FCBN_ADVERTISEMENT_-_BLDGS.PDF

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Attached to: Construction of Ammunition Supply Point Facility Federal contract opportunity
Solicitation number: W9128F-18-R-0041
Issued by: Department of the Army Corps of Engineers Engineering District Omaha

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AIR TERMINAL, 60" MINIMUM HEIGHT

3/4" X 10' GROUND ROD

3/4" X 10' GROUND ROD WITH TEST WELL

AIR TERMINAL, 24" MINIMUM HEIGHT, SEE EG501 DETAIL 3 TYPICAL AIR TERMINAL

MOUNTING DETAIL

SUPPLEMENTAL LIGHTNING PROTECTION

AND GROUNDING LEGEND

AIR TERMINAL, 12" MINIMUM HEIGHT

MAIN GROUND BAR, SEE EG505 FOR SIZE. MH = 24" TO CENTER, UON.MGB

TELECOMMUNICATIONS MAIN GROUND BAR, SEE EG504 FOR SIZE. MH = 24" TO

CENTER, UON.

TELECOMMUNICATIONS GROUND BAR, SEE EG504 FOR SIZE. MH = 24" TO CENTER,

UON.

GROUND BAR, 2" H x 6" W. MH = 24" TO CENTER, UON.GB

TMGB

TGB

US Army Corps of Engineers ®

SHEET ID

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GENERAL LIGHTNING PROTECTION AND GROUNDING NOTES:

(APPLICABLE TO ALL EG### SHEETS; SEE SHEET EG501 FOR ADDITIONAL NOTES

1. THE LIGHTNING PROTECTION SYSTEM DESIGN IS BASED ON THE ROLLING SPHERE DESIGN. IT IS APPROXIMATE AND IS SUBJECT TO DESIGN VERIFICATION AND APPROVAL BY CONTRACTOR. ENSURE THAT DURING INSTALLATION ALL POINTS ARE WITHIN 2'-0" OF OUTSIDE BUILDING EDGE, OUTSIDE CORNERS, AND RIDGE ENDS. THE MAXIMUM SPACING OF PERIMETER TERMINALS SHALL NOT EXCEED 20'-0" FOR 12" COPPER AIR TERMINALS AND 25;-0" FOR 24" COPPER AIR TERMINALS ALONG THE PERIMETER OF THE STRUCTURES BEING PROTECTED. SUBMIT INSTALLATION DRAWINGS AND PROVIDE A UL MASTER LABEL CERTIFIED SYSTEM COORDINATING WITH ACTUAL SUBMITTED

MECHANICAL EQUIPMENT, ROOF INFORMATION, AND ROOFING MANUFACTURER REQUIREMENTS.

2. SYSTEM SHALL BE INSTALLED AS SHOWN TO ENSURE PROPER CODE COMPLIANCE AND SYSTEM CERTIFICATION

BY UL. ANY MAJOR VARIANCE SHALL ENTAIL RESUBMITTAL AND NEW APPROVAL.

3. CONTRACTOR SHALL BOND TO BUILDING STEEL, ELECTRICAL SERVICE, WATER SERVICE, AND OTHER PIPING

SYSTEMS AS REQUIRED BY NFPA 70 AND NFPA 780.

4. CONTRACTOR SHALL VERIFY STRUCTURAL MEMBER LOCATIONS.

5. CONTRACTOR SHALL VERIFY MECHANICAL EQUIPMENT LOCATIONS.

6. COORDINATE INSTALLATION OF LOOP CONDUCTOR WITH INCOMING UTILITIES. BARE COPPER COUNTERPOISE SHALL BE INSTALLED AT A MINIMUM DEPTH OF 30 INCHES, BURIED BETWEEN 3' AND 8' AWAY FROM THE BUILDING

AND HAVE NO BENDS LESS THAN 90 DEGREES.

7. CONTRACTOR SHALL PROVIDE CONDUCTOR FROM ROOF CONDUCTOR TO GROUND ROD, ROUTE CONDUCTOR

AROUND GUTTER, PARAPET WALL, AND/OR ROOF EVE AND ALL INCOMING UTILITIES.

8. ALL CONNECTIONS AND EQUIPMENT BONDING SHALL BE IN ACCORDANCE WITH SPECIFICATIONS AND NFPA 780.

9. ENSURE THAT ALL AIR TERMINAL POINTS ALONG ROOF EDGE ARE WITH 24 INCHES OF OUTSIDE BUILDING EDGE

AND OUTSIDE CORNERS.

10. BOND EXHAUST HOODS, ROOF ACCESS HATCHES/LADDERS, AND PIPES TO LIGHTNING PROTECTION

CONDUCTOR.

11. CONTRACTOR SHALL PROVIDE 3/4" X 10'-0" CU CLAD STEEL GROUND RODS AT MINIMUM LOCATIONS SHOWN.

12. MAINTAIN HORIZONTAL OR DOWNWARD COURSING OF MAIN CONDUCTOR AND INSURE THAT ALL BENDS HAVE AT

LEAST A 8" RADIUS AND DO NOT EXCEED 90 DEGREES.

13. GROUND BARS TO BE ANCHORED AT INTERVALS NOT TO EXCEED 2'-0".

14. GROUND BARS SHALL BE PRE-DRILLED.

15. AIR TERMINALS SHALL BE BLUNT TIP TYPE.

16. ALL PERIMETER COLUMNS SHALL BE BONDED TO COUNTERPOISE SYSTEM. PERIMETER COLUMN BONDS AT THE LOCATION OF A DOWN CONDUCTOR ARE OMITTED FOR CLARITY. SIZE SHALL BE AS SHOWN ON EG601. LOOP CONDUCTOR SHALL HAVE A GROUND ROD AT EACH STRUCTURE CORNER AND INTERMEDIATE COLUMN CONNECTION.

17. GROUNDING AND BONDING CONDUCTORS SHOULD NOT BE PLACED IN FERROUS METALLIC CONDUIT. IF IT IS NECESSARY TO PLACE GROUNDING AND BONDING CONDUCTORS IN FERROUS METALLIC CONDUIT THAT EXCEEDS 3 FEET IN LENGTH, THE CONDUCTORS SHALL BE BONDED TO EACH END OF THE CONDUIT USING A GROUNDING

BUSHING OR A #6 AWG CONDUCTOR, MINIMUM.

18. EACH TELECOMMUNICATIONS GROUNDING AND BONDING CONDUCTOR SHALL BE LABELED. LABELS SHALL BE LOCATED ON CONDUCTORS AS CLOSE AS PRACTICABLE TO THEIR POINT OF TERMINATION IN A READABLE POSITION. LABELS SHALL BE NONMETALLIC AND SHALL BE IN ACCORDANCE WITH TIA 606. SEE DETAIL 4 EG505.

19. PENETRATION OPENINGS THROUGH AIR BARRIERS SHALL COMPLY WITH THE BUILDING AIR BARRIER REQUIREMENTS. CORRECT ALL PENETRATIONS THAT ARE DETERMINED DEFICIENT DURING TESTING.

21. SUPPORT EXPOSED ROOF CABLES AS SHOWN IN APPLICABLE DETAILS AT 36" ON CENTER MAXIMUM.

22. LIGHTNING STRIKE TERMINALS LOCATED ALONG THE ROOF PERIMETER SHALL BE MOUNTED WITHIN 2' OF THE

EDGE OF THE ROOF.

23. LIGHTNING STRIKE TERMINALS LOCATED ALONG THE ROOF RIDGE SHALL BE MOUNTED WITHIN 2' OF THE TOP OF

THE RIDGE.

24. WHERE SPACING BETWEEN LIGHTNING STRIKE TERMINALS IS NOT INDICATED, TERMINALS SHALL BE SPACED

EVENLY ALONG ROOF PERIMETER OR RIDGE.

25. LIGHTNING PROTECTION CONDUCTOR SIZES SHALL BE IN ACCORDANCE WITH TABLE 4.1.1.1.1 OF NFPA 780.

26. REFER TO SHEETS EG601AS, EP602AS, EP603AS, EG601RE, EP602RE, EP603RE, AND T-100 FOR ADDITIONAL

INFORMATION REGARDING SURGE PROTECTIVE DEVICES (SPD).

KEYED LIGHTNING PROTECTION AND GROUNDING NOTES:

(APPLICABLE TO ALL EG### SHEETS)

1. MOUNT LIGHTNING STRIKE TERMINAL ON VENT. REFER TO DETAIL 3 ON SHEET EG502.

2. MOUNT LIGHTNING STRIKE TERMINAL ON VENT. REFER TO DETAIL 4 ON SHEET EG502.

1 1/2" = 1'-0"EG100

1 EG100 - SUPPLEMENTAL GROUNDING AND LIGHTNING PROTECTION LEGEND

K D

N D

EG501

TYPICAL BONDING STRAPS DETAILS

NTS

EG501

TYPICAL AIR TERMINAL MOUNTING DETAIL

NTS

EG501

TYPICAL GROUND ROD DETAIL

NTS

EG501

TYPICAL CABLE SUPPORT

NTS

EG501

TYPICAL BONDING LUGS/PLATES DETAILS

NTS

EG501

TYPICAL BONDING/FASTENING CLAMPS DETAIL

NTS

EG501

TYPICAL CONDUCTOR SPLICING DETAIL

NTS

EG501

ROOF DOWN CONDUCTOR DETAIL

NTS

EG501

COLUMN BONDING DETAIL

NTS

COL.

ROOF CONDUCTOR

FASTENER CLAMP

CONDUCTOR

BOND LUG

CONDUCTOR

BOND LUG

CONDUCTOR

BOND PLATE

CONDUCTOR

BOND STRAP

CONDUCTOR

BOND STRAP

CONDUCTOR

BOND CLAMP

CONDUCTOR

SPLICER

CONDUCTOR

SPLICER

CONDUCTORS

TO AIR TERMINALS

TO GROUND ROD,

REFER TO DETAIL 1

3/8" x 24" BLUNT-TIP

SOLID COPPER AIR

TERMINAL

CLAMP AND

EXOTHERMICALLY

WELD CABLE TO ROD.

