IBC-2012 /ASCE 7-10 · 2016. 6. 2. · turning vanes flexible duct connection d.g. m.d. f.d....

DESIGN CONDITIONS

INDOOR: 75F DB / 50% RH

OUTDOOR: 95F DB / 80F WBSUMMER

OUTDOOR: 25F DBWINTER

INDOOR: 70F DB / 50% RH

HVAC LEGEND

AUTOMATIC BALANCING CONTROL VALVE

SIDEWALL REGISTER

LINEAR SIDEWALL REGISTER

S.R.

L.S.R.

DOOR GRILLE

MANUAL DAMPER

FIRE DAMPER

TURNING VANES

FLEXIBLE DUCT CONNECTION

D.G.

M.D.

F.D.

DIRECTION OF PIPING FLOW

PIPE CAP

DRAIN VALVE W/ HOSE CONNECTION

AUTOMATIC AIR VENT

BASKET STRAINER

RELIEF VALVE

RINSE VALVE

FLANGE CONNECTION

FLANGED JOINT

ELBOW UP

ELBOW DOWN

TEE UP

TEE DOWN

ELBOW SIDE

TEE SIDE

BUTTERFLY VALVE

BALL VALVE

CIRCUIT SETTER/BALANCING VALVE

PIPE WITH HEAT TRACING

INSULATION AND JACKET

SSOLENOID VALVE

SWING CHECK VALVE

PLUG VALVE

CIRCUIT SENSOR

BACKFLOW PREVENTER

PRESSURE REDUCING VALVE

UNION

ECCENTRIC REDUCER/INCREASER

CONCENTRIC REDUCER/INCREASER

3-WAY CONTROL VALVE

2-WAY CONTROL VALVE

WAFER CHECK VALVE

END SUCTION PUMP

DOUBLE SUCTION PUMP

WYE STRAINER

WYE STRAINER W/BLOWDOWN BALL VALVE WITH HOSECONNECTION

GATE VALVE

RETURN/EXHAUST/OUTSIDE AIR DUCT

M

CIRCUIT SETTER

TRIPLE DUTY VALVE

SUPPLY AIR DUCT

EQUIPMENT CLEARANCE

VARIABLE VOLUME TERMINAL UNITVAV

MOTORIZEDBUTTERFLY VALVE

BALL VALVE

ROOF TOP UNIT

MOTORIZED DAMPER

M

THERMOSTAT

HUMIDISTAT

SMOKE DETECTOR (DUCT MOUNTED)

CARBON DIOXIDE SENSOR (DUCT MOUNTED)

AIR TERMINAL DIFFUSER(CEILING MOUNTED)

AIR TERMINAL RETURNGRILLE (CEILING MOUNTED)

PREINSULATED FLEXIBLE DUCT

CONNECTION TO EXISTING SYSTEM

SD

CD

AIR TERMINAL EXHAUSTGRILLE (CEILING MOUNTED)

AIR TERMINAL TAG, X=TYPE MARK, Y=CFM

AIR TERMINAL ROUND CONE DIFFUSER

THERMOSTAT (DUCT MOUNTED)

HUMIDISTAT (DUCT MOUNTED)

XY

H

H

T

T

M

MECHANICAL COMPONENT IMPORTANCE FACTOR (Ip) DESIGNATION

IBC-2012 /ASCE 7-10

SEISMIC AND WIND REQUIREMENTSFOR MECHANICAL SYSTEMS

COMPONENT IMPORTANCE FACTOR (Ip)

Ip = 1.0 Ip = 1.5

RESTRAIN IF TOTAL WEIGHT OF DUCTS

ON TRAPEZE > 10 LBS/FT44

RESTRAIN IF TOTAL WEIGHT OF DUCTS

ON TRAPEZE > 10 LBS/FTMULTIPLE DUCTS ON TRAPEZE

5- 6 SQ.FT. AND LARGER

RESTRAIN IF ANY PIPE

ON TRAPEZE > 1"

RESTRAIN IF TOTAL WEIGHT OF PIPES

ON TRAPEZE > 10 LBS/FT

4

4

4

4 RESTRAIN ALL

RESTRAIN IF ANY PIPE

ON TRAPEZE > 3"

RESTRAIN IF TOTAL WEIGHT OF PIPES

ON 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 ASSOCIATEDDUCTWORK, PIPING, AND CONDUIT.

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 CONNECTIONS BETWEEN 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 HANGERS HAVING A LENGTH OF 12 IN. OR LESS. WHERE ROD HANGERS ARE USED, THEYSHALL BE EQUIPPED WITH SWIVELS, EYE NUTS OR OTHER DEVICES TO PREVENT BENDING IN THE ROD.

5. ALL DUCTWORK , REGARDLESS OF SIZE, DESIGNED TO CARRY TOXIC, HIGHLY TOXIC, OR EXPLOSIVE GASES OR USED FOR SMOKECONTROL MUST BE RESTRAINED.

6. COMPONENT CERTIFICATION MUST BE SUPPLIED BY THE EQUIPMENT MANUFACTURER AT TIME OF SUBMITTAL FOR REVIEW BYENGINEER OF RECORD.

A. PER SECTION 301.15 OF THE 2012 EDITION OF THE INTERNATIONAL MECHANICAL CODE, MECHANICAL EQUIPMENT, APPLIANCESAND SUPPORTS (INCLUDING ROOF CURBS & ROOF RAILS) EXPOSED TO WIND SHALL BE DESIGNED AND INSTALLED TO RESISTTHE WIND PRESSURES DETERMINED IN ACCORDANCE WITH THE INTERNATIONAL BUILDING CODE. WHERE SEISMIC RESTRAINTIS REQUIRED, THE MORE DEMANDING FORCE OF WIND AND SEISMIC MUST BE USED. SEE SEISMIC INFORMATION CONTAINED INTHE STRUCTURAL DRAWINGS FOR SITE SPECIFIC INFORMATION 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 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 RECEIPTOF THE SEISMIC SUBMITTAL.

F. SEISMIC RESTRAINTS FOR PIPING AND DUCTWORK MUST BE SHOWN ON LAYOUT DRAWINGS SHOWING SPECIFIC RESTRAINTLOCATIONS 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 LBS

PROVIDE FLEX. CONN.3RESTRAIN IF >75 LBS

PROVIDE FLEX. CONN.INLINE W/ DUCT

SUSPENDED

EQUIPMENT

-RESTRAIN ALL1RESTRAIN ALLCOMPONENT SUPPORTS

-RESTRAIN ALL1, 2RESTRAIN ALLWALL MOUNTED

-RESTRAIN ALL1, 2RESTRAIN ALLFLOOR MOUNTED

-RESTRAIN ALL1RESTRAIN ALLROOF MOUNTED

SEISMIC RESTRAINT

REQUIREMENTNOTES

SEISMIC RESTRAINT

REQUIREMENTCOMPONENT IDENTIFICATION

SEISMIC DESIGN CATEGORIES D,E,F

ALL HVAC COMPONENTS EXCEPT AS NOTED IN Ip=1.5

GENERAL HVAC NOTES

THE DRAWINGS SHOW THE GENERAL ARRANGEMENT AND LOCATION OF EQUIPMENT, DUCTWORK, PIPING, ETC. THE CONTRACTORSHALL BE RESPONSIBLE FOR COORDINATING THE MECHANICAL INSTALLATION W/ THE STRUCTURE AND OTHER TRADES AND SHALLPROVIDE ADDITIONAL OFFSETS AND FITTINGS AS NECESSARY.

COORDINATE WORK WITH OFFICE OF STATE ENGINEER (OSE). OSE SHALL ISSUE THE BUILDING / CONSTRUCTION PERMIT DIRECTLYTO THE OWNER, AND THE OWNER WILL PAY FOR INITIAL INSPECTIONS.

PROVIDE OWNER WITH CERTIFICATES OF FINAL INSPECTION AND ACCEPTANCE FROM OSE.

THE HEATING, VENTILATING AND AIR CONDITIONING SYSTEMS SHALL COMPLY WITH THE 2012 VERSION OF THE INTERNATIONALMECHANICAL CODE, NFPA 90A, AND LOCAL CODE OFFICIAL REQUIREMENTS. IN THE EVENT OF A CONFLICT BETWEEN CODES, THEMOST STRINGENT SHALL ALWAYS GOVERN.

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 PIPING SYSTEMS. WHERE CONDITIONS REQUIRE A CHANGE IN DUCT OR PIPE ROUTING, NOTIFY THE ARCHITECTFOR AN ACCEPTABLE ALTERNATIVE METHOD. AVOID ROUTING DUCTWORK DIRECTLY OVER LIGHT FIXTURES, DIFFUSERS, ANDOTHER CEILING MTD. DEVICES. LOCATE ALL MECHANICAL EQUIPMENT SO 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 90DEGREE ELBOWS IN ALL RECTANGULAR SUPPLY/RETURN/EXHAUST DUCT SYSTEMS. ANY OFFSETS REQUIRED IN DUCT SYSTEMSSHALL BE INSTALLED PER SMACNA 2005 2ND EDITION MANUAL . SHARP ANGLED TRANSITIONS OR OFFSETS 'WILL NOT BEALLOWED'. PROVIDE DUCT ACCESS DOORS AT LOCATIONS SPECIFIED.

INSTALL ALL DUCT MOUNTED DEVICES (DAMPERS, ACCESS DOORS, ETC.) AND PIPING SPECIALTIES IN EASILY ACCESSIBLELOCATIONS. ADVISE THE ARCHITECT IN ADVANCE OF INSTALLATION IF ACCESS WILL BE HINDERED SO AN ALTERNATE LOCATIONCAN BE SELECTED.

ALL DUCT TAKE-OFFS SHALL BE INSTALLED AS SHOWN BY DETAILS ON THE PLANS WITH A MANUAL BALANCING DAMPER AT EVERYTAKE-OFF. WHERE DUCT RUN-OUT SIZE IS NOT SHOWN PROVIDE DUCT SAME SIZE AS GRILLE NECK SIZE. PRE-INSULATED FLEXIBLEDUCT MAY BE USED FOR FINAL CONNECTION TO SUPPLY GRILLES (MAX. LENGTH 5').

ALL MECHANICAL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE MANUFACTURER'S INSTALLATION INSTRUCTIONSWITH PRESCRIBED CLEARANCES FOR SERVICE AND MAINTENANCE. THE CONTRACTOR SHALL NOTIFY THE ARCHITECT IFRECOMMENDED CLEARANCES ARE NOT POSSIBLE BEFORE INSTALLING EQUIPMENT.

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

THE CONTRACTOR SHALL FIRESTOP ALL PENETRATIONS OF FIRE RATED WALLS/FLOORS/CEILINGS BY DUCTWORK, PIPING, ETC.,WITH U.L. LISTED FIRE STOPPING ASSEMBLY TO MAINTAIN FIRE RATING OF THE BARRIER. REFER TO ARCHITECTURAL PLANS FORRATED ASSEMBLY LOCATIONS. SUBMIT UL LISTED ASSEMBLY MANUFACTURER INSTALLATION INSTRUCTIONS DURING SUBMITTALPHASE FOR REVIEW BY ENGINEER OF RECORD, AND INSTALL ASSEMBLY PER MANUFACTURER RECOMMENDATIONS.

SEISMIC PROTECTION OF EQUIPMENT, DUCTWORK, PIPING AND UTILITIES SHALL BE PROVIDED IN ACCORDANCE WITH SECTION 16 OFTHE INTERNATIONAL BUILDING CODE, 2012 EDITION. ALL SEISMIC RESTRAINT AND BRACING SHALL BE SUBSTANTIATED BYMANUFACTURER'S SUBMITTALS PER THE SPECIFICATIONS. FOR ADDITIONAL INFORMATION, SEE 'SEISMIC AND WIND REQUIREMENTSFOR MECHANICAL SYSTEMS' ON THIS SHEET. THE CONTRACTOR IS RESPONSIBLE FOR COORDINATING INSTALLATION OF SEISMICBRACING DEVICES WITH THE OWNER'S SEISMIC SPECIAL INSPECTOR. PROVIDE A MINIMUM OF SEVEN DAYS ADVANCE NOTICE OFINSTALLATION.

