MECHANICAL GENERAL NOTES: ABBREVIATIONS: DUCTWORK€¦ · coordinate hvac locations with work under other divisions of the specifications to avoid conflicts. contractor shall secure

MECHANICAL GENERAL NOTES:

BOUNDARY LINES SHOWN ON THE DRAWINGS DO NOT LIMIT THE SCOPE OF WORK FOR THE PROJECT. CONTRACTOR SHALL BE RESPONSIBLE FOR ALL WORK NOTED IN CONTRACT DOCUMENTS.

CONTRACTOR SHALL COMPLY WITH ALL REGULATIONS AND LAWS OF AUTHORITIES HAVING JURISDICTION.

CONTRACTOR SHALL BE RESPONSIBLE TO FIELD LOCATE AND IDENTIFY ALL UNDERGROUND UTILITIES WITHIN THE CONSTRUCTION AREA, WHETHER INDICATED ON DRAWINGS OR NOT. THE CONTRACTOR SHALL BE RESPONSIBLE FOR REPAIRS TO UNDERGROUND UTILITIES DAMAGED DURING CONSTRUCTION. NO REIMBURSEMENT WILL BE ALLOWED FOR UTILITY REPAIR/OR REPLACEMENT.

CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS AND NOTIFY THE ENGINEER AT ONCE OF ANY DISCREPANCIES.

ALL PENETRATIONS THROUGH DESIGNATED FIRE RATED WALLS, CEILINGS AND FLOOR SLABS (WHICH ARE 1 AND 2-HOUR RATED) SHALL BE PROPERLY SEALED WITH AN APPROVED RATED FIRE AND SMOKE STOPPING MATERIAL. ALL FIRE AND SMOKE STOPPING MATERIAL SHALL BE SUPPLIED AND WORK PERFORMED AS PER PROJECT SPECIFICATIONS. CONTRACTOR SHALL SUBMIT MANUFACTURER'S CATALOG DATA AND INSTALLATION DETAIL AS PER SPECIFICATIONS FOR FIRE AND SMOKE STOPPING TO THE ENGINEER FOR REVIEW AND APPROVAL PRIOR INSTALLATION. FIRESTOPPING RATING TO MATCH THAT OF FIRE RATED WALL BEING PENETRATED.

THE CONTRACTOR SHALL NOT BE ALLOWED ANY STORAGE AREA OTHER THAN THAT AVAILABLE WITHIN THE LIMITS OF THE STAGING AREA, CONFINES OF THE WORK AREA, OR AS DESIGNATED BY THE OWNER.

A COPY OF THE CURRENT SET OF CONTRACT DOCUMENTS (WITH AS-BUILT INFORMATION) SHALL BE KEPT AT THE JOB SITE AT ALL TIMES BY THE CONTRACTOR.

EACH CONTRACTOR SHALL REVIEW ALL PROJECT DOCUMENTS OF ALL TRADES FOR A THOROUGH UNDERSTANDING OF PROJECT AND ANY CROSS REFERENCING OF WORK. REVIEW ALL PROJECT REQUIREMENTS PRIOR TO BIDDING. IN CASE OF DISCREPANCIES, THE MOST STRINGENT SHALL GOVERN.

THE CONTRACTOR SHALL GUARANTEE THE ENTIRE INSTALLATION FOR A PERIOD OF ONE YEAR (EXCEPT WHERE EXTENSIONS OF THIS ONE YEAR PERIOD ARE NOTED) FROM THE DATE OF ACCEPTANCE OF THE SYSTEM AS A WHOLE. ANY DEFECTS, IN WORKMANSHIP, MATERIALS, MALFUNCTION OF EQUIPMENT OR UNSATISFACTORY PERFORMANCE, AND ALL OTHER WORK OR PARTS OF THE BUILDING DAMAGED THEREBY, AS A RESULT OF THE WORK OF THE CONTRACTOR, SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR. CONTRACTOR SHALL PAY ALL REPAIR COSTS ACCORDINGLY WITHOUT ADDITIONAL COSTS TO OWNER.

IN ADDITION TO SPECIFICATIONS, AS MAY BE DEFINED HEREAFTER, THE CONTRACTOR SHALL PROTECT THE WORK SITE AND ALL HIS OR HER WORK AGAINST ANY DAMAGE (INCLUDING BUT NOT LIMITED TO WATER, DUST, HEAT, ETC.) UNTIL FINAL COMPLETION AND ACCEPTANCE BY THE OWNER.

CONTRACTOR SHALL, UPON COMPLETION OF THE WORK, SUBMIT AS-BUILT RECORD DRAWINGS SHOWING ALL CHANGES FROM THE CONTRACT DRAWINGS MADE IN THE INSTALLATION, AND SHOWING DIMENSION LOCATIONS OF CONCEALED EQUIPMENT.

DRAWINGS ARE DIAGRAMMATIC AND INDICATE THE GENERAL CAPACITIES AND LOCATIONS OF EQUIPMENT.

CONTRACTOR SHALL KEEP WORK AREA CLEAN, ORDERLY, AND REMOVE ALL DEMOLISHED TRASH/ RUBBLE/CONSTRUCTION DEBRIS ON A DAILY BASIS FROM THE WORK AREA AND OFF OWNERS PROPERTY. ALL TRASH/RUBBLE/CONSTRUCTION DEBRIS DEEMED AS HAZARDOUS WASTE/MATERIAL SHALL BE DISPOSED OF IN ACCORDANCE WITH EPA OR ANY OTHER PERTINENT GOVERNING AGENCY AND DISPOSED OF ACCORDINGLY AT AN APPROVED HAZARDOUS WASTE DUMPSITE WITH ALL OF THE APPROVED/REQUIRED DOCUMENTATION.

COORDINATE AND PHASE WORK IN CONJUNCTION WITH OTHER TRADES.

DURING CONSTRUCTION, THE CONTRACTOR SHALL BE RESPONSIBLE FOR PROVIDING ALL HIS EMPLOYEES WITH SAFE AND HEALTHY WORKING CONDITIONS AS PRESCRIBED IN THE "SAFETY AND HEALTH REGULATIONS FOR CONSTRUCTION" OF THE OCCUPATIONAL SAFETY AND HEALTH ADMINISTRATION OF THE U.S. DEPARTMENT OF LABOR.

SECURE AND DELIVER TO THE OWNER'S REPRESENTATIVE ALL CERTIFICATES OF COMPLIANCE REQUIRED BY LOCAL AUTHORITIES.

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CONTRACTOR SHALL FURNISH ALL LABOR, MATERIAL, AND EQUIPMENT REQUIRED FOR THE COMPLETION AND OPERATION OF ALL SYSTEMS IN THIS SCOPE OF WORK IN ACCORDANCE WITH ALL APPLICABLE CODES.

CONTRACTOR SHALL FURNISH AND COMPLETE ALL PIPING SYSTEMS TO ALL MECHANICAL EQUIPMENT REQUIRING SUCH. VERIFY ALL ROUGH-IN LOCATIONS AND COORDINATE PIPING LOCATIONS WITH WORK UNDER OTHER DISCIPLINES AND DIVISIONS OF THE SPECIFICATIONS TO AVOID CONFLICTS.

CONTRACTOR SHALL FURNISH AND INSTALL A COMPLETE HVAC DUCT SYSTEM TO ALL DIFFUSERS AND/OR EQUIPMENT REQUIRING SUCH. VERIFY ALL ROUGH-IN LOCATIONS AND COORDINATE HVAC LOCATIONS WITH WORK UNDER OTHER DIVISIONS OF THE SPECIFICATIONS TO AVOID CONFLICTS.

CONTRACTOR SHALL SECURE AND PAY FOR ALL PERMITS, INSPECTION CERTIFICATES, ETC. REQUIRED UNDER THE PROJECT SCOPE.

CONTRACTOR SHALL FIELD VERIFY CONDITIONS AND DIMENSIONS PRIOR TO CONSTRUCTION, AND NOTIFY ENGINEERS OF ANY DISCREPANCIES BETWEEN THE CONTRACT DOCUMENTS AND CONDITIONS AND/OR POTENTIAL PROBLEMS OBSERVED PRIOR TO CONTINUING WORK.

DO NOT SCALE THE PLANS. SEE ARCHITECTURAL PLANS FOR EXACT LOCATIONS OF DOORS, WINDOWS, WALL DIMENSIONS, ETC.

CONTRACTOR WILL GIVE NOTICE TO ALL APPLICABLE UTILITY COMPANIES AND OWNER PRIOR TO PERFORMING WORK INVOLVING UTILITIES.

ALL EQUIPMENT SHALL BE HANDLED, STORED, AND PROTECTED TO PREVENT DAMAGE BEFORE AND DURING INSTALLATION IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS.

ALL EQUIPMENT SHALL BE LOCATED AND INSTALLED IN A READILY ACCESSIBLE LOCATION SO AS TO PERMIT ACCESS FOR SERVICE WITHOUT DAMAGE TO BUILDING OR FINISHED MATERIALS, PER MANUFACTURER'S INSTRUCTIONS AND APPLICABLE CODES.

ALL MATERIALS SHALL BE NEW AND SHALL FIT THE SPACE AVAILABLE. VERIFY DIMENSIONS AT SITE.

ALL PIPING, APPARATUS, AND EQUIPMENT, ETC. SHALL BE PROPERLY SUPPORTED, BRACED VERTICALLY AND HORIZONTALLY IN ACCORDANCE WITH APPLICABLE CODES AND AS REQUIRED TO PREVENT EXCESSIVE MOVEMENT DURING SEISMIC CONDITIONS.

VALVES AND FITTINGS SHALL BE OF THE SAME SIZE AS THE PIPING FOR WHICH THEY ARE INSTALLED, UNLESS OTHERWISE NOTED.

CONTRACTOR SHALL VERIFY AND CORRECT SYSTEMS AS REQUIRED TO MEET ALL CODES AND REGULATIONS AND VERIFY AND CORRECT ANY/ALL POSSIBLE DISCREPANCIES BETWEEN TYPE AND SIZE OF CONNECTIONS SPECIFIED IN THE EQUIPMENT SCHEDULES AND EQUIPMENT ACTUALLY INSTALLED.

ALL PIPING SHALL BE ROUTED SO AS TO BE CONCEALED ABOVE CEILINGS, WITHIN WALLS, OR IN CHASES, EXCEPT FINAL CONNECTIONS, OR IN MECHANICAL ROOMS, UNLESS SPECIFICALLY NOTED OTHERWISE.

CONTRACTOR IS RESPONSIBLE FOR COORDINATING INSTALLATION OF ALL EQUIPMENT SHOWN ON PLANS, INCLUDING COORDINATION OF ANY EQUIPMENT OF ALTERNATE MANUFACTURER. CONTRACTOR SHALL PROVIDE COMPOSITE DRAWINGS AS REQUIRED FOR INSTALLATION OF EQUIPMENT SHOWN ON PLANS FOR APPROVAL BY ENGINEER.

ALL ROOF ACCESSORIES SHALL BE COMPATIBLE WITH ROOFING SYSTEMS.

CONTRACTOR SHALL BECOME FAMILIAR WITH ALL CONDITIONS AFFECTING THIS PROJECT AND COORDINATE WITH ALL OTHER DISCIPLINES.

PRIOR TO ACCEPTANCE OF THE SPACE, ALL SYSTEMS SHALL BE TESTED, BALANCED, AND OPERATED TO DEMONSTRATE TO THE OWNER , OR HIS OR HER DESIGNATED REPRESENTATIVE, THAT THE INSTALLATION AND PERFORMANCE OF THESE SYSTEMS AND/OR PARTS THEREOF CONFORM TO THE DESIGN INTENT.

JUNCTION BOXES OR ANY EQUIPMENT REQUIRING CEILING ACCESS SHALL ONLY BE PERMITTED/LOCATED IN ACCESSIBLE TYPE CEILING AREAS (I.E. LAY-IN TYPE CEILING) OR WHERE ACCESS PANELS HAVE BEEN LOCATED. REFER TO ARCHITECTURAL DRAWINGS.

CONTRACTOR SHALL INSTALL DUCTWORK SYSTEMS PER LATEST SMACNA MANUALS. DUCT WORK SYSTEMS SHALL BE GALVANIZED G90 SHELL STEEL RATED FOR A PRESSURE CLASS OF 2" WG.

