Agenda 05/08/2018 Item #16D 905/08/2018
EXECUTIVE SUMMARY
Recommendation to authorize payment of an outstanding invoice from CenturyTel Service Group
(dba CenturyLink) in the amount of $80,738.08 for work performed by CenturyLink under the
Public Service Commission (PSC) Tariff to bury communication utilities for the Vanderbilt Beach
Municipal Service Taxing Unit (MSTU) Utility Conversion Project Phases II and III.
OBJECTIVE: To make payment to CenturyTel Service Group (CenturyLink) in the amount of
$80,738.08 for costs associated with designing engineering plans, specifications, and inspections required
as part of the Vanderbilt Beach MSTU Utility Conversion Project Phases II and III.
CONSIDERATIONS: On September 13, 2016, Agenda Item (16D2), the Board of County
Commissioners (Board) approved the Underground Facilities Conversion Joint Trench Agreement
between CenturyTel Service Group and Collier County to set forth methods and procedures to allow the
Vanderbilt Beach MSTU to bury all CenturyLink aerial facilities within the MSTU boundaries an d to
reimburse CenturyLink for costs incurred in the project.
The Agreement was executed by the Board’s Chairman and routed to CenturyLink but was never
executed and returned to the County. Controls have been put in place to ensure that contracts/agreeme nts
are signed before going to the Board for approval. Additionally, Engineering and inspection costs
mentioned in the Agreement were not specified since the associated costs had not been determined. The
charges for engineering work performed during a 31-month period is $48,427.54 including several
changes in plans.
Electricom, Inc. was hired under Collier County Contract to install, connect, and test the CenturyLink
aerial to underground conversion. This action was completed in April 2017, and the new network was
accepted by CenturyLink and placed in service. CenturyLink inspectors were on site during the cable
construction and monitored the conduit placement. CenturyLink inspectors attended construction
meetings as required and performed a complete inspection of Electricom’s work. The total inspection cost
amounts to $32,310.54 for the work performed during the 27-month period.
The total amount due to CenturyLink, which is consistent with staff’s predetermined estimate of what
these services should cost, is $80,738.08. Staff monitored the services that CenturyLink was providing for
consistency with the Joint Trench Agreement entered into with the Board. All invoices have been
reviewed, and amounts have been deemed to represent fair market value for the work performed.
CenturyLink is the only vendor who can perform this work and is mandated to charge the tariff amount
and perform the service. The work was completed and found acceptable by the County’s Construction
Engineering Inspector, Hole Montes.
In accordance with Chapter 287, Section (4) of the Florida Administrative Code the work performed by
CenturyLink is exempt from competitive bidding: “…The following purchases are not subject to
competitive solicitation requirements, (a) Regulated Utilities and government franchised services.”
Staff and County Attorney's Office concluded that presenting this item for Board approval is the best way
to achieve payment of the invoice.
ADVISORY BOARD RECOMMENDATION: The Vanderbilt Beach MSTU Advisory Board voted 5-
0 on March 1, 2018, to authorize payment of $80,738.08 to CenturyLink.
FISCAL IMPACT: Funding for these services was included in the original project budget. Funds are
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available in Vanderbilt MSTU Fund (143).
GROWTH MANAGEMENT IMPACT: There is no impact on the Growth Management Plan.
LEGAL CONSIDERATIONS: Quantum merit is an equitable legal principle to determine the amount
to be paid for services when no contract exists or when there is doubt as to the amount due for work
performed but done under circumstances when payment could be expected. Here CenturyLink provided
services pursuant to an agreement that does not include a definite scope of services and is not fully
executed.
Staff informed us that they had reviewed the outstanding invoice, determined that the work and services
swere successfully provided, and concludes that the invoiced amount represents fair market value and is
reasonable for the work performed. Accordingly, this Item is approved for form and legality and requires
a majority vote. -JAB
RECOMMENDATION: To authorize payment of an outstanding invoice from CenturyTel Service
Group (CenturyLink) in the amount of $80,738.08 for work performed by CenturyLink under the PSC
Tariff to bury communication utilities for the Vanderbilt Beach MSTU Utility Conversion Project Phases
II and III.
Prepared By: Harry Sells, Project Manager, Public Transit & Neighborhood Enhancement Division
ATTACHMENT(S)
1. CenturyLink Invoice (PDF)
2. CenturyLink Network Acceptence (PDF)
3. CenturyLink - additional engineering & inspection billing information 20180319 (PDF)
4. Costs for CenturyLink Network Burial (DOCX)
5. Joint Trench Agreement (PDF)
6. [Linked] Exhibit B-1 515 Documents & Specifications for Construction (PDF)
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COLLIER COUNTY
Board of County Commissioners
Item Number: 16.D.9
Doc ID: 5348
Item Summary: Recommendation to authorize payment of an outstanding invoice from
CenturyTel Service Group (dba CenturyLink) in the amount of $80,738.08 for work performed by
CenturyLink under the Public Service Commission (PSC) Tariff to bury communication utilities for the
Vanderbilt Beach Municipal Service Taxing Unit (MSTU) Utility Conversion Project Phases II and III.
Meeting Date: 05/08/2018
Prepared by:
Title: Project Manager – Public Transit & Neighborhood Enhancement
Name: Harry Sells
04/11/2018 2:21 PM
Submitted by:
Title: Division Director - Pub Tran & Nbrhd Enh – Public Transit & Neighborhood Enhancement
Name: Michelle Arnold
04/11/2018 2:21 PM
Approved By:
Review:
Public Transit & Neighborhood Enhancement Caroline Soto Additional Reviewer Completed 04/11/2018 2:45 PM
Public Transit & Neighborhood Enhancement Michelle Arnold Additional Reviewer Completed 04/17/2018 4:33 PM
Operations & Veteran Services Sean Callahan Additional Reviewer Completed 04/19/2018 8:50 PM
Public Services Department Todd Henry Level 1 Division Reviewer Completed 04/20/2018 9:51 AM
County Attorney's Office Jennifer Belpedio Level 2 Attorney of Record Review Completed 04/23/2018 10:33 AM
Public Services Department Steve Carnell Level 2 Division Administrator Review Completed 04/23/2018 4:37 PM
Office of Management and Budget Valerie Fleming Level 3 OMB Gatekeeper Review Completed 04/24/2018 8:49 AM
Budget and Management Office Ed Finn Additional Reviewer Completed 04/27/2018 9:56 AM
County Attorney's Office Jeffrey A. Klatzkow Level 3 County Attorney's Office Review Completed 05/01/2018 1:38 PM
County Manager's Office Nick Casalanguida Level 4 County Manager Review Completed 05/01/2018 1:40 PM
Board of County Commissioners MaryJo Brock Meeting Pending 05/08/2018 9:00 AM
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16.D.9.aPacket Pg. 842Attachment: CenturyLink Invoice (5348 : CenturyLink Invoice Payment)
16.D.9.aPacket Pg. 843Attachment: CenturyLink Invoice (5348 : CenturyLink Invoice Payment)
16.D.9.aPacket Pg. 844Attachment: CenturyLink Invoice (5348 : CenturyLink Invoice Payment)
16.D.9.bPacket Pg. 845Attachment: CenturyLink Network Acceptence (5348 : CenturyLink Invoice Payment)
From:Zawacky, Anthony H
To:SellsHarry
Subject:CenturyLink - additional engineering & inspection billing information 20180319
Date:Monday, March 19, 2018 9:53:32 AM
Harry:
This is in reference to your request for additional information pertaining to the CenturyLink
engineering and inspection charges for the Vanderbilt Beautification project.
The total engineering and inspection charges are as follows:
Engineering
Engineering charges amounted to $48,427.54 which occurred beginning on 10-22-14 and with the
last charge on 05-31-17. This amounted to a total of 1153.04 hours over a 31 month period of time.
Inspection
Inspection charges amounted to $32,310.54 which occurred beginning on 02-12-15 and with the last
charge on 05-31-17. This amounted to 923.16 hours over a 27 month period of time.
Please let me know if you need anything else.
Thanks,
Tony
This communication is the property of CenturyLink and may contain confidential or privileged
information. Unauthorized use of this communication is strictly prohibited and may be
unlawful. If you have received this communication in error, please immediately notify the
sender by reply e-mail and destroy all copies of the communication and any attachments.
16.D.9.c
Packet Pg. 846 Attachment: CenturyLink - additional engineering & inspection billing information 20180319 (5348 : CenturyLink Invoice Payment)
Costs for CenturyLink Network Burial Vanderbilt Beach Phase II and III
Prior to the start of the Project, the MSTU Project Manager and the CenturyLink Project
Manager estimated the supervisory and engineering costs of Centur yLink to be less than
$125,000.
Supervision Project Manager Estimate
During the 124 weeks construction period, Jerry Currie, CenturyLink Supervisor, and/or his
replacement attended weekly construction meetings, frequent and random inspections of
work, and on call consultation. We estimated the work week consisted of seven hours per
week for a total of 868 hours. The final invoice of $32,310.54 is well below our original
estimate of $60,000. The $37.22 per hour cost being charged is also well below what Collier
County normally pays for inspection services of $90.00 per hour.
Supervision CenturyLink actual charge
CenturyLink provided a breakdown of the inspection charges (see attached email).
These charges covered services for the period of February 12, 2015 through May 31 st,
2017. The actual hours worked on this project for inspection service was 923.16 hours
which calculates at an hourly rate of $35.00. Total cost $32,310.54
Engineering Project Manager Estimate
Rich Blair, CenturyLink Engineer designed the original network modifications, in addition to
three major modifications required during the construction process. The Engineer also
participated in approximately forty consultations sessions. The total cost of the CenturyLink
project is reduced because it was combined with three other low voltage vendors plus misc.
combined costs such as concrete removal and replacement. Low voltage conduit purchase and
placement for the entire project was $1.2 million of which $400,000 is estimated for
CenturyLink. Additional cost for CenturyLink includes $347,000 for the actual placement of the
network, for a total cost of $747,000. We are being charged $48,427.54 engineering costs or
6.5% of the project. Typically, Collier County assumes a design cost of 10% of the project
construction cost.
Collier County normally pays $195/hr. for a principal Engineer, $155/hr. for a senior electrical
engineer, and $81/hr. for a Cad operator.
Engineering CenturyLink actual charge
CenturyLink provided a breakdown of the engineering charges (see attached email) in the
amounted to $48,427.54 which covers the period beginning on October 22nd, 2014 through May
31st, 2017. This amounted to a total of 1,153.04 hours over a 31-month period. We calculated
that to be $42.00 per hour.
Harry Sells (03/15/2018)
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Packet Pg. 847 Attachment: Costs for CenturyLink Network Burial (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 848Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
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16.D.9.ePacket Pg. 850Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
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16.D.9.ePacket Pg. 853Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
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16.D.9.ePacket Pg. 855Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 856Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 857Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 858Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
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16.D.9.ePacket Pg. 862Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
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16.D.9.ePacket Pg. 865Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 866Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 867Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 868Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 869Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 870Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 871Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
16.D.9.ePacket Pg. 872Attachment: Joint Trench Agreement (5348 : CenturyLink Invoice Payment)
CenturyLink Revised – Issue 6 May 2014
Page 1 of 230
CenturyLink Revised
515 Documents
Issue 6 May 2014
515a
Specifications for Construction of Direct Buried Plant
Detailed Drawings for 515a
Refer to page 37 and please note that CenturyLink specifications override these RUS drawings.
515b
Specifications for Construction of Underground Plant
Detailed Drawings for 515b
Refer to page 16 and please note that CenturyLink specifications override these RUS drawings.
515c
Specifications for Construction of Aerial Plant
Detailed Drawings for 515c
Refer to page 24 and please note that CenturyLink specifications override these RUS drawings.
515d
Specifications for Service Installation at Customer
Access Locations
Detailed Drawings for 515d
Refer to page 10 and please note that CenturyLink specifications override these RUS drawings.
Note: All new or modified units must be reviewed and
approved by Sue Stevens.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
CenturyLink Revised – Issue 6 May 2014
Page 2 of 230
United States
Department of
Agriculture
Rural
Utilities
Service
RUS Bulletin 1753F-150
RUS Form 515a
September 2001
CenturyLink Revised
May 2014
Specifications and
Drawings for
Construction of Direct
Buried Plant
SPECIAL ARRANGEMENT UNITS
OSP Special arrangement units. These descriptions should be used in the Special Arrangement
Units section of the contract whenever such units are specified. Every possible effort must be made
to avoid proliferation of special arrangement units. If circumstances prohibit use of a standard unit,
consider modifying a standard unit as described in “Modification of Standard Units”.
MODIFICATION OF STANDARD UNITS
RUS OSP modified units. In general, this section is to be used whenever a change is made or a
special requirement is added/deleted to the description of a standard unit. Every possible effort
must be made to avoid proliferation of special arrangement units. Use standard RUS units in every
case possible.
515a Contract Sections
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
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UNITED STATES DEPARTMENT OF AGRICULTURE
Rural Utilities Service
BULLETIN 1753F-150
SUBJECT: Specifications and Drawings for Construction of Direct
Buried Plant, RUS Form 515a
TO: All Telecommunications Borrowers
RUS Telecommunications Staff
EFFECTIVE DATE: September 17, 2001
OFFICE OF PRIMARY INTEREST: Outside Plant Branch, Telecommunications Standards Division.
AVAILABILITY: This bulletin supersedes RUS Bulletin
345-150, Specifications and Drawings for Construction of Direct Buried Plant, RUS Form 515a, issued
May 25, 1989. This bulletin can be accessed via the Internet at
http://www.usda.gov/rus/telecom/publications/bulletins.htm
PURPOSE: This specification provides Contractors, Engineers, and RUS Borrowers with assembly unit
descriptions, materials, construction and installation, and drawings for direct buried plant associated with
RUS Form 515, Telecommunications System Construction Contract.
Roberta D. Purcell 8/21/01
Roberta D. Purcell Date
Assistant Administrator
Telecommunications Program
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
CenturyLink Revised – Issue 6 May 2014
Page 5 of 230
RUS Bulletin 1753F-150
Specifications and Drawings for Construction of
Direct Buried Plant, RUS Form 515a
TABLE OF CONTENTS
Page
List of Changes ............................................................................................................................................. i
Part I – Description of Assembly Units and Proposal and
Contract Sections ............................................................................................................................. 1
Part II – Specification for Materials ............................................................................................................47
1. Scope ......................................................................................................................................22
2. General ...................................................................................................................................22
3. Stub Poles ..............................................................................................................................22
4. Miscellaneous .........................................................................................................................22
Part III – Specification for Construction and Installations ..........................................................................48
1. General ...................................................................................................................................22
2. Buried Plant Housing Stub Poles ...........................................................................................23
3. Cable Splicing .........................................................................................................................23
4. Buried Cable or Wire ..............................................................................................................23
5. Buried Handholes ...................................................................................................................28
6. Miscellaneous – Buried Plant .................................................................................................28
7. Special Requirements for Installation of Serving
Area Interface Cabinets (SAIC) ..............................................................................................30
List of Construction Drawings and Plans ...................................................................................................54
Detailed Drawings for 515a
Refer to page 37 and please note that CenturyLink specifications override these RUS drawings.
INDEX
CONSTRUCTION:
Buried Cable Plant
Fiber Optic Cable Plant
SPECIFICATIONS AND STANDARDS:
Outside Plant
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 6 of 230
LIST OF CHANGES
1. Elimination of Section BC. Cross-connecting modules and blocks are now included as part of
Section BDS, Serving Area Interface Cabinet (SAIC) Assembly Units.
2. Modification of Section BD as follows:
(a) Redefined unit to indicate stake mounted as default unit type;
(b) Requires that the grounding connector for terminating the external ground wire is
included with the unit;
(c) Added units for Large Pair Count Housings;
(d) Added suffixes "A" for poled m ounted, "F" for concrete pad mounted, and "R" for
crushed stone or gravel bed;
(e) Eliminated suffixes "B" for internal offset bracket for load coil mounting, "C"
grounding connector, and "G" for additional guard.
3. Addition of Section BDO, Buried Plant Fiber Optic Housing Assembly Units.
4. Modification of Section BDS, as follows:
(a) Redefined unit to indicate stake mounted as default unit type;
(b) Requires that the grounding connector for terminating the external ground wire is
included with the unit;
(c) Redefined unit to included cross-connect modules and blocks;
(d) Eliminated suffixes "M" framed for cross-connect modules, "B" framed for screw
blocks, and "S" for stake mount.
5. Modification of the BFC and BFO units as follows:
(a) Compensation will be on a per foot basis;
(b) Ripping is now included as part of the unit;
(c) Provided suffixes "I" for installation of cable inside a duct, and "V" for installation
of vacant duct or ducts simultaneously in the same plow slot or trench.
6. Elimination of Section BG. REVISED BY CENTURYLINK
7. Addition of Section BH, Buried Handhole Assembly Unit.
8. Elimination the BM76 unit. Ripping is now included as part of the buried cable units (BFC and
BFO).
9. Modification of the BM2A unit to comply with the National Electrical Code.
10. Modification of the BM2C unit to include provisions for bonding existing cables in an existing facility.
11. Addition of BM2D, New Facility Re-Bonding Assembly Unit.
12. Modification of BM6M to provide compensation on a per foot basis.
13. Addition of miscellaneous assembly units BM21, Cable Entrance; BM22, Grounding System; BM50,
Buried Service Wire or Cable Installation to Pole-Mounted Wire Terminal Assembly Unit; BM52 Re-
numbering Assembly Unit; BM65, Guard Assembly Unit; and BM91, Pedestal Restricted Access
Insert Assembly Unit.
14. Provision of suffix "D" to the BM60 and BM61 units to indicate directional boring.
15. Provision of suffix "P" to the BM60 and BM66 units to indicate plastic pipe.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 7 of 230
16. Modification of the BM61 unit by allowing the Engineer to specify the maximum bore diameter in
parentheses.
17. Provision of suffix "E" to the BM71 unit to indicate extra depth in rock.
18. Modification of the BM80, 81, and 82 assembly unit drawing to indicate a 12 inch placement of the
brackets from the top and bottom of the guard.
19. Elimination of the BM90 unit.
20. Modification of Section HBF as follows:
(a) Redefined unit to include compensation for installing closure in a housing or
handhole;
(b) Eliminated suffixes "B", "C", "H", and "J".
21. Modification of Section HC as follows:
(a) Redefined unit to provide compensation on a single pair basis;
(b) Created HC2 unit in order to provide compensation for terminating cable pairs on
cross-connect modules or blocks.
22. Modification of Section HO to provide compensation for testing a fiber.
23. Elimination of Section PM. The PM21 and PM22 have been redesignated under the miscellaneous
units as BM21 and BM22. In addition the units were changed to be more generalized.
24. In part III, section 4, the determination for when a rock excavating unit (BM71) is applied was
redefined.
25. In part III, section 4, when a BM71 unit is applied, trench width and depth requirements were
added.
26. In part III, an additional section was added for buried handholes.
For editorial or other minor technical changes, refer to the body of the document.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
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Part I - DESCRIPTION OF ASSEMBLY UNITS AND PROPOSAL AND
CONTRACT SECTIONS
The Contractor’s Proposal form is divided into sections and the sections approved for construction shall
be listed in the Construction Agreement by the Owner. The sections are as follows:
Section BA - Buried Plant Housing Stub Pole Units
Section BC - Cross Connecting Units
Section BD - Buried Plant Housing Assembly Units
Section BDO - Buried Plant Fiber Optic Housing Assembly Units
Section BDS - Serving Area Interface Cabinet (SAIC) Assembly Units
Section BDSO- Fiber Optic Serving Area Interface Cabinet Units
Section BDTV - Buried Plant Pedestal – CATV Assembly Units
Section BFC - Buried Filled Copper Cable Assembly Units
Section BFCTV - Buried Filled Copper Cable – CATV Assembly Units
Section BFO - Buried Filled Fiber Optic Cable Assembly Units
Section BFOVFP– Buried Filled Fiber Optic Cable Future Path Assembly Units
Section BG - Buried Plant Loading Coil Units
Section BH - Buried Handhole Assembly Units
Section BM - Miscellaneous Assembly Units
Section FTTX-BDO Fiber Distribution Hub Assembly Units
Section GPS - Global Positioning System Units
Section HBF - Buried Filled Splice Closure Assembly Units
Section HC - Copper Splicing Assembly Units
Section HO - Fiber Optic Splicing Assembly Units
Section MT - Maintenance Units
Section TC - Trip Charge Units
Section W - Rearrangement Units
Section XX - Nonreusable Materials Removal Units
Section XZ - Reusable Materials Removal Units
Each assembly unit includes only the materials listed on the corresponding Installation and Construction
Guide Drawings or description of unit where no drawing exists. The various installation and construction
units, which are included in this Proposal and upon which quotations are required, are defined by the
following descriptions:
Section BA - BURIED PLANT HOUSING STUB POLE UNITS
Consists of all labor and material for a stub pole in place. Stub poles shall be of the length and type
designated by the Engineer as follows:
BA2 6.5 Feet [1.98 meters (m)], Round Wood Stub Pole
BA3 8.0 Feet (2.44 m), Round Wood Stub Pole
BA4 10.0 Feet (3.05 m), Round Wood Stub Pole
BA5 13.5 Feet (4.12 m), Round Wood Stub Pole
BA20 4"X4"X10’ Stub Pole
BA20A 4"x4"x8" Stub Pole
BA21 6.5 Feet (1.98 m), Sawn Wood Stub Pole
BA22 8.0 Feet (2.44 m), Sawn Wood Stub Pole
BA23 10.0 Feet (3.05 m), Sawn Wood Stub Pole
BA24 SAWN WOOD STUB POLE
Consists of all labor and material for a 6" x 6" x 10' stub pole in place. All other
specifications of the BA assembly unit apply.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 10 of 230
BA_OF STUB POLE OWNER FURNISHED
This modifies the standard BA assembly unit to indicate "owner furnished” materia l.
The stub pole plan, kind of preservative, and method of treatment are designated in the Proposal.
SECTION BC - CROSS CONNECTING ASSEMBLY UNITS
BC25MB, MG, MY CROSS-CONNECTING BLOCKS
BC25SB, SG, SY Consist of cross-connecting screw type blocks or modules, mounted in BC100MB,
MG, MY place within a housing and spliced to the conductors of the cable as BC100SB, SG,
SY specified by the Engineer.
These units identify the pair count for the module or screw type block. This does not
include labor and material for installing the jumper wires. This unit is required
only for additions to "existing" cross connect cabinets. The cross-connecting
assembly units are identified as follows:
MB - Cross connect module, blue for distribution pairs.
MG - Cross connect module, green for feeder pairs.
MY - Cross connect module, yellow for electronic pairs.
SB - Cross connect screw block, blue for distribution pairs.
SG - Cross connect screw block, green for feeder pairs.
SY - Cross connect screw block, yellow for electronic pairs.
Section BD - BURIED PLANT HOUSING ASSEMBLY UNITS
Consists of a buried plant housing stake mounted in place. These units include all labor and material to
install pea gravel, housing numbers, route letters, load point numbers, directional and other markings of
buried filled copper cable. Includes all labor and material to install bonding connectors, harnesses, and
grounding connector for terminating external ground wire, in accordance with RUS Splicing Standard
Bulletin 1753F-401 (PC-2).
The assembly units are defined as follows:
Note: The splicing capacity shall be in accordance with RUS Splicing Standard Bulletin 1753F-401
(PC-2).
Options designated by the following suffixes apply:
Suffix Description
A Pole mounted (see guide drawing 905 when increased height is required).
F Concrete pad mounted.
H Good-housekeeping panel.
P Plastic pad mounted.
R Crushed stone or gravel bed.
Examples:
BD3 BD3 housing stake mounted.
BD4AH BD4 housing pole mounted and good-housekeeping panel.
BD14R BD14 housing with crushed stone or gravel bed.
BD8000F BD8000 housing, concrete pad mounted.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 11 of 230
BD( ) BURIED PLANT PEDESTAL
This modifies the standard BD assembly unit to require black on orange pedestal
markings in accordance with CenturyLink Guide Drawing BM52. Unit includes all
labor and material to install bonding connectors, harnesses, and grounding
connector for terminating external ground wire for new cable. All other
specifications of the BD assembly unit and the RUS Splicing Standard PC-2 apply.
See Drawing BM52.
The suffix “OF” shall modify the standard BD assembly unit to indicate “owner
furnished” material.
Example: BD3OF
BD( )AG( ) POLE MOUNTED BURIED PLANT PEDESTAL AT INCREASED HEIGHT
This is a type H pedestal mounted on a stub pole or pole unit (specified separately)
at an increased height as specified by the Engineer. The suffix: G" provides for
addition of a single cable guard of the length required to cover all cables. All other
specifications of the BD assembly unit and the RUS Splicing Standard PC-2 apply.
See Drawing No. 905.IN REFERENCED LINK
BD( )AS BURIED PLANT PEDESTAL, POLE MOUNT, SPLIT BASE
This modifies the standard BD assembly unit to require that the pedestal be
mounted on a split base kit, attached to a stub pole or pole unit (specified
separately). This unit shall apply only to the type PEDLOCK pedestal. All other
specifications of the BD assembly unit and the RUS Splicing Standard PC-2 apply.
BD( )S BURIED PLANT PEDESTAL, SPLIT BASE
This modifies the standard BD assembly unit to require that the pedestal be stake
mounted on a split base kit. This unit shall apply only to the type PEDLOCK
pedestal. All other specifications of the BD assembly unit and the RUS Splicing
Standard PC-2 apply.
BD( )SB BURIED PLANT PEDESTAL, CHARLES INDUSTRY STANDARD BASE
This modifies the standard BD assembly unit to require that the pedestal be the
Standard Charles Industry base. All other specifications of the BD assembly unit
and the RUS Splicing Standard PC-2 apply.
BD( )PEDLOCK BURIED PLANT PEDESTAL, CHARLES INDUSTRY STANDARD INTEGRAL
BASE
This modifies the standard BD assembly unit to require that the pedestal be the
Standard Charles Industry Integral base. This unit shall apply only to the type
PEDLOCK pedestal. All other specifications of the BD assembly unit and the RUS
Splicing Standard PC-2 apply.
BD( )_PROFORM BURIED PLANT PEDESTAL-PROFORM
PROFORM is a registered designation of pedestal design by Emerson. This suffix
shall indicate the use of these “Bell Jar” designed pedestals with self-locking
system. All other specifications of the BD assembly unit shall apply.
BD( )V BURIED PLANT PEDESTAL, VENTED
This modifies the standard BD assembly unit to require that the pedestal be the
vented base. All other specifications of the BD assembly unit and the RUS Splicing
StandardPC-2 apply. This unit is for Legacy Qwest markets only.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 12 of 230
BD( )XL BURIED PLANT PEDESTAL, HIGH WATER
This modifies the standard BD assembly unit to require that the pedestal be the
extra long base for high water requirements. This unit shall apply only to the
type PEDLOCK pedestal. All other specifications of the BD assembly unit and the
RUS Splicing Standard PC-2 apply.
BD3 Buried Plant Housing, Type H Stake-Mounted
BD4 Buried Plant Housing, Type H Stake-Mounted
BD5 Buried Plant Housing, Type H Stake-Mounted
BD6 BURIED PLANT COMBINATION CONNECTION HOUSING
Consists of a buried plant combination connection housing, above ground stake
mounted in place, for housing a combination of distribution equipment including
coaxial, twisted pair copper, and/or fiber distribution. The housing shall consist of
two independent equipment chambers to provide complete separation between two
different facilities. These units include all the labor and material to install pea gravel,
housing numbers, route letters, and directional and other markings of buried filled
copper, coaxial, and/or fiber optic cable. Includes all labor and material to install
mounting hardware for active/passive coaxial, copper and/or fiber distribution
facilities and equipment, such as line extenders, amplifiers, taps, splitters, splice
modules, splice cases, etc., includes all labor and material to install bonding
connectors, harnesses, and grounding connector for terminating external ground
wire in accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2).
Note: Type of internal mounting hardware shall be dependent upon the type of
distribution equipment utilized.
BD7 Buried Plant Housing, Type H Stake-Mounted
BD7-1248 BURIED PLANT 1248 HOUSING
Consists of a buried plant metallic housing, above ground stake mounted in place.
This units include all labor and material to install pea gravel, housing numbers,
route letters, load point numbers, directional and other markings of buried filled
copper, coaxial, and/or fiber optic cable. Includes all labor and material to install
mounting hardware for active/passive coaxial, copper and/or fiber distribution facilities
and equipment, such as line extenders, amplifiers, taps, splitters, splice modules, splice
cases, etc., includes all labor and material to install bonding connectors, harnesses,
and grounding connector for terminating external ground wire, in accordance with
RUS Splicing Standard Bulletin 1753F-401 (PC-2). All other specifications of the BD
assembly unit apply.
BD7CMPH Charles Multi-Purpose Housing – Charles Industries stake-mounted self-supporting,
non-metallic pedestal with 6-post bond bar. Equipped with two (2) 30” mounting
stakes. This housing can be used for copper or fiber access points and features a
lift-off dome that allows 360 degree access. The housing accommodates copper
splices of 1,800 to 3,600 pairs. This housing will be used for copper or fiber
splicing only. All other specifications of the BD assembly unit and the RUS
Splicing Standard PC-2 shall apply.
Note: This modifies the BD7CMPH to be stake-mounted equipped with 2 stakes
and for use in copper applications only.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 13 of 230
BD7CMPH-IT1 CMPH-1248 INTERCONNECT HOUSING
This unit includes all material and labor to place a Charles Industry CMPH-1248
Interconnect Housing (or equivalent) that comes equipped with one backplane
equipped with SC/UPC connectors, two A size (12/24 fiber) splice trays, microduct
and two 42” mounting stakes and features a lift-off dome for 360 degree access for
Fiber to the Tower (FTTT) and Fiber to the Cell Site (FTCS) applications. This
housing has the capacity to accommodate two additional backplanes for multi-
tenant applications. All other specifications of the BD assembly unit and the RUS
Splicing Standard PC-2 shall apply. Labor to route and terminate the fiber pigtails
will be compensated for on a separate HO4 assembly unit.
BD7CMPH-S Charles Multi-Purpose Housing – Charles Industries stake-mounted, non-metallic
pedestal with 6-post bond bar. Equipped with two (2) 30” mounting stakes. This
housing can be used for copper or fiber access points and features a lift-off dome
that allows 360 degree access. The housing accommodates copper splices of
1,800 to 3,600 pairs. This housing will be used for copper or fiber splicing
only. All other specifications of the BD assembly unit and the RUS Splicing
Standard PC-2 shall apply.
Note: This modifies the BD7CMPH-S for use in fiber applications only.
BD7E(18) BASE EXTENSION MOUNTED BURIED PLANT PEDESTAL AT INCREASED
HEIGHT
This modifies the standard BD7 assembly unit description to require that the
pedestal be mounted on a base extension kit at an increased height of 18 inches.
All other specifications of the BD assembly unit and the RUS Splicing Standard PC-
2 apply.
BD9 This unit consists of a buried-plant housing designed for the placement of
environmentally hardened active electronics. The housing can be stake-mounted,
but the pad-mounted version is recommended.
The currently approved cabinet is the Emerson CoolPed and/or approved
equivalent. The cabinet is a round-cornered, rectangular, free-breathing equipment
closure designed to house environmentally hardened active electronics and cable
splicing. The CoolPed provides optimal cooling for up to four DSLAMs (mounting
brackets included) and four NIUs. Thermal testing should be performed prior to
placing a fourth DSLAM. A dual 216-type tool lock latching system with padlock
hasps provides added security. The CPED1536 F1005762 CoolPed splice cabinet
can be stake-mounted, but the pad-mounted version is recommended.
The application for this unit is for the co-location of up to four DSLAMs in a location
where the BDS or Cross Connect Cabinet already exists. Thermal testing should
be performed prior to placing a fourth DSLAM . This unit or equipment should
only be utilized in areas where the placement of separate environmentally hardened
electronic equipment may be intrusive to the property owner.
All other specifications of the BDS assembly unit and mounting options shall apply.
BD9 PLUS This unit consists of a buried-plant housing designed for the placement of
environmentally hardened active electronics. The housing can be stake-mounted,
but pad-mounting is recommended.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 14 of 230
The currently approved cabinet is the Emerson CoolPedPLUS or approved
equivalent. The cabinet is a round-cornered, rectangular, free-breathing equipment
closure designed to house environmentally hardened active electronics and cable
splicing. The CoolPedPLUS provides optimal cooling for up to four DSLAMs
(mounting brackets included) and four NIUs. Thermal testing should be
performed prior to placing a fourth DSLAM . A dual 216-type tool lock latching
system with padlock hasps provides added security. The CPED1536PLUS
F1006912 HHD CoolPedPLUS Splice Cabinet provides a large top-vented area
below cap for higher heat dissipation (HHD) applications.
The application for this unit is for the co-location of up to four DSLAMs in a location
where the BDS or Cross Connect Cabinet already exists. Thermal testing should
be performed prior to placing a fourth DSLAM . This unit or equipment should
only be utilized in areas where the placement of separate environmentally hardened
electronic equipment may be intrusive to the property owner.
All other specifications of the BDS assembly unit and mounting options shall apply.
BD14 Buried Plant Housing, Type M Stake-Mounted
BD15 Buried Plant Housing, Type M Stake-Mounted
BD16 Buried Plant Housing, Type M Stake-Mounted
BD6000 Buried Plant Housing, Large Count Stake-Mounted
BD8000 Buried Plant Housing, Large Count Stake-Mounted
BD10000 Buried Plant Housing, Large Count Stake-Mounted
BD-DPOST D-POST BSW CLOSURE
This assembly unit consists of the labor and material necessary to place one D-post
BSW closure. It includes installation of pedestal marking numbers, bonding
connectors, harnesses and grounding connector for terminating external ground
wire. This unit is for Legacy Qwest markets only.
BD-PWRPEDF BURIED PLANT HOUSING – POWER PEDESTAL
Place Power Pedestal w/Cast in Place Pad. This unit includes the labor and
material to place a power pedestal cabinet or housing. Power pedestal placement is
for all types of electrical pedestals regardless of the vendor. This unit item does not
include power pedestals attached to electronics cabinets. Unit price includes the
placement of two 8’ copper clad steel ground rods spaced 6 feet apart, placement
of bare solid #2 or #6 AWG solid copper ground wire, and bonding of ground wire at
the pedestal and both ground rods. CenturyLink provided material.
Suffix Description
CF Concrete pad Mounted (Pre Poured Concrete Slab – Includes Delivery)
BD-RTF BURIED PLANT HOUSING – REMOTE TERMINAL
Place Remote Terminal (All Sizes & Types) w/Cast in Place Pad. This unit consists
of the labor only to place a buried-plant housing designed for the placement of
environmentally hardened active electronics. The housing should be mounted on a
pre-cast or poured in place pad. CenturyLink provided material.
Suffix Description
CF Concrete pad Mounted (Pre Poured Concrete Slab – Includes Delivery)
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 15 of 230
BD-TRI Sub-Surface Ready Access Terminal - Triseal
This assembly unit consists of labor and material necessary to place a Sub-Surface
Ready Access Terminal according to specifications. It includes setting up in
preparation for installing the closure, such as, opening the sheath or jacket of the
cable, bonding of the cable shields, filling the main port with resin and closing the
terminal.
Section BDO – BURIED PLANT FIBER OPTIC HOUSING ASSEMBLY UNITS
Consists of a buried plant fiber optic splice case housing stake mounted in place. These units include
all the labor and material to install pea gravel, housing numbers, route letters, and directional and other
markings of buried filled fiber optic cable. Includes all labor and material to install mounting hardware for
fiber optic splice case, bonding connectors, harnesses, and grounding connector for terminating
external ground wire in accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2).
The assembly unit is defined as follows:
BDO Buried Plant Fiber Optic Housing, Stake-Mounted
Note: Type of mounting hardware shall be dependent upon the type of fiber optic splice case utilized.
BDO FIBER OPTIC HOUSING
This modifies the standard BDO assembly unit to require black on orange pedestal
markings and a standard independent telephone warning decal in accordance with
CenturyLink Guide Drawing BM52, and to require that the pedestal have doors that
are locked using a standard pedestal wrench. All other specifications of the BDO
assembly unit and the RUS Splicing Standard PC-2 apply. See Drawing BM52.
BDO_ FIBER OPTIC HOUSING SERVICE ACCESS PEDESTAL
This modifies the standard BDO assembly unit description to specify a fiber optic
distribution service access pedestal designated for fiber optic service drop
termination and optical fiber slack management. Fiber optic splices shall facilitate
drop termination. This modification shall include installation of fiber splice mounting
plate adaptor for fiber management and platform to place splice tray(s), opening of
appropriate buffer tubes containing the fibers assigned to a particular access point
and arrangement of all the fibers of that buffer tube within a splice tray. All fibers
shall remain continuous to facilitate end-to-end testing and acceptance of placed
fiber optic facilities. The fiber splice tray shall be compensated for separately. All
other specifications of the BDO assembly unit shall apply. Sizes shall be designated
by standard RUS numbering schemes as follows:
BDOAG( ) FIBER OPTIC HOUSING POLE MOUNTED AT INCREASED HEIGHT
This modifies the standard BDO assembly unit to require the pedestal to be
mounted on a stub pole, BA or pole unit specified separately, indicated in
parentheses at an increased height of three (3) or five (5) feet, measured from the
bottom of the pedestal base to ground level. The suffix "G" provides for addition of a
single cable guard of sufficient length required to cover all cables. All specifications
of the BD and BA assembly units and the RUS Splicing Standard PC-2 shall apply.
BDO4 Buried Fiber Optic Access Housing, 8-inch
BDO5 Buried Fiber Optic Access Housing, 10-inch
BDO7 Buried Fiber Optic Access Housing, 12-inch
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 16 of 230
Note: BDO4, BD05 and BDO7 are applicable for replacements in Fiber to the
Prem Open Architecture only.
Example: BDO4 - 8 inch stake mounted buried fiber optic service access housing,
to facilitate termination of distribution service drops and associated slack fiber
management.
The following suffix shall apply to BDO units as defined:
L Designates Labor and Minor Material only. Pedestal and mounting stake
to be provided by CenturyLink.
Example:
BDO4L Labor and minor material necessary to place 8 inch stake mounted buried
fiber optic service access housing, to facilitate termination of distribution
service drops and associated slack fiber management. Pedestal and
mounting stake to be provided by CenturyLink.
BDO7FK FIBER OPTIC HOUSING SERVICE ACCESS PEDESTAL
This unit modifies the standard BDO assembly unit to require the pedestal to be
equipped with two (2) fiber kits. This unit is approved only in FTTP applications
when drop placement to serve a customer is required. The labor requirements for
this unit are as follows: 1) Remove the splice case bracket and install the screws
back in their original location in the housing. 2) Drill four (4) holes in the back wall of
the pedestal, insert the appropriate size bolts and nuts (approx size ¼” – 5/8”) to
install two (2) BDFO kits equipped to hold the splice trays. Fiber optic splices shall
facilitate drop termination. This modification shall include installation of fiber splice
mounting plate adaptor for fiber management and platform to place splice tray(s),
opening of appropriate buffer tubes containing the fibers assigned to a particular
access point and arrangement of all the fibers of that buffer tube within a splice tray.
All fibers shall remain continuous to facilitate end-to-end testing and acceptance of
placed fiber optic facilities. The fiber splice tray shall be compensated for
separately. All other specifications of the BDO assembly unit shall apply.
Options designated by the following suffixes apply:
Suffix Description
A Pole mounted
CF Concrete pad Mounted (Pre Poured Concrete Slab – Includes Delivery)
F Concrete pad mounted (Poured in Place)
P Plastic pad mounted.
R Crushed stone or gravel bed.
Examples:
BDOA BDO Housing pole mounted.
BDOP BDO Housing plastic pad mounted.
Section BDS - SERVING AREA INTERFACE CABINET (SAIC)ASSEMBLY UNITS
Consists of an SAIC stake mounted in place. Includes all labor and materials to complete the
installation. Included in this unit shall be the cabinet; cross-connect modules or blocks; cabinet
mounting accessories; internal mounting hardware such as frames, mounting brackets, splicing ladders
and talk block; grounding connector for terminating external ground wire, bonding connectors and
harnesses in accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2); pea gravel; interface
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 17 of 230
number and direction markings and placement of conduit(s) and such other labor and materials
necessary to complete the installation. Detailed plans and specifications further defining these units
and establishing specific requirements including size of the housing for each SAIC location are attached
hereto and are identified by the name and location of each SAIC.
The assembly units are defined as follows:
BDSM( )( )( ) SAIC equipped with modules.
BDSB( )( )( ) SAIC equipped with blocks.
The number of feeder pairs to be terminated shall be indicated in the first parentheses; the number of
distribution pairs to be terminated shall be indicated in the second parentheses; and the number of
electronic pairs to be terminated shall be indicated in the third parentheses.
BDS SERVING AREA INTERFACE CABINET
This modifies the standard BDS assembly unit to require a standard independent
telephone warning decal in accordance with RUS Bulletin 1753F-302 (PE-91), RUS
Specification for Outside Plant Housings and Serving Area Interface Systems,
Section 4.4.3. The black-on-orange four letter serving area identifier should be
placed one inch below the warning decal. All other specifications of the BDS
assembly unit and the RUS Splicing Standard PC-2 apply. For ordering adhesive
backed pressure sensitive decals through CenturyLink, use material number
1059057. For ordering decals from other than CenturyLink use Marconi part
number F600080. See page 32 for decal example.
BDS-E SERVING AREA INTERFACE CABINET – Electronics
This unit modifies the standard BDS assembly unit to allow a separate ventilated
compartment within the BDS to “house” environmentally hardened electronics
such as the Alcatel 7330 ISAM FTTN SEM Remote Expansion Unit. The Cross
Connect chamber is sealed and weather tight; it is not intended to house any
equipment that dissipates heat. The currently approved cabinet for this application
is the Emerson SLAM Cabinet – Specifications F1008179 –
SEM4FSDRLS18DGBMW or an approved equivalent. Cabinet Dimensions: 53” H
x 43.5” W x 24” D.
The application for this unit is for the co-location of up to four DSLAMS in a location
where the BDS or Cross Connect Cabinet does not exist. Thermal testing should
be performed prior to placing a fourth DSLAM . This unit or equipment should
only be utilized in areas where the placement of separate environmentally hardened
electronic equipment may be intrusive to the property owner.
All other specifications of the BDS assembly unit and mounting options shall apply.
Specifications for approved cross connect cabinets are listed in CSP
200.009.096. All other specifications of the BDS assembly unit shall apply.
Example: BDSM (600) (1200) (0) P-E SAIC equipped with modules, 600 pairs
feeder, 1200 pairs distribution, no electronic pairs, plastic pad mounted with rear
ventilated compartment for the “housing” of environmentally hardened electronic
equipment.
BDS-E (BH2) SERVING AREA INTERFACE CABINET – Electronics
This unit modifies the standard BDS assembly unit to allow a separate, ventilated,
compartment within the BDS, to “house” environmentally-hardened electronics,
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 18 of 230
such as ADTRAN’s Total Access® 1100 Series of Outside Plant DSLAMs and the
Alcatel SEM units.
The application for this unit is for the co-location of up to two (2) DSLAMS in a
location where the BDS or Cross Connect Cabinet does not exist, and is to be used
exclusively for the Infratel BrickHOUSE 2 DSLAM Cabinet. This unit or equipment
should only be utilized in areas where the placement of separate environmentally-
hardened electronic equipment may be intrusive to the property owner. This unit
can be pad mounted or pole mounted.
All other specifications of the BDS assembly unit and mounting options shall apply.
Specifications for approved cross connect cabinets are listed in CSP 200.009.096.
All other specifications of the BDS assembly unit shall apply.
Example: BDSM (300) (300) (0) E
SAIC equipped with modules, 300 pairs feeder, 300 pairs distribution, no electronic
pairs, pad mounted, or pole mounted, with rear ventilated compartment for the
“housing” of environmentally hardened electronic equipment.
BDSE SERVING AREA INTERFACE CABINET EXPANSION
This assembly unit shall include all labor and material to place/replace mounting
hardware such as frames, mounting brackets, splicing ladders, grounding connector
for terminating external ground wire, bonding connectors and harnesses and other
cabinet mounting accessories necessary for the completed expansion of an existing
cross connect cabinet. Also included is the removal of existing external cabinet
shell and placement of new shell to accommodate the larger expanded frame.
Placement of blocks or modules and splicing shall be compensated separately.
under the BC and HC/HO units.
The unit value shall be one hundred dollars ($100.00) per unit with sufficient units
calculated to cover the total cost of the job. Upon receipt of Contractor Bid the
Engineer shall input into Fireworks the total cost as "Labor" in order to capture the
unit as a single line item.
Example: BDSE Labor = $1,580.00
Total Cost = $1,580.00 entered into Fireworks as "Labor"
Total Units = 15.8
Note: The standard BDSE( ) ( ) units should be used for normal expansion
functions. This unit is only to be used when there is a variance of equipment
types that create additional equipment costs and work functions that do not
fall under the normal expansions. CenturyLink Manager will determine at
design whether the standard BDSE( ) ( ) or BDSE incremental unit will be
compensated.
BDSE( ) ( ) SERVING AREA INTERFACE CABINET EXPANSION
This unit consists of labor and material to place/replace internal mounting hardware
such as frames, mounting brackets, splicing ladders, grounding connector for
terminating external ground wire, bonding connectors and harnesses and other
cabinet mounting accessories necessary for the completed expansion of an existing
cross connect cabinet. Also included is the removal of existing external cabinet
shell and placement of new shell to accommodate the larger expanded frame.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 19 of 230
The first parentheses shall indicate the existing maximum pair count capacity and
the second parentheses shall indicate the new maximum pair count capacity after
expansion. Placement of blocks or modules and splicing shall be compensated
separately under the BC unit.
Compensation shall be determined based upon the expansion of a cross connect
cabinet from its existing size range to the next larger size range as follows:
From a small cabinet (less than 1000 total pair) to a medium cabinet (1000 -
3600 total pair)
From a medium cabinet (1000 - 3600 total pair) to a large cabinet (3700 - 8100
total pair)
Options designated by the following suffixes shall apply:
Suffix Description
CF Concrete pad Mounted (Pre Poured Concrete Slab – Includes Delivery)
F Concrete slab mount (Poured in Place)
P Plastic pad mount
S Stake mount
Example:
BDSE (900) (1800) F - Expansion of a 900 pair cross connect cabinet to an 1800 pair cabinet
mounted on a concrete slab.
Options designated by the following suffixes apply:
Suffix Description
A Pole mount.
CF Concrete pad Mounted (Pre Poured Concrete Slab – Includes Delivery)
F Concrete slab mount (Poured in Place)
P Plastic pad mount.
R Crushed stone or gravel bed.
Connector Type
Suffix Description
1 GBM
2 RAW
D RAW Stub Down
U RAW Stub Up
Examples:
BDSM(25)(25)(0)A SAIC equipped with modules, 25 feeder pairs terminated, 25
distribution pairs, pole mounted.
BDSB(50)(25)(25)F SAIC equipped with blocks, 50 feeder pairs terminated, 25 distribution
pairs terminated, 25 electronic pairs terminated, concrete pad mounted.
SECTION BDSO - FIBER OPTIC SERVING AREA INTERFACE CABINET ASSEMBLY UNITS
BDSO( ) SERVING AREA INTERFACE CABINET (SAIC) FIBER OPTIC
This unit consists of a Fiber Optic SAIC stake mounted in place and all labor and
materials required to complete the installation. Included in this unit shall be the
mounting stake (Hub in a Ped), cabinet, cross-connect/distribution modules and/or
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panels, applicable splitters, splice trays, cabinet mounting accessories, internal
mounting hardware such as frames, mounting brackets, slack management
hardware, grounding connector for terminating external ground wire, bonding
connectors and harnesses in accordance with RUS Splicing Standard Bulletin
1753F-401 (PC-2), pea gravel, interface number and direction markings and
placement of conduit(s) and such other labor and materials necessary to complete
the installation.
The ultimate number of distribution fibers to be terminated shall be indicated in the
parentheses.
Options designated by the following suffixes shall apply:
Suffix Description
A Pole mount.
CF Concrete pad Mounted (Pre Poured Concrete Slab – Includes Delivery)
F Concrete slab mount (Poured in Place)
I Integrated below ground base mount.
P Plastic pad mount.
R Crushed stone or gravel bed.
S Stake mount (Hub in a Ped)
Example:
BDSO(216)F Fiber Optic SAIC with 216-distribution fiber terminated, concrete slab mounted.
SECTION BDTV - BURIED PLANT PEDESTAL – CATV ASSEMBLY UNITS
BD104 This unit consists of the labor, equipment, and material needed to place an
Emerson TV104 stake mounted closure with pea gravel.
BD106 This unit consists of the labor, equipment, and material needed to place an
Emerson TV106 stake mounted closure with pea gravel.
BD1228 This unit consists of the labor, equipment, and material needed to place an
Emerson TV1228 stake mounted closure with pea gravel.
BD80 This unit consists of the labor, equipment, and material needed to place an
Emerson TV80 stake mounted closure with pea gravel.
Section BFC - BURIED FILLED COPPER CABLE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of buried filled copper cable in place. This unit includes all material
and labor for installing, ripping (where necessary as determined by the Engineer), and backfilling,
except as specifically provided for in other units. Where the cable is plowed, ripping may be necessary
to provide a ripped path to allow placement at the required depth, and may require more than one
ripped pass.
Options designated by the following suffixes apply:
Suffix Description
D Two or more cables placed simultaneously in the same plow slot or trench. Specify
all cables within parentheses ( ).
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
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CenturyLink Revised – Issue 6 May 2014
Page 21 of 230
The following additional requirements for extra depth units shall apply to all BFC units are for 2011 and
earlier contracts only and will be removed once those contracts expire:
E The CenturyLink Standard Depth for direct buried cable shall be 30 inches. Unit
payment for additional depths shall require the suffix "E" at the following
depths:
36 inches
42 inches
48 inches
60 inches
72 inches
96 inches
The following is an illustration of how to identify dual placement units that do not follow the
conventional, standard format, when inputting into Fireworks/Bidmaster. This formatting provides only
for proper unit compensation within the Fireworks/Bidmaster system and is not an indication of how the
cables are to be physically installed. These non-standard format requirements shall apply to Line
Extensions & Bid Projects.
*BFO12DE(48)&
*BFC200-24D
*BFC25-24D
This indicates a 12 fiber cable, , buried at 48 inches, along with a 200 pair copper cable and a
25 pair copper cable , all buried together at the same time (dual). The the extra depth is
compensation as indicated by the “E(48)” on the primary driver. When placing fiber and copper
cable, the fiber cable will always be the primary driver, this should be indicated with the
ampersand “&”. When placing fiber cables and fiber and copper cables the largest fiber will be
the primary. When placing copper only, the largest copper cable will be the primary driver. The
200 and 25 pair copper shall be compensated as dual units only at a discounted labor rate.
*BFC200-24&
*BFC25-24D
This indicates a 200 pair copper and 25 pair copper cables buried together at the same time
(dual). The larger copper cable shall be paid by the BFC200-24 & as the higher labor rate
compensation unit and the second cable shall be paid by the BFC25-24D at discounted labor
rate compensation.
The asterisk * star is a Fireworks/Bidmaster system identifier for dual cable placement. This
requires Bidmaster to sort the units using information from the Office/Remote field.
Whenever multiple dual units are involved they shall be identified alphanumerically as Dual 01A,
B, C, etc. and Dual 02A, B, C, etc. when inputting into Fireworks/Bidmaster. This formatting
forces the system to list the cables together in the proper order required by the Engineer. This
sorting code is entered into Bidmaster in the “Office/Remote” field, resulting in the following
example:
*BFO12& Dual 01A
*BFC200-24D Dual 01B
*BFC25-24D Dual 01C
*BFC200-24& Dual 02A
*BFC25-24D Dual 02B
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
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If a dual placement occurs to a point and then the other cable continues along the route, from
the point that the single cable continues separately until it reaches it's final destination point, this
cable shall be compensated as a separate, single cable only.
Note: The “&” should be shown first and the Dual 01A, 01B, 01C must be shown in order for
pricing to be accurate.
Suffix Description
C This modifies the standard BFC assembly unit to require cable installation in a new
conduit. This unit includes all labor and material required to seal the ends of the
duct after the cable is in place. Used where duct is placed and cable is pulled
through. This unit is also to be used when placing slack coils as designed by the
engineer in the work order design. This does not include duct.
g This modifies the standard BFC unit to be gopher cable
GL This modifies the standard BFC assembly unit with suffix "GL" to require Ground
Laid cable for temporary work around of road/bridge move, etc. where new cable
will be placed and cutover upon completion of other external project.
H Screened cable designated for Tl carrier systems.
H1C Screened cable designated for TlC carrier systems.
HV High Voltage
I Buried filled cable, which will be installed inside a duct.
I This modifies the standard BFC suffix “I” assembly unit to require cable installation
in new HDPE SDR11 duct, orange in color, with inner diameter adequate to
accommodate the cable being installed. This unit includes all labor and material
required to seal the ends of the duct after the cable is in place. Used where duct is
plowed and cable is pulled through. This unit includes the cost of the duct.
IE This modifies the standard BFC suffix “I” assembly unit with "E" to require cable
installation in existing duct that may be steel, PVC or HDPE SDR11 and includes
labor to rod and clean existing duct. This unit includes all labor and material
required to seal the ends of the duct after the cable is in place.
Note: On Legacy Qwest Markets Only – The IE suffix will be considered as a
vacant duct. BM-OCCUPIED unit will apply if the duct is occupied.
OT This modifies the standard BFC assembly unit to require installation of cable in
Open Trench prepared by other than CenturyLink force or contract labor. This
unit provides labor to transport and place cable. All other requirements of the
standard BFC assembly unit shall apply, including all requirements for protection of
the cable and all requirements related to NESC Code compliance.
Note: Dual Placement Units/Suffixes can apply to the OT suffix
OTS This suffix “OTS” will include placing six inches of sand, dirt or other material that is
void of rock over a facility, after the facility has been installed in a an open trench.
This must be preapproved by CenturyLink.
BFCV( )( )OT This modifies the standard BFC assembly unit to require installation of vacant duct
prior to placement of buried cable. The first set of parentheses shall indicate the
number of ducts and the second set of parentheses shall indicate the inside
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diameter of the ducts. This unit also requires installation of the vacant duct in Open
Trench prepared by other than CenturyLink force or contract labor. Placement of
buried cable shall be compensated for separately. All other requirements of the
standard BFC assembly unit shall apply, including all requirements for protection of
the cable and all requirements related to NESC Code compliance.
Example:
BFCV(1)(2)OT Placement of one vacant duct, two inches in diameter, placed
in open trench prepared by other than CenturyLink force or contract labor.
Note BFCV units are for 2011 and earlier contracts only and will be removed
once those contracts expire.
P Predesignated buried filled cable which will, in the judgment of the Engineer, be
much more difficult to install than normal for this project because of the presence of
underground facilities or severe right-of-way restrictions. This suffix will be
specified on the Construction Sheets in advance of bidding, and will not be
specified later unless changes in the presence of underground utilities, right-of-way
easement, or route changes occur that would, in the judgment of the Engineer,
greatly increase the difficulty of cable placement. Also, this suffix will be specified
during construction when undocumented buried facilities are encountered that, in
the judgment of the Engineer, greatly increase the difficulty of cable placement.
S Steel Pipe
T Buried filled cable which will be placed at the specified depth by trenching only.
This unit will be specified by the Engineer on the Construction Sheets in advance of
bidding.
V( )( ) One or more vacant ducts to be placed simultaneously in the same plow slot or
trench. The first set of parentheses shall indicate the number of ducts and the
second set of parentheses shall indicate the inside diameter of the ducts.
A. This unit also includes:
(1) Clearing of right-of-way. (The Engineer will be responsible for specifying any special
conditions or instructions concerning the right-of-way clearing on the Construction
Sheets.)
Note 1: Trees that are felled shall be cut to commercial wood length and placed on the side of the
right-of-way for the landowner. Commercial wood length means the length designated by
the Engineer, but in no case shall be required to be less than 2 feet (0.61 m).
Note 2: Brush, branches, and refuse from the clearing operations shall, without delay, be disposed
of by such of the following methods as the Engineer will direct:
Code Disposition
A Chipped and Blown.
B Removed from the vicinity of the right-of-way.
C Piled on one side of the right-of-way in such manner as to not obstruct roads,
ditches, etc.
D Other as specified by Engineer.
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(2) All labor and material required for the installation of cable guards installed with the
approval of the Engineer for the convenience of the Contractor.
(3) All labor and material required in the repair and/or replacement of streets,
sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes, pipelines
and contents, underground power and telecommunications facilities, buried
sewerage and drainage facilities, and any other property damaged during the
installation of the buried cable, except loss or damage to crops, gardens,
ornamental flowers or trees in the construction corridor necessarily incident to the
construction of the Project and not caused by the negligence of the Contractor.
(4) The cable installed in place for aerial inserts in buried plant when specified by the
engineer. It includes the miscellaneous accessories such as drive rings, thimbleye
nuts, etc., in accordance with the Construction Sheets, not included in other units,
needed to secure the buried cable in place. (This unit does not include poles,
anchors, guys, riser guards or suspension strand units which will be separately
specified by the Engineer.)
(5) The spiraling of buried cable at an aerial insert where indicated by the Engineer on
the Construction Sheets.
(6) All labor and material including housings, splice closures, stub poles, trenching,
backfilling, tamping, cable, straight splicing, and other material and labor required
for the purpose of joining cable of the same size and gauge in continuous lengths
(reel ends). The housings or closures and all other associated materials and
equipment shall be of the same type as required at other cable splicing points
specified in the construction of the Project unless otherwise approved by the
Engineer.
(7) The labor and material for buried cable installed in Miscellaneous Assembly Units,
such as, pipe crossings, rock excavating, asphalt or concrete. The labor and
material required by these miscellaneous assembly units are specified separately.
B. The length of buried cable for compensation purposes is determined by taking the sum of
distances between splice or terminal points specified by the Engineer, paralleling the cable. It
includes the cable installed in trenches, pipes and non-pipe underground crossings, in sections
of aerial construction of buried cable and in vertical runs on poles and in stake-mounted or pole-
mounted housings. It excludes lateral and vertical runs of cable required solely for the purpose
of joining cable in continuous lengths (reel ends) of the same size and gauge. The length of
buried cable installed shall be determined from the sequential number length markers on the
outer jacket of the buried cable except where the markings are illegible, found to be in error or
an excessive amount of slack has been provided such as in housings, filled splice closures and
aerial inserts. Compensation for multiple cables placed in the same plow slot or trench is
determined on the basis of the lengths of the individual cables involved.
Each buried filled copper cable assembly unit is listed in accordance with the number of pairs and
gauge of conductors. Each unit is prefixed by the letters BFC. The following illustrations indicate the
method of designating the material required.
BFC(50-24 & Two cables placed simultaneously in the same and the other a 25 pair, 22
25-22)D gauge cable. Quantity, labor and material unit prices are to be specified for each
cable separately.
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BFC100-22H A 100 pair, 22 gauge buried filled copper cable with a screen designated for T1
carrier systems.
BFC300-24P A 300 pair, 24 gauge buried filled copper cable which in the judgment of the
Engineer will be much more difficult to install than normal because of the presence
of underground facilities or severe right-of-way restrictions.
BFC200-24V(2)(1") A 200 pair, 24 gauge buried filled copper cable with 2 vacant ducts having 1 inch
(in.) [25.4 millimeters (mm)] inside diameters placed simultaneously in the same
plow slot or trench.
BFC25-24I A 25 pair, 24 gauge buried filled copper cable to be installed in a duct.
Section BFO - BURIED FILLED FIBER OPTIC CABLE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of buried filled fiber optic cable in place. This unit includes all material
and labor for installing, ripping (where necessary as determined by the Engineer), and backfilling,
except as specifically provided for in other units. Where the cable is plowed, ripping may be necessary
to provide a ripped path to allow placement at the required depth, and may require more than one
ripped pass.
The following additional requirements shall apply to all BFO units are for 2011 and earlier contracts
only and will be removed once those contracts expire:
All BFO units shall include an orange, extra-stretch fiber optic warning tape placed 12 to 18 inches
above the fiber optic cable in the slot or trench unless the cable is placed by boring, in which case the
tape shall be omitted. The tape shall read “CAUTION Fiber Optic Cable Buried Below”.
Payment for this unit will include the necessary length of stubs to permit splicing in a nearby vehicle.
The CenturyLink Standard Depth for direct buried cable shall be 30 inches. Unit payment for additional
depths shall require the suffix "E" at the following depths:
36 inches
42 inches
48 inches
60 inches
72 inches
96 inches
All fiber optic cable shall be specified with "low-water-peak single mode" glass fiber.
Options designated by the following suffixes apply:
Suffix Description
C This modifies the standard BFO assembly unit to require cable installation in a new
conduit. This unit includes all labor and material required to seal the ends of the
duct after the cable is in place. Used where duct is placed and cable is pulled
through. This unit is also to be used when placing slack coils as designed by the
engineer in the work order design. This does not include duct.
D Two or more cables placed simultaneously in the same plow slot or trench. Specify
all cables within parentheses ( ).
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GL This modifies the standard BFC assembly unit with suffix "GL" to require Ground
Laid cable for temporary work around of road/bridge move, etc. where new cable
will be placed and cutover upon completion of other external project.
I Buried filled cable, which will be installed inside a duct.
I This modifies the standard BFO suffix “I” assembly unit to require cable installation
in new HDPE SDR11 duct, orange in color, with inner diameter adequate to
accommodate the cable being installed. This unit includes all labor and material
required to seal the ends of the duct after the cable is in place.
I( ) This modifies the standard BFO suffix “I” assembl y unit to require cable installation
in new HDPE SDR11 duct, orange in color, with inner diameter indicated in set of
parentheses. This unit includes all labor and material required to seal the ends of
the duct after the cable is in place.
IE This modifies the standard BFO suffix “I” assembly unit with "E" to require cable
installation in existing duct and includes labor to rod and clean existing duct. This
unit includes all labor and material required to seal the ends of the duct after the
cable is in place.
For Legacy Qwest Market Only – The IE suffix will be considered as a vacant duct.
BM-OCCUPIED unit will apply if the duct is occupied.
LW This modifies the standard BFO assembly unit with suffix “LW” to require a solid,
one conductor insulated, 22 gauge “Locate Wire” for simultaneous placement with
all-dielectric, fiber optic cable.
M MULTIPLE CELL INNERDUCT
This modifies the standard BFO assembly unit to consist of all labor and material to
place one foot of pre-molded, three (3) compartments of one (1") inch I.D., multiple
cell inner duct in new or existing direct buried duct. All other specifications of the
BFO assembly unit shall apply.
Example: BFO(3-1.0)M
MF This modifies the standard BFO unit to be microfiber
NS This modifies the standard BFO assembly unit with suffix “NS” to require dielectric
fiber (non-sheathed).
Example: BFO48NS
MD This modifies the standard UD assembly unit to require Microduct
Example: UD(12.7)MD indicates Microduct 12.7/10MM Smooth Out/Rib In Orange
Silicore Empty
OT This modifies the standard BFO assembly unit to require installation of cable in
Open Trench prepared by other than CenturyLink force or contract labor. All other
requirements of the standard BFO assembly unit shall apply, including all
requirements for protection of the cable and all requirements related to NESC Code
compliance. This unit is paid for each cable placed.
Note: Dual Placement Units/Suffixes can apply to the OT suffix
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OTS This suffix “OTS” will include placing six inches of sand, dirt or other material that is
void of rock over a facility, after the facility has been installed in a an open trench.
This must be preapproved by CenturyLink.
BFOV( )( )OT This modifies the standard BFO assembly unit to require installation of vacant duct
prior to placement of buried cable. The first set of parentheses shall indicate the
number of ducts and the second set of parentheses shall indicate the inside
diameter of the ducts. This unit also requires installation of the vacant duct in Open
Trench prepared by other than CenturyLink force or contract labor. Placement of
buried cable shall be compensated for separately. All other requirements of the
standard BFO assembly unit shall apply, including all requirements for protection of
the cable and all requirements related to NESC Code compliance.
Example:
BFOV(1)(2)OT Placement of one vacant duct, two inches in diameter, placed
in open trench prepared by other than CenturyLink force or contract labor.
Note BFCV units are for 2011 and earlier contracts only and will be removed
once those contracts expire.
P Predesignated buried filled cable which will, in the judgment of the Engineer, be
much more difficult to install than normal for this project because of the presence of
underground facilities or severe right-of-way restrictions. This suffix will be
specified on the Construction Sheets in advance of bidding, and will not be
specified later unless changes in the presence of underground utilities, right-of-way
easement, or route changes occur that would, in the judgment of the Engineer,
greatly increase the difficulty of cable placement. Also, this suffix will be specified
during construction when undocumented buried facilities are encountered that, in
the judgment of the Engineer, greatly increase the difficulty of cable placement.
S Steel Pipe
T Buried filled cable which will be placed at the specified depth by trenching only.
This unit will be specified by the Engineer on the Construction Sheets in advance of
bidding.
BFO_TI( ) This modifies the standard BFO suffix “I” assembly unit with "T" to require trenched
cable installation in new HDPE SDR11 duct, orange in color, with inner
diameter indicated in set of parentheses. This unit includes all labor and material
required to seal the ends of the duct after the cable is in place.
V( )( ) One or more vacant ducts to be placed simultaneously in the same plow slot or
trench. The first set of parentheses shall indicate the number of ducts and the
second set of parentheses shall indicate the inside diameter of the ducts.
A. This unit also includes:
(1) Clearing of right-of-way. (The Engineer will be responsible for specifying any
special conditions or instructions concerning the right-of-way clearing on the
Construction Sheets).
Note 1: Trees that are felled shall be cut to commercial wood length and left on the side of
the right-of-way for the landowner. Commercial wood length means the length
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designated by the Engineer, but in no case shall be required to be less than 2 feet
(0.61 m).
Note 2: Brush, branches, and refuse from the clearing operations shall, without delay, be
disposed of by such of the following methods as the Engineer will direct:
Code Disposition
A Chipped and Blown.
B Removed from the vicinity of the right-of-way.
C Piled on one side of the right-of-way in such manner as to not obstruct roads,
ditches, etc.
D Other as specified by Engineer.
(2) All labor and material required for the installation of cable guards installed with the
approval of the Engineer for the convenience of the Contractor.
