Attachment 1 - Statement of Work.pdf

Bldg 98 Structured Wiring Statement of Work

1. SCOPE:

a. Installation of fiber, CAT6 and associated patch panels within the server rooms of bldg

98.

2. Location:

a. The project side is located at 4414 Tyndall Ave, bldg. 98, Nellis AFB, Nevada. Nellis AFB is located approximately 9 miles north of downtown Las Vegas on highway US 93 (Las

Vegas Boulevard).

3. Working Hours:

a. Standard work schedule is 7:30 a.m. to 4:30 pm Monday through Friday excluding

Federal Holidays and the day after Thanksgiving. Requesting a deviation to this schedule will be considered if it in the best interest of the government as determined by the project manager. Any request must be submitted to the project manager at lease five work days prior to desire date of change.

4. Scheduling

a. Government project manager will work with contract to establish the project start date which is dependent on the completion of the construction/renovation project currently underway

5. Description of Work:

a. References:

i. Contractor shall provide a Structured Cabling Solution for the Nellis AFB Nevada

Infrastructure Installation according to the attached concept drawings and current stamped building design documents.

ii. All work performed shall be in compliance with the ANSI/TIA/EIA 568-C

Commercial Building Telecommunications Cabling Standards and TIA-942

Telecommunications Infrastructure Standard for Data Centers.

iii. Unless directed otherwise contractor shall comply with JSIG and ICD 705 standards, CNSSAM Tempest 1-3 Installation Guidance for distance separation of fiber/CAT6 lines of different classifications. The color of the fiber/CAT6 cables will be consistent end to end.

iv. A maintenance loop will be required at each end of the cable. This loop should be of sufficient size to allow the re-termination of cables at least once.

b. Network Distribution Rack (“Network” Rack) to Row Each Distribution Rack

Provide and install (2) segments of 12 strands Green OM3 MM pre-terminated fiber optic cable from the first Green Network Distribution Rack (“Network”

Rack) to Row 1/Rack 1 (R1R1) thru Row 1/Rack 16 (R1R16) (First Green Rack of each row). Pre- terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on 1RU 24 port modular patch panel.

Provide and install (1) segment of 12 Green Shielded CAT6 CMP rated cables from the first Green Network Distribution Rack (“Network” Rack) to R1R1 thru R1R16 (First Green Rack of each row). All cables will be terminated in Shielded CAT6 RJ-45 jacks onto a 1RU 24 port modular patch panel.

c. Network Distribution Rack (“Green” Rack) to Rows 1 and 2

i. Provide and install (2) segments of 12 strands Green OM3 MM pre-terminated fiber optic cable from the Second Green Network Distribution Rack (“Green”

Rack) to Rows 1 and 2, on R1R7 and R2R7. Pre- terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on 1RU 24 port modular patch panel.

ii. Provide and install (1) segment of 12 Green Shielded CAT6 CMP rated cables from the Green Network Distribution Rack (“Green” Rack) to Rows 1 and 2, on

R1R7 and R2R7. All cables will be terminated in Shielded CAT6 RJ-45 jacks onto a

1RU 24 port modular patch panel.

d. Network Distribution Rack (“Red” Rack) to Rows 3 and 4

i. Provide and install (2) segments of 12 strands Red OM3 MM pre-terminated fiber optic cable from the Red Network Distribution Rack (“Red” Rack) to Rows 3 and 4 to R3R7, R4R7. Pre- terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on 1RU 24 port modular patch panel.

ii. Provide and install (1) segment of 12 Red Shielded CAT6 CMP rated cables from the Red Network Distribution Rack (“Red” Rack) to Rows 3, 4 to R3R7, R4R7. All cables will be terminated in Shielded CAT6 RJ-45 jacks onto a 1RU 24 port modular patch panel.

e. Network Distribution Rack (“Blue” Rack) to Rows 5 thru 12

i. Provide and install (2) segments of 12 strands Blue OM3 MM pre-terminated fiber optic cable from the Blue Network Distribution Rack (“Blue” Rack) to Rows

5 thru 12, on Rack 7 of each row (R5R7, R5R7, R6R7, R7R7, R8R7, R9R7, R10R7, R11R7, R12R7). Pre- terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on 1RU 24 port modular patch panel.

