16-26-S NVARNG Add Shore Power Infra for ALSMWO at LVRC-100 CD - ds.pdf

Sheet Number

P R

O

JE

C T N

A M

E

S H

E E

T T

IT

L E

S e a l

Revisions

05/27/2026

ATL

920.25.002.00

100% CD

N V

A R

N G

A

D D

S H

O R

E P

O W

E R

I N

F R

A F

O R

A L S

M W

O A

T L

V R

C L A

S V

E G

A S

N

V

AS

ATL

AS

E L E

C T R

IC

A

L C

O V

E R

P A

G E

G0.0

NVARNG - ADD SHORE POWER INFRA FOR ALSMWO AT

LVRC

LAS VEGAS READINESS CENTER FOR THE NEVADA

NATIONAL GUARD

LAS VEGAS, NEVADA

PROJECT NUMBER: 16-26-S

STATE OF NEVADA

PUBLIC WORKS DIVISION

CONSULTANT:

REVIEW PACKAGE:

100% CD SET

DATE:

MAY 27, 2026

ELECTRICAL:

· 2024 INTERNATIONAL BUILDING CODE (IBC)

· 2023 NATIONAL ELECTRIC CODE (NEC)

APPLICABLE CODES

07/08/2026

06.30.2027

R

O

JE

C T N

A M

E

S H

E E

T T

IT

L E

S e a l

Revisions

05/27/2026

ATL

920.25.002.00

100% CD

N V

A R

N G

A

D D

S H

O R

E P

O W

E R

I N

F R

A F

O R

A L S

M W

O A

T L

V R

C L A

S V

E G

A S

N

V

AS

ATL

AS

E L E

C T R

IC

A

L C

O V

E R

S H

E E

T

E0.0

DRAWING INDEX

DATE DELTA REVISION DESCRIPTION

05/27/2026 100% CD

04/07/2026 100% DD

SHEET NUMBER SHEET DESCRIPTION

● ● G0.0 ELECTRICAL COVER PAGE

● ● E0.0 ELECTRICAL COVER SHEET

● ● E0.5 ELECTRICAL SITE PLAN

● ● E1.1 ELECTRICAL ENLARGED POWER PLAN

● ● E5.0 ELECTRICAL SINGLE LINE DIAGRAM

● ● E8.0 ELECTRICAL DIAGRAMS

NOTICE TO CONTRACTOR(S)

AS OUTLINED IN THE SUBJECT CONSTRUCTION DOCUMENTS, IT IS THE ABSOLUTE RESPONSIBILITY OF

EACH GENERAL CONTRACTOR / SUB-CONTRACTOR TO METICULOUSLY EXAMINE THE DOCUMENTS

TO IDENTIFY AND COMPREHEND ALL SCOPE-RELATED ITEMS PERTAINING TO YOUR SPECIFIC TRADE.

WILLFULLY OR SELECTIVELY NEGLECTING THIS ESSENTIAL REVIEW PROCESS MAY LEAD TO SIGNIFICANT CONSEQUENCES. IN THE EVENT THAT SCOPE ITEMS RELEVANT TO YOUR TRADE ARE OVERLOOKED, MISUNDERSTOOD, OR MISINTERPRETED DUE TO AN INSUFFICIENT REVIEW, IT IS CRUCIAL TO

UNDERSTAND THAT PROCEEDING WITHOUT ADDRESSING THESE ISSUES WILL INHERENTLY POSE RISKS TO THE PROJECT'S TIMELINE, BUDGET, AND OVERALL SUCCESS. FAILURE TO CONDUCT A THOROUGH

REVIEW OF THE CONSTRUCTION DOCUMENTS, AS IT PERTAINS TO YOUR DESIGNATED SCOPE OF

WORK, WILL LEAVE YOUR ORGANIZATION AND THE PROJECT AS A WHOLE IN A VULNERABLE

POSITION, TERMED "AT RISK." THIS DESIGNATION SIGNIFIES THAT ANY POTENTIAL COST OVERRUNS, DELAYS, OR COMPLICATIONS RESULTING FROM UNADDRESSED SCOPE-RELATED DISCREPANCIES

WILL BE THE SOLE RESPONSIBILITY OF THE PARTY FAILING TO PERFORM THE NECESSARY REVIEW.

LEGEND

X

X.X

X X.X

X

X

ST

GFI

DM

K

V

A

M

G

S

TV

TC

OS

PC

SHUNT TRIP

GROUND FAULT INTERRUPTER

DIGITAL METER

PULLBOX

PTZ

PAN-TILT-ZOOM CAMERA WITH 3/4"C, UNO

WALL MOUNTED PAY TELEPHONE OUTLET @+48" AFF, UNOP

LOWER CASE LETTER DENOTES CONTROL DESIGNATION

SWITCH WITH PILOT LIGHT

KEY OPERATED SWITCH

(SWITCHES FLUSH MOUNTED @+48" AFF, UNO)

'NL' DENOTES UNSWITCHED NIGHT LIGHT

MECHANICAL EQUIPMENT CALLOUT

DIAGRAM CALLOUT

REVISION SYMBOL

KEY NOTE

ANNOTATIONS

DRAWOUT TYPE CIRCUIT BREAKER

SINGLE LINE DIAGRAM SYMBOLS

TIMECLOCK

JUNCTION BOX

RELAY

ENCLOSED CIRCUIT BREAKER

FUSED DISCONNECT SWITCH (3-POLE, UNO)

NON-FUSED DISCONNECT SWITCH (3-POLE, UNO)

(FLUSH MOUNTED @+18" AFF, UNO)

POWER DISTRIBUTION SYSTEM SYMBOLS

GROUND CONNECTION

CONDUIT WITH SEAL-OFF

CONDUIT STUBBED AND CAPPED

CONDUIT TURNING DOWN

CONDUIT TURNING UP

CONDUIT HOMERUN

RACEWAY SYMBOLS

POWER POLE

SPEAKER - CEILING MOUNTED, UNO

W WALL MOUNTED TELEPHONE OUTLET @+48" AFF, UNO

FLOOR MOUNTED TELEPHONE/DATA OUTLET

COMMUNICATION SYMBOLSMULTI-OUTLET ASSEMBLY

DUPLEX RECEPTACLE - SWITCHED

GFCI DUPLEX RECEPTACLE

SINGLE RECEPTACLE

DOUBLE DUPLEX RECEPTACLE

DUPLEX RECEPTACLE - FLOOR MOUNTED

LIGHTING CONTROL STATION

MANUAL MOTOR STARTER WITH THERMAL OVERLOADS

DIMMER SWITCH

4-WAY SWITCH

3-WAY SWITCH

CONTROL DEVICE SYMBOLS

NUMBER OF HEADS AS SHOWN

WALL MOUNTED LUMINAIRE

EMERGENCY LUMINAIRE FIXTURE (SIZE AS INDICATED)

NUMBER DENOTES CIRCUIT NUMBER

LOWER CASE LETTER DENOTES CONTROL DESIGNATION

UPPER CASE LETTER DENOTES FIXTURE TYPE

RECEPTACLE SYMBOLS

LUMINAIRE SYMBOLS

LED SURFACE STRIP LUMINAIRE (LENGTH AS INDICATED)

TRACK LIGHTING LUMINAIRE WITH LENGTH AND

FLOOD TYPE LUMINAIRE

1/2" CONCEALED CONDUIT WITH (3) #12 WIRES, UNO

MOTOR

TRANSFORMER

ENCLOSED MOTOR CONTROLLER/STARTER

PANELBOARD - FLUSH/RECESSED MOUNTED

PANELBOARD - SURFACE MOUNTED

SINGLE POLE SWITCH

DUPLEX RECEPTACLE

AND FUSED DISCONNECT SWITCH

COMBINATION ENCLOSED MOTOR CONTROLLER/STARTER

COMBINATION TELEPHONE/DATA OUTLET WITH 3/4"C, UNO

FLUSH WALL MOUNTED @+18" AFF

DATA OUTLET WITH 3/4"C, UNO - FLUSH WALL

TELEPHONE OUTLET WITH 3/4"C, UNO

(VERIFY MOUNTING)

EXIT SIGN - SHADED AREAS INDICATE ILLUMINATED

FACES - PROVIDE DIRECTIONAL ARROWS AS INDICATED

CEILING OR GRADE MOUNTED LUMINAIRE (AS SCHEDULED)

LED LUMINAIRE (SIZE AS INDICATED)

MOUNTED @+18" AFF

FLUSH WALL MOUNTED @+18" AFF

TELEPHONE TERMINAL CABINET

TELEPHONE TERMINAL BOARD - 4' X 8' X 3/4"

ISOLATED GROUND DUPLEX RECEPTACLE (ORANGE, UNO)

SPECIAL PURPOSE RECEPTACLE (NEMA TYPE AS NOTED)

CONDUIT UNDERGROUND OR BELOW GRADE

CONTACTOR

SWITCHBOARD OR DISTRIBUTION BOARD

PHOTOCELL

OCCUPANCY SENSOR

TELEVISION OUTLET - MOUNTED @+18" AFF, UNO

FIXED CAMERA WITH 3/4"C, UNO

AUTOMATIC TRANSFER SWITCH

AMMETER

VOLTMETER

ENGINE GENERATOR

METERING - PER LOCAL UTILITY REQUIREMENTS

CIRCUIT BREAKER

FEEDER SCHEDULE CALLOUT

KIRK KEY

FIRE RATED PLYWOOD, UNO

FUSIBLE SWITCH

COMMON RECEPTACLE SUBSCRIPT DESIGNATIONS:

SWITCH WITH OCCUPANCY SENSOR

ALL DATA/TELEPHONE DROPS TO BE ROUTED BACK TO NEAREST

IT ROOM OR AS REQUIRED BY OWNER, UNO.