(3) All labor and material required in the repair and/or replacement of streets,
sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes, pipelines
and contents, underground power and telecommunications facilities, buried
sewerage and drainage facilities, and any other property damaged during the
installation of the buried cable, except loss or damage to crops, gardens,
ornamental flowers or trees in the construction corridor necessarily incident to the
construction of the Project and not caused by the negligence of the Contractor.
(4) The cable installed in place for aerial inserts in buried plant when specified by the
Engineer. It includes the miscellaneous accessories such as drive rings, thimbleye
nuts, etc., in accordance with the Construction Sheets, not included in other units,
needed to secure the buried cable in place. (This unit does not include poles,
anchors, guys, riser guards or suspension strand units which will be separately
specified by the Engineer.)
(5) The spiraling of buried cable at an aerial insert where indicated by the Engineer on
the Construction Sheets.
(6) The labor and material for buried cable installed in Miscellaneous Assembly Units,
such as, pipe crossings, rock excavating, asphalt or concrete. The labor and
material required by these miscellaneous assembly units are specified separately.
B. The Buried Filled Fiber Optic Cable Assembly Unit does not include labor and material for
splicing the individual fibers. All splice points, including reel end splices, shall be specified by
the Engineer on the Construction Sheets. All labor and material required for splicing the fibers
and for enclosing the splice, such as, fiber organizers, splice closures, housings and stub poles,
and miscellaneous hardware items shall be included in other assembly units.
C. The length of buried cable for compensation purposes is determined by taking the sum of all
distances between splice or terminal points specified by the Engineer. It includes the cable
installed in trenches, pipes and non-pipe underground crossings, in sections of aerial
construction of buried cable and in vertical runs on poles and in stake-mounted or pole-mounted
housings. The length of buried cable installed shall be determined from the sequential number
length markers on the outer jacket of the buried cable except where the markings are illegible or
found to be in error. Compensation for multiple cables placed in the same plow slot or trench is
determined on the basis of the lengths of the individual cables involved.
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Each buried filled fiber optic cable assembly unit is listed in accordance with the number of optical
fibers. Each unit is prefixed by the letters BFO. The following illustrations indicate the method of
designating the material required.
BF024 A buried filled fiber optic cable with 24 fibers.
(BF036 & Indicates a 36 fiber, buried filled fiber
BFC100-24)D optic cable and a 100 pair, 24 gauge buried filled copper cable, placed in same
plow slot or trench. Quantity, labor and material unit prices are to be specified for
each cable separately.
BFO24V(2)(1) A buried filled fiber optic cable containing 24 fibers with 2 vacant ducts having 1 in.
(25.4 mm) inside diameters placed simultaneously in the same plow slot or trench.
BFO36I A buried filled fiber optic cable containing 36 fibers installed in a duct.
SECTION BFCTV - BURIED FILLED COPPER CABLE – CATV ASSEMBLY UNITS
Coax cable shall meet the specifications listed below.
BFC500 Copper clad aluminum center conductor, expanded polyethylene core insulation,
solid aluminum sheath, jacketed with flooding compound, attenuation at 550 MHZ
with a maximum loss of 1.85 db per 100ft. Comm/Scope P-3 75-500JCASS or
equivalent.
BFC715 Copper clad aluminum center conductor, expanded polyethylene core insulation,
solid aluminum sheath, jacketed with flooding compound, attenuation at 550 MHZ
with a maximum loss of 1.26 db per 100ft. Comm/Scope P-3 75-715JCASS or
equivalent.
BFC750 Copper clad aluminum center conductor, expanded polyethylene core insulation,
solid aluminum sheath, jacketed with flooding compound, attenuation at 550 MHZ
with a maximum loss of 1.24 db per 100ft. Comm/Scope P-3 75-750JCASS or
equivalent.
Section BFOVFP - BURIED FILLED FIBER OPTIC CABLE FUTURE PATH ASSEMBLY UNITS
BFOVFP( )( )MD BURIED DUCT-FUTURE PATH-MICRODUCT (MD)
This assembly unit consists of one (1) foot of buried Future Path Duct. This unit
includes all material and labor for the placement of Future Path Duct
(m icroducts/oversheath configuration product). The first parentheses denote the
outside diameter of the Future Path and the second parentheses denotes the
quantity of microducts and outside diameter of the microducts.
Example: BFOVFP(1.66)(7-12)MD
Buried Future Path (1.66 oversheath outside diameter)(7 microduct’s with
outside diameter of MD’s is 12) MD
IE This modifies the standard BFOVFP suffix “I” assembly unit with "E" to require cable
installation in existing duct and includes labor to rod and clean existing duct. This unit
includes all labor and material required to seal the ends of the duct after the cable is in
place.
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Note: On Legacy Qwest Markets Only – The IE suffix will be considered as a vacant
duct. BM-OCCUPIED unit will apply if the duct is occupied.
SECTION BFV - BURIED FILLED CABLE VACANT DUCT
BFV( ) ( ) This assembly unit includes all labor and material required to install vacant SDR11 duct
prior to the placement of buried cable. The first set of parentheses shall indicate the
number of ducts and the second set of parentheses shall indicate the inside diameter of
the ducts. This unit includes all material and labor for the placement of the duct to the
depth indicated in the specifications. Warning tape may be included if designed b y
engineer. Placement of buried cable shall be compensated for separately. This
includes all requirements for protection of the facilities and all requirements related to
NESC Code compliance.
Note: This unit only applies to the standard depths as indentified in each contract.
Additional depth will be compensated with BM70E units
The following is an illustration of how to identify dual placement units that do
not follow the conventional, standard format, when inputting into
Fireworks/Bidmaster. This formatting provides only for proper unit
compensation within the Fireworks/Bidmaster system and is not an indication
of how the cables are to be physically installed. These non-standard format
requirements shall apply to Line Extensions & Bid Projects. For Legacy
Qwest Market Only
*BFV(1)(1.25)PSTD (Primary Product)
*BFOVFP(1.84)(7-12)MD (Secondary Product)
When placing fiber and copper cable, the fiber cable will always be the
primary driver, this should be indicated with the ampersand “&”. When
placing fiber cables and fiber and copper cables the largest fiber will be the
primary. When placing copper only, the largest copper cable will be the
primary driver. The dual units shall be at a discounted labor rate.
The asterisk * star is a Fireworks/Bidmaster system identifier for dual cable
placement. This requires Bidmaster to sort the units using information from
the Office/Remote field.
Whenever multiple dual units are involved they shall be identified
alphanumerically as Dual 01A, B, C, etc. and Dual 02A, B, C, etc. when inputting
into Fireworks/Bidmaster. This formatting forces the system to list the cables
together in the proper order required by the Engineer. This sorting code is
entered into Bidmaster in the “Office/Remote” field, resulting in the following
example:
*BFV(1)(1.25)PSTD Dual 01A
*BFOVFP(1.84)(7-12)MDD Dual 01B
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If a dual placement occurs to a point and then the other cable continues along
the route, from the point that the single cable continues separately until it
reaches it's final destination point, this cable shall be compensated as a
separate, single cable only.
Note: The “&” should be shown first and the Dual 01A, 01B, 01C must be
shown in order for pricing to be accurate.
For Legacy Qwest Markets Only
Suffix Descriptions
(40) This modifies the standard BFV unit to require Schedule 40
(80) This modifies the standard BFV unit to require Schedule 80
IE This modifies the standard BFC suffix “I” assembly unit with "E" to require cable
installation in existing duct that may be steel, PVC or HDPE SDR11 and includes
labor to rod and clean existing duct. This unit includes all labor and material
required to seal the ends of the duct after the cable is in place.
IV This modifies the standard BFV unit to require placement of a duct in a new vacant
duct.
C This modifies the standard BFV unit to require C Duct
OT Open Trench
Note: Dual Placement Units/Suffixes can apply to the OT suffix
P Difficult/Congested placement
PST This modifies the standard BFV unit to be Pest Duct. This unit is for Legacy
Qwest markets only.
S This modifies the standard BFV unit to require Steel
T Trench only
Examples:
BFV(1)(2)OT Placement of one vacant duct, two inches in diameter, placed in open
trench prepared by other than CenturyLink force or contract labor.
BFV(1)(4)(40) Placement of one vacant duct, four inches in diameter, schedule 40.
SECTION BG - BURIED PLANT LOADING COIL ASSEMBLY UNITS
BG22-50-( ) BG32-6-( ) BG35-1-( ) BG60-1-( ) BG62-1-( ) BGM32-1-( )
BG22-100-( ) BG32-12-( ) BG35-6-( ) BG60-3-( ) BG62-3-( ) BGM32-6-( )
BG22-200-( ) BG32-25-( ) BG35-12-( ) BG60-6-( ) BG62-6-( ) BGM32-12-( )
BG22-300-( ) BG35-25-( ) BG60-12-( ) BG62-12-( ) BGM32-25-( )
BG22-400-( ) BG60-25-( ) BG62-25-( )
BG22-600-( ) BG60-50-( ) BG62-50-( )
BG22-900-( ) BG60-100-( ) BG62-100-( )
BURIED PLANT LOAD COILS
Consist of either a universal load coil assembly with a filled plastic cable stub or encapsulated loading
coils. The coils may be either standard or mini and with an inductance of either 66 or 88 millihenries.
This unit includes the labor and materials for mounting in place. Splicing to be compensated for under
the HC unit. The loading coil assembly units are as follows:
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Standard Mini
BG22 Universal Load Coil Assembly Unit Direct Buried with the number of
coils as specified, minimum 50 coils.
BG32 BGM32 Encapsulated Load Coil Unit Pedestal Mounted with the number of
coils as specified, maximum 25 coils.
BG35 Encapsulated Single Stackable Coil unit Pedestal Mounted.
BG60 Encapsulated Build-Out Capacitor Assembly Pedestal Mounted,
equipped with plastic insulated lead wires.
BG62 Encapsulated Build-Out Capacitor Assembly Direct Buried,
equipped with plastic insulated lead wires.
The following suffixes apply to loading coils:
Suffix
( ) In the first parentheses insert either (66) or (88) millihenry.
( ) When a treated plank is required for direct buried coils insert second parentheses
as follows:
A Place a treated plank over the load coil case.
B Place a treated plank under the load coil case.
C Place a treated plank over and under the load coil case.
D This modifies the standard BG unit to require no encapsulant, dry load coil. This unit
is for Legacy Qwest markets only.
SC Smart Coil
The following illustration indicates the method of designating the material required:
BG22-200 (66) (A) A Universal load coil with 200 standard 66 millihenry coils installed with a treated
plank.
BGM32-25 (66) Encapsulated load coil assembly of 25 mini 66 millihenry coils.
BG35-6 (88) Stackable load coil assembly consisting of six individual 88 millihenry coils.
BG60-25 ( ) Pedestal mounted build-out capacitor assembly consisting of 25 pairs to be built out
with the parentheses indicating the capacitor value in microfarads.
BG62-50 ( ) Direct Buried build-out capacitor assembly consisting of 50 pairs to be built out with
the parentheses indicating the capacitor value in microfarads.
Note: This unit was eliminated in the new RUS 515 due to emphasis on
"Broadband" capable "Non-loaded plant" (< 18,000 feet). This unit is added due to
current existing routes extending beyond 18,000 feet.
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Section BH – BURIED HANDHOLE ASSEMBLY UNITS
Consists of labor and material for one (1) buried handhole installed in place, including the base, top cover
and mounting hardware, and pea gravel. The handhole size, amount of pea gravel and the installation
shall be as specified by the Engineer. The handhole assembly unit shall be used only in areas of non-
vehicular traffic. When required for use in areas of vehicular traffic, the handhole shall be rated to
withstand vehicular traffic. Where specified, vehicular traffic rated handholes shall be suffixed with the
letter “T”.
The assembly units are defined as follows:
BHC( ) Buried Handhole for copper systems.
BHF( ) Buried Handhole for fiber optic systems.
Suffix Descriptions
B Requires a bottom on handhole This unit applies to Legacy Qwest and National
markets only.
CH Concrete handhole. This unit applies to Legacy Qwest and National markets
only.
P Requires plastic handhole. This unit applies to Legacy Qwest and National
markets only.
R Requires round handhole. This unit applies to Legacy Qwest and National
markets only.
Note: BHC(10X10)R is to be used for Buried Service Wire (BSW) storage box.
This unit applies to Legacy Qwest and National markets only.
S Requires a vertically split bottom handhole. This unit applies to Legacy Qwest
and National markets only.
The dimensions of length, width, and depth of the handhole shall be indicated in the parentheses in
inches (millimeters).
Examples:
BHC(13x24X24) Buried handhole for copper systems with dimensions of 13 x 24 x 24 in.
(330 x 610 x 610 mm) (approximate).
BHF(17x30x30)T Buried handhole for fiber optic systems with dimensions of 17 x 30 30 in.
(432 x 762 x 762 mm)(approximate) which is rated for vehicular traffic.
BHF( ) BURIED HANDHOLE (FIBER)
The following suffixes shall apply to the BHF standard unit:
The suffix “C” modifies the standard BHF assembly unit to include labor and
material to install a concrete collar around a buried handhole as shown on the
detailed drawings as specified by the Engineer. All other specifications of the BH
assembly unit shall apply.
Example:
BHF( )C BHF unit with suffix “C” as specified above.
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Section BM - MISCELLANEOUS ASSEMBLY UNITS
Consists of all labor and material to construct and install the units defined individually below required for
the installation and construction of the buried cable portions of the Project:
AMENDMENT ( ) AMENDMENT
This assembly unit will consist of labor or labor and material required for approved
costs 10% or greater over the original awarded bid project. This unit is only used
in conjunction for an amendment for Lump Sum Bids (i.e.: Generator, COEI and DC
Power). The number in the parentheses will indicate what amendment number it
is for a specific contract (Example: first amendment for a contract would use
AMENDMENT (1), the second amendment would use AMENDMENT (2)). This unit
only applies to Project Bids.
BM2( )( ) Housing Ground Assembly Unit - Consists of the necessary labor and material for
the installation of a ground rod (installed in undisturbed soil), ground rod clamp and
the required length of a bare #6 AWG copper ground wire connected to an auxiliary
grounding connector (included in the housing assembly unit) within the housing
(see unit drawing BM2). Indicate the desired diameter and length of ground rod.
For a sectionalized ground rod and coupling device use the suffix “S”.
Examples:
BM2(1/2)(5) A 1/2 in. X 5 foot (13 mm X 1.5 m) ground rod.
BM2(5/8)(8) A 5/8 in. x 8 foot (16 mm X 2.4 m) ground rod.
BM2(5/8)(20)S Two 5/8 in. x 10 foot
(16 mm X 3.1 m) sectionalized ground rods and a
coupling device. Where sectionalized ground rods are
required the total length should appear on the
Construction Sheets.
BM2-1 (5/8) (8) AUXILIARY GROUND ROD FOR GROUND FIELD
This unit modifies the standard BM2 (5/8) (8) unit to consist of the labor and
material to install one (1) auxiliary 5/8” x 8’ copper coated ground rod and required
copper conductor to be terminated to a ground field in order to meet the maximum
resistance to ground specification. The rod, conductor, termination type and
installation depth shall be the same as the ground field with which it is installed.
BM2A Housing Auxiliary Ground Assembly Unit - Consists of the necessary labor and
material for the installation of a ground rod clamp (if required) and the required
length of a bare #6 AWG copper ground wire connected to a pole ground wire
using a ground wire connector (see unit drawing BM2A).
BM2B Housing Ground Assembly Unit - Consists of the necessary labor and materials for
the installation of a bonding connector bracket within an existing housing. The
bonding connector bracket should be the bracket that is recommended by the
housing manufacturer.
BM2C Existing Facility Bonding Assembly Unit – Consists of the necessary labor and
material for bonding new or existing cable in an existing facility, such as a buried
plant housing or splice closure. This unit includes a bonding connector, a bonding
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harness, tie-wraps, replacement of gravel and/or sealer, and rearrangement of an
existing cable. Compensation shall be paid on a per bond basis.
BM2D New Facility Re-Bonding Assembly Unit – Consists of the necessary labor and
material for re-bonding an existing cable in a new facility such as a buried plant
housing or splice closure. This unit includes a bonding connector, a bonding
harness, and tie wraps. Compensation shall be paid on a per bond basis.
BM3 PEDESTAL PROTECTION
This assembly unit consists of the necessary material and labor for pedestal
protection, consisting of a three (3') foot diameter ring, the center line for placement
of twelve-inch (12") diameter round rocks or by written permission the equivalent in
landscaping blocks for protection against animal intrusion into pedestals.
BM4 SEM
This assembly unit consists of all labor and material to install one Alcatel SEM or
equivalent product into a BDS/BD9 or BD9Plus. In addition this unit will include
opening the SEM sheath, bonding and grounding.
BM6M Suspension Strand Assembly Unit - Consists of one (1) foot (0.305 m) of 6M [6,000
pounds (lbs)—2722 kilograms (kg)] suspension strand, supporting hardware,
lashing wire, cable straps, and all other accessories required for aerial insert
construction in buried plant, but excludes the buried cable. This unit will be used for
short sections of aerial construction in buried plant. When such aerial inserts are
required, the Engineer will specify the pole, riser guard, guy and anchor assembly
units required, plus the appropriate quantity of this unit. The Contractor will be
compensated for these units at their respective bid prices plus the appropriate cable
units including the vertical length on the end poles.
BM6ME EXISTING SUSPENSION STRAND ASSEMBLY UNIT
This unit is specified labor only for lashing a new buried cable to an existing aerial
insert. Poles, riser guards, guys, anchors, enclosures, and splices will be specified
and compensated under separate unit. Cable shall be compensated for under the
BFC unit as material cost only, excluding labor. Lashing wire, cable straps and all
other accessories required for aerial construction on buried plant are included in
this unit.
BM10M Suspension Strand Assembly Unit - This unit is the same as the BM6M unit except
that the size of the strand is 10M (10,000 lbs--4536 kg).
BM10ME EXISTING SUSPENSION STRAND ASSEMBLY UNIT
This unit includes all labor and material necessary for lashing a new buried cable to
an existing aerial insert. Poles, riser guards, guys, anchors, enclosures, and splices
will be specified and compensated under separate unit. Cable shall be
compensated for under the BFC unit as material cost only, excluding labor. Lashing
wire, cable straps and all other accessories required for aerial construction on
buried plant are included in this unit.
BM16M Suspension Strand Assembly Unit - This unit is the same as the BM6M unit except
that the size of the strand is 16M (16,000 lbs--7257 kg).
BM16ME EXISTING SUSPENSION STRAND ASSEMBLY UNIT
This unit is specified labor only for lashing a new buried cable to an existing aerial
insert. Poles, riser guards, guys, anchors, enclosures, and splices will be specified
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and compensated under separate unit. Cable shall be compensated for under the
BFC unit as material cost only, excluding labor. Lashing wire, cable straps and all
other accessories required for aerial construction on buried plant are included in
this unit.
BM21 Cable Entrance – Consists of the necessary labor and material to terminate copper
and/or fiber optic outside plant cables as shown on the detailed drawings as
specified by the Engineer.
BM21-DLC REMOTE SITE PREP
This unit modifies the standard BM21 unit to include labor and material for remote
site preparation. Compensation shall be for all necessary work to complete the
remote site such as dirt work, fencing, culverts, driveway, concrete slab and conduit
for equipment, power meter-base pole, etc. as specified by the Engineer. The unit
value shall be one hundred dollars ($100.00) per unit with sufficient units calculated
to cover the total cost of the job. Upon receipt of Contractor Bid for labor and
material the Engineer shall input into Fireworks the total cost (labor and material) as
"Labor" in order to capture the unit as a single line item. Line Extension Only.
Example: Site Prep Labor = $1,580.00
Site Prep Material = $800.00
Total Cost = $2,380.00 entered into Fireworks as "Labor"
Total Units = 23.8
BM21-DLC-RBLD REMOTE SITE PREP – MAINTENANCE ONLY
This unit includes labor and material for rebuilding/repairing an existing remote site.
Compensation shall be for all necessary work to complete the remote site such as
dirt work, fencing, culverts, driveway, concrete slab and conduit for equipment,
power meter-base pole, etc. as specified by the Engineer. The unit value shall be
one hundred dollars ($100.00) per unit with sufficient units calculated to cover the
total cost of the job. Upon receipt of Contractor Bid for labor and material the
Engineer shall input into Fireworks the total cost (labor and material) as "Labor" in
order to capture the unit as a single line item. Supporting documentation will be
required. Line Extension Only.
Example: Site Prep Labor = $1,580.00
Site Prep Material = $800.00
Total Cost = $2,380.00 entered into Fireworks as "Labor"
Total Units = 23.8
BM22 GROUNDING SYSTEM – Consists of the necessary labor and material to construct
a grounding system as shown on the detailed drawings as specified by the
Engineer. This unit shall include all ground electrodes, trenching, backfilling,
bonding the auxiliary ground electrodes to each other and to the primary ground
electrodes, and bonding to the master ground bar (MGB).
BM22 GROUNDING SYSTEM
This modifies the BM22 unit to be paid incrementally. The unit value shall be one
hundred dollars ($100.00) per unit with sufficient units calculated to cover the total
cost of the job. Upon receipt of Contractor Bid for labor and material the Engineer
shall input into Fireworks the total cost (labor and material) as "Labor" in order to
capture the unit as a single line item. Must have preapproval of CenturyLink.
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Example: Grounding System Labor = $1,580.00
Grounding System Material = $800.00
Total Cost = $2,380.00 entered into Fireworks as "Labor"
Total Units = 23.8
BM25 H-FRAME STRUCTURE
This assembly unit consists of all labor and material required to install one H-Frame
structure for the purpose of attaching outdoor equipment enclosures. The H-Frame
structure shall be constructed of material suitable to support cable termination
and/or electronic equipment enclosures, with overall dimensions as specified by the
Engineer. Any necessary bonding and grounding of metallic H-Frame structures
shall also be included. All enclosures, cable guards, and splicing, bonding and
grounding of cable shall be compensated for separately.
BM50( ) BURIED SERVICE WIRE OR CABLE INSTALLATION TO POLE-MOUNTED WIRE
TERMINAL ASSEMBLY UNIT
Consists of the necessary labor and material to install a buried wire or cable from a
buried plant housing to a pole mounted wire terminal. This unit includes t he
installation of pole mounted buried wire or cable, a pole mounted wire terminal, and
the necessary wire work at the wire terminal (see assembly unit drawing BM50).
Pair count of the terminal size shall be indicated in the parentheses. Installation of
the buried plant housing and splicing of the pole mounted buried wire or cable
inside the buried plant housing shall be compensated under separate units.
BM50Q TERMINAL BLOCKS – LEGACY QWEST MARKETS ONLY
BM50Q-BC100-BLOCK-
TERM-6PR
DT3 standard pedestal 6 pair non-protected terminal block
e/w 4ft., filled, unshielded stub.
BM50Q-DT3-12PR-12F-
FS
DT3 standard pedestal 12 pair non-protected terminal block
e/w 12ft., filled, shielded stub.
BM50Q-DT3-12PR-12F-
PM
DT3 Standard pole mount 12 pair non-protected terminal
block e/w 12ft., filled, shielded stub.
BM50Q-DT3-12PR-25F-
FS
DT3 standard pedestal 12 pair non-protected terminal block
e/w 25ft., filled, shielded stub.
BM50Q-DT3-12PR-25F-
PM
DT3 Standard pole mount 12 pair non-protected terminal
block e/w 25ft., filled, shielded stub.
BM50Q-DT3-12PR-4F-FU
DT3 standard pedestal 12 pair non-protected terminal block
e/w 4ft., filled, unshielded stub.
BM50Q-DT3-12-VT-3F-
SM
DT3 Standard strand mount, w/ integrated splice closure,
12 pair non-protected terminal block e/w 3ft., PCV tip tracer
stub.
BM50Q-DT3-12-VT-3-PM
DT3 Standard strand mount, w/ integrated splice closure,
12 pair non-protected terminal block e/w 3ft., PCV tip tracer
stub.
BM50Q-DT3-25-FS-25-
PM
DT3 Standard pole mount 25 pair non-protected terminal
block e/w 25ft., filled, shielded stub.
BM50Q-DT3-25-FS-50-
PM
DT3 Standard pole mount 25 pair non-protected terminal
block e/w 50ft., filled, shielded stub.
BM50Q-DT3-25PR-12F-
FS
DT3 standard pedestal 25 pair non-protected terminal block
e/w 12ft., filled, shielded stub.
BM50Q-DT3-25PR-12F-
PM
DT3 Switchable pole mount 25 pair non-protected terminal
block e/w 12ft., filled, armor stub. Terminal block’s
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mechanically-switchable feature allows bridge-tap cutoff
(beyond the cable pairs point of service) and also allows
spare cable pairs to be expressed through without re-
entering the cable stub/splice.
BM50Q-DT3-25PR-12F-
SM
DT3 Switchable strand mount 25 pair non-protected
terminal block e/w 12ft., filled, armor stub. This terminal
block’s mechanically-switchable feature allows bridge-tap
cutoff (beyond the cable pairs point of service) and allows
pairs to be expressed through without re-entering the
cable/stub splice.
BM50Q-DT3-25PR-12FT-
B
Switchable DT3 pedestal mount 25pr terminal with 12 foot
splicing shielded filled stub
BM50Q-DT3-25PR-25F-
FS
DT3 standard pedestal 25 pair non-protected terminal block
e/w 25ft., filled, shielded stub.
BM50Q-DT3-25PR-25F-
PM
DT3 Switchable pole mount 25 pair non-protected terminal
block e/w 25ft., filled, armor stub. Terminal block’s
mechanically-switchable feature allows bridge-tap cutoff
(beyond the cable pairs point of service) and also allows
spare cable pairs to be expressed through without re-
entering the cable stub/splice.
BM50Q-DT3-25PR-25F-
SM
DT3 Switchable strand mount 25 pair non-protected
terminal block e/w 25ft., filled, armor stub. This terminal
block’s mechanically-switchable feature allows bridge-tap
cutoff (beyond the cable pairs point of service) and allows
pairs to be expressed through without re-entering the
cable/stub splice.
BM50Q-DT3-25PR-25FT-
B
Switchabe DT3 pedestal mount 25pr terminal with 25 foot
splicing shielded filled stub
BM50Q-DT3-25PR-4F-FU
DT3 standard pedestal 25 pair non-protected terminal block
e/w 4ft., filled, unshielded stub.
BM50Q-DT3-25PR-4FT-B
Switchable DT3 25 pair terminal 4 ft splicing shielded filled
stub
BM50Q-DT3-25PR-4FT-
SW Invalid Unit
BM50Q-DT3-25-PS-12-
PM
DT3 Standard strand mount 50 pair non-protected terminal
block e/w 12ft., aircore pressurized stub.
BM50Q-DT3-25-VT-3-PM
DT3 Standard strand mount, w/ integrated splice closure,
25 pair non-protected terminal block e/w 3ft., PVC tip tracer
stub.
BM50Q-DT3-50-FA-25-
PM
DT3 Standard pole mount 50 pair non-protected terminal
block e/w 25ft., filled, armor stub.
BM50Q-DT3-50-FS-12-
PM
DT3 Standard pole mount 50 pair non-protected terminal
block e/w 12ft., filled, shielded stub.
BM50Q-DT3-50-FS-25-
PM
DT3 Standard pole mount 50 pair non-protected terminal
block e/w 25ft., filled, shielded stub.
BM50Q-DT3-6PR-12F-FS
DT3 standard pedestal 6 pair, non-protected terminal block
e/w 25ft., filled, shielded stub.
BM50Q-DT3-6PR-25F-FS
DT3 standard pedestal 6 pair non-protected terminal block
e/w 25ft., filled, shielded stub.
BM50Q-DT3-6PR-4F-FU
DT3 standard pedestal 6 pair non-protected terminal block
e/w 4ft., filled, unshielded stub.
BM50Q-DT3-PL-MT-50PR
DT3 Standard pole mount 50 pair non-protected terminal
block e/w 25ft., filled, shielded stub.
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Suffix Description
C Cold Seal
BM32 FROST EXCAVATION
This assembly unit will consist of all labor for frost excavation where frost exceeds
6”. Excavation in frozen ground where the frost line exceeds 6” shall be defined as
that which requires chipping or blasting to effect removal.
No extra charge will be allowed for the first 6” of excavation in frozen ground.
Payment for frost excavation is considered a premium payment to be added to any
other applicable excavation or construction charges. No jagged or sharp frost is to
be used in any backfill. Contractor will be responsible for obtaining a site for
disposal and providing the necessary anti freeze for equipment. Any Frost
Excavation unit must be preauthorized by CenturyLink prior to the
commencement of frost excavation.
Suffix Description
A Over 6” up to 12” depth of frost
B Over 12” up to 18” depth of frost
C Over 18” up to 24” depth of frost
D Over 24” up to 30” depth of frost
E 30” up to 36” depth of frost
Note: These are paid on a per trenched foot basis
F Frost Excavation/Cubic Yard
This will include the placement of large structures such as conduit
structure, handholes, manholes, etc. Disposal of excavated material(s)
in excess of the amount displaced by the CenturyLink plant will not be
included in the unit price.
G Frost/Ground Thawing
This unit involves the placement of gas fired heating equipment
typically 3’ x 4’ in size at a work site to thaw frozen ground to allow for
excavations for splice pits, utility pot holes and to place manholes,
handholes, cable, and conduit structures, etc. The unit will be paid per
the cubic foot including the first 6 inches of frost/frozen ground
encountered. This unit may be used in conjunction with the ground
thaw set up fee (one per work location to compensate for the delivery,
setup and removal of the ground thawing equipment), but not in
conjunction with any other frost excavation unit. Any return trips to
move, adjust and reset the ground thaw equipment during the thawing
operation is included in the cost.
H Ground Thaw Set up Fee
The set up fee includes all labor and equipment for the delivery, set up,
and any necessary subsequent trips to reset the equipment and
removal of the ground thaw equipment both to and from the Work site.
Note: BM32 units are valid for legacy Qwest markets only, these
units do not apply to legacy CenturyLink markets.
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BM50( ) BURIED PLANT POLE MOUNTED WIRE TERMINAL
This modifies the standard BM50 unit to include the splicing in the buried plant
housing. All other specifications of the BM50 unit shall apply.
BM52 Re-numbering Assembly Unit – This unit consists of the necessary labor and
material to remove existing numbers and clean where necessary, and re-number an
existing housing.
BM52A RE-NUMBERING ASSEMBLY UNIT
This modifies the standard BM52 unit to include re-tagging of existing cables
within existing pedestals. All other specifications of the BM52 unit shall apply.
BM53 Warning Sign Assembly Unit - Consists of one (1) staked mounted warning sign, in
place as shown on the Construction Sheets. This unit includes all labor and
material to install the stake mounted sign (see detail drawing specified by the
Engineer).
BM53/BM53 WARNING SIGN
This modifies the standard BM 53 unit to require a plastic sign 9” high by 12” wide
with black letters on orange background and“811” wording, manufactured only by
Michael J. Arnold & Co. and mounted on a (2 lb/ft) 8’ stake set 30” deep. All other
specifications of the BM53 unit shall apply. The sign makes no distinction between
copper and fiber; it refers to both fiber and copper cable as “Buried Cable”. If suffix
“A” is used, the sign shall be installed on a stub pole or pole (specified separately).
See Drawings BM53/BM53. This to be used for replacements only.
BM53P(8) FIBER/COPPER CABLE MARKER/WARNING SIGN
This assembly unit consists of a white, round plastic post with a minimum length of
8 feet, and a round plastic, dome type cap with black letters on orange background
that will display the 811 call number. The post will be placed at a minimum depth of
24 inches, with the anchor being placed below the frost line, no exceptions. This
unit will be used in lieu of all metal warning sign and cable marker units.
BM53P(10) FIBER/COPPER CABLE MARKER/WARNING SIGN
This assembly unit consists of a white, round plastic post with a minimum length of
10 feet, and a round plastic, dome type cap with black letters on orange
background that will display the 811 call number. The post will be placed at a
minimum depth of 24 inches, with the anchor being placed below the frost line, no
exceptions. This unit will be used in lieu of all metal warning sign and cable marker
units.
BM53PL(8) FIBER/COPPER CABLE MARKER/WARNING SIGN
This assembly unit consists of a white, round plastic post with a minimum length of
8 feet, and a round plastic, dome type cap with black letters on orange background
that will display the 811 call number. The post will be placed at a minimum depth of
24 inches, with the anchor being placed below the frost line, no exceptions. This
unit is to be used at fiber optic splice locations to allow the locating of the fiber cable
without having to access the hand-hole. This unit will be used in lieu of all metal
warning sign and cable marker units. Note: The ground wire is paid for separately
under the appropriate BM2 unit.
BM53PL(10) FIBER/COPPER CABLE MARKER/WARNING SIGN – This assembly unit consists of
a white, round plastic post with a minimum length of 10 feet, and a round plastic,
dome type cap with black letters on orange background that will display the 811 call
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number. The post will be placed at a minimum depth of 24 inches, with the anchor
being placed below the frost line, no exceptions. This unit is to be used at fiber optic
splice locations to allow the locating of the fiber cable without having to access the
hand-hole. This unit will be used in lieu of all metal warning sign and cable marker
units. Material not available.
BM54 Route Sign Assembly Unit - Consists of one (1) stake mounted route sign, in place,
as shown on the Construction Sheets. This unit includes all labor and material to
install the stake mounted sign (see detail drawing specified by the Engineer).
BM55 Splice Location Sign Assembly Unit - Consists of one (1) stake mounted splice
location sign, in place, as shown on the Construction Sheets. This unit includes all
labor and material to install the stake mounted sign (see detail drawing specified by
the Engineer).
BM55A Buried Splice Location Assembly Unit - Consists of one (1) buried splice location
assembly unit installed in or above the buried splice case. The installation of the
buried splice location unit shall be in accordance with the manufacturer's
instructions. If the owner has standardized on a specific system, the Engineer shall
so indicate (see detail drawing specified by the Engineer).
BM56 PEDESTAL MARKER
This assembly unit consists of all labor and material required to install a pedestal
marker, consisting of an eight-foot tall orange plastic rod attached to the pedestal.
This unit should only be used in locations where snow depth could exceed
height of pedestal.
BM60( ) Underground Pipe Crossing Assembly Unit – Consists of one (1) lineal foot (0.305
m) of steel pipe, with the inside diameter in inches (meters) specified in
parentheses, installed in place. This unit includes the pushing of pipe and any
excavation, backfilling and tamping necessary for the installation of the pipe. The
pipe shall be installed at the depth specified by the Engineer. The installed pipe
shall be free of any sharp projections to avoid damage to the outer jacket of the
buried cable or wire during its installation in the pipe. The contractor will be
compensated for labor and material for the buried cable or wire under separate
units. Options designated by the following suffixes apply:
BM60 This modifies the standard BM60 unit to include all labor and material required to
seal the ends of the pipe after the cable is in place. All other requirements of the
BM60 assembly unit shall apply.
BM60(2&4) PIPE CROSSING ASSEMBLY UNIT, TWO STEEL PIPE
This unit modifies the standard BM60 unit to require placement of two steel pipe,
one 2 inch and one 4 inch. All other requirements of the BM60 assembly unit shall
apply.
BM60( ) (40) This unit modifies the standard BM60 to require placement of schedule 40 pipe.
BM60( ) (80) This unit modifies the standard BM60 to require placement of schedule 80 pipe.
Suffix Description
c C Duct Required
D Directional boring required.
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E EXISTING UNDERGROUND PIPE CROSSING UNIT
This unit includes all labor required to locate and excavate both ends of an existing
BM60 unit and place a new cable within the existing pipe. This unit includes all
labor and material required to seal the ends of the pipe after the cable is in place,
backfilling, tamping and restoring the surface to its original condition. Cable placed
within the pipe is not included in this unit and will be compensated under separate
unit.
EL This suffix is to be used only when non-standard 2 ½” HDPE pipe is required by
power companies and is for electrical purposes only. THIS UNIT APPLIES TO
LPEC-WEST MARKETS ONLY.
I Buried filled cable, which will be installed inside a newly placed duct.
For example, if the engineer calls for a directional bore, then the contractor will be
compensated for the directional bore unit and the cable unit including the “I” suffix
to pull the cable through the newly placed pipe.
Example: The Engineer calls for 500 feet of directional bore and the cable being
placed is 48 count direct buried fiber. The units the Engineer would use would be
500 feet of BM60 (2)P and 500 feet of BFO48I
P Plastic pipe required.
PST This modifies the standard BFV unit to be Pest Duct. This unit is for Legacy
Qwest markets only.
2P PIPE CROSSING ASSEMBLY UNIT, PLASTIC
This unit modifies the standard BM60 unit to require placement by boring for two
plastic pipes. All other requirements of the BM60 assembly unit shall apply.
2PD PIPE CROSSING ASSEMBLY UNIT, PLASTIC/DIRECTIONAL
This unit modifies the standard BM60 unit to require placement by directional boring
for two plastic pipes. All other requirements of the BM60 assembly unit shall apply.
(1-2&2-4)PD PIPE CROSSING ASSEMBLY UNIT, PLASTIC/DIRECTIONAL
This unit modifies the standard BM60 unit to require placement by directional boring
for three plastic pipes, one-2 inch and two-4 inch. All other requirements of the
BM60 assembly unit shall apply.
ROCK PIPE CROSSING ASSEMBLY UNIT, ROCK
This unit modifies the standard BM60 unit with the suffix "ROCK" to require boring
in rock. The suffix "CBL" shall indicate the presence of Cobble Stone. All other
requirements of the BM60 assembly unit shall apply.
BM61( ) Underground Non-Pipe Crossing Assembly Unit - Consists of the labor in providing
a hole in soil one (1) foot (0.305 m) in length and of a diameter in inches (meters)
specified in parentheses. The depth of the hole below the surface of the ground
shall be specified by the Engineer. This unit includes any excavation, backfilling
and tamping necessary for the installation. This unit may be used where the
permanent installation of a steel or plastic pipe under the BM60 unit is not required.
The contractor will be compensated for labor and material for the buried cable or
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wire under separate units. Where directional boring is required, the unit shall be
suffixed by the letter "D".
BM61( )-ROCK NON-PIPE CROSSING ASSEMBLY UNIT, ROCK
This unit modifies the standard BM61 unit with the suffix "ROCK" to require boring
in rock. All other requirements of the BM61 assembly unit shall apply.
BM61( )D-ROCK NON-PIPE CROSSING ASSEMBLY UNIT, DIRECTIONAL “ROCK”
This unit modifies the standard BM61 unit with the suffix "ROCK" to require
directional boring in rock. All other requirements of the BM61 assembly unit shall
apply.
BM65( ) Guard Assembly Unit – Consists of the necessary labor and material for installing
one (1) lineal foot (0.305 m) of split galvanized steel guard. The sections of guard
may be straight and or curved. This unit may be used as attachments to bridges,
abutments, walls, etc., and any below ground location. All hangers, bolts, and other
attachment hardware along with excavation, backfilling, tamping, and restoration
are included as part of this unit. The diameter of the guard shall be indicated in the
parentheses. The contractor will be compensated for labor and material for the
buried cable or wire under separate units. (See detailed drawings as specified by
the Engineer). Where a split plastic guard is required, the unit shall be suffixed by
the letter "P".
BM66( ) Bridge Attachment Assembly Unit - Consists of the necessary labor and material for
installing one (1) lineal foot (0.305 m) of galvanized steel pipe, of the inside
diameter in inches (meters) specified, attached to a bridge. Details of the method
of installation will be in accordance with the Plans and Specifications as determined
by the Engineer. The contractor will be compensated for labor and material for the
buried cable or wire under separate units. (See detailed drawings as specified by
the Engineer). Where a plastic pipe is required, the unit shall be suffixed by the
letter "P".
BM66( ) This modifies the standard BM66 unit to be a fixed value rather than per lineal foot.
Each unit shall have a fixed value of fifty dollars ($50.00) to be incrementally
applied.
BM66 (6) BRIDGE ATTACHMENT ASSSMBLY UNIT
This unit modifies the standard BM66 ( ) unit by allowing the use of a 6” pipe
containing four (4) 1.25” HDPE inner-ducts. All other requirements of the BM66 ( )
assembly unit shall apply.
BM70E( ) EXTRA DEPTH ASSEMBLY UNIT
This unit will include just the extra depth call out for any copper, fiber or coax cable
over and above the standard set in place. Example: If the standard depth is 30”
and it is requested to place the cable at 42” depth the BM70E(12) would apply; if
the standard depth is 48” and it is requested to place the cable at 60” the
BM70E(12) would apply. The unit will be used along with the copper, fiber or coax
cable unit.
Unit payment for additional depths shall require the suffix "E" at the following
depths:
6 inches
12 inches
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18 inches
30 inches
36 Inches
42 inches
48 inches
60 inches
72 inches
96 inches
When using this unit along with the cable unit you will need to include an ID
Description: Whenever these units are involved they shall be identified
alphanumerically as A, B, C, etc. when inputting into Fireworks/Bidmaster. This
formatting forces the system to list the cable and extra depth together in the proper
order required by the Engineer. This sorting code is entered into Bidmaster in the
“Office/Remote” field, resulting in the following example:
BFC25-24 A
BM70E(6) A (This example the cable is placed at 36”)
Note 1: This unit does not apply to Boring units.
Note 2: This unit only applies after the standard depths as indentified in each
contract.
BM71 Rock Excavating Unit - Consists of one (1) lineal foot (0.305 m) of trenching,
blasting, sawing, etc., measured parallel to the surface of the ground, in rock,
including excavation, backfilling and tamping to place cable or wire to the depth
specified in the Specifications. This unit includes all material and labor required in
the repair and/or replacement of streets, roads, sidewalks, drives, fences, lawns,
shrubbery, water mains, pipes, pipelines and contents, underground power and
telecommunications facilities and any other property damaged by the excavating,
except loss or damage to crops, gardens, trees or ornamental flowers in the
construction corridor necessarily incident to the construction of the Project and not
caused by the negligence of the Contractor. This unit will be specified by the
Engineer only when field conditions at the site show the existence of rock to a depth
required by the specification, which cannot be trenched, plowed or ripped. If extra
depth is required, the unit shall be suffixed by "E( )", where the required depth in
rock shall be shown inside the parentheses. The contractor will be compensated
for labor and material for the buried cable or wire under separate units.
BM71 This modifies the standard BM71 unit to exlcude the material required to restore
streets, roads, sidewalks, drives; these materials will be compensated under the
BM72 and BM73 units as required. All other requirements of the BM71 unit apply.
BM71-A This modifies the standard BM71 unit to exclude the material required to restore
streets, roads, sidewalks, drives; these materials will be compensated under the
BM72 and BM73 units as required. All other requirements of the BM71 unit.
BM71E( ) ROCK EXCAVATION (EXTRA DEPTH)
This unit modifies the standard BM71 assembly unit and the RUS Form 515a, Part III,
paragraph 4.3.3 to increase the required minimum depth in rock to ( ) inches
regardless of trench width. This unit will paid on a per lineal foot basis.
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NOTE: BM71E (18”) is the minimum acceptable depth for BFC cable on
CenturyLink projects. The standard RUS BM71 will not be used on CenturyLink
projects.
The standard depth for cable is 6” in solid rock with 18” cover.
Suffix Description
A This assembly unit consists of labor required to remove solid rock by mechanical
means (i.e. Jackhammer, backhoe ram or blasting), includes hauling and proper
disposal of the rock from the work site. This unit will be compensated by the
cubic foot of rock only.
BM72 Asphalt Assembly Unit - Consists of labor and material necessary to remove and
restore one (1) lineal foot (0.305 m) of asphalt pavement (where the removal does
not necessitate the breaking up of concrete) measured along the route of the cable
or wire. Any trenching which may be necessary for the installation of buried cable
or wire is included in this unit. All work shall be performed as required in
accordance with federal, state and/or local construction standards in effect at the
time of bid date. (Pursuant to these federal, state and/or local standards, restoration
may include the use of any base and sub-base materials such as concrete, crushed
stone, etc.). The contractor will be compensated for labor and material for the
buried cable or wire under the separate units.
BM72A ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to compensate by the square foot instead of
the lineal foot. All other requirements of the BM72 assembly unit shall apply.
The following suffixes apply to asphalt:
Suffix Description
In the parentheses ( ) insert the following:
R - Beyond twenty-five (25) miles to asphalt source.
U - Within twenty-five (25) miles to asphalt source.
BM72A(12) ASPHALT ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore asphalt to a depth of 6-12".
All other requirements of the BM72 assembly unit will apply.
BM72A(18) ASPHALT ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore asphalt to a depth of 13-18".
All other requirements of the BM72 assembly unit will apply.
BM72-R1 ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to consist of all labor and material required to
remove asphalt (less than 6" thick) and includes the prompt removal of the removed
material from the job site with proper disposal. This unit is to be used when
asphalt is not going to be replaced only. This unit is compensated by the square
foot.
BM72-R2 ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to consist of all labor and material required to
remove asphalt (greater than 6" thick) and includes the prompt removal of the
removed material from the job site with proper disposal. This unit is to be used
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when asphalt is not going to be replaced only. This unit is compensated by the
square foot.
BM72-TMP ASPHALT ASSEMBLY UNIT
Place and maintain Temporary Asphalt Patch
This assembly unit consists of labor and material to place and maintain a temporary
asphalt patch. This unit will be compensated by the square foot.
BM73 Concrete Assembly Unit - Consists of the labor and material necessary to remove
and restore one (1) lineal foot (0.305 m) of concrete pavement (or any combination
of concrete pavement and other surfacing material) where the removal necessitates
the breaking up of concrete pavement, measured along the route of cable or wire.
Any trenching which may be necessary for the installation of buried cable or wire is
included in this unit. All work shall be performed as required in accordance with
federal, state and/or local construction standards in effect at the time of bid date.
(Pursuant to these federal, state and/or local standards, restoration may include the
use of any base and sub-base materials such as concrete, crushed stone, etc.) The
contractor will be compensated for labor and material for the buried cable or wire
separate units.
BM73A CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to compensate by the square foot instead of
the lineal foot. All other requirements of the BM73 assembly unit shall apply.
The following suffixes apply to asphalt:
Suffix Description
In the parentheses ( ) insert the following:
R - Beyond twenty-five (25) miles to concrete source.
U - Within twenty-five (25) miles to concrete source.
BM73A(12) CONCRETE ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore concrete to a depth of 6-12".
All other requirements of the BM72 assembly unit will apply.
BM73A(18) CONCRETE ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore concrete to a depth of 13-
18". All other requirements of the BM72 assembly unit will apply.
BM73-P CONCRETE ASSEMBLY UNIT-PAD
Consists of labor and material necessary to form and the placement of 6” concrete
(concrete 2500 psi, 3" slump, 3/4" to 1 1/2" aggregate, Type l or Type lll concrete),
forms for the base, rebar / metal grid for structural strength of the pad, finishing the
concrete, associated hardware (cabinet template), miscellaneous inserts for bolts,
etc required to secure the closure or cabinet to the base. This unit includes the
labor to accommodate any bends and conduit. The labor and material cost for
conduit and bends will be compensated under the applicable BFV, UD, BM88 or
UDL unit. Unit is compensated by the square foot.
BM73-R1 CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to consist of all labor and material required to
remove concrete (less than 6" thick) and includes the prompt removal of the
removed material from the job site with proper disposal. This unit is to be used
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only when concrete is not going to be replaced. This unit is compensated by the
square foot.
BM73-R2 CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to consist of all labor and material required to
remove concrete greater than 6" thick) and includes the prompt removal of the
removed material from the job site with proper disposal. This unit is to be used
when concrete is not going to be replaced only. This unit is compensated by the
square foot.
BM73-TMP ASPHALT ASSEMBLY UNIT - Place and maintain Temporary Asphalt Patch
This assembly unit consists of labor and material to place and maintain a temporary
asphalt patch. This unit will be compensated by the square foot.
BM74, A or B ( ) CRUSHED STONE
Consists of one cubic (13) yard of gravel, in place. Unit consists of opening and
closing of the required trench width/depth, with the removal and transport of spoils,
from the trench, to an approved government agency disposal site. Restoration of
trench will be filled with new three-quarter inch (3/4”) minus crushed rock, tamping
granular material in lifts to meet 95% compaction traffic standards.
The following suffixes apply to crushed stone:
Suffix Description
A Unit consists of material only, for the restoration of plow line when additional gravel
is required.
B Restoration of trench will be filled with the control density fill (CDF), to meet 95%
compaction traffic standards.
C This modifies the standard BM74 unit to require Slurry Mix
DF Disposal Fee - This suffix will be used only when a municipality or governing
agency requires the removal and transport of spoils to a specific location that
charges a separate disposal fee.
Each unit shall have a fixed value of one dollar ($1.00) to be incrementally applied
as needed to cover the total amount of the disposal fee. This fee is for the actual
cost, and a copy of the original invoice must be submitted with the contractor units
placed (CUP). Invoices without this documentation will not be paid.
E This modifies the standard BM74 to NOT require excavation
G ASPHALT ASSEMBLY UNIT/GRIND AND OVERLAY
Consists of all labor and material necessary to remove and restore one square foot
of asphalt pavement (where the removal does not necessitate the breaking of
asphalt/ concrete) by means of asphalt grinding(often referred to as asphalt
milling or cold planing) as an asphalt removal method. Asphalt
grinding/milling/cold planing requires specialized equipment that results in
granular asphalt removal up to 4 inches in depth. Asphalt grinding (milling, cold
planing) is the controlled removal of an existing pavement to a desired depth,
longitudinal profile, and cross-slope. Normally, grinding is used for asphalt overlay
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work where the asphalt restoration requirement is less than full depth asphalt
removal and where enhanced asphalt adhesion is required to eliminate the
potential for traditional asphalt seam separation. Grinding takes a small amount of
asphalt material off the top up to 4 inches in depth. Final asphalt paving and
asphalt material is included in the item. This unit applies to Legacy Qwest markets
only.
PEA PEA GRAVEL PLACEMENT
This unit includes the labor and material to place gravel or pea rock in an existing
closure or pedestal not associated with any placement units. Unit price includes
placing pea gravel into the base of buried plant pedestals or closures to within 4
inches of the top. Unit shall be used when the need for graveling an existing
pedestal has been identified in conjunction with other work at that location. This unit
is not to be used as a standalone work operation. This unit is not to be used in
association with new pedestal placement. This is a maintenance only unit.
In the parentheses ( ) insert the following:
R - Beyond twenty-five (25) miles to rock source.
U - Within twenty-five (25) miles to rock source.
Note: This unit is required and should be used only when certain governing bodies
(city/county/state) mandates the replacement of certain soil types that are
disturbed when the BFC_-_T (Trenching) unit is used. All other
cleanup/backfill is included in the BFC Unit.
BM75( ) DIG AND FILL SPLICE PIT
This assembly unit consists of all work functions, labor and equipment required to
excavate a pit by any method large enough to safely splice new or repair damaged
cable, back-fill and compact the pit to prevent settling and restoring the surface
area to original or better condition. If an EMS (electronic marker) is requested to be
installed above the splice location, it will be paid under a separate unit and must
have prior approval by CenturyLink. This unit is billable on a “one-time” operation
only and includes a return trip to backfill and compact the pit.
NOTE: L x W x D (Length- refers to the actual length that the splice pit is dug.
Width- refers to how wide the splice pit is dug and Depth- refers to the depth the
splice pit is dug.)
CLARIFICATION: This unit is to be utilized when splice pits are required for
CenturyLink workforces ONLY. It is not to be used for compensating
contractor for digging pits when placing a buried splice unit. Splice Pits are
included in the HBF – Buried Filled Splice Closure Assembly unit. This unit
must have prior approval by CenturyLink.
STANDARD PITS:
BM75(A) - Splice Pit 4’X4’X42”
A pit to accommodate one splicer for example but not limited to cutting on
small count copper pedestal loops or repairing small count copper cable
damages could be approximately 4’ long by 4’ wide and 42” deep.
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BM75(B) - Splice Pit 6’X4’X42”
A pit to accommodate two splicers in one hole for example but not limited to
cutting on a large count copper pedestal loop or repairing a large count copper
damage could be 6’ long by 4’ wide, and 42” deep.
BM75(C) - Splice Pit 12’X4’X42”
A pit to accommodate one or more splicers and associated equipment for
example but not limited to creating a new fiber splice location in optical facilities
could be dug a minimum of 12’ long by 4’wide and 42” deep.
Pits that require added depth would be as shown follows:
BM75( )E48
BM75( )E54
BM75( )E60
BM75( )E72
BM75( )E84
BM75( )E96
EXAMPLE: BM75(C)E72 would be a 12’X4’X72” pit dug 72” deep.
NOTE 1: Shoring is included when required to meet CenturyLink safety
guidelines and OSHA requirements. Exit steps should be dug at one
end of the pit as required.
NOTE 2: Concrete and Asphalt restoration will be compensated by separate
BM72 and BM73 units.
BM76 POTHOLING
This assembly unit includes all labor and material to pothole in unpaved surfaces for
establishing profiles and elevations made with a vacumm/jet or water method. The
unit includes excavation and backfill. This unit is not be used with boring or other
excavation Work, but will only be used to determine profiles and elevations plant.
This unit must have pre approval from CenturyLink. This unit applies to Legacy
Qwest and National markets only.
Suffix Description
P This suffix “P” will modify the BM76 assembly unit to include work performed on a
paved surface (excavation, backfill, cutting, coring and restoration of paved
surfaces including concrete). All other functions of the BM76 will apply. This unit
applies to Legacy Qwest and National markets only.
PB This suffix ”PB” will modify the BM76 assembly unit to include work performed in
association with boring under paved surfaces when facilities must be potholed. This
is only applicable when facilities are crossing utilities and only as a last resort to
locate utilities. Note: this unit does not apply when facilities are being paralleled;
this function is included in the boring assembly units and will not be paid in
conjunction. All other functions of the BM76 will apply. This unit must have pre
approval from CenturyLink. This unit applies to LPEC East Markets Only.
BM77 WORK AREA PROTECTION RENTAL FEES
This assembly unit consists of all labor and equipment necessary for the rental of
barricades, signs, shoring, steel plates, and moving steel plates required for
company forces for splice pits left open for extended period of time.
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Contractor is responsible for the cost of work area protection (including
barricades, signs, steel plates and shoring) during the performance of the
designated work at which time this unit does not apply. This unit only applies
when required by CenturyLink as defined below. Once Contractor has
completed excavation for a pit, and cannot proceed further (such as waiting for
CenturyLink to do a splicing work operation in a pit that was left open), and
barricades, signs, steel plates, shoring, are required to be left at the site to protect
the work area, the responsibility for these items will be handled as follows:
A. Contractor must notify CenturyLink that the pit is ready and that
equipment is being left on site and the cost of the equipment will
become reimbursable to the contractor using RUS code BM77. In this
situation, Contractor will be compensated for the equipment starting the
day after notification from the Contractor until such time that
CenturyLink notifies Contractor that the excavation may be backfilled.
Once CenturyLink notifies Contractor that the excavation is ready for
backfill, the cost of the equipment reverts back to Contractor beginning
the following day.
B. If Third party equipment is utilized, the rental receipts are required as
validation for costs associated with equipment rental to be invoiced
using RUS code BM77. No mark-up shall apply. The rental receipt(s)
must be submitted with the contractor units placed (CUP). Invoices
without this documentation will not be paid.
C. Work assignments that require the contractor to mobilize to the site to
remove and/or replace steel plating for Company forces only will be
reimbursed.
Each unit will have a fixed value of one dollar ($1.00) and will be applied
incrementally as needed to cover the cost. This unit applies to Legacy Qwest
markets only.
BM80 Riser Guard, 1 in. inside diameter (ID) x 8 feet (25.4 mm x 2.44 m). (See assembly
unit drawing BM80). See Modification Below
BM81 Riser Guard, 2 in. ID x 8 feet (50.8 mm x 2.44 m). (See assembly unit drawing
BM81). See Modification Below
BM82 Riser Guard, 3 in. ID x 8 feet (76.2 mm x 2.44 m). (See assembly unit drawing
BM82). See Modification Below
BM80B BUILDING MOUNTED PIPE EXTERNAL
BM81B This unit consists of one foot of a BM80 one-inch (1”), BM81 two-inch (2"), BM82
BM84B three-BM82B inch (3")or BM84 four-inch (4”) National Electrical Code NFPA-70
rated, galvanized steel pipe, installed in place, by attaching to bracket(s) that are
mounted externally to a building structure. This unit includes all materials and labor,
for the placement of the steel pipe, pull / junction box’s and the bracket(s) when
required or attachment to an approved bracket(s) placed by others, including all
fasteners. Unit will include cleaning the inside of pipe prior to cable placement and
when applicable, plugging around the cable after placement to prevent future
intrusion of foreign matter.
The following suffix applies to external building mounted pipe:
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Suffix Description
P Consists of National Electrical Code NFPA-70 rated non-metallic pipe, installed in
place, by attaching to bracket(s) that are mounted to building.
Example:
BM81B "2" Galvanized steel pipe attached to outside of building.
BM81BP "2" Plastic pipe attached to outside of building.
Note: Outdoor mounted pipe shall be specified and installed in accordance with NEC
NFPA-70 code as applicable for the installation of low-voltage AC / DC power
conductor(s) / cable(s) and/or for the installation of communications conductor(s) /
cable(s), copper and/or fiber optic.
BM83( ) BURIED SERVICE GUARD
This unit is the same as BM83 but with specification for outside diameter of riser
pipe listed in parenthesis. Requires a 60-inch (60”) long, straight riser pipe with
offset end and milled slot for use with network interface devices.
Example: BM83(7/8)
BM83(1.25)
BM83(2)
BM84 RISER GUARD
This unit is to include labor for placing a 3-3/4 inch x 8-ft. riser u-guard. See Above
for Modification.
BM85( ) BUILDING MOUNTED PIPE INTERNAL
This unit consists of one foot of indoor, National Electrical Code NFPA-70 rated
galvanized steel pipe, installed in place, by attaching to bracket(s) that are mounted
internally to a building structure. This unit includes all materials and labor, for the
placement of the steel pipe, pull / junction box’s and the bracket(s) when required or
attachment to an approved bracket(s) placed by others, including all fasteners. Unit
will include cleaning the inside of pipe prior to cable placement and when
applicable, plugging around the cable after placement to prevent future intrusion of
foreign matter. Diameter of pipe to be indicated in parentheses.
The following suffix applies to indoor mounted pipe:
Suffix Description
P Consists of National Electrical Code NFPA-70 rated non-metallic pipe
(rigid and/or flexible), installed in place, by attaching to bracket(s) that
are mounted internally to a building structure.
Example:
BM85(2) "2" Galvanized steel pipe attached to inside of building.
BM85(2)P "2" Plastic pipe attached to inside of building.
Note: Indoor mounted pipe shall be specified and installed in accordance with
NEC NFPA-70 code as applicable for the installation of low-voltage AC
/ DC power conductor(s) / cable(s) and/or for the installation of
communications conductor(s) / cable(s), copper and/or fiber optic.
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BM86(2), POLE MOUNTED PIPE
(3) or (4) This unit consists of one foot of a two-inch (2”), three-inch (3") or four-inch (4")
galvanized steel pipe, installed in place, by attaching to standoff brackets that are
mounted to a pole. This unit includes all materials and labor, for the placement of
the steel pipe and the offset bracket unit(s) when required or attachment to an
approved offset bracket placed by others, including all fasteners. Unit will include
cleaning the inside of pipe prior to cable placement and the plugging around the
cable after placement to prevent future intrusion of foreign matter.
The following suffix applies to pole mounted pipe:
P - Consists of PVC Schedule-40 conduit plastic pipe, installed in place, by
attaching to standoff brackets that are mounted to pole.
Example:
BM86-2 "2" Galvanized steel pipes.
BM86-2P "2" Plastic pipes.
BM88( )( ) This unit consists of labor and material to locate and expose one (1) existing direct
buried duct to install a duct sweep in order to bring existing direct buried duct up as
a riser or into a pedestal. This unit includes shoring, backfilling, tamping,
restoration and disposal of excess or unusable material. This unit includes
connecting the sweep to the existing duct, attaching to a pole or pedestal and
placement of an end cap on the upright end when required. The upright end shall
be no more that 6 inches above ground level at a pole and no higher than the top of
the base unit within a pedestal. This unit also includes labor for rodding and
cleaning of duct as specified by the Engineer. The first set of parentheses shall
indicate the diameter of the sweep and the second set of parentheses shall indicate
the degree of angle by the radius bend of the sweep. The following suffix shall
apply:
P - Consists of PVC plastic direct buried duct sweep.
Example:
BM88(2)(45x36) Indicates a 2-inch diameter galvanized steel direct buried duct
sweep with a 45-degree angle by 36-inch radius bend.
BM88(2)(45x36)P Indicates a 2-inch diameter PVC plastic direct buried duct
sweep with a 45-degree angle by 36-inch radius bend.
Suffix Description
E This “E” modifies the BM88 unit to encompass all extra depths greater than 36”
Example BM88( )( )E
BM89( )( ) DUCT SWEEPS – DIRECT BURIED – NEW CONDUIT/PIPE
This unit consists of labor and material to install a conduit duct sweep on a new
conduit. This unit would be used in conjunction with placement of conduit/pipe in
direct buried applications; would include excavation, backfilling, tamping, restoration
if required. The first set of parentheses shall indicate the diameter of the sweep
and the second set of parentheses shall indicate the degree of angle by the radius
bend of the sweep. The following suffix shall apply:
P - Consists of PVC plastic direct buried duct sweep.
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Example:
BM89(2)(45x36) Indicates a 2-inch diameter galvanized steel direct buried duct
sweep with a 45-degree angle by 36-inch radius bend.
BM89(2)(45x36)P Indicates a 2-inch diameter PVC plastic direct buried duct sweep
with a 45-degree angle by 36-inch radius bend.
BM91 Pedestal Restricted Access Insert Assembly Unit – Consists of a restricted access
insert installed within a housing and the labor and material for setting up in
preparation for installing the insert, such as, opening the jacket and bonding of the
cable shields. Cable splicing shall be compensated under the appropriate splicing
units.
BM92-4, 6, REPEATER HOUSING
8, 16 or 24 Includes all labor and material required to install a carrier repeater housing on either
a stub pole or pole. This unit also includes the placement of the repeater cable stub
into the pedestal or splice case, opening sheath and bonding as required. This unit
includes the mechanical protection of the cable stubs with riser guards, as required,
to either, buried or aerial cable, and approximately 36 inches of liquid tight flexible
metal conduit for bends. Repeater housings with stubs may be furnished by
CenturyLink. Splicing of stubs to cables and splice enclosures is specified
separately. See Guide Drawing.
BM95 REPEATER OR REMOTE TERMINAL GROUNDING SYSTEM
Includes all labor and material required to install a grounding grid of at least four (4)
5/8" x 8' copper coated ground rods to be placed at a repeater site or remote
terminal site. The grounding grid requires bare # 6 AWG copper conductor placed
between the rods and an insulated # 6 AWG copper conductor is required between
the closure/pedestal and grid. An insulated # 6 AWG copper conductor is also
required between the repeater housing and grid. Copper conductor and tops of rods
are to be a minimum of 30 inches below grade. Ground must be 25 ohms or less.
Additional rods, in excess of the minimum of four, required to obtain 25 ohms or
less will be specified as BM2-1 (5/8)(8) units and shall be specified separately. See
Guide Drawing.
BM95 This modifies the standard BM 95 assembly unit to meet the revised Bonding &
Grounding requirements (as identified below) to require:
A bare #6 between the closure/pedestal and grid
Tops of rods are to be a minimum of 24 inches below grade
All connections (to ground grid or rods) must be exothermically welded.
All other requirements of the BM95 assembly unit apply.
BM96 PLANT LOCATION DEVICE ASSEMBLY UNIT
This assembly unit consists of labor and material required to install a cable shield
location signal pass-through device mounted in place within an enclosure (specified
separately). Bonding and grounding, splice case and splicing shall be
compensated separately under applicable unit(s). BM96 is a two way, BM96-3 will
denote a 3 way; and BM96-4 will denote 4 way only. This unit applies National
Markets Only.
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BM97 PLACE NITROGEN TANK
Means all material and labor required to place or change a nitrogen tank when
buffering is required to maintain air pressure on underground, buried or aerial
cables. Includes the tank, placing and securing the tank and associated pressure
regulator and flash testing the regulator to assure there are no leaks in regulator or
fittings that are connected to regulator or cable and periodically checking the tank
(minimum of once per day on cutover projects) to ensure continuous pressure is
maintained, and removal of the tank(s) from the site when work is complete. Unit of
measure is each and will be billed once for each location each time a tank is placed
and connected to a cable. All RUS, NESC, manufacture, DOT, and OHSA safety
practices to be followed when handling or transporting tanks.
BM97A CHECK NITROGEN TANK
This unit includes all material and labor to check Nitrogen tanks ( document location
and pressure left in tank and provide date to the requesting supervisor, if tank is
changed out the BM97 unit would be an additional charge) that are placed on
cables for long term maintenance and must have pre-approval from Centurylink
before being billed. The unit will be billed once for each tank location checked. All
RUS, NESC, manufacture, DOT, and OHSA safety practices to be followed when
handling or transporting tanks.
BM98( ) FIBER STORAGE BOX
This unit includes all labor and material to install a fiber storage box. The size of
box will be indentified in the parentheses (Example: BM98(4) indicates a 4" box .
This unit will nclude the mounting and installation of the fiber storage box in new
and existing location (e.g. manholes, handholes, customer locations, and cable
vaults). This unit applies to Legacy Qwest markets only.
BM-BACKPLANE BACKPLANE–ADDITIONAL
-ADDL This unit consists of all material and labor to mount an additional backplane in an
existing BD7CMPH-IT1 housing. Labor to route and terminate the fiber pigtails will
be compensated for on a separate HO4 assembly unit.
BM-BLK MOISTURE BLOCK
This assembly unit consists of the labor and material required to prepare the cable
sheath and core preparation for placing the moisture block form and pouring or
injecting blocking compound to CenturyLink’s specifications.
BM-BOLPST BOLLARD POST
This assembly unit consists of the labor and material to place 6’ bollard post, 4” in
diameter. This includes pouring the bollard post with concrete and painting the post
yellow.
BM-OCCUPIED OCCUPIED DUCT – ADDER UNIT
This unit consists of labor only for the installation of a facility in an existing
occupied duct. This unit would only apply for the installation of copper cable up to
100 pair in size, fiber cable all sizes and types, microduct all sizes and types and
futurepath. This item would be used in conjunction with the appropriate facility
placement unit.
