14. 270528 - Pathways for Communications Systems_ADD1.pdf

Technical Specifications Amendment 001 FAA Air Navigation Facility #2

Work Order 6973GH-22-F-01570 2nd Floor Academy Buildout

PATHWAYS FOR COMMUNICATIONS SYSTEMS 270528 - 1

DIVISION 27 – TELECOMMUNICATIONS

SECTION 27000 – GENERAL PROVISIONS FOR TELECOMMUNICATIONS

SPECIFICATIONS

CONSTRUCTION STANDARD

PART 1 - GENERAL

1.1. . SECURITY

Telecommunications Security – For reasons of security and separation of function, independent net-works of other agencies, tenant organizations, private companies, etc. located within the Mike Mon-roney Aeronautical Center shall have independent network cable totally isolated from any FAA infra-structure (to include data, analog or voice). At the least, isolated conduit and separate positions at the user location are required. Other requirements may include separate closets. It is a requirement for the independent network cable and jack to have colors different than that in use by the FAA net-work/voice cables and other independent existing networks. Therefore, coordination with the Tele-communications Unit (AMK-224) is required in planning of all network connectivity for all organiza-tions, agencies, tenant organizations, or private companies occupying space at the Mike Monroney

Aeronautical Center.

1.2. RELATED DOCUMENTS

1.2.1. Drawings and general provisions, including General and Supplementary Con-ditions and General Requirements (if any), are hereby made a part of this Section.

Refer to paragraph titled “Telecommunications Subcontractor Qualifications” in this section for requirements for Telecommunications Subcontractors. Through-out this and related Sections, “Subcontractor” shall not be limited to the singular and masculine and shall refer to one, or more than one, Telecommunications Sub-contractor(s).

1.3 REFERENCE SPECIFICATIONS, STANDARDS AND CODES

1.3.1. Comply with the referenced codes and standards within this document. Where conflicts occur, the more stringent shall apply.

1.3.2. Work shall meet or exceed the standards and procedures of the following:

American National Standards Institute (ANSI)

Telecommunications Industries Association (TIA)

Electronic Industries Association (EIA)

National Electrical Manufacturers Association (NEMA)

National Electrical Safety Code (NESC)

Institute of Electrical & Electronics Engineers (IEEE)

Underwriters Laboratories (UL)

National Fire Protection Association (NFPA)

American Standards Association (ASA)

Federal Communications Commission (FCC)

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Occupational Safety and Health Administration (OSHA)

American Society of Testing Material (ASTM)

National Electric Code (NEC)

Americans with Disabilities Act (ADA)

In the event of conflicts, the more stringent provisions shall apply.

1.3.3. Construction Project Manager (CPM): As defined for Sections referring to tele-communications work only; the CPM shall be the design analyst employed by the

FAA for the purpose of observing the work of the Telecommunications Subcon-tractor.

1.3.4. All Indefinite Delivery Requirements (IDR) contract work shall be turn-key. Tel-ecommunications technicians shall perform all telecommunications work to in-clude testing telecommunications cables prior to pull (fiber), pulling telecommu-nications cables (copper and fiber), testing telecommunications cables after pull

(copper and fiber), termination of telecommunications cables (copper and fiber) and final testing. Test results and as-built drawing to include telecommunications position numbers shall be provided to AMP-400. AMP-400 will provide test re-sults and as-built drawings to include telecommunications position numbers to

AMK-224 for approval and acceptance, prior to personnel occupying renovated or newly constructed area.

1.4 COORDINATION

1.4.1 When articles, materials, operations or methods related to execution of telecom-munications work are noted, specified, or described in the specifications of, are indicated or reasonably implied on drawings and schedules, execute work as re-quired or appropriate to provide complete and proper function, operation and in-stallation.

1.4.2. The drawings utilize symbols and schematic diagrams to indicate items of work. These symbols and diagrams will not typically identify dimen-sions, nor will they identify inclusion of specific accessories, appurte-nances, and related items necessary and appropriate for a complete and proper installation and operation. The Telecommunications Subcontractor shall install work complete and ready for proper operation, including re-lated items not specifically identified, shown, indicated or specified. The work shall be installed in accordance with the intent diagrammatically ex-pressed on the drawings, and in conformity with the dimensions indicated on architectural drawings and on shop drawings approved by the Telecom-munications Unit, Telecommunications Infrastructure Planning Team

(TIPT). When abbreviations appear on the drawings or specifications in upper- or lower-case letters, with or without periods, the resultant work shall be as stated above.

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1.4.3. The drawings include details for various items, which are specific with re-gard to the dimensions and positioning of the work. These details are in-tended only for the purpose of establishing general feasibility. They do not obviate field coordination for the indicated work. Work shall not pro-ceed until actual field conditions and requirements are verified by the Tel-ecommunications Subcontractor.

1.4.4. The drawings are diagrammatic and indicate the general arrangement of systems and equipment unless indicated otherwise by dimensions.

1.5 DESCRIPTION OF SYSTEMS

1.5.1. Furnish and install materials for the Telecommunications Infrastructure sys-tems as specified herein and as shown on the drawings. Upon completion, the systems shall be functioning systems in compliance with performance requirements specified.

1.5.2. The cabling specified and shown on the drawings is for complete, performance based, workable systems. Deviations from the cabling shown due to a particular manu-facturer’s requirements shall be made only with the written approval of the FAA and at no additional cost to the FAA.

1.6 SUBMITTALS

1.6.1 Submittals shall be made as one complete package. Submittals for equipment shall be provided to AMK-224 for review prior to purchase/installation.

1.6.2 Submittals for individual systems and equipment assemblies, which consist of more than one item or component, shall be made for the system or assembly as a whole. Partial submittals will not be considered, reviewed or stored, and such submittals will not be returned except at the request and expense of the Contrac-tor.

1.6.3 Generate shop drawings on AutoCAD. Modify reviewed and accepted shop drawings to include revisions based upon completion of work. Submit shop drawings with record drawings in hard copy and an electronic copy. Electronic copies are to be written to a USB device if they cannot be provided through a shared drive.

1.6.4. Shop drawings shall include equipment racks, patch panels, termination blocks, connection details, rack mounting details and any other details not included in the construction drawings.

