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<br /> , PRE�C�RIi�TIVE ENEi��Y' �+DI�►E �C311nF'L1A�l�� VEN�TILATIC�N S�CNED� LE v�riNDow, SKYLI�HT8� DOORSCHEDULE � �� �
<br /> GONDI770(`;cD FLU�RAR;A: 3?,�-}t 5U1v1 OF UA FOR HEF,TiNG SYSTENi StZING: 22�1.7 �� �
<br /> This project will use the requirements of the Prescriptive Path below and r ��un�,oF���c���zi������s r-�on,,�sE�o�r�: -r�a cuoEs hor�Nc�u��c��,,��r nao��,�,rvw��t,v� W w; �o
<br /> _ _ _ ._. _ _ 2015 IRC .SECTI�N M1507 . .__ _ . _ _, _ ti cV
<br /> GLA73[�'tCs TO FL�]OF�l�RC(�FL'h'ilUc 23.3'l0 �--'. ,� o Z \
<br /> incorporate the minimun� values listed. In addition, based on the size of the SYMBO� LOCATION MINIMUM FAN REQUIREMENTS ex�nnPrpoqRANawitvooW � ' �'_ •���`��� r
<br /> __ _.. . � �t . p
<br /> structure, tk�e �ppropriate number of addi'tiona( credits are checked. �, Foo�, ` u-Vt�� a��r w F, aR�f� ` u� w�-;��;-.� �3.
<br /> � Bath, Powder, Min. 50 cfm�f 0.25 WG (IRC TABLE M1507.4) �;�n,��rsvvir�c�r�cc��aRtz�s.F.mt�x� - u.Ga o.00 �-¢ '`' ti' ��
<br /> : All Climate Zotles /a L,aundry E�N�NTwriNr�ow�i��.F.h���.x) a.c�o �.ac� � `�`�r ���'�_.
<br /> �a
<br /> R-Value`� U-Factot`' With use of Creclit 1a �� sva� oFaRE.a„r��u,a,=aat�r�arlr�csvsr�r�asrzFon�c.r: � o.o o.o � �
<br /> , Kitchen Min. 100 cfm at 0.25 WG (fRC TABLE M1507.4) . __ _._ o '!�
<br /> M15073.2 Controi and operation. EXTERIOR DOORS(OPAQUE) �n �,/ .,,� �
<br /> 1. Loc��tion oi�controls.Controisfor a11 ventilation 1�11507.3.5 Whole-ho�se ventilation integrated with a Fenestratian U-Facto��' n/a 0.30 0,28 U-Factar � �, (Range haoei or down draft �xhaust fan rated at min.�00 efm Raati� rrPE ��� u-vf��. Q7v �rr N rarze<� u;;
<br /> , systems shall be readily accessible by the occupant. forced-air system.This section establishes minimum
<br /> Skylight U-Factor nla 0.50 at 0.10" Vt/G may be used for exhaust fan requirement.} F°Y�R r�c�°a 'fvs�c o.as �- i �.a� e.00 z,,aa s.s� �
<br /> prescriptive requirements for whole-house veniilation GAFiF,G� DOOR �r1�EC �3.33 7 2.�7 G.67 11.81 5.88
<br /> 2. Insiructions. Operatinginstructiousforwhole-house systemsintegratedwithfozced-airventilations �tems.t�. Glazed Fenestration SHG�"'� n!a tl/� WhQ�@ HOUS2 �iZ�d peC" "Inf�fI711tt@Il� V�C1tICatI0C1 FIPW Rr"��9" bB�OW. „<. - -
<br /> ventiIatzon sysfems shall be provided to the occupant y Dc70�2 r1oEG U.p(? �,�U
<br /> _ • � vl� �w>-�z�t-wL�
<br /> 'o s all
<br /> by the instailer oz the system. system which meets all the requuements of this secti n h . � � C Farl Whole hOUSe fans IOG�ted 4 ft. tai'I�SS ft"OtTt in�Bl'iOt'gt'Ifle t0 _ _ s1M oFA�te,�pNo u�a:, 3s.s �2.s �-o z c�z o o F w c�o
<br /> ' 3,- Loca 1 e�aus t sys tems.Loc a 1 e.Y h a.us t sys fems s ha ll be deemed to satisfythe requirements for a whole-house Cellit�tg 49 0.026 --
<br /> U� z¢ � �n5
<br /> u ARcA bVclGNTED U=U.r,/ARER: 0.33 w Q Q �v�v �>-
<br /> �,,,,,�, h a v e a s a n e r a t i n g o f 1.0 o r l e s s m e a s u r e d a t 0.1 W G �Z�o r Z-�N w�
<br /> � be contralled bymanual switches,dehumidistats, yentilation system. VVood Ff�me W�II 21 int O.Q56 _ VERTICAL Gt�1ZING =o n-�m J�r z cn�
<br /> " timers or othez a roved means M1507.3.5.1 Integrated whole-house ventilation - _\ ' 21l21 t, ��1TE f��Vl ITTEI�IT �V11C1. CftTl = 1�0 at �:�5° WG (IRC TABLE M 1507.3.3(1)) (ALL,WINDCIWS ARE DOUBLE GLAZED.U-FAGTORS ARE DETERNtiNED IN ACCORDANCE WITN NFRC ��0) �c~i��o n"�N a o�
<br /> , PP A�lass Wall R lalue �.056 �aohn rrp� ��F r.��at�e��r��rl�� ��is '�r��E �r��« ��-vF,� .�Pcks c�rr w M �s��n u� Q�Wa�� °
<br /> 4. Continuous whole-house ventilation systems. systems.Integrated whole-house ventilation systems
<br /> Continuous whole-house ventitation systems sha11 shall provide outdoor air atthe rate ealculated using Floor 3Q� 0.029 38 R-Value (0.025) UENTILATION FLOW (baS�d Ort 3,341 S.f. fl001" aCB� & 4 bedl'OOI71S) �= c�w z o��
<br /> j a.�a o.00 ou�Z�=��zZ�-
<br /> o erate confinuousl and be ec ui ed with an Section M1507,33.Inte ated forced-air ventilation ( (�TE (daily fraetional operation time - 75 %� r- o r- z Q w W
<br /> P Y 1 PP � Belo�rv Gr�de VVali`•`` �10/15�/21 inf+TB 0.042 R-10 erimeter&entire sJab ��y�� P���ftE r��i�e�r�o aalo uiNv� �>>t r�s surau�a� o:?r Eoc�� � �.�o G.00 �.00 ?��� w o o��0 3� ��
<br /> overrida eonfzol.A"fan on"switch shall be ermitfed systems shall distribute outdoor air to each habitable I p • DEN F�Cr�EUftE ht��GFlIZO 8320 VIPJYL AlR YES SUNGi89 0:27 E�c;E 3 2.5n ci.(3o �t5:oU i�.t5 ����a ��
<br /> � All fans to �nt to outs�de. Alf other requirements of the 2015 WSEC and �--�----�-- ----- ------ .�o �_o � � 1;W Z�W?�Z .
