MADISON TECH - Optical Fibre Cables, Tools and Acessories

Optical Fibre

Cables, Tools & Accessories

[Edition 1]

2

3

Contents Page

CONTENTS PAGE

Introduction 4

Cable 5

Patch Cords 8

Pigtails & Fibre Kits 9

Connectors 10

Through Adaptors 11

Harsh Environment & Industrial 12

Wall Mount Optical Fibre Enclosures 13

Rack Mount Optical Fibre Enclosures 14

Modular Rack Mount Enclosures 15

MPO Cassettes 16

Fibre Management Panels 16

Accessories 17

Connector Termination Consumables 18

Attenuators 19

Pulling Socks & Preterminated Fibre 19

Fibre &Copper Multimedia 20

Pluggable Modules 22

Media Conversion 22

Tooling 24

Ftth Product Overview 29

Fibre to the home products

Fibre Distribution Hub

Cabinet

Connector Module

Splitter

Fibre Access Point

Distribution & Lead-in Multiport

Lead-in-Cable

Multi Dwelling Unit Enclosure

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30

30

30

30

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32

33

33

Underground Closures 34

Blown Fibre Technology 36

Glossary of Terms 39

Index 41

4

Introduction

Madison Technologies is Australia’s premier supplier to the communications industry and your partner for specialist optical fibre solutions.

Madison Technologies provides total product design, manufacturing and distribution services of Broadcast, Telecommunications and

Communications products and systems. We are an Australian owned company which was founded in 1991 and has expanded to include

Australia-wide and international operations.

Customer Service and Support A major factor in the growth of Madison Technologies over the last decade has been the way we work closely with our partners to provide

added value to their business. As Madison Technologies continues to provide the highest level of customer support, we continue to develop

new technologies and solutions, and continue to adapt to the ever changing world of global high speed communications and systems.

Our experienced design team is trained to confer with our clients, consulting engineers, architects and other specialists to ensure the systems

we design, manufacture or recommend will always meet individual customer requirements. This ensures the right product for the application

and task at hand, every time.

Beaming with Confidence Our attention to detail and provision of quality products and systems gives you the confidence that your network will perform for years to come.

Madison Technologies has continued to thrive and prosper by delivering continuing innovation in product design, practices and training. We

pride ourselves in our attitude to service and strive to ensure that dealing with Madison Technologies results in pleasant purchasing experiences.

The staff at Madison Technologies are amongst the most respected in our industry for knowledge, customer service and attitude.

Fibre to You The last decade has brought many changes in the communications industry with new technology and the hunger for bandwidth playing

an enormous role in transforming the way we do things. Optical fibre has overtaken copper as the dominant medium for high bandwidth

connectivity systems. Madison Technologies provides products and solutions that bring fibre to you, wherever you are at home or at work.

The extensive range of solutions offers true FttX, and includes connectivity solutions for the Exchange, Fibre to the Node, Fibre to the Home

and more.

Indoor or OutdoorMadison Technologies provides cable and connectivity systems for indoor and outdoor applications. We provide connectivity components for

Aerial and Underground fibre networks, through to systems for the Enterprise, Campus and Data Centre. The solutions include a wide variety

of standard and custom cables for different environments, housings, connectors and termination systems.

More ChoiceMadison Technologies gives you more choice. You are able to choose from custom and pre-terminated assemblies that save installation time

and offer more flexibility. We also offer connectors and tooling that let you choose your preferred method for fibre connectivity, whether it be

hand polish, pre-polish or fusion splicing of fibre cables and connectors. A range of consumables, termination tool kits, fusion splicing and test

equipment is also available to suit your preferred method of termination.

More Active Madison Technologies provides network electronics for today’s optical fibre networks. We provide connectivity equipment for data networks,

internet and service providers for the convergence of voice, data and video. A wide range of equipment is offered to convert and adapt

between fibre and copper, or alternative fibre types and transmission protocols. Specialist fibre electronics are also available to utilize optical

fibre for Audio and Video.

Blown Away Madison Technologies also supports solutions for Blown Fibre. We have a complete offering of microducts, closures and fibre units for

installation using the highly flexible blown fibre system. The blown fibre solution allows you to adapt to changing technology and need, and

provides a better future for sites that are difficult or expensive to cable due to access or safety issues.

Throughout this catalogue you will see a diverse range of products and solutions, innovative designs and “real world” practical solutions that

Madison Technologies has provided for so many years. The catalogue has been carefully put together to provide a wealth of information

that’s readily accessible and recognisable. We hope that this catalogue will guide you quickly and easily to the product or solution that’s right

for you.

The service doesn’t stop there. Please check the Madison Technologies web site for detailed application notes, white papers, data sheets and

installation guides.

Finally, please don’t hesitate to contact us for assistance with network design, performance testing, standards information or anything you may

need for a total fibre connectivity solution.

5

Internal Heavy Duty Distribution

Optimal Heavy Duty Distribution Cables (also called Breakout cables) are constructed from multiple 3mm simplex cords, bundled into a tough sheath. These cords are ready for direct connector attachment without the need for breakout kits or additional preparation. They have excellent physical and mechanical properties with improved crush and impact performance making them especially suitable for rugged deployment applications such as Industrial, Mining and Petroleum Industry applications, etc. They are available in vari-ous sheath constructions for either indoor or outdoor applications.

ConstructionSimplex cords constructed from 900 micron buffered fibres, individually strengthened and protected by aramid yarn contained within an individual PVC or LSZH sheath. The individual cords are cabled around a central strength member and various sheathing options are offered based on their required application.

Description PVC Sheath Outdoor Polyethylene Sheath

Multimode, 62.5um (OM1) OCAP62AA0**OE OCCPP62AA0**BK

Single Mode, G652.d (ZWP) OCAP1CAA0**OE OCCP1CAA0**BK

Note: ** Denotes core count - Standard core counts include 4, 6, 8, 12, 24 and 36 cores.

External Mono or Uni Tube

Optimal External Mono or Uni Tube cables are available up to 24 cores contained within a single central gel filled loose tube, strengthened with flexible non-metallic strength elements contained by the inner polyethylene sheath. Designed for long haul applications and suitable for direct burial or installation in conduits, ducts or trays.

ConstructionStandard outer sheath options consist of a polyethylene sheath, or with an additional nylon sheath for termite resistance. A sacrificial sheath can be added to protect the nylon sheath during installation to maintain maximum insect resistance. Note: Maximum single piece length is 10km.

Description PVC Sheath Polyethylene & Nylon

Single Mode, G652.d (ZWP) OQCU1CEA0** OQDU1CEA0**

Multimode, 50um (OM3) OQCU53EA0** OQDU53EA0**

Multimode, 62.5um (OM1) OQCU62EA0** OQDU62EA0**

Note: ** Denotes core count - available in 4, 6, 8, 12, and 24 core.

Simplex & Duplex Cord

Optimal Cord cables are used for patch leads and interconnects. They feature a high resistance to bending loss and provide excellent characteristics. They are available in single cord (Simplex) or figure 8 type construction (Duplex) which is designed to peel apart for ease of termination.

ConstructionSimplex and Duplex cords are constructed from 900 micron tight buffered fibres, individually strengthened and protected by aramid yarn contained within a PVC or LSZH sheath of a nominal 2.8mm OD.

Single Mode

Description Simplex Duplex

Single Mode, G652.d (ZWP), Yellow OCYP1CAA001YW OEYP1CAA002YW

Multimode

Description Simplex Duplex

Multimode, 62.5um (OM1), Grey OCYP62AA001GY OEYP62AA002GY

Multimode, 50um (OM2), Orange OCYP50AA001OE OEYP50AA002OE

Multimode, 50um (OM3), Aqua OCAP53AA001AQ OEYP53AA002AQ

Note: Different colour sheaths are available to those indicated as a standard for the particular fibre type. 1.6mm or 2.0mm sheath OD is available (Subject to MOQ). Low Smoke Zero Halogen sheath is also available upon request (Subject to MOQ).

1.2.3.

Cable

Optimal is a well-established Australian operation that has run continuously since its opening in 1986. Originally established to service the emerging optical fibre telecommunications industry.

The purpose-built optical fibre cable manufacturing plant has developed a strong reputation for offering an extensive range of high quality cables and providing manufacturing flexibility. Products in the range include loose tube or tight buffer constructions for indoor or outdoor applications, non-metalic or metalic armouring, as well as cables for direct burial, duct or specialist aerial designs for short or long span.

Custom made cables can also be manufactured according to specific customer requirements in both multimode (OM1 OM2, OM3 etc) and single mode ( G652.d, G655, etc) constructions. In conjunction with a major international fibre manufacturer (OFS) Optimal produces superior product.

Internal/External Riser

Optimal Internal/External Risers (also called Distribution cables) are designed for internal or protected outdoor use (when installed in ducts or conduits), primarily in structured (premise) wiring systems in backbones and or inter-building.

ConstructionInternal Riser cables use 0.9mm tight buffered fibres, surrounded by aramid and water blocking yarn reinforcement with an external PVC or Low Smoke, Zero Halogen (LSZH) sheath.

Description PVC Sheath LSZH Sheath

Multimode, 62.5um (OM1) OWAP62AA0** OWBP62AA0**

Multimode, 50um (OM3) OWAP53AA0** OWBP53AA0**

Single Mode, G652.d (ZWP) OWAP1CAA0** OWBP1CAA0**

Note: ** Denotes core count - Standard core counts include 4, 6, 8, 12, 24 ,36 cores and 48. Higher core counts available on application.

6

External Loose Tube Armoured Mono or Uni Tube

Optimal Corrugated Steel Tape Armoured (CSTA) Mono or Uni Tube cable is designed to provide superior strength and robustness in demanding applications like Industrial plant, Mining or those areas where the cable may be exposed tophysical damage. CSTA also supplies superior rodent resistance. It can be directly buried, installed in conduits, ducts or deployed on trays.

ConstructionOptical fibres are contained in an axial, jelly filled loose tube and strengthened with flexible non-metallic armour contained by a polyethylene sheath. Over this is applied a corrugated steel tape armour with a bonded polyethylene outer sheath (OQPU) or an additional nylon inner sheath can also be added under the armouring to increase the insect, termite and rodent protection (OQTU).

Description Polyethylene Sheath Polyethylene & Nylon

Single Mode, G652.d (ZWP) OQPU1CEA0**BK OQTU1CEA0**BK

Multimode, 62.5μm (OM1) OQPU62EA0**BK OQTU62EA0**BK

Multimode, 50μm (OM3) OQPU53EA0**BK OQTU53EA0**BK

Note: ** Denotes core count. Single Mode is available in 6, 12, & 24 core. Multimode is available in 4, 6, 12 & 24 core. Larger core counts available upon request.

Optimal external optical fibre, stranded loose tube cables are a non-metallic cable designed for long haul external applications. They can be directly buried, installed in conduits and ducts or deployed on trays. Optical fibres are contained in jelly filled loose tubes laid up around a FRP central strength member and ‘dry’ water blocked.

ConstructionStandard outer sheath offering consists of a polyethylene inner sheath with a nylon outer sheath, providing insect and termite protection. A sacrificial sheath can also be added to protect the nylon during the installation process, ensuring maximum insect and termite protection is maintained.

OptionsA number of options are available for external loose tube cables. These include:

Composite mix of single and multimode fibresEither a corrugated steel tape armour or non-metallic rodent resistant armourLow smoke zero halogen outer sheathAlternative types of Single Mode fibre (eg. G655 (NZDF))Alternative types of Multimode fibre (eg. OFS LaserWave 550, extended distance 10Gb/s)

2-72 Fibres (6 fibres per tube)

Description Polyethylene & Nylon Polyethylene, Nylon & Sacrif

Single Mode, G652.d (ZWP) OKDU1CPA0**BE OKHU1CPA0**BK

Multimode, 62.5μm (OM1) OKDU62PA0**BE OKHU62PA0**BK

Note: ** Denotes core count - available in 6, 12, 24 & 36 core.

12-72 Fibres (12 fibres per tube)

Description Polyethylene & Nylon Polyethylene, Nylon & Sacrif

Single Mode, G652.d (ZWP) OMDU1CPA0**BE OMHU1CPA0**BK

Note: ** Denotes core count - available in 12, 24, 36, 48, 60 & 72 core. Larger core counts available upon request.

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•••

Armoured Loose Tube

Optimal Corrugated Steel Tape Armoured (CSTA) Loose Tube cable is designed to provide superior strength and robustness in demanding applications like Industrial plant, Mining or those areas where the cable may be exposed to physical damage. CSTA also supplies superior rodent resistance. It can be directly buried, installed in conduits, ducts or deployed on trays.

ConstructionOptical fibres are contained in jelly filled loose tube and stranded around a central strength member, the core is dry blocked and a polyethylene sheath is applied over the tubes. In the O*PU constructions the CSTA is then applied and a further polyethylene sheath is applied over the armour. The O*TU versions have an additional nylon sheath applied over the first (inner) polyethylene sheath to provide additional insect and termite protection.

Description Polyethylene Sheath Polyethylene & Nylon

Single Mode, G652.d (ZWP) OKPU10PA0**BK OKTU1CEA0**BK

Multimode, 62.5μm (OM1) OKPU62PA0**BK OKTU62EA0**BK

Note: ** Denotes core count. Single Mode is available in 6, 12, 18, 24 & 36 core. Multimode is available in 12, 24, & 36 core. Larger core counts available upon request.

7

Integral Bearer Aerial

Optimal Integral Bearer Aerial cables are designed for short span aerial installations, typically on roadside power type distribution poles. The “IA” ultra short span product is designed for spans up to 100 metres or more (depending on the installation conditions).

ConstructionA galvanised high tensile steel bearer wire is formed into the outside sheath in a ‘figure 8’ design to support the fibre without the need of a separate catenary wire. A FRP composite rod can be used to replace the steel bearer to provide a totally non-metallic aerial cable change ‘IA’ designation to ‘PA’ for cables up to 36 core count and GA for cables with core counts above 36.

Please contact Madison Technologies for assistance with sag-tension calculations or any other application support you may require to design and select the right aerial cable for your particular application. Span distances above are indicative only and will depend on your actual installation and environmental requirements.

Description Gal Steel Bearer FRP Bearer

Single Mode, G652.d (ZWP) OMQU1CIA0**BK OMQU1CGA0**BK

Multimode, 62.5μm (OM1) OKQU62IA0**BK OKQU62PA0**BK

Note: ** Denotes core count. Single Mode ZWP is available in 6, 12, 24, 36, 48, 60, 72 & 96 core. Multimode is available in 12, 24, & 60 core.

Short Span Aerial Dielectric Self-Supporting (ADSS)

Optimal ADSS cables are non-metallic and designed for short span aerial installations, typically on roadside powertype distribution poles and suitable for spans of up to 150m or more depending on installation conditions. These products are also suitable for single point suspension applications such as down mine shafts or as a rugged, light weight, deployable field cable.

ConstructionOptical fibres are contained in jelly filled loose tubes, laid up around a central non-metallic strength member, dry water blocked and a polyethylene sheath is then applied. Over this sheath reinforced aramid yarns are applied and a further polyethylene sheath completes the construction.

Description 40m Span 150m Span

Single Mode, G652.d (ZWP) O~JU1CP~0**BK O~JU1CP~0**BK

Multimode, 62.5μm (OM1) O~JU62P~0**BK O~JU62P~0**BK

Note: ** Denotes core count. ~ Denotes manufacturers code changes. Single Mode is available in 6, 12, 24 & 36 core. Multimode is available in 12, 24, & 36 core. Larger core counts available upon request.

