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Plans (37) M EC2017-00788 I I 50 40 I 30 I 20 I 10 1 0 I HVAC LEGEND NOTE:NOT ALL SYMBOLS OR ABBREVIATIONS ARE APPLICABLE TO THIS HVAC DRAWING LIST ABBREVIATIONS PROJECT. REFER TO DETAILS AND NOTES FOR MOUNTING HEIGHTS. MV AUTOMATIC AIR VENT HWP HEATING WATER PUMP GENERAL VALVES & GAUGES DUCTWORK ABV ABOVE HWR HEATING WATER RETURN SHEET o NUMBER SHEET NAME o AC AIR CONDITIONING HWS HEATING WATER SUPPLY .- SYMBOL DESCRIPTION SYMBOL DESCRIPTION SYMBOL DESCRIPTION M000 MECHANICAL LEGEND AND ABBREVIATIONS X ACCEPT ACCEPTANCE HX HEAT EXCHANGER ACU AIR CONDITIONING UNIT HZ FREQUENCY (HERTZ) M001 BASIS OF DESIGN AND TABULATED DATA X BALL VALVE L iz AD ACCESS DOOR ID INSIDE DIAMETER NEW WORK 30RA 6 ADD ADDITION IN INCH(ES) SOLENOID CONTROL VALVE A AD/AP ACCESS DOOR/ACCESS PANEL M002 SCHEDULES X 6 M003 OUTSIDE AIR CALCULATIONS X AF AFTER FILTER INPLV INTEGRATED PART LOAD VALUE (E) EXISTING WORK TO REMAIN A Ml01 FIRST FLOOR-HVAC ZONING PLAN X I AFF ABOVE FINISHED FLOOR JB JUNCTION BOX PRESSURE AND TEMP. RELIEF VALVE IIIIFLEXIBLE CONNECTION M102 SECOND FLOOR-HVAC ZONING PLAN X AFMS AIR FLOW MEASURING STATION KW KILOWATT (D) EXISTING WORK TO BE REMOVED AFUE ANNUAL FUEL UTILIZATION EFFICIENCY KWH KILOWATT HOUR BUTTERFLY VALVE M201 FIRST FLOOR-HVAC PLAN X AG AIR GAP L LENGTH (F) FUTURE WORK :rt ) ,»1 FLEXIBLE DUCT RUNOUT TO DIFFUSER M202 SECOND FLOOR-HVAC PLAN I X AHJ AUTHORITY HAVING JURISDICTION LAT LEAVING AIR TEMPERATURE MOTORIZED BUTTERFLY VALVE M300 HVAC ISOMETRIC VIEWS X Bora Architects, Inc. AHU AIR HANDLING UNIT LBS POUNDS RELOCATE EXISTING � AMB AMBIENT LDB LEAVING DRY BULB (RL) 12x6 RECTANGULAR DUCT SIZE M400 UNDERGROUND-PIPING PLAN X 720 SW Washington, Suite 800 A AMPERE LF LINEAR FEET CENTER LINE IX GATE VALVE + (WIDTH x DEPTH IN INCHES) M401 FIRST FLOOR-PIPING PLAN X ( Portland, Oregon 97205 AP ACCESS PANEL LP LOW PRESSURE L M402 SECOND FLOOR-PIPING PLAN X APPROX APPROXIMATELY LPC LOW PRESSURE CONDENSATE S POINT OF CONNECTION OR BALANCING VALVE 180 '''r' ROUND DUCT SIZE M403 ROOF-PIPING PLAN X 503.226.1575 (DIAMETER IN INCHES) M501 AIR RISER DIAGRAM X ARCH ARCHITECT LPS LOW PRESSURE STEAM POINT OF DISCONNECTION ANGLE GATE VALVE www.bora.co ARI AMERICAN REFIRGERATION INSTITUTE LWB LEAVING WET BULB M800 CONTROLS-SCHEMATICS X III AS AIR SEPARATOR LWT LEAVING WATER TEMPERATURE DETAIL 1,DRAWING M-1 24x120 OVAL DUCT SIZE AUTO AUTOMATIC M MOTOR VP Ill GLOBE VALVE (WIDTH x DEPTH IN INCHES) M901 MECHANICAL DETAILS X AUX AUXILIARY MA MIXED AIR M902 MECHANICAL DETAILS X MAD MIXED AIR DAMPER ANGLE GLOBE VALVE _-- G L U M 1�C B BOILER IL BAS BUILDING MANAGEMENT SYSTEM MAX MAXIMUM DUCT THROUGH BEAM PENETRATION A CHECK VALVE R �— D engineers for a sustainable future BDD BACKDRAFT DAMPER MBH THOUSAND BTU PER HOUR ® SECTION A, DRAWING M-1T. F-- E— IL A BEL BELOW MC MECHANICAL CONTRACTOR BHP BRAKE HORSEPOWER MCA MINIMUM CIRCUIT AMPACITY i I 2-WAY CONTROL VALVE tI I II II I I Jr, DUCT OFFSET(RISE OR DROP) 900 SW Fifth Ave.,Suite 1600 Portland,OR Ave., • • BOD BOTTOM OF DUCT MCC MOTORIZED CONTROL CENTER —• M3-WAY CONTROL VALVE (VD (SVD T.503.227.5280 F.503.274.7674 BOP BOTTOM OF PIPE MD MOTORIZED DAMPER VOLUMEDAMPER OR REMOTE VOLUME DAMPER Project Manager: Joshua Checkis ISD Engineer/Designer.BFP BACKFLOW PREVENTER MECH MECHANICALNON-SLAM WAFER CHECK VALVE FD HF&* Job.No.: 02.17.00304 BSMT BASEMENT MERV MINIMUM EFFICIENCY RATING VALUE ELEVATION 1, DRAWING M-1 Z. FIRE,SMOKE OR FIRE/SMOKE DAMPER www.glumac.com • BTU BRITISH THERMAL UNIT MFR MANUFACTURER • PRESSURE REDUCING VALVE(PRV) j?.BTUH BTU PER HOUR MIN MINIMUM 5 BV BALL VALVE OR BALANCING VALVE MOCP MINIMUM OVER CURRENT PROTECTION jr SUPPLY DUCT UP 5 BYV BUTTERFLY VALVE MPC MEDIUM PRESSURE CONDENSATEitil RISER IDENTIFICATION 511 DIAPHRAGM VALVE =X:.i C COMMON,CONDENSATE OR CONDUIT MPS MEDIUM PRESSURE STEAM EXHAUST#1 SUPPLY DUCT DOWN CA CONTROL AIR MV MANUAL AIR VENT A LOCK SHIELD VALVE IAI jr CAP CAPACITY (N) NEW HP EQUIPMENT IDENTIFICATION NEEDLE VALVE L� EXHAUST DUCT UP _ CAV CONSTANT AIR VOLUME N/A NOT APPLICABLE HEAT PUMP UNIT#1 r RECEIVED . CB CHILLED BEAM NC NORMALLY CLOSED 1 EXHAUST DUCT DOWN • CC COOLING COIL OR CONTROLS CONTRACTOR NIC NOT IN CONTRACT -I):1 QUICK OPENING VALVE OCT 2017 CEG CEILING EXHAUST GRILLE NO NORMALLY OPEN OR NUMBER 1 j KITCHEN EQUIPMENT TAGRETURN DUCT UP CITY OFTIGARD CER CEILING EXHAUST REGISTER NOM NOMINAL VENTURI FLOW METER [71 Jr BUILDING DIVISION • CFF CAP FOR FUTURE NPSH NET POSITIVE SUCTION HEADKEYED NOTE Q PRESSURE GAUGE ® RETURN DUCT DOWN # CFM CUBIC FEET PER MINUTE NTS NOT TO SCALE ) CFS CUBIC FEET PER SECOND OA OUTSIDE AIR 150L_Z DIRECTION OF TRANSFER AIRFLOW(150 CFM) PRESS. GAUGE WITH COCK AND SNUBBER ® CROSS SECTION OF SUPPLY DUCT CHWP CHILLED WATER PUMP OAD OUTSIDE AIR DAMPER CHWR CHILLED WATER RETURN OAT OUTSIDE AIR TEMPERATURE78°F 78 DEGREES FAHRENHEIT C1 THERMOMETER ® CROSS SECTION OF EXHAUST AIR DUCT CHWS CHILLED WATER SUPPLY OBD OPPOSED BLADE DAMPER CH CHILLER OC ON CENTER EXPIRES: 12/31/17 CHV CHECK VALVE OD OUTSIDE DAMPER PIPING HYD RO N i C CROSS SECTION OF RETURN AIR DUCT 5�� PROZ. CL CENTERLINE OFCI OWNER FURNISHED CONTRACTOR INSTALLED CROSS SECTION OF ROUND DUCT �� c4, Oy CLG CEILING OF01 OWNER FURNISHED OWNER INSTALLED l ,210 CO CLEANOUT OPER OPERATING SYMBOL DESCRIPTION SYMBOL DESCRIPTION '' 90 COL COLUMN OV OUTLET VELOCITY DI IWO CHILLED WATER SUPPLYDIRECTION OF SLOPE ____v\___ DUCT ELBOW WITH TURNING VANES V` OREGON COMP COMPRESSOR P PUMP OR PRESSURE OR POLE ti° CONC CONCRETE PC PUMPED CONDENSATE f DIRECTION OF FLOW 01 IVVR CHILLED WATER RETURN r'pR 3\' .6 COND CONDENSATE PD PRESSURE DROP Sy4q MCA-- CONN CONNECTION PF PREFILTER a PIPE UP(OR UP&DOWN WITH NOTATION) I IW0 HEATING WATER SUPPLY SMOOTH RADIUS DUCT ELBOW WITHOUT TURNING CONT CONTINUATION PG PIPE GUIDE OR PRESSURE GAUGE CONTR CONTRACTOR PH PHASE(ELECTRICAL) I IWR HEATING WATER RETURN VANES 4 COP COEFFICIENT OF PERFORMANCE PHC PREHEAT COIL 0 PIPE DOWN 4 CP CONTROL PANEL OR CONDENSATE PUMP PLBG PLUMBINGCWC CONDENSER WATER SUPPLY CR CONDENSATE RETURN POC POINT OF CONNECTION - PIPE DROP/PIPE RISE CONICAL BRANCH FITTING CRG CEILING RETURN GRILLE POD POINT OF DISCONNECTION TOP CONNECTION-BRANCH LINE CZ/F1CONDENSER WATER RETURN CRR CEILING RETURN REGISTER PRESS PRESSURE • CSD CEILING SUPPLY DIFFUSER PRV PRESSURE REDUCING VALVE BOTTOM CONNECTION-BRANCH LINE 45 DEGREE BOOT LO-LOSS BRANCH FITTING CTE CONNECT TO EXISTING PS PRESSURE SENSOR T CONTROLS .... . CUFT CUBIC FEET PSI POUNDS PER SQUARE INCH PIPE ANCHOR SYMBOL DESCRIPTION 5... CUIN CUBIC INCHES PSIA PSI ABSOLUTE 12x6 WYE BRANCH FITTING CV CONSTANT VOLUME OR CONTROL VALVE PSIG PSI GAUGE TEMPERATURE SENSOR CW COLD WATER QTY QUANTITY TEE UP © ACOUSTICAL LINING DUCT �J CWP CONDENSER WATER PUMP R RISERS, RELOCATE OR RISE TEE DOWN TO THERMOSTAT OR THERMOMETER (DIMENSION IS INSIDE DIMENSION) CWR CONDENSER WATER RETURN RA RETURN AIR '" Lu CWS CONDENSER WATER SUPPLY RAD RETURN AIR DAMPER • Q CARBON DIOXIDE SENSOR _1 1ILM I I STRAINER 5 r MOTORIZED DAMPER INSIDE DUCT (1) — w TAG NECK SIZE-CFM D DROP OR DRAIN RD REFRIGERANT DISCHARGE OR ROOF DRAIN Q - - DBT DRY BULB TEMPERATURE REF ROOFTOP EXHAUST FAN t I o ® OCCUPANCY SENSOR (.) DDC DIRECT DIGITAL CONTROL REFRIG REFRIGERATION STRAINER WITH BLOW OFF w DEFL DEFLECTION REJ REJECTION z O INLINE PUMP HUMIDITY SENSOR OR HUMIDISTAT TRANSFER DUCT(WITH LINER) o H DIA DIAMETER REQ'D REQUIRED o148'-11°BOD DIFF DIFFERENCE REV REVISE, REVISION OR REVOLUTIONS -J ® STATIC PRESSURE SENSOR INDICATES 8'11"TO BOTTOM OF DUCT DN DOWN RF RETURN FAN 2 BASE MOUNTED PUMP mon DP DIFFERENTIAL PRESSURE RH RELATIVE HUMIDITY ® REFRIGERANT SENSOR I,fid DPT DEW POINT TEMPERATURE RHC REHEAT COIL T TEST TAP(PETE'S PLUG) TAG NECK SIZE-CFM RECTANGULAR OR ROUND SUPPLY DIFFUSER DSD DUCT SMOKE DETECTOR RHT RADIANT HEATER MANUAL AIR VENT 0 CARBON MONOXIDE SENSOR OR REGISTER(SEE SCHEDULE).4-WAY THROW 173 (t DV DIAPHRAGM VALVE RM ROOM AUTOMATIC AIR VENT i UNLESS INDICATED OTHERWISE. EXAMPLE: C. DWG(S) DRAWINGS(S) RPM REVOLUTIONS PER MINUTE 0 HYDROGEN SENSOR SB12X12-400 REFERS TO TAG SB WITH V\ DX DIRECT EXPANSION RS REFRIGERANT SUCTION 1 TAG NECK SIZE-CFM 12"X12" NECK AND 400 CFM 0 = 'V (E) EXISTING RTU ROOFTOP UNIT 4 VACUUM BREAKER DSD DUCT SMOKE DETECTOR co 3 EA EXHAUST AIR OR EACH S SUPPLY OR SLOPE RECTANGULAR OR ROUND EXHAUST GRILLE ORI VALIDITY OF PERMIT 3 O 0 p O EAD EXHAUST AIR DAMPER SA SUPPLY AIR S TEMPERATURE SENSOR TAG NECK SIZE-CFM REGISTER(SEE SCHEDULE) 'THE ISSNCE OF A PERMIT d' EAT ENTERING AIR TEMPERATURE SCFM CFM,STANDARD CONDITIONS _I IL VENT THRU ROOF BASED ON CONSTRUCTION j 0 .,L� N EC ELECTRICAL CONTRACTOR SD SMOKE DAMPER EI STATIC PRESSURE SENSOR RECTANGULAR OR ROUND RETURN GRILLE OR I DOCUMENTS OTHER • Cl) • N PIPE GUIDE • DATASt-IRLLf�pTEt,'ENT' (� ~ ECON ECONOMIZER SEER SEASONAL ENERGY EFFICIENCY RATING II TAG NECK SIZE-CFM REGISTER(SEE SCHEDULE) THE CODE ICI,"-,1.FROM EDB ENTERING DRY BULB TEMPERATURE SEN SENSIBLE „, P PRESSURE SENSOR OR SWITCH "+=+ EWT ENTERING WATER TEMPERATURE SF SUPPLY FAN OR SQUARE FEET EXPANSION JOINT UQU.R;NG THE CORRECTION (13 5 I �,-- TAG NECK SIZE-CFM WALL SUPPLY GRILLE OR REGISTER(SEE SCHEDULE) .OF MOWING SSC� ,� EER ENERGY EFFICIENCY RATING SHC SQUARE HEAD COCK w DPS DIFFERENTIAL PRESSURE SENSOR ea CO 0 0 EF EXHAUST FAN SIU SPLIT INDOOR UNIT mo1 FLEXIBLE CONNECTOR 0 EFF EFFICIENCY SOU SPLIT OUTDOOR UNIT UNION z FMS AIR FLOW MONITORING STATION 11111/I� WALL RETURN OR EXHAUST GRILLE OR REGISTER(SEE EJ EXPANSION JOINT SP STATIC PRESSURE II: SCHEDULE) CITY OF'TIGA, tLI -O S. V) EL ELEVATION SPD SPLITTER DAMPER r, HS HUMIDITY SENSOR Rtl.VIr.wr.D FOR CODE COMPLIANCE : s- O ELEC ELECTRICAL SPEC SPECIFICATIONS I I I CAPPED OR PLUGGED TEE W Q TAG NECK SIZE-LENGTH-CFM LINEAR SLOT DIFFUSER(SEE SCHEDULE FOR NUMBER _ - d- 'C FLOW SENSOR OR SWITCH OF SLOTS).2 WAY THROW UNLESS NOTED Approved: C2) C:1 O O EQUIP EQUIPMENT SQ IN SQUARE INCH ; S OTC; LA -)C(. _ c ESP EXTERNAL STATIC PRESSURE ST STRAINER OR SOUND TRAP I I BLIND FLANGE,CAP CO p F : : : :-.. 1 OTHERWISE.EXAMPLES:SN10 48 250 REFERS TO TAG _ _ "" �-- SN WITH 10"ROUND NECK,48"SLOT LENGTH AND 250 Permit# �,�-1L('7 7 F3 ET EXPANSION TANK STD STANDARD CONCENTRIC REDUCER z0 FLOW METER - _ _ _ CFM. t ZrZ EWB ENTERING WET BULB TEMPERATURE STRUCT STRUCTURAL N w I} 1Address: �f.'