BALANCE ALL AIR DISTRIBUTION DEVICES, EXHAUST FANS, AND OUTSIDE AIR QUANTITIES AS SCHEDULED OR SHOWN ON THEDRAWINGS. PROVIDE MARKERS AT ALL DAMPER LOCATIONS SHOWING FULL OPEN/CLOSED POSITIONS AND DAMPER SETTING FORREQUIRED AIRFLOW. PROVIDE FINAL TEST AND BALANCE REPORT ALONG W/ SCHEMATIC DRAWINGS SHOWING DIFFUSER LOCATIONW/ DESIGN AND ACTUAL CFM. THE DIFFUSER TAGS ON THE DRAWINGS SHALL CORRESPOND TO THE DIFFUSER TAGS ON THEREPORT. THIS REPORT SHALL BE SUBMITTED BEFORE THE FINAL INSPECTION IS PERFORMED. SEE SPECIFICATIONS FOR FURTHERINFORMATION.

ALL CONTROL WIRING, CONDUIT AND CONTROLS ACCESSORIES NECESSARY TO IMPLEMENT THE OUTLINED SEQUENCES OFOPERATION SHALL BE PROVIDED BY THE CONTROLS CONTRACTOR.

WIND LOAD PROTECTION OF ROOF MOUNTED EQUIPMENT AND DUCTWORK SHALL BE PROVIDED IN ACCORDANCE WITH SECTION 16OF THE INTERNATIONAL BUILDING CODE, 2012 EDITION. ALL WIND LOAD RESTRAINT AND BRACING SHALL BE SUBSTANTIATED BYMANUFACTURER'S SUBMITTALS PER THE SPECIFICATIONS.

ALL EXPOSED PIPING AND DUCTWORK SHALL BE PAINTED. COORDINATE W/ ARCHITECTURAL PLANS/SPECIFICATIONS FOR EXPOSEDLOCATIONS AND PAINTING REQUIREMENTS.

SEE ARCHITECTURAL DOCUMENTS FOR ROOF PENETRATION AND FLASHING REQUIREMENTS.

WHERE "APPROXIMATELY" IS USED TO DEFINE INSTALLATION LOCATIONS, CONTRACTOR SHALL COORDINATE WITH ALL OTHERTRADES TO VERIFY THERE ARE NO CONFLICTS PRIOR TO INSTALLATION AT DIMENSION LISTED.

FIRE DAMPERS SHALL BE INSTALLED PER MANUFACTURER'S INSTALLATION RECOMMENDATIONS. MANUFACTURER'SRECOMMENDATIONS SHALL BE PROVIDED FOR REVIEW DURING SUBMITTAL PROCESS.

ALL ITEMS INSTALLED ABOVE THE CEILINGS SHALL BE PLENUM RATED.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

DESCRIPTIONINTERNATIONAL BUILDING CODEINTERNATIONAL ENERGY CONSERVATION CODEINTERNATIONAL MECHANICAL CODESTANDARD FOR THE INSTALLATION AIR-CONDITIONING &VENTILATING SYSTEMSMANUAL FOR THE BALANCING & ADJUSTMENT OF AIRDISTRIBUTION SYSTEMS

CODEIBC (2012)

IECC (2009)IMC (2012)

NFPA 90A (2015)

SMACNA

MECHANICAL CODES & STANDARDS

DESCRIPTIONEXISTINGADJUSTABLEABOVE FINISHED FLOORABOVE FINISHED GRADEAIR HANDLERAIR HANDLING UNITBUILDING MANAGMENT SYSTEMBASIS OF DESIGNBOTTOM OF PIPEDOMESTIC COLD WATER SUPPLYCHEMICAL FEEDCLEANOUTCENTRAL PLANTCONDENSER WATER RETURNCONDENSER WATER SUPPLYCONDENSING UNITCHILLED WATER RETURNCHILLED WATER SUPPLYDOMESTIC COLD WATERDIRECT DIGITAL CONTROLSDIAMETERDRAINEXHAUST AIRELECTRICAL CONDUCTORELECTRICAL DUCT HEATEREXHAUST FANELECTRIC HEATERENERGY MANAGEMENT CONTROL SYSTEMFLOOR DRAINDOMESTIC HOT WATER SUPPLYHUB DRAINHEAT PUMPDOMESTIC HOW WATER RETURNHEATING HOT WATER RETURNHEATING HOT WATER SUPPLYLEAVING AIR TEMPERATURETHOUSANDS OF BTU'S PER HOURMECHANICAL CONTRACTORNATURAL GAS PIPINGNORMALLY OPENOUTSIDE AIROVER FLOWPLUMBING CONTRACTORPIPE SUPPORTRETURN AIRREFRIGERANTRELATIVE HUMIDITYREMOTE MONITORROOF TOP UNITRAIN WATERSUPPLY AIRSUPPLY FANTRIPLE DUTY VALVETYPICALUNDERGROUNDUNLESS OTHERWISE NOTEDVARIABLE FREQUENCY DRIVEVENTWITHWIRE MESH SCREEN

ABR(E)

ADJAFFAFGAH

AHUBMSBODBOP

CCHFCOCPCRCSCU

CHWRCHWSDCWDDCDIADRNEAEC

EDHEFEH

EMCSFDH

HDHPHR

HWRHWSLATMBHMCNGNOOAOFPCPSRA

REFRRHRMRTURWSASF

TDVTYPUG

UNOVFDVNTW/

WMS

ABBREVIATIONS

PARTITION PLAN LEGEND

1 HR. RATED PARTITION TO DECK

SEE SHEET A002 FOR CONSTRUCTION OF PARTITION TYPES.PARTITION KEY:

EXISTING 1 HR. RATED PARTITION TO DECK. ENSURE SEALING TIGHTTO DECK WITH APPROVED SAFING MATERIAL.

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:

MEMBERS OF THE AMERICAN INSTITUTE OF ARCHITECTS

1

A

2 3 4 5 6

B

C

D

E

COPYRIGHT 2015 ALL RIGHTS RESERVEDPRINTED OR ELECTRONIC DRAWINGS ANDDOCUMENTATION MAY NOT BE REPRODUCEDIN ANY FORM WITHOUT WRITTEN PERMISSIONFROM LS3P ASSOCIATES LTD.

WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789

205 1/2 KING ST. CHARLESTON SC 29401

H17-9548-PD

5/3

1/2

016 1

1:1

5:3

0 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

KTD

WDB

HVAC - NOTES& LEGENDS

M-001

SCIENCE BUILDINGRENOVATION

BID CONSTRUCTION DOCUMENTS

No. Description Date

1 OSE COMMENTREVISIONS

02/18/2016

EXISTINGLOUVER

EXISTING EXTERIORWALL

PLENUM, SEAL ANDINSULATE BACK WITH 1"FLEXIBLE ELASTOMERICINSULATION

EXISTINGLOUVER

EXISTING EXTERIORWALL

MOTOR ACTUATEDDAMPER

INSECT SCREEN

PLENUM, SEAL AND INSULATEBACK WITH 1" FLEXIBLEELASTOMERIC INSULATION

INTAKE DUCT,SEE PLANSFOR SIZES

FACTORY BUILT CURB

ROOFING MATERIAL

HOOD COVER

COORDINATE ROOF WORK

WITH ARCHITECTURAL PLANS

AND ROOFING CONTRACTOR.

ATTACH DUCTAT ROOF CURB

SECURE HOOD TO

CURB WITH CADMIUM

PLATED STEEL SCREWS

AT EACH CORNER

INSECT SCREEN ALL

AROUND

FLASHING AND

COUNTERFLASHING

BAROMETRICRELIEF DAMPER

STUB DUCT INTORETURN PLENUMCHASE

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

5/3

1/2

016 1

1:1

5:3

5 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

KTD

WDB

HVACSCHEDULES

M-002



FAN COIL UNIT SCHEDULE

INDOORMARK

COOLINGMBH

SENSIBLEMBH EAT DB EAT WB LAT DB LAT WB

CHILLED WATER

MANUFACTURER MODELFLOW RATE

(GPM) EWT °F LWT °FPRESSURE DROP

AT MAX FLOWFCU-1 18.1 14.9 75°F 63°F 58°F 57°F 3.6 42°F 54°F 6.4 FT MITSUBISHI PKA-A18HA

FCU-2 18.1 14.9 75°F 63°F 58°F 57°F 3.6 42°F 54°F 6.4 FT MITSUBISHI PKA-A18HA




EXHAUST FAN SCHEDULE

MARK CFM TOTAL SPNOISE

CRITERIA MANUFACTURER MODELEF-1 500 0.70 in-wg 9.1 SONES GREENHECK G-098-VG

EF-2 300 0.50 in-wg 7.6 SONES GREENHECK G-085-D

EF-3 375 0.60 in-wg 7.6 SONES GREENHECK G-090-D

LAB EXHAUST FAN SCHEDULE

MARK CFM INLET SIZE AIR P.D.

NOISECRITERIA@ INLET MANUFACTURER MODEL

LEF-1 515 5" 3" W.G. 79 dB GREENHECK VK-H-10-5

LEF-2 515 5" 3" W.G. 79 dB GREENHECK VK-H-10-5

VAV SCHEDULE

MARK INLET SIZEDESIGN

CFM

MINIMUMCOOLING

CFM

MAX AIRPD (IN.W.G.)

HEATINGCFM EAT °F LAT °F GPM EWT °F LWT °F

MAX COILPD (FT) MANUFACTURER MODEL

VAV-100 10" 925 310 0.3 505 55.0 95.0 1.5 150 120 1.93 TRANE VCWF10

VAV-101C 6" 425 140 0.3 140 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-102 8" 800 265 0.3 265 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

VAV-102C 4" 110 35 0.3 50 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-104 8" 800 265 0.3 265 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

VAV-105 6" 470 155 0.3 155 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-107 8" 650 215 0.3 215 55.0 95.0 0.50 150 120 0.67 TRANE VCWF08

VAV-108 5" 325 110 0.3 110 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-109 8" 540 180 0.3 220 55.0 95.0 1.0 150 120 0.50 TRANE VCWF08

VAV-110 6" 475 160 0.3 160 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-111 6" 440 145 0.3 155 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-112 10" 950 315 0.3 315 55.0 95.0 1.0 150 120 0.73 TRANE VCWF10

VAV-113 8" 875 290 0.3 420 55.0 95.0 1.5 150 120 0.92 TRANE VCWF08

VAV-114A 5" 260 85 0.3 105 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-114B 8" 500 165 0.3 235 55.0 95.0 1.0 150 120 0.51 TRANE VCWF08

VAV-117 8" 850 285 0.3 285 55.0 95.0 1.0 150 120 0.68 TRANE VCWF08

VAV-119 5" 270 90 0.3 115 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-120 5" 250 85 0.3 85 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-121 6" 485 160 0.3 245 55.0 95.0 1.0 150 120 0.51 TRANE VCWF06

VAV-122 8" 850 285 0.3 285 55.0 95.0 1.0 150 120 0.68 TRANE VCWF08

VAV-123A 4" 85 30 0.3 30 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-123B 8" 790 265 0.3 360 55.0 95.0 1.0 150 120 1.28 TRANE VCWF08

VAV-123C 4" 175 60 0.3 60 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-124 8" 810 270 0.3 340 55.0 95.0 1.0 150 120 0.90 TRANE VCWF08

VAV-125 10" 930 930 0.3 930 55.0 95.0 3.0 150 120 8.0 TRANE VCWF10

VAV-126 5" 290 95 0.3 235 55.0 95.0 1.0 150 120 0.50 TRANE VCWF05

VAV-201A 8" 600 200 0.3 200 55.0 95.0 1.0 150 120 0.50 TRANE VCWF06

VAV-201B 8" 600 200 0.3 205 55.0 95.0 1.0 150 120 0.50 TRANE VCWF06

VAV-202 4" 210 70 0.3 70 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-205A 8" 575 190 0.3 215 55.0 95.0 1.0 150 120 0.51 TRANE VCWF08

VAV-205B 5" 265 90 0.3 135 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-206 8" 550 185 0.3 205 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

VAV-207A 8" 675 225 0.3 225 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

VAV-207B 4" 95 30 0.3 65 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-207C 8" 500 165 0.3 200 55.0 95.0 1.0 150 120 0.51 TRANE VCWF08

VAV-207D 8" 525 175 0.3 235 55.0 95.0 1.0 150 120 0.51 TRANE VCWF08

VAV-207E 4" 95 30 0.3 65 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-208 8" 530 175 0.3 205 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

