Attachment A - 1397586rfp03of03.pdf

2ND RADIO BATTALION COMPLEX PHASE II 19P1458

MCB CAMP LEJEUNE, NC ePROJECTS W.O. NO.: 1397586

Part 6 – Chapter F Table of Contents

Part 6 - Attachments

Chapter F – Electrical

• Estimated Electrical Load – Paraloft and Supply Warehouse

• Estimated Electrical Load - Combined Electrical / Communications / Vehicle Maintenance, and Boat

Operations Facility and Hazardous Material Storage Facility

• Estimated Electrical Load – Wash Rack and Pad

• Lightning Risk Assessment – Parachute Maintenance with Paraloft

• Lightning Risk Assessment – Supply Warehouse

• Lightning Risk Assessment – Hazardous Materials Storage Facility

• MCB Camp Lejeune Electrical Policies and Criteria

• Camp Lejeune Exterior Light Fixtures and Photocell Specification v1_1 20210903

• 26 31 00.00 22 – Solar Energy Electrical Power Generation Systems

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ESTIMATED ELECTRICAL LOAD

Client: Name

Project: 2nd Radio Battalion RFP

Location Jackonsville, NC

Project Number:

Date: 14-Jun-19

Load Description Area [Sqft]

LPD

[Watts/Sqft]

Allowable

Wattage

Lighting KVA Volts Phase

Coincident

Demand

Connected kVA Load

Paraloft 480 3

Admin Spaces 326.8 0.98 320.3 3.2 120 1 1.0 3.2

Secure Parachute Storage Room 253.33 0.63 159.6 1.1 120 1 1.0 1.1

Female Head 82.22 0.98 80.6 1.4 120 1 1.0 1.4

Male Head 276.16 0.98 270.6 1.6 120 1 1.0 1.6

Electrical Room 74.67 0.95 70.9 0.6 120 1 1.0 0.6

Telecom Room 80 0.95 76.0 1.8 120 1 1.0 1.8

HRST 255.03 0.95 242.3 1.3 120 1 1.0 1.3

Fire Pump Room 64 0.95 60.8 2.9 120 1 1.0 2.9

Mechanical 488.72 0.95 464.3 164.3 480 3 1.0 164.3

Janitor 37.86 0.63 23.9 0.2 120 1 1.0 0.2

Training Area 584.86 1.24 725.2 2.8 120 1 1.0 2.8

Parachute Inspection and Packing Area 1374.98 1.29 1773.7 7.3 120 1 1.0 7.3

Parachute Repair Room 229.64 1.29 296.2 1.4 120 1 1.0 1.4

Parachute Drying Tower 1433.48 1.23 1763.2 4.6 120 1 1.0 4.6

Subtotal KVA 194.7

Subtotal AMPS 234.2

Total KVA 282.3

Total AMPS 339.6

Supply Warehouse 480 3

Shipping Receiving Co Issue 2572.02 1.19 3060.7 5.9 120 1 1.0 5.9

HQTRS Co 2D Rad BN 4754.18 1.19 5657.5 13.4 120 1 1.0 13.4

PN Effects HQTRS 281.61 1.19 335.1 0.7 120 1 1.0 0.7

PN Effects MAGTF 220.09 1.19 261.9 0.6 120 1 1.0 0.6

PN Effects MEU 220.09 1.19 261.9 0.6 120 1 1.0 0.6

PN Effects Info WAR 220.09 1.19 261.9 0.6 120 1 1.0 0.6

Break Room 395.93 0.73 289.0 2.1 120 1 1.0 2.1

Female Head 193.71 0.98 189.8 1.5 120 1 1.0 1.5

Male Head 276.16 0.98 270.6 1.6 120 1 1.0 1.6

Janitor 20.68 0.63 13.0 0.2 120 1 1.0 0.2

Mechanical Room 592.53 0.95 562.9 261.3 480 3 1.0 261.3

Electrical Room 125.33 0.95 119.1 0.8 120 1 1.0 0.8

Telecom Room 80 0.95 76.0 1.6 120 1 1.0 1.6

Administrative 974.39 0.98 954.9 10.5 120 1 1.0 10.5

Office 1 90 1.11 99.9 1.2 120 1 1.0 1.2

Office 2 90 1.11 99.9 1.2 120 1 1.0 1.2

Subtotal KVA 303.9

Subtotal AMPS 365.6

Total KVA 440.7

Total AMPS 530.1

8/18/2022

Load Description Area [Sqft]

LPD

[Watts/Sqft]

Allowable

Wattage

Lighting KVA Volts Phase

Coincident

Demand

Connected kVA Load

Combined Electrical / Communication Vehicle Maintenance Facility and Boat Operations Facility480 3