3/4" DIA x 10' COPPER

CLAD

GROUND ROD

ADHESIVE CABLE HOLDER.

ADHERE TO CLEAN FLAT

SURFACE.

LIGHTNING PROTECTION NOTES:

1. LOCATE AIR TERMINALS AS INDICATED. INSURE THAT ALL POINTS

ARE WITHIN 24" OF OUTSIDE BUILDING EDGE, OUTSIDE CORNERS, AND

THAT MAXIMUM SPACING BETWEEN TERMINALS ALONG THE ROOF

PERIMETER DOES NOT EXCEED 20', AND THAT MINIMUM AIR TERMINAL

PROJECTION ABOVE OBJECT IS 24".

2. MAINTAIN HORIZONTAL OR DOWNWARD COURSING OF MAIN

CONDUCTOR AND INSURE THAT ALL BENDS HAVE AT LEAST A 8" RADIUS

AND DOES NOT EXCEED 90 DEGREES.

3. SUPPORT EXPOSED ROOF CABLES AS SHOWN IN APPLICABLE

DETAILS AT 36" ON CENTER MAXIMUM.

4. BOND TO WATER SERVICE, BUILDING STEEL, ELECTRICAL SERVICE,

AND OTHER PIPING SYSTEMS AND AS REQUIRED BY CODES.

5. SYSTEM SHALL BE INSTALLED AS SHOWN TO INSURE PROPER CODE

COMPLIANCE AND SYSTEM CERTIFICATION BY UL. ANY MAJOR

VARIANCE SHALL ENTAIL RESUBMITTAL AND NEW APPROVAL.

6. VERIFY MECHANICAL EQUIPMENT LOCATIONS.

7. VERIFY STRUCTURAL MEMBER LOCATIONS.

8. COORDINATE DOWN CONDUCTORS WITH ALL INCOMING UTILITIES.

9. PROVIDE CONDUCTOR FROM ROOF CONDUCTOR TO STEEL COLUMN.

ROUTE CONDUCTOR AROUND GUTTER OR ROOF EVE AND PENTRATE

WALL OR SOFFITT AND ATTACH TO COLUMN. PENTRATE WALL AT

GRADE AND ATTACH TO COLUMN PER DETAIL 1, THIS SHEET.

10. ALL CONNECTIONS AND EQUIPMENT BONDING IN ACCORDANCE

WITH SPECIFICATIONS AND NFPA 780.

11. CONNECT BOTTOM OF STEEL COLUMN TO LOOP CONDUCTOR. LOOP

CONDUCTOR SHALL HAVE A GROUND ROD AT EACH STRUCTURE

CORNER AND INTERMEDIATE COLUMN CONNECTION.

12. COORDINATE INSTALLATION OF LOOP CONDUCTOR WITH INCOMING

UTILITIES.

13. CONNECT LOOP CONDUCTOR TO NOT LESS THAN 1/2 OF THE

EXTERIOR COLUMNS. THE INTERVALS AT WHICH THE GROUND LOOP

CONDUCTOR SHALL BE CONNECTED TO THE PERIMETER STEEL

COLUMNS SHALL NOT AVERAGE MORE THAN 60 FEET.

WALL

STEEL COLUMN

CONCRETE SLAB

FOOTING STEEL

WALL FOOTING BEYOND

8' (MAX)

3' (MIN)

1/0 CU CABLE

1" PVC CONDUIT

BACK FACE OF WALL PIER

COLUMN PIER

2' -0

GRADE LEVEL

1/0 CU CABLE

EXOTHERMIC WELD

3/4" X 10'-0" CU CLAD

STEEL GROUND ROD

1/0 CU CABLE

EXOTHERMIC WELD (TYP.)

BRASS SWIVEL ADAPTER

STAINLESS STEEL NUT

STAINLESS STEEL WASHER

AND LEAD WASHER

CONCEALED POINT BASE

ASSEMBLY THROUGH

BOLTED TO ROOF

LOOP CLIP

MAIN

CONDUCTOR

LINE OF RIDGE

OR DORMER

SEAL AROUND WASHERS

WITH URETHANE SEALANT

STANDING SEAM

METAL ROOFING

CONCRETE SLAB

1" PVC CONDUIT

US Army Corps of Engineers ®

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EG502

LIGHTNING PROTECTION DETAIL 1

NTS

EG502

LIGHTNING PROTECTION DETAIL 2

NTS

EG502

LIGHTNING PROTECTION DETAIL 3

NTS

EG502

LIGHTNING PROTECTION DETAIL 4

NTS

EG502

LIGHTNING PROTECTION DETAIL 5

NTS

EG502

EQUIPMENT GROUNDING

NTS

INTERIOR EXTERIOR

MAIN CONDUCTOR

THROUGH WALL ASSEMBLY

WITH ALUMINUM EXTERIOR AND

COPPER INTERIOR

THREADED ROD

GASKET

CONNECTOR

COPPER MAIN CONDUCTOR

WALL

BUILDING STEEL

8" MINIMUM

RADIUS BEND

90 MAXIMUM

BEND ANGLE

MAIN CONDUCTOR

AHESIVE SUPPORT,

TYPICAL

ALUMINUM AIR

TERMINAL

VENTILATION FAN

MAIN CONDUCTOR

BONDING LUG

BONDING CONDUCTOR

FLASHING

ROOF

AIR TERMINALPLUMBING VENT

THROUGH ROOF

U-BOLT CLAMP

MAIN CONDUCTOR

FLASHING ROOF

TEE CONNECTION TO

MAIN CONDUCTOR

BONDING NOTES:

1. ITEMS 1-10 SHOWN IN DIAGRAM ARE TYPICAL BODIES OF CONDUCTANCE AS NOTED BELOW.

USE FULL SIZE MAIN CONDUCTOR AND APPROPRIATE FITTING FOR CONNECTION.

2. ITEM 11 (PLUMBING VENTS) REQUIRES BONDING WITH MAIN SIZE CABLE ONLY IF WITHIN 6'-0"

OF SYSTEM.

3. ITEMS 12-15 ARE TYPICAL BODIES OF CONDUCTANCE AS NOTED BELOW. USE SECONDARY

SIZE SMALLER CONDUCTOR AND APPROPRIATE FITTING FOR CONNECTION (ITEM 12

TYPICALLY OCCURS AT EACH DOWN-LEAD AND ROOF LEVEL CHANGE AS SHOWN).

4. BONDING CONNECTIONS SHOWN ARE TYPICAL EXAMPLES. MAKE ALL CONNECTIONS

REQUIRED TO MEET CODES AS NOTED BELOW. ADJUST FITTING TYPE AS REQUIRED tO SUIT

FIELD CONDITIONS.

5. BONDING DIAGRAM REPRESENTS BONDING FOR TYPICAL BONDING CONDITIONS FOUND

FOR GENERAL BUILDING CONSTRUCTION. BONDING FOR CMF ROOF SHALL SUIT INSTALLED

WORK. SEE MECHANICAL AND ARCHITECTURAL DRAWINGS FOR FANS, VENTS, ETC.

1 2

9 10

PROVIDE SECOND

MAIN CONDUCTOR

TO ROOF

CONDUCTOR IF A

SINGLE CONDUCTOR

IS LONGER THAN 8'-0"

TEE CONNECTION TO

MAIN CONDUCTOR

TERMINAL BASE,

ADHESIVE

CONNECTION

BRONZE BONDING PLATE,

8 SQUARE INCHES

CONTACT SURFACE

EQUIPMENT SUPPORT STRUCTURE

3/8" MIN STEEL STUD,

LENGTH AS REQUIRED.

ARC WELD TO TANK WALL

CU GROUNDING LUG

THERMITE WELD

CABLE TO LUG

#2 AWG BARE CU CABLE

TO GROUNDING LOOP

US Army Corps of Engineers ®

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EG504

TYPICAL GROUND ROD AND TEST WELL DETAIL

NTS

NON-METALLIC COVER.

SHALL READ "GROUND ROD".

FINISHED SLAB OR GRADE

8" DUCTILE OR CAST

IRON PIPE 24" LONG

#3/0 BARE CU GROUNDING RING

CONDUCTOR 18" BELOW GRADE

EXOTHERMIC WELD

3/4" X 10'-0" COPPER CLAD

STEEL GROUND ROD

AUGERED HOLE

GRAVEL OR CRUSHED ROCK

FINISHED GRADE

SLURRY OF POWDERED

BENTONITE CLAY

NATIVE SOIL TO GRADE

EXOTHERMIC WELD

AUGERED

HOLE

SLURRY OF POWDERED

BENTONITE CLAY

#3/0 AWG BARE COPPER

EXOTHERMICALLY

BONDED TO GROUND ROD 3/4" X 10'-0" COPPER

CLAD STEEL

GROUND ROD

9" 12

'-6

EG504

TYPICAL GROUND ROD DETAIL

NTS

US Army Corps of Engineers ®

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PROVIDE TWO HOLE BOLTED

CONNECTORS WITH GROUND

RATED BELLEVILLE WASHERS

BETWEEN BUS AND

CONNECTOR. PROVIDE

CONDUCTIVE GREESE BETWEEN

BUS AND COONNECTIONS.

PROVIDE FULL WRAP STRAP

CONNECTORS. CLAMPING OF

THE STRAPS SHALL BE WITH

FULL SURFACE CLAMPING TOOL

TO INSURE EVEN COMPRESSION

AROUND THE CABLE.

#6 AWG MINIMUM GROUND

WIRE TO METAL CONDUITS

IN ROOM.

GROUND WIRE TO

EXPOSED BUILDING

COLUMN IN ROOM IF

PRESENT.

#4 AWG MINIMUM GROUND

WIRE TO CATV ENCLOSURE

IN ROOM IF PRESENT.

#4 AWG MINIMUM GROUND

WIRE TO PANELBOARD

ENCLOSURE IN ROOM.

#4 AWG MINIMUM GROUND

WIRE TO CABLE TRAY(S) IN

ROOM.

STAND-OFF INSULATOR

MOUNTED TO WALL.

TYPICAL FOR TWO

LOCATIONS.

#4 AWG MINIMUM GROUND

WIRE TO PROTECTIVE

ENTRANCE TERMINALS IN

ROOM IF PRESENT.

