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COMPONENT CRITERIAa GLAZING SCHEDULE
<br /> � SIMPLE HEATING SYSTEM SIZE A continuous air barrier shall be installed in the building envelape. Exteriar thermal envelope contains a coN�iTiONE�F�oo�t a,REa 2�ra� ��tnn c;F Un.F�R!��x:r!�v�sYs�� 2X6 TOP RAIL TYPiCAL '
<br /> Air barrier and �-EXTERIOR DECK PER P( "
<br /> continuous air barrier. Breaks or joints in the air barrier shall be sealed. Air-permeable insulation shali nat be SUM OF ALL GLAZING AREAS FROM BELOW: � -+ �' 1 X4 CEDAR SKIRT SUPN{Ji�? i=v�
<br /> °�his heating system sizing is based on the Prescriptive Requirements thermal barrier �S@d d5 8 S@aliftg mat2fial. GLAZING TO FLOOR AREA RATIO: 22 �'', �f �-TOP RAIL PER P�AN, TYP.
<br /> EXTERIOR DOORS 2X2 CEDAR SPiNDALS � 4.0" OC. PER
<br /> of the 2015 Washington State Energy Code. This is for heating only. ACCA r_,
<br /> All cavities in the thermal envelope shall be filled with insuiation. The density of the insulation shall be at the �ocm< .± PLAN, SPACE BTWN. 3" TO 4" TYP. v�
<br /> pracedures for sizing cooling systems should be used to determing cooling. Roonn TYPE REF MODEL FRAME GAS �O-E LAYERS U-VALGLAZEDt�TY tj�J H �� � - 5�4"X4" CEDAR DECKWG OR 5�4"X6" C�MP^S�Tr Q
<br /> manufacturers' product recommendation and said density shali be maintained for all volume of each cavity. Batt � �� r``;�'
<br /> t e insulation will show no voids or a s and maintain an even densit for the entire cavit Batt insulation shall FOY DOOR WSEC woo� 0.46 0°10 � 3.0o s.00 �c`' j-DECKiNG 0/ TREATED JOISTS PER STR��L i. �E?� Z p
<br /> )/p 9 p Y Y� MUD DOOR WSEC WOOD 0.46 0% 0 2.87 8.00 � �`'�-_'» ��` SCREWED ENDS ALT SCREWED JQI�:r'� � q �
<br /> ind�or Design Temperature 70 be installed in the recommended cavity depth. Where an obstruction in the cavity due to services, blocking, MUD DOOR WSEC woo� a.as o°to 0 3.0o s.00 � �� 3 `" 2x TREATED H/F #2 OR �T�. E- �-'� U
<br /> TYPICAL EXTERIOR D�CK ���� �u4.�
<br /> Outdoor Design Temperature 36 Cavity insulation bracing or other obstruction exists, the batt product will be cut to fit the remaining depth of the cavity. Where the FOY ONE EXEMPT SWINGING DOOR(MAX 24 S.F.) 0.46 0% 1 3.00 8.00 � `�- W Z �
<br /> Design Temperature Difference inS ta l la tl011 b a t t i s cut around obstructions, laose fill insulation shall be placed to fill an y surface or concealed vaids, and at SUM OF GLAZING AREA, DOOR AREA,AND UA(does not include exempt door): i ,__, GALV PLATE NAILE� �^��!-' F- W p A
<br /> door Desi n Tem 34 t he manu fac turers' speci f ie d densi ty. W here f a c e d b a t t i s u s e d, t h e i n s t a i l a t i o n t a b s m u s t b e s t a p l e d t o t h e f a c e AREA WEIGHTED U= UA/AREA: � '�' -�H OL E 8d N A I L T Y P. O � � W
<br /> Indoor-Out g p
<br /> 27�3 of the stud. 7here shail be no compression to the batt at the edges of the cavity due to inset stapling instaflation SUM OF AREA AND UA FQR HEATING SYSTEM SIZE ONLY(include exempt door}: __4x 4�6 T R E A T E D P O�;� � � n- ,_�`.,
