SOW_Appendix_A_-_Drawings.pdf
PDF 22 MB Posted
- Attached to
- Renovate Bldg 200 North Wing Federal contract opportunity
- Solicitation number
- FA301619RA015
About this file
Statement of Work Appendix A, Drawings
View the file
Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| Solicitation_Amendment_FA301619RA0150001_SF_30.pdf | ||
| FA301619RA016_-_Site_Visit_Q&A.docx | DOCX document | |
| Atch_3_-_Base_Access_Request_Form.pdf | ||
| Atch_12_-_JBSA-Randolph_Weather_Data.pdf | ||
| Atch_6_-_Progress_Schedule.xlsx | XLSX spreadsheet | |
| Atch_5_-_Hazmat_Letter.pdf | ||
| Atch_9_-_Detailed_Line_Item_Project_Breakdown_Example.pdf | ||
| Atch_1_-_SOW_21Feb2019.pdf | ||
| SOW_Appendix_B_-_Specifications.pdf | ||
| RFP_FA301619RA015.pdf | ||
| Atch_2_-_Wage_Determination_18_Jan_2019.pdf | ||
| Atch_8_-_Project_Location.pdf | ||
| Atch_10_-__Financial_Information_Questionnaire.docx | DOCX document | |
| Atch_7_-_Local_Information.pdf | ||
| Atch_4_-_AETC_Form_47.pdf | ||
| Atch_11_-__Contractor_Responsibility_Questionnaire.docx | DOCX document |
Show all 16
On GovTribe
Work with this file on GovTribe
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
AutoCAD SHX Text C
E
L
D N
2 3 4 5 6 98 1071
C
A
B
E
ELEC RM
COMM RM
WOMEN'S RR
BREAK ROOM
MEN'S RR
CONFERENCE RM
DPM
SDC
SDC
SDC
SDC
SDC
CSDC
SDC
SDC
LOBBY
CORR
LOBBY
STC
STC
STC
STC
STC
SVP
SSVC
ECR
ECR
CORR
STC
CSTC
MJ
MJ
DCMJ
CMJ
MJ
MJ
LOBBY
ENTRY
LOBBY
CORR
MECH
JAN
SECURE WAITING AREA
FINGERPRINT
CORR
D
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
1 2 3 4 5
BUILD STRONG
JO
IN
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r t h
W i n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
F I R
E
P
R O
T E
C T
I O
N
F
L O
O R
P
A
F-101
MA
CHR
CHS
SP
(NAME)
LA
HWR
HWS
MG
A
LOX
A30
GV
HG
O
RO
F
G
DI
SW
D
AW
AV
M
P
AHU-12
T
P
FS
H
PD
SP
T
T
T
T
D
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
A
S
Y M
B O
B B
R E
V I A
T I O
N
M-001
U
C
A
B
BASEMENT
D
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
M
O L
T I O
N
F
L O
A
MD101
16"ø ø
12"ø
8"ø
8"ø
18"ø
20"ø
"x
22"ø
"x
20"ø ø ø
8"ø ø
8"ø
20"ø
18"ø
14"ø
16"ø
10"ø
16"ø
14ø
10"ø ø
14x14
6ø
T
T
14x14
14x14
14x14
S1
S2
S1
S1
S1
S2
S2
S2
S1
S2
S3
S3
S3
S1 x1
S2 x1
12x6
12x6
12x6
12x6
12x6 x6 x6 x6 x6 x6 12 x6 x6 x6 x1 x1 x6 x6
D N
2 3 4 5 6 98 1071
C
A
B
E
D
ELEC RM
COMM RM
WOMEN'S RR
BREAK ROOM
MEN'S RR
CONFERENCE RM
DPM
SDC
SDC
SDC
SDC
SDC
CSDC
SDC
SDC
LOBBY
CORR
LOBBY
STC
STC
STC
STC
STC
SVP
SSVC
ECR
ECR
CORR
STC
CSTC
MJ
MJ
DCMJ
CMJ
MJ
MJ
LOBBY
ENTRY
LOBBY
CORR
MECH
JAN