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Example 1: Placement of a 48 fiber in existing occupied duct in the underground
environment the following RUS Assembly Units would apply: UO48 and BM-
OCCUPIED
Example 2: Placement of a 48 fiber in an existing occupied duct in the direct
buried environment the following RUS Assembly Units would apply: BFO48IE and
BM-OCCUPIED
This unit applies to Legacy Qwest markets only.
BM-PLUG PRESSURE PLUG - Pour in place block for specialized stub Units
This assembly unit consists of the labor and material to prepare a cable sheath
and core preparation for placing a pressure plug form and pouring or injecting block
compound according to CenturyLink’s specifications.
BM-SEAL SEAL – EXISTING CONDUIT DUCT
This assembly unit consists of labor and material to seal an existing conduit duct in
an existing manhole, handhole, cross box, splice vault, NGDLC unit or building
entrance. Only approved duct sealing compound or rubber expandable duct plugs
to be used as directed. The unit is only applicable at the direction of CenturyLink
and will NOT apply when duct is being placed or when cable is being removed from
a conduit.
BXXIELW INSTALL LOCATE WIRE ASSEMBLY UNIT
This modifies the standard BFC or BFO assembly unit with suf fix “IELW” to require
a solid, one conductor insulated 22 gauge “locate wire” to be installed in “occupied
duct” with a pre-existing copper and or fiber cable. This unit will include the
material and labor per foot to enter handhole and pull the “locate wire” through
existing duct, and including testing of “locate wire” to ensure continuity is in tact
through out the duct run.
BXX – “buried” copper and or fiber
IE – “Installed in “existing duct”
LW – “locate wire”
BXXIELWV INSTALL LOCATE WIRE – IN VACANT DUCT ASSEMBLY UNIT
This modifies the standard BFC or BFO assembly unit with suffix “IELWV” to
require a solid, one conductor insulated 22 gauge “locate wire” to be installed in
“vacant duct”. This unit will include the material and labor per foot to en ter
handhole and pull the “locate wire” through vacant duct, and including testing of
“locate wire” to ensure continuity is intact throughout the duct run.
BXXLWOT INSTALL LOCATE WIRE- OPEN TRENCH ASSEMBLY UNIT
This unit includes all the labor and material to install a locate wire in an open trench
prepared by other than CenturyLink force or contract labor. This unit is only valid at
CenturyLink’s request.
Note: Dual Placement Units/Suffixes can apply.
DT50 DOWN TIME ASSEMBLY UNIT
This assembly unit consists of labor to standby prior to or during the replacement
and/or placement of plant facilities due to delays caused by other public utilities,
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public safety authorities, and/or other governing authorities or other circumstances
beyond the contractor’s control. Each unit shall have a fixed value of fifty dollars
($50.00) to be incrementally applied as needed to cover the total amount calculated
for down time. Partial units as calculated shall also apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with
approval by CenturyLink.
This unit will be compensated on an exception basis only, this is not to be
charged as an all encompassing unit.
Cable Pair This assembly unit consists of all labor and equipment required for the
Identification identification of individual cable pairs/cable counts from a central office or any
termination point. This would include toning and tagging of paper insulated pairs,
testing and tagging of special circuits. This unit is compensated on a per pair basis.
This unit must have written pre-approval by CenturyLink.
Note: This unit is not to be confused with toning and tagging of paper insulated
pairs, which is included in the HC7 unit. This unit is for verification purposes only
and is not to be used in conjunction with other splicing units.
DC CA TEST DC CABLE PAIR TEST – PRISM GROOMING
PRSM This unit includes all labor and equipment to DC test a cable pair to determine if it
passes or fails against predetermined limits as listed in the Prism Grooming
process. Test results are to be recorded on approved document and returned to
CenturyLink. This unit will be compensated on a Per Pair basis. Note: This unit is
to be used in conjunction with the Prism Grooming Process ONLY.
ELECTRICAL ELECTRICAL SERVICE ASSOCIATED WITH CMS
SERVICE This unit shall compensate the contractor for providing a licensed electrician to
perform maintenance activities on CenturyLink facilities that require commercial
power. This unit shall have a fixed value of fifty dollars ($50.00) to be incrementally
applied as needed to cover the total amount of the electrical service. This unit shall
only be used for commercial power maintenance conditions on CenturyLink
facilities requiring commercial power. This fee is for the actual cost and the
contractor will provide all supporting documentation (original invoice) from the
electrical supplier to document cost. Invoices without this documentation will not be
paid.
ELECTRICAL ELECTRICAL SERVICE ASSOCIATED ON CUSTOMER PREMISES ONLY
SERVICE - CP This unit shall compensate the contractor for providing a licensed electrician,
including labor and material, to perform activities on Customer Premises that
require commercial power. This unit shall have a fixed value of fifty dollars ($50.00)
to be incrementally applied as needed to cover the total amount of the electrical
service.
This unit shall only be used for commercial power requirements on Customer
Premises only requiring commercial power. This fee is for the actual cost and the
contractor will provide all supporting documentation (original invoice) from the
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electrical supplier to document cost. Invoices without this documentation will not be
paid.
Note: All requirements outlined in Section “Asbestos, Poles and Other Disposable
Materials; Environmental Conditions” in the Master Service Agreement must be met
GPR LOCATE LOCATING OF EXISTING BELOW GROUND STRUCTURES WITH USE OF
GROUND PENETRATING RADAR
This consists of labor and equipment to locate CenturyLink Facilities, by means of
GPR (ground penetrating radar). This unit will include marking and recording the
location and depth of located facility from existing grade, and any ties to existing
landmarks on as-built drawings. This unit also includes all locating required within
three feet, in any direction, of specified locaters paint/flag mark and/or point
specified on engineers work prints. This unit shall have a fixed value of one dollar
($1.00) to be incrementally applied as needed to cover the total amount of the GPR
services. This unit will be used at CenturyLink's request and prior approval only,
supporting documentation must be provided.
This unit is to be used only where regulatory agencies mandate that GPR
technology be utilized where no other options are viable.
MEGGER TEST MEGGER TEST – PRISM GROOMING
PRSM This unit includes all labor and equipment to test the Ground OHM resistance at
locations (i.e. Pedestals, SAI’s) as specified by the Engineer. Test results are to be
recorded on approved document and returned to CenturyLink. This unit will be
compensated on a per location basis. This unit is not to be used in conjunction
with the following units: BM2-1 (5/8) (8), BM22 or BM95. Note: This unit is to
be used in conjunction with the Prism Grooming Process ONLY.
Permit This assembly unit will consist of all labor and equipment to secure a permit for the
Reimbursement placement of Outside Plant facilities on behalf of CenturyLink. This unit is to be
used only where regulatory requirements dictate that the contractor secure a
permit. This unit will be used at CenturyLink's request and approval only. This unit
is to reimburse the contractor for the actual cost imposed by the permitting agency.
Each unit will have a fixed value of one dollar ($1.00) and will be applied
incrementally as needed to cover the cost of the permit. This is a Labor Only unit.
PM100( ) CORE DRILLING
This unit consists of labor to core drill a concrete floor or wall (in a building only) to
a specified diameter. Conduits will be specified separately. Contractor must use
protective measures to protect surrounding elements from dust, water, etc. The
diameter of core to be indicated in the parentheses as follows:
2 - Two inch diameter x 6 inch depth
3 - Three inch diameter x 6 inch depth
4 - Four inch diameter x 6 inch depth
5 - Five inch diameter x 6 inch depth
PM100( )CP CORE DRILLING – CUSTOMER PREMISE ONLY
This unit consists of labor to core drill a floor or wall at a customer premise. This
would include core drilling to enter building from the outside, and core drilling
between floors. Includes labor and material to ensure that the hole is properly
sealed to ensure no water penetrates into the customer premise. Conduits will be
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specified separately. Contractor must use protective measures to protect
surrounding elements from dust, water, etc. The diameter of core to be indicated in
the parentheses as follows:
2 - Two inch diameter x 6 inch depth
Note: All requirements outlined in Section “Asbestos, Poles and Other Disposable
Materials; Environmental Conditions” in the Master Service Agreement m ust be
met.
POWERED This assembly unit compensates the contractor for costs associated with BARGE
the use of a Powered Barge when required with CenturyLink preapproval.
Each unit shall have a fixed value of fifty dollars ($50.00) to be incrementally
applied.
RWZ RESTRICTED WORK ZONE
This assembly unit compensates the contractor for additional cost incurred while
working in Metro/Central Business District areas due to restricted working hours, or
other circumstances strictly related to working in a Metro / Central Business District
area. Each unit shall have a fixed value of one hundred dollars ($100.00) to be
incrementally applied as needed to cover the total amount calculated. Partial units
as calculated shall also apply. Upon receipt of Contractor Bid for labor and material
the Engineer shall input into Fireworks the total cost (labor and material) as “Labor”
in order to capture the unit as a single line item. Supporting documentation will be
required.
Example: $1,000.00 total labor compensation = 10 units
$750.00 total material compensation = 7.5 units
Total Cost = $1,750.00 entered into Fireworks as “Labor”
Total Units = 17.5
Note: This unit can be used for work performed in the maintenance window
with less than 48 hour notice.
STRUCTURE STRUCTURE LOADER – FIELD SUPPORT
LOADER-FLD This assembly unit will consist of all labor only per hour to provide a fully
SUPPORT qualified and equipped cable splicer to provide field support to CenturyLink
Structure Loaders in preparing complete and accurate cut sheets based on field
conditions. This assembly unit includes but is not limited to ensuring all pairs are
included on cutsheet, and assist in preparing throw sequences to ensure cable
throw can be performed accurately and not interrupt customer service. This unit will
be used at CenturyLink's request and approval only. This is a Labor Only unit and is
compensated on a per hour basis. This unit must not be used to augment splicing
units.
3rd Party This assembly unit consists of all labor and equipment necessary for traffic control
Flagging Service ONLY when a regulatory agency requires an OUTSIDE THIRD-PARTY agency or
officers to control traffic. (All other traffic control is included in the RUS units). This
unit must have written pre-approval by CenturyLink and a copy of the written
requirement for third party traffic control must be provided. This fee is for the actual
cost, and a copy of the original invoice stating the work activity, date and times of
traffic control must be submitted with the contractor units placed (CUP). Invoices
without this documentation will not be paid. This is a Labor Only Unit. Each unit
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will have a fixed value of one dollar ($1.00) and will be applied incrementally as
needed to cover the cost of 3rd Party Flagging.
3rd PARTY 3RD PARTY LOCATE SERVICE
LOCATE This assembly unit will consist of all labor and equipment for facility locating
SERVICE services associated with the placement of Outside Plant facilities on behalf
of CenturyLink. This unit is to be used only where Government agencies or
military base requirements dictate that the locating of government owned
facilities (water, power, etc) be completed by a third party and the contractor
is responsible for payment of these locates. This unit will be used at
CenturyLink's request and approval only. This is a Labor Only unit.
This unit is to reimburse the contractor for the actual cost imposed by the locating
company. Each unit will have a fixed value of one dollar ($1.00) and will be applied
incrementally as needed to cover the cost of the Locate service.
This unit must have written pre-approval by CenturyLink and a copy of the
written requirement for third party Locate service must be provided. This fee
is for the actual cost, and a copy of the original invoice stating the work
activity, date and times of locate must be submitted with the contractor units
placed (CUP). Invoices without this documentation will not be paid.
Flagging Service This assembly unit consists of all labor (typically consisting of two individuals) and
necessary equipment to perform traffic control to meet regulatory requirements.
Personal safety equipment and certification/training as required is included in this
unit. This unit may be used on CMS and or Capital Work Orders where company
forces are providing the construction of new plant. This unit will always be provided
by the Line Extension Contractor and used for supporting CTL Internal Work Forces
as requested by CenturyLink. This is a Labor Only unit. Each unit will have a fixed
value of fifty dollars ($50.00) and will be applied incrementally as needed and
approved by CenturyLink.
SECTION FTTX FIBER TO THE x Assembly UNITS
FTTX- BDO FIBER DISTRIBUTION HUB ASSEMBLY UNITS
These units include all the labor and material to install pea gravel, housing numbers, route letters, and
directional and other markings of filled fiber optic cable. Includes all labor and material to install
mounting hardware for fiber optic splice case, bonding connectors, harnesses, and grounding connector
for terminating external ground wire in accordance with RUS Splicing Standard Bulletin 1753F-401(PC-
2).
The assembly unit is defined as follows:
FTTX-BDO-FDH( ) FTTX-BDO Buried Plant Fiber Optic – Fiber Distribution Hub
This unit consists of a Fiber Optic Distribution Hub mounted in place and all labor
and materials required to complete the installation fiber-to-the-x (FTTx)
applications. Included in this unit shall be the mounting, modules and/or panels,
applicable splitters, splice trays, cabinet mounting accessories, internal mounting
hardware such as frames, mounting brackets, slack management hardware,
grounding connector for terminating external ground wire, bonding connectors and
harnesses in accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2),
pea gravel, interface number and direction markings and placement of conduit(s)
and such other labor and materials necessary to complete the installation. Bonding
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and grounding to be accordance with NESC and CenturyLink Standards when
applicable.
The ultimate number of distribution fibers to be terminated shall be indicated in the
parentheses.
Options designated by the following suffixes shall apply:
Suffix Description
A Pole mount.
P Plastic pad mount.
H Handhole mount
SECTION FTTX- BHF- FIBER OPTIC BURIED HANDHOLE ASSEMBLY UNITS
FTTX-BHF( ) FTTX-FIBER OPTIC BURIED HANDHOLE
Consists of labor and material for one (1) buried handhole for fiber-to-the-x (FTTx)
applications installed in place, including the base, top cover and mounting
hardware, and pea gravel. The handhole size, amount of pea gravel and the
installation shall be as specified by the Engineer. The handhole assembly unit shall
be used only in areas of incidental vehicular traffic. When required for use in areas
of vehicular traffic, the handhole shall be rated to withstand vehicular traffic. This
unit includes a 2 PIECE LID FOR MOUNTING CORNINGS FDH GEN III
CABINETS 72,144, 442.
Examples:
FTTX-BHF(30X48X36)
SECTION GPS – GLOBAL POSITIONING SYSTEM UNIT
GPS GPS COORDINATES
This assembly unit consists of labor to take and record global positioning system
readings for the purpose of capturing latitude and longitude coordinates associated
with plant facilities network elements, to include but not limited to pedestals, poles
and/or aerial terminals, handholes, manholes, cross connects, remote site
equipment, span line repeater housings, etc. Recording of coordinates shall be
performed by placement on Construction Drawings, CMS Forms, As-Built
Construction Drawings and Records Drawings (formatted as AutoCAD, StellarMAP
and/or WOM).
Minimum GPS equipment performance requirements shall include signal and
reliability accuracy to within) 1.11 meter, support capability by WAAS (Wide Area
Augmentation System) services and coordinates decimal conversion accuracy to
five (5) decimal places.
Compensation for this unit shall apply as detailed in section 4.2, CSP200.009.142,
Latitude/Longitude Information, outlined in the following:
1) The first scenario that would require the construction contractor to post GPS
readings to the red-lined construction drawings would be when the GPS readings
are unobtainable by the engineer during the engineering process...Note that the
construction contractor is to acquire GPS readings for only those access
points that are missing GPS readings.
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2) The second scenario that would require the construction contractor to post
revised GPS readings to the red-lined construction drawings would be when the
location of an access point has been drastically changed during the construction
process. When the location deviation exceeds twenty-five feet, the
construction contractor will acquire a new GPS reading according to proper
format and post that information in red on the red-lined construction
drawings near the access point identification.
Section HBF - BURIED FILLED SPLICE CLOSURE ASSEMBLY UNITS
Consists of a buried splice closure and the closure manufacturer's provided encapsulating material,
installed in place and the labor and material for setting up in preparation for installing the closure, such
as, excavating a splicing pit, installing closure in a housing or handhole if necessary, opening the sheath
or jacket of the cable, bonding of the cable shields, filling the closure, and closing the closure in
accordance with the manufacturer's instructions. Cable splicing shall be compensated under the
appropriate splicing units.
The assembly units are defined as follows:
HBF( ) Buried Filled Closure - A filled splice closure with pair count and gauge for each
cable to be spliced.
HBF( ) This unit modifies the standard HBF assembly unit to no longer require the cable
gauge to be included as part of the unit. The parenthesis indicates the size of the
cable. All other requirements of the HBF assembly unit apply.
HBFO( ) Buried Filled Fiber Optic Closure - A fiber optic closure and organizer with the
number of fibers to be housed in the organizer.
HBFO( ) This modifies the standard HBFO assembly unit to not require filling with
encapsulating material and each cable to be bonded separately outside of the
splice case to facilitate cable locates.
Note: Suffix "A" shall indicate a treated plank with dimensions as specified by the
Engineer, placed 6 in. [15.24 centimeters (cm)] above the closure (see guide
drawing 907).
The following illustrations indicate the method of designating the material required.
HBF(100-24) Buried filled closure enclosing two cable ends same pair count and gauge.
HBF(200-24)(100-24)A Buried filled closure enclosing two cable ends with different pair counts
provided with a treated plank above.
HBFO(24) Buried filled fiber optic splice closure and organizer capable of
accommodating a minimum of 24 fibers.
HBF-PC8 PED CAP
This unit consists of the labor and material necessary to install a Reenterable Gel
Wrap, Ped Cap type encapsulated splice enclosure inside a buried plant pedestal.
This is to be used in High-Voltage areas only – NOT in all pedestals. This unit is for
Legacy Qwest markets only.
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Section HC – COPPER SPLICING ASSEMBLY UNITS
HC1 Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair in any cable, including any non-working pair in an existing cable in
accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual
mechanical splicing connectors. The splice may be straight, bridged, or pieced out
and bridged. Pairs that are to be tested, capped, or tested and capped, when
specified by the Engineer are considered to be part of this unit. Only those pairs on
which splicing, testing, and/or capping operations are performed are counted and
each pair is counted only once at each location. On aerial inserts, each end of the
fuse link is considered as a splice.
HC( ) For clarification, this unit will be paid for splicing a new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable
pairs refer to the HC1E unit. For cable throws refer to the WHC1 unit
HC1(1-25) This modifies the standard HC1 assembly unit to indicate the number of copper
pairs
HC1(26-50) to be spliced in the parentheses. These units shall apply to the total number of
HC1(51-100) splices across an entire project and not to each individual splice point
HC1(>100)
.
HC1E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
Each pair is counted and paid only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing
of cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered
a cable throw. Each pair is paid only once at each location which is defined as
each splice. See WHC1 for cable throw criteria.
HC2 Consists of the labor and material necessary for terminating one (1) distribution,
feeder, and/or electronic pair on a cross-connect block or a cross-connect module,
including any non-working pair in an existing cable in accordance with RUS Splicing
Standard Bulletin 1753F-401(PC-2). Pairs that are to be tested, when specified by
the Engineer are considered to be part of this unit. Only those pairs on which
terminating and/or testing operations are performed are counted and each pair is
counted only once at each location.
HC3 Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair in any cable, including any non-working pair in an existing cable in
accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using splicing
modules. The splice may be straight, bridged or pieced out and bridged. Pairs that
are to be tested, capped, or tested and capped, when specified by the Engineer are
considered to be part of this unit. Only those pairs on which splicing, testing, and/or
capping operations are performed are counted and each pair is counted only once
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at each location. On aerial inserts, each end of the fuse link is considered as a
splice.
HC3 For clarification, this unit will be paid for splicing new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable
pairs refer to the HC3E unit. For cable throws refer to the WHC3 unit
(P) The suffix P modifies the standard HC3 assembly unit to require pluggable
cable splicing modules.
HC3E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using splicing modules. The
splice may be straight, bridged, or pieced out and bridged. Each pair is counted
and paid only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to a new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing
of cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered
a cable throw. Each pair is paid only once at each location which is defined as
each splice. See WHC3 for cable throw criteria.
(P) The suffix P modifies the standard HC3E assembly unit to require pluggable
splicing modules.
HC4 Consists of the labor and material for placing and terminating both ends of one (1)
pair of cross-connect jumper wires on cross-connecting blocks and/or modules.
HC4CO PLACING AND TERMINATING JUMPER WIRES – CENTRAL OFFICE
Consists of the labor for placing and terminating both ends of one (1) pair of cross-
connect jumper wires on cross-connecting blocks and/or modules in the Central
Office. This unit includes contact with Structure Loaders or other designated
CenturyLink personnel and all required testing.
HC-500 CATV SPLICING ASSEMBLY UNITS
This assembly unit consists of the labor, equipment, and minor materials (tape,
straps & spacers, etc.) to splice and place the CenturyTel provided fittings, splitters,
line extenders, and amplifiers at the locations specified by the engineer.
Compensation will be on a per foot basis.
HC-501 CATV SPLICING ASSEMBLY UNITS
This assembly unit consists of the labor and equipment necessary to adjust and
balance the signal to the specifications of the engineer. CenturyTel will provide the
necessary pads and equalizers. Compensation will be on a per foot basis.
HC-502 CATV SPLICING ASSEMBLY UNITS
Consists of the labor, and materials to terminate either, RG6 or RG11, coax service
wire with compression fittings. Compensation will be on a per each-termination
basis.
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HC6 COPPER TERMINATION ASSEMBLY UNITS FOR (BFC) SERVICE ENTRANCE
CABLE
This assembly unit consists of labor and material necessary for terminating one (1)
pair of a Buried Filled Cable (BFC) within a Network Interface Device (NID) or
Building Entrance Terminal (BET), including any non-working pair in an existing
cable in accordance with RUS Splicing Standard Bulletin 17 53F-401 (PC-2). Pairs
that are to be tested, when specified by the Engineer, are considered to be part of
this unit. This unit shall apply only to service entrance cable larger than six (6) pair.
Termination of six (6) pair and smaller service wire or cable shall be compensated
under the SEBP unit. This unit is particular to those devices that require wire
termination onto screw-type and/or punch-down type blocks, or by other means not
associated with splicing.
HC7 COPPER SPLICING ASSEMBLY UNITS FOR PULP/PAPER INSULATED CABLE
Consists of the labor and material necessary in the identification and tagging, wire
work and splicing of one (1) cable pair in pulp/paper insulated copper cable,
including any non-working pair in an existing cable using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
Pairs that are to be tested, capped, or tested and capped, when specified by the
Engineer are considered to be part of this unit. Only those pairs on which splicin g,
testing, and/or capping operations are performed are counted and each pair is
counted only once at each location. This unit shall apply only to pulp/paper
insulated copper cable.
HC7 For clarification, this unit will be paid for splicing a new cable pair only; in
situations where there is new cable on both sides of the splice. For splicing existing
cable pairs refer to the HC7E unit. For cable throws refer to the WHC7 unit
(P) The suffix P modifies the standard HC3 assembly unit to require pluggable
cable splicing modules.
HC7E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
Only those pairs which splicing, testing operations are performed are
counted and each pair is counted only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing
of cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered
a cable throw. Each pair is paid only once at each location which is defined as
each splice. See WHC7 for cable throw criteria.
P The suffix P modifies the standard HC3 assembly unit to require pluggable cable
splicing modules.
HC8 This assembly unit consists of all labor necessary for the handling of each
energized special circuit (T-1, ISDN-PRI, HDSL) requiring Special handling.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 65 of 230
Special handling is defined as excessive time (> 15 Minutes) spent waiting on
another entity to test and approve the circuit. (i.e.: central office, customer, or
foreign company). Note: All circuits must be rolled (thrown) by using a “Throw
Master”, “bridging clips or other such equipment without a noticeable down time or
manual intervention, and this unit will not apply unless excessive wait time is
encountered. This unit must have pre-approval by the local CenturyLink
Engineering Manager, Supervisor and/or Area Operations Manager. This unit
will be paid on a per special circuit basis.
Note: The completion of this work might be required during the specified
maintenance window scheduled and approved through Network Operations Center,
customer and or local team. Work requested in the maintenance window with 48
hour or greater notice will not receive additional compensation.
NOTE: The Clear & Cap of cable pairs will be paid on the field end of the cable only (CO
end of cable must have pair ends taped by binder groups). Clear and Cap is
compensated as a HC1 or HC3 for complete 25 pair groups.
HC1CC COPPER SPLICING ASSEMBLY UNITS CLEAR CAP - MECHANICAL
This assembly unit consists of labor and material to Clear & Cap cable pairs using
individual mechanical splicing connectors. Clear Cap will be paid on the field end of the
cable only (CO end of cable must have pair ends taped by binder groups). This unit will
be paid on a per pair basis.
HC3CC COPPER SPLICING ASSEMBLY UNITS CLEAR CAP - MODULE
This assembly unit consists of labor and material to Clear & Cap cable pairs using
splicing modules. Clear Cap will be paid on the field end of the cable only (CO end of
cable must have pair ends taped by binder groups). This unit will be paid on a per pair
basis.
HC7CC COPPER SPLICING ASSEMBLY UNITS FOR PULP/PAPER INSULATED CABLE
CLEAR CAP - MECHANICAL
This assembly unit consists of labor and material to Clear & Cap cable pairs using
individual mechanical splicing connectors. Clear Cap will be paid on the field end of
the cable only (CO end of cable must have pair ends taped). This unit will be paid
on a per pair basis.
Section HO - FIBER OPTIC SPLICING ASSEMBLY UNITS
Consists of all labor and material necessary to splice and/or test one (1) glass fiber in any cable in
accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2). The labor shall include initial
measurement, minimizing the attenuation, splicing and stowing the spliced fiber in a fiber organizer.
The labor and material for the fiber organizer is part of the appropriate splice closure unit.
Suffix Description
HO1 Fusion Splice
HO2 Mechanical Splice
HO3 Connector Splice
HO( ) This modifies the standard HO assembly unit to require that the attenuation loss of
HO1 any field fusion splice shall not exceed .05dB. This modifies the standard HO
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 66 of 230
HO2 assembly unit to include factory test results provided to the engineer for each reel of
HO3 cable, indicating compliance with the PE-90 specifications, and testing of each reel
with an OTDR in the presence of the Engineer prior to placement to determine that
there are no significant deviations from the factory test results, and to include
testing at 1310, 1490 and 1550nm to verify compliance with CenturyLink
requirements for low-water-peak optical fibers.
In addition to the pre-placement testing requirements listed above, the following
post-placement test and acceptance shall apply.
1. The 1310, 1490 and 1550nm frequencies shall be required to be tested.
2. Bi-directional testing shall be conducted on all optical fibers from end-to-end
for feeder (from the OLT to the FDH) and distribution (from the FDH to the end
of Plant) cable, side taps and subscriber drops pre-spliced prior to plant
acceptance.
HO1(1-24) This modifies the standard HO1 assembly unit to indicate the number of fiber to be
HO1(25-48) spliced in the parentheses. These units shall apply to the total number of splices
HO1(49-96) across an entire project and not to each individual splice point.
HO1(97-144)
HO1(145-288)
HO1(>288)
HO1 For clarification, this unit will be paid for splicing new fiber strands or existing fiber
strands with no traffic. In addition to splicing a fiber strand, includes re-splicing
underground, aerial and buried fiber, section cuts, and re-splicing of cut fiber
cables.
This unit includes all test requirements noted in RUS 515 documents, PC-2 and
PC-4 will also include End to end loss readings as recorded using an Optical Power
Meter and Reflective Loss Testing as recorded using an OTDR, equipped to test for
reflective loss.
HO4 This assembly unit consists of the labor for routing and terminating one pre-
connectorized fiber optic jumper to a distribution patch panel port within a Fiber
Distribution Hub cabinet.
HO5 This assembly unit consists of all material and labor necessary to re-splice one
working fiber where the traffic cannot be rolled to a dark fiber.
For clarification, this unit will only be paid for strands carrying traffic that is not rolled
to another dark fiber. It includes all monitoring activity associated with traffic on t he
fiber strands.
This unit includes all test requirements noted in RUS 515 documents, PC-2, PC-4
and CenturyLink CSP 200.009.049 and will also include End to end loss readings
as recorded using an Optical Power Meter and Reflective Loss Testing as record ed
using an OTDR, equipped to test for reflective loss.
HO5(1-24) This modifies the standard HO5 assembly unit to indicate the number of fiber to be
HO5(25-48) spliced in the parentheses. These units shall apply to the total number of splices
HO5(49-96) across an entire project and not to each individual splice point.
HO5(97-144)
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 67 of 230
HO5(145-288)
HO5(>288)
HO6 FIBER CHARACTERIZATION UNIT
This assembly unit consists of all labor and equipment required to perform Fiber
Characterization. Functions include the following:
Work will be performed during normal business hours.
For the purposes of this unit a "span" will consist of 2 fibers between a patch
panel at point A and a patch panel at point B.
A span may consist of "sub-spans" that are themselves a length of fiber with a
patch panel on each end. Sub-spans are connected together with patch cables
to create the span. As part of the fiber pre-qualification process it may be
necessary to access these sub-span patch panels and clean connectors. It
should be noted that, while this access will be required at the time of the span
testing in order to complete and certify the path, the labor to complete this
activity will be charged to a separate unit. Contractor should plan on
completing the span before moving to the next span and keeping track of the
time involved in any cleaning/preparatory activity other than cleaning of the
"front end" patch panel connection.
A span can be made up of sub spans which are described as two fibers.
Using EXFO equipment (other equipment MUST be approved in advance) -
Perform Bi-directional OTDR testing, Light Source & Power Meter testing,
Chromatic Dispersion testing & Polarization Mode Dispersion testing on 2 fibers
between locations A & B from fiber distribution panels in positions described on
"FDP Assignments and Results" spreadsheet.
Using OTDR Verify actual distance and span loss to be .25db/km or better on
each fiber prior to moving on to the next step. Contact CenturyLink
immediately if span is out of spec. - Submit results in the form of raw OTDR
trace files - one per direction per fiber; all four traces printed to the "Span
overall .pdf" file; enter distance value into Column W of "FDP Assignments and
Results" spreadsheet.
Verify ORL to be >30db on each fiber before moving on to the next step.
Inspect & Clean connectors at front end & intermediate patch panels if span is
out of spec. If span remains out of spec contact CenturyLink immediately. -
Submit results in the form of raw .olts file - one per span; as part of the "Span
overall .pdf" file; enter ORL value into Column X, span loss in column Y and
db/km in column Z of "FDP Assignments and Results" spreadsheet.
Verify chromatic dispersion values across the 1530nm to 1570nm spectrum -
Submit results in the form of raw .exfocd file - one per span; as part of the
"Span overall .pdf" file; enter respective values into Columns AA-AD of "FDP
Assignments and Results" spreadsheet.
Verify Polarization Mode Dispersion values are <11 and have a coefficient
value of <.38. Contact CenturyLink immediately if span is out of spec - Submit
results in the form of raw .pmdB files - one per fiber; as part of the "Span overall
.pdf" file; enter respective values into Columns AE-AF of "FDP Assignments
and Results" spreadsheet.
Acquire detailed digital photographs of relay rack(s), patch panel(s) and
connectors and submit on Picture Description Form.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 68 of 230
In addition to the standard files called out in the language above, the
attachment below is a sample spreadsheet that must be completed and
submitted for each project. The Engineer will provide a base spreadsheet
specific to the related project; it will be the contractors responsibility to populate
the remaining columns [W, X, Y, Z, AA, AB, AC, AD, AE, AF, and AH] with test
results and completion dates.
HO8 FIBER PREP UNIT
This unit will include the labor and material to prep the fiber only, no splicing will
included in this unit. Material will include installation of protection tubes and fibers
into the splice trays. Unit will be paid per mass fusion and will only apply to ribbon
fiber. This unit applies to Legacy Qwest and National markets only.
HO9A CLEAN AND CONNECT PRE-TERMINATED PIG TAIL – INDIVIDUAL
This unit includes all labor and material to Clean & Connect (1) Individual Pre-
terminated Pig Tail to an existing bulkhead in an existing or newly installed FDP at
a location specified by Company. This unit will be paid on a one time basis.
Contractors will not be compensated for multiple attempts to clean and connect
individual pigtails. Requires the use of an Optical Scope to magnify the end face of
the connectors to ensure they are free of imperfections prior to connecting to bulk
head. This unit is for Legacy National markets only.
HO9B CLEAN AND CONNECT PRE-TERMINATED PIG TAIL – 12CT
This unit includes all labor and material to Clean & Connect (1) 12ct Pre-terminated
Pig Tail to existing bulkheads in an existing or newly installed FDP at a location
specified by Company. This unit will be paid on a one time basis. Contractors will
not be compensated for multiple attempts to clean and connect pigtails. Requires
the use of an Optical Scope to magnify the end face of the connectors to ensure
they are free of imperfections prior to connecting to bulk head. This unit is for
Legacy National markets only.
HOMF1 FUSION SPLICE AND VERIFY SPLICE LOSS–RIBBON FIBER/PIGTAIL
TERMINATION
This unit includes all labor and material to fusion splice and test a 12f ribbon within
the designated fiber count cable at a location specified by Company. This unit
includes fusion splicing of the ribbon fiber and pigtail termination using mass fusion
techniques (unless otherwise specified), documentation of each splice attempt on
each fiber, cable preparation, configuration and dressing of the splice trays,
installation of heat shrinks, bonding the cable and grounding the splice point,
directional marking of the cable, and cable slack in the handhole/manhole. The
labor and material for the fiber organizer is a part of the appropriate splice closure
unit. NOTE: loss shall not exceed the CenturyLink Standards and specifications.
This is paid on a per each 12f ribbon. This unit applies to Legacy Qwest and
National markets only.
HOT This unit compensates for pre-testing of “owner furnished” fiber optic cable prior
to placement. Testing of each optical fiber shall be performed with an OTDR in the
presence of the Engineer prior to placement to determine that there are no
significant deviations from the factory provided test results indicating compliance
with the RUS PE-90 specifications, and to include testing at 1310, 1490 and
1550nm to verify compliance with CenturyLink requirements for low-water-peak
optical fibers.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 69 of 230
In addition to the pre-placement testing requirements listed above, the
following post-placement test and acceptance for owner furnished and/or
contractor furnished fiber optic cable, of all “non-spliced” optical fibers specified
by the engineer shall apply.
1. The 1310, 1490 and 1550nm frequencies shall be required to be tested.
2. For FTTP construction, bi-directional testing shall be conducted on all “non-
spliced” optical fibers from end-to-end for feeder (from the OLT to the FDH) and
distribution (from the FDH to the end of Plant) cable, including side taps.
3. For transport/feeder fiber optic cables to remote switch and/or NGDLC
equipment, the above listed frequencies and bi-directional testing shall be
conducted on all “non-spliced” optical fibers from end-to-end, including any mid-
span sections.
This unit compensates for testing “non -spliced” optical fibers only. All spliced
optical fibers shall be compensated for using the appropriate Section HO assembly
unit.
SECTION MT - MAINTENANCE UNITS
(Used only when standard RUS unit does not apply)
COPPER This assembly unit consists of labor only per hour to provide for a fully
SPLICER equipped (Truck, Tools and Test Equipment) copper cable splicer. Splicer must
possess all the necessary skills and work experience to perform all copper splicing
functions. Including but not limited to:
Splicing, testing (including pair continuity), acceptance, count verification of
all types, sizes and gauges of PIC and Paper insulated, color-coded and
non-color coded copper cables.
Install and maintain splice closures (pressurized/non-pressurized); DSL
provisioning; perform cable throws; install, splice and test load coils, cross
connect cabinets, digital concentrators, T-carrier routes and special circuits.
Ability to read and comprehend schematics, preparation of all job related
work reports (i.e.: red-lined cable plans. schematics, throw sheets and test
results).
Below are the minimum Tool and Test Equipment lists. Splicer must have available
and utilize the correct tools and test equipment for proper and safe performance of
services. Splicer must have or be able to access within the same day all test
equipment (i.e.: HST3000, 3M 2273 3M 2273M-ID/UC3W-W TEST SET) required
to perform services. At no time will CenturyLink provide tools or test equipment to
the contracting firms.
COPPER SPLICER MINIMUM TOOLS
BELT, LINEMANS CLIMBING
CLIMBER, LINEMANS
AWL SCRATCH
BIT AUGER TYPE 1/2 X 54IN
BLOCK/TACKLE
HANDLINE
SHOVEL FIBERGLASS ROUND LGE
SHOVEL, SHARPSHOOTER TRENCHING
STAPLER T25
TENT GROUND
TOOL CRIMP SCOTCHLOK E9E/ E9J or
CARTRIDGE TOOL E9C
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 70 of 230
CLIP HANDLINE SAFETY
CUTTERS, BOLT
CUTTERS, CABLE
DRILL CORDLESS
DRILL BITS VARIOUS TYPES/SIZES
GRIP, STRAND VICE VARIOUS SIZES
HAMMER CURVED CLAW
HAMMER LINEMANS
KNIFE CABLE SHEATH
KNIFE UTILITY AND SPARE BLADES
PLIERS, VARIOUS TYPES/SIZES
LINEMAN CABLE SHEARS
SAW, HACKSAW & BLADE NUTDRIVERS,
VARIOUS SIZES
SCREWDRIVERS, VARIOUS STYLE/SIZES
HAZARDOUS GAS DETECTOR
TOOL IMPACT FOR 66E TYPE
TOOL WIRE INSERTION MINI MOD MS2
SPUDGER
TOOL WIRE WRAP/UNWRAP 22/24AWG
WRENCH VARIOUS STYLES/ SIZES
WRENCH TERMINAL CAN 3/8 X 7/16
3M MS2 MODULAR SPLICING RIG
28’ ’LADDER (FIBERGLASS)
STEP LADDER (FIBERGLASS)
TORQUE WRENCH, INCH POUNDS
“T” TORQUE WRENCH
PRE-FORM END PLATE CUTTER
PRE-FORM BLADE KIT
END PLATE REMOVAL TOOL
GAUGE, PRESSURE C
HOOK, COVER, MANHOLE
TOOL, PUNCH, FOR SHIELD BONDS
MINIMUM TEST EQUIPMENT AS LISTED OR EQUIVALENT
HHT/Laptop Minimum requirement: 800 MHz
processor, 128 Mb RAM, Minimum Windows 2000 or
XP operating system, modem and Ethernet card,
wireless card option
AMPLIFIER E/W HEADSET
HST3000 TOF DATA- POTS AND WIDEBAND
TESTING
BUTT TEST SET W/SPKR ANGLED BED-O-NAILS
3M 2273 3M 2273M-ID/UC3W-W TEST SET,
CABLE,PATH, PIPE & SHEATH FAULT LOCATOR
TONE TRANSMITTER AND PROBE
ANALOG VOLT/OHM/METER
AMP PROBE
FIBER This assembly unit consists of labor only per hour to provide for a fully
SPLICER equipped (Truck, Tools and Test Equipment) fiber optic cable splicer. Splicer must
possess all the necessary skills and work experience to perform all fiber optic cable
splicing functions. Including but not limited to:
Splicing (fusion or mechanical); traying; testing with: OTDR (Optical Time
Domain Reflectometer), Power Meter, Light Source Live Fiber Identifier and
Visual Optical Fault Locator; verifying of all types and sizes of fiber optic
cables or drops.
Install and maintain fiber splice closures; patch panels, housings, cross
connect cabinets and digital concentrators.
Ability to read and comprehend fiber schematics, preparation of all job
related work reports (i.e.: red-lined cable plans. schematics and all test
results).
Below are the minimum Tool and Test Equipment lists. Splicer must have available
and utilize the correct tools and test equipment for proper and safe performance of
services. Splicer must have or be able to access within the same day all test
equipment (i.e.: HST3000) required to perform services. At no time will
CenturyLink provide tools or test equipment to the contracting firms.
FIBER SPLICER - MINIMUM TOOLS
BELT, LINEMANS CLIMBING
CLIMBER, LINEMANS
AWL SCRATCH
BIT AUGER TYPE 1/2 X 54IN
BLOCK/TACKLE
TENT GROUND
WRENCH VARIOUS STYLES/ SIZES
WRENCH TERMINAL CAN 3/8 X 7/16
28’ LADDER (FIBERGLASS)
TORQUE WRENCH, INCH POUNDS
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 71 of 230
CLIP HANDLINE SAFETY
CUTTERS, BOLT
CUTTERS, CABLE
DRILL CORDLESS
DRILL BITS VARIOUS TYPES/SIZES
GRIP, STRAND VICE VARIOUS SIZES
HAMMER CURVED CLAW
HAMMER LINEMANS
KNIFE CABLE SHEATH
KNIFE UTILITY AND SPARE BLADES
PLIERS, VARIOUS TYPES/SIZES
LINEMAN CABLE SHEARS
SAW, HACKSAW & BLADE
NUTDRIVERS, VARIOUS SIZES
SCREWDRIVERS, VARIOUS STYLE/SIZES
HAZARDOUS GAS DETECTOR
SHOVEL FIBERGLASS ROUND LGE
SHOVEL, SHARPSHOOTER
“T” TORQUE WRENCH
PRE-FORM END PLATE CUTTER
PRE-FORM BLADE KIT
END PLATE REMOVAL TOOL
GAUGE, PRESSURE C
HOOK, COVER, MANHOLE
TOOL, PUNCH, FOR SHIELD BONDS
FIBER CLEAVER
FIBER FUSION SPLICER KIT – CORE
ALIGNMENT
FIBERLOK SPLICING TOOL
FIBER CLEANING KIT
INSPECTION PROBE W/ALL TYPE PROBE TIPS
ASSORTED FIBER TEST JUMPERS WITH
VARIOUS CONNECTION TYPES
BUFFER TUBE SLITTER AND CUTTING TOOL
FIBER STRIPPERS
FIBER NONIKS STRIPPER
MINIMUM TEST EQUIPMENT AS LISTED OR EQUIVALENT
HHT/Laptop Minimum requirement: 800 MHz
processor, 128 Mb RAM, Minimum Windows 2000 or
XP operating system, modem and Ethernet card,
wireless card option
POWER METER AND LIGHT SOURCE KIT
1310/1550/1625 MINIMUM
VISIBLE LIGHT SOURCE
FIBER IDENTIFIER
OTDR - ABILITY TO STORE AND SAVE TEST
RESULTS; MULTI AND SINGLE MODE
CAPABIITIES WITH OPTIONAL FILTERED OTDR
MODULE (FOR FIBER TO THE PREM
APPLICATIONS)
Splicer with This assembly unit consists of labor only per hour to provide for a fully
Truck and Tools equipped cable splicer. A Splicer must possess all the necessary skills and work
experience to perform all copper and fiber optic cable splicin g function. This
includes splicing, testing (including pair continuity), acceptance, count verification of
all types, sizes and gauges of PIC and Paper insulated, color-coded and not-color
coded fiber optic cables.
Splicer must have skills necessary including but not limited to: ability to read and
comprehend schematics; install and maintain splice closures; DSL provisioning;
perform cable throw; install, splice and test load coils, cross connect cabinets, T -
carrier routes and special circuits. Also include preparation of all job related work
report (i.e: red-lined cable plans. Schematics, throw sheets, test results).
Note this unit Splicer with Truck and Tools is for 2011 and earlier contracts
only and will be removed once those contracts expire.
FIBER HUT This assembly unit will consist of all labor only per hour to provide a fully qualified
TECH-FTTP Fiber Hut Technician equipped to provide the following:
Validates working fiber count and associated MSDT by translating the
cutover assignments to the location of the F2 fiber at the ODF.
While communicating with the Field Technician, disconnects the working
fiber at the ODF to enable the Field Technician to throw the F2 fiber from
the SLC 2000 to the input tail of the GPON splitter located in the pedestal.
Communicates with Structure Load to begin the migration of the POTS
service over to the GPON network.
Identifies the appropriate HUT GPON splitter tail that will connect the
assigned OLT port with the F2 fiber at the ODF.
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Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
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Cleans and scopes the splitter tail and the F2 fiber.
After Field Technician completes all splicing activity, connects the Hut
GPON splitter tail to the F2 fiber at the ODF.
Notifies Structure Load that all field work has been completed.
Notifies Field Technician to activate ONT and validate dial tone.
Notifies Structure Load of any provisioning problems and works with all
parties for expedient resolution.
This unit will be used at CenturyLink's request and approval only. This is a Labor
Only unit and is compensated on a per hour basis. This unit is specific to FTTP
activity ONLY.
T&E 1 MAN T&E 1 Man Laborer
LABORER This assembly unit consists of labor only per hour to provide a Laborer, Truck (1 ton
or below) and Hand tools.
T&E 2 Man This assembly unit consists of labor only per hour to provide for two fully qualified
Crew construction workers with experience in all phases of RUS buried construction
specific to cable placement and/or repair methodologies. Crew rate includes a
backhoe, full complement of tools and equipment including truck and trailer.
T&E 3 Man This assembly unit consists of labor only per hour to provide for three fully qualified
Crew construction workers with experience in all phases of RUS buried construction
specific to cable placement and/or repair methodologies. Crew rate includes a
backhoe, full complement of tools and equipment including truck and trailer.
T&E 4 Man This assembly unit consists of labor only per hour to provide for four fully qualified
Crew construction workers with experience in all phases of RUS buried construction
specific to cable placement and/or repair methodologies. Crew rate includes a
backhoe, full complement of tools and equipment including truck and trailer.
Test and Tag This assembly unit consists of all labor and equipment required for the
Special Circuit Tagging and Testing of cable pairs from a Customer Location to point of origin, i.e.:
Pair Gain Device or Central Office. This unit includes testing of special circuits from
Customer Location to each touch point within the design of the circuit. This unit
also includes megging the cable pairs.
A unit will be applied at each touch point that the Splicer has to set up equipment
and test pair(s). For example if the request required testing from the CO to a
Doubler/Repeater (1) one unit will apply, if the request required testing from the CO
to a Doubler/Repeater and from the Doubler/Repeater to the Customer location (2)
two units would apply. This unit must have written pre-approval by CenturyLink.
This unit will be paid on a per circuit basis.
Note: All labor to tag and test, travel time and test equipment is included.
VAC Truck LOCATING OF EXISTING BELOW GROUND STRUCTURES:
With This consists of labor only per hour, to expose, by means of Vacuum Truck and
Operator assembly unit operating crew, one point of existing buried telephone facility or other
below ground structure or device as marked by locator’s paint/flag, or as shown on
approved engineer work prints. This unit will include backfill and compaction of
native material from vacuum pothole, recording depth of located facility from
existing grade, and any ties to existing landmarks on as-built drawings. This unit
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 73 of 230
also includes all locating required within three feet, in any direction, of specified
locaters paint/flag mark and/or point specified on engineers work prints.
SECTION TC - TRIP CHARGE ASSEMBLY UNITS
Trip Charge STANDBY FOR BFC PLACEMENT IN THIRD PARTY TRENCH
BFC Standby This assembly unit consists of labor to standby for placement of BFC in open trench
provided by other than CenturyLink or Contractor forces. Each unit shall have a
fixed value of fifty dollars ($50.00) to be incrementally applied as needed to cover
the total amount calculated for down time. Partial units as calculated shall also
apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
This is idle time only, excluding any actual work to be performed at the job site. Line
Extension Only.
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge PICKUP AND DELIVERY OF CENTURYLINK MATERIAL
Pickup/ This assembly unit consists of labor and equipment necessary to pickup
Delivery and deliver CenturyLink materials. Each unit shall have a fixed value of fifty dollars
($50.00) and shall be compensated in 25 mile one-way increments and excludes
any actual work to be performed at the job site. Line Extension Only.
Example: 100 miles between pickup location and delivery location = 4 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge CONSTRUCTION CREW
Construction This assembly unit consists of labor only for an emergency buried
Crew construction crew. Each unit shall have a fixed value of fifty dollars ($50.00) and to
incrementally applied as needed to cover trip cost approved by engineer and
excludes any actual work to be performed at the job site. Line Extension Only.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge TRIP CHARGE SPLICER
Splicer This assembly unit consists of labor only for an emergency trip charge for splicer.
Each unit shall have a fixed value of fifty dollars ($50.00) and to incrementally
applied as needed to cover trip cost approved by engineer and excludes any actual
work to be performed at the job site. Line Extension Only.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
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Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with
approval by CenturyLink
Section W - REARRANGEMENT UNITS
Specific rearrangement units shall be designated and described by the Engineer on the "List of Special
Arrangement Units" table of RUS Form 515. Existing plant assembly units to be rearranged are
designated by a prefix "W".
WBD CABLE INSTALLATION INTO EXISTING BURIED PLANT PEDESTAL
WBDO This unit shall include the material and labor necessary to install new cables
WBDS and reinstall all existing cables that are to be retained within an existing buried plant
pedestal. All specifications and requirements of the BD assembly unit and the RUS
Splicing Standard PC-2 shall apply. Bonding and grounding of cable, including
bonding connector, bonding harness, tie-wraps, replacement of gravel and/or sealer
shall be compensated separately under the BM2C unit. This does not apply to
drops.
WBD-E RELOCATE EXISTING BURIED PLANT PEDESTAL
This unit consists of the labor and material necessary to relocate an existing buried
plant pedestal. Excavation required for the relocation of the pedestal and exposing
the existing facilities to move or gain slack will be compensated using WBJ.
WBDHS BD HOT SLIDES
This unit shall include all labor and material to remove an existing shell, retrofitting a
frame, mounting additional binding posts and placing a new shell. Retrofitting is
identified as “up sizing” an existing 40 type cabinet to increase binding post
capacity. This unit applies to Legacy Qwest markets only.
Splicing shall be compensated separately under the HC/HO unit.
The unit value shall be one hundred dollars ($100.00) per unit with sufficient units
calculated to cover the total cost of the job. Upon receipt of Contractor Bid the
Engineer shall input into Fireworks the total cost as "Labor" in order to capture the
unit as a single line item.
Example: WBDHS Labor = $1,580.00
Total Cost = $1,580.00 entered into Fireworks as "Labor"
Total Units = 15.8
WBDHS ( ) ( ) BD HOT SLIDES
This unit shall include all labor and material to remove an existing shell, retrofitting a
frame, mounting additional binding posts and placing a new shell. Retrofitting is
identified as “up sizing” an existing 40 type cabinet to increase binding post
capacity.
The first parentheses shall indicate the existing maximum pair count capacity and
the second parentheses shall indicate the new maximum pair count capacity after
expansion. Splicing shall be compensated separately under the BC unit.
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Sizes identified:
(600)(1800) - (2700)(5400)
(900)(1800) - (3600)(3600)
(1200)(1800) - (3600)(5400)
(1800)(3600) - (5400)(5400)
(2700)(3600)
WBD-G PRSM RE-ENTER/OPEN PEDESTAL – PRISM GROOMING
This unit includes all labor and equipment to re-enter/open an existing pedestal to
perform a visual inspection and tighten all grounds on the ground bar. All other
units to be compensated separately. This unit will be compensated on a Per
Pedestal basis. Note: This unit is to be used in conjunction with the Prism
Grooming Process ONLY.
WBD_TRI RE-ENTER SUB-SURFACE READY ACCESS TERMINAL - TRISEAL
This assembly unit consists of labor and material to necessary to re-enter a Sub-
Surface Ready Access Terminal. Includes adding additional cables/drops, opening
the sheath or jacket of the cable, bonding of the cable shields, filling the side port(s)
with resin as required and closing the terminal.
WBFC( ) TEMPORARY BURIED CABLE REARRANGEMENT
This unit consists of all labor and material required to maintain service through an
existing pedestal and buried cable, including two (2) pieces of BFC up to fifty feet
(50ft.) long, one buried at project depth and the other barely covered, a buried
splice case, all miscellaneous material, and bonding and splicing in both the new
and existing pedestals. Range of cable sizes to be indicated within parentheses as
follows: 6-25, 50-100 and 150-200, etc. See CenturyLink Guide Drawing
WSEB/WBFC.
WBFO EXPOSING EXISTING BURIED FIBER OPTIC CABLE
This unit consists of labor to expose one (1) foot of existing buried Fiber Optic cable
for the purpose of section cuts, etc. Trench to be two (2) feet wide. In instances of
trench depth greater than 36 inches the contractor shall be responsible for shoring
of trench walls as needed to avoid collapse onto personnel.
Note this unit WBFO is for 2011 and earlier contracts only and will be
removed once those contracts expire.
WBHC CABLE/WIRE INSTALLATION INTO EXISTING BURIED PLANT HANDHOLE
WBHF This unit shall include the material and labor necessary to expose cable entrance to
install new cables/wires and reinstall all existing cables/wires that are to be retained
within an existing buried plant handhole. All specifications and requirements of the
BH assembly unit and the RUS Splicing Standard PC-2 shall apply. Bonding and
grounding of cable/wire, including bonding connector, bonding harness, tie-wraps,
replacement of gravel and/or sealer shall be compensated separately under the
BM2C unit.
WHBF CABLE/WIRE INSTALLATION INTO EXISTING BURIED PLANT CLOSURE
This unit shall include the material and labor necessary to install new cables/wires
and reinstall all existing cables/wires that are to be retained within an existing direct
buried plant closure. All specifications and requirements of the HBF assembly unit
and the RUS Splicing Standard PC-2 shall apply. Bonding and grounding of new
cable/wire shall be compensated under this unit.
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WHBFO CABLE/WIRE INSTALLATION INTO EXISTING BURIED PLANT CLOSURE
This unit shall include the material and labor necessary to install new cables/wires
and reinstall all existing cables/wires that are to be retained within an existing direct
buried plant closure. All specifications and requirements of the HBF assembly unit
and the RUS Splicing Standard PC-2 shall apply. Bonding and grounding of new
cable/wire shall be compensated under this unit.
WBJ EXPOSING EXISTING BURIED CABLE
This unit consists of labor to relocate existing buried cable (fiber or copper). The
unit will include the excavation, exposure of the cable, moving the cable and
backfilling. The unit will be compensated per each cubic yard removed.
CenturyLink personnel will identify the estimated cubic yards required for each WBJ
unit on the construction print and must have pre approval from CenturyLink.
WBM66 REARRANGEMENT OF BRIDGE ATTACHMENT ASSEMBLY
This assembly unit consists of all labor and minor material required to remove a
BM66 from a bridge and place it back on the same bridge or a new bridge. Each
unit shall have a fixed value of fifty dollars ($50.00) to be incrementally applied.
WBM83 REARRANGEMENT OF BURIED SERVICE GUARD
This assembly unit consists of all labor and minor material required to remove an
existing BM83 and place it back at the same location or another location of the
same customer premise.
The following suffix applies to this rearrangement unit:
(2) - Indicates a two inch (2") riser guard to be rearranged.
WBM86 REARRANGEMENT OF POLE MOUNTED PIPE
This assembly unit consists of all labor and minor material required to remove a
BM86 from a pole and place it back on the same pole or a new pole.
WBM92 REARRANGEMENT OF REPEATER HOUSING
This assembly unit consists of all labor and minor material required to remove a
BM92 from a pole and place it back on the same pole or a new pole.
WHAP-R RE-ENTER PRESSURIZED SPLICE CLOSURE
This assembly unit consists of all labor and equipment required to re-enter an
aerial, underground or buried sealed closure on an existing splice for the purpose of
rearranging, removing or splicing cable pairs. This unit applies only to hermetically
sealed splice closures and includes reinstallation of end plate seals and flash
testing the closure.
WHC-( ) REARRANGE EXISTING SPLICE IN WORKING CABLE
This unit shall include the material and labor necessary for the rearrangement work
of transferring a single cable pair from one count to another within an existing
cable, or the transfer of a single pair from one existing cable to another. The pairs
in existing cables involved in the transfer shall have been cleared of faults by
CenturyLink. The unit also includes testing, clearing and capping as required.
Detailed instructions outlining the requirements for each rearrangement, and the
respective responsibilities of the contractor and CenturyLink will be included in the
cable schematic and/or cut-sheet prepared by the engineer.
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WHC1 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC1E
unit. Each pair is counted and paid only once at each location which is defined as
each splice.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC1 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with
25 pair working and 25 pair non-working. WHC1=25 and HC1E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WHC2 This assembly unit consists of the labor and material necessary for rearranging one
(1) distribution, feeder, and/or electronic pair on a cross-connect block or a cross-
connect module, including any non-working pair in an existing cable in accordanc e
with RUS Splicing Standard Bulletin 1753F-401(PC-2). Pairs that are to be tested,
when specified by the Engineer are considered to be part of this unit. Only those
pairs on which terminating and/or testing operations are performed are counted and
each pair is counted only once at each location.
WHC3 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC3E
unit. Each pair is counted and paid only once at each location which is defined as
each splice.
(P) The suffix P modifies the standard WHC3 assembly unit to require pluggable
splicing modules.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC3 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with
25 pair working and 25 pair non-working. WHC3=25 and HC3E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WHC7 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC1E
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unit. All pairs are counted and paid only once at each location which is defined as
each splice.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC7 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with
25 pair working and 25 pair non-working. WHC1=25 and HC1E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WUD REARRANGE EXISTING CONDUIT UNIT
This unit consists of the necessary labor and material to locate and expose one (1)
existing direct buried conduit to extend to, or remove from, a handhole or pedestal.
This unit includes trenching, shoring, backfilling, tamping, restoration and disposal
of excess or unusable material. The unit also includes labor and material to (1) cut
into an existing conduit, add necessary length of conduit (straight pieces or
sweeps), place in handhole or pedestal and replace pea gravel as required; or (2)
remove an existing conduit from a handhole or pedestal, join conduit to make whole
and continuous past handhole or pedestal and replace pea gravel as required. The
unit also includes labor for rodding and cleaning of conduit as specified by the
Engineer.
WUDCE REMOVE AND REPLACE CONCRETE ENCASEMENT
Consists of the necessary labor equipment and material to remove and replace one
cubic foot of concrete encasement from an existing encased duct run associated
with intercepting existing conduit. Excavation to expose the existing conduit run is
not included in this unit. Items WUD or WUDE would be used in conjunction with
this unit.
WUDCE-NR PLACE CONCRETE CAP
Includes the labor and material to form and pour concrete cap on existing duct(s).
Concrete shall be 2500 psi, 3" slump, 3/4" to 1 1/2" aggregate, Type l or Type lll
concrete. Excavation to expose the existing conduit run is not included in this item.
This item is used for placing a concrete cap on existing duct only and is not to be
used with placement of new conduit or removing/replacing existing conduit. Unit is
compensated by the cubic foot.
WUDE REPAIR EXISTING CONDUIT ASSEMBLY UNIT
This unit consists of the labor and material to expose and repair up to ten (10’) feet
of existing conduit(s) found to be damaged while proofing to place a cable inside.
This unit includes trenching, shoring, backfilling with native soil, tamping, restoration
and disposal of excess or unusable material. The unit also includes labor and
material to cut out a damaged section and add the necessary length of conduit to
make conduit whole and continuous. The unit also includes labor for rodding and
cleaning of conduit as specified by the Engineer.
WUDEA REPAIR EXISTING CONDUIT ASSEMBLY UNIT – ADDITIONAL CONDUITS
This unit consists of repair of each additional conduit associated with the WUDE
unit. The excavation is compensated under the WUDE unit, this is applied for each
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additional conduit, per 10’ basis. Note this is an add on unit to WUDE. This unit
must have preapproval from CenturyLink.
Section XX - NONREUSABLE MATERIALS REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines, and transportation of the removed materials for proper disposal. The Contractor will be permitted
to use the most economical method of removing these units. The removal units are designated by the
prefix "XX" followed by the assembly unit designation of the unit to be removed. Note: When removal
is accomplished under the XX units, the material becomes property of the contractor and units should
be priced as such.
XX-ABDN CA CUT OFF ABANDONED CABLE
This assembly unit consists of labor and material to cut off abandoned cables. This unit
applies to aerial, buried, underground applications. Note: If in direct buried
applications, it includes cutting off the cable 12” below ground level. It also includes
reinstalling moisture block, pedestal seal or pea gravel and fire ant retardant. This unit
is not paid on a per cable basis; it is paid on a per location basis. This unit does not
apply when other plant (i.e.: cable, pedestal, cross-connect, etc) is being removed. It
cannot be used in conjunction with any other removal units.
XXBDS-( ) REMOVAL OF SERVING AREA INTERFACE CABINET
This assembly unit consists of all the labor and equipment to remove one ground-
mounted cross connect cabinet and proper disposal of unit.
The following cabinet sizes apply to this unit:
S – Small (up to 1000)
M – Medium (1001 to 3600)
L – Large (3700 8100)
XXBFC ( ) REMOVAL OF POLE RISER CABLE
This assembly unit consists of all the labor and equipment to remove one foot of
existing buried filled cable that is attached to a pole as riser cable, and proper
disposal of unit. This unit shall include exposing cable beneath ground level and
cutting the cable where the bend becomes lateral, along with back filling and
tamping around base of pole. Also included shall be the rehabbing of existing aerial
closure end-seal and associated bonding and grounding to restore closure to
original integrity once the cable has been extracted from closure. Removal of riser
guard shall be compensated under XXBM unit. The parentheses indicate the pair
count as follows:
(6-200), (300-600), (900-1200), (1500-1800), ( 2100-2400)
XXBFC-EXC REMOVAL OF DIRECT BURIED FILLED COPPER CABLE – EXCAVATION
Consists of the labor and equipment for one foot of excavation and removal of
direct buried filled copper cable at all depths and proper disposal. This unit is paid
for on a per foot per cable basis.
This unit includes all labor and material required in the repair and/or replacement of
streets, sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes,
pipelines and contents, underground power and telecommunications facilities,
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buried sewerage and drainage facilities, and any other property damaged during
the removal of the buried cable, except loss or damage to crops, gardens,
ornamental flowers or trees in the construction corridor necessarily incident to the
construction of the Project and not caused by the negligence of the Contractor.
Note: If cable is being removed under paved services and removal/restoration of
concrete/asphalt is required, the appropriate BM72/BM73 units will apply.
XXBFC-EXC REMOVAL OF DIRECT BURIED FILLED COPPER CABLE – EXCAVATION - ADDITIONAL
-ADDL Consists of the labor and equipment for one foot removal of each additional direct
buried filled copper cable at all depths and proper disposal. This unit is paid for on a
per foot per additional cable basis.
XXBFCIE REMOVAL AND REUSE OF BURIED CABLE FROM EXISTING CONDUIT
Consists of the labor and equipment to remove one foot of buried filled copper
cable from an existing conduit. This unit includes all labor and material required to
seal the ends of the duct after the cable is removed. This unit is paid for on a per
foot per cable basis.
XXBFCIE-ADDL REMOVAL AND REUSE OF BURIED CABLE FROM EXISTING CONDUIT-
ADDITIONAL
Consists of the labor and equipment to remove one foot of each additional buried
filled copper cable from existing conduit. This unit is paid for on a per foot per each
additional cable basis.
XXBFO-EXC REMOVAL OF DIRECT BURIED FILLED FIBER OPTIC CABLE - EXCAVATION
Consists of the labor and equipment for one foot of excavation and removal of
direct buried filled fiber optic cable at all depths and proper disposal to meet all
regulatory requirements. This unit is paid for on a per foot per cable basis.
This unit includes all labor and material required in the repair and/or replacement of
streets, sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes,
pipelines and contents, underground power and telecommunications facilities,
buried sewerage and drainage facilities, and any other property damaged during
the removal of the buried cable, except loss or damage to crops, gardens,
ornamental flowers or trees in the construction corridor necessarily incident to the
construction of the Project and not caused by the negligence of the Contractor.
Note: If cable is being removed under paved services and removal/restoration of
concrete/asphalt is required, the appropriate BM72/BM73 units will apply.
XXBFO-EXC REMOVAL OF DIRECT BURIED FILLED FIBER OPTIC CABLE – EXCAVATION -
-ADDL ADDITIONAL
Consists of the labor and equipment for one foot removal of each additional direct
buried filled fiber optic cable at all depths and proper disposal to meet all regulatory
requirements. This unit is paid for on a per foot per additional cable basis.
XXBFC-GL REMOVAL OF TEMPORARY GROUND LAID CABLE
This assembly unit consists of all the labor and equipment to remove one foot of
ground laid buried filled cable and proper disposal of unit or deliver to a location
designated by the Engineer.
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XXBFV Consists of the labor and equipment for one foot of excavation and removal of one
foot of direct buried vacant duct at a depth of excavation of up to 36". Direct buried
duct removal at depths in excess of 36" will be compensated using the XXBFV item
and the appropriate BM70( )E item. This unit includes the removal of all sizes and
types of innerduct/duct (including microduct and futurepath). This unit is paid for on
a per foot per duct basis.
This unit includes all labor and material required in the repair and/or replacement of
streets, sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes,
pipelines and contents, underground power and telecommunications facilities,
buried sewerage and drainage facilities, and any other property damaged during
the removal of the buried cable, except loss or damage to crops, gardens,
ornamental flowers or trees in the construction corridor necessarily incident to the
construction of the Project and not caused by the negligence of the Contractor.
XXBFV-ADDL Consists of the labor and equipment to remove one foot of each additional direct
buried vacant duct. This unit includes the removal of all sizes and types of duct up
to 4" (including microduct and futurepath). This unit is paid for on a per foot per
each additional conduit basis.
XXBG( ) REMOVAL OF BURIED PLANT LOADING COIL ASSEMBLY UNITS
This assembly unit consists of all labor and minor material required to remove a BG
load coil or terminal block assembly unit and proper disposal of unit.
XXBM21-DLC REMOTE SITE REMOVAL
This assembly unit consists of labor necessary for removal of remote site
associated hardware. Compensation shall be for all necessary work to remove the
remote site such as dirt work for backfill and original grade restoration, removal of
fencing, culverts, driveway, concrete slab and conduit for equipment, and power
meter-base pole, etc. as specified by the Engineer. The unit value shall be one
hundred dollars ($100.00) per unit with sufficient units calculated to cover the total
cost of the job. Upon receipt of Contractor Bid the Engineer shall input into
Fireworks the total cost as "Labor" in order to capture the unit as a single line item.
Example: Remote Site Removal Labor = $1,580.00
Total Cost = $1,580.00 entered into Fireworks as "Labor"
Total Units = 15.8
XXBM66 REMOVAL OF BRIDGE ATTACHMENT ASSEMBLY
This assembly unit consists of all labor and minor material to remove a BM66
bridge attachment. Each unit shall have a fixed value of fifty dollars ($50.00) to be
incrementally applied.
XXBM84 REMOVAL OF BM84
This assembly unit consists of all labor and minor material required to remove a
BM84 assembly unit (modified to require a 3 3/4" X 8' riser guard) and proper
disposal of unit.
XXBM97 REMOVE NITROGEN TANK
This unit includes all material and labor to remove a nitrogen tank and return to
owner. This unit is to be used only when removing a tank placed by Centurylink
forces or at the request of a Centurylink Supervisor and must have pre-approval
before being billed. This unit is not to be used in conjunction with the BM97 or
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BM97A units. This unit will be billed once per tank removed. All RUS, NESC,
manufacture, DOT, and OHSA safety practices to be followed when handling or
transporting tanks.