HANGING POWER CORD

KEYPAD - MOUNTED @+48" AFF, UNOKP

LED TAPELIGHT LUMINAIRE (LENGTH AS INDICATED)

DS DAYLIGHT SENSOR

DIMMER SWITCH W/OCCUPANCY SENSOR

FIRE SMOKE DAMPER

VENDOR FURNISHED VFD

J PP

DUPLEX RECEPTACLE - MILLWORK MOUNTED POP-UP

GFCI DOUBLE DUPLEX RECEPTACLEGFCI

COMMON FLOOR BOX FOR POWER/DATA

SWITCH WITH VACANCY SENSOR

SDS SWITCH WITH DAYLIGHT SENSOR

SOS

SVS

SP

S M

SK

SDOS

SD

S 4

S 3

S

KEY FOB/CARD READER - MOUNTED @+48" AFF, UNOCR

C - MOUNTED ABOVE COUNTER

CLG - CEILING MOUNT

USB - DUPLEX WITH DUAL CHARGING USB PORTS

TV - DUPLEX TO BE MOUNTED AS PART OF TV BACKING

WP - WEATHERPROOF IN-USE

+60" - MOUNTED AT 60" AFF

POWER PEDESTAL

CAR CHARGER STATION

T

VFD

F

C

CB

R

J

PB

FSD

PP

CCS

ABBREVIATIONS

ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION

A, AMP AMPERE J-BOX JUNCTION BOX

ACT ACOUSTICAL TILE KCMIL THOUSAND CIRCULAR MILS

AFF ABOVE FINISHED FLOOR KV KILOVOLT

AFG ABOVE FINISHED GRADE KVA KILOVOLT AMPERE

AHJ AUTHORITY HAVING JURISDICTION KVAR KILOVOLT AMPERE REACTIVE

AHU AIR HANDLING UNIT KW KILOWATT

AIC AMPERE INTERRUPTING CAPACITY KWH KILOWATT HOUR

AL ALUMINUM MCB MAIN CIRCUIT BREAKER

ANSI AMERICAN NATIONAL STANDARDS INSTITUTE MEZZ MEZZANINE

APPROX APPROXIMATE MFG MANUFACTURER

ARCH ACHITECTURAL MLO MAIN LUGS ONLY

ATS AUTOMATIC TRANSFER SWITCH NEC NATIONAL ELECTRIC CODE

AWG AMERICAN WIRE GAUGE NECA NATIONAL ELECTRICAL CONTRACTOR'S ASSOCIATION

BD BOARD NEMA NATIONAL ELECTRICAL MANUFACTURER'S ASSOCIATION

BLDG BUILDING NFC NATIONAL FIRE CODE

C CONDUIT NC NORMALLY CLOSED

CB CIRCUIT BREAKER NFPA NATIONAL FIRE PROTECTION ASSOCIATION

CCTV CLOSED CIRCUIT TELEVISION NIC NOT IN CONTRACT

CKT CIRCUIT NO NORMALLY OPEN

CLG CEILING NRTL NATIONAL RECOGNIZED TESTING LABORATORY

CO CONDUIT ONLY NVE NV ENERGY POWER COMPANY

CRI COLOR RENDERING INDEX NTS NOT TO SCALE

CT CURRENT TRASFORMER OFCI OWNER FURNISHED CONTRACTOR INSTALLED

CU COPPER OFOI OWNER FURNISHED OWNER INSTALLED

CW COLD WATER OSHA OCCUPATIONAL SAFETY & HEALTH ADMINISTRATION

(D) DEMO PF POWER FACTOR

DEG DEGREE Ø, PH PHASE

DEMO DEMOLITION/DEMOLISH PNL PANEL

DISC DISCONNECT PVC POLY VINYL CHLORIDE

DWG DRAWING QTY QUANTITY

(E) EXISTING (R) RELOCATE

EC ELECTRICAL CONTRACTOR RGS RIGID GALVANIZED STEEL CONDUIT

EGC EQUIPMENT GROUNDING CONDUCTOR SPEC(S) SPECIFICATION(S)

EIFS EXTERIOR INSTALLATION AND FINISH SYSTEM SPD SURGE PROTECTION DEVICE

ELEV ELEVATOR SW SWITCH

EM, EMER EMERGENCY TEL TELEPHONE

EMT ELECTRICAL METALLIC TUBING T-STAT THERMOSTAT

EQUIP EQUIPMENT TTB TELEPHONE TERMINAL BOARD

EWC ELECTRIC WATER COOLER TYP TYPICAL

FBO FURNISHED BY OTHERS UL UNDERWRITER'S LABORATORY

GC GENERAL CONTRACTOR UNO UNLESS NOTED OTHERWISE

GFCI GROUND FAULT CIRCUIT INTERRUPTER V VOLT OR VOLTAGE

GND GROUND VA VOLT AMPERE

GYP BOARD GYPSUM BOARD VCT VINYL COMPOSITION TILE

HP HORSEPOWER VFD VARIABLE FREQUENCY DRIVE

IECC INTERNATIONAL EMERGENCY CONSERVATION CODE W WATT

IEEE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS WP WEATHERPROOF

IES ILLUMINATING ENGINEERING SOCIETY XFMR TRANSFORMER

IMC INTERMEDIATE METALLIC CONDUIT Z IMPEDANCE

ISC SHORT CIRCUIT AMPERES, KA %Z PERCENT IMPEDANCE

IG ISOLATED GROUND

IP INGRESS PROTECTION

SPDSPD

STATE PUBLIC WORKS SECTION 8 ELECTRICAL STANDARDS

8.1 GENERAL

8.1.1 ELECTRICAL AND LIGHTING SYSTEMS SHALL BE DESIGNED TO COMPLY WITH THE REQUIREMENTS OF THE ADOPTED CODES AND REGULATIONS LISTED IN SECTION 2, AND WITH THE MOST CURRENT EDITION OF THE FOLLOWING REFERENCE STANDARDS, AS

APPLICABLE TO EACH SPECIFIC PROJECT:

A. NFPA 70E (STANDARD FOR ELECTRICAL SAFETY IN THE WORKPLACE)

B. NFPA 70B (RECOMMENDED PRACTICE FOR ELECTRICAL EQUIPMENT MAINTENANCE)

C. LIGHTING HANDBOOK PUBLISHED BY THE ILLUMINATING ENGINEERING SOCIETY (IES)

D. IEEE RECOMMENDED PRACTICE COLOR BOOK SERIES PUBLISHED BY THE INSTITUTE OF ELECTRICAL AND ELECTRONICS

ENGINEERS (IEEE)

E. EIA/TIA-568, COMMERCIAL BUILDING TELECOMMUNICATIONS WIRING STANDARD, PUBLISHED BY THE

ELECTRONICS INDUSTRY ASSOCIATION (EIA) AND THE TELECOMMUNICATIONS INDUSTRY ASSOCIATION (TIA) F. EIA/TIA-569, COMMERCIAL BUILDING STANDARD FOR TELECOMMUNICATIONS PATHWAYS AND SPACES G. EIA/TIA-606, ADMINISTRATION FOR TELECOMMUNICATIONS INFRASTRUCTURE FOR COMMERCIAL BUILDINGS H. EIA/TIA-607, COMMERCIAL BUILDING GROUNDING AND BONDING REQUIREMENTS FOR TELECOMMUNICATIONS

8.1.2 ELECTRICAL EQUIPMENT AND EQUIPMENT ROOMS SHALL BE DESIGNED TO ENSURE ADEQUATE PROVISIONS FOR SERVICE, MAINTENANCE, AND REMOVAL/REPLACEMENT OF ELECTRICAL EQUIPMENT, PANELS, SWITCHBOARDS, TRANSFORMERS, AND

GENERATORS.

8.1.3 ELECTRICAL EQUIPMENT, DISTRIBUTION SYSTEMS, AND LIGHT FIXTURES SHALL BE SECURELY ANCHORED TO RESIST EARTHQUAKE LOADS. SEISMIC BRACING SPECIFICATIONS SHALL REQUIRE COMPLIANCE WITH ALL APPLICABLE PORTIONS OF THE INTERNATIONAL

BUILDING CODE.

8.2 ENERGY CONSERVATION

8.2.1 ELECTRICAL AND LIGHTING SYSTEMS SHALL BE DESIGNED AND DOCUMENTED TO COMPLY WITH THE REQUIREMENTS OF THE

INTERNATIONAL ENERGY CONSERVATION CODE AND/OR ASHRAE/IESNA STANDARD 90.1.

8.2.2 BUILDINGS WITH A GROSS FLOOR AREA GREATER THAN 20,000 SQUARE FEET SHALL COMPLY WITH THE MINIMUM GREEN

BUILDING DESIGN STANDARDS AS DEFINED BY THE STATE FOR EACH PROJECT.

