The Hashemite Kingdom of Jordan Ministry of Information...

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The Hashemite Kingdom of Jordan

Ministry of Information and

Communications Technology

(MoICT)

JORDAN NATIONAL BROADBAND NETWORK

NBN

IMPLEMENTING THE CIVIL WORKS AND FIBER OPTIC WORKS OF THE

NATIONAL BROADBAND NETWORK (NBN ) IN THE NORTH REGION OF THE

KINGDOM

VOLUME III

REQUIREMENTS ,TECHNICAL SPECIFICATIONS AND DRAWINGS

MINISTRY OF INFORMATION AND COMMUNICATIONS TECHNOLOGY

P.O.BOX 9903 AMMAN 11191 JORDAN

PROPOSAL DEADLINE: 20/12/2015

TENDER NO: 1/NBN/2014


Contents

Table of Contents

1- PROJECT OVERVIEW ________________________________________________________________ 4 1.1 INTRODUCTION __________________________________________________________________ 4

1.1.1 Initial network design_______________________________________________ 6 1.2 THE WINNING BIDDER SHALL : _______________________________________________________ 7 1.3 SCOPE OF WORK _________________________________________________________________ 7

2 TECHNICAL REQUIREMENTS. ______________________________________________ 10 2.1 DESIGN AND ENGINEERING PHASE: __________________________________________________ 10

Obtaining Detailed Information about Connection Points: ______________________ 10 2.2 Obtaining and Preparing GIS Base Maps: ______________________________ 10

2.2.1 Preliminary Network Design Phase: __________________________________ 11 2.2.2 Prepare an Initial Network Architecture Design: _________________________ 11 2.2.3 Analysis and application of all Applicable Codes and Standards: ____________ 11

2.2.4 Acquire Required Rights Of Way: ____________________________________ 12 2.2.5 Detailed Design Phase _____________________________________________ 12 2.2.6 Develop a Diagram of the Network: __________________________________ 13

2.3 IMPLEMENTATION PHASE__________________________________________________________ 15 2.3.1 Preparation of Implementation plan ___________________________________ 15 2.3.2 Route Engineering Finalization ______________________________________ 15

2.3.3 Obtaining Required Permission ______________________________________ 16 2.4 CIVIL, FIBER AND EQUIPEMENT WORKS: ______________________________________________ 17

2.4.1 Civil Works Construction __________________________________________ 17

2.4.2 Manholes: _______________________________________________________ 20

2.4.3 Hand Holes: _____________________________________________________ 20

2.4.4 Pull Boxes: ______________________________________________________ 21 2.4.5 Archaeological Sites ______________________________________________ 21

2.4.6 Fiber Works (Supply and Installation of Optical Fiber Cables and Accessories) 22 2.4.7 Obtaining Required Permissions _____________________________________ 22

2.5 ACCEPTANCE TESTING ____________________________________________________________ 23 2.5.1 Fiber works Acceptance Test : _______________________________________ 23 2.5.2 Civil works Acceptance Test: _______________________________________ 24

2.6 TRAINING ______________________________________________________________________ 24 2.6.1 Training Program _________________________ Error! Bookmark not defined.

2.7 PROJECT MANAGEMENT __________________________________________________________ 25 Requirements: ________________________________________________________ 25

2.8 DOCUMENTATION _______________________________________________________________ 25 ALL DOCUMENTATION WILL BE MAINTAINED IN ENGLISH AND SHALL BE SUBJECT TO DOCUMENT CONTROL

PROCESSES. 25 2.9 QUALITY ASSURANCE ____________________________________________________________ 25

Requirements: ___________________________________________________ 25 2.10 REPORTING ____________________________________________________________________ 26 2.11 SUPPLY OF AS-BUILT INFORMATION _________________________________________________ 26

Network As-built information _______________________________________ 26 2.12 DEFECT LIABILITY WARRANTY _____________________________________________________ 27 MANUFACTURER’S WARRANTY: ____________________________________________________ 28 2.13 SUPPORT PROGRAMS & DELIVERABLES_______________________________________________ 28

2.13.1 Network Infrastructure Design Assistance __________________________ 28

3 TECHNICAL DETAILS ______________________________________________________ 28 3.1 GENERAL ____________________________________________________________________ 28


3.1.1 Related Documents _______________________________________________ 28 3.1.2 System Description _______________________________________________ 28 3.1.3 Submittals _______________________________________________________ 29 3.1.4 Regulations and Standards __________________________________________ 31

3.1.5 Quality Assurance ________________________________________________ 31 3.1.6 Warranty________________________________________________________ 32 3.1.7 Commissioning __________________________________________________ 33

3.2 EXECUTION ____________________________________________________________________ 35 3.2.1 Installation ______________________________________________________ 35 3.2.2 On Site Tests and Inspection ________________________________________ 38

4. ANNEXES__________________________________________________________________ 40 ANNEX A : WILL BE DELIVERED TO THE WINNING BIDDER __________________________________________ 41 ANNEX B-1: TECHNICAL SPECIFICATIONS OF OPTICAL FIBER CABLE - DUCT TYPE ______________________ 42 ANNEX B-2: TECHNICAL SPECIFICATIONS OF OPTICAL FIBER CABLE - AERIAL TYPE _____________________ 50 ANNEX B-3: TECHNICAL SPECIFICATIONS OF OPTICAL DISTRIBUTION FRAME __________________________ 59 ANNEX B-4: TECHNICAL SPECIFICATIONS OF MINI OPTICAL DISTRIBUTION FRAME ______________________ 62 ANNEX B-5: TECHNICAL SPECIFICATIONS OF OPTICAL CONNECTORS AND ADAPTERS ____________________ 65 ANNEX B-6: TECHNICAL SPECIFICATIONS OF OPTICAL CABLE SPLICE ENCLOSURES _____________________ 67 ANNEX B-7: TECHNICAL SPECIFICATIONS FOR DUCT CABLE HARDWARE AND SUPPORT ACCESSORIES _______ 71 ANNEX B-8: TECHNICAL SPECIFICATIONS FOR AERIAL CABLE HARDWARE AND SUPPORT ACCESSORIES _____ 72 ANNEX C: TEST AND ACCEPTANCE SPECIFICATIONS ______________________________________________ 76 ANNEX D: DUCT SPECIFICATIONS : البالستيك لمواسير الفنية المواصفات ________________________________ 84 ANNEX E: CHAMBERS SPECIFICATIONS ________________________________________________________ 86 ANNEX F: ROUTE CROSSING ________________________________________________________________ 90 ANNEX G: TRENCH SPECIFICATIONS __________________________________________________________ 92 ANNEX H-1: ELECTRONIC IDENTIFIERS: _______________________________________________________ 95 ANNEX H-2: WARNING TAPE : ______________________________________________________________ 96 ANNEX I: SHOP DRAWINGS \ AS-BUILT SPECIFICATIONS FOR FIBER INSTALLATION _____________________ 97 (GIS & AUTOCAD)ANNEX K-1: ELECTRICAL COMPANIES REQUIREMENTS. _________________________ 104 ANNEX K-2: MOPWH SPECIFICATIONS FOR ROUTE REINSTATEMENT ______________________________ 124 ANNEX L: COMMUNICATION PLAN _________________________________________________________ 128 ANNEX Z SITE SURVEY REPORT _________________________________________________________ 132 ANNEX Z2 : MAINTENANCE SLA _________________________________________________________ 139

ABREVIATIONS------------------------------------------------------------------------------------------------------------ 141


1- PROJECT OVERVIEW

1.1 Introduction

The network envisioned for the National Broad Band Network owned by the Ministry of

Information and Communication Technology (MoICT) is an optical fibre network which is

scalable, affordable, simple to manage, reliable. The objective of the National BroadBand

Network (NBN) is to connect all Public schools, Governmental entities, Health entities,

Community colleges, and Knowledge stations).This RFP is dedicated for and concentrated

on connecting the Public schools, Govermental entities and Health entities in the North

region

The network design is based on point-to-point Gigabit Ethernet (GE) over fibre technology

to reach the connection points, in addition to the wireless technology where it is impossible to

serve the entities by duct or ADSS fiber ,this wireless connection must be approved by the

MOICT engineer at the time of the initial design.

Figure 1. National Broadband Network structure

Moat through its National Broadband Network Program has implemented parts of the NBN

Network in Amman (middle phase 1) & North Region (north phase1), and parts of south

region (in Aqaba) (south phase 1), and currently we are in the Awarding processes to

implement the south phase 2( Karak, Maan and Tafelah) and Middle phase 2 (Amman,

Balqa’, Madaba and Zarqa) Where Middle phase I in Amman Governorate is currently

deployed and contains a metro ring with 10 aggregate points connecting Schools and

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Cisco 3550

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Agregate point

OVERLAY

NETWORK

METRO RING

DISTRIBUTION

NETWORK

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POP

QRC

Datacenter

NITC


Government entities. The data centre is located at the Queen Rania Data Centre (QRC)

owned by the Ministry of Education. The QRC also serves as an aggregation point for

connection points in the same area. In parallel South phase I and the Secure Government

Network (SGN) are currently deployed with two Aggregate Points to connect 62 connection

points in the Aqaba Governorate. south phase I contains two aggregate points located

respectively in Aqaba City and Queira that are linked to the National Data Centre (QRC)

located in Amman through the Amman-Aqaba overlay route.

Amman-Aqaba overlay route is also deployed with four Aggregation points & 3 NEPCO

substations starting from the MoICT in Amman to Aseza in Aqaba

North Phase I is also deployed with a 17 aggregate points located between Irbid, Ramtha and

Al-Mafraq.

South Phase 2 will contain a 27 aggreate points located between Karak, Maan and Tafelah

Middle Phase 2 will contain 38 agreagate points located between Amman, Balqa’ Madaba

and Zarqa.

the network has been broken up into 3 phases, Middle phase , North phase and South phase-

1. These phases are connected to each other by an Overlay Network which will provide

physical connectivity between the Pops for each module and the National Data Centres.

These connections will be via 10GE connections on the Ethernet Switch. The required optical

devices have to support the ITU standard G.652 D (Single Mode Optical Fibre Cable).

The overlay network is based on DWDM optical ring structure to provide a high availability

and sufficient scalability for future. The Overlay ring is a combination between the optical

fibre network of the National Electric Power Company (NEPCO) and the NBN own routes.

Bidders shall take notice of the network architecture of the overlay network and the access

points to this overlay network at the substations of NEPCO

MoICT is now soliciting proposals from contractors to connect a total of ( 664 ) sites,

(Schools ,Governmental entities , medical centres, hospitals ,health entities and the aggregate

sites ), including ( 29 ) Aggregate points in the north region( Irbed, Ramth, Mafraq, Jarash,

Ajloun and northen Ghour) . A number of sites have been selected as main sites (Aggregates)

to serve surrounding sites. Where:

MoICT has entered into agreements with NEPCO, EDCO and IDECO to enable the

successful bidder to use the poles of medium and low voltage distribution networks.

The winning bidder is responsible to coordinate with these companies to meet their

requirements. Bidders are informed that the winning bidder will be responsible to

present accurate information about the actual linear distance planned as in the initial

proposed design prepared by MOICT prior to the implementation and used on the

network of the electricity distribution companies to MoICT and the Engineer for

verification purposes and the cost of providing this information to the Engineer and

MoICT shall be included in the unit price submitted by the bidder to the MoICT. The

actual linear distance will be used to reimburse the distribution companies for the use

of their respective networks.by the MoICT


The National Broadband Network is comprised of six basic building blocks as

presented in:

Connection points

Aggregation Sites

Metro ring networks

National Pop

National overlay ring network

Hub / Data Centres and the Network Operation Centre (NOC ) .

The NBN connection points consist of (Schools, Governmental entities, Health

entities, Community colleges, and Knowledge stations).

In each school, there will be some local LAN infrastructure not being part of the NBN

and fully under the responsibility of the Ministry of Education. In order to provide

network connectivity for the school, a network access switch is installed. This

represents the demarcation point between the school and the NBN. Each school will

be connected by a Gigabit Ethernet (GE) via single mode fibres to the Aggregation

site.

Any other entity except the schools, there will be some local LAN infrastructure not

being part of the NBN and fully under the entity responsibility. The Demarcation

point is the switch .

The Aggregation site is comprised of a fully redundant Ethernet Switch/Router with a

Firewall and an Intrusion Prevention which will be used to provide a highly secure

environment. This Ethernet switch/Router can aggregate up to 64 connection points

in the surrounding area.

DWDM technology will be implemented at the overlay network level and at the metro

rings and will be used to provide 10 GB connectivity to the Data Centre.

10 GB connectivity will be the only allowed speed between aggregate sites and the

national POP

Aggregate sites will be hosted in schools or any other place based on the needs of

connection and must have the minimum data centre needs as it will be illustrated later

on.

In Case of a metro ring the aggregation points will be connected with dual 10 GB in each

direction to the next aggregates in a physical ring / logically ring connection DWDM is

needed in the over relay network.

1.1.1 Initial network design

The network will use fiber optic cables and technology to provide connection between sites,

the initial design shall include but not limited to ;Equipment installation and configuration

,site preparation ,integration with existing network ,and the NOC installation .

The network design will be as the following:

1.1.1.1 CE ( Customer equipment) sites:

- Will be connected to the PE sites (Provider edge) with 1GB speed with a max of 64

CEs per PE


1.1.1.2 PE (Provider Edge) sites:

- Will be connected to CEs with 1GB speed

- Will be connected to other PEs in the metro Ethernet network with a dual 10 GB

speed in a ring manner

- Will be hosted in aggregate sites (Small Data Centres)

1.2 The winning bidder shall :

Use GIS tools that will be used throughout the routing design and engineering

phase, implementation and handed over to the GIS unit . The winning bidder shall

provide the GIS unit at MoICT with software, perform data entry, training.

Perform the required works for hanging cables on electrical poles, excavation and

civil works, ducts supply and installation, all required work to make the transition and

extend the fiber from the pole to a termination location inside each entity ( for

example : A computer center inside the entity )

Supply and install all optical fiber cables, the supply and installation of required

accessories including but not limited to cable mounting accessories, ODF, splicing

enclosures, splicing boxes, and optical patch panels, etc…

The splicing of the cables, the end-to-end testing of installed optical network

sections in addition to the delivery of the as-built documentation, Quality

Control/Assurance and Project Management

The duration of implementation of this project is ( 730 ) calendar days and the total distance

of the required civil works is around ( 436 Km ) , and the total length of the fiber cables is

around( 672 Km )of In-Duct and around ( 717 Km ) Aerial cables (ADSS).

This Contract is a FIDIC based Contract and it is a re-measured contract based on actual

quantities implemented. The list of sites to be connected is attached in Annex ( J ). MOICT

has the right to add, remove or shift sites during the implementation of the project as needed

and the winning bidder is not entitled to request any additional charges to his rates in the Bills

of Quantities because of such changes.

1.3 Scope of Work

The project aims to:

Implement supply, install Duct fiber cable inside pipes and hanging cables on poles of

fiber optic cables and accessories for connecting schools , health centres ,hospitals

,MOH Directorate , MOE directorates , and governorment entities in the north of the

Kingdom as per annex J and any other entity proposed by the MOICT within the

program of the national fiber optic network and NBN . work includes supply, install

the fiber optic cables (on electrical poles and inside the pipes) in addition to all

needed accessories, tools and equipment necessary for the suspended cables on the

poles or extended within the pipes and regardless of the quantity and type as well as

the supply in addition to all detailed technical design, site survey, installation,

training and testing of the network. In addition to all the civil works ( excavations ,

manholes and covers , installation of pipes of all diameters and types, all accessories

, reinstate of the terrain to what it was) and coordination with all concerned

authorities according to their requirements, including the Electricity Distribution


Company (EDCO) , National Electricity Company (NEPCO) , municipalities ,

Ministry of Public Works and Housing and related state companies or institutions or

ministries. As shown in the Technical Specifications and drawings and approval of

the Engineer so as to accomplish the work of building the network in an integrated

manner and with the definitive procedure the necessary tests.

The MOICT Engineer will determine where to ue the metal or the concret covers for the

manhole ,handhole ,and the pullboxes according to many issues and policies that the MOICT

follow .

This scope of work describes the supply and installation of a broadband communications

system consisting of:

1. Approximately ( 436 Km) of excavating and execution of all required civil works,

the supply & installation of manholes, hand-holes, pull-boxes and accessories as per

specifications. Additionally the supply & installation of the required ducts. The ducts

consist of FOUR (1 ¼ inch) UPVC tubes inside ONE (4 inch) UPVC tube or Two (1

¼ inch) UPVC tubes inside ONE (4 inch) UPVC tube, installed between manholes,

handholes and pull boxes , or One (1 ¼) UPVC tubes inside ONE (4 inch) UPVC

tube, installed between, handholes and pull boxes to make the transition from aerial to

duct type cable.

2. The supply, installation, and termination of approximately ( 672 Km ) of optical fiber

cables in ducts installed within the project scope, supply and installation of required

accessories (ODF, splicing enclosures, splicing boxes and optical patch panels,

pigtails, etc…), splicing of the cables, and end-to-end testing of installed optical

network. Sufficient spare fiber cable shall be installed within selected manholes.

3. The supply, installation, and termination of approximately ( 717 Km) of aerial

optical fiber cables with all related accessories and fittings on existing Electrical (and

new) poles medium and low voltage electricity poles as per agreement with the

concerned authority.

4. Fiber jointing with existing aerial or duct fiber cables for ring completion.

Figure 2: Aerial Fiber Optic Cable Installation on Electricity Poles


The total amount of civil work and fiber installation will be divided into the following lots

according to the two technologies to be used:

All project deliverables will have to be considered as the project standard and all their related

costs, expenses, over heads, fees, taxes and profits incurred by the winning bidder for the

execution of items under this RFP are deemed to be included in the Contractor unit prices.

ADSS Routes Transferring

Winning Bidder shall provide proposals for any required transferring on the

ADSS cables that may be needed during implementation . The contractor

shall comply in his proposal with the attached Service Level Requirements

(SLR) stated in Annex Z1 for the time needed for any transferring work on

the routes.

The winning bidder must be responsible for keeping the executed Network

available 100 % all the time, the maintenance for the Network through the

Operation Centre (NOC)

Payment to the contractor shall be based on a re-measured actual quantities

executed for fiber installed and other related items in accordance with related unit

rates mentioned in the Bill of Quantities (BOQ) in Volume 5, noting that all costs

incurred by the bidder for all other related items shall be included in the bidder’s

unit rate.

All supplied materials shall be 100 % new, unused , of high quality , of recent

technology and to be approved by the MoICT’s Representative. Therefore the

contractor shall submit samples of the supplied materials to the MOICT Engineer

to get the approval.

The period of the Defect Liability maintaining the network is two years starting

from the date of issuance the Taking Over Certificate.

Lot # Technology Estimated

Quantities

1 Civil works & Ducts 436 Km

2 In Duct Cables 672 Km

3 Aerial (On Poles)

All Dielectric Self Supporting Cable ( ADSS )

717 Km


The winning bidder shall perform the scope of work defined in this section including the

preparation of detailed engineering designs, the coordination with all concerned entities,

making the route surveys, acquire the right of way (where applicable), the supply, and

transportation, the delivery, the installation, the testing, the commissioning, the setting to

work, training, maintenance till the issuance of Taking Over Certificate, liability defect

warranty services, including quality control/ and capability of managing the allocated lot(s)

as a project according to project management international standards that will be mandatory.

The initial route map of the ducts for the optical fiber and the related civil and fiber optics

works are shown in Annex A. The winning bidder shall survey and verify all routes within

the scope of the contract. The winning bidder shall also recommend alternate routes & less

expensive route that comply with both MOICT and MoPWH, municipalities, and other

authorities or Electrical Companies, etc.., requirements. It shall be the responsibility of the

winning bidder to finalize the route designs after he gets all required approvals.

2 TECHNICAL REQUIREMENTS.

2.1 Design and Engineering Phase:

The winning bidder shall perform the following:

Obtaining Detailed Information about Connection Points:

1. Prepare a full list of all connection points as requested by the MoICT.

2. Survey all connection points to determine location(in Jordan Transverse Mercator

(JTM) coordinates) and collect accurate information and status of the entities as

per survey templates that have to be approved by the Engineer

3. The MoICT will provide the winning bidder with locations for most of the

connection points and aggregation points in JTM projections but this will be

considered only as indicative locations and has to be verified and surveyed by the

winning bidder.

4. Collect accurate information regarding connection points as the address, type of

location (hospital , health centre , school, governmental site ,etc…), address .

5. Throughout the preparation of this tender and the execution of the project ,it is

expected that changes regarding connection points will occur, the winning bidder

shall continue to deal with any changes and include them within the database and

as recommended by the MOICT Engineer.

6. All the above mentioned data shall be provided to the MoICT in a GAP report.

2.2 Obtaining and Preparing GIS Base Maps:

The winning bidder shall obtain and prepare GIS (in ESRI format) maps with accuracy less

than one metre compared to reference points obtained from the Department of Land and

Survey . The maps shall contain the following information:

1. Connection points as point data (point shall refer to entrance of facility)

2. Connection points with footprint data

3. Street centrelines with street names if available

4. Street edge lines or street width information.


5. Cadastral map covering all governarates in north (Irbid , Ajloun , Jarash , Mafraq)

6. Railways.

7. All layers minthioned in Annex I attached

All layers must be compatible with no discrepancies, data shall always be verified and

checked over real situation through the surveys, any discrepancy shall be corrected

Quality assurance plan and methods to check and verify the data accuracy shall be prepared

by the winning bidder and discussed and approved by the Engineer before the

commencement of this task.

The winning bidder will also consult the National GIS strategy that is being implemented

currently in Jordan to ensure compliance of the strategy standards.

The winning bidder shall document all related information regarding the sources of the data

sets and all procedures and processes that were applied to them in the Meta data catalogue

attached to these data sets.

The winning bidder shall obtain at is own cost any DLS structural mabs and drawings any

survay data required to prepare the shop and As-Biult drawings

2.2.1 Preliminary Network Design Phase:

Based on the high level fibre network design performed by the MoICT shown in the RFP the

winning bidder shall prepare a preliminary design within 30 days from the Letter to Proceed

LTP, this period is part of the implementation of the whole project . The proposed fibre

routing shall be optimised in feasibility and lowest cost routing (reducing distances of optical

fibre cabling and cost of civil works). A full engineering report shall be prepared with the

complete preliminary network architecture and fibre routes. The designs and engineering

report shall be presented to and be approved by the Engineer.

2.2.2 Prepare an Initial Network Architecture Design:

1. The Winning bidder shall Develop fibre routing diagram in terms of optimal

compromise between budget, technical capabilities and achievability this routing

diagram is subject to the approval by the MOICT engineer .

2.2.3 Analysis and application of all Applicable Codes

and Standards:

The winning bidder shall Locate , analyse and apply the applicable Jordanian codes,

standards and specifications including, but not limited to, the electrical codes, civil

works codes for buried infrastructure, construction codes, overhead cabling and

equipment installation, specifications and requirements for existing utilities and

Infrastructure. The application of all codes and standards required for this project

shall be implemented in all the design phases of the project and specified in

procedure related documents. In case of violation of these codes, standards and

specifications the winning bidder will remain liable for any consequential costs.


2.2.4 Acquire Required Rights Of Way:

1. The winning bidder shall conduct its own research and determine in detail all the

documentation required by the municipal, national roads authorities, utility companies

to obtain the rights of way. Right of Ways are defined as the necessary set of permits,

authorizations and private agreements allowing for the construction and installation of

the optical fibre infrastructure including handholes, manholes, wireless infrastructure

and other required ancillary items on public or private terrain along the routes in

accordance with all legal conditions applicable.

2. The winning bidder shall Comply with all laws, regulations applicable in Jordan in

addition to other requirements of different governmental entities.

3. The winning bidder shall Establish RoW work plan based on local lead times for each

procedure involved. Any delays in the implementation of the work plan will impose

penalties on the winning bidder and in accordance with the contract.

4. The winning bidder shall determine what telecommunications regulations may apply

to obtain the Rights of Way.

5. The winning bidder shall Set up documentation system for all Right of Ways to be

obtained throughout the entire duration of the Project.

6. The winning bidder shall Perform the RoW applications and obtain the required

permits and authorizations for the proposed route as developed in the design

documents.

2.2.5 Detailed Design Phase

1. The winning bidder shall Perform Detailed Survey and Optimization of Routes:

2. The winning bidder shall Perform Designs that shall always comply with the standard

design criteria.

3. The winning bidder shall perform detailed surveys of the connection points (site

surveys) and of the possible routes for connecting fibre to the connection points (route

surveys). Survey forms will be prepared by the winning bidder and approved by the

engineer.

4. The winning bidder shall perform a detailed survey of the aggregation points as in

Annex J.

5. The winning bidder shall assess optimal path taking into consideration various

construction approaches, the utilization of available infrastructure (existing ducts,

existing overhead cabling of the electric distribution companies, etc.) and constraints

imposed by the relevant authorities from the Rights of Way applications.

6. The winning bidder shall Execute final Fibre routing planning, showing detailed

position of ducts, manholes, hand holes ,pull boxes and splice boxes, position of

connection points at parcel level, and fibre allocation tables in coordination with the

developed initial network equipment architecture design. Obtain all required permits

for the proposed final route.

7. The winning bidder shall Develop Detailed Designs for the Fiber Optics Cable

Infrastructure, Equipment and including any needed Civil Works Detailed Designs,:

8. The winning bidder shall prepare key plans for each fibre route, showing the complete

route design, including the locations' interconnections and their respective distances.

