Attachment 10 - Ductwork Drawings SCA.pdf
PDF 4 MB Posted
- Solicitation number
- 36C24126Q0052
About this file
These documents are mechanical drawings for a VA Facilities Management Service project at the Togus VA Medical Center in Augusta, Maine. The project involves a Specialty Care Addition to Building 200E, with detailed mechanical system plans for ground, first, and second floors. The drawings include comprehensive ductwork layouts, mechanical symbols, and technical details for air handling units, variable air volume (VAV) terminals, exhaust systems, and steam humidification controls.
Key technical details include specific duct sizes and configurations for supply, return, and exhaust air systems across multiple floors, with airflow volumes ranging from 100 to 600 CFM for various spaces such as procedure rooms, consultation rooms, chemotherapy treatment bays, and support areas. The mechanical plans feature multiple VAV terminals (VAV-1-01 through VAV-2-21), exhaust fans, and precise routing of ductwork with attention to fire damper placement, air terminal unit connections, and maintaining existing critical systems like the radiology air handling unit.
View the file
Other files
Show all 13
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
LC M
V A
LV
E
S Y
M B
O
LS
R H
S C
H
S H
T H
P S
R C
W B
C S
H
S S
T
Y P
E N
U M
B E
R S
R E
F E
R T
O M
A N
U F
A C
T U
R E
R 'S
S T
A N
D A
R D
IZ
A
T
IO
N S
O C
IE
T
Y S
T A
N D
A R
D P
R A
C T
IC
E
S P
-5
H W
C W
P
IP
IN
G
S Y
M B
O
LS
H P
S
H P
R
M P
S
M P
R
LP
S
LP
R
P C
H W
S
H W
R
V
C H
R
C H
S
M W D X
G E
N E
R A
L P
IP
IN
G S
Y M
B O
LS
F E
A V
M V
G E
N E
R A
L N
O T
E S
D
IR
E C
T
IO
N O
F P
IP
E
P
IT
C H
D
O W
N
D
IR
E C
T
IO
N O
F F
LO
W
A N
C H
O R
R E
D U
C E
R O
R I
N C
R E
A S
E R
E C
C E
N T
R
IC
R E
D U
C E
R
T O
P C
O N
N E
C T
IO
N
, 4 5°
O R
0°
B O
T T
O M
C O
N N
E C
T
IO
N
O R
0°
S
ID
E C
O N
N E
C T
IO
N
C A
P P
E D
O U
T
LE
T
R
IS
E O
R D
R O
P I
N P
IP
E
U N
IO
N
P
IP
E U
P
P
IP
E D
O W
N
IN
V
E R
T E
D B
U C
K E
T T
R A
P S
E T
IN
C
LU
D
IN
G
P
IP
IN
G
A C
C E
S S
O R
IE
S
S E
E D
E T
A
IL
F
LO
A T
T
H E
R M
O S
T A
T
IC
T R
A P
S E
T
IN
C
LU
D
IN
G P
IP
IN
G A
C C
E S
S O
R
IE
S S
E E
D E
T A
IL
T H
E R
M O
S T
A T
IC
T
R A
P S
E T
I N
C
LU
D
IN
G P
IP
IN
G A
C C
E S
S O
R
IE
S S
E E
D E
T A
IL
T H
E R
M O
M E
T E
R
P R
E S
S U
R E
G A
G E
F
LO
W E
LE
M
E N
T
R E
F R
IG
E
R A
N T
S
IG
H T
G
LA
S S
T E
S T
P
LU
G
P R
E S
S U
R E
/T E
M P
E R
A T
U R
E
A U
T O
M A
T
IC
A
IR
V E
N T
M A
N U
A L
A
IR
V E
N T
Q U
IC
K
-C O
U P
LE
H
O S
E C
O N
N E
C T
O R
1.
A
LL
P
IP
IN
G A
N D
D U
C T
S I
N F
IN
IS
H E
D R
O O
M S
O R
S P
A C
E S
S H
A
LL
B E
C O
N C
E A
LE
D
I N
A F
U R
R E
D C
H A
S E
O R
A B
O V
E T
H E
H A
R D
S U
S P
E N
D E
D C
E
IL
IN
G
2.
T
H E
F
IR
S T
F
IG
U R
E O
F D
U C
T S
IZ
E
I N
D
IC
A T
E S
D
IM
E N
S
IO
N O
F F
A C
E S
H O
W N
O R
IN
D
IC
A
T E
D
D U
C T
S
IZ
E S
A R
E N
E T
IN
S
ID
E
D
IM
E N
S
IO
N S
3.
A
C C
E S
S P
A N
E
LS
I N
H A
R D
S U
S P
E N
D E
D C
E
IL
IN
G
S A
R E
R E
Q U
IR
E
D F
O R
A
LL
V A
LV
E
S
T R
A P
S
D A
M P
E R
S , C
LE
A
N O
U T
S
C O
N T
R O
LS
E T
C
A C
C E
S S
P A
N E
LS
S
H A
LL
B
E F
U R
N
IS
H E
D A
N D
I N
S T
A
LL
E D
U N
D E
R T
H E
A R
C H
IT
E
C T
U R
A L
S P
E C
IF
IC
A T
IO
N
S
4.
T
O T
A L
S T
A T
IC
P
R E
S S
U R
E N
O T
E D
I N
T H
E S
C H
E D
U
LE
S I
N C
LU
D
E S
D U
C T
S Y
S T
E M
, T E
R M
IN
A
L U
N
IT
S
F
IL
T E
R S
, C O
IL
S
, E T
C
5.
F
O R
T Y
P
IC
A L
S T
E A
M A
N D
W A
T E
R P
IP
IN
G C
O N
N E
C T
IO
N
S T
O E
Q U
IP
M
E N
T
S E
E S
T A
N D
A R
D E
Q U
IP
M
E N
T D
E T
A
IL
S
6.
D
IF
F
U S
E R
, R E
G
IS
T E
R A
N D
G R
IL
LE
S
IZ
E S
S H
O W
N O
N F
LO
O
R P
LA
N
S A
R E
N E
C K
S
IZ
E S
7.
W
A T
E R
P
IP
E C
O N
N E
C T
IO
N
S T
O A
IR
H
E A
T
IN
G A
N D
C O
O
LI
N G
C O
IL
S
S H
A
LL
B E
M A
D E
T O
P R
O V
ID
E
C O
U N
T E
R F
LO
W
B E
T W
E E
N W
A T
E R
A N
D A
IR
8.
W
A
LL
T Y
P E
E X
H A
U S
T R
E G
IS
T
E R
S N
O T
E D
A S
B
R
O N
D R
A W
IN
G
S A
R E
T O
B E
IN
S
T A
LL
E
D W
IT
H
B O
T T
O M
E
LE
V A
T
IO
N O
F R
E G
IS
T
E R
A T
[1 m m
] A B
O V
E F
IN
IS
H E
D F
LO
O
R
9.
