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� Rhvac-Residential 8 Light Commercial HVAC Loads Elite Software Development,Inc.
<br /> ' Upper Midwest Radiant 325 Crestview
<br /> Ma Ip e Plain,_MN 55359 Pa�e 2
<br /> Load Preview Report
<br /> _ _- __ __ _
<br /> Sens Lat Net Sens Win Sum Sys Duct
<br /> Scope Area Gain Gain Gain Loss CFM CFM CFM Size
<br /> _ _ _ ---_ _ ---
<br /> - - _ _ -- - _ -- -
<br /> Buildm . 9.16 Net Tons, 10.43 Recommended Tons, 413 ft.z/Ton, 101.85 MBH Heatin� _ '�
<br /> ---- --- -
<br /> Building 5,137 93,901 16,028 109,929 101,847 1,334 4,315 4,706
<br /> _- -- -- - -
<br /> I System 1: 9.16 Net Tons, 10.43 Recommended Tons, 413 ft.2/Ton, 72.67 MBH Heati�_ '
<br /> -_ - _
<br /> System 1 4,312 93,901 16,028 109,929 72,673 944 4,315 4,315 76x10
<br /> Ventilation 1,793 2,656 4,449 2,152
<br /> Duct Latent 11,445 11,445 �
<br /> Zone 1 2,169 55,090 655 55,745 37,586 503 2,581 2,581
<br /> 1-Lower Level 2,169 55,090 655 55,745 37,586 503 2,581 2,581 23-6
<br /> Zone 2 2,143 49,011 1,272 50,283 32,935 441 2,296 2,296
<br /> 2-Main Level 2,143 49,011 1,272 50,283 32,935 441 2,296 2,296 21-6 '
<br /> Note: Since the system is multizone, the Peak Fenestration Gain Procedure was used to determine glass sensible gains
<br /> at the room and zone levels, so the sums of the zone sensible gains and airflows for cooling shown above are not intended
<br /> to equal the totals at the system level. Room and zone sensible gains and cooling CFM values are for the hour in which
<br /> the glass sensible gain for the zone is at its peak. Sensible gains at the system level are based on the"Average Load
<br /> Procedure+ Excursion" method.
<br /> --- -- - __
<br /> System 2: 0.00 Net Tons, 0.00 Recommended Tons, 0 ft.2/Ton, 29.17 MBH Heatin9 _
<br /> -- - - --- -- - -
<br /> System 2 825 0 0 0 29,174 391 0 391 8x10 I
<br /> j Zone 1 825 0 0 0 29,174 391 0 391 �
<br /> ' 3-Garage 825 0 0 0 29,174 391 0 391 4-6
<br /> C:\Users\Chad\Documents�ALL files\325 Crestview Long Lake.rhv Tuesday, October 30, 2012, 9:46 PM
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