Amendment__0007_HHD_KI1_AND_KI2__17R0006.pdf

Offers must acknowledge receipt of this amendment prior to the hour and date specified in the solicitation or as amended, by one of the following methods:

(a) By completing items 8 and 15, and returning or (c) By separate letter or electronic communication which includes a reference to the solicitation and amendment numbers. FAILURE OF YOUR ACKNOWLEDGMENT TO BE RECEIVED AT THE PLACE DESIGNATED FOR THE RECEIPT OF OFFERS PRIOR TO THE HOUR AND DATE SPECIFIED MAY RESULT IN REJECTION OF YOUR OFFER. If by virtue of this amendment you desire to change an offer already submitted, such change may be made by letter or electronic communication, provided each letter or electronic communication makes reference to the solicitation and this amendment, and is received prior to the opening hour and date specified.

E. IMPORTANT: Contractor is not is required to sign this document and return copies to the issuing office.

AMENDMENT OF SOLICITATION/MODIFICATION OF CONTRACT 1. CONTRACT ID CODE

2. AMENDMENT/MODIFICATION NUMBER 3. EFFECTIVE DATE 4. REQUISITION/PURCHASE REQUISITION NUMBER 5. PROJECT NUMBER (If applicable)

7. ADMINISTERED BY (If other than Item 6) CODE

STANDARD FORM 30 (REV. 11/2016)

Prescribed by GSA FAR (48 CFR) 53.243

FACILITY CODE

9A. AMENDMENT OF SOLICITATION NUMBER

9B. DATED (SEE ITEM 11)

10A. MODIFICATION OF CONTRACT/ORDER NUMBER

10B. DATED (SEE ITEM 13)

11. THIS ITEM ONLY APPLIES TO AMENDMENTS OF SOLICITATIONS

The above numbered solicitation is amended as set forth in Item 14. The hour and date specified for receipt of Offers is extended. is not extended.

12. ACCOUNTING AND APPROPRIATION DATA (If required) copies of the amendment; (b) By acknowledging receipt of this amendment on each copy of the offer submitted;

13. THIS ITEM APPLIES ONLY TO MODIFICATIONS OF CONTRACTS/ORDERS.

IT MODIFIES THE CONTRACT/ORDER NUMBER AS DESCRIBED IN ITEM 14.

CHECK ONE A. THIS CHANGE ORDER IS ISSUED PURSUANT TO: (Specify authority) THE CHANGES SET FORTH IN ITEM 14 ARE MADE IN THE CONTRACT ORDER

NUMBER IN ITEM 10A.

B. THE ABOVE NUMBERED CONTRACT/ORDER IS MODIFIED TO REFLECT THE ADMINISTRATIVE CHANGES (such as changes in paying office, appropriation data, etc.) SET FORTH IN ITEM 14, PURSUANT TO THE AUTHORITY OF FAR 43.103(b).

C. THIS SUPPLEMENTAL AGREEMENT IS ENTERED INTO PURSUANT TO AUTHORITY OF:

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Except as provided herein, all terms and conditions of the document referenced in Item 9A or 10A, as heretofore changed, remains unchanged and in full force and effect.

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16C. DATE SIGNED

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14. DESCRIPTION OF AMENDMENT/MODIFICATION (Organized by UCF section headings, including solicitation/contract subject matter where feasible.)

PAGE OF PAGES

6. ISSUED BY CODE

8. NAME AND ADDRESS OF CONTRACTOR (Number, street, county, State and ZIP Code) (X)

CODE

15B. CONTRACTOR/OFFEROR

(Signature of person authorized to sign)

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(Signature of Contracting Officer)

Previous edition unusable

SF 30 CONTINUATION SHEET

Herbert Hoover Dike Rehabilitation Structure Replacements S-265 (KI-2) and S-266 (KI-1) Reconstruction, Okeechobee County, FLORIDA Amendment 7

SUMMARY OF CHANGES

1. SPECIFICATIONS:

In Volume 2 sections, the text changes have been updated with additions noted by underlined text and deletions noted by line/cross-outs, and pertain only to changes made by this amendment. The entire section is replaced if there is any change. The Project Table of Contents and Submittal Register are replaced without underlines and cross-outs if there are changes to these documents.

Changes to Specifications:

Volume 2 of 2 – Technical Specifications:

Add Acoustic Survey Protocol for the Florida Bonneted Bat to Sec. 01 57 20 as an attachment.

2. DRAWINGS:

S-266 (KI-1) RECONSTRUCTION

DELETE Drawing No. E-05 and REPLACE with the attached revised Drawing No. E-05.

DELETE Drawing No. E-06 and REPLACE with the attached revised Drawing No. E-06.

DELETE Drawing No. E-07 and REPLACE with the attached revised Drawing No. E-07.

DELETE Drawing No. E-08 and REPLACE with the attached revised Drawing No. E-08.

DELETE Drawing No. E-12 and REPLACE with the attached revised Drawing No. E-12.

DELETE Drawing No. E-13 and REPLACE with the attached revised Drawing No. E-13.

DELETE Drawing No. T-03 and REPLACE with the attached revised Drawing No. T-03.

S-266 (KI-2) RECONSTRUCTION

DELETE Drawing No. E-05 and REPLACE with the attached revised Drawing No. E-05.

DELETE Drawing No. E-06 and REPLACE with the attached revised Drawing No. E-06.

DELETE Drawing No. E-07 and REPLACE with the attached revised Drawing No. E-07.

DELETE Drawing No. E-08 and REPLACE with the attached revised Drawing No. E-08.

DELETE Drawing No. E-12 and REPLACE with the attached revised Drawing No. E-12.

DELETE Drawing No. E-13 and REPLACE with the attached revised Drawing No. E-13.

DELETE Drawing No. T-03 and REPLACE with the attached revised Drawing No. T-03.

(End of Summary of Changes)

Acoustic Survey Protocol for the Florida Bonneted Bat August 2014

The purpose of this survey is to document if Florida bonneted bats have a reasonable likelihood of using a proposed project site. The results of the surveys will provide information that can help guide the consultation process and appropriate conservation measures. Because of the difficulty in detecting this species, negative survey results will not equate to species absence. This protocol is designed to be implemented prior to potential impacts from construction or development projects. Because the Florida bonneted bat Consultation and Focal Area (Appendix A) was developed around confirmed Florida bonneted bat detections, an agency or applicant may choose to assume presence of Florida bonneted bats rather than implement acoustic surveys. Acoustical methods have been selected over mist netting as the primary survey methodology because this species flies and primarily forages at heights of 9 m (30 ft) or more; for this reason the species can be difficult to capture in mist nets.

The South Florida Ecological Services Field Office (Service) is available to review survey plans for the Florida bonneted bat and can provide recommendations on appropriate placement of bat detectors. Survey plans should include a map/aerial photo identifying the proposed project area boundaries, suitable bat habitat and acreages within the proposed project area, and the proposed number and tentative locations of acoustic monitoring sites.

TIMING:

Year-round: Acoustic surveys can be conducted in all months of the year, provided the minimum temperature stays above 60 degrees throughout the night.

SURVEY PERIOD:

Sunset-Sunrise - The acoustic sampling period for each sampling night begins at sunset and ends at sunrise for each detector. Sunset tables for the location of survey can be found at:

http://aa.usno.navy.mil/data/docs/RS_OneYear.php

SURVEY EFFORT: The following will be considered the minimum level of survey effort.

• To determine the acoustic survey effort, quantify the amount of suitable habitat1 within the proposed project area.

• The number of acoustic survey sites required for a project will be dependent upon the overall acreage of suitable habitat in the proposed project site.

• Detectors should be placed adjacent to features known to attract bats, such as water features, or within active or historic red-cockaded woodpecker clusters.

• Once a Florida bonneted bat has been detected, surveys of the proposed project area can be discontinued because presence of the species has been established.

1 Roosting habitat includes forest and other areas with large or mature trees or other areas with suitable roost structures.

Natural roosting structure primarily includes mature or large live or dead trees, tree snags, and trees with cavities, hollows, or crevices. Forest is defined as all types (all age classes) including: pine flatwoods, scrubby flatwoods, pine rocklands, royal palm hammocks, mixed or hardwood hammocks, cypress, sand pine scrub, or other forest types.

