ACC CONSULTING GROUP,INC. NEGATIVE PRESSURE RETURN …

MX Xc-O elbow turn up

0 ELBOW TURN DOWN

1

:HWS-------- CHILLED WATER SUPPLY PIPING

:HWR------- CHILLED WATER RETURN PIPING

124712"W-------- HOT WATER RETURN PIPING

*^W//////A^ RECTANGULAR OR OVAL DUCT WITH INTERNAL LINING

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GENERAL NOTES1. THE MECHANICAL CONTRACTOR IS TO COORDINATE WITH THE GENERAL CONTRACTOR AND OTHER TRADES REQUIRED OPENINGS IN WALLS,

FOUNDATIONS, FLOORS, AND ROOFS.2. OUTSIDE AIR INLETS TO BE LOCATED A MINIMUM OF 10 FT FROM ANY EXHAUST AIR OUTLET OR PLUMBING VENT STACK. COORDINATE WITH THE

PLUMBING AND THE GENERAL CONTRACTORS IN THE FIELD. OUTSIDE AIR INTAKES FOR BUILDING VENTILATION WILL BE LOCATED A MINIMUM OF10 FT ABOVE GRADE.

3. THE MECHANICAL CONTRACTOR TO VERIFY MECHANICAL EQUIPMENT LOCATIONS AND BE RESPONSIBLE FOR ALL RELATED CLEARANCES IN THEFIELD. PROVIDE ADEQUATE MAINTENANCE CLEARANCE AROUND EACH PIECE OF EQUIPMENT PER THE MANUFACTURER'S RECOMMENDATIONS.PROVIDE CLEARANCE IN FRONT OF ELECTRICAL PANELS AND OTHER ELECTRICAL EQUIPMENT PER THE NATIONAL ELECTRICAL CODEREQUIREMENTS. COORDINATE WITH THE ELECTRICAL AND GENERAL CONTRACTORS IN THE FIELD.

4. AIR TERMINAL UNITS TO BE INSTALLED NO MORE THAN 2'-6" ABOVE SUSPENDED CEILINGS. AVOID INSTALLATION OF AIR TERMINAL UNITS ABOVELIGHTS AND MAINTAIN ACCESS TO AND CLEARANCE AROUND AIR TERMINAL UNITS AS REQUIRED FOR MAINTENANCE OF UNIT AND CONTROLS. IFAN AIR TERMINAL UNIT MUST BE INSTALLED ABOVE A LIGHT, MAINTAIN MINIMUM 6" CLEAR BETWEEN BOTTOM OF UNIT AND TOP OF LIGHT.

5. PROVIDE WATER PROOF SEALING OF PIPE AND DUCT PENETRATIONS OF EXTERIOR WALLS, FLOORS, AND/OR ROOF.6. ALL DUCTWORK AND PIPING PENETRATING THROUGH RATED WALLS TO BE FIRE STOPPED.7. THE PIPING SYSTEM IS TO BE FLUSHED UNTIL CLEAN BEFORE EQUIPMENT CONNECTION.8. PIPING SHOWN ON THIS DRAWING IS DIAGRAMMATIC. ARRANGE IN A NEAT AND ORDERLY MANNER.9. THE CONTRACTOR IS TO COORDINATE FLOOR DRAIN LOCATIONS IN MECHANICAL ROOMS WITH ANY EQUIPMENT LOCATED IN THE MECHANICAL

ROOM.10. PENETRATIONS THROUGH FIRE RATED FLOORS AND WALLS ARE TO BE FIRE SEALED SO AS TO MAINTAIN FLOOR OR WALL INTEGRITY IN THE

EVENT OF A FIRE.11. VERIFY COLLAR SIZES ON ALL EQUIPMENT INLETS AND OUTLETS. TRANSITION DUCTWORK AS NECESSARY. EXTERNALLY INSULATE ALL

TRANSITIONS AT EQUIPMENT CONNECTIONS.12. INSTALL EQUIPMENT AND DUCTWORK TO MANUFACTURERS RECOMMENDED CLEARANCES.13. PENETRATIONS OF FIREWALLS, CEILINGS, FLOORS, ETC. FOR PIPING TO BE UL LISTED FIRESTOPS AND WILL BE INSTALLED AS PER

MANUFACTURER'S RECOMMENDATION. CONTRACTOR TO OBTAIN MANUFACTURER SHOP DRAWINGS AT JOBSITE FOR PENETRATIONS.14. PROVIDE FLEXIBLE DUCT, PIPE CONNECTIONS, AND VIBRATION ISOLATORS FOR INTERNALLY ISOLATED UNITS.15. DO NOT MOUNT DISCONNECT SWITCHES ON HVAC EQUIPMENT EXCEPT AS RECOMMENDED BY MANUFACTURER.16. ALL ROUND FLEXIBLE DUCT TO BE FACTORY PRE-INSULATED. MAXIMUM LENGTH OF ANY FLEXIBLE DUCT RUNOUT TO BE 6'. WHERE LENGTH

REQUIRED EXCEEDS 6', INSTALL EXTERNALLY INSULATED ROUND SNAPLOCK DUCT FOR BALANCE OF DISTANCE TO SPIN-IN TAP AT MAIN DUCTTRUNK.

17. SUPPLY AIR MEDIUM PRESSURE DUCTWORK UPSTREAM OF AIR TERMINAL TO BE SINGLE WALLED ROUND OR FLAT OVAL; SMACNA STATICPRESSURE CLASS 3" W.G., SEAL CLASS A, EXTERNALLY INSULATED, DUCT SIZES INDICATED ARE INSIDE CLEAR DIMENSIONS. PROVIDE FIRST 25FT WITH PERFORATED INNER LINER FOR SOUND ATTENUATION.

18. SUPPLY AIR DUCTWORK DOWNSTREAM OF AIR TERMINAL UNITS (EXCEPT TAKEOFFS TO SUPPLY AIR DIFFUSERS) TO BE SINGLE WALLEDRECTANGULAR, SMACNA STATIC PRESSURE CLASS 2" W.G., SEAL CLASS A, EXTERNALLY INSULATED WITH 2" THICK FIBERGLASS DUCT WRAP.DUCT SIZES INDICATED ARE INSIDE CLEAR DIMENSIONS.

19. RETURN AIR DUCTWORK TO BE SINGLE WALL RECTANGULAR OR ROUND DUCT AND INSULATED FLEX DUCT, SMACNA STATIC PRESSURE CLASS2" W.G., SEAL CLASS A, EXTERNALLY INSULATED WITH 2" THICK FIBERGLASS WRAP. DUCT SIZES INDICATED ARE INSIDE CLEAR DIMENSIONS.PROVIDE FIRST 25 FT WITH PERFORATED INNER LINER FOR SOUND ATTENUATION.

20. OUTSIDE AIR INTAKE DUCTWORK TO BE SINGLE WALL RECTANGULAR, SMACNA STATIC PRESSURE CLASS 2" W.G., SEAL CLASS A, EXTERNALLYINSULATED WITH 2" THICK FIBERGLASS WRAP. DUCT SIZES INDICATED ARE INSIDE CLEAR DIMENSIONS.

21. EXHAUST AIR INTAKE DUCTWORK TO BE SINGLE WALL RECTANGULAR, SMACNA STATIC PRESSURE CLASS 2" W.G., SEAL CLASS A, EXTERNALLYINSULATED WITH 2" THICK FIBERGLASS WRAP. DUCT SIZES INDICATED ARE INSIDE CLEAR DIMENSIONS.

22. PROVIDE 2" THICK RIGID INSULATION FOR EXPOSED LOW PRESSURE RECTANGULAR SUPPLY, RETURN, EXHAUST AND OUTSIDE AIR DUCTWORKAT THE MECHANICAL ROOM.

23. AVOID ROUTING DUCTWORK OVER LIGHTS WHEREVER POSSIBLE. MAINTAIN MINIMUM 6" CLEARANCE BETWEEN DUCT INSULATION TO TOP OFLIGHTS.

24. WORK WILL COMPLY WITH THE FOLLOWING AGENCIES- 2012 INTERNATIONAL BUILDING CODE- 2012 INTERNATIONAL MECHANICAL CODE- NATIONAL FIRE PROTECTION ASSOCIATION (NFPA)- AMERICAN SOCIETY OF HEATING AND REFRIGERATION ENGINEERS (ASHRAE)- UFC 1-200-01 DESIGN: GENERAL BUILDING REQUIREMENTS, WITH CHANGE 3 (08-01-2013)- UFC 1-200-02 HIGH PERFORMANCE AND SUSTAINABLE BUILDING REQUIREMENTS, WITH CHANGE 3 (03-01-2013)- UFC 3-410-01 HEATING, VENTILATING, AND AIR CONDITIONING SYSTEMS, WITH CHANGE 2 (01-01-2013)- UFC 4-010-01 DOD MINIMUM ANTITERRORISM STANDARD FOR BUILDINGS, WITH CHANGE 1 (10-01-2013)

25. SEE FIRE PROTECTION DRAWINGS FOR DUCT SMOKE DETECTORS AND OTHER EQUIPMENT RELATED TO THE BUILDING FIRE ALARM SYSTEM.26. THE MECHANICAL CONTRACTOR SHALL MAKE ANY OFFSETS, TRANSITIONS, AND OTHER MINOR ADJUSTMENTS AS REQUIRED FOR A COMPLETE

AND WORKING SYSTEM INSTALLATION. COORDINATE ALL DUCTWORK WITH SHOP DRAWINGS. ROUTE DUCTWORK AS REQUIRED TO AVOIDCONFLICTS.

27. PROVIDE 72 HOUR BUILDING FLUSH-OUT PER LEED IEQC 3.2 REQUIREMENTS.

EQUIPMENT TAG

SHEET NOTE

COMBINATION THERMOSTAT/HUMIDISTAT MOUNTED ATTHE SAME LEVEL WITH LIGHT SWITCH. ('1' INDICATESAHU OR ATU CONTROLLED)

CO2 "CARBON DIOXIDE" SENSORMOUNTED AT THE SAME LEVEL WITH LIGHT SWITCH

SMOKE DETECTOR(PROVIDED BY DIVISION 26, INSTALLED BY DIVISION 23AND WIRED BY DIVISION 26).

UNDER CUT DOOR 3/4"

EMERGENCY SHUTOFF SWITCH. SEE CONTROLSDRAWINGS.

T

S

1

P/T

CHWS

HWR

HWS

CHWR

B

B

CHILLED WATER SUPPLY PIPING

CHILLED WATER RETURN PIPING

HOT WATER SUPPLY PIPING

HOT WATER RETURN PIPING

NEW UNDERGROUND PIPING

GATE VALVE

BALL VALVE

BUTTERFLY VALVE

AUTOMATIC ISOLATION VALVE

SWING CHECK VALVE

SPRING CHECK VALVE

PRESSURE REDUCING VALVE

PRESSURE RELIEF VALVE. PIPEFULL SIZE DISCHARGE TO FLOOR DRAIN.

TRIPLE DUTY VALVE

AUTOMATIC FLOW CONTROL VALVE

2-WAY CONTROL VALVE

3-WAY CONTROL VALVE

COMBINATION VENTURI AND BALL VALVE WITHMEMORY STOP FOR FLOW BALANCING ANDSHUT OFF SERVICE

MULTI-TURN BALANCING VALVE

UNION

GLOBE VALVE

THERMAL EXPANSION VALVE

ANGLE VALVE

SOLENOID VALVE

BACKPRESSURE RELIEF OR SAFETY VALVE

BACKPRESSURE REGULATOR (SELF-CONTAINED)

BACKPRESSURE REGULATOR (EXTERNALPRESSURE)

FLEXIBLE PIPE CONNECTOR

COMBINATION PRESSURE AND TEMPERATURETEST PLUG WITH EXTENDED NECK AND CAP

STRAINER WITH BLOW DOWN GATE VALVE FULLSIZE OF STRAINER AND 3/4" HOSE ENDCONNECTION WITH CAP

MANUAL AIR VENT WITH 1/2" BALL VALVE. ROUTE1/2" SOFT COPPER TUBING FROM DISCHARGE TOFLOOR DRAIN UNLESS OTHERWISE NOTED.

HVAC EQUIPMENT WITH CLEARANCE

LEGENDPOSITIVE PRESSURE SUPPLY DUCT TURNING UP

NEGATIVE PRESSURE RETURN OR EXHAUST DUCTTURNING UP

POSITIVE PRESSURE SUPPLY DUCT TURNING DOWN

NEGATIVE PRESSURE RETURN OR EXHAUST DUCTTURNING DOWN

FLAT OVAL DUCT SIZE. FIRST SIZE LISTED IS SIDESHOWN IN PLANS. EXTERNALLY INSULATED.

RECTANGULAR DUCT SIZE. FIRST SIZE LISTED IS SIDESHOWN IN PLANS. EXTERNALLY INSULATED.

RECTANGULAR OR OVAL DUCT WITH INTERNAL LINING

OVAL DUCT ELBOW WITH TURNING VANES

RECTANGULAR DUCT ELBOW WITH TURNING VANES

RADIUSED DUCT ELBOW

FLEXIBLE DUCT CONNECTION

MANUAL VOLUME BALANCING DAMPER

TRANSITION

FLEX DUCT TAKE OFF WITH MVD

BRANCH DUCT TAKEOFF WITH MVD

RETURN OR SUPPLY DEVICE WITH MVD DIRECTLYBELOW MAIN TRUNK DUCT

TEE WITH TURNING VANES

MOTORIZED DAMPER

FIRE DAMPER

MANBARS AND DI-ELECTRIC COUPLING.SEE DETAIL 6/M502.

OR

ORTRANSFER GRILLE (TAG)

RETURN REGISTER (RAR)

RETURN GRILLE (RAG)

OR

REGISTER (SWR)SIDEWALL SUPPLY

SUPPLY REGISTER (SAR)

EXHAUST GRILLE (EAG)

EXHAUST REGISTER (EAR)

TRANSFER REGISTER (TAR)OR

CEILING DIFFUSER (CD)

OR

OR

0° DEFLECTION AND 3/4" SPACING SUITABLE FOR SURFACE MOUNTING TO SIDEWALL GYPSUM BOARDCEILINGS OR LAY-IN INSTALLATION IN TILE CEILING. REGISTER DESIGNATION INDICATES GRILLE TO BEPROVIDED WITH OPPOSED BLADE DAMPER. SIZE AS INDICATED. FOR LAY-IN INSTALLATION, PROVIDELAY-IN BORDER FRAME AND PROVIDE FILLER PANEL FOR CEILING TILE LOCATION.

PROVIDE WITH OPPOSED BLADE DAMPER. SIZE AND AIRFLOW AS INDICATED. FOR LAY-ININSTALLATION, PROVIDE LAY-IN BORDER FRAME AND PROVIDE FILLER PANEL FOR CEILING TILELOCATION.

LOUVER WITH BLADE SLOPES OF 45 DEGREES (MIN); ALUMINUM CONSTRUCTION; DRAINABLE AND WINDBLOWN RAIN RESISTANT, MIN. 45% FREE AREA, LOUVER SIZE AS INDICATED (FACE AREA). LOUVERWILL BE ABLE TO WITHSTAND A WIND LOAD AS PER SPECIFICATIONS. PROVIDE SILL FLASHING WITHSLOPED DRAIN PAN AT BASE OF LOUVER AND BIRD SCREENS. COORDINATE COLOR, EXACT MOUNTINGHEIGHT, AND LOCATIONS WITH ARCHITECTURAL DRAWINGS.

CEILING DIFFUSER SUITABLE FOR INSTALLATION IN GYPSUM BOARD CEILINGS OR LAY-ININSTALLATION IN TILE CEILINGS. SIZE AND AIRFLOW AS INDICATED. PROVIDE WITHSQUARE-TO-ROUND NECK TRANSITION AS REQUIRED.

OUTSIDE AIR LOUVER

DIFFUSER/GRILLE LEGEND

(OAL)

C02

AFV

T

OR

PIPINGELBOW TURN UP

ELBOW TURN DOWN

CONNECTION, BOTTOM

CONNECTION, TOP

PIPE SIZE TRANSITION

ABBREVIATIONS@

AAVACCACD AFF

AFMSAHRI

AHUAS

ASHRAE

CD CF

CFMCHW

CHWPCHWRCHWS

CONT.COPCRUCU

DDC DPS

DWGS.

EAEAL

EER EEF

EL ENTERVESP ET

FD FPM

GPM

HOA HP

HPU HWHWPHWRHWS

IPLV

MAX. MIN. MVD

NFPA NO NC

NPLV

OA OAL

O.C.

PRV P/T

RA

SA SD

SEER SF

SMACNA

SPT

T'STAT TT

TSP TYP.

UH

W/ W.G.

ATAUTOMATIC AIR VENTAIR COOLED CHILLERAUTOMATIC CONTROL DAMPERABOVE FINISHED FLOORAIRFLOW MEASURING STATIONAIR-CONDITIONING, HEATING AND REFRIGERATIONINSTITUTEAIR HANDLING UNITAIR SEPARATORAMERICAN SOCIETY OF HEATING, REFRIGERATINGAND AIR CONDITIONING ENGINEERS

CEILING DIFFUSERCHEMICAL FEEDERCUBIC FEET PER MINUTECHILLED WATERCHILLED WATER PUMPCHILLED WATER RETURNCHILLED WATER SUPPLYCONTINUOUSCOEFFICIENT OF PERFORMANCECOMPUTER ROOM UNITCONDENSING UNIT

DIRECT DIGITAL CONTROLDIFFERENTIAL PRESSURE SENSORDRAWINGS

EXHAUST AIREXHAUST AIR LOUVERENERGY EFFICIENCY RATIOEMERGENCY EXHAUST FANELEVATIONENTERINGENERGY RECOVERY VENTILATOREXTERNAL STATIC PRESSUREEXPANSION TANK

FIRE DAMPERFEET PER MINUTE

GALLONS PER MINUTE

HAND-OFF-AUTOHORSEPOWERHEAT PUMP UNITHOT WATERHOT WATER PUMPHOT WATER RETURNHOT WATER SUPPLY

INTEGRATED PART LOAD VALUE

MAXIMUMMINIMUMMANUAL VOLUME DAMPER

NATIONAL FIRE PROTECTION ASSOCIATIONNORMALLY OPENNORMALLY CLOSEDNON-STANDARD PART LOAD VALUE

OUTSIDE AIROUTSIDE AIR LOUVERON CENTER

PRESSURE REDUCING VALVEPRESSURE/TEMPERATURE

RETURN AIR

SUPPLY AIRSMOKE DETECTORSEASONAL ENERGY EFFICIENCY RATIOSUPPLY FANSHEET METAL AND AIR CONDITIONINGCONTRACTORS' NATIONAL ASSOCIATIONSTATIC PRESSURE TRANSMITTER

THERMOSTATTEMPERATURE TRANSMITTERTOTAL STATIC PRESSURETYPICAL

UNIT HEATER

WITHWATER GAUGE

M

F

24"/12"

24"x12"

1 DETAIL

PRV

1

EF1

MB

ES

OR

OREXHAUST AIR LOUVER(EAL)

PLENUM SLOT DIFFUSER(PSD)

PLENUM SLOT ADJUSTABLE DIFFUSER SUITABLE FOR INSTALLATION IN GYPSUM CEILINGS ORSIDEWALL, 10" INLET, 1" SLOTS, QTY. OF 3 SLOTS, 5' OR 2' LONG (SEE PLANS FOR LENGTH), INSULATED.COORDINATE COLOR, AND EXACT MOUNTING LOCATION WITH ARCHITECTURAL DRAWINGS.

CONSULTING GROUP,INC.

WILLIAM JOSEPH JONES P.E.FLORIDA LICENSE NUMBER 58080

901 W. Garden St. Pensacola, FL 32502P: 850-438-0050 F: 850-432-8631

FLORIDA LICENSE NUMBER 05371

MECHANICAL ELECTRICAL STRUCTURALCOMMUNICATIONS INDUSTRIAL

S C H M I D T.

SCG PROJECT: 2015-176

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DESIGN CONDITIONS DESIGN CONDITIONS (ELECT/MECH RM)OUTSIDE INSIDE UNOCCUPIED OUTSIDE INSIDE

DB (DEG. F) WB (DEG. F) DB (DEG. F) RH DB (DEG. F) DB (DEG. F) WB (DEG. F) DB (DEG. F) RH

SUMMER 93 81 78 50% 80 SUMMER 93 81 80 50%

WINTER 30 - 68 - 55 WINTER 30 - 55 -

NOTES: NOTES:

1. INSIDE SUMMER DESIGN TEMPERATURE IS +0/-2 DEG. F. 1. INSIDE SUMMER DESIGN TEMPERATURE IS +0/-2 DEG. F.

2. INSIDE SUMMER DESIGN RELATIVE HUMIDITY IS +/- 10%. 2. INSIDE SUMMER DESIGN RELATIVE HUMIDITY IS +/- 10%.

3. INSIDE WINTER DESIGN TEMPERATURE IS +2/-0 DEG. F. 3. INSIDE WINTER DESIGN TEMPERATURE IS +2/-0 DEG. F.

4. OPERATING SCHEDULE IS 0600-1700 M-F.

DESIGN CONDITIONS (SERVER ROOM)OUTSIDE INSIDE

DB (DEG. F) WB (DEG. F) DB (DEG. F) RH

SUMMER 93 81 75 50%

WINTER 31 - 68 50%NOTES:

1. INSIDE SUMMER DESIGN TEMPERATURE IS +0/-2 DEG. F.

2. INSIDE SUMMER AND WINTER DESIGN RELATIVE HUMIDITY IS +/- 10%.

3. INSIDE WINTER DESIGN TEMPERATURE IS +2/-0 DEG. F.

4. OPERATING SCHEDULE IS 24/7.

AIR COOLED CHILLER SCHEDULE

MARK

NOMINALCHILLER

CAPACITY(TONS)

MIN.CAPACITY

(TONS)CHILLER

TYPEREFRIG.

TYPE LIQUID TYPE MIN. EER MIN. IPLV

EVAPORATOR DATA CONDENSER DATA COMPRESSOR DATA ELECTRICAL DATA

GPM

ENT. WATERTEMP.

LVG. WATERTEMP.

MAX. WATERPD

FOULINGFACTOR

DB AMB.TEMP. DB

DB LOWAMB. TEMP.

DB

CONDENSER FANS

MIN. QTY.

CAPACITY REDUCTION

MCA MOCP VOLTS PHASE HzMIN. QTY FLA COMP. RLAAPPROX. %

RANGE(DEG F) DEG F) (FT. WC) (DEG F) (DEG F)

ACC-1 160 146.2 SCROLL R-410 WATER 9.6 15.6 292 56 44 10 0.00025 95 0 10 4.0 6 290 20-100 376 400 460 3 60

ACC-2 160 146.2 SCROLL R-410 WATER 9.6 15.6 292 56 44 10 0.00025 95 0 10 4.0 6 290 20-100 376 400 460 3 60ACC-3 (BID OPTION 1) 160 146.2 SCROLL R-410 WATER 9.6 15.6 292 56 44 10 0.00025 95 0 10 4.0 6 290 20-100 376 400 460 3 60

NOTES:

1. EER - ENERGY EFFICIENCY RATIO. POWER INPUTS SHALL INCLUDE ALL COMPRESSORS, CONDENSER FANS, AND CONTROL POWER AT FULL LOAD CONDITIONS.

2. IPLV - INTEGRATED PART LOAD VALUE OF EER'S AT AHRI CONDITIONS.

3. PROVIDE CHILLER WITH LOW AMBIENT CONTROLS AND FLANGE KIT.

4. PROVIDE FACTORY MOUNTED DISCONNECT SWITCH.

5. PROVIDE COMPLETE COAT - FACTORY DIP AND BAKE COATING FOR CONDENSER COIL.

6. PROVIDE VANDAL-PROOF LOUVERS AROUND BOTTOM OF CHILLER PERIMETER OPENING TO PROTECT PIPING, INSULATION, ETC.

7. PROVIDE WITH SINGLE POINT POWER CONNECTION WITH CONVENIENCE OUTLET.

8. PROVIDE LOW SOUND PACKAGE; LOW NOISE FANS, COMPRESSOR SOUND ATTENUATION PACKAGE

9. PROVIDE EVAPORATOR WITH HEAT TRACE FREEZE PROTECTION. COORDINATE POWER REQUIREMENTS WITH ELECTRICAL.

10. PROVIDE FACTORY WEATHERPROOF CONTROL PANEL WITH MICROPROCESSOR BASED OPERATING AND SAFETY CONTROLS, STARTERS AND CONTROL VOLTAGE TRANSFORMER.