<br /> as an override control.Controls shall be capabie of space thzough the forced-air system ducfs.Integrated Sl�b`�R-VaIU� �De(�Ih 10, 2 Tt n/a R-10 �eCitlleter&entire S lab � 1 �
<br /> DGP� F1'NNiNG h:iI�.GFIRD �44Q VINYL tliR YES uUNGli89 �.27 E�GE 4 2.50 k` � Q .05 �����o p 3 3 z_U
<br /> operating the ventilafion system without energizing forced-air ventilation systems shall have an outdoor air
<br /> the 2�15 (RC section M`1507 must fae rnet. r�Er�� �icru�� raii����Ho sszo vir�v� a�� r�s suraG�&� a.27 �ra�� � �.�o �.�o i1.z:J 3.0=� W��}�;����N��
<br /> ofhzr energy-consuming a liances.A clearl visible inlef ducf connecting aterminal element on the outside of F4f SICiC��� faft�f-Of'JOIS�-VaU�f2d C2llfflyS, �f12 It1S ll��tlOCl I"T1��h2 I'�dUC2d f0 FZ-3�. G��l G�15E tv11L.GARa II520 VIt�dYt, A{R '(ES SUNGi89 q:27 EGGE 1 2:50 t�.�0 15.(Ifl �4:a5 ��m o�a 3 0���N
<br /> PP Y PAN'IftY GASE P�iI�GAC2U i3520 VINY� Al�t YES SUNGiBJ 0.27 J ��GE 1 1.5U �.SG 6.75 1.82 a w ��o N w��
<br /> labei shall be affixed to fhe controls fhat reads fhe buIlding to the retum air plenum of the forced-air
<br /> Table R402.1.1 footnc�tes inclucled on Sheet A1. ��,,,�,�� ��H E D UI L E
<br /> "Whole House Ventilahon see o erahn system,at a point within 4 feet upstream of the air - . - . • , KffGHEP! PIC'EURE DAiL.G�IR(� 832U �/fNYL AiR '(ES SUNGi89 U.2T � EGc;c I tU.qO 1.00 1f7.0[� 270 �c��Q�����cn¢�
<br /> ( P g
<br /> instructions . , handler.The ouidoor air inlet duct connect�on to the Each ciwe(ling un�t�n a residential building shall comply w�th suffic�ent options fro►i� Table R406.2 so x�rc��Era c�s� rvn�c��G aezo �i�rvr� ai� �r�s sur�c���� a?r Eor_;E 1 ?.�o �:,r� i�.2, 3.oa �Z��,J a F� N v o
<br /> 5. Intemuttent)whole-house ventilation s stems. return air stream shall be located upstream ofthe forced- as to achieve the following minimum number of eredits: 2015 I RG �ECTI QNS R314 8� R315 U'REt�F fJ�A PICTURE �r11LGt�RD 3320 VINY� AIR Y�S SUNGiE�9 0.27 �ED��E a 2.5p 6.�JQ 75.OQ 202`a ���Q����o�o�
<br /> Intermittent rvhole-house ventilation systems shall ' air system blower and shall not be connected directly into GF�FiT R(vt S.G.D, P�iILGARR s�i2t �!krlvt� AIft vEs sUNclis9 0,27 � EpG� t to.00 3.0t7 so.00 z1.6{� ~�'~J o�z��z Z�
<br /> SYMBOL DESCRIPTION REQUIREMENTS z3cna,,,00Q_oa,,,
<br /> comply wifh the following: a furnace ca bine t to preven t f herma l s hock fo the heat 1.SI71�1) D4YB l Gi1C�Ufllt: '�.5 (?Q(llts GREAT RPd PICTURE lvtII�GFlR� 632o VI�JYI_ Fl1R YES �uNGi8�J h.27 EDGE 5 2.50 t.�0 78.75 5.o�i ��=N�-o Q�_� _
<br /> Smoke *11 Q V intercannected wf battery backu . �-���T�r��� �w�v+r,c rr�i�GFlRc� a�o +rGr,v�a1K Y�s ,u�,�r�s� a.zz ���� , z.5o ,.:�o �.�� ,.oi Q o Q W�W��o���
<br /> �.1. The shall be ca able of o eratiu exchauger.The system will be equipped with a motorized � �
<br /> ` ' y ' e t P ' P g dam er connected to the automatic ventilation control as D�.��eUing ur�its les s fhan 1500 s quare feei in canclitioned floar area with fess than 300 � * , , p �3Nir�t� s.�.r�. rfii��a�to s�zz �itrar�Airz YEs suNctiss o.za �oGE t r:5a �.00 ��.e�c� }s.?o a z w���>�n.�a a
<br /> mtermrtt n ly and cont7nuously. P A Alarm Installecl an each floor irt each siee ICl aCGa af1C� - - ---
