------------- Slb 14.0 -31.8 -445.2 Rsd 1102.2 -3.4-3780.5 INFILTRATION --------- ------------------------------------------------- Ext Wood Frame 11.0 1441.0 1.90 2737.9 Ext Wood Under Attic Slab -on -Grade Rsd Wood (Stem-UFI 42.0 7.20 302.4 19.0 1167.0 1.10 1283.7 .0 14.0 -31.90 -446.6 19.0 1102.2 -1.80 -1984.0 I 1186.0 10.9 12927.4 Practice #2 1186.0 10.90 12927.4 ------------------------------------------------------------------------------- ------------------------------------------------------------------------------- TOTAL SUMMER POINTS 25,666.75 34,387.48 ------------------------------------------------------------------------------- TOTAL x SYSTEM = COOLING TOTAL x CAP x DUCT x SYSTEM x CREDIT = COOLING SUM PTS MULT POINTS COMPON RATIO MULT MULT MULT POINTS ------------------------------------------------------------------------------- 25,666.75 .37 9,496.70 134,387.48 1.00 1.070 .340 .817 10,220.81 WINTER CALCULATIONS BASE __= I AS -BUILT GLASS ---------------- ORIEN AREA x BWPM = POINTS TYPE SC ORIEN AREA x WPM x WOF = POINTS ------------------------------------------------------------------------------- E 42.00 -3.4 -142.8 SGL TINT E 13.0 -2.0 .32 -8.2 SGL TINT E 3.0 -2.0 -.49 2.9 SGL TINT E 13.0 -2.0 .32 -8.2 SGL TINT E 13.0 -2.0 .32 -8.2 S 110.00 -3.4 -374.0 SGL TINT S 16.0 -10.2 .90 -146.9 SGL TINT S 16.0 -10.2 .90 -146.9 SGL TINT S 16.0 -10.2 .90 -146.9 SGL TINT S 16.0 -10.2 .90 -146.9 SGL TINT S 16.0 -10.2 .90 -146.9 SGL TINT S 4.0 -10.2 .74 -30.3 SGL TINT S 13.0 -10.2 .93 -122.7 SGL TINT S 13.0 -10.2 .93 -122.7 W 40.00 -3.4 -136.0 SGL TINT W 12.0 -2.0 .49 -11.7 SGL TINT W 12.0 -2.0 .49 -11.7 SGL TINT W 16.0 -2.0 .49 -15.5 NW 40.00 -3.4 -136.0 SGL TINT NW 12.0 7.3 1.11 97.3 SGL TINT NW 7.0 7.3 1.17 59.9 SGL TINT NW 4.0 7.3 1.24 36.2 SGL TINT NW 4.0 7.3 1.24 36.2 SGL TINT NW 13.0 7.3 1.10 103.9 ------------------------------------------------------------------------------- .15 x COND. FLOOR / TOTAL GLASS = ADJ. x GLASS = ADJ GLASS GLASS AREA AREA FACTOR POINTS POINTS POINTS ------------------------------------------------------------------------------- .15 1,186.00 232.00 .767 -788.80 -604.86 -737.05 ------------------------------------------------------------------------------- ------------------------------------------------------------------------------- NON GLASS ------------ ------------------------------------------------------------------------------- AREA .x BWPM = POINTS TYPE R-VALUE AREA x WPM = POINTS WALLS---------------- Ext 1441.0 1_1 1585.1 DOORS ---------------- Ext 42.0 5.1 214.2 CEILINGS ------------- UA 1165.2 .6 699.1 Ext Wood Frame 11.0 1441.0 2.00 2882.0 Ext Wood 42.0 7.60 319.2 Under Attic 19.0 1167.0 1.00 1167.0 FLOORS --------------- Slb 14.0 -1.9 -26.6 Slab -on -Grade .0 14.0 2.50 35.0 Rsd 1102.2 -.2 -220.4 Rsd Wood (Stem-UFI 19.0 1102.2 .30 330.7 INFILTRATION--------- 1186.0 4.1 