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Agenda 09/13/2016 R Item #16D 2 1 6.D.2 09/13/2016 EXECUTIVE SUMMARY Recommendation to approve an Underground Facilities Conversion Joint Trench Agreement with CenturyTel Service Group,LLC for Phases two,three and four of the Vanderbilt Beach Municipal Service Taxing Unit(MSTU)Aerial To Underground Utility Conversion Project. OBJECTIVE: To provide hurricane hardening and beautification in the Vanderbilt Beach MSTU area. CONSIDERATIONS: The Vanderbilt Beach Municipal Service Taxing Unit(MSTU)is in the middle of phase two and three of a four (4) phase project to convert overhead utility lines to underground for hurricane preparedness and to promote aesthetics within the MSTU. This agreement will allow the removal of CenturyLink network equipment from FPL utility poles which is the last impediment to removal of the poles. In phase one of the project which was completed in September 2013, CenturyLink aerial service was minimal and they converted their own network to underground. For the rest of the phases there is significant CenturyLink network to be converted. The MSTU used lessons learned in phase one to make the decision to modify the construction method that was used, to increase construction management oversight in order to reduce the impacts on the residents and businesses in the area during construction. For phases two, three, and four, the MSTU elected to utilize the County bidding process for the construction work; with the exception of a portion of the work that FPL requires be performed by its personnel. This approach ensures the lowest cost for construction, and places the project timing and quality control in the hands of the County (MSTU) rather than FPL, Comcast, CenturyLink or any other overhead utility. The Underground Facilities Conversion Joint Trench Agreement for Underground Conversions with CenturyTel Service Group, LLC (also known as CenturyLink) provides for a shared trench for utilities and cables as needed and describes the trench requirements, methods or constructions and other agreed upon specifications and conditions which govern the County's construction and installation of the remaining portion of the CenturyTel's underground facilities. FISCAL IMPACT: There is no Fiscal Impact associated with this Executive Summary. GROWTH MANAGEMENT IMPACT: There is no Growth Management Impact associated with this Executive Summary. LEGAL CONSIDERATIONS: This item is approved for form and legality and requires a majority vote for Board approval. -JAB RECOMMENDATION: That the Board of County Commissioners approves an Underground Facilities Conversion Joint Trench Agreement with CenturyTel Service Group, LLC (CenturyLink) for phase two, three and four of the Vanderbilt Beach Municipal Service Taxing Unit (MSTU) Aerial to Underground Utility Conversion Project,and authorizes the Chairman to sign all required documents. Prepared by: Harry Sells,MSTU Project Manager,PTNE Packet Pg. 1135 16.D.2 09/13/2016 ATTACHMENT(S) 1.Joint Trench Agreement(PDF) 2.Exhibit A_Materials List (PDF) 3. [Linked] Exhibit B-1 515 Documents& Specifications for Construction (PDF) 4.Exhibit B-2 Buried Assembly Units Specifications (PDF) 5.Exhibit B-3 Buried Fiber Optic Cable Placement(PDF) 6.Exhibit B-4 Buried Pedestal Guidelines (PDF) 7.Exhibit B-5 CenturyLink Bonding, Grounding and Protection (PDF) 8. Exhibit B-6 Construction Prints (PDF) 9. Exhibit C Approved Contractors for Vanderbilt Beautification Project (PDF) 10. EXHIBIT D Project Phase Map (PDF) Packet Pg. 1136 16.D.2 09/13/2016 COLLIER COUNTY Board of County Commissioners Item Number: 16.D.2 Item Summary: Recommendation to approve an Underground Facilities Conversion Joint Trench Agreement with CenturyTel Service Group, LLC for Phases two, three and four of the Vanderbilt Beach Municipal Service Taxing Unit(MSTU)Aerial To Underground Utility Conversion Project. Meeting Date: 09/13/2016 Prepared by: Title: Project Manager—Public Transit&Neighborhood Enhancement Name: Harry Sells 07/29/2016 1:50 PM Submitted by: Title: Division Director-Pub Tran&Nbrhd Enh—Public Transit&Neighborhood Enhancement Name: Michelle Arnold 07/29/2016 1:50 PM Approved By: Review: Public Services Department Amanda O.Townsend Level 1 Sim.Reviewer 1-8 Completed 08/05/2016 12:03 PM Procurement Services Lissett DeLaRosa Level 1 Purchasing Gatekeeper Completed 08/05/2016 2:22 PM Procurement Services Sandra Herrera Level 1 Purchasing Reviewer 1-4 Completed 08/09/2016 3:59 PM Public Transit&Neighborhood Enhancement Michelle Arnold Level 1 Sim.Reviewer 1-8Completed Public Services Department Hailey Margarita Alonso Level 1 Division Reviewer Completed 08/11/2016 12:06 PM Procurement Services Rhonda Burns Level 1 Purchasing Reviewer 1-4 Completed 08/15/2016 9:17 AM County Attorney's Office Jennifer Belpedio Level 2 Attorney of Record Review Completed 08/15/2016 10:49 AM Public Services Department Steve Carvell Level 2 Division Administrator Review Completed 08/19/2016 8:41 AM County Attorneys Office Jeffrey A.Klatzkow Level 3 County Attorneys Office Review Completed 08/19/2016 8:55 AM Office of Management and Budget Valerie Fleming Level 3 OMB Gatekeeper Review Completed 08/19/2016 3:17 PM Budget and Management Office Ed Finn Level 3 OMB 1st Reviewer 1-4 Completed 08/22/2016 4:25 PM County Manager's Office Nick Casalanguida Level 4 County Manager Review Completed 08/27/2016 11:18 AM Board of County Commissioners MaryJo Brock Meeting Pending 09/13/2016 9:00 AM Packet Pg. 1137 (iu91aaaa6y yauaJj uior)ju fh.tn;ua3 : OZLG) luawaaJ6y yauaal;uror :}uauayae }y 03 tN ❑ t0 r � m C) cTS al UNDERGROUND FACILITIES CONVERSION JOINT TRENCH AGREEMENT between CenturyTel Service Group, LLC and the Board of County Commissioners of Collier County, Florida 2016 Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 1 of 25 (tuew ei6y gouaal;uior)Iuollan;ue0 : OZL►} luausaaa6y gauaal tuior :}uauagaetty M N r t' th c0 G. T y,d a) UNDERGROUND FACILITIES CONVERSION a JOINT TRENCH AGREEMENT between CenturyTel Service Group, LLC and the Board of County Commissioners of Collier County, Florida This Underground Facilities Conversion Joint Trench Agreement("Agreement") is made and entered into this day of , 2016 ("Effective Date"), by and between the BOARD OF COUNTY COMMISSIONERS OF COLLIER COUNTY, a political subdivision of the State of Florida(the"Board" or the"County") and CENTURYTEL SERVICE GROUP, LLC ("CenturyLink"), a Louisiana limited liability company with its principal address at 100 Centurylink Drive, Monroe, LA 71203. WHEREAS, pursuant to Ordinance 2001-43, the Board, as the governing body of the Vanderbilt Beach Beautification Municipal Service Taxing Unit("MSTU"), created the MSTU for the purpose of beautifying public areas within the boundaries of the MSTU; and WHEREAS, the MSTU seeks to beautify a portion of Vanderbilt Beach Road by having telephone, cable, and other utility lines, including Florida Power&Light("FPL") utility poles, moved from aboveground to underground(the"Conversion Project"); and WHEREAS, pursuant to the MSTU's request,the Board now requests and has agreed to convert from aboveground to underground certain of CenturyLink's telephone and cable distribution facilities attached to FPL utility poles located along Vanderbilt Drive between Vanderbilt Beach Road and Wiggins Pass Road, including Flamingo Avenue, Heron Avenue, Egret Avenue, Conners Avenue, Seabee Avenue, Germain Avenue, Seagull Avenue, Willet Avenue, Tradewinds Avenue, Lagoon Avenue, Bayside Avenue, Pine Avenue, Oak Avenue and Palm Court; along Bluebill Avenue (a/k/a 111th Avenue) from Gulf Shore Drive to Vanderbilt Drive; and along Vanderbilt Beach Road from Gulf Shore Drive to Vanderbilt Drive, including Center Street North and Gulf Shore Court (the entire area described in this paragraph collectively the "Vanderbilt Beach MSTU Area"); and WHEREAS, aboveground utilities in the Vanderbilt Beach MSTU Area consist of power supplied by FPL and data services supplied by CenturyLink, Comcast, and Summit Broadband, and due to right of way constraints some of the utilities will be required to be buried in a shared trench. NOW THEREFORE, in consideration of the foregoing premises and the covenants and agreements set forth herein, and other consideration the sufficiency of which is hereby acknowledged, the parties intending to be legally bound, hereby covenant and agree to the terms set forth below. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 3 of 25 r�� (wausaaa6y gouaal lu!or jul1ICanlue3 : ozLI-) 4ueweaa6y youaal Iu!or :;ueuayoenV N et a) a Table of Contents aI Table of Contents THE PROJECT AND CONCEPT OF CONSTRUCTION 4 DEFINITIONS 5 CONTRACTOR 7 LICENSES,PERMITS, RIGHTS OF WAY 6 CENTURYLINK SPECIFICATIONS 6 CONSENT TO SHARED TRENCH 7 RESPONSIBILITY FOR COSTS 7 STATEMENT OF WORK 7 MODIFICATIONS; INCONSISTENCIES 8 INDEMNIFICATION 8 County's Indemnification 8 Limitation of Liability 8 CENTURYLINK MARKS 8 NOTICES 8 CONTRACT PROVISIONS REQUIRED IN CONTRACT BETWEEN COUNTY AND CONTRACTOR 9 Definitions 9 General Terms and Conditions 12 Underground Facilities Conversion Joint Trench Agreement CentutyLink Confidential Page 2 of 25 _' (lueweeii6y pilau lupr mui1/C.Jnluao : o7L11luauaaaJ6br yaueij luiol° :luewgoelld tG p_ THE PROJECT AND CONCEPT O "ON RUCTI N a Overview. This concept of construction is intended to provide a conceptual overview of the work that will be required and certain public safety and beautification concerns arising from the Conversion Project. Aerial utilities in the Vanderbilt Beach MSTU Area consist of power supplied by FPL, telephone by Century Link, and television service by Comcast and Summit Broadband. The intent of the Conversion Project is to convert all utilities in the Vanderbilt Beach MSTU Area, including service drops, from aboveground to underground facilities. Even though the dividing line goes down the center of the boundary streets,the intent is to remove poles from both sides of the street. The only poles left remaining will be standalone street light poles. One Contractor. Due to right of way size constraints, one contractor will be engaged by the County to construct buried conduit, concrete pads, and vaults for all affected utilities in the Vanderbilt Beach MSTU Area. After all conduits are buried in the Vanderbilt Beach MSTU Area, separate contractors will follow with the installation of their individual networks. The geographical size of the project area will allow at least three contractors to be working simultaneously; however, only one contractor will be used for all CenturyLink-related work. This will ensure an earlier completion time of the total project. Methods of Construction. On Vanderbilt Drive the desire is to minimize disruption and damage to the landscape and sidewalk. Therefore,the general method of construction will be trenching through soil and boring under paved surfaces. To this end,the County anticipates that the contractor will need to remove a section of sidewalk at each street corner and bore to the next corner, one bore for FPL and one or more for low voltage communications. The method of construction on the fourteen finger streets off Vanderbilt Drive will be by trenching and boring under driveways and the street. Cutting and trenching through driveways will be the method of last resort. An additional low voltage irrigation control conduit will be added. If the distance is too far to effectively control the bore or an obstruction is encountered, a second bore access point will be opened in the center of the block. A four inch irrigation water line will be added five feet from the last low voltage line. Vanderbilt Drive and its sidewalk are narrow and heavily traveled and will require special MOT for pedestrians and automobiles. The County intends that the removed portions of sidewalk be placed back in service as soon as possible. Another contractor will be responsible for replacing the removed sidewalk. The parking lot for Conner Park on the north side of Bluebill Avenue extends to the north edge of the right of way. The path underneath the parking lot will be constructed by boring from parking lot island to parking lot island following the same procedure as on Vanderbilt Drive. Cutting asphalt and trenching will be the method of last resort. The method of construction on Vanderbilt Beach Road, Gulf Shore Drive, and Commerce Street will be by trenching,with boring under driveways and streets. Cutting asphalt and trenching will be the method of last resort. Underground Facilities Conversion Joint'French Agreement CenturyLink Confidential Page 4 of'25 i (;ueweaa6y youaal;u!or)u fl&Jr1lue3 : oZL6) ;uaweei6y r{oueal lu!or :;uewyoe;ly N ci tG a Trench Requirements. FPL feeder, primary service, and secondary service conduit can share the same trench or bore. If one bore for FPL is not possible, the contractor will be directed to use a what is necessary and move other utilities to maintain proper separation. FPL conduit will be in one trench or bore as near to the outer right of way line as possible and will maintain a 12 inch separation from all other utilizes, and a 60 inch separation from potable water. The County desires that all low voltage conduits share the same trench or bore while maintaining a 12 inch separation from high voltage conduits and 60 inch separation from potable water. FPL's design requirements call for a transformer on one side of the street feeding two houses with a secondary junction box directly across the street feeding two more houses. The County will duplicate this design for low voltage communications with a video and a voice distribution point next to the FPL transformer,and a video and a voice distribution point next to the FPL junction box across the street. This will require two cross street bores at every transformer. The cross-water bore on Bluebill Avenue will require one 6 inch conduit for FPL and as many as four 4 inch conduits and two 2 inch conduits for low voltage utilities. The takeoff and landing points will be in the same general vicinity of each other. Landscaping Restoration. Landscaping in the way of boring and trenching will be removed by the contractor. Landscaping will be restored by the County. This is not carte blanche permission to destroy existing landscaping; the County will require the contractor to make every reasonable effort to maintain the look and feel of the neighborhood. After project completion in each area, elevations must be checked for proper drainage and all excess soil and construction debris removed from the site. Conversion Project Timeline. The County's expected timeline for the Conversion Project intends to start placing new networks in the new conduit starting three to six months after the start of the Conversion Project. This is dependent upon having enough geographic area to allow continuous placement of network once started and until completion. When all new networks are installed,tested, and connected,the old network will be taken down as soon as possible. FPL will take down their old network and all poles but cannot do so until all other utilities are off the poles. Timing for removal of existing facilities to be retired will be negotiated between each affected utility or service provider and the County. The conversion of individual residences' electrical services from aerial to underground will be performed by Bentley Electric in conjunction with FPL. The conversions of individual service for cable and telephone will be done by the supplying companies. DjEFT Nf'1['I ONS "CenturyLink Affiliate"means (i) any entity, directly or indirectly, Controlling, Controlled by or under common Control with CenturyLink; (ii) any entity to which any CenturyLink Affiliate, as defined in clause (i) of this definition, is required by law, regulation or contract to provide services or products; or(iii)any direct or indirect wholly owned affiliate of CenturyLink that is subsequently divested. "Damages"means any and all damages, fines,penalties, deficiencies, losses (including diminutions Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 5 of 25 ��;k s (;uewea.16y youatl;uior iunfaantueo : OZL€.) ;uawee 6V ttoueij lupr :;uewgoenv N r O � a m in value),liabilities (including settlements and judgments),costs and expenses(including interest, co court costs,fees and expenses of attorneys, accountants,and other experts and professionals or other fees and expenses of litigation, or other proceedings, or of any claim,default,or assessment). "Deliverables"means any item delivered or produced by the County or required to be delivered or produced by the County as the result of Services. Deliverables may include,but are not limited to, tangible and intangible work product, facilities, information, data,reports, maps, drawings,plans, specifications, estimates,Products,technology, data, information, materials, designs, memoranda, lists, diagrams, schedules, analyses,procedures, specifications, programs, computer systems, technology, materials, documentation and like items, whether in hard copy or electronic media,incidental to, and containing and embodying the results of,the Services performed hereunder. "Services"means the services the County provides to CenturyLink under the Agreement. LICENSES, ERMITS, RIGHTS F WAY The County agrees to act as the project manager for the Conversion Project. Pursuant to this role, the County will obtain all required licenses, permits, and approvals for the Conversion Project. The County will also obtain the necessary easements, right of way permits, and subaqueous permits required to complete the Conversion Project. The County will furnish copies of these documents to the Contractor as needed. The County will also furnish copies of all these documents to CenturyLink as applicable to the CenturyLink portions of the Conversion Project. The County recognizes that once CenturyLink has received title to its portion of the Deliverables involved in the Conversion Project, CenturyLink will need the requisite easement grants, permits,permissions, and rights of way to access the Deliverables for providing ongoing service, and for future maintenance and repairs. The County represents and warrants that in all the easements,rights of way, permits, and permissions it obtains pursuant to the CenturyLink portion of the Deliverables,the County will have CenturyLink named and included as an authorized user under the rights of way or permits or named as an additional easement holder, as applicable. CENTURY LIK SPECIFICATIONS CenturyLink will supply specifications to the County for the following items: (1) all materials needed to build the CenturyLink portions of the joint trench; (2) all trench and installation specifications; and (3) the name of a CenturyLink-approved materials supplier from which the County will obtain materials for the CenturyLink portion of the work for the Conversion Project. The above items are collectively referred to as the "CenturyLink Specifications." The CenturyLink Specifications will include as applicable, and listed here as examples and not limited to, engineering drawings, construction standards, and sizes and quantities of materials. The County will require the Contractor that it hires for the Conversion Project to conform to the CenturyLink Specifications and will provide the CenturyLink Specifications to the Contractor as needed for the Contractor's work on the Conversion Project. All of the CenturyLink Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 6 of 25 ca (luewaaa6y yauaal luior xu flAJnlua3 : oZL 6) luewaaa6y epuaal luior :luewgaelly N r!' f� r r � a 465 Specifications, whether or not explicitly marked as confidential, are considered to be the c) confidential and proprietary information of CenturyLink, and the County agrees that the a CenturyLink Specifications shall be treated as confidential information and disclosed by the County only on a need-to-know basis as necessary for the completion of the Conversion Project, and that the County shall protect the CenturyLink Specifications from public disclosure to the fullest extent allowed by law. CONTRACTOR The County will hire one contractor to construct buried conduit, concrete pads, markers, vaults, and associated requirements for all affected utilities in the Vanderbilt Beach MSTU Area ("Contractor") in compliance with the CenturyLink Specifications. The County will select the Contractor from a list of CenturyLink-approved contractors that CenturyLink will provide in a Statement of Work. CONSENT TO SHARED TRENCH As outlined in the Project and Concept of Construction section, a shared trench may be necessary for utilities and cables. CenturyLink hereby consents to its cables and conduit sharing a trench with other utilities as appropriate, so long as all the requirements contained in the CenturyLink Specifications are met, as well as any other applicable laws, rules, and regulations. RESPONSI :ILITY FOR COSTS The County will be responsible for all costs of the Conversion Project, unless the parties agree otherwise in a written amendment to this Agreement, as set forth in a Statement of Work, or as specifically set forth as a CenturyLink cost in this Section. The County will reimburse CenturyLink for its costs associated with designing engineering plans and specifications for the Conversion Project, and for CenturyLink's costs associated with inspections of the work at various intervals throughout the Conversion Project, as set forth in a Statement of Work or exhibit thereto. CenturyLink will be responsible for any incremental costs associated with changes requested by CenturyLink to any portion of the Conversion Project after that portion has already been completed. STATEMENT OF WORK Simultaneously with this Agreement or shortly thereafter,the County and CenturyLink will execute a written Statement of Work ("SOW") that will include the CenturyLink Specifications and other information and business terms related to the Conversion Project. Such terms may include, but are not limited to, CenturyLink's inspection and acceptance of the Contractor's work; performance and coordination of hook up, splicing, and cut over procedures; and removal of existing facilities. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 7 of25 (1uawaaa6v youeJZ luior Nun(unwoo : oZLI.) luawea.r6d vital!lusor :luauryoelly N � 0 4- MODIFICATIONS; INCONSISTENCIES a The Agreement may not be amended or modified except in writing signed by an authorized representative of each party. IN DEMNLFICATION COUNTY'S INDEMNIFICATION Subject to the limitations set forth in Section 768.28, Florida Statutes the County will indemnify, hold harmless, and defend CenturyLink, the CenturyLink Affiliates, and their respective directors, officers, agents and employees (each, a"CenturyLink Indemnitee") from and against all Damages resulting from or alleged to result from the County's performance or non- performance of the Services or provision or failure to provide Deliverables or any other act or omission of the County under or related to this Agreement. LIMITATION OF LIA.BI.LITY Neither party will be liable hereunder for consequential, indirect or punitive damages (including lost profits or savings) for any cause of action, whether in contract, tort or otherwise, even if the party was or should have been aware of the possibility of these damages, except that the foregoing will not restrict a party's ability to recover actual damages for breach of this Agreement, including the costs of obtaining replacement Services and Deliverables complying with the terms of this Agreement. The limitations in the preceding subsection do not apply to: (i)Damages for which a party has an obligation of indenmity under this Agreement; (ii) any grossly negligent, willful or fraudulent act or omission; or (iii) any breach of provisions related to CenturyLink Marks, ownership of work product, privacy or indemnity. CENTU YL.I K MARKS The County will not, without CenturyLink brand department written consent,use the name, trademarks,trade names or logos("Marks")of CenturyLink or any CenturyLink Affiliate, or any divisions or business units of any of them, or the name of any product or service of CenturyLink or any CenturyLink Affiliate, in any manner. CenturyLink may, in its sole discretion,withhold consent to the County's use of any Marks. If CenturyLink grants the County a right to use any Marks,the County will do so only in strict compliance with CenturyLink guidelines. NOTICES Notices provided under this Agreement must be in writing and delivered by (i) certified mail, return receipt requested, (ii) hand delivered, (iii) facsimile with receipt of a"Transmission OK" acknowledgment, (iv) e-mail, or(v) delivery by a reputable overnight carrier service (in the case of delivery by facsimile or e-mail the notice must be followed by a copy of the notice being delivered by a means provided in(i), (ii) or(v)). The notice will be deemed given on the day the notice is received. In the case of notice by facsimile or e-mail, the notice is deemed received at Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 3 of 25 °`"'8"" "mai (4uewaeJ6v youa.t3,wiop)u f/C.tn;ue3 : OZLL} luewaaa6v youe.el;ulo` :;uewyoepy d' O r t0 a r the local time of the receiving machine, and if not received, then the date the follow-up copy is received. Notices must be delivered to the following addresses or at such other addresses as may be later designated by notice: CenturvLink: County: CenturyLink Harty Sells Tony Zawacky MSTU Project Manager Engineer II Public Transit&Neighborhood 3530 Kraft Road,Unit 100 Enhancement Division Naples, FL 34105 Public Services Department 3299 East Tamiami Trail, Suite 103 Phone: (239) 263-6216 Naples, Fla.34112-5746 Fax: 239-252-6628 anthonv.h.zawack� centun link.com Phone: 239-252-4980 Cell: 239-821-6909 HarrvSellsr I CollierGov.net With a copy to: With a copy to: CenturyLink Law Department NA VP Commercial Law- Legal Notices 5454 W. 110 St. Overland Park, KS 66211 Mailstop: DF 154L0701-721 and CenturyLink Contract Administration Director Construction Services 100 CenturyLink Drive Monroe, LA 71203 CONTRACT PROVISIONS REQUIRED IN CONTRACT BETWEEN CIPUNTY AND CONTRACTOR The County will require the Contractor to agree in its contract with the County for the Conversion Project ("Contract")to the following terms in the same language as set forth in this Section. For clarity, it is intended that the definitions and terms set forth in this Section shall apply only to the Contract, and not to the other sections of this Agreement. 1);x;1 ]N TIONS "Acceptance"means the date on which CenturyLink agrees to take ownership of some or all of the Deliverables. If CenturyLink takes ownership of only a portion of the Deliverables, Acceptance will be deemed to have occurred only with respect to that portion. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 9 of 25 (luawaaJ6y tpueil lu!or junkinlua3 : DUO luawaaa6V yauaJJ luoof' :luawipellV N T O a) t0 d T r "ANSI"means American National Standards Institute. co a- "Carrier Proprietary Information"or"CPI"means carrier information protected by Section 222 of the Telecommunications Act of 1996. "CenturyLink Affiliate" means(i)any entity,directly or indirectly, Controlling, Controlled by or under common Control with CenturyLink; (ii) any entity to which any CenturyLink Affiliate, as defined in clause(i) of this definition, is required by law,regulation or contract to provide services or products; or (iii) any direct or indirect wholly owned affiliate of CenturyLink that is subsequently divested. "CenturyLink Customer"means a customer,user of or subscriber to one or more services or products offered by CenturyLink or a CenturyLink Affiliate. "CenturyLink Data"means all information collected or developed by(a)CenturyLink or a CenturyLink Affiliate regarding CenturyLink Customers or(b)Contractor regarding CenturyLink Customers(but only in their capacity as CenturyLink Customers), including,under each of the clauses(a) and(b)of this definition,location-based information,phone or other identification numbers issued to CenturyLink Customers,electronic serial numbers, CenturyLink Customers' personalization information and automatic number identification information,CII,PII and CPNI and CPI, as those terms are defined in Section 222 of the Telecommunications Act of 1996. "CenturyLink Specifications"means the applicable quality and workmanship standards,and specifications for materials needed to build the CenturyLink portions of the joint trench,and all trench and installation specifications,as provided by CenturyLink to the County in a Statement of Work. The County will in turn provide these CenturyLink Specifications to the Contractor. The CenturyLink Specifications may also include,but are not limited to,OSHA standards,National Electrical Safety Code rules and any additional requirements,instructions,approved CenturyLink document or drawings furnished by CenturyLink or applicable law or regulation. All of the CenturyLink Specifications,whether or not explicitly marked as confidential,are considered to be the confidential and proprietary information of CenturyLink,and Contractor shall treat them as confidential information and disclose the CenturyLink Specifications only on a need-to-know basis as necessary for the completion of the Conversion Project. "CII"means CenturyLink critical infrastructure information,including confidential information about CenturyLink's network architecture and key network assets, such as the location and capability of central offices,network points of presence and other critical network sites, and network elements and equipment within them, and includes any information that CenturyLink identifies as critical infrastructure information. As established by the definitions of CenturyLink Data and Confidential Information, CII is CenturyLink Confidential Information. "Confidential Infoftnation"means (a)the Agreement and the discussions,negotiations and proposals related to the Agreement, (b) any information exchanged in connection with the Agreement concerning the other party's business, including without limitation tangible, intangible,visual, electronic, written, or oral information, whether received directly or indirectly from the other party or, in the case of CenturyLink, from CenturyLink Customers, and(c) CenturyLink Data. Confidential Information does not include information that is (i)rightfully known to the receiving party before negotiations leading up to the Agreement; (ii)independently developed by the receiving party without relying on the disclosing party's Confidential Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 10 of25 (;uaweei6v yauaal;uior)yui1/GntUe3 : oZLI•) tuaweei6v r{oueiZ;uoor :;uawyoe;;v oo N G t0 Information; (iii)part of the public domain or is lawfully obtained by the receiving party from a cti third party not under an obligation of confidentiality; or (iv) free of confidentiality restrictions by a agreement of the disclosing party. Note that Contract terms relating to CenturyLink Data, Confidential Information, CII, CPI, CPNI, and PII are included for purposes of the insurance requirements established in Section 5.0 and Exhibit 1. "Contractor" means the contractor that enters into the Contract with the County for the provision of Services or Deliverables pursuant to the Conversion Project. "Contractor Employees" means Contractor's W-2 employees, who perform Services, act on Contractor's behalf or are paid by Contractor in connection with the Contract. "Contractor Personnel" means Contractor's employees, subcontractors or agents who perform Services, act on Contractor's behalf or are paid by Contractor in connection with the Contract. "Control"means the power to vote 50%or more of the voting interests of an entity or ownership of 50%or more of the beneficial interests in income or capital of an entity. "Customer Proprietary Network Information"or"CPNI"means customer information as defined in Section 222 of the Telecommunications Act of 1996 and 47 C.F.R. Section 64.2001-64-2011 and the relevant CPNI Reports and Orders issued by the Federal Communications Commission. As established by the definitions of CenturyLink Data and Confidential Information,CPNI is CenturyLink Confidential Information. "Damages"means any and all damages,fines,penalties,deficiencies,losses(including diminutions in value),liabilities (including settlements and judgments), costs and expenses(including interest, court costs, fees and expenses of attorneys,accountants,and other experts and professionals or other fees and expenses of litigation, or other proceedings, or of any claim, default,or assessment). "Deliverables"means any item delivered or produced by Contractor or required to be delivered or produced by Contractor as the result of Services. Deliverables may include, but are not limited to,tangible and intangible work product,information, data, reports, maps, drawings, plans, specifications, estimates,Products,technology, data,information, materials, designs, memoranda, lists, diagrams, schedules, analyses, procedures, specifications, programs, computer systems,technology, materials, documentation and like items, whether in hard copy or electronic media, incidental to, and containing and embodying the results of,the Services performed hereunder. "OSHA"means the Occupational Safety and Health Act. "PII"means confidential information that may be used to identify an individual or entity, such as a first and last name,home or other physical address,phone number or other contact information, e- mail address and electronic transaction information. As established by the definitions of CenturyLink Data and Confidential Information,PII is CenturyLink Confidential Information. "PPE"means Personal Protective Equipment as defined by OSHA and ANSI. "Products"means equipment,hardware,cabling,and other materials supplied by Contractor to CenturyLink or to the County for CenturyLink's benefit. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page[I of 25 (4uauraa.t6d gouei j.luior munfanlue3 : OZL4) lueuraei6v gouail lupr :luewgoeliy N a *al "Services"means the services Contractor provides to the County on behalf of CenturyLink under co the Contract. a 1.0 General Warranties CONTRACTOR REPRESENTS AND WARRANTS TO CENTURYLINK AND THE COUNTY THAT: (a) all Services and Deliverables provided under this Contract will be free from defects in design,materials and workmanship, and will conform to the CenturyLink Specifications and the requirements of the Contract; (b) Contractor warrants that(i) Services and Deliverables will be provided in a workmanlike manner, (ii) Contractor Personnel will have the requisite experience, skills,knowledge, training and education to perform Services and provide Deliverables in a professional manner and in accordance with the Contract,and(iii)all information provided by Contractor to CenturyLink regarding Contractor Personnel will be truthful and accurate. 2.0 Breach of Warranty If there is a breach of warranty: (a) Contractor will promptly replace nonconforming Services at Contractor's sole cost. If Contractor fails to promptly replace nonconforming Services, CenturyLink may,in addition to exercising any other available remedies,replace nonconfouuing Services at Contractor's sole cost. (b) CenturyLink may return the Deliverables to Contractor,at Contractor's expense and CenturyLink's option for correction or replacement,even if the period to perform those corrections extends beyond the Deliverables' warranty period. 3.0 Certain Remedies If at any time within 1 year(24 months for surface replacements)after Acceptance, or after the date for commencement of any separate or special warranties(e.g. equipment or manufacturer's warranties)required by this Contract, any of the Services or Deliverables are found to be not in accordance with the terms of this Contract, Contractor will correct it within 20 days after receipt of written notice from the County or from CenturyLink to do so. If Contractor fails to correct the nonconforming Services or Deliverables within 20 days after receipt of written notice from the County or from CenturyLink,then the County or CenturyLink may correct it or cause it to be corrected and Contractor will reimburse the County or CenturyLink, as applicable, for all costs of correction within 30 days of receipt of invoice. No remedy set forth in this Contract(except to the extent specifically stated herein)is intended to be exclusive of any other remedy, and each remedy will be in addition to every other remedy given hereunder,or now or hereafter existing at law,in equity, by statute, or otherwise. No quality assurance, acceptance test,or other similar procedure will be deemed to obligate the County or Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Pager 2 of 25 tf F.4+5 (;ueweei6y youail;uior juillcan;ua3 : oZLI.) ;uaweei6y 1{aua.tl;uior :;uewyoe;;y NLAI t0 r � a. CenturyLink with respect to, or necessarily to constitute, legal "acceptance"of any Deliverable and co no such procedure will be deemed to waive any right or remedy hereunder. a 4.0 Contractor's Indemnification To the fullest extent permitted by law, Contractor will indemnify,hold harmless, and defend CentwyLink,the CenturyLink Affiliates,and their respective directors,officers,agents and employees(each, a"CenturyLink Indemnitee")from and against all Damages resulting from or alleged to result from Contractor's performance or non-performance of the Services or provision or failure to provide Deliverables or any other act or omission of Contractor under or related to this Contract. 5.0 Limitation of Liability Neither party will be liable hereunder for consequential,indirect or punitive damages (including lost profits or savings)for any cause of action,whether in contract, tort or otherwise, even if the party was or should have been aware of the possibility of these damages, except that the foregoing will not restrict a party's ability to recover actual damages for breach of this Contract, including the costs of obtaining replacement Services and Deliverables complying with the terms of this Contract. The limitations in the preceding subsection do not apply to: (i)Damages for which a party has an obligation of indemnity under this Contract; (ii) any grossly negligent, willful or fraudulent act or omission;or(iii)any breach of provisions related to Confidential Information,CenturyLink Marks, ownership of work product,privacy or indemnity. 6.0 Required Insurance Policies and Minimum Coverage Limits DURING THE TERM OF THIS CONTRACT,CONTRACTOR WILL OBTAIN AND KEEP IN FORCE NOT LESS THAN THE INSURANCE DESCRIBED IN EXHIBIT 1. CONTRACTOR WILL PROVIDE CERTIFICATES OF INSURANCE AND ANY OTHER EVIDENCE OF COMPLIANCE WITH INSURANCE REQUIREMENTS IN ACCORDANCE WITH EXHIBIT 1 OR AS OTHERWISE REQUESTED BY CENTURYLINK. 7.0 Subcontractor Insurance Requirements If Contractor utilizes subcontractors in performance of this Contract,Contractor will ensure that the subcontractors keep reasonable insurance coverage. 8.0 Affordable Care Act Beginning January 1,2015, if Contractor Employees will be performing Services in connection with this Contract, Contractor must offer Affordable Care Act and regulations("ACA") compliant medical coverage to all of its Contractor Employees who are assigned to such engagements with the County for 30 hours a week or more no later than 90 days of the start of the engagement in accordance with ACA. Such medical coverage shall be"affordable"and"minimum value"as those terms are defined in the ACA. If Contractor receives notice from a government agency that such medical coverage is noncompliant or that a penalty will be assessed, Contractor must provide written notice to the County and to CenturyLink within 30 days. The parties acknowledge that the fee paid to Contractor for Services under this Contract contemplates the cost to the Contractor to provide ACA compliant medical coverage to employees enrolled in Contractor's medical plan. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 13 of 25 (tuaweeJ6y yaueij tutor Nun/Unpin, : OZLI.} }uawaaa6t/ as N 0 a) T � d 9.0 Compliance with Laws; Permits co a. Contractor warrants that it and any Deliverables and Services provided under this Contract will comply with all federal, state,and local laws, orders,codes,and regulations in the performance of the Contract,including but not limited to those relating to equal employment opportunities,federal, state, and local wage obligations,IRS obligations,applicable withholding and, state unemployment and workers compensation,tax laws applicable to transactions occurring under this Contract and OSHA,ANSI,the applicable state mandated"Manual on Traffic Control and Safety Practices,"and applicable environmental regulations administered by the state Department of Natural Resources or other governmental agency. Contractor will obtain and keep current all governmental permits, certificates and licenses necessary for Contractor to perform the Services or provide the Deliverables. Contractor will,upon the County's or CenturyLink's request, provide evidence reasonably satisfactory to CenturyLink of its compliance with this Section. Contractor expressly represents that all Contractor Personnel have received comprehensive training required under OSHA,are knowledgeable of hazards encountered in the communications industry and know how to deal with such hazards, and have been expressly instructed to comply with all OSHA and ANSI standards in performing Services. All Contractor Personnel will be provided with all PPE and associated training necessary to perform Services under the Contract. Contractor will maintain all records necessary to document training and compliance with OSHA for Contractor Personnel and will provide the documentation to the County and/or to CenturyLink upon request. 10.0 Assignment Contractor will not assign this Contract nor delegate any of its duties, in whole or in part,without the prior written consent of the County and CenturyLink. 11.0 CenturyLink Marks Contractor will not, without CenturyLink brand department written consent,use the name, trademarks,trade names or logos("Marks")of CenturyLink or any CenturyLink Affiliate,or any divisions or business units of any of them, or the name of any product or service of CenturyLink or any CenturyLink Affiliate,in any manner. CenturyLink may,in its sole discretion,withhold consent to Contractor's use of any Marks. If CenturyLink grants Contractor a right to use any Marks, Contractor will do so only in strict compliance with CenturyLink guidelines. IN WITNESS WHEREOF,the parties have executed this Agreement to be effective on the Effective Date set forth above. Board of County Commissioners, CenturyLink Collier County,Florida (Authorized Signature) (Authorized Signature) Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 14 of 25 cts (tuewaaa6v yauaal;u!or)jul,/Can;ua� : ozL4) luewaaa6v yauaij}uior :tuawyoenv N co a m (Print or Type Name of Signatory) (Print or Type Name of Signatory) 03 aI (Title) (Title) (Execution Date) (Execution Date) Approved as to form and legality Assistant County Attorney ta Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 15 of 25 —"- (;uauiaaa6y yauaa��uior ui�fantue3 : ozLLI }uewea.16y r{oueij usor :;uewyoe}lb N th esi .i+ EXHIBIT 1co INSURANCE REQUIREMENTS a. 1. Required Insurance Policies and Minimum Coverage Limits Without limiting the liabilities or indemnification obligations of Contractor, Contractor will, at its own cost and expense, provide and maintain during the term of this Agreement, such minimum insurance as required hereunder. The insurance coverage will be from a company or companies, having an A.M. Best's rating of A-VII or better and a license to do business in each state where Contractor will perform work under this Agreement. Contractor may obtain all insurance limits through any combination of primary and excess or umbrella liability insurance. Contractor will require its subcontractors and agents to comply with the insurance requirements under this Agreement. (a) Workers' Compensation in accordance with statutory requirements applicable in each state in which the work is to be performed. Employer's Liability or "Stop Gap" insurance with limits not less than$1,000,000 each accident. (b) Commercial General Liability with limits not less than $1,000,000 per occurrence and $2,000,000 in the aggregate covering personal injury, bodily injury, property damage, products/completed operations,and independent contractors. (c) Commercial Automobile Liability (including all owned, non-owned and hired vehicles) with limits not less than $1,000,000 combined single limit per occurrence covering bodily injury and property damage. (d) Errors&Omissions Liability: (i) If Contractor provides any design services, software or software development, installation,or support, either for CenturyLink or its Affiliates' internal or other use or for resale to CenturyLink's Customers, Contractor will maintain Errors & Omissions Liability insurance covering acts, errors and omissions arising out of Contractor's operations or services with limits of not less than$1,000,000 per claim. (ii) If Contractor has access to any CII, PII or CentwyLink Customers' confidential information, Contractor will maintain Cyber Liability insurance, including Privacy Liability, including loss arising from unauthorized access or use that results in identity theft or fraud, with limits of not less than $1,000,000 per claim. (iii) All such insurance required in (i) and (ii) above will provide a retroactive date prior to the date of the Agreement and either (a) continuous insurance coverage for a period of 2 years after termination of the Agreement,or(b) an extended reporting period of not less than 2 years after termination of the Agreement. (e) Excess/Umbrella Liability Insurance: $2,000,000 each occurrence. Notwithstanding the foregoing, for ALL contracts involving excavation (regardless of size), Contractor will Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 16 of 25 F co (luewaei6v gouail luior Nunfanluej : OZLL) luawaeibv pm!luior :luawgaelly N U, � r r � a provide excess/umbrella liability insurance with a minimum limit of $5,000,000 per occurrence. a (f) Commercial Crime, Employee Dishonesty Insurance: For Services provided to CenturyLink with unescorted access to CenturyLink premises or access to CenturyLink systems, if Contractor has access to CenturyLink Customer accounts or CenturyLink Customer information, or if Contractor accepts payment from third parties for CenturyLink products and services, Contractor will also provide blanket Commercial Crime covering all loss arising out of or in connection with any fraudulent act, dishonesty, disappearance and destruction, computer theft and funds transfer fraud with limits of not less than $1,000,000 each occurrence. This coverage will include 3rd Party or Client Coverage for the benefit of CenturyLink. (g) Property Insurance: If Contractor is providing storage for CenturyLink-owned property, Contractor will maintain "All-Risk" Property insurance on a replacement cost basis covering CenturyLink property in Contractor's care, custody or control. If Contractor provides warehousing services, Contractor will maintain Warehousemen's Legal Liability insurance covering loss or damage to property of others while acting as a warehouse operator or as a bailee with limits of not less than$1,000,000 per occurrence. Such insurance will be on a replacement cost basis and any loss or damage to CenturyLink property under this Agreement will be adjusted with CenturyLink. (h) Contractor's Pollution Liability Insurance: If the Services include excavation, the provision of fuel delivery or storage;the abatement of asbestos, lead or mold(or any like substance); the detection, disposal, removal, remediation, transportation and/or storage of hazardous, toxic or dangerous wastes, substances, material, gas or particulate matter: Contractor's Pollution Liability Insurance in an amount not less than $1,000,000 per occurrence or claim and $2,000,000 annual aggregate and endorsed to provide coverage for contractual liability with respect to liability assumed by Contractor under this Agreement is required. If applicable, such insurance will provide a retroactive date prior to the date of this Agreement and an extended claims reporting period continuing coverage for two (2)years after completion of the work. 2. Additional Requirements (a) Insurers waive subrogation against CenturyLink, its Affiliates, subsidiaries, and parent, as well as the officers, directors, employees and agents of all such entities for the policies described in subsections 1.