USMA_SCICTR_PN59044-15_MECH_Part 2.pdf
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90 Design - Mechanical Part 2
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UP
GENERAL NOTES:
CODED NOTES:
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
1. FAN COIL UNIT FOR COOLING STEAM TUNNEL LOCATED IN SUB-BASEMENT OF MOORE
WING. SEE DWG. M-101E
2. FAN COIL UNIT FOR COMFORT COOLING IN CLASSROOM. OUTSIDE AIR TO BE
PROVIDED BY AHU-5 LOCATED IN MECH ROOM B-S01.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
3. THIS SPACE WILL BE EXHAUSTED. DOOR UNDERCUTS WILL PROVIDE MAKE-UP AIR FOR
EXHAUST CFM UP TO 100 CFM. TRANSFER AIR DUCT WILL PROVIDE MAKE-UP AIR FOR
EXHAUST CFM GREATER THAN 100 CFM (TYPICAL).
4. SUPPLY AIR DUCT IN TRENCH.
5. SUPPLY AIR DUCT UP. SEE SHEET M-102B.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT AHU-5 THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY
SENSOR AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A
FOUR PIPE FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
A2.5A3A4
AF
A6A7
AG
AH
AJ
AK
A8
A5
AA
AD
AE
AC
AB
AL
A5.4
AS
AR
A10
AS.5
AA.6
A9.5
A10.8A11.5A12.3
AT
A12 A11 A10.5
CLASSROOM
B-S03
TOILET
B-S09
PLUMBING
B-S08
CORRIDOR
B-SC2
STOR
B-S04
JAN
B-S10
STAIR B2
B-SS2
CORRIDOR
B-SC1
CUH-5
T
ELEV #3
STEAM TUNNEL
B-S07
MECHANICAL
B-S01
VESTIBULE
B-S02
M-301 x6
"Ø
8"Ø
10"Ø
8"Ø
12x8
6x6
20x17 x6 x x x6
6x6 x
6x6
S-3 - 6"Ø
10 CFM
S-3 - 6"Ø
150 CFM
E4 - 8x10
250 CFM
E4 - 8x8
100 CFM
UP
UP
UP
VAV-1
VAV-1
VAV-2
300 CFM
6x6
FOR CONTINUATION SEE DWG. M-101C
FOR CONTINUATION SEE DWG. M-101E
FOR CONTINUATION SEE ABOVE
OCC
VAV-2
FC-3
FD-B2
FD-B3
T
FD-B4
FD-B5
FD-B6
8x8
8x8
6x6
S-3 - 8"Ø
250 CFM
S-3 - 6"Ø
150 CFM
S-3 - 8"Ø
250 CFM
E4 - 20x20
350 CFM
CO2
8x8 STEAM TUNNEL EXHAUST DUCT
R5 - 6x4
50 CFM
R5 - 8x6
100 CFM
ANA4.7
OFFICE
B-S05
6x6
14x12
FOR CONTINUATION SEE BELOW
OCC
FC-1
VAV-1
E4 - 8x8
60 CFM
VAV-1
125 CFM
E4 - 16x16
315 CFM
S-3 - 8"Ø
440 CFM
T
A
B
D
C
E
SHEET
REFERENCE
NUMBER
SHEET OF
D E S
IG
N E D B Y
D W N B Y
C H K B Y
S U B M
IT
T E D B Y
D A T E
S O L
IC
IT
A T
IO
N N O
C O N T R A C T N O
F
IL
E N A M E
P L O T T E D B Y
S
IZ
E
P L O T D A T E
D A T E
D E S C R
IP
T
IO
N
M A R K
A P P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S A R M Y E N G
IN
E E R D
IS
T R
IC
T
N E W Y O R K h tt p \w w w .n a n .u s a c e .a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W
E S T N A T
IO
N W
ID
E B L V D
C O L U M B U S O H
IO
.4 .4 f a x .4 .0 h tt p /w w w .u rs c o rp .c o m
S C
IE
N C E C E N T E R
(F Y -B L D G
U N
IT
E D S T A T E S M
IL
IT
A R Y A C A D E M Y
W E S T P O
IN
T N Y
A R C H D
P A R K A V E N U E S O U T H
N E W Y O R K N Y -1
.7 .4 f a x .5 .5 w w w .s tv in c .c o m
W D S -1 -D -0
/1 /2 :2 :2 P M
M-101B
S U B -B A S E M E N T F L O O R P L A N A R E A B
H V A C
F J T
F G
J D V
A P R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
SUB-BASEMENT FLOOR
PLAN - AREA B HVAC
CODED NOTES:
1. COMPUTER ROOM AIR CONDITIONING UNIT TO COOL DATA/COMMUNICATIONS ROOM.
2. FAN COIL UNIT FOR PLUMBING EQUIPMENT ROOM COOLING.
3. CONNECT TO LAB FUME HOOD. PROVIDE DUCT TRANSITION AS REQD.
4. 24X18 LAB EXHAUST DUCT UP TO LEF-7,8
5. 10"D CONTAINED VENTILATED BAY EXHAUST UP TO LEF-7,8
6. PROVIDE LOW AND HIGH EXHAUST GRILLES. PROVIDE DEDICATED EXHAUST
CONTROLS.
7. EQUIPMENT CEILING EXHAUST. TERMINATE 4"D EXHAUST DUCT 6" BELOW CEILING
WITH TRIM COLLAR. PROVIDE MANUAL VOLUME DAMPER ABOVE CEILING.
