Fiber

MIDDLE EAST FIBER CABLE MANUFACTURING CO.(MEFC)

Middle East Fiber Cable Mfg.Co.Ltd, Second Industrial Area, P.O.Box: 733, Riyadh 11383, Kingdom of Saudi Arabia Tel: +966-1-265-0777, Fax: +966-1-265-0203, Website: http://www.mefcf.com/, E-mail: [email protected] 1



CONTENTSCOMPANY OVER VIEW Page 4

CERTIFICATES AND APPROVALS Page 5-16

MEFC PRODUCT OVER VIEW Page 17-18

QUALITY ASSURANCE AND QUALITY CONTROL Page 19-20

INDUSTRY / MEFC OPTICAL FIBERS ITU G.652B SINGLE MODE DISPERSION UN-SHIFTED OPTICAL FIBER (STANDARD) Page 21

ITU G.652C SINGLE MODE DISPERSION UN-SHIFTED OPTICAL FIBER (LOW WATER PEAK) Page 22

ITU G.655 SINGLE MODE NON-ZERO DISPERSION SHIFTED FIBER (REDUCED SLOPE) Page 23

ITU G.655 SINGLE MODE NON-ZERO DISPERSION SHIFTED FIBER (LARGE EFFECTIVE) Page 24

62.5/125 nm MULTI MODE OPTICAL FIBER Page 25

INDUSTRY / MEFC STANDARD CABLES OUTDOOR CABLES

DUCT NON-METALLIC O.F.CABLE Page 27

DUCT METALLIC O.F. CABLE Page 28

DIRECT BURIED NON-METALLIC O.F.CABLE Page 29

DIRECT BURIED METALLIC O.F.CABLE Page 30

STEEL TAPE ARMORED(SINGLE SHEATH) O.F.CABLE Page 31

STEEL TAPE ARMORED(DOUBLE SHEATH) O.F.CABLE Page 32

STEEL TAPE DOUBLE ARMORED O.F.CABLE Page 33

STEEL TAPE ARMORED MONO TUBE O.F.CABLE Page 34

STEEL WIRE ARMORED O.F.CABLE Page 35

BRAIDED STEEL WIRE ARMORED O.F.CABLE Page 36

LEAD SHEATH STEEL WIRE ARMORED O.F.CABLE Page 37

HYBRID O.F.CABLE Page 38

FIRE RESISTANCE O.F.CABLE Page 39

ADSS AERIAL O.F. CABLE Page 40

AERIAL FIG-8 O.F. CABLE (METTALLIC) Page 41

AERIAL FIG-8 O.F. CABLE (ALL DIE ELECTRIC) Page 42



INDOOR CABLES

INDOOR SIMPLEX O.F.CABLE Page 43

INDOOR ZIP CORD O.F.CABLE Page 44

FLAT DUPLEX O.F. CABLE Page 45

INDOOR BREAK OUT O.F.CABLE Page 46

INDOOR BACK BONE O.F.CABLE Page 47

INDOOR DISTRIBUTION O.F. CABLE Page 48

INDOOR/OUTDOOR CABLESINDOOR/OUTDOOR DRY O.F. CABLES Page 49

INDOOR/OUTDOOR ARMORED O.F.CABLE Page 50

CUSTOMER SPECIFIC OPTICAL FIBER CABLESSAUDI ARAMCO STANDARD OPTICAL FIBER CABLES (VENDOR CODE : 10028837) Page 51-52

SAUDI ELECTRIC COMPANY (SCECO-EAST) VENDOR CODE : M-3095 Page 53

SAUDI TELECOM COMPANY (MAT-1601) Page 54

SAUDI TELECOM COMPANY (MAT-1602) Page 55

SAUDI ELECTRIC COMPANY (SCECO-CENTRAL) Page 56

TACTICAL O.F. CABLE Page 56

OPTICAL FIBER SPECIFICATIONSSINGLE MODE FIBER SPECIFICATION (CABLES) Page 57

MULTI MODE FIBER SPECIFICATION (CABLES) Page 58

MEFC FIBER OPTIC SERVICES Page 59

RELATED TRADINGS - FIBER ACCESSORIES CONNECTORS Page 60

PATCH CORDS/PIG TAILS Page 61

JOINT CLOSURES/TERMINATION BOXES Page 62

GLOSSORY OF FIBER OPTIC TERMS Page 63-69



COMPANY OVERVIEW

Middle East Fiber Optic Cable Mfg. Co. (MEFC), a Saudi American Joint Venture located in Riyadh Saudi Arabia. Founded in 1995 together with FiberCore and Royle Systems Group from USA, to manufacture a comprehensive state-of-the-art Fiber and Fiber Optic Cables, to serve Communication Service Providers, Data Communications, SCADA Systems, WANs, LANs, CCTV, Military Tactical Communications, Present 10 Gigabit Ethernet and FTTX Customers.

In very short time, MEFC has achieved Excellence Quality Reputation and Market Share in the Gulf, Middle East and African countries.

MEFC accredited with several certifications for its Product and Quality System from independent International testing agencies, such as British Standards Institute (BSI), Underwriter Laboratories (UL), Canadian Standards Association (CSA), Telcordia, TUV etc. Based on that MEFC has been approved by all major clients such as Saudi Aramco, Saudi Telecom Company, Electricity and Water Authorities, Kuwait Oil Company etc and all Major Oil and Gas Industries in the region. MEFC Cable specification meets all International Standards,

MEFC was also able to have a strong presence and maintain a reputation in the international market by supplying Optical Fibers and Optical fiber cables to United States, Europe, Asia and African Countries.

MEFC has capability to meet and exceed customers requirements and specifications. MEFC manufactures wide ranges of Optical fibers and Optical fiber cables.

A brief summary of these products is:

Optical Fibers: Single Mode Dispersion un-shifted, Non-Zero Dispersion shifted, Multi Mode.