HQ CO Shops 3359.85 1.59 5342.2 22.1 120 1 1.0 22.1

EM Cage 735.82 1.59 1170.0 1.2 120 1 1.0 1.2

Service Bay Circ 333.33 1.19 396.7 1.5 120 1 1.0 1.5

Maintenance Bay 1 640 1.19 761.6 4.9 120 1 1.0 4.9

Maintenance Bay 2 640 1.19 761.6 4.9 120 1 1.0 4.9

Maintenance Bay 3 640 1.19 761.6 5.6 120 1 1.0 5.6

Male Head 1 336.72 0.98 330.0 1.7 120 1 1.0 1.7

Female Head 1 204.94 0.98 200.8 1.6 120 1 1.0 1.6

Janitor 1 49.58 0.63 31.2 0.2 120 1 1.0 0.2

Office 1 90.75 1.11 100.7 1.2 120 1 1.0 1.2

Office 2 89.83 1.11 99.7 1.2 120 1 1.0 1.2

Office 3 90.69 1.11 100.7 1.2 120 1 1.0 1.2

Admin Space 318.68 1.11 353.7 2.2 120 1 1.0 2.2

Storage Room 520.1 1.11 577.3 2.4 120 1 1.0 2.4

Training Room 1100.9 1.11 1222.0 3.0 120 1 1.0 3.0

MEU Support 302.45 1.11 335.7 2.1 120 1 1.0 2.1

MAGTF Ove 153.12 0.95 145.5 0.9 120 1 1.0 0.9

MAGTF/MEU Boat Stor Room 628.12 0.98 615.6 5.7 120 1 1.0 5.7

Mechanical Room 653.05 0.95 620.4 213.3 480 3 1.0 213.3

Mechanical Fan Room 801.67 0.95 761.6 213.5 480 3 1.0 213.5

Telecom Room 1 88 0.95 83.6 6.3 120 1 1.0 6.3

Electrical Room 508.32 0.95 482.9 1.0 120 1 1.0 1.0

Telecom Room 2 88 0.95 83.6 6.3 120 1 1.0 6.3

Mothers Room 58.23 0.95 55.3 0.4 120 1 1.0 0.4

Break Room 137.69 0.73 100.5 1.9 120 1 1.0 1.9

Male Head 2 296.01 0.98 290.1 1.7 120 1 1.0 1.7

Female Head 2 93.71 0.98 91.8 1.5 120 1 1.0 1.5

Janitor 2 64.94 0.63 40.9 0.2 120 1 1.0 0.2

Entry Corridor 895.6 0.66 591.1 1.5 120 1 1.0 1.5

Office 95.4 1.11 105.9 1.0 120 1 1.0 1.0

Office 125.53 1.11 139.3 1.0 120 1 1.0 1.0

Office 125.53 1.11 139.3 1.0 120 1 1.0 1.0

Open Office 240.63 0.98 235.8 1.7 120 1 1.0 1.7

Office 130.4 1.11 144.7 1.4 120 1 1.0 1.4

Office 95.44 1.11 105.9 1.0 120 1 1.0 1.0

Corridor 440.24 0.66 290.6 1.0 120 1 1.0 1.0

OVE 371.43 0.95 352.9 1.1 120 1 1.0 1.1

Tool and Layettes 638.26 0.63 402.1 0.6 120 1 1.0 0.6

Compressor 125.67 0.95 119.4 10.1 480 3 1.0 10.1

Common Work Area 1788 0.98 1752.2 4.5 120 1 1.0 4.5

POL 151.8 0.95 144.2 0.9 120 1 1.0 0.9

Battery Charging 95.68 0.95 90.9 5.8 480 3 1.0 5.8

Work Area 1 470.42 0.98 461.0 3.2 120 1 1.0 3.2

Maintenance Bay 1 640 1.59 1017.6 5.1 120 1 1.0 5.1

Maintenance Bay 2 640 1.59 1017.6 5.1 120 1 1.0 5.1

Maintenance Bay 3 640 1.59 1017.6 5.1 120 1 1.0 5.1

Maintenance Bay 4 640 1.59 1017.6 5.1 120 1 1.0 5.1

Maintenance Bay 5 640 1.59 1017.6 5.1 120 1 1.0 5.1

Maintenance Bay 4 640 1.59 1017.6 5.1 120 1 1.0 5.1

Maintenance Bay 5 640 1.59 1017.6 5.1 120 1 1.0 5.1

Subtotal KVA 581.1

Subtotal AMPS 698.9

Total KVA 774.3

Total AMPS 931.3

Hazardous Material Storage Facility 480 3

New POL 167.62 0.63 105.6 0.3 480 3 1.0 0.3New NON-POL 138.72 0.63 87.4 0.3 3 0.3Used POL/NON-POL 138.72 0.63 87.4 0.3 3 0.3

MISC 144.5 0.63 91.0 0.3 480 3 1.0 0.3

Expended Batteries 138.72 0.63 87.4 0.3 480 3 1.0 0.3

Subtotal KVA 1.4

Subtotal AMPS 1.6

Total KVA 2.0

Total AMPS 2.4

Load Description Area [Sqft]

LPD

[Watts/Sqft]

Allowable

Wattage

Lighting KVA Volts Phase

Coincident

Demand

Connected kVA Load

Wash Rack and Pad 480 3

Load N/A 250 480 3 1.0 250.0

Subtotal KVA 250.0

Subtotal AMPS 300.7

Total KVA 362.5

Total AMPS 436.0

SUMMARY TABLE

System 3 Phase Voltage 480V

Connected KVA

Connected Amps

Total (With Spare Capacity) KVA

Total (With Spare Capacity) Amps 2,239.4

1,331.1

1,601.1

1,861.8

Client | Project - Building

Lighting Risk Assesment

Building Name:

Dimensions (feet): Length 104 Width 83 Height 80

Structure Type:

Roof Type:

Structure Contents (C3):

Structure Occupancy (C4):

Lightning Consequence (C5):

Location Factor (CD):

https://my.vaisala.net/VaisalaImages/Lightning/avg_fd_2005-2014_CONUS_2km_grid.png

NC = (1.5x10 -3

) / C = 0.003 where C = (C2)(C3)(C4)(C5) = 0.5

Construction Coefficient (C2) = 1

Structure Contents (C3) = 0.5

Structure Occupancy (C4) = 1

Lightning Consequence (C5) = 1

ND - The Annual Threat of Occurrence (potential events / year) to a structure.

ND = (NG)(AD)(CD)(10

-6

) = 0.051887

This lightning risk assessment is a simplied analysis for determining the risk of damage or injury due to lightning.

Per NFPA 780, a simplified risk assessment calculates the tolerable lightning frequency (N C) and compares it to the annual threat of occurrence (ND). The tolerable lightning frequency is a measure of the risk of damage to the structure, including factors affecting risk to the structure, to the contents, and of the environmental loss. It is calculated by dividing the acceptable frequency of property losses by various coefficients relating to the structure, the contents, and the consequences of damage.

1. Simplified Risk Assessment

3. Tolerable Lightning Frequency (NC) Calculation

NonMetallic

NonMetallic

2. Building Information

Standard Value and Noncombustible

Normally Occupied

Continuity of Facility Services Not Required

Surrounded by structures of equal or lesser height within 3H

Parachute Maintenance with Paraloft

Where NG is the yearly number of flashes to ground per square kilometer. For this assessment we have assumed flashes/sq km/year from the map at the follow link.

4. Annual Threat Occurrence (ND) Calculation

Calculate the Equivalent Collection Area (AD):

where AD = LW + 6H(L+W) + π9H = 279,256.0 ft converted to square meters = 25943.72 m

0.5

Per the calculations above:

ND = (NG)(AD)(CD)(10

-6

) = 0.051887

NC = (1.5x10 -3

) / C = 0.003

ND is greater than NC and therefore it is recommended that a lightning protection system is installed.

5. Results

The tolerable lightning frequency (NC), calculated above, was compared to the annual threat occurrence (ND), also calculated above, and the result was used to determine if a lightning protection system is needed. Where ND ≥ NC it is recommended that a lightning protection system is installed.

Location Factor (CD) =

Building Name:

Dimensions (feet): Length 118 Width 99 Height 34

Structure Type:

Roof Type:

Structure Contents (C3):

Structure Occupancy (C4):

Lightning Consequence (C5):

Location Factor (CD):

https://my.vaisala.net/VaisalaImages/Lightning/avg_fd_2005-2014_CONUS_2km_grid.png

NC = (1.5x10 -3

) / C = 0.003 where C = (C2)(C3)(C4)(C5) = 0.5

Construction Coefficient (C2) = 1

Structure Contents (C3) = 0.5

Structure Occupancy (C4) = 1

Lightning Consequence (C5) = 1

ND - The Annual Threat of Occurrence (potential events / year) to a structure.

ND = (NG)(AD)(CD)(10

-6

) = 0.016466

This lightning risk assessment is a simplied analysis for determining the risk of damage or injury due to lightning.

Per NFPA 780, a simplified risk assessment calculates the tolerable lightning frequency (N C) and compares it to the annual threat of occurrence (ND). The tolerable lightning frequency is a measure of the risk of damage to the structure, including factors affecting risk to the structure, to the contents, and of the environmental loss. It is calculated by dividing the acceptable frequency of property losses by various coefficients relating to the structure, the contents, and the consequences of damage.

1. Simplified Risk Assessment

3. Tolerable Lightning Frequency (NC) Calculation

NonMetallic

NonMetallic

2. Building Information

Standard Value and Noncombustible

Normally Occupied

Continuity of Facility Services Not Required

Surrounded by structures of equal or lesser height within 3H

Supply Warehouse

Where NG is the yearly number of flashes to ground per square kilometer. For this assessment we have assumed

Calculate the Equivalent Collection Area (AD):

where AD = LW + 6H(L+W) + π9H = 88,618.6 ft converted to square meters = 8232.9301 m

0.5

Per the calculations above:

ND = (NG)(AD)(CD)(10

-6

) = 0.016466

NC = (1.5x10 -3

) / C = 0.003

ND is greater than NC and therefore it is recommended that a lightning protection system is installed.

5. Results

The tolerable lightning frequency (NC), calculated above, was compared to the annual threat occurrence (ND), also calculated above, and the result was used to determine if a lightning protection system is needed. Where ND ≥ NC

Building Name:

Dimensions (feet): Length 48 Width 20 Height 17

Structure Type:

Roof Type:

Structure Contents (C3):

Structure Occupancy (C4):

Lightning Consequence (C5):

Location Factor (CD):

https://my.vaisala.net/VaisalaImages/Lightning/avg_fd_2005-2014_CONUS_2km_grid.png

NC = (1.5x10 -3

) / C = 0.001 where C = (C2)(C3)(C4)(C5) = 1.5

Construction Coefficient (C2) = 1

Structure Contents (C3) = 3

Structure Occupancy (C4) = 0.5

Lightning Consequence (C5) = 1

ND - The Annual Threat of Occurrence (potential events / year) to a structure.

ND = (NG)(AD)(CD)(10

-6

) = 0.001492

This lightning risk assessment is a simplied analysis for determining the risk of damage or injury due to lightning.