THE USE OF NEW EQUIPMENT TO PROVIDE TEMPORARY HEATING AND COOLING TO CONSTRUCTION AREAS IS TO BE MINIMIZED. WHEN NEW EQUIPMENT HAS TO BE USED, IT IS THE RESPONSIBILITY OF THE CONTRACTOR TO MAINTAIN THE EQUIPMENT WHILE IN OPERATION AND JUST BEFORE IT IS TURNED OVER THE OWNER. UNDER NO CIRCUMSTANCES SHALL THE WARRANTY PERIODS PROVIDED FOR IN THE SPECIFICATIONS BE ABRIDGED BY THE TEMPORARY USE DURING CONSTRUCTION.

CONTRACTOR SHALL REPAIR/PATCH ALL SURFACES/WALLS DAMAGED BY CONSTRUCTION.

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GENERAL NOTES:

M

FLEXIBLE DUCT CONNECTOR

FIRE DAMPER

VOLUME BALANCING DAMPER

CEILING RETURN, EXHAUST OR TRANSFER REGISTER

CEILING SUPPLY DIFFUSER

MITERED ELBOW WITH TURNING VANES

RETURN DUCT TURNING UP

RETURN DUCT TURNING DOWN

EXHAUST DUCT TURNING UP

EXHAUST DUCT TURNING DOWN

SUPPLY DUCT TURNING UP (ROUND OR RECTANGULAR)

SUPPLY DUCT TURNING DOWN (ROUND OR RECTANGULAR)

10"x10" SQUARE OR RECTANGULAR DUCTWORK

MOTORIZED DAMPER

INDICATES ROUND DUCTWORK (DIAMETER)

RETURN, EXHAUST OR TRANSFER AIR FLOW

SUPPLY AIR FLOW

FLEXIBLE DUCT

AIR FLOW DIRECTION ARROW

AIR TERMINAL TAG

TAG

NECK SIZE

CFM

ABBREVIATIONS: DUCTWORK:

ABV ABOVE

AC AIR CONDITIONING UNIT

AD ACCESS DOOR

AFF ABOVE FINISHED FLOOR

AFG ABOVE FINISHED GRADE

AP ACCESS PANEL

BAS BUILDING AUTOMATION SYSTEM

BD BALANCING (VOLUME) DAMPER

BDD BACKDRAFT DAMPER

BMS BUILDING MANAGEMENT SYSTEM

BOD BOTTOM OF DUCT

BOS BOTTOM OF STEEL

BTUH BRITISH THERMAL UNITS PER HOUR

CFM CUBIC FEET PER MINUTE

CL CENTERLINE

CLG COOLING

CM CONSTRUCTION MANAGER

CNTRL CONTROL

CONT CONTINUED

CP CONDENSATE PUMP

CUH CABINET UNIT HEATER

DB DRY BULB TEMPERATURE

DBA DECIBEL A-WEIGHTED

DB DECIBEL

DH DOOR HEATER

DIA DIAMETER

DIM DIMENSION

DN DOWN

DWG DRAWING

(E) EXISTING

EA EXHAUST AIR

EAT ENTERING AIR TEMPERATURE

EC ELECTRICAL CONTRACTOR

EDB ENTERING DRY BULB TEMPERATURE

EER ENERGY EFFICIENCY RATIO

EF EXHAUST FAN

EG EXHAUST GRILLE

EL ELEVATION

ELEC ELECTRIC

EQUIP EQUIPMENT

ER EXHAUST REGISTER

ERV ENERGY RECOVERY VENTILATOR

EST ESTIMATED

EUH ELECTRIC UNIT HEATER

EWB ENTERING WET BULB TEMPERATURE

EWT ENTERING WATER TEMPERATURE

EXT EXTERNAL

F DEGREES FAHRENHEIT

FD FIRE DAMPER

FLR FLOOR

FPM FEET PER MINUTE

FSD FIRE/SMOKE DAMPER

FT FEET

G NATURAL GAS PIPING

GA GAUGE

GPH GALLONS PER HOUR

GS GALVANIZED STEEL

HP HORSEPOWER

HTG HEATING

IEER INTEGRATED ENERGY EFFICIENCY RATIO

IN INCH

IN WG INCHES WATER GAGE

J PIPE JOINT

JAN JANITOR'S

KW KILOWATTS

LAT LEAVING AIR TEMPERATURE

LBS POUNDS

LV LOUVER

LWB LEAVING WET BULB TEMPERATURE

LWT LEAVING WATER TEMPERATURE

MBH BTU-H IN 1000'S

MCA MAXIMUM CIRCUIT AMPACITY

MFS MAXIMUM FUSE SIZE

MISC MISCELLANEOUS

MOCP MAXIMUM OVERCURRENT PROTECTION

NC NORMALLY CLOSED

NIC NOT IN CONTRACT

NO NORMALLY OPEN

NTS NOT TO SCALE

OA OUTSIDE AIR

OD OUTSIDE DIAMETER

OED OPEN END DUCT

RG RETURN GRILLE

RHG REFRIGERANT HOT GAS

RPM REVOLUTIONS PER MINUTE

SCH SCHEDULE

SEER SEASONAL ENERGY EFFICIENCY RATIO

SENS SENSIBLE

SG SUPPLY GRILLE

SMACNASHEET METAL & AIR-CONDITIONINGCONTRACTOR NATIONAL ASSOCIATION

SPECS SPECIFICATIONS

SS STAINLESS STEEL

STA STATION

STD STANDARD

SUC SUCTION

TG TRANSFER GRILLE

TYP TYPICAL

UH UNIT HEATER

UON UNLESS OTHERWISE NOTED

V VENT LINE

V/PH/HZ VOLTS/PHASE/HERTZ

VD VOLUME DAMPER

VFD VARIABLE FREQUENCY DRIVE

W/ WITH

W/O WITHOUT

WB WET BULB TEMPERATURE

WMS WIRE MESH SCREEN

DET #

DWG #

EQUIP #

EQUIP TYPEEQUIPMENT TAG

CALLOUT TAG

X

XXX

#

XX

APPLICABLE CODES:

2018 INTERNATIONAL MECHANICAL CODE (IMC)

NFPA-90A STANDARD FOR THE INSTALLATION OF AIR CONDITIONING AND VENTILATION SYSTEMS

NFPA-90B STANDARD FOR THE INSTALLATION OF WARM AIR HEATING AND AIR-CONDITIONING SYSTEMS

2018 INTERNATIONAL FUEL GAS CODE (2018 IFGC)

2018 INTERNATIONAL ENERGY CONSERVATION CODE (2018 IECC)

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FD

ALL DOCUMENTS PREPARED BY PENNONI ASSOCIATESARE INSTRUMENTS OF SERVICE IN RESPECT OF THE

PROJECT. THEY ARE NOT INTENDED OR REPRESENTEDTO BE SUITABLE FOR REUSE BY OWNER OR OTHERS ONTHE EXTENSIONS OF THE PROJECT OR ON ANY OTHER

PROJECT. ANY REUSE WITHOUT WRITTENVERIFICATION OR ADAPTATION BY PENNONI

ASSOCIATES FOR THE SPECIFIC PURPOSE INTENDEDWILL BE AT OWNERS SOLE RISK AND WITHOUT LIABILITY

OR LEGAL EXPOSURE TO PENNONI ASSOCIATE; ANDOWNER SHALL INDEMNIFY AND HOLD HARMLESS

PENNONI ASSOCIATES FROM ALL CLAIMS, DAMAGES,LOSSES AND EXPENSES ARISING OUT OF OR

RESULTING THEREFROM.

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7.5

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4.5

3.5

2.5

1.5

M502

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M501

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M211

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M212

1M213

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M214

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M215

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M216

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1M223

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1 ALL DOCUMENTS PREPARED BY PENNONI ASSOCIATESARE INSTRUMENTS OF SERVICE IN RESPECT OF THE







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3/64" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR OVERALL

GENERAL NOTES:

1. SEE SHEET M001 FOR GENERAL NOTES, SYMBOLS, AND ABBREVIATIONS.

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A.3 A.6 B.3 B.6 C.3 D.3 D.6 E.3

M502

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6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

18"x18"

18"x18"

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

34"ø28"ø22"ø

24"x10"

SR-3

61024"x10"

SR-3

61024"x10"

SR-3

610

24"x10"

SR-3

610

24"x10"

SR-3

61024"x10"

SR-3

610

GUH

1

GUH-1 GUH-2 GUH-3

MANUFACTURER'S STANDARD 6" OVAL VENT UP THRU ROOF (TYP FOR GUH'S)

GH-1

24"x10"

SR-3

610

24"x10"

SR-3

650

24"x10"

SR-3

650

24"x10"

SR-3

61024"x10"

SR-3

61024"x10"

SR-3

610

24"x10"

SR-3

610

24"x10"

SR-3

61024"x10"

SR-3

61024"x10"

SR-3

610

GUH

2

18"ø 18"ø 18"ø

GH-3

PROVIDE MANUFACTURER'S STANDARD INLINE 18"ø POLYTUBE CONNECTOR AND 50'-0", 18"ø POLYTUBE WITH 12"-SPACED HOLES DISCHARGING DOWNWARDS. SEE GUH SCHEDULE (TYP).

MATCHLINE SHEET:1/ M213

MA

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:1/

M212








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1/8" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR - SECTOR A

GENERAL NOTES:


2. ALL SUPPLY REGISTERS TAGGED SR-3 FROM GH-#'S SHALL DISCHARGE DOWN AT A 45° ANGLE.

3. ALL SUPPLY REGISTERS TAGGED SR-2 FROM ERV-#'S SHALL DISCHARGE DOWN AT A 45° ANGLE.

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RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

T T1

2

3

4

5

IHGF

5.5

4.5

3.5

2.5

1.5

E.3 E.6 F.3 F.6 G.3 G.6 H.3 H.6 I.3 I.6

18"x18"

18"x18"

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

24"x24"

24"x24"

GH

138"ø34"ø

24"x10"

SR-3

610

24"x10"

SR-3

610

24"x10"

SR-3

610

GUH-4 GUH-5


6" VENT AND 6" INTAKE TO CONCENTRIC ADAPTER BOX, 8" INTAKE/VENT PIPE UP THRU ROOF (TYP FOR EACH GH FURNACE)

24"x10"

SR-3

61024"x10"

SR-3

61024"x10"

SR-3

610

GH

238"ø 32"ø

24"x10"

SR-3

61524"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

61524"x10"

SR-3

615

24"x10"

SR-3

615

GUH

4

GUH

3

GUH

5

GUH

6

18"ø18"ø 18"ø


MA

TC

HLIN

E S

HE

ET

:1/

M211

MA

TC

HLIN

E S

HE

ET

:1/

M213

MATCHLINE SHEET: 1/ M215








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

B

PROJECT NORTHP

3/6

/2020 2

:37:2

3 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L F

LO

OR

PL

AN

-F

IRS

T F

LO

OR

-S

EC

TO

R B

M212

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR - SECTOR B

GENERAL NOTES:




20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

COMPACTOR

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

BATTERY

CHARGER

T TT

T

N

1

2

3

4

5

MLKJ

5.5

4.5

3.5

2.5

1.5

I.6 J.3 J.6 K.3 K.6 L.3 L.6 M.3 M.6

24"x24"

24"x24"

(N) 24X24 SA UP TO ERV-1 ON ROOF

(N) 24X24 SA UP TO ERV-2 ON ROOF

(N) 24X24 RA UP TO ERV-1 ON ROOF

24"x24"

DH

1

DH

2

M501

1

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

6"x24"

SR-2

625

(N) 24X24 RA UP TO ERV-2 ON ROOF

GUH-6 GUH-7 GUH-8


GH-2

32"ø

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

61524"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

28"ø

60"x18"

RG-1

5000

60"x18"

RG-1

5000

24"x24"

GUH

7

GUH

8

18"ø18"ø 18"ø

GH-4

24"x10"

SR-3

400

24"x10"

SR-3

400

24"x10"

SR-3

400


NOTE: RG-1 SHALL BE LOCATED 0'-2" AFF.

NOTE: RG-1 SHALL BE LOCATED 0'-2" AFF.