��(1 1k k EXH EXHAUST SV STEAM VENT t t a CS CURRENT SENSOR C Suite#. EXT EXTERNAL T THERMOSTAT OR THERMOMETER t EXPANSION LOOP + i VARIABLE AIR VOLUME TERMINAL UNIT i F FAHRENHEIT TCP TEMPERATURE CONTROL PANEL t +t w MOTOR By: `, IF_< FPB FAN POWERED BOX TDH TOTAL DYNAMIC HEAD VALVE ON RISE Q C _ _ _ ` 1 Date: `7 _ _ 1 VARIABLE AIR VOLUME TERMINAL UNIT W/REHEAT FC FLEXIBLE CONNECTION OR FAIL CLOSED TEMP TEMPERATURE 6 PIPE SIZE(DIAMETER IN INCHES) QA ACTUATOR r FCU FAN COIL UNIT TI TENANT IMPROVEMENT " POWER DRIVEN SHOT-INS FD FIRE DAMPER TRG TRANSFER GRILLER HYDROGEN MONITORFAN POWERED TERMINAL UNIT ANCHORS USED FOR En FF FINAL FILTER OR FINISHED FLOOR TS TEMPERATURE SENSOR SEISMIC APPLICATION- FLR FLOOR TSP TOTAL STATIC PRESSURE ® REFRIGERANT MONITOR : - SHALL REQUIRE SPECIAL. FO FAIL OPEN TT TEST TAP OR TEST TEE Y . ' REHEAT INSPECTION FPI FINS PER INCH TXV THERMAL EXPANSION VALVE ANALOG INPUT OR.INTERP 10-01 2 FPM FEET PER MINUTE (TYP) TYPICAL AI ANALOG OUTPUT FAN POWERED TERMINAL UNIT W/ 2 • FPS FEET PER SECOND U HEAT TRANSFER COEFFICIENT A� DIGITAL INPUT • FSD FIRE/SMOKE DAMPER UC UNDER CUT DOOR DO DIGITAL OUTPUT OFFICE COPY FT FOOT OR FEET UG UNDERGROUND BUILDING AUTOMATION SYSTEM - G GAS UH UNIT HEATER PI PULSING INPUT • GA GAUGE, GAGE UON UNLESS OTHERWISE NOTED GAL GALLONS V VENT OR VOLUME OR VELOCITY • • GALV GLAVANIZED VAV VARIABLE AIR VOLUME STEAM MISCELLANEOUS GC GAS COCK OR GENERAL CONTRACTOR VB VACUUM BREAKER GLV GLOBE VALVE BD VOLUME DAMPER SYMBOL DESCRIPTION SYMBOL DESCRIPTION GN GENERAL NOTE VEL VELOCITY I IrO HIGH PRESSURE STEAM RD REFRIGERANT DISCHARGE GPM GALLONS PER MINUTE VERT VERTICAL GND GROUND VFD VARIABLE FREQUENCY DRIVE MAR DATE DESCRIPTION GV GATE VALVE VFM VENTURI FLOW METER MR0 MEDIUM PRESSURE STEAM RD REFRIGERANT SUCTION K —' H HEIGHT VOL VOLUME HB HOSE BIBB VTR VENT THROUGH ROOF LM LOW PRESSURE STEAM RL REFRIGERANT LIQUID Issued: 08!28/2417 HC HEATING COIL W WASTE OR WIDTH OR WATTS HD HEAD W/ WITH I PO HIGH PRESSURE CONDENSATE A PNEUMATIC CONTROL VALVE HOR HORIZONTAL W/O WITHOUT Scale: NONE HP HIGH PRESSURE WB WET BULB TEMPERATURE HIPC MEDIUM PRESSURE CONDENSATE ) AIR LINE HP HORSEPOWER WC WATER COLUMN • HP HEAT PUMP WEG WALL EXHAUST GRILLE [MM LOW PRESSURE CONDENSATE � ST SOUND TRAP HPC HIGH PRESSURE CONDENSATE WG WATER GAUGE HPS HIGH PRESSURE STEAM WP WORKING PRESSURE C PC GRAVITY OR PUMPED CONDENSATE V//l CC COOLING COIL HR HOUR(S) WPD WATER PRESSURE DROP CR CONDENSATE RETURN �/// HC HEATING COIL HRU HEAT RECOVERY UNIT WRR WALL RETURN REGISTER HS HUMIDITY SENSOR WSHP WATER-SOURCE HEAT PUMP HTR HEATER WSR WALL SUPPLY REGISTER V� STEAM VENT PIPE r//// RHT RADIANT HEATER Copyright 16013 1 HV HOSE VALVE WT WEIGHT 1 HVAC HEATING,VENTILATING AND AIR CONDITIONING XFMR TRANSFORMER 0 STEAM TRAP 10 THRUST BLOCK PERMIT SET HW HEATING WATER Z ZONE tun ZD ZONE DAMPER --- BOILER BLOW DOWN 2 CL NI ECCENTRIC REDUCER MECHANICAL LEGEND AND ABBREVIATIONS I's- 5 �0 N M 0 0 0 , N CO 1 50 I 40 1 30 I 20 I 10 I 0 1 • 50 I 40 I 30 I 20 I 10 I 0 I . 1.1 MECHANICAL BASIS OF DESIGN A. THIS PROJECT CONSISTS OF A TWO-STORY WOOD STRUCTURE ALTERNATIVE HIGH SCHOOL. THE PROJECT GOALS INCLUDE NET-ZERO ASPIRATIONS AS SUCH THERE IS AN EXTENSIVE PV ARRAY ON THE SOUTH FACING ROOFLINE. THE MECHANICAL SYSTEMS HAVE BEEN DESIGNED TO REDUCE OPERATING ENERGY COSTS WHILE MAINTAINING EXCELLENT INDOOR ENVIRONMENTAL QUALITY AND THERMAL COMFORT. B. THE DESIGN INCLUDES THE FOLLOWING NOTABLE FEATURES, BUT IS NOT LIMITED TO THIS SCOPE. CONTRACTOR IS RESPONSIBLE FOR REVIEWING ALL CONTRACT DOCUMENTS AND COORDINATING WITH ALL DISCIPLINES. 6 1. VENTILATION AND EXHAUST SYSTEMS: 6 30 ." A A) ENERGY RECOVERY VENTILATORS(ERVS)PROVIDES NECESSARY OUTSIDE AS REQUIRED BY CHAPTER 4 OF OREGON MECHANICAL SPECIALTY CODE(OMSC)+30%, BUILDING RELIEF AIR AND EXHAUST AIR. THE ERV'S UTILIZE ENTHALPY(SENSIBLE&LATENT)PLATE HEAT EXCHANGERS FOR HEAT RECOVERY. LOW PRESSURE VENTILATION AND EXHAUST DUCTWORK ROUTE FROM THE ERVS LOCATED IN MECHANICAL ATTICS DOWN TO ZONE LEVEL FAN COIL UNITS. THE EXHAUST IS FULLY DUCTED BACK TO THE ROOFTOP UNITS, NO RETURN AIR PLENUMS ARE UTILIZED. THERE ARE THREE SEPARATE UNITS LOCATED IN THREE SEPARATE MECHANICAL ATTICS. THE UNITS WILL OPERATE VARIABLE VOLUME BASED ON LOCAL CO2 SENSORS IN HIGH DENSITY AREAS WHICH WILL FURTHER REDUCE ENERGY. 2. CONDITIONING SYSTEM: Bora Architects, Inc. A) AN AIR-COOLED HEAT RECOVERY VARIABLE REFRIGERANT FLOWNOLUME(VRFNRV)SYSTEMS PROVIDES THE NECESSARY HEATING AND COOLING 720 SW Washington, Suite 800 TO THE BUILDING TO MAINTAIN OCCUPANT COMFORT. THE SYSTEM HAS A SINGLE CONDENSING UNIT LOCATED ON GRADE NEXT TO THE BUILDING. Portland, Oregon 97205 A NETWORK OF LOCAL FAN COIL UNITS AND REFRIGERANT BRANCH CONTROLLERS ARE UTILIZED TO PROPERLY ZONE THE PROJECT. THE VRF g SYSTEM WILL BE CONTROLLED BY MANUFACTURER PROVIDED CONTROL SYSTEM AND WILL ANNUNCIATE WITH THE BAS. 503.226.1575 3. ECONOMIZER FLUSH SYSTEM: A) AN EFFICIENT FAN HAS BEEN DESIGNED TO PROVIDE AN AIR ECONOMIZER FLUSH OF THE 2-STORY COMMON'S SPACE WHEN THE OUTDOOR www.bora.co CONDITIONS ARE RIGHT. A RED LIGHT/GREEN LIGHT LED PANEL WILL COMMUNICATE TO BUILDING OCCUPANTS TO OPEN DOORS AND WINDOWS FOR THE MAKEUP AIR. THE LOCAL FAN COIL UNIT SHALL RESET UP ITS LOCAL COOLING AIR SETPOINT TO ALLOW FOR THE ECONOMIZER TO FUNCTION. C L U �AC 4. CONTROLS: DIRECT DIGITAL BUILDING AUTOMATION SYSTEM(BAS)TO OPERATE ALL SYSTEM FUNCTIONS AND SCHEDULES. INTEGRATE BACK TO DISTRICT TRIDIUM NIAGARA N4 PLATFORM. r 9 engineers for a sustainable future C. CODES AND STANDARDS 6 Ai 1. AMERICANS WITH DISABILITIES ACT(ADA) 900 SW Fifth Ave.,Suite 1600 2. NFPA 90A:STANDARD FOR THE INSTALLATION OF AIR-CONDITIONING AND VENTILATING SYSTEMS,2012 EDITION. Portland,OR 97204 3. NFPA 90B: STANDARD FOR THE INSTALLATION OF WARM AIR HEATING AND AIR-CONDITIONING SYSTEMS, 2012 EDITION. T.503.227.5280 F.503.274.7674 4. NFPA 101: LIFE SAFETY CODE, 2012 EDITION. Project Manager. Joshua Checkis Engineer/Designer: 5. OREGON BUILDING CODES ENFORCED BY THE AUTHORITY HAVING JURISDICTION(AHJ): Job.No.: 02.17.00304 A) 2014 OREGON STRUCTURAL SPECIALTY CODE(OSSC)BASED ON THE 2012 INTERNATIONAL BUILDING CODE(IBC). www.glumac.com B) 2014 OREGON MECHANICAL SPECIALTY CODE(OMSC)BASED ON THE 2012 INTERNATIONAL MECHANICAL CODE(IMC)AND THE 2012 INTERNATIONAL 5 FUEL GAS CODE(IFGC)WITH STATE AMENDMENTS. 5 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). F) ADDITIONAL STATE AND LOCAL JURISDICTION REQUIREMENTS. D. OUTDOOR DESIGN CONDITIONS: 1. LOCATION:TIGARD,OR 2. SUMMER:91.4°F DB/67.3°F WB(ASHRAE 0.4%) 3. WINTER:25.2°F(ASHRAE 0.2% OR MEDIAN OF EXTREMES) 4. ELEVATION: 108 FT. 5. CLIMATE ZONE:4C(2014 OEESC, CHAPTER 3) E. INDOOR DESIGN CONDITIONS . 1. ALL CONDITIONED AREAS: A) COOLING:74°F+/-2°F B) HEATING: 68°F+/-2°F EXPIRES: 12/31/17 C) SEE S.0.0. FOR VARIOUS UNOCCUPIED SETPOINTS. PROF 2. EXCEPTIONS: B) ME HANIOAL ROOMS: 80°F+/2'F MAXIMUM MUM \ 90 NEF� r". C) DATA/TELECOM ROOMS:COOLING ONLY,76°F+/-2°F(MAXIMUM) 3. HUMIDITY CONTROL °F OREGON A) ALL AREAS, UNLESS OTHERWISE NOTED: NONE 'gypp '�Rti° 31. F. OREGON VENTILATION CRITERIA: 4'411.41 M CA/C1 1. COMPLY WITH CHAPTER 4 OF OMSC/IMC AND ASHRAE 62.1 +30% 4 G. EXHAUST TO OUTDOORS(MINIMUM RATES) 4 1. TOILET ROOMS: 12 AIR CHANGES PER HOUR OR 75 CFM/FIXTURE,WHICHEVER IS GREATER. 2. JANITOR CLOSET: 100 CFM OR 10 AIR CHANGES PER HOUR,WHICHEVER IS GREATER. 3. SHOWER ROOMS: 12 AIR CHANGES PER HOUR 4. KITCHEN:BASED ON HOOD MANUFACTURER, MINIMUM 100CFM(INTERMITTENT AIRFLOW METHOD) H. ENVELOPE 1. WALLS: WOOF-FRAME U VALUE=0.039(BATT&CONTINUOUS) 2. WINDOWS: U VALUE=0.29, SHGC-0.27 a 3. INFILTRATION:0.15 CFM/SQ. FT.WALL AREA @ 75 PA I. INTERNAL HEAT GAINS 1. LIGHTING: n 1 A) OFFICE:0.75 W/SQ.FT. �y B) CONFERENCE ROOM: 0.75 W/SQ.FT. (50) C) LOBBY: 1.2 WISQ.FT. D) CLASSROOMS:0.75 W/SQ.FT. E) CORRIDOR:0.6 W/SQ.FT. F) RESTROOM:0.6 W/SQ.FT. 2. RECEPTACLE POWER IN OFFICES AREAS: 1.0 W/SQ.FT. 3. ELECTRICAL TRANSFORMERS:2% LOSS • - 4. OCCUPANCY CRITERIA IN OREGON/WASHINGTON: A) OFFICE:245 BTUH SENSIBLE/205 BTUH LATENT U B) RECEPTION AREA: 1 PERSON/16.7 SQ.FT. „ C) CONFERENCE ROOM: 1 PERSON/20 SQ.FT. Cl) 0) LOBBY: 1 PERSON/33.3 SQ.FT. a E) COOKING KITCHEN: 1 PERSON/50 SQ.FT. F) CLASSROOM: 1 PERSON/20 SQ.FT. 3 O (LTO 3 5. ZONING CRITERIA 0 �. A) PRIVATE OFFICES:ONE ZONE(TEMPERATURE SENSOR)PER FOUR(MAXIMUM)PRIVATE OFFICES AND ONE PER EACH CORNER/EXECUTIVE OFFICE. U W B) OPEN OFFICE SPACES: ONE ZONE(TEMPERATURE SENSOR)PER 1,000 SQUARE FEET OR AS INDICATED ON THE DRAWINGS. CONFERENCE ROOMS:ONE ZONE(TEMPERATURE SENSOR)PER ROOM to N-C) D) CLASSROOMS: ONE ZONE(TEMPERATURE SENSOR)PER ROOMc E E) LOBBY: ONE ZONE(TEMPERATURE SENSOR) F) DATA/TELECOM:ONE ZONE(TEMPERATURE SENSOR)PER ROOM Ws CO 0 0 G) CLASSROOM: ONE ZONE(TEMPERATURE SENSORS)PER ROOM J. 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 EXCEED 0.2"PER 100 FEET IN MECHANICAL ROOMS AND SHAFTS. LOW PRESSURE SUPPLY DUCT STATIC PRESSURE FRICTION LOSS BASED ON A MAXIMUM OF 0.08"PER 100 FEET. LOW PRESSURE RETURN AND EXHAUST DUCT STATIC 't PRESSURE FRICTION LOSS BASED ON A MAXIMUM OF 0.06" PER 100 FEET. MEDIUM PRESSURE DUCTWORK SHALL NOT EXCEED A DUCT STATIC PRESSURE ) p 0 FRICTION LOSS BASED ON A MAXIMUM OF 0.1"PER 100 FEET. F- co 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 C) BRANCHES ABOVE CEILING: MAXIMUM 1400 FPM VELOCITY D) BRANCHES ABOVE OPEN OCCUPIED SPACES: MAXIMUM 1150 FPM VELOCITY E) RUN-OUTS TO DIFFUSERS: MAXIMUM 725 FPM VELOCITY 2. KITCHEN EXHAUST DUCT SHALL RANGE FROM 500 FPM IN VAV SYSTEMS(MINIMUM)TO MAXIMUM 2500 FPM VELOCITY. K. DIVERSITY ASSUMPTIONS 1. FANS: PROVIDE FOR DUCT LEAKAGE AND 10%ADDITIONAL AIR CAPACITY FOR FUTURE EXPANSION 2. VRF: PROVIDE 10%ADDITIONAL CONDENSING UNIT CAPACITY TO ALLOW FLEXIBILITY FOR THE ADDITION OF FUTURE ZONES IF REQUIRED. 3. HRVS: PROVIDED WITH 15%ADDITIONAL CAPACITY FOR FUTURE FLEXABILITY 2 L. ACOUSTICAL 2 1. THE FOLLOWING NOISE NC/RC CRITERIA LEVELS WILL BE ACHIEVED AND AS DEFINED IN THE ASHRAE HVAC APPLICATIONS HANDBOOK. THESE LEVELS ADDRESS THE MECHANICAL SYSTEMS ONLY. ACTUAL SOUND PERFORMANCE REQUIREMENTS FOR EACH SPACE MUST BE VERIFIED WITH ACOUSTICAL CONSULTANT. A) OPEN OFFICES: 30 TO 40 B) CONFERENCE ROOMS: 25 TO 30 C) PRIVATE OFFICES:25 TO 30 D) CLASSROOMS:25 TO 30 E) CORRIDORS AND LOBBIES:30 TO 40 M. SEISMIC: 1. ANCHORAGE AND RESTRAINTS MUST BE COORDINATED WITH STRUCTURAL ENGINEER AND AUTHORITY HAVING JURISDICTION. MAR DATE DESCRIPTION N. THE HVAC SYSTEM INCLUDES THE FOLLOWING SUSTAINABLE DESIGN FEATURES: K 1. FOLLOWING THE ENERGY TRUST OF OREGON'S"PATH TO NETZERO"PROGRAM. THIS DESIGN IS TARGETING 50%BETTER THAN OREGON ENERGY CODE. KEY DESIGN ELEMENTS TO MEET THIS GOAL INCLUDE: Issued: 08/28/2017 A) HIGH EFFICIENCY VRFN HEAT RECOVERY HEAT PUMP HVAC SYSTEMS WITH HEAT RECOVERY VENTILATORS. B) FULLY LED LIGHTING PACKAGE C) HIGH PERFORMANCE BUILDING ENVELOPE Scale: D) ROOFTOP PV ARRAY 2. SELECT REFRIGERANTS AND HVAC EQUIPMENT THAT MINIMIZE AND ELIMINATE THE EMISSION OF COMPOUNDS THAT CONTRIBUTE TO OZONE DEPLETION. 