<br /> Conditioned Floor Area VER7ICAL GLAZING ���!`� J H/F #2 oR BTR.TY�. � ¢ � �
<br /> tabs. Insulation that upon installation readily conforms to available space shall be installed filling the entire cavity A^�C�`'" �� T�'`�'
<br /> Conditioned Volume 1936 and within the manufacturers' density recommendation. (ALL WINDOWS ARE DOUBLE GLAZED) ��--GROUND LEVEL � .: . E-- N 2 Z
<br /> ROOM TYPE REF MODEL FRAME GAS LO-E E PKG U-VAL SPCRS QTY W H ' ¢ � �
<br /> :.:.:.:�;. .,:.�,. ;. _ � H
<br /> � i SIMPSON STRONG ?i:_ � �
<br /> Glazing DIN SLIDER MILGARD 8120 VINYL ARGON YES 3D MAX 0.30 E. MAX 1 7.50 6.00 --%`�---� \ �`-CB 44 OR CB 66 � O �
<br /> MUD CASE MILGARD 8520 VINYL ARGON YES 3D 0.29 EDGE 0 2.00 4.00 N R T E PAD 36"X36" �� � 12" SONOTUBE COP�:. `�'��`�"':'. >' �--� � W
<br /> Sum of UA from Glazing Schedule 210�7 Ceiling/attic The air barrier in any dropped ceiling/soff�t shall be aligned with fihe msulation and any gaps in the air �,-
<br /> CO C E � � �
<br /> Attic U-Factor X Area = UA barrier sealed. Access openings, drop down stair or knee wall doors to unconditioned attic spaces shall be KiT SLIDER MILGARD 8120 VINYL ARGON YES 3D MAX 0.30 E. MAX 1 10.00 8.00 WITH SIMPSON STRONG TI --A- W/ 2-#4 T & B VER1�. ;µ�._ �
<br /> Ceiiing/attic NOOK S.G.D. MILGARD 8621 VINYL ARGON YES 3D 0.30 EDGE 0 8.00 8.00 q�F4��? '���F�,��. �7G A. MIN. � r�"'-� � Q
<br /> R-49 0.026 1936 50.34 sealed. Batt insulation installed in attic raof assemblies may be campressed at exterior wall lines to ailow for _
<br /> GRT CASE MILGARD 8520 VINYL ARGON YES 3D 0.29 EDGE 2 3.00 5 00 EACH SIDE OF ~�''H f; `�"� �� �u�' ��� ��� '�'� `�� ���'�` �'��'`
<br /> � � �
<br /> t�ther: p.pp required a#tic ventilation.
<br /> GRT S.G.D. MILGARD 8621 VINYL ARGON YES 3D 0.30 EDGE 1 5.00 5 .'i:
<br /> MBR2 S.G.D. MILGARD 8621 VINYL ARGON YES 3D 0.30 EDGE 0 2.50 E ',': ~ ^ � Z
<br /> Singie Rafter or Joist Vaulted Ceilings � � ~
<br /> U-Factor X Area = UA Corners and headers shall be insulated and the junction of the foundation and sill plate shall be sealed. The MB�t2 CASE MILGARD 8520 VINYL ARGON YES 3D 0.29 EDGE 2 2.50�:_� � E C K S T A I R D E T A I � � d 3 3
<br /> WaIIS, WIndOWS, junction of the top plate and top of exterior walls shall be sealed. Exterior thermal envelope insulation for framed MaA2 SLIDER MILGARD 8120 VINYL ARGON YES 3D MAX 0.30 E. MAX 2 2.so s .: Q
<br /> R_3g p.p27 0.00 walls shali be installed in substantial contact and continuous alignment with the air barrier. Knee walls shall be MBA2 PI CTU R E M I L G A R D 8 3 2 0 V I N Y L A R G O N Y E S 3 D 0.3 0 E D G E 0 2.0 o a:;� 1 � 1/4 a_1��u � � ¢ A
<br /> skyiights and doors
<br /> Other: 0.00 sealed. The space between window/door jambs and framing and skyfights and framing shall be sealed. M g A 2 C A S E M I L G A R D 8 5 2 0 V I N Y L A R G O N Y E S 3 D 02 9 E D G E 0 2.0 0 4 _.:. � � W
<br /> DEN SLIDER MILGARD 8120 VINYL RRGON YES 3D MAX 0.30 E. MAX 2 2.50 6�:�
<br /> � f-- (/J
<br /> Abo�re Grade Walls U-Factor X Area = UA
<br /> R-21 + R-10 HEADERS 0.056 5307 2g7.�g Rim joists Rim joists shall be insulated and include the air barrier. FOY PICTURE MILGARD 8320 VINYL ARGON YES 3D 0.30 EDGE 2 2.00 6�Ti�� (..) W
<br /> BR3 SLIDER MILGARD 8120 VINYL ARGON YES 3D MAX 0.30 E. MAX 1 2.50 Ez C;_ W
<br /> _ Insulation shall be installed to maintain permanent contact with underside of subfloor deckin The air barrier z � �
<br /> �
<br /> Other: 0.00 Floors(including aboue g� BA3 CASE MILGARD 8520 VINYL ARGON YES 3D 0.29 EDGE 2 2.50 6.1,v � Q � N ~
<br /> g 8 r 8 g e a n d c a n t i l e v e f e d} s h a l l b e installed at an y ex posed ed ge of insulation. B�za SLIDER MILGARD 8120 VINYL ARGON YES 3D MAX 0.30 E. MAX 0 8.00 5 C?�; �- � _ �
<br /> �����s U-Factor X Area = UA
<br /> BR4 CASE MILGARD 8520 VINYL ARGON YES 3D 029 EDGE 2 2.50 6 � � �
<br /> � l� �t�-+ �
<br /> R-30 0.029 1936 56.14 Where provided in lieu of floor insulation, insulation shall be permanently attached to the crawlspace walls. v��; ��� �,,r�=,.����R�2;;�r�r��r�_R���o�!�f�s�c �2g G��3�i z���c�� _� -
<br /> _ ,� -�F� ��.� �� ,. �
<br /> Oth r: 0.00 Crawl space walls Exposed earth in unvented crawl spaces shall be cavered with a Class I vapor retarder with overlapping joinz� J �
<br /> � �� � � � r-�
<br /> (� � 2x6 CLEAT t=OR ROOF RIDGE F � `'' '- ��� � � W � �
<br /> Beiow Grade Walls U-Factor X Area = UA t a p e d. W I I V D ❑ W � r
<br /> Q QH
<br /> � T I F, N A i L W I T H 1 6 D N A�L S 6 U� �1 z � Z V
<br /> 2' D e p t h W a l l s 0.0 4 2 OA O S h a f t S, p e C l@ t t"a t 1 0 n S Duct shafts, utilit y penetrations, and flue shafts opening to exterior or unconditioned space shall be sealed. __..__�26'0" A Z �
<br /> ''x10 STABBED ONTO EXIS;!�l�., L�:4� r�-���F � � � 3 A
<br /> 3.5' De th Walls 0.041 O.aO Batts in narrew cavities shall be cut to fit and installed to the correct density without any voids or gaps or �=?.FTER F�oR R-38 INSULA i ION TYP. U � � ° p �
<br /> p R-30 R CKWOOL 7.25, i�tiS���+ ='�:�i�4 A � W 4-
<br /> � r ssion. Narrow cavities shail be filled b insulation that on installation readily conforms to the availa��� � � p � �
<br /> 7 D e p t h W a l l s 0.0 3 7 1 0 0 3.7 0 N a r r o w c a v i t i e s c o m p e y R-1 0 2� S O L I D C O R E fNSULATiC:��� � = w
<br /> ; , 'A�''RA 'Y RESiS�ANT 1�C G�t��'�, CL � �' 3 q �
<br /> �+��gr: 0.00 CaVity SpaC@. 1. Ri.t WOQD MiUST BE PRESSURE TREA�E7 OK (v T� L�. BAFFLE �
<br /> �lab Beiow Grade F-factor X Length = UA Garage separation Air seahng shal! be provided between the garage and conditioned spaces. 1TEAT AL CUT ENDS WITH END CUT SOLU�TION USE GROUND CONTACT T�EA��u WC�O�. 9 � -�- EXISTING ROOF RA���-h.�, � t'�; ; �;a�v�r r .!����r'� z [-i r� p � Q Z
<br /> 2. f A S T E N E R S, H A N G E R S, NA I L S, ETC., MUST BE STAINLESS STEEL, HQT DIPPED GALVAN�XEG}, i C� 24'� O.C. � U� � d o Q
