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Plans (12) M EC2019 -00306 STANDARD MECHANICAL ABBREVIATIONS HVAC PIPING DUCT LEGEND GENERAL NOTE Y.) AF AIRFOIL IE INVERT ELEVATION D D DRAIN (CONDENSATE/INDIRECT) TYPE REFERENCE THIS IS A STANDARD LEGEND SHEET, THEREFORE, SOME SYMBOLS MAY AFF ABOVE FINISHED FLOOR IN INCH(ES) ICW ICW INDUSTRIAL COLD WATER (MAKE-UP) I CFM FLOW DIRECTION I CFM H =6" BELOW CEILING APPEAR ON THIS SHEET THAT DO NOT APPEAR ON THE DRAWINGS. r. '� AHP APPARATUS HOUSING PLENUM INSUL INSULATION TYPE NONE SHOWN I SIZE TYPE L = 6"ABOVE FLOOR HWS HWS HEATING WATER SUPPLY ( ( F - FLOOR ALT ALTERNATIVE ISOL ISOLAT(OR)(ION) HWR HWR HEATING WATER RETURN IF 4-WAY) S = SLOT DIFFUSER , AL ALUMINUM KW KILOWATT RS RS REFRIGERANT SUCTION C = CEILING MISC. VALVES & COCKS IP APD AIR PRESSURE DROP KWH KILOWATT HOUR APPROX APPROXIMATELY L LENGTH RL RL REFRIGERANT LIQUID Z El T- DOOR TRANSFER SHUT-OFF VALVE ARCH ARCHITECT(URAL) LAT LEAVING AIR TEMP RETURN EXHAUST SUPPLY AUTO AUTOMATIC LB POUND1>4 S GLOBE VALVE BDD BACKDRAFT DAMPER LDB LEAVING DRY BULB DEMOLITION LEGEND SEE SPEC SEE SCHEDULR TYPE NECK E E FOR GRILLE)IZE (SIDEWALL& FLOOR D4 SHUT-OFF VALVE W/TAMPER SWITCH __., BI BACKWARD INCLINED LF LINEAR FEET pT(1 TRIPLE DUTY VALVE BLDG BUILDING LFT LEAVING FLUID TEMPERATURE _ _ _ _ L�11 ING DIFFUSERS & GRILLES SI[5E N.M, 1T&S L l FatNsER) BSMT BASEMENT LVG LEAVING CHECK VALVE I REMOVE EXISTING DUCT N 2-WAY CONTROL VALVE BTU BRITISH THERMAL UNIT LWB LEAVING WET BULB - - - - <TU-X-XXX> C EF-XXX > BTUH BRITISH THERMAL UNITS PER HOUR LWT LEAVING WATER TEMPERATURE CONTROL VALVE CFH CUBIC FEET PER HOUR MAX MAXIMUM - - - - REMOVE EXISTING PIPE T TERMINAL UNIT NUMBER T UNIT NUMBER • BALANCING VALVE CFM CUBIC FEET PER MINUTE MBH THOUSAND BTU PER HOUR • FLOOR UNIT IS LOCATED FLOOR UNIT IS LOCATED FC CFS CUBIC FEET PER SECOND MECH MECHANICAL ON ON I&Li FLOW CONTROL VALVE ea I I CLG CEILING OR COOLING MFR MANUFACTURER NEW AND EXISTING WORK AIR BH IANDLER NUMBER EQUIPMENT TYPE ACONC CONCRETE MIN MINIMUMTER�I&UMTS EQUIPMENT SOLENOID VALVE I CONN CONNECT(ION) MISC MISCELLANEOUS IA PRESSURE REDUCING VALVE CONT CONTINUE(ED)(UATION) MTD MOUNTEDIL IL + ' IIIID1210 ® 2:: III2) CO QAAV o o MAV AIR VENT(MANUAL/AUTOMATIC) Dull Olson Weekes - IBI Group CL CENTERLINE NC NORMALLY CLOSED - Architects, Inc. DDC DIRECT DIGITAL CONTROL NIC NOT IN CONTRACT LI SUPPLY RETURN EXHAUST OUTSIDE y RELIEF VALVE DEFL DEFLECTION NO NORMALLY OPEN AIR AIR AIR AIR t I STRAINER 907 SW Stark Street Portland OR 97205 DN DOWN OAD OUTSIDE AIR DAMPER EXISTING DUCT WORK NEW DUCT WORK COMBINATION SMOKE AUTOMATIC y USA • FIRE/SMOKE I I tel 503 226 6950 fax 503 273 9192 STRAINER W/ SLOWDOWN DP DEW POINT OC ON CENTER DISTANCE FIRE VOLUME www.dowa-ibigroup.com DWDI DOUBLE WIDTH DOUBLE INLET OSA OUTSIDE AIR c DUCT SECTIONS DAMPERS /DV DRAIN VALVE www.ibigroup.com DWG DRAWING PH PHASE EXISTING PIPING NEW PIPING . HB HOSE BIBB EA EXHAUST AIR PP POLYPROPYLENE +► RETURN OR EXHAUST AIR FLOW EAD EXHAUST AIR DAMPER PSI POUNDS PER SQUARE INCH UC-1/2 UNDERCUT DOOR WH WALL HYDRANTiiiiii ' EAT ENTERING AIR TEMPERATURE PVC POLYVINYL CHLORIDE i SUPPLY OR OUTSIDE AIR FLOW © GH GROUND HYDRANT "_'"" PA E pae-engineers.com EDB ENTERING DRY BULB PVS PVC COATED STEEL CONTROL SYMBOLS • EFF EFFICIENCY R (RAD) RADIUS LOW PRESSURE DUCTWORK F&T/IB STEAM TRAP EFT ENTERING FLUID TEMPERATURE RA RETURN AIR AN I I DAMPER WITH OPERATOR ELEC ELECTRIC(AL) RAD RETURN AIR DAMPER 1><1 2-WAY CONTROL VALVE = D R-1 1I2D FOR ROUND PRESSURE GAUGE �� PROOF ELEV ELEVATION REV REVISION SI 3-WAY CONTROL VALVE 81 D R 2D FOR FLEX - �,� ,8 ENGR ENGINEER RH RELATIVE HUMIDITY Roil l/p, �- PRESSURE/TEMPERATURE TEST PLUG • 18 '2 �_ EQ EQUAL RPM REVOLUTIONS PER MINUTE DO DIGITAL OUTPUT FROM DDC PANEL SA_ b 1, ,�-I L / DIGITAL INPUT TO DDC PANEL VA EQUIP EQUIPMENT SA SUPPLY AIR DI THERMOMETER ' 4 _ co 4 ESP EXTERNAL STATIC PRESSURE SCFM STANDARD CUBIC FEET PER MINUTE • ANALOG OUTPUT FROM DDC PANEL SECTION PLAN Q 0y v�eh 19 IP `'‘ I SECTION PLAN FLOW SWITCH �l ��' EWB ENTERING WET BULB SD SMOKE DAMPER AI ANALOG INPUT TO DDC PANEL '� P. C0� EWT ENTERING WATER TEMPERATURE SECT SECTION DUCT 4 • EX EXTRACTOR SENS SENSIBLE CD' DIFFERENTIAL PRESSURE SWITCH FLEX DUCT Q (SIZE) TEMPERATURE TRANSMITTER EXPIRES 12-31-19 EXH EXHAUST SIM SIMILAR EP EP VALVE RETURN OR EXHAUST GRILLE CONNECTION SHOCK ARRESTOR EXIST EXISTING SP STATIC PRESSURE STATIC PRESSURE CONTROLLER D R=2D FOR FLEX D R=1-1/2D FOR ROUND WFM VACUUM BREAKER 1- 1 EXP EXPANSION SPEC SPECIFICATION VP VELOCITY PRESSURE TRANSMITTER WATER FLOW METER F DEGREES FAHRENHEIT SQ SQUARE PNEUMATIC RELAY """D� RPBA FC FORWARD CURVED SF SQUARE FOOT(FEET) R DAMPER END SWITCH � - Q� �T ^' REDUCED PRESSURE BACKFLOW ASSEMBLY RECEIVED FIG FIGURE SQ IN SQUARE INCH(ES) ® I DCVA DOUBLE CHECK VALVE ASSEMBLY i� d FILT FILTER SS STAINLESS STEEL 0 CARBON MONOXIDE SENSOR DCDA DOUBLE CHECK DETECTOR ASSEMBLY MAY 13 2019 SECTION PLAN CITY OF TIGARD FLEX FLEXIBLE STL STEEL ®i CARBON DIOXIDE SENSOR SECTION PLAN BWV N BACKWATER VALVE I FPD FLUID PRESSURE DROP STRUCT STRUCTUR(E)(AL) UG AMS AIR MONITORING STATION FLEX DUCT ROUND DUCT UNDERGROUND GATE VALVE W/BOX BUILDING DIVISION • FPM FEET PER MINUTE SWP SINGLE WALL PLENUM ®PIV FPS FEET PER SECOND SWSI SINGLE WIDTH SINGLE INLET VPP VELOCITY PRESSURE PROBE SUPPLY DIFFUSER CONNECTION ® UNDERGROUND GATE W/POST INDICATOR FT FEET/FOOT TEMP TEMPERATURE PE PE SWITCH FTR FINNED TUBE RADIATOR TSP TOTAL STATIC PRESSURE SMK LINED PLENUM 1 OUTSIDE SCREW&YOKE FU FIXTURE UNIT TYP TYPICAL DUCT SMOKE DETECTOR I + T FUT FUTURE C=J WATER FLOW METER WITH ELECTRONIC TRANSMITTER ►t��u��uESPIN IN Y PATTERN BOILER SLOWDOWN VALVE U V VOLTS gt + 2 FITTING NON-RETURN STOP VALVE }0 FV FACE VELOCITY VD VOLUME DAMPER PB PUSH BUTTON SWITCH FLEX DUCT i*i QUICK OPENING BOILER SLOWDOWN VALVE U GA GAGE/GAUGE VEL VELOCITY 0 SWITCHED MAIN AIR SECTION PLAN SECTION PLAN .i.- GAL GALLON VERT VERTICAL 0PRESSURE TRANSMITTER RECTANGULAR DUCT SQUARE NECK THE ACTIVATION OF A DUCT 0 GALV GALVANIZED VFD VARIABLE FREQUENCY DRIVE }(n GLY GLYCOL VTR VENT THROUGH ROOF 0 MAIN AIR SMOKE DETECTOR SHALL VALIDITY OF PERMIT . - GPH GALLONS PER HOUR W WIDTH 0 ELECTRONIC HUMIDITY TRANSMITTER RETURN OR EXHAUST GRILLE SUPPLY DIFFUSER SIDE FLEX CONNECTION ACTIVATE A VISIBLE AND THE ISSUANCE OF A PERMIT Q AUDIBLE SUPERVISORY BASED ON CONSTRUCTION GPM GALLONS PER MINUTE WG WATER GAUGE ©HL DUCT MOUNTED HIGH LIMIT HUMIDISTAT Lel SIGNAL AT A CONSTANTLY DOCUMENTS AND OTHER H HEIGHT WPD WATER PRESSURE DROP DATA SHALL NOT PREVENT HORIZ HORIZONTAL WTD WATER TEMPERATURE DROP 0 ELECTRONIC TEMPERATURE SENSOR ATTENDED LOCATION THE CODE OFFICIAL FROM O HP HORSEPOWER WTR WATER TEMPERATURE RISE ® FLOW SWITCH I I OMSC 606.4.1 REQUIRING THE CORRECTION _ 0 HTG HEATING W/ WITH 0 ELECTRONIC SENSOR WITH AVERAGING OF ERRORS. OSSC 105.4 0 N SECTION PLAN SECTION PLAN ID INSIDE(DIAMETER/DIMENSION) W/0 WITHOUT O V rn SUPPLY DIFFUSER HARD CONNECTION SIDEWALL SUPPLY GRILLE CONNECTION S SYMBOLS c.) o MISC. FITTINGS & SYMBOLS MEDIUM PRESSURE DUCTWORK co .c KA) ACCESS PANEL n CAP EXISTING/CAP FOR FUTURE DIRECTION OF FLOW _L--t _ DIRECTION OF SLOPE co © BELOW GRADE/ FLOOR (I) RELOCATE EXISTINGU b b _ PIPE SLEEVE T EXISTING REMOVE EXISTING CONNECT 0 S G •., Q o G REDUCER CONICAL TEE LOW LOSS LATERAL TEE CONICAL LATERAL OFFICE COPY: I = 0 - 1- C) EXISTING TO REMAIN NOTE CITY OF TIGARD I r- d- d- ANCHOR BRANCH FITTINGS rn REVIEWOR CODE COMPLIANCE R=1-1/2D R=.2D L=D1-D2 :lila L Cl) C ELBOW(90 ) CALL OUT SYMBOLS Approved: [ ] d- .� S ELBOW(45°) W�. .lt D L OTC: [ J RS `v p co cc i S r S TEE WALL MOUNTED r �( l'. r R • Permit #: . o 0 -_ co O O rS CROSS Co CO PENDANT MOUNTED CARBON MONOXIDE 1 'C DID 02 Address: 1 [. PIPING CONNECTIONS V 0 0 TEMPERATURE 0o CARBON DIOXIDE ELBOW Y-BRANCH BELL MOUTH REDUCER Suite #: By: 11 Date: all.Li.2 © HUMIDITY CO 0 NITROGEN OXIDE I JOINT OR COUPLING POINT ill UNION ROOM SENSORS DUCT DETAILS (LOW VELOCITY) 4 FLANGED CONNECTION R-1-1/2W +1 _ 24x16 1 ] CAP Wtf_?ti II PLUG OR BLIND FLANGE j rrir O RISER TURNING VANES IN ALL SIZE SHOWN IS O ELBOW UP ELBOWS AND TEES FLEX CLEAR MECHANICAL DRAWING LIST D ELBOW DOWN RADIUS ELBOW MITER ELBOWS & TEES CONNECTION ACAFItgLAgER SHEET # SHEET NAME o TEE UP , ,e4- R=1 112W TEE DOWN E+ W + M0.01 SYMBOLS, LEGENDS & ABBREVIATIONS - MECHANICAL ( HORIZONTAL TEE M0.02 SCHEDULES - MECHANICAL V.1 FLEXIBLE CONNECTION M0.03 SCHEDULES - MECHANICAL o] BALL JOINT LESS THAN 15° 15°TO 30° GREATER THAN 30° M0.04 SCHEDULES - MECHANICAL MC M0.05 SCHEDULES - MECHANICAL II MECHANICAL COUPLING DUCT OFFSETS i HEAT TRACE M2.00 UNDERGROUND PLAN - MECHANICAL M2.01 OVERALL FIRST FLOOR PLAN - MECHANICAL + ° + 1.)-\-, , ° 1 M2.02 OVERALL SECOND FLOOR PLAN - MECHANICAL phase Conformed Set l- 30 MAX 30 MAX M2.03 OVERALL ROOF PLAN - MECHANICAL URECTANGULAR TO ROUND M2.10 FIRST FLOOR PLAN SECTOR A - MECHANICAL co TRANSITIONS M2.11 FIRST FLOOR PLAN SECTOR B - MECHANICAL date April 26, 2019 M2.12 FIRST FLOOR PLAN SECTOR C - MECHANICAL w M2.14 FIRST FLOOR PLAN SECTOR E - MECHANICAL revisions N '-iti`j• M2.20 SECOND FLOOR PLAN SECTOR A - MECHANICAL co 45 4" MINOR M2.21 SECOND FLOOR PLAN SECTOR B - MECHANICAL • 1/4W OR M2.22 SECOND FLOOR PLAN SECTOR C - MECHANICAL o W 12" MAX (M2.23 SECOND FLOOR PLAN SECTOR D - MECHANICAL RECTANGULAR DUCT FITTING M2.24 SECOND FLOOR PLAN SECTOR E - MECHANICAL a) M2.50 ROOF PLAN SECTOR A - MECHANICAL .73 M2.51 ROOF PLAN SECTOR B - MECHANICAL + + + + M2.52 ROOF PLAN SECTOR C - MECHANICAL L---__ [I SPIN-IN IICONICAL SPIN-IN M2.53 ROOF PLAN SECTOR D - MECHANICAL7-13 project # 16055 FITTING FITTING M2.54 ROOF PLAN SECTOR E - MECHANICAL a M3.01 OVERALL FIRST FLOOR PLAN - HVAC PIPING SYMBOLS, LEGENDS & � RECTANGULAR TO ROUND FITTING M3.02 OVERALL SECOND FLOOR PLAN - HVAC PIPING ABBREVIATIONS - <- M4.01 ENLARGED PLANS - MECHANICAL � �, M4.02 ENLARGED PLANS - MECHANICAL MECHANICAL ". M5.01 DETAILS - MECHANICAL M5.02 DETAILS - MECHANICAL oS M6.01 DIAGRAMS - MECHANICAL � MO . O1 N co N� M7.01 CONTROL DIAGRAMS - MECHANICAL �m M7.02 CONTROL DIAGRAMS - MECHANICAL SPLIT SYSTEM SCHEDULEI AIR HANDLING UNIT SCHEDULE I SUPPLY DX COOLING ELECTRICAL I MINIMUM TAG NUMBER I AHU-101 RTU-301 RTU-302 RTU-303 RTU-304A RTU-304B RTU-305 RTU-306 j RTU-307 j RTU-308 / FILTER TOTAL I EFFICIENCY APPROX. LOCATION TAG I BOILER ROOM _ ROOF ROOF _ ROOF ROOF ROOF ROOF ROOF j ROOF � ROOF .3 AIRFLOW ESP MERV CAPACITY EAT VOLT/ WEIGHT MANUFACTURER SERVICE MAIN GYM AUX GYM KITCHEN BAND COMMONS COMMONS ADMIN N CLASSROOMS j S CLASSROOMS DRAMA I NUMBER LOCATION SERVICE TYPE CFM (IN. WG.) RATING (MBH) (°F DB/WB) MCA PHASE (S)EER (LBS) & MODEL NOTES MAX OSA CFM ACU-101 MAIN ELEC E110 MAIN ELEC E110 WALL MOUNTED 950 0.25 8 33 80/67 - � 208/1 � - 50 LG 1, 2, 3 � .10,500 8,500 5,150 6,000 11,050 6,500 4,200 47,000 � 33,000 � 1,500 MIXING BOX CODE MIN OSA CFM 3,650 2,350 2,450 2,800 4,100 3,050 1,000 17,000 12,000 600 ACU-102 IDF B121 IDF B121 WALL MOUNTED 620 0.25 8 18 80/67 - 208/1 I - 50 LG 1, 2, 3 PRE-FILTER MERV RATING 8 8 8 8 8 8 8 8 8 8 ACU-103 SUB ELEC B120 SUB ELEC B120 WALL MOUNTED 620 0.25 8 18 80/67 - 208/1 - 50 LG 1, 2, 3 FINAL FILTER MERV RATING 12 12 12 12 12IN ACU-104 SUB ELEC A115 SUB ELEC A115 WALL MOUNTED 620 0.25 8 18 80/67 - 208/1 - 50 LG 1, 2, 3 12 12 12 12 12 ACU-105 IDF A116 IDF A116 WALL MOUNTED 620 0.25 8 18 80/67 - 208/1 QUANTITY 1 1 1 1 1 1 1 1 1 1 - 50 LG 1, 2, 3 ACU-106 OFFICE E203 OFFICE E203 WALL MOUNTED 350 0.25 8 9 80/67 - 208/1 - 50 LG 1, 2, 3 AIRFLOW CFM 10,500 8,500 5,150 6,000 11,050 6,500 4,200 47,000 33,000 1,500 107 OFFICE E208 OFFICE E208 WALL MOUNTED 350 0.25 8 9 80/67 - 208/1 - 50 LG 1, 2, 3 FAN TYPE PLENUM PLENUM FORWARD CURVE FORWARD CURVE FORWARD CURVE FORWARD CURVE FORWARD CURVE AIRFOIL AIRFOIL FORWARD CURVE ACU-ACU-108 MDF E111 IDF A116 WALL MOUNTED 620 0.25 8 18 80/67 - 208/1 - 50 LG 1, 2, 3 TSP (IN. WG.) 1.7 1.7 2.0 2.0 2.0 2.0 1.9 5.0 4.3 2.0LIP ESP (IN. WG.) 0.8 0.8 0.8 1.5 0.8 -.ACCU301 ROOF ACU-101 AIR COOLED 2,120 - - - SUPPLY FAN I 0.8 1.5 2.5 2.5 0.8 19 208/1 I 17.5 150 LG 1, 2 FAN RPM 981 1,082 1,175 1,043 942 581 942 1,154 970 1,436 ACCU-302 ROOF ACU-102 AIR COOLED 2,120 - - - - 19 208/1 I 20.5 150 LG 1, 2 MOTOR BHP 4.4 3.6 3.3 4.6 7.6 3.4 4.1 68.6 39.6 1.8 ACCU-303 ROOF ACU-103 AIR COOLED 2,120 - - - - 19 208/1 20.5 150 LG 1, 2 MOTOR HP 10 7.5 5 10 10 5 5.0 75 40.0 3.0 ACCU-304 ROOF ACU-104 AIR COOLED 2,120 - - - - 19 208/1 20.5 150 LG 1, 2 VOLT/PHASE 460/3 460/3 460/3 460/3 460/3 460/3 I 4.60/3 460/3 460/3 460/3 ACCU-305 ROOF ACU-105 AIR COOLED 2,120 - - - - 19 I 208/1 20.5 I 150 LG I 1, 2 VFD YES YES YES YES YES YES ( YES YES YES YES ACCU-306 ROOF ACU-106 AIR COOLED 1,165 I - - I 10 I 208/1 I 21.5 150 LG I 1, 2 QUANTITY 1 1 1 1 1 1 I 1 1 1 1 ACCU-307 ROOF ACU-107 I AIR COOLED 1,165 - - I - - I 10 208/1 21.5 150 LG I 1, 2 AIRFLOW CFM 10,500 8,500 5,150 6,000 11,050 6,500 4,200 47,000 ACCU-308 ROOF ACU 108 AIR COOLED 2,120 - - - - 19 208/1 20.5 150 LG 1, 2 FAN TYPE PLENUM PLENUM MICRO METL PE MICRO METL PE POWER EXHAUST POWER EXHAUST MICRO METL PE POWER EXHAUST POWER EXHAUST MICRO METL PE GENERAL NOTES: A. MINIMUM EFFICIENCY IS AT ARI STANDARD CONDITIONS. TSP (IN. WG.) 0.8 0.6 0.5 0.5 0.3 1.0 0.5 1.0 1.0 0.5 ea I B I NOTES: RETURN/ RELIEF ESP (IN. WG.) I 0.3 0.3 0.5 0.5 0.3 _ 0.3 0.5 1.0 1.0 0.5 1. PROVIDE CONDENSATE PUMP: LITTLE GIANT EC-400, 120 VOLTS, 1 PHASE, 0.24 AMPS, 20 WATTS. FAN FAN RPM 972 926 688 688 - - 411 413 864 2. INDOOR UNIT RECEIVES POWER FROM OUTDOOR UNIT. MOTOR BHP I 3.5 1.9 2.0 2.0 2.0 2.0 2.0 28.1 20.7 0.5 3. COOLING ONLY UNIT. MOTOR HP I 5.0 3.0 2.0 2.0 2.0 2.0 2.0 30.0 20.0 1/2 Dull Olson Weekes - IBI Group VOLT/PHASE I 460/3 460/3 460/3 460/3 460/3 460/3 460/3 460/3 460/3 460/3 I VFD YES YES YES YES YES I YES YES YES YES YES Architects, Inc. CABINET UNIT HEATERS / UNIT HEATERS - AIR COOLED QUANTITY - HYDRONIC HEATING COIL ELECTRICAL CONDENSER FAN 3 4 2 2 3 _ 9 6 1 907 SW Stark Street Portland OR 97205 MOTOR FLA(EA) - 3.3 3.3 3.3 I 3.3 3.3 3.3 3.3 3.3 USA HEATING MIN APPROX. EAT (°F) 52 52 47 47 52 I 47 57 52 52 52 tel 503 226 6950 fax 503 273 9192 TAG AIRFLOW CAPACITY EWT WTD VOLT/ WEIGHT MANUFACTURER LAT (°F) 90 87 90 70 90 91 72 71 70 90 www.dowa-ibigroup.com NUMBER LOCATION SERVICE TYPE (CFM) (MBH) (°F) GPM (°F) HP PHASE (LBS) & MODEL NOTES HYDRONIC www.ibigroup.com GPM 22 17 12 9 23 16 4 50 33 3 CUH-101 NOT USED HEATING COIL _ 140 EWT (°F) 140 140 140 140 140 I 140 140 140 140 CUH-102 I NOT USED1 MIN WTD (°F) 40 40 40 40 40 I 40 I 40 40 40 40 CUH-103 COMMONS VESTIBULE COMMONS VESTIBULE VERTICAL RECESSED 610 41 140 2.7 40 1/15 115/1 150 TRANE FORCE-FLO Hi 1 I EAT (°F DB/WB) - - 83/65 83/65 82165 � 83/65 80/65 82/65 82/65 82/65 iiiEii """ CUH-201 I MAIN ENTRY VESTIBULE MAIN ENTRY VESTIBULE VERTICAL RECESSED I 610 41 140 2.7 40 11/15 115/1 150 TRANE FORCE-FLO H I COOLING -•••• UH 101 BOILER ROOM BOILER ROOM HORIZONTAL 1100 14 140 0.7 40 1/8 115/1 50 TRANE MODELS I DX REFRIGERANT LAT (°F DB/WB) - - 57/56 57/55 57/55 55/53 57/55 55/54 57/55 57/55 == PAE pae-engineers.com UH-201 RISER ROOM RISER ROOM I HORIZONTAL 1100 14 140 0.7 40 1/8 115/1 I 50 TRANE MODELS I COIL I TOTAL CAPACITY (MBH) 151 184 334 242 121 1557 1051 48 p g GENERAL NOTES: I EFFICIENCY (S)EER - - 12.6 12.6 10.0 10.3 I 13.1 10.2 9.8 (16.4) A. NONE ELECTRICAL MCA 27.2 19.4 48.0 53.9 j 82.0 I 71.0 j 29.0 384 257 15.0 i 1 DD APPROX. WEIGHT (LBS) 5,000 6,500 3,000 I 6,000 I 6,000 I 6,000 2,500 28,000 21,000 2,000 rlf ero MANUFACTURER & MODEL I CARRIER CARRIER CARRIER I CARRIER CARRIER I CARRIER I CARRIER CARRIER I CARRIER I CARRIER �0G I riz -v,/ DIFFUSERS AND GRILLES GENERAL NOTES: NOTES I 1 2 3 I 3 3 I 3 I 3 3 I 3 3 • 18 2, `- INLET I FACE SIZE4 �t, TAG CFM RANGE SIZE T-BAR HARD LID MAX THROW MANUFACTURER A. MINIMUM OSA CALCULATED BASED ON CODE AND ASHRAE STANDARD 62. NUMBER TYPE MIN MAX (IN) (IN) (IN) NC (FT) & MODEL NOTES B. HEATING COILS BASED ON MAXIMUM FACE VELOCITY OF 750 FPM, 0.15 IN WG MAXIMUM AIR PRESSURE DROP, 5FT WG MAXIMUM WATER PRESSURE DROP. ' '0 �o �i 0 125 6 24x24 13x13 12 2-2-5 C. PROVIDE SCCR SUFFICIENT TO MEET THE AVAILABLE FAULT CURRENT AT THE PANELBOARD OR SWITCHBOARD FROM WHICH THE UNIT IS FED. COORDINATE WITH ELECTRICAL DRAWINGS AND ELECTRICAL CONTRACTOR. ''yp v�ch 19 �9°' 42" D. EFFICIENCY LISTED IS AT AHRI CONDITIONS. P CO' CEILING 126 220 8 24x24 15x15 17 2-3-6 % C-1 SUPPLY I 221 345 I 10 24x24 17x17 21 3-4-8 TITUS PCS I NOTES: I DIFFUSER I 346 500 12 24x24 19x19 24 3-5-9 1. UNIT MOUNTED ON HOUSEKEEPING PAD. I EXPIRES 12-31-19 I 501 780 I 16 24x24 I 23x23 28 4-6-11 I 2. UNIT MOUNTED ON ROOF CURB. 3. UNIT MOUNTED ON VIBRATION ISOLATING ROOF CURB. 0 1340 I 10x10 24x24 12x12 17 - CEILING 341 780 I 15x15 24x24 17x17 22 - I C-2EXHAUSTI 781 1125 18x18 24x24 I 20x20 24 TITUS PAR BOILER SCHEDULE GRILLE 1 1129 1 1670 I 22x22 24x24 I 24x24 26 - 1671 13500 22x46 24x48 j 24x48 25 I FUEL FLUID ELECTRICAL INPUT OUTPUT SUPPLY RETURN MAX MIN MAX MINIMUM APPROX. GENERAL NOTES: TAG CAPACITY CAPACITY TEMP TEMP FLOW FLOW WPD VOLT/ EFFICIENCY WEIGHT MANUFACTURER A. NOISE CRITERIA(NC) BASED ON ROOM ABSORPTION OF 10 dB, MEASURED PER ANSI/ASHRAE STANDARD 70. NUMBER LOCATION SERVICE TYPE TYPE (MBH) (MBH) (°F) (°F) (GPM) (GPM) (FT. WG) PHASE (AFUE) (LBS) & MODEL NOTES B. THROW VALUES GIVEN FOR TERMINAL VELOCITIES 150, 100, AND 50 FPM FOR ISOTHERMAL CONDITIONS. B-101 MECHANICAL ROOMI HTG WATER I CONDENSING I NAT. GAS 3,000 2,781 140 100 140 60 2.0 1 208/3 93% 5,000 I KN-30 I 1 C. REFER TO DIFFUSER TAGS AND SPECIFICATIONS FOR DIFFUSERS NOT INCLUDED IN THIS SCHEDULE. B-102 MECHANICAL ROOMI HTG WATER I CONDENSING I NAT. GAS 3,000 2,781 140 100 140 60 2.0 I 208/3 93% 5,000 I KN-30 I 1 NOTES: GENERAL NOTES: 1. ONE 1-INCH SLOT. A. UNITS MOUNTED ON HOUSEKEEPING PAD. 2. TWO 1-INCH SLOTS. B. MINIMUM EFFICIENCY IS AT 100% FIRE, 100 DEG F RETURN WATER TEMPERATURE AND 140 DEG F SUPPLY WATER TEMPERATURE. C. PROVIDE 48 INCHES CLEAR BETWEEN MULTIPLE BOILERS. DESIGN CONDITIONS - PORTLAND, OR D. PROVIDE A MINIMUM SIDE CLEARANCE OF 36 INCHES FOR EACH BOILER. E. PROVIDE 36 INCHES TOP CLEARANCE ABOVE BOILER. SPACE I WINTER I SUMMER J F. PROVIDE TWO MEANS OF EXIT WHEN BOILER ROOM EXCEEDS 500 SF AND THE COMBINED BOILER CAPACITY EXCEEDS 1,000 MBH. .1...