VAV-210A 4" 160 55 0.3 55 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-210B 6" 440 145 0.3 190 55.0 95.0 1.0 150 120 0.50 TRANE VCWF06

VAV-210C 6" 475 160 0.3 185 55.0 95.0 1.0 150 120 0.51 TRANE VCWF06

VAV-211 5" 275 90 0.3 105 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-215 6" 425 140 0.3 175 55.0 95.0 1.0 150 120 0.50 TRANE VCWF05

VAV-216A 8" 650 215 0.3 215 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

VAV-216B 5" 300 100 0.3 120 55.0 95.0 0.50 150 120 0.50 TRANE VCWF05

VAV-216C 6" 350 115 0.3 115 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-217A 6" 425 140 0.3 150 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-217B 4" 200 65 0.3 65 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-217C 8" 525 175 0.3 225 55.0 95.0 1.0 150 120 0.51 TRANE VCWF08

VAV-217D 6" 385 130 0.3 130 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-218A 8" 525 175 0.3 175 55.0 95.0 0.50 150 120 0.50 TRANE VCWF08

VAV-218B 4" 190 65 0.3 65 55.0 95.0 0.50 150 120 0.50 TRANE VCWF04

VAV-218C 6" 425 140 0.3 225 55.0 95.0 1.0 150 120 0.51 TRANE VCWF06

VAV-218D 6" 475 160 0.3 160 55.0 95.0 0.50 150 120 0.50 TRANE VCWF06

VAV-218E 6" 350 115 0.3 165 55.0 95.0 0.50 150 120 0.51 TRANE VCWF06

VAV-218F 8" 525 175 0.3 200 55.0 95.0 1.0 150 120 0.51 TRANE VCWF08

VAV-218G 8" 615 205 0.3 275 55.0 95.0 1.0 150 120 0.58 TRANE VCWF08

VAV-218H 6" 445 150 0.3 185 55.0 95.0 1.0 150 120 0.51 TRANE VCWF06

VAV-219 8" 820 275 0.3 275 55.0 95.0 1.0 150 120 0.67 TRANE VCWF08

AIR HANDLING UNIT SCHEDULE

MARK

AIR CAPACITY

EXTERNALSTATIC

TOTALSTATIC

COOLING COIL PREHEAT COIL

MANUFACTURER MODELDESIGN

CFMMAX OA

CFMMIN OA

CFM TOTAL MBHSENSIBLE

MBH EAT DB EAT WB LAT DB LAT WB GPM EWT LWT COIL PDSENSIBLE

MBH EAT DB LAT DB EWT LWT GPM COIL WPD(E) AH-1 9100 1700 535 3 4.5 374 258 80.0 °F 67.0 °F 54.3 °F 53.6 °F 62 42.0 °F 54.0 °F 2.80 FT 100 40.0 °F 55.0 °F 150.0 °F 120.0 °F 8 6.91 TRANE MCCB

(E) AH-2 9100 1400 625 3 4.5 386 266 80.0 °F 67.0 °F 53.5 °F 53.1°F 64 42.0 °F 54.0 °F 4.2 FT 100 40.0 °F 55.0 °F 150.0 °F 120.0 °F 3 8.26 TRANE MCCB

(E) AH-4 10330 3140 1400 2.3 3 516 309 82.0 °F 70.0 °F 55.0 °F 54.4 °F 86 42.0 °F 54.0 °F 16.4 FT 75 25.0 °F 40.0 °F 150.0 °F 120.0 °F 5 3.82 TRANE CSOA017

PUMP SCHEDULE

MARK GPMPUMPHEAD MOTOR HP RPM TYPE VFD MANUFACTURER MODEL

BP-1 25 30' 2/5 3250 IN-LINE NO BELL & GOSSETT PL-55

BP-2 25 30' 2/5 3250 IN-LINE NO BELL & GOSSETT PL-55

CWP-1 215 80' 7.5 1750 END SUCTION YES BELL & GOSSETT E1510 MODEL 2BD

CWP-2 215 80' 7.5 1750 END SUCTION YES BELL & GOSSETT E1510 MODEL 2BD

HWP-1 60 60' 5 1750 END SUCTION YES BELL & GOSSETT E1510

HWP-2 60 60' 5 1750 END SUCTION YES BELL & GOSSETT E1510

BOILER SCHEDULE

MARK CAPACITYFLOWRATE

FLUID TEMPERATURE

MANUFACTURER MODELENTERING LEAVINGB-1 399000 BTUH 21 GPM 120 150 LOCHINVAR KBN400

B-2 399000 BTUH 21 GPM 120 150 LOCHINVAR KBN400

AIR DISTRIBUTION SCHEDULE

MARK DESCRIPTIONFACE SIZE

HFACE SIZE

W NECK SIZE MANUFACTURER MODELSupply Air

PD106 SQUARE PLAQUE 12" 12" 6" PRICE ASPD

PD206 SQUARE PLAQUE 24" 24" 6" PRICE ASPD

PD208 SQUARE PLAQUE 24" 24" PRICE ASPD



SDS50 LINEAR SLOT DIFFUSER 4' LONG 2 SLOT 6" PRICE SDS50 WITH SDB1FACTORY PLENUM

SDS75 LINEAR SLOT DIFFUSER 4' LONG 2 SLOT 6" PRICE SDS75 WITH SDB1FACTORY PLENUM

SWS1 LOUVERED SIDEWALL 6" 12" 10" PRICE 620DAL

SWS2 LOUVERED SIDEWALL 4" 10" 6" PRICE 620DAL

Return Air

LF222 PRICE 630DAL

SDR75 LINEAR SLOT RETURN 4' LONG 2 SLOT NONE PRICE SDR75

Exhaust Air

LF111 LOUVERED FACEEXHAUST

12" 12" 10"x10" PRICE 630DAL

LF222 LOUVERED FACEEXHAUST

24" 24" 22"x22" PRICE 630DAL

NOTES:

1.2.

SEE ELECTRICAL EQUIPMENT CONNECTION SCHEDULE FOR VOLTAGE INFORMATION.SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.

NOTES:

1.2.3.

SEE ELECTRICAL EQUIPMENT CONNECTION SCHEDULE FOR VOLTAGE INFORMATION.SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.EXHAUST FANS SHALL OPERATE ON TIMECLOCK DURING HOURS OF OPERATION.

NOTES:

1.2.3.4.5.

SEE ELECTRICAL EQUIPMENT CONNECTION SCHEDULE FOR VOLTAGE INFORMATION.SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.SEISMIC VIBRATION ISOLATION CURB SHALL BE PROVIDED WITH EACH FAN.LAB EXHAUST FANS SHALL OPERATE CONTINUALLY.PROVIDE WITH BACNET INTERFACE FOR MONITORING BY CONTROLS SYSTEM.

NOTES:

1.2.3.

SEE ELECTRICAL EQUIPMENT CONNECTION SCHEDULE FOR VOLTAGE INFORMATION.SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.INLET DUCT SHALL BE SAME SIZE AS LISTED VAV TERMINAL INLET.

NOTES:

1. UNITS INDICATED ABOVE ARE EXISTING TO REMAIN.2. SEE ELECTRICAL DRAWINGS FOR VOLTAGE INFORMATION.3. TEST AND BALANCE CONTRACTOR SHALL MEASURE AND RECORD CHILLED AND HYDRONIC HEATING WATER FLOW TO UNITS PRIOR TO START OF RENOVATION FOR COMPARISON AT CONCLUSION OF WORK.4. CONTRACTOR SHALL PROVIDE AND INSTALL THE FOLLOWING FOR THE EXISTING AIR HANDLERS:

NOTES:

1. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR EXACT LOCATION OF ALL CEILING MOUNTED AIR DISTRIBUTION DEVICES.2. COORDINATE MOUNTING TYPE AND ACCESSORIES WITH ARCHITECTURAL CEILING GRID.3. COORDINATE AIR DISTRIBUTION LOCATIONS WITH ALL OTHER TRADES.4. ALL AIR DISTRIBUTION SHALL BE ALUMINUM CONSTRUCTION WITH BAKED ENAMEL "OFF-WHITE" FINISH.5. SURFACE MOUNTED AIR DISTRIBUTION DEVICES SHALL BE MOUNTED WITHOUT VISIBLE FASTENERS.6. ALL CEILING DIFFUSERS SHALL BE 4-WAY BLOW.

AIR SEPARATOR SCHEDULE

MARKSYSTEM

CONNECTION GPM

PRESSUREDROP AT MAX

FLOW MANUFACTURER MODELAS-1 HOT WATER 60 1.8 FT BELL & GOSSETT RL-3

AS-2 CHILLED WATER 160 4.4 FT BELL & GOSSETT RL-4

EXPANSION TANK SCHEDULE

MARK SYSTEMTANK VOLUME

(GALLONS)

ACCEPTANCEVOLUME

(GALLONS) MANUFACTURER MODELET-1 HOT WATER 44.0 34.0 BELL & GOSSETT HFT-90V

ET-2 CHILLED WATER 30.0 30.0 BELL & GOSSETT ATF-12

NOTES:

1. SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.

NOTES:

1. SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.

NOTES:

1. SEE ELECTRICAL EQUIPMENT CONNECTION SCHEDULE FOR VOLTAGE INFORMATION.2. SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.3. PROVIDE WITH CONDENSATE NEUTRALIZER KIT FOR DISCHARGE INTO FLOOR DRAIN.4. PROVIDE WITH MANUFACTURER PROVIDED CONCENTRIC VENT KIT FOR DIRECT VENT INTAKE AND FLUE

PENETRATIONS THROUGH WALL.5. PROVIDE WITH FACTORY MOUNTED CONTROL PANEL WITH INTEGRAL SEQUENCES TO CONTROL BOILER,

BOILER PUMP, EMERGENCY SHUTOFF, ETC. PANEL SHALL BE BACNET COMPLIANT FOR CONNECTION BYCONTROLS SYSTEM.

GRAVITY VENTILATOR SCHEDULE

MARK CFM MANUFACTURER MODELGV-1 4600 GREENHECK FGR

GV-2 3000 GREENHECK FGR

NOTES:

1. SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.2. REFER TO ELECTRICAL DRAWINGS FOR VOLTAGE INFORMATION.3. PROVIDE UNIT HEATERS WITH FIELD INSTALLED DISCONNECT

SWITCH.



02/18/2016

UNIT HEATER SCHEDULE

MARK TOTAL KW MANUFACTURER MODELUH-1 1.8 MARKEL 5600

UH-2 1.8 MARKEL 5600

NOT TO SCALEM-002

1 INTAKE LOUVER CAP INSTALLATION DETAIL

NOT TO SCALEM-002

2 INTAKE LOUVER INSTALLATION DETAIL

NOT TO SCALEM-002

3 GRAVITY VENTILATOR INSTALLATION DETAIL

NOTES:

1. ALUMINUM CONSTRUCTION WITH ALUMINUM INSECT SCREEN.

a. NEW FILTERS PRIOR TO FINAL COMPLETION.b. INSTALL COMPONENTS AND CONTROLS NECESSARY FOR DEMAND CONTROL VENTILATION INCLUDING CO2 SENSORS. SEE SCHEMATIC FOR ADDITIONAL INFORMATION.c. REHEAT COILS SHALL BE REMOVED FROM UNITS, PIPE PENETRATIONS AND UNIT CASING SHALL BE SEALED.d. INSTALL MOTORIZED DAMPERS IN OUTSIDE AIR AND RETURN AIR STREAMS.e. INSTALL COMPONENTS AND CONTROLS NECESSARY FOR DRY BULB ECONOMIZER CONTROL.f. INSTALL DUCT MOUNTED SMOKE DETECTORS IN SUPPLY AND RETURN DUCTS.g. PROVIDE AND INSTALL EBTRON GTx116-P+ OUTSIDE AIR MONITORING STATIONS, FIELD INSTALL IN THE UNIT INTAKE HOODS OR DUCT AS APPROPRIATE.h. FAN MOTORS SHALL BE REPLACED WITH INVERTER DUTY TYPE, ALLOWING VARIABLE SPEED OPERATION. VERIFY SIZE AND HP TO BE INSTALLED IN EXISTING CABINETi. (E) AH-4 COOLING COIL SHALL BE REPLACED WITH TRANE DUWB40, 8-ROW, UW, DELTA FLO E COIL MATCHING CAPACITIES INDICATED ABOVE, SIZED TO FIT IN EXISTING AIR HANDLER. FIELD VERIFY BEFORE ORDERING.j. (E) AH-1 COOLING COIL SHALL BE REPLACED WITH TRANE DW0B48, 6-ROW, W, PRIMA-FLO E COIL MATCHING CAPACITIES INDICATED ABOVE, SIZED TO FIT IN EXISTING AIR HANDLER. FIELD VERIFY BEFORE ORDERING.k. (E) AH-2 COOLING COIL SHALL BE REPLACED WITH TRANE DW0B36, 6-ROW, W, PRIMA-FLO E COIL MATCHING CAPACITIES INDICATED ABOVE, SIZED TO FIT IN EXISTING AIR HANDLER. FIELD VERIFY BEFORE ORDERING.

