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Plans (60) M EC2019 -00759 ( 1/2 ) REVISION APPROVED - - - - - - - - - - - - ►ioCI Ve ,,y ABBREVIATIONS HVAC LEGEND PRONOTJECT. REFER TOT ALL BDETOLSA LS AND NOTES OR MOUNTING HS ARE BEIGHTLE TOS HIS 010373% HVAC DRAWING LISTABV ABOVE f0 FAIL OPENGENERAL DUCTWORK SHEET R DIGITAL SIGNITURE AC AIR CONDITIONING - NUMBER SHEET NAME g a V rF�OREGON�q FPI FINS PER INCH SYMBOL DESCRIPTION SYMBOL DESCRIPTION ACCEPT ACCEPTANCE RH RELATIVE HUMIDITY ACU AIR CONDITIONING UNIT FPM FEET PER MINUTE FPS FEET PER SECOND RHC REHEAT COIL NEW WORK -ADIAP ACCESS DOOR I ACCESS PANEL Mp.00 MECHANICAL LEGEND AND ABBREVIATIONS X X AD ACCESS DOOR RHT RADIANT HEATER ADD ADDITION FSD FIRE/SMOKE DAMPER RM ROOM FT FOOT OR FEET (E) EXISTING WORK TO REMAIN M0.01 BASIS OF DESIGN AND TABULATED DATA X X RENEWS: 06-30-2020 AF AFTER FILTER RPM REVOLUTIONS PER MINUTE Hill FLEXIBLE CONNECTION M0.02 SCHEDULES X X AFF ABOVE FINISHED FLOOR G GAS RS REFRIGERANT SUCTION ----------(D) EXISTING WORK TO BE REMOVED MO.03 SCHEDULES X X X GAL GALLONS M0.05 VENTILATION CALCULATIONS X X AFMS AIR FLOW MEASURING STATION GA GAUGE, GAGE RTU ROOFTOP UNIT O o-00 GA / 7T 4 >_ AFUE ANNUAL FUEL UTILIZATION EFFICIENCY GALV GLAVANIZED M2.00 BASEMENT-HVAC PLAN X X S SUPPLY OR SLOPE ----------(F) FUTURE WORK DUCT RUNOUT TO DIFFUSER O SA SUPPLY AIR AG AIR GAP GC GAS COCK OR GENERAL CONTRACTOR M2.01 GROUND FLOOR-HVAC PLAN X X X AHJ AUTHORITY HAVING JURISDICTION GN GENERAL NOTE SCFM CFM, STANDARD CONDITIONS (R) RELOCATE EXISTING RECTANGULAR DUCT SIZE U GLV GLOBE VALVE 12x6 M2.02 SECOND FLOOR-HVAC PLAN X X AHU AIR HANDLING UNIT SD SMOKE DAMPER (WIDTH x DEPTH IN INCHES) LL AMB AMBIENT GPM GALLONS PER MINUTE SEER SEASONAL ENERGY EFFICIENCY RATING CENTER LINE M2.03 THIRD FLOOR-HVAC PLAN X X X A AMPERE GND GROUND 180 SEN SENSIBLE ROUND DUCT SIZE M2.04 FOURTH FLOOR-HVAC PLAN X X X) AP ACCESS PANEL (DIAMETER IN INCHES M2.05 ATTIC-HVAC PLAN X XnnPrwlw-RhlE: LL. SF SUPPLY FAN OR SQUARE FEET POINT OF CONNECTION OR APPROX APPROXIMATELY GV GATE VALVE SHC SQUARE HEAD COCK POINT OF DISCONNECTION H HEIGHT M2.09 ROOF-HVAC PLAN X XO ARCH ARCHITECT SIU SPLIT INDOOR UNIT OVAL DUCT SIZE HB HOSE BIBB 24x12e M5.01 SUPPLY DUCTWORK RISER DIAGRAMS X X ARI AMERICAN REFIRGERATION INSTITUTE SOU SPLIT OUTDOOR UNIT DETAIL 1, DRAWING M-1 (WIDTH x DEPTH IN INCHES)HC HEATING COIL AS AIR SEPARATOR SP STATIC PRESSURE M5.02 EXHAUST DUCTWORK RISER DIAGRAMS X X AUTO AUTOMATIC HD HEAD SPD SPLITTER DAMPER M6.01 ENLARGED PLANS X X XHOR HORIZONTAL - -AUX AUXILIARY SPEC SPECIFICATIONSHP HIGH PRESSURE � DUCT THROUGH BEAM PENETRATION M6.02 ENLARGED PLANS X B BOILER SQIN SQUARE INCH A T M901 MECHANICAL DETAILS X X HP HORSEPOWER BDD BACKDRAFT DAMPER ST STRAINER OR SOUND TRAP M-1 SECTION A, DRAWING M-1 HP HEAT PUMP DUCT OFFSET(RISE OR DROP) M902 MECHANICAL DETAILS X Xqw BEL BELOW HR HOUR(S) STD STANDARD M903 MECHANICAL DETAILS X X BHP BRAKE HORSEPOWER STRUCT STRUCTURAL BOD BOTTOM OF DUCT HRU HEAT RECOVERY UNIT SV STEAM VENT VD RVD VOLUME DAMPER OR REMOTE VOLUME DAMPER M904 MECHANICAL DETAILS X X BOP BOTTOM OF PIPE HS HUMIDITY SENSOR HTR HEATER T THERMOSTAT OR THERMOMETER M905 MECHANICAL DETAILS X X BFP BACKFLOW PREVENTER HV HOSE VALVE TCP TEMPERATURE CONTROL PANEL FD SD FS FIRE, SMOKE OR FIRE/SMOKE DAMPER uc BSMT BASEMENT TDH TOTAL DYNAMIC HEAD 1 ELEVATION 1, DRAWING M-1 HX HEAT EXCHANGER BTU BRITISH THERMAL UNIT HVAC HEATING, VENTILATING AND AIR CONDITIONING�EMP TEMPERATURE M-1 � SUPPLY DUCT UP BTUH BTU PER HOUR TFA/TFB TO FLOOR ABOVE/BELOW BV BALL VALVE OR BALANCING VALVE HZ FREQUENCY(HERTZ) TI TENANT IMPROVEMENT RECEIVED ID INSIDE DIAMETER SUPPLY DUCT DOWN BYV BUTTERFLY VALVE IN INCH(ES) TRG TRANSFER GRILLE EXH RISER IDENTIFICATION MAY 6 2020 C COMMON, CONDENSATE OR CONDUIT INPLV INTEGRATED PART LOAD VALUE TS TEMPERATURE SENSOR 1 EXHAUST#1 EXHAUST DUCT UP DUCTWORK CA CONTROL AIR TSP TOTAL STATIC PRESSURE GITy OF TiGARD JB JUNCTION BOX CAP CAPACITY TT TEST TAP OR TEST TEE _x EXHAUST EXHAUST DUCT DOWN BUILDir!� DIVISION CAV CONSTANT AIR VOLUME KW KILOWATT TXV THERMAL EXPANSION VALVE HP EQUIPMENT IDENTIFICATION RECTANGULAR OR ROUND SUPPLY I CEG CEILING EXHAUST GRILLE (TYP) TYPICAL 1 HEAT PUMP UNIT#1 � RETURN DUCT UP TAG NECK SIZE-CFMDIFFUSER OR REGISTER(SEE L LENGTH KWH KILOWATT HOUR CER CEILING EXHAUST REGISTER U HEAT TRANSFER COEFFICIENT SCHEDULE).4-WAY THROW CFF CAP FOR FUTURE LAT LEAVING AIR TEMPERATURE UC UNDER CUT DOOR CFM CUBIC FEET PER MINUTE LBS POUNDS UG UNDERGROUND RETURN DUCT DOWN LDB LEAVING DRY BULB -1� KITCHEN EQUIPMENT TAG 8 UNLESS INDICATED OTHERWISE. z CFS CUBIC FEET PER SECOND UH UNIT HEATER EXAMPLE: LF LINEAR FEET CROSS SECTION OF SUPPLY DUCT S612X12400 REFERS TO TAG SB I (n CH COVE HEATER _WB LEAVING WET BULB LON UNLESS OTHERWISE NOTED # KEYED NOTE WITH 12'X12' NECK AND 400 CFM CL CENTERLINE LWT LEAVING WATER TEMPERATURE V VENT OR VOLUME OR VELOCITY CROSS SECTION OF EXHAUST AIR DUCT Cy) CLG CEILING M MOTOR VAV VARIABLE AIR VOLUME 150 DIRECTION OF TRANSFER AIRFLOW(150 CFM) ® TAG NECK SIZE-CFM RECTANGULAR OR ROUND CV CO CLEANOUT BD VOLUME DAMPER = CROSS SECTION OF RETURN AIR DUCT EXHAUST GRILLE OR REGISTER COL COLUMN MA MIXED AIR VEL VELOCITYti W MAD MIXED AIR DAMPER 78°F 78 DEGREES FAHRENHEIT (SEE SCHEDULE) COMP COMPRESSOR VERT VERTICAL O CROSS SECTION OF ROUND DUCT cn M J CONC CONCRETE MAX MAXIMUM VFD VARIABLE FREQUENCY DRIVERECTANGULAR OR ROUND RETURN Z � m MBH THOUSAND BTU PER HOUR ❑ TAG NECK SIZE-CFM GRILLE OR REGISTER(SEE O O Q MC MECHANICAL CONTRACTOR CONN CONDENSATE VOM VFLOW METER DUCT ELBOW WITH TURNING VANES CONN CONNECTION MCA MINIMUM CIRCUIT AMPACITY VOL VOOLUMELUME SCHEDULE) 0 � CONT CONTINUATION VTR VENT THROUGH ROOF MCC MOTORIZED CONTROL CENTER CONTROLS � CONTR CONTRACTOR W WASTE OR WIDTH OR WATTS TAG NECK SIZE-CFM WALL SUPPLY GRILLE OR MD MOTORIZED DAMPER REGISTER (SEE SCHEDULE U Ur LL COP COEFFICIENT OF PERFORMANCE WI WITH _ _- _ -- O Q LL MECH MECHANICAL ) w CP CONTROL PANEL OR CONDENSATE PUMP WIO WITHOUT SYMBOL DESCRIPTION SMOOTH RADIUS DUCT ELBOW WITHOUT TURNING MERV MINIMUM EFFICIENCY RATING VALUEQ VANES WALL RETURN OR EXHAUST GRILLE Y C(j)MFR MANUFACTURER CR CONDENSATE RETURN WB WET BULB TEMPERATURE - - - � TAG NECK SIZE-CFM CRG CEILING RETURN GRILLE MIN MINIMUM WC WATER COLUMN TEMPERATURE SENSOR OR REGISTER(SEE SCHEDULE) W CRR CEILING RETURN REGISTER WEG WALL EXHAUST GRILLE W } O MOCP MINIMUM OVER CURRENT PROTECTION CSD CEILING SUPPLY DIFFUSER MV MANUAL AIR VENT WG WATER GAUGE O THERMOSTAT OR THERMOMETER 45 DEGREE BOOT LO-LOSS BRANCH FITTING LINEAR SLOT DIFFUSER(SEE > LL CTE CONNECT TO EXISTING (N) NEW WP WORKING PRESSURE SCHEDULE FOR NUMBER OF (l CUFT CUBIC FEET WPD WATER PRESSURE DROP w o CARBON DIOXIDE SENSOR N/A NOT APPLICABLE © SLOTS). 2-WAY THROW UNLESS W CUIN CUBIC INCHES WRR WALL RETURN REGISTER WYE BRANCH FITTING NOTED OTHERWISE. EXAMPLES: Y �- NC NORMALLY CLOSED CV CONSTANT VOLUME OR CONTROL VALVE WSHP WATER-SOURCE HEAT PUMP o OCCUPANCY SENSOR U w NIC NOT IN CONTRACT ® v SN10-48-250 REFERS TO TAG SN CW COLD WATER WSR WALL SUPPLY REGISTER o Q Z NO NORMALLY OPEN OR NUMBER w ACOUSTICAL LINING DUCT TAG NECK SIZE-LENGTH-CFM WITH 10" ROUND NECK,48"SLOT op D DROP OR DRAIN WT WEIGHT z H HUMIDITY SENSOR OR HUMIDISTAT 12x6 NOM NOMINAL O _ _ - - _ _ _ _ _ (DIMENSION IS INSIDE DIMENSION) LENGTH AND 250 CFM, CO DBT DRY BULB TEMPERATURE NTS NOT TO SCALE XFMR TRANSFORMER DDC DIRECT DIGITAL CONTROL Z ZONE 2 © STATIC PRESSURE SENSOR TCACAPPED OR PLUGGED TEE DEFL DEFLECTION OUTSIDE AIR CAD OUTSIDE AIR DAMPER ZD ZONE DAMPER DIA DIAMETER � MOTORIZED DAMPER INSIDE DUCT } OAT OUTSIDE AIR TEMPERATURE S REFRIGERANT SENSOR BLIND FLANGE, CAP r1 DIFF DIFFERENCE OBD OPPOSED BLADE DAMPER ~ O DN DOWN DO OC ON CENTER CARBON MONOXIDE SENSOR ti CONCENTRIC REDUCER Z W DP DIFFERENTIAL PRESSURE _ _ _ TAG NECK SIZE-CFM TRANSFER DUCT(WITH LINER) U DPT DEW POINT TEMPERATURE OD OUTSIDE DAMPER � OFCI OWNER FURNISHED CONTRACTOR INSTALLED � HYDROGEN SENSOR i r EXPANSION LOOP OF01 OWNER FURNISHED OWNER INSTALLED z> LL DSD DUCT SMOKE DETECTOR DV DIAPHRAGM VALVE SD DUCT SMOKE DETECTOR INDICATES 8'11"TO BOTTOM OF DUCT VALVE ON RISE I.L. DWG(S) DRAWINGS(S) OPER OPERATING � -33 O DX DIRECT EXPANSION OV OUTLET VELOCITY TEMPERATURE SENSOR 8 - 11 BOD 6" PIPE SIZE(DIAMETER IN INCHES) U (E) EXISTING P PUMP OR PRESSURE OR POLE � - PC PUMPED CONDENSATE _ EA EXHAUST AIR OR EACH PD PRESSURE DROP © STATIC PRESSURE SENSOR - - - - - -- MECHANICAL LEGEND AND PF PREFILTER EAD EXHAUST AIR DAMPER MISCELLANEOUS PIPING ABBREVIATIONS EAT ENTERING AIR TEMPERATURE PEGUIDPRESSURE SENSOR OR SWITCH PG PIPE GUIDE OR PRESSURE GAUGE w EC ELECTRICAL CONTRACTOR u PH PHASE(ELECTRICAL) > SYMBOL DESCRIPTION SYMBOL DESCRIPTION ECON ECONOMIZER wPS DIFFERENTIAL PRESSURE SENSOR - PHC PREHEAT COIL o DIRECTION OF SLOPE PROJECT NO. EDB ENTERING DRY BULB TEMPERATURE o REFRIGERANT DISCHARGE PLBG PLUMBING EWT ENTERING WATER TEMPERATURE AIR FLOW MEASURING STATION 17055 FMS POC POINT OF CONNECTION z 1-0 DIRECTION OF FLOW EER ENERGY EFFICIENCY RATING REFRIGERANT SUCTION POD POINT OF DISCONNECTION p EF EXHAUST FAN IS HUMIDITY SENSOR PRESS PRESSURE Y EFF EFFICIENCY PNEUMATIC CONTROL VALVE ( ) 06.20.2019 � � PIPE UP OR UP& DOWN WITH NOTATION) EJ EXPANSION JOINT PRV PRESSURE REDUCING VALVE - PS PRESSURE SENSOR ES FLOW SENSOR OR SWITCH EL ELEVATION AIR LINE PIPE DOWN ELEC ELECTRICAL PSI POUNDS PER SQUARE INCH PSIA PSI ABSOLUTEM FLOW METER 3 EQUIP EQUIPMENT , ST SOUND TRAP g PSIA PSI GAUGE PIPE DROP/PIPE RISE 5 (ER) EXISTING RELOCATED QTY QUANTITY a ©S CURRENT SENSOR ESP EXTERNAL STATIC PRESSURE CC COOLING COIL TOP CONNECTION - BRANCH LINE R RELOCATE, RISE, RISER p ET EXPANSION TANK RA RETURN AIR "' ❑M MOTOR EWB ENTERING WET BULB TEMPERATURE RAD RETURN AIR DAMPER EXH EXHAUST A ACTUATOR HC HEATING COIL BOTTOM CONNECTION -BRANCH LINE EXT EXTERNAL RD REFRIGERANT DISCHARGE OR ROOF DRAIN ❑ REF ROOFTOP EXHAUST FAN RHT RADIANT HEATER X PIPE ANCHOR g F FAHRENHEIT S FC FLEXIBLE CONNECTION OR FAIL CLOSED REFRIG REFRIGERATION Al ANALOG INPUT BHT BASEBOARD HEATER TEE UP FCU FAN COIL UNIT REJ REJECTION AO ANALOG OUTPUT w REQ'D REQUIRED FD FIRE DAMPER DI DIGITAL INPUT F7/ 1 CB CHILLED BEAM TEE DOWN FF FINAL FILTER OR FINISHED FLOOR REV REVISE, REVISION OR REVOLUTIONS DO DIGITAL OUTPUT FFA/FFB FROM FLOOR ABOVE/BELOWRF RETURN FAN TBAS BUILDING AUTOMATION SYSTEM _ THRUST BLOCK TEST TAP(PETE'S PLUG) FLR FLOOR PI PULSING INPUT FLEXIBLE CONNECTORmc - --- - -- -- - - - - - - -- -- - - -- -- - -- - -- - - - - UNION rrN 1 Y nn l omoo ow 0a r10373 DIGITAL SIGNITURE MECHANICAL BASIS OF DESIGN K. ACOUSTICAL rip OREGON�q 0 A. THIS BUILDING IS A FOUR-STORY MULTIFAMILY RESIDENTIAL DEVELOPMENT OF 48 UNITS TOTAL, THE GROUND 1. THE FOLLOWING NOISE NC/RC CRITERIA LEVELS WILL BE ACHIEVED AND AS DEFINED IN THE FLOOR INCLUDES A LOBBY, LOUNGE, LEASING OFFICES, COMMUNITY ROOM AND BICYCLE STORAGE. EACH ASHRAE HVAC APPLICATIONS HANDBOOK. THESE LEVELS ADDRESS THE MECHANICAL SYSTEMS RESIDENTIAL FLOOR INCLUDES A COMMUNITY LAUNDRY ROOM AND BIKE ROOM. ONLY. ACTUAL SOUND PERFORMANCE REQUIREMENTS FOR EACH SPACE MUST BE VERIFIED WITH RENEWS: 06-30-2020 B. THE DESIGN INCLUDES THE FOLLOWING NOTABLE FEATURES, BUT IS NOT LIMITED TO THIS SCOPE. CONTRACTOR IS ACOUSTICAL CONSULTANT. RESPONSIBLE FOR REVIEWING ALL CONTRACT DOCUMENTS AND COORDINATING WITH ALL DISCIPLINES. A. CORRIDORS AND LOBBIES:30 TO 40 1. VENTILATION AND EXHAUST: B. LIVING AREAS: 25 TO 30 A. A CONSTANT VOLUME PACKAGED ROOFTOP MAKEUP AIR UNIT PROVIDES VENTILATION TO THE M. SEISMIC: CORRIDORS. VARIABLE VOLUME CEILING EXHAUST FANS PROVIDE EXHAUST TO APARTMENT 1. ANCHORAGE AND RESTRAINTS MUST BE COORDINATED WITH STRUCTURAL ENGINEER AND AUTHORITY TOILETS. VARIABLE VOLUME DUCTED RANGE HOODS PROVIDE EXHAUST TO APARTMENT KITCHENS. HAVING JURISDICTION. EXHAUST RUNS ROUTE TO BOTH ROOF LOUVERED PENTHOUSES AND EXTERIOR LOUVERS DEPENDING ON N. THE HVAC SYSTEM INCLUDES THE FOLLOWING SUSTAINABLE DESIGN FEATURES: LOCATION. 