SECURE WAITING AREA
FINGERPRINT
CORR
S1
S2
S1
S1
S1
S2
S1
S1
S1
S2 115S1
S1
S1
S1
S1
S1
12X10
Ø
10x10
Ø
Ø
Ø
Ø
X
8"Ø
6"Ø
6"Ø
8"Ø x6
X
6"Ø
6"Ø
6"Ø
6"Ø
14X12
Ø
10"Ø
6"Ø
6"Ø
12X10
Ø
Ø
Ø
Ø
12X10
8X
Ø
Ø
Ø
Ø
VAV-1
VAV-2
VAV-3
VAV-4 VAV-5
VAV-6
VAV-8
VAV-9
VAV-10
M
26X22
54x18
M M x6
Ø
Ø
Ø
Ø
Ø
Ø
Ø
Ø x6
8"Ø
R1
R1
R1
R1
R1
R1 90 R1
R1 90 R1
R1
R1
R1
R1
R1
R1
R1
R1 90R1
R1
R1
R1 105R1
R1
R1
R1
12x6 R1 x1
R1
T
T
T
TVAV-4
T
VAV-3
T
VAV-1
T
VAV-2
TVAV-8 T
T 6"Ø
RV-2
RV-1
2 1/2"
1"
1"
3/4"
1 1/2"
1"
1 1/4"
1 1/4"
1"
1 1/4"
3/4"
3/4"
3/4"
3/4" 1 1/2"2"
Ø
2"
Ø
Ø
T
1" x6 x6 x6 x6
10"Ø x6 x6
U P
C
A
B
BASEMENT
2-1/2" x2 x1
2-1/2"
AHU-1
P-2
B-1
SD
D
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
F
O
A
MH101
OFFSETS 2 AND 3 AND TRANSITIONS MAY HAVE EQUAL OR UNEQUAL
INLET AND OUTLET AREAS. TRANSITIONS MAY CONVERT DUCT
PROFILES TO ANY COMBINATION FOR RECTANGULAR, ROUND OR
FLAT OVAL SHAPES.
D
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
T
A I L
M-501
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
AIR
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
T
A I L
M-502
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
H
E D
U L
E
M-601
2 3 4 5
C
B
A
D at e A
P P
R O
V E
D A
S -B
U
IL
T
A pp ro va l D at e
D es cr ip tio n
R ev
Sheet of
FI
LE
N A
M E
D W
N B
Y
D E
S
IG
N E
D B
Y
R E
LE
A
S E
D B
Y
C K
D B
Y
TA
S
K O
R D
E R
C O
N
TR
A C
T N
U M
B E
R
P R
O
JE
C T
N U
M B
E R
D A
TE
D
C
B
A
T B
A S
E S
A N
A N
TO
N
IO
R
A N
D O
LP
H
2d
C
IV
IL
E
N G
IN
E
E R
S Q
S A
N A
N
TO
N
IO
, T E
X A
S
FA
-0 7-
D -0
R E
N V
B
N o r n g f o r
A
F L
O A
B U
IL
D
IN
G
W
A S
H
IN
G
TO
N C
IR
C
LE
JB
S A
R
A N
D O
LP
H
TX
-4
W E
S
TO
N S
O
LU
TI
O
N S
N
E
IN
TE
R
S
TA
TE
L
O O
P S
U
IT
E
S
A N
A N
TO
N
IO
, T
E X
A S
D E
S
IG
N S
U B
M
IT
TA
L
-1
6-
V E
R S
A R
N
E L
O O
P
S
TE
S
A N
A N
TO
N
IO
, T
E X
A S
ZV
TY
M
X
IS
S
U E
F O
R C
O S
T E
S
TI
M A
TI
N
G
-1 7-
IS
S
U E
F O
R Q
A /Q
C
-3 0-
0%
S U
B M
IT
TA
L
-2
2-
JB
S A
FI
N
A L
S U
B M
IS
S
IO
N
-2 7-
FI
LT
ER
DIRTY
FILTER
BI DPS
T
SUPPLY AIR
TEMP
AI SP
DPS
ACT
ACT
OUTSIDE AIR
DAMPER
AO 2-10VDC
RETURN AIR
DAMPER
AO 2-10VDC
AIR FLOW
MEASURING
STATION
AI 4-20ma DPT
T
RETURN AIR
TEMP
AI SP
CO2
RETURN AIR
CO2
AI 4-20ma
DUCT STATIC
HIGH LIMIT
BI DPS
DUCT STATIC
PRESSURE
AI 4-20ma
VARIABLE SPEED SUPPLY FAN
BO S/S
BI STATUS
TS
CSR
A0 SPEED TS
RETURN AIR
OUTSIDE AIR
SUPPLY AIR –
TO TERMINAL
UNITS
T
MIXED AIR
TEMP
AI AVG
AFMS
VAV AIR HANDLING UNIT SEQUENCE OF OPERATION:
THE AIR HANDLING UNIT SHALL RUN SUBJECT TO THE OCCUPIED AND UNOCCUPIED SCHEDULES ADJUSTED FOR OPTIMAL START.