Long Span Aerial Dielectric Self-Supporting (ADSS)

Optimal Long Span ADSS cables are non-metallic and designed for aerial installations requiring long spans of 500 metres or more (depending on installation conditions) and have been used in spans up to 1km over gorges or down steep inclines where for practical or economic reasons, underground cable is not suitable. The FRP also provides effective non-metallic rodent resistant armour for terrestrial deployment.

ConstructionOptical fibres are contained in jelly filled loose tubes, laid up around a central non-metallic strength member, which is water blocked. A polyethylene sheath is applied over the tubes and over this sheath is applied a layer of FRP rods to provide the self supporting function and to also act as a non-metallic armour for rodent and bird resistance. A further polyethylene sheath then completes the construction.

Description 12-72 Fibres 96-144 Fibres

Single Mode, G652.d (ZWP) O~KU10GA0**BK OTKU10GA0**BK

Note: ** Denotes core count. ~ Denotes manufacturers code changes. 12-72 Fibre is available in 12, 24, 36, 48, 60 & 72 core. 96-144 Fibre is available in 96, 120 & 144 core.

Non-metallic Rodent Resistant

Optimal Non Metalic Rodent Resistant Cable is designedto provide an all dielectric cable that provides improved resistance to rodent attack. It can be directly buried, installed in conduits, ducts or deployed on trays. The glass composite armour also significantly increases the tensile strength and general robustness of the cable.

ConstructionOptical fibres are contained in an axial jelly filled loose tube strengthened with flexible non-metallic strength elements bonded to the inner polyethylene sheath. An insect resistant nylon jacket goes over this polyethylene sheath. The glass composite armour is then applied and a further polyethylene sheath is then applied over the armour.

Description Mono Tube Loose Tube

Single Mode, G652.d (ZWP) OQ7U1CEA0**BK OK7UICPA0**BK

Single Mode, G652.d (ZWP) - OM7UICPA0**BK

Note: ** Denotes core count. Mono Tube is available in 6, 8, 12 & 24 core. OK7U Loose Tube is available in 12, 24 & 36 core. OM7U Loose Tube is available in 48, 60, 72 & 96 core.

8

Patch Cords

Madison Technologies offers an off the shelf range of optical fibre

Patch Cords to suit most common applications. Other connector

types, together with specific glass types such as OM2 and G655, may

be available upon request. Please contact Madison Technologies for

your specific Patch Cord requirements.

Patch Cords OM1

Part Number Description Lengths Available

MTPCDSTDSTMM** Duplex, ST-ST, OM1 1 2 5 10

MTPCDSCDSCMM** Duplex, SC-SC, OM1 1 2 5 10

MTPCDLCDLCMM** Duplex, LC-LC, OM1 1 2 5 10

MTPCMTRJMTRJMM** Duplex, MTRJ-MTRJ, OM1 1 2 5 10

** Denotes Length. Other lengths are available on request.

Patch Cords OM3


MTPCDSCDSCOM3** Duplex, SC-SC, OM3 1 2 5 10

MTPCDLCDLCOM3** Duplex, LC-LC, OM3 1 2 5 10

MTPCMTRJMTRJOM3** Duplex, MTRJ-MTRJ, OM3 1 2 5 10


Patch Cords OS1


MTPCSLCSLCSM** Simplex, LC-LC, OS1 1 2 5 10

MTPCSSCSSCSM** Simplex, SC-SC, OS1 1 2 5 10

MTPCSSCAPCSCAPC** Simplex, SCAPC-SCAPC, OS1 1 2 5 10

MTPCDLCDLCSM** Duplex, LC-LC, OS1 1 2 5 10

MTPCDSCDSCSM** Duplex, SC-SC, OS1 1 2 5 10

MTPCDSCAPCSCAPC** Duplex, SCAPC-SCAPC, OS1 1 2 5 10


MPO Cable Assemblies

Used in conjunction with MPO cassettes, the MPO-MPO cable assemblies are available in standard and custom lengths for installation without requiring on-site fibre termination. The cable assemblies are supplied pre-terminated and tested for easy installation.

Features

12 Fibre Cable AssemblyLaser-optimised OM3 multimode fibreJacket colour Aqua

Part Number Description Length

R30872G MPO-MPO cable, indoor, OM3, 12 fibre 20m

R30872H MPO-MPO cable, indoor, OM3, 12 fibre 30m

R30872J MPO-MPO cable, indoor, OM3, 12 fibre 35m

R30872K MPO-MPO cable, indoor, OM3, 12 fibre 40m

R30872L MPO-MPO cable, indoor, OM3, 12 fibre 45m

R30872M MPO-MPO cable, indoor, OM3, 12 fibre 50m

R30872N MPO-MPO cable, indoor, OM3, 12 fibre 55m

R30872P MPO-MPO cable, indoor, OM3, 12 fibre 60m

R30872Q MPO-MPO cable, indoor, OM3, 12 fibre 65m

R30872R MPO-MPO cable, indoor, OM3, 12 fibre 70m

R30872S MPO-MPO cable, indoor, OM3, 12 fibre 75m

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9

Pigtails & Fibre Kits

Optic Fibre Pigtails

The optical fibre pigtails include ST, SC and LC Multimode 900μm coated buffer fibres in individual 2.0 metre long pigtails for OM1 and OM3. Rainbow coloured 12 packs are also available on request, as are OM2 and G655 pigtails. All other connector types and configurations can be manufactured upon request. Contact Madison Technologies to discuss your specific optic fibre pigtail requirements.

OM1 Multimode Pigtails

Part Number Description Length Colour Qty

MTPTSTMM2.0 Pigtail, ST, OM1 900um 2.0m Orange 1

MTPTSTMM2.0-12PK Pigtail, ST, OM1 900um, set 12 2.0m EIA/TIA 12

MTPTSCMM2.0 Pigtail, SC, OM1 900um 2.0m Orange 1

MTPTSCMM2.0-12PK Pigtail, SC, OM1 900um, set 12 2.0m EIA/TIA 12

MTPTLCMM2.0 Pigtail, LC, OM1 900um 2.0m Orange 1

MTPTLCMM2.0-12PK Pigtail, LC, OM1 900um, set 12 2.0m EIA/TIA 12

OM3 Multimode Pigtails


MTPTSCOM32.0 Pigtail, SC, OM3 900um 2.0m Aqua 1

MTPTSCOM32.0-12PK Pigtail, SC, OM3 900um, set 12 2.0m EIA/TIA 12

MTPTLCOM32.0 Pigtail, LC, OM3 900um 2.0m Aqua 1

MTPTLCOM32.0-12PK Pigtail, LC, OM3 900um, set 12 2.0m EIA/TIA 12

MTPTMTRJOM32.0 Pigtail, MTRJ, OM3 900um 2.0m Aqua 1

MTPTMTRJOM32.0-12PK Pigtail, MTRJ, OM3 900um, set 12 2.0m EIA/TIA 12

OS1 Single Mode Pigtails


MTPTSCSM2.0 Pigtail, SC, OS1 900um 2.0m Yellow 1

MTPTSCSM2.0-12PK Pigtail, SC, OS1 900um, set 12 2.0m EIA/TIA 12

MTPTSCAPCSM2.0 Pigtail, SCAPC, OS1 900um 2.0m Yellow 1

MTPTSCAPCSM2.0-12PK Pigtail, SCAPC, OS1 900um, set 12 2.0m EIA/TIA 12

MTPTLCSM2.0 Pigtail, LC, OS1 900um 2.0m Yellow 1

MTPTLCSM2.0-12PK Pigtail, LC, OS1 900um, set 12 2.0m EIA/TIA 12

Breakout Kits

Madison Technologies Breakout Kits can be used to provide mechanical protection for the terminated ends of optical fibre cables. The Breakout Kit can be used with 250μm and 900μm coated fibres to build up to 3mm diameter for connector termination.

Features

Available for 6 and 12 fibres

3mm tubing, 1 metre length

Part Number Description

BRKT-06 Breakout Kit for 6 Fibres

BRKT-12 Breakout Kit for 12 Fibres

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•

Furcation Tubing (Zero Fibre)

Madison Technologies Furcation Tubing can be used to build up the diameter of fibre cable cores for mechanical protection and for connector termination.

Features

900μm, 2mm and 3mm diameters available

Colours available


MTFT259xx Furcation Tubing 250um/900um

MTFT252xx Furcation Tubing 250um/2mm

MTFT253xx Furcation Tubing 250um/3mm

Note: XX denotes colour

Colour Code

Black = BK

Orange = OR

Green = GN

Brown = BN

Grey = GY

White = WH

Red = RD

Black = BK

Yellow = YW

Violet = VT

Pink = PK

Aqua = AQ

Fan-out Kits

Madison Technologies Fan-out Kits can be used in

optical fibre enclosures and housings to assist with

the mechanical protection of field terminated fibres. The Fan-out

kit can be used with 250um coated fibres to build up to 900um

diameter for connector termination.

Features

Available for 4-24 fibres

900um tubing, 1 metre length


SPKL-04 Fan-out Kit for 4 Fibres





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10

Connectors

Epoxy Connectors

Madison Technologies offers an off the shelf range of optical fibre connectors.

ST Epoxy Connectors


MTSTMM ST Connector, Epoxy, Multimode

MTSTSM ST Connector, Epoxy, Single Mode

SC Epoxy Connectors


MTSCMM SC Connector, Epoxy, Multimode

MTSCSM SC Connector, Epoxy, Single Mode

MTSCAPC SC Connector, Epoxy, Angled Polished, Single Mode

MTSCMM MTSCSM MTSCAPC

FC Epoxy Connector


MTFCSM FC Connector, Epoxy, Single Mode

LC Epoxy Connectors


MTSLCMM LC Simplex Connector, Epoxy, Multimode, 2.0mm jacket, 127 μm

MTSLCSM LC Simplex Connector, Epoxy, Single Mode, 3.0mm jacket, 126μm

MTDLCMM LC Duplex Connector, Epoxy, Multimode, 2.0mm jacket, 127μm

MTDLCSM LC Duplex Connector, Epoxy, Single Mode, 3.0mm jacket, 126μm

MTSLCMM MTSLCSM

MTDLCMM MTDLCSM

MTRJ Plug


MTRJ MTRJ Plug

Field Installable Connectors

The Optimax Connectors are reliable field installableoptical fibre connectors that are easy to install. They do not require epoxy, curing or polishing. Their unique design incorporates a factory polished fibre stub in a splice mechanism which provides a fast, secure, and reliable termination on optical fibre cables.

All critical steps are performed in the factory, ensuring a superior quality connection every time. Only simple tools are required for installation, making Optimax a cost effective field termination. Optimax Connectors are high quality LC, SC and ST Compatible connectors that use a ceramic ferrule with a physical contact (PC) polish for Multimode and super physical contact (SPC) polish for Single Mode that ensures the best possible mating of optical fibres. Connectors are available for 62.5 or 50/125 μm Multimode fibre and Single Mode fibre installations.


AX101981 LC 62.5 μm, for 900 μm buffered fibre only, Multimode

AX101982 LC 50 μm, for 900 μm buffered fibre only, Multimode

AX101983 LC, for 900 μm buffered fibre only, Single Mode

AX100029 SC 62.5 μm, for 900 μm buffered fibre only, Multimode

AX101077 SC 50 μm, for 900 μm buffered fibre only, Multimode

AX101792 SC, for 900 μm buffered fibre only, Single Mode

A0408835 ST Compatible 62.5 μm, for 900 μm buffered fibre only, Multimode

AX101075 ST Compatible 50 μm, for 900 μm buffered fibre only, Multimode

AX101791 ST Compatible, for 900 μm buffered fibre only, Single Mode

AX101984 LC Accessory Kit for jacketed fibre, contains a 2 mm boot and a crimp sleeve

AX101794 SC Accessory Kit for jacketed fibre, contains 3 mm boot, crimp sleeves and a cord

adaptor

AX101793 ST Accessory Kit for jacketed fibre, contains 3 mm boot, crimp sleeves

LC Connector SC Connector ST Compatible Connector

11

Through Adaptors

Through Adaptors

Madison Technologies offers an off the shelf range of optical fibre Through Adaptors.

ST Through Adaptor


MTSTADTMM

MTSTADTMM ST Through Adaptor, Multimode

MTSTADTSM ST Through Adaptor, Single Mode

MTSTSCADTMM ST/SC Adaptor, Multimode

MTSTSCADTSM ST/SC Adaptor, Single Mode

SC Through Adaptors


MTSSCADTMM SC Through Adaptor, Simplex, Multimode

MTSSCADTSM SC Through Adaptor, Simplex, Single Mode

MTSSCAPCADTSM SC Through Adaptor, Simplex, Single Mode, Angled Polished

MTDSCADTMM SC Through Adaptor, Duplex, Multimode

MTDSCADTSM SC Through Adaptor, Duplex, Single Mode

MTDSCAPCADTSM SC Through Adaptor, Duplex, Single Mode, Angled Polished

MTSSCADTMM MTSSCADTSM MTSSCAPCADTSM

MTDSCADTMM MTDSCADTSM MTDSCAPCADTSM

SC-RJ Connector

The SC-RJ connector uses the standard SC connector philosophy with a unique mounting orientation to produce a small form factor. The SC-RJ through adaptor is available in Snap-in and Mounting Plate versions and for single mode and multimode fibre applications. The SC-RJ adaptor will accept SC-RJ duplex patch cords and standard SC connectors.

Features

Adaptor SC-RJ Snap-in fits R&M U-Box Support Plate fits Military Enclosure with Module Holder

Support Plate

Part Number

Snap-In

Part Number

Description Alignment Sleeve

R308461 R312695 Black, Ceramic SM Zirconia Ceramic

R308459 R312775 Black, PhBr MM Phosphor Bronze

•••

Through Adaptors (Cont.)

FC Through Adaptor


MTFCADTSM FC Through Adaptor

LC Through Adaptors


MTSLCADTMM LC Simplex Through Adaptor, Phosphor Bronze sleeve, Multimode

MTSLCADTSM LC Simplex Through Adaptor, Ceramic sleeve, Single Mode

MTDLCADTSMM LC Duplex Through Adaptor, Phosphor Bronze sleeve, SC-footprint, Multimode

MTDLCADTSM LC Duplex Through Adaptor, Ceramic sleeve, SC-footprint, Single Mode

MTQLCADTMM LC Quad Through Adaptor, Phosphor Bronze sleeve, DSC-footprint, Multimode

MTQLCADTSM LC Quad Through Adaptor, Ceramic sleeve, DSC-footprint, Single Mode

MTSLCADTMM MTDLCADTSMM MTQLCADTMM

MTSLCADTSM MTDLCADTSM MTQLCADTSM

E2000™ Through Adaptors

Integrated, spring loaded shutters for dust and scratching protection. Long guiding section for connector body. Contact Madison Technologies for details about E2000 ™ pigtails, patch cords, modules and security options.


R30963 Simplex Through Adaptor, Green/White, APC Single Mode, SC footprint

R30960 Simplex Through Adaptor, Blue, PC Single Mode, SC footprint

R305548 Duplex Through Adaptor, Green/White, APC Single Mode, Support Plate

R305546 Duplex Through Adaptor, Blue, PC Single Mode, Support Plate

MTRJ Through Adaptor


MTRJADT MTRJ Through Adaptor

12

Harsh Environment

& Industrial

Optical Fibre

SC-RJ Adaptor

The SC-RJ IP67 connector developed by R&M is a new fibreoptic connector of protection class IP67 that unites a unique range of features, and supports applications of up to 10 Gigabit Ethernet. The connector system is a first of its kind for industrial applications, designed in Small Form Factor and featuring 2.5mm ferrule technology, a safety system and double colour coding.