Per NFPA 780, a simplified risk assessment calculates the tolerable lightning frequency (N C) and compares it to the annual threat of occurrence (ND). The tolerable lightning frequency is a measure of the risk of damage to the structure, including factors affecting risk to the structure, to the contents, and of the environmental loss. It is calculated by dividing the acceptable frequency of property losses by various coefficients relating to the structure, the contents, and the consequences of damage.

1. Simplified Risk Assessment

3. Tolerable Lightning Frequency (NC) Calculation

NonMetallic

NonMetallic

2. Building Information

Exceptional Value, Flammable Liquids, Computers or Electronics

Unoccupied

Continuity of Facility Services Not Required

Surrounded by taller structure or trees within 3H

Hazardous Material Storage Facility

Where NG is the yearly number of flashes to ground per square kilometer. For this assessment we have assumed

Calculate the Equivalent Collection Area (AD):

where AD = LW + 6H(L+W) + π9H = 16,063.1 ft converted to square meters = 1492.3139 m

0.25

Per the calculations above:

ND = (NG)(AD)(CD)(10

-6

) = 0.001492

NC = (1.5x10 -3

) / C = 0.001

ND is greater than NC and therefore it is recommended that a lightning protection system is installed.

5. Results

The tolerable lightning frequency (NC), calculated above, was compared to the annual threat occurrence (ND), also calculated above, and the result was used to determine if a lightning protection system is needed. Where ND ≥ NC

MCB CAMP LEJEUNE, NC

DESIGN BRANCH

PUBLIC WORKS DIVISION

ELECTRICAL POLICIES & CRITERIA

Revised:

08 Mar 2022

Camp Lejeune Electrical Policies Design Branch, Public Works Division

8 Mar 2022

PREFACE

The purpose of this document is to provide key design guidance for electrical systems installed at MCB Camp Lejeune and MCAS New River. All electrical design shall be coordinated with the

Unified Facilities Criteria (UFC) requirements. The UFC is a planning, design, construction, sustainment, restoration, and modernization criteria that applies to all DoD activities.

Compliance with the UFC is mandatory for the design of electrical systems at all facilities and bases. Designs shall incorporate customer requirements, local past practices, and unified facilities criteria to deliver a fully functional, safe, code compliant, and effective project.

Engineering judgement must be applied to all designs and coordinated with the Design Branch of Public Works Division.

The UFC shall be employed to the maximum extent practicable in each design. The policies in this document are supplemental local directives that represent design requirements unique to the Camp Lejeune complex. These requirements 1) facilitate the construction of systems which are compatible with the existing electrical and control systems aboard the complex and 2) facilitate the ability to implement effective and productive maintenance throughout the life‐ cycle of the electrical systems. A system correctly designed for the unique requirements of the

Camp Lejeune area will greatly reduce maintenance expenditures and greatly increase the reliability and resilience of the electrical system.

Request for design deviations from these policies shall be submitted in writing via electronic mail. Requests for deviation shall be sent to the Electrical Design Branch and include the project title, contract number, designer name, drawings, UFC and/or Camp Lejeune policy reference, and reason for deviation.

DESIGN, DRAWINGS AND GENERAL REQUIREMENTS

Include electrical calculations with each design. Full load analysis and short circuit calculation summaries shall be provided for all projects and displayed on drawings. Also provide calculation summaries, at a minimum, for:

a. Protective device time‐current coordination

b. Arc flash analysis

c. Voltage drop

d. Lighting

e. Lightning Protection

f. ASHRAE 90.1

If applicable, other calculation and summaries may be required as listed in the reference.

Reference: UFC 3‐501‐01, section 3‐2.2

Apply the demand factors to load analysis to determine transformer size. Do not exceed a transformer size greater than 12 VA/SF of facility gross floor area or 70% of the total connected load on installations served by transformer 300 kVA or greater.

Reference: UFC 3‐501‐01, section 3‐2.3.1

Design the electrical system such that any fault in the system will be preferentially isolated by the selective operation of the overcurrent protective device closest to the faulted condition.

Reference: UFC 3‐501‐01, section 3‐2.5.1

The designer of record is responsible for the selective coordination of overcurrent protective devices, including protective relays and medium voltage protective devices, primary transformer protection, main secondary breakers, and secondary feeder protective devices. Ensure coordination between the new equipment and the existing distribution system.

The designer of record is responsible for providing to the contractor settings for relays, main secondary breakers, and related protective devices in the circuit.

Size service and feeder conductors for a maximum voltage drop of 2% at the circuits rated capacity. Branch circuits must be sized for a maximum 3% voltage drop at the circuits rated capacity.

Reference: UFC 3‐501‐01, section 3‐2.7

Select system voltage based on projected building loads. Unless there are specialty voltage requirements, base the facility system voltage on the interior load requirements as follows:

a. Apply 240/120V for facilities with only single‐phase loads.

b. Apply three‐phase, four‐wire, 208Y/120V systems for lighting and power demand loads less than 150 kVA.

c. Apply three‐phase, four‐wire, 480Y/277V systems for lighting and power demand loads greater than 150 kVA unless 208Y/120V systems are shown to be more cost‐effective. Use step‐down transformers inside the facility as required to obtain lower voltages.

Reference: UFC 3‐520‐01, section 2‐1

Provide pad mounted transformers for all new three phase installations of larger than 225kVA. Three‐phase pole mounted installations are limited to (3)‐75 kVA and single‐ phase pole mounted to (1)‐75 kVA pole mounted transformer. Deviations to this requirement due to space requirements or other factors must be approved by the Camp Lejeune Public Works Division.

Provide two pad mounted transformers in lieu of one 480Y/277V service if the required 208Y/120V load exceeds 40% of the 480 volt service transformer capability. Note that it is required by Camp Lejeune that whole‐facility engineering judgement and life‐cycle cost considerations be applied in the situation of installing two pad mounted service transformers on a single facility. If in doing so, additional, maintenance intensive equipment is required, such as a second emergency standby generator and automatic transfer switch, the use of two service transformers must be approved by the Camp Lejeune Public Works Division.

Reference: UFC 3‐550‐01, section 3‐5.3

The designer of record shall complete a detailed lightning risk assessment under NFPA

780 Annex L. The lightning risk assessment shall be considered when making determinations for lightning protection measures. The lightning risk assessment summary shall be included in the drawings or as an individual document in the project package.

MEDIUM VOLTAGE DISTRIBUTION

Specify narrow profile construction for pole top electrical distribution. Provide 60” steel cross arms for dead ends and where required. Minimize to the maximum extent possible the use of wood crossarms.

Specify #2, #1/0 or 394.5 kcmil all aluminum alloy conductor (AAAC) for overhead primary conductors, as appropriate. Provide a full neutral.

Specify aluminum duplex, triplex, or quadraplex for overhead secondary conductors, sized as appropriate. Do not specify open wire secondaries.

Specify #2, #1/0, #4/0, or 750 kcmil stranded copper, ethylene propylene rubber (EPR) 133% insulated cable with concentric neutral, jacketed for medium voltage underground distribution work, as appropriate. Provide a 100% neutral for #2, #1/0, and #4/0.

Provide a 1/3 neutral for 750 kcmil. Medium voltage conduits must be sized as needed to satisfy conduit fill and jam ratio criteria with a 5'' minimum per UFC 3‐550‐01, section 3‐11.2.1. Avoid the use of tape shield cable with a separate neutral.

Specify above ground junction boxes, above ground sectionalizers, or above ground switches for medium voltage underground distribution work. Equipment shall utilize dead front construction with minimum 200 amp, 15kV load break elbow connectors.

Manholes and handholes are not permitted for use with medium voltage underground distribution work.

Specify #4 copper grounding conductors for all power poles.

Specify pressure treated pine (CCA) 40' class 3 power poles as a minimum. Larger class poles shall be used as required.