UNIT START:
SUPPLY DUCT STATIC PRESSURE CONTROL
WHEN ALL ZONE DAMPERS ARE THROTTLING CLOSED
WHEN AIRFLOW REQUESTS INCREASE
CHILLED WATER COOLING
OUTSIDE AIRFLOW CONTROL:
DUCT STATIC HIGH LIMIT
UNIT STOP
FILTER STATUS (AUTO RESET) : THE BAS SHALL MONITOR THE STATUS OF THE AHU FILTER BANK VIA DIFFERENTIAL PRESSURE SWITCH AND SHALL ALARM WHEN THE FILTER DIFFERENTIAL PRESSURE EXCEEDS 0.6
ALARMS
C
W
CHILLED WATER
VALVE (3-WAY)
AO 2-10VDC
OPTIMAL START:
OCCUPIED MODE:
DEHUMIDIFICATION MODE:
UNOCCUPIED MODE:
SUPPLY AIR RESET:
BAROMETRIC
RELIEF
ECONOMIZER MODE OPERATION:
DURING OPTIMAL START, THE BAS SHALL OPEN THE RETURN AIR DAMPER 100%, START/MODULATE THE SUPPLY FAN AND MODULATE THE CHILLED WATER VALVE TO MAINTAIN DISCHARGE AIR TEMPERATURE SETPOINT AS SPECIFIED. THE BAS SHALL AUTOMATICALLY ADJUST THE DAILY START TIME OF THE AHU TO ACHIEVE OCCUPIED SETPOINTS JUST PRIOR TO THE SCHEDULED OCCUPIED PERIOD. THE OUTSIDE AIR DAMPER SHALL REMAIN CLOSED DURING THE OPTIMAL START PERIOD UNLESS THE UNIT IS IN ECONOMIZER MODE.
: THE BAS SHALL MODULATE THE CHILLED WATER VALVE TO MAINTAIN A STEADY AND CONSISTENT 55F DISCHARGE AT THE DISCHARGE OF THE AHU.
ZONE HUMID. (%RH) AI
ZONE HUMID. ADJ. AI
OVERRIDE BI
H(RH)
DURING UNOCCUPIED MODE, THE SUPPLY FAN SHALL BE OFF, THE CHILLED WATER VALVE SHALL BE SHUT, THE OUTSIDE AIR DAMPER SHALL BE CLOSED AND THE RETURN AIR DAMPER SHALL BE OPEN. THE BAS SHALL CONTINUOUSLY MONITOR THE SPACE TEMPERATURE. THE BAS SHALL OPERATE THE SUPPLY FAN AND COMPRESSORS TO MAINTAIN THE UNOCCUPIED SPACE TEMPERATURE AS REQUIRED. THE
OUTSIDE AIR DAMPER SHALL REMAIN CLOSED DURING UNOCCUPIED MODE.
: FAN FAILURE, DE-HUMIDIFICATION SEQUENCE ACTIVE, DUCT STATIC HIGH LIMIT, SMOKE DETECTOR IN ALARM, VFD IN ALARM, HIGH HUMIDITY, HIGH CO2, HIGH SUPPLY AIR TEMPERATURE, DIRTY
FILTER, FAN MIS-MATCH.