COPPER TMGB SIZE: 4"

HIGH BY 1/4" THICK BY 24"

LONG MINIMUM.

FOR TMGB: #3/0 AWG GROUND WIRE TO

BUILDING MAIN ELECTRICAL SERVICE.

SEE SHEET EP601.

#3/0 AWG GROUND WIRE

TO BUILDING GROUND

LOOP IF PRESENT.

FOR TMGB: #6 AWG

MINIMUM GROUND WIRE

TO UNDERGROUND

CONDUIT STUB-UPS.

#6 AWG MINIMUM GROUND

WIRE TO BUILDING OUTSIDE

PLANT CONDUITS.

PROVIDE TWO HOLE BOLTED

CONNECTORS WITH GROUND

RATED BELLEVILLE WASHERS

BETWEEN BUS AND CONNECTOR.

PROVIDE CONDUCTIVE GREESE

BETWEEN BUS AND

CONNECTIONS. PROVIDE FULL

WRAP STRAP CONNECTORS.

CLAMPING OF THE STRAPS SHALL

BE WITH FULL SURFACE

CLAMPING TOOL TO INSURE EVEN

COMPRESSION AROUND THE

CABLE.

#6 AWG MINIMUM GROUND

WIRE TO THROUGH-FLOOR

CONDUITS IF PRESENT.

#6 AWG MINIMUM GROUND

WIRE TO UNDERGROUND

CONDUIT STUB-UPS IF

PRESENT.

#1/0 AWG MINIMUM GROUND WIRE TO

TMGB (OR TR TGB AS IDENTIFIED).

COPPER TGB SIZE: 2" HIGH

BY 1/4" THICK BY 24" LONG

MINIMUM.

#4 AWG MINIMUM GROUND

WIRE TO PROTECTIVE

ENTRANCE TERMINALS IN

ROOM IF PRESENT.

STAND-OFF INSULATOR

MOUNTED TO WALL.

TYPICAL FOR TWO

LOCATIONS.

#4 AWG MINIMUM GROUND

WIRE TO CABLE TRAY(S) IN

ROOM.

#4 AWG MINIMUM GROUND

WIRE TO PANELBOARD

ENCLOSURE IN ROOM.

#4 AWG MINIMUM GROUND

WIRE TO CATV

ENCLOSURE IN ROOM IF

PRESENT.

GROUND WIRE TO EXPOSED

BUILDING COLUMN IN ROOM

IF PRESENT.

#6 AWG MINIMUM GROUND

WIRE TO METAL CONDUITS

IN ROOM.

1. GROUND CONDUCTOR SIZES ARE IDENTIFIED AS MINIMUMS. PROVIDE

ACTUAL CABLE SIZE BASED ON ACTUAL CABLE ROUTING AND ANSI

J-STD-607A STANDARDS IF LARGER.

2. ALL GROUND CABLES SHALL BE LABELED AT BOTH ENDS.

3. ALL GROUNDING CONDUCTORS ARE NOT SHOWN. SEE PLANS AND

SPECIFICATIONS FOR ADDITIONAL GROUNDING CONDUCTORS OR

REQUIREMENTS.

4. PROVIDE EXOTHERMIC WELD CONNECTIONS AND BOLTED LUG

CONNECTIONS AT GROUND BARS AS PER SPECIFICATIONS.

GENERAL SHEET NOTES

GROUND WIRE TO

EQUIPMENT

STAND-OFF INSULATOR

MOUNTED TO WALL

GROUND WIRE TO

EQUIPMENT

1/4" THICK BY 24"

LONG COPPER

GROUND BUS

WALLSUPPORT BRACKET

EG505

GROUND BAR CONNECTION DETAIL

NTS

EG505

CRIMPING AND TAGGING DETAIL

NTS

EG505

MAIN/TELECOMMUNICATION MAIN GROUND BAR (MGB/TMGB) DETAIL

NTS

EG505

TYPICAL TELECOMMUNICATION GROUND BAR (TGB)

NTS

EG505

TYPICAL GROUND BAR SIDE VIEW

NTS

CORRECT

CONNECTION

GROUND WIRE FROM OTHER

GROUND BARS, EQUIPMENT

GROUNDS, ETC.

TO GROUNDING ELECTRODE

SURFACE RACEWAY,

SCHEDULE 40 PVC

INCORRECT CONNECTION

NOT ACCEPTABLE

TO GROUNDING ELECTRODE

GROUND WIRE FROM OTHER

GROUND BARS, EQUIPMENT

GROUNDS, ETC.

FINISHED FLOOR

SILICONE BRONZE

BOLTING HARDWARE

TAGGING CABLE IS REQUIRED AT

AT BOTH ENDS OF CABLE.

BOLTING HARDWARE MUST BE

SILICONE BRONZE.

TAGGING NOTE:

INSPECTION HOLE

TYPICAL

COMPRESSION

CONNECTOR

CABLE TAGS

NO MORE THAN 1/16"

PROTRUDING FROM

END OF LUG.

CLEAR HEAT SHRINK

OMITTED FOR

CLARITY.

OPEN SLOT;

ENSURE CABLE IS

INSERTED

COMPLETELY INTO

LUG.

D O

N O

T D

ISC

N N

E C

CABLE TAGS

(TYPICAL BOTH ENDS)

ALL COMPRESSION

CONNECTORS

No-Ox-ID

COMPOUND

UNDER LUG

GROUND BUS BAR

ASSEMBLY

CRIMPING LOCATION

(TYPICAL BOTH ENDS)

FIRST CRIMP

SECOND CRIMP

THIRD CRIMP

FOURTH CRIMP

TO GROUND BUS BAR

(TYPICAL BOTH ENDS)

R O

TIN

DETAIL 4 NOTES:

1. EPOXY OR SPOT WELD THREAD

COUPLING AFTER COMPLETING

ALIGNMENT WITH HANGAR FLOOR

INCLUDING COVER ALIGNMENT.

2. MAXMUM RESISTANCE TO GROUND

SHALL BE 25 OHMS FROM ANY GROUND

ROD.

3. INSTALL PIGTAIL TO CONNECT TO

FACILITY GROUND GRID. DO NOT CUT

GROUND GRID CONDUCTORS.

4. EXOTHERMIC BOND. INSTALL BELOW

CONCRETE SLAB.

5. PAINT THE GROUND POINT

IDENTIFIER NUMBER IN 1" BLACK

LETTERS. SEE EG111, EG112, EG113

AND EG210 FOR IDENTIFIERS.

6. PAINT THE WORD "GROUND" IN 1"

BLACK LETTERS.

7. PAINT THE DATE THE GROUND POINT

WAS TESTED IN 1/2" BLACK LETTERS.

8. PAINT IS APPLIED DIRECTLY TO THE

FLOOR AND IS NOT APPLIED TO THE

RECEPTACLE.

US Army Corps of Engineers ®

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DUAL TECHNOLOGY (ULTRASONIC AND PASSIVE INFRARED) LOW

VOLTAGE OCCUPANCY SENSOR, WALL MOUNTED AT 7'-6" UNLESS

OTHERWISE NOTED.

SYMBOL DENOTES GENERAL TYPE OF LUMINAIRE

LUMINAIRE TYPE DESIGNATION (SEE SCHEDULE AND DETAILS)

SWITCH DESIGNATION

CIRCUIT IDENTIFICATION (IF PRESENT)

LCP

SUPPLEMENTAL LIGHTING LEGEND

DIGITAL TIME SWITCH WITH MANUAL-ON/TIMED-OFF OPERATION AND

MANUAL-OFF OVERRIDE. TIME-OUT SETTING SHALL BE SET FOR 15

MINUTES UNLESS OTHERWISE NOTED.

A2 LP1-1,a

LIGHTING CONTROL PANEL

WALL-MOUNTED PHOTOCELL

'3'

'p'

'4' 'a'

'mc'

'wp'

DUAL TECHNOLOGY (ULTRASONIC AND PASSIVE INFRARED) LOW

VOLTAGE OCCUPANCY SENSOR, CEILING MOUNTED UNLESS OTHERWISE

INDICATED.

DUAL TECHNOLOGY WALL SWITCH OCCUPANCY SENSOR.

SINGLE POLE 20A SWITCH. SUBSCRIPT (WHERE PRESENT)

DENOTES THE FOLLOWING:

LOW VOLTAGE SWITCH. SUBSCRIPT (WHERE PRESENT)

DENOTES THE FOLLOWING:

T a

'bi' BI-LEVEL SWITCH. PROVIDE TWO TOGGLE SWITCHES SIDE BY

SIDE IN A SHARED JUNCTION BOX. SEE LIGHTING PLANS

INDICATING SWITCH DESIGNATIONS PER FIXTURE ("a" or "b").

ELECTRONIC MULTI-SCENE DIMMING SWITCH CONTROL FOR LIGHTING.

"M" INDICATED MASTER OR PRIMARY CONTROL, "S" INDICATED SLAVE

OR SECONDARY CONTROL.

D M D S

DS DAYLIGHT SENSOR, CEILING- OR PENDANT-MOUNTED. "a" DENOTES

CONTROL ZONE DESIGNATION.

DS DAYLIGHT SENSOR, WALL- OR SKYLIGHT WELL-MOUNTED. "a" DENOTES

CONTROL ZONE DESIGNATION.

a a

WEATHERPROOF (GASKETED) SWITCH.

PILOT LIGHT SWITCH.

SWITCH CONTROLLING MATCHING LETTERED FIXTURES

(TYPICAL, SINGLE LOWER CASE LETTERS).

FOUR-WAY SWITCH.

THREE-WAY SWITCH.

'D' DIMMER SWITCH.

ELECTRONIC MULTI-SCENE DIMMING SWITCH.

MOMENTARY CONTACT SWITCH. LETTER (WHERE PRESENT)

DENOTES SWITCH CONTROLLING MATCHING LETTERED

FIXTURES.

'050' RELAY SWITCH. LOWER CASE LETTER

(WHERE PRESENT) IDENTIFIES SWITCH WITH RELAYS.