Foraging habitat includes open fresh water and permanent or seasonal freshwater wetlands (which provide sources of drinking water and prey), wetland and upland forests, open freshwater wetlands, wetland and upland shrub (which provide a prey base and suitable foraging conditions [i.e., open habitat structure]). Natural or semi-natural habitat patches in urban or residential areas may also provide foraging habitat.

http://aa.usno.navy.mil/data/docs/RS_OneYear.php

Linear projects: Linear projects are defined as roadways, transmission lines, etc. 5 detector nights per km (0.6 miles) of suitable habitat are required. Detectors should be distributed along the linear feature. Detectors can be moved to multiple locations within each kilometer surveyed but must remain in a single location throughout any given night. Detectors should not be placed closer than 200 meters apart.

Non-linear projects: A minimum of 16 detector nights per 20 acres of suitable habitat are required. If multiple detectors are used they should be placed a minimum of 200 meters apart. Projects less than 20 acres should still sample for a minimum of 16 nights

DETECTOR TYPE

Detectors suitable for use in this survey protocol include:

• Full-spectrum and/or zero-crossing detectors.

• Directional and omni-directional microphones.

• Microphones attached to detectors via a cable permitting that the cable length does not exceed manufacturer recommendations.

• Microphones should be mounted on grounded or metal poles to avoid build-up of electrostatic charges that may interfere with acoustic sampling.

DETECTOR PLACEMENT

Detector/Microphone placement is critical to the successful isolation of high-quality bat call sequences for later analysis. Accurate GPS coordinates must be generated and reported for each acoustic survey site. We recommend selecting deployment locations in consultation with the Service.

The following locations are likely to be suitable sites for detectors/microphones, including, but not limited to:

• forest-canopy openings

• near open water or vegetated wetlands

• wooded fence lines that are adjacent to large openings or connect two larger blocks of suitable habitat

• blocks of recently logged forest where some potential roost trees remain

• road and/or stream corridors with open tree canopies or canopy height of more than 10 m (33 ft)

• forest edges (Britzke et al. 2010)

Detectors/Microphones Deployment The following considerations address microphone height and directionality:

• at a minimum height of 5 m (16.4 ft); consider using vertical structures, when present, to establish greater height in detector/microphone placement;

• a minimum of 1.5 m (5 ft) in any direction from vegetation or other obstructions, and not under a tree canopy (Hayes 2000; Weller and Zabel 2002);

• in areas without, or with minimal2, vegetation within 10 m (33 ft) in front of the

2 If necessary, surveyors can remove small amounts of vegetation (e.g., small limbs, saplings) from the estimated microphone; and

• spaced a minimum of 200 m (656 ft) apart.

Orientation Detectors with directional microphones should be aimed 90 degrees above horizontal.

Weather Conditions At a minimum, nightly weather conditions for survey sites should be checked using the nearest NOAA National Weather Service station and summarized in the survey reports.

If any of the following weather conditions exist at a survey site during acoustic sampling, note the time and duration of such conditions, and repeat the acoustic sampling effort for that night.

• temperatures fall below 60°F during the night;

• precipitation, including rain and/or fog, that exceeds 30 minutes or continues intermittently during the night; and

• sustained wind speeds greater than 9 miles/hour (4 meters/second; 3 on Beaufort scale) during the night.

Verification of Proper Functioning Ensure acoustic detectors are functioning properly and conduct tests on microphone sensitivity to factory specifications before and after deployment, at a minimum. It is recommended that tests be conducted throughout the survey period.

SUBMISSION OF ACOUSTIC SURVEY RESULTS

Results of the acoustic surveys should be submitted to the Service using the data sheets and excel table provided, along with all raw data (i.e., zero crossing files, wave files and sonograms). In addition to the excel table, data sheets, and raw files, each acoustic survey report should include the following:

1. Description of the habitat within the proposed project area. Use Florida Land Use Cover and

Forms Classification System descriptions of habitat types.

2. Photographs of each acoustic site documenting: 1) the habitat in which the acoustic units were deployed; 2) the deployment location/position of the acoustic unit; 3) the orientation of the microphone at deployment.

3. Map identifying acoustic monitoring locations and a corresponding GPS coordinates.

4. Full names of all personnel conducting acoustic surveys, including those that selected acoustic sites and deployed detectors.

5. Description of acoustic detector brand(s) and model(s) used, microphone type, use of weatherproofing, acoustic monitoring equipment settings (e.g., sensitivity, audio and data detection cone at a site. Deployment of detectors/microphones in closed-canopy locations are acceptable as long as the area sampled below the canopy does not restrict the ability of the equipment’s detection cone to record high-quality calls (i.e., the vegetation is outside of the detection cone).

division ratios).

6. A description of how proper functioning of bat detectors was verified.

ADDITIONAL CONSIDERATIONS

Placement and Microphone Orientation Many features (e.g., vegetation, water, wind turbines, high-tensile power-lines, micro-wave towers) can reduce the quality of call sequences recorded in the field and impact the surveyor’s ability to record high-quality bat call sequences by causing calls to reflect off of these surfaces.

It is important to assess the volume and area of highest sensitivity within the zone of detection around the microphone to ensure the best detector/microphone placement and orientation. If detectors/microphones are placed in unsuitable locations, effective data analysis may be impossible, and the results of the sampling effort will likely be invalid.

Selection of acoustic sites is also important. Suitable set-up of the equipment should result in high-quality call sequences that are adequate for species identification. Modifications of the equipment (e.g., changing the orientation) at the same location on subsequent nights may improve quantity and quality of call sequences recorded, which can be determined through daily data downloads. If modifications of the equipment do not improve call identification, then the detectors will need to be moved to a new location.

Field Tests It is required to ensure equipment is working during set-up in the field. This can be done simply by producing ultrasound (e.g., finger rubs, calibrator, or follow the equipment manufacturer’s testing recommendations) in front of the microphone at survey start and survey finish. This documents that the equipment was working when deployed and when picked up (and by assumption throughout the entire period). Detector field settings (e.g., sensitivity, frequency, etc.) should follow the recommendations provided by the manufacturer. Surveyors should also save files produced by detectors (e.g., log files, status files, sensor files) as an excellent way to provide documentation when equipment was functioning within the survey period. Many types of detectors allow for setting timers that initiate and end recording sessions. This saves battery life as well as reducing the number of extraneous noise files recorded. However, if the units are visited when the timer is off, the surveyor cannot verify that the unit is functioning properly. This is particularly important in areas where no bat activity is recorded for the entire night or during the last portion of the night. In these cases, if the surveyor cannot demonstrate that the detector was indeed functioning properly throughout the survey period, then the site will need to be re-sampled unless adequate justification can be provided to the Service.

PERSONNEL

Acoustic surveyors should have either completed one or more of the available acoustic courses/workshops (e.g., Bat Conservation International, Bat Conservation and Management, AnaBat™) or be able to show similar on-the-job or academic experience. The proceeding workshops and course are all independently conducted and should be contacted directly; the Service is not affiliated with any of the workshops or courses and does not have additional information.

Acoustic surveyors should have a working knowledge of the acoustic equipment and Florida bonneted bat ecology. Surveyors should be able to identify appropriate detector placement sites and establish those sites in the areas that are most suitable for recording high-quality Florida bonneted bat calls.

Thus, it is highly recommended that all potential acoustic surveyors attend appropriate training and have experience in the proper placement of their field equipment.

Individuals qualified to conduct qualitative analysis of acoustic bat calls typically have experience:

(1) gathering known calls. This provides a valuable resource in understanding how bat calls change and the variation present in them; (2) identifying bat calls recorded in numerous habitat types; (3) familiarity with the species likely to be encountered within the project area; and (4) individuals must have multiple years of experience and must have stayed current with qualitative ID skills. A resume (or similar documentation) will be required to be submitted along with final survey reports for anyone making final qualitative identifications.

REFERENCES

Britzke, E.R, B.A. Slack, M.P. Armstrong, and S.C. Loeb. 2010. Effects of orientation and weatherproofing on the detection of bat echolocation calls. Journal of Fish and Wildlife Management 1(2):136-141.

Hayes, J. P. 2000. Assumption and practical considerations in the design and interpretation of echolocation-monitoring studies. Acta Chiropterologica 2:225-236.

Weller, T. J., and C. J. Zabel. 2002. Variation in bat detections due to detector orientation in a forest.

Wildlife Society Bulletin 30:922-930.