: ANYTIME THE UNIT IS COMMANDED TO SHUTDOWN THE OUTSIDE AIR DAMPER SHALL CLOSE, THE RETURN AIR DAMPER SHALL FULLY OPEN, THE CHILLED WATER VALVE SHALL SHUT AND THE
SUPPLY FAN SHALL BE OFF.
: THE BAS SHALL MONITOR THE MANUAL RESET DUCT STATIC HIGH LIMIT. IF THE DUCT STATIC HIGH LIMIT SWITCH MAKES, THE VFD SHALL BE STOPPED AND REQUIRE RESET
BY THE OPERATOR. INITIAL SETPOINT SHALL BE 3.0"W.C.
ECONOMIZER MODE SHALL BE ENGAGED WHEN THE O/A ENTHALPY IS FAVORABLE (BY 2 OR MORE) WHEN COMPARED TO THE RETURN AIR ENTHALPY. THE FAN SHALL BE ENABLED AND FOLLOW THE SEQUENCE AS PREVIOUSLY DESCRIBED, THE O/A DAMPER SHALL FULLY OPEN, THE RETURN DAMPER SHALL FULLY CLOSE, AND THE RELIEF DAMPER SHALL FULLY OPEN.UPON SENSING AN UNFAVORABLE O/A ENTHALPY, THE UNIT SHALL RETURN TO NORMAL OPERATION. THE ECONOMIZER MODE SHALL BE DISENGAGED IF THE OUTSIDE AIR TEMPERATURE FALLS BELOW 50 DEGREES.
OUTSIDE AIRFLOW SHALL BE MONITORED AT THE FACTORY MOUNTED ELECTRONIC OUTSIDE AIRFLOW MEASURING STATION. DURING OCCUPIED PERIODS, THE BAS SHALL MODULATE THE OUTSIDE AIR DAMPER AND THEN THE RETURN AIR DAMPER IN SERIES TO MAINTAIN OUTSIDE AIRFLOW SETPOINT. IN. W.G.
THE SUPPLY AIR TEMPERATURE SETPOINT SHALL BE RESET BASED ON OUTSIDE AIR TEMPERATURE AS MEASURED BY THE BAS. WHEN THE BAS REGISTERS AN OUTSIDE AIR TEMPERATURE BELOW 57°F (ADJ.), THE SUPPLY AIR DISCHARGE TEMPERATURE SHALL BE PROPORTIONALLY RESET HIGHER UP TO A MAXIMUM LEAVING AIR TEMPERATURE OF 60°F (ADJ.). SPECIFICALLY, THE SUPPLY AIR
TEMPERATURE SHALL BE RESET HIGHER 1°F FOR EVERY 2°F DROP IN AMBIENT TEMPERATURE BELOW 57°F. IN THE EVENT THAT THE SUPPLY AIR TEMPERATURE HAS BEEN ACTIVELY RESET AND TWO OR MORE
ZONES ARE REPORTING A SPACE TEMPERATURE > 2°F ABOVE SET POINT, THE SUPPLY AIR TEMPERATURE SHALL BE RESET 1°F LOWER IN 10 MINUTE INTERVALS UNTIL EITHER THE ZONE TEMPERATURES ARE
WITHIN 1°F OF SETPOINT OR THE SUPPLY AIR TEMPERATURE SETPOINT HAS RETURNED TO 55°F. THE RESET SCHEDULE, INTERVAL RESET POINTS AND TIME DELAYS SHALL ALL BE ADJUSTABLE.
: AT LEAST ONE ZONE DAMPER IS GREATER THAN 99% OPEN AND ACTUAL/SETPOINT AIRFLOW RATIO IS LESS THAN 90%%% AND SPACE TEMPERATURE IS NOT SATISFIED THE DUCT STATIC PRESSURE SETPOINT SHALL INCREMENTALLY RESET UP BY 0.10"WC AT A FREQUENCY OF 3 MINUTES TO A MAXIMUM OF 2.0"WC.