<br /> 5.2. The shall have controls ca able of o erarin specified in SectionM150732.The required flowrate square feet of fenestratio�l area. Additions to existing bui(ding that are 500 squ�re feet of a � p J � �irvirv� P�c€u�E ti�i�c;tti�t� �a2o vErv�r�fvr� �rEs suNu�a� o,2r eo�aE � z.5a r;.co ��.�� a.o,
<br /> y p P g heateci �loar area but�ess than �50o square feet. outside each separate sleeping area. Installed not (ess than o��:�r��� t�w�v�r�c� rf�i��,f�r�U �a�o VINv��iFt YEs su���ss a.z-r Eo�aE , 2.�o t.�o 3.73 ,.«�
<br /> the e�aust fans,forced-air system fans,or shali be verified by field testing with a flow hood or a �
<br /> supply fans wifhout energizing other energy- , flow measuring station DINING�PIC(URE h�ilLGf1RD� 8320 VINYL t11R YES SUNGi89 D.2I EUGE 1 7.50 G;�30 �5.G0 i2,t5
<br /> 3 ft from the door of a bath which contains a tub or shower �----� �-- -�-�--�-� ---- � � N �
<br /> consumiag appliances.53 � IVI1507.3.5,2 Ventilation duct insulation.A11 supply o2. Medium Dwellincj Unit: 3.5 points D1N1Nc; Fl+>VNING h�iiL.GARO 844o VfNv� �12 Y[5 5u�lGiII� 0.27 �DGF 3 2.a0 1.50 1 i.25^ 3.04 � �
<br /> . ...�. __ _��.�.
<br /> 5.3. The systezn sha11 be designed so that it can in the conditioned s ace shall be insulated to a llfll@SS �hIS �fE:�F;�tS �IaC2111@Clt IIl a CGCjUiC2C� IOCatIOCI. �� 4:o0 0,0o I..�, � � �
<br /> duCfs P /�� CfW2��ltlg UIIItS tfla�af2 flOt ffIC�UC�2C� I(1�F1 Of��3. �XC@p�lOtl; �1Ne��IflC� lllll�5 S21V1IlCJ x • • • STAIR PICFURE N1ILGARp 8310 Vlt�!'fL Aln 'fES SUNGi39 0.27 EUGE 1 S.Qo G.04 ;10.Uq %.10 � z
<br /> operate automatic�llybased onthe ty��e oz �inimum ofR-4. , LIS�Ed !Il aCCOrdatlC2 Wlth UL 217 atld tO COt7lply Wlth NFPA 72 , _ , r r ?�,�Q �.oa Q � v�
<br /> F3EPRp;t4 Cf�SE Pr11LGtaRQ f3520 VINYL r11R fFS SUNGif33 D.27 EDGE 2 :2:atJ 4.�0
<br /> �ol,trolt;�r1eru,5lalled. - - R-2 occupancres shal� require 2.5 credits. Combinatiort "Installed on each floor, outside af each separate sleeping aeoaa,�� r�icrur�� ti���ca�-�� �:s�o v�NY�.ai� Y�s sur,u�a� �.�7 �ne� z z;�o 4.so z�.5o s.{aa � W � � �
<br /> 5.4. The intermittent mechanical ventilafion system P��15�1•3•5•3��tc��Ur���zl��et�•I�lleis st?all be screened
<br /> �o
<br /> . . .. . . . . . .��. . . ' �� � . . . . .,. . .. . .- c �.. ,r ��. �• � I
<br /> w
<br /> shall operafe at leaSt onehoui out of eVery or oftlenvise protected lrom entry by leaves or o[her �3. Large Dwelling Unit: 4,5 points SA CM ��oizr.�.3 SL.IDECt �aiIL�AR� 31Z� VIN r� Af2UOt�t Yc5 �UNC�J�89 0.27 EUU� 1 5.00 -�.50 �a.50 6.Og W
<br /> � Smoke area �n the immediate wcin�ty of the bedrooms and in a � �-
<br /> ' �UNDRY C.:ASE PAIL�AF2C} 852Q VINYL Alf2 YcS SUP�Gi89 0.27 EDGF 7 1.��U �.50 �.75 1.�2 � � � H
<br /> four. material.outdoor airinlets shall be locatea so as not to Dwelling units excecdin� 5000 s uare feet of conditioned fioor area. Alarm & bedroom that contai�ls a as fire lace iCt the bedroom or a�r�r�r,t� sunFfz ��u�ca�t� aizo viri � �Uo r=s survu�s3 ��.z� -� � i �o�a ��a �z:. r-r� `-' _
<br /> �.5. The s stem shall have a manual confrol and take air fzom the follo�ving areas: a g p X A N i � � �E .,. �..., .5U a.73 � � �V
<br /> Y `..._`
<br /> automatic control such as a 24-hour clock 1. Closer than 10 feet from an appliance vent outlet, 4.Additions less than 500 s uare feet: .5 credits Carbon adjacenf bathroom.