MA

TC

HLIN

E S

HE

ET

:1/

M212









ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

C

PROJECT NORTHP

3/6

/2020 2

:37:2

8 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L F

LO

OR

PL

AN

-F

IRS

T F

LO

OR

-S

EC

TO

R C

M213

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR - SECTOR C

GENERAL NOTES:




20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

T

6

7

8

9

10

EDCBA

9.5

8.5

7.5

6.5

5.5

LV

1

34"ø28"ø22"ø

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

590

24"x10"

SR-3

56024"x10"

SR-3

56024"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

56024"x10"

SR-3

56024"x10"

SR-3

590

34"ø28"ø22"ø

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

112524"x10"

SR-3

1125

24"x10"

SR-3

1125

GH-5


MA

TC

HLIN

E S

HE

ET

:1/

M215








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

D

PROJECT NORTHP

3/6

/2020 2

:37:3

3 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L F

LO

OR

PL

AN

-F

IRS

T F

LO

OR

-S

EC

TO

R D

M214

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR - SECTOR D

GENERAL NOTES:




20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

6

7

8

9

10

IHGF

9.5

8.5

7.5

6.5

5.5

E.5 F.5 G.5 H.5 I.5



24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

61524"x10"

SR-3

615

GH

4

GH

338"ø34"ø

24"x10"

SR-3

560

24"x10"

SR-3

560

24"x10"

SR-3

56024"x10"

SR-3

560

24"x10"

SR-3

560

38"ø 32"ø

24"x10"

SR-3

560

GH

538"ø34"ø

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

GH

638"ø 34"ø

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125


MA

TC

HLIN

E S

HE

ET

:1/

M214

MA

TC

HLIN

E S

HE

ET

:1/

M216








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

E

PROJECT NORTHP

3/6

/2020 2

:37:3

7 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L F

LO

OR

PL

AN

-F

IRS

T F

LO

OR

-S

EC

TO

R E

M215

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR - SECTOR E

GENERAL NOTES:




20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

T

N

6

7

8

9

10

MLKJ

9.5

8.5

7.5

6.5

5.5

J.5 K.5 L.5 M.5

LV

2

M501

1(N) 24X24 RA UP TO ERV-2 ON ROOF

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

61524"x10"

SR-3

61524"x10"

SR-3

615

24"x10"

SR-3

615

24"x10"

SR-3

615

26"ø32"ø

34"ø 28"ø 22"ø

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

1125

24"x10"

SR-3

112524"x10"

SR-3

1125

24"x10"

SR-3

1125

GH-6

24"x10"

SR-3

600

24"x10"

SR-3

600

M501

3


MA

TC

HLIN

E S

HE

ET

:1/

M215








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

F

PROJECT NORTHP

3/6

/2020 2

:37:4

4 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L F

LO

OR

PL

AN

-F

IRS

T F

LO

OR

-S

EC

TO

R F

M216

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL FLOOR PLAN - FIRST FLOOR - SECTOR F

GENERAL NOTES:




20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

1

2

3

4

5

EDCBA

5.5

4.5

3.5

2.5

1.5

A.3 A.6 B.3 B.6 C.3 D.3 D.6 E.3

EF

1 EF

2

EF

7

EF

6

RTU

2

BEF

2

6" OVAL VENT THRU ROOF WITH MANUFACTURER'S STANDARD TERMINAL CAP (TYP)

MA

TC

HLIN

E S

HE

ET

:1/

M222









ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

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NC

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BE

FO

RE

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OC

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EV

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NS

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AS NOTED

PROJECT

DRAWN BY

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SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

A

PROJECT NORTHP

3/6

/2020 2

:37:4

5 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

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DE

LP

HIA

RE

GIO

NA

L P

OR

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Y

3309 S

GA

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US

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CH

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L R

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LA

N -

SE

CT

OR

A

M221

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL PLAN - ROOF - SECTOR A

GENERAL NOTES:


20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

1

2

3

4

5

IHGF

5.5

4.5

3.5

2.5

1.5

E.3 E.6 F.3 F.6 G.3 G.6 H.3 H.6 I.3 I.6

EF

3

EF

8



8" VENT/INTAKE THRU ROOF WITH MANUFACTURER'S STANDARD TERMINAL CAP (TYP)

MA

TC

HLIN

E S

HE

ET

:1/

M221

MA

TC

HLIN

E S

HE

ET

:1/

M223









ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

B

PROJECT NORTHP

3/6

/2020 2

:37:4

7 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

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LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

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A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

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UT

ION

CE

NT

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NE

W D

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WA

RE

HO

US

E

ME

CH

AN

ICA

L R

OO

F P

LA

N -

SE

CT

OR

B

M222

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL PLAN - ROOF - SECTOR B

GENERAL NOTES:


20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

N

1

2

3

4

5

MLKJ

5.5

4.5

3.5

2.5

1.5

I.6 J.3 J.6 K.3 K.6 L.3 L.6 M.3 M.6

EF

4

EF

5

EF

10

EF

9

ERV

1

ERV

2

RTU

1

BEF

1

MA

TC

HLIN

E S

HE

ET

:1/

M222









ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

C

PROJECT NORTHP

3/6

/2020 2

:37:4

9 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L R

OO

F P

LA

N -

SE

CT

OR

C

M223

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL PLAN - ROOF - SECTOR C

GENERAL NOTES:



20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

6

7

8

9

10

EDCBA

9.5

8.5

7.5

6.5

5.5

EF

11

EF

12

EF

16

EF

17


MA

TC

HLIN

E S

HE

ET

:1/

M225








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

D

PROJECT NORTHP

3/6

/2020 2

:37:5

0 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L R

OO

F P

LA

N -

SE

CT

OR

D

M224

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL PLAN - ROOF - SECTOR D

GENERAL NOTES:


20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

8

9

10

IHGF

9.5

8.5

7.5

5.5

E.5 F.5 G.5 H.5 I.5

EF

13

EF

18




MA

TC

HLIN

E S

HE

ET

:1/

M224

MA

TC

HLIN

E S

HE

ET

:1/

M226








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

E

PROJECT NORTHP

3/6

/2020 2

:37:5

1 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L R

OO

F P

LA

N -

SE

CT

OR

E

M225

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL PLAN - ROOF - SECTOR E

GENERAL NOTES:


20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

N

8

9

10

MLKJ

9.5

8.5

7.5

5.5

J.5 K.5 L.5 M.5

EF

14

EF

15

EF

19

EF

20

ERV

2MATCHLINE SHEET: 1/ M223

MA

TC

HLIN

E S

HE

ET

:1/

M225








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

F

PROJECT NORTHP

3/6

/2020 2

:37:5

2 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

GA

LLO

WA

Y A

VE

NU

E &

3401 S

OU

TH

LA

WR

EN

CE

ST

RE

ET

PH

ILA

DE

LP

HIA

, P

A 1

9148

CO

NS

TR

UC

TIO

N O

F P

HIL

AP

OR

T D

IST

RIB

UT

ION

CE

NT

ER

NE

W D

RY

WA

RE

HO

US

E

ME

CH

AN

ICA

L R

OO

F P

LA

N -

SE

CT

OR

F

M226

DJM

AM

01/03/2020

20-028.1

1/8" = 1'-0"1MECHANICAL PLAN - ROOF - SECTOR F

GENERAL NOTES:


20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

T

T

T

TT

T

T

T

T

T

TT

T T T

N

5

6

M

5.5

4.5

TOILET

110STAIR #1

113

TOILET

111

CORRIDOR

106

UTILITY

101

VAV

1

VAV

2

VAV

4

20"x10"

8"x4"

12"x8"

8"ø

8"ø

8"x4"

12"x8"

8"x8"

6"x6"

6"ø

6"ø

8"ø

8"ø

VAV

3

12"x10"

VAV

6

TRUCKER

LOUNGE

109

WAREHOUSE

ADMIN

108

OFFICE

105

OFFICE

104IT

103

PANTRY

107

WAITING

112

VAV

5

6"ø

SD

100

18"x18"

RR

100

6"ø

SD

80

18"x18"

RR

80

6"ø

SD

80

18"x18"

RR

80

6"ø

SD

100

8"ø

SD

150

8"ø

SD

100

18"x18"

RR

100

18"x18"

RR

1008"ø

SD

150

6"x6"

ER

50

6"ø

SD

25

6"x6"

ER

50 6"ø

SD

25

20"x6"

20"x6"

20"x12"

ITEF

1

8"ø

SD

150

18"x18"

RR

300

EEF

1

UH

1

8"øOED

OED W/ WMS 20"X10" RA UP TO SECOND FLOOR. LOCATE FIRE DAMPER AT FLOOR PENETRATION.

20"X10" SA UP TO SECOND FLOOR. LOCATE FIRE DAMPER AT FLOOR PENETRATION.

18"x18"

RR

150

OED

WH

1

PEF

1

PROVIDE EEF-1 WITH WALL SLEEVE AND FIRE DAMPER

PROVIDE LV-3WITH FIRE DAMPER.

6"x3"

FD

EEF-1

20"x6"

8"X4" EA UP TO SECOND FLOOR

4

WH

Sw

8"x6"

6"x6"

6"x6"

10"x6"

ACOUSTICALLY LINED RA ELBOW

ACOUSTICALLY LINED RA ELBOW (TYP 3)

N

5

6

M

5.5

4.5

OPEN AREA

207

24"x14"

10"x10"

10"x10"

8"ø

8"ø

29"x14"

8"x4"

10"x6"

8"ø

8"ø

14"x12"

16"x12"

VAV

7

VAV

8

VAV

11

VAV

12

14"x12"

37"x13"

STAIR #1

113

TOILET

209

MEDIUM CONF.

RM

206

COPY

208

OFFICE

205

OFFICE

204

LARGE CONF RM

203

IT

202

OFFICE

201

12"x8"

18"x18"

RR

150

8"ø

SD

150

6"x6"

ER

50

8"ø

SD

225

8"ø

SD

125

8"ø

SD

120

18"x18"

RR

120

18"x18"

RR

250

18"x18"

RR

120

18"x18"

RR

450

18"x18"

RR

160

8"ø

SD

160

8"ø

SD

175

8"ø

SD

175

8"ø

SD

120

12"x8"

RG

100

12"x8"

SR

100

6"ø

SD

20

(TYP 4)

18"x18"

RR

450

12"x8"

12"x8"

ITEF

2

8"ø

28"X12" RA OED

37"X13" SA AND 29"X14" RA UP TO RTU-1 ON ROOF

8"ø

SD

125

18"x18"

RR

350

VAV

10

VAV

9

6"x6"

ER

25

20"X10" RA DN TO FIRST FLOOR. LOCATE FIRE DAMPER AT FLOOR PENETRATION.

20"X10" SA DN TO FIRST FLOOR. LOCATE FIRE DAMPER AT FLOOR PENETRATION.

8"X8" EA UP TO BEF-1 ON ROOF.

FD FD

18"x18"OED W/ WMS

18"x18"

OED W/ WMS

OED W/ WMS

OED W/ WMS

ACOUSTICALLY LINED RA ELBOW (TYP)

N

4

LV

1

FEF

2

UH

M

1

MOD








ALL D

IME

NS

ION

S M

US

T B

E V

ER

IFIE

D B

Y C

ON

TR

AC

TO

R

AN

D O

WN

ER

MU

ST

BE

NO

TIF

IED

OF

AN

YD

ISC

RE

PA

NC

IES

BE

FO

RE

PR

OC

EE

DIN

G W

ITH

WO

RK

DA

TE

NO

.R

EV

ISIO

NS

BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


3460 N

OR

TH

DE

LA

WA

RE

AV

EU

E

PH

ILA

DE

LP

IHA

, P

A 1

9134

KEY PLAN

PROJECT NORTHP

3/6

/2020 2

:38:0

2 P

MB

IM 3

60:/

/Phila

port

_W

are

house/1

7067600_P

hila

Port

WH

_V

18_M

_centr

al.rv

t

PH

ILA

DE

LP

HIA

RE

GIO

NA

L P

OR

T A

UT

HO

RIT

Y

3309 S

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M501

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01/03/2020

20-028.1

1/4" = 1'-0"1MECHANICAL FLOOR PLAN - ADMIN. OFFICE - FIRST FLOOR

1/4" = 1'-0"2MECHANICAL FLOOR PLAN - ADMIN. OFFICE - SECOND FLOOR

GENERAL NOTES:


3MECHANICAL PLAN - FIRE PUMP HOUSE

20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

T

T

T

T

T

T

2

3

BA

2.5

1.5

A.3 A.6

ADMIN.

WAREHOUSE

119

IT

123

TRUCKER

LOUNGE

121

MEN

117

TOILET

122

WOMEN

116

BREAKROOM

114

LOCKER ROOM

115

JAN.