: DAMPER ACTUATORS ARE LESS THAN 90% OPEN AND ACTUAL/SETPOINT AIRFLOW RATIO IS GREATER THAN 95%%% AND SPACE TEMPERATURE IS SATISFIED. THE DUCT STATIC PRESSURE SETPOINT SHALL BE INCREMENTALLY RESET DOWN BY 0.10"WC AT A FREQUENCY OF 10 MINUTES TO A MINIMUM OF 0.50"WC OR THE VFD HAS REACHED ITS LOWEST
OPERATING SPEED LIMIT.
: THE BAS SHALL SMOOTHLY MODULATE THE SPEED OF THE SUPPLY FAN VARIABLE FREQUENCY DRIVE IN RESPONSE TO THE DUCT STATIC PRESSURE SETPOINT. THE DUCT STATIC PRESSURE SETPOINT SHALL BE RESET BASED ON ZONE AIR FLOW REQUESTS, DERIVED FROM DAMPER POSITION AND MEETING AIRFLOW AND SPACE TEMPERATURE REQUIREMENTS AS FOLLOWS:
THE BAS SHALL CONTINUOUSLY MONITOR THE RETURN AIR HUMIDITY LEVEL. ANYTIME THE HUMIDITY, AS MEASURED AT THE ROOM MOUNTED HUMIDITY SENSOR, EXCEEDS 60%, THE BAS SHALL RESET THE SUPPLY AIR DISCHARGE SETPOINT TO 52°F AND THE TERMINAL UNITS SHALL MODULATE TO MAINTAIN SPACE TEMPERATURE. THE BAS SHALL TERMINATE THE DEHUMIDIFICATION MODE
WHEN THE RETURN HUMIDITY LEVEL REACHES 55%.
THE BAS SHALL OPEN THE RETURN AIR DAMPER 100% AND AFTER A 60 SECOND DELAY SOFT START THE SUPPLY FAN, AND MODULATE THE CHILLED WATER VALVE TO MAINTAIN LEAVING AIR TEMPERATURE SETPOINT. AFTER 60 SECONDS OF SUPPLY FAN OPERATION, THE BAS SHALL OPEN THE OUTSIDE AIR DAMPER.
VAV TERMINAL UNIT SEQUENCE OF OPERATION:
OCCUPIED/UNOCCUPIED SCHEDULE : THE BAS SHALL AUTOMATICALLY CHANGE THE ZONE HEATING AND COOLING SETPOINTS TO FOLLOW THE OCCUPIED AND UNOCCUPIED SCHEDULE AS REQUIRED.
THE BAS SHALL START THE ASSOCIATED RTU AS NEEDED DURING THE UNOCCUPIED SCHEDULE.
ZONE TEMPERATURE ABOVE SETPOINT (CALL FOR COOLING): ON A RISE IN ZONE TEMPERATURE ABOVE THE COOLING SETPOINT, THE BAS SHALL RESET THE AIR FLOW SETPOINT HIGHER RESULTING
IN MODULATION OF THE PRIMARY AIR DAMPER INCREASING AIRFLOW TO THE SPACE.
ZONE TEMPERATURE BELOW SETPOINT (CALL FOR HEATING): ON A FALL IN SPACE TEMPERATURE BELOW SETPOINT THE TERMINAL UNIT CONTROLLER SHALL RESET THE SUPPLY AIR LOWER, FURTHER CLOSING THE AIR DAMPER, UNTIL SETPOINT IS SATISFIED. IF ZONE TEMPERATURE SETPOINT REACHES 0.1F BELOW SETPOINT, THE PRIMARY AIR DAMPER SHALL BE ADJUSTED TO THE HEATING AIRFLOW SETTING AND SHALL THEN MODULATE THE 3-WAY HOT WATER CONTROL VALVE TO SATISFY
SPACE TEMPERATURE SETPOINT. THE HOT WATER VALVE SHALL NOT MODULATE UNLESS THE
PRIMARY AIR DAMPER IS AT THE HEATING AIRFLOW POSITION AND THE AHU SUPPLY FAN IS
OPERATING.
MINIMUM AIR FLOW: TERMINAL UNIT DAMPER SHALL NOT CLOSE BELOW MINIMUM AIRFLOW SETTING.