XXHC4CO REMOVE JUMPER WIRES – CENTRAL OFFICE
Consists of the labor for removing both ends of one (1) pair of cross-connect jumper
wires on cross-connecting blocks and/or modules in the Central Office. This unit
includes contact with Structure Loaders or other designated CenturyLink personnel
and all required testing.
XXLM REMOVAL OF LOCATE MARKINGS
This assembly unit consists of all labor and minor material to remove locate
markings from concrete or pavement only when mandated by Municipalities.
Each unit will have a fixed value of one dollar ($1.00) and will be applied
incrementally as needed to cover the cost to remove the locate markings. This unit
applies to Legacy Qwest and National markets only.
Section XZ - REUSABLE MATERIALS REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines and all labor and transportation of the removed materials to a location designated by the Owner.
The Contractor will be charged by the Owner for the materials removed under this section at the unit
material values shown in column 2 of the "Value and Disposition of Units to be Removed" table of RUS
Form 515. The number of units to be charged to the Contractor and the extended value of these units
are shown in columns 3 and 4. Such charges will be placed against the Contractor as assembly units
are removed and the unit material values will be deducted from the total value of assembly units
constructed on this project for determination of the work accomplished for purposes of the monthl y
progress payments to the Contractor. Of the assembly units listed in the "Value and Disposition of Units
to be Removed" table to be removed from existing lines certain units are to be reused in the
construction of the project. The quantity of such units to be reused is listed in the "Value and
Disposition of Units to be Removed" table, column 5. These units where installed in the project will be
inventoried as new assembly units and compensated for at the unit bid prices. The quantity of
assembly units listed in column 6 of the "Value and Disposition of Units to be Removed" table is the
maximum quantity of removed assembly units that are to be returned to the Owner for credit which will
be allowed at the unit material prices in column 2. Column 7 indicates the extended value of the units to
be returned to the Owner. The Contractor will be allowed credit for assembly units listed in column 6
which, in the opinion of the Engineer, have not been damaged by the Contractor in removal and
handling. Such credits will be allowed the Contractor as the assembly units are returned to a location
designated by the Owner and shall be added to the total value of installed assembly units for
determination of work accomplished for the purposes of the monthly progress payments to the
Contractor. The removal units are specified by the prefix "XZ" followed by the assembly unit
designation of the existing assembly unit to be removed.
XZBD REMOVAL AND REUSE OF BURIED PLANT PEDESTAL
This assembly unit consists of all labor and minor material required to remove an
existing NEW pedestal placed on a TEMPORARY basis and delivery to the
warehouse of the owner or transporting elsewhere in the site of the project for reuse
where similar units are required as designated by the Engineer. Labor and minor
material to re-install will be compensated for under separate units.
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XZBDE REMOVAL AND REUSE OF ELECTRONIC APPARATUS
This assembly unit consists of all labor and minor material required to remove an
Electronic Apparatus, i.e. Neutralizing Transformer, Utility Power "Juice Box",
Power Transfer Switch, etc. and delivery to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will
be compensated for under separate units.
XZBDS-( ) REMOVAL AND REUSE OF SERVING AREA INTERFACE CABINET
This assembly unit consists of all labor and minor material required to remove a
Serving Area Interface Cabinet and deliver to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will
be compensated for under separate units.
The following cabinet sizes apply to this unit:
S – Small (up to 1000)
M – Medium (1001 to 3600)
L – Large (3700 8100)
XZBFC REMOVAL AND REUSE OF DIRECT BURIED CABLE
Consists of the labor and equipment for one foot of excavation and removal of
direct buried filled copper cable at a depth of excavation of up to 36". Direct buried
cable removal at depths in excess of 36" will be compensated using the XZBFC unit
and the appropriate BM70( )E item. This unit also includes the return of copper
cable to the designated CenturyLink location, including all labor and transportation.
This unit is paid for on a per foot per cable basis.
This unit includes all labor and material required in the repair and/or replacement of
streets, sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes,
pipelines and contents, underground power and telecommunications facilities,
buried sewerage and drainage facilities, and any other property damaged during
the removal of the buried cable, except loss or damage to crops, gardens,
ornamental flowers or trees in the construction corridor necessarily incident to the
construction of the Project and not caused by the negligence of the Contractor.
XZBFC-ADDL REMOVAL AND REUSE OF DIRECT BURIED CABLE - ADDITIONAL
Consists of the labor and equipment for one foot removal of each additional direct
buried filled copper cable at a depth of excavation of up to 36". This unit also
includes the return of copper cable to the designated CenturyLink location,
including all labor and transportation. This unit is paid for on a per foot per
additional cable basis.
XZBFC-GL REMOVAL AND REUSE OF GROUND LAID CABLE
This assembly unit consists of all labor and minor material required to remove one
foot of Ground Laid cable and deliver to the warehouse of the owner or transporting
elsewhere in the site of the project for reuse where similar units are required as
designated by the Engineer.
XZBFCIE REMOVAL AND REUSE OF BURIED CABLE FROM EXISTING CONDUIT
Consists of the labor and equipment to remove one foot of buried filled copper
cable from an existing conduit. This unit includes all labor and material required to
seal the ends of the duct after the cable is removed. This unit also includes the
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return of copper cable to the designated CenturyLink location, including all labor
and transportation. This unit is paid for on a per foot per cable basis.
XZBFCIE-ADDL REMOVAL AND REUSE OF BURIED CABLE FROM EXISTING CONDUIT-
ADDITIONAL
Consists of the labor and equipment to remove one foot of each additional buried
filled copper cable from existing conduit. This unit also includes the return of copper
cable to the designated CenturyLink location, including all labor and transportation.
This unit is paid for on a per foot per each additional cable basis.
XZBM92 REMOVAL AND REUSE OF REPEATER HOUSING
This assembly unit consists of all labor and minor material required to remove a
Repeater Housing and deliver to the warehouse of the owner or transporting
elsewhere in the site of the project for reuse where similar units are required as
designated by the Engineer. Labor and minor material to re-install will be
compensated for under separate units.
XZBM97 REMOVE NITROGEN TANK
This unit includes all material and labor to remove a nitrogen tank and return to
Centurylink. This unit is to be used only when removing a tank placed by
Centurylink forces or at the request of a Centurylink Supervisor and must have pre-
approval before being billed. This unit is not to be used in conjunction with the
BM97 or BM97A units. This unit will be billed once per tank removed. All RUS,
NESC, manufacture, DOT, and OHSA safety practices to be followed when
handling or transporting tanks.
XZCXR-( ) REMOVAL AND REUSE OF ANALOG SPAN LINE REPEATER
This assembly unit consists of all labor and minor material required to remove an
Analog Span Line Repeater and deliver to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will
be compensated for under separate units.
The following housing sizes apply to this unit:
S - Small
M - Medium
L - Large
XZDAML REMOVAL AND REUSE OF DIGITAL ADDED MAIN LINE
This assembly unit consists of all labor and minor material required to remove an
Digital Added Main Line device and deliver to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will
be compensated for under separate units.
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Part II - SPECIFICATION FOR MATERIALS
1. SCOPE
This part of the specification is concerned with the various materials required for the construction of the
outside buried cable and wire plant of the rural telecommunications system as shown on the Plans,
Specifications, and Construction Sheets.
2. GENERAL
All materials used in the construction of the rural telecommunications system except those listed in
Paragraph 4 below shall be listed in RUS Informational Publication (IP) 344-2, "List of Materials
Acceptable for Use on Telecommunications Systems of RUS Borrowers," unless specific written
approval has been granted by the Administrator.
3. STUB POLES
The stub pole plan, method of treatment, kind of preservative and general procedure applying to all stub
poles shall be in accordance with the latest RUS specifications in effect at the time the bids are
received.
4. MISCELLANEOUS
Items for which categories do not appear in RUS IP 344-2, "List of Materials Acceptable for Use on
Telecommunications Systems of RUS Borrowers," shall be of a quality suitable for the application for
which they are intended.
Part III - SPECIFICATION FOR CONSTRUCTION AND INSTALLATION
1. GENERAL
1.1 All construction and installation work shall be done in a thorough and workmanlike manner in
accordance with the Plans, Specifications and Construction Sheets and shall be subject to
acceptance by the Owner and the Administrator.
1.2 All material to be used in construction of the Project shall be stored so as to be protected from
deteriorating effects of the elements.
1.3 All buried cables or wires, and accessory materials used in the construction of the Project shall be
handled with care. Each reel of buried cable or wire shall be inspected for damage. All damage
shall be repaired to the satisfaction of the Engineer and in accordance with the methods or other
instructions described in the appropriate paragraphs of Part III. If reel wrap is present, the reel
wrap shall remain intact on the reel until the cable or wire is ready to be placed.
1.4 Deviations from the Plans, Specifications and Construction Sheets shall not be permitted except
upon written permission of the Engineer.
1.5 The latest revision of the National Electrical Safety Code (NESC) and the National Electrical Code
(NEC) shall be followed in every case except where local regulations are more stringent, in which
case local regulations shall govern.
1.6 The Contractor shall maintain conductor polarity (tip and ring) identification at the main distributing
frame, buried plant housings, splice closures and in the service entrance, all in accordance with
the Plans, Specifications, and Construction Sheets (see guide drawing 815-1).
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2. BURIED PLANT HOUSING STUB POLES
2.1 The setting depth of stub poles where specified and used as mounting posts in connection with
buried plant housings, shall be a minimum of 3.0 feet (0.91 m) in soil and as specified by the
Engineer in solid rock. If a greater depth in soil is necessary, the Engineer will indicate the
required depth in the Proposal.
2.2 The bottom of the hole shall be thoroughly tamped.
3. CABLE SPLICING
Splicing for fiber optic cable, copper cable and wire shall be in accordance with RUS Splicing Standard
Bulletin 1753F-401(PC-2).
4. BURIED CABLE OR WIRE
4.1 General
4.1.1 The construction equipment shall be subject to the approval of the Owner and the public
authorities having jurisdiction over highway and road rights-of-way.
4.1.2 The design of the plowshare shall be such that the buried copper cable or wire passing through
the plow shall not bind and shall not be bent in a radius less than 10 times the outside diameter
of the copper cable or wire. Buried fiber optic cable passing through the plow shall not bind and
shall not be bent in a radius less than 20 times the outside diameter of the cable. The
plowshare shall have a removable gate for the purpose of inspection, and a hinged fairlead,
which shall be equipped with smooth, free wheeling rollers or low friction surfaces to prevent
damage to the cable or wire.
4.1.3 The Engineer should periodically inspect the cable or wire as well as the installation equipment
and procedures during installation to guard against damage to the cable or wire when it is being
placed in the ground, and to see that proper depth is maintained at all times.
4.1.4 The Contractor shall promptly repair any damage to fences, lawns, shrubbery, drives and any
other property damaged during construction.
4.1.5 A rock excavating unit (BM71) shall be applied where a plow train cannot maintain specified
depth under the buried cable or wire unit (including ripping). To assist in determining the ability
of any plowing equipment to place the cable at a specified depth, the table below shall be used
only to compare the capability of this equipment with standard minimum drawbar pull ratings
unless different characteristics are specified by the Engineer (greater drawbar pull may only be
specified at greater depths than shown in the table).
Minimum Drawbar Pull vs. Cable or Wire Depth at
1.2 MPH (1.93 km/hr)
Depth
Inches Meters
Minimum Drawbar Pull
Pounds Newtons
24
0.61
55,000
2.45 x 105
30
0.76
75,000
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3.34 x 105
36
0.91
95,000
4.23 x 105
4.1.6 The equipment and construction methods used by the Contractor shall be such as to cause
minimum displacement of the soil. The slot made in the soil by the cable plow shall be
immediately closed.
4.1.7 Damage to banks, ditches, driveways and roads caused by the equipment shall be immediately
repaired to the satisfaction of the Engineer and public authorities having jurisdiction over
highway and road rights-of-way where involved.
4.1.8 Where cables or wires are buried near the edge of pavements, the Contractor shall take
particular care to avoid damaging the pavement. If such damage does occur repairs shall be
made immediately to meet the requirements of state or local authorities having jurisdiction over
the pavement involved.
4.1.9 The stub pole or stake portion of stake mounted housings shall be installed in accordance with
the Construction Sheets in a manner not to damage the cable or wire placed in the trench.
4.1.10 To avoid possible damage to buried cable or wire from exposure to traffic, livestock and other
hazards, trenching of laterals, trenching around culverts, construction of aerial inserts and
similar operations shall be completed as soon as practicable behind the plowing operation.
4.1.11 Trenches shall be promptly backfilled with earth and tamped at 6 in. (15.24 cm) lifts so that the
earth is restored to original grade to assure no hazard to vehicular, animal or pedestrian traffic.
No trenches shall be left open overnight.
4.1.12 When placing cable or wire in a trench in rock, the cable or wire shall be cushioned by a fill of
sand or selected soil at least 2 in. (5.08 cm) thick on the floor of the trench. The backfill for at
least 4 in. (10.16 cm) above the cable or wire shall be free from stones, rock or other hard or
sharp materials, which might damage the cable. Alternate methods are permissible subject to
approval of the Engineer.
4.2 Handling of Cable
4.2.1 Cables or wires shall be carefully inspected by the Contractor during the placement operation to
be certain that the cables or wires are free from defects.
4.2.2 Bends of small radii and twists that might damage cable or wire shall be avoided. During the
placement operation, copper cable or wire shall not be bent in a radius less than 10 times the
outside diameter of the cable or wire. Fiber optic cable shall not be bent in a radius less than 20
times the outside diameter of the cable.
4.2.3 Care is to be exercised during the plowing operation, to feed the cable or wire into the ground
through the plow loosely and at no tension. Equipment and construction methods shall be such
as to assure compliance with this requirement. The Contractor shall furnish competent
supervision at all times at the site of plowing operations to assure compliance with this
requirement.
4.2.4 If, during the plowing operation, the plow should strike a buried object or rock that stops the
equipment which necessitates removal of the plow from the ground, the plow shall be removed
from the ground carefully, and if practicable without backing the plow, to avoid damage to the
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cable or wire. Should it be necessary to back the plow to remove it from the ground, the cable
or wire shall be uncovered a sufficient distance back for inspection by the Engineer to determine
whether the cable or wire has been damaged.
4.2.5 Every instance of damaged cable or wire observed at any time whether prior to installation,
occurring during construction, or discovered by test or observation subsequent to installation in
plant, shall be immediately called to the attention of the Engineer. The method of repair or
correction of such damage shall be in accordance with the written instructions of the Engineer.
The Contractor shall promptly repair such damage or make such corrections in accordance with
such written instructions of the Engineer. Minor damage to the outer jacket of the cable or wire
observed prior to or occurring during construction shall be repaired in accordance with RUS
Splicing Standard Bulletin 1753F-401(PC-2).
4.2.6 Major damage to cable or wire observed prior to or during construction shall be corrected by
enclosing the damaged section of cable or wire in (1) a buried plant housing located as
specified by the Engineer or (2) a buried filled splice closure if approved by the Engineer, which
are buried to the same depth as that required for the cable or wire. If the shield has been
broken or the conductor insulation damaged, the cable or wire shall be restored to the
equivalent of new condition. This may require cutting out the damaged section of cable or wire
if required by the Engineer.
4.2.7 Major damage to cable or wire discovered after placement either through test or observation
shall be repaired as approved by the Engineer. This may require cutting out the damaged
section and replacing it with a short section of new cable or wire with splices made in (1) buried
plant housing or (2) buried filled splice closures, if approved by the Engineer, which are buried
to the same depth as that required for the cable or wire. It may also require the replacement of
an entire section between housings already installed.
4.3 Depth of Buried Plant
4.3.1 Unless otherwise specified by the Engineer in the Proposal, or on the Construction Sheets, the
depth of buried cable or wire placed, measured from the top of the cable or wire to the surface
of ground or rock shall be as listed in the following table:
Minimum depth in soil 24 in. (610 mm)
Minimum depth at ditch crossings 36 in. (914 mm)
(See guide Drawing 975)
Minimum depth in rock 6 in. (152 mm)
4.3.2 In the case of a layer of soil over rock, either the minimum depth in rock, measured to the
surface of the rock, or the minimum depth in soil, measured to the surface of the soil, may be
used at the Contractor's option.
4.3.3 When rock excavating is specified, width and depth requirements of the trench shall be as
shown below:
Trench Width Trench Depth
6 in. (152 mm) or less 6 in. (152 mm)
7 in. (178 mm) 9 in. (229 mm)
8 in. (203 mm) 12 in. (305 mm)
9 in. (229 mm) 15 in. (381 mm)
10 in.(254 mm) or greater 18 in. (457 mm)
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Either the minimum depth in rock shall be achieved or some other method may be employed by
the Contractor to provide adequate protection to the cable or wire as agreed to by the Engineer.
4.3.4 When directional boring is used, the Contractor shall continually control the horizontal and
vertical movements of the bore to a specified route and depth.
4.4 Splicing and Terminations
4.4.1 Buried service wires shall be spliced directly to the appropriate pair of the buried cable, or
spliced to the appropriate pair number on a filled terminal block as specified by the Engineer.
4.4.2 For the purpose of joining buried cable or wire at reel ends, the buried cable or wire shall be
made continuous by splicing the conductors directly together either in a housing or a filled
buried splice closure. The method and location shall be specified by the Engineer.
4.4.3 Splicing and termination of cable or wire pairs shall be in accordance with the cable schematic
drawings issued by the Engineer.
4.4.4 All splices and terminations of cable or wire pairs in filled buried splice closures shall be
electrically tested to ensure freedom from opens, shorts, crosses and grounds and all defects
cleared prior to closing the splice closure. Shield continuity also shall be checked prior to
closing the slice closure.
4.4.5 Splicing of copper cable, wire, or fiber optic cable shall be in accordance with RUS Splicing
Standard Bulletin 1753F-401(PC-2).
5. BURIED HANDHOLES
5.1 Buried handholes shall be installed in accordance with the instructions given herein unless
otherwise specified by the Engineer unless state or local requirements are more stringent in
which case the latter requirements will govern.
5.2 The Engineer shall determine the location of the handhole and shall specify type, position and
depth of installation.
5.3 A hole shall be dug large enough to accommodate the handhole.
5.4 The handhole shall be positioned and a suitable backfill shall be tamped around the handhole.
5.5 Pea gravel should be placed inside of the handhole to minimize condensation problems.
5.6 The Engineer shall ensure that the dimensions of the handhole shall be large enough to
accommodate the splice case installation and when required, cable slack.
6. MISCELLANEOUS - BURIED PLANT
6.1 The separate steel stakes of stake mounted housings shall be driven a minimum of 12 in.
(30.48 cm) in undisturbed earth in a vertical position and faced in accordance with the
Construction Sheets. Care shall be exercised in the installation of stakes or housings. Housing
covers shall be securely closed at all times except when work is being performed within the
housing.
6.2 The shields of all buried copper cable or wire and the armor of all buried fiber optic cable shall
be connected together at all splices and termination points, as specified in RUS Splicing
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Standard Bulletin 1753F-401(PC-2) to ensure a continuous metallic connection throughout the
buried plant. Buried cable or wire shields and fiber optic cable armor shall also be connected to
the ground connectors in buried plant housings and to other ground installations as shown on
the Construction Sheets and in RUS Splicing Standard Bulletin 1753F-401(PC-2).
6.3 Stake mounted warning, route, and splice location signs shall be installed in accordance with
the manufacturer's instructions and in locations as specified by the Engineer. As an alternate to
the splice location sign, the Engineer may specify the use of a buried splice location device (BM
55A).
6.4 Buried cable and wire, including buried services, terminated or spliced in a housing shall be
directionally marked as specified on the Construction Sheets or as specified by the Engineer.
The directional markers shall be installed at the time the cable or wire is placed in the housing
and before the lateral trench to the housing is backfilled.
6.5 Where aerial inserts in buried plant are specified by the Engineer, the construction shall be
accomplished if possible without cutting the cable or wire. Where due to physical conditions, in
the opinion of the Contractor, the cutting and splicing of cable or wire are necessary, prior
approval to cut the cable or wire shall be obtained from the Engineer. The splicing of cable or
wire shall be in accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2).
6.6 Junctions between buried cable and aerial circuits shall be made in accordance with the
applicable Construction Sheets.
6.7 All products utilized to control rodents and/or insects should be specifically formulated for the
telecommunications industry and applied in accordance with the instructions or directions
detailed on the manufacturer's product label.
6.8 Buried cable and wire shall be placed in the same trench to the buried plant housing, unless
otherwise specified by the Engineer.
7. SPECIAL REQUIREMENTS FOR INSTALLATION OF SERVING AREA INTERFACE
CABINETS (SAIC)
7.1 Specific installation instructions for the pad or slab base preparation and construction,
placement of conduit(s), and the assembly and installation cabinet shall be provided by the
manufacturer and/or the Engineer.
7.2 A drainage hole shall be drilled at the low point of the radius of bend of the conduit placed
between two cabinets.
7.3 All vacant or unused conduit shall be sealed as specified by the Engineer.
7.4 Specific installation instructions for mounting the cabinet assembly will be provided by the
manufacturer and/or the Engineer.
7.5 The separate steel stakes of stake mounted housings shall be driven a minimum of 12 in.
(30.48 cm) in undisturbed earth in a vertical position and faced in accordance with the
Construction Sheets. Care shall be exercised in the installation of the stakes and housings.
Housing covers shall be securely closed at all times except when work is being performed
within the housing.
7.6 All special installation tools for splicing and placing cross-connect jumper wires shall be used as
indicated by the manufacturer.
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7.7 here conventional hard-wire splicing is employed at SAIC locations, the splicing and lay-up of
conductor pairs shall be in accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2)
and/or special instructions issued by the Engineer.
7.8 Pair counts shall be shown on all splice, feeder and cross-connect modules or blocks identifying
feeder, distribution and electronic terminations.
7.9 air count tags shall be used on bundle pair counts where hard-wire splicing is employed. On
bundle tags, feeder, feeder/distribution, distribution and electronic cable identification, pair
counts shall be shown per cable schematics in accordance with RUS Splicing Standard Bulletin
1753F-401 (PC-2).
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LIST OF CONSTRUCTION DRAWINGS AND PLANS
Assembly Unit Drawings
BM2,-2A Ground Wire Assembly, Buried Plant
BM50 Buried Service Wire or Cable Installation to Pole-Mounted Wire Terminal
BM80,
BM81, BM82 Riser Guards
Construction Guide Drawings
815-1 Buried Plant Conductor Polarity Diagram
905 Installation of Type "M" or Type "H" Pole- Mounted Housings at Increased Height
907 Splice Closures – Direct Burial
910 Pea Gravel and Sealer Installation Procedures for Buried Plant Housings
951 Aerial Insert in Buried Plant Construction
952 Protection of Buried Cable from Power Contact to Aerial Inserts
965 Placement of Numbers and Letters on Housings
971-1 Wiring Arrangement at Junction of New Aerial Cable with Buried Cable or Wire
971-2 Junction of Aerial Cable with Buried Cable or Wire
975 Buried Plant Under Ditches
976 Housing Installation Details
NOTE: On the Assembly Unit and Construction Guide Drawings an asterisk (*) in the ITEM column
indicates items that are no longer listed in RUS IP 344-2, "List of Materials Acceptable for Use on
Telecommunications Systems of RUS Borrowers."
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United States
Department of
Agriculture
Rural
Utilities
Service
RUS Bulletin 1753F-151
RUS Form 515b
September 2001
CenturyLink Revised
May 2014
Specifications and
Drawings for
Construction of
Underground Plant
SPECIAL ARRANGEMENT UNITS
OSP Special arrangement units. These descriptions should be used in the Special Arrangement
Units section of the contract whenever such units are specified. Every possible e ffort must be made
to avoid proliferation of special arrangement units. If circumstances prohibit use of a standard unit,
consider modifying a standard unit as described in “Modification of Standard Units”.
MODIFICATION OF STANDARD UNITS
RUS OSP modified units. In general, this section is to be used whenever a change is made or a
special requirement is added/deleted to the description of a standard unit. Every possible effort
must be made to avoid proliferation of special arrangement units. Use standard RUS units in every
case possible.
515b Contract Sections
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UNITED STATES DEPARTMENT OF AGRICULTURE
Rural Utilities Service
BULLETIN 1753F-151
SUBJECT: Specifications and Drawings for Construction of
Underground Plant, RUS Form 515b
TO: All Telecommunications Borrowers
RUS Telecommunications Staff
EFFECTIVE DATE: September 17, 2001
OFFICE OF PRIMARY INTEREST: Outside Plant Branch, Telecommunications Standards Division.
AVAILABILITY: This bulletin supersedes RUS Bulletin 345-151, Specifications and Drawings for Conduit
and Manhole Construction, RUS Form 515c, issued May 25, 1989; and RUS Bulletin 345-152,
Specifications and Drawings for Underground Cable Installation, RUS Form 515d, issued May 25, 1989.
This bulletin can be accessed via the Internet at
http://www.usda.gov/rus/telecom/publications/bulletins.htm
PURPOSE: This specification provides Contractors, Engineers, and RUS Borrowers with assembly unit
descriptions, materials, construction and installation, and drawings for underground plant associated with
RUS Form 515, Telecommunications System Construction Contract.
Roberta D. Purcell 8/21/01
Roberta D. Purcell Date
Assistant Administrator
Telecommunications Program
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RUS Bulletin 1753F-151
Specifications and Drawings for Construction of
Underground Plant, RUS Form 515b
TABLE OF CONTENTS
Page
List of Changes ............................................................................................................................................. i
Part I – Description of Assembly Units and Proposal and
Contract Sections ............................................................................................................................ 1
Part II – Specification for Materials ............................................................................................................19
1. Scope ......................................................................................................................................... 9
2. General ...................................................................................................................................... 9
4. Miscellaneous ............................................................................................................................ 9
Part III – Specification for Construction and Installations ..........................................................................19
1. General ...................................................................................................................................... 9
2. Underground Conduit and Manholes .......................................................................................10
3. Underground Handholes ..........................................................................................................13
4. Underground Cable Placement ................................................................................................14
List of Construction Drawings and Plans ...................................................................................................23
Detailed Drawings for 515b
Refer to page 17 and please note that CenturyLink specifications override these RUS drawings.
INDEX
ASSEMBLY UNITS:
Conduit and Manhole
CABLE:
Assembly Units
CONSTRUCTION:
Fiber Optic Cable Plant
Manholes
Underground Cable (Physical Plant)
Underground Conduit
SPECIFICATIONS AND STANDARDS:
Outside Plant
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LIST OF CHANGES
1. Combination of RUS Form 515c and RUS Form 515d.
2. Modification of Section HC to provide compensation on a single pair basis.
3. Modification of Section HO to provide compensation for testing a fiber.
4. Modification of Section PM as follows:
(a) Redefined PM21 to a more generalized description;
(b) Added PM22 unit.
5. Elimination of Section U.
6. Modification of Section UD by elimination of suffix "P" and the adding of suffix “V” to allow
placement of innerducts in new or existing conduit systems.
7. Modification of the UF and UO units to provide compensation on a per foot basis.
8. Elimination of Section UG.
9. Modification of Section UH to allow for installation in areas of vehicular traffic.
10. Modification of Section UM to indicate precast manholes as the default type.
11. In part III, section 2, added requirement that poured in place manholes are now to be constructed
as specified by the Engineer. Other references to poured in place manholes were eliminated.
12. In part III, section 4, added requirement that when blowing of underground cable is specified, the
installation shall be in accordance with the manufacturer of the blowing installation equipment.
For editorial or other minor technical changes, refer to the body of the document.
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99
Part I - DESCRIPTION OF ASSEMBLY UNITS AND PROPOSAL AND
CONTRACT SECTIONS
The Contractor’s Proposal form is divided into sections and the sections approved for construction shall be
listed in the Construction Agreement by the Owner. The sections are as follows:
Section GPS - Global Positioning System Assembly Units
Section HC - Copper Splicing Assembly Units
Section HO - Fiber Optic Splicing Assembly Units
Section HU - Underground Splice Closure Assembly Units
Section PM - Miscellaneous Assembly Units
Section MT - Maintenance Assembly Units
Section TC - Trip Charge Assembly Units
Section U - Underground Non Filled Cable Units
Section UD - Underground Conduit Assembly Units
Section UDFP- Underground Conduit Future Path Assembly Units
Section UF - Underground Filled Copper Cable Assembly Units
Section UFA - Underground Air Core Copper Cable Assembly Units
Section UFD - Underground Duct PIC Cable Units
Section UH - Underground Handhole Assembly Units
Section UM - Precast Manhole Assembly Units
Section UO - Underground Filled Fiber Optic Cable Assembly Units
Section W - Rearrangement Assembly Units
Section XX - Non Reusable Removal Assembly Units
Each assembly unit includes only the materials listed on the corresponding Installation and Construction
Guide Drawings or description of unit where no drawing exists. The various installation and construction
units, which are included in this Proposal and upon which quotations are required, are defined by the
following descriptions:
SECTION GPS – GLOBAL POSITIONING SYSTEM UNIT
GPS GPS COORDINATES
This assembly unit consists of labor to take and record global positioning system
readings for the purpose of capturing latitude and longitude coordinates associated
with plant facilities network elements, to include but not limited to pedestals, poles
and/or aerial terminals, handholes, manholes, cross connects, remote site
equipment, span line repeater housings, etc. Recording of coordinates shall be
performed by placement on Construction Drawings, CMS Forms, As-Built
Construction Drawings and Records Drawings (formatted as AutoCAD, StellarMAP
and/or WOM).
Minimum GPS equipment performance requirements shall include signal and
reliability accuracy to within 1.11 meter, support capability by WAAS (Wide Area
Augmentation System) services and coordinates decimal conversion accuracy to five
(5) decimal places.
Compensation for this unit shall apply as detailed in section 4.2, CSP200.009.142,
Latitude/Longitude Information, outlined in the following:
1) The first scenario that would require the construction contractor to post GPS
readings to the red-lined construction drawings would be when the GPS readings are
unobtainable by the engineer during the engineering process. Note that the
construction contractor is to acquire GPS readings for only those access points that
are missing GPS readings.
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2) The second scenario that would require the construction contractor to post revised
GPS readings to the red-lined construction drawings would be when the location of
an access point has been drastically changed during the construction process. When
the location deviation exceeds twenty-five feet, the construction contractor will
acquire a new GPS reading according to proper format and post that information in
red on the red-lined construction drawings near the access point identification.
Section HC – COPPER SPLICING ASSEMBLY UNITS
HC1 Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair in any cable, including any non-working pair in an existing cable in
accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual
mechanical splicing connectors. The splice may be straight, bridged, or pieced out
and bridged. Pairs that are to be tested, capped, or tested and capped, when
specified by the Engineer are considered to be part of this unit. Only those pairs on
which splicing, testing, and/or capping operations are performed are counted and
each pair is counted only once at each location. On aerial inserts, each end of the
fuse link is considered as a splice.
HC( ) For clarification, this unit will be paid for splicing a new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable pairs
refer to the HC1E unit. For cable throws refer to the WHC1 unit.
HC1(1-25) This modifies the standard HC1 assembly unit to indicate the number of copper pairs
HC1(26-50) to be spliced in the parentheses. These units shall apply to the total number of
HC1(51-100) splices across an entire project and not to each individual splice point
HC1(>100)
HC1E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
Each pair is counted and paid only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing of
cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered a
cable throw. Each pair is paid only once at each location which is defined as each
splice. See WHC1 for cable throw criteria.
HC3 Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair in any cable, including any non-working pair in an existing cable in
accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using splicing
modules. The splice may be straight, bridged or pieced out and bridged. Pairs that
are to be tested, capped, or tested and capped, when specified by the Engineer are
considered to be part of this unit. Only those pairs on which splicing, testing, and/or
capping operations are performed are counted and each pair is counted only once at
each location. On aerial inserts, each end of the fuse link is considered as a splice.
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HC3 For clarification, this unit will be paid for splicing new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable pairs
refer to the HC3E unit. For cable throws refer to the WHC3 unit
HC3P This modifies the standard HC3 assembly unit to require pluggable cable splicing
modules.
HC3E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using splicing modules. The
splice may be straight, bridged, or pieced out and bridged. Each pair is counted and
paid only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to a new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing of
cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered a
cable throw. Each pair is paid only once at each location which is defined as each
splice. See WHC3 for cable throw criteria.
(P) The suffix P modifies the standard HC3E assembly unit to require pluggable
splicing modules.
Consists of the labor and material necessary in the identification and tagging, wire
work and splicing of one (1) cable pair in pulp/paper insulated copper cable, including
any non-working pair in an existing cable using individual mechanical splicing
connectors. The splice may be straight, bridged, or pieced out and bridged. Pairs that
are to be tested, capped, or tested and capped, when specified by the Engineer are
considered to be part of this unit. Only those pairs on which splicing, testing, and/or
capping operations are performed are counted and each pair is counted only once at
each location. This unit shall apply only to pulp/paper insulated copper cable.
HC7 COPPER SPLICING ASSEMBLY UNITS FOR PULP/PAPER INSULATED CABLE
Consists of the labor and material necessary in the identification and tagging, wire
work and splicing of one (1) cable pair in pulp/paper insulated copper cable, including
any non-working pair in an existing cable using individual mechanical splicing
connectors. The splice may be straight, bridged, or pieced out and bridged. Pairs that
are to be tested, capped, or tested and capped, when specified by the Engineer are
considered to be part of this unit. Only those pairs on which splicing, testing, and/or
capping operations are performed are counted and each pair is counted only once at
each location. This unit shall apply only to pulp/paper insulated copper cable.
HC7 For clarification, this unit will be paid for splicing a new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable pairs
refer to the HC7E unit. For cable throws refer to the WHC7 unit.
P The suffix P modifies the standard HC-3 assembly unit to require pluggable cable
splicing modules.
HC7E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
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Only those pairs which splicing, testing operations are performed are counted
and each pair is counted only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing of
cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered a
cable throw. Each pair is paid only once at each location which is defined as each
splice. See WHC7 for cable throw criteria.
(P) The suffix P modifies the standard HC-3 assembly unit to require pluggable cable
splicing modules.
HC8 This assembly unit consists of all labor necessary for the handling of each energized
special circuit (T-1, ISDN-PRI, HDSL) requiring Special handling. Special handling is
defined as excessive time (> 15 Minutes) spent waiting on another entity to test and
approve the circuit. (i.e.: central office, customer, or foreign company). Note: All
circuits must be rolled (thrown) by using a “Throw Master”, “bridging clips or other
such equipment without a noticeable down time or manual intervention, and this unit
will not apply unless excessive wait time is encountered. This unit must have pre-
approval by the local CenturyLink Engineering Manager, Supervisor and/or
Area Operations Manager. This unit will be paid on a per special circuit basis.
Note: The completion of this work might be required during the specified
maintenance window scheduled and approved through Network Operations Center,
customer and or local team. Work requested in the maintenance window with 48
hour or greater notice will not receive additional compensation.
NOTE: The Clear & Cap of cable pairs will be paid on the field end of the cable only (CO end
of cable must have pair ends taped by binder groups). Clear and Cap is
compensated as a HC1 or HC3 for complete 25 pair groups.
HC1CC COPPER SPLICING ASSEMBLY UNITS CLEAR CAP - MECHANICAL
This assembly unit consists of labor and material to Clear & Cap cable pairs using
individual mechanical splicing connectors. Clear Cap will be paid on the field end of
the cable only (CO end of cable must have pair ends taped by binder groups). This
unit will be paid on a per pair basis.
HC3CC COPPER SPLICING ASSEMBLY UNITS CLEAR CAP - MODULE
This assembly unit consists of labor and material to Clear & Cap cable pairs using
splicing modules. Clear Cap will be paid on the field end of the cable only (CO end
of cable must have pair ends taped by binder groups). This unit will be paid on a per
pair basis.
HC7CC COPPER SPLICING ASSEMBLY UNITS FOR PULP/PAPER INSULATED CABLE
CLEAR CAP - MECHANICAL
This assembly unit consists of labor and material to Clear & Cap cable pairs using
individual mechanical splicing connectors. Clear Cap will be paid on the field end of
the cable only (CO end of cable must have pair ends taped). This unit will be paid on
a per pair basis.
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Section HO - FIBER OPTIC SPLICING ASSEMBLY UNITS
Consists of all labor and material necessary to splice and/or test one (1) glass fiber in any cable in
accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2). The labor shall include initial
measurement, minimizing the attenuation, splicing and stowing the spliced fiber in a fiber organizer. The
labor and material for the fiber organizer is part of the appropriate splice closure unit.
Suffix Description
HO1 Fusion Splice
HO2 Mechanical Splice
HO3 Connector Splice
HO( ) This modifies the standard HO assembly unit to require that the attenuation loss of
HO1 any field fusion splice shall not exceed .05dB. This modifies the standard HO
HO2 assembly unit to include factory test results provided to the engineer for each reel of
HO3 cable, indicating compliance with the PE-90 specifications, and testing of each reel
with an OTDR in the presence of the Engineer prior to placement to determine that
there are no significant deviations from the factory test results, and to include testing
at 1310, 1490 and 1550nm to verify compliance with CenturyLink requirements for
low-water-peak optical fibers.
In addition to the pre-placement testing requirements listed above, the following
post-placement test and acceptance shall apply.
3. The 1310, 1490 and 1550nm frequencies shall be required to be tested.
4. Bi-directional testing shall be conducted on all optical fibers from end-to-end for
feeder (from the OLT to the FDH) and distribution (from the FDH to the end of
Plant) cable, side taps and subscriber drops pre-spliced prior to plant
acceptance.
HO1(1-24) This modifies the standard HO1 assembly unit to indicate the number of fiber to be
HO1(25-48) spliced in the parentheses. These units shall apply to the total number of splices
HO1(49-96) across an entire project and not to each individual splice point.
HO1(97-144)
HO1(145-288)
HO1(>288)
HO1 For clarification, this unit will be paid for splicing new fiber strands or existing fiber
strands with no traffic. In addition to splicing a fiber strand, includes re-splicing
underground, aerial and buried fiber, section cuts, and re-splicing of cut fiber cables.
This unit includes all test requirements noted in RUS 515 documents, PC-2, PC-4
and CenturyLink CSP 200.009.049 and will also include End to end loss readings as
recorded using an Optical Power Meter and Reflective Loss Testing as recorded
using an OTDR, equipped to test for reflective loss.
HO5 This assembly unit consists of all material and labor necessary to re-splice one
working fiber where the traffic cannot be rolled to a dark fiber.
For clarification, this unit will only be paid for strands carrying traffic that is not rolled
to another dark fiber. It includes all monitoring activity associated with traffic on the
fiber strands.
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This unit includes all test requirements noted in RUS 515 documents, PC-2, PC-4
and CenturyLink CSP 200.009.049 and will also include End to end loss readings as
recorded using an Optical Power Meter and Reflective Loss Testing as recorded
using an OTDR, equipped to test for reflective loss.
HO5(1-24) This modifies the standard HO5 assembly unit to indicate the number of fiber to be
HO5(25-48) spliced in the parentheses. These units shall apply to the total number of splices
HO5(49-96) across an entire project and not to each individual splice point.
HO5(97-144)
HO5(145-288)
HO5(>288)
HO6 FIBER CHARACTERIZATION UNIT
This assembly unit consists of all labor and equipment required to perform Fiber
Characterization. Functions include the following:
Work will be performed during normal business hours.
For the purposes of this unit a "span" will consist of 2 fibers between a patch
panel at point A and a patch panel at point B.
A span may consist of "sub-spans" that are themselves a length of fiber with a
patch panel on each end. Sub-spans are connected together with patch cables
to create the span. As part of the fiber pre-qualification process it may be
necessary to access these sub-span patch panels and clean connectors. It
should be noted that, while this access will be required at the time of the span
testing in order to complete and certify the path, the labor to complete this activity
will be charged to a separate unit. Contractor should plan on completing the
span before moving to the next span and keeping track of the time involved in
any cleaning/preparatory activity other than cleaning of the "front end" patch
panel connection.
A span can be made up of sub spans which are described as two fibers.
Using EXFO equipment (other equipment MUST be approved in advance) -
Perform Bi-directional OTDR testing, Light Source & Power Meter testing,
Chromatic Dispersion testing & Polarization Mode Dispersion testing on 2 fibers
between locations A & B from fiber distribution panels in positions described on
"FDP Assignments and Results" spreadsheet.
Using OTDR Verify actual distance and span loss to be .25db/km or better on
each fiber prior to moving on to the next step. Contact CenturyLink immediately
if span is out of spec. - Submit results in the form of raw OTDR trace files - one
per direction per fiber; all four traces printed to the "Span overall .pdf" file; enter
distance value into Column W of "FDP Assignments and Results" spreadsheet.
Verify ORL to be >30db on each fiber before moving on to the next step. Inspect
& Clean connectors at front end & intermediate patch panels if span is out of
spec. If span remains out of spec contact CenturyLink immediately. - Submit
results in the form of raw .olts file - one per span; as part of the "Span overall
.pdf" file; enter ORL value into Column X, span loss in column Y and db/km in
column Z of "FDP Assignments and Results" spreadsheet.
Verify chromatic dispersion values across the 1530nm to 1570nm spectrum -
Submit results in the form of raw .exfocd file - one per span; as part of the "Span
overall .pdf" file; enter respective values into Columns AA-AD of "FDP
Assignments and Results" spreadsheet.
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Verify Polarization Mode Dispersion values are <11 and have a coefficient value
of <.38. Contact CenturyLink immediately if span is out of spec - Submit results
in the form of raw .pmdB files - one per fiber; as part of the "Span overall .pdf"
file; enter respective values into Columns AE-AF of "FDP Assignments and
Results" spreadsheet.
Acquire detailed digital photographs of relay rack(s), patch panel(s) and
connectors and submit on Picture Description Form.
In addition to the standard files called out in the language above, the attachment
below is a sample spreadsheet that must be completed and submitted for each
project. The Engineer will provide a base spreadsheet specific to the related
project; it will be the contractors responsibility to populate the remaining columns
[W, X, Y, Z, AA, AB, AC, AD, AE, AF, and AH] with test results and completion
dates.
HO8 FIBER PREP UNIT
This unit will include the labor and material to prep the fiber only, no splicing will
included in this unit. Material will include installation of protection tubes and fibers
into the splice trays. Unit will be paid per mass fusion and will only apply to ribbon
fiber. This unit applies to Legacy Qwest and National markets only.
HOMF1 FUSION SPLICE AND VERIFY SPLICE LOSS–RIBBON FIBER/PIGTAIL
TERMINATION
This unit includes all labor and material to fusion splice and test a 12f ribbon within
the designated fiber count cable at a location specified by Company. This unit
includes fusion splicing of the ribbon fiber and pigtail termination using mass fusio n
techniques (unless otherwise specified), documentation of each splice attempt on
each fiber, cable preparation, configuration and dressing of the splice trays,
installation of heat shrinks, bonding the cable and grounding the splice point,
directional marking of the cable, and cable slack in the handhole/manhole. The labor
and material for the fiber organizer is a part of the appropriate splice closure unit.
NOTE: loss shall not exceed the CenturyLink Standards and specifications. This is
paid on a per each 12f ribbon. This unit applies to Legacy Qwest and National
markets only.
HOT This unit compensates for pre-testing of “owner furnished” fiber optic cable prior to
placement. Testing of each optical fiber shall be performed with an OTDR in the
presence of the Engineer prior to placement to determine that there are no significant
deviations from the factory provided test results indicating compliance with the RUS
PE-90 specifications, and to include testing at 1310, 1490 and 1550nm to verify
compliance with CenturyLink requirements for low-water-peak optical fibers.
In addition to the pre-placement testing requirements listed above, the
following post-placement test and acceptance for owner furnished and/or contractor
furnished fiber optic cable, of all “non-spliced” optical fibers specified by the
engineer shall apply.
1. The 1310, 1490 and 1550nm frequencies shall be required to be tested.
2. For FTTP construction, bi-directional testing shall be conducted on all “non-
spliced” optical fibers from end-to-end for feeder (from the OLT to the FDH) and
distribution (from the FDH to the end of Plant) cable, including side taps.
3. For transport/feeder fiber optic cables to remote switch and/or NGDLC
equipment, the above listed frequencies and bi-directional testing shall be
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conducted on all “non-spliced” optical fibers from end-to-end, including any mid-
span sections.
This unit compensates for testing “non-spliced” optical fibers only. All spliced
optical fibers shall be compensated for using the appropriate Section HO assembly
unit.
Section HU - UNDERGROUND SPLICE CLOSURE ASSEMBLY UNITS
Consists of an underground splice closure and the closure manufacturer’s provided encapsulating material
if required, installed in place and the labor and material for setting up in preparation for installing the
closure, such as, opening the sheath or jacket of the cable, bonding of the cable shields, filling the closure
if required, closing the closure, and, when applicable, pressure testing, all in accordance with the
manufacturer's instructions. It also includes all necessary hardware items to support the closure and the
cable adjacent to the closure on the cable racks in the manhole. Cable splicing shall be compensated
under the appropriate splicing units.
The assembly units are defined as follows:
HUF( ) Underground Filled Closure - A filled splice closure with pair count and gauge for each
cable to be spliced. See below for modifications.
HUO( ) Underground Filled Fiber Optic Closure - A fiber optic closure and organizer with the
number of fibers to be housed in the organizer. See below for modifications.
HUP( ) Underground Pressurized Closure - A pressurized splice closure with pair count and
gauge for each cable to be spliced. See below for modifications.
The following illustrations indicate the method of designating the material required.
HUF(100-24) Underground filled closure enclosing two cable ends same pair count and gauge.
HUP(200-24) Underground pressurized closure enclosing two cable ends with different
(100-24) pair counts.
HUF(600-24) Underground filled closure enclosing four cable ends with pair counts and
(200-24) gauges as shown.
(200-24)
(200-22)
HUO(24) Underground filled fiber optic splice closure and organizer capable of
accommodating a minimum of 24 fibers.
HUF( ) UNDERGROUND CLOSURES
HUO( ) This modifies the standard HUF, HUO and HUP assembly units to indicate within
HUP( ) the parentheses only the largest size cable within an underground splice closure
where cables of different size are spliced.
The following suffix shall apply to the HU unit :
"S" to indicate a stretch closure.
Section PM - MISCELLANEOUS ASSEMBLY UNITS
Consists of all labor and materials to construct and install the units defined individually below required for
the installation and construction of the underground cable portions of the Project.
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AMENDMENT ( ) AMENDMENT
This assembly unit will consist of labor or labor and material required for approved
costs 10% or greater over the original awarded bid project. This unit is only used in
conjunction for an amendment for Lump Sum Bids (i.e.: Generator, COEI and DC
Power). The number in the parentheses will indicate what amendment number it
is for a specific contract (Example: first amendment for a contract would use
AMENDMENT (1), the second amendment would use AMENDMENT (2)). This unit
only applies to Project Bids.
BM-BLK MOISTURE BLOCK
This assembly unit consists of the labor and material required to prepare the cable
sheath and core preparation for placing the moisture block form and pouring or
injecting blocking compound to CenturyLink’s specifications.
BM-BOLPST BOLLARD POST
This assembly unit consists of the labor and material to place 6’ bollard post, 4” in
diameter. This includes pouring the bollard post with concrete and painting the post
yellow.
BM-OCCUPIED OCCUPIED DUCT – ADDER UNIT
This unit consists of labor only for the installation of a facility in an existing occupied
duct. This unit would only apply for the installation of copper cable up to 100 pair in
size, fiber cable all sizes and types, microduct all sizes and types and futurepath.
This item would be used in conjunction with the appropriate facility placement unit.
Example 1: Placement of a 48 fiber in existing occupied duct in the underground
environment the following RUS Assembly Units would apply: UO48 and BM-
OCCUPIED
Example 2: Placement of a 48 fiber in an existing occupied duct in the direct buried
environment the following RUS Assembly Units would apply: BFO48IE and BM-
OCCUPIED
This unit applies to Legacy Qwest markets only.
BM-PLUG PRESSURE PLUG - Pour in place block for specialized stub Units
This assembly unit consists of the labor and material to prepare a cable sheath and
core preparation for placing a pressure plug form and pouring or injecting block
compound according to CenturyLink’s specifications.
BM-SEAL SEAL – EXISTING CONDUIT DUCT
This assembly unit consists of labor and material to seal an existing conduit duct in
an existing manhole, handhole, cross box, splice vault, NGDLC unit or building
entrance. Only approved duct sealing compound or rubber expandable duct plugs to
be used as directed. The unit is only applicable at the direction of CenturyLink and
will NOT apply when duct is being placed or when cable is being removed from a
conduit.
BM65( )UG GUARD ASSEMBLY UNIT - UNDERGROUND
This assembly unit consists of the necessary labor and material for installing one (1)
lineal foot (0.305 m) of underground split galvanized steel guard. The sections of
guard may be straight and or curved. This unit is to be used to place over existing
conduits after they have been exposed using WUDC units. This unit includes any
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required hardware. The diameter of the guard shall be indicated in the parentheses.
Where a split plastic guard is required, the unit shall be suffixed by the letter "P".
This unit applies to National markets only.
BM70E( )UG EXTRA DEPTH ASSEMBLY UNIT- UNDERGROUND
This unit will include just the extra depth call out for any underground conduit over
and above the standard set in place. Example: If the standard depth is 30” and it is
requested to place the cable at 42” depth the BM70E(12)UG would apply; if the
standard depth is 48” and it is requested to place the conduit at 60” the
BM70E(12)UG would apply. The unit will be used along with underground conduit
unit.
Unit payment for additional depths shall require the suffix "E" at the following
depths:
6 inches
12 inches
18 inches
30 inches
36 Inches
42 inches
48 inches
60 inches
72 inches
96 inches
When using this unit along with the underground conduit unit you will need to include
an ID Description: Whenever these units are involved they shall be identified
alphanumerically as A, B, C, etc. when inputting into Fireworks/Bidmaster. This
formatting forces the system to list the conduit and extra depth together in the proper
order required by the Engineer. This sorting code is entered into Bidmaster in the
“Office/Remote” field, resulting in the following example:
UD(1X1-4) A
BM70E(6) A (This example placed at 36”)
Note 1: This unit does not apply to Boring units.
Note 2: This unit only applies after the standard depths as indentified in each
contract.
BM71UG ROCK EXCAVATING UNIT - UNDERGROUND
Consists of one (1) lineal foot (0.305 m) of trenching, blasting, sawing, etc.,
measured parallel to the surface of the ground, in rock, including excavation,
backfilling and tamping to place conduit to the depth specified in the Specifications.
This unit includes all material and labor required in the repair and/or replacement
fences, lawns, shrubbery, water mains, pipes, pipelines and contents, underground
power and telecommunications facilities and any other property damaged by the
excavating, except loss or damage to crops, gardens, trees or ornamental
flowers in the construction corridor necessarily incident to the construction of the
Project and not caused by the negligence of the Contractor. Note: material required
to restore streets, roads, sidewalks, drives will be compensated under the BM72 and
BM73 units as required. This unit will be specified by the Engineer only when field
conditions at the site show the existence of rock to a depth required by the
specification, which cannot be trenched, plowed or ripped. If extra depth is required,
the unit shall be suffixed by "E( )", where the required depth in rock shall be shown
inside the parentheses. The contractor will be compensated for labor and material
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for the underground conduit under separate units. This unit applies to National
markets only.
BM71E( )UG ROCK EXCAVATION (EXTRA DEPTH) - UNDERGROUND
This unit modifies the standard BM71 assembly unit and the RUS Form 515a, Part III,
paragraph 4.3.3 to increase the required minimum depth in rock to ( ) inches regardless
of trench width. The standard depth for cable is 6” in solid rock with 18” cover. This
unit applies to National markets only.
BM72A(12) ASPHALT ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore asphalt to a depth of 6-12".
All other requirements of the BM72 assembly unit will apply.
BM72A(18) ASPHALT ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore asphalt to a depth of 13-18".
All other requirements of the BM72 assembly unit will apply.
BM73-P CONCRETE ASSEMBLY UNIT-PAD
Consists of labor and material necessary to form and the placement of 6” concrete
(concrete 2500 psi, 3" slump, 3/4" to 1 1/2" aggregate, Type l or Type lll concrete),
forms for the base, rebar / metal grid for structural strength of the pad, finishing the
concrete, associated hardware (cabinet template), miscellaneous inserts for bolts, etc
required to secure the closure or cabinet to the base. This unit includes the labor to
accommodate any bends and conduit. The labor and material cost for conduit and
bends will be compensated under the applicable BFV, UD, BM88 or UDL unit. Unit is
compensated by the square foot.
BM72-R1 ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to consist of all labor and material required to
remove asphalt (less than 6" thick) and includes the prompt removal of the removed
material from the job site with proper disposal. This unit is to be used when asphalt
is not going to be replaced only. This unit is compensated by the square foot.
BM72-R2 ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to consist of all labor and material required to
remove asphalt (greater than 6" thick) and includes the prompt removal of the
removed material from the job site with proper disposal. This unit is to be used when
asphalt is not going to be replaced only. This unit is compensated by the square foot.
BM73A(12) CONCRETE ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore concrete to a depth of 6-12".
All other requirements of the BM72 assembly unit will apply.
BM73A(18) CONCRETE ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore concrete to a depth of 13-18".
All other requirements of the BM72 assembly unit will apply.
BM73-R1 CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to consist of all labor and material required to
remove concrete (less than 6" thick) and includes the prompt removal of the removed
material from the job site with proper disposal. This unit is to be used only when
concrete is not going to be replaced.
BM73-R2 CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to consist of all labor and material required to
remove concrete greater than 6" thick) and includes the prompt removal of the
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 110 of 230
removed material from the job site with proper disposal. This unit is to be used when
concrete is not going to be replaced only.
BM73-TMP ASPHALT ASSEMBLY UNIT
Place and maintain Temporary Asphalt Patch
This assembly unit consists of labor and material to place and maintain a temporary
asphalt patch. This unit will be compensated by the square foot.
BM-FDP FIBER DISTRIBUTION PANEL – WALL/RACK MOUNT – EXISTING BACK BOARD
This unit includes all labor to install FDP Panel, rack or wall mount (existing back
board in place), includes labor necessary to route new cables to and from the panel
for a distance of 10 feet or less and/or reinstall existing cables that are to be retained
within the FDP. Unit does not include labor to prep the cable into splice trays (if
applicable). Minor material such as rack/lag screws to be included in labor costs.
This unit is for Legacy National markets only.
BM-BB ( ) WALL MOUNT BACKBOARD
This unit includes all labor and material to install wall mount backboard, includes
installation of specified size plywood backboard and painting if required as noted on
prints, includes plywood and fire retardant paint if required as noted on print, and
minor material such as rack/lag screws to be included in labor costs. Size in
parentheses identifies width, height and thickness of plywood.
BM-BB (4x4x3/4)
BM-BB (4x6x3/4)
BM-BB (4x8x3/4)
BM-FDP(BB) FIBER DISTRIBUTION PANEL – WALL MOUNT WITH BACKBOARD
This unit includes all labor to install FDP Panel, wall mount, includes installation of
4’x4’ x 5/8” plywood and painting if required, includes labor necessary to route new
cables to and from the panel for a distance of 10 feet or less and/or reinstall existing
cables that are to be retained within the FDP. Unit does not include labor to prep the
cable into splice trays (if applicable). Plywood, paint and minor material such as
rack/lag screws to be included in labor costs. This unit is for Legacy National
markets only.
BM-FSC FIBER SPLICE CABINET– WALL MOUNT – EXISTING BACK BOARD
This unit includes all labor to install Splice Cabinet, wall mount (existing back board in
place), includes labor necessary to route new cables to and from the panel for a
distance of 10 feet or less and/or reinstall existing cables that are to be retained
within the FDP. Unit does not include labor to prep the cable into splice trays (if
applicable). Minor material such as rack/lag screws to be included in labor costs.
This unit is for Legacy National markets only.
BM-FSC (BB) FIBER SPLICE CABINET– WALL MOUNT WITH BACKBOARD
This unit includes all labor to install Splice Cabinet, wall mount, includes installation
of 4’x4’ x 5/8” plywood and painting if required, includes labor necessary to route new
cables to and from the panel for a distance of 10 feet or less and/or reinstall existing
cables that are to be retained within the FDP. Unit does not include labor to prep the
cable into splice trays (if applicable). Plywood, paint and minor material such as
rack/lag screws to be included in labor costs . This unit is for Legacy National
markets only.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 111 of 230
DT50 DOWN TIME ASSEMBLY UNIT
This assembly unit consists of labor to standby prior to or during the replacement
and/or placement of plant facilities due to delays caused by other public utilities,
public safety authorities, and/or other governing authorities or other circumstances
beyond the contractor’s control. Each unit shall have a fixed value of fifty dollars
($50.00) to be incrementally applied as needed to cover the total amount calculated
for down time. Partial units as calculated shall also apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with approval
by CenturyLink.
This unit will be compensated on an exception basis only, this is not to be
charged as an all encompassing unit.
Cable Pair This assembly unit consists of all labor and equipment required for the
Identification identification of individual cable pairs/cable counts from a central office or any
termination point. This would include toning and tagging of paper insulated pairs,
testing and tagging of special circuits. This unit is compensated on a per pair basis.
This unit must have written pre-approval by CenturyLink.
Note: This unit is not to be confused with toning and tagging of paper insulated
pairs, which is included in the HC7 unit. This unit is for verification purposes only and
is not to be used in conjunction with other splicing units.
GPR LOCATE LOCATING OF EXISTING BELOW GROUND STRUCTURES WITH USE OF
GROUND PENETRATING RADAR
This consists of labor and equipment to locate CenturyLink Facilities, by means of
GPR (ground penetrating radar). This unit will include marking and recording the
location and depth of located facility from existing grade, and any ties to existing
landmarks on as-built drawings. This unit also includes all locating required within
three feet, in any direction, of specified locaters paint/flag mark and/or point specified
on engineers work prints. This unit shall have a fixed value of one dollar ($1.00) to
be incrementally applied as needed to cover the total amount of the GPR services.
This unit will be used at CenturyLink's request and prior approval only, supporting
documentation must be provided.
This unit is to be used only where regulatory agencies mandate that GPR
technology be utilized where no other options are viable.
Permit This assembly unit will consist of all labor and equipment to secure a permit
Reimbursement for the placement of Outside Plant facilities on behalf of CenturyLink. This unit is to
be used only where regulatory requirements dictate that the contractor
secure a permit. This unit will be used at CenturyLink's request and approval only.
This unit is to reimburse the contractor for the actual cost imposed by the permitting
agency. Each unit will have a fixed value of one dollar ($1.00) and will be applied
incrementally as needed to cover the cost of the permit. This is a Labor Only unit.
PM21 Cable Entrance – Consists of the necessary labor and material to terminate copper
and/or fiber optic outside plant cables as shown on the detailed drawings as specified
by the Engineer.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 112 of 230
PM22 Grounding System – Consists of the necessary labor and material to construct a
grounding system as shown on the detailed drawings as specified by the Engineer.
This unit shall include all ground electrodes, trenching, backfilling, bonding the auxiliary
ground electrodes to each other and to the primary ground electrodes, and bonding to
the master ground bar (MGB).
This modifies the standard PM22 unit so that the unit value shall be one hundred
dollars ($1.00) per unit with sufficient units calculated to cover the total cost of the
job. Upon receipt of Contractor Bid the Engineer shall input into Fireworks the total
cost as "Labor" in order to capture the unit as a single line item.
RWZ RESTRICTED WORK ZONE
This assembly unit compensates the contractor for additional cost incurred while
working in Metro/Central Business District areas due to restricted working hours, or
other circumstances strictly related to working in a Metro / Central Business District
area. Each unit shall have a fixed value of one hundred dollars ($100.00) to be
incrementally applied as needed to cover the total amount calculated. Partial units as
calculated shall also apply. Upon receipt of Contractor Bid for labor and material the
Engineer shall input into Fireworks the total cost (labor and material) as “Labor” in
order to capture the unit as a single line item. Supporting documentation will be
required.
Example: $1,000.00 total labor compensation = 10 units
$750.00 total material compensation = 7.5 units
Total Cost = $1,750.00 entered into Fireworks as “Labor”
Total Units = 17.5
Note: This unit can be used for work performed in the maintenance windo w
with less than 48 hour notice.
STRUCTURE STRUCTURE LOADER – FIELD SUPPORT
LOADER-FLD This assembly unit will consist of all labor only per hour to provide a fully
SUPPORT qualified and equipped cable splicer to provide field support to CenturyLink Structure
Loaders in preparing complete and accurate cut sheets based on field conditions.
This assembly unit includes but is not limited to ensuring all pairs are included on
cutsheet, and assist in preparing throw sequences to ensure cable throw can be
performed accurately and not interrupt customer service. This unit will be used at
CenturyLink's request and approval only. This is a Labor Only unit and is
compensated on a per hour basis. This unit must not be used to augment splicing
units.
UM21 MANHOLE ASSEMBLY PREP – Project Bids
Consists of all labor and material necessary to install a precast concrete manhole in
place. The unit shall include pit excavation, masonry materials, collar, manhole frame
and cover, pulling-in irons, and other materials necessary to make an appropriate
installation in accordance with the Construction Sheets. In addition, precast manhole
assembly units also include all material and labor required in the repair and/or
replacement of streets, roads, drives, fences, lawns, shrubbery, water mains, pipes,
pipelines and contents, underground power and telecommunications facilities, buried
sewerage and drainage facilities and any other property damaged during the
construction of the manhole assembly unit. Backfilling shall include backfill
compaction, removal of excess materials and site clearing. Each manhole is listed as
a separate unit installed in place. Project Bids only.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 113 of 230
UM21MH MANHOLE ASSEMBLY PREP – Line Extension
This unit modifies the standard UM21 unit to include labor and material for Manhole
build. Compensation shall be for all necessary work to complete the manhole as
specified by the Engineer. The unit value shall be one hundred dollars ($100.00) per
unit with sufficient units calculated to cover the total cost of the job. Upon receipt of
Contractor Bid for labor and material the Engineer shall input into Fireworks the total
cost (labor and material) as "Labor" in order to capture the unit as a single line item.
Line Extension Only.
Example: Manhole Prep Labor = $1,580.00
Manhole Prep Material = $800.00
Total Cost = $2,380.00 entered into Fireworks as "Labor"
Total Units = 23.8
UM21MH-RBLD MANHOLE ASSEMBLY PREP – LINE EXTENSION - MAINTENANCE ONLY
This unit includes labor and material for rebuilding/repairing an existing manhole.
Compensation shall be for all necessary work to complete the manhole as specified
by the Engineer. The unit value shall be one hundred dollars ($100.00) per unit with
sufficient units calculated to cover the total cost of the job. Upon receipt of Contractor
Bid for labor and material the Engineer shall input into Fireworks the total cost (labor
and material) as "Labor" in order to capture the unit as a single line item. Supporting
documentation will be required. Line Extension Only.
Example: Manhole Prep Labor = $1,580.00
Manhole Prep Material = $800.00
Total Cost = $2,380.00 entered into Fireworks as "Labor"
Total Units = 23.8
SECTION MT - MAINTENANCE UNITS
(Used only when standard RUS unit does not apply)
COPPER This assembly unit consists of labor only per hour to provide for a fully equipped
SPLICER (Truck, Tools and Test Equipment) copper cable splicer. Splicer must possess
all the necessary skills and work experience to perform all copper splicing functions.
Including but not limited to:
Splicing, testing (including pair continuity), acceptance, count verification of
all types, sizes and gauges of PIC and Paper insulated, color-coded and
non-color coded copper cables.
Install and maintain splice closures (pressurized/non-pressurized); DSL
provisioning; perform cable throws; install, splice and test load coils, cross
connect cabinets, digital concentrators, T-carrier routes and special circuits.
Ability to read and comprehend schematics, preparation of all job related
work reports (i.e.: red-lined cable plans. schematics, throw sheets and test
results).
Below are the minimum Tool and Test Equipment lists. Splicer must have available
and utilize the correct tools and test equipment for proper and safe performance of
services. Splicer must have or be able to access within the same day all test
equipment (i.e.: HST3000, 3M 2273 3M 2273M-ID/UC3W-W TEST SET) required to
perform services. At no time will CenturyLink provide tools or test equipment to the
contracting firms.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 114 of 230
COPPER SPLICER MINIMUM TOOLS
BELT, LINEMANS CLIMBING
CLIMBER, LINEMANS
AWL SCRATCH
BIT AUGER TYPE 1/2 X 54IN
BLOCK/TACKLE
HANDLINE
CLIP HANDLINE SAFETY
CUTTERS, BOLT
CUTTERS, CABLE
DRILL CORDLESS
DRILL BITS VARIOUS TYPES/SIZES
GRIP, STRAND VICE VARIOUS SIZES
HAMMER CURVED CLAW
HAMMER LINEMANS
KNIFE CABLE SHEATH
KNIFE UTILITY AND SPARE BLADES
PLIERS, VARIOUS TYPES/SIZES
LINEMAN CABLE SHEARS
SAW, HACKSAW & BLADE NUTDRIVERS,
VARIOUS SIZES
SCREWDRIVERS, VARIOUS STYLE/SIZES
HAZARDOUS GAS DETECTOR
SHOVEL FIBERGLASS ROUND LGE
SHOVEL, SHARPSHOOTER TRENCHING
STAPLER T25
TENT GROUND
TOOL CRIMP SCOTCHLOK E9E/ E9J or
CARTRIDGE TOOL E9C
TOOL IMPACT FOR 66E TYPE
TOOL WIRE INSERTION MINI MOD MS2
SPUDGER
TOOL WIRE WRAP/UNWRAP 22/24AWG
WRENCH VARIOUS STYLES/ SIZES
WRENCH TERMINAL CAN 3/8 X 7/16
3M MS2 MODULAR SPLICING RIG
28’ ’LADDER (FIBERGLASS)
STEP LADDER (FIBERGLASS)
TORQUE WRENCH, INCH POUNDS
“T” TORQUE WRENCH
PRE-FORM END PLATE CUTTER
PRE-FORM BLADE KIT
END PLATE REMOVAL TOOL
GAUGE, PRESSURE C
HOOK, COVER, MANHOLE
TOOL, PUNCH, FOR SHIELD BONDS
MINIMUM TEST EQUIPMENT AS LISTED OR EQUIVALENT
HHT/Laptop Minimum requirement: 800 MHz
processor, 128 Mb RAM, Minimum Windows 2000 or
XP operating system, modem and Ethernet card,
wireless card option
AMPLIFIER E/W HEADSET
HST3000 TOF DATA- POTS AND WIDEBAND
TESTING
BUTT TEST SET W/SPKR ANGLED BED-O-NAILS
3M 2273 3M 2273M-ID/UC3W-W TEST SET,
CABLE,PATH, PIPE & SHEATH FAULT LOCATOR
TONE TRANSMITTER AND PROBE
ANALOG VOLT/OHM/METER
AMP PROBE
FIBER This assembly unit consists of labor only per hour to provide for a fully
SPLICER equipped (Truck, Tools and Test Equipment) fiber optic cable splicer. Splicer must
possess all the necessary skills and work experience to perform all fiber optic cable
splicing functions. Including but not limited to:
Splicing (fusion or mechanical); traying; testing with: OTDR (Optical Time
Domain Reflectometer), Power Meter, Light Source Live Fiber Identifier and
Visual Optical Fault Locator; verifying of all types and sizes of fiber optic
cables or drops.
