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2109 Cedar Grove TrCity of Eapll Address: 2109 Cedar Grove Tr Zip: 55122 Permit #: 102536 The following items were / were not completed at the Final Inspection on: g1/43 ha_ Final grade - 6" from siding i✓ Permanent steps — Garage Permanent steps — Main Entry Permanent Driveway Permanent Gas Retaining Wall or 3:1 Max Slope Sod / Seeded Lawn Trail / Curb Damage Porch Lower Level Finish Deck Fireplace • Verify with your builder that roof test caps from the plumbing system have been removed. • Turn off water supply to the outside lawn faucets before freeze potential exists. • Call the Engineering Department at (651) 675-5646 prior to working in the right-of-way or installing an irrigation system. Building Inspector: M G:\Building Inspections\FORMS\Checklists Date: 7 City of Eaali s -- s -o 3830 Pilot Knob Road / ri& "71 /A0 Eagan MN 55122 Date Received: Fax: (6 (651) 675-5675 ', C"/ , , Fax: (651) 675-5694 `-- l rsart Use BLUE or BLACK Ink Permit #:,(i 5(t, Permit Fee: / 3 q0 RESIDENT / OWNER rr‘C` Cr aL ,S4 6() //0.5 ".Z, J 2011 REMBINUAL BUILDING PERMIT APPLICATION Cekli ( Site Address: TYPE OF WORK Name: Address / City / Zip: Unit #: /�-..����� -�, p� ) Com, 0111 <S% Phone: �/-/ `'�! J -..��G�U 93S 444774 /44... Applicant is: Owner CONTRACTOR Description of work: Construction Cost: �. 32&' Contractor Multi -Family Building: (Yes / Company: €#//1 r C_ Glop p te qq Contact: /l J /06/*��/� c-. /�„/ -/ Address: 9-3 f f1/4i79./7 ,4/,,./( City:(40/41' 2. 4 -, State: /14/1/' Zlp:f / Phone: 6/6) � /1/13 License #: Lead Certificate #: Does this project require Lead Remediation? 0 Yes If no, please explain: (see Page 3 for additional information) COMPLETE THIS AREA ONLY IF CONSTRUCTING A NEW BUILDING IgmeammelmOOMINIn the last 12 months, has the City of Eagan issued a petmit for a similar plan based on a master plan? } _Yes _KNo If yes, date and address of master plan: Licensed Plumber: Mechanical Contractor: Sewer & Water Contractor: TE:,Plans.and:$dpp e, nfoiina(%n m i LIV tov� Phone: Phone: 7f)-��f- fit CALL BEFORE YOU DIG. Call Gopher State One CaII at (651) 454-0002 for protection against underground utility damage. Call 48 hours before you intend to dig to receive locates of underground utilities. www.000herstateonecall.orq I hereby acknowledge that this information Is complete and accurate; that the work will be In conformance with the ordinances and codes of the City of Eagan; that I understand this is not a permit, but onlyan application for a accordance with the approved plan in the case of work hich requires a review andmitta and is of to start without a permit; that the work will be in ✓" x Applicant's • nted Name 'be /ft-�C.l x Ap • Icant's S Page 1 of 3 C&clm 6 18 N T WRITE BELOW THIS LINE • SUB TYPES Foundation 7 Single Family Multi 01 of Plex Accessory Building WORK TYPES New Addition Alteration Replace _ Retaining Wall DESCRIPTION Valuation Plan Review (25 %_, 100% Census Code # of Units # of Buildings Type of Construction vIg Fireplace Garage Deck Lower Level RESIDENTIAL FEES Base Fee Surcharge Plan Review go MCES SAC / City SAC Utility Connection Charge S &W Permit & Surcharge Treatment Plant Copies Interior Improvement Move Building Fire Repair Repair roq. lb 1 TOTAL _ Porch (3- Season) _ Porch (4- Season) — _ Porch (Screen /Gazebo /Pergola) Pool Occupancy R 3 Code Edition r45te -oar/ Zoning PD Stories Square Feet8g00 trO 3 3v Length Width REQUIRED INSPECTIONS ✓ Footings (New Building) Footings (Deck) Footings (Addition) /Foundation Drain Tile t Roof: /Ice & Water /Final ✓ Framing _ Fireplace: Rough in _Air Test _Final ✓Insulation heathing heetrock Reviewed By: /14 1 I t L t.,,. 1,3a',7,• 89. /.o9 4 30,00 '165o� — Siding Reroof Windows _ Egress Window _ Water Damage *Demolition of entire building - give PCA handout to applicant _ Demolish Building* Demolish Interior Demolish Foundation MCES System SAC Units City Water Booster Pump PRV Fire Sprinklers Meter Size: ,/' Final / C.O. Required Final / No C.O. Required _ HVAC Gas Service Test Gas Line Air Test Other: Pool: Footings Air /Gas Tests Final Siding: Stucco Lath Stone Lath Brick Windows Retaining Wall: — Footings , Backfill Final s/ Radon Control Erosion Control , Building Inspecto ; Storm Damage Exterior Alteration (Single Family) Exterior Alteration (Multi) Miscellaneous YES /3D 440 1G1 0 19 / / / /X 90 407 X 30. ©9z. i5; 541 4 li77 fay, Page 2 of 3 3830 Pilot Knob Road Eagan MN 55122 Montt: (651)6185675 Fax: (651) 6754694 BLUE or BLACK ►k Office Use af� Psi Fes. a -� I Staff 2012 FIRE SUPPRESSION SYSTEMS PERMIT APPLICATION* a. Site Address: OCI WE -1i Al 1,— Tenant» 10 62.• Z41 3abO Narr►e: �I � ,+ / City / zlp: li O Des o wcxtc: NSA P b ARE tNKL VS"TE Pi Corgi Coat 4. Cornpiet on Date: - 5- i%toRQ� Lyse # (' --a'• C ntact: J q bM E : i gc�s�t' E', rte t e4 re. +rc� C- c FIRE E TYPE WORK TYPE —FtrePump _..�� oto- DESCRIPTION OF WORK: Ccxn Ed + catonart FEES . tf ttaa is Ieaa than Wes State surcharge} OR 510.010, autoharp is $ 5.00 surcharge eicressesby S.50 tw each St 000 Fee requime ai S 5.50 siarnalia coax value. x 1% m $ Fee . It the is > $10,010, Stathafga i.e. a 10.t71t1-311.010 RPrnit (gip• 00 TOTAL FEE 3,4* i t Fire - $231.{ - :_. aa_ u__....". ..J _4.. S Fire Meter . 