Optical Fiber Cables:

Indoor Simplex, Duplex, Breakout, Backbone and Distribution Outdoor Under Ground Duct, Direct Buried, Armored Aerial - ADSS, Fig-8 Indoor / Outdoor Fire Resistant both Non-Metallic and Metallic.

With a clearly strategy, common mission to provide best quality products and emerge as a leader in the industry, MEFC poised for success and growth.

Our Team is committed to deliver state and the art of technology with continuous improvement, on time delivery, best quality fiber and fiber optic cable products and after sales services.

CONTENTS

AdministratorCONTENTS

CERTIFICATE



CERTIFICATES / APPROVALS

CONTENTS





CONTENTS




MEFC PRODUCT OVERVIEW

MEFC manufactures all latest technology optical fibers as per International Standards.Optical fibers are made from high quality silica glass and coated with dual layer acrylic material to give protection against micro bending, mechanical abrasion and temperature changes. MEFC Optical fibers are produced in highly clean environment and are ensured to maintain their pristine state through out manufacturing. Each fiber is proof tested to ensure that the fiber will function for a full life time of more than 30 years under residual stress conditions. With one of the best-equipped testing laboratories optical, geometrical, mechanical and environmental properties are measured for compliance to international standards, ITU, IEC, EIA/TIA etc. Tighter geometrical tolerance, high fiber curl and low PMD are the primary benefits of MEFC fiber which gives cost saving for the cable installers.

Selection Of Right Type Of Fiber While choosing right type of Optical fiber for the networks, in general, the following factors shall be considered: Present capacity requirements Future demand and requirements Active and Passive component costs

While many factors have to be evaluated when selecting fibers for a given network, two key parameters attenuation and dispersion are primarily important factors.

Attenuation is the signal loss as travels through a fiber. Dispersion is the natural tendency of the different wavelengths in the light pulses to spread with distance traveled.

Optical fibers are normally classified into two types, Single Mode and Multi Mode according to the no. of modes the fiber carries.

1.1.a SINGLE MODE FIBERSingle Mode Fibers are Further Classified into three categories by International Telecommunication Union based on the properties of Dispersion

G.652 Dispersion Un-shifted Single Mode FiberAlso called as Standard Single Mode Fibers (9/125 nm)

G.653 Dispersion shifted FiberThe dispersion at 1550nm is almost zero, these fibers are almost out dated due to the factors than they cannot be used in WDM and DWDM applications

G.655 Non Zero Dispersion Shifted FibersAdvanced fiber technology for applications upto 40G.bits/sec. In both WDM and DWDM applications.

STANDARD SINGLE MODE FIBER (9/125) (ITUG.652)ITU further divided the Single mode optical fibers are classified into A,B,C,D categories based on the applications attenuation and Dispersion and geometrical Parameters

CONTENTS




MEFC PRODUCT OVERVIEW

ITU G.652.AThese Fiber are devised for transmission systems operating up to STM-16 ( 2.5 Gbits/Sec) , and are designed to operate at 1310 nm and 1550 nm Wave Length.

ITU G.652.BThese Fiber are devised for transmission systems operating up to STM-64 (10 Gbits/Sec), with tighter tolerance of PMD and Geometrical parameters and are designed to operate at 1310 nm and 1550 nm Wave Length.

ITU G.652.CThese Fiber are devised for transmission systems operating up to STM-64 (10 Gbits/Sec), allows transmission up to extended range 1260-1620 nm. The lower pear attenuation at 1380 nm allows these fibers can be utilized from 1260-1620 nm.

ITU G.652.DThese Fiber are devised for transmission systems operating up to STM-64 (10 Gbits/Sec), allows transmission up to extended range 1260-1620 nm. The lower pear attenuation at 1380 nm allows these fibers can be utilized from 1260-1620 nm, with tighter tolerance of PMD and Geometrical parameters of fibers.

G.655- Non Zero Dispersion Shifted Single Mode Fibers

These fibers are having minimum dispersion at 1550 nm for longer distance applications. Non zero dispersion shifter single mode fiber (NZDSF) is operated for WDM and DWDM systems which enables customer to construct high performance wired networks for voice, video and / or data transmission.

1.1.b Multi Mode Fibers

Multi Mode Fibers (MMF) provides a high performance in a wide range of application, suitable for short length networks and installed in the distribution portion of any telecommunications network. The have been classified on its Core diameter and Bandwidth requirements. Multi Mode Fibers are of two types even though ITU recognizes the with same standards, based on its core diameter. Multi Mode Fiber is differentiated as 50/125 and 62.5/125 nm

CONTENTS




As an ISO 9001: 2000 certified company, MEFC has been successfully implementing the quality management system requirements with a complete commitment to satisfy the Customer needs. Our experienced and highly skilled engineers/inspectors test the incoming raw materials, conduct in process inspection at every cable manufacturing stage, verify the compliance to the requirements after every process. Finished cables are tested as per national /international standards & customer specifications.

Our cables meet the performance requirements of local utility Companies & national and international standards namely SCECO, ARAMCO, MAT (Saudi Telecom Standards), IEC,ITU-T, EIA/TIA, BS, BELL CORE, RUS-PE 90.

Our Quality staff conducts tests to verify the performance and reliability of Optical fibers. These tests include Fiber strength, Attenuation Co-efficient, Attenuation uniformity, Mode field diameter, Cutoff Wavelength, Chromatic Dispersion, Polarization mode dispersion, Bandwidth, Numerical aperture, Cladding diameter, Concentricity error, Non-circularity and Coating diameter. The measurement in respect of above referred fiber parameters is carried out before the cabling process using advanced computer controlled test equipment, which are calibrated using international standard artifacts at regular intervals. These optical fibers are manufactured and tested in a dust free clean room environment. Type tests such as Macro bending, Temperature cycling are conducted periodically an optical fibers to the latest standards.