11. PROVIDE CONNECTION AND COMMUNICATION BETWEEN CHILLER PANEL AND THE NEW BUILDING DDC SYSTEM.12. BASIS OF DESIGN IS QUANTECH JCI.

CONDENSING BOILER SCHEDULE

MARK

NOMINALBOILER

CAPACITY(MBH)

BOILER RATINGS ENTERING LEAVING MAXIMUM

ELECTRICAL DATA

MIN,. MIN. MIN. DESIGN FIRING FLOW WATER WATER PRESSURE

INPUT OUTPUT EFF. PRESSURE RATE RATE TEMP. TEMP. DROP(MBH) (MBH) (%) (PSIG) (CFH) (GPM) (DEG. F) (DEG. F) (FT. H2O) VOLTS PHASE Hz

B-1 1,500 1,192 1,096 92% 125 1,192 73 100 130 5 115 1 60

NOTES:

1. PROVIDE NATURAL GAS CONDENSING BOILER

2. MINIMUM EFFICIENCY TO BE THE STEADY STATE THERMAL EFFICIENCY AT HIGH FIRE RATE.3. NATURAL GAS TRAIN TO BE CSD-1 BY BOILER MANUFACTURER.

4. INTERLOCK BOILER WITH CONSTANT PRIMARY BOILER PUMP (BP) PER BOILER MFR CONTROLS.

5. COORDINATE POWER REQUIREMENTS WITH ELECTRICAL.

6. PROVIDE GAS REGULATOR FOR EACH BOILER.

7. PROVIDE WITH OUTSIDE AIR RESET CONTROL BY BOILER MFR.

8. PROVIDE WITH MODULATION TEMPERATURE CONTROL; MIN. 5:1 TURNDOWN.

9. BASIS OF DESIGN IS RAYPAK.

PUMP SCHEDULE

MARK SERVICETYPE

(NOTE 1)

PERFORMANCE DATA ELECTRICAL DATA

ESTIMATEDCAPACITY - GPM

ESTIMATED PUMPHEAD (FT. W.C.) MIN. EFF. (%) MAX. SPEED (RPM)

APPROXPUMP HP VOLTS PHASE Hz

CHWP-1 CHILLED WATER CS 585 60 70 1,760 15 460 3 60CHWP-2 (BID OPTION 4) CHILLED WATER CS 585 60 70 1,760 15 460 3 60

HWP-1 HOT WATER CS 73 45 50 1,760 2 460 3 60HWP-2 (BID OPTION 4) HOT WATER CS 73 45 50 1,760 2 460 3 60

BP-1 B-1 IL NOTE 2 NOTE 2 50 1,760 1/2 115 1 60

PUMP NOTES:

1. CS - BASE MOUNTED END SUCTION CLOSE COUPLED; IL - PACKAGE PUMP INTEGRAL WITH BOILER

2. COORDINATE FLOW REQUIREMENTS WITH BOILER MFR.

3. PROVIDE CHWP WITH VFD - VARIABLE FREQUENCY DRIVE FOR VARIABLE PRIMARY CHILLED WATER PUMPING CONFIGURATION

4. PROVIDE HWP WITH VFD FOR SOFT START AND FLOW BALANCING PURPOSES.


6. BASIS OF DESIGN IS TACO.

AIR SEPARATOR SCHEDULE EXPANSION TANK SCHEDULE

MARK SERVICEFLOW RATE

(GPM)

MAX. PRESS.DROP (FT.

W.C.)

MAX.WORKING

PRESS. (PSI)MIN. INLETSIZE (IN.)

MIN. OUTLETSIZE (IN.) MARK

VOLUME (GAL.)

CHARGEPRESS. (PSI) SERVICETANK MIN.

MIN.ACCEPTANCE

VOL.

AS-1 CHW 585 5 125 6 6 ET-1 31 31 25 CHW

AS-2 HW 73 5 125 3 3 ET-2 31 31 25 HW

NOTES NOTES:

1. INLINE TANGENTIAL WITH STRAINER TYPE. 1. FULL BLADDER-TYPE EXPANSION TANK.

2. BASIS OF DESIGN IS TACO. 2. RATED PRESSURE 125 PSI.

3. BASIS OF DESIGN IS TACO.






S C H M I D T.


1

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SHEETIDENTIFICATION


U.S

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OF

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AIR HANDLING UNIT SCHEDULE

MARK

FAN DATA CHILLED WATER COIL DATA

AIR VOLUMECONTROL

MAX.AIRFLOW

(CFM)

MIN.AIRFLOW

(CFM)

MAX.HEATINGAIRFLOW

(CFM)

MAX. OAAIRFLOW

(CFM)E.S.P. (IN.

W.G.)T.S.P. (IN.

W.G.)

ELECTRICAL DATA

MAX. FACEVEL. (FPM)

MIN. TOTALCAP. (MBH)

MIN. SENS.CAP. (MBH)

MIN. LATENTCAP. (MBH)

AIR SIDE WATER SIDE

SERVINGQTY OF

FANFAN HP(EACH)

TOTALFAN HP VOLTS/PH/HZ

ENT. AIRTEMP. DB(DEG. F)

ENT. AIRTEMP. WB(DEG. F)

LVG. AIRTEMP. DB(DEG. F)

LVG. AIRTEMP. WB(DEG. F)

ENT. WATERTEMP. (DEG.

F)

LVG. WATERTEMP. (DEG.

F) GPMCONTROL

VALVE TYPE

MAX. WATERPRESS.

DROP (FT.W.C.)

AHU-1 1ST FL VAV 30,070 10,045 17,495 3,350 3.5 6.15 6 7.5 45 460/3/60 500 746.4 683.2 63.2 71.8 60.0 50.9 50.8 44 56 124.4 3-WAY 15

AHU-2 2ND FL VAV 34,210 11,450 18,610 3,650 3.5 6.19 8 7.5 60 460/3/60 500 854.1 777.4 76.7 71.8 60.0 50.9 50.8 44 56 142.4 2-WAY 15

NOTES:

1. MANUFACTURER SHALL ALLOW A MINIMUM OF 0.5" EXTRA STATIC FOR DIRTY INITIAL FILTERS. EXTERNAL STATIC DOES NOT INCLUDE PRESSURE DROP THROUGH CASING, COILS, INITIAL FILTERS, AND FILTER HOUSINGS. 10. PROVIDE UNIT WITH UVC (ULTRA VIOLET C-BAND) DISINFECTION SYSTEM ON DISCHARGE SIDE OF CHILLED WATER COIL.

2. PROVIDE EXTENDED LUBE LINES TO OUTSIDE OF UNIT CASING ON THE SIDE WHICH IS ACCESSIBLE FOR SERVICING ON ALL UNITS. 11. PROVIDE UNIT WITH VFD - VARIABLE SPEED DRIVE. SEE MECHANICAL SPECIFICATIONS FOR VFD REQUIREMENTS.

3. INSTALL UNIT IN STRICT ACCORDANCE WITH THE MFR'S PRINTED INSTRUCTIONS AND APPLICABLE CODES AND STANDARDS. 12. PROVIDE UNIT WITH PLEATED MERV 8 PRE FILTER AND MERV 13 FINAL FILTER. MAXIMUM FILTER VELOCITY EQUAL TO 350 FPM.

4. ADJUST LOCATION OF UNITS IN MECHANICAL ROOMS AS REQUIRED FOR SERVICE AS RECOMMENDED BY MANUFACTURER. COORDINATE ACCESS DOOR LOCATION FOR UNIT ACCESS. 13. VAV - VARIABLE AIR VOLUME. PROVIDE WITH MULTI FAN ARRAY SYSTEMS. FANS SHALL BE DIRECT DRIVE.

5. NEW UNITS SHALL BE REQUIRED TO BE DISASSEMBLED AND REASSEMBLED IN THE MECHANICAL ROOM. SEE FLP. 14. COORDINATE POWER REQUIREMENTS WITH ELECTRICAL.

6. PIPE ALL CONDENSATE FROM UNITS TO DRAIN WITH TRAP. PROVIDE PADS AND BASE RAILS OF SUFFICIENT HEIGHT TO ENABLE CORRECT TRAP DEPTH. MIN. 9" BASE RAILS. 15. PROVIDE AHU WITH PLENUM SUPPLY DISCHARGE AND RETURN SECTION. REFER TO MECHANICAL SECTIONS.

7. INTERLOCK AHU'S TO ENABLE FAN SHUTDOWN UPON AN INDICATION OF ALARM CONDITION BY THE BLDG. FIRE ALARM SYSTEM. 16. PROVIDE DIRECT DRIVE FANS/MOTOR COMBINATION.

8. CONTROL VALVE Cv TO BE CALCULATED AT THE SCHEDULED WATER FLOW WITH A VALVE AUTHORITY OF 0.5 BY CONTROLS SUB-CONTRACTOR. 17. BASIS OF DESIGN IS TEMTROL

9. PROVIDE UNIT WITH VIEWING WINDOWS USE SPECIALLY DESIGNED GLASS THAT BLOCKS UV LIGHTS

OUTSIDE AIR HANDLING UNIT WITH ENERGY RECOVERY WHEEL SCHEDULE

MARK

FAN DATA ENERGY WHEEL - SUMMER CONDITION CHILLED WATER COIL DATA

TYPE

OUTSIDEAIRFLOW TSP ESP

EXHAUSTAIRFLOW ESP

FAN MOTOR

OUTSIDE AIR EXHAUST AIR

MIN.TOTALWHEEL

EFF.

MAX.FACE

VELOCITY

COOLINGTOTAL

CAPACITY

COOLINGSENSIBLECAPACITY

COOLINGLATENT

CAPACITY

AIR SIDE WATER SIDEENTERING LEAVING ENTERING

SUPPLYNO. OF

SUPPLYFAN

POWER

TOTALFAN

POWEREXHAUST

NO. OF

EXHAUSTFAN

POWER

TOTALFAN

POWER DB WB DB WB DB WB EAT DB EAT WB LAT DB LAT WB EWT LWTFLOWRATE VALVE

MAX.WATER

PD(CFM) IN W.G. IN W.G. (CFM) IN W.G. FAN(S) EACH, HP HP FAN(S) EACH, HP HP VOLTS PHASE Hz (DEG. F) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (%) (FPM) (MBH) (MBH) (MBH) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (GPM) TYPE (FT)

ERV-1 HDT 3,350 3.0 1.0 2,680 1.0 1 2.5 3 1 2 2 460 3 60 93.0 81.0 80.0 70.6 75.0 62.0 70.0 500 185.2 98.8 86.4 80.0 70.6 55.0 54.0 44 56 30.9 2-WAY 15

ERV-2 HDT 3,650 3.0 1.0 2,920 1.0 1 2.5 3 1 2 2 460 3 60 93.0 81.0 80.0 70.6 75.0 62.0 70.0 500 201.4 107.4 94.0 80.0 70.6 55.0 54.0 44 56 33.6 2-WAY 15

OUTSIDE AIR HANDLING UNIT WITH ENERGY RECOVERY WHEEL SCHEDULE (CONTINUED)

MARK

ENERGY WHEEL - WINTER CONDITION HOT WATER COIL DATA

OUTSIDE AIR EXHAUST AIR

MIN.TOTALWHEEL

EFF.

MAX.FACE

VELOCITY

HEATINGTOTAL

CAPACITY

AIR SIDE WATER SIDEENTERING LEAVING ENTERING

EAT DB EAT WB LAT DB EAT DB EAT WB EAT DB LAT DB EWT LWTFLOWRATE VALVE

MAX.WATER

PD(DEG. F) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (%) (FPM) (MBH) (DEG. F) (DEG. F) (DEG. F) (DEG. F) (GPM) TYPE (FT)

ERV-1 30.0 23.0 51.2 70.0 60.0 70.0 500 68.3 51.2 70.0 130 100 4.6 3-WAY 10

ERV-2 30.0 23.0 51.2 70.0 60.0 70.0 500 74.5 51.2 70.0 130 100 5.0 3-WAY 10

NOTES:

1. MANUFACTURER SHALL ALLOW A MINIMUM OF 0.5" EXTRA STATIC FOR DIRTY INITIAL FILTERS. EXTERNAL STATIC DOES NOT INCLUDE PRESSURE DROP THROUGH CASING, COILS,

INITIAL FILTERS, AND FILTER HOUSINGS. EXTERNAL PRESSURE DROP DOES INCLUDE PRESSURE DROP THROUGH PRE-FILTER, FINAL FILTER, AND HOT WATER COIL.

2. PROVIDE EXTENDED LUBE LINES TO OUTSIDE OF UNIT CASING ON THE SIDE WHICH IS ACCESSIBLE FOR SERVICING ON ALL UNITS.

3. ADJUST LOCATION OF UNIT IN MECHANICAL ROOM AS REQUIRED FOR SERVICE AS RECOMMENDED BY MANUFACTURER. COORDINATE ACCESS DOORS LOCATION FOR UNIT ACCESS.

4. PIPE ALL CONDENSATE FROM UNITS TO DRAIN WITH TRAP. PROVIDE PADS AND BASE RAILS OF SUFFICIENT HEIGHT TO ENABLE CORRECT TRAP DEPTH. MIN. 6" BASE RAILS.

TRAP CONDENSATE PIPING AT UNIT AND ROUTE TO NEAREST FLOOR DRAIN.

5. INSTALL UNIT IN STRICT ACCORDANCE WITH THE MFR'S PRINTED INSTRUCTIONS AND APPLICABLE CODES AND STANDARDS.

6. PROVIDE MERV-8 PRE FILTER AND MERV-13 FINAL FILTER FOR OUTSIDE AIR SIDE. PROVIDE MERV-8 FILTER FOR EXHAUST SIDE.

7. INTERLOCK AHU'S TO ENABLE FAN SHUTDOWN UPON AN INDICATION OF ALARM CONDITION BY THE BLDG. FIRE ALARM SYSTEM.

8. CONTROL VALVE Cv TO BE CALCULATED AT THE SCHEDULED WATER FLOW WITH A VALVE AUTHORITY OF 0.5 BY CONTROLS SUB-CONTRACTOR.

9. INTERLOCK OUTSIDE AIR UNITS WITH OUTSIDE AIR AND EXHAUST AIR LOW LEAKAGE DAMPERS. SEE CONTROLS SEQUENCE AND COORDINATE WITH CONTROLS CONTRACTOR.


11. PROVIDE OAU WITH VFD WITH INTEGRAL BYPASS AND DISCONNECT. ALL VFD'S ARE TO BE PROVIDED BY DIV. 23 IN ACCORDANCE WITH THE SPECIFICATIONS OF DIV. 26.

12. PROVIDE CONTROL KIT TO INCLUDE BLOWER CONTACTOR OR STARTER, TRANSFORMER, AND LOCKOUTS.

13. PROVIDE UNIT WITH VIEWING WINDOWS USE SPECIALLY DESIGNED GLASS THAT BLOCKS UV LIGHTS

14. PROVIDE UNIT WITH UVC (ULTRA VIOLET C-BAND) DISINFECTION SYSTEM ON DISCHARGE SIDE OF CHILLED WATER COIL.

15. PROVIDE DIRECT DRIVE FANS/MOTOR COMBINATION

16. PROVIDE UNIT WITH WHEEL ROTATION SENSOR

17. BASIS OF DESIGN IS TEMTROL.

ULTRAVIOLET DISINFECTION SYSTEMUV-C FIXTURING - FIXTURING SHALL CONSIST OF A POWER SUPPLY, POWER SUPPLY HOUSING, “ PLENUM RATED ” WIRING LOOM, LAMP PLUG, LAMP-PLUG PROTECTOR ANDENCAPSULATED LAMP WITH ADJUSTABLE LAMP RETAINING DEVICE.

POWER SUPPLY - POWER SUPPLY SHALL BE CSA AND UL LISTED AS A VARIABLE INPUT TYPE (120-277 VAC +/- 10%), 50-60 HZ WITH A PROGRAMMED RAPID START. SUPPLY SHALLBE DESIGNED AS HIGH POWER FACTOR, CLASS P, SOUND RATED “ A” , TYPE 1 OUTDOOR AND WITH INHERENT THERMAL PROTECTION AND NO PCB ’ S. SUPPLY SHALL BECAPABLE OF PRODUCING THE SPECIFIED OUTPUT AND ORGANISM DESTRUCTION AT NOT MORE THAN 15 WATTS OF POWER CONSUMPTION FOR EACH SQUARE FOOT OFTREATED, CROSS SECTIONAL AREA. THE POWER SUPPLY SHALL BE CAPABLE OF PROPERLY POWERING 1-145W UV-C LAMP OR 1- OR 2- 75W UV-C LAMPS WHILE ENSURING ATLEAST 9,000 HOURS OF LAMP LIFE, AND WITH GREATER THAN 85% OF ITS INITIAL OUTPUT, AT THE LAMPS “ END OF LAMP LIFE ” PHASE. POWER SUPPLY SHALL BE PROTECTEDAGAINST “ END OF LAMP LIFE ” CONDITIONS, WARRANTED FOR 5 YEARS, AND BE LABELED FOR FIELD WIRING.

POWER SUPPLY HOUSING - SHALL BE CONSTRUCTED OF 20GA GALVANIZED, POWDER COATED STEEL AND DESIGNED TO FACILITATE NEC REGULATED POWER SUPPLYINSTALLATION OUTSIDE PLENUMS. EACH HOUSING SHALL BE CAPABLE OF PROPERLY HOLDING, GROUNDING AND WIRING EITHER FOUR OR EIGHT BALLASTS WITHIN TO PROTECTAGAINST ELECTRICAL SHOCK AND MOISTURE, AS WELL AS RF AND EMI LEAKS.

PLENUM RATED WIRING LOOM - SHALL BE OF SUFFICIENT LENGTH TO FACILITATE LAMP CONNECTION TO A REMOTELY LOCATED POWER SUPPLY. THE LAMP AND LOOM SHALL BECAPABLE OF BEING MOUNTED ANYWHERE IN THE SYSTEM AND/OR AS SHOWN ON THE DRAWINGS. THE LOOM SHALL MEET UL SUBJECT 13 AND UL 1581, AND ARTICLE 725 OF THENEC. THE LOOM JACKET SHALL BE CONSTRUCTION OF UV-C RESISTANT MATERIALS AND SHALL HAVE AN INTERNAL ALUMINUM/MYLAR SHIELD.

LAMP PLUG - SHALL BE OF THE 4-PIN TYPE CAPABLE OF ACCOMMODATING A SINGLE-ENDED HO LAMP.

LAMP-PLUG PROTECTOR - SHALL BE OF UV RESISTANT MATERIALS AND DESIGNED TO SHRINK 3-1 OVER THE LAMP PLUG AND WIRING LOOM FOR PROTECTION AGAINSTELECTRICAL SHOCK, MOISTURE AND SEPARATION. EACH LAMP PLUG AND PLENUM RATED WIRING LOOM CONNECTION SHALL HAVE A UVC RESISTANT, ELASTIC PLUGLUV TOENSURE A WATER TIGHT CONNECTION AND SEAL BETWEEN ANY SINGLE-ENDED LAMP AND WIRING LOOM LAMP PLUG TO PREVENT ELECTRICAL SHOCK, CONNECTION SHORTSAND/OR LAMP OR BALLAST FAILURE FROM LAMP PIN OXIDATION OR PIN ARCING.

LAMP RETAINING DEVICE - MAY BE SINGLE OR DUAL TYPES, MAGNETICALLY OR PERMANENTLY AFFIXED WITHIN THE IRRADIATED CAVITY AND CONSTRUCTED OF UVC RESISTANTMATERIALS AND PROVIDE FOR MAXIMUM FLEXIBILITY IN QUICK LAMP POSITIONING, REMOVAL AND HOLDING POWER.

LAMPS - EACH LAMP SHALL CONTAIN LESS THAN 8 MILLIGRAMS OF MERCURY AND SHALL BE HERMETICALLY LAMINATED WITH A THIN LAYER OF UV-C TRANSMISSIBLE MATERIALTO PROVIDE PROTECTION AGAINST LAMP BREAKAGE AND TO ENSURE LAMP CONTENTS FROM A BROKEN LAMP ARE CONTAINED. LAMP LIFE SHALL BE 9000 HOURS WITH NO MORETHAN A 15% OUTPUT LOSS AT THE END OF THE LAMPS LIFE. LAMPS SHALL BE CONSTRUCTED WITH UV-C PROOF MATERIAL BASES AND SHALL NOT PRODUCE OZONE.

IRRADIATION - FIXTURELESS LAMPS ARE TO BE INSTALLED IN SUFFICIENT QUANTITY AND IN SUCH A MANNER SO AS TO PROVIDE AN EQUAL DISTRIBUTION OF THE AVAILABLE UV-CENERGY. WHEN INSTALLED, THE UV-C ENERGY PROVED SHALL BE OF THE LOWEST POSSIBLE REFLECTED AND SHADOWED LOSSES AND SHALL BE DISTRIBUTED IN A 360 DEGREEPATTERN WITHIN THE CAVITY TO PROVIDE THE HIGHEST UV-C ENERGY ABSORPTION BY MICROBIAL PRODUCTS IN THE AIR.

INTENSITY - THE MINIMAL UV-C ENERGY STRIKING A SURFACE SHALL BE SUFFICIENT TO CONTINUOUSLY DESTROY A MONO-LAYER OF MOLD AND/OR BACTERIA IN LESS THAN ONEHOUR WHILE OPERATING IN AIR TEMPERATURES OF 1-70°C.

INSTALLATION - THE BALLAST HOUSING SHALL BE CAPABLE OF INSTALLATION WITHIN THE AIR STREAM AND/OR WITHIN A POWER SUPPLY HOUSING. LAMPS SHALL BE MOUNTEDTO IRRADIATE THE INTENDED SURFACE(S) AS WELL AS ALL OF THE AVAILABLE LINE OF SIGHT AIR STREAM THROUGH PROPER LAMP PLACEMENT AND INCIDENT ANGLEREFLECTION.

SAFETY - TO PROTECT PERSONNEL, ALL ACCESS PANELS AND DOORS TO ANY UV-C ASSEMBLY AND/OR WITHIN VIEW OF ANY UV-C ASSEMBLY SHALL INCLUDE MECHANICALINTERLOCK SWITCH TO INSURE THAT ALL UV-C ASSEMBLIES WILL BE DE-ENERGIZED WHEN ANY OF THESE ACCESSES ARE OPENED. THIS SHALL BE IN ADDITION TO THE MANUALDISCONNECT SWITCH MOUNTED OUTSIDE THE AIR HANDLING UNIT CASING.






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AIR TERMINAL UNIT SCHEDULE (AHU-1)

MARK

MAX.COOLINGAIRFLOW

(CFM)

MIN.AIRFLOW

(CFM)

ROUNDINLET SIZE

(IN.)

HOT WATER REHEAT COIL ELECTRICAL

MAX.HEATINGAIRFLOW

(CFM)

TOTALHEATING

LOAD (MBH)EAT (DEG.

F)LAT (DEG.

F)EWT (DEG.

F)LWT (DEG.