00 TOTAL FEE . -- r�r. a. t.. raa w waat. M iu.•tail q C_& 10 3L/, C EFORE YOU pto. call Gopiw State One C ui before youWend to dtg ve 10CatOS aC L E N N A IT November 28, 2011 City of Eagan Engineering/Community Development Attention: Mike Lence Lennar Corporation proposes to construct our Colonial Manor multi -family product under IBC - R3. •.. � .. w T `.. Our wish is to construct the part s, between units, under detail UL 3731 2 hour assembly, with "a breakaway design that would leave the unit on eitl'side prtteoted in case of fire. Under the Minnesota building code 1300.0110, Subpart 13, an alternate method of construction of the pasty wall is allowed. r CBrO� -reit but. -/ea. /e So erf Thank you. Tom Tamte Product Development Manager Lennar Corporation TT/md 16305 36th Ave. N. • Suite 6o0 • Plymouth, MN 55446 • Phone: 952-249.3000• Fax: 952-2493075 LENNAR.COM Georgia-Pacific Gypsum DensGlass* Shaftliner Area Separation Walls Installation Instructions C A. P11 4 WAS/ Avid.roic. eow% The Georgia-Pacific Gypsum Area Separation Wall is constructed once the framing for one townhouse unit is complete and prior to the construction of the adjacent unit. The solid 2" (51 mm) Area Separation Wall is constructed a minimum 3/4" (19 mm) away from the adjacent framing, which is typically constructed from wood. In many cases the area separation wall is positioned 1" (25.4 mm) away from the wall framing to accommodate the 1" (25.4 mm) DensGlass® Shaftliner panels used as fireblocking between the floor levels. The UL Design U373 Area Separation Wall assembly was evaluated at a height up to 44' (13,411 mm) and the WHI/ITS GP/WA 120-04 Area Separation Wall assembly was evaluated at a height up to 68' (20,726 mm). Erecting the 2" (51 mm) Area Separation Wall 1. Position 2" (51 mm) C -Track a minimum 3/4" (19 mm) from the framed wall of the adjacent unit. Fasten C -Track to foundation with fasteners spaced a maximum of 24" (610 mm) o.c. When specified, apply a minimum 1/4" (6 mm) bead of acoustical sealant under the C -Track to maximize acoustical privacy. Run the C -Track to the end of the foundation. In case of offset units, see 15 under Special Conditions. 2. Start the wall with a vertical C -Track at one end. Install two 1" (25.4 mm) shaftliner panels vertically with either side facing out* into the C -Track at one end of the area separation wall. Install the H -Stud over the double beveled edges of the shaftliner panels and continue alternately until the wall has reached the opposite end of the foundation. Terminate the wall using a C -Track. The vertical C -Tracks at each end of the wall should be attached in the corners to the horizontal sections of the C -Track using a minimum of one 3/8" (9 mm) minimum length pan head screw. * Note: some authorities may require labeling to be visible. 3. Cap the first section of the Area Separation Wall with a C -Track and attach to the vertical C -Track in the corners using a . minimum of one 3/8" (9 mm) minimum length pan head screw. 4. Breakaway clips span the minimum 3/4" (19 mm) air space and provide a fusible link between the H -Studs and the adjacent wall framing. Attach the breakaway clips to the flange of the H -Stud using a minimum of one 3/8" (9 mm) minimum length pan head screw and to the adjacent wood framing using a minimum of one 1" (25.4 mm) minimum length drywall screw. When the UL Design U373 Area Separation Wall assembly is specified, the breakaway clips should be located vertically at each floor level 10'0" (3048 mm) o.c. and horizontally on every H -Stud 24" (610 mm) o.c. When the total height of the Area Separation Wall exceeds 23' (7010 mm), breakaway clips shall be installed every 5'0" (1524 mm) for the lower 20' (6096 mm) and every 10'0" (3048 mm) for the upper 24'O" (7315 mm) of the wall assembly. Breakaway clips are installed on both sides of the Area Separation Wail When the WHI/ITS Design WHI GP/WA 120-04 Area Separation Wall assembly is specified, the breakaway clips should be located vertically at each floor level 10'0" (3048 mm) o.c. and horizontally on every other H -stud or 48" (1219 mm) o.c. When the total height of the Area Separation Wall exceeds 20'0" (6096 mm), breakaway clips shall be installed vertically every 8'0" (2438 mm) maximum for the lower 20'0" (6096 mm) and every 10'0" (3048 mm) maximum for the upper 48'0" (14630 m) of the wall assembly. 5. Fireblocking is installed on both sides of the Area Separation Wall at each floor level as defined in Section 717.2.1 of the 2009 IBC. (See Details section). For approved fire -blocking materials, see Special Conditions, Item 8. 6. To continue the wall, install a C -Track over the C -Track used to cap the lower section, placed back to back and attached together with two 3/8" (9 mm) pan head screws at ends and spaced 24" (610 mm) o.c. Stagger back-to-back C -Track joints a minimum of 12" (305 mm). 7. If a parapet is not specified, see Special Conditions, Item 11 for two code -compliant methods for installing a gypsum board roof underlayment. 8. Once the 2" (51 mm) Area Separation Wall is erected, construction of the adjacent interior wall framing can begin. Breakaway clip and fire -blocking installation is identical for both sides of the 2" (51 mm) Area Separation Wall. Aluminum Angle Clip C -Track, Cap, Edge H -Stud, 25 -Gauge (18 mils) or End Closure 2-1/2" (64 mm) 2-1/4" (57 mm) CAUTION: For product fire, safety and use information, go to gp.com/safetyinfo. 