8.3 ELECTRICAL SYSTEMS AND EQUIPMENT

8.3.1 VOLTAGE AND DISTRIBUTION SYSTEMS SHALL BE SELECTED BASED ON A STUDY OF THE REQUIREMENTS OF THE BUILDING TO

DETERMINE WHICH IS THE MOST ECONOMICAL FROM A LIFE CYCLE COST PERSPECTIVE.

8.3.2 GENERALLY, BUILDING ELECTRICAL POWER SERVICE SHALL BE 208Y/120 VOLT, 3 PHASE, 4 WIRE, OR 480Y/277 VOLT, 3 PHASE, 4 WIRE, EXCEPT IN CASES WHERE THE LOCAL POWER COMPANY WILL NOT PROVIDE THIS TYPE OF SERVICE.

8.3.3 ELECTRICAL SWITCHBOARDS SHALL BE LOCATED INDOORS UNLESS AN EXTERIOR LOCATION IS SPECIFICALLY APPROVED BY THE

STATE IN WRITING.

8.3.4 SPECIFICATIONS FOR ALL ELECTRICAL SWITCHBOARDS AND PANELBOARDS SHALL REQUIRE COPPER BUSES.

8.3.5 EACH INTERIOR BUILDING SWITCHBOARD MAIN CIRCUIT BREAKER SHALL BE PROVIDED WITH A TRIP COIL AND AN EXTERIOR SHUNT-TRIP SWITCH. SHUNT-TRIP SWITCH LOCATION SHALL BE COORDINATED WITH THE FIRE AUTHORITY.

8.3.6 MAIN SERVICE TRANSFORMERS SHALL BE LOCATED OUTDOORS, BE LOCATED AT LEAST 10 FEET FROM COMBUSTIBLE WALLS, SHALL BE PAD MOUNTED, AND SHALL HAVE FULL RANGE OVERLOAD PROTECTION COORDINATED WITH THE PRIMARY CIRCUIT PROTECTION. TRANSFORMERS SHALL BE PROTECTED WITH BOLLARDS WHERE NECESSARY TO PREVENT POTENTIAL DAMAGE BY

VEHICLES.

8.3.7 INDOOR DRY-TYPE TRANSFORMERS SHALL BE SPECIFIED TO CONFORM TO DEPARTMENT OF ENERGY EFFICIENCY STANDARD 10 CFR 431.196 FOR LOW VOLTAGE DISTRIBUTION TRANSFORMERS MANUFACTURED AFTER 2016. INDOOR TRANSFORMERS

SHALL BE SPECIFIED FOR A MAXIMUM 80°C TEMPERATURE RISE.

8.3.8 OUTDOOR OIL-FILLED AND DRY-TYPE TRANSFORMERS SHALL BE SPECIFIED TO CONFORM TO DEPARTMENT OF ENERGY EFFICIENCY STANDARD 10 CFR 431.196 FOR MEDIUM VOLTAGE DISTRIBUTION TRANSFORMERS MANUFACTURED AFTER 2016. OUTDOOR DRY-TYPE TRANSFORMERS SHALL BE SPECIFIED FOR A MAXIMUM 115°C TEMPERATURE RISE.

8.3.9 ALL DISTRIBUTION BOARDS, MOTOR CONTROL CENTERS, AND BRANCH CIRCUIT PANELS SHALL HAVE A MINIMUM OF 10% SPARE POSITIONS, BUT IN NO CASE LESS THAN 6 POLES. REFURBISHED UNITS ARE ACCEPTABLE.

8.3.10 WHEN FEASIBLE, SEPARATE PANELS SHALL BE UTILIZED TO SEPARATE LIGHTING, RECEPTACLE, AND EQUIPMENT LOADS, TO

ALLOW FOR INSTALLATION OF MEASUREMENT AND VERIFICATION METERING.

8.3.11 WHERE A PANEL IS INSTALLED FLUSH WITH A WALL, EMPTY CONDUITS SHALL BE EXTENDED FROM THE PANEL TO AN ACCESSIBLE SPACE ABOVE OR BELOW. A MINIMUM OF ONE 3/4 INCH CONDUIT SHALL BE INSTALLED FOR EVERY THREE SINGLE POLE SPARE CIRCUIT BREAKERS OR SPACES, OR FRACTION THEREOF, BUT NOT LESS THAN TWO EMPTY CONDUITS.

8.3.12 WHERE UNDER FLOOR SPACE IS ACCESSIBLE, SPARE CONDUITS SHALL BE EXTENDED THERE IN ADDITION TO THE CEILING

LOADS.

8.3.13 PANELS SHALL HAVE A TYPEWRITTEN DIRECTORY, FORMATTED WITH MULTIPLE COLUMNS THAT MATCH THE CIRCUIT BREAKER CONFIGURATION, WITH LEFT/RIGHT ALTERNATING CIRCUIT NUMBERS, AND A COMPLETE DESCRIPTION OF ALL LOADS CONTROLLED BY EACH BREAKER. DIRECTORIES SHALL INCLUDE THE PANEL DESIGNATION, THE UPSTREAM PANEL OR SWITCHBOARD THAT IT IS FED

FROM, VOLTAGE RATING, AND CURRENT RATING.

8.3.14 PROVIDE MEANS FOR HARMONIC SUPPRESSION IN ALL AREAS THAT ARE LIKELY TO HAVE SIGNIFICANT HARMONIC CONTENT.

COORDINATE SPECIFIC MEANS OF HARMONIC SUPPRESSION WITH THE STATE PUBLIC WORKS DIVISION AND THE USING

AGENCY PRIOR TO COMMENCING WITH THE DESIGN.

8.3.15 EMERGENCY GENERATORS SHALL BE SPECIFIED FOR A COMBINED MECHANICAL AND ELECTRICAL EFFICIENCY OF 80% OR

GREATER.

8.3.16 EMERGENCY GENERATORS SHALL BE SPECIFIED WITH THE CAPABILITY FOR RECOVERY TO 90% OF THE RATED VOLTAGE AND 90

% OF THE RATED FREQUENCY WITHIN TWO SECONDS (120 CYCLES) AT SITE CONDITIONS.

8.3.17 ELECTRICAL EQUIPMENT ROOMS AND DATA EQUIPMENT ROOMS IN MULTI-STORY BUILDINGS SHALL BE VERTICALLY STACKED.

8.3.18 WHENEVER ELECTRICAL PANELS OR SWITCHBOARDS ARE PLACED ON A WALL THAT ADJOINS AN OFFICE OR OTHER OCCUPIED SPACE, THE WALL SHALL BE SHIELDED TO PREVENT TRANSFERENCE OF ELECTROMAGNETIC FIELDS INTO THE OCCUPIED

SPACE.

8.3.19 PHOTOVOLTAIC SYSTEM INVERTERS SHALL BE DESIGNED AND INSTALLED WITH THE CAPABILITY TO CONTROL OR CORRECT THE SYSTEM POWER FACTOR. PROJECT SPECIFICATIONS SHALL REQUIRE ASSESSMENT AND ADJUSTMENT OF THE POWER FACTOR

WHILE THE PHOTOVOLTAIC SYSTEM IS OPERATING AT OR NEAR CAPACITY.

8.4 CONDUITS AND RACEWAYS

8.4.1 FLEXIBLE CONDUIT SHALL BE LIMITED TO CONNECTIONS BETWEEN EQUIPMENT AND OTHER RACEWAY SYSTEMS, AND SHALL NOT

EXCEED SIX FEET IN LENGTH.

8.4.2 METAL-CLAD CABLE (MC CABLE) SHALL NOT BE SPECIFIED.

8.4.3 FITTINGS FOR ELECTRICAL METALLIC TUBING SHALL BE STEEL, WATERTIGHT, GLAND-RING TYPE OR STEEL SET-SCREW TYPE.

8.4.4 ALL METAL CONDUIT, COUPLINGS, ELBOWS, AND FITTINGS BURIED BELOW GRADE SHALL BE COATED WITH PVC OR 2-LAP WRAPPED WITH AN APPROVED TAPE (COATING OR WRAPPING SHALL BE A MINIMUM 20 MIL THICKNESS).

8.4.5 IN LIEU OF RIGID GALVANIZED CONDUIT FOR HORIZONTAL SECONDARY SERVICE RACEWAYS AND BRANCH CIRCUIT WIRING IN OR UNDER A FLOOR SLAB, SCHEDULE 40 PVC MAY BE USED WITH PVC-COATED RIGID STEEL CONDUIT TERMINATION STUB-UPS

OUT OF THE GROUND OR SLAB AND INTO THE BUILDING.

8.4.6 TO THE GREATEST EXTENT POSSIBLE, CONDUITS SHALL NOT BE PLACED WITHIN CONCRETE SLABS AND SHALL BE DESIGNED AND SPECIFIED TO BE PLACED BENEATH CONCRETE SLABS-ON-GRADE, OR SUSPENDED BENEATH THE STRUCTURAL FLOOR OR ROOF DECK ABOVE. CONDUITS SHALL BE PLACED A MINIMUM OF 3 INCHES BELOW METAL DECKS (RATHER THAN A MINIMUM OF 1.5 INCHES AS REQUIRED BY THE NATIONAL ELECTRICAL CODE). FOR SLABS-ON-GRADE, THE CONDUITS SHALL BE PLACED AT THE BOTTOM OF THE BASE OR GRAVEL COURSE. WHERE KNOWN STORAGE SHELVING OR FF&E ELEMENTS ARE TO BE INSTALLED INTO OR ONTO THE CONCRETE SLABS, THESE AREAS SHALL BE GRAPHICALLY DEPICTED AND NOTED TO NOT ALLOW ANY

ELECTRICAL CONDUITS IN THESE CONCRETE SLABS.

