hvac legend abbreviations - coastal carolina … · · 2011-07-27lshh lsh lsll lsl lall lahh hoa...

SEISMIC DESIGN CATEGORIES D,E,FCOMPONENT IMPORTANCE FACTOR (Ip)

COMPONENT IDENTIFICATION SEISMIC RESTRAINTREQUIREMENT NOTES SEISMIC RESTRAINT

REQUIREMENT

ROOF MOUNTED RESTRAIN ALL 1 RESTRAIN ALL -

FLOOR MOUNTED RESTRAIN ALL 1, 2 RESTRAIN ALL -

WALL MOUNTED RESTRAIN ALL 1, 2 RESTRAIN ALL -

COMPONENT SUPPORTS RESTRAIN ALL 1 RESTRAIN ALL -

SUSPENDEDEQUIPMENT

INLINEW/ DUCT

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

PROVIDE FLEX. CONN. 3

NOT INLINEW/ DUCT/PIPE RESTRAIN ALL 1 RESTRAIN ALL -

SUSPENDED DUCTILE PIPING(STEEL, ALUMINUM, COPPER, ETC.) >3" 4 >1" 4

DUCTWORK 6 SQ.FT. AND LARGER

COMPONENT CERTIFICATION NOT REQUIRED 6 REQUIRED 6

1.0 1.5

NOTES

A. PER SECTION 301.12 OF THE 2006 EDITION OF THE INTERNATIONAL MECHANICAL CODE, MECHANICAL EQUIPMENT, APPLIANCES ANDSUPPORTS (INCLUDING ROOF CURBS & ROOF RAILS) EXPOSED TO WIND SHALL BE DESIGNED AND INSTALLED TO RESIST THE WINDPRESSURES DETERMINED IN ACCORDANCE WITH THE INTERNATIONAL BUILDING CODE. WHERE SEISMIC RESTRAINT IS REQUIRED, THEMORE DEMANDING FORCE OF WIND AND SEISMIC MUST BE USED. SEE SEISMIC INFORMATION CONTAINED IN THE STRUCTURAL DRAWINGSFOR SITE SPECIFIC INFORMATION ON SEISMIC DESIGN CATEGORY.SEE EQUIPMENT SCHEDULES AND DETAILS FOR SPECIFIC COMPONENT IMPORTANCE FACTOR DESIGNATIONS.USE APPLICABLE TABLE BELOW TO DETERMINE SEISMIC RESTRAINT REQUIREMENTS FOR EACH MECHANICAL COMPONENT.FOR ALL COMPONENTS REQUIRING SEISMIC RESTRAINT, THE COMPONENT SUPPORTS AND ATTACHMENTS SHALL BE DESIGNED BY AREGISTERED DESIGN PROFESSIONAL. SUBMITTALS MUST INCLUDE STAMPED AND SIGNED DRAWINGS AND CALCULATIONS.WHERE SEISMIC RESTRAINT IS REQUIRED, HOUSEKEEPING PADS NEEDED FOR THE INSTALLATION OF EQUIPMENT UNDER THIS CONTRACTMUST BE DESIGNED BY THE SEISMIC ENGINEER. DO NOT POUR ANY HOUSEKEEPING PADS PRIOR TO THE THE RECEIPT OF THE SEISMICSUBMITTAL.SEISMIC RESTRAINTS FOR PIPING AND DUCTWORK MUST BE SHOWN ON LAYOUT DRAWINGS SHOWING SPECIFIC RESTRAINT LOCATIONSALONG WITH ACCOMPANYING DETAILS AND CALCULATIONS.

SEISMIC AND WIND REQUIREMENTSFOR MECHANICAL SYSTEMS

IBC-2006 /ASCE 7-05

NOTES:

1. EQUIPMENT 20 LBS. OR LESS IS EXEMPT IF FLEXIBLE CONNECTIONS ARE PROVIDED BETWEEN THE EQUIPMENT 20 LBS. OR LESS IS EXEMPTIF FLEXIBLE CONNECTIONS ARE PROVIDED BETWEEN THE COMPONENT AND ASSOCIATED DUCTWORK, PIPING, AND CONDUIT.RESTRAINTS ARE NOT REQUIRED IF THE COMPONENT WEIGHS 400 LBS. OR LESS, IS MOUNTED AT 4 FT. OR LESS ABOVE A FLOOR, AND HASFLEXIBLE CONNECTIONS BETWEEN THE COMPONENT AND ASSOCIATED DUCTWORK, PIPING, AND CONDUIT.FLEXIBLE CONNECTIONS REQUIRED FOR PIPE CONNECTIONS ONLY.RESTRAINT IS NOT REQUIRED IF THE PIPING / DUCTWORK IS SUPPORTED BY HANGERS AND EACH HANGER IN THE PIPING RUN IS 12 IN. ORLESS IN LENGTH FROM THE TOP OF THE PIPE TO THE SUPPORTING HANGERS HAVING A LENGTH OF 12 IN. OR LESS. WHERE ROD HANGERSARE USED, THEY SHALL BE EQUIPPED WITH SWIVELS, EYE NUTS OR OTHER DEVICES TO PREVENT BENDING IN THE ROD.ALL DUCTWORK , REGARDLESS OF SIZE, DESIGNED TO CARRY TOXIC, HIGHLY TOXIC, OR EXPLOSIVE GASES OR USED FOR SMOKE CONTROLMUST BE RESTRAINED.COMPONENT CERTIFICATION MUST BE SUPPLIED BY THE EQUIPMENT MANUFACTURER AT TIME OF SUBMITTAL FOR REVIEW BY ENGINEER OFRECORD.

2.

3.4.

5.

6.

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

SUSPENDED PIPE ON TRAPEZE

RESTRAIN ALL

RESTRAIN IF ANY PIPEON TRAPEZE > 3"

RESTRAIN IF TOTAL WEIGHT OFPIPES ON TRAPEZE > 10 LBS/FT

RESTRAIN ALL4

4

4

4RESTRAIN IF ANY PIPE

ON TRAPEZE > 1"RESTRAIN IF TOTAL WEIGHT OFPIPES ON TRAPEZE > 10 LBS/FT

6 SQ.FT. AND LARGER- 5

MULTIPLE DUCTS ON TRAPEZE RESTRAIN IF TOTAL WEIGHT OFDUCTS ON TRAPEZE > 10 LBS/FT4 4RESTRAIN IF TOTAL WEIGHT OF

DUCTS ON TRAPEZE > 10 LBS/FT

� ALL DUCT� CHILLED WATER SUPPLY� CHILLED WATER RETURN� CONDENSER WATER SUPPLY� CONDENSER WATER RETURN

COMPONENT IMPORTANCE FACTOR (Ip)

1.0 1.5

B.C.D.

F.

E.

� ALL CONTROL PANELS� ALL PIPING ACCESSORIES� ALL DUCT ACCESSORIES

GENERAL NOTESTHE DRAWINGS SHOW THE GENERAL ARRANGEMENT AND LOCATION OF EQUIPMENT, DUCTWORK, PIPING, ETC. THE CONTRACTOR SHALL BERESPONSIBLE FOR COORDINATING THE MECHANICAL INSTALLATION W/ THE STRUCTURE AND OTHER TRADES AND SHALL PROVIDE ADDITIONALOFFSETS AND FITTINGS AS NECESSARY.

COORDINATE WORK WITH AUTHORITY HAVING JURISDICTION AND OBTAIN ALL PERMITS AND INSPECTIONS.

PROVIDE OWNER WITH CERTIFICATES OF FINAL INSPECTION AND ACCEPTANCE FROM AUTHORITY HAVING JURISDICTION.

THE HEATING, VENTILATING AND AIR CONDITIONING SYSTEMS SHALL COMPLY WITH THE 2006 VERSION OF THE INTERNATIONAL MECHANICAL CODE,NFPA 90A, AND LOCAL CODE OFFICIAL REQUIREMENTS. IN THE EVENT OF A CONFLICT BETWEEN CODES, THE MOST STRINGENT SHALL ALWAYSGOVERN.

DUCT DIMENSIONS ON DRAWINGS ARE CLEAR INSIDE DIMENSIONS

THE CONTRACTOR SHALL CHECK AND VERIFY ALL CLEARANCES PRIOR TO FABRICATION OR INSTALLATION OF EQUIPMENT, DUCTWORK, AND PIPINGSYSTEMS. WHERE CONDITIONS REQUIRE A CHANGE IN DUCT OR PIPE ROUTING, NOTIFY THE ENGINEER FOR AN ACCEPTABLE ALTERNATIVE METHOD.AVOID ROUTING DUCTWORK DIRECTLY OVER LIGHT FIXTURES, DIFFUSERS, AND OTHER CEILING MTD. DEVICES. LOCATE ALL MECHANICAL EQUIPMENTSO THAT FILTERS AND COMPONENTS REQUIRING ACCESS (SERVICE AND MAINTENANCE) ARE FULLY ACCESSIBLE.

PROVIDE CURVED RADIUS ELBOW AT FIRST SUPPLY & RETURN FITTING FOR ALL HVAC UNITS. PROVIDE TURNING VANES IN ALL 90 DEGREE ELBOWS INALL RECTANGULAR SUPPLY/RETURN/EXHAUST DUCT SYSTEMS. ANY OFFSETS REQUIRED IN DUCT SYSTEMS SHALL BE INSTALLED PER SMACNASTANDARDS. SHARP ANGLED TRANSITIONS OR OFFSETS 'WILL NOT BE ALLOWED'. PROVIDE DUCT ACCESS DOORS AT LOCATIONS SPECIFIED.

INSTALL ALL DUCT MOUNTED DEVICES (DAMPERS, ACCESS DOORS, ETC.) AND PIPING SPECIALTIES IN EASILY ACCESSIBLE LOCATIONS. ADVISE THEENGINEER IN ADVANCE OF INSTALLATION IF ACCESS WILL BE HINDERED SO AN ALTERNATE LOCATION CAN BE SELECTED.

ALL DUCT TAKE-OFFS SHALL BE INSTALLED AS SHOWN BY DETAILS ON THE PLANS. PROVIDE A MANUAL BALANCE DAMPER AT EVERY TAKE-OFF.WHERE DUCT RUN-OUT SIZE IS NOT SHOWN PROVIDE DUCT SAME SIZE AS GRILLE NECK SIZE. PRE-INSULATED FLEXIBLE DUCT MAY BE USED FORFINAL CONNECTION TO SUPPLY/RETURN GRILLES (MAX. LENGTH 5')

ALL MECHANICAL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE MANUFACTURER'S INSTALLATION INSTRUCTIONS WITH PRESCRIBEDCLEARANCES FOR SERVICE AND MAINTENANCE. THE CONTRACTOR SHALL NOTIFY THE ENGINEER IF RECOMMENDED CLEARANCES ARE NOT POSSIBLEBEFORE INSTALLING EQUIPMENT.

ALL ROTATING MECHANICAL EQUIPMENT SHALL BE PROVIDED WITH VIBRATION ISOLATION. PROVIDE FLEXIBLE NEOPRENE DUCT CONNECTORSBETWEEN DUCTWORK AND ISOLATED MECHANICAL EQUIPMENT.

BALANCE ALL AIR DISTRIBUTION DEVICES, EXHAUST FANS, AND OUTSIDE AIR QUANTITIES AS SCHEDULED OR SHOWN ON THE DRAWINGS. PROVIDEMARKERS AT ALL DAMPER LOCATIONS SHOWING FULL OPEN/CLOSED POSITIONS AND DAMPER SETTING FOR REQUIRED AIRFLOW. PROVIDE FINALTEST AND BALANCE REPORT ALONG W/ SCHEMATIC DRAWINGS SHOWING DIFFUSER LOCATION W/ DESIGN AND ACTUAL CFM. THE DIFFUSER TAGS ONTHE DRAWINGS SHALL CORRESPOND TO THE DIFFUSER TAGS ON THE REPORT. THIS REPORT SHALL BE SUBMITTED BEFORE THE FINAL INSPECTION ISPERFORMED.

THE CONTRACTOR SHALL FIRESTOP ALL PENETRATIONS OF FIRE RATED WALLS/FLOORS/CEILINGS BY DUCTWORK PIPING, ETC., WITH U.L. LISTED FIRESTOPPING MATERIAL TO MAINTAIN FIRE RATING OF THE BARRIER.

WIND LOAD PROTECTION OF ROOF MOUNTED EQUIPMENT AND DUCTWORK SHALL BE PROVIDED IN ACCORDANCE WITH SECTION 16 OF THEINTERNATIONAL BUILDING CODE, 2006 EDITION. ALL WIND LOAD RESTRAINT AND BRACING SHALL BE SUBSTANTIATED BY MANUFACTURER'SSUBMITTALS PER THE SPECIFICATIONS.

