36C24218B0125-011.pdf

WEBB AVENUE

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SCALE:

" = 1'-0"

FLOOR TILE, MASTIC, AND CARPET TO BE REMOVED.

FLOOR TILE, MASTIC, AND WOOD FLOOR TO BE REMOVED.

FLOOR TILE, MASTIC, AND RUBBER FLOOR TO BE REMOVED.

FLOOR TILE, AND MASTIC TO BE REMOVED.

FLOOR TILE, MASTIC, AND LINOLEUM TO BE REMOVED.

HEPA - FILTERED NEGATIVE AIR MACHINE.

1. Asbestos abatement shall be performed in accordance with the specification and applicable regulations. Personnel holding current New

York State Department of Labor (NYSDOL) and New York City

Department of Environmental Protection (NYCDEP) asbestos handler's certificates shall perform the work. Additionally, the Contractor must employ NYSDOL and NYCDEP certified supervisors to be on the work site for all abatement activities. The contractor must be currently licensed by the NYSDOL. All certificates and licenses are to be readily available for verification by the Veterans Affairs Medical Center.

2. Contractor is responsible for removal and disposal of all asbestos-containing materials and asbestos-contaminated materials within the specified areas.

2. Contractor is responsible for verification of all quantities of asbestos-containing materials.

3. Contractor is responsible for precleaning any existing asbestos contamination, dust and debris within the removal areas.

4. Contractor is responsible for maintaining the integrity of building finishes.

The contractor shall repair any and all damages caused by abatement activities or his personnel.

5. Contractor is solely responsible for all means, methods, techniques, sequences and procedures and for coordinating all portions of the scope of work under this contract.

6. The project shall be filed as a large project with the NYSDOL.

1. A significant portion of the sixth (6th) floor is undergoing a renovation.

Asbestos-containing materials (ACM's) must be removed to allow for the renovation. ACM's include but are not limited to floor tile and mastic.

There are areas where there is carpet, wood, rubber and/or linoleum covering the floor tile. These materials (carpet, wood, rubber and/or linoleum) will also be removed and disposed of as ACM because it is contaminated by the floor tile.

2. The contractor shall construct personal and waste decontamination units outside the work areas for use in asbestos abatement. The decontamination units shall be located contiguous to the 6th floor work area and not remote.

3. The asbestos abatement shall be coordinated to avoid interruptions to the normal activities of the V.A., which may include off hours work

4. All asbestos-containing materials within the contract limits must be removed and disposed of as asbestos-contaminated waste unless specifically excluded in these specifications or on the drawings. The contractor shall remove all walls to access the underlying floor tile.

5. All ACM's shall be removed in accordance with New York State

Department of Labor (NYSDOL) Industrial Code Rule 56 (12 NYCRR 56) and applicable Federal OSHA and EPA regulations. Where there is an overlap the most stringent regulation shall apply.

6. All work area decontamination units (personal and waste) shall be fully framed and sheathed because they will be located in areas of public access.

7. All utilities, mechanical systems and piping shall be locked out and tagged before the contractor is to begin abatement activities.

F

LEAF TYPES

FR 1

FRAME TYPES

FR 2

DOOR SCHEDULE

FG FG2 HG

FR 3 FR 4

F-1

DOOR SCHEDULE

FR 5

F-2V F-V PRA RAGHG2 HG3

FR 6

HG2A HG3A

WINDOW SCHEDULE

GENERAL NOTES:

1. ALL PIPING AND DUCTWORK SHALL BE HUNG FROM BUILDING STRUCTURE ONLY, EXCEPT AS

SPECIFICALLY ALLOWED IN THE SPECIFICATIONS. HVAC CONTRACTOR SHALL PROVIDE

SUPPLEMENTARY STEEL AS NECESSARY TO SUPPORT PIPES AND DUCTS FROM BUILDING

STRUCTURE. THE ARCHITECT AND STRUCTURAL ENGINEER SHALL BE THE SOLE DETERMINANT AS

TO PERMISSIBILITY OF HANGING NEW WORK FROM BUILDING STRUCTURE AND SLABS.

2. PIPING AND DUCTWORK SHALL BE COORDINATED WITH WORK BEING PROVIDED BY OTHER

TRADES.

3. FINAL LOCATION OF ALL CEILING DIFFUSERS, RETURN REGISTERS AND CEILING GRILLES SHALL BE

AS SHOWN ON THE ARCHITECTURAL REFLECTED CEILING PLANS. THE CONTRACTOR SHALL

PROVIDE DUCTWORK AS REQUIRED TO COMPLY WITH THIS. QUANTITIES OF THESE DEVICES SHALL

BE PROVIDED AS SHOWN ON THE "MH" DRAWINGS. ANY DISCREPANCIES BETWEEN THE "MH"

DRAWINGS AND THE ARCHITECTURAL REFLECTED CEILING PLANS SHALL BE BROUGHT TO THE

ATTENTION OF THE ARCHITECT FOR RESOLUTION PRIOR TO BID.

4. WHILE THE DRAWINGS SHALL BE ADHERED TO AS CLOSELY AS POSSIBLE, THE ARCHITECT'S RIGHT

IS RESERVED TO VARY THE RUN AND SIZE OF DUCTS DURING THE PROGRESS OF THE WORK IF

REQUIRED TO MEET CEILING HEIGHTS, TO MEET STRUCTURAL AND FIELD CONDITIONS.

CONTRACTOR SHALL PROVIDE REDRAWING OF SHOP DRAWINGS AS NECESSARY TO

ACCOMMODATE THE ARCHITECT'S REQUIREMENTS, AT NO ADDITIONAL COST TO THE

GOVERNMENT. REFER TO ARCHITECTURAL REFLECTED CEILING PLANS FOR REQUIRED CEILING

HEIGHTS.

5. INSTALL ALL DUCTWORK IN STRICT ADHERENCE TO THE CEILING HEIGHTS INDICATED ON THE

ARCHITECT'S DRAWINGS. CONSULT WITH OTHER CONTRACTORS AND IN CONJUNCTION WITH THE

OTHER CONTRACTORS, ESTABLISH THE NECESSARY SPACE REQUIREMENTS FOR EACH TRADE.

6. THE SHEET METAL DUCTWORK SHALL, WHETHER INDICATED OR NOT, RISE AND/OR DROP AND/OR CHANGE IN SHAPE TO CLEAR ANY AND ALL OTHER DUCTWORK, CONDUITS, LIGHTING FIXTURES, PLUMBING AND HEATING MAINS TO MAINTAIN THE DESIRED CEILING HEIGHTS AND TO PROVIDE

ADEQUATE MAINTENANCE ROOM AND HEADROOM IN MECHANICAL EQUIPMENT ROOMS. THE

DRAWINGS, IN GENERAL, DO NOT SHOW ALL RISES, DROPS AND DUCT TRANSITIONS REQUIRED.

THE DRAWINGS SHOW GENERAL ROUTING REQUIREMENTS ONLY.

7. THE DUCTWORK SHALL BE CONTINUOUS, WITH AIRTIGHT JOINTS AND SEAMS PRESENTING A

SMOOTH SURFACE ON THE INSIDE AND NEATLY FINISHED ON THE OUTSIDE. DUCTS SHALL BE

CONSTRUCTED WITH CURVES AND BENDS SO AS TO EFFECT AN EASY FLOW OF AIR. UNLESS

OTHERWISE SHOWN ON THE DRAWINGS, THE INSIDE RADIUS OF ALL CURVES AND BENDS SHALL

BE NOT LESS THAN WIDTH OF DUCTS IN PLANE OF BEND.

8. ALL RECTANGULAR DUCTWORK, UNLESS OTHERWISE NOTED, SHALL BE BUILT FROM GALVANIZED

SHEET STEEL AND THOROUGHLY BRACED AND STIFFENED. SEE SPECIFICATIONS FOR DUCTS

REQUIRED TO BE FABRICATED OF ALUMINUM AND STAINLESS STEEL.

9. PROVIDE 12" x 12" ACCESS DOORS EVERY 50'-0" RUN OF SUPPLY AND RETURN AIR DUCT FOR CLEANING PURPOSES, EXCEPT IN DUCT ABOVE SOUND CONTROL CEILING. PROVIDE 18" x 18"

ACCESS DOORS, AT EACH FIRE AND FIRE/SMOKE DAMPER, AT EACH MOTORIZED DAMPER, AND

WHEREVER ELSE INDICATED IN THE SPECIFICATION. IF THE DUCT IS TOO SMALL TO PROVIDE AN 18" x 18" ACCESS DOOR, A 12" x 12" ACCESS DOOR SHALL BE PROVIDED.

10. SEE SPECIFICATION FOR DUCTS REQUIRED TO BE LINED. ALSO, LINE DUCTS WHERE SPECIFICALLY

INDICATED ON THE PLANS. DIMENSIONS GIVEN ON PLANS FOR LINED DUCTS ARE CLEAR

DIMENSIONS. INCREASE SIZE OF SHEET METAL DUCT TO PROVIDE THE SPECIFIED CLEAR

DIMENSION WITH ACOUSTICAL LINING ADDED.

11. ALL VALVES, DAMPERS, AND OTHER EQUIPMENT LOCATED ABOVE THE CEILING, WHICH REQUIRE

MAINTENANCE, SHALL BE LOCATED SO AS TO PERMIT MAINTENANCE. IN THE HIGH FLOOR TO

FLOOR AREAS, THIS EQUIPMENT SHALL BE LOCATED AS LOW AS POSSIBLE IN THE CEILING CAVITY

FOR EASIER ACCESS. LOCATE SUCH EQUIPMENT ABOVE ACCESSIBLE CEILINGS TO THE EXTENT

POSSIBLE TO AVOID ACCESS DOORS IN THE CEILING.

12. ALL BIDDERS ARE REQUIRED TO REFER TO ARCHITECTURAL DRAWINGS FOR LOCATIONS OF ALL

MEP/FP COMPONENTS FOR FULL INTEGRATION INTO ARCHITECTURAL DESIGN. BIDDERS ARE TO

IMMEDIATELY CALL TO THE ARCHITECT'S ATTENTION ANY DISCREPANCIES IN QUANTITIES, TYPES

AND SCOPE FOR ALL DISCIPLINES/TRADES.

13. SEE ARCHITECTURAL REFLECTED CEILING PLAN (RCP), DRAWINGS AND FLOOR PLANS FOR

LOCATION OF ALL CEILING MOUNTED DEVICES. SEE ARCHITECTURAL DRAWINGS FOR LOCATION

OF ALL WALL MOUNTED DEVICES.

14. SYMBOL AND LEGENDS SHOWN ON THE DRAWING ARE FOR MECHANICAL DRAWINGS ONLY. SEE

ARCHITECTURAL DRAWING AND TRADES DRAWINGS FOR RESPECTIVE SYMBOLS AND LEGENDS.

GENERAL DEMOLITION NOTES

1. DEMOLITION WORK SHALL BE PERFORMED BY WORKMEN EXPERIENCED IN THIS TYPE OF WORK AND SHALL BE CARRIED THROUGH TO COMPLETION WITH DUE REGARD TO THE SAFETY OF ALL BUILDING

OCCUPANTS AND THE EMPLOYEES OF THE CONTRACTOR, WITH AS LITTLE DISTURBANCE AS

POSSIBLE.

