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Plans (26) M EC2019 - 00599 OFFICE COPY 10 ■ 9 ■ 8 M 7 ■ 6 E 5 ■ 4 ■ 3 ■ 2 ■ 1 GENERAL NOTES ABBREVIATIONS SYMBOLS GENERAL NOTES MECHANICAL ACU AIR CONDITIONING UNIT EQUIPMENT DUCTWORK AUG 13 2019 je-.2 '-� AFF ABOVE FINISHED FLOOR C-T INSULATION/LINING NOTES TYPICAL EQUIPMENT DESIGNA11ON DUCT (lST FIGURE SIDE SHOWN, ffy 1 REFERENCE TO RELATED WORK: "REF" INDICATIONS DENOTE WORK AHJ AUTHORITY HAVING JURISDICTION (EXHAUST FAN SHOWN) 18x12 2ND FIGURE = SIDE NOT SHOWN) AHU AIR HANDLING UNIT + COVERED ELSEWHERE (ARCHITECTURAL, STRUCTURAL, CIVIL, ELECTRICAL, 1. ENERGY CODE: AS A MINIMUM, COMPLY WITH THICKNESSES AND TYPES AP ACCESS PANEL I UP DOWN + LANDSCAPE, OR KITCHEN), OR ITEM BASED ON A SPECIFIC LISTED IN ENERGY CODE ENFORCED BY AHJ. BDD BACKDRAFT DAMPER DSD DUCT SMOKE DETECTOR DUCT SECTION, POSITIVE PRESSURE MANUFACTURER'S DIMENSIONS (VERIFY). PLAN NOTES BHP BRAKE HORSEPOWER L'--" I L L BTUH BRITISH THERMAL UNIT PER HOUR UP DOWN 2. ELECTRICAL CHARACTERISTICS: REFER TO ELECTRICAL DRAWINGS FOR C COMMONROOM THERMOSTAT OR I 000�l DUCT SECTION, NEGATIVE A PCH IT ECTS ELECTRICAL CHARACTERISTICS (VOLTAGES, ETC. OF MECHANICAL 1. DUCTWORK SHALL BE METALLIC DUCTWORK CAP CAPACITY (D TEMPERATURE TRANSMITTER I PRESSURE EQUIPMENT, UNLESS OTHERWISE INDICATED. cc COOLING COIL UP DOWN 2. TEST AND BALANCE WORK SHALL BE PERFORMED BY AN INDEPENDENT CD CEILING DIFFUSER ROOM HUMIDISTAT OR HUMIDITY ROUND DUCT SECTION 17 5 0 B L A N K E N SH i P R. OAD 3. CODES: COMPLETE INSTALLATION OF THE MECHANICAL SYSTEM SHALL BE TEST AND BALANCE AGENCY. PROVIDE (3) COPIES OF TEST AND BALANCE CFM CUBIC FEET PER MINUTE TRANSMITTER S U I TE 400 PER THE APPLICABLE BUILDING, MECHANICAL, ENERGY, PLUMBING, FIRE, REPORT TO OWNER. CLG CEILING, COOLING CARBON MONOXIDE SENSOR UP UP UP WEST LINN. OPEGON 97068 AND HEALTH CODES AND REGULATIONS AS ADOPTED BY THE LOCAL AHJ. CO CLEANOUT DUCT PENETRATION THRU FLOOR 3. COORDINATE DUCTWORK WITH MISCELLANEOUS OBSTRUCTIONS IN CEILING COMB COMBUSTION SMOKE DETECTOR 4 A OR ROOF TEL 503 . 305 .80331 FAX 503 . 305 . 8034 4. PREPARE AND SUBMIT FOR REVIEW A SHOP DRAWING BASED ON FINAL SPACE. CONT CONTINUE, CONTROL TERMINALS STRUCTURAL SHOP DRAWINGS FOR LOCATING AND ROUTING ALL 4. RESTROOM EXHAUST SHALL BE A MINIMUM OF 10' FROM ANY MECHANICAL COP COEFFICIENT OF PERFORMANCE -DIFFUSER/GRILLE TYPE, AND r VOLUME DAMPER DUCTWORK, DAMPERS, EQUIPMENT, PIPING, ETC. CWS CHILLED/CONDENSER WATER CD-12x12 OR �aD-_"'v NUMBER OR SIZE 0 A. COORDINATE FLOOR AND BEAM PENETRATIONS WITH STRUCTURAL. OUTSIDE AIR INTAKES. SUPPLY 400 400 " DESIGN CFM (WHERE APPLICABLE) FSD FIRE/SMOKE DAMPER B. COORDINATE FINAL LOCATION AND ROUTING WITH CEILING, LIGHTS, CWR CHILLED/CONDENSER WATER E2"FSD HORIZ DUCT, VERT DUCT), ■ WALLS, FIRE SPRINKLER PIPING, AND OTHER TRADES WORK. 5. ROUTE DUCTWORK UNDERNEATH JOISTS UON. CEILING DIFFUSER (FLOW ARROWS T V-N"W' RETURN SHOWN FOR NON SYMMETRICAL 2-HR RATED, UON C. INCLUDE ADDITIONAL OFFSETS, ELBOWS, ROUTING, EQUIVALENT DUCT D DIAMETER AIRFLOW) FD FIRE DAMPER (--A = HORIZ SIZING EXCHANGE, RELOCATING, ETC. AS REQUIRED FOR A COMPLETE 6. TRANSITION DUCT UNDER BEAMS AND DUCTS. FIELD VERIFY AVAILABLE DB DRY BULB, DECIBEL I'D DUCT, -40- = VERT DUCT), 2-HR OPERATING MECHANICAL SYSTEM. CEILING CAVITY DIMENSIONS. DIM DIMENSION CEILING RETURN/EXHAUST GRILLE T RATED, UON D. PROVIDE SHOP DRAWINGS AT NO ADD111ONAL COST TO THE OWNER. DISCH DISCHARGE F/I 7. COORDINATE MOUNTING HEIGHT OF DIFFUSERS WITH ARCHITECTURAL DN DOWN LINEAR DIFFUSER, CEILING OR WALL I 5. MECHANICAL CONTRACTOR SHALL LOCATE AND COORDINATE EXACT PLANS. EA EXHAUST AIR MOUNTED (FLOW ARROWS SHOWN 90- ELBOW, R/D OR R/W=1.5 LOCATION OF ALL MECHANICAL EQUIPMENT WITHIN THE STRUCTURE. EAT ENTERING AIR TEMPERATURE SHEET METAL NOTES EER ENERGY EFFICIENCY RATIO FOR NON SYMMETRICAL AIRFLOW) �O�1ON 0 6. ACCESS DOORS: COORDINATE WITH ARCHITECT AND LOCATE ALL ACCESS EF EXHAUST FAN SQUARE CORNER ELBOW WITH 0 DOORS ON SHOP DRAWINGS PRIOR TO BEGINNING OF CONSTRUCTION. 1. REFERENCE: SMACNA HVAC DUCT CONSTRUCTION STANDARDS, METAL EFFICIENCY WALL SUPPLY GRILLE (SG)EFF TURNING VANES ACCESS DOORS IN FIRE RATED STRUCTURE SHALL BE FIRE RATED. VERIFY AND FLEXIBLE, CURRENT EDITION. EG EXHAUST GRILLE iENGINEERING, INC ACCESS DOOR LOCATIONS WITH GENERAL CONTRACTOR PRIOR TO BIDDING. 2. CLEARANCE: COORDINATE DUCTWORK WITH MISCELLANEOUS ELEC ELECTRIC WALL RETURN/EXHAUST GRILLE 90* TAKE-OFF OR TEE 19401 40TH AVE W.,SIJrrE 302 7. RATED PENETRATION: DUCT PENETRATIONS THROUGH RATED ENCLOSURES OBSTRUCTIONS IN CEILING SPACE. ESP EXTERNAL STATIC PRESSURE (RG, EG)EXP EXHAUST 1 LYNNWOOD,WA 98036 TRANSFER GRILLE (TG), DUCT 206-364�3343 7a SHALL BE FIRE/SMOKE DAMPERED PER THE LATEST EDITION OF THE . (R/D = 1.5), 5-PIECE EXT EXTERIOR, EXTERNAL CONNECTED, WALL MOUNTED W/ 90* CONICAL TAKE-OFF CONTACT:JON ROBISON UNDERWRITERS LABORATORIES UL FIRE RESISTANCE N3ROUND ELBOWS AND OFFSETS: FULL RADIUS WITH HOURLY RATINGS F FAHRENHEIT 50 FOR THROUGH-PENETRATION FIRE STOPS SYSTEM VOLUME #2, OR SHALL SEGMENTED OR STAMPED. REFER TO SMACNA HVACDCS FIG 2-7, 3-3. FCU FAN COIL UNIT OPTIONAL CFM SHOWN BE INSTALLED IN STRICT ACCORDANCE WITH THE MANUFACTURER'S UL DO NOT USE ANGLED OFFSET (TYPE 1). MITERED OFFSET (TYPE 2) MAY FLR FLOORTRANSFER GRILLE, CEILING I N] DUCT CONNECTION MOUNTED WITH FULL-SIZED LINED 45' LATERAL TAKE-OFF 0 LISTINGS (3M OR EQUIVALENT). DETERMINE REQUIREMENTS WITH GENERAL BE USED UP TO 30 DEGREE OFFSET ANGLE. FPM FEET PER MINUTE 1 0 CONTRACTOR PRIOR TO BID. FPS FEET PER SECOND Ul TRANSITION OR REDUCER (FOT 4. ROUND TEES AND LATERALS: CONICAL TEE PER SMACNA HVACDCS FIG FSD FIRE/SMOKE DAMPER PIPING FLAT ON TOP, FOB = FLAT ON 8. EXHAUST OUTLETS: SOURCE-SPECIFIC FANS SHALL BE VENTED TO 3-5; DO NOT USE STRAIGHT TEE; DO NOT USE CONICAL SADDLE TAP FOR G GAS CD CONDENSATE DRAINAGE BOTTOM) OUTDOORS WITH A MINIMUM 3' CLEARANCE BETWEEN VENT OUTLETS AND EXPOSED DUCTWORK IN FINISHED SPACES. 90-DEGREE TEE WITH OVAL GAL GALLONS G NATURAL GAS - STD. PRESSURE BUILDING OPENINGS, AND 10' MINIMUM BETWEEN VENT OUTLETS AND TO ROUND TAP, LATERAL, AND 45-DEGREE RECTANGULAR LEAD-IN PER GPM GALLONS PER MINUTE WYE FITTING D PRO Fss MECHANICAL AIR INTAKES. SMACNA HVACDCS FIG 3-4. GIRD GRILLES, REGISTERS, DIFFUSERS MPG NATURAL GAS - MEDIUM PRESSURE GIN GWB GYP-SUM WALLBOARD :1 PIPE CAP 5,423 9. ROOF PENETRATIONS: SEE ARCHITECTURAL DRAWINGS FOR ROOF CAP, 5. RECTANGULAR ELBOWS AND OFFSETS: FULL RADIUS WHERE SPACE HD HEAD 90- TAPERNGULARECTATAKE-OFF NTH ROOF CURB, ROOF DRAIN, AND VTR DETAILS. PERMITS, R/W = 1.5; OTHERWISE USE SQUARE CORNER ELBOW WITH HORIZ HORIZONTAL PIPE PLUG U- TURNING VANES. HP HORSEPOWER _p 45* HPU HEAT PUMP UNIT UNION U- OREGON 10. EXPOSED PIPING: PROVIDE CHROME PLATING FOR EXPOSED PIPING IN 6. RECTANGULAR DIVIDED FLOW FITTINGS: USE GENERALLY, EXCEPT HRU HEAT RECOVERY UNIT FLANGE ;O� FINISHED ROOMS. _EEF 11F BRANCHES TO TERMINALS; SMACNA HVACDCS FIG 2-5, TYPES 1, 2, 4A, HVAC HEATING, VENTILATING, AND AIR L___r_l 90* DIVERGING RECTANGULAR TEE, qR 11. PENETRATIONS: PROVIDE ESCUTCHEON PLATES FOR EXPOSED PIPING AND 48. DO NOT USE TYPE 3, CONDITIONING GATE VALVE OR BALL VALVE -E-1 < EITHER RADIUS OR TURNING VANES • PENETRATIONS AND SHEET METAL FLASHING FOR EXPOSED DUCTWORK HVU HEATING & VENTILATION UNIT BALL VALVE 914117 PENETRATIONS. 7. TURNING VANES: H.E.P. MANUFACTURER OR APPROVED HIGH EFFICIENCY HWR HOT WATER RETURN A-_ PRESSURE REDUCING VALVE (PRV) PROFILE AIRFOIL TYPE FOR RECTANGULAR SQUARE THROAT ELBOWS. HWS HOT WATER SUPPLY PARALLEL FLOW BRANCH ACOUSTICAL TYPE FOR RETURN AIR MITERED ELBOWS. HX HEAT EXCHANGER � f 12. SHAFT AND PLENUM CONNECTIONS: SEAL CONNECTIONS TO AIR SHAFTS j BREAK IN PIPING OR DUCTWORK CONNECTION, EITHER RADIUS OR AIRTIGHT. PROVIDE AIRTIGHT SEAL AROUND PENETRATIONS IN AIR ID INDIRECT DRAIN, INSIDE DIAMETER p TURNING VANES PLENUMS. 8. TAKEOFFS TO OPENINGS: CONICAL TYPE WITH VOLUME DAMPER FOR IN INCH ,L RAIN LEADER (RL) ROUND DUCT BRANCHES PER SMACNA HVACDCS FIG 2-6, MINIMUM INLET KW KILOWATT OL OVERFLOW RAIN LEADER (OL) I Inn I III iiiini III I I num III iummu) FLEXIBLE DUCT ■ 13. LIGHT FIXTURE CLEARANCE: COORDINATE LOCATIONS OF MECHANICAL DIAMETER 2 INCHES LARGER THAN DUCT SIZE. 45 DEGREE ENTRY FITTING L LONG, LENGTH CHECK VALVE ROUND DUCT INDICATOR WORK TO PROVIDE CLEARANCES OVER LIGHTING FIXTURES FOR REMOVAL FOR RECTANGULAR DUCT BRANCHES PER SMACNA HVACDCS FIG 2-6. LB POUND 0 AND REPLACEMENT. MBH THOUSAND BTU PER HOURREFRIGERANT PIPING 9. FLEXIBLE CONNECTIONS: PROVIDE AT EACH DUCT CONNECTION TO FANS, MECH MECHANICAL PRE-CON MEETING NOTES SHALL NOT BE INSTALLED IN A 14. CABLE TRAYS: DUCTWORK AND PIPING INSTALLED ADJACENT TO PACKAGED HVAC EQUIPMENT, EXTERNALLY ISOLATED AIR HANDLING UNITS, MCA MIN. CIRCUIT AMPACITY MEANS OF EGRESS,AND SHALL FAN COIL UNITS, AND SIMILAR EQUIPMENT. EXCEP11ON: EQUIPMENT IN MOCP MAX. OVER CURRENT PROTECTION ELECTRICAL CABLE TRAYS SHALL ALLOW MINIMUM ACCESS OF 6" ABOVE CORRIDOR CEILING SPACES WHERE FIRE RATING IS REQUIRED. MTD MOUNTED CONTRACTORS SHALL ATTEND A PRE-CONSTRUCTION MEETING WITH THE ENGINEER FOR THE PURPOSE OF REVIEWING (WpLy VaTH OMSC 1107.2.2 AND TO THE SIDE OF CABLE TRAYS. OSA OUTDOOR AIR THE WORK PRIOR TO ORDERING ANY EQUIPMENT OR PERFORMING ANY WORK. THE MEETING SHALL BE LOCATED AT FOR PENETRATIONS HVAC NOTES OBD OPPOSED BLADE DAMPER THE PROJECT SITE ON A DATE AND TIME TO BE MUTUALLY AGREED. THE MEETING WILL BE A WORKING SESSION. THE LIJ 15. MOTORS: COMPLY WITH ENERGY CODE ENFORCED BY AHJ FOR MINIMUM OD OUTSIDE DIMENSION OR MEETING WILL BE FACILITATED BY THE ENGINEER AND THE AGENDA WILL INCLUDE A DETAILED REVIEW OF THE PLANS Lu EFFICIENCIES UNDER FULL LOAD. 1. ATTACHMENTS: AIR DISTRIBUTION OUTLETS AND LOUVERS SHALL HAVE ALL DIAMETER AND SPECIFICATIONS, CROSS CHECK WITH OTHER TRADES FOR COORDINATION ISSUES, REVIEW OF PROPOSED REQUIRED ACCESSORIES AND ATTACHMENTS FOR A COMPLETE CONNECTION OPNG OPENING PRODUCTS, REVIEW OF PLANNED MEANS AND METHODS,AND ON-SITE INVESTIGATION OF FIELD CONDITIONS RELATIVE 16. ACCESS CLEARANCES FOR MAINTENANCE AND REPLACEMENT: VERIFY TO THE SPECIFIC TYPE OF STRUCTURE THAT THEY ARE BEING ATTACHED p PUMP TO EXISTING CONDITIONS THAT COULD AFFECT THE WORK. PERSONS ATTENDING THE MEETING SHALL BE PHYSICAL DIMENSIONS OF EQUIPMENT TO ENSURE THAT ACCESSKNOWLEDGEABLE OF THE PROJECT AND SHALL BE THE SPECIFIC PERSONS INTENDED TO CONTINUE NTH THE PROJECT mTO. THIS INCLUDES, BUT IS NOT LIMITED TO, EXTERIOR BRICKS, GWB PD PRESSURE DROP, PUMPED DRAIN CLEARANCES CAN BE MET. COORDINATE LOCATIONS OF MECHANICAL WALLS, GWB CEILING, ETC. POC POINT OF CONNECTION THROUGH TO COMPLETION. IF REQUIRED, REVISED PLANS WILL BE ISSUED THROUGH OFFICIAL CHANNELS. CHANGES IN C�fl- 1 WORK AND WORK OF OTHER TRADES TO PROVIDE ACCESS CLEARANCES THE BID PRICE WILL BE DISCUSSED, BUT NO CHANGE ORDERS WILL BE ISSUED UNLESS PROCESSED THOUGH OFFICIAL 2. DUCTWORK: DUCTWORK SHALL BE SMOOTH SHEET METAL (CLASS-1). PSIG POUNDS PER SQUARE INCH FOR SERVICE AND MAINTENANCE. PRV PRESSURE REDUCING VALVE CHANNELS. IT SHALL BE UNDERSTOOD THAT THE ENGINEER HAS NO AUTHORITY TO ISSUE CHANGE ORDERS. Coe DUCTWORK THROUGH FIRE RATED STRUCTURE AND FLOOR SHALL BE MIN. GAUGE Z COORDINATION REQUIREMENTS 26 GA. STEEL. MAXIMUM LENGTH OF FLEXIBLE DUCTS SHALL BE 5'-0', RA RETURN AIR THE FOLLOWING TRADES SHAH BE REPRESENTED FOR THE MINIMUM 11ME INDICATED: VALIDITY OF PERMIT RD ROOF DRAIN THE ISSUANCE OF A PERMIT a 0 ■ 1. PIPING: COORDINATE WITH STRUCTURAL FOR EXACT LOCATION OF ALL UNLESS OTHERWISE NOTED ON DRAWINGS. DUCTWORK SIZES SHOWN ARE MECHANICAL SHEET METAL 4 HOURS BASED ON CONSTRUCTION Z STRUCTURAL FRAMING AND FOOTINGS AND FINALIZE THE EXACT ROUTING INSIDE CLEAR DIMENSIONS. REF REFERENCE DOCUMENTS AND OTHER OF ALL PIPES WITH STRUCTURAL AND AT THE SITE PRIOR AND DURING RF RELIEF FAN PLUMBING/PIPING 4 HOURS DATA SHALL NOT PREVENT THE CONSTRUCTION. 3. VOLUME DAMPERS: PROVIDE AN ACCESSIBLE MANUAL VOLUME DAMPER RG RETURN GRILLE ELECTRICAL 4 HOURS THE CODE OFFICIAL FROM z FOR EACH SUPPLY, RETURN, OSA, AND EXHAUST OPENING, LOCATED AS RPM REVOLUTIONS PER MINUTE SPRINKLER 2 HOURS FAR UPSTREAM AS POSSIBLE FROM THE OPENING. PROVIDE A MANUAL SA SUPPLY AIR GENERAL CONTRACTOR ALL SESSIONS REQUIRING THE CORRF-CTIO14 2. DUCTWORK: LOCATE AND COORDINATE THE EXACT LOCATION OF 0 VOLUME DAMPER FOR BRANCH MAINS SERVING MORE THAN ONE OPENING. SCH SCHEDULE OF ERRORS.WSC 1 05A DUCTWORK WITH STRUCTURAL PLANS AND WITH THE GENERAL VOLUME DAMPERS IN NON-ACCESSIBLE CEILINGS SHALL HAVE A CONTROL SF SUPPLY FAN, SQUARE FOOT F_4 CONTRACTOR PRIOR TO INSTALLATION OF ANY STRUCTURE OR EQUIPMENT. ARM EXTENDED TO AN ACCESSIBLE LOCATION. SENS SENSIBLE CONTRACTOR SUBSTITUTIONS & REVISIONS COORDINATE WITH FRAMING CONTRACTOR TO ASSURE JOIST SPACES LINE SIG SUPPLY GRILLE UP WHEN DUCTWORK MUST PASS THROUGH DIFFERENT JOIST SPACES. 4. SEISMIC: PROVIDE -SEISMIC RESTRAINTS FOR MECHANICAL EQUIPMENT, SMACNA SHEET METAL AND AIR PIPING, AND DUCTWORK PER SMACNA AND LOCAL REGULATIONS. CONDITIONING CONTRACTORS 3. ADJUSTMENTS: ALL EQUIPMENT, MOTORS, FANS GAS BURNERS, IGNITION NATIONAL ASSOCIATION CONTRACTOR SUBSTITUTIONS & REVISIONS: PLEASE SUBMIT PROPOSALS FOR SUBSTITUTIONS OR DEVICES, DRIVES, ETC. SHALL BE ADJUSTED AND BALANCED TO OPERATE 5FILTER CLEARANCE: PROVIDE ADEQUATE CLEARANCE FOR CHANGING AIR so SCREENED OPENING REVISIONS FOR REVIEW AND APPROVAL PRIOR TO ORDERING MATERIAL OR DOING WORK. FOR . AT SPECIFIED RATINGS AS REQUIRED FOR THIS PROJECT SITE AND FILTERS. SID STATIC PRESSURE EQUIPMENT THAT IS SCHEDULED BY MANUFACTURER'S NAME AND CATALOG DESIGNATIONS, THE ACCOUNTING FOR ELEVATION ABOVE SEA LEVEL. SS STAINLESS STEEL, SANITARY MANUFACTURER'S PUBLISHED DATA AND/OR SPECIFICATION FOR THAT ITEM ARE CONSIDERED PART 4. APPROVALS: MECHANICAL AND PLUMBING EQUIPMENT SHALL BE APPROVED 6. DUCTWORK AND PIPING OUTSIDE OF MECHANICAL ROOMS SHALL BE SEWER OF SPECIFICATION. ENGINEERING COSTS FOR REVISING MEP PLANS SHALL BE ADDRESSED IN THE FOR INSTALLATION IN THE PROJECT LOCATION AND SHALL HAVE ALL CONCEALED, COORDINATE WITH THE GENERAL CONTRACTOR TO FUR-OUT SQ SQUARE COST ANALYSIS OF THE SUBSTITU11ON PROPOSAL. CONTRACTOR TO COORDINATE WITH ENGINEER AS REQUIRED. TG TRANSFER GRILLE AND DETERMINE ASSOCIATED DESIGN AND PERMITTING COSTS. CONTRACTOR SHALL BE RESPONSIBLE CERTIFICATIONS AND RATINGS TO MEET ALL ENERGY, POLLUTION, TYP TYPICAL FOR OTHER COSTS ASSOCIATED WITH UNFORESEEN ISSUES RESULTING FROM SUBSTITUTIONS OR ENVIRONMENTAL, SEISMIC, ETC. CODES AND REGULATIONS. THE CONTRACTOR SHALL COORDINATE WITH HIS MANUFACTURE SUPPLIERS AND 7. FIRE RATINGS: RATED FLOOR/CEILING JOINT SPACES HAVING DUCTWORK UH UNIT HEATER REVISIONS. ■ UON SHALL INCLUDE ALL COSTS REQUIRED TO MEET THESE REQUIREMENTS IN INSIDE THEM SHALL BE FIRE/SMOKE PROTECTED TO MAINTAIN THE V VENT UNLESS OTHERWISE NOTED ■ HIS BID. 1-HOUR FLOOR/CEILING RATING PER LOCAL JURISDICTIONS. EXHAUST VENT VENTILATION, VENTILATOR THIS WIDTH SHOULD BE 3" DUCTWORK PENETRATING THE 1-HOUR ROOF/CEILING OR FLOOR/CEILING VTR VENT THRU ROOF 5. FIRE PROTECTION: CONTRACTOR SHALL PROVIDE A FULLY DESIGNED FIRE ASSEMBLY SHALL HAVE ACCESSIBLE CEILING FIRE DAMPERS. W WASTE, WATT, WIDE PROTECTION SPRINKLER SYSTEM IN COMPLIANCE WITH NEPA AND LOCAL ALTERNATIVELY, THE EXHAUST DUCTWORK SHALL BE ROUTED INSIDE A WB WET BULB (TEMPERATURE) CODES. PROVIDE DESIGN, PERMITS, MATERIALS, INSTALLATION, TESTING RATED SHAFT TO PROTECT THE CEILING/ROOF RATING PER THE LOCAL AND ALL OTHER FOR A FULLY OPERATIONAL SYSTEM. LOCATION OF ALL JURISDICTIONS. OFFICE'COPV DRAWINGS ARE DIAGRAMMATIC, SHOWING THE GENERAL LOCATION, TYPE, LAYOUT, PIPING TO BE COORDINATED WITH OTHER TRADES. 8. FIRESTOP: PIPE, DUCT AND CONDUIT PENETRATIONS THROUGH RATED AND EQUIPMENT REQUIRED. THE DRAWINGS SHALL NOT BE SCALED FOR EXACT CMOFTIGARD 6. FIREPLACES: COORDINATE WITH THE GENERAL CONTRACTOR TO DETERMINE ASSEMBLIES SHALL BE FIRE AND SMOKE STOPPED PER CODE. MEASUREMENT. REFER TO ARCHITECTURAL DRAWINGS FOR DIMENSIONS. REFER TORE R CODR COWLTANCE GAS FIREPLACE FLUE AND COMBUSTION AIR DUCTWORK REQUIREMENTS MANUFACTURER'S STANDARD INSTALLATION DRAWINGS FOR EQUIPMENT CONNECTIONS Appro - 110) PRIOR TO BIDDING. 