SEISMIC PROTECTION OF EQUIPMENT, DUCTWORK, PIPING AND UTILITIES SHALL BE PROVIDED IN ACCORDANCE WITH SECTION 16 OF THEINTERNATIONAL BUILDING CODE, 2006 EDITION. ALL SEISMIC RESTRAINT AND BRACING SHALL BE SUBSTANTIATED BY MANUFACTURER'S SUBMITTALSPER THE SPECIFICATIONS. SEE 'SEISMIC AND WIND REQUIREMENTS FOR MECHANICAL SYSTEMS'.

ALL MECHANICAL EQUIPMENT, INCLUDING BUT NOT LIMITED TO CHILLERS, BOILERS, PUMPS, TANKS, AND SHOT FEEDERS, SHALL BE MOUNTED ONCONCRETE HOUSE KEEPING PADS. PADS SHALL BE A MINIMUM OF 6" LARGER THAN THE EQUIPMENT ON ALL SIDES. SEE 'SEISMIC AND WINDREQUIREMENTS FOR MECHANICAL SYSTEM' FOR INFORMATION ON CONCRETE PAD DESIGN.

CONTRACTOR SHALL RE-LEVEL ALL PIPING IN THE PLANT ONCE SYSTEM IS FILLED TO ACCOUNT FOR DEFLECTION IN THE SUPPORTING STEEL.

ALL VALVES, STRAINERS, CIRCUIT SETTERS, FLEXIBLE CONNECTORS, EQUIPMENT AND TANK CONNECTIONS, ETC SHALL HAVE FLANGED CONNECTIONS.THE CONTRACTOR SHALL INSTALL MATCHING FLANGES FOR ALL DEVICE CONNECTIONS THAT ARE FLANGED.

THE CONTRACTOR SHALL INSTALL UNIONS IN ALL EQUIPMENT, TANK, AND REMOVABLE PIPE MOUNTED DEVICE CONNECTIONS THAT ARE SCREWEDUNLESS NOTED, SHOWN, OR RECOMMENDED OTHERWISE.

CONTRACTOR SHALL PROVIDE ALL WELD-O LET AND THREAD-O LET CONNECTIONS TO PIPING, ETC REQUIRED FOR ELECTRICAL, PLUMBING, ANDCONTROLS. PROVIDE A COORDINATION PLAN FOR ALL TRADES INDICATING ALL ITEMS ARE COORDINATED.

DRAIN LINES FROM STRAINERS, BLOW DOWNS, BLOW OFFS, AIR VENTS, CONDENSATE DRAINS, ETC SHALL BE FIELD ROUTED TO FLOOR DRAINS ORHUB DRAINS. ROUTING SHALL BE APPROVED BY ENGINEER PRIOR TO INSTALLATION. ROUTING SHALL BE MADE SUCH THAT TUBING/PIPING IS NOT ATRIP HAZARD AND IS PLACED OUT OF WALKING/EGRESS, MAINTENANCE CLEARANCES, ETC.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

T

H

HVAC LEGEND

AUTOMATIC BALANCING CONTROL VALVE

FLEXIBLE CONNECTION

PREINSULATED FLEXIBLE DUCT

DUCT TRANSITION

SIDEWALL REGISTER

LINEAR SIDEWALL REGISTER

S.R.

L.S.R.

DOOR GRILLE

MANUAL DAMPER

SPLITTER DAMPER

FIRE DAMPER

EXTRACTOR

TURNING VANES

FLEXIBLE DUCT CONNECTION

THERMOSTAT

HUMIDISTAT

D.G.

M.D.

S.D.

F.D.

E.F.

S.F.

E.H.

E.D.H.

U.H.

O.A.

U.G.

A.F.F.

EXHAUST FAN

SUPPLY FAN

ELECTRIC HEATER

ELECTRIC DUCT HEATER

UNIT HEATER

OUTSIDE AIR

UNDERGROUND

ABOVE FINISH FLOOR

ABOVE FINISH GRADE

REFRIGERANTREFRIG.

A.F.G.

HOSE BIBB

DIRECTION OF PIPING FLOW

PIPING SLOPE

STORM

SANITARY SEWER

PIPE CAP

DRAIN VALVE W/ HOSE CONNECTION

AUTOMATIC AIR VENT

BASKET STRAINER

RELIEF VALVE

RINSE VALVE

FLANGE CONNECTION

STORM SEWER

SS

M

M

WELDED JOINT

FLANGED JOINT

ELBOW UP

ELBOW DOWN

TEE UP

TEE DOWN

ELBOW SIDE

TEE SIDE

BUTTERFLY VALVE

BALL VALVE

BUTTERFLY VALVEMOTORIZED

CIRCUIT SETTER/BALANCING VALVE

CTR COOLING TOWER WATER RETURN

CTS COOLING TOWER WATER SUPPLY

CWR CHILLED WATER RETURN

DCW DOMESTIC COLD WATER

CCR COOLING CONDENSATE RETURN

CHF CHEMICAL FEED

DHW DOMESTIC HOT WATER

DRN DRAIN

EQ EQUALIZER

OF OVERFLOW

RW RAIN WATER

TWR TOWER SEPARATOR RETURN

TWS TOWER SEPARATOR SUPPLY

TW TEMPERED WATER

VNT VENT

VFD---

PIPE WITH HEAT TRACINGINSULATION AND JACKET

FLOW CONTROL VALVE (MODULATING)

SSOLENOID VALVE

SWING CHECK VALVE

PLUG VALVE

CIRCUIT SENSOR

BACKFLOW PREVENTER

INSULATION W/HEAT TRACING

PRESSURE REDUCING VALVE

UNION

INSULATION

ECCENTRIC REDUCER/INCREASER

CONCENTRIC REDUCER/INCREASER

3-WAY CONTROL VALVE

2-WAY CONTROL VALVE

WAFER CHECK VALVE

MOTORIZED BALL VALVE

MOTORIZED BUTTERFLY VALVE

END SUCTION PUMP

DOUBLE SUCTION PUMP

PUMP CONNECTOR/FLEX CONNECTOR

WYE STRAINER

WYE STRAINER W/BLOWDOWN BALL VALVE WITH HOSE CONNECTION

GATE VALVE

PUMP SUCTION DIFFUSER

VIBRATION SWITCH

TEMPERATURE SWITCH

LOW WATER CUT-OFF

DIFFERENTIAL PRESSURE SWITCH

DIFFERENTIAL PRESSURE ALARM

VARIABLE FREQUENCY DRIVE

LEVEL VALVE

BYPASS VALVE

HAND/OFF/AUTO

LEVEL ALARM LOW/LOW

LEVEL ALARM HIGH/HIGH

LEVEL SWITCH LOW/LOW

LEVEL SWITCH LOW

LEVEL INDICATOR

LEVEL SWITCH HIGH/HIGH

LEVEL SWITCH HIGH

TEMPERATURE INDICATOR/TEMPERATUREGAUGE W/THERMOWELL

FLOW SWITCH

PRESSURE INDICATOR/PRESSUREGAUGE W/RANGE

CONDUCTIVITY ELEMENT

FLOW VALVE (ON/OFF)

FLOW ELEMENT

TEMPERATURE ELEMENT

FLOW TRANSMITTER

TEMPERATURE TRANSMITTER

VS

TS

TT

TI

TE

PI

LWCO

LV

LI

LSHH

LSH

LSLL

LSL

LALL

LAHH

HOA

FV

FT

FS

FE

FCV

DPS

DPA

AE

BPV

RANGE

PSD

ABBREVIATIONS

NG NATURAL GAS PIPING

CWS CHILLED WATER SUPPLY

XY

XY

XY

30"x10"

CEILING DIFFUSERX= TAG; Y= CFM

DOUBLE LINE DUCTWORK

RETURN GRILLEX= TAG; Y= CFM

EXHAUST GRILLEX= TAG; Y= CFM

W/ WITH

BOD BASIS OF DESIGN

MC MECHANICAL CONTRACTOR

PC PLUMBING CONTRACTOR

MM

PS PIPE SUPPORT

CP CENTRAL PLANT

REFRIGERANT MONITORRM

X/X/X PIPE SUPPORT

BOILER EMERGENCY SHUTDOWN MUSHROOM SWITCHES

DIRECTION OF AIR FLOW

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O

C E R T I F I CAT EO

FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.1

HVA

C S

EISM

IC, L

EGEN

D &

NO

TES

07/05/11

WATER-COOLED CHILLER SCHEDULE

CHILLER PART LOAD PERFORMANCE AT MINIMUM LOAD(CONSTANT ENTERING CONDENSER WATER)

OUT °F

CONDENSER WATERFULL LOADCOMP.

KW/TON

EVAPORATORCAPACITYTONS

CH-1

ITEMOUT °F

500.0 0.608

IN °F

334.2 55.9 1000.0

P.D. FT.

40.0 13.0

IN °F

85.0 99.3

P.D. FT.

11.0

NPLVKW/TON

0.521

FULL LOAD ARISOUND

PRESSURE(DBA)

MAX UNITPOWER

(KW)

303.8

REFRIGERANTCHARGE LBS.

850

MIN VARIABLEPRIMARY

FLOW (GPM)

750.0

FULL LOADFLOW(GPM)

BASISOF

DESIGN

TRANE

MODEL

CVH

CH-2 500.0 0.608 334.2 55.9 1000.040.0 13.0 85.0 99.3 11.00.521 81.0303.8 850 750.0 TRANE CVH

CAPACITYTONS

CH-1

ITEM

100.0

OUT °F

CONDENSER WATEREVAPORATOR

OUT °FIN °F

47.1

GPM

1000.040.0

IN °F

85.0 88.1334.2

FLOW(GPM)

FLOWGPM

CH-2 100.0 47.1 1000.040.0 85.0 88.1334.2

SEISMICIMPORTANCE

FACTORIp

1.5

1.5

1. PROVIDE MARINE WATER BOXES ON EVAPORATOR AND CONDENSER. CONDENSER MARINE BOX IS SPECIAL REQUIRING TOP INLET. SEE DRAWINGS FOR LOCATIONS OF ALL MARINE WATER BOX CONNECTIONS.2. PROVIDE FACTORY MOUNTED CIRCUIT BREAKER DISCONNECT SWITCH.3. PROVIDE VARIABLE FLOW COMPENSATION TO ALLOW CHILLER TO REMAIN ONLINE WITH UP TO 50% FLOW RATE CHANGE PER MINUTE.4. IN ADDITION TO FUNCTIONAL RUN TESTING, CHILLER CAPACITY AND EFFICIENCY SHALL BE VERIFIED AND BASELINED AT AN AHRI-CERTIFIED TEST FACILITY WITH CERTIFIED DOCUMENTATION.5. CERTIFIED SELECTION DATA SHALL DEMONSTRATE THE ABILITY TO UNLOAD TO 20% CAPACITY AT CONSTANT 85F ECWT.6. CERTIFIED SELECTION DATA SHALL DEMONSTRATE THE ABILITY TO OPERATE STABLY AT SCHEDULED MINIMUM FLOW RATE FOR VARIABLE PRIMARY FLOW (VPF) APPLICATION.7. PROVIDE UNIT MOUNTED WYE-DELTA STARTER WITH IQ DP4130 DIGITAL METERING AND PROTECTION PACKAGE.8. EVAPORATOR AND CONDENSER TUBES SHALL BE 0.28" AT MINIMUM WALL THICKNESS. 0.025" TUBES NOT ACCEPTABLE.9. MOTORS SHALL BE PROVIDED WITH RTD ON EACH PHASE AND DISPLAY WINDING TEMPS, PROTECTION FROM PHASE FAILURE, PHASE IMBALANCE, PHASE REVERSAL, MOMENTARY POWER LOSS AND HIGH MOTOR TEMP.10. PROVIDE EVAP/COND DIFFERENTIAL PRESSURE ANALOG OUTPUT. IF MANUFACTURER CAN NOT PROVIDE FACTORY INSTALLED, MFR MUST PROVIDE DELTA-P TRANSDUCERS FOR FIELD INSTALLATION.11. CHILLER SHALL DISPLAY LEAVING BEARING OIL TEMP FOR EACH BEARING.12. CHILLER MUST BE DELIVERED PACKAGED IN MILITARY-GRADE, DESICCANT-IMPREGNATED, RECYCLABLE SHRINK WRAP.13. CAPACITY AND EFFICIENCY SPECIFIED ARE MINIMUM REQUIREMENTS.14. PROVIDE 1.5 INCH "DOUBLE THICKNESS" INSULATION TO COVER ALL COLD PARTS, INCLUDING WATER BOXES. 3/4 INCH INSULATION IS NOT ACCEPTABLE.15. SEE SPECIFICATIONS IN DIVISION 23 FOR ADDITIONAL INFORMATION ON EQUIPMENT AND CONTROLS.