Install and maintain fiber splice closures; patch panels, housings, cross
connect cabinets and digital concentrators.
Ability to read and comprehend fiber schematics, preparation of all job
related work reports (i.e.: red-lined cable plans. schematics and all test
results).
Below are the minimum Tool and Test Equipment lists. Splicer must have available
and utilize the correct tools and test equipment for proper and safe performance of
services. Splicer must have or be able to access within the same day all test
equipment (i.e.: HST3000) required to perform services. At no time will CenturyLink
provide tools or test equipment to the contracting firms.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 115 of 230
FIBER SPLICER - MINIMUM TOOLS
BELT, LINEMANS CLIMBING
CLIMBER, LINEMANS
AWL SCRATCH
BIT AUGER TYPE 1/2 X 54IN
BLOCK/TACKLE
CLIP HANDLINE SAFETY
CUTTERS, BOLT
CUTTERS, CABLE
DRILL CORDLESS
DRILL BITS VARIOUS TYPES/SIZES
GRIP, STRAND VICE VARIOUS SIZES
HAMMER CURVED CLAW
HAMMER LINEMANS
KNIFE CABLE SHEATH
KNIFE UTILITY AND SPARE BLADES
PLIERS, VARIOUS TYPES/SIZES
LINEMAN CABLE SHEARS
SAW, HACKSAW & BLADE
NUTDRIVERS, VARIOUS SIZES
SCREWDRIVERS, VARIOUS STYLE/SIZES
HAZARDOUS GAS DETECTOR
SHOVEL FIBERGLASS ROUND LGE
SHOVEL, SHARPSHOOTER
TENT GROUND
WRENCH VARIOUS STYLES/ SIZES
WRENCH TERMINAL CAN 3/8 X 7/16
28’ LADDER (FIBERGLASS)
TORQUE WRENCH, INCH POUNDS
“T” TORQUE WRENCH
PRE-FORM END PLATE CUTTER
PRE-FORM BLADE KIT
END PLATE REMOVAL TOOL
GAUGE, PRESSURE C
HOOK, COVER, MANHOLE
TOOL, PUNCH, FOR SHIELD BONDS
FIBER CLEAVER
FIBER FUSION SPLICER KIT – CORE
ALIGNMENT
FIBERLOK SPLICING TOOL
FIBER CLEANING KIT
INSPECTION PROBE W/ALL TYPE PROBE TIPS
ASSORTED FIBER TEST JUMPERS WITH
VARIOUS CONNECTION TYPES
BUFFER TUBE SLITTER AND CUTTING TOOL
FIBER STRIPPERS
FIBER NONIKS STRIPPER
MINIMUM TEST EQUIPMENT AS LISTED OR EQUIVALENT
HHT/Laptop Minimum requirement: 800 MHz
processor, 128 Mb RAM, Minimum Windows 2000 or
XP operating system, modem and Ethernet card,
wireless card option
POWER METER AND LIGHT SOURCE KIT
1310/1550/1625 MINIMUM
VISIBLE LIGHT SOURCE
FIBER IDENTIFIER
OTDR - ABILITY TO STORE AND SAVE TEST
RESULTS; MULTI AND SINGLE MODE
CAPABIITIES WITH OPTIONAL FILTERED OTDR
MODULE (FOR FIBER TO THE PREM
APPLICATIONS)
Splicer with This assembly unit consists of labor only per hour to provide for a fully
Truck and Tools equipped cable splicer. A Splicer must possess all the necessary skills and work
experience to perform all copper and fiber optic cable splicing function. This includes
splicing, testing (including pair continuity), acceptance, count verification of all types,
sizes and gauges of PIC and Paper insulated, color-coded and not-color coded fiber
optic cables.
Splicer must have skills necessary including but not limited to: ability to read and
comprehend schematics; install and maintain splice closures; DSL provisioning;
perform cable throw; install, splice and test load coils, cross connect cabinets, T -
carrier routes and special circuits. Also include preparation of all jo b related work
report (i.e: red-lined cable plans. Schematics, throw sheets, test results).
Note this unit Splicer with Truck and Tools is for 2011 and earlier contracts
only and will be removed once those contracts expire.
FIBER HUT This assembly unit will consist of all labor only per hour to provide a fully qualified
TECH-FTTP Fiber Hut Technician equipped to provide the following:
Validates working fiber count and associated MSDT by translating the
cutover assignments to the location of the F2 fiber at the ODF.
While communicating with the Field Technician, disconnects the working
fiber at the ODF to enable the Field Technician to throw the F2 fiber from the
SLC 2000 to the input tail of the GPON splitter located in the pedestal.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 116 of 230
Communicates with Structure Load to begin the migration of the POTS
service over to the GPON network.
Identifies the appropriate HUT GPON splitter tail that will connect the
assigned OLT port with the F2 fiber at the ODF.
Cleans and scopes the splitter tail and the F2 fiber.
After Field Technician completes all splicing activity, connects the Hut GPON
splitter tail to the F2 fiber at the ODF.
Notifies Structure Load that all field work has been completed.
Notifies Field Technician to activate ONT and validate dial tone.
Notifies Structure Load of any provisioning problems and works with all
parties for expedient resolution.
This unit will be used at CenturyLink's request and approval only. This is a Labor
Only unit and is compensated on a per hour basis. This unit is specific to FTTP
activity ONLY.
Line Worker This assembly unit consists of labor only per hour to provide a fully equipped Line
Worker, this will include all tools and equipment for aerial work, including but not
limited to an aerial bucket truck. Line Worker must possess all the necessary skills
and work experience to perform all aerial functions in accordance with OSHA, NESC
and CenturyLink Standards.
T&E 1 MAN T&E 1 Man Laborer
LABORER This assembly unit consists of labor only per hour to provide a Laborer, Truck (1 ton or
below) and Hand tools.
Splicer Manhole This assembly unit consists of labor only per hour to provide for a fully
Pack equipped cable splicer modified for confined entry space, it includes pre-ventilation,
pumping and proper disposal of wastewater, continued ventilation and air sampling
while working in the confined space and includes proper set up of work zone traffic
control protection.
T&E 2 Man This assembly unit consists of labor only per hour to provide for two fully qualified
Crew construction workers with experience in all phases of RUS buried construction
specific to cable placement and/or repair methodologies. Crew rate includes a
backhoe, full complement of tools and equipment including truck and trailer.
T&E 3 Man This assembly unit consists of labor only per hour to provide for three fully qualified
Crew construction workers with experience in all phases of RUS buried construction
specific to cable placement and/or repair methodologies. Crew rate includes a
backhoe, full complement of tools and equipment including truck and trailer.
T&E 4 Man This assembly unit consists of labor only per hour to provide for four fully qualified
CREW construction workers with experience in all phases of RUS buried construction
specific to cable placement and/or repair methodologies. Crew rate includes a
backhoe, full complement of tools and equipment including truck and trailer.
T&E 2 Man This assembly unit consists of labor only per hour to provide for two fully qualified
Line Crew aerial line workers with experience in all phases of RUS aerial and buried
construction specific to pole and aerial cable placement and/or repair methodologies.
Crew rate includes a line vehicle (digger derrick or plant placer), full complement of
tools and equipment including pole truck/trailer required to properly place and/or
repair pole lines, aerial, and/or underground cable.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 117 of 230
T&E 3 Man This assembly unit consists of labor only per hour to provide for three fully qualified
Line Crew aerial line workers with experience in all phases of RUS aerial and buried
construction specific to pole and aerial cable placement and/or repair methodologies.
Crew rate includes a line vehicle (digger derrick or plant placer), full complement of
tools and equipment including pole truck/trailer required to properly place and/or
repair pole lines, aerial, and/or underground cable
T&E 4 Man This assembly unit consists of labor only per hour to provide for four fully qualified
Line Crew aerial line workers with experience in all phases of RUS aerial and buried
construction specific to pole and aerial cable placement and/or repair methodologies.
Crew rate includes a line vehicle (digger derrick or plant placer), full complement of
tools and equipment including pole truck/trailer required to properly place and/or
repair pole lines, aerial, and/or underground cable
T&E 3 Man This assembly unit consists of labor only per hour to provide for three fully qualified
UG Verification construction crew workers with experience in all phases underground pulling/rodding
Crew experience. Crew rate includes a utility truck and 2 manhole setups. This unit is
used to determine blocked conduit systems location, sounding conduit system for
conduit intercept identification points and video inspection of conduit. This unit
applies to Legacy Qwest and National markets only.
Test and Tag This assembly unit consists of all labor and equipment required for the
Special Circuit Tagging and Testing of cable pairs from a Customer Location to point of origin, i.e.:
Pair Gain Device or Central Office. This unit includes testing of special circuits from
Customer Location to each touch point within the design of the circuit. This unit also
includes megging the cable pairs.
A unit will be applied at each touch point that the Splicer has to set up equipment and
test pair(s). For example if the request required testing from the CO to a
Doubler/Repeater (1) one unit will apply, if the request required testing from the CO
to a Doubler/Repeater and from the Doubler/Repeater to the Customer location (2)
two units would apply. This unit must have written pre-approval by CenturyLink.
This unit will be paid on a per circuit basis.
Note: All labor to tag and test, travel time and test equipment is included.
3rd Party This assembly unit consists of all labor and equipment necessary for traffic control
Flagging Service ONLY when a regulatory agency requires an OUTSIDE THIRD-PARTY agency or
officers to control traffic. (All other traffic control is included in the RUS units). This
unit must have written pre-approval by CenturyLink and a copy of the written
requirement for third party traffic control must be provided. This fee is for the actual
cost, and a copy of the original invoice stating the work activity, date and times of
traffic control must be submitted with the contractor units placed (CUP). Invoices
without this documentation will not be paid. This is a Labor Only Unit. Each unit will
have a fixed value of one dollar ($1.00) and will be applied incrementally as needed
to cover the cost of 3rd Party Flagging.
3rd PARTY 3RD PARTY LOCATE SERVICE
LOCATE This assembly unit will consist of all labor and equipment for facility locating
SERVICE services associated with the placement of Outside Plant facilities on behalf
of CenturyLink. This unit is to be used only where Government agencies or
military base requirements dictate that the locating of government owned
facilities (water, power, etc) be completed by a third party and the contractor is
responsible for payment of these locates. This unit will be used at CenturyLink's
request and approval only. This is a Labor Only unit.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 118 of 230
This unit is to reimburse the contractor for the actual cost imposed by the locating
company. Each unit will have a fixed value of one dollar ($1.00) and will be applied
incrementally as needed to cover the cost of the Locate service.
This unit must have written pre-approval by CenturyLink and a copy of the
written requirement for third party Locate service must be provided. This fee is
for the actual cost, and a copy of the original invoice stating the work activity,
date and times of locate must be submitted with the contractor units placed
(CUP). Invoices without this documentation will not be paid.
Flagging Service This assembly unit consists of all labor (typically consisting of two individuals) and
necessary equipment to perform traffic control to meet regulatory requirements.
Personal safety equipment and certification/training as required is included in this
unit. This unit may be used on CMS and or Capital Work Orders where company
forces are providing the construction of new plant. This unit will always be provided
by the Line Extension Contractor and used for supporting CTL Internal Work Forces
as requested by CenturyLink. This is a Labor Only unit. Each unit will have a fixed
value of fifty dollars ($50.00) and will be applied incrementally as needed and
approved by CenturyLink.
SECTION TC - TRIP CHARGE ASSEMBLY UNITS
Trip Charge PICKUP AND DELIVERY OF CENTURYLINK MATERIAL
Pickup/ This assembly unit consists of labor and equipment necessary to pickup and deliver
Delivery CenturyLink materials. Each unit shall have a fixed value of fifty dollars ($50.00) and
shall be compensated in 25 mile one-way increments and excludes any actual work
to be performed at the job site. Line Extension Only.
Example: 100 miles between pickup location and delivery location = 4 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge CONSTRUCTION CREW
Construction This assembly unit consists of labor only for an emergency buried construction crew.
Crew Each unit shall have a fixed value of fifty dollars ($50.00) and to incrementally applied
as needed to cover trip cost approved by engineer and excludes any actual work to
be performed at the job site. Line Extension Only.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge TRIP CHARGE SPLICER
Splicer This assembly unit consists of labor only for an emergency trip charge for splicer.
Each unit shall have a fixed value of fifty dollars ($50.00) and to incrementally applied
as needed to cover trip cost approved by engineer and excludes any actual work to
be performed at the job site. Line Extension and maintenance activity only.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-151
CenturyLink Revised – Issue 6 May 2014
Page 119 of 230
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with approval
by CenturyLink.
SECTION U - UNDERGROUND NONFILLED CABLE ASSEMBLY UNITS
UAP(1) UNDERGROUND AIR-PIPE
UAP(3/8) This assembly unit consists of all the labor and material to place one foot of 1 inch
and/or 3/8 inch Air Pipe in existing conduit along with wall/frame mounting hardware.
This unit also includes splicing of cable pairs necessary for control and alarm
monitoring. All specifications of Section UD apply.
The following suffix applies to this unit:
D - Indicates additional devices necessary for air-pipe operation such as Flow and
Pressure Transducers, Manifold, By-pass Valve and Regulator, etc.
Section UD - UNDERGROUND CONDUIT ASSEMBLY UNITS
Consists of one (1) foot [0.305 meters (m)] of single or multiduct conduit in place. This unit includes all
material and labor for the placement of the conduit to the depth indicated in the specifications.
The assembly unit is defined as follows:
UD ( ) Underground Conduit
The number of conduits placed horizontally, and vertically, and the inside diameter (distance between
opposite walls for square conduit), shall be indicated in the parentheses.
The following is an illustration of how to identify dual placement units that do not follow
the conventional, standard format, when inputting into Fireworks/Bidmaster. This
formatting provides only for proper unit compensation within the Fireworks/Bidmaster
system and is not an indication of how the cables are to be physically installed. These
non-standard format requirements shall apply to Line Extensions & Bid Projects.
For Legacy Qwest Market Only
*UD(1)(1.25)PST & (Primary Product)
*UDFP(1.66)(7-12)MDD (Secondary Product)
When placing fiber and copper cable, the fiber cable will always be the primary driver,
this should be indicated with the ampersand “&”. When placing fiber cables and fiber and
copper cables the largest fiber will be the primary. When placing copper only, the largest
copper cable will be the primary driver. The dual units shall be at a discounted labor rate.
The asterisk * star is a Fireworks/Bidmaster system identifier for dual cable placement.
This requires Bidmaster to sort the units using information from the Office/Remote field.
Whenever multiple dual units are involved they shall be identified alphanumerically as
Dual 01A, B, C, etc. and Dual 02A, B, C, etc. when inputting into Fireworks/Bidmaster.
This formatting forces the system to list the cables together in the proper order required
by the Engineer. This sorting code is entered into Bidmaster in the “Office/Remote” field,
resulting in the following example:
*UD(1)(1.25)PST & Dual 01A
*UDFP(1.66)(7-12)MDD Dual 01B
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If a dual placement occurs to a point and then the other cable continues along the route,
from the point that the single cable continues separately until it reaches it's final
destination point, this cable shall be compensated as a separate, single cable only.
Note: The “&” should be shown first and the Dual 01A, 01B, 01C must be shown in order
for pricing to be accurate.
For Legacy Qwest Market Only
Options designated by the following suffixes apply:
Suffix Description
A This unit consists of the necessary labor and materials to remove and restore paved
surfaces. All work shall be performed as required in accordance with federal, state
and/or local construction standards in effect at the time of bid date.
B This unit consists of the necessary labor and materials to provide a concrete base for
the conduit assembly unit as determined by the Engineer. (Concrete base will be 3 in.
(76 mm) in thickness for the width of the trench.)
C This unit consists of the necessary labor and materials to provide a concrete cover for
the conduit assembly unit as determined by the Engineer. (The concrete cover shall
have a minimum thickness of 3 in. (76 mm) and shall be at least as wide as the
conduit.)
E This unit consists of necessary labor and materials to encase the conduit in concrete.
(Encasement shall consist of a 2 inch (in.) [51 millimeters (mm)] minimum cover over
the conduit(s), a minimum of 1-1/2 in. (38 mm) at the sides and a minimum of 2 in. (51
mm) for the base.)
S This suffix modifies the standard UD unit to consist of all the necessary labor and
materials to cover the facilities (minimum 2” cover) with control density fill (CDF), to meet
95% compaction traffic standards. This unit applies to Legacy Qwest and National
markets only.
E This modifies the standard UD assembly unit to require schedule 40 PVC. In cases
where the suffix "A" would normally apply the BM72A or BM73A shall apply.
MD This modifies the standard UD assembly unit to require Microduct
Example: UD(12.7)MD indicates Microduct 12.7/10MM Smooth Out/Rib In Orange
Silicore Empty
OD This modifies the standard UD unit to place a duct into an existing Occupied Duct
PST This modifies the standard BFV unit to be Pest Duct. This unit applies to Legacy
Qwest markets only.
S This unit consists of the necessary labor and materials to encase the conduit in sand
or fine earth. (Encasement shall consist of a 4 in. (102 mm) cover over the conduit(s),
a minimum of 1-1/2 in. (38 mm) at the sides and a minimum of 3 in. (76 mm) for the
base.)
UD( )S This modifies the standard UD assembly unit to require schedule 40 PVC. In cases
where the suffix "A" would normally apply the BM72A or BM73A shall apply.
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UD( )OT This modifies the standard UD assembly unit to consists of conduit placed in Open
Trench, prepared by others than CenturyLink force or contract labor. All other
specifications of the UD assembly unit shall apply.
Note: Dual Placement Units/Suffixes can apply to the OT suffix
V This unit consists of the necessary labor and materials to place one or more vacant
innerduct(s) in a conduit. The parentheses for the UD unit shall indicate the number
of innerducts followed by the inside diameter of the innerduct to be placed in new or
existing conduit, including rodding and cleaning of the conduit if necessary.
NOTE: BM-OCCUPIED Assembly Unit will apply as an adder if duct is occupied. For
Legacy Qwest Market Only
UDF( )V FIRE RETARDANT INNERDUCT
This modifies the standard UD( )V assembly unit to consists of all labor and material
to place one foot of fire retardant rated, vacant innerduct in new or existing conduit.
All other specifications of the UD assembly unit shall apply.
UDL( ) ( ) This assembly unit consists of all labor and material required to install a conduit
sweep in order to bring underground conduit up at a riser pole. The unit includes
attaching the sweep to the conduit, strapping it to the pole and placement of an end
cap on the pole end. The pole end shall be no more than 6 inches above ground. The
first parentheses indicates the diameter of the sweep, the second parentheses
indicates the degree of angle by the radius bend of the sweep.
Example:
UDL (2) (45x36) Indicates a 2 inch diameter schedule 40 sweep with a 45 degree
angle by 36 inch radius bend.
Suffix Description
RGS Rigid Galvanized Steel
UDM(3-1.0)V MULTIPLE CELL INNERDUCT
This modifies the standard UD( )V assembly unit to consists of all labor and material
to place one foot of pre-molded, three (3) compartments of one (1") inch I.D., multiple
cell innerduct in new or existing conduit. All other specifications of the UD assembly
unit shall apply.
A. This unit also includes:
(1) All labor and material required for conduit jointing, such as, conduit bends, couplings,
adapters, fittings, plugs or seals, and spacers.
(2) All material and labor required in the repair of streets, roads, sidewalks, drives,
fences, lawns, shrubbery, trees, water mains, pipes, pipelines and contents,
underground power and telecommunications facilities, and any other incidental
property damaged during the installation of underground conduit.
(3) All labor and material for trenching, shoring, backfilling, tamping, and disposal of
water and excess or unusable material.
(4) All labor required for rodding and cleaning of conduit as specified by the Engineer.
When rodding and cleaning are not specified by the Engineer, these actions shall be
in accordance with Part III, Section 2.10.
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B. The length of conduit for compensation purposes is determined by taking the sum of
distances paralleling the conduit between manholes or between manholes and
termination points as specified by the Engineer.
The following illustrations indicate the method of designating the material required.
UD(4x4-2)E Indicates concrete encased conduit having four ducts horizontally by four ducts
vertically, (16 ducts total), with each duct having an inside diameter of 2 in. (51 mm).
UD(4x3-3-1/2)B Indicates a concrete base for a conduit having 4 ducts horizontally by 3 ducts
vertically, (12 ducts total), with each duct having an inside diameter of 3-1/2 in. (89
mm).
UD(3-1.25)V Indicates 3 innerducts of 1.25 in. (31 mm) inside diameter to be placed in a new or
existing conduit.
UD-BM60( ) UNDERGROUND PIPE CROSSING ASSEMBLY UNIT – MATERIAL ONLY
This unit consists of MATERIAL ONLY when boring is required to place pipe through
the boring application in association with the Underground account. Consists of one
(1) lineal foot [0.305 meters (m)] of pipe, with the inside diameter in inches (meters)
specified in parentheses, installed in place. The contractor will be compensated for
labor under the appropriate BM60 units. Options designated by the following suffixes
apply:
Suffix Description
C C Duct Required
(40) This modifies the standard unit to require Schedule 40
(80) This modifies the standard unit to require Schedule 80
P Plastic Pipe
PST This modifies the standard unit to be Pest Duct. This unit is for Legacy
Qwest markets only.
Note: The UD-BM60( ) units will ONLY be used in conjunction with standard
BM60 units.
Section UDFP - UNDERGROUND CONDUIT FUTURE PATH ASSEMBLY UNITS
UDFP( )( )MD UNDERGROUND DUCT-FUTURE PATH-MICRODUCT (MD)
This assembly unit consists of one (1) foot of underground Future Path Duct. This
unit includes all material and labor for the placement of Future Path Duct
(microducts/oversheath configuration product). The first parentheses denote the
outside diameter of the Future Path and the second parentheses denotes the
quantity of microducts and outside diameter of the microducts.
Example: UDFP(1.66)(7-12)MD
Underground Future Path (1.66 oversheath outside diameter)(7 microduct’s with
outside diameter of MD’s is 12) MD
Suffix Description
E This unit consists of necessary labor and materials to encase the conduit in concrete.
(Encasement shall consist of a 2 inch (in.) [51 millimeters (mm)] minimum cover over
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the conduit(s), a minimum of 1-1/2 in. (38 mm) at the sides and a minimum of 2 in. (51
mm) for the base.)
UDFP( )OT This modifies the standard UD assembly unit to consists of conduit placed in Open
Trench, prepared by others than CenturyLink force or contract labor. All other
specifications of the UD assembly unit shall apply.
Note: Dual Placement Units/Suffixes can apply to the OT suffix
PST This modifies the UDFP unit to be Pest Duct. This unit applies to Legacy Qwest
markets only.
V This unit consists of the necessary labor and materials to place one or more vacant
innerduct(s) in a conduit. The parentheses for the UD unit shall indicate the number
of innerducts followed by the inside diameter of the innerduct to be placed in new or
existing conduit, including rodding and cleaning of the conduit if necessary.
NOTE: BM-OCCUPIED Assembly Unit will apply as an adder if duct is occupied. For
Legacy Qwest Market Only
Section UF - UNDERGROUND FILLED COPPER CABLE ASSEMBLY UNITS
Consists of 1 foot (0.305 m) of underground filled copper cable installed in underground conduits and
manholes. This unit also consists of setting up the cable within the manhole, providing and placing cable
supports and cable rack hooks, pulling-in wires, duct seals or plugs, cable tags, manhole cable racks and
rodding and cleaning of ducts all as required in accordance with the detailed plans and specifications.
This unit includes bonding together of all closures, but does not include cable closure assemblies or cable
splicing in manholes. The splicing and closures will be specified separately. The length of cable for
compensation purposes is determined by measuring the distances paralleling the cable plus the vertical
lengths of cable installed on supporting structures. This unit shall include the cleaning out and/or
pumping out of manholes when specified by the Engineer in advance of bidding.
Options designated by the following suffixes apply:
Suffix Description
H Screened cable designated for T1 carrier systems.
HV High Voltage
H1C Screened cable designated for T1C carrier systems.
R Riser Cable
Each underground filled copper cable assembly unit is listed in accordance with the number of pairs and
gauge of conductors. Each unit is prefixed by the letters UF. The following illustration indicates the
method of designating the material required.
UF600-24H1C A 600 pair, 24 gauge underground filled copper cable with a screen designated for
T1C carrier systems.
The following is an illustration of how to identify dual placement units that do not follow the
conventional, standard format, when inputting into Fireworks/Bidmaster. This formatting provides only
for proper unit compensation within the Fireworks/Bidmaster system and is not an indication of how the
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cables are to be physically installed. These non-standard format requirements shall apply to Line
Extensions & Bid Projects.
*UO12&
*UF200-24D
*UF25-24D
This indicates a 12 fiber cable, placed in the underground, along with a 200 pair copper cable and
a 25 pair copper cable, all placed together at the same time (dual). When placing fiber and
copper cable, the fiber cable will always be the primary driver, this should be indicated with the
ampersand “&”. The 200 and 25 pair copper sh all be compensated as dual units only at a
discounted labor rate.
*UF200-24&
*UFC25-24D
This indicates a 200 pair copper and 25 pair copper cables placed in the underground together at
the same time (dual). The larger copper cable shall be paid by the BFC200-24 & as the higher
labor rate compensation unit and the second cable shall be paid by the BFC25-24D at discounted
labor rate compensation.
The asterisk * star is a Fireworks/Bidmaster system identifier for dual cable placement. This
requires BidMaster to sort the units using information from the Office/Remote field.
Whenever multiple dual units are involved they shall be identified alphanumerically as Dual 01A,
B, C, etc. and Dual 02A, B, C, etc. when inputting into Fireworks/Bidmaster. This formatting
forces the system to list the cables together in the proper order required by the Engineer. This
sorting code is entered into Bidmaster in the “Office/Remote” field, resulting in the following
example:
*UO12& Dual 01A
*UF200-24D Dual 01B
*UF25-24D Dual 01C
*UF200-24& Dual 02A
*UF25-24D Dual 02B
If a dual placement occurs to a point and then the other cable continues along the route, from the
point that the single cable continues separately until it reaches it's final destination point, this
cable shall be compensated as a separate, single cable only.
Note: The “&” should be shown first and the Dual 01A, 01B, 01C must be shown in order for
pricing to be accurate.
NOTE: BM-OCCUPIED Assembly Unit will apply as an adder if duct is occupied. For Legacy
Qwest Market Only
Section UFA - UNDERGROUND AIR CORE COPPER CABLE ASSEMBLY UNITS
Suffix Description
A This modifies the standard UF units to place underground air core cable. All other
requirements of the UA units will apply.
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Section UFD – UNDERGROUND DUCT PIC CABLE UNITS
Suffix Description
D This modifies the standard UF units to place underground duct pic cable. All other
requirements of the UA units will apply. All other requirements of the UA units will apply.
Section UH – UNDERGROUND HANDHOLE ASSEMBLY UNITS
Consists of labor and material for one (1) underground handhole installed in place, including the base, top
cover and mounting hardware, and pea gravel. The handhole size, amount of pea gravel and the
installation shall be as specified by the Engineer. The handhole assembly unit shall be used only in areas
of non-vehicular traffic. When required for use in areas of vehicular traffic, the handhole shall be rated to
withstand vehicular traffic. Where specified, vehicular traffic rated handholes shall be suffixed with the
letter "T". The assembly units are defined as follows:
UHC( ) Underground Handhole for copper systems.
UHF( ) Underground Handhole for fiber optic systems.
The dimensions of length, width, and depth of the handhole shall be indicated in the parentheses in
inches (millimeters).
Examples:
UHC(13x24X24) Underground handhole for copper systems with dimensions of 13 x 24 x
24 in. (330 x 610 x 610 mm)(approximate).
UHF(17x30x30)T Underground handhole for fiber optic systems with dimensions of 17 x 30 x
30 in. (432 x 762 x 762 mm) (approximate) which is rated for vehicular
traffic.
Suffix Descriptions
B Requires a bottom on handhole This unit applies to Legacy Qwest and National
markets only.
CH Concrete handhole. This unit applies to Legacy Qwest and National markets
only.
P Requires plastic handhole. This unit applies to Legacy Qwest and National
markets only.
R Requires round handhole. This unit applies to Legacy Qwest and National
markets only.
S Requires a vertically split bottom handhole. This unit applies to Legacy Qwest and
National markets only.
Section UM – PRECAST MANHOLE ASSEMBLY UNITS
Consists of all labor and material necessary to install a precast concrete manhole in place. The unit shall
include pit excavation, masonry materials, collar, manhole frame and cover, pulling-in irons, and other
materials necessary to make an appropriate installation in accordance with the Construction Sheets. In
addition, precast manhole assembly units also include all material and labor required in the repair and/or
replacement of streets, roads, drives, fences, lawns, shrubbery, water mains, pipes, pipelines and contents,
underground power and telecommunications facilities, buried sewerage and drainage facilities and any
other property damaged during the construction of the manhole assembly unit. Backfilling shall include
backfill compaction, removal of excess materials and site clearing. Each manhole is listed as a separate
unit installed in place.
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All manhole unit designations shall begin with the letters UM followed by a letter to indicate the type of the
manhole and conduit arrangements shown in the unit drawings. The letters "A", "L", "T", "J", "X", or "Y"
indicate rectangular manholes, and the letter "V" indicates a V-shaped manhole.
Immediately following the letter indicating the manhole type shall be a fourth letter, which shall indicate
the type of frame, and cover with which the manhole is to be equipped. The letter "R" indicates a light
duty frame and cover. The letter "B" indicates a heavy duty frame and cover. Following the letter
indicating frame and cover type, and enclosed in parentheses shall be the nominal diameter of the frame
opening in inches (millimeters).
Examples:
UM-AR(24) Rectangular manhole equipped with a 24 in. (610 mm) light duty frame and cover.
UM-VB(30) V shaped manhole equipped with a 30 in. (762 mm) heavy duty frame and cover.
UM_ ( ) ( )P This modifies the standard UM assembly unit to consist of all labor and material
necessary to install a Pour-In-Place concrete manhole in place. All other
specifications of the UM assembly unit shall apply.
Example:
UMAB(30) (11x6x6)P - Indicates a rectangular manhole equipped with a 30 inch
heavy duty frame and cover, length x width x depth in feet, concrete poured-in-place
and other materials necessary to make an appropriate installation in accordance with
the detailed plans and specifications.
UO - UNDERGROUND FILLED FIBER OPTIC CABLE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of underground filled fiber optic cable installed in underground conduit
and manholes. This unit also consists of setting up the cable within the manhole, providing and placing
cable supports and cable rack hooks, pulling-in wires, duct seals or plugs, cable tags, manhole cable racks,
and rodding and cleaning of ducts, all as required in accordance with the detailed plans and specifications.
This unit does not include cable closure assembly or cable splicing. They will be specified separately. The
length of cable for compensation purposes is determined by measuring the distances paralleling the cable
plus the vertical lengths of cable installed on supporting structures. This unit shall include cleaning out
and/or pumping out of manholes when specified by the Engineer in advance of bidding.
Each underground filled fiber optic cable assembly unit is listed in accordance with the number of optical
fibers. Each unit is prefixed by the letters UO. The following illustration indicates the method of
designating the material required.
UO24 An underground filled fiber optic cable with 24 fibers.
The following is an illustration of how to identify dual placement units that do not follow the
conventional, standard format, when inputting into Fireworks/Bidmaster. This formatting provides only
for proper unit compensation within the Fireworks/Bidmaster system and is not an indication of how the
cables are to be physically installed. These non-standard format requirements shall apply to Line
Extensions & Bid Projects.
*UO12&
*UF200-24D
*UF25-24D
This indicates a 12 fiber cable, placed in the underground, along with a 200 pair copper cable and
a 25 pair copper cable, all placed together at the same time (dual). When placing fiber and
copper cable, the fiber cable will always be the primary driver, this should be indicated with the
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ampersand “&”. The 200 and 25 pair copper shall be compensated as dual units only at a
discounted labor rate.
*UF200-24&
*UFC25-24D
This indicates a 200 pair copper and 25 pair copper cables placed in the underground together at
the same time (dual). The larger copper cable shall be paid by the BFC200-24 & as the higher
labor rate compensation unit and the second cable shall be paid by the BFC25-24D at discounted
labor rate compensation.
The asterisk * star is a Fireworks/BidMaster system identifier for dual cable placement. This
requires BidMaster to sort the units using information from the Office/Remote field.
Whenever multiple dual units are involved they shall be identified alphanumerically as Dual 01A,
B, C, etc. and Dual 02A, B, C, etc. when inputting into Fireworks/Bidmaster. This formatting
forces the system to list the cables together in the proper order required by the Engineer. Thi s
sorting code is entered into Bidmaster in the “Office/Remote” field, resulting in the following
example:
*UO12& Dual 01A
*UF200-24D Dual 01B
*UF25-24D Dual 01C
*UF200-24& Dual 02A
*UF25-24D Dual 02B
If a dual placement occurs to a point and then the other cable continues along the route, from the
point that the single cable continues separately until it reaches it's final destination point, this
cable shall be compensated as a separate, single cable only.
Note: The “&” should be shown first and the Dual 01A, 01B, 01C must be shown in order for
pricing to be accurate.
UO( ) UNDERGROUND FILLED FIBEROPTIC CABLE ASSEMBLY UNIT
This unit modifies the standard UO( ) unit to require a fiber optic warning tag at
each manhole. Payment for this unit will include the necessary length of stubs to
permit splicing in a nearby vehicle. All other specifications of the UO( ) assembly unit
shall apply.
The following additional requirements shall apply to all UO units:
1. All fiber optic cable shall be specified with "low-water-peak single mode" glass
fiber.
Suffix Description
MF This modifies the standard UO unit to be microfiber
NS This modifies the standard UO assembly unit with suffix “NS” to require dielectric
fiber (non-sheathed).
Example: UO48NS
PL This unit includes the labor and material for the placement of one foot of plenum
fiber. Unit includes cable support between floors and fire stopping between floors
when required. All other specifications of the UO( ) assembly unit shall apply.
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PL-I/O This modifies the standard UO unit to be Indoor/Outdoor Plenum cable
R This unit includes the labor and material for the placement one foot of riser fiber. Unit
includes cable support between floors and fire stopping between floors when
required. All other specifications of the UO( ) assembly unit shall apply.
T This unit includes the labor and material for the placement one foot of transition fiber.
Unit includes cable support between floors and fire stopping between floors when
required. All other specifications of the UO( ) assembly unit shall apply.
NOTE: BM-OCCUPIED Assembly Unit will apply as an adder if duct is occupied. For Legacy
Qwest Market Only
UO FIBER STUB– UNDERGROUND FIBER CABLE STUB ASSEMBLY UNIT – PER FOOT LABOR
PER FT LBR This assembly unit consists of all labor required to install a fiber cable stub, that is
pre-connectorized on one end. This cable stub is to be placed in the conduit
between the electronic cabinet and the handhole/manhole.
This unit will be compensated on a per foot basis; based on the total length of the
stub being placed. Terminating the pre-connectorized end will be compensated
under the COEI test and turn up units; and splicing of the raw end will be
compensated under the appropriate HO units.
UO CAT5 CA STUB- UNDERGROUND CAT5 CABLE STUB ASSEMBLY UNIT – PER FOOT LABOR
PER FT LBR This assembly unit consists of all labor required to install a CAT5 copper cable stub,
that is pre-connectorized on both ends. This cable stub is to be placed in conduit
between the electronic cabinet and the Cross Connect Cabinet.
This unit will be compensated on a per foot basis; based on the total length of the
stub being placed. Terminating the pre-connectorized ends will be compensated
under the COEI test and turn up units.
Section W - REARRANGEMENT UNITS
WHC1 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC1E unit.
Each pair is counted and paid only once at each location which is defined as each
splice.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC1 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with 25
pair working and 25 pair non-working. WHC1=25 and HC1E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
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WHC3 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC3E unit.
Each pair is counted and paid only once at each location which is defined as each
splice.
(P) The suffix P modifies the standard WHC3 assembly unit to require pluggable
splicing modules.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC3 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with 25
pair working and 25 pair non-working. WHC3=25 and HC3E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WHC7 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC1E unit.
All pairs are counted and paid only once at each location which is defined as each
splice.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC7 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with 25
pair working and 25 pair non-working. WHC1=25 and HC1E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WHUF CABLE/WIRE INSTALLATION INTO EXISTING
WHUO UNDERGROUND PLANT CLOSURE
WHUP This unit shall include the material and labor necessary to install new cables/wires
and reinstall all existing cables/wires that are to be retained within an existing
underground plant closure. All specifications and requirements of the HU assembly
unit and the RUS Splicing Standard PC-2 shall apply. Bonding and grounding of new
cable/wire shall be compensated under this unit.
WHAP-R RE-ENTER PRESSURIZED SPLICE CLOSURE
This assembly unit consists of all labor and equipment required to re-enter an aerial,
underground or buried sealed closure on an existing splice for the purpose of
rearranging, removing or splicing cable pairs. This unit applies only to hermetically
sealed splice closures and includes reinstallation of end plate seals and flash testing
the closure.
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WUD REARRANGE EXISTING CONDUIT UNIT
This unit consists of the necessary labor and material to locate and expose one (1)
existing underground conduit to extend to, or remove from, a handhole or manhole.
This unit includes trenching, shoring, backfilling, tamping, restoration and disposal of
excess or unusable material. The unit also includes labor and material to (1) cut into
an existing conduit, add necessary length of conduit (straight pieces or sweeps),
place in handhole or manhole and replace pea gravel as required; or (2) remove an
existing conduit from a handhole or manhole, join conduit to make whole and
continuous past handhole or manhole and replace pea gravel as required. The unit
also includes labor for rodding and cleaning of conduit as specified by the Engineer.
WUD-SO MANDREL OCCUPIED DUCT
This assembly unit consists of labor and material required to mandrel ducts at the
request of CenturyLink to determine the condition of an existing OCCUPIED duct
and to place a pull line to facilitate future facility placement. This unit includes
adherence to OSHA, CenturyLink and local regulatory regulations for confined
spaces, traffic control set up and pumping water from the hole, purging and
ventilating the manhole. This unit is paid for on the per foot basis.
WUD-SV MANDREL VACANT DUCT
This assembly unit consists of labor and material required to mandrel duct(s) at the
request of CenturyLink to determine the condition of an existing VACANT duct and to
place a pull line to facilitate future facility placement. This unit includes adherence to
OSHA, CenturyLink and local regulatory regulations for confined spaces, traffic
control set up and pumping water from the hole, purging and ventilating the manhole.
This unit is paid for on the per foot basis.
WUD-SVIN STRUCTURAL INTEGRITY OF EXISTING INNER DUCT.
This assembly unit consists of all labor and material for verification of structural
integrity of existing innerduct. This is paid on a per foot basis and is determined by
distances from manhole to manhole. If obstacle is encountered this will be paid
under WUDE unit. This must have pre approval from CenturyLink. This unit
applies to Legacy Qwest and National markets only.
WUDCE REMOVE AND REPLACE CONCRETE ENCASEMENT
Consists of the necessary labor equipment and material to remove and replace one
cubic foot of concrete encasement from an existing encased duct run associated with
intercepting existing conduit. Excavation to expose the existing conduit run is not
included in this unit. Items WUD or WUDE would be used in conjunction with this
unit.
WUDCE-NR PLACE CONCRETE CAP
Includes the labor and material to form and pour concrete cap on existing duct(s).
Concrete shall be 2500 psi, 3" slump, 3/4" to 1 1/2" aggregate, Type l or Type lll
concrete. Excavation to expose the existing conduit run is not included in this item.
This item is used for placing a concrete cap on existing duct only and is not to be
used with placement of new conduit or removing/replacing existing conduit. Unit is
compensated by the cubic foot.
WUDE REPAIR EXISTING CONDUIT ASSEMBLY UNIT
This unit consists of the labor and material to expose and repair up to ten (10’) feet of
existing conduit(s) found to be damaged while proofing to place a cable inside. This
unit includes trenching, shoring, backfilling, tamping, restoration and disposal of
excess or unusable material. The unit also includes labor and material to cut out a
damaged section and add the necessary length of conduit to make conduit whole
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and continuous. The unit also includes labor for rodding and cleaning of conduit as
specified by the Engineer.
WUDEA REPAIR EXISTING CONDUIT ASSEMBLY UNIT – ADDITIONAL CONDUITS
This unit consists of repair of each additional conduit associated with the WUDE unit.
The excavation is compensated under the WUDE unit, this is applied for each
additional conduit, per 10’ basis. Note this is an add on unit to WUDE. This unit must
have preapproval from CenturyLink.
WUDC EXPOSING EXISTING UNDERGROUND CONDUIT
This unit consists of labor to expose one (1) lineal foot of existing underground
conduit, trench to be two (2) feet wide. BM70E( )UG units will apply when additional
depth beyond standard is required. This unit includes required excavation,
backfilling, tamping, and restoration as required. In instances of trench depth
greater than 36 inches the contractor shall be responsible for shoring of trench walls
as needed to avoid collapse onto personnel. This unit applies to National markets
only.
WUHC CABLE/WIRE INSTALLATION INTO EXISTING UNDERGROUND PLANT
HANDHOLE
This unit shall include the material and labor necessary to expose cable entrance to
install new cables/wires and reinstall all existing cables/wires that are to be retained
within an existing underground plant handhole. All specifications and requirements of
the UH assembly unit and the RUS Splicing Standard PC-2 shall apply. Bonding and
grounding of cable/wire, including bonding connector, bonding harness, tie-wraps,
replacement of gravel and/or sealer shall be compensated separately under the
BM2C unit. This unit applies to National markets only.
WUHC-E EXPOSE AND REBURY EXISTING HANDHOLE – ONE TRIP OPERATION
This assembly unit will include all labor and material to expose (18”-24” cover) and
rebury any size handhole in a one trip operation. This unit includes all excavation,
backfilling, tamping, restoration and disposal of excess or unusable material. This
unit applies to Legacy Qwest and National markets only.
WUHC-ER EXPOSE AND REBURY EXISTING HANDHOLE –RETURN TRIP OPERATION
This assembly unit will include all labor and material to expose (18”-24” cover) and
rebury any size handhole where a return trip to rebury is required. This unit includes
all excavation, backfilling, tamping, restoration and disposal of excess or unusable
material. This unit applies to Legacy Qwest and National markets only.
WUHC-H ( )( ) RAISE/LOWER HANDHOLE
This assembly unit consists of labor and material to repair and/or raise or lower an
existing handhole in order to set level with existing or new grade. Value placed within
the first set of parentheses shall indicate the handhole size, the second set of
parentheses shall indicate in inches the total height increase and/or decrease (6”
increments) of the handhole cover.
WUH-I EXPOSE/REARRANGE FACILITIES TO OVERSET WITH HANDHOLE
This unit consists of the labor necessary to exposing and rearranging existing
facilities to be overset with a hand hole, field slotting of the hand hole (if required)
and repair of field slotted areas. Compensation for excavation and installation of the
new hand hole shall be compensated under the BHC, BHF, UHC, UHF item. Cable
splicing, splice closure installation, or splice encapsulant is not included in this unit
and would be compensated separately. This unit applies to LPEC-West markets
only.
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WUHC-L( ) HANDHOLE LID REPLACEMENT
This assembly unit consists of labor and material to replace a lid of an existing
handhole. Value placed within the parentheses shall indicate the handhole size.
WUHC-R RERACK CABLES - HANDHOLE
This assembly unit consists of labor and material to rerack cables in an existing
handhole. This unit will be compensated per foot of cable reracked.
WUHC-R1 RACK CABLES – INTERCEPT HANDHOLE
This assembly unit consists of labor and material to rack existing cables when placing
a new intercept handhole. This unit will be compensated per foot of cable racked.
WUHC-T( ) HANDHOLE TOP SECTION REPLACEMENT
This assembly unit consists of labor and material to replace a top section of an
existing handhole. Value placed within the parentheses shall indicate the handhole
size.
WUHS-C SETUP OF EXISTING UNDERGROUND PLANT HANDHOLE
This assembly unit consists of labor to barricade work area, open existing handhole,
pump out water, and remove silt and/or sediment as needed. No testing or blower
required. This will be used when the manhole/handhole needs cleaned for company
forces only.
WUMC-LDR LADDER REPLACEMENT - MANHOLE.
This assembly unit consists of labor and material to replace a ladder in an existing
manhole. Includes removal of old ladder and placement of new ladder. This unit will
be compensated per foot of ladder basis.
WUMC-R RERACK CABLES - MANHOLE
This assembly unit consists of labor and material to rerack cables in an existing
manhole. This unit will be compensated per foot of cable reracked.
WUMC-STP STEP REPLACEMENT - MANHOLE
This assembly unit consists of labor and material to replace steps in an existing
manhole. Includes removal of old step and placement of new step. This unit will be
compensated per step basis.
WUM CABLE/WIRE INSTALLATION INTO EXISTING UNDERGROUND PLANT
MANHOLE
This unit shall include the material and labor necessary to expose, open and re-seal
cable entrance to install new cables/wires and reinstall all existing cables/wires that
are to be retained within an existing underground plant manhole. All specifications
and requirements of the UM assembly unit and the RUS Splicing Standard PC-2 shall
apply. Bonding and grounding of cable/wire, including bonding connector, bonding
harness, and tie-wraps shall be compensated separately under the BM2C unit.
WUMC(3) REPAIR / REHAB COVER OF EXISTING UNDERGROUND PLANT MANHOLE
WUMC(6) This unit shall include the material and labor necessary to repair and/or raise
WUMC(9) or lower an existing manhole entrance cover and/or collar in order to set
WUMC(12) the cover level with existing or new grade. Value placed within the parentheses shall
indicate (in inches) the total height increase and/or decrease of the manhole cover.
NOTE: Removal and restoration of concrete or asphalt (if required for traveled
surfaces i.e.: roads, sidewalks) shall be compensated separately under
applicable BM72 and BM73 units.
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WUMS SETUP OF EXISTING UNDERGROUND PLANT MANHOLE
This unit shall include the material and labor necessary to barricade work area, open
existing manhole, pump out water, remove silt and/or sediment as needed, testing for
gas and maintaining air blower for safety purposes of entering a manhole by
company and/or contract forces. Line Extension Only.
Note: This unit is not compensated for new cable/conduit placement activity,
including splicing of the new cable.
This unit will be compensated for activity not associated with cable/conduit placement
activity, for example: deloading pairs, rearrangement splicing, removing bridge tap,
etc.
This unit will be compensated once per day as required and as preapproved by
CenturyLink Operations management.
WUMS-C This assembly unit consists of labor to barricade work area, open existing
manhole/handhole, pump out water, and remove silt and/or sediment as needed. No
testing or blower required; and no contractor entry included. This will be used when
the manhole/handhole needs cleaned for company forces only. This unit may only
be used when testing/blowing is either provided by CenturyLink forces, is not
required or is not in violation of OSHA rules.
WUMS-S SETUP OF EXISTING UNDERGROUND PLANT MANHOLE – NO SILT/SEDIMENT
REMOVAL
This assembly unit consists of the labor and material to barricade work area, open
existing manhole pump out water, testing for gas and maintaining air blower for
safety purposes of entering a manhole by company and/or contract forces. This unit
does not include the removal of silt or sediment from the manhole. Line Extension
Only.
Note: This unit is not compensated for new cable/conduit placement activity,
including splicing of the new cable.
This unit will be compensated for activity not associated with cable/conduit placement
activity, for example: deloading pairs, rearrangement splicing, removing bridge tap,
etc.
This unit will be compensated once per day as required and as preapproved by
CenturyLink
SECTION XX - NONREUSABLE MATERIAL REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines, and transportation of the removed materials for proper disposal. The Contractor will be permitted to
use the most economical method of removing these units. The removal units are designated by the prefix
"XX" followed by the assembly unit designation of the unit to be removed. Note: When removal is
accomplished under the XX units, the material becomes property of the contractor and units should be
priced as such.
XX-ABDN CA CUT OFF ABANDONED CABLE
This assembly unit consists of labor and material to cut off abandoned cables. This
unit applies to aerial, buried, underground applications. Note: If in direct buried
applications, it includes cutting off the cable 12” below ground level. It also includes
reinstalling moisture block, pedestal seal or pea gravel and fire ant retardant. This
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unit is not paid on a per cable basis; it is paid on a per location basis. This unit does
not apply when other plant (i.e.: cable, pedestal, cross-connect, etc) is being
removed. It cannot be used in conjunction with any other removal units.
XXHC4CO REMOVE JUMPER WIRES – CENTRAL OFFICE
Consists of the labor for removing both ends of one (1) pair of cross-connect jumper
wires on cross-connecting blocks and/or modules in the Central Office. This unit
includes contact with Structure Loaders or other designated CenturyLink personnel
and all required testing.
XXUAP REMOVAL AND DISPOSAL OF UNDERGROUND AIR-PIPE
This assembly unit consists of all labor and equipment required to remove one foot of
Underground Air-Pipe and proper disposal of unit.
XXUD Consists of the labor and equipment for one foot of excavation and removal of one
foot of underground duct at a depth of excavation of up to 36". Underground duct
removal at depths in excess of 36" will be compensated using the XXUD item and the
appropriate BM70( )E item. This unit includes the removal of all sizes and types of
innerduct/duct (including microduct and futurepath). This unit is paid for on a per foot
per duct basis.
This unit includes all labor and material required in the repair and/or replacement of
streets, sidewalks, roads, drives, fences, lawns, shrubbery, water mains, pipes,
pipelines and contents, underground power and telecommunications facilities, buried
sewerage and drainage facilities, and any other property damaged during the
removal of the buried cable, except loss or damage to crops, gardens, ornamental
flowers or trees in the construction corridor necessarily incident to the construction of
the Project and not caused by the negligence of the Contractor.
XXUD-ADDL Consists of the labor and equipment to remove one foot of each additional
underground duct. This unit includes the removal of all sizes and types of duct up to
4" (including microduct and futurepath). This unit is paid for on a per foot per each
additional conduit basis.
XXUDIE Consists of the labor and equipment to remove one foot of a single innerduct/duct
from an existing conduit. This item includes the removal of all sizes and types of
innerduct/duct (including microduct and futurepath) from existing conduit. This unit
includes all labor and material required to seal the ends of the duct after the cable is
removed. This unit is paid for on a per foot per innerduct/duct basis.
XXUDIE-ADDL Consists of the labor and equipment to remove one foot of each additional
innerduct/duct from an existing conduit. This item includes the removal of all sizes
and types of innerduct/duct (including microduct and futurepath) from existing
conduit. This unit is paid for on a per foot per additional innerduct/duct basis.
XXUG REMOVAL OF UNDERGROUND PLANT LOAD COIL
This assembly unit consists of all labor and minor material required to remove an
underground UG load coil and proper disposal of unit.
XXUM MANHOLE REMOVAL – Line Extension
This assembly unit consists of labor and materials necessary for removal of a
manhole. Compensation shall be for all necessary work to remove the manhole such
as dirt work for backfill and original grade restoration as specified by the Engineer.
The unit value shall be one hundred dollars ($100.00) per unit with sufficient units
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calculated to cover the total cost of the job. Upon receipt of Contractor Bid the
Engineer shall input into Fireworks the total cost as "Labor" in order to capture the
unit as a single line item.
Example: Manhole Removal Labor = $1,580.00
Total Cost = $1,580.00 entered into Fireworks as "Labor"
Total Units = 15.8
XXUM-R UNIT TO REMOVE MANHOLE - FOR REPLACEMENT
This assembly unit consists of labor and material required to remove a manhole
where a new handhole will be placed. All UM functions including restoration, backfill
compaction will be paid for in the UM assembly unit.
XXUMPR UNIT TO REMOVE MANHOLE – PROJECT BIDS
This assembly unit consists of all labor and materials necessary for removal of a
manhole. Compensation shall be for all necessary work to remove the manhole such
as dirt work for backfill and original grade restoration as specified by the Engineer.
Project Bids only.
XXWUMW MANHOLE WASTE WATER DISPOSAL
This assembly unit will consist of all labor and minor materials for removal and
disposal of waste water from a manhole. This unit will be utilized only when
municipalities will now allow the water to be pumped on site.
Each unit shall have a fixed value of fifty dollars ($50.00) to be incrementally applied
as needed to cover the total amount calculated for waste water removal. Partial units
as calculated shall also apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with pre
approval by CenturyLink.
This unit will be compensated on an exception basis only; this is not to be
charged as an all encompassing unit. This unit applies to Legacy Qwest and
National markets only.
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Part II - SPECIFICATION FOR MATERIALS
1. SCOPE
This part of the specification is concerned with the various materials required for the construction of
underground plant of a rural telecommunications system as shown on the Plans, Specifications, and
Construction Sheets.
2. GENERAL
All materials used in the construction of the rural telecommunications system except those listed in
Paragraph 3 below shall be listed in RUS Informational Publication (IP) 344-2, "List of Materials Acceptable
for Use on Telecommunications Systems of RUS Borrowers," unless specific written approval has been
granted by the Administrator.
3. MISCELLANEOUS
Items which do not appear in RUS IP 344-2, "List of Materials Acceptable for Use on Telecommunications
Systems of RUS Borrowers," shall be of a quality suitable for the application for which they are intended.
Part III - SPECIFICATIONS FOR CONSTRUCTION AND INSTALLATION
1. GENERAL
1.1 All construction and installation work shall be done in a thorough and workmanlike manner in
accordance with the Plans, Specifications and Construction Sheets and shall be subject to
acceptance by the Owner and the Administrator.
1.2 All material to be used in construction of the Project shall be stored so as to be protected from
deteriorating effects of the elements.
1.3 All underground cables and accessory materials used in the construction of the Project shall be
handled with care. Each reel of underground cable shall be inspected for damage. Prior to
installation, all damage shall be repaired to the satisfaction of the Engineer. If reel wrap is
present, the reel wrap shall remain intact on the reel until the cable is ready to be placed.
1.4 Deviations from the Plans, Specifications and Construction Sheets shall not be permitted except
upon written permission of the Engineer.
1.5 The latest revision of the National Electrical Safety Code (NESC) and the National Electrical
Code (NEC) shall be followed in every case except where local regulations are more stringent, in
which case local regulations shall govern.
2. UNDERGROUND CONDUIT AND MANHOLES
2.1 The underground conduit and manhole system shall be constructed in accordance with the
instructions given herein unless otherwise specified by the Engineer or unless state or local
requirements are more stringent in which case the latter requirements will govern.
2.2 The Engineer shall determine the location of all conduit and manholes and shall specify size, type,
position, and depth at which they are to be constructed. The size, type and location of all main
conduit and subsidiary ducts, location of foreign structures where known; and applicable right-of-
way restrictions shall be shown on the Construction Sheets. The size, type, and location of all
conduit entrances and size and location of the manhole frame opening shall be shown on the
Construction Sheets.
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2.3 All parties associated with excavations for the conduit and manhole system shall follow well-
established safety rules and regulations to safeguard the public and workm en.
2.3.1 Testing shall be conducted in excavations and manholes to determine if there is an oxygen
deficiency or a presence of harmful gas, in accordance with federal, state, and/or local
requirements.
2.3.2 Gas and oil mains shall be given special attention and precautions shall be taken to guard against
the fire hazards they present. Excavations in public streets shall always be checked for gas
leakage, even though gas mains or sewers are not directly encountered. No flame of any sort
shall be permitted around excavations when the odor of gas is detected. Workmen shall not be
allowed to smoke; and precautions shall be taken to prevent pedestrians from throwing lighted
cigars, cigarettes, or burning matches into such excavations. The owning company shall be
notified when excavation involving such structures is undertaken so that a representative may be
present if desired.
2.3.3 The Contractor shall provide adequate shoring, warning signs, lights, no parking signs, barricades,
and removal of excess water and excavated material. Flagmen and guards shall be provided
where required to maintain safe conditions for the workmen and the public.
2.3.4 Blasting shall only be permitted with approval from state or local authorities and with the warning t o
and protection of workmen and the public.
2.3.5 Excavations shall be closed and/or barricaded for public protection prior to leaving the job site at
night with warning lights and/or guards.
2.3.6 Accessibility to fire hydrants, fire alarm boxes, and private driveways shall be maintained using
temporary bridges over trenches as required.
2.4 The Contractor shall notify utilities, local authorities, regulatory bodies, and others when
construction is to commence. When conflicts are encountered involving the relocation of manholes
or conduits, the Engineer shall be notified.
2.5 Where deviations from the Construction Sheets are necessary or desirable, such construction
shall proceed only with prior approval by the Engineer.
2.6 The depth of the trench shall be sufficient to obtain a cover of at least 24 in. (610 mm) over the
conduit formation including top protection where employed unless otherwise approved by the
Engineer.
2.7 The trench route and manhole locations shall be clearly marked by the Engineer before
excavation is started.
2.8 In preparing the trench bed for the conduit installation, the trench bed shall be leveled to form an
even base. In some cases it may be necessary to provide sand or fine earth to establish an even
base. If, upon excavation, the trench bed appears to be incapable of firmly supporting the conduit,
the Engineer shall determine whether a concrete base is required.
2.9 Backfilling next to the conduit shall be free from stones or other material which might damage the
conduit or conduit joints. Large boulders shall not be included in any part of the backfill. In
tamping the backfill at the sides of the conduit, extreme care shall be used to avoid damage to the
joints or shifts in the conduit structure. Backfilling and tamping alongside the conduit shall be done
in layers only an inch or two in thickness until the level of the top of the conduit is reached.
Backfilling around conduit joined with mortar bandages shall proceed as soon as the joints are
completed. Troweled joints shall be allowed to set at least 24 hours before backfilling.
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2.10 Upon completion of conduit sections, a test mandrel 1/4 in. (6.4 mm) smaller in diameter than the
inside diameter of the conduit shall be pulled through all single duct conduit and through two
diagonally opposite ducts in multiduct conduit formations to ensure proper alignment. In addition,
all conduits shall be cleaned of loose materials such as concrete, mud, dirt, stones, etc. Pull wire
(type as specified by the Engineer) shall be placed in conduit if so indicated by the Engineer on the
Construction Sheets. The ends of the conduit shall be sealed to prevent the entrance of foreign
matter and to protect against water or gas from entering manholes of buildings. All conduit
entering central offices or other buildings shall be kept plugged at all times. If the work extends
over several days, the conduits shall be plugged at night temporarily and permanently upon
completion of the work.
2.11 Where sod and/or top soil has been removed, finish off the surface of the trench with top soil and/or
sod as removed. This work shall be done to the satisfaction of the property owner and authorities.
2.12 All surplus material and debris shall be promptly cleared from the job site.
2.13 All cement used in underground construction shall be Portland cement and shall conform to the
latest specification for Portland cement of the American Society for Testing and Materials.
2.14 Cement shall be kept dry at all times prior to use in order to prevent deterioration. No cement shall
be used which contains lumps, which will not pulverize readily in the hand. The presence of such
lumps indicates that the cement has absorbed moisture and has deteriorated.
2.15 To ensure that concrete used in manhole construction will be watertight, water shall be prevented
from flowing through or over the freshly placed concrete and washing away the cement paste.
Admixtures shall not be used for the purpose of producing watertight concrete.
2.16 Each precast manhole shall be provided with hardware and equipment as specified below and
shown in the Construction Sheets.
2.16.1 Type A, L, T, J, and V manholes shall be provided with either 37-hole or 18-hole cable racks as
shown in the Construction Sheets. When 18-hole racks are used, they shall be attached to cable
rack supports with three cable rack supports required for each set of two 18-hole racks. Type X
and Y manholes shall be provided with 8-hole racks as shown in the Construction Sheets. The
cable racks shall be attached to the supports by means of 1/2 in. x 1-3/4 in. (12.7 mm x 44.4 mm)
galvanized machine bolts and nuts. The cable rack supports shall be secured to the manhole walls
by means of 1/2 in. x 2-1/2 in. (12.7 mm x 63.5 mm) galvanized machine bolts screwed into metal
inserts which shall be cast in the walls when the manhole is constructed.
2.16.2 Rectangular manholes, except Type X and Y, shall be provided with four cable racks or sets of
cable racks as shown in the Construction Sheets. Type Y manholes shall be provided with two
racks and Type X manholes shall be provided with one rack as shown on the Construction Sheets.
2.16.3 Type V manholes shall be provided with six cable racks or sets of cable racks as shown on the
Construction Sheets.
2.16.4 One pulling-in iron shall be cast in the wall opposite each conduit with which it is associated and
shall be installed in accordance with the Construction Sheets.
2.17 The frame shall be supported on a collar as shown in the Construction Sheets. The collar shall be
of sufficient height to bring the cover flush with the grade of the street or surrounding earth.
2.18 The sump or drain shall be located directly under the manhole cover.
2.19 Pulling-in irons shall be placed so as to extend into the manhole far enough to permit a clear
opening of approximately 3 in. (76.2 mm) in the eye.
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2.20 When poured-in-place manholes are specified, the construction and installation of the poured-in-
place manhole shall be as specified by the Engineer.
3. UNDERGROUND HANDHOLES
3.1 The underground handholes shall be installed in accordance with the instructions given herein
unless otherwise specified by the Engineer unless state or local requirements are more stringent
in which case the latter requirements will govern.
3.2 The Engineer shall determine the location of the handhole and shall specify type, position and
depth of installation.
3.3 A hole shall be dug large enough to accommodate the handhole.
3.4 The handhole shall be positioned and a suitable backfill shall be tamped around the handhole.
3.5 Pea gravel should be placed inside of the handhole to minimize condensation problems.
3.6 The Engineer shall ensure that the dimensions of the handhole shall be large enough to
accommodate the splice case installation and when required, cable slack.
4. UNDERGROUND CABLE PLACEMENT
4.1 Prior to entry, testing shall be conducted in excavations and manholes to determine if there is an
oxygen deficiency or a presence of harmful gas, in accordance with federal, state, and/or local
requirements.
4.2 When working in manholes, care shall be taken to prevent damage to the cables in setting up the
pulling apparatus or in placing tools or hardware. Cables shall not be stepped upon when entering
or leaving the manhole.
4.3 Cable reels, which are delivered to the work location and are not set up immediately for placing
operations shall be securely blocked or secured to a substantial support to prevent rolling.
4.4 The Contractor and Engineer shall jointly verify distances between splice points prior to ordering
cable in specific cut lengths.
4.5 The duct assignment for each individual cable for any conduit section shall be specified on the
Construction Sheets. Cables shall not be placed in ducts other than those specified on the
Construction Sheets without prior approval of the Engineer.
4.6 It shall be the Contractor's responsibility to determine whether ducts assigned for occupancy shall
be rodded and cleaned.
4.7 All ducts containing earth, sand or gravel shall be cleaned. Ducts, which cannot be cleaned, shall
be reported to the Engineer.
4.8 Reels shall be rolled in the direction indicated by the arrows painted on the reel flanges.
4.9 Cable reels shall be set up on the same side of the manhole as the conduit section in which the
cable is to be placed. The reel shall be leveled and brought into proper alignment with the conduit
section so that the cable pays off from the top of the reel in a long smooth bend into the duct
without twisting. Under no circumstances shall the cable be payed off from the bottom of a reel.
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4.10 The Contractor shall check the equipment set up prior to beginning the cable pulling to avoid an
interruption once pulling has started.
4.11 A cable feeder guide of suitable dimensions shall be used between the cable reel and the face of
the duct to protect the cable and guide it into the duct as it is payed off the reel. Copper cable shall
not be bent to a radius of less than 10 times the diameter of the cable. Fiber optic cable shall not
be bent to a radius of less than 20 times the diameter of the cable.
4.12 The mechanical stress placed upon a cable during installation shall not be such that the cable is
twisted or stretched. During installation, the Contractor shall not exceed the maximum pulling
tension of the cable as specified by the cable manufacturer.
4.13 As the cable is payed off the reel, it shall be carefully inspected for jacket defects. If defects are
noticed, the pulling operations shall be stopped immediately and the Engineer will determine what
corrective action shall be taken.
4.14 As the cables are payed off the reel into the cable feeder guide, they shall be sufficiently lubricated
with a type of lubricant recommended by the cable manufacturer. Where the cable is pulled
through a manhole it shall also be sufficiently lubricated at the intermediate manhole.
4.15 Cable placement shall be stopped immediately if the cable on a reel binds or does not pay off
freely. The cause of the binding must be cleared to the satisfaction of the Engineer before the
pulling operation is continued.
4.16 When blowing of underground cable is specified, the installation shall be in accordance with the
manufacturer of the blowing installation equipment.
4.17 Sufficient cable shall be provided in each manhole to properly rack and splice the cables as shown
on the Construction Sheets.
4.18 All cable ends, shall be protected at all times with acceptable end caps except during actual
splicing. During the splicing operations, protection shall be available for immediate installation in
case water.
LIST OF CONSTRUCTION DRAWINGS AND PLANS
Construction Guide Drawings
UM-A, L, T, J Types A, L, T and J Precast Manholes
UM-V Type V Precast Manhole
UM-X, Y Types X and Y Precast Service Manholes
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United States
Department of
Agriculture
Rural
Utilities
Service
RUS Bulletin 1753F-152
RUS Form 515c
September 2001
CenturyLink Revised
May 2014
Specifications and
Drawings for
Construction of
Aerial Plant
SPECIAL ARRANGEMENT UNITS
OSP Special arrangement units. These descriptions should be used in the Special Arrangement
Units section of the contract whenever such units are specified. Every possible effort must be made
to avoid proliferation of special arrangement units. If circumstances prohibit use of a standard unit,
consider modifying a standard unit as described in “Modification of Standard Units”.
MODIFICATION OF STANDARD UNITS
RUS OSP modified units. In general, this section is to be used whenever a change is made or a
special requirement is added/deleted to the description of a standard unit. Every possible effort
must be made to avoid proliferation of special arrangement units. Use standard RUS units in every
case possible.