9. The winning bidder shall execute fibre routing in terms of optimal compromise

between budget, technical capabilities and achievability. Routing shall be performed

with GIS tools and full compliance with the topological and connectivity rules. Fibre

routing shall show detailed position of ducts, manholes, hand holes, pull boxes and


splice boxes, position of connection points at parcel level, and fibre allocation table. In

case of existing infrastructure (ducts or overhead cabling) is proposed, the existing

infrastructure shall be mapped in detail. Detailed drawings for any proposed wireless

infrastructure shall be included including the logical routing of any wireless device.

10. The winning bidder shall provide floor plans showing the cable routing inside each

connection point, tray

11. The winning bidder shall allocation, ODF position and the cable connections to the

ODF frame.

2.2.6 Develop a Diagram of the Network:

The Winning bidder shall develop a fibre topology for the network showing routes

diversity, segment by segment fibre counts and fibre allocation table per segment and

install tools at the assigned MoICT offices to keep track of fibre allocation, wireless

link parameters, equipment installation and usage.

1. Prepare a Splicing Diagram, The Winning bidder shall prepare a detailed diagram of

each splice point showing how the fibres will be connected throughout the complete

network.

2. Fiber Optic Cable Procurement, The Winning bidder shall Detail the quantities of all

components required for the installation of the fibre optics cable, and the complete

execution of the related civil works. This will include, but not be limited to, each type

of fibre optic cable required (aerial & duct) and the quantities of hand holes, manholes,

HDPE duct, cable trench digging per terrain category (asphalt, pavement, open terrain,

rocky terrain, etc.). These bills shall be coordinated and approved by the Engineer.

3. The installation includes all passive equipment like splice boxes, ODF, optical

termination panels, cable supports, ADSS cable mounting accessories/fittings, etc. It

shall be the responsibility of the winning bidder to supply and install those and all

other items related to and required to construct the fiber network and unless shown as

a Pay Items in the Bill of Quantities, the costs of these items, shall be deemed to be

included in the Contract unit rates and prices.

4. The Winning bidder will be responsible to execute the testing of the installed passive

optical fiber network between all optical termination points.


Figure 3: Fiber Optic Cable Arrangement - Access Network

Figure 4: Fiber Optic Cable Arrangement - Connection to Overlay Network


2.3 Implementation Phase

2.3.1 Preparation of Implementation plan

The Winning bidder must prepare a detailed implementation plan for the execution of all civil

works, fibre optic cable installation and testing , installation and testing in coordination with

all relevant parties. The plan shall contain a detailed project plan including a detailed work

breakdown structure with all dependencies, risk analysis and resource description including

required competencies in Project Plan software.

2.3.2 Route Engineering Finalization

The fiber network design will include both ring and linear topology. Each ring consists of a

number of sites called Aggregate points. All Aggregates within a ring connected together via

144 Optic Fiber cable to constitute a ring, where fiber cables enter and exit the site through

completely physically separate paths. Each Aggregate serves a number of smaller sites called

Access point. A 24 Optic Fiber cable will be terminated at each access point with only Two

fibers spliced all the way to the Aggregate point that serves it. At certain points, a number of

access points may share the same cable to reach the Aggregate.

The Winning bidder shall perform the following tasks in connection with the engineering

finalization of the fiber route:

1. Survey the planned path for the fiber route and termination sites

2. Hold discussions with private and public entities regarding the planned path for

the fiber and termination points. Execute the permit application process.

3. Prepare and submit the final path of the Route for the Engineer's approval for the

installation of the optical fiber cables. In addition, the Winning bidder shall

contact the authorities (e.g. Police, Municipalities, Ministries, electrical

companies and all concerned authorities) and meet their requirements to obtain

permission for executing the works on scheduled dates.

4. The Winning bidder shall, as soon as reasonably feasible, inform the Engineer of

any proposed modification of the planned route thereby indicating the reason for

the modification, the potential consequences of the additional length or reduced

length of the route, charges, fees and/or relocation costs , and the Engineer will

respond to any such proposal based on confirmation from the MOICT team .

5. The Winning bidder shall deliver detailed drawings “Plan-to-build”/“shop

Drawings” to perform the installation works. (14 days in advance of execution).

The electronic format of these drawings shall be in GIS format, GIS (ESRI

format) and AoutoCAD format . These detailed drawings shall also form the basis

for the As-Built drawings. The drawings shall show the locations of the fiber

(including duct-identification), manholes, splice/joint boxes, ODFs , Mini ODFs,

and patch panels at termination points, etc.


2.3.3 Obtaining Required Permission

Winning bidder shall provide the following services in connection with obtaining the

permissions to install the optical fiber cables (in duct and aerial on electricity poles):

1. At the commencement of the Contract, the winning bidder shall examine the site

and identify /verify all utilities within the right-of-way above or below ground,

and shall record all such information on suitable site drawings which shall be

submitted to the Engineer and MoICT. The winning bidder shall for this purpose

excavate trial pits ( on his own responsibility ) on site or take any other measures

needed as may be necessary for identification and verification of existing utilities.

2. The Winning bidder shall file, with all competent authorities and private (non-

governmental) persons, complete and accurate applications for all permissions (in

this paragraph) necessary or appropriate to enable the Employer to obtain the

permits for the installation of optical fiber cables, including splice boxes and

other required ancillary equipment along the route in accordance with the legal

conditions applying to the permits. All applications shall be finalized in due time

to ascertain the installation of the optical fiber cable before the stated end of

Contract date, including the Aggregate and Access sites connectivity. Copies of

the permit applications for the whole route must be forwarded to MoICT and the

Engineer.

3. The Winning bidder shall reasonably feasible inform the Engineer and MoICT of

any proposed modification of the planned Route thereby indicating the reason for

the modification, the potential consequences of the additional length or reduced

length of the Route for the right of way, and the engineer shall respond to such

proposal accordingly.

4. The Winning bidder shall duly follow up on such applications and to the extent

necessary or appropriate, meet with competent authorities or persons (both prior

to and, if necessary, after the filing of the applications), assist at any level of the

procedure (e.g. take recourse against possible refusal, etc.) and revise or file new

applications as a consequence of comments or suggestions received from

competent authorities, the Engineer or private landowners. The Winning bidder

shall provide the Engineer with the permits which comprise any forms of legal

co-operation (including without limitation easements, servitudes, leases, access

rights) by third (non-governmental) persons and all permits, licenses and other

approvals or authorizations of any municipal or administrative agency or

authority (including such forms of legal co-operation, collectively, permits)

necessary or appropriate to enable the Winning bidder to install the optical fiber

cable and all related telecommunications infrastructure along the route in

accordance with the legal conditions applying to the permits. The permits shall

meet the requirements to install fiber optic cables. The permits will enable to

install splice boxes, hand-holes, etc. and fiber optic cables along the whole route.

Copies of the granted permit documents shall be forwarded to MoICT and the

Engineer within 3 working days after receipt of the grant.


2.4 Civil, Fiber and Equipement works:

2.4.1 Civil Works Construction

The civil works described in this section are required to construct the so called solutions or in

cases where the overhead cabling on the infrastructure of the electricity distribution

companies cannot be used.

The Winning bidder will construct in one trench a single system of fiber optic network

consisting of ONE main UPVC duct 4 inches in diameter & 3.2mm thickness containing four

, Two (or single ) UPVC sub-ducts (32mm in diameter & 1.8mm thickness) according to the

specifications and drawings.

Flanges shall be installed at the ends where the main duct enters the manholes, handholes or

pull boxes to separate and organize the sub ducts. Each duct will conform to the technical

specification for duct material given in Annex D and for chambers (manholes) in Annex E.

The specification document shall be forwarded to the Engineer for official approval upon

receipt of the Instruction to Proceed (ITP). No construction work can commence prior to

receipt of the approval issued by the Engineer. All construction works shall apply to good

engineering standards and in agreement with the most recent civil and architectural

construction specifications issued by Ministry of Public Works and Housing and the

requirements of concerned authorities.

1. The Winning bidder will supply all materials required for the construction of the system. The Winning bidder is fully responsible for the quality of the supplied materials. This includes and not limited to duct materials, chambers, covers, joints, duct labels, cover labels, detection/warning tape, etc.

2. The Winning bidder is fully responsible for the construction site and safety on the construction site. The Winning bidder shall apply for any permit required (e.g. road blockage, police permission, electrical company’s permission and all concerned authorities) for executing the works and shall be fully compliant with the regulations of all local and governmental authorities.

3. The Winning bidder shall maintain a daily progress report and incident report.

4. In case of an excavation site or storage of materials existing close to roads and passages used by public, then the following must be taken into consideration:

i. The Winning bidder must present a list of his employees that will be guarding the sites.

ii. The Winning bidder must provide the employees with ID badges showing their names and responsibilities to be presented to different security authorities.

iii. The Winning bidder must inform the police department of the commencement date of the works and the expected date of completing the works by providing a list of his employees for the purpose of distributing it to police cars on shifts for verification when necessary.


5. The Winning bidder does not have the right to claim the working space excavations in addition to re-instate these excavations. The Winning bidder does not have the right to claim for any additional cost related to supporting the trench walls.

6. The execution of trench excavation for fiber optics cables 50cm wide and 100cm deep regardless of the type of the soil, and the terrain has to be re-instated to its original status. The longitudinal excavation has to be as close to the sidewalks as possible, or as directed by Governmental/local laws and the Engineer.

7. The trench constructions will be executed according to the specifications in Annex G. In case where the proposed cross section as detailed in the afore mentioned specifications, cannot be achieved and the cover of sand and pavement above the ducts is less than 60 cm, concrete protection plates or slabs shall be used (concrete with a minimum cube crushing strength of 200 kg/cm2 after 28 days and 20cm thickness without additional cost to MoICT) .

8. In case where the trench’s route crosses flood’s routes or valleys, concrete protection shall be used (concrete with a minimum cube crushing strength of 200 Kg/cm2 after 28 days and 40 cm thickness without additional cost to MoICT)) to cover and protect the ducts from potential damages.

9. The trenches shall be excavated in lines as far as possible. The trench shall be leveled as much as possible and sharp objects (stones, glass, etc.) shall be avoided or removed from the trench. Other cables or infrastructure shall be under passed as far as possible. The security distance dictated by Electricity or infra-structure companies in trenches to underground High or Medium Voltage power lines shall be respected.

10. Backfilling with Sweileh sand to protect the pipes, not less than 30cm high.

11. In Urban Areas defined by the Engineer, refill of the trench shall be free of stones or other sharp objects, and shall not contain polluted sand or organic materials. The excavated material shall never be used in backfilling. Single size material shall be used on top of the Sweileh sand, in accordance with the requirements of the authorities and related specifications. (This specification related in the Bill Of Quantities).

12. In Non-Urban Areas defined by the Engineer, refill of the trench in one layer (using the excavated materials with maximum size of aggregate not more than 10 cm), with intensive compacting, in accordance with the requirements of the authorities and related specifications. (This specification related in the Bill Of Quantities).

13. Asphalt cutting shall be executed rectilinear by using special machines according to the specificatons of the MOHPW and Ministry of Municipallties

14. For Asphalted surfaces, a base course layer of 30cm shall be applied above the single size at a compaction rate of not less than 97 % . The Asphalt layer shall be not less than 7cm thick after compaction, and the compaction degree shall not be less that 98% according to Marshall Test. A layer of MC-70 shall be applied


on the base course prior to Asphalting, at 1.5 kg/m2, to protect the base course, including the sides of the trench.

15. The following shall be applied on the complete road crossings:

a). Well compacted cement treated base course layer (120kg of cement/m

3), or concrete layer (as required by the responsible

authorities) with 40cm thickness shall be applied underneath the Asphalt.

16. The warning tape must be of yellow color with the text given in Annex H-2 and such text is repeated every 1m. Its width shall be 15cm. the material of the warning tape shall be submitted to the Engineer for approved prior to the ordering process and shall be placed at a distance not more than 30 cm from the finish floor level or as directed by the Engineer.

17. A plastic rope of 6mm diameter shall be installed in each sub duct, using different colors for each sub duct, for cable pulling purposes. The rope shall be one continuous peace from manhole to manhole, no knots are allowed.

18. Bridge crossing will be implemented after permission from the concerned authorities by installing the ducts inside 6 inch protective galvanized steel pipe along the edge of the bridge as shown in Annex F and as required by the responsible authorities.

19. Railways crossing shall be implemented after permission from railway authorities by installing ducts inside 6 inch protective galvanized steel pipe according to the specifications of the national railways company (Jordan) as shown in Annex F

20. Installation of the ducts shall be executed rectilinear and in the centre of trench.

The ducts shall be joined together using adhesive approved by the Engineer.

The ducts and sub-ducts will be sealed at each end of chamber to avoid the

entry of dirt. The identification label printed on exposed ducts every one meter

and will contain the text “MoICT-NBN”.

21. The chambers shall be installed free of dirt and water on the inside. Covers shall

fit correctly and metal covers shall be locked. The ducts shall be terminated

flush to the chamber structure. Chamber label shall be marked on the inside.

22. The route length between chambers shall be verified and will be compared with

the plan-to-build/shop drawings. Significant changes will be indicated and the

Winning bidder shall specify the differences in length. Major deviations can

lead to non-acceptance of the route or parts of the route.

23. At the commencement of the Contract, the winning bidder shall examine the site and identify /verify all sites within the right-of-way above or below ground, and shall record all such information on suitable site drawings which shall be submitted to the Engineer within one month of commencement of the works. The winning bidder shall for this purpose excavate trial pits ( on his


responsibility ) on site or take any other measures needed as may be necessary for identification and verification of existing utilities.

24. Pre-cast chambers or manholes shall be installed according to the technical specifications in Annex E. The trench for the manhole will be excavated 20cm deeper at the position of chambers and this 20cm will be filled with stabilization sand. In Urban Areas, the cover of the chambers needs to be leveled with the pavement, road or surrounding terrain, and the backfill around chambers shall be of single size materials. In Non-Urban Areas the cover of the chambers shall be 20cm above the ground level according to the specifications of the MOHPW. The distance between chambers/manholes shall not exceed 300m.

25. The winning bidder shall submit 20 pulling and 20 locking keys for manholes and hand holes on his own expense.

2.4.2 Manholes:

a). In urban areas : The pre-cast manholes (120cm(L)* 68cm(W)* 82cm(D)) as

internal dimensions with a base and walls of 15 cm thickness, with a fair-face

surface finish made from reinforced concrete with minimum cube crushing

strength of 250 kg/cm2 and 7Ø10 mm/m steel bars in both directions for

walls and base.

b). In non-Urban areas : The pre-cast manholes (100cm(L)* 100cm(W)*

100cm(D)) as internal dimensions with a base and walls of 20 cm thickness,

with a fair-face surface finish made from reinforced concrete with minimum

cube crushing strength of 250 kg/cm2 and 7Ø10 mm/m steel bars in both

directions for walls, base and cover.

c). The two types of manholes shall be equipped with terminators, galvanized

pulling eyes, step, cable support , brackets, marker plates in addition to frame,

and all accessories required to fix the splicing enclosures and spare cable loop

mounting.

d). The MOICT Engineer will determine the type of the manhole cover( concret or

metal ) according to the policies followed by the ministry .

e). The metallic covers shall be of the heavy duty cast iron type with a label

stating “MoICT-NBN”. The covers shall be lockable, and bear a 40 tons load,

a Lab test certificate should be presented.

f). For the concrete cover, Aluminium plate of dimensions 20x10 cm with a

label stating "MoICT-NBN" shall be applied and fixed to the cover.

2.4.3 Hand Holes:

a). The pre-cast Hand holes (91.5*46*82 cm) as internal dimensions with a base

and walls of 15 cm thickness, with a fair-face surface finish made from

reinforced concrete with a Minimum cube crushing strength of 250 kg/cm2

and 7Ø10mm/m steel bars in both direction for walls and base.

b). The Hand holes shall be equipped with terminators, galvanized cable support

and bracket, marker plate, frame and all accessories required for splicing

enclosures and spare cable loop mounting.

c). The MOICT Engineer will determine the type of the manhole cover( concret

or metal ) according to the policies followed by the ministry .


d). The cover shall be of the heavy duty cast iron or concret cover type ,The metal

cover shall be lockable, water tight.

2.4.4 Pull Boxes:

a). The pre-cast pull boxes (50*25*48.5 cm) as internal dimensions with a 10 cm

thickness for the base and walls, and 10cm for the cover with a fair-face

surface finish made from reinforced concrete with a Minimum cube crushing

strength of 200 kg/cm2.

b). The cover shall be of reinforced concrete type.

c). The pull boxes include: the cover, a marker plat (fixed on the entity's wall near

the Pull Box), and finishing.

26. Ducts shall be terminated flush to manholes, hand holes, and pull boxes; edges shall be leveled off. Ducts entering manholes, hand holes, and pull boxes shall be plugged and watertight. The plugging mechanism or material shall be readily removable to allow for future cable installation. Ducts shall enter manholes, hand holes, and pull boxes at 90 degree to the structure's wall. After the installation of the cable inside the sub duct, the sub duct shall be tightly sealed with foam.

2.4.5 Archaeological Sites

1. The Winning bidder shall take note of the fact that a representative from the Department of Antiquities will be appointed on site during construction operations at the potential archaeological sites.

2. Prior to any work on or around the potential archaeological locations, the Winning bidder shall coordinate with the Engineer and the representative of the Department of Antiquities on site to ensure that adequate measures specified by the said Department are taken to protect these sites, including prohibiting work within 100 m. from these sites.

3. The Winning bidder shall inform the Department of Antiquities of the planned commencement of work in new areas to allow the Department to carry out a survey before construction begins.

4. The Winning bidder shall consider in his program of work the presence of any identified sites and the need for the Department to inspect these sites during construction.

5. If a new site is discovered by the Winning bidder, he shall inform the Department immediately. In this case, the Winning bidder may have to adjust and/or re-schedule his activities around such site, and/or use other sources of materials if the site falls within a borrow area or a quarry to allow the Department of Antiquities to carry out survey and emergency salvage excavation.


2.4.6 Fiber Works (Supply and Installation of Optical Fiber

Cables and Accessories)

The winning bidder shall submit for the Engineer's approval samples and

specification documents, datasheets & catalogues for all components of the passive

optical fiber network upon receipt of the ITP (Instruction to Proceed). No construction

work can commence prior to receipt of the approval issued by the Engineer or by

delegated authority by the Engineer. All construction works shall apply to good

engineering standards.

The Winning bidder is responsible for the quality of the supplied materials and shall

present samples and data sheets of the materials for approval by the Engineer. (This

includes optical fiber cable, pigtails enclosure, splice boxes, ODFs, shelves for ODF,

optical patch panels, ADSS cable accessories etc.. ) Accessories shall be purchased

from the cable manufacturer or purchased from vendors specialized in manufacturing

such accessories..

1. The Winning bidder shall install all optical fiber and optical passive components to deliver optical connectivity from termination to termination point. In addition, the Winning bidder shall test and verify the connectivity between the optical termination points as stated in Section 2.4.

2. The Winning bidder shall be fully responsible for the construction site and safety on the construction site. The Winning bidder will apply for any permit required (e.g. road blockage by police) for executing the works and will be fully compliant with the regulations of local authorities (e.g. police permits). All fees and costs incurred by the Winning bidder for the permits shall be borne by the Winning bidder and shall be deemed to be included in the unit rates and prices in the Contract.

3. The winning bidder shall be fully responsible for labeling all the provided materials in the connection points including but not limited to ODF, Aggregation cabinets and ODFs and all costs incurred by the Winning bidder for labeling shall be borne by the Winning bidder and shall be deemed to be included in the unit rates and prices in the Contract.

4. Fiber optic cables and Enclosures installed inside the chambers shall be labeled as will be provided in this document Annexe E. The name convention for the ODFs, cables and Enclosures will be provided to the winning bidder by the MoICT Engineer.

2.4.7 Obtaining Required Permissions

The Winning bidder shall provide the following services in connection with obtaining

the permissions to install the optical fiber cables (in duct and aerial on electricity

poles):

1. The Winning bidder shall file, with all competent authorities and private (non-

governmental) persons, complete and accurate applications for all permissions (as

defined in sub-paragraph 2 below) necessary or appropriate to obtain the permits for


the installation of optical fiber cables, including splice boxes and other required

ancillary equipment along the route in accordance with the legal conditions applying

to the permits and any required permits for the wireless equipment ( Such as the

TRC permits ) . All applications shall be finalized in due time to ascertain the

installation of the optical fiber cable before the end of Contract duration, including

the PoP , entity and School connectivity. Copies of the permit applications for the

whole route must be forwarded to the Engineer and MoICT.

2. The Winning bidder shall duly follow up on such applications and to the extent

necessary or appropriate, meet with competent authorities or persons (both prior to

and, if necessary, after the filing of the applications), assist at any level of the

procedure (e.g. take recourse against possible refusal, etc.) and revise or file new

applications as a consequence of comments or suggestions received from competent

authorities, the Employer or private landowners. The Winning bidder shall provide

the Employer with the permits which comprise any forms of legal co-operation

(including without limitation easements, servitudes, leases, access rights) by third

(non-governmental) persons and all permits, licenses and other approvals or

authorizations of any municipal or administrative agency or authority (including

such forms of legal co-operation, collectively, permits) necessary or appropriate to

enable the installation of the optical fiber cable and all related telecommunications

infrastructure along the route in accordance with the legal conditions applying to the

permits. The permits shall meet the requirements to install in the fiber optic cables.

The permits will enable to install splice boxes, hand-holes, etc. and fiber optic cables

along the whole route. Copies of the granted permit documents will be forwarded to

the Engineer within 3 working days after receipt of the grant.

2.5 Acceptance Testing

2.5.1 Fiber works Acceptance Test :

The Winning bidder shall invite the Engineer in advance to witness the acceptance testing of

the installed fiber route or parts of the fiber route. Invitation for acceptance testing shall only

be forwarded to the Engineer after the Winning bidder has successfully executed internal

acceptance tests. Acceptance test will be carried out between optical termination points

(ODF, patch panels) and witnessed by the Engineer.

1. The length between optical termination points shall be verified and will

be compared with the ”plan-to-build”/”shop drawings”. Significant

changes will be indicated and the Winning bidder shall specify the

differences in length. Major deviations can lead to non-acceptance of

the route or parts of the route.

2. The optical attenuation between the termination points shall be

measured in accordance with the procedure and acceptance criteria of

Annex C.

3. Optical time domain measurements shall be carried out to verify the

quality of splicing of optical fiber cables. This will be executed in

accordance with the procedure and acceptance criteria of Annex C.


4. Optical dispersion and Polarization Mode Dispersion (PMD)

measurements (factory sheet) of each cable drum used for the optical

network shall be presented to the Engineer for verification. The

acceptance criteria are specified in Annex C.

5. Optical termination points shall be protected by removable high quality

caps.

6. Duct and cable terminations into buildings shall be properly sealed and

protected. Sealing shall be of high quality and ultra violet-light resistant.

7. Cable terminations or cable transitions shall be clearly labeled with

weather and UV-resistant labels in accordance with the fiber allocation

table supplied by the Engineer.

2.5.2 Civil works Acceptance Test:

Acceptance test for Civil Works will be carried out between chambers and witnessed by the

Engineer:

1. Chambers shall be of the same type as indicated in the technical

specifications and drawings and approved by the Engineer. The

chambers shall be installed free of dirt and water on the inside.. The

ducts shall be terminated flush to the chamber structure. Chamber label

shall be marked on the inside.

2. The route length between chambers shall be verified and will be

compared with the plan-to-build/shop drawings. Significant changes

will be indicated and the Winning bidder shall specify the differences in

length. Major deviations can lead to non-acceptance of the route or parts

of the route.

3. The Winning bidder shall execute the tests and provide an acceptance

test report to the Engineer to summarize the test results from chamber to

chamber for each system and duct. This acceptance report will be

signed by representatives from the Winning bidder and the Engineer

only in case of successful acceptance.

2.6 Training

The bidder shall provide the following training course totally on his expense for the specific

number of trainees mentioned below :

1. ADSS installation , splicing ,testing and maintenance for five trainees at certified

training center .


2.7 Project Management

Requirements:

1. The project management shall be according to the PMI standards throughout the project

phases

2. All the knowledge areas shall be covered while managing the project.

3. A charter shall be defined in the beginning of the project

4. The schedule shall be submitted showing the critical activities

5. A project management plan shall be prepared by winning bidder and including:

a). A communication plan: shall be prepared in the beginning of the project to define

all the means and time of project communication and responsibilities .

b). A quality assurance plan shall be defined in which all quality assurance activities

during the project is well defined and the roles & responsibilities are clear, the

acceptance criteria and procedure shall also be defined.

c). A risk management plan shall be defined that takes in to consideration the

prioritization, impact, and probability of risks

d). A change management plan shall be defined to manage the scope changes

2.8 Documentation

All documentation will be maintained in English and shall be subject to document control

processes.

In addition, the documented operations plans, procedures and processes will further facilitate

the availability of knowledge to all current and future staff and facilitate transition to MOIC

after the managed services term. The Managed Services operations team will complete all

relevant operations logs and document activities undertaken.

2.9 Quality Assurance

Requirements:

1. All works shall be executed and controlled by a quality management system in

accordance with the requirements of ISO 9001.

2. This system comprises all the participants to the contract within the Winning bidder’s

teams .

3. The Quality Assurance Plan is based on quality manuals of the Winning bidder.

4. The Winning bidder nominates from the beginning of the Project, the person in charge of

quality assurance of the whole project, who is directly linked to the Project Director.

5. The Winning bidder shall establish from the beginning of the project, the Quality

Assurance Plan based on Winning bidder’s quality system that shall define:

a. Scope of Quality Assurance Plan, with conditions of validity and revision,

b. Approach and structure of the Winning bidder's quality management system to

fulfil the requirements of the Contract and ISO 9001,


c. Organization retained for the project with subwinning bidders list,

d. Details of how the Winning bidder proposes to manage subwinning bidders and to

ensure that the relevant quality system requirements of ISO 9001are observed and

implemented by winning bidders in the execution of the works subcontracted,

e. The quality plans of Winning bidder.

