FTEV_12-1069_DRAWINGS_4_Aug_2017.pdf
PDF 11 MB Posted
- Attached to
- Repair 12. 47 KV Electrical Basewide Federal contract opportunity
- Solicitation number
- FA4417-17-R-0010
About this file
Revised Drawings
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Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| QUESTION_AND_ANSWER_CONCERNING_PROPOSAL_SUBMISSION.docx | DOCX document | |
| FA441717R00100002.pdf | ||
| ADDENDUM_1.pdf | ||
| FTEV_12-1069_SPECIFICATIONS_-_4_Aug_2017.pdf | ||
| Questions_and_Answers.pdf | ||
| Amendment_1.pdf | ||
| Site_Visit_BRIEF_17R0010.pdf | ||
| 17-R-0010_PreProposal_Sign_In_Sheet_19_July.pdf | ||
| Sol_Atch_5_-_Financial_Worksheet,_17R0010.pdf | ||
| Sol_Atch_2-_FTEV_12-1069_DRAWINGS_Final.pdf | ||
| FA4417-17-R-0010.pdf | ||
| Sol_Atch_3-_Wage_Det,_17R0010.pdf | ||
| Sol_Atch_1-_FTEV_12-1069,_Specifications_Final.pdf | ||
| Sol_Atch_6,_,_Add_Contract_Reqs,_17R0010.pdf | ||
| Sol_Atch_4_-_PPQ,_17R0010.pdf | ||
| Synopsis.pdf |
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Text version
91325
91307
99105
99007
J
J753
J
J940
J
J108
T
P
K
V
A
T
P
K
V
A
J
J580
N
ELECTRICAL SITE PLAN - SHEET 2 - BASE BID
SCALE: 1" = 50'-0"
P9
P8
P7
P6
P5
X
X
X
X
X
X
X
X
X
X
X
X
J
J
J
J
WORK NOTES:
INSTALL NEW PRIMARY JUNCTION CABINET.
INSTALL NEW PRIMARY CIRCUIT J BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM
COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
X
X
J
P4
SCALE: 1" = 10'-0"
LARGE SCALE PLAN - BUILDING 91310
N
X
X
E
O
S
T
P
J
X
X
E
U
S
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
BUILDING 91310
99004
99005
E
U
S
S
EXISTING ASPHALT PAVING
EXISTING ASPHALT PAVING
EXISTING
CONCRETE
SLAB
EXISTING ALUMINUM AWNING
TRENCH & BACKFILL THROUGH
EXISTING GRASS AREA.
4 # 1/0 - 2" PVC, SCH. 40 CONDUIT.
EXISTING PANELBOARD
150 A., 3 P. MAIN BREAKER,
208Y/120 V., 3Ø
INSTALL 4 # 1/0 - 2" RIGID GALV. STEEL
CONDUIT EXPOSED ON WALL BELOW
ROOF. INSTALL WEATHERPROOF "LB"
FITTINGS AT CORNERS OF BUILDING.
4 # 1/0 - 2" RIGID GALV. STEEL
CONDUIT EXPOSED ON WALL.
REMOVE EXISTING OVERHEAD SERVICE DROP &
WEATHERHEAD. REMOVE EXISTING SERVICE MAST TO
A POINT JUST ABOVE ROOF & CAP EXISTING CONDUIT.
E
O
S
X
X
X
X
X
X
X
X
X
X
EXISTING UNDERGROUND
SECONDARY SERVING LIFT
STATION TO REMAIN.
SINGLE LINE DIAGRAM - LAY DOWN YARD SERVICE
NO SCALE
US
M
KWH METER - SINGLE PHASE METERS SHALL BE SENSUS
FLEXNET TYPE W/ KYZ PULSE INITIATION HARDWARE. AT
THE CONTRACTOR'S OPTION, CURRENT TRANSFORMERS
MAY BE EXTERNAL OR INTERNAL TO THE METER.
PAD MOUNT TRANSFORMER -
25 KVA, 1Ø, 7.2/12.47 KV PRIMARY
TO 240/120 V. SECONDARY
SEE PAD MOUNT TRANSFORMER
DETAILS, SHEET E-19.1 # 2 COPPER, 15 KV, TYPE EPR W/ 133%
INSULATION & FULL CONCENTRIC NEUTRAL IN
TWO WAY 4" CONCRETE ENCASED DUCTBANK.
EXISTING PRIMARY
JUNCTION CABINET
3 # 1 COPPER, TYPE THWN IN 1 1/2"
PVC, SCH. 40 CONDUIT.
EXISTING PANELBOARD
REMOVE EXISTING SERVICE MAST &
CAP EXISTING CONDUIT ABOVE PANEL.
WEATHERPROOF
"LB" FITTING
EXISTING ASPHALT PAVING
REMOVE EXISTING METER &
DISCONNECT SWITCH ON
EXISTING PRIMARY POLE.
X
PULL EXISTING 3 # 2 PRIMARY CABLES OUT OF EXISTING 4" DUCT. INTERCEPT EXISTING 4" DUCTBANK BELOW GRADE &
EXTEND TO NEW PRIMARY JUNCTION CABINET. INSTALL NEW PRIMARY CIRCUIT FROM JUNCTION CABINET TO EXISTING
PAD MOUNTED TRANSFORMER. NEW PRIMARY CIRCUIT SHALL BE 3 # 2 COPPER, 15 KV, TYPE EPR W/ 133% INSULATION
& 1/3 CONCENTRIC NEUTRAL IN TWO WAY 4" CONCRETE ENCASED DUCTBANK. REMOVE EXISTING PRIMARY POLE RISER.
X
4 PULL EXISTING 3 # 2 PRIMARY CABLES OUT OF EXISTING 4" DUCT. INTERCEPT EXISTING 4" DUCTBANK BELOW GRADE &
EXTEND TO NEW PRIMARY JUNCTION CABINET. INSTALL NEW PRIMARY CIRCUIT FROM JUNCTION CABINET TO EXISTING
PAD MOUNTED TRANSFORMER. NEW PRIMARY CIRCUIT SHALL BE 3 # 2 COPPER, 15 KV, TYPE EPR W/ 133% INSULATION &
1/3 CONCENTRIC NEUTRAL IN TWO WAY 4" CONCRETE ENCASED DUCTBANK. REMOVE EXISTING PRIMARY POLE RISER.
5 REMOVE EXISTING PRIMARY POLE.
6 REMOVE EXISTING OVERHEAD PRIMARY CONDUCTORS.
X
3 # 1 COPPER, TYPE THWN IN 1 1/2"
RIGID GALV. STEEL CONDUIT.
7 REMOVE EXISTING OVERHEAD SECONDARY CONDUCTORS.
8 REMOVE EXISTING UNDERGROUND SECONDARY CONDUCTORS. REMOVE EXISTING CONDUIT WHERE EXPOSED.
ABANDON EXISTING CONDUIT BELOW GRADE.
E
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W I D
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OF
FTEV 12-1069
S
P E
C A
IL
O
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T
IO
N S
C
IV
IL
E
N G
IN
E
E R
S Q
U A
D R
O N
A
IR
F O
R C
E S
P E
C
IA
L O
P E
R A
T
IO
N S
C O
M M
A N
D
H U
R L
B U
R T
F
IE
L D
, F L
O R
ID
A
JRH
EWW/JRH
25 JUNE 2015
E-2
E L
E C
T R
I C
A L
S
T
E
P
L A
N
S
H E
E T
B
A S
E
B
I D
R
E V
I S
D
M
T
N
O T
J
J854
J
J988
S55
J
J633
J
J775
J
J536
S54
S56
T633-1
225KVA
T775-1
150KVA
ELECTRICAL SITE PLAN - SHEET 3 - BASE BID
SCALE: 1" = 50'-0"
P12
P11
P10
X
X
X
X
X
X
X
X
X
J
J
WORK NOTES:
INSTALL NEW PRIMARY JUNCTION CABINET.
INSTALL NEW PRIMARY CIRCUIT J BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE
EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
PULL EXISTING 3 - 500 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK BELOW GRADE. REMOVE
EXISTING PRIMARY POLE RISER.
