3-09 - COM JOC Section J Attachment J-C.9 SOW.pdf

Scope of Work

PE18416MR 41 Area Communications Consolidation into Building 4150 (IR Related)

Marine Corps Base Camp Pendleton, CA, 92055

Prepared by: Rolando Garcia, George Martinez, Ron Coder, and Eric Bashaw

May 17, 2021

Estimated Duration:

30 Days-Contract Procurement

30 Days Submittal Review

30 Days Materials Procurement

90 Days Performance of Work Duration

180 Days Total

Background

Justification: This will correct deficiencies in Area Distribution Node 4150, discovered during a field site survey performed by Marine Corps Systems Command - Base Telecommunications

Infrastructure, and will consolidate all outside plant communications cabling from building

410341 into 4150, and allow building 410341 to be demolished in support of the infrastructure reset.

Work Activities: This proposal includes all labor, materials and equipment to perform the following tasks:

Task 1-Class 2 Facility Upgrades ADN 4150 (non-negotiated line items:

1) Main Equipment Room

a) Floors – Install static-dissipative vinyl coated tile (VCT) throughout equipment room interior.

i) Do not seal or clear-coat the VCT.

ii) Membrane material must electrically have bonded to the Telecommunications

Ground Bus Bar (TGB) closest to the tile (floor). Test for continuity and resistivity as described in the 2014 CPR supplement # 271500.

b) Racks – Existing equipment racks need to be electrically isolated from floor and other objects (racks, trays, rebar, etc.).

i) Install isolation pads installed between each rack and the floor.

ii) Mounting hardware needs to be isolated from each rack.

iii) Remove any daisy-chained ground (mechanical lugs) tying one rack to another rack.

iv) Do not remove a single path ground cabling from a rack to the overhead ground cable run if already installed.

v) Important: Use caution around racks with active equipment. Racks may need to be

“floated” during tiling and insulating.

SECTION J

ATTACHMENT J-C.9 SCOPE OF WORK (SEED PROJECT)

c) Cable Distribution Frame Replacement –Provide labor, equipment, and material to remove the existing cable distribution frame within building 4150 (3 racks). Will need to detach and suspend existing cable BET and LEN blocks, including any attached overhead cable trays and ground cables. Replace with a Newton style two-sided 12’L x 3’W x 7’H mainframe. Re-attach suspended blocks and cables. Re-attach frame to over-head cable trays. Provide electrical isolation between racks and trays. Bond ground cabling from frame to single-path ground network running to the TMGB.

d) Seismic Bracing 1 (Zone D compliance) – Replace all cable tray and cable ladder couplers with two-piece, through-hole type. Do not disturb the ground straps/cable that tie sections together. If unavoidable, remove as needed, then re-install exactly as required.

e) Seismic Bracing 2 (Zone D compliance) – as follows.

i) Secure first layer cable trays to equipment racks using 5/8” threaded rod and isolation couplers (typically poly-fiber polymer). Height of first layer cable tray is typically

12” above the rack or cabinet. Second cable tray layer is to be 12” above the first cable tray and is typically secured to the first cable tray layer using 5/8” threaded rod and isolation couplers (can be secured to a rack or cabinet).

ii) Once all cable trays have been secured (with isolation) to the equipment racks and/or cabinets, disconnect any threaded rod connecting a cable tray to any overhead uni-strut member or other equipment that has no isolation and add an isolation coupler.

Note: A rod may be able to be removed entirely if it is supports only a tray and nothing else AND if directly above a tie required from the tray to the rack or the other tray.

f) Grounding and Bonding – Install single path ground cabling and bonding per TIA

607B.

i) Ensure each rack, cabinet, cable tray, and cable ladder has an independent ground cable bonded to a single path ground cable attached to the Ground Bus Bar

(TMGB or TGB).

ii) Coupled cable tray sections are to be bonded together using a ground cable and through-hole lugs using TIA 607B methods).

iii) Re-crimp and/or terminate improperly terminated ground cabling at the TMGB and TGB in vault.

iv) Correctly bond metallic conduits used for ground cabling inside the vault.

v) Test the Vault TGB to ensure is correctly grounded to the facility ground ring.

g) Install Star line Track Busway by Universal Electric UCT3C92S-14-1ADFN-STD

Plug-in for 225A, L630R, 30A 2-pole, quantity of four.

h) Install TRIPP LITE P040-012-P30 Heavy-Duty Power Cord, 20A, 12AWG (IEC-320-

C19 to NEMA L6-30P), quantity of four.

i) Lighting – Replace existing Fluorescent-type overhead lighting fixtures with LED type that can meet the 50 foot-candles or lumens at 30” above floor requirement.

i) All light fixtures must be caged (protected). There are 20 fixtures in main equipment room, 4 fixtures inside the battery room, and seven (7) fixtures inside the cable vault.

ii) Add motion detection sensor inside battery room. Replace manual light switch with neon-type and tie into motion sensor wiring.

iii) Add motion detection sensor inside cable vault. Replace manual light switch with neon-type and tie into motion sensor wiring.

j) Emergency Lighting – There are presently no emergency lighting with the facility.

i) Install emergency lighting inside the main equipment room (2 lights – near main door and near opposing corner), the battery room (1 light), and the cable vault (1 light). Can be part of the existing lighting system or in addition to it.

k) Vault Hatch – Safety poles and chain around the hatch to the cable vault are wobbly and unsafe. Hatch doesn’t completely close

i) Adjust and align vault hatch door.

ii) Remove and replace the existing safety chains and posts mounted around the cable vault hatch.

iii) Install one fixed 36” high floor-mounted hand-rail secured between the hatch opening and the gray equipment rack, and a second one on the side opposite the recessed hatch handle. The rails must have two welded horizontal members spaced about 12” apart forming a hand-ladder to hold onto when climbing up or down from the cable vault.

iv) Install a flanged post at the corner opposite the rails. Minimize tripping hazards from protruding bolts.

v) Install either two detachable 3/8” chains between the post and each fixed rail or two detachable rail tubes.