R
E F
E R
T O
A R
C H
IT
E
C T
U R
A L
R E
F
LE
C T
E D
C E
IL
IN
G P
LA
N
S F
O R
E X
A C
T L
O C
A T
IO
N
S O
F C
E
IL
IN
G
D
IF
F U
S E
R S
, R E
G
IS
T E
R S
A
N D
G R
IL
LE
S
A
LL
P R
E S
S U
R E
S L
IS
T
E D
A R
E G
A G
E P
R E
S S
U R
E U
N
LE
S S
O T
H E
R W
IS
E
N O
T E
D
H
IG
H P
R E
S S
U R
E S
T E
A M
P S
IG
A
N D
A B
O V
E
E X
IS
T
IN
G
H
IG
H P
R E
S S
U R
E S
T E
A M
P S
IG
A
N D
A B
O V
E
H
IG
H P
R E
S S
U R
E S
T E
A M
C O
N D
E N
S A
T E
R E
T U
R N
E X
IS
T
IN
G
H
IG
H P
R E
S S
U R
E S
T E
A M
C O
N D
E N
S A
T E
R E
T U
R N
M E
D
IU
M P
R E
S S
U R
E S
T E
A M
P S
IG
T
H R
U
P
S
IG
M E
D
IU
M P
R E
S S
U R
E S
T E
A M
C O
N D
E N
S A
T E
R E
T U
R N
E X
IS
T
IN
G
M E
D
IU
M P
R E
S S
U R
E S
T E
A M
C O
N D
E N
S A
T E
R E
T U
R N
LO
W
P R
E S
S U
R E
S T
E A
M
P
S
IG
A N
D B
E
LO
W
LO
W
P R
E S
S U
R E
S T
E A
M C
O N
D E
N S
A T
E R
E T
U R
N
C O
N D
E N
S A
T E
P U
M P
D
IS
C H
A R
G E
H O
T W
A T
E R
H E
A T
IN
G
S U
P P
LY
H O
T W
A T
E R
H E
A T
IN
G
R E
T U
R N
C H
IL
LE
D W
A T
E R
S U
P P
LY
E X
IS
T
IN
G
C H
IL
LE
D W
A T
E R
S U
P P
LY
C H
IL
LE
D W
A T
E R
R E
T U
R N
E X
IS
T
IN
G
C H
IL
LE
D W
A T
E R
R E
T U
R N
M A
K E
-U P
W A
T E
R
D R
A
IN
L
IN
E
V E
N T
L
IN
E
E X
IS
T
IN
G
P
IP
E T
O B
E R
E M
O V
E D
C O
LD
W
A T
E R
C
IT
Y
W A
T E
R
H O
T W
A T
E R
R O
LL
E
R -T
Y P
E H
A N
G E
R
V A
R
IA
B
LE
S P
R
IN
G -T
Y P
E H
A N
G E
R
T Y
P E
1)
S P
R
IN
G C
U S
H
IO
N -T
Y P
E H
A N
G E
R
T Y
P E
O R
9)
C
LE
V
IS
-T Y
P E
H A
N G
E R
T R
A P
E Z
E H
A N
G E
R
P R
O V
ID
E
U -B
O
LT
P
IP
E A
T T
A C
H M
E N
T T
O T
R A
P E
Z E
E X
C E
P T
W H
E R
E R
H A
R E
IN
D
IC
A
T E
D
F
LO
O R
-S U
P P
O R
T E
D P
IP
E
S T
A N
D
R
IS
E R
C
LA
M P
T
Y P
E
2)
W A
LL
B
R A
C K
E T
T
Y P
E
1, 2, 3)
C O
N S
T A
N T
S U
P P
O R
T H
A N
G E
R
T Y
P E
4, 5, 6)
S
LI
D
IN
G S
U P
P O
R T
S
T Y
P E
5)
G A
T E
V A
LV
E
T
H R
E A
D E
D /F
LA
N
G E
D
G
LO
B E
V A
LV
E
T
H R
E A
D E
D /F
LA
N
G E
D
G A
T E
V A
LV
E
W
IT
H
/4
H O
S E
A D
A P
T E
R
C H
E C
K V
A
LV
E
W Y
E S
T R
A
IN
E R
W
IT
H
B A
LL
V
A
LV
E
H O
S E
C O
N N
E C
T
IO
N
W Y
E S
T R
A
IN
E R
W
IT
H V
A
LV
E D
D R
A
IN
A N
D Q
U
IC
K -C
O U
P
LE
H O
S E
C O
N N
E C
T O
R
F
LE
X
IB
LE
C
O N
N E
C T
IO
N
A N
G
LE
G
LO
B E
V A
LV
E
B U
T T
E R
F
LY
V A
LV
E
B A
LL
V
A
LV
E
M O
D U
LA
T
IN
G
C O
N T
R O
L V
A
LV
E
M O
D U
LA
T
IN
G
C O
N T
R O
L B
U T
T E
R F
LY
V
A
LV
E
T W
O P
O S
IT
IO
N C
O N
T R
O L
V A
LV
E
T H
R E
E -W
A Y
M O
D U
LA
T
IN
G
C O
N T
R O
L V
A
LV
E
T H
R E
E -W
A Y
T W
O P
O S
IT
IO
N C
O N
T R
O L
V A
LV
E
P R
E S
S U
R E
R E
G U
LA
T
IN
G
V A
LV
E
P R
E S
S U
R E
S A
F E
T Y
V A
LV
E
A U
T O
M A
T
IC
B A
LA
N
C
IN
G C
O N
T R
O L
V A
LV
E
W A
T E
R B
A
LA
N C
E D
E V
IC
E
C
IR
C U
IT
S
E T
T E
R V
A
LV
E
G A
T E
V A
LV
E
W
IT
H G
LO
B
E -V
A
LV
E D
B Y
P A
S S
P
LU
G V
A
LV
E
C O
N T
R O
L V
A
LV
E
C V
F
LO
A T
-O P
E R
A T
E D
P R
E S
S U
R E
R E
D U
C
IN
G V
A
LV
E
P R
V
W A
T E
R L
E V
E L
C O
N T
R O
LL
E
R
F
LO
W M
E T
E R
D U
C T
W O
R K
S Y
M B
O
LS
D N
D N
U P
U P
DR
D N
U P
B D
D
F C x8
F D
V D
S U
P P
LY
R E
T U
R N
N
/2
S U
P P
LY
D
U C
T
U P
D
O W
N
E X
H A
U S
T D
U C
T
U P
D
O W
N
R E
T U
R N
D U
C T
U
P
D O
W N
R O
U N
D A
N D
S Q
U A
R E
-W
A Y
C E
IL
IN
G D
IF
F
U S
E R
S
S Q
U A
R E
-W
A Y
C E
IL
IN
G D
IF
F
U S
E R
S
S Q
U A
R E
-W
A Y
C E
IL
IN
G D
IF
F
U S
E R
S
S Q
U A
R E
-W
A Y
C E
IL
IN
G D
IF
F
U S
E R
S
LI
N
E A
R S
LO
T
D
IF
F U
S E
R
S U
P P
LY
T
O P
R E
G
IS
T E
R O
R G
R
IL
LE
W A
LL
T
Y P
E
E X
H A
U S
T O
R R
E T
U R
N C
E
IL
IN
G
R E
G
IS
T E
R O
R G
R
IL
LE
E X
H A
U S
T O
R R
E T
U R
N R
E G
IS
T
E R
O R
T O
P G
R
IL
LE
(W
A
LL
T Y
P E
E X
H A
U S
T O
R R
E T
U R
N B
O T
T O
M O
R T
O P
G R
IL
LE
(W A
LL
T
Y P
E
V A
N E
D E
LB
O
W
A
IR
S P
LI
T
T Y
P E
D U
C T
T A
K E
-O F
F
C O
N N
E C
T N
E W
D U
C T
T O
E X
IS
T
IN
G
D U
C T
IN
C
LI
N
E D
R
IS
E
IN
D
IR
E
C T
IO
N
O F
A
IR
F
LO
W
IN
C
LI
N
E D
D R
O P
IN
D
IR
E C
T
IO
N O
F A
IR
F
LO
W
LI
M
IT
O
F D
E M
O
LI
T
IO
N
F
LE
X
IB
LE
C
O N
N E
C T
IO
N