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1.7 RECORD DRAWINGS

1.7.1. Provide Record Drawings for requirements regarding Project Record Docu-ments. “As-Built” record documentation for telecommunications work shall in-clude:

System function diagrams

Manufacturers’ description literature for equipment

Connection and programming schedules as appropriate

Equipment material list including quantities

Spare parts list with quantities

Details not on original Contract Documents

Test Results

Warranties

Release of Liens

1.7.2. Operation and Maintenance Manual:

1.7.2.1.The Telecommunications Subcontractor shall submit manuals that will con-tain manufacturers’ brochures of items installed by the Telecommunications

Subcontractor.

1.7.2.2.The manual shall be subdivided into separate sections with tab dividers to identify subsystems of the integrated system. Reference appropriate specifi-cation sections.

1.7.2.3.Provide the following additional information for each electronic system. In-formation shall be edited for projects where applicable.

• Operations manuals for components and for system as a whole.

• Maintenance Manuals for components and for system as a whole.

• Point-to-point diagrams, cabling diagrams, construction details and cable labeling details.

• List of spare parts, materials and suppliers of components.

• Provide name, address and telephone number for each supplier.

• Emergency instructions for operational and maintenance requirements.

• Delivery time frame for replacement of component parts from suppliers.

• Recommend inspection schedule and procedures for components and for system as a whole.

• Complete “Reviewed” shop drawings and product data for components and system as a whole.

• Troubleshooting procedures for each system and for each major system component.

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1.8 QUALITY ASSURANCE

1.8.1 Equipment and materials required for installation under these specifications shall be the current model and new (less than one year from date of manufacture), un-used and without blemish or defects.

1.8.2 Manufacturers of equipment and materials, pertinent to these items shall have been engaged in the manufacture of said equipment a minimum of three years.

1.8.3 Provide a written quality assurance plan for approval by the FAA including test-ing, plan for pre-testing and for final testing and certification of pre-testing and commissioning prior to final testing. Ensure compliance with Contract Docu-ments. Include back-check as part of testing plans.

1.8.4 Manufacturers: Firms regularly engaged in the manufacture of cable and devices of the types and capacities required, whose products have been in satisfactory use in similar service for not less than 3 years.

1.8.5 EIA/TIA Compliance: Comply with applicable portions of Telecommunications

Industry Association/Electrical Industry Association standards pertaining to ca-ble, wire, and connectors.

1.8.6 UL Labels: Provide cable, wire, and connectors, which have been approved, listed and labeled by Underwriters Laboratories.

1.9 TELECOMMUNICATIONS SUBCONTRACTOR QUALIFICATIONS

1.9.1 General: The telecommunications subcontractor shall have total responsibility for the coordination and installation of the work shown and described in the tele-communications drawings and specifications. The telecommunications subcon-tractor shall be a company specializing in the design, fabrication, and installation of integrated telecommunications systems.

1.9.2 Telecommunications systems specified shall be engineered, assembled and in-stalled under the direction of a pre-qualified telecommunications subcontractor.

Pre-qualification requirements shall include submittal by the telecommunications subcontractor to the architect of the following:

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1.9.2.1 List of previous projects of this scope and nature, including names and sizes of projects, description of work, time of completion, and name of contact persons for reference.

1.9.2.2 Installers shall certify that they are manufacturer-authorized for work to be per-formed.

1.10 COORDINATION WITH OTHER TRADES

1.10.1 The telecommunications subcontractor shall coordinate telecommunications work with that of other sections as required ensuring that the entire telecommunica-tions work will be carried out in an orderly, complete and coordinated fashion.

1.11 WARRANTY

1.11.1 Warranty work is to be free from defects. Repair or replace defective materials or workmanship, as well as damage to the work of other trades resulting from same, as directed by the FAA for the duration of the stipulated warranty period.

1.11.2. The primary suppliers of telecommunications hardware and software shall war-ranty, through the telecommunications subcontractor, in writing, phases of systems (in-cluding but not limited to, software, hardware, and peripheral equipment) against defec-tive materials, design and workmanship. Upon receipt of notice from the FAA of failure of the system, or parts thereof, the telecommunications subcontractor, with the assistance of the supplier, shall promptly restore the defective component to provide an acceptable system at no cost to the FAA. The telecommunications subcontractor shall warranty the performance of the system for its intended use for a period of 1 year from the date of fi-nal acceptance and shall “pass-through” and shall activate the manufacturers’ warranties to the FAA for the full extent and period of the manufacturer’s warranty.

1.11.3. The warranty period shall commence upon final acceptance of the work by the

FAA. Acceptance tests and procedures shall be developed by the telecommunica-tions subcontractor in accordance with the provisions of this specification and ac-cepted by the FAA. The telecommunications subcontractor shall test the installed systems in accordance with the accepted test procedures.

1.11.4. Acceptance by a manufacturer of an order for equipment for this contract signifies acceptance of specified warranty requirements.

1.11.5. During the warranty period, there shall be no charges to the FAA for service calls

(mileage, labor, travel, expenses, etc.) for warranty related work.

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1.12. DESCRIPTION OF WORK

1.12.1. The extent of telephone and data work is indicated by drawings and schedules, and by the requirements of this section.

1.12.2. The types of components required for the project include the following:

Riser Cable – Fiber and Copper

Station Cable

Jacks and Mounting Frames

Termination Equipment – Fiber and Copper

Product Data: Cable, jacks, termination equipment and accessories

All above equipment is contractor furnished and installed on all IDIQ projects.

1.13. SUBMITTALS

1.13.1. The FAA Telecommunications Unit TIPT must approve any proposed substitu-tions for the specified telecommunications cable. Proposed substitutions are to be coordinated through AMP-400.

2. PART: PRODUCTS

2.1 GENERAL

2.1.1. For each system, provide all wire, cable, jacks, termination accessories and other components as required to form a complete system of the types indicated or speci-fied.

2.2 MATERIALS

2.2.1 Manufactured Products:

2.2.1.1 Material and equipment furnished shall be of current production by manufac-turers regularly engaged in the manufacture of such items, for which replace-ment parts are available.

2.2.1.2 When more than one unit of the same class of equipment or material is re-quired, such units shall be the products of a single manufacturer.

2.2.1.3 Equipment Assemblies and Components:

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2.2.1.3.1 Components of an assembled unit need not be products of the same manufacturer but must meet TIA/EIA Category 6 criteria as a com-plete link system.