9. CORRIDOR THERMOSTAT: PROVIDE TAMPERPROOF THERMOSTATS IN CORRIDORS. DO NOT PROVIDE PLASTIC GUARDS TO MAKE THE AND INSTALLATION REQUIREMENTS. PROVIDE DUCTWORK, CONNECTIONS, ACCESSORIES, OTC: PIPING NOTES THERMOSTATS TAMPERPROOF. PROVIDE BLANK SECURABLE THERMOSTAT OFFSETS, AND MATERIALS NECESSARY FOR A COMPLETE SYSTEM. Permit M. rn r COVERS. 1. DISASSEMBLY PROVISIONS: PROVIDE UNIONS OR FLANGES AT PIPING Address: 4,q 7\1 A&gg CONNECTIONS TO EQUIPMENT, COILS, TRAPS, CONTROL VALVES, AND Suite OTHER COMPONENTS TO ALLOW DISASSEMBLY FOR MAINTENANCE. By: Date: 2. REDUCERS: PROVIDE AS REQUIRED FROM LINE PIPE SIZE TO EQUIPMENT, ■ TRAP, COIL, AND CONTROL VALVE CONNECTION SIZES. ■ 3. OFFSETS: PROVIDE FOR BRANCH LINES TO EQUIPMENT. DRAWING INDEX 4, DIELECTRIC UNIONS: PROVIDE AT CONNECTIONS OF DISSIMILAR PIPE. 5. REFRIGERANT PIPING: PROVIDE SIZING & INSTALLATION IN STRICT INCLUDED IN SET ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. z 00 6. CONDENSATE DRAIN: PROVIDE A P-TRAP FOR EACH HVAC UNIT W " (n V) z II-_ 0 0 , CONDENSATE PAN WITH PLUG TEES FOR CLEANING. CONDENSATE DRAINS 10 0 L-i LJ r- _j r-, UJ r, I-: '*-, ca < co SHALL BE DISCHARGED TO AN INDIRECT WASTE OR OUTSIDE. 0 <:� ckf 5 0 3: ; n Two :3:: 0 N z to _ 'o pp� c' w n w C'4 0 -" U- c*4 5; --, 1- 0) N-1 0 w U-) M 5; - 0 LJ '* 0 _j (o uJ Z Lo ir I- _J CL 0 UJ Ai 2018-09-04 CONSTRUCTION SET _J DWG DESCRIPTION M cr_ M000 LEGEND, GENERAL NOTES, DRAWING INDEX X X X X X X X 2017-09-06 PERMrT Mool PROJECT NOTES, TABLES, & CALCULATIONS X X X X MARK DATE REVISION/ISSUE M002 MECHANICAL SCHEDULES X X x X ■ M200 GARAGE FLOOR PLAN X x X X X X X E PROJECT NUMBER DRAWN BY CHECKED BY M201 LOBBY FLOOR PLAN X X X X X X X 704-004 JN ]MR M202 SECOND FLOOR PLAN X X X X X x X M203 THIRD FLOOR PLAN X X X X X X X M204 FOURTH FLOOR PLAN X X X x X ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE M205 ROOF PLAN X X X X X x X THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN M300 GARAGE FLOOR - ENLARGED PLAN X X x X CONSENT OF THE ARCHITECT. M301 FIRST FLOOR - ENLARGED PLAN X X X X 0 HILL ARCHITECTS M302 FIRST FLOOR - ENLARGED PLAN X X X X M400 DETAILS & DIAGRAMS X X X x < M401 DETAILS & DIAGRAMS X X X X LEGEND M410 VRF PIPING RISER DIAGRAM X X X X M420 DUCTWORK RISER DIAGRAM X X X X GENERAL NOTES M421 DUCTWORK RISER DIAGRAM X X M500 ENERGY CALCULATION FORMS X X x DRAWING INDEX M501 ENERGY CALCULATION FORMS X X x M000 10 9 ■ 8 ■ 7 6 ■ 5 4 3 • 2 10 ■ 9 ■ 8 ■ 7 0 6 0 5 0 4 0 3 ■ 2 TABLES ANDALU LATI NS PROJECT NOTEi-1S PARKING GARAGE VENTILATION ACOUSTICAL NOTES 1. P THE FOLLOWING MEASURES SHALL BE VENTILATION REQUIRED: FROM THE HVAC EQUIPMENT TO THE INTERIOR SPACES: H I L L PARKING 'GARAGE VENITILATION REQUIREMENTS: TAKEN TO MINIMIZE NOISE TRANSMISSION GARAGE & LEVEL 1 VENTILATION CALCULATIONS 0.75 CFM/SF x 8,270 SF = 6202.5 CFM (MAX) FAN COIL UNITS: A R C H IT E CTS 0.05 CFM/SF X 8,270 SF = 413.5 CFM (MIN) A) MOUNT FAN ON SPRING ISOLATORS WITH A MINIMUM 11- DEFLECTION. 1750 BLANKENSHIP ROAD MECHANICAL ROOM 2014 OMSC-TABLE 403.3 CFM B) PROVIDE FLEX CONNECTOR BETWEEN UNIT AND AND DUCTWORK. ROOM ROOM NO. UNIT(S) AREA, SF CATEGORY PROVIDED MAX. VENTILATION PROVIDED 6250 CFM C) SUSPEND FAN COIL UNITS WITH THREADED ROD AND NEOPRENE GROMMET S U I T E 400 DEFAULT DEFAULT CFM/PERSON CFM/SQ.FT CFM CFM CFM MIN. VENTILATION PROVIDED 450 CFM ISOLATORS. WEST LINN. OREGON 97068 OCCUPANTS PEOPLE/1000 RATE RATE (PERSON) (AREA) (TOTAL) TEL 803 . '305 . 8033) FAX 803 . 305 . 5014 SQ.FT 2. THE TERMINATION POINT FOR PARKING GARAGE EXHAUST OUTLETS EXHAUST FANS: HEALTH SHALL BE 10 FEET FROM OPERABLE OPENINGS INTO A BUILDING, A) PROVIDE FLEX CONNECTOR BETWEEN FAN AND DUCTWORK. FITNESS CENTER 020 FCU-1 710 CLUB/WEIGHT 6 10 20 0.06 120 43 163 175 PROPERTY LINES & MECHANICAL AIR INTAKES; 10 FEET ABOVE B) SUSPEND INLINE FANS WITH THREADED ROD AND NEOPRENE GROMMET ROOMSADJOINING FINISHED WALKING GRADE. EXHAUST OUTLETS EXTENDING ISOLATORS. ■ TO THE ROOF SHALL EXTEND 3 FEET ABOVE ROOF SURFACE. C) ISOLATE DUCTWORK FROM THE ROOF WITH Y4- THICK NEOPRENE PADS ■ FOOD PREP, FOOD 009, FCU-8 750 KITCHEN/ 6 0 0 0.06 0 45 45 50 3. PARKING GARAGE VENTILATION SYSTEM SHALL BE EQUIPPED WITH EQUIVALENT TO MASON W. PREP STOR & PANTRY 011 & 012 WAREHOUSES CARBON MONOXIDE SENSORS THROUGHOUT THE GARAGE (11 SENSOR D) PROVIDE 1 DUCT LINER FOR THE DUCTWORK BETWEEN THE FAN AND THE FOR EVERY 5,000 SF). CO SENSORS SHALL BE EQUIPPED WITH A VERTICAL SHAFT. MEETING ROOM 013 FCU-2 638 CONFERENCE/ 24 50 5 0.06 120 38 158 165 LOW ALARM (SET TO 50 PPM) AND HIGH ALARM (SET TO 200 PPM). ROOFTOP FANS: FCU-3 MEETING PARKING GARAGE EXHAUST FANS (GEF-1) SHALL BE EQUIPPED WITH A) MOUNT FAN ON SPRING ISOLATORS WITH A MINIMUM 2- DEFLECTION. A VARIABLE FREQUENCY DRIVE PROVIDED BY MECHANICAL B) PROVIDE FLEX CONNECTOR BETWEEN FAN AND DUCTWORK. MEETING ROOM 014 FCU-4 1,280 CONFERENCE/ 36 50 5 0.06 180 77 257 260 CONTRACTOR UNLESS OTHERWISE NOTED, WHEN ANY OF THE C) ISOLATE DUCTWORK FROM THE ROOF WITH h7 THICK NEOPRENE PADS FCU-5 MEETING ASSOCIATED CO SENSORS (PER FLOOR) GO INTO LOW ALARM, THE EQUIVALENT TO MASON W. EXHAUST FAN FOR THAT LEVEL SHALL OPERATE AT 1/2 SPEED. IF EMPLOYEE, 025, 026, THE CO SENSORS GO INTO HIGH ALARM, THE EXHAUST FAN SHALL CONDENSERS: BREAKROOM & 028 & 029 FCU-6 812 OFFICE SPACE 8 5 5 0.06 40 49 89 100 RAMP UP TO FULL SPEED. A) SUENDED CONDENSERS SHALL BE INSTALLED WITH 2- STATIC DEFLECTION oBIoN BUSINESS CENTER SPSPRINGS. ENGINEERING, INC 4. GEF-2 SHALL RUN CONTINUOUSLY TO PROVIDE MINIMUM B) PROVIDE ROOF MOUNT CONDENSERS WITH PLASTIC PADS MINIMUM 4- THICK 19401 40TH AVE W.,SUrrE 302 FRONT DESK & VENTILATION AT ALL TIMES. LYNNWOOD,WA 98036 NORTH CORRIDOR 021 FCU-7 2,000 RECEPTION AREA 10 30 5 0.06 50 120 170 175 AND EXTENDING 6" BEYOND FOOTPRINT OF CONDENSER ON ALL SIDES. 206-364M43 TEL ROOFTOP AIR HANDLERS: CONTACT.'JON ROBISON LAUNDRY 034-036 FCU-9 1,160 COMMERCIAL 5 10 25 0 125 0 125 1258 A) MOUNT UNITS ON SPRING ISOLATORS WITH A MINIMUM 2- STATIC DEFLECTION. LAUNDRY B) PROVIDE FLEX CONNECTOR BETWEEN UNIT AND DUCTWORK. ■ C) PROVIDE DUCT LINER IN LIEU OF WRAPPING SUPPLY DUCT ACROSS ROOF TO ■ BOH OFFICE 032,43 038, FCU-10 1,160 OFFICE SPACE 5 5 5 0.06 25 70 95 100 WATER HEATER VENTILATION SATISFY ENERGY CODE FOR MINIMUM INSULATION. 0 For the table below: Header- Vent Length MULTI PURPOSE 021 FCU-12 278 MULTIPURPOSE 12 120 5 0.06 60 17 77 100 & Header is the main vent pipe into which several vents connect SEQUENCE OF OPERATION 'D PR ASSEMBLY GIN a Vent Length is the distance from the end of the header to the MAIN LOBBY, vent termination. SPLIT SYSTEM AIR CONDITIONER Ca 5.423 LOBBIES/ 1.DESCRIPTION: SINGLE ZONE SPLIT AIR CONDITIONER VESTIBULE, NORTH 002 & 006 FCU-11 1,500 20 30 7.5 0.06 150 90 240 250 LA_ CORRIDOR PREFUNCTION # Maximum vent length starts at the end of the header system. I 2.00CUPIED MODE: U_ 0 Use 10 ft(3 m)as equivalent vent length for 90'elbows. 2.1. SUPPLY FAN: CYCLES AS NEEDED OREGON INDOOR POOL 050 PDU-1 1,730 SWIMMING POOL 0 0 0 0.48 0 830 830 830 0 For use with CU1991 internal(indoor)tankless water heaters only. 2.2. HEAT PUMP HEATING: CYCLED IN SEQUENCE TO MAINTAIN HEATING SETPOINT. 2.3. HEAT PUMP COOLING: . CYCLED IN SEQUENCE TO MAINTAIN COOLING SETPOINT. 9128118 2.4. HEATING/COOLING LOCKOUT. INTERLOCK HEATING AND COOLING TO BREAKFAST AREA 008 RTU-11 1,590 DINING ROOM 40 70 7.5 .18 300 286 586 750 Common Vent Maximum Equivalent Vent Length PREVENT SIMULTANEOUS HEATING AND COOLING. ■ Rinnai Common Vent System or Schedule 40 PVC/CPVC CORRIDOR VEN11L11ON UNITS: AHU-1 TOTAL 2.250 1.DESCRIPTION: SAINGLE ZONE ROOFTOP PACKAGE UNITS, GAS-FIRED HEAT, ■ HEADER DIAMETER ELECTRIC COOLING, 100% OUTSIDE AIR. Water Heater #Water Max System 3 In. 4 in. 6 in. 2.UNOCCUPIED MODE: UNITS OPERATE 24/7/365. LAUNDRY ROOM Model Heaters BTU/HR 3 in. 4 in. 6 in. 6 in. 3.000UPIED MODE: COMBUSTION AIR CALCULATIONS Vent Diameter Vent Diameter Vent Diameter Vent Diameter 3.1. SUPPLY FAN ON CONTINUOUSLY DUCT INSULATION SCHEDULE 2 398,000 65 FT 3.2. DAMPERS: FIXED BY AIR BALANCER AT VENTILATION POSITION. EQUIPMENT INPUT RATING (BTUH) 3 00 150 FT 3.3. HEATING: CYCLED IN SEQUENCE. 597, 0 R-VALUE 3.4. COOLING: CYCLED IN SEQUENCE. SERVICE MATERIAL (MIN. (3) DEXTER T-80 DRYERS 215,000 UJ CU199i 4 796,000 65 Fr 150 FT 3.5. HEATING/COOLING DEADBAND: INTERLOCK HEATING AND COOLING TO LU INSTALLED) TOTAL INPUT RATING 645,000 PROVIDE 5F DEGREE DEADBAND BETWEEN HEATING AND COOLING. Cn 5 995,000 150 FT (REU-N3237FFC-US) 3.6. LOW LIMIT: SUPPLY AIR LOW LIMIT, 55 F. SUPPLY & RETURN AIR DUCTS IN MINERAL-FIBER R-5 IFGC 304.6.2: ONE PERMANENT OPENING METHOD. 6 1,194,000 UNCONDITIONED SPACE BLANKET _ -___ PROVIDE 1 OPENING WITHIN 12" OF THE TOP OF THE ENCLOSURE. 7 1,393,000 70 FT SUPPLY & RETURN AIR DUCTS OUTSIDE MINERAL-FIBER OPENING SHALL BE SIZED FOR 1 SQ.IN. FREE AREA PER 3,000 EXHAUST FANS: THE BUILDING BLANKET 8 1,592,000 R-8 BTUH INPUT RATING: GUESTROOM BATHROOM EXHAUST. CONTINUOUS LOW SPEED; HIGH SPEED ACTIVATED �2 BY DEDICATED WALL SWITCH. 645,000 BTUH X 1 SQ. IN. PER 3,000 BTUH = 215 SO. IN. FREE Z ROUND & RECTANGULAR EXHAUST AIR MINERAL-FIBER N/A AREA PER OPENING. CORRIDOR EXHAUST FAN: RUNS CONTINUOUSLY. 0*1� 0 DUCTS IN UNCONDITIONED SPACE BLANKET - (5) 90- BENDS \,..o ■ FITNESS CENTER: RUNS WHEN SPACE IS OCCUPIED. INTERLOCK TO OPERATE WHEN ■ z ROUND & RECTANGULAR SUPPLY AIR FOR A LOUVER WITH 50% FREE AREA: MINERAL-FIBER 100' TDL LIGHTS ARE ON. DUCTS, EXPOSED WITHIN CONDITIONED N/A 215 SQ. IN. X 2 = 430 SQ. IN LOUVER SPACE BLANKET 6" SELECTION: 34"x2O" LOUVER PROVIDED (680 SQ. IN. LOUVER) MAX PIPE ROUTING FOR 6" VENT IS 150'. THEREFORE THE VENT ROUTING PUBLIC RESTROOMS: RUNS CONTINUOUSLY. z ROUND & RECTANGULAR RETURN AIR IS ACCEPTABLE SPACE, UCTSEXPOSED WITHIN CONDITIONED MINERAL -FIBER N/A C) C/� LANKET z THROUGH PENETRATIONS FOR 4 DUCT NUI L�i General Guidelines F..., (1) DUCT INSULATION SHALL COMPLY WITH IMC AND IECC POOL ROOM PER EXCEPTION TO IBC SECTION 717.6.1, A DUCT IS PERMITTED TO PENETRATE (2) EXTERAL DUCT INSULATION IS IDENTIFIABLE PER IMC 604.7 COMBUSTION AIR CALCULATIONS When installing Common Vent,follow these guidelines: THREE FLOORS OR LESS WITHOUT A FIRE DAMPER AT EACH FLOOR, PROVIDED o (3) INSULATION/LINING NOTES: ALL DUCTS TO BE EXTERNALLY IT MEETS ALL OF THE FOLLOWING REQUIREMENTS: INSULATED, EXCEPT MAXIMUM 20 FEET MAY BE LINED IMMEDIATELY EQUIPMENT INPUT RATING (BTUH) 0 Use only the materials listed in this manual for vent, UPSTREAM/DOWNSTREAM OF AIR HANDLING UNITS FOR NOISE air Intake pipe, and fittings. Failure to comply with this 1.THE DUCT SHALL BE CONTAINED AND LOCATED WITHIN THE CAVITY OF A ATTENUATION. INTERNAL INSULATION FOR SUPPLY DUCTS AND OUTSIDE (1) POOL WATER HEATER 400,000 Warning could result in property damage,personal WALL AND SHALL BE CONSTRUCTED OF STEEL NOT LESS THAN 0.019 INCH AIR DUCTS MUST BE CLOSED-CELL ELASTOMERIC. FIBERGLASS DUCT TOTAL INPUT RATING 400000 injury,or death. (26 GAGE) IN THICKNESS. , LINER IS NOT ALLOWED. * When cutting vent components,ensure thatthe cuts IFGC 304.6.2: ONE PERMANENT OPENING METHOD. are straight. 2.THE DUCT SHALL OPEN INTO ONLY ONE DWELLING OR SLEEPING UNIT AND PROVIDE 1 OPENING WITHIN 12" OF THE TOP OF THE ENCLOSURE. # Chamfer and deburr all edges before installing the THE DUCT SYSTEM SHALL BE CONTINUOUS FROM THE UNIT TO THE EXTERIOR OPENING SHALL BE SIZED FOR 1 SQ.IN. FREE AREA PER 3,000 components. OF THE BUILDING. ■ DRYER EXHAUST LENGTH BTUH INPUT RATING: 9 Vent joints must not leak.Confirm gas tight 3.THE DUCT SHALL NOT EXCEED 4-INCH NOMINAL DIAMETER AND THE TOTAL ■ 400,000 BTUH X 1 SQ. IN. PER 3,000 BTUH = 133 SO. IN. FREE connections of every vent joint. AREA OF SUCH DUCTS SHALL NOT EXCEED 100 SQUARE INCHES IN ANY 100 THIS WIDTH SHOULD BE 3" # OF 90- MAXIMUM DUCT LENGTH (FT) AREA PER OPENING. 9 Before operating the water heater(s),ensure vent SQUARE FEET OF FLOOR AREA. • ELBOWS WITHOUT BOOSTER FAN FOR A LOUVER WITH 50% FREE AREA: system is clean and free of debris. 4.THE ANNULAR SPACE AROUND THE DUCT IS PROTECTED WITH MATERIALS 0 56 133 SQ. IN. X 2 = 266 SQ. IN LOUVER a Vent system must be supported according to the vent THAT PREVENT THE PASSAGE OF FLAME AND HOT GASES SUFFICIENT TO manufacture's installation instructions. IGNITE COTTON WASTE WHERE SUBJECTED TO ASTM E 119 1 48 SELECTION: 12"x24" LOUVER PROVIDED (288 SQ. IN. PER LOUVER) - Venting should be as direct as possible with a TIME-TEMPERATURE CONDITIONS UNDER A MINIMUM POSITIVE PRESSURE 2 40 minimum number of fittings. DIFFERENTIAL OF 0.01 INCH (2.49 Pa) OF WATER AT THE LOCATION OF THE 3 32 8 The common vent system must only be installed by a PENETRATION FOR THE TIME PERIOD EQUIVALENT TO THE FIRE-RESISTANCE NOTE: LENGTHS GIVEN FOR RECOMMENDED 4"0 WATER HEATER trained and qualified professional. RATING OF THE CONSTRUCTION PENETRATED. U VENT WITH 4" WALL CAP. FOR EXTRA 90* ELBOW, COMBUSTION AIR CALCULATIONS COMMON VENT TERMINATION CLEARANCES 5.GRILLE OPENINGS LOCATED IN A CEILING OF A FIRE-RESISTANCE-RATED REDUCE THE ALLOWABLE VENT SYSTEM LENGTH BY FLOOR/CEILING OR ROOF/CEILING ASSEMBLY SHALL BE PROTECTED WITH A 10 FT. EQUIPMENT INPUT RATING (BTUH) * Vent termination per ANSI 2223.1/NFPA 54. For LISTED CEILING RADIATION DAMPER INSTALLED IN ACCORDANCE WITH SECTION clearances not specified in ANSI Z223.1/NFPA 54, 716.6.2.1. (7) RINNAI DEMAND DUO WH 199,000 clearances are In accordance with local installation TOTAL INPUT RATING 1,393,000 codes and the requirements of the gas supplier. MAXIMUM VENT AREA CALCULATIONS e Refer to section 03.5 Vent the Water Heater'for AT MAX: (8) 40 PIPES IFGC 304.6.2: ONE PERMANENT OPENING METHOD. SINGLE PIPE = 12.5 SQ. IN, ■ PROVIDE 1 OPENING WITHIN 12" OF THE TOP OF THE ENCLOSURE. additional clearance requirements specific to the 8 * 12.5 = 100 SQ. IN. MAX ■ OPENING SHALL BE SIZED FOR 1 SQ.IN. FREE AREA PER 3,000 BTUH INPUT RATING: CODE VENTS SHALL NOT EXCEED 100 SQ. IN. PER 100 SF OF FLOOR AREA. 1,393,000 BTUH X 1 SQ. IN. PER 3,000 BTUH = 465 SQ. IN. FREE AREA PER OPENING. APPLICABLE CODES FOR A LOUVER WITH 50% FREE AREA: 2012 INTERNATIONAL BUILDING CODE (IBC) 465 SQ. IN. X 2 = 930 S . IN LOUVER 2014 OREGON MECHANICAL SPECIALTY CODE (OMSC) 8 10-APR-2019 ASI-03 2014 OREGON PLUMBING SPECIALTY CODE (OPSC) SELECTION: 20%84" LOUVER PROVIDED (1680 SQ. IN. PER LO 2014 OREGON ELECTRICAL SPECIALTY CODE (OESC) mA5 2018-10-09 PLUMBING FIXTURE REVISIONS 2014 OREGON ENERGY EFFICIENCY SPECIALTY CODE (OEESC) A4 2018-09-28 PERMIT RESUBMITTAL A 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISIONASSUE ■ 0 PROJECT NUMBER DRAWN BY CHECKED BY 704-004 IN ]MR ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. 0 HILL ARCHITECTS -cc PROJECT NOTES TABLES & CALCULATIONS M001 10 ■ 9 ■ 8 • 7 0 6 N 5 4 ■ 3 ■ 2 10 ■ 9 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 SCHEDULES . t-1 FAN SCHEDULE VRF FAN. COIL UNIT. SCHEDULE . �J I j j 1 1 EQUIP NO. SERVICE MOUNTING/ DISCHARGE AIRFLOW, CFM ESP. N ELECTR CAL WG VOLTAGE HP OPERATION WEIGHT, LBS BASIS OF DESIGN (1)(11) FAN NOMINAL NOMINAL ELECTRICAL L L EQUIP NO. SERVICE MOUNTING/ COOLING HEATING BASIS OF DESIGN (1)(2)(3)(4) ARCHITECTS = EF-1 CORRIDOR - WEST UTILITY UPBLAST 1,700 1.0 277V/1P 3/4 CONTINUOUS 136 GREENHECK SWD-I5-VG DISCHARGE AIRFLOW, MIN. OSA CAPACITY, CAPACITY, EF-2 PUBLIC RESTROOMS ROOF MOUNTED 625 0.75 120V/1P 1/4 CONTINUOUS 37 GREENHECK G-099VG CFM ESP. IN WG CFM BTUH BTUH VOLTAGE AMPS 17 5 0 E I A N K N s H I P It O A D EF-3 CORRIDOR SOUTH UTILITY UPBLAST 8QP,� 1.0 277V/1P 4 CONTINUOUS 72 GREENHECK SWD-10-VG FCU-1 FITNESS CENTER HORIZ/DUCTED 600 0.5 (5) 24,200 27,300 208V/1PH 1.0 LG ARNU243BGA4 S U I T E 4 0 0 EF-4 GARAGE. ELEC 8017 INLINE 1465 0.29 115V/1P 749 W CONTINUOUS 65 GREENHECK CSP-A1410 FCU-2 MEETING ROOM 013 HORIZ/DUCTED 600 0.5 (5) 24,200 27,300 208V/1 PH 1.0 LG ARNU243BGA4 WEST L I N N. OREGON 9 7 O 6 8 FCU-3 MEETING ROOM 013 HORIZ/DUCTED 600 0.5 (5) 24,200 27,300 208V/1 PH 1.0 LG ARNU243BGA4 TEL 503 . 305 . 