81.0

1. REFER TO THE ELECTRICAL DRAWINGS FOR VOLTAGE REQUIREMENTS.2. SEE SPECIFICATIONS IN DIVISION 23 FOR ADDITIONAL INFORMATION.3. VFD SHALL BE PROVIDED BY CONTROLS CONTRACTOR.

COOLING TOWER SCHEDULE

NOMINALCAPACITY

(TONS)

CT-001

ITEMCONDENSER WATER

IN °F

700 1400

GPM

100 85

OUT °F

MAXMOTOR

HP.

80 50.0

DESIGN WETBULB °F

15.0

BASINHEATER

KW

CT-002

BASIS OFDESIGN

MODEL

MARLEY NC8409

700 1400 100 85 80 50.0 15.0 MARLEY NC8409

1.0

1.0

SEISMICIMPORTANCE

FACTORIp

1. REFER TO THE ELECTRICAL DRAWINGS FOR VOLTAGE REQUIREMENTS.2. REFER TO SPEC SECTION IN DIVISION 23 FOR FURTHER INFORMATION.3. VFD SHALL BE PROVIDED BY CONTROLS CONTRACTOR.

PUMP SCHEDULE

CTP-001

ITEM GPM

COOLING TOWER

SERVICE

1000 110

HEADFT. W.G.

78

MIN.EFF.

40

MAX.MOTOR

HPTYPE BASIS OF

DESIGNMODEL

DOUBLE SUCTION

CTP-002 COOLING TOWER 1000 110 7840

CTP-003 COOLING TOWER 1000 110 7840 VSH

CWP-001 CHILLED WATER 1350 175 75100

CWP-002 CHILLED WATER 1350 175 75100VSH

6X8X17-1/2 A

VFD

YES

YES

YES

YES

YES BELL AND GOSSETT

BELL AND GOSSETT

BELL AND GOSSETT

BELL AND GOSSETT

BELL AND GOSSETT

VSH6X8X17-1/2 A

5X6X13-1/2A

VSH5X6X13-1/2A

VSH5X6X13-1/2ABASE MOUNTED

DOUBLE SUCTIONBASE MOUNTED




CWP-003 CHILLED WATER 1350 175 75100VSH

6X8X17-1/2 AYES BELL AND GOSSETTDOUBLE SUCTIONBASE MOUNTED

NPSHRMAXIMUM

(FT)

10

10

10

NA

NA

NA

RPM

1800

1800

1800

1800

1800

1800 1.0

1.0

1.0

1.0

1.0

1.0

SEISMICIMPORTANCE

FACTORIp

EXHAUST FAN SCHEDULE

1. FAN SHALL BE CONTROLLED VIA VFD. VFD SHALL BE PROVIDED BY THE CONTROLS CONTRACTOR.2. SEE ELECTRICAL DRAWINGS FOR EQUIPMENT VOLTAGE REQUIREMENTS.3. PROVIDE FAN WITH MANUFACTURER DISCONNECT SWITCH, MOTOR COVER, AND SIDE DISCHARGE PACKAGE.4. PROVIDE WITH SPEED CONTROLLER. CONTROLLER SHALL BE LOCATED ABOVE CEILING AND BE USED FOR BALANCING ONLY.5. FAN SHALL BE CONTROLLED VIA ROOM OCCUPANCY SENSOR. SEE ELECTRICAL DRAWINGS FOR ADDITIONAL INFORMATION.6. FAN SHALL BE CONTROLLED VIA WALL SWITCH. SEE ELECTRICAL DRAWINGS FOR ADDITIONAL INFORMATION.7. PROVIDE WITH MANUFACTURER DISCONNECT SWITCH.8. PROVIDE WITH ALUMINIZED GRILLE

ITEM

EF-1

EF-2

E.S.P.INCHES

W.G.

10995/1500

CAPACITYCFM

(MAX/MIN)

TYPE REMARKSMOTORHP/WATTS

MAXIMUMSOUNDRATING

MANUFACTURER MODEL

1,2,3BELT DRIVE10230/1500

1,2,3

INLINE CENTRIFUGAL

COOK

COOK1.0

1.0

5.0 HP

5.0 HP 270SQN-B

270SQN-B

BELT DRIVEINLINE CENTRIFUGAL

75 DBA

75 DBA

EF-3 80 2,4,5,7 COOK.35 64 WATTS GC-144DIRECT DRIVECEILING MOUNTED CENTRIFUGAL

2.0 SONES

EF-4 80 2,4,5,7 COOK.35 64 WATTS GC-144DIRECT DRIVECEILING MOUNTED CENTRIFUGAL

2.0 SONES

EF-5 COOK

EF-6 330 2,4,6,7,8 COOK0.5 274 WATTS GC-640DIRECT DRIVECEILING MOUNTED CENTRIFUGAL

3.0 SONES

80 2,4,5,7.35 64 WATTS GC-144DIRECT DRIVECEILING MOUNTED CENTRIFUGAL

2.0 SONES

SEISMICIMPORTANCE

FACTORIp

1.0

1.0

1.0

1.0

1.0

1.0

AIR DISTRIBUTION SCHEDULE

BASIS OF

T-BAR, LAY-IN

TAG

B

SIZENECK

4-WAY LOUVERED FACE DIFFUSER

DESCRIPTIONTYPE

MOUNTINGDESIGN

MODEL

T-BAR, LAY-IN6"X6"A 4-WAY LOUVERED FACE DIFFUSER PRICE AMD

PRICE

SIZEFACE

24"x 24"

24"x 24" AMD9"X9"

C NA12"X4" DOUBLE DEFLECTION LOUVERED FACE, CLEAR ALUMINIZED FINISH PRICE SDEGDUCT MOUNTED

DUCT24"21 ROUND GRILLE PERFORATED FACE, CLEAR ALUMINIZED FINISH AIR CONCEPTS RECNA

DUCT18"22 ROUND GRILLE PERFORATED FACE, CLEAR ALUMINIZED FINISH AIR CONCEPTS RECNA

WALL/DUCT12"x12"23 PERFORATED FACE EXHAUST GRILLE, CLEAR ALUMINIZED FINISH PRICE 10A14"x14"

DUCT32"X12"24 PERFORATED FACE, CLEAR ALUMINIZED FINISH PRICE SDGERNA

T-BAR, LAY-IN22"x22"25 PERFORATED FACE RETURN GRILLE PRICE 10A24"x24"

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, 'OFF-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 MATCH CEILING TILE. SEE ARCHITECTURAL DRAWINGS FOR CEILING TILE TYPES AND LOCATIONS.6. REFER TO THE MECHANICAL SPECIFICATIONS FOR ADDITIONAL INFORMATION.

FAN COIL UNIT SCHEDULE

FCU-1

ITEM

55

D.B. °F

LEAVING AIR

COOLING CAPACITY

MBH

9.6

TOTAL

AIR CAPACITY

OA (MIN/MAX)TOTAL

CFM

.15

INCHESW.G.

E.S.P.

D.B. °FMBH

7.9

SENS.W.B. °F

ENTERING AIR

77 63 53.2

W.B. °FDESIGN

MCQUAY

BASIS OFFILTERMOTORSUPPLY

EFFICIENCY/

2"-30%

TYPEHP

1. PROVIDE FCU WITH SINGLE POINT POWER CONNECTION, UNIT MOUNTED DISCONNECT SWITCH, AND LOW VOLTAGE TRANSFORMER.2. SEE ELECTRICAL DRAWINGS FOR EQUIPMENT VOLTAGE REQUIREMENTS.3. REFER TO THE SPECIFICATION SECTION FOR ADDITIONAL INFORMATION.4. VALVES SHALL COME WITH EXTENDED HANDLES

MODEL

FCU-2 53.17.1.15 4.9 80 66 52.1 MCQUAY2"-30%

FCU-3 54.618.8.15 15.2 77 63 52.9 MCQUAY2"-30%

TSH-06

TSH-03

TSH-06

335 20

170 20

640 NA

1/8

1/15

1/8

CHILLED WATER

59

OUT °FGPM IN °F

1.0 40 4.0

P.D. FT.

541.0 40 2.0

552.5 40 3.0

HEATELEC

KW

2.0

1.0

NA

SEISMICIMPORTANCE

FACTORIp

1.0

1.0

1.0

ELECTRIC UNIT HEATER SCHEDULE

BASIS OFDESIGNITEM

UH-1 MARKEL

MODELDESCRIPTION

P3PUH10HORIZONTAL FAN FORCED UNITHEATER

AIRFLOWCFM

575

UH-2 MARKEL PSPUH10HORIZONTAL FAN FORCED UNITHEATER

575

OUTPUT(KW)

10

10

UH-3 MARKELHORIZONTAL FAN FORCED UNITHEATER

57510 PSPUH10

UH-4 MARKELHORIZONTAL FAN FORCED UNITHEATER

57510 PSPUH10

1. PROVIDE WITH MANUFACTURER DISCONNECT SWITCH.2. SEE ELECTRICAL DRAWINGS FOR VOLTAGE INFORMATION. ALL OUTPUT CAPACITY IS AT INSTALLED VOLTAGE.

UH-5 MARKELVERTICAL FAN FORCED UNITHEATER

4003.3 G1G5103N

SEISMICIMPORTANCE

FACTORIp

1.0

1.0

1.0

1.0

1.0

EXPANSION TANK SCHEDULE

BASIS OFDESIGN

ITEM

EXT-001 BELL & GOSSETT

MODELTANK

DIAMETER(INCHES)

48

DESCRIPTION

B-2500ASME BLADDER-TYPE PRESSUREVESSEL

SYSTEMCONNECTION

(INCHES)

2

TANK ANDACCEPTANCE

VOLUME(GALLONS)

660

1. REFER TO SPEC SECTION IN DIVISION 23 FOR FURTHER INFORMATION.

SEISMICIMPORTANCE

FACTORIp

1.0

AIR PURGER SCHEDULE

BASIS OFITEMMAXIMUMALLOWEDDESIGN

PRESSURE(PSI)

THE JOHN WOODCOMPANY

DESIGN

JWAP-69-016

MODELINLET/OUTLETCONNECTION

SIZE (IN)

16

DESCRIPTION

IN-LINE AIR PURGERS WITHINTEGRAL FLOW BAFFLE150AP-001

FLOW(GPM)

P.D(FT HD)

6750 9.5

1. REFER TO SPEC SECTION IN DIVISION 23 FOR FURTHER INFORMATION.

SEISMICIMPORTANCE

FACTORIp

1.0

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.2

HVA

C S

CH

EDU

LES

07/05/11

CAPSCREWED

(VENT)OPEN END

J"

H"

NOTES:

3.

1.

2.

SLOPE DRAIN LINE MIN. 1/8" PER FOOT TOWARDS DRAIN TERMINATION.

LOCATE TRAPS SO AS TO BE ACCESSIBLE FOR CLEANING.

"RUNNING" TYPE TRAPS SHALL BE UNACCEPTABLE.

TERMINATE AT HUB DRAIN.COORDINATE WITH PLUMBINGCONTRACTOR.

UNIT CASING

OF UNIT DRAINPIPE FULL SIZE

4. FCU: H=1/2", J=1"

SECURE TOSTRUCTURE ABOVE

SUPPLY DUCT

COILSFAN

1.

2.

NOTES:PROVIDE FULL SIZE PRIMARY CONDENSATE DRAIN WITH TRAP AND VENT. SECONDARY DRAIN SHALL BEROUTED TO EMERGENCY DRAIN PAN. ROUTE DRAIN LINE TO NEW HUB DRAIN AS NOTED ON PLANS. SLOPEDRAIN A MINIMUM OF 1/8" PER 1'-0".

EMERGENCY DRAIN PAN SHALL BE LOCATED UNDER COIL SECTION ONLY. DRAIN PAN SHALL BE SIZED TO NOTINTERFERE FAN ACCESS PANEL.

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

24 GAUGE GALV. STEEL EMERGENCY DRAIN PAN,DRAIN PAN SHALL BE SIZED AND INSTALLED ASCLOSE TO FAN ACCESS DOOR AS POSSIBLE AND3" LARGER THAN UNIT ON REMAINING 3 SIDES.DRAIN PAN SHALL BE 2" DEEP.

FAN ACCESS PANEL

FLEXIBLE CONNECTION(TYPICAL)

FLOAT SWITCH WIREDINTO CONTROL CIRCUIT

SEISMIC SUPPORTSAS REQUIRED

THREADED HANGER RODS WITH VIBRATION ISOLATORS.PROVIDE SUPPORTING STEEL AS REQUIRED. DO NOTUSE CLAMPS. SIZE AND NUMBER OF RODS SHALLMATCH HOLES ON TOP OF UNIT.

MANUAL DAMPER

NOTES:

NYLON CLAMP

DUCT WRAP (TYP.)