4 • For latest information and updates. Technical Service Hotline 1.800.225.6119 or www.gpgypsum.com 2" (51 mm) C!ty of Ea2aii 3830 Pilot Knob Road Eagan MN 56122 Phone: (651) 675-5675 Fax: (651) 675.5694 Use BLUE or BLACK Ink For Office Dee Permit*_ 1 f t 35 Pemtit Fee: V • 5J Date Received: / l(i Il Staff: 2014 RESIDENTIAL BUILDING PERMIT APPLICATION a /� 2/.2.3-:2/.2.3-:a /off Cate: 3 7 fo! .Z Site Address: �09j ��/i� ,�i/3� a�i3 - a 0/ 7 r o?%/f/,,,V,A Unit #: Resident/ Name; c 1'i'd(own wnAP,I4e5 Phone: ?6J-) 2 `-/ -6 Owner Address / City / Zip: a > D 9 t- --o7 6 ro ti / �zt . � , a_ yq - j2Z) Applicant is: Owner L Contractor 7�� Type of Work . Contractor Description of work: (r�� e 44 Construction Cost a O , S-6) 0 Multi -Family Building: (Yes? / No ) Company: .7 Utz 45/c W /-1/ m vo p- l 7 Contact: v /y 4 4 /✓ r�✓d� C! _ Address: /I/ 2R3^ �(�✓. %• /N L SC ✓M7 / . the. /11,'//e City: �v� State: /1VU Zip: cS 3 Q 6 Phone: c1 8 7 6 6 3 6 _ / ,� dib / License #: /�� U 7/5-0 Lead Certificate #. If the project is exempt from lead certification, please explain why: (see Page 3 for additional information) COMPLETE THIS AREA ONLY IF CONSTRUCTING A NEW BUILDING In the last 12 months, has the City of Eagan Issued a permit for a similar plan based on a master plan? _Yes No If yes, date and address of master plan: Licensed Plumber: Phone: Mechanical Contractor: Phone; _ Sewer & Water Contractor: Phone: NOTE. Plans and supporting documents that you submit are considered to be public information. Portions of the hiformatlon may be classified as non-public if you provide specific reasons that would penriit the City to „_�, conclude that they are trade secrets. CALL BEFORE YOU DA Call Gopher State One Call at (681) 454-0002 for protection against underground utility damage. Call 48 hours before you intend to dig to receive to catea of underground utilities. Brw.gogl erstateonecall.org I hereby acknowledge that this information is complete and accurate; that the work will be In conformance with the ordinances and codes of the City of Eagan; that I understand this Is not a permit, but only an application for a permit, and wort Is not to start without a permit; that the work will be in accordance with the approved plan in the case of work which requires a review and approval of plans. Extador work authorized by a building permit issued In accordance with the Minnesota State Build' Lest be completed within 180 days of permit issuance. 6P c n ; 4.11/e„. Applicant rinted Name Appli —lira Sig re Page 1 of 3 � New Construction Energy Code Compliance Certificate Pcr N I IU 1.813uildinE;C(:171PICaIC.A b41�CI111g(:{:111IICHSC SI1flII BC rOSll`(E 111 N�1CI7AN1)l'Oily vizibic localioa inside 1>xm CcrGf+c�ue��us�cd iLe buildiny. '1'he caliticate shall�e compfeled by ihe buiider and sh�ll lisl inlomu3iion tmd values ol' wuiponcn�s lisicd in'1'ablc NI IOI.B. S/Z3I'I�I Place yau r m,�c��e n�rmrs��r w�uw�un�K o�ow�ue,�uo�i Ci1y logo here 21Q9 CEDAR GROVE TRL EAGAN Nxme of liesidenlinl Cuntr��cmr MN Li/cen . nl LENNAR MOM S ( (:omn�aniq' . . Plnn U) /� . . j � ' s __ rr,�,�,��/Jr.� THERMAL ENVELOPE RADON SYSTEM Type:Check All That Apply x Pussive(Nn I�c�rf) � o u o- � Active{14�i1h jan rrnd nio�rouieler or F °� :� ;, o�her s��sre„�nro��iroring de��ice) �o � — 'o o � o.. � y _ `� Q- w � Q � ro '° U � � c N W � � � O ui H O y 'D . {nsulatfon Location � � � � � u ° "" w � �' m `o ui cu O Ta R � [ � � C :tl b �°. ,� j �; µ, � � ,�'[, 'y� �� Qiher Pici�se l�cscriUc liere tielow Gntire Slab 1�oundaYion'��all �"� � �`��'✓�� a Pcrimcicr of Siab on(,rndc � F2im Joist(T�oundxtion) � �I.� � 6 C�u�e�'� �31 I2im Joist(1`�Flnor+) � T' ,�{-�O���g� N�all t `' � Crilinfi,flait C;eili�ig,vsinNed l3ay Windows or caizfitevcred arcas i3onns roum over garagc n° Ucscribc ot6er iiTSUlateA��rrns Windows&Doors Heating or Cooiing Ducts Outside Conditioned Spaces Ati�crage U-I�actor(esclxde.s.rkv(iKhr.r und n�ie d��nr)U: Not up�licuble,all diic�s la:t�ted in conditioned s ace Salnr Fleat C;�in Cueft'icienl(SIiGC.'): �, � R-value MECHANICAL SYSTEMS Make-upAir Selecia'ljy�e ApplianCeS He�ting System Domestic Wa�ler lic.�tcr Coofing Systcm x Nol rey�Eircd per meeh.code F�ucl'Cy��c flat 8S EI.EC. R-410A Passivc 114�inaf:�chu•er LENNOX A. O . SMITH LENNOX t�o�vered interlockec!�vilh exliutist de��icc. n����i�i ML193UH045A24 13ACX024 i��s��;t,�.: Inpm in 95,000 Ca�iaeity in so Outpuf in 2 Olhcr,dcscrihc: E2»Un�;ot•Si•r.c 13'I'i1S: G�ilinns: 'frnis: I le���I.oss: 49�I I I }"ICiI�C3F7111: I I,7h5 Locetioia af duct or system: Sfruchu•e's Calailated APUI:or 92 ti1:I:R: 13 IiSI>f:oh CAII'\IIHIC(I 24,000 1?fCi�icncy coolin lotid: C'fin'.ti "raind c{ucl t3R Mechanical Ventilation System "metat duct l�escribe�ny additioniil or combined heuling or cooting systems if'inslalled:(c.