vi) Note: Do not install fixed railing between cable vault hatch and the wire distribution frame. Must be able to detach as needed and work freely at the wire frame.

l) Emergency Exit – Install a new 36” metal door and frame at the northwest end of the facility to provide for emergency use only (commercial interior push-bar door latch, IDS

BMS). Door can be up to 48” if space allows. Refer to the BEAP for door specifications.

i) Install an illuminated EXIT sign above interior door.

m) Main Room Door – Door doesn’t have a tight seal or close on its own. Need to keep out external elements like water, dirt, and bugs.

i) Replace the weather stripping around the main door.

ii) Replace door threshold wiper and adjust for best fit.

iii) Replace door closer mechanism with a stronger action.

n) Battery Room

i) Note: G6 will contact FMD for bug abatement of the battery room and the main equipment room.

ii) Install a spill containment barrier around battery stacks. Requires removable absorbent material (see OSHA or Hazmat specifications).

iii) Replace unusable and exposed exterior eyewash station with an enclosed station permanent or portable wall–mounted type. May be possible to install portable eye-wash station inside the battery room on the back of the primary door (door must be open to use – keeps water away from batteries). Per OSHA, must be located within a 10 second reach of contamination event.

iv) Replace the weather stripping around the two battery room doors.

v) Replace the threshold wiper on both doors and adjust for best fit.

vi) Install a fine mesh screen or filter over louvered vents in both doors.

2) Equipment Utility Yard

a) HVAC (Exterior) – The drain pipe attached to AC#1 air handling unit is mounted

3”above the slab and crosses the only path to the HVAC circuit breaker box, creating a serious tripping hazard (safety). Two options:

i) Re-route the copper HVAC condensation drainage pipe that runs from AC#1 HVAC unit to a drain located against the building. Must consider slope for the gravity-induced flow.

ii) Add a floor sink or a trough from the HVAC unit’s drainage outlet to the floor drain and re-pipe (consider slope for gravity flow).

b) Missing Gate – Fence section on north side of utility yard was supposed to be a gate, not a fence.

i) Replace chain link fence section with a latching double gate (~135” ID). Pad lock to be supplied by MCIWEST G6 (FMD).

ii) Install new ground rods outside both reusable fence posts.

iii) Bond both posts to ground rods per ANSI J-Std 607. Test continuity for compliance.

c) Grounding and Bonding – Ensure facility and telecommunications ground systems are complete and can be tested for compliance.

i) Ground Ring Inspection Wells (four) around the facility need to be cleaned out

(dirt/mud, dead and living things)

ii) Once cleared of debris, visually check that there is an exothermic bond between the stranded ground ring cable and one or more other strand cables.

iii) Test that the cables are 0 ohms between them. Report to MCIWEST G6 if not 0 ohms.

iv) Install a new ground rod outside right-most front gate’s fence post.

v) Bond gate post to ground rod per ANSI J-Std 607. Test continuity for compliance.

3) Facility Exterior and Lot

a) Main Door – The water management awning located above the main facility door has a large (3” to 4”) gap between the awning and the wall that allows rain water to pour into the room when open.

i) Correct the deficiency with non-rusting flashing or similar.

b) Lot – Excess water from street and driveway flows toward the utility yard and pockets there. Improve water management inside the lot to allow water to flow away from the facility and utility yard. Also, weeds, chuck holes, and collapsing burrows create safety hazards when traversing the lot to the adjacent Com facility. This should be completed after the pathways have been installed).

i) Note: Identify all inspection wells and utility covers located around the facility.

ii) Ensure all covers (water, sewer, monitoring, and inspection wells) are exposed, clear of debris, and marked with color-coded nylon feathers (feathers to remain indefinitely).

iii) Install 5’ concrete walk against the unpaved perimeter of the facility and sloped enough to allow drainage and prevent water pocketing against the facility. Paving can end just past the new utility yard gate. Be sure to provide a separation between the vent duct and concrete on the west side of the building.

c) Monopole Tower – The tower next to the Utility Yard is unstable in the wind and cannot be used as intended. The tower also does not have FAA lighting, not is it wired for it. It has been recently noted that the pole is two-piece instead of a single unit. It is held together by a single bolt that allows the top half to pivot in the wind, causing the entire pole to wobble.

i) Dismantle and remove both tower sections and remove the tower base. (Tower base has direct-buried telecom ground cable, which would also need to be removed.)

Task 2-Install Pathways

4) Replace composite MH-41-1 lid with CPR compliant MH lid.

5) Provide third party utility locating followed by a base utility locate prior to any excavation.

6) Provide labor, equipment, and material to intercept the eight (8) existing 4 inch conduits in accordance with the diagram provided below. The approximate location of the intercept point is 33.289 latitude, -117.441 longitude.

a) Install eight (8) 4 inch conduits from MH-41-0 to the intercept point, approximately 65 feet. Connect these two duct-banks to create a pathway to 4150.

b) Note-One 4 inch duct between 410341 and 4150 may be left connected in order to contain the existing 600 and new 400 pair copper tie cable required to trunk voice from the RCC2 in 410341 until VOIP is installed in FY22-23. Once VOIP is installed these two cables can be demolished and the conduit can be connected during the demo of

410341.

Task 3-Consolidate copper outside plant cabling from building 410341 into building 4150

(negotiated line items):

7) This is a live cutover, during a scheduled service outage. The below listed steps will apply while splicing copper cable during this project:

a) At the OSP splice points, the contractor will use 3M 710 Modular Connectors to half tap existing cable pairs from 410341 to our new cables feeding building 4150.

b) After half tap at the splice points is complete, all services shall be cross connected within

410341 to 4150 via the copper ties and will be wire wrapped back to their original cable pair on the 4486 MDF frame. The contractor will supply the jumper wire.

c) Once all services are verified to be in the correct location the splices will be completed, splice cases closed and flash tested.

d) And end to end test will occur, verifying that all dial tone is on the correct pairs.

e) From the splice points to building 410341, remove old splice cases, copper cables, and cross-connects from the underground pathways and distribution frame in building

410341.

f) Replace any remaining older splice cases in MH-41-0, MH-41-1, and MH-41-6 with new

Preformed Stretch splice cases with three section drillable end plates.