PREINSULATEDFLEX. DUCT

NYLON CLAMP

NYLON CLAMPOPPOSED BLADE DAMPER

DUCT WRAP (TYP.)

SURFACE MOUNTED OR T-BAR, LAY-INCEILING DIFFUSER

ENTIRE DIFFUSERDUCT WRAP OVER

AND PANEL

AIR BOXEXHAUST

TAKE-OFF FITTING

DUCTROUND METAL

W/ WRAPSUPPLY DUCT

COLLARMETAL

W/ WRAPRETURN DUCT

NYLON CLAMP

FLEX. DUCT, 4' MAX.PREINSULATED

ELBOWMETAL

1.

2.

3. ALL SQUARE-TO-ROUND CONNECTIONS SHALL BE MADE USING A MANUFACTURED "SQUARE TO ROUND" TYPE FITTING. NO OTHER METHODSWILL BE ACCEPTED.

RETURN AIR BOX SHALL BE MINIMUM 12" HIGH. RETURN DUCT MAY TAP INTO THE SIDE OF THE BOX A MINIMUM OF 6" ABOVE GRILLE.

INSTALL NYLON CLAMPS ON INNER FLEX DUCT LINER AND OUTER JACKET. TAPE ENDS OF PREINSULATED FLEX. DUCT AT THE DIFFUSERAND THE BRANCH DUCT CONNECTION.

WITH WRAP

NOTES:

DAMPERMANUALMANUAL

DAMPER

6"

MAIN DUCT

45°

AIRFLOWSUPPLY

6"

MAIN DUCT

60°

RETURN OR EXHAUST

RECTANGULARBRANCH DUCT

1" MIN

PLAN

6"

PLAN

DUCTROUND BRANCH

ELEVATION

1. CONTRACTOR MAY SUBSTITUTE FLEXMASTER CB-D, ST0, OR STOC FOR INDICATED TAKE-OFF.2. CONTRACTOR MAY SUBSTITUTE CROWN 716 FOR INDICATED TAKE-OFF.3. FITTINGS 716, STO, AND STOC SHALL BE SCREWED TO THE TRUNK DUCT AND SEALED WITH MASTIC.MASTIC TAPE IS NOT ACCEPTABLE, SEE SPECIFICATIONS.

ELEVATION

1" MIN

SUPPLY

AIRVENT

RETURN

WATER COIL

NOTE:

1. PROVIDE PRESSURE AND TEMPERATURE GAUGES ON BOTH THE SUPPLY AND RETURN WATER LINESFOR THE AHU WATER COIL.

BALL VALVE(TYPICAL)

STRAINER WITHBLOWDOWN VALVE

DRAIN VALVEW/ CAP

UNION(TYPICAL)

AUTOMATIC BALANCING VALVE(TYPICAL)

2-WAY MODULATING CONTROLVALVE TO DDC SYSTEM

PRESSURE/TEMPERATURETEST PLUG (TYPICAL)

REDUCER AS REQUIRED(TYPICAL)

EXHAUST DUCTEXHAUST DUCT CONNECTION.PROVIDE CONNECTION WITHFLEXIBLE CONNECTION.

INLINE EXHAUST FAN

MEZZANINE FLOOR

FLEXIBLE CONNECTION

6" HIGH PRIMED/PAINTEDSTEEL FRAME

SPRING ISOLATION ATEACH CORNER

HEIGHT TO SUIT LOCATION

SUPPORT DUCTWORK FROMBUILDING FRAMING (TYPICAL)

EXHAUST FAN SEQUENCE OF OPERATION:C

FAN

CENTRALPLANTMANAGER

SYSTEMPOINT

DESCRIPTION

EXHAUST FAN

FAN

GR

APH

IC

X

ANALOGINPUT

TEM

PER

ATU

RE

- F (C

)H

UM

IDIT

Y (%

RH

)PR

ESSU

RE

- IN

. W.C

. (KP

A)R

HBT

U/H

R (K

W)

GPM

(L/S

)C

FM (L

/S)

PER

CEN

TSE

TPO

INT

OUTPUT

4-20

MA,

0-1

0VSE

TPO

INT

ADJ.

FAN

SPE

EDD

AMPE

RVA

LVE

MO

DU

LATI

ON

BINARYINPUT

PNEU

. TR

ANSD

UC

ERST

ATU

S H

AND

(ON

/ O

FF)

STAT

US

AUTO

(ON

/ O

FF)

PRES

SUR

E ST

ATU

S (D

P)PO

WER

STA

TUS

(AM

PS)

STAT

US

(OPE

N /

CLS

D.)

FAU

LT (V

FD)

VFD

CTR

L PA

NEL

DAT

AN

O. O

F ST

ARTS

TIM

ED O

VER

RID

ESM

OKE

REF

RIG

ERAN

T

OUTPUT

OFF

/ O

NO

PEN

/ C

LOSE

DLO

CKO

UT

ENAB

LE /

DIS

ABLE

SYSTEM FEATURESALARMS

HIG

H A

NAL

OG

LOW

AN

ALO

GH

IGH

BIN

ARY

LOW

BIN

ARY

STAT

US

SEN

SOR

FAI

LO

VER

FLO

WC

OM

M. F

AIL

DIA

GN

OST

ICS

PROGRAMS

TIM

E SC

HED

ULI

NG

DEM

AND

LIM

ITIN

GO

P. S

TAR

T/ST

OP

RES

ETEV

ENT

PRO

GR

AMD

DC

ALAR

M IN

STR

UC

TM

AIN

T. W

K. O

RD

ERR

UN

TIM

EEX

P. M

ESSA

GE

SET

BAC

K / S

ET U

PN

IGH

T PU

RG

ETE

NAN

T BI

LLIN

GC

HIL

LER

SEQ

UEN

CIN

GTO

TALI

ZIN

GTI

MED

OVE

RR

IDE

NOTES:

DDC CONTROLS INPUT/OUTPUT SUMMARY

X

MMOTORIZEDDAMPER

MOTORIZED DAMPER:NORMALLY THE MOTORIZED DAMPER SHALL BE OPEN. DAMPER SHALL CLOSE WHENEXHAUST FAN IS OFF. OFF STATUS SHALL BE PROVEN THROUGH CURRENT SWITCH

MOTORIZED DAMPER X X

EF-6

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.3

HVA

C D

ETAI

LS

07/05/11

SCALE: NOT TO SCALEM0.31 CONDENSATE TRAP DETAIL

SCALE: NOT TO SCALEM0.32 FAN COIL INSTALLATION DETAIL

SCALE: NOT TO SCALEM0.33 TYPICAL DIFFUSER GRILLE INSTALLATION DETAIL

SCALE: NOT TO SCALEM0.34 TYPICAL DUCT TAKE-OFF DETAIL

SCALE: NOT TO SCALEM0.35 WATER COIL PIPING DETAIL

SCALE: NOT TO SCALEM0.36 EXHAUST FAN INSTALLATION DETAIL

SCALE: NOT TO SCALEM0.37 CHEMICALTREATMENT ROOM EXHAUST FAN CONTROL DETAIL

SEQUENCE OF OPERATION:FAN

CHW

RA FROM ROOM SIDE RETURN GRILLES

SA TO ROOM SIDECEILING DIFFUSERS

SPACE TSTATT

UNITCONTROLLER

CPM

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

OCCUPIED MODEFAN SHALL RUN CONTINUOUSLY. THE FAN SPEED IS SET BY THE DDC SYSTEM.

SPACE TEMPERATURE SETPOINT (ADJ.) SHALL BE CONTROLLED BY A SPACE MOUNTED TEMPERATURE SENSOR(LOCATION AS SHOWN ON FLOOR PLANS). UPON RAISE IN TEMPERATURE ABOVE THE SPACE SETPOINT, THE TWO-WAYCHILLED WATER CONTROL VALVE SHALL MODULATE TO LOWER SPACE TEMPERATURE TO WITHIN SPACE TEMPERATURETOLERANCE. UPON A DROP IN TEMPERATURE BELOW THE SPACE TEMPERATURE, THE ELECTRIC HEAT SHALL STAGE ONTO RAISE SPACE TEMPERATURE TO WITHIN SPACE TEMPERATURE TOLERANCE.

UPON RECEIVING A DISABLE SIGNAL FROM THE CPM, THE FAN SHALL BE DE-ENERGIZED,CONTROL VALVES SHALL CLOSE, HEAT SHALL STAGE OFF AND A DISABLE SIGNAL SHALL BE SENT TO THE FAN COIL.

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

N.C.CWS

CWR

T

SYSTEMPOINT

DESCRIPTION

FAN COIL UNITS

SPACE

S.A. TEMPERATURE

ELECTRIC HEAT

CHILLED WATER VALVE

AIR FLOW

GR

APH

IC

X

X

X

X

X

ANALOGINPUT

TEM

PER

ATU

RE

- F (C

)

X

HU

MID

ITY

(%R

H)

PRES

SUR

E - I

N. W

.C. (

KPA)

RH

BTU

/HR

(KW

)G

PM (L

/S)

CFM

(L/S

)PE

RC

ENT

SETP

OIN

TOUTPUT

4-20

MA,

0-1

0VSE

TPO

INT

ADJ.

X

FAN

SPE

EDD

AMPE

RVA

LVE

MO

DU

LATI

ON

BINARYINPUT

PNEU

. TR

ANSD

UC

ERST

ATU

S H

AND

(ON

/ O

FF)

STAT

US

AUTO

(ON

/ O

FF)

PRES

SUR

E ST

ATU

S (D

P)PO

WER

STA

TUS

(AM

PS)

STAT

US

(OPE

N /

CLS

D.)

FAU

LT (V

FD)

VFD

CTR

L PA

NEL

DAT

AN

O. O

F ST

ARTS

TIM

ED O

VER

RID

ESM

OKE

REF

RIG

ERAN

T

OUTPUT

OFF

/ O

NO

PEN

/ C

LOSE

DLO

CKO

UT

ENAB

LE /

DIS

ABLE


HIG

H A

NAL

OG

LOW

AN

ALO

GH

IGH

BIN

ARY

LOW

BIN

ARY

STAT

US

SEN

SOR

FAI

LO

VER

FLO

W

X

CO

MM

. FAI

LD

IAG

NO

STIC

S

PROGRAMS

TIM

E SC

HED

ULI

NG

DEM

AND

LIM

ITIN

GO

P. S

TAR

T/ST

OP

RES

ETEV

ENT

PRO

GR

AMD

DC

ALAR

M IN

STR

UC

TM

AIN

T. W

K. O

RD

ERR

UN

TIM

EEX

P. M

ESSA

GE

SET

BAC

K / S

ET U

PN

IGH

T PU

RG

ETE

NAN

T BI

LLIN

GC

HIL

LER

SEQ

UEN

CIN

GTO

TALI

ZIN

GTI

MED

OVE

RR

IDE

NOTES:

X

X

X X

X


ELECTRIC HEAT

M

OUTDOOR AIR DAMPER SHALL NORMALLY BE OPEN. DAMPER SHALL CLOSE WHEN WHEN SPACETEMPERATURE IS SATISFIED, CHILLED WATER VALVES CLOSED AND ELECTRIC HEAT OFF.

OUTDOOR AIR

EXHAUST FAN SEQUENCE OF OPERATION:FAN CONTROL:THE FAN SHALL BE CONTROLLED THROUGH A HAND-OFF-AUTO (H-O-A) SWITCH INTEGRAL WITH THEVARIABLE FREQUENCY DRIVE (VFD). WHEN THE SWITCH IS IN THE "AUTO" POSITION, THE FAN SHALL BESTARTED AND STOPPED AND FAN SPEED SHALL BE CONTROLLED THROUGH THE CENTRAL PLANT MANAGER(CPM). WHEN THE SWITCH IS IN THE "HAND" POSITION, THE FAN SHALL RUN AND THE FAN SPEED SHALLBE CONTROLLED THROUGH A MANUAL SPEED ADJUSTMENT INTEGRAL TO THE VFD. WHEN THE SWITCH IS INTHE "OFF" POSITION, THE FAN AND DRIVE SHALL REMAIN OFF. WHEN THE STARTING CIRCUIT IS ACTIVATEDBY THE CPM OR BY PLACING THE SELECTOR SWITCH IN "HAND" POSITION, THE VFD SHALL START UNLOADEDAND SHALL RAMP UP TO SPEED AS PROGRAMMED INTO THE VFD'S SAFETY CIRCUIT.

A SEPARATE SPACE TEMPERATURE SENSOR SHALL BE LOCATED IN THE CENTRAL PLANT (SEE DRAWINGS FORLOCATION). UPON A RISE IN SPACE TEMPERATURE ABOVE TEMPERATURE SETPOINT (ADJ.) THE CPM SHALLINCREASE THE FAN SPEED INCREMENTALLY TO MAINTAIN TEMPERATURE SET POINT. UPON A FALL IN SPACETEMPERATURE THE REVERSE SHALL OCCUR.