<br /> 2' Depth 0.59 100 59.00 Recessed li ht fixtures installed in the buildin thermal enveio e shall be air ti ht, IC rated, and sealed to the t���v�:� = � ' k WALL TYf . � t�-� Q z
<br /> 3.5' D@ t h 0.64 p.p0 Recessed lighting g g � � OR AS SPECIf1CALLY REQUIRED FOR THE SPECIFIED WOOD PERSERVAl1VE USED. THE C0� :- , ra �=' �� �NEE ' t� W � � O � �
<br /> p dry W all. WEIGHTS fOR ZINC-COATED FASTENERS TO BE IN ACCQRDANCE WITH ASTM A 153. PRUV�� .� 4 i � � Q
<br /> ?' De th 0.57 0.00 DOCUMENTATfON IN THE FIELD SHON�NG THE RE��JlRED FAS7EtdER PRO�CTI�JN CflNS10ERl"� � � � W � O � E'- U � �
<br /> p Batt insulation shall be cut neatly to fit around wiring and plumbing in exterior walls. There shall be no voids ar z R-38 INSULATiira; Q 00 � � o`
<br /> 0.00 THE WOOD CHOSEN FOR YOUR DECK. P r � S T ; B A T H �t }� S T R-49 INSULAT t- , >' GV � � U W �
<br /> Other: gaps or compr�=SiC3t? 'v':Ci�:� �.:lt tt ,f;f. It";�tll�ii:.� #��� iELL:�Ciliy %C3Y�Fr'`s�'iS#�: �it�1!�:k5�� ��;�t:,'� S`���I �X��`� h�E�insl :< "�' �`.'_._ T�� ?,_ r�_.`1;�t��' �< ,��t ., _ ..
<br /> Plumbing and wiring ~��- `�'`��� '
<br /> Slab on Grade F-factor X �ength = UA piping and wiri��
<br /> �,'��D � TIL� w�pD Q FLAT ROO�S W � � O d E o
<br /> DECK NOTES �' � � ` W
<br /> R-10 2' perimeter 0.54 0.0 0 3'-4° 7'-0" 3'-8N BAFFLE ,..._, O c,fl � � �
<br /> I - Heated 0.55 1936 1064.80 Exteriorwalls �_,;����3��tc� ���,�c�g-� r� ,�:�� �,r3u;: d��� �:�;�€�,,.� <:���: ��r- ��Er;��, .. _.}al��..;� ����r�Lsr� y,����,�:��r; _{r�� :.��;�`� � `� l�- E'i p
<br /> R-10 Ful Shower and/or tub '� 14� o" �'�� � ¢ c� U� c� � Q A Q
<br /> from wall. g 16'3-9 1 "�" �. W000 F,�SCIA ANU
<br /> Other: Q��� -� NT, TYPTER,
<br /> _________� -- PAT
<br /> Air barrier shall �e 3�iStc�l;£3d ��'�lltlC� �I@CtI'lC�3C �7i CS��i�`tli�i"�IC�ifJ� '�7C>X�4 �!': "�X�s�Csc�C i'vc��i t�i c�ii ��d��.:% i?�::X�� Si':��r :�� -
<br /> Electrical/phone box . x . ���`��� �-�-_ �
<br /> �nstalled. ° 1;:;r��y��!�� ` _�r�!� �EA1h ;., � 2-2X4 TOP PLATE, �!R
<br /> � �um of UA 1741.87 ' " OUT EXISTING WALL FOR �
<br /> HVAC register boots HVAC register boots that penetrate building thermal envelope shail be sealed ta the subffaor or drywa9l. 5t`4'X4 CEDAR �ECi�ING, �GREWED E��i�S A�.T, M� �`-5 f g" TYPE 'X' G.W.B.; � �`'--5 8' TYPE 'X' G.N�.B. '
<br /> J41STS, DECK IS ONE INCH LOWER THAN-----�� _ � � . R-21 INSULATION TYP.
<br /> 59224 Btu / Hour Fire IaCe An air barrier shall be installed on fireplace walls. Fireplaces shall have gasketed doors. � � STAIRS IN TNE �� ' �� FLITCH BEAM C-CHANNEL BO�TEC� �
<br /> Envelope Heat Load p THRESHOLD. TYP. , ! � � ��,STANCE, T���r. �'�� T�-' ` �' TO 2X6 D F W 1 2" BOLTS ANC �rn
<br /> = i
<br /> Sum of UA X Design Temperature Difference footn�te a In additian, inspection of log walls shali �e in accc:rdante wi#n t�e �;r�visions af lC�,-4t��. �� 6'-4"' � r� � I T , / T � I �� W A� � , \ / / r H
<br /> � Mf
<br /> WASHERS A36 C5X6.7# X 14'6" `
<br /> ' ka e Heat Load 711 Btu / Ho��r I� 1 V 1 I V �
<br /> ', m �-` .