8. SUPPLY DUCT UP TO AHU-6A
9. SUPPLY DUCT UP TO AHU-6B
10. RUN DUCTS IN DUCT CHASE
11. PROVIDE DEDICATED SWITCH FOR EQUIPMENT CEILING EXHAUST VALVE CONTROL
12. NMR QUENCH CONNECTION
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY SENSOR
AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A FOUR PIPE
FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
A
B
D
C
E
B13 12.7 B12 B11.2B11 B10B9.8 B9 B8.2 B8
BU
BT
BS
BR.7
BQ.5
BQ
BP
BN
BM
BR
BR.8
BS.8
BV
B1B7 B6 B5 B4 B3 B2
DATA COMM
C-S05
WRITE UP
C-S02
CONTAINED
VENTILATED BAY
C-S04
CHEM
ENGINEERING
C-S01
PLUMBING
C-S06
FUTURE NMR
C-S03 x
24x18
10"Ø
T
T
T
T
T
LCP
SV-8"
RHC-1
SV-8"
SV-12"
RHC-3
RHC-3
SV-12"
SV-14"
SV-10"
RHC-2 GEV-14"
HEV-10"
GEV-18X24
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x6
250 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
S8 - 12x8
300 CFM
E7 - 10x10
350 CFM
10"Ø
18"Ø
"Ø
"Ø
12"Ø x x x
16x12 x
14x12
12x10
10x8
16"Ø
24x18
"Ø
(TYP.4)
10"Ø
FC-1
"Ø
(TYP.2)
T
E7 - 24x10
625 CFM
6x6
EEV-8"
x
10x10
SD
RHC-4
S8 - 24x8
800 CFM
12x12
20x16
18x20
16x14
E7 - 30x14
2000 CFM
(TYP.2)
24x18 10"Ø
10"Ø
16x14 x
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
R4 - 20x20
500 CFM
SD
T
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
10"Ø
10"Ø
FC-15
CRACU-7B
CRACU-7A
SHEET
REFERENCE
NUMBER
SHEET OF
D E
S
IG
N E
D B
Y
D W
N B
Y
C H
K B
Y
S U
B M
IT
T
E D
B Y
D A
T E
S O
L
IC
IT
A
T
IO
N N
O
C O
N T
R A
C T
N O
F
IL
E N
A M
E
P L O
T T
E D
B Y
S
IZ
E
P
L O
T D
A T
E
D A
T E
D
E S
C R
IP
T
IO
N
M
A R
K
A P
P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S
A
R M
Y E
N G
IN
E
E R
D
IS
T R
IC
T
N E
W Y
O R
K h tt p
\w w w
.n a n .u s a c e
.a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W E
S T
N A
T
IO
N W
ID
E
B L
V D
C
O L
U M
B U
S O
H
IO
.4
.4 f a x
.4
.0 h tt p /w w w
.u rs c o rp .c o m
S C
IE
N
C E
C E
N T
E R
(F Y
-B
L D
G
U N
IT
E
D S
T A
T E
S M
IL
IT
A R
Y A
C A
D E
M Y
W E
S T
P O
IN
T
N
Y
A R
C H
D
P
A R
K A
V E
N U
E S
O U
T H
N E
W Y
O R
K N
Y
-1
.7
.4 f a x
.5
.5 w w w
.s tv in c .c o m
W
D
S -1
-D
-0
/1
/2
:0
:3
A
M
M-101C
S U
B -B
A S
E M
E N
T F
L O
O R
P L A
N
A R
E A
C H
V A
C
F J T
E H
W J D
V
A P
R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
SUB-BASEMENT FLOOR
PLAN - AREA C HVAC
FOR CONTINUATION SEE DWG. M-101B
F O
R C
O N
T
IN
U A
T
IO
N S
E E
D W
G M
-1
E
F O
R C
O N
T
IN
U A
T
IO
N S
E E
D W
G M
-1
B
CODED NOTES:
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY SENSOR
AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A FOUR PIPE
FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
A
B
D
C
E
CA
CC
CD
CF
CG
CB
CH
C1C2C4 C1.9C4.1 C3 x x
FC-9
x
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
S7 - 6x4
100 CFM
14x12
8x8
14x12 DUCT
OPENING W/ WMS
SHEET
REFERENCE
NUMBER
SHEET OF
D E S
IG
N E D B Y
D W N B Y
C H K B Y
S U B M
IT
T E D B Y
D A T E
S O L
IC
IT
A T
IO
N N O
C O N T R A C T N O
F
IL
E N A M E
P L O T T E D B Y
S
IZ
E
P L O T D A T E
D A T E
D E S C R
IP
T
IO
N
M A R K
A P P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S A R M Y E N G
IN
E E R D
IS
T R
IC
T
N E W Y O R K h tt p \w w w .n a n .u s a c e .a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W
E S T N A T
IO
N W
ID
E B L V D
C O L U M B U S O H
IO
.4 .4 f a x .4 .0 h tt p /w w w .u rs c o rp .c o m
S C
IE
N C E C E N T E R
(F Y -B L D G
U N
IT
E D S T A T E S M
IL
IT
A R Y A C A D E M Y
W E S T P O
IN
T N Y
A R C H D
P A R K A V E N U E S O U T H
N E W Y O R K N Y -1
.7 .4 f a x .5 .5 w w w .s tv in c .c o m
W D S -1 -D -0
/3 /2 :0 :3 P M
M-101E
S U B -B A S E M E N T F L O O R P L A N A R E A E
H V A C
F J T
M A C
J D V
A P R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
SUB-BASEMENT FLOOR
PLAN - AREA E HVAC
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 D
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 C
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 B
FOR CONTINUATION SEE DWG. M-101B
AREA A - NIC
DN
UP
DN
DN
GENERAL NOTES:
CODED NOTES:
1. NOT USED.
2. FCU SERVING ELECTRICAL ROOM FOR COOLING ONLY.
3. THIS SPACE WILL BE EXHAUSTED. DOOR UNDERCUTS WILL PROVIDE MAKE-UP AIR UP
FOR EXHAUST CFM UP TO 100 CFM. TRANSFER AIR DUCT WILL PROVIDE MAKE-UP AIR
FOR EXHAUST CFM GREATER THAN 100 CFM (TYPICAL).
4. CHILLER ROOM EXHAUST AND REFRIGERANT PURGE DUCT UP TO EF-4. DUCT OFFSETS
IN SHAFT BETWEEN SUB-BASEMENT AND BASEMENT.
5. GENERAL EXHAUST DUCT.
6. AHU-5 OUTDOOR AIR SUPPLY DUCT UP AND DOWN.
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT AHU-5 THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY
SENSOR AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A
FOUR PIPE FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
7. STEAM TUNNEL EXHAUST DUCT UP TO EF-12.
A
B
D
C
E A2A2.5A3A4
AF
A6A7
AG
AH
AJ
AK
A5
AA
AD
AE
AC
AB
AL
AM
A5.4
AS
AR
AA.6
A9.5
AT
ELEC
B-B01
JAN
B-B07
SUPPLY TECH
B-B03
GAS HOLDING