'a' RELAY SWITCH. LOWER CASE LETTER

(WHERE PRESENT) IDENTIFIES SWITCH WITH RELAYS.

'K' KEYED SWITCH. COORDINATE KEYING WITH BASE CIVIL ENGINEERING.

EMERGENCY LIGHTING FIXTURES

'K(##)' KEYED SWITCH. COORDINATE KEYING WITH FORT CARSON DPW.

"(##)" INDICATES ZONE CONTROLLED.

'D'

WALL-MOUNTED AND CEILING-MOUNTED EXIT SIGNS.

HATCHING INDICATES ILLUMINATED SIDE(S). ARROW(S) INDICATE(S)

CHEVRON DIRECTION(S) FOR EGRESS. FIXTURE MAY BE SHOWN IN

FULLTONE OR HALFTONE.

ELTS EMERGENCY LIGHTING TRANSFER SWITCH

DUAL TECHNOLOGY WALL SWITCH VACANCY SENSOR.VSS

MULTI-ZONE COMBINATION DAYLIGHT HARVESTING AND MANUAL

DIMMING CONTROL.

'X' HAZARDOUS AREA-RATED SWITCH. UL LISTED FOR CLASS I,

DIVISION 1 HAZARDOUS LOCATIONS.

##E

EPS EMERGENCY POWER SYSTEM FOR EGRESS LIGHTING - BATTERY

INVERTER SET

NT "NIGHT TIME" UNSWITCHED LIGHT

ERP EGRESS RELAY PANEL. SUPPLY CIRCUIT CONNECTS TO

DEDICATED FIRE ALARM BRANCH CIRCUIT PANEL.

COORDINATE WITH EL500 AND FIRE ALARM MATRIX.

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL100

N G

S U

M E N

E N D

A N

D N

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

GENERAL LIGHTING NOTES:

(APPLICABLE TO ALL EL SERIES SHEETS)

1. RACEWAYS SHALL HAVE A SEPARATE EQUIPMENT GROUNDING/BONDING CONDUCTOR. RACEWAY

SHALL NOT BE USE AS THE SOLE GROUNDING/BONDING PATH.

2. COORDINATE THE LOCATIONS AND MOUNTING HEIGHTS OF LIGHTING FIXTURES IN MECHANICAL AND ELECTRICAL ROOMS WITH THE FINAL LOCATIONS OF PIPES, DUCTS AND OTHER EQUIPMENT FOR BEST

ARRANGEMENT. FIXTURES SHALL BE EASILY ACCESSIBLE FOR RELAMPING.

3. CIRCUIT EXIT SIGNS TO NEAREST LIGHTING CIRCUIT (UNLESS OTHERWISE INDICATED) USING UNSWITCHED

PHASE LEG.

4. OCCUPANCY SENSOR AND DAYLIGHT PHOTOSENSOR LAYOUT IS CONCEPTUAL ONLY AND IS SHOWN FOR COVERAGE INTENT ONLY. CONTRACTOR TO DETERMINE ACTUAL QUANTITY AND LOCATIONS WITHIN EACH

ROOM PER MANUFACTURER'S INSTRUCTION.

5. LIGHTING FIXTURES ARE CONTROLLED BY SWITCHING DEVICE WITHIN SAME ROOM OR AREA, UON.

6. ALL EGRESS ZONE LIGHT FIXTURES CONTROLLED BY AN OCCUPANCY SENSOR MUST COMPLY WITH

NFPA 101 PARAGRAPH 7.8.1.2.2.

7. FIXTURES SERVED BY BOTH DIMMING AND EMERGENCY DRIVERS SHALL PROVIDE 100% LIGHT OUTPUT

UPON EMERGENCY ACTIVATION.

8. EMERGENCY BALLASTS, DRIVERS, AND INVERTERS SHALL BE WIRED TO UNSWITCHED CONDUCTORS

(WIRED AHEAD OF ANY LOCAL SWITCHING).

9. DO NOT PENETRATE STRUCTURAL COLUMNS, BEAMS, AND TRUSSES. AFFIX DEVICES AND RACEWAY WITH BEAM C-CLAMPS, BRACKETS, CLIPS, UNISTRUT, AND OTHER NON-PENETRATING AND NON-ADHESIVE

HARDWARE.

10. CONDUIT AND CONDUCTOR SIZES LISTED ARE MINIMUM SIZES. CIRCUITS MAY BE COMBINED INTO COMMON CONDUIT. CONTRACTOR IS RESPONSIBLE FOR RESIZING CONDUITS PER NFPA 70 FILL RATIO AND

DERATING REQUIREMENTS.

11. INTERIOR EMERGENCY FIXTURES SHALL BE SWITCHED BY THE LOCAL SWITCHING DEVICE IN THE ROOM AND SHALL HAVE AUTOMATIC TESTING CAPABILITY. UPON LOSS OF POWER, EMERGENCY FIXTURES SHALL

BYPASS THE LOCAL SWITCHING DEVICE AND COME ON AUTOMATICALLY.

12. EACH LIGHTING BRANCH CIRCUIT HOME RUN SHALL CONSIST OF MINIMUM 2-#12,#12G CONDUCTORS IN MINIMUM 3/4" CONDUIT UNLESS OTHERWISE NOTED. ENTIRE CIRCUIT SHALL BE SAME SIZE AS HOME RUN

SIZE INDICATED.

13. INTERIOR LIGHT FIXTURES IN ROOMS WITH DAYLIGHT PHOTOSENSORS AND/OR DIMMER SWITCHES SHALL HAVE DIMMING DRIVERS AND SHALL WORK IN CONJUNCTION WITH THE OCCUPANCY SENSOR

AND/OR WALL SWITCHES IN THE ROOM.

14. COORDINATE DIMMER TYPE AND WIRING WITH ASSOCIATED LIGHT FIXTURE DIMMING REQUIREMENTS (I.E. 3-WIRE 0-10V, ELECTRONIC LOW VOLTAGE, ETC.) OR WITH THE LIGHTING CONTROL SYSTEM PROPRIETARY REQUIREMENTS (I.E. LUTRON, nLIGHT, DALI, ETC.) AS NECESSARY. 3-WIRE DIMMERS SHALL BE PROVIDED WITH A DEDICATED NEUTRAL FOR EACH CONTROL ZONE. COORDINATE PHASE CONTROL OF LED DRIVERS (I.E. REVERSE PHASE, FORWARD PHASE, ETC.) WITH LIGHT FIXTURE MANUFACTURER'S RECOMMENDATIONS. LOW-VOLTAGE CONTROL WIRING IS NOT SHOWN ON PLANS FOR CLARITY, BUT SHALL

BE PROVIDED AS REQUIRED.

15. LINE VOLTAGE AND LOW VOLTAGE WIRING SHALL BE PROVIDED IN SEPARATE CONDUITS/RACEWAYS.

16. WIRELESS CONTROLS SHALL NOT BE USED.

17. JUNCTION BOXES, DEVICES, BACKBOXES, ASSOCIATED CONDUIT, ETC., LOCATED ON STEEL MEMBERS, PRECAST CONCRETE, CONCRETE, AND CONCRETE BLOCK WALLS SHALL BE SURFACE MOUNTED.

JUNCTION BOXES, DEVICES, BACKBOXES, ASSOCIATED CONDUIT, ETC., SHALL BE RECESS MOUNTED ON

GYPSUM WALLS. COORDINATE WITH ARCHITECTURAL SHEETS.

18. THE FOLLOWING CLEARANCES SHALL BE PROVIDED BETWEEN RADIANT HEATERS AND ELECTRICAL EQUIPMENT AND INFRASTRUCTURE, EXCEPT FOR ELECTRICAL SUPPLY CIRCUITS TO THE RADIANT

HEATERS:

- MAINTAIN MINIMUM 1'-8" HORIZONTAL SEPARATION FROM THE WIDEST POINT OF THE RADIANT HEATER.

- MAINTAIN MINIMUM 4'-0" BELOW THE LOWEST POINT OF THE RADIANT HEATER.

- MAINTAIN MINIMUM 0'-4" ABOVE THE HIGHEST POINT OF THE RADIANT HEATER.

CLEARANCES SHALL FORM A RECTANGULAR PRISM AROUND THE RADIANT HEATER. THE HORIZONTAL SEPARATION SHALL APPLY AS THE END CLEARANCE AS WELL. THESE CLEARANCES ARE BASED ON THE RADIANT HEATER BASIS OF DESIGN MODELS INDICATED IN THE ELECTRICAL-MECHANICAL EQUIPMENT SCHEDULES ON SHEETS EP601AS AND EP601RE FOR 0° MOUNTING ANGLE. SHOULD A DIFFERENT MANUFACTURER OR MODEL BE USED OR INSTALLATION ANGLE EMPLOYED, THE CLEARANCES SHALL BE

COORDINATED WITH THE COR BASED ON MANUFACTURER REQUIREMENTS.

19. WHERE CEILING OCCUPANCY SENSORS ARE SHOWN IN UNFINISHED AREAS, OCCUPANCY SENSORS

SHALL BE MOUNTED AT HEIGHT OF LIGHTS U.O.N.

KEYED LIGHTING NOTES:

(APPLICABLE TO ALL EL SHEETS)

A1. SEE DETAIL 1 ON SHEET EL502.

A2. SEE DETAIL 2 ON SHEET EL502.

A3. SEE DETAIL 3 ON SHEET EL502.

A4. SEE DETAIL 4 ON SHEET EL502.

A5. SEE DETAIL 5 ON SHEET EL502.

A6. SEE DETAIL 6 ON SHEET EL502.

A7. SEE DETAIL 7 ON SHEET EL502.

B1. SEE DETAIL 1 ON SHEET EL503.

B2. SEE DETAIL 2 ON SHEET EL503.

B3. SEE DETAIL 3 ON SHEET EL503.

B4. SEE DETAIL 4 ON SHEET EL503.

B5. SEE DETAIL 5 ON SHEET EL503.

B6. SEE DETAIL 6 ON SHEET EL503.

C1. SEE DETAIL 1 ON SHEET EL504.

D1. SEE DETAIL 1 ON SHEET EL505.

D2. SEE DETAIL 2 ON SHEET EL505.