Addendum

INCLINOMETER NO.1

FLAP GATE

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INCLINOMETER NO.2

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NOTES:

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CONDUIT BLOCK DIAGRAM

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NOTES:

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2. USE SEPARATE PULL BOXES FOR POWER WIRING CONDUITS

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GROUND CABLE THAT CONNECTS TO CONTROL BUILDING

AND ALL OTHER EXPOSED METALS TO #2/0 AWG BC

SUPPORTS AND FRAMES, GATE EQUIPMENT, HANDRAILS,

1. BOND TO STRUCTURAL FOUNDATION (REBARS), METAL

LAKESIDE CULVERT GATE ELECTRICAL PLAN

"OR APPROVED EQUAL."

7. REFERENCED MANUFACTURERS SHALL BE CONSIDERED

MANUFACTURER'S WIRING DIAGRAM.

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6. CONNECT CONTROL BUILDING DOOR MAGNETIC CONTACT

OF SPECTRA CAMERA. SEE DRAWING T-07.

5. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATION

OF MOBOTIX CAMERAS. SEE DRAWING T-07.

4. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATIONS

EQUIPMENT PROVIDED.

3. THE CONTRACTOR SHALL COORDINATE DESIGN WITH

2. SEE DRAWING E-04 FOR NOTES AND CONTINUATION.

SEE DRAWINGS E-01 AND E-02.

1. FOR ELECTRICAL NOTES, LEGEND, AND ABBREVIATIONS,

"OR APPROVED EQUAL."

7. REFERENCED MANUFACTURERS SHALL BE CONSIDERED

MANUFACTURER'S WIRING DIAGRAM.

TO AVAILABLE SUTRON XPERT ANALOG I/O MODULE PER

6. CONNECT CONTROL BUILDING DOOR MAGNETIC CONTACT

OF SPECTRA CAMERA. SEE DRAWING T-07.

5. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATION

OF MOBOTIX CAMERAS. SEE DRAWING T-07.

4. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATIONS

EQUIPMENT PROVIDED.

3. THE CONTRACTOR SHALL COORDINATE DESIGN WITH

2. SEE DRAWING E-04 FOR NOTES AND CONTINUATION.

SEE DRAWINGS E-01 AND E-02.

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L O

R

ID

A

J A

C K

S O

N V

IL

L E D

IS

T R

R P

S O

F E

N G

IN

E E

R S

D E

P A

R T

M E

N T O

F T

H E A

R M

Y D

E S

IG

N E

D B

Y

N /A

N /A

A S S

H O

W N p w \C

O E -S

A J P

W P J

A X .s a j.

d s .u s a c e .a rm y .m il :S

A J P

W \D o c u m e n ts \C

S

F \H e rb e rt H o o v e r

D ik e R e h a b il it a ti o n \0

-C u lv e rt R e h a b il it a ti o n \S -2

K I1 a n d S -2

K I2 S -2

K I1 P la n s \1

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A m e n d

S -2

K I-

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C O

N S

T R

U C

T

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N J

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W A

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IS

P .E

/2

/2

J A

N

S T

R U

C T

U R

E R

E P

L A

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N T

H E

R B

E R

T H

O O

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IK

E R

E H

A B

IL

IT

A T

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N

W E

P -1

-R -0

C

E-06 C

E-06

DOOR

DOOR

RECEPTACLE

STATION AND GFI

FOR PUSH-BUTTON

ENCL. 24"x24"x6"

LOCKABLE NEMA 4X

/8

B

E-05 SCALE: N.T.S.

SCALE: N.T.S.

A

E-05

SCALE: N.T.S.

C

E-06

DETAIL-TYPICAL POST BASE

SECTION - LAKESIDE GATE 1

SECTION - LAKESIDE GATES 2

A U

G U

S T

N /A

N /A

-H

H D

R C

R K I1 -E I6

.D

G N

N /A

J .D .H

V .L

S .J .P

E L E

C T

R

IC

A L

L A

K E

S

ID

E C

O N

T R

O L S

C H

E M

A T

IC

E-07

B -2

A

R E

V

IS

E D T

O A

C C

O M

P A

N Y A

M E

N D

M E

N T N

O

A

A

B

C

D

1234567

D

C

B

A

8 7 6 5 4 3 2

S O

L

IC

IT

A T

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N N

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F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D R

A W

IN

G D

A T

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IL

E N

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D B

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P L

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C A

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O T D

A T

E

C O

N T

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O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

D E

S C

R

IP

T

IO

N N o

S Y

M Z

O N

E

J A

C K

S O

N V

IL

L E F

L O

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ID

A

J A

C K

S O

N V

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L E D

IS

T R

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S O

F E

N G

IN

E E

R S

D E

P A

R T

M E

N T O

F T

H E A

R M

Y D

E S

IG

N E

D B

Y

N /A

N /A

A S S

H O

W N p w \C

O E -S

A J P

W P J

A X .s a j.

d s .u s a c e .a rm y .m il :S

A J P

W \D o c u m e n ts \C

S

F \H e rb e rt H o o v e r

D ik e R e h a b il it a ti o n \0

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K I1 a n d S -2

K I2 S -2

K I1 P la n s \1

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A m e n d

S -2

K I-

R E

C O

N S

T R

U C

T

IO

N J

O E R

W A

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IS

P .E

/2

/2

J A

N

S T

R U

C T

U R

E R

E P

L A

C E

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N T

H E

R B

E R

T H

O O

V E

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E H

A B

IL

IT

A T

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N

W E

P -1

-R -0

LEGEND:

SUTRON GATE POSITION ACTUATOR

S-266

GATE 1

S-266

GATE 2

MC23 M023

OPERATOR 2

OPERATOR 1

HEATER

HEATER

NEUT

PNL PP

NEUT

PNL PP

MC13 M013

120VAC

PNL

1-1

1-35

STOP

OP1

LSC1 TSC1

TS01LS01

STOP

1-35

2-3

CL2

OP2

LSC2 TSC2

TS02LS02

G

M011

OL'S

OL

R Y

MC11

MC11

MO11

STARTER

REVERSING

MC21

M021

G

OL'S

OL

YR

1-2

NEUT

MC21

MO21

STARTER

REVERSING

SEE DRAWING E-01 AND E-02.

1. FOR ELECTRICAL NOTES, LEGEND, AND ABBREVIATIONS,

O.L. THERMAL OVERLOAD CONTACT WITH STARTER

SCALE: N.T.S.

GATE POSITION INDICATION CIRCUIT

SCALE: N.T.S.

DRIVE OPERATOR HEATER CIRCUITS

SCALE: N.T.S.

NOTE:

LOCAL CONTROL PANEL (SLCP)

STRUCTURE

LOCAL CONTROL PANEL

STRUCTURE

SLCP

SLCP

SLCP

SLCP SLCP

SLCP

MO21

MC21

CL1

MO11

MC11

LAKESIDE CONTROL PANEL SCHEMATIC

C11

C12

PP-1

PP-2/4

PP-3/5

PP-6

GATE 2 MOTOR

GATE 1 MOTOR

PP-7 INTERIOR RECEPTACLES

PP-10 LIGHTING

P1

P2 PANEL PP FEED

PORTABLE GENSET SERVICE

INTERIOR RECEPT.

GATE 2 MOTOR

7460 6720SUBTOTAL

TOTAL CONNECTED LOAD:

CONNECTED LOAD PHASE B:

CONNECTED LOAD PHASE A:

B

PHASE

A

PHASE

1 2

40 2

LIGHTING

GATE 1 MOTOR

MOUNTED: SURFACEAIC: 20,000

PANEL: PP

DESCRIPTION

CIRCUIT BREAKERS

DESCRIPTION

P O

L E

T R

IP

P O

L E

T R

IP

DESCRIPTION

NUMBER

CIRCUIT FROM TO

CABLE SIZE

ROUTING & REMARKS

NOTESCABLESCONDUCTORSTO

FROMFUNCTIONNUMBER

CONDUIT

SLC

SLC

PANEL PP

PANEL PP

PANEL PP

PANEL PP

PANEL PP

PANEL PP LIGHTS

RECEPTACLES

GATE 2 MOTOR

GATE 1 MOTOR

GATE HEATERS

GATE 2 ACTUATOR

GATE 1 ACTUATOR 10 #12 AWG & #12 GND

10 #12 AWG & #12 GND

2 #12 AWG & #12 GND

6 #8 AWG & #8 GND

6 #8 AWG & #8 GND

2 #10 AWG & #10 GND

2 #12 AWG & #12 GND

2 #12 AWG & #12 GND

" CONDUIT4

PC31

PP, PC02, MTR DS, PC12, ACTUATOR 2

PP, PC01, MTR DS, PC11, ACTUATOR 1

SLC, CC12, ACTUATOR 2

SLC, CC11, ACTUATOR 1

CC11

CC12

FC01

FC02

FC03

FC04

FC07

S01

S02

S21

STILLING WELL LEVEL SENSOR

STILLING WELL LEVEL SENSOR

GATE 1 POSITION SENSOR

GATE 2 POSITION SENSOR

PANEL PP

3 #1 AWG & #6 GND

3 #1 AWG & #6 GND

S11

S12

GATE 1 INCLINOMETERGATE 1 INCLINOMETER

GATE 1 ACTUATOR

GATE 2 ACTUATOR

SUTRON

SUTRON

SUTRON

SUTRON, RC11, STILLING WELL

SUTRON, RC12, STILLING WELL

SUTRON

SUTRON

2" CONDUIT

2" CONDUIT

CONTROL

CONTROL

11 #12 AWG

11 #12 AWG

C11

C12

POWER

POWER

POWER

POWER

1"

