PWS DATED 18 SEP 26_Redacted.pdf.docx

Performance Work Statement (PWS)

18 September 2026

1. Requirement / Description of Services:

is requesting to have 8 fiber SIPR drops installed in

1.1. Communications Deliverables:

1.1.1. Contractor/installer shall provide for review final ISP/OSP copper to fiber test report(s) and as-built/as-installed drawings prior to scheduling a final quality assurance inspection.

1.1.2. Deliverables guidance can be found in the nfrastructure Standards and Installation Specifications (Design Guide).

1.2. General Requirements:

1.2.1. The contractor shall provide all material and perform all work in strict adherence to the attached PWS, and applicable standards.

1.2.2. Contractor is required to include in their response to the request for quote, a list of the products they plan to provide, along with corresponding parts numbers and quantities for technical approval.

1.2.3. Contractor shall be required to engineer, furnish, test, and install as necessary to provide a complete system, from end to end.

1.2.4. All DoD and Industry standards/guidelines shall be used to provide a complete system, from end to end.

1.2.4.1. Since standards are continually being revised, contractors and installers shall refer to the latest version of any relevant standard for compliance.

1.2.5. All new work area outlets shall have a j-hook placed either above the ceiling or within proximity to and a minimum of 12-inches of slack provided on the j-hook.

1.2.6. Contractor shall provide fiber cable slack within the cable tray for maintenance of the horizontal cabling system configuration as follows in Telecommunications room cable ladder- UTP/ScTP 10-feet / SM/MM 10-feet, work area outlet – UTP/ScTP 1-foot/ SM/MM 3.5 feet above the ceiling.

1.2.7. Do not put slack or service loops in communications cabinets or racks.

1.3. Telecommunications Room T-115 Grounding and Bonding:

1.3.1. Contractor shall ensure telecommunications copper Primary Busbar (PBB) and conductors suitable for indoor installation in accordance with ANSI/TIA-607.

1.3.2. Busbar(s) and conductor(s) must be made of copper or copper alloys having a minimum of 95% conductivity.

1.3.3. Install ground conductor of appropriate sizing (#6 AWG up to #750 MCM) from the telecommunications room busbar location to the main building or servicing floor electrical panel in EMT conduit.

1.3.4. Conduit shall be identified, tagged, or labeled from point-to-point as Telecommunications Bonding Conductor (TBC).

1.3.5. Connections of the TBC and the Telecommunications Bonding Backbone (TBB) shall utilize UL listed compression two-hole lugs or two-hole irreversible crimp connectors.

1.3.6. If two or more TBB are used in a multistory facility the TBB shall be bonded together with a Ground Equalizer (GE) between telecommunications spaces.

1.3.7. The GE shall be, as a minimum, the same size as the largest TBB.

1.3.8. The following items shall be attached to the PBB: cable trays, cable ladders, racks, cabinets (to include IPS containers), metal conduits and PETs.

1.4. Specific Task Objectives:

1.4.1. Install a new wall mounted network cabinet, FODP, and fire rated backboard.

1.4.2. Install 8-total RED OM3 MM Plenum fiber optic tight buffered or MIC indoor cable(s).

1.4.3. Terminate FO cable in cabinet/rack-mounted patch panels, and at the outlet using LC type connectors.

1.4.4. Downward sloped 4 port face plates with label windows shall be used.

1.4.5. Reference drawing T-002 for drop locations.

1.4.6. A minimum of two duplex connectors shall be provided for each work area.

1.4.7. Perform 100% verification acceptance test and provide a test report for multi-mode/ single-mode optical fibers, (all-strands) end-to-end attenuation test IAW NECA/FOA 301-2016, OFSTP-14, OFSTP-7, TIA 568-C.3 and TIA-526-7.

1.4.8. Installer shall use Tier One Testing using an Optical Power Meter and Light Source for all Inside Plant (ISP) multi-mode optical fibers.

1.4.9. Fiber test equipment must be calibrated within one year of installation.

2. General Technical Requirements:

2.1. The following design criteria provides additional requirements and guidance for Eglin AFB installations. These specific requirements are to be implemented by means of all applicable publications and documents referenced within this guide.