118

VAV

13

VAV

14

VAV

15

VAV

16

VAV

17

10"x8"

12"x8"

6"ø

12"x8"

14"x10"

6"ø

12"x8"6"ø

8"ø

6"ø

8"ø

8"ø

6"ø

8"ø 8"ø

8"ø

8"ø

SD

200

6"ø

SD

100

8"ø

SD

200

6"ø

SD

25

8"ø

SD

200

8"ø

SD

80

6"ø

SD

100

8"ø

SD

200

8"ø

SD

200 8"ø

SD

200

6"x6"

ER

25

6"x6"

ER

125

6"x6"

ER

50

6"x6"

ER

100

(TYP 2)

6"x6"8"x8"

8"x8"

6"x6"

ER

120

6"x6"

11"X26" OED W/ WMS RA UP TO RTU-2 ON ROOF. PROVIDE WITH ACOUSTICALLY LINED ELBOW.

18"X12" SA UP TO RTU-2ON ROOF

18"x12"

6"ø

SD

100

12"x10"

8"x8"

ITEF

3

20"x18"

20"x18"

20"X18" RA OED

18"x18"

RR

300

18"x18"

RR

300

18"x18"

RR

400

18"x18"

RR

200

PEF

26"x3"

BH

1

WH

2

WH

3

10"X10" EA UP TO BEF-2 ON ROOF.

Sw

NOTE: OFFSET RR TO MATCH CEILING GRID








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PROJECT

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M502

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01/03/2020

20-028.11/4" = 1'-0"1MECHANICAL FLOOR PLAN - WAREHOUSE OFFICE - FIRST FLOOR

GENERAL NOTES:


20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

MAIN EXHAUST OR RETURN DUCT

W

1/4W OR 4" MIN.

VOLUME DAMPER

45.0

0°

BRANCH DUCT

PLAN VIEW

D-3/4 D HEEL R

BRANCH DUCT

BALANCING DAMPER ONE DUCT DIA. FROM MAIN DUCT

MAIN DUCT MAIN DUCT MAIN DUCT

45°

STRAIGHT

3/4 D THROAT RADIUS

MAY BE USED ANYWHERE

BRANCH DUCTBALANCING DAMPER ONE DUCT DIA. FROM MAIN DUCT

45°

W

L

L=W/4 (4" MIN.)

USE ONLY AT LAST TAKE OFF BEFORE OUTLETS AND THEN ONLY WHERE RECTANGULAR RUNOUTS ARE INDICATED ON DRAWINGS.

BRANCH DUCTBALANCING DAMPERONE DUCT DIA. FROM MAINDUCT

45°

W

L

L=W/4 (4" MIN.)

RECTANGULAR DUCT

ROUND DUCT

USE ONLY AT LAST TAKE OFF BEFORE OUTLETS AND THENONLY WHERE ROUND RUNOUTS ARE INDICATED ON DRAWINGS.

RECTANGULAR DUCTRECTANGULAR DUCT

CEILING

DUCT SIZED TOMATCH GRILLENECK

1" ACOUSTICALLINING

OPEN END DUCTW/ WIRE MESHSCREEN

RETURNGRILLE

NUTS AND WASHERS BOTHSIDES OF ANGLE (TYP).

STRUCTURAL MEMBER

MINIMUM1/2" BOLT AND NUTW/2-1/2" WASHER.

RESTRAINED SPRING ISOLATIONHANGER - SIMILAR TO MASONINDUSTRIES "30N".

1/2" THREADED ROD (TYPICAL)

1" THICK NEOPRENE PAD(FIRST 25 FEET OF RUN FROMFANS OR AIR HANDLING UNITSAND WHERE INDICATED) -SIMILAR TO MASON "SUPER W".

ANGLE IRON SUPPORTS SIZED PER SMACNA

NUTS AND WASHERS BOTHSIDES OF ANGLE (TYP).

STRUCTURAL MEMBER

MINIMUM1/2" BOLT AND NUTW/2-1/2" WASHER.

1/2" THREADED ROD (TYPICAL)

ANGLE IRON SUPPORTS SIZED PER SMACNA

FIRE DAMPERS SHALL BE CONSTRUCTED AND INSTALLED ACCORDING TO NFPA 90A AND UL LABELED.

PROVIDE AN ACCESS PANEL FOR EACH FIRE DAMPER SECTION.2.

NOTES:

1.

FIRE DAMPER, BOLT OR WELD TO SLEEVE

RETAINING ANGLES-BOLTED TO SLEEVE - DO NOT SECURE TO FLOOR-ANGLES TO ENCOMPASS ALL FOUR SIDES.

PROVIDE 1/4" CLEARANCE

165° FUSIBLE LINK

SLEEVE

ACCESS PANEL

DUCT

FLOOR

BREAKAWAY CONNECTION. GAUGE PERSMACNA STANDARDS.

DUCT (TYP)

SECURE DAMPER TO SLEEVE ON8" CENTERS WITH:

1. 1/2" LONG WELDS OR2. 1/4" BOLTS AND NUTS OR3. NO. 10 STEEL SCREWS OR4. MINIMUM 3/16" STEEL RIVETS

STEEL SLEEVE. GAUGE PER SMACNASTANDARDS.

APPROVED FIRE DAMPER (CURTAIN OR BLADE TYPE)

SECURE RETAINING ANGLES TO SLEEVE

ONLY, ON 8" CENTERSWITH:

1. 1/2" LONG WELDS OR

2. 1/4" BOLTS AND NUTS OR

3. NO. 10 STEEL SCREWS OR

4. MINIMUM 3/16" STEEL RIVETS

RETAINING ANGLES:MINIMUM 1 1/2"x 1 1/2"x 0.054 (16ga.) CLEARANCE: 1/8" PER

LINEAR FOOTBOTH DIMENSIONS.

WALL

ACCESS DOOR OR PANEL. 14"x 14" OR2" LESS THAN DUCT DIMENSION,WHICHEVER IS LARGER

NOTES:1. VERTICAL POSITION IS SHOWN; HORIZONTAL INSTALLATION IS SIMILAR.

2. RETAINING ANGLES MUST LAP STRUCTURAL OPENING 1" MINIMUM AND COVER

CORNERS OF OPENINGS.

3. ENTIRE INSTALLATION SHALL CONFORM TO SMACNA STANDARDS.

45°

SUPPLY AIRFLOW

RETURN/EXHAUST AIRFLOW

HAND DAMPER WITHLOCKING TYPEINDICATOR QUADRANT

CLINCH COLLAR

MAIN DUCT

BRANCH DUCT

END BEARING

3/8" SQ. ROD

1/3W,5" MINIMUM

SPIN COLLAR FITTING WITH VOLUME DAMPER, WITH QUADRANT OPERATOR OUTSIDE INSULATION. PROVIDE INSULATION GUARD WHERE NECESSARY.

LOW VELOCITY SUPPLY AIRDUCT (SEE PLAN VIEW)

AIRFLOW

MAXIMUM LENGTH OF FLEXIBLE DUCT RUNOUTTO DIFFUSER TO BE 8 FEETDIFFUSER

SEAL JOINTS WITH DUCTSEALER AND TAPE

INSULATED FLEX DUCT

PROVIDE SUPPORT FOR FLEXIBLE DUCT. SEE SPECS FOR SPACING, ETC.

MAXIMUM 15°

MAXIMUM 15°

PLAN OR SIDE VIEW

VARIES

MAXIMUM 22.5°

VARIESVARIES

MAXIMUM 22.5°

DUCTWORK

HVAC EQUIP.

FLEXIBLE CONNECTOR

SINGLE VANE SCHEDULE

RADIUS(R)

SPACING (SP)

MIN.GAUGE

SMALL 2" (51mm)1 1/2"

(38mm)24"

(.70mm)

LARGE4 1/2"

(114mm)

3 1/4"(83mm)

22"(.85mm)

FLOW

℄

SP

4 1/2"OR 7"

4 1/2"OR 7"

1 1/2"MIN

R

45° 45°

NOTES:

1. THIS LAYOUT PRESUMES AN ELBOW WITH EQUALINLET & OUTLET SIZES. CHANGE ELBOWS (I.E WITHA SIZE CHANGE) SHALL BE INDIVIDUALLY DETAILEDBY SHEET METAL CONTRACTOR, INDICATINGMODIFIED OR CUSTOM RUNNER (RAIL) & VANEREQUIRED TO ENSURE VANES AREPERPENDICULAR TO AIRFLOW.

2. MAX UNSUPPORTED VANE LENGTH SHALL NOTEXCEED 36" FOR LARGE OR SMALL SINGLE VANE.INSTALL LONGER LENGTHS IN ,MULTIPLESECTIONS OR PROVIDE TIE-RODS.

3. VANES SHALL BE SECURELY FASTENED TO DUCTWITH SCREWS, BOLTS, OR WELDS.

4. RUNNERS SHALL BE SECURELY FASTENED TODUCT WITH SCREWS, BOLTS, OR WELDS.

RUNNER TYPE 2RUNNER TYPE 1 VANEDIMENSIONS

PLAN VIEW OF ELBOW

22 GA.

SEMI-CIRCULARTABS, 1" DIAMETER

16x16 ACCESSDOOR

UPSTREAMOF TV

1"

BA

DRAIN LINE SHALL BE AT LEASTTHE SAME SIZE AS THE NIPPLEON THE DRAIN PAN, OR 3/4"MIN.

VENT TO EXTEND MINIMUM 1" ABOVE TOP OF DRAIN PAN

PITCH DOWN TOWARD DRAIN

CLEAN OUT

TO ROOF DRAIN

DRAIN PAN

UNIT TYPE

DRAW THRU

BLOW THRU

2" PLUS X

1" MINIMUM

X

2X

BA

WHERE X = STATIC PRESSURE IN PAN

1

1

AIR

FLO

W

VAVUNIT

CLINCH CONNECTION

WHERE THE DISTANCE TO THE VAV TERMINAL ISLESS THAN 6 INLET DIAMETERS, THEN USE AFULL SIZE BELLMOUTH TAKE-OFF AND RUNBRANCH A MINIMUM OF 4 INLET DIA.

STRAIGHT RUN OF ROUND DUCT SHALL BE 4 INLET

DIA. LONG (MINIMUM 36"∅)

ROUND ORRECTANGULAR TOROUND TRANSITION

3/8" THREADED SUPPORT RODS;ATTACH TO BUILDING STRUCTURE

FASTEN AND SEAL CONNECTION

SUPPORTING CHANNEL; FASTEN RODWITH LOCKING NUT AND LEVELING NUT

FASTEN ANDSEAL CONNECTION

MA

IN D

UC

T








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ISIO

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BY

AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


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PROJECT NORTHP

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S -

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M800

DJM

AM

01/03/2020

20-028.1

NOT TO SCALE1BRANCH DUCT CONNECTION-EXHAUST OR RETURN DETAIL

NOT TO SCALE2BRANCH DUCT CONNECTION-SUPPLY DETAIL

NOT TO SCALE3RETURN AIR GRILLE DETAIL

NOT TO SCALE4DUCT HANGERS DETAIL

NOT TO SCALE5FIRE DAMPER DETAILS

NOT TO SCALE6DUCT TAP WITH VOLUME DAMPER DETAIL

NOT TO SCALE7FLEXIBLE DUCT CONNECTION DETAIL

NOT TO SCALE8DUCT TRANSITION DETAIL

NOT TO SCALE9TYPICAL SUPPLY DUCT TRANSITION DETAIL

NOT TO SCALE10TYPICAL TURNING VANE DETAIL

11RTU CONDENSATE DRAIN AND TRAP DETAIL

12VAV BOX DETAIL

20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

RTU

1

M

C

C

MERV13

DP

HS

TS

COMMON SENSORS TOSERVE BMS SYSTEM

SHADED EXTERIOR WALL(NORTHERN EXPOSURE)

WEATHER GUARD

RETURN AIR

AI

AI

TO FIREALARMPANEL

ENABLESTART/STOP

COMMONALARM

FANSPEED

OUTDOORAIR

NCOA

DAMPER

AO

NORETURNDAMPER

TS

AI

MIXEDAIR

TEMP AI

FILTERPRESSDROP

SUPPLY FAN

VFD

AODIDO SMOKEDETECTOR

STATUS

TS

AI

SUPPLYAIR

TEMP

SD

DI

DUCTDETECTOR

PRE FINAL

NOTES:

1. FOR SEQUENCE OF OPERATION, SEE SPEC SECTION 237416.11.

2. PROVIDE SPRING RETURN ACTUATORS ON OUTDOOR RETURN AND OUTDOOR RELIEF AIR DAMPER ACTUATORS TO RESPECTIVE DEFAULT FAIL POSITIONS.