<br /> C�EDRh�i 2 PlG'TURE tu11LGRRD 832�J �!iNYL�IR YcS SUNC'.liII9 4.27 EDGE 1 Z:S� 4:50 11.�5 3.04 � H N Q
<br /> ❑ p MSTR E3R PlCTURE P+llLGARD 8320 VI�IY� FUR Y�S SUNCJi£19 0.27 EaGE 'i 7.8J 4.5Q 33.75 9.11 � ��
<br /> timer. � � " unless such vent outlet is 3 feet aoove the outdoor air IVIOnOXiC1@ "Smoke alarm re uir�m�nts �f abOV�. = O
<br /> inlet. � p P.iSTR�3R CASG h�11LGARL E3520 4/WYL �!R YFS SUNGiF�9 0.27 ECIGE 2 Z:�O 4:50 22.50 6:Ot3 j�
<br /> 2. Whereitwill icku obectionableodors,fumesor �NERGY CRE�IT OP'�"l+�N DESCRl�'TiQNS A(a�m xCombinatian smoke & carbon monoxide alarms listed in Pi1S7PBE\ RECTURE t�iILGr1RD 3320 VIM(L t11R Yca SUNGi39 0.27 EDGE t 5.00 4.50 �2.5!7 �.03 � � �C �
<br /> 5.6. . p P J �.9STft Bt1 GF�SE P�11l.GARQ 852Q VfNYL A]R YES SUPJCliB9 0.?7 EDGE l 2.50 4.50 11.2:� 3.Oa 1 � � �
<br /> 5.7. At the#ime offinal inspection,the automatic flauunable vapors. aCCOt'daC1C@ Wlth UL 217 & UL 2034.
<br /> 3. A hazardous or unsanitary location. C) t{Orl D2SCri tiOCl CreCli't s Bt7Nus GQsE ��t�Lr�aFt� 652o vl[vY� A�Ft vEs SUNuia9 p27 �oGF 4` 2.5r� 4:5c� 45.EJo t2.16 = r
<br /> control shall be set to operafe fhe whole-house . � p � � BOP�US F�IC'TURE h41L�Af�U 8320 VID��fL a1C2 YES SUP!CaiF�9 4:27 E�IG� t S.�Q 4:5D ?2.FU 6,08 O O tf)
<br /> fan according to the schedule usedfo calculate 4. A room or space haymg any fuel-burnmg appliances � wf„{�LE ��US� v�N-���...A-�1�N B�NUS F'[C"�URE PdILGAR� 83`LO VIN'fL Afft Yc5 SUNC�iS3 0,?7 E�G� 2 'L.S� �3.50 `L'L.50 G.D�3 � o � �
<br /> thewhole-housefanSiZing. therei�. 1� Effieient Quilding En4�lope 1� 0.5 Q.� -- r , w d- .o
<br /> 5.8. A label shall be aff'ixed to ttze control that reads 5. Closer than 10 feet from a vent opening of a
<br /> a.00 �.00 � H � t�
<br /> �b E�Cl�llf �UI�C�IfI� Ef1V2�Q(�G �� �.0 ❑ ` �- - SUtb!OF�REA RN�J UR: �753.75 203.51
<br /> "Whole House Venfilation see o eratin plumbing drainage system unless the vent opening is � OP71CaN i. fNTFF�,YtITCEN7 WHOLE HCaUSc V�N'Tlit\"IION USING EXHAUS7 FANS (If2C PA1507.3.�) r ^ � d�- d�-
<br /> � � g 9'ZO (vliN. GFP�1 c'�"J U.25 VVG EXHAUS�f E�A(�S t=LC}��I�A�i�ING PER 1RC TABLE(vT15�7.3.3 11 AR��iNc/GHTE�U=tJAfAF,EA: 0.27 ��
<br /> insiructions)." at least 3 feet abovethe air mlet. 1 C E�efent Quifding En�lope 1 e 2.0 ❑ G OVERHEAD GLPZING � Z N �
<br /> 6. Attic,crawl spaces,or garages. OU'fU00R AIR C3l5�RIBU�I�D TO�ACN HA�ITABLE ROCJM BY WDIVIUUAL OUTDOOR AIR 1NLETS.