2. DEMOLITION OF HVAC ITEMS SHALL BE PERFORMED UNDER THE HVAC CONTRACT.

3. PRIOR TO DEMOLITION TEST THE EXISTING AIR DISTRIBUTION, RETURN AND EXHAUST SYSTEMS.

OBTAIN READING OF AIR FLOWS AND STATIC PRESSURES AT DUCT MAINS SERVICING THE SPACE.

SUBMIT TESTING REPORT TO COTR.

4. LOCATION OF THE EXISTING DUCTWORK & PIPING AS SHOWN ON DRAWINGS IS APPROXIMATE.

5. PROVIDE TEMPORARY SUPPORTS WHERE REQUIRED.

6. DURING DEMOLITION, PROPERLY CAP AND PROTECT ALL DUCTWORK, EQUIPMENT, AND PIPING THAT

WILL REMAIN IN OPERATION.

7. WHERE EXISTING INSULATION TO REMAIN IS DAMAGED BY THE REQUIREMENTS OF THE WORK, REPLACE ANY DAMAGED INSULATION TO MATCH EXISTING.

8. DEMOLISH ALL EQUIPMENT AS INDICATED, FIXTURES AND/OR MISCELLANEOUS ARTICLES IN THEIR

ENTIRETY INCLUDING AUXILIARY EQUIPMENT, PIPING, WIRING, CONDUIT AND DUCTWORK.

9. MATERIALS RESULTING FROM THE DEMOLITION OPERATIONS SHALL NOT BE ALLOWED TO

ACCUMULATE ON THE FLOORS AND ROOF SURFACES, EXTERIOR GRADE SURFACES OR OTHER

PARTS OF THE PREMISES, AND SHALL BE PROMPTLY REMOVED AND DISPOSED OF AWAY FROM THE

PREMISES BEFORE 8:00 AM AND AFTER 4:30 PM.

10. INCLUDE ALL DEMOLITION OF SYSTEMS AND COMPONENTS WHERE SYSTEMS SHALL BE REPLACED

BY NEW WORK. REFER TO THE DRAWINGS AND SPECIFICATIONS FOR THE SCOPE OF NEW AND

RECONNECTED WORK. THE INTENT OF THIS REQUIREMENT IS TO HAVE THE CONTRACTOR

DISCONNECT, DEMOLISH AND REMOVE ALL EXPOSED AND CONCEALED WORK WHERE BEING

REPLACED OR CONNECTED TO THE NEW LAYOUTS.

11. PRIOR TO DEMOLITION COORDINATE ELECTRICAL POWER DISCONNECTION WITH ELECTRICAL

CONTRACTOR.

12. PROTECT ALL HVAC WORK AND WORK OF OTHER TRADES WHICH IS TO REMAIN, FROM DAMAGE

DURING DEMOLITION.

13. ALL PIPING AND DUCTWORK TO REMAIN SHALL HAVE ENDS TERMINATED IN A NEAT MANNER READY

FOR CONNECTION OF NEW WORK. ALL EXPOSED ENDS OF PIPING AND DUCTWORK SHALL BE

CAPPED. SCREWED PIPING SHALL END ON A SCREWED JOINT. FLANGED PIPE SHALL END WITH A FLANGED JOINT. WELDED PIPING SHALL BE MECHANICALLY CUT, CLEANED OF BURRS AND A CAP

WELDED TO THE PIPE. DUCTWORK SHALL BE CAPPED WITH SHEET METAL CONNECTED TO THE

DUCT TO REMAIN.

14. REMOVAL OF EQUIPMENT, PIPING AND DUCTWORK SHALL INCLUDE ALL HANGERS & SUPPORT

ASSOCIATED WITH THE EQUIPMENT, PIPING AND DUCTWORK TO BE REMOVED.

LIMIT OF DEMOLITION

SUPPLY DUCT (UP & DOWN)

EXHAUST DUCT (UP & DOWN)

SQUARE 4-WAY CEILING DIFFUSERS

EXHAUST OR RETURN CEILING REGISTER OR GRILLE

VANED ELBOW & AIR SPLIT TYPE DUCT TAKE-OFF

CONNECT NEW DUCT TO EXISTING DUCT

D

INCLINED RISE, IN DIRECTION OF AIR FLOW

INCLINED DROP, IN DIRECTION OF AIR FLOW

R

RETURN DUCT (UP & DOWN)

SQUARE 3-WAY CEILING DIFFUSERS

SQUARE 2-WAY CEILING DIFFUSERS

SQUARE 1-WAY CEILING DIFFUSERS

FC

10x8

FLEXIBLE CONNECTION, EQUIPMENT,

VANED ELBOW (PROVIDE ALL SQUARE OR

RECTANGULAR ELBOWS WITH VANES EVEN IF

SYMBOL IS MISSING)

VANED ELBOW (SHORT RADIUS)

STANDARD RADIUS ELBOW (LONG RADIUS)

NEW DUCT (INSIDE DIMENSIONS: WIDTH x DEPTH)

EXISTING DUCT TO REMAIN

FIRE DAMPER

FD

VD

DUCT WITH SOUND LINING

MANUAL VOLUME DAMPER

REMOVE EXISTING DUCT

VIBRATION, OR SEISMIC

SUPPLY

RETURN45°

RETURN, NO SPLITTER (45° TAP)

STANDARD BRANCH SUPPLY OR

MANUAL SPLITTER DAMPER

45°

N

COMBINATION FIRE/SMOKE DAMPER

AUTOMATIC CONTROL DAMPER (MODULATING)

DUAL DUCT MIXING BOX

CONVECTOR OR RADIATOR

A/E ARCHITECT / ENGINEER

AAV AUTOMATIC AIR VENT

ACCU AIR-COOLED CONDENSING UNIT

ACD AUTOMATIC CONTROL DAMPER, MODULATING

ACD-TP AUTOMATIC CONTROL DAMPER, TWO

POSITION

AD ACCESS DOOR

A.F.F. ABOVE FINISHED FLOOR

AFMD AIR FLOW MEASURING DEVICE

AHU AIR-HANDLING UNIT

AP ACCESS PANEL

APD AIR PRESSURE DROP

ARCH ARCHITECTURAL

ASVD AUTOMATIC SMOKE VENT DAMPER

(MOTOR OPERATED - NORMALLY CLOSED)

BHP BRAKE HORSEPOWER

BTU BRITISH THERMAL UNIT

BTUH BRITISH THERMAL UNIT PER HOUR

CFM CUBIC FEET PER MINUTE

CFT CUBIC FEET

CR CEILING REGISTER

CAV CONSTANT AIR VOLUME

GA GAUGE

GPM GALLONS PER MINUTE

GS GALVANIZED STEEL

HAC HOUSEKEEPING AID CLOSET

HB HOSE BIBB

HD HEAD

HP HORSEPOWER

HSTAT HUMIDISTAT

HZ HERTZ

I/O INPUT/OUTPUT

IAQ INDOOR AIR QUALITY

ID INSIDE DIAMETER

IN. INCHES

IN. WG INCHES WATER GAUGE

IS INSECT SCREEN

OA OUTSIDE AIR

OD OUTSIDE DIAMETER

PD PRESSURE DROP

PG PRESSURE GAGE

PPM PARTS PER MILLION

PSI POUNDS PER SQUARE INCH - ABSOLUTE

PSIA POUNDS PER SQUARE INCH - GAGE

PSIG POUNDS PER SQUARE INCH - GAGE

RA RETURN AIR

RAT RETURN AIR TEMPERATURE

RF RETURN FAN

RH RELATIVE HUMIDITY

RR RETURN REGISTER

SA SUPPLY AIR

SAT SUPPLY AIR TEMPERATURE

SD SUPPLY DIFFUSER

SDPR SMOKE DAMPER

SF SUPPLY FAN

SI SQUARE INCHES

SP STATIC PRESSURE

SPS STATIC PRESSURE SENSOR

SQF SQUARE FOOT (FEET)

D DAMPER - AUTOMATIC

DB DECIBELS

Db DRY-BULB TEMPERATURE

DDC DIRECT DIGITAL CONTROLS

DEG DEGREE

DIF DIFFUSER

DIA DIAMETER

DPS DIFFERENTIAL PRESSURE SENSOR

EA EXHAUST AIR

EAT ENTERING AIR TEMPERATURE

ECC ENGINEERING CONTROL CENTER

EF EXHAUST FAN

ER EXHAUST REGISTER

(E) EXISTING

F FAHRENHEIT

F/S DPR COMBINATION FIRE SMOKE DAMPER

FA FREE AREA

FC FLEXIBLE CONNECTION

FD FIRE DAMPER

FPM FEET PER MINUTE

FPS FEET PER SECOND

FS FLOW SWITCH

FT FEET

KW KILOWATT

KWH KILOWATT HOUR

LAT LEAVING AIR TEMPERATURE

LB/HR POUNDS PER HOUR

LF LINEAR FOOT (FEET)

LPR LOW PRESSURE RETURN (STEAM

CONDENSATE)

LPS LOW PRESSURE STEAM

LVR LOUVER

MA MIXED AIR

MAT MIXED AIR TEMPERATURE

MAX MAXIMUM

MB MIXING BOX

MBH 1000 BTUH

MER MECHANICAL EQUIPMENT ROOM

MERV MINIMUM EFFICIENCY REPORTING VALUE

MHP MOTOR HORSEPOWER

MIN MINIMUM

NA NOT APPLICABLE

NC NOISE CRITERIA

N.C. NORMALLY CLOSED

N.O. NORMALLY OPEN

NTS NOT TO SCALE

TAB TESTING, ADJUSTING, BALANCING

TD TEMPERATURE DIFFERENCE

TSP TOTAL STATIC PRESSURE

TSTAT THERMOSTAT

TYP. TYPICAL

VAV VARIABLE AIR VOLUME

VD VOLUME DAMPER (MANUAL OPPOSED BLADE)

Wb WET-BULB (TEMPERATURE)

W/ WITH

WMS WIRE MESH SCREEN

REMOVE EXISTING EQUIPMENT, AIR TERMINALS

WALL MOUNTED THERMOSTAT

DUCT MOUNTED TEMPERATURE SENSOR

F/S DPR

AIR FLOW DIRECTION (POSITIVE PRESSURE)

AIR FLOW DIRECTION (NEGATIVE PRESSURE)

UNDERCUT (ON DOOR)

(WALL TYPE)

SUPPLY TOP REGISTER OR GRILLE (WALL TYPE)

EXHAUST OR RETURN TOP REGISTER OR GRILLE

2 TYP.

1 TYP.

3 TYP.

2 TYP.

1 TYP.

1 TYP.

1 TYP.

1 TYP.

3 TYP.

3 TYP.

2 TYP.

1 TYP.

1 TYP.

CONVECTOR TO REMAIN (TYP)

CONVECTOR TO REMAIN (TYP)CONVECTOR TO REMAIN (TYP)

CONVECTOR TO REMAIN (TYP)CONVECTOR TO REMAIN (TYP)CONVECTOR TO REMAIN (TYP)CONVECTOR TO REMAIN (TYP)

CONVECTOR TO REMAIN (TYP)

CONVECTOR TO REMAIN (TYP)

CONVECTOR TO REMAIN (TYP)

REMOVE CEILING MOUNTED SUPPLY DIFFUSER. TYPICAL FOR ALL DIFFUSERS.