515c Contract Sections
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UNITED STATES DEPARTMENT OF AGRICULTURE
Rural Utilities Service
BULLETIN 1753F-152
SUBJECT: Specifications and Drawings for Construction of
Aerial Plant, RUS Form 515c
TO: All Telecommunications Borrowers
RUS Telecommunications Staff
EFFECTIVE DATE: September 17, 2001
OFFICE OF PRIMARY INTEREST: Outside Plant Branch, Telecommunications Standards Division.
AVAILABILITY: This bulletin supersedes RUS Bulletin 345-153, Specifications and Drawings for
Construction of Pole Lines, Aerial Cables and Wires, RUS Form 515f, issued May 25, 1989. This bulletin
can be accessed via the Internet at http://www.usda.gov/rus/telecom/publications/bulletins.htm
PURPOSE: This specification provides Contractors, Engineers, and RUS Borrowers with assembly unit
descriptions, materials, construction and installation, and drawings for aerial plant associated with RUS
Form 515, Telecommunications System Construction Contract.
Roberta D. Purcell 8/21/01
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Roberta D. Purcell Date
Assistant Administrator
Telecommunications Program
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RUS Bulletin 1753F-152
Specifications and Drawings for Construction of
Aerial Plant, RUS Form 515c
TABLE OF CONTENTS
Page
List of Changes ............................................................................................................................................. i
Part I – Description of Assembly Units and Proposal and
Contract Sections ............................................................................................................................. 1
Part II – Specifications and Materials .........................................................................................................28
1. Scope ......................................................................................................................................14
2. General ...................................................................................................................................14
3. Poles .......................................................................................................................................14
4. Miscellaneous .........................................................................................................................14
Part III – Specifications for Construction and Installation ..........................................................................28
1. General ...................................................................................................................................14
2. Pole Lines ...............................................................................................................................15
3. Mounting Hardware and Guys ................................................................................................17
4. Anchors ...................................................................................................................................17
5. Self Supporting Fiber Optic Cable ..........................................................................................18
6. Suspension Strand .................................................................................................................19
7. Filled Aerial Cable ..................................................................................................................20
8. Filled Aerial Cable Placement ................................................................................................20
9. Cable Splicing and Terminals .................................................................................................22
10. Clearing Right-of-Way ............................................................................................................23
List of Construction Drawings and Plans ...................................................................................................34
Detailed Drawings for 515c
Refer to page 26 and please note that CenturyLink specifications override these RUS drawings.
INDEX
ASSEMBLY UNITS:
Cable Plant, Aerial
CABLE:
Aerial Cable Plant Construction
Assembly Units
CONSTRUCTION:
Aerial Cable Plant
Fiber Optic Cable Plant
POLES LINES:
Design of
POLES:
Numbering
RIGHT-OF-WAY:
Clearing and Trimming Assembly Units
SPECIFICATIONS AND STANDARDS:
Outside Plant
WIRE:
Seven Wire Aluminum Clad Steel Strand
Steel, 7 Wire Galvanized Strand
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LIST OF CHANGES
1. Modification of Pole Units from Section 1 to Section A.
2. Elimination of Section C and Section CF.
3. Addition of Section CFO, Self Supporting Filled Fiber Optic Cable Assembly Units.
4. Modification of CO and CW units as follows:
(a) Provide for compensation on a per foot basis;
(b) Redefined compensation to include the sum of the cable distances
between supporting structures as indicated by the sequential foot
markings;
(c) Specified utility grade galvanized steel strand as the default type.
5. Elimination of suffixes "N" and "R" under Section HA. For ready access splice closures specified
under the "R" suffix, a new unit designated HR was created.
6. Addition of Section HR, Ready Access Splice Closure Assembly Unit.
7. Modification of Section HC as follows:
(a) Redefined unit to provide compensation on a single pair basis;
(b) Created HC5 unit in order to provide compensation for terminating cable
pairs on a terminal block within a ready access closure.
8. Modification of Section HO to provide compensation for testing a fiber.
9. Elimination of section PC and section PDS.
10. Modification of Section PE to indicate utility grade galvanized steel as the default type.
11. Elimination of Section PG. The terminal blocks are now included under Section PM.
12. Modification of PM21 and PM22 to provide for a more generalized description.
13. Addition of PM25, Filled Terminal Block Assembly Unit.
14. Modification of Section R to provide compensation on a per foot basis.
15. In part III, section 2, elimination of information on pole facing.
16. In part III, the Figure 8 cable was changed to describe Self Supporting Fiber Optic Cable.
17. In part III, eliminated references to load coils, pressurized cable, and air-core cable.
For editorial or other minor technical changes, refer to the body of the document.
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Part I - DESCRIPTION OF ASSEMBLY AND PROPOSAL AND
CONTRACT SECTIONS
The Contractor’s Proposal form is divided into sections and the sections approved for
construction shall be listed in the Construction Agreement by the Owner. The sections are as
follows:
Section A - Pole Units
Section AP - Pole in Power Units
Section C - Aerial Cable Assembly Units
Section CDFP - Aerial Cable Duct Future Path Assembly Units
Section CF - Self Supporting Filled Copper Cable Assembly Units
Section CFA - Self Supporting Air Core Copper Cable Assembly Units
Section CFD - Self Supporting Duct Pic Copper Cable Assembly Units
Section CFO - Self Supporting Filled Fiber Optic Cable Assembly Units
Section CS - Aerial Suspension Strand Assembly Units
Section CO - Aerial Filled Fiber Optic Cable Assembly Units
Section CW - Aerial Filled Copper Cable Assembly Units
Section CWA - Aerial Non-Filled Cable Units
Section CWTV - Aerial Filled Copper Cable Assembly Units
Section FTTX-CO Fiber Optic Cable Assembly Units
Section FTTX-BM Miscellaneous Assembly Units
Section FTTX-PG Aerial Plant Splitter Assembly Units
Section GPS - Global Positioning System Units
Section HA - Aerial Splice Closure Assembly Units
Section HC - Copper Splicing Assembly Units
Section HCTV - Copper Splicing CATV Assembly Units
Section HO - Fiber Optic Splicing Assembly Units
Section HR - Ready Access Closure Assembly Units
Section MT - Maintenance Assembly Units
Section PE - Guy Assembly Units
Section PF - Anchor Assembly Units
Section PG - Aerial Plant Terminal and Loading Coil Assembly Units
Section PM - Miscellaneous Assembly Units
Section PMTV - Miscellaneous CATV Assembly Units
Section R - Right-of-Way Clearing and Trimming Units
Section TC - Trip Charge Assembly Units
Section W - Rearrangement Units
Section XX - Nonreusable Materials Removal Units
Section XZ - Reusable Materials Removal Units
Each assembly unit includes only the materials listed on the corresponding Installation and Construction
Guide Drawings or description of unit where no drawing exists. The various installation and construction
units, which are included in this Proposal and upon which quotations are required, are defined by the
following descriptions:
Section A - POLE UNITS
Consists of one (1) pole in place. It does not include the pole top assembly units or other parts attached
to the pole. Poles shall be of the height and class as designated by the Engineer. The pole plan, species
of timber, kind of preservative and method of treatment are designated in the Proposal.
Example:
A35-7 A 35 foot [10.7 meters (m)] class 7 pole.
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A( ) - ( )ROCK POLE PLACED IN ROCK
This unit consists of the labor and equipment necessary to provide and place the
specified pole in solid rock. All RUS specifications will apply. The first parentheses
indicate the length of pole and the second parentheses indicates the class-size of
pole.
Section AP - POLE IN POWER UNITS
Consists of one (1) pole in place in power. It does not include the pole top assembly units or other parts
attached to the pole. Poles shall be of the height and class as designated by the Engineer. The pole
plan, species of timber, kind of preservative and method of treatment are designated in the Proposal.
Poles placed in power means poles placed up through supply lines exceeding 300 Volt to ground, which
requires protective rubber (booting and blanketing) the supply lines and the pole to protect the workers,
pole and supply lines. Poles with nothing more than a 300 volt supply drop is not considered poles in
power.
Example:
AP35-5 A 35 foot [10.7 meters (m)] class 5 pole.
SECTION C - AERIAL CABLE ASSEMBLY UNIT
CAP(3/8) AERIAL AIR PIPE ASSEMBLY UNIT
This unit consists of one (1) foot of aerial 3/8 inch Air Pipe in place including
supporting messenger of galvanized steel strand, lashing wire, attachments to strand,
bonding of strand in accordance with the construction sheets. This unit also includes
splicing of cable pairs necessary for control and alarm monitoring.
The following suffix applies to this unit:
D - Indicates additional devices necessary for air-pipe operation such as Flow and
Pressure Transducers, Manifold, By-pass Valve and Regulator, etc.
CRW-1 RURAL C-WIRE
This assembly unit consists of all the labor and material to place one foot of Rural C-
Wire, pole hardware, ground attachments, etc.
SECTION CDFP - AERIAL CABLE DUCT FUTURE PATH ASSEMBLY UNIT
ADFP( )( )MD AERIAL CABLE DUCT-FUTURE PATH-MICRODUCT (MD)
This assembly unit consists of one (1) foot of aerial Future Path Duct. This unit
includes all material and labor for the placement of Future Path Duct
(microducts/oversheath configuration product). The first parentheses denote the
outside diameter of the Future Path and the second parentheses denotes the
quantity of microducts and outside diameter of the microducts.
Example: ADFP(1.66)(7-12)MD
Aerial Future Path (1.66 oversheath outside diameter)(7 microduct’s with outside
diameter of MD’s is 12) MD
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Suffix Description
IE This modifies the standard CDFP suffix “I” assembly unit with "E" to require
cable installation in existing duct and includes labor to rod and clean existing
duct. This unit includes all labor and material required to seal the ends of the
duct after the cable is in place.
For Legacy Qwest Market Only – The IE suffix will be considered as a vacant duct. BM-
OCCUPIED unit will apply if the duct is occupied.
Section CF – SELF SUPPORTING FILLED COPPER CABLE CABLE
ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of self supporting filled copper cable in place including all supporting
hardware, cable guards, insulating tapes, and bonding of the armor (when present) and supporting member
in accordance with the Construction Sheets.
Section CFA - SELF SUPPORTING AIR CORE COPPER CABLE ASSEMBLY UNITS
Suffix Description
A This modifies the standard CF units to place underground air core cable. All other
requirements of the CF units will apply.
Section CFD – SELF SUPPORTING DUCT PIC CABLE UNITS
Suffix Description
D This modifies the standard CF units to place underground duct pic cable. All other
requirements of the CF units will apply. All other requirements of the UA units will apply.
Section CFO – SELF SUPPORTING FILLED FIBER OPTIC CABLE
ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of self supporting filled fiber optic cable in place including all supporting
hardware, cable guards, insulating tapes, and bonding of the armor (when present) and supporting member
in accordance with the Construction Sheets.
A. The length of the self supporting cable measured for compensation purposes includes the sum of
the cable distances between supporting structures as indicated by the sequential foot markings.
B. This unit does not include labor and material for fiber splicing, splice closures, housings, or organizers.
The labor and material for these items are provided for in other units.
C. This unit includes the spiraling of the self supporting cable in accordance with the method shown in
the Construction Sheets.
Each self supporting filled fiber optic cable unit is listed in accordance with the number of optical fibers.
Each unit is prefixed by the letters CFO. The following illustration indicates the method of designating the
material required.
CFO16 A self supporting filled fiber optic cable with 16 fibers.
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Section CO - AERIAL FILLED FIBER OPTIC CABLE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of aerial filled fiber optic cable in place including supporting messenger
of galvanized steel strand, lashing wire, attachments to strand, bonding of the armor (when present) and
strand in accordance with the Construction Sheets.
Options designated by the following suffixes apply:
Suffix Description
A Aluminum-clad steel strand.
C Class C galvanized steel utility grade strand for corrosion areas.
D Two or more cables are to be initially lashed to the same suspension strand.
E Cables are lashed to existing strand and cable(s).
I Aerial Filled Fiber Optic cable, which will be installed inside a duct.
IE Aerial Filled Fiber Optic cable, which will be installed inside an existing duct.
This unit is for Legacy Qwest markets only.
For Legacy Qwest Market Only – The IE suffix will be considered as a vacant
duct. BM-OCCUPIED unit will apply if the duct is occupied.
N This modifies the standard CO unit to include placement of facilities on a non-
wood pole.
MF This modifies the standard CO unit to be microfiber
NS This modifies the standard CO assembly unit with suffix “NS” to require dielectric
fiber (non-sheathed). Example: CO48NS
A. The length of aerial cable measured for compensation purposes includes the sum of the cable
distances between supporting structures as indicated by the sequential foot markings.
B. This unit does not include labor and material for fiber splicing, splice closures, housings or
organizers. The labor and material for these items are provided for in other units.
C. Class A galvanized steel utility grade strand shall be provided unless another type is specified by
the appropriate suffix.
Each aerial filled fiber optic cable assembly unit is listed in accordance with the number of optical fibers.
Each unit is prefixed by the letters CO. The following illustrations indicate the method of designating the
material required.
CO16(6M) An aerial filled fiber optic cable with 16 fibers, supported by 6000 pound (lbs) [26,688
Newtons (N)] Class A galvanized steel utility grade strand.
CO8E An aerial filled fiber optic cable with 8 fibers, lashed to existing strand and cables(s).
CD( )UV AERIAL CONDUIT ASSEMBLY UNIT
This unit consists of one (1) foot of UV protected inner duct in place including
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supporting messenger of galvanized steel strand, lashing wire, attachments to strand,
bonding of the armor (when present) and strand in accordance with the Construction
Sheets. The quantity and size of duct(s) will be identified in parentheses. (Example:
CD(1-1.25)UV indicates 1 1.25” innerduct. This unit is for Legacy Qwest markets
only.
CD( )UVSS AERIAL CONDUIT ASSEMBLY UNIT – UV PROTECTED SELF-SUPPORT
This unit consists of one (1) foot of UV Protected Self-Support Figure-8 Duct in place
in accordance with the Construction Sheets. The size of duct(s) will be identified in
parentheses. (Example: CD(1-1.25)UVSS indicates 1 1.25” innerduct. This unit is
for Legacy National markets only.
CD( )(6M)UV An aerial innerduct, supported by 6000 pound (lbs) [26,688 Newtons (N)] Class A
galvanized steel utility grade strand.
Suffix Description
E Cables are lashed to existing strand and cable(s).
CO( ) AERIAL FILLED FIBER OPTIC CABLE ASSEMBLY UNIT
This unit modifies the standard CO( ) unit to require a fiber optic warning tag at each
pole. Payment for this unit will include the necessary length of stubs to permit splicing
in a nearby vehicle. All other specifications of the CO( ) unit shall apply.
The following additional requirements shall apply to all CO units:
1. All fiber optic cable shall be specified with "low-water-peak single mode" glass
fiber.
CO( )ADSS AERIAL FILLED FIBER OPTIC CABLE ASSEMBLY UNIT (SS)
This unit modifies the standard CO assembly unit to require all Dielectric Self-
Supporting cable to be placed. The number of fibers within the cable is indicated in
parenthesis. All other specifications of the CO assembly unit shall apply.
CO(IE) This modifies the standard CO assembly unit with suffix "IE" to require cable
installation in existing duct and includes labor to rod and clean existing duct.
Example: CO48(IE) A forty-eight fiber cable placed in existing aerial duct.
CO( )OF This modifies the standard CO assembly unit with suffix "OF" to indicate owne r
furnished material.
SECTION CS - AERIAL SUSPENSION STRAND ASSEMBLY UNIT
CS(6M,10M,16M) AERIAL SUSPENSION STRAND ASSEMBLY UNIT
This unit consists of one (1) foot of aerial suspension strand in place including
hardware for attachment of strand to pole. All other miscellaneous labor and material
for lashing wire, attachments to strand and bonding of the cable shield and strand
shall be called out under the separate Aerial Cable assembly units.
Options designated by the following suffixes apply:
Suffix Description
A Aluminum - clad steel strand
C Class C galvanized steel utility grade strand is required for
corrosion areas.
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Note: Class A galvanized steel utility grade strand shall be provided unless another
type is specified by the appropriate suffix.
The following illustrations indicate the method of designating the material required:
CS(6M) A 6,000 lb. Class A galvanized steel utility grade strand.
CS(10M)C A 10,000 lb. Class C galvanized steel utility grade strand.
Section CW - AERIAL FILLED COPPER CABLE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of aerial filled copper cable in place including supporting messenger of
galvanized steel strand, lashing wire, attachments to strand, bonding of the shield and strand in
accordance with the Construction Sheets.
Options designated by the following suffixes apply:
Suffix Description
A Aluminum-clad steel strand.
C Class C galvanized steel utility grade strand is required for corrosion areas.
D Two or more cables are to be initially lashed to the same suspension strand.
E Cables are to be lashed to existing strand and cable(s). Screened cable designated
for T1 carrier systems.
g This modifies the standard CW unit to be gopher cable
HV High Voltage
H1C Screened cable designated for T1C carrier systems.
N This modifies the standard CW unit to include placement of facilities on a non-wood
pole.
Section CWA - AERIAL NON-FILLED CABLE UNITS
Suffix Description
A This modifies the CW units to place aerial air cable. All other requirements of the CW
units will apply.
A. This unit includes labor and material for installation of the splice closure, and other labor and
materials for straight splicing cables of the same size and gauge required only for the purpose of
joining such cables in one continuous length (reel ends).
B. When specified in the Proposal, this unit includes the spiraling of cable around the suspension
strand at the locations shown on the Construction Sheets.
C. The length of aerial cable measured for compensation purposes includes the sum of the cable
distances between supporting structures as indicated by the sequential foot markings.
D. Where aerial cables are supported by separate through-bolts on the same pole, messenger bonds required
as shown on the Construction Sheets are included as a part of this unit.
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E. Class A galvanized steel utility grade strand shall be provided unless another type is specified by
the appropriate suffix.
Each aerial filled copper cable assembly unit is listed in accordance with the number of pairs and gauge of
conductors. Each unit is prefixed by the letters CW. The following illustrations indicate the method of
designating the material required.
CW50-24(6M) A 50-pair, 24-gauge aerial filled copper cable supported by 6000 lbs (26,688 N) Class
A galvanized steel utility grade strand.
CW50-24(6M)C A 50-pair, 24-gauge aerial filled copper cable supported by 6000 lbs (26,688 N) Class
C galvanized steel utility grade strand.
SECTION CWTV - AERIAL FILLED COPPER CABLE CATV ASSEMBLY UNITS
Coax cable shall meet the specifications listed below.
AC 500 Copper clad aluminum center conductor, expanded polyethylene core insulation,
solid aluminum sheath, attenuation at 550 MHZ with a maximum loss of 1.85 db per
100ft. Comm/Scope P-3 75-500CA or equivalent.
AC 715 Copper clad aluminum center conductor, expanded polyethylene core insulation,
solid aluminum sheath, attenuation at 550 MHZ with a maximum loss of 1.26 db per
100ft. Comm/Scope P-3 75-715JCA or equivalent.
AC 750 Copper clad aluminum center conductor, expanded polyethylene core insulation,
solid aluminum sheath, attenuation at 550 MHZ with a maximum loss of 1.24 db per
100ft. Comm/Scope P-3 75-750CA or equivalent.
SECTION FTTX FIBER TO THE x Assembly UNITS
SECTION FTTX- CO FIBER OPTIC CABLE ASSEMBLY UNITS
FTTX-CO( )NS FTTX- CO AERIAL FLEXNAP F2 DIELECTRIC FIBER OPTIC RIBBON CABLE
Consists of one (1) foot (0.305 m) of aerial gel free dielectric (non-sheathed) ribbon Flex
Nap F2 Pre-Engineered (fiber-to-the-x (FTTx) applications) in place including supporting
messenger of galvanized steel strand, lashing wire, attachments to strand, bonding of
strand in accordance with the Construction Sheets. This FlexNap F2 Pre-Engineered
ribbon cable is raw at both ends and will be fusion spliced; splicing will be compensated by
appropriate HO units. The taps/tethers (F2A cable) branching off the F2 cable will be
covered under the appropriate FTTX-PM31( ) units.
Options designated by the following suffixes apply:
Suffix Description
E Cables are lashed to existing strand and cable(s).
A. The length of aerial cable measured for compensation purposes includes the sum of
the cable distances between supporting structures as indicated by the sequential
foot markings.
B. This unit does not include labor and material for fiber splicing, splice closures,
housings or organizers. The labor and material for these items are provided for in
other units.
C. Class A galvanized steel utility grade strand shall be provided unless another type is
specified by the appropriate suffix.
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Each aerial gel free fiber optic cable assembly unit is listed in accordance with the number
of optical fibers. Each unit is prefixed by the letters CO. The following illustrations indicate
the method of designating the material required.
Examples
FTTX-CO24NS(6M) An aerial gel freefiber optic ribbon cable with 24 fibers, supported by
6000 pound (lbs) [26,688 Newtons (N)] Class A galvanized steel utility
grade strand.
FTTX-CO24NSE An aerial gel free fiber optic ribbon cable with 24 fibers, lashed to
existing strand and cables(s).
NOTE 1: The pre-engineered FlexNap cable system is initially tested at the factory; each
fiber is tested optically before the process begins. Then splice loss is monitored across
each access fiber and again performing 100% final optical testing before the system is
approved for shipment guaranteeing that the products will work as intended before it is
shipped from the factory.
It is recommended that testing be performed prior to placement to ensure the cable is
not damaged in shipment, as traditional testing is not feasible due to the taps placed in
the cable. Testing can be accomplished by using a Loopback Device on the last TAP. This
device contains (6) fibers which are bent in the factory to induce a macrobend. When
installed on the last TAP (farthest from the top of the reel) fibers 1 and 12, 2 and 11, etc.
have continuity allowing optical testing from the cable end across that tube. Since this is
the longest span, most damage to the cable should be witnessed within these traces. The
purpose of the macrobend within the Loopback Device is to intentionally generate optical
loss, thereby making it easy for the tester to determine that they have indeed seen two
fiber runs within the same cable. Another feature is that the Loopback—once removed—
can be recycled and reused.
Please see attached for more information regarding the Loopback Device.
006-116.pdf
NOTE 2: It is not mandatory that this device be purchased or utilized; however it is the
responsibility of the contractor to ensure the material is damage free and will be held
accountable for the material if damaged and not called out as a result of shipping prior
to placement. If purchased by the contractor it is at the sole cost of the contractor, no
compensation will be made. This loopback testing is not compensated for separately.
NOTE 3: OTDR testing after the cable placement and fiber splicing must be performed
at the FDH (toward the terminal) to verify the integrity of all ports within the installed
FlexNap system and will be a part of the appropriate HO splicing units. Testing is NOT
compensated for separately. The HO units includes all test requirements noted in
Annex, CenturyLink Policy’s, RUS 515 documents, PC-2, PC-4 and will also include End to
end loss readings as recorded using an Optical Power Meter and Reflective Loss Testing
as recorded using an OTDR, equipped to test for reflective loss.
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FTTX-CO_(MPU)__ FTTX-CO AERIAL FIBER OPTIC MULITPORT TERMINAL ASSEMBLY UNIT –
MATERIAL ONLY
This assembly unit consists of all material required for a MPU connectorized Multiport
(on both ends) for fiber-to-the-x (FTTx) applications. The first numerical value is the
fiber size, the second is the length of the tail. Example: FTTX-CO4(MPU)500
indicates a 4 fiber with a 500 tail. This unit is paid for on a per each basis.
FTTX-CO(MPU) FTTX-CO AERIAL FIBER OPTIC MULTIPORT TERMINAL ASSEMBLY UNIT –
PER FT LBR LABOR ONLY
This assembly unit consists of all labor required to install a connectorized (on both
ends) Multiport Terminal for fiber-to-the-x (FTTx) applications. This unit is paid for on
a per foot basis.
The asterisk * star is a Fireworks/BidMaster system identifier for dual cable
placement. This requires BidMaster to sort the units using information from the
Office/Remote field. The primary driver, this should be indicated with the ampersand
“&”. The secondary products should be indicated with the “D” and shall be
compensated as dual units only at a discounted labor rate.
Whenever multiple dual units are involved they shall be identified alphanumerically as
Dual 01A, B, C, etc. and Dual 02A, B, C, etc. when inputting into
Fireworks/Bidmaster. This formatting forces the system to list the cables together in
the proper order required by the Engineer. This sorting code is entered into
Bidmaster in the “Office/Remote” field, resulting in the following example:
*FTTX-CO(MPU)PER FT LBR E & Dual 01A
*FTTX-CO(MPU)PER FT LBR E D Dual 01B
Note: The “&” should be shown first and the Dual 01A, 01B, 01C must be shown in
order for pricing to be accurate.
SECTION FTTX-BM MISCELLANEOUS ASSEMBLY UNITS
FTTX-PM31( ) FTTX-PRE-CONNECTORIZED FIBER OPTIC TETHER– MATERIAL ONLY
This unit consists of labor and material to install one (1) pre-connectorized 5’ fiber
tether including FIBER OVERMOLD SPLICE-TAP to the aerial FLEX NAP Fiber
Optic cable as pre-engineered by the Engineer fiber-to-the-x (FTTx) applications.
The parentheses indicate the number of fibers in the tether. Fusion splicing
(performed at factory) of the tether to the FLEX NAP Fiber Optic cable is included in
this unit. (All cost is all built into the material cost as the fusion splicing is performed
at the factory).
SECTION FTTX- PG AERIAL PLANT SPLITTER ASSEMBLY UNITS
FTTX-PG( )FS FTTX- FIBER OPTIC SPLITTER
This assembly unit consists of one fiber optic splitter, sized appropriately to fit and
mounted in place within an enclosure (specified separately) for fiber-to-the-x (FTTx)
applications. Number of output fibers per splitter to be listed within parentheses.
Suffix Description
D Dual Splitter
The following indicates the method of designating the material required:
FTTX-PG(1x2)FS One fiber optic splitter with 2 output fibers.
FTTX-PG(1x8)FSD One fiber optic splitter with (8) output fibers – Dual Splitter
[Two 1x8 splitters]
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FTTX-PG( )FSM FTTX-FIBER OPTIC MINI SPLITTER
This assembly unit consists of one mini fiber optic splitter with SC/APC connectors,
sized appropriately to fit and mounted in place within a small enclosure (specified
separately) for fiber-to-the-x (FTTx) applications. Number of output fibers per splitter
to be listed within parentheses.
The following indicates the method of designating the material required:
FTTX-PG(1x2)FSM One fiber optic mini splitter with 2 output fibers.
FTTX-PG( )FSH FTTX- FIBER OPTIC HARDENED SPLITTER
This assembly unit consists of one fiber optic hardened splitter with W-3MM JK, sized
appropriately to fit and mounted in place within an enclosure (specified separately)
for fiber-to-the-x (FTTx) applications. Number of output fibers per splitter to be listed
within parentheses.
The following indicates the method of designating the material required:
FTTX-PG(1x2)FSH One fiber optic splitter with 2 output fibers.
SECTION GPS – GLOBAL POSITIONING SYSTEM UNIT
GPS GPS COORDINATES
This assembly unit consists of labor to take and record global positioning system
readings for the purpose of capturing latitude and longitude coordinates associated
with plant facilities network elements, to include but not limited to pedestals, poles
and/or aerial terminals, handholes, manholes, cross connects, remote site
equipment, span line repeater housings, etc. Recording of coordinates shall be
performed by placement on Construction Drawings, CMS Forms, As-Built
Construction Drawings and Records Drawings (formatted as AutoCAD, StellarMAP
and/or WOM).
Minimum GPS equipment performance requirements shall include signal and
reliability accuracy to within 1.11 meter, support capability by WAAS (Wide Area
Augmentation System) services and coordinates decimal conversion accuracy to five
(5) decimal places.
Compensation for this unit shall apply as detailed in section 4.2, CSP200.009.142,
Latitude/Longitude Information, outlined in the following:
1) The first scenario that would require the construction contractor to post GPS
readings to the red-lined construction drawings would be when the GPS readings are
unobtainable by the engineer during the engineering process. Note that the
construction contractor is to acquire GPS readings for only those access points that
are missing GPS readings.
2) The second scenario that would require the construction contractor to post revised
GPS readings to the red-lined construction drawings would be when the location of
an access point has been drastically changed during the construction process. When
the location deviation exceeds twenty-five feet, the construction contractor will
acquire a new GPS reading according to proper format and post that information in
red on the red-lined construction drawings near the access point identification.
Section HA - AERIAL SPLICE CLOSURE ASSEMBLY UNITS
Consists of an aerial splice closure and the closure manufacturer’s provided encapsulating material if
required, installed in place and the labor and material for setting up in preparation for installing the closure,
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such as, opening the sheath or jacket of the cable, bonding of cable shields, filling the closure if required,
closing the closure, and, when applicable, pressure testing, all in accordance with the manufacturer's
instructions. It also includes all necessary hardware items to support the cable adjacent to the closure and
to terminate the lashing wire. Cable splicing shall be compensated under the appropriate splicing units.
The assembly units are defined as follows:
HAC( ) Aerial Free-Breathing, Nonfilled Closure – A free-breathing, nonfilled splice closure
with pair count and gauge for each cable to be spliced.
HAF( ) Aerial Filled Closure – A filled splice closure with pair count and gauge for each cable
to be spliced.
HAP( ) Aerial Pressurized Closure – A pressurized splice closure with pair count and gauge
for each cable to be spliced.
For Fiber Optic applications use the following suffix:
Suffix Description
O Splice closure and organizer for fiber optic cables. The closure manufacturer shall
specify the appropriate organizer.
The following illustrations indicate the method of designating the material required.
HAC(100-24) Aerial free-breathing, nonfilled splice closure enclosing two cable ends with same pair count
and gauge.
HAF(100-24)(50-24) Aerial filled splice closure enclosing two cable ends with different pair counts.
HACO(24) Aerial free-breathing, nonfilled fiber optic splice closure and organizer capable of
accommodating a minimum of 24 fibers.
HAP(100-24) Aerial pressurized splice closure enclosing two cable ends with same pair count and
gauge.
HAPO(12) Aerial pressurized fiber optic splice closure and organizer capable of accommodating a
minimum of 12 fibers.
HAC-H( ) Preform Heat Shields
This assembly unit consists of labor and material to place Preform Heat Shields.
Value placed within the parentheses shall indicate the size of closure.
Examples:
HAC-H (6.5)
HAC-H (9.5)
HAC-H (6.5S)
HAC-H (9.5S)
Suffix Description
S Stretch Closure
HAC( ) AERIAL CLOSURE
HAF( ) This modifies the standard HAC, HAF and HAP assembly units
HAP( ) to indicate within the parentheses only the largest pair size cable within a splice
closure where cables of different pair size are spliced.
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The following suffix shall apply to the HA unit :
"S" to indicate a stretch closure.
Section HC - COPPER SPLICING ASSEMBLY UNITS
HC1 Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair in any cable, including any non-working pair in an existing cable in
accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual
mechanical splicing connectors. The splice may be straight, bridged, or pieced out
and bridged. Pairs that are to be tested, capped, or tested and capped, when
specified by the Engineer are considered to be part of this unit. Only those pairs on
which splicing, testing, and/or capping operations are performed are counted and
each pair is counted only once at each location. On aerial inserts, each end of the
fuse link is considered as a splice.
HC( ) For clarification, this unit will be paid for splicing a new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable pairs
refer to the HC1E unit. For cable throws refer to the WHC1 unit.
HC1(1-25) This modifies the standard HC1 assembly unit to indicate the number of copper pairs
HC1(26-50) to be spliced in the parentheses. These units shall apply to the total number of
HC1(51-100) splices across an entire project and not to each individual splice point
HC1(>100)
HC1E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
Each pair is counted and paid only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing of
cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered a
cable throw. Each pair is paid only once at each location which is defined as each
splice. See WHC1 for cable throw criteria.
HC2 Consists of the labor and material necessary for terminating one (1) distribution,
feeder, and/or electronic pair on a cross-connect block or a cross-connect module,
including any non-working pair in an existing cable in accordance with RUS Splicing
Standard Bulletin 1753F-401(PC-2). Pairs that are to be tested, when specified by
the Engineer are considered to be part of this unit. Only those pairs on which
terminating and/or testing operations are performed are counted and each pair is
counted only once at each location.
HC3 Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair in any cable, including any non-working pair in an existing cable in
accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using splicing
modules. The splice may be straight, bridged or pieced out and bridged. Pairs that
are to be tested, capped, or tested and capped, when specified by the Engineer are
considered to be part of this unit. Only those pairs on which splicing, testing, and/or
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capping operations are performed are counted and each pair is counted only once at
each location. On aerial inserts, each end of the fuse link is considered as a splice.
HC3 For clarification, this unit will be paid for splicing new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable pairs
refer to the HC3E unit. For cable throws refer to the WHC3 unit
HC3P This modifies the standard HC3 assembly unit to require pluggable cable splicing
modules.
HC3E Unit Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using splicing modules. The
splice may be straight, bridged, or pieced out and bridged. Each pair is counted and
paid only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to a new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing of
cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered a
cable throw. Each pair is paid only once at each location which is defined as each
splice. See WHC3 for cable throw criteria.
(P) The suffix P modifies the standard HC3E assembly unit to require pluggable
splicing modules.
HC4 Consists of the labor and material for placing and terminating both ends of one (1)
pair of cross-connect jumper wires on cross-connecting blocks and/or modules.
HC4CO PLACING AND TERMINATING JUMPER WIRES – CENTRAL OFFICE
Consists of the labor for placing and terminating both ends of one (1) pair of cross-
connect jumper wires on cross-connecting blocks and/or modules in the Central
Office. This unit includes contact with Structure Loaders or other designated
CenturyLink personnel and all required testing.
HC5 Consists of the labor and material necessary for terminating one (1) pair on a
terminal block within a ready access closure, including a non-working pair in existing
cables in accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2). Pairs
that are to be tested, when specified by the Engineer, are considered to be part of
this unit.
HC6 COPPER TERMINATION ASSEMBLY UNITS FOR (BFC) SERVICE ENTRANCE
CABLE
This assembly unit consists of labor and material necessary for terminating one (1)
pair of a Buried Filled Cable (BFC) within a Network Interface Device (NID) or
Building Entrance Terminal (BET), including any non-working pair in an existing cable
in accordance with RUS Splicing Standard Bulletin 1753F-401 (PC-2). Pairs that are
to be tested, when specified by the Engineer, are considered to be part of this unit.
This unit shall apply only to service entrance cable larger than six (6) pair.
Termination of six (6) pair and smaller service wire or cable shall be compensated
under the SEBP unit. This unit is particular to those devices that require wire
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termination onto screw-type and/or punch-down type blocks, or by other means not
associated with splicing.
HC7 COPPER SPLICING ASSEMBLY UNITS FOR PULP/PAPER INSULATED CABLE
Consists of the labor and material necessary in the identification and tagging, wire
work and splicing of one (1) cable pair in pulp/paper insulated copper cable, including
any non-working pair in an existing cable using individual mechanical splicing
connectors. The splice may be straight, bridged, or pieced out and bridged. Pairs that
are to be tested, capped, or tested and capped, when specified by the Engineer are
considered to be part of this unit. Only those pairs on which splicing, testing, and/or
capping operations are performed are counted and each pair is counted only once at
each location. This unit shall apply only to pulp/paper insulated copper cable.
HC7 For clarification, this unit will be paid for splicing a new cable pair only; in situations
where there is new cable on both sides of the splice. For splicing existing cable pairs
refer to the HC7E unit. For cable throws refer to the WHC7 unit
P The suffix P modifies the standard HC-3 assembly unit to require pluggable cable
splicing modules.
HC7E Consists of the labor and material necessary in the wire work and splicing of one (1)
cable pair including working and non-working pairs in existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401 (PC-2) using individual mechanical
splicing connectors. The splice may be straight, bridged, or pieced out and bridged.
Only those pairs which splicing, testing operations are performed are counted
and each pair is counted only once at each location.
For clarification, this is a unit is to be used when splicing existing cable pairs; in
situations where existing cable pairs are on both sides of the splice or when existing
cable is spliced to new cable. This unit will be paid for splicing working and non-
working pairs, or energizing a cable pair in an existing cable. This unit includes re-
splicing underground, aerial and buried cable splices, section cuts, and re-splicing of
cut cables. A section cut is defined as replacing a section of cable that involves
working or non-working cable pairs on either side of the section; this not considered a
cable throw. Each pair is paid only once at each location which is defined as each
splice. See WHC7 for cable throw criteria.
(P) The suffix P modifies the standard HC-3 assembly unit to require pluggable cable
splicing modules.
HC8 This assembly unit consists of all labor necessary for the handling of each energized
special circuit (T-1, ISDN-PRI, HDSL) requiring Special handling. Special handling is
defined as excessive time (> 15 Minutes) spent waiting on another entity to test and
approve the circuit. (i.e.: central office, customer, or foreign company). Note: All
circuits must be rolled (thrown) by using a “Throw Master”, “bridging clips or other
such equipment without a noticeable down time or manual intervention, and this unit
will not apply unless excessive wait time is encountered. This unit must have pre-
approval by the local CenturyLink Engineering Manager, Supervisor and/or
Area Operations Manager. This unit will be paid on a per special circuit basis.
Note: The completion of this work might be required during the specified
maintenance window scheduled and approved through Network Operations Center,
customer and or local team. Work requested in the maintenance window with 48
hour or greater notice will not receive additional compensation.
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NOTE: The Clear & Cap of cable pairs will be paid on the field end of the cable only (CO end
of cable must have pair ends taped by binder groups). Clear and Cap is
compensated as a HC1 or HC3 for complete 25 pair groups.
HC1CC COPPER SPLICING ASSEMBLY UNITS CLEAR CAP - MECHANICAL
This assembly unit consists of labor and material to Clear & Cap cable pairs using
individual mechanical splicing connectors. Clear Cap will be paid on the field end of the
cable only (CO end of cable must have pair ends taped by binder groups). This unit will be
paid on a per pair basis.
HC3CC COPPER SPLICING ASSEMBLY UNITS CLEAR CAP - MODULE
This assembly unit consists of labor and material to Clear & Cap cable pairs using
splicing modules. Clear Cap will be paid on the field end of the cable only (CO end of cable
must have pair ends taped by binder groups). This unit will be paid on a per pair basis.
HC7CC COPPER SPLICING ASSEMBLY UNITS FOR PULP/PAPER INSULATED CABLE
CLEAR CAP - MECHANICAL
This assembly unit consists of labor and material to Clear & Cap cable pairs using
individual mechanical splicing connectors. Clear Cap will be paid on the field end of
the cable only (CO end of cable must have pair ends taped). This unit will be paid on
a per pair basis.
Section HCTV - COPPER SPLICING CATV ASSEMBLY UNITS
HC-500 CATV SPLICING ASSEMBLY UNITS
This assembly unit consists of the labor, equipment, and minor materials (tape,
straps & spacers, etc.) to splice and place the CenturyTel provided fittings, splitters,
line extenders, and amplifiers at the locations specified by the engineer.
Compensation will be on a per foot basis.
HC-501 CATV SPLICING ASSEMBLY UNITS
This assembly unit consists of the labor and equipment necessary to adjust and
balance the signal to the specifications of the engineer. CenturyTel will provide the
necessary pads and equalizers. Compensation will be on a per foot basis.
HC-502 CATV SPLICING ASSEMBLY UNITS
Consists of the labor, and materials to terminate either, RG6 or RG11, coax service
wire with compression fittings. Compensation will be on a per each-termination basis.
Section HO - FIBER OPTIC SPLICING ASSEMBLY UNITS
Consists of all labor and material necessary to splice and/or test one (1) glass fiber in any cable in
accordance with RUS Splicing Standard Bulletin 1753F-401(PC-2). The labor shall include initial
measurement, minimizing the attenuation, splicing and stowing the spliced fiber in a fiber organizer. The
labor and material for the fiber organizer is part of the appropriate splice closure unit.
Suffix Description
HO1 Fusion Splice
HO2 Mechanical Splice
HO3 Connector Splice
HO( ) This modifies the standard HO assembly unit to require that the attenuation loss of
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HO1 any field fusion splice shall not exceed .05dB. This modifies the standard HO
HO2 assembly unit to include factory test results provided to the engineer for each reel of
HO3 cable, indicating compliance with the PE-90 specifications, and testing of each reel
with an OTDR in the presence of the Engineer prior to placement to determine that
there are no significant deviations from the factory test results, and to include testing
at 1310, 1490 and 1550nm to verify compliance with CenturyLink requirements for
low-water-peak optical fibers.
In addition to the pre-placement testing requirements listed above, the following
post-placement test and acceptance shall apply.
5. The 1310, 1490 and 1550nm frequencies shall be required to be test ed.
6. Bi-directional testing shall be conducted on all optical fibers from end-to-end for
feeder (from the OLT to the FDH) and distribution (from the FDH to the end of
Plant) cable, side taps and subscriber drops pre-spliced prior to plant
acceptance.
HO1(1-24) This modifies the standard HO1 assembly unit to indicate the number of fiber to be
HO1(25-48) spliced in the parentheses. These units shall apply to the total number of splices
HO1(49-96) across an entire project and not to each individual splice point.
HO1(97-144)
HO1(145-288)
HO1(>288)
HO1 For clarification, this unit will be paid for splicing new fiber strands or existing fiber
strands with no traffic. In addition to splicing a fiber strand, includes re-splicing
underground, aerial and buried fiber, section cuts, and re-splicing of cut fiber cables.
This unit includes all test requirements noted in RUS 515 documents, PC-2, PC-4
and CenturyLink CSP 200.009.049 and will also include End to end loss readings as
recorded using an Optical Power Meter and Reflective Loss Testing as recorded
using an OTDR, equipped to test for reflective loss.
HO4 This assembly unit consists of the labor for routing and terminating one pre-
connectorized fiber optic jumper to a distribution patch panel port within a Fiber
Distribution Hub cabinet.
HO5 This assembly unit consists of all material and labor necessary to re-splice one
working fiber where the traffic cannot be rolled to a dark fiber.
For clarification, this unit will only be paid for strands carrying traffic that is not rolled
to another dark fiber. It includes all monitoring activity associated with traffic on the
fiber strands.
This unit includes all test requirements noted in RUS 515 documents, PC-2, PC-4
and CenturyLink CSP 200.009.049 and will also include End to end loss readings as
recorded using an Optical Power Meter and Reflective Loss Testing as recorded
using an OTDR, equipped to test for reflective loss.
HO5(1-24) This modifies the standard HO5 assembly unit to indicate the number of fiber to be
HO5(25-48) spliced in the parentheses. These units shall apply to the total number of splices
HO5(49-96) across an entire project and not to each individual splice point.
HO5(97-144)
HO5(145-288)
HO5(>288)
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HO6 FIBER CHARACTERIZATION UNIT
This assembly unit consists of all labor and equipment required to perform Fiber
Characterization. Functions include the following:
Work will be performed during normal business hours.
For the purposes of this unit a "span" will consist of 2 fibers between a patch
panel at point A and a patch panel at point B.
A span may consist of "sub-spans" that are themselves a length of fiber with a
patch panel on each end. Sub-spans are connected together with patch cables
to create the span. As part of the fiber pre-qualification process it may be
necessary to access these sub-span patch panels and clean connectors. It
should be noted that, while this access will be required at the time of the span
testing in order to complete and certify the path, the labor to complete this activity
will be charged to a separate unit. Contractor should plan on completing the
span before moving to the next span and keeping track of the time involved in
any cleaning/preparatory activity other than cleaning of the "front end" patch
panel connection.
A span can be made up of sub spans which are described as two fibers.
Using EXFO equipment (other equipment MUST be approved in advance) -
Perform Bi-directional OTDR testing, Light Source & Power Meter testing,
Chromatic Dispersion testing & Polarization Mode Dispersion testing on 2 fibers
between locations A & B from fiber distribution panels in positions described on
"FDP Assignments and Results" spreadsheet.
Using OTDR Verify actual distance and span loss to be .25db/km or better on
each fiber prior to moving on to the next step. Contact CenturyLink immediately
if span is out of spec. - Submit results in the form of raw OTDR trace files - one
per direction per fiber; all four traces printed to the "Span overall .pdf" file; enter
distance value into Column W of "FDP Assignments and Results" spreadsheet.
Verify ORL to be >30db on each fiber before moving on to the next step. Inspect
& Clean connectors at front end & intermediate patch panels if span is out of
spec. If span remains out of spec contact CenturyLink immediately. - Submit
results in the form of raw .olts file - one per span; as part of the "Span overall
.pdf" file; enter ORL value into Column X, span loss in column Y and db/km in
column Z of "FDP Assignments and Results" spreadsheet.
Verify chromatic dispersion values across the 1530nm to 1570nm spectrum -
Submit results in the form of raw .exfocd file - one per span; as part of the "Span
overall .pdf" file; enter respective values into Columns AA-AD of "FDP
Assignments and Results" spreadsheet.
Verify Polarization Mode Dispersion values are <11 and have a coefficient value
of <.38. Contact CenturyLink immediately if span is out of spec - Submit results
in the form of raw .pmdB files - one per fiber; as part of the "Span overall .pdf"
file; enter respective values into Columns AE-AF of "FDP Assignments and
Results" spreadsheet.
Acquire detailed digital photographs of relay rack(s), patch panel(s) and
connectors and submit on Picture Description Form.
In addition to the standard files called out in the language above, the attachment
below is a sample spreadsheet that must be completed and submitted for each
project. The Engineer will provide a base spreadsheet specific to the related
project; it will be the contractors responsibility to populate the remaining columns
[W, X, Y, Z, AA, AB, AC, AD, AE, AF, and AH] with test results and completion
dates.
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HO8 FIBER PREP UNIT
This unit will include the labor and material to prep the fiber only, no splicing will
included in this unit. Material will include installation of protection tubes and fibers
into the splice trays. Unit will be paid per mass fusion and will only apply to ribbon
fiber. This unit applies to Legacy Qwest and National markets only.
HOMF1 FUSION SPLICE AND VERIFY SPLICE LOSS–RIBBON FIBER/PIGTAIL
TERMINATION
This unit includes all labor and material to fusion splice and test a 12f ribbon within
the designated fiber count cable at a location specified by Company. This unit
includes fusion splicing of the ribbon fiber and pigtail termination using mass fusion
techniques (unless otherwise specified), documentation of each splice attempt on
each fiber, cable preparation, configuration and dressing of the splice trays,
installation of heat shrinks, bonding the cable and grounding the splice point,
directional marking of the cable, and cable slack in the handhole/manhole. The labor
and material for the fiber organizer is a part of the appropriate splice closure unit.
NOTE: loss shall not exceed the CenturyLink Standards and specifications. This is
paid on a per each 12f ribbon. This unit applies to Legacy Qwest and National
markets only.
HOT This unit compensates for pre-testing of “owner furnished” fiber optic cable prior to
placement. Testing of each optical fiber shall be performed with an OTDR in the
presence of the Engineer prior to placement to determine that there are no significant
deviations from the factory provided test results indicating compliance with the RUS
PE-90 specifications, and to include testing at 1310, 1490 and 1550nm to verify
compliance with CenturyLink requirements for low-water-peak optical fibers.
In addition to the pre-placement testing requirements listed above, the following post-
placement test and acceptance for owner furnished and/or contractor furnished fiber
optic cable, of all “non-spliced” optical fibers specified by the engineer shall apply.
1. The 1310, 1490 and 1550nm frequencies shall be required to be tested.
2. For FTTP construction, bi-directional testing shall be conducted on all “non-
spliced” optical fibers from end-to-end for feeder (from the OLT to the FDH) and
distribution (from the FDH to the end of Plant) cable, including side taps.
3. For transport/feeder fiber optic cables to remote switch and/or ngdlc equipment,
the above listed frequencies and bi-directional testing shall be conducted on all
“non-spliced” optical fibers from end-to-end, including any mid-span sections.
This unit compensates for testing “non-spliced” optical fibers only. All spliced
optical fibers shall be compensated for using the appropriate Section HO assembly
unit.
Section HR – READY ACCESS SPLICE CLOSURE ASSEMBLY UNITS
Consists of a ready access closure containing unprotected filled terminal blocks installed in place an d
includes the labor and material for setting up in preparation for installing the ready access closure, such as,
opening the sheath or jacket of the cable, bonding of cable shields, and closing the closure in accordance
with the manufacturer's instructions. It also includes all necessary hardware items to support the cable
adjacent to the closure and to terminate the lashing wire. Cable splicing shall be compensated under the
appropriate splicing units. When protected filled terminal blocks are to be specified, the unit shall be
suffixed by the letter "P".
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 165 of 230
Ready access closures not containing filled terminal blocks shall be suffixed with the letter "U". Under this
option, installation of filled terminal blocks shall be compensated under other units.
The assembly units are defined as follows:
HR1( )( ) A straight splice ready access closure.
HR2( )( ) A branch splice ready access closure.
The first set of parentheses shall indicate the main cable diameter (dia.), in inches (in.) [millimeters (mm)],
as shown in the illustration. The second set of parentheses shall indicate the number of terminals within
the ready access closure. When the unit is suffixed with the letter "U" the second set of parentheses is not
applicable.
The following illustrations indicate the method of designating the material required.
HR1(2.0)(12) Ready access closure, accommodating a straight splice with a maximum cable
diameter of 2.0 in. (50.8 mm), and equipped with filled terminal blocks with a total of 12
terminations.
HR2(1.0)(6) Ready access closure, accommodating a branch splice with a maximum cable
diameter of 1.0 in. (25.4 mm), and equipped with filled terminal blocks with a total of 6
terminations.
HR1(2.0)U Ready access closure, accommodating a straight splice with a maximum cable
diameter of 2.0 in. (50.8 mm), without any terminal blocks installed.
SECTION MT - MAINTENANCE UNITS
(Used only when standard RUS unit does not apply)
COPPER This assembly unit consists of labor only per hour to provide for a fully equipped
SPLICER
(Truck, Tools and Test Equipment) copper cable splicer. Splicer must possess
all the necessary skills and work experience to perform all copper splicing functions.
Including but not limited to:
Splicing, testing (including pair continuity), acceptance, count verification of
all types, sizes and gauges of PIC and Paper insulated, color-coded and
non-color coded copper cables.
Install and maintain splice closures (pressurized/non-pressurized); DSL
provisioning; perform cable throws; install, splice and test load coils, cross
connect cabinets, digital concentrators, T-carrier routes and special circuits.
Ability to read and comprehend schematics, preparation of all job related
work reports (i.e.: red-lined cable plans. schematics, throw sheets and test
results).
Below are the minimum Tool and Test Equipment lists. Splicer must have available
and utilize the correct tools and test equipment for proper and safe performance of
services. Splicer must have or be able to access within the same day all test
equipment (i.e.: HST3000, 3M 2273 3M 2273M-ID/UC3W-W TEST SET) required to
perform services. At no time will CenturyLink provide tools or test equipment to the
contracting firms.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 166 of 230
COPPER SPLICER MINIMUM TOOLS
BELT, LINEMANS CLIMBING
CLIMBER, LINEMANS
AWL SCRATCH
BIT AUGER TYPE 1/2 X 54IN
BLOCK/TACKLE
HANDLINE
CLIP HANDLINE SAFETY
CUTTERS, BOLT
CUTTERS, CABLE
DRILL CORDLESS
DRILL BITS VARIOUS TYPES/SIZES
GRIP, STRAND VICE VARIOUS SIZES
HAMMER CURVED CLAW
HAMMER LINEMANS
KNIFE CABLE SHEATH
KNIFE UTILITY AND SPARE BLADES
PLIERS, VARIOUS TYPES/SIZES
LINEMAN CABLE SHEARS
SAW, HACKSAW & BLADE NUTDRIVERS,
VARIOUS SIZES
SCREWDRIVERS, VARIOUS STYLE/SIZES
HAZARDOUS GAS DETECTOR
SHOVEL FIBERGLASS ROUND LGE
SHOVEL, SHARPSHOOTER TRENCHING
STAPLER T25
TENT GROUND
TOOL CRIMP SCOTCHLOK E9E/ E9J or
CARTRIDGE TOOL E9C
TOOL IMPACT FOR 66E TYPE
TOOL WIRE INSERTION MINI MOD MS2
SPUDGER
TOOL WIRE WRAP/UNWRAP 22/24AWG
WRENCH VARIOUS STYLES/ SIZES
WRENCH TERMINAL CAN 3/8 X 7/16
3M MS2 MODULAR SPLICING RIG
28’ ’LADDER (FIBERGLASS)
STEP LADDER (FIBERGLASS)
TORQUE WRENCH, INCH POUNDS
“T” TORQUE WRENCH
PRE-FORM END PLATE CUTTER
PRE-FORM BLADE KIT
END PLATE REMOVAL TOOL
GAUGE, PRESSURE C
HOOK, COVER, MANHOLE
TOOL, PUNCH, FOR SHIELD BONDS
MINIMUM TEST EQUIPMENT AS LISTED OR EQUIVALENT
HHT/Laptop Minimum requirement: 800 MHz
processor, 128 Mb RAM, Minimum Windows 2000 or
XP operating system, modem and Ethernet card,
wireless card option
AMPLIFIER E/W HEADSET
HST3000 TOF DATA- POTS AND WIDEBAND
TESTING
BUTT TEST SET W/SPKR ANGLED BED-O-NAILS
3M 2273 3M 2273M-ID/UC3W-W TEST SET,
CABLE,PATH, PIPE & SHEATH FAULT LOCATOR
TONE TRANSMITTER AND PROBE
ANALOG VOLT/OHM/METER
AMP PROBE
FIBER This assembly unit consists of labor only per hour to provide for a fully equipped
SPLICER (Truck, Tools and Test Equipment) fiber optic cable splicer. Splicer must possess all
the necessary skills and work experience to perform all fiber optic cable splicing
functions. Including but not limited to:
Splicing (fusion or mechanical); traying; testing with: OTDR (Optical Time
Domain Reflectometer), Power Meter, Light Source Live Fiber Identifier and
Visual Optical Fault Locator; verifying of all types and sizes of fiber optic
cables or drops.
Install and maintain fiber splice closures; patch panels, housings, cross
connect cabinets and digital concentrators.
Ability to read and comprehend fiber schematics, preparation of all job
related work reports (i.e.: red-lined cable plans. schematics and all test
results).
Below are the minimum Tool and Test Equipment lists. Splicer must have available
and utilize the correct tools and test equipment for proper and safe performance of
services. Splicer must have or be able to access within the same day all test
equipment (i.e.: HST3000) required to perform services. At no time will CenturyLink
provide tools or test equipment to the contracting firms.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 167 of 230
FIBER SPLICER - MINIMUM TOOLS
BELT, LINEMANS CLIMBING
CLIMBER, LINEMANS
AWL SCRATCH
BIT AUGER TYPE 1/2 X 54IN
BLOCK/TACKLE
CLIP HANDLINE SAFETY
CUTTERS, BOLT
CUTTERS, CABLE
DRILL CORDLESS
DRILL BITS VARIOUS TYPES/SIZES
GRIP, STRAND VICE VARIOUS SIZES
HAMMER CURVED CLAW
HAMMER LINEMANS
KNIFE CABLE SHEATH
KNIFE UTILITY AND SPARE BLADES
PLIERS, VARIOUS TYPES/SIZES
LINEMAN CABLE SHEARS
SAW, HACKSAW & BLADE
NUTDRIVERS, VARIOUS SIZES
SCREWDRIVERS, VARIOUS STYLE/SIZES
HAZARDOUS GAS DETECTOR
SHOVEL FIBERGLASS ROUND LGE
SHOVEL, SHARPSHOOTER
TENT GROUND
WRENCH VARIOUS STYLES/ SIZES
WRENCH TERMINAL CAN 3/8 X 7/16
28’ LADDER (FIBERGLASS)
TORQUE WRENCH, INCH POUNDS
“T” TORQUE WRENCH
PRE-FORM END PLATE CUTTER
PRE-FORM BLADE KIT
END PLATE REMOVAL TOOL
GAUGE, PRESSURE C
HOOK, COVER, MANHOLE
TOOL, PUNCH, FOR SHIELD BONDS
FIBER CLEAVER
FIBER FUSION SPLICER KIT – CORE
ALIGNMENT
FIBERLOK SPLICING TOOL
FIBER CLEANING KIT
INSPECTION PROBE W/ALL TYPE PROBE TIPS
ASSORTED FIBER TEST JUMPERS WITH
VARIOUS CONNECTION TYPES
BUFFER TUBE SLITTER AND CUTTING TOOL
FIBER STRIPPERS
FIBER NONIKS STRIPPER
MINIMUM TEST EQUIPMENT AS LISTED OR EQUIVALENT
HHT/Laptop Minimum requirement: 800 MHz
processor, 128 Mb RAM, Minimum Windows 2000 or
XP operating system, modem and Ethernet card,
wireless card option
POWER METER AND LIGHT SOURCE KIT
1310/1550/1625 MINIMUM
VISIBLE LIGHT SOURCE
FIBER IDENTIFIER
OTDR - ABILITY TO STORE AND SAVE TEST
RESULTS; MULTI AND SINGLE MODE
CAPABIITIES WITH OPTIONAL FILTERED OTDR
MODULE (FOR FIBER TO THE PREM
APPLICATIONS)
Splicer with This assembly unit consists of labor only per hour to provide for a fully equipped
Truck and Tools cable splicer. A Splicer must possess all the necessary skills and work experience to
perform all copper and fiber optic cable splicing function. This includes splicing,
testing (including pair continuity), acceptance, count verification of all types, sizes
and gauges of PIC and Paper insulated, color -coded and not-color coded fiber optic
cables.
Splicer must have skills necessary including but not limited to: ability to read and
comprehend schematics; install and maintain splice clos ures; DSL provisioning;
perform cable throw; install, splice and test load coils, cross connect cabinets, T -
carrier routes and special circuits. Also include preparation of all job related work
report (i.e: red-lined cable plans. Schematics, throw sheets, test results).
Note this unit Splicer with Truck and Tools is for 2011 and earlier contracts
only and will be removed once those contracts expire.
FIBER HUT This assembly unit will consist of all labor only per hour to provide a fully qualified
TECH-FTTP Fiber Hut Technician equipped to provide the following:
Validates working fiber count and associated MSDT by translating the
cutover assignments to the location of the F2 fiber at the ODF.
While communicating with the Field Technician, disconnects the working
fiber at the ODF to enable the Field Technician to throw the F2 fiber from the
SLC 2000 to the input tail of the GPON splitter located in the pedestal.
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Communicates with Structure Load to begin the migration of the POTS
service over to the GPON network.
Identifies the appropriate HUT GPON splitter tail that will connect the
assigned OLT port with the F2 fiber at the ODF.
Cleans and scopes the splitter tail and the F2 fiber.
After Field Technician completes all splicing activity, connects the Hut GPON
splitter tail to the F2 fiber at the ODF.
Notifies Structure Load that all field work has been completed.
Notifies Field Technician to activate ONT and validate dial tone.
Notifies Structure Load of any provisioning problems and works with all
parties for expedient resolution.
This unit will be used at CenturyLink's request and approval only. This is a Labor
Only unit and is compensated on a per hour basis. This unit is specific to FTTP
activity ONLY.
T&E 1 MAN T&E 1 Man Laborer
LABORER This assembly unit consists of labor only per hour to provide a Laborer, Truck (1 ton or
below) and Hand tools.
T&E 2 Man This assembly unit consists of labor only per hour to provide for two fully qualified
Line Crew aerial line workers with experience in all phases of RUS aerial and buried
construction specific to pole and aerial cable placement and/or repair methodologies.
Crew rate includes a line vehicle (digger derrick or plant placer), full complement of
tools and equipment including pole truck/trailer required to properly place and/or
repair pole lines, aerial, and/or underground cable.
T&E 3 Man This assembly unit consists of labor only per hour to provide for three fully qualified
Line Crew aerial line workers with experience in all phases of RUS aerial and buried
construction specific to pole and aerial cable placement and/or repair methodologies.
Crew rate includes a line vehicle (digger derrick or plant placer), full complement of
tools and equipment including pole truck/trailer required to properly place and/or
repair pole lines, aerial, and/or underground cable
T&E 4 Man This assembly unit consists of labor only per hour to provide for four fully qualified
Line Crew aerial line workers with experience in all phases of RUS aerial and buried
construction specific to pole and aerial cable placement and/or repair methodologies.
Crew rate includes a line vehicle (digger derrick or plant placer), full complement of
tools and equipment including pole truck/trailer required to properly place and/or
repair pole lines, aerial, and/or underground cable
Test and Tag This assembly unit consists of all labor and equipment required for the
Special Circuit Tagging and Testing of cable pairs from a Customer Location to point of origin, i.e.:
Pair Gain Device or Central Office. This unit includes testing of special circuits from
Customer Location to each touch point within the design of the circuit. This unit also
includes megging the cable pairs.
A unit will be applied at each touch point that the Splicer has to set up equipment and
test pair(s). For example if the request required testing from the CO to a
Doubler/Repeater (1) one unit will apply, if the request required testing from the CO
to a Doubler/Repeater and from the Doubler/Repeater to the Customer location (2)
two units would apply. This unit must have written pre-approval by CenturyLink.
This unit will be paid on a per circuit basis.
Note: All labor to tag and test, travel time and test equipment is included.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 169 of 230
Section PE - GUY ASSEMBLY UNITS
Consists of strand and hardware; and insulators or ground connection where required. For guying
purposes, when a cable messenger strand is extended one or more spans to a deadend structure, the
strand in each such span shall be considered as an overhead guy for the appropriate size of strand used.
The assembly units are defined as follows:
PE1-2 Down Guy for 6M strand
PE1-3 Down Guy for 10M strand
PE1-4 Down Guy for 16M strand
PE1-2G Down Guy, Ground Connection Type for 6M strand
PE1-3G Down Guy, Ground Connection Type for 10M strand
PE1-4G Down Guy, Ground Connection Type for 16M strand
PE2-2 Overhead Guy for 6M strand
PE2-3 Overhead Guy for 10M strand
PE2-4 Overhead Guy for 16M strand
PE2-2G Overhead Guy, Ground Connection Type for 6M strand
PE2-3G Overhead Guy, Ground Connection Type for 10M strand
PE2-4G Overhead Guy, Ground Connection Type for 16M strand
Note: When the above Guy Assembly Units are to be installed on existing poles, the assembly unit
designation is prefixed by the letter "N".
Unless otherwise indicated by an additional suffix, the strand furnished on the Project will be seven-wire,
Class A galvanized steel utility grade. The following suffix may be used:
Note: When the above Guy Assembly Units are to be installed on existing poles, the assembly unit
designation is prefixed by the letter "N".
Suffix Type of Strand
A Aluminum - Clad steel
C Class C galvanized steel utility grade
N This modifies the standard PE unit to include installation on a non-wood pole
PE( ) - ( )I GUY ASSEMBLY INSULATOR
This modifies the standard PE assembly unit with the suffix "I" to require a strain
insulator. All other specifications of the PE unit shall apply.
Section PF – ANCHOR ASSEMBLY UNITS
Consists of the anchor with rod, complete and in place, ready for attaching the guy strand.
The assembly units are defined as follows:
PF1-3 Expanding Anchor - 6,000 lbs (26,688 N)
PF1-5 Expanding Anchor - 10,000 lbs (44,480 N)
PF1-7 Expanding Anchor - 16,000 lbs (71,168 N)
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Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 170 of 230
PF2-3 Plate Anchor - 6,000 lbs (26,688 N)
PF2-5 Plate Anchor - 10,000 lbs (44,480 N)
PF2-7 Plate Anchor - 16,000 lbs (71,168 N)
PF3-3 Screw Anchor - 6,000 lbs (26,688 N)
PF3-5 Screw Anchor - 10,000 lbs (44,480 N)
PF3-7 Screw Anchor - 16,000 lbs (71,168 N)
PF5-3 Rock Anchor - 3/4 in. dia. (19 mm) rod
PF5-4 Rock Anchor - 1 in. dia. (25.4 mm) rod
PF6-3 Swamp Anchor - 10 in. dia. (254 mm)
PF6-4 Swamp Anchor - 12 in. dia. (305 mm)
PF6-5 Swamp Anchor - 15 in. dia. (381 mm)
Note: When twineye rods are required for the above anchor assembly units, the unit designation is suffixed
by the letter "A".
Note: When triple eye rods are required for the standard anchor assembly units, the unit designation is
suffixed by the letter "B".
SECTION PG - AERIAL PLANT TERMINAL AND LOADING COIL ASSEMBLY UNITS
PG( )-( )-( ) LOADING COIL
Consist of the loading coil case and loading coils in place with splicing called out
under the HC unit. The coils may be either standard or mini type and with an
inductance of either 66 or 88 millihenries. Splicing shall be compensated separately
and performed in accordance with RUS Splicing Standard PC-2. The splice closure is
not included in this unit, but shall be separately specified. The first parentheses shall
indicate the type load coil, the second parentheses indicate the number of load coils,
and the third parenthesis indicates the inductance in millihenries. The assembly units
for these loading coils are as follows:
Standard Mini
PG31 PGM31 Strand-mounted load coil equipped with a filled plastic cable
stub with 25 or more coils as specified.
PG32 PGM32 Closure-mounted loading coils, encapsulated, in 1, 3, 12, 18
and 25 coil units, with plastic-insulated lead wires, mounted in
either a case type or ready-access closure.
PG34 PGM34 Pole-mounted Universal Load Coil Assembly Unit with 25 or
more coils as specified.
PG35 PGM35 Stackable loading coils, encapsulated, in one coil unit with
plastic-insulated lead wire.
PG60-( )-( ) Consists of the material and labor to place one (1) build out
capacitor with the first parentheses indicating the size
encapsulated build out capacitor (BOC), with the amount of
capacitance (.083 MF/mile cable) being shown within the
second parentheses as microfarads, for the amount of cable
missing within a load section. Where both resistance and
capacitance is required, Build out Lattice (BOL) Networks will
be specified as separate units of negotiations with contractor.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 171 of 230
The illustrations below indicates the method of designating the material required:
PG31-100-66 Indicates a strand-mounted loading coil case equipped with
100 standard type 66 mH coils and a plastic-insulated cable
stub.
PGM32-25-88 Indicates a closure-mounted encapsulated loading coil
equipped with 25 mini type 88 mH coils with plastic-insulated
lead wires.
PG34-200-66 Indicates a pole-mounted loading coil case equipped with 200
standard type 66 mH coils and a filled plastic-insulated cable
stub.
PG35-7-66 Indicates a stackable load coil assembly consisting of seven
standard type 66 mH coils.
PG60-100 Indicates one (1) build out capacitor with “100” indicating the
size encapsulated build capacitor (BOC);
PG60-100-.083 Indicates one (1) build out capacitor with "100" indicating the
size encapsulated build out capacitor (BOC), with the amount
of capacitance (.083 MF/mile cable) being shown as
microfarad, for the amount of cable missing within a load
section.