8) Install a 400 pair PE-89 twisted pair copper cable from 410341 to 4150, in the same conduit as CA 41-5, 1-600. These two cables will serve to trunk 1,000 phone numbers from the

RCC2 in 410341 to 4150 and then out into the campus. When the VOIP deployment comes in FY22-23 this cable will no longer be required and will be demolished prior to the demolition of 410341.

a) Terminate on 4486 DP mainframe connectors on both ends, test, label and provide test results. Quantity of eight.

9) Within 410341, perform an audit of existing services on the six cables (6,800 copper pairs) that currently provide telecommunications services to the 41 area campus. These cables are:

a) CA857, 1-1500

b) CA858, 1-900

c) CA859, 1-2000

d) CA3141, 1-600

e) CA4143, 1-600

f) CA4151, 1-1200

i) Also verify the location of the cables within MH-41-1, and MH 41-6.

10) Provide labor, equipment, and material to install sixty-eight (68), 100 pair, 4486 DP Central

Office Protector with plenum-rated tip cables on the double sided mainframe within 4150.

Terminate tip cables in 12” grounded SS splice cases inside cable vault and label appropriately.

11) Coordinate with MCIWEST G6/Plans for proper placement of cable and splice cases in the vault of 4150. Perform transition splices from outdoor rated copper cabling to indoor rated copper cabling. Install splice cases and flash test properly, splice cases will have the following:

a) Maintenance hole supports

b) Fire retardant end plate

c) End plate

d) Splice Cases and Cabling labeled with appropriate cable id

e) Grounded to cable vault halo with correct gauge cabling

12) Install one-2400 Pair, 24 AWG PE-89 copper cable through existing conduit for approximately 420 feet from building 4150, pass through MH41-0 and into MH 41-1. And label the 2400 pair cable with identifier CA4151, 1-1200 and CA4143, 1-600 (1201-1800), CA858, 1-600 (1801-2400).

13) Splice CA4151, 1-1200 and CA4143, 1-600 (1201-1800), CA858, 1-600 (1801-2400) to the new 2400 pair cable according to the splice charts below:

BINDER GROUP Cable ID Pair Count >Splice to> BINDER GROUP Cable ID Pair Count

WH-BLU CA4151 1-25 WH-BLU CA4151 1-25

WH-ORG CA4151 26-50 WH-ORG CA4151 26-50

WH-GRN CA4151 51-75 WH-GRN CA4151 51-75

WH-BRN CA4151 76-100 WH-BRN CA4151 76-100

WH-SLT CA4151 101-125 WH-SLT CA4151 101-125

RD-BLU CA4151 126-150 RD-BLU CA4151 126-150

RD-ORG CA4151 151-175 RD-ORG CA4151 151-175

RD-GRN CA4151 176-200 RD-GRN CA4151 176-200

RD-BRN CA4151 201-225 RD-BRN CA4151 201-225

RD-SLT CA4151 226-250 RD-SLT CA4151 226-250

BK-BLU CA4151 251-275 BK-BLU CA4151 251-275

BK-ORN CA4151 276-300 BK-ORN CA4151 276-300

BK-GRN CA4151 301-325 BK-GRN CA4151 301-325

BK-BRN CA4151 326-350 BK-BRN CA4151 326-350

BK-SLT CA4151 351-375 BK-SLT CA4151 351-375

YL-BLU CA4151 376-400 YL-BLU CA4151 376-400

YL-ORG CA4151 401-425 YL-ORG CA4151 401-425

YL-GRN CA4151 426-450 YL-GRN CA4151 426-450

YL-BRN CA4151 451-475 YL-BRN CA4151 451-475

YL-SLT CA4151 476-500 YL-SLT CA4151 476-500

VL-BLU CA4151 501-525 VL-BLU CA4151 501-525

VL-ORG CA4151 526-550 VL-ORG CA4151 526-550

VL-GRN CA4151 551-575 VL-GRN CA4151 551-575

VL-BRN CA4151 576-600 VL-BRN CA4151 576-600

Existing 1200 pair Installed 2400 pair

CA4151, 1-1200

2400 pair SUPER GROUP-WHT

BINDER GROUP Cable ID Pair Count >Splice to> BINDER GROUPCable ID Pair Count

WH-BLU CA4151 601-625 WH-BLU CA4151 601-625

WH-ORG CA4151 626-650 WH-ORG CA4151 626-650

WH-GRN CA4151 651-675 WH-GRN CA4151 651-675

WH-BRN CA4151 676-700 WH-BRN CA4151 676-700

WH-SLT CA4151 701-725 WH-SLT CA4151 701-725

RD-BLU CA4151 726-750 RD-BLU CA4151 726-750

RD-ORG CA4151 751-775 RD-ORG CA4151 751-775

RD-GRN CA4151 776-800 RD-GRN CA4151 776-800

RD-BRN CA4151 801-825 RD-BRN CA4151 801-825

RD-SLT CA4151 826-850 RD-SLT CA4151 826-850

BK-BLU CA4151 851-875 BK-BLU CA4151 851-875

BK-ORN CA4151 876-900 BK-ORN CA4151 876-900

BK-GRN CA4151 901-925 BK-GRN CA4151 901-925

BK-BRN CA4151 926-950 BK-BRN CA4151 926-950

BK-SLT CA4151 951-975 BK-SLT CA4151 951-975

YL-BLU CA4151 976-1000 YL-BLU CA4151 976-1000

YL-ORG CA4151 1001-1025 YL-ORG CA4151 1001-1025

YL-GRN CA4151 1026-1050 YL-GRN CA4151 1026-1050

YL-BRN CA4151 1051-1075 YL-BRN CA4151 1051-1075

YL-SLT CA4151 1076-1100 YL-SLT CA4151 1076-1100

VL-BLU CA4151 1101-1125 VL-BLU CA4151 1101-1125

VL-ORG CA4151 1126-1150 VL-ORG CA4151 1126-1150

VL-GRN CA4151 1151-1175 VL-GRN CA4151 1151-1175

VL-BRN CA4151 1176-1200 VL-BRN CA4151 1176-1200

2400 PAIR SUPER GROUP-RED

Installed 2400 pairExisting 1200 pair

CA4151, 1-1200

BINDER GROUPCable ID Pair Count >Splice to> BINDER GROUPCable ID Pair Count

WH-BLU CA858 1-25 WH-BLU CA858 1801-1825

WH-ORG CA858 26-50 WH-ORG CA858 1826-1850

WH-GRN CA858 51-75 WH-GRN CA858 1851-1875

WH-BRN CA858 76-100 WH-BRN CA858 1876-1900

WH-SLT CA858 101-125 WH-SLT CA858 1901-1925

RD-BLU CA858 126-150 RD-BLU CA858 1926-1950

RD-ORG CA858 151-175 RD-ORG CA858 1951-1975

RD-GRN CA858 176-200 RD-GRN CA858 1976-2000

RD-BRN CA858 201-225 RD-BRN CA858 2001-2025

RD-SLT CA858 226-250 RD-SLT CA858 2026-2050

BK-BLU CA858 251-275 BK-BLU CA858 2051-2075

BK-ORN CA858 276-300 BK-ORN CA858 2076-2100

BK-GRN CA858 301-325 BK-GRN CA858 2101-2125

BK-BRN CA858 326-350 BK-BRN CA858 2126-2150

BK-SLT CA858 351-375 BK-SLT CA858 2151-2175

YL-BLU CA858 376-400 YL-BLU CA858 2176-2200

YL-ORG CA858 401-425 YL-ORG CA858 2201-2225

YL-GRN CA858 426-450 YL-GRN CA858 2226-2250

YL-BRN CA858 451-475 YL-BRN CA858 2251-2275

YL-SLT CA858 476-500 YL-SLT CA858 2276-2300

VL-BLU CA858 501-525 VL-BLU CA858 2301-2325

VL-ORG CA858 526-550 VL-ORG CA858 2326-2350

VL-GRN CA858 551-575 VL-GRN CA858 2351-2375

VL-BRN CA858 576-600 VL-BRN CA858 2376-2400

Existing 900 pair Installed 2400 pair

CA858, 1801-2400

2400 PAIR SUPER GROUP-YLW

14) Continuity test the new 2400 pair copper cable from 4150 to the building entrance terminal in the end user building and provide test results.

15) Install one-2400 Pair, 24-AWG PE-89 copper cable through existing conduit for approximately 420 feet from building 4150, pass through MH41-0 and into MH 41-1. And label the 2400 pair cable with identifier CA859, 1-2000 and CA858, 601-900 (2001-2300)

100 pair DD.

16) Splice CA859, 1-2000 and CA858, 601-900 to the new 2400 pair cable according to the splice charts below:

WH-BLU CA859 1-25 WH-BLU CA859 1-25

WH-ORG CA859 26-50 WH-ORG CA859 26-50

WH-GRN CA859 51-75 WH-GRN CA859 51-75

WH-BRN CA859 76-100 WH-BRN CA859 76-100

WH-SLT CA859 101-125 WH-SLT CA859 101-125

RD-BLU CA859 126-150 RD-BLU CA859 126-150

RD-ORG CA859 151-175 RD-ORG CA859 151-175

RD-GRN CA859 176-200 RD-GRN CA859 176-200

RD-BRN CA859 201-225 RD-BRN CA859 201-225

RD-SLT CA859 226-250 RD-SLT CA859 226-250

BK-BLU CA859 251-275 BK-BLU CA859 251-275

BK-ORN CA859 276-300 BK-ORN CA859 276-300

BK-GRN CA859 301-325 BK-GRN CA859 301-325

BK-BRN CA859 326-350 BK-BRN CA859 326-350

BK-SLT CA859 351-375 BK-SLT CA859 351-375

YL-BLU CA859 376-400 YL-BLU CA859 376-400

YL-ORG CA859 401-425 YL-ORG CA859 401-425

YL-GRN CA859 426-450 YL-GRN CA859 426-450

YL-BRN CA859 451-475 YL-BRN CA859 451-475

YL-SLT CA859 476-500 YL-SLT CA859 476-500

VL-BLU CA859 501-525 VL-BLU CA859 501-525

VL-ORG CA859 526-550 VL-ORG CA859 526-550

VL-GRN CA859 551-575 VL-GRN CA859 551-575

VL-BRN CA859 576-600 VL-BRN CA859 576-600

2400 pair SUPER GROUP-WHT

Existing 2000 pair Installed 2400 pair

CA859, 1-2000

BINDER GROUP Cable ID Pair Count >Splice to> BINDER GROUPCable ID Pair Count

WH-BLU CA859 601-625 WH-BLU CA859 601-625

WH-ORG CA859 626-650 WH-ORG CA859 626-650

WH-GRN CA859 651-675 WH-GRN CA859 651-675

WH-BRN CA859 676-700 WH-BRN CA859 676-700

WH-SLT CA859 701-725 WH-SLT CA859 701-725

RD-BLU CA859 726-750 RD-BLU CA859 726-750

RD-ORG CA859 751-775 RD-ORG CA859 751-775

RD-GRN CA859 776-800 RD-GRN CA859 776-800

RD-BRN CA859 801-825 RD-BRN CA859 801-825

RD-SLT CA859 826-850 RD-SLT CA859 826-850

BK-BLU CA859 851-875 BK-BLU CA859 851-875

BK-ORN CA859 876-900 BK-ORN CA859 876-900

BK-GRN CA859 901-925 BK-GRN CA859 901-925

BK-BRN CA859 926-950 BK-BRN CA859 926-950

BK-SLT CA859 951-975 BK-SLT CA859 951-975

YL-BLU CA859 976-1000 YL-BLU CA859 976-1000

YL-ORG CA859 1001-1025 YL-ORG CA859 1001-1025

YL-GRN CA859 1026-1050 YL-GRN CA859 1026-1050

YL-BRN CA859 1051-1075 YL-BRN CA859 1051-1075

YL-SLT CA859 1076-1100 YL-SLT CA859 1076-1100

VL-BLU CA859 1101-1125 VL-BLU CA859 1101-1125

VL-ORG CA859 1126-1150 VL-ORG CA859 1126-1150

VL-GRN CA859 1151-1175 VL-GRN CA859 1151-1175

VL-BRN CA859 1176-1200 VL-BRN CA859 1176-1200

2400 PAIR SUPER GROUP-RED

Existing 2000 pair Installed 2400 pair

WH-BLU CA859 1201-1225 WH-BLU CA859 1201-1225

WH-ORG CA859 1226-1250 WH-ORG CA859 1226-1250

WH-GRN CA859 1251-1275 WH-GRN CA859 1251-1275

WH-BRN CA859 1276-1300 WH-BRN CA859 1276-1300

WH-SLT CA859 1301-1325 WH-SLT CA859 1301-1325

RD-BLU CA859 1326-1350 RD-BLU CA859 1326-1350

RD-ORG CA859 1351-1375 RD-ORG CA859 1351-1375

RD-GRN CA859 1376-1400 RD-GRN CA859 1376-1400

RD-BRN CA859 1401-1425 RD-BRN CA859 1401-1425

RD-SLT CA859 1426-1450 RD-SLT CA859 1426-1450

BK-BLU CA859 1451-1475 BK-BLU CA859 1451-1475

BK-ORN CA859 1476-1500 BK-ORN CA859 1476-1500

BK-GRN CA859 1501-1525 BK-GRN CA859 1501-1525

BK-BRN CA859 1526-1550 BK-BRN CA859 1526-1550

BK-SLT CA859 1551-1575 BK-SLT CA859 1551-1575

YL-BLU CA859 1576-1600 YL-BLU CA859 1576-1600

YL-ORG CA859 1601-1625 YL-ORG CA859 1601-1625

YL-GRN CA859 1626-1650 YL-GRN CA859 1626-1650

YL-BRN CA859 1651-1675 YL-BRN CA859 1651-1675

YL-SLT CA859 1676-1700 YL-SLT CA859 1676-1700

VL-BLU CA859 1701-1725 VL-BLU CA859 1701-1725

VL-ORG CA859 1726-1750 VL-ORG CA859 1726-1750

VL-GRN CA859 1751-1775 VL-GRN CA859 1751-1775

VL-BRN CA859 1776-1800 VL-BRN CA859 1776-1800

2400 PAIR SUPER GROUP-BLK

Existing 2000 pair Installed 2400 pair

WH-BLU CA859 1801-1825 WH-BLU CA859 1801-1825

WH-ORG CA859 1826-1850 WH-ORG CA859 1826-1850

WH-GRN CA859 1851-1875 WH-GRN CA859 1851-1875

WH-BRN CA859 1876-1900 WH-BRN CA859 1876-1900

WH-SLT CA859 1901-1925 WH-SLT CA859 1901-1925

RD-BLU CA859 1926-1950 RD-BLU CA859 1926-1950

RD-ORG CA859 1951-1975 RD-ORG CA859 1951-1975

RD-GRN CA859 1976-2000 RD-GRN CA859 1976-2000

WH-BLU CA858 601-625 RD-BRN CA858 2001-2025

WH-ORG CA858 626-650 RD-SLT CA858 2026-2050

WH-GRN CA858 651-675 BK-BLU CA858 2051-2075

WH-BRN CA858 676-700 BK-ORN CA858 2076-2100

WH-SLT CA858 701-725 BK-GRN CA858 2101-2125

RD-BLU CA858 726-750 BK-BRN CA858 2126-2150

RD-ORG CA858 751-775 BK-SLT CA858 2151-2175

RD-GRN CA858 776-800 YL-BLU CA858 2176-2200

RD-BRN CA858 801-825 YL-ORG CA858 2201-2225

RD-SLT CA858 826-850 YL-GRN CA858 2226-2250

BK-BLU CA858 851-875 YL-BRN CA858 2251-2275

BK-ORN CA858 876-900 YL-SLT CA858 2276-2300

2400 PAIR SUPER GROUP-YLW

Existing 2000 and 900 pair Installed 2400 pair

CA859, 1-2000 and CA858, 2001-2300

17) Continuity test the new 2400 pair copper cable from 4150 to the building entrance terminal in the end user building and provide test results.

18) Install one (1) 2400 pair, 24 awg PE-89 copper cable from the vault of building 4150 ADN, pass through MH-41-0 and into MH41-6, approximate distance 500 feet. The 2400 pair cable shall be labeled with the identifier CA857, 1-1500 and CA3141, 1-600 (1501-2100), 2101-2400DD.

19) Splice the new 2400 pair cable to the existing 1500 pair identified as CA857, 1-1500 and

CA3141, 1-600(1501-2100) according to the splice assignment listed below:

WH-BLU CA857 1-25 WH-BLU CA857 1-25

WH-ORG CA857 26-50 WH-ORG CA857 26-50

WH-GRN CA857 51-75 WH-GRN CA857 51-75

WH-BRN CA857 76-100 WH-BRN CA857 76-100

WH-SLT CA857 101-125 WH-SLT CA857 101-125

RD-BLU CA857 126-150 RD-BLU CA857 126-150

RD-ORG CA857 151-175 RD-ORG CA857 151-175

RD-GRN CA857 176-200 RD-GRN CA857 176-200

RD-BRN CA857 201-225 RD-BRN CA857 201-225

RD-SLT CA857 226-250 RD-SLT CA857 226-250

BK-BLU CA857 251-275 BK-BLU CA857 251-275

BK-ORN CA857 276-300 BK-ORN CA857 276-300

BK-GRN CA857 301-325 BK-GRN CA857 301-325

BK-BRN CA857 326-350 BK-BRN CA857 326-350

BK-SLT CA857 351-375 BK-SLT CA857 351-375

YL-BLU CA857 376-400 YL-BLU CA857 376-400

YL-ORG CA857 401-425 YL-ORG CA857 401-425

YL-GRN CA857 426-450 YL-GRN CA857 426-450

YL-BRN CA857 451-475 YL-BRN CA857 451-475

YL-SLT CA857 476-500 YL-SLT CA857 476-500

VL-BLU CA857 501-525 VL-BLU CA857 501-525

VL-ORG CA857 526-550 VL-ORG CA857 526-550

VL-GRN CA857 551-575 VL-GRN CA857 551-575

VL-BRN CA857 576-600 VL-BRN CA857 576-600

Existing 1500 pair Installed 2400 pair

CA857, 1-1500

2400 pair SUPER GROUP-WHT

WH-BLU CA857 601-625 WH-BLU CA857 601-625

WH-ORG CA857 626-650 WH-ORG CA857 626-650

WH-GRN CA857 651-675 WH-GRN CA857 651-675

WH-BRN CA857 676-700 WH-BRN CA857 676-700

WH-SLT CA857 701-725 WH-SLT CA857 701-725

RD-BLU CA857 726-750 RD-BLU CA857 726-750

RD-ORG CA857 751-775 RD-ORG CA857 751-775

RD-GRN CA857 776-800 RD-GRN CA857 776-800

RD-BRN CA857 801-825 RD-BRN CA857 801-825

RD-SLT CA857 826-850 RD-SLT CA857 826-850

BK-BLU CA857 851-875 BK-BLU CA857 851-875

BK-ORN CA857 876-900 BK-ORN CA857 876-900

BK-GRN CA857 901-925 WH-BLU CA857 901-925

BK-BRN CA857 926-950 WH-ORG CA857 926-950

BK-SLT CA857 951-975 WH-GRN CA857 951-975

YL-BLU CA857 976-1000 WH-BRN CA857 976-1000

YL-ORG CA857 1001-1025 WH-SLT CA857 1001-1025

YL-GRN CA857 1026-1050 RD-BLU CA857 1026-1050

YL-BRN CA857 1051-1075 RD-ORG CA857 1051-1075

YL-SLT CA857 1076-1100 RD-GRN CA857 1076-1100

VL-BLU CA857 1101-1125 RD-BRN CA857 1101-1125

VL-ORG CA857 1126-1150 RD-SLT CA857 1126-1150

VL-GRN CA857 1151-1175 BK-BLU CA857 1151-1175

VL-BRN CA857 1176-1200 BK-ORN CA857 1176-1200

Existing 1500 pair Installed 2400 pair

CA857, 1-1500

2400 PAIR SUPER GROUP-RED

WH-BLU CA857 1201-1225 BK-GRN CA857 1201-1225

WH-ORG CA857 1226-1250 BK-BRN CA857 1226-1250

WH-GRN CA857 1251-1275 BK-SLT CA857 1251-1275

WH-BRN CA857 1276-1300 YL-BLU CA857 1276-1300

WH-SLT CA857 1301-1325 YL-ORG CA857 1301-1325

RD-BLU CA857 1326-1350 YL-GRN CA857 1326-1350

RD-ORG CA857 1351-1375 YL-BRN CA857 1351-1375

RD-GRN CA857 1376-1400 YL-SLT CA857 1376-1400

RD-BRN CA857 1401-1425 VL-BLU CA857 1401-1425

RD-SLT CA857 1426-1450 VL-ORG CA857 1426-1450

BK-BLU CA857 1451-1475 VL-GRN CA857 1451-1475

BK-ORN CA857 1476-1500 VL-BRN CA857 1476-1500

BK-GRN CA3141 1-25 WH-BLU CA3141 1501-1525

BK-BRN CA3141 26-50 WH-ORG CA3141 1526-1550

BK-SLT CA3141 51-75 WH-GRN CA3141 1551-1575

YL-BLU CA3141 76-100 WH-BRN CA3141 1576-1600

YL-ORG CA3141 101-125 WH-SLT CA3141 1601-1625

YL-GRN CA3141 126-150 RD-BLU CA3141 1626-1650

YL-BRN CA3141 151-175 RD-ORG CA3141 1651-1675

YL-SLT CA3141 176-200 RD-GRN CA3141 1676-1700

VL-BLU CA3141 201-225 RD-BRN CA3141 1701-1725

VL-ORG CA3141 226-250 RD-SLT CA3141 1726-1750

VL-GRN CA3141 251-275 BK-BLU CA3141 1751-1775

VL-BRN CA3141 276-300 BK-ORN CA3141 1776-1800

Existing 1500 pair Installed 2400 pair

CA857, 1-1500/CA3141, 1-600

2400 PAIR SUPER GROUP-BLK

BINDER GROUPCable ID Pair Count>Splice to>BINDER GROUPCable ID Pair Count

WH-BLU CA3141 301-325 WH-BLU CA3141 1801-1825

WH-ORG CA3141 326-350 WH-ORG CA3141 1826-1850

WH-GRN CA3141 351-375 WH-GRN CA3141 1851-1875

WH-BRN CA3141 376-400 WH-BRN CA3141 1876-1900

WH-SLT CA3141 401-425 WH-SLT CA3141 1901-1925

RD-BLU CA3141 426-450 RD-BLU CA3141 1926-1950

RD-ORG CA3141 451-475 RD-ORG CA3141 1951-1975

RD-GRN CA3141 476-500 RD-GRN CA3141 1976-2000

RD-BRN CA3141 501-525 RD-BRN CA3141 2001-2025

RD-SLT CA3141 526-550 RD-SLT CA3141 2026-2050

BK-BLU CA3141 551-575 BK-BLU CA3141 2051-2075

BK-ORN CA3141 576-600 BK-ORN CA3141 2076-2100

BK-GRN Spare 2101-2125

BK-BRN Spare 2126-2150

BK-SLT Spare 2151-2175

YL-BLU Spare 2176-2200

YL-ORG Spare 2201-2225

YL-GRN Spare 2226-2250

YL-BRN Spare 2251-2275

YL-SLT Spare 2276-2300

VL-BLU Spare 2301-2325

VL-ORG Spare 2326-2350

VL-GRN Spare 2351-2375

VL-BRN Spare 2376-2400

Existing 1500 pair Installed 2400 pair

CA3141,1-600

2400 PAIR SUPER GROUP-YLW

20) Continuity test the new 2400 pair copper cable from 4150 to the building entrance terminal in the end user building and provide test results.

