general notes: hvac legend - coastal carolina … · · 2013-04-29mechanical component importance...

MECHANICAL COMPONENT IMPORTANCE FACTOR (Ip) DESIGNATION

IBC-2009 /ASCE 7-05SEISMIC AND WIND REQUIREMENTS FOR MECHANICAL SYSTEMS

COMPONENT IMPORTANCE FACTOR (Ip)

Ip = 1.0 Ip = 1.5

RESTRAIN IF TOTAL WEIGHT OF DUCTSON TRAPEZE > 10 LBS/FT 44

RESTRAIN IF TOTAL WEIGHT OF DUCTSON TRAPEZE > 10 LBS/FTMULTIPLE DUCTS ON TRAPEZE

5- 6 SQ.FT. AND LARGER

RESTRAIN IF ANY PIPEON TRAPEZE > 1"

RESTRAIN IF TOTAL WEIGHT OF PIPESON TRAPEZE > 10 LBS/FT

4

4

4

4 RESTRAIN ALL

RESTRAIN IF ANY PIPEON TRAPEZE > 3"

RESTRAIN IF TOTAL WEIGHT OF PIPESON TRAPEZE > 10 LBS/FT

RESTRAIN ALL

SUSPENDED PIPE ON TRAPEZE

SUSPENDED NON DUCTILE PIPING(CAST IRON, PLASTIC, CERAMIC)

NOTES:

1. EQUIPMENT 20 LBS. OR LESS IS EXEMPT IF FLEXIBLE CONNECTIONS ARE PROVIDED BETWEEN THE COMPONENT AND ASSOCIATED DUCTWORK, PIPING, ANDCONDUIT.

2. RESTRAINTS ARE NOT REQUIRED IF THE COMPONENT WEIGHS 400 LBS. OR LESS, IS MOUNTED AT 4 FT. OR LESS ABOVE A FLOOR, AND HAS FLEXIBLE CONNECTIONSBETWEEN THE COMPONENT AND ASSOCIATED DUCTWORK, PIPING, AND CONDUIT.

3. FLEXIBLE CONNECTIONS REQUIRED FOR PIPE CONNECTIONS ONLY.4. RESTRAINT IS NOT REQUIRED IF THE PIPING / DUCTWORK IS SUPPORTED BY HANGERS AND EACH HANGER IN THE PIPING RUN IS 12 IN. OR LESS IN LENGTH FROM

THE TOP OF THE PIPE TO THE SUPPORTING STRUCTURE. WHERE PIPES ARE SUPPORTED ON A TRAPEZE, THE TRAPEZE SHALL BE SUPPORTED BY HANGERSHAVING A LENGTH OF 12 IN. OR LESS. WHERE ROD HANGERS ARE USED, THEY SHALL BE EQUIPPED WITH SWIVELS, EYE NUTS OR OTHER DEVICES TO PREVENTBENDING IN THE ROD.

5. ALL DUCTWORK , REGARDLESS OF SIZE, DESIGNED TO CARRY TOXIC, HIGHLY TOXIC, OR EXPLOSIVE GASES OR USED FOR SMOKE CONTROL MUST BE RESTRAINED.6. COMPONENT CERTIFICATION MUST BE SUPPLIED BY THE EQUIPMENT MANUFACTURER AT TIME OF SUBMITTAL FOR REVIEW BY ENGINEER OF RECORD.

A. PER SECTION 301.12 OF THE 2009 EDITION OF THE INTERNATIONAL MECHANICAL CODE, MECHANICAL EQUIPMENT, APPLIANCES AND SUPPORTS(INCLUDING ROOF CURBS & ROOF RAILS) EXPOSED TO WIND SHALL BE DESIGNED AND INSTALLED TO RESIST THE WIND PRESSURESDETERMINED IN ACCORDANCE WITH THE INTERNATIONAL BUILDING CODE. WHERE SEISMIC RESTRAINT IS REQUIRED, THE MORE DEMANDINGFORCE OF WIND AND SEISMIC MUST BE USED. SEE SEISMIC INFORMATION CONTAINED IN THE STRUCTURAL DRAWINGS FOR SITE SPECIFICINFORMATION ON SEISMIC DESIGN CATEGORY.

B. SEE EQUIPMENT SCHEDULES AND DETAILS FOR SPECIFIC COMPONENT IMPORTANCE FACTOR DESIGNATIONS.C. USE APPLICABLE TABLE BELOW TO DETERMINE SEISMIC RESTRAINT REQUIREMENTS FOR EACH MECHANICAL COMPONENT.D. FOR ALL COMPONENTS REQUIRING SEISMIC RESTRAINT, THE COMPONENT SUPPORTS AND ATTACHMENTS SHALL BE DESIGNED BY A SOUTH

CAROLINA REGISTERED DESIGN PROFESSIONAL. SUBMITTALS MUST INCLUDE STAMPED AND SIGNED DRAWINGS AND CALCULATIONS.E. WHERE SEISMIC RESTRAINT IS REQUIRED, HOUSEKEEPING PADS NEEDED FOR THE INSTALLATION OF EQUIPMENT UNDER THIS CONTRACT MUST

BE DESIGNED BY THE SEISMIC ENGINEER. DO NOT POUR ANY HOUSEKEEPING PADS PRIOR TO THE RECEIPT OF THE SEISMIC SUBMITTAL.F. SEISMIC RESTRAINTS FOR PIPING AND DUCTWORK MUST BE SHOWN ON LAYOUT DRAWINGS SHOWING SPECIFIC RESTRAINT LOCATIONS ALONG

WITH ACCOMPANYING DETAILS AND CALCULATIONS.

NOTES

1.51.0

6REQUIRED6NOT REQUIREDCOMPONENT CERTIFICATION(SEE NOTE 6)

6 SQ.FT. AND LARGERDUCTWORK

4>1"4>3"SUSPENDED DUCTILE PIPING

(STEEL, ALUMINUM, COPPER, ETC.)

-RESTRAIN ALL1RESTRAIN ALLNOT INLINE W/

DUCT/PIPE

3RESTRAIN IF >75 LBSPROVIDE FLEX. CONN.3RESTRAIN IF >75 LBS

PROVIDE FLEX. CONN.INLINE W/ DUCTSUSPENDEDEQUIPMENT

-RESTRAIN ALL1RESTRAIN ALLCOMPONENT SUPPORTS

-RESTRAIN ALL1, 2RESTRAIN ALLWALL MOUNTED

-RESTRAIN ALL1, 2RESTRAIN ALLFLOOR MOUNTED

-RESTRAIN ALL1RESTRAIN ALLROOF MOUNTED

SEISMIC RESTRAINTREQUIREMENTNOTESSEISMIC RESTRAINT

REQUIREMENTCOMPONENT IDENTIFICATION

SEISMIC DESIGN CATEGORIES D,E,F

· ALL MECHANICAL APPURTENANCES UNO.

DESIGN CONDITIONS

INDOOR: 75F DB / 55% RH

OUTDOOR: 95F DB / 80F WBSUMMER

OUTDOOR: 25F DBWINTER

INDOOR: 70F DB / 55% RH

GENERAL NOTES:1. THE DRAWINGS SHOW THE GENERAL ARRANGEMENT AND LOCATIONS OF EQUIPMENT, DUCTWORK,PIPING, ETC. THE CONTRACTOR SHALL BE RESPONSIBLE FOR COORDINATING THE MECHANICALINSTALLATION W/ THE STRUCTURE AND OTHER TRADES AND SHALL PROVIDE ADDITIONAL OFFSETS ANDFITTINGS AS NECESSARY.

2. THE HEATING, VENTILATING AND AIR CONDITIONING SYSTEMS SHALL COMPLY WITH THE 2009 VERSIONOF THE INTERNATIONAL MECHANICAL CODE, NFPA 90A, AND LOCAL / STATE CODE REQUIREMENTS. INTHE EVENT OF A CONFLICT BETWEEN CODES, STANDARDS, AND REQUIREMENTS LISTED ON THECONTRACT DOCUMENTS, THE MOST STRINGENT SHALL ALWAYS GOVERN.

3. DUCT DIMENSIONS ON DRAWINGS ARE CLEAR INSIDE DIMENSIONS.

4. CHECK AND VERIFY ALL CLEARANCES PRIOR TO FABRICATION OR INSTALLATION OF EQUIPMENT,DUCTWORK, AND PIPING SYSTEMS. WHERE CONDITIONS REQUIRE A CHANGE IN DUCT OR PIPEROUTING, NOTIFY THE ARCHITECT FOR AN ACCEPTABLE ALTERNATIVE METHOD. AVOID ROUTINGDUCTWORK DIRECTLY OVER LIGHT FIXTURES, DIFFUSERS, AND OTHER CEILING MTD. DEVICES. LOCATEALL MECHANICAL EQUIPMENT SO THAT FILTERS AND COMPONENTS REQUIRING ACCESS (SERVICE ANDMAINTENANCE) ARE FULLY ACCESSIBLE. ALL MECHANICAL EQUIPMENT, CONTROL PANELS, ETC. SHALLBE INSTALLED A MAXIMUM OF 18" ABOVE ACCESSIBLE CEILINGS. DEMONSTRATE ACCESSIBILITY ONCOORDINATION DRAWINGS. SUBMIT TO A/E FOR REVIEW.

5. PROVIDE CURVED RADIUS ELBOW AT FIRST SUPPLY & RETURN FITTING FOR ALL HVAC UNITS.PROVIDE TURNING VANES IN ALL 90 DEGREE ELBOWS IN ALL RECTANGULAR SUPPLY / RETURN /EXHAUST DUCT SYSTEMS. ANY OFFSETS REQUIRED IN DUCT SYSTEMS SHALL BE INSTALLED PERSMACNA 1995 2ND EDITION MANUAL . SHARP ANGLED TRANSITIONS OR OFFSETS WILL NOT BEALLOWED. PROVIDE DUCT ACCESS DOORS AT LOCATIONS SPECIFIED.

6. INSTALL ALL DUCT MOUNTED DEVICES (DAMPERS, ACCESS DOORS, ETC.) AND PIPING SPECIALTIES INEASILY ACCESSIBLE LOCATIONS. ADVISE THE ARCHITECT IN ADVANCE OF INSTALLATION IF ACCESSWILL BE HINDERED SO AN ALTERNATE LOCATION CAN BE SELECTED. CONTRACTOR SHALL BERESPONSIBLE FOR RELOCATING DEVICES TO EASILY ACCESSIBLE LOCATIONS AS DEEMED NECESSARYBY A/E OR OWNER AT NO ADDITIONAL COST TO OWNER.

7. ALL DUCT TAKE-OFFS SHALL BE INSTALLED AS SHOWN BY DETAILS ON THE PLANS WITH A MANUALBALANCING DAMPER AT EVERY TAKE-OFF. WHERE DUCT RUN-OUT SIZE IS NOT SHOWN PROVIDE DUCTSAME SIZE AS AIR DEVICE NECK SIZE. PRE-INSULATED FLEXIBLE DUCT MAY BE USED FOR FINALCONNECTION TO SUPPLY DEVICES (MAX. LENGTH 5').

8. ALL MECHANICAL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE MANUFACTURER'SINSTALLATION INSTRUCTIONS WITH PRESCRIBED CLEARANCES FOR SERVICE AND MAINTENANCE. THECONTRACTOR SHALL NOTIFY THE ARCHITECT IF RECOMMENDED CLEARANCES ARE NOT POSSIBLEBEFORE INSTALLING EQUIPMENT.

9. ALL ROTATING MECHANICAL EQUIPMENT SHALL BE PROVIDED WITH VIBRATION ISOLATION. PROVIDEFLEXIBLE NEOPRENE DUCT CONNECTORS BETWEEN DUCTWORK AND ISOLATED MECHANICALEQUIPMENT.

10. THE CONTRACTOR SHALL FIRESTOP ALL PENETRATIONS OF FIRE RATED WALLS/FLOORS/CEILINGSBY DUCTWORK PIPING, ETC., WITH U.L. LISTED FIRE STOPPING MATERIAL TO MAINTAIN FIRE RATING OFTHE BARRIER.

11. SEISMIC PROTECTION OF EQUIPMENT, DUCTWORK, PIPING AND UTILITIES SHALL BE PROVIDED INACCORDANCE WITH SECTION 16 OF THE INTERNATIONAL BUILDING CODE, 2009 EDITION. ALL SEISMICRESTRAINTS AND BRACING SHALL BE SUBSTANTIATED BY MANUFACTURER'S SUBMITTALS PER THESPECIFICATIONS. FOR ADDITIONAL INFORMATION, SEE 'SEISMIC AND WIND REQUIREMENTS FORMECHANICAL SYSTEMS' ON THIS SHEET. THE CONTRACTOR IS RESPONSIBLE FOR COORDINATINGINSTALLATION OF SEISMIC BRACING DEVICES WITH THE OWNER'S SEISMIC SPECIAL INSPECTOR.PROVIDE A MINIMUM OF SEVEN DAYS ADVANCED NOTICE OF INSTALLATION.

12. BALANCE ALL AIR DISTRIBUTION DEVICES, EXHAUST FANS, AND OUTSIDE AIR QUANTITIES ASSCHEDULED OR SHOWN ON THE DRAWINGS. PROVIDE MARKERS AT ALL DAMPER LOCATIONSSHOWING FULL OPEN/CLOSED POSITIONS AND DAMPER SETTINGS FOR REQUIRED AIRFLOW. PROVIDEFINAL TEST AND BALANCE REPORT ALONG W/ SCHEMATIC DRAWINGS SHOWING DEVICE LOCATIONS W/DESIGN AND ACTUAL CFM. DEVICE TAGS ON THE DRAWINGS SHALL CORRESPOND TO THE TAGS ONTHE REPORT. THIS REPORT SHALL BE SUBMITTED TWO WEEKS PRIOR TO SUBSTANTIAL COMPLETION.SEE SPECIFICATIONS FOR FURTHER INFORMATION.

13. ALL CONTROL WIRING, CONDUIT AND CONTROLS ACCESSORIES NECESSARY TO IMPLEMENT THEOUTLINED SEQUENCES OF OPERATION SHALL BE PROVIDED BY THE CONTROLS CONTRACTOR.

14. WIND LOAD PROTECTION OF ROOF MOUNTED EQUIPMENT AND DUCTWORK SHALL BE PROVIDED INACCORDANCE WITH SECTION 16 OF THE INTERNATIONAL BUILDING CODE, 2009 EDITION. ALL WIND LOADRESTRAINTS AND BRACING SHALL BE SUBSTANTIATED BY MANUFACTURER'S SUBMITTALS PER THESPECIFICATIONS.

15. ALL EXPOSED PIPING, DUCTWORK, AIR DEVICES, EQUIPMENT, AND ALL ASSOCIATEDAPPURTENANCES SHALL BE PAINTED. COORDINATE W/ ARCHITECTURAL PLANS/SPECIFICATIONS FOREXPOSED LOCATIONS AND PAINTING REQUIREMENTS.

16. ALL PIPE PENETRATIONS THROUGH STUD WALLS SHALL BE CAULKED WITH USG SHEET ROCKBRAND ACOUSTICAL SEALANT.

17. DUCTWORK AND PIPING PENETRATING ACOUSTICALLY SENSITIVE SPACES SHALL NOT BE RIGIDLYATTACHED TO WALLS.

18. ALL DUCTWORK SHALL BE SUSPENDED/ANCHORED TO STIFF STRUCTURAL COMPONENTS SUCH ASCOLUMNS, BEAMS, AND BAR JOISTS. DUCTWORK SHALL NOT BE SUSPENDED/ANCHORED TO ANYWALLS SURROUNDING THE AUDITORIUM AND STAGE SPACES.

19. ALL AUDITORIUM AND STAGE WALL PENETRATIONS SHALL BE SLEEVED, MAINTAIN 1/2" GAP AROUNDDUCT/PIPING AND PACK VOID WITH LOW DENSITY FIBROUS MATERIAL AND CAULK AIR TIGHT WITH USGSHEET ROCK BRAND ACOUSTICAL SEALANT.

20. WHEN PENETRATING A DOUBLE STUD WALL, EACH LAYER SHALL HAVE AN INDEPENDENT SLEEVE.BOTH LAYERS SHALL NOT BE TIED TOGETHER.

21. SEE ARCHITECTURAL DOCUMENTS FOR ROOF PENETRATION AND FLASHING REQUIREMENTS.

22. WHERE "APPROXIMATELY" IS USED TO DEFINE INSTALLATION LOCATIONS, CONTRACTOR SHALLCOORDINATE WITH ALL OTHER TRADES TO VERIFY THERE ARE NO CONFLICTS PRIOR TO INSTALLATIONAT DIMENSIONS LISTED.

23. ALL MECHANICAL EQUIPMENT CONDENSATE PIPING SHALL BE ROUTED SUCH THAT IT IS NOTOBSTRUCTING WALKWAYS OR CREATING TRIP HAZARDS.

24. WHENEVER THE WORD "PROVIDE" IS USED, IT SHALL MEAN FURNISH AND INSTALL COMPLETE ANDREADY FOR USE.

25. ALL MECHANICAL EQUIPMENT NOISE SHALL BE ATTENUATED TO MEET CCU NOISE CRITERIA DEFINEDBY COASTAL CAROLINA UNIVERSITY DESIGN GUIDELINES SECTION 230548.4.a AND ASHRAE HANDBOOK-HVAC APPLICATIONS 2011 CHAPTER 48. SEE NOISE CRITERIA SCHEDULE.

26. ALL EXPOSED PIPING, DUCTWORK, AIR DEVICES, EQUIPMENT, AND OTHER MECHANICAL SYSTEMAPPURTENANCES SHALL BE SUPPLIED WITH PAINT GRIP FINISH AND PAINTED IN ACCORDANCE WITHARCHITECTURAL DOCUMENTS FINISH REQUIREMENTS.

27. MAINTAIN A MINIMUM SEPARATION OF 3' BETWEEN AIR DEVICES AND SMOKE DETECTORS INACCORDANCE W/ NFPA 72.

XY

XY

XY

T

HVAC LEGEND:

CO

S

UNDERGROUND

ABOVE FINISH FLOOR

ABOVE FINISH GRADE

UNLESS NOTED OTHERWISE

AFG

UNO

EF

OA

UG

W/

AFF

OUTSIDE AIR

WITH

EXHAUST FAN

CARBON DIOXIDE SENSOR

90° SQUARE ELBOW W/

DUCT MOUNTED SMOKE DETECTOR

FD FIRE DAMPER

MANUAL BALANCING DAMPER

MOTORIZED DAMPER

(MOUNTED 4'-6" AFF)DDC ZONE TEMPERATURE SENSOR

SUPPLY AIR DUCT

RETURN/EXHAUST AIR DUCT

CEILING GRILLE

SIDEWALL SUPPLY REGISTER

X= TAG; Y= CFM

X= TAG; Y= CFM

X= TAG; Y= CFM

CEILING DIFFUSER

TURNING VANES

LOW PRESSURE RECTANGULAR DUCTBRANCH DUCT TAKE-OFF

LOW PRESSURE RECTANGULAR DUCTBRANCH DUCT TAKE-OFF

VARIABLE SPEED DRIVEVSD

DIAMETERDIA

SA SUPPLY AIR

RETURN AIRRA

ROUND CONE DIFFUSER

MECHANICAL CONTRACTORMC

PC PLUMBING CONTRACTOR

FD/SD COMBINATION FIRE/SMOKE DAMPERVARIABLE FREQUENCY DRIVEVFD

TYPICALTYP

ELECTRICAL CONTRACTOREC

CHILLED WATER SUPPLY

CHILLED WATER RETURN

EXHAUST AIREA

ISOLATION VALVE

SD SMOKE DAMPER

H DDC HUMIDITY SENSOR(MOUNTED 4'-6" AFF)

NORMALLY OPENNO

CONNECTION-NEW WORK TO EXISTING

POINT OF DISCONNECTION

STRAINER WITH VALVED DRAIN ANDQUICK-COUPLE HOSE CONNECTOR

3-WAY CONTROL VALVEM


EARTHQUAKE VALVE

BALL VALVE

PRESSURE REDUCING VALVE

RELIEF VALVE

M MOTORIZED BUTTERFLY VALVE

END SUNCTION PUMP

PUMP CONNECTOR/FLEX CONNECTOR

PLUG VALVE

CONCENTRIC REDUCER/INCREASER

PIPE

CHF

DRN DRAIN

SS

HD

FD

PSD

CHEMICAL FEED

FLOOR DRAIN

HUB DRAIN

STAINLESS STEEL

AN ACID NEUTRALIZER

CONTROL VALVE

AIR VENT

AUTO FLOW VALVE

AUTO FLOW VALVEAFV

SUCTION DIFFUSER

ABBREVIATIONS:

HEATING HOT WATER SUPPLY

HEATING HOT WATER RETURN

ADJUSTABLEADJ

OED OPEN ENDED DUCT

WMS WIRE MESH SCREEN

DUCT TRANSITION. ARROW INDICATESDIRECTION OF UPWARD SLOPE

CHWS

CHWR

HWS

HWR

CONDENSATE DRAINCD

BOD BOTTOM OF DUCT, BASIS OF DESIGN

DUCT SECTION. POSITIVE PRESSURE.