PG( )FS FIBER OPTIC SPLITTER ASSEMBLY UNIT
This assembly unit consists of one fiber optic splitter, sized appropriately to fit and
mounted in place within an enclosure (specified separately). Number of output fibers
per splitter to be listed within parentheses. Splicing is to be compensated under
separate HO unit.
The following indicates the method of designating the material required:
PG(32)FS One fiber optic splitter with 32 output fibers.
PG-CFS FIBER OPTIC SPLITTER – CUSTOMER FACING ASSEMBLY UNIT
This assembly unit consists of all labor to install one Customer Facing Splitter (CFS),
placement of protective tubing for fiber to either card cage or closure, placement of
fiber between CFS and card cage or closure, and all required stenciling (inside and
outside) of splitter and doghouse /closure.
NOTE: CenturyLink will furnish splitters; minor material will apply. All other units
(splicing, re-entering the closure etc) to be billed under appropriate units as
applicable and only with prior approval of CenturyLink.
PG-CFS-ADDL Install additional CFS in ONU at same location. All other requirements of the PG-
CFS assembly unit shall apply.
PG( )FT FIBER OPTIC SPLICE TRAY ASSEMBLY UNIT
This assembly unit consists of the necessary material to install one stackable fiber
optic splice tray, with hinged-cover (recommended), sized appropriately to fit
mounted in place within an enclosure (specified separately). The number of
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maximum splices per tray is to be listed within parentheses. This unit compensates
for Material Only. All labor and splicing to be compensated under separate HO unit.
The following indicates the method of designating the material required:
PG(12)FT One stackable fiber optic splice tray with hinged-cover and maximum capacity of 12
splices.
Suffix Description
D This modifies the standard BG unit to require no encapsulant, dry load coil.
Material provided by CenturyLink. This unit applies to Legacy Qwest markets
only.
Section PM - MISCELLANEOUS ASSEMBLY UNITS
Consists of all labor and materials to construct and install the units defined individually below required for
the installation and construction of the aerial portions of the Project:
AMENDMENT ( ) AMENDMENT
This assembly unit will consist of labor or labor and material required for approved
costs 10% or greater over the original awarded bid project. This unit is only used in
conjunction for an amendment for Lump Sum Bids (i.e.: Generator, COEI and DC
Power). The number in the parentheses will indicate what amendment number it
is for a specific contract (Example: first amendment for a contract would use
AMENDMENT (1), the second amendment would use AMENDMENT (2)). This unit
only applies to Project Bids.
BM-FDP FIBER DISTRIBUTION PANEL – WALL/RACK MOUNT – EXISTING BACK BOARD
This unit includes all labor to install FDP Panel, rack or wall mount (existing back
board in place), includes labor necessary to route new cables to and from the panel
for a distance of 10 feet or less and/or reinstall existing cables that are to be retained
within the FDP. Unit does not include labor to prep the cable into splice trays (if
applicable). Minor material such as rack/lag screws to be included in labor costs.
This unit is for Legacy National markets only.
BM-BB ( ) WALL MOUNT BACKBOARD
This unit includes all labor and material to install wall mount backboard, includes
installation of specified size plywood backboard and painting if required as noted on
prints, includes plywood and fire retardant paint if required as noted on print, and
minor material such as rack/lag screws to be included in labor costs. Size in
parentheses identifies width, height and thickness of plywood.
Examples:
BM-BB (4x4x3/4)
BM-BB (4x6x3/4)
BM-BB (4x8x3/4)
BM-FDP(BB) FIBER DISTRIBUTION PANEL – WALL MOUNT WITH BACKBOARD
This unit includes all labor to install FDP Panel, wall mount, includes installation of
4’x4’ x 5/8” Plywood and painting if required, includes labor necessary to install new
cables and/or reinstall existing cables that are to be retained within the FDP.
Plywood, paint and minor material such as rack/lag screws to be included in labor
costs. This unit is for Legacy National markets only.
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Bulletin 1753F-153
CenturyLink Revised – Issue 6 May 2014
Page 173 of 230
BM-FSC FIBER SPLICE CABINET– WALL MOUNT – EXISTING BACK BOARD
This unit includes all labor to install Splice Cabinet, wall mount (existing back board in
place), includes labor necessary to route new cables to and from the panel for a
distance of 10 feet or less and/or reinstall existing cables that are to be retained
within the FDP. Unit does not include labor to prep the cable into splice trays (if
applicable). Minor material such as rack/lag screws to be included in labor costs.
This unit is for Legacy National markets only.
BM-FSC(BB) FIBER SPLICE CABINET– WALL MOUNT WITH BACKBOARD
This unit includes all labor to install Splice Cabinet, wall mount, includes installation
of 4’x4’ x 5/8” Plywood and painting if required, includes labor necessary to install
new cables and/or reinstall existing cables that are to be retained within the Splice
Cabinet. Plywood, paint and minor material such as rack/lag screws to be included in
labor costs. This unit is for Legacy National markets only.
DT50 DOWN TIME ASSEMBLY UNIT
This assembly unit consists of labor to standby prior to or during the replacement
and/or placement of plant facilities due to delays caused by other public utilities,
public safety authorities, and/or other governing authorities or other circumstances
beyond the contractor’s control. Each unit shall have a fixed value of fifty dollars
($50.00) to be incrementally applied as needed to cover the total amount calculated
for down time. Partial units as calculated shall also apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
This unit will be compensated on an exception basis only, this is not to be charged as
an all encompassing unit.
Cable Pair This assembly unit consists of all labor and equipment required for the
Identification identification of individual cable pairs/cable counts from a central office or any
termination point. This would include toning and tagging of paper insulated pairs,
testing and tagging of special circuits. This unit is compensated on a per pair basis.
This unit must have written pre-approval by CenturyLink.
Note: This unit is not to be confused with toning and tagging of paper insulated
pairs, which is included in the HC7 unit. This unit is for verification purposes only and
is not to be used in conjunction with other splicing units.
Permit This assembly unit will consist of all labor and equipment to secure a permit for the
Reimbursement placement of Outside Plant facilities on behalf of CenturyLink. This unit is to be used
only where regulatory requirements dictate that the contractor secure a permit. This
unit will be used at CenturyLink's request and approval only. This unit is to reimburse
the contractor for the actual cost imposed by the permitting agency. Each unit will
have a fixed value of one dollar ($1.00) and will be applied incrementally as needed
to cover the cost of the permit. This is a Labor Only unit.
PM1 Pole Lightning Protection Assembly
PM2 Pole Ground Assembly
PM2-1 Auxiliary Ground Rod Assembly
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PM2A Ground wire assembly for bonding aerial cable strand or support wire to electric
system neutral
or pole ground assembly.
PM4 Cable Extension Arm (Short) – Galvanized Steel
PM4A Cable Extension Arm (Long) – Galvanized Steel
PM4B ( ) FIBER CABLE EXTENSION ARM
This unit consists of labor and material to install one fiberglass extension arm
attached to fiber optic cable with the length in inches indicated within the
parentheses.
Example:
PM4B (12) Indicates a (Short) 12 inch fiberglass extension arm.
PM4B (18) Indicates a (Long) 18 inch fiberglass extension arm.
PM5 Pole Stepping Assembly
PM6 One Wood Pole Key
PM7 Two Wood Pole Keys
PM8 One Wood Key and One Metal Expanding Key
PM9 Two Wood Keys and One Metal Expanding Key
PM11 Guy Guard
PM12( ) Consists of all labor and material to install a sidewalk guy arm. The guy, guy guard
and anchor assembly units will be specified separately. The length in feet (meters) of
a single piece of 2 in.(50.8 mm) galvanized steel pipe shall be indicated in the
parentheses.
PM14 Push Brace Accessories
PM15 AUXILIARY ANCHOR ROD EYE
This unit consists of labor and material to install one auxiliary eye for guy attachment
to existing anchor rod of 5/8" to 1" size. Acceptable material shall include the A B
Chance model BB155A, Auxiliary Eye or equivalent.
PM21 Cable Entrance – Consists of the necessary labor and material to terminate copper
and/or fiber optic outside plant cables as shown on the detailed drawings as specified
by the Engineer.
PM22 Grounding System – Consists of the necessary labor and material to construct a
grounding system as shown on the detailed drawings as specified by the Engineer.
This unit shall include all ground electrodes, trenching, backfilling, bonding the
auxiliary ground electrodes to each other and to the primary ground electrodes, and
bonding to the master ground bar (MGB).
PM22 This modifies the standard PM22 unit so that the unit value shall be one dollar
($1.00) per unit with sufficient units calculated to cover the total cost of the job. Upon
receipt of Contractor Bid the Engineer shall input into Fireworks the total cost as
"Labor" in order to capture the unit as a single line item.
PM25( ) Filled Terminal Block Assembly Unit - Consists of an unprotected filled terminal block,
mounted in place in a ready access closure (separately specified) and connected to
the conductors of the cable as specified by the Engineer. Splicing of the cable
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conductors shall be in accordance with RUS Splicing Standard Bulletin 1753F-401
(PC-2). The pair count of the terminal block shall be indicated in the parentheses.
When protected filled terminal blocks are to be specified, the unit shall be suffixed by
the letter "P".
PM25( ) Clarification: Splicing is not included in the PM25 unit, splicing is compensated by the
appropriate HC units
PM30( ) ( ) ( ) PRESSURIZED CABLE STUB
This unit consists of labor and material to install one (1) pressurized cable stub as
specified by the Engineer. The first parentheses indicate the pair counts, the second
parentheses indicates the gauge of cable and the third parentheses indicates the
cable stub length in feet. Splicing is to be compensated for under separate unit.
The following illustration indicates the method of designating the material required:
PM30 (100) (24) (50) Indicates a 100 pair, 24 AWG, 50 foot stub.
PM50( ) POLE/STRAND MOUNTED WIRE TERMINAL
This unit consists of the labor and material to install a pole or strand mounted service
wire terminal with wire/cable stub originating from an aerial plant splice closure. This
unit includes the installation of pole or strand mounted aerial wire or cable and/or pre-
manufactured terminal stubs, a pole or strand mounted wire terminal, and the
necessary wire work at the wire terminal and/or originating aerial splice closure. Pair
count of the terminal block size shall be indicated in the parentheses. Installation of
the aerial plant splice closure and splicing of the pole or strand mounted aerial wire or
cable inside the aerial plant splice closure shall be compensated under separate
units.
Note: This unit applies in applications where there is a need to serve subscriber drop
from an aerial feeder/distribution cable of 300 pair and above, in which case it is
preferred that the subscriber drops be terminated in a separate pole or strand
mounted terminal, branch spliced from the initial mainline aerial closure. Refer to
CSP200.009.085, paragraph 5.2
The following illustration indicates the method of designating the material required:
PM50(10) Indicates an aerial plant pole or strand mounted service wire
terminal with 10 pair terminal block.
PM510 POWER INSERTER
This assembly unit consists of the labor and minor materials (tape, straps & spacers,
etc.) to place a CenturyLink provided power inserter.
PM52 Pole Marking, Per Pole, Route and Pole Number.
PM52C ( ) POLE/CABLE ATTACHMENT TAG (Standard)
This unit consists of the labor and material to install one (1) pole attachment tag, per
cable and/or down guy. The parenthesis indicates the size of the tag, to be
determined by the OSP engineer. The tag will consist of black letters on an orange
background. Letters will be black and read, “CenturyLink”. Material code for this unit
is 1096533, vendor part # MJA080623C
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PM52C CABLE ATTACHMENT TAG- COPPER CABLE
This modifies the standard PM52C unit to consist of the labor and material to install
one (1) pole attachment tag, per Copper cable and/or down guy. All other
specifications of the PM52C assembly unit will apply.
PM52C-F CABLE ATTACHMENT TAG –FIBER CABLE
This modifies the standard PM52C unit to consist of the labor and material to install
one (1) pole attachment tag, per Fiber cable and/or down guy. All other specifications
of the PM52C assembly unit will apply.
PM52C ( ) ( ) POLE/CABLE ATTACHMENT TAG (Non-standard)
This unit consists of the labor to install one (1) pole attachment tag, per cable and/or
down guy. The first parenthesis indicates the size of the tag, to be determined by the
OSP engineer. The second parenthesis indicates the color of the tag, to be
determined by the local utility company, municipality, or the actual owner of the pole.
CenturyLink will provide the tag. Invalid Unit
PM52 POLE MARKING
This modifies the standard pole marking unit to provide for a decal holder strip with
reflective black on orange decals, and a metal CenturyLink ownership tag (tag to be
provided to the contractor by CenturyLink). See CenturyLink Guide Drawing PM52.
PM54 SQUIRREL OR RODENT GUARD
This assembly unit consists of all labor and equipment required to place squirrel or
rodent guard when required for protection of aerial cable. Compensation will be
based on each 10 ft section placed. This unit must have pre-approval by
CenturyLink.
PM100( ) CORE DRILLING
This unit consists of labor to core drill a concrete floor or wall to a specified diameter.
Conduits will be specified separately. Contractor must use protective measures to
protect surrounding elements from dust, water, etc. The diameter of core to be
indicated in the parentheses as follows:
2 - Two inch diameter x 6 inch depth
3 - Three inch diameter x 6 inch depth
4 - Four inch diameter x 6 inch depth
5 - Five inch diameter x 6 inch depth
PM100( )CP CORE DRILLING – CUSTOMER PREMISE ONLY
This unit consists of labor to core drill a floor or wall at a customer premise. This
would include core drilling to enter building from the outside, and core drilling
between floors. Includes labor and material to ensure that the hole is properly sealed
to ensure no water penetrates into the customer premise. Conduits will be specified
separately. Contractor must use protective measures to protect surrounding
elements from dust, water, etc. The diameter of core to be indicated in the
parentheses as follows:
2 - Two inch diameter x 6 inch depth
Note: All requirements outlined in Section “Asbestos, Poles and Other Disposable
Materials; Environmental Conditions” in the Master Service Agreement must be met.
PM101( ) ( ) MDF BLOCKS
This unit consists of labor and material to place a one hundred (100) pair protected
(five-pin type protector) terminal block with a tip cable, stub up or stub down, on the
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Main Distribution Frame of a central office and/or remote. Labor to include routing of
stubs to location of splice case as determined by the Engineer. Splice case and
splicing to be compensated for under separate units.
Example:
PM101(SU) (30') First parentheses to indicate either SU (Stub Up) or SD (Stub
Down) with second parentheses indicating length of stub.
PMF101( ) MIC CABLE
This unit consists of labor and material to place one (1) foot of Fiber Optic MIC cable,
terminating within a central office and/or remote fiber panel. Labor will include routing
of stubs to location of splice case as determined by the Engineer. Splice case and
splicing to be compensated for under separate units.
Example:
PMF101(48) The parentheses shall indicate the size of fiber cable, in this
case a 48 fiber cable. Length will be specified by the Engineer.
PM-WDMP AERIAL CABLE WIND DAMPENER
Consists of the material and labor to place one (1) wind dampener mounted on the
cable strand, in place. Unit includes the placement of the dampener on the strand
and all the required mounting fasteners.
XARM CROSS ARM
Consists of the material and labor to place one (1) cross arm in place. Unit includes
the placement of the cross arm and all the required mounting fasteners and
hardware.
RWZ RESTRICTED WORK ZONE
This assembly unit compensates the contractor for additional cost incurred while
working in Metro/Central Business District areas due to restricted working hours, or
other circumstances strictly related to working in a Metro / Central Business District
area. Each unit shall have a fixed value of one hundred dollars ($100.00) to be
incrementally applied as needed to cover the total amount calculated. Partial units as
calculated shall also apply. Upon receipt of Contractor Bid for labor and material the
Engineer shall input into Fireworks the total cost (labor and material) as “Labor” in
order to capture the unit as a single line item. Supporting documentation will be
required.
Example: $1,000.00 total labor compensation = 10 units
$750.00 total material compensation = 7.5 units
Total Cost = $1,750.00 entered into Fireworks as “Labor”
Total Units = 17.5
Note: This unit can be used for work performed in the maintenance window
with less than 48 hour notice.
STRUCTURE STRUCTURE LOADER – FIELD SUPPORT
LOADER-FLD This assembly unit will consist of all labor only per hour to provide a fully
SUPPORT qualified and equipped cable splicer to provide field support to CenturyLink Structure
Loaders in preparing complete and accurate cut sheets based on field conditions.
This assembly unit includes but is not limited to ensuring all pairs are included on
cutsheet, and assist in preparing throw sequences to ensure cable throw can be
performed accurately and not interrupt customer service. This unit will be used at
CenturyLink's request and approval only. This is a Labor Only unit and is
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compensated on a per hour basis. This unit must not be used to augment splicing
units.
3rd Party This assembly unit consists of all labor and equipment necessary for traffic control
Flagging Service ONLY when a regulatory agency requires an OUTSIDE THIRD-PARTY agency or
officers to control traffic. (All other traffic control is included in the RUS units). This
unit must have written pre-approval by CenturyLink and a copy of the written
requirement for third party traffic control must be provided. This fee is for the actual
cost, and a copy of the original invoice stating the work activity, date and times of
traffic control must be submitted with the contractor units placed (CUP). Invoices
without this documentation will not be paid. This is a Labor Only Unit. Each unit will
have a fixed value of one dollar ($1.00) and will be applied incrementally as needed
to cover the cost of 3rd Party Flagging.
Flagging Service This assembly unit consists of all labor (typically consisting of two individuals) and
necessary equipment to perform traffic control to meet regulatory requirements.
Personal safety equipment and certification/training as required is included in this
unit. This unit may be used on CMS and or Capital Work Orders where company
forces are providing the construction of new plant. This unit will always be provided
by the Line Extension Contractor and used for supporting CTL Internal Work Forces
as requested by CenturyLink. This is a Labor Only unit. Each unit will have a fixed
value of fifty dollars ($50.00) and will be applied incrementally as needed and
approved by CenturyLink.
Section PMTV - MISCELLANEOUS CATV ASSEMBLY UNITS
PM501 This assembly unit consists of the labor and minor materials (tape, straps & spacers,
etc.) to place a CenturyTel provided power supply.
PM520 This assembly unit consists of the labor and minor materials (tape, straps & spacers,
etc.) to place a CenturyTel provided aerial or buried tap.
PM540 This assembly unit consists of the labor and minor materials (tape, straps & spacers,
etc.) to place a CenturyTel provided aerial or buried directional coupler.
PM550 This assembly unit consists of the labor and minor materials (tape, straps, & spacers,
etc.) to place a CenturyTel provided aerial or buried splice block.
Section R - RIGHT-OF-WAY CLEARING AND TRIMMING UNITS AERIAL PLANT
A. Clearing Units are defined as follows:
R1-5 Is one (1) foot (0.305 m) in length and 5 feet (1.52 m) in width (to be measured on one
side of the pole line) of actual clearing of right-of-way. The unit applies to clearing
right-of-way along new or existing telecommunications pole lines and along existing
power pole lines. This includes clearing of underbrush, tree removal, and such tree
trimming as may be required to leave an unobstructed right-of-way from the ground up
on one side of the line of poles carrying wire or cable. The length of actual clearing
shall be measured in a straight line parallel to the line between poles and across the
maximum dimension of foliage cleared (not trunk) projected to the ground line. All
trees and underbrush across the width of the right-of-way shall be considered to be
grouped together as a single length in measuring the total length of clearing. Lengths
along the right-of-way in which no trees are to be removed or trimmed or underbrush
cleared shall be omitted from the total measurement. This unit includes the removal,
or topping (cutting out the top of the tree so that if the remaining portions of the tree
fall, they will not endanger the line) at the option of the Contractor, of danger trees
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outside of the right-of-way when so designated by the Engineer. (Danger trees are
defined as dead or leaning trees, which, in falling, would affect the operation of the
line.) The Contractor shall not remove or trim shade, fruit, or ornamental trees unless
so directed by the Engineer.
R1-10 Identical to R1-5 except that width is 10 feet (3.05 m).
R2-5 Identical with R1-5, except that width 10 feet (3.05 m); to be measured 5 feet (1.52m)
on each side of the pole line.
R2-10 Identical with Rl-5, except that width 20 feet (6.1 m), to be measured 10 feet (3.05m)
on each side of the pole line.
Note: The letter "M" added as a suffix to the above "R" units designates units for reclearing existing right-
of-way. With the exception of the substitution of the word "reclearing" for "clearing", the remaining
description of the "R" assembly units applies for the units suffixed with the letter "M".
B. The Trimming Unit is defined as follows:
R3-5 Is one (1) foot (0.305 m) in length and consists of the trimming of foliage and branches
from trees growing on or adjacent to the right-of-way so as to provide a clearance of
not less than 5 feet (1.52 m) in all directions from telecommunications cable. This unit
is measured parallel to the pole line across the maximum width of foliage trimmed. All
trees, underbrush or shrubbery across the width trimmed shall be considered to be
grouped together as a single length in measuring the total length of trimming. Lengths
along the right-of-way in which no trimming is performed shall be omitted from the total
measurement. Any trimming included in Rl or R2 right-of-way clearing units, shall not
be considered a part of the measurement of the unit. The Contractor shall not trim any
shade, fruit or ornamental trees unless so directed by the Engineer. When so
designated by the Engineer, a tree may be trimmed of its branches with the trunk left
extending into the zone to be trimmed.
Suffix Description
A This modifies the standard R3-5 assembly unit for tree trimming work assignments in
excess of 100 lineal feet. Unit is calculated by the lineal foot. This unit applies to
LPEC-West markets only.
G RIGHT-OF-WAY CLEARING
This is the standard R assembly unit modified to include "grubbing" (removal of
stumps).
R4-A ARBORIST
This unit will be utilized only when the use of an Arborist (to perform or supervise)
Right-of-Way Clearing is mandated by a permit or government body. This unit
applies to Legacy Qwest and National markets only.
Each unit shall have a fixed value of one dollar ($1.00) to be incrementally applied as
needed to cover the total amount of the arborist. This fee is for the actual cost, and
a copy of the original invoice must be submitted with the contractor units placed
(CUP). Invoices without this documentation will not be paid.
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SECTION TC - TRIP CHARGE ASSEMBLY UNITS
Trip Charge PICKUP AND DELIVERY OF CENTURYLINK MATERIAL
Pickup/ This assembly unit consists of labor and equipment necessary to pickup and deliver
Delivery CenturyLink materials. Each unit shall have a fixed value of fifty dollars ($50.00) and
shall be compensated in 25 mile one-way increments and excludes any actual work
to be performed at the job site. Line Extension Only.
Example: 100 miles between pickup location and delivery location = 4 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge AERIAL LINE CREW
Line Crew This assembly unit consists of labor only for an emergency aerial line construction
crew. Each unit shall have a fixed value of fifty dollars ($50.00) and to incrementally
applied as needed to cover trip cost approved by engineer and excludes any actual
work to be performed at the job site. Line Extension Only.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with approval
by CenturyLink
Trip Charge TRIP CHARGE SPLICER
Splicer This assembly unit consists of labor only for an emergency trip charge for splicer.
Each unit shall have a fixed value of fifty dollars ($50.00) and to incrementally applied
as needed to cover trip cost approved by engineer and excludes any actual work to
be performed at the job site. Line Extension Only.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with approval
by CenturyLink
Section W - REARRANGEMENT UNITS
Specific rearrangement units shall be designated and described by the Engineer on the "List of Special
Arrangement Units" table of RUS Form 515. Existing plant assembly units to be rearranged are designated
by a prefix "W".
WBM92 REARRANGEMENT OF REPEATER HOUSING
This assembly unit consists of all labor and minor material required to remove a
BM92 from a pole and place it back on the same pole or a new pole.
WC( ) REARRANGE EXISTING AERIAL CABLE
This assembly unit consists of all labor and minor material required to re-sag and/or
re-lash one foot of aerial cable, including the reconnection of any grounding
hardware. The cable size and gauge is indicated within the parentheses. For
compensation purposes, the quantity shall be defined the same as in Section CW of
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the RUS 515c. Other required units such as WC-1's and terminal rearrangements
shall be specified separately.
The following size ranges that apply to this unit are:
(6-200) Small-sized aerial cable
(300-600) Medium-sized aerial cable
(900-1200) Large-sized aerial cable
(1500-1800) Large-sized aerial cable
(2100-2400) Large-sized aerial cable
(2700-3000) Large-sized aerial cable
WCO REARRANGE EXISTING AERIAL FIBER CABLE
This assembly unit consists of all labor and minor material required to re-sag and/or
re-lash one foot of aerial fiber cable, including the reconnection of any grounding
hardware. For compensation purposes, the quantity shall be defined the same as in
Section CO of the RUS 515c.
WC-A RE-SAG EXISTING FACILITY
Unit consists of the labor and material to re-sag one foot of existing aerial facility,
including the reconnection of grounding hardware, when no re-lashing is required.
For compensation purposes, the quantity shall be defined as the lineal footage of
strand (slack) pulled through the suspension clamp or dead end at each location.
Other required units such as WC-1 and terminal rearrangements shall be
compensated separately.
WC-1 REATTACH OR TRANSFER EXISTING CABLE
This unit shall include the material and labor necessary to raise or lower the point of
attachment of any existing cable or wire lashed to any size strand or to transfer a
cable or wire from an existing pole to a new pole in the event of a pole change-out.
The following suffix applies to this unit:
N - Indicates the reattachment or transfer occurring on Non-wood poles, such as
concrete or steel where standard drilling is not allowed and specific banding
hardware is required.
Example: WC-1N The reattachment or transfer of aerial cable with attachments to
a non-wood pole, such as concrete or steel and requiring specific
banding hardware.
WC-1-ADDL REATTACH OR TRANSFER EXISTING CABLE - ADDITIONAL
This unit shall include the material and labor necessary to raise or lower the point of
attachment of any additional existing cable or wire lashed to any size strand or to
transfer an additional cable or wire from an existing pole to a new pole in the event of
a pole change-out.
This unit will be used in conjunction with the appropriate WC-1 or WSEA unit
and will be paid on a per pole basis. The WC-1 will always be the lead unit if
one of the attachments being transferred is a cable.
Example 1: Transfer 2 cables and 4 aerial drops:
WC-1 = Qty 1
WC-1-ADDL = Qty 1
WSEA-ADDL = Qty 4
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WDW( ) REARRANGE EXISTING DISTRIBUTION WIRE
This assembly unit consists of all labor and minor material required to re-sag and/or
re-tension one foot of aerial distribution wire, including the reconnection of any
hardware. The wire size and gauge is indicated within the parentheses. For
compensation purposes, the quantity shall be defined the same as in Section CW of
the RUS 515c. Other required units such as WC-1's and terminal rearrangements
shall be specified separately.
WHAC CABLE/WIRE INSTALLATION INTO EXISTING AERIAL PLANT CLOSURE
WHACO This unit shall include the material and labor necessary to install new cables/wires
WHAF and reinstall all existing cables/wires that are to be retained within an existing
WHAP aerial plant closure. All specifications and requirements of the HA assembly unit and
WHAPO the RUS Splicing Standard PC-2 shall apply. Bonding and grounding of new
cable/wire and installation of Y-branch kit, if necessary, shall be compensated under
this unit.
WHA-G PRSM RE-ENTER/OPEN EXISTING AERIAL CLOSURE – PRISM GROOMING
This unit includes all labor and equipment to re-enter/open an existing closure to
perform a visual inspection and tighten all grounds on the ground bar. All other units
to be compensated separately. This unit will be compensated on a Per Closure
basis. Note: This unit is to be used in conjunction with the Prism Grooming
Process ONLY.
WHAP-G PRSM RE-ENTER/OPEN EXISTING AERIAL PRESSURIZED CLOSURE – PRISM
GROOMING
This unit includes all labor and equipment to re-enter/open an existing pressurized
closure to perform a visual inspection and tighten all grounds on the ground bar. This
unit applies only to hermetically sealed splice closures and includes reinstallation of
end plate seals and flash testing the closure. All other units to be compensated
separately. This unit will be compensated on a Per Closure basis. Note: This unit
is to be used in conjunction with the Prism Grooming Process ONLY.
WHAP-R RE-ENTER PRESSURIZED SPLICE CLOSURE
This assembly unit consists of all labor and equipment required to re-enter an aerial,
underground or buried sealed closure on an existing splice for the purpose of
rearranging, removing or splicing cable pairs. This unit applies only to hermetically
sealed splice closures and includes reinstallation of end plate seals and flash testing
the closure.
WHC-( ) REARRANGE EXISTING SPLICE IN WORKING CABLE
This unit shall include the material and labor necessary for the rearrangement work of
transferring a single cable pair from one count to another within an existing cable, or
the transfer of a single pair from one existing cable to another. The pairs in existing
cables involved in the transfer shall have been cleared of faults by CenturyLink. The
unit also includes testing, clearing and capping as required. Detailed instructions
outlining the requirements for each rearrangement, and the respective responsibilities
of the contractor and CenturyLink will be included in the cable schematic and/or cut-
sheet prepared by the engineer.
WHC1 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC1E unit.
Each pair is counted and paid only once at each location which is defined as each
splice.
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Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC1 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with
25 pair working and 25 pair non-working. WHC1=25 and HC1E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WHC2 This assembly unit consists of the labor and material necessary for rearranging one
(1) distribution, feeder, and/or electronic pair on a cross-connect block or a cross-
connect module, including any non-working pair in an existing cable in accordance
with RUS Splicing Standard Bulletin 1753F-401(PC-2). Pairs that are to be tested,
when specified by the Engineer are considered to be part of this unit. Only those
pairs on which terminating and/or testing operations are performed are counted and
each pair is counted only once at each location.
WHC3 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC3E unit.
Each pair is counted and paid only once at each location which is defined as each
splice.
(P) The suffix P modifies the standard WHC3 assembly unit to require pluggable
splicing modules.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC3 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with
25 pair working and 25 pair non-working. WHC3=25 and HC3E=25
Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
WHC7 For clarification, this unit will be paid for splicing a working cable pair when
transferring from one count to another within the same cable or another cable.
Monitoring of the circuit is required to minimize service interruptions. Working pairs
will be based on cutsheets provided by Engineering or the Service Provisioning
Center. Non working cable (alpha or dead count) pairs will be paid at the HC1E unit.
All pairs are counted and paid only once at each location which is defined as each
splice.
Example 1: “Throwing” Cable 01:1-25 to Cable 601:1-25 with all 25 pair working.
WHC7 = 25
Example 2: Throwing Cable 01:1-25 + A, 26-50 to Cable 601:1-25 + A, 26-50 with
25 pair working and 25 pair non-working. WHC1=25 and HC1E=25
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Note: A working pair is defined as a cable that has a physical cable sheath count.
For example: 100 pair cable counting 01, 1-75+A,76-100 has 75 working pairs and
25 non-working pairs or C1, 1-75+XD,76-100 has 75 working pairs and 25 non-
working pairs. Alpha or dead counts are not considered working pairs.
W-LASH DELASHING EXISTING FACILITIES ASSOCIATED WITH INSTALLATION
This assembly unit consists of the labor and material for delashing one foot of
existing facility(s) from strand and temporary support of, (regardless of the number of
facilities attached to the strand), not associated with facility removal.
Unit includes the labor to re-lash the existing facility concurrent with the installation of
a new facility. The placement and lashing of the new facility will be compensated
using the appropriate CD, CO, or CW unit.
WPDS REARRANGE EXISTING AERIAL CROSS CONNECT
This unit shall include the material and labor necessary to raise or lower the point of
attachment of any existing pole-mounted cross connect or transfer a pole-mounted
cross connect from an existing pole to a new pole in the event of a pole changeout.
WPG34 REARRANGE EXISTING POLE MOUNTED LOAD COIL
This unit shall include the material and labor necessary to raise or lower the point of
attachment of any existing pole-mounted load coil or transfer a pole-mounted load
coil from an existing pole to a new pole in the event of a pole changeout.
WPF-H EXPOSE ANCHOR HEAD
This unit consists of labor to expose an anchor head to meet NESC requirements
due to safety hazard conditions. This includes exposing the anchor head to anchor
shaft. This unit must be preapproved by CenturyLink.
WPM-WDMP REARRANGE EXISTING WIND DAMPENER
This assembly unit shall include the material and labor necessary to relocate an
existing wind dampener on existing cable or transfer of existing wind dampener to
new cable.
WPM4 TRANSFER CABLE EXTENSION X-ARMS/WIRE TERMINAL OR X-ARM
WPM4A These assembly units consists of all labor and minor materials required to transfer
WPM4S cable extension arms, pole/strand mounted wire terminal or X-arm from one
WPM4AS pole to another
WPM50 .
WXARM
WPM52 POLE RE-MARKING
This modifies the standard pole marking unit to provide a decal holder strip with
reflective black on orange decals, including the removal of the existing pole markings
when renumbering a pole. See CenturyLink Guide Drawing PM52/WPM52
WPM55 TRIM BOLT
This unit consists of labor to trim the bolt that secures aerial cable to pole to 2” or less
from the washer. This unit is required to meet NESC requirements only so as not to
encumber climbing space. This unit must be preapproved by CenturyLink.
Section XX - NONREUSABLE MATERIALS REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines, and transportation of the removed materials for proper disposal. The Contractor will be permitted to
use the most economical method of removing these units. The removal units are designated by the prefix
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"XX" followed by the assembly unit designation of the unit to be removed. Note: When removal is
accomplished under the XX units, the material becomes property of the contractor and units should be
priced as such.
XX109-H REMOVAL OF 109-WIRE
This assembly unit consists of all the labor and equipment to remove one foot of one
circuit of 109 wire and proper disposal of unit.
XX-ABDN CA CUT OFF ABANDONED CABLE
This assembly unit consists of labor and material to cut off abandoned cables. This
unit applies to aerial, buried, underground applications. Note: If in direct buried
applications, it includes cutting off the cable 12” below ground level. It also includes
reinstalling moisture block, pedestal seal or pea gravel and fire ant retardant. This
unit is not paid on a per cable basis; it is paid on a per location basis. This unit does
not apply when other plant (i.e.: cable, pedestal, cross-connect, etc) is being
removed. It cannot be used in conjunction with any other removal units.
XXAF REMOVAL OF FOREIGN POLE
This assembly unit consists of all labor and minor material required to remove a
foreign utility pole abandoned by other than CenturyLink and proper disposal of unit.
XXAP REMOVAL OF POLE IN POWER
This assembly unit consists of all labor and minor material required to remove a pole
in power (poles placed up through supply lines exceeding 300 Volt to ground). Poles
that have been topped to eliminate the potential of contact with supply lines during
removal do not constitute removal from power.
XX X-ARM REMOVAL OF CROSS-ARM
This assembly unit consists of all labor and minor material required to remove a
Cross-Arm from a pole and proper disposal of unit.
XXC( ) REMOVAL OF AERIAL COPPER CABLE
This assembly unit consists of the labor and equipment to remove one foot of the
designated cable, strand, pole hardware, ground attachments, associated splice
cases, etc. and proper disposal of unit. The parentheses indicate the pair count as
follows:
(6-200), (300-600), (900-1200), (1500-1800)
XXCO REMOVAL OF AERIAL FIBER CABLE
This assembly unit consists of the labor and equipment to remove one foot of the
designated cable, strand, pole hardware, ground attachments, associated splice
cases, etc. and proper disposal of unit.
XXCRW-1 REMOVAL OF RURAL C-WIRE
This assembly unit consists of all the labor and equipment to remove one foot of
Rural C-Wire, pole hardware, ground attachments, etc. and proper disposal of unit.
XXDW REMOVAL OF DISTRIBUTION WIRE
This assembly unit consists of all the labor and equipment to remove one foot of
Distribution Wire, pole hardware, ground attachments, etc. and proper disposal of
unit.
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XXHC4CO REMOVE JUMPER WIRES – CENTRAL OFFICE
Consists of the labor for removing both ends of one (1) pair of cross-connect jumper
wires on cross-connecting blocks and/or modules in the Central Office. This unit
includes contact with Structure Loaders or other designated CenturyLink personnel
and all required testing.
XXPDS REMOVAL OF AERIAL CROSS CONNECT
This assembly unit consists of all the labor and equipment to remove one pole-mount
cross connect and proper disposal of unit.
XXPG REMOVAL OF AERIAL PLANT TERMINAL AND/OR LOAD COIL
This assembly unit consists of all labor and minor material required to remove an
Aerial Pole Mounted Terminal and/or Load Coil or Build-out Capacitor and proper
disposal of unit. Strand Mounted Terminals and Load Coils or Build-out Capacitors
shall be removed with Aerial Cable and Strand.
XXPM5 REMOVAL OF POLE STEP
This assembly unit consists of all labor and equipment to remove a pole step from a
foreign utility pole owned by other than CenturyLink and proper disposal of unit.
Section XZ - REUSABLE MATERIALS REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines and all labor and transportation of the removed materials to a location designated by the Owner.
The Contractor will be charged by the Owner for the materials removed under this section at the unit
material values shown in column 2 of the "Value and Disposition of Units to be Removed" table of RUS
Form 515. The number of units to be charged to the Contractor and the extended value of these units are
shown in columns 3 and 4. Such charges will be placed against the Contractor as assembly units are
removed and the unit material values will be deducted from the total value of assembly units constructed
on this project for determination of the work accomplished for purposes of the monthly progress payments
to the Contractor. Of the assembly units listed in the "Value and Disposition of Units to be Removed"
table to be removed from existing lines certain units are to be reused in the construction of the project.
The quantity of such units to be reused is listed in the "Value and Disposition of Units to be Removed"
table, column 5. These units where installed in the project will be inventoried as new assembly units and
compensated for at the unit bid prices. The quantity of assembly units listed in column 6 of the "Value
and Disposition of Units to be Removed" table is the maximum quantity of removed assembly units that
are to be returned to the Owner for credit which will be allowed at the unit material prices in column 2.
Column 7 indicates the extended value of the units to be returned to the Owner. The Contractor will be
allowed credit for assembly units listed in column 6 which, in the opinion of the Engineer, have not been
damaged by the Contractor in removal and handling. Such credits will be allowed the Contractor as the
assembly units are returned to a location designated by the Owner and shall be added to the total value
of installed assembly units for determination of work accomplished for the purposes of the monthly
progress payments to the Contractor. The removal units are specified by the prefix "XZ" followed by the
assembly unit designation of the existing assembly unit to be removed.
XZCM8 REMOVAL AND REUSE OF ANALOG PAIR GAIN DEVICE
This assembly unit consists of all labor and minor material required to remove an
Analog Pair Gain Device and deliver to the warehouse of the owner or transporting
elsewhere in the site of the project for reuse where similar units are required as
designated by the Engineer. Labor and minor material to re-install will be
compensated for under separate units.
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XZCO REMOVAL OF AERIAL FIBER CABLE
This assembly unit consists of the labor and equipment to remove one foot of the
designated cable, strand, pole hardware, ground attachments, associated splice
cases, etc. and proper disposal of unit.
XZCW( ) REMOVAL AND REUSE OF AERIAL CABLE
This assembly unit consists of all labor and minor material required to remove aerial
plant and deliver to the warehouse of the owner or transporting elsewhere in the site
of the project for reuse where similar units are required, as designated by the
Engineer. Labor and minor material required to re-install will be compensated under
separate units. The parentheses indicate the pair count as follows:
(6-200), (300-600), (900-1200), (1500-1800)
XZCXR-( ) REMOVAL AND REUSE OF ANALOG SPAN LINE REPEATER
This assembly unit consists of all labor and minor material required to remove an
Analog Span Line Repeater and deliver to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will be
compensated for under separate units.
The following housing sizes apply to this unit:
S – Small (up to 1000)
M – Medium (1001 to 3600)
L – Large (3700 8100)
XZDAML REMOVAL AND REUSE OF DIGITAL ADDED MAIN LINE
This assembly unit consists of all labor and minor material required to remove an
Digital Added Main Line device and deliver to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will be
compensated for under separate units.
XZPDS-( ) REMOVAL AND REUSE OF AERIAL CROSS CONNECT
This assembly unit consists of all labor and minor material required to remove an
aerial Serving Area Interface Cabinet and deliver to the warehouse of the owner or
transporting elsewhere in the site of the project for reuse where similar units are
required as designated by the Engineer. Labor and minor material to re-install will be
compensated for under separate units.
The following cabinet sizes apply to this unit:
S – Small (up to 1000)
M – Medium (1001 to 3600)
L – Large (3700 8100)
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Part II - SPECIFICATIONS FOR MATERIALS
1. SCOPE
This part of the specification is concerned with the various materials required for the construction of the
outside aerial cable plant of the rural telecommunications system as shown on the Plans, Specifications,
and Construction Sheets.
2. GENERAL
All materials used in the construction of the rural telecommunications system except those listed in
Paragraph 4 below shall be listed in RUS Informational Publication (IP) 344-2, "List of Materials Acceptable
for Use on Telecommunications Systems of RUS Borrowers," unless specific written approval has been
granted by the Administrator.
3. POLES
3.1 The pole plan, method of treatment, kind of preservative and general procedure applying to all
poles shall be in accordance with the latest RUS specifications for these items in effect at the time
the bids are received. All poles shall be framed in accordance with the framing guide attached to
the specifications.
3.2 Poles shall be of the length and American National Standards Institute, Inc. (ANSI) class specified
in the Proposal.
4. MISCELLANEOUS
Items which do not appear in RUS IP 344-2, "List of Materials Acceptable for Use on Telecommunications
Systems of RUS Borrowers," shall be of a quality suitable for the application for which they are intended.
Part III - SPECIFICATIONS FOR CONSTRUCTION AND INSTALLATION
1. GENERAL
1.1 All construction and installation work shall be done in a thorough and workmanlike manner in
accordance with the Plans, Specifications and Construction Sheets and shall be subject to
acceptance by the Owner and the Administrator.
1.2 All material to be used in construction of the Project shall be stored so as to be protected from
deteriorating effects of the elements.
1.3 All guy strand, suspension strand, aerial cables, and accessory materials used in the construction
of the Project shall be handled with care. Each reel of aerial cable shall be inspected for damage.
All damage shall be repaired to the satisfaction of the Engineer and in accordance with the
methods or other instructions described in the appropriate paragraphs of Part III. If reel wrap is
present, the reel wrap shall remain intact on the reel until the cable is ready to be placed.
1.4 Deviations from the Plans, Specifications and Construction Sheets shall not be permitted except
upon written permission of the Engineer.
1.5 The latest revision of the National Electrical Safety Code (NESC) and the National Electrical
Code (NEC) shall be followed in every case except where local regulations are more stringent, in
which case local regulations shall govern.
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1.6 The Contractor shall maintain conductor polarity (tip and ring) identification at the main
distributing frame, cable terminals, wire terminals, terminal blocks, and in the service entrance, all
in accordance with the Specifications and Construction Sheets (see guide drawing 815).
2. POLE LINES
2.1 Poles shall be handled carefully. Damaged poles shall not be used.
2.2 The pole hole shall be of sufficient diameter to permit the pole to settle freely to the bottom of the
hole without trimming the butt and still have sufficient space between the pole and the sides of th e
hole to permit proper tamping of the backfill at every point around the pole, and throughout the
entire depth of the hole.
2.3 The setting depth, in feet (or meters), for poles of various lengths shall be as follows:
Length of Setting Setting
Pole in Soil in Solid Rock
20 (6.10) 4.0 (1.22) 3.0 (0.91)
25 (7.62) 5.0 (1.52) 3.5 (1.07)
30 (9.14) 5.5 (1.68) 3.5 (1.07)
35 (10.67) 6.0 (1.83) 4.0 (1.22)
40 (12.19) 6.0 (1.83) 4.0 (1.22)
45 (13.72) 6.5 (1.98) 4.5 (1.37)
50 (15.24) 7.0 (2.13) 4.5 (1.37)
55 (16.76) 7.5 (2.29) 5.0 (1.52)
60 (18.29) 8.0 (2.44) 5.0 (1.52)
2.4 The "Setting in Soil" depth as shown in paragraph 2.3, shall apply where poles are to be set in
soil only; where there is a layer of soil more than 2 feet (0.61 m) in depth over solid rock; or where
the pole in solid rock is not substantially vertical or the diameter of the hole at the surface of the
rock exceeds approximately twice the diameter of the pole at the same level.
2.5 The "Setting in Solid Rock" depth as shown in paragraph 2.3, shall apply where solid rock is
encountered at the ground line and where the hole is substantially vertical, approximately uniform
in diameter, and large enough to permit the use of tamping bars the full depth of the hole.
2.6 Where there is a layer of soil 2 feet (0.61 m) or less in depth over solid rock, the depth of the hole
shall be the depth of the soil in addition to the depth specified in paragraph 2.3 under "Setting in
Solid Rock," provided, however, that such depth shall not exceed the depth specified under
"Setting in Soil."
2.7 On sloping ground the depth of the hole shall be measured from the low side of the hole. Where a
pole is to be set on the side of a steep grade where soil erosion appears to be a consideration, the
hole should be one (1) foot (0.305 m) deeper than specified in paragraph 2.3 under "Setting in
Soil."
2.8 When an earth boring machine is employed for holes for guyed poles, the bottom of the hole shall
be thoroughly tamped to compact any loose earth that may be present.
2.9 All holes shall be backfilled with soil or small rock and all pole holes in rock shall be inspected and
approved by the Engineer before being backfilled.
2.10 Backfill shall be thoroughly tamped the full depth of the pole hole. Earth must be banked around
the pole to a minimum height of 6 in. [15.24 centimeters (cm)] above ground level.
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2.11 Holes in soil for poles at unguyed corners where the pole will not be keyed shall be one (1) foot
(0.305 m) deeper than the "Setting in Soil" depth as shown in paragraph 2.3. For holes in solid
rock the "Setting in Solid Rock" depth will apply.
2.12 The Contractor shall be responsible for setting poles in alignment according to the staking sheets.
If the Contractor should find stakes out of alignment, the Engineer shall, upon request of the
Contractor, realign the stakes according to the construction sheets.
2.13 Poles shall be set plumb except at corners where they shall be set and raked against the load so
that the pole top will be in line after the load is applied. The rake in pole shall not exceed 6 in.
(15.24 cm) for each 10 feet (3.05 m) of pole length after the conductors are installed at the required
tension. Deadend shall be set so as to be plumb and in line after the load it applied.
2.14 Pole lightning protection shall be a #6 AWG bare copper wire installed in accordance with
assembly unit drawing PM1.
3. MOUNTING HARDWARE AND GUYS
3.1 All bolts employed for the mounting of hardware items on poles shall be long enough to fully
engage the nut (including locknut, where applicable) but shall not extend more than 2 in. (50.8 mm)
beyond the nut after the nut is tightened. The ends of bolts shall not be cut.
3.2 The Engineer shall determine all guy locations and shall specify the type of guy. Guys shall be
installed before conductors or cable suspension strands are placed.
4. ANCHORS
4.1 Anchor assembly units shall be installed at locations designated on the construction sheets.
4.2 All anchors and rods shall be in line with the load and shall be so installed that the eye of the rod is
above grade. Not more than 6 in. (152 mm) of rod shall remain out of the ground after the load is
applied.
4.3 When an expansion type anchor is used, the anchor shall be fully expanded and shall be
expanded into undisturbed earth before backfilling the anchor hole.
4.4 Backfill shall be thoroughly tamped the full depth of all anchor holes.
4.5 Rock anchors shall be placed in accordance with the detailed instructions of the Engineer. Where
a rock is encountered below the surface of the ground, instructions from the Engineer shall be
obtained before placing an anchor at that location.
5. SELF SUPPORTING FIBER OPTIC CABLE
5.1 Where physical obstructions make it necessary to pull cable along the line from a stationary reel,
cable stringing blocks shall be used to support the cable during all placing and tensioning
operations. Ladders, cable cars and other equipment shall not be placed on or against the cable.
5.2 Splicing of the optical fibers shall be performed in accordance with RUS Splicing Standard Bulletin
1753F-401 (PC-2). Splicing of the support member shall be performed in accordance with the
method specified by the Engineer.
5.3 During installation, maximum pulling tension and minimum bending radius of the self supporting
fiber optic cable shall not exceed the cable manufacturer's recommendations.
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5.4 Initial stringing tension, maximum permissible span length, and sagging shall be in accordance
with the cable manufacturer's recommendations.
5.5 Self supporting fiber optic cable shall be spiraled in accordance with the method shown on
Construction Guide Drawing 250-1. Spiraling of the cable shall be performed within 24 hours of the
tensioning operation.
5.6 The insulation shall not be removed from the support member except at bonding and ground
points; and at points where ends of the support member are terminated in splicing and deadend
devices.
5.7 The support member of self supporting fiber optic cable shall be made electrically continuous
throughout its entire length.
5.8 At junctions between self supporting fiber optic cable and aerial fiber cable, or buried fiber cable,
the support messenger shall be bonded to the aerial cable strand or buried cable armor.
5.9 The support member of self supporting fiber optic cable shall be grounded at locations specified
by the Engineer by connecting the support wire to a pole ground wire as shown on the
Construction Sheets.
5.10 When specified by the Engineer, the insulation of the support member at deadend fittings, splices
and bridged grounding connections shall be restored in accordance with the method shown in
Construction Guide Drawing 360.
5.11 Damaged portions of the self supporting fiber optic cable shall be cut out and the support member
spliced in accordance with the method specified by the Engineer.
6. SUSPENSION STRAND
6.1 The cable shall be installed within a reasonable time after the strand is installed and tensioned. If
a delay in installing cable in excess of 24 hours is encountered, temporary dampers shall be
installed on the strand.
6.2 When tensioning strand the cable suspension clamps shall be loose enough to allow free
movement of the strand.
6.3 Suspension strand shall be placed in accordance with the Construction Sheets and shall be
tensioned in accordance with instructions, which shall be furnished, to the Contractor by the
Engineer.
6.4 The suspension strand shall be placed on the roadside of the pole line unless otherwise directed by
the Engineer.
6.5 In tangent construction, the lip of the suspension strand clamp shall point toward the pole. At
angles in the line, the suspension strand clamp lip shall point away from the load.
6.6 In level construction the suspension strand clamp shall be placed in such a manner that it shall
hold the strand below the through-bolt. At points where there is an up-pull on the strand, the clamp
shall be so placed that it shall support the strand above the through-bolt.
6.7 When a thimbleye bolt is used both to mount the suspension strand clamp and to make the guy
attachment, the size of the suspension strand clamp shall be governed by the size of the thimbleye
bolt required for the guy.
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6.8 The air temperature at the time and place of tensioning the strand shall be determined by means
specified by the Engineer.
6.9 The suspension strand shall be made electrically continuous throughout its entire length as
indicated on the Construction Sheets.
6.10 Suspension strands shall be bonded to other bare cable suspension strands, and guys on the
same pole and grounded by connection to ground leads at locations specified by the Engineer and
in the manner specified by the Engineer. Where the strand is to be grounded to a multigrounded
neutral on a pole which does not carry a vertical pole ground wire, a #6 AWG bare copper wire
shall be left coiled and taped to permit it to be extended up the pole and connected to the
multiground neutral by a representative of the power company.
7. FILLED AERIAL CABLE
7.1 The Contractor and Engineer shall jointly inspect all reels of cable for damage prior to installation.
7.2 Cable ends shall be kept sealed at all times, i.e., during transportation, in storage, and during cable
placement to prevent moisture entry into the cable core. Acceptable cable end caps shall be used
for this purpose.
7.3 Cable shall be taken from the reel only as it is placed. Bends of small radii and twists shall be
avoided in handling cable.
7.4 If the jacket is deformed in handling the cable, the Engineer shall be notified. If directed by the
Engineer, the deformed section of the jacket shall be removed; the insulation and conductors
shall be examined and if damaged shall be repaired. The opening in the jacket shall then be
closed by means of a suitable enclosure. Repairs so made shall be done in accordance with
appropriate specifications.
8. FILLED AERIAL CABLE PLACEMENT
8.1 During placing operations, copper cables shall not be bent in a radius less than 10 times the
outside diameter of the cable and fiber optic cables shall not be bent in a radius less than 20
times the outside diameter of the cable. Temporary supports where necessary, shall be placed
sufficiently close together and proper tensioning of the cable shall be employed to prevent
bending in excess of the above requirements.
8.2 In those instances where spiraling of cable is involved, the mounting of closures for purposes of
splicing and distribution shall be accomplished after the spiraling operation has been completed.
8.3 Cable guards shall be applied over the cable at points of potential abrasion such as at supports,
and in locations where tree trimming is not permitted.
8.4 Cable shall be lashed with lashing wire to the suspension strand by means of a suitable lashing
machine.
8.5 The pitch of the lashing wire may be from 10 to 15 in. (254 to 381 mm) but must be constant for
any section of cable of the same size and gauge. For cables of 3/4 in. (19 mm) or larger in
diameter, the lashing wire shall be placed with a tension of 35 to 40 lbs (156 to 178 N). Cables
having a smaller diameter less than 3/4 in. (19 mm) shall be lashed with a lashing wire tension of
18 to 25 lbs (80 to 111 N).
8.6 During the placing operation, precautions shall be taken to prevent slippage of the cable sheath or
jacket over the core.
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8.7 The cable shall be snug against the suspension strand throughout the span. It shall be supported
in a position directly below the strand insofar as possible, except where spiraling has been
specified. Where more than one cable is placed on a strand, the cables shall be arranged as
shown on the Construction Sheets so that the cables are snug against the suspension strand and
against each other.
8.8 The lashing wire shall be terminated at each pole and the cable shall be supported and protected
at the suspension clamp in accordance with the Construction Sheets.
8.9 At lashing wire terminating points, the tension placed in the lashing wire by the lashing machine
shall be maintained. No slack in the lashing wire shall be permitted to run into the span.
8.10 When lashing wire is spliced in a span, the splice shall be made by means of a compression type
splicing sleeve. The completed splice shall be placed on the strand in such a position that it shall
not result in damage to the cable sheath or jacket.
8.11 Where suspension strand attachments such as suspension strand cross-over, suspension strand
pull-offs, etc., are encountered in the span, a positive separation shall be provided between the
suspension strand attachment and the cable, and the cable shall be supported and protected in
accordance with the Construction Sheets.
8.12 At splices where the cable is not cut, no slack shall be left in the cable. So that no slack can run
into the span, the lashing wire shall be securely clamped to the strand until the splice is completed,
at which time the lashing wire shall be terminated in accordance with the Construction Sheets.
8.13 At cut splices in the cable, sufficient overlap shall be provided to permit splicing without piecing out
the conductors.
8.14 Spiraling of lashed cable where specified shall be performed in accordance with the method shown
on the Construction Guide Drawing 250. Spiraling of the cable shall be performed within 48 hours
of the tensioning operation.
8.15 Where the new cable is to be lashed to existing strand and cable(s), the preceding requirements for
placement of lashed cable shall also be adhered to, except as modified and/or supplemented as
follows:
8.15.1 The cable shall be lashed to the existing strand and cable(s) so that it and the existing cable(s)
shall be as snug against the existing strand as is practicable.
Note: If the existing cable is spiraled, the spiraling shall first be removed. The existing cable after
unspiraling and the new cable shall then be lashed, without either being spiraled, to the existing
strand in the same lashing operation.
8.15.2 The lashing wire shall be terminated on both sides of all splices and devices in/on the existing
cable where interference with the lashing operation is encountered.
8.15.3 Cable spacers and cable straps, as required, shall be used at all points of lashing wire termination
to maintain proper separation and support for the new cable.
8.15.4 Spacers shall be added to the existing suspension clamp mountings, where required, to maintain
proper separation between the cable and the surface of the pole.
8.15.5 Ready-access closures to be installed on the new cable(s) shall be equipped with extension fittings
so that they will be located below and separate from the existing cable.
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8.16.6 The existing lashing wire, fittings and attachments shall be adjusted as necessary to maintain
proper security of the new cable and the existing cable, and to maintain adequate separations and
clearances.
9. CABLE SPLICING AND TERMINALS
9.1 Splicing for copper cable and fiber optic cable shall be in accordance with RUS Splicing Standard
Bulletin 1753F-401 (PC-2).
9.2 Aerial cable terminals and ready-access closures equipped with filled terminal blocks shall be
installed in accordance with the Construction Sheets and connected in accordance with the cable
schematic drawings furnished by the Engineer. Splicing shall be performed in accordance with
RUS Splicing Standard Bulletin 1753F-401 (PC-2).
10. CLEARING RIGHT-OF-WAY
10.1 In clearing the right-of-way, trees shall be removed or trimmed and underbrush cleared in
accordance with the Construction Sheets. Trees fronting the side of the right-of-way shall be
trimmed symmetrically unless otherwise directed by the Engineer.
10.2 Dead trees beyond the right-of-way, which would strike the line in falling, shall be removed.
10.3 Leaning trees beyond the right-of-way which would strike the line in falling and which would require
topping if not removed, may be removed or topped at the option of the Contractor; however, the
Contractor shall trim and not remove shade, fruit, or ornamental trees unless otherwise directed by
the Engineer.
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LIST OF CONSTRUCTION DRAWINGS AND PLANS
Assembly Unit Drawings
HR1 Ready-Access Enclosure, Lashed Cable Straight Splice
HR2 Ready-Access Enclosure, Lashed Cable Branch Splice
PE1-2, PE1-3, and PE1-4 Down Guy
PE1-2G, PE1-3G, and PE1-4G Down Guy, Ground Connections
PE2-2, PE2-3, and PE2-4 Overhead Guy
PE2-2G, PE2-3G, and PE2-4G Overhead Guy, Ground Connections
PF1-3, PF1-5, and PF1-7 Expanding Anchor Assembly
PF3-3, PF3-5, and PF3-7 Screw Anchor Assembly
PF5-3 and PF5-4 Rock Anchor Assembly
PF6-3, PF6-4, and PF6-5 Swamp Anchor Assembly
PM1 Pole Lightning Protection Assembly
PM2 Pole Ground Assembly
PM2-1 Auxiliary Ground Rod Assembly
PM2A Ground Wire Assembly
PM4 Cable Extension Arm Assembly (Short)
PM4A Cable Extension Arm Assembly (Long)
PM5 Pole Stepping Assembly
PM6 and PM7 Pole Key Assemblies
PM8 and PM9 Pole Key Assemblies
PM12 Sidewalk Guy Arm Assembly
PM14 Push Brace Accessories
PM52 Pole Marking
Construction Guide Drawings
201 Suspension Strand Mounting
201-1 Self Supporting Filled Fiber Optic Cable Support
202 Suspension Strand Mounting (Pull Away from Pole)
202-1 Suspension Strand Mounting (Pull Against Pole)
202-3 Self Supporting Filled Fiber Optic Cable Support, Corner
203 Suspension Strand Mounting (Corners)
203-1 Self Supporting Filled Fiber Optic Cable Support, Corner
204 Suspension Strand Deadend
206 Branch Suspension Strand
207 Branch Suspension Strand
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208 Suspension Strand Pull-Off
209-1 Suspension Strand Bonding
211 False Deadend
212 Strand Layouts
214 Arrangement Details of Cables at Pole Supports
241 Lashed Cable Support at Pole
242 Lashing Wire Terminations
243 Lashing Wire Terminations at Suspension Strand Crossovers
250 Method of Spiraling Aerial Cable
250-1 Method of Spiraling Self Supporting Filled Fiber Optic Cable (Figure 8 Design)
312-1 Aerial Plastic Cable, Details of Wire Connections to Terminal blocks
360 Method of Restoring Insulation on Support Member of Self Supporting Filled Fiber Optic
Cable (Figure 8 Design)
812 Guy Hook, Details of Installation
815 Conductor Polarity (Tip and Ring) Diagram (Aerial Plant)
NOTE: On the Assembly Unit or Guide Drawings an asterisk (*) in the ITEM column indicates
items that are no longer listed in RUS IP 344-2, "List of Materials Acceptable for Use on
Telecommunications Systems of RUS Borrowers."
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United States
Department of
Agriculture
Rural
Utilities
Service
RUS Bulletin 1753F-153
RUS Form 515d
September 2001
CenturyLink Revised
May 2014
Specifications and
Drawings for Service
Installation at
Customer Access
Locations
SPECIAL ARRANGEMENT UNITS
OSP Special arrangement units. These descriptions should be used in the Special Arrangement
Units section of the contract whenever such units are specified. Every possible effort must be made
to avoid proliferation of special arrangement units. If circumstances prohibit use of a standard unit,
consider modifying a standard unit as described in “Modification of Standard Units”.
MODIFICATION OF STANDARD UNITS
RUS OSP modified units. In general, this section is to be used whenever a change is made or a
special requirement is added/deleted to the description of a standard unit. Every possibl e effort
must be made to avoid proliferation of special arrangement units. Use standard RUS units in every
case possible.
515d Contract Sections
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UNITED STATES DEPARTMENT OF AGRICULTURE
Rural Utilities Service
BULLETIN 1753F-153
SUBJECT: Specifications and Drawings for Service Installations
at Customer Access Locations, RUS Form 515d
TO: All Telecommunications Borrowers
RUS Telecommunications Staff
EFFECTIVE DATE: September 17, 2001
OFFICE OF PRIMARY INTEREST: Outside Plant Branch, Telecommunications Standards Division.
AVAILABILITY: This bulletin supersedes RUS Bulletin 345-154, Specifications and Drawings for Service
Entrance and Station Protector Installation, RUS Form 515g, issued May 25, 1989.
This bulletin can be accessed via the Internet at
http://www.usda.gov/rus/telecom/publications/bulletins.htm
PURPOSE: This specification provides Contractors, Engineers, and RUS Borrowers with assembly unit
descriptions, materials, construction and installation, and drawings for service installations at customer
access locations associated with RUS Form 515, Telecommunications System Construction Contract.
Roberta D. Purcell 8/21/01
Roberta D. Purcell Date
Assistant Administrator
Telecommunications Program
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RUS Bulletin 1753F-153
Specifications and Drawings for Service Installations at
Customer Access Locations, RUS Form 515d
TABLE OF CONTENTS
Page
List of Changes ............................................................................................................................................. i
Part I – Description of Assembly Units and Proposal and
Contract Sections ............................................................................................................................. 1
Part II – Specifications and Materials .........................................................................................................14
1. Scope ........................................................................................................................................ 7
2. General ..................................................................................................................................... 7
3. Miscellaneous ........................................................................................................................... 7
Part III – Specifications for Construction and Installation ..........................................................................14
1. General ..................................................................................................................................... 7
2. Aerial Service Entrances .......................................................................................................... 8
3. Buried Service Entrances ......................................................................................................... 8
4. NID ............................................................................................................................................ 9
List of Construction Drawings and Plans ...................................................................................................16
Detailed Drawings for 515d
Refer to page 11 and please note that CenturyLink specifications override these RUS drawings.
INDEX
ASSEMBLY UNITS:
Underground Cable
CONSTRUCTION:
Service Entrances
Station Protector Installation
SPECIFICATIONS AND STANDARDS:
Outside Plant
WIRE:
Buried Service
Drop Parallel Conductor
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LIST OF CHANGES
1. Addition of BM50 unit, Buried Service Wire or Cable Installation to Pole-Mounted Wire Terminal
Assembly Unit.
2. Provision of suffix "D" to BM60 and BM61 units to indicate directional boring.
3. Provision of suffix "P" to the BM60 unit to indicate plastic pipe.
4. Modification of the BM61 unit allowing the Engineer to specify the maximum bore diameter in
parentheses.
5. Provision of suffix "E" to the BM71 unit to indicate extra depth in rock.
5. Modification of Section NI to become Section NID, Network Interface Device Assembly Units.
Redefined unit to included protectors as part of the unit, as well as mounting arrangements for
mobile home installation.
6. Elimination of Section P. Protectors are now included as part of Section NID.
7. Modification of Section SE as follows:
(a) Compensation will be on a per foot basis;
(b) Elimination of the SEK unit. This unit is now covered under two separate units:
the SEA unit and the BM50 unit.
8. In part III, section 3, changed minimum depth of buried service entrances from 24 inches to 12
inches in soil.
9. In part III, section 4, modified section to cover NID's in place of station protection.
10. Modification of the NID2 and NID3 assembly unit drawings to indicate the Power Company’s
method of providing the electrical system ground connection.
For editorial or other minor technical changes, refer to the body of the document.
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Part I - DESCRIPTION OF ASSEMBLY UNITS AND PROPOSAL AND
CONTRACT SECTIONS
The Contractor’s Proposal form is divided into sections and the sections approved for construction shall be
listed in the Construction Agreement by the Owner. The sections are as follows:
Section BM - Miscellaneous Assembly Units
Section NID - Network Interface Device Assembly Units
Section FTTX-SE Aerial Fiber Service Entrance Assembly Units
Section FTTX-SE Buried Fiber Service Entrance
Section FTTX-BM Miscellaneous Assembly Units
Section FTTX-NID Network Interface Device Assembly Units
Section ONT - Optical Network Termination Device Assembly Units
Section P - Protector/Bridge Module Assembly Units
Section SE - Service Entrance Assembly Units
Section SE-TV - Service Entrance CATV Assembly Units
Section TC - Trip Charge Units
Section W - Rearrangement Units
Section XX - Nonreusable Materials Removal Units
Section XZ - Reusable Materials Removal Units
Each assembly unit includes only the materials listed on the corresponding Installation and Construction
Guide Drawings or description of unit where no drawing exists. The various installation and construction
units which are included in the Proposal and upon which quotations are required are defined by the
following descriptions:
Section BM – MISCELLANEOUS ASSEMBLY UNITS
Consists of all labor and material to construct and install the units defined individually below required for the
installation and construction of the service entrance portions of the Project:
BM2A Housing Auxiliary Ground Assembly Unit - Consists of the necessary labor and
material for the installation of a ground rod clamp (if required) and the required
length of a bare #6 AWG copper ground wire connected to a pole ground wire using
a ground wire connector (see unit drawing BM2A).
BM2B Housing Ground Assembly Unit - Consists of the necessary labor and materials for
the installation of a bonding connector bracket within an existing housing. The
bonding connector bracket should be the bracket that is recommended by the
housing manufacturer.
BM2C Existing Facility Bonding Assembly Unit – Consists of the necessary labor and
material for bonding new or existing cable in an existing facility, such as a buried
plant housing or splice closure. This unit includes a bonding connector, a bonding
harness, tie-wraps, replacement of gravel and/or sealer, and rearrangement of an
existing cable. Compensation shall be paid on a per bond basis.
BM2D New Facility Re-Bonding Assembly Unit – Consists of the necessary labor and
material for re-bonding an existing cable in a new facility such as a buried plant
housing or splice closure. This unit includes a bonding connector, a bonding
harness, and tie wraps. Compensation shall be paid on a per bond basis.