REMOVE CEILING MOUNTED RETURN OR EXHAUST REGISTER. TYPICAL FOR ALL REGISTERS.

REMOVE WALL MOUNTED THERMOSTAT. TYPICAL FOR ALL THERMOSTATS.

DEMOLITION KEY NOTES:

1 1. DEMOLITION OF THERMOSTATS SHALL INCLUDE REMOVAL OF CONTROL WIRING

AND/ OR PNEUMATIC PIPING.

2. SEE DRAWING 100-MD102 FOR DUCTWORK AND MIXING BOXES DEMOLITION.

NOTES:

19"Ø COLD

17"Ø HOT

19"Ø COLD

17"Ø HOT

20x14 EXH

34x20 RET

1 1TYP.

TYP.

1 TYP. 1 TYP.

1 TYP.

1 TYP.

1 TYP.

1 TYP.

1 TYP.

1 TYP.

24"Ø COLD DECK DUCT

TO REMAIN

21"Ø HOT DECK DUCT

TO REMAIN

1 TYP.

1 TYP.

16x12 EXHAUST DUCT

TO REMAIN

EF-31

AH-27

RF-21

x2

R

E T

34x20 RET

28x28 RETURN

DUCT TO REMAIN

2 TYP.

3 TYP.

3 TYP. 3 TYP.

4 TYP.

4 TYP.

5 TYP. 5 TYP.

2 TYP.

3TYP.

4 TYP.

MIXING BOX MB 5-A

(501) TO REMAIN

2 TYP.

17"Ø COLD

15"Ø HOT

12x6 12x6

20x7

20x12 EXH

12x6

12x6 7"Ø

28x16

18x14 16x12 16x10

1 TYP.

1 TYP.

10"Ø

12"Ø

12"Ø

15"Ø

10"Ø12"Ø

12"Ø

15"Ø17"Ø COLD

15"Ø HOT

9"Ø 11"Ø

10"Ø 15"Ø

11"Ø

10"Ø 12"Ø 12"Ø

12"Ø

12"Ø

12"Ø

13"Ø

13"Ø

15"Ø

14x10 10x6 6x6

18x10 14x10 12x10 12x6 6x6

14x10

20x1228x16

16x8

14x8

14x8 12x8

14x6

28x24

38x14 x1 x1 x1 x6

12x6

17"Ø COLD

15"Ø HOT

MIXING BOX MB 4-B

(533) TO REMAIN

FD

FD

REMOVE MIXING BOX MB 4-B (533),

DISCONNECT CONTROL PIPING

FROM THERMOSTAT

REMOVE DUAL DUCT MIXING BOX WITH ALL ASSOCIATED DUCTWORK, CONTROLS, ETC.

REMOVE PNEUMATIC CONTROL PIPING BACK TO MAIN AND CAP. TYPICAL FOR ALL MIXING

BOXES.

REMOVE SUPPLY DUCTWORK WITH ALL ASSOCIATED ACCESSORIES, SUPPORTS UP TO THE

POINTS OF DISCONNECTION AS SHOWN.

REMOVE EXHAUST DUCTWORK WITH ALL ASSOCIATED ACCESSORIES, SUPPORTS UP TO

THE POINTS OF DISCONNECTION AS SHOWN.

REMOVE RETURN DUCTWORK WITH ALL ASSOCIATED ACCESSORIES, SUPPORTS UP TO

THE POINTS OF DISCONNECTION AS SHOWN.

REMOVE WALL MOUNTED THERMOSTATS. DISCONNECT AND REMOVE CONTROL PIPING.

TYPICAL FOR ALL THERMOSTATS.

DISCONNECT CONTROL PIPING TO THE MIXING BOX TO BE REMOVED, KEEP THERMOSTAT

AND CONTROL PIPING TO THE REMAINING MIXING BOX.

DEMOLITION KEY NOTES:

NOTES:

1. PRIOR TO DEMOLITION TEST THE EXISTING AIR DISTRIBUTION, RETURN AND EXHAUST SYSTEMS.

OBTAIN READING OF AIR FLOWS AND STATIC PRESSURES AT DUCT MAINS SERVICING THE SPACE.

SUBMIT TESTING REPORT TO COTR.

2. SEE DRAWING 100-MD101 FOR DEMOLITION OF CEILING MOUNTED DIFFUSERS AND REGISTERS AND

WALL MOUNTED THERMOSTATS.

FDFD

FD

FD

SD-7

(240)

RR-8

(480)

SD-5

(130)

SD-10

(115)

SD-7

(300)

SD-5

(70)

SD-7

(250) SD-5

(50)

SD-9

(30)

SD-3

(310)

SD-9

(100)

SD-9

(80)

SD-10

(150)

SD-9

(100)

SD-6

(140)

SD-5

(80)

RR-8

(540)

SD-6

(190)

SD-5

(90)

SD-5

(80)

SD-5

(90)

SD-5

(100)

RR-5

(130)

RR-7

(340)

SD-13

(170)

SD-2

(270)

SD-2

(270)

SD-10

(180)

SD-2

(205)

ER-2

(95)

RR-3

(315)

RR-18

(130)

RR-18

(130)

SD-13

(130)

SD-1

(110)

SD-1

(120)

RR-1

(110)

SD-2

(250)

SD-6

(180)

SD-12

(60)

SD-6

(150)

SD-1

(140)

RR-4

(80)

SD-3

(320)

SD-9

(80)

SD-9

(80)

ER-2

(95)

SD-13

(220)

SD-14

(260)

SD-14

(280)

SD-3

(330)

SD-14

(270)

SD-14

(270)

SD-9

(100)

SD-11

(230)

ER-4

(100)

ER-3

(40)

ER-4

(85)

RR-4

(100)

RR-5

(150)

ER-4

(120)

RR-18

(80)

RR-19

(180)

RR-20

(360)

RR-1

(175)

RR-22

(810) ER-3

(60)

RR-5

(150)

RR-1

(175)

RR-3

(275)

RR-3

(275)

SD-9

(30)

ER-3

(75)

ER-4

(100)

RR-1

(120)

ER-4

(100)

RR-4

(110)

RR-5

(150)

RR-8

(520)

RR-13

(210)

RR-16

(580)

RR-21

(440)

RR-14

(280)

SD-5

(130)

RR-4

(100)

RR-4

(90)

ER-3

(75)

ER-2

(95)

ER-3

(75)

ER-4

(160)

RR-8

(450)

(E) CONVECTOR (TYP)

ER-3

(75)

ER-3

(75)

(E) CONVECTOR (TYP)(E) CONVECTOR (TYP) (E) CONVECTOR (TYP)

(E) CONVECTOR (TYP)(E) CONVECTOR (TYP)

SD-2

(270)

SD-2

(270)

(E) CONVECTOR (TYP)

SD-3

(370)

SD-2

(270)

SD-2

(270)

SD-2

(270)

SD-2

(270)

SD-3

(370)

SD-3

(370)

SD-3

(370)

SD-2

(240)

SD-2

(240)

SD-2

(240)

SD-2

(270)

SD-2

(240)

SD-2

(270)

SD-2

(270)

SD-2

(270)

SD-2

(270)

SD-2

(205)

SD-3

(380)

SD-3

(380)

SD-2

(280)

SD-3

(300)

SD-2

(280) SD-2

(280)

RR-1

(140)

SD-2

(200)

SD-3

(320)

RR-16

(600)

SD-2

(230)

SD-2

(240) RR-14

(400)

SD-7

(300)

SD-6

(140)

SD-6

(170)

SD-6

(170)

SD-13

(180)

SD-13

(180)

SD-13

(180)

SD-13

(130)

SD-6

(180)

SD-5

(110)

SD-13

(220)

SD-14

(260)

RR-22

(800)

SD-5

(100)

SD-5

(100)

SD-6

(190)

SD-9

(80)

SD-9

(80)

SD-7

(240)

ER-3

(75)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95) ER-2

(95)

ER-2

(95)

ER-2

(95)

ER-2

(95)ER-2

(95)

ER-2

(95)ER-2

(95)

ER-2

(95) RR-1

(175)

RR-1

(175) RR-1

(175)

RR-1

(175) RR-1

(175)

RR-1

(175)

RR-1

(175)

RR-1

(175)

RR-1

(175)RR-1

(175)

RR-1

(175)

RR-1

(175)

RR-1

(145)

RR-1

(145)

RR-1

(145)

RR-1

(145)

RR-3

(275)

RR-3

(275)

RR-16

(600)

RR-4

(100)

RR-4

(100)

SD-5

(50)

RR-4

(90)

SD-13

(150)

SD-13

(150)

SD-13

(170)

RR-22

(720)

RR-7

(300)RR-1

(145)

RR-15

(500)

SD-2

(270)

RR-16

(740)

RR-13

(240)

ER-2

(95)

SD-2

(240)

SD-14

(270)

SD-2

(290)

(E) CONVECTOR (TYP)

(E) CONVECTOR (TYP)

24x24

TRANSFER

GRILLE

RR-4

(80)

SD-12

(90)

SD-3

(380)

SD-3

(380)

ER-2

(95)

SD-9

(30)SD-9

(30)

SD-9

(30)

NOTES:

1. SEE DRAWING 100-MH102 FOR LOCATIONS OF DUCTWORK, DUCT MOUNTED

ACCESSORIES, MIXING BOXES, ETC.