<br /> • Air Lea g � o � R-21 � & 13'2" DRILLED 1/2" OLE �2_` ����
<br /> �
<br /> ;. , � __._ . �� R � � M lNSULATION�rt �,. O.C. TYP. a���� ��
<br /> AIR BARRIER & . � - -�� �� �
<br /> ((Volume X 0.6)X Design Outdoor Temp)X.018}} ��'� � � � � '�' ��'��� �� ��' ������ � ❑ � �"'�""� �
<br /> `, � � " � ` LAP. SIOING 0/ TYVECK WRAP 0/ �
<br /> �uilding Design Heat Load 59935 Btu / Hou� 7 (�� �f � . � '� ;:v r>� ___,_AR CROSS Bt7ARDs TYP-----.__� , N HARDWL�OD
<br /> ❑ I V � ___-__-.. _� � _
<br /> I �I S U � A T I HARDW❑❑D 1 j 2" GYP. �, �`�� PLYW'D 0/ 2X6 @ 16" OC W/ R-<_1 � """""
<br /> � _ ,
<br /> Air Leakage+ Envelope Heat Loss ^X2 CEDAR SPINDLES TYP----�., `', G `" ��• T��� BATT INSUL. BTWN. ANQ ' �'`"° �
<br /> �uilding and Duct Heat Load 1.1 65928 Btu ! Noz+r � .+ r;, ,� ,.J� y„ ; :-� - , __ �_ _ _ - d , V , . �� DE ��-
<br /> '� a , �.n
<br /> r .� ��r ��,�,� - � < < 1---C�c C ��'��a��. ��Ij�"N BERf�
<br /> , _ . _ _�_ �Y__ 7'9.25 ` ' BD A INSI FACE �
<br /> ? � �� ^ � J _ -- ____ , �. _.P . .
<br /> Use 1.1 if ducts are located in unconditioned space: Sum of Building Neat Loss X I' ,-. •
<br /> YI�T �, Ti1 PI ■„
<br /> 4X12 PT. H/F #2 OR BTR. BEAM TYP. _ - ` `, ��'� '��
<br /> Use 1 if ducts are located in conditioned space Sum of Bailding HPat Loss X 1 ✓ ' � Y T � x �r � � k' f ,� , �t �r� ' ��
<br /> 4X4 KNEE BRACE C� 45 DEG. 3 LONG 1 5/8"LAG ' F'`':' _ ��-;~`vi�`_�
<br /> , . .
<br /> ._--^ `�' '� �-2X10 AiJQ INS,A�L ( EXIS7ING WOOD Bt�.�. �,> GYP B��` `
<br /> Maximum Heat Equipment Output �=�� :_: ������ ���� j' �'����' BOLT 4 1/2 LAG BOLTED EACH END TYP. �
<br /> �__._ ` �
<br /> , .;� -; � r. �� � , ; ' ,`_ t B E __ - 0�� � �,� � � t
<br /> �u�iu�,,u � �� .�u,.H.�u, _..���. - -� , � ��-� FLITCH EAM, C E � ME�AI P GY
<br /> . -�/VITH 2>,
<br /> j` � �'�"Y � _� `-` � THE DISTAN
<br /> ,
<br /> ,�r ,
<br /> - - ----- CNA��lNEt TO EX!S �e;������ � = ':�� ',
<br /> , .