Colored fibers are tested for MEK and compatibility with material, which they come in contact with when they are cabled. In order to verify the ability to withstand the extreme climate conditions, all the plastics components of the cable are tested for shrink back and cold bend test before being approved for processing.

QUALITY ASSURANCE AND QUALITY CONTROL

CONTENTS




QUALITY ASSURANCE AND QUALITY CONTROL

After the stage wise inspection, routine tests- attenuation co-efficient, Attenuation uniformity, water ingress test on filled cables, physical dimensions and surface quality, are carried out on the finished cables.

In order to ensure the finished cables function satisfactorily for at least 30 to 40 years without degradation to the Optical transmission, type tests are conducted for every design periodically. Tensile loading, Fiber strain, Flexing, Repeated Bend, Impact, Crush, Torsion, Temperature cycling, Compound Flow tests are conducted using automated equipments to precisely apply the conditions laid down in international standards as well as customers specifications.

The process and product quality characteristics are analyzed using statistical quality control techniques. X-bar and R charts, Normal Distribution analysis, Pareto Analysis, Percentile charts, P-charts are widely used statistical techniques for monitoring of test equipment and product quality characteristics in MEFC.

Our commitment towards delivering highest quality optical fiber cables is quality assurance to our customers that they can reap the benefits of peak performance from their fiber optic network.

OTDR TRACE OF OPTICAL FIBER CHROMATIC DISPERSION

CONTENTS




ITU G.652B SINGLE MODE DISPERSION UN-SHIFTED OPTICAL FIBER (STANDARD)

MEFC's OptiGlow-SMF optical fiber is a matched clad Dispersion un-shifted single mode fiber A dual layer UV cured acrylate coating is applied over the pure glass cladding. This high quality coating protects the fiber from mechanical and environmental stresses and has excellent bend resistance characteristics.

OptiGlow-SMF is optimized for use in 1310nm window by offering low dispersion and also can be used in 1550nm window.

Telcordia certifies MEFCs fiber for G.652 international standard. Also, OptiGlow-SMF meets IEC-60793-2 Telcordia GR-20-Core and TIA/EIA 492- Class IVa standards.

OptiGlow-SMF has the distinction of having low PMD that makes high bit rate transmission possible. High curl values of OptiGlow are added advantage to the manufacturers of ribbon cables and installers as high curl values permit much faster splicing

MEFC's optical fibers are manufactured using Vapor Phase Axial Deposition (VAD) process. VAD process is the most efficient process for controlling optical and geometrical properties of optical fibers.

CONTENTS




ITU G.652D SINGLE MODE DISPERSION UN-SHIFTED OPTICAL FIBER (LOW WATER PEAK)

MEFC's OptiGlow-LWP optical fiber is a matched clad Dispersion un-shifted single mode fiber A dual layer UV cured acrylate coating is applied over the pure glass cladding. This high quality coating protects the fiber from mechanical and environmental stresses and has excellent bend resistance characteristics.

Low attenuation of OptiGlow-LWP in broad range of wavelengths including water peak enables CWDM transmission for increased network capacity.

Attenuation characteristics are stabilized against Hydrogen. It is designed for use in wavelengths between 1280 to 1625nm. It has superior attenuation performance throughout this band.

OptiGlow-LWP is fully compatible with conventional Single Mode Fiber. Its low PMD and improved bending performance and high Curl advantage to the manufacturers of ribbon cables and installers as high curl values permit much faster splicing

MEFC's optical fibers are manufactured using Vapor Phase Axial Deposition (VAD) process. VAD process is the most efficient process for controlling optical and geometrical properties of optical fibers.

D

CONTENTS




ITU G.655 SINGLE MODE NON-ZERO DISPERSION SHIFTED FIBER (REDUCED SLOPE)

MEFC's OptiShine-RS optical fiber is a matched Clad Non-Zero Dispersion shifted single mode optical fiber. A dual layer UV cured acrylate coating is applied over the pure glass cladding. This high quality coating protects the fiber from mechanical and environmental stresses and has excellent bend resistance characteristics.

OptiShine-RS is optimized for use in 1550nm window by offering low dispersion to over come non-linear effects. Its Reduced slope makes it possible to keep the dispersion values low over a wide range of wavelengths there by reducing dispersion compensation.

OptiShine-RS meets all the international standards, ITU-T G.655, IEC-60793-2 and EIA/TIA-492- Class IVd standards.

OptiShine-RS has the distinction of having low PMD that makes high bit rate transmission possible. High curl values of OptiShine-RS are added advantage to the manufacturers of ribbon cables and installers as high curl values permit much faster splicing.

CONTENTS




ITU G.655 SINGLE MODE NON-ZERO DISPERSION SHIFTED FIBER (LARGE EFFECTIVE)

MEFC's OptiShine-LEA optical fiber is a matched Clad Non-Zero Dispersion shifted single mode Optical fiber. A dual layer UV cured acrylate coating is applied over the pure glass cladding. This high quality coating protects the fiber from mechanical and environmental stresses and has excellent bend resistance characteristics.

OptiShine-LEA is optimized for use in 1550nm window by offering Large Effective Area to over come non-linear effects.

OptiShine-LEA meets all the international standards, ITU-T G.655, IEC-60793-2 and EIA/TIA 492-Class IVd standards.

OptiShine-LEA has the distinction of having low PMD that makes high bit rate transmission possible. High curl values of OptiShine-LEA are added advantage to the manufactures of ribbon cables and installers as high curl values permit much faster splicing.