1. SELECT REFRIGERANTS AND HVAC EQUIPMENT THAT MINIMIZE AND ELIMINATE THE EMISSION OF B. UNITS ARE VENTILATED THROUGH THE PTAC PORT AND LOW AIRFLOW SETPOINT AT BATHROOM FANS COMPOUNDS THAT CONTRIBUTE TO OZONE DEPLETION. C. BEDROOMS ARE NATURALLY VENTILATED THROUGH OPERABLE WINDOWS. ARCHITECT TO PROVIDE MIN. 2. HEAT PUMP HEATING SOLUTION IN LIVING ROOMS WHICH IS-3 TIMES MORE EFFICIENT THAN ELECTRIC 4% OF THE BEDROOM FLOOR AREA AS WINDOW OPEN-ABLE AREA TO COMPLY WITH VENTILATION CODE. DOOR RESISTANCE UNDERCUTS ARE PROVIDED BETWEEN BEDROOM&LIVING ROOM PER EARTH ADVANTAGE REQUIREMENTS. 3. PROVIDE INDOOR AIR QUANTITIES TO MEET MINIMUM REQUIREMENTS OF SECTIONS 4 THROUGH 7 OF 2. HEATING/COOLING: ASHRAE STANDARD 62.1-2010. A. COMMUNITY ROOM: SPLIT HEAT PUMP AND CEILING FAN. 4. USE VARIABLE FREQUENCY DRIVES OR EC MOTORS TO OPERATE FANS. B. RESIDENTIAL UNITS: PTHP WITH OUTSIDE AIRPORT IN LIVING ROOM, SIZED TO COOL ALL AREAS OF THE APARTMENT. Mv, 'ILL BEDROOM HEATING VIA COVE WALL HEATER. 3. CONTROLS: DUE TO THE SIMPLICITY OF THE PROJECT NO BUILDING AUTOMATION SYSTEM(BAS) HAS R E E K BEEN SPECIFIED. EACH SYSTEM WILL OPERATE ON ITS OWN CONTROLS. 11111111p C. CODES AND STANDARDS Pm 1. AMERICANS WITH DISABILITIES ACT(ADA) 2. NFPA 90A: STANDARD FOR THE INSTALLATION OF AIR-CONDITIONING AND VENTILATING SYSTEMS, 2012 EDITION. ilk 3. NFPA 90B: STANDARD FOR THE INSTALLATION OF WARM AIR HEATING AND AIR-CONDITIONING SYSTEMS, 2012 EDITION. "c 4. NFPA 99: HEALTH CARE FACILITIES CODE, 2012 EDITION. 5, NFPA 101: LIFE SAFETY CODE, 2012 EDITION. 6. OREGON BUILDING CODES ENFORCED BY THE AUTHORITY HAVING JURISDICTION (AHJ): A. 2014 OREGON STRUCTURAL SPECIALTY CODE (OSSC) BASED ON THE 2012 INTERNATIONAL BUILDING CODE(IBC). B. 2014 OREGON MECHANICAL SPECIALTY CODE(GMSC) BASED ON THE 2012 INTERNATIONAL MECHANICAL CODE(IMC)AND THE 2012 INTERNATIONAL FUEL GAS CODE (IFGC)WITH STATE AMENDMENTS. C. 2014 OREGON PLUMBING SPECIALTY CODE(OPSC) BASED ON THE 2009 UNIFORM PLUMBING CODE(UPC). D. 2014 NATIONAL ELECTRICAL CODE(NEC)WITH STATE AMENDMENTS. E. 2014 OREGON ENERGY EFFICIENCY SPECIALTY CODE(OEESC)BASED ON THE 2014 INTERNATIONAL ENERGY CONSERVATION CODE(IECC). Z F. ADDITIONAL STATE AND LOCAL JURISDICTION REQUIREMENTS. (n D. OUTDOOR DESIGN CONDITIONS: 1. LOCATION: PORTLAND, OR co O 2. SUMMER: 91.4"F DB/67.3°F WB(ASHRAE 0.4%) C\1 = 3. WINTER:25.2"F(ASHRAE 0.2% OR MEDIAN OF EXTREMES) � w 4. ELEVATION: 108 FT. 5. CLIMATE ZONE:4C(2014 OEESC, CHAPTER 3) N J E. INDOOR DESIGN CONDITIONS Z CO 1. ALL CONDITIONED AREAS: O O Q A. COOLING: 75'F+/-2'F B. HEATING: 700F+/-20F O 2. EXCEPTIONS: A. ELEC. ROOMS: 90°F+/-2°F MAXIMUM VC L L B. DATA/TELECOM ROOMS: COOLING ONLY, 76"F+/-2"F(MAXIMUM) W C. ELEVATOR CONTROL ROOMS: COOLING ONLY, 76"F+/-2"F(MAXIMUM) Y �z Q U) 3. HUMIDITY CONTROL WW A. ALL AREAS, UNLESS OTHERWISE NOTED: NONE Lu }} O F. OREGON VENTILATION CRITERIA: > LL 1, COMPLY WITH CHAPTER 4 OF OMSC/IMC AND ASHRAE 62.1. (,� Y U G. EXHAUST TO OUTDOORS(MINIMUM RATES) Y IZ of W 1. APARTMENT TOILET ROOMS: 80 CFM(OSMC INTERMITTENT STRATEGY) V = L1j 0- 2. KITCHENS: 150 CFM(OMSC INTERMITTENT STRATEGY) 4. JANITOR CLOSET: 1CFM/SQ. FT.CFM OR 10 AIR CHANGES PER HOUR,WHICHEVER IS GREATER. 000 5. BIKE STORAGE: 0.25 CFM/SQ. FT. X (U 6. MAIN TRASH ROOM: 12-15 AIR CHANGES PER HOUR 0 7. DRYERS: DIRECT VENTED TO EXTERIOR. BOOSTER FANS AS NECESSARY. LU U)a CL H. BUILDING ENVELOPE 1. GLAZING: GLASS/FRAME COMBINATION c A. ALL LEVELS: 1) DESCRIPTION: PUNCHED WINDOW, DOUBLE PANE Z 2) U =0.29 r 3) SOLAR HEAT GAIN FACTOR(SHADING COEFFICIENT)=0.30 2. WALL CONSTRUCTION: A. WOOD FRAMING AT 16"OC B. INSULATION: 5.5"FIBERGLASS BATT+2"ci O C. OVERALL U-VALUE= R-23+R-6ci V 3. ROOF CONSTRUCTION: A. 24"o/c WOOD FRAMING BASIS OF DESIGN AND B. INSULATION: 30ci(2 layres of 2..6"closed cell rigid TABULATED DATA C. OVERALL U-VALUE = R-23+R-6ci I. DUCTWORK DESIGN CRITERIA(MAXIMUM ALLOWABLE AIR PRESSURE DROPS AND AIR VELOCITIES)TO MEET HIGH EFFICIENCY OPERATION WITH MINIMAL ACOUSTICAL NOISE. DUCT STATIC PRESSURE FRICTION LOSS SHALL NOT PROJECT NO. EXCEED 0.2" PER 100 FEET IN MECHANICAL ROOMS AND SHAFTS. LOW PRESSURE SUPPLY DUCT STATIC 17055 PRESSURE FRICTION LOSS BASED ON A MAXIMUM OF 0.08"PER 100 FEET. LOW PRESSURE RETURN AND EXHAUST DUCT STATIC PRESSURE FRICTION LOSS BASED ON A MAXIMUM OF 0.06" PER 100 FEET. MEDIUM PRESSURE DUCTWORK SHALL NOT EXCEED A DUCT STATIC PRESSURE FRICTION LOSS BASED ON A MAXIMUM OF 06.20.2019 0.1" PER 100 FEET. 1. MAXIMUM SUPPLY, RETURN AND EXHAUST DUCT AIR FLOW VELOCITIES SHALL NOT EXCEED THE FOLLOWING CRITERIA: A. MAINS ABOVE CEILING: MAXIMUM 1750 FPM VELOCITY B. MAINS ABOVE OPEN OCCUPIED SPACES: MAXIMUM 1450 FPM VELOCITY o C. BRANCHES ABOVE CEILING: MAXIMUM 1400 FPM VELOCITY D. BRANCHES ABOVE OPEN OCCUPIED SPACES: MAXIMUM 1150 FPM VELOCITY w U E. RUN-OUTS TO DIFFUSERS: MAXIMUM 725 FPM VELOCITYg F. IN SHAFTS: MAXIMUM 2500 FPM VELOCITY w G. IN MECHANICAL ROOMS: MAXIMUM 3000 FPM VELOCITY 0 2. KITCHEN EXHAUST DUCT SHALL RANGE FROM 500 FPM IN VAV SYSTEMS(MINIMUM)TO MAXIMUM o 2500 FPM VELOCITY. w w J. DIVERSITY ASSUMPTIONS U 1. FANS: PROVIDE FOR DUCT LEAKAGE AND 10%ADDITIONAL AIR CAPACITY FOR FUTURE EXPANSION U K Q F K Q 2 Z O r W _ M0 . 01 U Z i0 �N OW U d 0 0101373% APARTMENT V NTIL TION MAKE-UP AIR UNIT - GAS HEATING, DX COOLING DIGITAL SIGNITURE SUPPLY ELECTRICAL COOLING (AT 95"F AMBIENT) HEATING FILTER ,p OREGON q NOMINA NOMINAL EMERG EAT LAT NET FPl ti91 9 21' �0 MANUFACTURER CAPACI AIRFLOW SP VFD MCA MOCP POWER TOTAL SENS DB/WB DB/WB REFRIG REFRIG INPUT OUTPUT EAT DB LAT DB UNIT SIZE OPER. WT. E TAG # MODEL NUMBER TONS (CFM) N WG) DRIVE HP Y/N VOLTS PH (A) ((A) YIN (MBH) (MBH) (F) (F) EER TYPE (LBS) (MBH) (MBH) cF) (F) TYPE MERV L"xW"x H" LBS NOTES MUA R-1 TRANE PRECEDENT HIGH-EFF. 6 2,400 1.0 DIRECT 2.75 Yes 208 3 37 50 No 75 75.0 90/67 57/56 13.1 R410A 5.8/4.1 150 121.5 20 80 CART 13 89"x54"x47" 918 1 through 12 RENEWS: 06-30-2020 NOTES 1. COORDINATE WITH ELECTRICAL FOR POWERAND DISCONNECTAS REQUIRED-SINGLE POINT OF POWER 2. PROVIDE INVERTER READY NEMA PREMIUM EFFICIENCY MOTOR WITH SHAFT GROUNDING SYSTEM. 3. PROVIDE VFD WITH UNIT FOR SOFT START. 4. PROVIDE FACTORY STANDARD 14" HIGH ROOF CURB. 5. UNIT TO HAVE HORIZONTAL DISCHARGE FOR SUPPLY 6. PROVIDE NATURAL GAS HEATING AT 11" WG MIN. 7. FACTORY PROVIDE CONVIENECE OUTLET MOUNTED ON SIDE OF UNIT 8. PROVIDE FURNACE MODULATING CONTROL. 9. PROVIDE FACTORY CONTROLS -CONTROLLED ZONE TEMPERATURE. 10. PROVIDE CONDENSER COIL GUARD. 11. PROVIDE LOW AMBIENT CONTROL FOR OPERATION DOWN TO 20f. 12. PROVIDE WITH (2)SINGLE SPEED SCROLL COMPRESSORS. ■ 14 TYPICAL RESIDENTIAL RESTROOM EXHAUST FAN SCHEDULE TYPICAL DRYER BOOSTER FAN SCHEDULE Cm REEK ELECTRICAL OPER. ELECTRICAL AIRFLOW MAX AIRFLOW MIN SP UNIT SIZE WT. AIR EMERG OPER. TAG # MANUFACTURER MODEL NUMBER LOCATION AREA SERVED TYPE DRIVE (CFM) (CFM) (IN WG) SONES WATTS VOLTS PH (L"xW"uH") (LBS) NOTES MANUFACTURE FLOW SP FAN MTR VFD POWER UNIT SIZE WT. rcc TEF 1 PANASONIC FV-05-11VK1 SEE PLANS UNIT BATHROOMS 1 CEILING FAN DIRECT 80 40 CFM 0.25 0.3 5.5 120 1 17"x15'x12' 12 1-8 TAG # R MODEL NUMBER LOCATION AREA SERVED DISCH (CFM) (IN WG) RPM RPM WATTS VOLTS PH (YIN) (YIN) (L"xW xH") (LBS) NOTES DBF 1 REVERSOMATIC TLD-200ES(1 SEE PLANS LAUNDRY INLINE 220 0.2 2500 2500 78 120 1 No No 11"x11"x8" 50 1-3 NOTES INLET) 1. STARTER BY MECHANICAL. 2. MOUNTED PER MANUFACTURER REQUIREMENTS. COORDINATE EXACT FRAMING REQUIREMENTS WITH GC. NOTES 3. PROVIDE INTEGRAL FACTORY PROVIDED BACKDRAFT DAMPER 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. 4. FAN RUNS CONTINUOUS AT LOW AIRFLOW SETPOINT AT ALL TIMES AND RAMPS UP TO HIGHER AIRFLOW VIA LOCAL ON/OFF WALL SWITCH. SEE ELECTRICAL. 2. PROVIDE WITH CURRENT SENSOR AND RELAY. INTERLOCK FAN OPERATION WITH DRYER OPERATION, 5. FAN SHALL BE ENERGY STAR CERTIFIED 3. INSTALL PER MANUFACTURER REQUIREMENTS. 7. MINIMUM AIRFLOW SETPOINT SHALL TRACK WITH VENTILATION AIRFLOW RATE SUPPLIED TO INDIVIDUAL APARTMENTS. TAB TO VERIFY AND ADJUST AS NECESSARY TO MAINTAIN ROOM AIR FLOW RATE. 8. EXHAUST FANS TO INCLUDE OCCUPANCY SENSOR TO RAMP UP TO HIGHER AIR FLOW. - Z FAN SCHEDULE 0 ELECTRICAL N = Al MIN. EMERG OPER N FLOW SP EFF. FAN MTR VFD POWER UNIT SIZE WT. ti w TAG # MANUFACTURER MODEL NUMBER LOCATION DISCH TYPE DRIVE (CFM) (IN WG) N RPM RPM WATTS BHP HP VOLTS PH (Y/N) (YIN) (L"xW xH") (LBS) NOTES Z m EF 1-1 PANASONIC FV 11 15VK1 TRASH 125 HORIZONTAL CEILING INSERT DIRECT 115 0.25 6.6 120 1 No No 117"05"x`12" 15 9-13 O O CO EF 1-2 PANASONIC FV_11_15VK1 LAUNDRY 123 HORIZONTAL CEILING INSERT DIRECT 115 0.25 6.6 120 1 No No 17"x15"x12" 15 9-13 Q EF 1-3 PANASONIC FV-05-11VK1 JANITOR 122 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 No No 17"xIITx12" 15 9-13 C) Q� EF 1-4 GREENHECK SQ-70-VG BIKE 137 HORIZONTAL INLINE DIRECT 185 0.4 20 1651 1725 0.04 0.1 120 1 No No 16"x12"x12" 35 1-70 O Q LL EF 1-5 PANASONIC FV-05-11VK1 BIKE 121 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 No No 17"x15"x12" 15 9-13 0 (D LL- LLJ EF 2-2 PANASONIC FV_11 15VK1 LAUNDRY 223 HORIZONTAL CEILING INSERT DIRECT 115 0.25 6.6 120 1 No No 17"x15"x12" 15 9-13 Y ~ Q U) EF 2-3 PANASONIC FV-05-11VK1 JANITOR 222 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 No No 17"x15"x12" 15 9-13 LU � EF 2-4 PANASONIC FV-05-11VK1 BIKE 221 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 No No 17"x15"x12" 15 9-13 W O V Y 0 � EF 3-2 PANASONIC FV_11_15VKI LAUNDRY 323 HORIZONTAL CEILING INSERT DIRECT 115 0.25 6.6 120 1 No No ITx15"x12" 15 9-13 Y 0 LU EF 3-3 PANASONIC FV-05-11VK1 JANITOR 322 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 No No 17"x15"x12" 15 9-13 V = L1.1 EF 34 PANASONIC FV-05-11VK1 BIKE 321 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 1 No No ITx15"x12" 15 9-13 0 F--- Z EF 4-2 PANASONIC FV_11_15VK1 LAUNDRY423 HORIZONTAL CEILING INSERT DIRECT 115 0.25 6.6 120 1 No No 17"x15"x12" 15 9-13 EF 4-3 PANASONIC FV-05-11VK1 JANITOR 422 HORIZONTAL CEILING INSERT DIRECT 50 0.25 3.4 120 1 No No 17"x15"x12" 15 9-13 W EF 4-4 PANASONIC FV-05-11VK1 BIKE 421 HORIZONTAL CEILING INSERT DIRECT 1 50 1 0.25 3.4 120 1 No No 17"x15"x12' 15 9-13 EF B-1 GREENHECK SO-80-VG ELEC 002 HORIZONTAL INLINE DIRECT 280 0.4 30 1562 1725 0.06 0.1 120 1 No Yes 19"x15"x15" 50 1-8 � EF B-2 GREENHECK SQ-70-VG LOW VOLTAGE 003 HORIZONTAL INLINE DIRECT 100 0.4 20 1651 1725 0.03 0.1 120 1 No Yes 16"x12"x12" 35 1-8 p Z SF 1-5 GREENHECK SQ-80-VG COMM. ROOM CLOSET HORIZONTAL INLINE DIRECT 275 0.4 30 1582 1725 0.06 0.1 120 1 No No 19"x15"x15" 50 1-7 `- z 75 NOTES 2 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. 