3. OUTDOOR RETURN AND RELIEF AIR DAMPERS SHALL BE FULLY MODULATING.

DX COIL

M

HSAI

RETURN AIRRH

TS RETURN AIRTEMP

AI

AO

AO

FURNACEBURNER

PERCENTAGE

GASFURNACE

AO

COMPRESSORSTAGING

SP

AI

DUCTSTATIC

PRESSURE

SUPPLY DUCT

TO FIREALARMPANEL

SMOKEDETECTOR

STATUS

SDDI

DUCTDETECTOR

AMS

AI

FREEZE STAT

DI

RTU

2

M

C

C

MERV13

DP

HS

TS

COMMON SENSORS TOSERVE BMS SYSTEM

SHADED EXTERIOR WALL(NORTHERN EXPOSURE)

WEATHER GUARD

RETURN AIR

AI

AI

ENABLESTART/STOP

COMMONALARM

FANSPEED

OUTDOORAIR

NCOA

DAMPER

AO

NORETURNDAMPER

TS

AI

MIXEDAIR

TEMP AI

FILTERPRESSDROP

SUPPLY FAN

VFD

AODIDO

TS

AI

SUPPLYAIR

TEMP

PRE FINAL

NOTES:

1. FOR SEQUENCE OF OPERATION, SEE SPEC SECTION 237416.11.

2. PROVIDE SPRING RETURN ACTUATORS ON OUTDOOR RETURN AND OUTDOOR RELIEF AIR DAMPER ACTUATORS TO RESPECTIVE DEFAULT FAIL POSITIONS.

3. OUTDOOR RETURN AND RELIEF AIR DAMPERS SHALL BE FULLY MODULATING.

DX COIL

M

HSAI

RETURN AIRRH

TS RETURN AIRTEMP

AI

AO

AO

FURNACEBURNER

PERCENTAGE

GASFURNACE

AO

COMPRESSORSTAGING

SP

AI

DUCTSTATIC

PRESSURE

SUPPLY DUCT

AMS

AI

FREEZE STAT

DI








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AS NOTED

PROJECT

DRAWN BY

DRAWING SCALE

SHEET

DATE

APPROVED BY


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3/6

/2020 2

:38:1

1 P

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IM 3

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WH

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3309 S

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M803

DJM

AM

01/03/2020

20-028.1

NOT TO SCALE1RTU-1 CONTROL DIAGRAM

NOT TO SCALE2RTU-2 CONTROL DIAGRAM

ERV-1 AND ERV- 2 SEQUENCE OF OPERATION:

ERV-1 AND ERV-2 SHALL OPERATE TO PROVIDE AND EXHAUST SCHEDULED DESIGN CFM AT ALL TIMES.

ENERGY RECOVERY WHEEL OPERATES WHEN OUTDOOR TEMPERATURE IS OUTSIDE THE RANGE OF 65°F TO 80°F (BOTH ADJUSTABLE).WHEEL SPEED MODUALTES VIA VFD ON WHEEL MOTOR.

IF THE ENERGY RECOVERY WHEEL FAILS, AN ALARM SHALL BE ANNUNCIATED AT THE BMS.

EF-1 THRU 20 SEQUENCE OF OPERATION:

WHEN TEMPERATURE IN THE WAREHOUSE RISES ABOVE 85°F (ADJUSTABLE), EF-1 THRU 20 SHALL OPERATE UNTIL SPACE TEMPERATURE SENSOR DETECTS A TEMPERATURE OF 75°F (ADJUSTABLE). PROVIDE MOTOR CURRENT TRANSDUCER FOR EACH FAN TO MONITOR FAN STATUS. ALARM UPON FAN FAILURE.

BEF-1 AND 2 SEQUENCE OF OPERATION:

BEF-# SHALL OPERATE CONTINUOUSLY DURING THE OCCUPIED TIME PERIOD AS DETERMINED BY ELECTRONIC TIME CLOCK.

ITEF-1 THRU 3 SEQUENCE OF OPERATION:

WHEN TEMPERATURE IN IT ROOM RISES ABOVE 80°F (ADJUSTABLE), ITEF-# SHALL OPERATE UNTIL SPACE TEMPERATURE SENSOR DETECTS A TEMPERATURE OF 75°F (ADJUSTABLE). PROVIDE MOTOR CURRENT TRANSDUCER FOR EACH FAN TO MONITOR FAN STATUS. ALARM UPON FAN FAILURE.

EEF-1 SEQUENCE OF OPERATION:

WHEN TEMPERATURE IN UTILITY ROOM 101 RISES ABOVE 85°F (ADJUSTABLE), EEF-1 SHALL OPERATE UNTIL SPACE TEMPERATURE SENSOR DETECTS A TEMPERATURE OF 75°F (AJUSTABLE). PROVIDE MOTOR CURRENT TRANSDUCER FOR EACH FAN TO MONITOR FAN STATUS. ALARM UPON FAN FAILURE.

FEF-1 AND MOD-1 SEQUENCE OF OPERATION:

WHEN TEMPERATURE IN DIESEL PUMP ROOM 125 RISES ABOVE 95°F (ADJUSTABLE), FEF-1 SHALL OPERATE AND MOD-1 SHALL FULLY OPEN UNTIL SPACE TEMPERATURE SENSOR DETECTS A TEMPERATURE OF 75°F. WHEN FEF-1 IN NOT OPERATING, MOD-1 SHALL FULLY CLOSE. PROVIDE MOTOR CURRENT TRANSDUCER FOR EACH FAN TO MONITOR FAN STATUS. ALARM UPON FAN FAILURE.

PEF-1 AND 2 SEQUENCE OF OPERATION:

PEF-# SHALL BE CONTROLLED BY A WALL SWITCH.

GH-1 THRU 6 SEQUENCE OF OPERATION :

WHEN TEMPERATURE IN WAREHOUSE DROPS BELOW 65°F (ADJUSTABLE) AS SENSED BY THE SPACE TEMPERATURE SENSOR, GH-#SHALL OPERATE UNTIL THE SPACE TEMPERATURE SENSORS DETECTS A TEMPERATURE OF 75°F (ADJUSTABLE).

GUH-1 THRU 8 SEQUENCE OF OPERATION:

WHEN TEMPERATURE IN LOADING DOCK DROPS BELOW 65°F (ADJUSTABLE) AS SENSED BY THE SPACE TEMPERATURE SENSOR, GUH-#SHALL OPERATE UNTIL THE SPACE TEMPERATURE SENSORS DETECTS A TEMPERATURE OF 75°F (ADJUSTABLE).

VAV RTU SEQUENCE OF OPERATION (RTU-1 AND RTU-2):

BUILDING AUTOMATION SYSTEM INTERFACE:

THE BUILDING AUTOMATION SYSTEM (BAS) SHALL SEND THE CONTROLLER MORNING WARM-UP/PRE-COOL, OCCUPIED / UNOCCUPIED AND HEAT / COOL MODES. IF A BAS IS NOT PRESENT, OR COMMUNICATION IS LOST WITH THE BAS THE CONTROLLER SHALL OPERATE USING DEFAULT MODES AND SETPOINTS. THE BAS SHALL ALSO SEND THE CONTROLLER A DUCT STATIC PRESSURE SETPOINT, DISCHARGE AIR TEMPERATURE SETPOINT, AND VENTILATION AIRFLOW SETPOINT, EACH CALCULATED BY OPTIMIZATION ROUTINES IN THE BAS.

OCCUPIED MODE:

DURING OCCUPIED PERIODS, THE SUPPLY FAN SHALL RUN CONTINUOUSLY AND THE OUTSIDE AIR DAMPER SHALL OPEN TO MAINTAIN MINIMUM CODE REQUIRED OUTSIDE AIR AND THE CURRENT AIRFLOW SETPOINT. THE UNIT CONTROLLER SHALL CONTROL THE SUPPLY FAN SPEED TO MAINTAIN THE CURRENT DUCT STATIC PRESSURE SETPOINT (ADJ.). THE DX COOLING SHALL MODULATE AND GAS HEAT SHALL MODULATE TO MAINTAIN THE CURRENT DISCHARGE AIR TEMPERATURE SETPOINT. IF ECONOMIZING IS ENABLED THE OUTSIDE AIR DAMPER SHALL MODULATE TO MAINTAIN THE CURRENT DISCHARGE AIR TEMPERATURE SETPOINT.

UNOCCUPIED MODE:

WHEN THE SPACE TEMPERATURE (55°F ADJ) IS BELOW THE UNOCCUPIED HEATING SETPOINT OF 60.0 DEG. F (ADJ.) THE SUPPLY FAN SHALL START, THE OUTSIDE AIR DAMPER SHALL REMAIN CLOSED AND THE GAS HEAT SHALL BE ENABLED. WHEN THE SPACE TEMPERATURE RISES ABOVE THE UNOCCUPIED HEATING SETPOINT OF 60.0 DEG. F (ADJ.) PLUS THE UNOCCUPIED DIFFERENTIAL OF 4.0 DEG. F (ADJ.) THE SUPPLY FAN SHALL STOP AND THE GAS HEAT SHALL BE DISABLED. WHEN THE SPACE TEMPERATURE IS ABOVE THE UNOCCUPIED COOLING SETPOINT OF 85.0 DEG. F (ADJ.) THE SUPPLY AND RETURN FANS SHALL START, THE OUTSIDE AIR DAMPER SHALL OPEN IF ECONOMIZING IS ENABLED AND REMAIN CLOSED IF ECONOMIZING IS DISABLED AND THE DX COOLING SHALL BE ENABLED. WHEN THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED COOLING SETPOINT OF 80.0 DEG. F (ADJ.) MINUS THE UNOCCUPIED DIFFERENTIAL OF 4.0 DEG. F (ADJ.) THE SUPPLY FAN SHALL STOP, THE DX COOLING SHALL BE DISABLED AND THE OUTSIDE AIR DAMPER SHALL CLOSE.

OPTIMAL START:

THE BAS SHALL MONITOR THE SCHEDULED OCCUPIED TIME, OCCUPIED SPACE SETPOINTS AND SPACE TEMPERATURE TO CALCULATE WHEN THE OPTIMAL START OCCURS.

MORNING WARM-UP MODE:

DURING OPTIMAL START, IF THE AVERAGE SPACE TEMPERATURE IS BELOW THE OCCUPIED HEATING SETPOINT A MORNING WARM-UP MODE SHALL BE ACTIVATED. WHEN MORNING WARM-UP IS INITIATED THE UNIT SHALL ENABLE THE SUPPLY FAN AND HEATING. THE OUTSIDE AIR DAMPER SHALL REMAIN CLOSED. WHEN THE AVERAGE SPACE TEMPERATURE REACHES THE OCCUPIED HEATING SETPOINT (ADJ.), THE UNIT SHALL TRANSITION TO THE OCCUPIED MODE.

PRE-COOL MODE:

DURING OPTIMAL START, IF THE AVERAGE SPACE TEMPERATURE IS ABOVE THE OCCUPIED COOLING SETPOINT, PRE-COOL MODE SHALL BE ACTIVATED. WHEN PRE-COOL IS INITIATED THE UNIT SHALL ENABLE THE FAN AND COOLING OR ECONOMIZER. THE OUTSIDE AIR DAMPER SHALL REMAIN CLOSED, UNLESS ECONOMIZING. WHEN THE AVERAGE SPACE TEMPERATURE REACHES OCCUPIED COOLING SETPOINT (ADJ.), THE UNIT SHALL TRANSITION TO THE OCCUPIED MODE.

OPTIMAL STOP:

THE BAS SHALL MONITOR THE SCHEDULED UNOCCUPIED TIME, OCCUPIED SETPOINTS AND SPACE TEMPERATURE TO CALCULATE WHEN THE OPTIMAL STOP OCCURS. WHEN THE OPTIMAL STOP MODE IS ACTIVE THE UNIT CONTROLLER SHALL MAINTAIN THE SPACE TEMPERATURE TO THE SPACE TEMPERATURE OFFSET SETPOINT.

