Telecommunications Final RTA C-23-24 STA 2021-07-06.pdf
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- Solicitation number
- W912EP21R0022
About this file
This federal solicitation seeks proposals for the Comprehensive Everglades Restoration Plan, Indian River Lagoon South C-23/24 Stormwater Treatment Area project located in St. Lucie County, Florida. The base work includes construction of stormwater treatment areas totaling approximately 1,970 acres, with perimeter and cell division levees, collection and distribution channels, and multiple culvert structures. An option to install a temporary pump station is also included. Proposals are due on August 12, 2021 and the contract performance period is approximately 1,460 calendar days. The construction value is estimated between $100-175 million. The award will be made based on technical merit, past performance, small business participation, and price. FAR clauses related to small business subcontracting plans and HUBZone price evaluation will apply.
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CAMERAS
FIXED IP CAMERA
CAMERA POLE
GENERAL NOTES
PRIMARY PROCESS FLOW
ELECTRICAL SIGNAL (DISCRETE)
A ELECTRICAL SIGNAL (ANALOG)
M MOTOR
LEVEL (BUBBLE TUBE)
LEVEL (FLOAT)
LEVEL (ULTRASONIC)
ACTUATOR OR OPERATORS
PRIMARY ELEMENTS
X-Y-Z
L A H
FIELD MOUNTED INSTRUMENT
REAR OF PANEL MOUNTED INSTRUMENT
FRONT OF A SECONDARY PANEL, PLC
HMI SCREEN AT OFFICE
INSTRUMENT ABBREVIATION
(PROGRAMMABLE LOGIC CONTROLLER)
FRONT OF MAIN PANEL, PLC
INSTRUMENTATION LEGEND
PUMPS AND COMPRESSORS
GATES AND VALVES
CULVERT GATE
FRONT PF LOCAL PANEL MOUNTED INSTRUMENT
A ANALYSIS (*) ALARM USERS CHOICE (*)
B BURNER FLAME USERS CHOICE (*)
C CONDUCTIVITY
D
E
F
G GLASS
H
I
J
K
L
M
N
O OFFICE
P
Q
R
S
T TEMPERATURE
U
V
W
X UNCLASSIFIED (*)
Y
Z
USERS CHOICE (*)
DENSITY (S.G.)
VOLTAGE
FLOW RATE
GAUGE
HAND (MANUAL)
CURRENT
POWER
TIME OR SCHEDULE
LEVEL OR LIMIT
MOTION
TORQUE
LOOP VEH. DETECTOR
PRESSURE OR VACUUM
QUANTITY OR EVENT
RATIO
SPEED OR FREQUENCY
VISCOSITY
MULTIVARIABLE (*)
WEIGHT OR FORCE
PHOTO CELL
UNCLASSIFIED (*)
POSITION
DIFFERENTIAL
SCAN
SAFETY
RATIO
PRIMARY ELEMENT
INDICATE
LIGHT (PILOT)
USERS CHOICE (*)
POINT (TEST CONNECTION)
INTEGRATE
RECORD OR PRINT
MULTI FUNCTION (*)
WELL
UNCLASSIFIED (*)
LIGHT SOURCE
CONTROL STATION
USERS CHOICE (*)
UNCLASSIFIED (*)
CONTROL
GATE
SWITCH
TRANSMIT
VALVE
RELAY OR COMPUTE (*)
FINAL CONTROL ELEMENT
DRIVE, ACTUATE OR UNCLASSIFIED
CLOSE
HIGH
LOW
MIDDLE
NORMAL
OPEN
(*) WHEN USED, EXPLANATION IS SHOWN ADJACENT TO INSTRUMENT SYMBOL
FIRST LETTER SUCCEEDING LETTERS
MODIFIER OUTPUT FUNCTION MODIFIERLETTER
INITIATING VARIABLE
PROCESS OR
PASSIVE FUNCTION
READOUT OR
INSTRUMENT LINE SYMBOLS
TAG NUMBERS
SUBMERSIBLE PUMP
INSTRUMENT, SYSTEMS, AND AUTOMATION SOCIETY TABLE
T-001
J
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D N
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C
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IC
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FUNCTION SYMBOLS
GENERAL INSTRUMENT AND
(PROGRAMMABLE LOGIC CONTROLLER)
FRONT OF MAIN PANEL, PLC
NTS
C S
T A
T S .d g n
STEEL WHEN EXPOSED.
CONDUIT SHALL BE PVC COATED RGS OR STAINLESS
UNDERGROUND OR EMBEDDED IN CONCRETE.
CONDUIT SHALL BE PVC SCHEDULE 80 WHEN 6.
STAINLESS STEEL.
ALL EXTERIOR ENCLOSURES SHALL BE NEMA 4X 5.
SYSTEM - GENERAL PROVISIONS".
"INSTRUMENTATION, CONTROLS AND MONITORING
ARE TO BE PROVIDED UNDER SECTION
COMPONENTS AND PANELS SHOWN WITH A DIAMOND ( ) 4.
AS PART OF THE ELECTRICAL SYSTEM.
PACKAGED SYSTEM, MECHANICAL SYSTEM OR PROVIDED
ASTERISK (**) ARE TO BE PROVIDED AS PART OF A
COMPONENTS AND PANELS SHOWN WITH A DOUBLE 3.
INSTALLED WITH A 1P-15A CIRCUIT BREAKER
ALL CONTROL PANELS SHALL BE FURNISHED AND 2.
U.L. APPROVED PANEL SHOP.
THE INSTRUMENT AND CONTROL SUPPLIER SHALL HAVE A1.