Task 2: Relocate OSP Fiber Optic Cables Transfer the following outside fiber optic cables from building 410341 to building 4150:

CABLE ID/STRANDS CABLE SIZE/SM

FOC 3141-1, 1-144 SSM 144

FOC 3141-2, 1-144 SSM 144

FOC 4143-1, 1-144 SSM 144

FOC 4143-2, 1-144 SSM 144

FOC 41-3, 1-192 SSM 192

FOC 41-1, 1-96 SSM 96

FOC 41-2, 1-72 SSM 72

FOC NMCI ZONE, 15-201, 1-72 SSM 24

FOC 41-4, 1-144 SSM 144

FOC 4151-1, 1-144 SSM 144

FOC 4151-2, 1-144 SSM 144

FOC 4151-3, 1-144 SSM 144

FOC 4151-4, 1-144 SSM 144

FOC 41-9, 1-12 12

FOC 41-9, 1-12 12

FOC 41-9, 1-12 12

FOC 41-9, 1-12 12

TOTAL 1728

21) Provide labor, equipment, and material to perform and audit of existing services on all 1,728 fiber-optic strands that currently provide all fiber related telecommunications services to the

41 area camp.

a) Also verify the location of the cables within MH-41-1, and MH 41-6.

22) This is a live cutover, during a scheduled service outage. The below listed steps will apply while splicing fiber optic cable during this project:

a) At the OSP splice points, the contractor will arrange and prep the fiber optic cables and splice cases side by side for quick access during the splice.

b) Within 4150, the working strands on the new fiber optic cables will be pre-patched in order to ensure minimal downtime. This includes from trunk to trunk and from cable to end equipment. The contractor will supply the fiber optic patch cords.

c) Once the splices in the manhole occur, all services will be verified at the end user building before splice cases are closed and flash tested.

d) Perform fiber optic testing.

e) From the splice points to building 410341, remove old splice cases, fiber optic cables, and patch cords from the underground pathways and data relay racks in building 410341.

f) Inspect and flash test any remaining splice cases in MH-41-0, MH-41-1, and MH-41-6, replace as necessary.

23) Within 4150, provide labor, equipment, and material to install 12 Corning CCH04U Fiber

Panels with factory polished plenum-rated tip cables on the existing data racks. Terminate tip cables in in appropriate splice cases inside cable vault and label appropriately.

24) Coordinate with MCIWEST G6/Plans for proper placement of cable and splice cases in the vault of 4150. Perform transition splices from outdoor rated cabling to indoor rated cabling.

Install splice cases and flash test properly, splice cases will have the following:

a) Maintenance hole supports

b) Fire retardant end plate

c) End plate

d) Splice Cases and Cabling labeled with appropriate cable id

e) Grounded to cable vault halo with correct gauge cabling

25) Install 2-576 strand SM PE-90 fiber optic cable approximately 420 feet from building 4150 to MH 41-1 through MH 41-0.

26) In building 4150 terminate the 2-576 strand cables using CCH-04U and factory polished connectors according to the splice chart listed below.

27) In MH41-1 splice the new 2-576 strand single mode fiber optic cables according to the assigned fiber counts listed below and label per standards.

INSTALLED 576 Strand Fiber

Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color

1-12 BLU 1-12 BLU 1-12 BLU 145-156 BLU

13-24 ORG 13-24 ORG 13-24 ORG 157-168 ORG

25-36 GRN 25-36 GRN 25-36 GRN 169-180 GRN

37-48 BRN 37-48 BRN 37-48 BRN 181-192 BRN

49-60 SLT 49-60 SLT 49-60 SLT 193-204 SLT

61-72 WHT 61-72 WHT 61-72 WHT 205-216 WHT

73-84 RED 73-84 RED 73-84 RED 217-228 RED

85-96 BLK 85-96 BLK 85-96 BLK 229-240 BLK

97-108 YLW 97-108 YLW 97-108 YLW 241-252 YLW

109-120 VLT 109-120 VLT 109-120 VLT 253-264 VLT

121-132 ROS 121-132 ROS 121-132 ROS 265-276 ROS

133-144 AQU 133-144 AQU 133-144 AQU 277-288 AQU

FOC 4151-1, 1-144 SSM FOC 4151-2, 1-144 SSM INSTALLED 576 Strand Fiber

Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color

1-12 BLU 289-300 BLU 1-12 BLU 433-444 BLU

13-24 ORG 301-312 ORG 13-24 ORG 445-456 ORG

25-36 GRN 313-324 GRN 25-36 GRN 457-468 GRN

37-48 BRN 325-336 BRN 37-48 BRN 469-480 BRN

49-60 SLT 337-348 SLT 49-60 SLT 481-492 SLT

61-72 WHT 349-360 WHT 61-72 WHT 493-504 WHT

73-84 RED 361-372 RED 73-84 RED 505-516 RED

85-96 BLK 373-384 BLK 85-96 BLK 517-528 BLK

97-108 YLW 385-396 YLW 97-108 YLW 529-540 YLW

109-120 VLT 397-408 VLT 109-120 VLT 541-552 VLT

121-132 ROS 409-420 ROS 121-132 ROS 553-564 ROS

133-144 AQU 421-432 AQU 133-144 AQU 565-576 AQU

INSTALLED 576 Strand Fiber INSTALLED 576 Strand FiberFOC 4151-4, 1-144 SSMFOC 4151-3, 1-144 SSM

Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color

1-12 BLU 1-12 BLU 1-12 BLU 145-156 BLU

13-24 ORG 13-24 ORG 13-24 ORG 157-168 ORG

25-36 GRN 25-36 GRN 25-36 GRN 169-180 GRN

37-48 BRN 37-48 BRN 37-48 BRN 181-192 BRN

49-60 SLT 49-60 SLT 49-60 SLT 193-204 SLT

61-72 WHT 61-72 WHT 61-72 WHT 205-216 WHT

73-84 RED 73-84 RED 73-84 RED 217-228 RED

85-96 BLK 85-96 BLK 85-96 BLK 229-240 BLK

97-108 YLW 97-108 YLW 97-108 YLW 241-252 YLW

109-120 VLT 109-120 VLT 109-120 VLT 253-264 VLT

121-132 ROS 121-132 ROS 121-132 ROS 265-276 ROS

INSTALLED 576 Strand FiberFOC 4143-2, 1-144 SSMFOC 4143-1, 1-144 SSM INSTALLED 576 Strand Fiber

Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Buffer Tube Color

1-12 BLU 289-300 BLU 1-12 BLU 433-444 BLU

13-24 ORG 301-312 ORG 13-24 ORG 445-456 ORG

25-36 GRN 313-324 GRN 25-36 GRN 457-468 GRN

37-48 BRN 325-336 BRN 37-48 BRN 469-480 BRN

49-60 SLT 337-348 SLT 49-60 SLT 481-492 SLT

61-72 WHT 349-360 WHT 61-72 WHT 493-504 WHT

73-84 RED 361-372 RED 73-84 RED 505-516 RED

85-96 BLK 373-384 BLK 85-96 BLK 517-528 BLK

97-108 YLW 385-396 YLW

109-120 VLT 397-408 VLT

121-132 ROS 409-420 ROS

133-144 AQU 421-432 AQU 1-12 BLU 529-540 YLW

13-24 ORG 541-552 VLT

25-36 GRN 553-564 ROS

37-48 BRN 565-576 AQU

INSTALLED 576 Strand Fiber INSTALLED 576 Strand FiberFOC 41-4, 1-144 SSM FOC 41-1, 1-96 SSM

FOC 41-9, 1-12

28) Continuity test the new cables from 4150 to the RIC in the end user building with a power source and light meter and an OTDR and provide test results.

29) Install 2-288 strand SM PE-90 fiber optic cable approximately 500 feet from building 4150 to MH 41-6 through MH 41-0.

30) In building 4150 terminate the 2-288 strand cables using CCH-04U and factory polished connectors according to the splice chart listed below.

31) In MH41-6 splice the new 2-288 strand single mode fiber optic cables according to the assigned fiber counts listed below and label per standards.

Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Strand count Buffer Tube Color

13-24 ORG 13-24 ORG 13-24 ORG 157-168 ORG

25-36 GRN 25-36 GRN 25-36 GRN 169-180 GRN

37-48 BRN 37-48 BRN 37-48 BRN 181-192 BRN

49-60 SLT 49-60 SLT 49-60 SLT 193-204 SLT

61-72 WHT 61-72 WHT 61-72 WHT 205-216 WHT

73-84 RED 73-84 RED 73-84 RED 217-228 RED

85-96 BLK 85-96 BLK 85-96 BLK 229-240 BLK

97-108 YLW 97-108 YLW 97-108 YLW 241-252 YLW

109-120 VLT 109-120 VLT 109-120 VLT 253-264 VLT

121-132 ROS 121-132 ROS 121-132 ROS 265-276 ROS

FOC 3141-1, 1-144 SSM FOC 3141-2, 1-144 SSM Installed 288 Strand FiberInstalled 288 Strand Fiber

Strand count Buffer Tube Color Strand count Buffer Tube Color Strand count Strand count Buffer Tube Color

13-24 ORG 13-24 ORG 13-24 ORG 157-168 ORG

25-36 GRN 25-36 GRN 25-36 GRN 169-180 GRN

37-48 BRN 37-48 BRN 37-48 BRN 181-192 BRN

49-60 SLT 49-60 SLT

61-72 WHT 61-72 WHT

73-84 RED 73-84 RED 1-12 BLU 193-204 SLT

85-96 BLK 85-96 BLK 13-24 ORG 205-216 WHT

97-108 YLW 97-108 YLW 25-36 GRN 217-228 RED

109-120 VLT 109-120 VLT 37-48 BRN 229-240 BLK

121-132 ROS 121-132 ROS 49-60 SLT 241-252 YLW

133-144 AQU 133-144 AQU 61-72 WHT 253-264 VLT

1-12 BLU 265-276 ROS

13-24 ORG 277-288 AQU

FOC 41-3, 1-192 SSM Installed 288 Strand Fiber FOC 41-3, 1-192 SSM Installed 288 Strand Fiber

FOC 41-2, 1-72 SSM

FOC NMCI ZONE, 15-201, 1-72

32) Continuity test the new cables from 4150 to the RIC in the end user building with a power source and light meter and an OTDR and provide test results.

33) The contractor shall supply communications technicians, traffic control, manhole attendance, and cable demolition for this project.

a) Communications Tech for Survey (410341 & MH’s)-approximately 40 hours

b) Traffic control-approximately 20 hours

c) Manhole Attendance-40 hours

d) Cable demolition-20 hours

34) Upon project completion contractor shall modify the existing cable prints to reflect the change, modify existing manhole butterflies and rack elevations, and provide digitally with the test results. Approximately 16 hours.

Administrative Considerations

Place of Work

The work for this project will be performed in the 41 area on Marine Corps Base Camp

Pendleton, California. A work shall be both indoors and outdoors.

Hours of Work

Each individual contractor will normally expend 40 hours per week during evening and weekend hours in support of this task. Exceptions may be made on a case- by-case basis, and exceptions may be requested by appropriate contractor or government personnel in the event of contingencies, such as military exercises, real-world crisis, vacations, holidays, reduced hours due to military functions, and jury duty. There is no anticipated requirement for overtime, although employees may be asked to shift their working hours to accommodate operational necessities.

Inspection and Acceptance:

Quality assurance of contractor services and the Technical Point of Contact shall be performed by The G-6 Contracting Officer Representative:

Eric B. Bashaw, RTPM

Lead Program Manager

Infrastructure Planning Branch

Marine Corps Installation West (MCIWEST) G-6 Plans

Marine Corps Base Camp Pendleton (MCB CAMPEN)

Building 130176T, Room 102, California, 92055

Commercial (760) 763-5628 DSN 361-5628

Cell (760) 212-3896