W9127N-16-R-0002_Drawings_2of3_Part_1.pdf
PDF 5 MB Posted
- Attached to
- THE DALLES NAVIGATION LOCK UPSTREAM GATE REPLACEMENT, CONTROLS UPGRADE, AND DOWNSTREAM GUDGEON REPLACEMENT
- Solicitation number
- W9127N-16-R-0002
About this file
Drawings 2 Part 1
View the file
Other files
Show all 21
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
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
G2ECDJPBFile Last Saved By:
11/3/2015 E
-001
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
LEGEND SHEET
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_E-001XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
D
IS
C O
N N
E C
T S W
ITC
H
P O
W E
R
TR
A N
S
FO
R M
E R
(O N
E
LIN
E D
IA
G
R A
M
O V
E R
LO
A
D R
E
LA
Y
FU
S
E
M A
S
TE
R C
O N
TR
O
L S W
ITC
H
A C
C O
N
TA
C
TO
R
M A
N U
A
L TR
A N
S
FE
R D
E V
IC
E
S U
FFIX
U
S E
D
FO
R
ID
E N
TIFIC
A
TIO
N
C O
N D
U
IT E
X P
O S
E D
C O
N D
U
IT E
M B
E D
D E
D
IN
FLO
O
R O
R W
A
LL
C O
N D
U
IT TU
R N
IN
G
A W
A Y
FR
O
M O
B S
E R
V E
R
C O
N D
U
IT TU
R N
IN
G
TO
W
A R
D O
B S
E R
V E
R
1. S W
ITC
H
B O
A R
D S
A N
D S
W
ITC
H G
E A
R
LS
Q
C Q
480V (P
O W
E R
H O
U S
E
D Q
B
B A
TTE
R
Y C
T C
U R
R E
N
T TR
A N
S
FO
R M
E R
M M
O
TO
R
T
TR
A N
S
FO
R M
E R
(P O
W E
R
X
B R
E A
K E
R (A
D D
V O
LTA
G
E
LE
TTE
R
Z
D
IS
C . S
W
ITC
H (A
D D
V O
LTA
G
E
LE
TTE
R
1. A S
A N
A
ID
TO
FU
R
TH
E R
ID
E
N
TIFIC
A
TIO
N O
F
JQR
120/240 (120/208)
N
P O
W E
R C
IR
C
U
IT, 480V
A C
P O
W E
R C
IR
C
U
IT (LIG
H
TIN
G
120/240 O R
120/208 V A
C
S P
A R
E C
O N
D U
IT
A
LA
R
M C
IR
C
U
ITS
, A N
N U
N C
IA
TO
R C
IR
C
U
ITS
S
E
LF-S
Y N
C H
R O
N O
U S
IN
D
IC
A
TIN
G
C
IR
C U
ITS
, R
TD
A
N D
TR
A
N S
D U
C E
R O
U
TP
U T C
IR
C
U
ITS
, R E
C O
R D
E R
O
TH
E
R
LO
W
-LE
V E
L S
IG
N A
L C
IR
C U
ITS
u s r q j c
N O
M E
N C
LA
TU
R E
V O
LTA
G
E C
LA
S
S A
N D
LO
C
A
TIO
N O
F TH
E
E Q
U
IP
M E
N
T, TH
E
FO
LLO
W
IN
G
A R
E A
P P
LIE
D
TO
S
E P
A R
A
TE
LY
M
O U
N
TE
D B
R E
A K
E R
S , D
IS
C
O N
N E
C T-
IN
G
M O
U N
TE
D
B R
E A
K E
R S
, D
IS
C O
N N
E C
TIN
G
S W
ITC
H
E S
, C U
R R
E N
T TR
A
N S
FO
R
M E
R A
N D
V O
LTA
G
E
TR
A N
S
FO
R M
E R
S
13.8kV
480V
M
C C
M O
TO
R
C O
N
TR
O L C
E N
TE
R
S J
LO
C K
L
C O
N
TR
O L C
IR
C
U
ITS
V O
LTA
G
E O
R C
O N
TR
O
L TR
A
N S
FO
R
M E
R
C O
N D
U
IT C
A P
P E
D B
E
LO
W
FIN
. G R
A D
E
D F
LC
Q
TR
TR
A
N S
FO
R
M E
R
(LIG
H
TIN
G
480V S
W
ITC
H B
O A
R D
(M A
IN
U
N
ITS
N O
N -O
V E
R
FLO
W D
A M
480V (N
O N
-O V
E R
FLO
W
D A
M
FC
Q
480V (N
A V
LO
C
K
480V S
W
ITC
H G
E A
R (N
A V
LO
C
K
13.8kV S
W
ITC
H G
E A
R (S
TA
TIO
N S
E R
V
IC
E
S U
S
U A
480V S
W
ITC
H B
O A
R D
(FIS
H
W A
TE
R
U N
ITS
N E
U
TR
A L (i.e. G
N
1,TN
1)
P
5kV
2. S E
R V
IC
E
C O
D E
O R
V O
LTA
G
E C
LA
S
S
S
TA
R T O
F R U
N E
N D
O F R
U N
C
IR
C U
IT N
U
M B
E R
S U
A -q1-C
Q A
1. E
LE
C
TR
IC
A
L C
IR
C U
ITS
A
N D
C O
N D
U
ITS
A R
E
ID
E N
TIFIE
D
A S
FO
LLO
W S
A
. B E
TW
E
E N
M A
JO
R
ITE
M
S O
F E Q
U
IP
M E
N T, A
TH
R E
E P
A R
T N U
M B
E R
IS
U
S E
D
S E
R V
IC
E
C O
D E
O R
V O
LTA
G
E C
LA
S
S
C . C
O N
TR
O
L C
IR
C U
IT N
U
M B
E R
S C
O R
R E
S P
O N
D
TO
TH
E
N U
M B
E R
O
F TH
E C
O N
TR
O
LLE
D
P O
W E
R C
IR
C
U IT; e.g. C
Q A
3-c1 W O
U
LD
C O
N
TR
O L
C Q
A 3-q1.
D . C
O N
D U
IT N
U
M B
E R
S A
R E
G E
N E
R A
LLY
ID
E N
TIC
A
L TO
TH
E C
IR
C
U
IT C
O N
TA
IN
E D
W
ITH
IN
TH
E C
O N
D U
IT.
E
. C
IR
C U
ITS
TO
D E
V
IC
E S
FO
R
M
IN
G A
N
IN
TE
G
R A
L P
A R
T O
F TE
R M
IN
A
L E Q
U
IP
M E
N T R
E C
E
IV
E
TH
E
TE
R M
IN
A
L E Q
U
IP
M E
N T D
E S
IG
N
A
TIO
N (e.g. TH
E C
IR
C
U
IT TO
C T'S
IN
C
IR
C
U
IT B
R E
A K
E R
X J1
C O
U
LD
B E
D E
S
IG
N A
TE
D
S U
1-q1-X J1). C
IR
C
U
ITS
TO
S
E P
A R
A
TE
LY
M
O U
N
TE
D D
E V
IC
E
S R
E C
E
IV
E
TH
E D
E S
IG
N
A
TIO
N A
S S
IG
N
E D
TO
TH
E D
E V
IC
E
(i.e. C Q
24-q1-4C
1 IS
A C
IR
C
U
IT G
O
IN
G
TO
TR
A
N S
. O
IL P
U M
P 4C
1).
480V
(FIS
H R
E
LA
TE
D
FIS
H
R E
LA
TE
D
IO
R R
E M
O
TE
P
LC
IN
P
U T/O
U
TP
U T R
A C
K
IN
S
TA
N
TA
N
E O
U S
O V
E R
C U
R R
E N
T O
R R
A
TE
-O F-R
IS
E
R E
LA
Y
S U
FFIX
Z IN
D
IC
A
TE
S O
P E
R A
TE
D
B Y
B E
LL A
LA
R M
C O
N
TA
C T.
E
LE
C
TR
IC
A
LLY
-O
P E
R A
TE
D
, D R
A W
O U
T TY
P
E
M E
TA
L-C
LA
D
C
IR
C U
IT B
R
E A
K E
R
E
LE
C
TR
IC
A
LLY
-O
P E
R A
TE
D
, D R
A W
O U
T TY
P
E
M E
TA
L E
N C
LO
S
E D
A
IR
C
IR
C U
IT, N
U
M B
E R
IN
D
IC
A
TE
S
TR
IP
R A
TIN
G
IN
A
M P
E R
E S
G R
A P
H
IC
S Y
M B
O
LS
E M
B E
D D
E D
G R
O U
N D
C O
N D
U C
TO
R
(S
IZE
A S
IN
D
IC
A
TE
D
G R
O U
N D
IN
S
E R
T IN
FLO
O R
B A E
LE
V
A
TIO
N R
E
FE
R E
N C
E
LE
TTE
R
IN
D
IC
A
TE
S
E
LE
V A
TIO
N
N U
M B
E R
IN
D
IC
A
TE
S
S H
E E
T R E
FE
R
E N
C E
D S
E C
TIO
N
R E
FE
R
E N
C E
LE
TTE
R
IN
D
IC
A
TE
S S
E C
TIO
N
N U
M B
E R
IN
D
IC
A
TE
S
S H
E E
T R E
FE
R
E N
C E
D D
E
TA
IL R
E
FE
R
E N
C E
TO
P
N U
M B
E R
IN
D
IC
A
TE
S
D E
TA
IL
B O
TTO
M
N U
M B
E R
IN
D
IC
A
TE
S
S H
E E
T R E
FE
R
E N
C E
D
E -01
E -02
E -05
L
LIG
H
TIN
G
E
LE
C
TR
IC
A
LLY
O
P E
R A
TE
D
V A
LV
E
(S O
LE
N
O
ID
JU
N
C
TIO
N B
O X tn
P O
W E
R C
IR
C
U IT, 13.8kV
A C tt
T1
D E
D
IC
A
TE
D T1 C
IR
C
U
ITS
LO
C
A L A
R E
A N
E
TW
O R
K
(LA
N ) C
IR
C
U
ITS
TE
LE
P H
O N
E /P
B X
C
IR
C U
ITS
, C
O M
M U
N
IC
A
TIO
N C
IR
C
U
ITS
tv
C
LO
S E
D C
IR
C
U
IT TE
LE
V
IS
IO
N (C
C
TV
) V
ID
E O
C
IR
C U
ITS
N U
M B
E R
O R
LE
TTE
R S
IN
D
IC
A
TE
D
E V
IC
E
FU
N
C
TIO
N A
S N
O
TE
D
S U
FFIX
X
IN
D
IC
A
TE
S
A S
S O
C
IA
TE
D
A U
X
ILIA
R Y
R E
LA
Y
E X
A M
P
LE
S
A
. TE
R M
IN
A
L E Q
U
IP
M E
N T
B . M
O D
IFY
IN
G
TE
R M
S
FO
R
TE
R M
IN
A
L E Q
U
IP
M E
N T
2. LO
A
D C
E N
TE
R
S
3. A P
P A
R A
TU
S
C O
N D
U
IT A
N D
G R
O U
N D
IN
G
E
LE
C
TR
IC
A
L A B
B R
E V
IA
TIO
N S
480V
(D A
M
LIG
H
TIN
G
D C
R
C O
N N
E C
TIO
N
TO
G
R O
U N
D B
U S
IN
TE
R
LO
C K
(E
LE
C
TR
IC
A
L)
IN
TE
R
LO
C
K (M
E C
H A
N
IC
A L O
R K
E Y
E Q
U
IP
M E
N T O
U
TLIN
E (E
X
IS
TIN
G
E Q
U
IP
M E
N T O
U
TLIN
E (N
E W
O R
G O
V
. FU
R N
IS
H
E D
IN
D
E -E
N E
R G
IZE
D
P O
S
ITIO
N O
R W
H E
N Q
U A
N
TITIE
S
TO
W H
IC
H
TH
E
Y R
E S
P O
N D
A R
E O
F TH
E
LO
W
E S
T V A
LU
E
M O
TO
R
, N U
M B
E R
IN
D
IC
A
TE
S
A P
P R
O X
IM
A
TE
H
P O
R K
W R
A
TIN
G
(A =A
M B
E R
,G =G
R E
E N
,R =R
E D
, W =W
H
ITE
Y
=Y E
LLO
W
, E
TC
C O
N
TA
C
TS
(N O
R M
A
LLY
C
LO
S E
C
O N
TA
C
TS
(N
O R
M A
LLY
O
P E
N
TO
B
E R
E M
O V
E D p
P O
W E
R C
IR
C
U
IT, 4160V
A C
S A
M P
LE
D
E V
IC
E
FU
N
C
TIO
N S
FIE
LD
W
IR
IN
G
(I/O D
R A
W
IN
G S
B
. A
TW
O -P
A R
T N U
M B
E R
IS
U
S E
D
FO
R M
O S
T
LIG
H
TIN
G A
N D
S O
M E
P O
W E
R D
IS
TR
IB
U
TIO
N
C
IR
C U
ITS
; I.E
., TH
E
E N
D O
F R U
N
IS
O M
ITTE
D
C . C
IR
C
U
IT A
N D
R O
U
TIN
G
ID
E N
TIFIC
A
TIO
N
C K
T N U
M B
E R
S
IN
1" C O
N D
U
IT
IN
D
IC
A
TE
S
(2) C K
TS
A
N D
FU
S
E D
H P
R A
TE
D
D
IS
C O
N N
E C
T S W
ITC
H
N O
N
-FU
S E
D H
P R
A
TE
D D
IS
C
O N
N E
C T S
W
ITC
H
S E
C U
R E
TO
C
O N
D U
IT W
ITH
E
ITH
E R
A
LU
M
IN
U M
O R
N Y
LO
N
S
TR
A P
S
C O
N D
U
IT I.D
A N
D S
IZE
(S
E E
N O
M E
N C
LA
TU
R E
, TH
IS
S H
E E
T)
E X
P O
S E
D C
O N
D U
ITS
A
LU
M
IN
U M
O R
B R
A S
S M
A R
K E
R P
LA
TE
3.5" L X 0.53" H
W
ITH
1/4 " (M
IN
E
N G
R A
V E
D
LE
TTE
R
IN
G
A
LU
M
IN
U M
O R
B R
A S
S M
A R
K E
R P
LA
TE
3.5" L X 0.53" H
W
ITH
1/4 " (M
IN
E
N G
R A
V E
D
LE
TTE
R
IN
G
C
IR
C U
IT I.D
(S E
E N
O M
E N
C
LA
TU
R
E
, TH
IS
S
H E
E T)
S E
C U
R E
TO
C
A B
LE
W
ITH
N
Y
LO
N S
TR
A
P S
C O
M B
IN
A
TIO
N
M O
TO
R
S
TA
R
TE
R
M A
N U
A L M
O
TO
R S
TA
R
TE
R d
0-48V A
C /D
C
N .C
. LIM
IT S
W
ITC
H
TR
A
N S
IE
N
T S U
P P
R E
S S
O R
2. M U
LTI-C
O
N D
U C
TO
R
C A
B
LE
S A
R E
ID
E
N
TIFIE
D B
Y S
U
FFIX
"C "; i.e., 3/C
IN
D
IC
A
TE
S
A
TH
R E
E -C
O N
D U
C
TO
R C
A B
LE
W
H
ILE
A N
U M
E R
A L
3 IN
D
IC
A
TE
S
TH
R
E E
C O
N D
U C
TO
R
S
M O
TO
R
S
TA
R
TE
R , N
U M
B E
R
IN
D
IC
A
TE
S N
E M
A S
IZE
R
A
TIN
G
M O
LD
E
D -C
A S
E C
IR
C
U
IT B
R E
A K
E R
, N U
M B
E R
IN
D
IC
A
TE
S
TR
IP
R A
TIN
G
IN
A
M P
E R
E S
2P
IN
D
IC
A
TE
S
2-P O
LE
3P
IN
D
IC
A
TE
S
3-P O
LE
P O
S
ITIO
N S
W
ITC
H
M U
TLI-C
O
N D
U C
TO
R
C A
B
LE
S A
N D
B U
N D
LE
S
AA
F
A
FF
A
FG
A
IC
A
IR
A L
A T
A
TS
A W
G B
C G
CC
B
C K
T C
P T
C P
U C
R T
C S
C T
D B
D
IV
D /S
E C
G E
F E
L E
M E
X S
T
F,FU
FC
B
FD
R
FLR
FLU
O R
F/O
FV
N R
FV
R
G A
M G
/G N
D G
A
LV
G
FC
I G
FE
G
I H
C S
H H
H
ID
H
TR
IGIN
C
A N
D
IN
S T
J/JB
LCLT-FLE
X
LTG
LRL/R
M
/M
TR
M C
B M
C C
M C
P M
C R
M D
M H
M
LO
M M