0 2. PROVIDE NEMA PREMIUM EFFICIENCY MOTOR. U 3. PROVIDE NON-OVERLOADING MOTOR. 4. PROVIDE ECM(ELECTRONICALLY COMMUTATED MOTOR)WITH FACTORY MOUNTED POTENTIOMETER FOR SPEED ADJUSTMENT. 5. PROVIDE VIBRATION ISOLATION AND SEISMIC RESTRAINT PER SPECIFICATIONS. SCHEDULES 6. PROVIDE MOTORIZED DAMPER(WITH END SWITCH). 7. PROVIDE BIRDSCREEN. 8. PROVIDE(LINE-VOLTAGE/24V)THERMOSTAT). PROJECT NO. 9. STARTER BY MECHANICAL. 17055 10. MOUNTED PER MANUFACTURER REQUIREMENTS. COORDINATE EXACT FRAMING REQUIREMENTS WITH GC. 11. PROVIDE INTEGRAL FACTORY PROVIDED BACKDRAFT DAMPER 12. FAN RUNS CONTINUOUS AT LOW AIRFLOW SETPOINT AT ALL TIMES AND RAMPS UP TO HIGHER AIRFLOW UPON OCCUPANT ADJUSTABLE LOW VOLTAGE TIME DIAL. SEE ELECTRICAL FOR DIAL LOCATION. 06.20.2019 13. FAN SHALL BE ENERGY STAR CERTIFIED Q01/28/2020 66 04/09/2020 CEILING FANS 7Q 04/24/2020 MODEL FAN/MOTOR ELECTRICAL UNIT SIZE OPER. WT. rc Tag Manfacturer Number LOCATION TYPE DRIVE RPM I Watts volts/phase (D" XH") (LBS.) Notes CF 11 Big Ass Fans IHAIKU 1 SERIES I Community Room Ceiling Fan ECM Motor 200 32 120/1 52x16 15 14 CF-21 Big Ass Fans JHAIKU 1 SERIES I Lounge 136 1 Ceiling Fan I ECM Motor 1 2001 32 120/1 1 52x16 1 15 14 0 W NOTES w 1. Starter by Mechanical. Disconnect by Electrical. 2. Protide EC motor with ON/OFF, forward/reeerse and variable speed control. Provide factory controls (Temperature, humidity, occupancy -sense ME) & local Wireless wall mounted occupant controller. Provide permanent hard mount solution. 3. Provide factory mounted system and install per manfacturer requirements and clearances. 4. Protide with universal mount (16" to 41" range)field set height based on Architects direction. J RD M0002 L rc 0 n TYPICAL PACKAGED TERMINAL HEAT PUMP SCHEDULE PR�FFsff COOLING HEATING ELECTRICAL EMERG OPER. I N f Fq 10373 TOTAL CAP MCA MOCP HEAT POWER UNIT SIZE WT. TAG # MANUFACTURER MODEL NUMBER LOCATION REFRIG EER COP (BTU) (BTU) VOLTS PH (A) (A) (II (YIN) (II W"x H") (LBS) NOTES DIGITAL SIGNITURE 3G-50AQVX SEE PLANS R-410A 12 3.3 9000 8,300 208 1 8.5 15 1.3 No 42x22x17 115 1-5 1 Ew PTHP A AMANA PTH073G-50AQVX SEE PLANS R-410A 12 3.3 7600 6,800 208 1 8.5 15 1.3 No 42x22xl7 110 1-5PTHP B AMANA PTHP C AMANA PTH11223G-15AQVX SEE PLANS R-410A 11 3.2 12000 2000 208 1 8.5 15 1.3 No 42x22x17 120 1-5 PTHP D AMANA PTH153G-25AQVX SEE PLANS R-410A 9.7 3.0 14700 12,000 208 1 14.1 1 15 2.1 No 42x22x17 130 1-5 RENEWS: 06-30-2020 NOTES 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. 2. UNIT CAPACITY RATED AT ARI STANDARD CONDITIONS. 3. PROVIDE PROGRAMMABLE THERMOSTAT WITH TEMPERATURE SETPOINTS FOR AT LEAST FOUR SCHEDULING PERIODS WITHIN 24 HOURS, 4. PROVIDE METAL INSULATED WALL SLEEVE. 7 6. PROVIDE POWER VENT KIT AND OCCUPANCY SENSOR&DOOR SWITCH COMBO.SET VENT FAN TO 40 CFM. TYPICAL ELECTRIC COVE HEATER SCHEDULE ELECTRIC UNIT HEATER SCHEDULE ILL ELECTRICAL EMERG ELECTRICAL EMERG OPER Pw I E E K MODEL HEAT CAP MCA POWER UNIT SIZE I OPER.WT. AIR FLOW HEAT CAP POWER UNIT SIZE WT. TAG # MANUFACTURER NUMBER LOCATION TYPE (W) VOLTS PH (A) (YIN) (L"XW"XH") (LBS) NOTES TAG # MANUFACTURER MODEL NUMBER LOCATION TYPE (CFM) (KW) VOLTS PH KW (YIN) (L"xW xH") (LBS) NOTES CH 1 QUARK RCC-750 CENTER ABOVE WINDOW COVE 750 208 1 3.6 No 60"X4"X5" 1 10 1-3 UH 1-1 QMARK/MARLEY CU935 STAIR 01 CABINET 250 2 208 1 2.00 No 35"x10"x27" 120 1-3 UH 1-2 QMARK/MARLEY MUH0381 TRASH ROOM 125 CEILING HUNG 350 3 208 1 3.00 No 14"x8"x16" 30 1-3 «c NOTES UH 1-3 CADET APEX72-HWO78 LOUNGE 136 WALL MOUNT 100 0.75 208 1 0.75 No 12"x4"x8.5" 10 1-3 1. DISCONNECT PROVIDED BY ELECTRICAL. UH 2-1 CADET APEX72-HWO78 STORAGE 225 WALL MOUNT 100 0.75 208 1 0.75 No 1201 10 1-3 2. MOUNT PER MANUFACTURER'S REQUIREMENTS AND MAINTAIN REQUIRED CLEARANCES. UH 3-1 CADET APEX72-HWO78 STORAGE 325 WALL MOUNT 100 0.75 208 1 0.75 No 12"x4"x8.5" 10 1-3 3. PROVIDE WALL MOUNTED LINE VOLTAGE THERMOSTAT.SEE ENLARGED PLANS FOR LOCATION IN ROOM.ELECTRICIAN SHALL RUN WIRING. UH 4-1 CADET APEX72-HWO78 STORAGE 425 WALL MOUNT 100 0.75 208 1 0.75 No 12"1 1 10 1-3 -- UH B-1 QMARK/MARLEY MUH0381 ELEC 001 CEILING HUNG 350 3 208 1 3.00 No 14'x8"x16" 30 1-3 UH B-2 QMARK/MARLEY MUH0381 WATER/FIRE RISER 002 CEILING HUNG 350 3 208 1 3.00 No 14'x8'x16" 30 1-3 UH B-3 QMARK/MARLEY MUH0381 STAIR 02 CEILING HUNG 250 2 208 1 2.00 No 35"x10"x27' 120 1-3 NOTES 1. DISCONNECT PROVIDED BY ELECTRICAL. 2. MOUNT PER MANUFACTURER'S REQUIREMENTS AND MAINTAIN REQUIRED CLEARANCES. z 3. PROVIDE 24V CONTROL TRANSFORMER AND FACTORY PROVIDED TAMPER PROOF REMOTE WALL MOUNTED THERMOSTAT. DIV 23 TO RUN CONTROL WIRING. co0 SPLIT SYSTEM HEAT PUMP CONDENSING UNIT SCHEDULE N = N COOLING (95°F ODB/80°F IDB/67°F HEATING (47°F (n J EWB) ODB/70°F IDB) ELECTRICAL Z (2� 00 EMERG 00 Q FAN COIL NOM.CAP. NOM.CAP. REFRIG MOCP POWER UNIT SIZE OPER.WT. TAG # TAG MANUFACTURER MODEL NUMBER LOCATION (MBH) EER SEER (MBH) HSPF TYPE VOLTS PH MCA(A) (A) (Y/N) (L"xW"xH") (LBS) NOTES CU R-1 1-1 MITSUBISHI PUZ-A42NKA7 ROOF 42 11 16 47 9 R410A 208 1 3.6 15 Yes 52"x36"x13" 285 1-3O Q O LL CU R-2 1-2 MITSUBISHI PUZ-A24NHA7 ROOF 24 12 16.5 1 27 10.5 1 R410A 208 1 16.5 20 Yes 30"x35"x T' 1 150 1-3 V Ur LL W Y Q cn NOTES: LU - Q 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECTS AS REQUIRED. LU O 2. REFRIGERANT PIPE SIZES PER MANUFACTURER'S REQUIREMENTS. V LL 3.3.ALL REFRIGERANT PIPING &ELECTRICAL CONNECTIONS MUST BE FROM BOTTOM OF UNIT TO ALLOW UNITS TO BE MOUNTED DIRECTLY NEXT TO EACH OTHER. Ya W d - - UO H Z - SPLIT SYSTEM HEAT PUMP FAN COIL SCHEDULE Wall Caps W00 CID COOLING CAPACITY SUPPLY ELECTRICAL Quantity Round dia. MODEL Air Quantities Notes Q 3: Q TOTALEMERG OPER I in inches Number CFM range Free Area W co 0- COND UNIT MODEL TOTAL SENSIBLE HEATING AIR FLOW MCA POWER UNIT SIZE WT. 2 6" 843B 100- 115 96% TAG # TAG MANUFACTURER NUMBER LOCATION (MBH) (MBH) (MBH) (CFM) VOLTS PH (A) (YIN) (1M'xHxD") (LBS) NOTES 1 6" 641FA 30 96% FCU 1.2 OA intake c) >- FCU 1-1 R-1 MITSUBISHI PVA-A42AA7 COMMUNITY ROOM 40 27.9 47 1400 208 1 1.6 No 58"x22"x26" 205 1-6 11 7" 647 170 96% 25 8" 643 170 96% C:) Z FCU 1-2 R-2 MITSUBISHI PEAD-A24AA7 OFFICE 131 24 18.7 27 690 208 1 1.8 No 40'x28"x12" 80 1-5 1 8" to 10" 610FA 270 96% FCU 1.1 OA intake 1 9" to 10" 610FA 280 96% #1 Model number based on Broan or equal NOTES 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. Verity Quantity with floor plans. C) 2. PROVIDE LOW VOLTAGE WIRED PROGRAMMABLE THERMOSTAT WITH TEMPERATURE SETPOINTS FOR AT LEAST FOUR SCHEDULING PERIODS WITHIN 24 HOURS.' A are black steel. Others aluminum with natural finish. (� F 3. SYSTEM SHALL BE CABPLE OF REFRIGERANT PIPE RUNS UP TO 164 FT. FA models are intended for fresh air intake applications. CFM i 4. PROVIDE WITH INTERNAL MOISTURE SENSOR INTERLOCKED WITH UNIT SHUTDOWN FOR SECONDARY CONDENSATE PROTECTION. Free area cubic feet per minute. 5. PROVIDE WITH INTERNAL CONDENSATE PUMP ea accounting for bird screen resistance. SCHEDULES Note#1: Transition to 9" round duct and add backdraft 6. INSTALL AUTOMATIC DAMPER IN OUTSIDE AIR INTAKE CONTROLLED BY OCCUPANCY SENSOR. damper external to 10" round wall cap for eent. PROJECT NO. 17055 DIFFUSER AND GRILLE SCHEDULE 06.20.2019 TAG MANUFACTURER MODEL DESCRIPTION FACE TYPE FACE SIZE COLOR MATERIAL OBD NOTES EA TITUS 23RL AEROBLADE EXHAUST GRILLE 3/4"SPACING,45°DEFL. SEE PLANS WHITE STEEL NO 2,3,4,5,6,7 RA TITUS 23RL AEROBLADE RETURN GRILLE 3/4"SPACING,45° DEFL. SEE PLANS WHITE STEEL NO 2,3,4,5,6,71L 01/27/2020 RB TITUS PAR SQUARE CEILING RETURN PERFORATED 2424 STEEL STEEL NO 1,2,3,4 5 0 3 02/10/2020 SA TITUS 272RS AEROBLADE SUPPLY GRILLE 3/4"SPACING, DOUBLE DEFL. SEE PLANS WHITE STEEL NO 2,3,4,5,6 SB TITUS MCD SQUARE CEILING SUPPLY MODULAR CORE 24x24 WHITE STEEL NO 2,3,4,5,6,7 w 7� 04/24/2020 0 w NOTES: 1. SUBMIT DIFFUSER PACKAGE TO ARCHITEC TO REVIEW COLOR OPTIONS IN CA. 2. MAXIMUM TOTAL PRESSURE DROP SHALL NOT EXCEED 0.15"WG WITH DUCT TRANSITION. 3. MAXIMUM NC LEVEL SHALL BE 25. 4. ALL VISIBLE SURFACES AND DUCTWORK BEHIND FACE SHALL BE PAINTED FLAT BLACK. w 5. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS FOR BORDER TYPES. 6. NECK SIZE AND CFM SHOWN ARE ON PLANS(EXAMPLE: SA12x12-400 REFERS TO TAG"SA"WITH 12x12 NECK AND 400 CFM). 7. PROVIDE RECTANGULAR/SQUARE TO ROUND TRANSITION AS REQUIRED AND SIZED FOR MAXIMUM 0.01"WG TOTAL PRESSURE DROP. 8. PLENUM CONNECTION SIZE, SLOT LENGTH,AND CFM SHOWN ON PLANS(EXAMPLE:SL8-120-2000 REFERS TO TAG"SL"WITH 8"ROUND CONNECTION, 120"CONTINUOUS SLOT LENGTH AND 2000 CFM). 6 9. PROVIDE MANUFACTURER'S INSULATED PLENUM. ow iz Ow M0003 va IPN�FysSfO 10373 DIGITAL SIGNITURE ,r OREGON q 21, ,�� 9F� E 5�� RENEWS: 06-30-2020 Q7 GMSC CHAPTM 4 VENT' ATION SCHEDULE Area or Exhaust Area Occupant Breathing Zone Zone Air Area Outdoor Air Rate Outdoor Maximum Expected Outdoor Air per Outdoor Air Outdoor Air Distribution Zone Outdoor Supply Air Outdoor Air SYSTEM Room USE Az Ra Air RaAZ Occupant Density Occu n Pz -average Occupant ( ) Pz) (Vbz) Effectiveness (Ez) Air(Voz) Design V z Fraction # S (CFM/SF) CFM Occ/1 0005 OC OCC CFM/OCC) CFM CFM CFM (CFM) ((CFM) 1 [1] [2 3 1 4 5 6 7 8 FCU/1-1 132 CONFERNCE/MEETING 700 0.06 42 50 35 35 5 175 217 0.8 271 1800 0.15 MUA, 129 RECEPTION AREAS 200 0.06 12 30 6 6 5 30 42 0.8 53 1800 0.03 FCU/1-2 130 OFFICE SPACE 115 0.06 7 5 1 1 5 5 12 0.8 15 1800 0.01 FCU/1-2 131 OFFICE SPACE 120 0.06 7 5 1 1 5 5 12 0.8 15 1800 0.01 MUA 136 RECEPTION AREAS 215 0.06 13 30 7 7 5 35 48 0.8 60 1800 0.03 ., MUA 127/128/129 CORRIDORS 950 0.06 57 0 0 0 0 0 57 0.8 71 1800 0.04 Single zone recirculating system TOTAL(Vot) 485 !'