PN488559_HF IDC DLC_MECH Amendment 0004.pdf
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- Solicitation number
- W912DR22R0049
About this file
This federal solicitation is seeking proposals for a design-bid-build construction project to build a two-story, 32,000 square foot instructional design center and distance learning center in Harpers Ferry, West Virginia. Work includes construction of offices, collaboration rooms, conference rooms, and associated facilities. Additional requirements include installation of utilities, an HVAC system, electrical system, elevator, fire suppression system, and stormwater management. Environmental permitting and coordination with local authorities is also required. The estimated construction cost is between $10-25 million and the project duration is approximately 550 calendar days. Proposals are due on October 3rd, 2022. This will be awarded as a firm-fixed price contract to the lowest price technically acceptable offeror. Vendors must be registered in SAM and have updated representations and certifications to receive an award. The soliciting agency is the Department of the Army Corps of Engineers Baltimore District.
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FD
HHP-1
CLASSROOM 3
CLOSET
106ALOBBY
L100
COLLABORATION
COLLABORATION
COLLABORATION
COLLABORATION/
CONF
VESTIBULE
V101
COLLABORATION/
CONF
COLLABORATION
COLLABORATION
COLLABORATION
STAIR C
STC1
E L
E V
L O
B B
Y
C
KITCHENETTE
MEN'S
G101
WOMEN'S
G100
VESTIBULE
V100
ELEC
C O
R R
ID
O
R
C
CORRIDOR
C103
COPY
V 1-
V1-14
V1-9
V1-10 V1-12V1-8
V1-7
14Ø SA
18Ø SA
ACCU-4
M A
T C
H L
IN
E
8Ø A230
12Ø A405
12ØA
12ØA 400
8Ø A
145 10ØA 320
10ØA 245
8Ø A
8ØA 130
12Ø A
12Ø A375
12Ø A
12Ø A375 12Ø A375
6Ø A
6x6 EG125 6x6 EG
6x6 EG
6x6 EG
6x6 EG130 x1
SA
FCU-2
16x16 SA
14x12 SA
V1-11
12x10 SA
V1-13
12ØRG 420 22x22RG
10Ø RG
12Ø RG405
12Ø RG405
15x15RG 800
8Ø RG145
6x6 EA 12x10 EA x1
EA
12x12 SA
V1-6
10Ø RG235
8Ø RG
T
T
T T T T T
TTT
TYP 3
T
12Ø RG
TYP 3
12x10 RA
TYP 2
12x12 RA
18x10 RA
16x14 RA
12x12 RA
10x12 SA 12x10 SA
TYP 2
10x10RG
TYP 2
8 9 10 11 12 12.9 13 14
M
L
K
J
H
G
C
D
E
V1-5
22x12 RA
Ø
S A
22Ø SA
12Ø RG325
12x10 SA
8x8 EA8x8 EA
14x14 RA
12x10 RA
8Ø A
8Ø A135
6x6EG
6x6 EA
20x16 RA
20x16 RA
T
6x10 EA
8Ø E
12' - 0"
6Ø SA
8ØA 205
8Ø A205
V1-16
6ØF 50
4' - 0"
6ØF
4' - 0"
A14 /M-501
TYP
T
10x10 RG
8Ø SA
26x14 RA
10Ø SA
8x10 SA
US Army Corps of Engineers ®
SHEET OF
SHEET ID
U S
A R
M Y
C O
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F E
N G
IN
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D R
A W
N B
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KEY PLAN
324239
MH112
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IN
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P N
SCALE: 1/8" = 1'-0"
HVAC - FIRST FLOOR - AREA B
B2
PLAN NORTH
GENERAL NOTES - HVAC
1 PROVIDE MANUAL VOLUME DAMPERS IN ALL
RUN-OUTS TO DIFFUSERS, AT ALL BRANCH
TAKE-OFFS FROM MAIN SUPPLY DUCT, AND IN ALL
OTHER AREAS AS REQUIRED TO PROVIDE PROPER
SYSTEM BALANCING.
2 ALL SUPPLY AIR DUCT RUN-OUTS TO DIFFUSERS
AND VAV BOXES SHALL BE SIZED TO MATCH
DIFFUSER NECK SIZE OR VAV BOX INLET SIZE
UNLESS OTHERWISE INDICATED.
3 SHEET METAL FABRICATOR MAY SUBSTITUTE
EQUIVALENT ROUND OR FLAT OVAL DUCTWORK
FOR RECTANGULAR SIZES INDICATED.
DUCTWORK BETWEEN AHU AND VAV BOXES SHALL
BE SIZED TO 0.2” STATIC PRESSURE LOSS PER 100'
OF DUCT RUN, DUCTWORK DOWNSTREAM OF VAV
BOXES, RETURN, EXHAUST AND TRANSFER AIR
DUCTS SHALL BE SIZED TO 0.08”/100' OF DUCT
RUN. ALL REVISIONS MUST BE COORDINATED
WITH ALL OTHER TRADES AND ILLUSTRATED IN
DUCTWORK SHOP DRAWINGS FOR APPROVAL.
4 PLAN DRAWINGS ARE DIAGRAMMATIC IN NATURE
AND DO NOT ILLUSTRATE ALL SPECIFIC DUCT
TAKE-OFF CONFIGURATIONS, TAPS, ETC. REFER
TO PROJECT SPECIFICATIONS AND DUCTWORK
DETAILS FOR SPECIFIC REQUIREMENTS.
5 ALL EQUIPMENT SHALL BE INSTALLED WITH
MANUFACTURER'S REQUIRED ACCESS SPACE
BETWEEN UNIT AND FULL HEIGHT WALLS AND
OTHER OBSTRUCTIONS.
6 FLEX DUCT MAY BE USED TO AID WITH
GRILLE/DIFFUSER ALIGNMENT IN CEILING GRID.
MAXIMUM OF 2 FT IN TOTAL LENGTH FOR
RETURN/EXHAUST SYSTEMS, AND A MAXIMUM OF
5 FT TOTAL LENGTH FOR SUPPLY SYSTEMS.
7 OUTDOOR AIR INTAKE OPENINGS SHALL BE
SEPARATED FROM EXHAUST/VENT OUTLETS AND
OTHER CONTAMINANT SOURCES AT MINIMUM
DISTANCES SPECIFIED BY CODES.
SCALE: 1/8" = 1'-0"
0 4'-0" 8'-0" 16'-0"
KEYNOTES
1 EXHAUST DUCT UP TO SECOND FLOOR.
2 COORDINATE EXACT LOCATION WITH ARCHITECT.
TEMPERATURE SENSOR SHALL BE SET AT 85°F
COOLING AND 60°F HEATING.
3 CONTRACTOR TO SUBMIT THE PROPOSED
CHILLER LAYOUT, IF DIFFERENT FOOTPRINT THAN
SHOWN, FOR DOR APPROVAL AND COORDINATE
WITH OTHER AFFECTED DISCIPLINES, SUCH AS
ARCHITECTURAL, CIVIL, STRUCTURAL,
ELECTRICAL, ETC.
2 PERSON OFFICE
OFFICE
OFFICE
DESIGN ROOM 1
DESIGN ROOM 3
OPEN STAFF BAY
ELEV LOBBY
C200
TECH / COMMS
C O
R R
ID
O
R
C
LAN/SWITCH
DESIGN ROOM 2
C O
N F
E R
E N
C E
R O
O M
STAIR B
STB1
TELE / COMM
OFFICE
COLLABORATION
AREA
CORRIDOR
C202
STAIR A
STA1
18Ø SA
V2-10
V2-11
V2-7
V2-4
V2-9
V2-1
V2-2
V2-5
V2-6
V2-3
ACU-2
ACU-3
12Ø A365
12Ø A365
10ØA 385
10Ø A
8ØA
10Ø A
8ØA
8ØA 210
12ØRG
8ØA
8Ø A150
8Ø A
8Ø A
10Ø A
10ØA 315
V2-12
V2-8
6ØA
30x4D 525
36x4 D650
30x4D
30x4D 420
30x4D 440
12ØA 400
FCU-5
16Ø RG815
8ØRG
8Ø RG
8ØRG
8ØRG 150
20Ø SA
16Ø SA
16Ø SA
16Ø SA
24Ø SA
M-401 C11
14x12 SA
14x14 SA
M A
T C
H L
IN
E
T T
T T
T
T
T
T
T
T T
T
T
T
16x16 WR
16x16 WR945
12Ø RG325
26Ø SA
12Ø SA
12x12 SA
18x18 RG
18x16WR
8ØRG
32x20 RA22x20 RA x3
R
A
20x24 RA
Ø
S A
16x14 RA
Ø
S A
14Ø RG
14Ø RG
T
18x12 RA T x3
R
A
10Ø SA
10x10 SA
10x10 SA
10x10 SA
12x12 SA
30x4 D
1 2 2.1 2.5 3 4 4.3 3.3 5 6 7
M
L
K
J
H
G
F
C
D
E
14Ø SA
10x10 C
10x10C 400
10x12 SA
L-4
48x26 OA
48x26 EA
12Ø SA
10x14 RA
16x16 RA
16x16 RA
L-3
34x26 RA
6x6 EA
T
E15 /M-504
TYP
A13 /M-504
A13 /M-504
8Ø RA
14Ø SA
US Army Corps of Engineers ®
SHEET OF
SHEET ID
U S
A R
M Y
C O
R P
S O
F E
N G
IN
E
E R
S
D R
A W
N B
Y
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D A
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M B
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C O
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C T
N O
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N N
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3 5 7 9 11 13 15 17 19
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2 4 6 8 10 12 14 16 18 20
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B
A B
KEY PLAN
324241
MH121
H V
A C
N
D F
L O
O R
A
R E
A A
H A
R P
E R
S F
E R
R Y
W
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T V
IG
IN
IA
F O
R T
W O
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H D
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L O
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T C
T O
F C
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A K
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W Y
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D A
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A L
IA
N D
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A R
C
IN
O W
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S O
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A C
K E
T T
K B
L A
N C
H
S E
P T
E M
B E
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W D
R -2
-R
-0
W G
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-0
O P
T
IO
N T
IT
L E
O P
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N F
IE
L D
A M
E N
D M
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T
IN
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T R
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T
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N A
L D
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IG
N
C E
N T
E R
D
IS
T
A N
C E
L E
A R
N
IN
G C
E N
T E
R
P N
GENERAL NOTES - HVAC
1 PROVIDE MANUAL VOLUME DAMPERS IN ALL
RUN-OUTS TO DIFFUSERS, AT ALL BRANCH
TAKE-OFFS FROM MAIN SUPPLY DUCT, AND IN ALL
OTHER AREAS AS REQUIRED TO PROVIDE PROPER
SYSTEM BALANCING.