8.4.7 WHERE NECESSARY, CONDUITS LOCATED IN CONCRETE SLABS SHALL NOT EXCEED ¾ INCH AND SHALL BE SPACED NO CLOSER THAN EIGHT INCHES ON CENTER EXCEPT AT PANEL AND JUNCTION BOXES WHERE THEY SHALL BE SPREAD AS WIDELY AS POSSIBLE.

PROVIDE FOR SPECIAL FRAMING WHEN REQUIRED WHERE CONDUITS ENTER A PANEL BOARD. WHERE CONDUITS LARGER THAN ¾ INCH ARE TO BE PLACED IN A CONCRETE SLAB, THE STRUCTURAL ENGINEER SHALL BE NOTIFIED FOR REVIEW

AND APPROVAL.

8.4.8 CONDUITS LOCATED VERTICALLY IN A CONCRETE SLAB SHALL BE RIGID GALVANIZED STEEL COATED WITH PVC OR 2-LAP WRAPPED WITH AN APPROVED TAPE (COATING OR WRAPPING SHALL BE A MINIMUM 20 MIL THICKNESS).

8.4.9 LOW VOLTAGE WIRING DISTRIBUTION SYSTEMS (INCLUDING J-SUPPORTS) SHALL BE INSTALLED IN STRICT CONFORMANCE WITH THE MOST CURRENT EDITION OF NECA/BICSI STANDARD 568 AND WITH THE CABLE MANUFACTURER’S WRITTEN INSTALLATION

RECOMMENDATIONS/REQUIREMENTS.

8.4.10 ALL LOW VOLTAGE WIRING (WHETHER PLENUM RATED OR NOT) SHALL BE INSTALLED IN RACEWAYS WITH THE FOLLOWING

CONDITIONS, CLARIFICATIONS, AND EXCEPTIONS:

A. FIRE ALARM AND SECURITY SYSTEM WIRING SHALL BE INSTALLED IN RACEWAYS WITH NO EXCEPTIONS.

B. RACEWAYS SHALL BE AS DEFINED IN THE NATIONAL ELECTRICAL CODE. OPEN CABLE TRAYS SHALL NOT BE CONSTRUED

AS MEETING THE DEFINITION OF A RACEWAY.

C. LOW VOLTAGE WIRING FOR TELEPHONE, DATA, COMMUNICATIONS, INTERCOM, TEMPERATURE CONTROLS, AND ENERGY

MANAGEMENT SYSTEMS MAY BE ROUTED UTILIZING OPEN CABLE TRAYS ABOVE ACCESSIBLE CEILINGS.

D. WHERE OPEN CABLE TRAYS ARE UTILIZED ABOVE ACCESSIBLE CEILINGS THE FOLLOWING CONDITIONS APPLY:

LOW VOLTAGE WIRING ROUTED IN OPEN CABLE TRAYS SHALL BE PLENUM-RATED (WHETHER OR NOT THE CEILING

SPACE IS UTILIZED AS A RETURN AIR PLENUM).

1. LOW VOLTAGE WIRING CONCEALED IN WALLS, FLOORS, AND ABOVE INACCESSIBLE CEILINGS SHALL BE ROUTED IN

RACEWAYS.

2. LOW VOLTAGE WIRING ROUTED BETWEEN CONDUIT STUBS AND CABLE TRAYS SHALL BE SECURED WITH

APPROPRIATELY SPACED J-SUPPORTS.

8.5 CONDUCTORS

8.5.1 CONDUCTOR MATERIAL SHALL BE COPPER FOR ALL WIRE SIZES.

8.5.2 METAL-CLAD CABLE (MC CABLE) SHALL NOT BE SPECIFIED.

8.5.3 NEUTRAL CONDUCTORS FOR 208Y/120 VOLT SYSTEMS SHALL BE WHITE AND NEUTRAL CONDUCTORS FOR 480Y/277 VOLT

SYSTEMS SHALL BE GRAY.

8.5.4 NO WIRE SMALLER THAN #12 AWG SHALL BE SPECIFIED FOR LIGHT AND POWER CIRCUITS.

8.5.5 PROVIDE SEPARATE RACEWAYS AND CONDUCTORS FOR LINE SIDE AND LOAD SIDE WIRING FOR ALL VARIABLE FREQUENCY

DRIVES.

8.6 LIGHTING

8.6.1 LIGHTING IN ALL OFFICE AND CLASSROOM AREAS SHALL BE DESIGNED FOR A MINIMUM MAINTAINED AVERAGE LIGHTING

LEVEL OF 40 FOOT-CANDLES AT THE DESK SURFACE.

8.6.2 ALL LIGHT FIXTURES SHALL BE LED TYPE WITH A MINIMUM EFFICIENCY OF 100 LUMENS PER WATT, UNLESS ANOTHER FIXTURE TYPE IS APPROVED BY THE STATE IN WRITING. LED LIGHT FIXTURES SHALL BE SPECIFIED WITH HIGH FREQUENCY ELECTRONIC DRIVERS HAVING A TOTAL HARMONIC DISTORTION OF 20% OR LESS AND A POWER FACTOR OF 90% OR GREATER.

8.6.3 LIGHTING CONTROLS SHALL BE PROVIDED FOR ALL BUILDING SPACES EXCEPT FOR SMALL SPACES SERVED BY A SINGLE FIXTURE. LIGHTING SHALL BE CONTROLLED

BY MOTION SENSORS, MULTI-LEVEL SWITCHING, OR DAYLIGHT DIMMING, AS APPROPRIATE.

8.6.4 THE PROPOSED METHOD OF LIGHTING CONTROL FOR EACH TYPE OF SPACE IN THE BUILDING SHALL BE REVIEWED AND APPROVED BY THE STATE DURING THE EARLY

STAGES OF DESIGN.

8.6.5 SPECIAL USE AREAS OR AREAS USED FOR MULTIPLE PURPOSES WHICH MAY REQUIRE UNUSUAL LEVELS OF ILLUMINATION SHALL BE REVIEWED AND APPROVED BY THE

STATE DURING THE EARLY STAGES OF DESIGN.

8.6.6 LIGHTING CONTROLS SHALL INCLUDE PHOTOCELL CONTROL OF EXTERIOR LIGHTING. PHOTOCELL LOCATION SHALL BE REVIEWED AND APPROVED BY THE STATE.

8.6.7 EXTERIOR DOORS AND ENTRIES SHALL HAVE ILLUMINATION ON THE OUTSIDE.

8.6.8 IN-GROUND EXTERIOR LIGHT FIXTURES SHALL NOT BE SPECIFIED.

8.7 SWITCHES AND RECEPTACLES

8.7.1 PROVIDE A FOURPLEX RECEPTACLE AT THE DESK LOCATION IN EACH OFFICE AND AT EACH COMPUTER WORKSTATION.

8.7.2 ALL CORRIDORS AND HALLWAYS SHALL HAVE DUPLEX RECEPTACLES SPACED AT NOT MORE THAN 30 FEET ON CENTER.

8.7.3 PROVIDE GROUND FAULT CIRCUIT INTERRUPTER PROTECTION FOR ALL ELECTRICAL RECEPTACLES LOCATED WITHIN 6 FEET OF A WET BAR SINK (SUCH AS IN BREAK

ROOMS, KITCHENETTES, ETC.).

8.7.4 OUTLET BOXES, COVERS, RINGS, AND OTHER SIMILAR FITTINGS SHALL BE GALVANIZED STEEL.

8.7.5 WALL SWITCHES NEAR DOORS SHALL BE MOUNTED WITHIN 12 INCHES OF THE TRIM ON THE LATCH SIDE OF THE DOOR.

8.7.6 GANG TYPE PLATES SHALL BE USED FOR MULTIPLE GANG BOXES.

8.8 GROUNDING

8.8.1 PROPER GROUNDING SHALL BE PROVIDED FOR ALL ELECTRICAL SYSTEMS. REQUIREMENTS FOR BONDING CONNECTIONS AT SERVICE ENTRANCES, METAL PIPING, STRUCTURES, PANEL BOARDS, AND TRANSFORMERS SHALL BE CLEARLY NOTED ON THE APPROPRIATE DRAWINGS.

8.8.2 ALL CIRCUIT GROUNDS SHALL BE MADE UP SUCH THAT A CONTINUOUS PATH IS RELIABLY MAINTAINED TO A GROUNDING ELECTRODE OR SYSTEM. THE GROUND

FIELD (RODS, GRIDS, PLATES, ETC.) SHALL HAVE A MAXIMUM RESISTANCE OF 5 OHMS.

8.8.3 SPECIAL CONSIDERATION SHALL BE GIVEN TO GROUNDING OF SENSITIVE OFFICE EQUIPMENT (COMPUTERS, SERVERS, DATA CIRCUITS, ETC.).

