Laserfiche WebLink
I=AN 5ChEDULE <br />MAX. <br />BASIS <br />REMARKS <br />MARK <br />DUTY <br />TYPE <br />CFM <br />E.S.P. <br />MOTOR <br />DRIVE <br />NOISE <br />CONTROL <br />OF DESIGN. <br />I <br />2 <br />3 <br />4 <br />5 <br />G <br />(IN WG) <br />(Wlhp) <br />(SONES) <br />BY <br />MODEL <br />EF- I <br />EXHAUST <br />CEILING CABINET <br />100 <br />0.5 <br />100 <br />DIRECT <br />2.0 <br />THERMOSTAT <br />GKEENHECK SP <br />X <br />X <br />X <br />INTERLOCK WITH <br />EF-2 <br />EXHAUST <br />CEILING CABINET <br />100 <br />0.5 <br />100 <br />DIRECT <br />2.0 <br />GREENHECK SP <br />X <br />X <br />X <br />MICROWAVE <br />NOTES (APPLY TO ALL): <br />REMARKS (APPLY AS SCHEDULED):. <br />A. SEE ELECTRICAL PLANS FOR POWER CHARACTERISTICS <br />1. FAN SPEED CONTROLLER. <br />B. DESIGN IS BASED ON PRODUCTS BY GKEENHECK. ACCEPTABLE <br />2. FACTORY DISCONNECT SWITCH/PLUG. <br />ALTERNATES SHALL BE BY LOKEN-COOK, TWIN -CITY, PENN BARRY. <br />3. GRAVITY BACKDKAFT DAMPER. <br />LEGEN D <br />SYMBOLS <br />DESCRIPTION <br />X I <br />DIFFUSER, GRILLE, REGISTER OK LOUVER TAG <br />X2 <br />X I = TYPE, X2 = CFM <br />POSITIVE PRESSURE (AIK GOES OUT) DIFFUSER OK KEGI5TEK, 4-WAY <br />AIR PATTERN (UNLESS OTHERWISE NOTED) <br />zNEGATIVE <br />PKE55UKE (AIR GOES IN) GRILLE <br />POSITIVE PRESSURE AIRFLOW (TYP. SUPPLY) <br />-4• <br />NEGATIVE PKE55UKE AIRFLOW (TYP. KETUKN/EXHAUST) <br />1111111 <br />FLEXIBLE DUCT <br />MANUAL VOLUME DAMPER (MVD) <br />VERTICAL (TYP. WALL) FIRE DAMPER <br />IIFD <br />FSD <br />VERTICAL (TYP. WALL) COMBINATION FIKE/SMIOKE DAMPER <br />y <br />HORIZONTAL (Tr'P. FLOOR/CEILING) FIRE DAMPER <br />FD <br />HORIZONTAL (TYP. FLOOR/CEILING) COMBINATION FIKE/5MOKE <br />PSD <br />DAMPER <br />OT <br />THERMOSTAT <br />O <br />HUMIDISTAT <br />O <br />REMOTE TEMPERATURE 5EN50K <br />INTERNALLY LINED DUCT <br />DUCT UP <br />DUCT UP <br />DUCT DOWN <br />SUPPLY DUCT <br />ABBREVIATIONS <br />AFF <br />ABOVE FINISHED FLOOR <br />MA <br />MAKE-UP AIR <br />AHU <br />AIK HANDLING UNIT <br />MAU <br />MAKE-UP AIR UNIT <br />CO2 <br />CAKBON DIOXIDE <br />MAV <br />MANUAL AIR VENT <br />D <br />CONDENSATE DRAIN <br />MBH <br />1 ,000 BTU PEK HK <br />DB <br />DRY BULB <br />MFCU <br />MINI FAN COIL UNIT <br />EA <br />EXHAUST AIR <br />MHP <br />MINI HEAT PUMP <br />EAT <br />ENTERING AIRTEIVIPERATUKE <br />MVD <br />MANUAL VOLUME DAMPER <br />EDH <br />ELECTRIC DUCT HEATER. <br />NC <br />NORMALLY CLOSED <br />El' <br />EXHAUST FAN <br />NO <br />NORMALLY OPEN <br />ESP <br />EXTERNAL STATIC PRE55URE <br />OA <br />OUTSIDE AIR <br />EWH <br />ELECTRIC WALL HEATER <br />OBD <br />OPP05ED BLADE DAMPER <br />F <br />DEGREES FAHRENHEIT <br />PIU <br />POWER INDUCTION UNIT <br />FCU <br />FAN COIL UNIT <br />RA <br />RETURN AIK <br />FD <br />FIRE DAMPER <br />KH <br />RELIEF HOOD <br />FSD <br />COMBINATION FIRE/SMOKE DAMPER <br />RTU <br />ROOFTOP UNIT <br />H <br />HUMID15TAT <br />SA <br />SUPPLY AIR <br />IH <br />INTAKE HOOD <br />5P <br />STATIC PKE55UKE <br />LAT <br />LEAVING AIR TEMPERATURE <br />UC <br />UNDER CUT DOOR <br />LWT <br />LEAVING WATER TEMPERATURE <br />VAV <br />VARIABLE AIR VOLUME <br />M <br />MOTOR <br />WB <br />WET BULB <br />VENTILATION 5ChEDULE (PER <br />A5HRAE