F)HW FLOW

RATE (GPM)

CONTROLVALVETYPE

CONTROLVALVE (Cv) VOLTS PHASE Hz

ATU 1-1A 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-1B 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-2A 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-2B 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-3A 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60ATU 1-3B 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-4A 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-4B 2,220 670 16" 1,315 34.6 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-5 2,090 630 14" 480 12.6 59.8 84 130 100 0.8 3-WAY 0.5 120 1 60

ATU 1-6 265 265 6" 265 7.0 59.8 84 130 100 0.5 3-WAY 0.3 120 1 60

ATU 1-7 740 225 8" 760 20.0 59.8 84 130 100 1.3 3-WAY 0.8 120 1 60

ATU 1-8 2,100 630 14" 1,140 30.0 59.8 84 130 100 2.0 3-WAY 1.2 120 1 60

ATU 1-9 2,100 630 14" 1,295 34.1 59.8 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 1-10 480 145 8" 230 6.1 59.8 84 130 100 0.4 3-WAY 0.3 120 1 60

ATU 1-11 640 195 8" 250 6.6 59.8 84 130 100 0.4 3-WAY 0.3 120 1 60

ATU 1-12 840 840 8" 840 22.1 59.8 84 130 100 1.5 3-WAY 0.9 120 1 60

ATU 1-13 290 290 6" 290 7.6 59.8 84 130 100 0.5 3-WAY 0.3 120 1 60

ATU 1-14 465 140 8" 185 4.9 59.8 84 130 100 0.3 3-WAY 0.2 120 1 60

ATU 1-15 1,290 390 10" 390 10.3 59.8 84 130 100 0.7 3-WAY 0.4 120 1 60

ATU 1-16 900 270 8" 700 18.4 59.8 84 130 100 1.2 3-WAY 0.8 120 1 60

ATU 1-17 110 35 6" 150 3.9 59.8 84 130 100 0.3 3-WAY 0.2 120 1 60

AIR TERMINAL UNIT SCHEDULE (AHU-2)

MARK

MAX.COOLINGAIRFLOW

(CFM)

MIN.AIRFLOW

(CFM)

ROUNDINLET SIZE

(IN.)

HOT WATER REHEAT COIL ELECTRICAL

MAX.HEATINGAIRFLOW

(CFM)

TOTALHEATING

LOAD (MBH)EAT (DEG.

F)LAT (DEG.

F)EWT (DEG.

F)LWT (DEG.

F)HW FLOW

RATE (GPM)

CONTROLVALVETYPE

CONTROLVALVE (Cv) VOLTS PHASE Hz

ATU 2-1 540 165 8" 300 8.0 59.6 84 130 100 0.5 3-WAY 0.3 120 1 60

ATU 2-2A 1,620 490 12" 525 13.9 59.6 84 130 100 0.9 3-WAY 0.6 120 1 60

ATU 2-2B 1,620 490 12" 525 13.9 59.6 84 130 100 0.9 3-WAY 0.6 120 1 60

ATU 2-3A 2,000 600 14" 615 16.3 59.6 84 130 100 1.1 3-WAY 0.7 120 1 60

ATU 2-3B 2,000 600 14" 615 16.3 59.6 84 130 100 1.1 3-WAY 0.7 120 1 60

ATU 2-4 440 135 8" 345 9.2 59.6 84 130 100 0.6 3-WAY 0.4 120 1 60

ATU 2-5A 2,220 670 16" 1,300 34.5 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-5B 2,220 670 16" 1,300 34.5 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-6A 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-6B 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-7A 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-7B 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-8A 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-8B 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-9A 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-9B 2,250 675 16" 1,315 34.9 59.6 84 130 100 2.3 3-WAY 1.4 120 1 60

ATU 2-10 500 150 8" 345 9.2 59.6 84 130 100 0.6 3-WAY 0.4 120 1 60

ATU 2-11 460 460 8" 460 12.2 59.6 84 130 100 0.8 3-WAY 0.5 120 1 60

ATU 2-12 1,200 1,200 10" 1,200 31.8 59.6 84 130 100 2.1 3-WAY 1.3 120 1 60

ATU 2-13 690 210 8" 250 6.6 59.6 84 130 100 0.4 3-WAY 0.3 120 1 60

ATU 2-14 500 150 8" 250 6.6 59.6 84 130 100 0.4 3-WAY 0.3 120 1 60

ATU 2-15 200 60 6" 60 1.6 59.6 84 130 100 0.1 3-WAY 0.1 120 1 60

VAV AIR TERMINAL UNIT NOTES:

1. ALL AIR TERMINAL UNITS SHALL BE PROVIDED WITH 1/2" MATT-FACED INSULATION.

2. ROUND INLET DUCT CONNECTION SHALL NOT BE SMALLER THAN SIZE INDICATED.

3. PROVIDE ALL AIR TERMINAL UNITS WITH FACTORY MOUNTED DISCONNECTS AS PER NEC.

4. PROVIDE ALL AIR TERMINAL UNITS WITH CONTROL TRANSFORMER FOR TERMINAL CONTROL.

5. ACOUSTIC PERFORMANCE OF AIR TERMINAL UNITS SHALL BE BASED UPON TESTS CONDUCTED IN ACCORDANCE WITH ARI STANDARD 880.

6. MAXIMUM INTERNAL RESISTANCE OF AIR TERMINAL UNIT -INLET TO DISCHARGE STATIC PRESSURE DIFFERENTIAL- WITH PRIMARY AIR DAMPER

FULL OPEN AT MAXIMUM PRIMARY AIR FLOW INDICATED SHALL BE MINIMIZED, BUT AT NO CONDITION GREATER THAN 0.5 INCHES H2O.

7. SEE DETAILS FOR VAV AIR TERMINAL UNIT SUPPORT AND HOT WATER COIL CONNECTION DETAIL.8. BASIS OF DESIGN IS PRICE.

CHILLED WATER COMPUTER ROOM UNITINDOOR UNIT

TOTAL AIRCFM FAN HP

E.S.P. (IN.W.G.)

MIN. TOTALCAP. (MBH)

MIN. SENS.CAP. (MBH)

CHILLED WATER COIL DATA ELECTRICAL DATA

AIR SIDE WATER SIDE

VOLTS PH FREQMARKEAT (DEG.

F DB)EAT (DEG,

F WB)LAT (DEG.

F DB)LAT (DEG.

F WB)

ENT.WATERTEMP.

(DEG. F)

LVG.WATERTEMP.

(DEG. F) GPM

CONTROLVALVETYPE

MAX.WATERPRESS.

DROP (FT.W.C.)

CRU-1A 920 0.5 0.5 18.3 17.7 72.2 58.3 54.7 51.0 44 56 3.0 3-WAY 10 277 1 60

CRU-1B 920 0.5 0.5 18.3 17.7 72.2 58.3 54.7 51.0 44 56 3.0 3-WAY 10 277 1 60

CRU-2A 920 0.5 0.5 18.3 17.7 72.2 58.3 54.7 51.0 44 56 3.0 3-WAY 10 277 1 60

CRU-2B 920 0.5 0.5 18.3 17.7 72.2 58.3 54.7 51.0 44 56 3.0 3-WAY 10 277 1 60

CRU-3A 925 0.5 0.5 18.4 17.8 72.2 58.3 54.7 51.0 44 56 3.1 3-WAY 10 277 1 60

CRU-3B 925 0.5 0.5 18.4 17.8 72.2 58.3 54.7 51.0 44 56 3.1 3-WAY 10 277 1 60

CRU-4A 925 0.5 0.5 18.4 17.8 72.2 58.3 54.7 51.0 44 56 3.1 3-WAY 10 277 1 60

CRU-4B 925 0.5 0.5 18.4 17.8 72.2 58.3 54.7 51.0 44 56 3.1 3-WAY 10 277 1 60

CRU-5A 925 0.5 0.5 18.4 17.8 72.2 58.3 54.7 51.0 44 56 3.1 3-WAY 10 277 1 60

CRU-5B 925 0.5 0.5 18.4 17.8 72.2 58.3 54.7 51.0 44 56 3.1 3-WAY 10 277 1 60

CRU-6 3,615 2.0 0.5 101.1 101.1 80.0 58.1 54.7 47.5 44 56 16.9 3-WAY 15 460 3 60

NOTES:

1. UNIT SHALL BE HORIZONTAL DUCTED CONFIGURATION WITH FRONT DUCTED SUPPLY. CONTRACTOR TO PROVIDE RETURN DUCT WITH BOTTOM RETURN FILTER GRILLES.

2. PROVIDE UNIT CRU-1A THROUGH 5B WITH MINIMUM 4.3 LBS/HR HUMIDIFIER.

PROVIDE UNIT CRU-6 WITH MINIMUM 10 LBS/HR HUMIDIFIER.

3. PROVIDE UNIT WITH FACTORY MOUNT CONDENSATE PUMP WITH INTEGRAL FLOAT SWITCHES, MOTOR ASSEMBLY AND RESERVOIR. INTERLOCK WITH SHUTDOWN RELAY.

4. PROVIDE UNIT WITH STAINLESS STEEL CONDENSATE DRAIN PAN.

5. PROVIDE WITH LEAK DETECTOR SYSTEM AND FACTORY INSTALLED INTERNAL CONDENSATE TRAP.

6. CRU-1A THROUGH 5B - PROVIDE INTEGRAL 6 KW ELECTRIC REHEAT WITH SINGLE POWER POINT CONNECTION. COORDINATE WITH ELECTRICAL.

CRU-6 SHALL BE COOLING ONLY UNIT WITH NO ELECTRIC REHEAT.

7. PROVIDE WITH MFR STANDALONE CONTROLS SYSTEM.

8. PROVIDE UNIT WITH TEMPERATURE AND HUMIDITY SENSORS.

9. PROVIDE UNIT WITH FACTORY INSTALLED SMOKE DETECTOR.

10. CONTRACTOR SHALL FABRICATE SECONDARY DRAIN PAN. PROVIDE WITH MANUFACTURER WATER DETECTION ALARM AND INTERLOCK WITH UNIT.

11. PROVIDE WITH BACNET INTERFACE CARD AND CONNECT TO BUILDING DDC SYSTEM.

12. BASIS OF DESIGN IS LIEBERT MINIMATE

ELEVATOR MACHINE RM - FAN COIL UNIT SCHEDULE

MARK TYPE FAN CFM

EXT.STATICPRESS.

(IN. W.C.)

COOLING COIL DATA ELECTRICAL DATA

MIN.TOTALCAP.(MBH)

MIN.SENS.CAP.(MBH)

MIN. LAT.CAP.(MBH)

ENT. AIRTEMP.

(DEG F)

LVG. AIRTEMP.

(DEG F)WATER TEMP.

(DEG F)

GPM

MAX.PRESS.DROP

(FT. W.C.)

SA FANPOWER

(HP) V/PH/HZDB/WB DB/WB EWT LWT

FCU-1 HDT 250 0.5 5.6 4.6 1.0 72/60 55/52 44 56 0.9 5 1/4 115/1/60

NOTES:

1. MANUFACTURER SHALL ALLOW A MINIMUM OF 0.5" EXTRA STATIC FOR DIRTY INITIAL FILTERS. EXTERNAL STATIC DOES NOT INCLUDE PRESSURE DROP THROUGHCASING COILS, INITIAL FILTERS, AND FILTER HOUSINGS.

2. PIPE ALL CONDENSATE FROM UNITS TO DRAIN WITH TRAP. TRAP CONDENSATE PIPING AT UNIT AND ROUTE TO NEAREST FLOOR DRAIN OR HUB DRAIN.

3. CHILLED WATER CONTROL VALVES SHALL BE TWO WAY TYPE. HOT WATER CONTROL VALVES SHALL BE OF THREE-WAY TYPE.

4. PROVIDE WITH FACTORY MOUNTED DISCONNECT. COORDINATE POWER REQUIREMENTS WITH ELECTRICAL.

5. HDT - HORIZONTAL DRAW THRU.

6. PROVIDE WITH SECONDARY DRAIN PAN. ROUTE CONDENSATE TO FLOOR DRAIN IN JANITOR'S CLOSET.

7. CONNECT FLOAT VALVE ALARM TO DDC.






S C H M I D T.


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SCHMIDT(T) ATU 1-7 SHALL BE INTERLOCKED TO OVERHEAD COILING DOOROPEN/CLOSE RELAY. WHENEVER DOOR IS OPEN, ATU 1-7 DAMPER SHALL BE CLOSED COMPLETELY.

(7) EXPOSED DOUBLE WALL SPIRAL DUCT WORK. COORDINATE COLOR WITH

ARCHITECTURAL.

(â) PROVIDE RECTANGULAR DOUBLE WALL DUCTOORK. COORDINATE COLOR

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(ï) AHU-1 DUCT DP SENSOR LOCATION.

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1. PER NFPA 90A 5.3.1. FIRE DAMPERS ARE NOT REQUIRED IN FIRE RATED WALLS WITH A FIRE RATING LESS THAN 2 HOURS. CONSULTING-GROUP,INC.

MECHANICAL ELECTRICAL STRUCTURAL COM MU Ml CATIONS I INDUSTRIAL

FLORIDA LICENSE NUMBER 0537T 901 W. Garden St. Pensacola. FL 325

P: 8904 38-0090 F: 8904 32-8631

WILLIAM JOSEPH JONES P.E. FLORIDA LICENSE NUIvIBER S8080

02

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22" x22" RAR1000 CFM

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12" x12" RAR235 CFM

24" x12" RAR700 CFM

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(TYP. OF 3)

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ATU 1-7 SHALL BE INTERLOCKED TO OVERHEAD COILING DOOROPEN/CLOSE RELAY. WHENEVER DOOR IS OPEN, ATU 1-7 DAMPER SHALLBE CLOSED COMPLETELY.

EXPOSED DOUBLE WALL SPIRAL DUCT WORK. COORDINATE COLOR WITHARCHITECTURAL.

PROVIDE RECTANGULAR DOUBLE WALL DUCTWORK. COORDINATE COLORWITH ARCHITECTURAL.

AHU-1 DUCT DP SENSOR LOCATION.

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GENERAL NOTE

14" x12" SAR460 CFM

14" x12" SAR460 CFM

14" x12" SAR460 CFM

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1100 CFM (©FP OF 4)22"x22" RAR

1100 CFM (TYP OF 4)22" x22" RAR

1100 CFM (TYP OF 4)22" x22" RAR

1100 CFM (TYP OF 4)22" x22" RAR

1100 CFM (TYP OF 4)MULTIPURPOSE

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1 2 3 4 5

M)c SHEET NOTESUS Army Corps of Engineers ® Mobile DistrictSCHMIDT(T) CONTRACTOR SHALL COORDINATE THERMOSTAT INSTALLATION WITH

DEMOUNTABLE PARTITION MANUFACTURER. FURNISH WITH ALL REQUIRED ACCESSORIES FOR COMPLETE AND FUNCTIONAL INSTALLATION.

(2) AHU-2 DUCT DP SENSOR LOCATION.

CONSULTING-GROUP,INC.MECHANICAL ELECTRICAL STRUCTURAL

COM MU Ml CATIONS I INDUSTRIAL

iFLORIDA LICENSE NUMBER 0537T 901 W. Garden St. Pensacola. FL 325

P: 8904 38-0090 F: 8904 32-8631


02

1)c GENERAL NOTE SC G PROJECT: 2015-176

1. PER NFPA 90A 5.3.1. FIRE DAMPERS ARE NOT REQUIRED IN FIRE RATED WALLS WITH A FIRE RATING LESS THAN 2 HOURS.

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22" x22" RAR1100 CFM

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22" x22" RAR1100 CFM

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12" x12" RAR500 CFM

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12"x12"

12" x12" RAR440 CFM

(TYP OF 2)12" x12" RAR180 CFM

12" x12" RAR350 CFM

18" x18" RAR800 CFM190 CFM

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350 CFM10"Ø CD

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270 CFM10"Ø CD

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120 CFM8"Ø CD

120 CFM8"Ø CD

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110 CFM8"Ø CD

110 CFM8"Ø CD

315 CFM10"Ø CD

315 CFM10"Ø CD

14" x14" EAR680 CFM

18" x12" EAR200 CFM

(TYP OF 4)

190 CFM8"Ø CD

190 CFM8"Ø CD

190 CFM8"Ø CD

18" x12" RAR450 CFM

12" x12" RAR200 CFM

12" x12" SAR200 CFM

22" x22" RAR1000 CFM

400 CFM10"Ø CD

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(TYP OF 10)

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48" x36" OAL3650 CFM60" x20" EAL

2920 CFM

12"x12"

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CONTRACTOR SHALL COORDINATE THERMOSTAT INSTALLATION WITHDEMOUNTABLE PARTITION MANUFACTURER. FURNISH WITH ALL REQUIREDACCESSORIES FOR COMPLETE AND FUNCTIONAL INSTALLATION.

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14" x18" RAR925 CFM

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GENERAL NOTE

14" x12" SAR460 CFM

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1 2 3 4 5

SHEET NOTES GENERAL NOTESSCHMIDT(T) IN-RACK COOLER - COOLING DISTRIBUTION UNIT (CDU). GOVERNMENT

FURNISHED GOVERNMENT INSTALLED (GFGI). SHOWN FOR COORDINATION ONLY. GOVERNMENT EQUIPMENT MANUFACTURER SHALL COORDINATE WITH ELECTRICAL FOR REQUIRED CLEARANCES OF ELECTRICAL EQUIPMENT INSTALLED BY CONTRACTOR.

(i) IN-RACK COOLER, TYP PER ROW. GOVERNMENT FURNISHED GOVERNMENT INSTALLED (GFGI). SHOWN FOR COORDINATION ONLY.

(3) ROUTE UNDERGROUND CHILLED WATER PIPING TO AVOID STRUCTURAL

FOOTINGS.

(Â) PROVIDE SECURE WALL PIPE PENETRATION FOR ALL HYDRONIC PIPING PENETRATING MECH RM. WALL. SEE DETAIL 4/M502.

(5) MECHANICAL CONTRACTOR SHALL PROVIDE ISOLATION VALVE AND BLIND FLANGE ABOVE CEILING. ALL PIPING AND ALL ACCESSORIES FROM 4" CHWS/R CONNECTION TO GOVT FURNISHED GOVT INSTALLED (GFGI) INRACK COOLER EQUIPMENTS, THREE WAY CHILLED WATER VALVES, AND CDU SHALL BE FURNISHED BY THE IN-RACK COOLERS MANUFACTURER. REQUIRED COOLING LOAD OF IN-RACK SYSTEM IS 104 TONS (208 GPM).

(ë) ROUTE CONDENSATE TO JANITOR SINK.

(7) ROUTE CONDENSATE TO HUB DRAIN. COORDINATE WITH PLUMBING FOR HUB DRAIN LOCATIONS.

1. CONTRACTOR SHALL BE FULLY RESPONSIBLE FOR DETERMINING ALL EXISTING SITE CONDITIONS AFFECTING WORK UNDER THIS CONTRACT, INCLUDING LOCATION OF ALL BURIED UTILITIES.

2. LOCATION AND ROUTING OF NEW UNDERGROUND PIPING IS APPROXIMATE. CONTRACTOR SHALL COORDINATE FINAL LOCATION AND ROUTING OF PIPING TO AVOID CONFLICTS WITH EXISTING BURIED UTILITIES AND OTHER OBSTRUCTIONS.

3. CONTRACTOR SHALL BE RESPONSIBLE FOR LOCATION OF EXISTING BURIED UTILITIES PRIOR TO COMMENCING EXCAVATION WORK UNDER THIS PROJECT.

4. UNLESS NOTED OTHERWISE BY OWNER. CONTRACTOR SHALL REPAIR DAMAGE TO EXISTING UTILITIES WHICH OCCURS AS A RESULT OF OPERATIONS PERFORMED UNDER THIS CONTRACT AT NO ADDITIONAL COST TO OWNER. REPAIRS SHALL BE MADE USING MATERIALS & METHODS TO MATCH EXISTING CONSTRUCTION AND SHALL BE APPROVED BY THE ENGINEER PRIOR TO RECOVERING.

5. COORDINATE UNDERGROUND PIPE ROUTING WITH EXISTING UTILITY LINES AND PROTECT EXISTING UTILITIES FROM DAMAGE ARISING FROM NEW WORK.

6. UNLESS NOTED OTHERWISE, PROVIDE 3/4" HWS/R CONNECTION TO AIR TERMINAL UNITS (ATU). TYP.

CONSULTING-GROUP,INC.MECHANICAL ELECTRICAL STRUCTURAL

COM MU Ml CATIONS IN DU ST RIAL

FLORIDA LICENSE NUMBER05371 901 W. Garden St. Pensacola. FL 325

P: 8504 38-0050 F: 8504 32-8631

WILLIAM JOSEPH JONES P.E. FLORIDA LICENSE NUMBER 58080

02

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IN-RACK COOLER - COOLING DISTRIBUTION UNIT (CDU). GOVERNMENTFURNISHED GOVERNMENT INSTALLED (GFGI). SHOWN FOR COORDINATIONONLY. GOVERNMENT EQUIPMENT MANUFACTURER SHALL COORDINATEWITH ELECTRICAL FOR REQUIRED CLEARANCES OF ELECTRICALEQUIPMENT INSTALLED BY CONTRACTOR.

IN-RACK COOLER, TYP PER ROW. GOVERNMENT FURNISHED GOVERNMENTINSTALLED (GFGI). SHOWN FOR COORDINATION ONLY.

ROUTE UNDERGROUND CHILLED WATER PIPING TO AVOID STRUCTURALFOOTINGS.

PROVIDE SECURE WALL PIPE PENETRATION FOR ALL HYDRONIC PIPINGPENETRATING MECH RM. WALL. SEE DETAIL 4/M502.

SHEET NOTES1 1. CONTRACTOR SHALL BE FULLY RESPONSIBLE FOR DETERMINING ALL EXISTING SITE CONDITIONS AFFECTING WORK UNDER THIS

CONTRACT, INCLUDING LOCATION OF ALL BURIED UTILITIES.2. LOCATION AND ROUTING OF NEW UNDERGROUND PIPING IS APPROXIMATE. CONTRACTOR SHALL COORDINATE FINAL LOCATION

AND ROUTING OF PIPING TO AVOID CONFLICTS WITH EXISTING BURIED UTILITIES AND OTHER OBSTRUCTIONS.3. CONTRACTOR SHALL BE RESPONSIBLE FOR LOCATION OF EXISTING BURIED UTILITIES PRIOR TO COMMENCING EXCAVATION

WORK UNDER THIS PROJECT.4. UNLESS NOTED OTHERWISE BY OWNER. CONTRACTOR SHALL REPAIR DAMAGE TO EXISTING UTILITIES WHICH OCCURS AS A

RESULT OF OPERATIONS PERFORMED UNDER THIS CONTRACT AT NO ADDITIONAL COST TO OWNER. REPAIRS SHALL BE MADEUSING MATERIALS & METHODS TO MATCH EXISTING CONSTRUCTION AND SHALL BE APPROVED BY THE ENGINEER PRIOR TO RE-COVERING.

5. COORDINATE UNDERGROUND PIPE ROUTING WITH EXISTING UTILITY LINES AND PROTECT EXISTING UTILITIES FROM DAMAGEARISING FROM NEW WORK.


GENERAL NOTES

2

3

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MECHANICAL CONTRACTOR SHALL PROVIDE ISOLATION VALVE AND BLINDFLANGE ABOVE CEILING. ALL PIPING AND ALL ACCESSORIES FROM 4"CHWS/R CONNECTION TO GOV'T FURNISHED GOV'T INSTALLED (GFGI) IN-RACK COOLER EQUIPMENTS, THREE WAY CHILLED WATER VALVES, ANDCDU SHALL BE FURNISHED BY THE IN-RACK COOLERS MANUFACTURER.REQUIRED COOLING LOAD OF IN-RACK SYSTEM IS 104 TONS (208 GPM).

ROUTE CONDENSATE TO JANITOR SINK.

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24"x60" 12"x12"

10"ø

4M-402

MECH.222

AHU2

26"x52"

8"ø

46"/16"

62"/36"

12"x18"

E

6" CONCRETE PAD

CORRIDOR206

ATU2-14

VFD

4M-402

MECH.222

ERV2

20"x2

4"

12"x30"

36"x48"

48" x36" OAL3650 CFM

E

26"x52"36"/62"

4"

6" CONCRETE PAD

FLEX DUCTCONNECTION(TYP.)

2"

3/4"

2M-402

3M-402

TOP OF CMU30'-8"

SECOND FLOOR16'-8"

BOTTOM OF SOFFIT27'-11"

ATU2-14

AHU2

4"

4"

4"4"

3/4"

3/4"

ERV2

62"/36"

26"x52"

1 1/4"

1 1/4"






S C H M I D T.


1

A

SHEETIDENTIFICATION


U.S

. AR

MY

CO

RPS

OF

ENG

INEE

RS

DES

IGN

ED B

Y:

BULL

OCK

TIC

E AS

SOCI

ATES

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SUI

TE B

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, FLO

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MIT

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BY:

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ALE:

SIZE

:

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NO

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BER

:

FILE

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MAR

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DAT

EA

PPR.