(a) Workers' Compensation and 1.(b) Commercial General Liability and 1.(c) Commercial Auto Liability unless such endorsement is prohibited by law or regulation; (b) The policy described in subsection l.(b) Commercial General Liability will be primary and not contributory to insurance which may be maintained by CenturyLink;and (c) CenturyLink, its Affiliates, subsidiaries, and parent, as well as the officers, directors, employees and agents of all such entities will be included as additional insureds on the policies described in subsections l.(b) Commercial General Liability and 1.(c) Commercial Auto Liability and 1.(e) Excess/Umbrella Liability. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 17 of 25 (luaweaa6y yauaal luior)lurIAJnlua3 : OZLI.) luatuaaa6y tpueaj tutor :luauayoe;}�+ N � 0 to a. G7 (d) Prior to commencement of work under this Agreement, Contractor will furnish to as CenturyLink certificates of insurance or other commercially acceptable evidence a providing compliance with the required insurance policies. Contractor will provide to CenturyLink a 30 day written notice of any cancellation of insurance required above. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 18of25 (;uewaaa6v youeil;uior)1unhanwao : oZL4) ;ueweei6v goueij;uior :;uewyoe;;v N � 0 r a. m Statement of Work #1 to a Underground Facilities Conversion Joint Trench Agreement between CenturyTel Service Group and the Board of County Commissioners of Collier County, Florida This Statement of Work#1 ("SOW") is entered into this day of 2016 ("SOW Effective Date"), by and between the BOARD OF COUNTY COMMISSIONERS OF COLLIER COUNTY, a political subdivision of the State of Florida (the"Board" or the "County"), and CENTURYTEL SERVICE GROUP, LLC ("CenturyLink"), a Louisiana limited liability company with its principal address at 100 Centurylink Drive, Monroe, LA 71203, and is attached to and made a part of the Underground Facilities Conversion Joint Trench Agreement between the County and CenturyLink, dated , 2016 (the"Agreement"). 1. Definitions. Unless otherwise defined herein, all capitalized terms in this SOW will have the meanings set forth in the Agreement. In the event that any term of this SOW conflicts with the terms contained in the Agreement, except for terms identified in the Agreement as non- waivable terms, if any, the terms of this SOW will control for purposes of this SOW only. 2. Term. This SOW will commence as of the SOW Effective Date and will continue through the expiration date. 3. CenturyLink Specifications. The County or its Contractor will obtain from KGP Logistics, Inc. ("KGP") all major and minor outside plant materials that it will use to provide Services or Deliverables for the CenturyLink portion of the Conversion Project, including without limitation, distribution, service wire (drop), fiber and copper cables. Attached to this SOW are exhibits that supply additional CenturyLink Specifications. Those exhibits are as follows: • Exhibit A: CenturyLink Materials List • Exhibit B: CenturyLink Construction, Trench and Conduit Installation Specifications 4. Contractor. Pursuant to the Agreement, attached to this SOW as Exhibit C, "Exhibit C: Approved Contractors for Vanderbilt Beautification Project.xlsx," is a list of CenturyLink- approved contractors from which the County will select one Contractor to complete the Conversion Project. 5. The Work Schedule and Conversion Project Timeline 5.1 The County shall prepare and provide to CenturyLink, with available drawings, a scope of work, incorporating the CenturyLink Specifications, a project timeline and/or project phases, and any additional County specifications, construction methods, and construction standards for the Conversion Project(collectively, the"Work Schedule"). Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 19 of 25 (tuewaaa6y yauaal lu!or)1U!1fanlUe3 : ozLI.) tuaweei6y goua.t j tuior :tuawyoetty ciN r c a The Work Schedule will be provided to CenturyLink at least ten(10) calendar daysco prior to commencement of the Conversion Project. a 5.2 The County,through its Contractor,will provide all necessary maintenance of traffic and traffic control, coordination, excavation/boring, placement of conduit, bedding, backfill, off-site disposal, and site restoration for the Conversion Project. 5.3 The Contractor will notify all utility companies and others who may have underground plant in the vicinity of the Conversion Project and will obtain appropriate information on the location of all buried cable and utilities and assure that all utilities are accurately located and marked prior to performing any work. 5.4 The County agrees that all work for the Conversion Project will be performed in accordance with CenturyLink's Specifications and all applicable federal, state, and local laws, rules and regulations, and the requirements of whoever owns or has jurisdiction over the rights of way in the locations where the Conversion Project work will be performed. 5.5 The County,via its Contractor as agreed to in its Contract with the Contractor,will be responsible for procuring all materials required for the Conversion Project. 5.6 CenturyLink and the County shall maintain continued coordination throughout the Conversion Project regarding the progress of the work and adherence to or anticipated deviations from the Work Schedule. This coordination shall include but not be limited to a pre-construction meeting between representatives from CenturyLink and the County. 6. Inspection Points; Acceptance of Work; Transfer of Title The County will provide a Construction Engineering Inspector("CEI") to oversee all phases of the Conversion Project to ensure compliance with the Agreement, the Contract,the CenturyLink Specifications, and any other requirements. CenturyLink shall have the right at all times to observe and inspect the progress of the Conversion Project. CenturyLink shall have the right to inspect the Contractor's work and determine adherence to the CenturyLink Specifications. At approximately sixty(60)days before completion of the Conversion Project, a substantial completion inspection will be held with the Contractor and CenturyLink. Punch lists will be generated and closed out. After the occurrence of a substantial completion inspection and resolution of all punch list items, CenturyLink will be asked to accept the work. Upon CenturyLink's Acceptance of the work,title and full possession and control of the Deliverables will pass to CenturyLink. 7. Changes to the Work Schedule or the Conversion Project If conditions or circumstances require a change in the Work Schedule or Conversion Project specifications,both parties shall agree in writing to any changes prior to the implementation of any changes. Neither party shall be responsible for any changes to the Work Schedule or the Conversion Project(including without limitation payment responsibilities) made without prior written consent. Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 20 of 25 (lueweel6y yauau luior)lui-paniueo : oZL L) lueweaa6y gouaal luior :luewyaelly co ci r 8. Responsibility for Payment to Contractor for the Conversion Project a. The County will be responsible for all making all payments to the Contractor related to the Conversion Project. The parties will adhere to the terms set forth in the Agreement regarding responsibility for costs, and the procedure outlined in the Agreement for making any changes to the Agreement terms. 9. Reimbursement of CenturyLink Costs and Expenses As established in the Agreement, the County will reimburse CenturyLink for its costs, expenses, professional fees incurred, and any other payments incurred by CenturyLink related to the Conversion Project. After such costs are incurred, CenturyLink will provide the County with an itemized accounting of the costs, and the County will promptly reimburse CenturyLink. Such costs may include, but are not limited to: • Inspectors fees • Engineering costs and completion • Materials acquired by CenturyLink for use in the Conversion Project 10. Hook Up, Splicing, Cut Over Procedures,and Removal of Existing Facilities The County will be responsible for CenturyLink's costs related to hook up, splicing, and cut over procedures, and the removal of existing facilities and poles. Should CenturyLink perform any of these procedures using its own employees, personnel or contractors, the County will reimburse CenturyLink for its costs and expenses associated with completing such procedures. 11. Project Managers The parties designate the following individuals as contact points throughout the project. If the designated contact person changes, the changing party will provide prompt notice to the other party of a new contact person. Collier County CenturyLink Tony Zawacky Harry Sells Engineer II MSTU Project Manager 3530 Kraft Road, Unit 100 Public Transit&Neighborhood Enhancement Naples, FL 34105 Division Public Services Department Phone: (239) 263-6216 3299 East Tamiami Trail, Suite 103 Naples,Fla. 34112-5746 anthwc onv.h.zawackv enturvlink.com Fax: 239-252-6628 Phone: 239-252-4980 Cell: 239-821-6909 HarrvSells(ci?CollierGov.net Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 21 of25 "-" (;ualuee 6d ipuati lulor slurilcin}ue3 : oZL4) tuauuaaJ6V youaai lulor :;uewyaet.;V CV O a) cc a d THEREFORE,the parties, intending to be legally bound, have caused this Statement of Work to be executed on the date set forth below. a. Board of County Commissioners, CenturyLink Collier County, Florida (Authorized Signature) (Authorized Signature) (Print or Type Name of Signatory) (Print or Type Name of Signatory) (Title) (Title) (Execution Date) (Execution Date) Approved as to form and legality Assistant County Attorney Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 22 of 25 (;uaweei6y youaal;uior NuilAan}ua3 : OZLG) #uawaeJ6y youeal luEor :luewyoefy N cci r � a 0 EXHIBIT A cou CENTURYLINK MATERIALS LIST a See the following document: Exhibit A: Materials List.xlxs Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 23 of25 (D' (1uaweei6v yauaa!luior munhanlue : OzLI.) tuawaeJ6y yaua.lj luior :luau�yal?lly N 0 co a a) EXHIBIT B CENTURYLINK CONSTRUCTION,TRENCH AND o. CONDUIT INSTALLATION SPECIFICATIONS See the following documents: Exhibit B-1: 515 Documents & Specifications for Construction.pdf Exhibit B-2: Buried Assembly Units Specifications.pdf Exhibit B-3: Buried Fiber Optic Cable Placement.pdf Exhibit B-4: Buried Pedestal Guidelines.pdf Exhibit B-5: CenturyLink Bonding, Grounding and Protection.pdf Exhibit B-6: Construction Prints.pdf Underground Facilities Conversion Joint Trench Agreement CenturyLink Confidential Page 29 of 25 � ,o (luawaeJ6V youoJ j mor){u ficaniva3 : OZLi,) lueweeJ6V gouei j luior :lu9wgoenv N �D ❑ r r th tria EXHIBIT C CENTURYLINK-APPROVED CONTRACTORS a See Excel document"Exhibit C: Approved Contractors for Vanderbilt Beautification Project.xlsx"for a list of the CenturyLink-approved contractors for the Conversion Project. 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H 0 L.I.1 UJ LU < p O O 010010101 mmmww mmm mm m J m U w m m mm m m m Zm Z Z m w K w a s a Nmmmw a a a a LL1a s a s a s a w w a a s om m mm00 0 0 0 V W a ti 1- 0 0 u u F- 0 0 0 u 0 0 u FH F H h F- u 0 u 0 _ _ _ _ t_ 0 0 a (;ueweaa6y gauaal;uior �{unAan;ua3 : OZ16) ;sed sleiaa;eW—y;igoyx3 :;uaauyae;;y co CO 0 r CD 0- a)m V ca 0 Qaa www r r ›- O > > l7 l7 l7 O 0 0 Z z z • u Z z z ✓ r r • Z z z « < a d 0- 2 2 2 2 O 0 0 > H `0 v O E v N h m m - u1 o v m rn ti 0 V I�I�I F O O O 0- 0. d it TS gouaij 4ulor murpcJn;ua3 : OZLI.) suogeoltloads spun hlgwassv pe ins z-s Inv] :luawgoa;;b` Ci N r Exhibit B-2 a Section BD—BURIED PLANT HOUSING ASSEMBLY UNITS to Q. n If checked by the Engineer, sealer shall be installed in accordance with the manufacturer's instructions. E If checked by the Engineer, ant repellent shall be installed in accordance with the manufacturer's instructions. The buried plant housings will be the color required for the market area or as specified below: ® Green Tan n CONFIDENTIAL INFORMATION Page 20 of 34 Rev.612013 gouaaj;ulor KullAantuag : oZLL) suoneogloadg stlufl Algwassy paling Z-g }lglgxa :tuewyoe;�y o N ti ❑ r Section BFC—BURIED FILLED COPPER CABLE ASSEMBLY UNITS c, co r m The depth of buried cable in soil measured from the top of the cable to the surface of the ground a is 30in. (76.2cm)minimum. If the cable is to be placed for the entire project to a minimum depth greater than 30in. (76.2cm),the Engineer will indicate the required minimum depth in the following space: in. ( cm). Depths vary as noted on the construction drawings. If any section of cable is to be placed to a depth greater than the minimum depth stated above, the applicable units will be suffixed by the letter "E" followed by the required depth in parentheses. The cable to be used with the above buried filled cable units shall have a shield as indicated below: ® Standard, Coated Aluminum ❑ Standard, Copper ❑ Gopher Resistant, Containing Copper n Gopher Resistant, Coated Aluminum/Coated Steel The following type(s) of conductor insulation shall be used: 17 Solid n Expanded n If checked by the Engineer,preconnectorized cable may be used at the option of the contractor for reel end splices. If checked by the Engineer, warning tape shall be used. CONFIDENTIAL INFORMATION Page 23 of 34 Rev.6/2013 -a goue.u.lu!or fuo,lun}ua3 : ozL6) suopeoit:oadS silun A gwassy pagans -g legluxg :tuawgae}ly ti ci N r Section BFO—BURIED FILLED FIBER OPTIC CABLE ASSEMBLY UNITS ri The depth of buried cable in soil measured from the top of the cable to the surface of the ground is 30in. (76.2cm)minimum. If the cable is to be placed for the entire project to a minimum a depth greater than 30in. (76.2cm),the Engineer will indicate the required minimum depth in the following space: in. ( cm). Depths vary as noted on the construction drawings. If any section of cable is to be placed to a depth greater than the minimum depth stated above, the applicable units will be suffixed by the letter "E" followed by the required depth in parentheses. The cable to be used with the above fiber optic cable units shall be as specified below: n Attenuation(if other than normal specification value) (I Bandwidth requirement for multimode fibers ® Multiple loose tube core construction (7 If checked, dry filled core n If checked, gel filled core r- Unit or central core tube construction E Metallic strength members ® Non-metallic strength members Other characteristics as required: (Define) 1. Fiber shall be single mode 2. Cable shall be loose tube type, armored, single jacketed and shall be manufactured in accordance with RUS Bulletin 1753F-601 (PE90) 3. Fiber Cable shall be low-water-peak singlemode 4. Fiber is to be tested at 1310nm, 1490nm and 1510nm. H If checked by the Engineer, preconnectorized cable may be used at the option of the contractor for reel end splices. ® If checked by the Engineer, warning tape shall be used. CONFIDENTIAL INFORMATION Page 24 of 34 Rev.6/2013 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 Exhibit B-3 a) E a) a) az U C a) C O C J Buried Fiber Optic Cable Placement U a) tts0 a) 63.1 co a) rtsProcess Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 1 Packet Pg. 1172 16.D.2.e kt— r CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 Table of Contents 1.0 TARGET AUDIENCE 3 2.0 PURPOSE 3 3.0 GENERAL 3 4.0 EFFECTIVE DATE 4 Q 5.0 ASSOCIATED DOCUMENTS 4 c 6.0 SAFETY PRECAUTIONS 4 7.0 FIBER CABLE CARE AND HANDLING 5 E 0 8.0 ENGINEERING CONSIDERATIONS 6 C 9.0 PRE-SURVEY 7 -i 10.0 PACKAGING AND REMOVAL 7 11.0 PLOWING VS TRENCHING 7 °' 12.0 PLOWING 8 0 N 13.0 TRENCHING 9 ~r... 14.0 GROUNDING 10 15.0 TEST STATIONS 10 U 16.0 SPLICE AND MAINTENANCE COIL LOCATION LABELING 10 a 17.0 VETCO TEST HEADS WITH FACTORY INSTALLED GROUND SCREW LUGS 12 18.0 VETCO AND COTT—TEST HEADS WITHOUT GROUND SCREW LUGS 15 3 19.0 GROUND WIRE AND GROUND LUGS ORDERING INFORMATION 20 Q 20.0 FIBER TEST HEAD—TAGGING AND LABELING 20 O 21.0 SPLICING 21 '°,'_ 22.0 STORING PARTIAL CABLE REELS 22 23.0 POST-INSTALLATION INSPECTIONS 22 24.0 AS-BUILT DOCUMENTATION 23 m 25.0 CONTACTS 25 n x w C N E U RS b-+ a-+ Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 2 Packet Pg. 1173 16.D.2.e k. CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 1.0 TARGET AUDIENCE 1.1 NNS-supported workgroup(s)impacted by this Method and Procedure: NNS-Supported Workgroup NNS-Supported Workgroup NNS-Supported Workgroup c OSP Construction OSP Engineering a) m 2.0 PURPOSE m This procedure provides procedures for the installation of buried fiber optic cable. Q 2.1 Subject: c a> Buried Fiber Optic Cable Placement it c 2.2 Background: o The placement of buried fiber optic cable is essentially the same as those for placing conventional copper Y cable. However, fiber cable is a high-capacity transmission medium with qualities and characteristics c which can be degraded when it is subjected to excessive pulling tensions, sharp bends and crushing 'i forces. ., c a> 2.3 Revisions: U Issue Section Paragraph Revision Summary N 2 3.0 3.1 Revised job function responsibilities 2 10.0 10.1 Added packaging and removal 2 15.0 15.1 Added test station information aa) 2 16.0 16.1 Vetco test heads with factory installed ground screw lugs E 2 17.0 17.1 Vetco and COTT—Test heads without ground screw lugs m 2 18.0 18.1 Ground wire and ground lugs ordering information n- 2 19.0 19.1 Fiber test head—Tagging and labeling a� 2 24.0 Revised contacts ca 3 23.0 23.5 Added-All changes made on the "as-built WILL be posted back to 0 EWO Q 4 16 All Added Splice and Maintenance Coil Location Labeling section O 5 13 13.7 Replaced "or as specified by local regulation"with "as determined by frost line. ii 3.0 GENERAL m 3.1 Roles and Responsibilities: ('? m The following table lists NNS-supported workgroup(s) responsible for implementing the M&P. 15 :c Workgroup Job Function Performed w OSP Construction Build and replace outside plant facilities cOSP Engineering Design outside plant additions and replacements a) including remote network electronics E .c U ca 3.2 Compliance: Q This practice is mandatory as written. Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 3 Packet Pg. 1174 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 3.3 Adopted for Use: This practice has been adopted for use in the following business units/divisions of CENTURYLINK. (a) Local Exchange Carrier/Local Telecommunications Division +. c 4.0 EFFECTIVE DATE Effective Date Termination Date July 2, 2004 Until Further Notice 0 5.0 ASSOCIATED DOCUMENTS ami LL 5.1 Related Documents: 'o Documentation relating to this Method and Procedure include the following: Document Name Document Number/Location Fiber Optic Cable Fusion Splicing http://toolbox.corp.intranet/nsl handbook/sites/default/files/article Procedures /531/NS-L-OSP-MP-05-0102.pdf Work Zone Safety 010-100-011. Work Zone Safety.doc ,. C N ti 6.0 SAFETY PRECAUTIONS 6.1 Before starting any fiber optic cable installation, all personnel must be thoroughly familiar with all applicable a) Occupational Safety and Health Act(OSHA) regulations, the National Electrical Safety Code(NESC), state and local regulations, and CENTURYLINK safety practices and policies. Failure to do so can result in life- 0 threatening injury to employees or general public. 6.2 All work must be conducted in such a manner as to guard against accidents to employees and the general public. V 0 6.3 Guard and protect work areas with barricades or cones to restrict unauthorized access by vehicles or : pedestrians. 0 6.4 Arrange material along the route so it will not interfere with cable placement and not cause a hazard to s traffic or pedestrians. 6.5 Flags, cones and flagmen should be used where necessary. 6.6 Precautions pertaining to smoking or open flames in the vicinity of vehicle and oils must be observed. 6.7 Personnel should remain clear of moving machinery. 00 6.8 When plowing, personnel should not walk in front of or between the prime mover(s). 3 6.9 All splice pits, excavations, and/or trenches must be fenced off and properly marked. w 6.10 Follow all applicable safety regulations for shoring the vertical walls or trenches and splice pits. 6.11 Hard hats and safety vests must be worn at all times. c Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 4 Packet Pg. 1175 I6.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 7.0 FIBER CABLE CARE AND HANDLING 7.1 Care must be taken to avoid cable damage during handling and placement. Fiber optic cable is sensitive to excessive pulling, bending, and crushing forces.Any damage may alter the characteristics to the extent that the cable section may have to be replaced. To ensure that all specifications are met, consult the cable c specification sheet for the cable being installed.This data sheet may be found under the reel lagging board E or laminated protective material clearly marked with black paint. 