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. <br /> ' Whole House Worksheet - Residential <br /> Customer's Name __ �1�u L-<- �4 � D A�! � Address �y8a /{�� a?l�.o� �1"+��"� <br /> City � /C D /✓C� State /1'J � Zip Telephone Number ;��o� +� 70 �q' <br /> WINTER:Inside Design Temp�l�°F-Outside Design Temp ".,?a °F= Heating Temp Difference�°F <br /> SUMMER:Outside Design Temp�°F-Inside Design Temp 7� °F= Cooling Temp Difference �d °F <br /> e �g� <br /> �� �� � <br /> �� ��, ��rs �a� �� � a�� � � �� 9 ��^� <br /> ��a�a�s.��°�e¢:� � ;�s.. ���t� r 9s�e � t ��� 6� �. "���� � ,. � ����,�� �� s���,� � a o �9$� � � ���«e.'��.�. <br /> .� GROSS WALL ,7 y13;j, .� <br /> DOORS£t WINDOWS ITable A or BI /� �'(,� <br /> . (p0 NET WALL � �jc,/ % Z�< 7 g,�.. <br /> 8 • ,x 3 CEILING /�$� i. D /a�S-� <br /> oZ S � 5�� q S�.✓�- L✓•l% �yClo� !J' ._. . <br /> ;� 5/9 +� FLOORS ' l,�oC <br /> Infiltration Heating Volume Volume Cooling Infiltretion <br /> Btu/hr = TebleD X�0 X �•��60 X �Cu.Ft.) ICu.Ftl X �'��80 X �T X TableD - Btu/hr <br /> �'o o = , 6 Xo.,ss� X a �ay9 x o.o,a� X o x d,�- = 4 '�I <br /> SUB-TOTAL BTUH LOSS(per 10°F) <br /> x � ADJUSTMENT FACTOR(Table C) <br /> � TOTAL BTUH LOSS <br /> PEOPLE��x300 BTUH GAIN ('�$ume2persons <br /> per bedrooml /�Q�� <br /> APPLIANCES BTUH 1200 <br /> SUB-TOTAL BTUH GAIN(room sensible only) ''j <br /> x DUCT LOSS/GAIN FACTOR(Table F) x I es'`- <br /> SUB-TOTAL BTUH(Sensible Gain) ,7 <br /> MOISTURE REMOVAL(sub total x 1.3) x 1.3 <br /> TOTAL BTUH LOSS/GAIN <br /> TABL A-HEATING-DOORS Ft WOOD FRAME WINDOWS TABLE B-COOLING- DOORS£r WINDOWS <br /> (PER 10°F) Factors assume windows have inside shading by draperies or venetian <br /> For sliding glass doors-use factors for the same type window blinds and sliding glass doors are treated as windows. <br /> COf1St�UCtlOf1. SINGLEGU155 DOUBLEGLASS 7IIIPlEGLASS <br /> Window£r Frames <br /> DOO�T)/P83 "'"`�'. T'�M ' "��: X A�98 = BYUFI LOSS TEMP.DIFE TEMP.DIFE TEMP.DIFE %Aroe .BTUM GAIN <br /> Single Pane = ° o�re�ro� �1;* m � �e � z5 �io° e <br /> Clear ��� 10 45 �1^�„�� �� ° <br /> � �"� � �43 ia �k: ie �„ �z °�� �3� oT �i�0 <br /> With Storm v 5 25 ' NeeNw a� �i° ai �i; 3s �ii; n �� , <br /> Double Pane ` ° <br /> Clear �'�:° 6 09 4s'��° e�w =�t ee #p=. a '�"` ae "�Br. ss .�.` <br /> With Storm ° �.`'e 3,$5 .°` sEasw 6� av �,e as �t, aa �'; an � <br /> Triple Pane °' <br /> Clear ��° 4 39 � �,t(e�- ! SS S � � �� � � �' �' 20 �°` /.k� � U <br /> alousie � � skyian�e e:3&� iee t3� ui `� ia�, `� �3e � <br /> Single '�` ' °���`��' w�av ��m s ���e.s �"� i3.2 "��io.e � <br /> Singlew/storm ' �nn,uiia ��C as ��: ae � e.e °��; a.e ��� <br /> Skylights � �� � �"`�` " <br /> Sing�e ���: �� � �r�:�, O �orwooddoorsand TOTALS <br /> � � polystyrene core metal doo�s <br /> e�. a" <br /> �OUb�B �; ].85 e �2 Forurethaoecoremetaldoore <br /> �OOf <br /> Wood Only '��"'° � TABLE D-INFILTRATION MULTIPLIERS <br /> Wood w/storm E °�'°�;�' (p Winter Air Changes Per Hour <br /> Urethane Core R-5) +� � <br /> Floor Area 900 or less 900-1500 1500-2100 over 2100 <br /> Urethane Core Best 0.4 0.4 0.3 0.3 <br /> (R-51w/storm `""` `�� :�����.��' Average 1.2 t.0 0.8 0.7 <br /> TOTAIS Poor 2.2 7.6 1.2 1.0 <br /> For each fireplace add: g�t Average Poor <br /> 0.1 0.2 0.6 <br /> Summer Air Changes Per Hour <br /> TABLE C-ADJUSTMENT FACTORS-(HEATING) FloorArea 900orless 900-1500 1500-2100 over2100 <br /> Best 0.2 0.2 0.2 0.2 <br /> °F.Temperature Diff. 30 40 50 60 7� 80 � Average 0.5 0.5 0.4 0.4 <br /> Adjustment Factor 3 4 5 6 7 8 9 �� 0.8 0.7 0.6 0.5 <br /> �O American Standard,Inc. 1986 Pub.No.34-4018-1 P.I.(L) <br />