<br /> � I � EXlSTING 1 X4 T&G ������ ��V� -� =�r�c,� ���oR Lct� ... � _
<br /> �
<br /> `__ f STAIRS IN TH� � A M I � Y "� ;
<br /> HEATI � � F�ooR rYp. . " � ,' UTILITY �� \ � �-
<br /> � > __ SQtiATUBE W/2 #4 REBAR VERTfG�.�,___._ �_
<br /> _ , --�,��-�����, T��� R � �M �: ;
<br /> � �:�.��; �M�, 4�/ sEM�so� cR_�F rY� - ___ T � _.. � � >;,;� x �,;
<br /> FLITCH BEAM C-CHRNNEL � 1 " �- �- rEM�i�i , I � , -�'
<br /> � HARDW��D '�"��� �
<br /> BOLTED TO 2X6 D�F W/ 1 f 2 � -----1-1/2" WASHERS ' _ �� � i �vsu � u?' ;�
<br /> � ��`�"� �� � �V�� ����L���� BOLTS AND WASHERS A36 1 • ,� � b, , , ,,��5 r , ;,
<br /> C5X6.7# ,X 14'6" & �13'2"____ ___� � ,` TYP. ------ oo'oo �. ;
<br /> This project will use the requirements of the Prescnpt�ve Path below ar�� DRILLED 1/2 HOLE C�2 O.C. ,L EXiSTING 2X6 H jF
<br /> incorporate the minimum values 9isted. I� �ddition, based on the �i�� ����� TYP. TYP.
<br /> ��� SECTIDI� CUTS
<br /> structure the appropriate number of additi�nai credits are checke�. �
<br /> �� ��ne Marine 4 ��¢. �€�e 5 Climate Zon� �0# FEtT PAPER BETWEEN METAL
<br /> , AND WOOD TYP.
<br /> �€�mate Zon� ;r-r��;er� � & 5 � 1/4�=1`0" W
<br /> R-Valuea U-Factora �-`���u�a �-�-a����� � �
<br /> � � �
<br /> � °� � A
<br /> Fenestration U-Factorb n/a 0.30 n!a 0.3:� °� °� � �
<br /> . ��ylight U-Factor n,a o.5o n,a a �� � � I T C H B E A M C - C H A �1 �l E � . :: � �:���� _�v�r� P =_ �:�,_��� T�
<br /> _x.� [�l� �aj �j2' BULE� r��D
<br /> �NASHFRS A36 G5X6.7# X 14'6 � <'- � �
<br /> {�-,�zed Fenestration SHGCb,e n/a n/a n/a n!� � , _ ,_
<br /> f"�.�iling
<br /> 49J o.026 49 0.�=�� DETAI � TYP , 1�=1'°" F� � ITCH BEAM ��� �fi���;�r ^., �,�t..,�_ � .- �, �
<br /> '°.��t�od Frame Wallg;k,l 21 int 0.056 21+5ci O.G��
<br /> �, _ 21+5h a.Q44 C - CHA �I (� E � 1"=1'°" � � ,
<br /> �uf�ss Wall R Valuei 21/21h 0.056 OPENINGS IN GUARD NOT
<br /> �` i "'- � ii�U�US RiQ Ei`iT j�Y'�'.
<br /> --, 30g 0.029 3aJ 0.029 GREA�ER �AN 4 � �� �
<br /> �-��C7I' r--, n,� �, , _. -:� , ,., ,-- ,, ,.� ti ,�. },�.. ' 2x8 CLEAT FOR ROOF R�uG�_ t
<br /> , ASPNALT � � _ .,j �r ' - -�__.__. �..;�� ;i=aL �;�sv-• KF-,�- _. ,, _ �� "`�,� �r _ .- �
<br /> ���low Grade Wallc,k 10/15/21 int + TB 0.042 10/15/21 int + TB 0.042 � P�,,W� , , ,� � ,,� �, ,� , �_� 4;-�, ; T �"`��-, ,,---- �. �� , } r � �� � , ___ ._______� _____�AFTER COLLAR TIE, NAIL
<br /> _ � i 3} ��- �.�;. .-- �
<br /> ��abd R-Value & De th 10, 2 ft Il/a 1�, 4 {t tl/a ��' 2"x6" - __.___�,26'0" WITH 16D NAILS 6" OC TYF. � ^
<br /> P � � �
<br /> w w � � � 2x8 STABBED ONTO EXISTING 2X4 ROOF � �
<br /> R�_��r single rafter- or joist-vaulted ceilings, the insulation may be reduced to R-38. Z � � � �
<br /> w w ; ; ; 1'xt" BALUSTRADES = �RFTER FOR R-30 INSULATION TYP. E-I � �j
<br /> '��ble R402.1.1 footnotes induded on Sheet A1. � � � �' O
<br /> � � Z �
<br /> ��ch dwellin unit in one and two-family dwellings and townhouses, as defined in Section 101.2 of the � o � ¢ NQ�. `� ' � ���OOF LINE AND KNEE WALU � �V w �
<br /> g �, � 4J � 4 uASHED IN FRONT Or °� ; � �
<br /> ���ternational Residential Code shall comply with sufficient options from Table R406.2 so as to achieve � � � �o - WNERE ADJACENT GRADE IS 2'-0" OR LESS = ; _ _ _ r AFTER TRUSSES Y '. � � w W
<br /> ��� fa���wing minimum number of credits: � o � �� A GUARD IS NOT REOUIRED. �
<br /> R-30 INSU�ATIO':� �
<br /> = m = � - DECK DESIGN LOAD IS BASED ON 100 I s .ft. I � LAP. SIDING 0/ TYVECK WRT�P 0;'
<br /> ��all Dwetling Unit: 0.5 poinfs �' Z
<br /> � � "-' AS PER NATIONAL BUILDING CODE.