REFRIGERANT MONITORING:EXHAUST FAN SHALL BE CONNECTED TO REFRIGERANT MONITORING SYSTEM. UPON REFRIGERANT MONITORINGALARM EXHAUST FAN SHALL BE RAMPED TO MAXIMUM CFM SETTING (SEE SCHEDULE). CONTROL SYSTEMSHALL KEEP FANS AT MAXIMUM UNTIL MANUALLY RESET BY AUTHORIZED PERSONNEL.OVERRIDE:CONTRACTOR SHALL PROVIDE A MANUAL TIMED OVERRIDE SWITCH ON THERMOSTAT THAT INCREASES FANSPEED TO MAXIMUM FOR AN ADJUSTABLE AMOUNT OF TIME.

VFD

C

FAN

UNITCONTROLLER

CENTRALPLANTMANAGER

REFRIGERANTMONITOR

T SPACE

SYSTEMPOINT

DESCRIPTION

EXHAUST FAN

SPACE

FAN

GR

APH

IC

X

X

ANALOGINPUT

TEM

PER

ATU

RE

- F (C

)

X

HU

MID

ITY

(%R

H)

PRES

SUR

E - I

N. W

.C. (

KPA)

RH

BTU

/HR

(KW

)G

PM (L

/S)

CFM

(L/S

)PE

RC

ENT

SETP

OIN

T

OUTPUT

4-20

MA,

0-1

0VSE

TPO

INT

ADJ.

X

FAN

SPE

EDD

AMPE

RVA

LVE

MO

DU

LATI

ON

BINARYINPUT

PNEU

. TR

ANSD

UC

ERST

ATU

S H

AND

(ON

/ O

FF)

STAT

US

AUTO

(ON

/ O

FF)

PRES

SUR

E ST

ATU

S (D

P)PO

WER

STA

TUS

(AM

PS)

STAT

US

(OPE

N /

CLS

D.)

FAU

LT (V

FD)

VFD

CTR

L PA

NEL

DAT

AN

O. O

F ST

ARTS

TIM

ED O

VER

RID

ESM

OKE

REF

RIG

ERAN

T

OUTPUT

OFF

/ O

NO

PEN

/ C

LOSE

DLO

CKO

UT

ENAB

LE /

DIS

ABLE


HIG

H A

NAL

OG

LOW

AN

ALO

GH

IGH

BIN

ARY

LOW

BIN

ARY

STAT

US

SEN

SOR

FAI

LO

VER

FLO

WC

OM

M. F

AIL

DIA

GN

OST

ICS

PROGRAMS

TIM

E SC

HED

ULI

NG

DEM

AND

LIM

ITIN

GO

P. S

TAR

T/ST

OP

RES

ETEV

ENT

PRO

GR

AMD

DC

ALAR

M IN

STR

UC

TM

AIN

T. W

K. O

RD

ERR

UN

TIM

EEX

P. M

ESSA

GE

SET

BAC

K / S

ET U

PN

IGH

T PU

RG

ETE

NAN

T BI

LLIN

GC

HIL

LER

SEQ

UEN

CIN

GTO

TALI

ZIN

GTI

MED

OVE

RR

IDE

NOTES:

X


X X X

MMOTORIZEDDAMPER

MOTORIZED DAMPER:NORMALLY THE MOTORIZED DAMPER SHALL BE OPEN. DAMPER SHALL CLOSE UPON FAN OFF SIGNAL FROM CPM.DAMPER SHALL PROVE OPEN PRIOR TO FAN START UP.


INTAKE AIR SEQUENCE OF OPERATION:FAN CONTROL:NORMALLY THE MOTORIZED DAMPERS SHALL BE OPEN. WHEN RELATIVE HUMIDITY (SENSED BY HUMIDITYSENSOR) RISES ABOVE SET POINT OF 60% RH (ADJ) DAMPERS SHALL CLOSE. UPON A DROP IN RELATIVE HUMIDITYTHE REVERSE SHALL OCCUR.

CONTROLLERCENTRALPLANTMANAGER

HSPACE

SYSTEMPOINT

DESCRIPTION

EXHAUST FAN

SPACE

GR

APH

IC

X

ANALOGINPUT

TEM

PER

ATU

RE

- F (C

)

X

HU

MID

ITY

(%R

H)

PRES

SUR

E - I

N. W

.C. (

KPA)

RH

BTU

/HR

(KW

)G

PM (L

/S)

CFM

(L/S

)PE

RC

ENT

SETP

OIN

T

OUTPUT

4-20

MA,

0-1

0VSE

TPO

INT

ADJ.

X

FAN

SPE

EDD

AMPE

RVA

LVE

MO

DU

LATI

ON

BINARYINPUT

PNEU

. TR

ANSD

UC

ERST

ATU

S H

AND

(ON

/ O

FF)

STAT

US

AUTO

(ON

/ O

FF)

PRES

SUR

E ST

ATU

S (D

P)PO

WER

STA

TUS

(AM

PS)

STAT

US

(OPE

N /

CLS

D.)

FAU

LT (V

FD)

VFD

CTR

L PA

NEL

DAT

AN

O. O

F ST

ARTS

TIM

ED O

VER

RID

ESM

OKE

REF

RIG

ERAN

T

OUTPUT

OFF

/ O

NO

PEN

/ C

LOSE

DLO

CKO

UT

ENAB

LE /

DIS

ABLE


HIG

H A

NAL

OG

LOW

AN

ALO

GH

IGH

BIN

ARY

LOW

BIN

ARY

STAT

US

SEN

SOR

FAI

LO

VER

FLO

WC

OM

M. F

AIL

DIA

GN

OST

ICS

PROGRAMS

TIM

E SC

HED

ULI

NG

DEM

AND

LIM

ITIN

GO

P. S

TAR

T/ST

OP

RES

ETEV

ENT

PRO

GR

AMD

DC

ALAR

M IN

STR

UC

TM

AIN

T. W

K. O

RD

ERR

UN

TIM

EEX

P. M

ESSA

GE

SET

BAC

K / S

ET U

PN

IGH

T PU

RG

ETE

NAN

T BI

LLIN

GC

HIL

LER

SEQ

UEN

CIN

GTO

TALI

ZIN

GTI

MED

OVE

RR

IDE

NOTES:


MMOTORIZEDDAMPERS

MOTORIZED DAMPERS (SEE PLANS FOR QTY) X X

LOUVER (SEE ARCHITECTURALPLANS FOR EXACT SIZE)

EXHAUST FAN SEQUENCE OF OPERATION:

C

FAN

CENTRALPLANTMANAGER

SYSTEMPOINT

DESCRIPTION

EXHAUST FAN

FAN

GR

APH

IC

X

ANALOGINPUT

TEM

PER

ATU

RE

- F (C

)H

UM

IDIT

Y (%

RH

)PR

ESSU

RE

- IN

. W.C

. (KP

A)R

HBT

U/H

R (K

W)

GPM

(L/S

)C

FM (L

/S)

PER

CEN

TSE

TPO

INT

OUTPUT

4-20

MA,

0-1

0VSE

TPO

INT

ADJ.

FAN

SPE

EDD

AMPE

RVA

LVE

MO

DU

LATI

ON

BINARYINPUT

PNEU

. TR

ANSD

UC

ERST

ATU

S H

AND

(ON

/ O

FF)

STAT

US

AUTO

(ON

/ O

FF)

PRES

SUR

E ST

ATU

S (D

P)PO

WER

STA

TUS

(AM

PS)

STAT

US

(OPE

N /

CLS

D.)

FAU

LT (V

FD)

VFD

CTR

L PA

NEL

DAT

AN

O. O

F ST

ARTS

TIM

ED O

VER

RID

ESM

OKE

REF

RIG

ERAN

T

OUTPUT

OFF

/ O

NO

PEN

/ C

LOSE

DLO

CKO

UT

ENAB

LE /

DIS

ABLE


HIG

H A

NAL

OG

LOW

AN

ALO

GH

IGH

BIN

ARY

LOW

BIN

ARY

STAT

US

SEN

SOR

FAI

LO

VER

FLO

WC

OM

M. F

AIL

DIA

GN

OST

ICS

PROGRAMS

TIM

E SC

HED

ULI

NG

DEM

AND

LIM

ITIN

GO

P. S

TAR

T/ST

OP

RES

ETEV

ENT

PRO

GR

AMD

DC

ALAR

M IN

STR

UC

TM

AIN

T. W

K. O

RD

ERR

UN

TIM

EEX

P. M

ESSA

GE

SET

BAC

K / S

ET U

PN

IGH

T PU

RG

ETE

NAN

T BI

LLIN

GC

HIL

LER

SEQ

UEN

CIN

GTO

TALI

ZIN

GTI

MED

OVE

RR

IDE

NOTES:


X

MMOTORIZEDDAMPER

MOTORIZED DAMPER:NORMALLY THE MOTORIZED DAMPER SHALL BE OPEN. DAMPER SHALL CLOSE WHENALL EXHAUST FANS (EF-3, EF-4, AND EF-5) ARE OFF. OFF STATUS SHALL BE PROVEN THROUGH


C

FAN

C

FAN

EF-3

EF-4

EF-5

CURRENT SWITCH.

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.4

HVA

C D

ETAI

LS

07/05/11

SCALE: NOT TO SCALEM0.41 FAN COIL UNIT CONTROL DETAIL

SCALE: NOT TO SCALEM0.42 EXHAUST FAN CONTROL DETAIL

SCALE: NOT TO SCALEM0.43 INTAKE AIR CONTROL DETAIL

SCALE: NOT TO SCALEM0.44 BATHROOM EXHAUST FAN CONTROL DETAIL

INSULATIONPOLYURETHANE

SERVICE PIPE

1. FOR 3" AND LARGER PIPE: BEVELED ENDS, BUTTWELD FITTINGS.

2. WELD-O-LETS OR SOCK-O-LETS MAY BE USED FOR TEES.

HDPE EXTRUSION WELDED

MOISTURE SEAL (TYP.)FACTORY APPLIED

12" TYP.

6" TYP.

JACKET JOINT

HDPE JACKET

NOTES:

1/2" ANCHOR PLATE

OD = JACKET OD +2" MIN.

OD

POLYURETHANEINSULATION

SERVICE PIPE

HDPE JACKET

24" HEAT SHRINK SLEEVE(HIGH SHRINK RATIO)

HEAT SHRINK SLEEVE24" WIDE

12" REF. 6"

INSULATION

POUR IN PLACEPOLYURETHANE

HEAT SHRINK SLEEVE

FIELD WELD

SOCKET WELD COUPLINGS, IF REQUIRED SUPPLIED BY INSTALLER.THE FOLLOWING FIELD JOINT MATERIAL SUPPLIED BY INSTALLER. POUR IN PLACE POLYURETHANEINSULATION. MOLD FOR POUR IN PLACE. HEAT SHRINK SLEEVE. STORE ALL CHEMICALS AT 60°F TO 85°F.DIFFERENCES IN HDPE JACKET OD'S BETWEEN PIECES ARE ACCOMMODATED BY A TAPER ACROSS THEFIELD JOINT

NOTES:

1.2.

3.

6" TYP.

SERVICE PIPE

FACTORY APPLIED MOISTURE SEAL(TYP.)


HDPE MOLDED JACKET

NOTES:

1. PIPE BENDING IN PLACE OF WELDED ELBOWS MAY BE USED.2. FOR 3" AND LARGER PIPE: BEVELED ENDS, BUTTWELD FITTINGS.

L

ELBOW SIZEMOLDED

14"16"

8"10"12"

6"7"

5"4"

22"20"

26"

24"

32"

36"34"

30"

18"

3'-9"

3'-9"

5'-1"4'-9"

5'-4"

4'-3"

2'-0"

2'-3"2'-6"

2'-1"

2'-10"3'-5"

2'-9"

1'-6"1'-8"

NOT AVAILABLE

L

28" 3'-11"

2

1

L 1

NOT AVAILABLENOT AVAILABLE

HDPE

6" TYP.

L

SERVICE PIPE

FACTORY APPLIED MOISTURE SEAL(TYP.)