2 ALL SUPPLY AIR DUCT RUN-OUTS TO DIFFUSERS
AND VAV BOXES SHALL BE SIZED TO MATCH
DIFFUSER NECK SIZE OR VAV BOX INLET SIZE
UNLESS OTHERWISE INDICATED.
3 SHEET METAL FABRICATOR MAY SUBSTITUTE
EQUIVALENT ROUND OR FLAT OVAL DUCTWORK
FOR RECTANGULAR SIZES INDICATED.
DUCTWORK BETWEEN AHU AND VAV BOXES SHALL
BE SIZED TO 0.2” STATIC PRESSURE LOSS PER 100'
OF DUCT RUN, DUCTWORK DOWNSTREAM OF VAV
BOXES, RETURN, EXHAUST AND TRANSFER AIR
DUCTS SHALL BE SIZED TO 0.08”/100' OF DUCT
RUN. ALL REVISIONS MUST BE COORDINATED
WITH ALL OTHER TRADES AND ILLUSTRATED IN
DUCTWORK SHOP DRAWINGS FOR APPROVAL.
4 PLAN DRAWINGS ARE DIAGRAMMATIC IN NATURE
AND DO NOT ILLUSTRATE ALL SPECIFIC DUCT
TAKE-OFF CONFIGURATIONS, TAPS, ETC. REFER
TO PROJECT SPECIFICATIONS AND DUCTWORK
DETAILS FOR SPECIFIC REQUIREMENTS.
5 ALL EQUIPMENT SHALL BE INSTALLED WITH
MANUFACTURER'S REQUIRED ACCESS SPACE
BETWEEN UNIT AND FULL HEIGHT WALLS AND
OTHER OBSTRUCTIONS.
6 FLEX DUCT MAY BE USED TO AID WITH
GRILLE/DIFFUSER ALIGNMENT IN CEILING GRID.
MAXIMUM OF 2 FT IN TOTAL LENGTH FOR
RETURN/EXHAUST SYSTEMS, AND A MAXIMUM OF
5 FT TOTAL LENGTH FOR SUPPLY SYSTEMS.
7 OUTDOOR AIR INTAKE OPENINGS SHALL BE
SEPARATED FROM EXHAUST/VENT OUTLETS AND
OTHER CONTAMINANT SOURCES AT MINIMUM
DISTANCES SPECIFIED BY CODES.
SCALE: 1/8" = 1'-0"
HVAC - SECOND FLOOR - AREA A
C2
PLAN NORTH
SCALE: 1/8" = 1'-0"
0 4'-0" 8'-0" 16'-0"
KEYNOTES
1 TOTAL DISTANCE COMBINED SHALL BE A MINIMUM
OF 10'-0". SEE A-202 AND A-203 FOR EXACT
DIMENSIONS.
2 INTAKE AIR OPENINGS SHALL BE SEPARATED
FROM EXHAUST OPENINGS, VENT TERMINATIONS,
AND OTHER SOURCES OF CONTAMINATION AT
MINIMUM DISTANCES SPECIFIED BY CODE.
3 PROVIDE MIN. 3/8" UNDERCUT.
2ND FLOOR PLAN
15' - 0"
3" GCWS
3" GCWR
2 1/2" GHWS
2 1/2" GHWR
A H
U -2
3" GCWS
3" GCWR
1 1/2" GHWS
1 1/2" GHWR
3" GCW
BYPASS
2" GHW
BYPASS
2" GHWR
1" GCWR
1" GCWS
2" GHWS 3" GCWS
3" GCWR
2 1/2" GHWR
2 1/2" GHWS1 1/2" GCWR
1 1/2" GCWS
2" GHWR
2" GHWS
2" GHWR
2" GHWS
1ST FLOOR PLAN
0' - 0"
5 6 7
2 1/2" GHWS
2 1/2" GHWR
3" GCWR
3" GCWS
2 1/2" GHWS
2 1/2" GHWR
2 1/2" GCWR
4" GCWR
3" GCWR
3" GCWS
1 1/2" GHWS
1 1/2" GHWR
1 1/2" GHWR
1 1/2" GHWS
AS-2
ET-2
CHWP-1
CHWP-2
4" GCWR
3" GCWR
2 1/2" GCWR
3/4" GCWR
2 1/2" GCWR
3" GCWR
4" GCWR
4" GCWR
1ST FLOOR PLAN
0' - 0"
C D E
AHU-1
1 1/2" GHWR
1 1/2" GHWS
ET-1
HWP-2
FCU-1
3" GHWS
4" GCWS
3" GHWR
4" GCWR
2 1/2" GCWS
2 1/2" GCWR
1 1/4" GHWR
4" GCWR
2 1/2" GCWR
AS-1
3" GHWR
3" GHWR
1" GHWR
1" GHWS
1" GCWR
1" GCWS
1" GCWS
1" GCWR
2 1/2" GHWS
3" GCWS
2 1/2" GHWS
3" GHWR
3" GHWS
US Army Corps of Engineers ®
SHEET OF
SHEET ID
U S
A R
M Y
C O
R P
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F E
N G
IN
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E R
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D R
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N B
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324250
M-302
M E
C H
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H A
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F O
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W O
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H D
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T T
A Y
L O
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T C
T O
F C
R M
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F O
R T
W O
R T
H T
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M
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H A
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A K
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A L
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D O
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J O
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S O
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W Y
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D A
L L A
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X
D e s ig n e r
A u th o r
J A
S O
N T
A C
K E
T T
C h e c k e r
S E
P T
E M
B E
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W D
R -2
-R
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W G
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-0
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SCALE: 1/4" = 1'-0"
LEVEL 2 - PIPING - MECHANICAL ROOM SECTION WEST
G12
SCALE: 1/4" = 1'-0"
LEVEL 1 - PIPING - MECHANICAL ROOM SECTION NORTH
A12SCALE: 1/4" = 1'-0"
LEVEL 1 - PIPING - MECHANICAL ROOM SECTION WEST
A3
SCALE: 1/4" = 1'-0"
0 2'-0" 4'-0" 8'-0"
GENERAL NOTES - PIPING
1 ALL GHWS & GHWR BRANCHES ARE 3/4" UNLESS
NOTED OTHERWISE.
2 PROVIDE AN AIR VENT AT THE HIGH POINT OF
EACH DROP IN THE HEATING AND CHILLED WATER
PIPING SYSTEMS. ALL PIPING SHALL GRADE TO
THE LOW POINTS. PROVIDE HOSE END DRAIN
VALVES AT THE BOTTOM OF ALL RISERS AND LOW
POINTS.
3 INSTALL PIPING SO THAT ALL VALVES, STRAINERS,
UNIONS, TRAPS, FLANGES AND OTHER
APPURTENANCES REQUIRING ACCESS ARE EASILY
ACCESSIBLE. ALL VALVES SHALL BE INSTALLED
SO THAT THE REMAINS IN SERVICE WHEN
EQUIPMENT OR PIPING ON EQUIPMENT SIDE OF
VALVE IS REMOVED. ALL BALANCING VALVES AND
BUTTERFLY VALVES SHALL BE PROVIDED WITH
POSITION INDICATORS AND MAXIMUM
ADJUSTABLE STOPS (AKA “MEMORY STOPS”). ALL
VALVES (EXCEPT CONTROL VALVES) AND
STRAINERS SHALL BE FULL SIZE OF PIPE BEFORE
REDUCING SIZE TO MAKE CONNECTIONS TO
EQUIPMENT AND CONTROLS.
4 INSTALL PIPING WITHOUT FORCING OR
SPRINGING.
KEYNOTES
1 CAP FOR FUTURE BOILER CONNECTIONS, IF
SUPPLEMENTAL BOILER IS NOT REQUIRED (SEE
NOTE 2 ON CHILLER SCHEDULE).
x3
R
A
22Ø SA
16x20 RA
FCU-1
AHU-1
T
6x6 EA
5 6 7
C
D
E
20x16 RA
30x32 OA
48x30 EA
L-1
L-2
A11
M-301
F11
M-301
20Ø SA
22x12 RA
14Ø SA
A13 /M-504
A13 /M-504
JAN
MECH
6Ø SA
6x6 EG
26x14 RA
12x12 RA
22Ø SA
26Ø SA
x3
R
A
AHU-2
FCU-3
26Ø SA
T
5 6 7
16Ø RA 48x26 OA
26x48 OA
34x26 RA
50x30 SA
52x18 RA
50x30 EA
40x30 EA
48x26 EA
F3
M-301
48x26 EAA3
M-301
6x6EG
JAN
EF-2 8" EA UTR
8x8 EA200
A4 /M-503
M E
C H
A N
IC
A
L
US Army Corps of Engineers ®
SHEET OF
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U S
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D R
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324251
M-401
M E
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PLAN NORTH
SCALE: 1/4" = 1'-0"
0 2'-0" 4'-0" 8'-0"
SCALE: 1/4" = 1'-0"
HVAC - 1ST FLOOR PLAN - ENLARGED MECHANICAL ROOM
C2 SCALE: 1/4" = 1'-0"
HVAC - SECOND FLOOR - ENLARGED MECHANICAL ROOM
C11
GENERAL NOTES - HVAC
1 PROVIDE MANUAL VOLUME DAMPERS IN ALL
RUN-OUTS TO DIFFUSERS, AT ALL BRANCH
TAKE-OFFS FROM MAIN SUPPLY DUCT, AND IN ALL
OTHER AREAS AS REQUIRED TO PROVIDE PROPER
SYSTEM BALANCING.