3‐phase pad mounted medium voltage distribution transformers must be feed through, loop feed (6 bushing) delta primary, grounded wye secondary configuration. Pad mounted medium voltage distribution transformers must utilize dead front construction with minimum 200 amp, 15kV load break primary connectors. Insulating fluid must be less flammable biodegradable type. Provide surge arresters rated minimum 10kV.

Provide primary‐side oil‐immersed, load break, loop feed sectionalizer switches to permit closed transition loop feed and sectionalizing. Provide tap changer with (2) 2 .5% taps above rated voltage and (2) 2.5% taps below rated voltage. Enclosures must be stainless steel painted Munsell Green. Locate pad mounted transformers at least 15 ft.

from building and not adjacent to egress paths from building. The maximum 3‐phase pad mounted transformer size is 2000kVA.

Single‐phase pad mounted medium voltage distribution transformers must be feed through, loop feed (2 bushing), 7200V primary with appropriate secondary configuration. Pad mounted medium voltage distribution transformers must utilize dead front construction with minimum 200 amp, 15kV load break primary connectors.

Insulating fluid must be less flammable biodegradable type. Provide surge arresters rated minimum 10kV on radially fed transformers and at opening points in loop fed systems. Provide primary‐side load break, oil immersed switch. Provide tap changer with

(2) 2 .5% taps above rated voltage and (2) 2.5% taps below rated voltage. Enclosures must be stainless steel painted Munsell Green. Locate pad mounted transformers at least 15 ft. from building and not adjacent to egress paths from building.

Pole mounted medium voltage distribution transformers must be conventional, dual bushing, 7200V primary, connected grounded wye with appropriate secondary. CSP transformers are not allowed. Insulating fluid must be less flammable biodegradable type. Enclosures must be stainless steel painted gray. Surge arresters must be rated minimum 10kV. Fused cutouts must be rated 100 amp with fuses sized as required based upon transformer rating.

At Onslow Beach complex specify 33 kV Class insulators with RG glazing and bushings, and copper conductors for 12.47 kV primary overhead distribution system with copper secondaries. At Onslow Beach complex specify stainless steel enclosures for all distribution transformers and exterior switchgear. Locate medium voltage equipment above surge tide level.

All medium voltage work shall include right‐of‐way clearing on existing distribution circuit. Utility right‐of‐way shall be a minimum 30 ft. on each side of the utility pole line creating a 60 ft width right‐of‐way. Right‐of‐way shall be cleared of limbs, trees, and vegetation from earth to sky. Trees or limbs extending into the sky area of the right‐of‐ way shall be side trimmed to achieve the 30ft. distance requirements from centerline.

Support guys and other equipment that extend into the utility right‐of‐way shall be cleared to maintain 10ft. clearance on all sides.

Minimum ground rod size is 10 ft. x 3/4" inch diameter. Ground rods shall be copper‐ clad steel or solid copper.

Reference: UFC 3‐550‐01, section 3‐14.2.1

Notify the project manager whenever trees are to be disturbed in the electric right‐of‐ way prior to performing work.

Electrical contractors must possess a valid North Carolina Public Utility Electrical contractor’s license and be insured to do such work in the State of North Carolina.

Provide a pre‐cast concrete box pad for transformers and other medium voltage equipment, 24” minimum height, 12” above finished grade, and extending a minimum of 8” beyond equipment footprint. Box pads must be supported underneath by a 3” compacted rock base. Primary and secondary conduits must extend 3” above rock base.

A sample box pad detail is available upon request.

Provide exterior site and roadway lighting luminaires with individual photocells.

Photocell receptacles shall be seven‐pin. Provide photocells compatible with the Camp Lejeune wireless control system.

Label all medium‐voltage equipment, poles (primary and secondary), site lighting, and roadway lighting per the labeling plates attached as Appendix A.

INTERIOR ELECTRICAL

Provide a minimum 15% spare and space capacity for all panelboards. Provide extra spare conduits extended above ceilings and below floors as necessary to accommodate potential use.

Reference: UFC 3‐501‐01, section 3‐2.3.3

Specify service entrance and distribution equipment per UFC 3‐520‐01, section 3.2.2.

Provide arc‐fault circuit interrupter protection for branch circuits in dwelling units, dormitory units, guest rooms, guest suites as required by 210.12 of NFPA 70.

Provide surge protective device (SPD) per UFC 3‐520‐01, section 3‐4.

All conductors shall be copper.

Minimum branch circuit conductor size shall be #12 AWG copper with THHN or THWN insulation.

Reference: UFC 3‐520‐01, section 3‐6.3

Minimum breaker size is 20A. Smaller breakers are acceptable when required by a specific application such as fractional horsepower motor circuits.

Reference: UFC 3‐520‐01, section 3‐6.3

Multi‐wire branch circuits are not allowed. Each circuit requiring a neutral conductor shall have its own separate dedicated neutral conductor. This does not apply to a circuit that feeds a single piece of equipment such as a cooking range or clothes dryer.

Provide weatherproof GFCI duplex receptacle outlet within 25 feet of exterior HVAC equipment per NEC.

Specify LED illuminated exit signs with 90 minutes of battery backup capabilities to meet requirements of exit identification in accordance with NFPA 101.

Combination exit/emergency luminaires shall be used in accordance with NFPA 101 standards.

Specify stand alone wall or ceiling mounted emergency luminaires with 90 minutes of battery backup capabilities to meet requirements of egress illumination in accordance with NFPA 101.

General area luminaires with emergency battery backup are not authorized for use where stand‐alone type emergency wall packs are sufficient in providing egress illumination.

Specify exterior egress path emergency illumination in accordance with NFPA 101.

Connect exit sign and emergency luminaire ahead of the switch to the normal lighting circuit that is located in the area or room that exit/emergency luminaires are serving.

Electric Motors: Multi‐voltage electric motors are acceptable. Well pump motor controllers shall be provided with soft starters. Motors shall be premium efficiency.

Electrical Raceways: Use painted surface metal raceways on existing finished surface in administration spaces in lieu of exposed conduit. Provide (3) 3/4 inch and (2) 1‐inch empty conduits where panelboards are flush‐mounted. Run concealed in walls to above accessible ceiling and terminate to all flush‐mounted panelboards; cap these conduits.

Specify LED high bay luminaires for high bay applications in lieu of HID or fluorescent luminaires.

Roadway, parking area, and site lighting is required to be architectural or cobrahead style LED type. Provide exterior site and roadway lighting luminaires with individual photocells. Photocell receptacles shall be seven‐pin. Provide photocells compatible with the Camp Lejeune wireless control system.

Specify LED luminaires for exterior wall packs and other exterior lighting attached to the building.

Aboard MCAS New River, all exterior fixtures attached to buildings located either on the airfield or adjacent to the airfield must be Full Cut‐off type.

Specify LED luminaires for interior lighting.

LED and drivers shall be rated for a minimum of 70,000 hours and entire fixture shall be warranted for at least 10 year warranty for parts and labor.

LED fixtures must have a replaceable driver and lighting array. LED lighting manufacturer must have a readily accessible supply chain for replacement parts.

Aboard the Camp Lejeune/MCAS New River complex, the correlated color temperature (CCT) of lighting must be as follows:

o Interior: 3500K o Exterior, including wall packs, site lighting and street lighting: 4000K o High‐bay fixtures in aviation hangers: 4000K

Exceptions to these color temperatures must be approved by the Camp Lejeune Public Works Division.

Dual technology occupancy sensor switches (passive infrared and ultrasonic) shall be utilized when required.

Occupancy sensors in multi‐person restrooms must be dual‐technology (passive infrared and ultrasonic).

Lighting controls that utilize light harvesting are not permitted.

Provide adhesive backed receptacle and switch/dimmer/occupancy sensor device plate labels identifying the panel and circuit feeding the device.

A utility meter is required for the electrical service. Meter must be installed on the transformer for underground services. Meter must be installed on the transformer pole or integral with the service entrance, as appropriate, for overhead services. All utility meters must be exterior of the building. The utility meter shall be compatible with the

Camp Lejeune AMR system.

