SECOND FLOOR HEATING, VENTILATION & AIR CONDITIONING PLAN DRAWING INFORMATION NOTES PARTIAL MECHANICAL ROOM HVAC DETAIL SECOND FLOOR HVAC PLAN

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Cameron Long
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Carn A r c h i t e c t u r e, P L L C (334) 794-2224 256 Honeysuckle Road, Suite #7 Dothan, AL 36305

3 SECOND FLOOR HEATING, VENTILATION & AIR CONDITIONING PLAN DRAWING INFORMATION NOTES Ram Auburn Hospitality, LLC 600 Martin Luther Kg Jr Pkwy Phenix City, AL (706) Bradley, Schmidt & Carn A r c h i t e c t u r e, P L L C (334) Honeysuckle Road, Suite #7 Dothan, AL Fax (334) P.O. Box 1663 Dothan, AL PARTIAL MECHANICAL ROOM HVAC DETAIL SECOND FLOOR HVAC PLAN

4 THIRD FLOOR HEATING, VENTILATION & AIR CONDITIONING PLAN DRAWING INFORMATION NOTES Ram Auburn Hospitality, LLC 600 Martin Luther Kg Jr Pkwy Phenix City, AL (706) Bradley, Schmidt & Carn A r c h i t e c t u r e, P L L C (334) Honeysuckle Road, Suite #7 Dothan, AL Fax (334) P.O. Box 1663 Dothan, AL THIRD FLOOR HVAC PLAN

5 DRAWING INFORMATION NOTES FOURTH FLOOR HEATING, VENTILATION & AIR CONDITIONING PLAN Ram Auburn Hospitality, LLC 600 Martin Luther Kg Jr Pkwy Phenix City, AL (706) Bradley, Schmidt & Carn A r c h i t e c t u r e, P L L C (334) Honeysuckle Road, Suite #7 Dothan, AL Fax (334) P.O. Box 1663 Dothan, AL FOURTH FLOOR HVAC PLAN