7.2 Precautions should be taken to protect the cable from vandals or other sources of possible damage while unattended. Any damage to the cable section(s) may require the replacement of the entire section. 7.3 A shield ground fault test must be made after each reel is placed. This will reveal any sheath damage on the fiber cable and allow sufficient time for repairs before the fiber cable is placed in service. ED. 7.4 All open fiber ends, either placed or remaining on a cable reel, must have a moisture proof cap installed. 7.5 Carefully inspect the cable reels for imperfections such as nails and broken flanges which might cause —' damage to the cable as it is removed from the reel. 7.6 Fiber optic cables are more susceptible to performance degradation due to tight bending than copper cables. The minimum bend radius of each cable is relative to the cable's diameter.A general guideline is c that a cable under tension should not be exposed to a bend radius less than 20 times the cable diameter, or with no tension should not be exposed to a bend radius less than 10 times the cable diameter(i.e. If the cable core diameter is.5 inch, the bend radius is 10 inches). N ti 7.7 To find the minimum diameter requirements for pull wheels or rollers, simply double the minimum work bend radius. ~_ 7.8 The maximum pulling tension for both armored and nor-armored cable is 600 lbs. and is measured on the jacket. 7.9 Fiber cable must not be cut for the convenience of placement. Place and splice the cable according to the construction work prints. 7.10 Direct buried installations are often combined with duct installation to go under obstacles like roads, driveways, etc. At the transition points between the direct buried section and the conduit, the cable must be unreeled. In such cases use the "figure-eight" configuration to prevent kinking or twisting. p 7.11 Fiber optic cable should not be coiled in a continuous direction except for lengths of 30 meters (100 ft)or s less. The preferred size of the"figure-eight" is about 4.5 m (15 ft) in length, with each loop about 1.5 m (5 u, ft)to 2.4 m (8 ft) in diameter. Traffic cones spaced 7 to 8 feet apart are useful as guides during this "a m operation. See Figure 1 for an example. ca a M Cardboard shims �� , ,411110 • . n U Q Figure 1 Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 5 Packet Pg. 1176 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 7.12 When "figure-eighting" long lengths of cable, steps must be taken to relieve pressure on the cable at the crossover of the eight. This can be done by placing cardboard shims at the crossover, or by forming a second "figure-eight". 7.13 If the"figure-eight" must be flipped over to obtain the pulling eye, it can be easily accomplished by three men, one at each end and one in the center. The cable can then be pulled off the"figure-eight"the remaining distance. a) 8.0 ENGINEERING CONSIDERATIONS 8.1 Prior to initiating a direct buried cable installation, major project issues must be investigated and resolved. The following are typical issues which must be dealt with during the engineering stage of the installation. 8.1.1 Resolve all right-of-way issues along the route by checking property abstracts, mineral rights, and private property access. c 8.1.2 Locate all existing underground facilities, e.g., power, water, gas, phone, CATV, etc. 8.1.3 Past history of utility company relations with local residents, i.e., problems, resistance, etc. 8.1.4 Traffic impact 8.1.5 State, county and township requirements a) 8.2 When placing buried fiber cable on private property, easements must be obtained from the property owner before construction can begin. The terms of the easement must clearly be understood by the construction ti forces. 8.3 Any changes made during construction which deviate from the term of the easement must be brought to the attention of the OSP Engineer. All changes must be cleared with the property owner. E 8.4 When placing buried fiber optic cable on public right-of-way, permits will generally be required for the following operations: 8.4.1 Plowing, trenching, or excavating on public right-of-way 8.4.2 Attaching conduits or cables to bridges or public structures 8.4.3 Crossing highways, streets, and railroads by direct burial or by pipe pushing/road bores Q, 8.4.4 Crossing streams, navigable waters, drainage ditches, etc.When the route of the fiber cable passes under shrubs, sidewalks, paved streets, etc. it may be advantageous to bore, push, or drive a pipe, instead of opening a trench or plowing through the obstruction 8.5 When crossing unimproved roads, streets and alleys that may later be paved or hard surface applied, place the fiber optic cable at a depth that retains sufficient cover following permanent grading of the road. These depths should be shown on the construction drawing. M 8.6 The recommended location for slack loop placement is every 2500 feet+/-(762 meters)except where m aesthetically objectionable. .Q 8.7 The recommended amount of stored fiber at each slack location is 328 feet(100 meters). This excess slack will provide added cable for restoration or reconfiguration without digging up large parts of the fiber optic cable system. See Section 22 (As-built Documentation)for documenting the location of these slack loops. 8.8 Excess slack should be considered for the following locations. • Major highway, road intersections. • Proposed allotments. • Railroad and bridge crossings. • Buried or underground obstacles of other utilities. • Any abnormal location. Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 6 Packet Pg. 1177 16.D.2.e kis CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 9.0 PRE-SURVEY 9.1 One of the objectives of the pre-survey is to determine where each reel of fiber optic cable is to be placed. Slack location and cable storage requirements must also be considered along with splice locations. 9.2 The pre-survey will verify construction methods, special tools required, or possibly require a revision of preliminary splice locations. E 9.3 The characteristic of the ground along the route needs to be investigated. If a subsurface investigation m seems to be required, it should be conducted. This will clear up any concerns about underground conditions that may be encountered during plowing or trenching. 9.4 All road crossings, creek crossing, etc, need to be addressed so that preparatory work can begin before plowing or trenching. This will identify what casing is needed and what type of preparatory work will be required to negotiate these crossing points. E' 9.5 A good pre-survey and proper planning will preclude reel ends falling too close to roads, creeks, or any other undesirable location. 10.0 PACKAGING AND REMOVAL 10.1 Leave the protective covering on the reel intact until it arrives at the job site. E' a) 10.2 Upon removal of theprotective covering, v p inspect the cable jacket for signs of damage. 10.3 If the covering has been previously removed, secure the cable end(s)during transit to prevent damage. rN. 10.4 Cable reels should be stored vertically on their flanges and chocked to prevent rolling. c 10.5 Upon arrival at the job site, remove the packaging from each cable reel and remove the cable data sheet, which documents individual fiber specifications for that particular reel. m as 11.0 PLOWING VS TRENCHING o- m 11.1 In general, the most desirable and economical method of fiber cable placement in open or rural areas is plowing. In urban or suburban areas where there can be many obstacles, such as underground utilities, (j sidewalks and paved road crossing, trenching has advantages. 11.1.1 Advantages of plowing: 0 • Speed of installation in open areas • Less ground disturbance than may be caused by trenching u- 11.1.2 Disadvantages of plowing: • Large size and high cost of equipment • Cannot be used for all soil and terrain conditions m • Requires skilled operators, quality supervision, and equipment in good condition 11.1.3 Advantages of trenching: • Lower equipment cost W a.: • Better depth control • Less risk of damage to underground utilities • Provides the opportunity to place conduit at the same time 11.1.4 Disadvantages of trenching: • Slower cable placement rate • Not suitable for all soil and terrain conditions Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 7 Packet Pg. 1178 16.D.2.e CenturyLink"" Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 12.0 PLOWING 12.1 Locate all existing underground facilities, e.g., power, water, gas, phone, CATV, etc. 12.2 Cable plows are generally of two types: static and vibratory. Either type may be used to install fiber optic cable. Steer able plows, which can be offset to place the cable away from the centerline of the cable plow m prime mover, are available in both types. E 12.3 A crawler tractor is most suitable for static buried cable plowing. A tractor equipped with a torque converter drive should be used whenever it is available. 12.4 All rollers or guides in the cable feed system which cause a change in direction of the cable path must conform to the minimum bend radius of the cable being placed. I- 12.5 The cable path inside the feed-chute must be free of burrs, sharp edges, or excessively rough surfaces. c 12.6 Before plowing begins, a means of communications must be established between the equipment operator and the supervisor monitoring the cable placement and route.This communication link must be able to override the equipment noise. —3 12.7 The starting point should be a splice pit or hole, excavated to the proper depth. Reel off sufficient splice slack at this point to reach a splice vehicle. 12.8 Before plowing, Construction should make an initial pass at the required cable depth with the ripping blade •• along the purposed route according to the construction drawings. This will ensure the clearing of any N obstacles in the path and prevent sheath damage. 12.9 Plowing of the fiber optic cable should be started slowly and gradually increase its speed after all cable slack is taken up from the delivery system. 12.10 Plow attitude and depth should be changed gradually. Changes should be made only with the plowosi underway. m 12.11 Never raise the plow to the surface if the plow is not moving.The cable to the rear of the feed chute must be excavated and slack pulled to prevent kinking the cable over the exit chute before raise the plow. c� 12.12 Under no circumstances should the plow be backed up with the cable still in the chute. 12.13 Each section, after it is plowed in, should be checked with an ODTR for possible increased in attenuation due to pressure or breaks. This information will be included in the as-built documentation job folder. a)_ 12.14 Any cable ends left for splicing WILL have protective caps installed and sealed with tape. -a m 12.15 A warning tape WILL be placed 12" below the surface of the ground directly above the cable, or as stated by governmental agencies. m 12.16 At specific locations as noted on the construction drawing 328 feet(100 meters)of excess slack will be m placed in a hand hole along with an EMS marker. This excess slack will provide added cable for restoration or reconfiguration without digging up large parts of the fiber optic cable system. 12.17 A post noting the fiber number and "Coil"will also be placed at each hand hole. 12.18 Buried warning markers will be placed within line of sight not to exceed 500 feet urban or suburban and a=i 1000 feet rural except where aesthetically objectionable or prohibited by easement agreements. U 12.19 EMS markers must be placed at the following locations: (t) 12.19.1 In all hand holes: splice and maintenance coils 12.19.2 At the end of all conduits: i.e. road bores where pipe is pushed 12.19.3 At the end of all inner duct runs at risers(lateral)where the inner duct extends into the plow line Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 8 Packet Pg. 1179 16.D.2.e CenturyLink"' Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 13.0 TRENCHING 13.1 Locate all existing underground facilities, e.g., power, water, gas, phone, CATV, etc. 13.2 Trenching may be chosen to install fiber optic cable in urban and suburban areas where the high number of obstacles(sidewalk and street crossing) makes plowing impractical. E 13.3 Trenching of fiber optic cable follows the same set of rules as plowing. E m 13.4 Care should be taken that the route selected will not interfere with the natural drainage of the area and so a� that the natural drainage does not result in the depth of cable coverage being affected. Q 13.5 Avoid damaging tree roots, shrubs, or other vegetation on the property. c 13.6 Care must be taken to dig a straight and level trench according to the construction drawing, ~i13.7 The minimum depth for a trench with backfill for fiber optic cable is 36 to 48 in. as determined by frost line. 13.8 The minimum depth for a trench with backfill for all FTTP applications will be 24 in. 13.9 Clean backfill WILL be placed from 9"to 12"from the bottom of the trench to provide protection for the L cable. c 13.10 All permanent pavement and sidewalks must be restored to the satisfaction of the proper authorities. a) U 13.11 Where lawn has been removed, it should be replaced or re-seeded. o N is- 13.12 Any cable ends left for splicing WILL have protective caps installed and sealed with tape. 13.13 A warning tape WILL be placed 12" below the surface of the ground directly above the cable. c 13.14 At specific locations as noted on the construction drawing 328 feet(100 meters)of excess slack will be E placed in a hand hole along with an EMS marker. This excess slack will provide added cable for restoration or reconfiguration without digging up large parts of the fiber optic cable system. a a) 13.15 Buried warning markers will be placed within line of sight not to exceed 500 feet urban or suburban and 03 1000 feet rural except where aesthetically objectionable or prohibited by easement agreements. c., U 13.16 EMS markers will be placed at the following locations: a 13.16.1 In all hand holes: splice and maintenance coils 13.16.2 At the end of all conduits: i.e. road bores where pipe is pushed -a i,i 13.16.3 At the end of all inner duct runs at risers(lateral)where the inner duct extends into the plow line -a 13.17 Figure 2 provides a typical view of a filled trench d m M if "yr f 1 3 0 C M I 1t"arill n., 1 o to IX' 7...."' e; 6?rtn 23 4 Bad:till � 121-27 int X UJ Rack tilt 91-12cn - 36--}b iris Clean back tilli Clean back fill ;6-9 in', FF11..r nrtic cable 3 f _ • t U ';_3Ocm 4 -Ott_12In) Q 'french I.,tt.,m .Starvrrse ten,1, FtvrtzJew Figure 2 Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 9 Packet Pg. 1180 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 14.0 GROUNDING 14.1 The normal splice grounding points for fiber cable is at splice locations (reel ends). The shields must be isolated and brought up separately to a test station to provide locating access.The shield cannot be through as it degrades the ability to perform precise locates. 14.2 Fiber cable will not be opened solely for the purpose of grounding the shield. If there are electrical situations that require additional ground points, these point can installed. 14.3 5/8" copper weld ground rod/rods will be placed at each splice location for the purpose of grounding the metallic armor of the fiber cable. The ground will have an earth resistance measuring 15 ohms. This ground is to be brought into a test station to bond the metallic shield. 14.4 Bonding and grounding of fiber cable entering company or customer buildings must follow procedures outlined in "Article 770, Optical Fiber Cable"of the latest issue of the National Electrical Code. 'o 15.0 TEST STATIONS 15.1 Test stations WILL be placed at all splice locations and a warning post placed at all maintenance coil locations. a) 15.2 Fiber cable test stations grounding setup and labeling: U • The instructions contained in sections 17—20 of this document outline procedures for establishing ground wire connections(fiber optic cable and earth electrode) in Vetco and/or COTT Fiber Optic Test Stations and the placement of proper directional and post labeling. • Utilizes shield bond braids for connecting fiber optic cable ground wire to the earth ground. • Allows performing cable locates without removing or loosening the AWG#6 ground wires from the test head. ccs • Creates uniformity in establishing fiber optic cable test station ground connections. a • Test heads will accommodate grounding of 3(three)fiber optic cables. .s72 cc U 16.0 SPLICE AND MAINTENANCE COIL LOCATION LABELING 16.1 All field splice location and maintenance coils are to be labeled with the following information on fiber optic O� test stations in buried plant. ap 2 • Fiber optic cable number. ii • SPL is to be added below the cable number at Splice Locations to identify a splice point. a) • COIL is to be added below the fiber cable number at Maintenance Coil Locations. • Splice and maintenance coil location will have the IPID number posted in addition to the SPL/COIL designation. 16.2 These numbers are required for ease of identification and correlation between OSP physical location and EWO/FMT records. c a) E U R Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 10 Packet Pg. 1181 16.D.2.e 1 CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 16.3 Labeling of test stations and warning post in buried applications, at splice and coils, will be accomplished by utilizing self adhesive reflective decals. (Decal kit and replacement letters and numbers are available via the TONES ordering system Kit number 739881). See Figure 3 for examples. . . m E y�y,;� a) }�'�''' """.`"4` a) ti a) icy . I 'Iiit hF , W S . . , mh }' a. 03 • • mw _ • -.. au',, ..r s, e+ a'• .. Q) Example of Splice Location labeling Example of Coil location with Cable v with Cable and Splice IPID Number and IPID Nnimber V Figure 3 .n U- TS a) .L = W M M .a 1E X W c a) E U a) 4-+ a-. Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 11 Packet Pg. 1182 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 17.0 VETCO TEST HEADS WITH FACTORY INSTALLED GROUND SCREW LUGS 17.1 The new style Vetco fiber test station heads are equipped with 4(four) screw down lugs. 17.2 No additional parts are needed. 17.3 First, remove the two knife switches(the two small metal bars located at the rear of the test stations head) and discard. Refer to Figure 4. as Vetco Test Station Knife Switches a) C �.m N § "Cs A Knife Switches V 0 Knife Switches C) E N • 0 CU U- C) Figure 4 to e-. W C Cy E U CC Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 12 Packet Pg. 1183 16.D.2.e 4 CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 17.4 Next, remove the#4 screw down lug, and reinstalled it in the elongated slot, between positions#5 and#6, with threads in the opposite directions of the other three wire lugs. Refer to Figure 5. Vetco Test Station Hole and Slot Location -E a> w '', ,,v E Hole 1 -,� � , . �e aa'' Hole=3 c i _ H Hole=2 ; ._ „ c •o Hole 4 .. J A W+ a> U c. Hole 5 II" 411011 f Hole G ti c a> E a> c•} m n. n m II U v i N O a) Slot _a ii m 'i Figure 5 m M 17.5 One shield bond braid is connected from each fiber cable ground lug bolt to the earth ground lug bolt on the m opposite side of the test head. Q :E 17.6 The earth ground lug bolt in the back (bottom lug which was reversed)will accommodate three shield bond w braids. w E; a) E U co 4-. r+ Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 13 Packet Pg. 1184 16.D.2.e 11 7. CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 See Figures 6 and 7 for completed test heads. Vetco Test Station with Ground Screw Lugs 4E c as Y t 14 # -,'••••,---......., ani ,,t , Q E c +. 7 li as :X 4 t x is^ " S ' 10- n .1��g„ r �. :1 it jo . — , o ,v . SC , k '. e '; rc c }i5 �( ayah s l ,.°, "4'.,`',,; i N *,j',,. ,7'..,'1.-r' r 3., h• o F 5 , ��a Qf 3 ' k S .is-'4,-‘,,i;,',. . ',4441 Ca) 1M1y i .te i .;., N 25 ca Rear View with ground wires from fiber cables, Side View with braids attached v ground braids and directional marker tie-wraps in a place 0 Figure 6 -a as rL M� W M m .Q X W t c N E U R Zi Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 14 Packet Pg. 1185 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 Vetco Test Station with Ground Screw Lugs a) CC) 4 � y g � U 0_ • E . •• r.' E. a) • & '.� a. Front view of test Station with earth ground wire and braids attached U 0 Figure 7 ii 18.0 VETCO AND COTT—TEST HEADS WITHOUT GROUND SCREW LUGS a) 18.1 To set up these types of test heads,first, the two knife switches(the two small metal bars located at the m rear of the test station head)are removed and discarded. m 18.2 Remove the nuts and washers from the-1/4-20 bolts in holes 1, 2 and 3. Remove the bolt, nut, and washer from hole#4. Save all of the removed hardware to install the L-70 Ground Lug (TONES# 721427). uj NOTE: The screw on the ground lug connectors, TONES#726043, may be used in place of the L-70 Ground Lug. U C4 4- Qr-' Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 15 Packet Pg. 1186 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 18.3 Three ground lugs are installed (for fiber cable ground wires)with the threaded portion of the bolt on the same side as the grounding lug, in holes 1, 2 and 3, using the nuts and washers previously removed. Tighten all the nuts securely. See Figure 8. Vetco and COTT—Test Stations without Ground Screw Lugs c 3, L-70 Ground Lugs Installed in Holes 1, 2, and 3 E a, m v it , x-441 «' ..5 ++ qT` C U I I CD Figure 8 LL .L co M co r.' .0 X W C m E o 2 Q Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 16 Packet Pg. 1187 16.D.2.e ta CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 18.4 Next, in the elongated slot, install a fourth ground lug for the earth electrode ground wire with the bolt in the opposite direction of the first three ground lugs so that the threads are at the rear(back)of the test station. Tighten the nut securely. See Figure 9. Vetco and COTT—Test Stations without Ground Screw Lugs All 4-L-70 Ground Lugs Installed m E a) a) L Q a a) ' L C O ',-,-. ' 0L O. V it N , # 10 1. co ., tt cu Side View—Not Bolt Thread Locations Back View d L Figure 9 m m 18.5 Using CENTURYLINKs approved bond braid with eyelets, TONES#732847, cut the bond braid and attach a. one braid to each fiber cable ground lug of the test station and the other end of the braid to the earth x Lu ground lug bolt at the rear of the test station. Attached the bond braids securely with the remaining nuts. }; 18.6 All the modifications are made using existing hardware from the test station, with the exception of the L-70 a' ground lugs. c co Y .4.4- Process Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 17 Packet Pg. 1188 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 18.7 If three cables are to be installed in the test station, the earth ground wire bolts need to be replaced with a longer one(TONES#008540).This is a 1-1/4, 1/2 20 hex bolt which provides room to place three bond braids on the earth ground lug bolt. 18.8 See Figures 10 and 11 for test stations with L-70 lugs and braids installed. c a) Vetco Test Station With L-70 Ground Lugs Installed au iir L a) Q , , •k i r 1 c tit) t t ' . r. ' "iPgd a+ I � �- F .yep ^.e - ! C 'A E 4t:kr x v , a` ,, .