3. AIR COOLED HEAT RECOVERY VARIABLE REFRIGERANT FLOW(VRF)SYSTEMS WHICH SHARE ENERGY BETWEEN THERMAL ZONES. 4. DECOUPLED CONDITIONING AND VENTILATION STRATEGY WHICH ELIMINATES ANY ZONE LEVEL REHEAT PENALTY. 5. PROVIDE INDOOR AIR QUANTITIES TO MEET MINIMUM REQUIREMENTS OF SECTIONS 4 THROUGH 7 OF ASHRAE STANDARD 62.1-2010+30%. 6. INSTALL PERMANENT CARBON DIOXIDE MONITORING SYSTEMS TO ENSURE THAT VENTILATION SYSTEMS MAINTAIN DESIGN MINIMUM REQUIREMENTS. 7. UTILIZE PERMANENT OCCUPANCY SENSORS FOR TEMPERATURE SETBACKS, SENSOR PROVIDED BY LIGHTING CONTROL SYSTEM. 8. USE VARIABLE FREQUENCY DRIVES TO OPERATE FANS AND PUMPS. 9. ALL DUCTWORK IS SEALED PER SMACNA SEAL CLASS A WITH MAXIMUM 5%LEAKAGE RATE AT 1.5X THE OPERATING PRESSURE OF THE SUPPLY FANS. Copyright 16013 1 PERMIT SET 2 BASIS OF DESIGN AND TABULATED DATA M 0 0 I cf 03 1 50 I 40 I 30 I 20 10 0 I I 50 I 40 I 30 I 20 I 10 I 0 I VARIABLE REFRIGERANT FLOW BRANCH SELECTOR SCHEDULE HEAT RECOVERY VENTILATOR SCHEDULE ELECTRICAL I SUPPLY AIR EXHAUST AIR PLATE TYPE HEAT EXCHANGER ELECTRICAL NUMBER OF EMERG SUMMER WINTER COND UNIT CONNECTED FAN MCA POWER UNIT SIZE OPER.WT. OAT EAT LAT OAT EAT LAT SINGLE OPER. WT # TAG MANUFACTURER MODEL NUMBER LOCATION COILS VOLTS PH (A) (YIN) (L"xW"xH") (LBS) NOTES AIRFLOW ESP FILTER AIRFLOW ESP FILTER DBIWB DBIRH DBIWB DBIWB DBIRH DBIWB POC UNIT SIZE WT. RBC 1-1 CU-1 DAIKIN BS4Q54TVJ MECH ATTIC/TOILET 4 208 1 0.40 Yes 11-3/4"x14-9/16"x18-15/16" 49 1-5 TAG # MANUFACTURER MODEL NUMBER LOCATION (CFM) (IN WG) HP TYPE (CFM) (IN WG) HP TYPE (°F) (°FI%) (°F) (°F) (°FI%) (°F) VOLTS PH MCA MOCP (YIN) (L"xW"xH") (LBS) NOTES CEILING HRV 2-1 RENEWAIRE HE2XINH SEE PLANS 1500 0.75 1.5 MERV 13 1500 0.5 1.5 MERV 8 90/67 70/35% 80/64 22/20 75/50% 56/44 208 1 21 A 25 A Yes 65"x48"x41" 600 1-5 • RBC 1-2 CU-1 DAIKIN BS4Q54TVJ BOYS RESTROOM 3 208 1 0.40 Yes 11-3/4"x14-9/16"x18-15/16" 49 1-5 HRV 2-2 RENEWAIRE HE2XINH SEE PLANS 2000 0.75 2.0 MERV 13 2000 0.5 2 MERV 8 90/67 70/35% 80/64 22/20 75/50% 53/42 208 1 26 A 30 A Yes 65"x48"x41" 600 1-5 CEILING HRV 2-3 RENEWAIRE HE2XINH SEE PLANS 1500 0.75 1.5 MERV 13 1500 0.5 1.5 MERV 8 90/67 70/35% 80/64 22/20 75/50% 56/44 208 1 21 A 25 A Yes 65"x48"x41" 600 1-5 6 RBC 1-3 CU-1 DAIKIN BS4Q54TVJ RECEPTION CEILING 3 208 1 0.40 Yes ( 11-3/4"x14-9/16"x18-15/16" 49 1-5 6 30RA RBC 1-4 CU-1 DAIKIN BS4Q54TVJ RECEPTION CEILING 3 208 1 0.40 Yes 11-3/4"x14-9/16"xi8-15/16" 49 1-5 NOTES RBC 2-1 CU-1 DAIKIN BS4Q54TVJ MECH ATTIC 2 208 1 0.40 I Yes 11-3/4"x14-9/16"x18-15/16" 49 1-5 1. FACTORY PROVIDED VFD, MECHANICAL TO MOUNT. ELECTRICAL TO PROVIDE POWER AND DISCONNECT AS REQUIRED. RBC 2-2 CU-1 I DAIKIN BS4Q54TVJ I MECH ATTIC 3 208 1 0.40 I Yes 11-3/4"x14-9/16"x18-15/16" 49 1-5 2. PROVIDE NEMA PREMIUM EFFICIENCY INVERTER-DUTY MOTOR WITH SHAFT GROUNDING DEVICE OR INSULATED BEARINGS. RBC 2-3 CU-1 I DAIKIN BS4Q54TVJ ! CIRCULATION CEILING 4 208 1 0.40 Yes 11-3/4"x14-9/16"x18-15/16" 49 1-5 3. PROVIDE UNIT WITH SPRING ISOLATOR HANGERS. RBC 2-4 CU-1 I DAIKIN BS4Q54TVJ SM MEETING CEILING 4 208 1 0.40 Yes 11-3/4"x14-9/16"x18-15/16" 49 1-5 4. PROVIDE CONTROL INTERFACE HARDWARE AS NECESSARY TO BACNET BUILDING AUTOMATION SYSTEM. 5. PROVIDE CLASS 1 MOTORIZED DAMPERS ON OUTSIDE AIR AND EXHAUST Bora Architects, Inc. NOTES 720 SW Washington, Suite 800 1. COORDINATE APACTYBA EEDHARIC ELECTRICAL IORPOWERANDDISCONNECTASREQUIRED. VARIABLE REFRIGERANT FLOW (VRF) HEAT RECOVERY CONDENSING UNIT SCHEDULE Portland, Oregon 97205 2. CAPACITY BASED ON ARI CONDITIONS. 3. PROVIDE VIBRATION ISOLATION HANGERS OR MOUNTS AS REQUIRED. 503.226.1575 4. NO CONDENSATE CONNECTION REQUIRED. IF 2-PIPE SYSTEM IS SUBMITTED ON, CONTRACTOR SHALL DESIGN, ROUTE AND INSTALL LINE AT NO COST TO OWNER. COOLING(95°F ODB180°F IDB/67°F EWB) HEATING (47°F ODBI70°F IDB) ELECTRICAL 5. PROVIDE 4-PORT CONTROLLER EMERG www.bora.co •••- NOM.CAP. NOM.CAP. REFRIG MODULE POWER UNIT SIZE TAG # MANUFACTURER MODEL NUMBER LOCATION (MBH) IEER SCHE (MBH) COP REFRIG TYPE (LBS) VOLTS PH MODULE MCA MOCP (YIN) (L"xW"xH") WEIGHT(LBS) NOTES • CU 1 DAIKIN REYQ432TTJU ON GRADE-WEST OF 432 16.5 18.1 486 3.2 R410A 202 208 - 3 55+55+55 70+70+70 No 150"x3i8x67" 2340 1-9 CONSTANT VOLUME EXHAUST TERMINAL UNIT SCHEDULE BUILDING CILUMAC INLET AIRFLOW OPER. engineers for a sustainable future MODEL SIZE SETPOINT AIR PD WT. NOTES TAG # MANUFACTURER NUMBER (IN) (CFM) (IN WG) (LBS) NOTES 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECTS AS REQUIRED-NOTE SEPERATE ELECTRICAL CONNECTIONS PER MODULE 900 SW Fifth Ave.,Suite 1600 1 Portland,OR 97204 WE 1-1 TITUS I DESV 6" 400 0.5 35 1-4 2. PROVIDE DISTRIBUTION CONTROLLER AND REFRIGERANT PIPING PER MANUFACTURER'S REQUIREMENTS. T.503.227.5250 F.503.274.7674 WE 2-1 TITUS I DESV 4" 300 0.5 35 1-4 3. PROVIDE MANUFACTURER'S CONTROL SYSTEM. Project Manager. Joshua Checkis 4. PROVIDE CONDENSER TWINNING KIT. Engineer/Designer: Job.No.: 02.17.00304 5. INVERTER COMPRESSORS MUST BE USED www.glumac.com NOTES 6. MANUFACTURER MUST HAVE PUBLISHED PERFORMANCE RATING DATA BETWEEN 120F AND-4F 1. PROVIDE PRESSURE INDEPENDENT TERMINAL UNIT. 7. MANUFACTURER MUST BE CERTIFIED, LISTED AND LABELED PER AHRI 1230 5 5 2. PROVIDE NEMA 1 CONTROLS ENCLOSURE. 8. MANUFACTURER SUBMITAL MUST INCLUDE PIPING DIAGRAM WITH PIPE DIAMETERS,LENGTHS AND REFRIGERANT VOLUMES 3. COORDINATE WITH BUILDING AUTOMATION SYSTEM. 9. INSTALLING CONTRACTOR MUST HAVE SUCCESSFULLY COMPLETED MANUFACTURERS CERTIFIED INSTALLATION CLASS WITHIN 24 MONTHS 4. COORDINATE WITH DIV 26 CONTRACTOR. DIV 23 CONTROLS CONTRACTOR TO DAISY CHAIN ROUTE 24V POWER TO DAMPER. ROOM DUST FILTER SYSTEM I ELECTRICAL VARIABLE REFRIGERANT FLOW (VRF) HEAT RECOVERY FAN COIL SCHEDULE AIR EMERG OPER. COOLING MODEL FLOW VFD POWER UNIT SIZE WT. CAPACITY SUPPLY ELECTRICAL TAG # MANUFACTURER NUMBER LOCATION AREA SERVED DISCH TYPE DRIVE (CFM) HP VOLTS PH (YIN) (YIN) (L"xW"xH") (LBS) NOTES FILTER 1-1 AIR QUALITY M67 MEDIA AIR MAKER'S LAB MAKER'S LAB INLINE CENTRIF DIRECT 1625 3/4 120 1 No No 47x24x24 125 1-5 COND HEATING AIR EMERG OPER. ENGINEERING CLEANER UNIT BRANCH TOTAL CAPACITY FLOW MIN OSA MCA POWER UNIT SIZE WT. TAG # TAG CONTROLLER TAG MANUFACTURER MODEL NUMBER AREA SERVED FCU TYPE (BTUH) (BTUH) (CFM) (CFM) VOLTS PH (A) (YIN) (L"xW"xH") (LBS) NOTES NOTES FCU 1-1 CU-1 RBC 1-4 DAIKIN FXMQ07PBVJU DIRECTOR OFFICE DUCTED 7500 8500 320 20 208 1 0.6 No 22"x28"x12" 55 1-4 EXPIRES: 12/31/17 FCU 1-2 CU-1 RBC 1-3 DAIKIN FXMQ12PBVJU COUNSELOR OFFICES DUCTED 12000 13500 450 50 208 1 1.4 No 28"x28"x12" 62 1-4 c0 PROFFsf� 1. PROVIDE SOFT STARTER BY MECHANICAL FCU 1-3 CU-1 RBC 1-4 DAIKIN FXMQ09PBVJU RECEPTION DUCTED 9500 10500 320 55 208 1 0.6 No 22"x28"x12" 55 1-4 ��5 ,As I NEF,p D� -. 2. COORDINATE DISCONNECT BY ELECTRICAL FCU 1-4 CU-1 RBC 1-4 DAIKIN FXMQ09PBVJU MEETING-SM DUCTED 9500 10500 320 85 208 1 0.6 No 22"x28"x12" 55 1-4 90 `" 3. PRE-FILTER SHALL BE PLEATED&FINAL FILTER SHALL BE MULTI-POCKET BAG FCU 1-5 CU-1 RBC 1-3 DAIKIN FXMQ09PBVJU LOBBY DUCTED 9500 10500 320 75 208 1 0.6 No 22"x28"x12" 55 1-4 4. COME WITH INTEGRAL DIRTY FILER GAUGE FCU 1-6 CU-1 RBC 1-2 DAIKIN FXZQ07MVJU9 GIRLS RESTROOM CEILING MOUNTED 7500 8500 320 0 208 1 0.8 No 34"x34"x10" 42 1-4 `A OREGON 5. MAX 70 DBA @ 15 FTS ` G �° FCU 1-7 CU-1 RBC 1-2 DAIKIN FXAQ24PVJU ELECTRICAL WALL MOUNTED 24000 27000 690 0 208 1 0.4 No 42"x10"xi2" 31 1-4,5 'a kt'R 5\' FCU 1-8 CU-1 RBC 1-2 DAIKIN FXZQ07MVJU9 I BOYS RESTROOM CEILING MOUNTED 7500 8500 320 0 208 1 0.8 ( No 34"x34"x10" 42 1-4 6444 M CN` FCU 1-9 CU-1 RBC 1-3 DAIKIN FXMQ48PBVJU COMPUTER CLASSROOM DUCTED 48000 I 54000 1375 490 208 1 3.4 I No 55"x28"x12" 102 1-4 FCU 1-10 CU-1 RBC 2-2 DAIKIN FXMQ12PBVJU FLEX CLASSROOM DUCTED 12000 13500 450 205 208 1 1.4 No 28"x28"x12" 62 1-4 4 FCU 1-11 CU-1 RBC 2-2 DAIKIN FXMQ15PBVJU KITCHEN DUCTED 15000 17000 560 80 208 1 1.5 No 40"x28"x12" 80 1-4 FCU 1-12 CU-1 RBC 1-1 DAIKIN FXMQ36PBVJU SCIENCE DUCTED 36000 40000 1130 485 208 1 2.9 I No 55"x28"x12" 102 1-4 FCU 1-14 CU-1 RBC 1-1 DAIKIN FXMQ54PBVJU ( MAKER SPACE DUCTED 54000 60000 1625 540 208 1 3.4 No 55"x28"x12" 104 1-4 FCU 1-15 CU-1 RBC 1-1 DAIKIN FXMQ09PBVJU TECHNOLOGY DUCTED 9500 10500 320 90 208 1 0.6 No 22"x28"x12" 55 1-4 FCU 2-1 CU-1 RBC 2-4 DAIKIN FXMQ30PBVJU HUB CLASSROOM DUCTED 30000 34000 635 455 208 1 2.8 No 55"x28"x12" 102 1-4 FCU 2-2 CU-1 RBC 2-4 DAIKIN FXMQ12PBVJU FLEX CLASSROOM DUCTED 12000 I 13500 450 200 208 1 1.4 No 28"x28"x12" 62 1-4 FCU 2-3 CU-1 RBC 2-4 DAIKIN FXZQ07MVJU9 I SM MEETING CEILING MOUNTED 7500 8500 320 50 208 1 0.8 No 34"x34"x10" 42 1-4 FCU 2.4 CU-1 RBC 2-3 DAIKIN FXMQI8PBVJU FLEX CLASSROOM DUCTED 18000 20000 635 265 208 1 1.6 No 40"x28"x12" 80 1-4 (10) FCU 2-5 CU-1 RBC 2-3 DAIKIN FXMQ30PBVJU I PARTNER CLASSROOM DUCTED 30000 34000 635 465 208 1 2.8 I No 55"x28"x12" 102 1-4 i,�„r ECU 2-6 CU-1 RBC 2-3 DAIKIN FXZQ07MVJU9 SHOWER CEILING MOUNTED 7500 8500 320 0 208 1 0.8 No 34"x34"x10" 42 1-4 ECU 2-7 CU-1 RBC 2-3 DAIKIN FXZQ07MVJU9 GIRLS RESTROOM CEILING MOUNTED 7500 8500 320 0 208 1 0.8 No 34"x34"x10" 42 1-4 FCU 2-8 CU-1 RBC 2-2 DAIKIN FXAQ24PVJU MDF WALL MOUNTED 24000 27000 690 0 208 1 0.4 No 42"x10"x12" 31 1-4 IIIIIIIIINS 1011111.1111.1 FCU 2-9 CU-1 RBC 2-1 DAIKIN FXMQ96MVJU COMMONS DUCTED 96000 108000 2550 835 208 1 10.7 No 55"x44"x19" 302 1-4 0 ECU 2-10 CU-1 RBC 2-4 DAIKIN EXMQ09PBVJU STAIRS DUCTED 9500 10500 320 0 208 1 0.6 No 22"x28"xi2" 55 1-4 FCU 2-11 CU-1 RBC 2-1 DAIKIN FXAQ12PVJU MECHANICAL ATTIC WALL MOUNTED 12000 13500 290 0 208 1 0.4 No 32"x10"x12" 26 1-4 FCU 2-12 CU-1 RBC 1-1 DAIKIN FXAQ09PVJU MECHANICAL ATTIC WALL MOUNTED 9500 10500 280 0 208 1 0.4 No 32"x10"x12" 26 1-4 C 0 .... 4.....NOTES -�-r CO 1. COOLING CAPACITY BASED ON 67°F ENTERING WET BULB AND 45°F COIL TEMPERATURES. .U 2. HEATING CAPACITY BASED ON 47°F OUTDOOR DRY BULB AND 70°F INDOOR DRY BULB TEMPERATURES. 3. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. 0 = -0 4. PROVIDE WALL MOUNTED TEMPERATURE SENSOR(NO OCCUPANT CONTROL).SEE ZONING PLANS. 3 5. PROVIDE 120 VOLT CONDENSATE PUMP-10'LIFT.SEE KEYED NOTES 3 0 coo W oc N CO CON- TYPICAL CEILING FAN SCHEDULE . E ELECTRICAL i TO0 0 AIR EMERG OPER. c FLOW SP FAN MTR VFD POWER UNIT SIZE WT. I " 73 TAG # MANUFACTURER MODEL NUMBER LOCATION AREA SERVED DISCH TYPE DRIVE (CFM) (IN WG) RPM • RPM VOLTS PH (YIN) (YIN) (L xW xH ) (LBS) NOTES ZS V) CF 1 BAF HAIKU SEE PLANS SEE PLANS FORWARD/REVERSE CEILING FAN DIRECT 7500 0.1 200 200 120 1 No No 52"DIAx16" 20 1-4 CIE = CU CD NOTES 00 0 H 00 Q- "" I. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. 2. PROVIDE WITH MANUFACTURER MOUNTING SYSTEM. 