2 ALL SUPPLY AIR DUCT RUN-OUTS TO DIFFUSERS
AND VAV BOXES SHALL BE SIZED TO MATCH
DIFFUSER NECK SIZE OR VAV BOX INLET SIZE
UNLESS OTHERWISE INDICATED.
3 SHEET METAL FABRICATOR MAY SUBSTITUTE
EQUIVALENT ROUND OR FLAT OVAL DUCTWORK
FOR RECTANGULAR SIZES INDICATED.
DUCTWORK BETWEEN AHU AND VAV BOXES SHALL
BE SIZED TO 0.2” STATIC PRESSURE LOSS PER 100'
OF DUCT RUN, DUCTWORK DOWNSTREAM OF VAV
BOXES, RETURN, EXHAUST AND TRANSFER AIR
DUCTS SHALL BE SIZED TO 0.08”/100' OF DUCT
RUN. ALL REVISIONS MUST BE COORDINATED
WITH ALL OTHER TRADES AND ILLUSTRATED IN
DUCTWORK SHOP DRAWINGS FOR APPROVAL.
4 PLAN DRAWINGS ARE DIAGRAMMATIC IN NATURE
AND DO NOT ILLUSTRATE ALL SPECIFIC DUCT
TAKE-OFF CONFIGURATIONS, TAPS, ETC. REFER
TO PROJECT SPECIFICATIONS AND DUCTWORK
DETAILS FOR SPECIFIC REQUIREMENTS.
5 ALL EQUIPMENT SHALL BE INSTALLED WITH
MANUFACTURER'S REQUIRED ACCESS SPACE
BETWEEN UNIT AND FULL HEIGHT WALLS AND
OTHER OBSTRUCTIONS.
6 FLEX DUCT MAY BE USED TO AID WITH
GRILLE/DIFFUSER ALIGNMENT IN CEILING GRID.
MAXIMUM OF 2 FT IN TOTAL LENGTH FOR
RETURN/EXHAUST SYSTEMS, AND A MAXIMUM OF
5 FT TOTAL LENGTH FOR SUPPLY SYSTEMS.
7 OUTDOOR AIR INTAKE OPENINGS SHALL BE
SEPARATED FROM EXHAUST/VENT OUTLETS AND
OTHER CONTAMINANT SOURCES AT MINIMUM
DISTANCES SPECIFIED BY CODES.
KEYNOTES
1 TOTAL DISTANCE COMBINED SHALL BE A MINIMUM
OF 10'-0". SEE A-202 AND A-203 FOR EXACT
DIMENSIONS.
2 INTAKE AIR OPENINGS SHALL BE SEPARATED
FROM EXHAUST OPENINGS, VENT TERMINATIONS,
AND OTHER SOURCES OF CONTAMINATION AT
MINIMUM DISTANCES SPECIFIED BY CODE.
3 PROVIDE MIN. 3/8" UNDERCUT.
FE
FE
CHWP-1
CHWP-2
FCU-1
AHU-1
3" G
C W
S
1/
2" G
H W
R
1 1/2" GHWS
1 1/2" GHWR
ET-2
1 1/2" GHWS
1 1/2" GHWR
MECH
ET-1
AS-2
AS-1
HWP-1
HWP-2
5 6 7
C
D
E
2 1/2" GHWS
2 1/2" GHWR
3" GCWR
3" GCWS
1" GCWS
1" GCWR
1" GHWS
1" GHWR
4" GCWR
4" GCWR
3" GHWR
3" GHWR
1 1/2" GHWR
1" GCWR
1" GCWS
2 1/2" GHWS
4" GCWS
2 1/2" GCWR
2 1/2" GHWS
JAN
A12
M-302
A3
M-302
1 1/2" GHWS
2 1/2" GCWR
2 1/2" GCWS
4" GCWR
4" GCWS 3" GHWR
3" GHWS
3" GHWS
3" GHWR
A6 /M-502
E15 /M-503
F8 /M-503
L8 /M-503
L1 /M-503
3" GHWS
DECOUPLER
FCU-3
AHU-2
3" GCWR
3" GCWS
2 1/2" GHWR
2 1/2" GHWS
2" GHWS
2" GHWR
1 1/2" GCWS
1 1/2" GCWR
1 1/2" GHWS
1 1/2" GHWR
5 6 7
3" GCWS
3" GCWR
2" GHWR
2" GHWS
1" GCWR
1" GCWS
2" GHWR
2" GHWS
3/4" GCWS
3/4" GCWR 3/4" GHWS
3/4" GHWR
2" GHW
BYPASS
3" GCW
BYPASS
G12
M-302 A6 /M-502
JAN
216F8 /M-503
US Army Corps of Engineers ®
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324252
M-402
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SCALE: 1/4" = 1'-0"
PIPING - 1ST FLOOR PLAN - ENLARGED MECHANICAL ROOM
B2 SCALE: 1/4" = 1'-0"
PIPING - 2ND FLOOR PLAN - ENLARGED MECHANICAL ROOM
B11
PLAN NORTH
SCALE: 1/4" = 1'-0"
0 2'-0" 4'-0" 8'-0"
KEYNOTES
1 PIPING UP TO SECOND FLOOR.
2 PROVIDE 3-WAY VALVES PER SCHEDULE. SEE
DETAIL F1/M-503.
3 SYSTEM BYPASS, SEE M-803 & M-804 FOR
SCHEMATIC AND CONTROLLABILITY.
4 CAP FOR FUTURE BOILER CONNECTIONS, IF
SUPPLEMENTAL BOILER IS NOT REQUIRED (SEE
NOTE 2 ON CHILLER SCHEDULE).
5 CONDENSATE DRAIN ROUTING TO BE
COORDINATED AND SHOWN ON PLUMBING
DRAWINGS. SEE DETAIL A10/M-503.
6 SUPPLEMENTAL/FUTURE BOILER (SEE NOTE 2 ON
CHILLER SCHEDULE). CONCRETE PAD TO BE
PROVIDED.
7 PROVIDE PIPE GUIDES AND ANCHORS WHERE
SHOWN.
GENERAL NOTES - PIPING
1 ALL GHWS & GHWR BRANCHES ARE 3/4" UNLESS
NOTED OTHERWISE.
2 PROVIDE AN AIR VENT AT THE HIGH POINT OF
EACH DROP IN THE HEATING AND CHILLED WATER
PIPING SYSTEMS. ALL PIPING SHALL GRADE TO
THE LOW POINTS. PROVIDE HOSE END DRAIN
VALVES AT THE BOTTOM OF ALL RISERS AND LOW
POINTS.
3 INSTALL PIPING SO THAT ALL VALVES, STRAINERS,
UNIONS, TRAPS, FLANGES AND OTHER
APPURTENANCES REQUIRING ACCESS ARE EASILY
ACCESSIBLE. ALL VALVES SHALL BE INSTALLED
SO THAT THE REMAINS IN SERVICE WHEN
EQUIPMENT OR PIPING ON EQUIPMENT SIDE OF
VALVE IS REMOVED. ALL BALANCING VALVES AND
BUTTERFLY VALVES SHALL BE PROVIDED WITH
POSITION INDICATORS AND MAXIMUM
ADJUSTABLE STOPS (AKA “MEMORY STOPS”). ALL
VALVES (EXCEPT CONTROL VALVES) AND
STRAINERS SHALL BE FULL SIZE OF PIPE BEFORE
REDUCING SIZE TO MAKE CONNECTIONS TO
EQUIPMENT AND CONTROLS.
4 INSTALL PIPING WITHOUT FORCING OR
SPRINGING.
POTABLE WATER
BY-PASS SHUT-OFF VALVE
SHUT-OFF VALVE
DUPLEX WATER SOFTENER,
TANK #1
DRAIN LINE, EXTEND TO FLOOR DRAIN
HOUSEKEEPING PAD
DUPLEX WATER SOFTENER,
TANK #2
WATER METER, SUPPLIED
WITH WATER SOFTENER
SOFT WATER
BRINE TANK
US Army Corps of Engineers ®
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M-601
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14. PROVIDE BACNET INTERFACE CARD.
13. PROVIDE PRE-FILTER/FINAL FILTER MERV-8/MERV-13; PROVIDE FILTER RACKS.
12. RADIATED CASING SOUND POWER LEVELS IN THE INDUSTRY STANDARD (8) OCTAVE BANDS STARTING AT THE 62.5 HZ BAND ARE 84, 85, 93, 89, 92, 71, 66, 62.
11. SA FAN DISCHARGE SOUND POWER LEVELS IN THE INDUSTRY STANDARD (8) OCTAVE BANDS STARTING AT THE 62.5 HZ BAND ARE 81, 85, 98, 92, 93, 90, 87, 81.
10. RA FAN DUCTED INLET SOUND POWER LEVELS IN THE INDUSTRY STANDARD (8) OCTAVE BANDS STARTING AT THE 62.5 HZ BAND ARE 79, 81, 88, 85, 82, 80, 79, 70.
9. UNIT TO HAVE DIFFERENTIAL ENTHALPY CONTROLLED ECONOMIZER, 100% AIRFLOW.
8. LATENT COOLING CAPACITIES (TOTAL MINUS SENSIBLE MBH"S) MUST BE PROVIDED.
7. UNIT SA FAN AND RA FAN MUST BE COMPATIBLE WITH EACH OTHER FOR MATCHED VAV DUTY.
6. INSTALL UNIT FOR PROPER CONDENSATE DRAINAGE.
5. SMOKE DETECTORS IN RA DUCT AT UNIT PROVIDED AND INSTALLED BY F.A.C., WIRED TO SHUT DOWN UNIT BY M.C. COORDINATE BETWEEN TRADES AND G.C.
4. FIELD PROVIDED UNIT DISCONNECT AND VFD DRIVES; AHU 2 SUPPLY AND RETURN FAN VFD'S MAY HAVE TO BE REMOTE FIELD MOUNTED. COORDINATE WIRING.
3. COOLING AND HEATING COIL FLUIDS ARE 30% PROPYLENE GLYCOL. SIZE TUBE AND SELECT COIL CIRCUITING TO MAINTAIN 2-6 FPS VELOCITY.