4 INSTALL NEW PRIMARY CIRCUIT J BY TRENCH & BACKFILL METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE
EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" CONCRETE ENCASED DUCTBANK.
X
X
APPROXIMATE EDGE OF WETLANDS AREA
6 REMOVE EXISTING OVERHEAD PRIMARY CONDUCTORS.
7 REMOVE EXISTING DOWN GUY.
REMOVE EXISTING PRIMARY POLE.
POLE DEMOLITION NOTE:
PRIMARY POLES LOCATED WITHIN THE WETLAND AREAS SHALL BE CUT OFF JUST ABOVE GRADE, AND LAYED DOWN IN THE WETLAND AREA. PRIMARY POLES LOCATED OUTSIDE OF THE WETLAND
AREAS SHALL BE PULLED OUT OF THE GROUND AND REMOVED FROM THE SITE. ALL EXISTING POLE
LINE HARDWARE AND CONDUCTORS SHALL BE REMOVED FROM THE EXISTING POLES.
R E
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B A
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W I D
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OF
FTEV 12-1069
JRH
EWW/JRH
25 JUNE 2015
E-3
E L
E C
T R
I C
T
E
P
L A
N
S
H E
A S
E
B
J820
J
J327
T327-1
150KVA
EM131
T327-3
150KVA
EM129
EM130
J
J311
S48
S63
S47
J
J383
J
J803
T383-1
300KVA
ELECTRICAL SITE PLAN - SHEET 4 - BASE BID
SCALE: 1" = 50'-0"
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
G24
G23
G22
G21
G20
G19
G18
G17
G16
J
J
J
1 INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION &
1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
WORK NOTES:
EXISTING RETENTION POND
2 PULL EXISTING 3 - 500 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK BELOW GRADE. REMOVE EXISTING PRIMARY POLE RISER.
3 PULL EXISTING 3 - 500 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE.
ABANDON EXISTING MANHOLE IN PLACE.4
X X
REUSE EXISTING 5" DUCTS STUBBED OUT FROM EXISTING SWITCH5
INSTALL NEW PRIMARY JUNCTION CABINET ON CONCRETE PAD.6
EXISTING GULF POWER CO. OVERHEAD PRIMARY AND PRIMARY
POLES TO REMAIN. EXISTING GULF POWER PRIMARY CROSSES
UNDER EXISTING OVERHEAD CIRCUIT I PRIMARY CONDUCTORS.
POLE DEMOLITION NOTE:
PRIMARY POLES LOCATED WITHIN THE WETLAND AREAS SHALL BE CUT OFF JUST ABOVE GRADE, AND LAYED DOWN IN THE WETLAND AREA. PRIMARY POLES LOCATED OUTSIDE OF THE WETLAND
AREAS SHALL BE PULLED OUT OF THE GROUND AND REMOVED FROM THE SITE. ALL EXISTING POLE
LINE HARDWARE AND CONDUCTORS SHALL BE REMOVED FROM THE EXISTING POLES.
INSTALL NEW DIRECT BURIAL PRIMARY JUNCTION CABINET ADJACENT TO EXISTING GRAVEL DRIVE. SEE DETAIL, THIS SHEET.7
APPROXIMATE LOCATION OF WETLANDS AREA
DIRECT BURIAL PRIMARY JUNCTION CABINET DETAIL
NOTES:
PLAN VIEW
TO BRADY # 84876.
WELDED. PROVIDE RED ADHESIVE SIGN W/ LETTERS "DANGER
HIGH VOLTAGE." SIGN SHALL BE 12"W X 9"H. & SHALL BE EQUAL
ALL GROUND CONNECTIONS SHALL BE BRAZED OR EXOTHERMIC
1'-0"
MIN.
FIBERGLASS PRIMARY JUNCTION CABINET
W/ 3 - 4 POINT, 600 A. JUNCTIONS.
PROVIDE FAULTED CIRCUIT
INDICATORS FOR ALL CIRCUITS
LEAVING EACH CABINET.
PROVIDE GROUND BUS ASSEMBLY AT EACH
GROUND NUT. CONNECT ALL NEUTRALS TO
INDIVIDUAL LUGS ON BUS. INTERCONNECT
BUSSES W/ # 3/0 GROUND CONDUCTOR.
# 3/0 BARE COPPER GROUND
HDPE PRIMARY DUCTS
HDPE TO PVC, SCH. 40 COUPLINGS
PVC, SCH. 40 ELBOWS (TYP.)
GRAVEL
CAP ALL SPARE CONDUITS.
TYPICAL PRIMARY CONDUIT
FIBERGLASS SUB-BASE
STAINLESS STEEL HARDWARE
FURNISHED W/ JUNCTION CABINET
PRIMARY JUNCTION CABINET
3/4" X 20'-0" COPPERCLAD
GROUND ROD (TYP. - 4)
# 3/0 BARE COPPER GROUND
REMOVE EXISTING PRIMARY POLE.
REMOVE EXISTING OVERHEAD PRIMARY CONDUCTORS.
REMOVE EXISTING DOWN GUY.
GRAVEL
FRONT VIEW
SIDE VIEW
3500 PSI CONCRETE
GRADE
3500 PSI CONCRETE - POUR 9"±
AROUND ALL FOUR SIDES OF
JUNCTION CABINET.
GRADE SLOPES AWAY
FROM GRAVEL DRIVE
GRAVEL DRIVE
INSTALL JUNCTION CABINET SO
THAT FLANGE IS APPROXIMATELY
LEVEL WITH GRAVEL DRIVE.
FIBERGLASS PRIMARY JUNCTION CABINET
W/ 3 - 4 POINT, 600 A. JUNCTIONS.
11 CONTRACTOR MAY HAVE TO DIG DIRECTIONAL BORE ENTRANCE AND EXIT PITS IN GRAVEL DRIVE. CONTRACTOR SHALL
COMPACT BACKFILL TO 95% AND PROVIDE NEW GRAVEL AFTER PITS HAVE BEEN BACKFILLED.
12 12
12 INSTALL PIPE BOLLARD AT CORNERS OF JUNCTION CABINET ADJACENT TO GRAVEL DRIVE. SEE "DETAIL - PIPE BOLLARD,"
SHEET E-20.
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25 JUNE 2015
E-4
E L
E C
T R
I C
T
E
P
L A
N
S
H E
A S
E
B
T911-1
75KVA
T193-1
1000KVA
T788-1
1000KVA
T549-1
150KVA
J
J549
J
J788
T193-2
45KVA
J
J193
T951-1
300KVA
J
J951
S29
VR1
J J443
J J911
JJ805
T805-1
1000KVA
T276-2
1500KVA
T911-2
150KVA
ELECTRICAL SITE PLAN - SHEET 5 - BASE BID
SCALE: 1" = 50'-0"
J
J
EXISTING TENNIS COURTS
EXISTING RETENTION POND
1 INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL
BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN
TWO WAY 5" DUCTBANK.
WORK NOTES:
INSTALL NEW PRIMARY JUNCTION CABINET.2
APPROXIMATE LOCATION OF WETLANDS AREA
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25 JUNE 2015
E-5
E L
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T R
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E
P
L A
N
S
H E
A S
E
B
TP-G26A
91168
J
J181
J
J424
J
J456
T456-1
500KVA
N
ELECTRICAL SITE PLAN - SHEET 6 - BASE BID
SCALE: 1" = 50'-0"
X
X
X
X
X
X
X
X
X
X
X
X
X
G28
G27A
G27
G26
G25
J
J
J
WORK NOTES:
EXISTING TENNIS COURTS
1 INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3
CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
2 PULL EXISTING 3 - 500 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK BELOW GRADE. REMOVE EXISTING PRIMARY POLE RISER.
3 INSTALL NEW PRIMARY JUNCTION CABINET.
X
X
X
G26A
T
4 INSTALL NEW PRIMARY CIRCUIT I BY TRENCH & BACKFILL METHOD. NEW PRIMARY CIRCUIT SHALL BE 1 # 2 COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & FULL
CONCENTRIC NEUTRAL IN TWO WAY 4" CONCRETE ENCASED DUCTBANK.
