Attachment 06 - Installation Guidelines.pdf

PDF 296 KB Posted

Attached to
MPLS208151 - Renovate Controlled Area, Building 9225 Federal contract opportunity
Solicitation number
FA301621B0001
Issued by
Department of the Air Force Air Education and Training Command

About this file

This document provides installation guidelines and requirements for a solicitation to renovate a controlled area at Joint Base San Antonio Lackland Air Force Base. The renovation requires installing OM3 or OM4 multimode fiber optic cabling throughout the facility using Corning Secure Pre-terminated Solutions or equivalent. All cabling installations must follow guidelines for backbone and horizontal cabling, distribution boxes, network drops, and patch cables. The related solicitation is for a design-build project between $500,000 to $1,000,000 set aside for women-owned small businesses. Offerors must complete SF1442 forms and pricing, certifications, and provide a detailed proposal by the closing date. The Department of the Air Force Air Education and Training Command is the issuing agency.

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Other files for this federal contract opportunity

Other files attached to MPLS208151 - Renovate Controlled Area, Building 9225, newest first.
File Type Posted
Attachment 14 - Revised Wage Determination.pdf PDF
Site Visit Questions - Renovate Controlled Area - 26Mar2021.pdf PDF
FA301621B00010003.pdf PDF
Attachment 02 - Revised Concept Drawings (Appendix A).pdf PDF
Attachment 16 - Section L - Instructions to Offerors Rev 26Mar2021.pdf PDF
Attachment 19 - MEP Record Drawings.pdf PDF
Attachment 01 - Revised Statement of Work 26 March 2021.pdf PDF
Attachment 04 - Revised Patch Panel and Multiple Input-Output (MIO)_Zone Boxes (Appendix D).pdf PDF
Attachment 7 - Revised Submittal Register 20210326.pdf PDF
Attachment 18 - Partial Mech.pdf PDF
Site Visit Questions - Renovate Controlled Area - ANSWERED.docx DOCX document
FA301621B00010002.pdf PDF
FA301621B00010001.pdf PDF
Attachment 05 - CAD_Templates_and_Reqs.zip ZIP file
Attachment 07 - Submittal Register.pdf PDF
Attachment 08 - DD1354.pdf PDF
Attachment 14 - Wage Determination.pdf PDF
FA301621B0001.pdf PDF
Attachment 09 - Asbestos Report.pdf PDF
Attachment 10 - Lead Based Paint Report.pdf PDF
Attachment 16 - Section L - Instructions to Offerors.pdf PDF
Attachment 04 - Patch Panel and Multiple Input-Output (MIO)_Zone Boxes.pdf PDF
Attachment 12 - Bldg 9225 Record Dwg Binder 20140711.pdf PDF
Attachment 13 - Climatological Data 2019 - 2020.pdf PDF
Attachment 15 - Construction Cost Estimate Breakdown.xls XLS spreadsheet
Attachment 17 - Section M - Evaluation Factors for Award.pdf PDF
Attachment 2 - Concept Drawings.pdf PDF
Attachment 03 - Labeling.pdf PDF
Attachment 11 - General Requirement for Obtaining Waste Manifest.pdf PDF
Attachment 1 - Statement of Work.pdf PDF
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Installation Guidelines

L Corning Secure Pre-terminated Solutions or technical equivalent. Use OM3/OM4 Pretium

EDGE® Module for Secure Solutions for high-density required areas and/or Universal Plug &

Play™ Closet Connector Housings (CCH) Module for Secure Solutions for non-high density required areas.

All newly installed multimode fiber optic backbone or horizontal cabling cable installations will be OM3 or OM4 for high bandwidth requirements areas i.e., datacenter.

No network drops from MIO/zone boxes or a wall outlet should exceed 20 meters in length.

Each distribution box will only house infrastructure from either unclassified (BLACK) networks or classification (RED) networks to support a RED/BLACK separation. Do not connect a network drop to a CCH cassette in a distribution box, which is color-coded or marked for a different classification. If a distribution box does not exist within range, a new one should be installed to support the required drop. The Contractor are only permitted to run patch cable with standardized lengths of 2 meters, 3 meters, 5 meters, 7meters, 10 meters, 15 meters, or 20 meters.

System trunks for backbone cabling will use a minimum of 12 strand (6 pair) multimode

OM3/OM4 plug and play MTP cables. New backbone (trunk) cable must terminate to a

CCH/EDGE cassette at each end. One end of a trunk cable will be at a distribution box to service hosts; the other end will terminate at a patch panel located in a building/floor distribution communications closet (unless the building/floor layout makes this unfeasible), located in close proximity to the network switch/router providing the connection and include a 1-meter maintenance loop.

Contactor provides support to run backbone cable, they will use custom cable lengths as required.

All MIO/Zone boxes should be secured to the building structure. All zone boxes must support

Pretium EDGE® Module for Secure Solutions and/or Universal Plug & Play™ CCH Module for

Secure Solutions (or technical equivalent); whichever is appropriate for the situation. Populate all MIO/zone boxes with the appropriate modules configured with RED LC connector for

SIPRNet circuits or YELLOW LC connector for JWICS circuits. Populate all MIO/zone boxes with modules of sufficient quantity to support a minimum of 20% future growth. If Universal

Plug & Play™ CCH Module for Secure Solutions is used; recommend using 24 fiber strand modules. Home runs from communication room patch panel to the outlet boxes will not be used.

Separate MIO/zone boxes for RED and BLACK will be used throughout the facility. MIO/zone boxes will not be shared between RED and BLACK networks.

If wall outlets are used, they should be configured with angled faceplates populated appropriately with color-coded OM3/OM4 LC connectors. Use fiber optic outlet boxes of at least 2-1/8” (54

mm) depth to provide dedicated space for current and future fiber optic cable installation. All circuits supporting wall outlets shall be routed from a MIO/zone box module above the dropped ceiling to the locations above where outlet boxes then via conduit (1” minimum) to outlet box.

Where access to the walls for installation of conduit and outlet boxes is not possible, use nonmetallic surface mounted raceways.

Cable will be run over false ceiling in areas rated for Open Storage. Patch cable will be run behind walls into a wall outlet when available; if not, patch cable will be enclosed and/or managed along areas where traffic is minimal.

When running cable through false ceiling, run fiber through cable trays or J-hooks when possible.

Patch cable will have a 1-meter maintenance loop at a user machine to account for small movements and possible re-terminations.

File details come from the government source that posted it. Updated .