2.2.1.3.2 Manufacturers of equipment assemblies, which include components made by others, shall assume complete responsibility for the final as-sembled unit.

2.2.1.3.3 Components shall be compatible with each other and with the total as-sembly for the intended service.

2.2.1.3.4 Moving parts or elements of equipment of the unit normally requiring lubrication shall have means provided for such lubrication and shall be adequately lubricated at the factory prior to delivery.

2.2.1.3.5 Factory cabling shall be identified on the equipment being furnished and on cabling diagrams.

2.2.1.4 Cable:

2.2.1.4.1 Fiber Optic Riser Cable:

50 Micron Indoor or Outdoor Fiber Riser Rated Cable (as determined, whether plenum or non-plenum cable is required) or approved equal

(number of strands to be supplied by AMK-224).

Multimode and single mode (number of multimode and single mode to be supplied by AMK-224).

2.2.1.4.2 Copper Telecommunications Riser Cable:

24 AWG, Level 3, Anixter # CMR-02004EAA (number of pair to be supplied by AMK-224)

2.2.1.4.3 Station Cable

2 cables to each position, level 6, 24 gauge, 4 pair, for two RJ-45 LAN connections (orange jacks).

2.2.1.5 Telephone and Data Receptacles:

2.2.1.5.1 Provide each telephone and data outlet with the following components

(proposed substitutions must be submitted to AMK-224 for review prior to purchase/installation):

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Description Comcode Number

2 ea. – RJ-45 Connector (Orange)

MGS400BH-112

2 ea. – Blank 107067860

1 ea. – Frame 106622277

2.2.1.6 Telephone and Network Equipment:

2.2.1.6.1 Figure two ports for every position reflected on the project.

2.2.1.6.2 Provide and install the following equipment as required (report any substitution prior to purchase/installation to AMK-224):

Description Comcode/Part Number Unit

Original Distributed Antenna System Cellular Equipment

Andrew Cellmax-D-CPUSF 20008570 EA

Trilogy 50ohm N Female Connector NFP01250 EA 2’ RG-142 N Male to N Male CXTA42A-2 EA 2F Zipcord Riser SC-APC to SC-APC 6’ 666602G5120006F EA 1U Pretium Connector Fiber Housing 500001652 EA Microlab 2 Way Splitter (698-2700mhz) D2-69FN EA Universal Plug & Play Module (SCAPC) 500001738 EA N Female Connector for ½” TRG-NFP01250 EA ½ Plenum Coax AP6012 J 50 FT

The One Distributed Antenna System Cellular Equipment System Controller SC-450 EA

Power Attenuation Unit w/6 Broadband Attenuators WB-PAU-6 EA

PAU-6 to RIU Cables Kit, 6 QMA to QMA AK-PAU-6-RIU-CABLES EA

1-HEU, 2-RIX, 1-PSM-AC, 1-HCM HEU-2-00-1-A-H EA

1-HEU, 2-RIX, 1-PSM-AC, 1-ACM HEU-2-00-2-A-A EA

RIM Radio Interface Module – CELL RIM-C85 EA

RIM Radio Interface Module – PCS RIM-P19 EA

RIM Radio Interface Module AWS RIM-A17 EA

RIM Radio Interface Module LTC RIM-L70 EA

1-OIU, 2-OIX, 1-PSM-AC, 1-ACM OIU-2-00-2-A-A EA

Optical Interface Unit (OIU) Chassis 1-OIU, 2-OIX, 1-PSM-

AC, 1-ACM

OIU-2-00-1-A-A EA

OIM Optical Interface Module OIM EA

ERFC60 Extender RF Cable 24 INCH ERFC24 EA

HEU, OIU, CABLE MANAGEMENT TRAY & DOOR SLEEVE CBLTRAY EA

Corning Remote Access Unit (RAU) Supporting 5 bands: LTE 700, ESMR 800/Cell 850, PCS1900 & AWS + AWS3 1700

RAU5XUS EA

ICU, 1 EDGE Module, 1 PSM-1 ICU-12-M-12-AF-0-1 EA

ICU, One Pretium EDGE Modules, 2 PSM-I ICU-12-M-12-AF-0-2 EA

ICU 2 EDGE Module, 1 PSM-1 ICU-24-M-12-AF-0-2 EA

Interconnect Unit (ICU) Housing ICU-1U EA

V-Pol Omni Antenna 698 2700MHz (Antenna) TRU Omni R727 EA

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LMR400 N-Male to QMA Male, 15 FT (Connector) CXTA40WR-XX EA

LC/APC Edge Module ECM-UM12-18-896 EA

Pretium EDGE* Solutions Housing 1 Rack Unit Holds 12 EDGE-O1U-SP EA

ONE Composite Tether, 6F/4Cu, 16AWG, Plenum Cable Non Armored

HR1818H4CO6U820200F EA

(Based on re-quired length)

Description Comcode/Part Number Unit ActiFi™ DAS Cables for Indoor Plenum, 6 F, 4 Cu Conductor, 16AWG

006UT8-41H01M20 EA

MiniXtend Cables with Binderless FastAccess Technology, 144 SM, 10K Feet Spool

144ZM4-T4F22A20 EA

Fiber Optic Cleaning Tool, MTP® Connectors 2104466-01 EA

Common Interface Modules (HEU & OIU) Extender RF Ca-ble, 16 in

ERFC16 EA

Common Interface Modules (HEU & OIU) Extender RF Ca-ble, 34 in

ERFC34 EA

Common Interface Modules (HEU & OIU) Extender RF Ca-ble, 40 in

ERFC40 EA

Common Interface Modules (HEU & OIU) Extender RF Ca-ble, 59 in

ERFC59 EA

Fiber Optic Cleaning Fluid FCC-CLEANER-FIBER EA

Fiber Link Main Module FMM EA

Fiber Link Remote Module FRM EA

ONE, Composite Tether, 6F/4Cu, 16AWG, Plenum, Non-Ar-mored 170'