+ ` 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 COTT—Test Station With L-70 Ground Lugs Installed 40 c i crk t " ots vi 4 to 41.- } - W ' N ti c E co Q. COTT with L-70 Clamps—Front View with(lirectional COTT with L-70 Clamps—Rear View °' marker tie-wraps Q ra0 C.) Figure 11 0 a) N M= W M m li '.c x UJ a.: c a) E U as a+ Zi Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 19 Packet Pg. 1190 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 19.0 GROUND WIRE AND GROUND LUGS ORDERING INFORMATION 19.1 All of the following items are available via the TONES ordering system. 19.2 The Fiber Optic Cable Test Station is MC: 303027. 19.3 Only 110 Poly Coated AWG #6 solid copper wire is to be used to connect the fiber optic cable metallic shield from the splice closure to the test head. This coated wire will not allow egress of moisture into the splice case.This is MC: 350008. 2 a) 19.4 Only AWG#6 solid bare copper wire is to be used for connecting the earth electrode(ground rod)to the test head.This is MC: 350016. 19.5 The L-70 Copper Terminal Lug with Slot Head Screw may be ordered under MC: 721427. 19.6 The Screw on Terminal for AWG#6 solid copper wire may be ordered under MC: 726043. 19.7 The Hex head bolt, '/4-20 thread by 1 '/ inch may be ordered under MC: 008540. -' J 20.0 FIBER TEST HEAD-TAGGING AND LABELING z 20.1 All insulated ground conductors,within the test head, are to be tagged with a compass directional indicator. U 20.2 Compass directional indicators for Mid-Atlantic, Southern,Western and North Central Operations are as •• follows: ti • Orange = North • Green = East • Brown =South aEi • Slate =West ca 20.3 The above color code is to be utilized on all new fiber additions. Existing fiber routes will be converted to the above color code as new work activities/rearrangements are preformed. U U Q 0 a) .0 a) M� W M .E x LU Y a) E U R a-. d-. Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 20 Packet Pg. 1191 16.D.2.e CenturyLink M Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 20.4 One corresponding color code tie-wrap is to be used to indicate direction of fiber cable. Refer to Figure 12 for an example of directional tie-wrap placement on 110 poly-coated ground wires. r c x aEi " "" ‘11.4..*'6': t' ' t4,' f7: ; 117 o t, .01.' ,4 ' + 1. ,,,.. ? .. s eV as 7 fa Figure 12 0 21.0 SPLICING p 21.1 Refer to M&P 644-010-900 Fiber Optic Cable Fusion Splice Procedures, which describes the preparation, a' cable, buffer tube and fiber arrangements required for fusion splicing. it 21.2 All splice closures, ONUs and OPPs are to be tagged with the EWO IPID#as shown on the construction m L prints. = m 21.3 Construction must perform a shield ground fault test after each reel is placed. This will reveal any sheath c' damage on the fiber cable and allow sufficient time for repairs before the fiber is placed in service m :n a x w c a> E U Qs Q Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 21 Packet Pg. 1192 16.D.2.e CenturyLink'"" Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 22.0 STORING PARTIAL CABLE REELS 22.1 Excess cable remaining from a buried installation is of value for future installations or emergency restorations. Store partial reels of cable as follows: 22.1.1 Pull all loosened cable off the reel and re-reel the slack. Make sure that the wraps do not cross each other. Cap and seal all cable ends. aEi 22.1.2 Securely fasten the cable end to the inside flange of the reel with a staple. This will prevent movement during transport. d 22.1.3 Reels should be stored on edge and end-to-end in rows. Make sure that the reels rest edge-to edge with reels in adjacent rows to prevent damage to cables. 22.1.4 Make sure that the storage area is free of rocks and debris which could cause damage during later t= moves. 0 23.0 POST-INSTALLATION INSPECTIONS 23.1 Prior to splicing, a thorough inspection of the buried plant must be made. Make this inspection on a section- by-section, foot-by-foot basis.All deficiencies should be noted on the construction drawing. 23.2 Inspect the construction area for the following: 23.2.1 Restoration has been accomplished. N 23.2.2 Permanent markers have been installed per the construction drawing. 23.2.3 Debris and trash have been removed from the route. 23.2.4 Inspect all test stations for correct labeling and directional markers on ground wires from splice closure in the test head. m 23.2.5 Other instructions specific to the installation have been completed to the construction drawing f° specifications. m 23.3 Upon completion of this inspection, the appropriate party(contractor, in-house construction crew, etc.) must correct all deficiencies. v U 23.4 Re-inspect the corrections. When the buried plant passes this final construction inspection, the splicing, activation, and final alignment of the plant may proceed. 0 a) iZ a) M7 W ra LtJ r-+ a) U cB Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 22 Packet Pg. 1193 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 24.0 AS-BUILT DOCUMENTATION 24.1 The cable sequential reading must be noted (logged)on the as-built drawing for each buried section. See Figure 13. 4 a) E a> TO CO ► 4 _ -C yt ,4& PHI. PP" , �� I Eh t• �i 6.,1 r�,- a re r1E[ a� JF J h \� i ,�Tdc / f / � C REEL 1236 REEL F 1235 REEL F,1235 REEL F 1234 121 Beginning Footage– Eliding Footage– Beginning Footage– Ending Footage– 1356 meters 1295 meters 1245 meters 14589 meteis c • 0 N ti Both the beginning and ending footage plus the reel# must be shown for each section of aerial,buried or underground fiber cable placed plus the unit of measure (meters or feet). This information must be noted on the "as-built' construction drawing E a> Figure 13 —c) ca O as L W a) tB Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 23 Packet Pg. 1194 16.D.2.e w CenturyLink`"" Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 24.2 The cable sequential reading must be noted (logged) In &Out of each slack loop on the as-built print drawing. See Figure 14. m REEL.=1235 Beginning Footage— 1245 meters En Fiber loop • TO CO 4 4--- 45 meters r /, .24046sot)Dam 1 ' 4.is 50.00" Ff Utd - IPP f -- '`.�;. BRC.cc`d 4E.- DDC-1 . ,,._ �. I,- D ] 5.- h1 :iF 7/ '-� F�. 4Y f / ' A k Y� Reel 1235 Reel 1235 Beginning Footage— i Ending Footage—1390 U 1290 meters meters h- e— C d E Both the beginning and ending footage plus the reel# must be shown for each aerial, buried or underground fiber cable loop placed plus the unit of measure (meters or feet). rs. This information must be noted on the "as-built" construction drawing U U 48. 0 Figure 14 .0 U- m m M m Y_ W d-+ C a) E C.) w Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 24 Packet Pg. 1195 16.D.2.e CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-05-0104/ Issue 6/Date: 11/14/06 24.3 Latitude and longitude coordinates must be recorded for each splice, loop and slack location and noted (logged) on the"as-built"drawing using the Garmin eTrex Series(Model 428-050, Material Code 066010) GPS (Global Positioning System) receiver. See Figure 15. r c a) -'-'-- Ski' ai gr,-. E _3_r� �r f r r ai4 as Zo:. G. The Garmin e Trex GPS receiver will display latitude and longitude coordinates in the following format: N 39 degrees03.090' W090 degrees36.171' J Latitude and longitude coordinates for each splice, loop and slack location must be noted aaai on the "as-built" construction drawing. c� 0 Figure 15 N. NOTE: The Construction Supervisor must order the Garmin eTrex(Global Positioning System)receiver through SPOT as a Non-Catalog item, using Account code 605010. a) E a: 24.4 Include each cable reel data sheet with as-built documentation in job folder. n. 24.5 All changes made on the"as-built" WILL be posted back to EWO. s ca 25.0 CONTACTS 2 For all Planning, Engineering and Construction process related questions. please click HERE to submit 0 an Ask How Now ticket. 0) ii m )L CO M CO w a) E U r Process Owner: Director, Network Services Staff The information in this document is proprietary. Unauthorized disclosure outside CenturyLink Corporation is prohibited 25 Packet Pg. 1196 I6.D.2.f CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-11-0149 Issue 4, Date: 01/27/2011 Exhibit B-4 BURIED PEDESTAL GUIDELINES 1. GENERAL 1 1.1 Purpose 1 2. EFFECTIVE DATE 1 m 3. SUPERSESSION 1 4. LOCATION 2 N 5. FACING 2 6. MAINTENANCE ACTIVITY 3 -' x 7. BURIED PEDESTAL CAPACITIES 3 �, 8. CONTACTS 3 U 0 ti 1 . GENERAL 1 .1 Purpose This practice provides instructions for locating, facing, and maintaining a buried pedestal. 2. EFFECTIVE DATE This practice is effective upon receipt. a 3. SUPERSESSION This practice replaces all local division/operations practices/guidelines pertaining to this subject. m co d.+ Information contained in this document is proprietary.Unauthorized disclosure outside CenturyLink Corporation is prohibited. 1 Packet Pg. 1197 16.D.2.f CenturyLinkMethod and Procedure Network Services NS-L-OSP-MP-11-0149 Issue 4, Date: 01/27/2011 4. LOCATION • The location must be safe for the physical work operations, as well as the safety of parking the technician's vehicle near the site. • The location of a buried pedestal has considerable affect on future trouble and high maintenance costs. The relocation of a buried plant pedestal, once installed, is an , expensive operation. • The housing must be acceptable to property owners and the public. The practice of a placing a stub pole or warning sign next to a buried plant pedestal could be objectionable to the property owner. Limit this practice to locations where extra protection or high visibility is required. If possible, locate the pedestal to one side of the c property, such as on a property line or fence corner. • The location selected shall provide flexibility in the distribution cables to meet present demands as well as future requirements. • The location should be such that the possibility of damage to the pedestal by vehicular traffic shall be minimal. • Locations within one foot of a property line and outside of fences should be chosen whenever possible. These locations tend to make the pedestal inconspicuous, causing c3 minimum objections from the public. The placement of pedestals should comply with N state/local building and fire codes. • As a general rule, do not locate new or additional pedestals within six feet of another company's pole. If this is not possible or if the pole is required for aerial drop distribution, locate the pedestal approximately one to six inches from the pole. Do not attach the pedestal to the pole as this may become a billable joint-use pole attachment. 5 • When locating the pedestal at a pole, choose a location that will allow the use of standard tools for opening the covers. CPLS pedestals should be located on the quarter of the pole to allow easy access to the front and back of the pedestal. a • Additional pedestals shall not be placed in a location that blocks or interferes with a motor vehicle driver's line of sight at an intersection or road junction. Consideration to location must be given to the possibility of future road and intersection widening activity that would require future relocation of the pedestals. m • In areas subject to flooding and heavy snow, consider mounting the pedestal on a stub pole with a riser guard to protect the cable. A disadvantage to this type construction is that the bottom of the housing is open. In these applications, use expanding foam to seal the bottom of the pedestal. E • Unless final grade is established, the engineer's judgment, as well as consideration to local flood and building elevations, and final grade, should be given to placing an extra length (XL) base pedestal due to grade changes which may occur after placement. 5. FACING As a general rule, face the pedestal towards the street or road by which the pedestal is normally accessed in a position that will allow safe and easy access for work to be performed. Information contained in this document is proprietary.Unauthorized disclosure outside CenturyLink Corporation is prohibited. 2 Packet Pg. 1198 16.D.2.f 5 CenturyLink- Method and Procedure Network Services NS-L-OSP-MP-11-0149 Issue 4, Date: 01/27/2011 6. MAINTENANCE ACTIVITY During maintenance activities such as pole replacement, rebuilds, overbuilds, or new construction by other companies, existing pedestal locations are exempt from meeting the requirements in this paragraph. Moisture Barrier a The practice of adding stone or pea gravel to the base of buried plant housings has proven effective in controlling the moisture problem in pedestals when the moisture barrier is placed per 0) manufacturer's specifications. 6 a Rodent And Insect Protection c Place pea gravel. Then place rodent and insect deterrent per local needs. itc 7. BURIED PEDESTAL CAPACITIES RUS UNIT 19 Gauge 22 Gauge 24 Gauge 11 c BD-3, BD-3A 75 100 100 c BD-4, BD-4A 150 400 400 5 BD-5, BD-5A 150 600 600 BD-7 (OVER ABOVE SIZES) o Table 1: Maximum Number of Pairs(Splicing only) N. Maximum Number of Maximum Number of Load a) Pairs Coils Internal Mounting a RUS UNIT 19 Gauge 22 Gauge 24 Gauge BD-3, BD-3A 75 100 100 1-18 COILS o 5 BD-4, BD-4A 150 150 200 19-25 COILS a BD-5; BD-5A 150 300 400 19-25 COILS 0 a) BD-7 (OVER ABOVE SIZES) a Table 2: Maximum Number of Pairs (Splicing and Internal Loading) g All loading above 25 pair load coils should be buried load coil cases. m 8. CONTACTS m For all Planning, Engineering and Construction process related questions, please click HERE to submit E an Ask How Now ticket. W c Author SME Name & Email Link E X James McLemore X Don Dishman Q This document was previously published as MP-631-600-200, Buried Pedestal/Closure Location and Facingj Information contained in this document is proprietary.Unauthorized disclosure outside CenturyLink Corporation is prohibited. 3 Packet Pg. 1199 16.D.2.g CenturyLink Method &Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 4- C a, E a) a, L C) Exhibit B-5 U C Y C O C J C G) U 0 CenturyLink Bonding , I Grounding and Protection a. 0 C] cts Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 1 Packet Pg. 1200 16.D.2.g clfr CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 TABLE OF CONTENTS 1.0 OVERVIEW 3 2.0 EFFECTIVE DATE 3 3.0 RELATED DOCUMENTS 3 I- 4.0 SAFETY CONSIDERATIONS 4 5.0 PURPOSE OF ELECTRICAL PROTECTION 4 6.0 DEFINITIONS 4 c 7.0 CLASSIFICATION OF EXPOSED PLANT 6 8.0 HIGH VOLTAGE PROTECTION-ELECTRIC SUPPLY LOCATION GUIDELINES 8 C-) 9.0 BOND I GROUND WIRE INSTALLATION GUIDELINES 9 0 N 10.0 AERIAL CABLE/PLANT PROTECTION AND JOINT FACILITY BONDING 10 N- 11.0 BONDING AND CLEARANCES FOR STRAND(MESSENGER)TO FOREIGN OWNED UTILITIES19 c O 12.0 RDW, MULTIPLE DISTRIBUTION WIRE AND SINGLE PAIR AERIAL DISTRIBUTION WIRE 20 m 13.0 BURIED CABLE/ PLANT PROTECTION AND JOINT FACILITY BONDING 20 a a. 14.0 APPARATUSES EXTERNAL TO THE CABLE SHEATH/SHIELD 28 0 15.0 UNDERGROUND (MANHOLE) CABLE I PLANT PROTECTION 28 a, 16.0 BONDING AND GROUNDING CENTRALIZED AIR PRESSURE PIPE SYSTEMS 29 va 17.0 CORROSION PROTECTION 30 0 18.0 SUBMARINE CABLE I PLANT PROTECTION 32 O ai 19.0 REPEATER/DOUBLER GROUNDING SYSTEM 33 E 20.0 BONDING AND GROUNDING FIBER OPTICAL CABLES 35 21.0 RESIDENTIAL/SMALL BUSINESS PROTECTION 36 22.0 ONT/MDU BONDING AND GROUNDING 38 , 23.0 VIDEO-COAX BONDING AND GROUNDING 38 a> 24.0 FTTC/ONU BONDING AND GROUNDING 38 an 25.0 COMMERCIAL BUILDING BONDING/GROUNDING 39 co 26.0 CENTRAL OFFICE PROTECTION 40 75 27.0 GROUNDING AND PROTECTION FOR REMOTE ELECTRONIC SITES/CEV 43 w 28.0 MEASURING GROUND ROD RESISTANCE 43 29.0 MATERIAL AND SUPPLIES 44 U 30.0 STAND ALONE CELL TOWERS 44 31.0 DOCUMENT MANAGEMENT 45 st Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 2 Packet Pg. 1201 16.D.2.g CenturyLink- Cc Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 1.0 OVERVIEW E a> Overview Target Audience Business Operations Cable Maintenance Central Office CLEC Installation and Consumer Installation and Contract Labor Repair Repair/SBHB "o Design Services Outside Plant Construction Impact/Benefit to The purpose of this Method and Procedure is to describe potential electrical hazards that the Regions may be encountered in the outside plant network and how to properly Bond and Ground to provide protection. It also summarizes requirements which have been established to minimize transmission impairment and possible physical damage or injury to: • CENTURYLINK, technicians, customers and the public • Customer property • Outside plant, central office and station equipment 0 The objective of this practice is to provide Engineers, Construction, Outside Plant Maintenance, Central Office, Business Markets and Network Services personnel with a o ready reference to the "what" and "why"of electrical protection requirements that he/she o_ mustconsider in day-to-day work assignments. Unusual field situations may require c reference to more detailed information on specific subjects in CENTURYLINK Method and f° Procedures c' Reason for Change N/A L M� W 2.0 EFFECTIVE DATE —� Effective Date Expiration Date Upon Receipt Until Further Notice U 3.0 RELATED DOCUMENTS m B Document Name Document Number or Link Various Related documents have hyperlinks located throughout this Method and Procedure c E U R .,, Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 3 Packet Pg. 1202 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 3.1 This document supersedes and voids the following: a, a, Document Name ay Century Tel CSP 200.009.002- Grounding and Bonding of Cable and Wire Shields Embarq 638-150-002-Electrical Protection and Grounding of Remote Electronics Site Embarq 638-150-004-Fiber to the Curb(FTTC) Grounding and Protection Embarq 638-300-011 -Bonding and Grounding the Network— General Embarq 638-900-902-Bonding at Joint Use Facilities 4.0 SAFETY CONSIDERATIONS Due to the nature or working on Outside Plant telecommunication facilities, there is the potential for employees and equipment to come in contact with high voltages and currents that can cause serious bodily injury or death. Various safety requirements are to be employed during all bonding and grounding �y activities.These requirements include, but are not limited to: • Foreign Voltage Detectors = High Voltage Rubber Gloves • High Voltage Rubber Mats/Blankets a> 0 L 5.0 PURPOSE OF ELECTRICAL PROTECTION °- V ca 5.1 Electrical Protection a, The term "Electrical Protection" as used in this text refers to the methods and devices for the control or mitigation of electrical voltages and currents of magnitudes that could possibly constitute a hazard to people, property and telephone plant 5.2 Outside Plant Facilities a' Outside plant facilities may be exposed to the following sources of hazardous potentials and currents: • Lightning • Accidental contact with power lines • Voltages induced into communication lines by fault currents in paralleling power lines • Voltages electro statically or electromagnetically induced into communication lines by normal currents in paralleling power lines Ln • Local earth potential rises due to the flow of lightning or power fault currents co .0 6.0 DEFINITIONSUJ c 6.1 Definitions E The following is a list of terms used throughout this document regarding bonding, grounding and protection: 1. Bond: A bond is the electrical interconnecting of various components or segments of telephone plant(i.e., interconnecting two or more strands, two or more cable shields, between strand and cable shield, etc.). Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 4 Packet Pg. 1203 16.D.2.g CenturyLink- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 C) NOTE: Bond connections to the MGNV/MGN from the Telco facility should always point towards earth/ground rod, not up towards the power company neutral. L as 2. Capacitor: A capacitor is a device which, when connected across an insulated joint, allows the _c flow of alternating current while preventing direct current passage. 3. Common Bonding: (Intersystem Bonding Termination)A device that provides a means for connecting communications system(s)grounding conductor(s)and bonding conductor(s)at the ;. service equipment. (Examples: Telephone facilities, Commercial Power, Structural Metal, Water = Piping, CATV, etc.)and has an accessible bonding termination point or grounding means, provided by the customer(NEC 250.94). 4. Floated Shield/ Bond—Cable shield continuity is maintained cable to cable throughout a specific area and no earth contact is made. v 5. Fuse: A fuse is a circuit interrupting safety device designed for insertion into the circuit. When an abnormal current flow exceeds the rated current carrying capacity of the circuit a soft metal alloy r-- in in the fuse heats, melts and opens the circuit. 6. Fuse Link: The term "Fuse Link" is used to denote a length of relatively fine gauge conductor prescribed for telephone circuitry at strategic points and designed to perform the fusing function, aa) when needed, in conjunction with the use of"Fuseless Protectors." In a fuse link, the conductor o itself melts and opens the circuit when subjected to abnormal currents. The most commonly used n fuse links are: -c o The AWG 24 gauge factory installed wire leads on the connecting blocks. c' o The AWG 24 or AWG 26 factory installed cable stubs on various cable terminals, o terminal blocks and protectors. 7. Fuseless Protector: A device designed chiefly to permit momentary abnormal power surges on a telephone conductor to discharge(ARC)to ground through an air gap. Prolonged abnormal current flow in the conductor, however, heats and "operates"the protector block(closes the gap permanently), 00 p y), providing a low resistance path to ground for current. The "Fuse Link" now comes ,Y into play, heating, melting and cutting off the current flow. 8. Gas Tube Protector: The gas protector is composed of a glass envelope between two or three metal electrodes and filled with gas. The spacing of the electrodes, gas type and pressure, are selected so that the gas will ionize at a specified voltage between the electrodes presenting a low U impedance between them. When one electrode is grounded and the other electrode is connected to an electrical conductor when lightning hits, power surges or high voltages, which exceed the specified voltage, are discharged to ground. After the high voltage is removed, the gas will return to its original condition and the gas tube is back to normal ready to accept another hit. w 9. Ground: A ground is an intentional connection between an electrical conductor or metallic equipment component and earth. (Also known as "effectively" grounded as noted in the NESC) E An effective ground is 25 ohms or less (NEC section 250.56)for electronic/commercial applications. 