‘TEMPERATURE HUMIDITY 1 TEMPERATURE HUMIDITY OUTDOOR 22.7° F DB 9.6° FDP / 9.0 HR/29.8 ` F MCDB 191.7° F DB 167.8` F MCWB 63.7° F DP/89.0 HR / 76.5° F MCDB G. PROVIDE BOILER SHUT-OFF BUTTON AT EXIT(S)TO BOILER ROOM. ACTIVATION OF THE BUTTON SHALL SHUT OFF POWER AND FUEL SUPPLY TO BOILERS. .U INDOOR 68° F± 2° F DB 50% RH MAX, NO MINIMUM I 74° F± 2° F DB 50% RH MAX, NO MINIMUM I H. VENT EACH BOILER INDIVIDUALLY THROUGH ROOF. L GENERAL NOTES: 1 NOTES: 1....0 A. OUTDOOR CONDITIONS BASED ON ASHRAE FUNDAMENTALS 2017 99.6% AND 0.4% DATA. 1. PROVIDE INDIVIDUAL CONDENSATE TRAP FOR EACH BOILER, AND ONE YEAR'S SUPPLY OF NEUTRALIZATION AGENT. 0 PUMP SCHEDULE _ PERFORMANCE I MOTOR 0 PUMP APPROX. TAG FLUID FLOW HEAD EFFICIENCY VOLT/ WEIGHT MANUFACTURER O d- NUMBER LOCATION SERVICE TYPE TYPE (GPM) (FT. WC.) % _ HP RPM VFD PHASE (LBS) & MODEL NOTES 0U N HWP-101 BOILER ROOM I HEATING WATER END SUCTION WATER I 280 60 75 7.5 1800 YES 460/3 500 B&G e1510 I 0 N- HWP-102 BOILER ROOM I HEATING WATER END SUCTION WATER 280 60 75 7.5 1800 YES 460/3 500 B&G e1510 CP-301 RTU-301 I RTU-301 CIRC PUMP INLINE WATER 17 15 52 1/4 1800 NO 120/1 75 B&G e90 I CP-302 I RTU-302 I RTU-302 CIRC PUMP INLINE I WATER I 12 15 42 1/4 1800 NO 120/1 75 B&G e90 0 CP-303 I RTU-303 I RTU-303 CIRC PUMP INLINE I WATER I 9 15 42 1/4 1800 NO 120/1 75 I B&G e90 CO . - 723-- CP-304A RTU-304A RTU-304A CIRC PUMP INLINE WATER I 23 15 62 1/4 1800 NO 120/1 75 I B&G e90 -4-'- " CP-304B RTU-304B RTU-304B CIRC PUMP INLINE WATER I 16 15 52 1/4 1800 NO 120/1 75 I B&G e90 Ca3 CZ CM CP-306 I RTU-306 I RTU-306 CIRC PUMP INLINE WATER 50 15 72 1/2 1800 NO 120/1 I 100 I B&G e90 i=CP-305 RTU-305 RTU-305 CIRC PUMP INLINE I WATER 4 15 34 1/4 1800 NO 120/1 75 I B&G e90 CP-307 I RTU-307 I RTU-307 CIRC PUMP INLINE WATER 33 15 65 1/3 1800 NO 120/1 I 75 B&G e90 'VCU CP-308 I RTU-308 I RTU-308 CIRC PUMP INLINE WATER 3 15 34 1/4 1800 NO 120/1 I 75 •B&G e90 '� �-�- .....,-> p ti GENERAL NOTES: M O O ' A. PROVIDE TEFC TYPE MOTORS WHERE SCHEDULED AND WHERE PUMP IS LOCATED WITHIN THE AIRSTREAM. 0) c- d-, NOTES: 1. NONE. CU FAN SCHEDULE _�_ o CO CO LO LO AIRFLOW MOTOR I .tom- APPROX. I- �-- TAG TSP FAN VOLT/ WEIGHT MANUFACTURER & NUMBER LOCATION SERVICE TYPE CFM (IN WG) RPM HP PHASE VFD (LBS) MODEL NOTES KEF-301 ROOF DISHWASHER I UPBLAST I 425 1.5 1725 1/6 208/1 I YES 100 GREENHECK CUE-085-VG 2, 3, 7 KEF-302 I ROOF KITCHEN HOOD I UPBLAST I 2,100 2.0 1725 I 1-1/2 I 208/1 I YES 200 GREENHECK CUE-161 1, 2 RGF-301 I ROOF UNDERSLAB RADON INLINE I 225 0.8 - 150 W I_ 120/1 NO 25 FANTECH HP - RGF-302 I ROOF UNDERSLAB RADON INLINE 225 0.8 - 150 W I 120/1 NO I 25 FANTECH HP - RGF-303 ROOF UNDERSLAB RADON I INLINE 225 0.8 - I 150 W I 120/1 NO I 25 FANTECH HP - RGF-304 ROOF UNDERSLAB RADON INLINE 225 0.8 - I 150 W I 120/1 I NO I 25 FANTECH HP - RGF-305 ROOF UNDERSLAB RADON INLINE I 225 0.8 - I 150 W 120/1 I NO I 25 FANTECH HP - EF-301 ROOF KILN EXHAUST I UPBLAST 500 1.0 1725 1/4 208/1 I NO 100 GREENHECK CUE 5, 6, 8 EF-302 ROOF RESTROOMS DOWNBLAST 2,400 I 0.5 1750 1/2 I 120/1 NO 100 GREENHECK AE 5 EF-303 ROOF RESTROOMS DOWNBLAST 2,300 I 0.5 1750 1/2 I 120/1 NO 100 GREENHECK AE 5 EF-304 ROOF RESTROOMS I DOWNBLAST I 905 0.5 1750 1/2 I 120/1 I NO 100 GREENHECK AE 5 EF-305 ROOF LOCKER ROOMS I DOWNBLAST I 3,550 0.5 1140 1 120/1 NO 200 GREENHECK AE 5 EF-306 ROOF RESTROOM I DOWNBLAST 1,500 0.5 1750 1/2 I 120/1 NO 100 GREENHECK AE 5 CF-101 COMMONS COMMONS CEILING - - 56 - I 120/1 NO 150 BIG ASS - ESSENCE 4 CF-102 COMMONS COMMONS CEILING I - I - 56 - 120/1 I NO 150 BIG ASS - ESSENCE 4 CEF-101 I LOCKER RM GIRLS LOCKER ROOM I CABINET I 1,650 I 0.4 1100 580 W 120/1 I NO 100 GREENHECK CSP-A2150 I I CEF-102 I LOCKER RM BOYS LOCKER ROOM I CABINET I 1,650 I 0.4 1100 580 W I 120/1 I NO 100 GREENHECK CSP-A2150 I NOTES: 1. SERVES TYPE I KITCHEN EXHAUST. 2. STRUCTURAL TO PROVIDE SUPPORT CURB. 3. PROVIDE VARI-GREEN REMOTE DIAL FOR INDOOR WALL MOUNTING. i 4. PROVIDE WHITE MOTOR HOUSING WITH SILVER TRIM. PROVIDE WALL MOUNTED CONTROL. J 5. PROVIDE MOTORIZED DAMPER IN ROOF CURB. PROVIDE HINGED CURB CAP AND RESTRAINING CABLE FOR ACCESS FROM ROOF. 6. OWNERFAN SERVES< SUPPLIED EQUIPMENT. 7. UNIT SERVES TYPE II KITCHEN ICC LLI 8. UNIT TO BE PROVIDED FOR HIGH TEMPERATURE APPLICATION. phase Conformed Set 0 °° TANK SCHEDULE LLI OPERATING PRESSURE VOLUME date April 26, 2019 RELIEF MAX SYSTEM APPROX TAG FILL VALVE TOTAL ACCEPTANCE CONNECTION WEIGHT MANUFACTURER revisions NUMBER LOCATION SERVICE TYPE (PSIG) (PSIG) (GAL) (GAL) - (IN) (LBS) & MODEL NOTES co ti EXPANSION TANKS_ ET-101 I BOILER ROOM I HEATING WATER LOOP I BLADDER I 15 I 50 I 53 I 53 I 2.00 1 250 AMTROL ST-447C I o GENERAL NOTES: v 4-INCH B. FLOOR DESIGNED AND CONSTRUCTED P RON ASME CODEOUSEKEEPING SECTION VIII DIVISION 1. C/) NOTES: 1. TANK SIZE BASED ON MINIMUM TEMPERATURE 40°F, MAXIMUM TEMPERATURE 140°F. 70 Tva project # 16055 a <� SCHEDULES - MECHANICAL • •N cD N•- -O coM 0 • 0 2CNI M CV_ - 1-m VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON AH U-101 MAIN GYM (..) PEOPLE AREA OUTDOOR OUTDOOR OUTDOOR r°. n PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR IP AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES 1-01-MAIN GYM 7000 8000 Gym, stadium, arena (play area) -- 0.30 -- 0.0 500.0 2100.0 0.8 2625 0.33 1-01-105 STORAGE 300 150 Storage rooms -- 0.12 -- 0.0 - 36.0 0.8 45 0.30 01-02-105 MULTI USE 2850 2350 Gym, stadium, arena (play area) -- 0.30 -- 0.0 200.0 855.0 0.8 1069 0.45 TOTALS: 10150 I 10500 I I I 0 I 700 I 2991 I 3739 Zp max = 0.45 } L __. TOTAL AIRFLOW: 10500 SYSTEM VENTILATION EFFICIENCY- Ev: 0.83 SYSTEM POPULATION: 700 OCCUPANT DIVERSITY - D: 1.00 AHU-101 OUTDOOR AIRFLOW RATE: 3,650 UNCORRECTED OUTDOOR AIR INTAKE -Vou: 2,991 MEETS CODE REQUIRED FLOWRATE: PASSES CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 3,604 GENERAL NOTES: 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. ea I B I NOTES: A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. I I VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON Dull Olson Weekes - IBI Group Architects, Inc. RTU-301 AUX GYM 907 SW Stark Street Portland OR 97205 USA PEOPLE AREA tel 503 226 6950 fax 503 273 9192 OUTDOOR OUTDOOR OUTDOOR www.dowa-ibigroup.com PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY www.ibigroup.com FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES :ijill:_ 301-01-100 AUX GYM 6220 6000 Gym, stadium, arena (play area) -- 0.30 -- 0.0 450.0 1866.0 0.8 2333 0.39 .��€ PA E pae-engineers.com 301-01-105 CORRIDOR 869 200 Corridors -- 0.06 -- 0.0 - 52.1 0.8 66 0.33 301-02-100 OFFICE 140 75 Office spaces 5 0.06 5 0.7 1.0 13.4 0.8 17 0.23 301-02-105 OFFICE 140 75 Office spaces 5 0.06 5 0.7 1.0 13.4 0.8 17 0.23 301-02-110 LOCKER RM 970 1000 Locker/dressing roomsg -- -- -- 0.0 - 0.0 0.8 0 0.00 ,`� 301-02-115 LOCKER RM 990 1000 Locker/dressing roomsg -- -- -- 0.0 - 0.0 0.8 0 0.00 '� 1 Nz - x' TOTALS: 9329 I 8350 I I I 1 I 452 1945 I 2433 Zp max = 0.39 • 18 ,2404' / TOTAL AIRFLOW: 8350 SYSTEM VENTILATION EFFICIENCY- Ev: 0.84 ' ` SYSTEM POPULATION: 452 OCCUPANT DIVERSITY- D: 1.00 RTU-301 OUTDOOR AIRFLOW RATE: 2,350 �y0/Q~eh 19 fie'°' ��, UNCORRECTED OUTDOOR AIR INTAKE -Vou: 1,945 MEETS CODE REQUIRED FLOWRATE: PASSES ,qs P. Co-\> CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 2,304 GENERAL NOTES: 'EXPIRES 12-31-19 I 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON RTU-302 KITCHEN PEOPLE AREA OUTDOOR OUTDOOR OUTDOOR PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES 302-02-100 KITCHEN 3450 5000 Kitchens (cooking)b -- -- -- 0.0 15.0 0.0 0.8 0 0.00 -4-...0 302-02-105 OFFICE 100 150 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.09 U TOTALS: I 3550 I 5150 I I I I I 1 16 I 11 I 14 1 Zp max= 0.09 }� TOTAL AIRFLOW: 5150 SYSTEM VENTILATION EFFICIENCY- Ev: 1.00 U) SYSTEM POPULATION: 16 OCCUPANT DIVERSITY- D: 1.00 RTU-302 OUTDOOR AIRFLOW RATE: 2,450 UNCORRECTED OUTDOOR AIR INTAKE -Vou: 11 MEETS CODE REQUIRED FLOWRATE: PASSES CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 11 GENERAL NOTES: 0 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. O 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: 0 r N A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. 0 V ti /'1 07 ma VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON V RTU-303 BAND w , s, PEOPLE AREA (- OUTDOOR OUTDOOR OUTDOOR CO PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY ■= = > FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR m 0 N- AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION CD LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES I � "V--M 303 02 100 OFFICE & STORAGE 140 150 Storage rooms 0.12 - 0.0 - 16.8 0.8 21 0.14 . CO 303-02-105 CHOIR 1137 1260 Music/theater/dance 10 0.06 35 39.8 39.8 466.2 0.8 583 0.46 co C/) .. t.- 303-02-110 ORCHESTRA 1500 1540 Music/theater/dance 10 0.06 35 52.5 52.5 615.0 0.8 769 0.50 C OO O D 303-02-115 INSTR. STORAGE 200 100 Storage rooms -- 0.12 -- 0.0 - 24.0 0.8 30 0.30 - - CO LO 303-02-120 CHAIR STORAGE 265 120 Storage rooms -- 0.12 -- 0.0 - 31.8 0.8 40 0.33 303-02-125 MUSIC OFFICE 288 150 Office spaces 5 0.06 5 1.4 1.4 24.5 0.8 31 0.21 N- -'-' `; 303-02-130 BAND 1990 1700 Music/theater/dance 10 0.06 35 69.7 69.7 815.9 0.8 1020 0.60 303-02-135 CORRIDOR 835 200 Corridors -- 0.06 -- 0.0 - 50.1 0.8 63 0.32 303-02-140 PRAC RM 70 100 Office spaces 5 0.06 5 0.4 1.0 9.2 0.8 12 0.12 303-02-145 PRAC RM 75 100 Office spaces 5 0.06 5 0.4 1.0 9.5 0.8 12 0.12 303-02-150 PRAC RM 100 100 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.14 303-02-155 BAND STORAGE 276 140 Storage rooms -- 0.12 -- 0.0 - 33.1 0.8 42 0.30 TOTALS: I 6876 I 5660 I I I 165 166 2107 I 2637 Zp max = 0.60 TOTAL AIRFLOW: 5660 SYSTEM VENTILATION EFFICIENCY- Ev: 0.77 SYSTEM POPULATION: 166 OCCUPANT DIVERSITY- D: 1.00 RTU-303 OUTDOOR AIRFLOW RATE: 2,800 UNCORRECTED OUTDOOR AIR INTAKE -Vou: 2,107 MEETS CODE REQUIRED FLOWRATE: PASSES CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 2,728 GENERAL NOTES: 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. I VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON RTU-304A COMMONS L PEOPLE AREA Q OUTDOOR OUTDOOR OUTDOOR Ct PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY phase Conformed Set z FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR W AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION U LOCATION (SF) (CFM) CLASSIFICATION co (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES date April 26, 2019 304A-02-100 PASS 350 430 Classrooms (age 9 plus) 10 0.12 35 12.3 12.3 164.5 0.8 206 0.48 W 304A-02-105 STORAGE 215 120 Storage rooms -- 0.12 -- 0.0 - 25.8 0.8 33 0.28 g - _ revisions 304A-02-110 STAGE 1000 1500 Music/theater/dance 10 0.06 35 35.0 35.0 410.0 0.8 513 0.34 304A-02-115 COMMONS N 6150 9000 Multiuse assembly 8 0.06 100 615.0 310.0 2694.0 0.8 3368 0.37 M ti TOTALS: I 7715 I 11050 I I I 662 357 I 3294 I I 4120 Zp max = 0.48 0 TOTAL AIRFLOW: 11050 SYSTEM VENTILATION EFFICIENCY- Ev: 0.82 Cn SYSTEM POPULATION: 357 OCCUPANT DIVERSITY- D: 1.00 RTU-304A OUTDOOR AIRFLOW RATE: 4,100 UNCORRECTED OUTDOOR AIR INTAKE -Vou: 3,294 MEETS CODE REQUIRED FLOWRATE: PASSES -0 CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 4,022 I GENERAL NOTES: I 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. >' 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: project # 16055 Q A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. SCHEDULES - Q� MECHANICAL N O M N M 0 • 0 3 OC▪ .. N co M N ✓CO VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON RTU-304B COMMONS (_:).-- PEOPLE AREA (0.'"---,. n OUTDOOR OUTDOOR OUTDOOR PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR IN AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES 304B-02-100 COMMONS S 6150 6500 Multiuse assembly 8 0.06 100 615.0 310.0 2694.0 0.8 3368 0.52 TOTALS: 6150 6500 I I I 615 I 310 I 2694 I I 3368 I Zp max= 0.52 TOTAL AIRFLOW: 6500 SYSTEM VENTILATION EFFICIENCY- Ev: 0.90 L _....41 SYSTEM POPULATION: 310 OCCUPANT DIVERSITY- D: 1.00 RTU-304B OUTDOOR AIRFLOW RATE: 3,050 UNCORRECTED OUTDOOR AIR INTAKE -Vou: 2,694 MEETS CODE REQUIRED FLOWRATE: PASSES CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 3,006 GENERAL NOTES: 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. I NOTES: A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. ea I B I 1 1 I VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON RTU-305 ADMIN Dull Olson Weekes - IBI Group Architects, Inc. PEOPLE AREA OUTDOOR OUTDOOR OUTDOOR 907 SW Stark Street Portland OR 97205 USA PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY tel 503 226 6950 fax 503 273 9192 FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR www.dowa-ibigroup.com AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION www.ibigroup.com LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES 305-02-100 CONF 215 300 Conference rooms 5 0.06 50 10.8 11.0 67.9 0.8 85 0.28 =__: 305-02-105 RECORDS 150 100 Storage rooms -- 0.12 -- 0.0 - 18.0 0.8 23 0.23 Bili. 305-02-110 BOOK KEEPER 230 150 Office spaces 5 0.06 5 1.2 2.0 23.8 0.8 30 0.20 ._ pQ E pae-engineers.com 305-02-115 COUNS OFFICE 100 220 Office spaces 5 0.06 5 0.5 2.0 16.0 0.8 20 0.09 305-02-120 COUNS OFFICE 96 220 Office spaces 5 0.06 5 0.5 2.0 15.8 0.8 20 0.09 305-02-125 COUNS OFFICE 100 220 Office spaces 5 0.06 5 0.5 2.0 16.0 0.8 20 0.09 ROF 305-02-130 OFFICE 100 100 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.14 PP Z 305-02-135 OFFICE 100 100 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.144I N 305-02-140 OFFICE 100 100 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.14 ' 4?o 298 , 305-02-145 KITCHENETTE 95 100 Reception areas 5 0.06 30 2.9 3.0 20.7 0.8 26 0.26 �_ 305-02-150 SUPPLY 100 50 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.28 /4, 305-02-155 CONF 171 275 Office spaces 5 0.06 5 0.9 1.0 15.3 0.8 20 0.07 ! , , 305-02-160 CORRIDOR 710 530 Corridors -- 0.06 -- 0.0 - 42.6 0.8 54 0.10 0y�o)- 19 \g�`O �,� 305-02-165 C 300 50 10.0 10.0 62.0 0.8 0.2 NE e room 305-02-170 HEALTH/NURSE 195200 955 200 C Patient cooms s 25 0.06-- 10 2.0 2.0 48.8 0.8 618 0.31 O(qS P. CO" ' 305-02-175 OFFICE 75 100 Office spaces 5 0.06 5 0.4 1.0 9.5 0.8 12 0.12 305-02-180 OFFICE 90 100 Office spaces 5 0.06 5 0.5 1.0 10.4 0.8 13 0.13 I EXPIRES 12-31-19 I 305-02-185 RECEP 1120 900 Reception areas 5 0.06 30 33.6 34.0 237.2 0.8 297 0.33 305-02-190 PRINC 90 100 Office spaces 5 0.06 5 0.5 2.0 15.4 0.8 20 0.20 TOTALS: I 4037 4165 I I 66 I 77 I 663 I I 835 I Zp max= 0.33 TOTAL AIRFLOW: 4164.952616 SYSTEM VENTILATION... 