Sub‐metering of electrical circuits within buildings per ASHRAE 90.1 is not required. The metered data will not be utilized by Camp Lejeune.

Reference: UFC 3‐520‐01, section 3‐19

GENERATORS and AUTOMATIC TRANSFER SWITCHES

Provide NEMA 4X, 4‐pole, service entrance rated automatic transfer switches with switched neutral connection, concrete pad, and equipment mounting rack. Bus bar lugs shall be bronze, tin plated copper, or aluminum (properly torqued). Mark phase rotation on electrical equipment.

Locate automatic transfer switches outdoors near the generator and service transformer. This is the preferred automatic transfer switch location. Automatic transfer switches may be mounted indoors if the access to the indoor space is directly from the outside of the building, the access is not impeded by a secure area, and the location is of good engineering judgement. Indoor mounted automatic transfer switches may be in NEMA 1 enclosures.

Provide generators with engine block heaters, alternator anti‐condensation heater and battery charger. Each device shall be fed from dedicated branch circuit from the building that the generator serves.

Provide generators with service entrance listed breakers and configure generators as a separately derived system.

Provide generators with a second service entrance listed breaker with #4/0 copper pigtails and female CAM‐LOK connectors for load banking. Provide the number of pigtails and CAM‐LOK connectors as appropriate for the generator rating. The Camp Lejeune load bank equipment is standardized for connection to Leviton SP female detachable plugs, tapered nose, double set screw.

Label all generator breakers indicating their function (i.e. – “Main Breaker”, “Load Bank Breaker”).

Provide generator platforms for all generators where generator base tank is 30 inches or greater in height above finished grade. Platforms shall be 6 inches below generator housing doors. Platform shall be wide enough to accommodate 180 degree door opening radius but shall not be less than 36 inches wide. Platform shall encompass the generator to greatest extent possible, however platform shall not obstruct fuel fill port, fuel vent port, or any other generator equipment. Platform shall be constructed of aluminum to include flooring, rails and stairs. Provide stairs with a rise and run in accordance with local building code. Ground and bond all platform material in accordance with NFPA 70 and UFC guidance.

Generator pads must extend a minimum of 24” beyond the base tank on all sides.

Provide an aluminum, ground‐mounted generator battery box on the generator pad for all generators using 4D or 8D size batteries.

Provide generators with AGM or gel type batteries.

Generator exhaust must be stainless steel. Provide horizontal generator exhaust discharge with a 45° slash cut and mechanically fastened screen. Do not provide counter‐balance type rain caps.

Generator exhaust discharge shall be directed away from all HVAC equipment and outside air intakes.

Exposed tops of generator base tanks must be sloped to prevent water from ponding on the top of the base tank.

Provide a 2‐year supply of air, oil, and fuel filters with each new generator.

Appendix A – Medium Voltage Electrical Distribution Labeling Plates

CAMP LEJEUNE

GIS NUMBERING CONVENTION

APPR.REVISED BY CHK'D

CLGIS-01

3/6/19

JANNING

67526-36864

THE NUMBERING SYSTEM USES THE FACILITY (POLE, TRANSFORMER, ETC.) ACTUAL GPS COORDINATE. THE

LATITUDE AND LONGITUDE IS USED TO ESTABLISH THE FACILITY NUMBER. THE USE OF GPS COORDINATE

THE NUMBERING CONVENTION TRUNCATES DECIMAL DEGREES SO THAT ONLY THE DECIMAL VALUE IS REMAINING.

POLE LOCATION EXAMPLE: 34.67526 - ONLY 67526 IS UTILIZED FOR THE POLE NUMBER.

-77.36864 - ONLY 36864 IS UTILIZED FOR THE POLE NUMBER.

THEN WHEN AMENDED TOGETHER (WITH A DASH BETWEEN) THE NUMBER FOR THAT FACILITY WOULD BE AS

FACILITY (POLE, TRANSFORMER, ETC.) NUMBER: 67526 - 36864

SYSTEM ENSURES THAT CIRCUIT AND OTHER CHANGES WILL NOT RESULT IN FUTURE RENUMBERING EFFORTS.

FOLLOWS.

LIST OF FACILITIES FOR NUMBERING

1. POLES (WOOD, CONCRETE, METAL , COMPOSITE/FIBERGLASS)

A. DISTRIBUTION - PRIMARY VOLTAGE

B. DISTRIBUTION - SECONDARY

C. DISTRIBUTION - SPAN GUY

D. LIGHTING - ROADWAY

E. LIGHTING - PARKING

F. LIGHTING - AREA

2. PAD-MOUNTED TRANSFORMER

3. PAD-MOUNTED SWITCH GEAR

4. PAD-MOUNTED JUNCTION CABINETS

NUMBERING CONVENTION

5. PEDESTALS - SECONDARY

G. LIGHTING - SPORTS FIELD

10/21/20

CARPENTERJANNING SIDES

48" MIN.

NOTES:

1. THE HORIZONTAL TAG HOLDER WILL ACCOMMODATE UP TO 12 ALUMINUM

2. CRIMP THE EDGES OF TAG HOLDER TO SECURE THE TAGS IN THE HOLDER.

3. ATTACH GIS TAG HOLDER ON THE POLE A MINIMUM OF 48" ABOVE

GROUND USE TWO ALUMINUM NAILS, ONE ON EACH SIDE IN CENTER

HOLE, ALMETEK P/N AN.1.

4. INSTALL TAG HOLDER TO FACE THE ROADWAY OR VISIBLE APPROACH. DO

NOT COVER POLE BRAND.

5. A COMPARTMENTALIZED METAL BOX FOR SORTING AND CARRYING POLE

7. INSTALL FUSE SIZE AND TYPE USING A SEPARATE TAG HOLDER

GIS NUMBER LOCATION.

6" MIN.

"FUSE SIZE"

TAG HOLDER

SEE NOTE 7

NUMBERING ITEMS IS AVAILABLE (TK-1S).

6. VERTICAL ALUMINUM TAG HOLDER (TA-12).

WITH "FUSE SIZE" TAG AND FUSE TAG HOLDER 6" ABOVE THE

CAMP LEJEUNE

POLE NUMBERS AND FUSE SIZE TAGS -

WOODEN POLES

TAGS. THE VERTICAL TAG HOLDER WILL ACCOMMODATE UP TO 12 TAGS.

SIZE

FUSE

SEE NOTE 7

FUSE SIZE TAG

CRIMP

1-5/8"

7-3/4"

CRIMPCRIMP

CRIMP

TAG HOLDER

P/N: TH-6A

FUSE

SIZE

MFG: ALMETEK

5 T0

8. REFER TO DWG. CLGIS-03 FOR APPROPRIATE POLE NUMBERING

GUIDELINES FOR ALL LIGHTING POLES, INCLUDING DECORATIVE,

STEEL AND COMPOSITE STRUCTURES.

TA-12

TAG HOLDER

CRIMP

CRIMP

VERTICAL TAG

1.67"

11.75"

MFG: ALMETEK

P/N: V500

1.594"

0.875"0.75"

R 0.62" TYP.

BASIS OF DESIGN

WOOD POLE VERTICAL TAG

NUMBER

TAG

POLE

BASIS OF DESIGN

FUSE TAG

MFG: ALMETEK

P/N: H500

BASIS OF DESIGN

1.594"

0.875"

R 0.62" TYP.

1"

MFG: ALMETEK

BASIS OF DESIGN

P/N: CH3-148

APPR.REVISED BY CHK'D

CLGIS-02

3/6/19

JANNING

10/21/20

9. CONSULT PWD FOR PROPER FUSE SIZE AND TYPE.

POLE NUMBERS AND FUSE SIZE TAGS -

NON-WOOD POLES (CONCRETE, METAL, COMPOSITE)

NON-WOOD POLE TAG

MFG: ALMETEK

P/N: TH-12A-SL

SS BANDING

BASIS OF DESIGN

(CONCRETE, METAL, COMPOSITE)

MFG: ALMETEK

P/N: BB-4

MFG: ALMETEK

P/N: BT-02

STAINLESS STEEL BUCKLES

BANDING TOOL (1/2")

BASIS OF DESIGN

BASIS OF DESIGN

48" MIN.