2.10 Reporting

The Winning bidder shall report regularly on a weekly basis (or when requested by the

Engineer in connection with a potential default or force majeure) on the progress in obtaining

the permits and installation progress for the route. Such reports shall contain: number of

permits required for the route or sections of the route, authority responsible per permit,

distance related per permit, date of submission for application of permit, expected date of

permit to be granted, date of permit granted, outstanding actions, responsible for file or

outstanding actions, responsible winning bidder for installation, distance per winning bidder

or subwinning bidder, projected progress per subwinning bidder, actual progress per week

per subwinning bidder, splice positions and numbers of splices executed per section, test and

acceptance status between optical connector panels and/or ODFs, any deviations from

contractual requirements. The Engineer will get more closely involved in the permit

application process and installation progress where it deems necessary or when requested by

the Winning bidder. In case of any imminent or actual delay in the performance of any part of

the provision of the permits, the Winning bidder shall, as soon as reasonably feasible, inform

the Engineer of the occurrence or potential occurrence of a delay, thereby indicating the

reason of the delay, the potential consequences of the delay for the scheduled dates and the

measures the Winning bidder proposes to take to prevent, overcome, or limit to the maximum

extent possible of such a delay.

All reports shall be handed to the Engineer on a hard copy at an agreed day or sent by e-mail

in case where handing is not applicable, in addition to an electronic copy of all the (OTDR)

optical time-domain reflectometer tests along with the required Software programs to open

them.

2.11 Supply of As-Built Information

The Winning bidder shall supply to the Engineer a full set of as-built drawings of the Route

no later than four (4) weeks after the completion of the installation. Such drawings shall be in

accordance with the Specifications set forth in Annex I and shall be delivered in electronic

format compatible with GIS (ESRI format) on CD-ROM. Such drawings shall be in

accordance with the specifications set forth in Annex I

Network As-built information

The supplier will update the Technical Detailed Design with as-built and as-is configuration

information. All equipment installation drawings shall be updated with as-built information.

All As-built documents will be presented to MoICT for a formal approval and will be part of

the provisional acceptance.


Drawings will comply with the following:

1. Indicate passive equipment layout, wiring diagrams, and dimensions.

2. Locate devices as shown on Drawings.

3. Submit drawings for approval including, but not limited to the following:

a. Detailed system schematic diagram,

4. Complete system wiring diagrams, size and type of cables, enclosures, and terminal,

splice boxes etc., and routing plans of any wiring or cabling system.

All Design Development drawings, Construction drawings, and As-Built drawings shall be

submitted in hard copy format as well as in electronic format in the quantities specified

below.

Quantity of Submittals:

a. Electronic Files: 1 set.

b. Reproducible hardcopies: 1 set.

c. Prints: 3 sets.

2.12 Defect Liability Warranty

The Winning bidder warrants that the materials supplied under the contract are new, unused,

of the most recent or current models and those that incorporate all recent improvements in

design and materials unless provided otherwise in the Contract.

The Winning bidder further warrants that all materials supplied shall have no defects, arising

from design, materials, or workmanship or from any act or omission of the Supplier that may

develop under normal use of the supplied materials in the conditions prevailing in Jordan.

This warranty shall remain valid for twenty four months ( 24 MONTHS ) starting from the

issuance of the Acceptance Certificate (Taking-Over Certificate) and shall be provided by the

Winning bidder duly filled and signed by him and endorsed by a Notary Public on a form

similar to the attached format.

The Engineer shall promptly notify the Winning bidder in writing of any claims arising under

this warranty.

Upon receipt of such notice, the Winning bidder shall, within the specified period and with

all reasonable speed, repair or replace the defective materials or parts, without additional cost

to the Employer.

If the Winning bidder, having been notified, fails to remedy the defect(s) within the period

specified in, the Employer may proceed to take such remedial action as may be necessary, at

the Winning bidder's risk and expense and without prejudice to any other rights which the

Employer may have against the Winning bidder under the Contract.


During the Warranty Period, the Winning bidder shall provide, at no additional cost, all

required spare parts needed to replace existing faulty components and perform all works

required to do the replacement, unless it is proved that the component to be replaced was

damaged by abuse

Manufacturer’s Warranty:

Provide written warranty, signed by the Manufacturer and the Installer agreeing to replace

system devices and equipment that fail in materials or workmanship through specified

.warranty period ( two years).

2.13 Support Programs & Deliverables

2.13.1 Network Infrastructure Design Assistance

Advanced Services engineers to consult with MoICT networking staff in a series of face-to-

face and remotely conducted meetings to develop a thorough understanding of the network

infrastructure design requirements and review existing network design.

3 TECHNICAL DETAILS

3.1 GENERAL

3.1.1 Related Documents

1. Drawings and general provisions of the Contract, including Conditions of Contract,

apply to this Section.

2. In particular, refer to these documents for all elements related to costs and

responsibility for the delivery, storage, and rollout phase.

3. It is the Winning bidder's responsibility to coordinate the work of his various

subwinning bidders.

3.1.2 System Description

3.1.2.1 Purposes

The Tender document describes the Fiber Optic Cable Network to be installed as part of the

National Broadband Network.


3.1.2.2 Coordination

Meet jointly with representatives of concerned organizations and the Engineer representatives

to exchange information and agree on details of network components arrangements and

installation interfaces. Record agreements reached in meetings and distribute record to other

participants.

3.1.2.3 Variant and Options

The Winning bidder shall propose no variant. Options resulting in additional provisions to the

basic system may be submitted to the Engineer for approval, with specifications,

characteristics, purpose and full particulars of calculations and components selections.

3.1.3 Submittals

3.1.3.1 Design Submission

The winning bidder shall submit network design in addition to the following:

1. Datasheets: These must include (at least) the following information:

a. Features,

b. Standardized tests passed and results and available product certificates,

c. Product compatibility matrix with other manufacturers/vendors (specify level of

testing in operation, lab test, declarative or theoretical),

2. Product Certificates: Signed by Manufacturers certifying that products furnished

comply with requirements.

3. Test Plan:

a. The Winning bidder shall provide Test Plan on the testing methodologies used for

various tests involved throughout different stages of the Works. This shall also

include the plan for integrated tests for interface with other systems. The Winning

bidder shall submit the vendor’s recommended Test Plan for approval by the

Engineer.

b. Test schedule and required test equipment shall be determined within the plan.

c. In establishing the test schedule, the Winning bidder and Engineer shall agree

which activities the Engineer will attend.

d. After Approval, the Test Plan may be amended as required during the life of the

Project to reflect changes in system design and the identification of additional

testing requirements that shall be borne by the winning bidder.

3.1.3.2 Shop Drawings

The winning bidder shall submit for approval shop drawings that include the following:


1. Indicate layout, cabling diagrams, and dimensions.

2. Detailed layout of fiber optic cable

3. Detailed and splicing diagrams for fiber,

4. Complete electrical and physical characteristics of fiber optic cable and accessories, etc.

5. Complete system wiring diagrams, size and type of cables, enclosures and terminal,

splice enclosure, ODFs, etc., and routing plans of fiber optic cable system.

6. Typical details.

7. Submittals

3.1.3.3 Manufacturer's Installation Instructions and product certificate:

1. Manufacturer's installation instructions.

2. Certificates signed by manufacturers of the cables and accessories certifying that the

provided products comply with contract specified requirements.

3.1.3.4 Tests and Certificates

The winning bidder shall submit the following

1. Test Specifications as defined in the Test Plan shall be submitted for Approval.

2. Submit complete certified Manufacturer’s type and routine test records, in accordance

with the Standards specified in "Quality Assurance" Plan.

3. It will specify test results for compliance with contract's performance requirements.

3.1.3.5 Field Test Reports

As specified in "On-site tests and Inspections" of this Section, the Winning bidder shall

indicate and interpret test results for compliance with system description and performance

requirements on both hard and soft copies along with the required software programs to open

them.

3.1.3.6 Record (As-Built) Drawings

Ensure that all changes to the approved design either implemented during or instructed by the

Engineer or its representatives are formally and accurately recorded on As-Built

documentation. This shall cover all the sites and locations where installations, as detailed on

approved drawings, are being carried out. All as-built drawings shall be in accordance with

Annex I and shall be submitted to the Engineer for review and approval


3.1.4 Regulations and Standards

3.1.4.1 Regulations

1. The supply shall conform to requirements of referenced industry standards, applicable

Sections.

2. The winning bidder shall comply with Local Requirements, applicable local

regulations and code requirements of authorities having jurisdiction. These will have

precedence over other codes and standards indicated, unless otherwise approved by

Engineer, in writing.

3.1.4.2 Standards

1. System components, parts and installation are to comply with the corresponding

recommendations of the Electronic Industries Association (EIA), and the International

Electro technical Commission (IEC).

2. Codes and Standards: Comply with the latest issue of several material and test

standards, which have been developed and published by Institute of Electrical and

Electronics Engineers (IEEE) for Data communications industry.

3. Compliant with both ITU-T recommendations and US standards.

The above list is a partial list issued from standard organizations. Additional consideration

may be required to issue satisfactory operation of the network.

3.1.5 Quality Assurance

3.1.5.1 Requirements

1. All work shall be executed and controlled by a quality management system in

accordance with the requirements of ISO 9001 and any other applicable standards.

2. The Quality Assurance Plan shall be based on quality manuals of the Winning bidder,

where Engineer has the right to explore the quality manual.

3. This plan shall include all the participants to the Contract within the Winning bidder’s

teams and if applicable its sub winning bidders.


4. The Winning bidder nominates from the beginning of the Project, the person in charge

of quality assurance of the whole project, who is directly linked to the Project Director.

5. The Winning bidder shall establish from the beginning of the project, the Quality

Assurance Plan based on Winning bidder’s quality system that shall define:

a. Scope of Quality Assurance Plan, with conditions of validity and revision,

b. Approach and structure of the Winning bidder's quality management system to

fulfil the requirements of the Contract and ISO 9001,

c. Organization retained for the project with subwinning bidders list,

d. Details of how the Winning bidder proposes to manage subwinning bidders and to

ensure that the relevant quality system requirements of ISO 9001/2 are observed

and implemented by the subwinning bidders in the execution of the works

subcontracted,

e. The quality plans of Winning bidder.

f. Description of all tests and inspections that shall be completed in the project.

6. All records out-coming from the Quality Assurance Plan shall be sent to MoICT for

approval.

3.1.5.2 Materials and Workmanship

They shall conform to the latest issue of all industry standards, publications, or regulations

referenced in this Section, including the following, as applicable:

1. Regulations and Standards: System components, parts and installation are to comply

with the corresponding recommendations of the Electronic Industries Association

(EIA), and the International Electro technical Commission (IEC).

2. Compliance with Local Requirements: Comply with applicable local regulations and

code requirements of authorities having jurisdiction. These will have precedence over

other codes and standards indicated, unless otherwise approved by the Engineer, in

writing.

3. Conform to requirements of referenced industry standards, applicable Sections.

3.1.6 Warranty

3.1.6.1 Special Warranty

Manufacturer’s Warranty: Provide written warranty, signed by the Manufacturer and the

Installer engineer to replace the components that fail in materials or workmanship within the

specified warranty period.


3.1.6.2 Warranty Period

1. two years from the Date of issuance of the Taking-Over Certificate.

2. During the Warranty Period for all the works , the Winning bidder shall provide, at its

own cost, all required spare parts needed to replace existing components unless it is

proved that the component to be replaced was damaged by abuse.

3.1.7 Commissioning

3.1.7.1 Purpose

The purpose of this Section is to outline Acceptance Testing requirements and procedures.

This Section shall form basis of the tests to be carried out, and specifies the minimum

requirements to be followed.

3.1.7.2 Acceptance Testing Requirements

1. The Winning bidder is responsible for the fiber optic cable and related accessories

installation in the system, so that the system stays globally functional. Therefore the

cable and associated components commissioning must be done through demonstration

of product capability and compliance with requirements when wired and configured as

a system.

2. The Winning bidder shall be required to perform a factory acceptance test and a range

of Site Acceptance Tests for each individual subsystem to demonstrate that all items

have been correctly installed and adjusted on a location by location basis and that the

subsystem operates in every respect in accordance with the Specification.

3. The tests have to cover every aspect related to the specifications of Civil works and

Fiber work components; including visual inspections, measurements, and operation.

4. The site acceptance tests shall be performed by the Winning bidder and witnessed by

the Engineer.

5. Any defects, which may become apparent during the course of these tests, shall be

immediately rectified by the Winning bidder at his expense.

6. The Site Acceptance Test Specifications shall be prepared by the Winning bidder on

both hard and soft copies and submitted to the Engineer for Approval

7. All Site Acceptance Tests shall be carried out in the presence of the Engineer or his

representatives who shall sign off the testing documentation on satisfactory completion

of the tests.


8. If modifications are required as a result of the tests, all affected parts of the Site

Acceptance Tests, as determined by the Engineer, shall be retested by the Winning

bidder at his expenses.

9. The results of the Site Acceptance Tests, together with any retesting as a result of

failure, shall be recorded and signed by the authorized personnel of the Winning bidder

and the Engineer or his representatives.


3.2 Execution

3.2.1 Installation

3.2.1.1 General

A- Scope of Work:

a. Acceptance of works shall be restricted to the material and installations

complying with Contract specifications, the approved submittals, approved shop

drawings, and the Engineer’s approvals.

b. The Winning bidder has to carry out any site works under direct supervision of

qualified, well trained technicians with manufacturer experience.

c. Site workmanship of any network component has to be limited to the layout and

fixation, and inter wiring of various items of the readymade components.

d. In addition to the above, the Winning bidder shall perform and supply the

following:

1) Coordination meeting with the Project authorities,

2) Progress reports and Progress reviews,

3) Insurance for the Transport of the equipment and material in addition to

other insurances specified in the Contract

4) Quality Assurance setup and management,

5) Document Management,

6) Configuration Management for the duration of the project,

7) User documentation,

8) Worksite Setup and removal of temporary offices, Worksite vehicles, Site

offices computers, printers, desks, etc.,

9) Archival. And photos for each site.

B- Site Survey

a. Examine all sites, routes, existing Manholes, Handholes, existing routes, poles,

existing Equipment etc. and all locations where all the fiber optic cables and the

related components will be deployed.

b. Identify component and material location,

c. Identify links on patch panels,

d. Procure premises environment characteristics,


e. Confirm feasibility for each technical room before starting to deploy.

f. Confirm and finalize fiber routes including all electrical poles within the route that

will be utilized.

g. Any other surveys required to collect information for the purpose of performing the

installation or obtaining permits from authorities.

h. Proceed with installation only after unsatisfactory conditions have been corrected.

3.2.1.2 Coordination

1. It is under the Winning bidder responsibility to carry out any coordination between its

own installations and other works.

2. The layout shop drawings have to be used as a guideline and must be approved by the

Engineer before implementation starts.

3. The layout shop drawings shall also reveal the measures taken therein, and every

fixation principle, and are to be approved by the Engineer.

4. For this purpose any starting of work will be subject to the Engineer / Engineer

representative's approval.

5. The approved drawings shall take into account existing and future utilities and plans

for the area - if such information is available. This consideration does not absolve the

winning bidder from the responsibility of obtaining the necessary releases and permits

to implement the works.

3.2.1.3 Installation Instructions

1. Installation of network components and materials shall comply with industry

construction standards and Manufacturer's written instructions. More precisely:

a. Install cable using techniques, practices, and methods that are consistent with

applicable Standards.

b. Install cable without damaging conductors, shield, or jacket.

c. Do not bend cable during handling or during installation to smaller radius than

minimum recommended by Manufacturer.

d. Secure and support cable at intervals not exceeding 750 mm and not less than 150

mm from cabinets, boxes, fittings, outlets, racks, frames, and terminals, etc..

e. Wiring within technical rooms: Provide adequate length of cables. Train cables to

terminal points with no excess. Use lacing bars to restrain cables, to prevent

straining connections, and to prevent bending cables to smaller radii than

minimums recommended by Manufacturer.


2. Cleaning: after completing system installation, inspect premises. Remove burrs, dirt,

and construction debris and repair damaged finish, including chips, scratches, and

abrasions.

3.2.1.4 Identification of Cables

1. Identify system components complying with applicable requirements and the following:

Use a unique hierarchical alphanumeric designation for labelling.

3.2.1.5 Weatherproof Components

Install units that are mounted outdoors, in damp locations, or where exposed to weather

consistent with weatherproof rating requirements as IP45 at least.

3.2.1.6 Supervision

1. Installation shall be supervised and tested by specialized personnel of the Winning

bidder organization.

2. The work shall be performed by skilled technicians under the direction of experienced

engineers, all of whom shall be properly factory trained and qualified for this work.

3.2.1.7 Safety

1. The contractor shall Coordinate with the Engineer to procure general safety conditions

during implementation.

2. Check that drain conductors and components are grounded to eliminate shock hazard

and to minimize ground loops, common mode returns, noise pickup and other

impairments.

3. Patch wiring must be traceable; Keep a database of patches installation up to date.

4. Warning signs, fencing, traffic barriers, accesses. shall be provided and maintained by

the Winning bidder so as to safeguard and cause minimum inconvenience to the public.

Flashing amber warning lights shall be operated at night. Local authority directions

shall be followed if so required. Pedestrian accesses shall be provided at 100 m

intervals, and cross roads shall have decking provided to permit the passage of

vehicular traffic.

5. The installer's name, emergency contact address and telephone number shall be

prominently posted at the site in both the Arabic and English languages.

6. Since a clean, dry cable has surface resistance of approximately 109

to 1011

ohm/m and

a dirty, wet cables have a surface resistance of 103

to 105

ohm/m, DO NOT INSTALL

CABLES ON ACTIVE TOWERS DURING WET ENVIRONMENTAL

CONDITIONS.


7. Careful selection of the suspension position of the ADSS aerial cable prevents

dangerous flashovers. These flashovers can occur mainly near the suspension position

of the cable. Therefore, the minimum clearance between the cable and phase conductors

shall be followed according to the specifications of the electric companies ( EDCO and

IDECO) . This is done by considering the ADSS aerial cable to be a conductor which is

grounded, and using currently accepted methods for determining its placement.

8. All debris shall be removed from the site.

3.2.2 On Site Tests and Inspection

3.2.2.1 On Site Verification

1. The purpose of this phase is to check the fiber optic cable and associated components

and materials.

2. Any verification may result in a punch list item either because of an anomaly or a non-

conformity with the Tender documents.

3. The punch lists are collated for each of the network components and the phase report is

only released when all the stipulations on the punch lists are cleared.

3.2.2.2 Test Specifications

1. The Winning bidder shall submit a Test Plan according to the Test Specifications for

approval. The winning bidder shall follow the methodology presented in the approved

Test Plan.

2. The tests shall cover every aspect related to the specification of the system and its

operation; including visual inspections, measurements, and operation.

3.2.2.3 On Site Cable Tests

Cables are to be tested to ensure that no damage have occurred to them during transportation

to site and/or during the course of pulling and laying.

3.2.2.4 Inspection

Verify that cables, units, and components are properly labled and identified.

3.2.2.5 Pre-Testing

1. Align and adjust system and perform pre-testing of all components to verify compliance

with specified requirements.


2. Correct all deficiencies by replacing malfunctioning or damaged items with new items.

3.2.2.6 Procedure

1. Notify the Engineer not less than 30 days in advance, of proposed schedule, procedures

and tests to be used in testing.

2. Conduct tests only with the Engineer present.

Report

1. Prepare a written report of observations, inspections, tests and results, including:

A complete listing of every cable and device,

a. Date of each test and retest, and by whom,

b. Results of each test and, if failure occurred, corrective action taken prior to retest.

3.2.2.7 Operational Tests

1. Schedule tests after pre-testing has been successfully completed.

2. Perform operational system tests to verify compliance with Specifications.

3. Test all modes of system operation; including:

a. Functional operation of each field mounted cable .

b. Inspection: Verify that cables, units, and components are properly labelled and

identified.

4. The winning bidder shall submit to the Engineer tests' Schedule with at least seven

days’ advance notice of test performance.


4. Annexes

The contractor shall provide a compliance list for each and every item and specification mentioned in this RFPsupported by the manufacturer documents (data sheets )


Annex A : will be delivered to the winning bidder


Annex B-1: Technical Specifications of Optical Fiber Cable - Duct Type

1. General Considerations

The cable shall be designed for applications inside protective UPVC sub-ducts of 32mm

diameter.

This specification describes the cable design, properties of the fibers and the cable, the testing

and the quality assurance during manufacturing, the final acceptance tests and the packaging.

Single mode optical fiber cables which are optimized for use in both wavelengths windows of

1310 nm and 1550 nm are required. The optical fiber cables shall meet the requirements

stated in ITU-T Rec. G.652 D

The cable shall be new, unused and of current design and manufacturing.

2. Standards

The specification refers to the following standards:

IEC60793-1: Optical Fibers - Part 1: Generic Specification.

IEC60793-2: Optical Fibers - Part 2: Product Specifications.

IEC60794-1: Optical Fiber Cables - Part 1: Generic Specification.

EIA/TIA 492-CAAB.

EIA/TIA 598: Color Coding of Fiber Optic Cables.

3. Fiber Characteristics

3.1. General Fiber Specifications

The fibers shall meet all requirements according to IEC 60793-2 Category B1.

All optical fibers shall be sufficiently free of surface imperfections and inclusions to meet the

optical, mechanical, and environmental requirements of this specification. Factory made

optical fiber splices are not allowed.

Each optical fiber shall consist of a SiO2 core doped with GeO2 and a fused SiO2 cladding

(matched clad) giving a fiber with a step profile of the refractive index.

The coating shall be easily strippable by means of a mechanical stripping tool without

damaging the fibers. No chemicals shall be required. The fibers shall be completely

phosphorus free.


3.2. Optical and Mechanical Characteristics of Standard Single Mode Fibers

Single-mode Low Water Peak fiber shall be utilized in these optical fiber cables and shall

meet the ITU recommendation G.652D, “Characteristics of a Single-Mode Optical Fiber

Cable”.

This requirement defines standard single-mode fibers for use across the full broad

wavelength range including NOT LIMITED TO the extended band (1360 nm - 1460 nm).

These fibers shall have the specified performance and geometry values except as noted

below:

Mode field diameter (1310 nm): 9.2 µm 0.4 µm


Cladding diameter: 125 µm 0.7 µm

Mode field concentricity error: 0.5 µm

Cladding non circularity: as per ITU G.652.D type

Refractive index profile: step

Design: matched cladding

Effective group index of refraction Neff (at 1310nm): To be provided by manufacturer.

Effective group index of refraction Neff (at 1550nm): To be provided by manufacturer.

Cut off wavelength of cabled fiber: 1260 nm

Attenuation at 1310 nm: 0.35 dB/km





Attenuation vs. Wavelength

Range (nm) Ref. λ (nm) Max. Difference α (dB/km)

1285 – 1330 1310 0.03

1525 – 1575 1550 0.02

The attenuation in a given wavelength range does not exceed the attenuation of the reference

wavelength (λ) by more than the value α.

Zero dispersion Wavelength (λ0): 1302 nm λ0 1322 nm

Zero dispersion Slope (S0): 0.089 ps/(nm2.km)

The attenuation measurements shall be made after finally winding the cable on its shipping

d r u m . C a b l e e n d s s h a l l t h e n b e h e r m e t i c a l l y s e a l e

Each fiber in each cable delivery length shall have a zero-dispersion over the range 1300 -

1324 nm. Maximum dispersion at the wavelength 1550 nm shall not exceed 18 ps/nm.km or

as pair ITU-T recommendation G.652 D.

3.3. Core Material

The core of the optical fiber, with a higher refractive index compared to the cladding, is made

of SiO2 (Silicon dioxide) doped with GeO2 (Germanium dioxide).

3.4. Cladding Material

The cladding of the optical fiber is made of SiO2 (Silicon dioxide).

3.5. Type of Primary Coating

The primary coating is made of an UV-curable acrylate. It is applied in two layers, each of a

different Young's modulus. The inner layer is somewhat softer than the outer one. This make-

up protects the fiber against micro bending losses and against abrasion.

3.6. Dimension of Primary Coating

The dimension of the primary coating is 245 5 µm.

3.7. Mechanical Characteristics of the Primary Coating

The primary coating is easily strippable by means of a mechanical stripping tool. No

chemicals shall be used.

3.8. Mechanical Characteristics of Fiber


A non metallic central core shall be provided which may constitute the strength member

designed to withstand all longitudinal stresses or its strength may be supplemented by an

additional stress sharing sheath. The core shall be of a non-hygroscopic material.

Proof test stress: 8 N for 1 second; strain: 1 %.

Each optical fiber shall be proof tested by the fiber manufacturer at a minimum of 100 kpsi

(0.7 GN/m2).

The tube of the cable shall be able to contain 12 colored fibers.

Fiber Color Coding: fiber-# 1 : Blue fiber-# 7 : Red

fiber-# 2 : Orange fiber-# 8 : Black

fiber-# 3 : Green fiber-# 9 : Yellow

fiber-# 4 : Brown fiber-# 10 : Violet

fiber-# 5 : Slate fiber-# 11 : Pink

fiber-# 6 : White fiber-# 12 : Turquoise

The binders of the fibers bundles shall be distinguishable by means of color coding in

accordance with TIA/EIA-598-B, "Optical Fiber Cable Color Coding".

The central buffer tube shall be filled with a non-hygroscopic, non-nutritive to fungus,

electrically non-conductive, homogenous gel in order to prevent water penetration and

migration. The gel shall be free from dirt and foreign matter. The gel shall be readily

removable with conventional non-toxic solvents.

The central tube shall be surrounded by a high density polyethylene (HDPE) jacket. The

jacket shall not promote the growth of fungus.