0.83 SYSTEM POPULATION: 76.95 OCCUPANT DIVERSITY- D: 1.00 RTU-305 OUTDOOR AIRFLOW RATE: 1,000 UNCORRECTED OUTDOOR AIR INTAKE -Vou: 663 MEETS CODE REQUIRED FLOWRATE: PASSES CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 800 GENERAL NOTES: 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. VENTILATION SCHEDULE - MULTIPLE SPACES -OREGON ..10 RTU-306 N CLASSROOMS -0 PEOPLE AREA }� OUTDOOR OUTDOOR OUTDOOR PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR 0 AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION _ LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES O 306-01-100 CLASSRM 900 1200 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.44 0 306-01-105 CLASSRM 900 1120 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.47 • -� N 306-01-110 CLASSRM 900 1120 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.47 O ♦ , CV CV 306-01-115 CLASSRM 900 1120 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.47 0 V 306-01-120 SCI LAB 1090 1300 Science laboratoriesg 10 0.18 25 27.3 27.3 468.7 0.8 586 0.45 ma (f) M 306-01-125 SCI PREP 335 300 Storage rooms -- 0.12 -- 0.0 - 40.2 0.8 51 0.17 V 0 306-01-130 SCI LAB 1080 1300 Science laboratoriesg 10 0.18 25 27.0 27.0 464.4 0.8 581 0.45 306-01-135 CORRIDOR 2195 600 Corridors -- 0.06 -- 0.0 - 131.7 0.8 165 0.28 - - 306-01-140 EXT LEARNING 650 1000 Classrooms (age 9 plus) 10 0.12 35 22.8 22.8 305.5 0.8 382 0.38co -1--I 306-01-145 CORRIDOR 2125 1750 Corridors -- 0.06 -- 0.0 - 127.5 0.8 160 0.09 CO CD 306-01-150 COMP LAB 870 1000 Computer Lab 10 0.12 25 21.8 21.8 321.9 0.8 403 0.40 73 1- 306-01-155 CLASSRM 900 1360 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.39CO Qj 306-01-160 CLASSRM 900 1360 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.39 306-01-165 CLASSRM 900 1360 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.39 N- 306-01-170 CLASSRM 900 1400 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.38 .+-• O O 306-01-175 LIB PERIMETER N 600 2100 Libraries 5 0.12 10 6.0 6.0 102.0 0.8 128 0.06 I d- 4- 306-01-180 SM CONF. RM 133 150 Storage rooms -- 0.12 -- 0.0 - 16.0 0.8 20 0.13 306-02-100 CLASSRM 900 1280 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.41 :~, CO 306-02-105 CLASSRM 900 1140 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 moon 306-02-110 CLASSRM 900 1140 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 CU ca) O O O 306-02-115 CLASSRM 900 1140 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 - 306-02-120 SCI LAB 1090 1540 Science laboratoriesg 10 0.18 25 27.3 27.3 468.7 0.8 586 0.38 1- 306-02-125 SCI PREP 335 400 Storage rooms 0.12 0.0 40.2 0.8 51 0.13Him. `~ 306-02-130 SCI LAB 1100 1540 Science laboratoriesg 10 0.18 25 27.5 27.5 473.0 0.8 592 0.38 306-02-135 KIT BRK RM 680 800 Conference rooms 5 0.06 50 34.0 34.0 210.8 0.8 264 0.33 306 02-140 KILN 110 200 Science laboratoriesg 10 0.18 25 2.8 2.8 47.3 0.8 60 0.30 306-02-145 ART CLASS 1080 1500 Classrooms (age 9 plus) 10 0.12 35 37.8 37.8 507.6 0.8 635 0.42 306-02-150 STEM/CTE 1245 1500 Science laboratoriesg 10 0.18 25 31.1 31.1 535.4 0.8 670 0.45 306-02-155 MAKERSPACE 1240 1500 Classrooms (age 9 plus) 10 0.12 35 43.4 43.4 582.8 0.8 729 0.49 306-02-160 SPED OFFICE 200 240 Office spaces 5 0.06 5 1.0 1.0 17.0 0.8 22 0.09 306-02-165 SPED OFFICE 220 300 Office spaces 5 0.06 5 1.1 1.1 18.7 0.8 24 0.08 306-02-170 SPED CONF 225 340 Conference rooms 5 0.06 50 11.3 11.3 69.8 0.8 88 0.26 306-02-175 OFFICE 105 110 Office spaces 5 0.06 5 0.5 1.0 11.3 0.8 15 0.14 306-02-180 OFFICE 105 110 Office spaces 5 0.06 5 0.5 1.0 11.3 0.8 15 0.14 306-02-185 TEST 70 80 Office spaces 5 0.06 5 0.4 1.0 9.2 0.8 12 0.15 306-02-190 SPED 1140 1400 Office spaces 5 0.06 5 5.7 5.7 96.9 0.8 122 0.09 306-02-195 CORRIDOR 2240 600 Corridors -- 0.06 -- 0.0 - 134.4 0.8 168 0.28 306-02-200 SM GROUP 610 800 Conference rooms 5 0.06 50 30.5 30.5 189.1 0.8 237 0.30 306-02-205 SM GROUP 610 800 Conference rooms 5 0.06 50 30.5 30.5 189.1 0.8 237 0.30 306-02-210 CLASSRM 900 1460 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.36 306-02-215 CLASSRM 900 1460 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.36 306-02-220 CLASSRM 900 1460 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.36 306-02-225 CLASSRM 900 1560 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.34 306-02-230 CORRIDOR 2640 1800 Corridors -- 0.06 -- 0.0 - 158.4 0.8 198 0.11 306-02-235 EXT LEARNING 830 1000 Classrooms (age 9 plus) 10 0.12 35 29.1 29.1 390.1 0.8 488 0.49 306-02-240 STORAGE 300 150 Storage rooms -- 0.12 -- 0.0 - 36.0 0.8 45 0.30 L TOTALS: 39653 I 46890 I I I 923 I 925 I 12943 I I 16198 I Zp max = 0.49 J Q TOTAL AIRFLOW: 46890 SYSTEM VENTILATION EFFICIENCY - Ev: 0.79 I- SYSTEM POPULATION: 925 OCCUPANT DIVERSITY- D: 1.00 RTU-306 OUTDOOR AIRFLOW RATE: 17,000 phase Conformed Set z UNCORRECTED OUTDOOR AIR INTAKE -Vou: 12,943 MEETS CODE REQUIRED FLOWRATE: PASSES W U CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 16,424 NERAL NOTES: 0o 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. date April 26, 2019 W 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: revisions c A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. M ...- Ni.... O O CD f T co project # 16055 F- 0 SCHEDULES - Q� MECHANICAL N • •N O M N O M 0 • 04 Nco co M N - 1-CO TERMINAL UNIT SCHEDULE ! VENTILATION SCHEDULE - MULTIPLE SPACES - OREGON RTU-307 S CLASSROOMSY.) PRIMARY AIR HEATING COIL MANUFACTURER & PEOPLE AREA TAG NUMBER LOCATION SERVICE TYPE HEATING LOW MIN MODEL NOTES INLET (IN) MAX CFM CFM MIN CFM CFM MBH GPM LAT OUTDOOR OUTDOOR OUTDOOR (wmi. n PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY TU-3-201 HALL D203 303-02-100 Music Office & Storage WR 12 1510 595 370 310 21.2 2.1 90 TITUS DESV FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR li. AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION TU-3-202 INST STOR D205 303-02-110 Orchestra VVR 12 1640 1350 1350 310 32.1 3.2 79 TITUS DESV LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES TU-3-203 HALL D203 303-02-125 Music Office VVR 6 150 70 70 70 1.9 0.5 83 TITUS DESV TU-3-204 INST STOR D205 303-02-130 Band WR 14 1840 845 555 440 30.1 3.0 90 TITUS DESV B 307-01-100 OFFICE 100 100 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.14 307-01-105 LIB LIB CORE 2710 2600 Libraries 5 0.12 10 27.1 27.1 460.7 0.8 576 0.22 TU-3-205 HALL D203 303-02-135 Corridor VVR 10 725 365 230 230 13.2 1.3 90 TITUS DESV 307-01-110 PERIMETERS 600 1800 Corridors -- 0.06 -- 0.0 - 36.0 0.8 45 0.03 307-01-115 CUST OFFICE 300 200 Office spaces 5 0.06 5 1.5 1.5 25.5 0.8 32 0.16 L _..., 307-01-120 OFFICE 100 100 Office spaces 5 0.06 5 0.5 1.0 11.0 0.8 14 0.14 TU-5-201 HALL B234 305-02-100 Conference WR 6 300 120 85 70 4.3 0.5 90 TITUS DESV 307-01-125 WORKRM 485 250 Office spaces 5 0.06 5 2.4 5.0 54.1 0.8 68 0.27 TU-5-202 HALL B234 305-02-105 Records VVR 6 250 100 70 70 3.5 0.5 89 TITUS DESV B 307-01-130 Drama STORAGE 290 150 Storage rooms -- 0.12 -- 0.0 - 34.8 0.8 44 0.29 TU-5-203 HALL B234 305-02-130 Office WR 6 250 70 70 70 2.0 0.5 84 TITUS DESV 307-01-135 STORAGE 700 250 Storage rooms 0.12 0.0 5.0 84.0 0.8 105 0.42 307-01-140 CORRIDOR 2355 600 Corridors -- 0.06 - 0.0 - 141.3 0.8 177 0.30 TU-5-204 HALL B234 305-02-115 Couns Office VVR 8 525 240 140 140 8.6 0.9 90 TITUS DESV 307-01-145 CLASSRM 900 1120 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.47 TU-5-205 HALL B234 305-02-165 Conf VVR 6 300 130 80 70 4.6 0.5 90 TITUS DESV 307-01-150 CLASSRM 900 1120 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.47 307-01-155 CLASSRM 900 1120 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.47 1 1 TU-5-206 HALL B244 305-02-155 Conf VVR 6 250 70 70 70 2.1 0.5 84 TITUS DESV I 307-01-160 CLASSRM 900 1260 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.42 I I TU-5-207 HALL B234 305-02-145 Kitchenette VVR 6 150 70 70 70 1.5 0.5 77 TITUS DESV 307-01-165 CORRIDOR 2125 1800 Corridors -- 0.06 -- 0.0 - 127.5 0.8 160 0.09 ea 307-01-170 EXT LEARNING 700 1000 Classrooms (age 9 plus) 10 0.12 35 24.5 24.5 329.0 0.8 412 0.41 TU-5-208 HALL B234 305-02-185 Recp VVR 10 800 335 295 230 11.9 1.2 90 TITUS DESV 307-01-175 SCI LAB 900 1000 Science laboratoriesg 10 0.18 25 22.5 22.5 387.0 0.8 484 0.48 TU-5-209 RECEP B249 305-02-175 Office WR 6 250 70 70 70 2.1 0.5 84 TITUS DESV 307-01-180 CLASSRM 900 1160 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 307-01-185 CLASSRM 900 1360 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.39 TU-5-210 HALL B244 305-02-160 Cor/Stu Rec VVR 6 325 155 70 70 5.5 0.6 90 TITUS DESV 307-01-190 CLASSRM 900 1500 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.35 Dull Olson Weekes - IBI Group TU-5-211 HALL B244 305-02-170 Health/Nurse VVR 6 200 70 70 70 1.9 0.5 82 TITUS DESV 307-01-195 SM CONF 130 150 Conference rooms 5 0.06 50 6.5 6.5 40.3 0.8 51 0.34 Architects, Inc. 307-01-200 STORAGE 480 250 Storage rooms -- 0.12 -- 0.0 - 57.6 0.8 72 0.29 TU-5-212 HALL B234 305-02-190 Princ WR 6 300 120 70 70 4.2 0.5 89 TITUS DESV 907 SW Stark Street Portland OR 97205 307-02-100 CORRIDOR 2900 450 Corridors 0.06 -- 0.0 - 174.0 0.8 218 0.48 USA 307-02-105 SM GROUP 610 650 Conference rooms 5 0.06 50 30.5 30.5 189.1 0.8 237 0.36 tel 503 226 6950 fax 503 273 9192 TU-6-101 HALL A125 306-01-100 Classroom VVR 10 1200 530 530 230 15.7 1.6 84 TITUS DESV B 307-02-110 SM GROUP 615 650 Conference rooms 5 0.06 50 30.8 30.8 190.7 0.8 239 0.37 www.dowa-ibigroup.com 307-02-115 CLASSRM 900 1140 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 I www.ibigroup.com TU-6-102 HALL A125 306-01-105 Classroom VVR 10 1120 530 530 230 12.6 1.3 79 TITUS DESV 307-02-120 CLASSRM 900 1140 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 TU-6-103 HALL A125 306-01-110 Classroom VVR 10 1120 530 530 230 12.6 1.3 79 TITUS DESV 307-02-125 CLASSRM 900 1140 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.46 307-02-130 CLASSRM 900 1260 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.42 :::_ TU-6-104 HALL A125 306-01-115 Classroom VVR 10 1120 530 530 230 12.6 1.3 79 TITUS DESV 307-02-135 CORRIDOR 2650 1000 Corridors -- 0.06 -- 0.0 - 159.0 0.8 199 0.20 TU-6-105 HALL A125 306-01-145 Corridor WR 12 1750 660 355 310 23.6 2.4 90 TITUS DESV B 307-02-140 EXT LEARNING 850 1000 Classrooms (age 9 plus) 10 0.12 35 29.8 29.8 399.5 0.8 500 0.50 MIR PA E pae-engineers.com 307-02-145 SCI LAB 900 1000 Science laboratoriesg 10 0.18 25 22.5 22.5 387.0 0.8 484 0.48 TU-6-106 HALL A113 306-01-120 Sci Lab VVR 12 1600 730 730 310 19.5 2.0 82 TITUS DESV ( 307 02 150 CLASSRM 900 1300 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.41 TU-6-107 HALL A113 306-01-130 Sci Lab VVR 12 1300 585 585 310 15.5 1.5 81 TITUS DESV 307-02-155 CLASSRM 900 1440 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.37 307-02-160 CLASSRM 900 1560 Classrooms (age 9 plus) 10 0.12 35 31.5 31.5 423.0 0.8 529 0.34PR�' TU-6-108 HALL A113 306-01-150 Comp Lab VVR 10 1000 405 405 230 7.4 0.7 74 TITUS DESV 4S) Zi(+ TU-6-109 HALL A113 306-01-175 Lib Perimeter N WR 24x16 2100 1100 1100 1100 31.3 3.1 83 TITUS DESV B TOTALS: I 33100 I 32620 I I I 640 I 649 9221 I 11537 Zp max= 0.50 x'18 29' , . 0, • I TU-6-110 HALL A113 306-01-180 Small Conference WR 6 150 70 70 70 1.2 0.5 73 TITUS DESV TOTAL AIRFLOW: 32620 SYSTEM VENTILATION EFFICIENCY- Ev: 0.78 4 TU-6-111 HALL A125 306-01-140 Ext Learning WR 10 1000 385 385 230 6.6 0.7 73 TITUS DESV SYSTEM POPULATION: 649 OCCUPANT DIVERSITY- D: 1.00 RTU-307 OUTDOOR AIRFLOW RATE: 12,000 .• ` TU-6-112 HALL A125 306-01-155 Classroom VVR 10 1200 530 530 230 12.6 1.3 79 TITUS DESV UNCORRECTED OUTDOOR AIR INTAKE -Vou: 9,221 MEETS CODE REQUIRED FLOWRATE: PASSES C'CODE 19 N°'°'� c2" TU-6-113 HALL A125 306-01-160 Classroom VVR 10 1200 530 530 230 12.6 1.3 79 TITUS DESV CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 11,781 44S PCD\-\." GENERAL NOTES: TU-6-114 HALL A125 306-01-165 Classroom WR 10 1200 530 530 230 12.6 1.3 79 TITUS DESV 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 1 EXPIRES 12-31-19 I TU-6-115 HALL A125 306-01-170 Classroom WR 12 1400 530 530 310 15.7 1.6 84 TITUS DESV 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. NOTES: TU-6-116 HALL A113 306-01-135 Corridor WR 8 600 280 165 140 9.9 1.0 90 TITUS DESV A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. TU-6-201 HALL A207 306-02-100 Classroom VVR 12 1280 530 530 310 16.6 1.7 86 TITUS DESV B TU-6-202 HALL A207 306-02-105 classroom VVR 10 1140 530 530 230 14.4 1.4 82 TITUS DESV TU-6-203 HALL A207 306-02-110 Classroom WR 10 1140 530 530 230 14.4 1.4 82 TITUS DESV VENTILATION SCHEDULE MULTIPLE SPACES -OREGON TU-6-204 HALL A207 306-02-115 Classroom VVR 10 1140 530 530 230 14.4 1.4 82 TITUS DESV RTU-308 DRAMA TU-6-205 HALL A207 306-02-120 Sci Lab WR 14 1940 725 725 440 22.3 2.2 85 TITUS DESV PEOPLE AREA TU-6-206 HALL A207 306-02-130 Sci Lab VVR 12 1540 595 595 310 17.8 1.8 85 TITUS DESV OUTDOOR OUTDOOR OUTDOOR TU-6-207 HALL A207 306-02-135 Kit Brk Rm VVR 10 800 600 600 230 16.8 1.7 83 TITUS DESV PRIMARY AIRFLOW AIRFLOW DEFAULT AIRFLOW ZONE AIR OUTDOOR PRIMARY FLOOR AIRFLOW RATE RATE OCCUPANT RATE DISTRIBUTION AIR INTAKE OUTDOOR TU-6-208 HALL A207 306-02-145 Art VVR 12 1650 695 695 310 22.9 2.3 87 TITUS DESV AREA RATE OCCUPANCY Rp Ra DENSITY CODE DESIGN Vbz EFFECTIVENESS Voz AIR FRACTION TU-6-209 HALL A219 306-02-150 STEM/CTE WR 12 1500 670 670 310 20.5 2.1 85 TITUS DESV LOCATION (SF) (CFM) CLASSIFICATION (CFM/PERSON) (CFM/SF) (PEOPLE/1000SF) POPULATION POPULATION (CFM) Ez (CFM) Zp NOTES 11 TU-6-210 HALL A219 306-02-155 Makerspace VVR 12 1500 730 730 310 21.2 2.1 84 TITUS DESV 308-02-100 DRAMA 1700 1500 Music/theater/dance 10 0.06 35 59.5 59.3 695.0 2.8 249 0.17 TU-6-211 HALL A219 306-02-160 SPED Office VVR 8 540 200 140 140 7.1 0.7 90 TITUS DESV }+ TOTALS: I 1700 I 1500 60 I 59 I 695 I 249 I Zp max= 0.17 I TU-6-212 HALL A219 306-02-170 SPED Conf VVR 6 340 165 90 70 5.8 0.6 89 TITUS DESV _U TU-6-213 HALL A219 306-02-175 Office WR 6 300 75 70 70 2.6 0.5 89 TITUS DESV TOTAL AIRFLOW: 1500 SYSTEM VENTILATION EFFICIENCY- Ev: 1.30 TU-6-214 HALL A219 306-02-190 SPED WR 12 1400 480 310 310 17.2 1.7 90 TITUS DESV SYSTEM POPULATION: 60 OCCUPANT DIVERSITY- D: 1.01 RTU-308 OUTDOOR AIRFLOW RATE: 600 }+ UNCORRECTED OUTDOOR AIR INTAKE -Vou: 702 MEETS CODE REQUIRED FLOWRATE: PASSES TU-6-215 HALL A207 306-02-230 Corridor WR 14 1800 900 440 440 32.9 3.3 91 TITUS DESV B CODE REQUIRED OUTDOOR AIR INTAKE FLOWRATE -Vot: 539 Q TU-6-216 HALL A207 306-02-235 Ext Learning WR 10 1000 490 490 230 10.7 1.1 77 TITUS DESV GENERAL NOTES: TU-6-217 HALL A219 306-02-200 SM Group WR 10 800 240 240 230 6.3 0.6 81 TITUS DESV 1. SYSTEM OUTDOOR AIR CALCULATION IS BASED ON THE SECTION 403 OF THE 2014 OREGON MECHANICAL SPECIALTY CODE. 2. REFER TO AIR HANDLING UNIT SCHEDULE FOR ACTUAL OUTDOOR AIR FLOW RATE. 0 TU-6-218 HALL A207 306-02-205 Sm Group VVR 10 800 240 240 230 6.3 0.6 81 TITUS DESV NOTES: 0 TU-6-219 HALL A208 306-02-210 Classroom WR 12 1460 530 530 310 14.4 1.4 82 TITUS DESV 1 A. DESIGN OCCUPANCY REPRESENTS THE AVERAGE OCCUPANCY, WHICH IS NOT LESS THAN 1/2 THE CODE OCCUPANCY. N TU-6-220 HALL A207 306-02-215 Classroom VVR 12 1460 530 530 310 14.4 1.4 82 TITUS DESV O U TU-6-221 HALL A207 306-02-220 Classroom WR 12 1460 530 530 310 14.4 1.4 82 TITUS DESV � �)( O TU-6-222 HALL A207 306-02-225 Classroom VVR 12 1560 530 530 310 16.6 1.7 86 TITUS DESV V O TU-6-223 HALL A219 306-02-195 Corridor WR 10 1200 565 230 230 20.2 2.0 90 TITUS DESV CO 1 TU-7-101 LIBRARY A120 307-01-105 LIB Core WR 24x16 2600 1100 1100 1100 35.2 3.5 87 TITUS DESV B ca H TU-7-102 HALL B122 307-01-110 LIB Perimeter S WR 14 1800 705 580 440 25.2 2.5 90 TITUS DESV 1 TU-7-103 HALL B122 307-01-100 Office WR 6 350 110 110 70 2.1 0.5 74 TITUS DESV 13• = W O ti TU-7-104 HALL B122 307-01-125 Wrk Rm &Txt Bk Storage WR 6 250 70 70 70 2.3 0.5 87 TITUS DESV 1 M F - O O TU-7-105 HALL B122 307-01-115 Custodial Office & Storage VVR 6 200 70 70 70 1.6 0.5 78 TITUS DESV O TU-7-106 HALL B119 307-01-165 Corridor WR 12 1500 640 530 310 22.9 2.3 90 TITUS DESV B ,NW co co co TU-7-107 HALL B122 307-01-195 Small Conference WR 8 530 530 530 140 6.7 0.7 69 TITUS DESV CU CO CD O co M TU-7-108 HALL B119 307-01-170 Ext Learning VVR 10 1000 530 530 230 8.3 0.8 71 TITUS DESV C) t.n O O TU-7-109 HALL B119 307-01-145 Classroom VVR 10 1120 265 230 230 9.4 0.9 90 TITUS DESV I- -i-+ TU-7-110 HALL B119 307-01-150 Classroom WR 10 1120 265 230 230 9.4 0.9 90 TITUS DESV TU-7-111 HALL B119 307-01-155 Classroom VVR 10 1120 530 530 230 12.6 1.3 79 TITUS DESV TU-7-112 HALL B119 307-01-160 Classroom WR 10 1200 530 530 230 15.7 1.6 84 TITUS DESV TU-7-113 HALL B119 307-01-175 Sci Lab VVR 10 1000 230 230 230 5.4 0.5 79 TITUS DESV TU-7-114 HALL B119 307-01-180 Classroom VVR 10 1160 415 415 230 10.1 1.0 79 TITUS DESV TU-7-115 HALL B119 307-01-185 Classroom VVR 12 1360 530 530 310 12.6 1.3 79 TITUS DESV TU-7-116 HALL B119 307-01-190 Classroom WR 12 1500 530 530 310 16.4 1.6 85 TITUS DESV B TU-7-117 HALL B122 307-01-140 Corridor WR 8 600 295 140 140 10.5 1.0 90 TITUS DESV 1 TU-7-201 HALL B200 307-02-100 Corridor WR 10 1200 600 530 230 23.1 2.3 92 TITUS DESV 1 TU-7-202 HALL B207 307-02-105 SM Group WR 8 650 150 140 140 5.3 0.5 89 TITUS DESV TU-7-203 HALL B207 307-02-110 SM Group WR 8 650 150 140 140 5.3 0.5 89 TITUS DESV 1 TU-7-204 HALL B207 307-02-115 Classroom VVR 10 1140 340 230 230 12.1 1.2 90 TITUS DESV TU-7-205 HALL B207 307-02-120 Classroom VVR 10 1140 340 240 230 12.1 1.2 90 TITUS DESV TU-7-206 HALL B207 307-02-125 Classroom VVR 10 1140 340 240 230 12.1 1.2 90 TITUS DESV TU-7-207 HALL B207 307-02-130 Classroom VVR 12 1260 530 530 310 16.6 1.7 86 TITUS DESV TU-7-208 HALL B207 307-02-140 Ext Learning VVR 10 1000 530 530 230 11.3 1.1 77 TITUS DESV TU-7-209 HALL B207 307-02-145 Sci Lab WR 10 1000 530 530 230 11.4 1.1 77 TITUS DESV TU-7-210 HALL B207 307-02-145 Sci Lab WR 10 1000 530 530 230 11.4 1.1 77 TITUS DESV J TU-7-211 HALL B207 307-02-145 Sci Lab VVR 10 1000 530 530 230 11.4 1.1 77 TITUS DESV I- TU-7-212 HALL B207 307-02-145 Sci Lab VVR 10 1000 530 530 230 11.4 1.1 77 TITUS DESV phase Conformed Set z W TU-7-213 HALL B207 307-02-135 Corridor VVR 12 1400 700 530 310 25.1 2.5 90 TITUS DESV B 0 °O GENERAL NOTES: date April 26, 2019 W 1. PRIMARY AIR TEMPERATURE 55°F (SUMMER), 57°F (WINTER). 