Features

Adaptor SC-RJSupport plate: R308459Snap-In: R312775

Part Number Description Alignment Sleeve

R311496 Black, Ceramic SM, C Zirconia Ceramic

R309641 Black, PhBr MM, M Phosphor Bronze

Heavy Industrial Outlets

The RJ45 IP67 complies with IAONA requirements for heavy duty environments. IAONA stands for International Alliance of Manufacturers and Operators of Automation Systems, and among other things, they set up the industrial ethernet standards. By IAONA definition heavy duty means demanding production environments as defined in protection index IP67 and standard IEC 6029.

Mounting Frame, IP67

Features

Compatible with SC-RJ and RJ45 one-channel moduleMounting frameGasket

Part Number R309588

Protective Cover for Mounting Frame, IP67

Features

Cover protecting the contact insert in the adaptor frame or the sleeve housing.

Part Number R309589

Surface Mount Outlet Housing

Features

UL approved surface mount housing made of polycarbonateHeat resistant from -50°C to +100°CProtection class IP66/67 acc. to EN 60529Recognized in compliance with: Germanischer Lloyd, UL, cUL, GOST, SGS Fimko EN 50298Impact strength: IK08 acc. to EN 50102

Part Number Description Dimensions

R311624 1 Port Surface Mount

Outlet Housing

80 x 120 x 56

R311625 2 Port Surface Mount

Outlet Housing

120 x 122 x 56

Note: Excludes IP67 mounting frame and M20 cable glands

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Heavy Industrial Outlets (Cont.)

Wall-Mount Distributor

Features

Metal Housing6 mounting frames IP67 including protective covers6 mounting holes for M20 cable glands plus blind covers2 mounting holes for M32 cable glands plus blind covers1 mounting plate for splice trays R30/R40, pigtail holders or cable guides1 wall-mount fastening kitInstallation instructions


R310722 6x1-port 300 x 300 x 80

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Cable Gland, IP67

Features

Cable gland IP67Counternut


R310726 M20

R310727 M32

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Housing SC-RJ IP67

Features

IP67 housing including protective cover and lugs for surface mounting2 mounting frames IP672 protective covers for mounting frame IP671 FO adaptor SC-RJ IP67, PhBr

Part Number R310724

Patch Cord, SC-RJ, black - SC-RJ, black, OM2 (50μm)

One or both sides fitted to an installation cable (black)R&Mfreenet 2 x 50/125 μm

Features

Dust cover and pull-in support

Part Number Length

R311350 2m

For other fibre types and lengths of industrial pre-terminated patch cords, contact Madison Technologies.

Connector SC-RJ, IP67

Features

Nut plus strain reliefGasketConnector housing IP67/V06SC-RJ field terminatedIP67 protection capInstructions

Part Number Description Quantity

R314388 50μm 10

R314387 62.5μm 10

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6

67

13

Wall Mount Optical Fibre Enclosures

Wall Mount Enclosures

Lockable wall mount enclosure for splicing and/or direct termination. Includes splice trays and combs for heat shrink fusion splice holders. Add appropriate Through Adaptors and pigtails.

MAX PortDimensions (mm)

H x W x DST/FC DSC SSC/DLC

12 Port 303 x 326 x 85 MT30612ST MT30612DSC MT30612SSC

48 Port 370 x 485 x 106 MT30648ST MT30648DSC MT30648SSC

Venus Box

Part No Description

No. of

Splices

(Standard)

No. of

Splices

(optional)

Splice

Trays

(R30)

Max Splice

Trays

(Optional)

Cable entry

plugs

Ø10-25mm

Cable entry

plugs

Ø5-13mm

Cable entry

plug, Drop

wire Patch

Cord

Lock

R309491

R309493

R&M Wall mounted splice to splice

enclosure (IP54) suitable for exterior

wall or pole mounting.

12 72 1 6 2 5 0 None

R310761

R&M Wall mounted splice to splice

enclosure (IP54) suitable for exterior

wall or pole mounting.

12 48 1 4 2 5 0 Yes

R309491

R&M Wall mounted enclosure (IP43),

splice to splice and SC/DLC connector

panel

24 24 2 None 2 0 1 None

R309492

R&M Wall mounted enclosure (IP43),

splice to splice and SC/DLC connector

panel

24 24 2 None 2 0 1 Yes

Military Enclosure

6 Freenet Modules

Part No Description Gland hole size (mm)Freenet Smart

Hole Bezels

R40 Half

spools

MT30906

Wall mounted enclosure, to suit Universal R&M Freenet smart hole

module holder, a range of fibre (SCRJ) or copper (RJ45) adaptors, dust

and security covers. Security seal provision for acrylic cover.

2x32 6 2

Module Holder for RJ45/E-2000 Compact/SC-RJ Adaptor

Part Number Colour

R307832 White

R307833 Black

14

Wall Mount Optical Fibre Enclosures

Rack Mount Enclosures

19” Fixed Rack Mount Enclosures

Cost effective enclosures let you add Through Adaptors, splice trays and pigtails to suit your installation.

MT30916 MT3024

ST/FCPart Number

DSCPart Number

SSC/DLC Part Number

DescriptionDimensions (mm)

W x D x HCage Nuts &

ScrewsCable Glands

M20Cable Glands

M16Strain Relief Cable Guide Spools Splice Cassette Kit

MT30915 MT30916 MT30917 1RU 24 Port, With Lid 483 x 260 x 44 4 2 - 2 6 - Optional

MT30924ST MT30924DSC - 1RU 24 Port , Without Lid 483 x 260 x 44 4 - Optional Optional 5 - Optional

19” Hinged Rack Mount Enclosures

MT30901 MT30902

ST/FCPart Number

DSCPart Number

SSC/DLCPart Number

DescriptionDimensions (mm)

W x D x HCage Nuts &

ScrewsCable Glands

M20Cable Glands

M16Strain Relief Cable Guide Spools Splice Cassette Kit

MT30901ST MT30901DSC MT30901SSC 1RU 24 Port 483 x 270 x 44 4 Optional Optional 1 6 Optional Optional

MT30902ST MT30902DSC MT30902SSC 2RU 48 Port 483 x 270 x 88 4 - - 2 5 2 4

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Modular Rack Mount

Enclosures

Modular Rack Mount Enclosures

19” 3RU Global Rack for 144 Fibres

Capacity of twelve 19” 3RU 7HP Fibreliner slide-in units (144 terminations).

Features

Global patch panelInsertion guideFastening kit

Specifications

Colour: Medium GreyDimensions: 3U, 84HP


R319101 3U Global Rack FO 144 Fibres

Accessories


R318522 FibreModul Mounting Adaptor set 3HP Global

R318523 Mounting plate for FO cable guide set

R318527 FibreModul front plate 1TE, blind

R318528 FibreModul front plate 7TE, blind

R30871 Labelling sheet 7TE

R318522 R318523 R318527 R318528

FibreModul, Splice,12 x ST Simplex


R318281 OM1, PC, PhBr, M/4

R318337 OM3, PC, PhBr, M/4

R318943 OS1, PC, PhBr, D/3

FibreModul, Splice, 12 x SC Simplex


R318951 OS1, PC, Ceramic, C/2

R318952 OS1, APC, Ceramic, C/1

FibreModul, Splice, 6 x SC Duplex


R318285 OM1, PC, PhBr, M/4

R318343 OM3, PC, PhBr, M/4

R318946 OS1, PC, PhBr, D/3



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Modular Rack Mount Enclosures (Cont.)

FibreModul, Splice, 6 x LC Duplex


R318890 OM1, PC, PhBr, M/4

R318555 OM3, PC, PhBr, M/4



FibreModul, Breakout, 12 x ST Simplex


R318289 OM1/OM2/OM3, PC, PhBr

R318990 OS1, PC, PhBr

FibreModul, Breakout, 12 x SC Simplex


R318988 OS1, PC, Ceramic

R318989 OS1, APC, Ceramic

FibreModul, Breakout, 6 x SC Duplex





FibreModul, Breakout, 6 x LC Duplex





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MPO Cassettes

MPO Cassettes & Sub-Racks

19” 1RU Sub-Rack 36 Port for 19” 3RU 8HP Fibreliner

Capacity of up to 3 Fibreliner or 3 splice trays R30 in combination with the 8HP adaptor holder.

Features

Rack4 jumpering bracket setsFastening kit

Specifications

Material: Sheet steel 1.5 mmColour: Powder-coated, Medium GreyDimensions: 482.6 x 43.6 x 195.7 mm (W x H x D)

Part Number R30872

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Cover for 19” 1RU Sub-Rack R30872

Protection against external mechanical factors. Opened and closed without tools.

Features

Cover

Specifications

Material: Anodized Aluminum

Part Number R30873

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MPO-LC Fibre Cassettes

Cassettes for mounting in subrack. Supplied pre-terminated and tested, the MPO solution in conjunction with pre-terminated MPO-MPO cable assemblies offer plug & play reconfiguration ideal for the data centre environment.

Features12 or 24 fibre densityLaser-optimised OM3 multimode fibre

Description Part Number

Cassette, LC-MPO, 12 Fibre OM3 R30872A

Cassette, LC- 2xMPO, 24 Fibre OM3 R30872F

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Fibre Management Panels

Fibre Management Panels

19” 1RU Contact Drawer

For storing spare loose tubes.

Features

19” 1RU contact drawerFastening materialExcluding FO baffle guides

Specifications

Material: Sheet steelColour: Medium GreyDimensions: 482,6 x 43, 6 (1U) x 230 mm (W x H x D)

Part Number R305374

19” Patch Cord Tray

Patch cord deposit on one height unit to store excess patch cord. One patch cord tray accommodates 50m of excess length.

Features

19” 1RU patch cord tray without radius guardFastening material

Specifications

Material: Sheet steelColour: Medium GreyDimensions: 482.6 x 43.6 (1U) x 230 mm (W x H x D)

Part Number R305758

19” 1RU Jumper Ring Panel

Plastic plate with four mounted jumpering brackets. For a neat, horizontal routing of patch cords between patching fields. The reinforced plastic plate and snap-in jumpering brackets provide additional stability and a quick mounting.

Features

19” mounting kit

Description No. of Jumpering Brackets (Grey) Part Number

19” 1RU Jumper Ring Panel, Plastic 4 R306179

19” 2RU Jumper Ring Panel, Plastic 8 R306180

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R306179 R306180

19” Lateral Radius Guard

The radius guard guarantees compliance with admissible bending radii of copper and optical fibre cables. The guard is mounted to the front of 19” racks.

Features

Lateral radius guard, leftLateral radius guard, rightVelcro fastening 19 x 400 mmColour: Medium Grey

Part Number R306181

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hanical factors. s.

um

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Accessories

Optic Fibre Splice Trays

Splice trays are available in capacities of 12 (R30) or 24 (R40) optical fibres per tray. The trays are supplied as a basic set or additional tray set to build the stack. Add splice combs to hold heat shrink fusion splice sleeves.


R30393 R30 Splice Tray 12 Fibre Basic Set

R30394 R30 Splice Tray 12 Fibre Additional Set

R308445 R40 Splice Tray 24 Fibre Basic Set

R308444 R40 Splice Tray 24 Fibre Additional Set

Splice Protectors

Heat Shrink Splice Protector. Polyolefin outer sleeve. Ethylene vinyl acetate inner sleeve provides moisture resistant barrier after shrinkage. Strength member is stainless steel. Min shrink temperature is 90°C. Working temperature +55°C to 100°C. 200 per pack.


MTHSFSPF45 45mm Heat Shrink Splice Protector 45mmL x 3mmD x0.2mmT

MTHSFSPF60 60mm Heat Shrink Splice Protector 60mmL x 3mmD x0.2mmT

Splice Combs


MT30045 Splice Comb R30 (6 fibre)

R30039-06 Splice Comb R30/R40 (6 fibre)

R308448 Splice Comb R40 (12 fibre)

R30042 Splice Comb Mechanical (6 fibre)

Mechanical Splice


US-128 Mechanical Splice, US-128 Multimode Universal 250um to 900um ULTRAsplice®

US-126 Mechanical Splice, US-126 Single Mode Universal 250um to 900um ULTRAsplice®

Fibre Spools


MT30901FSK Spool Kit, 2 x spools, screws and nuts

MAN3090FS Spool

Fibre Tray Gland Kits


MT30901GK16MM M16 Cable Gland (Bore 5-10mm)

MT30901GK20MM M20 Cable Gland (Bore 10-14mm)

FO Dummy Plug

Part Number Description Quantity Dimensions

R30004-20 E-2000™/SSC/DLC 12 13x9 mm (W x H)

R30841 ST/FC 12 8.0 to 9.5 mm

R30842 E-2000™ Compact/SC-RJ 12 18.5x16.0 mm (W x T)

R30843 SC Duplex 12 26.4x9.8 mm (W x T)

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Connector Termination

consumables

Cleaning Products

Connector Cleaners

Part Number Description Additional Details

MT8313 Connector Cleaner Optipop Connector Reel Cleaner c/w 14m tape

MT8314Connector Cleaner

CartridgeOptipop Connector Reel Cleaner Cartridge (14m)

MT8311 Connector Cleaner F1-7020C Connector Cleaner (20 ft.) Universal

MT8311RCConnector Cleaner

CartridgeF1-7021C Replacement Cartridge

MT8313 MT8311

Kimwipes

Part Number Description Box Qty

MT8309 Kimwipes 280 Per Box

Iso Propyl Alcohol

Part Number Description Size

MT8308 Iso Propyl Alcohol 500ml Bottle

Epoxy


MT8307 Epoxy

Heat cure two-part blue Epoxy - 2gm package will prepare approx

25-45 connectors. Cure time is approx 1 Hr @ 65° C.

(For hand polish only, 6-9 months shelf life)

MT8307C EpoxyHeat cure two part clear Epoxy - 2gm

(For machine polish - 6 months shelf life)

MT8306 Epoxy Loctite 680 - Anerobic Adhesive Hardener

MT8306P Epoxy Loctite 7649 - Primer

MT8307 MT8306 & MT8306P

Lapping Film


MT8305-003 A4 Lapping Film F1-0109-03 Aluminium Oxide 0.3μm Pk 25 sheets

MT8305-010 A4 Lapping Film F1-0109-1 Aluminium Oxide 1μm Pk 25 sheets

MT8305-030 A4 Lapping Film F1-0109-3 Aluminium Oxide 3μm Pk 25 sheets

MT8305-050 A4 Lapping Film F1-0109-5 Silicon Carbide 5μm Pk 25 sheets

MT8305-150 A4 Lapping Film F1-0109-15 Silicon Carbide 15μm Pk 25 sheets

Syringe


MT8315 Syringe/needlesPk of 5 x 3cc syringe / 0.9mm FLAT TIPPED needle.

Suits all popular connector types

Curing Oven


MT8326 Curing Oven

FP024 220V 150°C max Curing Oven. 24 Connector

Capacity: FC, SC, ST, LC, MU.

Dimensions 135W x 180D x 75H mm.

Reversible Block. Excludes Thermostat.

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Attenuators

Fixed Plug Type Attenuators

Madison Technologies Fixed Attenuators can be simply included within a single mode or multimode fibre channel to provide a fixed level of increased attenuation. Attenuators are especially useful for high power short range optical fibre links and to reduce reflection.