<br /> M1507.3.2.1 OpexatixAginstrucf�ons.Installersshall �C� �ffClBtl� �UI�dif1C� Efl��0�2 �d �.5 ❑ ROOh:f Tl'PE F��i- P:1�J�_LFF2;1Pv1E GaS 'LO-E L;�iYEF�S V-Vf;L ("�tY l.N H AR�A UA 7 d..�
<br /> rovide the manufacture' in ta laf .`� OPTIOf�!2. iNTER�+if[-CENT WHOLE HOUSE VENTILATION RJTEGRATED WITkI A FORCED-AIR SYSTEN( IRC,M15D7.3:5` Pds'[R F�A 5K'(LIGFit" titItGARD 7�0 ALUtvi �F;G�ai�t Y�5 U8L 0.4� 1 4.G0 2.G4 S.E7� 3.92 L W I.i�
<br /> p rs s 1 ion,operating ( a ____ � � � X
<br /> 2tG Air L�akage Controi anc! E�cient Ventilation 2a 0.5 [] � � Q
<br /> instructions,and a whole-house ventilat�on system PR4V1qE OUTDOOR F�IR AT 120 CFM PER IRC SECTIQN M 1507.3.3 S�3"AEFZ SK'fJGt-f( fviILGAFtD 79� 1A!UAA Ai2�3q�t_`fE:; p�L U.a9 1 4.0�3 4;r)0 �6:04 7:8i Z H �
<br /> operation descripfion. 2h f�IC �B�k�?C�� CQC1tfQ� c111C� EffIGI@Cl� �/BIltl���lOC1 2b �.� ❑ MOTOF21Led DAP:iPER C���N�CTEO t"O TNE AUTOMATIC VEN"tILATION CONTROL BAT1-12 �KYLIGPtT f�III.GARO 7J0 �F�LUhri �1RGQht `tGS D3L q.;3 l 1:16 t.16 �_ 1.35 O.fi6 j �
<br /> SKYLIGF�i� P+tILGARG 7�0 �o�LUl�ei �ARfarJP! YE� Oc3L 4.49 � � 0.00 Q.QO Q O
<br /> MX507.3.3 Mechanical ventilation rate.Thewhole- 2C /�ir Leakage Contro! and Efficient Ventilation 2c 1.5 ❑ � QPTION 3. If�lTERt�riITTENT WNO�E HOUS�VENTILATIQN USING A SUPPLY FAN(IRG fvU507.3.6} ' SUf`AO;=�P,cA AND UA: 25.35 12.42 �
<br /> house mechaniczl ventilatzon sysfem shall provide PFZOVIDE QUl�OUR AIR AT 920 G�fv9 c�0.40 WG PER IRC TABLE M1507.3.3(1) ARc� V+JFIGNTED U=vA/AREA: 0.49 �
<br /> outdoor air to each dwellin unit at a continuous rate of 3� High E�GieC1Cy HVAC 3� 1;0 j,Q' 0
<br /> g INCH Sh;itJOTi-1 OR iNCH FLEXiBLE OUTL�OOR AIRINLET DUCT PER IRC TAB�E M�507.3.6.2 .-+
<br /> notlessthanthat determinedinaccordancewithTable 3b Hl�h EffIC12C1Cy HV/�C 3� 1.0 ❑ VERTICALGLAZINGIN UNHEATED SPACES
<br /> BACK-DP:��FT DF�PviPER SELECTION: �
<br /> �I15�7.33(X�. FZQ�JP+1 IYNE ('�EF P.4UUELFf2Ah9E CUtaS iLQ E LAYcF2S U;V1L 5f'CF2.`3 QTY W ti AREA �
<br /> Exception:Thewhole-housemechanicalveutilation 3C Hl�h ��GIBCiCY H��f�G �C '�,5 � � CALIBftATEDMANUf1LV�LUR�tE �APAPER j����-��`�-� �--��� 4.00 �
<br /> system is permitted fo opezate intermittently whexe the �Cf High ��cieney HVAC 3d 1.0 � � NtA��IUAL VOLUNIE D�,P�iPEfl �� �__-� � � � 0.00
<br /> system has controls fhat enable opeCatioil fornot less �� AUTOP1tAF1G F�OW-f2EGULA7ING dEJICE SUM�F�lERTlCAt GL.A?fNG trf UAIH�AT�D SP�iCES: 4.00
<br /> than 25 percent of each 4-hour segment and the 4 HiC�fl �ffiCletlCy HVAC DIStCif�U�1011 SYstem 1.0 ❑ (r7ot lncluved in sum ot at!ylaziny zboJe}
<br /> ventilation xate prescxibed in Table M150733(1)is OPTIQN 4. lPlTERP�tITTENT WHOLE HOUSE VENT1t�TiQN USING A OVERHEAD GL./aZING IN UNHEATED SPACES
<br /> �Gl E�cient Waier Heating 5a 0.5 p,� ❑ , ;
<br /> mulfiplied by the factor determined in accordance with ` � � i-fEAT RECQVER`f VENTILATIC7N SYSTEtv1(IRG h91507.3.7) FtOOhli TYPE REF PAUOc�F�1tv1E UAS LO-E LAY�f�s V-�lAL ��'TY 4V H aF;_A
<br /> �rableMlso7.3.3(1). �G� � �' Cf�-� �1�1 �...t� 1!•-�� �'�jlJ��-�''�''% �b Efficier�t Water Heating 5b 1.0 ❑ � sxvuc��r �(��� � [��L____.., n.00
<br /> , o ' SKYUGf•i� � C Q.04
<br /> �������.-��p�,( Li,..p,�,�- ,f�i'� �.��� 5c: Efficient Water Heating 5c 1.5 [,� w[�.. T sur,a oF ov�RN�,��G�zrnrc rrr urJ'ri�ATcD SPRCES: 0.00
<br /> �� � � _ . P ��v � n��'�� v�� ■ ' ������ _ _ _ _ _ � jno!rncl!.�ded in sum of a!!glaziny above)
<br /> LG�oIL 11vS t�t L��fOA.I )Z,j'�� �--ya (�-�Gl ?ct Effic�ent Waker Heaking 5d U.5 ❑
<br /> �t'] �� � 1 (� Renew�ble Efectric Energy j ��512Q0 k��vh ❑ Crawlspace Area: 1462 s.f. A!R LEAKAGE Buiic�inq voiume= 2�a�9 cubic feet
<br /> �`� �����,a,�'���� If 1J�Y'� ���� 5�"�4� �� ���'�����"�, �,� Ventilation Required: 1462 s.f. / 300 = 701.76 s.i. ReqlCl CorTlponents ofthe buiicling thermal ern�lope as lisfed in TABLE R402.4.1:1 shall be installed per manufacturer's
<br /> F � TOtal CC�dI`tS speeificakians ta limit air leakage rate to not exceed 5 air changes per hour(ACHj
<br /> �.j,,��„�S Use: 14" x 7" Foundation Vents
<br /> AIR LEAKAGE CALCULATION {maximum blower test CFM) GFM,�.�aiC ACTUA�Blower test resuli �
<br /> SItVI�'LE �-�IEATING SYST�IVI SI�E Vent Area = 98 s.i. - 25% reduct.,1/4"CT12Sh = 73.5 S.I. maximum ACH CFM�4•ca�c = ��-��`VOL.(i�3)X5 ACH I 60 fTll�l = 2d58 �fm cfm
<br /> This heating syster�n sizing is based on the Prescriptive Rec�uirements Vents Required= 701.76 s.i. IVent Area = 9.55 s.i. �
<br /> • of the 2015 Washington State Energy Cocfe, This is for h�ating only. AGCA Provide : 10 14�� X 7�� VeC1tS, Area = 735 s.i. VAPOR RETARDER �
<br /> ��l�i�C�Y G��� IT 1�OT�5 .