24"Ø COLD

24"Ø

"Ø

H O

T

20x14 EXH

34x20 RET

(E) 24"Ø COLD DECK

DUCT

(E) 21"Ø HOT

DECK DUCT

(E) 16x12

EXHAUST DUCT

(E) EF-31

(E) AH-27

(E) RF-21

34x20 RET

(E) 28x28

RETURN DUCT

20x12 EXH

(E) 24x20

MB-6-A-9

MB-6-A-1

MB-6-A-3

MB-6-A-4

MB-6-A-2

MB-6-A-5

MB-6-A-6

MB-6-A-7

MB-6-A-8

MB-6-A-12MB-6-A-13

MB-6-A-14

MB-6-A-15

MB-6-A-10

MB-6-A-11

MB-6-C-1

MB-6-C-2

MB-6-C-3

MB-6-C-4

MB-6-C-5

MB-6-C-6

MB-6-C-7

MB-6-C-8

MB-6-C-38

MB-6-C-9

MB-6-C-33

MB-6-C-30

MB-6-C-10

MB-6-C-11MB-6-C-12

MB-6-C-13

MB-6-C-14

MB-6-C-15

MB-6-C-16

MB-6-C-24

MB-6-C-25

MB-6-C-17

MB-6-C-26

MB-6-C-22

MB-6-C-21

MB-6-C-18

MB-6-C-34

MB-6-C-35

MB-6-C-37

MB-6-C-23

MB-6-C-19

MB-6-C-20

MB-6-C-28

MB-6-C-39

(E)16x8

12x8 x1

16x6

8"Ø 6"Ø

14x6

6"Ø

14x6

16x6

16x616x6

10"Ø

14x6

16"Ø

(E)15"Ø COLD

4"Ø

12x8 x1

(E) 24"Ø COLD

DECK DUCT

18"Ø

13"Ø11"Ø

8"Ø

6"Ø

6"Ø

12x8

8x8

8x6

14x6

12"Ø10"Ø

14"Ø

10x6

6"Ø x8 x8

10x4 x414 x4 x8

8x8

8x8

14x6

16x8

8x6

14x8 10x8

12x8

14x8

18x12

14x8 x1

12x8

8x6 x8 x6

12x8 x1

12"Ø

11"Ø

MB-6-C-36

16x616x10 12x10

"Ø

C O

LD

17"Ø

24"Ø 22"Ø 20"Ø 19"Ø

12"Ø

15"Ø18"Ø

14"Ø

16x12

15"Ø20"Ø22"Ø 18"Ø

13"Ø 12"Ø14"Ø16"Ø18"Ø20"Ø 20"Ø 12x6

22"Ø22"Ø

10x6

14x8

10x6

8x4

14x8 (E)14x8

8x4 8x4

16x10

10x8

10x6

14x814x10

14x1016x12

10x4

10x610x8

10x4

10x6

(E) 17"Ø COLD

DECK DUCT

(E) 15"Ø HOT

DECK DUCT

x8

16"Ø

13"Ø

14x8

16x8 18x8

8x4

28x16 x1 x1

28x18

28x20

15"Ø

13"Ø 12"Ø10"Ø

10"Ø

20x10

8x6

8x6 x8 x8

12x6 x4 x4

10x4 x1

12x8

10x6

10x6 x4 x414 x4 x4

14x616x1216x1418x1424x14

10x6

24x18

22"Ø

26x20 x6

30x20 x6

14x10

16x6

12x8 x8 x8

10x4

10x8

14x12 x6

16x1018x10

16x8 x6

18x12

22x16

12x4 16x6

14x8 x6 x6

26x18

14x6

26x20

MB-6-C-29

18x8

12x4 x6

28x20

8x6

10x6 14x8 x8

8x4

8x6

6x6 14x8

12x6

10x610x8

8x6 10x4

12x8

6x6

6x6

10x8

10x6

16x10

14x6

10x4

10x4

10x4

12x610x6

10x4

18x10

14x8

16x8 14x8

12x6

10x4

10x6

8x4

16x818x8

10x6 10x4 10x6

10x4

8x4

6"Ø 6"Ø

8"Ø

8"Ø

10"Ø

8x4

14x8

14x6 14x6

8x4

10x48"Ø8"Ø

16x8 6x6

10x8

(E) MB

5-A

(501)

10x6

6x6

6x6

10x4

14x10

14x10

10x10

8x8

10x6

10x4

14x6

MB-6-C-32

16x6

16x6

16x6

16x8

12x8

8x4 10x4

MB-6-A-16

22x6 DUCT

OPENING

W /WMS (530)

36x6 DUCT

OPENING

W /WMS (530)

MB-6-C-42

12x6 DUCT

OPENING

W /WMS (265)

MB-6-C-43

6x6 DUCT

OPENING

W /WMS (100)

MB-6-C-40

12x6 DUCT

OPENING

W /WMS (265)

MB-6-C-41

6x6 DUCT

OPENING

W /WMS (100)

12x8

TO MB-6-A-16

MIXING BOX MB 4-B

(533) TO REMAIN

TO MB-6-C-41

18x12 DUCT

OPENING

W /WMS (530)

14x6 DUCT

OPENING

W /WMS (200)

14x6 DUCT

OPENING

W /WMS (200)

10x8

10x4

16x10 ASVD N.C. (1972)

MB-6-C-27

12x6

12"Ø

16x8

16x12

16x6

16x6

16x10

8x8

15x12 ASVD N.C. (1968)

8x8

4" Ø ALUMINUM DRYER EXHAUST,

TERMINATE 10'-0" ABOVE GROUND

WITH APPROVED VENT HOOD

WHICH HAS A SWING-OUT DAMPER

14x8

14x614x10

12x6

14x6

14x6

12x4

16x8 10x8

10x8

16x10

14x6

14x4

16x10 x1

8x8

16x8

NOTES:

1. RUN SUPPLY COLD DUCTS, SUPPLY HOT DUCTS, MAIN RETURN DUCT, AND MAIN

EXHAUST DUCT THROUGH TRUSSES.

2. INSTALL MIXING BOXES SHALL AT ELEVATION OF BOTTOM OF TRUSS. LOCATE BOXES

TO ALLOW ACCESS THROUGH CEILING FREE OF TRUSS SUPPORT ANGLES.

3. RUN LOW VELOCITY SUPPLY DUCTWORK (DISCHARGE FROM BOXES), RETURN AND

EXHAUST BRANCH DUCTWORK AS CLOSE TO BOTTOM TRUSS CHORD AS POSSIBLE

WHEN CROSSING TRUSSES.

4. COORDINATE INSTALLATION OF DUCTWORK WITH PLUMBING AND ELECTRICAL

CONTRACTORS.

5. SEE DRAWING 100-MH101 FOR LOCATIONS OF CEILING MOUNTED DIFFUSERS AND

REGISTERS AND WALL MOUNTED THERMOSTATS.

8"Ø

8"Ø

10"Ø

6"Ø

14x4

8"Ø

8"Ø

6"Ø

8"Ø

6"Ø

4"Ø

6"Ø

12"Ø

10"Ø

4"Ø

8x6

10"Ø12"Ø12"Ø22"Ø

8x8

8x6

8x4

16x10

8x4

12x6

12x6

12x612x6

10x6

10x4

12x6

6"Ø

6"Ø

6"Ø 8"Ø

18x10

8x4

8x48x6

8x4

13"Ø

8"Ø

8"Ø

6"Ø 6"Ø

10"Ø 10"Ø

6"Ø

6"Ø 8"Ø

10x4

10x4

10x4

10x4

4"Ø

12x6 12x6

12x6

14x6

10x8

8x4

14x4

6"Ø

6"Ø

14x4

6"Ø

6x6

6"Ø x4

14x6

8x6

24x14

10x4

6x6

10x6

8x6 x4

12"Ø

22"Ø HOT

FDFD

FD

FD

10x4

12x6

12x6

8x4

13"Ø x1

14x4 10x8

8x6

14x8

16x6

FD

FD

(E) 50x24

NTS

NOTE:

1.

2.

3.

4.

ALL VANE ELBOWS SHALL BE CONSTRUCTED AND INSTALLED AS DETAILED BY SMACNA.

WHEN W1 DOES NOT EQUAL W2, VANE SHALL BE SINGLE THICKNESS VANE TYPE

REGARDLESS OF W DIMENSION.

ALL SINGLE THICKNESS VANES SHALL HAVE A 2" RADIUS, 1 1/2" MAXIMUM SPACE BETWEEN

VANES AND A 3/4" TRAILING EDGE.

WHEN W EQUALS W2 AND W1 IS GREATER THAN 20" [500mm] VANES SHALL BE DOUBLE VANE

TYPE.

W

W1

NTS

VANE

VANE

NOTE:

1.

2.

THE INTERIOR SURFACE OF ALL RADIUS ELBOWS SHALL BE MADE ROUND.

ALL STANDARD RADIUS ELBOWS CAN BE SUBSTITUTED WITH SHORT RADIUS ELBOWS. ALL

SHORT RADIUS ELBOWS SHALL HAVE VANES. VANES SHALL BE CONSTRUCTED, SUPPORTED

AND FASTENED AS RECOMMENDED BY SMACNA.

R SHALL

EQUAL OR

BE

GREATER

THAN W.

R SHALL

EQUAL OR

BE

GREATER

THAN 1/3W.

W

R

R

2/3W 1/ 3W

R SHALL

EQUAL OR

BE

GREATER

THAN 1/6W.

STANDARD RADIUS OR LONG

RADIUS ELBOW

SHORT RADIUS ELBOW

WITH ONE VANE

SHORT RADIUS ELBOW

WITH TWO VANES

W W

1/2W 1/ 3W

1/6W

R

NTS

AIR SPLIT DUCT TAKE-OFF PLAN VIEW

BRANCH DUCT TAKE-OFF PLAN VIEW

SUPPLY REGISTER TAKE-OFF

PLAN VIEW

AIR

FLOW

AIR

FLOW

A

IR

FL

O

W

SUPPLY REGISTER

OR BRANCH DUCT

TURNING VANES

MAIN

SUPPLY

DUCT

SEE FLOOR PLAN FOR

SPLIT DIMENSION

PROVIDE VOLUME

DAMPER

PROVIDE VOLUME

DAMPER

ADJUSTABLE

METAL ROD

OR LINKAGE

TOP REGISTER

MAIN

SUPPLY

DUCT

VOLUME EXTRACTOR;

ADJUSTABLE FROM FULLY

CLOSED POSITION TO CFM

NOTED ON FLOOR PLANS

AIR

FLOW

AIR

FLOW

1/4 W OR 4"

MIN.

AIR

FLOW

MAIN SUPPLY

DUCT

W

A

IR

FL

O

W

NTS

RIGID DUCT TO AIR TERMINAL

UNIT.

ROUND SHEET METAL DUCT.

MAIN SUPPLY

"D"

45°M

AX.

PLAN VIEW

NTS

SMACNA FIGURE 4-6

45° LEED IN

RIGID DUCT TO AIR TERMINAL

UNIT.

MAIN SUPPLY

PLAN VIEW

FLOW

FL

O

W

NTS

MAIN EXHAUST OR RETURN

PLAN VIEW

AIR

FLOW AIR

FLOW

W

PROVIDE VOLUME DAMPER

AT EACH BRANCH DUCT

1/4W OR 4" MIN.

BRANCH DUCT

VD

NTS

NOTE:

1.

2.

DELETE INSULATION STAND-OFF ON DUCTWORK WITHOUT EXTERIOR INSULATION.

DETAIL SHOWS SINGLE BLADE DAMPER. DAMPER INSTALLATION SHALL BE SIMILAR FOR

MULTI-BLADE DAMPERS & ROUND DAMPERS.

INSULATION SEE

SPECIFICATION

DAMPER BLADE

1/8"

CLEARANCE

ALL AROUND

OUTSIDE END BEARING

INSIDE END BEARING

HANDLE WITH

LOCKING

QUADRANT

INSULATION

STAND-OFF

1/2" ROUND ROD PIN

DUCT

STIFFEN BLADE

AS REQUIRED

SIDE ELEVATION SECTION

SECTION "A-A"

"B" "B"

NTS

NOTES:

1. LATCHES SHALL BE OF THE WEDGE TYPE TO CLOSE DOORS TIGHTLY.

2. HINGES ON THE ACCESS DOORS SHALL HAVE NON-CORROSIVE PINS.

3. SEE SMACNA 2005, FIGURE 9-15

ACCESS PANEL

ACCESS DOOR

CASING

GASKET

HANDLE INSIDE

FLEXIBLE

WASHER

FACTORY

FABRICATED

LATCH

SECTION "B-B"

INSULATION

DUCT

GASKET

INSULATION

INSULATION

"A"

"A"

NTS

HOUSING WELDED

TO DUCT SECTION

ROUND OR

FLAT OVAL

DUCT SECTION

COVER WITH HANDLE

AND CHAIN RETAINER

GASKETED AND

PRESSURE SEALED

NTS

ROUND FLEXIBLE CONNECTION

RECTANGULAR FLEXIBLE CONNECTION

FLANGED CONNECTION

ON FAN SIDE

WASHER 1-1/2" MIN. TO 3" MAX. INSTALLED.