CONTENTS




62.5/125 nm MULTI MODE OPTICAL FIBER

MEFC's OptiLan-62 is a Graded Index 62.5/125um Multi Mode Fiber. A dual layer UV cured acrylate coating is applied over the pure glass cladding. This high quality coating protects the fiber from mechanical and environmental stresses and has excellent bend resistance characteristics. OptiLan-62 meetsITU-T G.651 standard and fulfills the FDDI requirements for LAN cabling. Tight buffer process for indoor cables with MEFC's fiber is hassle free as the best results can be obtained with OptiLan-62.

CONTENTS




50/125 nm MULTI MODE OPTICAL FIBER

MEFC's OptiLan-50 is a Graded Index 50/125um Multi Mode Fiber. A dual layer UV cured acrylate coating is applied over the pure glass cladding. This high quality coating protects the fiber from mechanical and environmental stresses and has excellent bend resistance characteristics. OptiLan-50 meets ITU-T G.651 standard and fulfills the FDDI requirements for LAN cabling. Tight buffer process for indoor cables with MEFC's fiber is hassle free as the best results can be obtained with OptiLan-50.

CONTENTS




DUCT NON METALLIC O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Peripheral Strength Members - Polyethylene Outer Jacket

DESCRIPTION

The construction of the non-metallic cables begins with our proven loose tube design. The loose tube provides protection against environmental and mechanical forces. This smaller diameter cable is light weight and suitable enough for duct and conduit use

APPLICATIONSInter Office Trunking, Data, Video Transmission, Control /Alarm System - Light Weight and Flexible - Laying in Ducts and Concrete

FEATURES AND BENEFITS

Suitable for conduits and pipelines for long haul applications Supports all grades of single mode and multimode fibers It can be laid in vicinity of power cables No additional grounding is required, at vicinity of power lines and lighting risks Telemetry and SCADA links for oil & gas, electricity.

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: Industry Standard Storage Temperature : -40 C to +70 C

Fiber Specifications : Refer Page nos : 44-45 Operating Temperature : -40 C to +70 C FIBER / TUBE COLOURS: AS PER IEC 60304 Blue, Orange, Green, Brown, Gray, White, Red, Black, Yellow, Violet, Pink, Aqua Testing Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension : 2700 Newton

CABLE CODE Fiber FiberperNo.ofactive

OUTER DIA

Min.BendingRadius(MM Net Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted

(G.652)SMNZDS(G.655) count

Loosetube

Loosetubes (MM)

NOLOAD

UNDERLOAD (Kg/km)

ADUN6004 ADUN5004 ADUN1004 ADUN4004 4 4 1 10.4 104 208 96









CONTENTS




DUCT METALLIC O.F. CABLE

CABLE CONSTRUCTION Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Peripheral Strength Members - Identification Tape - Aluminum Moisture Barrier Tape - Polyethylene Outer Jacket

DESCRIPTION

The construction of the metallic cables begins with our proven loose tube design. The loose tube provides protection against environmental and mechanical forces. This smaller diameter cable is light weight and suitable enough for duct and conduit use

APPLICATIONSInter Office Trunking, Data, Video Transmission, Control /Alarm System - Light Weight and Flexible - Laying in Ducts and Concrete


Suitable for conduits and pipelines for long haul applications Supports all grades of single mode and multimode fibers It can be laid in vicinity of power cables Telemetry and SCADA links for oil & gas, electricity.




outerdia

Min.BendingRadius(MM

NetWeight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Loosetube

Loosetubes (MM)

NOLOAD

UNDER

LOAD (Kg/km)

ADUN6004 S ADUN5004 S ADUN1004 S ADUN4004 S 4 4 1 11.2 112 224 103







CONTENTS




DIRECT BURIED NON METALLIC O.F. CABLE

CABLE CONSTRUCTION Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Polyethylene Inner sheath - Peripheral Strength Members - Water Blocking Material - Polyethylene Outer Jacket

DESCRIPTION

Double Jacket is an excellent choice for installation requiring the added mechanical and environmental protection of two durable polyethylene jackets. This Double Jacketed cable is directly buried in trenches.

APPLICATIONSJunction Communication System, Subscriber Network System - Data, Video Transmission Direct Buried Installation

FEATURES AND BENEFITS * Supports all grades of single mode and multimode fibers * No Additional Grounding is required, at the vicinity of power lines and lighting risks.* Long Haul Telecommunication* Suitable for Lying in the trenches




outerdia


NetWeigh

t

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Loosetube

Loosetubes (MM)

NOLOAD

UNDERLOAD Kg/km










CONTENTS




DUCT BURIED METALLIC O.F. CABLE

CABLE CONSTRUCTION Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Peripheral Strength Members - Identification Tape - Aluminum Moisture Barrier Tape - Polyethylene Inner sheath - Water Blocking Material - Polyethylene Outer Jacket

DESCRIPTION

Double Jacket is an excellent choice for installation requiring the added mechanical and environmental protection of two durable polyethylene jackets. This Double Jacketed cable is directly buried in trenches.

APPLICATIONSJunction Communication System, Subscriber Network System - Data, Video Transmission Direct Buried Installation


* Supports all grades of single mode and multimode fibers

* Long Haul Telecommunication

* Suitable for Lying in the trenches




outerdia


NetWeight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Loosetube

Loosetubes (MM)

NOLOAD

UNDER

LOAD (Kg/km)








CONTENTS


AdministratorDIRECT



STEEL TAPE ARMOURED (SINGLE SHEATH) O.F. CABLE

CABLE CONSTRUCTION Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Peripheral Strength Members - Water Blocking Material - Corrugated Steel Tape Armour -Polyethylene Outer Jacket

DESCRIPTION

MEFC offers steel tape armored optical cable, which has been popular cabling solution for outside plant applications. Corrugated steel tape and a robust polyethylene outer jacket combine to deliver rugged durability and added rodent resistance.