M S
M P
C
NN
A N
C N
O N
P O
L P
A R
T P
B P
C P
D B
P H
P N
L P
R P
V C
QR
C
P T
R E
F R
G S
S A
S F
S M
S /N
S P
D T
S P
S T
S
STBTRTS
P
TY
P U
G U
H U
/S
VV
A M
V
FD
/V S
D V
M V
S
WW
P W
T W
X
FM
R
A M
M E
TE
R
, A M
P E
R E
A M
P
FU
S E
, A M
P
FR
A M
E A
B O
V E
FIN
IS
H E
D
FLO
O R
A B
O V
E
FIN
IS
H
E D
G R
A D
E A
M P
E R
E
IN
TE
R
R U
P
TIN
G C
A P
A C
ITY
A
M P
E R
E
IN
TE
R
R U
P
TIN
G R
A
TIN
G A
LU
M
IN
U
M A
M P
E R
E
TR
IP
A
U
TO
M A
TIC
TR
A N
S
FE
R S
W
ITC
H A
M E
R
IC
A N
W
IR
E G
A U
G E
B A
R E
C O
P P
E R
G R
O U
N D
C O
N D
U
IT
C
IR
C U
IT B
R
E A
K E
R C
IR
C
U
IT
C O
N
TR
O L P
O W
E R
X
FM
R C
E N
TR
A
L P R
O C
E S
S
IN
G U
N
IT
C A
TH
O
D E
R A
Y
TU
B E
C O
U N
TIN
G
S
TA
TIO
N
C A
B
LE
TR
A
Y / C
U R
R E
N
T TR
A N
S
FO
R M
E R
D
IS
TR
IB
U
TIO
N B
LO
C
K D
IV
IS
IO
N
D O
W N
S
TR
E A
M E
Q U
IP
M
E N
T G R
O U
N D
IN
G
C O
N D
U C
TO
R
E X
H A
U S
T FA
N
E
LE
V A
TIO
N
E M
E R
G E
N C
Y E
X
IS
TIN
G
FU
S
E
FE
E D
E R
C
IR
C U
IT B
R
E A
K E
R
FE
E D
E R
FLO
O
R
FLU
O R
E S
C E
N
T LIG
H
TIN
G
FIB
E R
O P
TIC
FU
LL V
O
LTA
G
E N
O N
-R E
V E
R S
IN
G
FU
LL V
O
LTA
G E
R E
V E
R S
IN
G
G A
TE
A
C
TU
A
TO
R M
O
TO
R G
R O
U N
D G
A
LV
A N
IZE
D
G N
D
, FA
U
LT C
IR
C
U
IT IN
TE
R
R U
P
TE
R G
O V
'T FU
R
N
IS
H E
D E
Q U
IP
M
E N
T G
R O
U N
D
IN
S E
R T
H A
R D
C
LA
D S
ILIC
A
O P
TIC
A
L FIB
E
R H
A N
D H
O
LE
H
IG
H
IN
TE
N
S
ITY
D
IS
C H
A R
G E
H E
A
TE
R
IS
O
LA
TE
D
G R
O U
N D
IN
C
A N
D E
S C
E N
T
IN
S
TA
N
TA
N E
O U
S
JU
N C
TIO
N
B O
X
LIG
H T C
O N
TA
C
TO
R
LIQ
U
ID
TIG
H
T FLE
X C
O N
D U
IT
LIG
H
TIN
G
LA
TC
H
IN
G
R E
LA
Y
LO
C
A L/R
E M
O
TE
M O
TO
R
M A
IN
C
IR
C
U
IT B
R E
A K
E R
M O
TO
R
C O
N
TR
O L C
E N
TE
R
M O
TO
R
C
IR
C U
IT P
R
O
TE
C
TO
R M
A S
TE
R
C O
N
TR
O L R
E
LA
Y M
O
TIO
N D
E
TE
C
TO
R M
A N
H O
LE
/ M
E
TA
L H A
LID
E
M A
IN
LU
G S
O N
LY
M
U
LTI M
O D
E O
P
TIC
A
L FIB
E R
M O
TO
R
S
TA
R
TE
R M
IN
I-P
O W
E R
C E
N
TE
R (X
FM
R
A N
D P
N L)
N E
U
TR
A L
N O
N -A
U
TO
M A
TIC
N
O R
M A
LLY
C
LO
S
E D
N O
R M
A
LLY
O P
E N
N A
M E
P
LA
TE
O
V E
R
LO
A D
R E
LA
Y
P A
R
TIA
L P
U
LL B
O X
P H
O
TO
C E
LL
P
O W
E R
D
IS
TR
IB
U
TIO
N B
LO
C
K P
H A
S E
P A
N E
L P
A
IR
P O
LY
V
IN
Y
L C H
LO
R
ID
E
C O
N D
U
IT
Q U
A R
TS
LIG
H
TIN
G R
E C
E P
TA
C
LE
R
E
FE
R E
N C
E
IN
FO
R
M A
TIO
N
R
IG
ID
G
A
LV
A N
IZE
D
S
TE
E L C
O N
D U
IT
S
U R
G E
A R
R E
S
TO
R S
U P
P
LY
FA
N
S
IN
G
LE
M O
D E
(FIB
E
R
S O
LID
N
E U
TR
A
L S
IN
G
LE
-P
O
LE
D O
U B
LE
-TH
R O
W S
IN
G
LE
-P
O
LE
S
IN
G
LE
-TH
R
O W
S
TA
IN
LE
S S
S
TE
E L / S
O
FT S
TA
R
TE
R
TE
R
M
IN
A L B
LO
C
K S
TR
IA
D
TW
IS
TE
D S
H
IE
LD
E
D P
A
IR
TY
P
IC
A
L U
N D
E R
G R
O U
N D
U N
IT H
E
A
TE
R U
P S
TR
E
A M
V O
LTS
V
A
LV
E A
C
TU
A
TO
R M
O
TO
R V
A R
IA
B
LE
FR
E Q
U E
N C
Y D
R
IV
E V
O
LTM
E
TE
R V
O
LTM
E
TE
R S
W
ITC
H W
A
TT
W E
A
TH
E R
P R
O O
F W
A
TE
R
TIG
H T
W
ITH
TR
A
N S
FO
R
M E
R
P R
E S
S
TO
TE
S
T IN
D
IC
A
TIN
G
LIG
H
T, E . P
LC
IO
W
IR
IN
G
D
IA
G R
A M
N O
M E
N C
LA
TU
R E
S U
R
FA
C E
M O
U N
T C O
N D
U
IT S
TU
B
M U
LTIP
LE
S U
R
FA
C E
M O
U N
T C O
N D
U
IT
S
TU
B S
, Q U
A
TITY
A S
S H
O W
N
F. P
LC
IO
W
IR
IN
G S
C H
E M
A
TIC
N O
M E
N C
LA
TU
R E
W
IR
IN
G
TE
R
M
IN
A L
N U
M B
E R
W
IR
IN
G
TE
R
M
IN
A L
N U
M B
E R
* IF N
O
N U
M B
E R
TH
E
N
TH
E R
E
TU
R N
FR
O
M
TH
E
IN
P U
T P O
IN
T
IS
TH
R O
U G
H A
C O
M M
O N
R E
TU
R
N O
N A
N O
TH
E
R
IO
M O
D U
LE
D
. FIB
E R
O P
TIC
C
A B
LE
ID
E N
TIFIC
A
TIO
N
(IF N
O
T P
A R
T O F A
LO
C
A L A
R E
A N
E
TW
O R
K
G2ECDJPBFile Last Saved By:
11/3/2015 E
D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
ELECTRICAL DEMOLITION SITE PLAN
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED101XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
N A
V
IG
A
TIO
N
LO
C K
E
LE
C
TR
IC
A
L D E
M O
LITIO
N
S
ITE
P
LA
N S
C A
LE
: 1" = 30'-0"
- 1
N O
TE
S
1.
M A
JO
R
E
LE
C
TR
IC
A
L D E
M O
LITIO
N
S
ITE
S S
H O
W N
. S E
E E
-101 FO
R
IN
S
TA
LLA
TIO
N
S
ITE
P
LA
N
N
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
CABLE ROUTING
DEMOLITION PLAN
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED301XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
B .L.
- B R
ID
G
E
LIG
H T
D /S
LC
Q
N A
V
- D O
W N
S
TR
E A
M
LIG
H
TIN
G
GG
L
KLK
- LO
A
D C
E N
TE
R
-480 V O
LT
P
- TE
LE
P H
O N
E
IN
C O
N D
U
IT
S P
S Q
S R
RS
- P O
W E
R C
E N
TE
R
-480V
U P
U /S
VV
.S
- R A
D
IO
IN
C
O N
D U
IT
J
- JU
N C
TIO
N
B O
X
B P
A
- G E
A R
LO
C
K E
R
- G A
TE
S
#1, 2 &
- LO
C
K
LIG
H
TIN
G
- N A
V
IG
A
TIO
N
LIG
H
TS
- C A
B
LE
S
IN
TR
A
Y S
- S U
M P
P U
M P
- C O
N
TR
O L S
TA
N
D S
#1 &
- LIG
H
TIN
G
C E
N
TE
R -120/240V
- U
N W
A
TE
R
IN
G P
U M
P S
#1 & 2.
- U P
S
TR
E A
M
LIG
H
TIN
G
- V
IS
U A
L S
IG
N A
L
- B P
A
TO
W E
R
LIG
H
TIN
G
N O
TE
S
LE
G
E N
D
- C R
A N
E S
#1 &
- P U
M P
#1 TO
#4
- R E
C E
P
TA
C
LE
, 480V , 200A
- R E
C E
P
TA
C
LE
, 480V , 30A
- R E
C E
P
TA
C
LE
S , 480 V
O
LT
- TA
IN
TE
R
V A
LV
E
S
#1 TO
#4
- E M
B E
D D
E D
C O
N D
U
IT
J J
J
J
J J
J J
J
J
J
J
LK
K
G
V
P
K
V S
G
D
S R
S
Q
S
S R
S
S R
S
S
R S
S
R
S Q
D /S
G .L.
N A
V
U /S
U /S
N A
L.
S R
D /S
N A
V
N A
V
V
P
V
P
S P
S R
S
Q
G
D
P
V
S R
S
Q
G
LK
V .S
B .L
S P
S R
8-r1-N A
V . 3/C
#10
S R
S 2-r1.1-G
3D 1 #10
S R
S 2-r3-V
S -6/c#12
S R
S 2-r2-V
S #10
S R
8-r3-N A
V .-3 #10
S 2-c1-S
R 6, #10 #10
S 2-c1-G
3D 2, 14/c c2
3/c #10
S 2-c1-S
R
#10 S
R S
2-r1.1-G 3D
#10
S R
S 2-r2.1-V
S #10
S 2-c1-V
14/c 3/c 6/c 14/c c1-V
3/c 6/c #12
S R
S 2-r3-V
S -6/c
LC
Q
-q6-U /S
#8
LC
Q
-q4-D /S
#8
LC
Q
-q5-LK #8 q1-G 1 #8
G 3D
2-q1- #2
#10 S
2-c1-S R
14/c
S 1-u1-S
14/c 9/c 6/c
9/c 9/c 9/c 14/c 14/c 6/c #19/25
14/c S
1-c1-V
3/c 6/c
S 1-c1-S
R
#10 14/c
S 1-u1-S
14/c 9/c 6/c
S R
S 1-r2-S
LC
Q -c1-S
6/c 6/c 14/c 14/c 9/c 9/c 6/c
#10 S
1-c1-S R
#10 14/c
S 1-c1-G
3/c #10 14/c
S 1-c1-G
3/c #10 #10
S 1-c1-S
R
14/c S
1-c1-V
3/c 6/c #10
S 1-c1-S
R
S R
S 1-r2-V
S #10 #12
S R
S 1-r3-V
S 6/c
#10 S
1-c1-S R
14/c
6/c #10
S Q
2-q4-V
#6 q6-
#10
14/c c1-G
3/c #10
2#10 S
R 1-r12-G
S
Q 1-q5-G
#6
3/c
LC
Q
--q1-K 2 3/c #4/o
S R
2-r14,16-S P
S R
2-r6-G
3#10 S
R 2-r10
S Q
2-q4 #6
S R
2-r10-V 2, 3#10
S Q
4-q3-R
#6 q1-T4
2/c #4
LC
Q
--q1-S P
#8
S R
8-r4-N A
V . 3#10
LC
Q
-q1-B P
A 2/c #8
LO
C
K W
A
LLS
LO
C
K > R
R
R
R
R
R
LO
C
K W
A
LLS
JU
N
C
TIO
N B
O X
IN
LC
Q -c7
S
LC
Q
-q4.1-D /S
#8 S
R 8-r2-N
A V
. #10 U
P 2 #4/o
LC
Q
-q1-U P
1 #4/o S
R 8-r5-B
L #10 K
1 #2/o G
2 #8 q1-S
Q 2 #2/o q5.1-LK #8
(7)-S 1 -q1-V 2 #4 q1-P 2 #1/o c1-P 2 3/c
(7)-S 2 -q1-S Q
4 #2/o q3 #10 q2 #2
LC
Q -q1-G
3D 2 #2 q2.1 3#19/22 q1-T1 2/c #6
E 1.132
B P
A
FLO
W
S R
S 1-r3-V
S 6/c #12
S Q
1-q4 #6 S
R 1-r6 3#10
S Q
1-q4-v1 #6 q6- #10
S R
1-r4-2#10
S Q
3-q1-G 3D
1 #6
C O
N D
U
LE
T C
.H
. TY
P E
R S
S R
2-r18 2/c #10
S Q
2-q5-G 2 #6
S R
2-r12-G 2 2#10
LO
C K
LC
Q
-8.1- #4
S R r13-15
2/c #10
24+00
26+10
23+25
23+15
23+08
22+50
22+40
A C
C E
S S
R O
A D
LIG
H
TS
(3)
22+00
21+66
21+78
21+40
20+45
29+00
29+10
29+40
26+13
29+55
29+60
29+90
30+05
30+05
31+25
35+10 36+35
36+3535+10
LC
Q
-q1-P 3 #1/o
S 2-c1-V c2
14/c 3/c u1 6/c
LC
Q
-q1 #4 q1-P
#1/o 3/c c1-
S 2-c1-V
14/c 3/c c2- 6/c u1
LC
Q -q1
#4#4#8 q1-G
L c1
LC
Q
-q1-S P
#8 q6.1-U
/S #8
S R
8-r4-N A
V . #10
LC
Q
-q1-K 2 #2/o P
3 #1/o c1 3/c q1-V
3 #4 P
4 #1/o c1- 3/c q1-V
4 #4 q8-V
4 #4 q1-G
L #8 c1- 3/c t2.1-TE 1-3/4" q1-G 3D
1 #2 q2 #2 q3 #10 q1-P
1 #1/o V
1 #4 S
Q 1 #2/o
G 1 #8
S R
8-r1-N A
V . #10
LC
Q
-q4-D /S
#8 q5-LK
#8 q1-S
Q 3 #2/o c1-P 1 3/c
S R
8-r3-N A
V . #10
LC
Q
-q6-U /S
#8 q1 #1 q2 3#19/22
S R
S 2-r1.2 c2 u1 c2 u1 u2 u3
S R
S 1-r2
LC
Q
-c1-c2 c3 c4 c5 c6
S 1-c2
S 1-u1
S 1-u2
S 1-u3 c2 c3 c4 c5 c6 c7
S 1-c2-G
S
R S
1-r1.2-G
S 1-c2-G
S
R S
1-r1.1
S 1-c2-V
S
1-u1-V c2 c1-V1 u1 c1-S
R c2 S
R S
1-r1.1 q1-G 3D
1 2 q2 2 q1-S Q
3 #2/o
3/c q3 #10 c1 3/c
S Q
1 #2/o V
1 #4 P
1 #1/o
S 2-c1-S
R 5 #10
LC
Q
-t1.6- 34 "
LC
Q -t1.5-1
14 "
LC
Q -t1.4-1
14 "
LC
Q -t1.3-1
14 "
G 3D
2-q1-G 3D
1 #2
S R
6-r6-G 3D
2 2/c #10
S R
S 1-r2.4
LC
Q
-t2.5- 34 "
LC
Q -t2.4- 34 "
LC
Q
-t2.3- 34 "
LC
Q -t2.2- 34 "
LC
Q
-t2.3- 34 "
U P
'S
#2 #1
S Q
4-r4-G 3D
2 #6 c1- 3/c
LC
Q
-q8.2- #4
-t1-1 14 " q3 #6 B
LD
G
. S P
A C
E H
TG
LC
Q
-t1.1- 34 "
LC
Q -t1.2-1
14 "
LC
Q
-t1.3- 34 "
LC
Q -t1.5-1
14 "
B
LD
G . S
P A
C E
H
TG
LCQ-q4.1-D/S
TO STA. 20+36
S R
8-r5-B L 3/c #10
LCQ-q4 TERMINATE
AT STA. 16+40
LC
Q
-t2.4- 34 "
B R
ID
G
E C
R O
S S
IN
G
N O
TE
-A
LL C
A
B
LE
S C
R O
S S
B R
ID
G
E
IN
C O
N D
U
IT.