DUCT SECTION. NEGATIVE PRESSURE (RA).

DUCT SECTION. NEGATIVE PRESSURE (EA).

,

MINIMUMMIN

BOILER EMERGENCY SHUTDOWN MUSHROOM SWITCHES

DIFFERENTIAL PRESSURE SWITCH

AUTOMATIC AIR VENTAAV

DPS

FLOW SWITCHFS

PRESSURE INDICATOR/PRESSURE GAUGE W/RANGEPI

PRESSURE REDUCING VALVEPRV

TEMPERATURE ELEMENTTE

VARIABLE FREQUENCY DRIVEVFD---

TEMPERATURE TRANSMITTERTT

TEMPERATURE INDICATOR/TEMPERATURE GAUGE W/THERMOWELLTI

RELIEF VALVERV

No.

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SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE

Conditions of Use: This drawing and the design thereon are theproperty of Quackenbush Architects + Planners. Thereproduction, copying, or use of this drawing without the writtenconsent of Quackenbush Architects + Planners is prohibited andany infringement will be subject to legal action.

T: 803.771.2999F: 803.771.2858

REVISIONS

1217 Hampton StreetColumbia, SC 29201

State Project No. H17-9582-AC

Timber Court127 Anderson StreetPittsburgh, PA 15212Tel. 412-321-0550Fax 412-321-2431

4/22

/201

3 12

:46:

16 P

M

As Indicated

M0.00

MECHANICALNOTES &LEGEND

11.120.00

KMM

JAK

4/07/13

CoastalCarolinaUniversity

CONWAY, SC

STUDENTCENTERANNEXCONSTRUCTION

BID SET

DN

UP

DNDN

UP

T

T

TT

T

T

T

T

T

T

T

T

T

T

CO

CO CO

T

T

1K

1J

1H.5

1H

1G.5

1G

1F.5

1F

1E.5

1E

1D

1C

1B.4

1B

1A.4

1A

0.5 1 1.5 1.8 2.3 3 3.7 4 4.5 4.7 5 5.4 6 7 8

8.9 9

TICKET BOOTHA-106A

LOBBYA-106

C-STOREA-105

INTL. OFFICE 4A-109A

INTL. OFFICE 3A-109B

INTL. OFFICE 2A-109C

INTL. OFFICE 1A-109D

28"x

20"

30"x

26"

12"x

10"

WOMEN'S CENTERA-108

OFFICEA-108A

INTERNATIONALCENTER

A-109

ELECTRICALA-115

WOMEN'SA-113

IT ROOMA-112

M.C. CENTEROFFICE 2

A-102B

M.C. CENTEROFFICE 1A-102C

MULTI-CULTURALCENTER

A-102

CINO CARD & TECHSUPPORT

A-103

STUDY/ CONF.ROOMA104

VEST.A-100C

MC CENTEROFFICE 3

A-102A

MEN'SA-111

8"ø

16"x10"

1

OFCA-103A

VAV-8

VAV-10

VAV-6

VAV-7

VAV-

1

VAV-9

VAV-11

VAV-13

VAV-5

M1.312

M1.311

JANITORA-114

20"x14"

10"x8"

40"x

18"

8"x6"

10"x8"

16"x16"

CORRIDORC-101

MECHANICALA-116

RECREATIONROOMA-101

CORRIDORC-103

CORR.C-105 AUDITORIUM

A-110

STOR.A-110B

CHAIR STOR.A-110A

CORR.C-106

CORR.C-104

ELEV MACHINEROOMA-109E

STAIRST-102

CORRIDORC-102

STAIRST-101

STORAGEA-101A22"x20" 18"x16"

12"x

8"

12"x

8"12

"x8"

12"x

8"

12"x

8"12

"x8"

12"x8" 14"x10" 12"x8"

360 CFMA

360 CFMA

360 CFMA

360 CFMA

360 CFMA

360 CFMA

360 CFMA

360 CFMA

360 CFMA

VAV-

2

250 CFMA

100 CFMA

100 CFMA

8"x8

"12

"x8"

250 CFMB

8"x8

"10

"x8"265 CFM

A

265 CFMA

530 CFMB

12"x

10"

135 CFMA

135 CFMA

100 CFMA

210 CFMA

210 CFMA

420 CFMB

170 CFMA

170 CFMA

340 CFMB

VAV-3

16"x12"10"x10"

24"x14" 38"x18"

100 CFMA

100 CFMA

100 CFMB

100 CFMB

100 CFMA

100 CFMB

100 CFMB

100 CFMA

100 CFMA

100 CFMB

220 CFMA

50 CFMB

38"x16"

50 CFMA

100 CFMB

16"x8"

6"ø10"x8"

14"x

10"

16"x10"

12"x

8"

6"ø

8"ø 6"ø

10"x

8"

6"ø

220 CFMA

220 CFMA

14"x

10"

8"ø

8"ø

8"ø

10"x

8"8"

ø

12"x8"

20"x

16"

20"x

12"

16"x

12"

6"ø12"x8"

6"ø

505 CFMA

505 CFMA

1750 CFMB

1750 CFMB

30"x

26"

1750 CFMB

20"x14"

28"x

20"

350 CFMA

625 CFMB

14"x10"

420 CFMEG1

8"ø

210 CFMEG1

42"x

20"

42"x

20"

40"x

18"

6"ø

6"ø

220 CFMB

485 CFMA

485 CFMA

170 CFMEG

240 CFMB

14"x10"

645 CFMB

125 CFMA

85 CFMA

125 CFMA

38"x14"

12"x8"

38"x

16"

6"ø

6"ø

100 CFMB

100 CFMB

14"x

14"

FD

2

3

370 CFMSR1

370 CFMSG1

12"x8"

500 CFMSR1

600 CFMSG1

AV STORA-112A

VAV-4

VAV-

33

VAV-1285 CFM

B

3

950 CFMSR1

FCU-1

4

5

UH-1

24"x14"

2

950 CFMSG-1

STAGEA-110C

10"x10"

10"x10"

12"x

8"

12"x10"

24"x12"

DN34"x18"

FD

UP

170 CFMB

8"x6"

12"x12"970 CFM

B

40"x18"

12"x8"

400 CFMB

12"Wx8"HRA UP

200 CFMA

8"Ø SA UP

300 CFMTG3

TYP 4. CENTEREDBETWEEN RAMP ANDHANDRAIL, SEEARCHITECTURAL

16"x10"16"x10"

7

16"x10"

DN

20"x8"

DN

UP

UP

(VAV-28)

(VAV-29)

14"x8"

10"x8"

200 CFMA

10"x8"

8"x6"8"x6"

34"x10"12"x6"

8"x8"

10"x8"

8"ø 8"ø

12"x

10"

12"x16"

300 CFMTG3

505 CFMA

12"x10"

12"x10"

12"x10"

VAV-

23

415 CFMSR1

16"x

12"

16"x

14"

32"x

30"

16"x

14"

300 CFMSR1

6

10"x8"

10"x

8"

FD

FD

FD FD

10"x4"14"x8"

6"ø 8"x6" 10"x8"

8"x8"

12"x10"

8"x6

"

8"x6

"

UP

100 CFMA

110 CFMA

6"ø

DN

300 CFMSG1

100 CFMSR1

100 CFMSR1

KEY NOTES:

14"x10" EA UP. SEE 2ND FLOOR PLAN FOR CONTINUATION.

TRANSITION TO FULL AHU RA AND SA CONNECTION SIZES INVERTICAL UP TO AHU-2.

TERMINAL UNIT TO SERVE FUTURE C-STORE SPACE. PROVIDEOED W/WMS. PROVIDE VOLUME DAMPER FOR RETURN AIR.

THE UPFIT OF C-STORE AREA WILL BE COMPLETED UNDER ASEPARATE CONTRACT.

DIRECT AIR FLOW WITH SUPPLY DIFFUSER BLADES TO PLANWEST SIDE OF ROOM.

10"x8" SA & RA UP. SEE 2ND FLOOR PLAN FOR CONTINUATION.

TRANSFER GRILLE. TYPICAL OF 2.

1

2

3

4

5

6

7

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SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

27 P

M

As indicated

M1.11

EXPANSION -FIRST FLOORHVAC PLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.111 EXPANSION - FIRST FLOOR HVAC PLAN

DN

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CO

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KEY NOTES:

14"x10" EA TO GRAVITY ROOF VENTILATOR ABOVE.

14"Ø EA TO GRAVITY ROOF VENTILATOR ABOVE.

NON DUCTED PORTIONS OF LOUVERS SHALL BE BLANKED OFF WITH SHEET METAL. SEAL AIR / WEATHERTIGHT AND INSULATE.

GRAVITY ROOF TOP VENTILATOR ABOVE. BOD: GREENHECK FGR OR EQUAL. BALANCE TO 5000 CFM (ADJ).

NON DUCTED RETURN GRILLE, OPEN TO PLENUM.

PROVIDE MINIMUM 24"x24" WALL OPENING ABOVE CEILING ALONG GRIDLINE 1B.4 AT TRANSITION BETWEENACT CEILING AND GWB CEILING FOR BAROMETRIC RELIEF.

SEE FIRST FLOOR PLAN FOR LOCATIONS OF THERMOSTATS.

THERMOSTAT FOR VAV-17.



PROVIDE MINIMUM 10' SEPARATION BETWEEN EA OUTLET AND OA INTAKE.

10"x8" SA & RA DN. SEE 1ST FLOOR PLAN FOR CONTINUATION.

AIR DEVICES SHALL BE MOUNTED TO UNDERSIDE OF DUCT.

SA AND RA DUCT SHALL BE INSTALLED TIGHT TO BOTTOM OF STRUCTURE.

SIDEWALL REGISTER SERVING MER AT 11'-2" AFF, BELOW EF.

ROUTE DUCT BELOW BEAM AND TIGHT TO UNDERSIDE OF STRUCTURE ON EITHER SIDE OF BEAM.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

1K

1J

1H.5

1H

1G.5

1G

1F.5

1F

1E.5

1E

1D

1C

1B.4

1B

1A.4

1A

0.5 1 1.5 1.8 2.3 3 3.7 4 4.5 4.7 5 5.4 6 7 8 8.9 9

CC OFFICEA-203E

CC OFFICEA-203G

CONFERENCEA-203H

CC OFFICEA-203B

CAREER CENTERA-203

LARGE MEETINGA-201

STUDENTORGANIZATIONS

A-202

CORRIDORC-101

FSL STUDY/ MTGROOMA-214



WOMENA-209

MENA-212

VEST.A-212A

MECH./ SUPPORTA205

PROJECTIONROOMA-204

STORAGEA-216

14"ø

6"ø

280 CFMEG1

75 CFMEG1

210 CFMEG1

VAV-19

VAV-16

VAV-15

VAV-14

VAV-24

VAV-21

VAV-18

VAV-29

VAV-26

VAV-28

VAV-32

VAV-30

VAV-31

VAV-22

STAGEA-110C

AUDITORIUMA-110

IT ROOMA-211TOILET

A-210VESTA-209A

CORRIDORC-205

CC OFFICEA-203F

ROOF ACCESSA-208D

JANA-208C

ELEC.A-208B

CORRIDORC-204

CC OFFICEA-203D

CC OFFICEA-203C

CC OFFICEA-203A

CORRIDORC-202

STAIRST-201

CORRIDORC201

VEST.A-100C

STAIRST-202

AV STORA-208A

MECHANICALA-217

VAV-25

VAV-17

VAV-27

VAV-20

STORAGEA-206

CORRIDORC-210

CORRIDORC-207

CORRIDORC-206

50"x18"

12"x10"

12"x

8"12

"x10

"

22"x12"

10"x8"

30"x14"

6"ø

6"ø

8"ø

8"ø

12"x10"

10"x8" 10"x8"

10"x8" 10"x8"

10"x8" 10"x8"

10"x8" 10"x8"

10"x8" 10"x8"

14"x

10"

12"x8" 12"x8"

12"x10"

8"x8

"

8"x8"

12"x10"

10"x8" 10"x8"

32"x

22"

32"x

18"

6"ø

50"x24" 50"x22"

24"x18"

10"x

8"10

"x8"

20"x16" 10"x

8"10

"x8"

20"x14"16"x12"

18"x14"

10"x

8"

14"x10"

10"x

8"

50"x16"

14"x12"24"x12"44"x12"

16"x14"

10"x

8"10"x8"

18"x

14"

18"x14"

50"x16"

46"x14"

14"x

8"

14"x

8"

6"ø

10"x8"

8"ø 6"ø

16"x

10"

22"x12"

8"x8

"

14"x12"

8"x8

"

12"x10"

8"x8"

6"ø6"ø 6"ø

6"ø

10"x10"

14"x10"14"x10"

8"x8"

6"ø

10"x8"

8"x6

"

14"x10"

6"ø

22"x16"

18"x

14"

34"x14"

30"x

14"

10"ø

14"x10"16"x12"

10"x

8"

10"x6"

24"x16"

30"x

20"

30"x

16"

12"x10"

32"x12"

16"x12"

6"ø

10"x

8"

12"x10"

10"x

8"

6"ø

14"x8"

22"x

14"

18"x

12"

14"x

10"

14"x8"10"x8"

10"x8"

26"x14" 20"x12"

16"x

12"

40"x14"

34"x12"

12"x10"

16"x

12"

36"x

14"

10"x8"

8"ø10"ø

14"x10"

12"x

10"

24"x

14"

26"x20"

32"x

14"

32"x14"

6"ø

8"ø

12"x

10"

10"ø

6"ø

10"x

8"10

"x8"

14"x10"

10"x

8"10

"x8"

8"ø

350 CFMA

350 CFMA

350 CFMA

350 CFMA

360 CFMA

360 CFMA

360 CFMA

360 CFMA

1440 CFMB

360 CFMA

360 CFMA

360 CFMA

360 CFMA

400 CFMB

250 CFMA

150 CFMB

100 CFMA

260 CFMA

260 CFMA

100 CFMA

210 CFMA

1080 CFMB

100 CFMB

100 CFMB

100 CFMB

100 CFMB

100 CFMB

420 CFMB

730 CFMB

600 CFMB

600 CFMB

50 CFMB

50 CFMA

165 CFMA

305 CFMA

305 CFMA

1400 CFMB

110 CFMB

365 CFMA

365 CFMA

300 CFMA

300 CFMA

300 CFMA

300 CFMA

210 CFMA

1440 CFMB

355 CFMA

355 CFMA

355 CFMA

355 CFMA

355 CFMA

355 CFMA

355 CFMA

355 CFMA

250 CFMA

260 CFMA

260 CFMA

260 CFMA

260 CFMA

140 CFMB

100 CFMA

835 CFMA

835 CFMA

900 CFMA

835 CFMA

100 CFMB

100 CFMB

180 CFMA

180 CFMA

305 CFMA

60 CFMEG1

100 CFMA

50 CFMA

1320 CFMB

1320 CFMB

350 CFMSG1

350 CFMSR1

285 CFMSR1

285 CFMSG1

360 CFMB

360 CFMB

350 CFMSR1

725 CFMSR1

725 CFMSG1

210 CFMC

500 CFMSR2

500 CFMSR2

1000 CFMSG2

900 CFMA

EF-114"x10" EA DN

14"ø

UP

UP

DN

325 CFMB

1260 CFMB

UP UP

AHU-2

AHU-3

3

24"x12" OA DN TOMIXING BOX

50"W x 24"H x 16"DPLENUM.

11

11

AHU-4

3

24"W x24"H x18"D EAPLENUM

24"x24"OAINTAKE

910

7

5

6

4

5

2

8

1

6

18"x12"

100 CFMA

100 CFMA

100 CFMA

AHU-5

26"x18"

32"x22"22"x12"UP DN

10"x8"

12

10"x8"10"x8"

SA

350 CFMSG-1

210 CFMC280 CFM

C

16"x12"

8"Ø SA DN

13

13

13

TYP 3

30"x

16"

26"x14"

32"x22"

34"x14"

12"x8" RADN

900 CFMA

900 CFMA

6"ø

50 CFMA

10"x8"

6"ø

EF-2

280 CFMC

14

15

SA-5RA-5

26"x

14"

18"x

10"

18"x

10"

18"x

10"

DN

2520 CFMB

18"x24"

58"x8"RETURNDUCT OPENTO PLENUM

SOUND TRAP,SEE DETAIL

1610"x8"

DN UP

44"x10"

16

1260 CFMB

28"x14"

14"x14"

14"x14"DN UP

8"x6"100 CFMSG1

100 CFMSR1 8"x6"

No.

P

E

K

T

N

O

S DT

AJ

GS

ISR

EE

U

GEA. LU

N

A A

26587

RR

G

USE

E

NIEN

L

O

OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

35 P

M

As indicated

M1.12

EXPANSION -SECONDFLOOR HVACPLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.121 EXPANSION - SECOND FLOOR HVAC PLAN

DN

UP

DNDN

UP

T

CO

T

T

1K

1J

1H.5

1H

1G.5

1G

1F.5

1F

1E.5

1E

1D

1C

1B.4

1B

1A.4

1A

0.5 1 1.5 1.8 2.3 3 3.7 4 4.5 4.7 5 5.4 6 7 8

8.9 9

C-STOREA-105

INTL. OFFICE 4A-109A

INTL. OFFICE 3A-109B

INTL. OFFICE 2A-109C

INTL. OFFICE 1A-109D

WOMEN'S CENTERA-108

OFFICEA-108A

INTERNATIONALCENTER

A-109

STAGEA-110C

WOMEN'SA-113

M.C. CENTEROFFICE 2

A-102B

M.C. CENTEROFFICE 1

A-102C

MULTI-CULTURALCENTER

A-102

CINO CARD & TECHSUPPORT

A-103

STUDY/ CONF.ROOMA104

MC CENTEROFFICE 3

A-102A

MEN'SA-111

M1.313

3/4" HWR3/4" HWS

1 1/

2" H

WR

1 1/

2" H

WS

3" HWR

3" HWS

1" HWS

1" HWR

1 1/2" HWR 1" HWR1" HWS1 1/2" HWS1" HWS

2 1/2" HWR

2 1/2" HWS

4" CHWR

VAV-9

VAV-10

VAV-11

VAV-13

VAV-8

VAV-6

VAV-7

VAV-5

VAV-1

MECHANICALA-116

ELECTRICALA-115

JANITORA-114

IT ROOMA-112

STAIRST-102

ELEV MACHINEROOMA-109E

RECREATIONROOMA-101

STAIRST-101

STORAGEA-101A

CORRIDORC-101

VEST.A-100C

CORRIDORC-102

OFCA-103A

CORRIDORC-103

LOBBYA-106

TICKET BOOTHA-106A

CORR.C-105

AUDITORIUMA-110

CHAIR STOR.A-110A

STOR.A-110B

CORRIDORC-101

VAV-3

VAV-2

3/4" HWR3/4" HWS

1

3/4" HWR3/4" HWS

VAV-4

VAV-12

VAV-33

FCU-1

3

4

53/4" CD

4" CHWS2

1" HWR

3/4" HWS

3/4" HWR

3/4" HWS3/4" HWR

3/4" HWS

3/4"

HW

R3/

4" H

WS

3/4"

HW

R3/

4" H

WS

1" H

WR

1" H

WS

3/4"

HW

R3/

4" H

WS

3/4"

HW

S3/

4" H

WR

1 1/2" HWR

1 1/2" HWS

3/4" HWS3/4" HWR

3/4" HWR

KEY NOTES:

INSTALL ALL HYDRONIC PIPING UP TO SECOND FLOOR TIGHT TO WALL AND STRUCTURE.PIPING INSULATION JACKETING SHALL BE PAINTED. COORDINATE WITH ARCHITECT FORFINISH AND COLOR.