5 INSTALL NEW 50 KVA, 1Ø PAD MOUNTED TRANSFORMER. SEE "SINGLE LINE DIAGRAM - CONTRACTOR YARD SERVICE," THIS SHEET.
6 INSTALL NEW UNDERGROUND SECONDARY & SERVICE PANEL. SEE "SINGLE LINE DIAGRAM - CONTRACTOR YARD SERVICE," THIS SHEET.
SINGLE LINE DIAGRAM - CONTRACTOR YARD SERVICE
NO SCALE
US
M
NEW PANEL "MP"
PAD MOUNT TRANSFORMER -
50 KVA, 1Ø, 7.2/12.47 KV PRIMARY
TO 240/120 V. SECONDARY
SEE PAD MOUNT TRANSFORMER
DETAILS, SHEET E-19.1 # 2 COPPER, 15 KV, TYPE EPR W/ 133%
INSULATION & FULL CONCENTRIC NEUTRAL IN
TWO WAY 4" CONCRETE ENCASED DUCTBANK.
PRIMARY JUNCTION
CABINET
A
P
S
P A
R E
A
S
P A
R E
A
S
P A
R E
A
S
P A
R E
A
S
P A
R E
A
S
P A
R E
300 A., 2 P., 10 KAIC
MAIN BREAKER
7 REMOVE EXISTING 25 KVA, 1Ø POLE MOUNTED TRANSFORMER, SERVICE MASTS, WEATHERHEADS, METER/POWER PANEL, DISCONNECT SWITCHES & ASSOCIATED CONDUIT
& WIRING MOUNTED ON EXISTING PRIMARY POLE.
POLE DEMOLITION NOTE:
PRIMARY POLES LOCATED WITHIN THE WETLAND AREAS SHALL BE CUT OFF JUST ABOVE GRADE, AND LAYED DOWN IN THE WETLAND AREA. PRIMARY POLES LOCATED OUTSIDE OF THE WETLAND
AREAS SHALL BE PULLED OUT OF THE GROUND AND REMOVED FROM THE SITE. ALL EXISTING POLE
LINE HARDWARE AND CONDUCTORS SHALL BE REMOVED FROM THE EXISTING POLES.
3 - 350 MCM COPPER, TYPE THWN IN
3" PVC, SCH. 80 CONDUIT.
# 2 COPPER IN 1/2" PVC, SCH. 80 CONDUIT TO
3/4" X 20'-0" COPPERCLAD GROUND ROD.
3"±
NEW MAIN PANEL
GRADE
3500 PSI CONCRETE
1 5/8" X 1 5/8", 12 GAUGE,
HOT-DIPPED GALVANIZED
STEEL CHANNEL (TYP.)
CONDUIT & WIRING AS SHOWN
ON SINGLE LINE DIAGRAM
DETAIL - NEW MAIN PANEL SERVICE ASSEMBLY
N.T.S.
24±
6'-0"±
NEW PANELBOARD SHALL BE FURNISHED
WITH A NEMA 3R OUTDOOR ENCLOSURE.
BOND GROUND BUS TO NEUTRAL BUS. ALL
BRANCH BREAKERS SHALL BE RATED 10 KAIC.
APPROXIMATE LOCATION OF WETLANDS AREA
APPROXIMATE LOCATION OF WETLANDS AREA
REMOVE EXISTING PRIMARY POLE.
REMOVE EXISTING OVERHEAD PRIMARY CONDUCTORS.
REMOVE EXISTING DOWN GUY.
3'-0"
6"
12" Ø
KWH METER - SINGLE PHASE METERS SHALL BE SENSUS
FLEXNET TYPE W/ KYZ PULSE INITIATION HARDWARE. AT
THE CONTRACTOR'S OPTION, CURRENT TRANSFORMERS
MAY BE EXTERNAL OR INTERNAL TO THE METER.
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FTEV 12-1069
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A
IR
F O
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P E
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IA
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N S
C O
M M
A N
D
H U
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B U
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F
IE
L D
, F L
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ID
A
JRH
EWW/JRH
25 JUNE 2015
E-6
E L
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T R
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T
E
P
L A
N
S
H E
A S
E
B
I D
R
E V
I S
T
T
ELECTRICAL SITE PLAN - SHEET 7 - BASE BID
SCALE: 1" = 50'-0"
J
1 INSTALL NEW PRIMARY CIRCUIT F BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM
COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
WORK NOTES:
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
S49
J
J704
JJ411
J
J181
T181-1
150KVA
J
J959
T959-1
75KVA
J
J511
T511-3
500KVA
T511-1
75KVA
J
J259
T511-2
75KVA
J
J278
S51
JJ523
T516-1
225KVA
J
J276
T276-1
225KVA
T276-3
1000KVA
T276-2
1500KVA
2 INSTALL NEW PRIMARY JUNCTION CABINET.
3 PULL EXISTING 3 - 250 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND PULL NEW PRIMARY CABLES INTO
EXISTING 5" DUCT (CIRCUIT I.) NEW PRIMARY CABLES SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133%
INSULATION & 1/3 CONCENTRIC NEUTRAL.
3 3
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25 JUNE 2015
E-7
E L
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T R
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T
E
P
L A
N
S
H E
A S
E
B
J958
J
J852
EM16
EM15
EM133
EM134
T45-1
50KVA
S45
J
J769
ELECTRICAL SITE PLAN - SHEET 8 - BASE BID
SCALE: 1" = 50'-0"
1 PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE (CIRCUIT I.)
WORK NOTES:
INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR
W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
X
X
X
X
X
3 PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND PULL IN NEW PRIMARY CABLES INTO EXISTING 5"
DUCT (CIRCUIT I.) NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL.
4 CORE DRILL EXISTING MANHOLE WALL AS REQUIRED FOR NEW CONDUIT ENTRANCE INTO EXISTING MANHOLE. INSTALL NON-SHRINK GROUT
AROUND CONDUIT PENETRATION.
X
X
EXISTING TREE LINE
EXISTING TREE LINE
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B A
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W I D
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25 JUNE 2015
E-8
E L
E C
T R
I C
T
E
P
L A
N
S
H E
A S
E
B
EM18
EM17
EM142
EM143
N
ELECTRICAL SITE PLAN - SHEET 9 - BASE BID
SCALE: 1" = 50'-0"
EM
EM
EM
EM
EM
1 PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE (CIRCUIT I.)
INSTALL NEW 6'-0" X 6'-0" X 6'-0" DEEP PRECAST CONCRETE MANHOLE W/ SPRING LOADED DOUBLE DOOR LID.3
INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR
W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
WORK NOTES:
ABANDON EXISTING MANHOLE IN PLACE.4
HIGHWAY 98
X
X
X
X
X
X
X
X
X
X
X
X
X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X X
X
X
X
EXISTING WETLAND AREA
EXISTING WETLAND AREA
EXISTING TREE LINE
EXISTING TREE LINE
EXISTING AIRFIELD LIGHTING CIRCUITS
APPROX. 600'-0" BETWEEN MANHOLES
ON EITHER SIDE OF THIS EXISTING
WETLANDS AREA
5 INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR
W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 6" DUCTBANK.
EXISTING ARCHAELOGICAL AREA
NOTE:
NO WORK WILL BE PERMITTED IN THE ARCHAELOGICAL SITES.
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
OF
FTEV 12-1069
S
P E
C A
IL
O
P E
R A
T
IO
N S
C
IV
IL
E
N G
IN
E
E R
S Q
U A
D R
O N
A
IR
F O
R C
E S
P E
C
IA
L O
P E
R A
T
IO
N S
C O
M M
A N
D
H U
R L
B U
R T
F
IE
L D
, F L
O R
ID
A
JRH
EWW/JRH
25 JUNE 2015
E-9
E L
E C
T R
I C
T
E
P
L A
N
S
H E
A S
E
B
I D
A
D D
W
R
K
N
O
JJ829
J978
EM141
ELECTRICAL SITE PLAN - SHEET 10 - BASE BID
SCALE: 1" = 50'-0"
EM
1 PULL EXISTING 3 - 500 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING
DUCTBANK IN PLACE (CIRCUIT I.)