1. LCP-2 STACKED ON LCP-1.

2. MOUNT AT 9'-0" AFF.

3. MOUNT AT 10'-0" AFG.

4. MOUNT AT 8'-0" AFF.

K D

N D

NOTE: BODINE GTD20A RELAY DEVICE OR EQUAL FOR CONTROL OF POWER TO FIXTURES WITH EXTERNAL EMERGENCY BATTERY SUPPLY IN LIEU OF INTEGRAL EMERGENCY DRIVER/BALLAST/BATTERY. UNDER NORMAL CIRCUMSTANCES, RELAY SHALL BE CONTROLLED BY SWITCH ON WALL AND NORMAL POWER. IN THE EVENT OF A POWER OUTAGE, RELAY SHALL BYPASS TOGGLE SWITCH CONTROL AND SUPPLY POWER FROM THE EMERGENCY

BATTERY INVERTER.

INSTALL PER MANUFACTURER RECOMMENDATION. LOCATE RELAY ABOVE CEILING NEAR SWITCH, UNLESS NOTED

OTHERWISE. PROVIDE IN ENCLOSURE FOR THE ENVIRONMENT IN WHICH RELAY IS INSTALLED.

1 2 3 4 5 6 7 1 2 3 4 5 6 7

GTD20A

ELECTRONICS

COVER

GTD20A TERMINAL

BLOCKS

LOCAL

SWITCHING

MEANS

FIXTURE(S)

HOT

NEUTRAL

HOT

NEUTRAL

CKT BKR

PANEL

T1 T2

EXTERNAL

BATTERY/

INVERTER

CEILING HANGER WIRE SUPPORT

FIXTURE HANGER SUPPORT WIRE,

12 GAUGE MIN.

(TYP OF 4)

TROFFER

TEE-BAR SUPPORT

ELEVATION AS

INDICATED ON PLANS

NOTES:

1. SUSPEND CHAIN FROM BEAM CLAMP OR FROM METAL FRAMING CHANNEL, WHEN BEAM SPACING DOES NOT COINCIDE WITH

FIXTURE SPACING AND PLACEMENT.

2. METAL FRAMING CHANNEL CAN ALSO BE USED AS RACEWAY (WHEN U.L. APPROVED FOR USE)

3. PROVIDE SUPPORT FOR JUNCTION BOXES.

CONDUIT SUPPORT

JUNCTION BOX (SEE NOTE 3)

BRANCH CIRCUIT CONDUIT

FLEXIBLE METAL

CONDUIT CONNECTOR

BEAM CLAMP (SEE NOTE 1)

METAL FRAMING CHANNEL

(SEE NOTE 1 & 2)

STRUCTURAL FLOOR

BEAM CLAMP

METAL FRAMING CHANNEL BOLT, SPRING NUT,

AND EYE BOLT AS REQUIRED (TYP)

NYLON TIE WRAPS EVERY 6'-0" (TYP)

CUT LENGTH OF CHAIN AS REQUIRED (TYP)

FLEXIBLE METAL CONDUIT

CHAIN HANGER LIGHT FIXTURE

HVAC CONNECTION NOTES

1. ALL LIGHTING ZONES SHALL HAVE THE CAPABILITY OF PROVIDING RELAYS (COMMON,

NO, NC) TO LOCAL HVAC EQUIPMENT. RELAY SHALL BE PROVIDED VIA POWER PACK

OR OCCUPANCY SENSOR.

2. WHERE POWER PACKS OR OTHER CONTROLLER DOES NOT HAVE THIS CAPABILITY

FOR A GIVEN ZONE, THE ALTERNATIVE HVAC CONNECTION FROM THE OCCUPANCY

SENSOR SHALL BE USED.

3. WHERE HVAC EQUIPMENT RELAYS ARE PROVIDED FROM THE POWER PACK, THE

POWER PACK SHALL BE CAPABLE OF TRANSMITTING THE OCCUPANCY SIGNAL TO THE

HVAC CONTROLLER REGARDLESS OF LIGHTING MANUAL ON/OFF STATE. IF THE

POWER PACK IS INCAPABLE OF SUCH OPERATION, THE ALTERNATIVE HVAC

CONNECTION FROM THE OCCUPANCY SENSOR SHALL BE USED.

POWER PACK

HOT

WHT

RED (LINE)

RED (LOAD)

LOAD

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

NEUTRAL

BLK

WHT

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

WHITE (NEUTRAL)

(TYP)

COMMON

NO INPUT

NC INPUT

HVAC

EQUIPMENT

CONTROLLER

BLACK

RED

CLASS 2 WIRING DESIGNATIONS

BLUE

BLUE/WHITE

YELLOW

ORANGE

YELLOW/ORANGE

DC RETURN

POWER (24VDC)

OCCUPANCY: AUTO-ON/AUTO-OFF

OCCUPANCY: MANUAL ON/AUTO-OFF

HOLD-ON

HOLD-OFF

LOCAL SWITCH INPUT

BROWN

GREEN

BROWN/WHITE

DRY CONTACT NC (NORMALLY CLOSED)

DRY CONTACT COMMON

DRY CONTACT NO (NORMALLY OPEN)

HVAC WIRING DESIGNATIONS

NO RELAY

NC RELAY

COMMON

CONTROL

COMMON

+24VDC

TO HVAC

EQUIPMENT

CONTROLLER

TO LIGHTING

POWER PACK

OCCUPANCY

SENSOR

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL500

N G

C O

O L

G R

R M

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

N.T.S.EL500

5 EMERGENCY LIGHTING CONTROL RELAY DETAIL

N.T.S.EL500

4 TYPICAL - RECESSED TROFFER

N.T.S.EL500

3 TYPICAL - SUSPENDED FIXTURE

KEYED NOTES - EL500 SHEETS

1 PROVIDE QUANTITY OF SWITCHES AS INDICATED ON PLANS AT A MINIMUM. CIRCUIT IN PARALLEL.

2 PROVIDE SWITCHES IN COMMON ENCLOSURE AT LOCATIONS INDICATED ON PLANS.

3 FIRE ALARM/MASS NOTIFICATION SYSTEM PANEL DRY CONTACT ACTUATES "HOLD ON" DURING FIRE ALARM, AS

INDICATED IN THE FIRE ALARM EGRESS HOLD-ON NOTES ON SHEET EL500

5 PROVIDE SWITCHES IN ADJACENT TO EACH OTHER AT LOCATIONS INDICATED ON PLANS.

6 SEE HVAC CONNECTION DIAGRAM ON EL500. COORDINATE WITH MECHANICAL PLANS FOR APPLICATION. WHERE

CONNECTIONS ARE NOT USED, WIRES SHALL BE CAPPED.

7 SEE LIGHTING CONTROL DIAGRAM REFERENCED ON THE LIGHTING PLANS FOR EACH SPACE IDENTIFYING USE

OF NON-HVAC POWER PACK CONNECTIONS. WHERE CONNECTIONS ARE NOT USED, WIRES SHALL BE CAPPED.

8 SEE THREE WAY AND FOUR WAY SWITCHES SHOWN IN EL101AS

N.T.S.EL500

1 HVAC CONNECTION

FIRE ALARM EGRESS HOLD-ON NOTES:

1. FIRE ALARM EGRESS RELAY PANEL (ERP) SHALL BE COORDINATED WITH THE FIRE ALARM SYSTEM.

RELAYS SHALL INDICATE THE FIRE ALARM SYSTEM IS IN AN ALARM STATE. UPON TERMINATION OF ALARM

STATE, RELAYS SHALL OPEN AND LIGHTING SYSTEM SHALL RETURN TO NORMAL OPERATION.

2. THE ERP SHALL BE FAIL ON (NORMALLY CLOSED) OPERATION.

3. THE ERP SHALL PROVIDE INPUT TO THE POWER PACKS IN THE FOLLOWING LOCATIONS AS INDICATED FOR THE ZONES OR BALLASTS INDICATED IN THE RESPECTIVE CONTROL DIAGRAMS (THE FOLLOWING LIST

INCLUDES COVERAGE SPACES, NOT NECESSARILY THE QUANTITY OF RELAY OUTPUTS):

AMMUNITION STOREHOUSE

100 VESTIBULE

101 LOBBY

102 PROCESSING

103 CORRIDOR

104 CORRIDOR

105 MEN'S RR

106 WOMEN'S RR

109 OPEN OFFICE - WS

110 CORRIDOR

117 BREAK ROOM

121B BRASS STORAGE AND DRY STORAGE BAYS

121D BRASS STORAGE AND DRY STORAGE BAYS

121E BRASS STORAGE AND DRY STORAGE BAYS

123 SCREENING AND WEIGHING BAY #1

125 SCREENING AND WEIGHING BAY #3

REPACKING BUILDING

100 VESTIBULE

101 CORRIDOR

108 BREAK ROOM

109 CORRIDOR

110 MEN'S RR

112 WOMEN'S RR

114 WORK BAY #1

115 WORK BAY #2

116 WORK BAY #3

117 WORK BAY #4

118 STORAGE BAY

N.T.S.EL500

2 ALTERNATIVE HVAC CONNECTION

GENERAL NOTES - EL500 SHEETS

1 MAXIMUM NUMBER OF SENSORS PER POWER PACK MAY VARY BETWEEN MANUFACTURERS.

2 DO NOT CONNECT THE RED (+24VDC) WIRES TOGETHER ACROSS POWER PACKS.

3 UNLESS OTHERWISE NOTED, THE OCCUPANCY SENSOR SHUT OFF TIME DELAY SHALL BE 15 MINUTES.

4 POWER PACKS SHALL CONTAIN A GRACE PERIOD (MIN. 15 SECONDS, MAX. 60 SECONDS) FOR "MANUAL ON" OPERATION

WHEREBY THE LOAD TURNS OFF WHEN THE SENSOR TIME DELAY EXPIRES, THEN THE LOAD TURNS BACK ON IF OCCUPANCY SENSOR INPUT IS TRIGGERED DURING THE GRACE PERIOD. IF THE GRACE PERIOD EXPIRES WITH NO SENSOR INPUT, THE

MOMENTARY CONTACT SWITCH MUST BE USED TO TURN THE LOAD ON.