NOTES:

1. SEE ELECTRICAL EQUIPMENT CONNECTION SCHEDULE FOR VOLTAGE INFORMATION.2. SEE SPECIFICATIONS FOR ADDITIONAL INFORMATION.3. VFD'S SHALL BE FURNISHED BY CONTROL'S CONTRACTOR AND INSTALLED BY ELECTRICAL CONTRACTOR.4. HWP AND CWP PUMP MOTORS SHALL BE INVERTER DUTY RATED.

NOTES:

H = FAN STATIC PRESSURE (IN. W.C.) + 1"3.

J"

ACCESSIBLE FOR CLEANING.

2. "RUNNING" TYPE TRAPS SHALL BE UNACCEPTABLE.

1. LOCATE TRAPS SO AS TO BE

PIPE FULL SIZE OFUNIT DRAIN

H"

UNIT CASING

SCREWED CAP

OPEN END (VENT)

J = H/2 (MINIMUM)

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 D

D

BRANCH DUCT

BRANCH DUCT

BRANCH DUCT

TRUNK

DUCT

TRUNK DUCT

DIRECTION OF

AIR FLOW

DIRECTIONOF AIRFLOW

BRANCH DUCT

TRUNK

DUCT TRUNK

DUCT

ROUND METAL BRANCH DUCTSAME SIZE AS VAV CONNECTIONUNLESS NOTED OTHERWISE

HANGER RODS ORSTRAPS UP TOSTRUCTURE

AIR TERMINAL UNIT

HOT WATER COIL

TAKE-OFF FITTING

EXISTING SUPPLYAIR TRUNK

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

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 HANGER

TYPE 1 - SEE SPECIFICATIONS

ADJUSTABLE CLEVIS HANGER

TYPE 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

NOTES:

OTHER OBSTACLE

DUCT SEALANT

DUCT CLAMP

FLEXIBLE DUCTWORK

SUSPENDED CEILING

DUCTWORK OR

SLAB

FLAT OVAL CONNECTION

SQUARE CEILING

DIFFUSER

SUPPLY AIRPLENUM

1. THIS DETAIL SHALL APPLY TO CEILING OUTLETS AND INLETS THAT ARE LOCATEDBELOW DUCTWORK OR OTHER OBSTACLES WHERE CLEARANCES ARE MINIMAL.

2. THE SIZE OF THE SUPPLY AIR PLENUM SHALL BE A MINIMUM OF 1" LARGER IN HEIGHTAND WIDTH THAN THE FLAT OVAL DUCTWORK CONNECTION.

3. THE SUPPLY AIR PLENUM IS REQUIRED TO BE INSULATED. THE PLENUM/DIFFUSERCONNECTION SHALL BE SEALED 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:

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

RECTANGULAR

BRANCH 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 TAKOFF FROM MAIN TRUNK DUCT.

NOTES:

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

NYLONCLAMP

NYLON CLAMP

DUCT WRAP OVERENTIRE DIFFUSER

LAY-IN CEILINGSUPPLY DIFFUSER

PREINSULATEDFLEX. DUCT

DUCT WRAP (TYP.)

OPPOSED BLADEDAMPER

NYLON CLAMP

LAY-IN RETURNAIR GRILLE

RETURN AIRBOX W/LINER

NYLON CLAMP

PREINSULATEDFLEX. DUCT

DUCT WRAP (TYP.)

MANUAL DAMPER

ROUND METAL DUCT

TAKE-OFF FITTING

SUPPLY 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.

MANUAL DAMPER

PROVIDE YOUNG REGULATOR REMOTE DAMPER CONTROLLER FOR EACH DIFFUSER AND GRILLELOCATED IN AREAS WITH INACCESSIBLE CEILINGS. LOCATE CONTROLLER IN A CONCEALED,ACCESSIBLE LOCATION.

3.

MOTOR ACCESS AND AIRENTRAINMENT OPENING

BOLTED ANDGASKETEDACCESS PANEL

ISOLATIONDAMPER

LIFT LUG

DRAIN HOLE1"COUPLING

SEISMIC/WIND LOADAND VIBRATION ISOLATIONENGINEERED ROOF CURB

WEATHERHOODAND DAMPER

ACTUATOR COVERWITH BIRDSCREEN

DRAIN CONNECTION1"COUPLING

ROOF LINE

BYPASSDAMPER

PRIMARYAIR

BYPASS AIR

CHEMICAL RESISTANTFLEXIBLE CONNECTOR

TRANSITION ASREQUIRED

WELDED STAINLESSSTEEL EXHAUST DUCTFROM ASSOCIATEDFUME HOOD, SEEDRAWINGS

MECHANICALLY FASTEN ROOFCURB TO STRUCTURE PERSEISMIC RECOMMENDATIONS

LOCATE AIRFLOWMONITORINGSTATION CLOSE TO LABHOOD AS INDICATEDON HVAC PLANS,ACCESSIBLE FROMABOVE LAB CEILING

PROVIDE SEISMIC BRACING ASRECOMMENDED BY SEISMICENGINEER. SEE SEISMICCHART, M001, FOR MOREINFORMATION.

SUPPLY WATER

G

BOILER PUMPASSEMBLY SEEDETAIL (TYP)

6" CONCRETE PAD, TYP.

GROUND JOINT UNION

B-1

THERMOMETER TYP.

G

3"

B-2

FROMSYSTEM

RETURN WATER

3"

2"

CHECKVALVE (TYP)

LOW WATER CUT-OFF

SWITCH, TYP.

PRESSURE TEMPERATURE

GAUGE TYP.

STRAINER TYP.

FOR CONT.

SEE PLUMBING PLANS.

6" DIRT LEG,(TYP)

PIPE RELIEF VALVE

DISCHARGE FULL SIZE

TO FLOOR DRAIN,

TYP.

SHUTOFF VALVE(TYP)

PVC GASVENT THRU SIDEWALL,TYP. SEE PLANS.

P&T

P&T

NOTES:

1. FOR ACTUAL SIZES AND LOCATIONS OF PIPING AND OTHER CONNECTIONS TO THE BOILER, SEE APPROPRIATE DIMENSIONAL DRAWING.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. RELIEF VALVE SHOULD BE PIPED VERTICALLY TO A HEIGHT 18"ABOVE FLOOR.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 ELECTRICCONNECTIONS (SERVICE SWITCHES, CONDUIT BOXES) SHOULD LIKEWISE BE 6" AWAY FROM SIDE PANELS.4. REFRENCE PLUMBING DOCUMENTS FOR NATURAL GAS PIPING DIAMETER, ROUTING AND REQUIREMENTS. COORDINATE WITH PC.

MAX LENGTH OF 12"

MANUAL GAS SHUTOFF VALVE W/1/8" NPT PLUGGED TAPPING, TYP.

GAS PRESSUREREGULATOR TOMAINTAIN 4" WC,(TYP).

TO PUMP SUCTION

2"

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 TO WATERLOOP. CONNECT TODISCHARGE SIDE OF PUMPS.

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

CHECK VALVE

BALL VALVE(TYP.)

1/2" DRAINVALVE

FINISHED FLOOR

HOSE CONNECTION

CHEMICAL SHOT FEEDER

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

MULTIPORT PRESSUREINDICATOR (4-PORT)

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

DRAIN: TERMINATENEAR F.D.TRANSITION TO LINE

SIZE AS INDICATED ONPLANS DIRECTLY OFFCONNECTION TO PUMP(TYPICAL)

TO SYSTEM

WHERE REQ'D AN ADDITIONAL PUMP SUPPORTBRACKET MAY BE PROVIDED. PUMP SUPPORTSMUST BE INSTALLED IN SUCH A WAY AS TO NOTCREATE ANY STRESSES ON PUMP COMPONENTS.PUMP SUPPORTS SHALL NOT BE SO RIGIDLYMOUNTED THAT IT LIMITS THE PUMPS ABILITY TOMOVE WITH PIPE EXPANSION MOVEMENT.

VERTICAL INLINE PUMP

9" INDUSTRIAL THERMOMETER W 3/4"NPT COPPER WELL

INSTALLER IS RESPONSIBLE FORINSTALLING AND SUPPORTING THEVERTICAL INLINE PUMP PER THEMANUFACTURER'S RECOMMENDEDINSTALLATION INSTRUCTIONS.

TRIPLE DUTY VALVE

DOUBLE SPHERE EPDMFLEXIBLE PIPECONNECTOR (TYPICAL)

FROM SYSTEM

PIPE HANGERS (SPRING

& NEOPRENE TYPE)

STRAINER (LINE SIZE) W/HOSE ENDED BLOWDOWNVALVE / DRAIN

ISOLATION VALVE

SPRING TYPE PIPEHANGERS, SECURETO STRUCTURE

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

5/3

1/2

016 1

1:1

5:3

7 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

KTD

WDB

HVAC DETAILS

M-003



NOT TO SCALEM-003

6 CONDENSATE DRAIN TRAP INSTALLATION DETAIL

NOT TO SCALEM-003

1 ROUND DUCT BRANCH TAKE OFF DETAIL

NOT TO SCALEM-003

7 TYPICAL VAV INSTALLATION DETAIL

NOT TO SCALEM-003

4 MECHANICAL PIPE SUPPORT DETAIL

NOT TO SCALEM-003

5 CEILING DIFFUSER/GRILLE & DUCT OBSTRUCTION DETAIL

NOT TO SCALEM-003

2 TYPICAL DUCT TAKE OFF INSTALLATION DETAILNOT TO SCALE

M-003

3 TYPICAL DIFFUSER/GRILLE INSTALLATION DETAIL

NOT TO SCALEM-003

10 LAB EXHAUST FAN INSTALLATION DETAILNOT TO SCALE

M-003

9 BOILER PIPING DETAILNOT TO SCALEM-003

8 CHEMICAL TREATMENT INSTALLATION DETAIL



02/18/2016

NOT TO SCALEM-003

11 PUMP_INLINE PUMP DETAIL

NOTES:

24" DIA. MIN.

GRADE

1. COVER WITH LANDSCAPE AFTER INSPECTION IS COMPLETED.

CONDENSATE DRAIN LINE

HOLE IN GROUND24" DIAMETER MIN.BY 24" DEEP MIN.FILLED WITH CRUSHEDSTONE 1/2" TO1 1/2" SIZE.

2. CONTRACTOR SHALL VERIFY THAT THE PRIMARY CONDENSATE DRAIN LINE IS IN WORKINGORDER BY RUNNING WATER DOWN THRU THE DRAIN LINE FROM THE POINT OF THE COILCONNECTION.

3. DRAIN LINE SHALL TERMINATE 6" ABOVE FINISHED GRADE OVER TOP OF THE DRAIN PIT.

TABLE 4-1 RECTANGULAR DUCT HANGERS MINIMUM SIZE

1-1/2"X16GA.

1-1/2"X16GA.

3/4"-3000 LBS.5/8"-2000 LBS.1/2"-1250 LBS.

1/4"-270 LBS.3/8"-680 LBS.

1-1/2 " X 16 GA. - 1100 LBS.

1" X 22 GA. - 260 LBS.1" X 20 GA. - 320 LBS.

1" X 16 GA. - 700 LBS.1" X 18 GA. - 420 LBS.

1-1/2" X 16 GA. -TWO 3/8" DIA.PLACE FASTENERS IN SERIES, NOT SIDE BY SIDE.

1" X 16 GA. - TWO 1/4" DIA.1" X 18,20,22 GA. - TWO #10 OR ONE 1/4" BOLT

WIRE OR ROD (DIA.)STRAP

SINGLE HANGER MAXIMUM ALLOWABLE LOADWHEN STRAPS ARE LAP JOINEDUSE THESE MINIMUM FASTENERS

SPECIAL ANALYSIS REQUIRED

1/4"

1/4"

1" X 18 GA.