VARIABLE FREQUENCY DRIVEVFD
SOLID STATE REDUCED VOLTAGE STARTERSSRVS
STOP/STARTSS
SETPOINTSP
STATION CONTROL CENTERSCC
SURGE ARRESTERSA
REMOTE TELEMETRY UNITRTU
RAISE LOWER STOPRLS
PRESSUREPRES
POWER APPLIED FOR MOTIONPAFM
OPEN-CLOSE-STOP-REMOTEOSCR
OPEN-CLOSE-STOPOSC
OPEN-CLOSEOC
OPEN-CLOSE-AUTOOCA
MOTOR OPERATED VALVEMOV
MAIN CONTROL PANELMCP
MOTOR CONTROL CENTERMCC
LOCAL-REMOTELR
LOCK-OUT-STOPLOS
LOCAL-REMOTE-OFFLOR
INDICATIONIND
HAND-OFF-REMOTEHOR
HAND-OFF-AUTOHOA
GENERATORGEN
FORWARD-REVERSE-STOPFRS
FIBER OPTIC CABLEFOC
FLOW INDICATING SWITCHFIS
FILTERFIL
ELAPSED TIME METERETM
EMERGENCY STOPES
ELECTRICAL PANELEP
DIGITAL OUTPUT, ANALOG OUTPUTDO, AO
DIGITAL INPUT, ANALOG INPUTDI, AI
CONTROL PANELCP
COMMONCOM
S O
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A N
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X X
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X -X -X
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FINAL RTA
SUCCEEDING LETTERS
FIRST LETTER(S)
UNIT PROCESS NUMBER
LOOP NUMBER
FUNCTIONAL LOOP IDENTIFICATION)
OR MORE INSTRUMENTS HAVING THE SAME
LOOP NUMBER MODIFIER (USED WITH TWO
T-002
H E
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A T
IO
N S
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IN
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SCALE: NTS
SCADA SYSTEM BLOCK DIAGRAM
S C
A D
A S
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M B
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C K D
IA
G R
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C S
T A T S .d g n
S H
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RTU
ACE3600
ANTENNA
RF
RADIO
RADIO
S-432A GATED CULVERT
(EXISTING)
MICROWAVE TOWER
RADIO
RADIO
S-432B GATED CULVERT
RADIO
S-433A GATED CULVERT
RADIO
S-433B GATED CULVERT
RADIO
S-436A GATED CULVERT
RADIO
S-436B GATED CULVERT
RADIO
S-437B GATED CULVERT
RADIO
S-437A GATED CULVERT
RADIO
S-436C GATED CULVERT
RADIO
S-438A GATED CULVERT
RADIO
S-438B GATED CULVERT
RADIO
S-439A GATED CULVERT
RADIO
S-439B GATED CULVERT
RADIO
RADIO
S-441 GATED CULVERT
S O
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ID
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X -X -X
X X
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C O
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S R
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N P
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N
C -2
-2
S
T O
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W A
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R T
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N T A
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A W
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P
R
FINAL RTA
T-003
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C O
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SCADA SYSTEM BLOCK DIAGRAM
S C
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M B
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IA
G R
A M
C S
T A T S .d g n
S H
E E
RADIO
(EXISTING)
MICROWAVE TOWER
CAMPBELL
S-432A REMOTE RTU S-434A REMOTE RTU
S-433A REMOTE RTU S-433B REMOTE RTU S-435A REMOTE RTU S-435B REMOTE RTU
S-436C REMOTE RTU S-437A/B REMOTE RTU S-438A/B REMOTE RTU S-439A/B REMOTE RTU
S-441 HW REMOTE RTU GW-1 REMOTE RTU GW-2 REMOTE RTU
GW-3 REMOTE RTU GW-4 REMOTE RTU GW-7 REMOTE RTUGW-6 REMOTE RTUGW-5 REMOTE RTU
S-432B REMOTE RTU
RAIN GAUGE RTU
S-434B REMOTE RTU
S-436A AND 436B REMOTE RTU
O
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C O
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N S
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S
C S
IC
K L E
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T-004
C S
T A T S .d g n
S H
E E
S-431A, S-431B, S-432A AND S-432B P&ID
S -4
A /B A
N D S -4
A /B P
ID
ZT
M
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
(3) (2)
ZI
HS
QI
QA
EI
POSITION ALARM
TORQUE
3260 3261 3263
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
LR
NAH
32533252326432623259 3251
3254 3256 3255
POSITION ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
HMI
MICROWAVE EQUIPMENT SHELTER RF COMMUNICATION RACK
A
LI
LEVEL
LT
GAGE
STAFF
ZI
S-432B TAILWATER
GATE NO. 1
STRUCTURE S-432B
S-434A HEADWATER
RAISE LOWER STOP
MOTOR STARTER
S-432B GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
(3) (2)
POSITION ALARM
TORQUE
3210 3211 3213
LEVEL
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
32153208
32033202321432123209 3201
3204 3206 3205
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
NAH
LT
GAGE
STAFF
LT
GAGE
STAFF
ZI
S-432A TAILWATER
GATE NO. 1
STRUCTURE S-432A
S-432A GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
RTU S-432A RTU S-432B
REMOTE
S-432B
RTU
REMOTE
S-432A
RTU
S-434A
LT
GAGE
STAFF
ZI
S-434B HEADWATER
S-434B
LT
GAGE
STAFF
ZI
S-425 TAILWATER
O
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IO
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A N
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X X
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X X
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N P
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N
C -2
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S
T O
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W A
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R T
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A T
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P
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N S
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IN
S
C S
IC
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R
T-005
C S
T A T S .d g n
S H
E E
SCALE: nts
S-433A AND S-433B P&ID
S -4
A A
N D S -4
B P
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
(3) (2)
POSITION
ALARM
TORQUE
3360 3361 3363
LEVEL
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
LR
NAH
33655101
33533352336433623359 3351
3354 3356 3355
POSITION
ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
NAH
LT
GAGE
STAFF
LT
GAGE
STAFF
ZI
S-451 HEADWATER
GATE NO. 1
STRUCTURE S-433B
S-433B HEADWATER
RAISE LOWER STOP
HS
S-433B GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION
ALARM
TORQUE
3310 3311 3313
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
LR
NAH
33033302331433123309 3301
3304 3306 3305
ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
LT
GAGE
STAFF
ZI
GATE NO. 1
STRUCTURE S-433A
S-433A HEADWATER
RAISE LOWER STOP
HS
S-433A GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
RTU S-433A RTU S-433B
RTU
REMOTE
S-433B
RTU
S-433A
S O
L
IC
IT
A T
IO
N N
O
D E
S
IG
N E
D B
Y
D E
S C
R
IP
T
IO
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3610 3611 3613
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UTILITY
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RTU
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POWER
RTU A.C.
TROUBLE
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SIGNALS
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36033602361436123609 3601
3604 3606 3605
ALARM
TORQUE
CIRCUITS
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PULSE
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ACTIVATED
SWITCH
RTU DOOR
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RTU A.C.