-REE K GROUND FLOOR PTHP/MUA 101 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 HTHP? #VALUE! PTHP/MUA 102 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 PTHP/MUA 103 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 Lc PTHP/MUA 104 APARTMENT 530 0.06 32 4 3 2 5 15 47 1 47 1700 0.03 PTHP/MUA 106 APARTMENT 465 0.06 28 4 2 2 5 10 38 1 38 1700 0.02 PTHP/MUA 107 APARTMENT 465 0.06 28 4 2 2 5 10 38 1 38 1700 0.02 PTHP/MUA 108 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 PTHP/MUA 109 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 PTHP/MUA 110 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 MUA CORRIDORS 950 0.06 57 0 0 0 0 0 57 0.8 71 1800 0.04 Single zone recirculating system TOTAL(Vot) 427 FLOORS 2,3,4 Z Z PTHP/MUA 01 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 U) PTHP/MUA 02 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 Z) PTHP/MUA 03 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 CM O PTHP/MUA 04 APARTMENT 530 0.06 32 4 3 2 5 15 47 1 47 1700 0.03 CN = PTHP/MUA 05 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 N w PTHP/MUA 06 APARTMENT 465 0.06 28 4 2 2 5 10 38 1 38 1700 0.02 Cl) O J PTHP/MUA 07 APARTMENT 465 0.06 28 4 2 2 5 10 38 1 38 1700 0.02 Z ()f CO PTHP/MUA 08 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 O O Q PTHP/MUA 09 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 0 0 PTHP/MUA 10 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 O PTHP/MUA 11 APARTMENT 475 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 PTHP/MUA 12 APARTMENT 480 0.06 29 4 2 2 5 10 39 1 39 1700 0.02 V (D LCL W PTHP/MUA 13 APARTMENT 570 0.06 34 4 3 2 5 15 49 1 49 1700 0.03 Y Q w MUA CORRIDORS 980 0.06 59 0 0 0 1 0 0 59 0.8 74 1800 0.04 yj Of LU Single zone recirculating system TOTAL(Vot) 594 x 3 floors = 1,782 Q (� Y U) Y0 w [1] From OMSC 2014 Minimum Ventilation Rate Table 403.3 TOTAL MUA, KrW, & FCUs = 2,700 CFMO 00 Z a [2] Expected peak occupancy =Area*Occupant Density/1000 [3] Expected average occupancy including intermittant or variable occupancy per ASHRAE standard 62 O [4] Vbz=RpPz+RaAz [5] From OMC 2014 Minimum Ventilation Rate Table 403.3.1.2 Uj CD a [6] Voz=Vbz/Ez [7] Primary design air flow from air handling unit. � 181 Zp=Voz/VPz C:) Z r �C G 0 U VENTILATION CALCULATIONS PROJECT NO. 17055 06.20.2019 Q7 04/24/2020 0 0 x w U O a W r O z 0 0 w a r U w r 2 U Q F K Q 2 Z O w W J Rh_ M0005 =o Orn a. ow U d ii iii 4 6 7 9 11 OlrO%373 KEYED NOTES DIGITAL SIGNITURE -�� = 1 COORDINATE ROUTING WITH ELECTRICAL TEAM. DO NOT INFRINGE �FPOREGON �q -------- ON NEC CLEARANCE REQUIREMENTS ABOVE PANELS, ETC. r — r- ---"-- 2 CONFIRM INTAKE AND DISCHARGE CONDITIONS, LOUVERS.UL I 1 II RENEWS: 06-30-2020 _ - I LISTED FLUE PRODUCT, ETC. II '1 I i Ii 11 III ( I I 3 PROVIDE DUCT LINE SIZE VENT/CAP FOR EXHAUST OR RELIEF AIR. 1 11 r 1 I I l i 4 SURFACE MOUNTED UH ABOVE EXIT DOOR. r I = 1 J 1 5 PROVIDE 9"0 DUCT TO 10"0 WALL CAP PLUS MAINTAIN 3 FT FROM L T j i I 11 II ---_ 1- - --I OPENINGS INTO THE BUILDING AND 10 FT FROM OUTSIDE AIR III ---- ------------, I ------- ------------ ----------------------------- ----------------------------- _--------------- ----------------- 1 1 I I I I 1 111 rl i I I Q5 6 CEILING MOUNTED UH IN STAIRWELL. 1 � Ili I1 kll � r J ��4------------- ------ J 1 1 I I ., REEK1 1 1 I 1 , , I _Il IIIII -P I I I I I I I I I 1 I I I _ E�i_ –_ i 11 11 I I L IN AL L--J I I 1 1 L_J i LLC - 11 11 III 1 1' III 111 1 I I I I I I I I I L I I I I I I j 1 1 1 I 1 1 1 1 I 1 I 1 1 I I I I I I I I I I 11 11 1 11 11 11' J 11 I 1 1 I 1 I I I I I I I I II ___J _____ __________________J r-7______J 1---__-------_ --______ _____ _______ ____________________________________ ____________ _____________________________ _______________ _ ____-I J I❑ r , I DBI------ I t Ir Ir 1 `I fr J CC 1 ------------- I L......................... III i i I r-------------i , --------L- I::::::::::::::::::::::::.. ----- _ --r-- 1 , 1 1 I 1 , I I I I I , , 1 co 1 1 ---- ------ -- 1 r--,� -------- - -------'--, I 1 1 IIII I 11 I Ij I i 1 I 1 1 1 I M 0 11 I I I I 1 I I 1 I N T I Ii I 1 1 1 rl--r ,--T--------� 1 y N III i I ` JUJ N J 1.. 11 11 I ILr --------=__ - ------ -. I 1 1 1 r J/ I _J -}--------------- I m -T-1 1 j 0 0 L G � O r 1 1 J I I I ___________ _ ___1__J 1 L-WFJ - -L- - _ _ _ — U v L.L — _ _ _ _ _ _ _ _ — - _ _ Lu J „ r__________________'_ L_J__r J < U) _________________ 1 r----------- I I 1 l O _J____________J I 1 — uj f____-____i 1 1 _______________J I 1 C LL C c la- A/ w l i I , = a 1 1 1 i i 1 ---------- ------r--- 1 ' I I , I I I I I �N 0 Lin F — _ — _ — _ — L_J _J I _J_________________________� 1 1 i �j W '^ 1 1 1 L J I 1 a- 1 li O Z I O I I I I ------------- - - - - _ _ - - 1_ _ _ - - --------------- I -T 1. 5 I. , 1 __________________L___ G I _1______________J 1 I I 1 I I 1 I 1 I 1 0 I I I I 1 1 1 1 1 1 RADON MITIGATION SYSTEM DESIGN BY OTHERS 1 I I I I I 1 i i i i I 1 I I I I I I I I BASEMENT- HVAC PLAN 1 -J_______________________ I 1 1 1 HL------------------}--- PROJECT NO. I I 1 I I I I I �- --�- -- --------------------'r -�, i -- --i 17055 WATERIFIRE' RISFRFl 9=(-TRICAI lIIIAINTENANCE � 001 71 ' 06.20.2019 L 1 ___. ___^_____ 1 O90EA 280 CFM O Q 01/27/2020 IL 6�O EA rSTAIR o 5 04/02/2020 I EF UPB-1 i�____ __ _ -_ L (Dj - L0 I -DDS II---- Q o 5 3 11 — UH UH EF B3 B-1 B-2 B-2 O 6 -011 0 J BASEMENT - FLOOR PLAN - HVAC mmo M2000 SCALE: 1/8"= 1'-0" 0 8'-0" 16'-0" 24'-0" 32'-0" a (D ow 0a iii 4 6 ) 7 9 11 IPN�F9s�f KEYED ED NOTES ® 10373 DIGITAL SIGNITURE I DS ---_ 1 PROVIDE DUCT LINE SIZE VENT/CAP FOR EXHAUST OR RELIEF AIR. ,rF W VENT/CAP TO MAINTAIN 3FT CLEARANCE FROM PROPERTY LINE,73FT FROM OPENINGS INTO THE BUILDING AND 10FT FROM OUTSIDE AIR INTAKES.� RENEWS: 06-30-2020. 2 KITCHEN HOOD WITH INTEGRAL FAN &BACKDRAFT DAMPER BY OTHERS. GE JVX5360SJSS BASIS OF DESIGN, 310 CFM MAX SA18X8-500 3 PROVIDE 10"WALL/CAP FOR 8"OUTSIDE AIR(OA) DUCT TO li FCU-1-1 AND 6"WALUCAP FOR 4"OUTSIDE AIR TO FCU-1-2. � I 9°0'' T 10 10 4 SOFFIT AS NECESSARY TO PROVIDE TRANSFER AIR PATH EF A8.23 A8 23 FROM CORRIDOR WITH FSD. 1-1 SA18X8-450 5 PROVIDE CONDENSATE PUMP AND ROUTE 3/4" COMMUNITY t2,I 5 - _-- - - CONDENSATE PIPE TO NEAREST TAIL PIECE OF SINK. ROOM 1 6 3/4" CONDENSATE ON TO TAILPIECE OF SINK. GROUND a UH CL TPTHP PTHP PTHP 132 % _ N CL I FLOOR PTHP COMES WITH INTERNAL KIT TO DISCHARGE 1-2 ' 1{1 - -_A- L _ CONDENSATE WITHIN PTHP TO INDIRECT DRAIN. _ A - --- - , 1 __ _ --- - -- 7., M1 - - — - - - — - — - - 7 COORDINATE LOCATION WITH ARCHITECTURAL. TEF — 6'0 8 INSTALL AUTOMATIC DAMPER IN OUTSIDE AIR INTAKE SA16x10-450 B B _ _ 1 i 5" I ACCESSIBLE I UNIT I CONTROLLED BY OCCUPANCY SENSOR. UNIT ACCESSIBLE 9 THE PLUMBING VENTS ARE ROUTED UP THE SINK WALL LOCATIONS 102 UNIT I I N 2 REEK 11 1C1 b I 5 TYPE 5 I ii TYPE 1 I 104 10 PROVIDE 12"WIDE BY 18" HIGH LOUVER WITH 5"0 BATHROOM EXHAUST 5 Y �► CORR ii TYPE 5 DUCT AND 7"fd KITCHEN EXHAUST DUCT STACKED VERTICALLY. . � � m L 11 P D T M T 0 D E A E 5 I RA 5"0', 126 STOR 6.01 _ _ _ 6.01 _ 3 1. Sidewall diffusers shall be double deflection with vertical bars in rrc j RA24x12-1400 0X12 ( " 124 A -UP'-- 5"0 6.01 i front. Both horizontal and vertical bars to be adjustable for 00 to 450 Q 13 TEF 6 7"0 STAIR - 7`� deflection. Construction to be steel or aluminum with phosphate I 5 1 © % coating and standard finish. Front deflection vanes to have blades j 133 s O1 7"0 I i 5"0 © ' set for deflection for appropriate air flow pattern. 0 OSA i I1 2. Approved Diffuser Manufacturer/Model Numbers: - - " I I a. Krueger Series 880 B - - - - - - L - - - - - -- - - - - - 1 —T— �- - - - - — - b. Price 520 I - = LOBBY c. Titus 30ORS _ - '— CORR CC I 129 I I SA12x6-225 � 3. Return grille shall be surface mount, aluminum construction, �D;1 I - I 127 - — consisting of 1/2-inch by 1/2-inch by 1/2-inch grid (egg crate core) ( __ D 5 and extruded aluminum core. The grille shall be standard white _ - dA-270 I SA18X6-370 11 10 finish. O A8.23 6 4. Approved Grille Manufacturer/Model Numbers: FSD I it 5 0 FSU a. Krueger EGC Z EA 8x8 SB X8-220 185 CFM ( b. Price 80 (n - a - - - BIKE BIKE ' _ ICORRI 2ROOM4"0 V 03 ' � M SA 12 SUPPLY&EXHAUST DUCTS TO BE STACKED SINCE THE SMALLER DUCT M O QA-3 ( 121 1 Q5 CANNOT RUN WITHIN THE OPERABLE PARTITION RECESS OR THE WALL. NOF OFF - ' LOU GE 6.01 - = = a MECHANICAL SHAFT 13 CENTER COMBINATION LIGHT/EXHAUST FIXTURE WITHIN THE ROOM. I� LU 13 13 - I 70 N O J SBOX6- 00 8' RA24x12-370 136 CO I 80 UNIT i O O Q - - - T-=---_ - - - _ O LAUNDRY _ < 103 4 DS RB12X12-220 Ij 5"0 5 2X10 123TYP I RB12X12-100 0- - - - OLL S - -% F- - - - � - -- - - - - -- - -- -- LL LU FCU - J NI OR - - PTHP E 0 1-2 6 22 -- -------- -------- - --- I- 14 COORDINATION NOTE w 8 O U I COORDINATE HVAC VENTING WITH PLUMBING VENTING FOR LU O W LL UNIT 1 1 OR1 11 1ATIONWITH STRUCTURAL ANHEA EARING WALLS. Y 105 2 P 2 10 5 5 COORDINATE HORIZONTAL DUCT RUNS FOR FIT IN HORIZONTAL Y a LLI PTHP TYPE 1 6.01 A8.23 SOFFITS. V = LLI a 15 7"0 UH O H Z 1-3 00 F\ _ 1 W CORR 5oa-LW 7"0 128 ``�� — - 7 (J) PTHP © _J C C _ tlI O 3 11 EF 7" PTHP E 4"0 EF 4"0 O Z 1-2 Up C 1 UP 1-5 UP CL�, i;' C II DBF 8"H 10 A823 C 11 UNIT 1 UP � 12" UNIT n 108 DBF 8"0 107 5„0 J TYPE 2 1 UP TYPE 5 I1 � - I II 5"0 y II I 5"0 DUCT FOR GROUND FLOOR- HVAC PLAN O SA12X6-225 BATHROOM EXHAUST I f5„m 7"0 'CL 18" PROJECT NO. CORRIDOR MECHANICAL SHAFT 17055 FSD r PTHP 7"0 DUCT FOR 10 A8.23 KITCHEN EXHAUST 06.20.2019 SA M9o2 � 6.01 _ Qt 01/27/2020 UNIT __ --- - -- - - 4 NOTE: 5 Q 02/10/2020 109 M6.01 DN* ► LOUVER PLENUM BOX 12”WIDE x 18" HIGH x 7"DEEP. g PTHP TYPE 7 © STAIR w Qa 03/1612020D 02 UP P �- - - - 2 12"x18" LOUVER DETAIL 0 04,02/2020 .. i 0 ' I I w 1 I I U i N 7YY 1 2 3 5 8 N 118” = 1"-0" Z GROUND FLOOR - FLOOR PLAN - HVAC 6_ 1 SCALE: 1/8" -0" _� M2001 0 8'-0" 18 _0„ 24'_0„ 32'_0" z h a� ow 0a ii iii Q Q 7 Q 11 01%0%373 KEYED NOTES ® DIGITAL SIGNITURE - - 1 PROVIDE DUCT LINE SIZE VENT/CAP FOR EXHAUST OR RELIEF AIR. Ew VENT/CAP TO MAINTAIN 3FT CLEARANCE FROM PROPERTY LINE,3FT FROM OPENINGS INTO THE BUILDING AND 10FT FROM - -- OUTSIDE AIR INTAKES. RENEWS: 06-30-2020 I ---- UNIT I ' 4 _- I 11L 2 SOFFIT AS NECESSARY TO PROVIDE TRANSFER AIR PATH 206 6.01 _� "0 FROM CORRIDOR WITH FSD. PTHP TYPE 4 D FSD CORRIDOR MECHANICAL SHAFT 3 THE PLUMBING VENTS ARE ROUTED UP THE SINK WALL LOCATIONS AND DO NOT CONFLICT WITH THE TOILET EXHAUST VENTS. 4 1 M902 SAI 4 A823 4 A823 •II 4 PROVIDE 12"WIDE BY 18"HIGH LOUVER WITH 5"0 BATHROOM EXHAUST DUCT AND 7"0 KITCHEN EXHAUST DUCT STACKED VERTICALLY. Q i 5"0 1 UH CL PAP PTHP CL PTHP _ _ _-_ - - - II► 5„� ST R UNIT UNIT UNIT L)K)B B i 25 201 ; m Y IF 203 205 TYPE 1 TYPE 1 TYPE 1 om. EE S 1 6-225 �� Le 1 1 1 ` 8"0 6.01 6.01 UNIT RR STOR I uc I UP 26 224 DN 5"O s 207 6.01 � I � � I � P C P �I II 7„TYPE 1 STAIR ( 7"s I 0 L' O 4 �IIII -- w II I q v II 0 - ---- - ---- - - - ----- - -- - � - - _ — ' � rF CORR ' SA12X6-225 /CL 4 5 PC CCP L UNIT 1( 227 a.z3 - - A - — - - -208 — 6.01 ' TYPE 3 0 = I 11 ] FSI U' z — 7"0 5"0 4 1 2 I _$110 - BIKE -� Msozl SA _L ELEV ROOM 4 co O 03 - 221 _ - N = i I 5 - - 6.01 = - CORRIDOR MECHANICAL SHAFT — W L - . 