22+20
LC
Q
-t1.6- 34 "
LC
Q
-R A
D
IO
-1 14 "
LC
Q
-t2.4- 34 "
LC
Q
-R A
D
IO
-1 14 "
TE
R
M
IN
A
TE
IN
C
.H
. TY
P E
R .S
. C O
N D
U
LE
T S
R 1-r6-3/4"-3#10
C O
N
TR
O L
S
TA
N D
N O
.1 "S
1"
LC
Q
-t1.4- 34 "
C O
N
TR
O L
S
TA
N D
N O
.2 "S
2" u1 2-6/c
LC
Q
-t1.2-1 14 "
(7 C A
B
LE
S
(7 C A
B
LE
S
S R
S 2-r2.4
LC
Q
-t2.2- 34 " c3-G 3D
2-3#19/25
LO
A
D C
E N
TE
R
"LC
Q
LC
Q
-R A
D
IO
-1 14 "
LC
Q
-t2.1- 34 "
IN
TA
K E
B R
ID
G
E 480V
. O U
TLE
TS
R A
D
IO
-1‚"
S Q
3-q1-T3 2/c #4 q3-R
3 #6 S
R 5-r4-G
3D 1 2/c #10
LC
Q
-q1-B P
A 2/c #8
LC
Q
-q6.3-U /S
B
LD
G . H
TG
. P
N L
S E
W A
G E
P U
M P q1-E P
S
2-TB
3C -2
S
2-TB
3C -3
S
2-TB
3C -4
S
2-TB
3C -5
S
2-TB
3C -6
S
2-TB
3C -8
S
2-TB
3C -9
S
2-TB
3C -10
S
2-TB
3C -1
S
2-TB
4C -1
S
2-TB
4D -1
S
2-TB
4D -2
S
2-TB
4D -3
S
2-TB
4D -4
S
2-TB
4D -5
S
2-TB
4D -6
S
2-TB
4D -7
S
2-TB
4D -8
V
FD
V
FD
S 2-3C
-V
FD
S
2-D 3-V
FD
S 2-D
4-V
FD
S
2-C 4-V
FD
S
2-TB
3D -1
S
2-TB
3D -2
S
2-TB
3D -3
S
2-TB
3D -4
S
2-TB
3D -5
S
2-TB
3D -6
S 2-C
3-V
FD
2 = O
LIV
E
V
FD
C A
B
LE
C O
LO
R
S
S 2-D
3-V
FD
2 = B
LU
E S
2-D 4-V
FD
2 = G
R E
E N
S 2-C
4-V
FD
1 = O R
A N
G E
S O
U
TH
V
FDE
LE
C
T. R O
O M
H
TG
S R
7 TR
A
N S
LC
Q
-q8-V
LC
Q
-q6.3-U /S
/LC
Q
-q6.1-U /S
N O
R
TH
V
FD
7/c #19/25
FR
O M
TH
IS
P O
IN
T
TO
S
2#8
1.
C
A B
LE
S
IN
B
LU
E
A R
E
TO
B E
R E
M O
V E
D
2.
A
LL C
A
B
LE
S S
E R
V E
LO
A
D S
FR
O
M
TR
A Y
S
TH
R O
U G
H E
M B
E D
D E
D C
O N
D U
ITS
E
X C
E P
T S
TA
N D
S S
1 & S
2.
3.
S
TA
TIO
N
S A
LO
N
G > A
R E
N O
T TO
S
C A
LE
4.
A
LL C
A
B
LE
S A
R E
3 C O
N D
U C
TO
R
#19/25 S
IZE
C
O P
P E
R W
IR
E
E X
C E
P T A
S N
O
TE
D
5.
A
LL TE
LE
P H
O N
E
R A
D
IO
C A
B
LE
S A
R E
IN
C
O N
D U
IT.
6.
FO
R
G R
O U
N D
C A
B
LE
S S
E E
D D
N -1-6-1/49.
7.
S
E E
D D
N -1-6-1/50 &
51 FO
R
LO
C
K S
IG
N
A L S
Y S
TE
STA. 22+23
STA. 21+92
STA. 21+98
STA. 22+23
20H P
M O
TO
R
20H P
M O
TO
R
A-
C-
B-
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
G2ECDJPBFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
MITER GATE MACHINE ROOMS
DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED401XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
M
ITE
R G
A
TE
#1 M A
C H
IN
E
R O
O
C A
LE
: 1/4" = 1'-0"
E D
M
ITE
R G
A
TE
#2 M A
C H
IN
E
R O
A
LE
: 1/4" = 1'-0"
E D
N O
TE
S
1.
R E
M O
V E
G A
TE
M
O
TO
R
, LIM
IT S
W
ITC
H
E S
, M O
TO
R
R E
C E
P
TA
C
LE
, C O
N
TR
O L
B O
X E
S , A
N D
A
LL M
O
TO
R A
N D
C O
N
TR
O L C
A B
LIN
G
. R E
M O
V E
E M
P
TY
E X
P O
S E
D C
O N
D U
IT TO
TH
E E
M B
E D
D E
D C
O U
P
LIN
G
, IF A
P P
LIC
A
B
LE
2.
LE
A V
E C
O N
V E
N
IE
N C
E R
E C
E P
TA
C
LE
, LIG
H
TIN
G , A
N D
E R
D C
IN
S
TR
U
M E
N
TA
TIO
N
C A
B
LIN
G A
N D
E Q
U
IP
M E
N
T IN
P
LA
C E
. S A
LV
A
G E
G R
O U
N D
S
TO
TH
E
P R
O
JE
C T.
3.
LE
A V
E C
O N
D U
IT IN
P
LA
C
E
FO
R
TH
E
TA
ILW
A
TE
R
LE
V
E L S
E N
S O
R . R
E M
O V
E O
LD
TR
A N
S D
U C
E R
A N
D C
A B
LIN
G
. R E
M O
V E
H O
FFM
A
N B
O X
. R E
M O
V E
TA
ILW
A
TE
R S
TILLW
E
LL (S
E
E E
-401 FO
R
LO
C
A
TIO
N
4.
R
E M
O V
E C
O N
D U
C
TO
R S
A N
D P
ILO
T D
E V
IC
E
S
N N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -10.0-6-1/3
E M
B E
D D
E D
C O
N D
U
IT &
LIG
H
TIN
G
S
TA
. 21+14 TO
S
TA
. 23+85
D D
N -10.0-6-1/42
M
ITE
R G
A
TE
M A
C H
IN
E
R Y
R O
O M
C O
N D
U
IT LA
Y O
U T
D D
N -1-6-1/9
C A
B
LE
TR
A
Y S
- N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/10 C
A B
LE
TR
A Y
S
- S
O U
TH
G
A
LLE
R Y
D D
N -1-6-1/14
C A
B
LE
P O
S
ITIO
N
IN
TR
A
Y S
N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/15 C
A B
LE
P
O S
ITIO
N
IN
TR
A Y
S S
O U
TH
G
A
LLE
R Y
M A
C H
IN
E
R O
O M
S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- C M
A C
H
IN
E R
O O
M S
E C
TIO
N
S C
A
LE
: 1/2" = 1'-0"
- B
M A
C H
IN
E
R O
O M
S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- A
R E
M O
V E
S
TR
U T
TE
N
S
IO
N /C
O M
P R
E S
S
IO
N S
W
ITC
H
R E
M O
V E
S
TR
U T
TE
N
S
IO
N /C
O M
P R
E S
S
IO
N S
W
ITC
H
S E
E N
O
TE
S E
E N
O
TE
S E
E N
O
TE
S E
E N
O
TE
S E
E N
O
TE
E L. 162
E L. 165.5
E L. 168
LO
C
K W
A
LL
60H P
W O
U N
D R
O
TO
R M
O
TO
R
E L. 158
(E ) (3)18" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
C-
B-
FLE
X
IB
LE
C A
B
LE
E L. 164
E L. 158
60H P
W O
U N
D R
O
TO
R M
O
TO
R
E L. 158
E L. 165.5 E
L. 168
LO
C
K W
A
LL
A-
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
G2ECDJPBFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
TAINTER GATE MACHINE ROOMS
DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED402XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
TA
IN
TE
R
G A
TE
M
A C
H
IN
E R
O O
M G
3D
S C
A
LE
: 1/2" = 1'-0" E
D
TA
IN
TE
R
G A
TE
M
A C
H
IN
E R
O O
M G
3D
S C
A
LE
: 1/2" = 1'-0" E
D
N O
TE
S
1.
R E
M O
V E
G A
TE
D
R
IV
E S
, M O
TO
R
S , A
B S
O
LU
TE
E
N C
O D
E R
, A N
D A
LL A
S
S O
C
IA
TE
D
E Q
U
IP
M E
N T. R
E M
O V
E A
LL M
O
TO
R
FE
E
D A
N D
C O
N
TR
O L C
A B
LIN
G
. R E
M O
V E
E X
IS
TIN
G E
X P
O S
E D
C O
N D
U
IT. R
E M
O V
E P
ILO
T D
E V
IC
E
2.
LE
A V
E C
O N
V E
N
IE
N C
E R
E C
E P
TA
C
LE
A
N D
LIG
H
TIN
G
C A
B
LIN
G A
N D
A P
P U
R
TE
N A
N C
E S
IN
P
LA
C
E
3.
S
E E
S H
E E
T M D
101 FO
R
C O
N C
R E
TE
P
A D
R E
M O
V A
L.
N N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -10.0-6-1/43
TA
IN
TE
R
G A
TE
O
P E
R A
TIO
N
M A
C H
IN
E
R Y
C O
N D
U
IT &
W
IR
IN
G
D D
N -1-6-1/5
E M
B E
D D
E D
C O
N D
U
IT &
LIG
H
TIN
G
S
TA
. 27+74 TO
S
TA
. 30+13
D D
N -1-6-1/9
C A
B
LE
TR
A
Y S
- N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/10 C
A B
LE
TR
A Y
S
- S
O U
TH
G
A
LLE
R Y
D D
N -1-6-1/14
C A
B
LE
P O
S
ITIO
N
IN
TR
A
Y S
N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/15 C
A B
LE
P
O S
ITIO
N
IN
TR
A Y
S S
O U
TH
G
A
LLE
R Y
M A
C H
IN
E
R O
O M
G 3D
1 S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- A M
A C
H
IN
E R
O O
M G
3D 2 S
E C
TIO
N
S C
A
LE
: 1/2" = 1'-0"
- B
M A
C H
IN
E
R O
O M
G 3D
2 S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- C
S E
E N
O
TE
S
E E
N O
FLO
W
E L. 158
G A
LLE
R
Y
V A
LV
E
O
IL
H E
A
TE
R
V A
LV
E
#1 O
IL P
U
M P
M O
TO
R
H Y
D . C
Y
LIN
D E
R
G R
E A
S E
P U
M P
P U
M P
#1
A-
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
S E
E N
O
TE
#4
S E
E N
O
TE
#3
E L. 158
G2ECDJPBFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
VALVE V1 & PUMP P1 MACHINE ROOM
DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED403XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
V A
LV
E
#1 A N
D P
U M
P #1 M
A C
H
IN
E R
O O
M P
LA
N
S C
A
LE
: 1/2" = 1'-0" E
D
N O
TE
S
1.
R E
M O
V E
V A
LV
E
H P
U
, FE
E D
E R
S , A
N D
C O
N
TR
O L C
A B
LIN
G
. R E
M O
V E
LIM
IT
S W
ITC
H
E S
, C H
A
IN
D R
IV
E
, A N
D S
E
LS
Y N
TR
A
N S
M
ITTE
R S
2.
R
E M
O V
E H
P U
FE
E
D E
R S
A N
D C
O N
TR
O
L C A
B
LIN
G
. LE
A V
E E
M B
E D
D E
D B
O X
C O
V E
R S
, C O
N V
E N
IE
N
C E
R E
C E
P
TA
C
LE
, A N
D
LIG
H
TIN
G C
A B
LIN
G
A N
D A
P P
U R
TE
N
A N
C E
S
IN
P
LA
C E
. LE
A
V E
H P
U H
E A
TIN
G
C
IR
C U
IT, S
R
1-r8, IN P
LA
C
E
FO
R N
E W
E Q
U
IP
M E
N T H
E A
TE
R
S
3.