2. AIR PRESSURE DROP THROUGH TERMINAL UNIT TO BE NO GREATER THAN 0.25 IN.WG. 3. REFER TO INSTALLATION DETAILS 7/M5.02. revisions c 4. LEAVING AIR TEMPERATURE SCHEDULED ABOVE IS FOR THE AIR LEAVING THE TERMINAL UNIT. co 5. HYDRONIC HEATING COIL CAPACITY BASED ON 140°F ENTERING WATER TEMPERATURE AND 120°F LEAVING WATER TEMPERATURE. NI. NOTES: o A. CO2 SENSOR LOCATED ADJACENT TO THERMOSTAT. vB. 3-WAY CONTROL VALVE ON REHEAT COIL. U) a) KEY: -0 W= VARIABLE AIR VOLUME TERMINAL UNIT f WR = VARIABLE AIR VOLUME TERMINAL UNIT WITH REHEAT COIL >, FPS = FAN POWERED SERIES BOX FPP = FAN POWERED PARALLEL BOXvo project # 16055 F- 0 SCHEDULES - co MECHANICAL <1- . co M N- - M --, .._ti 0-,-..---_-_- ..-6 c:,(..0 „ice.) M� N_ ,_m 0 60 8 9 El00 X1C2 1 I I I I1 GENERAL NOTES: (--NN*. ---()n — – AROUND OBSTICLES SHALL BE PROVIDED AT NO OFFSETS IN — – — — — — — — — — — — — — — — PIPING AND TRANSITIONS INA — TED WITH ALL TRADES INVOLVED. I ADDITIONAL COST TO OWNER. IV I I I I i i I B. GAS CONVEYANCE PIPING ZONES LIMITED TO A MAXIMUM OF 15,000 SF. C. GRAVEL FOR GRAVEL TRENCH SHALL BE#5 OR#4 WITH LESS THAN 10% 3 RADOM -- --- - - - I PASSING THRU A 1/2-INCH DIAMETER SIEVE. LIII 1 - - I I I I I I 3 RADON° II D. GAS CONVEYANCE PIPING MUST BE ROUTED INTO ALL SUBSLAB AREAS — — — o . I .r, — — — B ISOLATED BY SUBSLAB WALL FOOTINGS AND NO FARTHER THAN 50 FEET FROM �� AN EXTERIOR WALL FOOTING OR INTERIOR WALL CUT-OFF FOOTING. 6" RADOP! I I 3 1 RADON /3" RADON 10 I 1 1 - 1 ® I _ to 1 1 � o6" RADON UPO ea IBI I ° NOTES: 1 -LI 1 1 1 , �� Lam, _J _ L o , l , I I_°— — I — — I — li I l� ---L A L _I ' I r — 1. 3-INCH PERFORATED PVC PIPING FOR RADON GAS CONVEYANCE SYSTEM. BED 3" RADON— r PIPING IN 12"x8" GRAVEL TRENCH AND RUN TIGHT TO UNDERSIDE OF SLAB. Dull Olson Weekes - IBI Group - I I I I I I 2. 6-INCH PERFORATED PVC PIPING FOR RADON GAS CONVEYANCE SYSTEM. BED Architects, Inc. PIPING IN 12"x8" GRAVEL TRENCH AND RUN TIGHT TO UNDERSIDE OF SLAB. 907 SW Stark Street Portland OR 97205 USA 3. 6-INCH PVC PIPE ROUTED UP THROUGH BUILDING TO ROOFTOP IN-LINE tel 503 226 6950 fax 503 273 9192 ( I EXHAUST FAN. COORDINATE RISER LOCATION WITH DROPPED FOOTING. www.dowa-ibigroup.comwww.ibigroup.com I ^ — _ F� - - _ I - I I - - I CIS) D II L ..., [. ... _::" PAE pae-engineers.com 1 1 I 1 I 1 1 1 3 RADON 10 40 PROI-epo I I I I 8 2, • ��. C1 :. -g ] 0 c.,- s''' I I 1 I I ,qS p. co\-\' 3" RADON I EXPIRES 12-31-19 N rt I I ICO 10 I I _ G of - - – 1 — — — _ — I — — 1 I I I I I� 1 3" RADON�1 —/ I ° Li II _ _ ? 1 ( I� - r--� _ � _ r , L- - -1 e-+— — I — — 6" H RADA UP 3 0 ,, —6" RADON I _ _ 3" RADON 1 S. 3" RADON O I _ 1 �I 1 S. I H C� 1 . . r- -I o JI l L J L L °° 411) 0 , I- -1- -I - -� I III II I I I I a _ 0 3 RADON I I L _ 1 1 — — 3 RADON 10 N 111 I �– I 11 I o� al 1 I I-II I I I CD (oF -tl---r- r 011–a 0) 1 — — — — — — — "0 a.. -1 } :Ci = > I - 3" RADON @ I I I M I— = o 0 1 . .. >4k 1 I I G I I I CTs o cOcO OD 0 0 I 1 � . — L I— I N I I I I I I I 1 - of q — J ,. I1 ► I I I I — 1 II L— I I _J11 I L _� L r i - - - -1 1 I I I- _ H —a I I r— -T I 11 B I I I 0 1 II I H C I I I I I I II - D E I I I I . � I 11 -5 I key plan 1 i �� 1, °. I I I I phase Conformed Set Ou3" RADONO I _ II— - - - - — - - -I O_ 1 I 1 1 n I l + I - -L i- h I - III date April 26, 2019 Th' r- - Z - � - - Z L - � - I revisions N co 3" RADON 0 0 ul° a, I I I I 6 RADON UPO3 I I I 7 6" RADON® 2 b 4 1 .I 1 I I project # 16055 o _ _ ° u 0 o _ o a 0 UNDERGROUND PL - MECHANICAL ~ I I I 3" RADON 0 I I I MCV M o 66N- ago 0 UNDERGROUND PLAN - MECHANICAL M2 • OO CN co RI d1-m 110 0 0 4 E5) (6)0 (8) i9 10 00 , .(:). 1 1 1 I , I I I 1 GENERAL NOTES: r- . n _ _ _ A _ _ A. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN - � - -� - - - A PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO I� 1 = ' ; 1 �u 1 _ 1 1 ADDITIONAL COST TO OWNER. FP I I I I I I II I _ail I Ij I �� - `11:2111 p, , \ B. RUN DUCTS AND PIPING CONCEALED, UNLESS SPECIFIED OTHERWISE. AND Iclvl. I I - u I 'L--- c;itN ►vrK N& tNt L - rytx CLEAR I OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLED c sRo• f I I SSR .a'-SSR04 I I SSRO ASSR I _ SSFO AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS. L _di 1 3" RADdN 0AI _ �,, _ I -j ; ' - I 1 _ I I C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED - � T I T -, = in� Ir - _ T '—'1--11- k,- --r T � _ T DRAWINGS. VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED 'r-- - - - ► - - �� _ - - � - - - (-1-E EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE , c._-46 LI•Sy, ) I�I�i I FABRICATION. I p I I I 1 . L i- I ,. .1 , _,...6...... . -.� B __ __ = I _ D. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS AND EXACT -- - -� '� 1 `� y1./: SUB �ti 1� I I _ D. I :=I ,, A =1i�� 1 I GIRLS i t `, LE•- 1' , XTENDED ir..�■p J LOCATIONS OF AIR DEVICES. I RESTROOM---1 ''11'rsl's's i ' �� ' 4 � _� _ _ tie B I �► `\� _ ' ' 1 ill ' li _'' E. SLOPE ALL CONDESATE PIPING (1%) DOWN TOWARDS APPROVED I U I 16 RADON© I III I , -.."2.d 1 j�, �-,....----.- -- - 1 ` .41 � - P- - _ -IJ I - - — - J �A� 0 RECEPTACLE. I I -Burs - ' Gl i' y�l�•ai 1p Ill L rL� - - _ 1 - 1 V VV J,I - - • — — — _ —_ _ ,(RESTROOM i 1p 1 •,� . - I Jar® _ rl� �� I_.1 1 T --�j 1 6" RADON UP O = --E �-'}- - 1 , �' :`--- ', F. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND _�• It _ Dull Olson Weekes IBI Group° I = OUTDOOR CONDENSING UNITS. 1 1 I. I I III I 1 '-'•'—r = _; 4 _ >' _ Architects, Inc. .�ENER�I ENERa • NER' 1 ENER I I II ,, ,� C :_T.m.�....:,�,. __-e!�i/� CL' _ _ ,, ; ', _ __-.'M G. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. 907 SW Stark Street Portland OR 97205 r `1 CIS'�' •M i di , 1 . € USA �' `� -' tel 503 226 6950 fax 503 273 9192 LTJ i —� H. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET 1 INLET. ' I (� = www.dowa-ibigroup.com I I I I 1 - I_ L s 2 - _ ,g4(_.6_ gar - J L______- - — L L JI_ — — — J_,Li— I — I _ D I. THIS IS AN OVERALL FL PLAN DETAILS 1 www.ibigroup.com — — — — — -_�- � bigroup. III 1 l in rrl rrn 1,I 1 -- ""'I"" I� ��i i� .� I I I ANNOTATIONS. LAN, EE SECTOR VIEWS TO FOR 3" RADON ° ((I I I A(II J I- -- - __ l � � 11111111) _ -- :"eci I gi J. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN 11==-r1" E 1 I I. I I I I I I I PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO =- PA E pae-engineers.com L -1 I ADDITIONAL COST TO OWNER. I � � I 1 ® ® 1 K. GAS CONVEYANCE PIPING ZONES LIMITED TO A MAXIMUM OF 15.000 SF. �� P"aF 311 RADON 1 .LI 11 . f i ® ® I I I I i . ��I Ng !v C L. GRAVEL FOR GRAVEL TRENCH SHALL BE#5 OR#4 WITH LESS THAN 10% ` 4V 2 J LIBRARY PASSING THRU A 112 INCH DIAMETER SIEVE. j�_ 1 " p"'® I M. GAS CONVEYANCE PIPING MUST BE ROUTED INTO ALL SUBSLAB AREAS �; 4 �� 3" RADON 1 ;I 1 '1' , ® ® I I I I I ISOLATED BY SUBSLAB WALL FOOTINGS AND NO FARTHER THAN 50 FEET FROM 'y Leh 1-94,�' `'7' I I jr, 1 'tI AN EXTERIOR WALL FOOTING OR INTERIOR WALL CUT-OFF FOOTING. %IS P. C0�-\'\� 3" RADON 1 1 1 I I EXPIRES 12-31-19 ii 1 - - '1r - -J - -111- Hu - - T - - - I - - - I - I - -10 1 749 H-11 I1 71111T1 ,rtl�--ti ,�� 0 NOTES: 1111111 1111111 III1I I I - - 1„111111 I 1 i 1111111 I 1. 3-INCH PERFORATED PVC PIPING FOR RADON GAS CONVEYANCE SYSTEM. BED I III I I III I F:� (111 i 111In1111 1 A L I I - 1 I - ' L I .-- --wil = _ _ � - - - 0 PIPING IN 12"x8" GRAVEL TRENCH AND RUN TIGHT TO UNDERSIDE OF SLAB. I L - I-� L --� AI,1,,••_!�� F - r - 1 F- - I 3" RADON 0 - - - - - -1:.1 ",1 , ' 2. 6-INCH PERFORATED PVC PIPING FOR RADON GAS CONVEYANCE SYSTEM. BED -1N RK' w o 1 i PIPING IN 12"x8" GRAVEL TRENCH AND RUN TIGHT TO UNDERSIDE OF SLAB. I I I . d TEI Tse,l� I II I I I I Sal -3E _ __,n t,vtrt i ',`. i wcR L7I 1LK '` by i- L I I 1 --� I I I I '_ , SSRo 3. 6-INCH PVC PIPE ROUTED UP THROUGH BUILDING TO ROOFTOP IN-LINE I I I 1 1 etlir" itri 1 � SSR01,_, r- �% _ �SSRO ASSR II1W I = EXHAUST FAN. COORDINATE RISER LOCATION WITH DROPPED FOOTING. 1 1 GIRLS 4;k y.■l '�� ;1 la . - - _ I I 1 I I i-7 I I IIREStROOM'7 -�_� :' �;�Ir._�i`, T �r ',eti� T 1 t 1- �I r- -''SIFT I 0 L 1-1-1 _ -I 1- I ti r �� I 1 L°J I I J __.•._�..1 M LA 1I -Air,._ I 1, �� -I 1 }+ I 1 0� 'Liam. 4. i � - - i `-:� i�sI I II 11111 ,� IE.- BOYS ` ILJ 1.11:1 L` i� I ', 1 . ' 1 �� [I \�.m �I - _ i ° ESTROO4n {1I! 1. ( - L 2. ,='' ' _ - =i EN I I 1 I 3 RADON I 1,,- 1 I .,- •_--__ XTENDE• 'N ''1 _ LEI= _ _ 1 V U�TODIAE STODIAL 1� i SMALL i mui(2_o rvnvv o n ii STORAG -� �!•FFIC'F :al I •1 ; 'J M. I/L _ IIII - _ 1- - 11 - I III IMMII Q i� - -� Z iL le 1 I , _I 1L,,,,L- _I ��- ,, ,,iJyi ,,,,,,I,-. ,rL -..mm -7 YCl �' -1- —�, L � -Eli S�• ,te _� L� J_ .�� . 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Z - s .=,,�- s 7 - s _J=- - -, 0 1 r' L_ L L_ J L_ J l - - 1 rL ~f I - I— - IL - L J - --1 II 1 , 1 - _ I_ _ _J uu -'� + I Li I --J L I I I I I I J I I A --� 1B° °°s a° ° 'v°° a _°'-- -- _ r - - 1 -r--' - - - iL I I I � 7_ _I- -1___ J- - Zs -17 T II 4 4M4 IMAII , 1 H I 3" RADON 2/ + I /- - - - - }\ 1 BOILER 1 I 1 I I I I I I I IH B -I 6" RADON - I © � 3" RADON ) 1 n I ° _ � C 1 I ° 1 I J I I I I I I 1'.l 1 ° I I ° a L - i L --J i - I J 1 3" RADON O - - - I MAIN — -11-- — — ° I ,TO I G✓M D F. II I I r •� � � I 1 6 RADON UP O I I � I - - II HALL [ 1 1 l - I I I- - I I I I I ° I .��: -,1. I--RESTROOM 1 I 1� - 3" RADON O I " _ I= �RESTROO II -1FRESTROOM. 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OFFSETS IN raiffal --()---n ��-'-�— - '_ ,. ILL -_ — Egi I - PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO I _ n -_ I ADDITIONAL COST TO OWNER. I I I , , 4rf 171 n Rol f!M 111. I ril - In n I i'+I� �� ` i tl�L,� ,, I ' 1 B. RUN DUCTS AND PIPING CONCEALED, UNLESS SPECIFIED OTHERWISE, AND L 1! Kl -;; ,. cIENCE t - I I/ i Y i ' - * -'li tivtK I l 1 - ASSROOM� %. L%SSRO• ,'t'vr�c CLEAR OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLED nnnn i ►_, 1_, F _, ASS,_, OM CL; ,sRoc;; C SSRI>_?M 0(_,ASS�a M AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS.i '��I 11 I I �� I I C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED — _,,. -..._ '' �, 1 , , �r 1 ,�j1:1:i viiiT.- _�� 1 i- I°� (` ® T I r T — DRAWINGS. VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED IF I ' 1 f " „,„„„, — — — B EQUIPMENT. HELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE lew HALL II III ff�� ,�; R; .i = .I{�I ';-�r�� iiI I-wT�. w■ FABRICATION. _ / •I! �-. 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PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND ea I B I OUTDOOR CONDENSING UNITS. I 0 C6) a C9) El-CD 0 G. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. Dull Olson Weekes - IBI Group H. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET/ INLET. Architects, Inc. 907 SW Stark Street Portland OR 97205 USA I I . =lS I tel 503 226 6950 fax 503 273 9192 www_ — — _JEII I www.bgroupigompcom ----�----- ' 670,4p emme O am ammo 0 ------ 111 ----- I- 4 Y :--___. •. PA E pae-engineers.com L Al 1 • El I i ; if L i E! if 18x6 ��- , 0 NOTES: PR I I N1 0 1 I0 F 1. ROUTE REFRIGERANT PIPING TO AND FROM OUTDOOR CONDENSING UNIT PER 4". I Ng j ' l 7 M 7 i MANUFACTURER'S RECOMMENDATIONS. ROUTE CONDENSATE PIPING TO ��`' 18 .2' VA I , -,‘ HC I - (1 . 4 N . NEAREST SINK TAILPIPE. . , i I 325 I I 2. SA DUCT OFFSETS IN SHAFT TO AVOID TRANSITIONING RA DUCT. *'yri am°�eh 19 N°3°'� c7� l�' 18x6 TCP 2) ��'� P. C0\-�'�� ( 3. 6 DIA. RADON GAS UP/DN. 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O I c I GIRLS RESTROOM\„ Ilkia. ► t -,:m Ili-7-117 I _ 560 560 630 600 B113 75 I I C2 c2 C2 C-2 V O 500 I r - I .�� >� G -� 18x8 H-2 CO W © � C 2 I 12x12 (TYP 2) ' ccs 12x12 12x12 (TYP 2) (TYP 2) 12x12 12x12 Ga CG) (TYP 2) - — C 2 \ - - i, T �' 14x14 14x14 (TYP 2) �-� T (TYP 2) - _ ;‹ c r6x6 Ir 7 1l _ i = 610 �; I ", rl�l l GJ 12" - _ �• 7_ `� r- ,�fa - _ C,,2 16x12—, 12x12 I I co ! ! ! — F- 14"� EX UPS, '/ ,: I,r_ -1 I 12x12 - n n I, �;, 11 _ U I o ;I _ n 11 7-1 a ,, _ _ _ - ❑` " CD - 14 �� 2 46x24 _ CTU-7-109 > _ <TU-7-110 > �-■..A�■ �� > 500 •J ■GC311+ _giro UC 100 = 7HALL C 14x12E. D. 1 TU-7-108 -� CTU 7 112 �� 18x10 �- Q o ti 18x10 H-2 .•C , CFM '� 46x16 „ I 1 B„9 I ' x �� w• 500 -i-'l'1 0I �'' , - 8 - -- \ _ _ U<m7iu1 > <Tu7io6c2 1lb o_ lii! 18x1 ►� I �� ,� ! 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I 16X1 key plan 0101 E+' , ' 1 1 1 1 1 lz I 1= �' ,�' ',� ,t� �. , phase Conformed Set 0 1 /� 1 0o I I I I E: n i ,-= I date April 26, 2019 L r _IJ U - - - - � EE1 E 4 1.1.1 - - - ^� u nl ' ' hlr fah Q� revisions 0I — —J L —I r o 01 mon* mom ii-- min anms--41 i_______ ______ 4 •1 eimm amm mimm lom ammo m=mi IN aim ai mil anso eil anwom imo fmui vm aw 41N• mm iiin I I 0 250 290 340 I 375 o C-1 C-1 C-1 I C-1 I I I I (TYP 4) (TYP 4) (TYP 4) I (TYP 4) a) I f l� 0 60 (8) 9 C.ii; 0 project # 16055 D — co FIRST FLOOR PLAN ¢~ SECTOR B - MECHANICAL o ' LnN 41111 FIRST FLOOR PLAN SECTOR B - MECHANICAL `-`Y' 1/8" = 1'-0" CVS M 2 c co ■ N_� d m (.......).) -----) rw , IL LI „ . . ea I B I 1 1 Dull Olson Weekes - IBI Group Architects, Inc. 907 SW Stark Street Portland OR 97205 USA tel 503 226 6950 fax 503 273 9192 www.dowa-ibigroup.com www.ibigroup.com 0 (8) 9 i= = ii ::: PAE pae-engineers.com ® 4'SPROP , • b18 ,2' ra- . . :_ekt_ — L, I I _ I o I I I I ID(PIRES 12-31-19 Li r-' H A \ �• I I I � I I _ r cl ri Ea Li) r— —I I- r I� IJ - - - - � 0 Ei iiiio =mbi , _ o amlni iM111=1._______ 1Il SUMO IIIIIMINI IIMIII IMMINI lik IIIMI iln IIIIIII IMMO 11,_MINIM IIIMI Illi iMIO II 1=111 IIM INIP IIII11III IIII=Mt r� __ 1 ,4M140INIMIIIII11II=NM 11 IIIIMI 47M 1 IIflMEM IMII 4=11 II "lb rqiii � 11I U- 1 � I- � � / ' 4446, I— — - - -I r- - — b 1—I ' 1 1 ♦ ` '' I I — �a ‘ o no 11=1 0 ,�_ � _ SEE M2 .22 }, - - - - -� �- - — J ;_ _ _ = SECOND i - -U L I FLOOR PLAN SECTOR C FOR _Fp 0 1 DUCTWORK I N ' ` 0 THIS SPACE VEST. Er 0 - - - 1 ` C102 0 U N II( ti ma Ci) r2 i 1 HALL CO 0 75 I CUH-103 > a) (-0 co ci, ,cr i - % L _ _ ' -0 CD li ' t Qom ! % _ - . - o 0 a ! I �- o 1I LJ I 1 % C cooc) / - I LC) 00 - — (.0 LO Lc) 1 / I F— : . .„ % -Lr -II 9 ill I 0 I 0 4 -1- I 130 1 I r] I I I I I 1 L — - - - � L — _ _ H L — �- - I ' % - A I , ` - I loo II r al a J ❑ ❑ ❑ ❑ ❑ ❑ 0 Io 0 4� • l Q ur' h — 41111 . B OO O O O O O O O —I i , L JI- ! LCI ❑ ❑ ❑ ❑ ❑ ❑ ❑ 1 I 1 - 1 am_ z______________ ___ —___—_+I____. .�__--__ ____�___ � J H I1C I - HALL j - GEN.BUILDING STORAGE E101 BOILER J E100 E102 D , E it 1 D 1 , I key plan � ' I I I J cL phase Conformed Set z U c0 date April 26, 2019 C w revisions cco o 1 I I o I U N 70 0 $ (9iii, project # 16055 1— a FIRST FLOOR Q� 1 FIRST FLOOR PLAN SECTOR C - MECHANICAL SECTOR C - MECHANICAL (3) 1/a = 11-0" Lf•)— • •N c N M O S M 2 • 1 2N co CO N CO I/ GENERAL NOTES: /9.) O PIPING AND TRANSITIONS O ROUNDTED OBSTICL SWITHLL SHALLTRDES BE PROVIDED TINVOLVED. OFF IN Er 60 ® 8 iI I ADDITIONAL COST TO OWNER. B. RUN DUCTS AND PIPING CONCEALED. UNLESS SPECIFIED OTHERWISE, AND I I 1 I I I I CLEAR OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLED AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS. L _....