1" X 16 GA.

1" X 20 GA.

1" X 22 GA.

12 GA. (.106")1" X 22 GA.

1/4"1" X 22 GA.

3/8"

3/8"3/8"

3/8"

3/8"

1" X 22 GA.

3/8"

1/4"

1" X 22 GA. 12 GA. (.106")

1" X 20 GA.

1" X 18 GA.

1" X 16 GA.

1" X 16 GA.

3/8"1" X 16 GA.

3/8"

1/2"

1" X 18 GA.

1/2"

1/4"1" X 20 GA.

10 GA. (.135")1" X 22 GA.

1/2"

1-1/2"X16GA.

NOT GIVEN

1-1/2"X16GA.

1" X 16 GA.

1" X 18 GA.

WIRE/RODSTRAPWIRE/RODSTRAPWIRE/RODSTRAPWIRE/RODSTRAP

PAIR AT 4FT. SPACINGPAIR AT 5 FT. SPACINGPAIR AT 8 FT. SPACINGPAIR AT 10 FT. SPACING

P/2= 192"

P/2=193" UP

1/2"P/2= 168"

P/2= 30"10 GA. (.135")1" X 22 GA.

P/2= 72" 3/8"

1/2"P/2= 120"

P/2= 96" 3/8"

HANGERSTRAPS

60" MAX.

SCREWS

SCREWS MAY BEOMITTED IF HANGER LOOPS

1" MIN.

MAXIMUMHALF OF

DUCTPERIMETER

INTEGRAL 1" 14 GAUGEGALVANIZED LIPPED STEELMOUNTING CHANNEL

PIPE CLAMP. SIZEAS REQUIRED

REFER TO PLANS FORQUANTITY & SIZE OF PIPES

GALVANIZEDTHREADED ROD, (TYP)

UV-INHIBITED RUBBER BLOCK,LENGTH AS REQUIRED

LOCKING SQUAREWASHER & LOCKNUT

NOTE:

1. NO ROOFING PENETRATIONS SHALL BE REQUIRED.

LINING (1 PCF DENSITY)1" INTERIOR ACOUSTICAL

LAY-INRETURN REGISTER

CEILING T-BAR

DUCT SIZE SAMEAS TERMINAL

CEILING TILE

16"

OR OTHER OBSTRUCTIONSTO CLEAR LIGHTS, PIPING3" OR HEIGHT REQUIRED

CONNECTION

2'-0" (MIN)

RETURN GRILLEDEPTH SAME AS

22 GAUGE (MIN)SHEETMETAL

SKIN

CEILING TILE

SUPPORT FROM STRUCTURE

WITH SHEETMETAL STRAPS

(TYP)

DUCT IS OPEN TO

ABOVE CEILING

PLENUM SPACE

BUILT UP ROOFING

SECURE ROOF RAIL TO STRUCTURE

PER SEISMIC SUBMITTAL

PRESSURE TREATED WOOD NAILER.

ROOF RAIL SHALL EXTEND

8" MINIMUM ABOVE FINISHED ROOF.

SUPPORTED EQUIPMENT

SECURE ROOFTOP

EQUIPMENT TO RAIL PER

SUBMITTAL REQUIREMENTS.

ROOF RAIL SHALL BE CERTIFIED BY SEISMIC ENGINEER.

ROOF RAIL SHALL BE SEISMIC / WIND RATED

DRAIN VALVE

TO DDC CONTROL SYSTEM

WATER COIL

ISOLATION VALVE

(TYP.)

MOTORIZED MODULATING

2-WAY CONTROL VALVE (BY

CONTROLS CONTRACTOR)

AUTOMATIC FLOW CONTROLSVALVE WITH TEST PORTS

FITTING WITH PRESSURE/

TEMPERATURE TEST PLUG

(TYPICAL)

STRAINER

W/BLOWDOWN

VALVE & CAP

PROVIDE BYPASS LINE WITHVALVE FOR FLUSHING SYSTEM.VALVE SHALL BE CLOSED ANDHANDLE REMOVED ATCONCLUSION OF FLUSHING

NOTE:INSTALL AN ISOLATION VALVE AT EACHCONNECTION TO COIL FOR MULTIPLECOIL CONNECTIONS

FLEXIBLE CONNECTIONS

790-100

107A

PRESSURE RELIEF VALVE

AIR VENT

SUCTION

TO PUMP

FROM SYSTEM

TAG

1

1

MANUF

B&G

B&G

MODEL

NUMBERDESCRIPTION

LOW CAPACITYAIR VENT

PRESSURE GAUGEW/NEEDLE VALVE

AIR CHARGING VALVE -PRESSURIZE DRY TANKEQUAL TO FILL VALVEPRESSURE

EXPANSIONTANK

RELIEF VALVE - (WHENNOT PROVIDED ON HEATTRANSFER DEVICE) PIPEDTO FLOOR DRAIN

DRAIN BALL VALVE W/HOSE CONNECTION

UNDERSLUNG CONNECTION CREATESTHERMAL TRAP (12" MIN. DROP)

SYSTEM CONNECTION -(CONNECT TO SIDE ORBOTTOM OF MAIN HEADER)

BRACKET SUPPORTS WITHOVERHEAD SUPPORTS

SHUT-OFF VALVES

FLANGEDCONNECTION

(TYPICAL)

AIR SEPARATOR

TIE IN MAKE-UP WATER LINEFROM DOMESTIC WATERSERVICE AND PRESSUREREDUCING VALVE

BLOWDOWN & DRAIN VALVEWITH HOSE CONNECTION

3/4

" C

6" THICK

CLEARANCE

1" OPERATING

CONCRETE PAD

FILL BASE WITH 3500 PSICONCRETE

EQUIPMENT ANCHORBOLT TEMPLATE

CHANNEL PERIMETERFRAME

ISOLATOR SUPPORT CLIP

STABLE SPRING ISOLATOR

HOOKS AND REINFORCINGAS REQUIRED

CONTINUOUS THREADED ROD

HEIGHT ADJUST

LATERAL ADJUST SPACER BRACKET

STEEL SLIDE CHANNEL

DUCT SLIDE ASSEMBLY

SUPPORT BRACKET(WELDED TO CHANNEL)

LAG BOLT

RECTANGULAR DUCT SUPPORT

PROVIDE STRAPS AS NEEDED BYWIND CALCULATIONS

WIND RATED ROOF RAIL

GALVANIZEDSUPPLY/RETURN DUCT

2"x18 GA DUCT STRAP

SEE ARCHITECTURALDRAWINGS FOR FLASHINGREQUIREMENTS

1.5" PHENOLIC FOAMINSULATION 2.5 LB./CU. FT.

ALUMINUM JACKET OVERLAPSEAMS BY 6"

NOTES:1. MULTIPLE DUCTS MAY BE SUPPORTED BY SINGLE RAIL.2. STRAP DUCT/INSULATION ASSEMBLY TO TUBE SUPPORT PER WIND LOAD ENGINEERING CALCULATIONS.3. ENCLOSE ASSEMBLY WITH ALUMINUM JACKET. SECURE JACKET WITH STAINLESS STEEL SCREWS. LOCATE

LONGITUDINAL SEAMS ALONG THE BOTTOM OF THE DUCT ASSEMBLY. CAULK ALL JOINTS WITH CLEAR SILICONE CAULK.

ELECTRIC CONDUIT

BACK DRAFT DAMPER

VIBRATION ISOLATOR

ROOF CRICKET

NONFUSEDDISCONNECT SWITCH

SECURE FAN TO CURBWITH CADMIUM PLATEDSTEEL SCREWS AT EACHCORNER

FOAM RUBBER GASKETAPPLIED TOUNDERSIDE OF FANCURB CAP

SEISMIC / WIND CURB TO MATCHROOF SLOPE. INSTALL CURBIN ACCORDANCE WITHINSTRUCTIONS.

ATTACH DUCT TO ROOF CURB WITHGALVANIZED SCREWS 6" ON CENTERS

STEEL SUPPORTS

NOTE:

1. COORDINATE ROOF WORK WITH ARCHITECTURAL PLANS AND ROOFINGCONTRACTOR.

2. COORDINATE ROOF SLOPE WITH ARCHITECTURAL PLANS AND FIELD VERIFY.3. BACKDRAFT DAMPERS SHALL BE INSTALLED SUCH THAT DAMPERS OPEN ONLY ONCE

FAN IS ENERGIZED.

ROOF DECK

FLASHING AND COUNTER FLASHING

1" OPER.

CLEARANCE.

TO SYSTEM

FROM SYSTEM

PIPE HANGERS(SPRING &NEOPRENE TYPE)

ISOLATION VALVE

WAFER STYLE SWING CHECK VALVE

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

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

SUCTION DIFFUSER WITH STRAINER

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 COUPLER GUARD

MULTIPORT PRESSUREINDICATOR (4-PORT)

ISOLATION VAVE(BUTTERFLY VALVE TYP.)

DOUBLE SPHERE EPDM FLEXIBLEPIPE CONNECTOR (TYPICAL)

TRANSITION TO LINE SIZE ASINDICATED ON PLANS DIRECTLY OFFCONNECTION TO PUMP (TYPICAL)

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

5/3

1/2

016 1

1:1

5:3

9 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

KTD

WDB

HVAC DETAILS

M-004



NOT TO SCALEM-004

1 DRAIN PIT DETAILNOT TO SCALE

M-004

2 SUPPORT DETAIL

NOT TO SCALEM-004

10 ROOF PIPING SUPPORT DETAIL

NOT TO SCALEM-004

6 RETURN REGISTER INSTALLATION DETAIL

NOT TO SCALEM-004

11 ROOF RAIL DETAILNOT TO SCALE

M-004

8 AHU & VAV COIL PIPING DETAIL

NOT TO SCALEM-004

5 AIR SEPARATOR AND EXPANSION TANK PIPING DETAIL

NOT TO SCALEM-004

9 INERTIA BASE DETAIL

NOT TO SCALEM-004

3 ROOF MOUNTED DUCT SUPPORT/INSULATION DETAIL



02/18/2016

SCALE: NOT TO SCALEM-004

7 ROOF EXHAUST FAN INSTALLATION DETAIL

NOT TO SCALEM-004

4 END SUCTION PUMP DETAIL

T

T P

P CHS

CHR

M

TS

VAV POINTS LISTAHU POINTS LIST

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

SEQUENCE OF OPERATION: AIR HANDLING UNIT

VAV BOX WITH HOT WATER REHEAT COIL:

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 SPACE

TEMPERATURE BELOW NIGHT LOW LIMIT SETPOINT (ADJ.), THE VAV CONTROLLER WILL REQUEST AHU FAN

OPERATION. UPON PROOF OF AHU OPERATION, VAV HEATING SHALL BE ENABLED AND VAV BOX PRIMARY AIR

DAMPER SHALL MODULATE OPEN TO MAINTAIN HEATING CFM SETPOINT (ADJ.) AND HEATING SHALL BE

ADJUSTED AS REQUIRED TO MAINTAIN THE SPACE NIGHT LOW LIMIT SETPOINT. ON A RISE IN SPACE

TEMPERATURE, THE REVERSE WILL OCCUR

AFTER HOURS OPERATION:

EACH VAV ZONE MAY BE OVERRIDDEN INTO OCCUPIED MODE. DURING AFTER HOURS OPERATION, VAV BOX

SHALL MAINTAIN OCCUPIED HEATING AND COOLING SETPOINTS.