Features

Wavelength independent Reduces reflection Wide range of attenuation rates

LC SC ST

Part Number Connector/Fibre

MTSTPA62xx ST Multimode 62.5um

MTSCPA50xx SC Multimode 50um

MTSCPA62xx SC Multimode 62.5um

MTLCPA50xx LC Multimode 50um

MTLCPA62xx LC Multimode 62.5um

MTFCUPCPA9xx FC/UPC Single Mode

MTFCAPCPA9xx FC/APC Single Mode

MTSCUPCPA9xx SC/UPC Single Mode

MTSCAPCPA9xx SC/APC Single Mode

MTLCUPCPA9xx LC/UPC Single Mode

MTLCAPCPA9xx LC/APC Single Mode

Note: xx denotes attenuation : 01=1dB, 03=3dB, 05=5dB, 08=8dB, 10=10dB, 15=15dB, 20=20dB

In-Line Variable Attenuators

Madison Technologies In-Line Variable Attenuators provide an easy and economical way to adjust attenuation in optical fibre links. The In-Line Variable Attenuator can be simply connected to the link in the same way as a patch cord.

Features

Maximum 0.3dB Insertion LossMinimum 55dB Return Loss1-20dB Attenuation Range1 or 3 metre length

Part Number Connector/Fibre

MTSTVA62xx ST Multimode 62.5um

MTSCVA62xx SC Multimode 62.5um

MTFCVA9xx FC Single Mode

MTSTVA9xx ST Single Mode

MTSCVA9xx SC Single Mode

Note: xx denotes cable length. 01=1 metre, 03=3 metre

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Pulling Socks &

Pre-terminated Fibre

Pulling Sock

Madison Technologies provides Pulling Socks to provide mechanical protection for pre-terminated optical fibres during installation. Pulling Socks are for internal use to provide protection from dust and contaminants or for external use for protection against moisture and dirt.

Features

Slides over staggered connector pre-terminated fibre cablesGland for securing to cableRe-usable


Optical Fibre Pulling Sock MTSOCK

Pre-terminated Cable Assemblies

Madison Technologies can custom make pre-terminated cable assemblies for indoor or outdoor applications. These assemblies make installations of optical fibre links easy, eliminating the need to perform connector termination on-site, and reduce outlay for specialist termination and test equipment.

Features

Made to order cable assembly to your length and core countIndoor and outdoor typesSupplied tested

Contact Madison Technologies for details. Provide details for the parameters below:

A. Choose the fibre optic glass sizeMultimode (62.5 microns - 50 microns)Hybrid (Single Mode and multimode under one jacket)Single Mode or special custom glass (please provide requirements)

B. Choose the number of fibre optic coresSimplex or Duplex4 Core, 6 Core, 8 Core, 12 Core, 24 Core, 36 Core, 48 Core, 72 Core, 96 Core

C. Specify the conduit size you will be pulling the

assembly through 25mm, 32mm, 50mm or 100mm

D. Choose the connector type/s for the first endST

SC

SC Duplex

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SC/APC

LC

LC/APC

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E2000

Other

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E. Choose the connector type for the second endST

SC

SC Duplex

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SC/APC

LC

LC/APC

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E2000

Other

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F. Choose the cable for your application and requirementsRiser Rated, Zero Halogen, Indoor/Outdoor

G. Choose the cable styleBreakout, Zipcord, Tight Buffer

H. Choose Pulling EyeSpecify whether you would like a Pulling Eye or not. We highly recommend this option to protect the connectors and make installation easy.

Indoor/Outdoor

I. Choose cable lengthSpecify length in metres.

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20

Fibre & Copper Multimedia

Multimedia Boxes

MDVO Multimedia Outlet Box

The MDVO Multimedia Outlet Box brings unique versatility for multimedia work area installations. The box design provides cable management and helps maintain cable bend radius. The outlet box’s low profile design and side-entry offers better protection for patch cords. The outlet box can accept up to six EZ-MDVO, GigaFlex or MDVO Multimedia Modules or three SC Duplex adaptors. The MDVO Multimedia Outlet Box can be mounted directly on the wall or attached to standard electrical boxes. Included with the MDVO Multimedia box are three SC Duplex Mounting bezels and three MDVO Adaptors.


A0643205 6-port, Grey

A0643206 6-port, Almond

A0643207 6-port, White

A0643208 6-port, Black

AX102595 6-port, Ivory

AX101988 6-port, Clear

MDVO Multimedia Modules

MDVO Multimedia Modules address audio/video and fibre applications. Fibre modules are available for LC Duplex, SC Simplex, ST Compatible multimode and MT-RJ multimode and single mode connections. The SC Duplex Adaptor is a fibre adaptor sleeve with flanges that mount into the SC Duplex mounting bezel (included in the MDVO Multimedia Outlet box). Audio/video modules are available for SVHS, RCA, BNC and Video F connections.


Grey Almond White Black Ivory

LC Duplex, Multimode AX102209 AX102210 AX102211 AX102619 -

LC Duplex, Single Mode AX102213 AX102214 AX102215 AX102216 -

SC Simplex, Multimode A0407003 A0407004 A0407005 A0407006 AX102596

SC Duplex Adaptor, Multimode

- A0649254 - - -

ST Compatible, Multimode

A0407007 A0407008 A0407009 A0407010 AX102597

MT-RJ, Multimode - AX101467 - - -

MT-RJ, Single Mode AX101466 - - - -

Custom multimedia connectors are also available, please contact Madison Technologies for more details. These products are in the process of being assessed for RoHS compliance. Please check our Web Site for the most current RoHS status.

A0649254 A0649254 A0407010

AX101467 A0406997 A0406999

Multimedia Boxes (Cont.)

MDVO Multimedia Modules (Cont.)


Grey

Holder

Almond

Holder

White

Holder

Black

HolderIvory Holder

Coaxial, BNC A0406995 A0406996 A0406997 A0406998 AX102598

Coaxial, Video F A0406999 A0407000 A0407001 A0407002 AX102599

RCA, feed through,

White insert AX101823 AX101824 AX101825 AX101826 AX102601

RCA, feed through,

Yellow insert AX101827 AX101828 AX101829 AX101830 AX102602

RCA, feed through,

Red insert AX101831 AX101832 AX101833 AX101834 AX102603

RCA, feed through,

Black insert AX101835 AX101836 AX101837 AX101838 AX102604

SVHS, feed through AX101839 AX101840 AX101841 AX101842 AX102605

3.5mm Stereo AX102624 AX102625 AX102626 AX102627 AX102628

GigaFlex PS6+ Module

Workstation Outlets


AX101063 T568A/B, Grey

AX101064 T568A/B, Almond

AX101065 T568A/B, White

AX101066 T568A/B, Black

AX101067 T568A/B, Orange

AX101068 T568A/B, Red

AX101069 T568A/B, Yellow

AX101070 T568A/B, Green

AX101071 T568A/B, Blue

AX101072 T568A/B, Purple

AX101073 T568A/B, Brown

EZ-MDVO PS5E Module

Workstation Outlets


AX100645 T568A/B coded, Grey

AX100646 T568A/B coded, Almond

AX100647 T568A/B coded, White

AX100648 T568A/B coded, Black

AX100649 T568A/B coded, Orange

AX100650 T568A/B coded, Red

AX100651 T568A/B coded, Yellow

AX100652 T568A/B coded, Green

AX100653 T568A/B coded, Blue

AX100654 T568A/B coded, Purple

AX100655 T568A/B coded, Brown

21

U-Box Product Range

The U-Box was developed for easy installation and planning. The platform is designed for power, data and communications connections. Built-in clever functions allow the installer fast and cost-effective installation. The exchanging of fronts enables a multitude of power and communications installations. The box meets maximum load and fire load requirements. The integrated additional part makes stacking, aligning, fixation and raising possible. The U-Box is to create added value for the R&Mfreenet solution.


R317073 U-Box housing without installation

front Box with base, cover, cable

passage front, 6 connectors

R317082 Empty U-Box housing Box with base,

cover, 6 connectors

R317074 Front 4x45x45.

For all installations with

45x45 installation rack,

power and data

R317076 Front 8xRJ45 snap-in.

For RJ45 snap-in

connection modules

R317078 Front 2x10RJ45 voice modules

with 4xKA30x6mm screw.

For 10RJ45 connection modules

R317079 Blind front.

For specialised applications

R317080 Cable passage front.

For 4x cable gland M20-M25 a

nd 2x data passages with 5 levels

U-Box Product Range (Cont.)

R317081 Separation cover.

Internal cover to separate

power and data

R318804 FO tray radius.

60mm radius for

FO breakout version

R313330 Mounting plate 45x45.

Mounting plate 2x1 white

R313333 Mounting plate 45x45.

Mounting plate 2x1 black

22

Pluggable Modules

Pluggable Modules

The Allied Telesis range of Pluggable Modules provides a wide range of fibre and copper connectivity modules. These include Gigabit Interface Converter (GBIC), Gigabit Small Form Pluggable (SFP), and 10Gbps Small Form Pluggable (XFP) modules.

The Pluggable Optical Modules are designed to fit pluggable slots fitted to:Media ConvertersSwitchesRouters

Description GBIC SFP XFP Distance

Copper 1000T AT-G8T - - 100m

Copper 10/100/1000T - AT-SPTX - 100m

Multimode 100FX - AT-SPFX/2 2km

Single Mode 100FX - AT-SPFX/15 - 15km

Single Mode 100FX (1310nm TX, 1550nm RX)

- AT-SPXBD-LC-13 - 15km

Single Mode 100FX (1550nm TX, 1310nm RX)

- AT-SPXBD-LC-15 - 15km

Multimode 1000SX AT-G8SX-01 AT-SPSX - 550m

Single Mode 1000LX AT-G8LX10 AT-SPLX10 - 10km

Single Mode 1000LX (1310nm TX, 1490nm RX)

AT-G8BD13 AT-SPBD10-13 - 10km

Single Mode 1000LX (1490nm TX, 1310nm RX)

AT-G8BD14 AT-SPBD10-14 - 10km

Multimode 10Gbps - - AT-XPSR 300m

Single Mode 10Gbps - - AT-XPLR 10km

AT-SPSX AT-SPZX80 AT-SPFX2

AT-SPBD10-13 AT-XPSR AT-G8T

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Media Conversion

Allied Telesis is the world’s largest media converter manufacturer.

The vast range of products provides connectivity solutions for

almost all the needs of Carrier, Enterprise, and Small Business

customers. Allied Telesis media converters enable connection of

disparate cabling types in networks where many cabling types

exist. Network segments may also operate at different speeds and

media converters can be used to convert between one speed and

another.

Typically, media converters are used to connect copper and optical

fibre cabling that coexist in a network. Converters exist in a variety

of standalone, multi-port and modular form factors. These different

physical forms address the need for different applications and

conversion densities.

Converteon Managed Media Conversion

The Converteon family provides the next-generation of managed media conversion. Expandable from a single unit to a modular 18 slot chassis, Converteon provides Fast Ethernet and Gigabit rate media conversion with expansion capabilities to other protocols in the future. Current support for IEEE.802.3ah EFM makes Converteon ideal for both service providers and enterprise.

Converteon 18 Slot Chassis

Features

Intermixable redundant AC-DC chassis Optional Telnet and SNMP management Hot-swappable blades Field serviceable power supplies and fans


AT-CV5000

AT-CV5000 18 Slot Rack Mount Chassis

AT-CV5M01 Telnet and SNMP Management Module

AT-CVFAN Fan Tray

AT-PWR14 240V Power Supply

AT-PWR15 48VDC Power Supply

Converteon Standalone Chassis

Features

External AC Power Adaptor


AT-CV1000

AT-CV1000 1 Slot Standalone Chassis

AT-CV1200 2 Slot Standalone Chassis

AT-CV1200PSU Optional Redundant Power for AT-CV1200

AT-CV1200

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23

Converteon Managed Media Conversion

Converteon Hot Swappable Blades

Features

Hot swappable blade Support for Small Form Pluggable (SFP) modules Bi-directional single fibre conversion Speed and media conversion

Part Number Converts From Converts To Distance

AT-CV1KSS SFP SFP -

AT-CV102 Copper 100TX SC Fibre Multimode 100FX 2km

AT-CV102/1 Copper 100TX SC Fibre Single Mode 100FX 15km

AT-CM2K0S Copper 10/100/1000 1000X SFP -

AT-CM212A/1 Copper 10/100 SC Single Fibre Single Mode 100FX (1310nm TX, 1550nm RX)

15km

AT-CM212B/1 Copper 10/100 SC Single Fibre Single Mode 100FX (1550nm TX, 1310nm RX)

15km

AT-CM70S Copper 4x E1/T1 100X SFP -

AT-CV81S Copper RS232/RS422/RS485 100X SFP -

AT-CVIKKS AT-CM2K0S

Multi-Channel Media Converter

The AT-MCF2000 provides ultra high-density, modular, multi-channel media conversion. The units can be unmanaged or SNMP managed with the installation of the optional management module.

Features

Small 1RU Chassis High density conversion with up to 24 fast Ethernet channels Hot swappable media blades Hot swappable power supply modules

AT-MCF2000 AT-MCF2000M

Part Number Product Distance

AT-MCF2000 2 Slot Chassis -

AT-MCF2012LC 12 channel 10/100 to 100FX LC Multimode 2km

AT-MCF2012LC/1 12 channel 10/100 to 100FX LC Single Mode 15km

AT-MCF2000M SNMP Management Module -

AT-MCF2000AC Redundant AC Power Module -

••••

••••

Standalone Media Converters & Switches

The family of unmanaged media converters consists of standalone media converters, media converting switches and mounting products. The standalone media converters have the option to be fitted with rubber feet to allow the product to be desktop mounted. Standalone media converters can be fitted to trays for 19” rack mounting and be fitted to a chassis for internal and redundant power supply.

Mounting Products

Features

19” mounting of standalone media converters and media converting switches Economy mounting trays 12 slot chassis offers internal and redundant power supply option 12 slot chassis has 48VDC power supply option

Part Number Features Capacity

AT-TRAY1 1RU 19” Mounting Tray 1 Standalone

AT-TRAY4 1RU 19” Mounting Tray 4 Standalone

AT-MCR12 3RU 19” Chassis with internal power supply 12 Standalone

AT-PWR4 Redundant AC Power Supply for AT-MCR12 -

AT-PWR9 Redundant 48VDC Power Supply for AT-MCR12 -

AT-TRAY1

AT-TRAY4

AT-MCR12

AT-PWR4 AT-PWR9

Standalone Media Converters

Features

Support for multimode and single mode fibre Mounting options in chassis or tray Half and full duplex operation

AT-MC116XL AT-MC1008/SP

Media Converter Part Number

Converts From Converts To Distance

AT-MC14 Copper 10T SC Fibre Multimode 10FL 2km

AT-MC116XL Copper 10/100 SC Fibre Multimode 10/100 300m

AT-MC102XL Copper 100T SC Fibre Multimode 100FX 2km

AT-MC103XL Copper 100T SC Fibre Single Mode 100FX 15km

AT-MC104XL SC Fibre Multimode 100FX SC Fibre Single Mode 100FX 15km

AT-MC1004 Copper 1000T SC Fibre Multimode 1000SX 220m-550m

AT-MC1008/GB Copper 1000T GBIC -

AT-MC1008/SP Copper 1000T 1000X SFP -

AT-MC1001 SC Fibre Multimode 1000SX SC Fibre Single Mode 1000LX 10km

•

•••

•••

24

AT-FS202

Standalone Media Converters & Switches (Cont.)