B-B02
CORRIDOR
B-BC7
BLDG MAINT/
STOR
B-B09
SAFETY SPLY
TECH
B-B05
CLASSROOM
B-B16
JAN BREAK
B-B04
TOILET
B-B15
CLASSROOM
B-B13
CLASSROOM
B-B11
CORRIDOR
B-BC5
CLASSROOM
B-B06
CLASSROOM
B-B10
CORRIDOR
B-BC6
CUH-10
T
T
T
T
T
T
T
T
T x
VAV-2
VAV-2
x x8
8x8
6x6
E4 - 8x10
235 CFM
VAV-2
VAV-2
6x6
6x6
VAV-2
E4 - 8x10
235 CFM
VAV-2
10x8
VAV-2
E4 - 8x10
235 CFM
VAV-2
6x6 VAV-1
E4 - 6x6
75 CFM
S-3 - 6" -
75 CFM
x8 x
8x10
6x6
6x4
6x4
S-3 - 6" -
75 CFM
E4 - 6x6
75 CFM
20x20
E4 - 12x12
400 CFM
S-3 - 12" -
300 CFM
CV-2
S-3 - 10" -
200 CFM
VAV-1
10"Ø
VAV-1
E4 - 6x6
75 CFM
VAV-1
S-3 - 8" -
120 CFM VAV-1
E4 - 6x8
100 CFM
E4 - 6x6
100 CFM
6x4
VAV-2
E4 - 8x10
235 CFM
6x6
E4 - 10x8
235 CFM
VAV-2
E4 - 10x8
235 CFM
6x6 16x16 x4 x1 x1
CLASSROOM
B-B12
STOR
B-B14
FC-4
FC-4
FC-1
10"Ø
10x8
10x8
6x6
FOR CONTINUATION
SEE DWG. M-101C
FOR CONTINUATION
SEE DWG. M-101E
FOR CONTINUATION SEE ABOVE
OCC
OCC
OCC
OCC
OCC
OCC
OCC
OCC
CO2
CO2
CO2
CO2
CO2
CO2
CO2
OCC
FC-2
VAV-2
VAV-2
CUH-6
FC-4
FC-1
FC-4
FC-4
FC-4
8x8 E4 - 12x12
355 CFM
E4 - 12x12
355 CFM
S-3 - 12"Ø
335 CFM12"Ø
x1
12x12
14x8
E4 - 12x12
360 CFM
E4 - 12x12
355 CFM
S4 -
250 CFM
S4 -
250 CFM
S-3 - 10"Ø
250 CFM
S-3 - 10"Ø
250 CFM
R5 - 6x4 50 CFM E4 - 8x8
125 CFM
S4 -
250 CFM
S4 -
250 CFM
S4 -
250 CFM
S4 -
250 CFM
S4 -
250 CFM
S4 -
300 CFM
S4 -
125 CFM
S4 -
225 CFM
S4 -
225 CFM
S4 -
125 CFM
S4 -
300 CFM
S4 -
100 CFM
VAV-1VAV-2
VAV-2
E4 - 12x12
285 CFM
E4 - 12x12
280 CFM
E4 - 12x12
285 CFM
E4 - 12x12
280 CFM
E4 - 12x12
285 CFM
E4 - 12x12
280 CFM
S-3 - 8"Ø
200 CFM
S-3 - 10"Ø
225 CFM
S-3 - 8"Ø
200 CFM
S-3 - 10"Ø
225 CFM
E4 - 6x6
75 CFM
E4 - 12x12
600 CFM
S-3 - 12"Ø
600 CFM
VAV-2
VAV-2
S-3 - 8"Ø
200 CFM
S-3 - 10"Ø
225 CFM
E4 - 12x12
425 CFM
E4 - 8x6
100 CFMS-3 - 8"Ø
120 CFM
S4 -
250 CFM
S4 -
250 CFM
T
VAV-1
E4 - 12x12
375 CFM
E4 - 6x4
75 CFM
S-3 - 6"Ø
75 CFM
S-3 - 8"Ø
200 CFM
R5 - 6x4
50 CFM
E4 - 12x12
360 CFM
E4 - 12x12
355 CFM
S-3 - 10"Ø
250 CFM
S-3 - 10"Ø
250 CFM
E4 - 12x12
335 CFM
E4 - 12x12
300 CFM
S-3 - 10"Ø
225 CFM
S-3 - 10"Ø
225 CFM
x x x
12x12 x
8x6
14x6
12x6
8x6
10x12
10"Ø
10"Ø
8"Ø
10x8
"Ø
18x10
16x12
16x12
12x10 x1 x1 x1 x1 x1
12x12
12x12
10"Ø
10"Ø x1 x8
"Ø
10"Ø
10"Ø
10"Ø
10"Ø
10"Ø
10"Ø
8"Ø
10"Ø
10"Ø
8"Ø
10"Ø
6"Ø
8x8
10x8 x6
6x6
6"Ø x8 x1 x1 x1 x1 x1
E4 - 8x8
125 CFM
E4 - 8x8
125 CFM
10x6
8x8
6x6
6x6
6x6
8x8 x1 x1 x1
12x12
12x12 x8
10"Ø
10"Ø
10"Ø
10"Ø
"Ø
14x10
12x12
FSD-B5
FSD-B4
FSD-B6
FD-B7
FD-B8
6x6
10x8
FD-B9
FD-B10
FD-B11
FD-B12
A5
AL
AM
AN
A5.4
AP
CLASSROOM
B-B17
T
6x
8x
6x4
8x6 x
VAV-2
VAV-2
x
8x8
6x6 DN
DN
DN
E4 - 8x10
235 CFM
FOR CONTINUATION SEE BELOW
OCC
CO2
OCC
CO2
FC-6
8x8 E4 - 12x12
355 CFM
E4 - 12x12
355 CFM
E4 - 12x12
355 CFM
S-3 - 12"Ø
335 CFM
S-3 - 12"Ø
335 CFM
S4 -
340 CFM
S4 -
340 CFM
R5 - 6x4
55 CFM
R5 - 6x4
55 CFM
12"Ø
12"Ø x1 x1 x1
12x12
14x8 x1
S4 -
250 CFM
S-3 - 10"Ø
250 CFM
x1
12x12 10"Ø
10"Ø
SHEET
REFERENCE
NUMBER
SHEET OF
D E S
IG
N E D B Y
D W N B Y
C H K B Y
S U B M
IT
T E D B Y
D A T E
S O L
IC
IT
A T
IO
N N O
C O N T R A C T N O
F
IL
E N A M E
P L O T T E D B Y
S
IZ
E
P L O T D A T E
D A T E
D E S C R
IP
T
IO
N
M A R K
A P P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S A R M Y E N G
IN
E E R D
IS
T R
IC
T
N E W Y O R K h tt p \w w w .n a n .u s a c e .a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W
E S T N A T
IO
N W
ID
E B L V D
C O L U M B U S O H
IO
.4 .4 f a x .4 .0 h tt p /w w w .u rs c o rp .c o m
S C
IE
N C E C E N T E R
(F Y -B L D G
U N
IT
E D S T A T E S M
IL
IT
A R Y A C A D E M Y
W E S T P O
IN
T N Y
A R C H D
P A R K A V E N U E S O U T H
N E W Y O R K N Y -1
.7 .4 f a x .5 .5 w w w .s tv in c .c o m
W D S -1 -D -0
/1 /2 :2 :3 P M
M-102B
B A S E M E N T F L O O R P L A N A R E A B H V A C
F J T
F G
J D V
A P R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
BASEMENT FLOOR PLAN -
AREA B HVAC
UP
UP
UP
UP
GENERAL NOTES:
CODED NOTES:
1. SUPPLY DUCT UP TO AHU-6A
5. 10"D CONTAINED VENTILATED BAY EXHAUST DUCT DOWN FROM LEF-9 TO
SUB-BASEMENT.
4. TOILET EXHAUST DUCT UP TO EF-6
6. GENERAL EXHAUST DUCT UP TO LEF-7,8
7. FUME HOOD EXHAUST UP TO LEF-7,8
2. SUPPLY DUCT DOWN FROM AHU-6A TO SUB-BASEMENT
3. SUPPLY DUCT DOWN FROM AHU-6B TO SUB-BASEMENT
8. SEE SHEET M-102E FOR CONTINUATION OF FUME HOOD EXHAUST
9. SEE SHEET M-102E FOR CONTINUATION OF AHU-6B SUPPLY
10. SEE SHEET M-102B FOR CONTINUATION OF EXHAUST
11. AHU-6B SUPPLY TO FIRST FLOOR
12. EMERGENCY POWER-OFF BREAK GLASS SWITCH FOR ALL AIR HANDLING SYSTEMS.
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY SENSOR
AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A FOUR PIPE
FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
13. NMR QUENCH VENT UP
14. NMR QUENCH VENT CONNECTION
15. SUPPLY AND EXHAUST DUCTS UP TO AHU-8
16. MECHANICAL EQUIPMENT HOUSEKEEPING PAD TO EXTEND 6" BEYOND EQUIPMENT
FOOTPRINT ON ALL SIDES AND SHALL BE 6" TALL. SEE STR. DETAIL A1 ON S-004 FOR
PAD CONSTRUCTION DETAILS. (TYP.)