APPLICATIONS- Rodent Resistant- Direct Buried Installation- Data, Video, Voice, Transmission


Supports all grades of single mode and multimode fibersOffers excellent crush resistance




outerdia


NetWeight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted(G.652)

SMNZDS(G.655) count

Loosetube

Loosetubes (MM)

NOLOAD

UNDER

LOAD (Kg/km)

AAMM6004 S AAMM5004 S AAMM1004-S AAMM4004-S 4 4 1 12.9 193 258 174







CONTENTS




STEEL TAPE ARMOURED (DOUBLE SHEATH) O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap -

Peripheral Strength Members - Water Blocking Material - Corrugated Steel Tape Armour -Polyethylene Outer Jacket

DESCRIPTION

MEFC offers steel tape armored optical cable, which has been popular cabling solution for outside plant applications. Corrugated steel tape and a robust polyethylene outer jacket combine to deliver rugged durability and added rodent resistance.

APPLICATIONS- Rodent Resistant- Direct Buried Installation- Data, Video, Voice, Transmission


Supports all grades of single mode and multimode fibersOffers excellent crush resistance and projects from Rodent attacks



CABLE CODE Min.BendingRadius(MMNet

Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)


SMNZDS(G.655)

Fiber

count

Fiberper

Loosetube

No.ofactive

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

AAMM6004 D AAMM5004 D AAMM1004-D AAMM4004-D 4 4 1 14.0 210 280 197







CONTENTS




STEEL TAPE DOUBLE ARMOURED O.F. CABLE

CABLE CONSTRUCTION Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Peripheral Strength Members - Polyethylene Inner Sheath - Corrugated Steel Tape Armour -Polyethylene Intermediate Sheath - Corrugated Steel Tape Armour -Polyethylene Outer Jacket

DESCRIPTION

MEFC offers steel tape double armored optical cable, rugged and heavy-duty fiber which has been popular cabling solution for harsh environment . Corrugated steel tape and a robust double polyethylene outer jacket combine to deliver rugged durability and added rodent resistance.

APPLICATIONS- Rodent Resistant- Heavy Duty - Data, Video, Voice, Transmission


Supports all grades of single mode and multimode fibers Offers excellent crush resistance

For Lying in Harsh Environment




outerdia


NetWeight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Loosetube

Loosetubes (MM)

NOLOAD

UNDER

LOAD (Kg/km)

AAMM6004 T AAMM5004 T AAMM1004-T AAMM4004-T 4 4 1 17.7 265 354 341





CONTENTS




STEEL TAPE ARMOURED MONO TUBE O.F. CABLE

CABLE CONSTRUCTION

Fiber Bundles in Loose Tube filled with Gel - Peripheral Strength Members - Corrugated Steel Tape Armour - Steel Wires embedded in Polyethylene Outer Jacket

DESCRIPTION

MEFC offers flexible and cost effective mono tube design for outdoor applications. Optical fibers are bundled in a single tube, and a required tensile strength is obtained without strength member using two supporting steel wires. For Specific applications MEFC can offer all dielectric mono tube design

APPLICATIONS- Rodent Resistant - Data, Video, Voice, Transmission


Flexible and Light weight Installation Friendly

Cost Effective

For Lying in Harsh Environment




outerdia


NetWeight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Loosetube

Loosetubes (MM)

NOLOAD

UNDER

LOAD (Kg/km)

AAMM6004-M AAMM5004 M AAMM1004-M AAMM4004-M 4 4 1 11.6 174 232 170




CONTENTS




STEEL WIRE ARMOURED O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Polyethylene Inner Sheath - Helically Stranded Steel Wires - Polyethylene Outer Jacket

DESCRIPTION

MEFC Steel wire armored cable offers applications for higher tensile requirements. The cable consists of two rugged polyethylene jackets to deliver the strength and rodent resistance, need for tough outside plant use.

APPLICATIONS- Rodent Resistant Direct Buried Installation Data, Video, Voice, Transmission


Supports all grades of single mode and multimode fibers

Enhanced compressive strength and rodent resistance




Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted

(G.652)SMNZDS(G.655)

Fiber

count

Fiberper

Loosetube

No.ofactive

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

ASWM6004 ASWM5004 ASWM1004 ASWM4004 4 4 1 14.4 216 288 355




ASWM6036 ASEM5036 ASWM1036 ASWM4036 36 6 6 15.6 234 312 443


CONTENTS




BRAIDED STEEL WIRE ARMOURED O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel Peripheral Strength Member - Polyethylene Inner Sheath - Steel Wire Braiding - Polyethylene Outer Jacket

DESCRIPTION

MEFC Steel wire armored fiber optic cable offers excellent resistance and flexibility with high tensile strength . These cables covered with tow rugged polyethylene jackets as well, to resist the rodent attacks.

APPLICATIONS- Rodent Resistant Direct Buried Installation Data, Video, Voice, Transmission


Greater Flexibility

Enhanced compressive strength and rodent resistance

Supports all graded of single mode and multi mode fibers




Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

ABWM6004 ABWM5004 AAMM1004 ABWM4004 4 4 1 12.7 190 254 231



CONTENTS




LEAD SHEATH STEEL WIRE ARMOURED O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel -Stranded around Central Strength Members - Interstices filled with Gel - Core Wrap - Flame Retardent PVC Inner Sheath - Lead Sheath - Second Inner Sheath - Helically stranded Steel Wire Armour -Flame Retardent PVC Outer Jacket

DESCRIPTION

MEFC offers Lead Sheathed Optical Fiber Cables which have an secondary sheath covered over an inner polyethylene sheath to protect the cable within from aromatic hydrides. These cables are covered by high tensile strength.

APPLICATIONS- Petrochemical Plants - Junction Communication System, LANs - Direct Buried Installation


Installation in location where aromatic carbon hydrides are present .like near petrol stations.

In the vicinity of pipe lines

In oil refineries and similar locations.