HR1818H4C06U820170F-PK PK

Corning ONE Composite Tether - length 320' HR1818H4C06U820320F-PK PK

Corning ONE Composite Tether - length 623' HR1818H4C06U820630F-PK PK

Headend Unit (HEU) Chassis IHU-2-11-2-A-A EA

Spider Fan-Out Kit Insert, 3.0 mm, 900 µm, 6 fibers, yellow INS-06F-900-3-Y EA

Local AC/DC Converter 100W LPS-48V-100W EA

Splice Tray, Heat-shrink Fusion Splices, Clear cover, 0.2 in, 12 F

M67-048-C EA

Interconnect Unit (ICU) Power Supply Module PSM-I EA

Power Supply Unit with no PSM-I installed. Can accommo-date up to 6 total PSM-I

PSU6-1U EA

Remote Antenna Unit for 700LTE/Cell/PCS/AWG RAU-C85P19L70A17 EA

Headend Unit (HEU) Modules Corning ONE Radio Interface Module, ESMR 800MHz

RIM-E80 EA

VFL Adapter, High-Performance Installation Tool, LC VFL-A125 EA

VFL Adapter, High-Performance Installation Tool, SC/ST® compatible

VFL-A250 EA

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100 PR Building Entrance Protector 107894925 EA

110-C5 103801254 Pack

15 Foot BL CAT6 Patch Cord EV06-15-BL EA

15 Foot GY CAT6 Patch Cord EV06-15-GY EA

15 Foot YL CAT6 Patch Cord EV06-15-YL EA

188 w/Legs 104405113 EA

19" Rack 46353-503 EA

1U Rack Mountable Fiber Box CCH-01U EA

24 Port Patchmax CAT6 760102251 EA

25 Foot BL CAT6 Patch Cord EV06-25-BL EA

25 Foot GY CAT6 Patch Cord EV06-25-GY EA

25 Foot YL CAT6 Patch Cord EV06-25-YL EA

2U Rack Mountable Fiber Box CCH-02U EA

300 Pair Block w/Legs 107059917 EA

36MM/36SM fiber w/12 Fibers Per Tube 3 Meet Div. 27 Specifications FT

36 X 36, SM 50 Micron um armored loose tube outdoor Meet Div. 27 Specifications FT

144 SM Fiber w/12 Fibers Per Tube Meet Div. 27 Specifications FT

48 Port Patchmax CAT6 760128207 EA

5 Foot BL CAT6 Patch Cord EV06-05-BL EA

5 Foot GY CAT6 Patch Cord EV06-05-GY EA

5 Foot YL CAT6 Patch Cord EV06-05-YL EA

1 Meter LC/LC LED Fiber Patch Cable, 10G OM3, Duplex, 1.8mm PVC Aqua

EVOFF-LL-LO-01M EA

2 Meter LC/LC LED Fiber Patch Cable, 10G OM3, Duplex, 1.8mm PVC Aqua

EVOF-LL-LO-02M EA

3 Meter LC/LC LED Fiber Patch Cable, 10G OM3, Duplex, 1.8mm PVC Aqua

EVOF-LL-LO-03M EA

5 Meter LC/LC LED Fiber Patch Cable, 10G OM3, Duplex, 1.8mm PVC Aqua

EVOF-LL-LO-05M EA

10 Meter LC/LC LED Fiber Patch Cable, 10G OM3, Duplex, 1.8mm PVC Aqua

EVOF-LL-LO-10M EA

1 Meter LC/LC LED Fiber Patch Cable, MM-62.5/125, Duplex, 1.8mm PVC Orange

EVOF-LL-MD-01M EA

2 Meter LC/LC LED Fiber Patch Cable, MM-62.5/125, Duplex, EVOF-LL-MD-02M EA

3 Meter LC/LC LED Fiber Patch Cable, MM-62.5/125, Duplex, EVOF-LL-MD-03M EA

5 Meter LC/LC LED Fiber Patch Cable, MM-62.5/125, Duplex, EVOF-LL-MD-05M EA

10 Meter LC/LC LED Fiber Patch Cable, MM-62.5/125, Du-plex, 1.8mm PVC Orange

EVOF-LL-MD-10M EA

1 Meter LC/LC LED Fiber Patch Cable, SM-9/125, Duplex, 1.8mm PVC Yellow

EVOF-LL-SD-01M EA

2 Meter LC/LC LED Fiber Patch Cable, SM-9/125, Duplex, EVOF-LL-SD-02M EA

3 Meter LC/LC LED Fiber Patch Cable, SM-9/125, Duplex, EVOF-LL-SD-03M EA

5 Meter LC/LC LED Fiber Patch Cable, SM-9/125, Duplex, EVOF-LL-SD-05M EA

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10 Meter LC/LC LED Fiber Patch Cable, SM-9/125, Duplex, EVOF-LL-SD-10M EA

Cable Runway Ladder Rack 9' x 11.5" x 12' CPI 10250-712 EA

Avaya 6 Port Face Plate 108168592 Pack

Berk-Tek CAT6 Four Pair Station Cable Non-Plenum 10136339 FT

Blue Label 106657174 Pack

Bulkhead Flange Adapter 38195 EA

Butt Splice Kit CPI 11301-001 EA

But Splice Kit UL Classified Gold 16301-001 EA

Cable Management Racks 11729-703 Black EA

Cable Mount TMEH-58-C0 Pack

Cable Runway End Caps CPI 10642-001 Pack

Cable Runway J-Bolt Kit, Runway to Wall Support Bracket CPI 11308-001 EA

Cable Runway Junction Splice Kit Gold CPI 16302-001 EA

Cable Runway Ladder Rack 9' x 11.5" x 12' CPI 10250-712 EA

Cable Runway Mounting Plate 12" w/Angle Support Kit CPI 11421-712 EA

Endplate 8003542 EA

Fiber Cable Management CJP-02U EA

Fiber Fan-Out Kit FAN-BT25-12 EA

Fiber Rack Mountable Enclosure CCH-04U EA

Grounding Kit for 7' Rack CPI 41026-001 EA

J-Bolt Kit CPI 11308-001 EA

Jumper Trough Block 107831141 EA

LC Fiber Panel CCH-CP12-E4 EA

LC MM Fiber Connectors 95-050-99 EA

LC SM Fiber Connectors 95-200-99 EA

LC SM Fiber Panel CCH-CP12-A9 EA

MIC (FDDI) to ST Dual Fiber Jumpers, 50 Micron, MM 3 Me-ters

Siecor EA

Quad Frame 106622277 EA

Rack to Runway Mounting Plate CPI 10595-712 EA

Rack to Runway Mounting Plate for 9" to 12" CPI 10595-112 EA

SC to ST Dual Fiber Jumper, 62.5/125, MM 3 Meters Siecor EA

ST Connectors 95-100-01R EA

Media Converter Equipment

19-Slot Chassis for ION Slide-in Modules Rack mountable chassis

ION219-A EA

6-Slot Chassis for ION Slide-in Modules Rack mountable chassis

ION106-A EA

AC Power Supply Module for the ION 6-Slot Chassis Redun-dant AC power supply for ION 6-Slot Chassis, 100 to 240 VAC input (2 per chassis)