6" NOMINAL WITH MATERIAL TAUT

FLEXIBLE

MATERIAL AS

SPECIFIED

1"x1/8" DRAW BAND

1"x1/8" BAND IRON

BOLT ON 4" CENTERS

5/16" FLANGE

DUCT

SHEET METAL SCREWS ON

12" CENTERS

RIVET ON 4"

CENTERS

SHEET METAL AS

SPECIFIED FOR

DUCTWORK.

1"x1/8" BAND IRON

BOLT ON 4" CENTERS

1" FLANGE & HEMALTERNATE

POSITION

OF BOLT 1 1/2" POCKET SLIP

DUCT

SHEET METAL AS

SPECIFIED FOR

DUCTWORK.

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

1 1/2" MIN. TO 3" MAX. INSTALLED. 6"

NOMINAL WITH MATERIAL TAUTFLANGED

CONNECTION ON

FAN SIDE

WASHER

FLEXIBLE MATERIAL

AS SPECIFIED

NTS

NOTES:

1. RIGID STRAIGHT TERMINAL UNIT INLET LENGTH SHALL BE A MINIMUM OF 3 TIMES THE DIAMETER

OF INLET

2. A FLEXIBLE AIR DUCT CONNECTOR IS NOT MANDATORY FOR INLET TO THIS BOX, BUT ALLOWED

TO ACCOMMODATE MINOR OFFSETS. MAXIMUM LENGTH 3'-0".

3. A BRANCH DUCT SERVING AN INDIVIDUAL BOX MAY BE THE SAME SIZE AS THE BOX INLET, PROVIDED THE EQUIVALENT LENGTH OF THE BRANCH DUCT, AS SHOWN, DOES NOT EXCEED 10

FEET. FOR LONGER LENGTHS, INCREASE THE DUCT SIZE AND PROVIDE A DUCT TRANSITION TO

MAINTAIN THE DUCT STATIC PRESSURE DROP AT OR BELOW 0.2"/100'.

4. FLEXIBLE AIR DUCT CONNECTORS, WHEN USED FROM TERMINAL UNIT SUPPLY AIR DUCT TO

DIFFUSER, SHALL NOT EXCEED 5'-0". USE RIGID ELBOWS FOR CHANGE OF DIRECTION GREATER

THAN 45°.

5. COMPONENT ARRANGEMENT MAY VARY BY MANUFACTURER. PROVIDE INSULATION W/VAPOR

BARRIER FOR CONNECTING DUCT SECTIONS.

AIR TERMINAL UNIT

DIFFUSER (TYP.)

SEE SPECIFICATIONS FOR

CLAMPS AND SEALANT (TYP.)

SEE NOTE 5

SEE NOTE 3

SEE NOTE 2

SEE NOTE 1

H O

T D

E C

K S

U P

P

LY

D U

C T

C O

LD

D

E C

K S

U P

P

LY

D U

C T

SUPPLY DUCT

CONTROL GRID

CEILING

CONTROL GRIDCEILING

SUPPLY DUCT

SIDE VIEW

CEILING DIFFUSERS

ROUND AND/OR SQUARE NECK CEILING DIFFUSER TAKE-OFFS

SIDE VIEW

VOLUME DAMPER

CEILING

DUCT

ROUGH OPENING

PANEL/FRAME

DUCT COLLAR

TAMPER PROOF SCREWS

MULTI-BLADE DAMPER FOR

ROUND NECK DIFFUSER &

OPPOSED BLADE DAMPER FOR

SQUARE NECK DIFFUSER

APPROVED INSERT

1" X 1" X 1/8" 1" X 1" X 1/8" 1 1/2"X1 1/2"X1/8"

2" X 2" X 3/16"

2" X 2" X 1/4"

1 1/2"X1 1/2"X1/8" 2" X 2" X 1/8"

LONGEST

UP TO 18"

31" TO 42"

43" TO 60"

61" TO 84"

19" TO 30"

85" TO 96"

97" & OVER

DIMENSION

OF DUCT

NOTES:

4' - 0"3/8" ROD

4' - 0"3/8" ROD

8' - 0"

6' - 0" 6' - 0"

4' - 0" 4' - 0"

SPACING

NOTE #4

MAXIMUM

8 GA. WIRE

1/4" ROD

1/4" ROD

3/8" ROD

3/8" ROD

HANGERS

ROUND

1" X 1/8" 1" X 1/8" 1" X 1/8"

HANGERS

STRAP

AND HANGER

UNDERSIDE OF BEAM

TRAP

SHELF

HANGERS

TO EXISTING AIR

HANDLING UNIT

FROM EXISTING AIR

HANDLING UNIT

HOT DECK SUPPLY DUCT

COLD DECK SUPPLY DUCT

RETURN DUCT

FROM ROOM6TH FLOOR

INTERSTITIAL SPACE

SUPPLY DUCT

TO ROOM

SUPPLY DUCT

TO ROOM

SUPPLY DUCT

TO ROOM

ROOM SERVED

BY MIXING BOX

ROOM SERVED

BY MIXING BOX

ROOM SERVED

BY MIXING BOX

RETURN DUCT

RETURN DUCT

FROM ROOM

RETURN DUCT

FROM ROOM

TT

T

NTS

NTS

1. ALL DUCTWORK TO BE HUNG FROM BUILDING CONSTRUCTION NOT TO BE SUPPORTED FROM HUNG CEILING.

2. WHEN DUCT AREA EXCEEDS 8 SQ. FT. ANGLE STIFFENERS REQUIRED AROUND CIRCUMFERENCE OVER 4' - 0"

3. FOR DUCTS OVER 48" WIDE, HANGERS SHALL TURN UNDER DUCT AT LEAST 2" AND SHALL BE FASTENED TO THE

BOTTOM AS WELL AS TO THE SIDES OF DUCT.

4. FOR DUCTS WITH CROSS-SECTIONAL AREA OF 4 SQ. FT. OR LESS, HANGERS SHALL BE MORE THAN 8 FT APART; FOR

DUCTS WITH CROSS-SECTIONAL AREA OF MORE THAN 4 SQ. FT. BUT NOT OVER 8 SQ. FT., HANGERS SHALL BE NO MORE THAN 6 FT. APART; FOR DUCTS WITH A CROSS-SECTIONAL AREA OF MORE THAN 8 SQ. FT., HANGERS SHALL NOT BE MORE THAN 4 FT. APART. THE DISTANCES SHALL BE MEASURED LINEARLY ALONG THE DUCT.

5. VERTICAL DUCTS SHALL BE SECURELY SUPPORTED AT EACH FLOOR LEVEL BY CONTINUOUS LENGTHS OF STRUCTURAL ANGLES OF A SIZE AT LEAST EQUIVALENT TO THAT FOR STIFFENING. THE ANGLES SHALL BE FASTENED TO THE OPPOSITE SIDES OF THE DUCT AND SHALL EXTEND ACROSS THE OPENING AND BEAR UPON THE

STRUCTURE OR SLAB ON BOTH SIDES OF THE OPENING.

NTS

420ONE 1 x 18 GA STRAP36

TWO 1/2Ø RODS

TWO 3/8Ø. RODS

ONE 1 x 16 GA STRAP

50 700

ONE 1 x 22 GA STRAP

QUANTITY/SIZEMAX. DUCT Ø

MAX. LOAD

LBS.

MAX.

IN.

SPACING

IN. IN.

NOTE:

TABULATED DATA FROM SMACNA ALLOWS FOR DUCT

REINFORCING AND INSULATION, BUT NO EXTERNAL LOAD.

BAND

OVER 50"Ø

HANGER RODS

BAND OF SAME

SIZE AS HANGER

STRAP

LOAD RATED

FASTENERS

50"Ø & UNDER

DUCT HANGERS

NOT LESS THAN

1" x 1/8"

MIXING BOXES AND THEIR CONTROLLERS SHALL BE FULLY COMPATIBLE WITH AND INTEGRATED

INTO EXISTING BUILDING MANAGEMENT SYSTEM (BMS) BY JOHNSON CONTROLS.

1. FOR MIXING BOXES SERVICING ROOMS IN AREA "A" AND CONNECTED TO UNIT AHU-34:

IN COOLING MODE, AS TEMPERATURE APPROACHES SET POINT 75°F (ADJUSTABLE), COLD AIR

MODULATES FROM MAXIMUM TO A MINIMUM MIX FLOW RATE. AS TEMPERATURE CONTINUE TO

DROP, HOT AIRFLOW MODULATES OPEN AS COLD AIRFLOW CLOSES, MAINTAINING SPACE

TEMPERATURE AT THE PROPER SET POINT: 75°F COOLING (ADJUSTABLE), 70°F HEATING

(ADJUSTABLE).

2. FOR MIXING BOXES SERVICING ROOMS IN AREA "C" AND CONNECTED TO UNIT AHU-27:

IN THIS SEQUENCE COOLING AND HEATING MINIMUM FLOW RATES ARE THE SAME AND MINIMUM

MIX FLOW RATES ARE THE SAME AS MAXIMUMS. THE RESULT IS A CONSTANT AIRFLOW OVER

THE ENTIRE COOLING AND HEATING RANGE. ON A CHANGE IN SPACE TEMPERATURE FROM ITS

SET POINT, THE TEMPERATURE SENSOR LOCATED EITHER IN THE ROOM OR IN THE RETURN AIR

DUCT SHALL MODULATE THE MIXING BOX DAMPERS TO MAINTAIN SPACE TEMPERATURE AT THE

PROPER SET POINT : 75°F COOLING (ADJUSTABLE), 70°F HEATING (ADJUSTABLE).

3. FOR MIXING BOXES SERVICING INTERSTITIAL SPACE:

WHEN THE TEMPERATURE IN INTERSTITIAL SPACE IS ABOVE 60°F, THE MIXING BOX SHALL BE

CLOSED. WHEN THE SPACE TEMPERATURE DROPS TO 60°F THE MIXING BOX SHALL MODULATE

TO MAINTAIN INTERSTITIAL SPACE TEMPERATURE AT SET POINT (ADJUSTABLE).

NOTES:

1. A VERTICAL DAMPER IS SHOWN. HORIZONTAL DAMPER INSTALLATION, IS SIMILAR. FOLLOW

DAMPER MANUFACTURER'S INSTRUCTIONS, INCLUDING FASTENER OPTIONS AND GAGES FOR

SLEEVE AND PERIMETER ANGLES. FIRE DAMPERS MUST BE INSTALLED IN THE PARTITION OR

FLOOR AND NOT OUTSIDE THE PENETRATION.

2. GALVANIZED SLEEVE: GAGE NOT LESS THAN CONNECTING DUCT. FASTEN SLEEVE TO

DAMPER FRAME AND TO PERIMETER ANGLES.

3. PERIMETER ANGLES: GALVANIZED STEEL, NOT LESS THAN 1-1/2"x1-1/2"x14 GAGE, TO PROVIDE

1" MINIMUM OVERLAP OF OPENING ON ALL 4 SIDES.

4. BREAKAWAY DUCT CONNECTION: CONTRACTOR'S OPTION OF TYPES SHOWN IN SMACNA.

5. ACCESS PANELS: SIZE AND LOCATION TO PERMIT SERVICING THE FUSIBLE LINK OR LINKS.

6. PROVIDE 1/4" TO 1/2" CLEARANCE ON HEIGHT AND WIDTH. FILL OPEN SPACE WITH ROCK

WOOL FIRE STOP FIBER.