INSTALL NEW 6'-0" X 6'-0" X 6'-0" DEEP PRECAST CONCRETE MANHOLE W/ SPRING LOADED DOUBLE DOOR LID.3
INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500
MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
WORK NOTES:
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
4 PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND PULL IN NEW
PRIMARY CIRCUIT (CIRCUIT I.) NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/
133% INSULATION & 1/3 CONCENTRIC NEUTRAL.
EXISTING CONCRETE DITCH
EXISTING CONCRETE DITCH
EXISTING STREAM
EXISTING GUARD RAIL
5 CORE DRILL EXISTING MANHOLE WALL AS REQUIRED FOR NEW CONDUIT ENTRANCE INTO EXISTING
MANHOLE. INSTALL NON-SHRINK GROUT AROUND CONDUIT PENETRATION.
EXISTING WETLAND AREA
EM
EXISTING TREE LINE
EXISTING TREE LINE
EXISTING TREE LINE
EXISTING TREE LINE
EXISTING TREE LINE
6 INSTALL NEW PRIMARY CIRCUIT I BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500
MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 6" DUCTBANK.
EXISTING ARCHAELOGICAL AREA
EXISTING ARCHAELOGICAL AREA
NOTE:
NO WORK WILL BE PERMITTED IN THE ARCHAELOGICAL SITES.
APPROX. 600'-0" BETWEEN MANHOLES
ON EITHER SIDE OF THIS EXISTING
WETLANDS AREA
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-10
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
A S
E
B
JJ688
EM43
S25
EM44
JJ562
S59
J
J629
J
J867
T867-1
45KVA
T106-1
150KVA
EM45
JJ106
T106-2
750KVA
J
J684
T684-1
112.5KVA
T318-1
75KVA
ELECTRICAL SITE PLAN - SHEET 11 - BASE BID
SCALE: 1" = 50'-0"
WORK NOTES:
INSTALL NEW PRIMARY SWITCH. NEW SWITCH SHALL BE AN S&C, VISTA 431. NEW PRIMARY CIRCUIT TO JUNCTION CABINET J318 SHALL BE
CONNECTED TO THE VFI WAY IN THE NEW SWITCH. LEAVE VFI SWITCH IN NORMALLY OPEN POSITION.
2 PULL EXISTING 3 # 2 PRIMARY CABLES OUT OF EXISTING 4" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE (CIRCUIT D.)
3 INSTALL NEW PRIMARY CIRCUIT A BY DIRECTIONAL BORE METHOD FROM NEW PRIMARY SWITCH TO EXISTING JUNCTION CABINET J318.
NEW PRIMARY CIRCUIT SHALL BE 3 - 250 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5"
DUCTBANK.
J
J318
X
X
X
X
X
X
X
X
S
X
X
X
INSTALL NEW PRIMARY CIRCUIT A BY TRENCH & BACKFILL METHOD FROM NEW PRIMARY SWITCH TO EXISTING JUNCTION CABINETJ684.
NEW PRIMARY CIRCUIT SHALL BE 3 - 250 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5"
CONCRETE ENCASED DUCTBANK.
APPROXIMATE SCALE: 1" = 10'-0"
LARGE SCALE PLAN
EXISTING JUNCTION CABINET J684
EXISTING CONCRETE BOLLARD (TYP.)
SEE "LARGE SCALE PLAN," THIS SHEET.
EDGE OF ROAD
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-11
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
A S
E
B
J103
EM8
T103-2
500KVA
J
J550
T550-1
225KVA
T103-1
1000KVA
EM2
S71
EM1
J
J303
J
J508
T508-1
150KVA
S18
J
J177
J
J866
EM9
J
J175
S19
T175-1
300KVA
EM30
J
J149
T413-1
500KVA
J
J233
J
J314
ELECTRICAL SITE PLAN - SHEET 12 - BID OPTION # 1
SCALE: 1" = 50'-0"
WORK NOTES:
PULL EXISTING 3 # 4/0 PRIMARY CABLES OUT OF EXISTING 5" DUCT AND PULL NEW PRIMARY CABLES INTO EXISTING 5" DUCT (CIRCUIT A.) NEW
PRIMARY CABLES SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL.
2 REMOVE EXISTING PRIMARY SWITCH & INSTALL NEW PRIMARY SWITCH ON EXISTING CONRETE PAD. RECONNECT EXISTING PRIMARY CABLES
TO NEW SWITCH TERMINATIONS. NEW SWITCH SHALL BE AN S&C, PME-10.
X
X
3 PULL EXISTING 3 # 4/0 PRIMARY CABLES OUT OF EXISTING 4" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE (CIRCUIT A.)
4 INSTALL NEW PRIMARY CIRCUIT A BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/
133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-12
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
T175-2
500KVA
J
J510
J
J494
T510-1
112.5KVA
JJ285
S17
T619-1
225KVA
J
J971
S15
J
J339
J
J862
J J421
J J773
J
J790
J J121
S14
J
J460
J
J242
S26
J
J169
T169-1
150KVA
X
X
X
X
X
X
X X
X X
X X
X X
X
X
X
X
X
X
X
X
X
X
X
X
J
X
X
ELECTRICAL SITE PLAN - SHEET 13 - BID OPTION # 1
SCALE: 1" = 50'-0"
WORK NOTES:
PULL EXISTING 3 # 4/0 PRIMARY CABLES OUT OF EXISTING 4" DUCT AND ABANDON EXISTING DUCTBANK IN
PLACE (CIRCUIT A.)
INSTALL NEW PRIMARY CIRCUIT A BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM
COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
INSTALL NEW PRIMARY JUNCTION CABINET.
INSTALL NEW PRIMARY CIRCUIT A BY TRENCH & BACKFILL METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 # 2
COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 4" CONCRETE
ENCASED DUCTBANK.
INSTALL NEW PRIMARY CIRCUIT A BY TRENCH & BACKFILL METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 # 4/0
COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" CONCRETE
ENCASED DUCTBANK.
REMOVE EXISTING STEEL JUNCTION CABINET & INSTALL NEW FIBERGLASS JUNCTION CABINET IN EXISTING
LOCATION. POUR EXTENSION TO CONCRETE PAD. SEE "DETAIL - CONCRETE PAD EXTENSIONS," THIS SHEET.
SCALE: 1/4" = 1'-0"
DETAIL - CONCRETE PAD EXTENSIONS
PRIMARY JUNCTION CABINET J494
PRIMARY JUNCTION CABINET J510
EXISTING COMMUNICATION PEDESTAL TO REMAIN
EXISTING CONCRETE PAD - 32" X 78 1/2"
EXISTING PRIMARY JUNCTION CABINET - REMOVE.
EXISTING CONDUITS TO REMAIN.
NEW CONCRETE PAD EXTENSION
NEW FIBERGLASS PRIMARY JUNCTION CABINET
LEAVE OPENING IN CONCRETE PAD EXTENSION WHERE
NEW PRIMARY DUCTS ENTER JUNCTION CABINET.
EXISTING CONDUITS - TO REMAIN.
EXISTING CONCRETE PAD - 35" X 78"
NEW CONCRETE PAD EXTENSION
EXISTING PRIMARY JUNCTION
CABINET - REMOVE.
NEW FIBERGLASS PRIMARY
JUNCTION CABINET
LEAVE OPENING IN CONCRETE PAD
EXTENSION WHERE NEW PRIMARY
DUCTS ENTER JUNCTION CABINET.
NOTE:
DIMENSIONS OF CONCRETE PAD EXTENSIONS SHALL BE ADJUSTED AS REQUIRED
BY THE PHYSICAL SIZE OF THE NEW JUNCTION CABINETS FURNISHED BY THE
CONTRACTOR.
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-13
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
T613-1
J
J613
J
J945
T613-3
750KVA
J
J597
S24
JJ488
T488-1
150KVA
JJ677
JJ405
EM40
EM41
J
J333
T333-1
500KVA
T984-1
112.5KVA
J
J865
J
J984
EM42
T865-1
100KVA
J
J539
T539-1
150KVA
J
J389
T389-1
1000KVA
ELECTRICAL SITE PLAN - SHEET 14 - BID OPTION # 2
SCALE: 1" = 50'-0"
WORK NOTES:
PULL EXISTING 3 - 250 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND PULL NEW PRIMARY CABLES INTO EXISTING 5" DUCT. NEW
PRIMARY CABLES SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL.