„, I I I I C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED a DRAWINGS. VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED M4.02 EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE HALL . I _ FABRICATION. clot I - - I - - - - - - I - - - - - - - - - - OCOATORDINATE IONS OFAIRITH DEVICESTECTURAL REFLECTED CEILING PLANS AND EXACT ♦ / 1 1 • I ♦ / PIPING (1%) DOWN TOWARDS APPROVED ' ' IBI / E. SLOPE ALL CONDESATE B I • RECEPTACLE. I I . . • ♦ '--"---_ -- -- = F. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND _____LL, • ♦ Dull Olson Weekes - IBI Group � � I ♦ __ _ . . OUTDOOR CONDENSING UNITS. Architects, Inc. I I ,:,,,,, ,,, I G. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. 907 SW Stark Street Portland OR 97205 I USA ill mom ion41 INII 111111 7. .7,.... ' ' ! —llgi • ♦ / tel 503 226 6950 fax 503 273 9192 IMI1M1 INIII 011111•111 111,4111111 MEM 14111=1 41=1=1 1111111=11 ill10 MIMED IIMI 111 I_ % H. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET l INLET. www.dowa-ibigroup.com • 11_ / www.ibigroup.com ♦ ] I. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN I _� ° ♦ I• I PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO - • • ♦ / 11 ADDITIONAL COST TO OWNER. ♦ 1, • ____ PA E pae-engineers.com I I I ° 1 u ♦ I I / 385 I BOILER • ` / 18x12 H-2 I E102 ♦ / n NOTES: PRQ�' �` IN 'vicA(TYP 2) • i- ♦ / 1. ROUTE REFRIGERANT PIPING TO AND FROM OUTDOOR CONDENSING UNIT PER G a I I I ❑ V o • ♦ I / MANUFACTURER'S RECOMMENDATIONS. ROUTE CONDENSATE PIPING TO 18 .2•. 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I NI 54X 6 - NI T4 '�► — — i �� rr I 500 RESTROOM - co I I 8214 811 00 6207 (TYP P 4) , I (TYP 2) IXI ' VU 8217 _ `'� I. !----14 + U 34x20 aINE - 14x10 _ 14x14 1 - - 1 M4.017— - �IIIII I 100 M - / ,I 500 40x2024x16 20x16 ho _ (TYP 2) - 12 I UNDERCUT 100 CFM _ 12x12 i C-2 I 1:1 ITli I CONF. HALL O - _ C 2 12x12 (TYP 2) 14x12 1p,� I,, '�' I` i V B244 K \� , ' I I l TYP 4 �� i� i F- Bz4o ++ o 50x34 500 500 - IC > _ ( ) �■ I - I C 2 I C 2 -•=-• - - 1 TU 7 208 L 1 ■■■1.. in 9 - - iIi ' 16x14 i d H 1 1] . " I 1 1 ■■1..1 I _ 16x12 17_73— I I " i i i i 170 _ _ :.. 1 C , TOILET TOILET HEALTH ' I I; I;I 6" RADON UP- 4' 6 RADON 38x18 I I 44x24 , 1 --- 1 I LI 34x24 I 26x18 �`� 20x6 J I 8247 : 8246 B245 ( }- t�I // — (TYP 4) D E 28x14 I \ 22x18 I _. 16x12 16x12- CTU 7 211 ��/ �� c� - CTU 7 212 - - _, I I I I I I I I I I I i I I I I CTU-7-209 CTU 7-210, .) h — — I �� I -i n r. 11 s-_` it it II li i, • T_.__. '1_ 0 , --i 6 y iL 7 I . . - _IL T - - 16x12 - - • - -c; - 650 1720 - - I SUPPLY 340 1340 -= i 8ii 12x12 — - `'_ _ _ 780 VB25o 32x20 C-2 P.A.S.S. 10x10 100 i II 1._Ulla ' T �lilNll j� C 2 I C 2 -, II —fl T yT . `1 I - C-2 }, I - I 1B218 I C-1 -� STAGE STORAGE 8x6 1 h � V I key I a n r 8219 ] �r� c (TYP 2) (TYP 2) (x) c__9. (TYP 2) Y p 8x6 H 1 12x12 12x12 12x12 12x12 12x12 -� 12x12 12x121 - n 1\ J PRINC. I ASSOC.PRINC 500 L J I - B248 _: 8251 � � 10x8 10"0�- 10x8 - 120 H C2 hase Conformed Set II 10x10= _a _ 10x8 H-2 p z I I 1-; I I ' I 16x1411 SUB ELEC. (TYP 2) w0. I L _� I - ) , r 8x6 8212 % a0 '�� U 12x1 TYP 4 s X �� 10„� �� „ ”' � 7 , 1 _ 1 (TYP a} _ _ , — — (TYP 4) date April 26, 2019 w I N 16x12 I / \ I 16x1. I 10"0 10"0 r x12 I \ IW 1fix1 revisions I -I �� 30x16 1( 1500 1 375 120 I 100 _I STAGE STORAGE .. I ASSOC.PRINC. 8220 (TYP 4) (TYP 4) r N I SECRETARY B252 II 30x16 H-2 12x10 H-1 8x6 H-1 8x6 H-2 390 8254 HALL I (TYP 4) �: SCIENCE CLASSROOM M I i w STAGE I 100 CFM UNDERCUTAC 1 ti 0228 Il II (TYP 4) 1G II B221 ll' i II O F cp _J RECEPTION I I —' I I I I III , O 10•—•—•—• • B249 • GENERAL CLASSROOM GENERAL CLASSROOM GENERAL CLASSROOM U I - -:1_ -1---.1- Cf) 1-= 8210 B209 B208 '`� SECRETARYCD I I (� FSD I B253 I - -:- 4-:7:3I 7 �� [ ` FSD r/ 30i8 —1— — I� _ r .... L 1 , ., �1 r- f —:- "' _ 7 , I l— ' 1 / I� 1 8 k' I) I IL��i I ,._, - u h____0 11---r1 lu( �I �� Op 4 I •IMINIMP lb MINIM•41•IMMIND 4116.7:1,II• omo a 7 _'' 3- , ' \nom, project # 16055— .. ——H.:ammo amen ammo ammo im =Nem moni oI I I 250 I 325 I 1360 I I SECOND FLOOR PLAN cn C-1 C-1 I I C-1 QF- (TYP 4) (TYP 4) (TYP 4) SECTOR B - MECHANICAL co c.,— -N N M N, rn� SECOND FLOOR PLAN SECTOR B - MECHANICAL CD 1 1/8" = 1'-O" NI 2 ■ 2 1M CN co N_ m (..-.) GENERAL NOTES: O NOTES: n n A. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN 1. PROVIDE 60x24 ACOUSTIC LINED SA PLENUM PER SPECIFICATION SECTION PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE ADDITIONAL COST TO OWNER. PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. B. RUN DUCTS AND PIPING CONCEALED, UNLESS SPECIFIED OTHERWISE, AND 2. PROVIDE108x24 ACOUSTIC LINED RA PLENUM PER SPECIFICATION SECTION CLEAR OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLED 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE L _.... AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS. PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED DRAWINGS. VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE FABRICATION. 1 1 D. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS AND EXACT Ca I B I LOCATIONS OF AIR DEVICES. P I E. SLOPE ALL CONDESATE PIPING (1%) DOWN TOWARDS APPROVED RECEPTACLE. Dull Olson Weekes - IBI Group Architects, Inc. F. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND 907 SW Stark Street Portland OR 97205 OUTDOOR CONDENSING UNITS. USA tel 503 226 6950 fax 503 273 9192 G. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. www.dowa-ibigroup.com www.ibigroup.com H. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET/ INLET. ""="" PA E pae-engineers.com , \‘' Gi .4144 -vor „ 41110 2 3 Czl: 5 60 8 -9 . y. :_,.) . Al ,2' c ,�C� °eh 19 1��'��,i �4S P, c4k.\1 I I I 1 1 1 I I WIRES 12-31-19 ISTAGE RECEPTION 8221 1 :II 750 I 1 , I I 8249 - I C-2ISECRETARY \ B253P ...I (TYP __. ___., _ 011 �1 I 1 1 coZ -Dj __ i I° -----T-- ----- 750 .--Li ` �.�. ---------� (TYP 3) /// C-2 . , VESTIBULE (TYP 3) I 22x18 18x10 0200 I I HALL 1 ' I rI I- _18x14 II 20x18 I I I \ 18x10 / 0228 �� 900 (TYP 5) N6 I I 20x16 I — L— — ,Z 18x8 H-2 ( L. , (TYP 5) / }• LI I y'r . _ 450 _---' ---111— 0 7 7 7 ' I 1 i K0 . _. ,_ 18x8 H-2 Fri I I I }+ (TYP 5) ; 1 ' HT: 0 II u) I I kJ i— L 0i I I - 0 I --- _ O 1 I , 1 I I 1 1 1 NZT CN HALL --- 1 _-- 0 ♦ ` .t C228 ma Cl) ce'L) , . /I I / CF-101 > 1 / / 0 Ns- \ CF-102 > V 0 iCOMMONS a I 0201 I 1 I 1 i I \ / 1 \ /� 1 \ / \ / STAIR / / s5 m Q O IN mmui i i O CD CD I I ' t Il I O O I — - - � I I I I i F I- 855 I I ( ' t 22x10 H-1 I t I 1 I 1 (TYP 10) i . IR --- —F11 0— C CI ---0— LI:1 q., Miii —I I 0 - A ' 117. I ' I 44x20LI32x20 II 28x161I II - I CHOIR OFFICE STORAGE CHAIR/TADD2OEISTORAGEI li r-- `j,, � 7O5 22x1 O �r� \rel \I-4 \rel rI�� r� ,� C-2 (TYP 10) 60x16 I JI I J JJ 142x14 ;0; 24x14 �; p .J I B �� _ , (TYP 101.. ..,:_,_,,_,_,I....L._ , I FSD IEJM T-1 c• 14x1' P 10 __=.1 ��c - -� FSD lu' ao- ��1i al._d L'PI -I • I 1 3 7---- , , I C ------- -- .�,�----- -- ------ --.f ----- TOILET&SHOWER TOILET&SHOWER D E I II - I I I E201 E205 I HALL I SERVERY E206 DRAMA CLASSROOM I - CHOIR D213 E211 I D202 HAL 03 D124x28 lI I7 I I I I I key plan BOYS RESTROOM CL E207 phase Conformed Set w 1 1 0 0 I I 1 U Y date April 26, 2019 UJ 2 revisions '`&- co ti SECOND FLOOR PLAN SECTOR C - MECHANICAL 0 1/8" = 1'-0" 0 u) a) -o2 A project # 16055 o SECOND FLOOR PLAN Qi- SECTOR C - MECHANICAL M- - N N M N ,-- o-)--::-...-- -6—O CN OC) c) N_ dm am- GENERAL NOTES: r °.n A. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO ADDITIONAL COST TO OWNER. Wif B. RUN DUCTS AND PIPING CONCEALED. UNLESS SPECIFIED OTHERWISE, AND CLEAR OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLED AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS. C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED LI DRAWINGS. VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE FABRICATION. D. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS AND EXACT LOCATIONS OF AIR DEVICES. 2 3 cr,-) 5 C6T_} 7 E. SLOPE ALL CONDESATE PIPING (1%) DOWN TOWARDS APPROVED I B I RECEPTACLE. I I I F. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND IOUTDOOR CONDENSING UNITS. Dull Olson Weekes - IBI Group I I I I i I Architects, Inc. G. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. 907 SW Stark Street Portland OR 97205 100 140 I 150I H. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET I INLET. USA CHOIR OFFICE&STORAGE C-1 8x6 H-1 I 10x8 H-2 tel 503 226 6950 fax 503 273 9192 D200 \ I - I ' www.dowa-ibigroup.com - - - - - - - - - - - - www.ibigroup.com , \ 0 i 0 0 NOTES: CHAIR TABLE STORAGE 1. PROVIDE 24x20 ACOUSTIC LINED SA PLENUM PER SPECIFICATION SECTION •: __.... 1100 — '8x6 I D201 _ - I I 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE "'=-"" pA E pae-engineers.com I PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. 8"�. � C-2 `I■� 8 o� --- 500 7r N 2. PROVIDE 50x20 ACOUSTIC LINED RA PLENUM PER SPECIFICATION SECTION 1 l r f ;� .r - �� -� _, _ C-2 - - � _ _ _ _ _� _FSDv � _ �FSD ��i � r, ,E 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18 GAUGE ( � ' 3) 1� � -�� Qi I I PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. ��` 1 Ng j 10x8 �.. _ ..,.... .� r,. - - --� . $ • 320 _ =. ill - � � �..- �,...� � ��1 i — � — -- �--- =�' x'18 .2• ' 12x8 S-1 �-- _ ,-:.-A (TYP ---- o -0 3. TYPE I FUME HOOD BY OTHERS. REFER TO FOOD SERVICE DRAWING. (TYP 4) 10x8 SD ' V • 4 A. r = _ 3) _ 0 CUST. 200 �� 1350 ' ' [,..1 C • D214 _Q-1 - 1 4. GREASE EXHAUST DUCT. PROVIDE FIRE WRAP WHERE DUCT IS WITHIN 18- �i �� • co C C-2 10"� ;In SERVERY — ( P 12 I I INCHES OF COMBUSTIBLE MATERIALS. tion ch 19 N°� �' 28x22 0 1�<1 12"� - J '=J = '� P. C��. FSD—,, —10x12 '\_12,,o I II H 11 0"05. DISHWASHER VAPOR HOOD BY OTHERS. REFERTO FOOD SERVICE DRAWING. 16x16 ; CHOIR -r = SLOPE HORIZONTAL PORTION OF EXHAUST DUCT BACK TOWARDS VAPOR HOOD. I EXPIRES 12-31-19D202 II ~ 28x221 ► n =hr., n- - C 2 6. CONNECT 8" SA DUCT(125 CFM) TO SOUND ISOLATED MUSIC ROOM UNIT(BY 12x8(TYP 4) 30x12 0 420 4iA C 2 OTHERS). REFER TO MANUFACTURER'S RECOMMENDED INSTALLATION C-1 •• x 14x14 (TYP 2) f TYP 10) 12' '' co (TYP 2) 200 INSTRUCTIONS. SUPPLY DUCT SERVING PRACTICE ROOM TO BE PROIVDED WITH I \ p�` I ( I I 1"ACOUSTICAL LINER. \ \ I 24x22 9� �� FSD � � � U _ C-2 I T-� , r r r r ' -'l , 7. CONNECT 8" RA DUCT(125 CFM)TO SOUND ISOLATED MUSIC ROOM UNIT (BY 6" RADON UP/DN, _ I W le 10„a,► OTHERS). REFER TO MANUFACTURER'S RECOMMENDED INSTALLATION 16x16 00 �• ,, INSTRUCTIONS. RETURN DUCT SERVING PRACTICE ROOM TO BE PROVIDED WITH \4/12x12 UP TO KEF-302 I i 12"0--i `� ® I 1”ACOUSTICAL LINER. TU-3-201 - �� '0 UP TO ROOF 8. PROVIDE 1"ACOUSTICAL LINING DONWSTREAM OF VAV BETWEEN THE ::, &Lrtri 1/4PC c1) rj TERMINAL UNIT AND FIRST TAKE OFF. 7� 12x12 DN TO HOOD _-VI I I.-( 12"0 12„0 32x20- 10x10 UP _ 1 -Di o TO KEF-301 5 9. DUCTWORK TO BE PROVIDED WITH 1”ACOUSTICAL LINING WITHIN THIS SPACE 410 1 ___� NI ""' ABOVE HALLWAY. I--' 18x8 H-2 1 - - 1 8" V 12x1 4 (TYP 4) - - P OFFICE�-12"0 [ 1 E 03 I 10. INSTALL DIFFUSER ANGLED 45-DEGREES DOWNWARD. ( ) - - ''1 120 18x8 \ -.1c� 11. PROVIDE 60x24 ACOUSTIC LINED SA PLENUM PER SPECIFICATION SECTION U) .- i (TYP 4) ' 1011 . 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE 0 GIRLS LOCKER ROOM PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. I 385 I 300 --8"0 [12"0 I E202 I _ 12x10 S-1 L I C-1 -. 12. PROVIDE 108x24 ACOUSTIC LINED RA PLENUM PER SPECIFICATION SECTION Q ORCHESTRAtS1 _ DRY STOR. 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE D204 °� ii N co Dzzz ii.____120 PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. 0 (TYP 4) 15 =rN I 8"0-1 16 "' C-2 _ 1 • I 13. PROVIDE ACOUSTICAL WRAP AROUND TERMINAL UNIT. REFER TO 0 _ SPECIFICATION 23 07 00. C ) v J cn -f- r � �. � 840 I � �i C-2 I \ / 14. PROVIDE 60x24 ACOUSTIC LINED SA PLENUM PER SPECIFICATION SECTION CO t� = O '-;--7 -� 1 + I I 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE ' — 10"0--\ - PRACTIC "0 DRYER EX UP PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. CO cm 0210g !' ..... Q® TU-3-202 �-- ___ CTU-3-203C>::"'',21,,. I�1 „„0 14x14 14x14 15. PROVIDE 108x24 ACOUSTIC LINED RA PLENUM PER SPECIFICATION SECTION CO ~ __ I ( P 3) r Y KITCHEN HALL 233101. PLENUM TO EXTEND UP TO TRANSITION TO ROOFTOP UNIT. 18-GAUGE = �] . Ill=iaZ: ____;) 1 E210 a „ (1"-------':-11 8"0 �� _ �--• ,U t D215 I PLENUM WITH 4" INTERNAL LINING AND PERFORATED INTERNAL LINER. < o N-- pPRACTICE 100 1 / 8 a1 �r� TOILET 14x14 0 0 -r I- 24x20 k”' D211 Dzz1 C 14x14 1 ti 8x6 H-1 INSTRUMENT STORAGE - I� 16. ROUTE DUCTWORK TIGHT TO STRUCTURE AND IN BETWEEN TRUSS WEBBING. >, -0 CD D205 T MUSIC OFFI E - D206 9 _ + / 150 --8x8 • - i I _ , 8n0 _2 I (� co TU-3-204 I I _ I 8'% �� (TYP 3) 6°0 A _0,as CD Lo 0 ©® It • _ ."11 _ M 1-0 150 I 150 / ,� -1 , _ is RISER ROOM AUX GYM ~ / C-2 I I C-1 �1�� PRA�TICE OFFICED2 Of 50 D218 E113 TU-3-205 1 7 ' ID212 C-2 4&11 1. _ 1 NI 1 11 • 12;;12 P .� .� . _ . . . , . . . , . I Il i 1 1 a_ _ _ ij � 840 I - HALL 125 150 I n 1125I I C-2 C-2 UH-201 A yG Dzos G2 C-1 I - I- J 150 I (TY 2) I C16>--� �B ELEC. 1D2091 80 Jr (TYP 2) (TYP 2) 0 - C-1 jI , L _ 0. 16 175 I B co C-1 I �4 (TYP 2) ' 1il...2x10 -141 - II , '-- - C 8"016 (TYP 4) 1 J isi .12x10 P . D 1 E (TYP 4) -- { BAND I INSTRUMENT STORAGE-- 140 140 / \ I I -I D207 , D208 8X6 H-1 � i �\ }, t ----14"0 — k e y p l a n J 1 It+ I I i cL _ phase Conformed Set z r w co I I I i I I LT Ii..L_Il II—_II " IL_.JI date April 26, 2019 w 425 425 140 revisions / \ M 12x10 S-1 \10/ 12x10 H-2 8x6 H-2 I I (TYP 4) (TYP 4) NI- ,o o o o cC I I I I cu 7 project # 16055 I- SECOND FLOOR PLAN SECTOR D - MECHANICAL o 1/8" = 1'-0" SECOND FLOOR PLAN Q1- SECTOR D - MECHANICAL .71.---.; • - N M (NI, OFp ' M2 • 23 N M g\-1)N Fm )0.-- ri GENERAL NOTES: A. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN Fir PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO �60 8 9 (IIE ) CO GO ADDITIONAL COST TO OWNER. I T B. RUN DUCTS AND PIPING CONCEALED, UNLESS SPECIFIED OTHERWISE, AND CLEAR OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLED LE I iI I I I I AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS. I32x32 SA TRANSITIONS C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED TO 36x36 DN TO AHU IN DRAWINGS, VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED i I I MECH ROOM BELOW EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE 1 I I FABRICATION. 8'r0 EX DN(TYP 2) 44x44 EA UP TO ' 16"� EX DN EA PLENUM D. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS AND EXACT I - - - I , I I 'I LOCATIONS OF AIR DEVICES. ea I B I / -I I - 1 1 L ler,, // �' E. SLOPE ALL CONDESATE PIPING (1%) DOWN TOWARDS APPROVED I �r / / RECEPTACLE. - Dull - i' i 1' Olson Weekes IBI Group II I /7,, / I , / F. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND Architects, Inc. / oro, SW Street JJ I ( ) USA � 1 �� hr_�� ' // PLY TO THIS SHEET WHETHER TAGGED OR NOT. tel 503 226 6950 fax 503 273 9192 -� // i www.dowa-ibigroup.com I r '�' t a— — � — ^Z I I I / / _ i www.ibigroup.com i TOILET&SHOWER7LaiLm'-I _ _ TOILET&SHOWER H. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET/ INLET. I t5b , 1f,] 250 ammmmom�. .1. �. iiim �i ...J O (TYP 5) O . —8"� EX UP(TYP 2) I HALL 250 C-2 _ _ ; 1250 112x8 S-1 HE A2 I C-2 I� i' ( it C-2 �I '� C-2 (TYP 4) Ill - :•:' .... (TYP 2) ► 12x12 r j Il �_ _ ]' l ' 12x12 1 (TYP 2) HALL 16"o EX UP 1 :.:._ r� n I`� ' I , i i L. 0 E2°6 ��TO EF-306 I ____ PA E pae engineers.com I i- mi �� -- °NOTES: I 4. 1 4 0 :. le,- _ - S-- 1,� , 1 I 7< H 1. ROUTE CONDENSATE PIPING TO SINK TAIL PIECE IN ADJACENT RESTROOM. I 500 C 2 i j r10"0 10"01 D-2 �+ 0 N C 2 A �� IIIIj O M 2. EXISTING FLOOR RETURN GRILLE TO REMAIN. RETURN PLENUM UNDER GYM �� PRQ�F / FLOOR TO REMAIN OPERATIONAL DURING CONSTRUCTION. PROVIDE PERIODIC x'18 ,2" -- (TYP 2) I L. 10 m 1 10"0—' J (TYP 2) I AIR MOVEMENT DURING ALL SEASONS UNTIL CONSTRUCTION IS COMPLETE 0 TE AND47j— I -. 16"p il,��,�18"07. . 18"0 '`�1' 16"0 I ;` I NEW HVAC UNIT IS OPERATIONAL. V, •* IRLS RESTROC I ��j� ` 1 �� 3. DUCTWORK SUPPORTED FROM WALL. REFER TO SMACNA HVAC DUCT o 0,- 19 \0 ��,,, E204 I 1 0r'Q TYP5 --�.. 