BM2E( )a Ground – Above Surface Assembly Unit - This unit consists of the necessary labor
and material for the installation of ABOVE surface AWG #6 or #10 ground wire for
conductor lengths greater than 5 feet. The number specified in the parentheses will
indicate #6 or #10 ground wire. This unit will be compensated on a per foot basis.
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Note 1: Up to 5’ of AWG #6 or #10 is included in the standard NID suffix “5” unit
(Suffix 5: Telco Ground Rod with Above-surface Bond to Electric Ground
Note 2: Please refer to CenturyLink Bonding, Grounding and Protection MP-2010-
02-004 for grounding requirements.
Examples:
If you are placing an above surface AWG #6 ground wire for 15’ in
association with NID placement the following unit and quantity would apply:
Assembly Unit: BM2E(6)a Quantity: 10
If you are placing an above surface AWG #6 ground wire for 15’ NOT in
association with NID placement the following unit and quantity would apply:
Assembly Unit: BM2E(6)a Quantity: 15
BM2E( )b Ground – Below Surface Assembly Unit - This unit consists of the necessary labor
and material for the installation of BELOW surface AWG #6 or #10 ground wire for
conductor lengths greater than 5 feet. The number specified in the parentheses will
indicate #6 or #10 ground wire. This unit will be compensated on a per foot basis.
Note 1: Up to 5’ of AWG #6 or #10 is included in the standard NID suffix “3” unit.
3 - Electric System Grounding Conductor
Note 2: Please refer to CenturyLink Bonding, Grounding and Protection MP-2010-
02-004 for grounding requirements.
Examples:
If you are placing a below surface AWG #10 ground wire for 15’ in
association with NID placement the following unit and quantity would apply:
Assembly Unit: BM2E(10)b Quantity: 10
If you are placing a below surface AWG #10 ground wire f or 15’ NOT in
association with NID placement the following unit and quantity would apply:
Assembly Unit: BM2E(6)b Quantity: 15
BM50( ) Buried Service Wire or Cable Installation to Pole-Mounted Wire Terminal Assembly
Unit – Consists of the necessary labor and material to install a buried wire or cable
from a buried plant housing to a pole mounted wire terminal. This unit includes the
installation of pole mounted buried wire or cable, a pole mounted wire terminal, and the
necessary wire work at the wire terminal (see assembly unit drawing BM50). Pair
count of the terminal size shall be indicated in the parentheses. Installation of the
buried plant housing and splicing of the pole mounted buried wire or cable inside the
buried plant housing shall be compensated under separate units.
BM50Q TERMINAL BLOCKS – LEGACY QWEST MARKETS ONLY
BM50Q-BC100-BLOCK-
TERM-6PR
DT3 standard pedestal 6 pair non-protected terminal block e/w
4ft., filled, unshielded stub.
BM50Q-DT3-12PR-12F-FS
DT3 standard pedestal 12 pair non-protected terminal block e/w
12ft., filled, shielded stub.
BM50Q-DT3-12PR-12F-PM
DT3 Standard pole mount 12 pair non-protected terminal block
e/w 12ft., filled, shielded stub.
BM50Q-DT3-12PR-25F-FS
DT3 standard pedestal 12 pair non-protected terminal block e/w
25ft., filled, shielded stub.
BM50Q-DT3-12PR-25F-PM DT3 Standard pole mount 12 pair non-protected terminal block
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e/w 25ft., filled, shielded stub.
BM50Q-DT3-12PR-4F-FU
DT3 standard pedestal 12 pair non-protected terminal block e/w
4ft., filled, unshielded stub.
BM50Q-DT3-12-VT-3F-SM
DT3 Standard strand mount, w/ integrated splice closure, 12
pair non-protected terminal block e/w 3ft., PCV tip tracer stub.
BM50Q-DT3-12-VT-3-PM
DT3 Standard strand mount, w/ integrated splice closure, 12
pair non-protected terminal block e/w 3ft., PCV tip tracer stub.
BM50Q-DT3-25-FS-25-PM
DT3 Standard pole mount 25 pair non-protected terminal block
e/w 25ft., filled, shielded stub.
BM50Q-DT3-25-FS-50-PM
DT3 Standard pole mount 25 pair non-protected terminal block
e/w 50ft., filled, shielded stub.
BM50Q-DT3-25PR-12F-FS
DT3 standard pedestal 25 pair non-protected terminal block e/w
12ft., filled, shielded stub.
BM50Q-DT3-25PR-12F-PM
DT3 Switchable pole mount 25 pair non-protected terminal
block e/w 12ft., filled, armor stub. Terminal block’s
mechanically-switchable feature allows bridge-tap cutoff
(beyond the cable pairs point of service) and also allows spare
cable pairs to be expressed through without re-entering the
cable stub/splice.
BM50Q-DT3-25PR-12F-SM
DT3 Switchable strand mount 25 pair non-protected terminal
block e/w 12ft., filled, armor stub. This terminal block’s
mechanically-switchable feature allows bridge-tap cutoff
(beyond the cable pairs point of service) and allows pairs to be
expressed through without re-entering the cable/stub splice.
BM50Q-DT3-25PR-12FT-B
Switchable DT3 pedestal mount 25pr terminal with 12
foot splicing shielded filled stub
BM50Q-DT3-25PR-25F-FS
DT3 standard pedestal 25 pair non-protected terminal block e/w
25ft., filled, shielded stub.
BM50Q-DT3-25PR-25F-PM
DT3 Switchable pole mount 25 pair non-protected terminal
block e/w 25ft., filled, armor stub. Terminal block’s
mechanically-switchable feature allows bridge-tap cutoff
(beyond the cable pairs point of service) and also allows spare
cable pairs to be expressed through without re-entering the
cable stub/splice.
BM50Q-DT3-25PR-25F-SM
DT3 Switchable strand mount 25 pair non-protected terminal
block e/w 25ft., filled, armor stub. This terminal block’s
mechanically-switchable feature allows bridge-tap cutoff
(beyond the cable pairs point of service) and allows pairs to be
expressed through without re-entering the cable/stub splice.
BM50Q-DT3-25PR-25FT-B
Switchabe DT3 pedestal mount 25pr terminal with 25 foot
splicing shielded filled stub
BM50Q-DT3-25PR-4F-FU
DT3 standard pedestal 25 pair non-protected terminal block e/w
4ft., filled, unshielded stub.
BM50Q-DT3-25PR-4FT-B Switchable DT3 25 pair terminal 4 ft splicing shielded filled stub
BM50Q-DT3-25PR-4FT-SW Invalid Unit
BM50Q-DT3-25-PS-12-PM
DT3 Standard strand mount 50 pair non-protected terminal
block e/w 12ft., aircore pressurized stub.
BM50Q-DT3-25-VT-3-PM
DT3 Standard strand mount, w/ integrated splice closure, 25
pair non-protected terminal block e/w 3ft., PVC tip tracer stub.
BM50Q-DT3-50-FA-25-PM
DT3 Standard pole mount 50 pair non-protected terminal block
e/w 25ft., filled, armor stub.
BM50Q-DT3-50-FS-12-PM
DT3 Standard pole mount 50 pair non-protected terminal block
e/w 12ft., filled, shielded stub.
BM50Q-DT3-50-FS-25-PM
DT3 Standard pole mount 50 pair non-protected terminal block
e/w 25ft., filled, shielded stub.
BM50Q-DT3-6PR-12F-FS
DT3 standard pedestal 6 pair, non-protected terminal block e/w
25ft., filled, shielded stub.
BM50Q-DT3-6PR-25F-FS
DT3 standard pedestal 6 pair non-protected terminal block e/w
25ft., filled, shielded stub.
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BM50Q-DT3-6PR-4F-FU
DT3 standard pedestal 6 pair non-protected terminal block e/w
4ft., filled, unshielded stub.
BM50Q-DT3-PL-MT-50PR
DT3 Standard pole mount 50 pair non-protected terminal block
e/w 25ft., filled, shielded stub.
Suffix Description
C Cold Seal
BM51 SERVICE ENTRANCE WIRE SPLICING HOUSING
This assembly unit consists of all labor and material required to install a pole
mounted, service entrance wire-splicing housing. This housing, TII-530-0 (material
number 1033830), shall provide an interface for splicing a two (2) or six (6) pair aerial
service wire, originating from aerial plant, to a six (6) pair buried service wire
terminating at the subscriber premise NID. Splicing shall be compensated for
separately under the HC unit.
BM60( ) Underground Pipe Crossing Assembly Unit – Consists of one (1) lineal foot [0.305
meters (m)] of steel pipe, with the inside diameter in inches (meters) specified in
parentheses, installed in place. This unit includes the pushing of pipe and any
excavation, backfilling and tamping necessary for the installation of the pipe. The
pipe shall be installed at the depth specified by the Engineer. The installed pipe shall
be free of any sharp projections to avoid damage to the outer jacket of the buried
cable or wire during its installation in the pipe. The contractor will be compensated
for labor and material for the buried cable or wire under separate units. Options
designated by the following suffixes apply:
BM60 This modifies the standard BM60 unit to include all labor and material required to seal
the ends of the pipe after the cable is in place. All other requirements of the BM60
assembly unit shall apply.
BM60(2&4) PIPE CROSSING ASSEMBLY UNIT, TWO STEEL PIPE
This unit modifies the standard BM60 unit to require placement of two steel pipe, one
2 inch and one 4 inch. All other requirements of the BM60 assembly unit shall apply.
BM60( ) (40) This unit modifies the standard BM60 to require placement of schedule 40 pipe.
BM60( ) (80) This unit modifies the standard BM60 to require placement of schedule 80 pipe.
Suffix Description
C C Duct Required
D Directional boring required.
E EXISTING UNDERGROUND PIPE CROSSING UNIT
This unit includes all labor required to locate and excavate both ends of an existing
BM60 unit and place a new cable within the existing pipe. This unit includes all labor
and material required to seal the ends of the pipe after the cable is in place,
backfilling, tamping and restoring the surface to its original condition. Cable placed
within the pipe is not included in this unit and will be compensated under separate
unit.
I Buried filled cable, which will be installed inside a newly placed duct.
For example, if the engineer calls for a directional bore, then the contractor will be
compensated for the directional bore unit and the cable unit including the “I” suffix to
pull the cable through the newly placed pipe.
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Example: The Engineer calls for 500 feet of directional bore and the cable being
placed is 48 count direct buried fiber. The units the Engineer would use would be
500 feet of BM60 (2)P and 500 feet of BFO48I
MD This modifies the standard BM60 assembly unit to require Microduct
P Plastic pipe required.
2P PIPE CROSSING ASSEMBLY UNIT, PLASTIC
This unit modifies the standard BM60 unit to require placement by boring for two
plastic pipes. All other requirements of the BM60 assembly unit shall apply.
2PD PIPE CROSSING ASSEMBLY UNIT, PLASTIC/DIRECTIONAL
This unit modifies the standard BM60 unit to require placement by directional boring
for two plastic pipes. All other requirements of the BM60 assembly unit shall apply.
(1-2&2-4)PD PIPE CROSSING ASSEMBLY UNIT, PLASTIC/DIRECTIONAL
This unit modifies the standard BM60 unit to require placement by directional boring
for three plastic pipes, one-2 inch and two-4 inch. All other requirements of the BM60
assembly unit shall apply.
ROCK PIPE CROSSING ASSEMBLY UNIT, ROCK
This unit modifies the standard BM60 unit with the suffix "ROCK" to require boring in
rock. The suffix "CBL" shall indicate the presence of Cobble Stone. All other
requirements of the BM60 assembly unit shall apply.
BM60( )SEBP UNDERGROUND PIPE CROSSING–SERVICE ENTRANCE ASSEMBLY UNIT
Consists of one (1) lineal foot (0.305 m) of plastic pipe, with the inside diameter in
inches (meters) specified in parentheses, installed in place associated with
placement of buried service wire on private property. This unit includes the pushing
of pipe and any excavation, backfilling and tamping necessary for the installation of
the pipe. The pipe shall be installed at the depth specified by the Engineer. The
installed pipe shall be free of any sharp projections to avoid damage to the outer
jacket of the buried cable or wire during its installation in the pipe. The contractor will
be compensated for labor and material for the buried wire under separate units.
Note: If Directional Bore is required, the BM60( )D units will apply.
BM60E-SEB EXISTING UNDERGROUND PIPE CROSSING UNIT- BURIED SERVICE
ENTRANCE WIRE
This unit includes all labor required to locate and excavate both ends of an existing
BM60 unit and place a new buried service wire within the existing pipe. This unit
includes all labor and material required to seal the ends of the pipe after the buried
service wire is in place, backfilling, tamping and restoring the surface to its original
condition. Cable placed within the pipe is not included in this unit and will be
compensated under separate unit.
BM61( ) Underground Non-Pipe Crossing Assembly Unit - Consists of the labor in providing a
hole in soil one (1) foot (0.305 m) in length and of a diameter in inches (meters)
specified in parentheses. The depth of the hole below the surface of the ground shall
be specified by the Engineer. This unit includes any excavation, backfilling and
tamping necessary for the installation. This unit may be used where the permanent
installation of a steel or plastic pipe under the BM60 unit is not required. The
contractor will be compensated for labor and material for the buried cable or wire
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under separate units. Where directional boring is required, the unit shall be suffixed
by the letter "D".
BM61( )-ROCK NON-PIPE CROSSING ASSEMBLY UNIT, ROCK
This unit modifies the standard BM61 unit with the suffix "ROCK" to require boring in
rock. All other requirements of the BM61 assembly unit shall apply.
BM61( )D-ROCK NON-PIPE CROSSING ASSEMBLY UNIT, DIRECT “ROCK”
This unit modifies the standard BM61 unit with the suffix "ROCK" to require
directional boring in rock. All other requirements of the BM61 assembly unit shall
apply.
BM61( )SEB UNDERGROUND NON-PIPE CROSSING-SERVICE ENTRANCE ASSEMBLY UNIT
Consists of the labor in providing a hole in soil one (1) foot (0.305 m) in length and of
a diameter in inches (meters) specified in parentheses associated with placement of
buried service wire on private property. The depth of the hole below the surface of
the ground shall be specified by the Engineer. This unit includes any excavation,
backfilling and tamping necessary for the installation. This unit may be used where
the permanent installation of a steel or plastic pipe under the BM60 unit is not
required. The contractor will be compensated for labor and material for the buried
wire under separate units.
Note: If Directional Bore is required, the BM61( )D units will apply.
BM70E( )SEB EXTRA DEPTH ASSEMBLY UNIT - SEB
This unit will include just the extra depth call out for any copper, fiber or coax drop
over and above the standard set in place. Example: If the standard depth is 12” and
it is requested to place the drop at 24” depth the BM70E(6) would apply The unit will
be used along with the copper, fiber or coax drop unit.
Unit payment for additional depths shall require the suffix "E" at the following
depths:
6 inches
12 inches
18 inches
30 inches
36 Inches
42 inches
48 inches
60 inches
72 inches
96 inches
When using this unit along with the drop unit you will need to include an ID
Description: Whenever these units are involved they shall be identified
alphanumerically as A, B, C, etc. when inputting into Fireworks/Bidmaster. This
formatting forces the system to list the cable and extra depth together in the proper
order required by the Engineer. This sorting code is entered into Bidmaster in the
“Office/Remote” field, resulting in the following example:
SEB3-22 A
BM70E(6)SEB A (This example the cable is placed at 36”)
Note 1: This unit does not apply to Boring units.
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Note 2: This unit only applies after the standard depths as indentified in each
contract.
BM71 Rock Excavating Unit - Consists of one (1) lineal foot (0.305 m) of trenching, blasting,
sawing, etc., measured parallel to the surface of the ground, in rock, including
excavation, backfilling and tamping to place cable or wire to the depth specified in the
Specifications. This unit includes all material and labor required in the repair and/or
replacement of streets, roads, sidewalks, drives, fences, lawns, shrubbery, water
mains, pipes, pipelines and contents, underground power and telecommunications
facilities and any other property damaged by the excavating, except loss or damage
to crops, gardens, trees or ornamental flowers in the construction corridor necessarily
incident to the construction of the Project and not caused by the negligence of the
Contractor. This unit will be specified by the Engineer only when field conditions at
the site show the existence of rock to a depth required by the specification, which
cannot be trenched, plowed or ripped. If extra depth is required, the unit shall be
suffixed by "E( )", where the required depth in rock shall be shown inside the
parentheses.
The contractor will be compensated for labor and material for the buried cable
or wire under separate units.
BM71 This modifies the standard BM71 unit to exclude the material required to restore
streets, roads, sidewalks, drives; these materials will be compensated under the
BM72 and BM73 units as required. All other requirements of the BM71 unit apply.
BM71-A This modifies the standard BM71 unit to exclude the material required to restore
streets, roads, sidewalks, drives; these materials will be compensated under the
BM72 and BM73 units as required. All other requirements of the BM71 unit.
BM71( ) ROCK EXCAVATION (SERVICE ENTRANCE BURIED)
This unit modifies the standard BM71 assembly unit to include Service Entrance
Buried (SEB) wire or cable (copper or fiber). The parentheses shall indicate the depth
in inches. All other requirements of the BM71 assembly unit shall apply.
Note: The standard depth for a service drop is 3” in rock.
BM71E( ) ROCK EXCAVATION (EXTRA DEPTH)
This unit modifies the standard BM71 assembly unit and the RUS Form 515a, Part III,
paragraph 4.3.3 to increase the required minimum depth in rock to ( ) inches regardless
of trench width. This unit will paid on a per lineal foot basis.
NOTE: BM71E (18”) is the minimum acceptable depth for BFC cable on CenturyLink
projects. The standard RUS BM71 will not be used on CenturyLink projects.
The standard depth for cable is 6” in solid rock with 18” cover.
Suffix Description
A This assembly unit consists of labor required to remove solid rock by mechanical
means (i.e. Jackhammer, backhoe ram or blasting), includes hauling and proper
disposal of the rock from the work site. This unit will be compensated by the cubic
foot of rock only. This unit will be compensated by the cubic foot of rock only.
BM72A(12) ASPHALT ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore asphalt to a depth of 6-12".
All other requirements of the BM72 assembly unit will apply.
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BM72A(18) ASPHALT ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore asphalt to a depth of 13-18".
All other requirements of the BM72 assembly unit will apply.
BM72-R1 ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to consist of all labor and material required to
remove asphalt (less than 6" thick) and includes the prompt removal of the removed
material from the job site with proper disposal. This unit is to be used when asphalt
is not going to be replaced only. This unit is compensated by the square foot.
BM72-R2 ASPHALT ASSEMBLY UNIT
This modifies the standard BM72 unit to consist of all labor and material required to
remove asphalt (greater than 6" thick) and includes the prompt removal of the
removed material from the job site with proper disposal. This unit is to be used when
asphalt is not going to be replaced only. This unit is compensated by the square foot.
BM73A(12) CONCRETE ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore concrete to a depth of 6-12".
All other requirements of the BM72 assembly unit will apply.
BM73A(18) CONCRETE ASSEMBLY UNIT
This modifies the BM72A unit to a remove and restore concrete to a depth of 13-18".
All other requirements of the BM72 assembly unit will apply.
BM73-R1 CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to consist of all labor and material required to
remove concrete (less than 6" thick) and includes the prompt removal of the removed
material from the job site with proper disposal. This unit is to be used only when
concrete is not going to be replaced.
BM73-R2 CONCRETE ASSEMBLY UNIT
This modifies the standard BM73 unit to consist of all labor and material required to
remove concrete greater than 6" thick) and includes the prompt removal of the
removed material from the job site with proper disposal. This unit is to be used when
concrete is not going to be replaced only.
BM73-TMP ASPHALT ASSEMBLY UNIT
Place and maintain Temporary Asphalt Patch
This assembly unit consists of labor and material to place and maintain a temporary
asphalt patch. This unit will be compensated by the square foot.
BM83 Buried Service Guard - Consists of a guard, including fasteners, mounted in place over
the buried wire or cable and/or ground wire, as shown on the Construction Sheets (see
unit drawing BM83).
BM83( ) BURIED SERVICE GUARD
This unit is the same as BM83 but with specification for outside diameter of riser pipe
listed in parenthesis.
Example: BM83(7/8)
BM83(1.25)
BM83(2)
BM83 BURIED SERVICE GUARD
This unit modifies the standard BM83 unit to require a 60-inch (60”) long, straight
riser pipe with offset end and milled slot for use with network interface devices.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 211 of 230
BM-JUNCTION BOX1 OUTSIDE PLANT BUILDING JUNCTION BOX
This assembly unit consists of labor and material to install an outside plant
building junction box that meets the National Electrical Manufacturer Association
Ratings. Includes the junction box and all associated hardware.
Note: All bonding and grounding must adhere to the latest revision of the National
Electrical Safety Code (NESC) and the National Electrical Code (NEC) in every
case except where local regulations are more stringent, in which case local
regulations shall govern.
NOTE: Minor materials for steel conduit applications.
BM-JUNCTION BOX2 OUTSIDE PLANT BUILDING JUNCTION BOX
This assembly unit consists of labor and material to install an outside plant
building junction box that meets the National Electrical Manufacturer Association
Ratings. Includes the junction box and all associated hardware.
Note: All bonding and grounding must adhere to the latest revision of the National
Electrical Safety Code (NESC) and the National Electrical Code (NEC) in every
case except where local regulations are more stringent, in which case local
regulations shall govern.
Note: Minor materials for grommet applications.
DT50 DOWN TIME ASSEMBLY UNIT
This assembly unit consists of labor to standby prior to or during the replacement
and/or placement of plant facilities due to delays caused by other public utilities,
public safety authorities, and/or other governing authorities or other circumstances
beyond the contractor’s control. Each unit shall have a fixed value of fifty dollars
($50.00) to be incrementally applied as needed to cover the total amount calculated
for down time. Partial units as calculated shall also apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only
as compensation after-the-fact per contractor units placed (CUP) with approval
by CenturyLink.
This unit will be compensated on an exception basis only; this is not to be
charged as an all encompassing unit.
Permit This assembly unit will consist of all labor and equipment to prepare general permit
Application application packages associated with buried service drop placement or maintenance
PKG cable replacement activity. This unit includes creation of detailed sketch depicting:
accurate measured length, location and method of placement on said right of way;
and completion of application as required by permitting agency. Permit package is to
be provided to CenturyLink’s local designated office for approval and submission to
the appropriate agency. This unit is to be provided by the Line Extension master
contractor. This unit is compensated on a per permit basis. This unit will be used at
CenturyLink's request and approval only. This is a Labor Only unit.
NOTE: This unit is restricted to City, County, State, Municipality permits; it is not to
be used for Department of Natural Resources (DNR), Railroad or Environmental
permits. This unit is not to be used with work orders or project bids.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 212 of 230
SECTION FTTX FIBER TO THE x Assembly UNITS
SECTION FTTX- SE AERIAL FIBER SERVICE ENTRANCE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of service fiber optic pre-connectorized (on both ends) drop cable in
place from the multiport terminal to customer location. This unit includes the labor and material for
connecting at the multiport and customer location.
FTTX-SEAOP1( ) FTTX- SE AERIAL FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT –
MATERIAL ONLY
This assembly unit consists of all material required for a pre-connectorized fiber optic
(on both ends – “A” END OPTITAP-SCAPC TO “B” END SCAPC) drop for fiber-to-
the-x (FTTx) applications. This unit includes all clamps, rings, hooks and other
hardware required for attachment to poles, buried plant housings and buildings. The
first numerical value is the fiber size, the second is the length of the tail. Example:
FTTX-SEAOP1(500) indicates a 1 fiber drop with a 500 tail. This unit is paid for on a
per each basis.
FTTX-SEAOP FTTX- SE AERIAL FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT –
PER FT LBR LABOR ONLY
This assembly unit consists of all labor required to install (1) foot (0.305 m) of service
fiber optic pre-connectorized (on both ends) drop cable in place from the multiport
terminal to the ONT/NID/BET for fiber-to-the-x (FTTx) applications. This unit includes
the labor for connecting at the multiport and customer location. This unit is paid for
on a per foot basis.
For compensation purposes, the length includes the sum of the distance between
supporting structures and when required the vertical runs on buildings and poles.
Tree trimming necessary for installing the aerial service wire is also included and shall
be performed in accordance with the instructions of the Engineer.
SECTION FTTX- SE BURIED FIBER SERVICE ENTRANCE ASSEMBLY UNITS
FTTX-SEBOP1( ) BURIED FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT – MATERIAL
ONLY
This assembly unit consists of all material required for a pre-connectorized fiber optic
(on both ends – “A” END OPTITAP-SCAPC TO “B” END SCAPC) drop for fiber-to-
the-x (FTTx) applications. The first numerical value is the fiber size, the second is the
length of the tail. Example: FTTX-SEBOP1(500) indicates a 1 fiber drop with a 500
tail. This unit is paid for on a per each basis.
FTTX-SEBOP FTTX- SE AERIAL FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT –
PER FT LBR LABOR ONLY
This assembly unit consists of all labor required to install (1) foot (0.305 m) of service
fiber optic pre-connectorized (on both ends) drop cable in place from the multiport
terminal to the ONT/NID/BET for fiber-to-the-x (FTTx) applications. Labor includes
placement of buried fiber optic service wire to the depth set forth in the specifications
and the backfilling and tamping of the trench and for the repair and/or replacement of
all fences, shrubbery, drives, lawns, water mains, pipes, sidewalks, pipelines and
contents, underground power and telecommunications facilities, pavements,
roadways, buried sewerage and drainage facilities, and any other property damaged
during the installation of Service Entrances. Labor also includes connecting at the
multiport and customer location. This unit is paid for on a per foot basis.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 213 of 230
Suffix Description
IE This suffix will require installation in existing duct and includes labor to
rod and clean existing duct.
Section NID - NETWORK INTERFACE DEVICE ASSEMBLY UNITS
BEC (4) BUILDING ENTRANCE CABINET (FIBER OPTIC WALL SPLICE CABINET)
This assembly unit consists of the labor and material to place a wall mounted splice
cabinet designated for fiber optic cable termination and optical fiber slack
management. Fiber optic splices shall facilitate cable terminatio n. All fibers shall
remain continuous to facilitate end-to-end testing and acceptance of placed fiber
optic facilities. The cabinet is equipped with four (4) fiber splice trays that are
included in this unit. However, splicing shall be compensated for sepa rately under the
HO unit. The specifications of the RUS Splicing Standard PC-2 also apply.
The following suffixes apply:
Suffix Description
FDT Fiber Distribution Terminal (Labor Only – CenturyLink will provide material)
BET( ) BUILDING ENTRANCE TERMINAL
This assembly unit consists of labor and material to install a Building Entrance
Terminal (BET) comprised of a housing suitable for indoor and/or outdoor installation
which contains quick-connect or binding post terminals for terminating both
telecommunications service cable conductors and inside wiring cable conductors.
The BET also includes primary station protectors and a means of terminating the
metallic shields of service entrance cables, also furnishing and installing a ground
and/or bond in accordance with the Construction Sheets. All other specifications for
network interface assembly units shall apply. The number within the parentheses
shall indicate the cable pair size to be terminated.
The following suffixes apply to this unit:
F – Indicates a Fiber Optic building entrance terminal with fibers terminated by SC-
type or equivalent connector panels. The number within the parentheses shall
indicate the cable fiber size to be terminated.
Example: BET(24)F3
FDT – Indicates labor only to install a Fiber Distribution Terminal
G - Indicates Gas Tube protectors for copper circuits.
Example: BET(25)G3
I – Indicates an Indoor Only BET (copper or fiber).
Example: BET(25)G3I BET(24)F3I
R – Indicates the termination of tie cable from the BET to the External R66 Block.
Unit will include up to 20 ‘ of tie cable and the R66-M1-( ) block. The ( ) denotes
and matches the # of pair of the BET. Splicing is not included in this unit
A 2, 3 or 4 placed at the end of the unit shall indicate the grounding scheme as
follows:
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 214 of 230
2 - Electric System Ground Rod
3 - Electric System Grounding Conductor
4 - Telco Ground Rod with Sub-surface Bond to Electric Ground
BET-SKIRT-SM BUILDING ENTRANCE TERMINAL - SKIRT
This unit includes the labor and materials to install a terminal skirt for 25 or 50 pair
outside terminal per manufacturer installation instructions. Includes all miscellaneous
hardware, sealing of wall penetrations, and placing terminal tail and associated
cables within the skirt. Splicing to be compensated on splicing unit.
BET-SKIRT-LG BUILDING ENTRANCE TERMINAL - SKIRT
This unit includes the labor and materials to install a terminal skirt for 100 pair outside
terminal per manufacturer installation instructions. Includes all miscellaneous
hardware, sealing of wall penetrations, and placing terminal tail and associated
cables within the skirt. Splicing to be compensated on splicing unit.
Consists of a network interface device (NID) installed in place, with necessary hardware and jumpers
connected, and where required, furnishing and installing a ground and/or bond in accordance with the
Construction Sheets. The assembly units are equipped with modular jacks and fuseless protectors.
The assembly unit is defined as follows:
NID ( ) Network Interface Device
The number specified in the parentheses shall indicate the number of modular jacks and the number of
fuseless protectors
The mounting arrangement suffixes for the NID unit are as follows:
Suffix Description
1 Electric System Ground with Bond to Metallic Water Pipe System (see unit drawing
NID1)
This suffix “1” is being removed due to stipulations defined in CenturyLink
Bonding, Grounding and Protection MP-2010-02-004.
2 Electric System Ground Rod (see unit drawing NID2)
3 Electric System Grounding Conductor (see unit drawing NID3)
4 Telco Ground Rod with Sub-surface Bond to Electric Ground (see unit drawing NID4)
5 Telco Ground Rod with Above-surface Bond to Electric Ground (see unit drawing
NID5)
6 Telco Ground Rod with Bond to Water Pipe - no Electric Service at Site (see unit drawing
NID6)
This suffix “6” is being removed due to stipulations defined in CenturyLink
Bonding, Grounding and Protection MP-2010-02-004.
7 Mobile Home Installation – within 35 ft of Electric Service Equipment (see unit drawing
NID7)
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 215 of 230
8 Mobile Home Installation – over 35 ft from Electric Service Equipment (see unit
drawing NID7)
G Indicates Gas-Tube station protectors are to be Furnished
I Indicates inside mounting (see detailed drawings as specified by the Engineer)
Examples:
NID(2)3 NID containing 2 modular jacks and 2 fuseless station protectors with electric system
grounding conductor
NID(6)G1 NID containing 6 modular jacks and 6 fuseless station protectors having gas tube arrestors
with electric system ground with bond to metallic water pipe system.
NID( ) NETWORK INTERFACE DEVICE
This modifies the standard NID( ) assembly unit to require a No. 6 AWG insulated
copper ground conductor in lieu of No. 10 AWG, when seven (7) lines or more are
installed. For three (3) pair NIDs and six (6) pair NIDS, a No. 10 AWG insulated
copper ground conductor will meet the PC5-A requirement. All other specifications of
the NID unit shall apply. The CenturyLink approved standard NID for primary service
is the TII 3700 Series Three Line Outdoor NID E/W One TII AD-02W -FS Angle Driver
Sealed Station Protector, and One TII 95S-1-01-0 Sealed Customer Bridge Module
E/W IDC Terminations, Auto-Jack, and material number 1099274. The use of the ½
ringer has been discontinued, effective 1/16/09. Refer to Engineering Letters
200.009.078 and 200.009.087.
This modification is to state that the CenturyLink standard is a 3 pair NID;
product specifications are defined in the material standards separately.
Please refer to CenturyLink Bonding, Grounding and Protection MP-2010-02-
004 for further detail on bonding and grounding specifications.
NID( )G7 or MOBILE HOME SERVICE INSTALLATION
NID( )G8 This modifies the standard NID( )G7 or NID( )G8 assembly unit to require plastic
warning tags at the point of bond with the trailer frame and with the power service
ground, and to require a No. 10 AWG ground conductor for three (3) pair NIDS and
six (6) pair NIDS, and No. 6 AWG ground conductor when seven (7) or more lines
are installed. All other specifications of the NID( )G7 or NID( )G8 unit shall apply.
Refer to Engineering Letters 200.009.078 and 200.009.087.
SECTION FTTX FIBER TO THE x Assembly UNITS
SECTION FTTX- SE AERIAL FIBER SERVICE ENTRANCE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of service fiber optic pre-connectorized (on both ends) drop cable in
place from the multiport terminal to customer location. This unit includes the labor and material for
connecting at the multiport and customer location.
FTTX-SEAOP1( ) FTTX- SE AERIAL FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT –
MATERIAL ONLY
This assembly unit consists of all material required for a pre-connectorized fiber optic
(on both ends - A END OPTITAP-SCAPC TO B END SCAPC) drop for fiber-to-the-x
(FTTx) applications. This unit includes all clamps, rings, hooks and other hardware
required for attachment to poles, buried plant housings and buildings. The first
numerical value is the fiber size, the second is the length of the tail. Example: FTTX-
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 216 of 230
SEAOP1(500) indicates a 1 fiber drop with a 500 tail. This unit is paid for on a per
each basis.
FTTX-SEAOP FTTX- SE AERIAL FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT –
PER FT LBR LABOR ONLY
This assembly unit consists of all labor required to install (1) foot (0.305 m) of service
fiber optic pre-connectorized (on both ends) drop cable in place from the multiport
terminal to the ONT for fiber-to-the-x (FTTx) applications. This unit includes the labor
for connecting at the multiport and customer location. This unit is paid for on a per
foot basis.
For compensation purposes, the length includes the sum of the distance between
supporting structures and when required the vertical runs on buildings and poles.
Tree trimming necessary for installing the aerial service wire is also included and shall
be performed in accordance with the instructions of the Engineer.
SECTION FTTX- BM MISCELLANEOUS ASSEMBLY UNITS
FTTX-BM83( ) FTTX- FIBER OPTIC SERVICE ENTRANCE SERVICE GUARD
This unit consists of labor and material to place a U-channel guard to protect the fiber
drop.
Example: FTTX-BM83(2)
FTTX- BM98( ) FTTX- FIBER OPTIC STORAGE BOX
This unit includes all labor and material to install a fiber storage box. The size of box
will be indentified in the parentheses (Example: BM98(6) indicates a 6" box . This
unit will include the mounting and installation of the fiber storage box.
Example: FTTX- BM98(6)
SECTION FTTX- NID NETWORK INTERFACE DEVICE ASSEMBLY UNITS
FTTX-BET( )F FTTX-FIBER OPTIC BUILDING ENTRANCE TERMINAL
This assembly unit consists of labor and material to install a Fiber Optic Building
Entrance Terminal (BET) comprised of a housing suitable for indoor and/or outdoor
installation, E-W Splice, split and patching attributes for up to appropriate sized fiber
distribution ports.(fiber size indentified in parentheses). Fiber Housing has location
for 3 splitters and 1 splice tray (compensated separately) for fiber-to-the-x (FTTx)
applications. . Includes All other specifications for network interface assembly units
shall apply. The number within the parentheses shall indicate the cable fiber size to
be terminated.
Example: FTTX-BET(72)F3
The following suffixes apply to this unit:
A 2, 3 or 4 placed at the end of the unit shall indicate the grounding scheme as
follows:
2 - Electric System Ground Rod
3 - Electric System Grounding Conductor
4 - Telco Ground Rod with Sub-surface Bond to Electric Ground
FTTX-BET-FSH FTTX-FIBER OPTIC BUILDING ENTRANCE TERMINAL/SPLITTER HOUSING
This assembly unit consists of labor and material to install a Fiber Optic Building
Entrance Terminal/Splitter Housing. Accommodates up to 6 mini module splitters
and 8 distribution ports (compensated separately), expandable to 16) SC/APC
connections stackable.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 217 of 230
FTTX-NID( )FG FTTX-FIBER NETWORK INTERFACE DEVICE-WITH U-CHANNEL GUARD
Consists of labor and material to install a fiber optic network interface device (NID)
with Single SC/APC adapter; includes 2’ Interlocking U-Channel guard installed in
place fiber-to-the-x (FTTx) applications including necessary hardware. The number
within the parentheses shall indicate the cable fiber size to be terminated.
The assembly unit is defined as follows:
Example: FTTX-NID(1)FG Fiber Optic One Fiber Network Interface Device
FTTX-NID( )F FTTX-NID FIBER NETWORK INTERFACE DEVICE
Consists of labor and material to install a fiber optic network interface device (NID)
with Single SC/APC adapter; installed in place fiber-to-the-x (FTTx) applications
including necessary hardware. The number within the parentheses shall indicate the
cable fiber size to be terminated.
The assembly unit is defined as follows:
Example: FTTX-NID(1)F Fiber Optic One Fiber Network Interface Device
SECTION ONT - OPTICAL NETWORK TERMINATION DEVICE ASSEMBLY UNITS
ONT( ) Consists of an optical network termination device (ONT) installed in place, with
necessary hardware and where required, furnishing and installing a ground and/or
bond conductor in accordance with the Construction Sheets. The assembly units are
equipped with fiber optic input connectors, power terminations and output connectors
for POTS, data and video, storage tray mounted behind the ONT for drop cable
slack, and necessary bonding and grounding hardware. This is a Labor Only Unit.
Material will be provided by CenturyLink.
The assembly unit is defined as follows:
ONT( )Optical Network Termination Device. The number specified in the parentheses
shall indicate the number of POTS ports provided within the unit placed.
The mounting arrangement suffixes for the ONT unit are based on RUS Form 515
guidelines, with the two most dominant suffixes as follows:
Suffix Description:
2. Electric System Ground Rod (see unit drawing NID2)
3. Electric System Grounding Conductor (see unit drawing NID3)
Examples:
ONT(24)2 An ONT containing 24 POTS with grounding conductor to electric
system ground rod.
ONT(2)3 A Labor Only ONT containing 2 POTS with grounding conductor to
electric system grounding conductor. Any miscellaneous material will be absorbed in
the labor cost.
ONT(4)3 A Labor Only ONT containing 4 POTS with grounding conductor to
electric system grounding conductor. Any miscellaneous material will be absorbed in
the labor cost.
The following suffix applies to this unit:
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 218 of 230
P - Indicates the installation and termination of power supply and/or battery back-up
unit along with associated power cable and/or wiring. Does not include any inside
wiring beyond the ONT or cutover.
Example:
ONT(4)3P An ONT containing 4 POTS with grounding conductor to electric system
grounding conductor along with power supply and/or battery back-up unit with
associated power cable and/or wiring.
Note #1: Unit drawings for ONT grounding are same as RUS Bulletin 1753F-153,
515d with all references to NID replaced by ONT. Additional diagram references are
available online at CenturyLink Plant Services, CSP610.017.001, Standard
Installation and Definition Drawings Series.
Note #2: ONT will be provided by CenturyLink, all other material will be provided
by the contractor; screws, ground wire, ground connectors, warning labels, and any
other miscellaneous material.
Note #3: Local forces will install and terminate the power supply and/or battery
backup unit along with associated power cable and/or wiring. This does
not include any inside wiring beyond the ONT or cutover.
Note #4: Leave ten (10) feet of SEAO/SEBO slack in the drop slack storage tray
mounted behind the ONT unit.
Note #5 The HO-1 unit will be paid separately for any necessary splicing.
Note #6 The CenturyLink-approved standard ONT for primary service is the Calix
710 ONT kit, SAP code 1085838, or Calix 714 ONT kit, SAP code
1085830.
Note #7 The grounding specifications for the Calix 700 Series ONT and multi-
dwelling unit ONTs require the use of a # 6 ground wire.
SECTION P – PROTECTOR / BRIDGE MODULE ASSEMBLY UNITS
P1 This unit shall include the labor and material to install a Corning USP-123-3 station
surge protector within an existing NID.
P1A This unit shall include the labor and material to install a Corning ULM-DSL-
U3U1 ADSL/POTS splitter bridge module within an existing NID.
P1B This unit shall include the labor and material to install a Corning ULM-AUX-UUU1
POTS bridge module with ½ ringer within an existing NID.
P1C This unit shall include the labor and material to install a Corning ULM-KIT-
3UU21 special circuit bridge module without ½ ringer within an existing NID.
Section SE - SERVICE ENTRANCE ASSEMBLY UNITS
Consists of one (1) foot (0.305 m) of service entrance wire or cable in place from the network interface
device (NID) to either filled terminal blocks in a ready-access closure or buried plant housing; or buried
cable pair. This unit includes all clamps, rings, hooks and other hardware required for attachment to poles,
buried plant housings and buildings. This unit does not include the labor and material for connecting the
wire or cable to the NID unless specified by the Engineer and suffixed by the letter "P". This unit does not
include cable splicing. For compensation purposes, the length of service entrance wire or cable includes
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 219 of 230
the sum of the distance between supporting structures and when required the vertical runs on buildings and
poles. The service entrance units are further defined as follows:
SEA Aerial Service Entrance from Aerial Cable Assembly Unit - This unit includes the labor
and material for an aerial service entrance extending from aerial plant. It includes the
labor and material for the installation of aerial service wire connected to the filled
terminal blocks of the ready access closure or pole mounted wire terminal in
accordance with the Construction Sheets. See Modification below:
Tree trimming necessary for installing the aerial service wire is also included and shall
be performed in accordance with the instructions of the Engineer.
SEB Buried Service Entrance Assembly Unit - This unit includes the labor and material for
placement of buried service wire or cable to the depth set forth in the specifications
and the backfilling and tamping of the trench and for the repair and/or replacement of
all fences, shrubbery, drives, lawns, water mains, pipes, sidewalks, pipelines and
contents, underground power and telecommunications facilities, pavements, roadways,
buried sewerage and drainage facilities, and any other property damaged during the
installation of Service Entrances. See Modification below:
Suffix Description
P When the units above are suffixed with the letter "P" the labor and material for
connecting the conductors, and the shield for buried service wire or cable, to the
station protector of the NID are included. This work shall be done in accordance with
the Construction Sheets.
SEB-CUTOVER BURIED SERVICE ENTRANCE WIRE (BSW) CUTOVER - UP TO 6 PAIR
This unit includes the labor and material for the cutover of the BSW at the NID,
connecting the conductors, and the shield for the BSW, to the station protector of the
NID. This unit also includes cutover of the BSW, connecting the conductors, and the
shield for the BSW, at the pedestal where terminal blocks are installed. This unit is
compensated only one time per BSW cutover, which includes cutover at both the NID
and pedestal. Note: where terminal blocks are not installed the HC units would
apply at the pedestal.
This unit includes disconnecting the existing BSW or equivalent, bonding of the BSW
and termination of the new BSW. Exposed BSW ends of the existing (old BSW) at
the NID or pedestal and shall be cut off 6” below the ground line.
The customer must be notified and/or the line monitored prior to starting the Work to
avoid disruption of communication services. Upon completion of the cutover, the new
line is to be tested in accordance with CTL requirements.
This unit is not a standalone unit; it must be used in conjunction with the appropriate SEB unit.
NOTE: THIS UNIT IS FOR 2013/2014 OR NEWER CONTRACTS. THIS UNIT WILL NOT
BE VALID FOR OLDER CONTRACTS UTILIZING THE “P” SUFFIX.
Each service entrance assembly unit is listed in accordance with the number of pairs and gauge of
conductors. Each unit is prefixed by the letters SE. The following illustrations indicate the method of
designating the material required.
SEA1-18 Indicates an aerial service entrance assembly unit from an aerial cable utilizing a one-
pair, parallel conductor, 18 gauge aerial service wire.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 220 of 230
SEB2-22 Indicates a buried service entrance assembly unit utilizing a two-pair, 22 gauge filled
buried wire.
SEBP2-22 Indicates a buried service entrance assembly unit utilizing a two-pair, 22 gauge filled
buried wire connected to the station protector of the NID.
SEA ( ) AERIAL SERVICE ENTRANCE
This modifies the standard SEA assembly unit to allow the placement of self-supported
"figure eight" cable in lieu of integrated support member aerial wire when the pair size
required is larger than six pair. The "figure eight" cable is recommended up to 100 pair
with larger pair size requirements utilizing lashed cable on stranded messenger.
Example:
SEA25-22 Aerial service entrance with a 25 pair-22 gauge strand-supported cable.
Suffix Description
IMRDWS This modifies the standard SEA assembly unit to designate self supporting drop
SEAO Aerial Fiber Optic Service Entrance Assembly Unit - This unit includes the labor and
material for an aerial fiber optic service wire or cable extending from aerial plant. It
includes the labor and material for the installation of aerial fiber optic service wire
connected to the terminal, via fusion splicing, of the fiber optic ready access closure
in accordance with the Construction Sheets. Tree trimming necessary for installing
the aerial service wire is also included and shall be performed in accordance with the
instructions of the Engineer.
Each service entrance assembly unit is listed in accordance with the number of
optical fibers. The following illustrations indicate the method of designating the
material required.
SEAO1 Indicates an aerial fiber optic service entrance assembly unit from an aerial cable
utilizing a one-optical fiber service wire.
SEAO2 Indicates an aerial fiber optic service entrance assembly unit from an aerial cable
utilizing a two-optical fiber service wire.
SEAOP2 Indicates an aerial fiber optic service entrance assembly unit utilizing a two-optical
fiber service cable connected to the input of the ONT.
Suffix Description
P When the unit above is suffixed with the letter "P" the labor and material for
connecting the optical fiber(s) to modular SC/APC input fiber connector(s),
terminating the input connector(s) to the modular input jack and bonding of the shield
for buried, or aerial, service wire or cable, to the ONT are included. This work shall be
done in accordance with the Construction Sheets.
SEB( ) BURIED SERVICE ENTRANCE
This modifies the standard SEB assembly unit with the following suffixes:
D Dual plowed wire or cable.
E Extra depth. The extra depth shall be indicated in inches within parentheses.
g This modifies the standard SEB unit to be gopher drop
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 221 of 230
GL This modifies the standard SEB assembly unit with suffix "GL" to require Ground Laid
cable for temporary work around of road/bridge move, etc. where new cable will be
placed and cutover upon completion of other external project.
OT Open Trench, prepared by other than CenturyLink force or contract labor.
"T" for Trenched. The trench depth shall be indicated in inches within parentheses.
Examples:
SEB6-22D
SEB6-22E(30)
SEB6-22DE(30)
SEB6-22OT
SEB6-22T(30)
SEB( ) I BURIED SERVICE ENTRANCE INNERDUCT
This modifies the standard SEB assembly unit with suffix "I" to require S EB
installation in new HDPE SDR11 duct, orange in color, with inner diameter adequate
to accommodate the cable being installed.
SEB( ) IE This modifies the SEB suffix "I" assembly unit with "E" to require SEB installation in
existing duct and includes labor to rod and clean existing duct.
SEBO BURIED FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT
This unit includes the labor and material for placement of buried fiber optic service
wire or cable to the depth set forth in the specifications and the backfilling and
tamping of the trench and for the repair and/or replacement of all fences, shrubbery,
drives, lawns, water mains, pipes, sidewalks, pipelines and contents, underground
power and telecommunications facilities, pavements, roadways, buried sewerage and
drainage facilities, and any other property damaged during the installation of Service
Entrances.
Suffix Descriptions:
IE - When the unit above is suffixed with the letters “IE” this requires the SEBO
installation in existing duct and includes labor to rod and clean existing duct.
OT - When the unit above is suffixed with the letters “OT” this requires the SEBO
installation in an Open Trench provided by other than CenturyLink force or
contract labor.
P - When the unit above is suffixed with the letter "P" the labor and material for
connecting the optical fiber(s) to modular SC/APC input fiber connector(s),
terminating the input connector(s) to the modular input jack and bonding of the
shield for buried service wire or cable, to the ONT are included. This work shall
be done in accordance with the Construction Sheets.
Each service entrance assembly unit is listed in accordance with the number of
optical fibers. The following illustrations indicate the method of designating the
material required.
SEBO2 Indicates a buried fiber optic service entrance assembly unit utilizing a
two-optical fiber service cable.
SEBOP2 Indicates a buried fiber optic service entrance assembly unit utilizing a
two-optical fiber service cable connected to the input of the ONT.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 222 of 230
SEBOV( ) This modifies the SEBO assembly unit with "V" to require installation of vacant duct
with diameter of duct indicated within the parentheses. This unit is to facilitate the
future placement of fiber optic service drop to be compensated for separately.
Suffix Descriptions:
OT - When the unit above is suffixed with the letters “OT” this requires the SEBOV
installation in an Open Trench provided by other than CenturyLink force or contract
labor.
Example: SEBOV(1.25)OT Vacant duct 1.25inches in diameter placed in open
trench provided by other than CenturyLink.
Note this unit SEBOV is for 2011 and earlier contracts only and will be removed
once those contracts expire.
BFO_(MPU)___ BURIED FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT – FIBER TO THE
PREM - MATERIAL
This assembly unit consists of all material required for a MPU connectorized drop (on
one end) for FTTP applications. The first numerical value is the fiber size, the second
is the length of the drop. Example: BFO8(MPU)500 indicates a 8 fiber drop that is
500 feet in length. This unit is paid for on a per each basis.
BFO(MPU) BURIED FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT – FIBER
PER FT LBR TO THE PREM - LABOR
This assembly unit consists of all labor required to install a MPU connectorized drop
for FTTP applications. This unit is paid for on a per foot basis.
Suffix Description
I This modifies the standard BFO_(MPU) assembly unit with suffix "I" to
require installation in new HDPE SDR11 duct, orange in color, with inner
diameter adequate to accommodate the cable being installed.
IE This modifies the standard BFO_(MPU) assembly unit with suffix "IE" to
require installation in existing duct and includes labor to rod and clean
existing duct.
CO(MPU) AERIAL FILLED FIBER OPTIC SERVICE ENTRANCE ASSEMBLY UNIT – FIBER
PER FT LBR TO THE PREM - LABOR
This assembly unit consists of all labor required to install a MPU connectorized drop
for FTTP applications. This unit is paid for on a per foot basis.
Suffix Description
D Two or more cables are to be initially lashed to the same suspension strand.
E Cables are lashed to existing strand and cable(s).
SE(1) ( ) LB-ENTRANCE
This assembly unit consists of all labor and material required to install a building
entrance consisting of boring or drilling the entrance hole, installing a 2 inch or 4 inch
PVC LB, extending conduit through the wall, and sealing with caulk or cement. The
second parentheses indicate the size of the PVC LB unit, either (2) for two inch or (4)
for four inch.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 223 of 230
Section SE-TV - SERVICE ENTRANCE CATV ASSEMBLY UNITS
Coax Service Entrance Cable shall be the specifications below.
SEB-RG6 Quad Shield, flooded for underground, PE jacket. Comm/Scope F6SSEF or
equivalent
SEB-RG11 Quad Shield, flooded for underground, PE jacket. Comm/Scope F11SSEF or
equivalent
SECTION TC - TRIP CHARGE ASSEMBLY UNITS
Trip Charge DROP CREW
Drop Crew This assembly unit consists of labor only for an emergency buried drop construction
crew. Each unit shall have a fixed value of fifty dollars ($50.00) and to incrementally
applied as needed to cover trip cost approved by engineer and excludes any actual
work to be performed at the job site. Line Extension Only.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink
Trip Charge PICKUP AND DELIVERY OF CENTURYLINK MATERIAL
Pickup/ This assembly unit consists of labor and equipment necessary to pickup and deliver
Delivery CenturyLink materials. Each unit shall have a fixed value of fifty dollars ($50.00) and
shall be compensated in 25 mile one-way increments and excludes any actual work
to be performed at the job site. Line Extension Only.
Example: 100 miles between pickup location and delivery location = 4 units
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
Trip Charge STANDBY FOR SEB PLACEMENT IN THIRD PARTY TRENCH
SEB Standby This assembly unit consists of labor to standby for placement of SEB in open trench
provided by other than CenturyLink or Contractor forces. Each unit shall have a fixed
value of fifty dollars ($50.00) to be incrementally applied as needed to cover the total
amount calculated for down time. Partial units as calculated shall also apply.
Example: $1,000.00 total compensation = 20 units
$775.00 total compensation = 15.5 units
This is idle time only, excluding any actual work to be performed at the job site. Line
Extension Only.
*This should not be an "Engineered" unit on a work order but is intended only as
compensation after-the-fact per contractor units placed (CUP) with approval by
CenturyLink.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 224 of 230
Section W - REARRANGEMENT UNITS
Specific rearrangement units shall be designated and described by the Engineer on the "List of Special
Arrangement Units" table of RUS Form 515. Existing plant assembly units to be rearranged are designated
by a prefix "W".
WSEB-PED1 BURIED SERVICE DROP REARRANGEMENT – EXPOSE/PLACE INTO NEW PED
This unit includes all labor and material to expose an existing buried service drop
wire, cut the existing buried service drop wire, dig back sufficient slack and pull into
new buried plant pedestal. All labor and material to bond and ground drop is included
in this unit. This unit includes all restoration and restoration materials, with the
exception of hard surface restoration. Splicing is not included in this unit. This unit
is compensated on a per foot basis.
WSEB-POLE BURIED SERVICE DROP REARRANGEMENT – EXPOSE/PLACE UP POLE TO
AERIAL TERMINAL
This unit includes all labor and material to expose an existing buried service drop
wire, cut the existing buried service drop wire, dig over to existing pole and place
buried service drop wire up the pole to an aerial terminal. This unit includes labor
and material for buried drop splice kit, U-guard, additional drop clamps, entering
aerial terminal, bonding and grounding, and laying down drop on existing aerial
terminal block. This unit also includes removal of existing buried service drop and
wire terminal. This unit includes all restoration and restoration materials, with the
exception of hard surface restoration. Splicing is not included in this unit. This unit is
compensated on a per foot basis.
WSEB-PED2 BURIED SERVICE DROP REARRANGEMENT – EXPOSE/PLACE FROM NEW
PED TO EXISTING PED
This unit includes all labor and material to place buried service drop wire from a new
buried plant pedestal to an existing buried plant pedestal (to be removed), cut and
remove existing buried service drop wire, remove from existing buried plant pedestal
and splice to new buried service drop wire. Encapsulate with buried service drop kit,
dig small splice pit and bury buried service drop kit and any slack; backfill split pit and
tamp. All labor and material to bond and ground drop is included in this unit. This unit
includes all restoration and restoration materials, with the exception of hard surface
restoration. Splicing is not included in this unit. This unit is compensated on a per ft
basis.
WBM83 REARRANGEMENT OF BURIED SERVICE GUARD
This assembly unit consists of all labor and minor material required to remove an
existing BM83 and place it back at the same location or another location of the same
customer premise.
The following suffix applies to this rearrangement unit:
(2) - Indicates a two inch (2") riser guard to be rearranged.
WDW( ) REARRANGE EXISTING DISTRIBUTION WIRE
This assembly unit consists of all labor and minor material required to re -sag and/or
re-tension one foot of aerial distribution wire, including the reconnection of any
hardware. The wire size and gauge is indicated within the parentheses. For
compensation purposes, the quantity shall be defined the same as in Section CW of
the RUS 515c. Other required units such as WC-1's and terminal rearrangements
shall be specified separately.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 225 of 230
WNID EXISTING NID AND DROP WIRE REARRANGEMENT UNIT
This unit shall include the necessary labor and material to relocate an existing
network interface device (NID) and drop wire (aerial or buried with or without an
existing BM83) to a location that will allow the placement of a new NID, drop wire and
BM83 in the existing NID location. At the discretion of the Engineer it may also
require placing the new NID in service utilizing the existing drop and station wire.
When the existing NID is placed in a temporary location it must be done in a manner
such that service outage does not occur.
W-REWIRE SERVICE ENTRANCE REARRANGEMENT ASSEMBLY UNIT This unit consists of
the necessary labor and material for the placement of up to three hundred (300’) feet
(91.44 m) of 6-24 internal wire to connect a new NID to an existing NID location. The
unit includes terminating and splicing the cable in both NID locations and removing
the protectors from the existing NID to provide a splice housing. The new NID and
drop are provided for under the appropriate NI and SE sections.
WSEA REARRANGE EXISTING AERIAL DROP WIRE
This unit consists of rearranging existing aerial drop wire and includes installation or
reinstallation of a wire terminal, bridle wire, hooks, rings, etc, and labor necessary to
reconnect to the old or new line circuit. This unit may be used to transfer an existing
aerial drop wire from an old pole to a new pole and/or raising or lowering the existing
attachments.
WSEA-ADDL REARRANGE EXISTING AERIAL DROP WIRE - ADDITIONAL
This unit consists of rearranging each additional existing aerial drop wire and
includes installation or reinstallation of a wire terminal, bridle wire, hooks, rings, etc,
and labor necessary to reconnect to the old or new line circuit. This unit may be used
to transfer an additional existing aerial drop wire from an old pole to a new pole
and/or raising or lowering the existing attachments.
This unit will be used in conjunction with the appropriate WC-1 or WSEA unit
and will be paid on a per drop basis. The WC-1 will always be the lead unit if
one of the attachments being transferred is a cable.
Example 1: Transfer 2 cables and 4 aerial drops:
WC-1 = Qty 1
WC-1-ADD = Qty 1
WSEA-ADDL = Qty 4
Example 2: Transfer 4 aerial drops:
WSEA=qty 1
WSEA-ADDL=qty 3
WSEB TEMPORARY SERVICE ENTRANCE REARRANGEMENT
This unit consists of all labor and material required to maintain service through an
existing pedestal and buried drop wire, including two (2) pieces of SEB up to fifty feet
(50ft.) long, one buried at project depth and the other barely covered, a buried splice
case, all miscellaneous material, and bonding and splicing in both the new and
existing pedestals. See CenturyLink Guide Drawing WSEB/WBFC.
WSEB BSW TEST AND REPAIR
DIG&FIX This assembly unit includes all labor and material required to test, isolate and repair
faults in all types of BSW utilizing the appropriate test equipment. Also included is
any maintenance repair splices needed to correct and close the faults (maximum of 2
splices per BSW).
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 226 of 230
When required this unit will include:
A. Replacement of BSW up to 20 trench feet (either by hand digging or
mechanical placement).
B. Up to 2 excavations required to expose the BSW fault (up to 2’x2’x2’
each). Excess excavation required must be approved in advance by
CenturyLink Representative.
This unit includes all restoration and restoration materials, with the exception of hard
surface restoration, are included. Includes the cutover, bonding and termination from
the temporary service wire to the repaired BSW at the terminal and interface and the
pickup of the temporary drop. Post testing of the repaired service with the use of
appropriate testing equipment is required to insure line integrity. Contractor is also
required to contact the customer upon entering premises and when leaving must
notify the customer that repair Work has been completed. Unit price requires the
extensive use of appropriate test and fault locating equipment. Note: All circuit repair
material (connectors, splice kits, service wire box, etc) required for repairs will be
provided by CenturyLink. This unit is required to accomplish work that was not
performed by Company technicians on first truck roll. This unit applies to Legacy
Qwest markets only.
Section XX – NONREUSABLE MATERIALS REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines, and transportation of the removed materials for proper disposal. The Contractor will be permitted to
use the most economical method of removing these units. The removal units are designated by the prefix
"XX" followed by the assembly unit designation of the unit to be removed. Note: When removal is
accomplished under the XX units, the material becomes property of the contractor and units should be
priced as such.
XXLM REMOVAL OF LOCATE MARKINGS
This assembly unit consists of all labor and minor material to remove locate markings
from concrete or pavement only when mandated by Municipalities. This unit applies
to Legacy Qwest and National markets only.
XXSEB-GL REMOVAL OF TEMPORARY GROUND LAID SERVICE WIRE/CABLE
This assembly unit consists of all the labor and equipment to remove one foot of
ground laid buried service wire/cable and proper disposal of unit or deliver to a
location designated by the Engineer.
Section XZ – REUSABLE MATERIALS REMOVAL UNITS
These units cover the furnishing of all labor for the removal of construction assembly units from existing
lines and all labor and transportation of the removed materials to a location designated by the Owner. The
Contractor will be charged by the Owner for the materials removed under this section at the unit material
values shown in column 2 of the "Value and Disposition of Units to be Removed" table of RUS Form 515.
The number of units to be charged to the Contractor and the extended value of these units are shown in
columns 3 and 4. Such charges will be placed against the Contractor as assembly units are removed and
the unit material values will be deducted from the total value of assembly units constructed on this project
for determination of the work accomplished for purposes of the monthly progress payments to the
Contractor. Of the assembly units listed in the "Value and Disposition of Units to be Removed" table to be
removed from existing lines certain units are to be reused in the construction of the project. The quantity of
such units to be reused is listed in the "Value and Disposition of Units to be Removed" table, column 5.
These units where installed in the project will be inventoried as new assembly units and compensated for at
the unit bid prices. The quantity of assembly units listed in column 6 of the "Value and Disposition of Units
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 227 of 230
to be Removed" table is the maximum quantity of removed assembly units that are to be returned to the
Owner for credit which will be allowed at the unit material prices in column 2. Column 7 indicates the
extended value of the units to be returned to the Owner. The Contractor will be allowed credit for assembly
units listed in column 6 which, in the opinion of the Engineer, have not been damaged by the Contractor in
removal and handling. Such credits will be allowed the Contractor as the assembly units are returned to a
location designated by the Owner and shall be added to the total value of installed assembly units for
determination of work accomplished for the purposes of the monthly progress payments to the Contractor.
The removal units are specified by the prefix "XZ" followed by the assembly unit designation of the existing
assembly unit to be removed.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 228 of 230
Part II - SPECIFICATIONS FOR MATERIALS
1. SCOPE
This part of the specifications is concerned with the various materials required for the construction of
customer access service installations of the rural telecommunications system as shown on the Plans,
Specifications, and Construction Sheets.
2. GENERAL
All materials used in the construction of the rural telecommunications system except those listed in
Paragraph 3 below shall be listed in RUS Informational Publication (IP) 344-2, "List of Materials Acceptable
for Use on Telecommunications Systems of RUS Borrowers," unless specific written approval has been
granted by the Administrator.
3. MISCELLANEOUS
Items for which categories do not appear in RUS IP 344-2, "List of Materials Acceptable for Use on
Telecommunications Systems of RUS Borrowers," shall be of a quality suitable for the application for
which they are intended.
Part III - SPECIFICATIONS FOR CONSTRUCTION AND INSTALLATION
1. GENERAL
1.1 All construction and installation work shall be done in a thorough and workmanlike manner in
accordance with the Plans, Specifications and Construction Sheets and shall be subject to
acceptance by the Owner and the Administrator.
1.2 All material to be used in construction of the Project shall be stored so as to be protected from
deteriorating effects of the elements.
1.3 All service wires and cables, and accessory materials used in the construction of the Project shall
be handled with care. Each reel of service wire or cable shall be inspected for damage. Prior to
installation, all damage shall be repaired to the satisfaction of the Engineer. If reel wrap is
present, the reel wrap shall remain intact on the reel until the wire or cable is ready to be placed.
1.4 Deviations from the Plans, Specifications and Construction Sheets shall not be permitted except
upon written permission of the Engineer.
1.5 The latest revision of the National Electrical Safety Code (NESC) and the National Electrical Code
(NEC) shall be followed in every case except where local regulations are more stringent, in which
case local regulations shall govern.
1.6 The Contractor shall maintain conductor polarity (tip and ring) identification at the main distributing
frame, cable terminals, wire terminals, terminal blocks, and for Service Entrances at the network
interface device (NID), all in accordance with the Specifications and Construction Sheets.
2. AERIAL SERVICE ENTRANCES
2.1 Aerial service wires shall be installed in accordance with RUS Service Installation Standard Bulletin
1753F-801(PC-5A), and the Construction Sheets.
2.2 All clearances shall comply with the applicable requirements of the NESC, and NEC, or local
laws, or ordinances, whichever are most stringent.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 229 of 230
3. BURIED SERVICE ENTRANCES
3.1 Buried service entrances shall be installed at the depth listed below unless otherwise specified by
the Engineer.
minimum depth in soil - 12 inches (in.) [305 millimeters (mm)]
minimum depth in ditches - 36 in. (914 mm) (see guide drawing 975)
minimum depth in rock - 3 in. ( 76 mm)
3.2 Buried services shall contact the building as near as practicable to the NID or proposed NID
location.
3.3 Buried services shall be located to avoid damage from lawn mowers, animals, etc., and, where
deemed necessary by the Engineer, shall be guarded.
3.4 The method of installation is shown on the Construction Sheets.
3.5 Buried services shall be installed against a foundation wall or pillar to provide adequate support
and mechanical protection.
3.6 The buried service conductors shall be terminated in the NID, when specified by the Engineer, as
shown on the Construction Sheets.
4. NID
4.1 NID's shall be installed and grounded in accordance with RUS Service Installation Standard
Bulletin 1753F-801(PC-5A), and the Construction Sheets. They shall also be installed in such a
manner as to coordinate with acceptable, available grounding electrodes, such as to meet the
existing applicable requirements of the NEC or local laws or ordinances whichever are more
stringent.
4.2 The NID shall be located as directed by the Engineer. The choice of location shall be chosen to
facilitate common grounding with existing (code) acceptable grounding electrodes by obtaining the
best compromise between the length of horizontal service wire or cable run and length of protector
grounding conductor wire run.
4.3 Where a grounding conductor or a bonding conductor is to be buried, the trench shall be dug as
close to the side of the building as practicable. Trenches shall be properly backfilled.
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION
Bulletin 1753F-150
CenturyLink Revised – Issue 6 May 2014
Page 230 of 230
LIST OF CONSTRUCTION DRAWINGS AND PLANS
Assembly Unit Drawings
BM50 Buried Service Wire or Cable Installation to Pole-Mounted Wire Terminal
BM83 Buried Service Guard
NID1 Electric System Ground with Bond to Metallic Water Pipe System
NID2 Electric System Ground Rod
NID3 Electric System Grounding Conductor
NID4 Telco Ground Rod with Sub-surface Bond to Electric Ground
NID5 Telco Ground Rod with Above-surface Bond to Electric Ground
NID6 Telco Ground Rod with Bond to Water Pipe - No Electric Service at Site
NID7 Mobile Home Installation – within 35 ft of Electric Service Equipment
NID8 Mobile Home Installation – over 35 ft from Electric Service Equipment
Construction Guide Drawings
962-1 Buried Service Wire - Termination of Shield and Conductors on Station Protector
Binding Posts of NID
963-2 Bonding Buried Service Wire at Station Protector of NID - (Service Wire Shield Bonding
Connector)
NOTE: On the Assembly Unit and Construction Guide Drawings an asterisk (*) in the ITEM column
indicates items that are no longer listed in RUS IP 344-2, "List of Materials Acceptable for Use on
Telecommunications Systems of RUS Borrowers."
CENTURYLINK CONFIDENTIAL AND PROPRIETARY INFORMATION