1:1

AN

SI D

MO

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ICT

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BIL

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LAB

AM

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M01

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FY16

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D, F

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ICAL

SEC

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A. L

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IEW

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NES

W. J

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FEB

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7

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W91

278-

17-R

-001

0

M-402 3/8" = 1'-0"

1 MECHANICAL SECTIONM-402 3/8" = 1'-0"


M-402 3/8" = 1'-0"

3 MECHANICAL ROOM SECTION AT ERV SCALE: 3/8"=1'-0"

6'4'2'2' 0'1'

M-402 3/8" = 1'-0"


SHEETIDENTIFICATION

M-403


1 2 3 4 5


MECHANICAL ELECTRICAL STRUCTURAL COM MU Ml CATIONS IN DU ST RIAL


P: 8504 38-0050 F: 8504 32-8631


02


A B C D E

1 1/2"

CHWS/F24"x18"|24"x18" r>o< :nma2^/ IMR /</ H.

i| 30"x12'r| +M 60720" /II50"x20"/ 20"x60"< Ac ■27x22"- W'x2Q" EAL/2920 CFM/ n1Q"0 CD 1Q"0 CD 1Q"0 CD 1Q"0 CD 1Q"0 CD 1O"0 CDRAR/ /375 CFM 375 CFM 375 CFM 375 CFM 375 CFM 375 CFM1100 CFM/ 8"0 CD 1Q"0 CD /</ 315 CFM190 CFM /< ]/ /</ /</ /CLASSROOM MEN'S

[M3</ /

/ E3

0 0 D 0 // /$ 2/ CORRIDOR

I 206 I/

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60" x24" EAL/ f\30"x12"|„,---'|-H[œWA/ 2680 CFMIII

IB/ 24ŸI8"27x22"----- A /< 22714"/ /</ fn1Q"0 CD 1Q"0 CD 1Q"0 CD 1Q"0 CD 1Q"0 CD 1Q"0 CD22" x22" RAR</ JJ /370 CFM 370 CFM 370 CFM 370 CFM 370 CFM 370 CFM1000 CFM 8"0 CD/ VS/RHVB 220 CFM/ MEN'S // CHWS/R rw\/

i// CORRIDORCLASSROOM<

Q 0 D 0/ ~i—ri □ I, /< I 107 |/ tno</ //

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MECHANICAL SECTION1/4"= r-o"

4‘ 0‘ 4‘ 8'

SCALE: 1/4"= T-0"

APPR

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OF

ENG

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CIT

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NO

.: W

9127

8-17

-R-0

010

CKD

BY:

W. J

ON

ESID

WN

BY:

I A. L

IE

FY16

AD

DIT

ION

TO

39I

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ELD

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DAT

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CORRIDOR107

50"x20"

24"x18"

60"/20"

24"x18"

24"x18"

60"/20"24"x18"

22"/14"

60" x20" EAL2920 CFM

60" x24" EAL2680 CFM

22" x22" RAR1000 CFM 370 CFM

10"Ø CD370 CFM10"Ø CD

370 CFM10"Ø CD

370 CFM10"Ø CD

370 CFM10"Ø CD

370 CFM10"Ø CD

1100 CFMRAR

375 CFM10"Ø CD

375 CFM10"Ø CD

375 CFM10"Ø CD

375 CFM10"Ø CD

375 CFM10"Ø CD

375 CFM10"Ø CD

190 CFM8"Ø CD

315 CFM10"Ø CD

220 CFM8"Ø CD

30"x12"

22"x22"

30"x12"

22"x22"

10"x24"

HWS/RCHWS/R

HWS/R

CHWS/R

20"x60"

24"x60"18"x20"

20"x18"

A B C D E

CLASSROOM(CR-4)

113

CLASSROOM(CR-8)

212

MEN'S219

MEN'S119

CORRIDOR206

1 1/2"1"

1"2"

10"x24"






S C H M I D T.


1

A

SHEETIDENTIFICATION


U.S

. AR

MY

CO

RPS

OF

ENG

INEE

RS

DES

IGN

ED B

Y:

BULL

OCK

TIC

E AS

SOCI

ATES

909

E. C

ERVA

NTES

STR

EET,

SUI

TE B

.PE

NSAC

OLA

, FLO

RIDA

2 3 4 5

B

C

D

DW

N B

Y:

SUB

MIT

TED

BY:

PLO

T SC

ALE:

SIZE

:

CK

D B

Y:

PLO

T DA

TE:

DA

TE:

SOLI

CIT

ATI

ON

NO

.:

CO

NTR

AC

T N

O.:

PRO

JEC

T N

UM

BER

:

FILE

NA

ME:

MAR

KD

ESC

RIP

TIO

ND

ATE

APP

R.M

ARK

DES

CR

IPTI

ON

DAT

EA

PPR.

1:1

AN

SI D

MO

BIL

E D

ISTR

ICT

MO

BIL

E, A

LAB

AM

A

M01

5ES1

3

FY16

AD

DIT

ION

TO

39

IOS

FAC

ILIT

YH

UR

LBU

RT

FIEL

D, F

LOR

IDA

M-403

MEC

HAN

ICA

L SE

CTIO

N

A. L

IE

A. L

IEW

. JO

NES

W. J

ON

ES

FEB

RU

AR

Y 8,

201

7

M40

3ES1

3.D

WG

W91

278-

17-R

-001

0

M-403 1/4" = 1'-0"

1 MECHANICAL SECTION

SCALE: 1/4"=1'-0"

0'4' 8'4'

1 2 3 4 5

THREADED RODftSCHMIDTCLEVIS HANGERCONSULTING-GROUP,INC.


AUTOMATIC AIR VENT WITH 1/4" SOFT COPPER TUBING ROUTED TO FLOOR DRAIN (TYP.)


P: 8504 38-0050 F: 8504 32-8631


02

-i'ECHILLED OR HOTWATER PIPING PER SPECIFICATION PIPE INSULATION PER SPECIFICATION


4

MAKE UP WATER SUPPLY

/ ------ PROVIDE FLOW TOTALIZING DIGITAL WATER METER,ALSO WITH ANALOG READOUT, AND CONNECTION TO DDC SYSTEM. SIGNAL AN ALARM AT THE DDC SYSTEM IF EXCESSIVE FLOW FOR POSSIBLE BRAKE IN SYSTEM.

RELIEF VALVE SET 30 PSI

INSULATION SADDLE SYSTEM

FULL SIZE SYSTEM FILL BY-PASSFROM SYSTEM — AIR SEPARATOR

■a—NOTES:1*1. PROVIDE INSULATED SADDLE SYSTEM EQUAL TO

ANVIL 260 ISS OR ENGINEER APPROVED EQUAL.FLOWjn2 TO PUMPS

) )e■a—H+ YSYSTEM WATER MAKE UP. SEE

PLUMBING FOR CONTINUATION

TO SYSTEMC2. SIZE CLEVIS HANGER, THREADED ROD PER

MANUFACTURER’S RECOMMENDATION BASED ON HYDRONIC PIPE SIZE AND INSULATION THICKNESS.

PRV SET 20 PSI BALL VALVE 1" PIPE TO GRADE

2" BLOWDOWN

V M-50y V M-501/ V M-501/

AIR SEPARATOR DETAIL OVERHEAD PIPE SUPPORT DETAIL MAKE-UP WATER & PRV DETAILNOT TO SCALE NOT TO SCALE NOT TO SCALE

C S.S. U-BOLT

1/8" THICKNEOPRENE PAD FULL SUPPORT WIDTH BETWEEN PIPE AND - SUPPORT

B

E-D

B-LINE #B3092 PIPE SUPPORT OR EQUAL

B-LINE #B3088T BASE STAND OR EQUAL. STAND IS ATTACHED TO CONC. OR MASONRY W/4 SST STUD TYPE WEDGE ANCHORS

/Y—3<DTO PUMPS RETURN

* PIPES SHOWN OFFSET FOR CU\RITL p AUJ05] 0zO 1" MIN. 3" MAX

NON-SHRINK GROUTSUPPLY <FROM PUMPS T

Y2,-0"x2'-0"x1,-0"

CONCRETE FOUNDATION REINFORCED WITH #5 @

12" O.C. E.W. T&B.

"“fT -y FINISH GRADENB<»■<»

,p

XT ft VftKTO PUMP SUCTION PIPING ft KEY NOTES:

(T) CHEMICAL SHOT FEEDER WITHINTERNAL/EXTERNAL EPOXY COATING

(Ë) 3/4" THREDOLET

(T 3/4" STAINLESS STEEL BALL VALVE

(T) 3/4" SCHED. 80 GALVANIZED PIPE.

(Ë) GALVANIZED UNION

(Ô) GALVANIZED ELBOW

(7} GALVANIZED TEE

(?) STAINLESS STEEL INDUSTRIAL GRADE PADDLE WHEEL TYPE SIGHT GLASS FLOW INDICATOR

(Ô) 3/4" DRAIN VALVE. SAME MATERIALS AND INSTALLATION AS 2" DRAIN VALVE IN 3/4" SIZE COMPONENTS

•V-T.

4AIR PRECHARGE VALVE EPIPE

<D A B C DSIZE MIN. MAX.

T®B« 9 8 1311/221/2 21/2 31/23/4" 3 9 11/221/2 3 3/4 81/4 131/4

4 9 1 1/2 81/231/2 21/2 131/2Aa: 9 21/2 144 3 41/4 91/43»

9 21/2 105 3 4 7/8 14 3/4VERTICAL BLADDER TYPE

EXPANSION TANK0ISOLATION VALVE

6 3 9 21/251/2 151/4101/2

A 8 3 9 21/2PRESSURE GAUGE 6 7/8 11 3/4 161/2x

10 3 9 21/281/2 181/4131/2

KEYNOTES:5 1. PROVIDE HALF ROUND RIGID INSULATION & INSULATION PROTECTION SHIELD, SIMILAR TO

GRINNELL FIG.167 OR ELCEN FIG.219 WHEN PIPING IS INSULATED.A EPOXY BOLTS-EMBED

TO STRUCTURAL SU\B7

L 2. FOR BASE, HEIGHT, & FLANGE DIMENSIONS, SEE TABLE TO RIGHT. ALL DIMENSIONS IN INCHES.

3. ALL COMPONENTS OF PIPE SUPPORT SHALL BE STAINLESS STEEL.6" THICK

CONCRETE PAD W/WWF

¥\ 3/4" GATE VALVE WITH HOSE END

tx—II\ 6" THICK CONCRETE

HOUSEKEEPING PAD9nr3/4" n

V M-501/ VM-5oy V M-5oy

EXPANSION TANK DETAIL CHEMICAL SHOT FEEDER DETAIL EXTERIOR PIPE SUPPORT DETAILNOT TO SCALE NOT TO SCALE NOT TO SCALE

SHEETIDENTIFICATION

M-501


APPR

j/Lm

ark

I SIZ

E:I A

NSI

DD

ATE

DES

CR

IPTI

ON

MAR

KAP

PR

.D

ATE

DES

CR

IPTI

ON

FILE

NAM

E:

M50

1ES

13.D

WG

BULL

OC

K TI

CE

ASS

OC

IATE

S

909

E. C

ERVA

NTE

S ST

REE

T, S

UIT

E B.

PE

NSA

CO

LA, F

LOR

IDA

PR

OJE

CT

NU

MB

ER:

M01

5ES1

3P

LOT

DAT

E:P

LOT

SCAL

E:M

ECH

AN

ICA

L D

ETA

ILS

SU

BM

ITTE

D B

Y:

W. J

ON

ESC

ON

TRA

CT

NO

.:

U.S

. AR

MY

CO

RPS

OF

ENG

INEE

RS

MO

BIL

E D

ISTR

ICT

MO

BILE

, ALA

BAM

AS

OLI

CIT

ATI

ON

NO

.: W

9127

8-17

-R-0

010

CKD

BY:

W. J

ON

ESID

WN

BY:

I A. L

IE

FY16

AD

DIT

ION

TO

39I

OS

FAC

ILIT

Y

HU

RLB

UR

T FI

ELD

, FLO

RID

A

DAT

E:FE

BR

UA

RY

8, 2

017

I DES

IGN

ED B

Y:

I A. L

IE

TO PUMPS

AIR SEPARATOR

2" BLOWDOWN

MAKE UPWATER SUPPLY

FROM SYSTEM

AUTOMATIC AIR VENT WITH 1/4"SOFT COPPER TUBING ROUTEDTO FLOOR DRAIN (TYP.)

SUPPLY

* PIPES SHOWN OFFSET FOR CLARITY

CHEMICAL SHOT FEEDER WITHINTERNAL/EXTERNAL EPOXY COATING

3/4" THREDOLET

3/4" STAINLESS STEEL BALL VALVE

3/4" SCHED. 80 GALVANIZED PIPE.

GALVANIZED UNION

RETURN

FROM PUMPS

TO PUMPS

GALVANIZED ELBOW

GALVANIZED TEE

STAINLESS STEEL INDUSTRIAL GRADEPADDLE WHEEL TYPE SIGHT GLASSFLOW INDICATOR

3/4" DRAIN VALVE. SAME MATERIALSAND INSTALLATION AS 2" DRAINVALVE IN 3/4" SIZE COMPONENTS

6" THICK CONCRETEHOUSEKEEPING PAD

KEY NOTES:1

2

3

4

5

6

7

8

9

1

2

2

3

4

75

9

4

8

3

6AIR PRECHARGE VALVE

VERTICALBLADDER TYPE

EXPANSION TANK

3/4" GATE VALVEWITH HOSE END

EPOXY BOLTS-EMBEDTO STRUCTURAL SLAB

ISOLATION VALVE

PRESSURE GAUGE

TO PUMPSUCTIONPIPING

6" THICKCONCRETE

PAD W/WWF3/4"

3/4"

AS R

EQ'D

C

B

A

DE

1/8" THICKNEOPRENE PAD FULLSUPPORT WIDTHBETWEEN PIPE ANDSUPPORT

13 1/4

13 1/2

14 3/4

15 1/4

16 1/2

18 1/4

2 1/2

2 1/2

2 1/2

10

6

8

3

3

3

3 1/24

5

3

3

3

2 1/2

5 1/2

6 7/8

8 1/2 9

9

9

3 3/4

4 1/4

4 7/8

4

9

9

9

9

2 1/2

2 1/2

2 1/2

13 1/2

10 1/2

11 3/4

2 1/2

2 1/2

1 1/2

1 1/2

109 1/4

8 1/4

8 1/2

3 1/2 9 1 1/2 8

14

13

MAX.PIPESIZE A B C D

MIN.E

B-LINE #B3088T BASESTAND OR EQUAL. STANDIS ATTACHED TO CONC. ORMASONRY W/4 SST STUDTYPE WEDGE ANCHORS

B-LINE #B3092 PIPESUPPORT OR EQUAL

S.S. U-BOLT

KEYNOTES:1. PROVIDE HALF ROUND RIGID INSULATION & INSULATION PROTECTION SHIELD, SIMILAR TO

GRINNELL FIG.167 OR ELCEN FIG.219 WHEN PIPING IS INSULATED.2. FOR BASE, HEIGHT, & FLANGE DIMENSIONS, SEE TABLE TO RIGHT. ALL DIMENSIONS IN

INCHES.3. ALL COMPONENTS OF PIPE SUPPORT SHALL BE STAINLESS STEEL.

1" MIN. 3" MAXNON-SHRINK GROUT2'-0"x2'-0"x1'-0"

CONCRETE FOUNDATIONREINFORCED WITH #5 @

12" O.C. E.W. T&B.

2" M

IN.

FINISH GRADE

NOTES:1. PROVIDE INSULATED SADDLE SYSTEM EQUAL TO

ANVIL 260 ISS OR ENGINEER APPROVED EQUAL.

2. SIZE CLEVIS HANGER, THREADED ROD PERMANUFACTURER'S RECOMMENDATION BASED ONHYDRONIC PIPE SIZE AND INSULATIONTHICKNESS.

THREADED ROD

CLEVIS HANGER

CHILLED OR HOT WATERPIPING PER SPECIFICATIONPIPE INSULATIONPER SPECIFICATION

INSULATIONSADDLE SYSTEM

PRV SET 20 PSI BALL VALVE

TO SYSTEM

PROVIDE FLOW TOTALIZING DIGITAL WATER METER,ALSO WITH ANALOG READOUT, AND CONNECTION TODDC SYSTEM. SIGNAL AN ALARM AT THE DDC SYSTEMIF EXCESSIVE FLOW FOR POSSIBLE BRAKE IN SYSTEM.

FLOW

SYSTEM WATERMAKE UP. SEE

PLUMBING FORCONTINUATION

FULL SIZE SYSTEMFILL BY-PASS

1" PIPE TOGRADE

RELIEF VALVESET 30 PSI






S C H M I D T.


1

A

SHEETIDENTIFICATION


U.S

. AR

MY

CO

RPS

OF

ENG

INEE

RS

DES

IGN

ED B

Y:

BULL

OCK

TIC

E AS

SOCI

ATES

909

E. C

ERVA

NTES

STR

EET,

SUI

TE B

.PE

NSAC

OLA

, FLO

RIDA

2 3 4 5

B

C

D

DW

N B

Y:

SUB

MIT

TED

BY:

PLO

T SC

ALE:

SIZE

:

CK

D B

Y:

PLO

T DA

TE:

DA

TE:

SOLI

CIT

ATI

ON

NO

.:

CO

NTR

AC

T N

O.:

PRO

JEC

T N

UM

BER

:

FILE

NA

ME:

MAR

KD

ESC

RIP

TIO

ND

ATE

APP

R.M

ARK

DES

CR

IPTI

ON

DAT

EA

PPR.

1:1

AN

SI D

MO

BIL

E D

ISTR

ICT

MO

BIL

E, A

LAB

AM

A

M01

5ES1

3

FY16

AD

DIT

ION

TO

39

IOS

FAC

ILIT

YH

UR

LBU

RT

FIEL

D, F

LOR

IDA

M-501

MEC

HANI

CAL

DETA

ILS

A. L

IE

A. L

IEW

. JO

NES

W. J

ON

ES

FEB

RU

AR

Y 8,

201

7

M50

1ES1

3.D

WG

W91

278-

17-R

-001

0

NOT TO SCALEM-501

1 AIR SEPARATOR DETAIL

NOT TO SCALEM-501

5 CHEMICAL SHOT FEEDER DETAILNOT TO SCALEM-501

4 EXPANSION TANK DETAILNOT TO SCALEM-501

6 EXTERIOR PIPE SUPPORT DETAIL

NOT TO SCALEM-501

2 OVERHEAD PIPE SUPPORT DETAILNOT TO SCALEM-501

3 MAKE-UP WATER & PRV DETAIL

SHEETIDENTIFICATION

M-502


1 2 3 4 5

SCHMIDTCONSULTING-GROUP,INC.pn MECHANICAL ELECTRICAL STRUCTURAL

COM MU Ml CATIONS IN DU ST RIAL---- BUILT-IN PRESSURE TAPS WITHEXTENDED NIPPLES, SHUTOFF VALVES AND QUICK CONNECT COUPLINGS FOR METER HOSE CONNECTIONS.


P: 8504 38-0050 F: 8504 32-8631


02&

IFACTORY APPLIED p/. EXTERNAL INSUU\TION >v:‘

ELBOW OR ANY OTHER FITTINGD RECTANGULAR

SUPPLY DUCTSC G PROJECT: 2015-176

21 DODIRECTIONOF FLOW

iACOUSTICAL FLEX DUCT —y rv;-n 5 PIPE DIA. OF STRAIGHT

PIPE UPSTREAM2 PIPE DIA. OF STRAIGHT

PIPE DOWNSTREAM UNION OR ANY OTHER FITTING

J3 — VENTURI FLOW STATIONTAG

NOTES:1. EACH VENTURI FLOW STATION SHALL BE SUITABLE FOR MOUNTING IN VERTICAL OR HORIZONTAL PIPELINES.2. INSTALL VENTURI IN ACCORDANCE WITH MANUFACTURER’S RECOMMENDATIONS.3. POSITION EACH VENTURI IN PIPING TO ALLOW EASY CONNECTION OF PORTABLE METER HOSES. WHERE VENTURIS ARE MOUNTED IN HORIZONTAL PIPELINES POSITION PRESSURE TAPS IN THE HORIZONTAL PLANE. PROVIDE EACH VENTURI FLOW STATION WITH A PERMANENT IDENTIFICATION.4. TAG ON CHAIN GIVING STATION SIZE, MANUFACTURER/S MODEL OR SERIES NUMBER, EQUIPMENT SERVED OR

STATION NUMBER, DESIGN FLOW RATE IN GPM WITH CORRESPONDING METER READING, FLOW VERSUS DIFFERENTIAL PRESSURE CURVES, AND INSTALLATION INSTRUCTIONS.

5. PROVIDE ONE PORTABLE DIFFERENTIAL PRESSURE METER BY THE SAME MANUFACTURER AS THE VENTURI FLOW

PREINSULATED FLEXIBLE DUCT MAXIMUM 6 FEET IN LENGTH. MAINTAIN 1.5 DUCT DIAMETER (MINIMUM) TURNING RADIUS

[• >0

BUTT INSULATION FIRMLY AGAINST DIFFUSER BODY,

PULL VAPOR BARRIER DOWN AND CLAMP WITH DRAWBAND.

SHEET METAL BAND AND THREE #8 SHEETMETAL SCREWS

SPIN-IN FITTING WITH MANUAL VOLUME DAMPER ■— DUCT WRAP

INSULATION••1" THICK BLANKET INSUUVTION. LAY OVER ENTIRE BACK OF DIFFUSER BODY.

EXTENSION ON DAMPER ROD FOR INSULATED DUCT STATIONS. THE METER SHALL HAVE A MINIMUM ACCURACY OF 0.5 PERCENT OF FULL SCALE RANGE AND SHALL BE

USED FOR THE HYDRONIC TEST AND BALANCE BY THE CONTRACTOR.6. THE METER SHALL HAVE THE FOLLOWING: FLEXIBLE CONNECTING HOSES, BRASS BLOW DOWN VALVES, ZERO

AND RANGE ADJUSTING SCREWS, 6 INCH DIAMETER DIAL WITH CALIBRATED 0 TO 50 IN. W.G. SCALE, INSTRUCTIONBOOK WITH FLOW VERSUS DIFFERENTIAL PRESSURE CURVES.7. THE METER SHALL BE TURNED OVER TO THE OWNER AFTER THE FINAL ACCEPTANCE TESTS.

3sa4CEILING TILENOTES:1. CONNECT FLEXIBLE DUCT TO FITTING WITH PANDIUT STRAP AND SEAL.2. HARD DUCT RUNOUTS SHOULD START WITH SPIN-IN FITTINGS SIMILAR

TO THIS DETAIL.

t'SC-C

XT NOMINAL 24"x24"CEILING T-BAR DIFFUSER

V M-502/

04V IM-502/

04ViM-502/

CEILING DIFFUSER INSTALLATION DETAIL FLEX DUCT TAKEOFF DETAIL VENTURI METER - FLOW MEASURING STATION DETAILNOT TO SCALE NOT TO SCALE NOT TO SCALE

ROUND OFF BOLT HEADS OR TACK WELD TO PREVENT REMOVAL. TYPICAL BOTH SIDES OF WALL

3 1/2" x 21/2" x 1/4" ANGLE FRAME CONTINUALLY WELDED AT CORNERS OR SEAMS. SECURE ANGLES @4" O.C. MIN. ANGLES MUST LAP STRUCTURAL OPENING (3" MINIMUM)

3/16" STEEL SLEEVE CONTINUALLY WELDED AT CORNERS OR SEAMS.

EXTEND+/-3 1/2" EACH SIDE FROM WALL

NON-CONDUCTIVE CANVAS OR RUBBER CONNECTOR6" MAX.

1/2" DIA. STEEL BARS AT 6" O.C. MAX. EACH WAY.

WELD TO FRAME AND AT CROSS POINTS.