�;.iwo furnucss or air Combustion Air Seleet a Tj�pe souree lie�rt pump with gas back-up i'urnr�ce): x Nc�t rcqaircd per mech.ctfde Select Tvpe Passivc l leat Rccover Ventilata�(11RV) (aplcity in c1n�s: I..ow: Fligh: C)ther,descrihe: Cincrg��Recovcr Vcniil�lor(IsRV)Capacity in cfms: l..ow: liiqh: I..oca�tion oi'ducl or system: ;C Conti�wous exhausting 1'an(s)r�ucd cupacily i3i cfnis: fUtt1�C8 fOOiTI I.oealion o['liin(s),describe: MA51"I.iR AND MA(N 13A'f'I! C'lin's c��pa��ty continuous venti�ulion ratc in clins: $� "�'�unxi cluct OR 'I�ntal vcnlilsilion(inittn7iltC�7�i•�;(nllii)utAis)i'�EC in ctins: 2}0 "mettd ctuct r t , � � Ven�iia�ion, Makeup and Corn�b�as�ion Air �alcu�a�io�s � Subrnittal Eorm�For�Ner�r Dweliings � 'fhese blank submlttal forms and instructions are avatlable at Zhe City of Cfianhassen website and at City Hall. The coropleted form must be submlE- ted in dupficate at the time of apptication of a mechanical.permit for new wnstructio�. Additional forms may be downioade d and printed at: http://www.ci.chanhassen.mn.us/serv/bulldhtml. � • � • : Site address �� . �+ Date Conlrattor ' Cattlpleted � . • $ Q � � Sectian A � Ventilatian quantity - � ' (petarmine qtiantity by using Table N3104,2 or Equation li-ia Square feet(Condktbned area including ��,� • � Basement--ffnished or unfinished) i"otat required ventitation .��✓U • Nt�mber af bedrooms J�' Continuous ventilation �� plrectlons-Determine the to�a!and coni;inuous ventilatlon rate.by erther.using Table�N1104.2 ar equation 1I-.2. 7he tbble and equation are below. � � ' Table N11a4.2 , . Total and Gontinuous Ventilation Rates(in cftnJ � � Number of Sedrooms � . 2 3 q S fi . � Conditianed space{in -rora►/ Total/ Total/ Total/ Total/ 7ota1/ sq.ft.} • contlnuous �continuous continuaus continuous cofltinuous cant"inuaus 1000-1500 60/40 � '75/4Q 90/AS �05JS3 120/60 135/6$ • 1501-2000 70J40 85/�3 • 10D/SO 125/SS 130/65 •14S/73 2001-25QQ 80/40 95/48. 110/55 125/63 140/70 15S/'�g 2501-3000 90/45 1Q5/53 120/60 135/68 1S0/75 • 16S/83 3001-3500 1QQ/Sp 115/58 130%65 145/73 160/80 • 175/88 35Q1-400Q I,10�55 � �25/63 140/70 155/78 170/85 �85/93 400l-4500 120/6Q 135/fi8 15Q/75 165/8B 180/9a 195J98 Q501-SQ00 130/65 14S/73� 160/80 175/88 190/95 2p5/103 5001-5500. 140/70 155/78 170/85 � 285/93 2U0/100 . 2��/�Og 55U1-6000 1S0/75 . 165/83 180/90 '195f98 Z10/10S 22S/113 Equatinn 11-1 • (OA2 x square fieet of conditloned space)�•[15•x(number of bedrooms+i))=Total ventliation rate(cfm) Total ventifation—The mechanicaf ventilation system shaU provide sufficient outdoor air to equal the totaf vent�lation rate average, for each ane-hour periad according to the above table or equatian. For heat recovery ventiEators(HRV)and energy recovery ventila- tors(ERV�the average hourly ventilation capacity ri�ust be determined in consideration uf any reduttian of exhaust or out autdoor air intake,or both,far defrost or ather equipment cycling, Cantinuous ventitation-A minimum of 5Q percent of the total ventilation rate, but nat fess than 40 cfrri.sl��all be provided,an a con- tinuous rate average for each one-hour periacl. The portion of the mechanica!ventilation system irttendPCi to be continuaus may have automatic cycling contrals providing the average flow rate for each hour is rnek. � G:ISAPETYI.IK1Vent-makeup-comb air submittal(2),docx ' . Faqe 9 �f� secrion B � � . . Ventllation Method (Choose ekher balartced or exhaust onl y) • .8afancet�;�NRV(Neat Reeovery Ventilator)'or ERV�Energy Recov- xhausk only ery Venti(ator)—cfm of u�it in low must naY exceed continuous veritl- ConUnuous fan raUng►n cfm lation•ratln hy morethan 100l6. !aw ctm: Htgh tfm; Continuous fan rating in ttm lcapactry must not exceed . eondrfuous ventilaUon ratin b more ttian 30076) � Dlrectians-Choose the method,af ven[ilation,bplanced arexhaustanly. Balanced�ventllation systems are typiccrily y�y pr�RV's. �'nt,er the low and high cfm c�maunts. Low c m air flow mcrsi be equal to orgreater than the required an inuous ventllation rate vnd less than IpO�qreater than the continuousrare.f�or Instance,ff th�!ow cfm is 40 cfm, the ventilation fan must not exceed 80 cfm,) Autamatic conrrols may allow the nse of a larger fan that is operated a percentage of each i�our. Secffon C Ventifation �an ScheduE� . escriptibn L'ocati . Continuaus� IntQrmlttent ( ,� . - L U U . � . �r� `i� y c> Directions-the ventilation fan schedule shauld descrlbe what the fan is far,the locatfon,cfm,and whether It is used far co»tinuous or intermiiteax ventUatlon. 'The fan that Is chose for continuous veniflation must be equa!to or greater than the low c m air rating and less than 1�03�greater than the continuoas rate. (For instanre,if the�low cfm Is 4o cfm,tha cont�nuous ven t-flation fan musi not exceed 80 tfm.J Automafic cantrois may a!!aw the use of a larger fpn that!s operated a percenfage of each hour, Section.D � � � � Ventilation Confrals � . (tiesttibe o eratfon and mntrol of the tontlnuous and intermittent ventUation) W� . A(rectlons-Descrfbe the operatlon af the ventilatlorrsystem. There.should be adequafe detai!for plpn revlewers and inspectors ta verlfy design rrnrl lnstallation compliance..Related trades plso need odequat�e detall fa�placement of cr�nYrols and proper aperarlan af the bu!lding ventilatfon. !f exhaust fans a�e used for building ventJlatian,deseribe the operptlon anil locatlan of any controls,Indicators and Iegends !f un ERy/prliRV Is fo be installed,descr/be how it will be installed.lf!t wlll he connected and Interfaced wlth the alr handling equfpment,please descrlbe sucb connections us deralled in the manufactures'lnstalla[!on instructians.lf rhe lnst�albtlan Insfructlons repulre ar recommend i-he equipment to be interlocked wiih the ulr handling equlp�rient for proper operdtion,such interconnectlon shall be made and descrlbed, , � Section � " Make-wp air � � Passive (deeermined from calculatlons from Tabfe SOi.