A
B
D
C
E
B13 12.7 B12 B11.2B11 B10B9.8 B9 B8.2 B8
BU
BT
BS
BR.7
BQ.5
BQ
BP
BN
BM
BR
BR.8
BS.8
BV
B1B7 B6 B5 B4 B3 B2
JAN
C-B06
BLDG STOR SPT
C-B05
PREP/ STOR
D-B11
COMM
C-B03
ELEC
C-B04
PHYSICS
CLASSRM
C-B08
NUCL ENGR LAB
C-B17
CORRIDOR
C-BC1
MAIN ELEC SERV
C-B10
PHYSICS
WORKRM
D-B12
PHYSICS
CLASSRM
C-B01
MODERN PHYSICS
WORKRM
C-B02
CORRIDOR
C-BC3
CORRIDOR
C-BC4
RAD DETECT
LAB/CLSRM
C-B12
STORAGE
C-B11
CORRIDOR
C-BC5
MEN
C-B07
PHYSICS
WORKRM
C-B09
18x12
36x14 x
T T
T
T
T
T
T
T
T
T
T
14x10
"Ø x
10"Ø
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
230 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
230 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 6"Ø
125 CFM
VAV-1
VAV-2 VAV-2
E4 - 10x10
200 CFM
R4 - 20x20
1000 CFM
E4 - 10x10
175 CFM
R4 - 20x20
1400 CFM
E4 - 10x10
250 CFM
E4 - 10x10
325 CFM
E4 - 10x10
230 CFM
R4 - 20x20
1000 CFM
E4 - 10x10
160 CFM
S2 - 6"Ø
125 CFM
S2 - 10"Ø
250 CFM
20x12
LCP
LCP
LCP
LCP
CO2 CO2
CO2
CO2
CO2
VAV-1
VAV-1
VAV-1
VAV-2
VAV-1
VAV-2
CUH-7
CUH-8
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 12"Ø
400 CFM
S2 - 10"Ø
300 CFMS2 - 10"Ø
250 CFM
S2 - 10"Ø
340 CFM
S2 - 10"Ø
330 CFM
S2 - 10"Ø
330 CFM
S2 - 10"Ø
330 CFM
E4 - 10x10
75 CFM
E4 - 20x20
1300 CFM
E4 - 20x20
1300 CFM
E4 - 20x20
900 CFM
E4 - 20x20
900 CFM
E4 - 14x14
700 CFM
E4 - 10x10
75 CFM
S2 - 8"Ø
200 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
330 CFM
E4 - 20x20
1200 CFM
E4 - 20x20
1200 CFM
RHC-4
RHC-4
RHC-1
RHC-3
RHC-1
RHC-4
18x1224x14
14x12
30x12 x x x x x x x
18x14 24x14 26x26
"Ø
"Ø
"Ø
10"Ø
10"Ø 10"Ø
"Ø
"Ø x
12x12 x
18x12 18x12
"Ø
GEV-24X12
SV-14"
SV-12"
SV-14"
SV-8"
GEV-10
SV-8"
SV-14"
GEV-14"
GEV-8"
GEV-18X12
M-354
M-354
"Ø
"Ø
(TYP.2)
36x18 30x12
16x14
12x12 x
24x12 x
10"Ø 10"Ø
8"Ø
S2 - 10"Ø
300 CFM
24x12
"Ø
VAV-2
VAV-2
S2 - 10"Ø
250 CFM
S2 - 10"Ø
235 CFM
S2 - 10"Ø
235 CFM
S2 - 10"Ø
235 CFM
S2 - 10"Ø
235 CFM
FC-1
FC-1
FC-6FC-4
FC-4
SD
FC-1
R4 - 14x14
500 CFM
E4 - 10x10
50 CFM
E4 - 10x10
150 CFM
E5 - 8x8
75 CFM
12x10
14x10 x x
24x12 20x12 12x10
"Ø
"Ø
"Ø
"Ø
"Ø
"Ø x8
10x10
8x8
12x8 10x8 x
(TYP.2)
10"Ø 1
"Ø x
10x10
10x10
10x10 x
10x10 x
8x8
(TYP.4)
VAV-1
VAV-2
FC-9
10"Ø 10"Ø
10"Ø 10"Ø
"Ø
6"Ø x x
(TYP.6)
S2 - 6"Ø
125 CFM
14x10
14x12
10x10
20x20
16x14 x x x x
10"Ø
10"Ø
10"Ø
10x8
E4 - 10x10
50 CFM
x
10x10
12x12
10x10
"Ø
"Ø
S2 - 10"Ø
250 CFM
FC-9
VAV-3
x x x x
10"Ø 10"Ø
10"Ø10"Ø
"Ø
10"Ø 10"Ø
10"Ø 10"Ø
10x108x8
E4 - 10x10
260 CFM
R4 - 14x14
500 CFM
(TYP.8)
(TYP.2)
x
(TYP.2)
10"Ø
"Ø
14x12 x
R4 - 20x20
1000 CFM
24x14
R4 - 14x14
500 CFM
"Ø
"Ø
R7 - 36x10
1000 CFM
x x
FC-8
S8 - 36x10
1000 CFM
CRACU-9
FCU-11
S8 - 36x12
1000 CFM
S8 - 36x12
1000 CFM
S8 - 36x12
1000 CFM
S8 - 36x12
1000 CFM
VAV-2 6
"Ø
6"Ø
S2 - 6"Ø
125 CFM
10x10 x1
SHEET
REFERENCE
NUMBER
SHEET OF
D E
S
IG
N E
D B
Y
D W
N B
Y
C H
K B
Y
S U
B M
IT
T
E D
B Y
D A
T E
S O
L
IC
IT
A
T
IO
N N
O
C O
N T
R A
C T
N O
F
IL
E N
A M
E
P L O
T T
E D
B Y
S
IZ
E
P
L O
T D
A T
E
D A
T E
D
E S
C R
IP
T
IO
N
M
A R
K
A P
P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S
A
R M
Y E
N G
IN
E
E R
D
IS
T R
IC
T
N E
W Y
O R
K h tt p
\w w w
.n a n .u s a c e
.a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W E
S T
N A
T
IO
N W
ID
E
B L
V D
C
O L
U M
B U
S O
H
IO
.4
.4 f a x
.4
.0 h tt p /w w w
.u rs c o rp .c o m
S C
IE
N
C E
C E
N T
E R
(F Y
-B
L D
G
U N
IT
E
D S
T A
T E
S M
IL
IT
A R
Y A
C A
D E
M Y
W E
S T
P O
IN
T
N
Y
A R
C H
D
P
A R
K A
V E
N U
E S
O U
T H
N E
W Y
O R
K N
Y
-1
.7
.4 f a x
.5
.5 w w w
.s tv in c .c o m
W
D
S -1
-D
-0
/1
/2
:0
:4
A
M
M-102C
B A
S E
M E
N T
F L O
O R
P L A
N
A R
E A
C H
V A
C
F J T
E H
W F
D V
A P
R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
BASEMENT FLOOR PLAN -
AREA C HVAC
FOR CONTINUATION SEE DWG. M-102D
F O
R C
O N
T
IN
U A
T
IO
N S
E E
D W
G M
-1
E
FOR CONTINUATION SEE DWG. M-102E
F O
R C
O N
T
IN
U A
T
IO
N S
E E
D W
G M
-1
B
FOR CONTINUATION SEE DWG. M-102B
UPUP
CODED NOTES:
1. SUPPLY DUCT UP TO AHU-9
2. EXHAUST DUCT FROM LINEAR ACCELERATOR LAB UP TO EF-11
3. EXHAUST DUCT UP TO AHU-9
4. EXHAUST DUCT FROM WELDING ROOM UP TO EF-8
5. EXHAUST DUCT FROM JAN. CLOSET UP TO EF-7
6. MOORE WING TOILET EXHAUST DUCT UP TO EF-10
7. SUPPLY DUCT UP TO AHU-9
8. EXHAUST DUCT UP TO AHU-9
9. EXHAUST DUCT TO MOORE WING. FOR CONTINUATION SEE M-102E
10. SUPPLY DUCT TO MOORE WING. FOR CONTINUATION SEE M-102E
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY SENSOR
AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A FOUR PIPE
FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
11. EXHAUST DUCT TO MOORE WING. FOR CONTINUATION SEE M-102E
12. SUPPLY AND EXHAUST DUCTS UP TO AHU-10
13. EQUIPMENT CEILING EXHAUST. TERMINATE 4"D EXHAUST DUCT 6" BELOW CEILING
WITH TRIM COLLAR. PROVIDE MANUAL VOLUME DAMPER ABOVE CEILING.