Standalone Speed/Media Converting Switches

Features

Convert speed as well as media typeAuto MDI/MDI-X crossoverStore and forward switching modeMounting options in chassis or trayMissingLink support

•••••

AT-FS238A/1 AT-FS238B/1

Part Number Switches From Switches To Distance

AT-FS202 Copper 10/100 SC Fibre Multimode 100FX 2km

AT-FS202SC/FS1 Copper 10/100 SC Fibre Single Mode 100FX 15km

AT-FS238A/1 Copper 10/100SC Single Fibre Single Mode 100FX

(1310nm TX, 1550nm RX)15km

AT-FS238B/1 Copper 10/100SC Single Fibre Single Mode 100FX

(1550nm TX, 1310nm RX)15km

AT-GS2002/SP Copper 10/100/1000 SFP -

Tooling

Scribes


MT8303 Carbide ScribeCB-02 Carbide Scribe

with reversible blade & blade cover


1922.1 Carbide Scribe

Pen type Scribe with non-reversible carbide

tip. Stainless steel barrel.

Cutting Tools

Microduct Cutting Tool

Part Number

Description Additional Details

7299 Microduct Cutting Tool

Adjustable blade cutter typically used for cutting Emtelle 5mm microduct

tubing but adjustable precision blade for general purpose fibre sheath. It can also be used for cutting a mark in the tubing of loose tube cables to provide the score in the tube before

breaking out the fibres.


This tool gives a clean, straight cut to the fibreflow microduct before

inserting into a connector. Maximum cutting diameter is 12.7mm

7949 Microduct Deburring Tool

Used for deburring inside of microduct tubing once the tube has been cut.

Heavy Duty Cutting Tool

Part Number

Size Additional Details

7021 35mm Heavy Duty Tube/PVC cutter required for easy cutting of fibre products.

Cutting range is from 6 - 35mm outer diameter.

7068 42mm Heavy Duty Tube cutter required for easy cutting of all fibre products. Cutting range is from 10 - 42mm

outer diameter.

Rotational Cutting Tool

Part Number


7071 Rotational Cutter This is used for cutting round sheathed product rotationally, for

gaining access to the primary tubes underneath the sheathed product. This is suitable for entering fibre or

Telco type cable.

Slitters

Part Number


1822 Universal Cable Slitter

Paladin 1822 Universal Cable Slitter & Stripper. Slits and Strips Round cables 4.5mm - 35mm Ø. For Power cables 240-600mm2 cables. Can be

used for “ring-barking” or side slit. Not suitable for XLPE cables. Ideal for loose tube cable.

1820 AM25 Cable Slitter

Paladin 1820 Tool for slitting cable insulation from round PVC, Teflon & THHN insulations on cables 4.5mm to 25mm diameter. Not for

polyethelene, polypropylene or XLPE insulations. Has adjustable cutting depth up to 4.5mm thick. Can be used for “ring-barking” or side slit.

1821 AM35 Cable Slitter

Paladin 1821 Tool for slitting cable insulation from round PVC, Teflon & THHN insulations on cables 25mm to 35mm diameter. Not for

polyethelene, polypropylene or XLPE insulations. Has adjustable cutting depth up to 4.5mm thick. Can be used for “ring-barking” or side slit.

1822 1820 1821

bee &

thide

el

25

Strippers

Part Number


7001 Longitudinal Sheath Stripper

This tool can be used to strip the sheath longitudinally from around the fibreflow

microduct or other Telco style cable without damaging it. The unwanted tube which surrounds the fibre can be stripped

off with ease.

7065 Sheath Stripper(35-50mm)

General purpose “ring-barking”. This tool is capable of making circumferential cuts on cable. The tool is plastic bodied with a spring loaded “V” anvil to attach it to the cable. The cutting blade is adjustable for depth between 35 and 50mm product.

This is not suitable for Emtelle direct buried product.

7066 Sheath Stripper(8-28mm)

General purpose “ring-barking”. This tool is capable of making circumferential cuts on cable and fibreflow. The tool is plastic bodied with a spring loaded “V” anvil to

attach it to the cable. The cutting blade is adjustable for depth between 8 and 28mm

product. This is not suitable for Emtelle direct buried product.

Part Number


1161 Wire & Jacket Stripper

Adjustable Wire (.05-6mm2) and 3mm Jacket Stripper

1162 Precision Fibre Stripper

Boxed Strips 2.0-3.0mm jacket with 125um cladded core glass fibre; Strips

900um buffer and Strips 250um acrylate

Part Number


MT8300 Clauss Fibre Stripper WO-1225 Clauss Stripping Tool. Strips 900um buffer;

250um acrylate;Cuts 3mm jacket.

MT8301RD Precision No-Nik Fibre Stripper

NN203 No-Nik 200μm (Red Handle) Strips 250μm or 500μm Coating & 900μm

Buffer

MT8301BL Precision No-Nik Fibre Stripper

NN254 No-Nik 250μm (Blue Handle) Strips Loose Tube

Crimp Tools

1300 Series Tool


1300 1300 Series Crimpers Paladin’s 1300 Series is the original interchangeable-die crimping system. It continues to be the answer for

precision-crimping.

Fibre Die Sets for 1300

Part Number Description Crimp Sizes / Crimp Style

2685 FC/SC/ST/LC/SMA/MT-RJ Die 0.151”/0.178” HEX; LC RND/0.190” RND(3.83/4.52/LC/4.83mm)

2652 SMA, SMB, SFR, ST, SC Die Universal for sleeves & ferrules, SC, FC, SMA0.128”/0.151”/0.215”/0.197”/0.178” HEX

(3.2/3.83/5.46/5.0/4.52mm)

2043 SMA/FC FO Die 0.215”/0.178”/0.151” HEX(5.46/4.52/3.83mm)

1600 Series Tool

Part Number


1600 1600 Series Professional Crimp Frame

Paladin Tools 1600 Series Premium crimper, as detailed in section 9 of this catalogue (tools and test equipment) features a range of die sets to suit many popular optical

fibre connectors.

Fibre Die Sets for 1600

Part Number Description Crimp Sizes / Crimp Style

2044 SC Fibre Optic Die 0.190” HEX/0.105” RND/0.90”(RND 4.83/2.67/2.3mm)

2668 SC & ST Fibre Optic Die 0.120”/0.137”0.190” RND(3.05/3.4.8/4.83mm)

26

Scissors


1511 Kevlar Scissors Paladin 1511 Kevlar Scissors. Hard Chromed Serrated Edges

1510 Ceramic Blade Suits Paladin 1511 Kevlar Scissors

1511

Tool Kits

Part Number


7833 General Purpose Blown Fibre Starter

Kit

Indoor/outdoor general purpose blown fibre starter kit consisting of: 1 x 7000 4-16mm sheath stripper, 7066 8-28mm

sheath stripper, 7298 junior hacksaw, 7299 primary tube rotational cutter, 7300 brush sash tool, 7301 square nose pliers,

7001 longitudinal cable stripper, 7068 42mm heavy duty cutter, 7014 primary tube cutter, 7041 flexi saw, 7039 heavy

duty scissors, 7071 rotational sheath stripper, 7069 stanley knife, 7949 microduct rounding tool (x4), 7236 collet locking tool, 7297 tool case with handle, 9029 terminal screwdriver, 9031 flat head screwdriver, 9030 posidrive no.2 Screwdriver,

7794 metal free cutter for 1db.

Part Number


7833.1 General Purpose Splice Tool Kit

Miller stripper, Socket wrench set, 2m tape measure, Utility knife, Fibre cutter, Cross Fibre reamer, Tweezers, Scissors,

Pliers, Long nose pliers, Mini screwdriver, Socket head wrench, Monkey wrench, Combination Screwdriver, Alcohol Pump Bottle, Marker pen, Flashlight, Side cutting pliers, Voltage

tester, air duster, carry case.

Tool Kit (Cont.)

The Optimax Tool Kit is packaged in a small convenient carrying case and includes an LC, SC and ST compatible installation and training video (CD), installation instructions and all the tools required to terminate 900 μm buffered optical fibre and jacketed optical fibre.

The Optimax installation kit has all the tools and supplies required to install the Optimax LC, SC or ST Compatible Multimode and Single Mode connectors. Certain tool kit items can be purchased separately to accommodate installers already possessing basic optical fibre installation tools.


AX100947 LC/SC/ST Compatible (includes installation tools, fibre cleaver, crimping tool, instruction manual, microscope, tweezers, alcohol wipes, marker, scissors, waste

bottle, fibre stripper, cable stripper and Training Video)

AX100949 Optimax Tool Kit, Basic (excludes fibre stripper & cleaver)

AX102061 Optimax LC Tool Kit Upgrade (includes LC installation tool, instructions manual, foam for the case)

Individual Components


A0408829 Fibre Cleaver

AX102062 Installation Tool LC (does not include tool-clamp)

A0403634 Installation Tools ST Compatible and SC (includes tool-clamp)

AX100910 Microscope

AX100951 Refurbishing Materials (includes 80 alcohol wipes and a black felt tip marker)

AX102063 Installation Instruction Manual, LC

PX101318 Installation Instruction Manual, SC

PX101317 Installation Instruction Manual, ST Compatible

NOT0580 Installation & Training Video, CD (see literature ordering form on the web)

A0403641 Crimp Tool complete with die

Fault Locators


MT8316 1mW Visual Fault Locator

VFL-250 1mw Visual fault locator - pen style - 8km range. WARNING: Dangerous light source. Includes Batteries.

MT8317 10mW Visual Fault Locator

VFL-1000 10mw Visual fault locator - pen style - 28 km range. WARNING: Dangerous Light Source. Includes Batteries

27

Cleavers


MT8318 Manual Action Cleaver

CI-01-A Fibre Optic Cleaver Multi-Action Version

MT8319 Single Action Cleaver

CI-02 Fibre Optic Cleaver Single Action Version, Manual Fibre

Collector

MT8320 Single Action MINI Cleaver

CI-03-B Fibre Optic Cleaver Fibre Collector Attached

MT8321 Manual Action Angled Cleaver

CI-08 Fibre Optic Angled Cleaver 6° - 8°. For Low Optical Return

Loss (ORL) Minimization

Cleaver Blades

Manufactured with the highest quality materials the Ilsintech range of replacement blades are designed and manufactured with long life in mind meaning more reliable and cost effective production for the operators.


MT8322 Replacement Cleaver Blades Suits the FUJIKURA CT Series Cleavers

MT8322.1 Replacement Cleaver Blades Suits the FURUKAWA S Series Cleavers

MT8322.2 Replacement Cleaver Blades Suits the SUMITOMO FC Series Cleavers

MT8322.3 Replacement Cleaver Blades Suits the ILSINTECH Cleavers

Pucks


1920.1 Aluminum with Tungsten coating

polishing puck

Hand polishing puck for SC, ST & FC. Manufactured from

aluminium with tungsten coating.

1926.1 Aluminum with Tungsten coating

polishing puck

Hand polishing puck for LC. Manufactured from aluminium

with tungsten coating.

Hand Polish Jigs


MT8304-STSC Hand Polish Jigs ST-PC & SC-PC PC Hand Polish Disk, (2.5 mm

Dia) Free floating hard wearing stainless steel hand polishing

pucks to suit most of the common connector types

MT8304-MULC Hand Polish Jigs S-MULC MULC Hand Polish Disk,

(1.25mm dia)

MT8304-MTRJ Hand Polish Jigs S-MTRJ MTRJ Hand Polish Disk

MT8304-AFC Hand Polish Jigs S-AFC FC/APC Hand Polish Disk

MT8304-ASC Hand Polish Jigs S-ASC SC/APC Hand Polish Disk

MT8304-ALC Hand Polish Jigs S-ALC LC/APC Hand Polish Disk

Fusion Splicer


MT8323 Auto Core Alignment Fusion Splicer

The OPT-4105 Fusion Splicer is an automatic core alignment splicer designed to handle most types of optical

fibre with a minimum of user intervention. Extremely quick with a typical splice time of 9 secs the OPT-4105 is

the perfect choice for both occasional user and the busy full time operator. Includes Cleaver and Carry case.

28

Tooling

OTDR

An optical time domain reflectometre (OTDR) is an optoelectronic instrument used to characterise an optical fibre.

An OTDR injects a series of optical pulses into the fibre under test. It also extracts, from the same end of the fibre, light that is scattered back and reflected back from points in the fibre where the index of refraction changes. (This is equivalent to the way that an electronic TDR measures reflections caused by changes in the impedance of the cable under test). The intensity of the return pulses is measured and integrated as a function of time, and is plotted as a function of fibre length. An OTDR may be used for estimating the fibre’s length and overall attenuation, including splice and mated-connector losses. It may also be used to locate faults, such as breaks.


MT8324.1 Single Mode 24/24dB PALM OTDR

The OPT-3302-A is full featured Single Mode 1310/1550 24/24dB palm sized OTDR. Being extremely small and lightweight makes this the ideal choice when size is important. With an excellent list of features

and specifications the 3302 OTDR is suited to both the occasional user and full time use applications.

MT8324.2 Single Mode 32/32dB PALM OTDR

The OPT-3302-C is full featured Single Mode 1310/1550 32/32dB palm sized OTDR. Being extremely small and lightweight makes this the ideal choice when size is important. With an excellent list of features


MT8323.3 Multimode 18/22dB PALM OTDR

The OPT-3302-M is full featured Multimode 850/1300 18/22dB palm sized OTDR. Being extremely small and lightweight makes this the ideal choice when size is important. With an excellent list of features


MT8325 High Performance Mini OTDR SM

Full featured portable SM OTDR. 3532 Single Mode module to 32/30dB Dynamic Range. USB Interface. 8-hour battery life. Touch Screen. 16000 sampling

points. Read/Write Bellcore GR196 Format.

MT8325.1 High Performance Mini OTDR MM

Full featured portable Multimode OTDR. 8332 MM module to 32/24dB Dynamic Range. USB Interface. 8-hour battery life. Touch Screen. 16000 sampling

points. Read/Write Bellcore GR196 Format.

PALM OTDR Mini OTDR

29

FTTH Product Overview

30

The Madison Technologies FTTH Cabling System has been developed for high reliability, long life and maximum flexibility. It provides complete end-to-end connectivity from the Head End to the home or business premises. Throughout the development process, careful attention was paid to the whole-of-life ownership costs - very low maintenance and highly flexible products were engineered for the harshest environments.

Design Features:

• Easy installation - low skill levels required• Simple tooling required• Protection for harsh environments (IP68 U/G and Outdoor)• Minimal field splicing (no splicing at FDH, LM, Lead-in or CPE)• Minimal staff required (one-person installation in most cases)• Simple installation and operation (reduced training)• Use of established field installation practices and components• Low component cost• Reduced inventory• Flexible architecture• Excellent management of spare fibres for easy repairs or changes

Solutions for:

• Single Houses• Multi-Dwelling Units • Business Premises• High Rise Residential• Commercial & Industrial Estates

The Madison Technologies FTTH Cabling System is the complete solution for high speed optical fibre cabling for residential communities.

Fibre to the home

Fibre Distribution Hub (FDH)

Cabinet

R&M’s cross connection cabinet (FDH) provides for point-to-point connections in PON (Passive Optical Networks) structures, and star and/or ring topologies in fibre optic WAN (Wide Area Networks). In distribution cabinets with ONUs (Optical Network Units) the FDH connector module is ideal forflexible and customer specific connecting and distributing of fibre optic main and branch cables.