5 POWER PACKS UNDER AUTO ON/OFF WITH OVERRIDE SWITCH FUNCTION: WHEN THE LOAD IS TURNED OFF USING THE MOMENTARY SWITCH, THE POWER PACK SHALL NOT TURN THE LOAD ON AUTOMATICALLY UNTIL AFTER THE SENSOR TIME DELAY EXPIRES. PRESSING THE MOMENTARY SWITCH BEFORE THE SENSOR TIME DELAY EXPIRES SHALL TURN THE LOAD ON, AND WHEN THE OCCUPANCY SENSOR'S TIME DELAY EXPIRES, THE POWER PACK REVERTS TO AUTO ON OPERATION.

6 INPUTS ON THE "HOLD ON" LINE SHALL OVERRIDE THE AUTOMATIC OFF FUNCTIONS. "HOLD ON" INPUTS SHALL ALSO

OVERRIDE THE MANUAL OFF STATE AT THE TIME OF "HOLD ON" INITIATION.

7 POWER PACKS SHALL BE PROVIDED WITH FAIL-SAFE CIRCUITRY WHEREBY THE CONTACT FAILS IN THE CLOSED POSITION IN

THE EVENT OF POWER FAILURE OR MALFUNCTION.

8 LIGHTING CONTROLS INCLUDING DIMMING BALLASTS/DRIVERS, DIMMING SWITCHES, AND OCCUPANCY SENSORS SHALL BE

FULLY COMPATIBLE.

9 POWER PACKS SHALL BE MOUNTED ABOVE THE CEILING IMMEDIATELY IN FRONT OF THE DOOR WHERE CEILING SPACE IS ACCESSIBLE. POWER PACK BOXES SHALL BE SINGLE OR DOUBLE GANG IN ACCORDANCE WITH THE RECOMMENDATIONS OF THE SENSOR MANUFACTURER. POWER PACKS SHALL BE MOUNTED IN A RECESSED SWITCH BOX WHERE CEILING IS INACCESSIBLE. POWER PACK WALL BOXES SHALL BE LOCATED 6 INCHES FROM INSIDE CORNER OF THE ROOM AND 46 INCHES A.F.F. THE BOX FACEPLATE SHALL BE PERMANENTLY ENGRAVED "OCCUPANCY SENSOR POWER PACK".

10 CONTROL WIRE COUNTS ARE NOT SHOWN ON LIGHTING PLANS. CONSULT LIGHTING CONTROL FUNCTIONAL DIAGRAMS AND

MANUFACTURER REQUIREMENTS FOR GUIDANCE.

11 QUANTITY OF FIXTURES, SENSORS, POWER PACKS, AND OTHER DEVICES NOT REPRESENTED IN THESE DIAGRAMS. PROVIDE QUANTITY OF DEVICES SHOWN (MINIMUM) OR AS REQUIRED. MAXIMUM NUMBER OF SENSORS PER POWER PACK MAY VARY

BETWEEN MANUFACTURERS.

12 BRANCH CIRCUIT(S) TO EMERGENCY BALLAST/DRIVER IN FIXTURES ARE NOT SHOWN TO COMPLETION IN THESE DIAGRAMS.

PROVIDE CONDUCTORS FROM THE BRANCH CIRCUIT TO THE FIXTURES HAVING EMERGENCY BALLASTS/DRIVERS WITHOUT

ROUTING THROUGH THE FIXTURE SWITCHING, TIMER, OR OCCUPANCY CONTROLS.

13 PROVIDE CONDUIT RACEWAY FOR ALL WIRING. PROVIDE LOW VOLTAGE CONTROL RACEWAY SYSTEM SEPARATE FROM 120V

AND/OR 277V RACEWAY SYSTEM.

14 SUBMIT SHOP DRAWINGS WITH LIGHTING CONTROL DIAGRAMS FOR THE ACTUAL MANUFACTURER'S DEVICES PROVIDED AND

REVISE THE LIGHTING CONTROL DIAGRAMS "AS-BUILT".

15 THE LIGHTING CONTROL FUNCTIONAL DIAGRAMS SHOW ONE METHOD OF ACCOMPLISHING THE LIGHTING CONTROL STRATEGIES INTENDED FOR EACH SPACE OR ZONE. ALTERNATE METHODS ARE ACCEPTABLE ONLY IF THERE IS NO LOSS OF FUNCTIONALITY AS DESCRIBED BY THE LIGHTING CONTROL FUNCTIONAL DIAGRAMS AND THE CONTRACT SPECIFICATIONS. A DETAILED DESCRIPTION INDICATING HOW THE PROPOSED ALTERNATE METHODS SATISFY THE CONTRACT DOCUMENTS SHALL BE SUBMITTED TO THE GOVERNMENT FOR EVALUATION AND APPROVAL. INSTALLATION SHALL NOT PROCEED WITHOUT GOVERNMENT APPROVAL. PROCUREMENT PENDING GOVERNMENT APPROVAL SHALL BE AT THE CONTRACTOR'S

RISK.

16 ADDITIONAL POWER PACKS MAY BE REQUIRED FOR LONG MOMENTARY CONTACT SWITCH LOW VOLTAGE CIRCUITS, PARTICULARLY IN THE SERVICE BAY AREAS. VERIFY MAXIMUM LOW VOLTAGE CIRCUIT LENGTH WITH MANUFACTURER.

17 DAYLIGHTING CONTROL SYSTEMS SHALL BE OPEN LOOP.

18 ALL DAYLIGHT HARVESTING SYSTEM COMPONENTS SHALL BE FULLY COMPATIBLE

WITH ALL OTHER INTERCONNECTED COMPONENTS.

19 INITIAL DAYLIGHT SETTINGS SHALL BE AS FOLLOWS:

RAMP UP RATE: 20% PER SECOND

RAMP DOWN RATE: 2% PER SECOND

K D

N D

BLK

WHT

O R

N O

R N

/W H

T G

R N

/W H

N R

RED (LINE)

RED (LOAD)

WHITE (NEUTRAL)

POWER PACK "b"

OCCUPANCY

SENSOR

RED (LOAD)

LOAD

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

BLK

WHT

WHITE (NEUTRAL)

POWER PACK "a"

WHT

HOT

NEUTRAL

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

RED (LINE)

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

TO CONTROLLED LOADS

(WHERE APPLICABLE)

O R

N O

R N

/W H

T G

R N

/W H

N R

RED (LINE)

RED (LOAD)BLK

WHT

WHITE (NEUTRAL)

POWER PACK

ZONE "b"

HOT

WHTNEUTRAL

CIRCUIT

"b"

LOAD

RED (LINE)

RED (LOAD)

WHITE (NEUTRAL)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

CIRCUIT

"a"

LOAD

NEUTRAL

HOT

WHT

OCCUPANCY

SENSOR

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

POWER PACK

ZONE "a"

BLK

WHT

O R

N O

R N

/W H

T G

R N

/W H

N R

RED (LINE)

RED (LOAD)

WHITE (NEUTRAL)

POWER PACK

ZONE "a"

POWER PACK

ZONE "b" LOAD

"b"

BALLASTS

LOAD

"a"

BALLASTS

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

BLK

WHT

WHITE (NEUTRAL)

WHT

HOT

NEUTRAL

RED (LINE)

OCCUPANCY

SENSOR

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL501

N G

C O

O L

G R

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

N.T.S.EL501

MULTIPLE CONTROL DEVICES

EXCEEDING POWER SUPPLY RATINGS

N.T.S.EL501

MULTIPLE CIRCUITS UTILIZING

COMMON CONTROL DEVICES N.T.S.EL501

MULTIPLE LOADS EXCEEDING

SINGLE POWER SUPPLY RATINGS

KEYED LIGHTING NOTES:

SEE KEYED NOTES ON SHEET EL500.

GENERAL LIGHTING NOTES:

SEE GENERAL NOTES ON SHEET EL500.

K D

N D

WHITE (NEUTRAL)

SENSOR SWITCH

RED (LOAD)

DESCRIPTION OF OPERATION:

MANUAL ON VIA SENSOR SWITCH.

MANUAL/AUTO OFF VIA SENSOR SWITCH.

NEUTRAL

LOAD

HOT

WHT

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE) HOT

WHT

WHITE (NEUTRAL)

RED (LOAD)

DESCRIPTION OF OPERATION:

MANUAL ON VIA SWITCH.

MANUAL OFF VIA SWITCH.

NEUTRAL

LOAD

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

3-WAY SWITCHES

WHERE SHOWN

HOT

NEUTRAL WHT

RED

WHITE (NEUTRAL)

LOADTRAVELERS

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

4-WAY SWITCH WHERE SHOWN

3-WAY SWITCHES WHERE SHOWN

TRAVELERS TRAVELERS

WHITE (NEUTRAL)

LOAD

HOT

NEUTRAL WHT

RED

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

WHITE (NEUTRAL)

SENSOR SWITCH

RED (LOAD)

DESCRIPTION OF OPERATION:

AUTO ON VIA SENSOR SWITCH.

MANUAL/AUTO OFF VIA SENSOR SWITCH.

NEUTRAL

LOAD

HOT

WHT

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

RED (LOAD)

DESCRIPTION OF OPERATION:

MANUAL ON VIA TIMER SWITCH.

MANUAL/AUTO OFF VIA TIMER SWITCH.