CONNECT TO EXISTING UNDERGROUND CHILLED WATER LOOP. SEE CIVIL FORCONTINUATION.

THE UPFIT OF C-STORE AREA WILL BE COMPLETED UNDER A SEPARATE CONTRACT.

1-1/2" CHWS/CHWR & 1-1/2" HWS/HWR DOWN FROM SECOND FLOOR CONCEALED IN GYPBOARD.

ROUTE CONDENSATE DRAIN ABOVE CEILING TO HUB DRAIN. MAINTAIN MINIMUM SLOPE OF1/8" PER FOOT. SEE PLUMBING FOR HUB DRAIN LOCATION.

1

2

3

4

5

GENERAL NOTES:

1. ALL PIPING WITHIN BUILDING SHALL BE ROUTED AS HIGH AS POSSIBLE AND TIGHT TO STRUCTURE UNLESSNOTED OTHERWISE.

No.

P

E

K

T

N

O

S DT

AJ

GS

ISR

EE

U

GEA. LU

N

A A

26587

RR

G

USE

E

NIEN

L

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OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

40 P

M

As indicated

M1.13

EXPANSION -FIRST FLOORHVAC PIPINGPLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.131 EXPANSION - FIRST FLOOR HVAC PIPING PLAN

DN

DN

CO

1K

1J

1H.5

1H

1G.5

1G

1F.5

1F

1E.5

1E

1D

1C

1B.4

1B

1A.4

1A

0.5 1 1.5 1.8 2.3 3 3.7 4 4.5 4.7 5 5.4 6 7 8

8.9 9

CC OFFICEA-203E

CC OFFICEA-203G

CONFERENCEA-203H

CC OFFICEA-203B

CAREER CENTERA-203

LARGE MEETINGA-201

STUDENTORGANIZATIONS

A-202

CORRIDORC-101




WOMENA-209

MENA-212

VEST.A-212A

MECH./ SUPPORTA205

PROJECTIONROOMA-204

STORAGEA-216

VAV-19

VAV-16

VAV-15

VAV-14

VAV-24

VAV-21

VAV-18

VAV-29

VAV-26

VAV-28

VAV-32

VAV-30

VAV-31

VAV-22

1 1/2" HWS1 1/2" HWR

3" CHWS3" CHWR

2" HWS2" HWR

2" H

WR

2" H

WS

2" HWR2" HWS

1 1/2" HWS

1 1/2" HWR

1 1/

2" H

WS

1 1/

2" H

WR

STAGEA-110C

AUDITORIUMA-110

IT ROOMA-211

TOILETA-210

VESTA-209A

CORRIDORC-205

CC OFFICEA-203F

ROOF ACCESSA-208D

JANA-208C

ELEC.A-208B

CORRIDORC-204

CC OFFICEA-203D

CC OFFICEA-203C

CC OFFICEA-203A

CORRIDORC-202

STAIRST-201

CORRIDORC201

VEST.A-100C

STAIRST-202

AV STORA-208A

MECHANICALA-217

VAV-25

VAV-17

VAV-27

1

VAV-20

STORAGEA-206

1 1/

2" C

HW

R1

1/2"

CH

WS

1 1/

2" H

WS

1 1/

2" H

WR

2

1" HWS1" HWR

1" H

WS

1" H

WR

4" C

HW

S4"

CH

WR

CORRIDORC-210

CORRIDORC-207

CORRIDORC-206

3/4" HWS3/4" HWR

3/4" HWR3/4" HWS

3/4" HWR3/4" HWS

3/4" HWR3/4" HWS

3/4" HWR3/4" HWS 3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR3/4" HWS

3/4" HWR3/4" HWS

1" HWR1" HWS

3/4" HWS

3/4" HWR3/4" HWS

1" HWR1" HWS

3/4" HWR

3/4" HWS

3/4" HWR

AHU-4

AHU-5

1" H

WS

1" H

WR

2" CHWR

2" CHWS

3" C

HW

R3"

CH

WS

AHU-3

AHU-2

3/4"

HW

S3/

4" H

WR

3/4" HWS3/4" HWR

3/4" HWR

3/4" HWS

2" H

WR

2" H

WS

3/4" HWR

3/4"

HW

R

3/4" HWS

4" C

HW

R4"

CH

WS

4" CHWR4" CHWS

2 1/2" CHWS2 1/2" CHWR3" CHWS

3" CHWR

32-1/2" HWS/HWRDN TO FIRST FLOOR

KEY NOTES:

COORDINATE PIPE ROUTING AND INSTALLATION WITH STAGE CURTAINS, PROJECTION SCREEN,AND ALL ASSOCIATED APPURTENANCES. SHOW ALL ON COORDINATION DRAWINGS FORSUMISSION TO A/E PRIOR TO PERFORMING WORK. PIPING INSULATION JACKETING SHALL BEPAINTED. COORDINATE WITH ARCHITECT FOR FINISH AND COLOR.

HEATING HOT WATER AND CHILLED WATER PIPING DOWN TO FAN COIL UNIT ON FIRST FLOOR.

CHWS/CHWR DN TO FIRST FLOOR LEVEL, SEE FIRST FLOOR HVAC PIPING PLAN FORCONTINUATION. INSTALL TIGHT TO WALL.

1

2

3

GENERAL NOTES:

1. ALL PIPING WITHIN BUILDING SHALL BE ROUTED AS HIGH AS POSSIBLE AND TIGHT TO STRUCTUREUNLESS NOTED OTHERWISE.

HWS/R PIPING TO INDIVIDUAL VAV TERMINAL UNITS SHALL BE 3/4" UNO.2.

No.

P

E

K

T

N

O

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AJ

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ISR

EE

U

GEA. LU

N

A A

26587

RR

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USE

E

NIEN

L

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OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

48 P

M

As indicated

M1.14

EXPANSION -SECONDFLOOR HVACPIPING PLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.141 EXPANSION - SECOND FLOOR HVAC PIPING PLAN

1K

1J

1H.5

1H

1G.5

1G

1F.5

1F

1E.5

1E

1D

1C

1B.4

1B

1A.4

1 1.5 1.8 2.3 3 3.7 4 4.5 4.7 5 5.4 6 7 8 8.9 9

2

1

GRV-3

1

GRV-1

1GRV-2

KEY NOTES:

INSTALL ALL MECHANICAL EQUIPMENT SUCH THAT A MINIMUM OF 10 FEET EXISTS BETWEENEDGE OF ROOF AND CLOSEST EDGE OF MECHANICAL EQUIPMENT.

ROOF ACCESS HATCH.

1

2

No.

P

E

K

T

N

O

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AJ

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ISR

EE

U

GEA. LU

N

A A

26587

RR

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E

NIEN

L

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OH AC RFOR

SES I NIN

L

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OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

49 P

M

As indicated

M1.15

EXPANSION -MECHANICALROOF PLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.151 EXPANSION - ROOF PLAN

UPUP

UPUP

UPUP

DNDN

DN

DN

UPUP

T

T

COT

T

T

1E

1D

1C

1B.4

1B

1A

8.9 9 10.8

11

13.5 15.5

Y4

Y3 Y2

Y1

G

18.4 19 2012 13 14 15 16 17 18

VEST.A-100A

LOBBYA-100

VEST.A-100B

690 CFMSR3

-TG2

1

18"x8"

12x10 SA UP1

-TG218"x8"

12x10 SA UP

515 CFMSR3

22

KEY NOTES:

MOUNT TRANSFER GRILLE 12" AFF. TYPICAL OF 4.

MOUNT SUPPLY REGISTER AT 11'-0" AFF AND CENTER HORIZONTALLY WITHIN THE SPACE.TYPICAL OF BOTH VESTIBULES.

1

2

GENERAL NOTES:

1. SEE ARCHITECTURAL FOR AIR DEVICE PAINTING REQUIREMENTS.

No.

P

E

K

T

N

O

S DT

AJ

GS

ISR

EE

U

GEA. LU

N

A A

26587

RR

G

USE

E

NIEN

L

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OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

53 P

M

As indicated

M1.21

ADDITION -FIRST FLOORHVAC PLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.211 ADDITION - FIRST FLOOR HVAC PLAN

DN

1E

1B.4

1B

1A

10.8

11

13.5 X7 15.5

Y4

Y3 Y2

Y1

18.4 19 2012

13

14 15 16 17 18

LOBBYA-100

590 CFMA

590 CFMA

380 CFMA

380 CFMA

380 CFMA

380 CFMA

410 CFMA

410 CFMA

650 CFMA

650 CFMA

410 CFMA

410 CFMA

58"x18"

40"x12"20"x12"18"x12"

12"x

10"

12"x

12"

12"x

12"

10"x

10"

12"x

12"

50"x12"

12"x10"12"x10"

10"ø 10"ø

33

12"x

12"

10"x

10"

14"x12"

14"x

12"

4

55

6

1580 CFMB

1580 CFMB

1580 CFMB 1580 CFM

B

1580 CFMB

1580 CFMB

5

555

64"x16"

36"x24"

36"x24"SA UP

60"x24"

24"x18"20"x12"UP

UP20"x12"

8

10"ø

14"x18"44"x18"

64"x

18"

UPUP

60"x12"

10"ø

10"ø10"ø10"ø10"ø

UP

UP

UP

UP

UP UPUP

UPUP

UP UP

UP

UP

UP

UP

UP

UP

UP

10"ø

10"ø

2M1.22

KEY NOTES:

50"x18" RA UP TO AHU-6 IN ATTIC.

26"x26" SA UP TO AHU-6 IN ATTIC.

12"x10" SA TO VESTIBULE BELOW.

DIFFUSER TYPE D, 360 CFM. TYPICAL OF 9. DIFFUSERS SHALL BE EQUALLY SPACED BETWEENCOLUMNS. SEE ARCHITECTURAL FOR DEVICE LAYOUT. METAL AND FLEXIBLE DUCTWORKWITHIN THE UNINSULATED CAVITY SHALL BE INSULATED WITH MINIMUM R-8 INSULATION INACCORDANCE WITH THE 2009 IECC.

NON DUCTED RETURN GRILLE, OPEN TO PLENUM.

60"x24" OED W/ WMS ABOVE CEILING.

50"x28" RA.

60"x24" RA TRANSITION TO 24"x60" IN VERTICAL.

1

2

3

4

5

6

7

8

GENERAL NOTES:

1. COORDINATE LOCATION OF DUCTWORK WITH EXISTING TRADES (CONDUIT, CABLING, PIPING, ETC)ABOVE THE 2ND FLOOR CEILING. WHERE CONFLICTS ARISE, REROUTE/EXTEND EXISTING CONDUITTIGHT TO DECK. PROVIDE ANY CHANGES TO EXISTING INFRASTRUCTURE IN COORDINATIONAFFIDAVIT. SEE DIVISION 26 SPECIFICATIONS.

360 CFMD

10"øSA

UP THROUGH BUILDINGTHERMAL ENVELOPE.

60"x12" SA

NOTE: COORDINATE DUCTWORK CONFIGURATION WITH FRAMING.

No.

P

E

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ISR

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GEA. LU

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A A

26587

RR

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SES I NIN

L

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OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:46:

58 P

M

As indicated

M1.22

ADDITION -SECONDFLOOR HVACPLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M1.221 ADDITION - SECOND FLOOR HVAC PLAN

SCALE: 1/4" = 1'-0"M1.222 LOBBY A-100 DUCTWORK (TYP.)

14"x8" DN

AD AD

SD

36"x36"

72"x36"

72"x36"

M

36"x36" 36"x36"

(E)RAF-1

1B.4

1B

1A

13.5 15.5

Y4

Y3 Y2

Y1

13 14 15 16

ELECTRICALEQUIPMENT

ELEC

TRIC

ALEQ

UIP

MEN

T

(E)AHU-1

60"x34"

4" C

HW

R

1 1/2" HWR60"x34"

2

3

1 1/2" HWS

1

36"x36"

5

120"W x 96"H x 24"DPLENUM

DN

26"x22" DNTO FLOOR

26"x22"(9'-0" BOD)

42"x36"

42"x36"

FS

RELOCATEDFIRE RISER.SEE FP PLAN.

AHU-6

40"x22"

4" C

HW

S

3" CHWS3" CHWR

3" CHWS3" CHWR

1 1/2" HWS1 1/2" HWR

60"x34" OA DNTO (E) AHU-1

36"x24" SADN TO 2NDFLR.

4

1 1/

2" H

WS

1 1/

2" H

WR

26"x22"

20"x16"

1" CD

1" CD

3M1.23

4M1.23

2M1.23

KEY NOTES:

PROVIDE NEW MOTORIZED DAMPER. EXTEND CONTROLS WIRING FROM ORIGINAL DAMPERLOCATION. RECOMMISSION TO INCLUDE ALL EXISTING CONTROL POINTS AND SEQUENCESOF OPERATION.

NON DUCTED PORTIONS OF LOUVER SHALL BE BLANKED OFF WITH SHEET METAL. SEAL AIR/ WEATHER TIGHT AND INSULATE.

AIR HANDLING UNIT MOUNTED VFD.

20"x16" OA DN TO AHU-6.

PROVIDE DUCT ACCESS DOOR FOR (E) FIRE DAMPER.

MAINTAIN MINIMUM 2-8"H x 2'-5"W SPACING FOR TRAVEL AROUND AHU.

1

2

3

4

5

6

GENERAL NOTES:

1.

2.

3.

4.

5.

MINIMUM OVERHEAD CLEARANCE HEIGHT BENEATH ALL PIPING AND DUCTWORK SHALL NOTBE LESS THAN 6'-8" AFF.

EXTEND ALL POWER AND CONTROL WIRING TO NEW LOCATION OF (E) AHU-1.RECOMMISSION (E) AHU-1 TO INCLUDE ALL EXISTING CONTROL POINTS AND SEQUENCES OFOPERATION.

SCOPE OF WORK INCLUDES RELOCATING (E) AHU-1 TO THE LOCATION SHOWN. PROVIDENEW CONCRETE CURBS FOR (E) AHU-1 AND AHU-6. PROVIDE CONDENSATE DRAIN PIPING TONEW FLOOR DRAIN WITH FUNNEL, CONNECT TO EXISTING WASTE PIPING ABOVE 2ND FLOORCEILING. PIPING AND DUCTWORK SHALL BE CONNECTED TO EXISTING AS SHOWN. UPONCOMPLETION OF (E) AHU-1 INSTALLATION, PERFORM TEST AND BALANCE TO RESTORESYSTEM TO PREVIOUS OPERATION. SEE AHU SCHEDULE FOR RECORD DATA FOR (E) AHU-1.

FOR WORK OCCURRING IN OCCUPIED SPACES ON THE 2ND FLOOR, ALL WORK SHALL OCCURDURING UNOCCUPIED HOURS. COORDINATE ALL WORK AND SYSTEM OUTAGES WITH CCUAT LEAST 4 WEEKS IN ADVANCE.

PROVIDE 5" LIGHTWEIGHT CONCRETE HOUSEKEEPING PADS FOR AHU-6 AND (E)AHU-1. PADSHALL EXTEND 6" BEYOND UNITS EXTERIORS. 5" PAD ALLOWS FOR SUFFICIENT DEPTH FORDRAIN TRAP FOR BOD AHU. IF DEEPER PAD IS REQUIRED, IT MUST BE APPROVED BY THESTRUCTURAL ENGINEER PRIOR TO PERFORMING WORK.

JOIST BEARING30'-8"

34"x60"

3" CHWR

3" CHWR

(E)AHU-1

22"x22" SA96"x120"x24"D

OA

6

JOIST BEARING30'-8"

22"x40"

22"x40"

36"x24"60"x28"

AHU-6

16"x20" OA

SA

RA

JOIST BEARING30'-8"

36"x

42"

36"x

42"

36"x

36"

42"x

36"

(E)AHU-1

No.

P

E

K

T

N

O

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AJ

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ISR

EE

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GEA. LU

N

A A

26587

RR

G

USE

E

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L

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OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

03 P

M

As indicated

M1.23

ADDITION -ATTIC HVACPLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/4" = 1'-0"M1.231 ADDITION - ATTIC HVAC PLAN

SCALE: 1/4" = 1'-0"M1.233 RELOCATED (E) AHU-1 DUCTWORK

SCALE: 1/4" = 1'-0"M1.234 AHU-6 LOOKING WEST

SCALE: 1/4" = 1'-0"M1.232 (E)AHU-1 RETURN DUCTWORK

1J

1H

6 7

3" H

WS

3" C

HW

R3" CHWS

3" HWR

3" H

WS

6" C

HW

S

1 1/

2" C

HW

S

3/4" HWS

4" CHWS

3" HWS

12

14

13

11

16

15

10

EXT-1

EXT-2

CWP-1CWP-2

HWP-1HWP-2

CWAP-1

HWAP-1

MECHANICALA-116

FUTURE BOILER

AHU-1

B-1

4M1.31

6" C

HW

S

10

10

6" CHWS/CHWRBYPASS

3" HWS

1" HWS

1" H

WR

4" CHWR

6" CHWR

6" CHWS

ISOLATION VALVESAND BLIND FLANGESFOR FUTURE BOILERCONNECTION.

1J

1H

6 7

CWP-1CWP-2

HWP-1HWP-2

EXT-1

EXT-2

CWAP-1

HWAP-1

1

2

34

5

AHU-1 VFD

NEC REQUIRED 3'WORKINGCLEARANCE (TYP.)

6

B-1

AHU-1

FUTUREBOILERMECHANICAL

A-116

19

2' PERIMETERINERTIA BASECLEARANCE

LIGHTING CONTROL PANELPROVIDED BY EC. COORDINATESIZE AND LOCATION W/ EC PRIORTO ORDERING MATERIAL.

4M1.31

AREA DESIGNATED FOR HOTAND CHILLED WATER CHEMICALTREATMENT EQUIPMENT

AHU-1MAINTENANCECLEARANCE

1J

1H

6 7

8

9

MECHANICALA-116

6

FUTUREBOILERFD

FD FD

AHU-1

VAV-

23

17

18

20

7

18

8"ø

8"ø

WATER HEATERAIR INTAKE/FLUE.SEE PLUMBING.

21

415 CFMSR1

950 CFMSR1

950 CFMSG-1

16"x

14"

16"x

12"

16"x

14"

32"x

30"

20"x18"

4M1.31

FD

360 CFMSG-1

BREAK TYPICALALL 3 VIEWS

OA-1 DUCT SILENCERIN VERTICAL.

KEY NOTES:

AREA DESIGNATED FOR NATURAL GAS RISER.

AREA DESIGNATED FOR FIRE RISER.

AREA DESIGNATED FOR DOMESTIC WATER RISER.

CWP-1 AND CWP-2 VFD. VFD PROVIDED BY CONTROLS CONTRACTOR. INSTALL SIDEBY SIDE TO PROVIDE SIMULTANEOUS READINGS. DO NOT INSTALL PIPING DIRECTLYABOVE VFDS.

HWP-1 AND HWP-2 VFD. VFD PROVIDED BY CONTROLS CONTRACTOR. INSTALL SIDEBY SIDE TO PROVIDE SIMULTANEOUS READINGS. DO NOT INSTALL PIPING DIRECTLYABOVE VFDS.