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STRUCTURE S-436A
S-436A TAILWATER
RAISE LOWER STOP
HS
S-436A GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
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RTU S-436A
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LT
S-435A HEADWATER
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S-435A
RTU
S-435B
RTU
S-436A AND S-436B
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HS
HS
HS
POSITION
ALARM
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3640 3641 3643
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
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36333632364436423639 3631
3634 3636 3635
ALARM
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PULSE
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CONTROLS
ACTIVATED
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RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
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POWER
UTILITY
VOLTAGE
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HMI
STRUCTURE S-436B
RAISE LOWER STOP
HS
S-436B GATE #1
LOWER
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LOWER PAFM
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PAFM
RTU S-436B
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U .S
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C S
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M A
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S -4
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S -4
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S-451 TAILWATER
RLS
A
NSH
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Z1
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LOCAL
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QL
HS
HS
HS
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POSITION
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TORQUE
3670 3671 3673
LEVEL
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
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ACTIVATED
SWITCH
RTU DOOR
LR
NAH
36755102
36633662367436723669 3661
3664 3666 3665
ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
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CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
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POWER
UTILITY
VOLTAGE
BATTERY
RTU
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LT
GAGE
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LT
GAGE
STAFF
ZI
GATE NO. 1
STRUCTURE S-436C
S-436C TAILWATER
S-436C GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
RTU S-436C
ANTENNA
RF
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RF
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RF
ANTENNA
RF
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US Army Corps
U .S
A R
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P S O
F E
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C O
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S
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T-008
C S
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S-437A AND S-437B P&ID
S -4
A A
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B P
RLS
A
NSH
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ZIL
Z1
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HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION ALARM
TORQUE
3760 3761 3763
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
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37533752376437623759 3751
3754 3756 3755
ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
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CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
S-437B TAILWATER GATE NO. 1
STRUCTURE S-437B
S-437B GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
RLS
A
NSH
ZIH
ZIL
Z1
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HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION ALARM
TORQUE
3710 3711 3713
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
37033702371437123709 3701
3704 3706 3705
ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
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RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
LT
GAGE
STAFF
ZI
GATE NO. 1
STRUCTURE S-437A
S-437A/B HEADWATER
S-432A GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
RTU S-437A RTU S-437B
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
RTU
REMOTE
S-437A/B
DUAL STEM DUAL STEM
S O
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N N
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S
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B
C
D
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F
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2 3 4 5 6 7 8 9 10
SHEET ID
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US Army Corps
U .S
A R
M Y C
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P S O
F E
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G D
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X X
X X
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X
C O
M P
R E
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V E
R G
L A
D E
S R
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T O
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N P
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N
C -2
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S
T O
R M
W A
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R T
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A T
M E
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P
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C O
M M
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H A
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S
C S
IC
K L E
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T-009
C S
T A T S d g n
S H
E E
S-438A AND S-438B P&ID
S -4
A A
N D S -4
B P
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION
ALARM
TORQUE
3860 3861 3863
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
38533852386438623859 3851
3854 3856 3855
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
STRUCTURE S-438B
S-438B GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION
ALARM
TORQUE
3810 3811 3813
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
38033802381438123809 3801
3804 3806 3805
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
LT
GAGE
STAFF
ZI
GATE NO. 1
STRUCTURE S-438A
S-438A HEADWATER
S-438A GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
RTU S-438A RTU S-438B
RTU
S-438A/B
DUAL STEM DUAL STEM
S O
L
IC
IT
A T
IO
N N
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D E
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IG
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D B
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N
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M A
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D B
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C O
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C T N
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D B
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D R
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S
U E D
A T
E
B
C
D
E
F
G
2 3 4 5 6 7 8 9 10
SHEET ID
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US Army Corps
U .S
A R
M Y C
O R
P S O
F E
N G
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E E
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F
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A M
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A N
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J A
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T R
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S
A N M
A R
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J A
C K
S O
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L E F
L
M M
M M
M M
M M
M Y
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N R
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E R L
A G
O O
N S
O U
T H
S T L
U C
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C
O U
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L O
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ID
A
J
G A
IL
L A
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X X
X X
X X -X
X -X -X
X X
X
C O
M P
R E
H E
N S
IV
E E
V E
R G
L A
D E
S R
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T O
R A
T
IO
N P
L A
N
C -2
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S
T O
R M
W A
T E
R T
R E
A T
M E
N T A
R E
A W
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P
R
H E
L B
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L E
C O
M M
U N
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A T
IO
N S
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H A
W K
IN
S
C S
IC
K L E
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T-010
C S
T A T S .d g n
S H
E E
S-439A AND S-439B P&ID
S -4
A A
N D S -4
B P
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION ALARM
TORQUE
3960 3961 3963
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
LR
NAH
39533952396439623959 3951
3954 3956 3955
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
STRUCTURE S-439B
S-439B GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
POSITION ALARM
TORQUE
3910 3911 3913
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
LR
NAH
39033902391439123909 3901
3904 3906 3905
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
LT
GAGE
STAFF
ZI
GATE NO. 1
STRUCTURE S-439A
S-439A/B HEADWATER
S-438A GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
RTU S-439A RTU S-439B
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
RTU
S-439A/B
DUAL STEM DUAL STEM
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HS
(3) (2)
POSITION
ALARM
TORQUE
4110 4111 4113
LEVEL
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
AVAILABLE
POWER
RTU A.C.
TROUBLE
SUPPLY
POWER
SIGNALS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
41154108
41034102411441124109 4101
4104 4106 4105
ALARM
TORQUE
CIRCUITS
ANALOG
PULSE
IN REMOTE
CONTROLS
ACTIVATED
SWITCH
RTU DOOR
TROUBLE
SUPPLY
POWER
AVAILABLE
POWER
RTU A.C.
AVAILABLE
POWER
UTILITY
VOLTAGE
BATTERY
RTU
NAH
LT
GAGE
STAFF
S-441 TAILWATER
STRUCTURE S-441
S-441 GATE #1
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
ALARM
TORQUE
4120 4121 4123
NAH
41244122
TORQUE
GATE NO. 2
RAISE LOWER STOP
HS
S-441 GATE #2
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
RLS
A
NSH
ZIH
ZIL
Z1
(3)
HS
CONTROL PANEL
LOCAL
(6)
QL
HS
HS
HS
TORQUE
4130 4131 4133
NAH
41344132
TORQUE
LT
GAGE
STAFF
ZI
GATE NO. 3
S-441 HEADWATER
S-441 GATE #3
LOWER
RAISE STOP
PAFM
LOWER PAFM
RAISE STOP
PAFM
RAISE LOWER STOP
RTU S-441
ANTENNA
RF
ANTENNA
RF
ANTENNA
RF
S-441 HW
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GROUND WATER MONITORING AND RAIN GAUGE P&ID
ANTENNA
RF
ANTENNA
LT
GROUNDWATER GW1
GROUNDWATER GW2 GROUNDWATER GW3 GROUNDWATER GW4 GROUNDWATER GW5 GROUNDWATER GW6 GROUNDWATER GW7
MONITORING RTU
GW-1 GROUNDWATER
MONITORING RTU
GW-2 GROUNDWATER
MONITORING RTU
GW-4 GROUNDWATER
MONITORING RTU
GW-5 GROUNDWATER
MONITORING RTU
GW-6 GROUNDWATER
MONITORING RTU
GW-7 GROUNDWATER
MONITORING RTU
GW-3 GROUNDWATER
RAIN GAUGE
TIPPING BUCKET
RAINFALL
RAIN GAUGE RTU
RAINFALL
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1 9 EA CONNECTOR, GROUNDING, SPLIT-BOLT, 1/4-20 STUD, 3/8 STUD LENGTH, 10-7 STRANDED BURNDY KC17
2 2 EA PLAQUE, PHENOLIC, "GATE #", LABELING -
3 2 EA PLAQUE, PHENOLIC, "XX WELL", LABELING -
4 1 EA PLAQUE, PHENOLIC, "AC ONLY", LABELING -
5 1 EA PLAQUE, PHENOLIC, "BATTERY", LABELING -
6 1 EA PLAQUE, PHENOLIC, "DC ONLY", LABELING -
7 1 EA PLAQUE, PHENOLIC," POLYPHASER", LABELING -
8 1 EA PLAQUE, PHENOLIC, "REMOTE / LOCAL", LABELING -
9 1 EA PLAQUE, PHENOLIC, "SITE" RTU CABINET, LABELING -
10 1 EA ENCLOSURE, 12X10X5, CONTINUOUS HINGE WITH CLAMPS, NEMA4 HOFFMAN A1210CHNF
11 1 EA HOFFMAN
12 5 EA ENCLOSURE, 8X6X4, CONTINUOUS HINGE WITH CLAMPS, STAINLESS STEEL HOFFMAN A8064CHNFSS
13 2 EA FILTER KIT, FILTER, TO FIT AVK33, ENCLOSURE VENTING HOFFMAN AFLT33
14 2 EA LOUVER KIT, LOUVER, 3L X 3-INCHES, ENCLOSURE VENTING HOFFMAN AVK33
15 1 EA PANEL, 10.75 X 8.88, TO FIT A1210CHNF, PAINTED STEEL HOFFMAN A12P10
16 1 EA SWITCH KIT, SWITCH, DOOR-ACTIVATED HOFFMAN ALFSWD
17 1 EA VENTILATOR, SMALL HOFFMAN ANMV3
18 1 EA WIRING TROUGH, 8"X8"X12", NEMA TYPE 12 HINGED COVER HOFFMAN F88T12HC
19 1 EA WIRING TROUGH, 8"X8"X24", NEMA TYPE 12 HINGED COVER HOFFMAN F88T24HC
20 1 EA GROUND BAR, 2"X12", COPPER, TELECOMMUNICATIONS ORTRONICS GB2X12TGB
21 6 IN DIN RAIL, 35MM X 7.5MM, PERFORATED, STEEL, SILVER PHOENIX CONTACT 801733
22 2 EA PROTECTOR, COAXIAL, FLANGE MOUNTED, DC BLOCKED, N-FEMALE / N-FEMALE POLYPHASER IS-50NX-C2
23 2 EA CONNECTOR, STRAIGHT, .125-.250 CORD RANGE, 3/8", LIQUIDTIGHT, CORD THOMAS & BETTS 2671
24 AR FT CABLE, COAXIAL, FLEXIBLE, LOW LOSS, SOLID CORE LMR-400
25 2 EA CONNECTOR, COAXIAL, N-MALE, STRAIGHT PLUG, LMR-400 TC-400-NMH-D
26 1 EA ENCLOSURE, 16"X16"X10", NEMA3R, SCREW COVER, WALL-MOUNT WIEGMANN RSC161610
AR = AS REQUIRED - SITE SPECIFIC.