R
E M
O V
E
FE
E D
E R
TO
V
A
LV
E P
IT U
N
W A
TE
R
IN
G
P U
M P
4.
R
E
LO
C A
TE
E
X
IS
TIN
G
LIG
H
T FIX
TU
R E
S O
A S
N O
T TO
IN
TE
R
FE
R
E W
ITH
N
E W
E Q
U
IP
M E
N T (S
E E
E -403). C
O O
R D
IN
A
TE
W
ITH
P
R O
JE
C
T FO
R
N E
W
LO
C A
TIO
N
5.
R
E M
O V
E E
X
IS
TIN
G
C O
N
TR
O
LS
A N
D C
O N
TR
O
L C A
B
LIN
G
. FO
R B
O X
E S
W
ITH
M O
U N
TE
D
C O
N
TR
O
LS
, R E
P
LA
C E
C O
V E
R S
W
ITH
B
LA
N K
C O
V E
R S
6.
R
E M
O V
E E
M P
TIE
D
E X
P O
S E
D C
O N
D U
ITS
N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -10.0-6-1/3
E M
B E
D D
E D
C O
N D
U
IT &
LIG
H
TIN
G
S
TA
. 21+14 TO
S
TA
. 23+85
D D
N -10.0-6-1/42
M
ITE
R G
A
TE
M A
C H
IN
E
R Y
R O
O M
C O
N D
U
IT LA
Y O
U T
D D
N -1-6-1/9
C A
B
LE
TR
A
Y S
- N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/14 C
A B
LE
P
O S
ITIO
N
IN
TR
A Y
S N
O R
TH
G
A
LLE
R Y
V A
LV
E
#1 S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- A
S E
E N
O
TE
S E
E N
O
TE
S E
E N
O
TE
S E
E N
O
FLO
W
E L. 158
G A
LLE
R
Y
V A
LV
E
O
IL
H E
A
TE
R
V A
LV
E
#2 O
IL P
U
M P
M O
TO
R
H Y
D . C
Y
LIN
D E
R
G R
E A
S E
P U
M P
P U
M P
#2
A-
(E ) (1)18" &
(1)12" C
A B
LE
TR
A Y
(S
TA
C K
E D
E L. 158
G2ECDJPBFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
VALVE V2 & PUMP P2 MACHINE ROOM
DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED404XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
V A
LV
E
#2 A N
D P
U M
P #2 M
A C
H
IN
E R
O O
M P
LA
N
S C
A
LE
: 1/2" = 1'-0" E
D
N O
TE
S
N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -10.0-6-1/3
E M
B E
D D
E D
C O
N D
U
IT &
LIG
H
TIN
G
S
TA
. 21+14 TO
S
TA
. 23+85
D D
N -10.0-6-1/47
E
LE
C
TR
IC
A
L TA
IN
TE
R
V A
LV
E
N O
. 2 V A
LV
E
O P
E R
A
TIN
G M
A C
H
IN
E R
Y C
O N
D U
IT &
W
IR
IN
G D
D N
-1-6-1/10 C
A B
LE
TR
A Y
S
- S
O U
TH
G
A
LLE
R Y
D D
N -1-6-1/15
C A
B
LE
P O
S
ITIO
N
IN
TR
A
Y S
S O
U
TH
G A
LLE
R
Y
V A
LV
E
#2 S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- A
S E
E N
O
TE
4 S E
E N
O
TE
S E
E N
O
TE
1.
R
E M
O V
E V
A
LV
E H
P U
, FE
E
D E
R S
, A N
D C
O N
TR
O
L C A
B
LIN
G . R
E M
O V
E
LIM
IT
S
W
ITC
H E
S , C
H A
IN
D
R
IV
E , A
N D
S E
LS
Y
N
TR
A N
S M
ITTE
R
S
2.
R
E M
O V
E H
P U
FE
E
D E
R S
A N
D C
O N
TR
O
L C A
B
LIN
G
. LE
A V
E E
M B
E D
D E
D B
O X
C O
V E
R S
, C O
N V
E N
IE
N
C E
R E
C E
P
TA
C
LE
, A N
D
LIG
H
TIN
G C
A B
LIN
G
A N
D A
P P
U R
TE
N
A N
C E
S
IN
P
LA
C E
. LE
A
V E
H P
U H
E A
TIN
G
C
IR
C U
IT, S
R
1-r8, IN P
LA
C
E
FO
R N
E W
E Q
U
IP
M E
N T H
E A
TE
R
S
3.
R
E M
O V
E
FE
E D
E R
TO
V
A
LV
E P
IT U
N
W A
TE
R
IN
G
P U
M P
4.
R
E
LO
C A
TE
E
X
IS
TIN
G
LIG
H
T FIX
TU
R E
S O
A S
N O
T TO
IN
TE
R
FE
R
E W
ITH
N
E W
E Q
U
IP
M E
N T (S
E E
E -404). C
O O
R D
IN
A
TE
W
ITH
P
R O
JE
C
T FO
R
N E
W
LO
C A
TIO
N
5.
R
E M
O V
E E
X
IS
TIN
G
C O
N
TR
O
LS
A N
D C
O N
TR
O
L C A
B
LIN
G
. FO
R B
O X
E S
W
ITH
M O
U N
TE
D
C O
N
TR
O
LS
, R E
P
LA
C E
C O
V E
R S
W
ITH
B
LA
N K
C O
V E
R S
6.
R
E M
O V
E E
M P
TIE
D
E X
P O
S E
D C
O N
D U
ITS
N
TE
: A
LL C
O
N D
U
IT S
TU
B
O U
TS
A
T E L. 163.33 U
N
LE
S S
IN
D
IC
A
TE
D
O
TH
E R
W
IS
E
S
TU
B O
U
TS
A T E
L. 164.33
S E
E D
E
TA
IL C
A-
D-
G E
A R
R O
O M
E L.168.0
P U
M P
R O
O M
E L. 168
V A
LV
E
M A
C H
IN
E
R O
O M
E L. 168
C A
B
LE
TR
A
Y
IN
C O
N
TR
O L R
O O
M B
A S
E M
E N
T B E
LO
W
D E
C K
LE
V
E L
TO
LO
W E
R
LIM
IT S
W
ITC
H
TO
O
IL S
U
M P
M
O
TO
R H
E A
TE
R
S
C O
N
TR
A C
TIO
N
JO
IN
T
TO
V
A
LV
E C
O N
TR
O
L S
O
LE
N O
ID
TO
O
IL
O
V E
R
-TE
M P
R E
LA
Y
E L. 168
12 "C
, S Q
6-q8.1
S Q
6-q8
D E
C K
-E L. 168
P 4 P
O
IN
T O F
C O
N N
E C
TIO
N
S E
E N
O
TE
#3
TO
M
O
TO
R H
E A
TE
R
S
TO
M
O
TO
R H
E A
TE
R
S
1" S P
A R
E C
O N
D U
IT
TO
G
R E
A S
E P
U M
P
E L. 168
12 "C
, LC
Q
-q1-P
12 "C
, LC
Q
-q1-P
D E
C K
-E L. 168.0
12 "-S
P A
R E
(D
) LC
Q -c1-P
(D
) LC
Q -c1-P
G2ECDJPBFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
INTAKE TAINTER VALVES MACHINE ROOM
DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED405XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
IN
TA
K E
TA
IN
TE
R
V A
LV
E
S M
A C
H
IN
E R
O O
M S
C A
LE
: 1/4" = 1'-0"
E D
N O
TE
S
N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -10.0-6-1/48
E
LE
C
TR
IC
A
L TA
IN
TE
R
V A
LV
E
S #3 &
#4 O P
E R
A
TIN
G M
A C
H
IN
E R
Y C
O N
D U
IT &
W
IR
IN
G
V A
LV
E
R O
O M
S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- A
JU
N
C
TIO
N B
O X
D E
TA
IL
S C
A
LE
: 1/2" = 1'-0"
- B
C O
N D
U
IT D
E
TA
IL
S
C A
LE
: 1" = 1'-0"
- C
P U
M P
R O
O M
S E
C
TIO
N S
C A
LE
: 1/2" = 1'-0"
- D
1.
R
E M
O V
E V
A
LV
E H
P U
S
, FE
E D
E R
S , A
N D
C O
N
TR
O L C
A B
LIN
G
. R E
M O
V E
LIM
IT
S W
ITC
H
E S
, C H
A
IN
D R
IV
E
S , A
N D
S E
LS
Y
N
TR
A N
S M
ITTE
R
S
2.
LE
A V
E C
O N
V E
N
IE
N C
E R
E C
E P
TA
C
LE
A
N D
LIG
H
TIN
G
C A
B
LIN
G A
N D
A P
P U
R
TE
N A
N C
E S
IN
P
LA
C
E
. LE
A V
E H
P U
H E
A
TIN
G C
IR
C
U
ITS
IN
P
LA
C
E
FO
R N
E W
E Q
U
IP
M E
N T H
E A
TE
R
S
3.
R
E M
O V
E
FE
E D
E R
TO
V
A
LV
E P
IT U
N
W A
TE
R
IN
G
P U
M P
4.
R
E M
O V
E E
M P
TIE
D
E X
P O
S E
D C
O N
D U
IT. S
A
LV
A
G E
R E
M O
V E
D E
M B
E D
G R
O U
N D
S
TO
TH
E
P R
O
JE
T.
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
LOCKSTAND DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED406XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
W A
TE
R
LE
V
E L M
E
TE
R S
P A
N E
L C
O N
TR
O
L C O
N S
O
LE
C O
N
TR
O L C
O N
S O
LE
S
H E
LF
W A
TE
R
LE
V
E L M
E
TE
R S
P A
N E
L
C O
N
TR
O L C
O N
S O
LE
C O
N
TR
O L C
O N
S O
LE
S
H E
LF
G A
TE
3 V
FD
P
A N
E L
N O
TE
S
1.
R E
M O
V E
C O
N
TR
O L C
O N
S O
LE
S
, W A
TE
R
LE
V
E L M
E
TE
R C
O N
S O
LE
, A
N D
C O
N
TR
O L
C O
N S
O
LE
S H
E
LF FR
O M
LS
-1. R
E M
O V
E A
LL P
ILO
T D E
V
IC
E S
A N
D
IN
S
TR
U M
E N
TA
TIO
N
R E
M O
V E
A
LL C
O N
TR
O
L W
IR
IN
G
B E
TW
E
E N
LS
-1 A
N D
TH
E
TA
IN
TE
R
V A
LV
E
S , G
A
TE
S , A
N D
LC
Q
. S E
E S
H E
E T E
D
604 FO
R W
IR
IN
G
TO
R E
M A
IN
A
N D
B E
R E
R O
U
TE
D D
O W
N
IN
TO
C
C 1.
E X
IS
TIN
G W
IR
IN
G
TO
LO
A
D S
FR
O
M S
R S
1 W
ILL B
E R
E
LA
N D
E D
O N
B R
E A
K E
R S
IN
TH
E N
E W
LO
C
K S
TA
N
D P
A N
E L.
2.
R
E M
O V
E C
O N
TR
O
L C O
N S
O
LE
S , W
A
TE
R
LE
V E
L M E
TE
R
C O
N S
O
LE
, C O
N
TR
O L C
O N
S O
LE
S
H E
LF, A
N
D G
A
TE
3 V
FD
P A
N E
L, FR
O
M
LS
-2. R E
M O
V E
A
LL P
ILO
T D
E V
IC
E
S A
N D
IN
S
TR
U
M E
N
TA
TIO
N
. R E
M O
V E
A
LL C
O N
TR
O
L W
IR
IN
G
B E
TW
E
E N
LS
-2 A
N D
TH
E
TA
IN
TE
R
V A
LV
E
S , G
A
TE
S , A
N D
LC
Q
. S E
E S
H E
E T E
D
605 FO
R W
IR
IN
G
TO
R E
M A
IN
A
N D
B E
R E
R O
U
TE
D D
O W
N
IN
TO
C
C
2. E
X
IS
TIN
G
W
IR
IN
G
TO
LO
A D
S
FR
O M
S R
S 2 W
ILL B
E
R E
LA
N
D E
D O
N B
R E
A K
E R
S
IN
TH
E
N E
W
LO
C K
S
TA
N D
P A
N E
L.
3.
R
E M
O V
E C
O N
D U
IT, W
IR
IN
G
, E N
C
LO
S U
R E
, A N
D C
A B
LIN
G
FO
R
TH
E
C H
A M
B E
R W
A
TE
R
LE
V E
L TR
A
N S
D U
C E
R . R
E M
O V
E
TH
E 1" C
O N
D U
IT S
TILLW
E
LL.
4.
P
C S
, M A
R
IN
E R
A D
IO
S
, P H
O N
E , E
TH
E
R N
E T, H
O R
N A
IR
C
O M
P R
E S
S O
R , E
TC
, A
R E
TO
R
E M
A
IN
, O R
B E
R E
M O
V E
D A
N D
R E
IN
S
TA
LLE
D
IF N
E C
E S
S A
R Y
. C O
O R
D
IN
A
TE
W
ITH
P R
O
JE
C
T FO
R
ITE
M S
TO
B
E R
E U
S E
D
S E
E N
O
TE
S 1 A
N D
S
E E
N O
TE
S
2 A N
D
C H
A M
B E
R W
A
TE
R
LE
V E
L
TR
A N
S D
U C
E R
E N
C
LO
S U
R E
S E
E N
O
TE
LA
D
D E
R R
E C
E S
S
D O
W N
S
TR
E A
M
LO
C K
S
TA
N D
LS
-1
S C
A
LE
: 1" = 1'-0" E
D
N U
P S
TR
E
A M
LO
C
K S
TA
N
D
LS
-2 S
C A
LE
: 1" = 1'-0"
E D
N
LO
C
K W
A
LL
C U
R B
E L. 168 D
E C
K
LO
C
K W
A
LL
C U
R B
E L. 168 D
E C
K
H A
N D
R A
IL
H
A N
D R
A
IL
E N
O
TE
S E
E N
O
TE
G2ECDJPBFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
ELECTRICAL ROOM
DEMOLITION PLAN
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED407XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
E
LE
C
TR
IC
A
L R O
O M
D E
M O
LITIO
N
P
LA
N S
C A
LE
: 1/4" = 1'-0"
E D
N O
TE
S
N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -1-6-1/26
C O
N
TR
O L B
U
ILD
IN
G
E
LE
C
TR
IC
A
L D
D N
-1-6-1/27 C
O N
TR
O
L B U
ILD
IN
G B
A S
E M
E N
T LIG
H
TIN
G
1.