G2. <br />1) <br />Zone EXLSTING RTU- I *2 <br />System Primary 2,800 CFM <br />Average <br />0.225 <br />Occupant <br />Zone Air <br />0.8 <br />Primary Air, Fraction to <br />I <br />Secondary Air, <br />I <br />Airflow: <br />Outdoor Air <br />Diversity: <br />Distribution <br />Zone: <br />Fro: tion to Zone: <br />Fraction: <br />Effectiveness: <br />Vps <br />XA <br />D <br />Ez <br />Erg <br />Fr <br />Uncorrected G3 I CFM <br />System <br />0.043 <br />Min. Outside <br />G7 I CFM <br />Fraction of Supply <br />I <br />Fraction of Supply Air <br />I <br />Fraction of <br />I <br />Air Intake: <br />Ventilation <br />Air Required: <br />Air to Zone from <br />to Zone from Fully <br />Outdoor Air to <br />Efficiency: <br />Outside Zone: <br />Mixed Primary Air: <br />Zone from <br />Outside Zone: <br />Vou <br />Ev <br />Vot <br />0.24 <br />Fa <br />Fb <br />Fc <br />Room Information <br />Room Room Type <br />People Outdoor Air <br />Area Outdoor Air <br />Breathmg Zone <br />Zone Outdoor Airflow <br />Zone Discharge <br />Discharge Outdoor <br />Zone Ventilation <br />Outside Airflow <br />Airflow <br />Air Fraction <br />Efficiency <br />Rate <br />People <br />Total <br />Rate <br />Area <br />Total <br />(CFM/person) <br />Pz <br />(CFM) <br />(CFM/ft2) <br />(ft2) <br />(CFM) <br />(CFM) <br />(CFM) <br />(CFM) <br />Kp <br />Kp*Pz <br />Re <br />Az <br />Ra*AZ <br />Vbz <br />Voz <br />Vdz <br />Zd <br />Evz <br />BREAK Gerieral-Br-eakRoorn <br />5 <br />1 <br />5 <br />O.OG <br />IO2 <br />7 <br />12 <br />15 <br />131 <br />0.1 15 <br />1.13 <br />CORRIDOR General -Corridors <br />0 <br />0 <br />0 <br />O.OG <br />290 <br />18 <br />18 <br />23 <br />179 <br />0.125 <br />1.1 1 <br />EVAL Office -Office <br />5 <br />1 <br />5 <br />0.0G <br />G7.3 <br />5 <br />10 <br />13 <br />77 <br />0. 1 G9 <br />1.07 <br />EXERCISE Gym -Weights <br />20 <br />9 <br />! 80 <br />O.OG <br />G44 <br />39 <br />2 10 <br />274 <br />7G5 <br />0.355 <br />0.551 <br />AREA I <br />EXEKCSE Gym -Weights <br />20 <br />8 <br />GO <br />O.OG <br />569 <br />3G <br />19G <br />245 <br />551 <br />0.276 <br />0.9G2 <br />AREA <br />LOBBY Office -Main Entry <br />5 <br />4 <br />20 <br />O.OG <br />373 <br />23 <br />43 <br />54 <br />599 <br />0.0902 <br />1 . 15 <br />Lobbies <br />MFN General-Kestroom <br />0 <br />0 <br />0 <br />0 <br />42.2 <br />0 <br />0 <br />O <br />G7 <br />O <br />1.24 <br />TEI/COMP Office -Office <br />5 <br />1 <br />5 <br />O.OG <br />20 <br />2 <br />7 <br />9 <br />35 <br />0.257 <br />0.383 <br />WOMEN General-Restroorn <br />O <br />O <br />O <br />0 <br />42.5 <br />O <br />0 <br />0 <br />G7 <br />0 <br />1.24 <br />DIFFU5ER9 GRILLE, AND REGI5TER 5CHEDULE <br />CALLOUT <br />DESCRIPTION <br />FACE 51ZE <br />(IN) <br />INLET 51ZE <br />(IN) <br />N015E <br />CRITERIA @ <br />MAX CFM <br />MODEL <br />EC2424 <br />EGGCRATE GRILLE <br />24x24 <br />24x24 <br />25 <br />TITUS 50F <br />RC2424 <br />EGGCRATE GRILLE <br />24x24 <br />24x24 <br />25 <br />TITUS 5OF <br />5CPOG <br />SUPPLY CEIUNG PLAQUE DIFFUSER <br />24x24 <br />GO <br />25 <br />TITUS OMNI <br />5CP08 <br />5UPPLY CEIUNG PLAQUE DIFFUSER <br />24x24 <br />80 <br />25 <br />TITUS OMNI <br />A. AIR DEVICE O.E. DIFFU5ER5, REGISTERS