2-4 UP 202 6.01 7m 204 J I I EF UNIT UNIT - — - e m p - - - - _-- - - - - - - - - NDRY PE 1 ' 7°0 TYPE O O � 1 UNIT I 22X10 EF 4"0 - - - - O PE 1 2-3 209 cL - - - - - - - V Q 5' _ A21TOR PCP \ _ PCP COORDINATION NOTE w < n I COORDINATE HVAC VENTING WITH PLUMBING VENTING FOR u 0 8.10 N *PTHP OR ATIO WITH STR TURAL AN HEA EARING WALLS.ORR 10 V YU EF 7"0 1 228 e TY 2 2 2 4 4 Q COORDINATE HORIZONTAL DUCT RUNS FOR FIT IN HORIZONTAL Y a 6.01 UP A8.23 A8.23 SOFFITS. PTHP i O = W z op 5"1 CL 5 I Lu PTHP 4 A8.23 1 O r y II z O L II DBF12" _ _ I I 1 8"0 I UNITUP O 211 _ DBF U r TYPE 1 5"0 8"0 a 5 � 1 UP I -il— — I\I u SECOND FLOOR- HVAC PLAN 5'0 DUCT FOR - SA12X6-22 BATHROOM EXHAUST I 7"0 UNIT CL PROJECT NO. CORRIDOR MECHANICAL SHAFT 5"0 a 6'01 212 4 A8.23 18" 17055 FSDTYPE 2 TPTHP 7"0 DUCT FOR 4 KITCHEN EXHAUST 06.20.2019 SA M902 I it r I I UNIT f�T - - - _ - - 1Q 01/27/2020 213 616 1 NOTE: 'o Q3 02/10/2020 4 DPM -- - - A LOUVER PLENUM BOX 12"WIDE x 18"HIGH x 7" DEEP. PTHP TYPE 7 6.01 �TAIR w 4 03/16/2020 [Pal 0I - - -- 12"x18" LOUVER DETAIL t 7 0 2 NTS a 5 04/02/2020 - - - - - - - - - - -- - - -- -- - -- - o I � U W ti K Q Q Di 1 30 5 8 10 11 = N 1/8" = 1'-0" o SECOND FLOOR - FLOOR PLAN - HVAC ° M2 . 02 1 SCALE: 1/8"= 1'-0" 0 8'- 0" 16'-0" 24'-0” 32'-0' a� aw Ow U d 01�0137%3 KEYED NOTES ® - DIGITAL SIGNITURE I 1 1 PROVIDE DUCT LINE SIZE VENT/CAP FOR EXHAUST OR RELIEF R VENT/CAP O MAINTAIN 3FT CL ARANCE FROM PROPERTY LINE, I I _ - 3FT FROM OPENINGS INTO THE BUILDING AND 10FT FROM RENEWS: 06-30-2020 UNIT 4 I \ OUTSIDE AIR INTAKES. PTHP ' 306 6 01 2 SOFFIT AS NECESSARY TO PROVIDE TRANSFER AIR PATH ' TYPE 4 I FROM CORRIDOR WITH FSD. I 3 THE PLUMBING VENTS ARE ROUTED UP THE SINK WALL LOCATIONS FSD AND DO NOT CONFLICT WITH THE TOILET EXHAUST VENTS. 1 IM9o2 SA! 4 A8 23 4 AB 23 4 PROVIDE 12"WIDE BY 18"HIGH LOUVER WITH 5"0 BATHROOM EXHAUST DUCT AND 70 KITCHEN EXHAUST DUCT STACKED VERTICALLY. Q i 5"0 CORRIDOR _ MECHANICAL UH / -� PTA P PAP - PTB P SHAFT 3.1 \ L L \ / BB r 5110 ST�OR UNIT UNIT UNIT 325 301 303 305 _: E E K FEl' I TY 1 TYPE 1 TYPE 1 S X6-225 1 1 �� I 1 - - 1 --(; 01 - - - - 6. - uc l 116 UNIT - ORR r S3 - ( - 5"0 5 u STAIR PTHP ', 307 6.01 til 326 � i- I TYPE 1 `_ 1 7"0 S B - - - - - - -- - -- - _ CORR T PTHP L UNIT 327 SA12X6-225 /CL 4 A8.23 CC - - - - - - - - -- 0 � 308 � TYPE 3 6.01 I - FS Z r 5 - I 8"0 �� 7"0 I 4 2 5"0 M902 $A _ BIKE -- _ = 1 03 ROOM -� .. I M O C o N _ I - - / 321 - - ' - 4 - - - CORRIDOR MECHANICAL SHAFT CV !i ! 5„0 - _- EF I 6.01 0 J 3-4 NIT 7e UNIT Z nm \� 4"0 UP - - - - �NDRY EF 302 304 O 0 �® PE 1 6 .01 7"0 TYPE 6 2 323 3-3 I RA22X10 " - - - O ¢ Q 5"0 4'0 UP -- _��- Cfi-- - - - - - - - - � - - - - -- - _ - I A ITO PTHP PTHP COORDINATION NOTE `Ud Q v COORDINATE HVAC VENTING WITH PLUMBING VENTING FOR w0 8"0 NO OR ATI WITH STR TURAL AN HEA FARING WALLS. U PTHP UNIT Q 2 5 5 Q COORDINATE HORIZONTAL DUCT RUNS FOR FIT IN HORIZONTAL Y 0 a 1 SOFFITS. PTHP i 309 6.01 TYP 2 EF 7"0 4 A8.23 4 A8.23 O = w TYPE 1 �; 6.01 3 2 UP �' 0 Z �� F „0 Q Q F 8 � � d 5"0- U� 1 4 �PTHP i UNIT �I A8.23 i 311 1 : DBF 8"0 CD �— �,� 6.01 I1 8"0 � 1 UP � Z 12" 5"0 5"0 THIRD FLOOR-HVAC PLAN J I 5"0 DUCT FOR BATHROOM EXHAUST Al2X6-2 5 A8.23 I II 7'0 U 4 18" " II CL PROJECT NO. CORRIDOR MECHANICAL SHAFT 17055 50 312 FSD - TYPE 2 PTHP 7"0 DUCT FOR KITCHEN EXHAUST 06.20.2019 SA M902 2 B I 6.01 LUNIT I - - - Qi 01/27/2020 - Q NOTE: o Q3 02/10/2020 313 4� Li N 5 LOUVER PLENUM BOX 12"WIDE x 18" HIGH x 7" DEEP. r PTHP TYPE 7 6.01 STAIR ! 02 �� o 03/16/2020 2 12 x18�� LOUVER DETAIL 04/02/2020 J _ NTS o 1 J ! w U 1 2 3 5 8 ;I ( 10 N = - 1/8 - 1 -01" o THIRD FLOOR - FLOOR PLAN - HVAC �= M2mO3 1 SCALE: 1/8"= T-0" o 0 8'- 0” 16'-0" 24'-0" 32'-0' �T a ow va iii 4 6 7 9 11 010373% KEYED NOTES ® DIGITAL SIGNITURE ' I I I s OREGON q 1 1 PROVIDE DUCT LINE SIZE VENT/CAP FOR EXHAUST OR RELIEF AIR. ,�9 °r• 21, ��1�0 I VENT/CAP TO MAINTAIN 3FT CLEARANCE FROM PROPERTY LINE, UNIT 3FT FROM OPENINGS INTO THE BUILDING AND 10FT FROM _ OUTSIDE AIR INTAKES. RENEWS: 06-30-2020 406 4 2 SOFFIT AS NECESSARY TO PROVIDE TRANSFER AIR PATH 6.01 I I FROM CORRIDOR WITH FSD. PTHP TYPE 4 I D FSD I I 3 THE PLUMBING VENTS ARE ROUTED UP THE SINK WALL LOCATIONS AND DO NOT CONFLICT WITH THE TOILET EXHAUST VENTS. I _ p 4 Y 1 M9o2 SAl 4 A8.23 4 A823 4 PROVIDE 12"WIDE BY 18"HIGH LOUVER WITH TO BATHROOM EXHAUST DUCT AND TO KITCHEN EXHAUST DUCT STACKED VERTICALLY. r 5"0 CORRIDOR MECHANICAL UH PTHP PTHP PTHP q a - SHAFT 4-1 / NCL 9A CLQ O LL BB — 510 STOR UNIT UNIT UNIT 425 I 4 - 403 I 405 ■h E E K TY 8101 -_-_ TYPE 1 TYPE 1 8110 1Al2X6-225 1 4 AL UNIT -- CORR EQUIP. - - uc r 407 1 426 ROOM - - ( DN I - 5"0 d PTHP TYPE 1 6 01 424 i S OAI 7„0 U '- T-0 II v II I I p.. -I v /\ /x 5., CORR - CC PTHP i UNIT 1 I I I 427 ISA12X6-225 /CL 4 IP7"7'0 408 TYPE 3 i IIpFSD Z 8 0 5"0 4 2 (n BIKE Mso2 SA D ROOM - -_ - - M O N = 421 - I - ^ = CORRIDiOR MECHANICAL SHAFT � W -- I 5'0 44 U1p NIT 7o UNIT Z m L - 1 4 - - - - - - - -- — _ #.AUNDflY- � 402 EF 4"0 PE 1 7"0 TY 4-3RA22X107r -ter- UP L 6-0 - - - - - -� - - - - - V U' lL - - A IToPc _ PTCHP j COORDINATION NOTE w < Ln 4 f L 8"0 8 N T 11) COORDINATE HVAC VENTING WITH PLUMBING VENTING FOR � D COORDINATION WITH STRUCTURAL AND SHEAR/BEARING WALLS. V Y L LL UNIT 10 409 t C RR I 2 TY 2 EF 7"g 4 5 4 5 I LLI COORDINATE HORIZONTAL DUCT RUNS FOR FIT IN HORIZONTAL Y n- PTHP 6.01 -' 6.01 TYPE 1 as.23 x8.23 L 428 4-2 UP SOFFITS. V = w 7„� LL 00 a �:ts 07 8°0 W d UNIT 4J as.23 O �- PTHP C 411 1 DBF 8"0 coF- TYPE 6.01 1 UP Z 8"0 6 I 12" 0 I U 5"0 5"0 I FOURTH FLOOR- HVAC PLAN �� ' 5"0 DUCT FOR i l - - ----- - - - - --- - - BATHROOM EXHAUST SA12X6-225 PROJECT NO. 70 UNIT CL 4 5 18" 17055 CORRIDOR MECHANICAL SHAFT 5"0 412 x823 FSD TYPE 2 PTHP 7"0 DUCT FOR 1 4 2 KITCHEN EXHAUST 06.20.2019 SA M902 r � R 6.01 I I UNIT j 1Q I 413 NOTE: 01/27/2020 o Q3 02/10/2020 6.01 LOUVER PLENUM BOX 12"WIDE x 18"HIGH x7" DEEP. C TYPE 7 ! STAIR w 40 03/16/2020 PTHP 02 U o 12 " LOUVER DETAIL D 04/02/2020 x1 8 OU w o _ 2 NTSo J -- - - - -- - - - - - - - -- 6Q 04/09/2020 I x 1 2 3 �5 8 10 11 118” = 1'-0" 1 FOURTH FLOOR - FLOOR PLAN -- HVAC 0 81_ 011 ,5,_0., 24,_0,. 32,_0,. M2mO4 ow U d iii 4 6 7 9 11 I I I I I 010373% KEYED NOTES DIGITAL SIGNITURE 1 VERTICAL DUCTWORK IN ATTIC SHALL BE ENCLOSED �FDOREGON q�q IN A RATED SOFFIT, CONTINUE RUNS TO MAU CONNECTION POINT EXTERIOR OF BUILDING. SEE M5.01• 2 LAUNDRY DRYER VENTS. EIGHT TOTAL AT 8"0 UP EACH. RENEWS: 06-30-2020 3 LAUNDRY ROOMS EXHAUST. FOUR TOTAL AT TO UP EACH. t _ _ I j 4 JANITOR ROOMS EXHAUST. FOUR TOTAL AT 4"0 UP EACH. t j5 BIKE ROOMS EXHAUST. FOUR TOTAL AT 4"0 UP EACH. _ I - 6 BATHROOM EXHAUSTS 5"0 OR OVAL EQUIVALENT. 7 FIRE RATED EXHAUSTS FOR RANGE HOOD EXHAUSTS. - - - (6)-5"SEA- UP � _ - - - - --- - --- - -- - 7 - - II111111111111111111111111 � � � � � � � � � � � � � � _(3)-8"NEA I I ' I I I III I I I I I I I I III .;REEK IWOtAON I I I I I I I_ _ - - - - _ _ - - - I I I I I I I I I I I I I I I I I I I I I I I I I I I I I � I I I I I I I I III I I I ION I B - - - I—tF-[-- Irt -I—i 1—I- -T1rt -I I I I I I - - - - -- - - _ - - - - - - �II I I I I I I I _ - I I I III V I I i l I I I I I I I I I I I I I CC - - - - - - - - I I I I I I I I I- - - - - - - - - - Ax1dSA I 1I III 1IIII 1II 1II1I III1 II1 1 1 1 I I II II I1II 1II II N I - _ _ - _ _ - _ _ UP TO VENTILATION AR - �g q NITM -1 III M pCOORDINATION NOTE N 5 Lu 51 1 1 1 1 1 1 1 1 11 1 1 1 1 ROUTE ALL VERTICAL EXHAUST DUCTS FROM LEVEL 4 TO RELIEF U (D (1)8"0 EA UP HOODS ON ROOF PLAN M2.09. � - - - - - - - - - - - Z ZZ= m (4)8"0EAUP - - - - - - - - - - - - - - - - - I- - - — — — — — V LL - - - - - - - - I- - - - - - - - - - I - - - - - - - - - - - W � LL - - - - - - - - - - - - - - - - - - - - - I j v � o - - - - - - - - - - - - - - - - - - - I j v = w a j - - - - - - - - - j- - - - - - - - - - I j j O � z - - - - - - - - - - I- - - - - - - - - - - - - - - - - - - - - - o Q - - - - - - - - - - - - - - - - - ' w � a - - - - - - - - - - - - I- - - - - - - - - - I j LEGEND o >- DN DOWN z - - - - - - - - - - - - - - - I (2)8"O EA UP - - - - - - - - - - - -- -' - - - - - - - - - - - I}}} - -MAU- MAKEUP AIR UNIT - - - - - - - -0- - - - - - - - - - - - - I - - - -_ _ __ SA SUPPLY AIR � - - - - - - - - - - - - - - - - - - - I EA EXHAUSTAIR U - - - - - - - - - - - - - - - - - - - - - I ATTIC - HVAC PLAN 6�5 �EAUP - - - I- - - - - - - - - _ - _ _ _ _ _ 16x10 SA DN 1 - _ _ - - _ - - _ I I PROJECT NO. - - - - - - - - rt - - - - - - - - - - 17055 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -' - - - - - - - - - - - - ' 06.20.2019 - - - - - - - - - - - - - - - - - - - - - - - I - - - - - - - - - I - - - - - - - I — I - - -- - - - - - - - - - - - - - - - - - - - - - - - - - �- - - ov27/2o20 - - - - - - -- - - - - - - - - - - -� - - � - - - - - - 0 02/1 012020 4Q 03/16/2020 - _ - - - - - - - - - - 04/02/2020 - - - - - - - - - - - - (Di o a 3 5 8 10 11 " 1/81, = 1'-011 U ATTIC - FLOOR PLAN - HVAC l=o M2mO5 SCALE: 1/8"= T-0" 0 8'-0" 16'-0" 24'-0" 32'-0" �= a. ow oa ii iii 4 6 7 9 11 01�30%373i � I KEYED NOTES I 1 ROVIDE GRAVITY RELIEF HOOD. GREENHECK WRH OR DIGITAL SIGNITURE 12"x36"THROAT Q4 QUAL. oVTR 26"x51"FGR HOOD HOOD SIZE AS SHOWN. F ^ n RENEWS: 06-30-2020 0 I I I I 12"x36"THROAT O 40"x51" FGR HOOD li (6)5.0 - - - - - - -- - - - - - - - - - - - - - - O - - O RDO EAI rwR OoLio- - 3 8Rb0 RDO EEK I I - - - - I I i a � 7H MUA I 1' _ --� R' —.. —� — I VTRo L ! ° - - RIDGE O B - - - - - - - - - - - - - - - -- — 2 1 0-- NO EXHAUST.OR CC I VENT THIS AREA M903 OSA INTAKE 10' SEPE ION -- — - - - - - T - - - — - - - C R-Z 0 DN 2 I NO M903 o VTR A jN CU I (1)8"0 EA 1 - - - DS O \_\ Icl) � Lu I VTR o Z m D - - - - - - - '� - - - -(� °VTR RDO , 00 - - -- - — L i, RDO O (7)5"0 EA 4 S EA O v 0 6 - � Of 0 - - - - - - CE ) (D ILL c2,8•0EA Y F— Q LU F- 36"x42"THROAT W O 49"x51"FGR HOOD 0 I U Y LL 0- w � 12"x30"THROAT LL 26"x51"FGR HOOD 1 V 2 W 0� Z co - - - 0 36"x42"THROATOf O I Q > Q - 40"x51" FGR HOOD >� a o � _ 12"x42"THROAT I �_ 26"x63" FGR HOOD 0 I O 20 - - - Oma ' - - - - - - - -- - - - - - - -- - - - - - - - - - - - - -- - - - - �j CZ RDO J G 12 il "x42"THROAT O Vo TR 1 O RL 26"x63"FGR HOOD 1 i OVTR i 12"x42"THROAT ATTIC- HVAC PLAN O - - - - - -- - - - - - � - - - - - - 26"x63" FGR HOOD 0 RDO — ( PROJECT NO. 17055 12"x42"THROATO 06.20.2019 26"x63"FGR HOOD /� - � - — - - - - - - - - - - + - - - - - - - - - - - -- - - - - F - - - � - — - - Q1 01/27/2020 0 I I I � Q 02/10/2020 Q4 03/16/2020 0 0 a 6 04/09/2020 - - - - - - - - -- - - - - - - - - - - - - - - -- - - - - - - - - - - - - - - -0 g w U a� I 1 2O O 5 8 10 11 va"" = r-o'• M2 09 ROOF - FLOOR PLAN - HVAC io SCALE: 1/8"= 1'-0" o 8'- o" 16'-o" 24'-0" 32'-o" h ■ nF ow va P IN OFgs�f 10373 DIGITAL SIGNITURE s OREGON q 1 � FPl• 21� �'� � 1A SA MAU SA 4 2 R-1 3 M903 RENEWS: 06-30-2020 Q Q 4 - - - - - - - - - - - - - - - - - - - ROOF - - - - - - - - - - - - - - - - ' 26x14 - - - - - - - - - - - - - - - - - - - - - - - - - - FSD FSD 16x10 JCD16x1 „ nnPrmlREEK 24 x24 24 x24ACCESS HATCH ACCESS HATCH ATTIC FSD/OBD/GRILLE FSD/OBD/GRILLE FSD/OBD/GRILLE +/- 225 CFM * +/- 225 CFM * +/- 225 CFM 11 ME I WAN ac ' -CORRIDORLa - - - - - - - LEVEL FSD/OBD/GRILLE FSD/OBD/GRILLE FSD/OBD/GRILLE 0 > > Z +/- 225 CF +/- 225 CFM * +/- 225 CFM D NO CNI 12"x 12" ACCESS DOOR z C7 J AT EACH FSD 00 Q L CTI NQ 0 ry - - - - - LEVEL 0 < ° FSD/OBD/GRILLE FSD/OBD/GRILLE FSD/OBD/GRILLE Y Q LL � 0 +/- LLI 225 CFM * +/- 225 CFM * +/- 225 CFM * W > LL Y 0 d 0 Z 00� ( o- - - - LEVEL 2 CD _ o Z FSD/OBD/GRILLE FSD/OBD/GRILLE r-- z +/- 225 CFM * +/- 225 CFM O U SUPPLY DUCTWORK RISER DIAGRAMS PROJECT NO. 17055 - - - - - - - LEVEL1 06.20.2019 STAIR MECHANICAL SHAFT MECHANICAL SHAFT MECHANICAL SHAFT STAIR 4Q 03/16/2020 0 0 x NOTE: w U 7 O * TEST & AIR BALANCE TO ADJUST TO POSITIVE AIR PRESSURE IN CORRIDORS. TEST WITH EXHAUST FANS AT LOW SPEED. 