NUMBER

TAG

POLE

MFG: ALMETEK

P/N: V500

1.594"

0.875"0.75"

R 0.62" TYP.

BASIS OF DESIGN

VERTICAL TAG

NOTES:

1. THE HORIZONTAL TAG HOLDER WILL ACCOMMODATE UP TO 12 ALUMINUM

2. CRIMP THE EDGES OF TAG HOLDER TO SECURE THE TAGS IN THE HOLDER.

3. ATTACH GIS TAG HOLDER ON THE POLE A MINIMUM OF 48" ABOVE GROUND

WITH SS BANDING. FOR DARK COLOR POLES (I.E. BLACK, DARK BRONZE/BROWN)

USE BLACK BANDING.

4. INSTALL TAG HOLDER TO FACE THE ROADWAY OR VISIBLE APPROACH.

5. A COMPARTMENTALIZED METAL BOX FOR SORTING AND CARRYING POLE

NUMBERING ITEMS IS AVAILABLE (TK-1S).

6. VERTICAL ALUMINUM TAG HOLDER (TH-12A).

TAGS. THE VERTICAL TAG HOLDER WILL ACCOMMODATE UP TO 12 TAGS.

7. REFER TO DWG. CLGIS-02 FOR APPROPRIATE POLE NUMBERING

GUIDELINES FOR ALL WOOD POLES.

13.745"

1.62"

APPR.REVISED BY CHK'D

CLGIS-03

3/6/19

JANNING

NUMBERS AND FUSE SIZE TAGS -

UNDERGROUND EQUIPMENT/FACILITY

PAD-MOUNTED TRANSFORMER

SECONDARY PEDESTAL

P/N: HIPS1.2RY-CUT

MFG: ALMETEK

HIGH INTENSITY REFLECTIVE LABELS

BASIS OF DESIGN

P/N: HIPS2.5RY-CUT

MFG: ALMETEK

HIGH INTENSITY REFLECTIVE LABELS

BASIS OF DESIGN

P/N: HIPS2.5RY-CUT

MFG: ALMETEK

HIGH INTENSITY REFLECTIVE LABELS

BASIS OF DESIGN

PAD-MOUNTED EQUIPMENT, PEDESTALS, AND JUNCTION BOXES TAG

P/N: HIPS2.5RY-CUT

MFG: ALMETEK

HIGH INTENSITY REFLECTIVE LABELS

BASIS OF DESIGN

P/N: HIPS1.2RY-CUT (PEDESTALS)

NOTES:

1.5"

1.0"

1.0"

1. GIS NUMBERS SHALL BE INSTALLED AS SHOWN UNLESS

THERE IS A PHYSICAL BARRIER OBSTRUCTING VIEW.

2. THIS STANDARD APPLIES TO ALL OTHER CATEGORIES OF

UNDERGROUND EQUIPMENT (I.E. SWITCHGEAR,

JUNCTIONS).

3. NUMBER MOUNTING SURFACE SHALL BE WIPED CLEAN

BEFORE INSTALLATION.

4. PAD-MOUNTED SWITCHGEAR AND OTHER PAD-MOUNTED

EQUIPMENT SHALL BE LABELED CONSISTENTLY WITH

THE PAD-MOUNTED TRANSFORMER STANDARD AS

SHOWN.

1-3/4"

2-7/8" 2-7/8"

APPR.REVISED BY CHK'D

CLGIS-04

3/6/19

JANNING

NEW FACILITY DATA FORM

INSTRUCTIONS:

1. CONTRACTOR SHALL COMPLETE THIS FORM FOR EACH NEW POLE, PADMOUNT TRANSFORMER, SECONDARY

PEDESTAL, AND SWITCHGEAR.

2. COMPLETED FORM SHALL BE SUBMITTED TO THE BASE CONTRACT REPRESENTATIVE.

COMMENTS

NEW FACILITY DATA FORM

ASSET NUMBER LAT # (DECIMAL VALUE)

ASSET NUMBER LONG# (DECIMAL VALUE)

FEEDER NAME

PRIMARY VOLTAGE

POLE TYPE (W,M,C,O)

POLE CATEGORY

PRIMARY FRAME (DELTA, XARM, VERT, N/A)

POLE JOINT USE (Y/N)

PRIMARY CONDUCTOR PHASES (1,2,3)

PRIMARY CONDUCTOR SIZE AND TYPE

PRIMARY SWITCH/RECLOSER (Y/N)

PRIMARY TAP FUSE CUTOUT (Y/N)

POLE MOUNT TRANS (Y/N)

POLE MOUNT TRANS QUANTITY (1,2,3)

PAD MOUNT TRANS (Y/N)

SECONDARY VOLTAGE

PRIMARY CONNECTION

SECONDARY CONNECTION

KVA RATING

IMPEDANCE

SECONDARY PEDESTAL (Y/N)

PADMOUNTED SWITCH (Y/N)

LIGHT FIXTURE AND QTY (Y/N,#)

UG PRIMARY RISER (Y/N)

UG SEC RISER (Y/N)

(PRIMARY, SECONDARY, LIGHTING, OTHER, N/A)

APPR.REVISED BY CHK'D

CLGIS-05

3/6/19

JANNING

CAMP LEJEUNE EXTERIOR LIGHT FIXTURES AND PHOTOCELL CONTROL SPECIFICATIONS

FOR USE IN ALL NEW AND RENOVATION PROJECTS

v1.1

03Sep2021

I. BACKGROUND

Camp Lejeune is standardizing outdoor lighting fixtures on a set of six luminaire specifications in order to reduce maintenance inventory and provide lighting uniformity across the installation.

Camp Lejeune has also installed an LTE‐based lighting control program called UbiVu, which utilizes Ubicquia Ubicell Model 2.0 Smart Streetlight Controllers (UBC‐20‐0‐01‐NA‐01‐2‐GY). The street lighting controllers install in standard photocell sockets and operate as dusk‐to‐dawn controllers, dimming controllers, and provide remote maintenance information.

II. PRODUCTS:

A. LED Roadway and Parking Lot Lights:

1. LED roadway and parking lot luminaries shall have performance comparable to 70‐250W

HPS luminaries. Fixtures shall be in accordance with Figure I – Exterior Lighting Fixture Schedule.

2. Color temperature shall be 4000K, 70 CRI minimum.

3. LED Engines and electronic drivers shall be rated for a minimum life expectancy of

100,000 hours.

4. Provide a minimum of 20kV/10kA surge protection

5. Housing and access doors shall be cast aluminum with polyester powder coating for corrosion protection.

6. Photo control receptacle shall be ANSI Standard 7 pin NEMA type compatible with

Ubicquia Smart Photocell controllers.

7. Drivers shall be dimmable from 100% to 1%.

8. All components shall be suitable for operation in ambient temperatures from ‐40F to

110F.

9. See Figure I for luminaire characteristics (Fixtures F‐1 and F‐2).

B. LED Flood Lights:

1. LED Flood Lights shall have printed circuit board (PCB) Mounted LED technology comprised of multi cluster LED’s on a single core board. Internal reflectors shall provide uniform light distribution for intended application.

2. Color temperature shall be 4000K, 70 CRI minimum.

3. LED Engines and electronic drivers shall be rated for a minimum life expectancy of

100,000 hours.

4. Provide a minimum of 20kV/10kA surge protection

5. Housing and access doors shall be cast aluminum with polyester powder coating for corrosion protection.

6. Photo control receptacle shall be ANSI Standard 7 pin NEMA type compatible with

Ubicquia Smart Photocell controllers.