2. TOTAL STATIC PRESSURES INDICATED INCLUDE FULLY LOADED (DIRTY) FILTER ALLOWANCE.
NOTES : 1. PROVIDE 115V FOR AHU-1: ONE CIRCUIT SERVING RECEPTACLE, AHU-2: TWO CIRCUITS SERVING CONTROLS, LIGHTS, SWITCH, AND RECEPTACLE. MAX FUSE SIZE 15A EACH.
AHU-2 SECOND FLOOR 12700 3000 PLENUM 12700 2336 5.1 / 2.15 2 (10) 460/3/60 2 (15.63) 2 (25) PLENUM 12700 1911 2.1 / 1.5 (2) 5 460/3/60 2 (8.4) 2 (15) 504 / 375 80 / 66 52.9 / 52.8 0.8 44 / 54 109 19 5000 208 37 / 75 0.02 140 / 132 55 9 1-15
AHU-1 FIRST FLOOR 9000 3250 PLENUM 9000 2156 5.4 / 2 15 PLENUM 9000 1785 2.3 / 1.5 7.5 397 / 325 84 / 66 51 / 50.9 1.12 44 / 54 86 8 4300 173 23 / 60 0.03 140 / 132 49 10 460/3/60 38.6 50 1-15
FAN
TYPE
MAX
AIRFLOW
(CFM)
MAX FAN
SPEED
(RPM)
TOT/ EXT
SP (IN
WG)
MTR
HP
VOLTS/
PHASE/
HERTZ
MCA
(A)
MOCP
(A)
FAN
TYPE
MAX
AIRFLOW
(CFM)
MAX FAN
SPEED
(RPM)
TOT/ EXT
SP (IN
WG)
MTR
HP
VOLTS/
PHASE/
HERTZ
MCA
(A)
MOCP
(A)
CAP
TOT/
SENS
(MBH)
EAT
DB /
WB
(ºF)
LAT
DB /
WB
(ºF)
APD
(IN
WG)
FLUID
TEMP
ENT / LVG
(ºF)
FLOW
(GPM)
WPD
(FT
H20)
CFM
CAP
(MBH)
EAT/
LAT
(ºF DB)
APD
(IN WG)
FLUID
TEMP
ENT/LVG
(ºF)
FLOW
(GPM)
WPD
(FT
H20)
VOLTS/
PHASE/
HERTZ
MCA
(A)
MOCP
(A)
TAG AREA SERVED
MAX
SUPPLY
AIR
(CFM)
MIN
OA
(CFM)
SUPPLY FAN RETURN FAN COOLING COIL SECTION HEATING COIL SECTION
SINGLE POINT
CONNECTION
NOTES
AIR HANDLING UNIT SCHEDULE
09/28/2022 16:19
5. PROVIDE A COMPLETE WATER SOFTENER SYSTEM IF REQUIRED TO MEET BOILER WATER QUALITY REQUIREMENTS.
4. SEE NOTE 2 ON CHILLER SCHEDULE.
3. PROVIDE CONSTANT FLOW RECIRCULATION PUMP, SIZED ONLY FOR THE BOILER LOOP.
2. 30% PROPYLENE GLYCOL.
1. PROVIDE WITH BOILER CONTROLLER WITH CAPABILITY TO INTERFACE TO BUILDING DDC SYSTEM (BACNET).
NOTES:
B-1 ELECTRIC RESISTANCE 139 475 120 140 2 1/4 115/1/60 460/3/60 1000 1-5
EWT
(°F)
LWT
(°F)
MAX. WPD
(FT H2O)
MOTOR
(HP)
VOLT /
PHASE /
HERTZ
VOLT /
PHASE /
HERTZ
TAG TYPE MIN. KW
MIN.
CAPACITY
(MBH)
WATER DATA INTEGRAL PUMP ELECTRICAL
MAX.
OPERATING
WEIGHT
(LBS)
NOTES
SUPPLEMENTAL HOT WATER BOILER SCHEDULE
11. VERIFY MINIMUM SYSTEM VOLUME REQUIREMENT. PROVIDE BUFFER TANKS IF REQUIRED TO MEET THE MINIMUM. 09/28/2022 16:19
10. RATED IN ACCORDANCE WITH AHRI 550/590
9. MAXIMUM EVAPORATOR PRESSURE DROP < 15 FT AND CONDENSER PRESSURE DROP < 8 FT.
8. PROVIDE NO LOSS OF HEATING CAPACITY WHEN IN DEFROST MODE REGARDLESS IF UNIT IS IN SIMULTANEOUS HEATING AND COOLING, HEAT RECOVERY, OR HEATING-ONLY MODE.
7. PROVIDE FILTER DRYER KIT, FACTORY INSTALLED.
6. PROVIDE BACNET INTERFACE CARD.
5. 30% PROPYLENE GLYCOL FOR HEATING AND COOLING.
4. A MASTER CONTROLLER SHALL CONTROL COOLING MODE, HEATING MODE, AND SIMULTANEOUS HEATING-COOLING.
3. FACTORY INSTALLED COMMON PIPING HEADERS, INTEGRATED CONTROLS, AND SINGLE POINT ELECTRICAL CONNECTION. EACH MODULE SHALL HAVE A UNIT DISCONNECT FOR SERVICE WHILE ALLOWING OTHER MODULES TO RUN. ANY ADDITIONAL COSTS ASSOCIATED WITH FIELD POWER WIRING AND THE ELECTRICAL INFRASTRUCTURE TO SUPPORT ARE RESPONSIBILITY OF THE INSTALLING CONTRACTOR IF THEY CANNOT USE SINGLE POINT POWER.
2. AMBIENT HEATING DESIGN CONDITION: 14.5 °F DB. IF CHILLER IS CAPABLE OF MEETING THE REQUIRED BUILDING HEATING LOAD AT DESIGN CONDITION, CONTRACTOR MAY OMIT THE SUPPLEMENTAL BOILER.
NOTES: 1. CONSIST OF FOUR (4) 30-TON MODULE: 3 OPERATING MODULES TO HANDLE BUILDING PEAK COOLING LOAD + 1 MODULE FOR REDUNDANCY. AMBIENT COOLING DESIGN CONDITION OF 95/76 °F DB/WB.
HHP-1 MECHANICAL YARD 80 54 44 475 120 140 890 9.6 2 SCROLL R-410A 290 350 460/3/60 15,000 1-11
COOLING
(TON)
EWT
(°F)
(NOTE 1)
LWT
(°F)
(NOTE 1)
HEATING
(MBH)
EWT
(⁰F)
(NOTE 2)
LWT
(⁰F)
(NOTE 2)
NO OF
COMP.
PER
MODULE
TYPE OF
COMPRESSOR
TYPE OF
REFRIGERANT
MAX
MCA
MAX
MOCP
VOLTS/
PHASE/
HERTZ
TAG LOCATION
BUILDING PEAK COOLING LOAD BUILDING PEAK HEATING LOAD MINIMUM
BANK
HEATING
(MBH)
(NOTE 2)
MIN EER
(NOTE 10)
COMPRESSOR ELECTRICAL
MAX
OPERATING
WEIGHT
LBS
NOTES
MODULAR AIR-TO-WATER HEAT PUMP CHILLER SCHEDULE
SCALE:NTS
COIL PIPING W/ 2-WAY VALVES DETAIL
B8
CONTRACTOR SHALL PROVIDE AIR-TO-WATER HEAT PUMP CHILLER THAT PRODUCE
HEATING HOT WATER AND CHILLED WATER TO MEET THE BUILDING HEATING AND COOLING
REQUIREMENTS AND PROVIDE SPARE CAPACITIES AS NOTED IN THE SCHEDULE.
SUPPLEMENTAL BOILER MAY BE USED TO MEET THE REQUIRED SUPPLY HEATING WATER
TEMPERATURE AT DESIGN OUTDOOR CONDITION IF THE HEAT PUMP CHILLER ALONE IS NOT
CAPABLE TO PROVIDE. OTHERWISE, BOILER MAY BE OMITED. REFER TO CONTROL
DRAWINGS SERIES M-800 FOR CONTROL SEQUENCES.
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P T
E M
B E
R
W D
R -2
-R
-0
W G
-1 -D
-0
O P
T
IO
N T
IT
L E
O P
T
IO
N F
IE
L D
A M
E N
D M
E N
T
IN
S
T R
U C
T
IO
N A
L D
E S
IG
N
C E
N T
E R
D
IS
T
A N
C E
L E
A R
N
IN
G C
E N
T E
R
P N
SMACNA HVAC Air Duct Leakage Test Manual
Notes: 1. Test in accordance with UFGS 23 05 93, Testing, Adjusting, and Balancing for HVAC and the procedures in
Exhaust Duct - -1 - - - A 24 - - 1.0 1
VAV Terminal
Boxes 2 - - - A 6 A 12 - - 2.0 1
- - -1 - - - - A 24 1.0 -
- - -1 - - A 24 - - 1.0 -
- -2 - - - - - - A 24 2.0 1
Air Handling
Unit with
Economizer -
VAV
4 - - - A 3 A 6 - - 4.0 1
Supply
Duct
Return
Duct
Exhaust
Duct
Outside
Air Duct
Duct Seal
Class
Duct Leak
Class
Duct Seal
Class
Duct Leak
Class
Duct Seal
Class
Duct Leak
Class
Inches of Water Column Round/Oval Rectangular
System
Duct Pressure Class Supply Return/
Outside Air Duct Test
Pressure:
Inches of
Water
Column
Notes
Ductwork Construction
8. CONTROLS SHALL BE CONFIGURED TO CLOSE DAMPER WHEN OUTDOOR AMBIENT TEMPERATURE IS GREATER THAN 45°F.
7. PROVIDE BACNET INTERFACE CARD. ELECTRICAL TO PROVIDE ONE 120V JUNCTION BOX FOR UP TO 5 VAV BOXES. PROVIDE STEPDOWN TRANSFORMER AND 24V TO BOXES.