8.8.4 SEPARATE INSULATED EQUIPMENT GROUNDING CONDUCTORS SHALL BE INSTALLED WITHIN EACH FEEDER AND BRANCH CIRCUIT RACEWAY. INSULATION COLOR FOR GROUND CONDUCTORS SHALL BE GREEN. TERMINATE THE ENDS OF EACH GROUND CONDUCTOR WITH A SUITABLE LUG, BUS, OR BUSHING. INSULATED EQUIPMENT GROUNDING CONDUCTORS FOR BUSWAY SUPPLY CIRCUITS SHALL BE INSTALLED FROM THE GROUNDING BUS IN THE SWITCHGEAR, SWITCHBOARD, OR DISTRIBUTION

PANEL TO THE EQUIPMENT GROUNDING TERMINAL BAR ON THE BUSWAY.

8.9 TESTING OF ELECTRICAL SYSTEMS

8.9.1 SPECIFICATIONS SHALL INCLUDE REQUIREMENTS FOR ELECTRICAL SYSTEMS TESTING, INCLUDING DOCUMENTATION OF TEST RESULTS, AS APPROPRIATE FOR THE ELECTRICAL SYSTEMS UTILIZED IN THE PROJECT. ELECTRICAL SYSTEMS TESTING AND DOCUMENTATION REQUIREMENTS SHALL BE IN ACCORDANCE WITH A RECOGNIZED TESTING STANDARD (SUCH AS THOSE PUBLISHED BY THE INTERNATIONAL ELECTRICAL TESTING ASSOCIATION (NETA).

8.10 TELEPHONE AND DATA SYSTEMS

8.10.1 IN ALL NEW BUILDINGS, AND WHERE REQUIRED AS PART OF THE PROJECT SCOPE OF WORK, THE DESIGN SHALL PROVIDE FOR COMMUNICATIONS PATHWAYS AND SPACES FOR THE ELEMENTS OF THE COMMUNICATIONS SYSTEMS INCLUDING, BUT NOT LIMITED TO, MULTI-SERVICE COMMUNICATION SYSTEMS, TWISTED-PAIR SYSTEMS, COAXIAL CABLE SYSTEMS, AND OPTICAL

FIBER SYSTEMS.

8.10.2 DATA EQUIPMENT ROOMS SHALL BE LOCATED ON EACH FLOOR AND ALL DATA DROPS SHALL BE LESS THAN 300 FEET FROM FACE PLATE TO THE POINT OF TERMINATION. DISTANCES SHALL BE MEASURED ALONG THE ACTUAL CABLE PATH INCLUDING SERVICE LOOPS.

8.10.3 COORDINATE THE EXTENT AND LAYOUT OF CONDUITS, RACEWAYS, CONDUCTORS, AND CABLES WITH THE USING AGENCY AND ALLOW FOR SIGNIFICANT BUT

REASONABLE CHANGES IN USE OF THE SPACES SERVED.

8.10.4 WHEREVER MULTIPLE DATA/VOICE CONNECTIONS ARE SPECIFIED AT A SINGLE LOCATION, EACH DATA/VOICE CONNECTION TYPE SHALL BE A DIFFERENT COLOR

(GENERALLY BLUE FOR DATA AND WHITE FOR VOICE).

8.11 FIRE ALARM SYSTEMS

8.11.1 NEW BUILDINGS SHALL BE EQUIPPED WITH A FIRE ALARM SYSTEM WHEN REQUIRED BY THE INTERNATIONAL BUILDING CODE. WHEN A FIRE ALARM SYSTEM IS REQUIRED, THE SYSTEM SHALL BE DESIGNED IN CONFORMANCE WITH THE REQUIREMENTS OF THE INTERNATIONAL BUILDING CODE AND THE INTERNATIONAL FIRE CODE.

8.11.2 ALL INITIATING AND INDICATING DEVICES SHALL BE SPECIFIED TO BE TESTED FOR BOTH "ALARM" AND "TROUBLE" CONDITIONS IN A TEST CONDUCTED BY THE INSTALLING CONTRACTOR AND WITNESSED BY THE APPROPRIATE FIRE AUTHORITY AND BY THE STATE’S DESIGNATED REPRESENTATIVE.

8.12 SEISMIC BRACING FOR ELECTRICAL SYSTEMS

8.12.1 ALL ELECTRICAL EQUIPMENT, CABLE TRAYS, AND CONDUIT SHALL BE APPROPRIATELY BRACED FOR THE SEISMIC CONDITIONS AT THE PROJECT LOCATION. SEISMIC BRACING SPECIFICATIONS SHALL REQUIRE COMPLIANCE WITH ALL APPLICABLE PORTIONS OF THE INTERNATIONAL BUILDING CODE AND SHALL REQUIRE COMPLIANCE WITH THE MEANS AND METHODS OUTLINED IN THE INTERNATIONAL SEISMIC APPLICATION TECHNOLOGY (ISAT) MANUAL, OR AN APPROVED EQUIVALENT MANUAL.

SPECIFICATIONS SHALL REQUIRE THAT A COPY OF THE SPECIFIC BRACING INSTRUCTIONS FOR ALL EQUIPMENT, DUCTWORK, AND PIPING BE MAINTAINED BY THE CONTRACTOR AT THE PROJECT SITE AND THAT THE BRACING INSTRUCTIONS SHALL BE AVAILABLE

AT ALL TIMES FOR USE BY THE STATE.

(NOT ALL SYMBOLS WILL BE USED)

THE PROJECT IS TO PLACE A SHORE POWER ASSEMBLY WITHIN THE IDENTIFIED EXTERIOR AREA AT THE NORTH SIDE OF THE FACILITY. THE SHORE POWER ASSEMBLY SYSTEM INCLUDES SUPPORT FOR THE

FOLLOWING:

· (1) 100 AMP, 208V SINGLE-PHASE DISCONNECT ON A NEW UNI-STRUT ASSEMBLY.

· (1) W3P1, CABLE ASSEMBLY W3, 7056681-501 SHORE POWER CABLE ASSEMBLY OFCI ON A NEW

UNI-STRUT ASSEMBLY.

· (1) WEATERPROOF DUPLEX RECEPTACLE FOR CONVENIENCE ON A NEW UNI-STRUT ASSEMBLY.

· NEW FEEDERS TO BE INSTALLED WITH NEW DISCONNECT.

· ROUTING OF CONDUIT TO BE SURFACE MOUNTED ALONG EXISTING WALL AS MUCH AS POSSIBLE, UNDERGROUND ROUTING FROM WALL TO NEW UNI-STRUT ASSEMBLY IN EXISTING DIRT

LANDSCAPING ONLY.

· NEW NEMA 4 ENCLOSURE FOR STORAGE AND PROTECTION OF THE CABLE ASSEMBLY.

SCOPE

(E)(E)(E)

(E) (E)(E)(E)

(E)

(E)

(E) (E)(E)

(E)

(E) (E)

(E) (E)

(E)

(E)

(E)

(E)

(E) (E)

(E)

(E)

(E)

(E)(E)

(E)

(E)

(E) (E) (E) (E)

(E)

(E)

(E)

(E)

(E) (E)

(E)

(E)

(E)

(E)

(E) (E)

(E)

(E) (E) (E)

(E)

(E)

(E)

(E)

(E)

(E)

Sheet Number

P R

O

JE

C T N

A M

E

S H

E E

T T

IT

L E

S e a l

Revisions

05/27/2026

ATL

920.25.002.00

100% CD

N V

A R

N G

A

D D

S H

O R

E P

O W

E R

I N

F R

A F

O R

A L S

M W

O A

T L

V R

C L A

S V

E G

A S

N

V

AS

ATL

AS

E L E

C T R

IC

A

L S

IT

E

P L A

N

E0.5

SCALE: 1

ELECTRICAL SITE PLAN

1/64"=1'-0"

(THIS SHEET ONLY)GENERAL NOTES

1. OVERALL PLAN SHOWN FOR PROJECT SCOPE AND REFERENCE ONLY.

AREA OF WORK

LDP-9 4

WP

(E)

(E)

(E)L1B-28

1'

2'-6" 2'-6"

9(TYP. OF 3)

REFER TO DIAGRAM 2

ON THIS SHEET

12"x12"x6" PULL BOX

TO

DISCONNECT

TO

RECEPT 77

OPENING

Sheet Number

P R

O

JE

C T N

A M

E

S H

E E

T T

IT

L E

S e a l

Revisions

05/27/2026

ATL

920.25.002.00

100% CD

N V

A R

N G

A

D D

S H

O R

E P

O W

E R

I N

F R

A F

O R

A L S

M W

O A

T L

V R

C L A

S V

E G

A S

N

V

AS

ATL

AS

E L E

C T R

IC

A

L E

N L A

R G

E D

P O

W E

R P

L A

N

E1.1

(THIS SHEET ONLY)GENERAL NOTES

1. COORDINATE AND OBTAIN APPROVAL FROM STRUCTURAL ENGINEER FOR

ROUTING OF ANY CONDUIT OR RACEWAY IN SLAB PRIOR TO ROUGH-IN.

2. ALL CIRCUITS SHOWN ARE HOMERUNS UNLESS NOTED OTHERWISE. DO NOT

COMBINE HOMERUNS.