DEADBAND: IF THE ZONE TEMPERATURE IS BETWEEN THE HEATING AND COOLING SETPOINT, THE HOT WATER VALVE SHALL BYPASSING THE COIL AND THE PRIMARY AIR DAMPER SHALL BE AT MINIMUM FLOW
SETTING.
OVERRIDE: THE TEMPERATURE SENSOR SHALL BE PROVIDED WITH AN OVERRIDE PUSHBUTTON.
ONCE THE OVERRIDE PUSHBUTTON IS DEPRESSED THE BAS SHALL OPERATE THE ENTIRE SYSTEM AT
OCCUPIED SETPOINTS FOR 2 HOURS.
ZONE SETPOINT ADJUSTMENT: OCCUPANT SHALL BE ABLE TO ADJUST ZONE TEMPERATURE PLUS OR
MINUS 2F FROM SETPOINT.
ALARMS: ZONE TEMPERATURE (HIGH AND LOW), HIGH SUPPLY AIR TEMPERATURE.
ZONE TEMP (°F) AI
ZONE TEMP. ADJ. AI
OVERRIDE BI
T(F)
H
C
T
FLOW
MEASUREMENT
AI CFM
ZONE DAMPER
B0 B0 TRISTATE
ACT
FLOW
DUCT TEMP
AI SP
HOT WATER REHEAT
REHEAT 3-WAY CONTROL
AO 2-10vDC
SUPPLY AIR
FROM RTU
ZONE TEMP (°F)AI
C0
MONITOR ROOM CARBON MONOXIDE.
APPLIES TO:
ALARM TO BAS IF SPACE CO LEVEL IS > 8 PPM (ADJ):
BASEMENT MECHANICAL ROOM
ACT
RELIEF AIR
DAMPER
AO 2-10VDC
T.
K
O E
R
TH
T.
K
O E
R
TH
T.
K
O E
R
TH
M E
C H
A N
I C
N
T R
O L
S
MI602
VALVES
NOTE TO CONTRACTOR:
CONTROLS SHALL BE INTEGRATED INTO EXISTING JOHNSON CONTROLS SYSTEM. THE CONTROLS
CONTRACTOR PROVIDE NEW CONTROLLERS AS NECESSARY TO PROVIDE A FULLY FUNCTIONING
SYSTEM THAT WILL TIE INTO THE EXISTING CONTROLS FOR THE BASE. COORDINATE POWER
REQUIREMENTS WITH DIVISION 26 CONTRACTOR.
E-001
CABLE TRAY AND RELATED ITEMS
S
S
UGE
UGT
S
S
S S
S
S
S
RELATED EQUIPMENT
S
S
ELECTRICAL RACEWAYS
S
WP
GFCI
POWER SYMBOLS
LIGHTING CONTROL SYMBOLS (CONT.)
FIRE ALARM SYSTEM SYMBOLS ONE-LINE DIAGRAM SYMBOLS
ELECTRICAL SYMBOLS AND ABBREVIATIONS
ABBREVIATIONS
PANELS AND
LIGHTING CONTROL SYMBOLS
D
S
CLOCKS SYSTEM SYMBOLS
INTERCOM SYSTEM SYMBOLS
SECURITY & ACCESS
CONTROL SYSTEM SYMBOLS
TELECOM. / TELEPHONE / DATA
SYSTEM SYMBOLS
LIGHTING SYMBOLS
ACS
I
PP
WAP
CAM
REX
ES
PB
EPB
DB
IC
DS
CCTV
PIA-2,4,6
PB
SC
T
M
0 0
MT
P
WP
K
I
SP
SP
T
DH
H
D
J
R
C
J
F
DB
LC
FS
PS
FS
TS
TS
HD
GB
SD
D
SD
A
V
AV
ML
MD
DC
CR
ANN
FAEX
FACP
SEC
ISC
AMP
S
I
CAM
S
S
LV
O
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L
T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
K
D
E R
C O
N T
R A
T
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
I
V
I L
EN
G
I N
E
Q
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
B
M I T
T A
L
J B
S A
P R
O J E
F I N
A L
S
U B
M I S
S I O
N
E L
E C
T R
I C
M
B O
B
R E
V I A
T I O
N S
R Y
R
O Y
A L
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
N
S
C A
2 3 4 5 6 98 1071
C
A
B
E
D
ELEC RM
COMM RM
WOMEN'S RR
BREAK ROOM
MEN'S RR
CONFERENCE RM
DPM
SDC
SDC
SDC
SDC
SDC
CSDC
SDC
SDC
LOBBY
CORR
LOBBY
STC
STC
STC
STC
STC
SVP
SSVC
ECR
ECR
CORR
STC
CSTC
MJ
MJ
DCMJ
CMJ
MJ
MJ
LOBBY
ENTRY
LOBBY
CORR
MECH
JAN
SECURE WAITING AREA
FINGERPRINT
CORR
EL101
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