WATER HEATER PROVIDED BY PC.

PROVIDE MANUFACTURER'S EXHAUST FLUE KIT WITH WALL CAP. BOTTOM OF FLUETERMINATION AT EXTERIOR SHALL BE NO LOWER THAN 7' AFF.

EXHAUST AND INTAKE DUCT TO B-1 SHALL BE MOUNTED TIGHT TO CEILING. INTAKEAND EXHAUST SHALL BE SEPARATED BY 10' MINIMUM.

1

2

3

4

5

6

PROVIDE 40"Lx20"Wx12"D SHEET METAL PLENUM. BLANK OFF UNUSED SECTION OF LOUVER.PLENUM BOX SHALL TRANSITION TO 50"x50" DUCT.

SEE FIRST FLOOR PIPING PLAN FOR CONTINUATION.

6" CHWS AND CHWR PIPING TO CAMPUS LOOP. SEE CIVIL.

BOTTOM OF CHWS AND CHWR PIPING SHALL BE MINIMUM 11'-2" AFF. NO PIPING SHALL BEINSTALLED ABOVE ELECTRICAL EQUIPMENT.

INSTALL HWS AND HWR PIPING SUCH THAT BOTTOM OF PIPING SHALL BE 9'-0" AFF MINIMUM.

INSTALL 3" CHWS/CHWR PIPING SUCH THAT BOTTOM OF PIPING SHALL BE 9'-10" AFF MINIMUM.

BOTTOM OF HWS PIPING SHALL BE 10'-6" AFF MINIMUM.

6" CHWS PIPING WITH WYE FITTING. ANGLE SHALL NOT EXCEED 45°.

9

10

7

8

11

12

BLANK OFF PORTION OF LOUVER NOT USED FOR INTAKE WITH SHEET METAL PANEL. SEALAIR/WEATHER TIGHT AND INSULATE.

FUTURE BOILER AIR INTAKE/FLUE CONNECTION POINT SHOWN FOR INFORMATION ONLYAND OWNER'S FUTURE USE.

DDC CONTROL PANEL PROVIDED BY CONTROLS CONTRACTOR.

PROVIDE MANUFACTURER'S COMBUSTION AIR INTAKE KIT WITH WALL CAP.

DUCT SIZES ARE SHOWN FOR BASIS OF DESIGN BOILERS (NEW AND FUTURE). AIRINTAKE/FLUE DUCTS SHALL BE SIZED TO SUPPORT MANUFACTURER'S COMMON AIRINTAKE/VENTING WRITTEN REQUIREMENTS FOR NEW AND FUTURE BOILERS. FUTUREBOILER SHALL BE SAME CAPACITY AS B-1.

17

18

13

14

19

20

21

15

16

AHU-1EXT-1EXT-2

VAV-23

6" CHWS

3" CHWS

3" HWS

32"x30"

3" CHWRBEHIND

CWAP-1 16"x14"

MECHANICALA-116

3" HWS

1" HWR 1" HWSBEHIND

OA-1

No.

P

E

K

T

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GS

ISR

EE

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GEA. LU

N

A A

26587

RR

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USE

E

NIEN

L

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OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

11 P

M

As indicated

M1.31

MECHANICALENLARGEDPLANS

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/4" = 1'-0"M1.313 MECHANICAL ROOM ENLARGED PIPING PLAN

SCALE: 1/4" = 1'-0"M1.311 MECHANICAL ROOM ENLARGED EQUIPMENT PLAN

SCALE: 1/4" = 1'-0"M1.312 MECHANICAL ROOM ENLARGED DUCT PLAN

1. NO PIPING OR DUCTWORK SHALL BE INSTALLED ABOVE ELECTRICAL EQUIPMENT.

2. ALL DRAIN PIPING TO FLOOR DRAINS SHALL BE ROUTED EITHER ON EQUIPMENT PADSOR DOWN WALLS DIRECTLY TO FLOOR DRAINS TO ELIMINATE TRIP HAZARDS.COORDINATE ROUTING OF DRAIN PIPING WITH ALL DISCIPLINES PRIOR TO INSTALLATIONOF FLOOR DRAINS AND EQUIPMENT.

3. DUCTWORK, PIPING, ETC. SHALL BE INSTALLED AS HIGH AS POSSIBLE WITHIN SPACE.BOTTOM OF DUCTWORK, PIPING, ETC. SHALL BE MINIMUM 8'-0" AFF.

4. REFER TO BOILER MANUFACTURER'S REQUIREMENTS FOR TERMINATION LOCATIONSOF EXHAUST FLUE AND COMBUSTION AIR INTAKE.

GENERAL NOTES:

SCALE: 1/4" = 1'-0"M1.314 MECHANICAL A-116 LOOKING NORTH

NOTES:

1. REFER TO THE ELECTRICAL DRAWINGS FOR POWER REQUIREMENTS.2. VFD SHALL BE PROVIDED BY CONTROLS CONTRACTOR.

PUMP SCHEDULE

CWP -1,2

ITEM GPM

290 60

HEADFT. W.G.

74.34

MIN.EFF.

7.5

MAX.MOTOR

HPTYPE BASIS OF

DESIGNMODEL

CENTRIFUGAL

VFD

YES BELL AND GOSSETT 1510-2-1/2BBBASE MOUNTED

RPM

17506.04

MAX.BHP

HWP -1,2 80 50 47.393CENTRIFUGAL

IN-LINEMOUNTED

YES BELL AND GOSSETT 80 1-1/2 x 1-1/2 x 9-1/217502.17

EXPANSION TANK SCHEDULE

BASIS OFDESIGN

ITEM

EXT-1 TACO

MODELTANK

DIAMETER(INCHES)

20

DESCRIPTION

CA-90ASME BLADDER-TYPE PRESSUREVESSEL

SYSTEMCONNECTION

(INCHES)

1-1/2

TANK ANDACCEPTANCE

VOLUME(GALLONS)

23

NOTE:

1. REFER TO SPECIFICATIONS DIVISION 23 FOR FURTHER INFORMATION.

EXT-2 TACO24 CBX-254ASME BLADDER-TYPE PRESSUREVESSEL1-1/234

FAN SCHEDULE

CEILING MTD. CENTRIFUGAL

ITEM

EF-1 0.55

CAPACITYCFM

800DIRECT DRIVE

TYPE

1027 1.3

MANUFACTURER

GREENHECK CSP-A1410

MODEL

NOTES:

1. PROVIDE SPEED CONTROLLER.2. CONTROLLED BY BUILDING BAS.3. PROVIDE BACKDRAFT DAMPER.4. SEE ELECTRICAL DRAWINGS FOR EQUIPMENT POWER REQUIREMENTS. PROVIDE MANUFACTURER'S OPTIONAL TRANSFORMER WHERE REQUIRED.5. PROVIDE MANUFACTURER'S DISCONNECT SWITCH, SEE DIVISION 26 FOR REQUIREMENTS.

E.S.P.INCHES

W.G.FRPM

MAXIMUMSOUNDRATING(SONES)

CEILING MTD. CENTRIFUGALEF-2 625

DIRECT DRIVE1005 1.2 GREENHECK CSP-A7000.50

FRPM(MAX)

1450

1100

2020 54.94

VAV-4

VAV-1 24"X16" 0.23

55

55

15

15

VAV-2 55 15

VAV-3 55 15

VAV-5 55 15

VAV-6

VAV-8 55 15

VAV-9 55 15

8

10

10

8

10

8

10

55 15

55 15

VAV-7 8

1055

VAV TERMINAL UNIT SCHEDULEHEATING CAPACITY @ 150F EWT

LAT (°F)COIL CAPACITY(MBH)

TAG EAT (°F)

1. INLET DUCT SHALL BE SAME SIZE AS VAV TERMINAL UNIT INLET.2. MULTI-POINT, MULTI-AXIS FLOW RING OR CROSS SENSOR TO BE PROVIDED BY TERMINAL UNIT MANUFACTURER. SINGLE-POINT OR FLOW BAR SENSORS SHALL NOT BE ACCEPTABLE.

5. INSULATION SHALL BE 1" FOIL FACED OR DOUBLE WALL. ALL CUT EDGES OF INSULATION SHALL BE COMPLETELY ENCLOSED BY METAL TO ARREST CUT FIBERS

10. SEE ELECTRICAL DRAWINGS FOR EQUIPMENT POWER REQUIREMENTS.

MODELBASIS OFDESIGN

COOLINGMAX.CFM

COOLINGMIN.CFM

PRIMARYINLET

(INCHES)

APD @COOLINGAIRFLOW(IN H2O)

DISCHARGEVALVE NOISE

CRITERIANC

FLOW SENSING DEVICE SHALL BE CAPABLE OF MAINTAINING AIRFLOW TO WITHIN +/- 5 PERCENT.3. PROVIDE FACTORY MOUNTED DISCONNECT SWITCH AND CONTROL POWER TRANSFORMER.4. UNIT DDC CONTROLLER AND ACTUATOR SHALL BE PROVIDED BY THE CONTROLS CONTRACTOR AND FACTORY MOUNTED BY THE VAV BOX MANUFACTURER.

VAV BOX MANUFACTURER SHALL INCLUDE SHEET METAL CONTROLS ENCLOSURE.

AND PREVENT EROSION INTO THE AIRSTREAM. ADHESIVE EDGE ENCAPSULATION SHALL NOT BE ACCEPTABLE.6. PROVIDE ALL HIGH AND LOW VOLTAGE COMPONENTS ON THE SAME SIDE FOR EASE OF MAINTENANCE.

7. UNITS SHALL BE ARI-880 PERFORMANCE CERTIFIED. UNITS SHALL BE ACOUSTICALLY TESTED AND RATED PER ARI-885 LISTED AT ARI'S WEBSITE.8. UNIT SHALL BE LISTED AND LABELED BY UL AS A COMPLETE ASSEMBLY.9. REFER TO MECHANICAL SPECIFICATIONS FOR FURTHER INFORMATION.

11. PROVIDE MANUFACTURER'S 5 YEAR PARTS AND LABOR WARRANTY. ALL CONTROL DEVICES SHALL BE WARRANTED FOR 5 YEARS PARTS AND LABOR BY CONTROLS VENDOR.

VAV-10 55 155

VAV-11 55 1516

VAV-13 55 1524"X16"

VAV-14 55 158

TRANE VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

VCWF

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

TRANE

VAV-15 55 158 VCWFTRANE










VAV-25 55 1524"X16" VCWFTRANE




VAV-29 55 1524"x16" VCWFTRANE

VAV-30 55 1524"x16" VCWFTRANE



GPM COIL PD(FT H2O)

450 0.12165

530 21.260.17340

800 9.620.16255

580 0.19225

660 0.19420

400 0.17190

440 0.27275

570 17.300.15350

295 0.16295

1940 57.450.291310

2230 49.010.27895

600 6.840.20205

600 0.20215

730 0.28220

810 0.16275

565 0.15270

420 0.11160

1560 0.24515

300 0.09105

825 0.17220

1365 0.23430

335 0.11160

3230 0.411375

1400 0.20800

1015 0.27620

3600 0.612400

2805 0.401800

3040 0.462570

1000 0.27595

600 0.17520

85 3.67 0.76

0.5 0.67

1.42 0.48

1.43

0.67

0.30

0.03

0.09

1.16 0.24

0.77 0.38

3.84 0.66

3.27 0.62

0.50 0.67

0.67

0.67

1.54

0.17

0.67

1.77 0.15

0.50 0.50

1.25

0.59

0.50

4.36 1.05

2.45 0.27

1.75 0.19

5.97 1.89

5.11 1.41

6.19 2.02

1.71 0.18

0.82 0.13

ADJUSTED HEATINGAIRFLOW (CFM)

1055

165

340

255

225

420

190

275

350

295

1310

895

205

215

220

275

270

160

515

105

220

430

160

1375

800

620

2400

1800

2570

595

520

VAV-33

0.64

0.50

1.31

0.50

0.90

0.50

0.50

0.67

0.96

0.50

0.59

0.95

0.50

NOTES:

78

78

78

78

78

78

78

78

78

85

85

85.75

85

85

85

85

85

85

85

78

78

85

85

85

90

85

85

85

85

85

11.59

13.49

7.37

19.55

7.08

6.3

6.96

7.02

10.00

14.37

6.21

26.47

4.51

8.90

14.29

5.35

65.26

36.76

26.27

89.47

76.58

92.64

25.54

16.92

24"X16"

VAV-12 5 55 15 TRANE VCWF335 4.600.11110 0.5 0.50110 78

LWT (°F)

120

120

120

120

131.6

120

122.6

122.1

121.9

120

120

125.1

120

132.0

120

120

128.6

120

120

120

120

120

120

120

108.6

120.5

120

121.6

120

120

124.8

120

24"X16" 55 15 TRANE VCWF3240 97.070.512825 6.48 2.202825 85 120

EWT (°F)

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

150

BASIS OFTAG CFM DESCRIPTIONDESIGN

MODEL

0-150A PRICE

SIZEFACE

24"x24" SQUARE PLAQUE STYLE DIFFUSER

151-275 24"x24" SQUARE PLAQUE STYLE DIFFUSER

276-400 24"x24" SQUARE PLAQUE STYLE DIFFUSER

PRICE

PRICE ASPD

ASPD

ASPD

SG1 0-300 12"x10" PRICE

451-950 18"x18"

301-450 14"x12" PRICE

PRICE

630 DAL

SIZENECK

6"

8"

10"

10"x8"

16"x16"

12"x10"

0-75EG 10"x10" LOUVERED FACE SINGLE DEFLECTION

151-225

0-150 10"x10"

PRICE

PRICE

PRICE 630

LOUVERED FACE SINGLE DEFLECTION

LOUVERED FACE SINGLE DEFLECTION

8"x8"

10"x8"

8"x8"

0-2600

C

24"x24" PRICE 80

401-550 24"x24" SQUARE PLAQUE STYLE DIFFUSER PRICE ASPD12"


NOTES:

1. SEE ARCHITECTURAL REFLECTED CEILING PLANS FOR EXACT LOCATION OF ALL CEILING MOUNTED AIR DISTRIBUTION DEVICES.2. ALL AIR DISTRIBUTION DEVICES SHALL BE ALUMINUM CONSTRUCTION WITH BAKED ENAMEL, 'WHITE' FINISH UNLESS NOTED OTHERWISE.3. ALL CEILING DIFFUSERS SHALL BE 4-WAY BLOW UNLESS NOTED OTHERWISE ON THE DRAWINGS.4. RUN OUT SIZE SHOWN ON DRAWINGS. PROVIDE NECESSARY CONNECTION AND TRANSITION TO MANUFACTURER'S LISTED NECK SIZE.5. ALL LOUVERED FACE AND PERFORATED FACE AIR DISTRIBUTION DEVICES MOUNTED IN LAY-IN CEILING SYSTEMS SHALL BE EITHER TEGULAR OR FLAT FRAME TYPE TO MATCHCEILING TILE. SEE ARCHITECTURAL DRAWINGS FOR CEILING TILE TYPES AND LOCATIONS.6. REFER TO THE MECHANICAL SPECIFICATIONS FOR ADDITIONAL INFORMATION.7. ALL TAPS FROM MAIN DUCTS SHALL BE PROVIDED WITH BALANCING DAMPERS.8. SEE ARCHITECTURAL DRAWINGS FOR CEILING/WALL TYPES FOR PROPER SELECTION OF MOUNTING ACCESSORIES.9. PROVIDE YOUNG REGULATOR REMOTE DAMPER CONTROLLERS FOR ALL AIR DEVICES REQUIRING DAMPERS IN INACCESSIBLE LOCATIONS, COORDINATE WITHARCHITECTURAL DOCUMENTS FOR LOCATIONS.10. ALL AIR DEVICES IN AREAS WITHOUT CEILINGS SHALL BE MOUNTED NO LOWER THAN 96" ABOVE FINISHED FLOOR.11. PROVIDE MANUFACTURER'S OPTIONAL ENGINEERED PLENUM FOR LINEAR SLOT DIFFUSERS.12. ALL SIDEWALL AIR DEVICES SHALL BE PROVIDED WITH OPPOSED BLADE DAMPERS.13. ALL AIR DEVICES MOUNTED IN GWB (INCLUDES, BUT IS NOT LIMITED TO SOFFITS, WALLS AND CEILINGS) SHALL BE PRIMED WITH PAINT GRIP FINISH, READY FOR PAINTING.SEE ARCHITECTURAL DOCUMENTS FOR PAINTING REQUIREMENTS.14. FOR NOZZLE DIFFUSERS, PROVIDE "B15 ALUMINUM" FINISH BY PRICE OR APPROVED EQUAL BY THE ARCHITECT.15. FOR LOUVERED FACE TYPE DEVICES (610, 620, 630) IN ACT CEILINGS, PROVIDE PANEL-MOUNT OPTION.

AIR DISTRIBUTION SCHEDULE

EG1

12"x10"

B

0-530 8012"x24" PRICE9"x21"

3/4" BLADE SPACING, SINGLE-DEFLECT.45 DEGREE DEFLECTION, WITH DAMPER

SG2

226-500 24"x24"22"x22" LOUVERED FACE SINGLE DEFLECTION PRICE 630



22"X22"

0-300 12"x10" PRICE

451-900

301-450 14"x12" PRICE

PRICE

10"x8"

12"x10"




SR1 0-300 620 DAL12"x10" PRICE

601-900 18"x18"

301-600 14"x12" PRICE

PRICE

10"x8"

16"x16"

12"x10"

3/4" BLADE SPACING, DOUBLE-DEFLECT.45 DEGREE DEFLECTION, WITH DAMPER

SR2


0-300 12"x10" PRICE

601-950 18"x18"

301-600 14"x12" PRICE

PRICE



10"x8"

16"x16"

12"x10"

0-360D NDSIZE 10 AIR NOZZLE DIFFUSER PRICE

EGG CRATE FACE

EGG CRATE FACE

630 DAL

630 DAL

630 DAL

630 DAL

630 DAL

620 DAL

620 DAL

620 DAL

620 DAL

620 DAL

630

630



TG1

- 20"x10" PRICE18"x8" 630 DAL


10"

515-690 14"x12" PRICE3/4" BLADE SPACING, SINGLE DEFLECTION, WITH

DAMPER12"x10" 610 DAL

0-300 14"x14" PRICE12"x12" 630 DAL

SR3



TG2

18"x12" PRICE16"x10" 630 DAL3/4" BLADE SPACING, SINGLE-DEFLECT.45 DEGREE DEFLECTION, WITH DAMPER

TG3 300

18"x18"16"x16"

901-1200 PRICE3/4" BLADE SPACING, SINGLE-DEFLECT.45 DEGREE DEFLECTION, WITH DAMPER 630 DAL26"x16"24"x14"

901-1200 PRICE 630 DAL20"x18"18"x16" 3/4" BLADE SPACING, DOUBLE-DEFLECT.45 DEGREE DEFLECTION, WITH DAMPER

No.

P

E

K

T

N

O

S DT

AJ

GS

ISR

EE

U

GEA. LU

N

A A

26587

RR

G

USE

E

NIEN

L

O

OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

13 P

M

NOT TO SCALE

M7.01

MECHANICALSCHEDULES

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

AIR HANDLING UNIT SCHEDULEHEATING COIL

MODELBASIS OFDESIGN

ITEM

O/A(MIN)

AIR CAPACITY

TOTAL

CFMT.S.P.