<br /> pl'oCedures for sizing Cooling systems should be usEd to determing cooi�r,�. Ventilation Provided = 735.00 s.i. is Greater than 701.76 s.i. Req�C� FL.00R � 4 hAll.PO�Y � FAGE STAPI.ED F3ACKED E3f�Cf� � PLYWOUD WI EXT. GLUE �
<br /> US@: '�� ���� X 7�� FOUI1CIat1011 �,/�C1fS WAI�L Q�PAIL PQI�Y � FaC�S7APLL.D BACKED BR'("fS X PVA PRINIER �
<br /> _ _ � �
<br /> �JCI- �7�tJ �U���tG� �� M I� Indoor Desic�n Temperature 70 " FOUNDATION VEN75 SHALL NOT IN7ERFERE WlTH DIRECT LOAD PATH 4F COLUMNS - - �
<br /> RIP�t JOIS�i 4 MIL PQL.Y X FACE STAPLCD BACKED 6A�("i� PVA PftIMER �
<br /> ��II� O� �`t� C�utdoar Desic�n Temperature 2Q _ 0_ 0 � _
<br /> �� O 0 " INSTALL�6 Mll, BLACK POLYETHYLENE VAPOR RETARDER GR�UND COVER
<br /> � a D e s ig n T e mp e r a t U r e D i f f e r e n c e C E iL I NG p4 NtI L POLY � FACE STAPLEU BACKED BA�t-CS �X PVA PRIPnER �
<br /> j " LO�ATE C3NE VENT WITHIN 3 FEET OF EACH COE2NER OF THE BUILDING, EXCEPT'ONE SIDE - - ^
<br /> Indoor-Outcioc�r Desi�n Terrp 5U ( , �
<br /> Con�litioned Floor Area 33�1 OFTHE BUILDING SHALL BE PERMITTED TO HAVE NO VENTS. ReSIC�E'tltlal COiIS�I"UCtlOtl EI'lE'1"(,��/ COtl'1pllatlCe v �
<br /> �c�- �LL S�OY��i����I�s � �
<br /> Conditianed Volume 29499 ���� ��������'��
<br /> �I TG��� S I�� ��UG�TS AIR BARRIER AND INSULATION INSTALLI-�TION TABLE R402.4.'1.1 m
<br /> Glazing
<br /> .
<br /> I N�T�I��.�D TO �� i��T�l� �T Sum af UA fi'om Gl�zing Schedule 228.7 Standard Truss! Scissar Truss Roof Framin� Assembiy: UPPER ROOF COMPONENT �AIR BARRIER CRITERIAa INSULATIOhJ CRITERIAa �
<br /> � � I . I� ��I�I o� L�J J. �L.L O Tl-i�� ' A continuous air harrier snall be insialled in lhe
<br /> A�IC U-Fc'iCtOC X Are�a U�4 ROOf Afea : �775 S.f: , Air-pernr:al�'i:insufati�n shalf not be used as a sealiny�iraterial.� �
<br /> � rr f\iC 13211't�ict'�ltlCl bui,ding envelope.Fxterior U�ernt�l envelope Class I or I!vapor retarders ara req;�ired on ih2 interior side ot
<br /> R-49 0.020 2Q48 a3.25 Venkilation Re Ulred: 1775 s.f. X 1��/ 340 = $52 S:i. Re d �antains a continuous air barrier.Breaks or joints in �y
<br /> 1_��I�TO�Y ��UG�TS TO �-3� a a' ti��<«t�t���,�����L�� f��<<�:��a�,�,�s. � .�
<br /> Qther: _ Pro�ide between 40%� & 50�fo af the total required 4entilation no more than 3 ft be[ow fhe ridge or �ne a�r t�arrrer snau t,e seai�a.