D
E R
C O
N T
R A
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
V
I L
EN
G
I N
E
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
S
U B
M I T
T A
L
J B
S A
P R
O J E
F I N
B
M I S
S I O
N
L I G
H T
I N
G
F
L O
A
N
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
R Y
R
O Y
2 3 4 5 6 98 1071
C
A
B
E
D
ELEC RM
COMM RM
WOMEN'S RR
BREAK ROOM
MEN'S RR
CONFERENCE RM
DPM
SDC
SDC
SDC
SDC
SDC
CSDC
SDC
SDC
LOBBY
CORR
LOBBY
STC
STC
STC
STC
STC
SVP
SSVC
ECR
ECR
CORR
STC
CSTC
MJ
MJ
DCMJ
CMJ
MJ
MJ
LOBBY
ENTRY
LOBBY
CORR
MECH
JAN
SECURE WAITING AREA
FINGERPRINT
CORR
EP101
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L
T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
D
E R
C O
N T
R A
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
V
I L
EN
G
I N
E
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
B
M I T
T A
L
J B
S A
P R
O J E
F I N
A L
S
U B
M I S
S I O
N
P O
W E
R
F
L O
A
N
R Y
R
O Y
A L
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
VAV-1
VAV-2
VAV-3
VAV-4
VAV-5
VAV-6
VAV-7
VAV-8
VAV-9
VAV-10
D N
2 3 4 5 6 98 1071
C
A
B
E
D
VAV-11
ELEC RM
COMM RM
WOMEN'S RR
BREAK ROOM
MEN'S RR
CONFERENCE RM
DPM
SDC
SDC
SDC
SDC
SDC
CSDC
SDC
SDC
LOBBY
CORR
LOBBY
STC
STC
STC
STC
STC
SVP
SSVC
ECR
ECR
CORR
STC
CSTC
MJ
MJ
DCMJ
CMJ
MJ
MJ
LOBBY
ENTRY
LOBBY
CORR
MECH
JAN
SECURE WAITING AREA
FINGERPRINT
CORR
AHU-1
P-2
U P
C
A
B
BASEMENT
EP102
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L
T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
D
E R
C O
N T
R A
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
V
I L
EN
G
I N
E
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
B
M I T
T A
L
J B
S A
P R
O J E
F I N
A L
S
U B
M I S
S I O
N
E Q
U I P
M E
W
O
A
N
R Y
R
O Y
A L
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
2 3 4 5 6 98 1071
C
A
B
E
D
D
E
E
D
E
DDDDDDD
D
D
D
D
D
D
D
D
ELEC RM
COMM RM
WOMEN'S RR
BREAK ROOM
MEN'S RR
CONFERENCE RM
DPM
SDC
SDC
SDC
SDC
SDC
CSDC
SDC
SDC
LOBBY
CORR
LOBBY
STC
STC
STC
STC
STC
SVP
SSVC
ECR
ECR
CORR
STC
CSTC
MJ
MJ
DCMJ
CMJ
MJ
MJ
LOBBY
ENTRY
LOBBY
CORR
MECH
JAN
SECURE WAITING AREA
FINGERPRINT
CORR
U P
C
A
B
AHU-1
BASEMENT
EY101
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
D
E R
C O
N T
R A
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
V
I L
EN
G
I N
E
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
S
U B
M I T
T A
L
J B
S A
P R
O J E
F I N
B
M I S
S I O
N
S P
E C
I A
L
S
Y S
T E
M
O
A
N
R Y
R
O Y
A L
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
E-501
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L
T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
D
E R
C O
N T
R A
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
V
I L
EN
G
I N
E
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