IONPS6-A EA

Redundant AC Power Supply for 19-Slot ION Chassis, 100 to 240 VAC input (2 per chassis)

IONPS-A EA

ION T1/E1 Network Interface Device Module T1/E1 over Fiber Twisted Pair (RJ-48) [1.5 km/0.9 mi.] to 1310nm single mode (SC) [20 km/12.4 mi.] Link Budget: 16.0 dB

C6010-1014 EA

ION Face Plate ION FACEPLATE TO COVER EMPTY

SLOTS (REQUIRED)

IONFP

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Redundant AC Power Supply for 19 Slot ION Chassis IONPS-A-R1 EA

100 Base TX (RJ-45) (100 m/328 ft.) to 100 Base FX 1310 nm single mode (LC) (20 km/12.4 mi) Link Budget: 17.3 dB

C2110-1019 EA

10/100 Base TX (RJ-45) (100m/328 ft.) to 100 Base FX 1300 nm multimode (LC) (2 km/1.2 mi.) Link Budget: 11.0 dB

C2210-1039 EA

3. PART: EXECUTION

3.1. INSTALLATION

3.1.1. Telecommunications outside duct bank shall be concrete encased and buried a minimum of 36” below the ground surface. Concrete shall have a minimum strength of 3,000 psi at 28 days. Marker tape shall be plastic, vinyl, or Mylar, 6 inches wide, and shall be orange to denote telecommunications duct bank, and la-beled to indicate the type of circuit buried below. Any deviation to be approved by AMK224 Telecommunications Infrastructure Planning Team (TIPT).

3.1.2. Install telephone and data products in accordance with the manufacturer’s written instructions, the applicable requirements of TIA/EIA, and in accordance with rec-ognized industry practices to ensure that products serve the intended function.

3.1.3. All telephone and data cables shall be installed in conduit per blueprint require-ments. The established minimum conduit size is 1”.

3.1.3.1.1. Cable Fill Ratio Table

Conduit

EMT

Capacity

Area -

40% fill

# of Ca-bles for a

40% Fill

RGS

Capacity

Area -

40% fill

# of Ca-bles for a

40% Fill

PVC

Capacity

Area -

40% fill

# of

Cables for a

40%

Fill

Trade

Size (SQ IN) CAT 6 (SQ IN) CAT 6 (SQ IN) CAT 6

1" 0.346 8 0.355 8 0.333 8

1 1/4" 0.598 14 0.61 14 0.581 14

1 1/2" 0.814 19 0.829 20 0.794 19

2" 1.342 32 1.363 32 1.316 31

2 1/2" 2.343 55 1.946 46 1.878 44

3" 3.538 84 3.000 71 2.907 69

3 1/2" 4.618 109 4.004 95 3.895 92

4" 5.901 140 5.153 122 5.022 119

Cat 6 Diameter .232 in

3.1.3.2.Bond riser cables to the ground bar at both ends.

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3.1.3.3.Terminate all pairs and fiber strands of riser cables.

3.1.3.4.Contractor shall mount racks in telephone rooms and equipment in the racks as specified in the MMAC Telecommunications Generic Specifications Section.

Configuration and turn-up shall be accomplished by FAA, AMK-224.

3.1.3.5.Installation of all termination equipment and other work in telephone equip-ment room shall be accomplished under the direction of an FAA AMK-224 representative. Bundle cables and secure with Velcro hook & loop, and pro-vide ladder rack as required to neatly train all cables. Label all cables in ac-cordance with FAA standard nomenclature using approved labeling material as specified in the Jack Labeling Section.

3.1.3.6.Fiber Optic splices shall not be allowed unless specifically called for on the drawings or preapproved by AMK-224. Where fiber optic splices are specifi-cally called for, provide fusion splices. Maximum allowable splice attenuation for single-mode or multi-mode fiber shall be 0.05 dBs. Submit printout docu-mentation showing the dB loss in the splice of each strand.

3.1.3.7.Junction Boxes shall be 18”x18”x10”. If the stated size box cannot be in-stalled due to space restrictions, contact AMP-400. AMP-400 will consult with the Voice/Data Communications team of the Telecommunications Unit at

954-3651 to submit request for substitution with the next appropriate size junc-tion box.

3.1.3.8. Turns in conduit shall be wide sweep turns with no bend in conduit greater than 90° or an aggregate of bends in excess of 180° between pull points or pull boxes. For runs that total more than 100 feet in length, pull points or pull boxes shall be inserted so that no segment between points/boxes exceeds the 100-foot limit. Any turn greater than 90° will require installation of a junction box. If a junction box is required, contact AMP-400. AMP-400 will contact Voice/Data

Communications team of the Telecommunications Unit at 954-3651 for deter-mination of junction box size requirement. Conduit shall be bonded to ground on one or both ends.

3.2. EXAMINATION OF SURFACE CONDITIONS

3.2.1. Prior to the start of work, the telecommunications subcontractor shall carefully in-spect the installed work of other trades and verify that such work is complete to the point where installation may properly commence. Start of work indicates ac-ceptance of conditions.

3.2.2. Install equipment in accordance with applicable codes and regulations, the original design and the referenced standards.

3.2.3. In the event of discrepancy, immediately notify the AMP-400 Project Manager.

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3.2.4. Do not proceed with installation until unsatisfactory conditions and discrepancies have been fully resolved.

3.3. TESTING

3.3.1. Fiber Optic Cable Testing:

3.3.1.1.Contractor shall perform an Optical Time Domain Reflector (OTDR) test to verify integrity of the cable when received from the manufacturer (test cable on the reel) and again to ensure the cable was not damaged during the installa-tion.