R
E M
O V
E E
X
IS
TIN
G
LC
Q
C O
N
TR
O L C
E N
TE
R
. P R
O V
ID
E
A S
B E
S
TO
S A
B A
TE
M
E N
T O F
TH
E
FLO
O
R
TILE
A N
D M
A S
TIC
A
S R
E Q
U
IR
E D
FO
R
TH
E
R E
M O
V A
L O
F TH
E E
X
IS
TIN
G
E Q
U
IP
M E
N T A
N D
TH
E
IN
S
TA
LLA
TIO
N
O
F TH
E N
E W
E Q
U
IP
M E
N T. R
E
FE
R
TO
"A S
B E
S
TO
S A
B A
TE
M
E N
T W O
R K
" S P
E C
IFIC
A
TIO
N
S E
C
TIO
N . P
A
IN
T TH
E
R E
M A
IN
IN
G
FLO
O R
A
FTE
R C
O N
S
TR
U C
TIO
N
IS
C
O M
P
LE
TE
2.
E
X
IS
TIN
G
H E
A
TE
R A
N D
A S
S O
C
IA
TE
D
P O
W E
R /C
O N
TR
O
LS
TO
B E
R E
LO
C
A
TE
D
R E
FE
R
TO
S
H E
E T E
-409.
3.
E
X
IS
TIN
G
C O
N
TR
O
L TR
A N
S
FO
R M
E R
S
TO
B E
R E
M O
V E
D A
N D
P R
O V
ID
E
D
TO
TH
E
G O
V E
R N
M E
N
T TO
B E
S A
LV
A
G E
D
C O
N
TR
O L B
U
ILD
IN
G
B A
S E
M E
N T D
E M
O
LITIO
N P
LA
N
S C
A
LE
: 1/4" = 1'-0"
- 2
TE
S
1.
D
IS
C O
N N
E C
T A N
D R
E M
O V
E
TH
E E
X
IS
TIN
G
S U
B S
TA
TIO
N /M
O
TO
R C
O N
TR
O
L C E
N
TE
R
'LC
Q ' A
N D
A
LL A
S S
O C
IA
TE
D C
A B
LIN
G
S H
O W
N O
N
TH
IS
S
H E
E T. A
LL LO
A
D S
S H
O W
N A
R E
TO
B
E R
E
-FE
D
FR
O M
TH
E
N E
W G
O V
E R
N M
E N
T FU
R
N
IS
H E
D E
Q U
IP
M
E N
T A N
D C
A B
LIN
G
A S
S H
O W
N O
N E
L601.
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
G -9-6-9A
21/1 E
LE
C
TR
IC
A L O
N E
LIN
E
D
IA
G R
A M
D D
N -10.0-6-1/30
S U
B S
TA
TIO
N
C O
N
TR
O L C
E N
TE
R
LC
Q
D D
N -10.0-6-1/31
S U
B S
TA
TIO
N
C O
N
TR
O L C
E N
TE
R
P A
N E
L A R
R A
N G
E M
E N
T D
D N
-10.0-6-1/34 S
U B
S
TA
TIO
N
C
O N
TR
O
L C E
N
TE
R C
IR
C
U
IT B
R E
A K
E R
S C
H E
D U
LE
D
D N
-1-6-1/32 S
U B
S
TA
TIO
N
C
O N
TR
O
L C E
N
TE
R P
A N
E L P
O W
E R
D
IA
G R
A M
LE
G
E N
D
FS
RG 62
3 X
P B
A S
V
S AB
S IR
Y
FS
69 2419
W H
M
V
FU
S
E
TH
E R
M A
L E
LE
M E
N T
M A
G N
E
TIC
E
LE
M E
N T
M O
TO
R
C O
N
TR
O
LLE
R
FLO
A
T O P
E R
A
TE
D S
W
ITC
H
TIM
E
D E
LA
Y
S
TA
R
TIN
G R
E
LA
Y
W E
S
TIN
G H
O U
S E
TY
P
E
TK
O R
E Q
U A
L C
O N
TR
O
L R E
LA
Y
. W E
S
TIN
G H
O U
S E
TY
P
E M
G -6 O
R E
Q U
A L
A .C
. C O
N
TA
C
TO
R
FO
R S
Y N
C H
R O
N
IZIN
G W
O U
N D
R O
TO
R
M O
TO
R
S
TIM
E
D E
LA
Y
S
TO
P P
IN
G
R E
LA
Y
A U
X
ILIA
R Y
R E
LA
Y
FO
R
G A
TE
V A
LV
E
IN
TE
R
LO
C K
C
IR
C U
IT, W
E
S
TIN
G H
O U
S E
TY
P
E M
G -6 O
R E
Q U
A L
R E
D
IN
D
IC
A
TIN
G
LA
M P
G R
E E
N
IN
D
IC
A
TIN
G
LA
M P
W A
TT H
O
U R
M E
TE
R
V O
LTM
E
TE
R
S W
ITC
H
IN
TE
R
LO
C K
R E
LA
Y
O V
E R
C U
R R
E N
T R E
LA
Y
TY
P
E "C
O
A M
M E
TE
R
A M
M E
TE
R
S W
ITC
H
V O
LTM
E
TE
R
B R
E A
K E
R S
W
ITC
H
FLO
A
T S W
ITC
H
P U
S H
B U
TTO
N
M
M O
TO
R
C O
N
TR
O
LLE
R , R
E V
E R
S
IN
G
P U
S H
B U
TTO
N
, S
TA
R T-S
TO
P
480 V O
LT, 3 O
U
TLE
T, 30A
M P
., 3W ., 4P
- " " S
IZE
2, " "
- C O
N
TR
O
LLE
D
LIG
H
TIN
G C
O N
TA
C
TO
R
, A
LLE
N -B
R A
D
LE
Y B
U
LLE
TIN
704P
M , S
IZE
3, O
R E
Q U
A L
3 P O
S
ITIO
N S
E
LE
C
TO
R S
W
ITC
H
A S
TR
O
N O
M
IC
C
LO
C K
A N
D
TIM
E S
W
ITC
H
FO
R O
P E
R A
TIN
G
C O
N
TR
O
LLE
D
LIG
H
TIN
G A
.C . C
O N
TA
C
TO
R
S A
N G
A M
O E
LE
C
. C O
. TY
P
E W
Z-12, O R
E Q
U A
L
B S
B S
IR
A S
V V S
LP
-1
600A M
P A
.C .B
5-H
V -150
51X 3
3C T
150/5
H
P H
P H
P H
P
FS
H
P H
P H
P H
P
VALVE NO.1
PUMP NO.1
VALVE NO.2
PUMP NO.2
LCQ-q1-V1 3/c #4
LCQ-q1-P1 3/c #0
3/c #4
LCQ-q1-P2 3/c #0
CROSSOVER TUNNEL
HIGH WATER
MITER GATE NO.1
MITER GATE NO.2
LCQ-u1-FS
LCQ-q1-G1 3/c #8
LCQ-q1-G2 3/c #8
3/c #19/25
3/c #2 LCQ-q1-G3D1
LCQ-q2-G3D1
LCQ-q2-G3D2
LCQ-q3-G3D1
LCQ-q3-G3D2
3/c #2
3/c #2
3/c #10
3/c #10
LCQ-q1-G3D2 3/c #2
GATE NO.3 DRIVE NO.1
GATE NO.3 DRIVE NO.2
W H
M
A
G G
R R
R R
R
R R
R G
G G
V
3P T
3 #10
20 W H
M
LCQ-q1-BPA, 2/c #8
1K V
A
BPA
TOWER
LIGHTING
WATER SUPPLY PUMP
H
RLCQ-q1-WP 3/c #4/o
LCQ-q1-GL
3/c #10
3/c #10
T1-r1-SR7 3/c #1/o
LCQ-q1-T1
LCQ-q1-UP1 3/c #4/o
LCQ-q1-UP2 3/c #4/o
LCQ-q1-K1 3/c #2/o
LCQ-q1-K2 3/c #4/o
LCQ-q1-V3
LCQ-q1-P4
LCQ-q1-V4
2/c #8
LCQ-q8.2
3/c #4 LCQ-q8.1
3 #4 LCQ-q1
LCQ-q2
LCQ-q2.1
3/c #6 LCQ-q3
3/c #8 LCQ-q6.2
3/c #8 LCQ-q6.1
3/c #8 LCQ-q6
3/c #8
3/c #8
3/c #8
3/c #8
LCQ-q5.1
LCQ-q5
LCQ-q4.1
LCQ-q4
2/c #6
LCQ-q1-P3 3/c #0
3/c #4
3/c #0
3/c #4
H
P H
P H
P H
P
VALVE NO.4
PUMP NO.4
VALVE NO.3
PUMP NO.3
DERRICK NO.1
DERRICK NO.2
30H P
75H P
100H P
30H P
75H P
100H P
H
P H
P
PORTABLE UNWATERING
PUMP NO.2
PORTABLE UNWATERING
PUMP NO.1
T-7 25K
V A
NAVIGATION LIGHTS1
K
V A
K
V A
K
V A
K
V A
K
V A
K
V A
K
V A
K
V A
DOWNSTREAM DECK
LIGHTING-NORTH SIDE
DOWNSTREAM DECK
LIGHTING-SOUTH SIDE
1KVA TRANSFORMER
DECK LIGHTING-LOCK AREA
NORTH SIDE
DECK LIGHTING-LOCK AREA
SOUTH SIDE
UPSTREAM DECK LIGHTING
NORTH SIDE
UPSTREAM DECK LIGHTING
SOUTH SIDE
ACCESS ROAD LIGHTS
SPACE HEATERS-ELECTRICAL
ROOM
SPACE HEATERS-ELECTRICAL
ROOM
K
V A
TR
H
UPPER VALVE MACHINERY
SPACE OUTLETS
DECK OUTLETS ON
INTAKE BRIDGE STRUCTURE
GEAR LOCKER
LIGHTING TRANS.
15K V
A
T-9
LCQ-q8-3/c #4
CONTROLLED LIGHTING
LCQ-c1-GL
SR-7-r31 3/c- #12
P B
P B
O N
O
FF
M X
S R
7-c2-LC Q
X
283032
31 29 27 LIG
H
TIN
G P
A N
E L
S R
32 C
IR
C
U
ITS
B
R E
A K
E R
S70
R
RG
G R 4
R
3/c #00
3/c #00
3/c #00
3/c #00
LCQ-q1-SQ1
LCQ-q1-SQ2
LCQ-q1-SQ3
LCQ-q1-SQ4
K
V A
5H P
LCQ-q1-SP 3/c #00SUMP PUMP
FS
2 4
Y
K
W K
W
DIST. CENTER SQ-1
LIGHTING TRANS.
& 480V OUTLETS
DIST. CENTER SQ-2
LIGHTING TRANS.
& 480V OUTLETS
DIST. CENTER SQ-3
LIGHTING TRANS.
& 480V OUTLETS
DIST. CENTER SQ-4
LIGHTING TRANS.
& 480V OUTLETS
R O
A D
W A
Y
S
TA
IR
W
A Y
LTS
(S R
9)
K
V A
K
V A
K
V A
FRONT
PANELS
REAR
PANELS
REAR
PANELSFRONT
PANELS
C U
R R
E N
T
LIM
ITIN
G
C O
N
T. TR
A N
S
4160-240/120V 1 -5K
V A
C O
N
T. TR
A N
S
4160-240/120V 1 -5K
V A
C U
R R
E N
T
LIM
ITIN
G
LP
-1
600A M
P A
.C .B
5-H
V -150
LCQ-q1-V2
SR7. CKT 15
G R
O U
N D
IN
D
IC
A
TO
R
A
LA
R M
B E
LL
P O
W E
R
TR
A N
S
FO
R M
E R
4160-480V -60
3 -750K V
A -8%
IM
P
A
IR
C O
O
LE
D
R E
M O
V A
B
LE
LIN
K
2P T
4200-120V
6CKT NAV. LIGHT
TELLTALE PANEL
SR-8
CONTROL BLDG. LTG
480-120V 1 -1K
V A
2/c-#12
CONTROL BLDG. OUTLETS
3 , 4W. 480-240V
BUILDING HTG.
P N
L.
#11
P N
L.
#11R
P N
L.
#10R
P N
L.
#9R
P N
L.
#8R
P N
L.
#7R
P N
L.
#6R
P N
L.
#5R
P N
L.
#4R
P N
L.
#2R
P N
L.
#1R
P N
L.
#1
P N
L.
#2
P N
L.
#3
P N
L.
#4
P N
L.
#5
P N
L.
#6
P N
L.
#7
P N
L.
#8
P N
L.
#9
P N
L.
#10
FE
E
D E
R #1
FR
O
M X
P 111/211
4.16-K V
, 3Ø , 60H
Z 3-#350, 3"C
FE
E
D E
R #2
FR
O
M X
P 104/204
4.16-K V
, 3Ø , 60H
Z 3-#350, 3"C
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
DEMOLITION
ONE-LINE DIAGRAM
S. GRIFFIN 10/16/2015
G2ECDSEG J. BRACKIN W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED601XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
WATER LEVEL SYSTEM
DEMOLITION
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_ED602XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
N O
TE
S
1.
R E
M O
V E
E X
IS
TIN
G
TR
A N
S D
U C
E R
S , W
IR
IN
G , A
N D
M E
TE
R
S
2.
R
E M
O V
E E
X
IS
TIN
G
C H
A M
B E
R
, FO
R E
B A
Y ,S
TILLW
E
LLS
, C
O N
D U
IT, A
N
D
TE
R M
IN
A
TIO
N
E N
C
LO
S U
R E
S . R
E M
O V
E E
X
IS
TIN
G
TA
ILR
A C
E S
TILLW
E
LL A
N
D
TE
R M
IN
A
TIO
N
E N
C
LO
S U
R E
; LE
A
V E
E X
IS
TIN
G
TA
ILR
A
C E
C O
N D
U
IT IN
P
LA
C
H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
G2ECDJPBFile Last Saved By:
11/3/2015 E
D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
LS1 WIRING DEMOLITION
P. INDRA 10/16/2015
G2ECDPWI J. BRACKIN W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
DDN1.105_ED603XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
FLA
S
H E
R , W
/M O
TO
R
, 40 FLA
S
H P
E R
M
IN
H A
N D
S E
T, R A
D
IO
, W
/JE
C K
S
TA
N D
A R
D
P A
N E
L, S E
R V
IC
E
, 120/240V ., 50A
., 60C T.
IN
D
IC
A
TIN
G
C O
V E
R S
, A M
B E
R
G R
E E
N
R E
D
W H
ITE
FIX
TU
R E
, A D
JU
S
TA
B
LE
W
/S H
A D
E
N A
M E
P
LA
TE
S
, D
IS
C ., S
E E
D E
TA
IL
O U
TLE
T, D
U P
LE
X
, 120V ., W
ITH
P
LA
TE
" " S P
S T
S W
ITC
H
, C O
N
TR
O L, 4-S
TA
G
E
P U
S H
B U
TTO
N
, M O
M E
N
TA
R Y
, M U
S H
R O
O M
" D P
D T
H O
LD
S
C O
N
TA
C T, S
P D
T
S E
LS
Y
N
IN
D
IC
A
TO
R S
, W /D
IA
/P
LA
TE
S
C Y
LIN
D
E R
-LO
C
K , W
/2 K E
Y S
TE
R
M
IN
A L B
LO
C
K , 12C
K T.