ITEM
QTY UNIT DESCRIPTION MANUFACTURER
PART NUMBER
MANUFACTURER
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
CONTRACTOR FURNISHED
TIMES MICROWAVE SYS.
TIMES MICROWAVE SYS.
GENERAL NOTES
EQUIPMENT NOTES
T-013
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TURN OFF TEST MODE AT THE RADIO MODEM.2.8.
PASSING VALUE.
POWER IS 30dBm AND SWR IS LESS THAN 2:1 FOR A
READ MILLI-WATTMETER DISPLAY TO VERIFY FORWARD 2.7.
KEY THE RADIO FOR THREE TO TEN SECONDS.2.6.
SET OUTPUT POWER TO 30dBm.2.5.
PLACE RADIO IN “RADIO TEST MODE”.2.4.
TESTING OUTPUT POWER AND SWR.2.3.
MODEM AND THE SURGE SUPPRESSOR DEVICE.
MILLI-WATTMETER IN SERIES BETWEEN THE RADIO
USING COAXIAL TEST JUMPERS CONNECT THE RF 2.2.
MILLI-WATTMETER SOFTWARE.
AND IS CONNECTED TO A LAPTOP COMPUTER WITH THE
SLUGS FOR THE FREQUENCY AND POWER FOR THE TEST
INSURE THE RF MILLI-WATTMETER HAS THE CORRECT 2.1.
PERFORM THE FOLLOWING:
FOR 1-WATT SPREAD SPECTRUM RADIO MODEM 2.
POWER IS BETWEEN 0-0.5 WATTS FOR A PASSING VALUE.
READ WATTMETER DISPLAY TO VERIFY REFLECTED 1.10.
THREE SECONDS.
MOMENTARILY KEY THE RADIO AT FULL POWER FOR 1.9.
AWAY FROM THE ANTENNA.
ARROW POINTS TOWARDS THE RADIO MODEM AND
TURN THE SLUG ON THE WATTMETER SO THAT THE 1.8.
TESTING REFLECTED POWER:1.7.
VALUE.
POWER IS BETWEEN 4.5-5.0 WATTS FOR A PASSING \
READ WATTMETER DISPLAY TO VERIFY FORWARD 1.6.
THREE SECONDS.
MOMENTARILY KEY THE RADIO AT FULL POWER FOR 1.5.
TOWARDS THE ANTENNA.
ARROW POINTS AWAY FROM THE RADIO MODEM AND
TURN THE SLUG ON THE WATTMETER SO THAT THE 1.4.
TESTING FORWARD POWER:1.3.
AND THE SURGE SUPPRESSOR DEVICE.
WATTMETER IN SERIES BETWEEN THE RADIO MODEM
USING COAXIAL TEST JUMPERS CONNECT THE RF 1.2.
ZERO THE NEEDLE ON THE METER DISPLAY.
FOR THE FREQUENCY AND POWER FOR THE TEST AND
INSURE THE RF WATTMETER HAS THE CORRECT SLUGS 1.1.
FOLLOWING:
FOR 5-WATT VHF/UHF RADIO MODEM PERFORM THE 1.
INSTALLATION LOCATION.
WHEN GIVEN THE LATITUDE & LONGITUDE OF THE
DETERMINE THE RADIO BAND AND SPECIFIC PART NUMBER
SCADA ENGINEERING (1-800-432-2045 EXT.4787) SHALL
SWR TEST PROCEDURE:
TIN-PLATED COPPER RING TERMINALS.
GREEN THHN CONDUCTOR WITH APPROPRIATELY SIZED
ENCLOSURE SERV-IT POST WITH A #12 AWG. STRANDED
ITEM 22 EACH POLYPHASER DEVICE SHALL BE TIED TO 12.
STAINLESS STEEL SCREWS TO ATTACH DIN RAIL.
PRECLUDE MOUNTING ENCLOSURE TO WALL. USE
EXTERIOR SUCH THAT THEY ARE FLUSH AND DO NOT
ENCLOSURE USING RIVET-NUT INSERTED FROM THE
ITEMS 21 & 26 DIN RAIL SHALL BE FASTENED TO 11.
USING RIVET-NUT AND STAINLESS STEEL SCREWS.
POLYPHASER DEVICES SHALL BE MOUNTED TO PANEL 10.
SIZED TO STANDARD 2-INCH CONDUIT KNOCKOUT.
ITEMS 13 & 14 ALL LOUVERED VENT OPENINGS SHALL BE 9.
BE INSTALLED BY OTHERS.
ALL PLAQUES SHALL BE LEFT INSIDE RTU ENCLOSURE TO 8.
DOUBLE-SIDED TAPE.
PHENOLIC PLAQUE “REMOTE/LOCAL” DOES NOT GET 7.
3M DOUBLE-SIDED VHB TO BACK.
1/16” BLACK FONT ON WHITE FIELD, SMOOTH FINISH. ADD
BE ROWMARK UTILITY-GRADE ABS SHEET IN SINGLE-PLY
ITEMS 2 THRU 9 MATERIAL FOR PHENOLIC PLAQUE SHALL 6.
OTHERWISE SPECIFIED.
ALL DIMENSIONS ARE IN DECIMAL INCHES UNLESS 5.
TIME OF DELIVERY.
MANUFACTURER'S/DISTRIBUTORS FULL WARRANTY AT THE
ALL MATERIALS SHALL BE UN-USED AND HAVE THE 4.