W.G.INCHES

EAT°FSENS. MB LAT °F

NOTES:

1. SEE ELECTRICAL DRAWINGS FOR POWER REQUIREMENTS.2. PROVIDE ELECTRICAL DISCONNECT.3. MANUFACTURER TO PROVIDE ALL ACCESSORIES REQUIRED TO SUPPORT CONTROL BY CMI AS DETAILED ON THE DRAWINGS AND SPECIFICATIONS.4. SCHEDULE DATA FOR (E)AHU-1 IS TAKEN FROM EXISTING RECORD DRAWINGS, SHEET M10 DATED 4/22/10, AND IS SHOWN FOR TESTING AND BALANCING PURPOSES.5. CAREFUL CONSIDERATION SHALL BE GIVEN TO SA DISCHARGE DUCT ARRANGEMENT WHEN SELECTING FAN CONFIGURATION TO MINIMIZE SYSTEM EFFECT.6. INCLUDE CLEAN AND LOADED FILTER ALLOWANCE IN TSP CALCULATIONS. FAN SELECTION SHALL BE BASED ON LOADED CONDITION.7. INCLUDE DISCHARGE PLENUMS AND MIXING BOXES WHERE SHOWN ON DRAWINGS.8. PROVIDE OPTIONAL MARINE LIGHT.9. INCLUDE ACCESS PANEL BETWEEN COIL SECTIONS.10. AHU-2 OA QUANTITIES REPRESENT SUMMER/WINTER DESIGN CONDITIONS.

AHU-2

AHU-1 7360 2155 7.6 91.30 TRANE

7500 1000/2000 6.7 CLIMATE

CHANGERTRANE

6455 1430 7.8 TRANEAHU-3

11810 1350 6.5 TRANEAHU-4

EWT °F LWT °F

10200 1120 5.8 205.78 86 TRANEAHU-6 180 140 CLIMATECHANGER

TOTALMBH

COOLING COIL

D.B.°F

ENTERING AIR

W.B. °F

400.1 251.7 81 68

389.5 248.2 81 68

343.3 217.9 81 68

446.0 350.4 78 64

EWT °F LWT °F

42

42

42

42 54

54

54

54

358.4 313.4 79 63 44 54

57.51

47.40

-

51

- -

FAN MAX.RPM

FAN MAX.BHP

HEATINGCFM

5500

4820

4325

2500

-

45

- -

WATERP.D. (FT

W.G.)

COIL P.D.(FT OFHEAD)

2558 13.7

NOMINALFAN HP

20 CLIMATECHANGER

252241 18.6 CLIMATECHANGER

2056 14.0 20

202454 12.5

152954 12.8 CLIMATECHANGER

18500 3390 3.1 160 56.5 TRANE(E) AHU-1 180 140 MCCB-035622.0 485.0 80.8 66.8 44 54 203390- - 20

7.3

11.1

17.8

18.6

11.0

-

0.27

8.0 -

E.S.P.

W.G.INCHES

3.5

3.5

3.5

3.5

3.5

1.80

45

42

57.46

57.26

59.48

150

150

150

108.43

101.98

120

0.02

0.06

D.B.°F

LEAVING AIR

W.B. °F

50.0 49.9

51.0 50.8

51.0 50.9

51.0 50.6

57.0 56.0

GPM

66.40

64.66

56.99

74.04

71.43

124.3

AIR P.D.(IN W.G.)

0.65

1.32

1.04

1.15

0.95

0.62

CHWROWS;

FINS / INCH

6; 12

6; 9

8; 7.25

6; 11

-

HWROWS;

FINS / INCH

1; 7

-

1; 8

-

8; 10

2; 6

MAX FV(FPM)

350

-

-

300

200

300

AIR P.D.(IN W.G.)

-

0.038

0.030

-

0.052

GPM

4.40

2.40

-

10.289

8.0

MAX FV(FPM)

450

400

565

450

475

500

EFFICIENCY EFFICIENCY

MERV 8 MERV 13

MERV 8 MERV 13

MERV 8 MERV 13

MERV 8 MERV 13

MERV 8 -

- -

SENS.MBH

0.024.420.01450.4 50.3 1; 7

MAXCLEANAIR P.D.

0.2

MAXMID-LIFE

AIR P.D.

0.6

PRE-FILTER FINAL-FILTER

MAXCLEANAIR P.D.

0.3

MAXMID-LIFE

AIR P.D.

0.8

-

0.2 0.6

0.3 0.6

0.2 0.6

0.2 1.2(DIRTY)

0.3 0.8

0.4 0.8

0.3 0.8

- -

- - -

AIR SEPARATOR SCHEDULE

BASIS OFDESIGN

ITEM

CWAP-1 TACO

MODELFLOW(GPM)

288

DESCRIPTION

4900AIR/DIRT SEPARATOR

PD(FT HD)

.9

INLET/OUTLETCONNECTION

SIZE

6

NOTES:1. REFER TO SPECIFICATIONS FOR FURTHER INFORMATION.

HWAP-1 TACO87 4900AIR/DIRT SEPARATOR23

MAXIMUMALLOWED DESIGNPRESSURE (PSI)

125

125

COALESCENCERING SURFACEAREA (SQ. FT)

41.0

20.7

NOTES:

1. REFER TO THE ELECTRICAL DRAWINGS FOR POWER REQUIREMENTS.2. REFER TO DIVISION 23 SPECIFICATIONS FOR FURTHER INFORMATION.3. PROVIDE NATURAL GAS REGULATING VALVE.4. BOILER BURNERS SHALL BE CAPABLE OF 20 TO 1 TURN DOWN, MINIMUM.5. SEE PLUMBING DOCUMENTS FOR NATURAL GAS PIPING REQUIREMENTS. MC SHALL BE RESPONSIBLE FOR FINAL CONNECTION TO BOILER AND SHALL COORDINATE WITH PC.

GAS FIRED BOILER SCHEDULE

B-1

ITEMMAX.INPUT

CAPACITY(MBH)

1500 1409

EWT(F)

NATURAL GAS

BURNER BASIS OFDESIGN MODEL

AERCO BMK-1.5LN

FLOWGPM

160

DESIGNPRESSURE

(PSIG)

MAX.OUTPUT

CAPACITY(MBH)

LWT(F)

87 120 150 90.9 89.1 88.5

THERMAL EFFICIENCY(5%/50%/100% INPUT)

ELECTRIC HEATER SCHEDULE

BASIS OF

NOTES:1. ELECTRIC UNIT HEATER SHALL BE CONTROLLED BY INTEGRAL THERMOSTAT2. ELECTRIC UNIT HEATER SHALL BE EQUIPPED WITH PRIMARY AND SECONDARY SAFETY SWITCHES.3. ELECTRIC UNIT HEATER SHALL BE EQUIPPED WITH SUPPORT KIT.4. INCLUDE OPTIONAL SURFACE MOUNTING FRAME.

ITEM

UH-1 MARKEL

DESIGN

F3326TD-RP

MODEL

KWCAPACITY

4.0

REMARKS

SURFACE MOUNT

(+/-) THE SYMBOL (+) DESIGNATES FORWARD FLOW AND THE SYMBOL (-) DESIGNATES REVERSE FLOW.

NOTES:1. PROVIDE, FOR APPROVAL AS PART OF SUBMITTALS, ACOUSTICAL CALCULATIONS FOR ALL SYSTEMS WITH SILENCER TO DEMONSTRATE THAT THE RESULTANT NOISELEVEL WILL MEET NC-25.2. PROVIDE, FOR APPROVAL AS PART OF SUBMITTALS, ACOUSTICAL CALCULATIONS FOR ALL SYSTEMS WITH SILENCER TO DEMONSTRATE THAT THE RESULTANT NOISELEVEL MEASURED ON GROUND LEVEL 10 FT AWAY FROM OA LOUVER WILL BE 40 dBA.3. ELBOW SILENCER.4. STRAIGHT SILENCER.5. CUSTOM BUILT RLP SILENCER ON THE VERTICAL.6. THE SCHEDULED SILENCER PRESSURE DROP(S) ARE REPORTED IN ACCORDANCE WITH ASTM E477 TEST METHODS. THE PRESSURE DROP(S) ARE AT IDEAL FLOWCONDITIONS (3-4 DUCT DIAMETERS OF STRAIGHT DUCT ON SILENCER INLET AND 4-5 DUCT DIAMETERS OF STRAIGHT DUCT ON SILENCER OUTLET). LESS THAN IDEALCONDITIONS WILL RESULT IN INCREASE IN PRESSURE DROP - SEE VA REPRESENTATIVE FOR ASSISTANCE.

SILENCER SCHEDULE

SA-5

ITEM

1

QUANTITY

14

FACEDIMENSION

32

W(in) H(in)

144

LENGTH

(in)

FLOW

cfm

4300

VELOCITY

ft/min

1382

SILENCER P.D.INCL SYSTEM

EFFECTin wg

0.2

AMBIENT NOISE LEVEL /DYNAMIC INSERTION LOSS /

GENERATED NOISE

THE RESULTANT NOISE LEVEL IN THEAUDITORIUM: MAX NC-25

NOTES

1,3,6

RA-5 1 14 40 144 4300 -1191 0.2 1,3,6

OA-1 1 22 54 60 7250 -879 0.19 2,4,5,6

VIBRO-ACOUSTICS

MODEL

RED

RD

RLP

THE RESULTANT NOISE LEVEL IN THEAUDITORIUM: MAX NC-25

THE RESULTANT NOISE LEVEL AT 10FT AWAYFROM OA LOUVER AT GROUND LEVEL: MAX 40 dBA.

TAG SUPPLYAIR CFM

1200FCU-1

NOTES:

1. FAN COIL UNIT SHALL BE SUPLIED WITH SINGLE POINT POWER CONNECTION AND UNIT MOUNTED TRANSFORMER FOR CONTROL POWER.2. SEE ELECTRICAL DRAWINGS FOR POWER REQUIREMENTS.3. PROVIDE UNIT WITH INTEGRAL NON-FUSED DISCONNECT.4. REFER TO THE MECHANICAL SPECIFICATIONS FOR FURTHER INFORMATION.

4-PIPE FAN COIL UNIT SCHEDULE

ESPIN. WG

COOLING CAPACITY

TOTALMBH

SENS.MBH DB °F WB °F

ENTERING AIRDB °F WB °FLEAVING AIR

GPM IN °F OUT °F P.D.FTCHILLED WATER TOTAL

MBHENTERING

AIR °FLEAVING

AIR °F GPM IN °F OUT °F P.D.FTHOT WATER

HEATING CAPACITYBASIS OFDESIGN MODEL

0.206 23.1 22.6 76 62 58.2 55.3 4.0 42 54 6.5 54.1 67 90 4.0 150 123 5.9 FCCB10TRANE

NOTES:

1. PROVIDE GALVANIZED BIRDSCREEN.2. PROVIDE VOLUME DAMPER AND BACKDRAFT DAMPER.3. TRANSITION DUCTWORK TO FULL THROAT SIZE.4. PROVIDE MOTORIZED CONTROL DAMPER. SEE SECTION 233300 FOR REQUIREMENTS. DAMPER SHALL BECONTROLLED BY THE BAS TO MAINTAIN BUILDING POSITIVE PRESSURE SETPOINT (ADJ). HOOD SHALL BE HINGEDTO PROMOTE EASY ACCESS TO DAMPER AT ROOF LEVEL.

GRAVITY ROOF VENTILATOR SCHEDULE

GRV-1

ITEM SIZE

16"X16" 800

AIRFLOWCFM

.05"

MAX.PRESSURE

DROPBASIS OFDESIGN

MODEL

GREENHECK

GRV-2 14"X14" 625 .05" FGR

GRV-3 38"X38" 5000 .05"

GREENHECK

GREENHECK

FGR

FGR

NOTES

1,2,3

1,2,3

1,2,3,4

AHU-5 4510 1005/2005 3.5

AIR CAPACITYCFM

TOTAL OA EA

ITEMSF ESP

(IN W.G.)

ENERGY RECOVERY WHEEL PERFORMANCE

WINTER DESIGN CONDITIONS

ENERGY RECOVERY AIR HANDLING UNIT SCHEDULE

6.239

SF TSP(IN W.G.)

SF MAXBHP / MHP

2504

SF MAXRPM

1.65

EF ESP(IN W.G.)

3.751

EF TSP(IN W.G.)

6.653

EF MAXBHP / MHP

7.5 1279

EF MAXRPM OUTSIDE AIR LEAVING

65.1 58.5

DB °F WB °F

OUTSIDE AIR ENTERING

25.0 18.0

DB °F WB °F

EXHAUST AIR ENTERING

70.0 58.0

DB °F WB °F

SUMMER DESIGN CONDITIONS

OUTSIDE AIR LEAVING

77.8 66.0

DB °F WB °F

OUTSIDE AIR ENTERING

95.0 78.0

DB °F WB °F

EXHAUST AIR ENTERING

75.0 62.5

DB °F WB °F

7.99 10.03505/2505

RA1005/2005

TRANE/CLIMATE

BASIS OF DESIGNMANFUFACTURER

/ MODEL

CHANGER

EFFECTIVENESS

TOTALSUMMER

TOTALWINTER

85.41% 85.99%

EFFICIENCY MAXCLEANAIR P.D.

PRE-FILTER

0.175 0.511

MAXMID-

LIFE AIRP.D.

EFFICIENCY MAXCLEANAIR P.D.

FINAL-FILTER

0.278 0.644

MAXMID-

LIFE AIRP.D.

MERV 8 MERV 13

NOTES:

1. SEE ELECTRICAL FOR POWER REQUIREMENTS.2. PROVIDE ELECTRICAL DISCONNECT.3. MANUFACTURER TO PROVIDE ALL ACCESSORIES REQUIRED TO SUPPORT CONTROL BY CMI AS DETAILED ON THE DRAWINGS AND SPECIFICATIONS.4. SCHEDULE DATA FOR (E)AHU-1 IS TAKEN FROM EXISTING RECORD DRAWINGS, SHEET M10 DATED 4/22/10, AND IS SHOWN FOR TESTING AND BALANCING PURPOSES.5. CAREFUL CONSIDERATION SHALL BE GIVEN TO SA DISCHARGE DUCT ARRANGEMENT WHEN SELECTING FAN CONFIGURATION TO MINIMIZE SYSTEM EFFECT.6. INCLUDE CLEAN AND DIRTY FILTER ALLOWANCE IN TSP CALCULATIONS.7. INCLUDE DISCHARGE PLENUMS AND MIXING BOXES WHERE SHOWN ON DRAWINGS.8. PROVIDE OPTIONAL MARINE LIGHT.9. OA/RA/EA QUANTITIES REPRESENT SUMMER/WINTER DESIGN CONDITIONS.

COOLING COIL HEATING COIL

500

MAX FV(FPM)

179.19

MIN.TOTALMBH

127.70

MIN.SENS.MBH

0.035

TOTALMBH

82.07

AIR P.D.(IN W.G.)

ENTERING AIR LEAVING AIR

WB °F

-25.0

DB °F

- 65.6

WB °F DB °FGPM IN °F OUT °F

HOT WATER

5.48 150 120 0.11

WATERPD (FTW.G.)

GPM IN °F OUT °F

CHILLED WATER

29.75 42.0 54.0 2.58

ENTERING AIR LEAVING AIR

WB °F

49.975.8

DB °F

63.8 50.0

WB °F DB °F

0.564

AIR P.D.(IN W.G.)

WATERPD (FTW.G.)

2005

HEATINGCFM(OA)

ROWS;FINS/INCH

6; 13.4

ROWS;FINS/INCH

1; 7330

MAX FV(FPM)

COASTAL CAROLINA UNIVERSITYNOISE CRITERIA

TYPE OF ROOM NCLEVEL

25AUDITORIUMS, THEATERS

40BATHROOMS AND TOILET ROOMS

35CONFERENCE ROOMS

40CORRIDORS (PUBLIC)

40LOBBIES

40OFFICES, LARGE OPEN (3 OR MORE OCCUPANTS)

35OFFICES, SMALL PRIVATE (2 OR FEWER OCCUPANTS)

50RECREATION ROOMS

50SHOPS

ENTHALPY WHEEL

EXHAUST AIR FANSUPPLY AIR FAN

EA/RA INTAKE

OA INTAKE

HOT WATER COILCHILLED WATER COIL

BYPASS DAMPER(TYP 2)

RECIRCULATIONDAMPER

MERV 8/MERV 13COMBINATIONFILTER BANK

MERV 8 FILTER

MERV 13 FILTER

No.

P

E

K

T

N

O

S DT

AJ

GS

ISR

EE

U

GEA. LU

N

A A

26587

RR

G

USE

E

NIEN

L

O

OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

16 P

M

As indicated

M7.02

MECHANICALSCHEDULES

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: NOT TO SCALEM7.021 AHU-5 ELEVATION DETAIL

NOTES:

NYLON CLAMP

NYLON CLAMP

DUCT WRAP OVERENTIRE DIFFUSER

LAY-IN CEILING DIFFUSER

PREINSULATEDFLEX. DUCT

DUCT WRAP (TYP.)

OPPOSED BLADEDAMPER

NYLON CLAMP

LAY-IN EGGCRATERETURN AIR GRILLE

RETURN AIRBOX W/LINER

NYLON CLAMP

PREINSULATEDFLEX. DUCT

DUCT WRAP (TYP.)

MANUAL DAMPER

ROUND METAL DUCT

TAKE-OFF FITTINGSUPPLY DUCTW/ WRAP

METAL COLLAR

RETURN DUCTW/ WRAP

INSTALL NYLON CLAMPS ON INNER FLEX DUCT LINER AND OUTER JACKET. TAPE ENDS OFPREINSULATED FLEX. DUCT AT THE DIFFUSER AND THE BRANCH DUCT CONNECTION.RETURN AIR BOX SHALL BE MINIMUM 12" HIGH. RETURN DUCT MAY TAP INTO THE SIDE OFTHE BOX A MINIMUM OF 6" ABOVE GRILLE.

1.

2.

NOTES:

MANUAL

3. SPIN-IN FITTINGS WITH INTEGRAL SCOOP AND DAMPER SHALL ONLY BE USED ON LOW PRESSURE DUCT.2. TAKE-OFFS IN MEDIUM PRESSURE DUCT SHALL HAVE AN OVERSIZED INTAKE.1. CONTRACTOR MAY SUBSTITUTE A MANUFACTURED FITTING FOR THE DETAILED TAKE-OFF ABOVE.

ELEVATION

1" MIN

ROUND BRANCHDUCT

PLAN

DAMPER

RECTANGULARBRANCH DUCT

1" MIN

ELEVATION

PLAN

6"

DAMPER

60°

6"

MAIN DUCT

AIRFLOW

MAIN DUCT

SUPPLY

RETURN OR EXHAUST

45°

MANUAL

6"

4. FITTINGS SHALL BE SCREWED TO THE TRUNK DUCT AND SEALED WITH MASTIC. MASTIC TAPE IS NOT ACCEPTABLE, SEE SPECIFICATIONS.5. IF VAV BOX IS LOCATED IN BRANCH DUCT, BALANCE DAMPER SHALL NOT BE INSTALLED IN TAKEOFF

FROM MAIN TRUNK DUCT.6. VOLUME DAMPERS ARE NOT SHOWN ON PLANS, BUT ARE REQUIRED AT EVERY DUCT TAKEOFF TO AIR

DEVICES (SUPPLY, RETURN, EXHAUST).7. PROVIDE YOUNG REGULATOR REMOTE DAMPER CONTROLLERS FOR ALL AIR DEVICES REQUIRING DAMPERS

IN INACCESSIBLE LOCATIONS COORDINATE WITH ARCHITECTURAL DOCUMENTS FOR LOCATIONS.

NOTES:

DUCT WRAP

FIR

E D

AMPE

R

DUCT

BREAKAWAYCONNECTION

MOUNTINGANGLE

SLEEVE

WALL OPENINGS SHALL BE 1/8" PER FOOT LARGER THAN THE OVERALL ASSEMBLY. MINIMUMOPENING SIZE SHALL BE 1/4" ALL AROUND.

DAMPER RATING SHALL BE 1 1/2 HOUR UNLESS NOTED OTHERWISE.

PROVIDE ACCESS DOOR IN DUCTWORK AS NEAR AS POSSIBLE TO FIRE DAMPER. LOCATION MAYVARY TO SUIT FIELD CONDITIONS.

FIRESTOPPING COMPOUND SHALL BE 3M CP 25 CAULK OR EQUIVALENT BY NELSON.