B
M I T
T A
L
J B
S A
P R
O J E
F I N
A L
S
U B
M I S
S I O
N
E L
E C
T R
I C
T
A I L
S
R Y
R
O Y
A L
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
N
S
C A
E-601
D
2 3 4 5
C
B
A
D a t e
A P
P R
O V
E D
A S
B
U I L
T
A p p r o v a l
D a t e
D e s c r i p t i o n
R e v
Sheet of
F I
M
E
D W
N
B
Y
D E
S I G
N E
D
B
Y
R E
L E
A S
C K
D
B
Y
T A
D
E R
C O
N T
R A
M
B E
R
P R
O J E
M
B E
R
D A
T E
D
C
B
A
1 2 3 4 5
B
U
I
R
O
N
G
V
I L
EN
G
I N
E
J O
I N
T
B
A S
E
S
T
O N
I O
R A
N D
O L P
H d
C
I V
I L
E
N G
I N
E E
R
S
Q
S A
N
A
N T
O N
I O
T
E X
A S
F A
D
R E
N V
B
N o r n g f o r
A
F L
O A
B U
I L D
I N
G
W
A S
H I N
G T
R
C L E
J B
A N
D O
L P
H
T
X
W E
S T
L U
T I O
N S
N
E
I N
T E
R S
T A
L O
O P
S U
I T
E
S A
N
A
N T
O N
I O
T
E X
S
I G
N
S
U B
M I T
T
V E
R S
A R
N
E
L O
S
S A
N
A
N T
O N
I O
T
E X
Z V
T Y
M X
I S
S U
E
F
S
T
E
S T
I M
A T
I N
G
I S
S U
E
F
Q
C
B
M I T
T A
L
J B
S A
P R
O J E
F I N
A L
S
U B
M I S
S I O
N
E L
E C
T R
I C
H
E D
U L
E S
R Y
R
O Y
A L
R Y
R
O Y
A L
R Y
R
O Y
A L
S C
A L E
N
S
C A
| Final Architectural Combined PDF |
| TYMX150081G-001 |
| Sheets and Views |
| G-001 |
| Plot (34x22) |
| Plot (36x22) |
| TYMX150081A-001 |
| Sheets and Views |
| A-001 |
| Plot (34x22) |
| Plot (36x22) |
| TYMX150081AD101 |
| Sheets and Views |
| AD101 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-101 |
| Sheets and Views |
| A-101 |
| Plot (34x22) |
| Plot (36x22) |
| TYMX150081A-102 |
| Sheets and Views |
| A-101 |
| Plot (34x22) |
| Plot (36x22) |
| TYMX150081A-103 |
| Sheets and Views |
| A-103 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-104 |
| Sheets and Views |
| A-104 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-105 |
| Sheets and Views |
| A-105 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-106 |
| Sheets and Views |
| A-106 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-401 |
| Sheets and Views |
| A-401 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-402 |
| Sheets and Views |
| A-402 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-501 |
| Sheets and Views |
| A-501 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-502 |
| Sheets and Views |
| A-502 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081A-601 |
| Sheets and Views |
| A-601 |
| Plot 34x22 |
| Plot 36x22 |
| TYMX150081 - Fire Protection Sealed |
| TYMX150081 - S-101 |
| TYMX150081 - Mechanical Sealed |
| TYMX150081 - Electrical-sealed |
| Sheets and Views |
| 22x34 E-001 |
| 22x36 EL101 |
| 22x34 EP101 |
| 22x34 EP102 |
| 22x34 EY101 |
| 22x34 E-501 |
| 22x34 E-601 |
| TYMX150081 - T-001 |
| TYMX150081 - TN101 |
| TYMX150081 - TN401 |
| TYMX150081 - TN501 |
| TYMX150081 - TN502 |
File details come from the government source that posted it.