(NEC) AND APPLICABLE LOCAL CODES AND ORDINANCES.
THE LATEST EDITION OF THE NATIONAL ELECTRICAL CODE
ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH3.
APPROVAL.
TABLE ARE ALLOWED WITHOUT WRITTEN REQUEST AND
PART NUMBERS LISTED IN THE RTU SYSTEM COMPONENTS
NO SUBSTITUTIONS IN REGARDS TO MANUFACTURER AND 2.
WITH THIS DRAWING.
FOR ANY TECHNICAL QUESTIONS QUESTIONS ASSOCIATED
SCADADESIGN@SFWMD.GOV (1-800-432-2045 EXT.4787)
PLEASE CONTACT SCADA ENGINEERING AT 1.
SWR TEST PROCEEDURE
ENCLOSURE LARGE, 42" X 36"X 12", NEMA 4, QUARTER-TURN LATCH, PAINTED STEEL CSD423612
INSTALLATION.
THE FREQUENCY AND POWER RANGE SPECIFIED FOR THE
SOFTWARE IN ORDER TO FULLY PERFORM SWR TEST IN
AND LAPTOP COMPUTER WITH APPROPRIATE RADIO TEST
TEMPORARY RADIO, WATTMETER, COAXIAL TEST JUMPERS,
CONTRACTOR SHALL FURNISH ALL MATERIALS INCLUDING 12.
REQUIREMENTS.
SPECIFICATION 253101 PARA 3.2.2 FOR ADDITIONAL
“SWR TEST PROCEDURE” ON THIS DRAWING. SEE
POLYPHASERS USING THE PROCEDURE DETAIL IN
ANTENNAS, COAX CABLES, CONNECTORS, AND
WAVE RATIO) TEST AFTER INSTALLATION OF THE
CONTRACTOR SHALL PERFORM AN SWR (STANDING11.
TO POLYPHASER COAX CABLE CIRCUIT.
CONTRACTOR SHALL INSTALL AND TERMINATE ANTENNA 10.
BREAK ALL EDGES AND REMOVE ALL BURRS.9.
SPLICES.
ALL WIRING SHALL BE CONTINUOUS RUNS WITH NO 8.
STAINLESS STEEL TAPCONS.
COPPER CABLE HOLDER #158 SECURED WITH 3/16” X 1”
AT CORNERS, USING THOMPSON LIGHTNING PROTECTION
STRAPPED TO WALL AT MAXIMUM 1-FOOT SPACING, AND
ENCLOSURE GROUNDING CONDUCTORS SHALL BE 7.
THROUGHOUT THE RUN.
SEPARATION OF THE INDIVIDUAL GROUND CONDUCTORS
BUILDING GROUND BAR. CONTRACTOR SHALL MAINTAIN
DEDICATED BARE, SOLID #6 AWG. CONDUCTOR TO
EACH ENCLOSURE GROUND SHALL HAVE A SEPARATE, 6.
GROUND PATH.
TO PENETRATE PAINT LAYER OF ENCLOSURE TO ENSURE
INSTALLED WITH STAINLESS-STEEL TOOTHED WASHER
GROUNDING SPLIT-BOLT CONNECTORS SHALL BE 5.
ACCORDING TO CIRCUIT SCHEDULE.
SERIES HEAT SHRINK PERMASLEEVE MARKER OR EQUAL
DESTINATION TERMINATION POINT USING BRADY PSPT
IDENTIFY EACH CABLE AND CONDUCTOR WITH UNIQUE
HEAT-SHRINK WIRE MARKERS AT TERMINATION POINTS.
IDENTIFIED WITH APPROPRIATE SIZED MACHINE PRINTED
AND WIRING TROUGHS SHALL BE PERMANENTLY
ALL CABLE BUNDLES AND CONDUCTORS IN ENCLOSURES 4.
NOT USED.3.
EQUIVALENT.
THOMAS & BETTS NYLON INSULATED CHASE NIPPLES OR
ALL RTU ENCLOSURE PENETRATION FITTINGS SHALL BE 2.
SEE STRUCTURE SPECIFIC DRAWINGS FOR INFORMATION.1.
S O
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SHEET ID
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US Army Corps
U .S
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X X
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T-014
A RTU LAYOUT SIDE VIEW
DOOR SWITCH MOUNTING VIEW
SCALE: NTS
VENT LOUVER MOUNTING VIEW
SCALE: NTS
B C 2
SCALE: NTS
SERVIT-POST MOUTING DETAIL
T-014
T-014
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GENERAL SHEET NOTES
T-014
T-015
C S
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S .d g n
MORE INFORMATION.
SEE RTU ENCLOSURE SCHEDULE ON DWG NO. T-013 FOR2.
SEE NOTES ON DWG NO. T-013.1.
T-014
CONTROL BUILDING RTU EQUIPMENT LAYOUT ELEVATION VIEW
SCALE: NTS
D
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FINAL RTA
ANT
EQUIP
ANT
EQUIP
SOUTH FLORIDA
WATER MANAGEMENT DISTRICT
S-XXX
ACE RTU TELEMETRY CONTROLS
FINISHED FLOOR
BOX DETAIL
POLYPHASER
RTU ENCLOSURE
BATTERY BOX
DC ONLY
AC ONLY
FOR CLARITY
COVER NOT SHOWN
BUILDING GROUND GRID
COPPER GROUND TO
[SHT. 2 OF 4])
(SEE EQUIP. NOTE 6,7,
#6 COPPER GROUND
[SHT. 2 OF 4]
SEE GENERAL NOTE 12,
FOR CLARITY
COVER NOT SHOWN
CONDULET
"LB"
TOP OF ENCLOSUREDOOR
MIDLINE ENCLOSURE DEPTH
MOUNT 3" FROM CORNER AT
"2
5"
4"
1'-0" 8" 9" 10"
6"
6"
(M
IN
SCHEDULE
FOR CONDUIT AND CABLE
STRUCTURES DRAWINGS
TYPICAL, SEE INDIVIDUAL
T-014
T-014
BT-014
A
T-015
GENERAL SHEET NOTES
HOLE SCHEDULE
T-015
T-015
WALKWAY WELL JUNCTION BOX IN-GROUND JUNTION BOX GATE SENSOR JUCTION BOX
SCALE: NTS SCALE: NTS SCALE: NTS
SCALE: NTS
3 1
SCALE: NTS
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THICKNESS.
NUT 10-32 INTERNAL THREAD, 0.20"-0.130" MATERIAL
0.296 TRU, ZINCP-PATED STEEL OPEN-END KNURLED RIVET 1.
C S
T A -T
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T-015
MORE INFORMATION.
SEE RTU ENCLOSURE SCHEDULE ON DWG NO. T-013 FOR 5.
RIVET NUT SHALL INSERTED AFTER SURFACE TREATMENT.4.
RIVET NUT SHALL BE INSERTED FROM THIS FACE.3
DEBURR AND BREAK ALL EDGES.2.
REFER TO GENERAL NOTES ON DWG NO. T-013.1.