18"o EX UP ill s-7 /r iii ( ) TO EF-305 �i �� I ;�\; j_...... CONSTRUCTION STANDARDS. �'4S P CO- ' �' '.A 12"0 1111 mil III (TYP 5) } MAIN GYM WIRES 12-31-19 _ - I I DRAMA CLASSROOM E103 4. ALL TRANSFER AND EXHAUST DUCTWORK SERVING LOCKER ROOM AND I N '� 500 I -- / 500 Ia ® _� �'i 1 RESTROOM AREAS TO BE PEDESTAL MOUNTED ABOVE THE CEILING. REFER TO I I �u, �I SMACNA HVAC DUCT CONSTRUCTION STANDARDS. I' I C-218x21 GIRLS LOCKER ROOM BOYS LOCKERC-2 , `� I MULTI USE SPACE ACU 106 -. r ROOM 18x20 0 �� T'- E202 _ E209 - 1 I <ACU-107 O E212 50 r ... ....... 1 I I 50 T 5. WHERE POSSIBLE, INSTALL SIDEWALL DIFFUSERS IN PLACE OF EXISTING r DEMOLISHED DIFFUSERS. PATCH AND REPAIR EXCESS OPENINGS AROUND NEW C-2 u II ra 11 I = ral C-2 �9 I I SIDEWALL DIFFUSERS AS NEEDED. (TYP 2) '3°11..1 10x1 I - I�26?x�21 �y' - L! _� 4I1 .i I 10x10 (TYP 2) _I " I 1.-L/� -Arr 6. ARCHITECTURAL LOUVER WITH 16 SF FREE AREA. EX PLENUM CONSTRUCTED 12 �� TO MATCH FACE SIZE OF ARCHITECTURAL LOUVER AND EXTEND BACK 46-INCHES ., OFFICEI - _ = 12"o---/r., FROM INTERIOR FACE OF WALL. 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RUN DUCTS AND PIPING CONCEALED. UNLESS SPECIFIED OTHERWISE, AND CLEAR OF CEILING INSERTS. ALL DUCTWORK AND PIPING SHALL BE INSTALLEDL _...., AS CLOSE AS POSSIBLE TO WALL AND UNDERSIDE OF BEAMS AND JOISTS. C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED DRAWINGS. VERIFY AND PROVIDE DUCT TRANSITIONS TO FURNISHED EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE FABRICATION. 0 C) D. COORDINATE WITH ARCHITECTURAL REFLECTED CEILING PLANS AND EXACT 0 1III 4 5 6 T LOCATIONS OF AIR DEVICES. i ea E. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND IBI OUTDOOR CONDENSING UNITS. I I I I I I F. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. Dull Olson Weekes - IBI Group I G. PROVIDE VOLUME DAMPER AT EACH BRANCH OUTLET/ INLET. Architects, Inc. 907 SW Stark Street Portland OR 97205 H. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN USA J I I' �I—r 0 tel 503 226 6950 fax 503 273 9192 I PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO www.dowa-ibigroup.com ADDITIONAL COST TO OWNER. www.ibigroup.com _ 1— ir I In' ------ -_-_= PA E pae-engineers.com I I I I _'zfr-i of I 1 i 1 I I NOTES: PRS' 1. REMOTE REFRIGERATION RACK. PROVIDE ROOF CURB. REFER TO FOOD F -- ' ��...��"�7._ _�� SERVICE DRAWINGS. ��'GIx c • 18 ,2, �, �1 I I I I -, I I \ . ._I • �" J -<RTU-304B> �•S• eh 19 ,9 c2' r- --1 N'IS p COQ-\' I ,><; I 1 I \� I I I I EXPIRES 12-31-19 I < RTU-303 > r- , '! _ /I • r 1-7 ' _ I I - I I I F7 ; �_ 1 1 1 I \ / / r_� X I I INN I / RGF 304 i j `,I / I v I / I__I I �_J I j N\I / I • I � 1 . I � � t � I ® I I RTU-302 F VIM. 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IT\I —19F Li ;tCOand5 SStPortlOR 97205 ______----______ 1171 A 5095fax 03 273 9192 I I I I I \ I I m I I I I7.,, - BOILER STACK AT PA E pae-engineers.com MM.1111 INIMM1 11/MOND iINII 4IMt 1111111M1 INI IMMO 411 IMMIN 111.11 Il GEMS ill)INIII 41111 IMEM.11111111111111 111 411M1 IIIIIIII 11.11 1011 IIIMII 1 .411MIND IIMI IMMO 411111111=M11111•1_I VENT TERMINATION. REFER TO 9/M5.01 FOR I I I MORE INFORMATION / I ,`� PROF , ®J IN Z . 140 E a. 18 '2•- V * F-306 I I EF-305 V %1 I '1',, ..,_. 4O ` lb % 19 NcS \`-{1, EXPIRES 12-31-19 I I I I I I I O I I I I � I I I 1 ACCU 306> CACC 307 I I I I I I L _ — J I I I I I U ii II 1 I I I 0 I I I O _ O N I I i I 0 V ti C) O Ir I I 1 ca "0 DRYER EX DN / i= I ■— =. QOD ti O 10 1 ; X ; C RTU-301 > ; I r—71 F;,� • ti �- I �i `� 1/ _I icy J Li\J ♦� -0 c I � � O M C`7 . G RTU-308 CSO O O n _ lip.. fl , / \ACCU-308 I I ' n n n n / nii � 2 a / I JAI I 1 I 1 I I I I Ii< RGF-305 > l( 1 I I I <ACCU-301 I I I B -L I I I 1 1 C 1 Iii D E I I I I I I 1 I 1 k e y plan I I I I I I cLphase Conformed Set 1— z in 0 00 I 1 I I I 1 date April 26, 2019 w revisions M I I I I I I I CN,-4) o 0 1 1 I I 1 1 1 1 1 I I I project # 16055 c) 0 ROOF PLAN SECTOR E - <F— . I 1 I I I I I MECHANICAL .N M M c›.!— ,,,,,L — , ti ROOF PLAN SECTOR E - MECHANICAL M2 • 54 o� N Cfl M M N -,1-co 5 ®111 8 C-9- & 0 • r.....).)--- 1 I 1 GENERAL NOTES: 1 C TU-6-107 }1 -C TU-6-106 > CTU-6-104 }-� TU-6-103 > CTU-6-102 TU-6-101 > A. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN .,- I 1 �� _ . -_ __ 1, _ .. • _ - - _ PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO mi I 1 I I A ADDITIONAL COST TO OWNER. NI ► 1 01 a I I I B. RUN PIPING CONCEALED. UNLESS SPECIFIED OTHERWISE, AND CLEAR OF �� 1- 1 CEILING INSERTS. ALL PIPING SHALL BE INSTALLED AS CLOSE AS POSSIBLE TO SCIEN�E SC/EN GENERAL GENERAL GENERAL GENERAL WALL AND UNDERSIDE OF BEAMS AND JOISTS. CLASSROOM CLASSR OM CLASSROOM CLASSROOM CLASSROOM CLASSFOOM I I I I I I C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED DRAWINGS. VERIFY AND PROVIDE PIPE TRANSITIONS TO FURNISHED EQUIPMENT. _ T R 1=.., 1E1111,1 I F T ,11-T ,1- -1 LI T I I'' T T -- T T 1 F T T B FIELD VERIFY AND COORDINATE ALL SIZES BEFORE FABRICATION. CAC;U-105 >----- [scI:VCE 1 1 1/2" HWS 1 HALL I 1/4" HWR- WS 1 1/2" HWR C(� ,....��...., _ _ D. SLOPE ALL CONDESATE PIPING (1%) DOWN TOWARDS APPROVED 1 1l4" HWS 1" HWS =-11I RECEPTACLE. C ACU-104 -, __ ;� '_ 1_ HWS/R= ' _ = I _ - - - SUB it GIRLS �� h y LECA J 1" HWS 111 1 114 HWS EXTEND�,• 1" HWS/RIMME MN= _ _ _1�_ E. PROVIDE REFRIGERANT PIPING TO AND RESTROOM HALL II SMALL -1" ..�....� LEARNT r I i i f i i I, 1" HWR _ - FROM ALL FAN COIL UNITS AND ea I B I 2" , '�'�� V U ,;, CONE. 1 HWR 1 1/4 HWR - - -, � OUTDOOR CONDENSING UNITS. HWS/R UP - / \ 6 u � ' 1 U LL - I I _ ! i� GV�Ij 1 ! <TU-6-105 > - - - ' i= I A L 1 1 , 1- _L _ ;1) L 1 _FARA] - - 1 0 F. PIPING SHALL BE LARGEST SIZE SHOWN UNTIL SMALLER PIPE SIZE IS RESTROOM OIL ,I lig I TL-6 110 Y' y-= ; ..--1" HWS INDICATED: INCLUDING MAINS AND BRANCH PIPING.. Dull Olson Weekes - IBI Group "NI .-1" HWR G. ALL BRANCH RUNOUT PIPING TO TU HEATING COILS CABINET UN Architects, Inc. CTU-6-116 > GENERAL GENERAL I GENERAL GENERAL I IT HEATERS I AND UNIT HEATERS TO BE 3/4" UNLESS OTHERWISE NOTED. 907 SW Stark Street Portland OR 97205 MPUTER CLASSROOM CLASSROOM CLASSROOM CLASSROOM USA C TO-6-108 7 CLASS = H. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. tel 503 226 jP.corn fax 503 273 9192 • CTU-6109 1om 111111111 111111111 .� -�-- I — — 1 — — — D iiift 1111 111111111 ° 1111 111111111 1 TU-6-112 CTU-6-111 >-I C TU-6-114 TU-6-115 M1► 11I O NOTE: {TU-6-113I> ::_;1. 3/4" HWS/R DOWN TO CUH-103. == PA E pae-engineers.com I I I I I IN [ ice PRS I ® ® I I I ��G I Ng VLIBRARY 1n8 '2� � �`_ 4 .. :.t_. 1 1 I ® ® I , pyo°�ch 19 ,94 ��, -5b,G., P. CC\-\\ HALL 4I EXPIRES 12-31-19 I r I CTU-7 101 >------ .y 1 - - - I - I - I - - 0 1fTITITI I L::::::E - -<TU-7-10811111 111111" ' CTU7109 }� I--C TU7-110 > CTU-7-111 >- TU-7-112I1 1 l I I -1 _ 0 C • i OFFICE -I ORK'OO r - -2" HWS H ■ -2" HWR CTU-7-102 >----. r:00 i ; STe','GE - ■ll1. A!‘44 GENERAL GENERAL I GENERAL GENERAL _ I I CTU-7-103 /------:1 i - CLASSROOM CLASSROOM CLASSROOM CLASSROOM CTU-7-104 > , i 1 Li 1 I = ._ 1�1 ra 1 GIRLS ��, p�I_ :. 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EI:F BOILER I - I I I ,, ,, I I. 1" I I 71H_ , , B - L , , , , , , - ° ° C 1 v , GEN. i DRAMA I I I I BUILDING' I iiL STORAGE I \/ STORAGE l\ ur -7 - MAIN J Dr E TOILET _f G✓M / \ HALLGUST I I I I I a* I 1 —RESTROOM I 1 / \ •s' / \ IIE - —RESTROOM _i Yom. key plan . H - - r ---17 E- I I 11� - &PE Ili,i I111i11" HALL - hase Conformed Set IIII - �u ,.. m �II❑I I �rnaar:F I 111111'. 1 p co -- W A --'I ,�' NE 4 A EXTERIOR r— I^ I C cc i PE""" """"" STORA�E1111111111111 1 date April 26, 2019 SW I 1 111111111111111111 —+ u W " 7 .rte co revisions - - MDF r` I I - I- I - - MAIN ELEC. I I 1 0 U (1) AUX 1 I GYM I I I I - H 70 E E J TIJ I I - ° _ I I I I project # 16055 0 �' I -_ / OVERALL FIRST FLOOR 0 Q ' PLAN - HVAC PIPING MM I I I I I I I I N 1 N-R l O7 ,-c-=3 oM 0 OVERDALOL FIRST FLOOR PLAN - HVAC PIPING 11/1 3 • 0 1 N� _ - 1-03 4/1) 0 OOE 4 CD 6 0 8 c-6 (--16 (...._)(� GENERAL NOTES: SCIENCE TU-6-206 TU-6 205 CTU-6-204 }- TU-6-203 C TU-6-202 >-\ �{TU-6-201 A. ALL WORK SHALL BE COORDINATED WITH ALL TRADES INVOLVED. OFFSETS IN PREP I A PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO - - _. • _ -D�i_ -� - I - 7 - - - ADDITIONAL COST TO OWNER. lir i I I 1 STAFF ROOM U I m I Y I I I I B. RUN PIPING CONCEALED, UNLESS SPECIFIED OTHERWISE, AND CLEAR OF & - I- = CEILING INSERTS. ALL PIPING SHALL BE INSTALLED AS CLOSE AS POSSIBLE TO KITCHENETTE SCIENCE SCIENCE GENERAL GENERAL GENERAL GENERAL y CLASSROOM — - I ASSROOM F- CLASSROOMCLASSROOM CLASSROOM CLASSROOM WALL AND UNDERSIDE OF BEAMS AND JOISTS. iJrmnnq - w, E 111 1 C T1J-6-207 (ThILN 2" HWS/R DN 1 I C I I I _•I I C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED I �� DRAWINGS. VERIFY AND PROVIDE PIPE TRANSITIONS TO FURNISHED EQUIPMENT. - ii r", , ,r r-0, T M r ,i' I 1 1 j T - T T 1 (11- _ I- 7 T - - TTI / r T T - . . B FIELD VERIFY AND COORDINATE ALL SIZES BEFORE FABRICATION. 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ALL BRANCH RUNOUT PIPING TO TU HEATING COILS, CABINET UNIT HEATERS I CP-306 CLASSROOM CLASSROOM CLASSROOM CLASSROOM i° AND UNIT HEATERS TO BE 3/4" UNLESS OTHERWISE NOTED. 907 SW Stark Street Portland OR 97205 I MAKERSPACE S ALL SMALL USA I u tel 503 226 6950 fax 503 273 9192 -� G OUP a GROUP H. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. www.dowa-ibigroup.com L - HALL LA SROOM ii CLASSROOM I I _„ I www.ibigroup.com : T 11 'I [- TT I - _ I ED ill ,' <TU-6-219 ›- -{TU-6-220 C TU-6-221 } <TU-6-222 O NOTES:IXTU-6-218 TU-6-216 n _ _ iiii [7.4 3".HWS- I\--�TU-6-217 1. 1" HWS/R UP TO RTU-308. -=w E pae-engineers.com I I I `3" HWR--..7I I I I STEM/CTE TU-6-223 2. 2-112" HWS/R UP TO RTU-306. PROr TU-3-210 • 3. 2" HWS/R DOWN. ��'J GIN. -v, I II TE \ I I I4, . 2'1 A2. - t -`GE 4. 2" HWSIR UP TO RTU-307. VI ek C TUB-211 > SPED I SPED j 5. 1" HWS/R UP TO RTU-305. � 4: OFFICE OFFICE 0y o/'% 19 46 �' CTU-6-212 >--- J r.p,_ I I 6. 2" HWS/R UP TO RTU-304A. ��'� P. 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OFFSETS IN C-2 ON ROOF-- 8x6 H-1 8x6 H-2 ' C-1 PIPING AND TRANSITIONS AROUND OBSTICLES SHALL BE PROVIDED AT NO ADDITIONAL COST TO OWNER. `aiI_ - LJ © I I � I J II 114.1_± _ I 1 I B. ALL DUCTWORK AND PIPING SHALL BE INSTALLED AS CLOSE AS POSSIBLE TO L _di — + I WALL AND UNDERSIDE OF BEAMS AND JOISTS. II 1 + i _ f li I I 1 8"0 I 3 C. VERIFY ALL EQUIPMENT CONNECTIONS WITH MANUFACTURER'S CERTIFIED DRAWINGS. VERIFY AND PROVIDE DUCT AND PIPE TRANSITIONS TO FURNISHED I I 10 0 ! I EQUIPMENT. FIELD VERIFY AND COORDINATE ALL DIMENSIONS BEFORE 300 1 FABRICATION. ' C-1 - UD. SLOPE ALL CONDESATE PIPING (1%) DOWN TOWARDS APPROVED eI B I �QRECEPTACLE. I I CONF. RECORDS o E. PROVIDE REFRIGERANT PIPING TO AND FROM ALL FAN COIL UNITS AND B231 I /I- 82321 �° BOOK- W OUTDOOR CONDENSING UNITS. Dull Olson Weekes - IBI Group Y.) it10"0 II 41 -T � IKEhIJ I KHK10x10 IK6P6k I \ F. ALL DETAILS APPLY TO THIS SHEET WHETHER TAGGED OR NOT. 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DUCT SPIN-IN FITTING WI _(_3 VOLUME DAMPERr-- n 11 !Ca SHUTOFF i +t pp VALVE (TYP) IP DRAW BAND PVC GOOSENECK WITH SCREEN. BALANCINGX p iiiai I I ` I I (BY OTHERS) 4" DIA ALUMINUM DUCT 10' 0" MIN FROM ANY AIR INTAKE VALVE I 11 I I 1 I I I I OR OPERABLE OPENING I I ` 1 1 1 KILN VENT DUCT SEALANT ALL AROUND W 1 - . - �� BY OTHERS T_____?x,/_ INLINE EXHAUST FAN ( ) • WALL CAP WITH WEATHER LOUVER 1'-0" MIN. ROOF PENETRATION AND FLASHING FLEXIBLE MECHANICAL 10 7- COUPLING (TYP OF 6) 1111 I r - FROM I I i — ROOF — — SUPPLY BRANCH— KILN ; i � I 1/2" COPPER ' TUBING \ CEILING 6" PVC U 3" -1..' �- I 4" MIN 1/8 " SLOPE I \ ONOTE: 1 I FILL WITH WATER PROOF le, 6" PVC PIPE SLEEVED IN x 4 REDUCER, AS REQUIRED INTERIOR WALL EXTERIOR WALL SEALER VULKEM 201T(TYP) - SCHEDULE 20 PIPE IN AREAS _ WHERE 1.5 DIA. TURN CAN NOT BE MET USE DETAIL 2/M6.01 Dull Olson Weekes - IBI Group CAST IRON SLEEVE SUBJECT TO DAMAGE - FLOOR SUCTION DIFFUSER Architects, Inc. 3" PIPE TEE TO PERFORATED PIPE �_ \ 907 SW Stark Street Portland OR 97205 1 FLOOR SLAB .- I USA tel 503 226 6950 fax 503 273 9192 KILN EXHAUST DETAIL �� 117 SUPPORT LEG www.dowa-ibigroup.com EcD i - TYPICAL ROUND NECK T-BAR DIFFUSER www.ibigroup.com NONE _ - - INERTIA BASE 1 r. 1 b 1 / ; T.:. i._ NONE rziiiii 1\ 0 3-1/2" CONCRETE pae-engineers.com 1" PIPE TEE AT LOW POINT TO DRAIN HOUSEKEEPING PAD J ROUTE TO NEAREST DRAIN EXHAUSTER4S:i IPg FONOTE: ,� • i8 .2• 7 - 1. SEE SPECIFICATIONS FOR VIBRATION ISOLATION AND SEISMIC RESTRAINT. • .� um1:414 4 FLANGED CONNECTIONS CONCRETE SLAB ON GRADE 3" PERFORATED PVC GAS ,.. CONVEYANCE PIPE ( �'0, 19 �°�°'� �,,� CENTERED IN TRENCH lqs -�,�`' , PIPE REDUCER PIPE REDUCER ( MIN.12" HIGH P. COC� jr FACTORY CURB A -/- , V12, EXPIRES 12-31-19 I , ' • _.,,.__. : ) C5) BASE MOUNTED PUMP PIPING INSULATIONROFING �� 0 , IINONE _ L�71= 1. A —SII —I- Ir STRAINER , ' !i L= 12" Wx8"D GRAVEL TRENCH — & Sialm="4 000 l r 1�1 Ii- THICKENED EDGE FOR ROUTING UTILITIES Vin_ �,_v THRU TOP 12-INCHES OF FOOTING/BEAM ,i i-1 I �I= =I. AUTOMATIC MOTORIZED ROOF SLAB ONOTES: �;�_.� �____ STEEL PIPE SLEEVE CONTROL DAMPER 1. PROVIDE CHECK VALVE ONLY FOR PUMPS INSTALLED IN PARALLEL. STRUCTURAL GRADE BEAM al 2. SUPPORT PUMP FROM PIPING. SOIL GENRAL NOTE: A. SEE SPECIFICATIONS FOR VIBRATION ISOLATION AND SEISMIC 3. SEE SPECIFICATIONS FOR VIBRATION ISOLATION AND SEISMIC RESTRAINT r1 FLASHING RESTRAINT. REQUIREMENTS. GENERAL NOTES: I �� ' U A. COORDINATE PIPE DEPTH WITH BUILDING FOOTING DEPTH. 4. BALANCE VALVE TO BE SHUTOFF VALVE WHEN USING WITH VFD-DRIVEN PUMP. AND DEPTHS OF OTHER BUILDING SERVICES. I III RNONE OOF EXHAUSTER }= .?, 9 B. COORDINATE ROUTING OF PIPES WITH BUILDING FOOTINGS ANDA � � ' — El') PIPE MOUNTED PUMP ONE COORDINATE ALL SLEEVES WITH STRUCTURAL ENGINEER. Q N C. ALL EXPOSED PIPING SHALL BE MARKED WITH AT LEAST ONE LABEL PER FLOOR. STATING "RADON REDUCTION SYSTEM". • FIRE BARRIER _ O D. ALL EXHAUST FANS SHALL HAVE CURRENT TRANSFORMERS FOR BMS (PARTITION OR CHASE) 0 O N STATUS MONITORING AND A COMMON AUDIBLE ALARM SHALL BE PLACED IN FAN HOUSINGo THE MAIN ADMIN OFFICE FOR INDICATION OF FAN FAILURE. / COUNTERFLASHING 7 -C Ci) V rn TYPICAL DUCT_i 071 MIN41 ` DAMPER COLLAR EXTENSION E. PIPE PERFORATIONS ORIENTED FOR BOTH THE FREE PASSAGE OF GAS AS INSULATION `` C.) 0 •WELL AS DRAINAGE OF ANY MOISTURE. FLASHING (INTEGRAL PART OF SLEEVE) Cl) om 1..A , . I I I. XXXXXXXXXXX ` "/T "'x� XXXXXXXXX; CD co a F. REFER TO SPEC SECTION 033000 -CAST IN PLACE CONCRETE FOR VAPOR ■ I immi / I � R RETARDER SPECIFICATIONS. VAPOR RETARDER TO BE 15 MIL. MAX 0.02 I ( ' ) -0 (o PERMS WITH JOINTS LAPPED 12 INCH AND TAPED. = > o G. REFER TO OSSC-1811 FOR ADDITIONAL CODE REQUIREMENTS. 0 � 0 Pi- <= AUTOMATIC MOTORIZED I ti CONTROL DAMPER u - I t irira A, > CY) 0 RADON CONTROL GAS CONVEYANCE PIPING GENRAL NOTE: Cu NONE © 0 © co o co co A. SEE SPECIFICATIONS FOR VIBRATION ISOLATION AND SEISMIC RESTRAINT. - — 0 CO0 O NOTES: 11 ~ . 1- `~ 1. FIRE DAMPER (VERTICAL SUPPLY TYPE SHOWN, HORIZONTAL & RETURN/EXHAUST DISHWASHER/CART WASH EXHAUST SIMILAR). INSTALL DAMPER IN FLOOR OR WALL PENETRATION, NOT OUTSIDE. (63 INVERTED NONE 2. GALVANIZED STEEL SLEEVE-GAUGE NOT LESS THAN CONNECTING DUCT. FASTEN TO CONE INSIDE DAMPER FRAME AND PERIMETER ANGLES. CAP 3. PERIMETER ANGLES-14 GA.GALVANIZED STEEL, 1 1/2 X 1 1/2 MIN. TO PROVIDE 1" MIN. . . 1 r -�� OVERLAP OF OPENING ON ALL 4 SIDES. DO NOT FASTEN TO PARTITION. �� STACK CAP WITH �� . , BIRDSCREEN & COLLAR 4. BREAKAWAY DUCT CONNECTION. MOTOR r____,-.---„i 5. ACCESS PANEL-SIZE & LOCATION TO PERMIT SERVICING FUSIBLE LINK. DOUBLE WALL GAS FULE STACK 6. PROVIDE 1/4" TO 1/2" CLEARANCE ON HEIGHT &WIDTH, OR AS SPECIFIED BY DAMPER �' MANUFACTURER. FILL OPENING WITH FIRESTOP MATERIAL. I -- • • ....11 .1 .11, I III STORM COLLAR 0 LOW PRESSURE FIRE DAMPER NONE __.1.r I ill .i LI DISCONNECT I phase Conformed Set Z ( o FAN HOUSING L.co VENT I COUNTERFLASHING SHEET METAL BOOT 1" BLACK EXTEND AND CONNECT w FLASHING ( SEE PLANS FOR SIZE ) ACOUSTICAL TO RETURN/EXHAUST date April 26, 2019 ROOF OVER FLASHING =LINER SYSTEM / /— revisions (71 ........eii co 9 I TRAPGREASE � � st )(11)( —� VENTED CURB 0 z L � EXTENSION c.) fi WELDED DUCT MINIMUM 18"ABOVE ... cu ROOF, PER NFPA � FLASHING / r--..�(73 THIMBLE WITH 2" MIN. ROOF /, 1 project # 16055 i- CLEARANCE AT COMBUSTIBLE DECK s.. u) Na - CEILING DETAILS - MECHANICAL Q� k -—4 Innnnnnnnnnnn2 2 3 L7v i Coco Nt C9 BOILER STACK DETAIL 7 KITCHEN EXHAUST FAN 4 0DUCTED RETURN/EXHAUST GRILLE o NONE NONE NONE M 5 . 0 1 Nc?) M N_ m 0.