8033 FAX 503 . 305 . 5034 EF-6 LEVEL 2 VENDING CEILING MOUNTED 250 0.25 120V/1P FHP CONTINUOUS 24 GREENHECK SP-A250 FCU-4 MEETING ROOM 014 HORIZ/DUCTED 1,100 0.5 (5) 36,200 40,600 208V/1 PH 3.5 LG ARNU363BRA4 EF-7 LEVEL 3 VENDING CEILING MOUNTED 250 0.25 120V/1P FHP CONTINUOUS 24 GREENHECK SP-A250 FCU-5 MEETING ROOM 014 HORIZ/DUCTED 1,100 0.5 (5) 36,200 40,600 208V/1 PH 3.5 LG ARNU363BRA4 ■ EF-8 LEVEL 4 VENDING CEILING MOUNTED 250 0.25 120V/1P FHP CONTINUOUS 24 GREENHECK SP-A250 FCU-6 BOH OFFICE HORIZ/DUCTED 1,000 0.5 (5) 28,000 31,500 208V/1PH 3,5 LG ARNU283BRA4 ■ F-9 � GARA - ! LE STORAGF,�,,,�, � !V� 115V/1P ,�, ,E V� �',�?NT1N000S 23 G C SP-A 0 "'D FCU-7 FRONT DESK HORIZ/DUCTED 1,100 0.5 (5) 36,200 40,600 208V/1PH 3.5 LG ARNU363BRA4 EF-10 GARAGE ELEC 8016 INLINE 1509 0.25 120Vf 1 P 745 W (7) 65 GREENHECK CSP-A1550 FCU-8 FOOD PREP/PANTRY HORlZ jDUCTED 1,400 0.5 (5) 48,000 54,000 208V/1 PH 1.8 LG ARNU483NKA4 L -i1 I FGU� �'KtI-' l,l(LI) z/� (� � - -wv FCU-9 LAUNDRY ROOM HORIZ/DUCTED 1,200 0.5 (5) 42,000 43,800 208Vf1PH 3.5 LG ARNU423BRA4 EF-12 POOL AREA UTILITY UPBLAST 1,000 1.0 277V/1P 1/2 CONTINUOUS 108 GREENHECK SWD-I3-VG FCU-10 BREAKROOM HORIZ/DUCTED 1,200 0.5 (5) 42,000 46,000 208V/1PH 3.5 LG ARNU423BRA4 1 FCU-11 LOBBY HORIZ/DUCTED 1,200 0.5 (5) 42,000 46,000 208V/1PH 3.5 LG ARNU423BRA4 TF-1 MECHANICAL PENTHOUSE INLINE 10,000 0.5 460V/3P 5 CONTINUOUS 295 GREENHECK BSQ-240-50 FCU-12 MULTI PURPOSE ROOM HORIZ/DUCTED 600 0.5 (5) 24,200 27,300 208V/1PH 1.0 LG ARNU243BGA4 �' f� �• ,✓ .� � �✓�-- ������-�� �-��- �-� ���--r,-� ',-��-- �-_ L - �-' �-- �-- ��--- �� �-- �� �-- �-- �-- v �- ---�- �-- NOTES: (1) INSTALL UNITS AS SHOWN AND AS RECOMMENDED BY THE MANUFACTURER IN COMPLIANCE WITH LOCAL CODES. ROBISON SF-1 LEVEL 1 OSA SUPPLY UTILITY 575 1.0 120V%1� 1 CONTINUOUS 34 GREENHECK SFD-7.5-VG (2) CONTRACTOR TO FIELD COORDINATE ROUTING OF REFRIGERANT LINES ON PLANS. SF-2 LEVEL 1 OSA SUPPLY UTILITY 605 1.0 120V/1 P 1/2 CONTINUOUS 34 GREENHECK SFD-7.5-VG (3) PROVIDE CONDENSATE PUMP. ENGINEERING, INC SF-3 LEVEL 1 OSA SUPPLY UTILITY 575 1.0 120V/1P 1/2 CONTINUOUS 34 GREENHECK SFD-7.5-VG (4) HIGH STATIC PRESSURE UNIT. 1940140THAVEW.,SurrE302 (5) SEE VENTILATION CALCULATIONS ON SHEET MO.01 FOR OUTSIDE AIR REQUIREMENTS. LYNNWOOD,WA 98036 206-364,3343T& BEF-1 BATHROOM EXH FAN CEILING MOUNTED 20/80 0.25 120V/1P FHP (12) 15 PANASONIC FV-05VK3 (2) CONTACT:JON ROBISON GEF-1 GARAGE PARKING INLINE 6,250 1.5 460V/3P 5 (5) 592 GREENHECK TBI-FS-5H30-50 (4) GEF-2 GARAGE PARKING UTILITY UPBLAST 575 1.0 120V/1 P 1/2 CONTINUOUS (5) 34 GREENHECK SFD-7.5-VG HEAT RECOVERY BOX -- REFRIGERANT CONTROLLER SCHEDULE NOTES: (1) PROVIDE BACKDRAFT DAMPERS ON EXHAUST FANS. (2) PROVIDE SPEED CONTROLLER. NUMBER OF ELECTRICAL (3) INTERLOCK WITH LIGHT SWITCH. EQUIP NO. SERVICE TYPE BRANCHES VOLTAGE POWER INPUT(W) ASIS OF DESIGN (1)(2) CONNECTED INDOOR UNITS (4) PROVIDE VARIABLE FREQUENCY DRIVE. (5) REFER TO GARAGE EXHAUST FAN REQUIREMENTS ON M001. DPR (6) NOT USED �'� NG I NFF S, HR-1 FLOOR 1 SINGLE 4 208V/1 P 40 LG PRH042A (3) �,R S (7) INTERLOCK FAN WITH THERMOSTAT. SET THERMOSTAT TO 787. HR-2 FLOOR 1 SINGLE 3 208V/1 P 40 LG PRH031 A (3) �'� 5.42 (8) NOT USED. 9) N07 USED. HR-3 FLOOR 1 SINGLE 3 208V/1 P 40 LG PRH031 A (3) ( 10 U- (9) NOT USED. HR-4 GARAGE SINGLE 2 208V/1 P 26 LG PRH021 A (3) U- (11) VIBRATION ISOLATION: FANS < 150 LBS RUBBER ISOLATORS, FANS > 150 LBS SPRING ISOLATORS NOTES: (1) PROVIDE CONDENSATE PIPE AND ROUTE TO APPROVED RECEPTOR. o OREGON�,� (12) FAN SHALL BE 2-SPEED, WITH 20 CFM CONTINUOUS LOW SETTING, HIGH SPEED ACTIVATED BY DEDICATED WALL SWITCH. DO NOT CONNECT TO LIGHT SWITCH. (2) ROUTING OF REFRIGERANT LINES FROM INDOOR TO OUTDOOR UNITS NOT SHOWN ON PLANS. CONTRACTOR TO FIELD COORDINATE ROUTING. (3) SEE SHEET M410 VRF RISER DIAGRAM Rk ROOFTOP HVAC UNIT SCHEDULE (ELEC COOL/GAS HEAT) 9/28/18 EQUIP SUPPLY FAN PROVIDE 100% COOLING HEATING ELECTRICAL WEIGHT, BASIS of DESIGN VRF OUTDOOR UNIT SCHEDULE NO. SERVICE DISCHARGE AIRFLOW, ESP, IN MOTOR MIN. OSA, OSA CAPACITY, SEER/ INTPUT, OUTPUT, STAGES AFUE VOLTAGE MCA MOCP LBS (2)(3)(5) ■ CFM WG HP CFM ECONOMIZER? MBH EER MBH MBH % NOMINAL NOMINAL LEVEL 1 BREAKFAST 15.0 COOLING HEATING ELECTRICAL BASIS OF DESIGN ■ RTU-1 VERTICAL 1,200 0.75 1 (4) YES {1) 36,000 120 96 1 80.0 480V/3P 11 15 550 TRANE YHC036 EQUIP NO. SERVICE TONS EER COP NOISE (DB) WEIGHT (LBS} VOLTAGE MCA MOCP AREA SEER CAPACITY, CAPACITY, LEVEL 1 BREAKFAST 1 2)(3 4}(5) 15.0 BTUH BTUH RTU-2 AREA VERTICAL 1,200 0.75 1 (4) YES (1) 36,000 SEER 120 96 1 80.0 480V/3P 11 15 550 TRANS YHC036 LEVEL i AND 16 192,000 9.5 216,000 3.2 480V/3PH 35.7 50 62.0 659 LG ARUM192DTE5 NOTES: (1) PROVIDE 100% MODULATING ENTHALPY CONTROLLED ECONOMIZER AND ASSOCIATE CONTROLS. HP-1 BASEMENT (2) PROVIDE DEMAND CONTROL VENTILATION CONTROLS PER ENERGY CODE. REFER TO SHEET M001 FOR SEQUENCE OF OPERATION. 14 168,000 9.5 189,000 3.2 480V/3PH 28.5 35 61.0 639 LG ARUM168DTE5 (3) PROVIDE 7 DAY PROGRAMMABLE THERMOSTATIC MEETING ENERGY CODE REQUIREMENT NOTES: (1) INSTALL UNITS AS SHOWN AND AS RECOMMENDED BY THE MANUFACTURER IN COMPLIANCE WITH LOCAL CODES. w W (4) REFER TO VENTILATION SCHEDULE. (2) CONTRACTOR TO FIELD COORDINATE ROUTING OF REFRIGERANT LINES ON PLANS. W C-' (5) PROVIDE FACTORY AVAILABLE RETURN AIR SMOKE DETECTOR(S), CAPABLE OF SHUTTING DOWN THE ROOFTOP UNIT UPON ACTIVATION. H w C`r"� (4) PROVIDE HORIZONTAL EXHAUST DISCHARGE ADAPTER MANUFACTURER PART NUMBER LG PRAGX3S0 � � N m n N CORRIDOR MAKE- UP AIR UNIT THROUGH - WALL HEAT PUMP SCHEDULE SUPPLY FAN COOLING HEATING ELECTRICAL SUPPLY FAN COOLING HEATING AUX. HEAT, ELECTRICAL EQUIP NO. SERVICE AIRFLOW, MOTOR MIN. OSA, KW BASIS OF DESIGN `Z ■ EQUIP COOLING ENT AIR LVG AIR GAS AIR TEMP WEIGHT, BASIS OF DESIGN CFM HP CFM BTUH EER BTUH COP (208V) VOLTAGE MCA MOCP ■ U NO. DISCHARGE AIRFLOW, ESP, IN MOTOR EER VOLTAGE MCA MOCP LBS (2)(3)(4)(5)(6)(7)(8)(9)(10) CFM WG (1) HP/BHP TOTAL DB WB DB WB INPUT OUTPUT ENT LVG TWHP-i PER DWGS 270 1/8 35(6) 9,100 12.2 10,900 3.7 3,4 208V/1P 16 20 GE AZ61H09DA (1)(2){3}(4)(5){6} ~ F (MBH) {MBH} (MBH) NOTES: (1) EXTERIOR GRILLE SHALL BE THE ARCHITECTURAL GRILLE. COORDINATE STYLE AND COLOR WITH ARCHITECT. SIZE OF LOUVER SHALL BE COORDINATED WITH WINDOW MANUFACTURER. Cj (2) PROVIDE UNIT SUPPORT SUB-BASE RECEPTACLE ACCESSORY KIT WITH ATTACHMENT CORD. °z AHU-1 HORIZONTAL 2,250 1.0 4.0/0.98 120.5 93 68 49.6 49.6 200 160 24 89.8 11.3 480V/3P 27.5 35 2870 TRANE HORIZON G120 (3) PLUG AND RECEPTACLE SHALL BE BEHIND AN ACCESS COVER, NOT READILY ACCESSIBLE TO HOTEL GUESTS. .� z 4 PROVIDE FACTORY STICKER SPECIFYING NO CONTROLS AT UNIT. UNIT SHALL BE CONTROLLED EXCLUSIVELY BY REMOTE THERMOSTAT. PROVIDE VERDANT VX-TR-KT REMOTE THERMOSTAT WITH NOTES: (1) ESP IS EXTERNAL TO UNIT CASING; DOES NOT INCLUDE CASING, CLEAN FILTER, WET COIL, OR AUX HEAT LOSSES. O OCCUPANCY (2) PROVIDE FACTORY ASSEMBLED AND INSULATED HORIZONTAL DISCHARGE CURB WITH VIBRATION ISOLATION RAILS. o SENSOR. o (3) UNIT SHALL INCLUDE MODULATING GAS HEATING WITH STAINLESS STEEL HEAT EXCHANGER. (5) REFRIGERANT SHALL BE R-410A. (4) UNIT SHALL INCLUDE THE FOLLOWING: SIGHT GLASS, STAINLESS STEEL DRAIN PAN, MANUAL RESET HIGH PRESSURE SWITCHES & AUTO RESET LOW PRESSURE SWITCHES, CONDENSER FAN CYCLING (6) PROVIDE FRESH AIR KIT FOR VENTILATION AIR TO GUESTROOM. t-1 CONTROL, INTEGRAL NON-FUSED DISCONNECT SWITCH, CONVENIENCE OUTLET, R-410A REFRIGERANT. (5) DIRECT DRIVE FAN WITH VFD. (6) DISCHARGE TEMPERATURE CONTROL WITH TERMINAL INTERFACE. SPLIT AIR CONDITIONER SCHEDULE - OUTDOOR UN ! T (7) DUCT SMOKE DETECTOR. NOMINCAL (8) PROVIDE MERV 8 PREFILTER AND MERV-12 SECONDARY FILTER. PROVIDE FULLY SYNTHETIC MEDIA WITH SPECIAL SUPPORTING STRUCTURE TO PREVENT MOISTER LADEN FILTER COLLAPSE. EQUIP N0. SERVICE CAPACITY, TOTAL COOLING SEER ELECTRICAL BASIS OF DESIGN (1)(2)(3)(5) CONNECTED INDOOR (9) WARRANTIES: 5 YEAR COMPRESSOR, 25 YEAR HEAT EXCHANGER, 1 YEAR PARTS. TONS CAPACITY, BTUH (EER) VOLTAGE MCA MOCP UNIT (10)ACCEPTABLE MANUFACTURERS ARE AAON, MCQUAY, TRANE (DORS), OR GREENHECK. 0A /•\T 17 000 �h \-I-1I^ /`../"\/"'�.I"�/'\I'�./1 r'\ T^.I'••./'�/'1./"�.I•'�I•\.J"\.r',I`\.I'•" w^�.•1I'�/'� /'..r\.r1I'•�I+�11/'1/'-1/•�. T\/•"'./^+.."'4 i'^./"1./•\..I"�..�'1.r\.I-1.r^"`.w""S.!^ /1. /".I"\./"�.•'-\I'1/"�. ■ $ OAC-2 ELEVATOR EQUIP ROOM 3.0 33,000 17.50 208V/1P 19 30 LG LSU363HLV (4) IAC-2 ■ OAC-3 ROOM 51, 392, 492 4.0 48,000 17.00 208V/1 P 30 50 LG ARUN048GSS4 IAC-4,7,8 ( THIS WIDTH SHOULD BE 3" OAC-4 ROOM 194, 294, 394 5.0 60,000 17.00 208V/1P 25.4 40 LG ARUN060GSS4 !AC-5,6 NOTES:- _ -(l� Am ❑STE9 WITH ALE S'FAf4I3Ae TEA-ORES,If1STAmX--11N AN[S 009PRESSO-R SITOR'T CYCLINU PRCTnITOfT FILTER l7RIER,RRTGmANr LTNC" FCLTl FR_ L1Q171D' - - - - `" - - ELECTRIC HEATERS SOLENOID VALVE, AND SAFETY PRESSURE SWITCHES. INSTALL REFRIGERANT TUBING IN STRICT ACCORDANCE WITH MANUFACTURER'S RECOMMENDATIONS. HEATING ELECTRICAL (2) WITH FACTORY ELECTRICAL DISCONNECT. EQUIP NO. SERVICE MOUNTING/ DISCHARGE WEIGHT, LBS BASIS OF DESIGN (1)(2)(3) (3) ROUTING OF REFRIGERANT LINES FROM INDOOR TO OUTDOOR UNITS NOT SHOWN ON PLANS. CONTRACTOR TO FIELD COORDINATE ROUTING. BTU/HR. VOLTAGE INPUT KW (4) PRIOR TO ORDERING, CONTRACTOR TO COORDINATE WITH ELEVATOR MFR OR DATA ROOM EQUIPMENT SUBMITTAL TO ENSURE UNIT CAN ADEQUATELY COOL THE ROOM. (5) PROVIDE LOW AMBIENT KIT. EH-1 STAIR 1 WALL MOUNTED 5,120 277V/1P 1.5 10 DAYTON 5E186 EH-2 STAIR 2 WALL MOUNTED 5,120 277V/1P 1.5 10 DAYTON 5E186 EH-3 STAIR 3 WALL MOUNTED 5,120 277V/1P 1.5 10 DAYTON 5E186 EH-4 FIRE SPRINKLER ROOM WALL MOUNTED 5,120 277V/1P 1.5 10 DAYTON 5E186 NOTES: (2) THEATER SHALL HAVE INTEGRAL TSTALL UNITS AS SHOWN AND S STAT, LION.IMMENDED BY THE MANUFACTURER IN COMPLIANCE WITH LOCAL CODES. SPLIT AIR CONDITIONER SCHEDULE - INDOOR UNIT (3) SET T-STAT TO MAINTAIN 55-F. FAN ELECTRICAL ■ EQUIP NO. SERVICE MOUNTING/ BASIS OF DESIGN (1)(3) CONNECTED OUTDOOR ■ DISCHARGE AIRFLOW, CFM MOTOR DRIVE VOLTAGE MCA MOCP UNIT 8 IAC-,1 - - - - - - - - PBX ^ - _ _ � - � HIGH WALL � � � 500 � � DIRECT �208V/1 P - -0.5 � 15� _ LG_LSN180_HE_V_ ���-- OAC-1_ POOL D E H U M I D! FI C A TI O N UNIT IAC-2 ELEVATOR EQUIP ROOM HIGH WALL 850 DIRECT 208V/1 P 0.5 ^ 15 - ^ LG-LSN363HLV (2) ~ OAC2 1 IAC-3 ROOM 194 HIGH WALL 494 DIRECT 208V/i P 0.52 15 LG ARNU183SKA4 OAC-4 IAC-4 ROOM 51 HIGH WALL 276 DIRECT 208V 1P 0.25 15 LG ARNU093SJA4 OAC-3 SUPPLY FAN POOL ROOM COOLING ELECTRICAL / �$ 10-APR-2019 ASI-03 ELECTRIC IAC-5 ROOM 294 HIGH WALL 276 DIRECT 208V/1P 0.25 15 LG ARNU093SJA4 OAC-4 EQUIP ROOM REL. SENSIBLE TOTAL POOL RE-HEAT WEIGHT, BASIS OF DESIGN IAC-6 ROOM 394 HIGH WALL 537 DIRECT 208V/1 P 0.52 15 LG ARNU243SKA4 OAC-4 0 2018-10-09 PLUMBING FIXTURE REVISIONS m NO. DISCHARGE AIRFLOW, ESP, IN MOTOR OUTSIDE TEMP HUMIDITY POOL CAPACITY CAPACITY HEATING m CFM WG HP AIR (CFM) TEMP CAPACITY (KW) VOLTAGE MCA MOCP LBS IAC-7 ROOM 392 HIGH WALL 494 DIRECT 208V/1 P 0.52 15 LG ARNU183SKA4 OAC-3 {�) (%) (MBH) (MBH) (MBH) IAC-8 ROOM 492 HIGH WALL 494 DIRECT 208V/1P 0.52 15 LG ARNU183SKA4 OAC-3 A4 zo18-o9-28 PERMIT RESUBMITTAL �2Zn/115E�_EL`>=L``tF�1'OAC PTC ONNEZ`T`�SWfTOFt-AND IIT�15MD17Ar YHtRTv'TOTT7�`f` M A`�I 09I'f:......._..... --- - ,.. -- ._........� - _... 1 2018-09-04 CONSTRUCTION SET SERESCO PDU-1 HORIZONTAL 2050 1.0 2.4 460 83 60 83 27.7 54 36 15 480V/3P 38 40 770 NE-004-PS-I-A3NH1202E5E2AN0 (2) PRIOR TO ORDERING, CONTRACTOR TO COORDINATE NTH ELEVATOR MFR OR DATA ROOM EQUIPMENT SUBMITTAL TO ENSURE UNIT CAN ADEQUATELY COOL THE ROOM. (1)(2)(3)(4) (3) PROVIDE CONDENSATE PUMP KIT. 2017-09-06 PERMIT NOTES: (1) PROVIDE REMOTE CONDENSING UNIT. (2) POVIDE STANDALONE 7-DAY PROGRAMMABLE THERMOSTAT (3) PROVIDE MERV 7PRE-FILTER AND MERV 12 FINAL FILTER DIFFUSER SCHEDULE RK ATE VISION SSUE (4) FAN SHALL RUN CONTINUOUSLY ■ PROJECT NUMBER DRAWN BY CHECKED BY CALLOUT DESCRIPTION AIRFLOW FACE SIZE, IN BASIS OF DESIGN (1) 704-004 IN ]MR CD-1 CEILING DIFFUSER 0-1000 12x12 TITUS TMS ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE CD-2 CEILING DIFFUSER 0-2000 24x24 mus TMS THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN POOL REMOTE CONDENSING UNIT EG-1 EXHAUST GRILLE 0-1000 12x12 TITUS 350ZRL CONSENT of THE ARCHITECT. EG-2 EXHAUST GRILLE 0-2000 24x24 TITUS 350ZRL m HILL ARCHITECTS ELECTRICAL EG-3 EXHAUST GRILLE 0-500 12x8 TITUS 350ZRL EQUIP NO. DISCHARGE WEIGHT,VOLTAGE MCA MOCP LBS BASIS OF DESIGN EG-4 EXHAUST GRILLE 0-1000 24x18 TITUS 350ZRL < LD-1 LINEAR DIFFUSER 0-400 48x6 TITUS ML-38 3 SLOT PCU-1 HORIZONTAL 480/3P 5.0 15 90 SERESCO LD-2 LINEAR DIFFUSER 0-400 48x6 TITUS MLR-38 3 SLOT Nc-v-01-Euc-v (1) RG-1 RETURN GRILLE 0-1000 12x12 TITUS 350ZRL MECHANICAL SCHEDULES - NOTES: (1) INTERLOCK POOL WATER CONDENSER WITH DEHUMIDIFICATION UNIT. RG-2 RETURN GRILLE 0-2000 24x24 TITUS 350ZRL RG-3 RETURN GRILLE 0-2500 38x36 TITUS 350ZRL RG-4 RETURN GRILLE 0-1000 12x12 TITUS 350ZRL SG-1 SUPPLY GRILLE 0-1000 18x10 11TUS 30ORL M002 NOTES: (1) ALL DIFFUSERS, REGISTERS, AND GRILLES SHALL BE FACTORY PRIMFr) POP (:I IgTOM PAINTIii[, RY OT14FRS 10 ■ 9 ■ 8 i 7 ! 6 5 0 4 • 3 • 2 1 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 'i 2 / ,1 it' :% 77n - `. I 1 i I I i HILL ARCHITECTS 1 7 5 0 BLANKENSHIP ROAD SUITE 400 F I WEST LINH . OREGON 97063 -- — -- -- ----- -;. —— -- — — --- — — — — — -.:- _ _ _ _ — — a � — ------ — _ -- — — — — --_ __ TEL 503 . 305 . 30FAX 503 . ROS . 30;4 '- n`•, ( � t _17 1 Oi '•� �" 1 Il , • .� �v. .i._.9 -_—rte � _ _ cil - ■ I r W' �� �,r{. .. �. . . . :r '. ,. -. ... • .. :� FY _ _ _Imi1G. ti3'ti t �l!' � :k' II .II ! I ■ v B 3 ,. .... o�n. . _ _ I" t - .. " -'r .. G , - " ¢¢ - 14.,1• D:. t�,.; : . , . . . , ', . ,,. •. . .: �. ...., . " .. : , `; . L I btS 1� is h`' � D �I L� _ vis �� i I - I: 11 - _ D ii 1 I �I r � 7' I 'I' I c-1 I , ;{ I TF I �d - • I .__..__ l I .' _ . '. . .. � I it ,� 'I I I II 1' 1_.J' � t .\- Ilar� �: �.: � Ir L<.:.',' ..i. 1� D _ I _D I , y , i1 ,5z➢q ff I ' u T�. r � � ! _ 1< D i ..,. . :'. . �: .. ENGINEERING, INC I - - - .._ - - ' - - - -,Y - - - - _._ -- 19401 40TH AVE W.,NEERISLUE 30! �. r y. r : r. . . -._J . - '.. �''� ---•I i I; ixr - �. ,. i�._ ,M1, � !' .. ...r. -I,-:-±. D r r .. Ir I r I I ..r - � 'R. ,_� I _, i •, �,��, I:. ( I ._. r,'�I r��Jtl �_,_ _ _ 1� F-- `m l I•,: f-d :. :' 2063643343 TEL J ,�:= k.. r , it it r� , h �' � ; ''i lil' 1 •—`'g `I 'I � L$'a a II 1 CONTACT:JON ROBISON yy I yr . a u:. k-' LI �—, ff. flP.' I 'u:. a r ,. !� k" .. I' Illt'1 , .., I 'i „N° e ! ,.. .. , r �1 !,;.. ,� 0 , r.�a:l r �: �, I. / ” ;'1 W I I `I I I , i. -_JI 'd06 +` ,,.. I ,i .__ ,. �-v. : � �-. I: �; 1.,-. "".J7 I/ I �.x.' ,1. i'I � _ _ i::_- .,> n:l,,:. , „ I :I_,4-_, �. r� ¢�'I_.L I,:�_l�s ,� I r - `_'.� _ y- , .: ,. . .. ;:.. , ,. I. '. - ,:.a.,!�,r Iou�r I _. Sh-_ - ._ '_ - rI --- -. . _ �- I. � :I ��'" �'1_ - - f--- _ oY <r r •''Y�v Iii .r I, n, q, _ _ _.. ,i - _— - — if 4[ a, .,.r_ 'l SFls E it Li, jll I: ,''I II,! (I -" D 1,4 D I r --- 1 �i06 i07 41 I' - L' — ., D I I 1 1 "— j ( :_,! t E, i' FY �{ F t—+_—e— } AFF D - -- - — _ - D IN ss -- — D _ D ANG 5.423 I � i. I D ^ — 6 ' / I OREG rI � 914117 — 1 D e o e e e o o I I ENLARGED PLAN - - - � �Ij �� ENLARGED PLAN-1 ■ ■ N j M201 M301 1l I , M201 M302 H' D II Ilk] �. �— � i t DD r III V ` -- - I . t-- I W 41 I D J b1 : > r J I, �• f: (V 1 N I : j5 6��so.,���PIJi61ti __ i I 5 i V B rL/ tl II [n D D ' � ON IIZIO� !�t ■ I 'III I I it ��=T 1 I fl L+ 1 LI i O j i �'—� I I � i ■ 1`�1 moi:/ O C - -r-3 t ,r ',,I� CP��9� a 4 L _ -- Irl .__._-__.- -_.. F7 I 1 .. 11 !� tl n 0 (D � I KING TWHP-1 4sE «I� E a TWHP-, F� �--i I PSV`^'GSTUD[� I � �I STUDIO CHI 'I �' 14dJr � Ids -- I;; — i n Ir y s I C ❑' 2 (TYP.) I 11 , � I I ■ � I � ti �- i' �I ■ - THIS WIDTH SHOULD BE 311 I SLP: E F s 1 (TYP.) �4 TWHP-1 47 r 14� ji TWHP-1 r I I ! J I I I 1 , i I I I I ; I ' I I , I I ■ i i III ! I ■ I I r� I j3 s ;i m m Al 2018-09.04 CONSTRUCTION SET 2017-09.06 PERMIT MARK DATE REVISIONASSUE ■ ■ PROJECT NUMBER DRAWN BY NECKED BY GENERAL NOTES FLAG NOTES 704-004 IN ]MR 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE ON LOCAL 1. GUESTROOM VENTILATION AIR PROVIDED THRU ALL DRAWINGS AND WRTTEN MATERIAL APPEARING HEREIN CONSTITUTE DETECTION DEVICE OR GENERAL FA ACTIVATION. MECHANICAL UNIT. THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED.USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. 