3. PROVIDE WITH LOCAL WALL MOUNTED CONTROLLER. FAN CONTROL TO BE LOW/MEDIUM/HIGH/OFF. HARD MOUNT TO WALL. 4. DIV 23 CONTROL'S SHALL EXECUTE STARTUP. SEE ZONING PLANS. FAN SCHEDULE ELECTRICAL AIR MIN. EMERG OPER. FLOW SP EFF. FAN MTR VFD POWER UNIT SIZE WT. TAG # MANUFACTURER MODEL NUMBER LOCATION AREA SERVED DISCH TYPE DRIVE (CFM) (IN WG) (%) RPM RPM BHP HP VOLTS PH (YIN) (YIN) (L"xW"xH") (LBS) NOTES 2 EF 2-1 GREENHECK SQ-160-VG JANITOR COMMONS PURGE FAN INLINE CENTRIFUGAL DIRECT 4000 0.5 27 1509 1725 1.19 2 208 1 No No 29"x23"x26" 144 1-7 2 NOTES 1. COORDINATE WITH ELECTRICAL FOR POWER AND DISCONNECT AS REQUIRED. 2. PROVIDE NEMA PREMIUM EFFICIENCY MOTOR. 3. PROVIDE NON-OVERLOADING MOTOR. 4. PROVIDE ECM(ELECTRONICALLY COMMUTATED MOTOR)WITH BAS INTEGRATION POINTS OF CONNECTION-SEE CONTROLS DIAGRAMS AND SEQUENCE OF OPERATION. 5. PROVIDE VIBRATION ISOLATION AND SEISMIC RESTRAINT PER SPECIFICATIONS. 6. SEE SOUND DATA SPECIFICATION FOR MAXIMUM SOUND LEVELS. 7. PROVIDE MOTORIZED DAMPER(WITH END SWITCH). MAR DATE DESCRIPTION K Issued: 08/28/2017 DIFFUSER AND GRILLE SCHEDULE Scale: TAG MANUFACTURER MODEL DESCRIPTION FACE TYPE FACE SIZE COLOR MATERIAL NOTES EA TITUS PAR SQUARE CEILING EXHAUST PERFORATED PANEL 24x24 WHITE STEEL 2,3,4,5,6,7 EB TITUS PAR SQUARE CEILING EXHAUST PERFORATED PANEL 12x12 WHITE STEEL 2,3,4,5,6,7 EC TITUS 55F AEROBLADE EXHAUST GRILLE 3/4"SPACING,0°DEFL. SEE PLANS WHITE ALUMINUM 2,3,4,5,6,7 RA TITUS PAR SQUARE CEILING RETURN PERFORATED 24x24 WHITE STEEL 1,2,3,4 RB TITUS 55F AEROBLADE RETURN GRILLE 3/4"SPACING,0°DEFL. SEE PLANS WHITE ALUMINUM 2,3,4,5,6,7 SA TITUS OMNI SQUARE CEILING SUPPLY PLAQUE 24x24 WHITE STEEL 2,3,4,5,6,7 SB TITUS 272RS AEROBLADE SUPPLY GRILLE 3/4"SPACING,DOUBLE DEFL. SEE PLANS WHITE ALUMINUM 2,3,4,5,6 Copyright 16013 I SC TITUS S300EL SPIRAL SUPPLY DIFFUSER 3/4"SPACING, DOUBLE DEFL. SEE PLANS CLEAR ALUMINUM 2,3,4,5,6 1 NOTES: PERMIT SET 1. ANY GRILLE/DIFFUSER MOUNTED DIRECTLY ON EXPOSED DUCT SHALL MATCH COLOR OF DUCT(IF PAINTED)OR SHALL HAVE CLEAR ANODIZED FINISH (IF DUCT IS UNPAINTED). a 2. MAXIMUM TOTAL PRESSURE DROP SHALL NOT EXCEED 0.10"WG WITH DUCT TRANSITION. co 3. MAXIMUM NC LEVEL SHALL BE 20. SCHEDULES 'n 4. ALL VISIBLE SURFACES AND DUCTWORK BEHIND FACE SHALL BE PAINTED FLAT BLACK. R 5. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS FOR BORDER TYPES. i6 6. NECK SIZE AND CFM SHOWN ARE ON PLANS(EXAMPLE: SA12x12-400 REFERS TO TAG"SA"WITH 12x12 NECK AND 400 CFM), R 7. PROVIDE RECTANGULAR/SQUARE TO ROUND TRANSITION AS REQUIRED AND SIZED FOR MAXIMUM 0.01"WG TOTAL PRESSURE DROP. 0 cvM002 NI- c.1 co .111•111MMINIMIL I 50 ,_I 40 I 30 I 20 I 10 I 0 I I 50 I 40 I 30 I 20 I 10 I 0 I OUTDOOR AIR CALCULATION (SINGLE ZONE OR 100% OSA SYSTEM) SYSTEM: HRV2-1 BASED ON ASHRAE 62.1-2007 -TABLE 6-1 TABLE 6-1 TABLE 6-1 OVERRIDE NUMBER OF OUTDOOR EXHAUST BREATHING ZONE TABLE 6-2 ZONE EXHAUST OSA/EXH ROOM # ZONE DESCRIPTION APPLICATION AREA OUTDOOR AIR OCCUPANCY CALCULATED # OCCUPANTS/ OCCUPANTS / AIR REQ. RATE REQ. OUTDOOR AIR FLOW ZONE AIR DIST. OUTDOOR REQUIRED AIRFLOW AIR FLOW 6 (SF) (CFM/SF) (P/1000 SF) OCCUPANTS # FIXTURES FIXTURES (CFM/PERSON) (CFM/SF) (CFM) EFFECTIVENESS (CFM) (CFM) PROVIDED 6 30 - A Vbz Ez Voz (CFM) 102 1-1 DIRECTOR OFFICE SPACE 162 0.06 5 0.8 1 1.0 5.0 - 19 1.0 19 - 20 103, 104, 105 1-2 ADMIN OFFICE SPACE 350 0.06 5 1.8 3 3.0 5.0 - 47 1.0 47 - 50 101 1-3 RECEPTION OFFICE SPACE 359 0.06 5 1.8 4 4.0 5.0 - 54 1.0 54 - 55 107 1-4 MEETING SMALL CONFERENCE/MEETING 250 0.06 50 12.5 10 10.0 5.0 - 85 1.0 85 - 85 Bora Architects, Inc. 110 1-5 LOBBY MAIN ENTRY LOBBIES 380 0.06 10 3.8 7 7.0 5.0 - 75 1.0 75 - 75 720 SW Washington, Suite 800 116 1-5 CIRCULATION CORRIDORS 116 0.06 0 0.0 0.0 0.0 - 9 1.0 9 - 10 Portland, Oregon 97205 201 2-1 HUB CLASSROOM CLASSROOMS(AGES 9+) 813 0.12 35 28.5 25 25.0 10.0 - 452 1.0 452 - 455 503.226.1575 202 2-2 FLEX CLASSROOM CLASSROOMS(AGES 9+) 272 0.12 35 9.5 12 12.0 10.0 - 198 1.0 198 - 200 www.bora.co 203 2-3 SM MEETING CONFERENCE/MEETING 111 0.06 50 5.6 6 6.0 5.0 - 48 1.0 48 - 50 205 2-4 FLEX CLASSROOM CLASSROOMS(AGES 9+) 345 0.12 35 12.1 16 16.0 10.0 - 262 1.0 262 - 265 C 1 ii AC P 9 3,158 Total all zones Pz: 84.0 1,265 engineers for a sustainable future L A LEED EQc2-30%Increased Ventilation?: YES Poo SW FiftR Ave.,7Suite 1600 Portland,OR 97204 T.503.227.5280 F.503.274.7674 Project Manager: Joshua Checkis OUTDOOR AIR INTAKE FLOW(CFM),Vot I 1249 I Engineer/Designer. Job.No.: 02.17.00304 www.glumac.com 5 5 OUTDOOR AIR CALCULATION (SINGLE ZONE OR 100% OSA SYSTEM) SYSTEM: HRV2-2 BASED ON ASHRAE 62.1-2007 -TABLE 6-1 TABLE 6-1 TABLE 6-1 OVERRIDE NUMBER OF OUTDOOR EXHAUST BREATHING ZONE TABLE 6-2 ZONE EXHAUST OSA/EXH ROOM # ZONE DESCRIPTION APPLICATION AREA OUTDOOR AIR OCCUPANCY CALCULATED # OCCUPANTS/ OCCUPANTS / AIR REQ. RATE REQ. OUTDOOR AIR FLOW ZONE AIR DIST. OUTDOOR REQUIRED AIRFLOW AIR FLOW (SF) (CFM/SF) (P/1000 SF) OCCUPANTS # FIXTURES FIXTURES (CFM/PERSON) (CFM/SF) (CFM) EFFECTIVENESS (CFM) (CFM) PROVIDED Vbz Ez Voz (CFM) 115 1-9 COMPUTER LOUNGE COMPUTER LAB 1041 0.12 25 26.0 25 25.0 10.0 - 487 1.0 487 - 490 MiMMII 117 1-10 FLEX CLASSROOM CLASSROOMS(AGES 9+) 305 0.12 35 10.7 12 12.0 10.0 - 204 1.0 204 - 205 EXPIRES: 12/31/17 120 2-9 COMMONS MULTI-US ASSEMBLY 1561 0.06 100 156.1 60 60.0 7.5 - 707 1.0 707 - 710 (-0 PROfF�f/ 167 JANITOR (EXH)JANITOR,'I RASH, RECYCLE 52 - - - 0.0 - 1.0 0 1.0 0 52 �G IN ,, ,,,, ROOMScc,204 2-5 PARTNER CLASSROOM CLASSROOMS(AGES 9+) 890 0.12 35 31.2 25 25.0 10.0 - 464 1.0 464 - 465gz 0 9 r 210 2-9 CIRCULATION CORRIDORS 527 0.06 0 0.0 0.0 0.0 -41 1.0 4145 g. OREGON , 264 1-11 KITCHEN BREAK ROOMS 264 0.12 50 13.2 6 6.0 5.0 - 80 1.0 80 - 80 voc R 3\'v im ye41 M. C\''C'(' 4,640 Total all zones Pz: 128.0 1,995 4 4 LEED EQc2-30% Increased Ventilation?: YES OUTDOOR AIR INTAKE FLOW(CFM),Vot I 1983 I INIP OUTDOOR AIR CALCULATION (SINGLE ZONE OR 100% OSA SYSTEM) CD SYSTEM: HRV 2-3 BASED ON ASHRAE 62.1-2007 -TABLE 6-1 (..) TABLE 6-1 TABLE 6-1 OVERRIDE NUMBER OF OUTDOOR EXHAUST BREATHING ZONE TABLE 6-2 ZONE EXHAUST OSA/EXH ROOM # ZONE DESCRIPTION APPLICATION AREA OUTDOOR AIR OCCUPANCY CALCULATED # OCCUPANTS/ OCCUPANTS / AIR REQ. RATE REQ. OUTDOOR AIR FLOW ZONE AIR DIST. OUTDOOR REQUIRED AIRFLOW AIR FLOW C (SF) (CFM/SF) (P/1000 SF) OCCUPANTS # FIXTURES FIXTURES (CFM/PERSON) (CFM/SF) (CFM) EFFECTIVENESS (CFM) (CFM) PROVIDED O Vbz Ez Voz (CFM) 123 1-12 SCIENCE SCIENCE LABORATORIES 946 0.18 25 23.7 20 20.0 10.0 - 481 1.0 481 - 485 V + 124 TOILET (EXH)TOILETS-PUBLIC 69 - - - 1 1.0 - 50/70(CFM/UNIT) 0 1.0 0 50/70 ��+ 125 1-14 MAKER SPACE CLASSROOMS(AGES 9+) 1359 0.12 35 47.6 25 25.0 10.0 - 537 1.0 537 - 540 rn 126 1-15 TECHNOLOGY CLASSROOMS(AGES 9+) 150 0.12 35 5.3 5 5.0 10.0 - 88 1.0 88 - 90 .C-5 = -D 3 3 75 -0 o 2,524 Total all zones Pz: 50.0 1,115 U Li..] 11 N LEED EQc2-30%Increased Ventilation?: YES E 07 RS OUTDOOR AIR INTAKE FLOW(CFM),Vot I 1106 I t6 C13 0 0 i ' O - - 2) Q IMINIIIMMI 2 2 MAR DATE DESCRIPTION K Issued: 08/28/2017 Scale: 12" = 1'-0" Copyright 16013 1 1 PERMIT SET 2 a CO LO OUTSIDE CALCULATIONS m ti r 0 Nr co 1 50 I 40 I 30 I 20 I 10 I 0 I _1 50 I 40 I 30 I 20 I 10 1 0 i SHEET NOTES A. VRF MANUFACTURER SHALL PROVIDE THERMOSTATS AND TEMPERATURE SENSORS. BAS CONTRACTOR SHALL PROVIDE CO2 SENSORS. COORDINATE LOCATION IN NEAT ORGANIZED AND LINED UP LOCATION. CO2 SENSORS SHALL BE MOUTNED THE SIDE OF THERMOSTATS AS THEY GIVE OFF HEAT. MOUNT ALL SENSOR AT 46"A.F.F. PER TTSD STANDARDS. B. CONTROLS CONTRACTOR SHALLL SUBMIT FINAL c 6 PROPOSED LOCATION OF ALL SENSORS FOR ARCH. 6 BORA REVIEW. C. DIV 26 SHALL PROVIDE OCCUPANCY SENSORS WITH AUX. CONTACTS FOR DIV 23 USE. INTEGRATE INTO VRF ROOM SETPOINTS PER S.0.0. Bora Architects, Inc. 0 0 0 0 ( 720 SW Washington, Suite 800 60 8 9 Portland, Oregon 97205 503.226.1575 www.bora.co — I I I I I I I f I — GLUMAC KEYED NOTES ® P I I I engineers fora sustainable future 6 A 1 RED LIGHT I GREEN LiGHT LED WALL PANEL. 900 SW Fifth Ave.,suite 1600 •�_ - / - '.- �A INTEGRATE WITH EXHAUST PURGE MODE. SEE Portland,OR 97204 _______ ___ J. T.503.227.5280 F.503.274.7674 - 4-7-A r \ CONTROL DETAILS Project Manager: Joshua Checkis I I PORCH I Vi h - 2 HARD MOUNT CEILING FAN CONTROLLER NEXT TO Engineer/Designer, EXT2 — i Joe.No.: 02.i7.00304 II OTHER SENSORS IN NEAT ORGANIZED ARRAY. ONE www.glumac.com VESTIB�LI. CONTROLLER SHALL SERVE ALL CEILING FANS IN 5 1 100 I1' RECEP I ION ' " SPACE. DIV 23 CONTROL'S CONTRACTOR SHALL BE 5 1 1 141 , RESPONSIBLE FOR CEILING FAN STARTUP INCLUDING; I I I i , ' i DIRECTOR I , SETUP TO WIRELESS WIFI(COORDINATE DIRECT WITH I . 1DISTRICT IT AS NECESSARY), FIRMWARE UPDATES, -I Y _., II I ! LOCAL PROGRAMMING AND TESTING. SET FAN MODE r -II TO OPERATE PER OCCUPANCY,TEMPERATURE,AND ��♦+ lli�- � 1' 1' HUMIDITY. SET MAX FAN SPEED AS TO NOT BE A NUISANCE TO BUILDING OCCUPANTS,THIS WILL LIKELY I I I I I I IL VARY BASED ON INSTALLATION MOUNTING HEIGHT. 111 I r _ �1 COUNSELOR� ' . 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EXT1 I x , Issued: 08/28/2017 u u u 11 1 yt `1 Scale: 118" = 1-0" `-0" b. so,,, tir\ 1 ° it , 1 I II I • \ ---i 0 I I I� I \ I I ___ _ - --_ -I_ I I I I I I _ � _., E TION N Copyright 16013 • ZONE 1 1 PERMIT SET ••2 . c, FIRST FLOOR - HVAC CcI ZONING PLAN iri FIRST FLOOR - FLOOR PLAN - ZONING • • • • .1 ■• M 1 0 1 N � � � � � IIIII� , N SCALE: 1/8"= 1'-0" 0 8'-0" 16'-0" 24'-0" 32'-0" m I 50 I 40 i 30 I 20 I 10 1 0 I I 50 I 40 I 30 1 20 I 10 l = 0 L SHEET NOTES A. VRF MANUFACTURER SHALL PROVIDE THERMOSTATS AND TEMPERATURE SENSORS. BAS CONTRACTOR SHALL PROVIDE CO2 SENSORS. COORDINATE LOCATION IN NEAT ORGANIZED AND LINED UP LOCATION. CO2 SENSORS SHALL BE MOUTNED ABOVE OR TO THE SIDE OF THERMOSTATS AS THEY GIVE OFF HEAT. B. CONTROLS CONTRACTOR SHALLL SUBMIT FINAL PROPOSED LOCATION OF ALL SENSORS FOR ARCH. 6 REVIEW, 6 3ORA , , , i_ 1-1D 2 .3_) 8 C9) Bora Architects, Inc. ____. ____ C--) 720 SW Washington, Suite 800 Portland, Oregon 97205 KEYED NOTES ® 503.226.1575 I I I I I I I I I www.bora.co 1 LOCATE A TEMPERATURE SENSOR IN VRF FAN COIL . UNIT SUPPLY DUCTWORK TO DETERMINE COOLINGIHEATINGMQDE FOR NATURAL VENTILATION GLUMAC PURGE. SEE 230993 1 I I I I I I I I 2 HARD MOUNT CEILING FAN CONTROLLER NEXT TO P 9 OTHER SENSORS IN NEAT ORGANIZED ARRAY. ONE engineers for a sustainable future CONTROLLER SHALL SERVE ALL CEILING FANS IN 1, ii SPACE. DIV 23 CONTROLS CONTRACTOR SHALL BE 900 SW Fifth Ave.,Suite 1600 RESPONSIBLE FOR CEILING FAN STARTUP INCLUDING, Portland,0R 97204 I I T. 503.227.5260 F.503.274.7674 T I 1 II i 1 n 1 I1 1 � i U 11 i 1 i 1 1 1 1 1 1 1 1 1 1 1 1 l —i — SETUP TO WIRELESS WIFI(COORDINATE DIRECT WITH Project Manager. Joshua Checkis DISTRICT IT AS NECESSARY), FIRMWARE UPDATES, Engineer/Designer: _-- ------�� ' ' . LOCAL PROGRAMMING AND TESTING. SET FAN MODE Job. ywdwi goluma..corn 00304 r r , I TO OPERATE PER OCCUPANCY,TEMPERATURE,AND 5 i I 1 I ' I ' I I I , HUMIDITY. SET MAX FAN SPEED AS NUISANCE TO BUILDING OCCU PANTS,THIS WILL LIKELY 5 I I : VARY BASED ON INSTALLATION MOUNTING HEIGHT, I I e 1 1 RECOMMEND TO START WITH SPEED 5 AND ADJUST AS ►u b LIAbbf(CUUIVI 14 NECESSARY. I I — I I I I 11 lib C� � I 901 , 1 Ii 1 1 1 Ti I II ll�l, 11 I �---�;—1 � VENTILATION '. _ _ 4 1 1 1 : ZONES le IIMMIII I 1 I — — 1 1 EXPIRES: 12/31/17 1 1 ��p PROffffi f i_.