COOLING MODE:

THE UNIT CONTROLLER SHALL USE THE DISCHARGE AIR TEMPERATURE SENSOR AND DISCHARGE AIR TEMPERATURE COOLING SETPOINT TO DETERMINE WHEN TO INITIATE REQUESTS FOR COOLING. DISCHARGE AIR SETPOINT SHALL BE MAINTAINED BY MODULATING THE ECONOMIZER OR STAGING/MODULATING THE DX COOLING AS REQUIRED TO MAINTAIN THE DISCHARGE AIR SETPOINT. ONCE ALL ECONOMIZING REQUIREMENTS HAVE BEEN MET, COMPRESSOR OPERATION WILL BE ENABLED IF THE ECONOMIZER ALONE CANNOT MEET THE DEMAND. ONCE COMPRESSOR OPERATION IS STARTED, THE VARIABLE SPEED COMPRESSOR WILL BE MODULATED TO MAINTAIN THE DISCHARGE AIR TEMPERATURE TO THE ACTIVE DISCHARGE AIR COOLING SETPOINT. IF THE VARIABLE SPEED COMPRESSOR REACHES ITS MAXIMUM SPEED FOR STAGE ONE, AND THERE IS ADDITIONAL DEMAND FOR COOLING, THE CONTROLLER WILL ENERGIZE THE FIRST FIXED SPEED COMPRESSOR ON CIRCUIT TWO. ONCE THE FIRST FIXED SPEED COMPRESSOR IS ENERGIZED, THE VARIABLE COMPRESSOR SPEED WILL BE REDUCED TO ITS MINIMUM SPEED, THEN RELEASED BACK TO DISCHARGE AIR TEMPERATURE CONTROL. ADDITIONAL STAGES WILL RESPOND IN THE SAME MANNER. ONCE THE ACTIVE COOLING DEMAND HAS BEEN SATISFIED, COMPRESSORS WILL BEGIN STAGING DOWN IN REVERSE ORDER FROM THE STAGE UP SEQUENCE. ONCE THE UNIT HAS STAGED DOWN FIXED COMPRESSOR(S), AND THERE IS NO LONGER A DEMAND FOR THE VARIABLE SPEED COMPRESSOR, THE COMPRESSOR WILL MODULATE DOWN TO ITS MINIMUM SPEED AND THEN WILL BE DE-ENERGIZED, WHILE ADHERING TO ALL SHUTDOWN REQUIREMENTS.

HEATING MODE:

DURING UNOCCUPIED HEATING OR MORNING WARM-UP MODE, THE UNIT HEAT REQUEST WILL BE COMMUNICATED TO THE SYSTEM VAVS PRIOR TO COMMENCING HEATING OPERATION TO ALLOW VAV UNITS TO OPEN. THE VFD SHALL BE COMMANDED TO 100% AND THE HEAT WILL BE STAGED ON AND OFF TO SATISFY THE ZONE TEMPERATURE SETPOINT. DURING OCCUPIED CHANGEOVER HEATING, THE UNIT CONTROLLER SHALL MODULATE THE GAS HEAT TO MAINTAIN THE DISCHARGE AIR HEATING SETPOINT SUPPLY AIR TEMPERATURE RESET CONTROL.

THE SUPPLY AIR TEMPERATURE SETPOINT SHALL BE RESET TO THE OPTIMAL SETPOINT COMMUNICATED BY THE BAS. THE BAS SHALL RESET THE SUPPLY AIR TEMPERATURE SETPOINT BASED ON THE CURRENT OUTSIDE AIR TEMPERATURE BUT SHALL OVERRIDE THIS RESET FUNCTION AND RETURN THE SUPPLY AIR TEMPERATURE SETPOINT TO 55.0 DEG. F (ADJ.) IF MORE THAN THREE (ADJ.) ZONES BEGIN TO OVERHEAT. ALSO, THE BAS SHALL OVERRIDE THIS RESET FUNCTION WHENEVER OUTDOOR DEW POINT IS HIGHER THAN 60.0 DEG. F (ADJ.) OR INDOOR HUMIDITY IS HIGHER THAN 60% RH (ADJ.). IF THE SUPPLY AIR TEMPERATURE DROPS BELOW THE MINIMUM LIMIT, A LOW TEMPERATURE ALARM SHALL BE ANNUNCIATED AND THE UNIT SHALL SHUT DOWN. IF THE SUPPLY AIR TEMPERATURE RISES ABOVE THE MAXIMUM LIMIT, A HIGH TEMPERATURE ALARM SHALL BE ANNUNCIATED.

ECONOMIZER/COMPARATIVE ENTHALPY:

OUTSIDE AIR (OA) ENTHALPY SHALL BE COMPARED WITH RETURN AIR (RA) ENTHALPY POINT. THE ECONOMIZER SHALL ENABLE WHEN OA ENTHALPY IS LESS THAN RA ENTHALPY - 3.0 BTU/LB. THE ECONOMIZER SHALL DISABLE WHEN OA ENTHALPY IS GREATER THAN RA ENTHALPY.

SUPPLY FAN OPERATION:

THE SUPPLY FAN SHALL BE ENABLED WHILE IN THE OCCUPIED MODE AND CYCLED ON DURING THE UNOCCUPIED MODE. THE UNIT CONTROLLER SHALL VARY THE SUPPLY FAN SPEED TO MEET CURRENT COOLING AND HEATING LOADS. A PRESSURE SWITCH SHALL MONITOR THE DIFFERENTIAL PRESSURE ACROSS SUPPLY FAN. IF THE SWITCH DOES NOT OPEN WITHIN 30 SECONDS AFTER A REQUEST FOR FAN OPERATION, A FAN FAILURE ALARM SHALL BE ANNUNCIATED AND THE UNIT SHALL STOP, REQUIRING A MANUAL RESET TO RE-START THE UNIT. IF THE SUPPLY DUCT STATIC PRESSURE REACHES 3.00 INCHES OF W.C. (ADJ.), THE HIGH LIMIT PRESSURE SWITCH SHALL SHUT DOWN THE UNIT, REQUIRING A MANUAL RESET TO RE-START THE UNIT.

SUPPLY DUCT STATIC PRESSURE CONTROL:

THE DUCT STATIC PRESSURE SETPOINT SHALL BE RESET TO THE OPTIMAL SETPOINT COMMUNICATED BY THE BAS. THE BAS SHALL RESET THE DUCT STATIC PRESSURE SETPOINT BASED ON THE POSITION OF THE FURTHEST OPEN VAV DAMPER.

STATIC PRESSURE HIGH LIMIT:

IF FOR ANY REASON THE SUPPLY AIR PRESSURE EXCEEDS ITS RESPECTIVE STATIC PRESSURE HIGH LIMIT, THE FAN SHALL SHUT DOWN. THE UNIT SHALL BE ALLOWED TO RESTART THREE TIMES AFTER A 15 MINUTE OFF PERIOD. IF THE OVERPRESSURIZATION CONDITION OCCURS ON THE FOURTH RESTART, THE UNIT SHALL SHUT DOWN AND A MANUAL RESET DIAGNOSTIC IS DISPLAYED AT THE REMOTE PANEL AND/OR THE BAS SYSTEM.

SMOKE DETECTOR SHUTDOWN (RTU-1 ONLY):

THE UNIT SHALL SHUT DOWN IN RESPONSE TO A SIGNAL FROM EITHER SMOKE DETECTOR INDICATING THE PRESENCE OF SMOKE. THE SMOKE DETECTORS SHALL BE INTERLOCKED TO THE UNIT THROUGH THE DRY CONTACTS OF THE SMOKE DETECTORS. A MANUAL RESET OF THE SMOKE DETECTORS SHALL BE REQUIRED TO RESTART THE UNIT.

FILTER STATUS:

A DIFFERENTIAL PRESSURE SWITCH SHALL MONITOR THE DIFFERENTIAL PRESSURE ACROSS THE FILTER WHEN THE FAN IS RUNNING. IF THE SWITCH CLOSES FOR 2 MINUTES AFTER A REQUEST FOR FAN OPERATION A DIRTY FILTER ALARM SHALL BE ANNUNCIATED AT THE BAS.

20

19

.04

.01

RE

V A

30%

DE

SIG

N D

EV

ELO

PM

EN

T

20

19

.07

.12

RE

V B

60%

SU

BM

ISS

ION

20

19

.09

.06

RE

V C

80%

SU

BM

ISS

ION

20

19

.12

.16

RE

V D

ISS

UE

D F

OR

BID

20

20

.01

.03

RE

V E

ISS

UE

D F

OR

CO

NS

TR

UC

TI O

N

SUPPLY CFM

OUTSIDE CFM

EXHAUST CFM

RELIEF CFM

EXT. SP. (IN WC)

QTY FAN BHPEXT. SP. (IN WC)

QTY FAN HP EACH

WHEEL MOTOR AMPS

EAT DB (F)

LAT DB (F)

EFFECTIVENESS ( %)

VOLT/PH MCA MOCP

MAXIMUM DIMENSIONS

L x W x H (IN)

MAXIMUM WEIGHT

(LBS) MANUFACTURER MODEL

ERV-1 WAREHOUSE 120/ STAGING 124 ROOF (SECTION C) 5000 5000 5000 5000 0.5 1 2.76 0.5 1 2.76 2.8 0 46.1 0.66 460/3 5.6 - 124X84X64 3000 GREENHECK ERV-522S SEE NOTES

4. ENERGY RECOVERY WHEEL MEDIA SHALL BE 3A MOLECULAR SIEVE.

5. ENTHALPY WHEEL DEFROST CONTROL SHALL BE VIA VFD ROTATION SPEED MODULATION.

2. PROVIDE SEPARATE VFD FOR EACH FAN INDICATED, FACTORY MOUNTED AND WIRED INSIDE UNIT CONTROL ENCLOSURE.

3. PROVIDE MERV 8 PREFILTERS AND MERV 13 FILTERS IN OUTSIDE AIR STREAM. PROVIDE MERV 8 FILTERS AHEAD OF THE ENERGY RECOVERY WHEEL IN EXHAUST STREAM.

ERV-2 WAREHOUSE 120/ STAGING 124 ROOF (SECTION C/F) 5000 5000 5000 5000 0.25 1 2.39 0.5 1 2.76 2.8 0 46.1 0.66 460/3 5.6 - 124X84X64 3000 GREENHECK ERV-522S SEE NOTES

NOTES: 1. PROVIDE INTERNAL VIBRATION ISOLATION FOR ALL FANS.

ENERGY RECOVERY VENTILATOR UNIT SCHEDULE

TAG SERVICE LOCATION

SUPPLY FAN EXHAUST FAN ENERGY RECOVERY WHEEL DATA - HEATING ELECTRICAL DATA BASIS OF DESIGN

REMARKS

MOCP MCA V/PH L W H

RTU-2 ROOF, SECTION C OFFICE 1,615 646 1.07 1.0 5 58 79 95.0 80.0 72.0 65.4 62.0 4-13 150.0 117.0 50.0 91.5 - - 460/3 75 47 42 600 CARRIER 48HCED06 SEE NOTES

RTU-1 ROOF, SECTION A OFFICE 3,130 1,252 1.60 1.0 10 111 79 95.0 80.0 72.0 65.4 62.0 4-13 250.0 205.0 50.0 91.5 - - 460/3 89 60 50 1099 CARRIER 48HCED11 SEE NOTES

NOTES: 1. PROVIDE ROOF CURB, ECONOMIZER, INTERNAL VIBRATION ISOLATION, MERV 8 FILTERS, VFD (ON BOTH FANS), DISCHARGE AIR CONTROL, SINGLE POINT CONNECTION AND DISCONNECT.