Features40 x 12 Way module positions996 x 754 x 310 mm


MT97100 Cabinet, FDH, 480 way, Unloaded

Connector Module

FeaturesPretailed module with 12 SC/APC connectors12 way splice trayCable management spoolRadial cable management


MT9710512 x SC/APC,

Splice Version

••

••••

Dome Closure with Splitters

Underground re-enterable splitter closure (IP68)

Includes cassettes, splice combs and hinges.(Splitters not included)


MT97190 Closures, FDH, 32, Underground Optical Fibre Cable Joint




Splitters

Optical passive device using PLC ( Planar Lightwave Circuit) which distributes optical power to various number of ports.


MTPSU1x2 2 Way Splitter, Unconnectorised






FDH

olnt

FDH

31

Fibre Access Point (FAP)

Fibre optic splice closures (IP68) are ideal for cable to cable splicing with fibre branching. They have a capacity of up to 144 splice connections and their compact and functional design makes for quick assembly. Repeated opening is possible without replacing sealing material. Complete splice closure, excluding splice trays will be supplied. The FAP’s have a hanging slot for mounting at the top of the pit allowing easy connectorising.

MT97220 MT97307 MT97300

Part number Description No. of Splices No. of Splice Trays, Radius 30 mm

No. of Splice Trays, Radius 40 mm

Port Size in mm

Outer Diameter in mm

Total Body length in mm

MT97307 Underground FAP, 24 Splice,Non-Loop with 3 Orange Cassettes

24 - 2 3 x Ø 22 110 340

MT97305 Underground FAP, 48 Splice, Non-Loop 48 4 2 4 x Ø 20 132 332

MT97220 Underground FAP, 72 Splice, Non-Loop with 3 Orange Cassettes

72 - 6 4 x Ø 22 140 398

MT97300 Underground FAP, 72 Splice, Non-Loop 72 6 4 4 x Ø 20 150 340

MT97215 Underground FAP, 144 Splice, Non-Loop 144 12 6 4 x Ø 32 / 2 x Ø 20 178 438

MT97309 Underground FAP, 72 Splice, Loop-Through 72 6 4 1 x Ø (66x 36)4 x Ø 20

150 340

Accessories


MT97302 Splice Kit, 72-way, 6 splice trays, splice combs and hinges

R307323 Heat Shrink Tube Kit, 1 x Oval

MT97303 Heat Shrink Kit, 1 x Oval plus 4 x 20mm

Note. Splice closure supplied fully assembled, as shown above, excluding accessories such as splice trays, wall holders, shrink tubes, etc.

FAP

32

Distribution & Lead-In Multiport Closure (DLM)

The Madison Technologies Distribution Lead-In Multiport joint is an underground re-enterable (IP68) closure that allows up to 72 core fibre to loop through the main port, breaking out and splicing to the factory mounted 4 or 6 port SC/APC connector panel.

The 12 flexi heat shrink ports allow for 6 lead-in connectorised cables (to ONT), 4 spur cables (to other LM or MDUs) and 2 spare flexi ports for maintenance. The size and flexibility of the joint significantly reduces the number of joints required in the field. The DLM has a hanging slot for mounting at the top of the pit allowing easy connectorising.

Part Number

Description SC/APC Connectors

No. of Splices

No. of Splice Trays,

Radius 30 mm

Entry Port Size

Flexi Port Size

in mm

Outer Diameter

in mm

Total Body length in mm

MT97314 Pit Mounted Dome Closure, 4-way, Oval Main, SC/APC, Untailed

4 72 1(Optional 6)

66 x 36 12 x Ø 12 150 340

MT97316 Pit Mounted Dome Closure, 6-way, Oval Main, SC/APC, Untailed

6 72 1(Optional 6)

66 x 36 12 x Ø 12 150 340

Lead-In Multiport Closure (LM)

The Madison Technologies Lead-In Multiport Closure is factory terminated (SC/APC), pre-tailed (4 or 6 core jelly filled loose tube nylon jacket fibre) and re-enterable (IP68) closure. The pre-terminated tail is taken to the Fibre Distribution Closure (FAP or DLM) and spliced to the main fibre. The 4 or 6 flexi heat shrink ports allow individual connection of a Lead-In cable to the Optical Network Termination Device (ONT), at the customers premises. Two spare flexi ports for maintance. The LM has a hanging slot for mounting at the top of the pit allowing easy connectorising. The installation of the Lead-In cable to the LM significantly reduces installation lead time.

Part Number

Description Tail Length

in metres

SC/APC Connectors

Flexi Entry Port Size

in mm

Flexi Port Size

in mm

Outer Diameter

in mm

Total Body Length in mm

MT97431 Pit Mounted Dome Closure, 4-way, SC/APC, Untailed None 4 1 x Ø 12 8 x Ø 12 110 340

MT97431-25 Pit Mounted Dome Closure, 4-way, SC/APC, Tailed, 25m PEHJ 25 4 1 x Ø 12 8 x Ø 12 110 340





MT97421 Pit Mounted Dome Closure, 6-way, SC/APC, Untailed none 6 1 x Ø 12 8 x Ø 12 110 340






2in

ody h

m

64 or 6LM

4,6 6

DLM

33

Optical Fibre Lead-In Cable Assemblie

The Lead-In fibre cable provides a pre-connectorised SC/APC - SC/APC solution from the underground joint (LM or DLM) to the ONU on the home. The pulling sock provides protection while pulling through 20mm or larger conduit (from the pit to the home). The De-spooling Box is tethered at the pit end and provides snag free operation allowing one person to install the cable.

Part Number Description Length

MT97530-20 Fibre Lead-in Cable, Underground, Pre-connectorised, SC/APC - SC/APC, includes integral pulling sock (IP67)

De-spooling Box, Sheath=PEHJ

20m



40m



75m



100m

MDU Enclosure

The MDU Distributor provides an internal wall mount cabinet for distributing fibre throughout a multi dwelling unit.

The 12-way distributors are pre-tailed reducing the installation lead-time. The 64-way MDU distributor allows a fibre to loop through and

continue to other MDU distributors, fibres are broken out and spliced to either pigtails or to 2 x 32 way splitters (optional).


MT97710-20 Distributor, MDU, 12-way, Wall Mount, Internal c/w 12 x SC/APC, tailed, 12 core PE/HJ, 20m

MT97740-20 Distributor, MDU, 12-way, Wall Mount, Internal c/w 12 x SC/APC, 20m riser cable includes factory terminated 12 x SC/APC 12 core PE riser cable.

No field splicing or connector termination required Note - Fully connectorised BOTH ENDS

MT950330 Distributor, MDU, 64-way, Wall Mount, Internal c/w 64 x SC/APC Loop-through, provision for 2 x 32 way splitters

LIC

MDU

34

The splice closure product range by R&M is ideal for use in telecom and carrier networks, city networks and networking in the Industrial sector. R&M’s splice

closures are made of the same materials as the cables, meaning that splice closures are suitable whereever R&M cables are used. The high-end polyethylene is

particularly resistant to alkaline earths, salt water, and fungal and putrefaction bacteria. Thanks to their ingenious design and compact constructions the splice

closures are absolutely watertight (IP68). They are ideal for direct use in subsoil, underground and aerial applications.

Underground Closures

In-Line Closures

In-Line fibre optic splice closures are ideal for cable to cable splicing with branching. The mechanical re-enterable gasket seal design (IP68) is manufactured from corrosion resistant material and is suitable for underground, direct buried or aerial applications.

Part Number Desription No. of

splices

No. of

splices

(Ribbon)

No. of

Inlet/Outlet

Ports

Cable sizes

Min Max

Ø mm Ø mm

Size

LxWxH mm

MT97621 In-Line Fibre Closure 96 144 6 8 16 400x185x90







LC Type Closures

R&M’s LC fibre optic splice enclosures are ideal for cable to cable splicing with fibre branching. They have a capacity of up to 72 splice connections and their compact and functional design makes for quick assembly. Repeated opening is possible without replacing sealing material (IP68). Continuous ground connection is available with all sizes as well as a valve for leak testing (IP68).

SuppliedComplete splice closure, with splice tray radius 40 mmWall and wooden pole bracketShrink tubesAluminum foilsCleaning tissueSand tapeCable tiesInstruction manual

Part Number No. of Splices

No. of Splice Trays Radius

40 mm

End Cap Tube Entries

in mm

Outer Diameterin mm

Total Lengthin mm

Valve

R307020 24 2 3 x Ø 22 110 332 No

R307021 48 4 4 x Ø 22 125 390 Yes

R307022 72 6 4 x Ø 22 140 390 Yes

RM Type Closures

R&M’s RM fibre optic splice enclosures are ideal for cable to cable splicing with fibre branching. They have a capacity of up to 144 splice connections and their compact and functional design makes for quick assembly. Repeated opening is possible without replacing sealing material. Continuous ground connection is available with all sizes as well as a valve for leak testing (IP68).

SuppliedComplete splice closure, excluding splice trays

Part Number No. of Splices


Radius 30 mm

No. ofSplice Trays,

Radius 40 mm

End Cap Tube Entries

(mm)

Outer Diameter

(mm)

Total Length (mm)

R307023 48 4 2 4 x Ø 20 132 332

R307024 72 6 4 4 x Ø 20 150 332

R307025 144 12 6 4 x Ø 32 / 2 x Ø 20

178 430

••••••••

•

35

FL Type Closures

R&M’s FL fibre optic splice enclosures are ideal for FITL (Fibre Loop-through) applications of up to 288 fibres. Splice closures can be used repeatedly, thanks to the unique cable grip. Repeated opening is possible without replacing sealing material. The locking system optionsenable the enclosure to be sealed or locked. Continuous ground connection is available with all sizes as well as a valve for leak testing. (IP68)

SuppliedComplete splice closure, excluding splice trays

Part Number

No. of Splices

No. of Splice Trays Radius 30 mm

No. of Splice Trays

Radius 40 mm

End Cap Tube Entries in mm

Outer Diameter

in mm

Total Length in mm

R307026 48 4 2 1 x oval (66 x 36) 2 x Ø 20

132 332

R307027 72 6 4 1 x oval (66 x 36)2 x Ø 20

150 332

R314294 72 6 4 1 x oval (66 x 36)4 x Ø 20

150 332

R307028 144 12 6 1 x oval (66 x 36) 2 x Ø 322 x Ø 20

178 430

R313156 144 12 6 1 x oval (66 x 36) 4 x Ø 20

178 430

R308522 288 24 (2 x 12) 16 (2 x 8) 1 x oval (66 x 36)4 x Ø 322 x Ø 20

200 640

Note. Splice closure supplied fully assembled, as shown above, excluding accessories such as splice trays, wall holders, shrink tubes, etc.

FTTx Type Closures

R&M’s FTTx fibre optic splice enclosures are ideal for fine distribution of cable to cable splicing and branching of up to 144 fibres. Repeated opening is possible without replacing sealing material. The locking system options enable the enclosure to be sealed or locked. Continuous ground connection is available with all sizes as well as a valve for leak testing. (IP68)

SuppliedComplete splice closure with splice tray radius of 40 mmWall and wooden pole bracket3 shrink tubes3 aluminum foilsCleaning tissueSand tapeCable tiesInstruction manual

Part Number

No. of Splices


Radius 30 mm


Radius 40 mm

End Cap Tube Entries in mm

Outer Diameter

in mm

Total Length in mm

R314303 48 4 2 1 x oval (66 x 36) 6 x Flexi Ø 10

132 332

R314304 72 6 4 1 x oval (66 x 36) 12 x Flexi Ø 10

150 332

R314305 144 12 6 1 x oval (66 x 36) 24 x Flexi Ø 10

178 430

R314306 48 4 2 1 x Ø 151 x Ø 20

6 x Flexi Ø 10

132 332

R314307 72 6 4 1 x Ø 151 x Ø 20

12 x Flexi Ø 10

150 332

R314308 144 12 6 1 x Ø 321 x Ø 20

24 x Flexi Ø 10

178 430

Note. Splice closure supplied fully assembled, as shown above, excluding accessories such as shrink tubes, silica gel, etc. Flexi entries are equipped with shrink tubes, and also with aluminum foils.

•

••••••••

36

Principles of Blown Fibre

Air-blown fibre is a method of installing fibre optic cables that relies on the flow of compressed air / inert gas, gently easing the fibre all the way to its destination, sometimes 1 - 1.4km away. A Blowing Unit incorporating a set of rollers or caterpillar drive typically feeds the fibre into the tube. Emtelle Fibreflow Blown Fibre takes the form of an ultra-lightweight single bundle of optic fibres designed for the access network (‘The Last Mile’) or campus. The fibre bundle is blown into a miniature duct system known as “microducts” , using airflow, that takes it all the way to the customer premises without splicing along the way.

It was found that a suitable fibre bundle can be propelled along inside a tubular route using airflow. The air and fibre are both fed into a small chamber (‘blowing head’) and along a polyethylene tube. There is no ‘plug’ at the fibre’s leading end that would fill the tube and respond to the air pressure and ‘pull’ the fibre along. This would cause fibre tension. Instead, the air moves PAST the fibre at high speed and provides a gentle and stress-free drive at all points along the fibre. This means that the fibre needs no tensile reinforcement to survive stressful cable installation and it arrives at the customer end suffering no tension effects at all. A fibre bundle may consist of 2, 4, 8 or 12 fibres bonded together to form a flexible yet single ‘strand’.

BenefitsReduced long term costs / Capital deferment Much less splicing joints Less manpower Eliminates dead fibre Simpler network planning Easy quick upgrades in future Less chance of damage to fibre during installation One Time access issues / One time reinstatement of fireblocks, etc

•••••••••

ApplicationsCampus / Building ParksIn-Building useFibre to the HomeEthernetPassive Optical Network (PON)Long Distance / Carrier runs

••••••

Blown Fibre Technology

and’.

Microduct Tubing

Madison Technologies provides tube bundle assemblies in Direct Install (DI), Direct Bury (DBT) and Low Fire hazard (LFH).

System FeaturesFlexibility - When wrapped around a 10d mandrel (where d = tube diameter) there is no kinking or damage and an appropriate diameter ball passes completely through the microduct.Pressure - Micro duct withstands 17 bar air pressure underwater for 2 hours without leaks.Friction - Low friction lining material used to increase fibre blow distance.Crush - After a 1000N load (used on Polyethylene microducts) and 400N load (used on Low Fire Hazard mirco ducts) for 1minute, the residual deformation of the microduct does not exceed 15% measured within 1 minute of unloading.

Direct Install Microducts (DI)

The assembly is surrounded with an aluminimum layer, bonded inside a sheath of black MDPE for direct-in-duct installation, not suitable for direct burial. A rip cord is pre-installed along the entire length, under the sheath, to rip through the aluminium and sheath using correct procedure.

Part Number Description Bundle Number Tube O/D I/D Overall Diameter

6663 Microduct: DI1 1-tube bundle 5.0/3.5 8.4

6172L Microduct: DI2 2-tube bundle 5.0/3.5 13.4 x 8.4






Direct Burial Microducts (DBT)

Assembly of 5mm PE Tubes, each with low friction performance. The Tube bundle is surrounded by a 150 micron aluminium moister barrier layer bonded inside an inner sheath of MDPE. Over the sheath is a layer of Nylon to provide Termite Resistance & mechanical strength with a final outer layer of HDPE. Non-Metallic versions are also available on request.

•

•

•

•

Microduct Tubing (Cont.)

Direct Burial Microducts (DBT) (Cont.)