<br /> Dwelling units less than 1500 square feet in conditioned floor area with less thar� 300 square feet � �
<br /> ��'`� PLYW'D 0/ 2X6 � 16" OC W/ R- '
<br /> o f fenes tra tion area. A d di tions to exis ting bui l d i ng t h a t a r e l e s s t h a n 7 5 0 s q u a r e f e e t o f h e a t e d = ' � ; - v,�E R E �o i s r s P n N �x c E E�s �'-0", P R O V I D E � BATT INSUL. BTWN. AND 1/2" GYr,
<br /> � �`��'�I�t�°�G��g Unit: �.5 points "' o "' � ; 2"x4" - BRIDGING t� MID-SPAN {AS SHOWN) I � ��� a
<br /> � BD. AT INSIDE FACE, TYP.
<br /> � -2-2X6 TOP PLATE, TYP. •�/
<br /> .�s,ll dwelling units that are r�c�t inclLar�ed in #1 �r#3, inclu�inq additions ov�r ?50 sq�ar� feet. ��_ �, ___ .� � � ------�-���� - _
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<br /> L_�.. , _�_.__ __ _� r , � �,�� �
<br /> � `
<br /> � i i �. ,. - _ � � � _.: .
<br /> �� E7welling Unit: 2.5 points � \ DECKING - 1-1j4" VERANDAH BRIDGING • �:���; 't` ' ` �k' ��� ' � � �
<br /> 't- f . . ) /\ 4 \ , .__..__. , . ��
<br /> �Jwel�ir,g ��r�i�� exceedin� ���C� ���;a�-� f��t €��� ��r�d��3��?�� �Id��� �r��. � � - , � � , �
<br /> �-5��8" T'YPE 'X' G.W.�. ,�4"� .1���.� , _�,_._��, q�r i' ��, ���r�'�` U1
<br /> SIMPSON STRONG 11E DTTZZ 4' O.C. TIE INTO EXISIING BID. � �� B E D R �� M �- � �� � � � � �� "�'�'����� TY�' ��� ���� � �L'j
<br /> '�- JOlST SIZING. i , �� -; }/r oo �
<br /> �IVERGY GREDIT OPTION DESCRfPTION� �., � o HARDW❑�D � CL � �LiTCH BEAM C-CHANNEL BOLTED ' "` �" �.,' w
<br /> - 2°x6" JOISTS � 16"o.c. FOR SPANS TO A MAXIMUM OF 8'-9° i � �" � -'�� 2X6 �/F W/ 1/2" BOLTS AND � ,� w
<br /> ; - 2"x8° JOISTS � 16"o.c. FOR SPANS TO A MAXIMUM Of 11'-t� L I V I N G -
<br /> ��3�IOCi Description ' - z"x10° JOISTS � 16"o.c. FOR SPANS TO A MAXIMUM OF 13�-6" � � �����L o '��� q, I
<br /> C - 2"x12° JOISTS � 16"o.c. �OR SPANS TO A MAXIMUM OF 16'-7" � R � M i `r�'ASHERS A36 CSX6.7# X 14 6" /+ 30764 � �
<br /> r,XV,� POST : = a � ❑ � � C�4 �3 T ,�L�l�t �_� _f��^ r-� t'�'' � ryys �f� �
<br /> `T714._ \ T r5
<br /> 1 a Efficient Buil�ir�g �nv�l�g�e 1� � L,.';. �" °s a�` Z
<br /> BEAM SiZING: �r N � HARDW��7D �
<br /> 1�J Efficient Building Envelope 1b - z-2"x6" BUILT-UP BEAM � MAXIMUM SPAN OF 6'-3" BETWEEN SUPPORTS _^` o � � �' {' --- '�'� �`� Z-FLAY ;�':v� ?'�=.