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-14
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
S61
EM2
S22
S23 J
J216
J
J401
T401-2
75KVA
T401-1
225KVA
T23-2
150KVA
T23-1
750KVA
EM38
J
J607
J
J870
T870-1
25KVA
T870-3
150KVA
T870-2
300KVA
T607-1
1000KVA
T698-1
300KVA
J
J248
J
J698
T698-2
75KVA
T698-3
75KVA
J
J431
T431-1
225KVA
T553-2
75KVA
T553-1
500KVA
T613-2
500KVA
S6
S5
S4
S3
S2
S1 J J850
J J849
J J280
J J147
J J422
J J388
J
J233
J
J314
T248-1
300KVA
ELECTRICAL SITE PLAN - SHEET 15 - BID OPTION # 2
SCALE: 1" = 50'-0"
WORK NOTES:
PULL EXISTING 3 - 250 MCM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND PULL NEW PRIMARY CABLES INTO EXISTING 5" DUCT (CIRCUIT D.)
NEW PRIMARY CABLES SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL.
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-15
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
S61
EM2
S22
S23 J
J216
J
J401
T401-2
75KVA
T401-1
225KVA
T23-2
150KVA
T23-1
750KVA
EM38
J
J607
J
J870
T870-1
25KVA
T870-3
150KVA
T870-2
300KVA
T607-1
1000KVA
T698-1
300KVA
J
J248
J
J698
T698-2
75KVA
T698-3
75KVA
J
J431
T431-1
225KVA
T553-2
75KVA
T553-1
500KVA
T613-2
500KVA
S6
S5
S4
S3
S2
S1 J J850
J J849
J J280
J J147
J J422
J J388
J
J233
J
J314
T248-1
300KVA
ELECTRICAL SITE PLAN - SHEET 16 - BID OPTION # 3
SCALE: 1" = 50'-0"
WORK NOTES:
1 PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE (CIRCUIT F.)
3 INSTALL NEW PRIMARY JUNCTION CABINET.
INSTALL NEW PRIMARY CIRCUIT F BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE
EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-16
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
T175-2
J
J510
J
J494
T510-1
112.5KVA
JJ285
S17
T188-1
225KVA
T188-2
225KVA
J J188
J J310
JJ619
J J747
J J617
T747-1
225KVA
T747-2
500KVA
T619-1
225KVA
J
J418
J
J971
S15
J
J339
J
J862
J J421
J J773
J
J790
J J121
S14
J
J460
J
J242
S26
J
J169
T169-1
150KVA
T465-2
1000KVA
J
J465
T465-1
1000KVA
S90
J J100
ELECTRICAL SITE PLAN - SHEET 17 - BID OPTION # 3
SCALE: 1" = 50'-0"
WORK NOTES:
PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING
DUCTBANK IN PLACE (CIRCUIT F.)
INSTALL NEW PRIMARY CIRCUIT F BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500
MCM COPPER, 15 KV, TYPE EPR W/ 133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
REMOVE EXISTING PRIMARY JUNCTION CABINET & CONCRETE PAD.
INSTALL NEW PRIMARY JUNCTION CABINET.
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-17
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
J J687
T687-1
112.5KVA
J J689
T689-1
150KVA
J
J252
T252-1
150KVA
T689-2
750KVA
T90-1
225KVA
T90-2
75KVA
J
J710
J
J975
S85
T975-1
75KVA
T85-1
75KVA
T710-1
50KVA
J
J415
J
J635
J
J145
JJ756
T756-3
500KVA
T756-1
25KVA
T756-2
225KVA
J
JJ932
S30
S42
ELECTRICAL SITE PLAN - SHEET 18 - BID OPTION # 3
SCALE: 1" = 50'-0"
WORK NOTES:
J
J615
J J317
J
J515
J
J238
J
J
PULL EXISTING 3 - 350 MCM ALUMINUM PRIMARY CABLES OUT OF EXISTING 5" DUCT AND ABANDON EXISTING DUCTBANK IN PLACE (CIRCUIT F.)
INSTALL NEW PRIMARY CIRCUIT F BY DIRECTIONAL BORE METHOD. NEW PRIMARY CIRCUIT SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/
133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
REMOVE EXISTING PRIMARY JUNCTION CABINET & INSTALL NEW STEEL JUNCTION CABINET ON EXISTING CONCRETE PAD. SEE "STEEL JUNCTION
CABINET NOTE," THIS SHEET.
INSTALL NEW PRIMARY JUNCTION CABINET.
5 REMOVE EXISTING PRIMARY SWITCH & CONCRETE PAD AFTER NEW CIRCUIT IS ENERGIZED. REMOVE CONDUITS TO A POINT BELOW GRADE &
ABANDON IN PLACE.
6 REMOVE (2) EXISTING ABANDONED PRIMARY SWITCHES & CONCRETE PADS. REMOVE CONDUITS TO A POINT BELOW GRADE & ABANDON IN PLACE.
7 INSTALL NEW PRIMARY SWITCH. NEW SWITCH SHALL BE AN S&C, VISTA 431.
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
S46
X
X
X
X
X
X
X
X
X
X
X
INSTALL NEW PRIMARY CIRCUIT F BY DIRECTIONAL BORE METHOD. NEW PRIMARY CABLES SHALL BE 3 - 250 MCM COPPER, 15 KV, TYPE EPR W/
133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" DUCTBANK.
8 INSTALL NEW PRIMARY CIRCUIT F BY TRENCH & BACKFILL METHOD. NEW PRIMARY CABLES SHALL BE 3 - 500 MCM COPPER, 15 KV, TYPE EPR W/
133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" CONCRETE ENCASED DUCTBANK.
INSTALL NEW PRIMARY CIRCUIT F BY TRENCH & BACKFILL METHOD. NEW PRIMARY CABLES SHALL BE 3 - 250 MCM COPPER, 15 KV, TYPE EPR W/
133% INSULATION & 1/3 CONCENTRIC NEUTRAL IN TWO WAY 5" CONCRETE ENCASED DUCTBANK.
STUB OUT TWO 5" PVC CONDUITS APPROXIMATELY 5'-0" BEYOND THE PRIMARY JUNCTION CABINET CONCRETE PAD.11
STEEL JUNCTION CABINET NOTE:
REMOVE EXISTING STEEL JUNCTION CABINET & INSTALL A NEW STEEL JUNCTION CABINET W/ THREE 4-POINT JUCTIONS ON THE
EXISTING CONCRETE PAD. RECONNECT ALL EXISTING PRIMARY ELBOWS TO NEW JUNCTIONS IN CABINET. CONTRACTOR SHALL FURNISH
A JUNCTION CABINET THAT HAS JUNCTION POINTS MOUNTED AT THE SAME ELEVATIONS AS THE EXISTING JUNCTIONS SO THAT EXISTING
CABLES WILL REACH NEW TERMINATION POINTS. EXISTING JUNCTION CABINET WAS MANUFACTURED BY MAYSTEEL.
SEE "LARGE SCALE PLAN," THIS SHEET.
APPROXIMATE SCALE: 1" = 10'-0"
LARGE SCALE PLAN
S30
S42
S46
X
X
X
X
X
X
X
X
X
X
X
X
EXISTING ASPHALT PARKING LOT
EXISTING TREE
EXISTING TREES IN
LANDSCAPED AREA
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-18
E L
E C
T R
I C
T
E
P
L A
N
S
H E
B
T
I O
DETAIL - TWO WAY 4" CONCRETE ENCASED DUCTBANK
3"
3500 P.S.I. CONCRETE
NO SCALE
3" 3"
3"
4" PVC CONDUIT (TYP.)
3"
RIGID STEEL 90 DEGREE ELBOW (TYP.)
PAD MOUNT TRANSFORMER DETAILS
TWO WAY 4" CONCRETE ENCASED
DUCTBANK - SEE DETAIL, THIS SHEET
NOTES:
NOT TO SCALE
SECTION A
TYPICAL "T-TAP"
#4 BARS AT 12" O.C. EACH WAY (TYP.)