The jacket shall be free of holes, splits, and blisters. The minimum nominal thickness of the

outer jacket shall be 1.5mm.

Cable jackets shall be marked with manufacturer’s name, month and year of manufacture,

sequential meter markings, a telecommunication handset symbol and “MOICT-NBN” as

required by Section 350G of the National Electrical Safety Code® (NESC

®), fiber count, and

fiber type. The actual length of the cable shall be within +/- 1 % of the length markings. The

print color shall contrast with the cable jacket. The size of the marking letters shall be

approximately 2.5 mm.

If the initial marking fails to meet the specified requirements (i.e., improper text statement,

color, legibility, or print interval), the cable may be remarked using a contrasting alternate

color. The numbering sequence will differ from the previous numbering sequence, and a tag

will be attached to both the outside end of the cable and to the reel to indicate the sequence of

remarking.

The cable shall withstand a 2700 N during installation.


The shipping and storage temperature range of the cable shall be -30C to +70C. The

operating temperature range of the cable shall be -30C to +70C. The installation

temperature range of the cable shall be -5C to +50C.

4. General Cable Performance Specifications

The cable shall fulfil the following mechanical, thermal and electrical characteristics. If

applicable, during and after the tests, the attenuation shall be monitored at the operating

wavelength.

4.1. Tensile Performance

The cable shall be tested in accordance with IEC 60794-1-E1. The cable shall be subjected to

a load of 2700N. No fibers shall exhibit a measurable change in attenuation after load

removal.

4.2. Crush Resistance

The cable shall withstand a compressive load of 30 kN/m - 50 kN/m for duration of 15

minutes. The load shall be applied uniformly over the length of the compression plate. The

cable shall be tested in accordance with IEC 60794-1-E3. No fibers shall exhibit a

measurable change in attenuation after load removal.

4.3. Cable Bend

The minimum bending radius of the cable shall be less than or equal 15 times the outer

diameter. It shall be tested in accordance with IEC 60794-1-E11. After the test there shall be

no change in fiber attenuation greater than the uncertainty of measurement.

4.4. Temperature Cycling

The cable shall be subjected to a minimum temperature of -30°C and a maximum temperature

of +70°C. The test shall be performed in accordance with IEC 60794-1-F1. The change in

fiber attenuation shall not be greater than the uncertainty of measurement 0.05

4.5. Water Penetration

A 1 m sample of the cable shall be subjected to a water penetration test according to IEC

60794-1-F5. After duration of 24 hours no water shall be detected at the open end of the cable

core.

5. Testing

5.1. Type Test

The type tests given in Section 6 shall be performed on the fiber optic cable.


5.2. Factory Acceptance Test

The cable performance shall be proved by showing detailed test reports of the optical

attenuation (if applicable) during and after the test and all relevant test parameters of the type

test. MOICT representatives will witness the Factory Acceptance Test.

5.3. Routine Test

The optical attenuation coefficient as required in Section 3.2 shall be verified at 1550 nm on

all production cable lengths. The test shall be performed according to IEC 60793-1-C1C

(Backscattering technique).

6. Quality Assurance Provision

The manufacturer shall carry out quality inspection and keep a record of the test results to an

extent agreed. The manufacturer shall also keep track of the materials used, and of the

production steps, used in the manufacturing of the cable to an extent agreed.

The supplier shall provide details of his quality control procedures that shall include the

methodical recording of the results of production measurements.

Test result shall include the following:

1. Cable designation.

2. Number of fibers.

3. Fiber type.

4. Refractive index.

5. Drum no.

6. Length of cable.

7. Data of measurements.

8. Attenuation for every fiber at 1310 nm.


10. Zero-dispersion wavelength for every fiber.

11. Zero-dispersion slope for every fiber.

12. Maximum and minimum value of mode field diameter of fibers in the cable.

13. Maximum and minimum value of cut-off wavelength in the cable.

14. A core-concentricity error of fibers in the cable.

15. Dispersion.

16. The test results shall be attached on the drum.

7. Packaging

Cables shall be uniformly wound with no gaps between successive turns.

Cable ends shall be effectively sealed against physicals damage, the ingress of water and loss

of jelly filling, opening and re-sealing being possible at least ten times.


Identification of the cable drum shall include the following parameters:

1. Name of manufacturer and year of production.

2. Cable designation and content.

3. Cable ID numbers.

4. Length of cable and start and finish mark.

5. Order no.

6. Any other useful information.

Drum size shall be suitable for cable lengths of at least 4000 m as one piece. Longer pieces

are preferable.

Tenderers shall state the maximum drummed cable length of each cable type offered and the

size and gross weight of loaded drums.

The cables shall be supplied on a wooden drum. Each length of cable shall be wound on a

separate drum.

The diameter of the drum barrel shall be large enough to prevent damage to the cable during

reeling or unreeling. The diameter of the barrel shall not be smaller than 40 times the outer

diameter of the cable.

The drum shall be durable and constructed such as to prevent damage to the cables during

shipment and handlings.

Lags or other suitable means of protection shall be applied to the drum to prevent damage to

the cables during shipment and storage. Nails and staples used in the construction of the drum

must not be placed in a position where they can damage the cables. The drums shall be non-

returnable.

Drums with a ramp shall be used. For test purposes a length of approx. 4 - 5 m of the inner

end shall be accessible.

The cable ends shall be sealed with shrinking caps and fastened tightly. A protective wrap

shall be applied over the outer layer of the cable on each reel. The wrap shall be weather

resistant and shall not be removed until the cable is installed.

Marking plates, containing following information shall be securely attached to the outer side

on each drum flange :


Type and size of cable.

Cable length in meters.

Gross weight in kilograms.

Reel number.

Manufacturer’s name.

Year of manufacture.

Project name and number.

Arrow showing roll direction.

The plates shall be made of an all weather resistant non-corrosive material.

8. Miscellaneous

The cable manufacturer shall introduce and maintain a quality system according to ISO 9001.

All optical fibers in each manufactured length shall be tested for attenuation according to Section

5.3. The measured attenuation coefficients (in dB/km) shall be provided with each cable reel. For

lengths less than one kilometer, in consideration of test limitations, values that are within 0.05

dB of the specified end to end attenuation may be reported as the specification limit coefficient.

At the request of the Engineer, the cable manufacturer shall provide installation procedures, all

necessary equipment for the installation process and technical support concerning the items

contained in this specification.


Annex B-2: Technical Specifications of Optical Fiber Cable - Aerial Type

1. General Considerations

All aerial optic fiber cables shall be of All-Dielectric Self Supporting (ADSS) type and have the

configuration shown below. The aerial optic fiber cable shall be designed for stable optical

performance at extreme temperatures where thermal expansion or contraction is negligible over a

wide temperature range. The cable shall be ready to be installed on medium and low voltage

electricity poles. The cable shall be installed on utility structures without interrupting power. The

cable jacket shall be resistant to UV-radiation, and to degradation in high electrical fields.

All-Dielectric Self Supporting Optic Fiber Cable Components

This specification describes the cable design, properties of the fibers and the cable, the testing

and the quality assurance during manufacturing, the final acceptance tests and the packaging.

Single mode optical fiber cables which are optimized for use in both wave lengths windows of

1310 nm and 1550 nm are required. The optical fiber cables shall meet the requirements stated in

ITU-T Rec. G.652 D.

The cable shall be new, unused and of current design and manufacture.

2. Standards

The specification refers to the following standards:

IEC60793-1: Optical Fibers - Part 1: Generic Specification.

IEC60793-2: Optical Fibers - Part 2: Product Specifications.


IEC60794-1: Optical Fiber Cables - Part 1: Generic Specification.

IEC60794-4: Optical Fiber Cables - Part 4: Sectional Specifications for OCEPL.

EIA/TIA 598: Color Coding of Fiber Optic Cables.

3. Fiber Characteristics

3.1. General Fiber Specifications

The fibers shall meet all requirements according to IEC 60793-2 Category B1.

The ADSS cable shall withstand wind velocity of 160 km/hr and to cover spans of approximately

160 meters .

All optical fibers shall be sufficiently free of surface imperfections and inclusions to meet the

optical, mechanical, and environmental requirements of this specification. Factory made optical

fiber splices are not allowed.

Each optical fiber shall consist of a SiO2 core doped with GeO2 and a fused SiO2 cladding

(matched clad) giving a fiber with a step profile of the refractive index.

The coating shall be easily strippable by means of a mechanical stripping tool without damaging

the fibers. No chemicals shall be required.

The fibers shall be completely phosphorus free.

3.2. Optical and Mechanical Characteristics of Standard Single Mode Fibers

Single-mode Low Water Peak fiber shall be utilized in these optical fiber cables and shall meet

the ITU recommendation G.652D, “Characteristics of a Single-Mode Optical Fiber Cable”.

This requirement defines standard single-mode fibers for use across the full broad wavelength

range including the extended band (1360 nm - 1460 nm).

These fibers shall have the specified performance and geometry values except as noted below:



Cladding diameter: 125 µm 0.7 µm


Mode field concentricity error: 0.5 µm

Cladding non circularity: as per ITU G.652 .D type

Refractive index profile: step

Design: matched cladding

Effective group index of refraction Neff (at 1310nm): To be supplied by manufacture

Effective group index of refraction Neff (at 1550nm): To be supplied by manufacture

Cut off wavelength of cabled fiber: 1260 nm





Attenuation vs. Wavelength

Range (nm) Ref. λ (nm) Max. Difference α (dB/km)

1285 - 1330 1310 0.03

1525 - 1575 1550 0.02

The attenuation in a given wavelength range does not exceed the attenuation of the reference

wavelength (λ) by more than the value α.

Zero dispersion Wavelength (λ0): 1302 nm λ0 1322 nm

Zero dispersion Slope (S0): 0.089 ps/(nm2.km)

The attenuation measurements shall be made after finally winding the cable on its shipping

drum. Cable ends shall then be hermetically sealed.


Each fiber in each cable delivery length shall have a zero-dispersion over the range 1300 - 1324

nm. Maximum chromatic dispersion at the wavelength 1330 nm shall not exceed 3.2 ps/nm.km

or as pair ITU-T recommendation G.652 D

3.3. Core Material

The core of the optical fiber, with a higher refractive index compared to the cladding, is made of

SiO2 (Silicon dioxide) doped with GeO2 (Germanium dioxide).

3.4. Cladding Material

The cladding of the optical fiber is made of SiO2 (Silicon dioxide).

3.5. Type of Primary Coating

The primary coating is made of an UV-curable acrylate. It is applied in two layers, each of a

different Young's modulus. The inner layer is somewhat softer than the outer one. This make-up

protects the fiber against micro bending losses and against abrasion.

3.6. Dimension of Primary Coating

The dimension of the primary coating is 250 15 µm.

Mechanical Characteristics of the Primary Coating

The primary coating is easily strippable by means of a mechanical stripping tool. No chemicals

shall be used.

3.7. Mechanical Characteristics of Fiber

A non metallic central core shall be provided which may constitute the strength member

designed to withstand all longitudinal stresses or its strength may be supplemented by an

additional stress sharing sheath. The core shall be of a non-hygroscopic material.

Proof test stress: 8 N for 1 second; strain: 1 %.

Each optical fiber shall be proof tested by the fiber manufacturer at a minimum of 100 kpsi (0.7

GN/m2).

The loose buffer tube of the cable shall be able to contain 12 colored fibers.

Fiber Color Coding: fiber-# 1 : Blue fiber-# 7 : Red

fiber-# 2 : Orange fiber-# 8 : Black

fiber-# 3 : Green fiber-# 9 : Yellow

fiber-# 4 : Brown fiber-# 10 : Violet


fiber-# 5 : Slate fiber-# 11 : Pink

fiber-# 6 : White fiber-# 12 : Turquoise

The loose buffer tube of the fibers shall be distinguishable by means of color coding in

accordance with TIA/EIA-598-B, "Optical Fiber Cable Color Coding".

The buffer tube shall be filled with a non-hygroscopic, non-nutritive to fungus, electrically non-

conductive, homogenous gel in order to prevent water penetration and migration. The gel shall

be free from dirt and foreign matter. The gel shall be readily removable with conventional

nontoxic solvents.

The central strength member shall be surrounded by a high density polyethylene (HDPE) jacket

which shall have a bright color (e.g. orange, red, blue). The nominal jacket thickness shall be

minimal 1.5 mm. The jacket shall not promote the growth of fungus.

The jacket shall be free of holes, splits, and blisters. The cable shall have two jackets, i.e. inner

and outer jackets.

Cable jackets shall be marked with manufacturer’s name, month and year of manufacture,

sequential meter markings, a telecommunication handset symbol, as required by Section 350G of

the National Electrical Safety Code® (NESC

®), fiber count, and fiber type. The actual length of

the cable shall be within +/- 1 % of the length markings. The print color shall contrast with the

cable jacket. The size of the marking letters shall be approximately 2.5 mm.

If the initial marking fails to meet the specified requirements (i.e., improper text statement, color,

legibility, or print interval), the cable may be remarked using a contrasting alternate color. The

numbering sequence will differ from the previous numbering sequence, and a tag will be

attached to both the outside end of the cable and to the reel to indicate the sequence of

remarking.

The shipping and storage temperature range of the cable shall be -40C to +70C. The operating

temperature range of the cable shall be -40C to +70C. The installation temperature range of the

cable shall be -5C to +50C.

4. General Cable Performance Specifications

The cable shall fulfil the following mechanical, thermal and electrical characteristics. If

applicable, during and after the tests, the attenuation shall be monitored at the operating

wavelength.

4.1. Tensile Performance


The cable shall be tested in accordance with IEC 60794-1-E1. The cable shall be able to

withstand a permanent load (10 min) of > 9000 N, a short term load (1 min) of > 13000 N, and a

breaking tensile load of > 17000 N. No fibers shall exhibit a measurable change in attenuation

after load removal. Also, the cable shall not have evidence of jacket cracking or splitting. The

maximum allowable pulling tension is 20000 N.

The contractor shall be comply ( or comply and better ) with the followings specifications of the

ADSS cable in his proposal :

# Specification Measuring Unit

1 Rated Tensile Strength ( RTS) 20 KN

2 Maximum Operation Stress 8 KN

3 Every Day Stress ( EDS) 5 KN

4 Ultimate Operation Stress ( UOS) 12 KN

5 E-Midulus 13 KN /mm2

6 Thermal Expansion Coefficient 5.3 * 10-6

/°C

4.2. Crush Resistance

The cable shall withstand a compressive long term load of 5000 N for duration of 10 minutes and

a short term load of 6000 N for duration of 1 minute. The load shall be applied uniformly over

the length of the compression plate. The crush resistance for the aerial optic fiber cables shall be

3000 N/100mm2. The cable shall be tested in accordance with IEC 60794-1-E3. No fibers shall

exhibit a measurable change in attenuation after load removal.

4.3. Cable Bend

The minimum static bending radius of the cable shall be mor than 10 times the outer diameter.

The minimum dynamic bending radius of the cable shall be less than 20 times the outer diameter.

It shall be tested in accordance with IEC 60794-1-E11. After the test there shall be no change in

fiber attenuation greater than the uncertainty of measurement.

4.4. Temperature Cycling

The cable shall be subjected to a minimum temperature of -40°C and a maximum temperature of

+70°C. The test shall be performed in accordance with IEC 60794-1-F1. The cable shall meet the

temperature cycling test without exhibiting an average increase in fiber attenuation greater than

0.1 dB/Km for single mode fiber. This value includes the repeatability of the measurement

system, which shall not be greater than +/- 0.05.

4.5. Water Penetration


A 1 m sample of the cable shall be subjected to a water penetration test according to IEC 60794-

1-F5. After duration of 24 hours no water shall be detected at the open end of the cable core.

5. Testing

5.1. Type Test

The type tests given in Section 6 shall be performed on the fiber optic cable.

5.2. Factory Acceptance Test

The cable performance shall be provided by showing detailed test reports of the optical

attenuation (if applicable) during and after the test and all relevant test parameters of the type

test. MOICT representatives will witness the Factory Acceptance Test.

5.3. Routine Test

The optical attenuation coefficient as required in Section 3.2 shall be verified at 1550 nm on all

production cable lengths. The test shall be performed according to IEC 60793-1-C1C

(Backscattering technique).

6. Quality Assurance Provision

The manufacturer shall carry out quality inspection and keep a record of the test results to an

extent agreed. The manufacturer shall also have a trace ability of the materials used, and of the

production steps, used in the manufacturing of the cable to an extent agreed.

The supplier shall provide details of his quality control procedures that shall include the

methodical recording of the results of production measurements.

Test result shall include the following:

1. Cable designation.

2. Number of fibers.

3. Fiber type.

4. Refractive index.

5. Drum no.

6. Length of cable.

7. Data of measurements.



10. Zero-dispersion wavelength for every fiber.

11. Zero-dispersion slope for every fiber.


12. Maximum and minimum value of mode field diameter of fibers in the cable.

13. Maximum and minimum value of cut-off wavelength in the cable.

14. A core-concentricity error of fibers in the cable.

15. Dispersion.

16. The test results shall be attached on the drum.

7. Packaging

Cables shall be uniformly wound with no gaps between successive turns.

Cable ends shall be effectively sealed against physicals damage, the ingress of water and loss of

jelly filling, opening and re-sealing being possible at least ten times.

Identification of the cable drum shall include the following parameters:

1. Name of manufacturer and year of production.

2. Cable designation and content.

3. Cable ID numbers.

4. Length of cable and start and finish mark.

5. Order no.

6. Any other useful information.

Drum size shall preferably be suitable for cable lengths of at least 4000 m as one piece. Longer

pieces are preferable.

Tenderers shall state the maximum drummed cable length of each cable type offered and the size

and gross weight of loaded drums.

The cables shall be supplied on a wooden drum. Each length of cable shall be wound on a

separate drum.

The diameter of the drum barrel shall be large enough to prevent damage to the cable during

reeling or unreeling. The diameter of the barrel shall not be smaller than 40 times the outer

diameter of the cable.

The drum shall be durable and constructed such as to prevent damage to the cables during

shipment and handlings.

Lags or other suitable means of protection shall be applied to the drum to prevent damage to the

cables during shipment and storage. Nails and staples used in the construction of the drum must

not be placed in a position where they can damage the cables. The drums shall be non-returnable.


Drums with a ramp shall be used. For test purposes a length of approx. 4 - 5 m of the inner end

shall be accessible.

The cable ends shall be sealed with shrinking caps and fastened tightly. A protective wrap shall

be applied over the outer layer of the cable on each reel. The wrap shall be weather resistant and

shall not be removed until the cable is installed.

Marking plates, containing following information shall be securely attached to the outer side on

each drum flange:

Type and size of cable.

Cable length in meters.

Gross weight in kilograms.

Reel number.

Manufacturer’s name.

Year of manufacture.

Project name and number.

Arrow showing roll direction.

The plates shall be made of an all weather resistant non-corrosive material.

8. Miscellaneous

The cable manufacturer shall introduce and maintain a quality system according to ISO 9001.

All optical fibers in each manufactured length shall be tested for attenuation according to Section

5.3. The measured attenuation coefficients (in dB/km) shall be provided with each cable reel. For

lengths less than one kilometer, in consideration of test limitations, values that are within 0.05

dB of the specified end to end attenuation may be reported as the specification limit coefficient.

At the request of the Engineer, the cable manufacturer shall provide installation procedures, all

necessary equipment for the installation process and technical support concerning the items

contained in this specification.


Annex B-3: Technical Specifications of Optical Distribution Frame

1. Scope

This specification covers the requirements for Optical Distribution Frames (ODF) to be used for

termination of optical fiber cables in Technical Rooms where a large number of optical fibers are

expected to be involved (Aggregate Points and PoPs).

1.1. Definitions

For the purpose of this specification the following definitions are applicable:

Optical Distribution Frame (ODF)

The system required for the termination and/or through connection of optical fiber cables in an

orderly, systematic and flexible way in order to gain simple and reliable access to the optical

fibers.

Patch Cord

A specified length of tight-buffered optical fiber, with or without a strength member of aramid

yarns stranded around the fiber and covered by an outer sheath, fitted with optical connectors at

both ends.

Pig-tail

1 meter of tight-buffered optical fiber, with or without a strength member of aramid yarns

stranded around the fiber and covered by an outer sheath, fitted with optical connectors on one

end only.

2. General Principles

The ODF shall be given a dedicated location within an equipment area to facilitate an orderly

collection and termination of optical fiber cables. Each optical fiber is terminated with an optical

connector and accessed from a patch-panel at the ODF. It shall be possible to access each

incoming optical fiber at the ODF and redistribute further to their final destination by the means

of optical patch cords.

Thus the ODF provides the flexibility point for all the optical cables involved, from where all

fibers can be distributed, re-routed or cross-connected in a simple way, depending on the

requirements and needs at any particular time.


3. Design

3.1. The ODF shall have a flexible and modular design, with provisions for future expansions,

possibility to add new cables, or to remove existing ones. The parts and components shall

be pre-assembled, as far as possible, in order to minimize the amount of work to be

carried out at site when the ODF is installed.

3.2. The ODF shall comprise a system of racks, panels, etc. which shall be possible to order in

units according to requirements, any other design arrangement may be offered. Suppliers

may offer for wall mounted ODF with explanation to be provided.

3.3. The design of the ODF system shall take into account the handling properties of the

optical indoor cable with special regard to the minimum allowed bending radius of the

cable. At no place may the optical fibres be bent below a minimum allowed bending

radius of 35 millimetres, and provisions shall be made in order to prevent the fibres from

being squeezed anywhere in the rack.

3.4. It shall be reasonably simple to add new optical cables to the ODF and to install the

corresponding patch-panels, etc. It shall be possible to carry out the work with a

minimum of manpower using only common place tools.

3.5. The overall design shall be such that each optical connector is easy to access, connect or

disconnect. Provisions shall be made to prevent accidental disconnection of optical

connectors as well as physical damage to optical fibers due to unintentional mechanical

influence (e.g. a ladder accidentally hitting the rack or patch panel).

3.6. Immediate access to the optical connectors shall be prevented by means of doors or

panels. It shall be possible to lock or secure these to prevent unauthorized tampering with

the connectors.

3.7. The ODF system shall include facilities for systematic and safe storage of excess lengths

on optical patch cords. The minimum requirement is that it shall be possible to store at

least 4 meters of excess length on each 3 mm diameter optical patch cord without causing

excessive strain on the fibres.

3.8. The design and materials used for the ODF shall be compatible for use in a protected

environment with controlled temperature and humidity and only occasional exposure to

the temperature and humidity of a tropical coastal environment.

3.9. The ODF shall be of rack mounted type. Suppliers may offer as an option for wall

mounted type.

3.10. The ODF shall be capable of operating over a full temperature range of (-30ºC to +70ºC),

without any damage or significant change in performance.


4. Optical Connectors

The optical connectors to be used shall be of high-grade SC/PC type as described below.

4.1. SC/PC Connector Plug and Adapter

The optical fibers shall be terminated with PC-polished optical connector plugs of SC type.

4.2. SC/PC Adapter

The patch panels of the ODF shall be furnished with adapters for optical connectors.

5. Splices

Where splicing of pigtails is required by the ODF design the following shall apply:

5.1. Facilities for Splicing

For the protection and management of the fibers the ODF shall be furnished with splice trays or

fiber organizers where the fiber joint shall be secured and excess fiber from the joint is stowed

away. The splice tray design shall take into account the minimum allowed bending radius of 30

mm for the fiber.

The strength member of the indoor cable shall be secured safely to the same shelf (unit, box, etc.)

where the splice trays are installed. Unprotected primary coated fiber is not allowed anywhere in

the rack except inside the protective cover of the splice trays. Tight buffered 0.9 mm fibers

without additional protection shall also be protected and may only be used inside the patch-

panels.

5.2. Method of Splicing

The optical pigtails, whether they are bare 0.9 mm tight-buffered fibers or have aramid yarn

protection, shall be jointed by the means of fusion splicing, and the splices shall be protected by

splice protection sleeve.

5.3. Splice Loss

The maximum allowed splice loss shall be ≤ 0.1 dB @ 1310 nm and, ≤ 0.07 dB @ 1550 nm


Annex B-4: Technical Specifications of Mini Optical Distribution Frame

1. Scope

This specification covers the requirements for Mini Optical Distribution Frames to be used for

termination of optical fiber cables in Technical Rooms where a smaller number of optical fibers

are expected to be involved (Connection Points).

1.2. Definitions

For the purpose of this specification the following definitions are applicable:

Mini Optical Distribution Frame

The system required for the termination and/or through connection of optical fiber cables in an

orderly, systematic and flexible way in order to gain simple and reliable access to the optical

fibers.

Patch Cord

A specified length of tight-buffered optical fiber, with or without a strength member of aramid

yarns stranded around the fiber and covered by an outer sheath, fitted with optical connectors at

both ends.

Pig-tail

1 Meter length of tight-buffered optical fiber, with or without a strength member of aramid

yarns stranded around the fiber and covered by an outer sheath, fitted with optical connectors on

one end only.

2. General Principles

The Mini ODF shall be given a dedicated location within an equipment area to facilitate an

orderly collection and termination of optical fiber cables. The Mini ODF shall be placed into

standard rack mount, it's depth shall not exceed 32 cm, and shall be suitable for most connectors

and cable types. Additionally, the Mini ODF shall serve as a termination-splice fiber

management tray that provides termination for 6 fibers in an all-front-access design. This unit

shall have space for pigtails, splice trays, adapters, etc.. as shown in the figure below.


Mini Optical Distribution Frame

Thus the Mini ODF provides the flexibility point for all the optical cables involved, from where

all fibers can be distributed, re-routed or cross-connected in a simple way, depending on the

requirements and needs at any particular time.