2. ROUTE 4"0 EXHAUST DUCT UP THRU ROOF. REFER m HILL ARCHITECTS TO EXHAUST NOTES ON SHEET M001. 3. INSTALL A DUCT TYPE SMOKE DETECTOR WITHIN 5 Ir a FEET OF EACH FIRE/SMOKE DAMPER. LOBBY FLOOR PLAN LOBBY FLOOR PLAN M201 SCALE: 3/32" = 1'-0" 0 4'` 16' CZ 1n ■ Q ■ R 0 7 0 6 0 S ■ 4 0 3 0 7 ■ 1 10 ■ 9 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 /-1 T�'�Tj I � . ENLARGED PLAN 1 1 L L A RC H I TE CT M200 M300 = 1 7 5 0 BLANKENSHIP ROAD SUITE 400 _ WEST LINN- OREGON 97065 TEL 50" . 305 . 803" FAX 50 1 . 1 5 . 80'14 r� 8A3f1l c - } U1Ewl T# GTO . LAUNDRY _ ---- - P1131, --- -_ -_ - rB OBISON ENGINEERING, INC - -- - -- -.� --- � 19401 40TH AVE W.,SUITE 302 LYNNWOOD,WA 98036 206-364-3343 TEL CONTACT:JON ROBISON RO NG11 PNFF,p`r�0 5,423 LL OREGON RK 9/28/18 w Ill 111 N � � N m r N 7 � ■ EH-2 • - 'o O ll ~i U 0 o � ° 0 � L TLT X24 LOUVER 1OX10 LOUVER FSD 1465 CFM) 1 (150 CFM) ■ EF-4 EF-9 THIS WIDTH SHOULD BE 3" � i FSD GARAGE MAKE-UP AIR PROVIDD THRU v EENTRANCGARAGE E 6,00 CFM) l 24ISCREENED 4 TRANSFER GRILLE OPENING 8 ® 10-APR-2019 ASI-03 Q 2018-10-09 PLUMBING FIXTURE REVISIONS m m A 2018-09-28 PERMIT RESUBMITTAL Al 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISION/ISSUE ■ PROJECT NUMBER DRAWN BY CHECKED BY ■ GENERAL NOTES 704004 IN ]MR 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE ON LOCAL ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE DETECTION DEVICE OR GENERAL FA ACTIVATION. THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED.USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. 0 HILL ARCHITECTS 3. INSTALL A DUCT TYPE SMOKE DETECTOR WITHIN 5 a FEET OF EACH FIRE/SMOKE DAMPER. a GARAGE FLOOR PLAN GARAGE FLOOR PLAN �/( 00 SCALE: 3/32" = 1'-O" 0�' � Z 1 v l2 I 10 0 9 0 8 ■ 7 0 6 0 5 ■ 4 ■ 3 ■ 2 ■ 1 10 , 9 , 8 , 7 , 6 , 5 IN 4 ■ 3 ■ 2 ■ 1 '-1 HILL 6"0 WATER HEATER A R.CHITECTS = 12"X12" EXHAUST PIPE UP TO ROOF = EXHAUST UP 1 7 5 0 6 L A N K E N SHIP ROAD 8x14 OSA THRU ROOF 8x16 OSA DUCT SUITE T o 0 49x22 1602 DUCT TWHP-1 TWHP-1 TWHP-1 TWHP-1 /BEF-1BEEF-1 -1 TWHP-1 SHAFT ID- EXHAUST DUCT WEST LINN . OREGON 97068 16x16 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TEL 50; ;Os . s0,. FAX 50" . ;05 . 80'14 TWHP-1 TWHP-1 EXHAUST DUCT TWHP-1 Q O O D TWHP-1 O Q O O O OT Or Qr FILING SUPPLY GRILLE. O Or OT OT r r 18X18 SHAFTSUPPLYID.UCT UP. Eg F-1 _ _ _ F _— BE BES BEF-1 REF-1 gE� BEF-1 BEF-1 BEF-1� rmBEF-1 BEF-1 BEF-1 1 BEF-1 gEF-1 BEF-1 E� FSD EG-3 B LD 375 ROBISON ENGINEERING, INC _ 100 19401 40TH AVE W.,SUITE 302 CD-1 CD-1 LYNNWOOD,WA 98036 �-m EB F-1 BEF 1 ■� BEF-1 LF_ -EF_ B 206-364,3343 TEL EF-1 - BEF-1 BEF-1 � BEF-1 BEF BEF-1 BEF-1J BEF-1 300 2�0 COYTACTJONROBISON —1 FSD ON O Q OT O Q OT Or CD-1 O O O O O r r r r r r r 750 28x8 SUPPLY AIR ■ O RG-1300 300 DUCT UP THRU ROOF 1 ■ ox .:OUTS DUCTWORK TO PASS RG-1 RG-2 UNDER STEEL BEAM. DUCT Q 120 a CD-1 TO REMAIN IN CEILING. D PROF TWHP-1 TWHP-1 TWHP-1 TWHP-1 - EF-6 =00 NGINFF`sSi E 4"0 EXHAUST DUCT TWHP--1 TWHP--1 TWHP-1 28x8 RETURN AIR ��`' F d DUCT UP THRU ROOF 5,423 y UP TO ROOF, (TYP.) LL TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 'P9 ' TWHP-1 yy BEF—� 28x8 RETURN AIR DUCT OREGON 1 UP THRU ROOF 28x24 GARAGE EXHAUST DUCT. CD-1 1 ARK (6,250 CFM) 34x30 SHAFT ID TWHP-1 300 OSA PROVIDED 82DUCT 00 rW ROUTE DUCTWORK TO PASS 9/28/18 THRU TWHP, (TYP.) OT TOR REMAIER N IN BEAM. O 300 8x8 Al ■ DUCT UP THRU ROOF ■ 10x10 EXHAUST CD TWHP-1 LOUVER (250 CFM . BEF-1 ) 3001 3001 BEF=1 BEF-1 TWHP-1 u, TWHP-1 O C`r'y 12x8 EXHAUST (V OT UP TO ROOF N OT 12x8 OSA DUCT oe TWHP-1 OT TWHP-1 Z / -y BEF-1 @EF-1 O ■ z 12x8 < ■ MM�rr U EG 3 IA FSD Z g 200 B O 14x14 EXHAUST DUCT. , O O 40x20 SHAFT ID. V TWHP-1 TWHP-1 0 r---I E (TYP.) ■ BBF-1 ■ THIS WIDTH SHOULD BE Y 1 (TYP.) TWHP-1 Tn6LHP-1 0 u A 10-APR-2019 ASI-03 m A 2018-10-09 PLUMBING FIXTURE REVISIONS m A 2018-09-28 PERMIT RESUBMITTAL A 2018-09-04 CONSTRUCRON SET 2017-09-06 PERMIT MARK DATE REVISIONASSUE ■ PROIECT NUMBER DRAWN BY CHECKED BY ■ GENERAL NOTES FLAG NOTES 704.004 JN ]MR 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE ON LOCAL 1. GUESTROOM VENTILATION AIR PROVIDED THRU DETECTION DEVICE OR GENERAL FA ACTIVATION. MECHANICAL UNIT. ALL ORAWINC AND UNPUBLISHED MATERIAL APP EAR ARCHITECT CONSTITUTE THE ORIGIN LI AND UNPUBLISHED WORK OF THE ARCHITECTIAND MAT NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIO0.WRITTEN 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. 2. ROUTE 4"0 EXHAUST DUCT UP THRU ROOF. REFER CONSENT OFARCHITECT. nL acna TO EXHAUST NOTES ON SHEET MOOT m Hecrs 3. INSTALL A DUCT TYPE SMOKE DETECTOR WITHIN 5 FEET OF EACH FIRE/SMOKE DAMPER. a a SECOND FLOOR PLAN SECOND FLOOR PLAN SCALE: 3/32" = l'-0" O�L' ' Z 0 i 10 0 9 0 8 • 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 • 1 10 • 9 IN 8 ■ 7 ■ 6 IN 5 ■ 4 ■ 3 ■ 2 ■ 1 m HILL 6"0 WATER HEATER A RC H I TE CT S s 12"X12" EXHAUST PIPE UP TO ROOF = EXHAUST UP 1 7 5 0 E L AN K E N S H I P R O AD 8x14 OSA THRU ROOF 8x16 OSA DUCT SUITE 4 0 0 49x22 16x12 DUCT TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 SHAFT ID - EXHAUST DUCT WEST LINN . OREGON 9 70 68 EXHAUST TWHP-1 TWHP-1 TWHP-1 0 Q O TWHP-1 TWHP-1 TWHP-1 TEL 50'4 . 305 80„ FAX 50: . ;05 . S0,4 TWHP-1 TWHP-1 DUCT TWHP-1 Q Q Q Q Q Q TWHP-1 • r 0 0 ■ A AC (D �* Or Qr O QT O 0 0 [) Q O OO BEF-1 BEF-1 _ _ rBEF-1 BEF-1 BEF-1 BEBEF-1 -- _ F-1 EB F-1 EF-1 BEF-1 1-• BEF-1 BEF-1 BEF-1 � F-1 BEF-1 B Bim_ ROBISON ILI FSD EG-3 B 22x22 SUPPLY DUCT. c� 375 28X28 SHAFT ID. DUCT UPPTHRU AIR ENGINEERING, INC BEF BEF-1 SG-1 u t 1940140TH AVE W.,SUITE 302 _. _m 75 BEF-1 BEF_1 FEE-1 BEF-1 BEF-1 BEF BEF-1 BEF-1 BEF-1 LYNNWOOD,WA98036 �_ BEF-1 FSD 20E36JONR BI -1 B F-1 BEF-1 BEF-1 ---- — .__ _-.. - -._. _ __ - gEF_1 � TWHP-1 CONTACT:JON ROBISON OT OT Or OT TO 28x8 RETURN AIR ■ • RG-1 Or DUCT UP THRU ROOF RG-1 O O EF-7 g TWHP-1 ED PROFFS TWHP-1 TWHP-1 TWHP-1 TWHP-1 - BEF-Qj BEF-1 28x8 RETURN AIR �\cJ���NGINF��s��y 4"0 EXHAUST DUCT TWHP-1 TWHP-1 TWHP-1 Q Q Q Q Q 4 DUCT UP THRU ROOF 5,423 UP TO ROOF, (TYP.) "y LL TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 �� BEF-1 LL O OREGON �(b � 2 � 28x24 GARAGE EXHAUST DUCT.' TWHP-1 (6,250 CFM) 34x30 SHAFT ID a 28x8 SUPPLY AIR TWHP-1 DUCT UP THRU ROOF 9/28/18 �T Qr 0 O ■ ■ 10x10 EXHAUST TWHP-1 Fl TWHP-1 LOUVER (250 CFM) LELEF-1 BEF-1 F-1 BEF-1 TWHP-1 w TWHP-1 ( F w *--4m 12x8 EXHAUST [V �T UP TO ROOF L/-) N rQ 12x8 OSA DUCT TWHP-1 a TWHP-1 Z w � ■ BEF-1 BEF-1 ■ �- O q 12x8 a v EGG 3 FSD IAC-:6 z Q o 200 B �-I O z Or Or XHAUST DUCT. F---440x20 SHAFT ID. TWHP-1 � a TWHP-1 0 BEF-1B1 2 (TYP.) ■ B B F-1 ■ THIS WIDTH SHOULD BE 3" 1 (TYP.) TWHP-1 a rTLWHP-1 O O ® 10-APR-2019 ASI-03 m © 2018-10-09 PLUMBING FIXTURE REVISIONS m A 2018-09-28 PERMIT RESUBMITTAL 0 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISION/ISSUE ■ GENERAL NOTES FLAG NOTES ■ PROTECT NUMBER BY CHECKED BY IN 704-004 ]N 1MR 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE ON LOCAL 1. GUESTROOM VENTILATION AIR PROVIDED THRU DETECTION DEVICE OR GENERAL FA ACTIVATION. MECHANICAL UNIT. ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. 2. ROUTE 4"0 EXHAUST DUCT UP THRU ROOF. REFER CONSENT OF THE ARCHITECT. TO EXHAUST NOTES ON SHEET M001. 0 HILL ARCHITECTS 3. INSTALL A DUCT TYPE SMOKE DETECTOR WITHIN 5 FEET OF EACH FIRE/SMOKE DAMPER. a a THIRD FLOOR PLAN THIRD FLOOR PLAN �/� SCALE: 3/32" = 1'-0" 0' 4' ' Z 1 � �2 O 3 10 • 9 • 8 0 7 0 6 0 5 0 4 0 3 0 2 ■ 1 10 ■ 9 ■ 8 IN 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 m 8 HILL 6"0 WATER HEATER A R C H I T E C T S = 12"X12" EXHAUST PIPE UP TO ROOF = EXHAUST UP 1 7 5 o BLANKENSHIP ROAD 8x14 OSA THRU ROOF 8x16 OSA DUCT $ l! I T E 4 0 0 49x22 EXHAUST DUCT DUCT TWHP-1 TWHP-1 TWHP-1 TWHP-1 /5EF-1 P-1 TWHP-1 WEST 11 N N OREGON 9 70 6 s SHAFT ID , EXHAUST TWHP-1 TWHP-1 TWHP-1 O TWHP-1 TWHP-1 TWHP-1 TEt Soy ,os so„ t:�x so, '05 . 80,4 TWHP-1 TWHP-1 DUCT TWHP-1 Q O � � O O TWHP-1 0 r 0 IAC - 8 T� TQ Q QT 0 � QT 00 BEF 1BEF-1 BEF-1 BEF-1BEF-1BEF-1 - BEF-1BEF-1 BEF-1� rBEF-1 F-1 BEF-1 BEF-1 BEF 1 BEF-1 LBEF-1 22x22 SUPPLY DUCT. FSD EG-3 8 28x8 SUPPLY AIR ■� 375 28X28 SHAFT ID. DUCT UP THRU ROOF 1 �OBISON TO AHU-1 SG-1 ENGINEERING, INC ' ;75 - 19401 40TH AVE W.,SUITE 302 Lj- --- - BEF-1 BEF-1 r 1 BEF-1 BEF-1 BEF-1 BEF-1 � BEF-1 r � BE� LYNNWOOD,WA9E1036 BEF-1 BAF EB F-1 B� F BEF-1 BEF-1 FSD zar3sJONROBL O a QT OO OO BEF-1 TWHP-1 CONTACT:JON ROBISON • RG-1 O 28x8 RETURN AIR ■ (o DUCT UP THRU ROOF o RG-1 D EF-8 TWHP-1 ��p PROFF TWHP-1 TWHP-1 TWHP-1 TWHP-1 � � � - �� BEF-1 � BEF-1 28x8 RETURN AIR �'����N5.23��s/O� UPEXHAUST DUCT TWHP-1 TWHP-1 TWHP-1 Q Q Q Q Q Q `'y . DUCT UP THRU ROOF UP TO ROOF, (TYP-) 'yy LL TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 TWHP-1 BEF-1 OREGON O Ono 28x24 GARAGE EXHAUST DUCT.' TWHP-1 qRk Z O� (6,250 CFM) 34x30 SHAFT ID 28x8 SUPPLY AIR TWHP-1 DUCT UP THRU ROOF 9/28/18 0 (T 10x10 EXHAUST TWHP-1 TWHP-1 LOUVER (250 CFM) LaEF-_J BEF-1: EB F-1 TWHP-1 w w TWHP-1 Qr l—' w ELI 12x8 EXHAUST > (� 0 UP TO ROOF N T 12x8 OSA �. N DUCT TWHP-1 � O � TWHP-1 ■ EB F-1 BEF-3 ■ O .... 12 - - O x EG'-->3 200 FSD Z p c� XHAUST DUCT. 40x20 SHAFT ID. V TWHP-1 a Q TWHP-1 BE� �(TYP.) ■ ■ BEF 1 � B,F 1 THIS WIDTH SHOULD BE 3" 1 (TYP.) TWHP-1 TjWH P-1 v . OTTO V ® 10-APR-2019 ASI-03 m © 2018-10-09 PLUMBING FIXTURE REVISIONS m A 2018-09-28 PERMIT RESUBMITTAL Q 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISION/ISSUE ■ GENERAL NOTES FLAG NOTES �# ■ PROTECT NUMBER BY NECKED BY IN 704-004 )N ]MR 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE ON LOCAL 1. GUESTROOM VENTILATION AIR PROVIDED THRU ITUTE DETECTION DEVICE OR GENERAL FA ACTIVATION. MECHANICAL UNIT. AUDRIGINALAW ANDAND TISHEDEN ORKOFAL THEACHITE ARCHITECT iAY THE BE ORIGINAL AND .USED OR WORK OF THE ARCHITECT AND MAY NOT RE DUPLICATED.USED OR DISCLOSED WITHOUT THE PRI00.WRITTEN 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. 2. ROUTE 4"0 EXHAUST DUCT UP THRU ROOF. REFER CONSENT OF THE ARCHITECT. TO EXHAUST NOTES ON SHEET M001. m HILL ARCHITECTS 3. INSTALL A DUCT TYPE SMOKE DETECTOR WITHIN 5 a FEET OF EACH FIRE/SMOKE DAMPER. a FOURTH FLOOR PLAN FOURTH FLOOR PLAN �/( SCALE: 3/32" = 1'-0" 0�' Z 1 � 2O`er 10 • 9 • 8 • 7 • 6 IN 5 • 4 • 3 • 2 • 1 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 /_1 8 HILL 12"X12" EXHAUST DN 6"0 WATER HEATER EXHAUST A RC H I TE C T S IPE DOWN TO BASEMENT = 1 7 5 0 BLANKENSHIP ROAD 8x16 OSA DUCT SUITE 4 0 0 WEST LINN OREGON 97068 TEL 50" , ',05 . 80"" FAX 50" . '105 . 80,4 38x38 OUTSIDE AIR LOUVER 18" AFF ■ 16x12 POOL EQUIPMENT, 24x54 HORIZONTAL VESTIBULE, RESTROOM 8x14 OSADISCHARGE THROUGH EXHAUST DUCT DN T DUCT EXHAUST DUCT 80xV ER.INTAKE BOTTOM CURB 16x16 EXHAUST E B SF-1 SEE DETAIL 1/1 1 SF-2 LOUVER. 80x80 INTAKE DUCT DN OAC-3 0 LOUVER. nn EF-2 80x80 INTAKE LOUVER �EF-12 Q � � ;, I am g 28x8 SUPPLY AIR ROBISON I 1180 t �}tEF-1 t � UP THRU ROOF x , �Q �0 0 80x80 INTAKE ENGINEERING, INC AHU-1 2 6 1940140TH OD,AVE W.,SUITE 302 El A98036 18x18 0 A LOUVER. LmNwooD,wn9eo3s o DAWN206-3643343 TEL 8 60x24 OUTSIDE AIR �� o INTAKE LOUVER CONTACT:JON ROE1150N ❑ PCU-1 R1U-1 MOUNTED 18" AFF 3 28x8 RETURN AIR • • t '� DUCT UP THRU ROOF LAUNDRY VENT (REF. ONLY) 1 3 2 TFTF1 Ep PRO() 1 NFFss�o ROOF ACCESS HATCH PROVIDE RATED SHAFT `- e 28x8 RETURN AIR �' 5,423 y (REF. ONLY) FOR LAUNDRY VENT AND RTU-2 C] DUCT UP THRU ROOF r LL TERMINATE ON HIGH ROOF I t(ixt n I t LL OREGON i 28x24 GARAGE EXHAUST DUCT. 3 (6,250 CFM) 34x30 SHAFT ID HP-1 28x8 SUPPLY AIR t c DUCT UP THRU ROOF 9/28/18 x :c 1 1 80x80 INTAKE 80x80 INTAKE- 7 LOUVER. ■ LOUVER ■ B 24x48 EXHAUST LOUVER. MOUNT BOTTOM OF LOUVER AT 90" ABOVE ROOF DECK. p 8 1 OAC-4 12x8 EXHAUST UP TO ROOF W w F-11 12x8 OSA w w l DUCT Z) N � � N g � n EF-3� OV h1 C7� ON u SF-3 e z ■ o o �-+ < U zoo o � < 14x14 EXHAUST DUCT. ( ] 40x20 SHAFT ID. O O O O ■ B B THIS WIDTH SHOULD BE 3" Q 4 INLINE GARAGE EXHAUST FAN L 0 / I M 5 5 GEF-1 GEF-2 SL V V 0 00 24x28 I ® 5-JUN-2019 ASI-08 ® 10-APR-2019 ASI-03 m Q 2018-10-09 PLUMBING FD(TURE REVISIONS CID PENTHOUSEROOF PLAN ® 2018-09-28 PERMIT RESUBMITTAL SCALE: 3/32" = 1'-0" 0�8' 16' 1 2018-09-04 CONSTRUCTION SET GENERAL NOTES FLAG NOTES ® 6. PROVIDE DUCT SMOKE DETECTOR. UNIT TO SHUT DOWN 2017-09-06 PERMIT UPON DETECTION OF SMOKE. (TYP.) OF 3. 1. ROOFTOP EQUIPMENT LOCATIONS SHOWN ARE 1. 1" CD DRAIN, UNO. PROVIDE P-TRAP AND CONDENSATE MARK DATE REVISIONASSUE GENERAL. ACTUAL LOCATIONS SHALL BE DRAIN. ROUTE TO NEAREST APPROVED RECEPTOR. 7. PROVIDE HORIZONTAL TRANSITION FOR EXn COORDINATED WITH THE STRUCTURAL DRAWINGS. FACTORY HOOD SCOOP, PART NUMBER LG ■ PROJECT NUMBER DRAWN BY CHECKED BY ■ 2. PROVIDE ROOFTOP UNIT AND ROOF CURB. INSTALL UNIT 704-004 JN ]MR 2. ROOF OPENINGS FOR ROOFTOP UNITS AND EXHAUST AND CURB LEVEL TO ENSURE PROPER SLOPE 8. ROUTE TRANSFER FAN EXHAUST THRU ME FANS SHALL BE COORDINATED WITH THE CONDENSATE DRAINAGE. PROVIDE FLEXIBLE CONNECTORS PENTHOUSE ROOF. MANUFACTURER. ON THE SUPPLY AIR DUCT CONNECTION. TRANSITION ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE DUCT DROPS FROM FULL SIZE OF CONNECTION OPENING THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY 3. LOCATE HVAC OUTSIDE AIR INTAKES AT LEAST TO SIZE INDICATED ON FLOOR PLANS. NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. 10'-0" AWAY OR 3'-0" BELOW EXHAUST FAN AND m HILL ARCHITECT'S VENT DISCHARGE OUTLETS. 3. PROVIDE GAS CONNECTION TO MECHANICAL UNIT. REFER TO PLUMBING PLANS FOR ADDITIONAL INFORMATION. 4. ROUTING & SIZES OF ALL REFRIGERANT PIPING TO BE a a CONFIRMED WITH UNIT MANUFACTURER. 4. ELEVATOR RELIEF HOOD. PROVIDE MOTORIZED DAMPER O T L D BY FI E L S T M. 5. PROVIDE UV PROTECTIVE COARING/COVERING ON ALL ROOF PLAN ELASTOMERIC PIPE INSULATION WHERE EXPOSED TO 5. EXTEND EXHAUST DISCHARGE. SUNLIGHT. 1 ROOF PLAN SCALE: 3/32" = 1'-0" 0� 8' ' M 2 0 5 10 ■ 9 ■ 8 • 7 0 6 0 5 ■ 4 ■ 3 ■ 2 ■ 1 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 HILL ARCHITECTS x 1 7 5 0 BLANKENSHIP FOA D SUITE 400 WEST LINN OREGON 97065 TEL 501 . ;05 - 50"" FAX 50; . :05 50,4 REFER TO SHEET M001 AND RINNAI 24,36 COMBUSTION AIR INTAKE INSTALL MANUAL FOR WATER LOUVER WITH MOTORIZED DAMPER INTERLOCKED TO DRYER OPERATION. HEATER VENTING INSTRUCTIONS. R 36x14 DRYER EXHAUST DUCT �O L/I S O N 20x84 COMBUSTION MECHANICAL ��----MMECHANICAL TERMINATE IN MECHANICAL WELL AIR LOUWELL VER FOR < WELL / vvvvvvvvvvv- WATER HEATERS I ENGINEERING, IN 19401 40TH AVE W.,SUITE 302 LYNNWOOD,WA 96036 206364,3343TEL CONTACT:JON ROBISON J ■ ■ G I 80 I am t[1 I I —J L DRYER 0 0 (REF. ONLY) Rip PROFFS s�O 5,423 y r �-' ROUTE DUCT IN w ( iW51 RATED ENCLOSURE 17 LL OREGON N Q 10 ' EF 1Q 1zm N 120 7. 1 Hm Rk 75-CD-1 T 9/28/18 ` r 0 t IAC-1 ■ /—� / I am m 1 x EH-3 ■ FCU-9 1 107 i _ 120x10 OAC-1 QAC_2 V) 80 1 '/ RG-2 w w G-2 50 m MOUNT CONDENSING W tVENT WATER HEATER t. ' J UP RU ROOF — UNIT HIGH ON WALL 816I N 10x10 TRANSFER GRILLE n aro = W/ SCREENED OPENING /� N 12m 26X10 SCREENED OPENING (1500 CFM)600 AND 6xl OUTSIDEHAIR SDUCTS UP 0 ECU-10 ` N ■ ■ �1J d HR-4 �' I I 120 i 7 = 0 N CD1 m O 0 H _ Q tom 24x28 k4 30X24 SCREEN ■ 28x24 GARAGE EXHAUST DUCT./1OPENING (6,250 CFM) NO2 � THIS WIDTH SHOULD BE 3" � 1 CO 28x24 GARAGE EXHAUST DUCT. (6,250 CFM) 34x30 SHAFT ID ROUTE DUCT ABOVE HARD LID CEILING TO SEPARATE DUCT FROM ELEVATOR EQUIPMENT ROOM V V ® 10-APR-2019 ASI-03 © m 2018-10-09 PLUMBING FIXTURE REVISIONS m A 2018-09-28 PERMIT RESUBMITTAL Al 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMCT MARK DATE REVISION/ISSUE ■ PROTECT NUMBER DRAWN BY CHECKED BY ■ 704-004 IN ]MR ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. 0 HILL ARCHITECTS FLAG NOTES Q a 1. 