�,1} Powered(determined from calculations frpm Table 501,3.ZJ Inl•erlotked with exhaust device(determined from calculation fram 7able SOA.3.i) Other,describe: Locatiort of duct or system ventifakion make-up alr:oecermined f�om make-up atr oPen�ng rable . ' cfm ' Size and type(round,rectangular,flex ar rigid} (NR means r��t requiredj � . ___,.�,. ' Page 2 af 6 Qlrer.tions-In order to dehermine the make.up oir, 1"able 50I.3.1 must be f!lled our(see below). For most new ins�-q//at•�ons, column A wll/be ppprvpriate,however,if ptmospherically venfed appliances orso!!d fuel appliances are installed,use fhe crpproPriate column. For-- ,Ing dw�liJRqs,see lMC501.3.3. Please note,If the makeup�air quaniity fs negaiive,•no addiiionu!makeup pir v✓ffi be re- •quired forvent!/prfon,lf the value is posi[ive refer to�Tdble 501.3.2-and sizE'ffie openJng. Transfer the cfm,51ze of open►ng and type {cound, rectangular,}lex or rfgir/)to the last llne of sectton D. T�re make-up atr supply must be installed per lMC,Sp.i,3.2.� Tab1e 5a1.3.� . . PROCEDUR6 TO DE'('ERMINE MAKEUP AIR QUANI7Y FOR EXHAUSl"EC�UfPMENT•!N DWfLLihlGS (Additiona)tombustion alr wfll be required for combustion app!lanCes,see KAtR method fof caicutations • One or multiple po�yer One or multiple Fan- . One atmasphericaily vent Muttipfe aimospherica�- Vent or direct vent ap- assisted appliance's and gas or oil ap�ilance or ly ventqd . pliances or no combus- . power vent ar dlrsd vent bne solid fuel appllance apptiances or soild!fue! tlon appllances appUa�ces appliances • • � column C Co lumn 0 Column A �Column B • 1. a�pressurefactor . p•�S 0.09 ' 0.06 U.03 fdm/s . b)condltioned floor area(sf)(including /�� unflnfshed basements ' � " Estimated House InfiftraYion(cfm�;Jla ��� x 1b] 2.Exhaust Capacity. a)contlnuous exhaust-only venttlacion system{cfmj;(notapplicabietoba• � � ' � la�ced ventilatfon systems such as a HRV)� b)clothes dryer icfm} �,�5 ' 135 ' 135 135 • c}80Y oflargest exfrausY rating(cfmj; � Kitchen hood typicaily • ' ' .�not app�(cabte if recirculating system ' . or if powered makeup air is electrlcaily �� interlocked and rnatch to exbaust) • . . d)8096 nf next largest exhaust ratfng � (cfm); bath faa iyptcally . � (not appllcabte if recirculating system ��t � • • . or If powered makeup air is Nectrical{y Applicable Intertocked and rnatched to exhaust� • Totat Exhaust Capaciry(Cfm); j2a+2b+2c+2dj � 3.Makeup Air Quantity(cfmJ • a)total e�chaust tapacity(from above} �� � b)estimated house infiltratian(from � ' above} Makeup Afr Quantfry�cfm}; — _..,... (3a—3b) {if Jalue is negative,no makeup air Is ' � � - needed) � , �.For makeup Air Opening Sizing,refer .\ to Table SQ1.4.2 « A. Use this column if there are other than fan-assisted ar atmosphericaJ(y vented gas or off appliance or if.there are no camhustion appliances.(power vent and dlrecc vent appitances may be used.} 9. Use this coEamn it there is one fan-assisted appliance per venting system..(AppEiances other than atmospherically vented appltances may also be in- cluded.) C. Use th[s cofumn ii there is one atmosphericalty vented(other than fan-assisted)gas�r oil appUance per venting system or one solid fuel appliance, D. Use ihis calumn.'rf there are multiple atmospherical{y vented gas or oil appliances using a common vent or lf there are atrnaspherically vented gas or oi� apptiances and solid fuel appliances. . Page 3 of 6 � Makeup Air Opening Ta81�far New and Existing qweiting ' ' • 7able 501.3.2 ..----- One or mwtiple power One or multlpie(an- One atmospheNeaily tviuldple asmosphertcally • ' vent,dtrect veni ep- assisted apptiances and vented gas or oi!ap- vented gas or oll ap- p��d�_ pllances,nr no combus- power vent ar direct pUance or one sol(d fuel � . , tioe appltances vent apptiances Pliances or soiid fuel ameter Column A appilaece aPPltances Passive opening 1_�6 Colum�0 Cpiumo C �Golqmn p • 1"z2 1—IS �_g Passlveopening 37-66 3 23--41 15-28 ' 10-17 4 . Passive opentag 6)-10g 41-56 29-46 18-28 5 Passiveopening 110-163 ��..1� d7—69 29—42 6 Passlve opening 184—Z32 1R1-143 Passlveapenin 233-3f7 70"'99 ' 43--61 � 144—l85 10p-135 ' Passiveapening . 31g—a�.9 • 62—$3 8 146-258 236-179 gq—�,�,0 . w/mptorized damper , g • . � Passiveopenin6 A20-539 259-332 w/matorized dam er • ;8p'230 . lli�142 lp Passiveapening . 54D-679 333-419 � wJmotorizeddam er 231"Z90 1a3-179 �1. Powered makeup air • >�7g >419 . >290 >179 NA• • Notes: • A. An equlvafent length of 100 feet af round smooth metal dutt is assumed. Subtrack 40 feet for the exterior hood and ten feet for each gp.degree elbow to determtne the remafnEng length of sYraight duct aitowable. e. If flexible duct is used,inc�ease the duct diameter by one tnch. Flexible durk shall be stretdied with minimal sags. Compressed duct shaN not be atcepted. �: t3ar.omeulc dampers are prohibited in passive maksup eir openings when any atmosphericaily vented appttance is instafied. D. Powered makeup air sha(I be electrically interlocked with the largest exhaust system. $@Ct1011S.