• ijid.wami".16- - - ji) /0/7:_:, ;04) --*- I I I r-fig"tin-=•iz3,_, ! m� 11 F K C 'OSSROOM I I •I OREGON 2 I ..1 r r 1F 1 V Cj`' 4 M. 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I 1 I K — 1 . 1 -- } • r 1 I Issued: 08/28/2017 I I I I I I I 1 1 I Scale: 118" = 1'-0" I I to --I — — — , I I I 1 I I I I I 0 f• 1 Copyright 16013 1 1 PERMIT SET Iz (13 SECOND FLOOR - HVAC 66 ZONING PLAN r- 1/8" = 1'-0" N SECOND FLOOR — FLOOR PLAN - ZONING ;;; • •• m I.= M 1 02 SCALE: 1/8"= 11-0" (Ni0 8'-0" 16'-011 24'-0" 32'-011 a) I 50 I 40 1 30 I 20 1 10 I 0 I i 50 i 40 I 30 I 20 I 10 — 1 0 1 SHEET NOTES ' A DRAWINGS&ROUTING INTENT IS DIAGRAMMATIC. CONTRACTOR TO SUBMIT FULLY COORDINATED SHOP DRAWINGS FOR ENGINEERING REVIEW PER SPECIFICATIONS. B DUCTWORK SIZE SHALL MATCH DIFFUSER NECK SIZE U.O.N. C DUCTWORK SIZE SHALL MATCH FAN COIL UNIT CONNECTION SIZES U.O.N. 6 D 1"ACOUSTICAL LINER SHALL BE PROVIDED IN SHEETMETAL 6 30 -Zi\ UPSTREAM AND DOWNSTREAM OF FAN COIL UNITS AND HRVS. SEE SPECIFICATION AND DUCTWORK INDICATED ON PLANS. MAINTAIN MOST STRINGENT REQUIREMENT OF THE TWO. E PROVIDE BALANCEING DAMPERS AS REQUIRED TO ALLOW THE SYSTEM TO BE FULLY BALANCED(REGARDLESS OF WHETHER C1) 0 C3D C 0 C-6) C7) C-8) �� THEY ARE N ON THESEBUT IS IMMITEDTOAOLLSUPPLY, RETURN A)ND EIXHAUST S BERANCH SNOT Bora Architects, Inc. F FLEX DUCTWORK IS LIMITED TO 5 LENGTH RUNS NO 720 SW Washington, Suite 800 EXCEPTIONS. THIS WILL BE ENFORCED. Portland, Oregon 97205 G SEE DETAILS FOR ADDITIONAL INSTALLATION REQUIREMENTS 503.226.1575 NOT SHOWN ON THIS DRAWING. I I I I I I I I I H DO NOT FASTEN DIRECTLY TO PLYWOOD ROOF SHEATHING TO www.bora.co AVOID PENETRATING ROOF AIR/VAPOR BARRIER. SEE SHEET A003 FOR TOP CHORD JOIST BLOCKING DETAILS. I SEE ARCHITECTURAL RCP PLANS FOR CEILING FAN NS J WHERE BALANCE DAMPERS ARE LOCATED ABOVE HARD ID GLUMAC I I I I I I I I CEILING, PROVIDE REMOTE OPERATED DAMPER. P 9 I -- --_ - - - .- K WHERE DUCTWORK ROUTES EXPOSED,THE PREFERENCE IS CLEAN engineers for a sustainable future SPIRAL DUCTWORK. TRANSITION TO SPIRAL AS QUICKLY AS 12x6 RB POSSIBLE WHILE MAINTAINING SMACNA STANDARDS. oo SW Firth Ave. Suite 1600 L r==----'1_, d — Portland OR 972 4 — — — I — — — — — I — — — — lk • I . Irt - j A o RECEPTION Project Manager: Joshua Checks4 111 _ I 101 I Engineer/Designer: f Job.No.: 00304 www.glumac.com .com PORCH VESTIBU 35 CFM(A) DIRECTOR 5 I EXT2 II I I 100 I III 102 FCU 5 _i 'INSCI2X4-160 •' 1-1 ,i so (TYP.2) 12x6 RB12X6-320 r KEYED NOTES I I I I SB8X6160 10X10 U' I"miLLIAEr . I (TYP 2) 10x10 UP _ T{ T I 1 PROVIDE BACKDRAFT DAMPER. SEE ARCH. FOR HOOD LOBBY �� , 100 "` SELECTION. TRANSITION AS REQUIRED FROM 12" DIA. 110 I�. I ;lI+ ', -- ' •R 80 TO HOOD CONNECTION SIZE. f `T�_=-= ,, ; FETING-SM R . I I � �oo®� .uI I FCU 103 fay 107 1.3 I` r 2 OWNER PROVIDED AND INSTALLED POINT OF USE •ir �- r- I�� RA6X6-150 DUST COLLECTORS TM., ,, I - II 8o 3 USER OPERABLE WINDOWS AND DOORS TO ALLOW ORAD EC10X6160 JAI , w - Tin— a S7B� _ RB12X6-320-�j'n '..;"1 118X8- Z •7 PASSIVE AIR FLUSH OF SPACE. PROVIDE 40 SQ.FT. - — _ SB8X6-160 \ 1 FREE AREA FOR 4000 CFM AIR FLUSH(100 FPM) I I I ° ._ I (TIP 2 I FCU\ 6,, �' 50 �C DJNSELOF�-'� . SA6-150 4 DISCHARGE INTO PLENUM ABOVE VESTIBULE(FREEZE L - � � ) 14 1. I 104 1 (TYP.3) EXPIRES: 12/31/17 mill SC10X4-160 / PROTECTION FOR FIRE SPRINKLER) �� PROF JWIH u CIRC c� Ff _ .!i 10 �` 109 �.. rr 10. off— , I i ' ' 1 ` 10x10 - B im`' 7e.,t,'p 9' ' I - - I - _ 6 - 6X66X6-150i VESTI LE L i I I FCU I� _ PARTNER GON 111 1-5 ' i A ;�A6X6-1 5- •,� _ 145 8 Jw t # - - - li6 Off, 3 G:Sli- Do c ... 1 ., - �I� ITRB12x6-_,/4321 ii ''Tan��. ,,,` 7 80 ti�A M. 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T RB18X12 930 — — — = r-i-- — m — " ..�.t J.� ° � -Y - - la i I i -- I _ t 0 • MECH ACCI�S - + L FCU I 127 - t s© 1-15 - � 1---74,. i [.- -11--ciii.., i ! � r n I.o n (------- MAKER SPACE = t\ _ SG16X6 310 il GD \ I 125 I � (TYP 3) �M i I 1-', 0 �} ' �� _ 1 SCIENCEi 1 SC12X$320 c. �FI 123 I , ' I 3 ® oMAR DATE DESCRIPTION 0 CF ) o -�• I- , -_ I I I I COVERED P Y I 0 K ' 1 f �_B12X8 320 EXT1 � — I ikECHNOLOGY. ili i Issued: 08/28/2017 _ © - - 126 I �1 L J I - , I 11. - ` 1 -- I 1 1 I Scale: 1/8" = 1'-0" LJ I - ° - - F 7 1iiir i j 7. ..4_ 1 - 1LT411 E' i � Ti __T-- ' -� - rI ,... L, - , ,, , , i_i - . . ,,. . ., . ., . . . . . _ . . . . , . ., ,,, ,,, _ _ .=____21_ l I1 I Y 1 1 1 • Copyright 16013 1 1 PERMIT SET ••2 FIRST FLOOR - HVAC Cd PLAN 66 118" = 1'-0" N FIRST •FLOOR — FLOOR PLAN — MECHANICAL HVAC ;•; • m m M201 `I SCALE: 118"=1'-0" 0 s'-0" 16'-0" 24'-0" 32'-0" 00 I 50 I 40 1 30 I 20 I 10 I 0 I I 50 I 40 I 30 I 20 I 10 1 0 L SHEET NOTES A DRAWINGS&ROUTING INTENT IS DIAGRAMMATIC. CONTRACTOR 6 TO SUBMIT FULLY COORDINATED SHOP DRAWINGS FOR 6 30 -- A ENGINEERING REVIEW PER SPECIFICATIONS. B DUCTWORK SIZE SHALL MATCH DIFFUSER NECK SIZE U.O.N. C DUCTWORK SIZE SHALL MATCH FAN COIL UNIT CONNECTION SIZES U.O.N. (1D 1"ACOUSTICAL LINER SHALL BE PROVIDED IN SHEETMETAL 1 2 �4D 5 6 C , 718 ' 9 UPSTREAM AND DOWNSTREAM OF FAN COIL UNITS AND HRV'S. SEE Bora Architects, Inc. �� SPECIFICATION AND DUCTWORK INDICATED ON PLANS, MAINTAIN 720 SW Washington, Suite 800 MOST STRINGENT REQUIREMENT OF THE TWO. E PROVIDE BALANCEING DAMPERS AS REQUIRED TO ALLOW THE Portland, Oregon 97205 SYSTEM TO BE FULLY BALANCED(REGARDLESS OF WHETHER 503.226.1575 THEY ARE SHOWN ON THESE PLANS). THIS INCLUDES BUT IS NOT I I I I I I LIMMITED TO ALL SUPPLY, RETURN AND EXHAUST BRANCHES. www.bora.co F FLEX DUCTWORK IS LIMITED TO 5'LENGTH RUNS-NO EXCEPTIONS. THIS WILL BE ENFORCED. G SEE DETAILS FOR ADDITIONAL INSTALLATION REQUIREMENTS GLUMAC NOT SHOWN ON THIS DRAWING. I I I I I I I H DO NOT FASTEN DIRECTLY TO PLYWOOD ROOF SHEATHING TO P 9 AVOID PENETRATING ROOF AIRNAPOR BARRIER. SEE SHEET A003 engineers for a sustainable future FOR TOP CHORD JOIST BLOCKING DETAILS. d d 1 SEE ARCHITECTURAL RCP PLANS FOR CEILING FAN LOCATIONS. 900 SW Firth Ave.,Suite 1600 — — — - — — — — — — — — — — - - - - - - _ - - A Portland,OR 97204 J WHERE BALANCE DAMPERS ARE LOCATED ABOVE HARD LID T.503.227.5280 F.503.274.7674 I I I lirg.... .I I I I I I II I I I _J f' I I I I I I I I I I I I I I I I11 CEILING, PROVIDE REMOTE OPERATED DAMPER. Project Manager: Joshua Checkis -- ---• ; 3 Engineer/Designer. `� K WHERE DUCTWORK ROUTES EXPOSED,THE PREFERENCE IS CLEAN Job.No.: 02.17.00304 SPIRAL DUCTWORK. TRANSITION TO SPIRAL AS QUICKLY AS www.glumac.com POSSIBLE WHILE MAINTAINING SMACNA STANDARDS. 5 I I : I CSF I k 5 i ..,/ �A 2,5 SF FREE AIL AREA LOUVER _ HU CLASSROOM 16x1. 0 1- A- L I I S =I: I 201 14x12 r- �-, 6x'I6LL, 3TAIF; 1 . 10x10 D �j HRV r S10 10x10 D / 2-1 q I I I — - f I I 2.5sFFREE AREA LOUVER SB12X6-175 RB24X12-1101 EC12X10-45 •,% 0 — -; 1 1E 'j {TYP4 \ 'r _ T J �` 6 i IIII16, ►enn . :, FC,U ._r.H NIC.�LA_ �.I Ali iu I I =� a312 -. , ►� i� i EXPIRES: 12/31/17 II�1�� 2-4 �L11� ' 21r - - , --SB6X6-50 FCU • , • 1 -=• -51 = FCU �� 4% � �� ;,•>,. �� GINE Dy ar. III 2-10 2. I►� '� x R 2- O� e•P e - FCU _ =`.-' _" __- - — 2 B FLEX CLASSROOM I,'� I 18x1. L 8x8 ti if I 245 I RA18X 8-640-f'K.Qui .- -TE- p I RA1�J 4 — KEYED N T E �� °;E` ti�� 1 EA8X8 200 50 + O S v\'�lpr.R 5��GJ EA8X -265 - I 12� 8o 60 I I I StiV C0' EB6X6-50 ,A'' I I I I l; r 14x12 [11 SA8-225 L 120 1 SEE ARCHITECTURAL DETAILS FOR LOUVER M_ $0 I L (TYP.2) I INSTALLATION. PROVIDE INSULTED SHEET METAL SA8-320 $I PLENUM OFF BACKSIDE OF LOUVER TO ACHIEVE FREE 4 (TYP.2) 1 1 J - M MEETI �G / FCU FLEX CLASSROOMI AREA 4 g0 . I 203 1'1112-3 I 202 INSULATE INCALLEACTIVEOUT OSECT ONS ON PLANS. F LO KG RAND - - - - - - - - - - - - - - — -- - - - - * — — — — — — CI 2 VRF AND BAS CONTROL PANELS. COORDINATE FINAL I m I is CI 'CU CATION ,/ I 1 y POWER.LOCATION WITH DIV 26 CONTRACTOR FOR 120 VOLT 4" DRYER VENT r 1 210 I SC12X6- 75 DUCTWORK UP w (TYP 4) I I I TO ROOF • EB6X6-100 T--.1 I I L. ELEV SHOWER I;-- - W 1i I 208 l - •-- I E1 4) �` r. �� /A D FC-\U PARTNER CLASSROOM C -6 , 1 1 i= - I 204 1 I I I p i I moi/ LII 160 'I2ii (.....) (2F5 1I -41FCUI41 4110sQ I I I 2-7 � [ .. I :IRLsEptew B�' S 20x100 E-I- RB24X12-1100 206 `I 1 I ; 0 O EB6X6-10 n q0 � .- .r� � '� 111x8 EC12X8-465 EF 8 SF FREE AREA LOUVER � /I . n ■I TJ 1Qx8 / 2-1 U foxes' 1. 1 I �`' r I II ED; +-+ 1 Rs4sxz4 4aao JA 26((2. 6' ,/ �� - III.1 a_ _ Y '5-211F -�. 0 3 I 1 I = L.."--1--"I I'' LI BALCONY FC6X6-5 3 O I i 2097 FCU , xCC d' 2-8 �{ _co N - - - - - - - - - - - - -; _ -_ - _ 0 Ca MSF -� 6- I1 I / CF NI I I CF Ni. � 213 *` 0 (� 15 D[ 1 .. 1 1X1 D) 3 SF FREE 0•;� I f AREA LOUVER WATER HE[ATER y I 'Zi I I I I I I SEE PLU BING /`% 1 _ �� - 0 (s T T - ' I ''X,` x . 0 o 0 — I I 22o I I IT - _� HRV �- CO a. 3 SF FREE AREA 4/1 y /, i 2 2 I I LOUVER I SC12X10-425/ X Q (TYP j) (Ecu) ---- �" 1 - - -- -,--/ 211 16x14 29 _ 1 1 I I I Reazx o-33o 20x1 I Y -- . 1111 III I11II } III , IIII, I III - - - ---_- IIIII111Ii11 i, , II II III { 1114ii .• - k a'' �J 116x'41 1 - - - Ji E. � - �_ 41 0w eF) O! rl 1'Jxh I'' 0 ` J ��14x=6� ' 10� 1100 DN r I - J i i -r I \� I I I MECHANICAL ATTIC / 2 SF FREE AREA iA .7 L_ _ _.1 - -- 1 , I 211 I • / LOUVER - TI I I,•; II � - I10 2550 CFM RETURN 120 DN ' �`3 2 EC1?X10 540 .-- 11 I c 755 CFM EXHAUST 2 -I- 0 ...,, �2a DV . _ - - - - - A0x1-� - - - , 1?1 ti -- r,� ter. . , . . - ., — C1 DC10-45 -\ / 10x1110 1— I I 1 6x14 _` ' _ - '6x14- - .- ! , _ MAR DATE DESCRIPTION 14 a '- I <H_Rv) _ • .1,- II E 2-37 .- = Issued: 08/28/2017 I14(16-a- �_ i - - #= Scale: 11811 = 1'-011 402A • 161x16- — • 1A — — — I - - - - - I I- — - - - - I I [ I I (1) � —— ——— ——-—-—— — ---— _ — N-3 SF FREE AREA Copyright 16013 1 LOUVER 1 PERMIT SET 2 Q SECOND FLOOR - HVAC N 00 PLAN 1/8" = 1'41" N SECOND FLOOR — FLOOR PLAN — MECHANICAL HVAC M2O2 `r SCALE: 118"= 1-0" N 0 8'-011 16'-0" 24'-0" 32'-0" cO I 50 I 40 I 30 I 20 I 10 I 0 I I 50 I 40 1 30 20 10 I 0 6 6 BORA Bora Architects, Inc. 720 SW Washington, Suite 800 Portland, Oregon 97205 503.226.1575 www.bora.co a GLU MAC P 9 engineers for a sustainable future 6 f1 900 SW Fifth Ave.,Suite 1600 Portland,OR 97204 T.503.227.5280 F.503.274.7674 RB48X24-4000 Project Manager: Joshua Checkis Engineer/Designer. .,Iii". Joh.No.: 02.17.00304 �"'�/, 26x26 Project mac. om 5 . 