3.3.1.2.Contractor shall perform an end-to-end attenuation test to verify proper termi-nation of each fiber.

3.3.1.2.1.1. Contractor shall submit each test to AMP-400 for acceptance and approval by the FAA. AMP-400 shall provide test results to

AMK-224 for review and approval. Contractor shall replace any defective or noncompliant cable at no additional cost to the FAA.

3.3.2. OTDR Testing:

3.3.2.1.Upon delivery of the cable to the jobsite, and prior to installation, test each strand of cable with Optical Time Domain Reflectometer (OTDR) with multi-mode and single-mode modules. Provide printouts to document that all fiber optic strands meet specified criteria before installation.

3.3.2.2.After cable placement, perform a second OTDR test to verify the cable was not damaged during installation; also verify distances of cable runs and system in-tegrity. Enter all results into the system documentation.

3.3.2.3.After strands are terminated, perform an OTDR end-to-end test from each end to prove the terminations. Enter all results into the system documentation.

3.3.2.4.Single mode fiber will be tested at 1310 nm and 1550 nm. Multi-mode fiber will be tested at 850 nm and 1300 nm.

3.3.3. Performance Specifications:

3.3.3.1.All fiber shall be SX laser optimized. SX laser optimized cable shall meet the following minimum specifications:

Maximum Attenuation:

<=2.4 dB at 850 nm

<=0.7 dB at 1300 nm

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Single Mode Specification:

1.0 dB at 1310 nm

1.0 dB at 1550 nm

Minimum Bandwidth:

200 MHz.km at 850 nm

500 MHz.km at 1300 nm

Glass Geometry

Core Diameter 50.0 =/- 2.5um

Cladding Diameter 125.0 =/- 2.0um

Core-Clad Concentricity <= 1.5um

Cladding Non-Circularity <= 1.0%

Core Non-circularity <= 5%

3.3.3.2. Copper Riser Cable Testing:

3.3.3.2.1. Riser Cable Testing:

3.3.3.2.1.1.End –To-End Polarity Testing: A minimum of 99% pair functional connectivity shall be verified by end-to-end polarity testing. Polar-ity test shall verify correct tip, ring and pair.

3.3.3.2.1.2.TDR Test: Perform a Time Domain Reflectivity test to verify splices and correct gauge of wire throughout the run.

3.3.3.2.1.3.Documentation: Provide complete documentation of each test per-formed and printout of TDR test.

3.3.3.2.1.4.Contractor shall submit each test to AMP-400 for acceptance and approval by the FAA. AMP-400 shall provide test results to

AMK-224 for review and approval. Contractor shall replace any defective or noncompliant cable at no additional cost to the FAA.

3.4. PROTECTION OF SYSTEMS AND EQUIPMENT

3.4.1.1.Asbestos Survey: Prior to the disturbance of any building materials, construc-tion personnel must know the results of an asbestos survey.

3.4.1.2.Lead Survey: Prior to the disturbance of any building materials, construction personnel must know the results of a lead survey.

3.4.1.3.Protect materials and equipment from damage during storage at the site and throughout the construction period. Equipment and materials shall be

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protected during shipment and storage against physical damage, dirt, theft, moisture, extreme temperature and rain.

3.4.1.4.Damage from rain, dirt, sun and ground water shall be prevented by storing the equipment on elevated supports and covering them on sides with securely fas-tened protective rigid or flexible waterproof coverings.

3.4.1.5.During installation, equipment shall be protected against entry of foreign mat-ter on the inside and be vacuum cleaned both inside and outside before testing, operating or painting.

3.4.1.6.As determined by AMK-224, damaged equipment shall be fully repaired or shall be removed and replaced with new equipment to fully comply with re-quirements of the documentation provided. Decisions of AMK-224 shall be final.

3.4.1.7.Painted surfaces shall be protected with removable heavy Kraft paper, sheet vinyl or equal, installed at the factory and removed prior to final inspection.

Damaged paint on equipment and materials shall be repainted with painting equipment and finished with same quality of paint and workmanship as used by the manufacturer.

3.5. WORK PERFORMANCE

3.5.1. Coordinate location of equipment and conduit with other trades to minimize inter-ference.

3.5.2. Holes through concrete and masonry in new and existing structures shall be cut with a diamond core drill or concrete saw upon approval of the structural engineer of record for the base building. Pneumatic hammer, impact electric, hand or man-ual hammer type drill shall not be allowed, except where permitted by the AMP-

400 Project Manager as required by limited working space.

3.5.2.1.Holes shall be located so as not to affect structural sections such as ribs or beams.

3.5.2.2.Holes shall be laid out in advance. The AMP-400 Project Manager shall be ad-vised prior to drilling through structural sections, for determination of proper layout.

3.5.2.3.Structural Penetrations: Where conduit, wire ways and other raceways pass through fire partitions, fire walls or walls and floors, provide FAA approved effective barrier against the spread of fire, smoke and gases.

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3.6. ACCESS TO EQUIPMENT

3.6.1. Equipment shall be installed in location and manner that will allow convenient ac-cess for maintenance and inspection.

3.6.2. Working spaces shall not be less than specified in the National Electrical Code for voltages specified.

3.6.3. Where the AMP-400 Project Manager determines that the telecommunications subcontractor has installed equipment not conveniently accessible for operation and maintenance, equipment shall be removed and reinstalled, one time only, as directed by the AMP-400 Project Manager, at no additional cost to the FAA.

“Conveniently accessible” is defined as being capable of being reached without the use of ladders or without climbing or crawling under or over obstacles such as motors, pumps, belt guards, transformers, piping and duct work.

3.7. CABLE TERMINATION AND DRESS

3.7.1. Installation of signal, video, and communication and control conductors shall ad-here to the following:

3.7.2. Cables shall be dressed, labeled and hook & loop wrap in cabinets, racks and/or at cross connect backboard to present a neat, logical and orderly installation. At the discretion of the telecommunications subcontractor, cable duct with removable co-vers may be installed in equipment cabinets and control consoles to facilitate satis-fying this requirement.

3.7.3. Cables shall be secured to equipment cabinet backboards, console members or to other system components using cable clamps and hook & loop wraps. The tele-communications subcontractor shall furnish and install cable support posts to fa-cilitate system installation.