� , . � .Cambustian air � Mot required per mechanical code(No atmospheric or pawer ventsd 2ppliancesj � Aassive(see�iFC�C Appendix E,Worksheet E-1) � � Size artd Yype , Other,descrlbe: � , Explanatlon-If no atmospherlc or power.veni-ed�appllances are installed,check the appropriate box,nor requfred.�If p power vented or atrnospherically vented appJiance insr�lled,use IFGGRppendix f, Worksheet E'-.1(see belowJ. Please entersfze and type. Cam6us- rron a!r vent supplles must communfcdte wlth the oppllante or appUpnces[hat requlre the combustlUn air. Section F caiculation.s follow on the next 2 pages. . ' P�ge 4 of 6 Direc.",'ons-7he Mfnnesota Fuel Gas Code method to calculate to size of a required cpmbustlon air opening,is cu!!ed the Known Air �nfrltration.Rate Method. Far new consYruc'tion,qb af stiep 41s required to be f111ed out. � tFGCAppeYfdilif,W(slksheet E-1 � . .... . . . Residentfat CombusEion Afr.Caiculaqon Method ' (for furnace,Boller,and/or Water Heater#n the Same Spate) • � Step Y;Completevented combusNon apptiance information. Purnace/Boffer: � _Draft Hvod ,,_ Fan Assisted . �Dlrect Vent Inpai:�1�������1/l/Btu/hr or Power Vent Water Heaterr • / � _D�ah Hood ,_ Fa�qssisted `pirect Vent Input:��_....Btu/hr or Power VeM Step 2:Calculate the,volume of the CombusiFon AppNance Space(CASy containing combustlon appliances. � The CAS[ncfudes all spaces connetted fo one another by code compliant openings: � ' CAS volume: � �, Step 3:Determine Afr Changes per Hour(ACH}i Aefault ACN values have been incorporated Into 7able E-i for use wRh Method 4b{KAlR Method). ! ' !f the ear of constructiort orACH is not known,ase method 4a(Standard Methad}: SYep A:petermine Requlred Volume for Combustian Air.(00 NOT COUN7 p1RECT VENTAPPUANCES) . � 4a.Standard Methad ° ' Total 8tu/hr input nf ail tombustion appliances Input: BtuJhr Use Sta�dard�Meihod coiumn in Tqble E-1 to flnd Total Required TRV; ne Volame(TRV) • . • If CA5 Volume(from Step 2J!s grepter thtrn�V then no outdoor openings are needed. ' ff CAS Voiume{from 5tep 2)!s leu fhan TRV th`en go to STEP S. . 4b.Known Air Inftttratlon itate(KA1Ry Method( NOTCOUNT DIRECI'VENT APPL CES} Total Btu/hrinput of all fan-assisted and pnwer nt appliances Input; Btu/hr Use Fan-ASSisted Apptiantes column io Tab{e E-1 to tE � RVF : ft� , Required Vplume Fan Assisted(RVFA� , . Totai Btu/hr Input of ail Natura{drafEappllances �. � npuY: ' . Btu/hr . • Use Natural draft AppliancRS column i�Table E-1 to find RVNFA: k' � Required VolurneiVatural draf{appllances(RVNDA) � � Tptal Repufred Volume(TRV)'=RVFA+RVNDA Y�v ` * � - i'RV ft' • If f.A5 Volume(from Step 2y Js qreoter than TRV then no outdoo penings are needed. • � - 1f CAS volume(from Step 2)ls less thamTRV then o to S7EP 5. ' Step 5;Galculate ihe ratiti of availabte interlor vblume ta the t al equlred volume. " � Ratio=CAS Vofume(from Step 2j tllvlded by 7RV{frcyn Step or ep 4b f Ratio= / � Step 6:Calculete Reductian factor(RF). � ----�-~—�--- RF=1 mJnus RaUo • �F��- . Step 7.:Calculate single outdoor opening as if all comb tlan air is from o side, Fotal 8YU/hr input of all Combustion Appiiances in the ame CAS Input; 8tu/hr (EXCEPT ptRECT VENT) • Combustion Air Opening Area(CAOA): � Tota!Btu/hr dlvided by 3000 Btu/hr per inZ � CAqq= /30q0 Btu/hr per in;= � ��2 Step 8:Calculate Minlmum CAOA. . Minimum LAOA=CAOA multlpiJed by RF Minimum GApA= x - in' SCep 9;Calculate Combustion Air Qpe»ing�fametsr(CAOp) , • CAOb=1.13 muftlpiled by the square rootpf Mi�imum CAOA CAOD=I.Z3 V Mlnimum CApA= ' in.diameter go up one inch in size if usfng flex duct i If desireQ,ACH can be determtned using ASHRAE calculation or blower daor tesi.foliow procedu�es in Sectian G30A. � Page 5 oi�6 IFGC Appendix E,7able E-1 Resldential Combustlon alr(Required Interior Voiume Based on tnput Rating af AppUance} • lnput,Rating Standard Method � Kpov�in Afr lnflftratlon Rate(KAtR)Method(cu ftj i BiYI/hr) , � ' Pan Assfsted or PowerlYent Natura)Oraft �� 1994 to present Pre-1994 1494 to present P re-�994 5,000 250 ' 10,000 500 375 288 525 '26� • 15,000 • 750 750 375 ].,050 525 20,000 1,125 S63 1.575 788 ' 1,000 1,500 25,OQ0 1.250 1,875 750 2,100 1,05p • 30,000 • 938 . 2.625 ].,313 1,506 2,250 1,125 35,000 1,750 . 3,150 1,57� � 40,000 �,625 1,�13 ' 3.675 �.838. 2,000 3,pOQ 1,508 45,p00 2,250 . 3,375 4•2� � 2,�.00 50,000. 1,688 4,725 Z,363 2,Sp0 3,750 . 1,675 55,Op0 2.750 4,125 5,250 2,625 50,000 3,000 2,063 5,775 2,888 . 65,000 4,500 • 2,250 6,300 3,15b 3,250 4,875 2,438 . 70,000 3,500 '5,250 6.825 3,413 75,OQ0 2,625 7,35p 3,b75 3,750 '�,625 2,813 � 7,875 � 80,OQ0 4,OOQ 3,938 85,000 6,000 3.000 s,ao0 4.204 4,250 6.375 3.7.88 8,925 4.463 90,00'0 4,500 6,750 � 95,000 4,750 3,375 9,450 4,725 iDQ,00Q �;OOQ 7,125 5.563 9,975 �A,9�$ � 165,000 • 7,SQ0 3,750 iQ,50Q 5,250 5,250 7.875 3.938 I10,000 5,500 11,025' 5.518 8,250 4,125 11,550 5,775 115,000 5,750 120,000 $.625 4,313 I2,075 6,038 6,QQ0 9,000 4,500 12S,OD0• 6.250 9,3�5 12,600 . 6,300 • . ' 130,000 4 688 13,125 6,563 6,SU0 9,750 4,875 13,650 6,82S 135,OpD � 6,75d 10;125 140,000 5,063 .1q,17S 7,088 7,OD0 • 10,500 5 250 14,700 145,oao ��254 T,3S0 � . . 15Q,OOq 10,875 5,43$ 1S,225 7,gig 7,500 11,�50 5 625" 15,75Q 7.