ii. Provide and install (1) segment of 12 Blue Shielded CAT6 CMP rated cables from the Blue Network Rack (“Blue” Rack) to Rows 4 thru 10, on Rack 7 of each row

(i.e. R4R7. R5R7, etc.). All cables will be terminated in Shielded CAT6 RJ-45 jacks onto a 1RU 24 port modular patch panel.

f. Network Distribution Rack (“Orange” Rack) to Rows 13 thru 14

i. Provide and install (2) segments of 12 strand Orange OM3 MM pre-terminated fiber optic cable from the Orange Network Distribution Rack (“Orange” Rack) to

Rows 13 thru 14, on rack 7 of each row ( R13R7, & R14R7). Pre- terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on

ii. Provide and install (1) segment of 12 Orange Shielded CAT6 CMP rated cables from the Orange Network Distribution Rack (“Orange” Rack) to Rows 13 thru 14, on rack 7 of each row (R13R7, & R14R7). All cables will be terminated in

Shielded CAT6 RJ-45 jacks onto a 1RU 24 port modular patch panel.

g. Network Distribution Rack (“Yellow” Rack) to Rows 15 thru 16

i. Provide and install (2) segments of 12 strands Yellow OM3 MM pre-terminated fiber optic cable from the Yellow Network Distribution Rack (“Yellow” Rack) to

Rows 15 thru 16, on rack 7 of each row (R15R7, & R16R7). Pre- terminated fiber

ii. Provide and install (1) segment of 12 Yellow Shielded CAT6 CMP rated cables from the Yellow Network Distribution Rack (“Yellow” Rack) to Rows 15 thru 16, on rack 7 of each row (R15R7, & R16R7). All cables will be terminated in

h. Row 1 Green fiber optic cable from R1R1 to Top of Racks R1R2 thru R1R7. Pre- terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on 1RU 24 port modular patch panel.

ii. Provide and install (1) segment of 12 Green Shielded CAT6 CMP rated cables from R1R1 to Top of Racks R1R2 thru R1R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Green OM3 MM pre-terminated fiber optic cable from R1R7 to Bottom of Racks R1R2 thru R1R6. Pre- terminated

iv. Provide and install (2) segments of 12 Green Shielded CAT6 CMP rated cables from R1R7 to Bottom of Racks R1R2 thru R1R6. All cables will be terminated in

i. Row 2 Green fiber optic cable from R2R1 to Top of Racks R2R2 thru R2R7. Pre- terminated from R2R1 to Top of Racks R2R2 thru R2R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Green OM3 MM pre-terminated fiber optic cable from R2R7 to Bottom of Racks R2R2 thru R2R6. Pre- terminated

iv. Provide and install (2) segments of 12 Green Shielded CAT6 CMP rated cables from R2R7 to Bottom Racks R2R6. All cables will be terminated in Shielded CAT6

RJ-45 jacks onto a 1RU 24 port modular patch panel.

j. Row 3 Red fiber optic cable from R3R1 to Top of Racks R3R2 thru R3R7. Pre- terminated from R3R1 to Top of Racks R3R2 thru R3R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Red OM3 MM pre-terminated fiber optic cable from R3R7 to Bottom of Racks R3R2 thru R3R6. Pre- terminated fiber

iv. Provide and install (2) segments of 12 Red Shielded CAT6 CMP rated cables from

R3R7 to Bottom of Racks R3R2 thru R3R6. All cables will be terminated in

k. Row 4 Red fiber optic cable from R4R1 to Top of Racks R4R2 thru R4R7. Pre- terminated from R4R1 to Top of Racks R4R2 thru R4R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Red OM3 MM pre-terminated fiber optic cable from R4R7 to Bottom of Racks R4R2 thru R4R6. Pre- terminated fiber

iv. Provide and install (2) segments of 12 Red Shielded CAT6 CMP rated cables from