10. Insulated Joint: An insulated joint is a designed gap in the continuity of the outer sheath in lead covered cables or the inner(metallic)shield of plastic covered cables. Insulated joints are used in corrosion areas to isolate the lead sheath underground cables from stray direct currents which Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 5 Packet Pg. 1204 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 may be picked up by the branch feeder and distribution cables through shield grounding at protected terminals and ties to the MGN System. Insulated joints are not intended, nor are they effective, for electrical protection against hazardous voltages. a) 11. Isolated Shield—Cable shield completely isolated and taped so no metallic contact can be made to personnel or equipment La? 12. MGNV: Denotes the power company multi-grounded neutral vertical wire, usually originating at a pole mounted transformer or poles with power company devices, terminating on a ground rod or •o— plate aplate at the base of the power pole. 13. Protector Block: A Protector Block limits the voltage between conductors and ground by -� providing a small air gap that will break down almost instantaneously and ground the circuit when the operating voltage is reached. a) 14. Shield Continuity: Shield continuity is the electrical continuity of the metallic shield of a cable throughout its length, including sheath openings for splices and terminals. It is necessary for both ti electrical protection and noise reduction. 15. Sneak Current Fuse: This fuse consists of two short heating wires, under spring tension,joined together by a ball of solder. The fuse is designed to protect communications equipment, m particularly PBX, from foreign currents too small (frequently less than one ampere)to operate o other protective devices. o- a> 7.0 CLASSIFICATION OF EXPOSED PLANT E 7.1 Exposed communications facilities are those facilities that are not isolated or guarded from power contacts, power induction and lightning. For the purpose of the Method and Procedure, all to Telephone facilities are classified as exposed. Exposure is further defined as: ai V (a) Power Contacts Over 300 Volts. This includes: m • All aerial plant se • Underground or buried plant connected to aerial plant —' • Buried plant placed at random separation with power circuits over 300 volts (b) Lightning. This includes: • All aerial plant m • All underground plant • All buried plant (c) Power Induction Over 300 Volts: Electromagnetic power induction occurs whenever telephone plant and power lines occupy parallel routes. Induction of E hazardous magnitudes may occur in telephone circuits during power line ground _c ca faults. It affects aerial, buried or underground plant. y et (d) Earth Potential Rise Over 300 Volts: A hazardous rise in earth potential is most likely to occur in the vicinity of power generating stations and substations. When a power fault occurs anywhere in the power system network, earth potentials may Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 6 Packet Pg. 1205 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 reach magnitudes of several thousand volts as the power line fault current surges back to its source through the ground. Telephone facilities and personnel in this environment may be exposed to hazardous voltages. Special protection design requirements apply to telephone plant in the vicinity of power generating stations, a) substations, electrical transmission towers and all other locations subject to _c abnormal rise in earth potentials (lightning hazard at microwave towers or cell towers). a� L F C 0 7 J A L N V O N ti 0 U d .a+ 0 L a V co co V 0 Ln C, M0 4i C a, V tY] W C N E t U c4 Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 7 Packet Pg. 1206 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 8.0 HIGH VOLTAGE PROTECTION —ELECTRIC SUPPLY LOCATION GUIDELINES 0 8.1 Facilities Passing By and/or Serving Electric Supply Locations CenturyLink telecommunication cables facilities that pass by an electric supply location (substation, generation station)or that provide direct communication service to the electric supply location may require special bonding, grounding and protection measures. The CenturyLink Method and Procedure, "Design and Protection of Copper Cable Facilities Serving or Near Electric Supply Locations" provides detailed guidance for required protection, copper cable installation, OSP engineering, construction and maintenance.This document may 5 be accessed by clicking the hyperlink below: http://toolbox.corp.intranet/nsl handbook/sites/default/files/article/1322//FO-MP-2012-02-001.pdf NOTE: the GPR and ZOI values of an electric supply location are determined by information that must be provided by the owner of the electric supply location. This information is to be requested v by CenturyLink engineering from the local power company engineers(reference the above N hyperlink). By clicking HERE, a copy of the Substation GPR/ZOI information form may be ti accessed and downloaded. 0 0 NOTE: In no case shall any station protector ground be removed from an approved ground medium where the station protector(s), Network Interface Device(NID)or Building Entrance 0 a. Terminal (BET)are located within the exposed zone (ZOI)at residential or business locations. 8.2 Fiber Cables a' Telephone facilities provided by fiber optic cables to electric supply locations, these fiber optic cables need to be all dielectric(no metallic components)from the splice point at the 300 volt ZOI location. Dielectric fiber placements will eliminate the need for isolation protective devices by 2 eliminating any metallic path for GPR to follow back into other telephone cable facilities. O cis 8.3 Cellular Service at Power Facilities Cellular towers located within the confines of an electric supply location or on power high voltage transmission towers are to be treated in the same manner as facilities serving electric supply locations. High Voltage Protection (HVP) procedures must be followed in these situations as outlined above! U 4' w E 0 4' Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 8 Packet Pg. 1207 16.D.2.g L CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 9.0 BOND/GROUND WIRE INSTALLATION GUIDELINES 9.1 Routing Installation of grounding and bonding wires must follow specific guidelines in order to provide and maintain low resistance, low impedance paths for electrical current to flow. Improper placement may cause surge currents to seek alternate ground sources and will not provide adequate electrical paths to properly protect technicians and or equipment from damage. E— In addition to the various grounding and bonding applications outlined within this document, installations of wires in all situations must not contain: - c • Sharp bends o Sweeping bends of 45 degrees or less recommended • Splicing not recommended o Exothermically welded or other type permanent splices only • Pass through metallic pipes •• • All ground connections point towards earth 9.2 Connections 0 1) CenturyLink approved grounding hardware for aerial/buried applications aai o Flip-Tap to be used on galvanized messenger to connect AWG#6 copper o a.` o Various vise type clamps and bolt on clamps for ground rods, wire bonds, etc. o 2 hole compression for all ground bars • Cell sites, remotes, CO, commercial properties f0 o See section 29 for ordering information, including recommended clamp/connector c applications NOTE: All mechanical connectors and clamps outlined in bullet#1, placed above and or below 0 grade, are to have a light coating of No-Ox corrosion inhibiting grease applied to the wire and connector PRIOR to installation. cs 2) Made Ground Electrodes (MGE) o Exothermic welds on all MGE(Ground Grid)connection • CO • Remote Electronic Sites J • Repeater/Doubler locations 9.3 Sizing /Type U Each grounding/ bonding situation requires different size/type of approved wire to be used. •- These various applications, and the appropriate wire to be utilized, are outlined within this Method and Procedure.The various wires are American Wire Gauge(AWG) including: o #10 Insulated Solid Copper o #6 Solid Bare Copper E o #6 Solid Insulated Copper o #2 Bare Tinned Solid Copper ca o #2 Bare Solid Copper • See section 29 for ordering information Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 9 Packet Pg. 1208 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.0 AERIAL CABLE/PLANT PROTECTION and JOINT FACILITY BONDING E m 10.1 Effective Grounds a' All exposed plant must be effectively grounded utilizing CenturyLink approved ground rods for the following reasons: • Reduce shock hazards • Reduce electrical damage to telephone plant • Provide rapid de-energizing of power lines contacting telephone plant • Provide a path to ground for lightning • Reduce inductive noise L NOTE: Gas lines, water lines, down guys and anchor rods are not considered grounds and will not be used as such in our plant protection scheme. c.> N 10.2 Grounding and Bonding Applications Aerial strands(messenger)shall be continuous, bonded together and grounded at a minimum of 1,000 foot intervals so that no point is more than 500 feet from a ground. The 1000 foot rule is the TS- minimum minimum grounding requirements, applicable on all aerial cable leads that are in a continuous run o without laterals, risers, primary power crossings, MGNV or protected terminals. Additional o grounds must be installed at: -o • Laterals • Risers(including aerial inserts in buried facilities) • Primary power crossings 0 • Protected terminals 0 • First and last pole of an aerial lead, regardless of lead length cii • At all aerial, buried or underground building entrance cable locations • Repeater/ Doubler locations • Intervals exceeding 1000 feet without an MGNV m z ca .F.. af4� Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 10 Packet Pg. 1209 16.D.2.g 1 CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.3 Ground and Bonding Material I Requirements a> E Use only AWG#6 bare solid copper ground wire for connecting aerial strand (messenger)to a m ground electrode. Each ground electrode shall consist of a driven 5/8 inch diameter 8 foot copper clad ground rod(s)driven approximately 12 inches away from the pole and approximately 4 inches below ground grade in undisturbed earth. NOTE: Ground rods installed at pole line locations need not be measured as noted below in excerpts from the 2007 National Electrical Safety Code NESC and RUS Bulletin 1751F- o 815: NESC Rule 94B— Driven rods shall be not less than 8 feet in length: Longer or multiple —� rods may be used to reduce ground resistance NESC Rule 96C—No specific resistance readings need be taken at individual electrodes ci due to distributed cable route multiple ground locations. N. RUS Section 11.1 —Low impedance to ground is achieved by multiple ground locations NOTE: Ground electrodes(rods) and their resistance MUST be correctly measured at CO and Remote Electronic Sites! a; 0 L n. NOTE: Prior to driving a ground rod as outlined above, a request for locate of all facilities must be made and completed in the area where the rod(s) is to be driven to prevent damage to water, gas, drain or sewer facilities. a� NOTE: When connecting the AWG#6 solid copper wires to the strand (messenger), only use the "Tap Clamp—Flip On"type clamp. This clamp in designed to eliminate corrosion caused by 2 contact of two dissimilar metals(copper to galvanize). This clamp is available in CART. 0 ai See section 29 for link to Grounding, Bonding and Protection material approved for use. 10.4 MGNV Bonding and Grounding Telephone facilities must be bonded /grounded to the power company Multi Grounded Neutral 24 Vertical (MGNV)wire where present on an joint use facilities.The MGNV is considered an effective ground and a separate Telephone ground rod is not to be installed at these locations. c� NOTE: THIS APPLIES TO AERIAL CABLE FACILITIES ONLY. The use of an MGNV is 00 allowed in aerial plant due to the strand (messenger) in aerial cable being exceptionally s� strong and continuous. It is the main surge/current carrying component of an aerial lead and use of the MGNV duplicates the protection and grounding effects of the power company neutral w and associated earth grounds. a) E NOTE: DO NOT remove or cut the Power Company"U" guard or covering on the MGNV wire when making a connection! Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 11 Packet Pg. 1210 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.5 Joint Use Poles m The proper selection of ground locations on joint use pole lines with electrical power must result E in a distance of no more than 500 feet between any portion of exposed cable plant and the a2 nearest ground. Additional grounds must be placed if an MGNV is not present at: Q • All Telephone or power company lateral /riser poles. c • First and last pole of an aerial lead, regardless of lead length it • Junction point between solely-owned and joint aerial plant. c • Joint pole at which a cable continues buried or underground. _6 • At all building entrance cable locations Y • Intervals exceeding 1000 feet without an MGNV C J L NOTE: Bond connections to the MGNV/MGN from the Telco facility should always point towards z earth/ground rod, not up towards the power company neutral. a) Below is an example of joint use bonding to the power company MGNV: U 0 N Power Neutral 1,- , o A MCNV 4; L 8i n. .77 3 ` al paj Tap Clamp— ..:lip Or, c c Es / Ac"--"---------„, WG #t7SoIdC000 r V,k I Bond '.:fire 2 C Telephone Stranda (Messenger) #6 Vise Clam: o m (l=argo) .. 7 d U L) m Q 3 K W -, J NOTE: ALL POWER COMPANY GROUND RODS, MULTI GROUNDED NEUTRAL VERTICAL (MGNV) a) WIRES, CABINETS, METER BOXES, ETC., MUST BE TESTED WITH AN APPROVED FOREIGN E VOLTAGE DETECTOR AS PRESCRIBED IN CENTURYLINK SAFETY PRACTICES. o ca Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 12 Packet Pg. 1211 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.6 Bonding E a> Bonding is another important protection element that prevents the build-up of hazardous voltages F. between the different grounding mediums(power facilities, CATV, municipal cables, etc)and Q eliminates any difference of potential between the various facilities. Common bonding equalizes the potentials as it is the difference in voltage which creates the hazard, not the amount of voltage. All telephone plant must be properly bonded. Strand-to-strand bonding is required to maintain strand continuity on all aerial cable at: 0 • Dead ends and corner poles where strand is not continuous. • The first and last poles on all CenturyLink aerial leads regardless of lead length • Where multiple strands are located on the same pole. L • At all locations where a ground has been placed. • Locations where a power company MGNV has been placed. ami • All cable junctions and crossovers. v • At all down guys install a bonded ground strap between the electric company ground, the telephone cable messenger or cable shield (if installed)and the down guy wire. ti • Bond all guys to the strand. 10.7 CATV Bonding CATV cables are usually attached at 1 foot separations from telephone cable plant strands. The o CATV strand (messenger)is to be bonded to the telephone plant at all locations where a CenturyLink facilities require bonding/grounding. Below is an example of typical bonding between telephone and CATV facilities: c' Power Neutral CATV or Telephone Strand{tvtessenger) ' k x � C TapC3an2ps—Filo On to f AWG o Solid Copper t. Bond w::re Telephone Strand (Messenger) 6 Vlse Clamp U AWG 6 Solid Coppe zE- CO is t Bond N.:rire MC-NV w E NOTE: It is also acceptable to make individual connections from each strand directly to the MGNV instead of going from strand to strand and then to the MGNV. NOTE: Bond connections to the MGNV/MGN from the Telco facility should always point towards earth/ground rod, not up towards the power company neutral. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 13 Packet Pg. 1212 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.8 Additional CATV Bonding Requirements In addition, power control or supervisory cables carrying communications voltages should be bonded as above. Arrangements for this should be coordinated with the CATV Company involved. 10.9 Shield-to-shield and shield-to-strand bonds .*pi; These bonds shall be made at every cable sheath opening. Terminals and splice cases on stalpeth, alpeth and figure-8 cables provide the necessary bond between the shield of the cable and strand. Bonding of splice openings shall be made with the equivalent of AWG#6 copper bonding braid or copper bonding bars. Do not use copper wire. as NOTE: If splice closures and/or terminals do not provide sufficient bonds to meet CENTURYLINK standards, then additional bonds shall be placed. c N NOTE: In closures with multiple cables, the metallic shields are bonded together in a"daisy chained" manner to the strand (messenger). This is allowed in aerial plant ONLY as the intent is to bond the cable shields to the strand (messenger)to eliminate a difference of potential between the two metallic components. 0 L See the following diagrams for an illustration of aerial closure bonding. a. Cables requiring only ONE shield bond connector a, Closure Bond Straps o Cables :a • c U n] Cables W r E 0 Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 14 Packet Pg. 1213 16.D.2.g CenturyLink: Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 Cables requiring MORE than one shield bond connector Closure Bond Straps Cables NI.' Y \\ Y \ 0 • • 1 t I W 1 Shield Bond Braids N ti Cables Cables requiring more than one shield bond connector, the Closure Bond Straps are used to provide continuity from the first shield bond connector through the cable opening. The second a (and third if applicable) shield bond connectors use approved -o bond braid to provide additional shield connections across the cables, rn NOTE: It will not be necessary to place additional strand to metallic shield bonds on aerial exchange or o interexchange cables. Metallic shield to strand bonds will be accomplished at splice closures, terminals, c7 load coils, repeater housings and splices that were necessary at the time of construction. The cable sheath shall never be opened for the purpose of shield-to-strand bonding only. Reference CenturyLink Cable and Service Wire Shield Bond Connector Installation Method and Procedure by clicking the hyper link below: m http://toolbox.corp.intranet/nsl handbook/sites/default/files/article/2733//FO-MP-2014-06-004.pdf 10.10 Maintaining Shield Continuity The continuity of the shield of all cables through splices, splice cases, terminals, apparatus cabinets, etc., throughout the length of the cable, except where purposely broken by an insulating joint. m :.Q 10.11 Temporary Cable Openings Where temporary taped joints are made in aerial cable as in the case of trouble openings for the a) purpose of locating defective pairs, the continuity of the cable shield is to be maintained. E Temporarily bonding the shields together or to the strand on each side is required to maintain csi shield continuity until the splice can be closed permanently. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 15 Packet Pg. 1214 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.12 Insulating Joints w Insulating joints in cables may be specified for interrupting the electrical continuity of the shield for electrolysis or special protection purposes. In aerial cables, a strain insulator is required in the strand above the insulated joint. -c 0 O 10.13 Primary Power Crossings c From a protection standpoint, the most vulnerable power facility crossing location is at midpoint of a span. Bond (if more than one)and ground aerial cable strands(messenger)at all primary power crossings(this does not include power service drops). Grounds are to be placed at the 1 nearest pole on each side of the power crossing, regardless of proximity of other grounds. Examples of bonding and grounding at primary power crossings are shown in the following illustrations: U Primary Powe_ N Ground Crossing O U d n — O X X a to O 0L _ c m G ou id Telephone Cable a) Rf Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 16 Packet Pg. 1215 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 Primary Power E a) Crossing a) Q U Ground G o l'1Ci Teleono'ie Cat]ie X X X - � N Power Lead 0 w U a) 4- O L a co 2. C) C O m C J -. C U m .0 W C a) E L U ca Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 17 Packet Pg. 1216 16.D.2.g CenturyLink Method &Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 10.14 Primary Power Crossing—Joint Used Pole m If the primary power crossing over an aerial cable is located on a joint use pole, a ground must be placed at the joint pole(if and MGNV is NOT present). (See the following illustration.) Er)—� P.-it���.'° ary Power C"ossi;ig at Joint Use Pole _ _ O X J J 3 U Teleo.aone Caoles .. (ijo d at Joint Use ti Place Ground or- Poe) Bond to MGNV if o Availaole U d O L }( X X -o c Primary Po...ver Lead 0 c NOTE: In the above illustrations, it's recommended to place additional grounds on each side of the primary power contact pole, as shown on page 18, for additional protection. 3 co :.c .ij C Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 18 Packet Pg. 1217 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 11.0 BONDING and CLEARANCES FOR STRAND (MESSENGER)TO FOREIGN OWNED UTILITIEScu 11.1 Street Lights &Traffic Control Wires Where street lights and or traffic control wires are mounted, vertical clearances shall be as follows: -c (Reference rule 238 of the 2007 NESC) ABOVE COMMUNICATION MESSENGERS (STRAND) • Clearances between the pole attachments for street bracket diagonal supports down to the telephone cable shall be 20 inches for lamp brackets not effectively grounded =_ and 6 inches for lamp brackets effectively grounded. The aerial strand (messenger) —� must be bonded to the support arm or bracket if it grounded. 0 • Where street lights are mounted above telephone cables, clearances shall be 12 v inches from the cable to drip loops entering street light brackets from the surfaces of poles. ti • A terminal box or other metallic housing is mounted on the pole; there shall be 20 inches of clearance from the bottom of the housing to the horizontal support arm of the street light bracket if the bracket is not effectively grounded. If the bracket is effectively grounded, the clearance shall be 4 inches. The aerial strand (messenger) must be bonded to the support arm or bracket if it grounded. °- BELOW COMMUNICATION MESSENGERS (STRAND) rn • Clearance from the telephone cable down to the horizontal support arm of the street light bracket shall be 20 inches for foreign circuits under 150 V to ground; 40 inches o for any voltage above 150 V to ground.The aerial strand (messenger)must be 0 bonded to the support arm or bracket if it grounded. a, • If a terminal box or other metallic housing is mounted on the pole between the telephone cable and street light bracket, there shall be 20 inches of clearance from m the bottom of the housing to the horizontal support arm of the street light bracket if the bracket is not effectively grounded. If the bracket is effectively grounded, the clearance shall be 4 inches. The aerial strand (messenger) must be bonded to the support arm or bracket if it rounded. pP 9 a) U • Bridle rings, drive hooks or other drop attachments shall be at least 20 inches from �n and metal parts of lamp brackets not effectively grounded and 4 inches for lamp brackets effectively grounded. w a) E U N .4.. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 19 Packet Pg. 1218 I6.D.2.g CenturyLink Method &Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 12.0 RDW, MULTIPLE DISTRIBUTION WIRE AND SINGLE PAIR AERIAL DISTRIBUTION WIRE 12.1 RDW Junctions L a) At the junction of cable and RDW, multiple distribution wire or single pair aerial distribution wire, the cable will be equipped with a protected cable terminal with 300 volt gas tube protection. The fuse link will be provided either through fusible terminal block wire leads, through factory installed fusible cable terminal stubs or through fusible bridle wire. c 0 12.2 Grounding s A driven ground or MGNV is required at all cable and aerial wire junctions. At all junctions of -� cable and RDW, the RDW shall be equipped with an approved closure with all pairs terminated on six pair unprotected terminal blocks. All connections to the cable shall be made by cross-connecting with approved fusible wire from the closure to the protected terminal on the U cable. The fuse link will be provided in the AWG#24 wire leads on the six pair terminal blocks, with the fusible bridle wire providing a back-up fuse link. ti 12.3 Bonding o_ The support wire for RDW shall be bonded to the support strand of the cable feeding the facility. o The support wires for these type facilities shall be grounded at the same intervals as aerial cable. n C ra 13.0 BURIED CABLE/ PLANT PROTECTION and JOINT FACILITY BONDING 13.1 GROUNDING Grounding of all copper conductor type cables will be accomplished in the following manner: o 0 • A 5/8 inch diameter 8 foot section copper-clad ground rod(s)will be placed at all locations within the buried cable plant where the outside plant copper cable sheath or shield has been opened. (section 90 of the NESC)This includes, but not limited to: o All buried enclosures o Pedestals o XC Cabinets -� o Terminals o Load coils o Branch slices (j o Repeater/Doubler sites o Loops pulled for future terminal locations o At the beginning and end of all cable leads regardless of length w c 0 E U yr Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 20 Packet Pg. 1219 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 13.2 Ground Rod Placement Place the ground rod in line with the back of the closure approximately one foot to the right in undisturbed soil when viewing the closure from the front a minimum of 4 inches below grade. `a> Should this location not be possible due to conflicts, locate the rod within a one foot perimeter of the closure in undisturbed soil. Dig a trench for the AWG#6 bare copper wire from the rod to the buried enclosure. The trench should be a minimum of 8 inches deep and no more than 12 inches deep. I- NOTE: Ground rods installed at pedestal /cross connect box locations need not be measured as noted below in excerpts from the 2007 National Electrical Safety Code NESC = and RUS Bulletin 1751 F-815: NESC Rule 94B—Driven rods shall be not less than 8 feet in length: Longer or multiple rods may be used to reduce ground resistance v NESC Rule 96C—No specific resistance readings need be taken at individual electrodes due to distributed cable route multiple ground locations. RUS Section 11.1 —Low impedance to ground is achieved by multiple ground locations o NOTE: Ground electrodes (rods) and their resistance MUST be correctly measured at CO o and Remote Electronic Sites! n V NOTE: Prior to driving a ground rod as outlined above, a request for locate of all facilities must be f6 made and completed in the area where the rod(s)is to be driven to prevent damage to water, gas, drain or sewer facilities. 'a 0 Ln 13.3 Buried Facility Bonding All pedestals, cross-connect boxes, terminals, etc., in addition to the placement of a ground rod(s) as noted in section 13.2, will also be bonded to adjacent buried power enclosures as required by the 2007 NESC, Section 384 A, B and C(see code excerpt below).384. Grounding and bonding m (excerpt from 2007 NESC) A. Cases and enclosures made of conductive material shall be effectively grounded or guarded. E. a> U B. Guards constructed of conductive material shall be effectively grounded. o0 C. Bonding should be provided between all aboveground metallic power and communications apparatus (pedestals, terminals, apparatus cases, transformer cases, X w etc.) that are separated by a distance of 1.8 m (6 ft) or less. For the purpose of this rule, Y pole grounds are not considered an aboveground metallic power apparatus and therefore not required to be bonded to the communication apparatus. tSS NOTE: Section 384.0 above does NOT preclude CENTURYLINK from making connection(s)to aerial power pole MGNV's. CENTURYLINK policy is to make the MGNV bond at all locations where the buried enclosure is within 6 feet of a power company MGNV. These connections should be made below grade to the MGNV or to the power company ground rod. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 21 Packet Pg. 1220 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 NOTE: Under no circumstances is the MGNV clamp to the power company ground rod ever to be loosened for connecting the telephone AWG #6 bond!! a) L a) `•i 13.4 Identify All Grounds Connections c All ground wires are to properly identified (tagged)within the buried enclosure to comply with L National Code: NESC section 385 utilizing a blank, self laminating tag. The following information is to be noted on each ground wire within a buried enclosure.This information is to be written on a blank self laminating tag and will include but not limited to: • Date of ground rod placement —, • Number of rods placed • Measured resistance of rods in ohms a' • Labeled for the purpose of the ground wire(MGNV, Repeater/Doubler, Ground rod) See section 29 for approved grounding material. N ti 13.5 Ground Warning Tags Yellow and Black warning tags(example below)will be placed at all ground sources: i.e.: MGNV/MGN, building steel, rods, etc. for all NID, BET, ONT, MDU, ONU and anywhere there is c public access plus at all connections above or below grade. Place repair warning tag above n`. last clamp holding the ground wire above ground level. c See section 29 for approved grounding material. WARNING o IF THIS CLAMP OR WIRE IS LOOSE OR MUST BE REMOVED PLEASE CALL TELEPHONE CO. cii REPAIR SERVICE m° 13.6 Grounding Intervals In all cases, no point on the cable shall be more than 1500 feet from a ground. (RUS Bulletin 1751F-815) The only exception to this rule is as follows: Fiber optic cables and buried interexchange cables. Fiber cables will be grounded at all splice and termination locations. Interchange cable grounding co will be accomplished at existing repeater and/or load point locations or at any other pedestals T which were deemed necessary by the engineer on the construction prints. In no case should the interexchange cable be looped or cut into a pedestal at any other location to for the sole purpose of grounding. E t 13.7 Buried Cable Separation Random separation of cables between buried communication and buried supply cables is permitted in the following cases (Excerpts from 2007 NESC article 354 below): Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 22 Packet Pg. 1221 16.D.2.g a CenturyLink- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 (a) Where the voltage of the power conductor does not exceed 550 volts phase to phase and 300 volts phase to ground. a) (b) Where the voltage of the power conductors exceeds that specified in (a) above ct but does not exceed 20 KV to ground for grounded WYE circuits and not in excess of 5.3 KV phase to phase for ungrounded(delta systems). a) Power facilities must be designed and operated so as to de-energize promptly in the event of a fault(phase to ground faults for WYE systems,phase to phase faults for delta = systems). This requirement is met by concentric neutrals, bare sheath or jacketed metal sheath with an adjacent bare conductor. J Delta power system cables used in buried random work must be of duplex or triplex concentric shield construction or single concentric cables maintained in close proximity to each other if operated at voltages in excess of 300 volts. a' Delta systems to be installed at random separation with communication cables are required to have a ground fault indicating system if operated at voltages above 300. Communication cables shall have a continuous metallic shield under the outer jacket U a) Bonding between communication and effectively grounded power supply conductors shall o be placed so that bond points are less than 1,000 feet apart. a. _ ca 13.8 Joint Facility Bonding—Buried to Buried At the time a cable is placed, the telephone company shall attach an AWG#6 bare solid copper 0 wire to the cable closure's ground bar at the location shown on the work prints and leave a ca sufficient length of wire for the power company to terminate in the location shown on their work a; print to their adjacent power enclosure(transformer). Whenever possible, bonding between the telephone cable's metallic shield and the power company neutral shall be made simultaneously and the bond verified at the time of installation. mo When simultaneous bonding is not possible, the telephone company shall notify the power company that an AWG#6 bare solid copper bond wire has been attached to the telephone cables and sufficient wire left for connection to the electric facilities. After the power company has connected the AWG #6 bare solid copper bond wire to its multi-grounded neutral system, it a) should so notify the telephone company. NOTE: For alternate connection method, see page 24 for transformer tank connectors. Reasonable effort should be made by the telephone company engineer to, in most cases, interconnect grounds at transformer locations when the power cables are buried. This should w be coordinated with the local power company engineer. The interconnection should be made when power cables are buried jointly or in separate trenches 20 feet apart or less, regardless of length. Grounds should be interconnected at transformer locations. These include the continuously grounded primary neutral and/or grounding conductor, secondary and service as neutrals, power cable shield or sheath, telephone cable shield or sheath and equipment grounds. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 23 Packet Pg. 1222 16.D.2.g CenturyLin[c Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 NOTE: Bonding is required between metallic telephone company pedestals and above ground power facilities 6 feet apart or less, e.g.,telephone and power pedestal closures mounted back to back or located 6 feet apart or less. See the illustration below: °? a) 7:ifS der— U L =..r J O N 1 4— ro _ __. , ` _ O L Q. a'7 Q L I:ins 35 __ CO J 4fI Ca a.+ .Q W fSf s.+ Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 24 Packet Pg. 1223 16.D.2.g CenturyLink Method &Procedure Field Operations Support FO-MP 2010-02-004 Issue 9 Date: 07/07/14 NOTE: The use of CenturyLink approved transformer clamps for attaching the AWG#6 solid E m copper wire from telephone pedestals to a power transformer pad is acceptable. L a7 Q Three sizes of transformer clamps are available via CART: Two that fit the transformer"Lift Lug" and one designed to fit into the"Comm. Port", located at the bottom of the transformer near the CD base, on newer style transformers. See the following photos for examples of the two types of it transformers clamps: 'o N. n J >+ c C CD U 0 I N omm ° w+ 'SPort o Clamp Q. �a a �u , a� � � c Transfc�rrne� c Pad (based ° o di co c a c a t n va Z'' fF X14i,.-.'"iltiVIA94$44.t,40'k",-�a523` 3 . 4 .,A �k..�� PCS ^'a'4 d� J" A spa ${ f ::.a c " ` � , =, . ; i',..;41,a� � Cil � � . ansforme �� . itV V pp k';''"M� V.- '`aA". dpi V.V V&V� / l' t '� aV m lA� .Q -`' •'* • - :..J.; '4• ., .•„„, E ,..) cz a-t Q NOTE: Not all transformers have the Comm port available and the "lift lug" is to be used only on transformers with the split top lid (hinged as in the attached photo above) so as not to impede the power company's access. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 25 Packet Pg. 1224 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 a) 13.9 Cable in Ducts/Conduits When power cables operating in excess of 300 volts phase to ground are installed in duct, the 112 protection requirements of the following conduit options shall be followed: • Metallic Conduit: The metallic shield of the cable shall be bonded to the metallic conduit where it enters and leaves the conduit. Exception: Where the length of the conduit is less than 150 feet, the bonds may be omitted providing the ground conductor is continuous through the conduit. • Non-Metallic or Insulated Metallic Conduit: A separate bare ground conductor in continuous contact with the earth shall be run exterior to and as close as practical to the -� conduit. This ground conductor shall be bonded to the neutral of the cable at each end of the conduit. Exception: Where the length of the conduit is less than 150 feet, the bare ground conductor may be omitted. V Where conduit is required for any condition in joint buried distribution systems, separate conduit for power and telephone wires must be provided. The trench bottom shall be reasonably level and free of stones, roots or other sharp surfaces that may damage the cables or pipe. Where this is impossible, a cushion of 3 inches of clean backfill shall be placed in the trench prior to placing the cables. Back-fill within 6 inches of the cables shall be free of stones or other debris. a; 0 L NOTE: For additional information concerning random lay or fixed separation with power cables, a. reference should be made to the CenturyLink buried OSP cable placement Method and cts Procedures. a, 13.10 Joint Facility Bonding—Buried to Aerial Power z When aerial power lines(exceeding 300 volts)other than house service triplex cables are in the CD same easement or alongside or crossover buried cable, the following grounding procedures will �+ be adhered to: • A ground is required at both ends of an exposure and at every closure within the paralleling exposure. Should the lead have minimal enclosures, additional enclosures m may need to be placed so the frequency of grounds does not exceed 1,000 feet. • If a telephone pedestal is placed within 6 feet of a power pole having a vertical multi- grounded neutral wire(MGNV), also bond the enclosure to the multi-grounded neutral wire. v co See the following illustration for detail of buried to aerial facility bonding. E w w E U ca Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 26 Packet Pg. 1225 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 a) E U � O Ni L p L z •• _ _ •.a Z.• may.—_� a) 2 •� Lei. ra O • -� :77._ V F.: :..7L1 m w a) U 13.11 CATV Bonding For buried telephone cables paralleling buried CATV cables, bonding the telephone pedestal to the CATV pedestal should be accomplished where telephone cables are buried with CATV cables in a common trench or separate trenches 10 feet or less apart, regardless of the length. Arrangements for this should be coordinated with the company involved and a representative of the Area Outside Plant Engineering and Construction office. E U ra Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 27 Packet Pg. 1226 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 14.0 APPARATUSES EXTERNAL TO THE CABLE SHEATH/SHIELD 14.1 External Apparatus u Apparatus external to the cable sheath include, but are not limited to: • Load coil cases • Build Out Capacitors • Cross Connect Boxes • Apparatus cases .o • Induction Neutralizing Transformer -' • Harmonic Drains J 14.2 External Apparatus Grounding m All external apparatus are to have an effective ground. In buried applications, this ground may be U shared with the buried enclosure; both connected to the ground bar within the enclosure and o properly tagged for identification. ti NOTE: At cross-connect boxes the shields of all cables entering the box shall be individually grounded at the cross connect ground bar. N 14.3 External Apparatus Bonding These apparatuses should be bonded to the enclosure ground bar to provide a bond to the main -o cable. ra 15.0 UNDERGROUND(Manhole)CABLE I PLANT PROTECTION 0 15.1 Grounding 2 There will be a ground rod(s) placed in all future load point and repeater/doubler site manholes ai and hand holes. NOTE: Prior to driving a ground rod as outlined above, a request for locate must be made and completed in the area where the rod is to be driven to prevent damage to water, gas, drain or sewer facilities. J NOTE: It may be desirable to place the ground rod on the outside of the poured-in-place , manhole. U 15.2 Bonding ca Bond all lead sheathed cable and the shields of plastic sheathed cable together in every manhole, hand hole or pull box and bond to the grounded bonding ribbon. In intermediate manholes or pull through manholes where no sheath openings are made(plastic sheath cable only)bonds are not required provided it is not more than 3,000 feet to the nearest bond and ground. Ground rods are to be placed in all manholes containing repeaters/doubler and or load coils/build-outs. E -. Q Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 28 Packet Pg. 1227 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 15.3 Joint-Use Manhole Protection E' E Where foreign cables/apparatuses appear pp in the same manhole with telephone cables, these foreign cables/apparatuses should be common bonded to the telephone metallic shields/apparatus as outlined in NESC section 90, rule 093D3-E3. 16.0 BONDING AND GROUNDING CENTRALIZED AIR PRESSURE PIPE SYSTEMS 0 16.1 Grounding and Bonding • Air pipes shall be grounded at all pipe connections, with the distance between grounds not to exceed 1,000 feet. Connect ground ribbon to manhole ground point. • Transducers shall be grounded to the manhole ground point. Bond transducer stub to the cable from which pairs are being assigned for the alarm circuits. ti • Manifolds shall be common bonded at the manhole ground point 0 N O a =a 0 C9 0 J 4- C a) 0 U;) .0 LE w 4- a) E 0 as 4.. Information contained in this document is proprietary Unauthorized disclosure outside Centurylink Corporation is prohibited 29 Packet Pg. 1228 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 17.0 CORROSION PROTECTION E a) a, 17.1 Corrosion Definition a' The term corrosion, as used in this section, is synonymous with electrolysis and applies to the electrochemical action that can take place under certain conditions between below-ground metallic objects and the earth. This action can cause erosion of the metal (e.g., holes may H appear in lead cable sheathing). Corrosive effects on cable metallic sheath or shields, suspension strand and hardware in general due to chemical exposure (salt spray along sea coasts, fumes in industrial areas, etc.)are not covered in this section. NOTE: It is recognized that many electrical protection requirements implemented by this practice will possibly introduce a corrosive environment(galvanic action)for much of our cable plant. However, the engineer does not intend to sacrifice our electrical protection (bonding and grounding)requirements on the possibility of creating a minor corrosion problem. Should a minor corrosion problem result, we will approach and analyze each situation to determine the solution •• for controlling or mitigating the corrosion problem through the use of insulated joints and N capacitors or the installation of cathodic protection systems. The corrosion problem is an entity of its own and will not be discussed in depth as part of this practice. 0 17.2 Underground/Manhole Corrosion Underground telephone plant is subject mostly to the following two types of electrolytic corrosion: o n. (a) Stray Current: In the operation of some direct current power systems(e.g. electric railroads, welding generators, etc.), some of the currents return to their source via the f° earth. These returning currents will utilize any form of bare metal in contact with earth c (such as lead sheaths on underground cables)to find the path of least resistance back to their source. Corrosion of the metal occurs at the points at which the currents reenter 0 earth. 0 (b) Galvanic Action: When two different metals(or equivalent current carrying elements)are placed in certain environments and then connected together, they will generate a direct current. A simple example of the generating of direct current by galvanic action is found in the flashlight battery, where the electrolytic filler provides the proper environment for the carbon rod and the zinc case. Connecting the two externally causes current to flow. In the process of current flow, the interior surface of the zinc case suffers corrosion. Similarly, placing lead sheath underground cable and the copper ground rods of a power company multi-grounded neutral system in moist earth (the electrolytic environment)will cause a flow a, of direct current between two metals(through earth)when they are connected externally. U MGN and MGNV ties which we place for other protection reasons provide this external co connection. Thus the lead sheath on our underground cables is exposed to corrosion from galvanic action. To- w C a, E U RS Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 30 Packet Pg. 1229 16.D.2.g 6 CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 17.3 Bridge Attachments Corrosion E a) In some cases cables attached to steel or steel reinforced bridges may require insulating from the bridge structure for either electrolysis or special protection reasons. The construction drawings Q for a work activity will specify when and where to place them and the methods to be used. -c Cables and strand may be insulated from bridge structures by using wooden blocks or by placing insulating joints in the cable at both ends of the bridge. Since continuity of the cable shield is required, place an insulated bond wire around the insulated section of cable as shown in the following combined illustration: Cable Criossing Steel Concrete Bridge a) U Cable BRIDGE o - C \\\zz U d O Q. Insulated Joints Insulating Bond 'Yire 0 L Where cable is supported by suspension strand attached to the bridge and insulating joints are required in the cable shield, place strain insulators in the strand directly above the insulating joints. Then place a bond between the strand and cable shield and place an insulated bond wire around the insulated section of cable as shown in the following illustration: m J a) U cn W r E t U ca a.. w Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 31 Packet Pg. 1230 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 c Insulating Bond & Strand at Bridge E L a) Q BRIDGE a) Support Strand Insulators Cable Strand 5 = jff�/ / r Bond /// Insulated Joints Insulating Bond l.lire O L a. co 18.0 SUBMARINE CABLE! PLANT PROTECTION as • The steel armor in wire or taped-armored cables shall be bonded to the cables' lead sheath on each side of all splices,junctions and terminations. z 0 ,L^ V • Where tape armored cable is spliced to standard underground cable or to submarine cable, the ends a, of the tapes or armor wires shall be bonded to the cable shield on both sides of the splice. • Bond the armor wires to the cable shield at the ends of the submarine cable. m L 0 U C x w N E U w Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 32 Packet Pg. 1231 16.D.2.g CenturyLink- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 19.0 REPEATER I DOUBLER GROUNDING SYSTEM aai 19.1 Grounding System Requirements 0 Repeater/Doubler locations require the installation of a Made Ground Electrode(MGE)(Ground as grid)to provide adequate protection for these electronic apparatuses. B u 19.1.1 The grounding grid requires bare#6 AWG solid copper conductors placed between the L ground rods and between the closure/pedestal and grid to BOND all items to a common ;— ground source(see diagram below). _ 19.1.2 Ground rods are to be a minimum of 5/8"x 8' copper clad steel. 