<-^p, Æ6AWG COPPER GROUND WIRE TO ELECTRICAL GROUNDING SYSTEM(S). COORDINATE WITH ELECTRICAL. PROVIDE PIPE CLAMP OR EXOTHERMAL WELD AT

8"x8"VB 3/16FIRE RATED SECURITY WALL HINGED

ACCESSDOORNON-SECURE ROOM

«TYP. >

fAPIPE. ITT SECURE ROOMPIPE INSULATION PER SPECIFICATIONS.

mWHITE NOISE GENERATOR\ TYP.)3/16 I/1-4 BREAKAWAY SLIP

JOINT (TYP.)CARRIER PIPE

FILL ANNULAR SPACE WITH FIRE CAULK 1/4" TO 1/2" CLEARANCE FILL WITH FIBERGLASS

MATERIAL AND SEALANT AT BOTH SIDESWALLSCHEDULE 40 STEEL PIPE

SLEEVE, ONE PIPE SIZE LARGER THAN CARRIER PIPE WITH INSULATION, INDICATED ON FLOOR PLAN AND DIAGRAMS, ETC.

EXPOSED ROUND SPIRAL DUCTOORKNOTES:

1. INSULATION NOT SHOWN ON DETAIL. PROVIDE INSUUVRON AS REQUIRED BY SPECIFICATIONS.2. CONTRACTOR SHALL VERIFY EXACT AREAS WHERE SECURED WALLS OCCUR WITH

ARCHITECTURAL DRAWINGS.3. THIS DETAIL IS USED WHEN DUCTS ARE GREATER THAN 96 SQ.IN.4. ANCHORAGE TO CONCRETE WALL OR SOLID BRICK, USE HILTI KWIK BOLT II EXPANSION

ANCHORS 3/8" DIA. (MIN.)5. ANCHORAGE TO HOLLOW CONCRETE BLOCK, USE HILTI TOGGLE BOLT (CARBON STEEL) 1/2" DIA. (MIN.)6. ANCHORAGE TO METAL STUDS AND GYP. BOARD WALLS, USE CARBON STEEL THROUGH BOLT, 3/8" DIA. (MIN.)7. PROVIDE CARBON STRUCTURAL STEEL ANGLES, BARS & SHEETS PER ASTM A36.8. WELD PER AWS D1.1, STRUCTURAL STEEL.9. PROVIDE WHITE NOISE AT DUCTOORK. SEE ELECTRICAL.

16" (MAX)

12" TYP.

NON-SECURED ROOM SECURED ROOM

àNOTE:CONTRACTOR SHALL REFER TO ARCHITECTURAL PLANS FOR FIRE RATED SECURE WALL LOCATIONS.

A SIDEWALL SUPPLY GRILLEMANUAL VOLUME

DAMPER

04V I M-502/ C14V IM-502/ CTAV IM-502/

SECURE WALL PIPE PENETRATION DETAIL SECURE WALL DUCT PENETRATION - MANBARS DETAIL SIDEWALL DIFFUSER ROUND EXPOSED DETAILNOT TO SCALE NOT TO SCALE NOT TO SCALE

APPR

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1" THICK BLANKET INSULATION.LAY OVER ENTIRE BACKOF DIFFUSER BODY.

NOMINAL 24"x24"DIFFUSER

BUTT INSULATION FIRMLYAGAINST DIFFUSER BODY,

PULL VAPOR BARRIER DOWNAND CLAMP WITH DRAWBAND.

CEILING T-BAR

CEILING TILE

SHEET METAL BAND AND THREE#8 SHEETMETAL SCREWS

PREINSULATED FLEXIBLEDUCT MAXIMUM 6 FEET INLENGTH. MAINTAIN 1.5 DUCTDIAMETER (MINIMUM)TURNING RADIUS

D

RADIU

S=1.5

D

DUCT WRAPINSULATION

NOTES:1. CONNECT FLEXIBLE DUCT TO FITTING WITH PANDIUT STRAP AND SEAL.2. HARD DUCT RUNOUTS SHOULD START WITH SPIN-IN FITTINGS SIMILAR

TO THIS DETAIL.

RECTANGULARSUPPLY DUCT

ACOUSTICALFLEX DUCT

EXTENSION ON DAMPERROD FOR INSULATED DUCT

SPIN-IN FITTING WITHMANUAL VOLUME DAMPER

FACTORY APPLIEDEXTERNAL INSULATION

NOTES:1. INSULATION NOT SHOWN ON DETAIL. PROVIDE INSULATION AS REQUIRED BY SPECIFICATIONS.2. CONTRACTOR SHALL VERIFY EXACT AREAS WHERE SECURED WALLS OCCUR WITH

ARCHITECTURAL DRAWINGS.3. THIS DETAIL IS USED WHEN DUCTS ARE GREATER THAN 96 SQ.IN.4. ANCHORAGE TO CONCRETE WALL OR SOLID BRICK, USE HILTI KWIK BOLT II EXPANSION

ANCHORS 3/8" DIA. (MIN.)5. ANCHORAGE TO HOLLOW CONCRETE BLOCK, USE HILTI TOGGLE BOLT (CARBON STEEL) 1/2" DIA. (MIN.)6. ANCHORAGE TO METAL STUDS AND GYP. BOARD WALLS, USE CARBON STEEL THROUGH BOLT, 3/8" DIA. (MIN.)7. PROVIDE CARBON STRUCTURAL STEEL ANGLES, BARS & SHEETS PER ASTM A36.8. WELD PER AWS D1.1, STRUCTURAL STEEL.9. PROVIDE WHITE NOISE AT DUCTWORK. SEE ELECTRICAL.

TYP.

SECURE ROOM

3/16

3/16 1-4TYP.

6" MAX.

TYP.

8"x8"HINGEDACCESSDOORNON- SECURE ROOM

3/16" STEEL SLEEVE CONTINUALLYWELDED AT CORNERS OR SEAMS.

EXTEND +/- 3 1/2" EACH SIDEFROM WALL

ROUND OFF BOLT HEADS OR TACKWELD TO PREVENT REMOVAL.TYPICAL BOTH SIDES OF WALL

1/2" DIA. STEEL BARS AT6" O.C. MAX. EACH WAY.

WELD TO FRAME AND ATCROSS POINTS.

3 1/2" x 2 1/2" x 1/4" ANGLE FRAMECONTINUALLY WELDED AT CORNERSOR SEAMS. SECURE ANGLES@ 4" O.C. MIN. ANGLES MUST LAPSTRUCTURAL OPENING (3" MINIMUM)

1/4" TO 1/2" CLEARANCE FILL WITH FIBERGLASSMATERIAL AND SEALANT AT BOTH SIDES

BREAKAWAY SLIPJOINT (TYP.)

WALL

NON-CONDUCTIVECANVAS OR RUBBERCONNECTOR

WHITE NOISEGENERATOR

12" TYP.

EXPOSED ROUNDSPIRAL DUCTWORK

MANUAL VOLUMEDAMPER

SIDEWALL SUPPLYGRILLE

6" (MAX)

PIPE INSULATION PERSPECIFICATIONS.

CARRIER PIPE

SCHEDULE 40 STEEL PIPESLEEVE, ONE PIPE SIZE LARGERTHAN CARRIER PIPE WITHINSULATION, INDICATED ONFLOOR PLAN AND DIAGRAMS, ETC.

NOTE:CONTRACTOR SHALL REFER TO ARCHITECTURAL PLANS FORFIRE RATED SECURE WALL LOCATIONS.

FILL ANNULAR SPACE WITHFIRE CAULK

SECURED ROOMNON-SECURED ROOM

6AWG COPPER GROUND WIRE TOELECTRICAL GROUNDINGSYSTEM(S). COORDINATE WITHELECTRICAL. PROVIDE PIPECLAMP OR EXOTHERMAL WELD ATPIPE.

FIRE RATED SECURITY WALL

5 PIPE DIA. OF STRAIGHTPIPE UPSTREAM

2 PIPE DIA. OF STRAIGHTPIPE DOWNSTREAM

TAGVENTURI FLOW STATION

UNION OR ANYOTHER FITTING

BUILT-IN PRESSURE TAPS WITHEXTENDED NIPPLES, SHUT OFFVALVES AND QUICK CONNECTCOUPLINGS FOR METER HOSECONNECTIONS.

ELBOW OR ANYOTHER FITTING

DIRECTIONOF FLOW

NOTES:1. EACH VENTURI FLOW STATION SHALL BE SUITABLE FOR MOUNTING IN VERTICAL OR HORIZONTAL PIPELINES.2. INSTALL VENTURI IN ACCORDANCE WITH MANUFACTURER'S RECOMMENDATIONS.3. POSITION EACH VENTURI IN PIPING TO ALLOW EASY CONNECTION OF PORTABLE METER HOSES. WHERE VENTURISARE MOUNTED IN HORIZONTAL PIPELINES POSITION PRESSURE TAPS IN THE HORIZONTAL PLANE. PROVIDE EACHVENTURI FLOW STATION WITH A PERMANENT IDENTIFICATION.4. TAG ON CHAIN GIVING STATION SIZE, MANUFACTURER/S MODEL OR SERIES NUMBER, EQUIPMENT SERVED OR

STATION NUMBER, DESIGN FLOW RATE IN GPM WITH CORRESPONDING METER READING, FLOW VERSUSDIFFERENTIAL PRESSURE CURVES, AND INSTALLATION INSTRUCTIONS.

5. PROVIDE ONE PORTABLE DIFFERENTIAL PRESSURE METER BY THE SAME MANUFACTURER AS THE VENTURI FLOWSTATIONS. THE METER SHALL HAVE A MINIMUM ACCURACY OF 0.5 PERCENT OF FULL SCALE RANGE AND SHALL BE

USED FOR THE HYDRONIC TEST AND BALANCE BY THE CONTRACTOR.6. THE METER SHALL HAVE THE FOLLOWING: FLEXIBLE CONNECTING HOSES, BRASS BLOW DOWN VALVES, ZERO

AND RANGE ADJUSTING SCREWS, 6 INCH DIAMETER DIAL WITH CALIBRATED 0 TO 50 IN. W.G. SCALE, INSTRUCTIONBOOK WITH FLOW VERSUS DIFFERENTIAL PRESSURE CURVES.7. THE METER SHALL BE TURNED OVER TO THE OWNER AFTER THE FINAL ACCEPTANCE TESTS.






S C H M I D T.


1

A

SHEETIDENTIFICATION


U.S

. AR

MY

CO

RPS

OF

ENG

INEE

RS

DES

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NOT TO SCALEM-502

1 CEILING DIFFUSER INSTALLATION DETAILNOT TO SCALEM-502

2 FLEX DUCT TAKEOFF DETAIL

NOT TO SCALEM-502

5 SECURE WALL DUCT PENETRATION - MANBARS DETAILNOT TO SCALEM-502

6 SIDEWALL DIFFUSER ROUND EXPOSED DETAILNOT TO SCALEM-502

4 SECURE WALL PIPE PENETRATION DETAIL

NOT TO SCALEM-502

3 VENTURI METER - FLOW MEASURING STATION DETAIL

1 2 3 4 5

AIR DUCT DETECTOR AIR SAMPLING CHAMBER (MOUNT ON

TOP OF DUCT IF SPACE IS LIMITED) — SCHMIDTDUCTCONSULTING-GROUP,INC.



P: 8504 38-0050 F: 8504 32-8631


02

GALVANIZED STEEL DUCTOORK (TRANSITION TO SIZE SHOWN ON PLANS)

HEATING COIL W/X GALVANIZED CASING

D MOUNTINGPLATE


05_u kINTAKE TUBEA HAND-TIGHT PLUGALL THREAD RODS UP TO ROOF STRUCTURE.

(TYP. OF 4 PER UNIT) PROVIDE COMBINATION RUBBER-IN-SPHERE AND SPRING ISOLATOR

NEOPRENEGASKETo o o o o o VENT OPENINGQ

O \ rnEPRESSURE INDEPENDENT VAV BOX W/ GALVANIZED STEEL CASING SLOPE

TOWARDDRAINî DRAIN PAN

PIPE FULL SIZE OF UNIT DRAIN CONNECTION

NOTE 2RETURN TUBEMOUNTINGNUTS ■X

2"INLET (ROUND) TRANSITION AS NECESSARY

2UNOTE 3

LoiNOTES:1. INSTALL IN STRICT ACCORDANCE WITH MANUFACTURER’S INSTALLATION INSTRUCTIONS.2. PROVIDE ACCESS DOOR AT SAMPLING TUBES.3. PROVIDE NEW SMOKE DETECTORS IN SUPPLY DUCTOORK AND IN RETURN DUCTOORK

PRIOR TO OUTSIDE AIR MIXING POINT. COORDINATE WITH BUILDING ALARM SYSTEM.

NOTES:1. LOCATE TRAPS AND FLOOR DRAINS SO AS TO BE ACCESSIBLE FOR CLEANING.

HEIGHT SHALL BE EQUAL TO AIR UNIT TOTAL STATIC PRESSURE. PLUS ONE INCH. (TSP+1 ) PROVIDE AIR GAP BETOEEN FLOOR DRAIN AND CONDENSATE DRAIN EQUAL TO TOO TIMES THE DRAIN DIAMETER.

GALV. ALL PURPOSE CHANNEL SUPPORT WITH NEOPRENE

GASKET (TYP. OF 2 PER UNIT)2 TIMES DIAMETER OF STRAIGHT DUCT INTO VAV BOX

2.

3.%

C

V IM-503/ ViM-5oy Vim-503/VAV BOX INSTALLATION DETAIL SMOKE DETECTOR INSTALLATION DETAIL CONDENSATE DRAIN TRAPNOT TO SCALE NOT TO SCALE NOT TO SCALE

3/8" HARD COPPER TUBING ROUTED TO FLOOR DRAIN

R

3/4" AUTOMATIC • AIR VENT VALVE

3/4" SCHEDULE 40 SS PIPE NIPPLE

3/4" BALL VALVE

2" SCHEDULE 40 SS AIR CHAMBER2"x 3/4" SS

REDUCER2" THREDOLETÏD

PIPE OR TANK

Sn

BUTTERFLY VALVE

B PRESSURE GAGEon3X7

ISOLATION VALVE CHECK VALVE

AUTOMATIC AIR VENT•AVOID CONFLICT WITH PATHWAY

3 1/4" SOFT COPPER _ TUBING. ROUTE TOAHU

CONDENSATE DRAIN.

\SECURE JACKET WITH

METAL BAND NO MORE THAN 1" FROM END

STAINLESS STEEL FLEXIBLE CONNECTORS 1/4" TUBING

0 0 Q------- GAGE COCKCONCENTRIC REDUCERS- ALUMINUM JACKET WITH FACTORY

APPLIED MOISTURE BARRIER. EXTEND FROM BELOW BACKUP MATERIAL TO 10" ABOVE FLOOR

- METAL BAND ^ NEAR FLOOR

SUCTION DIFFUSER WITH INTEGRAL STRAINER

1/4" BRASS PIPING foTPROVIDE ESCUTCHEONS FOR EXPOSED PIPING.

OMIT INSIDE MECH ROOMvT7IZUi I i 1/4" BALL VALVE WITH

STAINLESS STEEL HANDLE AND NUTTO\ IDMOTOR

STAINLESS STEEL DRAIN PAN REDUCER FITTING. RUNOUT

PIPING SIZE x 1/4".s-il/BACKUP

MATERIALSTRAINERCLEARANCE

SEALANT N

INERTIA BASE .j5“0°o CONCRETE

FLOOR i i 1-1/4" PIPE AND ADJUSTABLE FOOT5 T=î

l2; 2: FULL SIZE TEE1

INSULATION (WHERE REQUIRED)

6" THICK CONCRETE PAD WITH CHAMFER

EDGES AND WWF 6x6-W4xW4 3000 PSI

CONCRETE

SCHEDULE 40 STEEL OR CAST-IRON PIPE SLEEVE CUT FLUSH WITH FLOOR

PROVIDE SUPPORTS EVERY 2’ AND AT EVERY ELBOW

1/2" DRAIN SLOPE TO FLOOR DRAIN ROUTE

OUT OUT OF WALKWAY

CHILLED OR HEATING WATER RUNOUT PIPING

TO AND FROM COILA

BASE MOUNTED END SUCTION PUMP

CLOSED COUPLED

V M-503/ V IM-503/ V IM-503/

FLOOR PIPE PENETRATION DETAIL AUTOMATIC AIR VENT DETAILSNOT TO SCALE NOT TO SCALE NOT TO SCALE SHEET

IDENTIFICATION

M-503


APPR

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ark

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NO

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. AR

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CO

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OF

ENG

INEE

RS

MO

BIL

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BILE

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AS

OLI

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NO

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9127

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AIRFLOW

INLET (ROUND)TRANSITION ASNECESSARY

2 TIMES DIAMETEROF STRAIGHTDUCT INTO VAV BOX

GALV. ALL PURPOSE CHANNELSUPPORT WITH NEOPRENE

GASKET (TYP. OF 2 PER UNIT)

PRESSURE INDEPENDENT VAV BOXW/ GALVANIZED STEEL CASING

ALL THREAD RODS UP TO ROOF STRUCTURE.(TYP. OF 4 PER UNIT) PROVIDE COMBINATIONRUBBER-IN-SPHERE AND SPRING ISOLATOR

HEATING COIL W/GALVANIZED CASING

GALVANIZED STEEL DUCTWORK(TRANSITION TO SIZE SHOWN ON PLANS)

DUCT

DUCT

DIA

METE

R

AIR DUCT DETECTOR AIRSAMPLING CHAMBER (MOUNT ON

TOP OF DUCT IF SPACE IS LIMITED)

MOUNTINGPLATE

INTAKE TUBE

RETURN TUBE

NEOPRENEGASKET

MOUNTINGNUTS

NOTES:1. INSTALL IN STRICT ACCORDANCE WITH MANUFACTURER'S INSTALLATION INSTRUCTIONS.2. PROVIDE ACCESS DOOR AT SAMPLING TUBES.3. PROVIDE NEW SMOKE DETECTORS IN SUPPLY DUCTWORK AND IN RETURN DUCTWORK

PRIOR TO OUTSIDE AIR MIXING POINT. COORDINATE WITH BUILDING ALARM SYSTEM.

NOTES:1. LOCATE TRAPS AND FLOOR DRAINS SO AS TO BE ACCESSIBLE FOR CLEANING.2. HEIGHT SHALL BE EQUAL TO AIR UNIT TOTAL STATIC PRESSURE. PLUS ONE INCH. (TSP+1 )3. PROVIDE AIR GAP BETWEEN FLOOR DRAIN AND CONDENSATE DRAIN EQUAL

TO TWO TIMES THE DRAIN DIAMETER.

PIPE FULL SIZE OF UNITDRAIN CONNECTION

DRAIN PAN

SLOPETOWARD

DRAIN NOTE 2

2"

HAND-TIGHT PLUG

NOTE 3

VENT OPENING

PROVIDE ESCUTCHEONSFOR EXPOSED PIPING.

OMIT INSIDE MECH ROOM

SECURE JACKET WITHMETAL BAND NO MORE

THAN 1" FROM END

ALUMINUM JACKET WITH FACTORYAPPLIED MOISTURE BARRIER.EXTEND FROM BELOW BACKUPMATERIAL TO 10" ABOVE FLOOR

SCHEDULE 40 STEEL ORCAST-IRON PIPE SLEEVECUT FLUSH WITH FLOOR

BACKUPMATERIAL

INSULATION(WHERE REQUIRED)

METAL BANDNEAR FLOORSEALANT

CONCRETEFLOOR

STRAINERCLEARANCE

SUCTION DIFFUSERWITH INTEGRALSTRAINER

1-1/4" PIPE ANDADJUSTABLE FOOT

CONCENTRIC REDUCERSGAGE COCK

1/4" TUBING

AVOID CONFLICTWITH PATHWAY

PRESSURE GAGE

BUTTERFLY VALVE

ISOLATION VALVECHECK VALVE

PROVIDE SUPPORTSEVERY 2' AND AT EVERYELBOW

6" THICK CONCRETEPAD WITH CHAMFER

EDGES AND WWF6x6-W4xW4 3000 PSI

CONCRETE

1/2" DRAIN SLOPE TOFLOOR DRAIN ROUTE

OUT OUT OF WALKWAY

STAINLESS STEELFLEXIBLE CONNECTORS

STAINLESSSTEEL DRAIN PAN

INERTIA BASE

MOTOR

3/4" BALL VALVE

2" THREDOLET

PIPE OR TANK

3/8" HARD COPPER TUBINGROUTED TO FLOOR DRAIN

3/4" AUTOMATICAIR VENT VALVE

3/4" SCHEDULE40 SS PIPE NIPPLE

2"x 3/4" SSREDUCER

2" SCHEDULE 40SS AIR CHAMBER

6"

REDUCER FITTING. RUNOUTPIPING SIZE x 1/4".

1/4" BALL VALVE WITHSTAINLESS STEEL HANDLEAND NUT

1/4" SOFT COPPERTUBING. ROUTE TO AHUCONDENSATE DRAIN.

AUTOMATIC AIR VENT

CHILLED OR HEATINGWATER RUNOUT PIPING

TO AND FROM COIL

4"

1/4" BRASS PIPING

FULL SIZE TEE






S C H M I D T.


1

A

SHEETIDENTIFICATION


U.S

. AR

MY

CO

RPS

OF

ENG

INEE

RS

DES

IGN

ED B

Y:

BULL

OCK

TIC

E AS

SOCI

ATES

909

E. C

ERVA

NTES

STR

EET,

SUI

TE B

.PE

NSAC

OLA

, FLO

RIDA

2 3 4 5

B

C

D

DW

N B

Y:

SUB

MIT

TED

BY:

PLO

T SC

ALE:

SIZE

:

CK

D B

Y:

PLO

T DA

TE:

DA

TE:

SOLI

CIT

ATI

ON

NO

.:

CO

NTR

AC

T N

O.:

PRO

JEC

T N

UM

BER

:

FILE

NA

ME:

MAR

KD

ESC

RIP

TIO

ND

ATE

APP

R.M

ARK

DES

CR

IPTI

ON

DAT

EA

PPR.

1:1

AN

SI D

MO

BIL

E D

ISTR

ICT

MO

BIL

E, A

LAB

AM

A

M01

5ES1

3

FY16

AD

DIT

ION

TO

39

IOS

FAC

ILIT

YH

UR

LBU

RT

FIEL

D, F

LOR

IDA

M-503

MEC

HANI

CAL

DETA

ILS

A. L

IE

A. L

IEW

. JO

NES

W. J

ON

ES

FEB

RU

AR

Y 8,

201

7

M50

3ES1

3.D

WG

W91

278-

17-R

-001

0

NOT TO SCALEM-503

1 VAV BOX INSTALLATION DETAILNOT TO SCALEM-503

2 SMOKE DETECTOR INSTALLATION DETAILNOT TO SCALEM-503

3 CONDENSATE DRAIN TRAP

NOT TO SCALEM-503

4 FLOOR PIPE PENETRATION DETAILNOT TO SCALEM-503

5

BASE MOUNTED END SUCTION CLOSED COUPLEDPUMP

NOT TO SCALEM-503

6 AUTOMATIC AIR VENT DETAILS

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PIPE OFFSET FORCLARITY

1. CHILLED WATER SUPPLY TO BLDG.

2. CHILLED WATER RETURN FROM BLDG.

3. FLOW METER. INSTALL PER MFR RECOMMENDATIONS.COORDINATE WITH CONTROLS.

4. AUTOMATIC AIR VENT AT ALL HIGH POINTS IN SYSTEM, PIPETO FLOOR DRAIN WITH 1/4" COPPER TUBING. TYP. SEE DETAIL6/M504.

5. PROVIDE MAKE UP WATER AND PRESSURE REDUCING VALVESYSTEM PRIOR TO AIR SEPARATOR CONNECTION. SEE DETAIL3/M501.

6. AIR SEPARATOR, PIPE DRAIN TO FLOOR DRAIN. SEE DETAIL1/M501.

7. BASE MOUNTED END SUCTION PUMP, SUCTION DIFFUSER ANDACCESSORIES. SEE DETAIL 5/M504.

8. CHEMICAL SHOT FEEDER. FILL FOR SHOT FEEDER SHALL BE AMAX. OF 48" AFF. LOCATE CHEMICAL FEEDER ISOLATIONVALVES BELOW 60" AFF. SEE DETAIL 5/M501.

9. EXPANSION TANK. SEE SCHEDULE AND DETAIL 4/M501.

10. CHECK VALVE

11. ISOLATION VALVE

12. STAINLESS STEEL WELL WITH EXTENDED NECK FORTEMPERATURE CONTROL SYSTEM. INSTALL IN PIPE TEE.COORDINATE WITH EMCS CONTRACTOR, TYPICAL.