3. Design

Mini ODF is used for applications in shared or growing networks. It is designed for splicing and

cross-connecting fibers. The splicing function is handled by one or two cassettes,

accommodating fusion splices protected by heat shrink sleeves. Connection and cross-connection

are done by using any standard connector. The Sliding Patch & Splice Panel provides easy

access to connections from the front of the frame, and accommodates left or right patch cord exit.

The Mini ODF is ideal for use where networks may change more frequently or become complex.

3.1. The design of the Mini ODF system shall take into account the handling properties of the

optical indoor cable with special regard to the minimum allowed bending radius of the

cable. At no place may the optical fibers be bent below a minimum allowed bending

radius of 35 millimeters, and provisions shall be made in order to prevent the fibers from

being squeezed anywhere in the rack.

3.2. The overall design shall be such that each optical connector is easy to access, connect or

disconnect. Provisions shall be made to prevent accidental disconnection of optical

connectors as well as physical damage to optical fibers due to unintentional mechanical

influence (e.g. a ladder accidentally hitting the rack or patch panel).

3.3. Immediate access to the optical connectors shall be prevented by means of doors or

panels. It shall be possible to lock or secure these to prevent unauthorized tampering with

the connectors.

3.4. The design and materials used for the ODF shall be compatible for use in a protected

environment with controlled temperature and humidity and only occasional exposure to

the temperature and humidity of a tropical coastal environment.

3.5. The Mini ODF shall be capable of operating over a full temperature range of (-30ºC to

+70ºC), without any damage or significant change in performance.


4. Optical Connectors

The optical connectors to be used shall be of high-grade SC/PC type as described below.

4.1. SC/PC Connector Plug and Adapter

The optical fibers shall be terminated with PC-polished optical connector plugs of SC type.

4.2. SC/PC Adapter

The patch panels of the Mini ODF shall be furnished with adapters for optical connectors.

5. Splices

Where splicing of pigtails is required by the Mini ODF design the following shall apply:

5.1. Facilities for Splicing

For the protection and management of the fibers the Mini ODF shall be furnished with splice

trays or fiber organizers where the fiber joint shall be secured and excess fiber from the joint is

stowed away. The splice tray design shall take into account the minimum allowed bending radius

of 35 mm for the fiber.

The strength member of the indoor cable shall be secured safely to the same shelf (unit, box, etc.)

where the splice trays are installed. Unprotected primary coated fiber is not allowed anywhere in

the rack except inside the protective cover of the splice trays. Tight buffered 0.9 mm fibers

without additional protection shall also be protected and may only be used inside the patch-

panels.

5.2. Method of Splicing

The optical pigtails, whether they are bare 0.9 mm tight-buffered fibers or have aramid yarn

protection, shall be jointed by the means of fusion splicing, and the splices shall be protected by

splice protection sleeve.

5.3. Splice Loss

The maximum allowed splice loss shall be ≤ 0.1 dB @ 1310 nm and, ≤ 0.07 dB @ 1550 nm


Annex B-5: Technical Specifications of Optical Connectors and Adapters

1. Scope

This document specifies the requirement of optical connector sets of SC/PC-type to be used in

single-mode optical fiber telecommunication systems.

A connector set is: "The complete set of connector components required to provide demountable

coupling between optical fibers". The length of fiber or cable on each side of the connector set

shall be 3 meters (minimum).

2. Design

2.1. General

The ferrule of the optical connector shall be made of zirconia stabilized ceramic.

When the connector is mounted on a cable (or a tight buffered fiber) the fiber shall be fixed with

epoxy in the cavity of the ferrule. Then the end face of the ferrule with the fiber shall be

polished. In order to ensure physical contact the shape of the ferrule shall be spherical.

The cable (jacket and strength members) shall be fixed to the connector by means of a crimp

sleeve.

Mating with another connector shall be accomplished by the means of an adapter with a split

sleeve.

2.2. Material

The supplier shall give details of the materials used in different parts of the proposed connector.

The connector housing shall be of an all-metal design.

2.3. Ferrule

The ferrule end face shall be PC-polished and meet the following requirements:

Ferrule end face curvature (r) 10 < r < 25 mm

Vertex offset of ferrule tip (convex vertex eccentricity

from ferrule centre )

< 50 µm

Fiber undercut from ferrule end face:

Fiber protrusion from ferrule end face:

0.05 µm

0.10 µm


Outside diameter (A) 2.4990 ± 0.0005 mm

Tolerance of cavity diameter +1, -0 µm

Concentricity error C.E. of cavity < 1.4 µm

Angular misalignment < 0.2º

3. Performance Requirements

3.1. Visual Inspection

3.1.1. Overall Inspection of Connectors

Each connector shall be properly packed. The package shall be marked with, the name of the

manufacturer and the manufacturing date.

The connector itself shall be legibly and durably marked with the identity mark of the

manufacturer and the manufacturing date code.

3.1.2. Inspection of the End Face

The end face shall be clean and free from residues of glue. Using a microscope with a maximum

magnification of 200x no scratches or break out of glass pieces shall be seen.

3.2. Insertion Loss

Requirements:

Mean Maximum

Allowable attenuation: 0.25 dB 0.50 dB

3.3. Return Loss

Requirements:

Allowable return loss: 40 dB

4. Temperature

The connector shall be capable of operating over a full temperature range of (-30ºC to +70ºC),

without any damage or significant change in optical performance.


Annex B-6: Technical Specifications of Optical Cable Splice Enclosures

1. Scope

This specification covers the requirements of splice enclosures to be used for splicing of all types

of optical cables. Thus it is applicable for both duct and aerial cables.

2. General

The design of the splice closure shall consider ITU-T recommendation L.13 “Sheath joints and

organizers of optical fiber cables in the outside plant” and the requirements of this specification.

It shall be possible to use the splice closure installed in manholes, in handholes, on poles, in

cable vault, etc. It is the intention to use the splice closure to be installed in chambers or on

poles.

The closure shall be re-enterable, i.e. possible to open and close several times, without wear or

impairment of its water tightness and/or other essential features.

The enclosure shall be equipped with fiber cassettes and organizers that are easy to use and

which provide full protection to the fibers.

3. Handling Aspects

3.1. The splice closure shall have a robust and reliable design and well adapted to the

conditions in the field. It has to work even if minor un-intentional deviations at the

installation procedure are made.

3.2. The splice closure shall have as few parts as possible.

3.3. Tools that require calibration shall not be required for work with the closure.

3.4. The use of melt resin or glue shall be avoided if possible.

3.5. Work with the closure shall be possible in a cramped room, e.g. manholes.

3.6. Work with the closure shall be possible without bending the fibers below their minimum

allowed bending radius at any stage of work.

3.7. Work with the closure shall not require extensive training.

3.8. Work with the closure shall be possible to be carried out by one man alone.

3.9. Work with the closure shall not involve any risk of injury to the working personnel.


3.10. The method of work shall be described in an easy to understand installation instruction or

manual enclosed with each closure in English and Modern Standard Arabic.

3.11. All the parts of the splice closure, except for the materials required for jointing of the

fibers, shall be packed in one package, with a clear marking of its contents if required. If

the storage time is limited that shall be stated on the package.

4. Design

The winning bidder shall furnish and install fiber optic splice closures in locations where

splices require protection as shown on the plans and as ordered by the Engineer. The fiber

optic splice closure shall meet all requirements stated in the following specification:

4.1. The splice closure shall provide a good mechanical protection.

4.2. The splice enclosure shall incorporate a mechanical compression and/or mastic tape

sealing system to maintain a barrier against water and moisture penetration.

4.3. The splice enclosure shall be reasonably resistant against unauthorized tampering,

vibration and wear, as well as against biotic attack (rodents, termites, etc.).

4.4. The splice enclosure shall be resistant against corrosion.

4.5. The splice enclosure shall be resistant against UV-radiation.

4.6. The splice enclosure shall be made of materials, which are mutually compatible.

4.7. The size of the splice enclosure shall be in proportion to the number of cables, fibers in

each cable and to the number of splices.

4.8. It shall be easy to re-enter the splice enclosure and close it again several times. Also the

closure shall be capable of accepting additional cables without removal of the sheath

retention or strength member clamping hardware on previously installed cables or

disturbing existing splices.

4.9. The design of the enclosure must be such that the fibers are never bended below their

minimum allowed bending radius of 35 mm during any phase of the splicing work.

4.10. A splice enclosure, which shall be used for a branching joint, shall be possible to

assemble without the necessity to cut all the fibers.

4.11. The fiber optic enclosure shall be available in distinct sizes to accommodate a variety of

cable entries. A fiber optic enclosure shall be capable of accommodating up to four

cables in a butt or branch configuration.

4.12. It shall be possible to split and branch groups of 12 fibers from the splice enclosure.


4.13. Inside the splice enclosure there shall be space enough for an excess length of fiber of at

least 2 meters. This length is based on expected future needs for maintenance or

redistribution of fibers.

4.14. The splice enclosure shall contain, or have the space for, fiber organizers for storage of

fiber joints as well as the excess lengths on fibers.

4.15. The fiber organizers shall provide good protection to the fibers and their joints, and have

space for identification of each fiber.

4.16. The splice enclosure together with the fiber organizer shall facilitate easy access to any

optional fiber within the enclosure for work without affecting the service on the other

fibers.

4.17. In the splice enclosure it shall be possible to terminate any possible metallic conductor in

the optical cable in such a way that they are easily accessible and possible to equip with

over voltage protection devices.

4.18. The splice enclosure shall be possible to use on cables with basically a circular cross-

section and shall be adapted to the dimensions of the cables to be connected.

4.19. The splice enclosure shall provide satisfactory anchorage of the jackets, armoring and

strength members of the cables.

4.20. The splice enclosure shall allow metallic parts of the cables, if any, to be bridged over so

that a satisfactory electrical connection between them is achieved. It shall be possible to

ground metal parts of the cable, and it shall also be possible to separate all the metal

parts.

4.21. For manhole installation it shall be possible to attach the splice closure to a manhole wall

by the means of attachment devices, as shown in the figure below, all necessary materials

for fixing shall be included in the offer.

Example of a Splice Closures for Duct Cable


4.22. For pole installation it shall be possible to attach the splice closure to the pole by the

means of attachment devices, as shown in the figure below, all necessary materials for

fixing shall be included in the offer.

Splice Closures for Aerial Cable

Example of a Splice Closures for Aerial Cable

4.23. It shall be easy to furnish the splice enclosure with an external marking.

4.24. The splice enclosure shall be capable of operating over a full temperature range of (-30ºC

to +70ºC), without any damage or significant change in performance.


Annex B-7: Technical Specifications for Duct Cable Hardware and Support

Accessories

1. Cable U-Guard shall be used to protect the cable at the points of potential abrasion.

U-Guard & Galvanized Steel Protector Pipe

2. Cable trays with cover shall be used to protect cables installed on wall.

3. Cable Tray/U-Guard installations shall be carried out with no damage to the wall surface.

Side & Front View for Galvanized Steel Cable Ladder with Fixation


Annex B-8: Technical Specifications for Aerial Cable Hardware and Support

Accessories

1. Aerial Cable Storage

All slack cable storage locations require the installation of slack cable storage brackets. The fiber

cable storage bracket insures a proper bending radius for the stored fiber optic cable and provides

for horizontal storage and tie ring for storage of multiple cables and loops. The figures below

illustrate possible slack cable storage configurations. Cables shall be secured utilizing weather

resistant plastic material or stainless steel.

Aerial Cable Storage Configuration for Pass-Through Cables

Aerial Cable Storage Configuration for Angled Cables


2. Aerial Cable Support Hardware

There are two general types of aerial cable support hardware: Dead-end and tangent (pass-

through) assemblies.

2.1. Dead-end Grip

Dead-end bracket is used at the point of cable termination. The figure below shows an aerial

cable dead-end Grip.

Aerial Cable Dead-end Grip

2.2. Pass-Through Bracket

Pass-through bracket is normally installed after the span has been tensioned. The figure below

illustrates a front view of a pass-through bracket. To install the cable, the hinged top is opened

and the bottom pad is inserted. Then the cable is placed on the pad, the top pad is placed over the

cable, the top is closed, and the bolt is tightened to hold the cable in place.

Pass-Through Bracket


3. Cable Mounts

Metal cable mounts is normally used to hold the aerial cable on the pole (wooden, steel,

concrete).

Metal Aerial Cable Mount (for Steel, Concrete, and Wooden Poles)

4. Splice Closures Clamp

Strapped clamp is normally used to hold the closures on poles (wooden, steel, concrete) as

shown in figure below.

Splice closures clamp strapped with metal bends


5. Galvanized Pipe Holder

Galvanized Pipe (Ø 25, 50 mm) Holder

6. Aerial Cable Sag

Planning for aerial cable installation includes taking into account proper clearances, cable types

and properties, the mechanical stress loading on the cable, and span length.

Planning for proper clearances requires knowing the “sag” of the proposed installation. The

Winning bidder shall plan aerial cable installation to allow for a minimum clearance of six (6)

meters above ground level and three (3) meters from existing medium voltage power cables on

electricity poles.

Aerial Cable Sag and Clearance


Annex C: Test and Acceptance Specifications

1. General Requirements

Tools and test instruments required for the acceptance shall be provided by the Winning bidder

and shall be fully described and identified by:

Manufacturer.

Type.

Option(s) installed.

Serial number.

Last date and certificate of calibration.

The test instruments shall be adequate in both performance and quantity for the required

acceptance testing. The offered test instruments shall conform to the O-Series of ITU-T

Recommendations. All test instruments shall have a valid calibration label stating calibration

institution and expiration date.

A copy of the instruction manual shall be provided with each test instrument during the

acceptance testing. The manuals shall contain all the relevant information for each type of the

test instruments offered, including operation, fault diagnosis and correction, recalibration test,

standards and recalibration instruments required.

The test instruments shall include all necessary power cords, patch cords, attenuators, test probes

an accessories to carry out all the tests. All accessories required for performing the acceptance

test shall have been included in the calibration procedure.

2. Tests of Cable and Measurements of Optical Signal Attenuation

2.1. General

All adjustments to the costs for the installation of the outside plant fiber optic cables will be

performed from physical segment lengths, explicitly excluding losses due to cable installation

and or other manipulation. This shall make it possible to validate installed segment lengths

against optical lengths from the test equipment.

2.2. Acceptance Tests

The optical fiber acceptance tests are comprised of measurements of signal strength through

signal reflection (Optical Time Domain Reflectometer, OTDR) and signal insertion and

detection. The Winning bidder shall perform all acceptance tests and compile them on the

required forms. The Winning bidder shall submit to the Engineer all forms necessary to detail the

performance of each fiber. The Winning bidder shall invite the Engineer to witness the


provisional and final tests. During final acceptance testing, and before the issuance of the Final

Acceptence Certificate (Performance Certificate), tests similar to those conducted during the

provisional acceptance shall be performed.

Laser Source Verification Procedure with Simple Signal Insertion and Detection Tester

NOTE: No two laser sources have the same output value. It is necessary to precisely measure

this output value in order to determine the signal loss caused by the patch cords and the

connectors. In knowing the precise output value, it is then possible to subtract it from the final

read out. The readings must be performed on both the transmit (Tx) and receive (Rx) fiber

strands, and in both directions by inverting the source and the sensor. This calibration test must

be performed prior to any measurement being taken.

EXAMPLE:

A = Reference signal of the source

B = Reference signal of the sensor

C = Adaptor

Step 1 = First reading composed of: A + C + B = -3.5 dBm

Step 2 = Inversion of source and sensor

Step 3 = Second reading composed of: B + C + A = -2.8 dBm

Step 4 = (-3.5) + (-2.8) = -6.3 dBm divided by 2 = -3.15 dBm

Therefore, we have a reference loss of: -3.15 dBm (example value)

Laser

Source

Optical

meter

Patch Cords - 3.5 dBm

A B

Amman - 1 Amman - 2

adapter

C Laser

Source

Optical Power

Meter

Patch Cords - 3.5 dBm

A B

Site 1 Site 2

Adapter

C


Example of Measurement on a Section (B)

The reading from Site 1 to Site 2 = -18.7 dBm

-18.7 – (-3.15) (see previous section) = -15.55 dBm

The reading from Site 2 to Site 1 = -19.5 dBm

-19.5 – (- 3.15) = -16.35 dBm

NOTE: Each reading must be performed in both directions. The result is divided by two (2) to

obtain the real value.

(-15.5) + (-16.35) = -31.85 dBm divided by two = -15.93 dBm

Therefore, the real loss on this section (B) is -15.93 dBm (example value)


Examples of Signal Attenuation Readings Records (loss in dB)

These readings shown in the table below have been taken only in one direction and shall be

repeated in the other direction.

OUTPUT SOURCE POWER: (example)

At 1310nm = -1dbm At 1550nm = -3dbm

A to B Measure at

1310

Measure at

1550

Real loss at

1310

Real loss at

1550

F # 1 -15.7 -11.8 -14.7 -8.8

F # 2 -15.7 -12.09 -14.7 -9.09

F # 3 -15.99 -11.48 -14.99 -8.48

F # 4 -15.62 -11.96 -14.62 -8.96

F # 5 -15.82 -11.8 -14.82 -8.8

F # 6 -15.81 -11.72 -14.81 -8.72

F # 7 -15.85 -12.16 -14.85 -9.16

F # 8 -15.71 -12.06 -14.71 -9.06

F # 9 -15.71 -12.06 -14.71 -9.06

F # 10 -15.71 -12.06 -14.71 -9.06

F # 11 -15.71 -12.06 -14.71 -9.06

F # 12 -15.71 -12.06 -14.71 -9.06

F # 13 -15.71 -12.06 -14.71 -9.06

F # 14 -15.71 -12.06 -14.71 -9.06

F # 15 -15.71 -12.06 -14.71 -9.06

F # 16 -15.71 -12.06 -14.71 -9.06

All measurements must be saved on paper and in electronic copy in Microsoft Excel format. The

real loss data shall be entered in the attached acceptance sheet (MS Excel spreadsheet). The

acceptance criteria for cable loss measurement are detailed on this sheet.

3. Readings with Optical Time Domain Reflectometer (OTDR)

When measuring attenuation, it is necessary to consider splices, which increase the signal

(positive splices), and splices, which decrease the signal (negative splices).


Ex: (0.08db) positive and (-0.06db) negative

In order to obtain the net loss value of a splice (or total splice losses), it is necessary to run

OTDR measurements in both directions, add the two (2) values and divide by two (2).

In the aforementioned example, the final result would be: (0.08) + (-0.06) = 0.02 dB divided by

two = 0.01 dB

Maximum Attenuation of a Fusion

The maximum attenuation for a fusion shall be of 0.1 dB at a 1310 nanometer wavelength and of

0.06 dB at a 1550 nanometer wavelength.

The total attenuation for a kilometer of network (dB/km) shall correlate with the specifications of

the fiber optic cable manufacturer.

The true optical distance (including all slack in the cable) must be specified for each

measurement; in all attenuation test reports (see Excel spreadsheet).

Paper print out of the OTDR measurements showing the complete distance and electronic files

(taken from both directions on the fiber section) shall be included in the acceptance report. The

electronic files shall be supplied with the software to run on a standard PC to open and read and

display the files.

4. Additional Optical and Dispersion Measurements

Dispersion measurements shall be made within the dynamic range of the test equipment.

Each fiber in each cable delivery length shall have a zero-dispersion over the range 1300-

1324 nm (< 3.5 ps/nm.km). Maximum dispersion at the wavelength 1550 nm shall not

exceed 18 ps/nm.km or as pair ITU-T recommendation G.652 D.

Polarization Mode Dispersion shall also be verified to guarantee future extreme high bit-

rate operation (> 10 Gb/s). The PMD shall be less than 0.1 ps/sqrt(km) at 1550 nm.


In case the tests can not be executed due to test equipment not being available in country, the

Factory Acceptance Test sheets of the cable installed shall be provided.

5. Fiber Acceptance Report

The fiber acceptance report shall be handed over on 3 paper copies and 3 electronic copies on

CD-ROM and prepared for each optical fiber cable section between the optical termination

points. The acceptance report shall contain the following items.

5.1. Acceptance Report Components

General Test Identification

Optical fiber cable section identifier.

Start termination point identifier.

End termination point identifier.

Date of measurement performed.

Name of test operator (in English) for start termination point.

Name of test operator (in English) for end termination point.

Laser Source Specification for Start Optical Termination Point

Manufacturer.

Type.


Serial number.

Last date of calibration.

Laser Source Specification for End Optical Termination Point

Manufacturer.

Type.


Serial number.


Power Meter Specification for Start Optical Termination Point

Manufacturer.

Type.


Serial number.


Power Meter Specification for End Optical Termination Point


Manufacturer.

Type.


Serial number.


OTDR Measurement Specifications for Start Optical Termination Point

Manufacturer.

Type.


Serial number.


OTDR Measurement Specifications for End Optical Termination Point

Manufacturer.

Type.


Serial number.


Dispersion and PMD Measurement Specifications (if not supplied with factory drum test

sheet)

Manufacturer.

Type.


Serial number.


5.2. The results of the attenuation and OTDR measurements shall be gathered on the fiber

section acceptance form as shown below. This acceptance sheet shall be given as a paper

copy and as an electronic copy (Microsoft Excel 2007) on the CD-ROM.

5.3. The print-out of the OTDR measurements in both directions for both 1310 nm and 1550

nm shall be included in the fiber acceptance report and an electronic copy of the

measurement files on the CD-ROM including a full copy of the viewer of these

measurement files (HP, Siemens, Anritsu or other).


Example Sheet

Section (A) To

cable section ID

Start pount ID End point ID

Fibre A to B B to A Difference Average A to B B to A Difference Average

No. (dB) (dB) Loss (dB) (dB) (dB) (dB) Loss (dB) (dB)

1 -5.21 -4.94 0.27 -5.08 -7.36 -7.95 0.59 -7.66

2 -4.98 -4.79 0.19 -4.89 -7.12 -7.71 0.59 -7.42

3 -5.64 -5.28 0.36 -5.46 -7.77 -8.32 0.55 -8.05

4 -4.76 -4.63 0.13 -4.70 -6.77 -7.35 0.58 -7.06

5 -5.13 -4.92 0.21 -5.03 -7.33 -7.82 0.49 -7.58

6 -5.23 -5.10 0.13 -5.17 -7.32 -7.79 0.47 -7.56

7 -5.28 -5.11 0.17 -5.20 -7.58 -7.98 0.40 -7.78

8 -4.99 -4.67 0.32 -4.83 -7.14 -7.79 0.65 -7.47

9 -5.40 -4.96 0.44 -5.18 -7.51 -7.90 0.39 -7.71

10 -5.40 -5.14 0.26 -5.27 -7.51 -8.15 0.64 -7.83

11 -4.92 -4.75 0.17 -4.84 -7.11 -7.39 0.28 -7.25

12 -5.16 -5.01 0.15 -5.09 -7.51 -7.94 0.43 -7.73

13 -5.01 -4.62 0.39 -4.82 -7.06 -7.38 0.32 -7.22

14 -5.60 -5.33 0.27 -5.47 -8.06 -8.62 0.56 -8.34

15 -5.44 -5.27 0.17 -5.36 -7.85 -8.35 0.50 -8.10

16 -5.28 -5.06 0.22 -5.17 -7.57 -7.96 0.39 -7.77

Averaged -5.21 -4.97 0.24 -5.09 -7.41 -7.90 0.49 -7.66

Mean 0.24 0.49

Physical cable length as obtained by OTDR 20.01 km

Number of splices from A to B 9.00 pcs

Acceptance criteria

1 all averaged values per fibre (column G and K) below required total allowable loss

2 differences of measurments in both directions may not differ more than 0.5 dB at 1550 nm

and not more than 0.7 dB at 1310 nm for each fiber

Requirements: 1550 nm 1310 nm

Cable Attenuattion per km (dB): 0.23 0.35

Total Physical Cable Length (km): 20.01 20.01

Splice Loss Mean Value (dB): 0.05 0.05

Total Number of Splices: 9 9

Maximum Connector Loss (dB): 0.50 0.50

Total Number of Connectors: 2 2

Allowance for short section (dB): 0.00 0.00

Total Allowable Loss (dB): 6.05 8.45

Approved by Contractor Witnessed and signed Accepted and signed

Representative: PMC Representative MoICT Representative

Signature: Signature: Signature:

Name: Name: Name:

Date: Date: Date:

-5.09 -7.66

1550 nm

Start optical termination point End optical tramination point (B)

1310 nm


Annex D: Duct Specifications : انىاطفبد انفخ نىاعش انجالعزك

The supplied ducts must conform to the specifications below.

The color of the main and the sub ducts shall be yellow

The print on the outside shall be in resistant black print “MoICT-NBN” at a spacing of

every 100 cm, and on 180 degree.

Scope & Field of Application : اندبل وطبق انزطجك 3

110يهى و 32عش انجالعزك غش انهذ )يزعذد كهىسذ انفم( راد انمبط االع )رخزض هز انىاطفبد انخبطخ ثىا

يهى( وانغزخذيخ ثشبسع شجكبد كىاثم االرظبالد انذفىخ رحذ األسع.

. Characteristicsانخــــىاص: 4

جكبد االرظبالد انذفىخ رحذ دت أ زىفش ف انىاعش انجالعزكخ )يزعذد كهىسذ انفم( انغزخذيخ ف رذذاد ش

األسع يب هـــــ:

. Materialsيىاد انزظــــع: أ.

.(UPVC)أ رظع أعبعب ي يزعذد فهىسذ انفم غش انهذ (1)

أ ال رحزى عه أخ إضبفبد عذا إضبفخ انهى واإلضبفبد انضشوسخ نزغهم عهخ رظع (2)

د أعطح بعخ وراد يزبخ يكبكخ خذح )ولذ انىاعش الزبج يىاعش عهخ ويعزخ را

ضبف أنهب يشردعبد ظفخ ي فظ عهخ انزظع وفظ انزح ورف ثزطهجبد هز

انىاطفخ وال دىص اعزعـبل أ يشردعبد أخــشي(.