14. MECHANICAL EQUIPMENT HOUSEKEEPING PAD TO EXTEND 6" BEYOND EQUIPMENT
FOOTPRINT ON ALL SIDES AND SHALL BE 6" TALL. SEE STR. DETAIL A1 ON S-004 FOR
PAD CONSTRUCTION DETAILS. (TYP.)
15. 6"Ø EXHAUST DUCT TO PANEL SAW
16. 3"Ø FLEX DUCT TO PANEL SAW
17. 4"Ø EXHAUST DUCT TO ROUTER TABLE
18. 5"Ø EXHAUST DUCT TO TABLE SAW
19. 5"Ø EXHAUST DUCT TO CHOP SAW
20. 4"Ø EXHAUST DUCT TO BELT/DISK SANDER
21. 4"Ø EXHAUST DUCT TO BAND SAW
22. 48X36 TRANSFER DUCT
23. 3" ARTICULATED EXHAUST ARM CONNECTION. PROVIDE DUCT TRANSITION AS REQD.
24. WELDING EQUIPMENT EXHAUST DUCT CONNECTION
25. EXHAUST DUCT TO HIGH/LOW EXHAUST GRILLES
26. SULFUR HEXAFLUORIDE SENSOR. INTERLOCK WITH EF-11
A
B
D
C
E
B13 12.7 B12 B11.2B11 B10B9.8 B9 B8.2 B8
BL
BK
BJ
BH
BG
BF
BE
BD
BC
BB
BA
ELECTRONICS
D-B06
WELDING RM
D-B05
MACHINE SHOP
D-B02
CORRIDOR
D-BC1
JAN
D-B08
GEN STOR
D-B07
FXD EXPERIMTL
PHYSICS
D-B09
MATL SCI ACCEL
LAB
D-B01
MODERN PHYSICS
WORKRM
D-B10
CLEAN RM/ PREP
STOR
D-B04
WOOD SHOP
D-B03
CORRIDOR
D-BC3
20x12
T
T
T
S2 - 6"Ø
125 CFM
S2 - 10"Ø
285 CFM
VAV-2
VAV-3
S2 - 6"Ø
125 CFM
CO2
CO2
CO2
VAV-2
"Ø
DCS-1
SF6
LCP
VAV-6
VAV-2
VAV-2
S2 - 8"Ø
200 CFM
S2 - 8"Ø
200 CFM
S2 - 8"Ø
175 CFM
S2 - 8"Ø
175 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
285 CFM
S2 - 10"Ø
285 CFM
S2 - 10"Ø
290 CFM
S2 - 10"Ø
285 CFM
S2 - 10"Ø
285 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFMS2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFM
E6 - 20x20
850 CFM
12x10
12x12
12x12 x
6x6 x
8x8
20x16
10"Ø
14"Ø
RHC-3
x
VAV-2
VAV-4
VAV-3
x
5" Ø
7"Ø
VAV-3
FC-9
S2 - 10"Ø
285 CFM
E4 - 10x10
180 CFM
R4 - 14x14
500 CFM
E4 - 10x10
50 CFM
S2 - 10"Ø
250 CFM
(TYP.2)
FC-1
14x12
14x12
"Ø
10"Ø
10x10 x
8x8 x x x x
12x10
R4 - 20x20
1000 CFM
(TYP.2)
x
10x6
8x6
E4 - 10x10
300 CFM
"Ø
6"Ø10"Ø
10"Ø
10"Ø
10"Ø
10"Ø
10"Ø
10"Ø
S2 - 10"Ø
250 CFM
(TYP.2)
10"Ø 10"Ø
T
FC-9
VAV-2
E4 - 14x14
260 CFM
R4 - 20x20
1000 CFM
(TYP.8)
x x x x
24x14
10"Ø 10"Ø
10"Ø10"Ø
10"Ø 10"Ø
10"Ø 10"Ø
(TYP.2)
10x8
12x8
10x10 12x10 x x
RHC-1
RHC-1
RHC-1
RHC-1
RHC-4
VAV-3
VAV-6
SV-14"
GEV-14"
EEV-8"
S2 - 10"Ø
275 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
250 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
320 CFM
S2 - 10"Ø
250 CFM
S2 - 12"Ø
450 CFM
E6 - 14x14
600 CFM
E4 - 20x20
500 CFM
E6 - 20x20
850 CFM
10"Ø
10"Ø
10"Ø
8"Ø
8"Ø
"Ø
8"Ø
"Ø
10"Ø 10"Ø
10"Ø
10"Ø
10"Ø1
"Ø
"Ø
(TYP. 2)
x x x
"Ø
8" Ø
6"Ø
(TYP. 2)
10"Ø
8"Ø
10x12
12x12
14x14
(TYP. 3)
(TYP. 2)
"Ø x x
20x16 x
0 12x12
6x6 x x
4"Ø
E4 - 20x20
450 CFM
E4 - 20x20
240 CFM
VAV-2
VAV-3
SHEET
REFERENCE
NUMBER
SHEET OF
D E
S
IG
N E
D B
Y
D W
N B
Y
C H
K B
Y
S U
B M
IT
T
E D
B Y
D A
T E
S O
L
IC
IT
A
T
IO
N N
O
C O
N T
R A
C T
N O
F
IL
E N
A M
E
P L O
T T
E D
B Y
S
IZ
E
P
L O
T D
A T
E
D A
T E
D
E S
C R
IP
T
IO
N
M
A R
K
A P
P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S
A
R M
Y E
N G
IN
E
E R
D
IS
T R
IC
T
N E
W Y
O R
K h tt p
\w w w
.n a n .u s a c e
.a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W E
S T
N A
T
IO
N W
ID
E
B L
V D
C
O L
U M
B U
S O
H
IO
.4
.4 f a x
.4
.0 h tt p /w w w
.u rs c o rp .c o m
S C
IE
N
C E
C E
N T
E R
(F Y
-B
L D
G
U N
IT
E
D S
T A
T E
S M
IL
IT
A R
Y A
C A
D E
M Y
W E
S T
P O
IN
T
N
Y
A R
C H
D
P
A R
K A
V E
N U
E S
O U
T H
N E
W Y
O R
K N
Y
-1
.7
.4 f a x
.5
.5 w w w
.s tv in c .c o m
W
D
S -1
-D
-0
/1
/2
:0
:4
A
M
M-102D
B A
S E
M E
N T
F L O
O R
P L A
N
A R
E A
D H
V A
C
F J T
E H
W J D
V
A P
R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
BASEMENT FLOOR PLAN -
AREA D HVAC
FOR CONTINUATION SEE DWG. M-102C
A R
E A
E
N
IC
F O
R C
O N
T
IN
U A
T
IO
N S
E E
D W
G M
-1
E
GENERAL NOTES:
CODED NOTES:
1. SEE SHEET M-102C FOR CONTINUATION OF EXHAUST
2. SEE SHEET M-102C FOR CONTINUATION OF AHU-6B SUPPLY
3. 16X12 SUPPLY DUCT UP TO FIRST FLOOR
4. 16X12 EXHAUST DUCT UP TO FIRST FLOOR
5. 8X8 TOILET EXHAUST UP TO FIRST FLOOR
6. SEE M-102D FOR CONTINUATION
7. 4" EQUIPMENT CEILING EXHAUST. TERMINATE EXHAUST DUCT 6" BELOW CEILING WITH
TRIM COLLAR. PROVIDE MANUAL VOLUME DAMPER ABOVE CEILING. SEE QL602 FOR
CONNECTION
8. 3"x6" EXHAUST DUCT IN WALL DOWN TO A 6" DIAMETER EXHAUST DUCT W/SEALED