3. FOR ANY PENETRATION THROUGH FIRE RATED WALLS. PROVIDE FIRE RATED

SLEEVES, ETC. AS REQUIRED BY APPLICATION. REFER TO FIRE RATED

APPLICATION DIAGRAM 4 ON SHEET E8.0 FOR ADDITIONAL INFORMATION.

4. TICK MARKS NOT SHOWN FOR CLARITY. CONTRACTOR SHALL PROVIDE ALL

REQUIRED PHASE, NEUTRAL, SWITCHED AND GROUND CONDUCTORS

REQUIRED FOR CONTROLS INDICATED.

5. ENTIRE INSTALLATION SHALL MEET ALL REQUIREMENTS OF NATIONAL OR

LOCAL ELECTRICAL CODES. ALL EQUIPMENT SHALL BEAR UL LABELS.

WORK NOTES (THIS SHEET ONLY)

1 PROVIDE NEMA 4X DISCONNECT ON AN UNI-STRUT ASSEMBLY. REFER TO

DIAGRAM 1 ON SHEET E8.0 FOR UNI-STRUT ASSEMBLY REQUIREMENTS.

PROVIDE 'W3P1, CABLE ASSEMBLY W3, 7056681-501' SHORE POWER CABLE

ASSEMBLY (OFCI) TO STORE IN ENCLOSURE. REFER TO SINGLE LINE

DIAGRAM ON SHEET E5.0 FOR CONNECTION REQUIREMENTS.

CONCRETE PAD, REFER TO DIAGRAM 1 ON SHEET E8.0 FOR REQUIREMENTS.

REFER TO SINGLE LINE DIAGRAM ON SHEET E5.0 FOR FEEDER REQUIREMENTS.

PROPOSED ROUTING ALONG WALL TO AVOID EXISTING BANK OF

CONDUITS EXISTING MAIN ELECTRICAL ROOM, CONTRACTOR TO ASSESS

EXISTING CONDITION TO SEE IF AN ALTERNATE ROUTE IS MORE COST

EFFECTIVE.

PROPOSED NEMA 4, 12" X 12" X 6" PULLBOX.

CONTRACTOR TO PROVIDE TRANSITION FROM RGC TO PVC BETWEEN

PULLBOX AND UNDERGROUND.

PROVIDE WEATHERPROOF EXTRA DUTY NONMETALLIC IN-USE CLEAR

COVER, HUBBELL TAYMAC TUFF #MM420C OR APPROVED EQUAL FOR

MAINTENANCE RECEPTACLE.

PROVIDE VEHICULAR PROTECTION BOLLARDS, REFER TO DIAGRAM 5 ON

SHEET E8.0 FOR ADDITIONAL INFORMATION.

EXTEND 3/4"C, (2) 10 AWG & (1) 10 AWG GND FROM EXISTING

MAINTENANCE RECEPTACLE TO NEW MAINTENANCE RECEPTACLE

MOUNTED ON EXTERIOR UNI-STRUT ASSEMBLY.

PROVIDE NEMA 4 LOCKABLE 30"x30"x10" HOFFMAN BOX OR APPROVED

EQUAL ASSEMBLY WITH A CABLE HOOK (LEVITON 'EHOOK') MOUNTED

INSIDE TO STORE THE CABLE ASSEMBLY INDICATED BY WORK NOTE 2.

MOUNT HOFFMAN BOX TO UNI-STRUT ASSEMBLY.

SCALE: 1

ELECTRICAL ENLARGED POWER PLAN

3/16"=1'-0"

SCALE: 2

ENLARGED EXTERIOR WALL

1/2"=1'-0"

(E)NV ENERGY

XFMR

TO (E)UTILITY

POINT OF

SERVICE

'H1A'

PANEL

1 2 3 4 5 6

(E)600A 3P

(E)350A 3P

(E)225A 3P

(E)

'H1B'

PANEL

(E)225A 3P

(E)

'AC1'

PANEL

(E)200A 3P

(E)

'AC2'

PANEL

(E)200A 3P

(E) (E) SPARE

(939.0KVA | 1129.0A)

955.8KVA| 1150.2A

1600A BUS, 480Y/277V, 3PH, 4W

AIC= 65,000

(E)MAIN SWITCHBOARD 'MS'

1 2 3

(E)60A 3P

(E)1600A 3P

(989.0KVA | 1190.0A)

1005.8KVA| 1210.3A

M

(E)NVE MTR#

AA018679192

(E)SPACE

(E)ATS 'EH'

60A

4P,4W

C

N G

(E)UFER

(E)TMGB

(E) (E)

T

(E)

'EHA'

PANEL

(E)

(E)XFMR

'T-ELA'

15KVA

'ELA'

PANEL

(E)

(E)ATS 'XHA'

1600A 4P,4W

(MAIN ELECTRICAL ROOM)

1600A BUS, 480Y/277V, 3PH, 4W

AIC= 65,000

(E)MAIN SWITCHBOARD 'MSA'

(MAIN ELECTRICAL ROOM)

(E)GFP

C

TO

(E)SHUTDOWN

CTRLS

'LMS'

PANEL

(E)45A 3P

(E)

(E)110A 3P

(E)400A 3P

(E) SPARE

(E)400A 3P

(E) SPARE

(E)400A 3P

(E) SPARE

(E)400A 3P

(E)45A 3P

1 2 3 4 5 6

(E)200A 3P

(E)200A 3P

(145.0KVA | 397.0A)

161.8KVA| 448.2 A

800A BUS, 208Y/120V, 3PH, 4W

AIC= 65,000

(E)DISTRIBUTION BOARD 'LDP'

(MAIN ELECTRICAL ROOM)

(E)200A 3P

10 11 12

(E)600AS

3P

(354.0KVA | 425.0A)

600A BUS, 480Y/277V, 3PH, 4W

AIC= 65,000

(E)DISTRIBUTION BOARD 'HCPDP'

(CHILLER ROOM)

(E)100AF

FRS-R

(E)CH

MCA=263

(E)30AS

3P

(E)20AF

FRS-R

(E)CT

7.5 HP

(E)VFD-C1

(E)30AS

3P

(E)20AF

FRS-R

(E)TP

15 HP

(E)30AS

3P

(E)20AF

FRS-R

(E)TP

15 HP

(E)30AS

3P

(E)20AF

FRS-R

(E)P

10 HP

(E)VFD-P1

(E)30AS

3P

(E)20AF

FRS-R

(E)P

10 HP

(E)VFD-P2

(E)30AS

3P

(E)15AF

FRS-R

(E)PP

5 HP

(E)30AS

3P

(E)15AF

FRS-R

(E)PP

5 HP

(E)600AS

3P

(E)100AF

FRS-R

(E)CH

MCA=263

(E)SPACE

FOR

100A/3P

(E)SPACE

FOR

100A/3P

10 11

T

(E)

(E)XFMR

'T-LDP'

225KVA

T

(E)

(E)XFMR

'T-L1E'

75KVA

'L1E'

PANEL

(E)

'L1ES'

PANEL

(E)

'L1F'

PANEL

(E)

'AC1S'

PANEL

(E)

(E) (E)(E)

T

(E)

(E)XFMR

'T-XLA'

75KVA

'XLA'

PANEL

(E)

(E) F

'XLB'

PANEL

(E)

(E)F

T

(E)

(E)XFMR

'T-GS'

30KVA

'GS'

PANEL

(E)

(E) F

(E)800A 3P

(E)200A 3P

(E)200A 3P

100A 2P

(E)200A 3P

(E)SPACE

FOR

200A/3P

(E)SPACE

FOR

200A/3P

(E)SPACE

FOR

200A/3P

'L1A'

PANEL

(E)

'L1AS'

PANEL

(E)

'L1B'

PANEL

(E)

'L1BS'

PANEL

(E)

'L1C'

PANEL

(E)

'L1CS'

PANEL

(E)

'L1D'

PANEL

(E)

'L1DS'

PANEL

(E)

'L1K'

PANEL

(E)

'L1KS'

PANEL

(E)

(E) SPARE

(E)60A 3P

'LDP-B'

PANEL

(E)

ROOF-TOP

UNIT CU-1

(E)60A 3P

(E)GENERATOR 'G-1'

800KW/1000KVA

277/480V

NEMA 3R

EXTERIOR UTILITY YARD

(E)1500A 3P

(E)

(E)

X - F1

EXTERIOR

SHORE POWER

DISCONNECT

(YARD)

(E)200A 3P

(E) SPARE

102PT

X-(E)ISC=39,994

X-(E)ISC=36,557

X-(E)ISC=27,185

(E)ISC=36,111-X

X-(E)ISC=14,574

X-(E)ISC=30,814

X-(E)ISC=5,261

X-(E)ISC=

33,494

X-(E)ISC=

10,519

X-(E)ISC=

33,021

X-(E)ISC=

11,911

X-(E)ISC=

6,153

(E)ISC=5,617-X X-(E)ISC=5,617

(23.0KVA)

23.2KVA

Sheet Number

P R

O

JE

C T N

A M

E

S H

E E

T T

IT

L E

S e a l

Revisions

05/27/2026

ATL

920.25.002.00

100% CD

N V

A R

N G

A

D D

S H

O R

E P

O W

E R

I N

F R

A F

O R

A L S

M W

O A

T L

V R

C L A

S V

E G

A S

N

V

AS

ATL

AS

E L E

C T R

IC

A

L S

IN

G

L E

L

IN

E D

IA

G

R A

M

E5.0

SCALE: 1

ELECTRICAL SINGLE LINE DIAGRAM

N.T.S

(THIS SHEET ONLY)GENERAL NOTES

1. EXISTING OVERALL SINGLE LINE DIAGRAM SHOWN FOR REFERENCE ONLY

AND UPDATED BASED ON VISIBLE SITE CONDITIONS DURING SITE VISIT(S).