TIMER SHALL TURN OFF LIGHTS AUTOMATICALLY AFTER

15 MINUTES.

NEUTRAL

LOAD

HOT

WHT

WHITE (NEUTRAL)

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

TIMER SWITCH

OPERATIONAL BASIS OF DESIGN:

1. LOAD "a" / "c" IS AUTO ON/OFF FUNCTION WITH MANUAL OVERRIDE.

2. LOAD "a" / "c" SHALL HAVE FIRE ALARM EGRESS "HOLD-ON" OVERRIDE CONTROL CONNECTED TO POWER PACK(S).

3. LOAD "b" / "d" IS MANUAL ON FUNCTION WITH AUTO/MANUAL OFF.

4. LOADS "a" / "c" AND "b" / "d" HAVE SEPARATE ON/OFF SWITCHES.

24VDC VIA FACP

LOAD

"b" OR "d"

LOAD

"a" OR "c"

WHITE (NEUTRAL)

POWER PACK

ZONE "a" OR "c"

POWER PACK

ZONE "b" OR "d"

RED (LINE)

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

HOT

WHTNEUTRAL

BLK

WHT

WHITE (NEUTRAL)

BLK

WHT

O R

N O

R N

/W H

T G

R N

/W H

N R

RED (LINE)

RED (LOAD)

MANUAL ON SWITCHES

AUTO ON SWITCHES

FIRE ALARM

EGRESS RELAY

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

MOMENTARY

SWITCH MOMENTARY

SWITCH

(TYP)1

MOMENTARY

SWITCH MOMENTARY

SWITCH

(TYP)1

(TYP)2

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL502

N G

C O

O L

G R

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

N.T.S.EL502

WALL SWITCH

VACANCY SENSOR

N.T.S.EL502

2 WALL TOGGLE SWITCH

N.T.S.EL502

3 THREE-WAY TOGGLE SWITCH

N.T.S.EL502

4 FOUR-WAY TOGGLE SWITCH

N.T.S.EL502

WALL SWITCH

OCCUPANCY SENSOR

N.T.S.EL502

6 WALL TIMER SWITCH

N.T.S.EL502

BI-LEVEL SWITCHING WITH FIRE ALARM HOLD ON

HALF MANUAL ON, HALF AUTO ON

KEYED LIGHTING NOTES:

SEE KEYED NOTES ON SHEET EL500.

GENERAL LIGHTING NOTES:

SEE GENERAL NOTES ON SHEET EL500.

K D

N D

WHITE (NEUTRAL)

24VDC VIA FACP

WHTNEUTRAL

HOT

OPERATIONAL BASIS OF DESIGN:

1. AUTOMATIC ON/OFF VIA OCCUPANCY SENSOR.

2. FIRE ALARM EGRESS "HOLD-ON" OVERRIDE CONTROL SHALL BE CONNECTED TO ALL POWER PACKS.

RED (LOAD) LOAD

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

BLK

WHT

POWER PACK

RED (LINE)

FIRE ALARM

EGRESS RELAY

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

BLK

WHT

WHITE (NEUTRAL)

NEUTRAL

HOT

WHT

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

OPERATIONAL BASIS OF DESIGN:

1. LOAD IS MANUAL ON FUNCTION

WITH AUTO/MANUAL OFF.

2. FIRE ALARM EGRESS "HOLD-ON"

OVERRIDE CONTROL SHALL BE

CONNECTED TO ALL POWER PACKS.

24VDC VIA FACP

RED (LOAD) LOAD

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

POWER PACK

RED (LINE)

FIRE ALARM

EGRESS RELAY

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

(TYP)

MOMENTARY

SWITCH

LOAD

0-10V

DIMMING

BALLASTS

PURPLE

GREY

NEUTRAL

HOT

WHT

OPERATIONAL BASIS OF DESIGN:

1. LOAD IS MANUAL ON FUNCTION WITH

AUTO/MANUAL OFF WITH MANUAL DIMMING

CONTROL CO-LOCATED WITH AN ON/OFF

SWITCH.

2. FIRE ALARM EGRESS "HOLD-ON"

OVERRIDE CONTROL SHALL BE CONNECTED

TO ALL POWER PACKS.

24VDC VIA FACP

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

BLK

WHT

WHITE (NEUTRAL)

POWER PACK

RED (LINE)

FIRE ALARM

EGRESS RELAY

(TYP)

MOMENTARY

SWITCH

MOMENTARY

SWITCH

LOW VOLTAGE

DIMMING ONLY

CONTROL

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

BLK

WHT

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

WHITE (NEUTRAL)

NEUTRAL

HOT

WHT

OPERATIONAL BASIS OF DESIGN:

1. LOAD IS MANUAL ON FUNCTION

WITH AUTO/MANUAL OFF.

RED (LOAD) LOAD

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

POWER PACK

RED (LINE)

(TYP)1

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

LOAD

0-10V

DIMMING

BALLASTS

PURPLE

GREY

NEUTRAL

HOT

WHT

OPERATIONAL BASIS OF DESIGN:

1. LOAD IS MANUAL ON FUNCTION WITH

AUTO/MANUAL OFF WITH MANUAL

DIMMING CONTROL CO-LOCATED WITH

AN ON/OFF SWITCH.

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

BLK

WHT

WHITE (NEUTRAL)

POWER PACK

RED (LINE)

(TYP)

MOMENTARY

SWITCH

MOMENTARY

SWITCH

LOW VOLTAGE

DIMMING ONLY

CONTROL

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

WHITE (NEUTRAL)

WHT

AUTO-ON

LOAD

WHT

BLK

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

BLK

WHT

POWER PACK

RED (LINE)

SHOWER

AREA

LOAD

24VDC VIA FACP

FIRE ALARM

EGRESS RELAY

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

HOT

NEUTRAL

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

OPERATIONAL BASIS OF DESIGN:

1. "AUTO-ON LOAD" IS AUTO ON/OFF FUNCTION.

2. "AUTO-ON LOAD" SHALL HAVE FIRE ALARM EGRESS "HOLD-ON" OVERRIDE CONTROL CONNECTED TO POWER PACK(S).

3. "SHOWER AREA LOAD" IS MANUAL ON/OFF FUNCTION NOT CONNECTED TO A POWER PACK.

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL503

N G

C O

O L

G R

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

N.T.S.EL503

1 AUTO ON-AUTO OFF WITH FIRE ALARM HOLD ON

N.T.S.EL503

2 MANUAL ON, AUTO OFF WITH FIRE ALARM HOLD-ON

N.T.S.EL503

MANUAL ON, AUTO OFF WITH

MANUAL 0-10V DIMMING AND FIRE ALARM HOLD-ON

N.T.S.EL503

6 MANUAL ON, AUTO OFF

KEYED LIGHTING NOTES:

SEE KEYED NOTES ON SHEET EL500.

GENERAL LIGHTING NOTES:

SEE GENERAL NOTES ON SHEET EL500.

N.T.S.EL503

5 MANUAL ON, AUTO OFF WITH MANUAL 0-10V DIMMING

N.T.S.EL503

3 PPE/RESTROOMS LIGHTING CONTROL DIAGRAM

K D

N D

24VDC VIA

EGRESS RELAY

PANEL

POWER PACK

ZONE "a"

RED (LINE)

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

HOT

WHTNEUTRAL

BLK

WHT

FIRE ALARM

EGRESS RELAY

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

PHOTOCELL HEAD

(LS-290C)

A7 A8 A9 A1

B1 B2 B3 B4 B5 B6 B7 B8 B9 B1

LOAD

"c" 0-10V

DIMMING

BALLASTS

LOAD

"a" 0-10V

DIMMING

BALLASTS

LOAD

"b" 0-10V

DIMMING

BALLASTS

LCD-203

DAYLIGHT

DIMMING

CONTROLLER

L3 L2 L1 BT-203

POWER PACK WHT

BLK

RED (LINE)

RED

BLU

S1 S2 S3 S4 S5

COM

P1 P2 P3 P4

LOC

LS-5C SWITCH

SECONDARY MOMENTARY SWITCH

(APPLICABLE TO FLIGHT PLANNING ONLY; LOCATED AT SECURE PLANNING DOOR)

C O

M (G

S1 (B

K) S2

(W H

S3 (B

S4 (O

G E)

P1 (B

R O

W N

D O

O R

S W

RJ12 CABLE

I/O

G R

(L O

COMBINATION DAYLIGHT AND MANUAL DIMMING SYSTEM FUNCTIONALITY NOTES:

1. THE OVERALL SYSTEM FOR EACH SPACE SHALL ACCEPT A HOLD-ON FIRE ALARM

EGRESS RELAY.

2. BASIS OF DESIGN FOR DIAGRAM SHOWN IS WATTSTOPPER BT-203/LCD-203 SYSTEM

WITH LS-290C PHOTOCELL, AND LS-5C MANUAL SWITCH, WITH AN ADDITIONAL

MOMENTARY CONTACT SWITCH AND OCCUPANCY SENSORS. A POWER PACK FOR FIRE

ALARM EGRESS RELAY AND ADDITIONAL OCCUPANCY SENSORS IS SHOWN. THE

LCD-203 CAN HANDLE UP TO TWO OCCUPANCY SENORS.

3. THE LCD-203 SYSTEM SHALL BE SET TO THE "MANUAL ON" MODE.

4. DAYLIGHT HARVESTING SETTINGS SHALL MAINTAIN 40 FC AVERAGE THROUGHOUT

SPACE.

5. LCD-203 WIRE COLORS ARE BASED ON WATTSTOPPER INSTRUCTION MANUAL.

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL504

N G

C O

O L

G R

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

N.T.S.EL504

1 COMBINATION DAYLIGHT HARVESTING AND MANUAL DIMMING SYSTEM WITH FIRE ALARM HOLD ON

KEYED LIGHTING NOTES:

SEE KEYED NOTES ON SHEET EL500.

GENERAL LIGHTING NOTES:

SEE GENERAL NOTES ON SHEET EL500.