CONNECTION FOR VACUUM PUMP. COORDINATE WITH LABORATORY EQUIPMENT
CONTRACTOR. SEE DETAIL "VP-VACUUM PUMP CABINET" ON QL501.4
9. 3" ARTICULATED ARM EXHAUST CONNECTION. PROVIDE DUCT TRANSITION AS
REQUIRED
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY SENSOR
AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A FOUR PIPE
FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
A
B
D
C
E
CA
CC
CD
CF
CG
CB
CH
C1
C2
C4 C1.9C4.1 C3
LASER RES/CHEM
E-B03
CORRIDOR
E-BC3
LASER
RESEARCH
E-B05
LASER
RESEARCH
E-B04
HIGH ENERGY
LASER
RESEARCH
E-B07
CORRIDOR
E-BC1
CORRIDOR
E-BC2
LASER EQUIP
STOR/REPAIR
E-B06
INSTRUCTIONAL/
DEMONSTRATION
E-B08
18x12 x
8"Ø
8"Ø
14x12
FC-4
18x12 x x x x x
S2 - 10"Ø
300 CFM
R1 - 10x10
150 CFM
S2 - 10"Ø
265 CFM
S2 - 8"Ø
150 CFM
S2 - 8"Ø
125 CFM
S2 - 6"Ø
100 CFM
S2 - 6"Ø
100 CFM
S2 - 8"Ø
150 CFM
E1 - 10x10
160 CFM
E1 - 10x10
75 CFM
S2 - 10"Ø
250 CFM
"Ø x x
8x8 x
SV-18X12
S2 - 12"Ø
350 CFM
S2 - 12"Ø
350 CFM
S4 - 10"Ø
200 CFM
S4 - 10"Ø
200 CFM
S4 - 10"Ø
200 CFM
S2 - 12"Ø
350 CFM
S2 - 12"Ø
350 CFM
E1 - 20x20
895 CFM
E1 - 20x20
895 CFM
R1 - 14x14
425 CFM
R1 - 14x14
400 CFM
R1 - 20x20
850 CFM
S2 - 12"Ø
350 CFM
S2 - 12"Ø
350 CFM
S4 - 10"Ø
200 CFM
S4 - 10"Ø
200 CFM
S4 - 10"Ø
200 CFM
E1 - 10x10
625 CFM
E1 - 10x10
625 CFM
E1 - 10x10
625 CFM
E1 - 10x10
625 CFM
4' CFH -
500 CFM
4' CFH -
500 CFM
4' CFH -
500 CFM
S2 - 10"Ø
265 CFM
S2 - 10"Ø
265 CFM
S2 - 12"Ø
350 CFM
S2 - 8"Ø
125 CFM
S2 - 8"Ø
125 CFM
S2 - 8"Ø
125 CFM
S2 - 10"Ø
265 CFM
S2 - 10"Ø
265 CFM
S2 - 10"Ø
265 CFM
S2 - 10"Ø
265 CFM
S2 - 10"Ø
265 CFM
x x x
12"Ø
6' CFH -
800 CFM
GEV-12X24
VAV-1
(4")
VAV-3
(8")
VAV-2
(6")
VAV-1
(4")
40x16 x x
VAV-1
(4")
VAV-1
(4")
FC-4
FC-9
VAV-3
(8")
VAV-3
(8")
VAV-3
(8")
10"Ø
10"Ø
"Ø
10"Ø
10"Ø
12"Ø
12"Ø
10"Ø
"Ø
"Ø
12"Ø
"Ø
"Ø
"Ø
"Ø x x x x x x
CO2
CO2
T
T
LCP
CO2
T
CO2
T
T
CO2
T x
S2 - 12"Ø
400 CFM
S2 - 12"Ø
350 CFM
S2 - 8"Ø
50 CFM
S2 - 10"Ø
275 CFM
S2 - 10"Ø
275 CFM
S2 - 10"Ø
300 CFM
S2 - 10"Ø
300 CFM
FC-10
x
22x12
R1 - 20x20
870 CFM
28x16 x
R1 - 20x20
1350 CFM
R1 - 20x20
1350 CFM
x x x
20x12
6x6 x
"Ø
"Ø
8x6 x x
"Ø
"Ø
"Ø
8"Ø
VAV-2
(6")
FC-5
12"Ø
S4 - 10"Ø
200 CFM
x
VAV-3
(8") 10x10 x x
EEV-8
SEV-8
24x10 x
10"Ø
10"Ø
10"Ø10"Ø
18x12
18x14 x x
FD-E4
FD-E5
FD-E3
FD-E2
FD-E1
GEV-8
GEV-8
GEV-10
"Ø
6"Ø
S2 - 10"Ø
300 CFM
R1 - 10x10
350 CFM
"Ø
"Ø
(TYP OF 4)
SEV-8
"Ø x1 x
10x6 x
18x14
S2 - 12"Ø
400 CFM
12"Ø
10"Ø
10"Ø
"Ø
12"Ø
RHC-4
x
"Ø
SHEET
REFERENCE
NUMBER
SHEET OF
D E S
IG
N E D B Y
D W N B Y
C H K B Y
S U B M
IT
T E D B Y
D A T E
S O L
IC
IT
A T
IO
N N O
C O N T R A C T N O
F
IL
E N A M E
P L O T T E D B Y
S
IZ
E
P L O T D A T E
D A T E
D E S C R
IP
T
IO
N
M A R K
A P P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S A R M Y E N G
IN
E E R D
IS
T R
IC
T
N E W Y O R K h tt p \w w w .n a n .u s a c e .a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W
E S T N A T
IO
N W
ID
E B L V D
C O L U M B U S O H
IO
.4 .4 f a x .4 .0 h tt p /w w w .u rs c o rp .c o m
S C
IE
N C E C E N T E R
(F Y -B L D G
U N
IT
E D S T A T E S M
IL
IT
A R Y A C A D E M Y
W E S T P O
IN
T N Y
A R C H D
P A R K A V E N U E S O U T H
N E W Y O R K N Y -1
.7 .4 f a x .5 .5 w w w .s tv in c .c o m
W D S -1 -D -0
/3 /2 :0 :3 P M
M-102E
B A S E M E N T F L O O R P L A N A R E A E H V A C
F J T
M A C
J D V
A P R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
BASEMENT FLOOR PLAN -
AREA E HVAC
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 D
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 C
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 B
F O R C O N T
IN
U A T
IO
N S E E D W G M -1 B
FOR CONTINUATION SEE DWG. M-102C
UP
UP
DN
A
B
D
C
E
GENERAL NOTES:
CODED NOTES:
1. THIS SPACE WILL BE EXHAUSTED. DOOR UNDERCUTS WILL PROVIDE MAKE-UP AIR UP
FOR EXHAUST CFM UP TO 100 CFM. TRANSFER AIR DUCT WILL PROVIDE MAKE-UP AIR
FOR EXHAUST CFM GREATER THAN 100 CFM (TYPICAL).
2. CHILLER ROOM VENTILATION DUCT UP AND DOWN.
3. GENERAL EXHAUST DUCT.
4. LAB EXHAUST DUCT.
5. AHU-5 OUTDOOR AIR SUPPLY DUCT UP AND DOWN.
6. CONTRACTOR SHALL PROVIDE DUCT TRANSITIONS BETWEEN FUME HOOD COLLARS
AND INDICATED EXHAUST DUCT SIZES.