$7S ISS,b00 7,750 11.,625 � ].60,000 •5,813 ib,275 8,�38 8,000 12,000 6�Q00 16,SQ0 J.6S,000 8,250 �2.�y5 8,400 i70,000 8 500 6.#.88 l,7,325 8,663 � I2,750 � 6,375 17,850 8,925 175,Op0 8,750 13,125 180,000 G,5G3 18,375 g,�,gg 9,QD0 13,500 6,750 18,90Q 9,45� 185,Q00 ' ' 9,25D 190,000 13,875 6;938 ' �19.425 • 9,713 9,500 14,250 7;125 19,950 195�0{)0 9,750 -_____.._.. 9,975 200,004 • . �4,52� 7.313 2Q,47S 10,238 10,006 15 400 7,500 ' 21,000 205,U60 �p 250 ' 10,500 210,400 �- iS,375 � 7,b8$ 21,525 1Q,7$� 1p,500 i5,750 ' 7 875 22,QS0 215,000 la,7S0 ' 12,025 • 16,125 $,063 . 22,575 11;288 zzo,000. ii,aoo 16,500 8,250 J.1,550 225,000 11,250 16,875 z3,100 230,Q00 8,438 23,&25 11.813 11,SQ0 i7,25(3 8,625 24,350 12.Q75 1. The 1994 date�efers to dweliings constructed under the 193A Minnesota Energy Code:The deFault KAIR ased in this sectlon of�the table Fs 0.20 ACH. 2. 7riis sectlon of the tabEe Is to be used for dweilings constructed prior to l994.The default KAIR used itt this secdon of the table is 0.4p qCH. F'agP 6 of 6 w Ca � � �� --.—.,. � ---�E � �1 (,j �____c;. ____� _..� _� ____�._._._ _._ . n� C^ cv�i. C.�� � _�_ �, � J (� �" ;i; • ' , . , � a ,� � � "J '�' 'J O o r� � � I `� �. �.�' 'J � �J cJ �,,�',' . • � - ��--1__ �_ __._1__ � � `� „ �. � `.� � � � m ;;'• ' U � � (�i�, ?� �'��- .�1�"�` '� .�' �-� � � � �74 �--� �� �-- � -� �-� C -- • — � � — — �� � N .9 � ro ,;...__.__ ��', ro � �� � W y i. .._�__ -�.___._ __ j._�� i_...�.i. , U, i_. _.i_ � w v �. � -.�`W_!...\� ( 1 I �� ' � �� � ;,., ! � I i I � �i ,.� � � � �._�_�- � :s�--- �,—^;—�i-----�_�_�...... � � I � � , -:, � . r m _ -.� 7 c! 1�f�r��fy �^ .1 0;! 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I � ' � � I I v � . ro � � + �� �:; H� j i i ' ��__i�I.. � . � � ��,. i , ( : ; , ��� I I �'�_ �� _ a�s �� 1 ' i ' � n o W ! °`° �u� v ' 1 'o � i � � � ��j�,I �S � I � `'y °_' _.r !: M y� ��j m � 1�! � � C> v �a G� � �-- ^1 � i � I ` @ r d � � Q ° � .` 1 � ` I I � � --� � � � p � p Nd 3 ' �I � _ .�. 0... 1'�; ro � � 1 �� l,� _ .L : . � ^ .. +�..��t � �I � �i ` �� „ 2 � ""I!t � � 1 � � ! � � `� �J�::.� ' ' � ( F� -�y'!!i .. : r, � j c"�.I �,I i�+ 1 .__i- ! y . � �� �� � �' � + � �� 11E 1 � � L �� � �I t''..,� 3�� a �` i I II I �1 __ � I � � w • � _ r � '} � T � i � i �!�r � � h , � � G ° � � ci � � I �� �� ,� � I! �E , I I '° �1 r c� �� zi c: I � j .� I 'J� ")i i � I � a . - ui � � �'° N ti.� � I� i � � L Z m �C �,' ��N ; • N C v' W 4' ,! � � N �] �� �,� {��I ^�� { — � ' . �l ��• I � �- 'a � � J � �y� 1 yG., , `� N ; � , , -- �; >. ;i.� I ; � " .. rJ I - n., ai � a %� 'i,c: rl �� !�I I ^� �" `, 1 `� ! I i ro , __._._._.�_.. __�� L__---.._.. � _ � ....._ __ � .t � , r_....__. -------_..._________.�... __�__�._____�.__...._ '... " = , I I � I d� 1 i I _f......_....� � , I _� ...3 � � _ _._ ^ .� I �Y � 1 ^ I � i � ' I � d �, N �� � Z I ,� C� � m .G .J I I � '� I � � �1 ;:: a r �f 1 � I E � •NN ! �,� I 1�� � ' �S r' �) � � �n :� � j !': M C� � ; ' � � �� �' � p � v �° ° , : p m . ��" v f� �� � �� �� � � N : ? y�,�` � � � i ,,,,�'h '+i1 ti�.._._. - � •- — -----�._.._ _. _ 'R,. •�`: S . , . .� ' � ry � � � � �' � � ' . � " a• _ � � I ��i" � � 1,�, `� tn, `^ �^ i I : . � " � � `� I � C ' .r , '� � �,' �� �� i � I I � "� � 1� � Q ' , �� : � f � � L; � � L� � i �! � °� ; � � f ��� � . � �� . � � �;>;: ._�;...._� _._ ��f __.� ._ ( I .- - ...__ i _ �° N� � � .. ! N �' w �iI �I � ��i� ; �; � . � �; v � N � ;f � I ._.... I .i i � i � I 1 � ( �U� �' `V � �c - ,. - d -a�n � � , � m, ' rn J Z I Q l J � u { " °� RI <<7 U]� l:;t f`- G7I L� � r'� � �_ ' N �T.__ � � ��. _.� ! , I ��; � • Lennar- Mode1430 A HVAC Load Calculations for Lennar Homes � ���.�.� ��t��t�t`r��,, H�'�k.� L,C�AI�� Prepared By: Sabre Plumbing And Meating Tuesday,August 23,2011 _.._.__._�_.._._._^._------._._..—_�.._._..__----�.......__._---�----�---........................----�_.._._ _. ..._. • �� � - r ...... ._.. ----.................__.....__..._...._._.._._.__ 't '.�� g- '�Y�� �x � � A�'Q�', #�R ' �r�� ` � � 1� � � �� ai > ,::.. `�..,. � -� . <...: ..,...;- ., r .. � , �:.� t S� t i �.�\���, � ��� . - -�.�..�.. Project Title: Lennar-Model 430 A Project Date: 8/23/2011 Client Name: l,ennar Homes Company Name: Sabre Plumbing And Heating . � Reference City: Minneapoiis, Minnesota Building Orientation: Front door faces North Dally Temperature Range: Medium Latitude: 44 Degrees Elevation: 834 ft. Altitude Factor. 0.97� Elevation Sensible Adj. Factor. 1.000 Elevation Total Adj. Factor: 1.000 Elevation Heating Adj. Factor: 1.000 Elevation Heafing Adj. �actor: 1.000 C}utdoor Outdoor C?utdoor Indoor Indoor Grains Drv Bulb Wet Bulb Rel.Hum Rel.Hum Dry Buib differenc E Winter: -16 -12.38 140% Na 72 n%a Summer: 90 73 45% 50% 75 32 Total Building Supply CFM: 578 CFM Per Square ft.: p,32 Square ft. of Room Area: 1,787 Square ft. Per 7on: �,g2 Vo(ume(fti)of Cond.Space: 14,697 Tatal Heating Required Including Ventilation Air: 49,111 Btuh 49.111 MBH Total Sensible Gain: 8,438 Btuh 72 % Total Latant Gain: 3,327 Btuh 28 °� To#al Cooling Required!ncluding Ventilatian Air: 19,765 Btuh 0.98 Tons(Based On Sensible+ l.atsnt) Calculations are based on 8th edifion of ACCA Manual J. � All computed results are es#imates as buitding use and weather may vary. Be sure to select a unit that meets bath sensible and latent loads. l_........