4862.6 Practice #2 1186.0 4.10 4862.6 ------------------------------------------------------------------------------- ------------------------------------------------------------------------------- TOTAL WINTER POINTS 6,509.12 8,859.41 TOTAL x SYSTEM = HEATING TOTAL x CAP x DUCT x SYSTEM x CREDIT = HEATING WIN PTS MULT POINTS COMPON RATIO MULT MULT MULT POINTS ------------------------------------------------------------------------------- 6,509.12 1.10 7,160.03 1 8,859.41 1.00 1.070 .466 .980 4,329.13 WATER HEATING BASE __= I =_= AS -BUILT ------------------------------- --------------------------------------------- NUM OF x MULT = TOTAL TANK VOLUME EF TANK x MULT x CREDIT = TOTAL BEDRMS RATIO MULT 2 3527.0 7,054.00 30 .89 1.000 3488.3 1.00 6,976.67 SUMMARY ENERGY GUIDE For detailed information of the EPI rating number or'for any ITEM listed, ask your Builder for EPI= 90.8 DCA Form 600A-53 or Form 600B-93 0 10 20 30 40 50 60 70 80 90 100 ------------------------------------X----I The maximum allowable EPI is 100. The lower the EPI the more efficient the home RESIDENTIAL ENERGY PERFORMANCE RATING SHEET ITEM HOME VALUE Low Efficiency High Efficiency SINGL CLR DBL TINT WINDOWS ..................... Single Tint I ------ X--------------I INSULATION .................. Ceiling R-Value......... 19.0 Wall R-Value......... 11.0 Floor R-Value......... 19.0 AIR CONDITIONER ............. SEER ...................... 10.0 HEATING SYSTEM .............. Electric HSPF............ 7.3 WATER HEATER ................ Electric EF.............. 0.89 Gas EF.............. 0.00 Solar EF.............. OTHER FEATURES .............. R-10 R-30 --------- X-----------I R-0 R-7 --------------------X1 R-0 R-19 --------------------X1 10.0 SEER 17.0 Ix-------------------- I 6.8 HSPF 12.0 I-X-------------------I 0.88 0.96 1--X------------------ 1 0.54 0.90 1--------------------- 1 0.40 0.80 1--------------------- I I certify that these Afttrgy saving features required for the Florida Energy Code h#ye been installed in this house. Builder Address: signature: Date: City/zip Florida Energy Code for Building Construction - 1993 Florida Department of Community Affairs FL-EPL CARD93 PREMIER CONSTRUCTION HVAC LOAD ANALYSIS for RHVAC ROSIMM Prepared By: Van Corbin Jr. Dodd Enterprises Inc. 497 River Prado Ft Pierce, FL 34946 561464-0970 07/27/1998 Project: Premier Construction Company: Dodd Enterprises Inc. Client: Mr.Dallas Eckert Representative: Van Corbin Jr. Address: 9801 S Ocean Dr. # 257-2 Address: 497 River Prado City: Jensen Bch, FL 34957 City: Ft. Pierce, FL 34946 Phone: Phone: 561-464-0970 Fax: Fax: 561-335-3310 Project Name: Premier Construction Reference City: Fort Pierce, Florida Daily Temperature Range: Low Latitude: 25 Degrees Elevation: 10 Feet Elevation Sensible Adj. Factor: 1.000 Elevation Total Adj. Factor: 1.000 Outdoor Outdoor Indoor Indoor Grains Dry