S E
LE
C
TO
R
, S P
D T, H
O
LD
S C
O N
TA
C
T
S W
ITC
H
, R O
TA
R
Y D
E
TE
N T 4 P
D T
A M
B E
R W
A R
N
IN
G
LIG
H
TS
120V
TR
A
N S
FO
R
M E
R , D
R Y
, 250W ., 480/120V
A U
X
ILIA
R Y
R E
LA
Y
, 480V ., 60C
LA
M
P
IN
D
IC
A
TIN
G 120V
A C
IN
C
A N
D
C R
O U
S E
-H
IN
D S
-TS
5-16-46
C R
O U
S E
-H
IN
D S
-#2759
B U
LL D
O
G -#9A
1B 306L.
W .E
. C O
., TY
P
E O
T-#1577-086
G .E
. S U
P P
LY
C
O .-#712B
. C A
T. 82L
W E
S
TIN
G H
O U
S E
- TY
P
E N
D
P
S #5262, C
O V
E R
1791F+FD
B
O X
1470-876
W E
S
TIN
G H
O U
S E
-TY
P
E "W
W E
S
TIN
G H
O U
S E
- #1470-135
1420-011
1420-009
G E
N E
R A
L E
LE
C
TR
IC
-#2J53A
A
LLE
N -B
R A
D
LE
Y -#Z-7771
#542247
W E
S
TIN
G H
O U
S E
-#1470-138
E
LE
C
TR
O S
W
ITC
H S
E R
IE
S
31 U 31202B
FE
D
E R
A L B
E A
C O
N R
A Y "
G E
N E
R A
L E
LE
C
TR
IC
-#M
-61G
W E
S
TIN
G H
O U
S E
TY
P
E S
G
D R
A K
E #5201-223-105 1X
-N
B
ILL O
F M A
TE
R
IA
LS
ITE
M
N O
D
E S
C R
IP
TIO
N C
A
TA
LO
G
O R
A P
P V
'D . E
Q U
A L
" " 6C K
T.
LA
M
P , 100W
, 120V
" TE
LE
P H
O N
E
TE
R
M
IN
A L
O P
E N
N O
R M
A L
C
LO
S E
P U
LL
1-2
3-4
5-6
7-8
-X--
X-X
-XX -
TE
R
M
IN
A L
O P
E N
N O
R M
A L
C
LO
S E
P U
LL
1-2
3-4
5-6
7-8
-X-X
X-X -
--X
X
C O
N
TR
O L S
W
ITC
H O
P E
R A
TIO
N
S (C
S
C S
-M
ITE
R G
A
TE
S #1 &
#2 (S
P R
IN
G
R E
TU
R
N
TO
S
TO
P
C S
-TA
IN
TE
R
V A
LV
E
S -#1-#4
(S P
R
IN
G -R
E
TU
R N
TO
N
O R
M A
L-P U
LL TO
S
TO
P
1.
C
A B
LE
S
IN
B
O
LD
S H
A
LL B
E R
E U
S E
D A
N D
R E
-LA
N
D E
D
IN
TH
E
N E
W
LO
C K
S
TA
N D
C O
N
TR
O L E
N C
LO
S
U R
E , C
C
1, IN
TH
E
G A
LLE
R
Y B
E
LO
W
TH
E
LO
C K
S
TA
N D
. S E
E D
R A
W
IN
G S
E -640
TH
R
O U
G H
E
-645 FO
R C
C 1 S
C H
E M
A
TIC
S , W
IR
IN
G , A
N D
LA
Y
O U
TS
2.
S
E E
D R
A W
IN
G
E
-656 TH
R O
U G
H E
-659 FO
R
N E
W
LO
C K
S
TA
N D
C O
N
TR
O L P
A N
E
L LS
1 LA
Y
O U
T A N
D W
IR
IN
G D
E
TA
ILS
IN
C
LU
D
IN
G
TH
E
N E
W S
R S
1 B R
E A
K E
R S
N O
TE
S
A
LL C
A B
LE
S
LE
A
V
IN
G
TH
E
TE
R M
IN
A
L S
TR
IP
S
A R
E P
A
ID
FO
R
U N
D E
R
TH
E
IR
R E
S P
E C
TIV
E
B
ID
ITE
M
S . A
LL O
TH
E R
E
LE
C
TR
IC
A
L W O
R K
M
A
TE
R
IA
L S H
O W
N O
N
TH
IS
D
R A
W
IN
G
IS
P A
ID
FO
R U
N D
E R
B
ID
ITE
M
U N
LE
S
S O
TH
E
R W
IS
E
IN
D
IC
A
TE
D
X
X
X
2G
2G
2G
2G
S R
N S
R
IL3
IL4
IL5
IL8
IL9
IL10
IL IL2
IL1
3V
3V
3V
3V
3V
3V
3V
S R
2G
R
N S
N S r0 r3.1 r3 r2 r2.1G r0 r1.2S r0 r1.1S r1
1G
1G
1G
1G
1G
1G
1G
1G
1G
R
C
1G
1G
3G
2V 1V
2G
2G
2G
2G
2G
2G
1G
1G
1G
1G
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
1V
R
R
4V
4V
4V
4V
4V
4V
4V
3V
3V
4V
3V
3V
3V
4V
4V
4V
4V
R 4 C
1 FLO
O D
G A
TE
G L1
R r3r4r6 r5 r2 r1
6 4 2 r7
S R
S
R
TO
M
A C
H
IN
E R
Y R
O O
M S
O U
TH
S
ID
E
LC
Q
-c6-S 1-9/c
S 1-u2-S
2-14/c
LC
Q
-c7-S 1-6/c
S 1-c2-G
1-3/c
S 1-c2-V
1-3/c
S 1-c2-G
2-3/c
S 1-c2-V
2-3/c
LC
Q
-c5-S 1-9/c
S 1-u3-S
2-9/c
S R
S 1-r3.1-W
S R
S 1-r2-S
2-6/c S
R S
1-r2-V S
-3/c #10
S R
S 1-r1.2-G
2-3/c #10
S R
S 1-r3-V
S -6/c #12
TO
TR
A
FFIC
S
IG
N A
L @ N
O R
TH
S
ID
E
D O
W N
S
TR
E A
M W
A
LL S
TA
. 11+70
TO
M
A C
H
IN
E R
Y R
O O
M N
O R
TH
S
ID
E
S 1-c1-S
R 1-3/c #10
LC
Q
-c4-S 1-14/c
S 1-c1-V
2-14/c
S 1-u1-V
2-6/c
LC
Q
-c1-S 1-6/c
S 1-u1-V
1-6/c
S 1-c1-V
1-14/c
LC
Q
-c3-S 1-14/c
R G
1V
1V
1V
1V
1V
1V
1V
R G
2V
2V
2V
2V
2V
2V
2V
2V21
2V22
2V23
2V24
2V20
R
R
S
S
S
1V21
1V22
1V23
1V24
1V20
R
R
S
S
S
R G
3V
3V
3V
3V
3V
3V
3V
R G
4V
4V
4V
4V
4V
4V
4V
4V21
4V22
4V23
4V24
4V20
R
R
S
S
S
3V21
3V22
3V23
3V24
3V20
R
R
S
S
S
R G
1G
1G
1G
1G
1G
1G
1G
R G
2G
2G
2G
2G
2G
2G
2G
A
1G
1G
2G
A
2G r3 r3.1
IL1
W
IL9IL
IL1 IL
W
IL10
IN
TE
R
LO
C K
U P
P E
R r2.1S 1r2 r2.1G
G R
R 2.16
R 2.15
N O
S M
O K
IN
G N
S
P A
N E
L
N S
N S r2.2 r2
R G
6 3G
3G
3G
LIG
H
TIN
G
S W
ITC
H
E S
R
IV
E R
A
IR
r1.1D
LA
N
D A
IR
r1.2D r1.2S r1.1S
A
IR
S W
ITC
H
E S
H
X
H
H
H
2V 2V
2V
2G
1G
1G
1G
2G
2G
X
X
X
X 31V
H
H
H
H
1V 1V
C O
N
TR
O L
TR
A
N S
F'R
480/120V r0
R
S
G R
O U
N D
C A
B LE r0
N S
N S
N S r0
N S
2 N O
S M
O K
IN
G
FLA
S
H
IN
G
LIG
H
TS
TO
B
LD
'G
. LIG
H
TS
S R
S 1-r6-2#10
S E
E "C
O N
TR
O
L S
TA
N D
S H
E
LTE
R W
IR
IN
G r7
N
120V . O
U
TLE
T
FO
R N
/L R A
D
IO
IN
TE
R
C O
M
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
C C
R
2G
O C
R 2G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
C C
R
1G
O C
R 1G
S P
A R
E
17 23 27 r2
2 1
X
X
X
X
X
X
X
X4
18 16 24 22 r3.1S
28 26
D E
C K
C O
N
TA
C
TS
P O
S
E N
TE
R
E X
IT
G r3.1G
R r3.1S r0 N
S
N O
S M
O K
IN
G
LA
M
P
N O
S M
O K
IN
G
LA
M
P
N S r0
P H
O N
E
S E
R V
IC
E
P A
N E
L S R
S
V A
LV
E
#2 V
A
LV
E #1
V A
LV
E
#3 V
A
LV
E #4
G A
TE
#2
G A
TE
#1
IN
TE
R
LO
C K
LO
W
E R
G A
TE
#3
V A
LV
E
#2 V
A
LV
E #1
120V
O U
TLE
T
120V
. FLA
S H
E R
M
#2/o G R
O U
N D
B U
S
LC
Q
-t1.5-1‚"
C1 R0 R4
GL1
R0 R4
P H
O
TO
-E
LE
C
TR
IC
C
E
LLS
LIG
H
T B Y
P
A S
S S
W
ITC
H
C O
N
TR
O L
TR
A
N S
FO
R
M E
R 480/120V
P O
R
TA
B
LE
C O
N
TR
O L S
TA
TIO
N
S R
2-r2,4-3/c #10
6A6B6C6D
5B 5A5C5D
S 1-c1-G
2-14/c
LC
Q
-c2-S 1-6/c
4A4B
S R
S 1-r1.1-G
1-3/c #10
3A3B3C3D
2A2B2C2D
(TO
C
O M
P R
E S
S O
R
IN
R E
A R
O F S
TA
N
D
1A
TA
ILW
A
TE
R X
D U
C E
R (-)W
H T
TA
ILW
A
TE
R X
D U
C E
R (+)B
LK
LLX
TR
S
H
LLX
TR
S H
IE
LD
LO
C
K
LE
V E
LX
LO
C
K
LE
V E
LX
JA
M
B S
TR
U
T C
O N
TR
O
L R E
LA
Y
S r3.1G
E X
IT
S
IG
N
A L
R O
E N
TR
A
N C
E S
IG
N
A L
IL5
IL8
A
IR
H O
R N
S ee D raw ing
D D
N -6-1/4
S
A N
T A
N T
TB
1-1-U
3-TB
D
S
TB
1-1-U
2-TB
D
S
TB
1-1-U
1-TB
D
S
TB
1-1-U
4-TB
D
S
JB
D
S -1-U
1-TB
D
S
2(IN
TE
R
C O
M
JB
D
S -1-U
3-TB
D
S
2(IN
TE
R
C O
M
JB
D
S -1-U
2-TB
D
S
2(IN
TE
R
C O
M
IN
TE
R C
O M
(TB
D
S 2)
2G spare spare spare spare
2V
W A
TE
R
LE
V
E L
IN
D
IC
A
TIO
N
TA
IL W
A
TE
R
LE
V E
L
LO
C K
C H
A M
B E
R
LE
V E
L
A
IR
C O
N D
ITIO
N
E R
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
2G
R O r3.1S r3.1G
N S r5 r0 r2.2 r2 r2.1S r0 r1.2S r0 r1.1S r1
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
1G
R
G L1
R 4 C
3G
3G R
S 1-u1-S
2-14/c
2V
S 1-c1-S
R 2-3/C
#10
S 1-c1-S
R 3-3/c #10
S 1-c1-S
R 4-3/c #10
1G
K E
Y S
W K
E Y
S W
R 3.1S
R 3.1G
S 1-c1-G
1-14/c r8
R E
FE
R
E N
C E
D R
A W
IN
G
D
D N
-10.0-6-1/38 D
D N
-20928-94-1 D
D N
-20928-94-2
S E
E N
O
TE
H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
File Last Saved By:
11/3/2015 E
D
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
LS2 WIRING DEMOLITION
P. INDRA 10/16/2015
G2ECDPWI J. BRACKIN W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
DDN1.105_ED604XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
W
IR
IN
G
D
IA
G R
A M
- P A
N E
L #2
N O
TE
S
X
X
X
3G
3G r5 r2.1G r2.2 N
S
N S
N
S
N S r0A r4A r3 r0 r1.2D r2 r2.1S r2.1G r0 r1.2S r0 r1.1D r1.1S
3G
3G
3G
3G
3G
3G
3G
3G r4 r5 r1
6 4 2
R G
R G
2V21
2V22
2V23
2V24
2V20
R
R
S
S
S
1V21
1V22
1V23
1V24
1V20
R
R
S
S
S
R G
R G
4V21
4V22
4V23
4V24
4V20
R
R
S
S
S
3V21
3V22
3V23
3V24
3V20
R
R
S
S
S
R G
W
W
V
IS
U A
L S
IG
N
A L
R G
R G
LIG
H
TIN
G
S W
ITC
H
E S
A
IR
S W
ITC
H
E S
H
X
H
H
H
X
X
X
X
H
H
C O
N
TR
O L
TR
A
N S
F'R
480/120V
S P H
O N
E
2 1
X
X
X
X
X
X
X
X
G R
R G
10K
R B
G A
TE
C
O N
TR
O
L B
Y -P
A S
S S
W
ITC
H
3G
3G r3.1 r2.1G
N C
N
OTLX
TLX
TO
B
LD
'G
. LIG
H
TS
S
R S
2-r6, 2-#10 S
E E
"C O
N
TR
O L S
TA
N
D S
H E
LTE
R
W
IR
IN
G
S E
R V
IC
E
P A
N E
L S R
S
LIG
H
T B Y
-P A
S S
S W
ITC
H
E S
V A
LV
E
#4
G A
TE
#3
G A
TE
#2
G A
TE
#1
V A
LV
E
#3
P H
O
TO
-E
LE
C
TR
IC
C
E
LLS
1V
1V
1V
1V
2V
1V
1V
1V
1V
1V
1V
1V
1V
1V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
-IL1
IL5
IL6
IL7
IL8
IL9
IL10
IL
1A1B1C1D
3A3B3C3D
4A4B
C
R
R
1G
1G R
R
G L1
R
1G
3G 3G
2G
2G
3G
2G
2A2B2C2D
4C4D 3G
3G
3G
3G 5/480V
5A5B5C5D 3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
3V
S R
S
R N
S R
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
4V
3G
3G 1A
R
E X
IT S
IG
N A
L
R
W L12
W L13 r2r6 r3r7
A
IR
H O
R N