<br /> ti''����t Q`�� - 2-2"x8" BUILT-llP BEAM � MAXIMUM SPAN OF 7'-6" BET'kEEN SUPPORTS �' � ! � � � ��`'' `� � W
<br /> �C Efficient Building Envelope 1� '��oRT � - 2-2"x10" BUILT-UP BEAM � MAXiMUM SPAN OF 9'-2" BETWEEN SUPPORTS ' _______�7'�. � � ' � `�`\�"'��_
<br /> 2a Air Leakage Control and Effici��t Ver��iiatic�� 2� �,�H POST ON 24" ���!�4�I-Pi ��aK ��P �I�T
<br /> �ICK CEMENT BASE E. ' " "
<br /> t,;�t ` '�� � I ;.r ,r r � ��•,�
<br /> X
<br /> 2b Air Leakage Control and Efficient Ventilation 2b �TENDING A MINIMUM NOTE: ALL WOOD USED IN THE CONSTRUCTION OF ALL DECKS ' �
<br /> , ' a � ; � ��; 5 -0 \ _:; � °` r�;"' �"r � '�
<br /> ��:= 12' ROUND PERIMETER & RAILINGS, ETC. TO BE PRESSURE TREATED. r � � � A M I � Y I u f c rE 'X' G.��r.�. /�
<br /> 2c Air Leakage Contro! and Efficient Ventilation 2c r - CONCRETE SONATUBE '� , 6X6 PT. #2 OR BTR. TYP. � .� n T N R ��M �
<br /> 3 a H i h E ff i c i e n c H V A C 3 a #�� . ���Tc� a�ati� c-cHa��;�� �a���� ' �,. ;.��Ta� ,;���r���. ,�,; E-�
<br /> " � r;{}?,�pArTE�} ��7�� .'�Q a f 1 2x6 FURRING WALL w/
<br /> � Y � • � S I M P S O N S T R O N G T I E C B-4 6 O R C B-6 6 T Y P. r, T O 2 X 6 D/F W/ 1/2" B O L T S A N D� R-2 3 R�C K W�I 7 L I N S, �` f `` G A�V A N I Z E D W I����`�`v`� � w
<br /> �b High Efficiency HVAC 3b : I�E , HARDW��D WASHERS A36 C5X6.7# X 14'6' ', WELL
<br /> � a ! 12" SONATUBE W�2 �4 REEAR VERTICAL X 1/2" GWB, TYP, � W
<br /> � & 13'2" DRIL�ED 1/2" HOLE �2' 1/2' AIR GAP 3 -� ��\�''� CRUSHED R:t�': �
<br /> 3C High Efficiency HVAC 3c � a ''' 2�°° ; �;r,�,, �F�� �f" �;�,��c:r��,; �g-��, �T�q��, � O.C. TYP. 2X6 PT H/F� PLATE --� � �
<br /> 3d High Efficiency HVAC 3d � � ' ���'�`� � _
<br /> ` F
<br /> � � �'`�_�v�j r;r, �$�; r" � cKwoo� R-23 '�� �V�r�ETT'
<br /> , ,
<br /> �
<br /> . � , ` -
<br /> 4 Hi h Efficienc HVAC Dis�ribution �y���!� � �,�
<br /> 9 Y � � r,�:�.� � ;_,, „ , ,_,���� j f�..,�: r�:,� ' �� ��p �OR PERlVIIT
<br /> _�____ � _� �i E
<br /> 5a Efficient Water Heatin� � E C K S E C T I � ______ oo'oo" _ '
<br /> EI� ER � Y CRE � ITS,� � � a_ , 9 SECTI � �f CI� TS
<br /> 5b Efficient Water Heatin� �
<br /> � � CUT 3r4 -1 a �
<br /> 6 Renewable E{ectric E��r��f ����� �`��
<br /> 1/4"=1
<br /> Total Credits �•'
<br />
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