10x8 5 Al, 12x12 FCU EF \ 2-1 -1°1111111* _,.. _.N, %-, -:, 'citlitit 0� 26x26 (FCU) ' .! 2-9 22011110 PLENUM SIZE TO ACHIEVE 6x12 � ��%11 L : � --- / FREE AREA 0000101°. 14x1 ::tio. ;: r . ` COORDINATE WITH � P BACKFL W ASSEMBLY lY i • -SEEP 0 PLUMBING EXPIRES: 12/31/17 20x18 . - -',,, � 1� ` c�� PROFr. iliw i000pb (,.;Ei N 4-4.-- idle° _� 11 : $, ��'1 _ v , , Itiii... , . ...,A,,,, - • 010 �� VtR 3‘. 411111116 '711 ,rig' 14x10 ' 41 16x16 EXHAUST LOUVER 4 al NL Okc' � -SEE ARCH 0� PLENUM SIZE TO ACHIEVE 12x14 _ 11111 FREE AREA 1 OSA INTAKE LOUVER \ A 16x16 SEE ARCH 120 D 11101116 14x14 120 HRV r[1 120 DN KITCHEN HOOD EXHAUST 2-2 VJ 120 LOUVER-SEE ARCH -i-11 PLENUM SIZE TO ACHIEVE C FREE AREA SE MECHANICAL ATTIC LOOKING NW 0 C.) SCALE: C 0 mill.r2 al -~ U o = 3 3 0p o U ill IY C(V CO ti EE E d7 PLENUM SIZE TO CO rt D ACHIEVE FREE AREA CQ `�+ CI 0 8x8 u) C Ct t' 12x6 OSA INTAKE LOUVER i-- p j ,i.:1;'' .. -SEE ARCI I (� d- 1 � - FCU\ p o 100 0 (FCU Y ♦ 1< -1 /2 CO 2-2 0- ...- + 1i ` � � 14x12 ,; ✓ i t-. • DOOR ACCESS _ N - �— ,liis, ,,,_;.) 0,110" , 18x12 �I 00 � � 10x10 120 I 4, „.......:_:1 ��" W- : - FCU 16x16 .S ` 24X10--� \ ate` 2-12 It 14x12 ly4 , 0". 10x1 lip - _ .--- "I 0 - HRV ti 11 20,4 �I,® (H27) ( 2-32 '� + � �� (FCU) ��` :.� 10x10 1-14 4-�- ,,,„ , : T\ 4*kpop, 16x16 �\ .,�r 10x10 ' , PLENUM SIZE TO ACHIEVE �� ` 6004‘11.40 � - FREE AREF. o,i OSA INTAKE LOUVER 14x1. 10x10 -SEE ARCH 1i � ' 16x14 ACCESS ... 16x16 I` .� -- - �� / 16x14 MAR DATE DESCRIPTION F 18x72 , _1 ,, �:• � T x16 � ,,' K — — PLENUM SIZE TO ACHIEVE �i PLENUM 51ZE TO ACHIEVE FREE AREA , FREE AREA issued: 08/28/2017 EXHAUST LOUVER / EXHAUST LOUVER -SEE ARCH -SEE ARCH Scale: 0 NE MECHANICAL ATTIC - LOOKING SW SW MECHANICAL ATTIC - LOOKING NE SCALE: 0 SCALE: Copyright 16013 1 1 PERMIT SET m EL co HVAC ISOMETRIC VIEWS N C7 r-- Es O N 't M300N CO I 50 I 40 I 30 1 20 I 10 I 0 I 1 50 1 40 1 30 I 20 I 10 1 0 I SHEET NOTES A FINAL REFRIGERANT PIPE SIZES SHALL BE DETERMINED BY VRF MANUFACTURER. SUBMIT SHOP DRAWINGS TO 6 ENGINEERING FOR REVIEW. 6 BORA B REFRIGERANT PIPES ROUTING BETWEEN OUTDOOR VRF CONDENSING UNIT AND INDOORVRF REFRIGERANT CONTROLLER SHALL BE HARD BRAZED OR SWEATED COPPER PIPE. LINE-SETS ARE NOT ACCEPTABLE. C PIPE INSULATION SHALL BE CONTINUOUS. DO NOT CUT �� 2 3 4 5--) �6 C:7- 8 9 INSULATION FOR SUPPORTS HANGERS. Bora Architects, Inc. j D REFRIGERANT DISTRIBUTION BETWEEN VRF 720 SW Washington, Suite 800 REFRIGERANT CONTROLLERS AND FAN COIL UNITS ARE SHOWN AS SINGLE LINE, HOWEVER THERE WILL BE(2) Portland, Oregon 97205 PIPES. 503.226.1575 E CONDENSATE SHALL BE EXPOSED COPPER, ROUTED @ 2% I I I I I I I I I SLOPE @ 314"DIA, SIZE U,O.N www.bora.co F ALL REFRIGERANT PIPING SHALL BE ROUTED WITH A CLEAN FINISH ALUMINUM JACKET G REFRIGERANT 3 PIPE PIPING SHOWN AS SINGLE LINE GLUMAC BETWEEN CONDENSING UNITS TO BRANCH CONTROLLERS 1 I I I I I I H REFRIGERANT 2 PIPE PIPING SHOWN AS SINGLE LINE P 9 BETWEEN BRANCH CONTROLLERS AND FAN COIL UNITS engineers for a sustainable future ill I SEE DETAIL M9.02 FOR ADDITIONAL INFORMATION d _ _ _ _ 900 SW Fifth Ave.,Suite 1600 J I I - — A COORDINATE ROOF PENETRATIONS WITH G.C.AND PV Portland, 97204 I I r I I -. I INSTALLATION T.503.227.5280 F.503.274.7674 1 � K ALL ROOF PENETRATIONS SHALL BE WATER TIGHT, SEE Project Manager: Joshua Checkis Engineer/Designer: ARCHITECTURAL DRAWINGS Job.No.: 02.17.00304 L DO NOT FASTEN DIRECTLY TO PLYWOOD ROOF SHEATING www.giumac.com TO AVOID PENETRATING ROOF AIRNAPOR BARRIER. SEE 5 I I I I I f SHEET A003 FOR TOP CHORD JOIST BLOCKING DETAILS. 5 it I P I I t` 1. I I v ! I I0 I — I . KEYED NOTES Q 1 I I I I EXPIRES: 12/31/17 0 1 6" PVC PASSIVE RADON MITIGATION PIPE-INTAKE c PROF SHALL BE THROUGH"T" FITTING IN GRAVEL BASE. 5�� I NE"... ib. — — — — r— — — I L EB � SEAL JOINTS AIR TIGHT PER SPECIFICATIONS, 9mitt)'P C. i I I I r— I I I 0:5,y6/A M. C,N6Gj I I I E i 4 4 r — — 1 I I — — — C — I— I- ' — — IT-7- i 0 — 1, ,,\_, . f I I T si W _, I c I I1 u � , l I (1) FFFF0 i I I I I . C o . _ - - - - D 45rnU o = - o = 3 I I I I I I • - 3 8L) o - U)0 cW CCN I I I : ° : : B ;L0 -- E " - 1-6 CO 0 0 - • _ -Ci I I I i I I _A S. (o c CO = � L - i= ❑ o CL - 7 . 1 I I — ICa ! I I _ I I I �° — _ I— I I_ — . — 0 C I 0 1 I.4411 I I I 2 Ii 2 — — — — — — — — , n n n n .. ,. „i EI I — 0 _ , • , 0 i I r I I 4 ) . a MAR DATE DESCRIPTION 1 I I I I I J K Issued: 08/28/2017 I I I I I Scale: 1/8" = t-0" 1 . . 1 r 2 ri._ _ T 0 Copyright 16013 1 1 PERMIT SET 2 UNDERGROUND - PIPING Cd Cd PLAN "' N. m M400 118" = 1'-0" Q UNDERGROUND PLAN - RADON ••. . .•. SCALE: 1/8"= 1'-0" _ _ - N 0 8'-0" 16'-0" 24'-0" 32'-0" o0 I 50 I 40 I 30 I 20 I 10 I 0 I I 50 I 40 1 30 1 20 1 10 0 SHEET NOTES 6 A FINAL REFRIGERANT PIPE SIZES SHALL BE DETERMINED 6 BY VRF MANUFACTURER. SUBMIT SHOP DRAWINGS TO ENGINEERING FOR REVIEW. B REFRIGERANT PIPES ROUTING BETWEEN OUTDOOR VRF CONDENSING UNIT AND INDOOR VRF REFRIGERANT CONTROLLER SHALL BE HARD BRAZED OR SWEATED f7COPPER PIPE. LINE-SETS ARE NOT ACCEPTABLE. 1 2 3 C4) 5 6 7 $ 9 C PIPE INSULATION SHALL BE CONTINUOUS. DO NOT CUT Bora Architects, Inc. �� INSULATION FOR SUPPORTS HANGERS. 720 SW Washington, Suite 800 D REFRIGERANT DISTRIBUTION BETWEEN VRF Portland, Oregon 97205 REFRIGERANT CONTROLLERS AND FAN COIL UNITS ARE 503.226.1575 SHOWN AS SINGLE LINE, HOWEVER THERE WILL BE(2) ! I I I ! I PIPES, I I I www.bora.co E CONDENSATE SHALL BE EXPOSED COPPER, ROUTED @ 2% — SLOPE @ 314" DIA.SIZE U.O.N F ALL REFRIGERANT PIPING SHALL BE ROUTED WITH A CLEAN FINISH ALUMINUM JACKET CLU MAC I I I I 1 I I G REFRIGERANT 3 PIPE PIPING SHOWN AS SINGLE LINE P 9 BETWEEN CONDENSING UNITS TO BRANCH CONTROLLERS engineers fora sustainable future . i; H REFRIGERANT 2 PIPE PIPING SHOWN AS SINGLE LINE d ,A BETWEEN BRANCH CONTROLLERS AND FAN COIL UNITS 900 SW Fifth Ave.,Suite 1600 . r y ��{ • - (A) I SEE DETAIL M9.02 FOR ADDITIONAL INFORMATION Portland, .5 97204 I — — — — — I — I — — — �! LU"�� T. 503.227.52$0 F.503.274.7674 ' J COORDINATE ROOF PENETRATIONS WITH G.C.AND PV Project Manager: Joshua Checkis a • INSTALLATION Engineer/Designer. Job.No.: 02.17.00304 - K ALL ROOF PENETRATIONS SHALL BE WATER TIGHT, SEE www.glumac.com PORCH VEST! ULE ARCHITECTURAL DRAWINGS 5 I I I I EXT2 I I 11 lop I RECEPTION 1 L DO NOT FASTEN DIRECTLY TO PLYWOOD ROOF SHEATING 5 TO AVOID PENETRATING ROOF AIRNAPOR BARRIER. SEE 101 I DIRECTOR SHEET A003 FOR TOP CHORD JOIST BLOCKING DETAILS. - I 102 I - 1 1 314"CD I I I I FCU I� FCU - - 1-3 I T �I �. --r� � 1-1 LOBBY ' MEETING-SM ' r _ COUNSELOR Tti I I Iii 11 0iT,_. ._ _ C1 ?10 I 1 I 107 I III; I 103 1 r,1 - t fi Jl , r n .. rl ' RBC , `` P- _ TUI 1-4 — - � '� RSIRLIRDUP - ; I;I KEYED NOTES ED - I ! ., ---_�-----kms 1 I (ECU COUNSELOR ' - � I I I I I I 1-4 \ - . I 104 I .�'. EXPIRES: 12/31/17 ��D PROTFffi 1 1mill 1 1 1 1 \ 0 1 6" PVC PASSIVE RADON MITIGATION PIPE �S aG N, F p 1 1 1 1 1 iiiiiiRB3 2 F SINK C' 4) _ li .,,��r�=Y=' I. „ . - B 314" CONDENSATE PIPE DOWN TO TAIL PIECE O - �� * I i r � i iCA r...i jPART .� � .�� I I 1 I ! - F I FCU J �� "' NJa [ (INDIRECT CONNECTION TO SANITARY)&314" I VESTIB i05 I CONDENSATE UP V; ORECOr1 iii '' 111 1-6 '<'- 10.=—�� I 3 314" CONDENSATE PIPE DOWN TO TAIL PIECE OF SINK ' '� l i d II. r - , (INDIRECT CONNECTION TO SANITARY) "p�, 'BER g�. '� 00 >i T • a o �� a Li FCU 4 PROVIDE CONDENSATE PUMP,WALL MOUNTED NEXT y�q C� 1 [ Ii ii J�i. 1 i I _I: 111 f 17 ( I1:1 1-2 TO FAN COIL UNIT. 120 VOLT CONNECTION WITH 10' . LIFT. 4 _ 314"CD FCU 1� © FCU 4 1-6 U 1-9 I 1 —I 1. GI L5I � 1 GIa a r; h II ril I FCU 1-7 ELEC _ COMPUTER . 113 - r CLASSROOM '. I 115 I C 1 I RSIRLIRDUP- _may 1 I I I u RBC I0 L.-_ 1-2 -F L J I ! I I B YS I 11. 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I I I 120 1 I .11 3/4w CD - 1 I I I ITCHEN is--- - __-_,_ _ , ...---,_li (F) I --1•19--1-- T-- MI ECU •- 1-14 CIRCULATION -- V ° Ij RSIRLIRDUP r _ I 121 1 /FCU 0 0 j • \1-12 Q 1 I I I I ti-4, ''' ''� k4ii,:iBliCr- li> I I S• _ -�) !It - M 1 DX- -- — - - -I1- ' 0 – Ili+--4 y°1 + r) '---;),T=h-1-1-.1 ' – • `hI • )' — — — - F� 1 1 1 rII T—kl . --r MAKER SPACE l� ECH ACC S' .-: u 125 FCU � I 127 I ' © P901 (TYP) 1-15 7-__ �;j - I- 1 I I !c, a CD : SCIENCE I - RSIRLIRD UP * 12� ; MAR DATE DESCRIPTION K • _ i --' - I I 1 COV EXT1 P Y I 0 ® c — — II I 1 I I II �� --1-1-� Issued: 08/28/2017 II I I - . --I- f . 1 -- I_= __ _ : I I I 1 Scale: 118" = 1'-0" L). I . • --- d i 1 i 9-, I r 1 r : i 1 1 r i 1 I I1 I____} ._____, I I • I I Y I I I 1 P 0 = — 1I Copyright 16013 1 = 1 • PERMIT SET • • • • FIRST FLOOR - PIPING co "' PLAN "' 118" = 1'-0" FIRST FLOOR - FLOOR PLAN - MECHANICAL PIPING ■.■.■. . .. (-.1 ■ NMMImi M401 T' SCALE: 1/8"= 1'-0" ' N 0 8'-0" 16'-0" 24'-0" 32'-0" cO I 50 I 40 I 30 I 20 I 10 I 0 I I 50 1 40 I 30 I 20 I 10 I 0 I SHEET NOTES A FINAL REFRIGERANT PIPE SIZES SHALL BE DETERMINED 6 BY VRF MANUFACTURER. SUBMIT SHOP DRAWINGS TO 6 30 - A ENGINEERING FOR REVIEW. B REFRIGERANT PIPES ROUTING BETWEEN OUTDOOR VRF CONDENSING UNIT AND INDOOR VRF REFRIGERANT CONTROLLER SHALL BE HARD BRAZED OR SWEATED COPPER PIPE. LINE-SETS ARE NOT ACCEPTABLE. 1 C2) II3"1 5 6 C7---\\ C8-N\ C9) C PIPE INSULATION SHALL BE CONTINUOUS. DO NOT CUT Bora Architects, inc. N_Y INSULATION FOR SUPPORTS HANGERS. 720 SW Washington, Suite 800 D REFRIGERANT DISTRIBUTION BETWEEN VRF Portland, Oregon 97205 REFRIGERANT CONTROLLERS AND FAN COIL UNITS ARE g SHOWN AS SINGLE LINE, HOWEVER THERE WILL BE(2) 503.226.1575 1 PIPES. I I I I I I I I E CONDENSATE SHALL BE EXPOSED COPPER, ROUTED @ 2% www.bora.co SLOPE @ 314" DIA. SIZE U.O.N F ALL REFRIGERANT PIPING SHALL BE ROUTED WITH A CLEAN FINISH ALUMINUM JACKET G L U M AC G REFRIGERANT 3 PIPE PIPING SHOWN AS SINGLE LINE I I I I I I I I BETWEEN CONDENSING UNITS TO BRANCH CONTROLLERS P 9 H REFRIGERANT 2 PIPE PIPING SHOWN AS SINGLE LINE engineers for a sustainable future BETWEEN BRANCH CONTROLLERS AND FAN COIL UNITS 900 SW Fifth Ave.,Suite 1600 _ = _ _ • _ _ ! SEE DETAIL M 2 FOR ADDITIONALINFORMATION —_ ��_- _ ,__ - 9.0 0 0 Portland,OR 97204 — I I I W I - I A / J COORDINATE ROOF PENETRATIONS WITH G.C.AND PV T. 503.227.5260 F.503.274.7674 o I I I I I I I I I U I I I ill I i I I I i I I I s __ Project Manager: Joshua Checkis _ INSTALLATION Engineer/Designer: K ALL ROOF PENETRATIONS SHALL BE WATER TIGHT,SEE Job.No.: 02.17.00304 ARCHITECTURAL DRAWINGS www.9lumac.com i L DO NOT FASTEN DIRECTLY TO PLYWOOD ROOF SHEATING 5 I I 7 I 1 TO AVOID PENETRATING ROOF AIRNAPOR BARRIER. SEE 5 SHEET A003 FOR TOP CHORD JOIST BLOCKING DETAILS. HUE CLASSROOM 1 I I Ilin I ) I I 201 -: I I -4_____ 0 FCU 1 I . --- 2-10 FCU ,....,, ----- ,.L.. .1 2-1 3l4"CG R IRL/RD DOWN I I 4-- - is — ! I - - - , \ KEYED NOTES o _ EXPIRES: 12/31/17 ' "'" " © +;4 1111 1 1 6"PVC PASSIVE RADON MITIGATION PIPE (--; PROTj, x j s'V FF Dy° , i • o 2 PVC IN WALL,JOG 45 DEGREES WEST TO CLEAR ROOF .p - - 7rd1,,7'.;4 n111 7 1 — ,r , — EB / LINE WITHIN ATTIC, 1'-10"OFF GRID 5. 