19.1.3 A bare or insulated AWG #6 solid copper wire is to be placed from the repeater/doubler c housing and exothermically connected to the ground grid. (see Note below for 11 i exceptions) a 19.1.4 The top of the ground rods are to be a minimum of 24 inches below grade. Ground 0 resistance values must be 25 ohms or less, with a 4(four)ground rod minimum. U 19.1.5 All ground wire connections to the ground rods are to be exothermically welded. 0 N N. See diagram below for an example of repeater/double grid installation. _ 0 0 0 w ■ 2, #6 AWG Bare Copper \41 co c a) Wire (Insulated wire also a acceptable)properly c attached to the 2 o pole/stub di Finished Grade r....i C Mini mum 24" m Below Grade c J #6 AWG / Bare Copper / r _ \ o o Wire �--'`__ .�' / _ #6 AWG /'� 1 Bare Copper m 5/8" X 8' i/ ,�t Minimum 8' Wire Rods at Spacing w each between E corner .. Rods E E _ _ U cts NOTE: On repeaters/doublers with factory sealed, stranded ground wires than cannot be replaced with a#6 AWG solid copper wire as outlined above, it is acceptable to utilize the factory installed ground wire by: Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 33 Packet Pg. 1232 16.D.2.g 1 CenturyLink' Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 1. In Aerial applications, connect the repeater/doubler factory sealed ground wire, pointing towards earth, to the pole ground wire utilizing a"vise" ground clamp after the pole ground wire has been properly cleaned and a light coat of no-ox grease has been Q applied. _ 2. In Buried applications, connect the repeater/doubler factory sealed ground wire to the a) groundbar inside the pedestal enclosure, tagging the ground wire to properly identify it. 19.2 Repeater/Double Stub Cable Within the closure where the main cable and the repeater stub(s)splice, bond and ground the —� main cables normally and isolate the repeater/doubler stub shield in the splice. 19.3 300 V Protection All pairs terminating in repeater/doubler apparatus, to which circuits, alarm, talk or other voice o frequency facilities assigned, will be protected with 300 Volt Gas protectors. Gas tube protectors ti are utilized both at the central office and in all repeater/doubler apparatus. 19.4 Joint Facility Locations *� In addition to the installation of the ground grid, if carrier apparatuses are located on poles carrying primary electric power, the apparatus will be bonded to the power company MGNV. 2 n NOTE: Location of repeaters/doublers, however, on poles carrying electric power should be co avoided if possible. rn 0 Ln co W m 11J a> tL5 a-. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 34 Packet Pg. 1233 16.D.2.g 1 CenturyLink- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 20.0 BONDING AND GROUNDING FIBER OPTICAL CABLES E' E 20.1 Bonding and Grounding Description Q Protection of fiber optical cable requires continuous shield/strength member continuity, effective bonding techniques and proper grounding to maintain high service reliability. Bonding and Grounding of outside Plant fiber optic cables follow all the procedures previously described in this Method and Procedure for aerial and buried cable facilities. 20.2 Protection at Central Offices and Repeater Stations All fiber optical cable with metallic shield(s)/outer strength member(s)that enter into the central office/Field Repeater Station (FRS)environment and terminate on an optical cross-connect panel (Corning, etc.) must be electrically isolated and grounded at the point of entry. There must be no exceptions. Electrical isolation at this point of entry is achieved by removing a section of the sheath/outer strength member. The field side of the cable shield(s)/strength member(s) is to be grounded to the central office OSP vault/FRS ground (whichever is applicable), this should be accomplished within 6 feet of the entry point. The office side at the central office vault/FRS entry point is to be isolated and grounded only at the optical cross-connect panel ground. a) 0 20.3 Fiber Cable Building Entrance a All fiber optical cable with metallic shield(s)/outer strength member(s)that enter the central office c environment without terminating on optical cross-connect panels must be electrically grounded to the central office vault(OSP)ground at the point of entry.This should be accomplished within 6 feet of the entry point. ° 0 /LR V a) 0 in U U, CO C .i C, E C 0 C4 a-. a-. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 35 Packet Pg. 1234 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 21.0 RESIDENTIAL/SMALL BUSINESS PROTECTION d E 21.1 Approved Ground Source a, 2 The CenturyLink approved ground source is the power MGN/Meter Base. Ground connections shall under NO condition be made to natural or manufactured gas lines, < gasoline or oil lines, power transmission towers, oil tanks, hot water pipes,fire sprinkler systems w or water lines. Iv it: NOTE: CenturyLink policy is NOT to use water pipes of any type for grounding the NID. c 0 —) 21.2 Ground Conductor Sizing c Minimum ground conductor sizes based on number of lines serving the customer location: • AWG# 10 for 1 —6 lines = • AWG#6 for 7 or more lines ° • AWG#6 for ONT with metallic strength members U 0 N 21.3 Station Protection (NID) r' The station protector/terminal shall be grounded to an MGN or Meter base with a solid insulated copper wire for distances up to and including 20 feet using the appropriate bond connector as ° shown in the diagram below. iiw 0 L a. is _ Power Meter Base c A'A G 46 or=10 o (number of lines c3 dependant) Solid di Insulated Copper ',Ail re I o m c l _ 0 U Ln • m Ground Tag la Power •.---.,,,,„ x Ground Rod ``-,„ w "Vise"type Ground �' Clamp 0 w Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 36 Packet Pg. 1235 16.D.2.g 1� CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 21.4 Ground Conductor Lengths Beyond 20 feet c v For grounding conductors beyond 20 feet in length, drive a 5 foot 1/2 inch diameter rod a m minimum of 4 inches below grade in undisturbed soil at the location of the NID. (NEC a) 800.100(B)(2)). Regardless of the number of lines serving the location, ground the protector/terminal to the c telephone ground rod using AWG#6 solid copper wire and bond from the Telco ground rod to c the MGN ground rod/wire using AWG#6 solid copper wire. c NOTE: The bond wire between the telephone ground and the power ground is to be: • Insulated if ABOVE grade ,c c • BARE if below grade. L See the following illustration for details: a) U f N Power Meter /// Conductor Lengths `� Base Greater than 20 feet }"' o \\1 1/ 0 L AWG 40 AWG#t3 or n. Solid N #10 -0 Copper I ~number of `° Wire D lines c dependant) c Solid c 0 Insulated c9 Ground Copper di Clamp �_�-� Wire c iic 0 Powerm Ground Rod Telephone c •\ \ I Ground Rod 11 0 Ground a Tads 0 1.2 NOTE: A driven 5 foot 1/2 inch diameter ground rod without MGN attachment can only be used if m there is NO power service. s .c x NOTE: w For detailed NID installation procedures reference M&P 462-100-203 and CSP 600-002-002. c a) Hyperlink to be added when updated/revised E NOTE: Prior to driving a ground rod as outlined above, a request for locate of all facilities must be 0 al made and completed in the area where the rod is to be driven to prevent damage to water, gas, drain or sewer facilities. Q Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 37 Packet Pg. 1236 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 21.5 Mobile Homes I Structures Grounding and Protection of mobile homes is addressed in CenturyLink Method and Procedures "Mobile Structure Wiring" number 500-116-300 in the Resource Library a, Hyperlink to be added when updated/revised `t W 22.0 ONT I MDU BONDING AND GROUNDING 22.1 Approved Ground Source _o The CenturyLink approved ground source is the power MGN/Meter Base. Ground connections shall under NO condition be made to natural or manufactured gas lines, gasoline or oil lines, power transmission towers, oil tanks, hot water pipes, fire sprinkler systems or water lines. 3 c NOTE: CenturyLink policy is NOT to use water pipes of any type for grounding the NID. 22.2 ONT/MDU Ground Conductor Size (.1 TheONT is to be grounded/bonded utilizing a minimum AWG#10 solid insulated wire. NOTE: The Copper and/or Fiber cable shields/strength members, if utilized, must be properly o' bonded to the ONT/MDU ground lug. o L 22.3 ONT I MDU Ground Conductor Lengths Beyond 20 feet For grounding conductors beyond 20 feet in length,follow CenturyLink establish guidelines as outlined in section 21.4 of this document. c NOTE: Additional information regarding installation of ONT and related FTTX information may be 2 found in CenturyLink Method and Procedure MP-2008-05-001. c2 http://toolbox.corp.intranet/nsl handbook/sites/default/files/article/649/FO-MP-2008-05-001.pdf 23.0 VIDEO—COAX BONDING AND GROUNDING Coax cable must be grounded prior to entering the structure. Bonding and grounding is m accomplished via a minimum AWG#10 insulated, solid copper wire connected from a ground block or splitter to the MGNV and or NID/ONT ground lug. 24.0 FTTC I ONU BONDING AND GROUNDING ci Grounding and protection of Fiber To The Curb (FTTC)ONU's requires the placement of a MGE m (Ground Grid)and follow the same guidelines noted in Section 19 of this document regarding Repeater/Double Grounding. o In addition to the MGE placement at the ONU, the ONU must be bonded to the power company MGN/MGNV if located within 6 feet of the ONU. E U Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 38 Packet Pg. 1237 16.D.2.g 07 CenturyLink- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 w 25.0 COMMERCIAL BUILDING BONDING/GROUNDING 25.1 Approved Bonding/Grounding Location as The outside plant cable entry point into the commercial building and location of the primary protection (BET) (NEC Article 800.90B) is to be as close as possible to the commercial AC service entry point. 25.2 Approved Bonding/Ground Sources To equalize or limit ground potential differences between communication facilities and structural metal, commercial AC power, etc., all components within the building are to be common bonded. J The interconnection of the various metallic systems is referred to as common bonding or grounding means and is the customer's responsibility to ensure these connections are E' c established. v NOTE: Telephone company personnel must ensure that these interconnections are in place PRIOR to installing service. NOTE: At commercial properties, telephone technicians are NOT to establish a separate ground for any reason. Grounding of telecommunications equipment/facilities is accomplished by common bonding and grounding means as noted below: o L • Bonding of the protected Building Entry Terminal (BET)to the commercial AC service a MGN is required to meet the National Electrical Code(NEC) requirements as defined in 800.100D. o Common bonding: Reference Common Bonding in the Definitions, section 6. The Bonding/Ground means it to be provided by the customer at the telephone cable service entry location. c2 ai 25.3 Commercial Cable Entrances All outside plant cables entering buildings(includes house cable) must be terminated on a protected Building Entrance Terminal (BET) and must have their metallic shields grounded to m° provide noise suppression and adequate protection of the customers' building. On all protected terminals inside the building, run an AWG #6 solid insulated copperground wire from the designated common ground point to the ground lug of the BET.All house cable terminals within the building and beyond the initial protected terminal need not be protected. 25.4 Off Premise Extensions (OPX) Off Premise Extensions(OPX) requires that regular station protection on all lines entering and m leaving the premises is installed.This includes central office lines, tie trunks and stations. NOTE: Reference the following CenturyLink Method and Procedures for additional information: Special Service Grounding—MP2007-01-004 http://toolbox.corp.intranet/nsl handbook/sites/default/files/article/685/FO-MP-2007-01-004.pdf f0 PBX, Key System Grounding and Bonding—060-100-001 Hyperlink to be added when updated/revised Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 39 Packet Pg. 1238 16.D.2.g CenturyLink 13 Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 26.0 CENTRAL OFFICE PROTECTION m E 26.1 Cable Entrances-Single Duct Bank °' E L al The shields of all cables entering central office buildings must be grounded to the Cable _c Entrance Ground Bar(CEGB). The cable shield must be opened and bonded/grounded to the 0 CEBG as near as point of entry as possible. F�`- See the illustration below: c 0 c Lead to N'i G B L + CEGB c Closure Ground +. �"� Lead .• N I,- ,-- -r_ 1 Shield Bond ------ Connected to Closure• o L • > 3" "Spark" Gap/ n. -o 1/ c / y \ coc c TIP Cables I I OSP Cable o c 0 All shields Isolated PLP Closure 2 and Taped <6 Feet cii �a o 0 m Vault Wall c STANDARD OSP CABLE VAULT ENTRANCE L c a) 26.2 Cable Entrances-Multiple Duct Banks 0 Where there is more than one duct bank entrance to the central office, each entrance must be m interconnected with an AWG#4/0 bare seven strand copper wire, connected to the CEGB and 1E routed through the vault. All connection to the AWG 4/0 stranded wire will be routed so as to 15 x point towards the CEGB. . w Shield opening and bonding/grounding is accomplished as illustrated below: s U 03 -. information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 40 Packet Pg. 1239 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 4- _ Approved Ground Clamp 0) AWG = 6 solid AWG 4;0 — 7 bare copper wire Strand Bare d Copper Lead to CEGB Shield Bond -- Connected to Closure 3" "Spark" Gap N �fOSP Cable TIP Cables I 0 All shields Isolated PLP Closure and Taped < 6 Feet o - ^^L f _ Vault Wall OSP CABLE VAULT ENTRANCE WITH EXTENDED CEGB 2 0 V W n3 Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 41 Packet Pg. 1240 16.D.2.g CenturyL nk- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 26.3 Cable Entrances- Extended Entrances E Where cables enter into a Central Office vaults, and the"TIP" cable splice is made away from the 6 feet grounding/bonding requirements, then the OSP cable shield is to be opened and a, bonded/grounded at the point of entry. This opening only opens the shield, leaving the pairs intact. The shield bond connector is installed as normal, and the"Spark Gap" created in this opening. The Tip cables are then spliced further away in the vault. F— NOTE: Shield continuity must be maintained through the Tip splice as shown in the illustration below when applicable: Lead to (\2GE CEGB Closure Ground Shield •• / Lead Bond ti Connected • to Closure• • > 3"Ga• 2 a. ' CZ TIP Cables PLP OSP Cable Closure Shields Bonded f' 2 Together < 6 Feet C7 Vault Wall co° OSP CABLE VAULT ENTRANCE WITH SEPARATE TIP SPLICE NOTE: For in-depth information for Central Office Protection, including AC and DC U protection, refer to Method and Procedure 638-150-001 entitled "Central Office "' Grounding and Protection— Design, Installation and Maintenance"for Detailed Digital m Office Protective Grounding Systems—638-150-001 Hyperlinks to be added when updated/revised w a.% E s-+ r Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 42 Packet Pg. 1241 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 27.0 GROUNDING AND PROTECTION FOR REMOTE ELECTRONIC SITES/CEV Grounding and Protection of the various types of remotes electronic(pair gain)sites is addressed in m CenturyLink Method and Procedures"Grounding and Protection of Remotes Electronic Sites" number MP-2010-02-002 and Electrical Protection and Grounding for Controlled Environmental Enclosures number 638-150-002 in the Resource Library. a> http://toolbox.corp.intranet/nsl handbook/sites/default/files/article/657/FO-MP-2010-02-002.pdf t= c 28.0 MEASURING GROUND ROD RESISTANCE The resistance of a ground electrode is determined by proper measurement. The appropriate test Zi set the three-terminal ground resistance tester, is the only acceptable method and shall be used to determine resistance to earth. The following diagram illustrates the measurement technique known as the "62 % rule". (62% of the distance between Cl and C2 will normally yield the most accurate reading.) c� N. "THREE TERMINAL" EARTH-RESISTANCE TEST" TEST INSTRUMENT PANEL U JUMPER Cl P1 P2 C2 OR WIRE X P C • o O • O O o -a 2 /n V TEST PROBES EARTH ELEGTODE UNDER TEST m P2 C2 C EARTH v m .i= 4 62% D ► w 4 D s E NOTE: The test method shown above provides results that indicate the measured resistance (in Q Ohms)to earth of the ground rod/electrode. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 43 Packet Pg. 1242 16.D.2.g 1 CenturyLink- Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 29.0 MATERIAL AND SUPPLIES To access the listing of approved grounding, bonding and protection material, including description, i recommended applications and SAP ordering information, click on the hyperlink below: Bonding. Grounding and Protection Material L 30.0 STAND ALONE CELL TOWERS 0 Existing and new cell tower stand alone locations are covered by"Cell Site Grounding / Bonding and Protection" available from the following link: http://toolbox.corp.intranet/nsl handbook/sites/default/files/article/654/FO-MP-158-100-0401.pdf -� Telephone cable facilities serving cell towers are affected by similar exposure to GPR surge as sources primary example the tower itself is little more than a lightning rod. Design Engineering resources are available from the following link: o http://toolbox.corp.intranet/nsl handbook/sites!default/files/article/537/NS-L-OSP-MP-07-0119.pdf ti O 4- r O L n. O L^ C C co W C J C 4) 0 LC) X W C 4) E V 4-. Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 44 Packet Pg. 1243 16.D.2.g CenturyLink Method & Procedure Field Operations Support FO-MP-2010-02-004 Issue 9 Date: 07/07/14 a) 31.0 DOCUMENT MANAGEMENT Document Management AUTHORS Author SME Name Telephone Number E-mail Address ..EE; X X Daniel Bodiot 239-337-0283 Daniel.M.Bodiot(c�centurylink.com _ .Y X Steve Payne 318-330-6329 Steve.Payne( Century/ink,corn X Don Dishman 660-429-3022 Don.W.Dishman(a�CenturyLink.com X Mark Wann 850-428-3671 Mark.W.Wann@..CenturyLink.com X Greg Hoffman 913-768-5956 Greq.E.Hoffman(@,centuryLink.com N X Darrell Robinson 318-340-5610 Darrell.Robinson(a,CenturyLink.com X Monte Draper 913-791-4839 Monte.C.Draper(a CenturyLink.com REVISIONS 0 L a. Date Issue Section Revised By Commentsco Update M&P link and the embedded power 01/16/13 7 8.1 Roger Heydinger facility request excel form to align with updates to the HVP process form 01/16/13 8 Various Roger Heydinger Corrected several typographical errors throughout the document as Added hyperlink for Shied Bond M&P in 7/7/14 9 10.9 Roger Heydinger section 10 m APPROVAL Lam' Name Title Date Approved Keith F. Carr Director— Operations Control 08/31/2010 Kenny Kopta Manager—Network Support 08/31/2010 Cliff Muselmann Manager—Process Management 08/31/2010 0 E 0 ftf Information contained in this document is proprietary Unauthorized disclosure outside CenturyLink Corporation is prohibited 45 Packet Pg. 1244 vz 16.D.2.h az Wo m ca°' �m_ nH1 161011451. w 10 sn KN= CC AS iClj'' cc EN au,N N NWS mn�•N. 5 N :2i711- 11z'•' p°o\ ma NJmm WWW jn F{g�ZZ wQS >a V.p C a UQO U U N 6 c z a N o g o'62 111-14 813,113 Iam,- Co H \ O !10 i iiouoo ion L 3 ` ' a 0 U W <, N a m O J R i D V pi C 2 � � V. 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NI c: �oaPo _ W\ N 0) n Packet Pg.1264 16.D.2.h 2,10 11I8 J30N'JA 0 do3 \ / do3 y°m a \1 r /90 3,O_, N 0 N o n -M �-I O >a` Y v 6£ 133HS 33S 0 0 L££0/ I I 1 I I c,3a O N a T J mm 0' C Q Z Z k co ca w¢52 a m f f I I I iw- ; Q m p 3 t 14 i aN °,Lp c u fm�- A, I I , p J a 3 c, 3 0 U o O J J cc W U W a f.,d d z O z w u E 1 a LO c I d I v ° Z N.- fVI a) DI / UOL��ypU \ ‹-----& } 0, \ N W Vj pEZ , >„ ®E 1es L 9,y�-Lsjk�\\ i _ 3S 9NI1SIX3 I 1- _ CCC s `^ 3 66b c I I '6y. m w ci I--N. j � '9,9, 9ey2 ti >o a o Q 4 I 092+b ¢ z o J N N D N , LL ✓a u (7 (Np 1 4N 1-mJ d Q 1 m0dQ• m C W .7I Q m^Jm o nN (0 •h U I 1 LU a N nyi NmNy <� X. ,ncoi 7m,mh C 2. 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L aVMI-OZOOOOZZ -ZZZZZZZZZZZZZZNZZmZZZZ ZZZOZZZ OZZZC a aCOOZOCO ft-30030C= VNm O..0000...-.Q...-..........................¢.-...¢.......- 0......0.....or CO CO P t cr N co mm..m n t mmmmmm '. • U. W In m..r- C1 c N c U) W V)jC�t-hXON. 0^ Li li V) toLL m m,,- .TI -^ W DW MMN U. ?•N 9'm a- .021'.m x z Cr '=, m 4' ' f)' 'ill?!.. a J n 0- tin ---u N Co CD c0 m CO m CD aA �dIS wbam bQ NmIO b�°...,C m ba b0 m m m In ¢ C,.r, mN J J ¢ N CO V In m N CO • NM.pN SMV m.�.'N-'m Mb mM m"OS-s'in'0 mMaln 0M to MM m-•m.-.m..m..m..m..m..Dn m0N Mm Nlnln COQ' W mN Q'mmm,^,N�NB NM,N MmVN D„,0,30Dm Dmmm Dm Dmmm Dm, NO'mm NO`m0N- W 'WWW �ON•mm mNDN •U).V. m0"'N,-. 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QiU y q o�U ft --- U= Q E t Z i Z o E j E m NI m o a a o c�N 7 0 S E G w U m�'�o U>t`U U g o E c - $p E Er U FUC ZU yU c 'yts UOm U U c� m � E E a E a m- o E tt m-U v n a aauu5w5LL5m"x5LL��5,o""�mv,����F33 _ m 111 LL LLLLLLLLLLLLLLLL wwLLwLL LLLL LLLL - Lu I % Dia-am 00..,111§§11810000 EXHIBIT D 16.D.2.j PROJECT PHASING MAP NOTE: This exhibit is for the purposes of Phase One Project only. Final Boundary for Phases 2, 3, and 4 may vary due to FPL power configuration requirements after final design plans are produced. ? Q?) PAS_I I — v \ voGGINS , - ✓ .f 100 . --;: ID H /� td f — a P , 1 rq e , ( l', tl: )10 L Q -1.1 > c M w Li�� ❑ N y L r V 6 J c m l', C c '' r,Z s. = , A < r , > G) V O } --- 7;1N U 111AVENUE—'AVENUE 'p 4 /\ _ i; Q W ir ,IlllllliJ illi d m . / kiii�iiii, .111E,1i11 it U, 14 1 I 11 i ill m 0 i i�IiiH ' �I •11 J Iti !I I II ;I LEGEND: G� �, �'i'� I li u��w 0 �� PHASE ONE ®t I I I µ m I ‘A �� N III I I. 2 _ � VIII t�❑ >G PHASE TWO - PHASE THREE JJ 1 - I`oli MI ` Imo1 J_ UJE f t � ,IIII I�� � it �' IIIIII PHASE FOUR t uj l i l j_ 111 11 ��I-Wco Y iIIIIIII ii�li � Q lulfl Z O R `-�L it ,t� h :?. , t II III 1 > Sf Cl) ' I I iI i l 1117+4 �I1111 7 fil_'Iiliil N � �1l i I ��11i - 47-'----. '1 _....,j-i s /g N s _ : 1►:. uERsii ,T BEACH►, RO DRAWN BY: DARRYL RICHARD, MSTU PROJECT MANAGER,ATM DEPARTMENT; DATE: 02-07- Packet Pg. 1295