POLYPHASER MOUNTING DETAIL POLYPHASER LETTERING DETAIL POLYPHASER LETTERING DETAIL
ALL WALKWAY WELL JUNCTION BOX
CONDUIT PENETRATIONS SHALL BE
ON BOTTOM OF BOXES
ALL GATE JUNCTION BOX CONDUIT
PENETRATIONS SHALL BE ON
BOTTOM OF BOXES
MYERS HUBS
LIQUID-TIGHT
MYERS HUB
MYERS HUBS
#6 COPPER GROUND
SEE DWG NO. T-013 EQUIP. NOTE 6
#6 COPPER GROUND
SEE DWG NO. T-013 EQUIP. NOTE 6
#6 COPPER GROUND
SEE DWG NO. T-013 EQUIP. NOTE 6
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FINAL RTA
4"
7"
AA
REMOTE LOCAL
POLYPHASER
ACE RTU TELEMETRY CONTROLS
SITE NAME
WATER MANAGEMENT DISTRICT
SOUTH FLORIDA
10"
/1
" 5 /8
0.19"
.6
5/16"
/8
10"
"16
1 1/4"
/1
"�1.22", TYP.
HEIGHT TYP.
0.125" TEXT
POLE DETAIL
POLE PLAN VIEW
TYPICAL SECTION THROUGH POLE
SECTION AT BUTT
ANTENNA POLE DESIGN
ASSUMPTIONS:
STRUCTURAL DESIGN CRITERIA
ITEM VALUE REMARKS
ULTIMATE DESIGN WIND SPEED(Vult)
WIND EXPOSURE C
SEE FBCB SECTION 1609.3186
A
B
A
C
SCALE: NTS
SCALE: NTS
SCALE: NTS
SCALE: NTS T-016
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CANAL TOP OF BERM.
POLE(S) SHOULD NOT BE CLOSER THAN 14' FROM ANY 8.
NOT USED. 7.
DESIGN CRITERIA.
THAT THE PROPOSED POLE MEETS THE ASSUMPTIONS AND
FLORIDA REGISTERED ENGINEER WHICH DEMONSTRATE
INCLUDE CALCULATIONS SIGNED AND SEALED BY A
WITH STRUCTURAL SPECIFICATIONS. SUBMITTALS SHALL
SUBMIT POLE REINFORCING DETAILS IN ACCORDANCE 6.
POUR THRU WATER.
HOLE AND WORK IT UP TO TOP. DO NOT ALLOW IT TO FREE
IF WATER IS PRESENT, TREMIE CONCRETE TO BOTTOM OF5.
THE BUILDING.
CONDUIT EXITING POLE SHOULD BE DIRECTED TOWARD 4.
PLACING CONCRETE.
BRACE POLE IN PLACE A MINIMUM OF THREE DAYS AFTER 3.
STANDARDS AND SPECIFICATION 26 41 06.
LIGHTNING PROTECTION SHALL MEET NFPA 780 2.
OF CONCRETE.
BE COATED WITH AN ASPHALTIC PAINT PRIOR TO PLACING
EXOTHERMIC WELD OR COMPRESSION CONNECTORS TO 1.
PLACING OF CONCRETE.
TO BE COATED WITH AN ASPHALTIC PAINT PRIOR TO
EXOTHERMIC WELD OR COMPRESSION CONNECTORS
OR PROVIDE THE EQUIVALENT LATERAL RESISTANCE
HAVE THE MINIMUM DESIGN PROPERTIES LISTED ABOVE
SOIL WITHIN A 14' RADIUS OF POLE FOUNDATION MUST 3.
SOIL BEARING PRESSURE = 3000 PSF
SOIL: SILTY SAND (SW, SP, SM, SC, GM, OR GC) ALLOWABLE2.
POLE)
WIND: WIND AREA (ANTENNAS) = 4 SF (APPLIED AT TOP OF1.
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18 3/4"
9"
1"
R
1"
R
18 3/4"
(M
IN
(M
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14'-0" MIN
C E
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T O M
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FINISHED GRADE
3 MIN
L E
N G
T H O
F P
O L E
T H
R O
U G
H O
U T
.0
T A
P E
R
MOUNTING BRACKET
(TYPICAL 2 PLACES)
STRANDED PIGTAILS
#4 X 6'-0" LONG
WEATHER HEAD
1 1/2" DIA SWEEP ELL
CONCRETE POLE
WIRE CONTINUOUS
(1) #4/O GROUND
RIGID CONDUIT
1 1/2" DIA GALV
(2) #4 GROUND
CONTINUOUS
(1) #4/0 GROUND WIRE
ALUMINUM COVER
3" X 5" HAND HOLE WITH
1 1/2" DIA SWEEP ELL
(2) #4 X 6'-0" LONG STRANDED PIGTAILS
#2/0 AWG GROUND RING
CONNECTION TO GROUND ROD
CADWELD GROUNDING GRID
(1) #4/0 X 6'-0" LONG STRANDED PIGTAILS
(TYP EACH QUADRANT)
PRESTRESS STRANDS
EACH QUADRANT
BY 15'-0" ONE
DORMANT STRANDS
WIRE CONTINUOUS
(1) #4/0 GROUND
GALV CONDUIT
1 1/2" DIA RIGID TAPERED CORE
(2) #4 SOLID COPPER
FLUSH WITH POLE TIP
CONNECTOR
ERICO THRU-ROOF
FACE OF POLE
PIGTAIL
WEATHERHEAD
1 1/2" DIA SWEEP ELL
ERICO LPC202BST OR APPROVED EQUAL
APPROVED EQUAL FOR AIRTERMINAL -
ERICO LPC664L THRU-ROOF CONNECTOR OR
GROUND ROD
3/4" X 20'-0"
UNDISTURBED EARTH
INSTALLATION CLEARANCE.) SEE GENERAL NOTE 5
PSI CONCRETE (REQUIRES A 4'-6"� HOLE FOR
2/3" X 1" CORRUGATIONS FILLED WITH 2500
48" DIA CULVERT PIPE - 12 GAUGE ALUMINUM 2
SPECIFICATION SECTION 455-C.
TREMIE POUR. REFER TO FDOT STANDARD
USE BLANK CASING AND REMOVE CASING DURING
ASTM D698. FOR DRILLED SHAFT CONSTRUCTION,
OPTIMUM MOISTURE LEVELS IN ACCORDANCE WITH
POLE TAMPER TO 95% MAXIMUM DENSITY AT ±2%
IN 12" LIFTS WITH PNEUMATIC ELECTRIC OR HAND
AREA BETWEEN CULVERT AND UNDISTURBED EARTH
FOR NEW EMBANKMENT CONSTRUCTION, COMPACT
EQUAL (SS HARDWARE)
W/BURNDY KA28-1-4/0, OR APPROVED
CONNECT TO CORRUGATED PIPE
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FINAL RTA
C3 X 4.1 X 1'-6" LONG
(2) 9/16" � HOLES FOR (2)
1/2" � GALV BOLTS 1'-6"
LONG (TYP)
"2
2 1/8"
"16 91"8
"16
/2
GALV PLATE
3/16" X 6 3/8" X 1'-6" LONG
1/2" � X 3" LONG GALV BOLTS
WITH GALV WASHERS AND NUTS
9/16" � HOLE FOR 1/2" � X 1
1/2" LONG GALV BOLTS WITH
GALV WASHERS AND NUTS
BOTH
ENDS 3/16
WASHERS AND NUTS
GALV BOLTS WITH GALV
1/2" X 1' 6" LONG
5/8"
/8
3 3/4"
/2
/8
2" 1 1/4" 1 1/4" 1 1/4"
/2
/4 "(T
Y P
/8
R
/8
1 1/2"
3"
GALVANIZED 2" � SCH 40 PIPE
9/16" X 1 1/16" SLOT
FOR MOUNTING CLAMP
1/4" X 3" GALV PLATE
APPROVED EQUAL
K2C22B1NSP OR
BRACKET WITH BURNDY
MOUNT (1) #4 PIGTAIL TO
WEATHER HEAD
MOUNTING CLAMP
(REFER TO T-22)
2" DIA SCH 40 GALV PIPE
WASHERS AND NUTS (TYP)