SLEEVE, NOTE 2

DUCT

CONNECTION

NOTE 4

DAMPER, NOTE 1

DAMPER COLLAR

EXTENSION INTEGRAL

PART OF SLEEVE

SLEEVE, NOTE 2

NOTE 6

FIRE BARRIER

PARTITION OR CHASE

TYPICAL DUCT

INSULATION

PERIMETER ANGLE, NOTE 3

(NOTE FASTENED TO PARTITION)

ACCESS

PANEL,

NOTE 5

6" MAX

TITUS AS STANDARD

TAG AHU TAG AREA SERVED QUANTITY MODEL CONTROL

TYPE

INLET SIZE

OUTLET

SIZE

IN.

UNIT MAX

ALLOWABLE

AIR FLOW

CFM

UNIT MIN

ALLOWABLE

AIR FLOW

CFM

AIR FLOW STATIC PRESSURE NC LEVELS

COLD

DIA

IN.

HOT

DIA

IN.

MAX

CFM

MIN

CFM

INLET

IN.

WG

DOWN

IN.

WG

MIN

IN.

WG

RAD. DISH.

MB-6-C-1 AHU-27 AREA C 1 DMDV VAV 10 10 10x11 1400 145 880 230 1 0.25 0.2 23 17

MB-6-C-2 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 310 72 1 0.25 0.46 14 14

MB-6-C-3 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 430 108 1 0.25 0.19 15 14

MB-6-C-4 THRU MB-6-C-8 AHU-27 AREA C 5 DMDV VAV 06 06 6x6 500 50 240 95 1 0.25 0.27 11 11

MB-6-C-9 AHU-27 AREA C 1 DMDV VAV 10 10 10x11 1400 145 640 160 1 0.25 0.11 17 15

MB-6-C-10 THRU MB-6-C-14 AHU-27 AREA C 5 DMDV VAV 06 06 6x6 500 50 240 95 1 0.25 0.27 11 11

MB-6-C-15 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 410 102 1 0.25 0.17 15 14

MB-6-C-16 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 260 65 1 0.25 0.32 13 13

MB-6-C-17 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 450 180 1 0.25 0.21 17 15

MB-6-C-18 AHU-27 AREA C 1 DMDV VAV 10 10 10x11 1400 145 670 165 1 0.25 0.12 17 15

MB-6-C-19 AHU-27 AREA C 1 DMDV VAV 10 10 10x11 1400 145 800 200 1 0.25 0.16 18 15

MB-6-C-20 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 440 110 1 0.25 0.2 17 15

MB-6-C-21 AHU-27 AREA C 1 DMDV VAV 04 04 6x6 225 30 140 30 1 0.25 0.36 13 12

MB-6-C-22 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 170 45 1 0.25 0.14 <10 <10

MB-6-C-23 AHU-27 AREA C 1 DMDV VAV 04 04 6x6 225 30 150 35 1 0.25 0.41 14 14

MB-6-C-24 AHU-27 AREA C 1 DMDV VAV 04 04 6x6 225 30 110 30 1 0.25 0.22 11 < 10

MB-6-C-25 AHU-27 AREA C 1 DMDV VAV 04 04 6x6 225 30 120 30 1 0.25 0.27 11 < 10

MB-6-C-26 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 520 120 1 0.25 0.42 23 21

MB-6-C-27 AHU-27 AREA C 1 DMDV VAV 12 12 11x13 2000 200 1070 300 1 0.25 0.23 24 19

MB-6-C-28 AHU-27 AREA C 1 DMDV VAV 12 12 11x13 2000 200 1120 300 1 0.25 0.25 25 19

MB-6-C-29 AHU-27 AREA C 1 DMDV VAV 10 10 10x11 1400 145 810 145 1 0.25 0.17 18 15

MB-6-C-30 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 450 150 1 0.25 0.21 17 15

MB-6-C-31 THRU MB-6-C-33 AHU-27 AREA C 3 DMDV VAV 06 06 6x6 500 50 270 95 1 0.25 0.35 13 13

MB-6-C-34 THRU MB-6-C-37 AHU-27 AREA C 4 DMDV VAV 08 08 7x8 900 90 370 95 1 0.25 0.14 14 12

MB-6-C-38 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 270 95 1 0.25 0.35 13 13

MB-6-C-39 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 330 60 1 0.25 0.52 14 15

MB-6-C-40 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 530 90 1 0.25 0.29 18 16

MB-6-C-41 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 200 50 1 0.25 0.19 10 10

MB-6-C-42 AHU-27 AREA C 1 DMDV VAV 08 08 7x8 900 90 530 90 1 0.25 0.29 18 16

MB-6-C-43 AHU-27 AREA C 1 DMDV VAV 06 06 6x6 500 50 200 50 1 0.25 0.19 10 10

MB-6-A-1 AHU-34 AREA A 1 DMDV VAV 10 10 10x11 1400 145 915 310 1 0.25 0.22 19 17

MB-6-A-2 AHU-34 AREA A 1 DMDV VAV 08 08 7x8 900 90 380 150 1 0.25 0.15 15 12

MB-6-A-3 AHU-34 AREA A 1 DMDV VAV 10 10 10x11 1400 145 840 230 1 0.25 0.18 18 16

MB-6-A-4 AHU-34 AREA A 1 DMDV VAV 08 08 7x8 900 90 470 120 1 0.25 0.22 17 15

MB-6-A-5 AHU-34 AREA A 1 DMDV VAV 04 04 6x6 225 30 150 40 1 0.25 0.41 14 14

MB-6-A-6 AHU-34 AREA A 1 DMDV VAV 06 06 6x6 500 50 280 70 1 0.25 0.37 13 14

MB-6-A-7 AHU-34 AREA A 1 DMDV VAV 06 06 6x6 500 50 340 83 1 0.25 0.55 14 15

MB-6-A-8 AHU-34 AREA A 1 DMDV VAV 08 08 7x8 900 90 360 90 1 0.25 0.13 14 12

MB-6-A-9 AHU-34 AREA A 1 DMDV VAV 08 08 7x8 900 90 480 90 1 0.25 0.23 17 15

MB-6-A-10 AHU-34 AREA A 1 DMDV VAV 06 06 6x6 500 50 350 83 1 0.25 0.58 14 15

MB-6-A-11 AHU-34 AREA A 1 DMDV VAV 08 08 7x8 900 90 540 120 1 0.25 0.3 18 17

MB-6-A-12 THRU MB-6-A-15 AHU-34 AREA A 4 DMDV VAV 06 06 6x6 500 50 270 95 1 0.25 0.35 13 13

MB-6-A-16 AHU-34 AREA A 1 DMDV VAV 08 08 7x8 900 90 530 90 1 0.25 0.29 18 16

ANEMOSTAT AS STANDARD

MARK TYPE

AIR FLOW

MAX APD

IN. WG MOUNTING

PANEL /

FRAME SIZE

IN.

NECK /

ROUGH

OPENING

SIZE

IN.

NC MODEL FINISH REMARKS

MIN

CFM

MAX

CFM

SD-1 S-VENT 80 140 0.11 CEILING 10.3x10.3 8x8 < 30 SV-432 SELECTED BY ARCHITECT MAXIMUM SECURITY

SD-2 S-VENT 150 310 0.11 CEILING 14.2x14.2 12x12 < 30 SV-432 SELECTED BY ARCHITECT MAXIMUM SECURITY

SD-3 S-VENT 320 520 0.11 CEILING 18.3x18.3 16x16 < 30 SV-432 SELECTED BY ARCHITECT MAXIMUM SECURITY

SD-4 S-VENT 530 790 0.11 CEILING 22.3x22.3 20x20 < 30 SV-432 SELECTED BY ARCHITECT MAXIMUM SECURITY

SD-5 PERFORATED 50 130 0.02 CEILING 24x24 6x6 < 20 PD WHITE

SD-6 PERFORATED 131 220 0.01 CEILING 24x24 8x8 < 20 PD WHITE

SD-7 PERFORATED 221 300 0.02 CEILING 24x24 10x10 < 20 PD WHITE

SD-8 PERFORATED 301 500 0.04 CEILING 24x24 12x12 < 20 PD WHITE

SD-9 PERFORATED QUAD CORE 30 100 0.07 CEILING 6x6 < 20 QCP-S SELECTED BY ARCHITECT

SD-10 PERFORATED QUAD CORE 101 190 0.07 CEILING 8x8 < 20 QCP-S SELECTED BY ARCHITECT

SD-11 PERFORATED QUAD CORE 191 300 0.08 CEILING 10x10 22 QCP-S SELECTED BY ARCHITECT

SD-12 PERFORATED 60 125 0.02 CEILING 24x24 6x6 < 20 PLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

SD-13 PERFORATED 126 220 0.01 CEILING 24x24 8x8 < 20 PLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

SD-14 PERFORATED 221 345 0.03 CEILING 10x10 < 20 PLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

SD-15 PERFORATED 346 500 0.04 CEILING 24x24 12x12 23 PLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

ER-1 S-VENT 50 90 0.10 CEILING 12.3x11.3 10.4x9.4 < 15 SSV-2-C3 STAINLESS STEEL MAXIMUM SECURITY

ER-2 S-VENT 91 140 0.10 CEILING 14.3x13.3 12.4x11.4 < 15 SSV-2-D4 STAINLESS STEEL MAXIMUM SECURITY

ER-3 EXHAUST REGISTER 25 80 0.03 CEILING 8x4 < 20 35/L/0

ER-4 EXHAUST REGISTER 81 180 0.03 CEILING 8x8 < 20 35/L/0

RR-1 S-VENT 114 200 0.10 CEILING 16.3x15.3 14.4x13.4 < 20 SV-2-E5 SELECTED BY ARCHITECT

RR-2 S-VENT 201 270 0.10 CEILING 16.3x15.3 16.4x15.4 < 20 SV-2-F6 SELECTED BY ARCHITECT

RR-3 S-VENT 271 350 0.10 CEILING 20.3x17.3 18.4x17.4 < 20 SV-2-G7 SELECTED BY ARCHITECT

RR-4 PERFORATED 70 120 0.05 CEILING 24x24 8x6 < 20 3PD SELECTED BY ARCHITECT

RR-5 PERFORATED 121 190 0.05 CEILING 24x24 12x6 < 20 3PD SELECTED BY ARCHITECT

RR-6 PERFORATED 191 280 0.05 CEILING 24x24 10x10 < 20 3PD SELECTED BY ARCHITECT

RR-7 PERFORATED 281 420 0.05 CEILING 24x24 12x12 < 20 3PD SELECTED BY ARCHITECT

RR-8 PERFORATED 421 570 0.05 CEILING 24x24 16x12 < 20 3PD SELECTED BY ARCHITECT

RR-9 PERFORATED 571 770 0.05 CEILING 24x24 16x16 < 20 3PD SELECTED BY ARCHITECT

RR-10 PERFORATED 771 1000 0.05 CEILING 24x24 18x18 < 20 3PD SELECTED BY ARCHITECT

RR-11 PERFORATED 50 90 0.10 CEILING 9.5x9.5 6x6 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-12 PERFORATED 91 170 0.10 CEILING 11.5x11.5 8x8 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-13 PERFORATED 171 270 0.10 CEILING 13.5x13.5 10x10 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-14 PERFORATED 271 400 0.10 CEILING 15.5x15.5 12x12 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-15 PERFORATED 401 560 0.10 CEILING 17.5x17.5 14x14 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-16 PERFORATED 561 740 0.10 CEILING 19.5x19.5 16x16 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-17 PERFORATED 741 1040 0.10 CEILING 23.5x23.5 20x20 < 20 ASSG-RR SELECTED BY ARCHITECT RISK RESISTANT