E
Q U
IP
M
E N
T
V
IB
R A
T
IO
N
O R
S E
IS
M
IC
V A
N E
D E
LB
O
W
P R
O V
ID
E
A
LL
S Q
U A
R E
O R
R E
C T
A N
G U
LA
R
E
LB
O W
S W
IT
H
V A
N E
S E
V E
N
IF
S Y
M B
O L
IS
M
IS
S
IN
G
V A
N E
D E
LB
O
W
S H
O R
T R
A D
IU
S
S T
A N
D A
R D
R A
D
IU
S E
LB
O
W
LO
N
G R
A D
IU
S
N E
W D
U C
T
IN
S
ID
E
D
IM
E N
S
IO
N S
W
ID
T
H x
D E
P T
H
E X
IS
T
IN
G
D U
C T
T O
R E
M A
IN
E X
IS
T
IN
G
D U
C T
T O
B E
R E
M O
V E
D
LO
U
V E
R
F
LE
X
IB
LE
D
U C
T W
O R
K
IN
S
U
LA
T E
D
D U
C T
W
IT
H S
O U
N D
L
IN
IN
G
M A
N U
A L
V O
LU
M
E D
A M
P E
R
F /S
D P
R
F
IR
E D
A M
P E
R
B A
C K
D R
A F
T D
A M
P E
R
C O
M B
IN
A
T
IO
N F
IR
E
/S M
O K
E D
A M
P E
R
P O
IN
T
O F
C H
A N
G E
IN
D
U C
T C
O N
S T
R U
C T
IO
N
B Y
S T
A T
IC
P
R E
S S
U R
E C
LA
S
S . T
H E
N U
M B
E R
A S
S
IG
N S
P R
E S
S U
R E
C
LA
S S
IN
O
F W
A T
E R
W
H
IC
H W
IL
L
A C
C O
M M
O D
A T
E M
A X
IM
U
M O
P E
R A
T
IN
G P
R E
S S
U R
E
IN
T H
E D
U C
T S
U B
S E
C T
IO
N
. T H
E S
Y M
B O
L C
O N
T
IN
U E
S T
H E
A S
S
IG
N M
E N
T U
N T
IL
T
H E
D U
C T
T E
R M
IN
A
T E
S O
R A
N O
T H
E R
S Y
M B
O L
A P
P E
A R
S
A
N
S U
P E
R S
C R
IP
T
IN
D
IC
A
T E
S N
E G
A T
IV
E
P R
E S
S U
R E
A U
T O
M A
T
IC
C O
N T
R O
L D
A M
P E
R M
O D
U
LA
T
IN
G
A U
T O
M A
T
IC
C O
N T
R O
L D
A M
P E
R T
W O
P O
S
IT
IO
N
S T
A
IN
LE
S
S S
T E
E L
D U
C T
M A
N U
A L
S P
LI
T
T E
R D
A M
P E
R
S T
A N
D A
R D
B R
A N
C H
S U
P P
LY
O
R R
E T
U R
N , N
O S
P
LI
T T
E R
T
A P
D U
C T
M O
U N
T E
D C
O
IL
H
O T
W A
T E
R O
R S
T E
A M
C O
IL
E M
P R
E C
H R
E C
H S
E H
P S
E H
P R
O ffi ce o f Co ns tru ct io n an d Fa cil itie s M an ag em en t
Bu ild in g
Nu m be r
Pr oj ec t N um be r
Dr aw in g
Nu m be r
Dr aw in g
Ti tle
Ap pr ov ed
: P ro je ct
D ire ct or
Pr oj ec t T itl e
Da te
Lo ca tio n
Ch ec ke d
Dr aw n
W B
R C
A R
C H
I T
E C
T S
E N
G I
N E
E R
S W
W W
.W B
R C
A E
.C O
M B
A N
G O
R , M
A
IN
E
-9
-4
PO
R
T L
A N
D , M
A
IN
E
-8
-4
SA
R
A
SO
T A
, F L
O R
ID
A
-5
-0
AR
CH
IT
EC
T/
EN
G
IN
EE
RS
VA
M
E
FA
CI
LI
TI
ES
M
AN
AG
EM
EN
T
SE
RV
IC
E
M -0
2-
0E
M E
C H
A N
IC
A
L S
Y M
B O
LS
A B
B R
E V
IA
T
IO
N
S
D C
M C
G B
A
U G
A U
G U
S T
A , M
E
V A
M C
T O
G U
S S
P E
C
IA
LT
Y
C A
R E
A D
D
IT
IO
N
8/
/2
C
O N
S T
R U
C T
IO
N
D O
C U
M E
N T
S P
R O
J.
3.
R E
V
D E
S C
R
IP
T
IO
N D
A e-e- G
A B
C
1.
3.
"x
6" E
"x
"E
"x
"E
"x
"E
22"x14"E20"x14"E
12"ØE 13"ØE11"ØE
"x
"E
22"ØE
11"x6"R
"x
8" E
10"x6"E
T R
R
T
G E
E
G E
E
GE47E
R R
GE-48E
7" Ø
E
R G
-R
G E
E
G E
R
R
S D
-R
E G
-R
S D
-R S
D -R
S D
-R
S D
-R
S D
-R
S D
-R
R G
-R
R G
-R
R G
-R
S D
-R
S D
-R
R G
-R
R G
-R
R G
-R
R G
-R
R G
-R
S D
-R
S D
-R
8" x6
"E
G E
E
G E
E
S D
-R
8" x6
"E
"x
6" E
G E
E
8" x6
"E
T R R T
R R
R E
M O
V E
E X
T G
T E
R M
IN
A
L U
N
IT
R E
M O
V E
P O
R T
IO
N
S O
F E
X T
G D
U C
T W
O R
K
B R
A C
N H
E S
F O
R N
E W
C O
LU
M
N S
18"x8"R
S D
-R
10"x6"E
8" x6
"E
8" x6
16"x12"E
"x
6" E
"x
6" E
"x
6" E
"x
6" E
"x
6" E 8" x6
"E 8" x6 "E
8"x6"E
8" x6
"E
11"x6"E
8" x6
"E
10"x6"E
10"x6"R
"x
6" R
10"x8"R
T R
R
T R
R
TR
R
E G
-R
8" x6
"R
E X
T G
R E
LI
E
F A
IR
D
U C
T T
O R
E M
A
IN
R E
M O
V E
E X
T G
R E
LI
E
F H
O O
D
O ffi ce o f Co ns tru ct io n an d Fa cil itie s M an ag em en t
Bu ild in g
Nu m be r
Pr oj ec t N um be r
Dr aw in g
Nu m be r
Dr aw in g
Ti tle
Ap pr ov ed
: P ro je ct
D ire ct or
Pr oj ec t T itl e
Da te
Lo ca tio n
Ch ec ke d
Dr aw n
W B
R C
A R
C H
I T
E C
N
G I
N E
E R
S W
W W
.W B
R C
A E
.C O
M B
A N
G O
R , M
A
IN
E
-9
-4
PO
R
T L
A N
D , M
A
IN
E
-8
-4
SA
R
A
SO
T A
, F L
O R
ID
A
-5
-0
AR
CH
IT
EC
T/
EN
G
IN
EE
RS
M
AG
N O
R
TH
P R
O
JE
C T
N O
R T
H
VA
M
E
FA
CI
LI
TI
ES
M
AN
AG
EM
EN
T
SE
RV
IC
E
M D
2-
0E
G R
O U
N D
F
LO
O R
M E
C H
A N
IC
A
L D
E M
O P
LA
N
D C
M C
G B
A
U G
A U
G U
S T
A , M
E
V A
M C
T O
G U
S S
P E
C
IA
LT
Y
C A
R E
A D
D
IT
IO
N
8/
/2
C
O N
S T
R U
C T
IO
N
D O
C U
M E
N T
S P
R O
J.
3.
/8
1' -0
E
G R
O U
N D
F
LO
O R
M E
C H
A N
IC
A
L D
E M
O P
LA
N
K E
Y P
L A
N
B
LD
G . 2
B
LD
G
0E
R E
V
D E
S C
R
IP
T
IO
N D
A e- G
A B
C
1.