13. PUMP SUPPORT AND VIBRATION ISOLATION PERSPECIFICATIONS.

14. FLEXIBLE CONNECTOR

15. 6" THICK HOUSEKEEPING CONCRETE PAD WITH WELDED WIREFABRIC. TYP. SIZE SHALL BE 6" LARGER THAN EQUIPMENTFOOTPRINT.

16. THERMOMETER

17. PRESSURE GAUGE

18. DIFFERENTIAL PRESSURE SWITCH

19. Y STRAINER

20. AUTOMATIC MODULATING ISOLATION VALVE. COORDINATEWITH DDC CONTRACTOR, TYPICAL.

21. PROVIDE INSULATION, HEAT TRACE, AND ALUMINUM JACKETFOR ALL WEATHER EXPOSED ABOVE GRADE CHILLED WATERPIPING. HEAT TRACE SHALL BE A SELF REGULATING TYPEWITH 5 WATTS/LINEAR FOOT. COORDINATE WITH ELECTRICALFOR POWER REQUIREMENTS. REFER TO DETAIL 6/M501 FOREXTERIOR PIPE SUPPORT.

22. PRE-INSULATED, FACTORY FABRICATED UNDERGROUNDCHILLED WATER PIPING.

23. REFER TO STRUCTURAL PLANS FOR CHILLER PAD.

24. REFER TO FLOOR PIPING PENETRATION DETAIL 4/M504.

25. BLIND FLANGES AND ISOLATION VALVES FOR EMERGENCYCHILLER CONNECTION.

26. SECURED FLOOR PENETRATION. REFER TO DETAIL 4/M502.

27. PROVIDE EQUIPMENT AND ACCESSORIES UNDER BID OPTION.

KEY NOTES1. PROVIDE AUTOMATIC AIR VENTS AT ALL HIGH POINTS IN THE

CHW/HW WATER SYSTEMS. ROUTE 1/4" SOFT COPPER TUBINGFROM THE DISCHARGE OF EACH AUTOMATIC AIR VENT TO THENEAREST FLOOR DRAIN.

2. ALL DIMENSIONS SHALL BE FIELD VERIFIED BEFORE ANYFABRICATION.

3. ALL CONNECTIONS AND PIPING/VENT DIAGRAM SHALL BECOORDINATED WITH THE CHILLER MANUFACTURER PRIOR TOFABRICATION.

4. PROVIDE STAINLESS STEEL HARDWARE ON ALL EXTERIOR VALVES.

COORDINATION NOTES

CHWS

1" MAKE UP WATER CONNECTION.FIELD COORDINATE WITH PLUMBINGFOR EXACT LOCATION.

3/4"

3/4"

CHWR

3/4"3/4"

3/4"

6"

6"

4"6"

GRADE

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EXTE

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FM

MECHANICAL ROOM

SECURED FLOOR CONSTRUCTION

DDC

DDC

GRADE

GRADE

GRADE

10"10"

10"10"

10"10"6"6"

10"10"

CHWS

CHWR

6" 6"

P/T

LOAD

LINE

VFD

P/T6"

6" 6"

P/T

LOAD

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VFD

P/T

4"

4"

4"

4"

4"

4"

GRADE






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GRADE FROM BOILERCONDENSATETRAP

COMBUSTIONTEST PORT

SEAL RINGADAPTER ASPER MFRRECOMMENDATION

BOILER MFR HORIZONTALCOMBUSTION AIR INLET

KIT WITH BIRDSCREEN

ROUTE TO NEARESTFLOOR DRAIN WITHMFR.RECOMMENDEDPIPING OR TUBING.

PROVIDE MFRRECOMMENDEDCONDENSATENEUTRALIZER KIT.

FLUE VENT. INSTALL ANDSLOPE PER MFRINSTRUCTION. PROVIDEVERTICAL STACK SUPPORTTO FLOOR SLAB.

FLUE STACKCONDENSATE LINE

BOILER MFR HORIZONTALVENT TERMINATION KIT

WITH WALL THIMBLEINSTALL PER MFR

RECOMMENDATION.

EXTE

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1. HOT WATER SUPPLY TO BLDG.

2. HOT WATER RETURN FROM BLDG.

3. PROVIDE 1" MAKE UP WATER CONNECTION PRIOR TO AIRSEPARATOR CONNECTION. COORDINATE WITH PLUMBING.

4. AUTOMATIC AIR VENT AT ALL HIGH POINTS IN SYSTEM, PIPE TOFLOOR DRAIN WITH 1/4" COPPER TUBING. TYP.

5. ASME RELIEF VALVE SET AT 30 PSI. PIPE DISCHARGE TO FLOORDRAIN.

6. AIR SEPARATOR, PIPE DRAIN TO FLOOR DRAIN.

7. INLINE PUMP ACCESSORIES.

8. CHEMICAL SHOT FEEDER. FILL FOR SHOT FEEDER SHALL BE AMAX. OF 36" AFF. LOCATE CHEMICAL FEEDER ISOLATION VALVESBELOW 60" AFF. SEE DETAIL 5/M501.

9. EXPANSION TANK. SEE DETAIL 4/M501.

10. CHECK VALVE, TYP.

11. BALANCING VALVE. SIZE PER MFR RECOMMENDATIONS FORSCHEDULED FLOW RATE. PROVIDE REDUCER/TRANSITION ASREQUIRED. TYP.

12. ISOLATION VALVE, TYP.

13. STAINLESS STEEL WELL WITH EXTENDED NECK FORTEMPERATURE CONTROL SYSTEM. INSTALL IN PIPE TEE.COORDINATE WITH DDC CONTRACTOR, TYPICAL.

14. PUMP GAUGE MANIFOLD. MOUNT ON INSULATED PIPE OR WALL.

15. STAINLESS STEEL FLEXIBLE CONNECTOR, TYP.

16. 6" THICK HOUSEKEEPING CONCRETE PAD WITH WELDED WIREFABRIC. TYP. SIZE SHALL BE 6" LARGER THAN EQUIPMENTFOOTPRINT.

17. THERMOMETER, TYP.

18. PRESSURE GAUGE, TYP.

19. BOILER CONTROL TEMPERATURE SENSOR. COORDINATE FINALLOCATION AND TYPE WITH BOILER MFR AND CONTROLSCONTRACTOR.

20. BOILER PUMP. INTERLOCK WITH BOILER INTERNAL CONTROLS.PROVIDE SUPPORT PER MFR RECOMMENDATIONS.

21. GAS PIPING CONNECTION. PROVIDE NATURAL GAS TRAIN CSD-1PER DETAIL ON THIS SHEET. PROVIDE TRAP, PLUG, SHUT OFFVALVE AND ALL OTHER APPURTENANCES TO ACHIEVEACCEPTABLE GAS PRESSURE LIMIT PER BOILER MFR.

KEY NOTES

HWR

2" BLOW DOWN

1. PROVIDE AUTOMATIC AIR VENTS AT ALL HIGH POINTS IN THECHW/HW WATER SYSTEMS. ROUTE 1/4" SOFT COPPER TUBINGFROM THE DISCHARGE OF EACH AUTOMATIC AIR VENT TO THENEAREST FLOOR DRAIN.

2. ALL DIMENSIONS SHALL BE FIELD VERIFIED BEFORE ANYFABRICATION.

3. ALL CONNECTIONS AND PIPING/VENT DIAGRAM SHALL BECOORDINATED WITH THE BOILER MANUFACTURER PRIOR TOFABRICATION.

4. PROVIDE MAXIMUM 4 TIMES THE PIPE DIAMETER OR 12"WHICHEVER IS LESS. COORDINATE WITH BOILER MANUFACTURER.

5. CONTRACTOR TO PROVIDE MAKE UP WATER TEST RESULT ANDVERIFY WATER HARDNESS WITH EQUIPMENT MFR RECOMMENDEDHIGH LIMIT CONCENTRATION.

6. SEE ARCH. DWGS FOR ROOF PENETRATION DETAIL.

AIR PRECHARGE VALVE

3/4" GATE VALVEWITH HOSE END

EPOXY BOLTS-EMBED TOSTRUCTURAL SLAB

3/4"

HWR

HWS

P/T

3"

3/4"3/4"

3/4"

G

SEE COORDINATIONNOTE 4

3"

3"

P/T

BOILERCONTROLPANEL

DRIP LEG

PIPE CAP STRAINER

RELIEF VALVE (IF REQUIRED)VENT TO ATMOSPHERE (TYP.)

PIPE CAP (TYP.)LEAKAGE TEST VALVE (TYP.)

HIGH GAS PRESSURE SWITCH

LOW GAS PRESSURE SWITCH

TO BOILER

BOILER PRESSURE REGULATOR

SAFETY SHUTOFF VALVE WITHPROOF OF CLOSURE

NATURAL GAS TRAIN CSD-1 DIAGRAM NOTES:1. GAS SOLENOID SHUT-OFF VALVE - COORDINATE

SHUTOFF VALVE POWER REQUIREMENT WITHELECTRICAL.

2. GAS TRAIN AND REGULATOR, AS SHOWN IN THISDIAGRAM, SHALL BE COORDINATED WITH BOILERMFR.

MANUAL VALVE

3"

3"3"

3"

HWS

HWS

B

B

STRAINER

INLINEPUMP

GAUGECOCK

HANGER SUPPORTSBOTH SIDES

PUMPGAUGE

REDUCER(IF REQ'D)

± 36" A.F.F.

± 30"

NATURAL GAS TRAIN DETAILNOT TO SCALE

BOILER VENTING DETAILNOT TO SCALE

COORDINATION NOTES

12"

6"

HWP-2 AND ITS ACCESSORIES SHALLBE PROVIDED UNDER BID OPTION

1" MAKE UP WATER CONNECTION.FIELD COORDINATE WITH PLUMBINGFOR EXACT LOCATION.

1M-506

2M-506

BOILERPUMP






S C H M I D T.


1

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SHEETIDENTIFICATION


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COIL CONNECTION DIAGRAM DETAIL NOTES:

1. CHILLED WATER SUPPLY AND RETURN PIPING MATERIAL SHALL BE PER THE SPECIFICATIONS. INSTALL BOLTED FLANGES INALL LOCATIONS INDICATED AND ELSEWHERE WHERE REQUIRED FOR EASE OF SERVICE.

2. INSTALL 2-WAY CONTROL VALVE WITH ACTUATOR IN VERTICAL POSITION.3. INSTALL P/T PORTS AND GAGE PIPING IN FORGED STEEL THREDOLETS OR REDUCING TEE. HALF COUPLINGS ARE NOT

ALLOWABLE.4. PROVIDE ALL VALVES, P/T PLUGS AND VENTURI MEASURING PORTS WITH EXTENDED STEMS TO ACCOMMODATE INSULATION

THICKNESS.5. INSTALL COIL COMPONENTS IN THE PHYSICAL RELATIONSHIP INDICATED WITH RESPECT TO THE COIL, AND TO EACH OTHER.6. ARRANGE PIPING SUCH THAT THE ENTIRE COIL CONNECTION ASSEMBLY CAN BE REMOVED BY DISCONNECTING AT POINTS

MARKED WITH AN ASTERISK (*) FOR COIL SERVICING. PIPING SHALL NOT INTERFERE WITH ACCESS TO ANY COMPONENT OFTHE AIR HANDLING UNIT THAT REQUIRES SERVICE.

7. INSTALL COIL CONNECTION PIPING AND COMPONENTS IN EXACT PHYSICAL CONFIGURATION AND ROUTING INDICATEDUNLESS SPECIFICALLY AUTHORIZED BY THE ENGINEER AND THE OWNER.

8. INSTALL THERMOMETER AND PRESSURE GAGES FOR CLEAR READOUT VIEW FROM A SINGLE POSITION AT WORKING HEIGHT.9. VALVES INDICATED FOR SHUTOFF SERVICE SHALL BE PROVIDED WITH ENGRAVED PHENOLIC TAG ON BRASS CHAIN

INDICATING "NORMALLY OPEN SERVICE VALVE".10. PROVIDE DIELECTRIC UNIONS AT ALL DISSIMILAR METAL PIPE CONNECTIONS.11. PROVIDE COMBINATION TIGHT SHUTOFF VALVE AND BALANCING VALVE WITH MEMORY POSITIONING DEVICE AND P/T PLUGS.

AFTER THE HYDRONIC TEST AND BALANCE HAS BEEN COMPLETED THE CONTRACTOR SHALL POSITION THE MEMORY STOPON EACH VALVE TO PREVENT OPENING OF THE VALVE BEYOND THE FINAL BALANCE SETTINGS. PROVIDE WITH ENGRAVEDPHENOLIC TAG ON BRASS CHAIN INDICATING "BALANCE VALVE. DO NOT MOVE MEMORY STOP. RETURN TO BALANCE SETTING".

P/T

P/T

CHILLED WATER COILOR HOT WATER COIL

CHW

R

CHW

S SUPPLY

RETURNDIRECTION OF AIR FLOW

1. 1/2" AUTOMATIC AIR VENT WITH 1/4" AIR CHAMBER.SEE AUTOMATIC AIR VENT DETAIL.

2. 1/4" AUTOMATIC AIR VENT IN COIL HEADER WITH 4" AIRCHAMBER AND 1/4" BALL VALVE.

3. BUTTERFLY VALVE, ISOLATION SERVICE, FLANGED

4. SERVICE FLANGE.

5. 2-WAY PRESSURE INDEPENDENT FLOW CONTROLVALVE. CONNECT TO DDC.

6. CAST IRON MANUAL VENTURI WITH CALIBRATEDBALANCING VALVE, FLANGED. INSTALL PER MFRRECOMMENDATIONS. SEE NOTE 11.

7. PRESSURE/TEMPERATURE PORT WITH EXTENDEDNECK, TYPICAL.

8. CAST IRON Y-STRAINER, FLANGED. PROVIDE WITHBLOWDOWN VALVE, 3/4" HOSE BIB AND CAP.

9. 3/8" COPPER COIL DRAIN WITH BALL VALVE.

10. STAINLESS STEEL WELL FOR DDC TEMPERATURETRANSMITTER. COORDINATE WITH CONTROLSCONTRACTOR. WELLS SHALL BE PROVIDED BYCONTROLS CONTRACTOR.

11. STAINLESS STEEL WELL FOR LIQUID-IN-GLASSTHERMOMETER. 1/2" NPT, LENGTH TO SUITINSTALLATION LOCATION AND PIPE SIZE. PROVIDETHERMOMETER'S STEM LENGTH TO SUIT PIPEDIAMETER. RANGE: 0° TO 120°F FOR CHILLED WATER,O° TO 250°F FOR HOT WATER.

12. PRESSURE GAUGE, 4-1/2" DIAL SIZE, LIQUID-FILLED.RANGE 0-100 PSI.

13. GAGE PIPING. 1/4" STAINLESS STEEL PIPING WITH ALLTHREADED FITTINGS. PROVIDE WITH UNIONS AND 1/4"BALL VALVE AS REQUIRED.

14. 1/4" BALL VALVES SHALL BE STAINLESS STEEL WITHLATCH LOCK HANDLE.

P/TP/T

P/T

*

*

* *

P/T

P/T

HOT WATER COIL

HWR

HWS

SUPPLY

RETURNDIRECTION OF AIR FLOW

1. 1/4" MANUAL AIR VENT WITH 4" AIR CHAMBER AND 1/4"BALL VALVE.

2. BALL VALVE FOR ISOLATION SERVICE, SCREWED

3. SERVICE UNION.

4. 3-WAY CONTROL VALVE. CONNECT TO DDC.

5. MANUAL VENTURI WITH CALIBRATED BALANCINGVALVE, SCREWED, INSTALL PER MFRRECOMMENDATIONS.


7. BRONZE STRAINER, SCREWED. PROVIDE WITHBLOWDOWN VALVE.

8. DIELECTRIC UNION AT POINT OF CONVERSION FROMSTEEL PIPE TO COPPER TUBING. TYPICAL.

P/T

P/T

TYPICAL CHILLED OR HOT WATER COIL CONNECTIONDIAGRAM RUNOUT PIPING SIZE 2" AND LARGER

TYPICAL HOT WATER COIL CONNECTIONDIAGRAM RUNOUT FOR AIR TERMINAL UNITS (3-WAY VALVE)

DETAIL NOTES

DETAIL NOTES






S C H M I D T.


1

A

SHEETIDENTIFICATION


U.S

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MY

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RPS

OF

ENG

INEE

RS

DES

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Y:

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1515

1. 1/2" AUTOMATIC AIR VENT WITH 1/4" AIR CHAMBER. SEEAUTOMATIC AIR VENT DETAIL.

2. 1/4" AUTOMATIC AIR VENT IN COIL HEADER WITH 4" AIRCHAMBER AND 1/4" BALL VALVE.

3. BUTTERFLY VALVE, ISOLATION SERVICE, FLANGED

4. SERVICE FLANGE.

5. 3-WAY FLOW CONTROL VALVE. CONNECT TO DDC.

6. CAST IRON MANUAL VENTURI WITH CALIBRATEDBALANCING VALVE, FLANGED, EQUAL TO NEXUS NXFB.INSTALL PER MFR RECOMMENDATIONS. SEE NOTE 11.


8. CAST IRON Y-STRAINER, FLANGED, EQUAL TO NEXUSSXFV PROVIDE WITH BLOWDOWN VALVE, 3/4" HOSE BIBAND CAP.

9. 3/8" COPPER COIL DRAIN WITH BALL VALVE.

10. STAINLESS STEEL WELL FOR DDC TEMPERATURETRANSMITTER. COORDINATE WITH CONTROLSCONTRACTOR. WELLS SHALL BE PROVIDED BYCONTROLS CONTRACTOR.

11. STAINLESS STEEL WELL FOR LIQUID-IN-GLASSTHERMOMETER EQUAL TO MILJOCO SX7. 1/2" NPT,LENGTH TO SUIT INSTALLATION LOCATION AND PIPESIZE. SEE SPECIFICATION "METERS AND GAGES".PROVIDE THERMOMETER'S STEM LENGTH TO SUIT PIPEDIAMETER. RANGE: 0° TO 120°F FOR CHILLED WATER,O° TO 250°F FOR HOT WATER.

12. PRESSURE GAGE, 4-1/2" DIAL SIZE, LIQUID-FILLED.RANGE 0-100 PSI. SEE SPECIFICATION "METERS ANDGAGES". EQUAL TO MILJOCO PLF4520L

13. GAGE PIPING. 1/4" STAINLESS STEEL PIPING WITH ALLTHREADED FITTINGS. PROVIDE WITH UNIONS AND 1/4"BALL VALVE AS REQUIRED.

14. 1/4" BALL VALVES SHALL BE STAINLESS STEEL WITHLATCH LOCK HANDLE EQUAL TO MILWAUKEE20SSOR-N1-LL.

15. PROVIDE FLAT BAR GAGE PIPING SUPPORT AND TO BEWELDED TO MAIN PIPE.

*

*

* *

P/T

P/T

UPPER CHILLED WATERCOIL (1/2 FLOW)

CHWR

CHWS

P/T

*

*

P/T

P/T

LOWER CHILLED WATERCOIL (1/2 FLOW)

P/TP/T

MAIN RUNOUT HALF FLOW

HALF FLOW

*

*

* *

P/T

P/T

UPPER CHILLED WATERCOIL (1/3 FLOW)

CHWR

CHWS

P/T

*

*

P/T

P/T

LOWER CHILLED WATERCOIL (1/3 FLOW)

P/TP/T

SUB-RUNOUT

MAIN RUNOUT 1/3 FLOW

*

*

P/T

P/T

CHILLED WATER COIL(1/3 FLOW)

1/3 FLOW

1/3 FLOW

DETAIL NOTES

CHILLED WATER DUAL COIL CONNECTIONDIAGRAM RUNOUT PIPING FOR AHU-1

COIL CONNECTION DIAGRAM DETAIL NOTES:

1. CHILLED WATER SUPPLY AND RETURN PIPING MATERIAL SHALL BE PER THE SPECIFICATIONS. INSTALL BOLTED FLANGES INALL LOCATIONS INDICATED AND ELSEWHERE WHERE REQUIRED FOR EASE OF SERVICE.

2. INSTALL 2-WAY CONTROL VALVE WITH ACTUATOR IN VERTICAL POSITION.3. INSTALL P/T PORTS AND GAGE PIPING IN FORGED STEEL THREDOLETS OR REDUCING TEE. HALF COUPLINGS ARE NOT

ALLOWABLE.4. PROVIDE ALL VALVES, P/T PLUGS AND VENTURI MEASURING PORTS WITH EXTENDED STEMS TO ACCOMMODATE INSULATION

THICKNESS.5. INSTALL COIL COMPONENTS IN THE PHYSICAL RELATIONSHIP INDICATED WITH RESPECT TO THE COIL, AND TO EACH OTHER.6. ARRANGE PIPING SUCH THAT THE ENTIRE COIL CONNECTION ASSEMBLY CAN BE REMOVED BY DISCONNECTING AT POINTS

MARKED WITH AN ASTERISK (*) FOR COIL SERVICING. PIPING SHALL NOT INTERFERE WITH ACCESS TO ANY COMPONENT OFTHE AIR HANDLING UNIT THAT REQUIRES SERVICE.

7. INSTALL COIL CONNECTION PIPING AND COMPONENTS IN EXACT PHYSICAL CONFIGURATION AND ROUTING INDICATEDUNLESS SPECIFICALLY AUTHORIZED BY THE ENGINEER AND THE OWNER.

8. INSTALL THERMOMETER AND PRESSURE GAGES FOR CLEAR READOUT VIEW FROM A SINGLE POSITION AT WORKING HEIGHT.9. VALVES INDICATED FOR SHUTOFF SERVICE SHALL BE PROVIDED WITH ENGRAVED PHENOLIC TAG ON BRASS CHAIN

INDICATING "NORMALLY OPEN SERVICE VALVE".10. PROVIDE DIELECTRIC UNIONS AT ALL DISSIMILAR METAL PIPE CONNECTIONS.11. PROVIDE COMBINATION TIGHT SHUTOFF VALVE AND BALANCING VALVE WITH MEMORY POSITIONING DEVICE AND P/T PLUGS.

AFTER THE HYDRONIC TEST AND BALANCE HAS BEEN COMPLETED THE CONTRACTOR SHALL POSITION THE MEMORY STOPON EACH VALVE TO PREVENT OPENING OF THE VALVE BEYOND THE FINAL BALANCE SETTINGS. PROVIDE WITH ENGRAVEDPHENOLIC TAG ON BRASS CHAIN INDICATING "BALANCE VALVE. DO NOT MOVE MEMORY STOP. RETURN TO BALANCE SETTING".

CHILLED WATER THREE COIL CONNECTIONDIAGRAM RUNOUT PIPING FOR AHU-2






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SEQUENCE OF OPERATIONCOMPUTER ROOM AIR CONDITIONING UNITS (CRU)

GENERAL: THE COMPUTER ROOM UNIT WILL OPERATE ACCORDING TO THE MANUFACTURER'S CONTROLS TO MAINTAIN SPACETEMPERATURE AND HUMIDITY SETPOINTS. THE SPACE TEMPERATURE SETPOINT WILL BE SET TO 70°F (ADJ.) AND THE SPACEHUMIDITY SETPOINT WILL BE SET TO 50% RH (ADJ.). THE DDC WILL GENERATE ALARMS WHEN THE SPACE TEMPERATUREEXCEEDS THE SETPOINT BY 5°F (ADJ.)AND THE SPACE HUMIDITY EXCEEDS THE SETPOINT BY 10% (ADJ.) VIA THE BACNETINTERFACE.