2.2. Inside Plant:

2.2.1. Common patch panel configuration with modular style terminations.

2.2.2. Site surveys will be used to determine the best arrangement to fit customer needs and system standards.

2.2.3. Ladder rack and cable tray will be included in the telecommunications room (TR) design to properly facilitate cable routing.

2.2.4. All cabinets, racks, ladder racks, and cable trays will be grounded per Industry Standard, ANSI 607.

2.3. Telecomm Outlets/Jacks:

2.3.1. Single Gang Outlet Box-Flush Mount: Single gang faceplate mounting bracket for low voltage applications, 1-1/4” maximum wall thickness, finish: pre-galvanized.

2.3.2. Single Gang Outlet Box- Surface Mount: Single gang two-piece screw together outlet box. Box accepts Pan-Way® Screw-On Faceplates or any NEMA standard single gang faceplate. For use with Pan-Way® LD profile raceway. 5.19in L x 3.45in W x 1.75 H (131.9mm x 87.7 mm x 44.4mm) Breakout for ½ in, ¾ in, or 1in diameter conduit, international white.

2.3.3. Single Gang 4 Port Faceplate: 4 port minimum. Mini Com® Classic series single gang downward sloped faceplate that accepts four modular jacks, off white.

2.3.4. Data Jack: The CAT 6A, RJ45, 8-position, 8-wire, UTP Mini-Com® universal jack module has TG-style termination, off-white.

2.3.5. Blank Inserts: Mini-Com® 1-port blank module, reserves space for future use, White.

2.3.6. Surface Mount Raceway System: Tamper resistant two-piece latching surface raceway. Supplied with pre-punched mounting holes and factory applied adhesive tape. Available in 6’, 8’, and 10’ lengths, off-white. Compatible with surface mount outlet box. Additionally, all surface mounted raceway systems shall be screwed to the wall to prevent adhesive from detaching from mounted surface.

2.4. Telecommunications Cabling:

2.4.1. Riser CAT 6A: CAT6+ (600MHz), 4-pair, U/UTP-Unshielded, Riser-CMR, Premise Horizontal Cable, 23 AWG Solid Bare Copper Conductors, Polyolefin Insulation, X Spline, Ripcord, PVC Jacket.

2.4.2. Plenum CAT 6A: Copper Cable, Giga Speed XL 2071E, 23 AWG, 4-Pair, Unshielded, UTP, Solid Bare Copper Conductor, FEP/PVC, CMP, green jacket.

2.5. CAT 6A Connector Black (Patch Panel):

2.5.1. 24/48 Port:

2.5.1.1. Constructed for maximum strength and durability.

2.5.1.2. Supports both T568A and T568B wiring configurations using an easy-to-read color-coded wiring label.

2.5.1.3. Rack-mount modular panels shall include an integrated cable management requirement for cable routing and strain relief.

2.5.1.4. Provide a complete modular system from patch panel to work area outlet.

2.5.2. Strain Relief Requirements:

2.5.2.1. All strain relief bars shall consist of a metal bar that mounts to the rear of a standard EIA 19” rack to support a minimum of 24 cables exiting from the back of a patch panel with a 2-inch to 5-inch inward mounted offset.

2.5.2.2. Cables shall be secured with integrated adjustable clips, hook and loop strips, or cable ties.

2.5.2.3. Optional quick release brackets shall provide an easy way to remove the strain relief bar without the use of tools.

3. Network Services and Solutions:

3.1. Site Preparation and Installation Services: The contractor shall perform site preparation and installation activities to support implementation of required services and solutions under this contract at any AF, DoD, or other Federal Agency Location.

4. Requirements Analysis and Conceptual Design:

4.1. Site Survey:

4.1.1. The contractor shall perform site surveys at required locations.

4.1.2. The findings of the site survey and any actions required in preparation for system installation shall be documented.

4.2. Installation:

4.2.1. The contractor shall engineer, install, configure, modify, relocate, or remove communication and information (C&I) systems for operational use.