. Appearanceانظهش وانحبنخ انعبيـــخ: ة.

اطفش.خ ونى أ ركى خذسا انىاعش يغزمخ وراد يمبطع دائش (1)

أ ركى خذسا األبثت واألعطح انذاخهخ وانخبسخخ بعخ خبنخ ي انزشممبد وانشــــشوخ (2)

وانزدبعذ انحبدح األطشاف وانجمع وانفشاغبد أو أخ عىة أخشي أو يىاد غشجخ )وغح

ثبنزدبعذ انخففخ انجغطخ(.

. Densityانكثبفـــــــخ: خـ.

غى/ عى 1.35انىاعش ع أ ال رمم كثبفخ 3غى/ عى 1.45وال رضذ ع

3 دسخخ يئىــخ. 23عذ دسخخ حشاسح

. Dimensions and Tolerancesاألثعبد وانزفبورـــبد: د.

يزش وأال زعذي انزفبود ف انطىل عهـــــ 6أ كى انطىل انفعبل )ثذو انفخ( نهبعىسح (1)

( يى.30–)طفش

األد نأللطبس انخبسخخ ونغك اندذسا وانزفبوربد كب هى يىضح ثبندــــذول أ كى انحذ (2)

(.2( و )1سلــى )

(1خذول سلى )

انمطش )يى( انغبكخ )يى( انمبط االع

انحذ األعه انحذ األد انحذ األعه انحذ األد

32.2 32 2.2 1.8 يى 32 " 1.25

110.3 110 3.8 3.2 يى 110 "4


(2ذول سلى )خ

انغبكخ )يى( طىل انفخ )يى( انمبط األع

انحذ األعه انحذ األد انحذ األعه انحذ األد

2.2 1.8 88.0 80.0 يى 32 " 1.25

3.8 3.2 121 110 يى 110 "4

خه يى عه انغطح انذا3نغبفخ Beveledدت أ كى طشف األجىة انخبن ي انفخ يشطىفب (3)

نألجىة .

. Impact Resistanceيمبويخ انظــــذو: هـ.

% 10دسخخ يئىخ وال رضذ انغجخ انئىخ انكغىسح عه 20أ ردزبص انىاعش اخزجبس انظذو عذ دسخخ حشاسح

ي يدىعخ انعبد.

. Methods of Testing: طشق انفحض واالخزجبس 3

أو يب كبفئهب وعه فمخ 3جبساد انزبنخ طجمب نهىاطفبد انمبعخ انجخ ف اندذول سلى دت أ ردشي االخز

انمــبول.

انفحض انظبهــش. (1)

لبط األثعــــبد. (2)

انكثبفـــــــخ. (3)

ايزظبص انبء. (4)

لىح االثــــبء. (5)

يعبيم انهىـــخ. (6)

يمبوو انظذو. (7)

اس.انزخض انحش (8)

( لىح انشذ. 9)

(3خذول سلى )

Din8061/ Visual Appearance & General

Condition

انفحض انظبهش

DIN8061 Dimensions لبط األثعبد

DIN53479 Density انكثبفخ

DIN8061 Water Absorption ايزظبص انبء

ASTM790 Flexural Strength لىح االثبء

DIN53-457 Modulus of Elasticity يعبيم انهىخ

DIN8061 Impact Strength يمبوو انظذو

DIN8061 Heat Reversion انزخض انحشاس

ASTM D638 Tensile Strength لىح انشذ

فبد إرا اخزبصد خع انعبد خع االخزجبساد انجخ أعــــــــال.رعزجش اإلسعبنخ يطبثمخ نهىاط 4


Annex E: Chambers Specifications

It shall be understood by the bidder that it is the MOICT Engineer who decides where to use the

metal or concret covers for the manhoels ,handholes and the pull boxes.

Prefabricated Manholes with metallic cover

The manholes (120*68*82 cm) as minimum internal dimensions with a base of 15 cm thickness,

with a refined surface made from reinforced concrete with fracture strength of 250 kg/cm2.

The manholes shall be equipped with terminators, galvanized pulling eyes, step, cable support

and brackets, marker plates, frame and complete hardware package.

The two covers shall be of the heavy type with a label stating “MoICT-NBN”. The covers shall

be lockable. And bears 40 ton

Manhole Specifications & Dimensions


Prefabricated Manholes with concrete cover

a) The pre-cast manholes (100cm(L)* 100cm(W)* 100cm(D)) as internal

dimensions with a base and walls of 20 cm thickness, with a fair-face surface

finish made from reinforced concrete with minimum cube crushing strength of

250 kg/cm2 and 7Ø10 mm/m steel bars in both directions for walls, base and

cover.

b)The manhole shall be equipped with terminators, galvanized pulling eyes, step,

cable support and , brackets, marker plate in addition to frame, and all

accessories required for splicing enclosures and spare cable loop mounting.

c)For the concrete cover, Aluminium plate of dimensions 20x10 cm with a label

stating "MoICT-NBN" shall be applied and fixed to the cover from inside.

Manhole Specifications & Dimensions


Prefabricated Han dholes

The hand holes (91.5*46*82 cm) as minimum internal dimensions with a base of 15 cm

thickness, with a refined surface made from reinforced concrete with fracture strength of 250

kg/cm2.

The hand holes shall be equipped with terminators, galvanized pulling eyes, cable support and

bracket, marker plate, frame and complete hardware package.

The cover shall be of the heavy type with a label stating “MoICT- NBN”. The cover shall be

lockable. And bears 10 tons.

Handhole Specifications & Dimensions


Pull Boxes

The pull boxes (50*25*48.5 cm) as minimum internal dimensions with a base of 10 cm

thickness, with a refined surface made from reinforced concrete with fracture strength of 200

kg/cm2.

The cover shall be of steel type.

The pull boxes include: the cover, a marker plat (fixed on the entity's wall near the Pull Box),

and finishing.

Pull box Specifications & Dimensions


Annex F: Route Crossing

The route crossing shall be implemented in accordance with the drawings below and the

descriptions as provided in the specification.

Bridge Crossing Details


Railway Crossing Detail


Annex G: Trench Specifications

The trench shall be excavated and backfilled in accordance with the drawing below and the

descriptions as provided in the bill of quantities.

Trench Specifications for four ducts inside one main duct

(In Urban Areas)


Trench Specifications for one duct inside one main duct.

(In Urban Areas)


Specifications for two ducts inside one main duct

(In Un-Urban Areas)


Annex H-1: Electronic Identifiers:

Electronic Identifiers shall be installed over proposed underground networks being Water and Waste

Water Utilities, and Telecommunication Utilities according to the following specs:

Specifications:

- The design and construction of the Electronic Identifier shall be rugged, reliable, and durable.

- The cross sectional area be small in order to fit in tight places.

- The following is the required specifications:

-

Utility Telecommunication

Color Orange

Frequency 101.4 KHZ

Accuracy ± 1 %

Depth Range up 150 cm

Operating Temp.

ċ -40 to +70

Storage Temp. ċ -40 to +85

RLC Circuit Core of the inductor shall be a ferrite core

Housing Rugged, with a water proof insulating material to protect the

RLC circuit in case the outer casing is broken

Life Expectancy 45 years min.

Field Trials

Required, and cannot be conducted during the execution of the

project. Any product to be suggested for use shall pass a filed

trial test where a sample of the product is placed in position for

3 months, and tested for operation on monthly basis.

Samples shall be submitted by the winning bidder to be approved by the Engineer without any additional

costs.

Installation:


Electronic Identifiers shall be installed in the following both manners:

- Vertically:

Within the top of the soft backfill layer (bedding), over the utility at a depth not exceeding 90 cm

from the surface of the ground.

- Horizontally:

One identifier every 10 meters max.

Annex H-2: Warning Tape :


Annex I: As-Built Specifications for Fiber Installation

(GIS & AutoCAD)

Shop drawing / As built specification GIS & AutoCAD for

fiber installation Requirements for GIS data submitted by

Ministry of information and communication technology

MOICT

GIS data for Broadband is a consistence of integrated GIS layers represents GIS database

structure of Broadband Sector, and these data are classified to:

1- Operational GIS Layers ( Duct cables, Arial cable, Duct rout, Connection point,

Aggregate, Manhole, Hand hole, Junction, poles, pull box, splice )

2- Assistant GIS Layers (Administrative Boundaries, Landmarks, Streets, Base Maps…)

A set of general requirements and technical rules apply to any submitted GIS data in order to

match our needs in this field.

1- General Requirements:

1- All GIS data submitted should be in ESRI format (Geodatabase & Shape File)

2- GIS data should be referenced in the same Coordinate system that is used by MOICT

which is the JTM.

3- The extent of submitted data should be covering the concerned area or the projected area.

4- The submitted data should be checked carefully and to be more close to our requirements

before delivery.

5- It is preferred to receive a sample copy for checking (one copy in case if more than one

copy should be submitted) of As built data until the final ok is given for submitting a

final copy.

6- All GIS data that is not produced by contractors should be obtained legally (eg.

BaseMaps, Streets…).

7- The digital copy of as built data should be delivered on a DVD.

8- The hard copy should be delivered

2- Technical Rules:


GIS layers contained from two components (Spatial and Attribute information),

so when we use a GIS as a tool to reflect Broad Band network information, we need to apply

a set of rules and standards to govern this process.

Spatial Information:

The spatial information is very important, in ArcGIS, so there are several rules and restrictions

govern the behaviours and relationships between features in the same layer or features of

different layers. The data should be topologically clean and free from topological errors (e.g.,

unsnapped dangling nodes, extra nodes, or unnecessary intersections).

The main rules and restrictions that should be taken in consideration when we dealing with GIS

broadband data are:

1- Connectivity: Lines in networks should be snapped to each other and no dangles should

be appeared at connection points of lines. Also nodes (accessories or manhole) should be

snapped to lines.

2- Behaviour of Features: Nodes split lines where it is located on and make it two different

features.

3- Adjacency: Features mustn't overlap or having gaps (slivers) when we dealing with

polygons layers.

4- Coincidence: Broadband lines should be appeared within streets boundaries and in the

Wright side (right or left) of street with no crossing of parcels or plots.

Attribute Information:

Attribute information reflects the description of features (Duct lines, Arial lines, manholes

and fittings), so it is very important to be filled correctly as follow:

1- All records of attribute table should be filled completely; any empty values will be

meaningless.

2- Fields format should be the same as in GIS database structure of MOICT.

3- Base Map (Polygons)

The attribute information should contain DLS Key يخططبد االساض Organizational Maps المخططات التنظيمية

4- Landmarks layer should contain the following fields: (Landmark Type and Landmark

Name (English and Arabic)).

5-Streets (Polygons).

The attribute information of Streets layer should contain the following fields: (Street Name

(English and Arabic)).


GIS layers used in NBN Program :

All layers that will be taken from governmental institutions should be legal for example :

DLS, street ….

Layer Name Layer Type Layer Description

Duct Route

Line This layer contains all routes

That under ground

Arial Cable Line The cable which is over head

on poles

Duct cable Line The cable which is under

ground

Aggregate Point This layer represent the

place where cables distribute

from

Aggregate Boundary polygon This layer represent the

boundary of each aggregate

Manhole Point Cables get through and using

for Duct cables

Hand Hole Point Cables get through and using

for Duct cables

Connection Point Point School, government and

Health entities

Poles Point Where over head cables

connect to gather


Pull Box Points The end place of the cable

when entering the

connection point

Splice Point Where two or more cables

connect to gather

Streets Polygons Base map

DLS Area Parcels of the land (base

map)

Attribute Data

Layer Name Field Type

Duct Route

Civil

Route id

Number of duct

Available duct

Status

Measured Length

String

Integer

Integer

Text

Double

Arial Cable

Fiber

Cable id

Cable type

Cable size

Dedicated fiber

Measured Length

String

Text

Integer

Integer

Double

Duct Cable

Fiber

Cable id

Cable type

Cable size

Dedicated fiber

Measured length

String

Text

Integer

Integer

Double

Aggregate Aggregate id

Name (Arabic)

ODF _Cable

Coordinate

String

Text

String Double

Aggregate Boundary Aggregate number Integer

Manhole MH id

MH number

Status

String

String

Text


Coordinate

Double

Hand Hole HH id

HH number

Status

Coordinate

String

String

Text

Double

Connection point Connection point id

Arabic Name

English name

Coordinate

Fiber-Allocation-Tx

Fiber-Allocation-Rx

String

Text

Text

Double

String

String

Poles Poles id

Poles number

Coordinate

String

String

Double

Pull Box Coordinate Double

Splice Splice id

Splice number

Splice size

Splice type

String

String

Integer

Integer

DLS DLS key String

Street Arabic Name

English name

The acquisition of the

street

Text

Text

Double

An electronic copy in GIS (ESRI format) shall be provided.


As-Built Specifications for Fiber Installation (AutoCAD)

“As-Built” is defined as the drawings and document showing the final configuration of optical

fiber cables and accessories.

1. For each site (optical termination point) and route “As-Built” Drawing shall be supplied.

2. Two copies of AutoCAD As-Built drawings :

- (Civil work).

Civil Work routes, including manholes ,Handholes , Pull Box, Entity

location and poles with their numbers.

Distance between the manholes and handholes .

The distance between the routes and streets edge and the location of the

route according to street edge (right or left).

Number of ducts in each section.

New Entities Locations with their names and numbers and ID.

Aggregate points Locations with their numbers and ID ( Label) .

- Optical fiber distribution plan.

Splice Boxes location.

Indicate the cable type (Ring or Access) (ADSS or Duct).

Cables number, size, and used strands from the main cable (all these data

should be applied in each section between two splice boxes or between

splice and the ODF.

Ex:

Between MH.16 & MH.17

Cable No : 5

Cable Size : 48

Used Fiber 28 (1-16),(19-22),(33-40)

Cable length : 309 m.

Splice No : Sp-08

OTDR or Power Meter test result for each new entity at 1310 and 1550.

Cable length according to the OTDR reading in each section between two

splice boxes and between the entities and aggregate points

Strands spares locations with their numbers and there distance to AGG.

Interior details for Manholes and Handholes, showing how each ducts are

used and the direction of in and out cable.


Ex:

The length of spare coil inside Manholes and Handholes.

All new entities with their id and Name , and used strand for each.

All Manholes , handholes ,splice and poles with their numbers and ID

(label).

Use a special symbol for aggregate point clarifying existing ODFs with

their strands (The Aggregations cabinets Interior details) .

3. Detail of each Sides of Manhole or Hand hole specified the used sub duct

4. “As-Built” drawings and documents shall be provided in soft and hard copy on (A1) paper

size.

5. Two hard copy should be delivered for each Civil and Fiber drawing .

6. The symbols used by the Contractor on As-Built drawings shall comply with the legend and

symbols and layer mapping as shown in the specification provided or to be approved by the

Engineer.

7. Samples of the As-Built drawings and documents are to be submitted to the Engineer for

approval prior to production of the final As- Built.

8. Sufficient identification marks and information are to be used to facilitate and indicate the

exact location of the manholes, joints and the cable routes.

9. Manholes, handholes, and pull boxes offset is to be clearly shown in the As-Built

documents.


Annex J: List of Entities and Aggregate sites Attached)

Annex K-1: Electrical Companies Requirements.

IDCO’sSpecifications

التعميمات التنظيمية الخاصة بقواعد السالمة العامة والصحة المهنية

لتشغيل وصيانة المعدات الكهربائية.

:املقـــذمت

إن أنظمة وتعلمات السالمة هذه، أعدذ ت لؽذإط إ ذالر وإإكذا ااعذة العذاملن المعنن ع الكإاة من أجل سالمتهم أوال وسالمة المع ات والمنكآت.

شركت تىزيع انكهرباء املساهمت انعامت إدارة انشؤون انفنيت قسم انسالمت انعامت


وحث أن أدمال كإاة توزع الاهإباء تتصذؾ بذالو وإو وصذعوبة العمذل عذال

ب من اتواه ألصى االحتا ات ع جمع األولذات للولاذة والحذ مذن الحذوا ث التذ تإ ي إلى إصذابات العمذل والتذ تذإ ي لصذحة العامذل وهذ إأا مالذع الذهي عتمذ

لمتها ال من المصاب والكإاة. التاالؾ الما ة الت عع ادلع ع حاتع د

ومن واجب العاملن الجذ اط ذالر دلذى هذه، التعلمذات واسذتعابها عذ أسذإر الهاإ أننا ننظإ إلى هه، التعلمات دلى أنها لست نهابذة كولت ممان ومما ستح

الوبذذذإات ضذذذوءوسذذذعمل دلذذذى تحذذذ نها وسذذذتاون لذذذ المإاجعذذذة والتمحذذذ عذذذ .الماتسبة

ومهمـــت عامتتعهيمــاث

دلى أنظمة السالمة من اموم بعملات الصانة والتكؽل أكوا سلم الجسم والتفاإ ول ت إبو -1لبل أناا مإهلن ولهم إاة ااعة بعملات اطسعاؾ األول من حذث إنمذاه المصذاب مذن الصذ مة

األولة .الاهإبابة و إق إجإاء التنفا الصناد واطسعاعات التم بلباا السالمة العامة وهو: -2

.الفنأعإهول واسع وعضفاط نسبا واون لع جوب تساد ، دلى العمل وال تعك حإاة -أ اإت اء ووه، والة من الص مات للولاة من سمو األكاء دلى الإأا. -ب

نمذل اإت اء حهاء سالمة مجهز بإأا ح ي بالمم مة م أ ذإاؾ األصذابع مذن سذمو أي -ج باطضاعة إلى دزل م ا أو بالستا.

اإت اء افوؾ دمل اتان أنناء العمل. -

دلى إبذا الوإكذة الموذول أن اذون بحوزتذع افذوؾ م ا ذة دازلذع صذالحة لالسذتعمال -، .موم بفحصها باستمإاإ ووالة من النموب و

تناسذب مذع حجذم استو ام حزام األمان واون سلما ومفحوصا ووال من التآال والعم و -و الكو العامل.


د م االنفإا ة ع العمل. -3

التم التام بالصالحات الممنوحة للعاملن ود م تجاوزها حسب كها ات التوول الممنوحذة لذع مذن -4 لبل الكإاة.

من صاحب العاللة عفإن الجهل بالتعلمات الصا إو أو تجاوز الصالحات ع مماإسة العمل ال -5 المسإولة.

للجمع التصإؾ بفصذل التذاإ الاهإبذاب مباكذإو حكح العاملن ال ح وث حالة تاهإب ألع ح -6 وإبالغ المسإول دن العمل عوإا.

ن.ؾ( الب من معإعة ما ل:33/11/6.6ودن العمل دلى مع ات الفول ة المتوس ة )ل التذ إن الكو مسإول وموذول للمذام بالعمذل ودلذى معإعذة و إاذة تامذة ب بعذة العمذ -أ

سموم بع وأن ال موم بالعمل إها اان ؼإ وانك من مم إتع دلى مواجهتع حتذى لذو اانذت كها و التوول الممنوحة لع تإهلع نظإا ولانونا بهلن.

إن المع ات )الكباات المح ات .....إلخ( متة. -ب

أذة معذ ات حذع أو إن هه، المع ات مستعزلة تماما ومفصولة الا اهإبابذا ومااناذا دذن -ج معإضة لإلحاء ب ون دلم المابم بالعمل.

أنع ل تم اتوذاه جمذع اطجذإاءات الممانذة لمنذع إماانذة الوصذول إلذى األجذزاء الحذة أننذاء - العمل سواء من لبل األكوا أو األ وات و الموا المستعملة ع العمل .

ة دالة وأن التؤإط ل تم ع النما إن المع ات مإإضة تماما وبافاءو اهإبابة وماانا -، أن تاون معإضة لذهلن وعذ الكذباات ذتم وكىالت تتصل دا و مع المع ات الحة والت

التؤإط من جهت العمل.

إن دالمات التحهإ والو إ ل تم تنبتها ع األماان المناسبة. -و

ألإضذة لذ وضذعت عذ إن الحواجز ووسابل الحجب والتنبع واصة ع أدمذال الاذابالت ا -ز الموالع الصححة.

أنع تم الحصول حسب األصول دلى إهن دمل. -ح

تعهيمــاث إصذار وقبىل وإنغاء وإبراء إرن انعمم

إذن العمــل:

هو كها و وتمإإ ماتوب ص إ من لبل كو مسإول حمل كها و التوول الممنوحذة إلذى كذو وذإ لع بن عها األول للنان مجال العمل المإا تنفذه، وهلذن مسإول وموول وحسب إجة التوول الممنوحة

بع عصل التاإ الاهإباب ودزلع وتؤإضع حسب األصذول وتاذون عتذإو أمذإ العمذل ناعذهو المفعذول حتذى العمل وحسب اطجإاءات.تنفه انتهاء

شهادة اإلبراء:

معن بموجب إهن العمذل بذن ه كها و أو تمإإ ص إها كو مسإول وموول اان ل لام بعمل عهذذا إامذذال العمذذل أو تؤجذذل العمذذل وأن جمذذع المعنذذن بإعمتذذع عذذ من مذذة منذذة وبعذذ و دذذن المعذذ ات

الاهإبابة وبإماانع إدا و الوضع إلى ما اان دلع لبل إص اإ إهن العمل.

شهادة اإللغاء


اإ إهن العمذل لكذو وذإ مسذإول كها و أو تمإإ ص إها كو موول ومسإول اان ل لام بإصذ

العمل صالحع وموضورع إ الدع دلى مولع العمل وأن المع ات والكباة بوموول للمام بعمل معن وألن تعو إلى وضعها ال بع لبل ص وإ إهن العمذل أو إلذى وضذع ج ذ واعذك دلذع جمذع األ ذإاؾ

دمل ج . المعنة وال مان إجإاء أي أدمال أوإى إال بموجب إهن

بدء العمل

لبل ب ء ومباكإو العمل جب العلم بما ل: الفإلذةدلى المسإول تفم أدضاء الفإلة وم ابمة األدضاء مع الاكوعات الصا إو بؤسماء أدضذاء -1

الفنة وأن الع ااع للمام بالمهمة المواولة لها.الاهإبذاب مفصذول وأن الوذ معذزول تعإؾ أدضاء الفإلة ب بعذة العمذل والتؤاذ مذن أن التذاإ -2

ومإإط واون التؤا من التذاإ مفصذول بواسذ ة أجهذزو الفحذ ولذا المإكذإات الموجذو و المكتإان المجاوإن. دلى اللوحات أو دن

أن موم مسإول العمل بإدالم ااعة أدضاء الفإلة بالمنا ك الماهإبة لع م تجاوزها وأن تم دمل -3 .الحواجز الالزمة

مراقبة سير العمل

أو الفنذ الموذول مسذإوال دذن تنفذه العمذل الفإلذةع حذال البذ ء بالعمذل اذون المإالذب أو إبذا -1وسالمة العاملن معع ود م اطوالل بالتعلمات الصا إو ومنع منعا باتا أن اذون أي دضذو مذن

مفذذإ ، عذذ ؼإعذذة األجهذذزو أو ب البمذذاءأدضذذاء الفإلذذة ومذذن ضذذمنهم المإالذذب أو الفنذذ الموذذول مذذن لوحات التوزع والت تاون ماهإبة.

العمل أن ؽا إ مولع العمل وال وج أح مذن أدضذاء الفإلذة موذول ومصذإح إها اض إ مسإول -2 لع بالعمل ولا إ دلى اطكإاؾ دلى إتمام العمل عجب تؤجل العمل إلى الوم التال.

من اطكإاؾ دلى العمل. عإى جانبة ال تمانال جوز لمسإول العمل أن موم بؤدمال أو -3

دلى المسإول أو المهن ا المعن أن تحمك من إتبار أدضاء الفإلة ألنظمة السذالمة وإها وجذ أن -4أدضاء الفإلة ؼإ متم ن بتعلمات السالمة وأن هنان و إ ه سالمة العمال دن هلذن جذب

و إزالذذة العذذاإط المحذذ لسذذالمة العمذذال وال ماذذن ولذذؾ العمذذل لحذذن االلتذذزام بموادذذ السذذالمة أ الإجور إلى العمل إال بع مواعمة المسإول الهي منعهم من إتمامع.

أن مذذوم مذذن تلمذذاء نفسذذع بتؽذذإ بعذذة العمذذل المواذذل لذذع إال بمواعمذذة ةال جذذوز لمسذذإول الفإلذذ -5 المسإول األدلى بحث ال تعاإط مع لواد وأنظمة السالمة.

لتولؾ دن العمل جب إبعا جمع أدضذاء الفإلذة والعمذال مذن مولذع العمذل الو ذإ )لوحذات دن ا -6 التوزع مح ات التحول الموا ع ...إلخ(.

ول من إدا و الوذ مذا لذم ذتم إبذإاء أو حمهن ا المإالبة أو مهن ا مح ات التلام منع منعا باتا -7 إلؽاء إهن العمل.

مذإات بعذ انتهذاء سذادات العمذل واذهلن تسذلم كذها و اطبذإاء إلذى جب تنظؾ المولذع وإوذالء الم -8 المسإول دن االنتهاء من العمل.


تفتش المولع والتؤا من ت بذك وتم ج ومان استبناؾ العمل ع الوم التال بع اوه إهن دمل -9 أنظمة السالمة العامة من ج .

ظذذؾ المولذع ودلذى الكذذو المسذإول تفتذذش بعذ االنتهذاء مذذن العمذل جذب دلذذى الفإلذة إدذا و تن -11لصذانة التذ لذ تإاذت اوالتؤا من دذ م وجذو أجسذام ؼإبذة اذؤ وات المولع بع مؽا إو الفإلة

سهوا ع مولع العمل وتكال و وإو بع إدا و التاإ.