THE COMPUTER ROOM UNITS SHALL BE PROVIDED WITH FACTORY INSTALLED MICROPROCESSOR CONTROLS. AS AMINIMUM, THE ADJUSTABLE SETPOINTS SHALL INCLUDE TEMPERATURE, TEMPERATURE SENSITIVITY, HUMIDITY AND HUMIDITYSENSITIVITY. THE CRU ONBOARD CONTROLLER SHALL MODULATE THE CHILLED WATER VALVE AND ELECTRIC REHEAT TOMAINTAIN SPACE TEMPERATURE SETPOINT. THE ONBOARD CONTROLLER SHALL MODULATE THE HUMIDIFIER HEATER TOMAINTAIN SPACE HUMIDITY SETPOINT. THE CRU ONBOARD CONTROLLER SHALL REPORT SYSTEM ALARM CONDITIONS ONTHE INDIVIDUAL UNIT CONTROL PANEL AND THE DDC FRONT END. AS A MINIMUM, THESE ALARMS SHALL INCLUDE RUNSTATUS, CONTROL VALVE STATUS, PERCENT ELECTRIC HEAT OUTPUT, LOW/HI TEMPERATURE ALARM, LOW/HI HUMIDITYALARM, FAN OVERLOAD, FILTER CHANGE, LOSS OF AIR FLOW, LOSS OF POWER AND LEAK DETECTION ALARM.

THE CRU ONBOARD CONTROLLER SHALL BE CAPABLE OF SELF-DIAGNOSIS. IF A SELF-TEST DETECTS AN ONBOARD CRITICALFAILURE, THE CONTROLLER SHALL SIGNAL THE ON-BOARD CONTROLLER AND INITIATE SHUTDOWN. ON SHUTDOWN THE CRUCONTROLLER SHALL DE-ENERGIZE THE HUMIDIFIER AND ELECTRIC REHEAT.

APART FROM THE MANUFACTURER THERMOSTAT, DDC CONTRACTOR SHALL FURNISH AN ADDITIONAL REMOTETEMPERATURE SENSOR AT EACH COMM ROOM. PROVIDE AN ALARM TO THE DDC PANEL IF THE ROOM TEMPERATURE ISABOVE 80 DEG F (ADJ.)

SEQUENCE OF OPERATION EMERGENCY STOP STATIONTHERE ARE TWO (2) LOCAL BUILDING EMERGENCY SHUTDOWN PUSH BUTTONS THAT WILL BE MONITORED BY THE DDC. THE DDCWILL ALSO BE NOTIFIED WHEN THE BASE-WIDE SHUTDOWN IS INITIATED. IF THE LOCAL SWITCH IS PUSHED OR A BASE-WIDESHUTDOWN SIGNAL IS RECEIVED, THE DDC WILL DISABLE ALL AIR HANDLING UNITS, ENERGY RECOVERY UNITS, AND EXHAUSTFANS AND CLOSE ALL MAIN MOTORIZED OUTSIDE /EXHAUST AIR DAMPERS ASSOCIATED WITH THESE UNITS. A LOCAL KEYEDRESET WILL ALLOW THE LOCAL SHUTDOWN TO BE RESET. THE BUILDING SHUTDOWN WILL ONLY BE RESET WHEN THE SHUTDOWNSIGNAL FROM THE SYSTEM IS NO LONGER SENSED BY THE DDC.

AN EMERGENCY SHUTOFF SWITCH (MAINTAINED CONTACT, PUSH BUTTON TYPE) SHALL BE PROVIDED WHERE INDICATED THATSHALL SHUT DOWN THE AIR DISTRIBUTION THROUGHOUT THE ENTIRE BUILDING. THE SWITCH SHALL BE INSTALLED IN AFLUSH-MOUNTED ENCLOSURE WITH A TAMPER RESISTANT ENCLOSURE. A PLASTIC LAMINATE SIGN SHALL BE PROVIDEDADJACENT TO THE SWITCH WHICH READS "BUILDING VENTILATION SYSTEM EMERGENCY SHUTOFF SWITCH".

SUPERVISE THE EMERGENCY SHUTOFF SWITCH BY ROUTING WIRE THROUGH THE FIRE ALARM CONTROL/MNS PANEL USINGMONITOR MODULE AND CONTROL MODULES(S) TO ACTUATE TOTAL HVAC SHUTDOWN.

DDC SYSTEM GENERAL NOTES

1. THE CONTRACTOR SHALL PROVIDE A COMPLETE NEW DDC SYSTEM TO PERFORM THE INDICATED SEQUENCES, ALL OTHERFUNCTIONS REQUIRED BY THE CONTRACT DOCUMENTS, AND ALL OTHER FUNCTIONS REQUIRED FOR A COMPLETE ANDFUNCTIONAL SYSTEM.

2. NEW DDC SYSTEM SHALL HAVE THE CAPABILITY TO, AND SHALL BE CONNECTED TO THE EXISTING BASE DDC SYSTEM.

3. ALL SEQUENCES ARE SUBJECT TO SAFETIES. DDC CONTRACTOR SHALL PROVIDE ALL NECESSARY AND CUSTOMARYSAFETIES.

4. ALL WIRING SHALL BE IN CONDUIT. ALL CONDUIT SHALL BE INSTALLED BY THE CONTRACTOR IN ACCORDANCE WITHELECTRICAL SPECIFICATIONS, REQUIREMENTS FOR 120 VAC CIRCUITS.

5. THE CONTRACTOR IS RESPONSIBLE FOR COORDINATING THE PROPER INSTALLATION OF WELLS, PRESSURE TAPS, AND P/TTAPS IN ALL LOCATIONS INDICATED AND OTHERWISE AS REQUIRED FOR A COMPLETE AND FULLY FUNCTIONAL SYSTEM.

6. CONDUIT SHALL BE RUN PERPENDICULAR AND PARALLEL TO BUILDING LINES IN A FIRST CLASS WORKMANSHIP LIKEMANNER.

7. THE CONTRACTOR SHALL PROVIDE ALL CONTROL VOLTAGE TRANSFORMERS AS REQUIRED FOR FULLY FUNCTIONALSYSTEM. COORDINATE WITH ELECTRICAL CONTRACTOR FOR TRANSFORMER LOCATIONS AND REQUIREMENTS.

8. ALL MOTORIZED DAMPERS INDICATED IN CONTROLS SHALL BE 120V. COORDINATE DAMPER INSTALLATION WITHELECTRICAL.

9. INSTALL SMOKE DETECTORS FOR ALL EQUIPMENT AS SHOWN ON DRAWINGS.

10. PROVIDE DETAILED CONTROL SUBMITTALS FOR EACH PIECE OF EQUIPMENT VERIFYING THE SEQUENCE OF OPERATIONAND INCLUDING WIRING DIAGRAMS, CONTROL PANEL LAYOUT AND WIRING AND SUBMITTALS FOR ALL CONTROLEQUIPMENT (I.E., TEMPERATURE SENSORS, MOTORIZED DAMPERS, ETC.)

11. LOCATE AHU STATIC PRESSURE SENSOR AS NOTED ON SHEET M101 AND M102. REFER TO AIR HANDLING UNIT (AHU)SEQUENCE OF OPERATIONS.

12. CONTRACTOR SHALL PROVIDE NATURAL GAS METER AND WATER METER THAT ARE FULLY COMPATIBLE WITH EXISTINGBASEWIDE "FLEXNET" SYSTEM. THE DDC SYSTEM SHALL MONITOR THE OVERALL BUILDING GAS USAGE AND WATERUSAGE. THESE METERS SHALL BE CONNECTED TO THE EXISTING BASEWIDE ENERGY AND UTILITY MONITORING ANDCONTROLS SYSTEM.

1. PROVIDE ALL LOW LEAKAGE MOTORIZED DAMPERS WITH DAMPER ACTUATORS AND ASSOCIATED POWER AND CONTROLWIRING.

2. PROVIDE LOW LEAKAGE MOTORIZED DAMPER AT LOCATIONS INDICATED ON PLANS.

3. DAMPERS SHALL HAVE A MAXIMUM LEAKAGE RATE OF 3 CFM/SF WITH A DIFFERENTIAL PRESSURE OF 1" IN W.G. ACROSS THEDAMPER.

4. THE OUTSIDE AIR DAMPERS SHALL BE NORMALLY CLOSED.

5. THE OUTSIDE AIR DAMPERS SHALL OPEN WHEN THE ASSOCIATED INTERLOCKED EQUIPMENT IS ENERGIZED AND CLOSEUPON DE-ACTIVATION.

6. THE DAMPER ACTUATOR SHALL BE LOCATED OUTSIDE THE DUCTWORK.

7. REFER TO SPECIFICATION 23 09 23.13 20 FOR ADDITIONAL INFORMATION.

LOW LEAKAGE MOTORIZED DAMPERS REQUIREMENTS

PROVIDE CURRENT SWITCH AT ELECTRIC PANELS TO PROVIDE AN ALARM TO THE DDC PANEL WHENHEAT TRACE IS NOT FUNCTIONING PROPERLY. HEAT TRACE SHALL BE ENERGIZED WHEN AMBIENTTEMPERATURE IS BELOW 35°F.

START/STOP CONTROL :PROVIDE DDC SYSTEM FOR SCHEDULED START/STOP AND LOCAL OVERRIDE. STARTING AND STOPPING OF EQUIPMENT SHALL BEBY A HAND-OFF-AUTO SWITCH. WITH THE HOA SWITCH IN THE AUTO POSITION, THE UNIT SHALL BE STARTED AUTOMATICALLY BYTHE ELECTRONIC CONTROL SYSTEM AND ALL CONTROLS ACTIVATED SUBJECT TO THE FIRE ALARM RELAY, SAFETIES ANDOVERLOADS.

WHEN THE SPACE TEMPERATURE RISES ABOVE THE SPACE TEMPERATURE SET POINT, THE CHILLED WATER CONTROL VALVESHALL MODULATE TO MAINTAIN A CONSTANT LEAVING AIR TEMPERATURE AS INDICATED ON THE BCU SCHEDULE.

SPACE DEHUMIDIFICATION:WHEN THE RELATIVE HUMIDITY IN ANY ZONE RISES ABOVE SETPOINT (60% RH, ADJUSTABLE), THEN THE CONTROLS SHALL BEOVERRIDDEN AND THE SUPPLY AIR FAN SHALL BE ENERGIZED. THE CHILLED WATER CONTROL VALVE SHALL MODULATE TOMAINTAIN A CONSTANT LEAVING AIR TEMPERATURE AS INDICATED IN THE BCU SCHEDULE UNTIL THE ZONE RELATIVE HUMIDITY ISSATISFIED (50%RH, ADJUSTABLE).

FAN COIL SEQUENCE OF OPERATION






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SCHEMATIC

CHILLED WATER SYSTEM CONTROL DIAGRAM1

SEQUENCE OF OPERATION - CHILLED WATER SYSTEMPROVIDE WITH VFD FOR SOFT START AND FLOWBALANCING PURPOSES

TEMPERATURE TRANSMITTER WITH STAINLESS STEELRTD IMMERSION SENSOR.

MOTORIZED ISOLATION VALVE.

INLINE, ELECTROMAGNETIC, FLANGED FLOW METER,EQUAL TO SERIES F-3100 ONICON FLOW METER.

OUTSIDE AIR TEMPERATURE TRANSMITTER, LOCATEDON OUTSIDE WALL UNDER SUN SHIELD.

CHILLER CONTROLS.

DP

OASENSOR

SHEET NOTESCHILLED WATER LOOP SHUTDOWNWHEN THE CHILLED WATER SYSTEM IS DISABLED, THE CHILLED WATER PUMPSSHALL BE OFF AND THE ISOLATION VALVE FOR THE LAG CHILLER SHALL BECLOSED. THE DDC SHALL NOT CLOSE THE CHILLER ISOLATION VALVE ORSHUTDOWN THE SYSTEM PUMP UNTIL CHILLER COMPRESSORS ARE PROVEN OFF.

CHILLED WATER PUMP START/STOPTHE DDC CONTROLLER SHALL START THE LEAD/LAG CHILLED WATER PUMPTHROUGH A CONTACT CLOSURE OF THE PUMP’S VARIABLE FREQUENCY (VFD)DRIVE RUN-ENABLE CONTACTS VIA CHILLER CONTROLS. CONTRACTOR SHALLCOORDINATE START/STOP REQUIREMENTS WITH CHILLER MANUFACTURER TODEAL WITH REFRIGERANT MIGRATION AND OTHER COLD WEATHER/FREEZEPROTECTION ISSUES WITHIN THE CHILLER.

CHILLED WATER PUMP STATUSTHE DDC CONTROLLER SHALL DETECT EACH CHILLED WATER PUMPS RUN STATUSBY AN ON-BOARD VFD STATUS RELAY.

CHILLED WATER PUMP FAILUREIF THE PUMP START/STOP RELAY IS ENABLED AND THE VFD STATUS RELAY IS OFFFOR MORE THAN 30 SECONDS (ADJ.), THE DDC CONTROLLER SHALL ANNUNCIATEA CHILLED WATER FAILURE ALARM TO THE DDC WORKSTATION AND START THENEXT PUMP COMBINATION IN THE SEQUENCE. ONCE THE PROBLEM HAS BEENCORRECTED AND THE OPERATOR IS ABLE TO CLEAR THE ALARM FAILURE FROMTHE DDC CONTROLLER, THE DDC SHALL RE-ENABLE THE LEAD/LAG SEQUENCE.

CHILLED WATER PUMP SPEEDTHE DDC SHALL MONITOR THE CHILLED WATER SYSTEM DIFFERENTIAL PRESSURESENSOR. WHEN THE PUMP VARIABLE FREQUENCY DRIVE IS ENABLED, THE DDCSHALL CONTROL THE ANALOG SPEED SIGNAL THAT IS SENT TO THE PUMPVARIABLE FREQUENCY DRIVE TO MAINTAIN A CHILLED WATER DIFFERENTIALPRESSURE SETPOINT AS DETERMINED BY TEST AND BALANCE CONTRACTOR. (15PSIG, ADJUSTABLE)

CHILLED WATER PUMP AND CHILLER LEAD/BACKUP ROTATIONTHE CHILLED WATER PUMP AND CHILLER LEAD/BACKUP SEQUENCE SHALL BEROTATED ON A WEEKLY SCHEDULE. THE SEQUENCE SHALL BASED ON THECALCULATED RUN TIME WITH THE PUMP AND CHILLER HAVING THE LEAST RUNTIME AS LEAD, THE PUMP WITH THE NEXT LOWEST RUN TIME SHALL BE THESECOND IN THE SEQUENCE AND SO ON. FROM THE DDC, THE OPERATOR SHALL BEABLE TO MANUALLY CHANGE THE LEAD/LAG SEQUENCE.

CHILLER CONTROL:THE DDC PROGRAM SHALL BE FULLY EDITABLE AND SET-UP VIA POINT AND CLICKON A STANDARD WINDOWS SCREEN. IT SHALL NOT REQUIRE SPECIAL SOFTWARETOOLS OR A BAS TECHNICIAN TO OPERATE AND MODIFY CHILLER SEQUENCINGCONTROL.

THE DDC SHALL PERFORM THE FOLLOWING CONTROL STRATEGIES:1. CHILLER PLANT SYSTEM SCHEDULING2. CHILLER SEQUENCING3. COLOR GRAPHIC BASED CHILLER PLANT STATUS SCREENS4. COLOR GRAPHIC BASED CHILLER STATUS SCREENS5. SYSTEM AND CHILLER DIAGNOSTIC MESSAGES6. SYSTEM AND CHILLER REPORTS

CHILLER SYSTEM OPERATOR INTERFACE - DDC APPLICATION OPERATIONALSTATUS SCREEN TO INCLUDE:

A. CHILLER SYSTEM STATUS (OFF/SOFT START/NORMAL/AMBIENTLOCKOUT/SHUTDOWN IN PROGRESS)

B. CHILLER PLANT SUPPLY WATER SETPOINTC. CHILLED WATER SYSTEM SUPPLY WATER TEMPERATURED. CHILLED WATER SYSTEM RETURN WATER TEMPERATUREE. INDIVIDUAL CHILLER FAILURE RESETF. ALL CHILLER FAILURE RESETG. SYSTEM PUMP FAILURE RESETH. MANUAL ADDITION OF CHILLERI. MANUAL SUBTRACTION OF CHILLERJ. MANUAL ROTATION OF CHILLER SEQUENCE

SYSTEM GENERAL DESCRIPTIONTHE CHILLED WATER SYSTEM CONSISTS OF THE FOLLOWING: THREE (3) AIR COOLED CHILLERS, CONFIGURED AS: ONE (1) LEAD, (1) LAG,

AND ONE (1) BACKUP TWO (2) VARIABLE FLOW CHILLED WATER PUMPS. PROVIDE PUMPS WITH

VFD'S. CONFIGURED AS: ONE (1) LEAD AND ONE (1) BACKUP ONE (1) CHILLED WATER ISOLATION VALVE PER CHILLER ONE (1) FLOW METER: F-3100 SERIES ONICON OR EQUIVALENT DIFFERENTIAL PRESSURE SENSORS WITH ACCURACY OF 0.5% OR

GREATER AND A MINIMUM RANGE OF 0.5-250 PSI: ONE (1) DP SENSOR FORCHILLER EVAPORATOR COIL AND ONE (1) LOOP DIFFERENTIAL PRESSURESENSOR.

THE DDC CONTROLLER SHALL PROVIDE STAND-ALONE CONTROL OR CONTROLFROM A HIGHER LEVEL DDC AND PROVIDE LEAD/LAG CONTROL FOR THE CHILLEDWATER PUMPS TO MAINTAIN FLOW THROUGH OPERATING CHILLERS.

GENERAL - CHILLED WATER SYSTEM ENABLE/DISABLEWHEN THE CHILLED WATER SYSTEM IS ENABLED, THE DDC CONTROLLER SHALLSTART THE LEAD CHILLED WATER PUMP.

THE CHILLED WATER SYSTEM SHALL BE ENABLED 24/7 FOR COOLING OPERATIONSIN THE COMPUTER ROOMS

CHILLER START-UPTHE BAS SHALL ENABLE THE LEAD CHILLER IN THE CHILLED WATER SYSTEM WHENANY AIR HANDLER, OUTSIDE AIR COIL, FAN COIL, OR ZONE CALLS FOR COOLING TOSATISFY SPACE TEMPERATURE AND/OR HUMIDITY SETPOINTS.

THE LEAD CHILLER ISOLATION VALVE SHALL REMAIN OPEN DURING ENABLED ORDISABLED PERIODS TO FACILITATE SYSTEM STARTUP.

WHEN ENABLED, THE LEAD CHILLED WATER PUMP SHALL START TO MAINTAIN AMINIMUM FLOW OF 130 GPM (PER BASIS OF DESIGN CHILLER), AS MEASURED BYTHE CHILLED WATER FLOW METER, PRIOR TO STARTING THE LEAD CHILLERSUBJECT TO ITS' ON-BOARD CONTROLS AND SAFETIES.

THE CHILLER FLOW SHALL ALSO BE PROVEN WITH A DIFFERENTIAL PRESSURESENSOR ACROSS THE CHILLER EVAPORATOR (SET TO VERIFY MINIMUM FLOW ISEXCEEDED FOR CHILLER). ONCE THE LEAD CHILLER IS RUNNING UNDER STABLEOPERATION, THE CHILLED WATER VALVE FOR THE UNIT CALLING FOR COOLINGAND/OR DEHUMIDIFICATION SHALL OPEN SLOWLY AT 10% PER MINUTE (ADJ.) UNTILLEAVING AIR TEMPERATURE SET POINT OF THE CHILLED WATER UNIT IS SATISFIED.

THE CHILLED WATER PUMP SPEED SHALL MODULATE TO MAINTAIN THEDIFFERENTIAL PRESSURE AT SET POINT. SET POINT SHALL BE CONTINUALLYTUNED BY THE DDC SYSTEM ALGORITHM SUCH THAT THE CRITICAL DEMAND LOADSHALL BE DETERMINED, THE PRESSURE DIFFERENTIAL SHALL BE INCREMENTALLYREDUCED AND THE CONTROL VALVE AT THE CRITICAL LOAD SHALL OPENINCREMENTALLY UNTIL THE CONTROL VALVE IS OPEN 95%. IF ANOTHER ZONEBECOMES THE CRITICAL ZONE, THE SET POINT (PRESSURE DIFFERENTIAL) SHALLBE INCREASED OR DECREASED TO TUNE TO THE NEW ZONE.

CHILLER ADDITIONAN ADDITIONAL CHILLER SHALL BE ADDED ONCE THE LEAD CHILLER HASOPERATED AT 80% LOAD FOR 15 MINUTES (ADJ). UPON A CALL FOR LAG CHILLERSTART, THE LAG CHILLER ISOLATION VALVE SHALL OPEN SLOWLY AT 10% PERMINUTE TO PREVENT UNSTABLE OPERATION OF THE LEAD CHILLER. AS THE LAGCHILLER ISOLATION VALVE OPENS, THE CHILLED WATER PUMP SPEED SHALLMAINTAIN DP SETPOINT AND SYSTEM MINIMUM FLOW FOR TWO CHILLER ASMEASURED BY THE FLOW METER. ONCE THE LAG CHILLER ISOLATION VALVE ISOPEN AND THE LAG CHILLER MINIMUM FLOW RATE IS REALIZED, THEN THE LAGCHILLER SHALL START SUBJECT TO ITS' ON-BOARD CONTROLS AND SAFETIES.

CHILLER SUBTRACTIONTHE LAG CHILLER SHALL SHUTDOWN ONCE THE CHILLERS ARE EACH OPERATINGAT 40% FOR AT LEAST 15 MINUTES (ADJ). THE CHILLER MANUFACTURER MINIMUMFLOWRATE THROUGH EACH CHILLER SHALL BE MAINTAINED.

ONCE THE LAG CHILLER HAS COMPLETELY SHUTDOWN, THE LAG CHILLERISOLATION VALVE SHALL BEGIN TO SLOWLY CLOSE AT 10% PER MINUTE (ADJ.).WHILE THE LAG CHILLER ISOLATING VALVE IS SLOWLY CLOSING, THE LEAD PUMPSHALL MAINTAIN THE CHILLED WATER DIFFERENTIAL PRESSURE SETPOINT IN THESYSTEM. CHWS

CHWR

TO SERVEREQUIPMENT

TYPICAL FOR CRU3A TO 5B (QTY. 6)

TYPICAL FOR CRU1A TO 2B (QTY. 4)

DP

DP

LOCATED INSIDETHE BUILDING

CHWP-2 AND ITS ACCESSORIES SHALLBE PROVIDED UNDER BID OPTION NO. 4

ACC-3 AND ITS ACCESSORIES SHALL BEPROVIDED UNDER BID OPTION NO. 1

DP






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NOTE: BETWEEN 60°F AND 40°F, THE HOT WATER SUPPLYTEMPERATURE SHALL VARY LINEARLY BETWEEN 100°F AND130°F

PROVIDE WITH DEDICATED BOILER PUMP. SIZED AND CONTROLLED BYBOILER MFR INTERNAL CONTROLS.

TEMPERATURE TRANSMITTER WITH STAINLESS STEEL RTD IMMERSIONSENSOR

BOILER MODULATING TEMPERATURE CONTROL

PROVIDE WITH VFD FOR SOFT START AND BALANCING PURPOSES.

OUTSIDE AIR TEMPERATURE AND HUMIDITY TRANSMITTER

SYSTEM DESCRIPTIONTHE HOT WATER SYSTEM CONSISTS OF THE FOLLOWING: ONE (1) CONDENSING BOILER WITH DEDICATED PRIMARY CONSTANT VOLUME PUMP

(FOR BOILER PRIMARY LOOP) TWO (2) SECONDARY HOT WATER PUMPS. PROVIDE PUMPS WITH VFD'S. CONFIGURED

AS: ONE (1) LEAD AND ONE (1) LAG

GENERAL:THE CONDENSING BOILER SYSTEM SHALL BE CONNECTED TO THE DDC FORENABLE/DISABLE COMMANDS. THE SYSTEM SHALL BE ENABLED UNDER THE FOLLOWINGCONDITIONS, ELSE THE SYSTEM SHALL BE DISABLED: SCHEDULED OCCUPIED PERIOD WITH OUTSIDE AIR TEMPERATURE LESS THAN 60°F. WHENEVER ANY ZONE DEMANDS HOT WATER DURING OCCUPIED OR UNOCCUPIED

PERIODS (REGARDLESS OF OUTSIDE AIR TEMPERATURE) FOR BUILDINGTEMPERATURE OR HUMIDITY CONTROL.