RR-18 PERFORATED 60 150 0.02 CEILING 24x24 6x6 < 20 3RPLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

RR-19 PERFORATED 151 270 0.03 CEILING 24x24 8x80 < 20 3RPLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

RR-20 PERFORATED 271 420 0.04 CEILING 24x24 10x10 < 20 3RPLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

RR-21 PERFORATED 421 600 0.03 CEILING 24x24 12x12 < 20 3RPLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

RR-22 PERFORATED 601 820 0.04 CEILING 24x24 14x14 < 20 3RPLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

RR-23 PERFORATED 821 1070 0.04 CEILING 24x24 16x16 < 20 3RPLD-MS SELECTED BY ARCHITECT MINIMUM SECURITY

NOTES:NOTES:

1. PROVIDE HIGH PERFORMANCE INTERNAL MIXING BAFFLE WITH 1:20 MIXING RATIO.

2. ALL PERFORMANCE BASED ON TESTS CONDUCTED IN ACCORDANCE WITH ASHRAE 130-2008 AND AHRI 880-2008.

3. ALL NC LEVELS DETERMINED USING AHRI 885-2008 APPENDIX E.

4. DATA BASED ON 1" INLET STATIC PRESSURE AND 0.25" DOWNSTREAM STATIC PRESSURE.

2. PROVIDE UNIT MOUNTED TOGGLE DISCONNECT, 120/24 V TRANSFORMER, FACTORY MOUNTED DDC CONTROLS (INCLUDING ACTUATOR), CENTER AVERAGING

INLET VELOCITY CENTER AND FOIL FACED HOSPITAL GRADE STERI-LOC INSULATION.

3. DDC CONTROLS SHALL BE CAPABLE OF OPERATING STANDALONE AS WELL AS BTL CERTIFIED BACNET CAPABLE WHEN WIRED FOR BACNET COMMUNICATION.

4. UNITS CONTROLS BY OWNER'S ATC/BAS CONTRACTOR.

5. PROVIDE CLEARANCE AROUND CONTROL BOX PER NEC REQUIREMENTS.

6. CONTRACTOR TO COORDINATE LEFT HAND OR RIGHT HAND CONTROL LOCATION.

7. INLET SIZES ARE NOMINAL, REFERENCE CATALOG FOR EXACT INLET DIMENSIONS.

8. UNITS SHALL BE CAPABLE OF TURNING DOWN TO MINIMUM VELOCITIES OF 250 FPM MAINTAINING THE ACCURACY OF ±5%.

1. ALL BORDER TYPES SHALL BE COORDINATED WITH ARCHITECTURAL DRAWINGS AND APPROVED BY ARCHITECT.

2. FOR EXACT LOCATIONS OF CEILING AIR OUTLETS, SEE ARCHITECTURAL REFLECTED CEILING PLANS. COORDINATION IS REQUIRED

PLUMBING DEMOLITION & ALTERATION NOTES PLUMBING INSTALLATION CRITERIA

EACH BIDDER SHALL VISIT THE SITE AND BECOME INFORMED AS TO THE

CONDITION OF THE PREMISES AND THE EXTENT AND CHARACTER OF WORK

REQUIRED.

1. PROVIDE ROUGH-IN AND FINAL CONNECTIONS FOR ALL PLUMBING

FIXTURES INCLUDING WASTE, VENTS, HOT AND COLD WATER, AND

PROVIDE ALL PLUMBING WORK NECESSARY TO MAKE FXTURES, AND

EQUIPMENT ENTIRELY OPERABLE AND ACCEPTABLE TO LOCAL HEALTH

AND BUILDING OFFICIALS.

2. ALL VISIBLY EXPOSED PIPE TO EQUIPMENT SHALL BE CHROME PLATED

BRASS.

3. PROVIDE INDIVIDUAL SHUT-OFF VALVES FOR ALL PLUMBING FIXTURES AND

EQUIPMENT.

4. PROVIDE TRAPS ON ALL WASTE PIPING FROM PLUMBING FIXTURES AND

EQUIPMENT.

5. COORDINATE POSITION OF SLEEVES AND OPENINGS THROUGH FLOOR

WITH THE GENERAL CONTRACTOR.

6. PROVIDE VACUUM BREAKERS AND CHECK VALVES FOR THE PLUMBING

FIXTURES WHERE AND WHEN REQUIRED BY CODE.

7 ALL PIPING AND EQUIPMENT SHALL BE SUBSTANTIALLY SUPPORTED FROM

THE BUILDING STRUCTURE. HANGER AND SUPPORTS SHALL BE

SPECIFICALLY APPROVED FOR USE IN PLUMBING SYSTEMS.

A. WHERE OVERHEAD CONSTRUCTION DOES NOT PERMIT FASTENING

OF HANGER RODS IN REQUIRED LOCATIONS, PROVIDE ADDITIONAL

STEEL FRAMING AS REQUIRED AND APPROVED.

B. NO PLUMBING PIPING SHALL BE HUNG FROM THE PIPING OF OTHER

TRADES OR DUCTWORK. HANGERS SHALL BE OF HEAVY

CONSTRUCTION SUITABLE FOR THE SIZE OF PIPE TO BE SUPPORTED.

8 ALL HORIZONTAL PIPING RUNS WILL BE AT THE HIGHEST PRACTICAL

ELEVATION AND NOT LESS THAN 6" ABOVE THE FLOOR SO AS TO PROVIDE

CLEARANCE.

1. ALL PLUMBING FIXTURES TO BE REMOVED SHALL BE TURNED OVER TO THE

OWNER. THEY SHALL NOT BE REMOVED FROM THE PREMISES OR DISPOSED

OF WITHOUT THE OWNER'S APPROVAL.

2. ALL PIPING TO BE REMOVED SHALL BE PROPERLY PLUGGED OR CAPPED SO

THAT UPON COMPLETION OF ALL NEW WORK. NO ABANDONED PIPING SHALL

REMAIN AFTER DEMOLITION IS COMPLETED.

3. NO DEAD ENDS SHALL BE LEFT ON ANY PIPING UPON COMPLETION OF THE

PROJECT.

4. EXISTING EXPOSED PIPING NOT TO BE REUSED AND NOT SPECIFICALLY

NOTED OR SHOWN ON DRAWINGS TO BE ABANDONED SHALL BE COMPLETELY

REMOVED.

5. THE EXISTING SYSTEMS SHALL BE LEFT IN PERFECT WORKING ORDER UPON

COMPLETION OF ALL NEW WORK.

6. LOCATIONS AND SIZES OF EXISTING PIPING ARE APPROXIMATE. EXACT SIZES

AND LOCATIONS OF ALL EXISTING PIPING SHALL BE VERIFIED AT THE SITE.

7. NO REMOVED EXISTING PIPING, EQUIPMENT, ETC. SHALL BE REUSED.

8. ALL EXISTING EXPOSED, UNNECESSARY PIPING RELATED TO WORK BEING

DONE SHALL BE COMPLETELY REMOVED.

9. THIS CONTRACTOR SHALL NOT INTERRUPT ANY OF THE SERVICES OF THE

EXISTING FACILITY, NOR INTERFERE WITH THE SERVICES IN ANY WAY WITHOUT

PRIOR POSTED NOTICE OF AT LEAST THE EXPRESS PERMISSION OF THE

OWNER IN WRITING. 72 HOURS & SUCH INTERRUPTIONS AND INTERFERENCES

SHALL BE COORDINATED WITH THE GENERAL MADE AS BRIEF AS POSSIBLE AND

ONLY AT THE TIME CONTRACTOR, OWNER & RESIDENTS & STATED BY THE

OWNER, THE BUILDING IS TO REMAIN OPERATIONAL THROUGHOUT

CONSTRUCTION.

10. UNDER NO CIRCUMSTANCES SHALL THIS CONTRACTOR OR HIS WORKMEN

BE PERMITTED TO USE ANY PART OF THE BUILDING AS A SHOP, EXCEPT PARTS

DESIGNATED BY THE OWNER FOR SUCH PURPOSES.

11. REROUTE OR REMOVE ALL EXISTING PIPING WHERE NECESSARY TO AVOID

NEW EQUIPMENT, STRUCTURAL, MASONRY OR CARPENTRY WORK AS

REQUIRED BY THE PROPOSED ALTERATION.

12. ADD OR REPLACE VALVES OR FITTING AS REQUIRED, INCLUDING THE MAIN

LINES, TO PROVIDE TEMPORARY SERVICE TO ADJACENT AREAS DURING THE

PERIOD OF CONSTRUCTION.

SHUT-OFF VALVE

SYMBOL

PLUMBING SYMBOLS AND ABBREVIATIONS

DESCRIPTION

EXISTING SHUT-OFF VALVE

CLEVIS

HANGER

DOUBLE

LOCKNUTS

THREADED

ROD

NOTES:

1. HANGER, ROD & INSERT SHALL BE

DIPPED IN ZINC CHROMATE

PRIMER PRIOR TO INSTALLATION

2. REFER TO SPECIFICATION FOR

HANGER SPACING AND ROD SIZE.

GALVANIZED METALSHIELD

CLEVIS

HANGER

DOUBLE

LOCKNUTS

C OF

PIPE

LOAD BEARING

CALCIUM SILICATE

INSULATION AT ALL

HANGER POINTS

INSULATED HOT PIPING (ABOVE 16O°F)

INSULATED COLD AND

INSULATED HOT PIPE

E

SHALL NOT BE USED)

(ASBESTOS OR FIBERGLASS

FIRE RESISTIVE MATERIAL

OR OTHER EQUALLY APPROVED

DEPTH WITH MINERAL WOOL

ALL SPACES PACKED FULL

BARE PIPE

C OF

PIPE

HOT WATER RETURN PIPING (HWR)

TEMPERED WATERT T

LAVATORY

WATER CLOSET

1 1/2"

(S/W)

4"

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

(V) (CW)

2" -

(HW)

PLUMBING FIXTURE CONNECTION SCHEDULE

LEGEND PLUMBING FIXTURE SOIL/

WASTE

CONNECTION SIZE - INCHES

COLD

WATER

VENT HOT

WATER

REMARKS

P-3

P-2

P-1

1-1/4"

SHOWER 3/4" -3/4"1 1/2"2"

FLOOR MOUNTED

BACK OUTLET

WATER CLOSET 4" 2" -P-1A 1-1/4" IN PATIENT ROOM

LAVATORY 1 1/2" 1/2"1 1/2"P-2A IN PATIENT ROOM

SINK 3/4"P-4 3/4"1 1/2"2"

MOP RECEPTOR 3/4"P-5 3/4"1 1/2"3"

P-6 1 1/2"2"LAUNDRY TUB 3/4" -3/4"

P-3A SHOWER 3/4" IN PATIENT ROOM3/4"1 1/2"2"

(TW)

TEMPERED

WATER

1/2"

AFFWALL 2294.011EC

DESCRIPTION

MODEL: CADET 1674

LUCERN 0356.421P-2 LAVATORY

DESIGNATION

FIXTURE

P-1 WATER CLOSET

MODEL No.