3.
"x
G E
N E
R A
L E
A U
P
"x
S A
U P
"x
R A
U P
P R
O C
E D
U R
E R
O O
M G
E N
E R
A L
TO
IL
E T
G E
N E
R A
L P
R O
C E
D U
R E
U
TI
LI
TY
R O
O M
S O
IL
E
D
C O
N S
U L
T A
T
IO
N R
O O
M
TO
IL
E T, E X
A M
R O
O M
TO
IL
E T
P A
T
IE
N T
R E
V E
R S
E P
R E
C A
U T
IO
N
R O
O M
N U
R S
E S
TA
T
IO
N
IN
TA
K E
/E X
IT
IN
TE
R
V
IE
W R
O O
M
W A
IT
IN
G G
E N
E R
A L
R E
C E
P
TI
O N
C O
R R
ID
O
R
A
LC
O V
E
S
TR
E T
C H
E R
W
H E
E L
C H
A
IR
C O
R R
ID
O
R
B A
R
IA
T R
IC
TO
IL
E
T, P
A
TI
E N
T
TO
IL
E
T, P
A T
IE
N
T
S
TA
FF
LO
U N
G E
C U
B
IC
LE
C
LE
R
IC
A L
O
N C
9B
O
FF
IC
E
, C H
IE
F
O F
C
LI
N
IC
S E
C
TI
O N
C O
N
FE
R E
N C
E
M U
LT
IP
U R
P O
S E
IN
TE
R V
IE
W
R O
O M
O
N C
O L
O G
Y
E
LE
C T
A
LC
O V
E
C R
A S
H C
A R
T
O N
C
C H
E M
O
TH
E R
A P
Y P
A
TI
E N
T
TO
IL
E
T
O N
C
C H
E M
O
TH
E R
A P
Y P
A
TI
E N
T
TO
IL
E
T
N U
R S
E S
TA
TI
O N
C
O M
M U
N
IC
A T
IO
N
C E
N
TE
R
N U
R S
E S
TA
TI
O N
M
E D
IC
A
T
IO
N R
O O
M
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4L
S P
S C
LE
A
N S
TO
R
A G
E
W A
S
TE
V A
C U
U M
P U
M P
S
TO
R A
G E
C
LE
A
N L
IN
E
N
H A
C
TE
LE
M E
D
IC
IN
E
R O
O M
TO
IL
E T, S
TA
FF
5E
LE
C T
TE
L
E D
A T
A
IN
TE
R V
IE
W
R O
O M
R
H E
U M
A T
O L
O G
Y
E X
A M
R O
O M
M
E D
IC
IN
E
O N
C O
L O
G Y
G
A S
TR
O
E X
A M
R O
O M
M
E D
IC
IN
E
O N
C O
L O
G Y
G
A S
TR
O
C U
B
IC
LE
S
TA
FF
P
H Y
S
IC
IA
N
R
H E
U M
9D
C U
B
IC
LE
S
TA
FF
P
H Y
S
IC
IA
N
O
N C
9C C
U B
IC
LE
S
TA
FF
P H
Y S
IC
IA
N
O N
C
9A
N O
U R
IS
H
M E
N T
S
TA
IR
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4G
"x
E A
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4A
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4B
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4C
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4D
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4E
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4F
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4H
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4I
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4J
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4K
O N
C
C H
E M
O
TH
E R
A P
Y
TR
E A
T M
E N
T B
A Y
4M
P R
IV
A
TE
O
N C
TR
E A
TM
E
N T
R O
O M
S D
-1
C
F M
S D
-1
C
F M
E G
-2
C
F M
E G
-2
C
F M
S D
-1
C
F M
E G
-2
C
F M
E G
-2
C
F M
E G
-2
C
F M
E G
-2
C
F M
S D
-1
C
F M
R G
-2
C F
M R
G -2
C
F M
S D
-1
C
F M
S D
-1
C F
M
E G
-2
C
F M
E G
-2
C
F M
S D
-1
C
F M
R G
-2
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C
F M
S D
-1
C F
M S
D -1
C F
M
S D
-1
C F
M
E G
-2
C F
M
S D
-1
C F
M
"x
"E
M -5
C
M -5
B
M -5
E
V
O
LU
M E
D A
M P
E R
D E
T A
IL
T Y
P
D U
C T
C O
N N
E C
T
IO
N S
A
IR
T
E R
M
IN
A L
U N
IT
S
(T Y
P
M -5
E
D
U C
T W
O R
K T
R A
N S
IT
IO
N S
W
IT
H
E Q
U
IP
M E
N T
M O
U N
T E
D
IN
D U
C T
(T
Y P
F
LE
X
IB
LE
A
IR
D
U C
T C
O N
N E
C T
O R
T
Y P
M -5
D
D
U C
T W
O R
K R
A D
IU
S
E
LB
O W
S
T Y
P
M -5
E
S
U P
P
LY
D U
C T
T A
K E
O F
F
A
IR
T E
R M
IN
A
L U
N
IT
T
Y P
M -5
E
"x
"x
12"x12"
"x
S D
-1
C F
M
"x
S D
-1
C
F M
S D
-5
C F
M
V A
V -1
-0
V A
V -1
-0
V A
V -1
-0 5B
V A
V -1
-0
V A
V -1
-0
V A
V -1
-1
V A
V -1
-2
V A
V -1
-1
V A
V -1
-0
V A
V -1
-0
V A
V -1
-1
V A
V -1
-0
V A
V -1
-0
V A
V -1
-1
V A
V -1
-1
V A
V -1
-1
V A
V -1
-1
V A
V -1
-2
V A
V -1
-1 6V
A V
-1 -2
VAV-1-11
R G
-2
C F
M R
G -2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
S D
-3
C F
M
8" Ø
6" Ø
6" Ø
6"Ø
8" Ø
6"Ø
10"Ø
8" Ø
6" Ø
8"Ø
8"Ø
8" Ø
"Ø
"x
"Ø
8" Ø
"x
"x
8" Ø
"Ø
8"Ø
"x
8"Ø
8"Ø
8"Ø
"x
S D
-3
C F
M
S D
-3
C F
M
14"Ø
14"x12"
14"Ø
"Ø
"x
26"x14"
"x
"x
12"x10" 8"Ø
8"Ø
8"Ø
8" Ø
8"Ø
10"Ø
14"x10" 14"x12"
18"x12"
"x
16"x14"
"x
R G
-2
C F
M
"x
10"Ø
8"Ø
"x
"x
"x
"x
"x
22"x12"
8" Ø
8" Ø
8" Ø
10"Ø
10"Ø
8"Ø
8"Ø
8"Ø
"x
6"Ø
6"Ø
6"Ø
8"Ø
E A
V -1
-1
E A
V -1
-2
S D
-1
C F
M S
D -1
C F
M
"x
"x
"Ø
M -5
C
D
U C
T C
O N
N E
C T
IO
N
S
A
IR
T E
R M
IN
A
L U
N
IT
T
Y P
"Ø
"x
"x
IS
O
E A
U P
"x
"x
8"
IS
O E
A D
N
VAV-1-19
"x
8" Ø
"Ø
V A
V -1
-0 5A
E G
-2
C F
M
E X
IS
T
IN
G
R A
D
IO
LO
G
Y
C T
A H
U I
N T
A K
E M
U S
T R
E M
A
IN
O P
E R
A T
IO
N
A L.