TYPICAL SECONDARY CONDUIT
W/ SHOP DRAWINGS.
VERIFY CONDUIT STUB-UP LOCATION
#3/0 IN SECONDARY SECTION
2#4 CONT. (TYP.)
CAP ALL SPARE CONDUITS.
TYPICAL PRIMARY CONDUIT
4"
12"
8"
12"
7"
5"
PLAN VIEW
TERMINATE W/ GROUNDING
NOT TO SCALE
BUSHINGS & BOND TO GROUND.
8" MINIMUM
6" TYPICAL
G
G
#3/0 IN PRIMARY SECTION
G
CONCRETE PAD
G
G
A
RIGID STEEL TO PVC, SCH. 80
CONDUIT ADAPTER (TYP.)
#3/0 GROUND GRID
#3/0 BARE COPPER GROUND
BOLTS PER MANUFACTURER'S
CONCRETE PAD W/ ANCHOR
SECURE TRANSFORMER TO
GRID (TYPICAL)
SPECIFICATIONS
OUTLINE OF TRANSFORMER
G
PROVIDE OPENING IN CONC. SLAB
FOR PRIMARY AND SECONDARY
CONDUITS. FILL OPENING W/ GRAVEL.
E19E19
NOT TO SCALE
PRIMARY JUNCTION CABINET DETAIL
DETAILS," THIS SHEET.
JUNCTION CABINET INSTALLATION
4 POINT, 600 A. DEADBREAK JUNCTIONS
CONCRETE PAD - SEE "PRIMARY
HINGED SWING LID (SHOWN IN OPEN POSITION)
SECTION B
PRIMARY JUNCTION CABINET
NOTES:
NOT TO SCALE
12" MINIMUM
6" TYPICAL
CONCRETE PAD
#2/0 TO CASE GROUND
#3/0 BARE COPPER GROUND
#3/0 GROUND GRID
GRID (TYPICAL)
SECURE JUNCTION CABINET TO
SPECIFICATIONS
CONCRETE PAD W/ ANCHOR
BOLTS PER MANUFACTURER'S
PLAN VIEW
NOT TO SCALE
G
OUTLINE OF JUNCTION CABINET
G
G
B
G
RIGID GALV. STEEL ELBOWS (TYP.)
BUSHINGS & BOND TO GROUND.
TERMINATE W/ GROUNDING
TYPICAL PRIMARY CONDUIT
CAP ALL SPARE CONDUITS.
6"
4"
VERIFY CONDUIT STUB-UP LOCATION
REBAR - 12" O.C. EACH WAY.
3500 PSI CONCRETE W/ # 4
10"
W/ SHOP DRAWINGS.
TOOLED EDGES
FOR PRIMARY CONDUITS
PROVIDE OPENING IN CONC. SLAB
G
G
TYPICAL "T-TAP"
18"
3/4" X 20'-0" COPPERCLAD GROUND
ROD - 18" BELOW GRADE (TYP. - 4.)
PVC TO RIGID GALV.
COUPLING IN CONCRETE.
STEEL COUPLING - ENCASE
INSTALLATION DETAILS
PRIMARY SWITCH INSTALLATION DETAILS
SECTION C
NOTES:
NOT TO SCALE
12" MINIMUM
6" TYPICAL
CONCRETE PAD
#2/0 TO CASE GROUND
#3/0 BARE COPPER GROUND
#3/0 GROUND GRID
GRID (TYPICAL)
SECURE JUNCTION CABINET TO
SPECIFICATIONS
CONCRETE PAD W/ ANCHOR
BOLTS PER MANUFACTURER'S
PLAN VIEW
NOT TO SCALE
G
OUTLINE OF JUNCTION CABINET
G
G
C
G
RIGID GALV. STEEL ELBOWS (TYP.)
BUSHINGS & BOND TO GROUND.
TERMINATE W/ GROUNDING
TYPICAL PRIMARY CONDUIT
CAP ALL SPARE CONDUITS.
6"
4"
VERIFY CONDUIT STUB-UP LOCATION
REBAR - 12" O.C. EACH WAY.
3500 PSI CONCRETE W/ # 4
10"
W/ SHOP DRAWINGS.
TOOLED EDGES
FOR PRIMARY CONDUITS
PROVIDE OPENING IN CONC. SLAB
G
G
TYPICAL "T-TAP"
18"
3/4" X 20'-0" COPPERCLAD GROUND
ROD - 18" BELOW GRADE (TYP. - 4.)
PVC TO RIGID GALV.
COUPLING IN CONCRETE.
STEEL COUPLING - ENCASE
FIBERGLASS PRIMARY JUNCTION CABINET
PROVIDE FAULTED CIRCUIT INDICATORS
FOR ALL ACTIVE JUNCTIONS.
FINISH GRADE
BURIED ELECTRICAL
DUCTBANK WARNING TAPE
12"
12"
ALL GROUND CONNECTIONS MAY BE EXOTHERMICALLY WELDED OR MAY
USE UL LISTED, NON-REVERSIBLE COMPRESSION CONNECTORS. PROVIDE
ENGRAVED RED BAKELITE SIGN W/ 2 1/2" HIGH LETTERS "DANGER - HIGH
VOLTAGE." SIGN SHALL BE 12" W. X 9" HIGH. SECURE TO DOOR OF HOUSING
W/ BRASS SCREWS.
ALL GROUND CONNECTIONS MAY BE EXOTHERMICALLY WELDED OR MAY
USE UL LISTED, NON-REVERSIBLE COMPRESSION CONNECTORS. PROVIDE
ENGRAVED RED BAKELITE SIGN W/ 2 1/2" HIGH LETTERS "DANGER - HIGH
VOLTAGE." SIGN SHALL BE 12" W. X 9" HIGH. SECURE TO DOOR OF HOUSING
W/ BRASS SCREWS.
ALL GROUND CONNECTIONS MAY BE EXOTHERMICALLY WELDED OR MAY USE UL
LISTED, NON-REVERSIBLE COMPRESSION CONNECTORS. PROVIDE ENGRAVED RED
BAKELITE SIGN W/ 2 1/2" HIGH LETTERS "DANGER - HIGH VOLTAGE." SIGN SHALL BE
12" W. X 9" HIGH. SECURE TO DOOR OF HOUSING W/ BRASS SCREWS.
PARKING STANDS AND BUSHINGS
TWO WAY 5" CONCRETE ENCASED
DUCTBANK - SEE DETAIL, THIS SHEET
TWO WAY 5" CONCRETE ENCASED
DUCTBANK - SEE DETAIL, THIS SHEET
E19E19
E19E19
E19E19
E19E19
E19E19
DETAIL - TWO WAY 5" CONCRETE ENCASED DUCTBANK
3"
3500 P.S.I. CONCRETE
NO SCALE
3" 3"
3"
5" PVC CONDUIT (TYP.)
3"
FINISH GRADE
BURIED ELECTRICAL
DUCTBANK WARNING TAPE
12"
12"
3/4" X 20'-0" COPPERCLAD GROUND
ROD - 18" BELOW GRADE (TYP. - 4.)
PROVIDE GROUND BUS ASSEMBLY AT EACH
GROUND NUT. CONNECT ALL NEUTRALS TO
INDIVIDUAL LUGS ON BUS. INTERCONNECT
BUSSES W/ # 3/0 GROUND CONDUCTOR.
E-19
P R
I M
A R
Y
E
Q U
I P
M E
T
A I L
S
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
OF
FTEV 12-1069
S
P E
C A
IL
O
P E
R A
T
IO
N S
C
IV
IL
E
N G
IN
E
E R
S Q
U A
D R
O N
A
IR
F O
R C
E S
P E
C
IA
L O
P E
R A
T
IO
N S
C O
M M
A N
D
H U
R L
B U
R T
F
IE
L D
, F L
O R
ID
A
JRH
EWW/JRH
25 JUNE 2015
R
E V
I S
C
N
C
E
N C
A S
E M
E
PRECAST MANHOLE NOTES:
DETAIL - 6' X 6' PRECAST MANHOLE
N.T.S.