HDPE MOLDED JACKET

NOTES:

1. PIPE BENDING IN PLACE OF WELDED ELBOWS MAY BE USED.2. FOR 3" AND LARGER PIPE: BEVELED ENDS BUTTWELD FITTINGS

18" 2'-9"

30"

34"36"

32"

24"

28"

20"22"

3'-9"

5'-4"

4'-9"5'-1"

3'-9"

4'-3"

3'-5"2'-10"

4"5"

7"6"

12"10"8"

16"14"

1'-8"

2'-1"2'-0"

2'-6"2'-3"

1'-1"1'-1"

1'-6'1'-5"

LMOLDEDELBOW SIZE

26" 3'-11"

HDPE

HDPE JACKET

POLYURETHANE HEAT SHRINK END SEAL

24" FRP SLEEVE

6" WIDE HEAT SHRINK SLEEVE

SERVICE PIPE

INSULATION

x 150 MIL THICK

A

ASECTION A - A

NOMINAL O.D ± 1/2"FIELD MEASURE TOCORRECTLY SIZE LINK SEALS

NOTE:

1. FOR 3" AND LARGER PIPE: BEVELED ENDS

FACTORY APPLIED MOISTURE SEAL (TYP.)

POLYURETHANE INSULATION

SERVICE PIPE

HDPE JACKET20' OR 40' RANDOM LENGTH

OD

6" TYP.

6" TYP.

SERVICE PIPE


HDPE MOLDED

L

FACTORY APPLIEDMOISTURE SEAL (TYP.)

SHRINK SEAL

JACKET

4" 1'-1" 7'-0"5" 1'-1" 7'-0"6" 1'-5" 8'-6"7" 1'-6" 10'-0"8" 1'-8" 10'-0"

10'-0"10'-0"10'-0"10'-0"10'-0"

12"

18"16"14"

2'-1"

2'-6"2'-9"

2'-3"

2'-0"

15'-0"12'-0"

12'-0"12'-0"10'-0"

22"

30"28"

24"3'-5"

4'-3"3'-9"

3'-9"

2'-10"

15'-0"15'-0"15'-0"

34"32"

36"5'-1"5'-4"

4'-9"

20"

10"

MOLDEDELBOW SIZE

HDPE JACKET

26" 3'-11"

2

L 1

L 1 2L

12'-0"

HDPE

NOTES:

1. PIPE BENDING IN PLACE OF WELDED ELBOWS MAY BE USED.2. FOR 3" AND LARGER PIPE: BEVELED ENDS, BUTTWELD FITTINGS.

TO HOLD IN PLACE DURINGSAND BACKFILL BOTH SIDES

NOTE:

1. ACTUAL LENGTHS AND THICKNESS OF EXPANSION PADS AS NEEDED TO ACCOMMODATE THERMAL EXPANSION.

TRENCH BEDDING

INSTALLATION

PRE-INSULATED PIPE

AS REQUIREDLENGTH

1" EXPANSION PADS TOTALTHICKNESSES AS REQ'D.

XTRU-THERMINSULATED PIPE

LENGTH AS REQUIRED

OD

2" PIPE DRAIN

SOCK-O-LET

FACTORY APPLIEDMOISTURE SEAL (TYP)

SERVICE PIPE


HDPE JACKET

BALL VALVES

CAP

BALL VALVES

CAP

2" PIPE DRAIN

OD

ASREQUIRED

SERVICE PIPE


HDPE JACKET

SOCK-O-LET

FACTORY APPLIED MOISTURE SEAL (TYP)

BALL VALVES BALL VALVES

CAP

2" PIPE (VENT)

CAP

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.5

UN

DER

GR

OU

ND

PIP

ING

DET

AILS

07/05/11

SCALE: NOT TO SCALEM0.51 STEEL PIPE STANDARD TEE DETAIL

SCALE: NOT TO SCALEM0.52 STEEL PIPE STRAIGHT PIPE, ANCHOR ASSEMBLY DETAIL

SCALE: NOT TO SCALEM0.53 STEEL PIPE FIELD JOINT, HEAT SHRINK SLEEVE DETAIL

SCALE: NOT TO SCALEM0.54 STEEL PIPE STANDARD 45° ELBOW DETAIL

SCALE: NOT TO SCALEM0.55 STEEL PIPE STANDARD 90° ELBOW DETAIL

SCALE: NOT TO SCALEM0.56 WALL FLOOR ENTRY END SEAL ASSEMBLY DETAIL

SCALE: NOT TO SCALEM0.57 STEEL PIPE 20'/40' RL STRAIGHT LENGTH DETAIL

SCALE: NOT TO SCALEM0.58 STEEL PIPE STANDARD 90 ELBOW WITH 1 EXTENDED LEG DETAIL

SCALE: NOT TO SCALEM0.59 EXTERNAL EXPANSION PAD DETAIL

SCALE: NOT TO SCALEM0.510 DRAIN DETAIL

SCALE: NOT TO SCALEM0.511 VENT DETAIL

A

ANVIL UFS BEAMCLAMP W/EYE NUTR.H. THRD. FIG 292L.H. THRD. FIG. 292L

STRUCTURALSTEEL MEMBER

B

NOTE:

LOCATE 6" MAX FROM PANEL POINT.

THRD. ROD

FLAT WASHER

BOTTOM MEMBER OFOPEN WEB JOIST

ANVIL FIG. 60 STEELWASHER PLATE

BB

TURNBUCKLE ANVIL FIG. 230

UPPER ROD SHOULD BELEFT-HAND THREADEDONE END RIGHT-HANDTHREADED.

C


ANVIL FIG. 66WELDED BEAMATTACHMENT

THRD. ROD

D

SINGLE LEG

MAX. SPAN2"2'-0"

4"x4"x3/8"

STRUCTURALSTEELMEMBER

THRD. ROD

E

MAX. SPAN

2"2'-0"

4"x4"x3/8"

1" MIN.

THRD. ROD

LOCATE BOLT WITHIN 6"OF A JOIST PANEL POINTOR REINFORCE JOIST PERDETAIL THIS DWG.

F

NOTE:

MAX. LOAD IS 350# POINT LOAD @ CENTER

LOCATE HANGER ROD AS REQ'D.4"x3"x3/8" (LLV) LENGTH AS REQ'D.

OPEN WEB JOIST

REGULAR SEMIFINISHEDHEX BOLT AND NUTS

ANVIL FIG. 60STEEL WASHER PLATE

1

ANVILSTANDARDU-BOLTFIG. 137&137S

ANGLE

1/8" CLEAR AROUNDWHERE GUIDE ISINDICATED

2

SEE ELBOW LUG TABLE "A"

ANVIL FIG. 299 - CLEVIS

THRD. ROD

R

DØC

BA

ELBOW LUG TABLE "A"

4"4"

3 1/2"

10"8"

APIPESIZE

3"

6"4"3"2"

1-1/2"1 11/16"

B

2 1/2"

1 1/2"

1 11/16"

2 1/2"

C

2 1/2"2 1/2"

3"

1-1/2"

3"

2 1/2"

1"

2 1/2"

3 1/2"

D

1/2"

1"

1/2"

3/8"

1 1/8"1 1/8"

7/8"

R

3 1/4"4 3/16"6 1/4"8 1/4"

12 5/16"16 5/16"20 3/8"

TKNS.

3/8"3/8"

3/8"3/8"3/8"1/2"1/2"

3 1/2"3 1/2"3 1/2"

3

INSULATIONAS REQUIRED

ANVIL FIG. 295HDOUBLE BOLTPIPE CLAMP

WELDEDEYE ROD

4

ANVIL FIG. 167INSULATION SHIELD

THRD. ROD

ANVIL FIG. 260ADJUSTABLE CLEVIS FIG.CT-65 FOR INSULATEDCOPPER TUBING (1/2"TO 4" ONLY)

UNINSULATEDCARBON STEEL

1/8"-TYP.BOTH SIDES

9

4" x 4" x 3/8"4" LONG (TYP. 2)

STRUCTURAL STEEL MEMBER

(FOR ALL COLD SERVICE. NOT FOR HOT SERVICE ABOVE 212°F)10

PIPING INSULATIONPER PIPING MATERIALSPECIFICATION

POWER PIPING CO. No. 9050"POWERFOAM" (180°) W/BONDED VAPOR BARRIER &GALV. STEEL SHIELD.THICKNESS TO MATCHINSULATION THICKNESS

END VIEW

NOTE: MAY BE USEDWITH TRAPEZE ORCLEVIS TYPE HANGER

GALV. STEEL SHIELD

SIDE VIEW

FIG. 9050 POWERFOAM (180°)

BONDED VAPOR BARRIER

USE STD. "POWERFOAM" LENGTH

(FOR ALL COLD SERVICE. NOT FOR HOT SERVICE ABOVE 212°F)11

END VIEWGALV. STEEL SHIELD

SIDE VIEW

FIG. 9050 POWERFOAM (180°)

BONDED VAPOR BARRIER

POWER PIPING CO. No. 9051"POWERFOAM" (360°) W/ BONDEDVAPOR BARRIER & GALV. STEELSHIELD. THICKNESS TO MATCHINSULATION THICKNESS. ATTACHWITH 92) 3/8" ALUMINUM BANDS.

3/8" ALUMINUMBAND (TYP. 2)

DESCRIBES PIPE ATTACHMENTSOR SUPPORT STEEL IF DIFFERENTFROM GENERAL PIPE RACK

X

X

X/X/XPIPESHANGER

ROD ORVERTICALSTEEL INPIPE RACK

DESCRIBES THE GENERALPIPE RACK & IS TYPICAL FORTHE RUN SHOWN ON DRAWINGUNLESS NOTED OTHERWISE

ANCHORGUIDE

HANGER ORBASESUPPORTONINDIVIDUALLINE

ANCHORGUIDE

HANGER ORBASESUPPORTONINDIVIDUALLINE

TYPICAL DRAWING SYMBOLS FOR PIPE SUPPORT SCHEDULE

UPPER COMPONENT

MIDDLE COMPONENT

LOWER COMPONENT

X/X/X

TYPICAL PIPE SUPPORT ASSEMBLY SCHEDULE

SINGLE LINE PIPING

DOUBLE LINE PIPING MULTIPLE LINE PIPING OR RACKED PIPING

5

INSULATIONPROTECTION SADDLEANVIL FIG. 160-165

THRD. ROD

ADJUSTABLE STEELYOKE PIPE ROLLANVIL FIG. 181.

STANDARD PIPE ROLLER DETAIL ANVIL FIG 271

6

SADDLE ORSHIELD ASREQUIRED

ADJUSTABLE PIPE ROLLER DETAIL ANVIL FIG 274

7


PIPE SADDLE DETAIL ANVIL FIG 265

8

PROVIDE W/ ADJUSTABLESTANCHION & BASEPLATE


HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.6

PIPE

SU

PPO

RT

DET

AILS

07/05/11

UPPE

R HA

NGER

CO

MPO

NENT

S

NOTES:

1. ALL HANGER AND SUPPORT MATERIAL SHALL BE GALVANIZEDCARBON STEEL. ALL WELDS SHALL BE CLEANED, GROUND ANDCOVERED WITH AN APPROVED GALVANIZED COATING.

2. PROVIDE ALL PIPE SADDLES OR SHIELDS WHERE REQUIRED TOADEQUATELY SUPPORT PIPING / INSULATION / JACKET.

3. PROVIDE ALL MISCELLANEOUS SUPPORT STEEL.

4. PROVIDE ALL NECESSARY UPPER ATTACHMENTS, MIDDLECOMPONENTS AND LOWER COMPONENTS, INCLUDING ALLNECESSARY SUPPORT HARDWARE AND ATTACHMENTS TOBUILDING STRUCTURAL STEEL.

LOW

ER C

OM

PONE

NTS

MID

DLE

COM

PONE

NTS

NOTE:

1. ALL SUPPORT MATERIAL SHALL BE GALVANIZED CARBON STEEL.

FIELD WELDINGSHEAR LUGS

PRESSURE PLATE

BOLT

LINK-SEALELASTOMERIC SEALELEMENT LS MODEL(C, L, S-316, O, OS-316, T)

STEEL FLOOR SLEEVEEXTEND 1' AFF (DIAMETERTO SUIT PIPING, INSULATIONAND LINK-SEAL SIZE).

FINISHED FLOOR

ANVIL FIG. 40 RISER CLAMP

8"x8"x1" THICK BASE PLATEBOLT DN TO FLOOR IN (2)PLACES (MIN.).

ANCHOR COLLAR / 2"WATER STOP/CONTINUOUSLYWELDED ON BOTH SIDES

INSULATION TIGHT TO LINKSEAL BOTH SIDES. INSULATEOVER AND AROUND CLAMP.

3/4" THICK ANCHOR PLATECENTERED BETWEEN CLAMP.DIMENSIONS TO SUIT CLAMP SIZE.BOLT CLAMP THRU ANCHORPLATE & WELD ANCHOR PLATE TOBASE PLATE. (TYP 2 PLACES)

12

NOTES:

1. HOT DIP GALVANIZE ALL STRUCTURAL STEEL MEMBERS. GALVANIZE COAT ALL WELDS.2. SET CROSS MEMBER ELEVATIONS TO MATCH REQUIRED PIPING ELEVATIONS.