P R
O V
ID
E
A N
D M
A
IN
T A
IN
T
E M
P O
R A
R Y
P R
O T
E C
T
IO
N
"Ø
T G
-1
E G
-2
C F
M
"x
"Ø
X
U
P
R G
-2
C F
M
10"Ø
R G
-2
C F
M
S D
-1
C
F M
"x
D N
"x
T O
"X
U P
10"Ø
"Ø
(T Y
P . 2
O ffi ce o f Co ns tru ct io n an d Fa cil itie s M an ag em en t
Bu ild in g
Nu m be r
Pr oj ec t N um be r
Dr aw in g
Nu m be r
Dr aw in g
Ti tle
Ap pr ov ed
: P ro je ct
D ire ct or
Pr oj ec t T itl e
Da te
Lo ca tio n
Ch ec ke d
Dr aw n
W B
R C
A R
C H
I T
E C
N
G I
N E
E R
S W
W W
.W B
R C
A E
.C O
M B
A N
G O
R , M
A
IN
E
-9
-4
PO
R
T L
A N
D , M
A
IN
E
-8
-4
SA
R
A
SO
T A
, F L
O R
ID
A
-5
-0
AR
CH
IT
EC
T/
EN
G
IN
EE
RS
M
AG
N O
R
TH
P R
O
JE
C T
N O
R T
H
VA
M
E
FA
CI
LI
TI
ES
M
AN
AG
EM
EN
T
SE
RV
IC
E
M H
2-
0E
F
IR
S T
F
LO
O R
M E
C H
A N
IC
A
L D
U C
T W
O R
K P
LA
N
D C
M C
G B
A
U G
A U
G U
S T
A , M
E
V A
M C
T O
G U
S S
P E
C
IA
LT
Y
C A
R E
A D
D
IT
IO
N
8/
/2
C
O N
S T
R U
C T
IO
N
D O
C U
M E
N T
S P
R O
J.
3.
/8
1' -0
E
F
IR
S T
F
LO
O R
M E
C H
A N
IC
A
L D
U C
T W
O R
K P
LA
N
T E
C H
N
IC
A L
N O
T E
S
E
LE
C
T R
IC
A
L S
P A
C E
N
O P
IP
IN
G P
E R
M
IT
T E
D
R E
M O
V E
E X
T G
LO
U
V E
R
K E
Y P
L A
N
B
LD
G . 2
B
LD
G
0E
R E
V
D E
S C
R
IP
T
IO
N D
A e- G
A B
C
1.
3.
x2
U
P T
O E
F -3
G E
N E
R A
L E
X H
A U
S T
F A
N (O
N R
O O
F
"x
S A
U P
T O
R T
U
"X
R A
U P
T O
R T
U
P R
O C
E D
U R
E R
O O
M
B R
O N
C H
O S
C O
P Y
P R
E P
R
E C
O V
E R
Y R
O O
M
TO
IL
E T
P R
E P
R
E C
O V
E R
Y R
O O
M
C O
N S
U L
T R
O O
M
C O
N S
U L
T, IN
TA
K
E /E
X
IT
IN
TE
R V
IE
W
R O
O M
W A
IT
IN
G
IN
T
E R
V
IE
W R
O O
M
E N
D O
C R
IN
O
L O
G Y
3 TE
L E
D A
T A
E
LE
C T
IN
T
E R
V
IE
W R
O O
M
IN
FE
C
TI
O U
S D
IS
E
A S
E
M E
C H
H O
U S
E K
E E
P
IN
G A
ID
E
S C
LO
S
E T
P H
Y S
IO
LO
G Y
LA
B
P
U L
M O
N A
R Y
E X
E R
C
IS
E
P H
Y S
IO
LO
G Y
LA
B
P
U L
M O
N A
R Y
E X
E R
C
IS
E
A P
N E
A R
O O
M
C
O N
S U
LT
A P
N E
A R
O O
M
S
TO
R A
G E
M
E D
IC
A
L G
A S
TO
IL
E T, P A
T
IE
N T
C O
N S
U L
T R
O O
M
C O
N S
U L
T R
O O
M
C O
N S
U L
T R
O O
M
O
FF
IC
E
D
IR
E
C T
O R
O F
R E
S P
IR
A
TO
R
Y
TH
E R
A P
Y
S
TA
FF
LO
U N
G E
E Q
U
IP
M E
N T, S
TO
R A
G E
R O
O M
M E
D
IC
A T
IO
N
A R
E A
S
TO
R A
G E
C
LE
A
N L
IN
E
N
S P
S C
LE
A
N S
TO
R
A G
E
U
TI
LI
TY
R O
O M
, S O
IL
E
D
S
TA
FF
R
E S
TR
O
O M
E
LE
C T
C U
B
IC
L E
C
H
IE
F O
F P
U L
M O
N A
R Y
M E
D
IC
IN
E
C U
B
IC
LE
S
TO
T
A L
C O
R R
ID
O
R
C O
R R
ID
O
R
N U
R S
E S
TA
TI
O N
C
O M
M U
N
IC
A T
IO
N
C E
N
TE
R
B A
R
IA
T R
IC
TO
IL
E
T, P
A
TI
E N
T
A
LC
O V
E
R E
F R
E S
H M
E N
T C
E N
T E
R
R E
C E
P
TI
O N
C
H E
C K
-I N
C U
B
IC
LE
S
TO
T
A L
S
TA
IR
"x
R A
D N
"x
S A
D N
X
U
P
D N
S D
-1
C F
M
"x
"x
S D
-1
C
F M
S D
-1
C
F M
S D
-1
C
F M
S D
-1
C
F M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M S
D -1
C
F M
S D
-1
C
F M
E G
-2
C
F M
E G
-2
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M
E G
-2
C F
M S
D -1
C F
M
E G
-2
C F
M
E G
-2
C
F M
EA
S D
-1
C F
M
S D
-1
C F
M
S D
-1
C F
M S
D -1
C F
M
S D
-1
C F
M
"x
E A
U P
D
N
S D
-1
C
F M
S D
-1
C F
M
S D
-1
C F
M
O
FF
IC
E
, S
TA
FF
P
H Y
S
IC
IA
N
IN
F E
C T.