2. CARBON MONOXIDE (CO) & NITROGEN FLOOR PLAN GARAGE LEVEL DIOXIDE (NO2) SENSORS. MOUNT SENSORS 60" AFF. GARAGEL FLOOR LOOR - SCALE: 1/4" = 1'-0" oz ENLARGED PLAN M300 10 ■ 9 ■ 8 ■ 7 ■ 6 0 5 0 4 ■ 3 ■ 2 ■ 1 J 10 ■ 9 ■ 8 • 7 • 6 • 5 ■ 4 • 3 • 2 • 1 /_1 HILL ARCHITECTS x x 1 7 5 0 BLANKENSHIP ROAD SUITE + 00 WEST LINN OREGON 97068 TEL 50"1 , '105 , 80"', FAX 50, . X05 . S0'1 1 ROBISON ENGINEERING, INC 19401 40TH AVE W.,SUITE 302 LYNNWOOD,WA 98036 2063643343 TEL CONTACT:JON ROBISON 20x24 OUTSIDE AIR LOCATE BELOW 0 PROF INTAKE LOUVER FOR CEILING ��R� G I N FSS 12x24 OUTSIDE AIR 16x12 EXHAUST �trN FFiP �O INTAKE LOUVER FOR DUCT UP ( 5,423 w POOL WATER HEATER _ 1 1 LD-1 LD-1 D�-1 r 16x12 12x12 C{ 120 ( OREGON D7 ( x16 EXHAUST 00 r I I. SIDEWALL GRILL app 300 � 300 O 10 INSTALLED 6" AFF DUCT UP FSD♦ J ( 20 13 v vFSD r 6x12 J Rk ([ ( 100 1 mr, 100,12x12 9/28/18 ( LD-1 LD-1Moro MIT 2 1 0 170 1 _ i morm ( �y 14x10 I 1602 I 26x12 I 1 / 12A � I 80 A?00=,A � 120 I 5 � m ( _i x ao - 00-10200 X00-1 ® ESSL1 ® F� ■ ❑( RG-3 I n� N _ FCU-2 QT ( � HR-1 t ( 001 m4 It' 10x6 120 2x12 8� 0 ( co _ EG-1 EH-4 — ECU 1co . . FSD f� 18x10 0 - 12x12 10x10 g�2�60 12x12 1Ox10 I i-1' '+ � RG 00 � }12x12 � � L 16x12 I � cn3 5 4 LD-2 _ ~� ( J FSD - - - 8x14 OSA DUCT Lp_y In_, 325 N rr I I J _ 2 T 60 UP TO ROOF 32 3 � r ^ ( 2� 140 ff n.. 120 v J N c 1 FSD ( ( STRUCTURAL BEAM FSD 0N x ( LD-1 x _ TRANSFER AIR DUCT I 100 I_ O F= ( STRUCTURAL BEAM z EG-4 BEF 1EF � m BEF 1 BEFEF 1 BEF 1 BEF 1 Elf I--a SIDEWALL GRILL - BEF-1 INSTALLED 6" AFF --. _ _ ----- -1 Q.. OT O QT - x a 0 ( O I1 LD-I EG-1 50 LD-1 LD-1 LD-I ■ 150 ■ — 150 ITIF — �' 1 8x16 8x16 I 1006 �fo[ 12x16 0 THIS WIDTH SHOULD BE 3"� JJ TWHP-1 TWHP-1 TW)AP 1 TWHP-1 TWHP 1 2 (TYP.) TWHP-1 TWHP 1 1 (TYP.) O9 05-MAY-2019 RCP CHANGE ® 10-APR-2019 ASI-03 m m © 2018-10-09 PLUMBING FIXTURE REVISIONS A 2018-09-28 PERMIT RESUBMITTAL Q 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISIONASSUE ■ ■ PROJECT NUMBER DRAWN BY CHECKED BY 704-004 ]N ]MR ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRRTFN CONSENT OF THE ARCHITECT. O HILL ARCHITECTS GENERAL NOTES FLAG NOTES 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE 1. GUESTROOM VENTILATION AIR PROVIDED ON LOCAL DETECTION DEVICE OR GENERAL THRU MECHANICAL UNIT. FA ACTIVATION. 2. ROUTE 4"0 EXHAUST DUCT UP THRUFLOOR PLAN - LOBBY LEVEL FIRST FLOOR - 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. ROOF. REFER TO EXHAUST NOTES ON 3. INSTALL A DUCT TYPE SMOKE DETECTOR SHEET M001. SCALE: 1/4" = 1'-0" Z ENLARGED PLAN WITHIN 5 FEET OF EACH FIRE/SMOKE 3. DUCT SMOKE DETECTOR. UNIT TO SHUT DAMPER. DOWN UPON DETECTION OF SMOKE, 4. 12x12 LOUVER IN LOWER SECTION OF ' ` 0 DOOR M 10 • 9 • 8 • 7 • 6 • 5 • 4 • 3 • 2 • 1 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 /-1 HILL A R C H I T E C T S x 1 7 5 0 BLANKENSHIP ROAD SUITE 400 WEST LINN OREGON 97063 TEL 50' . :05 . 30"" FAX 50" . 405 . 30'1-1 6x14 DRYER EXHAUST DUCT TERMINATE IN MECHANICAL WE MECHANICAL MECHANICAL WELL8x16 OSA DUCT WELL ■ --- __ -UP TO ROOF ■ j T -375350 375 ---- _. - - �FSD 120 120 1 12 I 1 CD-1 MSN ^ ,a - C�1 ( 200 `J 0490 �, -- 'I rr I 16x6 I 24x6 I 80 RG-2 80 I B 6 p� N 175 CD ROBISON FCU-5 175 — ENGINEERING, INC 0 17 19401 40TH AVE W.,SUITE 302 36x6 16x12 200 LYNNWOOD,WA 98036 ❑ z � 8x6 I 8x6 8x6 8X6 206-364,3343TEL HR-2 EG-2 FS O 3 — �� E� FCU—6 CONTACT:JON ROBISON ■ N m v ■ T-FSD 1p 120 I 80 1 =• RG-2 100 TO FCU-7 A T J l :5� 3 rr I 10xi�1 2x12 16x12 I J _ m �5 � � � � � PROCD- F 6"0 WATER HEATER VENT U� _ - �F,R� G I N FSS 4 .TM..R��F 200 tV41I16x12 24x6 ` 18x6 I 2x6 �� F'N5,U-7 o ,x r . N LL LL 6xs 80 I GD-t OREGON 12x12 EXHAUST _ `� 250 DUCT UP - 925 250 g Rk NO FSD HAVE BEEN L 14x1 925 250 PROVIDED DUE TO NO - a 9/28/18 OPENINGS IN CORRIDOR \� I 100 m - FSD J � cD ■ ■ BEF 1 BEF 1 BEF 1 BEF 1 6x10 EXHAUST h � 1 m _ m 6x10 OUTSIDE AIR 1 DUCTS ON 1 ��2001 CD-1 w 200 w ~ W M �R1 N M n N ■ 1v RG-4 ■ < �4 U Q rr tW TO FCU-11 ON 14HP-1 TWHP-1 IJ�1 TWHP-1 Tymp-1 n�1 O dB - r _ CD ON — _ 200 6 e 6 0 O t (TYP.) LC I I I I 14x12 120 2 (TYP.) W-2 28x24 GARAGE EXHAUST DUCT. s 03.0 (6,250 CFM) 34x30 SHAFT ID a0 -it s r ❑ HBA TO FCU-12 10x102x1 100 3300000- RG 2 TO RTU-2 THIS WIDTH SHOULD BE 3" 0� too I � r REE-1 I V V TWHP-1 • (D 0 � - ® 10-APR-2019 ASI-03 TWHP-1 — CD-1 N J Q 2018-10-09 PLUMBING FIXTURE REVISIONS m m 25 12x8 EXHAUST ® 2018-09-28 PERMIT RESUBMITTAL UP TO ROOF GENERAL NOTES FLAG NOTES ;'8EF-1N � 12x6 OSA Al 2018-09-04 CONSTRUCTION SET DUCT N 1. FIRE SMOKE DAMPERS (FSD) SHALL CLOSE 1. GUESTROOM VENTILATION AIR PROVIDED 2017-09-06 PERMIT ON LOCAL DETECTION DEVICE OR GENERAL THRU MECHANICAL UNIT. l FA ACTIVATION. 13EF-1 TO FCU-8 N MARK DATE REVISION/ISSUE 2. ROUTE 4"0 EXHAUST DUCT UP THRU x 2. MOUNT REMOTE THERMOSTAT AT 48" AFF. ROOF. REFER TO EXHAUST NOTES ON -- - DD_ N ■ SHEET MO01. - S 3W ■ 704-00PROJECT NUMBER DRAWN BY CHECKED BY 704-004 IN JMR 3. INSTALL A DUCT TYPE SMOKE DETECTOR WITHIN 5 FEET OF EACH FIRE/SMOKE 3. DUCT SMOKE DETECTOR. UNIT TO SHUT AvLrS 38 � ssL $ DAMPER. DOWN UPON DETECTION OF SMOKE, - i 4 \ TWHP-1 M6- li i( � - - ' MEC -- EG-2 a ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE UU I! I�.JJ w ( 4DD THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY 4. 12x12 LOUVER IN LOWER SECTION OF a nolry� NOT BE DUPLICATED.USED OR DISCL05EO WITHOUT THE PRIOR WRITTEN F THE ARCHITEC7. DOOR V 10 - - O CONSENT HILL ARCHITECTS Q / s 1 - s 16x12 7" 14x12 FLOOR PLAN - LOBBY LEVEL 12x 200 FS , FIRST FLOOR - SCALE: 1/4" = 1'-O" oz ENLARGED PLAN - - 'EXHAUST DUCT. 20x20 SHAFT ID. L M302 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 0 2 ■ 1 10 9 8 7 6 5 4 3 2 1 • i i ' , - - n i■i i. ■ -�■ mn■i __ - n, i•i•u .i■ 1 i■ i a .• - - ii iii ii I.i ■ ii --i - — - . .ui . • - - - iii i• - - / - - - - ♦ ii . iQIP/ .u. i i .,.ir ■. - id.�nu ■ii ii>LYOin i .. .i - - - - r•.■ r I. i i 1■101imi•r.ii I. IlNu u.. - i IN ii ii 111 i iu i1 1 awassiMmi- - . IN ■ u i W_ _ _ I IN - ii ■ i-i n (B) I LL ARCHITECTS (A) ACCESS DOOR SASH LOCK 175 o L7 L A N K E N S H I P ROAD ( BUTT HINGE (E) S U I TE 4 00 1 x OR PIANO / 1 (C} WEST LINN. OREGON 97068 HINGE j LINED DUCT TEL 503 , 305 . 8033 FAX 503 . 305 . 8034 TYPICAL A H U UNIT " SASH LOCK 1 OR LOCK � / DUCT NEOPRENE GASKET GASKET m GAS COCK TYP ( ) NAILER ------(p} NOTES: ■ PLUGGED TEE ACCESS DOOR SASH LOCK OR LATCH DETAIL SEISMIC ANCHORAGE �' �� (A) RETAINING ANGLES, LAP OPENING 1 " MINIMUM `�,yAND COVER CORNERS OF OPENING. ROOFING DUCT (F) (B) CLEARANCE BETWEEN WALL AND SLEEVE BOTH PREFAB CURB DIMENSIONS. ROOFTOP UNIT BY UNIT MANUFACTURER --�� 1 FOR FLASHING AND INSULATE OR LINE COUNTER FLASHING {C STEEL SLEEVE. UNION SEE ARCH. DRAWING IF SUPPLY DUCT IS D APPROVED COMBINATION FIRE/SMOKE DAMPER. STEP FLASHING --._-� INSULATED OR LINED � � (E) SECURE RETAINING ANGLES TO SLEEVE ONLY. ROOF (F) SECURE DAMPER TO SLEEVE. 0 DRIP LEG � ACCESS DOOR INSULATE NOTES (G) CONNECT DUCT TO SLEEVE WITH BREAK-AWAY ca OR LINE IF DUCT IS 1. REFER TO HVAC DUCT CONSTRUCTION (H) CONNECTION (TYP). Roovm%ISON INSULATED OR LINED) STANDARDS FOR METAL GAGE (H) ACCESS DOOR, SIZE TO MEET AHJ REQUIREMENTS REQUIREMENTS. {G} (6x6 MINIMUM) . ENGINEERING, INC TO GAS LINE n 19401 40TH AVE W.,SUITE 302 2. CONSTRUCTION AND AIRTIGHTNESS a SECURELY ANCHOR CURB SHALL BE SUITABLE FOR THE L�206364,3343gTE13S 1 . COMPLY WITH SMACNA FSRDIG AND MANUFACTURER'S ISOMETRIC DUCT PRESSURE CLASS USED. INSTRUCTIONS. CONTACT:JON ROBISON TO THE ROOF STRUCTURE 2. DAMPER FREE AREA SHALL BE MINIMUM 90% OF AREA OF CONNECTING DUCT. INCREASE DAMPER SIZE AND PROVIDE TRANSITIONS TO CONNECTING ■ DUCTS AS NECESSARY TO MEET THIS REQUIREMENT. RTU GAS CONNECTION ROOFTOP AIR HANDLER MOUNTING DUCT ACCESS DOOR COMBINATION FIRE /SMOKE DAMPER INSTALLATION DETAIL 10 DETAIL DETAILDETAIL ��� PR°FFS �� GIN£ S, 7 4 1 �,� �,N F� o� SCALE: NONE M400 M400 M400 SCALE: NONE M400 5,423 r SCALE: NONE SCALE: NONE u- OREGON Rk 9/4/17 ■ ■ lx2" ANCHOR BREAK TOP FOR (A) w PVC SINGLE PLY MEMBRANE I STRUCTURE DRAINAGE (E) NOTES: w w y AS SACRIFICIAL PAD CONICAL 1 DUCT (A) RETAINING ANGLES, LAP OPENING 1 " MINIMUM w CONNECTION --- AND COVER CORNERS OF OPENING. DURA-BLOCK #DB1O SUPPORT �12 GAx2" L ROOFTOP DUCT THERMAL/ACOUSTICAL (C) CLEARANCE BETWEEN WALL AND SLEEVE.WIRE SIZE PER PLANS DUCT LINING W/RIGID �B) C) STEEL SLEEVE. HYDRA-ZORB ISOLATING CUSHION UNIT (2) ONEACHEND MIN. c� WEATHER JACKET o (D) APPROVED FIRE DAMPER (CURTAIN OR BLADE CLAMP WITH ISOLATOR D TYPICAL FOR ALLTYPE). .gig APPROVED ( c "1 SUPPLY DUCT-- - INSULATED FLEXIBLE EXPOSED DUCT) (E) SECURE RETAINING ANGLES TO SLEEVE ONLY. f ROUND DUCT �F� SECURE DAMPER TO SLEEVE. Q` (2) 12 GAGE SAFETY CONTINUOUS SOLDERED (D) G CONNECT DUCT TO SLEEVE WITH BREAK AWAY o .ate WIRES CONNECTION (TYP) .. MANUAL VOLUME DAMPER _ 8" ROOF CURB JOINT TO DUCT FOR �1 z SQUARE TO ROUND WATER-TIGHT (H) ACCESS DOOR, SIZE TO MEET AHJ REQUIREMENTS ■ CEILING GRID ADAPTER PENETRATION (TYP) CONSTRUCTION (F) (6x6 MINIMUM) . CEILING TILE OPPOSED BLADE DAMPER `- \ CEILING DIFFUSER ROOFING AND FLASHING 3"MIN. CURB CAP z ca DRAIN PLUG \ D -�� INSTALLED PER I I (H) �7 1 . COMPLY WI TH SMACNA FSRDI G AND MANUFACTURER'S TERMINATE DRAIN AT APPROVED MANUFACTURES I i I / I NSTRUCTI ONS. Q RECEPTOR ON ROOF REQUIREMENTS ` 2. DAMPER FREE AREA SHALL BE MINIMUM 90% OF � ` NOTES: f I ! I --� AREA OF CONNECTING DUCT. INCREASE DAMPER 1, WHERE HEADROOM PERMITTED r'=3 SIZE AND PROVIDE TRANSITIONS TO CONNECTING SLCONNECT ON O DIFFUSER ( I Ir1l (G) HALDUCTS AS NECESSARY TO MEET THIS REQUIREMENT. o 2. FLEXIBLE DUCTS 5'-0" MAXIMUM n ~ IN LENGTH, UON. U ROOF DECK AND SHAFT �' G STRUCTURE PER PLANS U CONDENSATE DRAIN DIFFUSER CONNECTION DUCT PENETRATION THROUGH ROOF FIRE DAMPER INSTALLATION ■ R T E THIS WIDTH SHOULD BE 3" DETAIL 11 DETAIL 8 DETAIL 5 DETAIL 2 SCALE: NONE M400 SCALE: NONE M 000 SCALE: NONE M400 SCALE: NONE M400 U V TYPICAL CU SUPPORT FROM RATED SHAFT FLEX DUCT CONNECTION � � FROMCTUCEL NG PERE SMCNA NDENT BY OTHERS DUCT INSULATION NOT REQ'D. MIN TO PLENUM SEE MECHANICAL STANDARDS SUPPLY AIR = 70' F PLANS FOR SIZES. XXXXXXX X MIN. 1Y2" CLEAR �� SEE PLANS FOR 1 FACTORY SUPPLIED PLENUM ALL AROUND DUCT DIMENSIONS xxxxxxxx ' W/ACOUSTICAL LINING m SECURE UNIT TOI INSULATED INSULATION To x xco PAD USING I REFRIGERANT STAINLESS STEEL I LINES SCREWS. TYPICAL I � _ x 2" FOR DUCT TAKEOFF FIRE SMOKE DAMPER FOR (6) LEGS�i DUCT I X AND CONNECTION /�ACTUATOR I 1\ 2018-09-04 CONSTRUCTION SET DAMPER - DRAW BAND CONNECTOR (TYPE) X _ %'�.-�-�METAL MOUNTING LEVELING 2017-09-06 PERMIT �' 4 _ STRIP. (4) PER PLENUM MIN. 1" STEEL ANGLE NOTE: PER MANUFACTURER ' = ALL VOLUME DAMPERS PROVIDE WITH CEILING OPERATED �� INSTRUCTIONS MARK DATE REVISION/ISSUE PLASTIC 2" HIGH SHALL BE ACCESSIBLE DAMPER OPERATOR IN ALL i TOTALINE PAD KEYED DRIVE SPINDLE BEARING FOR ADJUSTMENT AND INACCESSABLE INSTALLATIONS JJ LL- WALL ROOF LOCATED WHERE ■ PROJECT NUMBER DRAWN BY CHECKED BY ACCESS-- BOWDEN CABLE CONTROL BY 704-004 ]N ]MR -� 2._0r � -- 3/8" LINK ROD REQUIRED FOR SYSTEM YOUNG REGULATOR OR EQUAL ONE LAYER OF BY VENTLOK BALANCE. PROVIDE I 18" MIN LENGTH _ ROOFING REMOTE VOLUME DAMPERS -- -- —— REQ'D FOR OUT OF /\ /\ /\ /\ t SIDEWALL SUPPLY ALL DRAWINGShND WRITTEN MAI`EIUAL APPEARING HEREIN CONSTITUTE MEMBRANE —� �_ AS REQUIRED. �./� WALL FSD SLEEVE & J V \� V \ THE ORIGINALAND UNPUBLISHED WORK OFTHEARCHITECTAND MAY CEILING COVER PLATE PAINT CAP TO MATCH CEILING GRILLE W/OBD NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CAR—II REGULATOR CONSENT OF THE ARCHITECT. SEE ARCH. PLANSFOR CEILING CONST. C HILL ARCHITECTS SUPPLY SLOT DIFFUSER ACCESS TO FSD GRILLE OR DIFFUSER WITH SEE MECHANICAL PLANS ACTUATOR VIA REMOVING FLANGE TO COVER SLEEVE. <FOR TYPE AND SIZES GRILLE & OBD REFER TO PLANS FOR DETAILS AND GRILLE SIZE CONDENSING UNIT MOUNTING DETAIL REMOTE VOLUME DAMPER LINEAR DIFFUSER MOUNTING OUT OF WALL FIRE SMOKE DAMPER INSTALLATION DIAGRAMS DETAIL 12 DETAIL 9 DETAIL 6 DETAIL 3 SCALE: NONE M400 SCALE: NONE M400 SCALE: NONE M400 SCALE: NONE M400 M400 10 • 9 8 7 6 5 • 4 3 0 2 0 1 10 ■ 9 ■ - 8 ■ 7 - - - 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 _ - , . - • �r , i - _ - } i .�ii,JJ', yin n .m ii7i . • qui i .� r i,i ,i , - wn i ..- _ _ _ � Ln. i - ii . nm •. fin nuu - •i iia ii iuJ�rYif i ii , u is — ii iii . m . , i - ,iu ni w i lu _. - - i _ _ CEILING 2" X2" OR2" X4" FRAME ALL SIDES WALL SLEEVE FURNISHED WITH UNIT, 24 GAUGE GALVANIZED HOOD u - T L t ? INSTALL SLEEVE PER MANUFACTURER'S J 1 1 j L K_ t INSTALLATION INSTRUCTIONS. A 3Z /// A R C H I T E C T S ,.r.. .. UNIT SLEEVE. (T❑ BE 1750 BLANKENSHIP ROAD CAULKED ALL AROUND) -�_ SEAL AROUND SLEEVE ON ALL FUR SIDES UNRATED CEILING CEILING ACCESS PANEL PER MANUFACTURER'S INSTALLATION S u 1 TE 4 0 0 INSTRUCTIONS. ---► EXHAUST AIR WEST L I N N, OREGON 9 7 0 6 8 V LOUVERED DISCHARGE GRILLE 1 �" TEL 503 . 305 . 8033 FAX 503 . 305 . 8034 DUCT PENETRATION S D E V E W ►j ALUMINUM ARCHITECTURAL STYLE GRILLE FURNISHED WITH UNIT, 45' GRILLE TO BE FACTORY PAINTED TO MATCH EXTERIOR WALL ■ RATED WALL OR FLOOR <= ,/ATTACH HOOD WITH "S" CLIP AND ■ ,J RETURN AIR C=:> / FASTEN WITH SCREW AIR FILTER \ NOTE: j/ II SEAL ALL SLEEVES AND WALL " / 24 GAUGE GALVANIZED ROOFING MATERIAL FINISHED FLOOR MIN, 3-1/4' A,F,F. ( � I PENETRATIONS PER MANUFACTURER'S 6 A / FLASHING f INSTALLATION REQUIREMENTS 1' / 1 1` UNISTRUT PROVIDE APPROVED AND DRAIN KIT FOR FIRST, SECOND, ca LISTED FIRESTOPPING _ SPRING ISOLATOR, THIRD AND FOURTH FLOOR UNITS •a —8"--► SYSTEM AT DUCT MASON 30N OR EQUAL. �:� (FURNISH WITH UNIT) ROOF DECK PENETRATION. 4" ROBlSON . DRYER EXHAUST DUCT FACTORY SUB—BASE `� ENGINEERING, INC WITH POWER CORD ' —RUN CONDENSATE DRAIN DOWN 194LYNN01 THAVEW. 9803SUITE soz LYNNWOOD,WA 98436 WALL. SEE PLUMBING PLAN FOR 206.364-3343T& CONTINUATION. CONTACT.JON ROBISON NOTE: SIZE WIDTH OF HOOD TO THE NUMBER OF DUCTS, ■ END VIEW ALLOW 1/2- AROUND DUCTS. ■ FIRESTOPPING PENETRATION FAN COIL UNIT MOUNTING PACKAGED TERMINAL HEAT PUMP EXHAUST DUCT ROOF HOOD DETAIL � ° PR°DETAIL 10 DETAIL 74 DETAIL SCALE: NONE M401 SCALE: NONE M401 SCALE: NONE M401 SCALE: NONE M401 5,423 r U OREGON Rk 9/4/17 THREADED ROD ATTACH TO STRUCTURE, (TYP) v� a-- 18 GA GALV STEEL HOOD OUTDOOR JACKETING WITH WATER- TIGHT JOINTS. 9 EXHAUST FAN TO ELBOW USE SS FASTENERS M401 FILL VOID WITH URETHANE EXHAUST FAN • FLEX CONNECTION � �45 /� FOAM INSULATION (TYP) HOUSING STRAP DUCT TO a , xxxxxxxxxxAxxXAAA BIRDSCREEN HORIZONTAL SUPPORT _ w BDD f --- -- - -- - - --- SUPPORT LIP MEMBERS (NO FAST- J.xxxxxxxxxxxxxxxxx "' - �' ENERS TO DUCT) Lu F 2x2xl6 GAGE OR 2x2 TUBE < } SECURE TO CURB, h7 SS STEEL VERTICAL SUPPORT, > N 6" < LAG BOLTS, MIN 2 PER ROOF CURB BY FAN `� HEIGHT AS REQUIREDcI [� '-{ - SIDE, SILICONE SEALANT , 2hx2}2xl6 GAGE OR ROOF CURB < IN HOLE PRIOR TO BACKDRAFT MANUFACTURER FORMED STEEL CHANNEL LAG BOLT VERTICAL oe ASSEMBLY (REF} %< j. INSERTING BOLT (TYP) HORIZONTAL MEMBERS SUPPORT MEMBER / DAMPER CANT STRIP & R THRU BED OF MASTIC i — --- :< FLASHING REF — �' < ROOF I ./' ��� o a < a ARCH. ROOFTOP DUCT 22 GAGE CAP Q ■ I < FLASHING (REF) ■ z 0 - I - - - - ROOFING (REF) 4x6 TREATED H a WOOD (REF)MOTOR ROOFING AND SPRING ISOLATOR, (TYP) o — ! a INSULATION (TYP) � RIGID ROOF CANT STRIP (REF) a z 0.5" WIRE MESH SCREEN INSULATION — �— INSULATION (REF) • ROOF DECK (REF) PLENUM (SAME SIZE AS LOUVER) PIPING a LOUVER FLASHING COLLAR ANDLEVEL CURB SUPPORT '�,/'� I ROOF DECK (REF) 2x4 NAILER (REF) o SEALANT, FASTEN TO DECK OPENING IN DECK DUCTWORK AS o - TO MATCH CURB ID NOTED ON PLANS REF STRUCT. ■ INLINE EXHAUST FAN PIPE PENETRATION THROUGH ROOF ROOF EXHAUST FAN ROOFTOP DUCT SUPPORT ■ THIS WIDTH SHOULD BE 3" DETAIL � � DETAIL 8 DETAIL 5 DETAIL 2 SCALE: NONE M401 SCALE: NONE M401 SCALE: NONE M 001 SCALE: NONE M401 OUTDOOR UNIT PER PLANS. MOUNT TOP OF UNIT 6" FROM UNDERSIDE OF INSULATION PIPING AND ELECTRICAL-? PER 'FRONT VIEW' r r,V, i;�i.�i�i, % GARAGE CEILING SPRING ISOLATOR MASON r , •' 30N DOUBLE DEFLECTION SPRING/RUBBER ISOLATOR D ■ = (OR EQUAL). 1,_0. ALL THREAD. ■ REFRIGERANT -�1--s STRUCTURAL ENGINEER ' a� TO PROVIDE SIZING LIQUID LINE POWER FROM -- REFRIGERANT � j DISCONNECT TO AND MOUNTING DETAILS TYPICAL DUCT THRU ROOF ROOFTOP DUCT SUCTION LINE -.