1"

SIGNAL

SIGNAL

S01

S02

SIGNAL

SIGNAL

GATE 1 ACTUATOR

GATE 2 ACTUATOR

GATE 1 ACTUATOR

GATE 2 ACTUATOR

GATE 1 POSITION SENSOR

GATE 2 POSITION SENSOR

POWER 2 #10 AWG & #10 GND

GATE 1 DISC SW/PUSH B

GATE 2 DISC SW/PUSH B

GATE 1 SENSOR J. BOX

GATE 2 SENSOR J. BOX

GATE 1 SENSOR J. BOX

GATE 2 SENSOR J. BOX

SIGNAL

SIGNAL

S11

S12

GATE 1 SENSOR J. BOX

GATE 2 SENSOR J. BOX

SIGNAL

SIGNAL S22

SUTRON

SUTRON

SUTRON

SUTRON

GATE 1 INCLINOMETER

GATE 2 INCLINOMETER

S11,S21

S12,S22

PANEL PP

PANEL PP

PANEL PP

GATE 1 DISC SW

GATE 2 DISC SW

GATE 1 DISC SW

GATE 2 DISC SW

PP-6

2"FUTURE SPAREPULL WIRE

2"FUTURE SPAREPULL WIREPULL BOX

PANEL PP

2"FUTURE SPAREPULL WIRESUTRON

2FUTURE SPAREPULL WIRESUTRON LAKESIDE STILLING WELL

FUTURE SPARESUTRON ANTENNA POLE 2" CAT5E, PULL WIRE

ANTENNA SUTRON ANTENNA POLE

"2

"2

"2

"2

PP-2/4, PP-1

PP-3/5, PP-1

PP-2/4, PP-1

PP-3/5, PP-1

"2

"2

3 #12 AWG, 7 #8 AWG

3 #12 AWG, 7 #8 AWG

1"

3 #12 AWG, 7 #8 AWG

3 #12 AWG, 7 #8 AWG

"2

"2

1"

1"

1"

1"

PC01

PC02

PC12

PC11

RC12

RC11

SC01

SC02

SC11

SC12

SC21

SC22

PC31

RC01

CABLE, CAT5E

LMR-400UF, GPS ANTENNA

2 LMR ANTENNA CABLE

GATE 2 INCLINOMETER

SUTRON, SC02, SNSR JB, SC22,

GATE 1 INCLINOMETER

SUTRON, SC01, SNSR JB, SC21,

GATE 2 POS. SEN.

SUTRON, SC02, SNSR JB, SC12,

GATE 1 POS. SEN.

SUTRON, SC01, SNSR JB, SC11,

40 2

40 2

27080

PANEL SCHEDULE

CIRCUIT SCHEDULE

CONDUIT SCHEDULE

C

IR

C

IR

LOAD

VOLT-AMP

LOAD

VOLT-AMP

B

PHASE

A

PHASE

SIZE

CONDUIT

NOTES:

LAKESIDE STILLING WELL

LAKESIDE STILLING WELL

LANDSIDE STILLING WELL

LAKESIDE STILLING WELL

MAINS: 150A MAIN BREAKER

FC08 FUTURE 2"PANEL PP PULL WIRE SPARE

14595 12480

20 1 19 20

60 2 21 22 20 1

23 24

TVSS

SPACE25 26

SPACE27 28

SPACE

SPARE

SPACE

29 30

DUAL GATE 1A

DUAL GATE 1B

DUAL GATE 2A

DUAL GATE 2B

LAKESIDE EQUIP. HEATERS

LANDSIDE EQUIP. HEATERS 600

LAKESIDE SLCP & RECEPT

LANDSIDE SLCP & RECEPT360

1920 1920

20 1

20 1

C13

C14

SLC

SLC

10 #12 AWG & #12 GND

10 #12 AWG & #12 GND SLC, CC14, ACTUATOR 1B

SLC, CC13, ACTUATOR 1A

C15

C16

SLC

SLC

10 #12 AWG & #12 GND

10 #12 AWG & #12 GND SLC, CC16, ACTUATOR 2B

SLC, CC15, ACTUATOR 2A

GATE 1 CONTROLS

GATE 2 CONTROLS

GATE 1A CONTROLS

GATE 1B CONTROLS

GATE 2A CONTROLS

GATE 2B CONTROLS

GATE 1A ACTUATOR

GATE 1B ACTUATOR

GATE 2A ACTUATOR

GATE 2B ACTUATOR

PANEL PP GATE HEATERS 2 #12 AWG & #12 GND

LAKESIDE EQUIP. HEATER

LANDSIDE EQUIP. HEATERPP-19

PP, PC01, MTR DS, PC11, ACTUATOR 1 & 2

PP, PC01, MTR DS, PC12, ACTR 1A,1B, 2A & 2B

LAKESIDE SLCP & RECEP LAKESIDE SLCP

PANEL PP 2 #10 AWG & #10 GND PC32LANDSIDE SLCP & RECEP LANDSIDE SLCPPP-22

PANEL PP

PANEL PP

6 #8 AWG & #8 GND

6 #8 AWG & #8 GND

PP-11/13 GATE 2A MOTOR GATE 2A MOTOR PP, PC05, MTR DS, PC15, ACTUATOR 2A

PP-12/14 GATE 1A MOTOR GATE 1A MOTOR PP, PC03, MTR DS, PC13, ACTUATOR 1A

PANEL PP 6 #8 AWG & #8 GNDPP-15/17 GATE 2B MOTOR GATE 2B MOTOR PP, PC06, MTR DS, PC16, ACTUATOR 2B

PANEL PP 6 #8 AWG & #8 GNDPP-16/18 GATE 1B MOTOR GATE 1B MOTOR PP, PC04, MTR DS, PC14, ACTUATOR 1B

CC13 CONTROL 11 #12 AWG C13GATE 1A ACTUATORGATE 1A DISC SW/PUSH B "2

CC14 CONTROL 11 #12 AWG C14GATE 1B ACTUATORGATE 1B DISC SW/PUSH B "2

CC15 CONTROL 11 #12 AWG C15GATE 2A ACTUATORGATE 2A DISC SW/PUSH B "2

CC16 CONTROL 11 #12 AWG C16GATE 2B ACTUATORGATE 2B DISC SW/PUSH B "2

FC09 FUTURE 2"ACE 3600 LANDSIDE SLCP PULL WIRE SPARE

PLUG BOX

S22 GATE 2 INCLINOMETERGATE 2 INCLINOMETER SUTRON

POWER PANEL PP "2

11 3 #12 AWG, 7 #8 AWGPC03 GATE 1A DISC SW PP-12/14, PP-19

POWER PANEL PP 3 #12 AWG, 7 #8 AWGPC04 GATE 1B DISC SW PP-16/18, PP-19

POWER PANEL PP 3 #12 AWG, 7 #8 AWGPC05 PP-11/13, PP-19

POWER PANEL PP 3 #12 AWG, 7 #8 AWGPC06 GATE 2B DISC SW PP-15/17, PP-19

GATE 2A DISC SW

"2

"2

"2

POWER "2

11 3 #12 AWG, 7 #8 AWGPC13 GATE 1A DISC SW PP-12/14, PP-19

POWER 3 #12 AWG, 7 #8 AWGPC14 GATE 1B DISC SW PP-16/18, PP-19

POWER 3 #12 AWG, 7 #8 AWGPC15 PP-11/13, PP-19

POWER 3 #12 AWG, 7 #8 AWGPC16 GATE 2B DISC SW PP-15/17, PP-19

GATE 2A DISC SW

"2

"2

"2

GATE 1A ACTUATOR

GATE 1B ACTUATOR

GATE 2A ACTUATOR

GATE 2B ACTUATOR

LAKESIDE SLCP

POWER 2 #10 AWG & #10 GNDPANEL PP 1"PC32 LANDSIDE SLCP PP-22

4 - 2"

SIGNAL S131"SC13

SC14

SC15

SC16

SIGNAL

SIGNAL

SIGNAL

ACE 3600 GATE 1A POSITION SENSOR

S13 GATE 1A ACTUATOR

S14

S15

S16

ACE 3600

ACE 3600

ACE 3600

ACE 3600

GATE 1A POSITION SENSOR

GATE 1A POS. SEN.