1. MANHOLE SHALL BE DESIGNED IN ACCORDANCE WITH ACI 318, AASHTO
14TH EDITION AND ASTM C857 WHERE APPLICABLE.
2. DESIGNED FOR HS-20 LOADING.
3. MANHOLE SHALL BE PLACED ON 12" BASE OF CRUSHED PEA GRAVEL FOR
EVEN LOAD DISTRIBUTION AND EASE OF INSTALLATION.
4. CONDUIT PENETRATIONS THRU MANHOLE WALLS SHALL OCCUR NEAR
CORNERS OF MANHOLE. INSTALL WATERTIGHT SEAL BETWEEN CONDUIT
AND MANHOLE WALL.
5. PROVIDE 12" DIAMETER SUMP IN CENTER OF MANHOLE FLOOR.
6. CONCRETE - MINIMUM 28 DAY CONCRETE COMPRESSIVE STRENGTH
SHALL BE 4000 PSI.
7. PROVIDE TWO PULLING EYES IN MANHOLE ON OPPOSITE WALLS FROM
DUCT ENTRANCES. PROVIDE TWO CABLE RACKS ON THREE WALLS. DO
NOT INSTALL CABLE RACKS ON WALL WITH DEADBREAK JUNCTIONS.
8. TOP OF MANHOLE SHALL BE 1" ABOVE FINISHED GRADE.
9. INTERIOR DIMENSIONS OF MANHOLE SHALL BE 72" X 72" X 72."
MANHOLE LID NOTES:
1. DESIGNED FOR HS-20 LOADING.
2. FRAME DESIGNED FOR INSTALLATION IN PRECAST HANDHOLE.
3. FRAME AND LID SHALL BE CONSTRUCTED OF ALUMINUM.
4. DOORS SHALL BE HINGED, SPRING LOADED AND SHALL SWING OPEN 90°.
5. DOOR SHALL HAVE "ELECTRIC" IN BEADED WELDED LETTERS.
P
U
L
L
I
G
O
C
K
Y
P
D
U
R
M
I
N
A
T
I
O
Y
P
A
A
ELEVATION
PLAN VIEW - 6' X 6' PRECAST MANHOLE
N.T.S.
600 AMP, 4 POINT DEADBREAK JUNCTION (TYP. - 3)
CABLE RACK (TYP. - 6)
# 3/0 BARE COPPER GROUND WIRE LOOP
3/4" X 20'-0" COPPERCLAD GROUND ROD
BOND GROUND WIRE TO ROD W/ EXOTHERMIC
CONNECTION
BOND GROUND WIRE TO JUNCTION W/ GROUND LUG
TWO WAY 5" DUCTBANK - INSTALL CONDUIT
ENTRANCES NEAR CORNERS OF MANHOLE.
600 AMP, 4 POINT DEADBREAK JUNCTION (TYP. - 3)
BOND GROUND WIRE TO GROUND WIRE W/
EXOTHERMIC CONNECTION
C
O
V
H
A
S
T
A
L
L
E
D
F
N
H
O
L
L
INSTALL TOP JUNCTION JUST BELOW MANHOLE
COVER FRAME. INSTALL LOWER JUNCTIONS
APPROXIMATELY 3" BELOW TOP JUNCTION.
PARKING STAND (TYP.)
SELECTED BY CONTRACTING OFFICER.
2 COATS OF PAINT W/ COLOR AS
6" RIGID GALV. STEEL CONDUIT -
FILL W/ CONCRETE. PRIME AND PAINT
FORM CONCRETE INTO DOME SHAPE.
1'-0"
NOT TO SCALE
DETAIL - PIPE BOLLARD
3'-0"
3500 PSI CONCRETE
4'-0"
GRADE
E-20
M A
N H
O L
E
D
E T
A I L
S
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
T801-2
300KVA
208/120
T689-2
750KVA
208/120
T747-1
225KVA
208/120
J
J285
S14 N.O.
500MCM
S17
500MCM
J J242
4/0
J
J525
T525-1
2000KVA
480/277
2/0
350MCMAL
S15
250MCM
J
J460
350MCMAL
4/0
JJ117
EM117
#2
S92
#2
#2
J
J243
250MCM
J J971
350MCMAL
T243-1
500KVA
480/277
#2
JJ795
T795-1
500KVA
208/120
#2
250MCM
J
J329
T329-1
300KVA
208/120
#2
250MCM
250MCM
S39
250MCM
CCAP BANK
JJ338
T338-1
225KVA
208/120
#2
250MCM
250MCM
J
J874
JJ774
#2
250MCM
#2#2
T874-1
150KVA
208/120
T874-2
300KVA
480/277
250MCM
J J370
250MCM
J
J120
250MCM
T670-1
500KVA
480/277
#2
250MCM
JJ670
T120-2
1000KVA
480/277
#2
T120-1
500KVA
208/120
#2
J
J614
#2
T120-3
150KVA
208/120
#2
T120-4
750KVA
480/277
#2
T120-5
300KVA
208/120
#2
T614-1
750KVA
480/277
250MCM
J J116
#2
T116-1
75KVA
240/120
250MCM
S40
T40-1
500KVA
480/277
#2
250MCM
J J985
T985-1
1000KVA
480/277
#2
J J601
250MCM
250MCM
250MCM
J
J169
S26
N.O.
250MCM
250MCM
#2
T169-1
150KVA
208/120
J J687
250MCM
#2
T687-1
112.5KVA
208/120
500MCM
J
J225
500MCM
J
J932
500MCM
500MCM
S30
S46
S42
N.O.
N.O.
N.O.
500MCM
J J635
500MCM
250MCM
250MCM
J J689
500MCM
350MCMAL
J
J415
#2
T689-1
150KVA
208/120
#2
250MCM
J
J252
#2
J
J162
T162-1
150KVA
208/120
#2
T252-1
150KVA
480/277
250MCM
J
J697
#2#2
T697-1
112.5KVA
208/120
#2
T697-2
75KVA
208/120
250MCM
JJ924
250MCM
J
J801
T801-3
50KVA
240/120
#2#2#2
S85
250MCM
250MCM
J
J710
T710-1
50KVA
240/120
OOS
#2
250MCM
T85-1
75KVA
208/120
250MCM
J
J145
250MCM
J
J756
#2
T756-1
25KVA
240/120
T756-2
225KVA
208/120
#2
T756-3
500KVA
208/120
#2
#2
T601-1
150KVA
208/120
250MCM
J
J235
250MCM
J
J875
S41
#2
T41-1
75KVA
208/120
#2
T41-2
75KVA
208/120
JJ317
J
J615
500MCM
EM47
500MCM
J
J282
J
J238
J J515
500MCM
500MCM
J
J315
500MCM
500MCM
J
J987
J
J199
500MCM
J
J499
500MCM
JJ206
500MCM 350MCMAL
T499-4
1500KVA
480/277
250MCM 250MCM
T499-3
500KVA
480/277
T499-2
500KVA
208/120
250MCM
J
J293
250MCM
J
J430
T430-1
150KVA
208/120
#2
J
J143
#2
T143-2
225KVA
208/120
#2
T143-1
150KVA
208/120
#2
J
J842
#2
#2
T842-1
75KVA
208/120
S43
500MCM 250MCM
J
J576
500MCM
J
J302
#2
T302-2
50KVA
240/120
#2
T302-3
50KVA
240/120
#2
250MCM
J
J946
#2#2
T302-1
750KVA
480/277
T302-4
150KVA
208/120
OOS
500MCM
250MCM
J
J519
J
J542
T542-6
75KVA
208/120
#2
250MCM
#2
T542-1
112.5KVA
208/120
#2
T542-2
500KVA
208/120
J
J907
T907-2
112.5KVA
208/120
#2
250MCM
#2
T907-1
225KVA
208/120
#2
T907-3
150KVA
208/120
#2
T907-4
150KVA
208/120
#2
T907-5
150KVA
208/120
#2
J
J889
T889-1
750KVA
208/120
#2
J
J671
T519-1
150KVA
208/120
#2
250MCM
T671-1
300KVA
208/120
#2
250MCM
J
J694
#2
T694-1
300KVA
480/277
250MCM
JJ656
500MCM
#2
J
J651
T651-1
150KVA
208/120
#2
500MCM
S44
#2#2
T44-1
300KVA
208/120
T44-2
150KVA
208/120
500MCM
N.O.