WALL SLEEVE, MOUNTING ANGLES AND FASTENERS SHALL BE PER NFPA 90A AND THEMANUFACTURER'S U.L. LISTED INSTALLATION INSTRUCTIONS.

4.

5.

3.

1.

2.

CAULK (IFREQUIRED BYMANUFACTURER)

45° "Y" TEE

2-WAY 45° "Y" TEE

90° CONICAL TEE

90° TEE WITH 45° TAKE-OFF

DIRECTIONOF AIRFLOW

DIRECTIONOF AIRFLOW

1-1/2 D

D

1-1/2 DD

BRANCH DUCT

BRANCH DUCT

BRANCH DUCT

TRUNKDUCT

TRUNK DUCTDIRECTION OF

AIR FLOW

DIRECTIONOF AIRFLOW

BRANCH DUCT

TRUNKDUCT TRUNK

DUCT

6" THICK

CLEARANCE1" OPERATING

CONCRETE PAD

FILL BASE WITH 3500 PSICONCRETE

EQUIPMENT ANCHORBOLT TEMPLATE

CHANNEL PERIMETERFRAME

ISOLATOR SUPPORTCLIP

STABLE SPRING ISOLATOR

FIBERGLASS NOISE ISOLATION PAD

HOOKS AND REINFORCINGAS REQUIRED

P&T

1-1/2" NPTDRAIN CONN.

RELIEF VALVE (TYP.)

HEATING SYSTEM RETURN

HEATINGSYSTEMSUPPLY

AT MAXIMUM BTU/HR INPUT,MAINTAIN MINIMUM GAS PRESSUREAT 4.0" W.C.(FM GAS TRAIN); 4.5" W.C.(IRI) MAX. GAS PRESSURE = 14" W.C.(SEE NOTE 6)

MANUAL SHUTOFFVALVE

DIRT TRAP

GAS SUPPLY

TEMPERATURE GAUGEP&T PRESSURE &

BALANCING VALVE

ISOLATION VALVEUNION

Y STRAINERLEGEND

1. FOR ACTUAL SIZES AND LOCATIONS OF PIPING AND OTHER CONNECTIONS TO THE BOILER, SEE PLANS.2. SHELL DRAIN VALVE AND CONDENSATE DRAIN TRAP SHOULD BE ARRANGED TO PERMIT THE FLUIDS TO DRAIN FREELY,

BY GRAVITY, TO A CONVENIENT FLOOR DRAIN. PIPING OF RELIEF VALVE MUST COMPLY WITH LOCAL CODES.3. LOCATE WATER INLET AND OUTLET FITTINGS (i.e. UNIONS, ELBOWS, ETC.) A MINIMUM OF 6'' FROM BOILER FITTINGS TO

PREVENT INTERFERENCE WITH REMOVAL OF BOILER PANELS AND COVERS. ALL PIPING AND ELECTRIC CONNECTIONS(SERVICE SWITCHES, CONDUIT BOXES) SHOULD LIKEWISE BE 6'' AWAY FROM SIDE PANELS.

4. PROVIDE MANUFACTURER'S CONDENSATE NEUTRALIZER KIT.5. CONTROLS CONTRACTOR SHALL PROVIDE HEATING HOT WATER RESET CONTROL TO BAS.6. REFERENCE PLUMBING DOCUMENTS FOR NATURAL GAS PIPING DIAMETER, ROUTING, AND OTHER REQUIREMENTS.

COORDINATE WITH PC.

NOTES:

6" HOUSEKEEPING PAD

PRESSURE REDUCING VALVE- SET AT 4 PSIG HIGHERTHAN THE PRESSURE ATTHE HIGH POINT IN THESYSTEM

AIR CHARGING VALVE-PRESSURIZE DRYTANK EQUAL TO FILLVALVE PRESSURE

TO DRAIN

FILL LINE

UNDERSLUNG CONNECTION CREATESTHERMAL TRAP (12"MIN. DROP)

SYSTEM CONNECTION - (CONNECTTO SIDE OR BOTTOM OF MAINHEADER)

BLOWDOWN AND DRAINVALVE WITH HOSECONNECTION

PRESSURE GAUGEW/ NEEDLE VALVE

PRESSURE GAUGEW/ NEEDLE VALVE

GLOBE VALVE

REDUCED PRESSUREBACKFLOW PREVENTERWITH OPEN AIR GAP

REDUCER (WHERE REQ'D.)

EXPANSION TANK

TOPUMPSUCTION

RELIEF VALVE - (WHENNOT PROVIDED ON HEATTRANSFER DEVICE)PIPED TO FLOOR DRAIN.

DRAIN VALVE W/HOSE CONNECTION

INSTALL UNIT WITH ADEQUATEDISTANCE TO REMOVESTRAINER

INTERNAL STRAINER

BRACKET SUPPORTSWITH OVERHEADSUPPORTS

GATE VALVES

UNION

CENTRIFUGAL AIRSEPARATOR 8"INLET

LOW CAPACITYAIR VENT

HIGH CAPACITYAIR VENT

FROM SYSTEM

FACTORY BUILT CURB

ROOFING MATERIAL

HOOD COVER

COORDINATE ROOF WORKWITH ARCHITECTURAL PLANSAND ROOFING CONTRACTOR.ATTACH DUCT

AT ROOF CURB

SECURE HOOD TOCURB WITH CADMIUMPLATED STEEL SCREWSAT EACH CORNER

BIRD SCREEN ALLAROUND

FLASHING ANDCOUNTERFLASHING

NOTE:1. PROVIDE DATA SHEETS FOR CAULKING MATERIALS FOR REVIEW.FAILURE TO COMPLY PRIOR TO INSTALLATION OF ANY CAULKINGMATERIALS SHALL REQUIRE THE REMOVAL OF ALL PIPE CAULK MATERIALS.

OMIT PIPEINSULATION INSIDEPIPE SLEEVE

FIRE SAFINGMATERIAL

PROVIDE CAULKING-THICKNESS ANDMATERIAL PER U.L. 1479AND ASTM E814. (TYP)

PIPE

PROVIDE CHROME PLATED CASTBRASS ESCUTCHEON FOR FINISHEDAREAS. SIZE AS REQUIRED.

RATED WALL (SEE ARCH DRAWINGSFOR RATINGS AN LOCATIONS)

INSULATION (AS APPLICABLE)

SIZE SLEEVE AS REQUIRED TO MAINTAINTHE U.L. LISTING AND IN ACCORDANCEWITH SEALANT MFR REQT'S

NOTES:

1. CHEMICAL SHOT FEEDER SHALL BE 2'-0" AFF MIN.

2. SEE SPECIFICATIONS FOR FURTHER INFORMATION.COORDINATE WITH CHEMICAL TREATMENT PROVIDER.

3/4" PIPING ROUTED TOWATER LOOP. CONNECT TODISCHARGE SIDE OF PUMPS.

3/4" PIPING ROUTED TO WATERLOOP. CONNECT TO SUCTION SIDEOF PUMPS UPSTREAM OF AIRSEPARATOR.

CHECK VALVE

BALL VALVE(TYP.)

1/2" DRAINVALVE

FINISHED FLOOR

HOSE CONNECTION

CHEMICAL SHOT FEEDER

MANUFACTURER'S STANDARDSUPPORT LEG, BOLTED DOWNTO FLOOR (TYPICAL 3X)

5 FT

7

6 8 10

9 1110 12

1312 14 16

1614 17 19

864 532 2 1/21 1/21 1 1/4THRU 3/4

7 7

7 98

SIDE VIEW TRAPEZE HANGER FOR UPTO 1000 LB. UNIFORM LOAD

ADJUSTABLE CLEVIS HANGERTYPE 1 - SEE SPECIFICATIONS

ADJUSTABLE CLEVIS HANGERTYPE 43 - SEE SPECIFICATIONS

PROVIDE INSULATION SHIELD& INSERT FOR ALL PIPING (8" MIN.)

BAND

1-5/8" 12 GAUGECHANNEL OR2"x2"x1/4" ANGLE

1/2" DIA. HANGER RODSWITH 36" MAX. SPACINGON EACH CHANNEL

WELD

SADDLE

INSULATION SHIELDAT HANGER

PROVIDE HIGHCOMPRESSIVE STRENGTHINSULATION (9 PSF MIN.DENSITY) UNDERINSULATION SHIELD

INSULATION (VAPORBARRIER TYPE ISREQUIRED FOR LOWTEMPERATURE PIPE)

THREADED HANGER ROD

MAXIMUM PIPE/TUBING SUPPORT SPACING

NOTE: FOR TRAPEZE HANGER TAKE SPACING OF SMALLEST SIZE ON TRAPEZE.

NOM. SIZE

PIPE

TUBING

IN.

FT.

FT.

1" MAX.

NOTES:SEE SPECIFICATIONS FORDETAILED HANGER REQUIREMENTS

1"x 1" CHAMFER

TO PROVIDE BONDROUGH UP FLOOR

EACH WAYNo. 4 @ 6"O.C.

TROWELFINISH

FIN FLR

ALL AROUND

LINING1" INTERIOR ACOUSTICAL

CEILING T-BARCEILING TILE

OR OTHER OBSTRUCTIONSTO CLEAR LIGHTS, PIPING3" OR HEIGHT REQUIRED

2'-0" (MIN)

RETURN GRILLEDEPTH SAME AS

TO DUCTWORKSUPPORT SIMILARLY

CEILING TILELAY-INRETURN GRILLE

DUCT SIZE SAMEAS TERMINALCONNECTION

22 GAUGE (MIN)SHEETMETALSKIN

NOTES:1.. ENSURE RA SOUND TRAP BOOTS ARE SEISMICALLY SUPPORTED.

No.

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SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

18 P

M

As indicated

M8.01

MECHANICALDETAILS

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: NOT TO SCALEM8.011 TYPICAL DIFFUSER/GRILLE INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.012 TYPICAL DUCT TAKE OFF INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.013 FIRE DAMPER INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.016 ROUND DUCT BRANCH TAKE OFF DETAIL

SCALE: NOT TO SCALEM8.019 PUMP INERTIA BASE DETAIL

SCALE: NOT TO SCALEM8.017 SINGLE BOILER PIPING DETAIL

SCALE: NOT TO SCALEM8.015 HOT WATER AIR SEPARATOR AND EXPANSION TANK PIPING DETAIL

SCALE: NOT TO SCALEM8.018 INTAKE/EXHAUST HOOD INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.014 MECHANICAL PIPE THRU RATED ASSEMBLY

SCALE: NOT TO SCALEM8.0110 CHEMICAL TREATMENT INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.0111 TYPICAL PIPE SUPPORT DETAIL

SCALE: NOT TO SCALEM8.0112 CONCRETE PAD

SCALE: NOT TO SCALEM8.0113 SOUND TRAP INSTALLATION DETAIL

NOTES:

J"

ACCESSIBLE FOR CLEANING.

2. "RUNNING" TYPE TRAPS SHALL BE UNACCEPTABLE.

1. LOCATE TRAPS SO AS TO BE

PIPE FULL SIZE OFH"

UNIT CASING

UNIT DRAIN

SCREWED CAP

OPEN END (VENT)

3. DRAIN LINE SIZES AND TRAP DIMENSIONS SHALL BE PROVIDED IN ACCORDANCE WITH MANUFACTURER'S INSTALLATION INSTRUCTIONS.

OTHER OBSTACLE

DUCT SEALANT

DUCT CLAMP

FLEXIBLE DUCTWORK

SUSPENDED CEILING

DUCTWORK OR

SLAB

FLAT OVAL CONNECTION

SQUARE CEILINGDIFFUSER

INSULATEDSUPPLY AIRPLENUM

1. THIS DETAIL SHALL APPLY TO CEILING OUTLETS AND INLETS THAT ARE LOCATED BELOW DUCTWORK OROTHER OBSTACLES WHERE CLEARANCES ARE MINIMAL.2. THE SIZE OF THE SUPPLY AIR PLENUM SHALL BE A MINIMUM OF 1" LARGER IN HEIGHT AND WIDTH THAN THEFLAT OVAL DUCTWORK CONNECTION.3. THE SUPPLY AIR PLENUM IS REQUIRED TO BE INSULATED. THE PLENUM/DIFFUSER CONNECTION SHALL BESEALED WITH AN APPROVED DUCTWORK SEALANT.4. PROVIDE A ROUND TO FLAT OVAL TRANSITION SECTION OF DUCTWORK AS REQUIRED.5. THE FOLLOWING SCHEDULE SHALL BE USED FOR ROUND TO FLAT OVAL DUCTWORK SIZE EQUIVALENTS:

ROUND (INCHES) FLAT OVAL (HxW INCHES)3x11, 4x9, 5x84x15, 5x12, 6x116x15, 7x13, 8x11, 9x127x20, 8x17, 9x15, 10x139x20, 10x18, 11x17, 12x1510x23, 8x30, 6x4410x30, 12x26, 14x2212x32, 14x28, 16x2412x38, 14x32, 18x3014x38, 16x34, 18x3016x38, 18x34, 20x32

68101214161820222426

NOTES:

ROUND METAL BRANCH DUCTSAME SIZE AS VAV CONNECTIONUNLESS NOTED OTHERWISE

HANGER RODS ORSTRAPS UP TOSTRUCTURE

AIR TERMINAL UNIT

HOT WATER HEATING COIL

ACOUSTIC DUCT LININGDOWNSTREAM OF VAVBOX (MIN. 10'-0" RUN)

TAKE-OFF FITTING

SUPPLY AIR TRUNK

PROVIDE MIN. 5'-0"STAIGHT RUNDUCTWORKBEFORE FIRSTBRANCH TAKEOFF

4'-0"(MIN & MAX)STRAIGHT RUN OR ASDICTATED BY MANUFACTURER'SWRITTEN INSTALLATION INSTRUCTIONS.

AIR VENT

PETES PLUG (TYP)

TO DDC CONTROLLER

WATER COIL

DRAIN VALVE

TEMPERATURE GAUGE

BALL VALVE(TYP.)

STRAINERW/BLOWDOWNBALL VALVE

AUTOMATIC FLOW CONTROLVALVE WITH TEST PORTS

MOTORIZED FULLY MODULATINGCONTROL VALVE

PROVIDE BYPASSLINE WITH VALVE FORFLUSHING SYSTEM.

NOTE:

1. PROVIDE 2-WAY VALVES FOR ALL VARIABLE AIR VOLUME UNITSAND AIR HANDLER UNITS; EXCEPT FOR AHU-5, VAV-13, VAV-29AND VAV-33 WHICH SHALL BE PROVIDED WITH A 3-WAY VALVE.

B. FILL, VOID, OR CAVITY MATERIALC. STEEL RETAINING ANGLES

4A 4A

21B

34B

4C

4B4C 1AA

A Section A-A

1. WALL ASSEMBLYA. STUDSB. GYPSUM BOARD

2. DUCT

FIRESTOP SYSTEMA. PACKING MATERIAL

4.3. DUCT INSULATION

A Section A-A

A

2

3A

3A

3A1A

1B

1. WALL ASSEMBLYA. STUDSB. GYPSUM BOARD

2. PIPEFIRESTOP SYSTEM

A. PACKING MATERIAL3.

PROVIDE POWER EXHAUST WITH STAINLESSSTEEL FLUE PIPE UP AND OVER TO SIDE WALL.PROVIDE MANUFACTURER'S RECOMMENDEDSIDE WALL CAP. BOTTOM OF FLUETERMINATION AT EXTERIOR SHALL BE NOLOWER THAN 7'-0" AFF.

PROVIDEMANUFACTURER'SINTAKE CAPPING DEVICEABOVE FLASHING ANDALL STAINLESS STEELINTAKE DUCT

BOILER

1. INSTALL ALL DUCTWORK IN ACCORDANCE WITH THE INTERNATIONALFUEL/GAS CODE 2009 EDITION

EXTERIOR WALL

NOTE:

SEAL PENETRATIONS

TRAP

FLOOR SINK WITH1/2 GRATE / FULLGRATE

TIE ROD

CLEVIS HANGER

PROVIDE TRAPGUARD DRAIN INSERT

1. SEE PLUMBING SCHEDULE FOR FLOOR SINK REQUIREMENTS

NOTE:

SUPPLY DUCT

COILSFAN

FAN ACCESS PANEL

1. PROVIDE FULL SIZE PRIMARY CONDENSATE DRAIN WITH TRAP AND VENT. SECONDARY DRAIN SHALLBE ROUTED TO EMERGENCY DRAIN PAN. ROUTE DRAIN LINE TO NEW HUB DRAIN AS NOTED ON PLANS.

2. EMERGENCY DRAIN PAN SHALL BE LOCATED UNDER COIL SECTION ONLY. DRAIN PAN SHALL BE SIZEDTO NOT INTERFERE WITH FAN ACCESS PANEL.

24 GAUGE GALV. STEEL EMERGENCY DRAIN PAN, DRAIN PANSHALL BE SIZED AND INSTALLED AS CLOSE TO FAN ACCESSDOOR AS POSSIBLE AND 3" LARGER THAN UNIT ON REMAINING 3SIDES. DRAIN PAN SHALL BE 2" DEEP.

FLOAT SWITCH WIREDINTO CONTROL CIRCUIT

DRAIN PAN DRAIN LINE WITHBALL VALVE. DRAIN LINE SHALLTERMINATE W/ A CAPPED 3/4"MALE HOSE END FITTING. DRAINPAN SHALL BE INDEPENDENTLYSUPPORTED FROM UNIT.

FLEXIBLE CONNECTIONTYPICAL

SECURE TOSTRUCTURE ABOVE

THREADED HANGER RODS WITH VIBRATION ISOLATORS.PROVIDE SUPPORTING STEEL AS REQUIRED. DO NOT USECLAMPS. SIZE AND NUMBER OF RODS SHALL MATCH HOLESON TOP OF UNIT.

NOTES:

NOTE:

DRAIN VALVE

TO DDC CONTROLLER

WATER COIL

AIR VENT

REDUCERS AS REQ'D (TYPICAL)

ISOLATION VALVE(TYP.)

MOTORIZED MODULATINGCONTROL VALVE (BYCONTROLS CONTRACTOR)

CIRCUIT SETTER, B&G OR EQ(TYPICAL)

FITTING WITH PRESSURE/TEMPERATURE TEST PLUG(TYPICAL)

STRAINERW/BLOWDOWNVALVE & CAP

1. PROVIDE 2-WAY VALVES FOR ALL AIR HANDLING UNITS; EXCEPTAHU-3 AND AHU-5 WHICH SHALL BE PROVIDED WITH A 3-WAY VALVE.

PROVIDE BYPASSLINE WITH VALVEFOR FLUSHINGSYSTEM.

1" OPER.CLEARANCE.

TO SYSTEM

FROM SYSTEM

PIPE HANGERS(SPRING &NEOPRENE TYPE)

ISOLATION VALVETRI-4 THERMOFLO INIDICATOROR APPROVED EQUAL

DOUBLE SPHEREFLEXIBLE CONNECTOR

CHECK VALVE

9" INDUSTRIAL THERMOMETERW/ 3/4" NPT COPPER WELL

1/4" O.D. COPPER TUBINGW/COMP. FITTINGS

SUCTION DIFFUSER WITHSTRAINER

FIELD FABRICATED SUPPORT LEG

DRAIN: TERMINATE NEAR F.D.

CONCRETE INERTIA VIBRATIONPUMP BASE W/ SPRING ISOLATORS

6" THICK CONCRETE HOUSEKEEPING PAD W/ CHAMFEREDEDGES TO EXTEND 6" PAST ALLSIDES OF PUMP BASE.

FINISH FLOOR

GROUTABLE FABRICATEDSTEEL BASE PLATE

BASE MOUNTED ENDSUCTION PUMP (LONGCOUPLED)

OSHA/ANSI COUPLERGUARD

MULTIPORT PRESSUREINDICATOR (4-PORT)

ISOLATION VAVE(BUTTERFLY VALVE TYP.)