OCCUPIED MODE :

IN OCCUPIED MODE, THE PRIMARY AIR DAMPER WILL BE ENABLED TO MODULATE TO MAINTAIN MINIMUM

COOLING 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.). THE

CONTROLLER WILL COMPARE THE COOLING SETPOINT WITH THE SPACE TEMPERATURE AND DETERMINE THE

DESIRED AIRFLOW QUANTITY BETWEEN MAXIMUM AND MINIMUM AIRFLOW SETTINGS. ON A FALL IN SPACE

TEMPERATURE, THE PRIMARY AIR DAMPER WILL MODULATE CLOSED TO MAINTAIN MINIMUM COOLING CFM

SETPOINT. IF SPACE TEMPERATURE CONTINUES TO FALL BELOW SPACE HEATING SETPOINT (ADJ.), THE

PRIMARY AIR DAMPER SHALL MODULATE TO MAINTAIN HEATING CFM SETPOINT (ADJ.) AND THE HOT WATER RE-HEAT

COIL WILL BE INDEXED AS REQUIRED TO MAINTAIN HEATING SETPOINT. ON A RISE IN SPACE TEMPERATURE,

THE REVERSE WILL OCCUR

VAV AIR HANDLING UNIT

PROVIDE UNIT WITH A MICROPROCESSOR BASED PROGRAMMABLE CONTROLLER CAPABLE OF

STANDALONE OPERATION OR AS DIRECTED BY THE ENERGY MANAGEMENT SYSTEM (EMS). THE UNIT MOUNTED

CONTROLLER SHALL MONITOR AND CONTROL THE UNIT. THE CONTROLLER SHALL HAVE A HUMAN INTERFACE

PANEL 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 CONTROLLED

THROUGH THE EMS. WHEN THE SWITCH IS IN THE "HAND" POSITION, THE SUPPLY FAN WILL RUN AND THE

FAN SPEED WILL BE CONTROLLED THROUGH A MANUAL SPEED ADJUSTMENT INTEGRAL TO THE VFD. WHEN

THE SWITCH IS IN THE "OFF" POSITION, THE SUPPLY FAN AND DRIVE WILL REMAIN OFF. WHEN THE STARTING

CIRCUIT IS ACTIVATED BY THE EMS OR BY PLACING THE SELECTOR SWITCH IN "HAND" POSITION, THE VFD

WILL START UNLOADED AND WILL RAMP UP TO SPEED AS PROGRAMMED INTO THE VFD'S SAFETY CIRCUIT.

UNOCCUPIED MODE : IN UNOCCUPIED MODE, UNIT SUPPLY FANS WILL BE INDEXED OFF AND WILL

REMAIN OFF UNTIL THE START OF AN OCCUPIED CYCLE OR A CALL FROM THE VAV ZONES FOR NIGHT SET-UP

OR SET-BACK OPERATION. THE OUTSIDE AIR CONTROL DAMPER WILL REMAIN CLOSED TO OUTSIDE AIR DURING

UNOCCUPIED, NIGHT SET-UP AND SET-BACK OPERATION. DURING NIGHT SET-BACK OPERATION THE

DISCHARGE AIR TEMPERATURE SHALL BE SET AT 60 DEGREES F (ADJ.). ALL FURTHER SPACE HEATING SHALL

BE 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 SHALL

OPERATE IN THE OCCUPIED MODE FOR 4 HOURS.

OCCUPIED MODE : IN OCCUPIED MODE, THE SUPPLY FAN WILL BE ENABLED TO RUN THROUGH THE VARIABLE

FREQUENCY 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 AIRFLOW

MONITORING STATION. IN OCCUPIED MODE, THE OUTSIDE AIR DAMPER WILL BE MODULATED TO MAINTAIN

RETURN AIR CO2 SETPOINT AS SENSED BY THE DUCT MOUNTED CO2 MONITOR. WHEN THE CO2 SENSOR

SENSES A CO2 CONCENTRATION OF 400 PPM, THE OUTDOOR AIR DAMPER SHALL BE AT THE MINIMUM

POSITION. AS CO2 CONCENTRATION LEVELS RISE, THE DAMPER SHALL MODULATE OPEN. THE DAMPER SHALL

BE AT THE FULL OPEN POSITION WHEN CO2 LEVELS EQUAL 1100 PPM. MINIMUM OUTSIDE AIR DAMPER

POSITION SHALL BE ESTABLISHED DURING SYSTEM AIR BALANCE.

DISCHARGE AIR TEMPERATURE CONTROL (RESET PROGRAM) : DISCHARGE AIR TEMPERATURE FROM THE UNIT WILL

BE RESET IN ACCORDANCE WITH THE RESET SCHEDULE. THE CONTROLLER WILL MODULATE FLOW OF

CHILLED WATER TO MAINTAIN THE TEMPERATURE OF THE AIR LEAVING THE COIL AT THE SETPOINT DETERMINED BY

THE 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 UPON

COOLING DEMAND FROM VAV ZONES ASSOCIATED WITH EACH AHU.

SUPPLY DUCT STATIC PRESSURE CONTROL : THE SUPPLY FAN VFD WILL BE MODULATED TO MAINTAIN THE

SUPPLY DUCT STATIC PRESSURE SETPOINT AS SENSED BY DUCT STATIC PRESSURE SENSOR LOCATED

DOWNSTREAM IN THE SUPPLY MAIN. UPON STARTUP, THE VFD WILL BE IN THE "UNLOADED" POSITION. THE

VFD SPEED WILL BE ADJUSTED THROUGH A CONTROL LOOP IN RESPONSE TO THE DUCT STATIC PRESSURE

SETPOINT. AS THE DUCT STATIC PRESSURE RISES ABOVE SETPOINT, THE FAN SPEED WILL BE REDUCED

THROUGH THE VFD SPEED SIGNAL CONTROLLER DOWN TO THE PROGRAMMED MINIMUM SPEED (ADJ.). AS THE

STATIC PRESSURE INCREASES ABOVE THE ACTIVE SETPOINT, THE FAN SPEED WILL BE INCREASED. DUCT

STATIC PRESSURE SETPOINT SHALL RESET BETWEEN AN ADJUSTABLE MINIMUM AND MAXIMUM SETPOINT. RESET

OF STATIC PRESSURE SETPOINT SHALL BE BASED UPON AIRFLOW DEMANDS FROM VAV ZONES. IF THE FAN

SPEED IS AT 100 PERCENT AND THE SUPPLY DUCT STATIC PRESSURE IS STILL BELOW SETPOINT, THE

DISCHARGE AIR TEMPERATURE RESET CONTROL LOOP WILL BE OVERRIDDEN TO DECREASE THE ACTIVE

DISCHARGE 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, THE

OUTSIDE AIR DAMPERS WILL REMAIN CLOSED, AND UNIT COOLING SHALL BE DISABLED. ALL BUILDING HEATING

WILL BE ACCOMPLISHED LOCALLLY AT THE REHEAT VAV TERMINAL UNITS. MORNING WARM-UP CYCLE SHALL

BE INITIATATED FROM VAV ZONES AS REQUIRED. AN ADJUSTABLE MINIMUM NUMBER OF VAV ZONES SHALL

REQUIRE MORNING WARM-UP BEFORE AHU SHALL BE STARTED.

MORNING COOL-DOWN CYCLE : IN THE MORNING COOL-DOWN CYCLE, THE AHU SUPPLY FAN START, OUTSIDE

AIR DAMPERS WILL REMAIN CLOSED, AND UNIT COOLING SHALL BE ENABLED. MORNING COOL-DOWN CYCLE

SHALL BE INITIATATED FROM VAV ZONES AS REQUIRED. AN ADJUSTABLE MINIMUM NUMBER OF VAV ZONES

SHALL REQUIRE MORNING COOL-DOWN BEFORE AHU SHALL BE STARTED. DISCHARGE AIR TEMPERATURE

CONTROL 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 CONTACT

WILL BE INPUT TO THE CONTROLLER TO INDICATE AN INTERNAL PROBLEM WITH THE SUPPLY FAN VFD. A

DUCT TEMPERATURE SENSOR DOWNSTREAM OF THE COOLING COIL SECTION WILL MONITOR SUPPLY AIR

TEMPERATURE FROM THE UNIT. A DUCT TEMPERATURE SENSOR IN THE MIXED AIR STREAM WILL MONITOR THE

MIXED AIR CONDITION UPSTREAM OF THE COIL.

SAFETIES: UPON A SIGNAL FROM THE DUCT-MOUTNED SMOKE DETECTOR, THE SUPPLY FAN WILL BE DE-ENERGIZED (HARDWIRED INTERLOCK), THE OUTSIDE AIR DAMPER WILL BE CLOSED, AN ALARM WILL BE DISPLAYEDAT THE OPERATOR'S WORKSTATION, AND THE FIRE ALARM SHALL BE ACTIVATED.

RETURNAHU

AIR

CHILLEDWATER

COOLINGCOIL

MIXINGBOX

M

M

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

VAV

BOX

FLOW RING SENSOR(BY VAV BOX MANUFACTURER)

VARIABLE FREQUENCY DRIVEVFD

HOT WATERREHEAT COIL

CO2 SENSORO

T

LOCATE 2/3OF THE WAYDOWN THELENGTH OFDUCT.

O

FIRE ALARMPANEL

PRESSURE SENSORP

T

STATIONAIR MONITORING

AI-1 AIR FLOW SENSOR

AI-2 SPACE TEMP SENSOR

AI-3 DAMPER POSITION

AI-4 SPACE CO2 SENSOR (SEE DRAWINGS FOR LOCATIONS)

AI-5 MINIMUM CFM

AI-6 MAXIMUM CFM

AO-1 DAMPER CONTROL

DO-1 ELECTRIC HEAT (AHU-2)

DI-1 AHU FAN STATUS (CURRENT)

AI-2 DISCHARGE AIR TEMP

AI-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 SETPOINT

AO-2 SUPPLY AIR TEMP SETPOINT

AO-3 OA MOTORIZED DAMPER

AO-4 RA MOTORIZED DAMPER

AI-4 OUTDOOR AIR FLOWRATE (CFM)

HWS

HWR

M

HOTWATER

PRE-HEATCOIL

M

ECONOMIZER: THE CONTROLLER SHALL MEASURE THE RETURN AND OUTDOOR AIR DRY BULB TEMPERATUREREADINGS, AND SHALL MODULATE THE ECONOMIZER DAMPERS IN SEQUENCE TO MAINTAIN A SETPOINT THATHAS LOWER OR EQUAL TEMPERATURE THAN THE SUPPLY AIR SETPOINT. THE OUTSIDE AIR DAMPERS SHALLMAINTAIN A MINIMUM POSITION AS INDICATED ON THE EQUIPMENT SCHEDULE.

THE ECONOMIZER SHALL BE ENABLED WHENEVER ALL OF THE FOLLOWING CONDITIONS HAVE BEEN MET:OUTSIDE AIR TEMPERATURE IN LESS THAN 55°F, OUTSIDE AIR TEMPERATURE IS LESS THAN THE RETURN AIRTEMPERATURE, AND THE SUPPLY FAN STATUS IS ON.

THE OUTSIDE AIR INTAKE DAMPER SHALL CLOSE WHENEVER ANY OF THE FOLLOWING OCCURS: THEFREEZESTAT IS ON, OR THE SUPPLY FAN STATUS IS OFF. THE OUTSIDE AND EXHAUST AIR DAMPERS SHALLCLOSE, AND THE RETURN AIR DAMPER SHALL OPEN WHEN THE UNIT IS OFF.

BAROMETRIC DAMPER SHALL BE SET DURING TEST AND BALANCING TO OPEN WHEN BUILDING BECOMESPRESSURIZED DURING ECONOMIZER MODE.

FREEZE STATF

F

FREEZESTAT

T

AMBIENT

HOT WATER RE-HEAT COILSHALL BE DISCONECTED,REMOVED, AND SEALED

FAN MOTOR SHALL BEREPLACED WITH INVERTERDUTY, ALLOWING VARIABLESPEED OPERATION. VERIFYSIZE AND HP TO BEINSTALLED IN EXISTINGCABINET

EXISTING AIR HANDLER

RELIEFAHU

DUCT MOUNTED SMOKE DETECTORS

BAROMETRIC DAMPER

S

FIRE ALARMPANEL

ADDITIONAL POINTS MONITORED BY THE BMS:• WATER HEATER WH-1, ALARM AND MONITORING• CIRCULATING PUMP HWC-1, CONTROL AND MONITORING• ELEVATOR SUMP PUMP SP-1, ALARM AND MONITORING

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

5/3

1/2

016 1

1:1

5:4

0 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

WDB

MAU

HVACCONTROLSDIAGRAMS

M-005



NOT TO SCALEM-005

1 AHU SCHEMATIC DIAGRAM AND SEQUENCE OF OPERATION



02/18/2016

3/4

"-D

RN

4"-

HW

S

M

M

VFD---

VFD---

M

0-100

AFV

0-100

HDSS

HDSS

INSIDEOUTSIDE

BY MCBY PC

SEE PLUMBING PLANS1"-DCW

B&G

MODEL 7

(SET @ 45

PSIG)

1"-NC BYPASS

0-100HIGH

CAPACITY

AIR VENT

0-100

LOW CAPACITY

AIR VENT

HDSS

B&G

MODEL 1170-75

(SET @ 75 PSIG)

FLEX-HOSE CO.