ACE-3600, SC03, SC13,

GATE 1B POSITION SENSOR GATE 1B ACTUATOR

GATE 1B POS. SEN.

ACE-3600, SC04, SC14,

GATE 2A POS. SEN.

ACE-3600, SC05, SC15,

GATE 2B POS. SEN.

ACE-3600, SC06, SC16,

GATE 2A POSITION SENSOR

GATE 2B POSITION SENSOR

GATE 2A ACTUATOR

GATE 2B ACTUATOR

S21

ACE 3600

ACE 3600

ACE 3600

S141"GATE 1A POSITION SENSOR

S151"GATE 2A POSITION SENSOR

S161"GATE 2B POSITION SENSOR

CC2 CONTROL ACE-3600 2" PULL WIRE FUTURELANDSIDE SLCP

SC61 SIGNAL SUTRON ACE-3600 2" SEE NOTE 3

LANDSIDE SLCP

LAKESIDE SLCP

LANDSIDE STILLING WELL

LAKESIDE GATE 2 DISC SW

CC1 CONTROL ACE-3600 2" PULL WIRE FUTURELAKESIDE SLCP

TYP: NEMA 1

SERVICE:

0 SPARE

0 SPARE

SPACE

SAFETY SWITCH

SAFETY SWITCH

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

2 - BELDEN #1049A

BELDEN #1049A

2 - BELDEN #1049A

BELDEN #1049A

BELDEN #1049A

SEE NOTE 4

SEE NOTE 4

SEE NOTE 4

SEE NOTE 4

N /A

N /A

-H

H D

R C

R K I1 -E I6

.D

G N

N /A

J .D .H

V .L

S .J .P

E L E

C T

R

IC

A L

C O

N D

U

IT

A

N D C

IR

C U

IT

S

C H

E D

U L

E S

E-08

A/C RECEPT. 1100

PP-9 PANEL PPA/C RECEPTACLE A/C UNIT 2 #12 AWG & #12 GND " CONDUIT4

POSITION SENSOR PLUGTRAB JUNCTION BOX.

4. CONNECTION FROM ACE3600 RTU TO GATE POSITION SENSOR VIA GATE

STILLING WELLS IN 2" CONDUIT FOR MOTOROLA ACE-3600.

SENSORS, GATE 1 AND 2 INCLINOMETERS, AND HEADWATER AND TAILWATER

3. PROVIDE DUPLICATE ANALOG INPUTS (AI) FROM GATE 1 AND 2 POSITION

BE ATTACHED WITH SCREWS.

IDENTIFYING THE LOCATION OF THE MAIN BREAKER. NAMEPLATE SHALL

WHITE ON BLACK PHENOLIC NAMEPLATE WITH 1/2 INCH HIGH LETTERS

2. CONTRACTOR SHALL FURNISH AND INSTALL ON THE COVER OF THE PANEL,

1. FOR ELECTRICAL NOTES, LEGEND, AND ABBREVIATIONS, SEE DWG E-01.

A

A

D -2

R E

V

IS

E D T

O A

C C

O M

P A

N Y A

M E

N D

M E

N T N

O

A

B

C

D

1234567

D

C

B

A

8 7 6 5 4 3 2

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D R

A W

IN

G D

A T

E

F

IL

E N

U M

B E

R

S U

B M

IT

T E

D B

Y

P L

O T S

C A

L E

P L

O T D

A T

E

C O

N T

R A

C T N

O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

D E

S C

R

IP

T

IO

N N o

S Y

M Z

O N

E

J A

C K

S O

N V

IL

L E F

L O

R

ID

A

J A

C K

S O

N V

IL

L E D

IS

T R

R P

S O

F E

N G

IN

E E

R S

D E

P A

R T

M E

N T O

F T

H E A

R M

Y D

E S

IG

N E

D B

Y

N /A

N /A

A S S

H O

W N p w \C

O E -S

A J P

W P J

A X .s a j.

d s .u s a c e .a rm y .m il :S

A J P

W \D o c u m e n ts \C

S

F \H e rb e rt H o o v e r

D ik e R e h a b il it a ti o n \0

-C u lv e rt R e h a b il it a ti o n \S -2

K I1 a n d S -2

K I2 S -2

K I1 P la n s \1

E le c tr ic a l\ E -0

A m e n d

S -2

K I-

R E

C O

N S

T R

U C

T

IO

N J

O E R

W A

L L

IS

P .E

/2

/2

J A

N

S T

R U

C T

U R

E R

E P

L A

C E

M E

N T

H E

R B

E R

T H

O O

V E

R D

IK

E R

E H

A B

IL

IT

A T

IO

N

W E

P -1

-R -0

ACTUATOR NO. 2A

BOTTOM GATE

240V, 1PH

ACTUATOR NO. 2B

BOTTOM GATE

240V, 1PH

ACTUATOR NO. 1A

BOTTOM GATE

240V, 1PH

ACTUATOR NO. 1B

BOTTOM GATE

240V, 1PH

PC05

PC06

SC15

SC16

CC16

CC15

PC03

PC04

PC32

SC14

CC2

SC13

CC15

PC15

SC15

CC16

PC16

SC16

CC13

PC13

SC13

CC14

PC14

SC14

CABLE

GROUND

# 2/0 BC

DWG E-03 AND E-04

GROUND LOOP. SEE

FROM CONTROL BUILDING

# 2/0 BC GROUND CABLE

GATE STRUCTURE

GATE STRUCTURE

RECEPTACLE

STATION &

PUSH-BUTTON

ENCLOSURE FOR

NEMA4X

DISC.

NEMA4X

DISC.

NEMA4X

DISC.

NEMA4XDISC.

NEMA4X

JUNCTION BOX

PLUGTRAB

GATE SENSOR

JUNCTION BOX

PLUGTRAB

GATE SENSOR

NOTES:

KEY NOTES:

SCALE: N.T.S.

LANDSIDE CULVERT GATE ELECTRICAL PLAN

INSTRUMENTATION WIRING.

2. PROVIDE SEPARATE PULL BOXES FOR POWER WIRING AND

ON DRAWING E-10.

TO CONTROL BUILDING GROUND LOOP. SEE GROUNDING DETAILS

EXPOSED METALS TO #2/0 AWG BC GROUND CABLE THAT CONNECTS

AND FRAMES, GATE EQUIPMENT, HANDRAILS, AND ALL OTHER

1. BOND TO STRUCTURAL FOUNDATION (REBARS), METAL SUPPORTS

"OR APPROVED EQUAL."

7. REFERENCED MANUFACTURERS SHALL BE CONSIDERED

MANUFACTURER'S WIRING DIAGRAM.

TO AVAILABLE SUTRON XPERT ANALOG I/O MODULE PER

6. CONNECT CONTROL BUILDING DOOR MAGNETIC CONTACT

OF SPECTRA CAMERA. SEE DRAWING T-07.

5. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATION

OF MOBOTIX CAMERAS. SEE DRAWING T-07.

4. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATIONS

EQUIPMENT PROVIDED.

3. THE CONTRACTOR SHALL COORDINATE DESIGN WITH

2. SEE DRAWING E-04 FOR NOTES AND CONTINUATION.

SEE DRAWINGS E-01 AND E-02.