9 Building: System Tag/Name: Operating Condition Description: Units (select from pull-down list) Courtyard by Marriott Auburn, AL DOAS1, & DOAS2 24 hours IP w/o diversity w/ diversity Inputs for System Name Units System Diversity System Check Figures Floor area served by system As sf 9,871 Population of area served by system Ps P 195 D 100% P/1000 sf Design primary supply fan airflow rate Vpsd cfm 9, % 9, cfm/sf OA req'd per unit area for system (Weighted average) Ras cfm/sf ave cfm/sf OA req'd per person for system area (Weighted average) Rps cfm/p ave cfm/p Percent increase in Vbz over minimum required 0% Inputs for Potentially Critical zones Potentially Critical Zones Zone Name CORR - 43 ELECT PBX - 31 CORR - 30 CORR - 18 CORR - 41 MAINT/ELECT - 16 ASHRAE VENTILATION CALCULATIONS LINEN - 11 LAUNDRY - 09 EMPLOYEE BREAK - 10 MANAGER - 06 SALES - 05 VESTIBULE - 01 RECEPTION/ MARKET - 03 WORK ROOM - 04 GUEST LAUNDRY - 20 EXERCISE - 19 LOUNGE - 23 RECEPTION LOUNGE/CAF É - 40 MEETING ROOM - 27 MEDIA PODS MEETING STORAGE - 25 KITCHEN - 38 STORAGE - 37 Zone Tag enter tag enter tag New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID New zone ID Occupancy Category Corridors Electrical equipment Electrical equipment Corridors Corridors Corridors Electrical equipment Storage rooms Laundry rooms, Break rooms Office space Office space Lobbies Reception areas Office space Laundry rooms, Health club/weight Bars, cocktail lounges Bars, cocktail lounges Multipurpose assembly Multipurpose assembly Storage rooms Kitchen (cooking) Storage rooms Select from pull-down list: rooms rooms rooms central central rooms Floor Area of zone Az sf ,431 1,233 1, ,595 total sf Design population of zone Pz P (default value listed; may be overridden) total P Design total supply to zone (primary plus local recirculated) Vdzd cfm ,431 1,233 1, ,595 total cfm Induction Terminal Unit, Dual Fan Dual Duct or Transfer Fan? Select from pull-down list or leave blank if N/A: Frac. of local recirc. air that is representative of system RA Er average Inputs for Operating Condition Analyzed Percent of total design airflow rate at conditioned analyzed Ds % May need to manually edit Ds: 97% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% average Air distribution type at conditioned analyzed Select from pull-down list: CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH Zone air distribution effectiveness at conditioned analyzed Ez average Primary air fraction of supply air at conditioned analyzed Ep average Results System Ventilation Efficiency Ev 0.67 Outdoor air intake required for system Vot cfm 3436 Outdoor air per unit floor area Vot/As cfm/sf 0.35 Outdoor air per person served by system (including diversity) Vot/Ps cfm/p 17.6 Outdoor air as a % of design primary supply air Ypd % 35% Totals/averages Detailed Calculations Initial Calculations for the System as a whole System primary supply air flow at conditioned analyzed Vps cfm = Vpsd Ds = 9595 Uncorrected OA intake flow req'd for system Vou cfm = Rps Ps + Ras As = 2317 Uncorrected OA req'd as a fraction of primary SA Xs = Vou / Vps = 0.24 Initial Calculations for individual zones Area outdoor air rate Ra cfm/sf People outdoor air rate Rp cfm/p Total supply air to zone (at condition being analyzed) Vdz cfm Vdzd Ds Primary airflow to zone (at condition being analyzed) Vpz cfm = Vdz Ep = Breathing zone outdoor airflow Vbz cfm = Rp Pz + Ra Az = Zone outdoor airflow Voz cfm = Vbz / Ez = Fraction of zone supply not directly recirc. from zone Fa = Ep + (1-Ep) Er = Fraction of zone supply from fully mixed primary air Fb = Ep = Fraction of zone OA not directly recirc. from zone Fc = 1-(1-Ez)(1-Ep)(1-Er) = OA fraction required in the supply air to the zone Zd = Voz / Vdz = Maximum Zd OA fraction required in the primary air to the zone Zpz = Voz / Vpz = Maximum Zpz System Ventilation Efficiency Zone Ventilation Efficiency (App A Method) Evz = (Fa+FbXs-FcZpzEp)/Fa = System Ventilation Efficiency (App A Method) Ev = min (Evz) = 0.67 System Ventilation Efficiency (Table 6.3 Method) Ev = Value from Table 6.3 = n/a Minimum outdoor air intake airflow Outdoor Air Intake Flow required to System Vot cfm = Vou / Ev = 3436 OA intake req'd as a fraction of primary SA Y = Vot / Vps = 0.36 Outdoor Air Intake Flow required to System (Table 6.3 Method) Vot cfm = Vou / Ev = n/a OA intake req'd as a fraction of primary SA (Table 6.3 Method) Y = Vot / Vps = n/a OA Temp at which Min OA provides all cooling OAT below which OA Intake flow minimum Deg F = {(Tp-dTsf)-(1-Y)*(Tr+dTrf)}/Y = APRIL 18, 2014 Ram Auburn Hospitality, LLC 600 Martin Luther Kg Jr Pkwy Phenix City, AL (706) Bradley, Schmidt & Carn A r c h i t e c t u r e, P L L C (334) Honeysuckle Road, Suite #7 Dothan, AL Fax (334) P.O. Box 1663 Dothan, AL ASHRAE VENTILATION CALCULATIONS

Mechanical Technical Report 1

Mechanical Technical Report 1 ASHRAE Standard 62.1 Ventilation Compliance Miller Children s Hospital Prepared for: Dr. James Freihaut Department of Architectural Engineering The Pennsylvania State University