FIN GRADE

(FIELD VERIFY)LC 1'-6" AFG

TYP1/4"

LC (FIELD VERIFY)5'-9" AFG

TYP 1/4"1/4"

4x4x1/4" , ON BOTHSIDES OF SHIELD (TYP)

W6 x 12

1'-6"(TYP)

3'-0"(TYP)

4'-0"HEAT TRACING, INSULATION& JACKET (TYP)

18"-CTR

24"-CTS

INSULATION PROTECTION SHIELDANVIL FIG. 167 OR EQ (TYP)

LEAVE SPACE ON UNDERSIDE OF BEAMFOR PRESENT & FUTURE CONDUITS

1'-0" X 1'-0" X 1" THICK BASEPLATE W/(4)1" DIAMETER ANCHOR BOLTS, MINIMUM18" EMBED. PROVIDE JACKING NUTS &WASHERS.

(4) #5 REBAR, 9" O.C.

(4) #5 REBAR, AROUND PERIMETER

13

FIN GRADE

HEAT TRACING, INSULATION & JACKET (TYPICAL)

18"-CTRTYP 1/4"1/4"

LC (FIELD VERIFY)5'-9" AFG

TYP1/4"

1'-6" 1'-6"

INSULATION PROTECTION SHIELD(ANVIL FIG. 167 OR EQ).

LEAVE SPACE ON BOTTOM FOR PRESENTAND FUTURE CONDUITS.

1'-0" X 1'-0" X 1" THICK BASEPLATE W/(4) 1" DIAANCHOR BOLTS, MINIMUM 18" EMBED. PROVIDEJACKING NUTS & WASHERS.

1'-6"(TYP)

3'-0"(TYP)

4x4x1/4" , ON BOTHSIDES OF SHIELD (TYP)

14

NOTES:

1. HOT DIP GALVANIZE ALL STRUCTURAL STEEL MEMBERS. GALVANIZE COAT ALL WELDS.2. SET CROSS MEMBER ELEVATIONS TO MATCH REQUIRED PIPING ELEVATIONS.

(4) #5 REBAR, 9" O.C.

(4) #5 REBAR, AROUND PERIMETER

W6 x 12

1/4"TYP

NOTE:

1. FOR 2" AND SMALLER SCREWED OR SOCKET WELD PIPE.

"A" MAX SPAN

LINESIZE

109765

2"1-1/2"

1"3/4"1/2"

1/4"Ø WEEPHOLE AT B.O.P.

A


PLUG PIPE

15

TABLE - SUPPORT PIPE

4'-0"4'-0"4'-0"8'-0"8'-0"

8'-0"8'-0"6'-0"6'-0"5'-0"5'-0"

MAXIMUMLENGTH

6"6"6"6"4"3"

1-1/2"

18"16"14"12"10"8"

SUPPORTPIPE SIZE

PIPESIZE

3"2"2"

1"

6"4"3"2"

1-1/2"

DUMMY LEGS

SEE PIPESUPPORTTABLE

SEE PIPESUPPORT TABLE

B.O.P.

DO NOT CUTHOLE IN PIPE



16

NOTE:

FOR 2" AND SMALLER SCREWED OR SOCKET WELD PIPE.

"A" MAX SPAN

LINESIZE

109

765

2"1-1/2"

1"3/4"1/2"

BASE ELL SUPPORT

8"X8"X 3/4" BASEPLATE

1/4" Ø WEEPHOLE AT BASE

PLUG PIPE

A

17


4'-0"4'-0"4'-0"8'-0"8'-0"

8'-0"8'-0"6'-0"6'-0"5'-0"5'-0"

MAXIMUMLENGTH

6"6"6"6"4"3"

1-1/2"

18"16"14"12"10"8"

SUPPORTPIPE SIZE

PIPESIZE

3"2"2"

1"

6"4"3"2"

1-1/2"

12"X12"X3/4"

10"X10"X3/4"

18"16"14"12"10"

8"

BASE PLATEPIPESIZE

8"X8"X1/2"

6"

4"3"2"

1-1/2"

BASE PLATE

1-1/2"

1-1/2"

DO NOT CUTHOLE IN PIPE

1" GROUT IFSUPPORTEDON CONCRETE

1/4"Ø WEEPHOLE AT BASE

BY F

IELDBASEPLATE

18

7/8" Ø HOLESFOR 3/4" Ø

ANCHOR BOLTS

SEE TABLE FORPLATE SIZE

E = B + 2L + W

MAX LOAD IS ASSUMED TO BE UNIFORMLY DISTRIBUTED

1"7/8"7/8"3/4"7/8"

3/4"

PR C6x8.2

PR C5x6.7

PR C4x5.4

5/8"

RODSIZE "A"

CHANNEL

6'8'6'8'4'

6'

SPAN"B"

8'

9,5007,0006,5005,0006,000

4,000

GFEDC

B


MAX. LOAD(LBS.)

SIZE

3,000A

3/8"3/8"4"

15/16"

3/4"

7/8"

3/8"3/8"

3"

13/16"

5/8"

3/4"

3/8"1/4"3"

11/16"

1/2"ROD DIA.

5/8"

LT

WS

"H" HOLE

"W"

"H"

1/4"(ALL SIZES)

"W"

"T"

"S"

1/4"(ALL SIZES)

CHANNELFRONT &BACK

"L"

DOUBLE NUT

MAX SPAN"B"

"E"

"A" ANVILFIG. 146

1/4"(ALL SIZES)

19

HGNo.TU D

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25538

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IN

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ULP

CI

O


FA

UTHORIZATION

SOUTHCA

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CONS

ULTI

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ERS

DWG,

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SHEET NUMBER

CHECK BY:

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PLOT DATE:

09107

HO

RR

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, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M0.7

PIPE

SU

PPO

RT

DET

AILS

07/05/11

NOTES:

1. ALL HANGER AND SUPPORT MATERIAL SHALL BE GALVANIZEDCARBON STEEL. ALL WELDS SHALL BE CLEANED, GROUND ANDCOVERED WITH AN APPROVED GALVANIZED COATING.

2. PROVIDE ALL PIPE SADDLES OR SHIELDS WHERE REQUIRED TOADEQUATELY SUPPORT PIPING / INSULATION / JACKET.

3. PROVIDE ALL MISCELLANEOUS SUPPORT STEEL.

4. PROVIDE ALL NECESSARY UPPER ATTACHMENTS, MIDDLECOMPONENTS AND LOWER COMPONENTS, INCLUDING ALLNECESSARY SUPPORT HARDWARE AND ATTACHMENTS TOBUILDING STRUCTURAL STEEL.

CTP-001 CTP-002 CTP-003FUTURECTP-004

FUTURECTP-005

FUTURECWP-05

FUTURECWP-004CWP-003CWP-002CWP-001

CH-001 CH-002

FUTURECT-004

FUTURECT-003

CT-002

CT-001

TWS-001

8' - 4"8' - 5"

7' - 8"7' - 4"

9' - 7" 9' - 11"

3' -

0"8'

- 4"

FCU-1

FCU-2

FCU-3FUTURECH-003

FUTURECH-004

UH-3

UH-2UH-1

UH-4

3' -

3"

2' - 11"

3' - 3"

3' -

3"

10'-0" AFF

3' - 3"

3' -

3"

10'-0" AFF

10'-0" AFF

CSF-001

EXT-001

AP-001

1' - 5"

2' -

7"

4' - 9"

4' -

1"

4' -

10"

5' - 2"

T-003

T-002

T-001

CCR-001

CTC-001CTS-001

NOZZLE ONCENTER LINEOF COLUMN

CPM-001

CTCP-001

26' - 0"17' - 3"

13' -

11"

4' - 1"

19' - 2"

ON COLUMNLINE CENTER

UH-5

CCR-002

2' -

2"

EF-6

RM-001

EF-3EF-5

EF-4

0' -

3"

1' - 1"

2' -

10"

4' -

5"

6' - 0"

2' -

3"

5' -

8"

8' - 1" 2' - 11"

7' -

2"

0' -

6"6'

- 10

"

12' -

7"

3' -

10"

14' - 4"0' - 9"

ON COLUMNLINE CENTER

0' -

4"

CENTER TWS-001ON COLUMN LINE

CPM-002

1' - 3"

3' - 4"

SCBA BY MC, SEEARCHITECTURALPLANS FOR EXACTLOCATION

2' - 3"

3' -

3"

B C D E

2

3

F

1

4

A0.5

1.5

2.2

2.5

3.1

3.8

I J H

1' - 3"4' - 2"

8' -

4"EF-1EF-2

C D E

2

1

HGNo.TU D

S

OS

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IS

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J.

AA

25538

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GEER

INENL

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IN

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ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

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SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

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, SO

UTH

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OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M1.1

HVA

C G

ENER

AL E

QU

IPM

ENT

ARR

ANG

EMEN

T PL

ANS

07/05/11

SCALE: 3/16" = 1'-0"M1.11 HVAC GENERAL EQUIPMENT ARRANGEMENT PLAN - FIRST FLOOR

SCALE: 3/16" = 1'-0"M1.12 HVAC GENERAL EQUIPMENT ARRANGEMENT PLAN - MEZZANINE

16"ø

CH-002CH-001

16"ø

10"ø

10"ø

16"ø

18"ø

CWP-002CWP-001

CTP-001 CTP-003CTP-002FUTURECTP-004

FUTURECTP-005

CWP-003 FUTURECWP-004

FUTURECH-004

AP-001

- CTR

- CWS

- CWR

BYPASS LOOP

2M3.1

1M3.1

1M3.2

FUTURECWP-05

18"ø

12"ø

10"ø

10"ø10"ø

10"ø

12"ø

8"ø

8"ø

8"ø8"ø

8"ø

8"ø

8"ø

18"ø

4"ø

6"ø

4"ø

4"ø

4"ø

18"ø

6"ø

- CTS

- CTS- CTS

- CTR

- CTR

- CTS

- CTR

- CWR

- CWR

- CWS

12"ø

10"ø

10"ø

10"ø

4"ø

4"ø

OUTLINE OF COOLINGTOWERS ABOVE SEEM1.1 FOR COOLINGTOWER LOCATION

- CTS

TWR

TWS

- D- D

16"ø - CWR

FCU-1

FCU-2

FCU-3

CTCT-001T-001

T-003

UH-1

UH-4

UH-2

UH-3

ROUTE CONDENSATETO HUB DRAIN

EXT-001

CSF-001

24" CTS PIPE BELOW

12"ø8"ø

- EQ

12"ø

T-002

2' -

8"2'

- 3"

3' -

3"2'

- 1"

1' -

5"

5' -

10"

2' -

11"

15' - 10"

15' - 10"

15' - 10"

18"ø

15' - 10"

15' - 10"

19' - 7"

21' - 5"

20' - 3"

21' - 2"

15' - 10"

18' - 8"

UH-5

TWS-001

CT-002

CT-001

CCR-002

CCR-001

CTC-001

- CWR

10"ø

4"ø4"ø

3M3.2

4M3.2

5M3.2

CTCP-001

2M3.2

2"ø - CWR

2"ø - CWS

12"ø

12"ø

18"ø

16"ø

CPM-001

2' - 9"

1' -

4"

8' - 6" 4' - 5"

1' - 9" 3' - 4"

8' -

9"12

' - 7

"

2' - 6"0' - 4"

2' - 4" 8' - 11" 3' - 0"

- CTR

5' - 7"

ROUTE CONDENSATE TO HUBDRAIN. SEE PLUMBINGDRAWINGS. ROUTECONDENSATE IN A MANNER TOAVOID ELECTRICALEQUIPMENT

RM-001

EF-6

A/BB/3

A/BB/3 A/BB/3

18

REFRIGERANT MONITORING SYSTEMSENSORS RMSS-001 & RMSS-002. PROVIDE1/2" COPPER TUBING RUN IN UNISTRUTSUPPORTS FROM MONITOR TO SENSORS.MOUNT SENSOR ON UNISTRUT RISER ATMANUFACTURER'S RECOMMENDED HEIGHT.NO TUBING OR UNISTRUT SHALL BEMOUNTED TO CHILLER.

10' - 0"

0' - 6"

CABINET WITH SELFCONTAINED BREATHINGAPPARATUS SCBA-001

REFRIGERANT MONITORINGSYSTEM LIGHT, HORN, &WARNING SIGN (TYP. 5 PLACESAT MAIN ENTRANCE DOORS)

3/4"ø

3/4"ø - CWS

- CWR 1"ø - CWS1"ø - CWR

8

8 8

PROVIDE BUTTERFLY VALVE ATEACH RISER. MOUNT VALVE ATAPPROXIMATELY 1'-6" AFF.