6. PRESSURE INDEPENDENT TYPE BOX.
5. BOX COOLING MAXIMUM IS THE SUM OF DIFFUSERS CFM VALUES AS SHOWN IN THE DRAWINGS.
4. MAXIMUM STATIC PRSSURE DROP PERMISSABLE ACROSS BOX AND COIL AT MAXIMUM COOLING CFM.
3. MINIMUM CFM IS 30% OF MAXIMUM COOLING CFM UNLESS OTHERWISE NOTED.
2. COIL HEATING CAPACITY BASED ON HEATING MAXIMUM AIR FLOW (60% OF MAXIMUM COOLING CFM), UNLESS NOTED OTHERWISE.
NOTES: 1. MAXIMUM DISCHARGE NC AT BOX DIFFERENTIAL PRESSURE BASED ON ARI STANDARD 880-89
V2-24 2 PERSON OFFICE 204 8 590 355 175 55 95 0.65 28 15.3 1.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-23 OFFICE 203 6 320 190 95 55 95 0.5 28 8.2 0.8 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-22
GREEN SCREEN /
SOUND STUDIO 205
12 1200 720 360 55 95 0.65 26 31.1 3.1 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-21
COLLABORATION AREA
10 830 500 250 55 95 0.65 26 21.6 2.2 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-20
MOTHER'S NURSING
215, ELEV LOBBY C200
8 480 290 145 55 95 0.65 28 12.5 1.3 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-19 KITCHENETTE 200 8 460 - 160 55 - 0.65 28 1, 3-7
V2-18 OPEN STAFF BAY 201 12 1050 630 315 55 95 0.65 26 27.2 2.7 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-17 DESIGN ROOM 6 206 8 350 210 105 55 95 0.65 28 9.1 0.9 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-16 DESIGN ROOM 5 207 6 150 90 45 55 95 0.5 28 3.9 0.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-15 OPEN STAFF BAY 201 12 945 565 285 55 95 0.65 26 24.4 2.4 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-14 DESIGN ROOM 4 208 6 150 90 45 55 95 0.5 28 3.9 0.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-13
OPEN STAFF BAY 201,
COPY AREA 201.1
12 1170 700 350 55 95 0.65 26 30.2 3.0 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-12 CORRIDOR C202 10 730 440 220 55 95 0.65 26 19.0 1.9 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-11
OFFICE 221, CORRIDOR
C203
6 275 165 85 55 95 0.5 28 7.1 0.7 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-10 2 PERSON OFFICE 222 10 685 410 205 55 95 0.65 26 17.7 1.8 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-9 TECH / COMMS 219 8 630 380 190 55 95 0.65 28 16.4 1.6 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-8
CONFERENCE ROOM
8 420 250 125 55 95 0.65 28 10.8 1.1 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-7 OFFICE 223, OFFICE 225 8 430 260 130 55 95 0.65 28 11.2 1.1 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-6 DESIGN ROOM 3 210 6 145 85 45 55 95 0.5 28 3.7 0.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-5 DESIGN ROOM 2 211 6 150 90 45 55 95 0.5 28 3.9 0.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-4 DESIGN ROOM 1 212 6 150 90 45 55 95 0.5 28 3.9 0.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V2-3 OPEN STAFF BAY 201 12 1320 790 395 55 95 0.65 26 34.1 3.4 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-2 OPEN STAFF BAY 201 12 945 565 285 55 95 0.65 26 24.4 2.4 140 P.GLYCOL 1 2 3/4 3/4 1-7
V2-1 OPEN STAFF BAY 201 12 1175 705 355 55 95 0.65 26 30.5 3.0 140 P.GLYCOL 1 2 3/4 3/4 1-7
V1-17 VESTIBULE V100 4 70 70 20 55 90 0.1 25 2.6 0.5 140 P.GLYCOL 1 1 3/8 3/8 1-8
V1-16 VESTIBULE V101 4 70 70 20 55 90 0.1 25 2.6 0.5 140 P.GLYCOL 1 1 3/8 3/8 1-8
V1-15
COLLABORATION /
CONF 110
10 565 340 170 55 95 0.65 26 14.7 1.5 140 P.GLYCOL 1 2 3/4 3/4 1-7
V1-14
COLLABORATION /
CONF 112
10 800 480 240 55 95 0.65 26 20.7 2.1 140 P.GLYCOL 1 2 3/4 3/4 1-7
V1-13 COLLABORATION 109 6 145 85 45 55 95 0.5 28 3.7 0.5 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-12 COLLABORATION 113 8 415 250 125 55 95 0.65 28 10.8 1.1 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-11 COLLABORATION 108 6 270 160 80 55 95 0.5 28 6.9 0.7 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-10 COLLABORATION 114 8 395 235 120 55 95 0.65 28 10.2 1.0 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-9 COLLABORATION 107 6 275 165 85 55 95 0.5 28 7.1 0.7 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-8 COLLABORATION 115 6 230 140 70 55 95 0.5 28 6.0 0.6 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-7
CLASSROOM 3 / (OPT)
WORKSPACE 23
14 1540 925 460 55 95 0.65 26 40.0 4.0 140 P.GLYCOL 1 2 3/4 3/4 1-7
V1-6 ELEV LOBBY C100 6 270 160 80 55 95 0.5 28 6.9 0.7 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-5 KITCHENETTE 103 8 410 - 125 55 - 0.65 28 1, 3-7
V1-4 LOBBY L100 10 820 490 245 55 95 0.65 26 21.2 2.1 140 P.GLYCOL 1 2 3/4 3/4 1-7
V1-3 LOBBY L100 8 460 390 140 55 95 0.65 28 16.8 1.7 140 P.GLYCOL 1 2 3/4 1/2 1-7
V1-2 CLASSROOM 2 104.1 14 1850 1110 555 55 95 0.65 26 48.0 4.8 140 P.GLYCOL 1 2 3/4 3/4 1-7
V1-1 CLASSROOM 1 104.2 14 1570 940 470 55 95 0.65 26 40.6 4.1 140 P.GLYCOL 1 2 3/4 3/4 1-7
ID (IN) (CFM) (CFM) (CFM) (DEG. F) (DEG. F) (IN H20) S.P. (MB) (GPM) (DEG. F) FLUID (FT) ROWS (IN) (IN) NOTES
SIZE AIR (5) AIR (2) AIR (3) DB DB CFM (4) (1) LOAD FLOW TEMP WORKING DROP COIL SIZE SIZE
INLET MAXIMUM MAXIMUM MINIMUM AIR TEMP. AIR TEMP. AT MAX 1" H2O HEAT FLUID FLUID PRESSURE MIN. PIPE VALVE
COOLING HEATING ENTERING MAXIMUM S.P. LOSS NC AT TOTAL ENT. MAX. FLUID BALANCING
AREA SERVED
AIR FLUID (2) COIL
VAV BOX SCHEDULE
2. 125 PSI RATED DESIGN PRESSURE.
NOTES: 1. HEAVY DUTY BUTYL REPLACEABLE BUTYL BLADDER TYPE.
ET-2 VERTICAL FLOOR MOUNTED CHW MECH RM - 100 10" DIA x 37 5/16" H 3/4" NPTM 10 10 20 PSI 1, 2
ET-1 VERTICAL FLOOR MOUNTED HW MECH RM - 100 24" DIA x 36 7/8" H 1 " NPTF 53 53 20 PSI 1, 2
TANK ACCEPTANCE
TAG TYPE SERVICE LOCATION SIZE
CONNECTION
SIZE
VOLUME (GALLON)
CHARGING
PRESSURE
(PSI)
NOTES
EXPANSION TANK SCHEDULE
5/26/2022 11:51
3. PROVIDE BACNET INTERFACE CARD.
2. COLD AND HOT FLUIDS ARE 30% PROPYLENE GLYCOL.
NOTES : 1. INSTALL WITH AUXILIARY DRAIN PAN; EXTEND DRAIN LINE TO LOCATION AS INDICATED ON PLUMBING PLANS.
FCU-6 STAIR C STC1 HOR.RECESSED 0.5 600 0.86 19.8 22.5 44 54 85 / 67 55 / 55 5.9 7.5 28.1 140 120 55 / 98 3 2.3 5.33 15 208/1/60 1-3
FCU-5 STAIR B STB1 HOR.RECESSED 0.5 600 0.86 19.8 22.5 44 54 85 / 67 55 / 55 5.9 7.5 28.1 140 120 55 / 98 3 2.3 5.33 15 208/1/60 1-3
FCU-4 ELECTRICAL 217 HORIZ.CABINET 0.22 400 0.43 10.9 15 44 54 85 / 67 54 / 52 2.9 8 12.3 140 120 55 / 90 1.3 6.7 2.25 15 208/1/60 1-3
FCU-3 MECHANICAL 214 HORIZ.CABINET 0.22 270 0.35 7.5 11 44 54 85 / 67 54 / 52 2.4 5.7 9.8 140 120 55 / 96 1 4.5 2.25 15 208/1/60 1-3
FCU-2 ELECTRICAL 101 HORIZ.CABINET 0.5 600 0.86 19.8 22.5 44 54 85 / 67 55 / 55 5.9 7.5 28.1 140 120 55 / 98 3 2.3 5.33 15 208/1/60 1-3
FCU-1 MECHANICAL 100 HORIZ.CABINET 0.22 400 0.43 10.9 15 44 54 85 / 67 55 / 54 2.9 8 12.3 140 120 55 / 90 1.3 6.7 2.25 15 208/1/60 1-3
MINIMUM
SENSIBLE
(MBH)
MINIMUM
TOTAL
(MBH)
EWT
(°F)
LWT
(°F)
EAT
DB /
WB
(°F)
LAT
DB /
WB
(°F)
GPM
WPD
(FT)
MBH
EWT
(°F)
LWT
(°F)
EAT /
LAT
DB
(°F)
GPM
WPD
(FT)
MCA
(A)
MFS (A) V/PH/HZ
TAG AREA SERVED
CABINET
STYLE
MOTOR
HP
NOMINAL
CFM
MAX
TSP
(IN.WG)