1. FOR ELECTRICAL NOTES, LEGEND, AND ABBREVIATIONS,

A U

G U

S T

N /A

N /A

-H

H D

R C

R K I1 -E

P .D

G N

N A

N /A

J .D .H

V .L

S .J .P

E L E

C T

R

IC

A L

L A

N D

S

ID

E C

U L

V E

R T G

A T

E E

L E

C T

R

IC

A L P

L A

N

E-12

1 1

PC

PD

B

E-13

A

E-13

D W

G N

O E -0

C O

N T

IN

U E

D

HANDRAILS

CONNECT TO

HANDRAILS

CONNECT TO

FOUNDATION (REBARS)

TO STRUCTURE

A A

A

D -5

D -8

R E

V

IS

E D T

O A

C C

O M

P A

N Y A

M E

N D

M E

N T N

O

A

B

C

D

1234567

D

C

B

A

8 7 6 5 4 3 2

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D R

A W

IN

G D

A T

E

F

IL

E N

U M

B E

R

S U

B M

IT

T E

D B

Y

P L

O T S

C A

L E

P L

O T D

A T

E

C O

N T

R A

C T N

O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

D E

S C

R

IP

T

IO

N N o

S Y

M Z

O N

E

J A

C K

S O

N V

IL

L E F

L O

R

ID

A

J A

C K

S O

N V

IL

L E D

IS

T R

R P

S O

F E

N G

IN

E E

R S

D E

P A

R T

M E

N T O

F T

H E A

R M

Y D

E S

IG

N E

D B

Y

N /A

N /A

A S S

H O

W N p w \C

O E -S

A J P

W P J

A X .s a j.

d s .u s a c e .a rm y .m il :S

A J P

W \D o c u m e n ts \C

S

F \H e rb e rt H o o v e r

D ik e R e h a b il it a ti o n \0

-C u lv e rt R e h a b il it a ti o n \S -2

K I1 a n d S -2

K I2 S -2

K I1 P la n s \1

E le c tr ic a l\ E -1

A m e n d

S -2

K I-

R E

C O

N S

T R

U C

T

IO

N J

O E R

W A

L L

IS

P .E

/2

/2

J A

N

S T

R U

C T

U R

E R

E P

L A

C E

M E

N T

H E

R B

E R

T H

O O

V E

R D

IK

E R

E H

A B

IL

IT

A T

IO

N

W E

P -1

-R -0

SUPPORT PLATE SUPPORT PLATE

TOP OF CONCRETE

ACTUATOR

NO. 1A

BOTTOM GATE

SC13

PC13

CC13

CC16

CC15

CC13

CC14

PC32

FC04

AND HARDWARE

METAL STRUCT

STAINLESS STEEL

5'-0" SUPPORT

NON-FUSED DISCONNECT

LOCKABLE NEMA 4X

PC06

CC16

PC16

SC16

SC15

PC15

CC15

ACTUATOR

NO. 2A

BOTTOM GATE

TOP OF CONCRETE

AND HARDWARE

METAL STRUCT

STAINLESS STEEL

5'-0" SUPPORT

SC14

PC14

CC14

FLEXIBLE CONDUIT

LIQUID-TIGHT FLEXIBLE CONDUIT

LIQUID-TIGHT

CC2

BUILDING

FC03, TO CONTROL

GROUND LOOP

TO STRUCTURE

#2/0 BC GROUND CABLE

ACTUATOR

NO. 1 B

WEIR GATE

DISCONNECT

NON-FUSED

LOCKABLE NEMA 4X

PC03 PC04

NON-FUSED DISCONNECT

LOCKABLE NEMA 4X

ACTUATOR

NO. 2B

WEIR GATE

DISCONNECT

NON-FUSED

LOCKABLE NEMA 4X

PC05

GROUND LOOP

TO STRUCTURE

#2/0 BC GROUND CABLE

JUNCTION BOX

PLUGTRAB

GATE SENSOR

JUNCTION BOX

PLUGTRAB

GATE SENSOR

JUNCTION BOX

PLUGTRAB

GATE SENSOR

JUNCTION BOX

PLUGTRAB

GATE SENSOR

E-13

E L E

C T

R

IC

A L

L A

N D

S

ID

E O

P E

R A

T

IN

G P

L A

T F

O R

M

D E

T A

IL

S

J .D .H

S .J .P

-H

H D

R C

R K I1 -E I3

DOOR DOOR DOOR DOOR

SCALE: N.T.S.E-12

A

SCALE: N.T.S.E-12

B

C

E-06

C

E-06

SECTION - LANDSIDE GATES 2A AND 2B SECTION - LANDSIDE GATES 1A AND 1B

V .L

WITH EQUIPMENT PROVIDED

THE CONTRACTOR SHALL COORDINATE DESIGN

GENERAL NOTE:

KEY NOTES:

RECEPTACLE

STATION AND GFI

FOR PUSH-BUTTON

ENCL. 36" W X 24" H X 6" D

LOCKABLE NEMA 4X

A

C /D -1 /2

B /C -5 /8

A

A

A

A

R E

V

IS

E D T

O A

C C

O M

P A

N Y A

M E

N D

M E

N T N

O

A

3. PLUGTRAB JUNCTION BOX 8" X 6" X 4", STAINLESS

HAVE UL CERTIFICATION.

CERTIFIED UNDER UL508 AND PRODUCT SHALL

600V TYPE SIS. PANEL FABRICATOR SHALL BE

WIRING SHALL BE MINIMUM SIZE #14AWG

PANEL WITH PUSHBUTTONS AND GFI RECEPTACLE

HOFFMAN 304SS WITH PADLOCK FITTING AND INNER

2. STRUCTURE CONTROL AND OUTLET BOX 36" W x 24" H x 6" D, STAINLESS STEEL, 240V DISCONNECT.

WITH AUXILIARY CONTACT HEAVY DUTY NEMA 4X,

1. UNFUSED DISCONNECT. PROVIDE A 3 POLE, 30 AMP,

A

B

C

D

1234567

D

C

B

A

8 7 6 5 4 3 2

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D R

A W

IN

G D

A T

E

F

IL

E N

U M

B E

R

S U

B M

IT

T E

D B

Y

P L

O T S

C A

L E

P L

O T D

A T

E

C O

N T

R A

C T N

O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

D E

S C

R

IP

T

IO

N N o

S Y

M Z

O N

E

J A

C K

S O

N V

IL

L E F

L O

R

ID

A

J A

C K

S O

N V

IL

L E D

IS

T R

R P

S O

F E

N G

IN

E E

R S

D E

P A

R T

M E

N T O

F T

H E A

R M

Y D

E S

IG

N E

D B

Y

N /A

N /A

A S S

H O

W N p w \C

O E -S

A J P

W P J

A X .s a j.

d s .u s a c e .a rm y .m il :S

A J P

W \D o c u m e n ts \C

S

F \H e rb e rt H o o v e r

D ik e R e h a b il it a ti o n \0

-C u lv e rt R e h a b il it a ti o n \S -2

K I1 a n d S -2

K I2 S -2

K I1 P la n s \1

E le c tr ic a l\ E -1

A m e n d

S -2

K I-

R E

C O

N S

T R

U C

T

IO

N J

O E R

W A

L L

IS

P .E

/2

/2

J A

N

S T

R U

C T

U R

E R

E P

L A

C E

M E

N T

H E

R B

E R

T H

O O

V E

R D

IK

E R

E H

A B

IL

IT

A T

IO

N

W E

P -1

-R -0

1 1

3 3 33

V .L

V .L

NOTES:

T-03

T S .D

G N

-H

H D

R C

R K I1

T E

L E

C O

M M

U N

IC

A T

IO

S

J .D .H

S .J .P

S U

T R

O N S

Y S

T E

M C

O M

P O

N E

N

APPROVED EQUAL."

AND 6F SHALL BE MANUFACTURERS AS SHOWN "OR

2. REFERENCED ITEMS: 1A THRU 2M, 3D, 3J, 5A, 5C, 6A, 6B, 6E,

SUPPRESSION SHALL DISSIPATE 3,000 W/PAIR.