GAS FIRED VAV ROOFTOP UNIT SCHEDULE

MOTOR (BHP)

MAX ESP

(IN WC)

NOMINAL TONS

CAP TOTAL (MBH)

CAP SENS (MBH)

OAT (F)

EAT DB (F)

EAT WB (F)

LAT DB (F)

LAT WB (F)

GAS PRESS (IN WC)

INPUT (MBH)

OUTPUT (MBH)

EAT (F)

LAT (F)

TAG LOCATIONAREA

SERVED

TOTAL AIR

FLOW (CFM)

OUTSIDE AIR

FLOW (CFM)

SUPPLY FAN COOLING DATA HEATING DATA ELECTRICAL DIMENSIONS (IN)

WEIGHT (LBS)

BASIS OF DESIGN MANUFACTURER/MODEL

REMARKS

TRUCKER LOUNGE 109 232 CONFERENCE ROOM N/A 9 0 5.0 45.0 0.06 13.92 58.92 0.80 73.7 300 120 0 0 50 0 0 0

TOILET 110 55 RESTROOM 0 0 1 0.0 0.0 0.00 0.00 0.00 0.80 0.0 25 10 0 0 50 50 50 50

TOILET 111 65 RESTROOM 0 0 1 0.0 0.0 0.00 0.00 0.00 0.80 0.0 25 10 0 0 50 50 50 50

WAITING 112 149 CONFERENCE ROOM N/A 2 0 5.0 10.0 0.06 8.94 18.94 0.80 23.7 100 40 0 0 50 0 0 0

STAIR #1 113 136 CORRIDOR 0 0 0 0.0 0.0 0.06 8.16 8.16 0.80 10.2 100 40 0 0 50 0 0 0

OFFICE 201 119 OFFICE 5 1 0 5.0 5.0 0.06 7.14 12.14 0.80 15.2 160 64 0 0 50 0 0 0

LOCKER ROOM 115 255 LOCKERS 0 0 0 0.0 0.0 0.00 0.00 0.00 0.80 0.0 100 40 0.25 64 0 0 0 120

WOMEN 116 134 TOILET 0 0 2 0.0 0.0 0.00 0.00 0.00 0.80 0.0 90 36 0 0 50 100 100 100

MEN 117 203 TOILET 0 0 5 0.0 0.0 0.00 0.00 0.00 0.80 0.0 200 80 0 0 50 250 250 250

JAN 118 14 JANITOR 0 0 0 0.0 0.0 0.00 0.00 0.00 0.80 0.0 0 0 0 0 0 0 0 25

ADMIN. WAREHOUSE 119 203 OFFICE N/A 2 0 5.0 10.0 0.06 12.18 22.18 0.80 27.7 200 80 0 0 50 0 0 0

TRUCKER LOUNGE 121 240 CONFERENCE ROOM N/A 10 0 5.0 50.0 0.06 14.40 64.40 0.80 80.5 400 160 0 0 50 0 0 0

STAGING 124 40,307 WAREHOUSE SEE NOTE #2 0 0 0 0 0 0

TOTAL 195,471 0 0 11267.0 10,000 10,000 18027.24 210,000

NOTES: 1. MECHANICAL VENTILATION PROVIDED PER SECTION 403 OF THE 2015 IMC

2. SPACE NATURALLY VENTILATED PER SECTION 402 OF THE 2015 IMC.

IT 103 62 ELECTRICAL UNOCCUPIED SPACE, NO VENTILATION REQUIRED PER SECTION 401.2 OF THE 2018 IMC. 0 0

OFFICE 104 112 OFFICE 5 1 0 5.0 5.0 0.06 6.72 11.72 0.80 14.7 80 32 0 0 50 0 0 0

OFFICE 105 108 OFFICE 5 1 0 5.0 5.0 0.06 6.48 11.48 0.80 14.4 80 32 0 0 50 0 0 0

CORRIDOR 106 270 CORRIDOR 0 0 0 0.0 0.0 0.06 16.20 16.20 0.80 20.3 100 40 0 0 50 0 0 0

PANTRY 107 188 BREAK ROOM N/A 6 0 5.0 30.0 0.06 11.28 41.28 0.80 51.6 150 60 0 0 50 0 0 0

WAREHOUSE ADMIN 108 170 OFFICE N/A 2 0 5.0 10.0 0.06 10.20 20.20 0.80 25.3 100 40 0 0 50 0 0 0

IT 202 62 ELECTRICAL UNOCCUPIED SPACE, NO VENTILATION REQUIRED PER SECTION 401.2 OF THE 2018 IMC. 0 0

LARGE CONF ROOM 203 223 CONFERENCE ROOM N/A 12 0 5.0 60.0 0.06 13.38 73.38 0.80 91.7 350 140 0 0 50 0 0 0

OFFICE 204 120 OFFICE 5 1 0 5.0 5.0 0.06 7.20 12.20 0.80 15.3 120 48 0 0 50 0 0 0

OFFICE 205 120 OFFICE 5 1 0 5.0 5.0 0.06 7.20 12.20 0.80 15.3 120 48 0 0 50 0 0 0

MEDIUM CONF ROOM 206 180 CONFERENCE ROOM N/A 8 0 5.0 40.0 0.06 10.80 50.80 0.80 63.5 250 100 0 0 50 0 0 0

COPY 208 131 OFFICE 5 1 0 5.0 5.0 0.06 7.86 12.86 0.80 16.1 150 60 0 0 50 0 0 0

TOILET 209 55 RESTROOM 0 0 1 0.0 0.0 0.00 0.00 0.00 0.80 0.0 20 8 0 0 50 50 50 50

OPEN AREA 207 1217 OFFICE N/A 12 0 5.0 60.0 0.06 73.02 133.02 0.80 166.3 900 360 0 0 50 0 0 0

TOTAL 4597 3 3130 1252 150

RTU-2/TRUCKER LOUNGE AREA (SECTOR A)

BREAKROOM 114 677 BREAK ROOM N/A 30 0 5.0 150.0 0.06 40.62 190.62 0.80 238.3 600 240 0 0 50 0 0 0

TOILET 122 62 TOILET 0 0 1 0.0 0.0 0.00 0.00 0.00 0.80 0.0 25 10 0 0 50 50 50 50

TOTAL 1788 8 1615 646 545

OPEN AREA (SECTORS A, B, C, D, E, F)

CHARGING 124 4937 WAREHOUSE N/A 0 0 10 0 0.06 296 296 0.80 370.3 10,000 0.12 592.44 0 0 592.44 _

WAREHOUSE 120 150,227 WAREHOUSE N/A 0 0 10 0 0.06 9014 9014 1 9014 10,000 10,000 0.12 18,027.24 0 0 18,027.2 210,000

VENTILATION CALCULATIONS

SPACEFLOOR

AREA (SF)CODE USE GROUP

NUMBER OF OCC/1000 SF

NUMB OF

OCC

NUMB OF PLUMB

FIXT

OA CFM PER OCC

OCC OA

REQD (CFM)

OA CFM

PER SF REQD

AREA OA

REQD (CFM)

OCC AND AREA OA

TOTAL (CFM)

ZONE EFFECTIVENESS

(Ez)

TOT. OA REQD (CFM)

TOT. SA (CFM)

TOT. OA (CFM)

EA CFM PER SF REQD

SF EA CFM REQD

EA CFM PER FIXT

REQD

FIXT EA

CFM REQD

TOT. EA REQD (CFM)

TOT. EA (CFM)

RTU-1/OFFICE AREA (SECTORS C AND F)

UTILITY 101 823 MECHANICAL UNOCCUPIED SPACE, NO VENTILATION REQUIRED PER SECTION 401.2 OF THE 2018 IMC. 0 0 0 0 0 0 0

0 0 0 0 0

0

0

BEF-2 DOWNBLAST CENTRIFUGAL TRUCKER OFFICE DIRECT 545 0.375 1550 CONSTANT 1/15 - 1550 208/240 1 NO GREENHECK G-090 SEE NOTES 1, 2

ITEF-1 THRU 3 CEILING EXHAUST IT ROOMS DIRECT 500 0.375 1275 CONSTANT - 2.4 1275 208/240 1 NO GREENHECK SP-A510-VF SEE NOTES 1, 2

EF-1THRU 20 UPBLAST CENTRIFUGAL WAREHOUSE 120 BELT 10,000 0.25 1050 CONSTANT 2 - 1800 460 3 NO GREENHECK CUBE-300 SEE NOTES 1, 2, 3

BEF-1 DOWNBLAST CENTRIFUGAL ADMIN OFFICE DIRECT 175 0.2 1725 CONSTANT 1/60 - 1550 208/240 1 NO GREENHECK G-060 SEE NOTES 1, 2

EEF-1 WALL PROPELLER UTILITY ROOM 101 DIRECT 14,500 0.25 1160 CONSTANT 1.5 - 1160 208/240 1 NO GREENHECK SC3-36-410-B15 SEE NOTES 1, 2

NOTES: 1. FAN SHALL BE ENABLED THROUGH THE BAS SYSTEM WITH ADJUSTABLE CHANGEOVER SETPOINT TEMPERATURE.

HP AMPS RPM VOLT PH MANUFACTURER MODEL

2. FAN STATUS SHALL BE MONITORED AND REPORTED AT THE BAS SYSTEM VIA CT IN THE FAN MOTOR LEADS.

3. PROVIDE NON-FUSED DISCONNECT SWITCH WITH EACH FAN, WIRED BY ELECTRICAL CONTRACTOR.

EXHAUST FAN SCHEDULE

TAGFAN

TYPESERVICE DRIVE

AIRFLOW (CFM)

E.S.P. (IN. WG)

FAN RPM

VOLUME CONTROL

MOTOR

EMERGENCY POWER

(Y/N)

BASIS OF DESIGN

REMARKS

PEF-1 CEILING EXHAUST PANTRY 107 DIRECT 50 0.25 790 CONSTANT - 0.33 790 115 1 NO GREENHECK SP-A50 SEE NOTES 1, 2

PEF-2 CEILING EXHAUST BREAKROOM 114 DIRECT 50 0.25 790 CONSTANT - 0.33 790 115 1 NO GREENHECK SP-A50 SEE NOTES 1, 2

FEF-1 WALL PROPELLER DIESEL PUMP ROOM 125 DIRECT 400 0.125 1550 CONSTANT 1/50 - 1550 115 1 NO GREENHECK S1-10-424-D SEE NOTES 1, 2

1251-1750 22 x 22 24 x 24 - 22 -

121-210 8 24 x 24 0.05 12 4

211-325 10 24 x 24 0.07 15 5

351-725 14 x 14 24 x 24 - 20 -

730-1250 18 x 18 24 x 24 - 21 -

EREXHAUST REGISTER GENERAL EXHAUST

WALL

0-350 10 x 10 12 x 12 - 20 -

FIXED 35° TITUS 350RFRAME SHALL MATCH CEILING TYPE. PROVIDE WITH OPPOSED BLADE DAMPER.

SDSQUARE CEILING DIFFUSER

GENERAL SUPPLY CEILING

0-120 6 24 x 24 0.044 12 4

AS NOTED ON PLANS

TITUS TMSAALL PATTERN SHALL BE 4-WAY UNLESS OTHERWISE NOTE. PROVIDE FRAME TO MATCH CEILING TYPE AS NECESSARY.

DIFFUSER, REGISTER AND GRILLE SCHEDULE

TAG SERVICECFM

RANGE

NECK DIA. (IN)

FACE SIZE (IN)

MAX. PD

(IN. WG)

MAX. NOISE (NC)

THROW @ 100 FPM (FT)

THROW PATTERN

MANUFACTURER AND

MODEL NUMBERREMARKS

351-725 14 x 14 24 x 24 - 20 -

SR-1SUPPLY REGISTER GENERAL SUPPLY

WALL0-135 12X8 14X10 0.1 20 12

ADJUSTABLE DOUBLE

TITUS 300 FS PROVIDE WITH OPPOSED BLADE DAMPER.

RRRETURN REGISTER GENERAL RETURN

WALL

0-350 10 x 10 12 x 12 - 20 -

FIXED 35° TITUS 350RFRAME SHALL MATCH CEILING TYPE. PROVIDE WITH OPPOSED BLADE DAMPER.

SR-2SUPPLY REGISTER VENTILATION AIRDUCT MOUNTED

0-625 24X6 26X8 0.1 13 49ADJUSTABLE

CRUM LOUVERTITUS DL

SR-3SUPPLY REGISTER

HEATING AIR DUCT MOUNTED

0-1125 24X10 26X12 0.2 43 66 ADJUSTABLE DRUM LOUVER

TITUS S-DL MOUNT AT 45° BELOW HORIZONTAL.

0-5000 60 x 18 62 x 20 - 22 -RGRETURN GRILLE DUCT MOUNTED

FIXED 35° TITUS 350R

MAX INPUT (MBH)

MIN TEMP RISE (°

F)

N.G. CONNECTION

VOLTAGE MOTOR HP

V/PH/HZ FLA WSA

DH-1 AND 2

INDIRECTHORIZONTAL DOWNBLAST

9 5.6 733 300 43 3/4" 115 3 @ 1 460/3/60 11.3 7.5 5722 12,000 75 MARS HV2108-31H-TS SEE NOTES

3. PROVIDE POWER VENTER OPTION PER FURNACE.

4. DOOR HEATER HEAT EXCHANGERS SHALL BE 409 STAINLESS STEEL.

5. PROVIDE OVAL TO ROUND FLUE TRANSITIONS AS REQUIRED.

6. INSTALL PER MANUFACTURER'S INSTALLATION INSTRUCTIONS.

NOTES: 1. PROVIDE DOOR MICROSWITCH (S) (20 AMPS) OPTION FOR AUTOMATIC ON/OFF CONTROL.