Fiber Specifications : Refer Page nos : 44-45 Operating Temperature : -40 C to +70 C

FIBER / TUBE COLOURS: AS PER IEC 60304 Blue, Orange, Green, Brown, Gray, White

Testing Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension : 2700 Newton


Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

ALAM6004 ALAM5004 ALAM1004 ALAM4004 4 4 1 19.2 288 384 1017




CONTENTS




HYBRID O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel - Copper pair along with Loose Tubes Stranded around Steel Central Strength Member - Interstices filled with Gel - Core Wrap - Peripheral Strength Members -Aluminum Moisture Barrier Tape- Polyethylene Outer Jacket

DESCRIPTION

MEFC offers a robust, highly reliable cable solution for a wide range of demanding outside plant applications, including direct buried and Rocky terrain. The Cable consists of Fibers with Insulated copper pair, insulated with Polyethylene Jacket

APPLICATIONS- Enables alternate communication - Moisture Resistant - Junction Communication System, Subscriber Network System


Applicable for remote stations- where distribution of power cables are difficult

Excellent Chemical Resistant outer cable jacket for Inside/Outside Plant Environment

Composite cable can be utilized for both applications in power and data applications.

Supports all grade of single mode and multi mode fibers.






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

AHBM6004 AHBM5004 AHBM1004 AAMM4004 4 4 1 12.1 121 242 167





CONTENTS




FIRE RESISTANT O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel and Wrapped with Mica Tape - Stranded around Steel Central Strength Member - Core Wrap with Water Blocking Mica Tape - Low Smoke Zero Halogen Inner Sheath -Steel Wire Braided - Mica Tape Low Smoke Zero Halogen Outer Jacket

DESCRIPTION

MEFC offers special type of Fire resistant cables for application in Oil and Gas Industries and other Petrochemical industries for higher resistance. This Core is wrapped with mica tape, which is having excellent characteristics of fire resistance. All MEFC fire resistant cable is approved by third part certifications.

APPLICATIONS- Halogen Free, High Resistance to ignition - Low Heath of Combustion - Low Toxic and corrosive gas emission, Control, Alarm Systems, Data, Video Transmission


High temperature and Explosive Environments

Extra heavy duty compressive strength

Halogen free, less toxic and hazardous when exposed fire.






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

AFRM6004 AFRM5004 AFRM1004 AFRM4004 4 4 4 16.1 241 322 355





CONTENTS




ADSS AERIAL O.F. CABLE

CABLE CONSTRUCTION

Loose Tubes filled with Gel - Stranded around Central Strength Member - Interstices filled with Gel - Core Wrap - Polyethylene Inner Sheath - Peripheral Strength Members - Polyethylene Outer Jacket

DESCRIPTION

MEFC ADSS O.F. Cables are solution for high performance aerial environments including power transmission and distribution networks, All Dielectric construction reduces installation costs, by avoiding the need for expensive cable shielding and grounding.

APPLICATIONS- Aerial Installation - Lightening Protection - Junction Communication System, Subscriber Network System

FEATURES AND BENEFITS Supports all grades of single and multimode fibers.Cable round Profile minimizes wind loading and tensile and ice loading.(Reducing cable sag and tensile force.All Dielectric loose tube design in immune to Electro Magnetic Interface.






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

AALN6004 AALN5004 AALN1004 AALN4004 4 4 1 14.4 144 288 165





CONTENTS




AERIAL FIG 8 O.F. CABLE (METTALLIC)

CABLE CONSTRUCTION

Loose Tubes filled with Gel - Stranded around Central Strength Member - Core Wrap - Polyethylene Inner Sheath - Water Blocking Material - Corrugated Steel Tape Armour- Messenger Wire embedded Polyethylene Outer Jacket

DESCRIPTION

MEFC Fig 8 Cables are self-supporting cables designed for aerial installation. The Cable design provides easy and economical one- step Installation and Stable performance over a wide temperature range. The Whole tensile load is borne by steel messenger wire.

APPLICATIONS- Aerial Installation - High Mechanical Strength - Data, Voice, Video Transmission


Small Diameter and Light Weight

Double Jacket single armor construction provides additional crush and mechanical Protection.

Compatible for any telecommunication grade optical fiber.






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)


SMNZDS(G.655)

Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outer dia

(MM) NOLOAD

UNDER

LOAD (Kg/km)

AALM6004 AALM5004 AALM1004 AALM4004 4 2 2 23.5x13.2 132 264 323





CONTENTS




AERIAL FIG 8 O.F. CABLE (ALL DIELECTRIC)

CABLE CONSTRUCTION Loose Tubes filled with Gel - Stranded around Central Strength Member - Core Wrap - Polyethylene Inner Sheath - Water Blocking Material - Messenger Wire embedded Polyethylene Outer Jacket

DESCRIPTION

MEFC Fig 8 Cables are self-supporting cables designed for aerial installation. The Cable design provides easy and economical one- step Installation and Stable performance over a wide temperature range. The Whole tensile load is borne by FRP Messenger wire.

APPLICATIONS- Aerial Installation - High Mechanical Strength - Data, Voice, Video Transmission

FEATURES AND BENEFITS Small Diameter and Light WeightDouble Jacket single armor construction provides additional crush and mechanical Protection.Compatible for any telecommunication grade optical fiber.Fiber Reinforced Plastic as a messenger wire, All Dielectric Cable Immune to Electro Magnetic Interface.






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)





AALM6036 AALM5036 AALM1036 AALM4036 36 6 6 25.9x15.6 156312 392

CONTENTS




INDOOR SIMPLEX O.F. CABLE

CABLE CONSTRUCTION 900 um Tight Buffer - Peripheral Strength Members - Riser / Plenum Orange Color Jacket.

DESCRIPTION

MEFC Simplex cables for indoor applications are flexible enough to handle easily in any interconnect or cross connect applications in the central office, equipment room. The main construction of these cables consists of flexible tight-buffered material, extended over the fibers surrounded with aramid yarns for additional protection and strength.