<br /> I All cavities in the ti�errral enve,ope shall be filled w ith insulai�o��."fi�e Jensity of ihe insulation shalf be at tlie � � �
<br /> ����]� �T � .� o� L��'j�'j Single Rafter ar Joist Vaulted Ceilir�gs the highest point of the space. Remainderto k�e installed at ea��:nfs. rr�nutacturers��rc�auctrec�m��naationandsa�daeG�s�tysi�aui,en��nta�neatorai�voiuR,�oreacr,cav«y.�attry��e
<br /> U-��C�tOt" X At'B a = UA insufa#ian tivill shovJ no voicis c�r gaps and rt�intain an even density for tt�e entire caviEy.Batt ir�sufation shaB be � � �
<br /> �(]�2f ROOf�/@flflla�lOfl: installeti in kha reco��rrended cavit}'riepth.Whare an obstructio,�in the cavity�fue to servi�es,blcc�iny,bracin�or /'
<br /> R-38 0.02T G21�Fit}'it1S111atinR other obstruction exfsis,tne batt produet w ill be cut to fit fhe ren�ininy depth of tne cavity.�r�/tiere the batt is cut W
<br /> I/� I/�I AF50 Roof Jack (10" x 7") = 50.00 s.i. each.
<br /> �G� ��� r ����� ������ r �I�� Othet': iltSl�lllillit�tl aroutttl obstrur,tions,k�ose fill insulation shalf be placed to fill any surface or concealed voids,anrJ at the � �j
<br /> Upper Ventilatian N11NlMlJM = 852 s.i. x 0.� 1 s.i. of eaeh 4ent= 7 �nts r�ranufacturers'specifieci�iensity.��mere facpct batt is uscd,the insEallation tabs nust tae sta�(eci to tt�e face oE the «-
<br /> �, ,�j � M I� �� O� Q.� I Abave Grade W a I Is U-Fa ctor X Are a = UA Upper Ventilation MAXIMUP�I = 852 s:i. x 0.5 / s.i. of each vent = 8 �nts stud.�t,ere shau ee no co�p�ess�on to��e batk at�r,e ea��s�f�n�cavity due to inset stapliny installaison tabs. � �
<br /> P.-21 + R-10 NEADE RS 0.056 3483 �95.Q5 „ , Insulation thaf upan installation readily conforrr�to available spar,e shall ta?installed filEu�g the zntire cavity and ur ithin �
<br /> Pravide. 8 -10 x7` roof jacks. Ventilation = 400.00 s.i. � � � Z
<br /> The air F�arrier in any dropped r,eiliny/s�f£if shall be �atk insularUn instal(ed irl aitic Yoofi assen'r�lies n��;t�e �
<br /> Other: Ventilafion area remaincier for ea�e �nts - 452.00 s.i. (Req'd vent-Upper ver�t) �,i�g�ed w�tn tn��ns�ian�r���,a any��Ps��tne a�r �
<br /> Fl oors U-Fa ctor X Are a = UA coa�;esaed at exteri�r�,v al)lines to allo:�� for requirea attic
<br /> �etllltg�tttitiC barrier sealed.Access openinys,drop do�vn stair y p����.�i 1� � �j
<br /> �" Ea�Veqti(�tion: veniilation. 7he insu�aton in�n dro
<br /> �• R-38 0.025 2103 52.58 or knee ev all doors to unconditioned attic spaces �
<br /> Bircii�locking: (3)2.25° dia holes per bay = 5.96 s.i. per I.f. -25% reduction = 4.47 s.i. per I.f. snau t�e sea!e<s. or soft�t sn�i��e arynea tr;t�,�ne air na�r�?r. �
<br /> Qther:
<br /> Eabe Venfllation Requifed = �#52,00 S.i. l 4 47 S.i. per I.f. = 101.12 I.f. Gavities si�tl�in eorners and headers shal!i�e ir�sulateU by � �
<br /> Be I Ow Gr'ade W a I I S U-Fa CtOC X ACe� = UA The junction of the foun�aiion and sill plate shall be corr�letefy tiiling the cavity�v ith a material having a rriniirur�i
<br /> Provide Minimum ; 102 l.f. birdblocking: Ventilation = 455.94 s,i. seaiea. rr�e�unce�on or tne cop�Eate a�ld�o�or tiQ �
<br /> R-21 Interior 0.0�2 Walls therrr�l resistance of R 3�wr incti. �terior lhern�l envelope � ^
<br /> exleric�r�N alls shall be sealed.Knee w alis shall b� i�s�alaiicn for irarr�ed�r�alls shall bz installed in su�stantial con;�ct �
<br /> Minimurryu tilat' t�-P�ovi - 55.9 i IS RFATE AN : 852 �-k�eq'd seaiea. �- �
<br /> R-1 a Continua�.�s exterior 0:064 and continucus alignrrent 4a1 iih ihe air barrier. �
<br /> Qt�l2r: Wltldows, skylights Spacebet�rreenwindo�vldoorjan-i3s�ndfrarrin� �
<br /> Slab Below Grade F-facttir )C Length = UA ( RC)l7� �/ENTlLATICIIN anddoors andskyr�nt5anarran,ngsnaubeseaied.
<br /> DESIGNED 8Yc DATE:
<br /> R-10 F��11y insulateCl Q.36 Rafters: OUTDOOR LIVING I��i�i.l��ts �n�j��sts shalt include the air barrier, I�mjoists shau be insulated �-��� ����
<br /> �tr1E'•r- fZOOf/-1f2a : �92 S.f. ;nstalfed to n�intain perrtanenl contaciµ1 ith unciersid�of DRAWN BY: DATE:
<br /> S la b o ft G Ca Cl� F-fa Ctor X Le n th - UA ;lGC7fS {including above• me air barrier shall he installed at any exposEd subfloor dzcNng or Uernitted to be in contar,t v,�ith thz topside oi �R� �/��/��
<br /> 9 Ventilation Req�aired: 192 s.f. x 144! 300 = 92.16 s.i. Req'd g �age and cantilevered) ���e of insu�atiori. sheathing or continunus insulation installed on the undersiele of
<br /> ,, flovr frarcinq anQ extenci fromthe bottc�mtc�the top oF all
<br /> R-10 Fully itZs��lated 0.�6 Provide between 40% & 50% of the total required �niifation no more than 3 ft below the ridge or --- PRo��cr rnANncER:
<br /> Soil in umrented craw!spaces shall 6e covered �M�ere provided in lieu of floor insufaYion,insulation shall be Mp,RIJGS JENKI NS
<br /> Otiier: the highesf point of the space. Remainder to be installed at ea��ents. �=������'�sl��l����'�j��� w;tf�ciass i,��acK va�or retarder w itl�joints taped. pen�pnent(,aftacnec�io i�,�cr��,�r is�ace���aus.