R4R7 to Bottom of Racks R4R2 thru R4R6. All cables will be terminated in

l. Rows 5 - 12 Blue fiber optic cable from R5R1 to Top of Racks R5R2 thru R5R7. Pre- terminated from R5R1 to Top of Racks R5R2 thru R5R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Blue OM3 MM pre-terminated fiber optic cable from R5R7 to Bottom of Racks R5R2 thru R5R6. Pre- terminated

iv. Provide and install (2) segments of 12 Blue Shielded CAT6 CMP rated cables from R5R7 to Bottom of Racks R5R2 thru R5R6. All cables will be terminated in

m. Rows 13 - 14 Orange fiber optic cable from R13R1 to Top of Racks R13R2 thru R13R7. Pre-terminated fiber will be connected to QuickPort LC fiber adapter inserts. Fiber will be housed on 1RU 24 port modular patch panel.

from R13R1 to Top of Racks R13R2 thru R13R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Orange OM3 MM pre-terminated fiber optic cable from R13R7 to Bottom of Racks R13R2 thru R13R6. Pre-

iv. Provide and install (2) segments of 12 Orange Shielded CAT6 CMP rated cables from R11R7 to Bottom of Racks R13R2 thru R13R6. All cables will be terminated in Shielded CAT6 RJ-45 jacks onto a 1RU 24 port modular patch panel.

n. Rows 15 - 16 Yellow fiber optic cable from R14R1 to Top of Racks R15R2 thru R15R7. Pre-from R14R1 to Top of Racks R15R2 thru R15R7. All cables will be terminated in

iii. Provide and install (1) segment of 12 strands Yellow OM3 MM pre-terminated fiber optic cable from R14R7 to Bottom of Racks R15R2 thru R15R6. Pre-

iv. Provide and install (2) segments of 12 Yellow Shielded CAT6 CMP rated cables from R14R7 to Bottom of Racks R15R2 thru R15R6. All cables will be terminated in Shielded CAT6 RJ-45 jacks onto a 1RU 24 port modular patch panel.

o. KoldLok Raised Floor Grommet

i. Provide and install (118) KoldLok Raised Floor Grommets. Contractor will also provide labor to cut floor tiles for the Koldlok Grommets installed. The floor tile is provided by others.

p. Quality Assurance

i. Contractor Project Manager will have the responsibility of meeting all quality objectives as defined in the SOW above. Upon completion of specific tasks throughout the project, the Project Manager will be required to sign off before any additional work may be performed.

ii. Each Contractor structured cabling project is completed following the SOW.

Informal and formal audits will be conducted throughout the life of the project.

In case of any discrepancies between the installation criteria and the delivered product, a punch list will be developed and the corrections will be made promptly. After the final project audit has been completed, and any discrepancies corrected, a Nellis AFB representative associated with the project will be asked to sign a project acceptance form acknowledging completion.

q. Installation Standards

i. All exposed cabling shall be neatly dressed and bundled in accordance to DOD standards.

ii. Contractor shall test each U/STP cable with a Fluke DTX-1800 and will fully certify each U/STP cable in accordance with industry standards. Contractor shall provide Nellis AFB with test results in electronic format.

iii. Unless otherwise notified Contractor shall implement an industry standard labeling scheme in accordance with the TIA/EIA-606A and TIA/EIA-942.

iv. All cables shall be labeled within 4 inches of the termination point with a machine generated label. Unless specifically stated in the SOW above, there will be NO service loop at either end. Contractor shall support all cabling every 4-5 feet in accordance with the TIA/EIA 568-C.

r. Labeling / Documentation

i. Documentation is critical to the success of an installation and contributes significantly to the ongoing level of customer satisfaction. The engineered installation plan will serve as an installation blueprint.

ii. An electronically printed adhesive label will be installed at the cable destination end to denote the origination point and the destination point on the cable and/or the patch panel/LIU. All labeling will conform to the ANSI/TIA/EIA 606, Administration Standard for the Telecommunications infrastructure of commercial Buildings.

iii. All red line as-built will be supplied to Nellis AFB and they will be updated throughout the project. Upon completion of the project, a logical drawing of the structured cabling system will be provided to NellisAFB.

iv. Upon completion of the project, a cabling matrix will be provided to Nellis AFB that documents location of all cabling within the data center.

1. Scheduling

a. Government project manager will work with contract to establish the start date which is dependent on the completion of the construction/renovation project currently underway.