B
LK
R E
D W
H T
R 3.1G
S
TA
N D
LIG
H
T
+24S (M
A
-24S (M
A
+24V -301
V
FD
E
-S
TO
P
-24V D
C Y
P
LC
O
K
+24M A
IN
D
. N O
R
TH
-24
IN
D . N
O R
TH
V
FD
E
-S
TO
P
3G
L E N
A 3G
R
E N
A
3G
3G A
LA
R
M
LT. 480V
S P
A R
E
120V 120N
A
LA
R M
LT. 480V
IL6
IL7
3G
3G
3G
3G
S P
A R
E
S P
A R
E
S P
A R
E
S P
A R
E S
P A
R E
S P
A R
E R
3.1
P H
O
TO
C E
LL
+24 V D
C
R 3.1S
H
H
G A
TE
#3 S
TR
A
IN
TE
S
T LO
G G
E R
N O
R
TH
S
ID
E G
A
TE
3 P O
S
ITIO
N S
O U
TH
S
ID
E
G A
TE
3 P
O S
ITIO
N
V
FD
1+ V
FD
1-
L1L2 L1L2
V
FD
2+ V
FD
2-
RG
S P
S P
R 1Y
S K
E W
LITE
S P
S P
S P
S P
S P
S P
S P
S P
S P
S P
D R
A
IN
V A
LV
E
#1 D
R A
IN
V
A
LV
E #2
FILL V
A
LV
E
#3
FILL V
A
LV
E #4
IN
TE
R
LO
C K
U P
P E
R K
E Y
S W
ITC
H
IN
TE
R
LO
C K
LO
W
E R
K E
Y S
W
ITC
H
3G 1A
C O
N
TR
O L
TR
A
N S
FO
R
M E
R 480/120V
S
E
LS
Y N
S U
P P
LY
TO
C
O N
TR
O
L S
TA
N D
#1
TO
S
TR
A
IN
D A
TA
LO
G G
E R
C O
N
TR
O L
B O
X
R 4 C
G L1
R
S R
S
R
S 2-c1-V
3-14/c
LC
Q -c4-S
2-14/c S
2-u1-V 3-6/c
S R
S 2-r3-V
S -6/c #12
TO
TR
A
FFIC
S
IG
N A
L S
TA
. 31+25
LC
Q
-u1-S 2-6/c
S 2-c1-G
3-14/c
LC
Q -c1-S
2-9/c S
R S
2-r3.1-W -3/c #10
S R
S 1-r2-S
2-6/c
S R
S 2-r2.1-V
S -3/c #10
S R
S 2-r1.2-G
3D 2-3/c #10
(TO
C
O M
P
. IN
R E
A R
O F S
TA
N
D
S 1-u3-S
2-9c
S 2-c1-S
R 4-3/c #10
1V
1V
1V
1V
1V
1V
1V
2V
2V
2V
2V
2V
2V
2V
3V
3V
3V
3V
3V
3V
3V
4V
4V
4V
4V
4V
4V
4V
3G
3G
3G
3G 1A
3G
3G
3G r3 r3.1
IL1
IL9IL
IL1 IL
IL10
r2.1S r2 r2.1G r2.1S r2.1G
N O
S M
O K
IN
G N
S
P A
N E
L
N S r2.2 r2
1G
1G
1G r1.1D r1.1S
4V 4V
4V
4V
3V
3V
3V 3V
G R
O U
N D
C A
B
LE
r7
N
120V . O
U
TLE
T
FO
R N
/L R A
D
IO
IN
TE
R
C O
M
S P
A R
E
17 23 27 r2
18 16 24 22
28 26
D E
C K
C O
N
TA
C
TS
P O
S
E N
TE
R
E X
IT
r3.1G r3.1S r0 N
S
N O
S M
O K
IN
G
LA
M
P N
O S
M O
K
IN
G
LA
M P
N S r0
2G
2G
2G
R
R
W L3
R
R
IN
S
ID
E
C O
V E
R
E
LE
C
TR
O D
E S
R
A U
X . R
E
LA
Y W
L3
4V
W A
TE
R
LE
V
E L
G A
TE
C
O N
TR
O
L
3G 1A
3G
3V
2V
1V r3.1S r3.1G r0r0 r0 r0
R
R
W L53G
1A
3G r1.2S r1.2D r1
S R
S 2-r1.1-G
3D 1-3/c #10
S 2-c1-S
R 5-3/c #10
C1 R0 R4
R0 R4
GL1
r2 r2.1G
3G
3G
480, 240, 120
N r2.1G
R
IV
E R
S
ID
E D
E E
P S
H A
LLO
W
LA
N
D S
ID
E
D E
E P
S H
A
LLO
W
#2/o G R
O U
N D
B U
S r2
FLO
O
D
G A
TE
N S
S M
O K
IN
G
LA
M
P O
N
IN
D
IC
A
TIO
N
V
FD
2/290/ 480V
W A
TE
R
LE
V
E L
E
LE
C
TR
O D
E S
S 2-c1-S
R 6, 3/c #10
S R
G
B R
K #14
N E
U
TR
A
L TO
S R
S 2S R
.S .1.R
.G
W L12
W L13
W A
TE
R
LE
V
E L
5A M
P
LIG
H
TIN
G
C O
N
TA
C
TO
RR
E X
IT LIG
H
T
O R
N /B
LK
Y
E L/B
LK
S E
LS
Y
N S
U P
P
LY
TB
1-13
O
LD
S E
C U
R
ITY
TB
U
.5.#2
D U
R A
N T D
IG
ITA
L
IN
D
IC
A
TO
R D
U R
A N
T D
IG
ITA
L
IN
D
IC
A
TO
R
0.25A 0.25A
120 V A
C r14
IL8
IL5
R E
FE
R
E N
C E
D R
A W
IN
G
S
A
R
1.
C
A B
LE
S
IN
B
O
LD
S H
A
LL B
E R
E U
S E
D A
N D
R E
-LA
N
D E
D
IN
TH
E
N E
W
LO
C K
S
TA
N D
C O
N
TR
O L
E N
C
LO
S U
R E
, C C
2, IN
TH
E G
A
LLE
R Y
B E
LO
W
TH
E
LO
C
K S
TA
N
D . S
E E
D R
A W
IN
G
S E
-650 TH
R
O U
G H
E
-655 FO
R C
C 2 S
C H
E M
A
TIC
S , W
IR
IN
G , A
N D
LA
Y
O U
TS
2.
S
E E
D R
A W
IN
G
E
-660 TH
R O
U G
H E
-663 FO
R
N E
W
LO
C K
S
TA
N D
C O
N
TR
O L P
A N
E
L LS
2 LA
Y
O U
T A N
D W
IR
IN
G D
E
TA
ILS
, IN
C
LU
D
IN
G
TH
E N
E W
S R
S
B R
E A
K E
R S
S R
6-r2,4-S R
S 2, 3/C
#10
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E -101
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
ELECTRICAL INSTALLATION SITE PLAN
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_E-101XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
N A
V
IG
A
TIO
N
LO
C K
S
ITE
P
LA
N S
C A
LE
: 1" = 30'-0"
- 1
N O
TE
S
N
1.
M
A
JO
R E
LE
C
TR
IC
A
L IN
S
TA
LLA
TIO
N S
ITE
S
S H
O W
N . S
E E
E D
101 FO
R
D E
M O
LITIO
N
S
ITE
P
LA
21+72.53"C
, LS
Q -q1-K
S
E E
N O
TE
#3
22+20
22+55
22+80
23+17
22+80
23+17
22+50
21+72.5
22+20
22+23
21+92
21+80
21+45
21+29.5
> BRIDGE
21+14
D/S FACE BRIDGE
U/S FACE BRIDGE
FLU
S
H M
O U
N
TE
D R
E C
E P
TA
C
LE
S
O N
W A
LL,
E
L. 172 FO
R 2-150H
P U
N W
A
TE
R
IN
G P
U M
P S
S E
E N
O
TE
#5
3"C
, LS
Q -q1-U
P
S E
E N
O
TE
#3
3"C
, LS
Q -q1-U
P
S E
E N
O
TE
#3
14 "C
, LC
Q
-q4.1-D /S
S E
E N
O
TE
#4
14 "C
, LC
Q
-q5.1-LK S
E E
N O
TE
#3
C O
N D
U
ITS
S
TU
B B
E D
E
L. 163.25
14 "C
, LC
Q
-q5-LK S
E E
N O
TE
#3
12 "C
, S Q
5-q1-S Q
S
E E
N O
TE
#3
1"C
, LC
Q -q5.1-LK
S E
E N
O
TE
#3
23+08
14 "C
, LC
Q
-q4-D /S
S E
E N
O
TE
#4
C O
N D
U
ITS
S
TU
B B
E D
E
L. 163.25
1"C
, LC
Q -q5-LK
S E
E N
O
TE
#3
22+69
22+73
1"C
, LC
Q -q5-LK
S E
E N
O
TE
#3
12 "C
, S Q
5-q1-S Q
S
E E
N O
TE
#3
23+06
23+61
23+77.5
23+85
1"C
, LC
Q -q5-LK
S E
E N
O
TE
#3
21+40
22+00
22+48
23+15
23+50 23+50
23+15
22+53
22+35
22+00
21+65
21+38
S
E -302
S
E -302
S
E -302
S
E -302
S
E -302
S
E -302
S
E -302
N
E -301
N
E -301
N
E -301
N
E -301
N
E -301
N
E -301
D E
R R
IC
K
P
IT
K
M
ITE
R G
A
TE
#2 M
A C
H
IN
E R
O O
M E
L. 158
M
ITE
R G
A
TE
#1 M
A C
H
IN
E R
O O
M E
L. 158S
TO
P
LO
G P
IT
N A
V
IG
A
TIO
N
LO
C K
G A
LLE
R
Y E
L. 158
G A
LLE
R
Y E
L.158
G A
LLE
R
Y E
L. 158
G A
LLE
R
Y E
L. 158
A-
B-
S
E -302
P A
N E
L S Q
P A
N E
L S Q
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
(E ) (1)12" &
(1)18" C A
B
LE
TR
A
Y (S
TA
C
K E
D
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
E L. 168
E L. 168
3E L502
4E L502
CE
-411
E L. 158.0
E L. 145.0
P U
LL B
O
X
E L. 168.0
D E
R R
IC
K
P
IT
3"C
, LC
Q -q1-K
FR
O
M D
E C
K
LIG
H T
1"C
, LC
Q -q5.1
S E
E N
O
TE
#3
S U
R
FA
C E
M O
U N
TE
D
J-B O
X
G A
LLE
R
Y C
A B
LE
TR
A Y
S
TO
P
O
F LO
C K
E L. 168
E L. 158
E L. 165
G2ECDSEGFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E -102
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
NAVLOCK WEST
ELECTRICAL PLAN
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_E-102XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
2E -401
N O
TE
S
1.
TH
E
S E
C
TIO
N C
A
LLO
U
TS
N U
M B
E R
E D
W
ITH
"S #" A
N D
"N #" A
R E
C A
B
LE
TR
A
Y S
E C
TIO
N
D E
TA
ILS
. R E
FE
R
TO
S
H E
E
TS
E -301 A
N D
E
-302 FO
R C
A B
LE
TR
A Y
S E
C
TIO
N D
E
TA
ILS
. TH
E C
A B
LE
TR
A Y
S E
C
TIO
N S
IN
D
IC
A
TE
C
A B
LE
S
TO
B
E R
E P
LA
C
E D
, D E
M O
LIS
H
E D
, A N
D E
X
IS
TIN
G
TO
R
E M
A
IN
2.
R
E
FE
R
TO
S H
E E
TS
E
L614 A N
D E
L615 FO
R
A S
C H
E D
U
LE
O F G
O V
E R
N M
E N
T
FU
R N
IS
H
E D
C O
N
TR
A C
TO
R
IN
S
TA
LLE
D C
A B
LE
S
. R E
FE
R
TO
S
H E
E T E
-665, E -666, A N
D E
-667 FO
R
FO
R
A S
C H
E D
U
LE
O F C
O N
TR
A
C
TO
R
FU
R N
IS
H
E D
A N
D C
O N
TR
A
C
TO
R
IN
S
TA
LLE
D
C A
B
LE
S . A
LL C
O
N D
U
ITS
A R
E E
X
IS
TIN
G
, U N
LE
S
S N
O
TE
D O
TH
E
R W
IS
E
3.
TR
A N
S
ITIO
N
TH
E N
E W
C A
B
LE
IN
S
TA
LLA
TIO
N
FR
O
M
TH
E E
X
IS
TIN
G
C A
B
LE
TR
A
Y
TH
R O
U G
H
TH
E E
X
IS
TIN
G
C O
N D
U
IT A
N D
C O
N N
E C
T TO
TH
E D
E S
IG
N
A
TE
D
LO
A D
4.
R
E P
LA
C
E
TH
E
LC
Q -q4-D
/S C
A B
LE
LO
C A
TE
D
IN
TH
E N
O R
TH
G
A
LLE
R Y
C A
B
LE
TR
A
Y A
N D
TH
E
LC
Q
-q4.1-D /S
C A
B
LE
LO
C
A
TE
D
IN
TH
E
S O
U
TH
G A
LLE
R
Y C
A B
LE
TR
A Y
W
H E
R E
TH
E
C A
B
LE
TR
A
N S
ITIO
N
S
FR
O M
C A
B
LE
TR
A
Y
TO
C O
N D
U
IT, S
P
LIC
E
TH
E N
E W
C A
B
LE
W
ITH
TH
E
E X
IS
TIN
G E
M B
E D
D E
D C
A B
LE
TH
A T S
H A
LL R
E
M A
IN
P R
O V
ID
E
A N
E W
JU
N
C
TIO
N B
O X
W
ITH
TE
R
M
IN
A L B
LO
C
K S
A
T TH
E E
N D
O
F TH
E E
M B
E D
D E
D C
O N
D U
IT TO
S
P
LIC
E
TH
E C
A B
LE
S
. R E
FE
R
TO
D
E
TA
ILS
3 A
N D
4 O N
S H
E E
T E L502.
5.
R
E P
LA
C
E
TH
E E
X
IS
TIN
G
E Q
U
IP
M E
N T R
E C
E P
TA
C
LE
W
ITH
N
E W
M E
LTR
IC
(O R
A P
P R
O V
E D
E Q
U A
L) D R
250, #39-24243-K 04 W
ITH
45° A
N G
LE
M
A
220. P
R O
V
ID
E M
A
TC
H
IN
G
IN
LE
T A
N D
H A
N D
LE
, M
E
LTR
IC
(O
R A
P P
R O
V E
D E
Q U
A L) D
R
#3928243-K 14 W
ITH
5' O
F C O
R D
S
IZE
D
TO
M A
TC
H
TH
E
FE
E
D E
R C
A B
LE
FO
R C
O N
N E
C
TIO
N
TO
E Q
U
IP
M E
N T.