0 w REFER TO MO.02 & MO.05 FOR AIR FLOW RATES. p 0 0 0 0 0 w SUPPLY AIR RISER DIAGRAM 1 SCALE: NONE z 0 0 w F'Oy_ M5001 U Z i0 U a� a Ow Uu N 10373 DIGITAL SIGNITURE ,r FF RENEWS: 06-30-2020 TYPICAL EXHAUST RISER 3 3 M903 M903 - GRAVITY GRAVITY - % RELIEF HOOD RELIEF HOOD KITCHEN EXHAUST(8"DIA.) ROUTE IN INDIVIDUAL RATED SHAFTS — (TYPICAL LEVEL 1 &2) - - - - - - ROOF Fv L Pm R, E E K RATED ASSEMBLY - ROUTE RESTROOM EXHAUST(5" DIA. HORIZONTAL& r (TYP)-- 5"OVAL VERTICAL) IN EXHAUST AIR CHASE OR ROUTE NON-RATED SOFFIT IN STUD WALLS. (TYPICAL ALL LEVELS) I (TYP,- - - ATTIC LLC TEF RESTROOM FAN RANGE HOOD 1 (TYPICAL) W/FAN BY OTHERS (TYPICAL) KITCHEN EXHAUST(8" DIA.) 0 DIRECT ROUTE TO ROOF z (LEVEL 4 HOOD ONLY) co D - - LEVEL 4 N o U) M zof m o 18"x18"ACCESS HATCH 0 ° o 0 O < LL _ 5 w FIRE DAMPER AUST(8" DIA.) Y Q w (LEVEL 3 HOOD ONLY) LL 2 LEVEL 3 Y = UJ a"'. - _ o � Z oma w � � C) } rn H CD Z D 2 O U - LEVEL 2 EXHAUST DUCTWORK RISER DIAGRAMS PROJECT NO. 17055 06.20.2019 0 04/02/2020 0 W - LEVEL 1 TYPICAL = w STAIR MECHANICAL SHAFT 0 a W _ U W r_ U K Q r K 2 Z EXHAUST AIR RISER DIAGRAM - KITCHEN , TOILET w SCALE: 12" _ , -o N_ M5002 =o F� aw Ow U d � � �D IPN - ® - _ - - _ - - - - KEYED NOTES ® 10373 2 a DIGITAL SIGNITURE ® M905 CH 1 SEE ARCH SPECS FOR MAKE/MODEL. CENTERED IN ROOM. rFpoReOON��a - - -- — - - - - - — - - - - — - �® - COORDINATE WITH ARCHITECTURAL RCPs. 2 KITCHEN HOOD WITH INTEGRAL FAN&BACKDRAFT DAMPER o BY OTHERS. B.O.D. IS GE JV338HWW 170 CFM MAX. RENEWS: 06-30-2020 CH O 11 3 N/A 11 1U 4 SEE FLOOR PLANS FOR PTHP SIZES. O 5 3/4"CONDENSATE RISER. CONNECT TO PTHP&ROUTE TO COVE !TEF) HEATER TEF 2 — 10 CODE COMPLIANT TERMINATION. 1 M905 6 3/4"CONDENSATE DN TO TAIL PIECE OF SINK. GROUND FLOOR PTHP COMES WITH INTERNAL KIT TO DISCHARGE ® T CONDENSATE WITHIN PTHP OR EXTERIOR. - - - - - 7 SIDEWALL VENTS TO MAINTAIN 3FT CLEARANCE FROM PROPERTY LINE, 3FT FROM OPENINGS INTO THE BUILDING AND _ ® T 10FT FROM OUTSIDE AIR INTAKES. ® T 8 MOUNT THERMOSTATS AT ACCESSIBLE COMPLIANT HEIGHTS r- 'I (G401-G403). TYPICAL THROUGHOUT ALL UNITS. , 1 ® T 5 9 CENTER COVE HEATERS AT OPENING. I 1 M904 10 PROVIDE 5"0 OR EQUIVALENT IN OVAL. Pv s L& L UNIT 5 o Oi 11 REFER TO FLOOR PLANS FOR ROUTING OF EXHAUST DUCTS. Pw M904 .,REEK r- 5 309 � 2 PACKAGED TERMINAL o o UNIT PTHP A HEAT PUMP P C P TYPE 1 M904 11 ou C 130. 3125 COORDINATIO"OTE ® TYPE 2 I -- __-- - - -- - - - _ - _ _ _ — _ — _ Q COORDINATE THERMOSTATS AND EXHAUST FAN GRILLE LOCATIONS WITH OTHER ELECTRICAL AND STRUCTURAL TRADES. Z C/) D HVAC - UNIT TYPE 1 (ANSI TYPE 'B') HVAC - UNIT TYPE 2 (ANSI TYPE 'B') N o N = 1 SCALE: 1/4" = 1'-0" SCALE: 1/4"= V-0" � w CA cy) J M 0 20 2 � 0 O U Iii_ w~ W } W _ I0 cn - - _ - (DU =w uLU W -- — - — - - - - — - - - 1 0 - - - - 0 co UNIT o o ' I 7 M904 _-- - -- PACKAGED TERMINAL r_ 5 5 4 0 306 M904 I U a HEAT PUMP O r- PTHP UNIT " I C) >- 1 C M904 PTHP TYPE 4 J M905 o Z ; 308 o o I 0 TYPE 3M904 J r- T IIF I T ® _ _ T TEF ENLARGED PLANS CH I O 2 � I PROJECT NO. T 9 i 17055 I 0 11 5 II M905 10 J CoV TEF lil o _ ___- - 06.20.2019 HEATSR CH O 11 O — - — - — - — ®® `-® Q1 01/27/2020 03/16/2020 ®® II a Q5 04/02/2020 - - - - - - - - - - - o a a w a O z 0 0 w r U w H 2 U K Q r K Q 2 Z O r w 3 HVAC - UNIT TYPE 3 (ANSI TYPE 'B') HVAC - UNIT TYPE 4 (ANSI TYPE 'B') M6001 o=SCALE: 1/4" = 1'-0" SCALE: 1/4"= V-0" a� a aw oa -= -----------------------=------------ ------ - ---r----- FF KEYED KEYED NOTES ® 10373 it DIGITAL SIGNITURE A�PTHP 1 SEE ARCH SPECS FOR MAKE/MODEL. CENTERED IN ROOM. sFpT Re�oN��1a - COORDINATE WITH ARCHITECTURAL RCPs. L _ __ __ __-____ __-__ __ �\ E 2 KITCHEN HOOD WITH INTEGRAL FAN &BACKDRAFT DAMPER BY OTHERS. B.O.D. IS GE JV338HWW 170 CFM MAX. RENEWS: 06-30-2020 - 3 N/A CH 4 SEE FLOOR PLANS FOR PTHP SIZES. gO jll 10 1 5 3/4"CONDENSATE RISER. CONNECT TO PTHP&ROUTE TO El CODE COMPLIANT TERMINATION. 2 O TEF 2 6 3/4"CONDENSATE DN TO TAIL PIECE OF SINK. GROUND 0 6 M905 FLOOR PTHP COMES WITH INTERNAL KIT TO DISCHARGE M904 o CONDENSATE WITHIN PTHP OR EXTERIOR. CH O 1 7 SIDEWALL VENTS TO MAINTAIN 3FT CLEARANCE FROM 5 8 M904 / T O COVE PROPERTY LINE,3FT FROM OPENINGS INTO THE BUILDING AND (� HEATER 10FT FROM OUTSIDE AIR INTAKES. o 0 8 MOUNT THERMOSTATS AT ACCESSIBLE COMPLIANT HEIGHTS (G401-G403). TYPICAL THROUGHOUT ALL UNITS. , ACCESSIBLE I ® 9 CENTER COVE HEATERS AT OPENING. - _ 10 PROVIDE 5"0 OR EQUIVALENT IN OVAL. T OUNIT 5 T 11 REFER TO FLOOR PLANS FOR ROUTING OF EXHAUST DUCTS. 8 M904 �.` EEK 101 o TYPE 5 j UNIT AL «C jTE z M9°4 I 304 M905 11 ! TYPE 6 COORDINATIO"OTE QCOORDINATE THERMOSTATS AND EXHAUST FAN GRILLE LOCATIONS O - WITH OTHER ELECTRICAL AND STRUCTURAL TRADES. ;: 7 0 O t PTHP M905 C PACKAGED TERMINAL HEAT PUMP z U) Z) O N = N ti W (n O) J HVAC - UNIT TYPE 5 (ANSI TYPE 'A') HVAC - UNIT TYPE 6 (ANSI TYPE 'B') o o co SCALE: 1/4" = 1'-0" SCALE: 1/4" = V-0" 0 O o (DLL Y � U) W U Lu � OL ct CH W COVE 10 11 0 Z I HEATER O TEF 2 > Q M905 a LLJ U) CL O } 07 �- T o O 5 z 8 I T O I8 U I I lu L_ 5ENLARGED PLANS 5 UNI M904 2 I ACKAGED TERMINAL n 313 1 STAT PROJECT 055 NO. HEAT PUMP TYPE 7 02 06.20.2019 T Di 01/27/2020 7 ° Q4 03/16/2020 1 O M905 Q5 04/02/2020 w w f z r i I 0 w r U W r_ U K Q F K Q 2 Z O w W 3 HVAC - UNIT TYPE 7 (ANSI TYPE 'B') U M6 . 02 SCALE: 1/4"= V-0" y N a Ow oa PR 1 N�F9s�f CENTERLINE RADIUS EQUALS 10373 r SIZE OF DUCT DROP 1.5 TIMES WIDTH. NO DIGITAL SIGNITURE TO TURNINGkw MATCH NECK SIZE OF VANES REQUIRED, UNLESSGRILLE(TYP) VD OTHERWISE NOTED. V RENEWS: 06-30-2020 3/8" BOLT, VV REFER TO UPPER LOCK USE 45 VD ATTACHMENT WASHER AND DEGREE MIN 36" BEFORE DETAIL - NUT. THROAT AT TAP AND AFTER ELBOW 1"X20GA STRAP a REFER TO UPPER 3/8" DIA. BOLT, ATTACHMENT41" LOCKWASHER 1 DETAILAND NUT. CON G NSIN fvs , (TYP) 1/4" SEISMIC RESTRAINT � � G CABLE TO STRUCTURE LESS THAN 15 DEGREE TYP UNIT 2X2X16 GA ANGLE (NP) 28" DIAMETER 30 DEGREE MAX REFRIGERANT LIQUID LINE „ REE K MECHANICAL PROVIDE REDUCER ON ROOF FORGED WIRE AIR FLO UPSTREAM OF REFRIGERANT SUCTION LINE. REFRIGERANT VALVE(NP) INSULATED ENTIRE LENGTH 5'-0" MAX TOROPE / BRANCH INLET WITH FILTER DRIER WITH REPLACEABLE STRUCTURACLIP. INSTALL TWO ALUMINUM JACKET EXTERIOR CORE. VERIFY USE WITH EQUIPMENT � PER CABLE END CONICAL OR TO MANUFACTURER. I Ilk L (NP) LO LOSS 45 DEGREE BIFIl�DIN VIBRASORBER VIBRATION ISOLATOR(TYP) uc SUPPORT RADIUSED WYE FITTING EXCESS CABLE ALTERNATE: SQUARE PROVIDE REDUCER AT RS SIGHT GLASS MIN 1"(TYP) ELBOWS WITH TURNING CONNECTION PIPE SUPPORT AT 48"OC(MAX), ( TO GRILLE WHERE BRANCH DUCT NEOPRENE COLLAR CLAMPED THERMAL EXPANSION VALVE 2-1/2"X12 GA STRAP MIN VANES ALLOWABLE TO STRUT. PROVIDE 6" LONG WHERE DUCT VELOCITIES IS OVERSIZED SADDLE AROUND INSULATION. WITH SHOWN WITH TRANSVERSE BRACING SHOWN WITH LONGITUDINAL BRACING ARE LESS THAN 1500 FPM. (TYP) EQUALIZER.VERIFY USE WITH EQUIPMENT MANUFACTURER, NOTES: NOTES: TRAP AS REQUIRED BY DX COIL 1. HANGERS SHALL BE INSTALLED AT EVERY CHANGE OF DIRECTION AND NO MORE THAN 10'-0"APART. 1. PROVIDE DUCT LINER AND/OR EXTERNAL DUCT INSULATION AS NOTED ON PLANS OR IN EQUIPMENT 2. PROVIDE A FLEXIBLE CONNECTION BETWEEN MECHANICAL EQUIPMENT AND DUCT. SPECIFICATIONS. MANUFACTURER 3. STRAP MAY BE REDUCED TO 1"X22 GA FOR DUCT 24" DIA.AND LESS IN DIAMETER. 2. PROVIDE HANGERS AND SEISMIC BRACING PER SMACNA AND BUILDING CODE. LIQUID LINE 4. SEISMIC RESTRAINT CABLES MAY BE OMITTED WHERE DUCT IS SUPPORTED WITHIN 12"OF STRUCTURE AS 3. LOCATE MANUAL BALANCING DAMPERS IMMEDIATELY DOWNSTREAM OF EACH DUCT TAP. SOLENOID Z MEASURED FROM THE TOP OF DUCT TO THE BOTTOM OF STRUCTURE. 4. MAINTAIN MINIMUM 36" CLEARANCE BETWEEN LEADING OR TRAILING ELBOW JOINT AND DUCT TAP VALVE 5. WHERE SEISMIC CABLE RESTRAINTS ARE REQUIRED, FITTINGS. W A. PROVIDE SEISMIC CABLE TRANSVERSE BRACING AT 30 FT AND 5. TURNING VANES REQUIRED ON RECTANGULAR DUCT SYSTEM ELBOWS. SINGLE THICKNESS VANES UP :D B. SEISMIC CABLE LONGITUDINAL BRACING AT 60 FT. TO 25"HEIGHT AND DOUBLE THICKNESS VANES IN DUCTS GREATER THAN 25" HEIGHT. RADIUSED NOTES: M C. SEISMIC CABLE RESTRAINTS ARE NOT REQUIRED AT EVERY HANGER LOCATION. ELBOWS MAY BE USED AS AN ALTERNATE. N = 6. VERTICAL HANGERS, DIAGONAL AND HORIZONTAL BRACES TO BE SIZED IN ACCORDANCE WITH SMACNA 6. NO TURNING VANES REQUIRED ON DUCT SIZES LESS THAN 180 SQ. IN. IF DUCT VELOCITY IS LESS THAN 1. SIZE REFRIGERANT PIPING PER MANUFACTURER'S RECOMMENDATIONS. N 2. COORDINATE SPECIFIC DEVICES WITH MANUFACTURER'S RECOMMENDATIONS FOR EACH ti W SEISMIC RESTRAINT MANUAL. 1500 FPM. SYSTEM AND REFRIGERANT. (/) J 7. COORDINATE WITH STRUCTURAL ENGINEER FOR UPPER ATTACHMENTS. 7. MAX.4'FLEX ALLOWED ON HORIZONTAL CONNECTIONS. Z m Q ROUND DUCT SUPPORT RETURN EXHAUST DUCT FITTINGS REFRIGERANT PIPING SCHEMATIC 20 w d � 6 SCALE: NONE T SCALE: NONE SCALE: NONE0 U0 Q � Y F- u SQUARETO Lu O CONICAL OR LO-LOSS ROUND 45 TRANSITION LL w DEGREE BOOT FITTING U 0 W WITH VOLUME DAMPER V = w O Z TRANSITION w � ~ VD VDL 15 DEGREE TYPICAL, i \\ Q ROUND NEC 30 LJ.I a DIFFUSER DEGREE MAXIMUM - SHEET METAL DUCT ROUND TYPICAL SQUARE NECK 12" � �- 1"THICK DUCT LINER SHEET DIFFUSER. SIZE OF DUCT VD MINIMUM pMETALFAZ OR GRIP N S METAL DUCT DROP TO MATCH ILS TOLINER TO BE 45 DEGREE DIFFUSER 12" D BE INSTALLED NOT ADHERED TO LO-LOSS NECK SIZE. VD VD AS REQUIRED MINIMUM MORE THAN 2" DUCT BOOT x 20 GAUGE SHEET METAL HOOD FROM WITH 90 PERCENT TAP OR j 8" WITH 1-1/2"DUCT LINER INSIDE. O EDGE OF LINER. (MINIMUM) CONICAL TAP MIN 36" BEFORE ADHESIVE COVERAGEAND AFTER MINIMUM SHEET METAL OR FLEX-TUBE U ELBOW TOP AND VD CENTERLINE RADIUS WATERTIGHT MECHANICAL DETAILS BOTTOM EQUALS 1.5 TIMES 1?-- SECTIONS OF REDUCER TO MATCH WIDTH J HT1- Gc LINER DIFFUSER SLOPE PIPES M SHALL OVERLAP NECK SIZE IF BRANCH DUCT IS AWAY FROM HOOD. PROJECT NO. THE SIDES OVERSIZED. LOCATE AT ROOFING BY 17055 CONNECTION TO DIFFUSER. ROOFING SPUTTER DAMPER WHERE SHOWN. DO CONTRACTOR. 06.20.2019 "OGS 2" NOT 3" CANT STRIP(MINIMUM) a`yQl USE ON VAV SYSTEMS AIR FLOW PIPING SIZE AS CUTAWAY VIEW DUCT SECTION INDICATED ON PLANS ° NOTES: w 1. PROVIDE DUCT LINER AND/OR EXTERNAL DUCT INSULATION AS NOTED ON PLANS OR IN SPECIFICATIONS. o 2. PROVIDE HANGERS AND SEISMIC BRACING PER SMACNA AND BUILDING CODE REQUIREMENTS. NOTES: 3. LOCATE MANUAL BALANCING DAMPERS IMMEDIATELY DOWNSTREAM OF EACH DUCT TAP. NOTES: w 1. PROVIDE DUCT LINER AT LOCATIONS SHOWN ON DRAWINGS. 