7. All components shall be suitable for operation in ambient temperatures from ‐40F to

8. See Figure I for luminaire characteristics (Fixtures F‐3, F‐4, and F‐5).

C. LED Post Top Fixtures:

1. Colonial lantern style and post‐top LED fixtures shall have performance comparable to

150W HPS luminaries, fixtures shall be in accordance with Figure I – Exterior Lighting Fixture

Schedule.

2. LED Engines and electronic drivers shall be rated for a minimum life expectancy of

100,000 hours.

3. Color temperature shall be 4000K, 70 CRI minimum.

4. Provide a minimum of 20kV/10kA surge protection

5. Housing and access doors shall be cast aluminum with polyester powder coating for corrosion protection.

6. Photo control receptacle shall be ANSI Standard 7 pin NEMA type compatible with

Ubicquia Smart Photocell controllers.

7. Drivers shall be dimmable from 100% to 1%.

8. All components shall be suitable for operation in ambient temperatures from ‐40F to

9. See Figure I for luminaire characteristics (Fixture F‐6).

FIGURE I: EXTERIOR LIGHTING FIXTURE SCHEDULE

FIXTURE

ID

USE DISTRIBUTION

TYPE

NOMINAL

INPUT WATTS

LUMENS COLOR

TEMPERATURE

CRI

(minimum)

PHOTOCELL

SOCKET **

F‐1 ROADWAYS II, III OR IV* 150 16,200 4000K 70 7 PIN NEMA

F‐2 PARKING LOTS II, III OR IV* 100 11,000 4000K 70 7 PIN NEMA

F‐3 FLOOD WIDE 130 20,000 4000K 70 7 PIN NEMA

F‐4 FLOOD WIDE 175 26,000 4000K 70 7 PIN NEMA

F‐5 FLOOD WIDE 350 49,000 4000K 70 7 PIN NEMA

F‐6 POST TOP V 50 5,100 4000K 70 7 PIN NEMA

*DEPENDING ON MOUNTING HEIGHT, AND SITE CHARACTERISTICS

** COMPATIBLE WITH SMART PHOTOCELL BY UBICQUIA

Part 6 – Chapter G

Chapter G – FF&E and A/V Cost Summary

• Estimated Furnishings, Fixture and Equipment FF&E) Cost Summary

• Estimated Audio / Visual Cost Summary

22-Nov-22

ESTIMATED FURNISHINGS, FIXTURE AND EQUIPMENT (FF&E) COSTS

P-1458 2nd RADIO BATTALION DB RFP

CAMP LEJEUNE, NC

DESCRIPTION SF TOTAL ESTIMATE

SUPPLY WAREHOUSE 11862 $88,329

PARALOFT 6770 $77,635

ELECTRCIAL/ COMM MAINT. (9418 sf)

VEHICLE MAINT. & BOAT OPS (17459 sf) 26877 $225,275

HAZMAT BUILDING 947 $0

Subtotal $391,239

Installation (13%) $50,861

Shipping (6%) $23,474

Contingency (7%) $27,387

Design Project Management (5%) $19,562

Sales Tax (Jacksonville, NC) (6.75%) $26,409

Bonding (.67%) $2,621

E20

Subtotal $541,553

Handling and Administrative Rate (HAR) (5%) $27,078

Subtotal $568,631

Supervision, Inspection and Overhead (SIOH)