<br /> REVISED �Y: D/;TE:
<br /> Upper Raof Venfilatian: l�<<fis,��i;iti it'tttl(�ns Duct shafts,utility pe�ietrations,and flue shaffs o,�eniny to extenor or unconctitioned space stiall 6e sealed. �O �J�-���6
<br /> S um of UA 52�J.61 Vents at sheathing at`bottom of rafters aa��s��,na�r��:f cav�iies shai�be cut to ra ana tnstauec��o ihe , �O i 0/�4/I6
<br /> correct der�sit/�.v ithout any voids or�aps or conpression.
<br /> � o �!<u'Cb\1`CEt\'111Cti
<br /> (3)2.25 dia holes per bay = 5.96 s:i. per Lf. - 25/o reduction= 4.47 s,i. per(.f. �rro�rr 4av���e5 snau be r�ued ay insu�atY�n�n�g on�nstauat;o�,
<br /> �nvela�e Heat Load 26480 Btu / Hour Provicie IVlinimum : 11 I.f: Ventilation = 49.17 s.i. r�aa�iy�vnror�,�ro�ne ava�iable cavi!y space.
<br /> Sun�of U�,X CJ�sign Ten��erature C�ifference ��lcttgC sepill'1tta11 ��r sealing shall be pravided bet�vpen the yarage and conditioned spaces.
<br /> Ea�Ventilation:
<br /> Air Lea ka ge Heat Loa d 15929 Btu / Hou ltcc�ascd !i�[ztiiit; Shall be s2aled to tiie dryw all. 5hall be air tsc�ht,and ICrated.
<br /> Birdblocking: (3)2.25" dia holes per bay = 5.96 s i. per l.f: - 25% reduction = 4.47 s.i. per Lf. aa�t��5�,i���o�snau b���,t�,e�tiy[o r�t arou�,a a�,tr��,�and LATERAL BY: �ATE:
<br /> ((V�Iurt�X 0;�) X 'L�esign Outcioor'Terr�) X .018)) plun�ir�y in ex(ari�r v�al�s.There shal!be no voids or yaps Qr M�� ���I����
<br /> Provide Nlinirnum : �1 I.f. hirdblocking. Ventilation = 4�.17 s.i. lu�uf�in<>��nc!��ririug
<br /> BLII�C�ItI� ��SlCjil �'�@c`lt LQaGI 42410 BiU / H�U � corcpresson�.vtierecuttofii.Insulationthat�ead�fyconEornnto LATERAL JOB NUMBER:
<br /> � Minimum Ventilation Pravideci = 98.34 s.i. IS GREATERTHAN : 92.16 s.i. Req'd availahlespaceshail2x'tendhehindpspir�c�andsviring. �I6-484
<br /> Air L��kagc+Fivelope N�at Loss �
<br /> Buildin and D�ict Heat Load 1.1 �6651 BtU / Hout� ��� ��\\ /� fnstalledatPxteriorwallsadjacenttasho:versand
<br /> g �� � S110�t'et`flLirUraC�tttb tubs shall s..parate them from sh�w�ers and tubs. �ieeior w alls adjac�nl to sho;v ers ct t�ehs shalf be insulatad
<br /> Us'e 1.'I if ciUCts �fe I�C�!ed in unconclitionc�� space: Surn of B�iilding Heat Loss X 1.1 I,i�CCtl•Ict���(�il(�llC �0\ Barrier shalf oe installed bzf�ind efectrical or conn7.inication ooxes on exteric,r�rialf or u�stall air sealed hoxes. ��
<br /> Use 1 if ducts are (ocafed ir�condi[ioned space: Sum of Btiilc�iny Heat Loss X 1 I _ - - , Boots that penetrate ouilding fhern�al envelope snall
<br /> Maxim��m Heat Equi�ment Output 1.� 65311 Btu / Ha�.ir � , � . ' __ ,.r;y t1V�C. re��isterv��otsoeseaiedtothesubfEoorordry:a;au.
<br /> Us�1.�}for forced air furnace: Buildiny d�Quct 1��at Loss x 1:�� ' �!i� , s ? Wnsn required to besealed,f:re speinklers shall
<br /> 1 , J� ont,be sealad in a c»anner that is reeanmended by ��
<br /> Use 1.25 for heat pu«p- Builciing &Duct!-'�at Loss x 1.25 � ; �'�, ` � !, i; ',) !��' • ! Cnncealed Sprinklers tne mm�ufacturzr. Cauikiny cr oit�er adhesiv�
<br /> - - sea(ants sha!{not be use�J to filt voic�s bet�v een fire
<br /> �. "' sprinkler cover plakes arrd w�11s or ceilinys.
<br /> I - ANW 4VOODINVILLE OFFICE
<br /> I �����Ui..�S . JOB NUMBER:
<br /> ScaL.E: I" = I'-o" ��O I��
<br />
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