2A
O
FF
IC
E
, S
TA
FF
P
H Y
S
IC
IA
N
E
N D
O C
2B
E G
-2
C F
M
S D
-1
C F
M
S D
-1
C F
M
E G
-2
C
F M
S D
-1
C
F M
M -5
C
E
X H
A U
S T
O R
R E
T U
R N
B R
A N
C H
D U
C T
W O
R K
T
Y P
"x
"x
S D
-1
C F
M
16"x12"
"x
S D
-1
C
F M
S D
-1
C
F M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
14"x10"
V A
V -2
-1
V A
V -2
-1
V A
V -2
-1
V A
V -2
-1
V A
V -2
-0
V A
V -2
-0
V A
V -2
-0
VAV-2-06
V A
V -2
-0
V A
V -2
-1
V A
V -2
-0
V A
V -2
-0
V A
V -2
-0
V A
V -2
-0
V A
V -2
-1
VAV-2-14
V A
V -2
-1
V A
V -2
-1
R G
-2
C F
M V
A V
-2 -1
S D
-1
C F
M
8"Ø 8"Ø8"Ø
8"Ø
6"Ø
8"Ø
6" Ø
8"Ø
8"Ø
8"Ø
8"Ø
10"Ø
"x
"x
"x
8" Ø
"x
8"
"Ø
"x
8"
6"Ø
"Ø
"Ø
"Ø
"Ø
8"Ø
8"Ø
8" Ø
8" Ø
"x
8"
"x 8"
"Ø
A
LC
O V
E
S
TR
E T
C H
E R
W
H E
E L
C H
A
IR
"Ø
6"Ø
"x
"x
6"Ø
"x
8"
6" Ø
6" Ø
"Ø
R G
-2
C F
M
M -5
C
M -5
E
S
U P
P
LY
D U
C T
W O
R K
T A
K E
O F
F
A
IR
T E
R M
IN
A
L U
N
IT
T
Y P
D U
C T
C O
N N
E C
T
IO
N S
A
IR
T
E R
M
IN
A L
U N
IT
T Y
P
"x
"x
10"x8"
12"x8"
18"x10"
"x
12"x12"
"x
IS
O
E A
U P
10"Ø
10"Ø
8"Ø
"x
"x
"Ø
A D
M -5
C
F
IR
E
D A
M P
E R
D E
T A
IL
S
6"Ø
14"x10"
"x
V A
V -2
-2
"x
"x
8"Ø
E G
-2
C F
M
E A
R O
O M
P R
E S
S U
R E
M O
N
IT
O R
R O
O M
P R
E S
S U
R E
S E
N S
O R
A B
O V
E D
O O
R
F D
F D
E G
-2
C
F M
E G
-2
C F
M
S D
-1
C F
M
C
LO
S E
T
8"Ø
S D
-1
C F
M
8" Ø
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C F
M
R G
-2
C
F M
8"Ø
8"Ø
8" Ø
6" Ø
"x
"x
E A
D N
R G
-2
C F
M
"x
"x
8"Ø
T G
-1 (T
Y P
. 2
6"Ø
O ffi ce o f Co ns tru ct io n an d Fa cil itie s M an ag em en t
Bu ild in g
Nu m be r
Pr oj ec t N um be r
Dr aw in g
Nu m be r
Dr aw in g
Ti tle
Ap pr ov ed
: P ro je ct
D ire ct or
Pr oj ec t T itl e
Da te
Lo ca tio n
Ch ec ke d
Dr aw n
W B
R C
A R
C H
I T
E C
N
G I
N E
E R
S W
W W
.W B
R C
A E
.C O
M B
A N
G O
R , M
A
IN
E
-9
-4
PO
R
T L
A N
D , M
A
IN
E
-8
-4
SA
R
A
SO
T A
, F L
O R
ID
A
-5
-0
AR
CH
IT
EC
T/
EN
G
IN
EE
RS
M
AG
N O
R
TH
P R
O
JE
C T
N O
R T
H
VA
M
E
FA
CI
LI
TI
ES
M
AN
AG
EM
EN
T
SE
RV
IC
E
M H
2-
0E
S E
C O
N D
F
LO
O R
M E
C H
A N
IC
A
L D
U C
T W
O R
K P
LA
N
D C
M C
G B
A
U G
A U
G U
S T
A , M
E
V A
M C
T O
G U
S S
P E
C
IA
LT
Y
C A
R E
A D
D
IT
IO
N
8/
/2
C
O N
S T
R U
C T
IO
N
D O
C U
M E
N T
S P
R O
J.
3.
/8
1' -0
E
S E
C O
N D
F
LO
O R
M E
C H
A N
IC
A
L D
U C
T W
O R
K P
LA
N
T E
C H
N
IC
A L
N O
T E
S
E
LE
C
T R
IC
A
L S
P A
C E
N
O P
IP
IN
G P
E R
M
IT
T E
D
K E
Y P
L A
N
B
LD
G . 2
B
LD
G
0E
R E
V
D E
S C
R
IP
T
IO
N D
A
V-1
U
P P
LY
A
IR
S T
E A
M C
O N
D E
N S
A T
E R
E T
U R
N
S T
E A
M S
U P
P
LY
R E
T U
R N
O R
E X
H A
U S
T A
IR
[3 m m
P C
S T
E A
M H
U M
ID
IF
IE
R
R E
T U
R N
O
R E
X H
A U
S T
A
IR
H
U M
ID
IT
Y S
H A
LL
B
E M
O N
IT
O
R E
D . O
N A
C A
LL
F
O R
H U
M
ID
IF
IC
A T
IO
N
H
U M
ID
IF
IE
R
V A
LV
E
V -1
S H
A
LL
M O
D U
LA
T
E T
O M
A
IN
T A
IN
T
H E
R E
T U
R N
O
R E
X H
A U
S T
A
IR
H
U M
ID
IT
Y S
E T
P O
IN
T
T O
0%
A
D
JU
S T
A B
LE
P R
IO
R
T O
A C
T
IV
A T
IO
N
O F
V -1
, T H
E O
N /O
F F
C O
N T
R O
L V
A
LV
E V
-2 S
H A
LL
B
E E
N A
B
LE
D T
H R
O U
G H
E C
C A
N D
J A
C K
E T
T E
M P
E R
A T
U R
E S
E N
S E
D B
Y T
S H
S H
A
LL
B E
W A
R M
E N
O U
G H
T O
P R
E V
E N
T C
O N
D E
N S
A T
IO
N
. T H
E H
IG
H
L
IM
IT
H
U M
ID
IT
Y S
E N
S O
R , L
O C
A T
E D
IN
T
H E
S U
P P
LY
A
IR
D
U C
T
F
E E
T A
W A
Y F
R O
M T
H E
H U
M
ID
IF
IE
R S
H A
LL
D
IS
A
B
LE
T H
E H
U M
ID
IF
IE
R
A N
D G
IV
E
A N
A
LA
R M
S
IG
N A
L T
O T
H E
E C
C
IF
T
H E
S U
P P
LY
A
IR
H
U M
ID
IT
Y E
X C
E E
D S
0%
R H
A
D
JU
S T
A B
LE
T H
E A
IR
F
LO
W
S W
IT
C
H S
H A
LL
P
R O
V E
A
IR
F
LO
W B
E F
O R
E H
U M
ID
IT
Y C
O N
T R
O
LS
A R
E A
C T
IV
A
T E
D
T S
H
O N
/O F
F C
O N
T R
O L
V A
LV
E
V -2
R A
H
Z C
A F
S H
H L
'-0
M
IN
N O
T E
1.
C
A P
A C
IT
Y
L
B /H
R , 5
P
S I I
N
LE
T
P
S I
O U
T
LE
T
2.
I
N S
T A
LL
V
A
LV
E S
A S
R E
C O
M M
E N
D E
D B
Y M
A N
U F
A C
T U
R E
R
3.
M
A K
E B
Y P
A S
S V
A
LV
E D
IS
C
H A
R G
E P
IP
E
T H
E S
A M
E S
IZ
E
A S
T H
E L
A R
G E
S T
P R
V
4.
P
R O
V
ID
E N
E C
E S
S A
R Y
U N
IO
N
S F
O R
T H
E R
E M
O V
A L
O F
V A
LV
E
W
IT
H S
C R
E W
E D
C O
N N
E C
T
IO
N S
S
IP
H O
N
T Y
P
V E
N T
T O
A T
M O
S P
H E
R E
P
IL
O T
C O
N T
R O
L
LI
N E
R E
D U
C E
R
T Y
P
IF
R
E Q
U
IR
E D
3"
N .C
3"
4"
N O
T E
IN
V
E R
T E
R B
U C
K E
T T
R A
P A
S S
E M
B
LY
T Y
P
P S
V
V
M
IN
M
IN
M
IN
4"
2"
D
P R
O V
ID
E
U N
IO
N
U N
LE
S
S S
A F
E T
Y V
A
LV
E H
A S
F
LA
N G
E D
O U
T
LE
T
S A
F E
T Y
V A
LV
E
O P
E N
D R
A
IN
N
O T
E
C O
N N
E C
T
IO
N T
O P
R E
S S
U R
E V
E S
S E
L O
R P
IP
E
V E
N T
P
IP
E T
H R
O U
G H
R O
O F
S U
P P
O R
T A
S I
N D
IC
A
T E
D O
N D
W G
S
N O
T E
S
, 2
P
IP
E T
H R
E A
D E
D
IN
T O
E
LB
O W
(S A
M E
S
IZ
E A
S E
LB
O
W
D R
IP
P
A N
E
LB
O W
(S E
C T
IO
N
A L
V
IE
W
3/ 4"
[2 0m m ] D
R A
IN
T
O F
LO
O
R D
R A
IN
O
R O
P E
N S
IG
H
T D
R A
IN
(N
O T
E
[25mm]
[6 m m
[7 6m m
E
LE
V A
T
IO
N
F
LE
X
IB
LE
C
O N
N E
C T
O R
1" MIN.