COOLING COIL HEATING COIL ELECTRICAL DATA
NOTES
FAN COIL SCHEDULE
2. CONTRACTOR TO PROVIDE VALIDATION CALCULATION OF CV AND SIZE OF THE PROPOSED VALVES DURING SHOP...
NOTES: 1. SEE SCHEMATICS ON M-800 SERIES DRAWINGS FOR LOCATIONS OF VALVES
CV-RHC-2-24 VAV-2-24 REHEAT COIL MODULATING THREE-WAY 1/2 1.5 5 0.7 1-2
CV-RHC-2-23 VAV-2-23 REHEAT COIL MODULATING THREE-WAY 1/2 0.8 5 0.4 1-2
CV-RHC-2-22 VAV-2-22 REHEAT COIL MODULATING TWO-WAY 1/2 3.1 5 1.4 1-2
CV-RHC-2-21 VAV-2-21 REHEAT COIL MODULATING TWO-WAY 1/2 2.2 5 1.0 1-2
CV-RHC-2-20 VAV-2-20 REHEAT COIL MODULATING TWO-WAY 1/2 1.3 5 0.6 1-2
CV-RHC-2-18 VAV-2-18 REHEAT COIL MODULATING TWO-WAY 1/2 2.7 5 1.2 1-2
CV-RHC-2-17 VAV-2-17 REHEAT COIL MODULATING TWO-WAY 1/2 0.9 5 0.4 1-2
CV-RHC-2-16 VAV-2-16 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-2-15 VAV-2-15 REHEAT COIL MODULATING TWO-WAY 1/2 2.4 5 1.1 1-2
CV-RHC-2-14 VAV-2-14 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-2-13 VAV-2-13 REHEAT COIL MODULATING TWO-WAY 1/2 3.0 5 1.4 1-2
CV-RHC-2-12 VAV-2-12 REHEAT COIL MODULATING TWO-WAY 1/2 1.9 5 0.9 1-2
CV-RHC-2-11 VAV-2-11 REHEAT COIL MODULATING TWO-WAY 1/2 0.7 5 0.3 1-2
CV-RHC-2-10 VAV-2-10 REHEAT COIL MODULATING TWO-WAY 1/2 1.8 5 0.8 1-2
CV-RHC-2-9 VAV-2-9 REHEAT COIL MODULATING TWO-WAY 1/2 1.6 5 0.7 1-2
CV-RHC-2-8 VAV-2-8 REHEAT COIL MODULATING TWO-WAY 1/2 1.1 5 0.5 1-2
CV-RHC-2-7 VAV-2-7 REHEAT COIL MODULATING TWO-WAY 1/2 1.1 5 0.5 1-2
CV-RHC-2-6 VAV-2-6 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-2-5 VAV-2-5 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-2-4 VAV-2-4 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-2-3 VAV-2-3 REHEAT COIL MODULATING THREE-WAY 1/2 3.4 5 1.5 1-2
CV-RHC-2-2 VAV-2-2 REHEAT COIL MODULATING TWO-WAY 1/2 2.4 5 1.1 1-2
CV-RHC-2-1 VAV-2-1 REHEAT COIL MODULATING TWO-WAY 1/2 3.0 5 1.4 1-2
CV-RHC-1-17 VAV-1-17 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-1-16 VAV-1-16 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-1-15 VAV-1-15 REHEAT COIL MODULATING THREE-WAY 1/2 1.5 5 0.7 1-2
CV-RHC-1-14 VAV-1-14 REHEAT COIL MODULATING TWO-WAY 1/2 2.1 5 0.9 1-2
CV-RHC-1-13 VAV-1-13 REHEAT COIL MODULATING TWO-WAY 1/2 0.5 5 0.2 1-2
CV-RHC-1-12 VAV-1-12 REHEAT COIL MODULATING TWO-WAY 1/2 1.1 5 0.5 1-2
CV-RHC-1-11 VAV-1-11 REHEAT COIL MODULATING TWO-WAY 1/2 0.7 5 0.3 1-2
CV-RHC-1-10 VAV-1-10 REHEAT COIL MODULATING TWO-WAY 1/2 1.0 5 0.5 1-2
CV-RHC-1-9 VAV-1-9 REHEAT COIL MODULATING TWO-WAY 1/2 0.7 5 0.3 1-2
CV-RHC-1-8 VAV-1-8 REHEAT COIL MODULATING TWO-WAY 1/2 0.6 5 0.3 1-2
CV-RHC-1-7 VAV-1-7 REHEAT COIL MODULATING TWO-WAY 1/2 4.0 5 1.8 1-2
CV-RHC-1-6 VAV-1-6 REHEAT COIL MODULATING TWO-WAY 1/2 0.7 5 0.3 1-2
CV-RHC-1-4 VAV-1-4 REHEAT COIL MODULATING TWO-WAY 1/2 2.1 5 1.0 1-2
CV-RHC-1-3 VAV-1-3 REHEAT COIL MODULATING TWO-WAY 1/2 1.2 5 0.5 1-2
CV-RHC-1-2 VAV-1-2 REHEAT COIL MODULATING TWO-WAY 1/2 4.8 5 2.2 1-2
CV-RHC-1-1 VAV-1-1 REHEAT COIL MODULATING TWO-WAY 1/2 4.1 5 1.8 1-2
CV-HC-F6 FCU-6 HEATING COIL MODULATING TWO-WAY 1/2 3 5 1.4 1-2
CV-HC-F5 FCU-5 HEATING COIL MODULATING TWO-WAY 1/2 3 5 1.4 1-2
CV-HC-F4 FCU-4 HEATING COIL MODULATING TWO-WAY 1/2 1.3 5 0.6 1-2
CV-HC-F3 FCU-3 HEATING COIL MODULATING TWO-WAY 1/2 1 5 0.5 1-2
CV-HC-F2 FCU-2 HEATING COIL MODULATING TWO-WAY 1/2 3 5 1.4 1-2
CV-HC-F1 FCU-1 HEATING COIL MODULATING TWO-WAY 1/2 1.3 5 0.6 1-2
CV-HC-A2 AHU-2 HEATING COIL MODULATING TWO-WAY 1 1/4 55 5 25 1-2
CV-HC-A1 AHU-1 HEATING COIL MODULATING TWO-WAY 1 1/4 49 5 22 1-2
CV-B-HHW SYSTEM BYPASS HEATING HOT WATER MODULATING TWO-WAY 1 1/2 35 5 16 1-2
CV-CC-F6 FCU-2 COOLING COIL MODULATING THREE-WAY 1/2 5.9 5 2.7 1-2
CV-CC-F5 FCU-2 COOLING COIL MODULATING THREE-WAY 1/2 5.9 5 2.7 1-2
CV-CC-F4 FCU-4 COOLING COIL MODULATING THREE-WAY 1/2 2.9 5 1.3 1-2
CV-CC-F3 FCU-3 COOLING COIL MODULATING THREE-WAY 1/2 2.4 5 1.1 1-2
CV-CC-F2 FCU-2 COOLING COIL MODULATING THREE-WAY 1/2 5.9 5 2.7 1-2
CV-CC-F1 FCU-1 COOLING COIL MODULATING THREE-WAY 1/2 2.9 5 1.3 1-2
CV-CC-A2 AHU-2 COOLING COIL MODULATING TWO-WAY 2 109 5 49 1-2
CV-CC-A1 AHU-1 COOLING COIL MODULATING TWO-WAY 2 86 5 39 1-2
CV-B-CHW SYSTEM BYPASS CHILLED WATER MODULATING TWO-WAY 2 76 5 34 1-2
VALVE TAG SERVICE TYPE
NOMINAL
VALVE SIZE
(INCH)
FLOW
(GPM)
PRESSURE
DROP
(PSI)
Cv
VALUE
NOTES
CONTROL VALVE SCHEDULE
Zone title turns purple italic for critical zone(s)
System Ventilation Efficiency (Table 6.3 Method)
100% 100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
12,378
10,015
0.06
5.0
0%
67%
90%
2,054
1,570
2,413
1,850
2,030
2,077
1,540
Ev
Outdoor Air Intake Flow required to System (Table 6.3 Method)Vot
OA intake req'd as a fraction of primary SA (Table 6.3 Method) Y
= Value from Table 6.3 cfm = Vou / Ev
= Vot / Vps n/a n/a n/a
Frac. of local recirc. air that is representative of system RA Er
Primary air fraction of supply air at conditioned analyzed Ep
CBP IDC/DLC Harpers Ferry, WV
AHU-1
Design Cooling
IP
Building:
System Tag/Name:
Operating Condition Description:
Units (select from pull-down list)
Inputs for System
Floor area served by system
Population of area served by system
Design primary supply fan airflow rate
OA req'd per unit area for system (Weighted average)
OA req'd per person for system area (Weighted average)
Percent increase in Vbz over minimum required
Inputs for Potentially Critical zones
Zone Name
Zone Tag
Occupancy Category
Floor Area of zone
Design population of zone
Az
Pz
Inputs for Operating Condition Analyzed
Percent of total design airflow rate at conditioned analyzed Ds %
Air distribution type at conditioned analyzed
Zone air distribution effectiveness at conditioned analyzed
Results
System Ventilation Efficiency
Outdoor air intake required for system
Outdoor air per unit floor area
Ev
Vot cfm
Vot /As cfm/sf
Outdoor air per person served by system (including diversity) Vot /Ps cfm/p
Outdoor air as a % of design primary supply air Ypd %
Detailed Calculations
Initial Calculations for the System as a whole
System primary supply air flow at conditioned analyzed
Uncorrected OA intake flow req'd for system
Uncorrected OA req'd as a fraction of primary SA
Initial Calculations for individual zones
Area outdoor air rate
People outdoor air rate
Total supply air to zone (at condition being analyzed)
Primary airflow to zone (at condition being analyzed)
Breathing zone outdoor airflow
Zone outdoor airflow
Fraction of zone supply not directly recirc. from zone
Fraction of zone supply from fully mixed primary air
Fraction of zone OA not directly recirc. from zone
OA fraction required in the supply air to the zone
OA fraction required in the primary air to the zone
System Ventilation Efficiency
Zone Ventilation Efficiency (App A Method)
System Ventilation Efficiency (App A Method)
Minimum outdoor air intake airflow
Outdoor Air Intake Flow required to System
OA intake req'd as a fraction of primary SA
OA Temp at which Min OA provides all cooling
OAT below which OA Intake flow is @ minimum
0.58
0.25
15.2
30%
Ez
May need to manually edit Ds:
Select from pull-down list:
Select from pull-down list:
sf
P (default value listed; may be overridden)
Design total supply to zone (primary plus local recirculated) Vdzd cfm
Induction Terminal Unit, Dual Fan Dual Duct or Transfer Fan? Select from pull-down list or leave blank if N/A:
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
As
Ps
Name Units sf
P
Vpsd cfm
Ras cfm/sf
Rps cfm/p w/o diversity
System
298 D
Diversity w/ diversity
System
Potentially Critical Zones
Classroom 1 Classroom 2 Lobby L100 Lobby L100 Kitchenette