4. CUSHION HEADS OR BULLHEAD TEES ARE NOT ALLOWED. 1. REFER TO ARCHITECTURAL PLANS FOR ROOF CONSTRUCTION. z 2. REFER TO SPECIFICATIONS FOR ADDITIONAL REQUIREMENTS. 5. MAINTAIN MINIMUM 36"CLEARANCE BETWEEN LEADING OR TRAILING ELBOW JOINT AND DUCT TAP FITTINGS. 2. ALL EDGES SHALL BE ROLLED AND TURNED DOWN, SHARP EDGES WILL NOT BE ACCEPTED. S 3. ALL ENDS OF LINER TO BE COATED WITH ADHESIVE. ENDS OF LINER SHALL BE BUTTED FIRMLY TOGETHER. 6. RADIUSED ELBOWS OR TURNING VANES REQUIRED ON RECTANGULAR DUCT SYSTEM ELBOWS. SINGLE 3. SEAL AS REQUIRED TO MAKE ALL JOINTS AND PENETRATIONS WATERTIGHT. THICKNESS VANES UP TO 25" HEIGHT AND DOUBLE THICKNESS VANES IN DUCTS GREATER THAN 25" HEIGHT, w 7. MAX.4' FLEX ALLOWED ON HORIZONTAL CONNECTIONS. x DUCT LINER SUPPLY DUCT FITTINGS ROOF PIPE PENETRATION w 5 SCALE: NONE SCALE: NONE SCALE: NONE mo M901 a ow oa IPN oF9s�f 10373 r DIGITAL SIGNITURE s O � FpT•EF 9F� RENEWS: 06-30-2020 SHEET METAL DUCT WITH 1-1 TANDING INTERNAL DUCT 8 4 6 SEAM TED OR INSULATION OR DOU BOLTED A RNERS WALL DUCT AT R 3 AND MAX 8" 0 PENETRATIO DON FLASHING ROOF(TY o CON OUS 1/4"X1" 1 CANT STRIPS, MIN 3" RENE GASKET (TYP) DUCT TOTAL HEIGHT(TYP) PRE-FABRICATED STEEL CURB WITH WOOD NAILER, PACK INSULATION MIN 8" HIGH IN VOID SPACE 7 AROUND DUCT 1/4"LAG SCREWS E) 8" OPENING(TYP) _ OC(MIN 2 PER SIDE) 2 '! Li =___ _= COUNTER FLASHING WOOD ROOF - _- ROOFING RATED WALL 5 R E E K NOTES: 1. DAMPER BLADES FRT DF#1 LEVELING BLOCK 2. ELECTRIC ACTUATOR MOTOR INTERLOCKED WITH SMOKE DETECTOR OR FIRE ALARM SYSTEM. COORDINATE WITH SHAPED TO LEVEL CURB uc ELECTRICAL DESIGN FOR POWER,CONTROL WIRING AND SEQUENCE OF OPERATION.ACTUATOR AND CONTROLS LOCATED 45 DEGREE IN SIDE PANEL(OUT OF AIRFLOW)AND ACCESSIBLE THROUGH REMOVAL GRILLE. 3. ELECTRIC RESETTABLE FUSIBLE LINK CLOSES AND LOCKS THE DAMPER WHEN TEMPERATURE EXCEEDS PRESET STEEL ANGLE IRON TEMPERATURE. DAMPER MAY BE RESET BY PRESSING RESET BUTTON. INTEGRAL DAMPER BLADE INDICATOR SWITCH FOR SECUR UCT RISER TO SUPPORT ON FOU DES OPENING E WITH REMOTE MONITORING OF OPEN AND CLOSED POSITIONS. 66 1/4" !' 4. SLEEVE SECURED TO WALL WITH#10 LAG SCREWS AT 6" ON CENTER(MAXIMUM)ALL SIDES MAXIMUM OF 2"FROM CORNERS DUCT RISE TH INTERNAL EXHAUST PIPEJ AND MINIMUM OF 2 PER SIDE. FASTENING METHOD AS PERMITTED AS A CONDITION OF DAMPER LISTING. REFER TO INSULA TRANSITION TO NOT SHEET METAL SC S MANUFACTURER'S WRITTEN INSTALLATION INSTRUCTIONS. EXT AL DUCT INSULATION USED (MIN 2 PER SIDE) 5. DAMPER SLEEVE ON OPPOSITE SIDE OF WALL FROM GRILLE MUST NOT EXCEED 16" LONG. OW THE ROOF EXTERIOR WALL ;;� 6. DUCT CONNECTION AS PERMITTED AS A CONDITION OF DAMPER LISTING. FLANGED BREAK-AWAY STYLE DUCT/SLEEVE f� SEALCHWALL WALL GRILLE.AND SIZE TO ALL DUCT PENETRATION - WOOD ROOF 0 NOT 7. WALL GRILLE. SIZED TO ALLOW ACCESS TO DAMPER ACTUATOR, FUSABLE LINK AND INDICATOR. 8. AREA SMOKE DETECTOR CONNECTED TO CENTRAL FIRE ALARM SYSTEM.SMOKE DETECTORS SHALL BE ADDRESSABLE AND SCALE: NONE Z NO USED UNIQUELY TAGGED. j 9 .FIRE/SMOKE DAMPER DETAIL FOR REFERENCE ONLY. FIRE DAMPER SHALL BE STATE FIRE MARSHAL APPROVED. INSTALL PER TERMINATE VENT PIPE BEYOND BUILDING WALL WITH A 45 DEGREE ANGLE AND COVER MANUFACTURER'S PRINTED INSTALLATION INSTRUCTIONS WHICH SHALL BE MADE AVAILABLE TO INSPECTION AUTHORITIES. N O EXPANDED METAL SCREEN. 11. UL 555&555S COMPLIANT. LISTINGS: RUSKIN#R5531, GREENHECK#R13317, POTTORFF#R11767, NAILOR#R9492, CESCO#R6462 . _ 12. REFER TO SPECIFICATION SECTION 233113 FOR ADDITIONAL REQUIREMENTS. REFER TO N UPPER 30X28 MAX ti LLJ ATTACHMENT RECTANGULAR (/) � J BOILER FLUE - EXTERIOR WALL PENETRATION d FSD WALL GRILLE ACCESS Z m 6 SCALE: NONE T SCALE: NONE O oQ 1"X22 GA 2'-8" MAX TO w O STRAP STRUCTURAL (TYP) SUPP RT V (D LL w 5 4 Y )- Q u) _ 1" SLEEVE LU W 3 #10 SELF-TAPPING uj O SHEET12-V LL) METAL SCREWS,4 MIN V = LL) a 1 COC DETAILA DUCT DUCT AIR FLOW (LESS THAN 6 SQUARE O 00 ~ Z FEET) w C.0 REFER 8 UPPER TO RECTANGULAR DUCT(TYP) W ATTACHMENT REFER TO SEISMIC CABLE BRACE(TYP) CD THREADED ROD STRUCTURAL 2 3/8" DIA. ROD OR INSTALL AT EACH CORNER m F- SIZE TO SUPPORT LOAD DESIGN FOR UPPER 3"X3"X16 SUPPORT O Z VIBRATION ISOLATION ATTACHMENT(TYP) GA ANGLE BOTH SIDES HANGER, SWING SPRING 7 (TYP) 6 RATED WALL #10 SELF-TAPPING SHEET TYPE, 1" DEFLECTION (TYP) METAL SCREWS, ONE 1/8"RESTRAINT MECHANICAL FORGED NOTES: ® 8 CABLE 10 8 PER WIRE ROPE CLIP. TO STRUCTURE (TYP) 1. DAMPER BLADES 9� SIDE 45° V INSTALL TWO PER 45° 2. ELECTRIC ACTUATOR MOTOR INTERLOCKED WITH SMOKE DETECTOR OR FIRE ALARM SYSTEM. COORDINATE WITH ELECTRICAL CABLE END(TYP) DESIGN FOR POWER,CONTROL WIRING AND SEQUENCE OF OPERATION. >.< THIMBLE (TYP) EXCESS CABLE 3. ELECTRIC RESETTABLE FUSIBLE LINK CLOSES AND LOCKS THE DAMPER WHEN TEMPERATURE EXCEEDS PRESET TEMPERATURE. MECHANICAL DETAILS ( 1" MIN 1" (TYP) DAMPER MAY BE RESET BY PRESSING RESET BUTTON. INTEGRAL DAMPER BLADE INDICATOR SWITCH FOR REMOTE MONITORING OF NUT WITH LOCK OPEN AND CLOSED POSITIONS. 3/8" DIA. BOLT, WASHER /2" 4. STEEL RETAINING ANGLES, MINIMUM 1-1/2"x1-1/2"4.060", FASTENED TO FIRE DAMPER SLEEVE. ANGLES SHALL BE INSTALLED ON ALL LOCK WASHER (TYP) FOUR SIDES OF DAMPER AND ON EACH SIDE OF THE WALL. FASTEN ANGLE TO SLEEVE WITH#10 SHEET METAL SCREWS(MINIMUM). & NUT. PROJECT NO. ANGLE GAGE AND FASTENING METHOD AS PERMITTED AS A CONDITION OF DAMPER LISTING. REFER TO MANUFACTURER'S WRITTEN 3"X3"X16 GA 17055 FLOW-► EXHAUST FAN - INSTALLATION INSTRUCTIONS. MINIMUM 1"ANGLE OVERLAP ON ALL SIDES OF PARTITION WALL. TWO 3/8"DIA. LOCKNUTS (BACKDRAFT DAMPER 5. DAMPER SLEEVE ON OPPOSITE SIDE OF WALL FROM ACTUATOR MUST BE MINIMUM 3"AND MAXIMUM OF 6" LONG. AND LOCATED AT 6. DUCT CONNECTION AS PERMITTED AS A CONDITION OF DAMPER LISTING. FLANGED BREAK-AWAY STYLE DUCT/SLEEVE CONNECTIONS WASHERS ETAIL B 06.20.2019 BUILDING ARE SHOWN. (6 SQUARE FEET AND DUCT TRANSITION AS ENVELOPE 7. ACCESS DOOR SHOWN ON BOTTOM OF SLEEVE FOR ACCESS TO FIRE DAMPER BLADES. PANEL TO BE HINGED WITH AIRTIGHT SEAL. LARGER) REQUIRED TO MATCH FAN TERMINATION) ACCESS SIZE MUST BE MINIMUM OF 12"BY 12"OR THE WIDTH OF DUCT IF SMALLER THAN 12"WIDE.ACCESS PANEL MUST BE LABELED A oaio9/2020 FLANGE SIZE(TYP) WITH THE WORDS,"FIRE DOOR- DO NOT OBSTRUCT" IN LETTERS NO LESS THAN 1" IN HEIGHT. EXTERNAL INSULATION SHALL NOT NOTES: o CONCEAL ACCESS UNLESS A LABEL IS ATTACHED TO THE INSULATION WHICH INDICATES THE EXACT LOCATION OF THE OPENING. 1. MAXIMUM SPACING OF HANGERS SHALL BE 54". FLEXIBLE DUCT 8. DUCT SMOKE DETECTOR MOUNTED IN SLEEVE ON OPPOSITE SIDE FROM ACTUATOR WITHIN FIVE FEET OF DAMPER. OR,AREA SMOKE 2. SEISMIC RESTRAINT CABLES MAY BE OMITTED WHERE: w CONNECTIONS AT DETECTORS CONNECTED TO CENTRAL FIRE ALARM SYSTEM. SMOKE DETECTORS SHALL BE ADDRESSABLE AND UNIQUELY TAGGED. A. RECTANGULAR DUCT IS LESS THAN 6 SQUARE FEET IN AREA OR DUCT OF ANY SIZE IS SUPPORTED WITHIN o INLET AND OUTLET 9. LOCATE 3/4" HIGH WHITE PLASTIC LAMINATE SIGNS WITH 3/8" HIGH BLACK LETTERING WITH THE INITIALS"FSD"AND UNIQUE NUMBER 12" OF STRUCTURE AS MEASURED FROM THE TOP OF DUCT TO THE BOTTOM OF STRUCTURE. w ON THE CEILING ACCESS DOOR OR T-BAR CEILING GRID IN THE AREA OF THE DAMPER ACCESS PANEL.ATTACH TO CEILING WITH 3. WHERE SEISMIC RESTRAINTS ARE REQUIRED, NOTES: EPDXY ADHESIVE. A. PROVIDE TRANSVERSE BRACING AT 30 FT AND o 1. PROVIDE BACKDRAFT DAMPER IN DUCTWORK AT BUILDING ENVELOPE TERMINATION. 10. FIRE/SMOKE DAMPER DETAIL FOR REFERENCE ONLY. FIRE DAMPER SHALL BE STATE FIRE MARSHAL APPROVED. INSTALL PER B. LONGITUDINAL BRACING AT 60 FT. w 2. TRANSITION DUCT CONNECTION AS REQUIRED TO MATCH FAN COLLARS. MANUFACTURER'S PRINTED INSTALLATION INSTRUCTIONS. 4. VERTICAL HANGERS, DIAGONAL AND HORIZONTAL BRACES TO BE SIZED IN ACCORDANCE WITH SMACNA 3. REFER TO STRUCTURAL DESIGN FOR ATTACHMENT REQUIREMENTS AND ADDITIONAL SUPPORT 11. UL 555&555S COMPLIANT. LISTINGS: RUSKIN#R5531, GREENHECK#R13317, POTTORFF#R11767, NAILOR#R9492, CESCO#R6462. SEISMIC RESTRAINT MANUAL. w OPTIONS. 12. REFER TO SPECIFICATION SECTION 233113 FOR ADDITIONAL REQUIREMENTS. 5. COORDINATE WITH STRUCTURAL DESIGN FOR UPPER ATTACHMENT. EXHAUST FAN IN-LINE FSD WALL 3V BLADE 1 RECT DUCT SUPPORT 5 SCALE: NONE 3 SCALE: NONE SCALE: NONE U = M 902 o U' to Ky a ow oa IPN e49e 10373 l GRAVITY RELIEF AIR DIGITAL SIGNITURE HOOD W/BIRDSCREEN lkiw CONTINUOUS 1/4"X2" PRE-FABRICATED STEELNEOPRENE GASKET DUCT, 30"X30"(MAXIMUM) (TYP) iMNRB WITH HIGH WOOD NAILER, RENEWS: 06-30-2020 i 16 GAGE LAG SCREWS AT 8" OC ROUND, STAMPED, PLEATED, OR SHEET METAL RIGID ROUND SUPPORT DUCTING FROM GALVANIZED I (MIN 2 PER SIDE) SEGMENTED SHEET METAL ELBOW. DUCT WITH 1" OF EXTERIOR STRUCTURE ABOVE BEAM"C"CLAMPS, SHEET METAL STRAP SE MIN. 0.6 R/D RADIUS ELBOW WRAPPED INSULATION. DUCT TYPICAL SHAFT WALL SIZE AS NOTED PER PLAN FLASHING ROUND =_ __ — — MAIN ROOFING DUCT VERTICAL CANT STRIP, MIN -- SHAFT WALL ASSEMBLY TO TRUSS 3'HIGH(TYP) -- _ CONTINUE TO UNDERSIDE AIR FLOW MEMBER OF PLYWOOD DECK / I II II II II � � �� NEW DUCT HEIGHT BALANCE DAMPERS(TYPICAL) DEPENDS ON EXISTING UPSTREAM OF CEILING WOOD ROOF DUCT ELEVATION SUPPLY DIFFUSERS RIM FRT DF#1 LEVELING )) DUCT RISER WITH 0.5" BLOCK EXTERNAL INSULATION SHAPED TO LEVEL CURB 12" MIN. NO FLEX DUCT 10' FROM DISCHARGE uc ALLOWED NOTES: 1. COORDINATE ROOF OPENING, BLOCKING, CURBING, CANT STRIPS&FLASHING WITH ROOFING INSTALLER. ROOF PENETRATIONS SHALL NOT VOID ROOF WARRANTY. CEILING DIFFUSER- SUSPENDED CEILING 2. PROVIDE PACKING AND SEALING MATERIALS AS REQUIRED BY ROOF RATING. NECK SIZE,AND CFM 3. ALL SIZING, LOCATION,AND ANCHORING SHALL BE COORDINATED WITH STRUCTURAL DESIGN. PER PLANS NOTES: - LOUVERED PENTHOUSE WOOD ROOF 1. REFER TO PLANS FOR SIZES AND CONTINUATION. � SCALE: NONE ROUND SUPPLY DIFFUSER-CEILING RECT DUCT VERTICAL SUPPORT PER BRACKETV' 0 7 SCALE: NONE SCALE: NONE UNIT SECURED TO UNIT0 PLATFORM WITH 1/4"X3" co LAG SCREWS N = 4"X4"X1/8"ANGLE 5/8" PLYWOOD ti Lu TWO PER SIDE WITH 8d AT 6" OC (/) cy) J 24 GAGE GALVANIZED EDGE NAILING Z (if m SHEET METAL O O FLASHING CAP. NAIL TO CURB 0 3/4"X2" NEOPRENE CANT STRIP 0 (� LL LL w -T. GASKET EYE BOLT,WELDED cn CLOSED UNIT FINISHED ROOF LLIW ~ 0 BACK DRAFT DAMPER AIRCRAFT SECURE DUCT TO LL CABLE ROOF CURB WITH LAG V Y (n DRYER BOOSTER FAN CABLE CLAMPS SCREWS AT 12"OC Y a Iw LIJ a (MIN 2 PER END) (MAX) 0 = Z CEILING—/ HEX HEAD LAG BOLT W/MIN 1-1/2" � ~ PENETRATION INTO 2"X4"WOOD NAILER WOOD ROOF < AT EACH CORNER TYP OF 4 4"X8"(MIN)FIRE RETARDANT Q ( ) TREATED(FRT)WOOD FRAME TW a SECURE NAILER TO ALL AROUND. PROVIDE 22 GAUGE COUNTER CURB WITH LAG INTERMEDIATE SUPPORT AT C) >- FLASHING SCREWS AT 12"OC 48"OC AS REQUIRED. O Z EYE BOLT, WELDED T_ CLOSED NOTES: ACCESS DOOR STEEL WASHER 1. COORDINATE ANCHORAGE