MODEL NNS

(TYP THIS DWG)

3/4"-DRN

SS FD

3"-

HW

S

HWP-1

HOT WATER PUMP

(OPERATING)

0-100

CMI

PSD

3"-

HW

S

SS

PIPE ALL PSD DRAINS TO

FLOOR DRAIN LOCATED AT

EACH PUMP (TYPICAL)

FD

3"-

HW

S

HWP-2

HOT WATER PUMP

(STANDBY)

0-100

CMI

PSD

3"-

HW

S

SS FD

3/4

"-C

HF

HOT WATER

SHOT FEEDER

(5 GALLONS)

HSF-1

8" COMBUSTION

AIR INTAKE (TYP)

8" FLUE

GAS

EXHAUST

0-100

0-100

1-1

/2"-

DR

N

1-1

/2"-

DR

N

BY BOILER

MANUFACTURER.

AFV

12"

(MAX)

3/4

"-D

RN

EXPANSION TANK

3"-HWS

2"-GAS

(PROVIDE MIN. 10' LENGTH

BETWEEN PRV & BOILER-TYP)

3"-HWR

2"-

HW

R

2"-

HW

S

3"-HWR

BOILER

CIRCULATING

PUMP BP-2

BOILER

CONTROL

PANEL

BCP-2

3"-HWS

BOILER

(LAG)

B-2

BOILER

CIRCULATING

PUMP BP-1

NORTH WALL INSIDEOUTSIDE

8" FLUE

GAS

EXHAUST

SLEEVE &

LINK SEAL

8" COMBUSTION

AIR INTAKE (TYP)

3/4

"-D

RN

EARTHQUAKE VALVE

BY BOILERMANUFACTURER

BY BOILERMFR. PROVIDEBACNET I/FACETO BMS

TO LOCAL DDC PANEL

OUTSIDE ABV GRADE

OA TEMPRESET

BOILER EMERGENCY

SHUTDOWN SWITCHBOILER

CONTROL

PANEL

BCP-1

1"-

DR

N

1-1

/2"-

DR

N

1-1

/2"-

DR

N2"-GAS

2"-

HW

R

2"-

HW

S

BOILER

(LEAD)

B-1

3"-HWS

3/4"-CHF

3"-HWS

INSIDE

OUTSIDE BELOW

GRADE

OUTSIDE

IN-LINE AIR

SEPARATOR

NATURAL GAS DISTRIBUTION

GAS PIPING, SEE PLUMBING

D

FSTI

TI

PI

PITIPI

FSTIPI

PRV

PRV

ES

TT

RV

PRV

RV

PI PI

PIPRV

PI

AAVAAV

RVTE

TT

TERMINAL UNIT HOTWATER COIL TYPICAL THISDRAWING

PIPE ALL INDICATED DRAINSTO HUB DRAIN (SEE PLANS)

CONTROLS CONTRACTOR SHALLPROVIDE DIFFERENTIAL PRESSURETRANSMITTER IN SYSTEM DISTRIBUTIONPIPING APPROX. 2/3 DISTANCE OF THELONGEST PIPE RUN.

AH

U P

RE

-HE

AT

CO

IL

GENERAL NOTES:1. THE WORK FOR THE HVAC CONTROLS SYSTEM WILL BEPERFORMED BY SIEMENS BUILDING TECHNOLOGIES UNDER DIRECTCONTRACT WITH COASTAL CAROLINA UNIVERSITY.

2. SEE SPECIFICATION SECTION 23 09 23 FOR DELINEATION OF WORK.

3. PROVIDE INSULATION AND JACKETING ON ALL EQUIPMENT.

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

M

VA

V R

E-H

EA

T C

OIL

MM

1"-

CW

S

3/4

"-D

RN

1"-DCW

1"-NC BYPASS

4"-

CH

WS

4"-

CH

WS

1"-

DR

N

CWP-1

CHILLED

WATER PUMP

(OPERATING)SS

PSD

FD

3/4

"-D

RN

0-100

FLEX-HOSE CO.

MODEL NNS

(TYP THIS DWG)

B&G

MODEL 7

(SET @ 45

PSIG)

B&G

MODEL 1170-75

(SET @ 75 PSIG)

HIGH

CAPACITY

AIR VENT

SEE PLUMBING PLANS

HDPIPE ALL PSD

DRAINS TO

FLOOR DRAIN

LOCATED AT

EACH PUMP

TYP.

SS

M M

LOW CAPACITY

AIR VENT

EXPANSION TANK0-100

3/4

"-D

RN

4"CHWR

4"CHWS4"CHWS

4"CHWS

BY PC BY MC

CWP-2

CHILLED

WATER PUMP

(STANDBY)

4"-

CH

WS

4"-

CH

WS

PSD

FD

CMI

VFD---

SS

CMI

VFD---

0-100

0-100

3/4"-DRN

D

RV

TT TTFE

BTU METER

T3

1/2" CIRCUIT SETTER BYPASS TO ALLOWMINIMUM FLOW AT ALL TIMES TO ALLOWT3 TEMPERATURE READING

NORMALLY CLOSED BYPASS

DP

40ºF 56ºF

CHWSFROMCAMPUSCEP

CHWRBACK TOCAMPUSCEP

T IN=42ºF

T OUT=54ºF

OUTSIDE INSIDE

FULL SIZE BYPASS

CONTROLS TOLOCAL DDCCONTROLLER

DDC

BUILDING LOOP DP TOCAMPUS CEP FOR MAINDISTRIBUTION UFDCONTROL

PRV PI

AAV

PI

AAV

PI PI

TO LOCAL DDC CONTROL PANEL

PIPE ALL INDICATED DRAINSTO HUB DRAIN (SEE PLANS)

CONTROL VALVE

TO LOCAL DDC PANEL

TYP.

CH

ILLE

D W

AT

ER

CO

IL

AH

U-3

CH

ILLE

D

WA

TE

R C

OIL

INLINE AIRSEPARATOR

M

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

CONTROLS CONTRACTOR SHALLPROVIDE DIFFERENTIAL PRESSURETRANSMITTER IN SYSTEM DISTRIBUTIONPIPING APPROX. 2/3 DISTANCE OF THELONGEST PIPE RUN.

CHILLED WATER AND HEATING HOT WATER SEQUENCE OF OPERATIONS:

CHILLED WATER:

THE CHILLED WATER SYSTEM PUMPS SHALL BE ENERGIZED THROUGH THE DDC CONTROLLER VIAOCCUPIED/UNOCCUPIED MODE THROUGH THE BUILDING ECMS. THE CHILLED WATER PUMPS AREREDUNDANT AND SHOULD NOT OPERATE AT THE SAME TIME. THE ECMS SHALL SCHEDULE/ROTATE THEPRIMARY PUMP AND STAND-BY PUMP ON A MONTHLY BASIS TO EQUALIZE RUN TIME HOURS.

THE CHILLED WATER PUMP SPEED SHALL BE CONTROLLED THROUGH THE VFD BASED ON THEDIFFERENTIAL PRESSURE SENSOR LOCATED IN THE CHILLED WATER DISTRIBUTION SYSTEM.

IN THE EVENT OF THE PRIMARY CHILLED WATER PUMP FAILURE THE ECMS SHALL ENERGIZE THE STAND-BYCHILLED WATER PUMP AND GENERATE AN ALARM AT THE OPERATOR'S WORKSTATION. THE CHILLEDWATER PUMPS SHALL PROVIDE PROOF OF OPERATION AT THE OPERATOR'S WORKSTATION THROUGH THEUSE OF A CURRENT SWITCH.

HOT WATER:

THE HOT WATER SYSTEM PUMPS AND BOILERS SHALL BE ENERGIZED TO PROVIDE HEATING TO SUPPLYAIR TERMINAL UNITS (VAVS) REHEAT COILS, FAN-COIL UNIT HEATING COILS, UNIT HEATER HEATING COILSAND AIR HANDLING UNIT PREHEAT COILS.

THE ECMS SYSTEM SHALL INTERFACE TO THE BOILER SYSTEM CONTROL UTILZING BACNET. THE ECMSSHALL ENABLE THE BOILER SYSTEM CONTROLLER. THE BOILER SYSTEM CONTROLLER SHALL CONTROLRESPECTIVE BOILER CIRCULATION PUMPS AND ALSO SHALL PROVIDE STAGING OF THE HEATING BASED ONBUILDING HOT WATER SUPPLY TEMPERATURE. A CONTROL VALVE LOCATED ON THE RETURN LINE OFEACH BOILER SHALL BE INTERLINKED WITH THE BOILER STAGING TO ISOLATE THE BOILER NOT INOPERATION (LAG BOILER). OUTDOOR TEMPERATURE RESET SCHEDULE SHALL BE CONTROLLED THROUGHTHE ECMS. THE ECMS SHALL MONITOR THE SYSTEM BOILER ALARMS AND RELAY/GENERATE ANY AND ALLSYSTEM ALARMS AT THE OPERATOR'S WORKSTATION.

THE SECONDARY BUILDING HOT WATER PUMPS SHALL BE CONTROLLED THROUGH THE ECMS. THE ECMSSHALL ROTATE THE PRIMARY AND STAND-BY HOT WATER PUMPS ON A MONTHLY BASIS TO EQUALIZE RUN-TIME HOURS. IN THE EVENT OF THE PRIMARY HOT WATER PUMP FAILURE THE ECMS SHALL ENERGIZE THESTAND-BY HOT WATER PUMP AND GENERATE AN ALARM AT THE OPERATOR'S WORKSTATION. THE HOTWATER PUMPS SHALL PROVIDE PROOF OF OPERATION AT THE OPERATOR'S WORKSTATION THROUGH THEUSE OF A CURRENT SWITCH.

THE HOT WATER PUMP SPEED SHALL BE CONTROLLED THROUGH THE VFD BASED ON THE DIFFERENTIALPRESSURE SENSOR LOCATED IN THE CHILLED WATER DISTRIBUTION SYSTEM.

A BOILER EMERGENCY SHUTDOWN SWITCH SHALL BE LOCATED AT EACH ENTRANCE TO THE MECHANICALSPACE ROOM.

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

5/3

1/2

016 1

1:1

5:4

1 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

WDB

MAU

HVACCONTROLSDIAGRAMS

M-006



NOT TO SCALEM-006

1 HEATING HOT WATER SYSTEM FLOW DIAGRAM

NOT TO SCALEM-006

2 CHILLED WATER SYSTEM FLOW DIAGRAM


1

(E) AH-1

(E) AH-2

(E) AH-4

1

1

2

3

4

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

0

N

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

8 16 24 32

SCALE: 1/8" = 1'-0"5/31/2

016 1

1:1

5:4

2 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

KTD

WDB

ROOF HVACDEMO PLAN

M-031



SCALE: 1/8" = 1'-0"M-031

1 ROOF HVAC DEMO PLAN

1

DEMOLITION KEYED NOTES

EXISTING AIR HANDLING UNITS AH-1, AH-2 AND AH-4 SHALL REMAIN. ALL ASSOCIATEDDUCT AND ACCESSORIES SHALL BE DEMOLISHED.

EXISTING EXHAUST FAN TO BE DEMOLISHED. (TYP.)

EXISTING ROOFTOP HVAC EQUIPMENT TO BE DEMOLISHED. (TYP.)

EXISTING DUCTWORK TO BE DEMOLISHED. (TYP.)

GENERAL DEMOLITION NOTES

1. UNLESS NOTED OTHERWISE, ALL EXISTING ROOFTOP EQUIPMENT, INCLUDINGMAKE-UP AIR UNITS, EXHAUST FANS, AIR-HANDLING UNITS, AND CONDENSINGUNITS, AND ALL ASSOCIATED DUCTWORK, CURBS AND ACCESSORIES SHALL BEDEMOLISHED. ALL EXISTING OPENINGS NOT BEING REUSED SHALL BE REPAIRED TOMATCH EXISTING ROOF.

2. WHILE ONLY THE ROOF PLAN IS INDICATED ABOVE, EXCEPT NOTED OTHERWISE,ALL MECHANICAL COMPONENTS ON THE FIRST AND SECOND FLOOR PLANS SHALLBE REMOVED. REFERENCE EXISTING ARCHITECTURAL FLOOR PLANS.