AND GRILLES) COLOR SELECTION SHALL BE MADE BY ARCHITECT. CONTRACTOR SHALL <br />SUBMIT COLORIFINISH CHARTS FOR ARCHITECTURAL REVIEW AND SELECTION. <br />B. THE CONTRACTOR SHALL COORDINATE AIR DEVICE FRAME AND/OR SUSPENSION TYPE WITH THE ARCHITECTURAL REFLECTED CEIUNG <br />PLAN. <br />GENERAL NOTE5 <br />A. EACH 51JFMY DIFflJ5ERilREGISTER, RUNOUT 5HALL BE PROVIDED WITH A VOLUME DAMPER. <br />REFER TO THE DIFFUSER TAKE -OFF DETAIL FOR ADDITIONAL INFORMATION. <br />B. DRAWING5 ARE DIAGRAMMATIC ONLY. FINAL ROUTING OF DUCTWORK AND EQUIPMENT <br />LOCATIONS SHALL BE DETERMINED IN THE FIELD. ADDITIONAL OFF5ET5. ELBOWS. ETC. <br />SHALL BE. PROVIDED AND INSTALLED WITHOUT ADDITIONAL C05T TO THE OWNER. <br />C. HVAC EXISTING TO REMAIN UNLESS NOTED OTHERWISE. DEMOLISH AND REMOVE FROM <br />SITE EXISTING DIFFUSERS AND BRANCH DUCTWORK A550CIATED WITH ROOFTOP UNITS <br />OVER SPAN. PROVIDE NEW AS SHOWN. WHERE EXISTING DIFFUSERS OR BRANCH <br />DUCTWORK ARE OF LIKE KIND AND SIZE TO TH05E SHOWN ON THESE PLANS, THEY MAY <br />BE REUSED. RESTORE REUSED BRANCH DUCTWORK OR DIFFUSERS TO LIKE NEW <br />CONDITION AND BALANCE TO CPMs SHOWN ON THESE PLANS. <br />D. SERVICE AND RESTORE E05TING HVAC EQUIPMENT (ROOFTOP UNITS. FANS, ETC) TO <br />GOOD WORKING ORDER. <br />E. WHERE EXISTING THERM05TAT5 ARE AVAILABLE AND IN GOOD CONDITION. RELOCATE TO <br />LOCATIONS SHOWN. WHERE EXI5TING THERMOSTATS ARE UNAVAILABLE OR IN POOR <br />CONDITION, PROVIDE NEW PROGRAMMABLE THERMOSTATS AT LOCATIONS SHOWN. <br />KEYNOTE5 <br />IQ EXISTING BATHROOM EXHAUST TO REMAIN. BALANCE TO 70 CFM EXHAUST AIR. <br />O CONTRACTOR TO FIELD VERIFY EXISTING LANDLORD PROVIDED ROOFTOP UNIT LOCATED <br />AS SHOWN AND 15 3.5 TONS COOLING CAPACITY. NOTIFY DE51GN TEAM OF ANY <br />DISCREPANCY. BALANCE ROOFTOP UNIT TO 1400 CFM SUPPLY AIR AND 340 CFM <br />OUT5IDE AIR. <br />UNDERCUT DOOR I'. <br />40 TIE NEW 5UPPLY AIR BRANCH DUCT INTO EXISTING SUPPLY AIR TRUNK DUCT. <br />® TIE NEW RETURN AIR DUCT INTO EXISTING RETURN AIR TRUNK DUCT. <br />® 4Y0 DRYER EXHAUST DUCT UP TO ROOF CAP WITH BACKDRAFT DAMPER. WHERE <br />TERMINATION 15 WITHIN I a HORIZONTALLY FROM ANY OUT5IDE AIR INTAKES. IOCATE <br />MINIMUM 3' ABOVE OUT5IDE AIR INTAKES. <br />Q EXHAUST DUCT TO EXTERIOR WALL CAP WITH INSECT SCREEN. <br />1 <br />N <br />PROFICIENT <br />E N G I N E E RI N G <br />6991 Peachtree Industrial Blvd Building 700 <br />Peachtree Corners, Georgia 30092 <br />404.330.9798 <br />PROJECT # 118166 <br />I __ <br />wzzo <br />°Z�a <br />_ <br />U <br />� O a <br />wa�� <br />< o~�= <br />Ur z yoy w ~ <br />4. Is V <br />= <br />9 ¢ O w <br />ZTO <br />w 3: 0 <br />� o�aN <br />O NWx <br />w =.oz~ <br />'<z¢O <br />O <br />`'plllill1„I,$q, <br />V%CEK* ` <br />No. 0199 # <br />fLOR►Da '��, <br />U <br />CL <br />Q <br />x <br />N <br />co <br />6� <br />MD <br />QU <br />z <br />z� <br />J w N <br />F­ LL <br />` <br />LL <br />- w <br />w (� <br />Z °o <br />i <br />� � O <br />Q Q <br />W w <br />w <br />ti = <br />0*) U) <br />LO <br />It <br />PT� SOLUTIO.S <br />7V <br />z <br />OLUQ <br />UQM <br />ILL <br />ILL W <br />� o?LL <br />o Xn <br />J J_ inJ <br />O J = <br />M <br />O <br />�Uj NtiN <br />AN <br />1 FLOOR PLAN - HVAC <br />M-1 1 /8"=1'-011 <br />04-09-2018 <br />