__....._.__._^_�.._._._—___�.._____...._ _—..__. __..._.�................... --.....__...._................._------..._. ___...__....�._.__..__-------._--�-- - - C:1Prngram FileslEiitelRhvacw\Projects\LpK�airbanks.rhv Tuesday,August 23, 2091, 1:19 PM , , _------__.__.____._._�__..__..._.._.._.....__.....-------._._. � ,d ...,�_._...__i„""_'n... � �ad�!'r��i�u�fi�r���; ���; � � �,�- � ,� a , X� ; } , F.y��.. ���� .� �+.4... .d .3. .h< �..� .1� Min Min Sys Sys Sys Has Net Rec ft.l Sen Lat Net Sen pU�{ Scope AED Ton Ton lTon Area Gain Gain Gain Loss �9 Clg Htg C!g Act Size CFM CFM CFM CFM CFM Building � ] 098� 111 1671 1787 8438; 3327; 11765f 49111 5'l8i 348 578 348� 578 � 3. i. �. � .�. ....... .� 3, . _S ., System 1 .. .. , '.Yes! 0 98� 1 11 i 611 f 1 787 8 436 3 927 11 765 49 1�1 578? 348�; � 348 578; 9x13 _._ .,.__. . � � i . . , , ���� . ..... VenUlaGon , ` � ; i 1 012� 3 327' 4,339 5 936i i � + .._. . . .. �..._...... .3 ......�......... . .. . � ..... . . . Zone i � .� � �_1 78T 742�� 0!.. 7,426� 43176j...578� 34&�' , 348� 578f 9x13 _ t . 1 D�nrnng/Liwng Room � � � ! 313 3 796� d� 3 796� 24 6191 332� 178 �' 178 332 3-6 ...... 2-Mud Room t Bath t Kitchen � ' � j 400, 661� 0� 661 3 761 I 50 31 , �� 37 50� 1 -q 3-MasterRetreat � . 1 i .. f E ; 0 .....1,203 --6,343! _85 56,`� .�__��€ ...&5�( '�--5 .. . � . ... ........_� ,.. w...._........__,_. .... i....... s _....,.;�� .•.._.._. ,,... ......!. 4 Bed 2 And 3 _ j � � 380� 'f 203� 0 1 U08 4 788 Bd' 47�c 47� 64 1 5 � --. _... ,� 5-Loft/Master8ed/8aths � J � � .5443 758� Ui,...._758 . 3,465� 46 36, , .' 36i _q6� 1--4 .. ...... . .... _....... .. , ..�... . � ! i ; � � 7 , I E ; --.. ._._._.— _..�...__._ —. ----....._--------._.._.__...___..._�--....__._....._....__......----..._...............__._. C:1Program FilestElite\RhvacwlProjectslLUK Fairbanks.rhv Tuesday,August 23, 2011, 1:18 PM _.._.__---__...__-�-------��—...._-----�--�-�------....___� ----�-------- v, �� � _______.____._�. ���4i:fl �������f`/ ��/. �� �- � u �a . �i s r�. ..33 � +:ti�s`, . .... � .�f, .."S�.,� �����,,: ? ��\ t � )!C�'�l,�S` y �r..-. \ ;. ,4n.v.n��;,C...� d e��.._ 4A-2a-d: Glazing-pauble pane!ow-e(e=0.20 or less}, 30 528 � 0 571 571 sliding glass door, e=0.20 on surface 3,wood with metal clad frame, outdaor insect screen wifh 50% coverage, u-value b.2, SHGC 0.3 4A-1v-o:Glazing-Double pane low-e{e=0.20 or less), 43 756 0 910 910 operable window,e=0.20 on surface 2,vinyf frame, u- value 0.2, SHGC 0.3 4A-1v-o:Glazing-Double pane low-e(e=0.20 or less), 68.5 1,810 0 1,149 1,149 operable window,e=0.20 on surface 2,vinyl frame, u- value 0_3, SHGC 0.21 11 P: Door-Metal-Polyurethane Core 15 383 0 193 113 928-Osw:Wall-Frame, R-11 in�ulation in 2 x 4 stud 1U52 8,979 0 2,460 2,460 cavity, no board insulation,siding finish,wood studs 12E-Osw: Wall-Frame, R-19 insulation in 2 x 6 stud 130.4 780 0 9 S4 154 cavity, no board insulation, siding finish,wood studs 17A-12: Roaf/Ceiiing-Roof Deck(roofing,wood, 50 278 0 132 132 insulation)or SIP Panels Supported on Beams, Dark or Bo1d-Color Asphalt Shingle, Dark Metal, Dark Membrane, Dark Tar and Gravei, 1.5"wood plus R- 12 insulation 18CR-50: Roof/Ceiling-Under Aftic with lnsulafion on Attic 544 957 0 435 435 Floor(aiso use for Knee Walls and Partition I Ceifings), Vented Attic with Radiant Barrier, Dark �' Asphalt Shingles or Dark Metal,Tar and Gravef or Membrane, R-50 insulation 20P-�c: Flaor-Over open crawt space or garage, Passive, 313.3 10,615 0 7,206 1,206 no insulation,carpet or hardwood 20P-19-c: Floor-Over open crawl space or garage, 591.9 2,604 0 296 296 Passive, R 19 blankef insulation,carpef covenn� _ ......_ Subto#aIs for structure.__... 2- . .._....� . _... _. ....... . ........ 7,69Q 0 7,42fi 7,426 People; 0 0 0 0 Equipment: 0 0 0 Lighting: 0 0 0 Ductwork: 15,485 p 0 q Infittration:Winter CFM: 0, Summer CFM: 0 0 0 0 0 VentUation: Winter CFM: 158, Summer C�M: 158 5 936 3 327 1 0'f2 4 339 �..... _ ....__ _........ _...... _...._... _..._.._. _ .. _... �..... � � � _. .._ .... . _....._. ....... _. Total Building Load Totals; 49,111 3,327 $,438 11,765 Total Building Supply CFM: S78 CFM Per Square ft.: 0.32� Square ft. of Rovm Area: 1,787 Square ft. I�er Ton: 1,82 Volume{fti)of Cond. Space: 94,697 Total Heating Raquired including Ventilation Air: 49,111 Btuh 49.111 MBH Total Sensible Gain: 8,438 Btuh 72 % Total Latent Gain; 3,327 Btuh 28 �o Tota1 Cooling Required Including Ventilation Air: 11,765 Sfuh 0.98 Tons(Based On Sensible+Latent} _._._--- ----...._....--..._.......-__._.�....___------------.._.__......._....__ _.�__________________------�...-----_...__.._ C:1Program FiieslElitelRhvacwlPrajectslLDK Fairbanks.rhv Tuesday,August 23, 2011, 1:19 PM � { . . , . � � a - ������ . 4 .. . /�• jj� Ft. Ft� ��������� ����������M. ����i,}�...� 2..,>f:l ..T� K� ' .. .�V,�.�n ��SV r�.5 \ t. � x�.:, Caiculations are based on 8th edition of ACCA Manual J. Aif computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads. I'� I —_.._---.—__.--------.�_..._..-----------...-�-----___...._......_.._..----........_.--__._.._..,___...-�----..._._.,_..�._..�........_..---_. __........_._�......�._..__._........------------.) C:1Program Files\Elite\Rhvacw\Projects\k.DK Fairbanks.rhv Tuesday,August 23,2Q11, 1:19 PM