حوذل مان أن تم إإجار التاإ الاهإباب من لبل مهن ا المإالبة والتحام أو مهن ا مح ذات الت -11صل مفاتح التذؤإط عذ المح ذة وإزالذة عأو المهن ا المعن )دلى مع ات الضؽ المتوس ( بع

وإزالة الساج المإلت ودالمات التحهإ.دلى الكباة التؤإط اطضاع

تحفظ أهونات العمل ع ملؾ وا بالصانة. -12

التأريض

مناسذب ل دذزال ومعذزوهو دباإو دن توصل المعذ ات بواسذ ة موصذل نحاسذ مذإن للعمذل موصذوال اع هها االتصذال األإضذ والؽذإط منذع لوا عمباكإو باألإط ب ون وجو مصهإات أو مفتاح أو

-:حماة األعإا من الص مة الاهإبابة وحماة المع ات من التلؾ ومسم إلى نودان

وذتم توصذلع بواسذذ ة وهذو األإضذ المإاذب دلذى المعذ ات )المح ذات الموا ذع(: األرضي الرييسي لوا ع أو سااان وب ونع ال مان إص اإ إهن دمل.

وهو اإض من نور معتم وضع ع األماان المح و للعمل لبل وبع من مة العمل : األرض اإلضاف تضذمن إبذ ولام ذات بوسذابل ومذزو ( نحذاا 2ملذم25دذن ) مم عذعوال مل مساحة

ا.سالمة التوصل اهإبابا وماانا

دفتر السجل

وأوإاق موجو و اول مح ات التحوذل الإبسذة أو الفإدذة أو المعذ ات الاهإبابذة ومذوم أهو عتإ دلى هه، المع ات تتم التالمسإول الموول بتسجل ااعة دملات التكؽل وتفاصل وحنات العمل

لعبث بها.لاون ونمة إسمة ال جوز ا والتواإخمع هاإ األولات

انعمم عهى معذاث انفىنطيت املنخفضت

مالحظــات عامة:

لبل مباكإو العمل جب مإاداو ما ل: حمل إجة توول ال تمل دن النالنة ع دملات التكؽل.وكو موول عأن -1العمذل أنع دلى إ الر تام ب بعة العمل ومعإعذة ونمذة بمصذ إ تؽهذة هذها المولذع وم لذع تمامذا دلذى -2

لمإا تنفه،.ا

سالمة.الأن اون بحوزتع ااعة التجهزات الالزمة من د ومع ات -3


دذ م مماإسذة العمذل إها لذذم اذن وانمذا مذذن مم إتذع دلذى مواجهتذذع حتذى لذو اذذان حمذل كذها و التووذذل -4 المسموح بها.

دن كوصن بع أوه المواعمات دلى هلن. د م االنفإا ة بالعمل بحث ال تمل -5

لهوايية المعراة:الشبكات ا

بع أوه التالؾ الالزم من المسإول األدلى بالعمل ومعإعة بعة العمل ال ب من مإاداو ما ل: التؤا من أن الكباة المإا العمل دلها ومعإعة إمة تؽهتها. -1 ال وول إلى لوحة التوزع أو مولع مص إ التؽهة وعصل المؽهي المإا العمل دلع. -2

العذاملن باسذتنناء وتعنذ بذ دوو جمذعع ماذان واضذح سذهل الإإذة )ال تت ول( تحهإ ةدالمتعلك -3د م الت ول ع المع ات أو تؽإ الوضع المابم أو إإجار إلىالكو الموول الهي لام بوضع العالمة

التاإ الاهإباب.

اللوحة الإبسة أو الساج أو ماان الفصل نفسع. تمفل -4

العمل المإا إنجاز، وتإتب التجهزات الالزمة.الههاب إلى مولع -5

تم التؤاذ مذن صذالحتها أوال وبعذ ها عحذ الكذباة والتؤاذ أن الوذ بواس ة جهاز عح الفول ة -6إ وو ذو اطنذاإو واذهلن جذب او من التاإ الاهإباب وتم الفح دلى جمع األ وولومفصول

ومذزو ن بافذوؾ م ا ذة منذع اسذتو ام جهذاز عحذ موذولن عنذنأن تجإي دملة الفح من الفول ة إها لم تم التؤا من سالمتع واهلن منع منعا باتا االدتما أو االدتما بانع ام التاإ الاهإباب.

بحث تم إب ع من األدلى ودلذى أن تتذوعإ عذ السذلم كذإو السذالمة مذن سلمة وضع السلم ب إمة -7 إ ت السلم ب إمة سلمة تتناسب مع ول األدم و.عأو نتوءات وان باق حث د م وجو كموق

بع التؤا من أن التاإ الاهإباب مفصول دن الكباة ولؽاات ادتباإ الكباة مإهلة للعمل دلها جب -8 إتبار ما ل:

و تفإػ ال اإو من الكحنة الاهإبابذة التذ لذ تاذون متإاامذة دلهذا بواسذ ة دصذا التذؤإط أ - التفإػ .

التؤإط وبع هلن توصل إلذى الكذباة المذإا تؤإضذها بماهإ ات التؤإط أوال متوصل لا - (النالث النذان األول)وو اطناإو ومن نم بال األ واإ ابت اءا من و األإط المحا

وتم التؤإط من جهت ماان العمل.

المؽذهي وإدذا و تجزبتذععإنذع ال بذ مذن واصذةحذاالت لؽاات تملل االنم ادذات دذن المكذتإان وعذ -9 ابإ د من المكتإان وجب اتواه اطجإاءات التالة:التاإ أل

ل.صاتواه جمع اطجإاءات المهاوإو أدال، دن دملة الف - عتح الجنابإ عتحا ونما من جمع نما التؽهة. -

ب اة الو .لتؤإط الكباة المتة وإدا و التاإ -

االنتهاء من العمل موم الكو الموول بإتبار الو وات التالة ع إدا و التكؽل:بع -11

التؤا من د م وجو أي من األكوا ع من مة العمل. - إزالة التؤإط واون داا ما تم تإابع. -

إبعا أة مع ات أو دوابك لإبة من الو . -

إؼالق ال ابإو. -


الشبكات الهوايية المجدولة: من أن المؽهي المإا العمل دلع ومعإعة مص إ التؽهة . التؤا -1 ال وول إلى مص إ التؽهة وعصل المؽهي المعن. -2

ت ول" ع ماذان واضذح وسذهل الإإذة وتعنذ بذ دوو جمذع العذاملن باسذتنناء تتعلك العتة تحهإ "ال -3إإجذار الوذ إال وأبم الوضذع المذا تؽذإ وأالكو الموول الهي لام بوضع العالمة إلى د م التذ ول

الكو المعنذ ألسذباب من لبل ع الحاالت االستننابة والت ستحل إدا و الوضع إلى ما اان دلع .المنجز واصة ودلع جب أن موم بالعلمة كو وإ موول ومسإول وهو معإعة ع العمل

ل اللوحة الإبسة أو الساج أو ماان الفصل.مفت -4

العمل المإا إنجاز،.الههاب إلى مولع -5

الوذ مفصذول بواسذ ة جهذاز عحذ الفول ذة بعذ التؤاذ مذن أن مولع جنبذإ للتؤاذ مذن ألإب اإ تإو -6 صالحتها.

تذذؤإطبعذذ التؤاذذ مذذن أن الابذذل مفصذذول وبواسذذ ة مذذم التذذؤإط الوذذا بالاوابذذل المج ولذذة ذذتم ال -7 حسب األصول.

العمل على الكيبالت والموصالت األرضية: التم بجمع التعلمات العامة والواصة الصا إو بوصذو التعامذل مذع المعذ ات الاهإبابذة مذن حذث بع

وافذإ مذوم بالعملذة كذو موذول والتذؤإطالتفإػ الفصل والفح وإص اإ أهونات العمل ودملات باألموإ التالة:أن تم ودلعمن ال إجة المناسبة للعمل ومسإول

أو عذ مجذاإي تحذت األإط ة نذعو ل دلى الاوابل األإضة أو الوصالت سذواء اانذت مال جوز العم -1مساإات الاوابل وموالع الوصذالت وأدمالهذا بن ومعتم ب ون تواج مو ح ث لنواتلنوات أو

بؤلصى إجات ال لة.جذذب أن األإط باسذذتعمال ا ت حفذذإ مااناذذة بذذل تحذذت ال جذذوز الاكذذؾ دلذذى الاوابذذل الم عونذذة -2

اون هلن وا.

دلى الكو الموول المسإول أن ح مولع العمل ب لذة متناهذة لبذل السذماح لفإذك العمذل بمباكذإو -3اسذتو ام جمذع وعذ هذه، الحالذة جذبدملهم وصوصذا دنذ ما اذون اوذل الحفإذة أانذإ مذن ابذل

مسذاإات األد ذال أو أجهذزو تح ذ الاوابذل أو أجهذزو تح ذ أمذاان عح من ساإو المتاحةالوسابل (.GUNالاوابل ودن تح الابل المإا العمل دلع تم استو ام جهاز الضإب دن بع )

تح ذذ الابذذل المذذإا العمذذل دلذذع )أو ماذذان الع ذذل( البذذ مذذن التمذذ بمذذا لذذ )عذذ حذذال الاوابذذل دنذذ -4 الماهإبة أصال(:

ابذل المعنذ وعذ ألذإب مولذع للعمذل )مح ذات تم دمل تذؤإط إبسذ عذ المح ذة دلذى ال -أ (.RMU)مجمعة

بعذذ التؤاذذ مذذن أن الابذذل مذذت بااعذذة الوسذذابل المتاحذذة تمذذ م الكذذو الموذذول المسذذإول -ب ( ومذن نذم مذوم Gun)الضذإب إلذى الابذل المعنذ وذؤإط جهذاز الضذإبوبواس ة مسذ ا

لبل الوصلة مباكإو. لضإباالابل ع المولع المناسب وع حاالت الوصالت تم بضإب


موم الكو المسإول بإدالم جمع أدضاء الفإك العامل ب بعة العمل والحهإ دن المباكإو -ج ع ل ع الابل.

عذذ حذذال اوابذذل الضذذؽ المتوسذذ عذذإن الكذذو الموذذول المسذذإول وبموجذذب إهن دمذذل ععلذذ - الابل. إبضمص إ إهن العمل أن موم باطجإاءات السابمة من تح الابل

بع ل ع الابل تم تعلم األ واإ وصوصا ع حاالت الوصالت والتؤاذ دلذى إدذا و الوضذع -، إلى ما اان دلع لبل العمل.

ك.ف(:33،11،6.6العمل على الشبكات الهوايية المعراة )

فحص وتفقد الخطوط: -أ

مل.أهونات دإص اإ ب ون و من لبل كو لع معإعة بالو و تم تفم الو و -1دن تفم الو و جب أن تعتبإ ابما أن هه، الو و ماهإبة حتى ولو أن الكذو علذم -2

بؤنها ؼإ ماهإبة حث مان اهإبتها بؤة لحظذة إمذا ألؼذإاط الفحذ أو التكذؽل الذ ابم تسلك دلى األدم و واألبإاج.الاألإط وب ون منواهلن جب تفم الو

الو و أي ل ع أو اسذإ أو وذ ش جذب دلذع إبذالغ دن مالحظة الكو المتفم لهه، -3وتم االستعانة الساانالمسإولن بهلن واهلن اتواه اطجإاءات الالزمة لتالع الو إ دلى

بذذالموا نن لوضذذع الحإاسذذة الالزمذذة دلذذى هذذه، الو ذذو المم ودذذة والتذذ تكذذال و ذذإا وجو الو ذإ عذ من مذة ؼذإ حث جب د م لمسها واالبتعا دنها مساعة منة وع حال

وذذه هذذه، اطكذذاإات مذذن ألذذإب أدمذذ و أو إبذذالو إ وت ذذةسذانة جذذب وضذذع إكذذاإات تحهإ مح ات تحول عإدة وتوضع دلها .

ع حالة ولور حا ث لكو ما سمح بفصل التاإ مباكإو ون الحصول دلى المواعمذات -4 ن.الالزمة وبع دملة الفصل تم إدالم الكو المسإول بهل

إجراءات العمل وعمليات التشغيل على الشبكات: -ب

الحصول دلى إهن دمل من المهن ا المعن وأن اون الكو الذهي سذوؾ مذوم بالعمذل -1حمل توول ال مل دن ال إجذة الإابعذة ومسذإول دذن العمذل وعذإؾ بعتذع بكذال جذ

وب ون مالبسات وال جوز العمل نهابا أنناء العواصؾ الإد ة.حاالت واصة مان الحصول دلى إهن العمل دن إك الهاتؾ ولان بع إدا و لإاءو ع -2

العمل من لبل منفه العمل.إهن

تم ال لب من مإاز المإالبة أو مهن ا مح ات التحول إ فاء الو ودزلع وتؤإضع ع -3 المح ة الإبسة.

ل لوا ذع تمفذالو منها و عا إحاءع جمع النما الت مان أن ةتنبت إكاإات تحهإ -4 إهن العمل.إص اإال ابإو وتحفظ المفاتح مع الكو المسإول دن

الههاب إلى مولع العمل والتؤا من أن الو مفصول بواس ة دصى عح عول ة مالبمة -5 لفول ة الو ومفحوصة مسبما .

عتح السااان الهوابة الموجو و دلى الو . -6

التؤإط اطضاع مباكإو لبل وبع مولع العمل والتفإػ تالسماح للفإك بإجإاء دملا -7 ومنع تح ولت ة لعزل الو .نمسبما وتح سادات مع ا

السماح للعاملن بمباكإو العمل وتحت إكإاؾ من كو إبس واح . -8


دن التولؾ دن العمل لسبب أو وذإ أننذاء سذادات الذ وام جذب دذ م إعذع التذؤإط وإها -9العمال لفتإو معنة ع المولع مع وجو حفإات أو أدمذ و أو معذ ات اهإبابذة تإن بعط

ته بو إ السذالمة دلذى األعذإا عإنذع جذب تعذن حذإاا للمولذع ودلذى الحذإاا مإالبذة والعبذث بمعذ ات ومنذع نذع األكذوا والحوانذات مذن الذ وول إلذى المولذع ممولع العمذل و

األإضذ توصذالتمسإول دن الفإك تفم سالمة التؤإط ودن استبناؾ العمل دلى ال الهي تم تإابع لبل مباكإو العمل.

بع االنتهاء من العمل موم الكو الموول المسإول بإتبار الو وات التالة: -11

التؤا من د م وجو أي من األكوا ع من مة العمل. -الكباة أوال ومذن نذم إزالة التؤإط اطضاع لبل وبع مولع العمل حث تتم اطزالة دن -

من األإض.

إبعا المع ات والكوابب دن الكباة وإزالة الساللم دن األدم و. -

إإجار السااان الهوابة الت تم عتحها. -

وذل إإجذار الوذ حإبإاء إهن العمل وال لب من مإاذز المإالبذة أو مهنذ ا مح ذات الت - الوصو . بع إزالة التؤإط الإبس حسب إهن العمل الصا إ بهها

أعمال الصيانة على الخطوط المكهربة: -ج

بإاؼ المك ات صوامل وجمع األدمال الت ال تت لب التسلك دلى األدم و وتكمل ضب -وتذإلم األدمذ و أإض األدم و تعلك العتات تحذهإ تعززلاا مماومة أإض األدم و

حت األدم و وجمع هه، األدمال جب أن تنظؾ األإط ت واستب ال ل ع األإلام واألبإاج موم بها كوصان وب ون إهن دمل.

التسلك دلى األدم و ودلى مساعة ال تمل دن متإن دن الوذ الماهذإب الت تت لبدمال األ - جب إص اإ بها إهن دمل.

الو ذذو الماهإبذذة والتذذ ال ماذذن أن عذذوقتحذذت أو التذذ تت لذذب مذذ وكذذ الو ذذو األدمذذال -ا أو االلتإاب من الو و الماهإبة المجاوإو واتواه اطجذإاءات الااعذة لمنذع منذل تتحمل لم

.عإنع جب عصل الو بكال اإئ االحتمال وإها التضت الضإوإو سالمة العاملن هها

الوذ منذل )الإاععذات مذن تؤإط المع ات الت تعمل تحت الو وحتمل لما أو االلتذإاب - ا لات الونكات(.

ماحات المسموح بهاالس

مساعة السماح الاهإباب بالنسبة لو و التوزع الاهإبابة الؽإ معزولة دن ألصى انحناء لها:

ك.ف33.11.6.6 الــوصــف

السماحات األفقية: متإ3 السماحات األعمة دن المنكآت - متإ2 السماحات األعمة لألإاض واإج التنظم -

:السماحات العامودية

أمتاإ6 االإتفار دن مستوى أإط الفضاء -


أمتاإ 7 اإتفار التما عات دن مستوى ال إق - متإ2 االإتفار دن و و أوإى دن التما ع - متإ2 االإتفار دن لمم األكجاإ - أمتاإ 3 االإتفار دن سمؾ المنكآت المابمة -

موصالت الاهإبابة الحاملة للتاإ الاهإباب : ألل مساعة سمح بها بن المسافة السماح الكهربايلإب منها بحث ال إنإ التاإ الاهإباب بكال ضاإ دلذى ،وأي منكؤ

هه، المنكؤو.

العمل على محطات التحويل:

ك.ف 11/6.6، 33/11محطات التحويل الرييسية دلذى إهن دمذل ال أن اذون حاصذدلى األلذل دلى الكو المسإول والموول من ال إجة الإابعة -1

من المسإول األدلى موضحا عع العمل الم لوب ودملات العزل والتؤإط.جمع األجزاء المذإا العمذل دلهذا الذا وإن لذم اذن هنذان إماانذة إماتةدلى الكو المسإول -2

و لهلن عإنع ال ب من تح المسذاحة التذ سذتم العمذل دلهذا بواسذ ة أحبذال أو كذإاب أو أدذالم أ حواجز واهلن جب تح الولو األ نى الالزم توعإها بن الجسم الح و ماان العمل.

الزابذذ دنذذع عذذ الحذذهإعذذ حذذال اسذذتو ام الإاععذذات أو الونكذذات أو أذذة لذذة مااناذذة عإنذذع ت لذذب -3الحاالت العا ذة وصوصذا مذن ناحذة الولذو الاهإبذاب وإن الجذ ول المعذ للولذو اذون عذ

العمل العا ة.حاالت

( أو المكذحونةمن حث إصذالح اطنذاإو االحتا ذة ) المح ةتؤمن مستوى إناإو ج للعمل اول -4إحضاإ مصابح إناإو إضاعة وتاون هه، اطناإو ؼإ مزدجذة وأن تبمذى وسذابل اطضذاءو جذاهزو

لالستعمال ع جمع األولات.

التهوذة لإج المبنذى مفتوحذة أننذاء العمذل ودمذإزالة العوابك من اول ممإات المح ة وإبماء موا -5 الالزمة دن وولها.

اء بصوإو مستمإو.فتفم جاهزة مع ات اط -6

توعإ مع ات السذالمة المناسذبة منذل : لفذازات الم ذا العذ ال وذة المعزولذة حصذإو الم ذا -7صذذا عحذذ المتنملذذة العصذذا العازلذذة لابضذذات المصذذهإات المعزولذذة دصذذا عحذذ عول ذذة د

األ واإ مع ضإوإو عحصها واوتباإهذا بصذفة وإذة امذا جذب إبمابهذا بحالذة سذلمة وأن تاذون مناسبة للجه المستو م.

موالذع عذتح المؽذهات و المح ذة بذن عذع الوضذع التكذؽل المذابمتوعإ مو تكؽل مح ث ع -8إان الإبسن دلى ال وإجإاءات التصإؾ دن ح وث أد ال واهلن وضع لوابم بؤسماء المكت

مؽهي.

إلى لما زوت المحوالت ل إ اطماان.اطنسان د م تعإط جسم -9

المؽهات: لالسإ ع إجإاءات عص -11

إها اانت المح ة مإبو ة مع مإاز المإالبة عإنع ال ب من ال لب منهم عتح الو أتوماتاا أو -ود ملع فتح الو حسب الود Attendedموم مهن ا المح ات بتحول المح ة إلى وضع

الممإإ لهلن.


.إزالة دإبة الما ع من مولعها إلى الواإج -

تاإط المؽهي إما بعإبة تؤإط أو بسان التؤإط الموجو و اول حجإو الما ع. -

اطعاز للكو الموول بمباكإو العمل باستامال إجإاءات السالمة دلى المؽهي. -

الموا ع بمفاتح تبمى مع الكو الموول المسإول. وضع إكاإات التحهإ الالزمة وتمفل -

البطاريات:

ونظذاإات واصذة ضذ األحمذاط دن تعببة الب اإات باألحماط جب اإتذ اء لفذازات م ا ذة -1 وتجنب لما المحلول ود م الماوث وال ع الؽإعة. ول والة ومإول م ا

للمحلول ووعذا مذن تولذ اطنفجذاإات بذل جذب دن مزج المحلول جب د م إضاعة الماء المم إ -2 المحلول للماء.إضاعة ابما

د م وضع أة ل ع مع نة دلى أ إاؾ الب اإات لتجنب لصإ ال ابإو. -3

ؼإعذة عذ جب وضع الب اإات بحث تاون ع متناول األكوا المإهلن تؤهال ااعذا وتاذون -4 منفصلة.

دن وول الؽإعة لضمان تهوة ج و لها.إن وج إ الهواء جب عتح الكبابن وتكؽل جهاز علت -5

تفم الب اإة باستمإاإ وجب إضاعة الماء المم إ عم ع حالة نم المحلول. -6

إزالة العوابك من الممإات وتنظؾ الؽإعة ووضذع الب اإذات دلذى إعذوؾ جذ و مماومذة للتؤاسذ -7 بسبب محلولها.

الؽباإ واألوساخ المتواج و حول الفتحات وبع ها ملا ال ولة دن تعببة الب اإة جب أوال مسح -8 للمنسوب الم لوب بالماء المم إ عم ومن نم تؽلك الفتحات.

التؤا من سالمة وجاهزة فاة الحإك. -9

ك.ف(: 6.6/0.4، 11/0.4، 33/0.4محطات التحويل الفرعية )

دن ال إجة النالنة. د م ال وول إلى ساج المح ة ب ون كها و توول ال تمل -1 اطلتزام بمالبا السالمة العامة. -2

أوه الح ة والحهإ وتجنب االإتجالة ع التعامل مع المح ة. -3

ل ع توصذالت أو وصذالت منالنظإ وتفم جمع أجزاء المح ة بسإدة للاكؾ دن أي مالحظات -4 أإضة أو وجو موالع و إو.

د م لما اللوحة بال العاإة مباكإو. -5

إ ال ابم وتجنب المزاح والاالم الهي ل إ ي إلى الؽفلة.الحه -6

.واإت اء افوؾ دازلةتجنب عتح سااان الضؽ المتوس إال بوجو حصإو تؤإط -7

ع حالة إجإاءات الفصل تم توفؾ األحمال دلى الضؽ المنوفط ومن نم عصل الضؽ المتوس -8 لضؽ المتوس وبع ها المنوفط.والعاا صحح ع حالة إإجار التؽهة تم إإجار ا

تإبذة مذع تنبتهذا التؤا من سالمة ونظاعة دصذا نذزر المصذهإات وولوهذا مذن التلذوث والكذموق واأل -9 ب إمة ج و.

وضع اطكاإات التحهإة الالزمة دن العمل ولفل المح ة بحذث منذع دملذة عذتح المح ذة وإدذا و -11 التكؽل.

ل مؽهي إلى من مة معنة.التؤا من تعلم المؽهات واتجا، ا -11

مصذهإات وتجنذب اسذتعمال أي أ او ؼذإ النذزر وأذ ي استعمال جمع األ وات الواصذة مذن مفذاتح -12 مالبمة.

.ل إ اطمااند م تعإط جسم اطنسان إلى لما زوت المحوالت -13


خدمات المشتركين والعدادات:

ثالثة أطوار( خدمات المشتركين من الشبكات الهوايية )طور واحد، توصيالتالمذنوفط والتمذ بلبذاا بكذباات الضذؽ التم ع التعلمات الصا إو ع موالذع أوذإى الواصذة -1

.العامة السالمةلبل ب ء التإاب والتؤا من حسب المواصفات التؤا من أن التم ات ال اولة مفحوصة وصالحة -2

.ا ل تؤإط ولا ع تسإبلضب وجو

وما إلذى األبوإوك و الؽباإ أو الإ وبة أو بكال سلم ع األماانالع ا التؤا من ماان تإاب -3( دذذن سذذ ح األإط واذذون م1.81-1.6هلذذن وتإاذذب العذذ ا ات الماكذذوعة باإتفذذار ال مذذل دذذن )

وتم تجمع الع ا ونبت دلى الحاب بواس ة بإاؼ التنبت.ماان الع ا سهل الوصول إلع

.لعامو تإاب وك الابل دلى ا -4

تم عصل المؽهي وتإاب ال وإ أو األ واإ بع تجهز التوصالت الالزمة بالع ا اول المنزل -5 . المنوفطإجإاءات السالمة دلى كباات الضؽ بإتباردلى الكباة

الطوابي وتغيذع عين ةتركيب خدمات المشتركين )طور أو ثالثة أطوار( للمشتركين ف األبنية متعيدد

ل األرضية:طري الكواب .الع ا ات السابمة تإاب التم بتعلمات بنو -1 عصل الما ع الإبس المؽهي للوحة توزع المبنى أو العماإو أو المنكآت. -2

.تم ات الكمة صالحة التؤا من -3

مذن وذالل لوا ذع واصذة وتؽهتذع حسذب المبنذىالع ا ات من المضبان الإبسذة عذ لوحذة توصل -4 األصول.

حوالت التيار:عدادات م استو ام تعلمات السالمة الصا إو دلى كباات الضؽ المنوفط والمتوس . -1

المؽهي المإا تإاب الع ا لع. دلىعصل التاإ الاهإباب وتإاب محوالت التاإ -2

توصل أسالن محوالت التاإ مباكإو أو من والل لوحة الفح وتوصل أسالن الفول ة حسذب -3 األصول.