WHEN ENABLED, THE LEAD SECONDARY HW PUMP SHALL OPERATE TO PROVIDECONSTANT FLOW THROUGH THE BUILDING HOT WATER LOOP. WHEN DISABLED, THE HWPUMP SHALL NOT RUN. STARTING AND STOPPING OF THE BOILER AND THE ASSOCIATEDBOILER CIRCULATING PRIMARY PUMP SHALL BE ACCOMPLISHED AUTOMATICALLYTHROUGH THE BOILER ON-BOARD CONTROLS.

WHEN THE BUILDING LOOP SUPPLY HOT WATER TEMPERATURE DROPS BELOW SETPOINT,THE DDC SHALL SEND A SIGNAL TO THE BOILER REQUESTING A START COMMAND AND THEBOILER SHALL START IT'S CIRCULATION PUMP AND OPERATE SUBJECT TO ITS' ON-BOARDCONTROLS AND ALARMS TO MAINTAIN A CONSTANT HOT WATER LOOP SUPPLYTEMPERATURE.

SECONDARY HOT WATER LOOP SHUTDOWNWHEN THE HOT WATER SYSTEM IS DISABLED, THE HOT WATER PUMPS SHALL BE OFF.PROVIDE 5 MINUTE TIME DELAY BETWEEN END OF BOILER FIRING AND SHUT DOWN OFPUMPING TO DECREASE RESIDUAL HEAT IN THE BOILER.

SECONDARY HOT WATER PUMP START/STOPTHE DDC CONTROLLER SHALL START THE LEAD/LAG HOT WATER PUMP THROUGH ACONTACT CLOSURE OF THE PUMP’S VARIABLE FREQUENCY (VFD) DRIVE RUN-ENABLECONTACTS.

SECONDARY HOT WATER PUMP STATUSTHE DDC CONTROLLER SHALL DETECT EACH HOT WATER PUMP RUN STATUS BY AVARIABLE FREQUENCY DRIVE INTERNAL CONTACT.

SECONDARY HOT WATER PUMP FAILUREIF THE LEAD PUMP START/STOP RELAY IS ENABLED AND THE CURRENT SWITCH STATUS ISOFF FOR MORE THAN 30 SECONDS (ADJ.), THE DDC CONTROLLER SHALL ANNUNCIATE AHOT WATER PUMP FAILURE ALARM TO THE DDC WORKSTATION AND START THE NEXTPUMP IN THE SEQUENCE. ONCE THE PROBLEM HAS BEEN CORRECTED AND THEOPERATOR IS ABLE TO CLEAR THE ALARM FAILURE FROM THE BAS CONTROLLER, THE BASSHALL RE-ENABLE THE LEAD/LAG SEQUENCE.

HOT WATER PUMP LEAD/LAG OPERATIONTHE HOT WATER PUMP LEAD/LAG SEQUENCE SHALL BE ROTATED ON A WEEKLYSCHEDULE. THE SEQUENCE SHALL BASED ON THE CALCULATED RUN TIME WITH THE PUMPHAVING THE LEAST RUN TIME AS LEAD, THE PUMP WITH THE NEXT LOWEST RUN TIMESHALL BE THE SECOND IN THE SEQUENCE AND SO ON. FROM THE DDC, THE OPERATORSHALL BE ABLE TO MANUALLY CHANGE THE LEAD/LAG SEQUENCE.

BOILER CONTROLTHE BOILERS SHALL, THROUGH THEIR MANUFACTURER PROVIDED INTERNAL CONTROLS,CYCLE AS REQUIRED TO MAINTAIN THE OUTLET TEMPERATURE OF THE HOT WATER PLANTWHILE MAINTAINING THE HIGHEST COMBUSTION EFFICIENCY. THE BOILER CONTROLSSHALL BE CAPABLE OF MULTIPLE BOILERS CONTROL AND CAPABLE OF INTERFACE TO DDCFOR SYSTEM START/STOP AND ALARMS.

PRIMARY BOILER PUMPPUMP SHALL OPERATE WHEN BOILER IS ENABLED AND SHALL MAINTAIN CONSTANT FLOWTHROUGH BOILER. THE DDC SYSTEM SHALL DISABLE BOILER IF THE BOILER PUMP IS NOTENERGIZE OR IF THE PUMP IS ENERGIZED AND NOT OPERATING AND AN ALARM SHALL BEPOSTED AT THE OPERATOR WORKSTATION. BOILER PUMP SHALL BE CONTROLLED VIABOILER ON-BOARD CONTROLS. THE PRIMARY PUMP SHALL BE CONTROLLED BY THEBOILERS ON-BOARD CONTROLS.

HOT WATER RESET CONTROLTHE BOILER SYSTEM THROUGH ITS INTERNAL CONTROL SHALL RESET THE TEMPERATUREOF THE HOT WATER SUPPLY TO THE BUILDING BASED ON OUTSIDE TEMPERATURE (SEERESET SCHEDULE).

TYPICAL BOILER CONTROLS POINTS LIST BY THE BOILER MFR TO BE INTERFACED WITHDDC SYSTEM ENABLE/DISABLE OA RESET SETPOINT REMOTE MONITORING HW SETPOINT ALARM/FAILURE STATUS

ALARMS:THE FOLLOWING SOFTWARE ALARMS SHALL BE GENERATED AND DISPLAYED AT THEOPERATOR'S WORKSTATION: HOT WATER PUMP ALARM (COMMAND AND PUMP STATUS DO NOT MATCH) LOW HW SUPPLY TEMPERATURE (10 DEG F BELOW CURRENT HW TEMP SET POINT FOR

10 MINUTES.) HIGH HW SUPPLY TEMPERATURE (10 DEG F ABOVE CURRENT HW TEMP SET POINT FOR

10 MINUTES.) GENERAL BOILER ALARM (STATUS INPUT FROM BOILER CONTROL BOARD)

HOT WATER RESET SCHEDULE

HOT WATER SUPPLY TEMP. OUTSIDE AIR TEMP.

100°F130°F

60°F40°F

SEQUENCE OF OPERATION - HEATING WATER SYSTEM

SHEET NOTES

BOILER PUMP

SCHEMATIC

HEATING WATER SYSTEM CONTROL DIAGRAM1

OASENSOR

TYPICAL

HWS

HWR

TYPICAL

HWP-2 AND ITS ACCESSORIESSHALL BE PROVIDED UNDERBID OPTION NO. 4.






S C H M I D T.


1

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SHEETIDENTIFICATION


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OF

ENG

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DES

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SCHEMATIC

VARIABLE AIR VOLUME AHU CONTROL DIAGRAM1

STARTING AND STOPPING OF EQUIPMENT SHALL BE ACCOMPLISHED THROUGH A "HAND-OFF-AUTO"SWITCH ON THE VFD. AN ALARM SHALL BE POSTED TO THE DDC SYSTEM ANY TIME THE HOA SWITCH ISINDEXED TO THE "HAND" OR "OFF" POSITIONS. WITH THE HOA SWITCH IN THE "AUTO" POSITION, THE UNITSHALL BE STARTED AUTOMATICALLY BY THE DDC SYSTEM AND ALL CONTROLS ACTIVATED SUBJECT TOFIRE ALARM RELAY, SAFETIES AND OVERLOADS.

OCCUPIED MODE:THE OA AND RA MOTORIZED DAMPER SHALL OPEN TO THE BALANCED POSITION. THE AHU FAN SHALLOPERATE CONTINUOUSLY WITHIN THE SPECIFIED SETPOINTS. SEE AHU SCHEDULE.

UNOCCUPIED MODE:THE OA MOTORIZED DAMPER SHALL BE CLOSED. THE AHU RA MOTORIZED DAMPER SHALL OPEN. THE AHUSHALL OPERATE ONLY AS NECESSARY TO SATISFY SPACE TEMPERATURE OR HUMIDITY SETPOINTS.

DISCHARGE TEMPERATURE CONTROL:THE DDC SYSTEM SHALL MODULATE THE AHU CHILLED WATER VALVE AS REQUIRED TO MAINTAIN THEDISCHARGE AIR TEMPERATURE AT SET POINT.

AHU FAN SPEED CONTROL:THE ADJUSTABLE VARIABLE FREQUENCY DRIVE SHALL MODULATE FAN SPEED AS REQUIRED TO MAINTAINA CONSTANT STATIC PRESSURE AT THE DUCT MOUNTED STATIC PRESSURE SENSOR. THE DUCT STATICPRESSURE SET POINT SHALL BE SET AT THE MINIMUM REQUIRED FOR TEST AND BALANCE. WHEN NONE OFTHE ATU'S ASSOCIATED WITH THE AHU HAVE BEEN IN FULL COOLING MODE FOR FIVE MINUTES, THE DDCSHALL RESET THE DUCT STATIC PRESSURE DOWN 0.15". AHU AIRFLOW SHALL BE LIMITED TO SCHEDULEDMAXIMUM AND MINIMUM VALUES. AHU FAN SHALL RUN CONTINUOUSLY.

FINAL STATIC PRESSURE SET POINT SHALL BE CONTINUOUSLY TUNED BY THE DDC SYSTEM SUCH THATTHE CRITICAL (I.E. MOST DEMANDING) ZONE AIR TERMINAL UNIT DAMPER IS OPEN 95% AND THE SUPPLYFANS ARE OPERATING JUST ENOUGH SPEED TO KEEP THE ZONE AIR TERMINAL UNIT AIRFLOW SATISFIED.THE DDC SHALL BE DETERMINE THE CRITICAL ZONE AND OPTIMIZE THE STATIC PRESSURE SETPOINTCONTINUALLY.

OUTSIDE AIR CONTROL:THE DDC SYSTEM, WITH UNIT MOUNTED FLOW MEASURING STATION, SHALL MODULATE RA AND OADAMPER AS REQUIRED TO MAINTAIN OUTSIDE AIR QUANTITY AT SET POINT REGARDLESS OF THE TOTALAIR FLOW OF THE AIR HANDLING UNIT DURING OCCUPIED TIMES. READOUT OF OUTSIDE AIR QUANTITYSHALL BE IN CFM. UPON FAILURE, THE OA DAMPER SHALL BE NORMALLY CLOSED. WHENEVER THE AHUOPERATES DURING UNOCCUPIED MODE, THE OA DAMPER SHALL REMAIN CLOSED. MONITOR THE OUTSIDEAIR CO2 LEVEL.

THE DDC SYSTEM SHALL MONITOR THE ZONE CO2 LEVEL. THE DDC SHALL GENERATE AN ALARM WHENTHE CONDITIONS IN ANY ZONE EXCEED THE MAX SETPOINT OF 700 PPM (ABOVE AMBIENT) FOR MORE THAN15 MINUTES, THE ALARM SIGNAL SHALL BE POSTED TO DDC SYSTEM.

ALARMS:THE FOLLOWING SOFTWARE ALARMS SHALL BE GENERATED AND DISPLAYED AT THEOPERATOR'S WORKSTATION:1. HIGH SUPPLY AIR TEMP (5°F GREATER THAN CURRENT SETPOINT)2. LOW SUPPLY AIR TEMP (5°F LESS THAN CURRENT SETPOINT)3. LOW MIXED AIR TEMP (BELOW 40°F) - FREEZE PROTECTION4. BAD SUPPLY TEMP SENSOR (GREATER THAN 180°F OR LESS THAN -20°F)5. BAD MIXED AIR TEMP SENSOR (GREATER THAN 180°F OR LESS THAN -20°F)6. AHU SUPPLY FAN ALARM (COMMAND AND STATUS DO NOT MATCH)7. VFD FAULT (STATUS INPUT FROM VFD)8. AIR FILTER DIFFERENTIAL PRESSURE SENSOR (DIRTY FILTER)9. OA ALARM. SEE OUTSIDE AIR CONTROL.

SPACE DEHUMIDIFICATION:WHEN THE HOA SWITCH IS IN THE "AUTO" POSITION AND THE DDC SYSTEM HAS THE BUILDING EITHER"OCCUPIED" OR "UNOCCUPIED", AND THE RELATIVE HUMIDITY IN ANY ZONE RISES ABOVE SETPOINT (60%RH, ADJUSTABLE), THEN THE CONTROLS SHALL BE OVERRIDDEN AND THE SUPPLY AIR FAN AND ALL AIRTERMINAL UNITS SHALL BE ENERGIZED. THE CHILLED WATER CONTROL VALVE SHALL MODULATE TOMAINTAIN A CONSTANT LEAVING AIR TEMPERATURE AS INDICATED IN THE AHU SCHEDULE AND THE AIRTERMINAL UNITS SHALL MODULATE THEIR SUPPLY AIR AND THEIR HEATING WATER CONTROL VALVES TOMAINTAIN THE ZONE TEMPERATURE SET POINT UNTIL THE ZONE RELATIVE HUMIDITY IS SATISFIED (50%RH,ADJUSTABLE).

SEQUENCE OF OPERATIONVARIABLE AIR VOLUME AHU

THE CONTRACTOR SHALL PROVIDE POWER TO EACH AIR TERMINAL UNIT.EACH ATU SHALL BE PROVIDED WITH A FACTORY MOUNTED CONTROLSTRANSFORMER.

UNIT AIRFLOW SHALL BE MONITORED BY AN INTEGRAL, MULTIPLE POINT,AVERAGING FLOW SENSING DEVICE AND A TRANSDUCER TO MAINTAINAIRFLOW WITHIN 5% OF RATED CFM DOWN TO A MINIMUM CFM ASSCHEDULED, INDEPENDENT OF CHANGES IN SYSTEM STATIC PRESSURE.

COOLING MODE:THE UCM SHALL MONITOR THE ZONE TEMPERATURE AGAINST ITS SETPOINT AND MODULATE THE DAMPER TO MEET THE ZONE SETPOINT. REFERTO AHU FAN SPEED CONTROL SEQUENCE.

HEATING MODE:IF THE DAMPER IS AT MINIMUM AND THE TEMPERATURE IN THE SPACECONTINUES TO FALL, THE DAMPER SHALL MODULATE TO THE HEATINGAIRFLOW (SEE ATU SCHEDULE) AND THE THREE WAY HOT WATER VALVESHALL MODULATE AS REQUIRED TO MAINTAIN SPACE TEMPERATURE.

THE ZONE TEMPERATURE SENSOR WITH SET POINT ADJUSTMENT SHALL BEPROVIDED WITH NIGHT SETBACK OVERRIDE, AND A COMMUNICATIONSJACK. ZONE TEMPERATURE SET POINT ADJUSTMENTS SHALL BE LIMITED BYTHE DDC TO +/- 3°F OF THE PROGRAMMED VALUE.

SPACE DEHUMIDIFICATION:WHEN THE HOA SWITCH IS IN THE "AUTO" POSITION AND THE DDC SYSTEMHAS THE BUILDING EITHER "OCCUPIED" OR "UNOCCUPIED", AND THERELATIVE HUMIDITY IN ANY ZONE RISES ABOVE SETPOINT (60% RH,ADJUSTABLE), THEN THE CONTROLS SHALL BE OVERRIDDEN AND ALL AIRTERMINAL UNITS SHALL BE ENERGIZED. THE AIR TERMINAL UNITS SHALLMODULATE THEIR SUPPLY AIR AND THEIR HEATING WATER CONTROLVALVES TO MAINTAIN THE ZONE TEMPERATURE SET POINT UNTIL THE ZONERELATIVE HUMIDITY IS SATISFIED (50%RH, ADJUSTABLE).

OCCUPIED/UNOCCUPIED MODE:CONTROLS CONTRACTOR SHALL CONSULT WITH THE OWNER FOR EXACTSPACE TEMPERATURE SETPOINTS AND SCHEDULING.

ADDITIONAL NOTES FOR CLASSROOM AIR TERMINAL UNITS:DURING OCCUPIED MODE, BOTH CLASSROOM AIR TERMINAL UNITS SHALLRUN AND MODULATE IN PARALLEL (AIRFLOW SETPOINT AND HOT WATERVALVE SETPOINT).

DURING UNOCCUPIED MODE, WHEN THE SPACE TEMPERATURE ANDHUMIDITY IS SATISFIED AND THE AIRFLOW FOR BOTH PARALLEL AIRTERMINAL UNITS IS ON MINIMUM SPEED FOR MORE THAN 15 MINUTES, THENONE OF THE AIR TERMINAL UNIT (E.G. ATU 1-1B) SHALL BE DISABLED. THERUNNING AIR TERMINAL UNITS (E.G. ATU 1-1A) SHALL MODULATE TOMAINTAIN SPACE TEMPERATURE AND HUMIDITY AS NEEDED. WHEN THERUNNING AIR TERMINAL UNIT (E.G. ATU 1-1A) AIRFLOW IS ON 100% SPEEDFOR MORE THAN 15 MINUTES, THEN THE OTHER AIR TERMINAL UNIT (E.G.ATY 1-1B) SHALL BE ENABLED AND BOTH AIR TERMINAL UNITS SHALL RUN INPARALLEL MODE.

OVERRIDE MODE:THE OVERRIDE TIMER SHALL PLACE THE ATU AND AHU IN OCCUPIED MODEFOR TWO HOUR (ADJUSTABLE).

SEQUENCE OF OPERATIONAIR TERMINAL UNIT (ATU)

RETURN AIR

OUTSIDE AIR

M

MAT(TT)

CHILLEDWATER

COILAHU FAN

CHWR

CHWS

(SPT)*

HI

(DPS)

SUPPLY AIRTO ATU

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VARIABLEFREQUENCY

DRIVE

FILTERS UV LIGHTS

(TT)M

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SUPPLYAIR TOSPACE

TEMPERATURE TRANSMITTER

COMMUNICATIONS TRUNK TO NEXT ATU

PRIMARY AIR DAMPER

MULTIPOINT FLOW SENSOR

SUPPLY AIRFROM VAV AHU

COMMUNICATIONS TRUNK FROM DDC

HOTWATER

COIL

GROUND PER MANUFACTURER'S PRINTED INSTRUCTIONS

HAND HELD INSTRUMENTCOMMUNICATIONSINTERFACE

SCHEMATIC

SINGLE DUCT ATU CONTROL DIAGRAM2

SPACE TEMPERATURE ANDHUMIDITY SENSOR WITH SETPOINT ADJUSTMENT, NIGHTSETBACK AND OVERRIDE

POWER FOR DAMPER ACTUATOR

SERVICE SWITCH

COMMUNICATIONS/CONTROL CABLES

HWR

HWS

HW VALVE

PRE-FILTERS

T/HCO2

UNIT CONTROLMODULE

S S

(CHW VALVE)REFER TO AHU SCHEDULE FOR 2-WAY

VALVE AND 3-WAY VALVE REQUIREMENTS

STATIC PRESSURE TRANSMITTER.REFER TO SEQUENCE OFOPERATION.

SAFETY CIRCUITWIRED TO FAN

(FZ)

CO2 OUTSIDE






S C H M I D T.


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OF

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(TT) (TT)

EXHAUST AIR FROMRESTROOMS AND OTHER AREAS

WHEELMOTOR

STARTING AND STOPPING OF EQUIPMENT SHALL BE ACCOMPLISHED THROUGH A"HAND-OFF-AUTO" SWITCH ON THE VFD. AN ALARM SHALL BE POSTED TO THE DDC SYSTEMANY TIME THE HOA SWITCH IS INDEXED TO THE "HAND" OR "OFF" POSITIONS. WITH THE HOASWITCH IN THE "AUTO" POSITION, THE UNIT SHALL BE STARTED AUTOMATICALLY BY THEDDC SYSTEM AND ALL CONTROLS ACTIVATED SUBJECT TO FIRE ALARM RELAY, SAFETIESAND OVERLOADS.

OCCUPIED MODE:THE OA AND EA MOTORIZED DAMPERS SHALL OPEN TO THEIR BALANCED POSITIONS. THEOAU SA AND EA FANS SHALL OPERATE CONTINUOUSLY WITHIN THE SPECIFIED SETPOINTS.SEE ENTHALPY WHEEL CONTROL.

UNOCCUPIED MODE:THE OA AND EA MOTORIZED DAMPER SHALL BE CLOSED. ITHE OAU SUPPLY AND EXHAUSTFANS WILL BE DE-ENERGIZED. UPON A CALL FOR OAU OPERATION UNDER OVERRIDECONTROL, THE UNIT WILL OPERATE IN THE OCCUPIED MODE.

COOLING COIL FREEZE PROTECTION:THE DDC SYSTEM SHALL CLOSE THE OUTSIDE AIR DAMPER ANYTIME THE AHU COOLING COILENTERING AIR TEMPERATURE FALLS BELOW 35°F FOR LONGER THAN 5 MINUTES. THE LOWLIMIT FREEZE STAT ALSO SHALL STOP THE ERV FANS AND WHEEL MOTOR ANYTIME THECOOLING COIL ENTERING AIR TEMPERATURE FALLS BELOW 35°F.

DISCHARGE TEMPERATURE CONTROL:THE DDC SYSTEM SHALL MODULATE THE ERV TWO-WAY CHILLED WATER VALVE AND THREEWAY HOT WATER VALVE AS REQUIRED TO MAINTAIN THE DISCHARGE AIIR TEMPERATURE ATSET POINT.

SEQUENCE OF OPERATION - DOAS W/ERVENTHALPY WHEEL CONTROL:THE ENTHALPY WHEEL SHALL BE ENABLED WHEN THE OUTSIDE AIR TEMPERATURE ISABOVE 75 DEG. F (ADJ.) OR BELOW 55 DEG. F (ADJ.). THE ENTHALPY WHEEL SHALL ALSO BEENABLED WHEN THE ENTHALPY IS ABOVE 28 BTU/LBM.

THE FILTER STATUS FOR THE ERV WILL BE MONITORED VIA A DPS.

THE OAU SUPPLY AND EXHAUST FAN STATUS SHALL EACH BE MONITORED VIA CURRENTSWITCH RELAY.

FOR UNITS WITH A CAPACITY OF 2,000 CFM OR GREATER, PROVIDE AUTOMATIC FANSHUTDOWN BY MEANS OF A UL APPROVED SMOKE DETECTOR. FOR UNITS WITH A CAPACITYOF LESS THAN 2,000 CFM SERVING A MEANS OF EGRESS, PROVIDE AUTOMATIC FANSHUTDOWN.

ALARMS:THE FOLLOWING SOFTWARE ALARMS SHALL BE GENERATED AND DISPLAYED AT THEOPERATOR'S WORKSTATION:1. HIGH SUPPLY AIR TEMP (5°F GREATER THAN CURRENT SETPOINT)2. LOW SUPPLY AIR TEMP (5°F LESS THAN CURRENT SETPOINT)3. LOW MIXED AIR TEMP (BELOW 40°F) - FREEZE PROTECTION4. BAD SUPPLY TEMP SENSOR (GREATER THAN 180°F OR LESS THAN -20°F)5. BAD MIXED AIR TEMP SENSOR (GREATER THAN 180°F OR LESS THAN -20°F)6. OAU SUPPLY FAN ALARM (COMMAND AND STATUS DO NOT MATCH)7. OAU EXHAUST FAN ALARM (COMMAND AND STATUS DO NOT MATCH)8. OAU WHEEL ALARM (COMMAND AND STATUS DO NOT MATCH)

VARIABLEFREQUENCY

DRIVE

SCHEMATIC

DEDICATED OUTSIDE AIR UNIT WITH ENERGYRECOVERY WHEEL CONTROL DIAGRAM1

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GENERAL NOTES1. ISOMETRIC VIEWS ARE GIVEN FOR GRAPHICAL REPRESENTATION FOR

GENERAL OVERVIEW OF THE MECHANICAL SYSTEM.2. ISOMETRIC VIEWS DO NOT CONSIST ALL REQUIRED VALVES, FITTINGS,

AND ALL REQUIRED ACCESSORIES.3. REFER TO FLOOR PLANS, SECTIONS VIEWS, ELEVATIONS VIEWS, AND

PROJECT SPECIFICATIONS FOR FURTHER INFORMATION.

GENERAL NOTES1. ISOMETRIC VIEWS ARE GIVEN FOR GRAPHICAL REPRESENTATION FOR

GENERAL OVERVIEW OF THE MECHANICAL SYSTEM.2. ISOMETRIC VIEWS DO NOT CONSIST ALL REQUIRED VALVES, FITTINGS,

AND ALL REQUIRED ACCESSORIES.3. REFER TO FLOOR PLANS, SECTIONS VIEWS, ELEVATIONS VIEWS, AND

PROJECT SPECIFICATIONS FOR FURTHER INFORMATION.

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