2. ALL ELECTRICAL EQUIPMENT AND DEVICES SHALL BE FULLY RATED TO

WITHSTAND THE AVAILABLE FAULT, UNLESS NOTED OTHERWISE.

3. PROVIDE 4" HIGH HOUSEKEEPING PAD UNDER ALL FLOOR MOUNTED

ELECTRICAL EQUIPMENT.

4. MATERIALS AND INSTALLATION SHALL COMPLY WITH THE LATEST CODES,

LAWS AND ORDINANCES OF THE AUTHORITY HAVING JURISDICTION

INCLUDING THE LOCALLY ADOPTED AMENDMENTS.

5. FAULT CURRENT AMP INTERRUPTING CAPACITIES ARE MINIMUM. IF

STANDARD EQUIPMENT RATING IS GREATER, PROVIDE STANDARD RATING.

WORK NOTES (THIS SHEET ONLY)

1 EXISTING LOADS TAKEN FROM LAS VEGAS (HENDERSON) READINESS CENTER

FOR THE NEVADA NATIONAL GUARD RECORD DRAWINGS DATED

08/12/2005 BY JBA CONSULTING ENGINEERS. EXISTING LOADS SHOWN IN

PARANTHESIS, NEW LOADS SHOWN WITHOUT.

EXISTING 200A/3P BLANK SPACE TO BE PREPPED FOR NEW 100A/2P CIRCUIT

BREAKER. MATCH EXISTING DISTRIBUTION BOARD AIC RATINGS.

PROVIDE NEMA 4 DISCONNECT MOUNTED TO AN UNI-STRUT SYSTEM. REFER

TO DIAGRAM 1 ON SHEET E8.0 FOR ADDITIONAL INFORMATION. PROVIDE

LABELING ON DISCONNECT 'SHORE POWER DISCONNECT' PER DIAGRAM 3

ON SHEET E8.0.

CONTRACTOR TO CONNECT (1) 2 AWG TO PIGTAIL PHASE A (RED), (1) 2

AWG TO PIGTAIL PHASE B (ORANGE), (1) 8 AWG GROUND TO BE TIED

TOGETHER WITH PIGTAIL GROUNDS G1, G2, G3, AND G4. REFER TO

DIAGRAM 2 ON SHEET E8.0 FOR ADDITIONAL INFORMATION.

PROVIDE A 'W3P1, CABLE ASSEMBLY W3, 7056681-501' SHORE POWER

PIGTAIL ADAPTER (OFCI). REFER TO DIAGRAM 2 ON SHEET E8.0 FOR

ADDITIONAL INFORMATION. COIL CABLE ASSEMBLY ON CABLE HOOK.

FEEDER SCHEDULE

FEEDER CONDUIT AND 75°C WIRE (COPPER) THHN/THWN

1-1/2"C RGC (#40 PVC UNDERGROUND), (2) 2 AWG, (1) 8 AWG GND

PIGTAIL CONNECTOR (BY OWNER) WITH (2) 2 AWG, (4) 8 AWG GND

102PT

FEEDER SCHEDULE NOTES

1. ALL FEEDERS SHOWN MAY NOT BE USED.

2. PROVIDE INCREASED SIZED EQUIPMENT GROUNDING CONDUCTORS LARGER THAN THOSE SHOWN WHERE

UNGROUNDED CONDUCTORS HAVE BEEN INCREASED FOR VOLTAGE DROP PER NEC 250.122(B).

3. PROVIDE INCREASED SIZED EQUIPMENT GROUNDING CONDUCTORS LARGER THAN THOSE SHOWN FOR MOTOR CIRCUITS PER NEC 250.122 & 430, BASED UPON MOTOR CIRCUIT OVERCURRENT PROTECTIVE DEVICE

RATING.

4. WHERE FEEDER HAS A SUFFIX 'U' ON SINGLE LINE DIAGRAM DO NOT PROVIDE EQUIPMENT GROUNDING

CONDUCTOR FOR UTILITY SERVICE ENTRANCE.

(E) PANELBOARD 'L1B' SCHEDULE

VOLTAGE: 208Y/120V, 3Ø, 4W MOUNTING: SURFACE CIRCUIT BREAKER DEMAND CODES

BUS (AMPS): 225A ENCLOSURE: NEMA 1 1=CONTINUOUS LOAD

MAINS: MLO BUS TYPE: COPPER 2=NON-CONTINUOUS LOAD

AIC RATING: 25,000 LOCATION: ELECT RM B241 3=RECEPTACLE LOAD

(AMPS): 225 UPSTREAM OVERCURRENT PROTECTION 4=KITCHEN LOAD

DEVICE 5=GUESTROOM LOAD

CKT BREAKER

NOTE(S)

BREAKER LOAD LOAD PHASE LOAD LOAD BREAKER BREAKER

NOTE(S)

CKT

NO. CODE TRIP POLE DESCRIPTION VA A B C VA DESCRIPTION TRIP POLE CODE NO.

1 20 1 (E) REC - VENDING 0 --- --- (E) REC - ROOF, EF-6 20 1 2

3 20 1 (E) REC - VENDING --- 0 --- (E) LTG - AH UNITS 20 1 4

5 20 1 (E) REC - VENDING --- --- 0 (E) REF-1 20 1 6

7 20 1 (E) REC - VENDING 0 --- --- (E) REC - CONF RM CLG 20 1 8

9 20 1 (E) REC - VENDING --- 0 --- (E) REC - CONF RM CLG 20 1 10

11 20 1 (E) REC - VENDING --- --- 0 (E) REC - CONF RM CLG 20 1 12

13 20 1 (E) REC - BREAK ROOM 0 --- --- (E) REC - CLASSROOM 20 1 14

15 20 1 (E) REC - BREAK ROOM --- 0 --- (E) REC - CLASSROOM 20 1 16

17 20 1 (E) REC - CONFERENCE RM --- --- 0 (E) REC - CLASSROOM 20 1 18

19 20 1 (E) REC - CONFERENCE RM 0 --- --- (E) WATER TREATMENT 20 1 20

21 20 1 (E) REC - CONFERENCE RM --- 0 --- (E) B-1 20 1 22

23 20 1 (E) REC - CORRIDOR --- --- 0 (E) B-2 20 1 24

25 20 1 (E) REC - CORRIDOR 0 --- --- (E) WH-1/WH-2 20 1 26

27 20 1 (E) REC - CORRIDOR --- 180 --- 180 (E) RECS (ADD 180VA TO 720VA) 20 1 3 28

29 20 1 (E) REC - EWC --- --- 0 (E) RECEPTS 20 1 30

31 20 1 (E) REC - RR/LOCKERS 0 --- --- (E) REC - PARKING LOT 20 1 32

33 20 1 (E) REC - RR/LOCKERS --- 0 --- (E) REC - PARKING LOT 20 1 34

35 20 1 (E) FC-1/FC-3 --- 0 (E) REC - PARKING LOT 20 1 36

37 20 1 (E) FC-2/FC-4/FC-8 0 --- --- (E) CLASSROOM 20 1 38

39 20 1 (E) EF-6 --- 0 --- (E) EQ. RACK 20 1 40

41 20 1 (E) CLASSROOM --- --- 0 (E) REC - CLASSROOM 20 1 42

0 180 0 CONNECTED KVA 0.2

NOTES: EXISTING LOAD 23.0 kva CODE 1 KVA 0.0

REMOVED LOAD 0.0 kva CODE 2 KVA 0.0 ADDED LOAD 0.2 kva CODE 3 KVA 0.2

TOTAL LOAD 23.2 kva CODE 4 KVA 0.0

64.3 A @208Y/120V CODE 5 KVA 0.0

DATE: 5/5/26 11:36 AM DEMAND LOAD (KVA) 0.2

DEMAND LOAD (A) 0.5

R

O

JE

C T N

A M

E

S H

E E

T T

IT

L E

S e a l

Revisions

05/27/2026

ATL

920.25.002.00

100% CD

N V

A R

N G

A

D D

S H

O R

E P

O W

E R

I N

F R

A F

O R

A L S

M W

O A

T L

V R

C L A

S V

E G

A S

N

V

AS

ATL

AS

E L E

C T R

IC

A

L D

IA

G

R A

M S

E8.0

3"

1"

1. NORMAL POWER - BLACK BACKGROUND, WHITE LETTERS

2. EMERGENCY POWER - RED BACKGROUND, WHITE LETTERING

NAMEPLATES ARE REQUIRED ON ALL PANELBOARD, STARTERS AND

DISCONNECT SWITCHES.

ALL PANELS SHALL BE LABELED ON INSIDE OF DOOR WITH LIST OF CIRCUITS

AND THEIR APPROPRIATE NAMES.