APPLICATIONS - Pigtail and Patch cords - Factory Automation, Inter office - Aircraft and marine systems


Used for Pigtails/Patch Cords in central offices, data centers etc.

Cab be directly terminated to any type of connectors.

Easier to strip and allows longer lengths of buffer to be removed in single press

Both raiser and plenum grades are available



FIBER / TUBE COLOURS: AS PER IEC 60304 Natural Color



Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

BSXR6001 BSXR5001 BSXR1001 BSXR4001 1 1 1 3.0 45 60 9.6

CONTENTS




INDOOR ZIP CORD O.F. CABLE

CABLE CONSTRUCTION 900 um Tight Buffer - Peripheral Strength Members - Riser / Plenum Orange Color Jacket.

DESCRIPTION

MEFC zip cord indoor type cables are designed for two way communication, provides excellent transmission performance, flexibility and connectivity for optical network systems in a variety of installation environments. The tight buffers are colorcoded for easy Identification during termination.

APPLICATIONS - Pigtail and Patch cords - Factory Automation, Inter office - Aircraft and marine systems


Eases installation and space constrained area.

Ensures lower total installation costs.

Used in LAN, SAN equipment rooms.

Small size lightweight and versatile installation capability.






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outer dia

(MM) NOLOAD

UNDER

LOAD (Kg/km)

BZCR6002 BZCR5002 BZCR1002 BZCR4002 21 1 2 6.1x3.0 61 92 17

CONTENTS




FLAT DUPLEX O.F. CABLE

CABLE CONSTRUCTION

900 um Tight Buffer - Peripheral Strength Members - Riser / Plenum Orange Color Jacket Two Simplex Cords - Riser / Plenum common jacket over two simplex cords

DESCRIPTION

MEFC Flat Duplex cables are designed for two-way communication, provides excellent transmission performance, flexibility and connectivity for optical network systems in a variety of installation environments. The tight buffers are color coded for easy Identification during termination.

APPLICATIONS - Pigtail and Patch cords - Factory Automation, Inter office Under Carpet






Offers All grades of multi mode and single mode fibers






Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

BFDR6002 BFDR5002 BFDR1002 BFDR4002 2 1 2 6.6x3.8 61 99 26

CONTENTS




INDOOR BREAKOUT O.F. CABLE

CABLE CONSTRUCTION

Sub Units with Tight Buffers and Peripheral Strength Members - Stranded around Central Strength Member - Core Wrap Orange Color Jacket

DESCRIPTION

MEFC Indoor Breakout Cable provides excellent transmission performance, flexibility and connectivity for optical network systems in a variety of installation environments.

APPLICATIONS - LAN, CCTV -Direct Termination of Fibers -Plenum and Riser




LSZH Low smoke halogen out jacket protects fibers from flame


Reduce smoke emissions and flame spreading.



Fiber Specifications : Refer Page nos : 44-45 Operating Temperature : -10 C to +70 C FIBER / TUBE COLOURS: AS PER IEC 60304 Blue, Orange, Green, Brown, Gray, White, Red, Black, Yellow, Violet, Pink, AquaTesting Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension : 1000 Newton


Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

BBOR6024 BBOR5024 BBOR1024 BBOR4024 24 6 4 15.1 226 302 191




CONTENTS




INDOOR BACKBONE O.F. CABLE

CABLE CONSTRUCTION

Sub Units with Tight Buffers and Peripheral Strength Members - Stranded around Central Strength Member - Core Wrap Orange Color Jacket

DESCRIPTION

MEFC Indoor backbone Cable provides excellent transmission performance, flexibility and connectivity for optical network systems in a variety of installation environments.

APPLICATIONS- Intrabuilding Local Area Network - Data, Voice, Video Transmission CATV

FEATURES AND BENEFITS Eases installation and space constrained area.Ensures lower total installation costs.LSZH Low smoke halogen out jacket protects fibers from flameSmall size lightweight and versatile installation capability.

Reduce smoke emissions and flame spreading.





Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

No. of active

Loosetubes

outerdia

(MM) NOLOAD UNDE

RLOAD

(Kg/km)

BBBN6002 BBBN5002 BBBN1002 BBBN4002 4 4 4 11.4 171 228 119






CONTENTS




INDOOR DISTRIBUTION O.F. CABLE

CABLE CONSTRUCTION

Tight Buffers surrounded by Peripheral Strength Members - Orange Color Jacket

DESCRIPTION

MEFC Indoor distribution cables dry core, which is available both plenum and rise grade, The peripheral strength members mostly aramid yarns provide excellent tensile load for cable.

APPLICATIONS- LAN, CCTV Direct termination of fibers - Plenum and Riser


Flexible light weight.

Eases installation and space constrained areas.



Offers all grades of multi mode and single mode fibers.




Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

Fiberper

Loosetube

outer dia

(MM) NOLOAD

UNDER

LOAD (Kg/km)

BDBN6002 BDBN5002 BDBN1002 BDBN4002 2 2 3.1 47 62 8.3

BDBN6004 BDBN5004 BDBN1004 BDBN4004 4 4 6.1 91 122 35





CONTENTS




INDOOR OUTDOOR DRY O.F. CABLE (TIGHT BUFFER TYPE)

CABLE CONSTRUCTION

Sub Units with Tight Buffers and Water Blocking Yarns - Stranded around Central Strength Member - Core Wrap Peripheral Strength Members UV Resistant LSZH Outer Jacket

DESCRIPTION

MEFC Indoor /Outdoor cable is the most suitable with Indoor and Outdoor applications. In campus type environment with many building-to-building, MEFC cables can be used in conduits and connected to inside building with any splice termination.