K D

N D

NEUTRAL

BLK

WHT

WHITE (NEUTRAL)

BLK

WHT

O R

N O

R N

/W H

T G

R N

/W H

N R

RED (LINE)

RED (LOAD)

OPERATIONAL BASIS OF DESIGN:

1. LOAD "a" IS AUTO ON/OFF FUNCTION WITH MANUAL OVERRIDE.

2. LOAD "a" SHALL HAVE FIRE ALARM EGRESS "HOLD-ON" OVERRIDE CONTROL CONNECTED TO POWER PACK(S).

3. LOAD "b" IS MANUAL ON FUNCTION WITH AUTO/MANUAL OFF.

4. LOADS "a" AND "b" HAVE SEPARATE ON/OFF SWITCHES.

LOAD

"b"

LOAD

"a"

WHITE (NEUTRAL)

(TYP)

AUTO ON SWITCHES

MANUAL ON SWITCHES

POWER PACK

ZONE "a"

POWER PACK

ZONE "b"

(TYP)

24VDC VIA FACP

RED (LINE)

RED (LOAD)

O R

N O

R N

LWBL

U /W

H T

G R

N /W

H T

EDBL

HOT

WHT

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

OCCUPANCY

SENSOR

MOMENTARY

SWITCH MOMENTARY

SWITCH

6 MOMENTARY

SWITCH MOMENTARY

SWITCH

FIRE ALARM

EGRESS RELAY

TO EMERGENCY AND OTHER LOADS

(WHERE APPLICABLE)

(TYP)1

$ mc a, b $D, mc a, b

LOW VOLTAGE

DIMMING ONLY

CONTROL

PURPLE

GREY

H-O-A

ASTRONOMIC

TIME CLOCK

(TC), NEMA 1

ENCLOSURE

HAND-OFF-AUTO

SELECTOR SWITCH

ON ENCLOSURE

HOT

CIRCUIT

AS: PPL-13

RE: PPL-11

WHTNEUTRAL

SPARE

NORTH-FACING

EXTERIOR

PHOTOCELL

C1 OPERATION:

PHOTOCELL ON AT DUSK.

PHOTOCELL OFF AT DAWN.

MANUAL OVERRIDE.

C2 OPERATION:

BUILDING-MOUNTED

EGRESS LIGHTS

2#8,#8G,1"C

PHOTOCELL ON AT DUSK.

TIMECLOCK OFF AT 2000.

TIMECLOCK ON AT 0530.

PHOTOCELL OFF AT DAWN.

MANUAL OVERRIDE.

AS: PARKING LIGHTS

RE: PERIMETER LIGHTS

2#6,#6G,1"C

LCP-1

LIGHTING CONTACTOR WITH 120V COIL

AND 30A CONTACTS.

MOUNT IN NEMA 1 ENCLOSURE.

2#10,#10G

BUILDING-MOUNTED

NON-EGRESS LIGHTS

LCP-2

LIGHTING CONTACTOR WITH 120V COIL

AND 30A CONTACTS.

MOUNT IN NEMA 1 ENCLOSURE.

AS: PPL-15

RE: PPL-13

NOTE:

CONDUIT SIZE NOT LISTED FOR SITE

LIGHTING. THOSE CIRCUITS SHALL UTILIZE

CONDUIT SIZES INDICATED ON SITE PLANS.

WIRE SIZES ON THE SUPPLY SIDE ARE

EQUIVALENT TO WIRE SIZES ON THE LOAD

SIDE, UNLESS OTHERWISE NOTED.

TO EMERGENCY BATTERIES (HOT AND NEUTRAL)

AS: PPL-13

RE: PPL-11

AS: PPL-16

RE: PPL-12

SPARE

SHEET ID

U S

Y C

O R

D R

A W N

B Y:

B M

D B

C H

E C

D B

S I

E D

E :

C O

N O

L I

N N

N U

1 2 3 4 5

US Army Corps of Engineers ® Omaha District

EL505

N G

C O

O L

G R

T C

N , C

M U

I O N

S U

P P

P O

(F Y1

8) O

M A H

A D

T R

E O

M A H

A, N

E 6 8

D . M

F-

-R

-0

-7 0-

N.T.S.EL505

BI-LEVEL SWITCHING WITH FIRE ALARM HOLD ON,

HALF MANUAL ON, HALF AUTO ON WITH 0-10V DIMMING KEYED LIGHTING NOTES:

SEE KEYED NOTES ON SHEET EL500.

GENERAL LIGHTING NOTES:

SEE GENERAL NOTES ON SHEET EL500.

N.T.S.EL505

1 SITE LIGHTING CONTROL DIAGRAM

K D

N D

REVISED: AUGUST 2004 LIGHTING PLATE:

HIGH EFFICIENCY RECESSED 2' X 2' LED FIXTURE

3.5"

NOMINAL

NL-81

LUMINAIRE REQUIREMENTS:

1. HOUSING - DIE-FORMED, COLD-ROLLED STEEL, WITH REINFORCEMENT RIBS FOR RIGIDITY.

ENDCAPS SECURED WITH TABS, SCREWS OR RIVETS. FIXTURE SHALL NOT PERMANENTLY

DEFORM OUT OF "SQUARE" WHEN PICKED UP FROM ANY CORNER.

2. FINISH - MULTI-STAGE PHOSPHATE BONDING TREATMENT FINISHED WITH HIGH

REFLECTANCE (MINIMUM 85%), BAKED WHITE ENAMEL FINISH.

3. REFLECTORS - TWO-PIECE CURVED ALUMINUM WITH MATTE WHITE FINISH.

4. SHIELDING - HIGH-TRANSMISSION ACRYLIC.

5. LAMPS - SEE LIGHTING FIXTURE SCHEDULE.

6. DRIVER - CLASS P, THERMALLY-PROTECTED, HIGH POWER FACTOR (≥0.95), ELECTRONIC

TYPE WITH SOUND RATING A. SEE SPECIFICATION OR LIGHTING FIXTURE SCHEDULE FOR

DRIVER OPTIONS AND SPECIFICS. DRIVER SHALL BE DIMMABLE TO 10% WHERE CONNECTION

TO DIMMING SWITCHES IS INDICATED ON THE DRAWINGS.

7. CERTIFICATION - UL LISTED AND LABELED.

8. PHOTOMETRICS - MINIMUM VALUE OF COEFFICIENT OF UTILIZATION (CU) AND EFFICIENCY, GIVEN INTERIOR CAVITY REFLECTANCES OF 80-50-20:

RCR

TYPE C2

REVISED: AUGUST 2004 LIGHTING PLATE:

HIGH EFFICIENCY RECESSED 2' X 4' LED FIXTURE

NOMINAL

3.5"

NL-80

LUMINAIRE REQUIREMENTS:

1. HOUSING - DIE-FORMED, COLD-ROLLED STEEL, WITH REINFORCEMENT RIBS FOR RIGIDITY.

ENDCAPS SECURED WITH TABS, SCREWS OR RIVETS. FIXTURE SHALL NOT PERMANENTLY DEFORM

OUT OF "SQUARE" WHEN PICKED UP FROM ANY CORNER.

2. FINISH - MULTI-STAGE PHOSPHATE BONDING TREATMENT FINISHED WITH HIGH REFLECTANCE

(MINIMUM 85%), BAKED WHITE ENAMEL FINISH.

3. REFLECTORS - TWO-PIECE CURVED ALUMINUM WITH MATTE WHITE FINISH.

4. SHIELDING - HIGH-TRANSMISSION ACRYLIC.

5. LAMPS - SEE LIGHTING FIXTURE SCHEDULE.

6. DRIVER - CLASS P, THERMALLY-PROTECTED, HIGH POWER FACTOR (≥0.95), ELECTRONIC TYPE WITH SOUND RATING A. SEE SPECIFICATION OR LIGHTING FIXTURE SCHEDULE FOR DRIVER OPTIONS AND SPECIFICS. DRIVER SHALL BE DIMMABLE TO 10% WHERE CONNECTION TO DIMMING SWITCHES

IS INDICATED ON THE DRAWINGS.

7. CERTIFICATION - UL LISTED AND LABELED.

8. PHOTOMETRICS - MINIMUM VALUE OF COEFFICIENT OF UTILIZATION (CU) AND EFFICIENCY, GIVEN

INTERIOR CAVITY REFLECTANCES OF 80-50-20:

EFFICIENCY - 80% MINIMUM

RCR

TYPE C17

LUMINAIRE REQUIREMENTS:

1. HOUSING - ONE-PIECE, IMPACT-RESISTANT, FIBERGLASS REINFORCED

POLYESTER WITH ENCLOSED COLD-ROLLED STEEL WIREWAY.

CONTINUOUS GASKETING BETWEEN DIFFUSER AND HOUSING.

2. FINISH - STEEL REFLECTOR WITH MULTI-STAGE PHOSPHATE BONDING

TREATMENT FINISHED WITH HIGH REFLECTANCE (MINIMUM 85%), BAKED

WHITE ENAMEL FINISH.

3. LENS - 100% CLEAR ACRYLIC/DR OPTICAL DIFFUSER. STIPPLED INTERIOR

SURFACES AND SMOOTH EXTERIOR. CLOSED CELL NEOPRENE GASKET

WITH CAPTIVE NONMETALLIC, SIX CORROSION-RESISTANT, SNAP-ACTION,

CAM-LOADED LATCHES TO SECURE LENS TO HOUSING.

4. LAMPS - 4' LED, TYPICALLY WITH WATTAGES AS INDICATED. SEE

LIGHTING FIXTURE SCHEDULE.

5. DRIVER - CLASS P, THERMALLY-PROTECTED, HIGH POWER FACTOR

(≥.95), ELECTRONIC TYPE WITH SOUND RATING A. SEE SPECIFICATION OR

LIGHTING FIXTURE SCHEDULE FOR DRIVER OPTIONS AND SPECIFICS.

6. CERTIFICATION - UL LISTED AND LABELED. SUITABLE FOR DAMP OR WET

LOCATION AS DESIGNATED IN LIGHTING FIXTURE SCHEDULE.

7. PHOTOMETRICS - MINIMUM VALUE OF COEFFICIENT OF UTILIZATION (CU)

AND EFFICIENCY, GIVEN INTERIOR CAVITY REFLECTANCES OF 80-50-20:

REVISED: AUGUST 2004 NL-19LIGHTING PLATE:

EFFICIENCY - 76%

2 LAMP (F32/T8)

FIBERGLASS HOUSING DRY/DAMP LOCATION LED FIXTURE

5" NOMINAL

7" NOMINAL

NOMINAL

RCR

TYPE F14

4-1/2" NOMINAL

SEE SCHEDULE

REVISED: AUGUST 2004 LIGHTING PLATE:

WALL-MOUNTED TASK LED FIXTURE

TYPE G22, G41

LUMINAIRE REQUIREMENTS:

1. HOUSING - DIE-FORMED, COLD-ROLLED STEEL OR EXTRUDED ALUMINUM, WITH

REINFORCEMENT RIBS FOR RIGIDITY. ENDCAPS SECURED WITH TABS, SCREWS, OR…

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