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES. MEETS
EXISTING CONSTRUCTION.
2. FINAL LOCATION OF DIFFUSERS, REGISTERS AND GRILLES SHALL BE FROM
ARCHITECTURAL REFLECTED CEILING PLANS.
3. PROVIDE ACCESS DOORS FOR ALL AUTOMATIC CONTROL DAMPERS, FIRE DAMPERS,
FIRE/SMOKE DAMPERS, DUCT DETECTORS, ETC. COORDINATE THE LOCATIONS AND
THE REQUIREMENTS FOR ALL ACCESS DOORS WITH THE GENERAL CONTRACTOR.
4. COORDINATE FINAL LOCATION OF THERMOSTATS, SENSORS AND MONITORS WITH THE
ELECTRICAL CONTRACTOR AND OTHER TRADES FOR AN AESTHETIC, FUNCTIONAL
GROUPING.
5. BRANCH DUCT SIZES TO DIFFUSER/GRILLE SHALL BE THE SAME SIZE AS THE NECK
SIZE OF AIR DEVICE UNLESS OTHERWISE NOTED. SEE AIR DEVICE TAG OR DIFFUSER,
REGISTER AND GRILLE SCHEDULE FOR NECK SIZE.
6. SIZE OF INLET DUCT TO AIR VALVES IS SAME AS VALVE INLET UNLESS NOTED
OTHERWISE.
7. ALL EXPOSED SUPPLY AIR DUCTWORK SHALL BE DOUBLE WALL CONSTRUCTION.
8. DO NOT USE THE NEW SEISMIC CHORD FRAMING MEMBERS TO SUPPORT ANY
LABORATORY EQUIPMENT, MECHANICAL SYSTEMS, FIRE PROTECTION PIPING,
ELECTRICAL UTILITIES, OR TELECOMMUNICATION SYSTEM COMPONENTS. THESE
UTILITIES AND COMPONENTS ARE TO BE SUPPORTED FROM THE EXISTING
STRUCTURAL FRAMING MEMBERS OR FROM THE NEW NON-SEISMIC STRUCTURAL
FRAMING MEMBERS.
9. TYPICAL LAYOUT FOR CLASSROOMS AND OFFICES: OUTSIDE AIR DELIVERED FROM
THE 100% OA UNIT AHU-5 THROUGH A VAV UNIT CONTROLLED BY AN OCCUPANCY
SENSOR AND CO2 SENSOR. COMFORT COOLING AND HEATING IS PROVIDED BY A
FOUR PIPE FAN COIL UNIT.
10. INTERIOR PARTITIONS ARE FULL HEIGHT TO THE UNDER-SIDE OF SLAB ABOVE. REFER
TO WALL DUCT/PIPE PENETRATION DETAILS FOR REQUIREMENTS.
11. PROVIDE REMOTE BALANCING DAMPERS ADJUSTABLE FROM A CABLE LOCATED AT
THE DIFFUSER FACE, WHERE GYPSUM BOARD CEILINGS OR OTHER CONDITIONS DO
NOT ALLOW DIRECT ACCESS FOR BALANCING.
12. PROVIDE DOUBLE-WALL DUCTWORK CONSISTING OF I INCH THICK ACOUSTICAL LINING
AND INNER PERFORATED METAL LINER FOR THE FIRST TWENTY-FIVE (25) FEET OF
SUPPLY, RETURN, AND EXHAUST DUCTWORK FROM ALL AIR HANDLING UNITS.
13. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF SUPPLY AND RETURN DUCTWORK FROM ALL FAN COIL UNITS.
ALSO PROVIDE 1 INCH THICK ACOUSTICAL LINING IN ALL FAN COIL UNIT MIXING BOXES.
14. PROVIDE 1 INCH THICK HIGH QUALITY, EROSION-PROOF ACOUSTICAL LINING FOR THE
FIRST TEN (10) FEET OF DUCTWORK DOWNSTREAM OF ALL VAV AND CAV AIR TERMINAL
UNITS.
15. CONTRACTOR SHALL FILL-IN ALL VOIDS AROUND DUCTWORK PENETRATIONS OF WALL/
ROOF ASSEMBLIES WITH NON-COMBUSTIBLE MINERAL WOOL. REFER TO DETAIL FOR
ADDITIONAL INFORMATION.
16. EQUIPMENT MOUNTED OVERHEAD, WHICH WEIGHS 31 LBS OR MORE, SHALL BE
SUPPORTED AND LATERALLY BRACED IN ACCORDANCE WITH UFC 4-010-01 STANDARD
20. REFER TO SUPPORT DETAIL FOR REQUIREMENT.
17. ANY SPACES OR GAPS AROUND DUCTWORK AND PIPING WHICH PENETRATE
CORRIDOR WALLS REQUIRED TO RESIST THE PASSAGE OF SMOKE, SHALL BE SEALED
AIR-TIGHT TO PREVENT THE MIGRATION OF SMOKE.
A2A2.5A3A4
AF
A6A7
AG
AH
AJ
AK
A8 A5
AM
AN
A5.4
A10
A9.5
A10.8A11.5A12.3 A12 A11 A10.5
GEN & ADVNCD
CHEM
B-107
GEN & ADVNCD
CHEM
B-108
CADET READ RM
B-102
COMM
B-114
CLASSROOM
B-109
TOILET
B-110
STAIR B1
B-1S1
STAIR B2
B-1S2
CORRIDOR
B-1C2
FC-4
T T
GEN & ADVNCD
CHEM
B-106
PREP STOR
B-105
CORRIDOR
B-1C1
ELEC
B-101
CLASSROOM
B-111
MEN
B-112
CORRIDOR
B-1C3
CORRIDOR
B-1C4
6x4 x
10x6
12x8
6x4
VAV-4
285 CFM
S-3 - 8"Ø
160 CFM
VAV-4
275 CFM
E4 - 14x14
500 CFM
S-3 - 12" -
300 CFM
S-3 - 10"Ø
115 CFM
E4 - 12x12
430 CFM
S-3 - 8"Ø
110 CFM
VAV-1
125 CFM
E4 - 12x12
325 CFM
TYP FOR 2
E4 - 8x8
75 CFM
VAV-1
S-3 - 12" -
315 CFM
L C P
L C P
L C P
L C P
RHC-1
8x8
RHC-6
DN TO 6' CFH
THIS LEVEL
HEV-10"
HEV-10"
HEV-10"
DN TO 6' CFH
THIS LEVEL
DN TO 6' CFH
THIS LEVEL
10"Ø
10"Ø
8"Ø
"Ø
"Ø
S N O R K E L
E X H A U S T D U C T
S N O R K E L
E X H A U S T D U C T
S N O R K E L
E X H A U S T D U C T
S N O R K E L
E X H A U S T D U C T
FOR CONTINUATION SEE DWG. M-101C
FOR CONTINUATION SEE DWG. M-101E
CO2
OCC
T
T
T
T
OCC
CO2
OCC
CO2
SEV-8"
SEV-8"
SEV-8"
HEV-10"
L C P
CRACU-10