�z- OUTDOOR UNIT POWER TO THE INDOOR J 1� DRAIN PAN PENETRATION. SEE UNIT (BY OTHERS) i •, F ' ', ;I-'--,- M400 2" EACH SIDE THERMOSTAT WIRE _ POWER FROM THE ELECTRICAL PANEL INSIDE ��---UNISTRUT SUPPORT DRAIN PAN WITH 3/4" THE UNIT TO THE m TIE WIRE ® 45 DEGREES DRAIN CONNECTION DISCONNECT FOR THE `�+ : PROVIDE CONNECTION TO WALL 20 GAGE STRAP DUCT SUPPORT FRAME TIED TO UNISTRUT AND OUTDOOR UNIT (BY EC) TO MINIMIZE SWAY. MOUNT VERTICAL GAGE ATTACHED TO CEILING - , ' — SUCH THAT VIBRATION IS NOT Iii Joh VERTICAL MEMBER, DISCONNECT AND TRANSFERRED TO THE WALLE) 2x2}�x16 GAGE AlCONDENSATE FROM RECEPTACLE (BY EC) THOUGH THE ALLTHREAD. TREATED WOOD (REF) HORIZONTAL MEMBER / 2018 09-04 CONSTRUCTION SET THE OUTDOOR UNIT MOUNT CONDENSING UNIT .'- DRAIN PAN ON NEOPRENE MOUNTS DISCONNECT AND SPRING ISOLATORS NAILER (REF) zon-o9-o6 PERMIT RECEPTACLE (BY EC) 1W DEFLECTION (TYP) L ROOFING (REF) SARK DATE REVISIONnssuE ■ no : G _ a ♦• ♦ d a ■ PROJECT NUMBER DRAWN BY CHECKED BY AP • ♦: :^ a •a � 704-004 IN ]MR ♦ . . . . . _. EXHAUST • BEYOND FRONT VIEW SIDE VIEW ROOF DECK (REF) ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE ' EXHAUST SUPPLY THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY COORDINATE GARAGE DRAIN ,• NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN R R F\ CONSENT OF THE ARCHITECT, FOR INDIRECT OVERFLOW C. HILL ARCHITECTS FROM CONDENSATE PAN NOTE: SUSPEND CONDENSER FROM CEILING ON TRAPEZE TYPE MOUNT SECURED UNI-STRUT EET OFSECURED OUNT 12"TO CEILINGOM WITH 4LL.HILTI TYPE ANCHORS.UNT USING 2 SECTIONS C SUSPEND DF ¢ DETAILS AND CONDENSERS WITH ALL-THREAD ATTACHED TO UNI-STRUT WITH STRUT NUTS. CONDENSING UNIT INSTALLATION PROVIDE BASKET_ SPRING ISOLATORS WITH SIESMIC RATED SPRINGS. _ _ UTILITY FAN MOUNTING ROOFTOP DUCT SUPPORT DIAGRAMS DETAIL 9 DETAIL 6 DETAIL 3 M 401 M 401 SCALE: NONE M 401 SCALE: NONE SCALE: NONE M401 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 10 i 9 8 0 7 0 6 5 ■ 4 ■ 3 2 i 1 HI1L ARCHITECTS x x 1750 BLANKENSHIP ROAD SUITE 400 WEST LINN. OREGON 97068 TEL 503 . 305 . 80313 FAX 503 . 305 . 8034 r/ c� ROBISON ENGINEERING, INC 1940140TH AVE W.,SUITE 302 LYNNWOOD,WA 98036 206-3643343 TEL HP-1 CONTACT:JON ROBISON ■ — - - - — - - -- - - - ---- ------ — — - - -- --- - -- -- — ---- -- -- --- -- ------- ----- — - - - - --- --- ROOF �E9 PROFFS NG I NeF�'S/0 5,423 r OREGON Rk 9/4/17 FOURTH FLOOR ■ ■ W Lu Lu � � N m rn N THIRD FLOOR V ` 0 T z U Z [- u J � Q a IL a o SECOND FLOOR ■ ■ THIS WIDTH SHOULD BE 3" I i FCU-8 � t CU-1 � I FCU—5 t FCU-11 1 FCU-6 t I FCU-12 I CF U_2 I t FCU-7 i FCU-3 R-2 R-1 I I FCU-4 u v - - --- - - - --- -- -- - -- ------- -- — — – FI ST FLOOR ■ � I FCU-9F-I ■ I I FCU-10 m GROUND FLOOR co 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISIONASSUE ■ ■ PROJECT NUMBER DRAWN BY CHECKED BY 704-004 IN JMR ALL DRAWINGS AND WRITTEN MATERIA(.APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. C HILL ARCHITECTS Q Q VRF PIPING RISER DIAGRAM VRF PIPING RISER DIAGRAM SCALE: NONE 410 10 9 8 ■ 7 • 6 5 ■ 4 3 2 ■ 1 10 • 9 • 8 ■ 7 ■ 6 • 5 ■ 4 ■ 3 ■ 2 ■ 1 I Ll ARCHITECTS 1750 BLANKENSHIP ROAD SUITE 400 WEST LINN, OREGON 97063 TEL 503 . 305 . 3033 L, X 503 . 305 . 8034 ■ ■ c� AHu-1 ROBISON ENGINEERING, INC 40TH AVE W.,SUrrE SF 1 SF-21940 YNNWOOD,WA 98036382 EF-1 EF-12 EF-2 2g6.3643343 TEL ---- -- x --- CONTACT:JON ROBISON ---------------- ---- _ ROOF 00 SG-1 x • - -- -- -- - -- -- -- -- 750_ co ■ - - ----- -- -- -- -- .► EG-3 375 QED PROGIN fiFs 5,42 r cfl d. LL co x U- OREGON Oa Rk FOURTH FLOOR FOURTH FLOOR 9/4/17 SG-1 750 A EG-3 375 SUPPLY FOR CORRIDOR (TYP.) 00 s 03 x x r- co X r x Lon Lu w > N THIRD FLOOR _ THIRD FLOOR N m n { , N Z � A* ��� - - - -- - --- - -- - -- --- --- --- -- --- -- --- — -- - ��1 ""x'11 CTN ■ CD-1 375 ■ z o RATED SHAFT(TYP.) 750 " v F- z FSD (TYP.) G? z O L/) w Q p � � H SECOND FLOOR SECOND FLOOR EXHAUST FOR EG-1 G-1 EG-1 EG .2 EG-1 EG-1 EG-1 375 200 EXHAUST FOR 100 850 50 OSA DUCT TO FCU 1-4 200 200 OSA DUCT TO FCU 5-7 ■ CORRIDOR (TYP.) POOL (TYP.) SEE M301 FOR DETAILS SEE M302 FOR DETAILS ■ EXHAUST FOR EXHAUST FOR CORRIDOR (TYP.) c i OFFSET IN THI5 WIDTH SHOULD BE 3" FITNESS _ ' LEVEL 1 CEILING OFFSET IN LEVEL 1 CEILING FIRST FLOOR - --- _ FIRST FLOOR EG-2 EG-2 EG-2 100 50 75 OSA DUCT TO FCU 9, 10 SEE M300 FOR DETAILS GROUND FLOOR GROUND FLOOR A 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISION/ISSUE ■ ■ PROJECT NUMBED DRAWN BY CHECKED BY 704-004 IN ]MR ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE - THE ORIGINAL AND UNPUBLISHED WORK Of THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT Of THE ARCHITECT. cl ILL ARCHITECTS Q Q DUCTWORK RISER DUCTWORK RISER DIAGRAM DIAGRAM SCALE: NONE M4_2_0 10 • 9 • 8 • 7 • 6 • 5 • 4 • 3 • 2 • 1 -. 10 • 9 • 8 • 7 • 6 • 5 • 4 • 3 ■ 2 ■ 1 HILL ARCHITECTS 1750 BLANKENSHIP ROAD SUITE 400 NEST LINN. OREGON 97068 TEL 503 . 305 . 8033 FAX 503 . 305 . 5034 ■ ROBISON GEF-2 ENGINEERING, INC GEF-1 rr�— SF-3 1940140TH AV WA SU XrTE 302 1� EF-3 EF-11 8X2 06.3643343 TEL ROOF 0-amu-,, �,� << _ -- CONTACT.JON ROBISON - - - -- _ ROOF x �► EG-3 200 RED PROGIN FFS 5,423 y r ti w OREGON Rk FOURTH FLOOR FOURTH FLOOR 9/4/17 • A EG-3 ■ 200 X x V) THIRD FLOOR THIRD FLOOR m 04 r- 0 o�04 EQ-3 C4 200 O O z C7 z O con X SECOND FLOOR SECOND FLOOR Lr OSA DUCT TO EG-3 EG-1 FCU 8, 11, 12 200 400 EXHAUST FOOD - THIS WIDTH SHOULD BE 3" EXHAUST FOR PREP (TYP.) CORRIDOR (TYP.) FSD (TYP.) RATED SHAFT(TYP.) FIRST FLOOR _ - _ FIRST FLOOR U 30x24 SCREEN OPENING (6250 CFM) GROUND FLOOR GROUND FLOOR m m 2018-09-04 CONSTRUCTION SET 2017-09-06 PERMIT MARK DATE REVISIONASSUE ■ ■ PROJECT NUMBER DRAWN BY CHECKED BY 704-004 IN ]MR ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED.USED OA DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT- c- HILL ARCHITECTS d d DUCTWORK RISER DUCTWORK RISER DIAGRAM DIAGRAM SCALE: NONE M421 10 • 9 • 8 • 7 • 6 • 5 • 4 • 3 • 2 • 1 10 9 ■ 8 ■ 7 ■ 6 5 4 3 ■ 2 1 I-� ILL ARCHITECTS x x 1750 BLANKENSHIP ROAD Economizer cooling is not required for new cooling systems serving a new dedicated computer server room,electronic equipment Exception(s): S U I T E 4 0 O room or telecom switch room in existing buildings up to a total of 240,000 Btu/hr of new cooling equipment. ❑ Requirement is not applicable. WEST L I N N. OREGON 9 7 O 6 8 Plans reference page/section: TEL 503 _ 305 . 5033 FAX 503 . 305 . 5034 ❑ 5. Variable air volume fan control.Individual VAV fans with motors of 10 hp or greater are driven/controlled in the manner specified by this COMcheck Software Version 4.0.7.2 Review Plans reference page/section: ed COMcheck Software Version 4.0.7.2 Review section. ❑ 6. Building thermal envelope insulation.An R-value identification mark is applied(by manufacturer)to each piece of insulation 12 Envelope C o m p I i a n c e Certificate Mechanical Complianee C e rt certification listing the type, Plans reference page/section: manufacturer and R-value of insulation installed.Refer to code section for blown or sprayed insulation installation/settling depths and ■ requirements. ■ ❑ 6. Heat rejection equipment fan speed control.Each fan powered by a motor of 7.5 hp or larger has the capability to operate that fan at marker req ■ two-thirds of full speed or less,and has controls that automatically change the fan speed. ❑ 7. Insulation mark installation. Insulating materials are installed such that the manufacturer's R-value mark is readily observable upon inspection. Plans reference page/section: Section 1 : Project Information ❑ 8. Insulation product rating.The thermal resistance(R-value)of insulation has been determined in accordance with the U.S.FTC R-value Section 1: Project Information rule. Requirements Specific To: TWHP-1 Ener Code:2014 Oregon Ener Efficiency Specialty Code ❑ 9. installation.All material,systems and equipment are installed in accordance with the manufacturer's installation instructions and the 9Y 9 Energy Y P tY Energy Code: 2014 Oregon Energy Efficiency Specialty Code ❑ 1. Energy recovery ventilation systems.Individual fan systems that have both a design supply air capacity of 5,000 cfm or greater and a Project Title: Hampton (nn&Suite International Building Code. minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. p Project Title: Hampton strInn c Suite PP Y P 9 9 PP Y q tY gY rY Y Project Type: New Construction" ❑ 10.Outdoor air intakes and exhaust openings.Stair and elevator shaft vents and other outdoor air intakes and exhaust openings integral Project Type: New Construction Exception(s): Envelope Compliance Method: Simplified Trade-Off to the building envelope shall be equipped with not less than a Class I motorized,leakage-rated damper with a maximum leakage rate Envelope Compliance Method: Simplified Trade-Off ❑ Where energy recovery systems are prohibited by the International Mechanical Code. Construction Site: Owner/Agent: Designer/Contractor: of 4 cfm per square foot at 1.0 inch water gauge when tested in accordance with AMCA 500D.Stair and shaft vent dampers shall be 9 (] Systems serving spaces that are not cooled and are heated to less than 60°F. 11795 SW 96th AVE capable of being automatically closed during normal building operation and interlocked to open as required by fire and smoke detection Construction Site: Owner/Agent: Designer/Contractor: LlWhere more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy. Tigard,OR 97223 systems. 11795 SW 96th AVE Exception(s): RowBISON Exception(s): Tigard,OR 97223 ❑ Type 1 kitchen exhaust hoods. Building Location(for weather data): Tigard,Oregon ❑ Requirement is not applicable. ENGINEERING, INC ❑ Cooling systems in climates with a 1-percent cooling design wet-bulb temperature less than 64°F(18°c). Section 2: Genera! Information Climate Zone: 4c ❑ Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the Vertical Glazing/Wall Area Pct: 15% 19401 40TH AVE W.,SUITE 302 Plans reference page/section: LYNNWOOD,WA 98036 evaporative coil is located upstream of the exhaust air stream. Building Location(for weather data): Tigard,Oregon Buildina Use:Area Tvoe Floor Area 206-364.3343TE1. ❑ Systems exhausting toxic,flammable, paint exhaust,corrosive fumes,or dust. Climate Zone: 4c ❑ 11.Loading dock weatherseals.Cargo doors and loading dock doors are equipped with weather seals to restrict infiltration when vehicles 1-Hotel :Nonresidential 22979 CONTACT:JON ROBISON ❑ Laboratory fume hood systems that include qualifying features. are parked in the doorway. Section 3: Mechanical Systems list Exception(s): Plans reference page/section: Ll Requirement is not applicable. Section 2: Envelope Assemblies and Requirements Checklist ■ _ want Svstem Tvoe&Description , + , = _ ■ Requirements Specific To: QAC-1 . = _ _ Plans reference page/section: - ❑ 1. Equipment meets minimum efficiency: Split System: 13.00 SEER 1 HP-1 (Multiple-Zone w/Perimeter System):Split System Heat Pump ❑ Energy recovery Y y g supply p ty g g Capacity_ 12.Recessed ti htin Recessed luminaires installed in the building p g Envelope Assemblies: 2. Ener recove ventilations stems" Individual fans stems that have both a design su I air capacity of 5,000 cfm or greater and a Heating Mode:Ca aci -405 kBtulh, ❑ fighting. g thermal envelope are sealed to limit air leakage between conditioned p minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. Proposed Efficiency=3.20 COP,Required Efficiency=3.20 COP and unconditioned spaces.All recessed luminaires are IC-rated and labeled as meeting ASTM E 283.All recessed luminaires are Cooling Mode:Capacity 381 kBtu/h,,No Economizer,Economizer exception:Heat Recovery System sealed with a gasket or caulk between the housing and interior wall or ceiling covering. Component Name/Description Gross Cavity Cont. Proposed Budget Exception(s): 9 Y= rY Y 9 9 9 g � Proposed Efficiency=9.50 EER, Required Efficiency: 9.50 EER +9.6 IPLV Exception(s): Area or R-Value R-Value U-Factor U-Factor(a) D PROFF� S ❑ Where energy recovery systems are prohibited by the International Mechanical Code. Fan System: FAN SYSTEM 1 I Common Spaces-Compliance(Motor nameplate HP method):Passes Perimeter .`�, \G I N F s/ ❑ Systems serving spaces that are not cooled and are heated to less than 60°F. ❑ Requirement is not applicable. Exterior A1,Ai A,A2 wall:Wood-Framed, 16"o.c.,[Bldg.Use 1 - 39870 21.0 OA 0.062 0.064 ❑ Where more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy. Fans: Hotel] 5,423 ❑ Type 1 kitchen exhaust hoods, Supply, p p Plans reference page/section: Window 1:Metal Frame,Perf.S --- - FCU 1 Su I Constant Volume,600 CFM,0.1 motor nameplate h pees.:Product ID Code Min,SHGC 2681 0.450 0.460 LL_ Cooling systems in climates with a 1--percent cooling design wet-bulb temperature less than 64°F 18°C . FCU 2 Supply,Constant Volume,600 CFM,0.1 motor nameplate hp 0.40,[Bldg.Use 1 -Hotel](b) ❑ g y p g g p { } ❑ 13.Vestibules. Doors that separate conditioned space from the exterior are protected with an enclosed vestibule,with all doors of the U_ FCU 3 Supply,Constant Volume,600 CFM,0.1 motor nameplate hp Window 2:Metal Frame,Perf.Specs.:Product ID Code Min,SHGC 759 -- -- 0.450 0.460 OREGON Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the vestibule equipped with self-closing devices.Vestibules are designed so interior and exterior doors to not operate simultaneously. 1: ❑ Y q 9 P Y Y gY rY PP 9 FCU 4 Supply,Constant Volume,1100 CFM,0.1 motor nameplate hp Exception(s): 0.40,[Bldg. Use 1 -Hotel](b) Q O'�� evaporative coil is located upstream of the exhaust air stream. FCU 5 Supply,Constant Volume, 1100 CFM,0.1 motor nameplate hp Window 4:Metal Frame,Perf.Specs.:Product ID Code Min,SHGC 255 -- - 0.450 0.460 ❑ Systems exhausting toxic,flammable,paint exhaust,corrosive fumes,or dust. FCU 6 Supply,Constant Volume, 1000 CFM,0.1 motor nameplate hp C1 Doors not intended to be used as a building entrance door,such as doors to mechanical or electrical equipment rooms. 0.40,[Bldg.Use 1 -Hotel](b) R/{ FCU 7 Supply,Constant Volume, 1100 CFM,0.1 motor nameplate hp ❑ Laboratory fume hood systems that include qualifying features. ❑ Doors opening directly from a sleeping unit or dwelling unit. Window 5:Metal Frame,Perf.Specs.: Product ID Code Min,SHGC 100 -- - 0.450 0.460 FCU 8 Supply,Constant Volume, 1400 CFM,0.1 motor nameplate hp 0.40,[Bldg.Use 1 -Hotel](b) 914117 Plans reference page/section: FCU 9 Supply,Constant Volume, 1200 CFM,0.1 motor nameplate hp Cj Doors that open directly from a space less than 3000 sq.ft.in area. FCU 10 Supply,Constant Volume, 1200 CFM,0.1 motor nameplate hp Window 6: Metal Frame,Per].Specs.:Product ID Code Min,SHGC 504 --- -- 0.450 0.460 FCU 11 Supply,Constant Volume,1200 CFM,0.1 motor nameplate hp Ll Revolving doors. 0.40,[Bldg.Use 1 -Hotel](b) Requirements Specific To: OAC-2 : FCU 12 Supply,Constant Volume,600 CFM,0.1 motor nameplate hp ❑ Doors used primarily to facilitate vehicular movement or material handling and adjacent personnel doors. Window 7:Metal Frame,Perf.Specs.:Product ID Code Min,SHGC 189 --- - 0.450 0.460 Ll 1. Equipment meets minimum efficiency: Split System: 13.00 SEER 0.40,[Bldg.Use 1 -Hotel](b) 2. Energy recovery ventilation systems.Individual fan systems that have both a design supply air capacity of 5,000 cfm or greater and a 132 TWHP-1 (Single Zone):Single Package Vertical Unit Heat Pump ❑ Requirement is not applicable. ■ C) 2. 