90I FCU 3 PVC IN WALL,JOG 45 DEGREES EAST TO CLEAR ROOF FCU J RBC 2 2 ` LINE WITHIN ATTIC, 1'-10"OFF GRID 8. °;Erni`' 2-4 q:......_` ef3' c.., -�� I I K24 > / 4 314"CONDENSATE DN TO FLOOR SINK `"0 R 3�'�.� --:-._ '._ *41 FLE CLASSROOM 5 MOUNT HIGH ON WALL ABOVE DOOR TO ALLOW FOR q M, I - I I FLEX CLASSROOM I =1 I I 202 I GRAVITY DRAIN OF CONDENSATE. SM MEETING 4 6 EXPRESS RUN TO SE ATTIC WITH DOUBLE BACK IS 205 ', I 203 I INTENTIONAL TO COMPLY WITH B.O.D.VRF 4 MANUFACTURER LINE LENGTH REQUIREMENTS. 4 I A — — 1 I I - — — — - I - - , P _ I— GI - / RS/RURD \ FCU RSIRURD DOWN C 2-3 ' SHO E T A Si I I I FCU ELEV} "r, PARTNER CLASSROOM 2Q -- _1 2-6 El I 1 I 204 I iji I I RBCS 11 �1 I FCU ' • �I si (...) , 2-7 J� 1 k FCU 314"CD .:: I I I \ I II 2-5 I C GIRL UYS I RSIRURD 0 a 261[I 2� I� II - 0 0 �, co Ar. �--� _ �_ - I 50 1 40 I 30 I 20 1 10 I 0 I SHEET NOTES 30RA 6 6 A FINAL REFRIGERANT PIPE SIZES SHALL BE DETERMINED BY VRF MANUFACTURER. SUBMIT SHOP DRAWINGS TO ENGINEERING FOR REVIEW. B REFRIGERANT PIPES ROUTING BETWEEN OUTDOOR VRF CONDENSING UNIT AND INDOOR VRF REFRIGERANT �- CONTROLLER SHALL BE HARD BRAZED OR SWEATED 3 �4� 06y0 C) S �9� COPPER PIPE. LINE-SETS ARE NOT ACCEPTABLE. Bora Architects, Inc. C PIPE INSULATION SHALL BE CONTINUOUS. DO NOT CUT 720 SW Washington, Suite 800 INSULATION FOR SUPPORTS HANGERS. Portland, Oregon 97205 D REFRIGERANT DISTRIBUTION BETWEEN VRF 503.226.1575 REFRIGERANT CONTROLLERS AND FAN COIL UNITS ARE SHOWN AS SINGLE LINE, HOWEVER THERE WILL BE(2) www.bora.co I I I f I I I I I PIPES. — E CONDENSATE SHALL BE EXPOSED COPPER,ROUTED @ 2% SLOPE @ 314" DIA. SIZE U.O,N C LU M ACF ALL REFRIGERANT PIPING SHALL BE ROUTED WITH A I I I I I I I I I CLEAN FINISH ALUMINUM JACKET p q I I G REFRIGERANT 3 PIPE PIPING SHOWN AS SINGLE LINE engineers for a sustainable future ' - BETWEEN CONDENSING UNITS TO BRANCH CONTROLLERS 6 d _ H REFRIGERANT 2 PIPE PIPING SHOWN AS SINGLE LINE 900 SW Fifth Ave.,Suite 1600 • Portland,OR 97204 -- — — — I — = r — — — — — A BETWEEN BRANCH CONTROLLERS AND FAN COIL UNITS I I I � I I I I I I T.503.227.5280 F.503.274.7674 I SEE DETAIL M9.02 FOR ADDITIONAL INFORMATION Project Manager: Joshua Checkis EngineerlDesigner: J COORDINATE ROOF PENETRATIONS WITH G.C.AND PV Job.No: 02.17.00304 INSTALLATION www.glu mac corn K ALL ROOF PENETRATIONS SHALL BE WATER TIGHT, SEE 5 I I I I I I I I I ARCHITECTURAL DRAWINGS 5 L DO NOT FASTEN DIRECTLY TO PLYWOOD ROOF SHEATING TO AVOID PENETRATING ROOF AIR/VAPOR BARRIER. SEE SHEET A003 FOR TOP CHORD JOIST BLOCKING DETAILS. I I I I I I I I I 1 I I I ►� I I I I 2 — a I I I I I I I I I EXPIRES: 12/31/17 C1� ( PR�Fffs/o — — — — — — — — — — — — — — — — -- — — — — - s. 90 I I I I I I I I I B KEYED NOTES E OREGON vo 1 6" PVC PASSIVE RADON MITIGATION PIPE DISCHARGE S 3� � LOCATION. TERMINATE 12" MIN.ABOVE ROOF, 10' y441�A M GN I I I I I I I 1I I FROM OPENINGS INTO THE BUILDING AND 10' FROM FRESH AIR INTAKES. 4 2 PVC RADON MITIGATION PIPE JOGGED WITHIN ATTIC 4 SPACE AND EXHAUSTING AT ROOF BELOW EAVE. • — — — — — — 1 — — — — — I — 1 — — - - - I I .._,I l i ., - _ II SEE DETAIL 5/M9.02 I I FOR DRYER VENT ,_ I I I i DISCHARCC I T I IU - L 0 C I I I 1 i i 0 I, I I W — a 0 I I I 1 -- I T I I 0 . — Al c�— l — — — — — - 1 - - - ! • �- i- — tp I- — — ED = ♦ , _ V b = -0 3 I I I I — I II j 3 13 –C) o 0 U ILI f: N (� E N — — — -- — — — J - - -. T *— Ei6 C -c6) I I I i I I I - Ilill COTU 0 _H. , C n i-C I co 2) 0 © H 00 0_ I I 1 I I I0 I -- -- - - - I 1 I - --- —El --- - - --" -. I i I I I I I 0 () I) C 2 p 0 . — — — — — — — 7 T1 T a , -_.d-.--.--- - — _a_ — — — — I I I I I I I I 1 - I — I l i /, I U ! I I __. -_ I MAR DATE DESCRIPTION I I I 1 I I I K — Issued: 08/28/2017 i I 1 I I I I I Scale: 1/8" = 1'-0" - -- -, „ — 0 I I Copyright 16013 1 1 PERMIT SET a. Lc) ROOF - PIPING PLAN c CY3 1/8" 1i-0"11 ROOF - FLOOR PLAN - MECHANICAL PIPING • • •■•ft• -•• �• �c., ■ ■ ■ M403 SCALE: 1/8"= 1'-0" N 0 8'-0" 16'-0" 24'-0" 32'_0" CO I 50 I 40 I 30 1 20 I 10 I 0 I I 50 I 40 I 30 I 20 I 10 1 0 I 6 s 3 3 - A Bora Architects, Inc. 720 SW Washington, Suite 800 Portland, Oregon 97205 503.226.1575 www.bora.co a CILUMAC I? it engineers for a sustainable future d d 900 SW Fifth Ave.,Suite 1600 Portland,OR 97204 T,503.227.5260 F,503.274.7674 Project Manager: Joshua Checlos Engineer/Designer: Job.No.: 02.17.00304 www.glumac.com 5 5 1995 CFM OA > % 16x16 2 3 SF FREE AREA LOUVER �� 16x16 HRV 16x16 EXPIRES: PROT�17 ��♦ 2 1 F 1265 CFM OA �' t N� `�/ :�:�� 2.5 SF FREE �' 90 F� �\ 16x16 �� 416x16 \ AREA LOUVER 1995 CFM 0A �� • V, OREGON 3 SF FREE j // � # 7- v0 c R ,, ,6G' AREA LOUVER 16x12 14x12 � :• •• 16x16 1265 CFM OA 4/04 M CGCG 2.5 SF FREE 4 AREA LOUVER 4 14x12 14x10 14x10 10x8 8x8 6" 10x10 8x8 nom` )FCU 2-9 FCU 2-5 FCU 2-4 FCU 2-3 FCU 2-1 ECU 2-2 14• 0 C 835 CFM OA 465 CFM OA 265 CFM OA 50 CFM OA 455 CFM OA 200 CFM OA W LEVEL 2 LEVEL 2 (_) 10x10 C 16x16 MRV 0 1115 CFM OA2 3 a..� AD 3 SF FREE U CO AREA LOUVER �� 16x14 N • 7 • 3 1115 CFM OA �� 14x16 3 °off o /14x16 •��;: � . 3 SF FREEd O t AREA LOUVER U CV E N MECHANICAL LOFT MECHANICAL LOFT g t .}=+ E L �/ CO 1940 CFM OA 55 CFM JANITOR 1265 CFM OA COTo CI 0 EXHAUST - C 1- (a 6x6 12" 10" 1015 CFM OA 100 CFM TOILET 8x8 12" 6" 6" 6" 6" 6" '- EXHAUST H ❑ 00 O ECU 1-15 FCU 1-14 FCU 1-12 FCU 1-10 FCU 1-9 FCU 1-1 FCU 1-3 FCU 1-4 FCU 1-5 FCU 1-2 90 CFM OA 540 CFM OA 485 CFM OA 205 CFM OA 490 CFM OA 20 CFM OA 55 CFM OA 85 CFM OA 85 CFM OA 50 CFM OA 2 2 MAR DATE DESCRIPTION K LEVELILEVELI - Issued: 08/28/2017 Scale: 1/8" = 1'-0" Copyright 16013 1 1 PERMIT SET m Co CD AIRSIDE RISER AIR RISER DIAGRAM Cri SCALE: NONE r-. o M501 N Nr N GO I 50 1 40 I 30 I 20 1 10 I 0 I I 50 I 40 I 30 1 20 I 10 I 0 I 6 s 30 - A AI-TEMPERATURE Bora Architects, Inc. 720 SW Washington, Suite 800 Portland, Oregon 97205 503.226.1575 OVERHANG www.bora.co WATERTIGHT ELECTRICAL BOX ATTACHED TO WALL WITH TWO(MIN)#10 SCREWS. SEALANT.SEAL WALL PENETRATION WITH SILICONE CLU MAC P ail -b-N, O -0--OSA SENSOR engineers for a sustainable future L d 900 SW Fifth Ave.,Suite 1600 Portland,OR 97204 T.503.227.5280 F.503.274.7674 — Project Manager. Joshua Checkis Engineer/Designer: Job.No.. 02.17.00304 CONDUIT AND WIRING www.glumac.com TO BUILDING 5 AUTOMATION SYSTEM 5 (BAS)AS REQUIRED -7 iz o fir, E SENSOR SHIELD w NORTH TEMPERATURE SENSOR PROBE a CONCEALED IN SHIELD z SECTION VIEW DEVICE ENLARGED WHITE WALL PLATE NOTES: 1. MOUNT TEMPERATURE SENSOR VERTICALLY WITH OPENING AT BOTTOM. EXPIRES: 12/31/17 2. PRIME AND PAINT ENCLOSURE TO MATCH BUILDING. E� PROF 3. LOCATE SENSOR AWAY FROM EXHAUST OUTLETS OR FLUES. �c,�G t Nee.Sfj� C, 90 OUTDOOR TEMPERATURE SENSOR 0 ,200 OREGON ,� SCALE: NONE vo\�,__ R :?.:Y4? 1�yo�� LED LIGHT 'AR M. G�`�'G PUSH BUTTON 4 4 "OVERRIDE" 1.10 AO-EXHAUST AIR DAMPER DI-DAMPER STATUS (OPEN) DI-DAMPER STATUS(CLOSED) PLASTIC WALL MOUNTED 0 TAG UNDER SENSOR. M EXHAUST EXHAUST0 j > EXHAUST C GREEN = OPEN WINDOWS AIR FAN C \ AIR RED=CLOSE WINDOWS / O AO-FAN SPEED(0-10 VOLT) "I ' PRESS"OVERRIDE" BUTTON ECM FOR MECHANICAL VENTILATION DI-FAN STATUS �rS LASTING 1-HR. I V7 U DO-FAN ON/OFF STARTER 0 = -0 3 NOTES: NOTES: 3 0 CO 1. REFER TO PLANS FOR DUCTWORK ARRANGEMENT. ,--r _. L[.J 1 d' 1. SENSOR PROVIDED, MOUNTED AND WIRED BY DIV 23 CONTROLS CONTRACTOR 2. REFER TO SEQUENCE OF OPERATION FOR ADDITIONAL REflUIREMENTS, 0 CN Ts Al -ZONE TEMPERATURE E 2. INTEGRATE WITH DIV 23 SEQUENCE OF CONTROL LOGIC AT DDC SYSTEM AO-ZONE SETPOINT ADJUSTMENT C Z O) 2. SEE SQUENCE OF OPERATION FOR MORE DETAILS. .— E .. CZ GREEN/RED LED & OVERRIDE PANEL0 COMMONS FLUSH - CONTROL o ° SCALE: NONE SCALE: NONE ~ 75 0 (6 itz 0 .1- &- co O AO-FAULT STATUS AO-FAN SPEED AO-EXHAUST AIR DAMPER DO-FAN START/STOP DI-DAMPER STATUS(OPEN) VFD DI-DAMPER STATUS(CLOSED) EVAP 2 SUPPLY\ COIL 2 RETURN SUPPLY VENTILATION AIR FAN 0.."_. / TO BACK SIDE OF AIR FAN / FCU RETURN lf > SUPPLY AIR AIR PLATE HEAT AO-EXHAUST AIR DAMPER EXCHANGER DI-DAMPER STATUS (OPEN) �♦�♦�.� DI-DAMPER STATUS (CLOSED) rl♦�1 ZONE FANS SPEED OVERRIDE BY OCCUPANT ZONE TEMPERATURE OVERRIDE BY OCCUPANT MAR DATE DESCRIPTION j OUTSIDE EXHAUST EXHAUST O ZONE TEMPERATURE a CONTROL SYSTEM K — — AIR FAN (..C.1 \ AIR ZONE SETPOINT ADJUSTMENT 0,CONTROL SYSTEM Issued: 08/28/2017 AO-FAULT STATUS Scale: 1/8" = 1-0" RD RS OR - SEE ZONING PLANS AO-FAN SPEED = DO-FAN START/STOP 11 VFDTs ZONE TEMPERATURE @ CONTROL SYSTEM ZONE SETPOINT ADJUSTMENT @ CONTROL SYSTEM NOTES: Copyright 16013 1. REFER TO PLANS FOR DUCTWORK ARRANGEMENT. =1 2. REFER TO SEQUENCE OF OPERATION FOR ADDITIONAL REQUIREMENTS. Al -ZONE CO2 CONCENTRATION NOTES: 1 PERMIT SET 1. REFER TO PLANS AND FAN COIL SCHEDULE FOR LOCATIONS AND SYSTEM COMPONENTS. AO ZONE CO2 SETPOINT ADJUSTMENT 2, AVAIABLE POINTS PER VRF CONTROL SYSTEM 2 a. co (4-19 NI- HRV-CONTROL VRF FAN COIL-CONTROL CONTROLS-SCHEMATICS Cci SCALE: NONE SCALE: NONE c; r--- 5 •0 M 8 0 0 (V d' LV co I 50 I 40 I 30 I 20 I 10 1 0 I 1 50 I 40 1 30 1 20 I 10 I 0 I 6 --V"-- 6 30 - A ,. ,_ SEE FLOOR �- DUCT CONDENSING UNIT. I PLAN FOR ROUTING HANGER NEC E1r W I THREADED STRAP CLEARANCE & 0 I ISOLATION VALVES HANGER ROD TO W COMPLYSTRUCTURE SHEET METAL, _ SHOP BOX, 11�..T Bora Architects, Inc. CONTROLS z I (TYP) •ff f ZONEQ WITH 21M902 HEIGHT AS REQ'D TO 720 U N I REF. PIPING CLEAR LIGHTS OR OTHER SIZE AS Portlarnd, Oregon t97Z05 on, ate 800 & RS/RS LINES MAINTENANCE IPIPE INSULATION CONSTRUCTIONS }- INDICATED 503.226.1575 WALKWAY 0� I TO (TYP STRAP ` ON DRAWING 42 MIN C �� I BUILDING /:r ` �'''' WITH ALUMINUM JACKET DUCT SIZE TO WWw.bora.co — L �ilk/ l! /!i, / ,i"/ MATCH RETURN AIR /41 \ �T %�� 1�� r, 41 /«Ili GRILLE NECK SIZE EZ a Nt _ / jam/ / �/- id,�/�/ i�7, . 