Bulb Wet Bulb Rel.Hum. Div Bulb Difference Winter: 48 N/A N/A 70 N/A Summer: 95 77 50°/n 75 46 Cheek Fr res ice.. Total Building Supply CFM: 911 CFM per square foot: 0.768 Square feet of room area: 1,187 Square feet per ton: 505.178 B.uddm Loads . Total heating required with outside air: 16,254 Btuh 16.254 MBH Total sensible gain: 21,147 Btuh 77 % Total latent gain: 6,164 Btuh 23 % Total cooling required with outside air: 27,311 Bruit 2.276 Tons (based on sensible + latent) 2.350 Tons (based on 75% sensible capacity) Calculations are based on 7th edition of ACCA Manual J. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads. Monday, July 27, 1998 Total Budding Summaiy.Loads ':. " . Component Area Sen. Lat. Sen.' Total Description Quan Loss Gain Gain Gain lI Window Low Emit Glass a=.4 Metal Frame 232 4,878 0 6,852 6,852 lOG Door Wood Panel 42 620 0 776 776 12E Wall R-11 + 1/2" ExtPoly Board(R-2.5) 1,441 2,378 0 2,984 2,984 16D Ceiling R-1 9 Insulation 1,167 1,363 0 2,474 2,474 19I Floor OverBasement/Encl Crawl Carpet +R-19 1,103 583 0 0 0 22A Slab on Grade No Edge Insulation 14 249 0 0 0 Subtotals for structure: 3,999 10,071 0 13,086 13,086 Active People: 4 0 920 1,200 2,120 Inactive People: 0 0 0 0 0 'Appliances: 0 0 600 1,800 2,400 Lighting: 0 0 0 Ductwork: 0 1,478 0 1,823 1,823 Infiltration: Winter CFM: 194.4, Summer CFM: 97.2 274 4,705 3,067 2,138 5,205 Ventilation: Winter CFM: 0.0, Summer CFM: 50.0 0 0 1,577 1,100 2,677 Sensible Gain Total: 21,147 Temperature Swing Multiplier: X1.00 Building Load Totals: 16,254 6,164 21,147 27,311 Total Building Supply CFM: 911 Square feet of room area: 1,187 Total heating required with outside air: 16,254 Btuh Total sensible gain: 21,147 Btuh Total latent gain: 6,164 Btuh Total cooling required with outside air: 27,311 Btuh Notes CFM per square foot: 0,768 Square feet per ton: 505.178 16.254 MBH 77 % 23 % 2.276 Tons (based on sensible + latent) 2.350 Tons (based on 75% sensible capacity) Calculations are based on 7th edition of ACCA Manual J. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads. Monday, July 27, 1998 ....... .... . ftFIVAC ReSidentiat &Ught commercialKvAc LO &.15"Via, M- .... .. -... Elite ta.S.oftwane Development PFem.eructton ........... . .......... ..... ...... ..07t2771998 ......... . ......... ....... .... ..................... Detailed ........ . ... .... ...... ........... ..... ...... . .............. ...... . ............ .. ... . ....... ........ .. .............. . Room Length: 10.6 Feet System Number: I Room Width: 10.0 Feet Zone Number: I Area: 106.0 Square Feet Supply Air: 151 CFM Ceiling Height: 12.3 Feet Required Vent. Air: 0 CFM Volume: 1,304.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 2 % of Supply: 0 % Runout Air: 76 CFM Actual Summer Ventilation Air: 8 CFM Runout Duct Size: 6 Inches % of Supply: 5 % Runout Air Velocity: 482 Feet/Minute Actual Winter Infiltration Air: 26 CFM alloc. Design Loss: 0.100 In.wg1I00 Ft. Actual Summer Infiltration Air: 13 CFM alloc. Actual Loss: 0.149 In.wg/100 Ft. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain W -WALL-12E 8.4 X 12.3 79 0.075 1.7 130 2.1 0 164 NW-WALL-12E 11 X 12.3 123 0.075 1.7 203 2.1 0 255 W -GLAS-II I-P 0-1 S4 O%S 12 0.956 21.0 252 46.0 0 552 W -GLAS-11 I-P 0-1 S4 O%S 12 0.956 21.0 252 46.0 0 552 NW-GLAS-lI 1-P 0-1 S-4 100%S 12 0.956 21.0 252 33.0 0 396 UP-CEIL-16D LIGHT 10.6 X 10 106 0.053 1.2 124 2.1 0 225 FLOOR-191 10 X 10.6 106 0.048 0.5 56 0.0 0 0 Subtotals for structure: 450 1269 0 2144 Infiltration: Winter: 25.5, Summer: 12.8: 36 17.167 618 7.806 403 281 Ductwork: 0.100 189 0.100 0 303 Active People: 230 lat/per, 300 sentper: 2 460 600 Inactive People: 150 lat/per, 250 sentper: 0 0 0 Appliances: 0 0 Lighting: 0 Sensible Gain Total: 3328 Temperature Swing Multiplier: X1.00 Room Totals: 2,076 863 3,328 Monday, July 27,1998 Detade'd Ruom Loads: 'E .. Room Length: Room Width: Area: Ceiling Height: Volume: Number of Registers: Runout Air: Runout Duct Size: Runout Air Velocity: Design Loss: Actual Loss: 10.8 Feet 11.0 Feet 118.8 Square Feet 12.3 Feet 1,461.0 Cubic Feet 101 CFM 6 Inches 515 Feet/Minute 0.100 In.wg/100 Ft. 0.170 In.wg/100 Ft. System Number: 1 Zone Number: 1 Supply Air: 101 CFM Required Vent. Air: 0 CFM Actual Winter Ventilation Air: 0 CFM % of Supply: 0 % Actual Summer Ventilation Air: 6 CFM % of Supply: 5 % Actual Winter Infiltration Air: 5 CFM alloc. Actual Summer Infiltration Air: 2 CFM alloc. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain NW-WALL-12E 11.8 X 12.3 138 0.075 1.7 228 2.1 0 286 NW-GLAS-lI 1-P 0-1 S-4 100%S 7 0.956 21.0 147 33.0 0 231 UP-CEIL-16D LIGHT 10.8 X 11 119 0.053 1.2 139 2.1 0 252 FLOOR-19I 11 X 10.8 119 0.048 0.5 63 0.0 0 0 Subtotals for structure: Infiltration: Winter: 5.0, Sumner: 2.5: Ductwork: Active People: 230 lat/per, 300 sen/per: Inactive People: 150 lat/per, 250 sen/per: Appliances: Sensible Gain Total: 383 577 0 769 7 17.143 120 7.857 78 55 0.100 70 0.100 0 202 0 0 0 1,200 0 2226 Temperature Swing Multiplier: X1.00 Room Totals: 767 78 2,226 Monday, July 27, 1998 Detaded ltuom Loads;:; 3d Bath Rni/i aund rY .::: Room Length: 11.8 Feet System Number: 1 Room Width: 8.5 Feet Zone Number: 1 Area: 100.3 Square Feet Supply Air: 56 CFM Ceiling Height: 7.5 Feet Required Vent. Air: 0 CFM Volume: 752.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 1 % of Supply: 0 % Runout Air: 56 CFM Actual Summer Ventilation Air: 3 CFM Runout Duct Size: 4 Inches % of Supply: 5 % Runout Air Velocity: 637 Feet/Minute Actual Winter Infiltration Air: 3 CFM allot. Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: 1 CFM allot. Actual Loss: 0.456 In.wg/100 Ft. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain NW-WALL-12E 9.3 X 7.5 66 0.075 1.7 109 2.1 0 137 NW-GLAS-lI 1-P 0-1 S-4 100%S 4 0.956 21.0 84 33.0 0 132 UP-CEIL-16D LIGHT 11.8 X 8.5 100 0.053 1.2 117 2.1 0 212 FLOOR-19I 8.5 X 11.8 100 0.048 0.5 53 0.0 0 0 Subtotals for structure: Infiltration: Winter: 2.8, Summer: I* Ductwork: Active People: 2301at/per, 300 sen/per: Inactive People: 150 lat/per, 250 sen/per: Appliances: 270 363 0 481 4 17.250 69 7.750 45 31 0.100 43 0.100 0 ill 0 0 0 600 600 0 Sensible Gain Total: 1223 Temperature Swing Multiplier: X1.00 Room Totals: 475 645 1,223 Monday, July 27, 1998 Room Length: 27.2 Feet System Number: 1 Room Width: 13.0 Feet Zone Number: 1 Area: 353.6 Square Feet Supply Air: 283 CFM Ceiling Height: 12.3 Feet Required Vent. Air: 0 CFM Volume: 4,349.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 3 % of Supply: 0 % Runout Air: 94 CFM Actual Summer Ventilation Air: 16 CFM Runout Duct Size: 6 Inches % of Supply: 5 % Runout Air Velocity: 565 Feet/Minute Actual Winter Infiltration Air: 83 CFM alloc. Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: 42 CFM alloc. Actual Loss: 0.205 In.wg/1.00 Ft. Item Description Area Quantity -U- Value Htg HTM Sen. Loss Clg HTM Latent Gain Sen. Gain E -WALL-12E 11.6 X 12.3 143 0.075 1.7 236 2.1 0 296 S -WALL-12E 28.9 X 12.3 275 0.075 1.7 454 2.1 0 569 W -WALL-12E 8.3 X 12.3 65 0.075 1.7 107 2.1 0 135 W -DOOR-IOG 3 X 7 21 0.670 14.7 310 1&5 0 388 S -GLAS-lI 1-P 0-1 S-4 100%S 16 0.956 21.0 337 16.0 0 256 S -GLAS-lI 1-P 0-1 S-4 100%S 16 0.956 21.0 337 16.0 0 256 S -GLAS-11 1-P 0-1 S-4 100%S 16 0.956 21.0 337 16.0 0 256 S -GLAS-lI 1-P 0-1 S-4 100%S 16 0.956 21.0 337 16.0 0 256 S -GLAS-lI 1-P 0-1 S-4 100%S 16 0.956 21.0 337 16.0 0 256 W -GLAS-lI 1-P 0-1 S-4 0%S 16 0.956 21.0 337 46.0 0 736 UP-CEIL-16D LIGHT 27.2 X 13 354 0.053 1.2 413 2.1 0 750 FLOOR-19113 X 27.2 354 0.048 0.5 187 0.0 0 0 Subtotals for structure: 1,308 3729 0 4154 Infiltration: Winter: 83.0, Summer: 41.5: 117 17.171 2,009 7.803 1,309 913 Ductwork: 0.100 574 0.100 0 567 Active People: 230 lat/per, 300 sen/per: 2 460 600 Inactive People: 1501at/per, 250 sen/per: 0 0 0 Appliances: 0 0 Sensible Gain Total: 6234 Temperature Swing Multiplier: X1.00 Room Totals: 6,312 1,769 6,234 Monday, July 27, 1998 .. . _. _...._ . _ ............ nera.l�a xsom Loaag Room Length: 4.5 Feet System Number: 1 Room Width: 4.5 Feet Zone Number: 1 Area: 20.3 Square Feet Supply Air: 41 CFM Ceiling Height: 7.7 Feet Required Vent. Air: 0 CFM Volume: 156.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 1 % of Supply: 0 % Runout Air: 41 CFM Actual Summer Ventilation Air: 2 CFM Runout Duct Size: 4 Inches % of Supply: 5 % Runout Air Velocity: 549 Feet/Minute Actual Winter Infiltration Air: 18 CFM alloc. Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: 9 CFM alloc. Actual Loss: 0.341 In.wg/100 Ft. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain N -WALL-12E 4.5 X 7.7 35 0.075 1.7 58 2.1 0 72 E -WALL-12E 5.3 X 7.7 20 0.075 1.7 33 2.1 0 41 S -WALL-12E 4.5 X 7.7 31 0.075 1.7 51 2.1 0 64 E -DOOR-10G 3 X 7 21 0.670 14.7 310 18.5 0 388 S-GLAS-lI 1-P 0-1 S-4 100%S 4 0.956 21.0 84 16.0 0 64 FLOOR-22A 14 FT 14 0.810 17.8 249 0.0 0 0 Subtotals for structure: 125 785 0 629 Infiltration: Winter: 17.7, Summer: 8.9: 25 17.160 429 7.800 280 195 Ductwork: Active People: 230 lat/per, 300 sen/per: Inactive People: 150 lat/per, 250 scalper: Appliances: 0.100 121 0.100 0 82 Sensible Gain Total: 906 Temperature Swing Multiplier: X1.00 Room Totals: 1,335 280 906 Monday, July 27, 1998 ........__. ....._. . _ _..... ......_ __ ....: ._........_ ..._.__.... ......._.. __... ......._...... 1)efaileBRnom Loads'::' ... 6: Crawl Space Room Length: 10.6 Feet System Number: 1 Room Width: 6.0 Feet Zone Number: 1 Area: 63.6 Square Feet Supply Air: 17 CFM Ceiling Height: 4.0 Feet Required Vent. Air: 0 CFM Volume: 254.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 1 % of Supply: 0 % Runout Air: 17 CFM Actual Summer Ventilation Air: 1 CFM Runout Duct Size: 4 Inches. % of Supply: 5 % Runout Air Velocity: 230* Fect/Minute Actual Winter Infiltration Air: 3 CFM alloc. Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: 1 CFM alloc. Actual Loss: 0.062 In.wg/100 Ft. *Runout velocity constraints were not met due to dud schedule limitations. Item Description Area Quantity -U- Value Htg HTM Sen: Loss Clg HTM Latent Gain Sen. Gain NW-WALL-12E 7 X 4 24 0.075 1.7 40 2.1 0 50 NW-GLAS-lI 1-P 0-1 S-4 100%S 4 0.956 21.0 84 33.0 0 132 UP-CEIL-16D LIGHT 10.6 X 6 64 0.053 1.2 75 2.1 0 136 Subtotals for structure: 92 199 0 318 Infiltration: Winter: 2.8, Summer: 1.4: 4 17.250 69 7.750 45 31 Ductwork: 0.100 27 0.100 0 35 Active People: 230 lat/per, 300 sen/per. 0 0 0 Inactive People: 150 lat/per, 250 sen/per: 0 0 0 Appliances: 0 0 Sensible Gain Total: 384 Temperature Swing Multiplier: X1.00 Room Totals: 295 45 384 Monday, July 27, 1998 MUffed Room Loads'.i: Room Length: 12.4 Feet System Number: 1 Room Width: 12.0 Feet Zone Number: 1 Area: 148.8 Square Feet Supply Air: 99 CFM Ceiling Height: 8.0 Feet Required Vent. Air: 0 CFM Volume: 1,190.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 1 % of Supply: 0 % Runout Air: 99 CFM Actual Summer Ventilation Air: 5 CFM Runout Duct Size: 6 Inches % of Supply: 5 % Runout Air Velocity: 581 FeeUMinute Actual Winter Infiltration Air: 18 CFM alloc. Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: 9 CFM alloc. Actual Loss: 0.216 In.wg1100 Ft. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain NW-WALL-12E 16 X 8 115 0.075 1.7 190 2.1 0 238 E -WALL-12E 13.7 X 8 97 0.075 1.7 160 2.1 0 201 NW-GLAS-11 1-P 0-1 S4 100%S 13 0.956 21.0 273 33.0 0 429 E-GLAS-lI 1-P 0-1 S-4 0%S 13 0.956 21.0 273 46.0 0 598 UP-CEIL-16D LIGHT 12.4 X 12 149 0.053 1.2 174 2.1 0 316 FLOOR-19112 X 12.4 149 0.048 0.5 79 0.0 0 0 Subtotals for structure: 536 1149 0 1782 Infiltration: Winter: 18.4, Summer: 9.2: 26 17.154 446 7.808 291 203 Ductwork: 0.100 160 0.100 0 199 Active People: 230 lat/per, 300 sentper: 0 0 0 Inactive People: 150 lat/per, 250 sen/per: 0 0 0 Appliances: 0 0 Lighting: 0 Sensible Gain Total: 2184 Temperature Swing Multiplier: X1.00 Room Totals: 1,755 291 2,184 Monday, July 27, 1998 8; BatU 12m ;; Room Length: 6.5 Feet Room Width: 9.0 Feet Area: 58.5 Square Feet Ceiling Height: 8.0 Feet Volume: 468.0 Cubic Feet Number of Registers: 1 Runout Air: 19 CFM System Number: Zone Number: Supply Air: Required Vent. Air: Actual Winter Ventilation Air: % of Supply: Actual Summer Ventilation Air: Runout Duct Size: 4 Inches % of Supply: Runout Air Velocity: 221* Feet/Minute Actual Winter Infiltration Air: Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: Actual Loss: 0.057 In.wg/100 Ft. *Runout velocity constraints were not met due to duct schedule limitations. 19 CFM 0 CFM 0 CFM 0 % 1 CFM 5 % 2 CFM alloc. 1 CFM alloc. Item Description Area Quantity -U- Value Htg HTM Sen. Loss Clg HTM Latent Gain Sen. Gain E -WALL-12E 6.4 X 8 48 0.075 1.7 79 2.1 0 99 E-GLAS-11 1-P 0-1 S-4 0%S 3 0.956 21.0 63 46.0 0 138 UP-CEIL-16D LIGHT 6.5 X 9 59 0.053 1.2 69 2.1 0 125 FLOOR-1919 X 6.5 59 0.048 0.5 31 0.0 0 0 Subtotals for structure: 169 242 0 362 Infiltration: Winter: 2.1, Summer: 1.1: 3 17.333 52 7.667 34 23 Ductwork: 0.100 29 0.100 0 39 Active People: 230 lat/per, 300 sen/per: 0 0 0 Inactive People: 150 lat/per, 250 sen/per: 0 0 0 Appliances: 0 0 Sensible Gain Total: 424 Temperature Swing Multiplier: X1.00 Room Totals: 323 34 424 Monday, July 27, 1998 9 Bed Itm, 2 S Room Length: Room Width: . Area: Ceiling Height: Volume: Number of Registers: Runout Air: Runout Duct Size: Runout Air Velocity: Design Loss: Actual Loss: 14.3 Feet 13.0 Feet 185.9 Square Feet 8.0 Feet 1,487.0 Cubic Feet 70 CFM 5 Inches 511 FeevMinute 0.100 In.wg/100 Ft. 0.216 In.wg/100 Ft. System Number: 1 Zone Number: 1 Supply Air: 139 CFM Required Vent. Air: 0 CFM Actual Winter Ventilation Air: 0 CFM % of Supply: 0 % Actual Summer Ventilation Air: 8 CFM % of Supply: 5 % Actual Winter Infiltration Air: 37 CFM alloc. Actual Summer Infiltration Air: 18 CFM alloc. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain E -WALL-12E 14.3 X 8 88 0.075 1.7 145 2.1 0 182 S -WALL-12E 15 X 8 94 0.075 1.7 155 2.1 0 195 E -GLAS-lI 1-P 0-1 S-4 0%S 13 0.956 21.0 273 46.0 0 598 E -GLAS-lI 1-P 0-1 S4 0%S 13 0.956 21.0 273 46.0 0 598 S -GLAS-lI 1-P 0-1 S-4 100%S 13 0.956 21.0 273 16.0 0 208 S -GLAS-lI 1-P 0-1 S-4 100%S 13 0.956 21.0 273 16.0 0 208 UP-CEIL-16D LIGHT 14.3 X 13 186 0.053 1.2 217 2.1 0 394 FLOOR-19I 13 X 14.3 186 0.048 0.5 98 0.0 0 0 Subtotals for structure: Infiltration: Winter: 36.9, Summer: 18.4: Ductwork: Active People: 230 lat/per, 300 sen/per: Inactive People: 150 lat/per, 250 sen/per: Appliances: 606 1707 0 