N.O.
250MCM
J
J418
4 2
4 3
3 4
3 4
2 1
4 2
4N.O.
II
A A
B
G
C
F
3 1
2 3
2 3
2 1
1 3
2 3
1250MCM
J
J465
250MCM
J
J462
250MCM
J
J101
JJ619
250MCM
T619-1
225KVA
208/120
#2
250MCM
J J310
250MCM
J
J747
250MCM
J
J617
T747-2
500KVA
208/120
#2#2
250MCM
J
J188
T188-1
225KVA
208/120
#1 #2
T188-2
225KVA
208/120
250MCM
250MCM
T465-1
1000KVA
480/277
250MCM
T465-2
1000KVA
480/277
S90
4 3
250MCM
J
J100
T100-1
1000KVA
480/277
250MCM
250MCM
T462-1
75KVA
208/120
250MCM
T462-2
500KVA
208/120
250MCM
T90-1
225KVA
208/120
250MCM
T90-2
75KVA
208/120
250MCM
J
J205
T205-1
750KVA
480/277
250MCM
250MCM
J
J301
T301-1
1500KVA
480/277
#2
250MCM
JJ975
T975-1
75KVA
208/120
#2
#2
T101-2
150KVA
208/120
#2
T101-1
150KVA
208/120
F
C
250MCM
T774-1
75KVA
208/120
T801-1
75KVA
208/120
HARTSON STREET
C O
Y
V E
N U
E
C O
E
N U
E
T E
R R
Y
A
V E
N U
E
O N
E I L L
A
V E
N U
E
HWY 98
250MCM
250MCM
N.O.
T329-2
#2
EM300
T499-1
225KVA
480/277
T92-1
225KVA
480/277
T92-2
500KVA
480/277
#2
T92-3
500KVA
208/120
T92-4
500KVA
480/277
#2
PRIMARY RISER DIAGRAM - SHEET 3
(MODIFICATIONS TO BASE RISER)
NO SCALE
X X
X
X
X
X X
X
X X
X X X X X X X
X X
X X
X
X X
X X
X
X
4/0
MCM
4/0
500MCM
X
X
X
JJ
J
J
350MCMAL
500MCM
250MCM
250MCM
250MCM
INSTALL NEW SWITCH
500MCM
500MCM
350MCMAL
500MCM
250MCM
500MCM
500MCM
BID OPTION # 3 - SEE
SHEETS E-16, E-17 & E-18.
SEE SHEET E-21 FOR
CONTINUATION.
BID OPTION # 1 -
SEE SHEETS
E-12 & E-13.
SEE SHEET E-21 FOR
CONTINUATION.
R E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
OF
FTEV 12-1069
S
P E
C A
IL
O
P E
R A
T
IO
N S
C
IV
IL
E
N G
IN
E
E R
S Q
U A
D R
O N
A
IR
F O
R C
E S
P E
C
IA
L O
P E
R A
T
IO
N S
C O
M M
A N
D
H U
R L
B U
R T
F
IE
L D
, F L
O R
ID
A
JRH
EWW/JRH
25 JUNE 2015
E-22
P R
I M
A R
Y
R
I S
A
G R
H E
R
E V
I S
I M
A R
Y
R
O U
T I N
G
R
E V
I S
I T
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-24
P R
I M
A R
Y
R
I S
A
G R
H E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-25
P R
I M
A R
Y
R
I S
A
G R
H E
P A
K
V
E
L E
C T
R I C
A L
B A
S E
W I D
E
25 JUNE 2015
E-26
P R
I M
A R
Y
R
I S
A
G R
H E
U .S
. 98/ M
IR
A C
LE
S
T R
IP
P
A R
K W
A Y
K E
R W
O O
D
R
O A
D
T
U
L
R
E
E
T
TULLY STREET ROUTE SURVEY
SEE SHEET 2
W
A
K
Y
L
I
E
M
A
N
I
E
A
V
E
N
U
E
HIGHWAY 98 ROUTE SURVEY
SEE SHEET 3-4
KERWOOD ROUTE SURVEY
SEE SHEET 5-7
WALKUP WAY ROUTE SURVEY
SEE SHEET 8-9
C C
H U
R L
B U
E
L D
F T
R
O U
R
V E
Y
T O
P O
G R
A P
H
R
V E
Y
N i n t h v e n u e
S u i e
P e n s a c o l a
F l o r i d a
T e l e p h o n e a x
R E
B O
L B
A T
T L
S
O C
I A
T E
S
T h i s d r a w i n g i s t h e p r o p e r t y o f
R e b o l B a t t l s s o c i a t e s a n d m y n o t b e r e p r o d u c e d w i t h o u t w r i t t e n p e r m i s s i o n
P R
E P
A R
R
R E
Q U
E S
T E
D
B
Y
D P
R O
J E
C T
P
A
K
V
E
L E
C T
R I C
S
E W
I D
E D
W G
E
L E
C F
T E
V
S
D
W G
P R
O J E
D R
A W
N
B
Y
C H
K
S C
A L E
F B
D A
T E
P G
S E
C T
I O
N
C O
U N
T Y
T O
W N
S H
I P
S T
A T
E
F
L O
R I D
A
N O
D
A T
E A
P P
R
R E
V I S
I O
N A
C T
I O
N
T
A K
E N
A
P
O R
T I O
N
O
F
R A
N G
E
G T
P
M A
N
S
O U
T H
S
T
O K
A L
O O
S A
P E
T E
R S
G
I N
E E
R I N
G
P E
T E
R S
G
I N
E E
R I N
G
SHEET 2 TULLY STREET
SHEET 3 HIGHWAY 98
SHEET 4 HIGHWAY 98
SHEET 5 KERWOOD DRIVE
SHEET 6 KERWOOD DRIVE
SHEET 7 KERWOOD DRIVE
SHEET 8 WALKUP WAY
SHEET 9 WALKUP WAY
P O
G R
A P
H
R
V E
Y
N i n e n u e
S u i
P e n s a c o l a
F l o r i d a
T e l e p h o n e x
R E
B O
L B
A T
T
S
O C
I A
T E
S
T h i s d r a w i n g i s t h e p r o p e r t y o f
R e b o l B a t t s o c i a t e s a y n o t b e r e p r o d u c e d w i t h o u t w r i t t e n p e r m i s s i o n
P R
E P
A R
R
R E
Q U
E S
T E
D
B
Y
D P
R O
J E
C T
P
A
K
V
E
L E
C T
R I C
S
E W
I D
E D
W G
E
L E
C F
T E
V
S
D
W G
P R
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| FTEV 12-1069 T1 |
| FTEV 12-1069 E1 |
| FTEV 12-1069 E2 |
| FTEV 12-1069 E3 |
| FTEV 12-1069 E4 |
| FTEV 12-1069 E5 |
| FTEV 12-1069 E6 |
| FTEV 12-1069 E7 |
| FTEV 12-1069 E8 |
| FTEV 12-1069 E9 |
| FTEV 12-1069 E10 |
| FTEV 12-1069 E11 |
| FTEV 12-1069 E12 |
| FTEV 12-1069 E13 |
| FTEV 12-1069 E14 |
| FTEV 12-1069 E15 |
| FTEV 12-1069 E16 |
| FTEV 12-1069 E17 |
| FTEV 12-1069 E18 |
| FTEV 12-1069 E19 |
| FTEV 12-1069 E20 |
| FTEV 12-1069 E21 |
| FTEV 12-1069 E22 |
| FTEV 12-1069 E23 |
| FTEV 12-1069 E24 |
| FTEV 12-1069 E25 |
| FTEV 12-1069 E26 |
| FTEV 12-1069 S1 |
| FTEV 12-1069 S2 |
| FTEV 12-1069 S3 |
| FTEV 12-1069 S4 |
| FTEV 12-1069 S5 |
| FTEV 12-1069 S6 |
| FTEV 12-1069 S7 |
| FTEV 12-1069 S8 |
| FTEV 12-1069 S9 |
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