DOUBLE SPHERE FLEXIBLECONNECTOR

CHECK VALVE

FROM SYSTEMTO SYSTEM

BI-METAL THERMOMETERW/ BRASS THERMOWELL,TRERICE OR EQUAL

PRESSURE GAUGE, TRERICEOR EQ. FLOW COND. CORP.MULTIPORT PRESSUREINDICATOR (3-PORT)

WYE-STRAINER WITHBLOWDOWN GATE VALVE

PUMP BASE SUPPORT BOLTEDTO PUMP & BASEPLATE. BOLTBASEPLATE TO PAD.

BASE ELBOW SUPPORT WELDEDTO ELBOW & BASEPLATE.BOLT BASEPLATE TO PAD.(TYPICAL)

REDUCING ELBOW

CONCRETE HOUSEKEEPINGW/ CHAMFERED EDGES PAD SIZEDTO BE TO WEIGH 3X WEIGHT OFPUMP-MOTOR VIBRATIONFOR VIBRATION ISOLATION.COORDINATE WITH GC FORREBAR & DOWELLINGREQUIREMENTS TO TIE INTOFLOOR

1/4" O.D. COPPER TUBINGW/ COMP. FITTINGS (TYPICAL)

BALL ISOLATION VALVE(TYPICAL)

FINISH FLOOR

VERTICAL IN-LINE PUMP

RUBBER SPHERE PUMPCONNECTOR W/STOP LINK CABLEFLEX HOSE CO. FLEXSORBER NNSOR EQ (TYPICAL)

PIPE HANGERS (SPRING& NEOPRENE TYPE)

No.

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SES I NIN

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OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

21 P

M

NOT TO SCALE

M8.02

MECHANICALDETAILS

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: NOT TO SCALEM8.022 CONDENSATE DRAIN TRAP INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.025 CEILING DIFFUSER/GRILLE & DUCT OBSTRUCTION DETAIL

SCALE: NOT TO SCALEM8.021 TYPICAL VAV INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.026 HOT WATER COIL PIPING DETAIL

SCALE: NOT TO SCALEM8.024 WALL DUCT PENETRATION DETAIL

SCALE: NOT TO SCALEM8.028 WALL PIPE PENETRATION DETAIL

SCALE: NOT TO SCALEM8.029 BOILER AIR VENT / INTAKE INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.023 FLOOR SINK DETAIL

SCALE: NOT TO SCALEM8.0210 FAN COIL UNIT INSTALLATION DETAIL

SCALE: NOT TO SCALEM8.027 CHILLED WATER COIL PIPING DETAIL

SCALE: NOT TO SCALEM8.0211 END SUCTION PUMP DETAIL

SCALE: NOT TO SCALEM8.0212 VERTICAL INLINE PUMP DETAIL

T

T P

PCHWS

CHWR

M

TS

VAV POINTS LISTAHU POINTS LIST

LEGEND SEQUENCE OF OPERATION: VARIABLE AIR VOLUME (VAV)TERMINAL UNITS

SEQUENCE OF OPERATION: AIR HANDLING UNITS

VAV BOX WITH HOT WATER REHEAT

A DEDICATED UNIT MOUNTED VAV CONTROLLER WILL CONTROL EACH UNIT.

UNOCCUPIED MODE

NIGHT SET-BACK OPERATION:

IN UNOCCUPIED MODE THE PRIMARY AIR DAMPER WILL REMAIN CLOSED. UPON A DROP IN SPACETEMPERATURE BELOW NIGHT LOW LIMIT SETPOINT (ADJ.), THE VAV CONTROLLER WILL REQUEST AHU FANOPERATION. UPON PROOF OF AHU OPERATION, VAV HEATING SHALL BE ENABLED AND VAV BOX PRIMARY AIRDAMPER SHALL MODULATE OPEN TO MAINTAIN HEATING CFM SETPOINT (ADJ.) AND HOT WATER CONTROL VALVESHALL AUTOMATICALLY ADJUST AS REQUIRED TO MAINTAIN THE SPACE NIGHT LOW LIMIT SETPOINT. ON A RISEIN SPACE TEMPERATURE, THE REVERSE WILL OCCUR

AFTER HOURS OPERATION:

EACH VAV ZONE MAY BE OVERRIDDEN INTO OCCUPIED MODE. DURING AFTER HOURS OPERATION, VAV BOXSHALL MAINTAIN OCCUPIED HEATING AND COOLING SETPOINTS.

OCCUPIED MODE

IN OCCUPIED MODE, THE PRIMARY AIR DAMPER WILL BE ENABLED TO MODULATE TO MAINTAIN MINIMUMCOOLING CFM SETPOINT (ADJ.). WHEN THE SPACE TEMPERATURE RISES ABOVE THE COOLING SETPOINT (ADJ.),THE PRIMARY AIR DAMPER WILL MODULATE OPEN TOWARDS MAXIMUM AIRFLOW SETPOINT (ADJ.). THECONTROLLER WILL COMPARE THE COOLING SETPOINT WITH THE SPACE TEMPERATURE AND DETERMINE THEDESIRED AIRFLOW QUANTITY BETWEEN MAXIMUM AND MINIMUM AIRFLOW SETTINGS. ON A FALL IN SPACETEMPERATURE, THE PRIMARY AIR DAMPER WILL MODULATE CLOSED TO MAINTAIN MINIMUM COOLING CFMSETPOINT. IF SPACE TEMPERATURE CONTINUES TO FALL BELOW SPACE HEATING SETPOINT (ADJ.), THEPRIMARY AIR DAMPER SHALL MODULATE TO MAINTAIN HEATING CFM SETPOINT (ADJ.) AND THE ELECTRIC HEATSTAGES WILL BE INDEXED AS REQUIRED TO MAINTAIN HEATING SETPOINT. ON A RISE IN SPACE TEMPERATURE,THE REVERSE WILL OCCUR

VAV AIR HANDLING UNIT

UNIT SHALL HAVE A UNIT MOUNTED MICROPROCESSOR BASED PROGRAMMABLE CONTROLLER CAPABLE OFSTANDALONE OPERATION OR AS DIRECTED BY THE ENERGY MANAGEMENT SYSTEM (EMS). THE UNIT MOUNTEDCONTROLLER SHALL MONITOR AND CONTROL THE UNIT. THE CONTROLLER SHALL HAVE A HUMAN INTERFACEPANEL CONSISTING OF 2-LINE LCD DISPLAY SCREEN AND A MULTI-BUTTON KEYPAD FOR MONITORING, SETTING,EDITING, AND CONTROLLING THE UNIT.

SUPPLY FAN CONTROL (GENERAL) : THE SUPPLY FAN WILL BE CONTROLLED THROUGH A HAND-OFF-AUTO(H-O-A) SWITCH INTEGRAL WITH THE VARIABLE FREQUENCY DRIVE (VFD). WHEN THE SWITCH IS IN THE"AUTO" POSITION, THE SUPPLY FAN WILL BE STARTED AND STOPPED AND FAN SPEED WILL BE CONTROLLEDTHROUGH THE EMS. WHEN THE SWITCH IS IN THE "HAND" POSITION, THE SUPPLY FAN WILL RUN AND THEFAN SPEED WILL BE CONTROLLED THROUGH A MANUAL SPEED ADJUSTMENT INTEGRAL TO THE VFD. WHENTHE SWITCH IS IN THE "OFF" POSITION, THE SUPPLY FAN AND DRIVE WILL REMAIN OFF. WHEN THE STARTINGCIRCUIT IS ACTIVATED BY THE EMS OR BY PLACING THE SELECTOR SWITCH IN "HAND" POSITION, THE VFDWILL START UNLOADED AND WILL RAMP UP TO SPEED AS PROGRAMMED INTO THE VFD'S SAFETY CIRCUIT.

UNOCCUPIED MODE : IN UNOCCUPIED MODE, UNIT SUPPLY AND EXHAUST FANS WILL BE INDEXED OFF AND WILLREMAIN OFF UNTIL THE START OF AN OCCUPIED CYCLE OR A CALL FROM THE VAV ZONES FOR NIGHT SET-UPOR SET-BACK OPERATION. THE OUTSIDE AIR CONTROL DAMPER WILL REMAIN CLOSED TO OUTSIDE AIR DURINGUNOCCUPIED, NIGHT SET-UP AND SET-BACK OPERATION. DURING NIGHT SET-BACK OPERATION THEDISCHARGE AIR TEMPERATURE SHALL BE SET AT 60 DEGREES F (ADJ.). ALL FURTHER SPACE HEATING SHALLBE ACCOMPLISHED LOCALLY WITH THE VAV BOX REHEAT. UPON A CALL FOR NIGHT SET-UP OPERATION,DISCHARGE AIR TEMPERATURE CONTROL SHALL BE AS DURING OCCUPIED MODE.

AFTER HOURS OPERATION : UPON A CALL FOR AFTER HOURS OPERATION FROM VAV ZONES, AHU SHALLOPERATE IN THE OCCUPIED MODE FOR 4 HOURS.

OCCUPIED MODE : IN OCCUPIED MODE, THE SUPPLY FAN WILL BE ENABLED TO RUN THROUGH THE VARIABLEFREQUENCY DRIVE (VFD); WILL RUN CONTINUOUSLY AND; THE OUTSIDE AIR CONTROL DAMPER WILL BE ENABLED.

OUTSIDE AIR DAMPER CONTROL : OUTSIDE AIRFLOW SHALL BE MONITORED BY THE FACTORY MOUNTED AIRFLOWMONITORING STATION. IN OCCUPIED MODE, THE OUTSIDE AIR DAMPER WILL BE MODULATED TO MAINTAINRETURN AIR CO2 SETPOINT AS SENSED BY THE SPACE MOUNTED CO2 MONITOR. WHEN THE CO2 SENSORSENSES A CO2 CONCENTRATION OF 400 PPM, THE OUTDOOR AIR DAMPER SHALL BE AT THE MINIMUMPOSITION. AS CO2 CONCENTRATION LEVELS RISE, THE DAMPER SHALL MODULATE OPEN. THE DAMPER SHALLBE AT THE FULL OPEN POSITION WHEN CO2 LEVELS EQUAL 1100 PPM. MINIMUM OUTSIDE AIR DAMPERPOSITION SHALL BE ESTABLISHED DURING SYSTEM AIR BALANCE.

DISCHARGE AIR TEMPERATURE CONTROL (RESET PROGRAM) : DISCHARGE AIR TEMPERATURE FROM THE UNIT WILLBE RESET IN ACCORDANCE WITH THE RESET SCHEDULE. THE CONTROLLER WILL INDEX STAGES OF DXCOOLING TO MAINTAIN THE TEMPERATURE OF THE AIR LEAVING THE COIL AT THE SETPOINT DETERMINED BYTHE RESET SCHEDULE. DISCHARGE AIR TEMPERATURE SETPOINT WILL VARY BETWEEN A MINIMUM OF 50° F(ADJ.) AND A MAXIMUM OF 60° F (ADJ.). RESET OF DISCHARGE AIR SETPOINT SHALL BE BASED UPONCOOLING DEMAND FROM VAV ZONES ASSOCIATED WITH EACH AHU.

SUPPLY DUCT STATIC PRESSURE CONTROL : THE SUPPLY FAN VFD WILL BE MODULATED TO MAINTAIN THESUPPLY DUCT STATIC PRESSURE SETPOINT AS SENSED BY DUCT STATIC PRESSURE SENSOR LOCATEDDOWNSTREAM IN THE SUPPLY MAIN. UPON STARTUP, THE VFD WILL BE IN THE "UNLOADED" POSITION. THEVFD SPEED WILL BE ADJUSTED THROUGH A CONTROL LOOP IN RESPONSE TO THE DUCT STATIC PRESSURESETPOINT. AS THE DUCT STATIC PRESSURE RISES ABOVE SETPOINT, THE FAN SPEED WILL BE REDUCEDTHROUGH THE VFD SPEED SIGNAL CONTROLLER DOWN TO THE PROGRAMMED MINIMUM SPEED (ADJ.). AS THESTATIC PRESSURE INCREASES ABOVE THE ACTIVE SETPOINT, THE FAN SPEED WILL BE INCREASED. DUCTSTATIC PRESSURE SETPOINT SHALL RESET BETWEEN AN ADJUSTABLE MINIMUM AND MAXIMUM SETPOINT. RESETOF STATIC PRESSURE SETPOINT SHALL BE BASED UPON AIRFLOW DEMANDS FROM VAV ZONES. IF THE FANSPEED IS AT 100 PERCENT AND THE SUPPLY DUCT STATIC PRESSURE IS STILL BELOW SETPOINT, THEDISCHARGE AIR TEMPERATURE RESET CONTROL LOOP WILL BE OVERRIDDEN TO DECREASE THE ACTIVEDISCHARGE AIR TEMPERATURE SETOINT UNTIL THE STATIC PRESSURE SETPOINT IS SATISFIED.

MORNING WARM-UP CYCLE : IN THE MORNING WARM-UP CYCLE, THE AHU SUPPLY FAN SHALL START, THEOUTSIDE AIR DAMPERS WILL REMAIN CLOSED, AND UNIT COOLING SHALL BE DISABLED. ALL BUILDING HEATINGWILL BE ACCOMPLISHED LOCALLLY AT THE REHEAT VAV TERMINAL UNITS. MORNING WARM-UP CYCLE SHALLBE INITIATATED FROM VAV ZONES AS REQUIRED. AN ADJUSTABLE MINIMUM NUMBER OF VAV ZONES SHALLREQUIRE MORNING WARM-UP BEFORE AHU SHALL BE STARTED.

MORNING COOL-DOWN CYCLE : IN THE MORNING COOL-DOWN CYCLE, THE AHU SUPPLY FAN START, OUTSIDEAIR DAMPERS WILL REMAIN CLOSED, AND UNIT COOLING SHALL BE ENABLED. MORNING COOL-DOWN CYCLESHALL BE INITIATATED FROM VAV ZONES AS REQUIRED. AN ADJUSTABLE MINIMUM NUMBER OF VAV ZONESSHALL REQUIRE MORNING COOL-DOWN BEFORE AHU SHALL BE STARTED. DISCHARGE AIR TEMPERATURECONTROL SHALL BE AS IN OCCUPIED MODE.

SENSORS: A DRY CONTACT FROM THE VFD CONTROLLER WILL PROVIDE FAN STATUS FOR UNIT SUPPLY FAN.AN ALARM WILL BE INITIATED WHENEVER THE FAN COMMAND AND STATUS DO NOT MATCH. A FAULT CONTACTWILL BE INPUT TO THE CONTROLLER TO INDICATE AN INTERNAL PROBLEM WITH THE SUPPLY FAN VFD. ADUCT TEMPERATURE SENSOR DOWNSTREAM OF THE COOLING COIL SECTION WILL MONITOR SUPPLY AIRTEMPERATURE FROM THE UNIT. A DUCT TEMPERATURE SENSOR IN THE MIXED AIR STREAM WILL MONITOR THEMIXED AIR CONDITION UPSTREAM OF THE COIL.

SAFETIES: UPON A SIGNAL FROM THE BUILDING FIRE ALARM PANEL, THE SUPPLY FAN WILL BE DE-ENERGIZED(HARDWIRED INTERLOCK), THE OUTSIDE AIR DAMPER WILL BE CLOSED AND AN ALARM WILL BE DISPLAYED ATTHE OPERATOR'S WORKSTATION.

RETURNAHU

AIR

CHILLED WATER

MIXINGBOX

COIL

MM

FILTER

VFD

FANC

EMCS

OUTSIDE

P

M

SUPPLYAHU

EMCS

SPACE

T

ENERGY MANAGEMENT CONTROL SYSTEM UNIT CONTROLLER

MOTORIZED ACTUATOR

EMCS

M

TEMPERATURE SENSOR

CURRENT SWITCHC

T

T

VAVBOX

FLOW RING SENSOR(BY VAV BOX MANUFACTURER)

VARIABLE FREQUENCY DRIVEVFD

HOT WATER REHEAT COIL

CO2 SENSORO

T

LOCATE 2/3OF THE WAYDOWN THELENGTH OFDUCT.

SPACE

O

FIRE ALARMPANEL

PRESSURE SENSORP

STATIONAIR MONITORING

AI-1 AIR FLOW SENSORAI-2 SPACE TEMP SENSORAI-3 DAMPER POSITIONAI-4 SPACE CO2 SENSOR (SEE DRAWINGS FOR LOCATIONS)AI-5 MINIMUM CFMAI-6 MAXIMUM CFM

AO-1 DAMPER CONTROLDO-1 ELECTRIC HEAT (AHU-2)

DI-1 AHU FAN STATUS (CURRENT)

AI-2 DISCHARGE AIR TEMPAI-3 DUCT STATIC PRESSURE

DI-2 FIRE ALARM PANEL CONTACT

AI-1 MIXED AIR TEMP

AO-5 VARIABLE FREQUENCY DRIVE

DO-1 START/STOP AHU

AO-1 DISCHARGE STATIC PRESSURE SETPOINTAO-2 SUPPLY AIR TEMP SETPOINTAO-3 OA MOTORIZED DAMPERAO-4 RA MOTORIZED DAMPER

AI-4 OUTDOOR AIR FLOWRATE (CFM)

FREEZE STATF

LOW / HIGH LIMIT STATIC PRESSURE LIMIT SWITCHPL

F PL PL

ON A FALL IN CHILLED WATER COIL DISCHARGE AIR TEMPERATURE BELOW THE LIMIT SETPOINT OF OF LOWTEMPERATURE FREEZE STAT (38°F ADJUSTABLE). FREEZE STAT SHALL ALARM EMCS, PRE-ENERGIZE THESUPPLY AND RETURN FANS, CLOSE OUTSIDE AIR DAMPERS, CLOSE RELIEF AIR DAMPER AND OPEN CHILLEDWATER VALVE.

SUPPLY AIR HIGH LIMIT STATIC PRESSURE SWITCH AND RETURN AIR HIGH LIMIT STATIC PRESSURE SWITCHSHALL OVERRIDE THE CONTROL SIGNAL WHEN THE STATIC PRESSURE EXCEEDS ITS SETTING AND DE-ENERGIZES THE SUPPLY AND RETURN FANS AND ALARM TO THE EMCS. RETURN AIR LOW LIMIT STATICPRESSURE SWITCH AND SUPPLY AIR LOW LIMIT STATIC PRESSURE SWITCH SHALL OVERRIDE THE CONTROLSIGNAL WHEN STATIC PRESSURE EXCEEDS ITS (NEGATIVE PRESSURE) SETTING AND DE-ENERGIZE THESUPPLY AND RETURN FANS AND ALARM THE EMCS.

SINGLE ZONE VAV AHU:

ALL VAV AHU SEQUENCES OF OPERATION LISTED ABOVE SHALL ALSO APPLY TO THE SINGLE ZONE VAV AHU.TEMPERATURE IN THE ZONE SHALL BE MAINTAINED BY VARYING THE QUANTITY OF AIR DELIVERED TO THEZONE, RATHER THAN BY VARYING THE DISCHARGE AIR TEMPERATURE. CHILLED WATER AND HEATING HOTWATER CONTROL VALVES SHALL MODULATE TO MAINTAIN A CONSTANT DISCHARGE AIR TEMPERATURE (ADJ).THE ZONE TEMPERATURE (OR TEMPERATURES WHERE MULTIPLE TEMPERATURE SENSORS EXIST) SHALL BEINPUT TO THE BAS TO DETERMINE IF THE UNIT IS TO BE INDEXED INTO COOLING OR HEATING MODE AND TODETERMINE THE VOLUME OF AIR THAT IS TO BE DELIVERED TO THE ZONE. ON A DECREASE IN LOAD IN THEZONE, THE AHU SHALL REDUCE THE VOLUME OF AIR BEING DELIVERED TO THE ZONE TO SATISFY THE ZONETEMPERATURE SETPOINT. ON AN INCREASE IN LOAD IN THE ZONE, THE AHU SHALL INCREASE THE VOLUME OFAIR BEING DELIVERED TO THE ZONE TO SATISFY THE ZONE TEMPERATURE SETPOINT.