36 MIN. 14 n 4 d a DIAGONAL CHANNEL SUPPORT SHEET METAL -1 = G L U M/-AC 4" CONCRETE PAD \ 112" NEOPRENE MOUNT BRACING SCREWS I? q engineers for a sustainable future BOLT TO CONCRETE INSULATION SHIELD d PAD WITH ANCHOR BOLTS AT SUPPORT DOUBLE NUT LOCATIONS (TYP.) 900 SW Fifth Ave.,Suite 1600 (TYP.) \ 1 Portland,OR 97204 T.503.227,5280 F.503.274.7674 Iri / I I Project Manager. Joshua Checkis NOTE \ \ Engineer/Designer: A. PIPE SUPPORT INSTALLATION &SIZE CONFORM WITH SMACNA"GUIDELINES Job.No.: 02.17.00304 CEILING SUPPORT www.glumac.com FOR SEISMIC RESTRAINTS OF MECHANICAL SYSTEMS." RETURN AIR GRILLE, SYSTEM SEE SPECIFICATIONS OR 5 SCHEDULE. FRAME TO 5 MATCH CEILING SYSTEM SQUARE OR RECTANGULAR NECK TRAPEZE PIPE SUPPORT ACOUSTIC RETURN BOOT CONDENSER DETAIL 6 SCALE: NONE SCALE: NONE 9 SCALE: 1/8"= 1-0" EXPIRES: 12/31/17 ,..N„'::)`,0 PROF ,- i CONDENSATE PIPING @ 90 REFER TO UPPER I )t. ATTACHMENT STAINLESS STEEL LOCKING CENTERLINE RADIUS o Goi „ DETAIL DRAW BAND (TYP) EQUALS 1.5 TIMES "W". ` //)NO T.V.'S REQ'D. "OSR 31' G$ 1"DEFLECTION 318" DIA, TREADED ROD(TYP) SHEET METAL DUCT UNLESS OTHERWISE ' /.1 M. CN`� NOTED. A/ SPRING VIBRATION S FLEX CONNECTION (TYP) 12 GAUGE WIRE CONICAL TAKE-OFF ISOLATOR(TYP 4) TO STRUCTURE 4 BALACNE DAMPER (TYP) ` VD SIZE OF DUCT DROP O TO MATCH NECK SIZE 4 //� 4"WIDE OF GRILLE(TYP) Y STEEL ; \I I W SEE DETAILS. STRAP Al V13\ VD v % 1 IJr 12 GAUGE WIREr n n U I TO STRUCTURE \ L (TYP) 44 IIMM RETURN ROUND OR +,J RECTANGULAR SUPPLY AIR �� mom DUCT USE 45°THROAT DUCT OUTSIDE AIR ANCHORING SCREWS ��"‘ AL \ I AT TAP " ^ CONNECTION -4111111t REFRIGERANT PIPING7—(f)-5 \ FILTER WITH SIDE I �' VOLUME DAMPER, UNLESS C,) ACCESS PROVIDE#8 SM SCREW OTHERWISE SHOWN ON J\ PLANS. ONE PER BRANCH. ISOLATION VALVES TCOEILNG GRID (TYP AT NCHOR DIFFUSER TO DO OTI� IpTALL KINKED OR ________rm i E . INTEGRAL EACH CORNER) IF 15°TYP. CONDENSATE Fur REQUIRED BY 0 INSPECTOR. 30 MAX. W/ 10' MAX. ""m—" TRANSITION ADAPTER AS PRIOR APPROVAL �, LENGTH. IF '�� REQUIRED. SQUARE ELBOW WITH TURNING VANES PROVIDE REDUCER OVER 10' ,V Ca ALLOWABLE IF DUCT UPSTREAM OF — INCREASE ONE ♦ , T-BAR MOUNT PROVIDE#8 SM SCREW TO VELOCITY IS LESS THAN ¢ BRANCH INLET DUCT SIZE. CO v DIFFUSER OR SURFACE 1500 FP[t1 NOTES: ANCHOR DIFFUSER THRU CONICAL FITTING 111 ❑ = 73 1. REFER TO PLANS FOR SIZES AND CONTINUATION. MOUNT DIFFUSER CEILING TO THE DIFFUSER WND OR 45° • 3 2. PROVIDE MOISTURE ALARM IN UNIT FOR SECONDARY CONDENSATE PRODUCTION BOX(TYP AT EACH CORNER) OVAL TAP PROVIDE REDUCER O p AT CONNECTION TO 3, �/ �- COORDINATE WITH STRUCTURAL DESIGN FOR CEILING ATTACHMENT, 21M902. NOTES: 1. ACCESS TO BALANCING DAMPER MAY BE PROVIDED THRU REMOVABLE RETURN AIR GRILLE WHERE 0 Lu N 4. LOCATE ISOLATION VALVES IN ACCESSIBLE LOCATION. REGISTER OR HINGED LIGHT FIXTURE. BRANCH DUCT ISE 2. FOR INACCESSIBLE CEILING USE REMOTE FLEXIBLE STEEL SHAFT DAMPER OPERATOR OR OVERSIZED. C13 h E _. cy) PROVIDE 18"X18" (MIN)ACCESS DOOR. SEE DETAILS. . 3. DIFFUSER FRAME SHALL MATCH ARCHITECTURAL CEILING TYPE. CO Lt 4. IF FLEXIBLE DUCT SIZE INDICATED ON PLAN IS LARGER OR SMALLER THAN DIFFUSER NECK OR NOTES: 03 Cti 0 o IF DIFFUSER NECK IS SQUARE OR RECTANGULAR PROVIDE TRANSITION FITTING AT DIFFUSER 1, PROVIDE EXTERNAL DUCT INSULATION AS NOTED ON PLAN OR IN SPECIFICATION. NECK. 2. PROVIDE HANGERS AND SEISMIC BRACING PER SMACNA AND CODE REQUIREMENTS. a imC 1 S. CO C FAN COIL-SUSPENDED SCALE: NONE 0CEILINGDIFFUSERMOUNTING SCALE: NONE SCALE:EXHANONEUST AND RETURN AIR DUCTWORK �C' 8 � � CD CD al0 �. I— CO 0_ / QO ROUND SHEET TRANSITION METAL DUCT LESS M THAN 10' LONG } DOWNSTREAM LENGTH OF I REDUCER WI FLEX CONN. CONICAL ONE 90° BEND 5'MAX LENGTHDUCT SIZE TO MATCH CROSBY FORGED WIRE ROPE CLIP. W ONE 90° BEND FITTING ' 0 �r VAV BOX SIZE INSTALL TWO PER CABLE END PER WITH V.D. REDUCER MANUFACTURER'S INSTRUCTIONS I (TYP) REDUCER 2 VAV TERMINAL ! I , • 2 / 1"DEFLECTION 318" DIA.TE TREADED ROD(TYP) VD 15°TYPICAL / SPRING VIBRATION ..•------ .� VD I 30°MAX. W/PRIOR iX APPROVAL \� ISOLATOR(TYP 4) FLEX CONNECTION (TYP) 0 _ NECK DIFFUSER. �` YPICAL SQ. NECK TYPICAL ROUND ,�` TDIFFUSER. SIZE YPICAL DUCT DROP TO M C OF - - - `` - - - \� al 1 SEE DETAILS, NECK SITCH DZIE FUSER TRANS. r \ �� - �, TO RETURN 5LMAX LENGTH r�� SEE DETAILS. FLEX MAR DATE DESCRIPTION c EXHAUST AIR % _ ♦ OUTSIDE AIR 1 c WOKE 90° BEND K \ •~ •1 �+�� GRILLES OR UST / / , .�. RECTANGULAR MIN III i 1��., . f 45° OVAL s �� OR ROUND MAIN /VD TAP OR Issued: 08/28/2017 M / �� / , SUPPLY DUCT. VD PLENUM CONICAL J �` ♦♦ •♦♦••• \ REDUCER TO MATCH ROUND DUCT l FITTING 0 ..., �� : \ DIFFUSER NECK SIZE / Scale: 1/8" = 1 -0 i 6 < ? SUPPLY AIR L \� ,*/ RETURN AIR K' < IF BRANCH DUCT IS OVERSIZED. LOCATE j •// - - - STRAIGHT I N LET DUCT AT CONNECTION TO SHALL BE MINIMUM 1.5 DIFFUSER. TURNING VANES I 1 DUCT DIAMENI TERS IN LENGTH ROUND SHEET METAL REQUIRED ON \ / DUCT. IF OVER 10' RECTANGULAR NR DUCT SYSTEM lir \ LG. INCREASE ONE o S PLATE HEAT ,� Copyright 16013 1 MOTORIZED FAN (TYP) EXCHANGER NOTE: DUCT SIZE ELBOWS 1 DAMPER CONDENSATE NOTES: PERMIT SET (TYP) 1. SHEET METAL OUTLET PLENUM SHALL BE LINED WITH 1" THICK INSULATION LINER. 1. PROVIDE EXTERNAL DUCT INSULATION AS NOTED ON PLAN OR IN SPECIFICATION. NOTES: 2. CONTRACTOR MAY CHOOSE TO USE SHEETMETAL STRAPPING IN LIEU OF 2. PROVIDE HANGERS AND SEISMIC BRACING PER SMACNA AND CODE REQUIREMENTS. o_ 1. REFER TO PLANS FOR SIZES AND CONTINUATION. WIRE ROPE I F DESIRED. 3. FLEX DUCT IS ONLY ALLOWED ABOVE CEILINGS AND NOT IN EXPOSED AREAS MECHANICAL DETAILS L 2. COORDINATE WITH STRUCTURAL DESIGN FOR CEILING ATTACHMENT. ed r-- 4 HEAT RECOVERY VENTILATOR-SUSPENDED WE TERMINAL DETAIL SUPPLY AIR DUCTWORK N SCALE: NONE SCALE: NONE SCALE: NONE M901 .szt 04 CO 50 1 40 1 30 I 20 I 10 1 0 I I 50 1 40 I 30 1 20 I 10 I 0 I A DISCHARGE 12" MIN.ABOVE ROOF—e~ ADJUST THROW OF VERTICAL BLADES FOR 1/3 OF AIR SEE ARCH FOR FLASHING DETAIL STRAIGHT AND 1/3 OF AIR TO 45 DEGREES RIGHT AND 6 1/3 OF AIR TO 45 DEGREES 6 30 - A LEFT. A / ) �_ Bora Architects, Inc. — i 720 SW Washington, Suite 800 — LABEL PIPE Portland, Oregon 97205 SUPPLY DUCT — "RADON REDUCTION SYSTEM" 503.226.1575 EVERY 1a' www.bora.co GLUMAC P 9 DIFFUSER MOUNTED ON NEOPRENESEAL ALL JOINTS AIR TIGHT engineers for a sustainable future PADS TO DUCTWORK -SEE SPECS a 900 SW Fifth Ave.,Suite 1600 DOUBLE DEFLECTION BLADES A Portland,OR 97204 PLAN VIEW �/ T.503.227.5260 F.503.274.7674 SECTION VIEW Project Manager: Joshua Checkis ADJUSTABLE DAMPER Engineer/Designer: V Job.No.: 02.17.00304 DAMPER SCREW >< www.glumac.com NOTES: 5 1. ADJUST INITIAL AIR FLOW DIRECTIONS AS SHOWN. FINAL AIR BALANCE SHALL 5 )( SUPPORT STRAPPING I • I ADJUST FLOW DIRECTIONS TO REDUCE AIR VELOCITIES IN OCCUPIED SPACE TO 50 FPM (MAXIMUM). � CI SPIRAL GRILLE ON EXPOSED DUCTWORK d : a : " DIA. VENT 6 SOIL-GAS RETARDER MEMBRANE PIPE {FVC OR SCALE: NONE 6-MIL POLYETHYLENE OR EQUIVALENT EQUIVALENT) GRADE LEVEL ' . OVERLAP SEAMS 12" MINA SEALED AIR TIGHT-SEE ARCH @ PENETRATIONS. SEE ARCH COMPLY WITH ASTM C 920 F Fl —_ SEAL OPENINGS IN SLAB / i CONCRETE SLAB 2 PIECE THROAT BOTTOM: SPOT ---1.?..(-1..U1 :.;,,-,4.:':- AND ARCH D PENETRATIONS ON GRADE WELDED TOP:SPECIAL SCREWS =: = { PROVIDE LONG RADIUS ELBOW �'_'- .y' .� Yom• �� a•°. `a a '�- d� m-• o r, _ < a - 4 a." SWEEP AS NECESSARY TO CLEAR s" ', . �+' �4 - STRUCTURE AND LOCATE INTAKE EXPIRES: 12/31/17 REFRIGERANT SUCTION TO FCU _ - `'J �-••-, T-FITTING IN THE PERMEABLE MATERIAL . � ,- . D PROF REFRIGERANT DISCHARGE TO FCU - REFRIG SC A. f � fit, f' ISOLATION VALVES ,[ a 4 _ - PCV T-FITTING (OR EQUIVALENT)' ��1 I I I I < ifo' TO SUPPORT VENT PIPE I I I � ° MIN 4"-6"THICH LAYER OF GAS V+ OttEGON � (TYPICAL) VALVES a PERMEABLE MATERIAL: SEE NOTE 1 qs 31� �� IlhI 8" ik NOTE: `/40 s'S'Uq M X,N�� 1. ALL CONCRETE SLABS THAT COME IN CONTACT WITH THE GROUND WITHIN THE ENCLOSED SPACES OF TEH (I REFRIGERANT SUCTION BUILDING SHALL BE LAID OVER A GAS PERMEABLE MATERIAL OF A MINIMUM 4"-6" THICK UNIFORM LAYER OF is 4 TO CONDENSING UNIT 71,> ��lfA CLEAN AGGREGATE, OVERLAIN BY A LAYER OF MATTING DESIGNED TO ALLOW THE LATERAL FLOW OF SOIL 4 0GASES. SEE STRUCTURAL DRAWINGS FOR SPECIFICS 4$ 1/2" @ 5 DEGREES 4 2. ALL CONCRETE FLOOR SLABS SHALL BE DESIGNED AND CONSTRUCTED IN ACCORDANCE WITH LOCAL BUILDING CODES REFRIGERANTNJRGE DISCHA3. ALL OPENINGS, GAPS AND JOINTS IN FLOOR AND WALL ASSEMBLIES IN CONTACT WITH SOIL OR GAPS AROUND To CONDENSG NIT TOILETS OR DRAINS PENETRATING THESE ASSEMBLIES SHALL BE FILLED OR CLOSED WITH MATERIALS 2-3/4"TURN DOWN PIPES, NOTE: THAT PROVIDE A PERMANENT AIR-TIGHT SEAL. SEAL LARGE OPENINGS WITH NON-SHRINK MORTAR, GROUT OR S (F ? REFRIGERANT LIQUID EXPANDING FOAM MATERIALS AND SMALLER GAPS WITH AN ELASTOMERIC JOINT SEALANT, AS DEFINED IN ASTM W TO CONDENSING UNIT 1. PROVIDE UL LISTED PRODUCT FOR DRYER DISCHARGE APPLICATIONS DRYER JACK MODEL 486U OR EQUIVALENT. C920-87. .,}■.1 2. MATERIAL SHALL BE 26 GAUGE MIN. GALVANIZED SHEET METAL. 4. VENT PIPES SHALL BE INSTALLED SO THAT ANY RAINWATER OR CONDENSATION DRAINS DOWNWARD INTO THE C GROUND BENEATH THE SLAB OR SOIL-GAS-RETARDER MEMBRANE. TO ACCOMPLISH THIS, SLOPE ALL PIPES --- 3. PROVIDE WITH INTEGRAL CURVED BACKDRAFT DAMPER. AT 1% AWAY FROM SLAB PENETRATION. 0 4. BACK PRESSURE SHALL BE LISTED BY MANUFACTURER AND LESS THAN 0.05" W.C. 5. PIPING MATERIAL SHALL BE SCHEDULE 40 PVC - SEE SPECIFICATION . C 0 REFRIGERANT BRANCH CONTROLLER DRYER VENT DISCHARGE DETAIL PASSIVE RADON MITIGATION DETAIL �, 8 SCALE: NONE SCALE: NONE SCALE: NONE U CO rn LU 3 3 °off 0 0u j r: v. N DO NOT FASTEN DIRECTLY TO co as N- E PLYWOOD ROOF SHEATHING TO � = r 5-. (13 CU 0 0 M902 AVOID PENETRATING ROOF AI RIVAPOR BARRIER. -d o ROOF SEE SHEET A003 FOR TOP CHORD I- 0 0 00 CL I I JOIST BLOCKING DETAILS. �" N / FLEX DUCT NOT ALLOWED. HARD DUCT TO SHEETMETAL BOX DRAWING FOR ' VOLUME DAMPER, CEILING--------------I– SEEPIPE SUPPORTS ALTERNATE LOCATIONSCALE: NONE (NP) EXTERIOR WALL 2 — CONICAL SPIN-IN WALL 2 �� SUPPORT TO GALVANIZED SHEET METAL DUCT STRUCTURE AS REQUIRED SHOP FABRICATED S.M. BOX, HEIGHT AS �5/52�2S�S�S�S2S�S�S�S2S�S2S�U2��S/ . , nfl 2/M902 REQ'D TO CLEAR LIGHTS OR OTHER �� CONSTRUCTIONS, MIN. BOX WIDTH ON DUCT u 11 CONNECTION SIDE SHALL BE 2" WIDER ON c DRYER i. EACH SIDE THAN THE CONNECTING DUCT MINIMUM HEIGHT IS: FLEX DUCT DIAMETER + ADJUSTABLE STAINLESS p _ _ g MAR DATE DESCRIPTION 3" ` G STEEL DRAW BAND K G .w v. •...•moi..... INSULATION `�•••• •••• ••••• �•%�� CLEVIS Issued: 08/28/2017 SQUARE OR r� _ • AS REQ D ,:,.�., �•.•.•. :�`.�' ��:; HANGER t i RECTANGULAR NECK-- ' ��C�� 't�'Ac�� Scale: As indicated I , I - - NOTE:REFER TO PLANS FOR SIZES AND CONTINUATION. ' �:�:� � • .�:�:� 7r f \ 2. COMPLY WITH BOOSTER FAN MANUFACTURER INSTALLATION INSTRUCTIONS. •�``�::•. .�:�`.�:� \0 3. DRYER DISCHARGE SHALL MAINTAIN 3'AWAY FROM OPERABLE WINDOWS. 12 GA. GALV. *.:****0..x.,,,.��,,.' 1 SHEET METAL ��.rll CEILING - jr\ 4. DUCT SHALL HAVE SMOOTH INTERIOR FINISH AND BE 0.016"THICK SHEET METAL. SADDLE. WATER PIPE DUCTWORK SHALL BE 4"DIAMETER NOMINAL SIZE. CEILING SUPPORT Copyright 16013 SYSTEM SQUARE OR RECTANGULAR 5. DUCTWORK SHALL BE SUPPORTED EVERY 4' MIN. 1 FACE CEILING REGISTER 1 1" MIN. ACOUSTICAL (FRAME TO MATCH 6. FLEX DUCTWORK SHALL BE 4'MAX. IN LENGTH. PERMIT SET LINING CEILING TYPE) 2 HARD DUCT TO RIA OR EIA CEILING REGISTER DRYER VENT DETAIL PIPING HANGER DETAIL MECHANICAL DETAILS Ln 66 4 SCALE: NONE SCALE: NONE SCALE: NONE e6 0 M9O2N d• N CO I 50 I 40 I 30 I 20 I 10 I 0 I