4.2.2. The systems and equipment installations or modifications must comply with established architectures.

4.2.3. The contractor shall perform validation and verification testing on the system, assist users in configuring the system to meet their system requirements and provide all applicable operating manuals/system management guides.

4.2.4. Further, the contractor shall provide pre-cutover and post-cutover on-site training IAW TO’s.

4.2.5. The government will identify personnel who will receive this training.

4.2.6. The training shall provide for in-depth hands-on maintenance operations and database administration.

4.2.7. Inside Plant Installation:

4.2.7.1. The contractor shall, (as required by each TO) install and configure all the components for inside the plant (e.g. power, grounding, racks, fiber optic distribution panels, equipment, internal cabling, comm. closet, etc.…).

4.2.7.2. The contractor shall install and test all cable and components IAW accepted industry standards, unless superseded by a government approved IS indicated within the TO.

4.2.7.3. Electrical and communications cable, conduits, and circuits shall be installed IAW the National Electric Code (NEC).

4.2.7.4. The contractor shall clearly label each end of every individual cable IAW the floor plans or engineering drawings.

4.2.7.5. The contractor shall provide attached labels that are durable and legible.

4.2.7.6. For any deviations to the specific installation specification, the contractor shall submit a proposal to the CO for approval.

4.3. Tools and Testing Support:

4.3.1. The contractor shall provide all tools, installation materials, and test equipment required to perform any required product installation/maintenance as called for by the TO.

4.3.2. All tools and test equipment shall remain the property of the contractor.

4.3.3. Any damages caused by the contractor to existing site facilities or equipment which might occur during site preparation, installation, testing, or cutover of the system will be repaired at the expense of the contractor, unless otherwise directed by the government.

4.3.4. The site shall be restored to the original condition which existed prior to the event unless otherwise directed.

4.3.5. The TO will specify testing and inspection requirements.

4.3.6. The contractor shall demonstrate that the system design meets the reliability, availability, and maintainability requirements of the TO.

5. Deliverables:

5.1. As-Built Documentation:

5.1.1. Contractor format for deliverables is subject to Government acceptance.

5.1.2. The installer shall provide accurate As-Built documentation of the entire install (i.e. rack elevations, cable route drawings, etc.)

5.1.3. All deliverables shall be produced using recommended software tools/versions as accepted by the Government.

Standard Air Force NIPR/SIPR Data/Voice Wall-Mount Rack Elevation

Standard Air Force NIPR/SIPR Data/Voice Rack Elevation

Standard,AF DatalVolPRack Elevation fur all NIPR TRs Notes:

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6. Test and Acceptance Documentation:

6.1. The contractor shall submit test reports within 3 duty days prior to final test and acceptance.

6.2. The test reports shall show the tests performed to verify compliance with the specified performance criteria.

6.3. Test reports shall include record of the physical parameters verified during testing.

6.4. The contractor shall correct any errors or performance deficiencies detected by testing.

6.5. The government reserves the right to refuse final acceptance until all discrepancies have been resolved to the satisfaction of the government.

7. Applicable Documents:

Standards shall be used as a baseline of quality and craftsmanship for installing communications products and systems connectivity to the AFNET.

National Electrical Code (NEC) and National Electrical Manufacturers Association (NEMA) Standards: NFPA 70 Unified Facilities Criteria: (UFC) 3-520-1, 3-580-1, 4-010-06 dated most recent.

American National Standards Institute/Telecommunications Industry Association (ANSI/TIA) Standards: 568, 569, 606, 607 dated most recent.

National Electrical Contractors Association/Fiber Optic Association: (NECA/FOA) 301-2016 Installing and Testing Fiber Optics Building Industry Consulting Service International (BICSI)- Telecommunications Distribution Methods Manual 14, Industry Best Practices “Preferred” Infrastructure Standards and Installation Specifications, to include Applicable Publications and Standards referenced in Attachment G, dated MAY 2025.

All DoD and Industry Standards/Guidelines shall be used to provide a complete system, from end to end. Note: Since standards are continually being revised, contractors and installers should refer to the latest version of any relevant standard for compliance.

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