- Iwo Z r. n 0 FA WIRING BY DIV. 28 -/- I IWF. S I WATER METER WIRING BY DIV. 23 WIRING BY DIV. 23 SMK FOR HARDWIRED rO <-, AHU SHUTDOWN FP 0 _c FAN SHUTDOWN Z _ BY DDC SYSTEMT i 1 `e FIRE "A" IOWfil ALARM WIRING BY DIV. 23 I,,,,- "C"TO SYSTEM J SYSTEM `, PANEL 4 ) FAN SHUTDOWN STATUS SIGNAL FROM 00 Q Q � SPRING LOADED 1 ` DDC SYSTEM (FORM C CONTACT) I NC I „A�� NO 0CHECK VALVE 4 -110 7- FA WIRING BY DIV. 28 ICW +- 120V BRANCH CIRCUIT FABY WIRING RELIFE VALVE 12 INCH MAX [fl i BY DIV. 26 00 TO OTHER FIRE/ PRV MAVQ , (TYP. PER BRANCH CIRCUIT) SMOKE DAMPER X NO >-HWD , , ea(� IBI IIII I ,Hwo 1.1 c < < DISCONNECT BY DIV. 26 r . -t- V V N- (TYP. FOR EACH FSD) AIR FITTING II~ WIRING BY DIV. 16 -/ DullIlf A Olson Weekes - IBI Group GENERAL NOTES: EXPANSION -'r HEATING WATER PUMP © Architects, Inc. FSD ACTUATOR (TYP.) TANK n - I I~ w stark street Portland OR 97205 1. REFER TO MECHANICAL FLOOR PLANS AND DETAILS FOR FIRE/SMOKE DAMPER PROVIDED BY DIV. 23 ROUTE TO NEAREST USA AND DUCT SMOKE DETECTOR QUANTITIES AND LOCATIONS. REFER TO FLOOR DRAIN tel 503 226 6950 fax 503 273 9192 ELECTRICAL DRAWINGS FOR ADDITIONAL DUCT SMOKE DETECTOR LOCATIONS. CONCRETE I I HEATING COIL www.dowa-ibigroup.com CONNECT DAMPERS TO 120V 20A BRANCH CIRCUITS AS INDICATED ON I SMK ©O (TYPICAL) www.ibigroup.com ELECTRICAL DRAWINGS. i I HOUSEKEEPING I 1I- I PAD (WHERE 2. CONTRACTOR SHALL COORDINATE DUCT SMOKE DETECTOR INSTALLATION AT FLOOR• TO DRAIN I r'(/ FLOOR MTD)O GENERAL NOTES: ==iii! EACH FSD LOCATION AND MAIN RETURN AIR DUCT LOCATION PRIOR TO , FSD PROVIDED 7°�__ " PA E COMMENCING WORK. DIV. 23 SHALL PROVIDE ALL DUCTWORK MODIFICATIONS ` �/ BY DIV. 23 A. OFFSET PIPING AT COIL ENDS TO ALLOW REMOVAL OF COILS. pae-engineers.com REQUIRED TO ACCOMMODATE DUCT SMOKE DETECTOR INSTALLATION. PROVIDE `' ' ALL WORK TO SUIT INSTALLATION REQUIREMENTS AND ALL APPLICABLE CODES. • ONOTES: B. THREE OR MORE COILS PIPED SIMILAR. ' PREF FAN SHUTDOWN SEQUENCE OF OPERATIONS: 1. SEE SPECIFICATIONS FOR SEISMIC RESTRAINT REQUIREMENTS. ITS� I N8 #, UPON THE DETECTION OF SMOKE BY ANY DUCT SMOKE DETECTOR: 2. VERTICAL FLOOR MTD OR HORIZONTAL SUSPENDED FROM STRUCTURE1 RTU HEATING COIL PIPING 4 AS INDICATEDON THE DRAWING. NONE "3c 1. THE FIRE ALARM SYSTEM SHALL SIGNAL THE AIR HANDLING UNIT IN ALARM n NOTES: `y ''Ch 19 N%� �• TO SHUTDOWN VIA ADDRESSABLE CONTROL RELAY LOCATED AT EACH 1. REFER TO ELECTRICAL PLANS FOR FIRE ALARM PANEL LOCATION. `� P. CO\-\' HANDLING UNIT. 2. MOUNT ADJACENT TO APPROPRIATE ELECTRICAL PANEL. I EXPIRES 12-31-19 2. THE FIRE ALARM SYSTEM SHALL PROVIDE A SIGNAL TO THE DDC SYSTEM I I AUTOMATIC AIR VENT VIA SINGLE ADDRESSABLE CONTROL RELAY TO INITIATE THE DDC SYSTEM 3. PROVIDE/MAINTAIN WORKING ACCESS TO ALL DUCT SMOKE 4 EXPANSION TANK CONNECTION 1/4" COPPER TUBING (MV) SHUTDOWN MODE. NONE DETECTORS. 3. UPON CONFIRMATION THAT ALL AIR HANDLING UNITS HAVE SHUTDOWN, II SIZE OF AAV INLET THE DDC SYSTEM SHALL PROVIDE FAN SHUTDOWN STATUS SIGNAL TO FIRE 4. REMOTE ADDRESSABLE FIRE ALARM RELAY PROVIDED BY DIV. 28 ALARM SYSTEM. (FORM C CONTACT). MOUNT ADJACENT TO FIRE ALARM PANEL. 4. THE FIRE ALARM SYSTEM SHALL CLOSE ALL COMBINATION FIRE/SMOKE 5. REMOTE ADDRESSABLE FIRE ALARM RELAY BY DIV. 28 (PROGRAMMED DAMPERS VIA ADDRESSABLE CONTROL RELAY(S)AFTER 20-SECOND FOR 20 SECOND DELAY AFTER FAN STOP SIGNAL). I (ADJUSTABLE) FAN SHUTDOWN SIGNAL OCCURRED. FLOW 6. AHU RETURN AIR DUCT SMOKE DETECTOR WITH SEPARATELY ( s �v�'rIII ADDRESSABLE RELAY BASE (FORM C CONTACT) FURNISHED BY DIV. 28. \\--_ 4„ r ROUTE TO UPON FIRE ALARM RESET AFTER THE DETECTION OF SMOKE HAS OCCURRED: WIRED BY DIV. 28 TO FIRE ALARM SYSTEM. DETECTOR INSTALLED BY DIV. �� NEAREST 23 C3 AIR INLET 60 PSI RELIEF VALVE DRAIN 1. THE FIRE ALARM SYSTEM SHALL OPEN ALL COMBINATION FIRE/SMOKE 7. DUCT SMOKE DETECTOR FURNISHED BY DIV. 28. WIRED BY DIV. 28 TO }' DAMPERS VIA ADDRESSABLE CONTROL RELAY(S), FIRE ALARM SYSTEM. INSTALLED BY DIV. 23. GATE VALVES � OVER FLOORPIPE DRAIN F U 2. THE FIRE ALARM SYSTEM SHALL DISABLE FAN SHUTDOWN SIGNAL TO THE DRAIN .. L. }0 DDC SYSTEM VIA SINGLE ADDRESSABLE CONTROL RELAY. © FLUEFLOW b I 1cn J ) 3. THE FIRE ALARM SYSTEM SHALL DISABLE SHUTDOWN SIGNAL TO EACH AIR121 HANDLING UNIT VIA ADDRESSABLE CONTROL RELAY. 1.-I-A 111 I-- BOILER 0 •7 1 HVAC AND FIRE ALARM SYSTEM INTERFACE NONE BALANCING + to PIPED TO FDPING O N VALVE1- - o U h- -+-+ / NATURAL GAS S = � rn I ,„z4 WITH CONNECTION V 0O t ) WITH 6" MINIMUM DRIP LEG. 0AIR SEPARATOR - CENTRIFUGAL -- - . WIfl iii- NONE ,I= L c� /, 6 TYPE 1 8 - i- 0 \ PIPE TO 173 0 HOUSEKEEPING PAD FLOOR DRAIN ■...., Q o r _ NOTES: DRAIN IIWS 0 0 0 O � - O 0 1. GAS COCK. �iWF L 03 co c c - 2. VENT DRAIN- USE TEFLON TUBING (RUN TO NEAREST FLOOR DRAIN OR CONDENSATE PUMP). / FILL CAP o c c i ( I : i ! / - co 3. BOILER DRAIN USE 5/8" DIAMETER OR LARGER TEFLON TUBING. (RUN TO CONDENSATE). / SHOT FEEDER 4- - STRUCTURE f 4. RECEIVER, DO NOT MANIFOLD WITH VENT DRAIN OR WITH RELIEF DRAIN. - SLOTTED CHANNEL O 0 5. PRESSURE REGULATOR. VENT TO OUTDOORS. SIZE OF VENT BY BOILER SUPPLIER. X AS REQUIRED1" - 6. MOTORIZED AUTOMATIC ISOLATION VALVE. //- 1/8" SS CABLE 7. PROVIDE STAINLESS STEEL 30 MESH SCREEN. ONOTES: 8. PIPE ALL BOILERS IN IDENTICAL LAYOUT TO PROVIDE EQUAL PRESSURE DROPS. 1. CONICAL TEE o ROUTE TO 9. SEE SPECIFICATIONS FOR VIBRATION ISOLATION AND SIESMIC RESTRAINT. NEAREST DRAIN BOLT (TYP.) 2. INLET DUCT. MINIMUM STRAIGHT LENGTH = 3'-0". DUCT SIZE TO BE SAME SIZE AS TERMINAL UNIT INLET. w 8 GA. BAND FLEXIBLE DUCT CONNECTIONS ARE NOT ALLOWED. c BOILER PIPING ,1 NONE GENERAL NOTES: DUCT 3. BRANCH DUCT. IF UNDER 10'-0" IN LENGTH. - DUCT SIZE TO BE SAME SIZE AS TERMINAL UNIT A. INSULATE PIPING AND CHEMICAL FEEDER. INLET. IF LENGTH IS 10'-0" OR OVER. DUCT SIZE TO BE B. SUSPEND UNIT FROM STRUCTURE. AS SHOWN ON PLAN. }, 4. HEATING COIL WHERE INDICATED J 5. DISCHARGE DUCT TO BE 1" LINED SHEET METAL. MINIMUM S CUPPLY 1 8'-0" LONG. SAME SIZE AS TERMINAL UNIT OUTLET. OR RETURN- S 3 BY-PASS CHEMICAL FEEDER phase Conformed Set z AS SHOWN ON PLAN, WHICHEVER IS LARGER. NO MAV NC C NONE w 4- 0 6. TERMINAL UNIT -0a NO co _ date April 26, 2019 w 7. CONTROL ENCLOSURE. PROVIDE 36" CLEARANCE DIRECTLY IN FRONT OF ENCLOSURE, MOUNT CONTROLS AND PIPING MAv revisions N CONNECTIONS t I I t ON SAME SIDE OF UNIT. -III 1I1 - ti COILCOIL o EXPOSED DUCT SUPPORT TYPICAL TERMINAL UNIT SII * DV DV\ III- DV 9 • NONE $ NONE °' 2-WAY VALVE 3-WAY VALVE TYPICAL EXCEPT WHERE NOTED USE ONLY WHERE NOTED OGENERAL NOTE: project # 16055 coA. TYPICAL OF REHEAT COILS, UNIT HEATERS AND CABINET UNIT HEATERS. DETAILS - MECHANICAL co <I- HEATING COIL PIPING DETAIL (N!, NONE - rn OS, M5 • O2 N M CO N m_ Y3 r LOCATE AS SHOWN ON PLANS ROOFTOP UNIT HEATING COILS 6 1 c (1—e— L ___ c c M5.02 —t) 1 -4 c C (TYP) mauI IBI I 1 TERMINAL UNIT 1 Dull Olson Weekes - 181 Group REHEAT COILS UNIT HEATERS Architects, Inc. 6 6 If 907 SW Stark Street Portland OR 97205 USA M5.02 M5.02 tel 503 226 6950 fax 503 273 9192 www.dowa-ibigroup.com (TYP) (TYP) www.ibigroup.com iithi WFM •::N ' PA E Ai IJii pae-engineers.com P F 3" (TYP) Cli 6 .___,...., ��,� 8; �' ri • 18 ,2"��_ CAS-101 AIR SEPARATORA + �` < ET-101 > C HWP-101 CHEMICAL FEEDER �'Si Bch 19 �°'�\,��'' 2 EXPANSION TANK a '4S p CO�- C B-101 > < B-102 > M5.02 4 3 EXPIRES 12-31-19 M5.02 M5.02 < HWP-102 a HEATING WATER PUMPS HEATING WATER BOILERS 2 5 M5.02 M5.02 - (TYP) 0 VAV WATER HEATING DIAGRAM - HVAC NONE -1—+ U 0 0 O O = N o V ma Cr) C33 L CE o Cl) . _ ... }, L cu as c,',z.3) _ i� •— cp N I T ■- VJ as cim O M M - - (.0 O O J Q phase Conformed Set z w 0 eo date April 26, 2019 w revisions .(7N-1 co ti O 0 U a -o project # 16055 1— o DIAGRAMS - MECHANICAL l— Q1— N N O co CV O O3 M 6 • 01 „icy., M N._ m Y)--- SEQUENCE OF OPERATIONS -GAS EMERGENCY SHUT OFF SEQUENCE OF OPERATIONS -SINGLE ZONE VAV AIR HANDLER ri n 1. ACTIVATION OF THE EMERGENCY STOP SWITCH SHALL SHUTDOWN FUEL 1. 000UPIED MODE: SEQUENCE OF OPERATIONS -GREASE HOOD EXHAUST FANS SUPPLY TO THE ROOM AND CUT POWER TO NATURAL GAS FIRED EQUIPMENT. A. UNIT SHALL BE IN OCCUPIED MODE BASED ON THE TIME OF DAY SCHEDULE AS DETERMINED BY OWNER. IN 1. EXHAUST FAN SHALL OPERATE WHEN WALL MOUNTED FAN SWITCH IS TURNED ON. SIGNAL 2. ACTIVATION OF SWITCH SHALL SEND AN ALARM TO THE DDC SYSTEM. B. WHEN THE KEYED OVERRIDE BUTTON IS ACTIVATED. THE UNIT SHALL BE IN OCCUPIED MODE REGARDLESS OF TIME OF DAY SCHEDULE FROM DDC CONTROLLER TO ENABLE FAN MOTOR AND ACTUATE NORMALLY CLOSED MOTORIZED C. CO2 CONTROL: MINIMUM OUTSIDE AIR DAMPER MODULATES TO MAINTAIN CO2 LEVEL IN RETURN AIR STREAM AT MAXIMUM OF 500 PPM (ADJUSTABLE) DAMPER TO OPEN. DAMPER TO CLOSE WHEN FAN MOTOR IS DISABLED. ABOVE THE OUTSIDE CO2 LEVEL. 8 ��QQ�� 2. SIGNAL DDC CONTROLLER TO GENERATE AN ALARM IN THE EVENT OF FAN/CONTROL FAILURE. D. THE NORMALLY CLOSED MINIMUM OUTSIDE AIR DAMPER SHALL BE OPEN. 17"V E. A DISCHARGE AIR TEMPERATURE SENSOR SHALL SIGNAL THE DDC CONTROLLER AND THE SUPPLY FAN VARIABLE FREQUENCY CONTROLLER TO MAINTAIN EMERGENCY O EMERGENCY THE REQUIRED SPACE TEMPERATURE SETPOINT. THE SUPPLY FAN SHALL MODULATE BETWEEN DESIGN AND MINIMUM AIR FLOW (65% MAXIMUM DESIGN, IL J STOP PUSH- STOP CONTACTOR(S) 0 ADJUSTABLE) TO MAINTAIN THE REQUIRED SPACE TEMPERATURE. AT MINIMUM AIR FLOW THE DDC CONTROLLER SHALL MODULATE THE NORMALLY CLOSED BUTTON SWITCHES BOILER POWER/GAS-FIRED KITCHEN EQUIPMENT ® MAIN OUTSIDE AIR AND NORMALLY OPEN RETURN AIR DAMPERS TO MAINTAIN SPACE TEMPERATURE. IF THE AIRFLOW HAS REACHED ITS SCHEDULED 0 MINIMUM AND THE SPACE TEMPERATURE REMAINS BELOW SETPOINT THE NORMALLY OPEN HOT WATER COIL VALVE SHALL BE MODULATED AND THE el AIRFLOW INCREASED TO MAINTAIN THE REQUIRED SPACE TEMPERATURE SETPOINT. THE DISCHARGE AIR TEMPERATURE SETPOINT SHALL BE RESET BETWEEN 70 DEGREES F (ADJUSTABLE) BASED ON AVERAGING A TOTAL OF TWO TEMPERATURES SENSORS LOCATED AS INDICATED ON THE DRAWING. e Ow • WALL MOUNTED FAN SPACE TEMPERATURE SETPOINTS ARE TO BE 70 DEGREE F IN HEATING AND 75 DEGREES F IN ECONOMIZER COOLING (ADJUSTABLE). ONOTE: C(21- SWITCH (FOR OVERRIDE) F. OUTSIDE AIR AND RETURN AIR TEMPERATURE SENSORS SHALL SIGNAL THE DDC CONTROLLER. THE OUTSIDE AIR DAMPER AND RELIEF DAMPER SHALL 1 1 1. GAS SHUTOFF VALVE PROVIDED IN SECTION 220523. `• RETURN TO THEIR MINIMUM POSITIONS WHEN THE OUTSIDE AIR TEMPERATURE EXCEEDS THE RETURN AIR TEMPERATURE. Oa I B I G. RETURN FAN MOTOR SPEED CONTROL: CONTROL THE RETURN FAN MOTOR SPEED ACCORDING TO THE FOLLOWING EQUATION: RETURN FAN MOTOR RPM = v ' SUPPLY FAN RPM -OFFSET RPM I DI GREASE HOOD © STATUS G.A. SUPPLY FAN RPM IS A VARIABLE VALUE RECEIVED FROM SUPPLY FAN MOTOR VARIABLE FREQUENCY DRIVE. DAMPERS/S G.B. OFFSET RPM IS A VARIABLE VALUE EQUAL TO THE OFFSET BETWEEN SUPPLY FAN MOTOR RPM AND RETURN FAN MOTOR RPM REQUIRED TO DAMPER ® S/S PROPER BUILDING PRESSURIZATION AS DETERMINED BY COORDINATION WITH THE AIR BALANCING SUBCONTRACTOR. DETERMINE THE Dull Olson Weekes - IBI Group VALUE OF THE OFFSET RPM REQUIRED TO SATISFY THE FOLLOWING EQUATION AT SUPPLY FANS SPEEDS OF 25%, 50%, 75% AND 100% OF DESIGN Architects, Inc. 0 GAS EMERGENCY SHUTOFF CONTROL DIAGRAM GREASE HOOD EXHAUST FAN CONTROL DIAGRAM CFM: RETURN AIR CFM = SUPPLY AIR CFM - BUILDING PRESSURIZATION CFM. 907 SW Stark Street Portland OR 97205 NONE 0 NONE H. HEATING WATER COIL PUMP CONTROL: OPERATE THE PUMP WHENEVER THE CONTROL VALVE AT THE HEATING WATER COIL IS COMMANDED TO OPEN AND USA WHENEVER OUTDOOR AIR TEMPERATURE IS BELOW 40 DEGREES F (ADJUSTABLE). tel 503 226 6950 fax 503 273 9192 I. MINIMUM OUTSIDE AIR CONTROL: ADJUST THE MINIMUM OUTSIDE AIR DAMPER POSITION ACCORDING TO SUPPLY FAN SPEED, BASED ON A SOFTWARE www.d www.ibiowagroupgroupicroup.com corn CURVE. COORDINATE WITH THE AIR BALANCING SUBCONTRACTOR TO ESTABLISH THE SOFTWARE CURVE BY MEASURING OUTSIDE AIRFLOW AND RELATED DAMPER POSITION WITH THE AIR HANDLING UNIT OPERATING AT 25%, 50%, 75%AND 100% OF DESIGN AIRFLOW. 2. UNOCCUPIED MODE: Ott tiiiii B. UNIT SHALL BE IN UNOCCUPIED MODE BASED ON THE TIME OF DAY SCHEDULE AS DETERMINED BY OWNER. :i= :H=Iii PA E B. DURING UNOCCUPIED MODE, UNIT SHALL OPERATE BASED ON NIGHT LOW LIMIT TEMPERATURE. WHEN SELECT ZONE TEMPERATURES DROP BELOW 60 pae-engineers.com DEGREES F (ADJUSTABLE), OPERATE FAN, OPEN HEATING VALVE WIDE OPEN, OPEN RETURN AIR DAMPER, CLOSE OUTDOOR AIR DAMPER, THERMOSTATS TO DDC fi -j OPERATE NORMALLY. ASSOCIATED EXHAUST FANS ARE OFF. WHEN SELECT SPACE TEMPERATURE HAS RISEN TO 62 DEGREES F (ADJUSTABLE) SHUT DOWN UNIT. AD PR - C. UNIT START UP SHALL BE BASED ON OPTIMUM START PROGRAM. DURING WARM-UP RUN UNIT AS DESCRIBED ABOVE IN NIGHT SETBACK MODE. WHEN F��+ 1 I N `V or . RETURN AIR TEMPERATURE IS 70 DEGREES F FOR AT LEAST 15 MINUTES, INITIATE OCCUPIED MODE. `C.�18 2�a • , 3. SHUTDOWN MODE: ' �_ CF-XXX > A. UNIT SHALL BE IN SHUTDOWN MODE WHEN THE AIR HANDLING UNIT IS NOT IN OPERATION. 4 B. SUPPLY AND RETURN FANS ARE OFF. ' C. DAMPERS AND VALVES ARE IN THEIR NORMAL DE-ENERGIZED POSITIONS. �ytot? 119 Nc3% �&' SEQUENCE OF OPERATIONS - RADON FANS 4. ALARMS/SAFETIES: 4S p. G OVN" 1. FAN TO OPERATE CONTINUOUSLY. A. SMOKE DETECTOR LOCATED IN SUPPLY AND RETURN DUCTS SHALL SIGNAL CONTROLLER WHICH SHALL INITIATE SHUTDOWN MODE OF THE RESPECTIVE 2. A CURRENT TRANSFORMER LOCATED IN THE FAN POWER CIRCUIT AIR HANDLING UNIT AND SHALL GENERATE ALARM. EXP s 12-31-19 di .. SHALL SIGNAL THE DDC CONTROLLER WHICH SHALL GENERATE AN B.A SIGNAL FROM THE FIRE ALARM PANEL SHALL SIGNAL THE DDC CONTROLLER TO INITIATE THE SHUTDOWN MODE. ALARM IN THE EVENT OF FAN FAILURE. C. LOW LIMIT DETECTION THERMOSTAT LOCATED BETWEEN THE HEATING AND COOLING COILS SHALL SIGNAL CONTROLLER WHICH SHALL INITIATE SHUTDOWN MODE UPON SENSING TEMPERATURE BELOW 40 F (ADJUSTABLE)AND SHALL GENERATE ALARM. D. A CURRENT TRANSFORMER LOCATED IN THE HEATING WATER PUMP POWER CIRCUIT SIGNALS THE DDC CONTROLLER, WHICH GENERATES AN 0 NOTES: ALARM IN THE EVENT OF PUMP/CONTROL FAILURE. 1. WALL-MOUNTED ROCKER SWITCH FOR FAN OVERRIDE. ONE SWITCH EXHAUST FAN -\, E. DIFFERENTIAL PRESSURE SWITCH LOCATED ACROSS EACH FILTER BANK SHALL SIGNAL CONTROLLER WHICH SHALL GENERATE ALARM WHEN STATIC FOR NOTH FANS. PRESSURE DROP EXCEEDS 1.00 INCHES WG (ADJUSTABLE). \ F. VARIABLE FREQUENCY DRIVES SHALL SIGNAL CONTROLLER IN EVENT OF DRIVE/CONTROL FAILURE AND SHALL GENERATE ALARM. • G. PROVIDE INTERLOCK BETWEEN VARIABLE FREQUENCY DRIVES AND DISCONNECT SO THAT WHEN DISCONNECT IS OPEN DRIVE IS DISABLED AND WHEN 2. 0-10V SIGNAL TO FANS. FANS CONTROLLED IN UNISON. • Eq DISCONNECT IS CLOSED DRIVE IS ENABLED. • • • 1. CF-101. 102 0 40 SIS a. GENERAL C/T 4210 OSA HEATING WATER -I-0 i. BOTH FANS SHALL OPERATE IN UNISON BASED ON A SINGLE 0-10V SIGNAL FROM THE GO OSA HWR .( DDC SYSTEM. HEATING �:� '• S� ii. THE FANS SHALL OPERATE ACCORDING TO THE TIME-BASED SCHEDULE ASSIGNED TO RADON FAN CONTROL DIAGRAM RECIRCULATION PUMP HWS -,-1-,-1 -if- RTU-304A. 4 NONEDI S/S b. UNOCCUPIED CYCLE: FLow 0,_,e CI i. THE FANS SHALL RAMP FROM MINIMUM SPEED (2V SIGNAL. ADJUSTABLE)TO AI DI FREEZE AI MAXIMUM SPEED 10V, ADJUSTABLE) BASED ON TEMPERATURE STRATIFICATION IN OUTDOOR AIR DAMPER �• FLOW �' T �' T �T ( O THE SPACE. �- �_ FILTER SUPPLY FAN 1. IF THE HIGH/LOW TEMPERATURE DIFFERENTIAL (AS MEASURED BY SPACE112 N THERMOSTATS) IS LESS THAN 2F (ADJUSTABLE)THE FANS SHALL BE OFF. I: 0 N ...i_ 2. IF THE HIGH/LOW TEMPERATURE DIFFERENTIAL (AS MEASURED BY SPACE jC43 0 Vcn ti THERMOSTATS) IS 8F (ADJUSTABLE) OR GREATER THE FANS SHALL BE AT MAXIMUM 1= — CO SPEED. RELIEF DAMPER '• — O 3. FAN SPEED SHALL RAMP LINEARLY BETWEEN THE LOW AND HIGH TEMPERATURE � FILTER DIFFERENTIALS. SEQUENCE OF OPERATIONS - UNIT HEATERS O CO }• ii. OCCUPANT OVERRIDE: A WALL MOUNTED ROCKER SWITCH WILL ALLOW OCCUPANTS 1. FAN SHALL OPERATE AND HEATING COIL VALVE SHALL OPEN WHEN SPACE TEMPERATURE CZ �, .) IS BELOW 60 DEGREES F (ADJUSTABLE). mO CO TO OVERRIDE THE FAN SPEED UP TO THE MAXIMUM SETTING BY HOLDING THE 2. A CURRENT TRANSFORMER LOCATED IN THE FAN POWER CIRCUIT SHALL SIGNAL THE DDC i I. r1 .�.