(5.7%) $32,412

Total $601,043

100% Submittal

P-1458 2nd Radio Battalion RFP Page 1 100% FFE Est. Cost Summary

NAVAL FACILITIES ENGINEERING COMMAND MID-ATLANTIC

FURNITURE, FIXTURES & EQUIPMENT (FF&E) ESTIMATED COST SUMMARY

BASE: CAMP LEJEUNE, NC 100% SUBMITTAL

PROJECT: P-1458 2nd RADIO BATTALION DB RFP DATE: 3-Oct-22

BUILDING: Supply Warehouse

QTY ITEM DESCRIPTION

EST UNIT

COST FY23 TOTAL

Admin

15 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 24,000$

15 CHAIR - TASK - HARD FLOOR CASTERS 450$ 6,750$

15 MOBILE BF PED W/ ATTACHED SEAT CUSHION 450$ 6,750$

8 FILE CABINET - 36"W x 4H LATERAL - METAL 900$ 7,200$

15 TRASH CAN - 14 QT 18$ 270$

1 WALL CLOCK 30$ 30$

1 CHAIN OF COMMAND (12 POCKET) 2,600$ 2,600$

1 HIGH SECURITY DVD AND CD SHREDDER 3,200$ 3,200$

1 HIGH SECURITY PAPER SHREDDER 5,500$ 5,500$

1 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 100$

Office 1

1 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 1,600$

1 CHAIR - TASK - CARPET CASTERS 450$ 450$

1 MOBILE BF PED W/ ATTACHED SEAT CUSHION 450$ 450$

1 CHAIR - GUEST - PRIVATE OFFICE 550$ 550$

1 TRASH CAN - 14 QT 18$ 18$

1 WALL CLOCK 70$ 70$

1 FILE / BOOKBASE - 30 W - METAL/ LAMINATE TOP 700$ 700$

Office 2

1 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 1,600$

1 CHAIR - TASK - CARPET CASTERS 450$ 450$

1 MOBILE BF PED W/ ATTACHED SEAT CUSHION 450$ 450$

1 CHAIR - GUEST - PRIVATE OFFICE 550$ 550$

1 TRASH CAN - 14 QT 18$ 18$

1 WALL CLOCK 70$ 70$

1 FILE / BOOKBASE - 30 W - METAL/ LAMINATE TOP 700$ 700$

Break Room

1 TABLE - 36" DIA. 1,800$ 1,800$

4 CHAIR - GUEST - BREAK ROOM 250$ 1,000$

2 COMMERCIAL MICROWAVE 650$ 1,300$

1 NON-PLUMBED COFFEE - 2 BURNER 800$ 800$

1 WALL CLOCK 70$ 70$

1 REFRIGERATOR, FULL SIZE/ W BOTTOM FREEZER 2,000$ 2,000$

1 TRASH - 23 GAL 90$ 90$

1 RECYCLE - 40 GALLON 450$ 450$

Female Head

1 SHOWER CURTAIN 100$ 100$

1 WALL CLOCK 70$ 70$

1 TRASH - 23 GAL 90$ 90$

Male Head

2 SHOWER CURTAIN 100$ 200$

1 WALL CLOCK 70$ 70$

1 TRASH - 23 GAL 90$ 90$

Janitor

1 JANITOR CART SUPPLIES 375$ 375$

Shipping Receiving CO Issue

2 TILT TRUCK - TRASH 1,025$ 2,050$

1 DEFIBRILLATOR - PORTABLE 1,950$ 1,950$

3 TRASH - 23 GAL 90$ 270$

6 BOOKCASE - 36"W METAL 500$ 3,000$

3 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 300$

6 STORAGE CABINET- 36"W X 60"H - METAL 650$ 3,900$

P-1458 2nd Radio Battalion RFP Page 1 100% FFE Est. Cost Summary

BASE: CAMP LEJEUNE, NC 100% SUBMITTAL

PROJECT: P-1458 2nd RADIO BATTALION DB RFP DATE: 3-Oct-22

BUILDING: Supply Warehouse

QTY ITEM DESCRIPTION

EST UNIT

COST FY23 TOTAL

2 WALL CLOCK 70$ 140$

Mother's Room

1 LOUNGE CHAIR WITH TABLET ARM 1,400$ 1,400$

1 COMMERCIAL MICROWAVE 650$ 650$

1 WALL CLOCK 70$ 70$

1 REFRIGERATOR, FULL SIZE/ W BOTTOM FREEZER 2,000$ 2,000$

1 TRASH CAN - 14 QT 18$ 18$

Mechanical Room

NO ITEMS -$

Electrical Room

NO ITEMS -$

Telecom Room

NO ITEMS -$

Receiving cage

NO ITEMS -$

HQ CO Warehouse

NO ITEMS -$

PN Effects

NO ITEMS -$

Supply Warehouse FF&E Product Total 88,329$

P-1458 2nd Radio Battalion RFP Page 2 100% FFE Est. Cost Summary

BASE: CAMP LEJEUNE, NC 100% SUBMITTAL

PROJECT: P-1458 2nd RADIO BATTALION DB RFP DATE: 3-Oct-22

BUILDING: Paraloft

QTY ITEM DESCRIPTION

EST UNIT

COST FY23 TOTAL

Admin

4 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 6,400$

1 TABLE - CONFERENCE - 36"W X 72"L 1,100$ 1,100$

10 CHAIR - TASK - HARD FLOOR CASTERS 450$ 4,500$

4 MOBILE BF PED W/ ATTACHED SEAT CUSHION 450$ 1,800$

4 TRASH CAN - 14 QT 18$ 72$

1 WALL CLOCK 70$ 70$

Training Area

1 LECTURN 1,200$ 1,200$

48 CHAIR - CONFERENCE/ TRAINING/ BREAK 450$ 21,600$

1 WALL CLOCK 70$ 70$

Parachute Inspection and Packing Area

1 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 100$

1 CHAIR - GUEST - PRIVATE OFFICE 450$ 450$

1 WALL CLOCK 70$ 70$

1 TRASH - 23 GAL 90$ 90$

12 PARACHUTE FOLDING TABLE (NSN 7195009731961) 1,800$ 21,600$

Secure Parachute Storage Room

NO ITEMS -$ -$

Parachute Drying Tower

NO ITEMS -$ -$

Parachute Repair Room

4 TABLE - 24"W X 72"L W/CASTERS 1,000$ 4,000$

1 TABLE - 36" SQUARE 600$ 600$

3 CHAIR - TASK - HARD FLOOR CASTERS 450$ 1,350$

1 BOOKCASE - 36"W METAL 500$ 500$

1 WALL CLOCK 70$ 70$

1 TRASH - 23 GAL 90$ 90$

Personnel Gear Lockers

NO ITEMS -$ -$

Paraloft Packout Staging Area

NO ITEMS -$ -$

Mother's Room

1 LOUNGE CHAIR WITH TABLET ARM 1,400$ 1,400$

1 COMMERCIAL MICROWAVE 650$ 650$

1 WALL CLOCK 70$ 70$

1 REFRIGERATOR, FULL SIZE/ W BOTTOM FREEZER 2,000$ 2,000$

1 TRASH CAN - 14 QT 18$ 18$

Helicoptier Rope Suspension Techniques (HRST)

4 STORAGE CABINET- 36"W X 60"H - METAL 650$ 2,600$

1 WALL CLOCK 70$ 70$

Female Head

1 SHOWER CURTAIN 100$ 100$

1 TRASH - 23 GAL 90$ 90$

3 LOCKER, METAL SINGLE-TIER 500$ 1,500$

1 WALL CLOCK 70$ 70$

Male Head

2 SHOWER CURTAIN 100$ 200$

1 TRASH - 23 GAL 90$ 90$

5 LOCKER, METAL SINGLE-TIER 500$ 2,500$

1 WALL CLOCK 70$ 70$

Janitor

1 JANITOR CART SUPPLIES 375$ 375$

P-1458 2nd Radio Battalion RFP Page 3 100% FFE Est. Cost Summary

BASE: CAMP LEJEUNE, NC 100% SUBMITTAL

PROJECT: P-1458 2nd RADIO BATTALION DB RFP DATE: 3-Oct-22

BUILDING: Paraloft

QTY ITEM DESCRIPTION

EST UNIT

COST FY23 TOTAL

Mechanical Room

1 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 100$

Electrical Room

NO ITEMS -$ -$

Telecom Room

NO ITEMS -$ -$

Fire Pump Room

NO ITEMS -$ -$

Paraloft FF&E Product Total 77,635$

P-1458 2nd Radio Battalion RFP Page 4 100% FFE Est. Cost Summary

BASE: CAMP LEJEUNE, NC 100% SUBMITTAL

PROJECT: P-1458 2nd RADIO BATTALION DB RFP DATE: 3-Oct-22

BUILDING: Combined Electronics/ Comm/ Vehicle Maintenance & Boat Ops Facility

QTY ITEM DESCRIPTION

EST UNIT

COST FY23 TOTAL

HQ Office (91 sf x 3)

3 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 4,800$

3 CHAIR - TASK - CARPET CASTERS 450$ 1,350$

3 CHAIR - GUEST - PRIVATE OFFICE 550$ 1,650$

3 TRASH CAN - 14 QT 18$ 54$

3 FILE / BOOKBASE - 30 W - METAL/ LAMINATE TOP 700$ 2,100$

3 WALL CLOCK 70$ 210$

HQ Admin Space

2 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 3,200$

1 TABLE - CONFERENCE - 36"W X 72"L 1,100$ 1,100$

8 CHAIR - TASK - CARPET CASTERS 450$ 3,600$

2 TRASH CAN - 14 QT 18$ 36$

1 COMMERCIAL MICROWAVE 650$ 650$

1 REFRIGERATOR, FULL SIZE/ W BOTTOM FREEZER 2,000$ 2,000$

2 BOOKCASE - 36"W METAL 500$ 1,000$

1 WALL CLOCK 70$ 70$

Male Head (South)

2 SHOWER CURTAIN 100$ 200$

1 TRASH - 23 GAL 90$ 90$

5 LOCKER, METAL SINGLE-TIER 500$ 2,500$

1 WALL CLOCK 70$ 70$

Female Head (South)

1 SHOWER CURTAIN 100$ 100$

1 TRASH - 23 GAL 90$ 90$

3 LOCKER, METAL SINGLE-TIER 500$ 1,500$

1 WALL CLOCK 70$ 70$

HQ Janitor

1 JANITOR CART SUPPLIES 375$ 375$

Compressor Room

NO ITEMS -$ -$

HQ CO Radio Shop

4 MOBILE BF PED W/ ATTACHED SEAT CUSHION 450$ 1,800$

10 CHAIR - TASK - HARD FLOOR CASTERS 450$ 4,500$

2 FILE CABINET - 36"W x 4H LATERAL - METAL 900$ 1,800$

4 TRASH CAN - 14 QT 18$ 72$

2 WALL CLOCK 70$ 140$

1 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 100$

HQ CO Comm Shop

4 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 450$ 1,800$

10 CHAIR - TASK - HARD FLOOR CASTERS 450$ 4,500$

2 FILE CABINET - 36"W x 4H LATERAL - METAL 900$ 1,800$

4 TRASH CAN - 14 QT 18$ 72$

1 WALL CLOCK 70$ 70$

HQ CO Receiving Shop

2 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 3,200$

2 CHAIR - TASK - HARD FLOOR CASTERS 450$ 900$

2 TRASH CAN - 14 QT 18$ 36$

1 WALL CLOCK 70$ 70$

1 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 100$

HQ CO Maint. Shop

2 DESK W/ SIDE HUTCH - 6' x 6'-6" - LAMINATE/ METAL 1,600$ 3,200$

5 CHAIR - TASK - HARD FLOOR CASTERS 450$ 2,250$

12 FILE CABINET - 36"W x 4H LATERAL - METAL 900$ 10,800$

P-1458 2nd Radio Battalion RFP Page 5 100% FFE Est. Cost Summary

BASE: CAMP LEJEUNE, NC 100% SUBMITTAL

PROJECT: P-1458 2nd RADIO BATTALION DB RFP DATE: 3-Oct-22

BUILDING: Combined Electronics/ Comm/ Vehicle Maintenance & Boat Ops Facility

QTY ITEM DESCRIPTION

EST UNIT

COST FY23 TOTAL

2 TRASH CAN - 14 QT 18$ 36$

1 WALL CLOCK 70$ 70$

EM Cage

62 FILE CABINET - 36"W x 4H LATERAL - METAL 900$ 55,800$

Mechanical Room

1 FIRE EXTINGUISHER, WALL-MOUNTED 100$ 100$

Mechanical Fan…