8

TYP. OF 3 ONCTS. SPACEEQUALLY

A/BB/2

18

A/BB/2

A/BB/2

18A/BB/2

18

A/BB/2

18

18

18B/BB/4

TYP. OFALL FCUPIPING

TYP OF ALLSUPPORTSUNDERCOOLINGTOWER

3"ø- CCR

3"ø - CCR

14

12(TYP 4)

FUTURE ICEMAKING CHILLEDWATER TAPS.

16"ø

3/4"ø 3/4"ø- CWR - CWS

9' - 0"9' - 0"

15' - 10"

13' - 0"

13' - 0"

15' - 10"

- TWS

- TW

R

4" DRAIN TOSANITARY DRAIN(TYP OF 2)

3" CCR UP FROMSITE PIPING

- TWS

- TW

R

- CTS

- CTR

- CTR

- BYPASS- BYPASS

4' - 0" 2' - 0"

3' - 10"

1' - 8"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

1' - 8 1/4"

4' - 0"

15' - 10"

4" DRAIN TO YARDCATCH BASIN. CATCHBASIN BY CIVIL.

15' - 10"

1"ø

1"ø

- CW

S

- CW

R

13

OFFSETDOWN TO9'-0" INTOCEILING

CPM-002

24"ø

B C D E

2

3

F

1

4

0.5

1.5

2.2

2.5

3.1

3.8

I J H

GENERAL NOTES:SEE GENERAL ARRANGEMENT DRAWING FOR EQUIPMENT LOCATIONS.

PROVIDE ALL EQUIPMENT, PIPING, VALVES, FITTINGS, ACCESSORIES, HYDRONICSPECIALTIES, INSTRUMENTATION, AND CONTROL DEVICES AS INDICATED ON ALLPID DRAWINGS. FOR CLARITY NOT ALL COMPONENTS/PIPING IS SHOWN ON THISPLAN.

RE-LEVEL PIPING ONCE ALL LINES ARE FILLED DUE TO BEAM DEFLECTIONS.

ALL PIPING, EQUIPMENT, ETC ROUTED DOWN CENTER CORRIDOR SHALL BEMOUNTED A MINIMUM OF 13'-0" AFF.

ALL PIPE SUPPORTS SHALL BE TYPE 6, UNLESS NOTED OTHERWISE.

1.

2.

3.

4.

5.

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

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FO

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IN

C

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ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

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ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M1.2

HVA

C P

IPIN

G P

LAN

07/05/11

SCALE: 3/16" = 1'-0"M1.21 HVAC PIPING INSTALLATION PLAN

2M3.1

1M3.2

24"ø

34"ø

FCU-2

FCU-1

FCU-3

8"ø

8"ø

8"ø

8"ø

12"ø

(2) TYPE 24 GRILLES12" AFF1705 CFM EASUPPORT DUCT FROM FLOOR

(1) TYPE 21 GRILLE3000 CFM. MOUNT17'-6" AFF

(1) TYPE 21GRILLE 3000 CFM.MOUNT 17'6" AFF

335 CFMB

115 CFMB

55 CFMA

8"ø

T

T

T

T

UH-1UH-2

UH-3

UH-4

SEE 2/M1.3 FORCONTINUATION


SEE 2/M1.3 FOR CONTINUATION

EF-1

EF-2

230 CFMC

230 CFMC

180 CFMC

8' - 6"

18' - 0 13/16" UH-5

20' - 5"

135 CFM25

300 CFM25

CPM-001

6"ø

2M3.2

T

EF-5 EF-3

EF-4

6"ø

6"ø

6"ø

MOTORIZEDDAMPER (TYP)

T

UH-2

TUH-3

T

T UH-1

EF-6

9' - 0"

180 CFM23

180 CFM23

12"X12" TRANSFERGRILLE. COORDINATELOCATION AND HEIGHTWITH ELECTRICALROOM EQUIPMENT

RM-001

MOTORIZEDDAMPER (TYP)

M

M

PROVIDE APPROXIMATE 139"X80"X8"PLENUM BOX BEHIND LOUVERSWITH MOTORIZED DAMPER.DAMPER SHALL BE RUSKIN MODELCD50 OR APPROVED EQUAL.DAMPER SHALL BE 6 SECTION DUETO SIZE AND BE PROVIDED WITH 2ACTUATORS. ACTUATOR SHALL BE120V AND PROVIDED BY DAMPERMANUFACTURER. COORDINATEEXACT SIZE WITH LOUVERS ONARCHITECTURAL PLAN

M

H

M

SEE M0.4FORSEQUENCE

M

PROVIDE APPROXIMATE 92"X80"X8"PLENUM BOX BEHIND LOUVERSWITH MOTORIZED DAMPER. DAMPERSHALL BE RUSKIN MODEL CD50 ORAPPROVED EQUAL. DAMPERSSHALL BE 3 SECTION AND BEPROVIDED WITH 3 ACTUATORS DUETO SIZE. ACTUATOR SHALL BE 120VAND PROVIDED BY DAMPERMANUFACTURER. COORDINATEEXACT SIZE WITH LOUVERS ONARCHITECTURAL PLAN

PROVIDE APPROXIMATE 44"X24"X8"PLENUM BOX BEHIND TOP PORTIONOF LOUVERS AND 44"X56"X8"PLENUM BOX WITH MOTORIZEDDAMPER. DAMPER SHALL BERUSKIN MODEL CD50 OR APPROVEDEQUAL. ACTUATOR SHALL BE 120VAND PROVIDED BY DAMPERMANUFACTURER. COORDINATEEXACT SIZE WITH LOUVERS ONARCHITECTURAL PLAN

M

M

CPM-002

6"ø

6"ø

FCU-3

24"ø

24"ø

10"ø

26"ø

30"ø

UP THROUGHMEZZANINE FLOOR

(3) TYPE 24 GRILLES12" AFF1665 CFM EA.SUPPORT DUCT FROM FLOOR

PROVIDE 3' DEEP PLENUM BEHIND DORMEREXHAUST LOUVER. REMAININGDIMENSIONS SHALL MATCH LOUVERDIMENSIONS. CONNECT EXHAUST DUCTSTO PLENUM. SEE ARCHITECTURALSTRUCTURAL PLANS FOR TRUSS ANDLOUVER LOCATIONS.

24"ø

(2) TYPE 24 GRILLES12" AFF1705 CFM EASUPPORT DUCT FROM FLOOR

20' - 5"

23' - 0"

PROVIDE 3' DEEP PLENUM BEHIND DORMEREXHAUST LOUVER. REMAININGDIMENSIONS SHALL MATCH LOUVERDIMENSIONS. CONNECT EXHAUST DUCTSTO PLENUM. SEE ARCHITECTURALSTRUCTURAL PLANS FOR TRUSS ANDLOUVER LOCATIONS.

PROVIDE 8" SHEET METAL PLENUMENCLOSURE BEHIND LOUVER WITHMOTORIZED DAMPER. PLENUM SHALLMATCH FULL SIZE OF LOUVER. DAMPERSHALL BE RUSKIN MODEL CD50 ORAPPROVED EQUAL WITH MULTIPLESECTIONS AS REQUIRED DUE TOPLENUM SIZE. ACTUATOR SHALL BE120V AND PROVIDED BY DAMPERMANUFACTURER. COORDINATE EXACTSIZE WITH LOUVER ONARCHITECTURAL PLAN. TYPICAL OF 4.

M

M

UH-4

UH-5 T

M

M

B C D E

2

3

F

1

4

A0.5

1.5

2.2

2.5

3.1

3.8

I J H

M

10"ø

M

EF-2 EF-1




30"ø34"ø

34"ø

30"ø

20' - 5"20' - 5"

C D E

2

1

GENERAL NOTES:SEE GENERAL ARRANGEMENT DRAWING FOR EQUIPMENT LOCATIONS.

PROVIDE ALL EQUIPMENT, PIPING, VALVES, FITTINGS, ACCESSORIES, HYDRONICSPECIALTIES, INSTRUMENTATION, AND CONTROL DEVICES AS INDICATED ON ALLPID DRAWINGS. FOR CLARITY NOT ALL COMPONENTS/PIPING IS SHOWN ON THISPLAN.

SLEEVE AND SEAL ALL DUCT/WALL/CEILING PENETRATIONS.

ALL ELEVATIONS ARE WITH RESPECT TO FIRST FLOOR.

1.

2.

3.

4.

HGNo.TU D

S

OS

PE

IS

J

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J.

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25538

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INENL

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C

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ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

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NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M1.3

HVA

C D

UC

TWO

RK

PLAN

S

07/05/11

SCALE: 3/16" = 1'-0"M1.31 HVAC DUCTWORK FIRST FLOOR INSTALLATION PLAN

SCALE: 3/16" = 1'-0"M1.32 HVAC DUCTWORK MEZZANINE INSTALLATION PLAN

CTP-001 CTP-002

FUTURECTP-004

FUTURECTP-005

CTP-003

18"ø - CTS

B C

BOTTOM OF TRUSS17' - 8"

MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

TOP OF EXTERIOROPENING

13' - 4"

ROOF RIDGE31' - 11"

FUTURECH-004 CH-002 CH-001

CPM-001 8"ø

8"ø

8"ø

8"ø

8"ø

8"ø

8"ø

8"ø

10"ø8"ø

18"ø

- CTS

- CTS

- CTS- CTS

- CTR

- CTR

- CW

R

- CW

R- CW

S

- CW

S

- CTS

CPM-002

BCDE


MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

A

STAIR LANDING5' - 6"


13' - 4"

ROOF RIDGE31' - 11"

HGNo.TU D

S

OS

PE

IS

J

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J.

AA

25538

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INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

LAN

T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M3.1

MEC

HAN

ICAL

BU

ILD

ING

SEC

TIO

NS

07/05/11

SCALE: 3/16" = 1'-0"M3.11 WEST EAST PIPING SECTION

SCALE: 3/16" = 1'-0"M3.12 EAST WEST PIPING SECTION

CWP-002CTP-002

BUTTERFLYVALVE(TYP.)

CHECK VALVE

SUCTION DIFFUSER

CIRCUIT SETTER

FLEXIBLE CONNECTOR(TYP.)

CONCRETEHOUSEKEEPING PAD(TYP.)

8"ø

- CW

R

- CW

R - CTS

10"ø

10"ø

2


MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

1


13' - 4"

ROOF RIDGE31' - 11"

CH-002

4"ø

- VN

T

8"ø - CWS

10"ø

8"ø - CTR

- CTS

3


MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

4


13' - 4"

ROOF RIDGE31' - 11"

CT-001CT-002

24"ø - CTS

12"ø - CTS

18"ø - CTRBLIND FLANGE

2

MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

1 0.51.52.2


13' - 4"

CT-002

12"ø

24"ø

10"ø

6"ø6"ø

- TWR- TWS

- CTR

- CTS

- EQ

4"ø - D

TO CATCH BASIN SEE CIVIL

COOLING TOWERSUPPORT SEESTRUCTURAL DRAWINGS


MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

I J H


13' - 4" CT-001 CT-002

18"ø

6"ø

CTCP-001

6"ø - TWS

- TWR

4"ø - TWR4"ø - D 4"ø - D

- CTR

MEZZANINE10' - 8"

FIRST FLOOR0' - 0"

0.5 1.5 2.2


13' - 4"

HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

FO

L NSIO

IN

C

AO

ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

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T

SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

Y C

OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M3.2

MEC

HAN

ICAL

BU

ILD

ING

SEC

TIO

NS

07/05/11

SCALE: 3/16" = 1'-0"M3.21 SOUTH NORTH PIPING SECTION 1

SCALE: 3/16" = 1'-0"M3.22 SOUTH NORTH PIPING SECTION 2

SCALE: 1/4" = 1'-0"M3.23 COOLING TOWER YARD SECTION 1



HGNo.TU D

S

OS

PE

IS

J

RETE

J.

AA

25538

RE

GEER

INENL

RC

AH ORP

SE

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L NSIO

IN

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ULP

CI

O


FA

UTHORIZATION

SOUTHCA

ROLIN

A

CONS

ULTI

NGEN

GINE

ERS

DWG,

INC.

No.C

0364

9C

ENTR

AL C

OO

LIN

G A

ND

HEA

TIN

G P

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SHEET NUMBER

CHECK BY:

DRAWN BY:

DATE:

DWG JOB NO.:

PLOT DATE:

09107

HO

RR

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OU

NTY

, SO

UTH

CAR

OLI

NA

REV:

DATE

H17-9569-LC

STATE PROJECT NO.:

JJP

JMK

M5.1

SOU

THEA

ST M

ECH

ANIC

AL P

IPIN

G P

ERSP

ECTI

VE

07/05/11

SCALE:M5.11 SOUTHEAST MECHANICAL PERSPECTIVE

hvac legend abbreviations - coastal carolina … · · 2011-07-27lshh lsh lsll lsl lall lahh hoa...

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