� SWITCH UP, AND OVERRIDE TO OFF BY HOLDING THE SWITCH DOWN. AFTER A TIME Tai PERIOD OF 2 HOURS (ADJUSTABLE) OCCUPANT OVERRIDE WILL TERMINATE AND CONTROLLER WHICH SHALL GENERATE AN ALARM IN THE EVENT OF FAN/CONTROL FAILURE. AI SMK DI ■- = Q t...,Ci o � THE FAN WILL RETURN TO AUTOMATIC OPERATION DESCRIBED ABOVE. THE RETURN FAN RETURN AIR j I (BY DIV.28) M ti 8 0 MANUAL OVERRIDE SHOULD PROVIDE MODULATING VARIABLE SPEED AND TAKE DAMPER HEATING COILS APPROXIMATELY 10 SECONDS (ADJUSTABLE) OF HOLDING THE SWITCH IN ONE POSITION TO MODULATE THROUGH THE ENTIRE RANGE. ® FINAL FILTERS ';' �i dam- dd- c. OCCUPIED CYCLE: I1WR--1 CU CD 01 D CO 0 i .SAME AS UNOCCUPIED SCHEDULE, WITH DISTINCT SET POINTS FOR SPEED AND —HWS_ HOA FAIL S/S SPEED HOA FAIL S's SPEED . CO Ln Ln SPACE TEMPERATURE DIFFERENTIAL AI I STATUS DI m© STATUS DI �„ 0 I ¶ ¶ DAMPS 9 ¶ ¶ 4J AMPS '''� `~' d. ALARMS AND SAFETIES: SPACE° DI © STATUS m® SPACE i. FIRE ALARM SHUTDOWNVFD VFD 1. FIRE ALARM PANEL SIGNAL: GENERATE AN ALARM AND SHUTDOWN THE FANS UPON ® SIS RETURN FAN SUPPLY FAN RECEIVING A SIGNAL FROM THE FIRE ALARM PANEL. ' ii. FAN FAILURE ALARM: GENERATE AN ALARM UPON FAILURE OF THE FAN AS SENSED BY A CURRENT TRANSFORMER SWITCH IN EACH FAN POWER CIRCUIT. (0)-1 GENERAL NOTE: 8 CEILING FAN CONTROL DIAGRAM A. UNITS ARE PROVIDED WITH TERMINAL STRIP FOR CONNECTION BY DDC PER NONE 0 UNIT HEATER CONTROL DIAGRAM SPECIFICATION SECTION 23 81 00. NONE ESINGLE ZONE VAV RTU CONTROL DIAGRAM j NONE Q SEQUENCE OF OPERATIONS -WAREWASH HOOD EXHAUST FANS I- SEQUENCE OF OPERATIONS - EXHAUST FANS 1. EXHAUST FAN SHALL OPERATE WITH CORRESPONDING WARE WASH UNIT WITH EXTENDED 1 phase Conformed Set z 1. BUILDING EXHAUST FANS: EXHAUST FANS SHALL OPERATE WITH CORRESPONDING AIR HOUR RUN. SIGNAL FROM DDC CONTROLLER TO ENABLE FAN MOTOR AND ACTUATE NORMALLY U HANDLING UNITS, SEE AIR HANDLING UNIT SEQUENCE OF OPERATIONS. SIGNAL FROM DDC CLOSED MOTORIZED DAMPER TO OPEN. DAMPER TO CLOSE WHEN FAN MOTOR IS DISABLED. co CONTROLLER TO ENABLE FAN MOTOR AND ACTUATE NORMALLY CLOSED MOTORIZED DAMPER 2. A CURRENT TRANSFORMER LOCATED IN THE FAN POWER CIRCUIT SHALL SIGNAL THE DDC date April 26, 2019 C7_ TO OPEN. DAMPER TO CLOSE WHEN FAN MOTOR IS DISABLED. CONTROLLER WHICH SHALL GENERATE AN ALARM IN THE EVENT OF FAN/CONTROL FAILURE. 2. A CURRENT TRANSFORMER LOCATED IN THE FAN POWER CIRCUIT SHALL SIGNAL THE DDC CONTROLLER WHICH SHALL GENERATE AN ALARM IN THE EVENT OF FAN/CONTROL FAILURE. revisions co o 0 ® u) ,' �►- • (C2f C(2)— e • • >. • project # 16055 (3 ' ISOLATION 0.0 STATUS DI aMOTORIZED CONTROL DI © STATUS DAMPER ® S/S CONTROL DIAGRAMS - Qco� DAMPER ® S/S WAREWASH MECHANICAL c"),..... `b 00N N N-- 6 EXHAUST FAN CONTROL DIAGRAM (2) WAREWASH HOOD EXHAUST FAN — 7r` NONE NONE rn O M--- M 7OPEN. M N._ „m // )-- SEQUENCE OF OPERATIONS-VAV TERMINAL UNIT WITH REHEAT COIL 1. The cooling minimum CFM shall be zero. SEQUENCE OF OPERATIONS-VAV AIR HANDLER WITH RETURN FAN 2. UNOCCUPIED MODE: rgi" n 1. Variable Volume Air Terminal Unit 2. Space temperature set-points shall be 60F (heating, adjustable) and 85F (cooling, adjustable). 1. OCCUPIED MODE: A. UNIT SHALL BE IN UNOCCUPIED MODE BASED ON THE TIME OF DAY SCHEDULE AS DETERMINED BY OWNER. a. General 3. Night Purge Mode: When the associated air handling unit is operating in the night purge mode, the A. UNIT SHALL BE IN OCCUPIED MODE BASED ON THE TIME OF DAY SCHEDULE AS DETERMINED BY OWNER. B. DURING UNOCCUPIED MODE. UNIT SHALL OPERATE BASED ON NIGHT LOW LIMIT TEMPERATURE. WHEN SELECT i. Pressure Independence: Counteract changes in airflow caused by system pressure changes by space temperature setpoint will be equal to the occupied cycle heating setpoint. No space shall be B. WHEN UNIT RUNS OPEN OUTDOOR AIR DAMPER. ZONE TEMPERATURES DROP BELOW 60 DEGREES F(ADJUSTABLE),OPERATE FAN UNDER NORMAL STATIC 11.monitoring static and velocity pressure at the terminal unit inlet and adjusting the damper position cooled below a temperature at which heating will be required in the occupied cycle. C. DISCHARGE AIR TEMPERATURES SENSOR SHALL SIGNAL CONTROLLER WHICH SHALL IN SEQUENCE MODULATE PRESSURE CONTROL. OPEN HEATING VALVE WIDE OPEN,OPEN RETURN AIR DAMPER, CLOSE OUTDOOR AIR accordingly. 4. Optimal Start Control: When the associated air handling unit is operating in the warm-up or NORMALLY OPEN HEATING WATER CONTROL VALVE AND NORMALLY CLOSED COOLING COIL VALVE TO MAINTAIN DAMPER,TERMINAL UNITS AND THERMOSTATS TO OPERATE NORMALLY,ASSOCIATED EXHAUST FANS ARE OFF. ii. Airflow Measurement: Calibrate controller using manufacturer's data to provide correct reading of cool-down mode, the space temperature set-points will be equal to the occupied cycle set-points. DISCHARGE AIR TEMPERATURE. SUPPLY AIR TEMPERATURE SETPOINT TO BE RESET BASED ON TERMINAL UNIT WHEN SELECT SPACE TEMPERATURE HAS RISEN TO 62 DEGREES F(ADJUSTABLE)SHUT DOWN UNIT. airflow through the terminal unit. Provide auto-recalibration sequence to maintain accuracy. d. Shutdown Mode DEMAND. WHEN 80 PERCENT(ADJUSTABLE)OF TERMINAL UNITS ARE CALLING FOR COOLING,SUPPLY AIR C. UNIT START UP SHALL BE BASED ON OPTIMUM START PROGRAM. DURING WARM-UP RUN UNIT AS DESCRIBED ABOVE b. Occupied Cycle i. The damper shall be open. TEMPERATURE SETPOINT=55 DEGREES F(ADJUSTBLE). WHEN 80 PERCENT(ADJUSTABLE)OF TERMINAL UNITS ARE IN NIGHT SETBACK MODE. WHEN RETURN AIR TEMPERATURE IS 70 DEGREES F FOR AT LEAST 15 MINUTES, INITIATE p y i. Space temperature set-points (adjustable) shall be 75 °F for cooling and 70 °F for heating. ii. The heating coil valve shall be closed. CALLING FOR HEATING, SUPPLY AIR TEMPERATURE SETPOINT=65 DEGREES F(ADJUSTABLE). OCCUPIED MODE. IL _... ii. Modulate the damper to vary the airflow between its cooling maximum (adjustable) and cooling e. Additional Points For Monitoring Only: Monitor the following additional points not required for D. DISCHARGE STATIC PRESSURE SENSOR SHALL SIGNAL CONTROLLER TO MODULATE ADJUSTABLE FREQUENCY 3. SHUTDOWN MODE: minimum (adjustable) to maintain the temperature setpoint (adjustable) at the space temperature control sequences: DRIVE TO MAINTAIN CONSTANT DISCHARGE STATIC PRESSURE AS DETERMINED BY AIR BALANCER. A. UNIT SHALL BE IN SHUTDOWN MODE WHEN THE AIR HANDLING UNIT IS NOT IN OPERATION. sensor. i. Terminal unit discharge air temperature E. SUPPLY FAN DISCHARGE STATIC PRESSURE SETPOINT RESET: THE SUPPLY FAN DISCHARGE STATIC PRESSURE B. SUPPLY AND RETURN FANS ARE OFF. iii. When the airflow has reached its scheduled coolingp minimum CFM and the space temperature f. Alarms/Safeties: SETPOINT SHALL BE RESET TO THE LOWEST POSSIBLE VALUE.WHILE STILL MAINTAINING THE ONE(ADJUSTABLE) C. DAMPERS AND VALVES ARE IN THEIR NORMAL DE-ENERGIZED POSITIONS. remains below setpoint, the heating water valve shall be modulated and the airflow increased to i. Space Temperature Alarm: Generate an alarm in the event the space temperature deviates from MOST OPEN AIR TERMINAL UNIT DAMPER APPROXIMATELY 90%OPEN(ADJUSTABLE). 4. START-UP MODE: the scheduled heating CFM to maintain the required space temperature setpoint. the currently scheduled setpoint by more than the specified amount (adjustable). F. RETURN FAN MOTOR SPEED CONTROL: CONTROL THE RETURN FAN MOTOR SPEED ACCORDING TO THE FOLLOWING A. SLOWLY RAMP UP SUPPLY AND RETURN FAN SPEEDS UNTIL DISCHARGE STATIC IS UNDER CONTROL. iv. Minimum CFM Reset (demand based ventilation): Monitor CO2 sensors located in the outside air ii. Indoor Air Quality: Generate an alarm in the event the indoor CO2 concentration at any CO2 EQUATION: RETURN FAN MOTOR RPM= SUPPLY FAN RPM-OFFSET RPM 5. ALARMS/SAFETIES: and interior locations shown on the Drawings. For spaces with CO2 sensors the minimum CFM sensor exceeds the setpoint by greater than 10/o o (adjustable). F.A. SUPPLY FAN RPM ISA VARIABLE VALUE RECEIVED FROM SUPPLY FAN MOTOR VARIABLE FREQUENCY DRIVE. A. SMOKE DETECTOR LOCATED IN SUPPLY AND RETURN DUCTS SHALL SIGNAL CONTROLLER WHICH SHALL INITIATE I I shall be reset between the scheduled high minimum CFM and the scheduled low minimum CFM 5. Occupancy Sensor Control: If all occupancy sensors in the zone indicate unoccupied condition F.B. OFFSET RPM IS A VARIABLE VALUE EQUAL TO THE OFFSET BETWEEN SUPPLY FAN MOTOR RPM AND RETURN SHUTDOWN MODE OF THE RESPECTIVE AIR HANDLING UNIT AND SHALL GENERATE ALARM. ea I B I FAN MOTOR RPM REQUIRED TO MAINTAIN PROPER BUILDING PRESSURIZATION AS DETERMINED BY B. LOW LIMIT DETECTION THERMOSTAT LOCATED BETWEEN THE HEATING AND COOLING COILS SHALL SIGNAL v ascup requireddto maintain the differential CO2 level set-point (adjustable). for 15 minutes (adjustable)sensorsindicates initiate occupied d c cycle for theu terminalnormal unit. When any one (adjustable) COORDINATION WITH THE AIR BALANCING SUBCONTRACTOR. DETERMINE THE VALUE OF THE OFFSET RPM CONTROLLER WHICH SHALL INITIATE SHUTDOWN MODE UPON SENSING TEMPERATURE BELOW 40 F(ADJUSTABLE) I c. Unoccupied Cycle occupancy occupied condition, resume operation. i. The Unoccupied Cycle shall be identical to the Occupied Cycle, with the following exceptions: REQUIRED TO SATISFY THE FOLLOWING EQUATION AT SUPPLY FANS SPEEDS OF 25%,50%,75%AND 100%OF AND SHALL GENERATE ALARM. DESIGN CFM: RETURN AIR CFM=SUPPLY AIR CFM-BUILDING PRESSURIZATION CFM. C. DIFFERENTIAL PRESSURE SWITCH LOCATED ACROSS EACH FILTER BANK SHALL SIGNAL CONTROLLER WHICH SHALL G. OUTDOOR AIR, RETURN AIR.AND MIXED AIR TEMPERATURE SENSORS SHALL SIGNAL CONTROLLER. GENERATE ALARM WHEN STATIC PRESSURE DROP EXCEEDS 1.00-INCHES WG(ADJUSTABLE). Dull Olson Weekes - IBI Group ( ) REHEAT COIL VALVE H. MINIMUM OUTSIDE AIR CONTROL: ADJUST THE MINIMUM OUTSIDE AIR DAMPER POSITION ACCORDING TO SUPPLY D. VARIABLE FREQUENCY DRIVES SHALL SIGNAL CONTROLLER IN EVENT OF DRIVE/CONTROL FAILURE AND SHALL Architects, Inc. 2-WAY OR FAN SPEED, BASED ON A SOFTWARE CURVE. COORDINATE WITH THE AIR BALANCING SUBCONTRACTOR TO GENERATE ALARM. 3-WAY VALVE - ESTABLISH THE SOFTWARE CURVE BY MEASURING OUTSIDE AIRFLOW AND RELATED DAMPER POSITION WITH THE E. PROVIDE INTERLOCK BETWEEN VARIABLE FREQUENCY DRIVES AND DISCONNECT SO THAT WHEN DISCONNECT IS 907 SW Stark Street Portland OR 97205 OPEN CLOSED AIR HANDLING UNIT OPERATING AT 25%. 50%.75%AND 100%OF DESIGN AIRFLOW. OPEN DRIVE IS DISABLED AND WHEN DISCONNECT IS CLOSED DRIVE IS ENABLED. USA tel 503 226 6950 fax 503 273 9192 - I. DEMAND CONTROL VENTILATION: WHEN THE AIR TERMINAL UNITS HAVE FULLY RESET THEIR MINIMUM CFM www.dowa-ibigroup.com LOW VOLTAGE POWER SETPOINTS(SEE AIR TERMINAL UNITS SEQUENCE BELOW). RESET THE MINIMUM OUTSIDE AIR CFM SETPOINT www.ibigroup.com f - - - - BY DIV. 23 (ADJUSTABLE) BETWEEN ITS MINIMUM AND MAXIMUM LIMITS(ADJUSTABLE)TO MAINTAIN THE CO2 DIFFERENTIAL AS - MEASURED BY CO2 SENSORS LOCATED IN THE OUTSIDE AIR,AND AT INTERIOR LOCATIONS SHOWN ON THE COMMUNICATION DRAWINGS. THE CO2 DIFFERENTIAL SETPOINT SHALL BE EQUAL TO A VALUE 500 PPM(ADJUSTABLE)GREATER THAN LINK BY DIV. 23 THE CO2 LEVEL IN THE OUTSIDE AIR. ii "MAX" CFM - J. HEATING WATER COIL PUMP CONTROL: OPERATE THE PUMP WHENEVER THE CONTROL VALVE AT THE HEATING :::: PA E pae-engineers.com HOT WATER I AIR FLOW METER WATER COIL IS COMMANDED TO OPEN AND WHENEVER OUTDOOR AIR TEMPERATURE IS BELOW 40 DEGREES F 40 /NI (ADJUSTABLE). Vo ____ I. CONTROLLER SHALL RECEIVE RPM SIGNAL FROM VARIABLE FREQUENCY DRIVES. pOF- ❑• J. NORMALLY CLOSED RELIEF DAMPER TO OPEN TO MINIMUM POSITION AS DETERMINED BY AIR BALANCER. ` PR 00 X I CONTROL "HEATING" CFM b18 .2• '- v' �_st. "MIN" CFM - ` PRIMARY AIRFLOW ��q s P. CO��`� GO SPACE HIGH CO2 CONCENTRATION 4g) • SPACE - \\ 'I I MIRES 12-31-19 I PRIMARY AIRFLOW `\ I LOW CO2 CONCENTRATION VAV-303 AND VAV-304 WILL HAVE A 2-WAY CONTROL VALVE ARRANGEMENT. "LOW MIN" CFM - REFER TO DETAIL 1/M5.01. 7ZONETEMPERATURE SETPOINT �� OSA ` HEATING WATER GO HWR OSA HEATING �v: '• RECIRCULATION ; HWS I PUMP DI s/s FLOW �=i(�SI - TEMPERATURE DEADBAND 0 Al 0 DI FREEZE QAI AI OUTDOOR AIR DAMPER © FLOW 0 T T l ! SP SP (HARD WIRED) ■ :, - I I VAV TERMINAL UNIT WITH REHEAT CONTROL DIAGRAM0p- _r I- FILTER SUPPLY FAN NONE I- II- - DI - }, :C - DP U_ RELIEF DAMPER i '• ) 4k I _�_ SEQUENCE OF OPERATIONS-KILN EXHAUST FAN O 1. KILN EXHAUST FAN SHALL OPERATE BASED ON THE FOLLOWING INPUTS: I / 1.1. WALL SWITCH LOCATED NEXT TO KILN I ia. 0 1.2. KILN ROOM TEMPERATURE SENSOR EXCEEDS 78 DEGREES F(ADJUSTABLE) 1 s Ise 1.3. KILN IS IN OPERATION, BASED ON INPUT TO THE DDC SYSTEM FROM THE CURRENT SENSOR ON THE KILN INPUT POWER. Al 7 SMK DILi . _... O 1.4. WHEN FAN IS REQUIRED TO RUN,SIGNAL FROM DDC CONTROLLER TO ENABLE FAN MOTOR AND ACTUATE RETURN FAN RETURN AIR j 1 - (BY DIV.28) DX COOLING COIL 0 Immo CLOSED MOTORIZED DAMPER TO OPEN. DAMPER TO CLOSE WHEN FAN MOTOR IS DISABLED. DAMPER HEATING COILS O CV CV 2. A CURRENT TRANSFORMER LOCATED IN THE FAN POWER CIRCUIT SHALL SIGNAL THE DDC CONTROLLER,WHICH SHALL GENERATE AN ALARM IN THE EVENT OF FAN/CONTRL FAILURE. FINAL FILTERS O ti C.) 0 STATUSHOAFAIL S/S SPEED ' STATUS FAIL S/S SPEED ® AI 9 ?0 ? 6 AMPS �O SPACE DI I AMPS LOCATED 2/3 DOWN },_ "0) SPACE f1 VFD MAIN SUPPLY DUCT AT VFD ®® AN ACCESSIBLE LOCATION mC) -CZ t• t RETURN FAN REFER TO SUPPLY FAN cu DETAILS 1/M7.02 AND 2/M7.02 •- = Q O SEQUENCE OF OPERATIONS-SELF-CONTAINED A/C UNIT NOTES: M I , O o 1. THE UNIT WILL BE CONTROLLED BY A STAND-ALONE MICROPROCESSOR-BASED CONTROL UNIT. THE CONTROL UNIT O O7 d' SHALL BE SUPPLIED WITH THE UNIT. CO UNITS ARE PROVIDED WITH TERMINAL STRIP FOR CONNECTION BY DDC PER SPECIFICATION �MIMI -0 a' N- O ® 2. PROVIDE TEMPERATURE SENSOR IN THE ROOM TO PROVIDE INPUT TO THE DDC SYSTEM. PROVIDE AN ALARM TO THE SECTION 23 81 00 ■ MIIM DDC SYSTEM IF THE SPACE TEMPERATURE EXCEEDS 78 DEGREES F(ADJUSTABLE). O CO CO 0 RTU VAV AHU WITH RETURN FAN CONTROL DIAGRAM _�_ coLO LO Ct$ A o O ON0 ONE STAND ALONE • UNIT CONTROLLER• i r.---j TO DDC MOTORIZED CONTROL � I ft... ) I DAMPER ®O SPACE bT I BTU METER I DI © STATUS ,, 0SIS WALL SWITCHj I J ® � ion DI 0 _ 4 O METER -HWR I FROM BUILDING C 0 SPACE 1 L ---. C ,_ SEQUENCE OF OPERATIONS BOILERS 1 KILN POWER SUPPLY NC UNIT 1. THE BOILERS SHALL BE CONTROLLED BY PACKAGED UNIT CONTROLS AND BOILER MANAGEMENT SYSTEM(BMS) CONTROL PANEL. COORDINATE WITH BOILER MANUFACTURER REPRESENTATIVE TO SET UP REQUIRED SEQUENCES OF FAIL S/S SPEED D KILN EXHAUST FAN CONTROL DIAGRAM COOLING UNIT CONTROL DIAGRAM OPERATION. A- HOA 4 CD NONE 2. THE DDC CONTROLLER SHALL ENABLE OPERATION OF EACH BOILER. UNDER NORMAL OPERATION ALL BOILERS SHALL _ _____ BOILER ST;TUS DI ? -7 Q ?AMPS NONE BE ENABLED. 3. THE BOILERS SHALL SIGNAL THE DDC SYSTEM IN THE EVENT OF FAILURE. AS ALARM SHALL BE GENERATED. VFD 4, BOILER OPERATION SHALL START WHEN THE OUTSIDE AIR TEMPERATURE DROPS BELOW 65 DEGREES F(ADJUSTABLE) SUPPLY PUMP (TYP.2 PUMPS) AND A TERMINAL UNIT CALLS FOR HEAT(ADJUSTABLE). key plan 5. HWS TEMPERATURE SENSOR SHALL SIGNAL THE DDC CONTROLLER. I A 1 J 6. HWR TEMPERATURE SENSOR SHALL SIGNAL THE DDC CONTROLLER. �_ Conformed Set 7. BOILERS SHALL NOT OPERATE WHEN BOTH HEATING WATER PUMPS ARE NOT OPERATING. ___ phase �. 8. THE WATER FLOW METER SHALL SIGNAL THE DDC CONTROLLER AND SHALL BE USE FOR BTUH CALCULATIONS. L-- BOILER -4..-- _-A41°.-.._ �- a z T I W0 SEQUENCE OF OPERATIONS-HEATING WATER PUMPS I 1, PUMP OPERATION MUST BE PROVEN PRIOR TO BOILER OPERATION. Hws TO BUILDING date April 26, 2019 2. THE LEAD PUMP SHALL RUN CONTINUOUSLY WHEN THE OUTSIDE AIR TEMPERATURE DROPS BELOW 65 DEGREES F W (ADJUSTABLE). -Al' revisions 3. THE VARIABLE FREQUENCY DRIVES AND SHALL SIGNAL THE DDC CONTROLLER. DDC CONTROLLER SHALL GENERATE AN M SEQUENCE OF OPERATIONS-ELEVATOR SUMP PUMP ALARM IN THE EVENT OF PUMP/CONTROLLER FAILURE. _____ BOILER _y 3 1. ALARMS AND SAFETIES 4. A DIFFERENTIAL WATER PRESSURE SENSOR LOCATED IN THE BUILDING SHALL SIGNAL DDC CONTROLLER WHICH SHALL l N- A. PUMP FAILURE ALARM:GENERATE AN ALARM UPON FAILURE OF THE SUMP PUMP AS DETERMINED BY VARY SPEED OF LEAD PUMP TO MAINTAIN SETPOINT. 1-111"-- A DRY CONTACT IN THE PUMP CONTROLS. 5. UPON FAILURE OF LEAD PUMP.THE STANDBY PUMP SHALL BE STARTED. OPERATING TIME SHALL BE DIVIDED BETWEEN CIRCULATION PUMPS 0 o SEQUENCE OF OPERATIONS-DOMESTIC HOT WATER CIRCULATING PUMP. THE PUMPS. AIR SEPARATOR o 1. THE PUMP SHALL BE ENABLED DURING BUILDING OCCUPIED PERIODS. 6. THE BUILDING DIFFERENTIAL WATER PRESSURE SETPOINT SHALL BE SET TO THE LOWEST LEVEL THAT PERMITS DESIGN DI 2. PUMP SHALL OPERATE TO MAINTAIN AQUASTAT SETPOINT OF 110 DEGREES F(ADJUSTABLE). HEATING WATER FLOW THROUGH THE HYDRAULICALLY MOST REMOTE HEATING COIL AS DETERMINED BY THE DATA LINKTO BOILERS BALANCER. 3. DDC CONTROLLER SHALL GENERATE AN ALARM IN THE EVENT OF PUMP FAILURE FOR S/S STATUS g BOILER EMERGENCY 70 SAFTIES,RESETS SHUT OFF SWITCH(TYP.2) -ctl DI s/s project # 16055 i_ DI © STATUS CONTROLLER I0O STATUS ef-) IPANEL CONTROL DIAGRAMS - � ® SIS BY DIV. 1E ALARM MECHANICAL 23 ' ® DI AI RESET co -M GO AQUASTAT �� C.7 S/S STATUS/CT CNN- M7 . 02 I. DOMESTIC HOT WATER CIRCULATION PUMP CONTROL DIAGRAM ELEVATOR SUMP PUMP CONTROL DIAGRAM(...,„ SYSTEM CONTROL DIA 0GRAM 0 \ 6 NONE NONE 2 NONE M 7 • 0 2 N M M \ , N - 1-•0:1