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Master in Engineering Design 1. Introduction. 2. Work Description - In+

Master in Engineering Design 1. Introduction. 2. Work Description - In+

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<strong>1.</strong> General Details:<br />

Air System Name ............................................................... Auditório<br />

Equipment Class ................................................. Chilled Water AHU<br />

Air System Type ..................................................... S<strong>in</strong>gle Zone CAV<br />

Number of zones .............................................................................. 1<br />

<strong>2.</strong> System Components:<br />

Ventilation Air Data:<br />

Airflow Control .................................... Constant Ventilation Airflow<br />

Ventilation Siz<strong>in</strong>g Method ...................... Sum of Space OA Airflows<br />

Unocc. Damper Position ......................................................... Closed<br />

Damper Leak Rate ........................................................................... 5 %<br />

Outdoor Air CO2 Level ................................................................. 400 ppm<br />

Ventilation Reclaim Data:<br />

Reclaim Type .............................................................. Sensible Heat<br />

Thermal Efficiency .......................................................................... 50 %<br />

Input kW ........................................................................................ 0.0 kW<br />

Schedule ............................................................... JFMAMJJASOND<br />

Central Cool<strong>in</strong>g Data:<br />

Supply Air Temperature .............................................................. 15.0 °C<br />

Coil Bypass Factor .................................................................... 0.100<br />

Cool<strong>in</strong>g Source ............................................................ Chilled Water<br />

Schedule ............................................................... JFMAMJJASOND<br />

Capacity Control .... Temperature Reset by Greatest Zone Demand<br />

Max. Supply Temperature ........................................................... 15.0 °C<br />

Central Heat<strong>in</strong>g Data:<br />

Supply Temperature .................................................................... 40.0 °C<br />

Heat<strong>in</strong>g Source ................................................................. Hot Water<br />

Schedule ............................................................... JFMAMJJASOND<br />

Capacity Control .... Temperature Reset by Greatest Zone Demand<br />

M<strong>in</strong>. Supply Temperature ............................................................ 35.0 °C<br />

Supply Fan Data:<br />

Fan Type ................................................................. Forward Curved<br />

Configuration ..................................................................... Draw-thru<br />

Fan Performance ......................................................................... 800 Pa<br />

Overall Efficiency ........................................................................... 54 %<br />

Duct System Data:<br />

Supply Duct Data:<br />

Duct Heat Ga<strong>in</strong> ................................................................................. 0 %<br />

Duct Leakage ................................................................................... 0 %<br />

Return Duct or Plenum Data:<br />

Return Air Via ............................................................. Ducted Return<br />

Return Fan Data:<br />

Fan Type ................................................................. Forward Curved<br />

Fan Performance ......................................................................... 400 Pa<br />

Overall Efficiency ........................................................................... 54 %

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