M A
X
N O
T E
S
1.
U
N
LE
S S
O T
H E
R W
IS
E
S H
O W
N O
N T
H E
D R
A W
IN
G
S , S
IZ
E
T H
E V
E N
T P
IP
E
S O
T H
A T
S T
E A
M I
S N
O T
B
LO
W N
O U
T A
T T
H E
V E
N T
P
IP
E E
N T
R A
N C
E
U T
IL
IZ
E T
H E
C A
LC
U
LA
T
IO
N
M E
T H
O D
C O
N T
A
IN
E D
IN
A
N S
I B
.1
P O
W E
R P
IP
IN
G C
O D
E , A
P P
E N
D
IX
II
2.
V
E N
T P
IP
E
S H
A
LL
T E
R M
IN
A
T E m m
M
IN
. A
B O
V E
F
IN
IS
H
E D
R O
O F
3.
D
IS
C
H A
R G
E O
F D
R A
IN
M
U S
T B
E D
IR
E
C T
E D
A W
A Y
F R
O M
P
LA
T F
O R
M S
O R
O T
H E
R A
R E
A S
W H
IC
H
P E
R S
O N
N E
L M
A Y
O C
C U
P Y
4.
D
O N
O T
C O
N N
E C
T A
N Y
O T
H E
R D
R A
IN
T
O T
H E
D R
IP
P
A N
E
LB
O W
D R
A
IN
P
IP
E
R
IG
ID
D
U C
T T
O A
IR
T
E R
M
IN
A L
U N
IT
.R
O U
N D
S H
E E
T M
E T
A L
D U
C T
M A
IN
S
U P
P
LY
P
LA
N V
IE
W
"D
45°MAX.
N O
T E
S
1.
P
R O
V
ID
E A
N C
H O
R S
O N
LY
W
H E
R E
S H
O W
N O
N D
R A
W
IN
G S
2.
E
X T
E N
D S
LE
E
V E
A B
O V
E F
LO
O
R W
H E
R E
S P
E C
IF
IE
D
IN
S
U
LA
T
IO
N B
O
LT
T
Y P
IC
A
L)
F
LO
O R
S
LA
B
F
IR
E -S
T O
P P
IN
G
M A
T E
R
IA
L
B O
LT
P
IP
E P
IP
E
S
LE
E V
E W
H E
R E
S P
E C
IF
IE
D
R
IS
E R
C
LA
M P
R
IS
E R
P
IP
E S
LE
E
V E
W H
E R
E S
P E
C
IF
IE
D
R
IS
E R
C
LA
M P
B
O T
T O
M C
LA
M
P R
E Q
U
IR
E D
A T
A N
C H
O R
P O
IN
T
S O
N
LY
E
LE
V
A T
IO
N
P
LA
N
R
IS
E R
C
LA
M P
C O
IL
T E
S T
P
LU
G
T Y
P
R E
D U
C E
R
IF
R
E Q
U
IR
E D
W A
T E
R R
E T
U R
N
M A
N U
A L
A
IR
V E
N T
U N
IO
N
C O
N N
E C
T
IO
N S
(T Y
P
W A
T E
R S
U P
P
LY
S H
U T
O F
F V
A
LV
E
D R
A
IN
W
IT
H H
O S
E C
O N
N E
C T
IO
N
M V
M O
D U
LA
T
IO
N
C O
N T
R O
L V
A
LV
E
F
T
T
H R
U [2
0]
[3 2]
[2 5]
[4 0] 9
[6 5] 11
[5 0] 10
[7 5] 12
16[1
[1
[1
[2
[2
[3
[4
[3
[4
[6
[5
1/
1/
1/
[5
0] [6
0]
[5
0] [4
0]
[4
0] [3
0]
[3
0] [3
0]
[2
0] [2
0]
[3
0]
[3
0] [2
0]
[1
0] [1
0]
T H
R U
/4
[2
0]
[2
0] 7 7
[2
0]
[2
0]
[2
0]
S
ID
E V
IE
W
T R
A P
E Z
E H
A N
G E
R F
O R
U P
T O
LB
3K G
] U N
IF
O
R M
L O
A D
A D
JU
S
T A
B
LE
C
LE
V
IS
H A
N G
E R
T Y
P E
S E
E S
P E
C
IF
IC
A
T
IO
N S
A D
JU
S
T A
B
LE
C
LE
V
IS
H A
N G
E R
T Y
P E
S
E E
S P
E C
IF
IC
A T
IO
N
S
M A
X
IM
U M
P
IP
E /T
U B
IN
G
S U
P P
O R
T S
P A
C
IN
G
N O
T E
: F O
R T
R A
P E
Z E
H A
N G
E R
T A
K E
S P
A C
IN
G
O F
S M
A
LL
E S
T S
IZ
E
O N
T R
A P
E Z
E
N O
M . S
IZ
E
P
IP
E
T U
B
IN
G
IN
[m m
F T
[m m
F T
[m m
[25mm]
1" MAX.
P R
O V
ID
E
I N
S U
LA
T
IO
N
S H
IE
LD
IN
S E
R T
F O
R A
LL
P
IP
IN
G (8
[2 m m ] M
IN
B A
N D
1- 5/
8" [4
3m m
] 1
G A
U G
E C
H A
N N
E L
O R
"x
2" x1
/4
[5 0x x6
.4 m m ] A
N G
LE
1/ 2"
[1 5m m ] D
IA
H A
N G
E R
R O
D S
W
IT
H
[9 m m ] M
A X
S
P A
C
IN
G O
N E
A C
H C
H A
N N
E L
W E
LD
S A
D D
LE
IN
S U
LA
T
IO
N
S H
IE
LD
A T
H A
N G
E R
P R
O V
ID
E
H
IG
H C
O M
P R
E S
S
IV
E S
T R
E N
G T
H
IN
S U
LA
T
IO
N
(9 P
S F
M
IN
D
E N
S
IT
Y
U N
D E
R
IN
S U
LA
T
IO
N
S H
IE
LD
IN
S
U
LA
T
IO
N
V A
P O
R B
A R
R
IE
R T
Y P
E
IS
R E
Q U
IR
E
D F
O R
L O
W T
E M
P E
R A
T U
R E
P
IP
E
H A
N G
E R
R O
D
N O
T E
S
S E
E S
P E
C
IF
E R
F O
R D
E T
A
IL
E D
H A
N G
E R
R E
Q U
IR
E
M E
N T
S
E X
T E
R
IO
R S
K
IN
P R
E F
A B
. W A
LL
P
A N
E L
A S
S P
E C
IF
IE
D
M A
S T
IC
IN
T
E R
IO
R
S K
IN
G A
S K
E T
S .S
. W A
LL
P
LA
T
E S
E C
U R
E D
W
IT
H S
.S . S
C R
E W
S
P
IP
E I
N S
U
LA
T
IO
N A
S S
P E
C
IF
IE
D
S E
A L
IN
S
U
LA
T
IO
N A
G A
IN
S
T S
K
IN
O F
W A
LL
P
A N
E L
T U
B
IN
G , P
IP
IN
G O
R C
O N
D U
IT
S .S
. W A
LL
P
LA
T
E S
E C
U R
E D
W
IT
H S
.S . S
C R
E W
S
F
IE
LD
A
P P
LI
E
D
IN
S U
LA
T
IO
N
A F
T E
R
IN
S E
R T
IO
N
O F
R E
S P
E C
T
IV
E S
E R
V
IC
E F
A C
IL
IT
Y T
H R
U R
E F
R
IG
E R
A T
O R
O R
F R
E E
Z E
R W
A
LL
6" M
A X
STYLE B
STYLE A
1/ 4"
F
IR
E R
A T
E D
F
LO
O R
/C E
IL
IN
G
6" MAX
B R
E A
K A
W A
Y D
U C
T
S
LE
E V
E C
O N
N E
C T
IO
N
(T Y
P
H
IN
G E
D D
O U
B
LE
W A
LL
A
C C
E S
S D
O O
R W
/ L A
T C
H
F A
C T
O R
Y
G
A
M
IN
F
IR
E
D A
M P
E R
S
LE
E V
E
1/
2x
1/ x2
G A
M
IN
A
T T
A C
H T
O B
O T
H F
LO
O
R
S
LE
E V
E A
T
O
.C
S T
Y
LE
B
S T
Y
LE
A
W A
LL
F
IR
E
D A
M P
E R
F
LO
O R
/C E
IL
IN
G F
IR
E
D A
M P
E R
1" M
IN
T
Y P
IC
A
L O
V E
R
LA
P O
N A
LL
S
ID
E
S O
F D
A M
P E
R
F
IR
E D
A M
P E
R N
O T
E S
1.