3. WHERE ROOFTOP EQUIPMENT IS BEING DEMOLISHED, CONTRACTOR SHALLPROVIDE MOISTURE-TIGHT SEALS ON CURBS AND ANY OTHER ROOFPENETRATIONS.

4. (2) FIRST FLOOR CHILLED WATER PUMPS AND ASSOCIATED VIBRATION ISOLATIONBASES SHALL BE SALVAGED AND TURNED OVER TO THE OWNER.

2

3

4

NOT TO SCALEM-031

2 EXISTING ROOF EQUIPMENT - 1

NOT TO SCALEM-031


NOT TO SCALEM-031



DN

DN

DN

DN

UP

DN

DN

GENERALCLASSROOM 1

102

GENERALCLASSROOM 2

104

PHYS. LAB &CREATE STORAGE

120

MECH. PUMP ROOM

126

PHYSICSENGINEERING

DESIGN RESEARCHLAB

124

PHYSICS FTFACULTY OFFICE 1

123D


123E


123F


123A


123B


123C

PHYSICSTUTORING

CENTER/OFFICESUITE

123

PHYS. SCALE UP 1

122

PHYS. SCALE UP 2

117

PHYS. TEACH PREP

116

PHYS. SCALE UP 3

112

PHYS.ELECTRONICS/

HARDWARE LAB

113

PHYS. MACHINESHOP

109

PHYS COMP.RESEARCH

111


121C

PHYSICS FTFACULTY OFFICE

10

114D


121B


11

114C

SHARED CONF.

108

PHYSICS OFFICESUITE

114


121A


13

114A

SHARED ADJUCTOFFICES

110

MEN'S TLT

105

SHARED MEETINGROOM

107

JAN.

103

UNISEX ADA TLT

106

UNISEX ADA TLT

118

WOMEN'S TLT

119

DATA

115

STAIR 1A

ST1A

STAIR 1B

ST1B

NORTH ENTRY

100

SOUTH ENTRY

102C

CORR.

101C.A

PHYS. ADV LAB /MAT. RESEARCH

125

PHYSICS OFFICESUITE

121


12

114B

VENDING

127

ELEC.

101

MENS TLTVESTIBULE

105.A

PHYSICSMAIL/COPY/FILE

STORAGE

128

ELEVATOR

100E

36"x18"

24"x14" 24"x14"

12"x

12"

16"x

12"

18"x

12"

1

1

1

1

1

1

1 12"x8"

18"x10"

22"x12"

16"x10"12"x8"

1

20"x14"

20"x10" 10"x10"

1

1

16"x10"

118"x10"16"x10"

1

1

16"x8" 10"x8"

3

175

PD208

75

PD206

165

PD208

175

PD208

145

PD208

85

PD206

145

PD208

125

PD208

380

PD210

140

PD208

90

PD206

85

PD206

405

PD212

405

PD212

425

PD212

425

PD212

425

PD212

425

PD212

425

PD212

425

PD212

400

PD212

400

PD212

400

PD212

400

PD212

75

PD206

75

PD206

325

PD210

180

PD208

160

PD208

160

PD208

140

PD208

120

PD208

105

PD206

130

PD208

35

PD106

465

PD212

465

PD212

430

PD212

445

PD212

440

PD212

75

PD206

325

PD210

325

PD210

135

SWS2

135

SWS2

4

290

SWS1

125

PD208ELEV. MACHINE

ROOM

101.A

B-2

B-1

HWP-1

HWP-2

CWP-1

CWP-2

250

LF222

75

LF222

50

LF222

200

LF222

50

LF111

FCU-1

FCU-2

FCU-3

VAV-124

VAV-123C

VAV-123B

VAV-123A

VAV-121

VAV-120

VAV-126

VAV-100

VAV-105

VA

V-1

07

VAV-108

VAV-109

VAV-110

VAV-111VAV-104

VAV-102VAV-125

VAV-122 VAV-117

VAV-112

VAV-113

VAV-114B

VAV-114A

VAV-119VAV-102C

100

PD206

WATER HEATER MANUFACTURER'SCONCENTRIC VENT KIT. INSTALL AT 13'-4" AFG.

WH-1

4" WH FLUE ANDAIR INTAKE

85

LF222

145

LF222

125

LF222

380

LF222

85

LF222

90

LF222

140

LF222

810

LF222

650

LF222

75

LF222

440

LF222

875

LF222

820

LF222

75

LF222

820

LF222820

LF222

100

LF222

775

LF222

775

LF222

180

LF222

160

LF222

160

LF222

140

LF222

225

LF222

175

LF222

75

LF222

165

LF222

175

LF222

145

LF222

5

400

LF222

485

LF222

FUME HOODS

10"ø

6"ø

12"ø

14"ø

8"ø

12"ø

24"x

12"

14"ø

12"ø

10"ø

10"ø10"ø

10"ø

24"x

12"

14"ø

8"ø

16"x

12"

14"ø

12"x

12"

14"ø

14"ø 14"ø

14"ø

20"x14" 20"x20"16"x12"

14"ø

14"ø

14"ø

16"ø

12"ø

325

LF222

8"ø

135

SWS2

135

SWS2

100

SDS50

100

SDS50

100

SDS50

100

SDS50

100

SDS50

100

SDS50

100

SDS50

100

SDS50

BP-1

BP-2

6

50"x14"

1

50"x14"

1

10"ø

12"ø

8"ø

10"ø

10"ø

10"ø

12"ø

10"ø

50"x20"

8"ø

10"ø

110

SDS50

165

SDS75

160

SDS75

165

SDR75

160

SDR75

7

8"ø

10"ø10"ø

12"ø

8"ø

T

T

T

T

T

T

T

T T T

T

T

T

T

T

T

T

TTTT

T T

T

T

T

395

PD212

T

VAV-101C

425

PD212 12"ø

FD

DDC

ET-1

ET-2

50"x14"

50"x14"

1

1

20"x12"

1

20"x12"

6"ø(TYP)

6"ø(TYP)

2

COMM.

115A

FD

FD

FD

20"x50"

12"x12"

100

LF222

18"x

12"

12"ø

8

1. CONTRACTOR SHALL COORDINATE WITH THE OWNER TO PROVIDE A METHODOF MARKING THE CEILING GRID TO INDICATE THE LOCATION OF THE VAV BOX.AN EXAMPLE WOULD BE A SMALL BLUE DOT ON THE CEILING GRID.

2. ALL COMPONENTS INSTALLED ABOVE THE CEILING SHALL BE PLENUM RATED.3. ALL RETURN GRILLES AND TRANSFER BOOTS SHALL BE PROVIDED WITH

MANUAL DAMPERS FOR BALANCING.

AM

ILI

LW

BAD E N

I

A

II

R

L L

DG

No.

TU

D

SIS

RE

TE

AA

30241RE

GE

ER

INEN

L

RCAHOR

P

SEF

OLN

S IOIN

OCERTI FICAT

EO F A U

T H

ORI ZATION

S

OUTH

CAROLINA

CONSULTING

ENGINEERS

DWG, INC.

No.C03649

0

N

CHECKED BY:

DRAWN BY:

DATE:

PROJECT:

REVISIONS:


1

A

2 3 4 5 6

B

C

D

E


WWW.LS3P.COM

TEL. 843.577.4444 FAX 843.722.4789


H17-9548-PD

8 16 24 32

SCALE: 1/8" = 1'-0"5/31/2

016 1

1:1

5:4

7 A

M

C:\

Users

\mg

allag

her\

Do

cu

men

ts\M

EP

_C

CU

Sm

ith

Scie

nce B

uild

ing

_2015_M

GA

LL

AG

HE

R@

DW

GIN

C.C

OM

.rvt

11257

05/31/16

KTD

WDB

FIRST FLOORHVACDUCTWORKPLAN

M-101



SCALE: 1/8" = 1'-0"M-101

1 FIRST FLOOR HVAC DUCTWORK PLAN

KEYED NOTES

1 PROVIDE TRANSFER OPENING IN WALL ABOVE CEILING ACCORDING TO SIZESHOWN ON DRAWINGS. PROVIDE A SHORT DUCT INTO SPACE WITH 90° FITTING TOLIMIT NOISE.

CONDENSATE ROUTED THROUGH NEUTRALIZER KIT TO FLOOR DRAIN.

AIR FLOW MONITORS ON LAB HOOD EXHAUST SHALL BE PROVIDED ANDINSTALLED BY CMI. FIRE CAULK SHALL BE PROVIDED WHERE LAB EXHAUST DUCTPENETRATES UP INTO CHASE.

DUCT IN MACHINE ROOM SHALL BE EXPOSED DOUBLE WALL. COORDINATE WITHARCHITECTURAL DRAWINGS FOR DUCT PAINTING COLOR.

INSTALL CONDENSING BOILER FLUE AND AIR INTAKE PER MANUFACTURER'SINSTALLATION INSTRUCTION AND RECOMMENDATIONS.

PROVIDE 20"x36" TRANSFER DUCT THROUGH SECOND FLOOR FOR TRANSFER OFRETURN AIR WITH FIRE DAMPERS.

DUCT IN SOUTH ENTRY AREA WILL BE PARTIALLY EXPOSED ABOVE FLOATINGCEILING. CONTRACTOR SHALL PAINT DUCT IN THIS AREA TO MATCHCEILING/STRUCTURE COLOR ABOVE.

PROVIDE BACKDRAFT DAMPER THAT ONLY ALLOWS AIR INTO THE LAB.

2

3

4

5

6

7

GENERAL NOTES



02/18/2016

3 OSE COMMENTS 04/15/2016

GENERAL NOTES

8

UP

DN

MATH CLASSROOM

206

WOMEN'S TLT

214

MATH RESEARCHLAB

208

MATH STUDENT

207

LECTURE OFFICE 1

207B

PSYCH. FTFACULTY OFFICE

10

217A

MEN'S TLT

204

TENURE OFFICE 7

205BLECTURE OFFICE 5

218N

PSYCH. OFFICESUITE

210

PSYCH. CHAIRSOFFICE

210B

PSYCH. FTFACULTY OFFICE 3

217K

UNISEX ADA TLT

213

STAIR 2A

ST2A

STAIR 2B

ST2B

ADMIN OFFICE

218Q

ELEC.

203JAN.

201

MATH CHAIR

218P

LAB MONITOR

216H

WAITING

211

VIDEO GAMING

216G

INTERVIEW ROOM

211A

OBSERVATIONROOM

211B

OBSERV. VIEWING

216I

VIDEO PRESENT/CONF.

216F

OBSERVATIONROOM

216E

PHYSIOLOGICALROOM

216C

TESTING

216B

TESTING

216A


217B

STOR.

216D

DATA

212

PSYCHOLOGYSUITE

216

GENERALCLASSROOM 3

219

TENURE OFFICE 5

207F

TENURE OFFICE 4

207E

LECTURE OFFICE 2

207G

TENURE OFFICE 2

207C

TENURE OFFICE 1

207A

TENURE OFFICE 6

207H

LECTURE OFFICE 4

205A

TENURE OFFICE 8

218O

LECTURE OFFICE 3

205C


12

210D


13

210C


14

217F


11

210E


15

217H

TENURE OFFICE 9

218J

TENURE OFFICE 12

218E

TENURE OFFICE 13

218C


217I

MATH STUDENTSUITE

218


217D


217E


217C

TENURE OFFICE 3

207D

PSYCH. MAIL/COPY/STOR. ROOM

215

LECTURE OFFICE 6

218M

LECTURE OFFICE 7

218L


217J


217L


217M

TENURE OFFICE 11

218F

LECTURE OFFICE 8

218I

LECTURE OFFICE 9

218G

LECTURE OFFICE10

218D

TENURE OFFICE 14

218B

TENURE OFFICE 15

218A

TENURE OFFICE 10

218H

MATH OFFICESUITE

218C

ADMIN OFF

210A

MATH MAIL/COPYROOM

202

CORR.

201C.A

SECURE STOR.

218K

PSYCH. OFFICESUITE

217C

OFFICES

205

STORAGE

211B.1 STORAGE

211A.1


16

217G

PSYCH. STUDENTRECORDS

215A

12"x

1

IBC-2012 /ASCE 7-10 · 2016. 6. 2. · turning vanes flexible duct connection d.g. m.d. f.d....

Documents

Transcript of IBC-2012 /ASCE 7-10 · 2016. 6. 2. · turning vanes flexible duct connection d.g. m.d. f.d....