SURGE SUPPRESSION SHALL MEET UL 497B. SURGE

1. PROVIDE SURGE SUPPRESSION FOR ANTENNA CABLES.

A

B -3 /4

R E

V

IS

E D T

O A

C C

O M

P A

N Y A

M E

N D

M E

N T N

O

3C

3G

3E

BATTERY BOX

1"-WIRING DUCT

1-1/2" WIRING DUCT

iNET-II 900

GE

iNET-II 900

GE

CRADLEPOINT

MANUFACTURER DESCRIPTION

PART

1-1/2"x1-1/2" WIREWAY

1-1/2" WIREWAY COVER

DIN RAIL

TERMINAL BLOCK

TERMINAL BLOCK END COVER

END CLAMPS

TERMINAL STRIP MARKER

MEASUREMENT AND CONTROL MODULE (DATA LOGGER)

F1.5X1.5LG6

C1.5LG6

08 01 73 3

30 04 36 2

HOFFMAN

PANDUIT

PHOENIX CONTACT

PHOENIX CONTACT

1C

1D

1E

2C

2B

2A

3A

2G

2E

2D

5B

5A

5C

PANDUIT

PHOENIX CONTACT

PHOENIX CONTACT

BURNDY

PHOENIX CONTACT

KC17B1

30 03 02 0

08 00 88 6

08 00 30 7

2F

TYPE SP SERVICE GRD POST CONNECTOR

PHOENIX CONTACT 55 31 72 3 10AMP CIRCUIT BREAKER-1 POLE

30 04 03 2 KNIFE DISCONNECTPHOENIX CONTACT

5D

3/8" DIA. X 1" LONG HYDROPHOBIC FILTER MATERIAL

PRODUCTS #5541

INTERSTATE SPECIALTY

GALVANIZED STEEL CORD GRIP FOR 3/8" CORDCGFP1931B CROUSE HINDS

POREX

3D

3E

3F

2H PHOENIX CONTACT 13 02 21 5 PARTITION PLATE

2I PHOENIX CONTACT 02 03 25 0 FIXED BRIDGE

1F

A-30P24 BACK PANELHOFFMAN1G

3G

4A

4B

4C SUTRON

4D

6411-11624E

6411-15614F

SUTRON

N1186-B DUAL RATED GROUND BARILSCO1H

PANDUIT

1I

1J

PANDUIT 1"x1" WIREWAY

1" WIREWAY COVER

F1X1LG6

C1LG6

3B

SUTRON

SUTRON SATLINK-2 TRANSMITTER

MORNINGSTAR

SUTRON 5000-0081 YAGI GOES SATELLITE ANTENNA

SUTRON 5000-0170 JAM RESISTANT GPS ANTENNA

8111-1113-1 RF COAX LIGHTNING PROTECTOR

LIGHTNING PROTECTORN/A N/A

SUTRON ANTENNA CABLE

SUTRON ANTENNA CABLE

XPERT2

2J

3H N/A N/A GATE POSITION INDICATOR IN GATE ACTUATOR

SUTRON STILLING WELL SDI-12 SHAFT ENCODER

APPLIED GEOMECHANICS

3K N/A N/A

3I

3J

SUTRON ANALOG I/O MODULE

SDI-12 TERMINATION

PHOENIX CONTACT

PHOENIX CONTACT

2K

2L

2M

PHOENIX CONTACT

PHOENIX CONTACT

28 56 12 6 PLUGTRAB BASE

28 58 04 3 PLUGTRAB PLUG

28 56 11 3 PLUGTRAB BASE

28 56 03 2 PLUGTRAB PLUG

1A

56-0540

GE GE iNET-II 900 GE iNET-II 900 RADIO OR APPROVED EQUAL

N/A

PHOENIX CONTACT

PHOENIX CONTACT

8080-0003

A604816SSLP, ADP2

SOLAR CONTROLLER

GATE POSITION INDICATOR IN GATE ACTUATOR

TOYO BATTERY CO.

5E

6A N/A 3.5AMP CIRCUIT BREAKER-1 POLE

6B

6C

6D

6E A-VK33

6F

09 15 06 9 10 AMP CIRCUIT BKR - 2 POLE W/ AUX CONTACTS

FURNISHED BY CONTRACTOR N/A 4 COND, #14 AWG SIS CONDUCTORS

FURNISHED BY CONTRACTOR N/A 6 COND, #14 AWG SIS CONDUCTORS

HOFFMAN 4" X 4" LOUVER WITH FILTER

WIEGMANN RSC161610 16" X 16" X 10" NEMA 3R ENCLOSURE

N/A N/A

BP SOLAR BP 350

N/A

5F

50 WATT SOLAR PANELS

12 VOLT 55 AH BATTERIES

SOLAR PANEL ROOF MOUNTING BRACKET

A906-ST-BN-V

N/A

DOOR POCKET, POWDER COAT EXTERIOR WHITE

48H"x36W"x12D" STAINLESS STEEL ENCLOSURE WITH INTERIOR

SS-10L

6GFM55

N/A AC QUAD RECEPTACLE

3C SUTRON 6461-1242 POWER TERMINATION

POWER SONIC PSC-12800A POWER SUPPLY

CRADLEPOINT AER1600LP6-NA-M CRADLEPOINT AER1600LP6 OR APPROVED EQUAL

6G

6461-1242-1

REF

SUTRON SYSTEM COMPONENTS

CLOSE NIPPLE

1/2" RIGID

SCALE: N.T.S.

SUTRON ENCLOSURE LAYOUT

3F

5F

3A

3B

1J1I

4C

3D

2A

5A

4D 4D 4D 4C

1H

4C

2D

6A 2C 2C 2C 2I

2C

1B 1F1C1B

6D

1D 1E

2B

2B

2F 2B

2D 2G

CLOSE NIPPLE

1/2" RIGID

6A

2F

5F

SELECT

FLOODED

OR

SEALED

DISCONNECT

LOAD

BATTERY

FLOODED

WIRE FOR

JUMPER

REMOVE

APPLIED GEOMECHANICS INCLINOMETER OR APPROVED EQUAL

XPERT

SUTRON

000 00

1I 1J

2C

2F 2F

2H

2B 2B

1I 1J2L 2M

2F

2J 2K

6G

POWER SONIC

P H

O E

N

IX

C

O N

T A

C T S

P T

X

F -B

E

P T -H

F -1

D

C -S

T

P H

O E

N

IX

C

O N

T A

C T S

P T

X

F -B

E

P T -H

F -1

D

C -S

T

P H

O E

N

IX

C

O N

T A

C T S

P T

X -2

D

C -S

T

P T

X -B

E

P H

O E

N

IX

C

O N

T A

C T S

P T

X -2

D

C -S

T

P T

X -B

E

P H

O E

N

IX

C

O N

T A

C T S

P T

X -2

D

C -S

T

P T

X -B

E

P H

O E

N

IX

C

O N

T A

C T S

P T

X -2

D

C -S

T

P T

X -B

E

S S

LOADSOLAR BATTERY

CHARGING

TEMP SENSE

MORNINGSTAR

PHOTOVOLTAIC CONTROLLER

12 VOLTS

6.5A SOLAR

6.0A LOAD

S A T L I N K 2

LOGGER - TRANSMITTER

100 - 300 - 1200 BPS

WARNING!

Operation of this transmitter must be with permission and assignment of the U.S. Dept.

Transmitter Power w/recommended antennas: 100 / 300 BPS - 8 Watts; 1200 BPS - 16 Watts of Commerce NOAA/NESDIS and must not exceed NESDIS permitted maximum uplink EIRP.

Recommend Antenna: Sutron 5000-0080 or -0081 YAGI Antenna

WWW.SUTRON.COM ISO 9001: 2000

-E

N D P

A N

E L

SUTRON

O U

T P

U T

R F

L E

D

T X F a u lt

S ta tu s

A N

T G

P S

R S

B U

C K

E T

T

IP

P

IN

G S

D I-

G n d B u c k e t

T ip p in g

V

G n d

D a ta

R E

S E

T F S

5D

CABLE ENTRANCE

FOR SOLAR PANEL

ENTRANCE

FOR ANTENNA CABLE

CABLE ENTRANCE

FOR RADIO ANTENNA

ENTRANCE

FOR ANTENNA CABLE

FAST CHARGE

CAUTION

Model PSC-12800

FAULT

Sealed Lead-Acid

Battery Charger

POWER / FLOAT

Class 2

A

B

C

D

1234567

D

C

B

A

8 7 6 5 4 3 2

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D R

A W

IN

G D

A T

E

F

IL

E N

U M

B E

R

S U

B M

IT

T E

D B

Y

P L

O T S

C A

L E

P L

O T D

A T

E

C O

N T

R A

C T N

O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

D E

S C

R

IP

T

IO

N N o

S Y

M Z

O N

E

J A

C K

S O

N V

IL

L E F

L O

R

ID

A

J A

C K

S O

N V

IL

L E D

IS

T R

R P

S O

F E

N G

IN

E E

R S

D E

P A

R T

M E

N T O

F T

H E A

R M

Y D

E S

IG

N E

D B

Y

N /A

N /A

A S S

H O

W N p w \C

O E -S

A J P

W P J

A X .s a j.

d s .u s a c e .a rm y .m il :S

A J P

W \D o c u m e n ts \C

S

F \H e rb e rt H o o v e r

D ik e R e h a b il it a ti o n \0

-C u lv e rt R e h a b il it a ti o n \S -2

K I1 a n d S -2

K I2 S -2

K I1 P la n s \1

T e le c o m m u n ic a ti o n s \T -0

A m e n d

S -2

K I-

R E

C O

N S

T R

U C

T

IO

N J

O E R

W A

L L

IS

P .E

/2

/2

J A

N

S T

R U

C T

U R

E R

E P

L A

C E

M E

N T

H E

R B

E R

T H

O O

V E

R D

IK

E R

E H

A B

IL

IT

A T

IO

N

W E

P -1

-R -0

ACTUATOR NO. 1

SLIDE GATE

240V, 1PH

SC11

PC11

FC01

PC01

SCO1

(TYP OF 2)

PULL BOX

PC31

PC01

SC01

CC11

(TYP.)