FLOW METERING STATION

ENERGY MANAGEMENT CONTROL SYSTEM UNIT CONTROLLER

MOTORIZED ACTUATOR

EMCS

M

TEMPERATURE SENSOR

SMOKE DETECTOR (DIV. 26)

FLOW SWITCH

PRESSURE SENSOR

CURRENT SWITCHC

S

P

T

LEGEND

VARIABLE FREQUENCY DRIVEVFD


CHWS

CHWR

HEATING

SBOX

MIXINGFILTER

P

COIL

P

M

COOLINGCOIL

FFANC

M

EMCS

AHUSUPPLYT

FAN C AHURETURN

S

M

P

P P

HWR

HWS

P

M

EMCS

M

SPACE

T

VAVBOX

FLOW RING SENSOR(BY VAV BOX MANUFACTURER)

REHEATCOIL

M


VFD

VFD

CO2



CARBON DIOXIDE SENSORC02

VFD VARIABLE FREQUENCY DRIVE

PL PL AF

AF

PL LOW / HIGH LIMIT STATIC PRESSURE LIMIT SWITCH

FLOW SWITCHF

FANCHW

WH

T

UNITCONTROLLER

EMSBUILDING

N.C.

CHWS

CHWR

HWR

HWS

N.C.

T

(BY SIEMENS)

T

EMS

SPACETSTAT

ENERGY MANAGEMENT SYSTEM

TEMPERATURE SENSOR

CONTROL VALVE

SEQUENCE OF OPERATION: FAN COIL UNIT AND EXHAUST FANS

LEGEND (THIS DETAIL)

FAN COIL:OCCUPIED/UNOCCUPIED MODE CONTROLTHE OCCUPIED MODE WILL BE SCHEDULED OR MANUALLY AT OWNERS WORK STATION.

OCCUPIED MODEFAN SHALL RUN CONTINUOUSLY. THE FAN SPEED IS SET BY THE DDC SYSTEM. NORMALLY THE FAN RUNS ON MEDIUM SPEED. IF THE ROOM TEMPERATURE IS MORE THANTWO DEGREES FROM SETPOINT, THE FAN SPEED WILL BE SET TO HIGH.

SPACE TEMPERATURE SETPOINT (ADJ.) SHALL BE CONTROLLED BY A SPACE MOUNTED TEMPERATURE SENSOR (LOCATION AS SHOWN ON FLOOR PLANS). UPON RAISE INTEMPERATURE ABOVE THE SPACE SETPOINT, THE TWO-WAY CHILLED WATER CONTROL VALVE SHALL MODULATE TO LOWER SPACE TEMPERATURE TO WITHIN SPACETEMPERATURE TOLERANCE. UPON A DROP IN TEMPERATURE BELOW THE SPACE TEMPERATURE, THE TWO-WAY HOT WATER CONTROL VALVE SHALL MODULATE TO RAISESPACE TEMPERATURE TO WITHIN SPACE TEMPERATURE TOLERANCE.

UPON RECEIVING A DISABLE SIGNAL FROM THE BUILDING EMS SYSTEM, THE FAN SHALL BE DE-ENERGIZED, BOTH CONTROL VALVES SHALL CLOSE AND A DISABLE SIGNALSHALL BE SENT TO THE FAN COIL.

SAFETIES:UPON DETECTION OF WATER FROM FLOAT SWITCH IN THE SECONDARY DRAIN LINE THE UNIT SHALL SIGNAL AN ALARM TO THE DDC SYSTEM AND SHUT UNIT OFF.

SA TO ROOM SIDECEILING DIFFUSERS

RA FROM ROOM SIDE FILTERRETURN GRILLES

EXHAUST FANS: EXHAUST FANS SHALL BE CONTROLLED AS INDICATED ON EQUIPMENT SCHEDULE. FANS INDICATED TO BE CONTROLLED BY THE BAS SHALL BESCHEDULED TO BE ON OR OFF. COORDINATE WITH OWNER FOR SCHEDULE PREFERENCE.

GENERAL NOTES:

1.

2.

THE WORK FOR THE HVAC CONTROLS SYSTEM WILL BE PERFORMED BY SIEMENS BUILDINGTECHNOLOGIES UNDER DIRECT CONTRACT WITH COASTAL CAROLINA UNIVERSITY.

SEE SPECIFICATION SECTION 23 09 23 FOR DELINEATION OF WORK.

No.

P

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OCERTI F IC

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ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

22 P

M

12" = 1'-0"

M9.01

MECHANICALCONTROLSDIAGRAMS

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SETSCALE: NOT TO SCALEM9.012 NEW AHU SCHEMATIC DIAGRAM AND SEQUENCE OF OPERATION

SCALE: NOT TO SCALEM9.013 VARIABLE AIR VOLUME AHU WITH ENERGY RECOVERY FLOW DIAGRAM

SCALE: NOT TO SCALEM9.011 FAN COIL SYSTEM CONTROL DIAGRAM

3/4"

-DR

N

3"-H

WS

M

M M M M

M

LOAD

0-100

AFV

0-100

HDSSHDSS

INSIDEOUTSIDE

BY MCBY PC

SEE PLUMBING PLANS1-1/2"-DCW

B&GMODEL 7(SET @ 45PSIG)

1"-NC BYPASS

0-100HIGHCAPACITYAIR VENT

0-100


HDSS

B&GMODEL 1170-75(SET @ 75 PSIG)

FLEX-HOSE CO.MODEL NNS(TYP THIS DWG)

3/4"-DRN

SS FD

3"-H

WS

HWP-1HOT WATER PUMP(OPERATING)

0-100

TDV

CMI

PSD

3"-H

WS

SS

PIPE ALL PSD DRAINS TOFLOOR DRAIN LOCATED ATEACH PUMP (TYPICAL)

FD

3"-H

WS

HWP-2HOT WATER PUMP(STANDBY)

0-100

CMI

PSD

3"-H

WS

SS FD

3/4"

-CH

F

HOT WATERSHOT FEEDER(5 GALLONS)

HSF-1

BY MCBY PC

4" COMBUSTIONAIR INTAKE (TYP)

4" FLUEGASEXHAUST

0-100

0-100

1-1/

2"-D

RN

1-1/

2"-

DR

N

BY BOILERMANUFACTURER.

AFV

12"(MAX)

3/4"

-DR

N

EXPANSION TANKEXT-2

3"-HWS

2-1/2"-G

(PROVIDE MIN. 10' LENGTHBETWEEN PRV & BOILER-TYP)

3"-HWR

3"-H

WR

3"-H

WS

3"-HWR

BOILERCIRCULATINGPUMP BP-2

BOILERCONTROLPANEL

BCP-2

3"-HWS

BOILER(FUTURE)

B-2

BOILERCIRCULATINGPUMP BP-1

NORTH WALL INSIDEOUTSIDE

4" FLUEGASEXHAUST

SLEEVE &LINK SEAL

4" COMBUSTIONAIR INTAKE (TYP)

3/4"

-DR

N

EARTHQUAKE VALVE

BY BOILERMANUFACTURER

CMI

BOILERCONTROL BYCMI. PROVIDEBACNET I/FACETO BMS

OUTSIDE ABV GRADE

OA TEMPRESET

BOILER EMERGENCYSHUTDOWN SWITCH

BOILERCONTROLPANEL

BCP-1

1"-D

RN

1-1/

2"-

DR

N

1-1/

2"-D

RN

2-1/2"-G

3"-H

WR

3"-H

WS

BOILER(LEAD)

B-1

3"-HWS

3/4"-CHF

3"-HWS

INSIDE

OUTSIDE BELOWGRADE

OUTSIDE

IN-LINE AIRSEPARATOR

AS-2

NATURAL GAS DISTRIBUTION

3"-G

FUTURECONNECTION

FUTURECONNECTION

POINT

POINT

PIPRV

PI

AAVAAV

RV

PI PI

TE

RV

FSTIPI

TIPI

PRV

RV

PI TI FS

TIPI

PRV

ES

PRV

TT

VFD---

VFD---

SIEMENSCONTROLLER

LOAD

LOAD

LOAD

4

DPS

3

1

2

1

1

1-1/

2" C

HW

S

3/4"

DR

N

1-1/2" DCW

1" NC BYPASS

6" C

HW

S

6" C

HW

S

1" D

RN

CWP-1SECONDARYCHILLEDWATER PUMP(OPERATING)SS

PSD

FD

3/4"

DR

N

0-100

B&GMODEL 7(SET @ 45PSIG)

B&GMODEL 1170-75(SET @ 75 PSIG)

HIGHCAPACITYAIR VENT

SEE PLUMBING PLANS

HDSS

M M


EXT-1EXPANSION TANK0-100

3/4"

DR

N

6" CHWR

6" CHWS6" CHWS

6"CHWS

LOAD

BY PC BY MC

CWP-2SECONDARYCHILLEDWATER PUMP(STANDBY)

6" C

HW

S

6" C

HW

S

PSD

FD

CMIVFD---

SS

CMIVFD---

0-100

0-100

3/4" DRN

1

CWAP-1

BTU METER

1/2" CIRCUIT SETTER BYPASSTO ALLOW MINIMUM FLOW ATALL TIMES TO ALLOW TT3TEMPERATURE READING

CHWRCAMPUSLOOP(56°F)

T IN=42ºF

T OUT=54ºF

OUTSIDE INSIDE

6" CHWBYPASS

CONTROLS TOLOCAL DDCCONTROLLER

PIPE ALL INDICATEDDRAINS TO HUB DRAIN,SEE PLANS (TYP).

CONTROL VALVE V-1

CIRCUITSETTERBALANCINGVALVE

4

LOAD

4 52

1

SIEMENSCONTROLLER

BUILDING LOOP DP TOCENTRAL PLANT FORMAIN DISTRIBUTIONPUMP VFD CONTROL

6

SS FD

3/4"

CH

F

CHILLED WATERSHOT FEEDER(5 GALLONS)

CSF-1

1

3/4" CHF

NORMALLYCLOSED BY-PASS

CHWSCAMPUSLOOP(40°F)

TT1

FE TT2

TT3

PI PI

PI

PIPRV

DPS

DPS

7

AAV

RV

AAV

KEY NOTES:

PROVIDE INSULATION AND JACKETING ON ALL EQUIPMENT.

PIPE ALL INDICATED DRAINS TO HUB DRAIN.

BYPASS WITH PRESSURE RELIEF VALVE SET TO 35% OFMAXIMUM PUMP FLOW (ADJ.).

CONTROLS CONTRACTOR SHALL PROVIDE DIFFERENTIALPRESSURE TRANSMITTER IN SYSTEM DISTRIBUTION PIPINGAPPROXIMATELY 2/3 DISTANCE OF LONGEST PIPE RUN.

PIPE ALL PSD DRAINS TO FLOOR DRAIN LOCATED AT EACHPUMP (TYP).

FLEX-HOSE CO. MODEL NNS (TYP THIS DRAWING).

3-WAY VALVE AT LAST AIR HANDLING UNIT FOR PUMPBYPASS FLOW, CHILLED WATER AT END OF LOOP, ANDCHEMICAL TREATMENT IN ALL PARTS OF SYSTEM.

1

2

3

4

5

6

7

GENERAL NOTES:

1.

2.

THE WORK FOR THE HVAC CONTROLS SYSTEM WILL BEPERFORMED BY SIEMENS BUILDING TECHNOLOGIES UNDERDIRECT CONTRACT WITH COASTAL CAROLINA UNIVERSITY.

SEE SPECIFICATION SECTION 23 09 23 FOR DELINEATION OFWORK.

No.

P

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26587

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OCERTI F IC

AT E O F A U THO

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ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

24 P

M

12" = 1'-0"

M9.02

MECHANICALCONTROLSDIAGRAMS

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: NOT TO SCALEM9.021 HEATING HOT WATER AND GAS SYSTEM FLOW DIAGRAM

SCALE: 12" = 1'-0"M9.022 CHILLED WATER SYSTEM FLOW DIAGRAM

DN

T

T

1H.5

1H

1G.5

1G

1F.5

1F

1E.5

1E

1D

1C

0.5 1 1.5 2.3 3

??

VAV-13

CORRIDORC-103

STUDY ROOM/LOUNGE

A107CORR.C-105

STOR.A-110B

350 CFMA

470 CFMA

470 CFMA

470 CFMA

24"x

14"

14"x

12"

1880 CFMB

125 CFMA

3

UP

38"x14"

200 CFMA

8"Ø SA UP

300 CFMTG3

16"x10"

TYP 4. CENTEREDBETWEEN RAMP ANDHANDRAIL, SEEARCHITECTURAL

12"x6"

24"x

14"

24"x14"

470 CFMA

18"x

12"

10"x10"

10"x10"

10"x10"

10"x10"

24"x12"

No.

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26587

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OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

27 P

M

1/8" = 1'-0"

M10.01

EXPANSION -HVAC PLAN -ALTERNATENO. 1

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/8" = 1'-0"M10.011 EXPANSION - FIRST FLOOR HVAC PLAN - ALTERNATE NO. 1

1_2 HWS

1_2 HWR

COPIER/STOR

8∅

8∅

6∅5∅

10x10

8∅

8∅

T

4∅

10∅

4∅ 5∅

201C

OFFICE201A

OFFICE201B

3_

4 HWS

3_

4 HWR

T

T

CONF202

OFFICE203B

OFFICE203A

OFFICE203

OFFICE203C

OFFICE203D

OFFICE206A

STOR CAB206Q

OFFICE206B

STAIR #2200

1B.4

1B

1A

X14 X12 13.5

X11

X10 X9 X8 X7 15.5

XA

XA.2

XB

XC

XD

XE.0

12

13

14 15 16 17X6

3

1 2

1

KEY NOTES:

REMOVE DUCTWORK BACK TO POINT INDICATED, CAP AND SEAL.

REMOVE HEATING HOT WATER PIPING BACK TO POINTS INDICATED, CAP AND SEAL.

REMOVE TERMINAL UNIT AND ALL ASSOCIATED DUCTWORK, AIR DEVICES, PIPING,THERMOSTAT, CONTROL WIRING, ETC. TYPICAL OF 2.

1

2

3

No.

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OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

28 P

M

As indicated

MD1.11

SECONDFLOORMECHANICALDEMOLITIONPLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/4" = 1'-0"MD1.111 ADDITION - SECOND FLOOR HVAC DEMOLITION PLAN

36"x30"

11 _ 4"

HW

R

11 _ 4"

HW

S

(E) AHU-1

3" C

HW

S3"

CH

WR

36"x10" DN

108"x30"

120"x48"x24"(WxHxD) PLENUM

MD

36"x36"

26"x22"

36"x20"

SD

72"x36"TOP

36"x36"

36"x42"

36"x42" RAPLENUM

(E)COOLINGCOIL MODULE

(E) SUPPLYFAN MODULE

SLOPEDN

AD

ELEV.BELOW

(E)RAF-1

36"x36"18"x18"

36"x36"36"x36"

M

72"x36"

36"x36"

26"x22"

72"x36" DN. TOLOWER LEVELCLG.

72"x36"

36"x36"

SD

(E)EF-1

3" C

HW

S3"

CH

WR

18"x12"

11 _ 4"

HW

R

11 _ 4"

HW

S

11_2"

AD

26"x22" DN

18"x12" DN

18"x20" DN

11_2" DN

3" DN

11_2"

AD

36"x30"

11 _ 4"

HW

R

11 _ 4"

HW

S

(E) AHU-1

3" C

HW

S3"

CH

WR

36"x10" DN

108"x30"


MD

36"x36"

26"x22"

36"x20"

SD

72"x36"TOP

36"x36"

36"x42"

36"x42" RAPLENUM



SLOPEDN

AD

ELEV.BELOW

(E)RAF-1

36"x36"18"x18"

36"x36"36"x36"

M

72"x36"

36"x36"

26"x22"


72"x36"

36"x36"

SD

(E)EF-1

3" C

HW

S3"

CH

WR

18"x12"

11 _ 4"

HW

R

11 _ 4"

HW

S

11_2"

AD

26"x22" DN

18"x12" DN

18"x20" DN

11_2" DN

3" DN

11_2"

AD

36"x30"

11 _ 4"

HW

R

11 _ 4"

HW

S

(E) AHU-1

3" C

HW

S3"

CH

WR

36"x10" DN

108"x30"


MD

36"x36"

26"x22"

36"x20"

SD

72"x36"TOP

36"x36"

36"x42"

36"x42" RAPLENUM



SLOPEDN

AD

ELEV.BELOW

(E)RAF-1

36"x36"18"x18"

36"x36"36"x36"

M

72"x36"

36"x36"

26"x22"


72"x36"

36"x36"

SD

(E)EF-1

3" C

HW

S3"

CH

WR

18"x12"

11 _ 4"

HW

R

11 _ 4"

HW

S

11_2"

AD

26"x22" DN

18"x12" DN

18"x20" DN

11_2" DN

3" DN

11_2"

AD

1B.4

1B

X12 13.5

X11

X10 X9 X8 X7 15.5

Y3Y2

XA

XA.2

XB

XC

XD

XE.0

14 17

ELECTRICALEQUIPMENT

ELEC

TRIC

ALEQ

UIP

MEN

T

X6 X4

3

3 33

2

(E) FIRERISER TO BERELOCATED.SEE FP PLAN.

(E) FLOOR OPENINGTO BE FILLED. SEEARCHITECTURAL /STRUCTURAL.

1

GENERAL NOTES:

1.

2.

EXTEND ALL POWER AND CONTROL WIRING TO NEW LOCATION OF (E) AHU-1. RECOMMISSION (E) AHU-1 TOINCLUDE ALL EXISTING CONTROL POINTS AND SEQUENCES OF OPERATION.

SCOPE OF WORK INCLUDES RELOCATING (E) AHU-1 TO THE LOCATION SHOWN ON THE NEW WORK PLAN.REMOVE EXISTING CONCRETE CURBS FOR (E) AHU-1, CONDENSATE DRAIN PIPING AND PIPING/DUCTWORKTO EXTENTS SHOWN FOR FUTURE RECONNECTION. REMOVE FLOOR SINK AND ASSOCIATED WASTEPIPING TO ABOVE 2ND FLOOR CEILING AND CAP AND SEAL FOR FUTURE RECONNECTION. COORDINATEALL WORK AND SYSTEM OUTAGES WITH CCU AT LEAST 4 WEEKS IN ADVANCE. FOR WORK OCCURRING INOCCUPIED SPACES ON THE 2ND FLOOR, ALL WORK SHALL OCCUR DURING UNOCCUPIED HOURS.

MECHANICAL KEY NOTES:

REMOVE STAIRS AND ALL ASSOCIATED APPURTENANCES.

INSPECT (E) MOTORIZED DAMPER TO DETERMINE IF IT CAN BE REUSED / RELOCATED TO NEWLOCATION. SEE NEW WORK PLAN. ALERT A/E.

REMOVE PIPING AND DUCTWORK BACK TO POINTS INDICATED. CAP AND SEAL FOR FUTURERECONNECTION. SEE NEW WORK PLAN.

1

2

3

No.

P

E

K

T

N

O

S DT

AJ

GS

ISR

EE

U

GEA. LU

N

A A

26587

RR

G

USE

E

NIEN

L

O

OH AC RFOR

SES I NIN

L

KI

OCERTI F IC

AT E O F A U THO

RIZAT

ION

SOUTH CAROLINA

CONSULTINGENGINEERS

DWG, INC.

No.C03649

SHEET NO.

TITLE

CORPORATE SEAL

A/E SEAL

PROJECT TITLE

SHEET INFORMATION

Date

Project No.

Scale

Drawn By

Checked By

NO REVISION DATE


T: 803.771.2999F: 803.771.2858

REVISIONS




4/22

/201

3 12

:47:

29 P

M

As indicated

MD1.12

ATTICMECHANICALDEMOLITIONPLAN

11.120.00

KMM

JAK

4/07/13


CONWAY, SC


BID SET

SCALE: 1/4" = 1'-0"MD1.121 ADDITION - ATTIC HVAC DEMOLITION PLAN

general notes: hvac legend - coastal carolina … · · 2013-04-29mechanical component importance...

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