2. PROVIDE MOTOR CONTROL PANEL OPTION.

DOOR HEATER SCHEDULE

TAG TYPE ORIENTATIONLENGTH

(FT)WIDTH

(FT)WEIGHT

(LBS)

FURNACE DATA MOTOR FAN DATA

MAX FPM @ NOZZLE

MAX CFM @ NOZZLE

dBAMANUFACTURER AND

MODEL NO.REMARKS

UH-1 UTILITY 101 HORIZONTAL PROPELLER 350 60 10,200 3KW 1600 1/100 14.5A 208V 1 AS HIGH AS POSSIBLE Q-MARK MUH03-81 SEE NOTES 1, 2, 3

3. PLANS SHOW APPROXIMATE LOCATIONS ONLY. EXACT LOCATION SHALL BE COORDINATED IN FIELD WITH THE CONDITIONS OF INSTALLATION.

WH-2 TOILET 122 WALL HEATER 65 60 6,826 2KW - - 9.6A 208V 1 1 Q-MARK CWH1208DSF SEE NOTES 1, 3

WH-3 WOMEN 116 WALL HEATER 65 60 6,826 2KW - - 9.6A 208V 1 1 Q-MARK CWH1208DSF SEE NOTES 1, 3

WH-1 STAIR #1 113 WALL HEATER 65 60 6,826 2KW - - 9.6A 208V 1 1 Q-MARK CWH1208DSF SEE NOTES 1, 3

ELECTRIC UNIT HEATER / WALL HEATER SCHEDULE

NOTES: 1. ALL HEATERS SHALL BE PROVIDED WITH A UNIT MOUNTED TEMPERATURE SENSOR.

2. PROVIDE SUPPORT FROM STRUCTURE FOR SUSPENDED UNIT HEATERS VIA MANUFACTURER'S STANDARD WALL BRACKET.

TAG LOCATION TYPE

AIR

OUTPUT (BTUH)

CAPACITY (KW)

MOTOR ELECTRICALMOUNTING

HEIGHT AFF (FT)

MANUFACTURER MODEL NUMBER

REMARKSAIRFLOW (CFM)

EAT (F)

RPM HP AMPS V PH

WH-4 WAITING 112 WALL HEATER 65 60 6,826 2KW - - 9.6A 208V 1 1 Q-MARK CWH1208DSF SEE NOTES 1, 3

BH-1 BREAKROOM 114 BASEBOARD HEATER - 60 6,826 2KW - - 9.6A 208V 1 1 Q-MARK 25408W SEE NOTES 1, 3

UH-2DIESEL PUMP BUILDING 125

HORIZONTAL PROPELLER 350 60 10,200 3KW 1600 1/100 14.5A 208V 1 AS HIGH AS POSSIBLE Q-MARK MUH03-81 SEE NOTES 1, 2, 3

2. MINIMUM CFMS SHOWN ARE MINIMUM SETPOINTS REQUIRED FOR SPACE VENTILATION. IF VAV BOX FURNISHED CANNOT BE CONTROLLED TO SCHEDULED MINIMUM, SET MINIMUM TO MANUFACTURER'S RECOMMENDED MINIMUM CONTROLLED AIRFLOW RATE.

3. REHEAT COIL SELECTIONS BASED UPON 68 DEGREE SPACE HEATING SETPOINT.

VAV-1 TRUCKER LOUNGE 109 AND TOILET 110 ABOVE CEILING 360 55 325 5 12X8 1 277/1 46X19X12 41 CARRIER 35E05 SEE NOTES

VAV-2 ADMIN OFFICE 108 ABOVE CEILING 230 50 100 4 12X8 1 277/1 46X19X12 41 CARRIER 35E04 SEE NOTES

VAV-3 TOILET 111, WAITING 112, CORRIDOR 106 ABOVE CEILING 230 50 225 4 12X8 1 277/1 46X19X12 41 CARRIER 35E04 SEE NOTES

VAV-7 STAIR 113, COPY 208, OPEN AREA 207 ABOVE CEILING 1430 300 1150 10 14X12 1 277/1 44X21X12 53 CARRIER 35E10 SEE NOTES

VAV-8 MEDIUM CONFERENCE ROOM 206 ABOVE CEILING 360 55 250 4 12X8 1 46X19X12 41 CARRIER 35E04 SEE NOTES

VAV-9 OFFICE 205 ABOVE CEILING 230 50 120 4 12X8 1 277/1 46X19X12 41 CARRIER 35E04 SEE NOTES

VAV-4 PANTRY 107 ABOVE CEILING 230 50 150 4 12X8 1 277/1 46X19X12 41 CARRIER 35E04 SEE NOTES




VAV-11 LARGE CONFERENCE ROOM 203 ABOVE CEILING 360 55 350 5 12X8 1 277/1 46X19X12 41 CARRIER 35E05 SEE NOTES


VAV-13 TRUCKER LOUNGE 121 AND TOILET 122 ABOVE CEILING 515 110 425 6 12X8 1 277/1 44X19X12 41 CARRIER 35E06 SEE NOTES

VAV-14 ADMIN WAREHOUSE 119 ABOVE CEILING 230 50 200 4 12X8 1 277/1 46X19X12 41 CARRIER 35E04 SEE NOTES

VAV-15 WOMEN 116 AND MEN 117 ABOVE CEILING 360 55 280 5 12X8 1 277/1 46X19X12 41 CARRIER 35E05 SEE NOTES

VAV-16 LOCKER ROOM 115 ABOVE CEILING 230 50 100 4 12X8 1 277/1 46X19X12 41 CARRIER 35E04 SEE NOTES

VAV-17 BREAKROOM 114 ABOVE CEILING 700 140 600 7 12X10 1 277/1 44X19X12 43 CARRIER 35E07 SEE NOTES

NOTES: 1. PROVIDE 24 VOLT CONTROL TRANSFORMER WITH PRIMARY AND SECONDARY FUSING AND TOGGLE DISCONNECT SWITCH.

VARIABLE AIR VOLUME TERMINAL SCHEDULE

TAG SERVICE LOCATIONMAXIMUM

CFMMINIMUM

CFMSCHEDULED

CFM

DUCT CONNECTIONS

HEATING COIL DATA

ELECTRICAL DATA

MAX DIMENSIONS MAX BASIS OF DESIGN

REMARKSINLET

(IN DIA)OUTLET

(IN) KW VOLT/PH MOCPL x W x H

(IN)WEIGHT

(LBS)MANUFACTURER MODEL

20

20

20

20

20

20

20

20

20

20

20

20

20

20

20

20

20

277/1

MOCP FLA V/PH L W H

GH-1 THRU 6

WAREHOUSE 120 13,500 10 1.0 3.5-14 1050 840 3 15 13 460/3 135 51 42 1476 REZNOR SSCBL 1050 SEE NOTES

NOTES: 1. PROVIDE WITH GAS PRESSURE REGULATOR AND DISCONNECT SWITCH WIRED BY ELECTRICAL CONTRACTOR.2. BASIS OF DESIGN UNIT HAS SINGLE POINT NATURAL GAS CONNECTION.

GAS FIRED PACKAGED DUCT FURNACE/BLOWER SCHEDULE

MOTOR (BHP)

MAX ESP

(IN WC)

GAS PRESSURE

RANGE (IN WC)

INPUT (MBH)

OUTPUT (MBH)

# OF FURNACES

TAG LOCATION

TOTAL AIR FLOW MAX

(CFM)

SUPPLY FAN HEATING DATA ELECTRICAL DIMENSIONS (IN)

WEIGHT (LBS)

BASIS OF DESIGN MANUFACTURER/ MODEL

REMARKS

6,500

TOTAL AIR

FLOW MIN (CFM)

1-1/4"

GAS CONN.

(IN)

30

MAX VENT LENGTH

(IN)

RPM HP V L W H

GUH-1 THRU 8

STAGING 124 1,235 6 OVAL 100 80 1050 1/3 208 50 18 31 97 REZNOR B 100 SEE NOTES

NOTES: 1. PROVIDE WITH GAS PRESSURE REGULATOR AND DISCONNECT SWITCH WIRED BY ELECTRICAL CONTRACTOR.

GAS FIRED UNIT HEATER SCHEDULE

VENT OUTLET

DIAMETER (IN)

INPUT (MBH)

OUTPUT (MBH)

TAG LOCATION

AIR FLOW (CFM)

HEATING DATA MOTOR DIMENSIONS (IN)

WEIGHT (LBS)

BASIS OF DESIGN MANUFACTURER/MODEL

REMARKS

PROPELLER

TYPE

1/2"

GAS CONN.

(IN)

PH

11/2"

GAS PRESSURE

RANGE (IN WC)

2. PROVIDE WITH 50', 18" POLYTUBE WITH 50 PAIRS OF HOLES AND MANUFACTURER'S STANDARD POLYTUBE CONNECTOR.

LOUVER SCHEDULE

TAGDESIGN

AIRFLOW (CFM)

DESIGN FREE AREA

(SF)

DESIGN FREE AREA VELOCITY

(FPM)

LOCATION TYPEBLADE

ORIENTATIONDIMENSIONS

W X H(IN X IN)

DEPTH (IN)HEIGHT

INSTALLED AFF (IN)

MANUFACTURER AND MODEL

NUMBER

LV-1 100,000 81 1235 WAREHOUSE ADJUSTABLE LOUVER

HORIZONTAL 240X120 3004

REMARKS

AIROLITE T645 SEE NOTES

LV-2 100,000 81 1235 WAREHOUSE ADJUSTABLE LOUVER

HORIZONTAL 240X120 3004 AIROLITE T645 SEE NOTES

LV-3 14,500 20.25 716 MECHANICAL ROOM

STATIONARY LOUVER

HORIZONTAL 60X120 24 AIROLITE K609 SEE NOTES

LV-4 400 6.5 62 DIESEL PUMP ROOM

STORM-CLASS FIXED LOUVER

HORIZONTAL 48X48 904 AIROLITE SCH401

SEE NOTES

NOTES: 1. COORDINATE EXACT OPENING DIMENSIONS WITH FRAME AND MOUNTING HARDWARE.2. PROVIDE INSECT SCREEN ON INSIDE OF LOUVER.3. PROVIDE MANUFACTURER'S CUSTOM COLOR BAKED ENAMEL. FINISH WITH COLOR SELECTED BY ARCHITECT. SUBMIT COLOR CHART FOR REVIEW.

MOTOR OPERATED DAMPER SCHEDULE

TAG LOCATION TYPE CONTROL METHOD TYPE STROKE TIME (SEC) V/PH

DAMPER BLADE

ORIENTATION

DAMPER LEAKAGE CLASS

(AT 4 IN. WC)

MANUFACTURER AND MODEL

NUMBER

MOD-1 DIESEL PUMP ROOM

INSULATED/THERMALLY BROKEN FRAME

INTERLOCK WITH FEF-1

TWO-POSITION

20 120/1 PARALLEL 2.291

REMARKS

T.A. MORRISON CO. SERIES 9000 BF

SEE NOTES

NOTES: 1. COORDINATE DAMPER FRAME AND REQUIRED OPENING SIZE PRIOR TO FABRICATION.2. MOTOR OPERATOR SHALL BE BELIMO EF SERIES IN NEMA 4 HOUSING OR APPROVED EQUAL.3. COORDINATE DAMPER TORQUE REQUIREMENTS WITH MOTOR OPERATOR.4. DAMPER PERFORMANCE RATING SHALL BE AMCA CERTIFIED,5. COORDINATE FRAME SPACING BETWEEN DAMPER AND LOUVER TO ALLOW FULL BLADE TRAVEL.

MOTOR OPERATOR

DIMENSIONS (W X H (IN) DEPTH (IN) INSTALLED HEIGHT AFF (IN)

48X48 4 70

PHYSICAL CHARACTERISTICSBLADE

R-VALUE








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Documents

MECHANICAL GENERAL NOTES: ABBREVIATIONS: DUCTWORK€¦ · coordinate hvac locations with work under other divisions of the specifications to avoid conflicts. contractor shall secure