8:Metal Frame,Pert.Specs.:Product ID Code Min,SHGC 375 -- - 0.450 0.460 ■ minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. Heating Mode:Capacity=11 kBtu/h, 0.40,[Bldg.Use 1 -Hotel](b) Exception(s): Proposed Efficiency=3.70 COP,Required Efficiency=3.00 COP Plans reference page/section: Window 10:Metal Frame,Perf. Specs.:Product ID Code Min, 55 --- - 0.450 0.460 ❑ Where energy recovery systems are prohibited by the International Mechanical Code. Cooling Mode:Capacity=9 kBtulh, ,No Economizer,Economizer exception:Low Capacity Residential Proposed Efficiency=12.20 EER,Required Efficiency: 9.00 EER ❑ 14.'Other'components have supporting documentation for proposed U-Factors. SHGC 0.40,[Bldg. Use 1 -Hotel](b) L3 Systems serving spaces that are not cooled and are heated to less than 60°F. Fan System: FAN SYSTEM 2[Guest Room-Compliance(Motor nameplate HP method):Passes Exception(s): Window 11:Metal Frame,Perf.Specs.:Product ID Code Min, 97 --- - 0.450 0.460 (] Where more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy. Li Requirement is not applicable. SHGC 0.40,[Bldg.Use 1 -Hotel](b) Ll Type 1 kitchen exhaust hoods. Fans: Window 12:Metal Frame, Perf.Specs.:Product ID Code Min, 992 --- - 0.450 0.460 late h e r nameplate t 1 m 0 270 CFM Constant Volume,e, , . oompp (� Cooling systems in climates with a 1-percent coaling design wet-bulb temperature less than 64°F(18°G). FAN 13 SuppPlans reference page/section: SHGC 0.40,[Bldg.Use 1 -Hotel](b) Window 13:Metal Frame,Perf.Specs.:Product ID Code Min, 115 --- - 0.450 0.460 ❑ Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the 1 OAC-1 (Single Zone): SHGC 0.40,[Bldg. Use 1 -Hotel](b) w evaporative coil is located upstream of the exhaust air stream. Cooling- 1 each-Split System,Capacity= 17 kBtulh,Air-Cooled Condenser,No Economizer,Economizer Window 14:Metal Frame,Perf. Specs.:Product ID Code Min, 251 --- --- 0.450 0.460 exception:Computer Room Applications Section 3: Compliance Statement LU SHGC 0.40,[Bldg. Use 1 -Hotel](b) w Proposed Efficiency= 17.00 SEER,Required Efficiency: 13.00 SEER ° >•--� W Fan System: FAN SYSTEM 3 Cooling Only Compliance Motor nameplate HP method Passes Door D:Glass d ct /o Codeg)in,S Frame, Entrance Door,Perf. 21 --- - 0.$00 0.800 Y I 9 Y- P { R method): Compliance Statement. The proposed envelope design represented in this document is consistent with the building plans,specifications Specs.:Product ID Code Min,SHGC 0.40,[Bldg. Use 1 -Hotel] N Fans: and other calculations submitted with this permit application.The proposed envelope system has been designed to meet the 2014 Oregon (b) FAN 14 Supply,Constant Volume,500 CFM,0.1 motor nameplate h Energy Efficiency Specialty Code requirements in COMcheck Version 4.0.7.2 Review and to comply with the mandatory requirements in the Door E:Glass >50% lazin Metal Frame,Entrance Door, Perf. 84 --- --- 0.800 0.800 � � � m P P ( g g}: Requirements Checklist. Specs.:Product ID Code Min,SHGC 0.40, [Bldg. Use 1 -Hoten N 1 OAC-2(Single Zone): (b) 1 � ~ Project Title: Hampton Inn & Suite Report date: 12/28/17 Project Title: Hampton Inn & Suite Report date: 12/28/17 Project Title: Hampton Inn & Suite Report date: 12/28/17 Project Title: Hampton Inn & Suite Report date: 12128/17 Data filename:FA704-004 Hampton Inn-Tigard OR\Calcs\ComchecMTi and ENV Resubmit.cck Page 7 of 12 Data filename: F:\704-004 Hampton inn-Tigard OR\CalcslComcheck\Ti and ENV Resubmit.cck Page 5 of 12 Data filename: FA704-004 Hampton Inn-Tigard OR\CaleslComcheck\Ti and ENV Resubmit.cck Page 3 of 12 Data filename:FA704-004 Hampton Inn-Tigard OR\Calcs\Comcheck\Ti and ENV Resubmit.cck Page 1 of 120 ...- ■ ■ Z �--+1 `[ {] Systems exhausting toxic,flammable,paint exhaust,corrosive fumes,or dust. LY HO - MECHANICAL DESIGNER 12/28/17 i'_Garage Level C4 Wall:Solid Concrete:8"Thickness,Normal Density 410 --- 0.0 0.740 0.150 Z CD Cooling: leach-Split System,Capacity=17 kBtulh,Air-Cooled Condenser,No Economizer,Economizer ❑ Laboratory fume hood systems that include qualifying features. Name-Title Signature Date ,Furring:None, [Bldg. Use 1 -Hotel] (3 exception:None (� q Proposed Efficiency=17.00 SEER,Required Efficiency: 13.00 SEER Garage Level C4&B8 Wall:Solid Concrete:8"'Thickness,Normal 580 15.0 0.0 0.136 0.150 ,+ Z Plans reference pagelsection: Density,Furring: Metal,[Bldg. Use 1 -Hotel] G� Fan System: FAN SYSTEM 31 Coaling Only-Compliance(Motor nameplate HP method):Passes L� ❑ Garage Level D3 Wall:Steel-Framed, 16"o.c.,[Bldg.Use 1 -Hotel] 711 21A OA 0.106 0.064 3. Supply air economizers shall be provided on each cooling system and are capable of providing 100-percent outdoor air,even if �,r f additional mechanical cooling is required to meet the cooling load of the building.Systems provide a means to relieve excess outdoor Fans: Garage Level E3 Wall:Steel-Framed, 16"o_c.,[Bldg.Use 1 -Hotel] 278 15.0 0.0 0.118 0.064 air during economizer operation to prevent overpressurizing the building. FAN 14 Supply,Constant Volume,500 CFM,0.1 motor nameplate hp Level 1 G2 Roof:Attic Roof with Wood Joists,[Bldg.Use 1 -Hotel] 331 38.0 12.0 0.020 0.027 ~ 0 Exception(s): SYSTEM COMPLIANCE FAILS: Economizer requirements have not been met. Level 2 G2 Roof:Attic Roof with Wood Joists,[Bldg.Use 1 -Hotel] 462 38.0 12.0 0.020 0.027 ❑ Cooling equipment less than 54,000 Btu/hr total cooling capacity. 3 EH(Single Zone): Level 4 G1 Roof:Attic Roof with Wood Joists,[Bldg.Use 1 -Hotel] 19082 38.0 12.0 0.020 0.027 Heating:1 each-Unit Heater, Electric,Capacity=5 kBtu/h Level 4 G2 Roof:Attic Roof with Wood Joists,[Bldg.Use 1 -Hotel] 3098 38.0 12.0 0.020 0.027 Plans reference page/section: No minimum efficiency requirement applies Level 4 G3 Roof:Attic Roof with Wood Joists,[Bldg.Use 1 -Hotel] 174 0.0 12.0 0.073 0.027 Fan System: Unspecified Level 2 1/A311 F2 Floor.Wood-Framed,[Bldg.Use 1 -Hotel] 138 13.0 0.0 0.066 0.033 Requirements Specific To: EH 1. Energy recovery ventilation systems.Individual fan systems that have both a design supply air capacity of 5,000 cfm or greater and a 2 RTU{Single Zone): SOC:Slab-On-Grade:Unheated,Vertical 2 ft.,[Bldg. Use 1 -Hotel] 478 --- 10.0 - - Ll 1. leach-Duct Furnace,Gas,Capacity= 120 kBtulh Level 1 F5 Floor:Concrete Floor(over unconditioned space),[Bldg. 8767 -- 18.0 0.047 0.074 minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. Proposed Efficiency-80.00°lo Ec,Required Efficiency=80.00%Ec Use 1 -Hotel] Exception(s): Cooling: 1 each-Single Package DX Unit,Capacity=36 kBtulh,Air-Cooled Condenser,Air Economizer Garage Level BG A7&B8 Wall:Solid Concrete:12"Thickness, 1435 15.0 0.0 0.071 0.108 ❑ Where energy recovery systems are prohibited by the International Mechanical Code. Proposed Efficiency=15.00 SEER,Required Efficiency: 13.00 SEER Normal Density,Furring:Wood,Wall H#10.5,Depth B.G. 10.5, ■ ❑ Systems serving spaces that are not cooled and are heated to less than 60°F. Fan System: FAN SYSTEM 41 Breakfast-Compliance(Motor nameplate HP method):Passes [Bldg.Use 1 -Hotel] [� Where more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy. ❑ Type 1 kitchen exhaust hoods. Fans: FAN 15 Supply,Constant Volume, 1200 CFM, i.0 motor nameplate hp (a)Budget U-factors are used for software baseline calculations ONLY,and are not code requirements. THIS WIDTH SHOULD BE 3" (b)Fenestration product performance must be certified in accordance with NFRC and requires supporting documentation. ❑ Cooling systems in climates with a 1-percent cooling design wet-bulb temperature less than 64°F(18°C). ❑ Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the Section 4: Requirements Checklist /n the following requirements,blank checkboxes identify requirements that the applicant has not acknowledged as being met. Checkmarks evaporative coil is located upstream of the exhaust air stream. identify requirements that the applicant acknowledges are met or excepted from compliance. 'Plans reference pagelsection'identifies where in Systems exhausting toxic,flammable,paint exhaust,corrosive fumes,or dust. the p/anslspecs the requirement can be verified as being satisfied. ❑ Y 9 P /n the following requirements, blank checkboxes identify requirements that the applicant has not acknowledged as being met. Checkmarks [] Laboratory fume hood systems that include qualifying features. identify requirements that the applicant acknowledges are met or excepted from compliance. Plans reference pagelsection'identifies where in Fenestration Product Rating: the plans/specs the requirement can be verified as being satisfied. ❑ 1. U-factors of fenestration products(windows,doors and skylights)are determined in accordance with NFRC 100 by an accredited, Plans reference page/section: independent laboratory,and labeled and certified by the manufacturer or are determined using the commercial size category values Requirements Specific To: HP-1 : listed in Chapter 15 of the 2009 ASHRAE Handbook of Fundamentals,Table NoA and shall include the effects of the window frame. � 2. Hydronic system controls.Hydronic systems of at least 300,000 Btu/h design output capacity supplying heated and chilled water to P U ❑ ❑ 1. Equipment meets minimum efficiency: Heat Pump: 3.20 COP 9.50 EER +9.6 IPLV The temporary label affixed to the fenestration products must not be removed prior to inspection. comfort conditioning systems include controls that meet the requirements of Section 503.4.3. ❑ 2. Ener recovery ventilations stems.Individual fans stems that have both a design supply air capacity of 5,000 cfm or greater and a Exception(s): 9Y rY Y Y 9 PRY P tY 9 Plans reference page/section: minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. ❑ Site-built fenestration products shall have a single certificate specifying glazing type,special coatings,spacers,gas fills, Exception(s): center-of-glass and overall U-factor,and center-of-glass SHGC for every type of site built glass used.These certificates shall be Requirements Specific To: RTU : ❑ Where energy recovery systems are prohibited by the International Mechanical Code, maintained on the jobsite and made available to the inspector. Ll 1. Equipment meets minimum efficiency: Duct Furnace(Gas): 80.00%Ec ❑ Systems serving spaces that are not cooled and are heated to less than 60°F. Plans reference page/section: ❑ 2. Equipment meets minimum efficiency: Single Package Unit: 13.00 SEER ❑ Where more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy. ❑ 3. Energy recovery ventilation systems.Individual fan systems that have both a design supply air capacity of 5,000 cfm or greater and a ❑ 2. Solar heat gain coefficient(SHGC)of glazed fenestration products(windows,glazed doors and skylights)shall be determined in minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system. ❑ Type 1 kitchen exhaust hoods. accordance with NFRC 200 by an accredited,independent laboratory,and labeled and certified by the manufacturer or be determined Exception(s): ❑ Cooling systems in climates with a 1-percent cooling design wet-bulb temperature less than 64°F(18°C). using the Solar Heat Gain Coefficients(SHGC)in Chapter 15 of the 2009 ASHRAE Handbook of Fundamentals,Table No.10.The ■. ❑ Where energy recovery systems are prohibited by the International Mechanical Code. ❑ Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the overall values must consider type of frame material and operator for the SHGC at normal incidence. ■ ❑ Systems serving spaces that are not cooled and are heated to less than 60°F. evaporative coil is located upstream of the exhaust air stream. Exception(s): Systems exhausting toxic,flammable,paint exhaust,corrosive fumes,or dust. ❑ Site-built fenestration products shall have a single certificate specifying glazing type,special coatings,spacers,gas fills, [] Where more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy. ❑ Y 9 Laboratory fume hoed systems that include qualifying features. center-of-glass and overall U-factor,and center-of-glass SHGC for every type of site built glass used.These certificates shall be ❑ Type 1 kitchen exhaust hoods. ❑ rY Y q fY 9 maintained on the jobsite and made available to the inspector. ❑ Cooling systems in climates with a 1-percent cooling design wet-bulb temperature less than 64°F(18°C). Plans referencea e/section: P g Plans reference page/section: ❑ Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the evaporative coil is located upstream of the exhaust air stream. ❑ 3. Complex Systems. Mechanical systems not covered by section 503.3 comply to sections 503.4.1 -503.4.6. Air Leakage, Insulation, and Component Certification: ❑ Systems exhausting toxic,flammable,paint exhaust,corrosive fumes,or dust. Plans reference page/section: ❑ 3. Sealing of the building envelope.Openings and penetrations in the building envelope are sealed with caulking materials or closed with ❑ Laboratory fume hood systems that include qualifying features. gasketing systems compatible with the construction materials and location.Joints and seams are sealed in the same manner or taped Co ❑ 4. Supply air economizers are provided on each cooling system and are capable of providing 100-percent outdoor air,even if additional Co mechanical cooling Is required to meet the cooling load of the buildin or covered with a moisture vapor-permeable wrapping material.Sealing materials spanning joints between construction materials allow Plans reference page/section: g q g 9�❑ 4. Supply air economizers shall be provided an each cooling system and are capable of providing 100-percent outdoor air,even if Exception(s): for expansion and contraction of the construction materials. ❑ Systems utilizing water economizers that are capable of cooling supply air by direct or indirect evaporation or both and providing Plans reference page/section: � additional mechanical cooling is required meet the cooling load the building.Systems provide a means#o relieve excess outdoor 100 percent of the expected system cooling load at outside air temperatures of 50°F dry bulb/45°F wet bulb and below. !1\ 2018-09-04 CONSTRUCTION SET air during economizer operation to preventt meet the building. ❑ 4. Window and door assemblies.The air leakage of window and sliding or swinging door assemblies that are part of the building envelope an Exception(s); ❑ Cooling equipment less than 54,000 Btu/hr.total cooling capacity. are determined in accordance with AAMANVDMA/GSA 101/I.S.2/A440,or NFRC 400 by an accredited,independent laboratory,and 2017-09-06 PERMIT ❑ Cooling equipment less than 54,000 Btu/hr total cooling capacity. ❑ Ground-coupled heat pumps with cooling capacity of 54,000 Btu/hr.or less. labeled and certified by the manufacturer. ❑ Systems where internal/external zone heat recovery is used. Exception(s): Plans reference page/section: Systems used to coal any dedicated computer server room,electronic equipment room or telecom switch room having awater L] Site-constructedwindows and doors that are weatherstripped or sealed in accordance with Section 502.4.3. MARK DATE VISION ISSUE ❑ economizer system capable of cooling air by direct and/or indirect evaporation and providing 100 percent of the expected ■ Gener[c Requirements: Must be met by all systems to which the requirement is applicable: systems cooling load at outside air temperatures of 45°F dry bulb and 40°F wet bulb and below. Plans reference page/section: ■ PROJECT NUMBER DRAWN BY CHECKED BY ❑ Systems using condenser heat recovery, up to the cooling capacity used to provide.condenser heat recovery. ❑ 5. Curtain wall,storefront glazing and commercial entrance doors.Curtain wall,storefront glazing and commercial-glazed swinging 704-004 IN ]MR entrance doors and revolving doors are tested for air leakage in accordance with ASTM E 283.For curtain walls and storefront glazing, ❑ Economizer cooling is not required for new cooling systems serving an existing dedicated computer server room,electronic the maximum air leakage rate is 0.3 cubic foot per minute per square foot of fenestration area.For commercial glazed swinging equipment room or telecom switch room in existing buildings up to a total of 600,000 Btu/hr of new cooling equipment. entrance doors and revolving doors,the maximum air leakage rate is 1.00 cfm/ft2 of door area. ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE THE ORIGINAL AND UNPUBLISHED WORK Of THE ARCHITECT AND MAY NOT BE DUPLICATED.USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN i CONSENT OF THE ARCHITECT. C HILL ARCHITECTS Project Title: Hampton Inn & Suite Report date: 12/28/17 Project Title: Hampton Inn& Suite Report date: 12/28/17 Project Title: Hampton Inn & Suite Report date: 12/28/17 Project Title: Hampton Inn & Suite Report date: 12/28/17 Data filename:FA704-004 Hampton inn-Tigard OR\Caics\Comcheck\Tigard ENV Resubmit.cck Page 8 of 12 Data filename: FA704-004 Hampton Inn-Tigard OR\Calcs\ComchecMTigard ENV Resubmit.cck Page 6 of 12 Data filename: FA704-004 Hampton Inn-Tigard OR\Calcs\Comcheck\Tigard ENV Resubmit.cck Page 4 of 12 Data filename:FA704-004 Hampton Inn-Tigard OR\Calcs\Comcheck\Tigard ENV Resubmit.cck Page 2 of 12 ENERGY f CALCULATION FOWS f FORMS M500 10 9 8 7 0 6 0 5 ■ 4 ■ 3 ■ 2 1 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1 z i-1 HILL ARCHITECTS 1750 BLANKENSHIP ROAD When the design temperature difference between the interior and exterior of the duct or plenum does not exceed 15°F 8°C 1. Calculation of heating and coolie loads.Design loads are determined in accordance with the procedures described in the S U I T E 4 0 0 ❑ 9 P P ( }� ❑ 9 g 9 ASHRAEJACCA Standard 183.Alternatively,design loads have been determined by an approved equivalent computation procedure. WEST L 1 N N. O P`E G O N 9 7 O 6 3 ❑ 23.Low-pressure duct systems.All longitudinal and transverse joints,seams and connections of low-pressure supply and return ducts are TEL 503 . 305 . 80'3 FAX 503 . 305 . 3034 securely fastened and sealed with welds,gaskets,mastics(adhesives),mastic-plus-embedded-fabric systems or tapes installed in ❑ 2. Packaged Electric Equipment.Specified packaged electrical equipment has a heat pump as the primary heating source. accordance with the manufacturer's installation instructions. Exception(s): Exception(s): ❑ Continuously welded and locking-type longitudinal joints and seams on ducts operating at static pressures less than 2 inches w.g. ❑ Unstaffed equipment shelters or cabinets used solely for personal wireless service facilities. pressure classification. ❑ Requirement is not applicable. - -- Plans reference page/section: Plans reference page/section: ❑ 24.Medium-pressure duct systems.All ducts and plenums designed to operate medium-pressure are insulated and sealed in accordance ❑ 3. Cooling equipment economizers:The total capacity of all cooling equipment without economizers must be less than 240 kBtu/h.This with Section 503.2.7_Pressure classifications specific to the duct system are clearly indicated on the construction documents. project lists 415 kBtu/h capacity without economizers.That portion of the equipment serving dwelling units and guest rooms is not Plans reference page/section: included in determining the total capacity of units without economizers. ❑ 25.High-pressure duct systems. Ducts designed to operate at high-pressure are insulated and sealed in accordance with Section 503.2.7. In addition,ducts and plenums are leak-tested in accordance with the SMACNA HVAC Air Duct Leakage Test Manual. Plans reference page/section: Plans reference page/section: ❑ 4. Equipment and system sizing. Heating and cooling equipment and systems capacity do not exceed the loads calculated in accordance with Section 503.2.1. ca ❑ 26.Piping Insulation.All pipes serving space-conditioning systems(hot water piping for heat systems,chilled water,refrigerant,and brine Exception(s): RowBISON piping systems,and steam piping)are insulated as specified by this section. C127.Air system balancing. Each supply air outlet and zone terminal device is equipped with means for air balancing in accordance with the C3 Required standby equipment and systems provided with controls and devices that allow such systems or equipment to operate requirements of IMC 603.17.Discharge dampers intended to modulate airflow are prohibited on constant volume fans and variable automatically only when the primary equipment is not operating. ENGINEERING, INC volume fans with motors 10 horsepower. ❑ Multiple units of the same equipment type with combined capacities exceeding the design load and provided with controls that IMI 40TH AVE W.,SurtE302 have the capability to sequence the operation of each unit based on load. LYNNWOOD,WA 98036 Plans reference page/section: 206-364.3343 TEL. ❑ 28.Hydronic system balancing. Individual hydronic heating and cooling coils are equipped with means for balancing and pressure test Plans reference page/section: CONTACT:JON ROBISON connections. ❑ 5. HVAC Equipment Performance Requirements.Reported efficiencies have been tested and rated in accordance with the applicable test Plans reference page/section: procedure.The efficiency has been verified through certification under an approved certification program or,if no certification program ■ exists,the equipment efficiency ratings are supported by data famished by the manufacturer. ■ ❑ 29.Manua The construction documents require thatoperating and maintenance manual be provided to the building owner by the LI 6. Thermostatic Controls.The supply of heating and cooling energy to each zone is controlled by individual thermostatic controls that mechanical cal contractor_See long description for specifications. respond to temperature within the zone. Plans reference page/section: Plans reference page/section: ❑ 30.Air System Design and Control.Each HVAC system having a total fan system motor nameplate hp exceeding 5 hp meets the provisions PR of Sections 503.2.10.1 through 503.2.10.2. ❑ 7. Heat pump supplementary heat. Heat pumps having supplementary electric resistance heat have controls that,except during defrost, ��� Ofi�rs prevent supplementary heat operation when the heat pump can meet the heating load. \���C.�o G)NFF P Plans reference page/section: 'A Plans reference pagelsection: 5,42 y ❑ 31.Allowable fan floor horsepower. Each HVAC system at fan system design conditions does not exceed the allowable fan system motor r nameplate hp(Option 1)or fan system bhp(Option 2)as shown and ca€u€ated in requirement details. ❑ 8. Set point overlap restriction.Where used to control both heating and cooling,zone thermostatic controls provide a temperature range Exception(s): or deadband of at least 5°F(2.8°C)within which the supply of heating and cooling energy to the zone is capable of being shut off or LL_ ❑ Hospital and laboratory systems that utilize flaw control devices on exhaust and/or return to maintain space pressure relationships reduced to a minimum. OREGON necessary for occupant health and safety or environmental control shall be permitted to use variable volume fan power limitation. Exception(s): ❑ Individual exhaust fans with motor nameplate horsepower of 1 hp or less_ ❑ Thermostats requiring manual change over between heating and cooling modes. qRk 4 Plans reference page/section: Plans reference page/section: 9/4/17 ❑ 32.Motor nameplate horsepower.For each fan,the selected fan motor is no larger than the first available motor size greater than the brake ❑ 9, Optimum Start Controls.Each HVAC system has controls that vary the start-up time of the system to just meet the temperature set horsepower(bhp). Exception(s): point at time of occupancy. ❑ For fans less than 6 bhp,where the first available motor larger than the brake horsepower has a nameplate rating within 50 Plans reference page/section: percent of the bhp,selection of the next larger nameplate motor size is allowed, ■ ❑ For fans 6 bhp and larger,where the first available motor larger than the bhp has a nameplate rating within 30 percent of the bhp, ❑ 10.O controls.Each zone is provided with thermostatic setback controls that are controlled by either an automatic time clock or ■ selection of the next larger nameplate motor size is allowed. programmable control system. Exception(s): Plans reference page/section: ❑ Zones that will be operated continuously. ❑ 33.Large Volume Fan Systems.Fan systems over 8,000(7 m3/s)cfm without direct expansion cooling coils that serve single zones reduce ❑ Zones with a full HVAC load demand not exceeding 6,800 Btu/h(2 kW)and having a readily accessible manual shutoff switch. airflow based on space thermostat heating and cooling demand.A two-speed motor or variable frequency drive reduces airflow to a maximum 60 percent of peak airflow or minimum ventilation air requirement as required by Chapter 4 of the international Mechanical Plans reference page/section: Code,whichever is greater. Exception(s): ❑ 11.Shutoff damper controls. Both outdoor air supply and exhaust are equipped with not less than Class 1 motorized dampers. w ❑ Systems where the function of the supply air is for purposes other than temperature control,such as maintaining specific humidity Exception(s): UJ levels or supplying an exhaust system. ❑ Gravity dampers shall be permitted for outside air intake or exhaust airflows of 300 cfm or less. Lu M-4 W CY-) Pians reference page/section: Plans reference page/section: l„/" th��1 ❑ 12.Freeze Protection and Snow melt system controls.Freeze protection systems,such as heat tracing of outdoor piping and heat V �, exchangers,including self-regulating heat tracing,include automatic controls capable of shutting off the systems when outdoor air temperatures meet code criteria. rtil5 C) '0 Project Title: Hampton Inn & Suite Report date: 12/28/17 Project Title: Hampton Inn & Suite Report date: 12/28/17 d Data filename: F:\704-004 Hampton Inn-Tigard OR\Ca€cs\ComchecklTigard ENV Resubmit.cck Page 11 of 12 Data filename:F:\704-004 Hampton Inn-Tigard OR\Caics\Comcheck\Tigard ENV Resubmit.cck Page 9 of 12 ■ ■ 34.A11 air-conditioning equipment and air-handling units with direct expansion cooling and a cooling capacity at ARI conditions greater than Plans reference page/section: Z or equal to 110,000 Btu/h that serve single zones have their supply fan operation controlled according to code specific requirements. Q Exception(s): ❑ 13.Zone Isolation Controls.A system serving multiple occupancies or floors in the same building is independently zoned and equipped with (D Z ❑ Systems where the function of the supply air is for purposes other than temperature control,such as maintaining specific humidity isolation devices. r levels or supplying an exhaust system. r t Plans reference page/section: Plans reference page/section: ❑ 14.Separate air distribution systems.Zones with special process temperature requirements and/or humidity requirements are served by separate air distribution systems from those serving zones requiring only comfort conditions;or shall include supplementary control 0 35.Series fan-powered terminal unit fan motors.Fan motors for series fan-powered terminal units are electronically-commutated motors ❑ provisions so that the primary systems may be specifically controlled for comfort purposes only. and have a minimum motor efficiency of 70 percent when rated in accordance with NEMA Standard MG 1-2006 at full load rating Exception(s): conditions. ❑ [503.2.4.8+]Zones requiring only comfort heating or comfort cooling that are served by a system primarily used for process Plans reference page/section: temperature and humidity control. ❑ 36.Heating outside a building.Systems installed to provide heat outside a building are radiant systems.Such heating systems are Plans reference page/section: controlled by an occupancy sensing device or a timer switch,so that the system is automatically deenergized when no occupants are ❑ 15.Humidity control. If a system is equipped with a means to add or remove moisture to maintain specific humidity levels in a zone or present. zones,a humidity control device is provided. Plans reference page/section: Plans reference page/section: ■ ❑ 37.Hot Gas Bypass Limitation. For cooling systems<=240 kBtu/h,maximum hot gas bypass capacity is no more than 50%total cooling ❑ 16.Humidity control.Where a humidity control device exists it is set to prevent the use of fossil fuel or electricity to produce relative ■ capacity. humidity in excess of 30 percent.Where a humidity control device is used for dehumidification,it is set to prevent the use of fossil fuel THIS WIDTH SHOULD BE 3" Plans reference page/section: or electricity to reduce relative humidity below 60 percent. Exception(s): s ❑ Hospitals,process needs,archives,museums,critical equipment,and other non-comfort situations with specific humidity Section 5: Compliance Statement requirements outside this range. Plans reference page/section: Compliance Statement: The proposed mechanical design represented in this document is consistent with the building plans,specifications and other calculations submitted with this permit application.The proposed mechanical systems have been designed to meet the 2014 Oregon ❑ 17.Humidity control.Where a humidity control device exists it is set to maintain a deadband of at least 10% relative humidity where no active humidification or dehumidification takes place. Energy Efficiency Specialty Code requirements in COMcheck Version 4.0.7.2 Review and to comply with the mandatory requirements in the Exception(s): U Requirements Checklist. Heating for dehumidification is provided with heat recovery or heat pumping and the mechanical coolie system efficient is 10 ❑ 9 P rY P P 9 9 Y Y� LY HO - MECHANICAL DESIGNER c2�Cw2 12/28/17 percent higher than required in section 503.2.3,HVAC equipment performance requirements. Name-Title Signature Date Plans reference page/section: ❑ 18.Ventilation.Ventilation,either natural or mechanical,is provided in accordance with Chapter 4 of the International Mechanical Code. Section 6: Post Construction Compliance Statement Where mechanical ventilation is provided,the system has the capability to reduce the outdoor air supply to the minimum required by Chapter 4 of the International Mechanical Code. ❑ HVAC record drawings of the actual installation,system capacities,calibration information,and performance data for each equipment Plans reference page/section: provided to the owner. LlHVAC O&M documents for all mechanical equipment and system provided to the owner by the mechanical contractor. ❑ 19.Demand controlled ventilation(DCV). DCV is required for spaces larger than 500 ft2 for simple systems and spaces larger than 150 ft2 ■ Written HVAC balancing and operations report provided to the owner. for multiple zone systems. Ll ■ Exception(s): The above post construction requirements have been completed. ❑ Systems with energy recovery complying with Section 503.2.6 ❑ Spaces less than 750 ft2(69.7 m2)where an occupancy sensor turns the fan off,closes the ventilation damper,or closes the zone damper when the space is unoccupied. Principal Mechanical Designer-Name Signature Date Plans reference page/section: ❑ 20.Kitchen hoods.Kitchen makeup is provided as required by the Oregon Mechanical Specialty Code. Exception(s): ❑ Where hoods are used to exhaust ventilation air that would otherwise be exhausted by other fan systems. ❑ Kitchen exhaust systems that include exhaust air energy recovery complying with section 503.2.6. m Plans reference pagelsection: ❑ 21.Enclosed parking garage ventilation controls_ In Group S-2,enclosed parking garages used for storing or handling automobiles employs /� automatic carbon monoxide sensing devices. ]U, 2018-09-04 CONSTRUCTION SET Plans reference page/section: 2017-09-06 PERMIT ❑ 22.Duct and plenum insulation and sealing.All supply and return air ducts and plenums are insulated with the specified insulation.When located within a building envelope assembly,the duct or plenum is separated from the building exterior or unconditioned or exempt MARK DATE REVISION/ISSUE spaces by a minimum of R-8 insulation.All ducts,air handlers and filter boxes are sealed.Joints and seams comply with Section 603.9 ■ xof c the international Mechanical Code. ■ PROJECT NUMBER DRAWN BY CHECKED BY E ❑ 704-004 JN JMR When located within equipment. i ALL DRAWINGS AND WRITTEN MATERIAL APPEARING HEREIN CONSTITUTE - THE ORIGINAL AND UNPUBLISHED WORK OF THE ARCHITECT AND MAY NOT BE DUPLICATED,USED OR DISCLOSED WITHOUT THE PRIOR WRITTEN CONSENT OF THE ARCHITECT. C HILL ARCHITECTS Project Title: Hampton Inn& Suite Report date: 12/28/17 Project Title: Hampton Inn& Suite Report date: 12/28/17 Data filename: F:\704-004 Hampton Inn-Tigard OR\Calcs\Comcheck\Tigard ENV Resubmit.cck Page 12 of 12 Data filename:F:\704-004 Hampton Inn-Tigard OR\Calcs\Comcheck\Tigard ENV Resubmit.cck Page 10 of 12 a a i ENERGY a CALCULATION FORMS FORMS i M501 10 ■ 9 ■ 8 ■ 7 ■ 6 ■ 5 ■ 4 ■ 3 ■ 2 ■ 1