V1-1
Conference/ meeting
V1-2
Conference/ meeting
V1-3
Lobbies
V1-4 V1-5
Lobbies Break rooms
(Office)
Elev. Lobby
C100 V1-6
Classroom 3 Collaboration
V1-7
Corridors Conference/ meeting
V1-8
Conference/ meeting
Collaboration
V1-9
Conference/ meeting
Collaboration
V1-10
Conference/ meeting
Collaboration
V1-11
Conference/ meeting
Collaboration
V1-12
Conference/ meeting
Collaboration
V1-13
Conference/ meeting
Collaboration
/Conf. 112 V1-14
Conference/ meeting
Collaboration
/Conf. 110 V1-15
Conference/ meeting
Vps
Vou
Xs cfm = Vpsd Ds cfm = Rps Ps + Ras As
= Vou / Vps
Ra cfm/sf
Rp cfm/p
Vdz
Vpz
Vbz
Voz
Fa
Fb
Fc
Zd
Zpz
Evz
Ev
Vot
Y cfm Vdzd Ds cfm = Vdz Ep cfm = Rp Pz + Ra Az cfm = Vbz / Ez
= Ep + (1-Ep) Er
= Ep
= 1-(1-Ez)(1-Ep)(1-Er)
= Voz / Vdz
= Voz / Vpz
= (Fa+FbXs-FcZpzEp)/Fa
= min (Evz) cfm = Vou / Ev
= Vot / Vps
Deg F = (Tp-dTsf)-(1-Y)*(Tr+dTrf)/Y =
0.58
0.34
= 9000
= 1756
= 0.20
0.06
5.00
1.00
1.00
1.00
0.24
0.24
0.96
0.06
5.00
1.00
1.00
1.00
0.21
0.21
0.98
0.06
5.00
1.00
1.00
1.00
0.22
0.22
0.98
0.06
5.00
1.00
1.00
1.00
0.62
0.62
0.58
0.12
5.00
1.00
1.00
1.00
0.17
0.17
1.03
0.06
0.00
1.00
1.00
1.00
0.16
0.16
1.04
0.06
5.00
1.00
1.00
1.00
0.24
0.24
0.95
0.06
5.00
1.00
1.00
1.00
0.13
0.13
1.06
0.06
5.00
1.00
1.00
1.00
0.17
0.17
1.02
0.06
5.00
1.00
1.00
1.00
0.08
0.08
1.12
0.06
5.00
1.00
1.00
1.00
0.17
0.17
1.03
0.06
5.00
1.00
1.00
1.00
0.07
0.07
1.12
0.06
5.00
1.00
1.00
1.00
0.21
0.21
0.99
0.06
5.00
1.00
1.00
1.00
0.10
0.10
1.10
0.06
5.00
1.00
1.00
1.00
0.15
0.15
1.05
US Army Corps of Engineers ®
SHEET OF
SHEET ID
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S
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N E
D B
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S U
B M
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T
E D
B Y
S
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E
C H
E C
K E
D B
Y
A N
S I D
IS
S
U E
D A
T E
M B
I( A
E
C O
N T
R A
C T
N O
S O
L
IC
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A
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N N
O
N
3 5 7 9 11 13 15 17 19
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A
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2 4 6 8 10 12 14 16 18 20
P
M
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F
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B
M-604
M E
C H
A N
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A
L S
C H
E D
U L E
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H A
R P
E R
S F
E R
R Y
W
E S
T V
IG
IN
IA
F O
R T
W O
R T
H D
IS
T
R
IC
T T
A Y
L O
R S
T C
T O
F C
R M
A
F O
R T
W O
R T
H T
X
-0
M
IC
H A
E L B
A K
E R
I N
T E
R N
A T
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N
A L
L
Y N
D O
N B
J O
H N
S O
N F
W Y
S
U
IT
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D A
L L A
S T
X
A K
A L
IA
N D
A
A u th o r
J A
S O
N T
A C
K E
T T
K B
L A
N C
H
S E
P T
E M
B E
R
W D
R -2
-R
-0
W G
-1 -D
-0
O P
T
IO
N T
IT
L E
O P
T
IO
N F
IE
L D
A M
E N
D M
E N
T
IN
S
T R
U C
T
IO
N A
L D
E S
IG
N
C E
N T
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D
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A R
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P N
AHU-1 - ASHRAE 62.1 VENTILATION CALCULATION AT DESIGN COOLING OPERATING CONDITION F1
Zone title turns purple italic for critical zone(s)
67% 60% 60%
0.80
85%
0.80
60%
CSCRH CSCRH CSCRH CSCRH
0.80 0.80
30%
1.00
60% 60%
0.80
60%
0.80
60%
0.80
60%
0.80
60%
0.80
60%
0.80
60%
0.80
60%
0.80
60%
CS CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH CSCRH
0.80 0.80
12,378
10,015
0.06
5.0
0%
58%
90%
2,054
1,570
2,413
1,850
2,030
2,077
1,540
Ev
Outdoor Air Intake Flow required to System (Table 6.3 Method)Vot
OA intake req'd as a fraction of primary SA (Table 6.3 Method) Y
= Value from Table 6.3 cfm = Vou / Ev
= Vot / Vps n/a n/a n/a
Frac. of local recirc. air that is representative of system RA Er
Primary air fraction of supply air at conditioned analyzed Ep
CBP IDC/DLC, Hapers Ferry, WV
AHU-1
Design Heating
IP
Building:
System Tag/Name:
Operating Condition Description:
Units (select from pull-down list)
Inputs for System
Floor area served by system
Population of area served by system
Design primary supply fan airflow rate
OA req'd per unit area for system (Weighted average)
OA req'd per person for system area (Weighted average)
Percent increase in Vbz over minimum required
Inputs for Potentially Critical zones
Zone Name
Zone Tag
Occupancy Category
Floor Area of zone
Design population of zone
Az
Pz
Inputs for Operating Condition Analyzed
Percent of total design airflow rate at conditioned analyzed Ds %
Air distribution type at conditioned analyzed
Zone air distribution effectiveness at conditioned analyzed
Results
System Ventilation Efficiency
Outdoor air intake required for system
Outdoor air per unit floor area
Ev
Vot cfm
Vot /As cfm/sf
Outdoor air per person served by system (including diversity) Vot /Ps cfm/p
Outdoor air as a % of design primary supply air Ypd %
Detailed Calculations
Initial Calculations for the System as a whole
System primary supply air flow at conditioned analyzed
Uncorrected OA intake flow req'd for system
Uncorrected OA req'd as a fraction of primary SA
Initial Calculations for individual zones
Area outdoor air rate
People outdoor air rate
Total supply air to zone (at condition being analyzed)
Primary airflow to zone (at condition being analyzed)
Breathing zone outdoor airflow
Zone outdoor airflow
Fraction of zone supply not directly recirc. from zone
Fraction of zone supply from fully mixed primary air
Fraction of zone OA not directly recirc. from zone
OA fraction required in the supply air to the zone
OA fraction required in the primary air to the zone
System Ventilation Efficiency
Zone Ventilation Efficiency (App A Method)
System Ventilation Efficiency (App A Method)
Minimum outdoor air intake airflow
Outdoor Air Intake Flow required to System
OA intake req'd as a fraction of primary SA
OA Temp at which Min OA provides all cooling
OAT below which OA Intake flow is @ minimum
0.48
0.26
20.3
32%
Ez
May need to manually edit Ds:
Select from pull-down list:
Select from pull-down list:
sf
P (default value listed; may be overridden)
Design total supply to zone (primary plus local recirculated) Vdzd cfm
Induction Terminal Unit, Dual Fan Dual Duct or Transfer Fan? Select from pull-down list or leave blank if N/A:
0.50 0.50
1.00
0.50
1.00
0.50
1.00 1.00
0.50
1.00
0.50 0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00 1.00
As
Ps
Name Units sf
P
Vpsd cfm
Ras cfm/sf
Rps cfm/p w/o diversity
System
275 D
Diversity w/ diversity
System
Potentially Critical Zones
Classroom 1 Classroom 2 Lobby L100 Lobby L100 Kitchenette
V1-1
Conference/ meeting
V1-2
Conference/ meeting
V1-3
Lobbies
V1-4 V1-5
Lobbies Break rooms
(Office)
Elev. Lobby
C100 V1-6
Classroom 3 Collaboration
V1-7
Corridors Conference/ meeting
V1-8
Conference/ meeting
Collaboration
V1-9
Conference/ meeting
Collaboration
V1-10
Conference/ meeting
Collaboration
V1-11
Conference/ meeting
Collaboration
V1-12
Conference/ meeting
Collaboration
V1-13
Conference/ meeting
Collaboration
/Conf. 112 V1-14
Conference/ meeting
Collaboration
/Conf. 110 V1-15
Conference/ meeting
Vps
Vou
Xs cfm = Vpsd Ds cfm = Rps Ps + Ras As
= Vou / Vps
Ra cfm/sf
Rp cfm/p
Vdz
Vpz
Vbz
Voz
Fa
Fb
Fc
Zd
Zpz
Evz
Ev
Vot
Y cfm Vdzd Ds cfm = Vdz Ep cfm = Rp Pz + Ra Az cfm = Vbz / Ez
= Ep + (1-Ep) Er
= Ep
= 1-(1-Ez)(1-Ep)(1-Er)
= Voz / Vdz