AMERICAN STANDARD

MANUFACTURER

(OR EQUAL)

AMERICAN STANDARD

P-3 STAFF SHOWER

SLOAN OPTIMA ETF-700 SLOAN

SENSOR ACTIVATED ELECTRONIC GOOSENECK HAND

WASHING FAUCET. LAMINAR FLOW SPRAY HEAD EFT-687, 1.5

GPM. SLOAN MIXING VALVE MIX-60A. SHALL BE HARD WIRED.

SLOAN ROYAL 111 SLOAN

AMERICAN STANDARD

VITREOUS CHINA, LOW CONSUMPTION 1.6 GPF., WALL

MOUNTED, COLOR WHITE.

MODEL: REVAL AMERICAN STANDARD "QUICK-CLOSE" SEAT WITH "QUICK-RELEASE" FUNCTIONALITY

FLOOR MOUNTED, REAR DRAIN OUTLET. PROVIDE WITH

PIEZO TOUGH ACTIVATION BUTTON MODEL PBA051-2BA

SINGLE CENTER HOLE WITH OVERFLOW, VITROUS CHINA,

WALL HUNG LAVATORY.

MODEL: Z-1231 ZURN ZURN CONCEALED ARMS CARRIER

ELKAY

MODEL: 201-AGN8AE3-31CP CHICAGO FAUCET

MODEL: LRDAF221955

DECK MOUNTED, 8" FIXED CENTERS, 2.2 GPM, 4"

VANDAL PROOF WRISTBLADE HANDELES HANDLE.

MODEL: TSB-300 FIAT PRODUCTS TERRAZZO RECEPTOR 32"x12". tHE DRAIN BODY PLATE #874

SHALL BE CAST BRASS CADIUM PLATED COMPLETE WITH

CAST BRASS LOCKOUT, TWO NEOPREME GASKETS AND A

COMBINATION REMOVAL, STAINLESS STEEL DOME STRAINER

AND LINT BASKET. THE DOME STRAINER SHLL BE ATTACHED

WITH STAINLESS STEEL PHILLIPS HEAD SCREWS.

MODEL: AP200 AQUA PURE PROVIDE ON STAFF PANTRY SINK. FULL FLOW UNDER SINK

FILTER SYSTEM. HIGH COMPACT SEDIMENT CARTRIDGE.

CARBON MEDIA.

MODEL: CWC151-AST

MODEL: Z-1203 AND Z-1204 ZURN COMBINATION WATER CLOSET CARRIER AND

DRAINAGE FITTING. FEET BOLTED TO

CONSTRUCTION.

SLOAN OPTIMA ETF-700 SLOAN

SENSOR ACTIVATED ELECTRONIC GOOSENECK HAND

WASHING FAUCET. LAMINAR FLOW SPRAY HEAD EFT-687, 1.5

GPM. SLOAN MIXING VALVE MIX-60A.

HEAVY- DUTY LIGATURE RESISTANT SANIWAVE RX UNIT

MADE FROM ANTIMICROBIAL, SOLID SURFACE. VANDAL

RESISTANT PIEZO TOUCH BOTTONS PBA051-2BA

CONTROLLED BY WATER CONTROLLER.

P-1A PATIENT WATER CLOSET

P-2A PATIENT

LAVATORY

WALLGATE BY INTERSAN

MODEL: WHB-200-ADA WALLGATE BY INTERSAN

PRESSURE BALANCING SHOWER SET. EASY-CLEAN SHOWER

HEAD, POLISHED CHROME FINISH, CAST BRASS BODY,

WASHERLESS CERAMIC DISC VALVE CARTRIDGE WITH

VOLUME AND TEMPERATURE CONTROL HOT LIMIT SAFETY

STOP. PRESSURE BALANCING VALVE MAINTAINS OUTPUT

TEMPERATURE IN RESPONSE TO CHANGE IN RELATIVE HOT

AND COLD SUPPLY PRESSURE.

PIPING CONTINUATION

PIPING CONTINUATION

PIPING CONTINUATION

MODEL: SMVA09 PROPORTIONALLY ADJUSTABLE TEMPERATURE CONTROL

WITH BUILT-IN THERMOSTATIC MIXING VALVE. INCLUDES AN

ELECTRONICALLY OPERATED PIEZO ACTIVATION BUTTON.

PIEZO TOUCH BUTTON ACTIVATES SOLENOID VALVE THAT IS

CONTROLLED BY WATER CONTROLLER. PROVIDE WITH

LIGATURERESISTANT SHOWER HEAD MODEL 40691 GAVIN

ENGINEERING BY INTERSAN. HIDDEN WALL ANCHORING FOR

SECURITY. HIGH POLISH CHROME ON BRASS BODY.

P-4 PATIENT SHOWER WALLGATE BY INTERSAN

P-4 SINK

MED DISPENSARY

NOURISMENT

PANTRY

EXAM

STAINLESS STEEL SINK, 22"x19"x5" SINGEL BOWL, TOP

MOUNT, 304 18 GAUGE, SOUND DEADENING FULLY SPRAY

SIDES AND BOTTOM.

P-5 MOP RECEPTOR

CHROME PLATED TYPE FAUCET, STOPS IN SHANKS, SPOUT

WITH HOSE END, BUCKET HOOK AND TOP BRACE,

ADJUSTABLE THREADED FLANGES, AMERICAN STANDARD

#7837.024 VACUUM BREAKER INSTALLED 6'-0" ABOVE FINISHED

FLOOR, WALL ESCUTCHEONS, CHROME PLATED EXPOSED

PIPING.

MODEL: 8345.100 AMERICAN STANDARD

MODEL: SF-1-F FIAT PRODUCTS SINGLE COMPARTMENT LAUNDRY TUB, OVERALL OUTSIDE

DIMENSIONS 20"x23-7/8"x14-3/8"; MOLDED DRAIN, PLASTIC

STOPPER AND TAILPIECE NUT AND WASHER, 4" LEDGE

INTEGRALLY MOLDED AT BACK OF THEUNIT INCLUDES TWO

(2) SOAP DISH LOCATIONS; HOLES 4" ON CENTER SUPPORTED

WITH FACTORY-FURNISHED WHITE BACKED ENAMEL STEEL

ANGLE LEGS.

P-6 LAUNDRY TUB

LAUNDRY SINK FAUCET, 4" CENTERS, 5" PLAIN END SWING

SPOUT REACH, 2.2 GPM..

MODEL: CORALAIS

K-15270

KOHLER

FOR CONTROL OF PATIENT ROOM SHOWERS AND

LAVATORIES VIA SOLENOID VALVES. FULLY PROGRAMABLE

EIGHT CHANNEL ELECTRONIC CONTROLLER TO MANAGE ALL

SANITARY WARE WITHIN TWO ADJACENT ROOMS OR SINGEL

ROOM. WIRING UNDER PLUMBING WORK EXCEPT POWER

WIRING. WATER CONTROL IS CONTROLLED BY HOSPITAL

STAFF ONLY TO CONTROL SHOWERS AND LAVATORIES.

REFER TO ACTUAL BOOK SPECIFICATION FOR FURTHER INFORMATION AND DETAILS SPECIFICATION OF ALL PLUMBING FIXTURES AND ACCESSORIES.

WATER CONTROLLER MODEL: 700 WDC-200

(FOR 2 ROOMS)

MODEL: 700 WDC-400

(FOR 1 ROOM)

WALLGATE BY INTERSAN

EXPOSED WATER CLOSET FLUSHOMETER 1.6 GPF

SHALL BE HARD WIRED.

CONNECT NEW 4" S

TO EXIST 4" S

CONNECT NEW 4" S

TO EXIST 4" S

CONNECT NEW 4" S

TO EXIST 4" S

CONNECT NEW 4" S

TO EXIST 4" S

3" W UP TO FD

4"

3"

4"

CONN. NEW 2"C.W.,

1"H.W. AND 3/4"H.W.R.

TO EXISTING

CONN. NEW

2"C.W., 3/4"H.W. AND

1/2"H.W.R. TO EXISTING

CONN. NEW

3/4"H&C.W. AND

1/2"H.W.R. TO EXISTING

CONN. NEW

3/4"H&C.W. AND

1/2"H.W.R. TO EXISTING

1"3/4"

1/2"

3/4"

1-1/2" 3/4"

2"

2"

1-1/2" V UP

3" W UP

3"

3" W UP TO FD

4" S UP

2" W UP

2" W UP

(2) 1-1/2" V UP

3" W UP TO FD

4" S UP

3" W UP

2" W UP

4"

4"

3" W UP TO FD

2" W UP

1-1/2" V. UP

3"

2"

CONN

2" CW

1-1/4" HW

3/4" HWR

TO EXIST

RISERS

1-1/2" W. UP

2" W. UP

4" S. UP

1-1/2" V. UP

1-1/2" V. UP

3" W UP TO FD

4" S. UP

1-1/2" V. UP

1-1/2" V. UP

1-1/2" W. UP

2" W. UP

2" W. UP

1-1/2" W. UP

3" W. UP TO FD

1-1/2" V. UP

4" S. UP

1-1/2" V. UP

1-1/2" V. UP

4" S. UP

1-1/2" V. UP

4" S. UP

1-1/2" V. UP

1-1/2" V. UP

3" W. UP TO FD

2" W. UP 2" W. UP

3" W. UP TO FD

1-1/2" W. UP 1-1/2" W. UP 1-1/2" W. UP 1-1/2" W. UP

2" W. UP 2" W. UP

2" W. UP

4" S. UP

1-1/2" V. UP

1-1/2" V. UP

1-1/2" V. UP

3" W. UP TO FD

3" W. UP TO FD

2" W UP

1-1/2" W. UP

1-1/2" W. UP

2" W. UP

2" W. UP

4" S. UP4" S. UP

1-1/2" W. UP

3" W. UP TO FD

3" W. UP TO FD

2" W. UP

4" S. UP1-1/2" W. UP

2" W. UP

4" S. UP

1-1/2" W. UP

3" W. UP TO FD

2" W. UP

4" S. UP

1-1/2" W. UP

3" W. UP TO FD

1-1/2" W. UP

2" W. UP

4" S. UP

1-1/2" V. UP

1-1/2" W. UP

3" W. UP TO FD3" W. UP TO FD

1-1/2" W. UP 4" S. UP

1-1/2" V. UPCONN

2" CW

1-1/4" HW

3/4" HWR

TO EXIST

RISERS

2" W. UP

1-1/2" W UP

1-1/2" W UP

2" W UP

2" CW UP

1-1/4" HW UP

3/4" HWR UP

2" CW UP

1-1/4" HW UP

3/4" HWR UP

2" W UP

2" W. UP

4" W. UP

4"S DN

2"V RISE

2"

1 1/2"CW DP

3/4"HW DP

3"S DN

3/4"H&CW DP

4"S DN

2"V RISE

1 1/2"CW DP

3/4"HW DP

2"W DN

3"W DN

(2) 1 1/2"V RISE & DN

3/4"H&CW DP

1 1/2"V RISE

& DN

3/4"H&CW DP

1 1/2"W DN

1 1/2"V RISE

3/4"H&CW DP

2"W DN

EXIST. TOILET

TO REMAIN

4"S DN

2"V RISE

1 1/2"CW DP

CONN. NEW 2"V,

TO EXISTING

NEW 2"C.W., 3/4"H.W.

AND…