REQUIREMENTS WITH STRUCTURAL DESIGN. WALL INSULATION CONDENSING UNIT-ROOF MOUNTED 0 LINT TRAP(IF REQUIRED BY BOOSTER FAN MANUFACTURER) CANT STRIP 16 GAUGE(MAX) 20 BOOSTER FAN WALL INDICATOR PANEL METAL ROOF CURB SCALE: NONE 4" DIA. GALVANIZED SHEET METAL DUCT ROOFING ADJUST THROW OF VERTICAL ADJUST THROW OF �_ DUCT BLADES FOR 1/3 OF AIR HORIZONTAL MECHANICAL DETAILS STRAIGHT AND 1/3 OF AIR TO BLADES FOR 1/2 OF AIR 45 STRAIGHT AND 1/2 OF AIR TO DEGREES RIGHT AND 1/3 OF 22.5 PROJECT NO. DRYER 01 45 DEGREES LEFT. GREES DOWN. 17055 ADJUSTABLE c / STAINLESS WOOD ROOF - 06.20.2019 STEEL DRAW BAND SUPPLY DUCT 04/02/2020 NOTES: NOTE: 1. SEISMIC RESTRAINT ASSEMBLY SHALL BE INSTALLED DIAGONAL AT EACH CORNER FOR SMALL UNITS OR ON \ 1. REFER TO PLANS FOR SIZES AND CONTINUATION. ALL SIDES OF LARGE UNIT, THREE ASSEMBLIES AT LONG SIDES AND ONE AT SHORT SIDE. 12^ 2. SUPPORT DUCT AT 4' INTERVALS PER CODE 2. CONTRACTOR SHALL SUBMIT SHOP DRAWINGS FOR APPROVAL. MIN DUCT 3. METAL DUCT REQUIRED WITH SMOOTH INTERIOR FINISH &BY 0.016"THICK MIN. 3. COORDINATE ANCHORAGE REQUIREMENTS WITH STRUCTURAL DESIGN. MOUNTED 4. BOOSTER FAN NOT REQUIRED IF EXHAUST RUN CONFORMS TO DRYER MANUFACTURER 4. ROOF-TOP EQUIPMENT SHALL BE INSTALLED ON THE ROOF IN A LOCATION WITH ADEQUATE STRUCTURAL MAINTAIN SUPPLY INSTALLATION REQUIREMENTS. STRENGTH TO SAFELY SUPPORT THE ENTIRE WEIGHT OF EQUIPMENT AND SERVICE PERSONNEL. CARE MUST MINIMUM 10' S 5. BOOSTER FAN OPERATES BASED ON PRESSURE IN DUCT OR PER CURRENT SENSOR ASBETAKEN NOT TO DAMAGE THE ROOF, COORDINATE WITH STRUCTURAL ENGINEER. AFF B§WLF6BLADE DAMPER j DETERMINED BY BOOSTER FAN MANUFACTURER. 5. IF BOLTED CONSTRUCTION IS NOT A VIABLE OPTION, PROVIDE WELDED CONNECTION PLATE, NOTES: 1. ADJUST INITIAL AIR FLOW DIRECTIONS AS SHOWN. FINAL AIR BALANCE SHALL ADJUST FLOW DIRECTIONS TO REDUCE AIR VELOCITIES IN OCCUPIED SPACE TO 50 FPM(MAXIMUM). 0 IN LINE - DRYER BOOSTER d CURB DETAIL-WOOD SEISMIC EXPOSED DUCT SUPPLY REGISTER 6 SCALE: NONE T SCALE: NONE SCALE NONE mo M903 ow oa 1411 PRO fob 10373 r DIGITAL SIGNITURE J+ OREGON A � �Pl. Z1 ��1 0 9F� E S,�Q� RENEWS: 06-30-2020 EXTERIOR WALL LOUVER EITHER TO REFERENCE ARCHITECTURAL RISER OR TO ROOF; (SEE PLANS) EXTERIOR LOUVER REFERENCE RISER M5.02 1q SEE FLOOR PLANS DIAGRAM � A 3 3 NON RATED SOFFIT PIPE INSULATION AND JACKET U-CLAMP, 1/8" STEEL, 1-5/8" RATED WOOD ASSEMBLY � (WHERE APPLICABLE) WIDE. 2 � r1 SHEET METAL EXHAUST PIPE rrrol, DUCT AND TRANSITION GYP CEILING APIPE SADDLE E E K — BACK DRAFT DAMPER INTEGRAL 6 TRANSITION AS REQUIRED TO HOOD M9.02 PRE-ASSEMBLED STAINLESS AlkPLENUM SECTION A-A STEEL THREADED SUPPORT RODS AND CHANNEL STRUT. Lmqqmmmw iic DETAIL NOTES: 1. WALL ASSEMBLY: THE 1 OR 2 HR FIRE-RATED GYPSUM WALLBOARD/STUD WALL ASSEMBLY SHALL BE CONSTRUCTED OF THE MATERIALS AND IN THE MANNER DESCRIBED IN THE INDIVIDUAL U400 SERIES WALL NOTES: OR PARTITION DESIGNS IN THE UL FIRE RESISTANCE DIRECTORY AND SHALL INCLUDE THE FOLLOWING CONSTRUCTION FEATURES: SET IN BED OF MASTIC. VERIFY 1. DOMESTIC KITCHEN SYSTEMS A. STUDS-WALL FRAMING SHALL CONSIST OF METAL STUDS TO BE MINIMUM 3-1/2"WIDE AND SPACED TO MASTIC TYPE WITH ROOF SHALL BE EQUIPPED WITH A HIGH/MEDIUM/LOW, CONTROL BY OTHERS 24" OC. MEMBRANE MANUFACTURER BACKDRAFT DAMPER IMC 2012 B. GYPSUM BOARD-TWO LAYERS OF NOMINAL 5/8" THICK GYPSUM WALLBOARD AS SPECIFIED IN THE AND GENERAL CONTRACTOR. 505.1 RANGE HOOD WITH INDIVIDUAL WALL AND PARTITION DESIGN. MAXIMUM DIAMETER OF OPENING IS 17-1/2". 2. DUCTWORK SHALL DISCHARGE INTEGRAL FAN & CONTROLS, ALL NOTES: DIRECTLY TO OUTDOORS IMC 2012 BY OTHERS 2. THROUGH PENETRANT: ONE STEEL DUCT TO BE INSTALLED EITHER CONCENTRICALLY OR ECCENTRICALLY 1. SUPPORT PIPE EVERY 6'OC(MAXIMUM)AND AT EACH ELBOW. WITHIN THE FIRESTOP SYSTEM. THE ANNULAR SPACE BETWEEN DUCT AND OPENING SHALL BE MIN OF TO z 505.1 MAXIMUM OF 1-1/2". STEEL DUCT TO BE RIGIDLY SUPPORTED ON BOTH SIDES OF WALL ASSEMBLY. THE 3. SYSTEMS SHALL ROUTE FOLLOWING SIZES OF STEEL DUCTS MAY BE USED: U) INDEPEXHAUST ANTSYS OF OTHER 000 O O O A. STEEL DUCT: NOMINAL 16" DIAMETER OR SMALLER,24 GAUGE OR HEAVIER, SPIRAL WOUND 0 EXHAUST SYSTEMS IMC 2012 505.1 GALVANIZED STEEL DUCT. (MPJ 4. MAKEUP AIR SHALL BE PROVIDED FOR HOODS EXHAUSTING B. STEEL DUCT: NOMINAL 10"DIAMETER OR SMALLER,28 GAUGE OR HEAVIER, GALVANIZED STEEL VENT � w GREATER THAN 400 CFM IMC 2012 DUCT. 0) J 3. FILL, VOID OR CAVITY MATERIAL-CAULK OR SEALANT: MINIMUM 1-1/4" THICKNESS OF CAULK MATERIAL (j)505.2 APPLIED WITHIN ANNULUS, FLUSH WITH BOTH SURFACES OF WALL ASSEMBLY.AT THE POINT CONTACT PIPE STAND z W m LOCATION BETWEEN DUCT AND WALLBOARD, A MINIMUM 1/4" DIAMETER BEAD OF CAULK SHALL BE APPLIED 2 SCALE: NONE O 0 AT THE WALLBOARD/DUCT INTERFACE ON BOTH SURFACES OF THE WALL ASSEMBLY. THE HOURLY F RATING AND T RATING OF THE FIRESTOP SYSTEM IS DEPENDENT UPON THE HOURLY FIRE RATING OF THE WALL ASSEMBLY IN WHICH IT IS INSTALLED AS TESTED AND LISTED BY PRODUCT MANUFACTURER. O Q 0 DOMESTIC KITCHEN EXHAUST ROUND DUCT PENETRATION FRAMED WALL 2 Hr Y F- QLU co 6 SCALE: NONE T SCALE: NONE LUW W O U L REFER TO STRUCTURAL DETAIL 1A Y a FOR UPPER ATTACHMENT(TYP) op A 3 3 Q � Z VIBRATION ISOLATORS SPRING 0 ()� AND DOUBLE DEFLECTION 2 Q UNIT SUPPORT, 3/8' W a y, NEOPRENE HANGERS. MASON CEILING/STRUCTURE THREADED ROD(TYP) TYPE#30N.(TYP) c) >- j/ POWER(DIV.26) AIR FILTER BANK OR z VERIFY FAN EXTENSION INTERNAL TO UNIT LENGTH PRIOR TO ORDER COOLING COIL 1 B AND INSTALLATION A 2 REFRIGERANT 2 PIPING 0 SECTION A-A U SUPPLY AIR NOTES: I RETURN AIR 1. WALL ASSEMBLY: THE 1 OR 2 HOUR FIRE-RATED GYPSUM WALLBOARD/STUD WALL ASSEMBLY SHALL BE MECHANICAL DETAILS FLEXIBLE DUCT CONSTRUCTED OF THE MATERIALS AND IN THE MANNER DESCRIBED IN THE INDIVIDUAL U300 OR U400 SERIES CONNECTION EXCESS CABLE WALL OR PARTITION DESIGNS IN THE UL FIRE RESISTANCE DIRECTORY AND SHALL INCLUDE THE FOLLOWING (TYP OF 2) MIN 1" (TYP) CONSTRUCTION FEATURES: TEMPERATURE/HUMIDITY/OCCUPANCY PROJECT NO. A. STUDS-WALL FRAMING MAY CONSIST OF EITHER WOOD STUDS(MAX 2 HR FIRE RATED ASSEMBLIES)OR SENSORS INTEGRAL TO FAN 1/8"WIRE ROPE(TYP STEEL CHANNEL STUDS. 17055 AT 4 CORNERS) B. GYPSUM BOARD-NOMINAL 5/8"THICK. THE GYPSUM WALLBOARD TYPE, THICKNESS, NUMBER OF LAYERS, PRIMARY COOLING COIL CROSBY FORGED WIRE ROPE FASTENER TYPE AND SHEET ORIENTATION SHALL BE AS SPECIFIED IN THE INDIVIDUAL U300 OR U400 CONDENSATE DRAIN PIPE. CLIP, INSTALL TWO PER CABLE SERIES DESIGN IN THE UL FIRE RESISTANCE DIRECTORY. 06.20.2019 COORDINATE MOUNTING HEIGHT SEE FLOOR PLANS FOR END PER MANUFACTURER'S 2. THROUGH PENETRANT: ONE METALLIC PIPE OR TUBE INSTALLED EITHER CONCENTRICALLY OR WITH ARCHITECT ROUTING INSTRUCTIONS(TYP) ECCENTRICALLY WITHIN THE FIRESTOP SYSTEM. THE ANNULAR SPACE BETWEEN PIPE, CONDUIT OR TUBING Q 6 AND PERIPHERY OF OPENING SHALL BE MIN OF OTO 2". PIPE OR TUBING TO BE RIGIDLY SUPPORTED ON BOTH 6 04/09/2020 c l 1"(TYP) SIDES OF WALL ASSEMBLY.THE FOLLOWING TYPES AND SIZES OF METALLIC PIPES OR TUBING MAY BE USED: o 1/2"(TYP) A. STEEL PIPE: MAXIMUM 12" DIAMETER STEEL PIPE. WIRELESS WALL THIMBLE (TYP) B. IRON PIPE: MAXIMUM 12" CAST IRON OR DUCTILE IRON PIPE. C. COPPER TUBING: MAXIMUM 6" TYPE L OR HEAVIER COPPER TUBING OR COPPER PIPE. o CONTROLLER-ON/OFF, 42" 48" MAX D. FLEXIBLE METAL PIPING: MAXIMUM 2" DIAMETER AS ALLOWED BY UL LISTING. SPEED, MIN TOP OF SWITCH FAN COIL UNIT CEILING (TYP) 3. FILL,VOID OR CAVITY MATERIAL-CAULK OR SEALANT: MINIMUM 5/8"OR 5/8"THICKNESS OF CAULK FOR 1 AND 2 0 FORWARD/BACKWARDS AFF AFF HOUR RATED ASSEMBLIES, RESPECTIVELY,APPLIED WITHIN ANNULUS, FLUSH WITH BOTH SURFACES OF WALL. o NOTES: DIAMETER BEAD OF CAULK APPLIED TO GYPSUM BOARD/PENETRANT INTERFACE AT POINT 1. REFER TO PLANS FOR SIZES AND CONTINUATION. MINIMUM 1/4 CONTACT LOCATION ON BOTH SIDES OF WALL. THE HOURLY F RATING AND T RATING OF THE FIRESTOP w SYSTEM IS DEPENDENT UPON THE HOURLY FIRE RATING OF THE WALL ASSEMBLY IN WHICH IT IS INSTALLED AS FLOOR — — — _ 2. PROVIDE HIGH FLOAT SENSOR W/ALARM TO SHUT DOWN UNIT IN EVENT OF PRIMARY CONDENSATE BLOCKAGE TESTED AND LISTED BY PRODUCT MANUFACTURER. T=0 HOUR FOR PIPE DIAMETER GREATER THAN 1". 3. ACOUSTICALLY LINE SUPPLY AND RETURN DUCTS WITH 1" LINER 5'UPSTREAM/DOWNSTREAM OF FCU. 4. 3M SYSTEM#W-L-1001. CEILING FAN DETAIL 3 FAN COIL - SUSPENDED 1 PIPE PENETRATION FRAMED WALL 1 OR 2 HR W 5 SCALE: NONE SCALE: NONE SCALE: NONE >z M904 a ow va PRD l N FF9s�V 10373 DIGITAL SIGNITURE ,r OREGON q RENEWS: 06-30-2020 SHEET METAL DUCTWORK RATED WOOD ASSEMBLY ROUTES TO SUB-DUCT- SEE ENLARGE PLANS SHEET METAL BOX BIRD SCREEN NON-RATED � INTEGRAL OBD 7SOFFIT LIE �12LOUVER , GYP CEILING CEILING pm R E E K WATER STOP EXHAUST GRILLE 2x4 WOOD BLOCKING LLC WALL ASSEMBLY PER ARCHITECTURAL NOTES: 1. SEE FLOOR PLANS FOR ADDITIONAL INFORMATION 2. OCC SENSOR INTEGRAL TO UNIT. TO RUN 20 MIN AT PEAK AIRFLOW. NORMAL OPERATION IS LOW AIRFLOW. EXTERIOR WALL LOUVER UNIT TOILEPKITCHEN EXHAUST GRILLE 5 SCALE: NONE SCALE: NONE (D Z W D c5) 0 N = SHEET METAL PLENUM W/2"THICK ti LLl RIGID INSULATION(W/VAPOR BARRIER) cl) 0) J m EXTERIOR WALL NOTE 1 O O Q (REFER TO ARCH TOILET EXHAUST 0 0 DRAWINGS) DUCTS(WRAPPED IN INSULATION) NOTE 2 0 0 F- 'Y < (n - - H V Y A, LLJ O FIRE PARTITION LOUVER(REFER TO a LLJ ARCH DRAWINGS). KITCHEN EXHAUST Y a VDUCTS(WRAPPED IN INSULATION) L1J FIRE CAULK NOTE 2 0 O AT OPENING 1-1/2"x1-1/2"x0.060" � RETAINING ANGLES, BOTH D SIDES. SECURE TO WALL ELEVATION LU (n 0- WITH MIN. #10 SCREWS c Z r DC GC G II' o SHEET METAL PLENUM W/2"THICK RIGID INSULATION (WNAPOR BARRIER) MECHANICAL DETAILS LOUVER(REFER TO ARCH DRAWINGS) DUCT PASSING THRU % e� PROJECT NO. DEMISING WALL(ROUND OR RECTANGULAR) <A— � 17055'5 MINERAL WOOL IN GAP 3"MIN. EXTERNALLY INSULATE RESIDENTIAL -CORRIDOR- -APARTMENT- BETWEEN SLEEVE AND EXHAUST DUCTS- 10' FROM EXTERIOR 06.20.2019 WALL OPENING EXTERIOR WALL CAULK/SEAL PENETRATION(S) 12"L WALL SLEEVE AIR-TIGHT 060"THICKNESS Q 04/02/2020 6 04/09/2020 GENERAL NOTE: 9 DETAIL PER GLUMAC. PROJECT HAS NO DUCTS FROM THE CORRIDOR ENTERING APARTMENTS. PLAN VIEW 0 0 NOTES: w DUCT PENETRATION TO BE IN ACCORDANCE W H IBC 716.5.4 EXCEPTION#3: 1. WIDTH/DIMENSIONS OF PLENUM FIELD DIMENSIONED TO SUIT DUCTWORK SIZE. z 3.1 DUCT NOT TO EXCEED 100 SO. IN. o 3.2 DUCT TO BE STEEL, NOT LESS THAN 24 GAGE THICKNESS 2. INSULATE DUCTWORK BACK 10' FROM EXTERIOR-SEE SPECIFICATIONS 0 3.3 DUCT NOT TO SHARE OPENINGS WITH CORRIDOR 3. DISCHARGE LOCATION SHALL BE AT LEAST 3' FROM OPERABLE OPENINGS INTO BUILDING 3.4 DUCT TO BE ABOVE CEILING 4. DISCHARGE LOCATION SHALL BE AT LEAST 10' FROM MECHANICAL INTAKES 3.5 DUCT NOT TO TERMINATE AT RATED GRILLE 5. KITCHEN BACK DRAFT DAMPER SHALL BE AT HOOD LOCATION WITH ACCESS 3.6 DUCT SLEEVE TO BE 12"LXO.06"THICK WITH MINERAL IN ANNULAR SPACE 6. TOILET BACK DRAFT DAMPER SHALL BE LOCATED INTEGRAL TO FAN a x DUCT PENETRATION SIDEWALL DISCHARGE - KITCHEN AND TOILET w 3 SCALE NONE SCALE: NONE 'o M905 a� ow va