BOLTS WITH GALV FLAT
1/2" � X 1 1/2" LONG GALV
3. FOUR MOUNTING CLAMPS ARE REQUIRED.
WEATHER HEAD DETAILS.
2. SEE DWG NOS. T-018 AND T-019 FOR YAGI ANTENNA INCLUDING
EDGES.
CHANNELS SHALL BE HOT DIP GALVANIZED WITH NO SHARP
1. MOUNTING CLAMPS AND ANTENNA BRACKET-FRAME AND
T-017
J
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ANTENNA ADJUSTMENT ASSEMBLY - FRONT VIEW ANTENNA ADJUSTMENT ASSEMBLY - PLAN VIEW
NOTE: TYPICAL FOR TWO ANTENNAS
MOUNTING CLAMP - FRONT VIEW MOUNTING CLAMP - SIDE VIEW
MOUNTING CLAMP - TOP VIEW
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SCALE: NTSSCALE: NTS
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FINAL RTA
ANTENNA
SECONDARY
PRIMARY ANTENNA
5G
MANUFACTURER PART NUMBER
MANUFACTURER
TIMES MICROWAVE SYS.
TIMES MICROWAVE SYS.
HALEX
LMR-400
TC-400-NMH-RA-SS
58015
E
N
W
S
PRIMARY
S E
C O
N D
A R
Y
M
IN
5P
5K
5D 5G
CABLE, COAXIAL, FLEXIBLE, LOW LOSS, SOLID CORE
CONNECTOR, COAXIAL, N-MALE, RIGHT ANGLE, LMR-400
CAP, SERVICE ENTRANCE, 1 1/2" DIA,CLAMP-ON, ALUMINUM
PIPE, 2" DIA GALVANIZED SCH 40 PIPE, MIN 6 FEET FOR TWO YAGI ANTENNASEA
EA
EA
FTSITE SPECIFIC
15P
5K
5D
QUANTITY UNIT DESCRIPTION
REF
BETWEEN CONNECTOR AND LOOPS.
IN ADDITION, SECURE CABLE TO ANTENNA
AT THREE EQUIDISTANT POINTS ON LOOP.
1/2 IN WIDE, BLACK, UV-RATED TYWRAPS
CIRCUMFERENCE SERVICE & SECURED WITH
TWO LOOPS WITH 2 FT MINIMUM
ELECTRICAL TAPE 3M #33+
3. LAYER: TWO WRAPS OF PVC
MASTIC TAPE 3M OF 130C
2. LAYER: TWO WRPS OF RUBBER
ELECTRICAL TAPE 3M #33+
1. LAYER: TWO WRAPS OF PVC
WEATHER SEAL WITH THREE FULL LAYERS
DRAWING FOR CLARITY.
5. ANTENNA MOUNTING HARDWARE NOT SHOWN ON THIS
AND DETAILS FOR YOGI ANTENNA.
4. SEE DWG NO. T-017 FOR ANTENNA MOUNTING HARDWARE
FREQUENCIES FOR EACH SITE.
3. SEE TABLE FOR ANTENNA TYPE, AZIMUTH, AND
2. NOT USED.
AND APPLICABLE LOCAL CODES AND ORDINANCES.
LATEST EDITION OF THE NATIONAL ELECTRICAL CODE (NEC)
1. ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH THE
AZIMUTH DIAGRAM
T-018
J
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CONCRETE MAST CONFIGURATION
TWO YAGI ANTENNA ON
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SCALE: NTSSCALE: NTS
SCALE: NTS
CONNECTION DETAIL
YAGI CABLE
C S
T A -T
S .d
RTU ANTENNA COMPONENT SCHEDULE
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X X
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R T
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P
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FINAL RTA
GENERAL SHEET NOTES
T-019
J
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RTU SITE ANTENNA INFORMATION
S H
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RTU SITE TOWER A DIST AZIMUTH ANT HEIGHT (FT) RTU Tx RTU Rx TOWER B DIST AZMUITH ANT HEIGHT (FT) RTU Tx RTU Rx
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI ** 45
S-424A REMOTE
S-432A REMOTE
S-432B REMOTE
S-433A REMOTE
S-433B REMOTE
S-435A REMOTE
S-435B REMOTE
S-436A REMOTE
S-436B REMOTE
S-437A/B REMOTE
S-438 A/B REMOTE
S-439 A/B REMOTE
GW-1
GW-2
GW-3
GW-4
GW-5
GW-6
GW-7
* VHF
* VHF
* VHF
* VHF
* VHF
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI ** 45
S-432A
S-432B
S-433A
S-433B
S-436A
S-436B
S-437A
S-437B
S-438A
S-438B
S-441
S-436C
S-439A
S-439B
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* VHF
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI *
* YAGI ** 45
SEE DWG NOS. T-017 AND T-018 FOR MOR INFORMATION.1.
T E
L E
C O
M M
U N
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A T
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T-020
H E
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S .d g n
S T
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S H
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GENERAL SHEET NOTES
T-020T-020
SCALE: NTS SCALE: NTS
SINGLE STILLING WELL ELECTRICAL PLAN SURGE BOX AND CONDUIT ELECTRICAL SITE PLANA
SYSTEM A1 PER SPECIFICATION 09900.
CONTACT WITH ANY DISSIMILAR METAL WITH COATING
EXCEPT WHERE OTHERWISE NOTED, COAT ALUMINUM IN7.
GALVANIZED UNISTRUT.
RESTORE GALVANIZED COATING AT CUT ENDS OF
TO AVOID CONTACT BETWEEN DISSIMILAR MATERIALS.
HARDWARE MATERIAL SHALL MATCH UNISTRUT MATERIAL
TO UNISTRUT TO PREVENT CONDUITS FROM SHIFTING.
AND OTHER HARDWARE SHALL BE SECURELY ATTACHED
UNISTRUT WITH T HOLE PATTERN IS REQUIRED. CLAMPS6.
ACCESSIBLE.
BODIES MUST BE READILY
ANY USE OF JUNCTION BOXES OR CONDUIT OUTLET5.
EACH WALKWAY SECTION GROUNDING THE WALKWAY.
CONTRACTOR SHALL ATTACH THE GROUND CABLE TO 4.
ENCLOSURES.