M
A K
E O
P E
N
IN
G
/8
P E
R F
O O
T L
A R
G E
R T
H A
N D
A M
P E
R D
IM
E
N S
IO
N
S W
IT
H
/4
M
IN
. R
E Q
D
2.
D
A M
P E
R C
O N
S T
R U
C T
E D
A N
D T
E S
T P
E R
U L
5, U L
LA
B
E
LE
D , 1
-1 /2
H O
U R
F
IR
E R
A T
IN
G
W / 1
D
E G
. F F
U S
IB
LE
L
IN
K
3.
S
E A
L B
E T
W E
E N
W A
LL
A
N D
S
LE
E V
E W
/ A P
P R
O V
E D
F
IR
E S
T O
P M
A T
E R
IA
L
4.
R
E F
E R
T O
F
IR
E D
A M
P E
R I
N S
T A
LL
A
T
IO
N I
N S
T R
U C
T
IO
N F
O R
S P
E C
IF
IC
IN
S
T A
LL
A
T
IO
N R
E Q
U
IR
M E
N T
S
5.
F
IR
E
D A
M P
E R
S S
H A
LL
B
E T
Y P
E
B
W
C U
R T
A
IN
O U
T O
F A
IR
S
T R
E A
M U
N
LE
S S
O T
H E
R W
IS
E
N O
T E
D
6.
T
E S
T
I N
S P
E C
T F
IR
E
D A
M P
E R
F O
R P
R O
P E
R O
P E
R A
T
IO
N
R E
S T
O R
E A
F T
E R
T E
S T
IN
G
7.
P
R O
V
ID
E D
U C
T A
C C
E S
S D
O O
R A
T F
IR
E
D A
M P
E R
H
IN
G E
D D
O U
B
LE
W A
LL
A
C C
E S
S D
O O
R W
/ L A
T C
H
F A
C T
O R
Y
G
A
M
IN
F
IR
E
D A
M P
E R
S
LE
E V
E
B R
E A
K A
W A
Y D
U C
T
S
LE
E V
E C
O N
N E
C T
IO
N
(T Y
P
1/
2x
1/ x2
G A
M
IN
A
T T
A C
H T
O B
O T
H W
A
LL
S
LE
E
V E
A T
O .C
. E N
S U
R E
F A
S T
E N
E R
S A
T W
A
LL
F U
LL
Y
E N
G A
G E
M E
T A
L S
T U
D S
F
IR
E R
A T
E D
F
LO
O R
/C E
IL
IN
G
1" M
IN
T
Y P
IC
A
L O
V E
R
LA
P O
N A
LL
S
ID
E
S O
F D
A M
P E
R
3- W
A Y
M
IX
IN
G
V A
LV
E
P O
IN
T
O F
C O
N N
E C
T
IO
N T
O A
S S
E M
B
LY
D
IA
L T
H E
R M
O M
E T
E R
S U
P P
LY
T
E M
P E
R A
T U
R E
S E
N S
O R
C
IR
C U
LA
T
O R
HWR
HWS
1"
N O
T E
S
1.
R
E F
E R
T O
M P
F O
R R
A D
IA
N
T
LO
C A
T
IO
N S
2.
P
E X
O N
LY
P
E R
M
IT
T E
D F
R O
M M
A N
IF
O
LD
O
U T
LE
T
S T
O U
N D
E R
S
LA
B A
N D
IN
S
LA
B
C O
N T
R O
LL
E
R O
A S
E N
S O
R Z
O N
E S
E N
S O
R
C O
P P
E R
P E
X
P R
E A
S S
E M
B
LE
D M
IX
IN
G S
T A
T
IO
N
B A
C N
E T
O R
H A
R D
W
IR
E D
T O
D D
C S
Y S
T E
M
2.
A
C C
E P
T A
B
LE
M A
N U
F A
C T
U R
E R
S A
W
A T
T S
C
V P
O W
E R
B
V
IE
G A
O ffi ce o f Co ns tru ct io n an d Fa cil itie s M an ag em en t
Bu ild in g
Nu m be r
Pr oj ec t N um be r
Dr aw in g
Nu m be r
Dr aw in g
Ti tle
Ap pr ov ed
: P ro je ct
D ire ct or
Pr oj ec t T itl e
Da te
Lo ca tio n
Ch ec ke d
Dr aw n
W B
R C
A R
C H
I T
E C
N
G I
N E
E R
S W
W W
.W B
R C
A E
.C O
M B
A N
G O
R , M
A
IN
E
-9
-4
PO
R
T L
A N
D , M
A
IN
E
-8
-4
SA
R
A
SO
T A
, F L
O R
ID
A
-5
-0
AR
CH
IT
EC
T/
EN
G
IN
EE
RS
VA
M
E
FA
CI
LI
TI
ES
M
AN
AG
EM
EN
T
SE
RV
IC
E
M -5
2-
0E
M E
C H
A N
IC
A
L D
E T
A
IL
S
D C
M C
G B
A
U G
A U
G U
S T
A , M
E
V A
M C
T O
G U
S S
P E
C
IA
LT
Y
C A
R E
A D
D
IT
IO
N
8/
/2
C
O N
S T
R U
C T
IO
N
D O
C U
M E
N T
S P
R O
J.
3.
N T
S
B
S T
E A
M H
U M
ID
IF
IE
R
C O
N T
R O
LS
N T
S
E
S T
E A
M P
R E
S S
U R
E R
E D
U C
IN
G
S T
A T
IO
N
D O
U B
LE
V
A
LV
E
1/
A N
D
/3
N T
S
D
S T
E A
M S
A F
E T
Y V
A
LV
E
N T
S
E
S U
P P
LY
D
U C
T T
A K
E O
F F
A
IR
T
E R
M
IN
A L
U N
IT
N
T S
E
S U
P P
O R
T /A
N C
H O
R S
F O
R P
IP
E
R
IS
E R
S
N T
S
D
T E
R M
IN
A
L U
N
IT
W A
T E
R C
O
IL
S
P
IP
IN
G
C O
N N
E C
T
IO
N S
N T
S
C
P
IP
E H
A N
G E
R S
N T
S
E
T U
B
IN
G , P
IP
IN
G , A
N D
C O
N D
U
IT
S P
A S
S
IN
G T
H R
O U
G H
P R
E -F
A B
IN
S
U
LA
T E
D W
A
LL
P A
N E
LS
N T
S
C
F
IR
E D
A M
P E
R D
E T
A
IL
S
N T
S
B
M
IX
IN
G
S T
A T
IO
N
D E
T A
IL
R E
V
D E
S C
R
IP
T
IO
N D
A T
E
A
D D
E N
D U
M
S E
P T
File details come from the government source that posted it. Updated .