26x14 12x12
6"Ø
S4 - 13' - 4"
195 CFM
8"Ø 8"Ø x
E4 - 12x12
355 CFM
S-3 - 8" -
160 CFM
E4 - 10x10
235 CFM
8x6 6"Ø
10x6
R5 - 6x10
150 CFM
TYP FOR 2
10x6
R5 - 6x4
50 CFM
12x12
S-3 - 8"Ø
160 CFM
S-3 - 8"Ø
160 CFM
S-3 - 8"Ø
160 CFM
S-3 - 8"Ø
90 CFM
"Ø
14x12 12"Ø
8x6
R5 - 6x8
100 CFM
S4 - 7' - 10"
130 CFM
FC-3
S-3 - 8"Ø
100 CFM
TYP FOR 4
E4 - 14x14
530 CFM
E4 - 10x10
225 CFM
8"Ø
TYP FOR 7
S4 - 10' - 0"
450 CFM
FC-1
16x10
32x14 x1
S-3 - 6"Ø
50 CFM
VAV-1
8x8
6x6 x8 x8
6"Ø x8
RHC-3
SV-12"
"Ø
"Ø
S-3 - 10"Ø
325 CFM
TYP FOR 4
x1
8"Ø
10"Ø
S4 - 7' - 6"
330 CFM
HEV-10"
E4 - 16x16
705 CFM
TYP FOR 42
x1
"Ø
14x10 x1 x1
S4 - 7' - 6"
330 CFM
S4 - 7' - 6"
330 CFM
S4 - 7' - 6"
330 CFM
10"Ø
14"Ø
10"Ø 14"Ø
8x8
8x8
12"Ø
S-3 - 10"Ø
315 CFM
S-3 - 10"Ø
320 CFM
TYP FOR 3
8"Ø
S4 - 13' - 2"
720 CFM
S4 - 9' - 6"
555 CFM
E4 - 16x16
685 CFM
TYP FOR 2
E4 - 16x16
690 CFM
TYP FOR 2
x1 "Ø
E4 - 8x8
75 CFM
FC-3
12x12
6x6
"Ø x
6x8 x
"Ø
S-3 - 10"Ø
185 CFM
TYP FOR 2
x
4"Ø x x
10x10
"Ø
8"Ø
S4 - 16' - 3"
400 CFM
VAV-1
x
"Ø
S-3 - 12"Ø
430 CFM
TYP FOR 2
"Ø
"Ø
12"Ø x1
S4 - 7' - 0"
300 CFM
8"Ø
32x14
E4 - 16x16
860 CFM
x1 x2 x1 x2 x2 x2
12x12
8x8
10"Ø
8x8
"Ø
14"Ø 10"Ø
24x24
30x28
8x8
S4 - 8' - 0"
220 CFM
S4 - 8' - 0"
220 CFM
8"Ø
TYP FOR 4
S-3 - 10"Ø
220 CFM
TYP FOR 4
"Ø
FSD-B8
FSD-B9
10"Ø
14x10
E4 - 12x12
490 CFM
TYP FOR 4
S4 - 8' - 0"
220 CFM
S4 - 8' - 0"
220 CFM
10"Ø x1
RHC-4
INACTIVE
S4 - 3' - 4"
FSD-B10
INACTIVE
S4 - 0' - 10"
S4 - 8' - 0"
0 CFM
INACTIVE
S4 - 1' - 8"
S4 - 8' - 0"
0 CFM
INACTIVE
S4 - 6' - 4"
INACTIVE
S4 - 2' - 8"
INACTIVE
S4 - 0' - 8"
INACTIVE
S4 - 2' - 0"
INACTIVE
S4 - 2' - 0" x1
"Ø
INACTIVE
S4 - 0' - 9"
INACTIVE
S4 - 3' - 8"
INACTIVE
S4 - 1' - 0"
INACTIVE
S4 - 0' - 10"
INACTIVE
S4 - 3' - 2"
INACTIVE
S4 - 1' - 0" x8
24x12
GEV-24x12
SV-24x12
SV-24x12
GEV-24x12
RHC-6
x1
"Ø x1 x1 x1
24x12
"Ø x1
RHC-1
SV-8"
GEV-8"
10"Ø
10"Ø
8"Ø
16x24
8x8 x8
42x24
SV-8"
SEV-8"
42x24
14"Ø
8x8
8x8
8x8
RHC-5
x1 x1
GEV-14"
SV-14"
x1
10"Ø x1 x1
16x10
18x10 x1
"Ø
RHC-3
CUH-11
PREP STOR
B-103
GEN & ADVNCD
CHEM
B-104
1 HR DUCTWRAP
8"Ø
8"Ø
8"Ø
SHEET
REFERENCE
NUMBER
SHEET OF
D E S
IG
N E D B Y
D W N B Y
C H K B Y
S U B M
IT
T E D B Y
D A T E
S O L
IC
IT
A T
IO
N N O
C O N T R A C T N O
F
IL
E N A M E
P L O T T E D B Y
S
IZ
E
P L O T D A T E
D A T E
D E S C R
IP
T
IO
N
M A R K
A P P R
US ARMY CORPS
OF ENGINEERS
NEW YORK DISTRICT
1 2 3 4 5
D
C
B
A
U .S A R M Y E N G
IN
E E R D
IS
T R
IC
T
N E W Y O R K h tt p \w w w .n a n .u s a c e .a rm y .m il a rc h it e c ts e n g in e e rs p la n n e rs
W
E S T N A T
IO
N W
ID
E B L V D
C O L U M B U S O H
IO
.4 .4 f a x .4 .0 h tt p /w w w .u rs c o rp .c o m
S C
IE
N C E C E N T E R
(F Y -B L D G
U N
IT
E D S T A T E S M
IL
IT
A R Y A C A D E M Y
W E S T P O
IN
T N Y
A R C H D
P A R K A V E N U E S O U T H
N E W Y O R K N Y -1
.7 .4 f a x .5 .5 w w w .s tv in c .c o m
W D S -1 -D -0
/1 /2 :2 :4 P M
M-103B
F
IR
S T F L O O R P L A N A R E A B H V A C
F J T
F G
J D V
A P R
IL
PLAN
NORTH
0 4 8 162
SCALE: 1/8" = 1'-0"
FIRST FLOOR PLAN - AREA
B HVAC
DNDN
UP
DN
DN
UP
UP
DN
DNDN
UP
DN
DN
UP
UP
GENERAL NOTES:
CODED NOTES:
1. SUPPLY DUCT FROM SUB-BASEMENT UP TO AHU-6B
5. EXHAUST DUCT FROM CONTAINED VENTILATED BAY UP TO LEF-9
4. TOILET EXHUAST DUCT FROM BASEMENT UP TO EF-6
6. GENERAL EXHAUST DUCT FROM BASEMENT UP TO LEF-7,8
7. FUME HOOD EXHAUST DUCT UP TO LEF-7,8
9. AHU-6A SUPPLY UP. REFER TO DRAWING M-303 FOR CONTINUATION
2. SUPPLY DUCT FROM SUB-BASEMENT UP TO AHU-6A
3. SUPPLY DUCT FROM BASEMENT UP TO AHU-6A
8. SUPPLY DUCT DOWN TO MOORE WING
10. 3"Ø ARTICULATED EXHAUST ARM CONNECTION. PROVIDE DUCT TRANSITION AS REQD.
11. CONNECT TO FUME HOOD. PROVIDE DUCT TRANSITION AS REQD.
12. AHU-6B SUPPLY TO FAN RM. REFER TO DRAWING M-303 FOR CONTINUATION
13. EMERGENCY POWER-OFF BREAK GLASS SWITCH FOR ALL AIR HANDLING SYSTEMS.
14. NMR QUENCH VENT TO ROOF
1. COORDINATE INSTALLATION OF DUCTWORK WITH ALL OTHER TRADES BEFORE
FABRICATION. PROVIDE ADDITIONAL OFFSETS TO AVOID INTERFERENCES.
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