3.7.4. Cables and conductors shall be terminated with cable termination connectors com-patible with the specific termination.

3.7.5. Metallic cables and conductors entering the facility from a point exterior to the building shall be equipped with lightning protection. Protector shall be located at the nearest point of cable entry in the building.

3.8. UPS POWER

3.8.1. All electrical circuits supplying power to system components as part of telecom-munications work shall be connected to existing UPS power. If UPS is not availa-ble, advise AMP-400 to contact AMK-224 at (405) 954-3651.

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3.9. CLEANING

3.9.1. During construction, and prior to FAA acceptance of the building, remove from the premises and dispose of packing material and debris caused by telecommuni-cations work.

3.9.2. Remove dust and debris from interiors and exteriors of electrical equipment.

Clean accessible current carrying elements prior to being energized.

3.10. COMPLETION

3.10.1. Upon completion of the work, remove excess debris, materials, equipment, appa-ratus, tools and similar items. Leave the premises clean, neat and orderly.

3.10.2. Systems shall be complete and operational, and controls shall be set and cali-brated.

3.10.3. Testing, start-up, and cleaning work shall be complete.

3.10.4. Special tools for proper operation and maintenance of equipment provided under this specification shall be delivered to the FAA.

3.10.5. All punch list items must be corrected prior to acceptance of project.

3.11. TESTING AND VERIFICATION

3.11.1. The telecommunications subcontractor shall verify that requirements of this speci-fication are met. Verification shall be through a combination of analyses, inspec-tions, demonstrations and tests, as described below.

3.11.2. Verification by Inspection: Verification by inspection includes examination of items and comparison of pertinent characteristics against the qualitative or quanti-tative standard set forth in the specifications. Inspection may require moving or partially disassembling the item to accomplish the verification, included as part of the work at no additional cost to the FAA.

3.11.3. Verification by Test and Demonstration: The telecommunications subcontractor shall verify by formal demonstrations or tests that the requirements of this specifi-cation have been met. The telecommunications subcontractor shall demonstrate that the telecommunications systems components and subsystems meet specifica-tion requirements in the “as-installed” operating environment during the “System

Operation Test.” While no formal environmental testing is required, the telecom-munications subcontractor shall measure and record temperature, humidity and other environmental parameters and the environmental conditions, which were en-countered during the “System Operation Test.”

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3.11.4. Perform commissioning and pretest prior to enclosure of walls.

3.11.5. Perform system operation tests after full enclosure of walls.

3.11.6. System Operation Tests Conducted Upon Completion Of Work: Upon comple-tion of the telecommunications subcontractor’s work, subject the system to func-tional and operational tests. When required, corrections determined by initial test results, have been completed, fully retest the system. The FAA shall be notified in writing not less than seven days in advance of the date of proposed final testing and inspection. The advance notice shall include certification that the installation is complete and operable, and that the telecommunications subcontractor has satis-factorily performed the final tests specified herein. The acceptance testing and fi-nal inspection shall be accomplished in the presence of the FAA and the AMP-400

Project Manager. At least ten days prior to scheduled system completion, the tele-communications subcontractor shall submit, for approval by the FAA a test plan to completely test telecommunications systems. The telecommunications subcon-tractor shall include in test plan, for acceptance by the FAA (AMK-224 and the

AMP-400 Project Manager), a complete and detailed final acceptance test check-off list (“punch list). The list shall be a complete representation of specified func-tions and conditions, including contingency, priority and abnormal modes of oper-ation. The arrangements of the list shall be such as to provide an orderly method of tabulating checks of system features, response and operation. The punch list shall include a designated space adjacent to each test procedure where the FAA can initial to indicate compliance with each test procedure. At the time of final acceptance testing, required tests shall be repeated and defects corrected until the system is found to be acceptable to AMK-224 and AMP. The telecommunications subcontractor shall maintain a log of test activities and results. Both electronic and printed copies of this log including copies of the signed-off punch list shall be submitted to the FAA within seven days of the testing. Final tests shall include, but not limited to, the following:

3.11.7. Test all category cables in accordance with current TIA/EIA specifications for that category of cabling with a test device meeting or exceeding level IIe accu-racy.

3.11.8. Bi-directional attenuation (loss) test for each multimode fiber strand at 850nm and 1300nm wavelengths and each single mode fiber strand at 1310nm and

1550nm. Conduct tests in accordance with ANSI/TIA/EIA-526-14-A, Method B for multimode fibers, and ANSI/TIA/EIA-526-7, Method A.1 for single mode fibers and with test instrument manufacturers printed instructions. Demonstrate that measured link loss does not exceed the “worst case” allowable loss which is the sum of: the connectors loss (based on the number of mated connector pairs at the ANSI/TIA/EIA-568-A maximum allowable loss of 0.75dB per mated pair) and the optical fiber loss (based on the maximum allowable loss of 3.5 dB/km @

850nm and 1.5 dB/km @ 1300nm for multimode fiber and 1.0 dB/km @

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1310nm and 1.0 dB/km @ 1550nm for indoor single mode fiber and 0.5 dB/km

@ 1310nm and 0.5 dB/km @ 1550nm for outdoor single mode fiber).

3.11.9. Visual inspection of cabling for proper routing bends radii cable management and security.

3.11.10. Verification that required submittals have been provided and have been accepted.

3.11.11. The telecommunications subcontractor shall carefully plan and coordinate the fi-nal acceptance tests so that tests can be satisfactorily completed. The telecom-munications subcontractor shall provide necessary instruments, labor and materi-als required for tests, including the equipment manufacturer’s technical repre-sentative and qualified technicians in sufficient numbers to perform the tests within a reasonable time period. The AMP-400 and AMK-224 office reserve the right to be present during testing.

3.11.12. After telecommunications systems have been installed and tested, the completed test plan shall be signed by the telecommunications subcontractor and submitted for approval.

4. TELECOMMUNICATIONS JACK LABELING STANDARD

4.1.1. Abstract:

4.1.1.1.This standards statement documents the practice for labeling telecommunica-tions jacks during the installation process. Telecommunications jacks shall be installed in accordance with the Telecommunications Jack Cabling Standard.

This standard requires that a unique position number be designated for each telecommunications jack. Additionally, this standard requires that the tele-phone closet that hosts the telecommunications jack will be identified in the position number of the telecommunications jack.