APPLICATIONS- Inter office trunking Data, Voice, Video Transmission Control Alarm System


Avoids splicing and connecting between Indoor and Outdoor Multi Applications..

Light weight and flexible.


Offers all grades of multi mode and single mode fibers.

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: Industry Standard Storage Temperature: -10 C to +70 C

Fiber Specifications : Refer Page nos : 44-45 Operating Temperature: -10 C to +70 C FIBER / TUBE COLOURS: AS PER IEC 60304 Tight Buffer Colors: Blue, Orange, SUB UNIT COLORS Green, Brown, Gray, White Testing Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension: 1000 Newton


Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

TightBuffer

PerSubUnit

No.OfActive Sub

Units

Outer Dia

(MM)NO

LOAD UNDE

RLOAD

(Kg/km)

IDUN6004-Y IDUN5004-Y IDUN1004-Y IDUN4004-Y 4 2 2 14.8 222 296 177



CONTENTS




INDOOR OUTDOOR ARMORED O.F. CABLE

CABLE CONSTRUCTION

Tight Buffered Simplex Cords - Stranded around Central Strength Member - Core Wrap Flame Retardant Inner Sheath Corrugated Steel Tape Flame Retardant Outer Jacket

DESCRIPTION

MEFC Indoor /Outdoor armored cable offers excellent tensile strength for both Indoor and Outdoor applications. Suitable for building-to-building short distance inter connected applications. MEFC Indoor /Outdoor armored cable offers excellent resistance for rodent attacks.

APPLICATIONS- Rorent Resistant Indoor and Outdoor Installation Direct Buried Insatallation


Avoids splicing and connecting between Indoor and Outdoor Multi Applications..

Light weight and flexible.


Supports all grades of multi mode and single mode fibers.

Rodent resistant

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: Industry Standard Storage Temperature: -10 C to +70 C

Fiber Specifications : Refer Page nos : 44-45 Operating Temperature: -10 C to +70 C FIBER / TUBE COLOURS: AS PER IEC 60304 Tight Buffer Colors: Blue, Orange, SUB UNIT COLORS Green, Brown, Gray, White Testing Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension: 2000 Newton


Weight

MM 50/125NM (G.651)

MM 50/125NM (G.651)

SM DISP. unshifted


Fiber

count

TightBuffer

PerSubUnit

No.OfActive Sub

Units

Outer Dia

(MM)NO

LOAD UNDE

RLOAD

(Kg/km)

IAMM6004 IAMM5004 IAMM1004 IAMM4004 4 1 1 17.4 261 348 274



CONTENTS




DUCT NON METALLIC O.F. CABLE SAUDI ARAMCO

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: 18-SAMSS-625 (Saudi Aramco) Storage Temperature: -40 C to +70 C

Fiber Specifications : Refer Page nos : 44-45 Operating Temperature: -40 C to +70 C

Testing Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension: 2700 Newton

ORDERING INFORMATION

DUCT BURIED NON METALLIC O.F. CABLE SAUDI ARAMCO

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: 18-SAMSS-625 (Saudi Aramco) Storage Temperature: -40 C to +70 C Fiber Specifications : Refer Page nos : 44-45 Operating Temperature: -40 C to +70 C Testing Procedures : IEC-60794-1 (or) EIA/TIA-455 Max Pulling Tension: 2700 Newton


* Fiber Type 1. Single Mode Dispersion Unshifted Fiber (Matched Clad) 2. Single Mode Dispersion Unshifted Fiber (Depressed Clad) 3. Single Mode Dispersion Shifted Fiber 4. Single Mode NonZero Dispersion shifted Fiber 5. MM 62.5/125nm 6. MM 50/125 nm

A DU N A

Outdoor DuctNon Metallic * Fiber Type * Fiber Count

A DB N A

Outdoor Direct BuriedNon Metallic * Fiber Type * Fiber Count

Aramco

Aramco

CONTENTS




STEEL TABLE ARMORED DOUBLE SHEATH O.F. CABLE SAUDI ARAMCO





INDOOR BACKBONE O.F. CABLE SAUDI ARAMCO






A AM M A

Outdoor ArmoredMetallic * Fiber Type * Fiber Count

B BB P A

Indoor Backbone* Fiber Type * Fiber Count

Aramco

Aramco

CONTENTS




DUCT NON METALLIC O.F. CABLE SCECO EAST

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: 11-SMSS-625 (SCECO EAST) Storage Temperature: -40 C to +70 C




DIRECT BURIED NON METALLIC O.F. CABLE SCECO EAST






A D N E

Outdoor DuctNon-Metallic * Fiber Type * Fiber Count

A DB N A

Outdoor Direct Buried* Fiber Type * Fiber Count

SCECO-EAST

Non-Metallic SCECO-EAST

CONTENTS




DUCT METALLIC O.F. CABLE - SAUDI TELECOM (STC)

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: MAT-1601 (STC) Storage Temperature: -10 C to +70 C




DIRECT BURIED METALLIC O.F. CABLE - SAUDI TELECOM (STC)






A D M S

Outdoor DuctMetallic * Fiber Type * Fiber Count

A DB M S

Outdoor Direct Buried* Fiber Type * Fiber Count

STC

Metallic STC

CONTENTS




INDOOR BREAK OUT O.F. CABLE SAUDI TELECOM (STC)





INDOOR DISTRIBUTION O.F. CABLE SAUDI TELECOM (STC)






B BO L S

Indoor BreakoutLoose tube type * Fiber Type * Fiber Count

B DB N S

Indoor Direct Buried* Fiber Type * Fiber Count

STC

Non-Metallic STC

CONTENTS




DIRECT BURIED NON METALLIC O.F. CABLE-SCECO CENTRAL

STANDARDS PERFORMANCE CHARACTERISTICS Reference Standards: TS-16.27 (SCECO-CENTRAL) Storage Temperature: -40 C to +70 C


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