= Voz / Vpz
= (Fa+FbXs-FcZpzEp)/Fa
= min (Evz) cfm = Vou / Ev
= Vot / Vps
Deg F = (Tp-dTsf)-(1-Y)*(Tr+dTrf)/Y =
0.48
0.54
= 6001
= 1555
= 0.26
0.06
5.00
1.00
1.00
1.00
0.50
0.50
0.76
0.06
5.00
1.00
1.00
1.00
0.44
0.44
0.81
0.06
5.00
1.00
1.00
1.00
0.59
0.59
0.67
0.06
5.00
1.00
1.00
1.00
0.78
0.78
0.48
0.12
5.00
1.00
1.00
1.00
0.57
0.57
0.69
0.06
0.00
1.00
1.00
1.00
0.33
0.33
0.93
0.06
5.00
1.00
1.00
1.00
0.51
0.51
0.75
0.06
5.00
1.00
1.00
1.00
0.27
0.27
0.99
0.06
5.00
1.00
1.00
1.00
0.36
0.36
0.90
0.06
5.00
1.00
1.00
1.00
0.16
0.16
1.10
0.06
5.00
1.00
1.00
1.00
0.35
0.35
0.91
0.06
5.00
1.00
1.00
1.00
0.15
0.15
1.11
0.06
5.00
1.00
1.00
1.00
0.43
0.43
0.83
0.06
5.00
1.00
1.00
1.00
0.20
0.20
1.06
0.06
5.00
1.00
1.00
1.00
0.31
0.31
0.95
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3 5 7 9 11 13 15 17 19
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P
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B
M-605
M E
C H
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C H
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H A
R P
E R
S F
E R
R Y
W
E S
T V
IG
IN
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F O
R T
W O
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H D
IS
T
R
IC
T T
A Y
L O
R S
T C
T O
F C
R M
A
F O
R T
W O
R T
H T
X
-0
M
IC
H A
E L B
A K
E R
I N
T E
R N
A T
IO
N
A L
L
Y N
D O
N B
J O
H N
S O
N F
W Y
S
U
IT
E
D A
L L A
S T
X
A K
A L
IA
N D
A
A u th o r
J A
S O
N T
A C
K E
T T
K B
L A
N C
H
S E
P T
E M
B E
R
W D
R -2
-R
-0
W G
-1 -D
-0
O P
T
IO
N T
IT
L E
O P
T
IO
N F
IE
L D
A M
E N
D M
E N
T
IN
S
T R
U C
T
IO
N A
L D
E S
IG
N
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D
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AHU-1 - ASHRAE 62.1 VENTILATION CALCULATION AT DESIGN HEATING OPERATING CONDITION F1
100% 100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
100%
CS
1.00
1,175
1,036
1,320
11,852
14,970
0.07
5.5
0%
71%
85%
1,037
1,170
1,050
1,050
1,500
1,200
Ev
Outdoor Air Intake Flow required to System (Table 6.3 Method) Vot
OA intake req'd as a fraction of primary SA (Table 6.3 Method) Y
= Value from Table 6.3 cfm = Vou / Ev
= Vot / Vps =
= 0.88
= 1509
0.12
82.76
0.05
Frac. of local recirc. air that is representative of system RA Er
Primary air fraction of supply air at conditioned analyzed Ep
Zone title turns purple italic for critical zone(s)
Conference
Room 224
CBP IDC/DLC, Harpers Ferry, WV
AHU-2
Design Cooling
IP
Building:
System Tag/Name:
Operating Condition Description:
Units (select from pull-down list) w/o diversity
Inputs for System
Floor area served by system
Population of area served by system
Design primary supply fan airflow rate
OA req'd per unit area for system (Weighted average)
Inputs for Potentially Critical zones
Zone Name
Zone Tag
Occupancy Category
Floor Area of zone
Design population of zone
Az
Pz
Inputs for Operating Condition Analyzed
Percent of total design airflow rate at conditioned analyzed Ds %
Air distribution type at conditioned analyzed
Zone air distribution effectiveness at conditioned analyzed
Results
System Ventilation Efficiency
Outdoor air intake required for system
Outdoor air per unit floor area
Outdoor air per person served by system (including diversity)
Outdoor air as a % of design primary supply air
Detailed Calculations
Initial Calculations for the System as a whole
System primary supply air flow at conditioned analyzed
Uncorrected OA intake flow req'd for system
Uncorrected OA req'd as a fraction of primary SA
Initial Calculations for individual zones
Area outdoor air rate
People outdoor air rate
Total supply air to zone (at condition being analyzed)
Primary airflow to zone (at condition being analyzed)
Breathing zone outdoor airflow
Zone outdoor airflow
Fraction of zone supply not directly recirc. from zone
Fraction of zone supply from fully mixed primary air
Fraction of zone OA not directly recirc. from zone
OA fraction required in the supply air to the zone
OA fraction required in the primary air to the zone
System Ventilation Efficiency
Zone Ventilation Efficiency (App A Method)
System Ventilation Efficiency (App A Method)
Minimum outdoor air intake airflow
Outdoor Air Intake Flow required to System
OA intake req'd as a fraction of primary SA
OA Temp at which Min OA provides all cooling
OAT below which OA Intake flow is @ minimum
Ev
Vot cfm
Vot /As cfm/sf
Vot/Ps cfm/p
Ypd %
0.83
0.13
15.9
11%
Ez
May need to manually edit Ds:
Select from pull-down list:
Select from pull-down list:
sf
P (default value listed; may be overridden)
Design total supply to zone (primary plus local recirculated) Vdzd cfm
Induction Terminal Unit, Dual Fan Dual Duct or Transfer Fan? Select from pull-down list or leave blank if N/A:
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
0.50
1.00
V2-1 V2-2 V2-3 V2-4
Office space Office space Office space Conference/ meeting
V2-5
Conference/ meeting
V2-6
Conference/ meeting
V2-7 V2-8
Office space Conference/ meeting
V2-9 V2-10 V2-11 V2-12
As
Ps
Name Units sf
P
Vpsd cfm
Ras cfm/sf
OA req'd per person for system area (Weighted average) Rps cfm/p
Percent increase in Vbz over minimum required
System Diversity
140 D w/ diversity
System
Potentially Critical Zones
Open Staff
Bay 201
Open Staff
Bay 201
Open Staff
Bay 201
Design Room
1 212
Design Room
2 211
Design
Room 3 210
Office 223, Tech /
Comms 219
2 Person
Office 222
Office 221, Corridor
Corridor C202 Open Staff
Bay 201, Copy 201.1
V2-13
Design Room
4 208
V2-14
Office space Office space Office space Corridors Office space Conference/ meeting
Open Staff
Bay 201
V2-15
Design Room
5 207
V2-16
Office space Conference/ meeting
Design Room
6 206
V2-17
Conference/ meeting
Open Staff
Bay 201
V2-18
Kitchennete
V2-19
Office space Break rooms
(Office)
Mother's
Nursing 215, Elev Lobby
V2-20
Break rooms
(Office)
Collaboration
Area 218
V2-21
Conference/ meeting
Green Screen
V2-22
Stages, studios
Office 203 2 Person
Office 204
V2-23 V2-24
Office space Office space
Vps
Vou
Xs cfm = Vpsd Ds cfm = Rps Ps + Ras As
= Vou / Vps
Ra cfm/sf
Rp cfm/p
Vdz
Vpz
Vbz
Voz
Fa
Fb
Fc
Zd
Zpz
Evz
Ev
Vot
Y cfm Vdzd Ds cfm = Vdz Ep cfm = Rp Pz + Ra Az cfm = Vbz / Ez
= Ep + (1-Ep) Er
= Ep
= 1-(1-Ez)(1-Ep)(1-Er)
= Voz / Vdz
= Voz / Vpz
= (Fa+FbXs-FcZpzEp)/Fa
= min (Evz) cfm = Vou / Ev
= Vot / Vps
0.83
0.13
Deg F = (Tp-dTsf)-(1-Y)*(Tr+dTrf)/Y = -64
= 12700
= 1325
0.10
0.06
5.00
1.00
1.00
1.00
0.07
0.07
1.04
0.06
5.00
1.00
1.00
1.00
0.09
0.09
1.02
0.06
5.00
1.00
1.00
1.00
0.08
0.08
1.02
0.06
5.00
1.00
1.00
1.00
0.20
0.20
0.90
0.06
5.00
1.00
1.00
1.00
0.20
0.20
0.90
0.06
5.00
1.00
1.00
1.00
0.21
0.21
0.90
0.06
5.00
1.00
1.00
1.00
0.06
0.06
1.04
0.06
5.00
1.00
1.00
1.00
0.27
0.27
0.83
0.06
5.00
1.00
1.00
1.00
0.13
0.13
0.97
0.06
5.00
1.00
1.00
1.00
0.04
0.04
1.07
0.06
5.00
1.00
1.00
1.00
0.11
0.11
1.00
0.06
0.00
1.00
1.00
1.00
0.03
0.03
1.07
0.06
5.00
1.00
1.00
1.00
0.09
0.09
1.01
0.06
5.00
1.00
1.00
1.00
0.20
0.20
0.90
0.06
5.00
1.00
1.00
1.00
0.09
0.09
1.02
0.06
5.00
1.00
1.00
1.00
0.20
0.20
0.90
0.06
5.00
1.00
1.00
1.00
0.09
0.09
1.02
0.06
5.00
1.00
1.00
1.00
0.08
0.08
1.03
0.12
5.00
1.00
1.00
1.00
0.17
0.17
0.94
0.12
5.00
1.00
1.00
1.00
0.19
0.19
0.92
0.06
5.00
1.00
1.00
1.00
0.08
0.08
1.03
0.06
10.00
1.00
1.00
1.00
0.20
0.20
0.90
0.06
5.00
1.00
1.00
1.00
0.04
0.04
1.06
0.06
5.00
1.00
1.00
1.00
0.04
0.04
1.06
US Army Corps of Engineers ®
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3 5 7 9 11 13 15 17 19
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