2383 52 17.173 893 7.808 582 406 0.100 260 0.100 0 279 Sensible Gain Total: 3068 Temperature Swing Multiplier: X1.00 Room Totals: 2,860 582 3,068 Monday, July 27, 1998 ,DetailedltnomLoads.:: '' 19IIpsIt Hall Room Length: 5.5 Feet System Number: 1 Room Width: 5.5 Feet Zone Number: 1 Area: 30.3 Square Feet Supply Air: 3 CFM Ceiling Height: 8.0 Feet Required Vent. Air: 0 CFM Volume: 242.0 Cubic Feet Actual Winter Ventilation Air: 0 CFM Number of Registers: 1 % of Supply: 0 % Runout Air: 3 CFM Actual Summer Ventilation Air: 0 CFM Runout Dud Size: 0 Inches % of Supply: 5 % Runout Air Velocity: 0* Feet/Minute Actual Winter Infiltration Air: 0 CFM alloc. Design Loss: 0.100 In.wg/100 Ft. Actual Summer Infiltration Air: 0 CFM alloc. Actual Loss: 0.000 In.wg/100 Ft. *Runom velocity constraints were not met due to dud schedule limitations. Item Area -U- Htg Sen. Clg Latent Sen. Description Quantity Value HTM Loss HTM Gain Gain UP-CEIL-16D LIGHT 5.5 X 5.5 30 0.053 1.2 35 2.1 0 64 FLOOR-19I 5.5 X 5.5 30 0.048 0.5 16 0.0 0 0 Subtotals for structure: 60 51 0 64 Infiltration: Winter: 0.0, Summer: 0.0: 0 0.000 0 0.000 0 0 Ductwork: 0.100 5 0.100 0 6 Active People: 230 lat/per, 300 sen/per: 0 0 0 Inactive People: 150 lat/per, 250 sen/per: 0 0 0 Appliances: 0 0 Lighting: 0 Sensible Gain Total: 70 Temperature Swing Multiplier: X1.00 Room Totals: 56 0 70 Monday, July 27, 1998 ..RHV40 Loaft Program Dodd Ehtarim ... .... -. .......... ... . Elite SoftWarE!DeVeloptnelit Inc Fo :fteroePiFU�:349.50.1:! 1 :::7:�%:: zz ........ ... . .... ....... ...... — ......... kMoad.S ............. ......... ....... ...... SYstem. #1 R4jO'10.Ua&.S ...... UntnUr ............ - ............ ...... Htg Htg Run Run CIg Cig Cig Zone Clg Air Room Area Sens Norn Duct Duct Sens Lat Norn Adj Adj Sys No Name SF Btuh CFM Size Vel Btuh Btuh CFM Fact CFM CFM ---Zone I-- 1 Dining Rm 106 2,076 63 2-6 482 3,328 863 151 1.25 189 151 2 Kitchen 119 767 23 1-6 515 2,226 78 101 1.00 101 101 3 Bath Rm/Laundry 100 475 14 14 637 1,223 645 56 1.00 56 56 4 Living Rm 354 6,312 191 3-6 565 6,234 1,769 283 1.18 333 283 5 Entry 20 1,335 40 14 549 906 280 41 1.16 48 41 6 Crawl Space 64 295 9 1-4 230 384 45 17 1.15 20 17 7 Bed Rm IN 149 1,755 53 1-6 581 2,184 291 99 1.15 114 99 8 Bath Rm 59 323 10 1-4 221 424 34 19 1.00 19 19 9 Bed Rm 2 S 186 2,860 87 2-5 511 3,068 582 139 1.00 139 139 10 Upstairs Hall 30 56 2 1-0 0 70 0 3 1.00 3 3 Zone 1 Subtotal 1187 16,254 493 20,047 4,587 911 1,023 911 Ventilation 0 1,100 1,577 System I Totals 1187 16,254 493 21,147 6,164 911 1,023 911 Main Trunk Size: 16 in. System In- ... Sy., s..te.w.... U-M.... Ma..y.. �jtj ....... ........... ...... .............. ...... ........... Cooling Sensible/Latent Sensible Latent Total Tons Split Btuh Btuh Btuh Net Required: 2.276 770/o/23% 21,147 6,164 27,311 Recommended: 2.350 750/o/25% 21,147 7,049 28,196 Monday, July 27,1998