DC PULL BOX, ALONG NEW WALKWAY, TO INSTRUMENT
FROM THE [CONTROL BUILDING GROUND RING] THROUGH
CONTRACTOR SHALL INSTALL A GROUND CABLE TAP3.
NOT USED.2.
ACCORDANCE WITH THESE DRAWINGS.
CONTRACTOR SHALL INSTALL CONDUIT AND CABLE IN 1.
INSTRUMENT ENCLOSURE
GROUND CU
#4 AWG
(TYP)
CONDUIT
FLEX
WELL
STILLING
COMPONENTS OR WEBBING)
WITHOUT INSTALLATION OF
(SHOWN WITH LID OPEN,
INSTRUMENT ENCLOSURE
SURGE BOX
4X 304 SS
8"x6"x4" NEMA
METALS
ISOLATE DISIMILAR
& U-BOLTS TO
COATED ON UNISTRUT
(TYP)
304 SS UNISTRUT
RAILING
UNISTRUT TO
U-BOLT
SERVIT POST
CU
#4 AWG GROUND
(TYP)
FLEX CONDUIT
ABOVE GRATING
TERMINATES 6"
RIGID CONDUIT
WITH PULL STRING
CAP SPARE CONDUIT
TERMINATE AND
SECTION
EVERY WALKWAY
FLANGE GROUNDING
EACH CHANNEL
CLAMPED ALONG
#2 AWG GROUND CU
WALKWAY
CONCRETE PILE
WALKWAY (TYP)
WHERE ATTACHED TO
GALV.STEEL UNISTRUT
DUAL STILLING WELL]
WHEN SPECIFYING
FOUR COUNDUITS
ENDS [SHOW
WITH CAPPED
SPARE CONDUIT
CONNECTOR
HYTAP
BURNDY
SURGE BOX
WALKWAY
CANAL BANK
DC PULL BOX
GROUND CU CABLE
AND #2 AWG
RIGID CONDUITS
CU
AWG GROUND
CONDUITS + #2
RIGID
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FINAL RTA
T-021
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GENERAL SHEET NOTES
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DETAIL 1A LEVEL - DIGITAL ENCODER
SCALE: NTS
DRAWINGS FOR MORE INFORMATION.
SEE STRUCTURAL DWG NO. S-014 AND RELATED 4.
WELL HEAD COVER SHOULD BE POWDER COATED WHITE. 3.
NOT USED. 2.
SEE TELEMETRY SITE PLANS FOR WIRING DETAILS. 1.
DESCRIPTION
NO.
MODEL/NAME
"H ALUMINUM ENCODER ENCLOSURE4
1"D X 102
1"W X 182
INSTRUMENT ISOLATION BOARD 4"W x 13"L x 1/2" THICK STARBOARD OR EQUAL
1/8" X 12" SS AIRCRAFT CABLE WITH SS CRIMP SLEEVES (2)
1" CONDUIT AND FITTINGS
SS MARINE HASP MCMASTER-CARR PART #7033A
INCREMENTAL ENCODER HANDAR 236B OR WATERLOG H-331
1/2" STRAIGHT STRAIN RELIEF CORD CONNECTOR THOMAS AND BETTS #2672 OR EQUAL
4 PIN CONNECTOR CONXALL CXS3106A14S2S300
INCREMENTAL ENCODER PULLEY 4" DIAMETER
SENSOR WIRE
TAPE INDICATOR
12 14
15 9
STILLING WELL SCHEDULE
EPDM SPONGE RUBBER GASKET
SEVERIT POST, SIZED FOR GROUND WIRE CONNECTION
SURVEY REFERENCE MARK
FABRICATED ALUMINUM INSTRUMENT ENCLOSURE WITH BASE PLATE
MCMASTER-CARR OR EQUAL
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B
C
D
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F
G
2 3 4 5 6 7 8 9 10
SHEET ID
®of Engineers
US Army Corps
U .S
A R
M Y C
O R
P S O
F E
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/4 /2
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X X
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X X -X
X -X -X
X X
X
C O
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T-022
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EQUIPMENT NOTES
REF#
UNIT DESCRIPTION NAME
EACH BRACE, BACKING
QUANTITY
FIELD
DETERMINED
MANUFACTURER
PART NUMBER
VENDOR VENDOR PART
NUMBER
7514K33
SOLAR PANEL SYSTEM COMPONENTS
MANUFACTURER
EACH
EACH
EACH SCREW, 1/3" X 1-3/4" 410 SS HEXHD TAPCON
BRACE, LOWER
BRACE, UPPER
EACH
EACH
EACH
EACH
EACH
EACH
EACHEACH
EACH
EACH
EACH
EACH
EACH
EACH
EACH
BRACKET, SOLAR PANEL ASSEMBLY
CONNECTOR, GND, LAY-IN, 4-14, #10, TIN
BUSHING, 1" NPSM x 3/4" NPSM, FOR GRC
CLAMP BACK, 1" HDG, MI, CONDUIT SPACER
CLAMP, 1", SINGLE-HOLE, HDG, MI, CONDUIT
CLIP, COPPER CABLE
ENCLOSURE, 6" X 6" X 4" FRP, J-SERIES
NUT, HEX, 1/2-13, 18-8 SS
NUT, HEX, EXT TOOTHED LK 5/16-18, 18-8 SS
ROD, 1/2"-13 UNC X 24" LEN., 304 SS THD
SCREW, HEXHD, 1/2-13 X 2.5, 18-8 SS
SCREW, HEXHD, 5/16-18 X .75, 18-8 SS
WASHER, FLAT, 1/2", 18-8 SS
WASHER, SPLIT, 1/2", 18-8 SS
MODULE, PHOTOVOLTAIC, 12VDC, 50W
LIQUID TIGHT FLEXIBLE CONDUIT, 1" WITH FITTINGS
EA
FT
FT
FT
FT
#4 AWG GROUND WIRE
CONDUIT, RIGID, 1" DIA, SCH 40, RGS
CONDUIT, 1" DIA, SCH 40, PVC
FIELD
DETERMINED
FIELD
DETERMINED
FIELD
DETERMINED
TAPCON
AMERESCO
ILSCO
THOMAS & BETTS
THOMAS & BETTS
THOMPSON LIGHTING PRO
STAHLIN
GBL-4DBT
J606HPL
N/A
50J
MCMASTER-CARR
MCMASTER-CARR
MCMASTER-CARR
MCMASTER-CARR
MCMASTER-CARR
MCMASTER-CARR
MCMASTER-CARR
MCMASTER-CARR
92673A137
92198A722
98804A033
92198A722
92240A581
93852A113
92146A033
SOLAR PANEL SYSTEM COMPONENTS
WIREWAY SHALL BE 25 FEET
POLE AND SOLAR CONDUIT RISER AT "DC ONLY"
MAXIMUM RADIAL DISTANCE BETWEEN ANTENNA
0 8' 32'16'
H
E E
T
CIRCUIT SANT-1
C O
N C A
N T
E N
N A P
O L E S
O L
A R P
A N
E L D
E T
A
IL
S
CONCRETE ANTENNA POLE SITE PLAN
ON DWG NOS. T-024 TO T-027)
(SEE DESIGN DETAILS
ANTENNA POLE
CIRCUIT…
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