6629 Microduct: DBT1 1-tube bundle 5.0/3.5 12.2

6571 Microduct: DBT2 2-tube bundle 5.0/3.5 17.2 x 12.2



On Request Microduct: DBT12 12-tube bundle 5.0/3.5 28.2



Low Fire Hazard Microducts (LFH)

Assembly of 5/3.5mm LFH tubes, each with low friction performance and suitable for fibre blowing. Each assembly is surrounded with a sheath of LFH material suitable for indoor fire regulation use and giving excellent performance in a fire scenario, meeting IEC 60332-3.


6508 Microduct: LFH1 1-tube bundle 5.0/3.5 7.8

6259 Microduct: LFH2 2-tube bundle 5.0/3.5 7.2 x 12.2



6533A Microduct: LFH12 12-tube bundle 5.0/3.5 22.9

6611x Microduct: LFH19 19-tube bundle 5.0/3.5 26.9

6612L Microduct: LFH24 24-tube bundle 5.0/3.5 32.5

Armoured Microduct

Full range available on request.


6939 Microduct: 4way,(CP271A),Embedded

Primary Tube

Used for protection of Fibre Unit Bundle and for running round inside racks and closures.


MHT380G Primay Tube Translucent 5/3.5

37

Fibre Unit

“Fibre Units” are bundles of fibres packaged together as a single “cable” for blowing through the microducts. Fibre units are available in single mode and multi-mode and come in 2, 4, 8 and 12 fibre bundles.

The smaller 2 and 4 Fibre Unit bundles are used for blowing from a central point to the termination point up to a distance of 700m using 3/2.1mm microduct and 1,500m using 5/3.5mm microduct in a relatively straight route. These fibres can be blown down the microduct / tube bundle and branched off without the need for splicing, making this a quick and low cost installation.

The 8 and 12 Fibre Units are used where more than four fibres are required from a single microduct. Because the larger counts are stiffer, they can be blown further. A single blown distance of up to 3000m can be achieved by blowing a 12 fibre product depending on layout and route design.

Single Mode Fibre Unit

Part Number Description Fibre Count Fibre Tube Designation (core/c lad Ø)

7470 Pan Fibre Unit, Single Mode 2FU G652d 9/125




7688 Pan Fibre Unit, Single Mode, LWP 12FU G652d 9/125

Multi-Mode OM1 Fibre Unit


9021 Pan Fibre Unit, Multi-Mode 2FU G651 62.5/125






7653 Pan Fibre Unit, Multi-Mode 2FU G651 50/125






On Request Pan Fibre Unit, Multi-Mode 2FU G651 50/125




Closures

TDC Closure

Designed as a multi-purpose closure to cover a variety of applications such as single tube connections to buildings, up to 38mm tube bundle connections and tube break-out in H, T and Y configurations. As well as being able to branch off single microducts, the TDC can also be used with different adaptors for 19 way, 12 way and 7 way 5mm tube bundles and 24 way 3mm tube bundles. Suitable for internal wall mounts and underground use.

Features and benefitsAccepts Fibreflow tube bundles and sub-ducts up to 40mm in diameterOne-piece grommet and seal arrangementManifold option allows 6 x 1db to be dropped off from 1 portCaptivated screws in lid portion allowing inverted installationCan be re-enteredCan be retro-fitted to existing tube bundles / sub-ductsStraight through “H” and “T” configurations possibleLightweight: 1.2kg

Part Number Dimensions

7514 316mm L x 220mm W x 70mm H

H-Branch Closure

The H-Branch Closure is an environmentally sealed IP68 rated closure for outside fibre management in the network. The product is a cold applied re-usable closure.

Features 4 ports: 2 at each end IP68 rated Re-enterableSuitable for fibre unit and mini cable installations

Specifications Dimensions: Overall length 470mm (18.5”), Overall width 210mm (8.2”) Working envelope: 280mm (11”) x 135mm (5.3”)Port capacity: 45mm (1.7”)


9109B IP68 Heavy Duty Universal Inline Closure designed for breaking out large sized microducts

7717C 6 Way Grommet Kit

•

•••••••

••••

•

••

38

Closures (Cont.)

Y-Branch Closure

Developed for blown fibre to enable easy tube breakout. Mircroducts are placed into the Y-Branch where they can be branched off into single microducts. Can be used at several locations in the network and, therefore creates greater network flexibility. Available with 3mm and 5mm joiners.

FeaturesAccepts 24 way 3mm DB Fibreflow tube bundlesMaximum 6 x 1DB 3mm can be dropped offUnused 1 way drops are sealed using plugs (provided)Can be re-enteredCan be retro-fitted to existing tube bundlesIP52 rated (tested to IEC 60529)Lightweight: 1.2kg

Part Number Description Dimensions (L x W x H) Colour

7954 Y-Branch Closure 300mm x 160mm x 70mm Green

9018 Y-Branch Closure for LSZH 300mm x 160mm x 70mm Cream

Rack

19” 1RU Bulkhead Panel


7361 Bulk Head Panel 19”, 24 Port

7248 Bulk Head 5mm Adapters to suit

•••••••

Accessories

A full range of accessories are available.


7248 Bulkhead Connectors, 5mm

6091 Gas Seal Connectors, 5mm

6089 Water Block Connectors, 5mm

7221 Fibre Tube End Caps, 5mm

7223 Fibre Tube Joiners, 5mm

6093 Superseal End Caps, 5mm



7236 Collet Locking Tool

7063 Microduct Tube Cleaning Darts

7949 Microduct Cleaning De-bur Tool

7512 Crimp Fibre Bullet Beads

Starter Pack

Complete starter pack of the most popular accessories is available.Everything you need to keep with your installation kit comes in a handy tackle box with selector guide on lid.

Part Number Starter Pack

39

Glossary Of Terms

Acceptance Angle — Angle over which the core of an optical fibre accepts incoming light; usually measured from the fibre axis. Related to numerical aperture (NA).

Adaptor — A device enabling different sizes or types of plugs to mate with one another or to fit into a telecommunications outlet.

Aerial Cable — Cables strung outside and overhead.

Armouring — Protective layer, usually metal, wrapped around a cable.

Aramid Yarn — A strength element added to cable to provide strength, support and protection to fibre bundles.

Attenuation — Reduction or loss of signal energy occurring during transmission over telecommunications lines and equipment. Normally measured in decibels. With respect to a LAN, attenuation prevents successful communication when cable lengths exceed their maximum allowable distance. Optical fibre attenuation (“dimming” of the light) is usually measured in decibels per kilometre.

Attenuator — Optical element that reduces (attenuates) the intensity of light passing through it.

Axis (Optical Fibre) — Centre of an optical fibre.

Backbone Cabling — The portion of a Structured Cabling System that interconnects the entrance facilities, equipment rooms and telecommunications rooms.

Backbone Network — Transmission network carrying high-speed telecommunications between branching points of a LAN.

Backscattering — Scattering of light in a direction opposite to the direction in which the light was originally travelling.

Bandwidth — The capacity of available frequencies of a telecommunication channel. The greater the bandwidth, the greater the information-carrying capacity in a given period of time. Frequency is measured in cycles per second (Hertz).

Bend Radius — The smallest bend that may be put into a cable under a stated pulling force.

Breakout Cable — Optical Fibre cable where each fibre is protected with an additional plastic coating for protection.

Cable — An assembly of one or more conductors (copper or optical fibre) within a surrounding sheath used for transmission of information.

Calibration — To ensure proper results, the calibration is a way of verifying test equipment against a reference.

Campus Environment — A multiple building environment.

Chromatic Dispersion — Dispersion of the receiving light caused by a range of wavelengths reaching the receiver at various times.

Cladding — Layer of glass (or other transparent material) surrounding the light-carrying core of an optical fibre. Has a lower refractive index than the core, thus confining the light.

Cleaver — A device that cuts an optical fibre in a flat, smooth and perpendicular manner.

Connector (Optical Fibre) — Device mounted on the end of an optical fibre cable, light source, receiver or housing to mate to a similar device in order to couple light into and out of optical fibres. Joins two optical fibre ends or one fibre end and light source or detector.

Converter — An active equipment that changes and regenerates the signal received from one media type and transmitted onto a different media type.

Core — Central part of an optical fibre that carries light.

Coupling — The transfer of light into or out of an optical fibre.

Critical Angle — Angle at which light undergoes total internal reflection.

Cut-Off Wavelength — The shortest wavelength at which a single-mode fibre carries only one mode.

Dark Fibre — Fibre installed but not in use, often to offer expansion for future growth. May or may not be terminated.

Decibel (dB) — A standard unit for expressing transmission gain or loss and relative power levels. Logarithmic comparison of power levels. One tenth of a Bel.

Demarcation Point — It is a point where the ownership changes. Usually, it is the point where the service provider service end and the customer service starts.

Diode — Electronic device allowing current to flow in only one direction. Includes light emitters (LEDs and lasers) and detectors (photodiodes).

Dispersion-Shifted — Optical fibre designed to have its nominal zero-dispersion point at 1550 nm rather than 1300 nm in step-index single-mode optical fibre.

Duplex — Transmission in either direction, at the same time.

Duplex Cord — Two fibre patch lead or cord.

EMI (Electromagnetic interference) — Noise generated when stray electromagnetic fields induce currents in electrical conductors.

Equipment Cable — Cable that interconnects telecommunications equipment and distribution or feeder connection hardware.

Erbium-Doped Fibre Amplifier — Optical fibres doped (treated) with the rare-earth element erbium, and able to amplify light in the 1550 nm region when pumped by an external light source.

Ferrule — Tube with an optical fibre connector with a central hole that contains and aligns a fibre.

FDDI (Fibre Distributed Data Interface) — A standard for a 100 Mb/s optical fibre Local Area Network.

Fibre To The Curb — Optical fibre service to a node that is connected by wires to several nearby homes, typically on a block.

Frequency — The number of alternations (cycles) completed by an alternating current in one second.

Full Duplex — Simultaneous sending and receiving of signal in the same medium.

Fusion Splice — It is a permanent joint created by applying sufficient heat to fuse or melt the end of two optical fibres together.

Graded-Index Fibre — Optical fibre in which the refractive index changes gradually with distance from the fibre axis.

Gigabit Ethernet — Ethernet LAN operating at 1000 Mb/s.

Ground — An electrical connection or common conductor that, at some point, connects to the earth.

Half Duplex — A circuit designed for data transmission in both directions but not at the same time.

Hertz — A unit of frequency equals to one cycle per second.

Index-Matching Gel — A gel or fluid with a refractive index close to that of glass, reducing refractive-index discontinuities that may cause reflective losses in optical fibre systems.

Insertion Loss Deviation — It is the total power of the reflection of the reflected signal added to the total mismatch losses of a signal. This affects the signal at high frequencies (> 200 MHz).

Insulation — A material that does not conduct electricity and is suitable for use in coating or surrounding conductors to prevent the loss of current.

Interconnection — A connection method that directly connects different cabling without the use of a cross-connection.

Jacket — The protective and insulating housing of a cable.

Kevlar — Strong synthetic material used in cable strength members. Trademark of the DuPont Company.

Laser — Device generating coherent electromagnetic radiation as ultraviolet, visible or infrared regions of the spectrum. Laser light is directional, covering a narrow range of wavelengths and is more coherent than ordinary light. Semiconductor diode lasers are the standard. (Light Amplification by Stimulated Emission of Radiation).

Launch Cable — Optical fibre cable used to condition the launch of the optical time domain reflect meter test signal so that the correct results will be obtained.

Light — Strictly speaking, electromagnetic radiation visible to the human eye at 400 to 700 nm. Commonly, electromagnetic radiation with properties similar to visible light, including the invisible near-infrared radiation in most optical fibre systems.

LED (Light Emitting Diode) — Semiconductor diode used for light emission in optical fibre systems.

Loose Tube — Protective tube loosely surrounding a cabled fibre, often filled with gel.

Loss — Drop in signal between two points on a network. Attenuation of the signal normally measured in decibels.

Loss Budget — An accounting of overall attenuation in an optical fibre system.

Macrobending – Large bends in an optical fibre allowing light to leak out and leading to large losses. Corrected by straightening the fibre.

Margin — Allowance for attenuation in addition to that explicitly accounted for in the system design.

Material Dispersion — Dispersion in optical fibre transmissions caused by variation of a material’s refractive index with wavelength.

Mechanical Splice — Splice where optical fibres are joined mechanically (glued or crimped in place) but not fused together.

Microbending — Tiny bends or kinks in a fibre allowing light to leak out and increase losses.

Modal Dispersion — Dispersion of the receiving light caused by the light taking different paths to reach the receiver.

Mode (Optical Fibre) — The path taken by a light wave as it travels through multimode optical fibre.

Mode Field Diameter — Diameter of the one mode of light in a single-mode fibre, typically slightly larger than the core diameter.

Mode Stripper — Device that removes high-order modes in multi-mode fibre to give standard measurement conditions. Removes modes that would otherwise disappear along a longer length of the fibre.

Multimode — Transmits or emits multiple modes of light.

Multiplex – Simultaneous transmission of two or more signals over a signal channel.

Nanometre (nm) — A measure of length equaling 10-9 m. One billionth of a meter.

Network — System of cables and/or other connections linking multiple computing devices that can communicate and share resources with each other.

Numerical Aperture — The light gathering ability of an optical fibre. The maximum angle to the optical fibre axis at which light will be accepted and propagated through the fibre.

40

OM1 — Classification for standard grade 62.5/125 multimode fibre.

OM2 — Classification for standard grade 50/125 multimode fibre.

OM3 — Classification for laser optimised 50/125 multimode fibre.

Optical Amplifier — Device amplifying an input optical signal without converting it into electrical form.

Optical Fibre — Any filament or fibre made of dielectric materials (in the telecommunications field, often made of glass) and used to transmit laser- or LED-generated light signals. Usually consists of a core, which carries the signal, and cladding, which surrounds the core and serves to reflect the light back into the core.

Optical Fibre Cable — An assembly consisting of one or more optical fibres with strengthening material and an outer jacket.

Optical Cross-Connect — A cross-connect system used for circuit administration. It provides for the connection of any equipment fibre to any distribution fibre using fibre patch cords.

Optical Interconnect — An optical administration field that provides for the direct connection of equipment Fibres to distribution fibres.

OS1 — Classification for standard grade 9/125 Single Mode fibre.

OTDR (Optical Time Domain Reflectometer) — Instrument measuring transmission characteristics by sending a short light pulse down a fibre and observing backscattered light.

Patch Cord — A length of stranded copper wire (or optical fibre) cable with connectors at each end to join telecommunications circuits at a cross-connect point.

Photodiode — Diode that produces an electrical signal proportional to the amount of light falling on it.

Pigtail — A cable with a connector on one end only. Also known as Modular Cord single ended.

Preform — Cylindrical rod of specially prepared and purified glass from which an optical fibre is drawn.

Pulling Tension — The force that can be applied to a cable without affecting the mechanical or transmission performance of the cable.

Pulse Dispersion — The spreading out of pulses as they travel along an optical fibre.

Radiation-Hardened — Specially treated optical fibre made insensitive to the effects of nuclear radiation, usually for military applications.

Rays — Straight lines that represent the path taken by light.

Receiver — A device that receives signals.

Reflection — It is when a signal changes direction as it travels from one material into a dissimilar material.

Refraction — Bending of light as it passes between materials of different refractive index.

Refractive Index — Ratio of the speed of light in a vacuum to the speed of light in a material.

Return Loss — It is a ratio of the power of the outgoing signal to the power of the reflected signal.

Riser Cable — Main distribution cable segments running between floors or sections of a building. More correctly known as backbone cable.

Sheath — Outer protective layer of a cable.