SUPPORT

METAL

CC11

SC11

GATE STRUCTURE

DISCONNECT (TYP.)

NEMA 4X NON-FUSED

PC01

RECEPTACLE (TYP.)

STATION AND

FOR PUSH-BUTTON

NEMA 4X SLCP, ENCLOSURE

SC01

SPEC.

FINISH PER

SPARE 1"C,

HANDRAIL

SEE DWG E-03 AND E-04

GROUND LOOP

CONTROL BUILDING

CABLE FROM

#2/0 BC GROUND

(REBAR)

FOUNDATION

TO STRUCTURE

INCLINOMETER

FLAP GATE

JUNCTION BOX #1

PLUGTRAB

GATE SENSOR

RC11

RC12

SC01 PC01

SC11 PC11 CC11

SC21

P5

PC31

PC03

CC13PC13

PC04

CC14PC14

PC32CC1

CC2 SC13 SC14

NOTES:

SCALE: N.T.S.

CONDUIT BLOCK DIAGRAM

KEY NOTES:

NOTES:

KEY NOTES:

AND INSTRUMENTATION WIRING CONDUITS.

2. USE SEPARATE PULL BOXES FOR POWER WIRING CONDUITS

GROUND LOOP. SEE GROUNDING DETAILS ON DWG E-10.

GROUND CABLE THAT CONNECTS TO CONTROL BUILDING

AND ALL OTHER EXPOSED METALS TO #2/0 AWG BC

SUPPORTS AND FRAMES, GATE EQUIPMENT, HANDRAILS,

1. BOND TO STRUCTURAL FOUNDATION (REBARS), METAL

"OR APPROVED EQUAL."

7. REFERENCED MANUFACTURERS SHALL BE CONSIDERED

MANUFACTURER'S WIRING DIAGRAM.

TO AVAILABLE SUTRON XPERT ANALOG I/O MODULE PER

6. CONNECT CONTROL BUILDING DOOR MAGNETIC CONTACT

OF SPECTRA CAMERA. SEE DRAWING T-07.

5. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATION

OF MOBOTIX CAMERAS. SEE DRAWING T-07.

4. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATIONS

EQUIPMENT PROVIDED.

3. THE CONTRACTOR SHALL COORDINATE DESIGN WITH

2. SEE DRAWING E-04 FOR NOTES AND CONTINUATION.

SEE DRAWINGS E-01 AND E-02.

1. FOR ELECTRICAL NOTES, LEGEND, AND ABBREVIATIONS,

"OR APPROVED EQUAL."

7. REFERENCED MANUFACTURERS SHALL BE CONSIDERED

MANUFACTURER'S WIRING DIAGRAM.

TO AVAILABLE SUTRON XPERT ANALOG I/O MODULE PER

6. CONNECT CONTROL BUILDING DOOR MAGNETIC CONTACT

OF SPECTRA CAMERA. SEE DRAWING T-07.

5. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATION

OF MOBOTIX CAMERAS. SEE DRAWING T-07.

4. COORDINATE WITH FIELD OFFICE FOR PROPER LOCATIONS

EQUIPMENT PROVIDED.

3. THE CONTRACTOR SHALL COORDINATE DESIGN WITH

2. SEE DRAWING E-04 FOR NOTES AND CONTINUATION.

SEE DRAWINGS E-01 AND E-02.

1. FOR ELECTRICAL NOTES, LEGEND, AND ABBREVIATIONS,

A U

G U

S T

N /A

N /A

-H

H D

R C

R K I1 -E

P .D

G N

N A

N /A

J .D .H

V .L

S .J .P

E L E

C T

R

IC

A L

S H

E E

T

S T

R U

C T

U R

A L E

L E

C T

R

IC

A L P

L A

N

E-05

SCALE: N.T.S.

LAKESIDE CULVERT GATE ELECTRICAL PLAN

FROM DWG E-04

CONTINUED

A

A

B /6

R E

V

IS

E D T

O A

C C

O M

P A

N Y A

M E

N D

M E

N T N

O

A

B

C

D

1234567

D

C

B

A

8 7 6 5 4 3 2

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D R

A W

IN

G D

A T

E

F

IL

E N

U M

B E

R

S U

B M

IT

T E

D B

Y

P L

O T S

C A

L E

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O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

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IP

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SENSOR

GATE

SENSOR

POSITION

GATE 1

DISC.

MOTOR

INCLINOMETER

FLAP GATE

GATE 1

ACTUATOR

GATE 1

PANEL PP

STILLING WELL

LAKESIDE

STILLING WELL

LANDSIDE

DOOR MAGNETIC CONTACT

CONTROL BUILDING

SUTRON

HEAD AND TAIL STILL. WELLS

GATE 1 & 2 INCLINOMETERS

GATE 1 & 2 POS. SENSORS

2" CONDUIT, SC61 :

DISC.

MOTOR

DISC.

MOTOR

SENSOR

POSITION

GATE 1A

ACTUATOR

GATE 1A

SENSOR

POSITION

GATE 1B

ACTUATOR

GATE 1B

NIC

ACE-3600

CONTROL

LOCAL

STRUCTURE

LANDSIDE

CONTROL

LOCAL

LAKESIDE

FC01, TO SHELTER

CONDUIT

FLEXIBLE

LIQUID-TIGHT

/4

AND HARDWARE

METAL STRUT

STAINLESS STEEL

5'-0" SUPPORT

SUPPORT PLATE

NON-FUSED DISCONNECT

LOCKABLE NEMA 4X

SC21

SC11

ACTUATOR

SLIDE GATE

SC01

PC11

CC11

CONCRETE

TOP OF

CC11

PC31

PC01

GROUND LOOP

TO STRUCTURE

GROUND CABLE

#2/0 BC

JUNCTION BOX

PLUGTRAB

GATE SENSOR

WITH EQUIPMENT PROVIDED

THE CONTRACTOR SHALL COORDINATE DESIGN

GENERAL NOTE:

KEY NOTES:

A U

G U

S T

N /A

N /A

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R K I2 -E I3

.D

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-2

3. PLUGTRAB JUCTION BOX 8" X 6" X 4" STAINLESS

HAVE UL CERTIFICATION.

CERTIFIED UNDER UL508 AND PRODUCT SHALL

600V TYPE SIS. PANEL FABRICATOR SHALL BE

WIRING SHALL BE MINIMUM SIZE #14AWG

PANEL WITH PUSHBUTTONS AND GFI RECEPTACLE

HOFFMAN 304SS WITH PADLOCK FITTING AND INNER

2. STRUCTURE CONTROL AND OUTLET BOX 24"x 24"x 6", 240V DISCONNECT.

WITH AUXILIARY CONTACT HEAVY DUTY NEMA 4X, SS,

1. UNFUSED DISCONNECT. PROVIDE A 3 POLE, 30 AMP,

A

A

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O of Engineers

US Army Corps

Jacksonville District

DEPENDS ON YOU

SAFETY ON THIS JOB

DRAWING NO.

D E

S C

R

IP

T

IO

N N o

S Y

M Z

O N

E

J A

C K

S O

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DOOR

DETAIL - TYPICAL POST BASE

SCALE: N.T.S.

C

E-06

SECTION - GATE 1

SCALE: N.T.S.

A

E-05

/8

1 2

(SLCP)

RECEPTACLE

STATION AND GFI

FOR PUSH-BUTTON

ENCL. 24"x24"x6"

LOCKABLE NEMA 4X

U

G U

S T

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N /A

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H D

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R K I2 -E I6

.D

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