N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -10.0-6-1/3
E M
B E
D D
E D
C O
N D
U
IT &
LIG
H
TIN
G
S
TA
. 21+14 TO
S
TA
. 23+85
D D
N -1-6-1/9
C A
B
LE
TR
A
Y S
- N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/10 C
A B
LE
TR
A Y
S
- S
O U
TH
G
A
LLE
R Y
D D
N -1-6-1/14
C A
B
LE
P O
S
ITIO
N
IN
TR
A
Y S
N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/15 C
A B
LE
P
O S
ITIO
N
IN
TR
A Y
S S
O U
TH
G
A
LLE
R Y
D E
R R
IC
K
P
IT S
E C
TIO
N
S C
A
LE
: 1/8" = 1'-0"
- A
G A
LLE
R
Y S
E C
TIO
N
S C
A
LE
: 1/4" = 1'-0"
- B
C C
1, N E
W C
O N
TR
O
L E
N C
LO
S
U R
E
TU
N
N E
L B E
LO
W
LO
C
K S
TA
N
D
D /S
LO
C
K S
TA
N
D
LS
1E -412
S R
S R
N A
V
LO
C K
W E
S T E
LE
C
TR
IC
A L P
LA
N
S C
A
LE
: 1/8" = 1'-0" E
-101
12 "C
, S Q
5-q1-S Q
S
E E
N O
TE
#3
27+74
28+14
28+30
28+54
28+90
29+10
29+28.5
29+60
29+69
29+90
30+19
12 "C
, S Q
5-q1-S Q
S
E E
N O
TE
#3
3"C
, LS
Q -q1-K
S
E E
N O
TE
#3
C O
N D
U
IT S
TU
B
B E
D O
U T @
E L. 145.00
28+16
28+29
28+34
29+10
29+55
29+75
28+16
28+29
28+34
29+10
29+75
29+86
29+52.5
28+90
1"C
, LC
Q -q5-LK
S E
E N
O
TE
#3 1"C
, LC
Q
-q5-LK S
E E
N O
TE
#3
1"C
, LC
Q -q5-LK
S E
E N
O
TE
#3
P A
N E
L S Q
P A
N E
L S Q
1"C
, LC
Q
-q5.1-LK S
E E
N O
TE
#3
29+40
30+00
28+98
29+10
29+30
C O
N D
U
IT S
TU
B
B E
D U
P
TO
E L. 149.5
S
E -302
S
E -302
S
E -302
TA
IN
TE
R
G A
TE
M
A C
H
IN
E R
O O
M G
3D
E L. 158
N
E -301
S
E -302
N
E -301
TA
IN
TE
R
G A
TE
M
A C
H
IN
E R
O O
M G
3D
E L. 158
N
E -301
N
E -301
N
E -301
N
E -301
K
D E
R R
IC
K
P
IT
G A
LLE
R
Y E
L. 158
G A
LLE
R
Y E
L. 158
N A
V
IG
A
TIO
N
LO
C K
(E ) (2)18"
C A
B
LE
TR
A
Y S
(E ) (3)18" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
(E ) (3)18" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
(E ) (1)12" &
(1)18" C
A B
LE
TR
A Y
(S
TA
C K
E D
(E ) (1)12" &
(1)18" C
A B
LE
TR
A Y
(S
TA
C K
E D
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
(E ) (2)12" C
A B
LE
TR
A Y
S (S
TA
C
K E
D
DE
-411
G2ECDSEGFile Last Saved By:
11/3/2015
DCA B
S H
E E
T
ID
E N
TIFIC
A
TIO
N
E
U S A rm y C orps of Engineers
E -103
THE DALLES LOCK AND DAM
NAVIGATION LOCK
U/S GATE, CONTROLS, GUDGEON
NAVLOCK EAST
ELECTRICAL PLAN
J. BRACKIN 10/16/2015
G2ECDJBP B. BANNISTER W9127N-16-R-0002
WILLIAM FORTUNY P.E.
1:1
ANSI F DDN1.105_E-103XXX.dwg
P O
R
TLA
N D
D
IS
TR
IC
T
N A
V
LO
C K
E A
S T E
LE
C
TR
IC
A L P
LA
N
S C
A
LE
: 1/8" = 1'-0" E
-101
N O
TE
S
1.
TH
E
S E
C
TIO
N C
A
LLO
U
TS
N U
M B
E R
E D
W
ITH
"S #" A
N D
"N #" A
R E
C A
B
LE
TR
A
Y S
E C
TIO
N
D E
TA
ILS
. R E
FE
R
TO
S
H E
E
TS
E -301 A
N D
E
-302 FO
R C
A B
LE
TR
A Y
S E
C
TIO
N D
E
TA
ILS
. TH
E C
A B
LE
TR
A Y
S E
C
TIO
N S
IN
D
IC
A
TE
C
A B
LE
S
TO
B
E R
E P
LA
C
E D
, D E
M O
LIS
H
E D
, A N
D E
X
IS
TIN
G
TO
R
E M
A
IN
2.
R
E
FE
R
TO
S H
E E
TS
E
L614 A N
D E
L615 FO
R
A S
C H
E D
U
LE
O F G
O V
E R
N M
E N
T
FU
R N
IS
H
E D
C O
N
TR
A C
TO
R
IN
S
TA
LLE
D C
A B
LE
S
. R E
FE
R
TO
S
H E
E
TS
E -665, E
-666, A
N D
E
-667 FO
R
FO
R A
S C
H E
D U
LE
O
F C O
N
TR
A C
TO
R
FU
R
N
IS
H E
D A
N D
C O
N
TR
A C
TO
R
IN
S
TA
LLE
D C
A B
LE
S
. A
LL C
O N
D U
ITS
A
R E
E X
IS
TIN
G , U
N
LE
S S
N O
TE
D
O
TH
E R
W
IS
E
3.
TR
A N
S
ITIO
N
TH
E N
E W
C A
B
LE
IN
S
TA
LLA
TIO
N
FR
O
M
TH
E E
X
IS
TIN
G
C A
B
LE
TR
A
Y
TH
R O
U G
H
TH
E E
X
IS
TIN
G
C O
N D
U
IT A
N D
C O
N N
E C
T TO
TH
E D
E S
IG
N
A
TE
D
LO
A D
N
R E
FE
R
E N
C E
D R
A W
IN
G
S
D D
N -1-6-1/5
E M
B E
D D
E D
C O
N D
U
IT &
LIG
H
TIN
G
S
TA
. 27+74 TO
S
TA
. 30+13
D D
N -1-6-1/9
C A
B
LE
TR
A
Y S
- N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/10 C
A B
LE
TR
A Y
S
- S
O U
TH
G
A
LLE
R Y
D D
N -1-6-1/14
C A
B
LE
P O
S
ITIO
N
IN
TR
A
Y S
N O
R
TH
G A
LLE
R
Y D
D N
-1-6-1/15 C
A B
LE
P
O S
ITIO
N
IN
TR
A Y
S S
O U
TH
G
A
LLE
R Y
C C
2, A U
TO
P
LC
E
N C
LO
S
U R
E
C U
TO
U
T B E
LO
W
LO
C
K S
TA
N
D
U /S
LO
C
K S
TA
N
D
LS
2E -412
S R
S R
S2-c1-NTX (D)
LCQ-q4.1-D/S (RE)
G3D2-q1-G3D1 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
LCQ-q5-LK (RE) LSQ-q1-K2 (RE) LCQ-q1-K2 LCQ-q6-U/S (RE)
LCQ-q1-V3 (RE)
LCQ-q6.1-U/S (RE)
LCQ-q1-BPA (RE)
SQ6-q1-SP (RE) LCQ-q1-SP
LCQ-c1-P1 (D) SRS2-r1.1-G3D1 (D) S2-c1-SR5 (E) SR8-r3-NAV. (D) SPS2-r2.1-VS (D) S2-u1-V4 (D) S2-u1-V3 (D) S2-c1-V3 (D) S2-c2-V3 (D) SR8-r4-NAV. (RE)
SR8-r1 (D)
S2-c1-NTX (D)
LCQ-q4.1-D/S (RE)
G3D2-q1-G3D1 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
LCQ-q5-LK (RE) LSQ-q1-K2 (RE) LCQ-q1-K2 LCQ-q6-U/S (RE)
LCQ-q1-V3 (RE)
LCQ-q6.1-U/S (RE)
SQ6-q1-BPA (RE) LCQ-q1-BPA
SQ6-q1-SP (RE) LCQ-q1-SP
LCQ-c1-P1 (D)
SRS2-r1.1-G3D1 (E)
S2-c1-SR5 (E)
SR8-r3-NAV. (D)
SRS2-r2.1-VS (E)
S2-c1-NTX (D)
SR8-r1 (D)
LCQ-q4.1-D/S (RE)
G3D2-q1-G3D1 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
LCQ-q5-LK (RE)
LSQ-q1-K2 (RE) LCQ-q1-K2
LCQ-q6-U/S (RE)
SQ6-q1-SP (RE) LCQ-q1-SP
SQ5-q1-G1 (RE) LCQ-q1-G1
LCQ-c1-P1 (D) SRS2-r1.1-G3D1 (E) S2-c1-SR5 (E) SR8-r3-NAV. (D) SRS2-r2.1-V/S (E)
SR8-r1 (D)
G3D2-q1-G3D1 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q5-LK (RE)
LSQ-q1-K2 (RE) LCQ-q1-K2
LCQ-q6-U/S (RE)
SQ6-q1-SP (RE) LCQ-q1-SP
S2-c1-NTX (D)
A
LL C
A B
LE
S
H A
N G
IN
C
A B
LE
-S
H A
FT.
LCQ-q4.1-D/S (RE)
G3D1-q1-G3D2 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ6-q1-LK (RE) LCQ-q1-LK
LCQ-q6-U/S (RE)
SQ6-q1-SP (RE) LCQ-q1-SP
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
SQ3-q3-R3 (E)
LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ3-q1-T3 (E)
LCQ-q5-LK (RE)
LCQ-c1-P1 (D)
SR8-r1 (D)
LCQ-q4.1-D/S (RE)
G3D1-q1-G3D2 (D)
SQ3-q1-T3 (E)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ5-q3-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
LCQ-q5-LK (RE)
SQ3-q3-R3 (E)
LCQ-c1-P1 (D) SR8-r1 (D)
SR5-r4-G3D1 (E) S2-c1-NTX (D) SR5-u1-NTX (D)
LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
G3D1-q1-G3D2 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
LCQ-q5-LK (RE)
LCQ-c1-P1 (D) SR8-r1 (D)
SRS2-r1.1-G3D1 (E) SR5-r4-G3D1 (E) S2-c1-NTX (D) SR5-u1-NTX (D)
LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
SQ5-q1-G3D1 (RE) LCQ-q1-G3D1
LCQ-q2-G3D1 (D)
LCQ-q3-G3D1 (D)
LCQ-q5-LK (RE)
G3D1-q1-G3D2 (D)
SQ5-q1-SQ3 (RE) LCQ-q1-SQ3
LCQ-c1-P1 (D)
SR8-r1 (D)
SRS2-r1.1-G3D1 (E)
S2-c1-SR5 (E)
S2-c1-NTX (D)
S1-c1-SR3 (E)
SR8-r1 (D)LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q1-V1 (RE)
LCQ-q1-P1 (RE)
LCQ-q5-LK (RE)
S1-c1-SR3 (E)
SR8-r1 (D)
S1-u1-V1 (D)
S1-c2-V1 (D)
S1-c1-V1 (D)
LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
SQ1-q6-V1 (E)
LCQ-q5-LK (RE)
S1-c1-SR1 (E)
SR8-r1 (D)
S1-c1-SR3 (E)
CC1-u1-RIO1 (RE) S1-u1-V1
S1-c2-V1 (D)
CC1-c1-RIO1 (RE) S1-c1-V1
SR1-r4-G1 (RE) SR1-r4
SR1-r13-15 (E)
SQ5-q1-G1 (RE) LCQ-q1-G1
SQ5-q1-SQ1 (RE) LCQ-q1-SQ1
LCQ-q5-LK (RE)
S1-c1-SR1 (E) SR8-r1 (D)
S1-c1-SR3 (E) CC1-u1-RIO1 (RE) S1-u1-V1 S1-c2-V1 (D) CC1-c1-RIO1 (RE) S1-c1-V1 SR1-r4-G1 (RE) SR1-r4 SR1-r13-15 (E)
LCQ-q4.1-D/S (RE)
SQ5-q1-G1 (RE) LCQ-q1-G1
LCQ-q5-LK (RE)
S1-c1-SR1 (E) SR8-r1 (D)
S1-c1-SR3 (E) SRS1-r1.1 (E)
CC1-h1-LG1N (RE) S1-c2-G1 S1-c2-V1 (D) LG1N-c1-CC1 (RE) S1-c1-G1
SR1-r13-15 (E)
R A
D
IO
TE
R
M
IN
A
TE
S
LCQ-q4.1-D/S (RE)
LCQ-q5-LK (RE)
S1-c1-SR1 (E)
SR8-r1 (D)
S1-c1-SR3 (E) SRS1-r1.1 (E)
S1-c2-V1 (D)
SR1-r13-15 (E)
LCQ-q5-LK (RE)
LCQ-q4.1-D/S (RE)
TE
LE
P H
O N
E
TE
R M
IN
A
TE
S
G R
O U
N D
SQ1-q4-V1 (E)
SQ1-q6-V1 (E)
CC2-h1-LG3N (N) LG3N-c2-LG3S (N) LG3N-c1-LG3S (N) LG3N-u2-LG3S (N) LG3S-u1-LG3N (N)
P R
E V
IO
U
S C
A B
LE
D
E S
IG
N
A
TIO
N
(TY
P
IC
A
L IF C
H A
N G
E D
N E
W O
R C
U R
R E
N T
C A
B
LE
D E
S
IG
N A
TIO
N
(TY
P
IC
A
L)
250M C
M G
R O
U N
D C
A B
LE
1‚"C .-R
A D
IO
A
N
TE
N N
A
1"C .-S
.P
. TE
LE
P
H O
N E
TY
P
IC
A
L S E
C
TIO
N
P R
E V
IO
U
S C
A B
LE
D
E S
IG
N
A
TIO
N
(TY
P
IC
A
L IF C
H A
N G
E D
N E
W O
R C
U R
R E
N T
C A
B
LE
D E
S
IG
N A
TIO
N
(TY
P
IC
A
L) G
R O
U N
D C
A B
LE
CC1-c1-RIO1 (N)
CC1-h1-RIO1 (N)
RIO1-u1-CC1 (N)
RIO1-6/f-MM-LG1N (N)
LCQIO-tn1-RIO3 (N)
CC2-h1-LG3N (N)
LG3N-c2-LG3S (N)
LG3N-c1-LG3S (N)
LG3N-u2-LG3S (N)
LG3S-u1-LG3N (N)
LCQIO-tn1-RIO3 (N)
RIO3-u1-V4SPT (N)
LCQ-c1-RIO1 (N)
LCQ-c1-RIO1 (N)
CC2-h1-LG3N (N)
LG3N-c2-LG3S (N)
LG3N-c1-LG3S (N)
LG3N-u2-LG3S (N)
LG3S-u1-LG3N (N)
RIO3-tn1-LG3N (N)
LCQ-c1-RIO1 (N)
CC2-h1-LG3N (N) LG3N-c2-LG3S (N) LG3N-c1-LG3S (N) LG3N-u2-LG3S (N) LG3S-u1-LG3N (N)
RIO3-tn1-LG3N (N)
LCQ-c1-RIO1 (N)
CC2-h1-LG3N (N)
LG3N-c2-LG3S (N)
LG3N-c1-LG3S (N)
LG3N-u2-LG3S (N)
LG3S-u1-LG3N (N)
RIO3-tn1-LG3N (N)
LCQ-c1-RIO1 (N)
CC2-h1-LG3N (N) LG3N-c2-LG3S (N) LG3N-c1-LG3S (N) LG3N-u2-LG3S (N) LG3S-u1-LG3N (N)
LCQ3S-tn1-LCQ3N (N)
LCQ-c1-RIO1 (N)
SR5-r1-LG3N (N)
CC2-h1-LG3…
This is the start of the file's text. The full file is on GovTribe.
File details come from the government source that posted it. Updated .