1-1/2 INCH FROM TOP OF

ANCHOR BOLTS TO GRADE

ENGRAVED LAMACOID,

5/32 INCH LETTERS

SELF TAPPING

SCREWS

PANELBOARD

WARNING!

Shock, Arc Flash, and Arc Blast Hazard Comply with OSHA requirements, including the following prior to working on this equipment:

· Work permit

· Pre-job safety briefing

· Qualified electrical workers trained to operate and work on this equipment

· Appropriate PPE required Failure to Comply Can Result in Injury or Death

1. PROVIDE SELF-ADHESIVE VINYL LABEL TO AFFIX TO ELECTRICAL

EQUIPMENT TO WARN OF ARC FLASH HAZARDS.

2. THE LABEL FORMAT AND TEXT SHALL BE IN ACCORDANCE WITH

THE FIGURE.

3. THE LABEL SHALL BE LOCATED ON THE EQUIPMENT TO BE CLEARLY

VISIBLE TO QUALIFIED PERSONS BEFORE EXAMINATION,

ADJUSTMENT, SERVICING, OR MAINTENANCE OF THE EQUIPMENT.

4. THE SIZE OF THE LABEL SHALL BE MINIMUM:

EQUIPMENT TYPE HEIGHT WIDTH

INDOOR 2" 3"

OUTDOOR 3" 4.5"

NOTES

PANEL "X

WA

RN

ING

Shock, Arc Flash, and Arc Blast Hazard

Comply with OSHA requirements, including the following prior to working on this equipment:

Work permit

Pre-job safety briefing

Qualifie d electrical workers tra ined to operate and work on this equipment

Appropriate PPE required

Failure to Comply Can Result in Injury or Death

STANDARD COLORS

WIDTH

HEIGHT PANEL X-XXX

225A 480/277V 3 PHASE

FED FROM X-XX-XXX

SCALE: 3

TYPICAL EQUIPMENT LABELING

N.T.S

SCALE: 1

UNI-STRUT ASSEMBLY WITH CABLE HOOK

N.T.S

SCALE: 2

'W3P1, CABLE ASSEMBLY W3, 7056681-501' SHORE POWER PIGTAIL ADAPTER REQUIREMENTS

N.T.S

CONTRACTOR TO WELD 3"

SQUARE STEEL CAP ON

POST TO PREVENT RUST.

PRIME AND PAINT GRAY

(TYPICAL OF 2)

3" SQUARE STEEL POST. PRIME AND PAINT.

SPACED TO CREATE A 36" WIDE ASSEMBLY

(TYPICAL OF 2)

1-5/8" U CHANNEL

(TYPICAL OF 4)

6" THICK CONCRETE

HOUSEKEEPING PAD. EXTEND

HORIZONTALLY 1" ON ALL

SIDES AND 3 FEET IN FRONT.

3' MIN

PVC ADAPTER

GRS CONDUITS BELOW GRADE

SHALL BE HALF LAPPED WITH

SCOTCHRAP 50 10-MIL TAPE

TO 18" ABOVE GRADE.

(2) 5/8" x 10'-0"

CU GND RODS,

INSTALL PER

NEC 250.53

" M

IN

FINISH GRADE

" O

.C

" M

IN

4" U CHANNEL

(TYPICAL OF 1)

NEMA 4 LOCKABLE HOFFMAN BOX MOUNTED ON THE REAR

NEMA 4

DISCONNECT

WEATHERPROOF DUPLEX RECEPTACLE

3M FIRE BARRIER 1003 SL SEALANT

3MU/FRD 120-18

3M FIRE BARRIER WATERTIGHT

SEALANT 1003 SL C-AJ-8075

3M INTERAM ENDOTHERMIC MAT

E-5A-4 SYSTEM NO.8

3M FIRE BARRIER

WRAP STRIP FS-195+ C-AJ-5002

3M FIRE BARRIER WRAP STRIP CS-195+,

FS-195+, MP+ PUTTY STICK C-AJ-8001

FIRE BARRIER BLOCKS/PLANKS C-AJ-8253

3M FIRE BARRIER SEALANT

IC 15WB+ W-L-3195

3M FIRE BARRIER PLUG W-L-3426

3M FIRE DAM SEALANT CP 25 WB+

C-AJ-1427

3M FIRE DAM SPRAY 200 HW-D-0020

3M FIRE BARRIER WATERTIGHT

SEALANT 100 NS HW-D-0168

3M FIRE BARRIER WATERTIGHT

SEALANT 1003 SL FLOOR TO FLOOR

JOINT ASSEMBLY FF-D-1021

3M FIRE BARRIER

SEALANT CP 25WB+ C-AJ-1551

3M FIRE BARRIER PLENUM

WRAP FA+3MU/BI 120-01

3M FIRE BARRIER BLOCKS

AND 3M FIRE BARRIER RATED

FOAM FIP 1-STEP C-AJ-1668

3M FIRE BARRIER ULTRA PLASTIC

PIPE DEVICE C-AJ-2227

3M FIRE BARRIER PUTTY SLEEVE KIT

C-AJ-3310

3M FIRE BARRIER TUCK-IN WRAP

STRIP C-AJ-2643

3M FIRE BARRIER WRAP

STRIPULTRA GS RC-1

RESTRICTING COLLAR,

ULTRA RC PACK W-L-2147

3M FIRE BARRIER PILLOW OR

3M FIRE BARRIER SELF-

LOCKING PILLOW W-L-4037

3M FIRE BARRIER

BLOCKS/PLANKS W-L-4090

3M FIRE BARRIER 3000 WT

SEALANT C-AJ-2510

3M FIRE BARRIER WATER TIGHT

SEALANT 3000 WT C-AJ-2299

3M FIRE BARRIER

CAST-IN DEVICE

F-A-5028

3M FIRE BARRIER

MOLDABLE PUTTY

PAD MPP+ CLIV

3M FIRE BARRIER SEALANT CP WB+&

PACKING MATERIAL PM 4C-AJ-5210

3M FIRE BARRIER

PASS THROUGH

DEVICE C-AJ-3250

SCALE: 4

APPLICATIONS - COMMERCIAL

N.T.S

4" SCH. 40 STEEL PIPE, 6'-0"

LONG, CONCRETE FILLED

W/CONC. CAP. SHOP

PRIME & FIELD PAINT WITH

"CAUTION YELLOW" OSHA

SAFETY PAINT.

REFLECTOR TAPE

CONCRETE - 3000 PSI @ 28

DAYS

VEHICLE PROTECTION BARRIER

SHALL NOT BE FURTHER THEN 18"

FROM THE BASE OF THE EVSE

CONCRETE SLAB

2"

3' 3"

3"

1'

TYPICAL FIRE PENETRATION

SCALE: 5

SLAB ON GRADE DIAGRAM

N.T.S

VEHICULAR PROTECTION BOLLARD -

(BY NVARG,

INSTALLED ON

THE VEHICLE,

NO WORK BY

CONTRACTOR)

OFCI

(BY NVARG,

INSTALLED BY

CONTRACTOR)

OFCI

(BY NVARG,

INSTALLED BY

CONTRACTOR)

OFCI

(BY NVARG,

INSTALLED BY

CONTRACTOR)

(BY NVARG,

INSTALLED ON

THE VEHICLE,

NO WORK BY

CONTRACTOR)

3" SQUARE STEEL POST.

PRIME AND PAINT.

SPACED TO CREATE A

36" WIDE ASSEMBLY

(TYPICAL OF 2)

1-5/8" U CHANNEL

(TYPICAL OF 4)

6" THICK CONCRETE

HOUSEKEEPING PAD. EXTEND

HORIZONTALLY 1" ON ALL

SIDES AND 3 FEET IN FRONT.

3' MIN

PVC ADAPTER

GRS CONDUITS BELOW GRADE

SHALL BE HALF LAPPED WITH

SCOTCHRAP 50 10-MIL TAPE

TO 18" ABOVE GRADE.

(2) 5/8" x 10'-0"

CU GND RODS,

INSTALL PER

NEC 250.53

" M

IN

FINISH GRADE

" O

.C

CABLE HOOK, LEVITON 'EHOOK' OR APPROVED

EQUAL MOUNTED TO U-CHANNEL FOR SUPPORT

4" U CHANNEL

(TYPICAL OF 1)

NEMA 4 LOCKABLE 30"x30"x10" HOFFMAN BOX (BY CONTRACTOR)

TO HOUSE 'W3P1, CABLE ASSEMBLY W3, 7056681-501 OFCI'

REAR ELEVATION FRONT ELEVATION

CONTRACTOR TO WELD 3"

SQUARE STEEL CAP ON

POST TO PREVENT RUST.

PRIME AND PAINT GRAY

(TYPICAL OF 2)

NOTE: CONTRACTOR TO CONFIRM FINAL UNI-STRUT ASSEMBLY WIDTH WITH FINAL PRODUCT SELECTIONS PRIOR TO INSTALLATION OF UNI-STRUT ASSEMBLY.

6" OPENING ON THE BOTTOM

WITH A TWISTLOCK CAP CHAINED

TO THE BOTTOM OF THE

ENCLOSURE

2" CONDUIT BETWEEN

THE TWO WITH

WEATHERPROOF OF

LOCKNUTS AND SEALS