Simplex — Operating a channel in one direction only with no ability to operate in the other direction.

Simplex Cord — Single fibre patch lead or cord.

Single Mode — An optical fibre that allows transmission of light at only one wavelength or mode.

Splice — A “permanent” junction between two of the same type media.

Step-Index — Abrupt change in refractive index between core and cladding of an optical fibre.

Tight Buffer — Material tightly surrounding an optical fibre in a cable, holding it rigidly in place.

Total Internal Reflection — Total reflection of light back into a material when it strikes the interface with a material having a lower refractive index at an angle below a critical value.

Waveguide Dispersion — Part of chromatic dispersion arising from the different speeds light travelling in the core and the cladding of a single-mode fibre (from the fibre’s waveguide structure).

Wavelength — Distance an electromagnetic wave travels in the time it takes to oscillate through a complete cycle. Measured in nanometres or micrometers.

Zero-Dispersion Wavelength — Wavelength at which net chromatic dispersion of an optical fibre is nominally zeroed. Arises when wavelength dispersion cancels out material dispersion.

Zero Water Peak — Optimised Single Mode optical fibre cable with improved water absorption characteristics and improved wavelength operation. Standard for metropolitan networks.

41

Index

Part Number Page

1161 25

1162 25

1300 25

1510 26

1511 26

1600 25

1820 24

1821 24

1822 24

1920.1 27

1922.1 24

1926.1 27

2043 25

2044 25

2652 25

2668 25

2685 25

6089 38

6091 38

6093 38

6173 36

6174 36

6181 36

6185 36

6259 36

6441 36

6508 36

6569 36

6570 36

6571 36

6629 36

6663 36

6664 36

6668 37

6669 37

6701 36

6762 36

6939 36

7001 25

7014 24, 38

7021 24

7063 38

7065 25

7066 25

7068 24

7071 24

7221 38

7223 38

7236 38

7248 38

7299 24, 38

7361 38

7470 37

7473 37

7512 38

Part Number Page

7514 37

7577 37

7578 37

7580 37

7581 37

7582 37

7583 37

7653 37

7688 37

7714 37

7833 26

7833.1 26

7947 37

7949 24, 38

7954 38

7961 37

9018 38

9021 37

6172L 36

6533A 36

6611x 36

6612L 36

7717C 37

9109B 37

A0403634 26

A0403641 26

A0406995 20

A0406996 20

A0406997 20

A0406998 20

A0406999 20

A0407000 20

A0407001 20

A0407002 20

A0407003 20

A0407004 20

A0407005 20

A0407006 20

A0407007 20

A0407008 20

A0407009 20

A0407010 20

A0408829 26

A0408835 10

A0643205 20

A0643206 20

A0643207 20

A0643208 20

A0649254 20

AT-CM212A/1 23

AT-CM212B/1 23

AT-CM2K0S 23

AT-CM70S 23

AT-CV1000 22

AT-CV102 23

Part Number Page

AT-CV102/1 23

AT-CV1200 22

AT-CV1200PSU 22

AT-CV1KSS 23

AT-CV5000 22

AT-CV5M01 22

AT-CV81S 23

AT-CVFAN 22

AT-FS202 24

AT-FS202SC/FS1 24

AT-FS238A/1 24

AT-FS238B/1 24

AT-G8BD13 22

AT-G8BD14 22

AT-G8LX10 22

AT-G8SX-01 22

AT-G8T 22

AT-GS2002/SP 24

AT-MC1001 23

AT-MC1004 23

AT-MC1008/GB 23

AT-MC1008/SP 23

AT-MC102XL 23

AT-MC103XL 23

AT-MC104XL 23

AT-MC116XL 23

AT-MC14 23

AT-MCF2000 23

AT-MCF2000AC 23

AT-MCF2000M 23

AT-MCF2012LC 23

AT-MCF2012LC/1 23

AT-MCR12 23

AT-PWR14 22

AT-PWR15 22

AT-PWR4 23

AT-PWR9 23

AT-SPBD10-13 22

AT-SPBD10-14 22

AT-SPFX/15 22

AT-SPFX/2 22

AT-SPLX10 22

AT-SPSX 22

AT-SPTX 22

AT-SPXBD-LC-13 22

AT-SPXBD-LC-15 22

AT-TRAY1 23

AT-TRAY4 23

AT-XPLR 22

AT-XPSR 22

AX100029 10

AX100645 20

AX100646 20

AX100647 20

AX100648 20

Part Number Page

AX100649 20

AX100650 20

AX100651 20

AX100652 20

AX100653 20

AX100654 20

AX100655 20

AX100910 26

AX100947 26

AX100949 26

AX100951 26

AX101063 20

AX101064 20

AX101065 20

AX101066 20

AX101067 20

AX101068 20

AX101069 20

AX101070 20

AX101071 20

AX101072 20

AX101073 20

AX101075 10

AX101077 10

AX101466 20

AX101467 20

AX101791 10

AX101792 10

AX101793 10

AX101794 10

AX101823 20

AX101824 20

AX101825 20

AX101826 20

AX101827 20

AX101828 20

AX101829 20

AX101830 20

AX101831 20

AX101832 20

AX101833 20

AX101834 20

AX101835 20

AX101836 20

AX101837 20

AX101838 20

AX101839 20

AX101840 20

AX101841 20

AX101842 20

AX101981 10

AX101982 10

AX101983 10

AX101984 10

AX101988 20

42

Part Number Page

AX102061 26

AX102062 26

AX102063 26

AX102209 20

AX102210 20

AX102211 20

AX102213 20

AX102214 20

AX102215 20

AX102216 20

AX102595 20

AX102596 20

AX102597 20

AX102598 20

AX102599 20

AX102601 20

AX102602 20

AX102603 20

AX102604 20

AX102605 20

AX102619 20

AX102624 20

AX102625 20

AX102626 20

AX102627 20

AX102628 20

BRKT-06 9

BRKT-12 9

MAN3090FS 17

MHT380G 36

MT30045 17

MT30612DSC 13

MT30612SSC 13

MT30612ST 13

MT30648DSC 13

MT30648SSC 13

MT30648ST 13

MT30901DSC 14

MT30901FSK 17

MT30901GK16MM 17

MT30901GK20MM 17

MT30901SSC 14

MT30901ST 14

MT30902DSC 14

MT30902SSC 14

MT30902ST 14

MT30906 13

MT30915 14

MT30916 14

MT30917 14

MT30924DSC 14

MT30924ST 14

MT8300 25

MT8301BL 25

MT8301RD 25

MT8303 24

Part Number Page

MT8304-AFC 27

MT8304-ALC 27

MT8304-ASC 27

MT8304-MTRJ 27

MT8304-MULC 27

MT8304-STSC 27

MT8305-003 18

MT8305-010 18

MT8305-030 18

MT8305-050 18

MT8305-150 18

MT8306 18

MT8306P 18

MT8307 18

MT8307C 18

MT8308 18

MT8309 18

MT8311 18

MT8311RC 18

MT8313 18

MT8314 18

MT8315 18

MT8316 26

MT8317 26

MT8318 27

MT8319 27

MT8320 27

MT8321 27

MT8322 27

MT8322.1 27

MT8322.2 27

MT8322.3 27

MT8323 27

MT8323.3 28

MT8324.1 28

MT8324.2 28

MT8325 28

MT8325.1 28

MT8326 18

MT950330 33

MT97100 30

MT97105 30

MT97190 30

MT97191 30

MT97192 30

MT97193 30

MT97215 31

MT97220 31

MT97300 31

MT97302 31

MT97303 31

MT97305 31

MT97307 31

MT97309 31

MT97314 32

MT97316 32

Part Number Page

MT97421 32

MT97421-100 32

MT97421-150 32

MT97421-25 32

MT97421-50 32

MT97421-75 32

MT97431 32

MT97431-100 32

MT97431-150 32

MT97431-25 32

MT97431-50 32

MT97431-75 32

MT97530-100 33

MT97530-20 33

MT97530-40 33

MT97530-75 33

MT97621 34

MT97622 34

MT97623 34

MT97624 34

MT97625 34

MT97629 34

MT97630 34

MT97710-20 33

MT97740-20 33

MTDLCADTSM 11

MTDLCADTSMM 11

MTDLCMM 10

MTDLCSM 10

MTDSCADTMM 11

MTDSCADTSM 11

MTDSCAPCADTSM 11

MTFCADTSM 11

MTFCAPCPA9xx 19

MTFCSM 10

MTFCUPCPA9xx 19

MTFCVA9xx 19

MTFT252xx 9

MTFT253xx 9

MTFT259xx 9

MTHSFSPF45 17

MTHSFSPF60 17

MTLCAPCPA9xx 19

MTLCPA50xx 19

MTLCPA62xx 19

MTLCUPCPA9xx 19

MTPCDLCDLCMM** 8

MTPCDLCDLCOM3** 8

MTPCDLCDLCSM** 8

MTPCDSCAPCSCAPC** 8

MTPCDSCDSCMM** 8

MTPCDSCDSCOM3** 8

MTPCDSCDSCSM** 8

MTPCDSTDSTMM** 8

MTPCMTRJMTRJMM** 8

MTPCMTRJMTRJOM3** 8

Part Number Page

MTPCSLCSLCSM** 8

MTPCSSCAPCSCAPC** 8

MTPCSSCSSCSM** 8

MTPSU1x16 30

MTPSU1x2 30

MTPSU1x32 30

MTPSU1x4 30

MTPSU1x64 30

MTPSU1x8 30

MTPTLCMM2.0 9

MTPTLCMM2.0-12PK 9

MTPTLCOM32.0 9

MTPTLCOM32.0-12PK 9

MTPTLCSM2.0 9

MTPTLCSM2.0-12PK 9

MTPTMTRJOM32.0 9

MTPTMTRJOM32.0-12PK 9

MTPTSCAPCSM2.0 9

MTPTSCAPCSM2.0-12PK 9

MTPTSCMM2.0 9

MTPTSCMM2.0-12PK 9

MTPTSCOM32.0 9

MTPTSCOM32.0-12PK 9

MTPTSCSM2.0 9

MTPTSCSM2.0-12PK 9

MTPTSTMM2.0 9

MTPTSTMM2.0-12PK 9

MTQLCADTMM 11

MTQLCADTSM 11

MTRJ 10

MTRJADT 11

MTSCAPC 10

MTSCAPCPA9xx 19

MTSCMM 10

MTSCPA50xx 19

MTSCPA62xx 19

MTSCSM 10

MTSCUPCPA9xx 19

MTSCVA62xx 19

MTSCVA9xx 19

MTSLCADTMM 11

MTSLCADTSM 11

MTSLCMM 10

MTSLCSM 10

MTSOCK 19

MTSSCADTMM 11

MTSSCADTSM 11

MTSSCAPCADTSM 11

MTSTADTMM 11

MTSTADTSM 11

MTSTMM 10

MTSTPA62xx 19

MTSTSCADTMM 11

MTSTSCADTSM 11

MTSTSM 10

MTSTVA62xx 19

43

Part Number Page

MTSTVA9xx 19

NOT0580 26

O~JU1CP~0**BK 7

O~JU1CP~0**BK 7

O~JU62P~0**BK 7

O~JU62P~0**BK 7

O~KU10GA0**BK 7

OCAP1CAA0**OE 5

OCAP53AA001AQ 5

OCAP62AA0**OE 5

OCCP1CAA0**BK 5

OCCPP62AA0**BK 5

OCYP1CAA001YW 5

OCYP50AA001OE 5

OCYP62AA001GY 5

OEYP1CAA002YW 5

OEYP50AA002OE 5

OEYP53AA002AQ 5

OEYP62AA002GY 5

OK7UICPA0**BK 7

OKDU1CPA0**BE 6

OKDU62PA0**BE 6

OKHU1CPA0**BK 6

OKHU62PA0**BK 6

OKPU10PA0**BK 6

OKPU62PA0**BK 6

OKQU62IA0**BK 7

OKQU62PA0**BK 7

OKTU1CEA0**BK 6

OKTU62EA0**BK 6

OM7UICPA0**BK 7

OMDU1CPA0**BE 6

OMHU1CPA0**BK 6

OMQU1CGA0**BK 7

OMQU1CIA0**BK 7

OQ7U1CEA0**BK 7

OQCU1CEA0** 5

OQCU53EA0** 5

OQCU62EA0** 5

OQDU1CEA0** 5

OQDU53EA0** 5

OQDU62EA0** 5

OQPU1CEA0**BK 6

OQPU53EA0**BK 6

OQPU62EA0**BK 6

OQTU1CEA0**BK 6

OQTU53EA0**BK 6

OQTU62EA0**BK 6

OTKU10GA0**BK 7

OWAP1CAA0** 5

OWAP53AA0** 5

OWAP62AA0** 5

OWBP1CAA0** 5

OWBP53AA0** 5

OWBP62AA0** 5

PX101317 26

Part Number Page

PX101318 26

R30004-20 17

R30039-06 17

R30042 17

R30393 17

R30394 17

R305374 16

R305546 11

R305548 11

R305758 16

R306179 16

R306180 16

R306181 16

R307020 34

R307021 34

R307022 34

R307023 34

R307024 34

R307025 34

R307026 35

R307027 35

R307028 35

R307323 31

R307832 13

R307833 13

R30841 17

R30842 17

R30843 17

R308444 17

R308445 17

R308448 17

R308459 11

R308461 11

R308522 35

R30871 15

R30872 16

R30872A 16

R30872F 16

R30872G 8

R30872H 8

R30872J 8

R30872K 8

R30872L 8

R30872M 8

R30872N 8

R30872P 8

R30872Q 8

R30872R 8

R30872S 8

R30873 16

R309491 13

R309492 13

R309493 13

R309588 12

R309589 12

R30960 11

Part Number Page

R30963 11

R309641 12

R310722 12

R310724 12

R310726 12

R310727 12

R310761 13

R311350 12

R311496 12

R311624 12

R311625 12

R312695 11

R312775 11

R313156 35

R313330 21

R313333 21

R314294 35

R314303 35

R314304 35

R314305 35

R314306 35

R314307 35

R314308 35

R314387 12

R314388 12

R317073 21

R317074 21

R317076 21

R317078 21

R317079 21

R317080 21

R317081 21

R317082 21

R318281 15

R318285 15

R318288 15

R318289 15

R318337 15

R318343 15

R318522 15

R318523 15

R318527 15

R318528 15

R318555 15

R318771 15

R318780 15

R318804 21

R318890 15

R318943 15

R318946 15

R318951 15

R318952 15

R318953 15

R318955 15

R318963 15

R318965 15

Part Number Page

R318988 15

R318989 15

R318990 15

R318993 15

R318998 15

R318999 15

R319101 15

SPKL-04 9

SPKL-06 9

SPKL-08 9

SPKL-12 9

SPKL-24 9

Starter Pack 38

US-126 17

US-128 17

44

NOTES

45

NOTES

46

NOTES

47

NOTES

48

NOTES

49

NOTES

50

NOTES

51

NATIONAL SALES ENQUIRIES

Ph: 1800 66 99 99

SYDNEY

149 Beaconsfield StSilverwater NSW 2128

Ph: 612 9748 1911 | Fax: 612 9737 9615

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124 Weston StBrunswick East VIC 3056

Ph: 613 9387 1933 | Fax: 613 9387 4696

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Ph: 617 3890 1733 | Fax: 617 3890 1156

PERTH

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DUBAI

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Ph: 971 50 457 2976 | Fax: 971 4 333 1480

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MADISON TECH - Optical Fibre Cables, Tools and Acessories

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