4.1.2. Standard:

4.1.2.1.The labeling standards define the labeling at the jack location as well as in the telephone closet. In all cases the labels at the jack and in the closet will be made with high contrast permanent material, which may be removed and re-placed in the field.

4.1.3. At The Jack:

4.1.3.1.This standard defines a position as a location housing jacks whether it is a

“tombstone,” surface plug, power pole or a “Walker” box. A jack is the wiring device installed in a position, which allows for connection of the telecommuni-cations device. The labeling number will be six characters in the format of:

CCCPPP

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4.1.3.2.The syntax of the label is:

<Closet Number><Position Number>

4.1.4. At The Closet:

4.1.4.1.This standard defines the nomenclature as a location designated on a designa-tion strip on a Patch Panel. The labeling number will be seven characters in the format of:

CCCPPPF

4.1.4.2.The syntax of the label is:

><Closet Number><Position Number><Duplication Flag>

Further Definitions:

Labeling Syn-tax

Permitted

Character

Permitted

Value

Description

Closet Room

Number

Alpha/Numeric 001-999

A-Z

The room number of the serving closet as it will be labeled at contract completion. * (In cases where the closet number is larger than 3 characters, the closet number shall be trimmed to the useful three digits as determined by AMK-224, i.e. BC04G>C04

127B>127

Sequence

Number

Numeric 001-999 This is a unique number for the position, which usu-ally is the sequence number of when the jack was in-stalled.

Duplication

Flag

Alpha A-D If the descriptive is duplicated in an installation (i.e.

multiple analog numbers at the same position.)

4.1.5. Example In Closet:

4.1.5.1.LAN and analog circuits are installed to work out of closet 110. This is the

121st position installed in this closet. The jack number would be: 110121

(With the analog number posted by the jack when activated by a telephone work order.)

4.1.5.2.In the closet, the LAN jack would be labeled on the supporting Patch Panel as

110121 (Figure A).

110121

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Patch Panel Detail A

Figure A

4.1.5.3. Jack number is centered at the top of the jack. At the position with the jacks, on a quad plate, the upper two jack positions are LAN jacks with orange jacks.

Lower two jack positions are blank for future requirements. If it is an analog line, the analog number will be indicated on the jack when an analog telecom-munications work order is complete (Figure B).

B

D

A

C

Quad Detail Figure B

4.1.5.4.Figure C (Tombstone Detail) and Figure D (Power Pole Detail) below, extend the jack labeling to the “Tombstone” and “Power Pole” configuration. The

“Walker Box” will use the “Quad” (Figure B) jack layout. Other configura-tions may be approved by AMK-224.

A B

D

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Tombstone Detail

Figure C

1 1 0 1 2 1

B

A

D

Power Pole Detail

Figure D

4.1.6. Situation 2:

4.1.6.1.A new work order is issued for an additional LAN connection at the position installed in Situation 2. Its jack number would be L110121B (C, D, E, etc.).

Re-label previous LAN connection from L to L-A.

4.1.6.2.In the closet, the old jack on the Patch Panel is re-designated as 110121A. The second LAN jack is terminated in an open position on the Patch Panel and des-ignated 110121B (Figure E)

110121A 110121B 110121C 110122

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Patch Panel Detail B

Figure E

4.1.7. Exceptions To Standard:

4.1.7.1.Every effort should be made to adhere to these standards for all new installa-tions. When new wiring is pulled to an existing position labeled in the old style, the position and wiring may reflect the legacy and pre-existing style.

New positions with new jacks shall adhere to the new labeling standard at the position.

4.1.8. References:

Item Description

Telecommunications Jack Cabling Stand-ards

Standards describing what material are re-quired and how to wire telecommunica-tions jacks.

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TELECOMMUNICATIONS JACK CABLING STANDARD

4.1.9. ABSTRACT:

4.1.9.1.This standards statement documents the material and practice for installing tel-ecommunications jacks from a designated telephone closet to a designated tele-communications jack location which may be installed in a “Walker” Box, “Tombstone”, Cubicle, Wall, or Surface mounted apparatus. FAA data and voice cabling shall maintain separation from any other cabling not on the

MMAC backbone. Cable shall not be run in the same conduit as non-MMAC backbone cable. FAA MMAC backbone positions shall include only FAA

MMAC data and voice. Cables must be labeled behind faceplate in accordance with labeling standard. Requirements for non-FAA MMAC backbone data shall require a separate position. For further information or any questions con-tact AMK-224 at (405) 954-3651.

4.1.10. STANDARD:

4.1.10.1. In accordance with EIA/TIA 568 and 569 series the primary method of meeting communications needs will be the installation of 4 pair Category 6 or better wiring (Berk-Tek is the current specification) as required. Generally, run one 4 pair wire for each LAN jack to the closest Telecommunications Closet.

See Table I below for wire termination to jack pins.

4.1.10.2. The current jack materials will also be rated for Category 6 or better.

4.1.11. EXCEPTIONS TO STANDARDS:

4.1.11.1. In the building spaces not yet renovated at the Aeronautical Center, ducts and conduits may not be sufficient to support this standard. In those cases, AMK-224 will provide wiring guidance as necessary.

4.1.12. REFERENCES:

EIA/TIA 568-A Commercial Building Telecommunications Wiring Standard.

EIA/TIA-569 Commercial Building Standard for Telecommunications Pathway and Spaces

EIA/TIA-606 Administration Standard for the Telecommunications Infrastructure of Commercial Buildings

TSB 36 Technical Systems Bulletin-Additional Cable Specifications for Unshielded Twisted Pair Cables

TSB 40 Technical Systems Bulletin-Additional Transmission Specifications for Unshielded Twisted Pair

Connecting Hardware

IEEE 802.3 Carrier Sense Multiple Access with Collision Detection (CSMA/CD) Access Method and Physi-cal

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Layer Specifications

5. COPPER/FIBER SPLICING STANDARD

This document constitutes the copper and fiber cable-splicing standard for the Mike Mon-roney Aeronautical Center (MMAC).

5.1.1. SCOPE

5.1.1.1.This standard describes approved methods for splicing plastic insulated copper and fiber optic cables. Typical applications of these methods include aerial, buried and underground splices.

5.1.1.2.Copies of the…