أن محوالت التذاإ مإإضذة وأن نسذبة التحوذل المسذتو مة صذححة وأن جمذع أ ذإاؾ التؤا من -4 .بن األ إاؾ محوالت التاإ مؽلمة وال وج عتح

تسجل جمع المعلومات دن اللوحة اطسمة للع ا بما ع هلن لإاءو الع ا ومعامذل الضذإب وذتم -5 ت ون معامل الضإب ع المن مة الموصصة لع دلى الع ا .

.األ واإإدا و وصل التاإ الاهإباب وعح اتجا، وإان -6

إ تذالتؤا من تؤإط محوالت التاإ باستو ام جهاز لاا التاإ وهلذن بتوصذل أحذ أ ذإاؾ األم -7باألإط ومالمسة ال إؾ ا وإ مع ال إؾ مذن أ ذإاؾ محذوالت التذاإ وذتم مذن وذالل هذها

من إؾ واح وهو ال إؾ الهي سجل لإاءو الل. الفح التؤا من أن محوالت التاإ مإإضع

للتؤاذ مذن ا واحذ ا دن دملات عح الع ا وع حال توعإ مصهإات للع ا تم نزر مصهإ واح -8لإاءو الع ا )إها توعإت المصهإات( وع حذال وجذو ماعذب الفحذ عذ لوحذة التوزذع ذتم أوال


عم للتؤا من تولؾ المإ ومن نم إؼالق الفذاز إؼالق لناات محوالت التاإ وعتح لناات الع ا محول التاإ لنفا الفاز وإدا و تإاب المصهإ الوا لهها الفاز مذع بمذاء ننللع ا وعتح ل لاألو

وذذذذذذذذذذذذذذذذذذذذذذذذذذذذذتم المصذذذذذذذذذذذذذذذذذذذذذذذذذذذذذهإات النذذذذذذذذذذذذذذذذذذذذذذذذذذذذذان والنالذذذذذذذذذذذذذذذذذذذذذذذذذذذذذث منزودذذذذذذذذذذذذذذذذذذذذذذذذذذذذذة التؤا من وإان الع ا .

دلع. تإلى ما اان للنااتو الوضع إدا -9

الحوادث الكهربايية واإلسعافات األولية:

حالة عامة:إن الصفة الإبسة الت ت لبها النجذاح عذ أ اء اطسذعاعات األولذة طنمذاه المصذاب هذ سذإدة العمذل

عصذل وحسن التصإؾ والت إب العمل للمنمه وع جمع الحاالت تولؾ إنماه المصاب دلذى سذإدةوصذحة ت بذك اطسذعاعات األولذة وإن التذؤوإ عذ أ اء اطسذعاعات وإبعذا المصذابالتاإ الاهإبذاب

األولة سنتج دنع موت المصاب وع جمع األحوال جب دذ م ادتبذاإ المصذاب أنذع متذوع بمجذإ دمذل اطسذعاعات وبذالإؼم مذن اوتفذاء هذه، العالمذات جذب (اذالتنفا والنذبط)اوتفاء دالمات الحذاو

مذت ععذال مأن المصاب ل مات ولان لذ ظنا أنع دن اوتفاء هه، العالمات باألولة وب ون تؤوإ وؼال وأن الكو الوح الهي مإإ موتع أم ال هو ال بب.

تخليص المصاب من المالمسة الكهربايية: -أ

دن إك عصل المذا ع الإبسذ أو جب اطسإار بفصل التاإ الاهإباب مباكإو دن المصاب وهلن الفإد أو ال لب من جهات أوإى هلن ومإاداو د م لما المصاب ب ن داإتن الما ظل مالمسا للتاإ الاهإباب حتى ال صاب الكو المنمذه بذنفا التذاإ الاهإبذاب امذا جذب االنتبذا، إلذى ماذان

تع من السمو .وجو المصاب عإها اان دلى اإتفار دال عجب حماوع الحاالت الت صعب عها عصل التاإ الاهإباب دذن المصذاب بالسذإدة الم لوبذة عإنذع ال بذ مذن

.اتواه اطجإاءات التالة ( فولط:400معدات الضغط المنخفض أقل من ) -

وال والناب أجزاء الحاملة للتاإ تم استو ام وسابل دزل جاعة ااألوكاب فصل المصاب دن األلسذذمح باسذذتو ام أ وات مع نذذة أو أ وات إ بذذة ونصذذح االبتعذذا دذذن األجسذذام المع نذذة المح ذذة

أو منموبذةبالمصاب ألنها نالذل جذ للتذاإ وبعذ لذام المنمذه بلذبا لفذازات م ا ذة دازلذة وؼذإ صذح تؽ ة ع بؤي لماش سمن وؼإ مبلل موم بك المصذاب مذن مالبسذع بعذ ا دذن السذلن ون

الولذوؾ دلذى باستو ام واح و أنناء إنماه المصاب ومان للمنمه دزل نفسع دن األإط بواس ة لوح وكب أو أة ما و دازلة وجاعة.

ك.ف 33، 11، 6.6على معدات الضغط المتوسط -

الذبا المفذازات واألحهذة الم ا ذة مذع الم لذوب لجهذ اجب استو ام وسابل العذزل التذ تتحمذل و ام دصا الضؽ المتوس العازلة طبعا المصاب دن و و الجه المتوس اما مان دمل است

أإض دلى و و الجه المتوس وهلن بإب إؾ سلن بنم ة تؤإط األدم و نذم إلمذاء إعذع الحالذة سسذم المصذاب دلذى األإط لذها هذه، ا وإ دلى الجه المتوس المالما للمصاب وعذ

نتجة الإت امع باألإط دن السمو .سوء ى ال تز ا اطصابة جب االحتا حت


اإلسعافات األولية للمصاب: -بر ابع عصل التاإ الاهإباب دن المصاب تم تالؾ بعط األكوا باالتصذال مذع المسذإولن والذ ع

الم ن مع إتبار ما ل: صلب وجاؾ.عضل أن اون هلن دلى س ح وضع المصاب بسإدة دلى ظهإ، ومن األ -فح عم المصاب وتوإج أي ما و تعوق التنفا سواء صلبة أو سابلة وصحح وضع الذإأا -

( وضذح 1لضمان ولو مجإى التنفا من االنس ا نتجة السمو الولفذ للسذان والكذال إلذم ) مجإى التنفا ع الوضعن المؽلك والمفتوح.

إ، من د مع.التؤا من تنفا المصاب وهلن بمإالبة اإتفار وهبو ص -

التؤا من نبط المصاب وهلن بلما الكذإان دنذ المعصذم )النذبط الكذإان( أو عذ الإلبذة - للتعإؾ دما إها اانت ضإبات الملب ال زالت مستمإو من د مع.

مإالبة اتسار ح لة العن ألن اتسار ح لة العن عن نم ع وصول ال م للمخ عإها نبت أن -ج بع نبط عف هه، الحالة دلى المنمه أن إ ي وظفة إبت وللب المصاب ال تنفا وال و

المصاب بإجإاء إمة التنفا االص ناد مع الت لن الواإج للملب اما ل:

:التنفس االصطناع -1

ضع المصاب دلى ظهإ، وأوإج أة موا ؼإبة من عمع. -لذى واضذؽ بالذ ضع إح ى ال ن تحذت إلبذة المصذاب واجعذل الإلبذة مموسذة إلذى أد -

األوإى دلى جبهة المصاب ع االتجا، إلى أسفل وهها سإ ي إلى عتح عم المصاب

وه نفسا دمما لتمأل ص إن واعتح عمن وضعع بإحاام دلى عم المصاب المفتذوح وأؼلذك -أنؾ المصاب بسبابة وإبهام ن الت تضؽ دلى الجبهة وانفخ ع عمذع امذة ااعذة مذن

إ، إتفع.الهواء لتجعل ص

أبع عمذن وإالذب انوفذاط صذ إ المصذاب واذإإ دملذة الذنفخ بمعذ ل نفوذة اذل أإبعذة - نوان.

إها لم ان هنان تبذا ل للهذواء بمعنذى أن صذ إ المصذاب ال إتفذع فحذ عذم المصذاب - ونظؾ ج ا من أي أجسام ؼإبة تعوق وول الهواء.

( نذوان بالنسذبة 5-4و بمع ل مإو اذل )وتستؤنؾ دملة التنفا من عم لفم بنفخ الهواء بمو -( نذذوان بالنسذذبة لأل فذذال وإادذذى دنذذ دملذذة الذذنفخ إؼذذالق أنذذؾ 3للبذذالؽن وبمعذذ ل )

المصاب ودن الزعإ فتح أنفع وتستمإ هه، العملة حتى ب أ المصاب بذالتنفا ال بعذ بع التنفا الصناد المتواصل نم إعع عم المنمه دن عم المصاب.

أنفاسع ال ت دع نهط ب انة أو مع ؾ تحت المصاب وعولع للت عبة ودن ما ستعضع - ك اطسعاؾ أو ال بب.لبل مإوإ سادة دلى األلل وهلن لحن حضوإ عإ

التدليك الخارج للقلب: -2

استو ام إمة الت لن الواإج للملب مع دملذة التذنفا الصذناد مذع مإادذاو دذ م تعذاإط - للملب مع دملة النفخ ع عم المصاب وأن تاون دملة النفخ سإعة نم بع الت لن الواإج

المنمه عمع دن المصاب وتإاع لتفإػ الهواء من اولع مع إجإاء دملة تذ لن وذاإج للملذب لضذذمان اسذذتمإاإ مذذإوإ الذذ م الحامذذل لألاسذذجن ألدضذذاء الجسذذم الموتلفذذة ووصوصذذا المذذخ

ا اان موم باطجإاءات اطسعاعة كو واحذ أمذا إها تذوعإ كوصذان والالتن والملب هها إه ج ان اطسعاعات األولة عموم أح هما بالتنفا الصناد وا وإ بت لن الملب من الواإج.

لعمل ت لن الملب من الواإج جب أن اون المصاب ملمى دلى ظهإ، عوق أإط صلبة. -


من المفذ الصذ إي وضذع أحذ أصذابع ذ ن تحسا ص إ المإط حتى تح الجزء السفل -السإى دلى هها ال إؾ وحإن نهاة مفصل ال المنى)ولا الاؾ( نحو هها اطصبع ضذع ال السإى عوق المنى دلى النلث األسفل من دظمة المف الص إي وضع ال السإى عوق

المنى اإعع أصابع ال ن دن المصاب.

دن مإو ع النانذة واذون الضذؽ بالتذا الذ ن واسذتو م لذوو اضؽ لألسفل بسإدة ال تمل -(سذم 5-3ااعة لتضؽ ال السفلى ع النلذث السذفل للمفذ الصذ إي بحذث ذنوفط مسذاعة )

وهلن بؤن تبمى هإادن مستممتن والتننهما دنذ المإعذك مسذتو ما وزن جسذمن الذع للضذؽ هذه، المهمذة لولذت أ ذول ون تعذب ابذإ نذم اإعذع من الاتفن وهها مما سهل دلذن أ اء منذل

نملن مع بماء وضع افذن دلذى صذ إ المصذاب واذإإ هذه، العلمذة بصذفة منتظمذة وجذب أن تاإإ هه، الضؽ ات بانتظام )اضؽ واإعع الضؽ ( وع ال مإو تضؽ دلى للب المصاب

أي أنن تموم بعمل الملب.

واحذ فذادملذة التذ لن الوذاإج للملذب بمعذ ل ن إادى أن ستمإ النفخ ع الفم بحث تولل -ال وما ضؽ ات واإجذة وإها اذان هنذان كذو واحذ مذوم بعملذة التذنفا واطسذعاعات

نفخ ع عم المصاب بال إمذة الصذححة مذإتن أو نذالث مذإات متتالذة تبعهذا أن للملب ععلع اوب أمذا إها تذواعإ كذو وذإ ( ضؽ ة وستمإ هلن بالتن12دمل ت لن واإج للملب لم و )

عتاا هها الكو دن إأا المصاب وموم بعملة التذنفا الصذناد بمعذ ل مذإو واحذ و اذل وما ضؽ ات واإجذة دلذى الملذب تمذوم بهذا أنذت وسذتمإ دمذل هلذن حتذى سذتع المصذاب

ألذإب أنفاسع والملب نبضاتع اما تستمإ هه، الجهو أنناء نمل المصذاب بسذاإو اطسذعاؾ إلذى مإاز إسعاؾ أو مستكفى.

عالمات الحياة: -3

بع دملة نفخ وت لن صححة وناجحة سظهإ دلى المصاب مذا ذؤت مذن مظذاهإ الحذاو :التالة

لذذون الوجذذع بذذ أ عذذ التؽذذإ مذذن اللذذون األزإق إلذذى لذذون ألذذل زإلذذع نذذم مذذل نحذذو -1 االحمإاإ.

إلذى المعذ ل ال بعذ واذون التنفا ال بع ب أ ع الظهوإ وز ا بمإوإ الولت -2 مستمال دن دملة اطسعاؾ ومنتظما.

اتسار ح لة العن ب أ ع الضك. -3

وإادذذى اسذذتمإاإ دملذذة التذذنفا الصذذناد وتذذ لن الملذذب حتذذى تبذذ أ هذذه، العالمذذات عذذ ها بظهوإ النبضات ال بعة وتلمسها بالذ امذا جذب اسذتمإاإ نالظهوإ ومان التؤا م

ملات اطسعاعة للتنفا والملذب بصذوإو صذححة لمذ و سذادة دلذى األلذل حتذى إجإاء الع حضإ ال بب.


IDECO’s Specifications


Planning for aerial cable installation includes taking into account proper clearances, cable types

and properties, the mechanical stress loading on the cable, and span length.

Medium Voltage Network

Planning for proper clearances requires knowing the “sag” of the proposed installation. The

Contractor shall plan aerial cable installation to allow for a minimum clearance of five (5) meters

above ground level and three (3) meters from existing medium voltage power cables at the

electricity poles, which may be reduced to 2m to guarantee the 5m clearance above the ground.

The minimum clearance (Worst Case) of the mid point of the fiber optic cable (max. sag

location) shall not be less than one (1) meter from the mid point of electrical cable (max. sag

location).

Low Voltage Network

Clearance distance of the fixing point of fiber optical cable on the pole to IDECO Network

(electrical conductors) has been set at one (1) meter.

Installation conditions


In some special cases where the clearance between the fiber optical cables and the ground level

is less than five (5) meters conjunctively, the distance of the fixing point of fiber optic cable on

the pole to IDECO Network (electrical conductors) is two (2) meters, then poles must be erected

at the mid spans or otherwise as required (If technically possible and Landowners,

Municipalities, Public works agree for the route) , the newly installed poles shall be erected at an

offset of one (1) meter of the alignment of the existing IDECO poles(If the route is available and

Landowners, Municipalities, Public works etc…agree for this solution). The new poles will be

erected at locations where transformer substations are installed at 33 KV and 11 KV line poles

and are envisaged to obstruct the installation of the fiber optic cable within these locations.


Clearance > 5m


Annex K-2: MoPWH Specifications for Route Reinstatement


Annex L: Communication Plan

Project Name Project no. Project Communication Plan Date: / /

(Sample)

COMMUNICATION PLAN

Deliverable/Description Target

Audience(s) Delivery Method

Delivery Frequency

Who’s Responsible?

Non Recurring meetings

Kickoff Meeting

Work Owner Rep. and Project Manager, Contractor Sponsor and Project Manager, Engineer Rep. Quality Assurance and Planning rep. Project team

Meeting to review and approve project plan

Once per phase Work Owner Rep. and Project Manager


COMMUNICATION PLAN



Delivery Frequency


Closure Meeting

Work Owner Rep. and Manager, Contractor Sponsor and Project Manager, Engineer Rep. Quality Assurance and Planning rep.

Review and approve the Closure Report (if applicable) and phase exit checklist

Once per phase Work Owner Rep. and Project Manager

Recurring Meetings

Project Review Meeting Project Managers, Work Owner Representative, team leaders, resource managers (when necessary), team members (when necessary)

Project Manager reviews project status with stakeholders

Weekly/ Tuesday 11:00 - 01:00

Project Manager

Non Recurring Reports

Project Plan Work Owner Rep.and Rep, Project Sponsor and Manager, Contractor Sponsor and Project Manager Quality Assurance and Planning rep.

By correspondence MS project format

Once (to be updated weekly)

Work Owner Rep. and Project Manager


COMMUNICATION PLAN



Delivery Frequency


Project Closure Report Work Owner Rep. and Rep, Project Sponsor and Manager, Contractor Sponsor and Project Manager Quality Assurance and Planning rep.

By correspondence Once Work Owner Rep. and Project Manager

Project Reports

Monthly performance Report Work Owner Rep. and Rep, Project Sponsor and Manager, Contractor Sponsor and Project Manager, Work Owner Rep., team leaders.

By correspondence Monthly Project Manager

Weekly Status report

Project Managers, Work Owner Rep., team leaders, resource managers (when necessary), team members (when necessary)

By correspondence Weekly / Sunday Project Manager


COMMUNICATION PLAN



Delivery Frequency


Daily Status report Project Manager, Work Owner Rep., team leaders, resource managers (when necessary), team members (when necessary)

By correspondence Daily Project Manager

Escalation Communication

Highly Critical issues and

risks

Project Managers, Reps, Sponsors Quality Assurance and Planning rep.

Any urgent or major issues and risk should be communicated immediately to Project Manager and Project manager Immediately communicates these risks and issues to Audience. Communication must be by correspondence and, where time is of essence, by phone.

As Required Project Stakeholders and Project manager

Special Reports

Quantity measurement

(related to prices changes)

Project Managers, Reps, Sponsors Quality Assurance and Planning rep.

By correspondences

When material prices changes

Project Stakeholders and Project manager


Annex Z lSITE SURVEY REPORT

B

Site No Candidat

e

SSR APPROVED

SITE SURVEY COORDINATOR NETWORK PLANNING ENGINEER

NNNaaammmeee

SSSiiigggnnnaaatttuuurrreee

DDDaaattteee

GENERAL INFORMATION

Site Number and Name

SSR Issue Date

SSR Received Date

Manager Responsible

Network Designer Name

Site Engineer Name

Site Engineer Telephone

Site Engineer e-mail


GENERAL SITE INFORMATION

Site address Site name

street name and house number

zip code

city

municipality

Site details

Cadastral info

(based on

municipality

data)

Northing JTM

Easting Palestine

Estimated surface for equipment

SITE CONTACT PERSONS

1. Contractua

l issues

Name company / housing corporation / etc.

Street name and house number

Zip code

City

Name contact person

Telephone number

Fax number

Function

Name person with authority to sign

ReRemarks

N.A. Proof that above mentioned person(s) is / are authorized to sign contract or agreement.

N.A. Documents showing authority to sign for above mentioned person(s) have been attached to

this document.


SITE CONTACT PERSONS (CONTINUED)

2. Technical /

access issues

Name contact person with authority to decide on technical issues

Telephone number

Fax number

Function

Name housekeeper

Telephone number

ReRemarks

3. Administrative

issues

Name contact person

Telephone number

Fax / phone number

Function

ReRemarks

Site Type:

primary entity centre Medicine enventory

school blood bank

hospital Government entity

health Directorate Aggregate site

MOE directorate MOH

directorate

Other, describe:


THE FOLLOWING ITEMS HAVE BEEN DISCUSSED WITH THE DIRECTOR

1. Access to the site

24 hrs access possible? yes no not clear

Direction to the site (from nearest main road) Sketch attached

Description: From existing 33 kv pole ,install 300 underground duct to feed the building.

Access to the proposed equipment room Draft access protocol attached

Description: .install 2 Hand Hole near the wall and install u-guard to protect the cable on wall.

key-box will be installed

access through security company [optional]

other: Housekeeper needs to be informed

2. Basic site data

Are existing drawings (blue prints) of the building

available from Landlord? yes no

Clean environment – not in a dusty area, no water

leaks, no water or sewage pipes inside the room

yes no

Easy access – ground floor level is preferred yes no

Good lighting of equipment room don’t know

(214-D0-M8-2) B

Site No Candidate

SITE SURVEY REPORT

SSR Approved

Site Survey Coordinator Network Planning Engineer

Name Eng.Marwan Hadadin Eng.Iyad Al-Shouli

Signature

Date 11-Jan-2007

yes no

Equipment room/Building in non flooding zone yes no

Power connection 220V/50Hz available

yes no ……………..kVA max

Power connection -48V available

yes no ……………..A max.

Is indoor space available for placing equipment

don’t know yes no if yes:

Is outdoor space available for placing shelter

cabinets attached to building yes no

Room condition don’t know Good Average Bad

Height of ceiling minimum 220cm yes no

All access doors have minimum width of 82 cm yes no

Room floor (equipment room: tiles, datacentre :

computer floor) don’t know Tiles Concrete Wood Computer floor

Wall condition don’t know Good Average Bad


Wall material

Concrete Concr. Blocks Bricks

Steel plating Wood Other____

Is there current and / or future presence of other

users in the same room ? yes no

Name(s) of other users (for datacentre ): Teachers

Are drawings available from Landlord showing 'as built' or planned positions of other users?

yes no

Is grounding available he is not show yes no (not tested )

Are cable entries allowed for the optical fiber to enter the building and the equipment room

yes no


Site specific agreements with Director after first site visit:


ATTACHEMENTS

Map with site marked

Diagram of obstacles

Existing of 'as built' positions of other users [if applicable)

Pictures showing building, access, and available indoor space (to be delivered in digital

format)

Copy of documents giving proof of authority to sign

Site Map

SITE LAYOUT

PICTURE OF PROPOSED BUILDING

SKETCH OF EQUIPMENT ROOM IN BUILDING

PICTURE OF PROPOSED EQUIPMENT ROOM

PICTURE OF ACCESS TO BUILDING


Annex Z2 : Maintenance SLA between contractor & NBN (MOICT) for

implementation the civil works and the fiber works in the north area of the

kingdom

1. Purpose & Objectives: This agreement is the frame work (relationship and responsibilities) between the two parties which are:

- Full open effective communication between the two parties.

- Identifying interrelated service areas between the two parties, Responsibilities, under standing with firm supplier- user commitment to deliver customer satisfaction.

- Define measurable objectives using periodic analysis and through reports in order to enable service enhancement.

- Proper service delivered at the right cost and right time. 2. The scope of SLA: - The scope of the frame is the defect liability for all the works that will be implemented within the scope of this project which includes but not limited to optical fiber cables and all civil work that will be implemented by the contractor and his subcontractors as detailed below :

a) The optical fiber and its accessories includes ( Optical termination in buildings, Racks,

Indoor and outdoorCables, Joints and splices, Ducts and trenches, Electronic identifiers, manholes,Hand holes/Pits).

b) Civil Works (in duct, direct buried) shall include and not limited to excavation, materials,

reinstatement, ducts ,manholes,handholes ,pullboxes,galvanized pipes ,upvc pipes , and all needed operations.

c) Fiber optics and its accessories on electric poles also need to be maintained that includes but not limited to fiber cables ,termination repairmen and any issue relating to the Arial fiber cables duct fiber cables , poles and fiber route transfer(duct and arial)


3. Network Availability: 7.1 Metro ring Routes. 7.1.1 99% during working hours as per the working hours of the MOICT . 7.1.2 95% after working hours and holidays as per the working hours of the MOICT . 7.2 Access routes 7.2.1 98 % during working hours as per the working hours of the MOICT . 7.2.2 95 % after working hours and holidays as per the working hours of the MOICT.

4. Review time scale for signed-off SLA:

Last review date of signing Next review each 3 months after signing.

11.Penalties: The penalties is calculated according to the severity of the fault and the reactivity of the contractor as shown in the tables below for the fiber works malfunction with needed civil work

For the fiber cables and cable accessories to be replaced with the needed civil work and the bidder to get the right of way :

Severity Number of entities down

Resolve time ( in hours )

Penalty in JD/24 hour

Critical 10 or more access links down

One or more metro rings is down

24 250

Major 3 to 10 access links 48 150

Minor Up to 2 access links 72 100

Severity definitions:

Severity Definition

Critical Must be done, essential to business

Survival. Business can’t continue

Major Shall be done, near essential to

business survival

Minor

Could be done, high benefit to

business if time and resources are

available.


Abreviations:

Abbreviations Stands For

ADSS All Dielectric Self Supporting

Pop Point Of Presence

IPS Intrusion Prevention System

MPLS Multiprotocol Label Switching

DR Disaster Recovery

NOC Network operation centre

ITU International Telecommunications Union

RFP Requested for Proposal

MoICT Ministry of Information and

Communications Technology

NEPCO National Electric Power Company

EDCO Electricity Distribution Company

IDECO Irbid District Electricity Company

GIS Geographic Information System

UPVC Unplasticised Polyvinyl Chloride

ITP Instruction To Proceed

ODF Optical Distribution Frame

TRC Token Ring Controller

SSF Site Survey Form

NIP Network Implementation Plan

NRFU Network Ready For Use

PMD Polarization Mode Dispersion

STAC Support Technical Assistance

VPN Virtual Private Network

SNMP Simple Network Management Protocol

NESC National Electrical Safety Code

HDPE High Density Polyethylene

DLS Department of Lands and Survay

http://www.google.jo/url?sa=t&rct=j&q=EDCO&source=web&cd=9&cad=rja&ved=0CEsQFjAI&url=http%3A%2F%2Fwww.kec.jo%2Fnode%2F26&ei=u8haUMXBNejd4QS9nYDIBQ&usg=AFQjCNG_1fiBCspUlJGQRxR0KUtiED3wAA


OTDR Optical Time Domain Reflectometer

The Hashemite Kingdom of Jordan Ministry of Information...

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